Upgrade to valgrind 3.12.0.
Release 3.12.0 (20 October 2016)
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
3.12.0 is a feature release with many improvements and the usual
collection of bug fixes.
This release supports X86/Linux, AMD64/Linux, ARM32/Linux,
ARM64/Linux, PPC32/Linux, PPC64BE/Linux, PPC64LE/Linux, S390X/Linux,
MIPS32/Linux, MIPS64/Linux, ARM/Android, ARM64/Android,
MIPS32/Android, X86/Android, X86/Solaris, AMD64/Solaris, X86/MacOSX
10.10 and AMD64/MacOSX 10.10. There is also preliminary support for
X86/MacOSX 10.11/12, AMD64/MacOSX 10.11/12 and TILEGX/Linux.
* ================== PLATFORM CHANGES =================
* POWER: Support for ISA 3.0 has been added
* mips: support for O32 FPXX ABI has been added.
* mips: improved recognition of different processors
* mips: determination of page size now done at run time
* amd64: Partial support for AMD FMA4 instructions.
* arm, arm64: Support for v8 crypto and CRC instructions.
* Improvements and robustification of the Solaris port.
* Preliminary support for MacOS 10.12 (Sierra) has been added.
Whilst 3.12.0 continues to support the 32-bit x86 instruction set, we
would prefer users to migrate to 64-bit x86 (a.k.a amd64 or x86_64)
where possible. Valgrind's support for 32-bit x86 has stagnated in
recent years and has fallen far behind that for 64-bit x86
instructions. By contrast 64-bit x86 is well supported, up to and
including AVX2.
* ==================== TOOL CHANGES ====================
* Memcheck:
- Added meta mempool support for describing a custom allocator which:
- Auto-frees all chunks assuming that destroying a pool destroys all
objects in the pool
- Uses itself to allocate other memory blocks
- New flag --ignore-range-below-sp to ignore memory accesses below
the stack pointer, if you really have to. The related flag
--workaround-gcc296-bugs=yes is now deprecated. Use
--ignore-range-below-sp=1024-1 as a replacement.
* DRD:
- Improved thread startup time significantly on non-Linux platforms.
* DHAT
- Added collection of the metric "tot-blocks-allocd"
* ==================== OTHER CHANGES ====================
* Replacement/wrapping of malloc/new related functions is now done not just
for system libraries by default, but for any globally defined malloc/new
related function (both in shared libraries and statically linked alternative
malloc implementations). The dynamic (runtime) linker is excluded, though.
To only intercept malloc/new related functions in
system libraries use --soname-synonyms=somalloc=nouserintercepts (where
"nouserintercepts" can be any non-existing library name).
This new functionality is not implemented for MacOS X.
* The maximum number of callers in a suppression entry is now equal to
the maximum size for --num-callers (500).
Note that --gen-suppressions=yes|all similarly generates suppressions
containing up to --num-callers frames.
* New and modified GDB server monitor features:
- Valgrind's gdbserver now accepts the command 'catch syscall'.
Note that you must have GDB >= 7.11 to use 'catch syscall' with
gdbserver.
* New option --run-cxx-freeres=<yes|no> can be used to change whether
__gnu_cxx::__freeres() cleanup function is called or not. Default is
'yes'.
* Valgrind is able to read compressed debuginfo sections in two formats:
- zlib ELF gABI format with SHF_COMPRESSED flag (gcc option -gz=zlib)
- zlib GNU format with .zdebug sections (gcc option -gz=zlib-gnu)
* Modest JIT-cost improvements: the cost of instrumenting code blocks
for the most common use case (x86_64-linux, Memcheck) has been
reduced by 10%-15%.
* Improved performance for programs that do a lot of discarding of
instruction address ranges of 8KB or less.
* The C++ symbol demangler has been updated.
* More robustness against invalid syscall parameters on Linux.
* ==================== FIXED BUGS ====================
The following bugs have been fixed or resolved. Note that "n-i-bz"
stands for "not in bugzilla" -- that is, a bug that was reported to us
but never got a bugzilla entry. We encourage you to file bugs in
bugzilla (https://bugs.kde.org/enter_bug.cgi?product=valgrind) rather
than mailing the developers (or mailing lists) directly -- bugs that
are not entered into bugzilla tend to get forgotten about or ignored.
To see details of a given bug, visit
https://bugs.kde.org/show_bug.cgi?id=XXXXXX
where XXXXXX is the bug number as listed below.
191069 Exiting due to signal not reported in XML output
199468 Suppressions: stack size limited to 25
while --num-callers allows more frames
212352 vex amd64 unhandled opc_aux = 0x 2, first_opcode == 0xDC (FCOM)
278744 cvtps2pd with redundant RexW
303877 valgrind doesn't support compressed debuginfo sections.
345307 Warning about "still reachable" memory when using libstdc++ from gcc 5
348345 Assertion fails for negative lineno
351282 V 3.10.1 MIPS softfloat build broken with GCC 4.9.3 / binutils 2.25.1
351692 Dumps created by valgrind are not readable by gdb (mips32 specific)
351804 Crash on generating suppressions for "printf" call on OS X 10.10
352197 mips: mmap2() not wrapped correctly for page size > 4096
353083 arm64 doesn't implement various xattr system calls
353084 arm64 doesn't support sigpending system call
353137 www: update info for Supported Platforms
353138 www: update "The Valgrind Developers" page
353370 don't advertise RDRAND in cpuid for Core-i7-4910-like avx2 machine
== 365325
== 357873
353384 amd64->IR: 0x66 0xF 0x3A 0x62 0xD1 0x62 (pcmpXstrX $0x62)
353398 WARNING: unhandled amd64-solaris syscall: 207
353660 XML in auxwhat tag not escaping reserved symbols properly
353680 s390x: Crash with certain glibc versions due to non-implemented TBEGIN
353727 amd64->IR: 0x66 0xF 0x3A 0x62 0xD1 0x72 (pcmpXstrX $0x72)
353802 ELF debug info reader confused with multiple .rodata sections
353891 Assert 'bad_scanned_addr < VG_ROUNDDN(start+len, sizeof(Addr))' failed
353917 unhandled amd64-solaris syscall fchdir(120)
353920 unhandled amd64-solaris syscall: 170
354274 arm: unhandled instruction: 0xEBAD 0x0AC1 (sub.w sl, sp, r1, lsl #3)
354392 unhandled amd64-solaris syscall: 171
354797 Vbit test does not include Iops for Power 8 instruction support
354883 tst->os_state.pthread - magic_delta assertion failure on OSX 10.11
== 361351
== 362920
== 366222
354933 Fix documentation of --kernel-variant=android-no-hw-tls option
355188 valgrind should intercept all malloc related global functions
355454 do not intercept malloc related symbols from the runtime linker
355455 stderr.exp of test cases wrapmalloc and wrapmallocstatic overconstrained
356044 Dwarf line info reader misinterprets is_stmt register
356112 mips: replace addi with addiu
356393 valgrind (vex) crashes because isZeroU happened
== 363497
== 364497
356676 arm64-linux: unhandled syscalls 125, 126 (sched_get_priority_max/min)
356678 arm64-linux: unhandled syscall 232 (mincore)
356817 valgrind.h triggers compiler errors on MSVC when defining NVALGRIND
356823 Unsupported ARM instruction: stlex
357059 x86/amd64: SSE cvtpi2ps with memory source does transition to MMX state
357338 Unhandled instruction for SHA instructions libcrypto Boring SSL
357673 crash if I try to run valgrind with a binary link with libcurl
357833 Setting RLIMIT_DATA to zero breaks with linux 4.5+
357871 pthread_spin_destroy not properly wrapped
357887 Calls to VG_(fclose) do not close the file descriptor
357932 amd64->IR: accept redundant REX prefixes for {minsd,maxsd} m128, xmm.
358030 support direct socket calls on x86 32bit (new in linux 4.3)
358478 drd/tests/std_thread.cpp doesn't build with GCC6
359133 Assertion 'eltSzB <= ddpa->poolSzB' failed
359181 Buffer Overflow during Demangling
359201 futex syscall "skips" argument 5 if op is FUTEX_WAIT_BITSET
359289 s390x: popcnt (B9E1) not implemented
359472 The Power PC vsubuqm instruction doesn't always give the correct result
359503 Add missing syscalls for aarch64 (arm64)
359645 "You need libc6-dbg" help message could be more helpful
359703 s390: wire up separate socketcalls system calls
359724 getsockname might crash - deref_UInt should call safe_to_deref
359733 amd64 implement ld.so strchr/index override like x86
359767 Valgrind does not support the IBM POWER ISA 3.0 instructions, part 1/5
359829 Power PC test suite none/tests/ppc64/test_isa_2_07.c uses
uninitialized data
359838 arm64: Unhandled instruction 0xD5033F5F (clrex)
359871 Incorrect mask handling in ppoll
359952 Unrecognised PCMPESTRM variants (0x70, 0x19)
360008 Contents of Power vr registers contents is not printed correctly when
the --vgdb-shadow-registers=yes option is used
360035 POWER PC instruction bcdadd and bcdsubtract generate result with
non-zero shadow bits
360378 arm64: Unhandled instruction 0x5E280844 (sha1h s4, s2)
360425 arm64 unsupported instruction ldpsw
== 364435
360519 none/tests/arm64/memory.vgtest might fail with newer gcc
360571 Error about the Android Runtime reading below the stack pointer on ARM
360574 Wrong parameter type for an ashmem ioctl() call on Android and ARM64
360749 kludge for multiple .rodata sections on Solaris no longer needed
360752 raise the number of reserved fds in m_main.c from 10 to 12
361207 Valgrind does not support the IBM POWER ISA 3.0 instructions, part 2/5
361226 s390x: risbgn (EC59) not implemented
361253 [s390x] ex_clone.c:42: undefined reference to `pthread_create'
361354 ppc64[le]: wire up separate socketcalls system calls
361615 Inconsistent termination for multithreaded process terminated by signal
361926 Unhandled Solaris syscall: sysfs(84)
362009 V dumps core on unimplemented functionality before threads are created
362329 Valgrind does not support the IBM POWER ISA 3.0 instructions, part 3/5
362894 missing (broken) support for wbit field on mtfsfi instruction (ppc64)
362935 [AsusWRT] Assertion 'sizeof(TTEntryC) <= 88' failed
362953 Request for an update to the Valgrind Developers page
363680 add renameat2() support
363705 arm64 missing syscall name_to_handle_at and open_by_handle_at
363714 ppc64 missing syscalls sync, waitid and name_to/open_by_handle_at
363858 Valgrind does not support the IBM POWER ISA 3.0 instructions, part 4/5
364058 clarify in manual limitations of array overruns detections
364413 pselect sycallwrapper mishandles NULL sigmask
364728 Power PC, missing support for several HW registers in
get_otrack_shadow_offset_wrk()
364948 Valgrind does not support the IBM POWER ISA 3.0 instructions, part 5/5
365273 Invalid write to stack location reported after signal handler runs
365912 ppc64BE segfault during jm-insns test (RELRO)
366079 FPXX Support for MIPS32 Valgrind
366138 Fix configure errors out when using Xcode 8 (clang 8.0.0)
366344 Multiple unhandled instruction for Aarch64
(0x0EE0E020, 0x1AC15800, 0x4E284801, 0x5E040023, 0x5E056060)
367995 Integration of memcheck with custom memory allocator
368120 x86_linux asm _start functions do not keep 16-byte aligned stack pointer
368412 False positive result for altivec capability check
368416 Add tc06_two_races_xml.exp output for ppc64
368419 Perf Events ioctls not implemented
368461 mmapunmap test fails on ppc64
368823 run_a_thread_NORETURN assembly code typo for VGP_arm64_linux target
369000 AMD64 fma4 instructions unsupported.
369169 ppc64 fails jm_int_isa_2_07 test
369175 jm_vec_isa_2_07 test crashes on ppc64
369209 valgrind loops and eats up all memory if cwd doesn't exist.
369356 pre_mem_read_sockaddr syscall wrapper can crash with bad sockaddr
369359 msghdr_foreachfield can crash when handling bad iovec
369360 Bad sigprocmask old or new sets can crash valgrind
369361 vmsplice syscall wrapper crashes on bad iovec
369362 Bad sigaction arguments crash valgrind
369383 x86 sys_modify_ldt wrapper crashes on bad ptr
369402 Bad set/get_thread_area pointer crashes valgrind
369441 bad lvec argument crashes process_vm_readv/writev syscall wrappers
369446 valgrind crashes on unknown fcntl command
369439 S390x: Unhandled insns RISBLG/RISBHG and LDE/LDER
369468 Remove quadratic metapool algorithm using VG_(HT_remove_at_Iter)
370265 ISA 3.0 HW cap stuff needs updating
371128 BCD add and subtract instructions on Power BE in 32-bit mode do not work
n-i-bz Fix incorrect (or infinite loop) unwind on RHEL7 x86 and amd64
n-i-bz massif --pages-as-heap=yes does not report peak caused by mmap+munmap
n-i-bz false positive leaks due to aspacemgr merging heap & non heap segments
n-i-bz Fix ppoll_alarm exclusion on OS X
n-i-bz Document brk segment limitation, reference manual in limit reached msg.
n-i-bz Fix clobber list in none/tests/amd64/xacq_xrel.c [valgrind r15737]
n-i-bz Bump allowed shift value for "add.w reg, sp, reg, lsl #N" [vex r3206]
n-i-bz amd64: memcheck false positive with shr %edx
n-i-bz arm3: Allow early writeback of SP base register in "strd rD, [sp, #-16]"
n-i-bz ppc: Fix two cases of PPCAvFpOp vs PPCFpOp enum confusion
n-i-bz arm: Fix incorrect register-number constraint check for LDAEX{,B,H,D}
n-i-bz DHAT: added collection of the metric "tot-blocks-allocd"
(3.12.0.RC1: 20 October 2016, vex r3282, valgrind r16094)
(3.12.0.RC2: 20 October 2016, vex r3282, valgrind r16096)
(3.12.0: 21 October 2016, vex r3282, valgrind r16098)
Bug: http://b/37470713
Bug: http://b/29251682
Test: ran runtests-arm(64)?.sh and the bug reporter's specific binary (32- and 64-bit)
Change-Id: I43ccbea946d89fc4ae9f355181ac5061d6ce4453
diff --git a/VEX/Makefile-gcc b/VEX/Makefile-gcc
deleted file mode 100644
index eaeb8f5..0000000
--- a/VEX/Makefile-gcc
+++ /dev/null
@@ -1,415 +0,0 @@
-
-PUB_HEADERS = pub/libvex_basictypes.h \
- pub/libvex_ir.h \
- pub/libvex.h \
- pub/libvex_trc_values.h \
- pub/libvex_emnote.h \
- pub/libvex_guest_x86.h \
- pub/libvex_guest_amd64.h \
- pub/libvex_guest_arm.h \
- pub/libvex_guest_ppc32.h \
- pub/libvex_guest_ppc64.h \
- pub/libvex_guest_s390x.h \
- pub/libvex_s390x_common.h \
- pub/libvex_guest_mips32.h \
- pub/libvex_guest_offsets.h
-
-PRIV_HEADERS = priv/host_x86_defs.h \
- priv/host_amd64_defs.h \
- priv/host_arm_defs.h \
- priv/host_ppc_defs.h \
- priv/host_s390_defs.h \
- priv/host_mips_defs.h \
- priv/host_generic_maddf.h \
- priv/host_generic_regs.h \
- priv/host_generic_simd64.h \
- priv/host_generic_simd128.h \
- priv/host_generic_simd256.h \
- priv/main_globals.h \
- priv/main_util.h \
- priv/guest_generic_x87.h \
- priv/guest_generic_bb_to_IR.h \
- priv/guest_x86_defs.h \
- priv/guest_amd64_defs.h \
- priv/guest_arm_defs.h \
- priv/guest_ppc_defs.h \
- priv/guest_mips_defs.h \
- priv/s390_disasm.h \
- priv/s390_defs.h \
- priv/ir_match.h \
- priv/ir_opt.h
-
-LIB_OBJS = priv/ir_defs.o \
- priv/ir_match.o \
- priv/ir_opt.o \
- priv/ir_inject.o \
- priv/main_main.o \
- priv/main_globals.o \
- priv/main_util.o \
- priv/s390_disasm.o \
- priv/host_x86_defs.o \
- priv/host_amd64_defs.o \
- priv/host_arm_defs.o \
- priv/host_arm64_defs.o \
- priv/host_ppc_defs.o \
- priv/host_s390_defs.o \
- priv/host_mips_defs.o \
- priv/host_x86_isel.o \
- priv/host_amd64_isel.o \
- priv/host_arm_isel.o \
- priv/host_arm64_isel.o \
- priv/host_ppc_isel.o \
- priv/host_s390_isel.o \
- priv/host_mips_isel.o \
- priv/host_generic_maddf.o \
- priv/host_generic_regs.o \
- priv/host_generic_simd64.o \
- priv/host_generic_simd128.o \
- priv/host_generic_simd256.o \
- priv/host_generic_reg_alloc2.o \
- priv/guest_generic_x87.o \
- priv/guest_generic_bb_to_IR.o \
- priv/guest_x86_helpers.o \
- priv/guest_amd64_helpers.o \
- priv/guest_arm_helpers.o \
- priv/guest_arm64_helpers.o \
- priv/guest_ppc_helpers.o \
- priv/guest_s390_helpers.o \
- priv/guest_mips_helpers.o \
- priv/guest_x86_toIR.o \
- priv/guest_amd64_toIR.o \
- priv/guest_arm_toIR.o \
- priv/guest_arm64_toIR.o \
- priv/guest_ppc_toIR.o \
- priv/guest_s390_toIR.o \
- priv/guest_mips_toIR.o
-
-PUB_INCLUDES = -Ipub
-
-# Do not add any priv/host-ARCH or priv/guest-ARCH directories to this
-# list, as they contain duplicate file names (each host has a hdefs.h,
-# for example).
-PRIV_INCLUDES = -Ipriv
-
-
-ifndef CC
- CC = gcc
-endif
-ifndef AR
- AR = ar
-endif
-
-# Put -g -O2 after any flags we inherit from V. -O2 vs -O
-# makes a significant difference, at least with gcc4.
-CCFLAGS = -Wall -Wmissing-prototypes -Wstrict-prototypes -Wshadow \
- -Wpointer-arith -Wbad-function-cast -Wcast-qual \
- -Wcast-align -Wmissing-declarations \
- -Wwrite-strings -Wformat -Wformat-security \
- -std=gnu99 \
- $(EXTRA_CFLAGS) -g -O2 -fstrict-aliasing
-
-#CC = icc
-#CCFLAGS = -g -Wall -wd981 -wd279 -wd1287 -wd869 -wd111 -wd188 -wd186
-# 981: operands are evaluated in unspecified order
-# 279: controlling expression is constant
-# 1287: invalid attribute for parameter
-# 869: parameter "..." was never referenced
-# 111: statement is unreachable
-# 188: enumerated type mixed with another type
-# (the above are for icc 8.0 -- 8.0.0.55 I think)
-# 186: pointless comparison of unsigned integer with zero
-
-# kludge: stops V biarch builds screwing up at -j 2 or above
-# The Right fix is to autoconf/automake-ise vex.
-.NOTPARALLEL:
-
-all: vex
-
-# Empty, needed for Valgrind
-install:
-
-scratch: clean all
-
-vex: libvex.a
-
-libvex.a: $(LIB_OBJS)
- rm -f libvex.a
- $(AR) crus libvex.a $(LIB_OBJS)
-
-
-# The idea with these TAG-s is to mark the flavour of libvex.a
-# most recently built, so if the same target is re-requested, we
-# don't rebuild everything, but if a different one is requested
-# then we scrub everything and start over.
-
-libvex-x86-linux.a: TAG-x86-linux libvex.a
- mv -f libvex.a libvex-x86-linux.a
-TAG-x86-linux:
- if [ ! -f TAG-x86-linux ] ; then rm -f $(LIB_OBJS) TAG-* libvex.a ; fi
- touch TAG-x86-linux
-
-libvex-amd64-linux.a: TAG-amd64-linux libvex.a
- mv -f libvex.a libvex-amd64-linux.a
-TAG-amd64-linux:
- if [ ! -f TAG-amd64-linux ] ; then rm -f $(LIB_OBJS) TAG-* libvex.a ; fi
- touch TAG-amd64-linux
-
-libvex-ppc32-linux.a: TAG-ppc32-linux libvex.a
- mv -f libvex.a libvex-ppc32-linux.a
-TAG-ppc32-linux:
- if [ ! -f TAG-ppc32-linux ] ; then rm -f $(LIB_OBJS) TAG-* libvex.a ; fi
- touch TAG-ppc32-linux
-
-libvex-ppc64-linux.a: TAG-ppc64-linux libvex.a
- mv -f libvex.a libvex-ppc64-linux.a
-TAG-ppc64-linux:
- if [ ! -f TAG-ppc64-linux ] ; then rm -f $(LIB_OBJS) TAG-* libvex.a ; fi
- touch TAG-ppc64-linux
-
-libvex-mips-linux.a: TAG-mips32-linux libvex.a
- mv -f libvex.a libvex-mips32-linux.a
-TAG-mips-linux:
- if [ ! -f TAG-mips32-linux ] ; then rm -f $(LIB_OBJS) TAG-* libvex.a ; fi
- touch TAG-mips32-linux
-
-libvex-ppc32-aix5.a: TAG-ppc32-aix5 libvex.a
- mv -f libvex.a libvex-ppc32-aix5.a
-TAG-ppc32-aix5:
- if [ ! -f TAG-ppc32-aix5 ] ; then rm -f $(LIB_OBJS) TAG-* libvex.a ; fi
- touch TAG-ppc32-aix5
-
-libvex-ppc64-aix5.a: TAG-ppc64-aix5 libvex.a
- mv -f libvex.a libvex-ppc64-aix5.a
-TAG-ppc64-aix5:
- if [ ! -f TAG-ppc64-aix5 ] ; then rm -f $(LIB_OBJS) TAG-* libvex.a ; fi
- touch TAG-ppc64-aix5
-
-libvex-x86-darwin.a: TAG-x86-darwin libvex.a
- mv -f libvex.a libvex-x86-darwin.a
-TAG-x86-darwin:
- if [ ! -f TAG-x86-darwin ] ; then rm -f $(LIB_OBJS) TAG-* libvex.a ; fi
- touch TAG-x86-darwin
-
-libvex-amd64-darwin.a: TAG-amd64-darwin libvex.a
- mv -f libvex.a libvex-amd64-darwin.a
-TAG-amd64-darwin:
- if [ ! -f TAG-amd64-darwin ] ; then rm -f $(LIB_OBJS) TAG-* libvex.a ; fi
- touch TAG-amd64-darwin
-
-libvex-arm64-linux.a: TAG-arm64-linux libvex.a
- mv -f libvex.a libvex-arm64-linux.a
-TAG-arm64-linux:
- if [ ! -f TAG-arm64-linux ] ; then rm -f $(LIB_OBJS) TAG-* libvex.a ; fi
- touch TAG-arm64-linux
-
-
-clean:
- rm -f $(LIB_OBJS) *.a TAG-* \
- pub/libvex_guest_offsets.h \
- auxprogs/genoffsets.s
-
-minidist:
- rm -f vex--minidist-2005MMDD.tar
- tar cf vex--minidist-2005MMDD.tar $(PUB_HEADERS) $(PRIV_HEADERS) \
- Makefile-gcc \
- `echo $(LIB_OBJS) | sed "s/\.o/\.c/g"`
- @echo
- @echo minidist done, size follows:
- @ls -l vex--minidist-2005MMDD.tar
- @echo
-
-# This is very uggerly. Need to sed out both "xyzzyN" and
-# "xyzzy$N" since gcc on different targets emits the constants
-# differently -- with a leading $ on x86/amd64 but none on ppc32/64.
-# ICC also emits the constants differently with a leading # #define
-pub/libvex_guest_offsets.h:
- rm -f auxprogs/genoffsets.s
- $(CC) $(CCFLAGS) -O -S -o auxprogs/genoffsets.s \
- auxprogs/genoffsets.c
- grep xyzzy auxprogs/genoffsets.s | grep "^[# ]*#define" \
- | sed "s/# #define/#define/g" \
- | sed "s/xyzzy\\$$//g" \
- | sed "s/xyzzy#//g" \
- | sed "s/xyzzy//g" \
- > pub/libvex_guest_offsets.h
- rm -f auxprogs/genoffsets.s
-
-
-ALL_HEADERS = $(PUB_HEADERS) $(PRIV_HEADERS)
-ALL_INCLUDES = $(PUB_INCLUDES) $(PRIV_INCLUDES)
-
-priv/ir_defs.o: $(ALL_HEADERS) priv/ir_defs.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/ir_defs.o \
- -c priv/ir_defs.c
-
-priv/ir_inject.o: $(ALL_HEADERS) priv/ir_inject.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/ir_inject.o \
- -c priv/ir_inject.c
-
-priv/ir_match.o: $(ALL_HEADERS) priv/ir_match.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/ir_match.o \
- -c priv/ir_match.c
-
-priv/ir_opt.o: $(ALL_HEADERS) priv/ir_opt.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/ir_opt.o \
- -c priv/ir_opt.c
-
-priv/main_main.o: $(ALL_HEADERS) priv/main_main.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/main_main.o \
- -c priv/main_main.c
-
-priv/main_globals.o: $(ALL_HEADERS) priv/main_globals.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/main_globals.o \
- -c priv/main_globals.c
-
-priv/main_util.o: $(ALL_HEADERS) priv/main_util.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/main_util.o \
- -c priv/main_util.c
-
-priv/host_x86_defs.o: $(ALL_HEADERS) priv/host_x86_defs.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/host_x86_defs.o \
- -c priv/host_x86_defs.c
-
-priv/host_amd64_defs.o: $(ALL_HEADERS) priv/host_amd64_defs.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/host_amd64_defs.o \
- -c priv/host_amd64_defs.c
-
-priv/host_arm_defs.o: $(ALL_HEADERS) priv/host_arm_defs.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/host_arm_defs.o \
- -c priv/host_arm_defs.c
-
-priv/host_arm64_defs.o: $(ALL_HEADERS) priv/host_arm64_defs.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/host_arm64_defs.o \
- -c priv/host_arm64_defs.c
-
-priv/host_ppc_defs.o: $(ALL_HEADERS) priv/host_ppc_defs.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/host_ppc_defs.o \
- -c priv/host_ppc_defs.c
-
-priv/host_s390_defs.o: $(ALL_HEADERS) priv/host_s390_defs.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/host_s390_defs.o \
- -c priv/host_s390_defs.c
-
-priv/host_mips_defs.o: $(ALL_HEADERS) priv/host_mips_defs.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/host_mips_defs.o \
- -c priv/host_mips_defs.c
-
-priv/host_x86_isel.o: $(ALL_HEADERS) priv/host_x86_isel.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/host_x86_isel.o \
- -c priv/host_x86_isel.c
-
-priv/host_amd64_isel.o: $(ALL_HEADERS) priv/host_amd64_isel.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/host_amd64_isel.o \
- -c priv/host_amd64_isel.c
-
-priv/host_arm_isel.o: $(ALL_HEADERS) priv/host_arm_isel.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/host_arm_isel.o \
- -c priv/host_arm_isel.c
-
-priv/host_arm64_isel.o: $(ALL_HEADERS) priv/host_arm64_isel.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/host_arm64_isel.o \
- -c priv/host_arm64_isel.c
-
-priv/host_ppc_isel.o: $(ALL_HEADERS) priv/host_ppc_isel.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/host_ppc_isel.o \
- -c priv/host_ppc_isel.c
-
-priv/host_s390_isel.o: $(ALL_HEADERS) priv/host_s390_isel.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/host_s390_isel.o \
- -c priv/host_s390_isel.c
-
-priv/host_mips_isel.o: $(ALL_HEADERS) priv/host_mips_isel.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/host_mips_isel.o \
- -c priv/host_mips_isel.c
-
-priv/host_generic_maddf.o: $(ALL_HEADERS) priv/host_generic_maddf.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/host_generic_maddf.o \
- -c priv/host_generic_maddf.c
-
-priv/host_generic_regs.o: $(ALL_HEADERS) priv/host_generic_regs.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/host_generic_regs.o \
- -c priv/host_generic_regs.c
-
-priv/host_generic_simd64.o: $(ALL_HEADERS) priv/host_generic_simd64.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/host_generic_simd64.o \
- -c priv/host_generic_simd64.c
-
-priv/host_generic_simd128.o: $(ALL_HEADERS) priv/host_generic_simd128.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/host_generic_simd128.o \
- -c priv/host_generic_simd128.c
-
-priv/host_generic_simd256.o: $(ALL_HEADERS) priv/host_generic_simd256.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/host_generic_simd256.o \
- -c priv/host_generic_simd256.c
-
-priv/host_generic_reg_alloc2.o: $(ALL_HEADERS) priv/host_generic_reg_alloc2.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/host_generic_reg_alloc2.o \
- -c priv/host_generic_reg_alloc2.c
-
-priv/guest_x86_toIR.o: $(ALL_HEADERS) priv/guest_x86_toIR.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/guest_x86_toIR.o \
- -c priv/guest_x86_toIR.c
-
-priv/guest_generic_x87.o: $(ALL_HEADERS) priv/guest_generic_x87.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/guest_generic_x87.o \
- -c priv/guest_generic_x87.c
-
-priv/guest_generic_bb_to_IR.o: $(ALL_HEADERS) priv/guest_generic_bb_to_IR.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/guest_generic_bb_to_IR.o \
- -c priv/guest_generic_bb_to_IR.c
-
-priv/guest_x86_helpers.o: $(ALL_HEADERS) priv/guest_x86_helpers.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/guest_x86_helpers.o \
- -c priv/guest_x86_helpers.c
-
-priv/guest_amd64_helpers.o: $(ALL_HEADERS) priv/guest_amd64_helpers.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/guest_amd64_helpers.o \
- -c priv/guest_amd64_helpers.c
-
-priv/guest_amd64_toIR.o: $(ALL_HEADERS) priv/guest_amd64_toIR.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/guest_amd64_toIR.o \
- -c priv/guest_amd64_toIR.c
-
-priv/guest_arm_helpers.o: $(ALL_HEADERS) priv/guest_arm_helpers.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/guest_arm_helpers.o \
- -c priv/guest_arm_helpers.c
-
-priv/guest_arm64_helpers.o: $(ALL_HEADERS) priv/guest_arm64_helpers.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/guest_arm64_helpers.o \
- -c priv/guest_arm64_helpers.c
-
-priv/guest_arm_toIR.o: $(ALL_HEADERS) priv/guest_arm_toIR.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/guest_arm_toIR.o \
- -c priv/guest_arm_toIR.c
-
-priv/guest_arm64_toIR.o: $(ALL_HEADERS) priv/guest_arm64_toIR.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/guest_arm64_toIR.o \
- -c priv/guest_arm64_toIR.c
-
-priv/guest_ppc_helpers.o: $(ALL_HEADERS) priv/guest_ppc_helpers.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/guest_ppc_helpers.o \
- -c priv/guest_ppc_helpers.c
-
-priv/guest_s390_helpers.o: $(ALL_HEADERS) priv/guest_s390_helpers.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/guest_s390_helpers.o \
- -c priv/guest_s390_helpers.c
-
-priv/guest_ppc_toIR.o: $(ALL_HEADERS) priv/guest_ppc_toIR.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/guest_ppc_toIR.o \
- -c priv/guest_ppc_toIR.c
-
-priv/guest_s390_toIR.o: $(ALL_HEADERS) priv/guest_s390_toIR.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/guest_s390_toIR.o \
- -c priv/guest_s390_toIR.c
-
-priv/s390_disasm.o: $(ALL_HEADERS) priv/s390_disasm.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/s390_disasm.o \
- -c priv/s390_disasm.c
-
-priv/guest_mips_helpers.o: $(ALL_HEADERS) priv/guest_mips_helpers.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/guest_mips_helpers.o \
- -c priv/guest_mips_helpers.c
-
-priv/guest_mips_toIR.o: $(ALL_HEADERS) priv/guest_mips_toIR.c
- $(CC) $(CCFLAGS) $(ALL_INCLUDES) -o priv/guest_mips_toIR.o \
- -c priv/guest_mips_toIR.c
diff --git a/VEX/TODO.txt b/VEX/TODO.txt
deleted file mode 100644
index 24dc3cb..0000000
--- a/VEX/TODO.txt
+++ /dev/null
@@ -1,55 +0,0 @@
-
-Last updated 15 Nov 04
-~~~~~~~~~~~~~~~~~~~~~~
-
-Critical (correctness)
-~~~~~~~~~~~~~~~~~~~~~~
-x86 isel: should free up all fp reg tags when calling a helper.
-And save FP and SSE insns across the helper.
-
-iropt: reconsider precise exceptions
-
-x86 guest: look at FP accuracy
-
-
-Optimisation opportunities
-~~~~~~~~~~~~~~~~~~~~~~~~~~
-Improved isel for memcheck artefacts on x86 (generate neg ; sbbl)
-
-Assess tt_fast miss rates
-
-improve stack-update pass
-
-proper profiling machinery
-
-do not CSE exprs :: Ity_Bit
-
-x86 iselIntExpr_RMI: actually generate the M case if possible
-
-
-JIT speedups
-~~~~~~~~~~~~
-Ensure incremental flatness throughout
-
-Profile again with cachegrind/calltree
-
-change IRTemp to 16 bits?
-
-
-Integration
-~~~~~~~~~~~
-Get rid of sloppy-malloc
-
-Get rid of partial-loads-ok
-
-Optimisation after first instrumentation rather than 2nd ?
-
-disallow dirty helpers from writing SP/IP
-
-write API doc, clarify IR semantics
-
-make IR utils module
-
-generic stack pointer identification at startup?
-
-New memstack_k: old or new sp?
diff --git a/VEX/nanoarm.orig b/VEX/nanoarm.orig
deleted file mode 100644
index 90742df..0000000
--- a/VEX/nanoarm.orig
+++ /dev/null
@@ -1,19 +0,0 @@
- 0: e1a0c00d mov ip, sp
-. 0 00008000 4
-. 0d c0 a0 e1
-
- 4: e92dd810 stmdb sp!, {r4, fp, ip, lr, pc}
-. 1 00008004 4
-. 10 d8 2d e9
-
- 8: e24cb004 sub fp, ip, #4 ; 0x4
-. 2 00008008 4
-. 04 b0 4c e2
-
- c: e3a00014 mov r0, #20 ; 0x14
-. 3 0000800C 4
-. 14 00 a0 e3
-
- 10: ebfffffe bl 0 <newHHW>
-. 4 00008010 4
-. fe ff ff eb
diff --git a/VEX/orig_amd64/Compare.hs b/VEX/orig_amd64/Compare.hs
deleted file mode 100644
index 6641267..0000000
--- a/VEX/orig_amd64/Compare.hs
+++ /dev/null
@@ -1,63 +0,0 @@
-
-module Main where
-
-import Char ( isSpace )
-
-{- Compares a .sorted file with a raw printout of instructions
- and shows differences.
-
- First file (REF) is has lines of format
-
- hex-digits SPACEs insn(possibly with spaces)
-
- Second file (TEST) has lines of format
-
- insn(possibly with spaces)
-
- Purpose is to extract the insn (text), remove spaces, and compare.
-
- How to use:
-(cd .. && make) && (../vex test1.orig | grep LALALA | cut -b 22- > out.txt)
-/home/sewardj/Tools/HugsInst/bin/runhugs Compare.hs | grep FAIL
--}
-
-main = mayn "test2.sorted" "out.txt"
-
-mayn :: String -> String -> IO ()
-
-mayn sorted_fn dump_fn
- = do sorted <- readFile sorted_fn
- dump <- readFile dump_fn
- let ress = zipWith check (lines (deTab sorted))
- (lines (deTab dump))
- putStrLn (unlines ress)
-
-
-check :: String -> String -> String
-check ref test
- = let ref_clean = dropWhile isHex ref
- ok = compere ref_clean test
- summary = grok ("REF: " ++ trim ref_clean)
- ++ " " ++ grok ("TEST: " ++ trim test)
- in
- if ok
- then "pass: " ++ summary
- else "FAIL: " ++ summary
-
-trim = reverse . dropWhile isSpace . reverse . dropWhile isSpace
-
-compere s1 s2 = filter (not . isSpace) s1 == filter (not . isSpace) s2
-
-isHex c = c `elem` "ABCDEF0123456789abcdef"
-
-grok str
- = let n = length str
- limit = 40
- in
- if n >= limit
- then str
- else take limit (str ++ repeat ' ')
-
-deTab [] = []
-deTab (c:cs) = if c == '\t' then " " ++ deTab cs
- else c: deTab cs
diff --git a/VEX/orig_amd64/SortedToOrig.hs b/VEX/orig_amd64/SortedToOrig.hs
deleted file mode 100644
index 0d947b6..0000000
--- a/VEX/orig_amd64/SortedToOrig.hs
+++ /dev/null
@@ -1,29 +0,0 @@
-
-module Main where
-
-main
- = do x1 <- readFile "test2.sorted"
- let x2 = lines x1
- x3 = zip [1 ..] x2
- x4 = concat (map qq x3)
- --putStr x4
- writeFile "test2.orig" x4
-
-
-qq :: (Int, String) -> String
-qq (n, s0)
- = let ws = words s0
- bytes = head ws
- rest = unwords (tail ws)
- bytes2 = foo bytes
- in
- unlines [
- "",
- rest,
- ". " ++ show n ++ " 0x12345678 " ++ show (1 + (length bytes `div` 2)),
- ". " ++ bytes2 ++ "C3"
- ]
-
-
-foo [] = []
-foo (x:y:rest) = x:y:' ':foo rest
diff --git a/VEX/orig_amd64/test1.orig b/VEX/orig_amd64/test1.orig
deleted file mode 100644
index 68258c0..0000000
--- a/VEX/orig_amd64/test1.orig
+++ /dev/null
@@ -1,5281 +0,0 @@
-
-addl 1052(%rsp,%rdx,4), %eax
-. 1 0x12345678 8
-. 03 84 94 1C 04 00 00 C3
-
-addl 108(%rbx), %ecx
-. 2 0x12345678 4
-. 03 4B 6C C3
-
-addl $2, %eax
-. 3 0x12345678 4
-. 83 C0 02 C3
-
-addl $2, %edx
-. 4 0x12345678 4
-. 83 C2 02 C3
-
-addl $32, %ecx
-. 5 0x12345678 4
-. 83 C1 20 C3
-
-addl $32, %esi
-. 6 0x12345678 4
-. 83 C6 20 C3
-
-addl $49, %r12d
-. 7 0x12345678 5
-. 41 83 C4 31 C3
-
-addl $4, %ecx
-. 8 0x12345678 4
-. 83 C1 04 C3
-
-addl -4(%rbp,%rdx,4), %eax
-. 9 0x12345678 5
-. 03 44 95 FC C3
-
-addl 51640(%rax), %ecx
-. 10 0x12345678 7
-. 03 88 B8 C9 00 00 C3
-
-addl 51640(%rbp,%rax), %ecx
-. 11 0x12345678 8
-. 03 8C 05 B8 C9 00 00 C3
-
-addl 51640(%rdx), %ecx
-. 12 0x12345678 7
-. 03 8A B8 C9 00 00 C3
-
-addl 51644(%rax), %esi
-. 13 0x12345678 7
-. 03 B0 BC C9 00 00 C3
-
-addl 51644(%rdx), %esi
-. 14 0x12345678 7
-. 03 B2 BC C9 00 00 C3
-
-addl 51648(%rax), %edi
-. 15 0x12345678 7
-. 03 B8 C0 C9 00 00 C3
-
-addl 51648(%rdx), %edi
-. 16 0x12345678 7
-. 03 BA C0 C9 00 00 C3
-
-addl $5, %eax
-. 17 0x12345678 4
-. 83 C0 05 C3
-
-addl $5, %r14d
-. 18 0x12345678 5
-. 41 83 C6 05 C3
-
-addl 672(%rbp,%rax,4), %r13d
-. 19 0x12345678 9
-. 44 03 AC 85 A0 02 00 00 C3
-
-addl %ebx, %eax
-. 20 0x12345678 3
-. 01 D8 C3
-
-addl %ecx, %r9d
-. 21 0x12345678 4
-. 41 01 C9 C3
-
-addl %edx, %eax
-. 22 0x12345678 3
-. 01 D0 C3
-
-addl %r12d, %eax
-. 23 0x12345678 4
-. 44 01 E0 C3
-
-addl %r12d, %r13d
-. 24 0x12345678 4
-. 45 01 E5 C3
-
-addl %r13d, %eax
-. 25 0x12345678 4
-. 44 01 E8 C3
-
-addl (%rbp,%rax,4), %edi
-. 26 0x12345678 5
-. 03 7C 85 00 C3
-
-addq $104, %rsp
-. 27 0x12345678 5
-. 48 83 C4 68 C3
-
-addq $1304, %rsp
-. 28 0x12345678 8
-. 48 81 C4 18 05 00 00 C3
-
-addq $2104, %rsp
-. 29 0x12345678 8
-. 48 81 C4 38 08 00 00 C3
-
-addq $264, %rsp
-. 30 0x12345678 8
-. 48 81 C4 08 01 00 00 C3
-
-addq 32(%rbx), %rax
-. 31 0x12345678 5
-. 48 03 43 20 C3
-
-addq $3400, %rsp
-. 32 0x12345678 8
-. 48 81 C4 48 0D 00 00 C3
-
-addq $56, %rsp
-. 33 0x12345678 5
-. 48 83 C4 38 C3
-
-addq $72, %rsp
-. 34 0x12345678 5
-. 48 83 C4 48 C3
-
-addq $824, %rsp
-. 35 0x12345678 8
-. 48 81 C4 38 03 00 00 C3
-
-addq $8, %rsp
-. 36 0x12345678 5
-. 48 83 C4 08 C3
-
-addq %rax, %rax
-. 37 0x12345678 4
-. 48 01 C0 C3
-
-addq %rax, %rdi
-. 38 0x12345678 4
-. 48 01 C7 C3
-
-addq %rax, %rdx
-. 39 0x12345678 4
-. 48 01 C2 C3
-
-addq %rbp, %rax
-. 40 0x12345678 4
-. 48 01 E8 C3
-
-addq %rbp, %rdx
-. 41 0x12345678 4
-. 48 01 EA C3
-
-addq %rbp, %rsi
-. 42 0x12345678 4
-. 48 01 EE C3
-
-addq %rcx, %rax
-. 43 0x12345678 4
-. 48 01 C8 C3
-
-addq %rdx, %rax
-. 44 0x12345678 4
-. 48 01 D0 C3
-
-addq %rdx, %rdx
-. 45 0x12345678 4
-. 48 01 D2 C3
-
-addq %rsi, %rdx
-. 46 0x12345678 4
-. 48 01 F2 C3
-
-addw %dx, 80(%rsp,%rax,2)
-. 47 0x12345678 6
-. 66 01 54 44 50 C3
-
-andl $-2097153, %eax
-. 48 0x12345678 6
-. 25 FF FF DF FF C3
-
-andl $-2097153, %edx
-. 49 0x12345678 7
-. 81 E2 FF FF DF FF C3
-
-andl $-2097153, %r12d
-. 50 0x12345678 8
-. 41 81 E4 FF FF DF FF C3
-
-andl $-2097153, %r15d
-. 51 0x12345678 8
-. 41 81 E7 FF FF DF FF C3
-
-andl $-2097153, %r8d
-. 52 0x12345678 8
-. 41 81 E0 FF FF DF FF C3
-
-andl $255, %r8d
-. 53 0x12345678 8
-. 41 81 E0 FF 00 00 00 C3
-
-andl $-2, %eax
-. 54 0x12345678 4
-. 83 E0 FE C3
-
-andl $31, %ecx
-. 55 0x12345678 4
-. 83 E1 1F C3
-
-andl $32767, %eax
-. 56 0x12345678 6
-. 25 FF 7F 00 00 C3
-
-andl %edx, %eax
-. 57 0x12345678 3
-. 21 D0 C3
-
-andl %edx, (%rbx,%rax,4)
-. 58 0x12345678 4
-. 21 14 83 C3
-
-andl %esi, %edx
-. 59 0x12345678 3
-. 21 F2 C3
-
-call lalala
-. 60 0x12345678 5
-. E8 62 16 00 00
-
-cltd
-. 61 0x12345678 2
-. 99 C3
-
-cltq
-. 62 0x12345678 3
-. 48 98 C3
-
-cmova %ecx, %edx
-. 63 0x12345678 4
-. 0F 47 D1 C3
-
-cmovae %eax, %edi
-. 64 0x12345678 4
-. 0F 43 F8 C3
-
-cmovae %eax, %esi
-. 65 0x12345678 4
-. 0F 43 F0 C3
-
-cmovg %eax, %ecx
-. 66 0x12345678 4
-. 0F 4F C8 C3
-
-cmovg %eax, %edi
-. 67 0x12345678 4
-. 0F 4F F8 C3
-
-cmovg %eax, %esi
-. 68 0x12345678 4
-. 0F 4F F0 C3
-
-cmovg %eax, %r12d
-. 69 0x12345678 5
-. 44 0F 4F E0 C3
-
-cmovge %eax, %ecx
-. 70 0x12345678 4
-. 0F 4D C8 C3
-
-cmovg %r13d, %eax
-. 71 0x12345678 5
-. 41 0F 4F C5 C3
-
-cmovl %eax, %r13d
-. 72 0x12345678 5
-. 44 0F 4C E8 C3
-
-cmovle %eax, %ecx
-. 73 0x12345678 4
-. 0F 4E C8 C3
-
-cmovle %eax, %esi
-. 74 0x12345678 4
-. 0F 4E F0 C3
-
-cmovne %eax, %edx
-. 75 0x12345678 4
-. 0F 45 D0 C3
-
-cmovne %edi, %edx
-. 76 0x12345678 4
-. 0F 45 D7 C3
-
-cmpb $0, 128(%rbp,%rax)
-. 77 0x12345678 9
-. 80 BC 05 80 00 00 00 00 C3
-
-cmpb $0, 128(%rdi,%rdx)
-. 78 0x12345678 9
-. 80 BC 17 80 00 00 00 00 C3
-
-cmpb $0, 19706(%rbp,%rax)
-. 79 0x12345678 9
-. 80 BC 05 FA 4C 00 00 00 C3
-
-cmpb $0, 2112(%rsp,%rax)
-. 80 0x12345678 9
-. 80 BC 04 40 08 00 00 00 C3
-
-cmpb $0, 2112(%rsp,%rsi)
-. 81 0x12345678 9
-. 80 BC 34 40 08 00 00 00 C3
-
-cmpb $0, 32(%rsp,%rax)
-. 82 0x12345678 6
-. 80 7C 04 20 00 C3
-
-cmpb %al, %r10b
-. 83 0x12345678 4
-. 41 38 C2 C3
-
-cmpb %cl, %sil
-. 84 0x12345678 4
-. 40 38 CE C3
-
-cmpb %dl, %cl
-. 85 0x12345678 3
-. 38 D1 C3
-
-cmpb %sil, %cl
-. 86 0x12345678 4
-. 40 38 F1 C3
-
-cmpb %sil, %dl
-. 87 0x12345678 4
-. 40 38 F2 C3
-
-cmpb %sil, (%rsp)
-. 88 0x12345678 5
-. 40 38 34 24 C3
-
-cmpl $0, 1088(%rsp,%rdx,4)
-. 89 0x12345678 9
-. 83 BC 94 40 04 00 00 00 C3
-
-cmpl $0, 108(%rbx)
-. 90 0x12345678 5
-. 83 7B 6C 00 C3
-
-cmpl $0, 108(%rdi)
-. 91 0x12345678 5
-. 83 7F 6C 00 C3
-
-cmpl $0, 12(%rsp)
-. 92 0x12345678 6
-. 83 7C 24 0C 00 C3
-
-cmpl $0, 20(%rsp)
-. 93 0x12345678 6
-. 83 7C 24 14 00 C3
-
-cmpl $0, 24(%rsp)
-. 94 0x12345678 6
-. 83 7C 24 18 00 C3
-
-cmpl $0, 32(%rsp,%rax,4)
-. 95 0x12345678 6
-. 83 7C 84 20 00 C3
-
-cmpl $0, 644(%rdi)
-. 96 0x12345678 8
-. 83 BF 84 02 00 00 00 C3
-
-cmpl $0, 668(%rbp)
-. 97 0x12345678 8
-. 83 BD 9C 02 00 00 00 C3
-
-cmpl $0, (%r14,%rax,4)
-. 98 0x12345678 6
-. 41 83 3C 86 00 C3
-
-cmpl $0, (%rax)
-. 99 0x12345678 4
-. 83 38 00 C3
-
-cmpl $0, (%rbx,%rax,4)
-. 100 0x12345678 5
-. 83 3C 83 00 C3
-
-cmpl $0, (%rdi)
-. 101 0x12345678 4
-. 83 3F 00 C3
-
-cmpl $0, (%rsi)
-. 102 0x12345678 4
-. 83 3E 00 C3
-
-cmpl $101, %ecx
-. 103 0x12345678 4
-. 83 F9 65 C3
-
-cmpl 1088(%rsp,%rdi,4), %r12d
-. 104 0x12345678 9
-. 44 3B A4 BC 40 04 00 00 C3
-
-cmpl 1088(%rsp,%rdx,4), %r12d
-. 105 0x12345678 9
-. 44 3B A4 94 40 04 00 00 C3
-
-cmpl 108(%rbx), %edx
-. 106 0x12345678 4
-. 3B 53 6C C3
-
-cmpl 108(%rbx), %r9d
-. 107 0x12345678 5
-. 44 3B 4B 6C C3
-
-cmpl $1199, 668(%rbp)
-. 108 0x12345678 11
-. 81 BD 9C 02 00 00 AF 04 00 00 C3
-
-cmpl 124(%rbx), %r8d
-. 109 0x12345678 5
-. 44 3B 43 7C C3
-
-cmpl 12(%rsp), %edx
-. 110 0x12345678 5
-. 3B 54 24 0C C3
-
-cmpl $-1, 48(%rbx)
-. 111 0x12345678 5
-. 83 7B 30 FF C3
-
-cmpl $14, %r13d
-. 112 0x12345678 5
-. 41 83 FD 0E C3
-
-cmpl $15, %edi
-. 113 0x12345678 4
-. 83 FF 0F C3
-
-cmpl $15, %r8d
-. 114 0x12345678 5
-. 41 83 F8 0F C3
-
-cmpl $1, 656(%rbx)
-. 115 0x12345678 8
-. 83 BB 90 02 00 00 01 C3
-
-cmpl $1, 660(%rbx)
-. 116 0x12345678 8
-. 83 BB 94 02 00 00 01 C3
-
-cmpl $1, 660(%rdi)
-. 117 0x12345678 8
-. 83 BF 94 02 00 00 01 C3
-
-cmpl 16(%rsp), %edx
-. 118 0x12345678 5
-. 3B 54 24 10 C3
-
-cmpl $17, %r12d
-. 119 0x12345678 5
-. 41 83 FC 11 C3
-
-cmpl $18002, 24(%rsp)
-. 120 0x12345678 9
-. 81 7C 24 18 52 46 00 00 C3
-
-cmpl $199, 668(%rbp)
-. 121 0x12345678 11
-. 81 BD 9C 02 00 00 C7 00 00 00 C3
-
-cmpl $19, %eax
-. 122 0x12345678 4
-. 83 F8 13 C3
-
-cmpl $1, %ebx
-. 123 0x12345678 4
-. 83 FB 01 C3
-
-cmpl $-1, %ecx
-. 124 0x12345678 4
-. 83 F9 FF C3
-
-cmpl $1, %edi
-. 125 0x12345678 4
-. 83 FF 01 C3
-
-cmpl $1, %edx
-. 126 0x12345678 4
-. 83 FA 01 C3
-
-cmpl $-1, %esi
-. 127 0x12345678 4
-. 83 FE FF C3
-
-cmpl $1, %esi
-. 128 0x12345678 4
-. 83 FE 01 C3
-
-cmpl $-1, %r13d
-. 129 0x12345678 5
-. 41 83 FD FF C3
-
-cmpl $1, %r13d
-. 130 0x12345678 5
-. 41 83 FD 01 C3
-
-cmpl $-1, %r9d
-. 131 0x12345678 5
-. 41 83 F9 FF C3
-
-cmpl $-1, (%rbx,%rax,4)
-. 132 0x12345678 5
-. 83 3C 83 FF C3
-
-cmpl 20(%rsp), %edi
-. 133 0x12345678 5
-. 3B 7C 24 14 C3
-
-cmpl 20(%rsp), %edx
-. 134 0x12345678 5
-. 3B 54 24 14 C3
-
-cmpl $2399, 668(%rbp)
-. 135 0x12345678 11
-. 81 BD 9C 02 00 00 5F 09 00 00 C3
-
-cmpl 24(%rsp), %ebx
-. 136 0x12345678 5
-. 3B 5C 24 18 C3
-
-cmpl 24(%rsp), %edi
-. 137 0x12345678 5
-. 3B 7C 24 18 C3
-
-cmpl $254, %ebx
-. 138 0x12345678 7
-. 81 FB FE 00 00 00 C3
-
-cmpl $255, %ebx
-. 139 0x12345678 7
-. 81 FB FF 00 00 00 C3
-
-cmpl $255, %ecx
-. 140 0x12345678 7
-. 81 F9 FF 00 00 00 C3
-
-cmpl $255, %edi
-. 141 0x12345678 7
-. 81 FF FF 00 00 00 C3
-
-cmpl $255, %edx
-. 142 0x12345678 7
-. 81 FA FF 00 00 00 C3
-
-cmpl $255, %r12d
-. 143 0x12345678 8
-. 41 81 FC FF 00 00 00 C3
-
-cmpl $256, %edi
-. 144 0x12345678 7
-. 81 FF 00 01 00 00 C3
-
-cmpl $256, %esi
-. 145 0x12345678 7
-. 81 FE 00 01 00 00 C3
-
-cmpl $2, 656(%rbp)
-. 146 0x12345678 8
-. 83 BD 90 02 00 00 02 C3
-
-cmpl $2, 656(%rdi)
-. 147 0x12345678 8
-. 83 BF 90 02 00 00 02 C3
-
-cmpl 28(%rsp), %edi
-. 148 0x12345678 5
-. 3B 7C 24 1C C3
-
-cmpl 28(%rsp), %r12d
-. 149 0x12345678 6
-. 44 3B 64 24 1C C3
-
-cmpl 28(%rsp), %r13d
-. 150 0x12345678 6
-. 44 3B 6C 24 1C C3
-
-cmpl $2, %ebx
-. 151 0x12345678 4
-. 83 FB 02 C3
-
-cmpl $2, %r13d
-. 152 0x12345678 5
-. 41 83 FD 02 C3
-
-cmpl $31, %edi
-. 153 0x12345678 4
-. 83 FF 1F C3
-
-cmpl $3, 20(%rsp)
-. 154 0x12345678 6
-. 83 7C 24 14 03 C3
-
-cmpl $3, 32(%rsp)
-. 155 0x12345678 6
-. 83 7C 24 20 03 C3
-
-cmpl $33, %ebx
-. 156 0x12345678 4
-. 83 FB 21 C3
-
-cmpl $33, %r9d
-. 157 0x12345678 5
-. 41 83 F9 21 C3
-
-cmpl $3, %eax
-. 158 0x12345678 4
-. 83 F8 03 C3
-
-cmpl $3, %r13d
-. 159 0x12345678 5
-. 41 83 FD 03 C3
-
-cmpl $3, %r8d
-. 160 0x12345678 5
-. 41 83 F8 03 C3
-
-cmpl $3, %r9d
-. 161 0x12345678 5
-. 41 83 F9 03 C3
-
-cmpl $49, %eax
-. 162 0x12345678 4
-. 83 F8 31 C3
-
-cmpl $599, 668(%rbp)
-. 163 0x12345678 11
-. 81 BD 9C 02 00 00 57 02 00 00 C3
-
-cmpl $5, %ebx
-. 164 0x12345678 4
-. 83 FB 05 C3
-
-cmpl 64(%rsp,%rax,4), %r12d
-. 165 0x12345678 6
-. 44 3B 64 84 40 C3
-
-cmpl 64(%rsp,%rdi,4), %r12d
-. 166 0x12345678 6
-. 44 3B 64 BC 40 C3
-
-cmpl 64(%rsp,%rdx,4), %eax
-. 167 0x12345678 5
-. 3B 44 94 40 C3
-
-cmpl $65534, %eax
-. 168 0x12345678 6
-. 3D FE FF 00 00 C3
-
-cmpl $65534, %edx
-. 169 0x12345678 7
-. 81 FA FE FF 00 00 C3
-
-cmpl $65535, %eax
-. 170 0x12345678 6
-. 3D FF FF 00 00 C3
-
-cmpl $65536, %ebx
-. 171 0x12345678 7
-. 81 FB 00 00 01 00 C3
-
-cmpl 668(%rbp), %edx
-. 172 0x12345678 7
-. 3B 95 9C 02 00 00 C3
-
-cmpl 668(%rbp), %r12d
-. 173 0x12345678 8
-. 44 3B A5 9C 02 00 00 C3
-
-cmpl $6, %r14d
-. 174 0x12345678 5
-. 41 83 FE 06 C3
-
-cmpl $7, 644(%r11)
-. 175 0x12345678 9
-. 41 83 BB 84 02 00 00 07 C3
-
-cmpl $7, 644(%rbp)
-. 176 0x12345678 8
-. 83 BD 84 02 00 00 07 C3
-
-cmpl $7, 644(%rbx)
-. 177 0x12345678 8
-. 83 BB 84 02 00 00 07 C3
-
-cmpl $7, 644(%rdi)
-. 178 0x12345678 8
-. 83 BF 84 02 00 00 07 C3
-
-cmpl $7, 644(%rsi)
-. 179 0x12345678 8
-. 83 BE 84 02 00 00 07 C3
-
-cmpl $7, %r14d
-. 180 0x12345678 5
-. 41 83 FE 07 C3
-
-cmpl $99, 12(%rsp)
-. 181 0x12345678 6
-. 83 7C 24 0C 63 C3
-
-cmpl $99, 24(%rsp)
-. 182 0x12345678 6
-. 83 7C 24 18 63 C3
-
-cmpl $9999, %ebp
-. 183 0x12345678 7
-. 81 FD 0F 27 00 00 C3
-
-cmpl $9, %eax
-. 184 0x12345678 4
-. 83 F8 09 C3
-
-cmpl %eax, 64(%rsp,%rdx,4)
-. 185 0x12345678 5
-. 39 44 94 40 C3
-
-cmpl %eax, %ecx
-. 186 0x12345678 3
-. 39 C1 C3
-
-cmpl %eax, %edi
-. 187 0x12345678 3
-. 39 C7 C3
-
-cmpl %eax, %edx
-. 188 0x12345678 3
-. 39 C2 C3
-
-cmpl %eax, %esi
-. 189 0x12345678 3
-. 39 C6 C3
-
-cmpl %eax, %r13d
-. 190 0x12345678 4
-. 41 39 C5 C3
-
-cmpl %eax, %r8d
-. 191 0x12345678 4
-. 41 39 C0 C3
-
-cmpl %ebp, %edi
-. 192 0x12345678 3
-. 39 EF C3
-
-cmpl %ebp, %r12d
-. 193 0x12345678 4
-. 41 39 EC C3
-
-cmpl %ecx, %eax
-. 194 0x12345678 3
-. 39 C8 C3
-
-cmpl %ecx, %r13d
-. 195 0x12345678 4
-. 41 39 CD C3
-
-cmpl %edi, %eax
-. 196 0x12345678 3
-. 39 F8 C3
-
-cmpl %edi, %r10d
-. 197 0x12345678 4
-. 41 39 FA C3
-
-cmpl %edx, %ecx
-. 198 0x12345678 3
-. 39 D1 C3
-
-cmpl %edx, %edi
-. 199 0x12345678 3
-. 39 D7 C3
-
-cmpl %edx, 0x12345678(%rip)
-. 200 0x12345678 7
-. 39 15 78 56 34 12 C3
-
-cmpl %edx, %r12d
-. 201 0x12345678 4
-. 41 39 D4 C3
-
-cmpl %edx, %r9d
-. 202 0x12345678 4
-. 41 39 D1 C3
-
-cmpl %edx, (%rcx,%rax,4)
-. 203 0x12345678 4
-. 39 14 81 C3
-
-cmpl %r10d, %r9d
-. 204 0x12345678 4
-. 45 39 D1 C3
-
-cmpl (%r10,%rax,4), %r8d
-. 205 0x12345678 5
-. 45 3B 04 82 C3
-
-cmpl %r11d, %ecx
-. 206 0x12345678 4
-. 44 39 D9 C3
-
-cmpl %r12d, %eax
-. 207 0x12345678 4
-. 44 39 E0 C3
-
-cmpl %r12d, %ebp
-. 208 0x12345678 4
-. 44 39 E5 C3
-
-cmpl %r12d, %edi
-. 209 0x12345678 4
-. 44 39 E7 C3
-
-cmpl %r13d, 16(%rsp)
-. 210 0x12345678 6
-. 44 39 6C 24 10 C3
-
-cmpl %r13d, %eax
-. 211 0x12345678 4
-. 44 39 E8 C3
-
-cmpl %r13d, %ebp
-. 212 0x12345678 4
-. 44 39 ED C3
-
-cmpl %r13d, %edi
-. 213 0x12345678 4
-. 44 39 EF C3
-
-cmpl %r13d, %edx
-. 214 0x12345678 4
-. 44 39 EA C3
-
-cmpl %r13d, %r12d
-. 215 0x12345678 4
-. 45 39 EC C3
-
-cmpl %r14d, %eax
-. 216 0x12345678 4
-. 44 39 F0 C3
-
-cmpl %r14d, %ebx
-. 217 0x12345678 4
-. 44 39 F3 C3
-
-cmpl %r14d, %edi
-. 218 0x12345678 4
-. 44 39 F7 C3
-
-cmpl %r14d, %r12d
-. 219 0x12345678 4
-. 45 39 F4 C3
-
-cmpl %r14d, %r13d
-. 220 0x12345678 4
-. 45 39 F5 C3
-
-cmpl %r15d, %r14d
-. 221 0x12345678 4
-. 45 39 FE C3
-
-cmpl %r8d, %edi
-. 222 0x12345678 4
-. 44 39 C7 C3
-
-cmpl %r8d, %esi
-. 223 0x12345678 4
-. 44 39 C6 C3
-
-cmpl %r9d, %edx
-. 224 0x12345678 4
-. 44 39 CA C3
-
-cmpw %ax, %r10w
-. 225 0x12345678 5
-. 66 41 39 C2 C3
-
-decl 12(%rsp)
-. 226 0x12345678 5
-. FF 4C 24 0C C3
-
-decl 24(%rsp)
-. 227 0x12345678 5
-. FF 4C 24 18 C3
-
-decl 32(%rsp,%rax,4)
-. 228 0x12345678 5
-. FF 4C 84 20 C3
-
-decl %eax
-. 229 0x12345678 3
-. FF C8 C3
-
-decl %ebp
-. 230 0x12345678 3
-. FF CD C3
-
-decl %ebx
-. 231 0x12345678 3
-. FF CB C3
-
-decl %ecx
-. 232 0x12345678 3
-. FF C9 C3
-
-decl %edi
-. 233 0x12345678 3
-. FF CF C3
-
-decl %esi
-. 234 0x12345678 3
-. FF CE C3
-
-decl %r10d
-. 235 0x12345678 4
-. 41 FF CA C3
-
-decl %r11d
-. 236 0x12345678 4
-. 41 FF CB C3
-
-decl %r12d
-. 237 0x12345678 4
-. 41 FF CC C3
-
-decl %r8d
-. 238 0x12345678 4
-. 41 FF C8 C3
-
-decl (%r9)
-. 239 0x12345678 4
-. 41 FF 09 C3
-
-idivl %ebx
-. 240 0x12345678 3
-. F7 FB C3
-
-imull $7621, 8(%rsp), %eax
-. 241 0x12345678 9
-. 69 44 24 08 C5 1D 00 00 C3
-
-imull %eax, %r12d
-. 242 0x12345678 5
-. 44 0F AF E0 C3
-
-imulq $1431655766, %rax, %rax
-. 243 0x12345678 8
-. 48 69 C0 56 55 55 55 C3
-
-imulq %rdx, %rax
-. 244 0x12345678 5
-. 48 0F AF C2 C3
-
-incl 1056(%rsp,%rax,4)
-. 245 0x12345678 8
-. FF 84 84 20 04 00 00 C3
-
-incl 116(%r11)
-. 246 0x12345678 5
-. 41 FF 43 74 C3
-
-incl 116(%rdi)
-. 247 0x12345678 4
-. FF 47 74 C3
-
-incl 116(%rsi)
-. 248 0x12345678 4
-. FF 46 74 C3
-
-incl 124(%rdi)
-. 249 0x12345678 4
-. FF 47 7C C3
-
-incl 12(%rsp)
-. 250 0x12345678 5
-. FF 44 24 0C C3
-
-incl 24(%rsp)
-. 251 0x12345678 5
-. FF 44 24 18 C3
-
-incl 45448(%rbp,%rax,4)
-. 252 0x12345678 8
-. FF 84 85 88 B1 00 00 C3
-
-incl 45448(%rbp,%rdx,4)
-. 253 0x12345678 8
-. FF 84 95 88 B1 00 00 C3
-
-incl 48(%rsp,%rsi,4)
-. 254 0x12345678 5
-. FF 44 B4 30 C3
-
-incl 672(%rbx)
-. 255 0x12345678 7
-. FF 83 A0 02 00 00 C3
-
-incl 672(%rbx,%rax,4)
-. 256 0x12345678 8
-. FF 84 83 A0 02 00 00 C3
-
-incl 676(%rbx)
-. 257 0x12345678 7
-. FF 83 A4 02 00 00 C3
-
-incl 676(%rbx,%rax,4)
-. 258 0x12345678 8
-. FF 84 83 A4 02 00 00 C3
-
-incl %eax
-. 259 0x12345678 3
-. FF C0 C3
-
-incl %ebp
-. 260 0x12345678 3
-. FF C5 C3
-
-incl %ebx
-. 261 0x12345678 3
-. FF C3 C3
-
-incl %ecx
-. 262 0x12345678 3
-. FF C1 C3
-
-incl %edi
-. 263 0x12345678 3
-. FF C7 C3
-
-incl %edx
-. 264 0x12345678 3
-. FF C2 C3
-
-incl %esi
-. 265 0x12345678 3
-. FF C6 C3
-
-incl %r10d
-. 266 0x12345678 4
-. 41 FF C2 C3
-
-incl %r11d
-. 267 0x12345678 4
-. 41 FF C3 C3
-
-incl %r12d
-. 268 0x12345678 4
-. 41 FF C4 C3
-
-incl %r13d
-. 269 0x12345678 4
-. 41 FF C5 C3
-
-incl %r14d
-. 270 0x12345678 4
-. 41 FF C6 C3
-
-incl %r8d
-. 271 0x12345678 4
-. 41 FF C0 C3
-
-incl %r9d
-. 272 0x12345678 4
-. 41 FF C1 C3
-
-incl (%rbp,%rax,4)
-. 273 0x12345678 5
-. FF 44 85 00 C3
-
-incq %rdx
-. 274 0x12345678 4
-. 48 FF C2 C3
-
-ja lalala
-. 275 0x12345678 6
-. 0F 87 DD 12 00 00
-
-jbe lalala
-. 276 0x12345678 6
-. 0F 86 D7 12 00 00
-
-je lalala
-. 277 0x12345678 6
-. 0F 84 D1 12 00 00
-
-jge lalala
-. 278 0x12345678 6
-. 0F 8D CB 12 00 00
-
-jg lalala
-. 279 0x12345678 6
-. 0F 8F C5 12 00 00
-
-jle lalala
-. 280 0x12345678 6
-. 0F 8E BF 12 00 00
-
-jl lalala
-. 281 0x12345678 6
-. 0F 8C B9 12 00 00
-
-jmp lalala
-. 282 0x12345678 5
-. E9 B4 12 00 00
-
-jne lalala
-. 283 0x12345678 6
-. 0F 85 AE 12 00 00
-
-jns lalala
-. 284 0x12345678 6
-. 0F 89 A8 12 00 00
-
-js lalala
-. 285 0x12345678 6
-. 0F 88 A2 12 00 00
-
-leal -1(%r11), %edi
-. 286 0x12345678 5
-. 41 8D 7B FF C3
-
-leal -1(%r12,%rax), %eax
-. 287 0x12345678 6
-. 41 8D 44 04 FF C3
-
-leal 1(%r13), %eax
-. 288 0x12345678 5
-. 41 8D 45 01 C3
-
-leal 1(%r13), %edx
-. 289 0x12345678 5
-. 41 8D 55 01 C3
-
-leal 1(%r8), %edx
-. 290 0x12345678 5
-. 41 8D 50 01 C3
-
-leal 1(%rax), %esi
-. 291 0x12345678 4
-. 8D 70 01 C3
-
-leal -1(%rax), %r14d
-. 292 0x12345678 5
-. 44 8D 70 FF C3
-
-leal 1(%rax,%r8), %r8d
-. 293 0x12345678 6
-. 46 8D 44 00 01 C3
-
-leal 1(%rax,%rcx), %ecx
-. 294 0x12345678 5
-. 8D 4C 08 01 C3
-
-leal 1(%rbp), %esi
-. 295 0x12345678 4
-. 8D 75 01 C3
-
-leal -1(%rbx), %eax
-. 296 0x12345678 4
-. 8D 43 FF C3
-
-leal -1(%rcx), %eax
-. 297 0x12345678 4
-. 8D 41 FF C3
-
-leal 1(%rcx), %eax
-. 298 0x12345678 4
-. 8D 41 01 C3
-
-leal 1(%rdi), %eax
-. 299 0x12345678 4
-. 8D 47 01 C3
-
-leal 1(%rdi), %ecx
-. 300 0x12345678 4
-. 8D 4F 01 C3
-
-leal -1(%rdx), %eax
-. 301 0x12345678 4
-. 8D 42 FF C3
-
-leal 1(%rdx), %eax
-. 302 0x12345678 4
-. 8D 42 01 C3
-
-leal -1(%rsi), %ebp
-. 303 0x12345678 4
-. 8D 6E FF C3
-
-leal -1(%rsi), %r12d
-. 304 0x12345678 5
-. 44 8D 66 FF C3
-
-leal -1(%rsi), %r9d
-. 305 0x12345678 5
-. 44 8D 4E FF C3
-
-leal -2(%rbx), %eax
-. 306 0x12345678 4
-. 8D 43 FE C3
-
-leal -2(%rdi), %eax
-. 307 0x12345678 4
-. 8D 47 FE C3
-
-leal 31(%r13), %eax
-. 308 0x12345678 5
-. 41 8D 45 1F C3
-
-leal 34(%rbp), %edx
-. 309 0x12345678 4
-. 8D 55 22 C3
-
-leal 35(%rbp), %eax
-. 310 0x12345678 4
-. 8D 45 23 C3
-
-leal -3(%rbx), %eax
-. 311 0x12345678 4
-. 8D 43 FD C3
-
-leal 48(%rax), %esi
-. 312 0x12345678 4
-. 8D 70 30 C3
-
-leal -4(%r14), %edi
-. 313 0x12345678 5
-. 41 8D 7E FC C3
-
-leal 4(%rdi), %ecx
-. 314 0x12345678 4
-. 8D 4F 04 C3
-
-leal 7(%rcx), %eax
-. 315 0x12345678 4
-. 8D 41 07 C3
-
-leal 8(%r8), %r11d
-. 316 0x12345678 5
-. 45 8D 58 08 C3
-
-leal (%r10,%r13), %ecx
-. 317 0x12345678 5
-. 43 8D 0C 2A C3
-
-leal (%r12,%r8), %eax
-. 318 0x12345678 5
-. 43 8D 04 04 C3
-
-leal (%r13,%rdi,2), %edx
-. 319 0x12345678 6
-. 41 8D 54 7D 00 C3
-
-leal (%r13,%rsi), %eax
-. 320 0x12345678 6
-. 41 8D 44 35 00 C3
-
-leal (%r14,%r13), %eax
-. 321 0x12345678 5
-. 43 8D 04 2E C3
-
-leal (%r8,%r10), %eax
-. 322 0x12345678 5
-. 43 8D 04 10 C3
-
-leal (%r8,%rdx), %eax
-. 323 0x12345678 5
-. 41 8D 04 10 C3
-
-leal (%r9,%r15), %edi
-. 324 0x12345678 5
-. 43 8D 3C 39 C3
-
-leal (%rax,%r10), %eax
-. 325 0x12345678 5
-. 42 8D 04 10 C3
-
-leal (%rax,%r14), %r15d
-. 326 0x12345678 5
-. 46 8D 3C 30 C3
-
-leal (%rax,%r8), %eax
-. 327 0x12345678 5
-. 42 8D 04 00 C3
-
-leal (%rax,%r9), %eax
-. 328 0x12345678 5
-. 42 8D 04 08 C3
-
-leal (%rax,%rax,2), %eax
-. 329 0x12345678 4
-. 8D 04 40 C3
-
-leal (%rax,%rdi), %eax
-. 330 0x12345678 4
-. 8D 04 38 C3
-
-leal (%rax,%rdx), %eax
-. 331 0x12345678 4
-. 8D 04 10 C3
-
-leal (%rcx,%r9), %eax
-. 332 0x12345678 5
-. 42 8D 04 09 C3
-
-leal (%rdi,%r13), %eax
-. 333 0x12345678 5
-. 42 8D 04 2F C3
-
-leal (%rdx,%r13), %eax
-. 334 0x12345678 5
-. 42 8D 04 2A C3
-
-leal (%rdx,%r8), %edx
-. 335 0x12345678 5
-. 42 8D 14 02 C3
-
-leal (%rdx,%r9), %edx
-. 336 0x12345678 5
-. 42 8D 14 0A C3
-
-leal (%rdx,%rcx), %eax
-. 337 0x12345678 4
-. 8D 04 0A C3
-
-leal (%rdx,%rdi), %edx
-. 338 0x12345678 4
-. 8D 14 3A C3
-
-leal (%rsi,%r13), %eax
-. 339 0x12345678 5
-. 42 8D 04 2E C3
-
-leal (%rsi,%r15), %eax
-. 340 0x12345678 5
-. 42 8D 04 3E C3
-
-leal (%rsi,%rcx), %eax
-. 341 0x12345678 4
-. 8D 04 0E C3
-
-leal (%rsi,%rsi,2), %eax
-. 342 0x12345678 4
-. 8D 04 76 C3
-
-leaq 1(%r11), %rdx
-. 343 0x12345678 5
-. 49 8D 53 01 C3
-
-leaq 20(%rsp), %rax
-. 344 0x12345678 6
-. 48 8D 44 24 14 C3
-
-leaq 37696(%rcx,%rax), %r10
-. 345 0x12345678 9
-. 4C 8D 94 01 40 93 00 00 C3
-
-leaq 37696(%rcx,%rax), %r9
-. 346 0x12345678 9
-. 4C 8D 8C 01 40 93 00 00 C3
-
-leaq 37708(%rbp,%rax,2), %rdi
-. 347 0x12345678 9
-. 48 8D BC 45 4C 93 00 00 C3
-
-leaq 37708(%rbp,%rdi,2), %rdi
-. 348 0x12345678 9
-. 48 8D BC 7D 4C 93 00 00 C3
-
-leaq 37708(%rbp,%rdi,2), %rsi
-. 349 0x12345678 9
-. 48 8D B4 7D 4C 93 00 00 C3
-
-leaq 39256(%rbp,%rax,8), %r8
-. 350 0x12345678 9
-. 4C 8D 84 C5 58 99 00 00 C3
-
-leaq 39256(%rbp,%rdi,8), %rdi
-. 351 0x12345678 9
-. 48 8D BC FD 58 99 00 00 C3
-
-leaq 45448(%rbp,%rdi,8), %rsi
-. 352 0x12345678 9
-. 48 8D B4 FD 88 B1 00 00 C3
-
-leaq (%rax,%rax), %rdx
-. 353 0x12345678 5
-. 48 8D 14 00 C3
-
-leaq (%rax,%rdx), %rax
-. 354 0x12345678 5
-. 48 8D 04 10 C3
-
-leaq (%rbp,%rax,2), %r13
-. 355 0x12345678 6
-. 4C 8D 6C 45 00 C3
-
-leaq (%rbp,%rax,2), %rax
-. 356 0x12345678 6
-. 48 8D 44 45 00 C3
-
-leaq (%rbp,%rax,2), %rcx
-. 357 0x12345678 6
-. 48 8D 4C 45 00 C3
-
-leaq (%rbp,%rax,2), %rdx
-. 358 0x12345678 6
-. 48 8D 54 45 00 C3
-
-leaq (%rbp,%rax), %rdx
-. 359 0x12345678 6
-. 48 8D 54 05 00 C3
-
-leaq (%rbp,%rdx,2), %rdx
-. 360 0x12345678 6
-. 48 8D 54 55 00 C3
-
-leaq (%rdx,%rsi), %rdx
-. 361 0x12345678 5
-. 48 8D 14 32 C3
-
-movb $0, 2112(%rsp,%rax)
-. 362 0x12345678 9
-. C6 84 04 40 08 00 00 00 C3
-
-movb $0, 32(%rsp,%rax)
-. 363 0x12345678 6
-. C6 44 04 20 00 C3
-
-movb $0, 37450(%rax,%rcx)
-. 364 0x12345678 9
-. C6 84 08 4A 92 00 00 00 C3
-
-movb $1, 2112(%rsp,%rax)
-. 365 0x12345678 9
-. C6 84 04 40 08 00 00 01 C3
-
-movb $1, 32(%rsp,%rcx)
-. 366 0x12345678 6
-. C6 44 0C 20 01 C3
-
-movb $15, 37450(%rax,%rcx)
-. 367 0x12345678 9
-. C6 84 08 4A 92 00 00 0F C3
-
-movb $15, 37708(%rax,%rdx)
-. 368 0x12345678 9
-. C6 84 10 4C 93 00 00 0F C3
-
-movb %al, 1(%rsp)
-. 369 0x12345678 5
-. 88 44 24 01 C3
-
-movb %al, 384(%rdi,%rdx)
-. 370 0x12345678 8
-. 88 84 17 80 01 00 00 C3
-
-movb %al, (%rcx,%rdx)
-. 371 0x12345678 4
-. 88 04 11 C3
-
-movb %al, (%rdx)
-. 372 0x12345678 3
-. 88 02 C3
-
-movb %cl, 32(%rsp)
-. 373 0x12345678 5
-. 88 4C 24 20 C3
-
-movb %cl, (%rsp)
-. 374 0x12345678 4
-. 88 0C 24 C3
-
-movb %dil, 32(%rsp,%rax)
-. 375 0x12345678 6
-. 40 88 7C 04 20 C3
-
-movb %dl, 1704(%rbp,%rax)
-. 376 0x12345678 8
-. 88 94 05 A8 06 00 00 C3
-
-movb %dl, 32(%rsp,%rax)
-. 377 0x12345678 5
-. 88 54 04 20 C3
-
-movb %dl, (%rax,%rsi)
-. 378 0x12345678 4
-. 88 14 30 C3
-
-movb %r8b, 19706(%rbp,%rax)
-. 379 0x12345678 9
-. 44 88 84 05 FA 4C 00 00 C3
-
-movb %r9b, (%rsp,%rax)
-. 380 0x12345678 5
-. 44 88 0C 04 C3
-
-mov %eax, %eax
-. 381 0x12345678 3
-. 89 C0 C3
-
-mov %edi, %eax
-. 382 0x12345678 3
-. 89 F8 C3
-
-mov %esi, %eax
-. 383 0x12345678 3
-. 89 F0 C3
-
-movl $0, 1056(%rsp,%rax,4)
-. 384 0x12345678 12
-. C7 84 84 20 04 00 00 00 00 00 00 C3
-
-movl $0, 116(%rdi)
-. 385 0x12345678 8
-. C7 47 74 00 00 00 00 C3
-
-movl $0, 124(%rdi)
-. 386 0x12345678 8
-. C7 47 7C 00 00 00 00 C3
-
-movl $0, 12(%rsp)
-. 387 0x12345678 9
-. C7 44 24 0C 00 00 00 00 C3
-
-movl $0, 24(%rsp)
-. 388 0x12345678 9
-. C7 44 24 18 00 00 00 00 C3
-
-movl $0, 28(%rsp)
-. 389 0x12345678 9
-. C7 44 24 1C 00 00 00 00 C3
-
-movl $0, 45448(%rbp,%rax,4)
-. 390 0x12345678 12
-. C7 84 85 88 B1 00 00 00 00 00 00 C3
-
-movl $0, 48(%rsp,%rax,4)
-. 391 0x12345678 9
-. C7 44 84 30 00 00 00 00 C3
-
-movl $0, 640(%rdi)
-. 392 0x12345678 11
-. C7 87 80 02 00 00 00 00 00 00 C3
-
-movl $0, 644(%rdi)
-. 393 0x12345678 11
-. C7 87 84 02 00 00 00 00 00 00 C3
-
-movl $0, 672(%rbx,%rax,4)
-. 394 0x12345678 12
-. C7 84 83 A0 02 00 00 00 00 00 00 C3
-
-movl $0, 8(%rsp)
-. 395 0x12345678 9
-. C7 44 24 08 00 00 00 00 C3
-
-movl $0, %eax
-. 396 0x12345678 6
-. B8 00 00 00 00 C3
-
-movl $0, %ebx
-. 397 0x12345678 6
-. BB 00 00 00 00 C3
-
-movl $0, %ecx
-. 398 0x12345678 6
-. B9 00 00 00 00 C3
-
-movl $0, %edi
-. 399 0x12345678 6
-. BF 00 00 00 00 C3
-
-movl $0, %edx
-. 400 0x12345678 6
-. BA 00 00 00 00 C3
-
-movl $0, %r12d
-. 401 0x12345678 7
-. 41 BC 00 00 00 00 C3
-
-movl $0, %r13d
-. 402 0x12345678 7
-. 41 BD 00 00 00 00 C3
-
-movl $0, %r8d
-. 403 0x12345678 7
-. 41 B8 00 00 00 00 C3
-
-movl $0, %r9d
-. 404 0x12345678 7
-. 41 B9 00 00 00 00 C3
-
-movl $0, (%rbp,%rax,4)
-. 405 0x12345678 9
-. C7 44 85 00 00 00 00 00 C3
-
-movl $0, (%rbx,%rax,4)
-. 406 0x12345678 8
-. C7 04 83 00 00 00 00 C3
-
-movl $1001, %edi
-. 407 0x12345678 6
-. BF E9 03 00 00 C3
-
-movl $1002, %edi
-. 408 0x12345678 6
-. BF EA 03 00 00 C3
-
-movl $1003, %edi
-. 409 0x12345678 6
-. BF EB 03 00 00 C3
-
-movl $1004, %edi
-. 410 0x12345678 6
-. BF EC 03 00 00 C3
-
-movl $1005, %edi
-. 411 0x12345678 6
-. BF ED 03 00 00 C3
-
-movl $1006, %edi
-. 412 0x12345678 6
-. BF EE 03 00 00 C3
-
-movl $1007, %edi
-. 413 0x12345678 6
-. BF EF 03 00 00 C3
-
-movl $100, %eax
-. 414 0x12345678 6
-. B8 64 00 00 00 C3
-
-movl $104, %esi
-. 415 0x12345678 6
-. BE 68 00 00 00 C3
-
-movl 1056(%rsp,%rax,4), %ecx
-. 416 0x12345678 8
-. 8B 8C 84 20 04 00 00 C3
-
-movl 1056(%rsp,%rax,4), %esi
-. 417 0x12345678 8
-. 8B B4 84 20 04 00 00 C3
-
-movl 1056(%rsp,%rdx,4), %eax
-. 418 0x12345678 8
-. 8B 84 94 20 04 00 00 C3
-
-movl 1088(%rsp,%rdx,4), %eax
-. 419 0x12345678 8
-. 8B 84 94 40 04 00 00 C3
-
-movl 1088(%rsp,%rsi,4), %eax
-. 420 0x12345678 8
-. 8B 84 B4 40 04 00 00 C3
-
-movl 108(%rbx), %r9d
-. 421 0x12345678 5
-. 44 8B 4B 6C C3
-
-movl 108(%rdi), %ebp
-. 422 0x12345678 4
-. 8B 6F 6C C3
-
-movl 108(%rdi), %edx
-. 423 0x12345678 4
-. 8B 57 6C C3
-
-movl $10, %edi
-. 424 0x12345678 6
-. BF 0A 00 00 00 C3
-
-movl $1, 12(%rsp)
-. 425 0x12345678 9
-. C7 44 24 0C 01 00 00 00 C3
-
-movl 112(%rsp), %eax
-. 426 0x12345678 5
-. 8B 44 24 70 C3
-
-movl 112(%rsp), %edi
-. 427 0x12345678 5
-. 8B 7C 24 70 C3
-
-movl $114, %esi
-. 428 0x12345678 6
-. BE 72 00 00 00 C3
-
-movl 116(%rbp), %eax
-. 429 0x12345678 4
-. 8B 45 74 C3
-
-movl 116(%rbp), %edx
-. 430 0x12345678 4
-. 8B 55 74 C3
-
-movl $1, 16(%rsp)
-. 431 0x12345678 9
-. C7 44 24 10 01 00 00 00 C3
-
-movl 124(%rbp), %eax
-. 432 0x12345678 4
-. 8B 45 7C C3
-
-movl 124(%rbx), %edx
-. 433 0x12345678 4
-. 8B 53 7C C3
-
-movl 124(%rbx), %r10d
-. 434 0x12345678 5
-. 44 8B 53 7C C3
-
-movl 124(%rdi), %r8d
-. 435 0x12345678 5
-. 44 8B 47 7C C3
-
-movl $1, 24(%rsp)
-. 436 0x12345678 9
-. C7 44 24 18 01 00 00 00 C3
-
-movl 12(%rsp), %eax
-. 437 0x12345678 5
-. 8B 44 24 0C C3
-
-movl 12(%rsp), %edx
-. 438 0x12345678 5
-. 8B 54 24 0C C3
-
-movl 12(%rsp), %r8d
-. 439 0x12345678 6
-. 44 8B 44 24 0C C3
-
-movl 1360(%rsp), %eax
-. 440 0x12345678 8
-. 8B 84 24 50 05 00 00 C3
-
-movl $144, %esi
-. 441 0x12345678 6
-. BE 90 00 00 00 C3
-
-movl $-1, 48(%rbx)
-. 442 0x12345678 8
-. C7 43 30 FF FF FF FF C3
-
-movl $15, %r8d
-. 443 0x12345678 7
-. 41 B8 0F 00 00 00 C3
-
-movl 16(%rsp), %edx
-. 444 0x12345678 5
-. 8B 54 24 10 C3
-
-movl 16(%rsp,%rax,4), %r14d
-. 445 0x12345678 6
-. 44 8B 74 84 10 C3
-
-movl $17, %ecx
-. 446 0x12345678 6
-. B9 11 00 00 00 C3
-
-movl $1, %eax
-. 447 0x12345678 6
-. B8 01 00 00 00 C3
-
-movl $-1, %ebp
-. 448 0x12345678 6
-. BD FF FF FF FF C3
-
-movl $1, %ebx
-. 449 0x12345678 6
-. BB 01 00 00 00 C3
-
-movl $-1, %ecx
-. 450 0x12345678 6
-. B9 FF FF FF FF C3
-
-movl $1, %edi
-. 451 0x12345678 6
-. BF 01 00 00 00 C3
-
-movl $-1, %edx
-. 452 0x12345678 6
-. BA FF FF FF FF C3
-
-movl $1, %edx
-. 453 0x12345678 6
-. BA 01 00 00 00 C3
-
-movl $1, %esi
-. 454 0x12345678 6
-. BE 01 00 00 00 C3
-
-movl $1, %r14d
-. 455 0x12345678 7
-. 41 BE 01 00 00 00 C3
-
-movl $1, %r8d
-. 456 0x12345678 7
-. 41 B8 01 00 00 00 C3
-
-movl $1, %r9d
-. 457 0x12345678 7
-. 41 B9 01 00 00 00 C3
-
-movl $-2097153, %esi
-. 458 0x12345678 6
-. BE FF FF DF FF C3
-
-movl 20(%rsp), %eax
-. 459 0x12345678 5
-. 8B 44 24 14 C3
-
-movl 20(%rsp), %ecx
-. 460 0x12345678 5
-. 8B 4C 24 14 C3
-
-movl 20(%rsp), %edx
-. 461 0x12345678 5
-. 8B 54 24 14 C3
-
-movl 20(%rsp), %esi
-. 462 0x12345678 5
-. 8B 74 24 14 C3
-
-movl 20(%rsp), %r11d
-. 463 0x12345678 6
-. 44 8B 5C 24 14 C3
-
-movl 20(%rsp), %r12d
-. 464 0x12345678 6
-. 44 8B 64 24 14 C3
-
-movl 20(%rsp), %r8d
-. 465 0x12345678 6
-. 44 8B 44 24 14 C3
-
-movl 20(%rsp), %r9d
-. 466 0x12345678 6
-. 44 8B 4C 24 14 C3
-
-movl 2368(%rsp,%rax,4), %eax
-. 467 0x12345678 8
-. 8B 84 84 40 09 00 00 C3
-
-movl 2368(%rsp,%rax,4), %edx
-. 468 0x12345678 8
-. 8B 94 84 40 09 00 00 C3
-
-movl 2368(%rsp,%rax,4), %r13d
-. 469 0x12345678 9
-. 44 8B AC 84 40 09 00 00 C3
-
-movl 2368(%rsp,%rax,4), %r8d
-. 470 0x12345678 9
-. 44 8B 84 84 40 09 00 00 C3
-
-movl $23, %esi
-. 471 0x12345678 6
-. BE 17 00 00 00 C3
-
-movl $24, %r8d
-. 472 0x12345678 7
-. 41 B8 18 00 00 00 C3
-
-movl 24(%rsp), %ecx
-. 473 0x12345678 5
-. 8B 4C 24 18 C3
-
-movl 24(%rsp), %edi
-. 474 0x12345678 5
-. 8B 7C 24 18 C3
-
-movl 24(%rsp), %r8d
-. 475 0x12345678 6
-. 44 8B 44 24 18 C3
-
-movl $27, %edx
-. 476 0x12345678 6
-. BA 1B 00 00 00 C3
-
-movl $2863311531, %edx
-. 477 0x12345678 6
-. BA AB AA AA AA C3
-
-movl 28(%rsp), %ecx
-. 478 0x12345678 5
-. 8B 4C 24 1C C3
-
-movl 28(%rsp), %edi
-. 479 0x12345678 5
-. 8B 7C 24 1C C3
-
-movl 28(%rsp), %edx
-. 480 0x12345678 5
-. 8B 54 24 1C C3
-
-movl 28(%rsp), %r12d
-. 481 0x12345678 6
-. 44 8B 64 24 1C C3
-
-movl $2, %r10d
-. 482 0x12345678 7
-. 41 BA 02 00 00 00 C3
-
-movl $2, %r14d
-. 483 0x12345678 7
-. 41 BE 02 00 00 00 C3
-
-movl $2, %r9d
-. 484 0x12345678 7
-. 41 B9 02 00 00 00 C3
-
-movl $2, (%rsp)
-. 485 0x12345678 8
-. C7 04 24 02 00 00 00 C3
-
-movl $3001, %edi
-. 486 0x12345678 6
-. BF B9 0B 00 00 C3
-
-movl $3002, %edi
-. 487 0x12345678 6
-. BF BA 0B 00 00 C3
-
-movl $3003, %edi
-. 488 0x12345678 6
-. BF BB 0B 00 00 C3
-
-movl $3004, %edi
-. 489 0x12345678 6
-. BF BC 0B 00 00 C3
-
-movl $3005, %edi
-. 490 0x12345678 6
-. BF BD 0B 00 00 C3
-
-movl $3006, %edi
-. 491 0x12345678 6
-. BF BE 0B 00 00 C3
-
-movl $3007, %edi
-. 492 0x12345678 6
-. BF BF 0B 00 00 C3
-
-movl $32, %r13d
-. 493 0x12345678 7
-. 41 BD 20 00 00 00 C3
-
-movl 32(%rsp), %eax
-. 494 0x12345678 5
-. 8B 44 24 20 C3
-
-movl 32(%rsp), %r13d
-. 495 0x12345678 6
-. 44 8B 6C 24 20 C3
-
-movl $33, %edx
-. 496 0x12345678 6
-. BA 21 00 00 00 C3
-
-movl 36(%rsp), %eax
-. 497 0x12345678 5
-. 8B 44 24 24 C3
-
-movl 36(%rsp), %ebx
-. 498 0x12345678 5
-. 8B 5C 24 24 C3
-
-movl 36(%rsp), %ecx
-. 499 0x12345678 5
-. 8B 4C 24 24 C3
-
-movl 36(%rsp), %edx
-. 500 0x12345678 5
-. 8B 54 24 24 C3
-
-movl 36(%rsp), %esi
-. 501 0x12345678 5
-. 8B 74 24 24 C3
-
-movl 36(%rsp), %r8d
-. 502 0x12345678 6
-. 44 8B 44 24 24 C3
-
-movl $38, %esi
-. 503 0x12345678 6
-. BE 26 00 00 00 C3
-
-movl 39256(%rbp,%rax,4), %r9d
-. 504 0x12345678 9
-. 44 8B 8C 85 58 99 00 00 C3
-
-movl $3, %r12d
-. 505 0x12345678 7
-. 41 BC 03 00 00 00 C3
-
-movl $3, %r14d
-. 506 0x12345678 7
-. 41 BE 03 00 00 00 C3
-
-movl $3, %r8d
-. 507 0x12345678 7
-. 41 B8 03 00 00 00 C3
-
-movl 416(%rsp,%rax,4), %r13d
-. 508 0x12345678 9
-. 44 8B AC 84 A0 01 00 00 C3
-
-movl 48(%rbx), %edi
-. 509 0x12345678 4
-. 8B 7B 30 C3
-
-movl 48(%rsp), %eax
-. 510 0x12345678 5
-. 8B 44 24 30 C3
-
-movl 48(%rsp), %edx
-. 511 0x12345678 5
-. 8B 54 24 30 C3
-
-movl 48(%rsp,%rax,4), %edx
-. 512 0x12345678 5
-. 8B 54 84 30 C3
-
-movl 496(%rsp,%rax,4), %edx
-. 513 0x12345678 8
-. 8B 94 84 F0 01 00 00 C3
-
-movl $49, %esi
-. 514 0x12345678 6
-. BE 31 00 00 00 C3
-
-movl $4, %r14d
-. 515 0x12345678 7
-. 41 BE 04 00 00 00 C3
-
-movl 4(%rbp,%rax,4), %eax
-. 516 0x12345678 5
-. 8B 44 85 04 C3
-
-movl 4(%rbp,%rdx,4), %eax
-. 517 0x12345678 5
-. 8B 44 95 04 C3
-
-movl 51640(%rax), %ecx
-. 518 0x12345678 7
-. 8B 88 B8 C9 00 00 C3
-
-movl 51644(%rax), %esi
-. 519 0x12345678 7
-. 8B B0 BC C9 00 00 C3
-
-movl 51648(%rax), %edi
-. 520 0x12345678 7
-. 8B B8 C0 C9 00 00 C3
-
-movl 52(%rsp), %eax
-. 521 0x12345678 5
-. 8B 44 24 34 C3
-
-movl 52(%rsp), %edx
-. 522 0x12345678 5
-. 8B 54 24 34 C3
-
-movl $53, %edx
-. 523 0x12345678 6
-. BA 35 00 00 00 C3
-
-movl $56, %esi
-. 524 0x12345678 6
-. BE 38 00 00 00 C3
-
-movl 56(%rsp), %eax
-. 525 0x12345678 5
-. 8B 44 24 38 C3
-
-movl 644(%r11), %eax
-. 526 0x12345678 8
-. 41 8B 83 84 02 00 00 C3
-
-movl 644(%rdi), %eax
-. 527 0x12345678 7
-. 8B 87 84 02 00 00 C3
-
-movl 644(%rsi), %eax
-. 528 0x12345678 7
-. 8B 86 84 02 00 00 C3
-
-movl 644(%rsi), %edx
-. 529 0x12345678 7
-. 8B 96 84 02 00 00 C3
-
-movl 648(%rbx), %ecx
-. 530 0x12345678 7
-. 8B 8B 88 02 00 00 C3
-
-movl 648(%rbx), %esi
-. 531 0x12345678 7
-. 8B B3 88 02 00 00 C3
-
-movl 648(%rdi), %edx
-. 532 0x12345678 7
-. 8B 97 88 02 00 00 C3
-
-movl 64(%rsp), %eax
-. 533 0x12345678 5
-. 8B 44 24 40 C3
-
-movl 64(%rsp), %r8d
-. 534 0x12345678 6
-. 44 8B 44 24 40 C3
-
-movl 64(%rsp,%rsi,4), %eax
-. 535 0x12345678 5
-. 8B 44 B4 40 C3
-
-movl 652(%rbx), %edx
-. 536 0x12345678 7
-. 8B 93 8C 02 00 00 C3
-
-movl 652(%rbx), %esi
-. 537 0x12345678 7
-. 8B B3 8C 02 00 00 C3
-
-movl 652(%rbx), %r8d
-. 538 0x12345678 8
-. 44 8B 83 8C 02 00 00 C3
-
-movl 652(%rdi), %eax
-. 539 0x12345678 7
-. 8B 87 8C 02 00 00 C3
-
-movl $65536, %ebx
-. 540 0x12345678 6
-. BB 00 00 01 00 C3
-
-movl 656(%rdi), %r13d
-. 541 0x12345678 8
-. 44 8B AF 90 02 00 00 C3
-
-movl $65, %esi
-. 542 0x12345678 6
-. BE 41 00 00 00 C3
-
-movl 660(%rbx), %edx
-. 543 0x12345678 7
-. 8B 93 94 02 00 00 C3
-
-movl 668(%rbp), %edx
-. 544 0x12345678 7
-. 8B 95 9C 02 00 00 C3
-
-movl 668(%rbp), %r12d
-. 545 0x12345678 8
-. 44 8B A5 9C 02 00 00 C3
-
-movl 668(%rdi), %ecx
-. 546 0x12345678 7
-. 8B 8F 9C 02 00 00 C3
-
-movl $66, %esi
-. 547 0x12345678 6
-. BE 42 00 00 00 C3
-
-movl 68(%rsp), %eax
-. 548 0x12345678 5
-. 8B 44 24 44 C3
-
-movl 68(%rsp), %esi
-. 549 0x12345678 5
-. 8B 74 24 44 C3
-
-###movl 68(%rsp), %r8d
-###. 550 0x12345678 5
-###. 44 8B 44 24 C3
-
-movl $69, %esi
-. 551 0x12345678 6
-. BE 45 00 00 00 C3
-
-movl 72(%rsp), %eax
-. 552 0x12345678 5
-. 8B 44 24 48 C3
-
-movl 72(%rsp), %esi
-. 553 0x12345678 5
-. 8B 74 24 48 C3
-
-movl $80, %esi
-. 554 0x12345678 6
-. BE 50 00 00 00 C3
-
-movl 80(%rsp), %eax
-. 555 0x12345678 5
-. 8B 44 24 50 C3
-
-movl 80(%rsp), %edi
-. 556 0x12345678 5
-. 8B 7C 24 50 C3
-
-movl $83, %esi
-. 557 0x12345678 6
-. BE 53 00 00 00 C3
-
-movl 84(%rsp), %eax
-. 558 0x12345678 5
-. 8B 44 24 54 C3
-
-movl 84(%rsp), %ecx
-. 559 0x12345678 5
-. 8B 4C 24 54 C3
-
-movl 84(%rsp), %edi
-. 560 0x12345678 5
-. 8B 7C 24 54 C3
-
-movl 88(%rdi), %ecx
-. 561 0x12345678 4
-. 8B 4F 58 C3
-
-movl 88(%rsp), %eax
-. 562 0x12345678 5
-. 8B 44 24 58 C3
-
-movl 88(%rsp), %ecx
-. 563 0x12345678 5
-. 8B 4C 24 58 C3
-
-movl 896(%rsp,%rax,4), %r15d
-. 564 0x12345678 9
-. 44 8B BC 84 80 03 00 00 C3
-
-movl $89, %esi
-. 565 0x12345678 6
-. BE 59 00 00 00 C3
-
-movl $8, %r8d
-. 566 0x12345678 7
-. 41 B8 08 00 00 00 C3
-
-movl $8, %r9d
-. 567 0x12345678 7
-. 41 B9 08 00 00 00 C3
-
-movl 8(%rsp), %edx
-. 568 0x12345678 5
-. 8B 54 24 08 C3
-
-movl $90, %esi
-. 569 0x12345678 6
-. BE 5A 00 00 00 C3
-
-movl 96(%rsp,%rax,4), %r13d
-. 570 0x12345678 6
-. 44 8B 6C 84 60 C3
-
-movl $999999999, %ecx
-. 571 0x12345678 6
-. B9 FF C9 9A 3B C3
-
-movl %eax, 1056(%rsp,%rdx,4)
-. 572 0x12345678 8
-. 89 84 94 20 04 00 00 C3
-
-movl %eax, 1088(%rsp,%rsi,4)
-. 573 0x12345678 8
-. 89 84 B4 40 04 00 00 C3
-
-movl %eax, 12(%rsp)
-. 574 0x12345678 5
-. 89 44 24 0C C3
-
-movl %eax, -16(%rsi,%rdx,4)
-. 575 0x12345678 5
-. 89 44 96 F0 C3
-
-movl %eax, 16(%rsp)
-. 576 0x12345678 5
-. 89 44 24 10 C3
-
-movl %eax, 20(%rsp)
-. 577 0x12345678 5
-. 89 44 24 14 C3
-
-movl %eax, 2368(%rsp,%rcx,4)
-. 578 0x12345678 8
-. 89 84 8C 40 09 00 00 C3
-
-movl %eax, 28(%rsp)
-. 579 0x12345678 5
-. 89 44 24 1C C3
-
-movl %eax, 32(%rsp,%rdx,4)
-. 580 0x12345678 5
-. 89 44 94 20 C3
-
-movl %eax, 48(%rsp)
-. 581 0x12345678 5
-. 89 44 24 30 C3
-
-movl %eax, 496(%rsp,%rdx,4)
-. 582 0x12345678 8
-. 89 84 94 F0 01 00 00 C3
-
-movl %eax, -4(%rsi,%rdx,4)
-. 583 0x12345678 5
-. 89 44 96 FC C3
-
-movl %eax, 51640(%rsi)
-. 584 0x12345678 7
-. 89 86 B8 C9 00 00 C3
-
-movl %eax, 51644(%rsi)
-. 585 0x12345678 7
-. 89 86 BC C9 00 00 C3
-
-movl %eax, 51648(%rsi)
-. 586 0x12345678 7
-. 89 86 C0 C9 00 00 C3
-
-movl %eax, 52(%rsp)
-. 587 0x12345678 5
-. 89 44 24 34 C3
-
-movl %eax, 56(%rsp)
-. 588 0x12345678 5
-. 89 44 24 38 C3
-
-movl %eax, 644(%r11)
-. 589 0x12345678 8
-. 41 89 83 84 02 00 00 C3
-
-movl %eax, 644(%rdi)
-. 590 0x12345678 7
-. 89 87 84 02 00 00 C3
-
-movl %eax, 644(%rsi)
-. 591 0x12345678 7
-. 89 86 84 02 00 00 C3
-
-movl %eax, 64(%rsp,%rcx,4)
-. 592 0x12345678 5
-. 89 44 8C 40 C3
-
-movl %eax, 64(%rsp,%rsi,4)
-. 593 0x12345678 5
-. 89 44 B4 40 C3
-
-movl %eax, 652(%rdi)
-. 594 0x12345678 7
-. 89 87 8C 02 00 00 C3
-
-movl %eax, 72(%rsp)
-. 595 0x12345678 5
-. 89 44 24 48 C3
-
-movl %eax, 88(%rsp)
-. 596 0x12345678 5
-. 89 44 24 58 C3
-
-movl %eax, 896(%rsp,%rdx,4)
-. 597 0x12345678 8
-. 89 84 94 80 03 00 00 C3
-
-movl %eax, 8(%rsp)
-. 598 0x12345678 5
-. 89 44 24 08 C3
-
-movl %eax, 96(%rsp)
-. 599 0x12345678 5
-. 89 44 24 60 C3
-
-movl %eax, 96(%rsp,%rdx,4)
-. 600 0x12345678 5
-. 89 44 94 60 C3
-
-movl %eax, %ecx
-. 601 0x12345678 3
-. 89 C1 C3
-
-movl %eax, %edi
-. 602 0x12345678 3
-. 89 C7 C3
-
-movl %eax, %edx
-. 603 0x12345678 3
-. 89 C2 C3
-
-movl %eax, %esi
-. 604 0x12345678 3
-. 89 C6 C3
-
-movl %eax, %r15d
-. 605 0x12345678 4
-. 41 89 C7 C3
-
-movl %eax, (%rbp,%rcx,4)
-. 606 0x12345678 5
-. 89 44 8D 00 C3
-
-movl %eax, (%rbp,%rdx,4)
-. 607 0x12345678 5
-. 89 44 95 00 C3
-
-movl %eax, (%rbx,%rcx,4)
-. 608 0x12345678 4
-. 89 04 8B C3
-
-movl %eax, (%rbx,%rsi,4)
-. 609 0x12345678 4
-. 89 04 B3 C3
-
-movl %eax, (%rdi,%rdx,4)
-. 610 0x12345678 4
-. 89 04 97 C3
-
-movl %ebp, %eax
-. 611 0x12345678 3
-. 89 E8 C3
-
-movl %ebp, %ecx
-. 612 0x12345678 3
-. 89 E9 C3
-
-movl %ebp, %esi
-. 613 0x12345678 3
-. 89 EE C3
-
-movl %ebp, %r12d
-. 614 0x12345678 4
-. 41 89 EC C3
-
-movl %ebp, %r8d
-. 615 0x12345678 4
-. 41 89 E8 C3
-
-movl %ebx, 2368(%rsp,%rax,4)
-. 616 0x12345678 8
-. 89 9C 84 40 09 00 00 C3
-
-movl %ebx, %eax
-. 617 0x12345678 3
-. 89 D8 C3
-
-movl %ebx, %edx
-. 618 0x12345678 3
-. 89 DA C3
-
-movl %ebx, %esi
-. 619 0x12345678 3
-. 89 DE C3
-
-movl %ebx, %r12d
-. 620 0x12345678 4
-. 41 89 DC C3
-
-movl %ebx, %r8d
-. 621 0x12345678 4
-. 41 89 D8 C3
-
-movl %ebx, (%rdi,%rax,4)
-. 622 0x12345678 4
-. 89 1C 87 C3
-
-movl %ecx, 16(%rsp)
-. 623 0x12345678 5
-. 89 4C 24 10 C3
-
-movl %ecx, 16(%rsp,%rax,4)
-. 624 0x12345678 5
-. 89 4C 84 10 C3
-
-movl %ecx, 24(%rsp)
-. 625 0x12345678 5
-. 89 4C 24 18 C3
-
-movl %ecx, 28(%rsp)
-. 626 0x12345678 5
-. 89 4C 24 1C C3
-
-movl %ecx, 36(%rsp)
-. 627 0x12345678 5
-. 89 4C 24 24 C3
-
-movl %ecx, 80(%rsp)
-. 628 0x12345678 5
-. 89 4C 24 50 C3
-
-movl %ecx, 84(%rsp)
-. 629 0x12345678 5
-. 89 4C 24 54 C3
-
-movl %ecx, %eax
-. 630 0x12345678 3
-. 89 C8 C3
-
-movl %ecx, %ebx
-. 631 0x12345678 3
-. 89 CB C3
-
-movl %ecx, %edi
-. 632 0x12345678 3
-. 89 CF C3
-
-movl %ecx, %edx
-. 633 0x12345678 3
-. 89 CA C3
-
-movl %ecx, %r12d
-. 634 0x12345678 4
-. 41 89 CC C3
-
-movl %ecx, %r13d
-. 635 0x12345678 4
-. 41 89 CD C3
-
-movl %ecx, %r8d
-. 636 0x12345678 4
-. 41 89 C8 C3
-
-movl %ecx, (%r8,%rdx,4)
-. 637 0x12345678 5
-. 41 89 0C 90 C3
-
-movl %ecx, (%rbx,%rdx,4)
-. 638 0x12345678 4
-. 89 0C 93 C3
-
-movl %edi, 64(%rsp)
-. 639 0x12345678 5
-. 89 7C 24 40 C3
-
-movl %edi, 68(%rsp)
-. 640 0x12345678 5
-. 89 7C 24 44 C3
-
-movl %edi, 84(%rsp)
-. 641 0x12345678 5
-. 89 7C 24 54 C3
-
-movl %edi, 88(%rsp)
-. 642 0x12345678 5
-. 89 7C 24 58 C3
-
-movl %edi, %eax
-. 643 0x12345678 3
-. 89 F8 C3
-
-movl %edi, %ecx
-. 644 0x12345678 3
-. 89 F9 C3
-
-movl %edi, %edx
-. 645 0x12345678 3
-. 89 FA C3
-
-movl %edi, %r10d
-. 646 0x12345678 4
-. 41 89 FA C3
-
-movl %edi, %r11d
-. 647 0x12345678 4
-. 41 89 FB C3
-
-movl %edi, (%rsi,%rax,4)
-. 648 0x12345678 4
-. 89 3C 86 C3
-
-movl %edx, 1088(%rsp,%rcx,4)
-. 649 0x12345678 8
-. 89 94 8C 40 04 00 00 C3
-
-movl %edx, 12(%rsp)
-. 650 0x12345678 5
-. 89 54 24 0C C3
-
-movl %edx, 16(%rsp)
-. 651 0x12345678 5
-. 89 54 24 10 C3
-
-movl %edx, 20(%rsp)
-. 652 0x12345678 5
-. 89 54 24 14 C3
-
-movl %edx, 416(%rsp)
-. 653 0x12345678 8
-. 89 94 24 A0 01 00 00 C3
-
-movl %edx, 48(%rbx)
-. 654 0x12345678 4
-. 89 53 30 C3
-
-movl %edx, 496(%rsp,%rax,4)
-. 655 0x12345678 8
-. 89 94 84 F0 01 00 00 C3
-
-movl %edx, 52(%rsp)
-. 656 0x12345678 5
-. 89 54 24 34 C3
-
-movl %edx, 56(%rsp)
-. 657 0x12345678 5
-. 89 54 24 38 C3
-
-movl %edx, 644(%rsi)
-. 658 0x12345678 7
-. 89 96 84 02 00 00 C3
-
-movl %edx, 648(%rdi)
-. 659 0x12345678 7
-. 89 97 88 02 00 00 C3
-
-movl %edx, 96(%rsp,%rax,4)
-. 660 0x12345678 5
-. 89 54 84 60 C3
-
-movl %edx, %eax
-. 661 0x12345678 3
-. 89 D0 C3
-
-movl %edx, %ebp
-. 662 0x12345678 3
-. 89 D5 C3
-
-movl %edx, %ebx
-. 663 0x12345678 3
-. 89 D3 C3
-
-movl %edx, %ecx
-. 664 0x12345678 3
-. 89 D1 C3
-
-movl %edx, %edi
-. 665 0x12345678 3
-. 89 D7 C3
-
-movl %edx, %esi
-. 666 0x12345678 3
-. 89 D6 C3
-
-movl %edx, %r12d
-. 667 0x12345678 4
-. 41 89 D4 C3
-
-movl %edx, (%r15,%rax,4)
-. 668 0x12345678 5
-. 41 89 14 87 C3
-
-movl %esi, 1056(%rsp,%rax,4)
-. 669 0x12345678 8
-. 89 B4 84 20 04 00 00 C3
-
-movl %esi, 416(%rsp,%rax,4)
-. 670 0x12345678 8
-. 89 B4 84 A0 01 00 00 C3
-
-movl %esi, 64(%rsp)
-. 671 0x12345678 5
-. 89 74 24 40 C3
-
-movl %esi, 68(%rsp)
-. 672 0x12345678 5
-. 89 74 24 44 C3
-
-movl %esi, %eax
-. 673 0x12345678 3
-. 89 F0 C3
-
-movl %esi, %ebp
-. 674 0x12345678 3
-. 89 F5 C3
-
-movl %esi, %ebx
-. 675 0x12345678 3
-. 89 F3 C3
-
-movl %esi, %ecx
-. 676 0x12345678 3
-. 89 F1 C3
-
-movl %esi, %edx
-. 677 0x12345678 3
-. 89 F2 C3
-
-movl %esi, %r8d
-. 678 0x12345678 4
-. 41 89 F0 C3
-
-movl %esi, (%rbx,%rdx,4)
-. 679 0x12345678 4
-. 89 34 93 C3
-
-movl 12345(,%rax,4), %r12d
-. 680 0x12345678 9
-. 44 8B 24 85 39 30 00 00 C3
-
-movl $0x12345678, %esi
-. 681 0x12345678 6
-. BE 78 56 34 12 C3
-
-movl %r10d, %ecx
-. 682 0x12345678 4
-. 44 89 D1 C3
-
-movl %r10d, %r11d
-. 683 0x12345678 4
-. 45 89 D3 C3
-
-movl %r10d, %r9d
-. 684 0x12345678 4
-. 45 89 D1 C3
-
-movl (%r10,%rax,4), %r8d
-. 685 0x12345678 5
-. 45 8B 04 82 C3
-
-movl %r12d, 20(%rsp)
-. 686 0x12345678 6
-. 44 89 64 24 14 C3
-
-movl %r12d, 28(%rsp)
-. 687 0x12345678 6
-. 44 89 64 24 1C C3
-
-movl %r12d, %eax
-. 688 0x12345678 4
-. 44 89 E0 C3
-
-movl %r12d, %ecx
-. 689 0x12345678 4
-. 44 89 E1 C3
-
-movl %r12d, %edi
-. 690 0x12345678 4
-. 44 89 E7 C3
-
-movl %r12d, %edx
-. 691 0x12345678 4
-. 44 89 E2 C3
-
-movl %r12d, %esi
-. 692 0x12345678 4
-. 44 89 E6 C3
-
-movl %r12d, %r10d
-. 693 0x12345678 4
-. 45 89 E2 C3
-
-movl %r12d, %r8d
-. 694 0x12345678 4
-. 45 89 E0 C3
-
-movl %r12d, (%rbp,%rax,4)
-. 695 0x12345678 6
-. 44 89 64 85 00 C3
-
-movl (%r12,%rax,4), %ecx
-. 696 0x12345678 5
-. 41 8B 0C 84 C3
-
-movl %r13d, 416(%rsp,%rax,4)
-. 697 0x12345678 9
-. 44 89 AC 84 A0 01 00 00 C3
-
-movl %r13d, 48(%rsp)
-. 698 0x12345678 6
-. 44 89 6C 24 30 C3
-
-movl %r13d, 52(%rsp)
-. 699 0x12345678 6
-. 44 89 6C 24 34 C3
-
-movl %r13d, %eax
-. 700 0x12345678 4
-. 44 89 E8 C3
-
-movl %r13d, %ebp
-. 701 0x12345678 4
-. 44 89 ED C3
-
-movl %r13d, %ebx
-. 702 0x12345678 4
-. 44 89 EB C3
-
-movl %r13d, %edx
-. 703 0x12345678 4
-. 44 89 EA C3
-
-movl %r13d, %r10d
-. 704 0x12345678 4
-. 45 89 EA C3
-
-movl %r13d, %r11d
-. 705 0x12345678 4
-. 45 89 EB C3
-
-movl %r13d, %r12d
-. 706 0x12345678 4
-. 45 89 EC C3
-
-movl %r13d, %r8d
-. 707 0x12345678 4
-. 45 89 E8 C3
-
-movl %r13d, %r9d
-. 708 0x12345678 4
-. 45 89 E9 C3
-
-movl %r13d, (%rsp)
-. 709 0x12345678 5
-. 44 89 2C 24 C3
-
-movl %r14d, 16(%rsp,%rax,4)
-. 710 0x12345678 6
-. 44 89 74 84 10 C3
-
-movl %r14d, %eax
-. 711 0x12345678 4
-. 44 89 F0 C3
-
-movl %r14d, %ebp
-. 712 0x12345678 4
-. 44 89 F5 C3
-
-movl %r14d, %ebx
-. 713 0x12345678 4
-. 44 89 F3 C3
-
-movl %r14d, %edi
-. 714 0x12345678 4
-. 44 89 F7 C3
-
-movl %r14d, %edx
-. 715 0x12345678 4
-. 44 89 F2 C3
-
-movl %r14d, %esi
-. 716 0x12345678 4
-. 44 89 F6 C3
-
-movl %r14d, %r11d
-. 717 0x12345678 4
-. 45 89 F3 C3
-
-movl %r14d, %r8d
-. 718 0x12345678 4
-. 45 89 F0 C3
-
-movl %r14d, %r9d
-. 719 0x12345678 4
-. 45 89 F1 C3
-
-movl %r14d, (%rbp,%rax,4)
-. 720 0x12345678 6
-. 44 89 74 85 00 C3
-
-movl %r15d, 80(%rsp)
-. 721 0x12345678 6
-. 44 89 7C 24 50 C3
-
-movl %r15d, 84(%rsp)
-. 722 0x12345678 6
-. 44 89 7C 24 54 C3
-
-movl %r15d, 896(%rsp,%rax,4)
-. 723 0x12345678 9
-. 44 89 BC 84 80 03 00 00 C3
-
-movl %r15d, %ebp
-. 724 0x12345678 4
-. 44 89 FD C3
-
-movl %r15d, %esi
-. 725 0x12345678 4
-. 44 89 FE C3
-
-movl %r15d, %r14d
-. 726 0x12345678 4
-. 45 89 FE C3
-
-movl %r15d, %r8d
-. 727 0x12345678 4
-. 45 89 F8 C3
-
-movl %r15d, %r9d
-. 728 0x12345678 4
-. 45 89 F9 C3
-
-movl (%r15,%rax,4), %eax
-. 729 0x12345678 5
-. 41 8B 04 87 C3
-
-movl (%r15,%rax,4), %edx
-. 730 0x12345678 5
-. 41 8B 14 87 C3
-
-movl (%r15,%rax,4), %r8d
-. 731 0x12345678 5
-. 45 8B 04 87 C3
-
-movl %r8d, 12(%rsp)
-. 732 0x12345678 6
-. 44 89 44 24 0C C3
-
-movl %r8d, 20(%rsp)
-. 733 0x12345678 6
-. 44 89 44 24 14 C3
-
-movl %r8d, 2368(%rsp,%rax,4)
-. 734 0x12345678 9
-. 44 89 84 84 40 09 00 00 C3
-
-movl %r8d, 32(%rsp)
-. 735 0x12345678 6
-. 44 89 44 24 20 C3
-
-movl %r8d, 36(%rsp)
-. 736 0x12345678 6
-. 44 89 44 24 24 C3
-
-movl %r8d, 668(%rbx)
-. 737 0x12345678 8
-. 44 89 83 9C 02 00 00 C3
-
-movl %r8d, 68(%rsp)
-. 738 0x12345678 6
-. 44 89 44 24 44 C3
-
-movl %r8d, 72(%rsp)
-. 739 0x12345678 6
-. 44 89 44 24 48 C3
-
-movl %r8d, 896(%rsp)
-. 740 0x12345678 9
-. 44 89 84 24 80 03 00 00 C3
-
-movl %r8d, %edx
-. 741 0x12345678 4
-. 44 89 C2 C3
-
-movl %r8d, %esi
-. 742 0x12345678 4
-. 44 89 C6 C3
-
-movl (%r8,%rax,4), %ecx
-. 743 0x12345678 5
-. 41 8B 0C 80 C3
-
-movl (%r8,%rax,4), %r10d
-. 744 0x12345678 5
-. 45 8B 14 80 C3
-
-movl (%r8,%rax,4), %r8d
-. 745 0x12345678 5
-. 45 8B 04 80 C3
-
-movl %r9d, -16(%rsi,%rax,4)
-. 746 0x12345678 6
-. 44 89 4C 86 F0 C3
-
-movl %r9d, 28(%rsp)
-. 747 0x12345678 6
-. 44 89 4C 24 1C C3
-
-movl %r9d, 32(%rsp)
-. 748 0x12345678 6
-. 44 89 4C 24 20 C3
-
-movl %r9d, 496(%rsp)
-. 749 0x12345678 9
-. 44 89 8C 24 F0 01 00 00 C3
-
-movl %r9d, -4(%rsi,%rax,4)
-. 750 0x12345678 6
-. 44 89 4C 86 FC C3
-
-movl %r9d, %ebp
-. 751 0x12345678 4
-. 44 89 CD C3
-
-movl %r9d, %ecx
-. 752 0x12345678 4
-. 44 89 C9 C3
-
-movl %r9d, %edi
-. 753 0x12345678 4
-. 44 89 CF C3
-
-movl %r9d, %edx
-. 754 0x12345678 4
-. 44 89 CA C3
-
-movl %r9d, %r8d
-. 755 0x12345678 4
-. 45 89 C8 C3
-
-movl (%rbp,%rax,4), %eax
-. 756 0x12345678 5
-. 8B 44 85 00 C3
-
-movl (%rbp,%rax,4), %edx
-. 757 0x12345678 5
-. 8B 54 85 00 C3
-
-movl (%rbp,%rax,4), %r12d
-. 758 0x12345678 6
-. 44 8B 64 85 00 C3
-
-movl (%rbp,%rax,4), %r14d
-. 759 0x12345678 6
-. 44 8B 74 85 00 C3
-
-movl (%rbp,%rax), %eax
-. 760 0x12345678 5
-. 8B 44 05 00 C3
-
-movl (%rbp,%rax), %edx
-. 761 0x12345678 5
-. 8B 54 05 00 C3
-
-movl (%rbp,%rax), %r12d
-. 762 0x12345678 6
-. 44 8B 64 05 00 C3
-
-movl (%rbp,%rax), %r8d
-. 763 0x12345678 6
-. 44 8B 44 05 00 C3
-
-movl (%rbp,%rdx,4), %eax
-. 764 0x12345678 5
-. 8B 44 95 00 C3
-
-movl (%rbp,%rdx), %edx
-. 765 0x12345678 5
-. 8B 54 15 00 C3
-
-movl (%rbx,%rax,4), %edi
-. 766 0x12345678 4
-. 8B 3C 83 C3
-
-movl (%rbx,%rax,4), %edx
-. 767 0x12345678 4
-. 8B 14 83 C3
-
-movl (%rbx,%rcx,4), %esi
-. 768 0x12345678 4
-. 8B 34 8B C3
-
-movl (%rbx,%rdx,4), %eax
-. 769 0x12345678 4
-. 8B 04 93 C3
-
-movl (%rbx,%rsi,4), %ecx
-. 770 0x12345678 4
-. 8B 0C B3 C3
-
-movl (%rdx,%rax,4), %ecx
-. 771 0x12345678 4
-. 8B 0C 82 C3
-
-movl (%rsi,%rax,4), %r9d
-. 772 0x12345678 5
-. 44 8B 0C 86 C3
-
-movl (%rsi,%rdx,4), %eax
-. 773 0x12345678 4
-. 8B 04 96 C3
-
-movq 120(%rsp), %r9
-. 774 0x12345678 6
-. 4C 8B 4C 24 78 C3
-
-movq 120(%rsp), %rax
-. 775 0x12345678 6
-. 48 8B 44 24 78 C3
-
-movq 1368(%rsp), %rdi
-. 776 0x12345678 9
-. 48 8B BC 24 58 05 00 00 C3
-
-movq 1368(%rsp), %rsi
-. 777 0x12345678 9
-. 48 8B B4 24 58 05 00 00 C3
-
-movq 24(%rbx), %rdi
-. 778 0x12345678 5
-. 48 8B 7B 18 C3
-
-movq 24(%rsp), %rbp
-. 779 0x12345678 6
-. 48 8B 6C 24 18 C3
-
-movq 24(%rsp), %rbx
-. 780 0x12345678 6
-. 48 8B 5C 24 18 C3
-
-movq 24(%rsp), %rcx
-. 781 0x12345678 6
-. 48 8B 4C 24 18 C3
-
-movq 24(%rsp), %rdi
-. 782 0x12345678 6
-. 48 8B 7C 24 18 C3
-
-movq 24(%rsp), %rdx
-. 783 0x12345678 6
-. 48 8B 54 24 18 C3
-
-movq 24(%rsp), %rsi
-. 784 0x12345678 6
-. 48 8B 74 24 18 C3
-
-movq 32(%rbx), %rsi
-. 785 0x12345678 5
-. 48 8B 73 20 C3
-
-movq 32(%rsp), %rbp
-. 786 0x12345678 6
-. 48 8B 6C 24 20 C3
-
-movq 32(%rsp), %rdx
-. 787 0x12345678 6
-. 48 8B 54 24 20 C3
-
-movq 3456(%rsp), %rdx
-. 788 0x12345678 9
-. 48 8B 94 24 80 0D 00 00 C3
-
-movq 3456(%rsp), %rsi
-. 789 0x12345678 9
-. 48 8B B4 24 80 0D 00 00 C3
-
-movq 40(%rdi), %r15
-. 790 0x12345678 5
-. 4C 8B 7F 28 C3
-
-movq 40(%rsp), %r12
-. 791 0x12345678 6
-. 4C 8B 64 24 28 C3
-
-movq 40(%rsp), %r8
-. 792 0x12345678 6
-. 4C 8B 44 24 28 C3
-
-movq 40(%rsp), %rcx
-. 793 0x12345678 6
-. 48 8B 4C 24 28 C3
-
-movq 40(%rsp), %rdi
-. 794 0x12345678 6
-. 48 8B 7C 24 28 C3
-
-movq 40(%rsp), %rdx
-. 795 0x12345678 6
-. 48 8B 54 24 28 C3
-
-movq 40(%rsp), %rsi
-. 796 0x12345678 6
-. 48 8B 74 24 28 C3
-
-movq 48(%rsp), %r13
-. 797 0x12345678 6
-. 4C 8B 6C 24 30 C3
-
-movq 48(%rsp), %r8
-. 798 0x12345678 6
-. 4C 8B 44 24 30 C3
-
-movq 48(%rsp), %rax
-. 799 0x12345678 6
-. 48 8B 44 24 30 C3
-
-movq 48(%rsp), %rcx
-. 800 0x12345678 6
-. 48 8B 4C 24 30 C3
-
-movq 48(%rsp), %rdx
-. 801 0x12345678 6
-. 48 8B 54 24 30 C3
-
-movq 48(%rsp), %rsi
-. 802 0x12345678 6
-. 48 8B 74 24 30 C3
-
-movq 56(%rdi), %r12
-. 803 0x12345678 5
-. 4C 8B 67 38 C3
-
-movq 56(%rdi), %r14
-. 804 0x12345678 5
-. 4C 8B 77 38 C3
-
-movq 56(%rsp), %r14
-. 805 0x12345678 6
-. 4C 8B 74 24 38 C3
-
-movq 56(%rsp), %r8
-. 806 0x12345678 6
-. 4C 8B 44 24 38 C3
-
-movq 56(%rsp), %rdi
-. 807 0x12345678 6
-. 48 8B 7C 24 38 C3
-
-movq 56(%rsp), %rdx
-. 808 0x12345678 6
-. 48 8B 54 24 38 C3
-
-movq 56(%rsp), %rsi
-. 809 0x12345678 6
-. 48 8B 74 24 38 C3
-
-movq 64(%rdi), %r13
-. 810 0x12345678 5
-. 4C 8B 6F 40 C3
-
-movq 64(%rdi), %rsi
-. 811 0x12345678 5
-. 48 8B 77 40 C3
-
-movq 64(%rsp), %r15
-. 812 0x12345678 6
-. 4C 8B 7C 24 40 C3
-
-movq 72(%rdi), %r15
-. 813 0x12345678 5
-. 4C 8B 7F 48 C3
-
-movq 72(%rdi), %rbp
-. 814 0x12345678 5
-. 48 8B 6F 48 C3
-
-movq 80(%r11), %rdx
-. 815 0x12345678 5
-. 49 8B 53 50 C3
-
-movq 80(%rdi), %rdx
-. 816 0x12345678 5
-. 48 8B 57 50 C3
-
-movq 80(%rsi), %rdx
-. 817 0x12345678 5
-. 48 8B 56 50 C3
-
-movq %r12, -32(%rsp)
-. 818 0x12345678 6
-. 4C 89 64 24 E0 C3
-
-movq %r13, -24(%rsp)
-. 819 0x12345678 6
-. 4C 89 6C 24 E8 C3
-
-movq %r14, -16(%rsp)
-. 820 0x12345678 6
-. 4C 89 74 24 F0 C3
-
-movq %r14, %rdi
-. 821 0x12345678 4
-. 4C 89 F7 C3
-
-movq %r15, -8(%rsp)
-. 822 0x12345678 6
-. 4C 89 7C 24 F8 C3
-
-movq %r15, %r10
-. 823 0x12345678 4
-. 4D 89 FA C3
-
-movq %r15, %rcx
-. 824 0x12345678 4
-. 4C 89 F9 C3
-
-movq %r15, %rdx
-. 825 0x12345678 4
-. 4C 89 FA C3
-
-movq %r15, %rsi
-. 826 0x12345678 4
-. 4C 89 FE C3
-
-movq %rax, 80(%rbx)
-. 827 0x12345678 5
-. 48 89 43 50 C3
-
-movq %rax, %r10
-. 828 0x12345678 4
-. 49 89 C2 C3
-
-movq %rax, %rcx
-. 829 0x12345678 4
-. 48 89 C1 C3
-
-movq %rax, %rdi
-. 830 0x12345678 4
-. 48 89 C7 C3
-
-movq %rax, %rdx
-. 831 0x12345678 4
-. 48 89 C2 C3
-
-movq %rax, (%rsp)
-. 832 0x12345678 5
-. 48 89 04 24 C3
-
-movq %rbp, -40(%rsp)
-. 833 0x12345678 6
-. 48 89 6C 24 D8 C3
-
-movq %rbp, %r11
-. 834 0x12345678 4
-. 49 89 EB C3
-
-movq %rbp, %rsi
-. 835 0x12345678 4
-. 48 89 EE C3
-
-movq %rbx, -48(%rsp)
-. 836 0x12345678 6
-. 48 89 5C 24 D0 C3
-
-movq %rbx, %rdi
-. 837 0x12345678 4
-. 48 89 DF C3
-
-movq %rbx, %rsi
-. 838 0x12345678 4
-. 48 89 DE C3
-
-movq %rcx, %rbp
-. 839 0x12345678 4
-. 48 89 CD C3
-
-movq %rcx, %rsi
-. 840 0x12345678 4
-. 48 89 CE C3
-
-movq %rdi, 24(%rsp)
-. 841 0x12345678 6
-. 48 89 7C 24 18 C3
-
-movq %rdi, 56(%rsp)
-. 842 0x12345678 6
-. 48 89 7C 24 38 C3
-
-movq %rdi, %rbp
-. 843 0x12345678 4
-. 48 89 FD C3
-
-movq %rdi, %rbx
-. 844 0x12345678 4
-. 48 89 FB C3
-
-movq %rdi, %rsi
-. 845 0x12345678 4
-. 48 89 FE C3
-
-movq %rdx, 32(%rsp)
-. 846 0x12345678 6
-. 48 89 54 24 20 C3
-
-movq %rdx, 40(%rsp)
-. 847 0x12345678 6
-. 48 89 54 24 28 C3
-
-movq %rdx, 8(%rsp)
-. 848 0x12345678 6
-. 48 89 54 24 08 C3
-
-movq %rdx, %rax
-. 849 0x12345678 4
-. 48 89 D0 C3
-
-movq %rdx, %rbx
-. 850 0x12345678 4
-. 48 89 D3 C3
-
-movq %rdx, %rdi
-. 851 0x12345678 4
-. 48 89 D7 C3
-
-movq %rsi, 40(%rsp)
-. 852 0x12345678 6
-. 48 89 74 24 28 C3
-
-movq %rsi, 48(%rsp)
-. 853 0x12345678 6
-. 48 89 74 24 30 C3
-
-movq %rsi, 8(%rsp)
-. 854 0x12345678 6
-. 48 89 74 24 08 C3
-
-movq %rsi, %r15
-. 855 0x12345678 4
-. 49 89 F7 C3
-
-movq %rsi, %rdx
-. 856 0x12345678 4
-. 48 89 F2 C3
-
-movq %rsi, (%rsp)
-. 857 0x12345678 5
-. 48 89 34 24 C3
-
-movq %rsp, %r11
-. 858 0x12345678 4
-. 49 89 E3 C3
-
-movq (%rsp), %rcx
-. 859 0x12345678 5
-. 48 8B 0C 24 C3
-
-movq (%rsp), %rdx
-. 860 0x12345678 5
-. 48 8B 14 24 C3
-
-movq (%rsp), %rsi
-. 861 0x12345678 5
-. 48 8B 34 24 C3
-
-movq -999(%rip), %rcx
-. 862 0x12345678 8
-. 48 8B 0D 19 FC FF FF C3
-
-movq 1(%rip), %rdi
-. 863 0x12345678 8
-. 48 8B 3D 01 00 00 00 C3
-
-movq 2(%rip), %rsi
-. 864 0x12345678 8
-. 48 8B 35 02 00 00 00 C3
-
-mov (%rbx,%rax,4), %eax
-. 865 0x12345678 4
-. 8B 04 83 C3
-
-mov (%rbx,%rsi,4), %eax
-. 866 0x12345678 4
-. 8B 04 B3 C3
-
-mov (%rcx,%rax,4), %eax
-. 867 0x12345678 4
-. 8B 04 81 C3
-
-mov (%rdx,%rax,4), %eax
-. 868 0x12345678 4
-. 8B 04 82 C3
-
-mov (%rsi,%rax,4), %eax
-. 869 0x12345678 4
-. 8B 04 86 C3
-
-mov (%rsi,%rdx,4), %eax
-. 870 0x12345678 4
-. 8B 04 96 C3
-
-movslq 108(%rbx),%rax
-. 871 0x12345678 5
-. 48 63 43 6C C3
-
-movslq 116(%r11),%rcx
-. 872 0x12345678 5
-. 49 63 4B 74 C3
-
-movslq 116(%rdi),%rcx
-. 873 0x12345678 5
-. 48 63 4F 74 C3
-
-movslq 116(%rsi),%rcx
-. 874 0x12345678 5
-. 48 63 4E 74 C3
-
-movslq 12(%rsp),%rax
-. 875 0x12345678 6
-. 48 63 44 24 0C C3
-
-movslq 20(%rsp),%rax
-. 876 0x12345678 6
-. 48 63 44 24 14 C3
-
-movslq 24(%rsp),%rax
-. 877 0x12345678 6
-. 48 63 44 24 18 C3
-
-movslq 24(%rsp),%rdx
-. 878 0x12345678 6
-. 48 63 54 24 18 C3
-
-movslq 28(%rsp),%r8
-. 879 0x12345678 6
-. 4C 63 44 24 1C C3
-
-movslq 28(%rsp),%rax
-. 880 0x12345678 6
-. 48 63 44 24 1C C3
-
-movslq 28(%rsp),%rcx
-. 881 0x12345678 6
-. 48 63 4C 24 1C C3
-
-movslq %eax,%rdx
-. 882 0x12345678 4
-. 48 63 D0 C3
-
-movslq %ebp,%rcx
-. 883 0x12345678 4
-. 48 63 CD C3
-
-movslq %ebp,%rdx
-. 884 0x12345678 4
-. 48 63 D5 C3
-
-movslq %ebx,%r10
-. 885 0x12345678 4
-. 4C 63 D3 C3
-
-movslq %ebx,%rax
-. 886 0x12345678 4
-. 48 63 C3 C3
-
-movslq %ebx,%rcx
-. 887 0x12345678 4
-. 48 63 CB C3
-
-movslq %ebx,%rdx
-. 888 0x12345678 4
-. 48 63 D3 C3
-
-movslq %ecx,%rax
-. 889 0x12345678 4
-. 48 63 C1 C3
-
-movslq %ecx,%rdx
-. 890 0x12345678 4
-. 48 63 D1 C3
-
-movslq %edi,%rax
-. 891 0x12345678 4
-. 48 63 C7 C3
-
-movslq %edi,%rcx
-. 892 0x12345678 4
-. 48 63 CF C3
-
-movslq %edi,%rdx
-. 893 0x12345678 4
-. 48 63 D7 C3
-
-movslq %edi,%rsi
-. 894 0x12345678 4
-. 48 63 F7 C3
-
-movslq %edx,%rax
-. 895 0x12345678 4
-. 48 63 C2 C3
-
-movslq %edx,%rdx
-. 896 0x12345678 4
-. 48 63 D2 C3
-
-movslq %edx,%rsi
-. 897 0x12345678 4
-. 48 63 F2 C3
-
-movslq %esi,%rax
-. 898 0x12345678 4
-. 48 63 C6 C3
-
-movslq %r10d,%rax
-. 899 0x12345678 4
-. 49 63 C2 C3
-
-movslq %r10d,%rcx
-. 900 0x12345678 4
-. 49 63 CA C3
-
-movslq %r10d,%rdx
-. 901 0x12345678 4
-. 49 63 D2 C3
-
-movslq %r10d,%rsi
-. 902 0x12345678 4
-. 49 63 F2 C3
-
-movslq %r11d,%rcx
-. 903 0x12345678 4
-. 49 63 CB C3
-
-movslq %r11d,%rdx
-. 904 0x12345678 4
-. 49 63 D3 C3
-
-movslq %r12d,%rax
-. 905 0x12345678 4
-. 49 63 C4 C3
-
-movslq %r12d,%rcx
-. 906 0x12345678 4
-. 49 63 CC C3
-
-movslq %r12d,%rdx
-. 907 0x12345678 4
-. 49 63 D4 C3
-
-movslq %r13d,%rax
-. 908 0x12345678 4
-. 49 63 C5 C3
-
-movslq %r13d,%rdx
-. 909 0x12345678 4
-. 49 63 D5 C3
-
-movslq %r14d,%rax
-. 910 0x12345678 4
-. 49 63 C6 C3
-
-movslq %r14d,%rdx
-. 911 0x12345678 4
-. 49 63 D6 C3
-
-movslq %r15d,%rax
-. 912 0x12345678 4
-. 49 63 C7 C3
-
-movslq %r8d,%rax
-. 913 0x12345678 4
-. 49 63 C0 C3
-
-movslq %r8d,%rdx
-. 914 0x12345678 4
-. 49 63 D0 C3
-
-movslq %r9d,%rax
-. 915 0x12345678 4
-. 49 63 C1 C3
-
-movslq %r9d,%rcx
-. 916 0x12345678 4
-. 49 63 C9 C3
-
-movslq %r9d,%rdx
-. 917 0x12345678 4
-. 49 63 D1 C3
-
-movw $0, -2(%rdi,%rdx,2)
-. 918 0x12345678 8
-. 66 C7 44 57 FE 00 00 C3
-
-movw $0, -4(%rdi,%rdx,2)
-. 919 0x12345678 8
-. 66 C7 44 57 FC 00 00 C3
-
-movw $0, -6(%rdi,%rdx,2)
-. 920 0x12345678 8
-. 66 C7 44 57 FA 00 00 C3
-
-movw $0, 80(%rsp,%rax,2)
-. 921 0x12345678 8
-. 66 C7 44 44 50 00 00 C3
-
-movw $0, (%r8,%rax,2)
-. 922 0x12345678 8
-. 66 41 C7 04 40 00 00 C3
-
-movw $0, (%rbp,%rax,2)
-. 923 0x12345678 8
-. 66 C7 44 45 00 00 00 C3
-
-movw $0, (%rcx,%rdx,2)
-. 924 0x12345678 7
-. 66 C7 04 51 00 00 C3
-
-movw $0, (%rdi,%rax,2)
-. 925 0x12345678 7
-. 66 C7 04 47 00 00 C3
-
-movw $1, (%rbp,%rax,2)
-. 926 0x12345678 8
-. 66 C7 44 45 00 01 00 C3
-
-movw %ax, (%rbp,%rdx,2)
-. 927 0x12345678 6
-. 66 89 44 55 00 C3
-
-movw %cx, 80(%rsp)
-. 928 0x12345678 6
-. 66 89 4C 24 50 C3
-
-movw %cx, 82(%rsp)
-. 929 0x12345678 6
-. 66 89 4C 24 52 C3
-
-movw %di, 88(%rsp)
-. 930 0x12345678 6
-. 66 89 7C 24 58 C3
-
-movw %di, 90(%rsp)
-. 931 0x12345678 6
-. 66 89 7C 24 5A C3
-
-movw %r10w, (%rbp,%rax,2)
-. 932 0x12345678 7
-. 66 44 89 54 45 00 C3
-
-movw %si, 84(%rsp)
-. 933 0x12345678 6
-. 66 89 74 24 54 C3
-
-movw %si, 86(%rsp)
-. 934 0x12345678 6
-. 66 89 74 24 56 C3
-
-movw %si, (%rcx,%rax,2)
-. 935 0x12345678 5
-. 66 89 34 41 C3
-
-movzbl 124(%rdi), %eax
-. 936 0x12345678 5
-. 0F B6 47 7C C3
-
-movzbl 12(%r10), %eax
-. 937 0x12345678 6
-. 41 0F B6 42 0C C3
-
-movzbl 12(%r9), %eax
-. 938 0x12345678 6
-. 41 0F B6 41 0C C3
-
-movzbl 1704(%rbp,%rax), %eax
-. 939 0x12345678 9
-. 0F B6 84 05 A8 06 00 00 C3
-
-movzbl 1704(%rbp,%rax), %esi
-. 940 0x12345678 9
-. 0F B6 B4 05 A8 06 00 00 C3
-
-movzbl 19706(%rbp,%r10), %eax
-. 941 0x12345678 10
-. 42 0F B6 84 15 FA 4C 00 00 C3
-
-movzbl -1(%rcx,%r8), %eax
-. 942 0x12345678 7
-. 42 0F B6 44 01 FF C3
-
-movzbl -1(%rdx,%rsi), %eax
-. 943 0x12345678 6
-. 0F B6 44 32 FF C3
-
-movzbl 1(%rsp), %ecx
-. 944 0x12345678 6
-. 0F B6 4C 24 01 C3
-
-movzbl -2(%rcx,%r8), %eax
-. 945 0x12345678 7
-. 42 0F B6 44 01 FE C3
-
-movzbl -2(%rdx,%rsi), %eax
-. 946 0x12345678 6
-. 0F B6 44 32 FE C3
-
-movzbl 32(%rsp), %ecx
-. 947 0x12345678 6
-. 0F B6 4C 24 20 C3
-
-movzbl 32(%rsp,%rax), %ecx
-. 948 0x12345678 6
-. 0F B6 4C 04 20 C3
-
-movzbl 37708(%rax,%r13), %eax
-. 949 0x12345678 10
-. 42 0F B6 84 28 4C 93 00 00 C3
-
-movzbl 37708(%rax,%rdx), %eax
-. 950 0x12345678 9
-. 0F B6 84 10 4C 93 00 00 C3
-
-movzbl 37708(%rbp,%rax,2), %r8d
-. 951 0x12345678 10
-. 44 0F B6 84 45 4C 93 00 00 C3
-
-movzbl 37708(%rbp,%rcx), %edx
-. 952 0x12345678 9
-. 0F B6 94 0D 4C 93 00 00 C3
-
-movzbl 37708(%rcx,%rdx), %r8d
-. 953 0x12345678 10
-. 44 0F B6 84 11 4C 93 00 00 C3
-
-movzbl 37966(%rbp,%rcx), %eax
-. 954 0x12345678 9
-. 0F B6 84 0D 4E 94 00 00 C3
-
-movzbl 38224(%rbp,%rcx), %edx
-. 955 0x12345678 9
-. 0F B6 94 0D 50 95 00 00 C3
-
-movzbl 38482(%rbp,%rcx), %eax
-. 956 0x12345678 9
-. 0F B6 84 0D 52 96 00 00 C3
-
-movzbl 384(%rbx,%rax), %esi
-. 957 0x12345678 9
-. 0F B6 B4 03 80 01 00 00 C3
-
-movzbl 38740(%rbp,%rcx), %edx
-. 958 0x12345678 9
-. 0F B6 94 0D 54 97 00 00 C3
-
-movzbl 38998(%rbp,%rcx), %eax
-. 959 0x12345678 9
-. 0F B6 84 0D 56 98 00 00 C3
-
-movzbl -3(%rcx,%r8), %eax
-. 960 0x12345678 7
-. 42 0F B6 44 01 FD C3
-
-movzbl -3(%rdx,%rsi), %eax
-. 961 0x12345678 6
-. 0F B6 44 32 FD C3
-
-movzbl 643(%r11), %eax
-. 962 0x12345678 9
-. 41 0F B6 83 83 02 00 00 C3
-
-movzbl 643(%rdi), %eax
-. 963 0x12345678 8
-. 0F B6 87 83 02 00 00 C3
-
-movzbl 643(%rsi), %eax
-. 964 0x12345678 8
-. 0F B6 86 83 02 00 00 C3
-
-movzbl 664(%rbx), %eax
-. 965 0x12345678 8
-. 0F B6 83 98 02 00 00 C3
-
-movzbl %al, %eax
-. 966 0x12345678 4
-. 0F B6 C0 C3
-
-movzbl %al, %r14d
-. 967 0x12345678 5
-. 44 0F B6 F0 C3
-
-movzbl %bh, %ebp
-. 968 0x12345678 4
-. 0F B6 EF C3
-
-movzbl %bl,%esi
-. 969 0x12345678 4
-. 0F B6 F3 C3
-
-movzbl %dl, %r11d
-. 970 0x12345678 5
-. 44 0F B6 DA C3
-
-movzbl (%rax), %r12d
-. 971 0x12345678 5
-. 44 0F B6 20 C3
-
-movzbl (%rax,%rcx), %eax
-. 972 0x12345678 5
-. 0F B6 04 08 C3
-
-movzbl (%rax,%rdi), %eax
-. 973 0x12345678 5
-. 0F B6 04 38 C3
-
-movzbl (%rax,%rdi), %edi
-. 974 0x12345678 5
-. 0F B6 3C 38 C3
-
-movzbl (%rax,%rdi), %esi
-. 975 0x12345678 5
-. 0F B6 34 38 C3
-
-movzbl (%rax,%rdi), %r9d
-. 976 0x12345678 6
-. 44 0F B6 0C 38 C3
-
-movzbl (%rax,%rdx), %eax
-. 977 0x12345678 5
-. 0F B6 04 10 C3
-
-movzbl (%rax,%rdx), %r10d
-. 978 0x12345678 6
-. 44 0F B6 14 10 C3
-
-movzbl (%rax,%rsi), %ecx
-. 979 0x12345678 5
-. 0F B6 0C 30 C3
-
-movzbl (%rax,%rsi), %edx
-. 980 0x12345678 5
-. 0F B6 14 30 C3
-
-movzbl (%rcx,%rsi), %eax
-. 981 0x12345678 5
-. 0F B6 04 31 C3
-
-movzbl (%rdx), %ecx
-. 982 0x12345678 4
-. 0F B6 0A C3
-
-movzbl (%rdx,%rsi), %eax
-. 983 0x12345678 5
-. 0F B6 04 32 C3
-
-movzbl (%rdx,%rsi), %edx
-. 984 0x12345678 5
-. 0F B6 14 32 C3
-
-movzbl (%rsp), %eax
-. 985 0x12345678 5
-. 0F B6 04 24 C3
-
-movzbl %sil, %esi
-. 986 0x12345678 5
-. 40 0F B6 F6 C3
-
-movzbq 1704(%rbp,%r10), %rdx
-. 987 0x12345678 10
-. 4A 0F B6 94 15 A8 06 00 00 C3
-
-movzbq 1704(%rbp,%rax), %rdx
-. 988 0x12345678 10
-. 48 0F B6 94 05 A8 06 00 00 C3
-
-movzbq (%rax,%r13), %rax
-. 989 0x12345678 6
-. 4A 0F B6 04 28 C3
-
-movzbq (%rax,%r8), %rsi
-. 990 0x12345678 6
-. 4A 0F B6 34 00 C3
-
-movzbq (%rax,%rcx), %rax
-. 991 0x12345678 6
-. 48 0F B6 04 08 C3
-
-movzbq (%rax,%rdx), %rax
-. 992 0x12345678 6
-. 48 0F B6 04 10 C3
-
-movzbw 37708(%rcx,%rdx), %dx
-. 993 0x12345678 10
-. 66 0F B6 94 11 4C 93 00 00 C3
-
-movzbw (%r8), %si
-. 994 0x12345678 6
-. 66 41 0F B6 30 C3
-
-movzwl 80(%rsp,%rax,2), %eax
-. 995 0x12345678 6
-. 0F B7 44 44 50 C3
-
-movzwl 86(%r15,%r8,2), %edx
-. 996 0x12345678 7
-. 43 0F B7 54 47 56 C3
-
-movzwl %ax, %ecx
-. 997 0x12345678 4
-. 0F B7 C8 C3
-
-movzwl %dx, %eax
-. 998 0x12345678 4
-. 0F B7 C2 C3
-
-movzwl (%r15,%rax,2), %eax
-. 999 0x12345678 6
-. 41 0F B7 04 47 C3
-
-movzwl (%rcx,%rax,2), %eax
-. 1000 0x12345678 5
-. 0F B7 04 41 C3
-
-movzwl (%rcx,%rax,2), %r10d
-. 1001 0x12345678 6
-. 44 0F B7 14 41 C3
-
-movzwl %si, %eax
-. 1002 0x12345678 4
-. 0F B7 C6 C3
-
-movzwq 10(%r15,%r8,2), %rax
-. 1003 0x12345678 7
-. 4B 0F B7 44 47 0A C3
-
-movzwq 10(%r15,%rax,2), %rax
-. 1004 0x12345678 7
-. 49 0F B7 44 47 0A C3
-
-movzwq 10(%r15,%rcx,2), %rax
-. 1005 0x12345678 7
-. 49 0F B7 44 4F 0A C3
-
-movzwq 12(%r15,%r8,2), %rax
-. 1006 0x12345678 7
-. 4B 0F B7 44 47 0C C3
-
-movzwq 12(%r15,%rax,2), %rax
-. 1007 0x12345678 7
-. 49 0F B7 44 47 0C C3
-
-movzwq 12(%r15,%rcx,2), %rax
-. 1008 0x12345678 7
-. 49 0F B7 44 4F 0C C3
-
-movzwq 14(%r15,%r8,2), %rax
-. 1009 0x12345678 7
-. 4B 0F B7 44 47 0E C3
-
-movzwq 14(%r15,%rax,2), %rax
-. 1010 0x12345678 7
-. 49 0F B7 44 47 0E C3
-
-movzwq 14(%r15,%rcx,2), %rax
-. 1011 0x12345678 7
-. 49 0F B7 44 4F 0E C3
-
-movzwq 16(%r15,%r8,2), %rax
-. 1012 0x12345678 7
-. 4B 0F B7 44 47 10 C3
-
-movzwq 16(%r15,%rax,2), %rax
-. 1013 0x12345678 7
-. 49 0F B7 44 47 10 C3
-
-movzwq 16(%r15,%rcx,2), %rax
-. 1014 0x12345678 7
-. 49 0F B7 44 4F 10 C3
-
-movzwq 18(%r15,%r8,2), %rax
-. 1015 0x12345678 7
-. 4B 0F B7 44 47 12 C3
-
-movzwq 18(%r15,%rax,2), %rax
-. 1016 0x12345678 7
-. 49 0F B7 44 47 12 C3
-
-movzwq 18(%r15,%rcx,2), %rax
-. 1017 0x12345678 7
-. 49 0F B7 44 4F 12 C3
-
-movzwq 20(%r15,%r8,2), %rax
-. 1018 0x12345678 7
-. 4B 0F B7 44 47 14 C3
-
-movzwq 20(%r15,%rax,2), %rax
-. 1019 0x12345678 7
-. 49 0F B7 44 47 14 C3
-
-movzwq 20(%r15,%rcx,2), %rax
-. 1020 0x12345678 7
-. 49 0F B7 44 4F 14 C3
-
-movzwq 22(%r15,%r8,2), %rax
-. 1021 0x12345678 7
-. 4B 0F B7 44 47 16 C3
-
-movzwq 22(%r15,%rax,2), %rax
-. 1022 0x12345678 7
-. 49 0F B7 44 47 16 C3
-
-movzwq 22(%r15,%rcx,2), %rax
-. 1023 0x12345678 7
-. 49 0F B7 44 4F 16 C3
-
-movzwq 24(%r15,%r8,2), %rax
-. 1024 0x12345678 7
-. 4B 0F B7 44 47 18 C3
-
-movzwq 24(%r15,%rax,2), %rax
-. 1025 0x12345678 7
-. 49 0F B7 44 47 18 C3
-
-movzwq 24(%r15,%rcx,2), %rax
-. 1026 0x12345678 7
-. 49 0F B7 44 4F 18 C3
-
-movzwq 26(%r15,%r8,2), %rax
-. 1027 0x12345678 7
-. 4B 0F B7 44 47 1A C3
-
-movzwq 26(%r15,%rax,2), %rax
-. 1028 0x12345678 7
-. 49 0F B7 44 47 1A C3
-
-movzwq 26(%r15,%rcx,2), %rax
-. 1029 0x12345678 7
-. 49 0F B7 44 4F 1A C3
-
-movzwq 28(%r15,%r8,2), %rax
-. 1030 0x12345678 7
-. 4B 0F B7 44 47 1C C3
-
-movzwq 28(%r15,%rax,2), %rax
-. 1031 0x12345678 7
-. 49 0F B7 44 47 1C C3
-
-movzwq 28(%r15,%rcx,2), %rax
-. 1032 0x12345678 7
-. 49 0F B7 44 4F 1C C3
-
-movzwq 2(%r15,%r8,2), %rax
-. 1033 0x12345678 7
-. 4B 0F B7 44 47 02 C3
-
-movzwq 2(%r15,%rax,2), %rax
-. 1034 0x12345678 7
-. 49 0F B7 44 47 02 C3
-
-movzwq 2(%r15,%rcx,2), %rax
-. 1035 0x12345678 7
-. 49 0F B7 44 4F 02 C3
-
-movzwq 30(%r15,%r8,2), %rax
-. 1036 0x12345678 7
-. 4B 0F B7 44 47 1E C3
-
-movzwq 30(%r15,%rax,2), %rax
-. 1037 0x12345678 7
-. 49 0F B7 44 47 1E C3
-
-movzwq 30(%r15,%rcx,2), %rax
-. 1038 0x12345678 7
-. 49 0F B7 44 4F 1E C3
-
-movzwq 32(%r15,%r8,2), %rax
-. 1039 0x12345678 7
-. 4B 0F B7 44 47 20 C3
-
-movzwq 32(%r15,%rax,2), %rax
-. 1040 0x12345678 7
-. 49 0F B7 44 47 20 C3
-
-movzwq 32(%r15,%rcx,2), %rax
-. 1041 0x12345678 7
-. 49 0F B7 44 4F 20 C3
-
-movzwq 34(%r15,%r8,2), %rax
-. 1042 0x12345678 7
-. 4B 0F B7 44 47 22 C3
-
-movzwq 34(%r15,%rax,2), %rax
-. 1043 0x12345678 7
-. 49 0F B7 44 47 22 C3
-
-movzwq 34(%r15,%rcx,2), %rax
-. 1044 0x12345678 7
-. 49 0F B7 44 4F 22 C3
-
-movzwq 36(%r15,%r8,2), %rax
-. 1045 0x12345678 7
-. 4B 0F B7 44 47 24 C3
-
-movzwq 36(%r15,%rax,2), %rax
-. 1046 0x12345678 7
-. 49 0F B7 44 47 24 C3
-
-movzwq 36(%r15,%rcx,2), %rax
-. 1047 0x12345678 7
-. 49 0F B7 44 4F 24 C3
-
-movzwq 38(%r15,%r8,2), %rax
-. 1048 0x12345678 7
-. 4B 0F B7 44 47 26 C3
-
-movzwq 38(%r15,%rax,2), %rax
-. 1049 0x12345678 7
-. 49 0F B7 44 47 26 C3
-
-movzwq 38(%r15,%rcx,2), %rax
-. 1050 0x12345678 7
-. 49 0F B7 44 4F 26 C3
-
-movzwq 40(%r15,%r8,2), %rax
-. 1051 0x12345678 7
-. 4B 0F B7 44 47 28 C3
-
-movzwq 40(%r15,%rax,2), %rax
-. 1052 0x12345678 7
-. 49 0F B7 44 47 28 C3
-
-movzwq 40(%r15,%rcx,2), %rax
-. 1053 0x12345678 7
-. 49 0F B7 44 4F 28 C3
-
-movzwq 42(%r15,%r8,2), %rax
-. 1054 0x12345678 7
-. 4B 0F B7 44 47 2A C3
-
-movzwq 42(%r15,%rax,2), %rax
-. 1055 0x12345678 7
-. 49 0F B7 44 47 2A C3
-
-movzwq 42(%r15,%rcx,2), %rax
-. 1056 0x12345678 7
-. 49 0F B7 44 4F 2A C3
-
-movzwq 44(%r15,%r8,2), %rax
-. 1057 0x12345678 7
-. 4B 0F B7 44 47 2C C3
-
-movzwq 44(%r15,%rax,2), %rax
-. 1058 0x12345678 7
-. 49 0F B7 44 47 2C C3
-
-movzwq 44(%r15,%rcx,2), %rax
-. 1059 0x12345678 7
-. 49 0F B7 44 4F 2C C3
-
-movzwq 46(%r15,%r8,2), %rax
-. 1060 0x12345678 7
-. 4B 0F B7 44 47 2E C3
-
-movzwq 46(%r15,%rax,2), %rax
-. 1061 0x12345678 7
-. 49 0F B7 44 47 2E C3
-
-movzwq 46(%r15,%rcx,2), %rax
-. 1062 0x12345678 7
-. 49 0F B7 44 4F 2E C3
-
-movzwq 48(%r15,%r8,2), %rax
-. 1063 0x12345678 7
-. 4B 0F B7 44 47 30 C3
-
-movzwq 48(%r15,%rax,2), %rax
-. 1064 0x12345678 7
-. 49 0F B7 44 47 30 C3
-
-movzwq 48(%r15,%rcx,2), %rax
-. 1065 0x12345678 7
-. 49 0F B7 44 4F 30 C3
-
-movzwq 4(%r15,%r8,2), %rax
-. 1066 0x12345678 7
-. 4B 0F B7 44 47 04 C3
-
-movzwq 4(%r15,%rax,2), %rax
-. 1067 0x12345678 7
-. 49 0F B7 44 47 04 C3
-
-movzwq 4(%r15,%rcx,2), %rax
-. 1068 0x12345678 7
-. 49 0F B7 44 4F 04 C3
-
-movzwq 50(%r15,%r8,2), %rax
-. 1069 0x12345678 7
-. 4B 0F B7 44 47 32 C3
-
-movzwq 50(%r15,%rax,2), %rax
-. 1070 0x12345678 7
-. 49 0F B7 44 47 32 C3
-
-movzwq 50(%r15,%rcx,2), %rax
-. 1071 0x12345678 7
-. 49 0F B7 44 4F 32 C3
-
-movzwq 52(%r15,%r8,2), %rax
-. 1072 0x12345678 7
-. 4B 0F B7 44 47 34 C3
-
-movzwq 52(%r15,%rax,2), %rax
-. 1073 0x12345678 7
-. 49 0F B7 44 47 34 C3
-
-movzwq 52(%r15,%rcx,2), %rax
-. 1074 0x12345678 7
-. 49 0F B7 44 4F 34 C3
-
-movzwq 54(%r15,%r8,2), %rax
-. 1075 0x12345678 7
-. 4B 0F B7 44 47 36 C3
-
-movzwq 54(%r15,%rax,2), %rax
-. 1076 0x12345678 7
-. 49 0F B7 44 47 36 C3
-
-movzwq 54(%r15,%rcx,2), %rax
-. 1077 0x12345678 7
-. 49 0F B7 44 4F 36 C3
-
-movzwq 56(%r15,%r8,2), %rax
-. 1078 0x12345678 7
-. 4B 0F B7 44 47 38 C3
-
-movzwq 56(%r15,%rax,2), %rax
-. 1079 0x12345678 7
-. 49 0F B7 44 47 38 C3
-
-movzwq 56(%r15,%rcx,2), %rax
-. 1080 0x12345678 7
-. 49 0F B7 44 4F 38 C3
-
-movzwq 58(%r15,%r8,2), %rax
-. 1081 0x12345678 7
-. 4B 0F B7 44 47 3A C3
-
-movzwq 58(%r15,%rax,2), %rax
-. 1082 0x12345678 7
-. 49 0F B7 44 47 3A C3
-
-movzwq 58(%r15,%rcx,2), %rax
-. 1083 0x12345678 7
-. 49 0F B7 44 4F 3A C3
-
-movzwq 60(%r15,%r8,2), %rax
-. 1084 0x12345678 7
-. 4B 0F B7 44 47 3C C3
-
-movzwq 60(%r15,%rax,2), %rax
-. 1085 0x12345678 7
-. 49 0F B7 44 47 3C C3
-
-movzwq 60(%r15,%rcx,2), %rax
-. 1086 0x12345678 7
-. 49 0F B7 44 4F 3C C3
-
-movzwq 62(%r15,%r8,2), %rax
-. 1087 0x12345678 7
-. 4B 0F B7 44 47 3E C3
-
-movzwq 62(%r15,%rax,2), %rax
-. 1088 0x12345678 7
-. 49 0F B7 44 47 3E C3
-
-movzwq 62(%r15,%rcx,2), %rax
-. 1089 0x12345678 7
-. 49 0F B7 44 4F 3E C3
-
-movzwq 64(%r15,%r8,2), %rax
-. 1090 0x12345678 7
-. 4B 0F B7 44 47 40 C3
-
-movzwq 64(%r15,%rax,2), %rax
-. 1091 0x12345678 7
-. 49 0F B7 44 47 40 C3
-
-movzwq 64(%r15,%rcx,2), %rax
-. 1092 0x12345678 7
-. 49 0F B7 44 4F 40 C3
-
-movzwq 66(%r15,%r8,2), %rax
-. 1093 0x12345678 7
-. 4B 0F B7 44 47 42 C3
-
-movzwq 66(%r15,%rax,2), %rax
-. 1094 0x12345678 7
-. 49 0F B7 44 47 42 C3
-
-movzwq 66(%r15,%rcx,2), %rax
-. 1095 0x12345678 7
-. 49 0F B7 44 4F 42 C3
-
-movzwq 68(%r15,%r8,2), %rax
-. 1096 0x12345678 7
-. 4B 0F B7 44 47 44 C3
-
-movzwq 68(%r15,%rax,2), %rax
-. 1097 0x12345678 7
-. 49 0F B7 44 47 44 C3
-
-movzwq 68(%r15,%rcx,2), %rax
-. 1098 0x12345678 7
-. 49 0F B7 44 4F 44 C3
-
-movzwq 6(%r15,%r8,2), %rax
-. 1099 0x12345678 7
-. 4B 0F B7 44 47 06 C3
-
-movzwq 6(%r15,%rax,2), %rax
-. 1100 0x12345678 7
-. 49 0F B7 44 47 06 C3
-
-movzwq 6(%r15,%rcx,2), %rax
-. 1101 0x12345678 7
-. 49 0F B7 44 4F 06 C3
-
-movzwq 70(%r15,%r8,2), %rax
-. 1102 0x12345678 7
-. 4B 0F B7 44 47 46 C3
-
-movzwq 70(%r15,%rax,2), %rax
-. 1103 0x12345678 7
-. 49 0F B7 44 47 46 C3
-
-movzwq 70(%r15,%rcx,2), %rax
-. 1104 0x12345678 7
-. 49 0F B7 44 4F 46 C3
-
-movzwq 72(%r15,%r8,2), %rax
-. 1105 0x12345678 7
-. 4B 0F B7 44 47 48 C3
-
-movzwq 72(%r15,%rax,2), %rax
-. 1106 0x12345678 7
-. 49 0F B7 44 47 48 C3
-
-movzwq 72(%r15,%rcx,2), %rax
-. 1107 0x12345678 7
-. 49 0F B7 44 4F 48 C3
-
-movzwq 74(%r15,%r8,2), %rax
-. 1108 0x12345678 7
-. 4B 0F B7 44 47 4A C3
-
-movzwq 74(%r15,%rax,2), %rax
-. 1109 0x12345678 7
-. 49 0F B7 44 47 4A C3
-
-movzwq 74(%r15,%rcx,2), %rax
-. 1110 0x12345678 7
-. 49 0F B7 44 4F 4A C3
-
-movzwq 76(%r15,%r8,2), %rax
-. 1111 0x12345678 7
-. 4B 0F B7 44 47 4C C3
-
-movzwq 76(%r15,%rax,2), %rax
-. 1112 0x12345678 7
-. 49 0F B7 44 47 4C C3
-
-movzwq 76(%r15,%rcx,2), %rax
-. 1113 0x12345678 7
-. 49 0F B7 44 4F 4C C3
-
-movzwq 78(%r15,%r8,2), %rax
-. 1114 0x12345678 7
-. 4B 0F B7 44 47 4E C3
-
-movzwq 78(%r15,%rax,2), %rax
-. 1115 0x12345678 7
-. 49 0F B7 44 47 4E C3
-
-movzwq 78(%r15,%rcx,2), %rax
-. 1116 0x12345678 7
-. 49 0F B7 44 4F 4E C3
-
-movzwq 80(%r15,%r8,2), %rax
-. 1117 0x12345678 7
-. 4B 0F B7 44 47 50 C3
-
-movzwq 80(%r15,%rax,2), %rax
-. 1118 0x12345678 7
-. 49 0F B7 44 47 50 C3
-
-movzwq 80(%r15,%rcx,2), %rax
-. 1119 0x12345678 7
-. 49 0F B7 44 4F 50 C3
-
-movzwq 82(%r15,%r8,2), %rax
-. 1120 0x12345678 7
-. 4B 0F B7 44 47 52 C3
-
-movzwq 82(%r15,%rax,2), %rax
-. 1121 0x12345678 7
-. 49 0F B7 44 47 52 C3
-
-movzwq 82(%r15,%rcx,2), %rax
-. 1122 0x12345678 7
-. 49 0F B7 44 4F 52 C3
-
-movzwq 84(%r15,%r8,2), %rax
-. 1123 0x12345678 7
-. 4B 0F B7 44 47 54 C3
-
-movzwq 84(%r15,%rax,2), %rax
-. 1124 0x12345678 7
-. 49 0F B7 44 47 54 C3
-
-movzwq 84(%r15,%rcx,2), %rax
-. 1125 0x12345678 7
-. 49 0F B7 44 4F 54 C3
-
-movzwq 86(%r15,%rax,2), %rax
-. 1126 0x12345678 7
-. 49 0F B7 44 47 56 C3
-
-movzwq 86(%r15,%rcx,2), %rax
-. 1127 0x12345678 7
-. 49 0F B7 44 4F 56 C3
-
-movzwq 88(%r15,%r8,2), %rax
-. 1128 0x12345678 7
-. 4B 0F B7 44 47 58 C3
-
-movzwq 88(%r15,%rax,2), %rax
-. 1129 0x12345678 7
-. 49 0F B7 44 47 58 C3
-
-movzwq 88(%r15,%rcx,2), %rax
-. 1130 0x12345678 7
-. 49 0F B7 44 4F 58 C3
-
-movzwq 8(%r15,%r8,2), %rax
-. 1131 0x12345678 7
-. 4B 0F B7 44 47 08 C3
-
-movzwq 8(%r15,%rax,2), %rax
-. 1132 0x12345678 7
-. 49 0F B7 44 47 08 C3
-
-movzwq 8(%r15,%rcx,2), %rax
-. 1133 0x12345678 7
-. 49 0F B7 44 4F 08 C3
-
-movzwq 90(%r15,%r8,2), %rax
-. 1134 0x12345678 7
-. 4B 0F B7 44 47 5A C3
-
-movzwq 90(%r15,%rax,2), %rax
-. 1135 0x12345678 7
-. 49 0F B7 44 47 5A C3
-
-movzwq 90(%r15,%rcx,2), %rax
-. 1136 0x12345678 7
-. 49 0F B7 44 4F 5A C3
-
-movzwq 92(%r15,%r8,2), %rax
-. 1137 0x12345678 7
-. 4B 0F B7 44 47 5C C3
-
-movzwq 92(%r15,%rax,2), %rax
-. 1138 0x12345678 7
-. 49 0F B7 44 47 5C C3
-
-movzwq 92(%r15,%rcx,2), %rax
-. 1139 0x12345678 7
-. 49 0F B7 44 4F 5C C3
-
-movzwq 94(%r15,%r8,2), %rax
-. 1140 0x12345678 7
-. 4B 0F B7 44 47 5E C3
-
-movzwq 94(%r15,%rax,2), %rax
-. 1141 0x12345678 7
-. 49 0F B7 44 47 5E C3
-
-movzwq 94(%r15,%rcx,2), %rax
-. 1142 0x12345678 7
-. 49 0F B7 44 4F 5E C3
-
-movzwq 96(%r15,%r8,2), %rax
-. 1143 0x12345678 7
-. 4B 0F B7 44 47 60 C3
-
-movzwq 96(%r15,%rax,2), %rax
-. 1144 0x12345678 7
-. 49 0F B7 44 47 60 C3
-
-movzwq 96(%r15,%rcx,2), %rax
-. 1145 0x12345678 7
-. 49 0F B7 44 4F 60 C3
-
-movzwq 98(%r15,%r8,2), %rax
-. 1146 0x12345678 7
-. 4B 0F B7 44 47 62 C3
-
-movzwq 98(%r15,%rax,2), %rax
-. 1147 0x12345678 7
-. 49 0F B7 44 47 62 C3
-
-movzwq 98(%r15,%rcx,2), %rax
-. 1148 0x12345678 7
-. 49 0F B7 44 4F 62 C3
-
-movzwq (%r15,%r8,2), %rdx
-. 1149 0x12345678 6
-. 4B 0F B7 14 47 C3
-
-movzwq (%r15,%rax,2), %rax
-. 1150 0x12345678 6
-. 49 0F B7 04 47 C3
-
-movzwq (%r15,%rax,2), %rcx
-. 1151 0x12345678 6
-. 49 0F B7 0C 47 C3
-
-movzwq (%r15,%rcx,2), %rax
-. 1152 0x12345678 6
-. 49 0F B7 04 4F C3
-
-negl %ecx
-. 1153 0x12345678 3
-. F7 D9 C3
-
-notl %edx
-. 1154 0x12345678 3
-. F7 D2 C3
-
-orl $2097152, (%rbp,%rax,4)
-. 1155 0x12345678 9
-. 81 4C 85 00 00 00 20 00 C3
-
-orl %eax, 640(%rsi)
-. 1156 0x12345678 7
-. 09 86 80 02 00 00 C3
-
-orl %eax, %esi
-. 1157 0x12345678 3
-. 09 C6 C3
-
-orl %eax, %r12d
-. 1158 0x12345678 4
-. 41 09 C4 C3
-
-orl %ebp, 640(%rsi)
-. 1159 0x12345678 7
-. 09 AE 80 02 00 00 C3
-
-orl %ebp, (%rbx,%rax,4)
-. 1160 0x12345678 4
-. 09 2C 83 C3
-
-orl %edi, 640(%rsi)
-. 1161 0x12345678 7
-. 09 BE 80 02 00 00 C3
-
-orl %edx, 640(%rsi)
-. 1162 0x12345678 7
-. 09 96 80 02 00 00 C3
-
-orl %edx, %eax
-. 1163 0x12345678 3
-. 09 D0 C3
-
-orl %esi, 640(%r11)
-. 1164 0x12345678 8
-. 41 09 B3 80 02 00 00 C3
-
-orl %esi, 640(%rdi)
-. 1165 0x12345678 7
-. 09 B7 80 02 00 00 C3
-
-orl %r10d, 640(%rsi)
-. 1166 0x12345678 8
-. 44 09 96 80 02 00 00 C3
-
-orl %r8d, 640(%rsi)
-. 1167 0x12345678 8
-. 44 09 86 80 02 00 00 C3
-
-orl %r8d, (%rbx,%rax,4)
-. 1168 0x12345678 5
-. 44 09 04 83 C3
-
-orl %r9d, 640(%rsi)
-. 1169 0x12345678 8
-. 44 09 8E 80 02 00 00 C3
-
-popq %r12
-. 1170 0x12345678 3
-. 41 5C C3
-
-popq %r13
-. 1171 0x12345678 3
-. 41 5D C3
-
-popq %r14
-. 1172 0x12345678 3
-. 41 5E C3
-
-popq %r15
-. 1173 0x12345678 3
-. 41 5F C3
-
-popq %rbp
-. 1174 0x12345678 2
-. 5D C3
-
-popq %rbx
-. 1175 0x12345678 2
-. 5B C3
-
-pushq %r12
-. 1176 0x12345678 3
-. 41 54 C3
-
-pushq %r13
-. 1177 0x12345678 3
-. 41 55 C3
-
-pushq %r14
-. 1178 0x12345678 3
-. 41 56 C3
-
-pushq %r15
-. 1179 0x12345678 3
-. 41 57 C3
-
-pushq %rbp
-. 1180 0x12345678 2
-. 55 C3
-
-pushq %rbx
-. 1181 0x12345678 2
-. 53 C3
-
-rep ; ret
-. 1182 0x12345678 2
-. F3 C3
-
-ret
-. 1183 0x12345678 1
-. C3
-
-roll %eax
-. 1184 0x12345678 3
-. D1 C0 C3
-
-sall $16, %eax
-. 1185 0x12345678 4
-. C1 E0 10 C3
-
-sall 16(%rsp)
-. 1186 0x12345678 5
-. D1 64 24 10 C3
-
-sall $4, %edx
-. 1187 0x12345678 4
-. C1 E2 04 C3
-
-sall $4, %r10d
-. 1188 0x12345678 5
-. 41 C1 E2 04 C3
-
-sall $8, 640(%r11)
-. 1189 0x12345678 9
-. 41 C1 A3 80 02 00 00 08 C3
-
-sall $8, 640(%rdi)
-. 1190 0x12345678 8
-. C1 A7 80 02 00 00 08 C3
-
-sall $8, 640(%rsi)
-. 1191 0x12345678 8
-. C1 A6 80 02 00 00 08 C3
-
-sall $8, %eax
-. 1192 0x12345678 4
-. C1 E0 08 C3
-
-sall $8, %esi
-. 1193 0x12345678 4
-. C1 E6 08 C3
-
-sall $8, %r12d
-. 1194 0x12345678 5
-. 41 C1 E4 08 C3
-
-sall %cl, %eax
-. 1195 0x12345678 3
-. D3 E0 C3
-
-sall %cl, %ebp
-. 1196 0x12345678 3
-. D3 E5 C3
-
-sall %cl, %edi
-. 1197 0x12345678 3
-. D3 E7 C3
-
-sall %cl, %edx
-. 1198 0x12345678 3
-. D3 E2 C3
-
-sall %cl, %esi
-. 1199 0x12345678 3
-. D3 E6 C3
-
-sall %cl, %r10d
-. 1200 0x12345678 4
-. 41 D3 E2 C3
-
-sall %cl, %r8d
-. 1201 0x12345678 4
-. 41 D3 E0 C3
-
-sall %cl, %r9d
-. 1202 0x12345678 4
-. 41 D3 E1 C3
-
-salq $10, %rax
-. 1203 0x12345678 5
-. 48 C1 E0 0A C3
-
-salq $10, %rdx
-. 1204 0x12345678 5
-. 48 C1 E2 0A C3
-
-salq $4, %rax
-. 1205 0x12345678 5
-. 48 C1 E0 04 C3
-
-salq $4, %rdx
-. 1206 0x12345678 5
-. 48 C1 E2 04 C3
-
-salq $4, %rsi
-. 1207 0x12345678 5
-. 48 C1 E6 04 C3
-
-salq $7, %rax
-. 1208 0x12345678 5
-. 48 C1 E0 07 C3
-
-salq $7, %rdi
-. 1209 0x12345678 5
-. 48 C1 E7 07 C3
-
-salq $7, %rdx
-. 1210 0x12345678 5
-. 48 C1 E2 07 C3
-
-sarl $31, %ecx
-. 1211 0x12345678 4
-. C1 F9 1F C3
-
-sarl $3, %ecx
-. 1212 0x12345678 4
-. C1 F9 03 C3
-
-sarl $5, %eax
-. 1213 0x12345678 4
-. C1 F8 05 C3
-
-sarl $5, %edx
-. 1214 0x12345678 4
-. C1 FA 05 C3
-
-sarl $8, %ecx
-. 1215 0x12345678 4
-. C1 F9 08 C3
-
-sarl $8, %edx
-. 1216 0x12345678 4
-. C1 FA 08 C3
-
-sarl %cl, %eax
-. 1217 0x12345678 3
-. D3 F8 C3
-
-sarl %cl, %esi
-. 1218 0x12345678 3
-. D3 FE C3
-
-sarl %eax
-. 1219 0x12345678 3
-. D1 F8 C3
-
-sarl %edi
-. 1220 0x12345678 3
-. D1 FF C3
-
-seta %al
-. 1221 0x12345678 4
-. 0F 97 C0 C3
-
-sete %al
-. 1222 0x12345678 4
-. 0F 94 C0 C3
-
-setg %al
-. 1223 0x12345678 4
-. 0F 9F C0 C3
-
-setg %dl
-. 1224 0x12345678 4
-. 0F 9F C2 C3
-
-setge %dl
-. 1225 0x12345678 4
-. 0F 9D C2 C3
-
-setle %al
-. 1226 0x12345678 4
-. 0F 9E C0 C3
-
-setle %dl
-. 1227 0x12345678 4
-. 0F 9E C2 C3
-
-setne %al
-. 1228 0x12345678 4
-. 0F 95 C0 C3
-
-shrl $16, %ecx
-. 1229 0x12345678 4
-. C1 E9 10 C3
-
-shrl $16, %edi
-. 1230 0x12345678 4
-. C1 EF 10 C3
-
-shrl $16, %esi
-. 1231 0x12345678 4
-. C1 EE 10 C3
-
-shrl $16, %r8d
-. 1232 0x12345678 5
-. 41 C1 E8 10 C3
-
-shrl $24, %r8d
-. 1233 0x12345678 5
-. 41 C1 E8 18 C3
-
-shrl $31, %eax
-. 1234 0x12345678 4
-. C1 E8 1F C3
-
-shrl $31, %edx
-. 1235 0x12345678 4
-. C1 EA 1F C3
-
-shrl %eax
-. 1236 0x12345678 3
-. D1 E8 C3
-
-shrq $32, %rax
-. 1237 0x12345678 5
-. 48 C1 E8 20 C3
-
-shrq $32, %rcx
-. 1238 0x12345678 5
-. 48 C1 E9 20 C3
-
-shrw $8, %dx
-. 1239 0x12345678 5
-. 66 C1 EA 08 C3
-
-subl 16(%rsp), %edx
-. 1240 0x12345678 5
-. 2B 54 24 10 C3
-
-subl 16(%rsp), %esi
-. 1241 0x12345678 5
-. 2B 74 24 10 C3
-
-subl 20(%rsp), %eax
-. 1242 0x12345678 5
-. 2B 44 24 14 C3
-
-subl 20(%rsp), %edx
-. 1243 0x12345678 5
-. 2B 54 24 14 C3
-
-subl 24(%rsp), %r8d
-. 1244 0x12345678 6
-. 44 2B 44 24 18 C3
-
-subl 28(%rsp), %eax
-. 1245 0x12345678 5
-. 2B 44 24 1C C3
-
-subl $4, %ebx
-. 1246 0x12345678 4
-. 83 EB 04 C3
-
-subl $5, %ecx
-. 1247 0x12345678 4
-. 83 E9 05 C3
-
-subl 672(%rbp,%rax,4), %r13d
-. 1248 0x12345678 9
-. 44 2B AC 85 A0 02 00 00 C3
-
-subl $8, 644(%r11)
-. 1249 0x12345678 9
-. 41 83 AB 84 02 00 00 08 C3
-
-subl $8, 644(%rdi)
-. 1250 0x12345678 8
-. 83 AF 84 02 00 00 08 C3
-
-subl $8, 644(%rsi)
-. 1251 0x12345678 8
-. 83 AE 84 02 00 00 08 C3
-
-subl $8, %r11d
-. 1252 0x12345678 5
-. 41 83 EB 08 C3
-
-subl %eax, %ecx
-. 1253 0x12345678 3
-. 29 C1 C3
-
-subl %eax, %edx
-. 1254 0x12345678 3
-. 29 C2 C3
-
-subl %eax, %esi
-. 1255 0x12345678 3
-. 29 C6 C3
-
-subl %ebp, %eax
-. 1256 0x12345678 3
-. 29 E8 C3
-
-subl %ebx, %edx
-. 1257 0x12345678 3
-. 29 DA C3
-
-subl %ecx, %eax
-. 1258 0x12345678 3
-. 29 C8 C3
-
-subl %ecx, %r11d
-. 1259 0x12345678 4
-. 41 29 CB C3
-
-subl %ecx, %r9d
-. 1260 0x12345678 4
-. 41 29 C9 C3
-
-subl %edi, %eax
-. 1261 0x12345678 3
-. 29 F8 C3
-
-subl %edi, %ecx
-. 1262 0x12345678 3
-. 29 F9 C3
-
-subl %edi, %edx
-. 1263 0x12345678 3
-. 29 FA C3
-
-subl %edi, %esi
-. 1264 0x12345678 3
-. 29 FE C3
-
-subl %edi, %r8d
-. 1265 0x12345678 4
-. 41 29 F8 C3
-
-subl %edx, %ebx
-. 1266 0x12345678 3
-. 29 D3 C3
-
-subl %esi, %eax
-. 1267 0x12345678 3
-. 29 F0 C3
-
-subl %esi, %edx
-. 1268 0x12345678 3
-. 29 F2 C3
-
-subl %esi, %r9d
-. 1269 0x12345678 4
-. 41 29 F1 C3
-
-subl %r10d, %eax
-. 1270 0x12345678 4
-. 44 29 D0 C3
-
-subl %r10d, %ecx
-. 1271 0x12345678 4
-. 44 29 D1 C3
-
-subl %r11d, %ecx
-. 1272 0x12345678 4
-. 44 29 D9 C3
-
-subl %r11d, %edi
-. 1273 0x12345678 4
-. 44 29 DF C3
-
-subl %r12d, %eax
-. 1274 0x12345678 4
-. 44 29 E0 C3
-
-subl %r12d, %ecx
-. 1275 0x12345678 4
-. 44 29 E1 C3
-
-subl %r12d, %edx
-. 1276 0x12345678 4
-. 44 29 E2 C3
-
-subl %r13d, 12(%rsp)
-. 1277 0x12345678 6
-. 44 29 6C 24 0C C3
-
-subl %r13d, %eax
-. 1278 0x12345678 4
-. 44 29 E8 C3
-
-subl %r13d, %edx
-. 1279 0x12345678 4
-. 44 29 EA C3
-
-subl %r14d, %edi
-. 1280 0x12345678 4
-. 44 29 F7 C3
-
-subl %r15d, %eax
-. 1281 0x12345678 4
-. 44 29 F8 C3
-
-subl %r15d, %edx
-. 1282 0x12345678 4
-. 44 29 FA C3
-
-subl %r15d, %r9d
-. 1283 0x12345678 4
-. 45 29 F9 C3
-
-subl %r8d, %eax
-. 1284 0x12345678 4
-. 44 29 C0 C3
-
-subl %r8d, %ecx
-. 1285 0x12345678 4
-. 44 29 C1 C3
-
-subl %r8d, %edx
-. 1286 0x12345678 4
-. 44 29 C2 C3
-
-subl %r9d, %ecx
-. 1287 0x12345678 4
-. 44 29 C9 C3
-
-subl (%rbp,%rax), %edi
-. 1288 0x12345678 5
-. 2B 7C 05 00 C3
-
-subl (%rbp,%rdx), %eax
-. 1289 0x12345678 5
-. 2B 44 15 00 C3
-
-subq $104, %rsp
-. 1290 0x12345678 5
-. 48 83 EC 68 C3
-
-subq $1304, %rsp
-. 1291 0x12345678 8
-. 48 81 EC 18 05 00 00 C3
-
-subq $2104, %rsp
-. 1292 0x12345678 8
-. 48 81 EC 38 08 00 00 C3
-
-subq $264, %rsp
-. 1293 0x12345678 8
-. 48 81 EC 08 01 00 00 C3
-
-subq $3400, %rsp
-. 1294 0x12345678 8
-. 48 81 EC 48 0D 00 00 C3
-
-subq $56, %rsp
-. 1295 0x12345678 5
-. 48 83 EC 38 C3
-
-subq $72, %rsp
-. 1296 0x12345678 5
-. 48 83 EC 48 C3
-
-subq $824, %rsp
-. 1297 0x12345678 8
-. 48 81 EC 38 03 00 00 C3
-
-subq $8, %rsp
-. 1298 0x12345678 5
-. 48 83 EC 08 C3
-
-testb $1, %al
-. 1299 0x12345678 3
-. A8 01 C3
-
-testb $1, %dil
-. 1300 0x12345678 5
-. 40 F6 C7 01 C3
-
-testb $1, %dl
-. 1301 0x12345678 4
-. F6 C2 01 C3
-
-testb %al, %al
-. 1302 0x12345678 3
-. 84 C0 C3
-
-testb %bpl, %bpl
-. 1303 0x12345678 4
-. 40 84 ED C3
-
-testl $2097152, %eax
-. 1304 0x12345678 6
-. A9 00 00 20 00 C3
-
-testl %ebp, %ebp
-. 1305 0x12345678 3
-. 85 ED C3
-
-testl %ebp, (%rbx,%rax,4)
-. 1306 0x12345678 4
-. 85 2C 83 C3
-
-testl %ebx, %ebx
-. 1307 0x12345678 3
-. 85 DB C3
-
-testl %ecx, %ecx
-. 1308 0x12345678 3
-. 85 C9 C3
-
-testl %edi, %edi
-. 1309 0x12345678 3
-. 85 FF C3
-
-testl %edi, (%rbx,%rax,4)
-. 1310 0x12345678 4
-. 85 3C 83 C3
-
-testl %edx, (%rbx,%rax,4)
-. 1311 0x12345678 4
-. 85 14 83 C3
-
-testl %esi, %esi
-. 1312 0x12345678 3
-. 85 F6 C3
-
-testl %esi, (%rbx,%rax,4)
-. 1313 0x12345678 4
-. 85 34 83 C3
-
-testl %r11d, %r11d
-. 1314 0x12345678 4
-. 45 85 DB C3
-
-testl %r13d, %r13d
-. 1315 0x12345678 4
-. 45 85 ED C3
-
-testl %r14d, %r14d
-. 1316 0x12345678 4
-. 45 85 F6 C3
-
-testl %r8d, %r8d
-. 1317 0x12345678 4
-. 45 85 C0 C3
-
-testl %r8d, (%rbx,%rax,4)
-. 1318 0x12345678 5
-. 44 85 04 83 C3
-
-xorl %edx, %eax
-. 1319 0x12345678 3
-. 31 D0 C3
-
-nop
-. 1320 0x12345678 2
-. 90 C3
-
diff --git a/VEX/orig_amd64/test1.sorted b/VEX/orig_amd64/test1.sorted
deleted file mode 100644
index 993949b..0000000
--- a/VEX/orig_amd64/test1.sorted
+++ /dev/null
@@ -1,1318 +0,0 @@
-0384941C040000 addl 1052(%rsp,%rdx,4), %eax
-034B6C addl 108(%rbx), %ecx
-83C002 addl $2, %eax
-83C202 addl $2, %edx
-83C120 addl $32, %ecx
-83C620 addl $32, %esi
-4183C431 addl $49, %r12d
-83C104 addl $4, %ecx
-034495FC addl -4(%rbp,%rdx,4), %eax
-0388B8C90000 addl 51640(%rax), %ecx
-038C05B8C90000 addl 51640(%rbp,%rax), %ecx
-038AB8C90000 addl 51640(%rdx), %ecx
-03B0BCC90000 addl 51644(%rax), %esi
-03B2BCC90000 addl 51644(%rdx), %esi
-03B8C0C90000 addl 51648(%rax), %edi
-03BAC0C90000 addl 51648(%rdx), %edi
-83C005 addl $5, %eax
-4183C605 addl $5, %r14d
-4403AC85A0020000 addl 672(%rbp,%rax,4), %r13d
-01D8 addl %ebx, %eax
-4101C9 addl %ecx, %r9d
-01D0 addl %edx, %eax
-4401E0 addl %r12d, %eax
-4501E5 addl %r12d, %r13d
-4401E8 addl %r13d, %eax
-037C8500 addl (%rbp,%rax,4), %edi
-4883C468 addq $104, %rsp
-4881C418050000 addq $1304, %rsp
-4881C438080000 addq $2104, %rsp
-4881C408010000 addq $264, %rsp
-48034320 addq 32(%rbx), %rax
-4881C4480D0000 addq $3400, %rsp
-4883C438 addq $56, %rsp
-4883C448 addq $72, %rsp
-4881C438030000 addq $824, %rsp
-4883C408 addq $8, %rsp
-4801C0 addq %rax, %rax
-4801C7 addq %rax, %rdi
-4801C2 addq %rax, %rdx
-4801E8 addq %rbp, %rax
-4801EA addq %rbp, %rdx
-4801EE addq %rbp, %rsi
-4801C8 addq %rcx, %rax
-4801D0 addq %rdx, %rax
-4801D2 addq %rdx, %rdx
-4801F2 addq %rsi, %rdx
-6601544450 addw %dx, 80(%rsp,%rax,2)
-25FFFFDFFF andl $-2097153, %eax
-81E2FFFFDFFF andl $-2097153, %edx
-4181E4FFFFDFFF andl $-2097153, %r12d
-4181E7FFFFDFFF andl $-2097153, %r15d
-4181E0FFFFDFFF andl $-2097153, %r8d
-4181E0FF000000 andl $255, %r8d
-83E0FE andl $-2, %eax
-83E11F andl $31, %ecx
-25FF7F0000 andl $32767, %eax
-21D0 andl %edx, %eax
-211483 andl %edx, (%rbx,%rax,4)
-21F2 andl %esi, %edx
-E862160000 call lalala
-99 cltd
-4898 cltq
-0F47D1 cmova %ecx, %edx
-0F43F8 cmovae %eax, %edi
-0F43F0 cmovae %eax, %esi
-0F4FC8 cmovg %eax, %ecx
-0F4FF8 cmovg %eax, %edi
-0F4FF0 cmovg %eax, %esi
-440F4FE0 cmovg %eax, %r12d
-0F4DC8 cmovge %eax, %ecx
-410F4FC5 cmovg %r13d, %eax
-440F4CE8 cmovl %eax, %r13d
-0F4EC8 cmovle %eax, %ecx
-0F4EF0 cmovle %eax, %esi
-0F45D0 cmovne %eax, %edx
-0F45D7 cmovne %edi, %edx
-80BC058000000000 cmpb $0, 128(%rbp,%rax)
-80BC178000000000 cmpb $0, 128(%rdi,%rdx)
-80BC05FA4C000000 cmpb $0, 19706(%rbp,%rax)
-80BC044008000000 cmpb $0, 2112(%rsp,%rax)
-80BC344008000000 cmpb $0, 2112(%rsp,%rsi)
-807C042000 cmpb $0, 32(%rsp,%rax)
-4138C2 cmpb %al, %r10b
-4038CE cmpb %cl, %sil
-38D1 cmpb %dl, %cl
-4038F1 cmpb %sil, %cl
-4038F2 cmpb %sil, %dl
-40383424 cmpb %sil, (%rsp)
-83BC944004000000 cmpl $0, 1088(%rsp,%rdx,4)
-837B6C00 cmpl $0, 108(%rbx)
-837F6C00 cmpl $0, 108(%rdi)
-837C240C00 cmpl $0, 12(%rsp)
-837C241400 cmpl $0, 20(%rsp)
-837C241800 cmpl $0, 24(%rsp)
-837C842000 cmpl $0, 32(%rsp,%rax,4)
-83BF8402000000 cmpl $0, 644(%rdi)
-83BD9C02000000 cmpl $0, 668(%rbp)
-41833C8600 cmpl $0, (%r14,%rax,4)
-833800 cmpl $0, (%rax)
-833C8300 cmpl $0, (%rbx,%rax,4)
-833F00 cmpl $0, (%rdi)
-833E00 cmpl $0, (%rsi)
-83F965 cmpl $101, %ecx
-443BA4BC40040000 cmpl 1088(%rsp,%rdi,4), %r12d
-443BA49440040000 cmpl 1088(%rsp,%rdx,4), %r12d
-3B536C cmpl 108(%rbx), %edx
-443B4B6C cmpl 108(%rbx), %r9d
-81BD9C020000AF040000 cmpl $1199, 668(%rbp)
-443B437C cmpl 124(%rbx), %r8d
-3B54240C cmpl 12(%rsp), %edx
-837B30FF cmpl $-1, 48(%rbx)
-4183FD0E cmpl $14, %r13d
-83FF0F cmpl $15, %edi
-4183F80F cmpl $15, %r8d
-83BB9002000001 cmpl $1, 656(%rbx)
-83BB9402000001 cmpl $1, 660(%rbx)
-83BF9402000001 cmpl $1, 660(%rdi)
-3B542410 cmpl 16(%rsp), %edx
-4183FC11 cmpl $17, %r12d
-817C241852460000 cmpl $18002, 24(%rsp)
-81BD9C020000C7000000 cmpl $199, 668(%rbp)
-83F813 cmpl $19, %eax
-83FB01 cmpl $1, %ebx
-83F9FF cmpl $-1, %ecx
-83FF01 cmpl $1, %edi
-83FA01 cmpl $1, %edx
-83FEFF cmpl $-1, %esi
-83FE01 cmpl $1, %esi
-4183FDFF cmpl $-1, %r13d
-4183FD01 cmpl $1, %r13d
-4183F9FF cmpl $-1, %r9d
-833C83FF cmpl $-1, (%rbx,%rax,4)
-3B7C2414 cmpl 20(%rsp), %edi
-3B542414 cmpl 20(%rsp), %edx
-81BD9C0200005F090000 cmpl $2399, 668(%rbp)
-3B5C2418 cmpl 24(%rsp), %ebx
-3B7C2418 cmpl 24(%rsp), %edi
-81FBFE000000 cmpl $254, %ebx
-81FBFF000000 cmpl $255, %ebx
-81F9FF000000 cmpl $255, %ecx
-81FFFF000000 cmpl $255, %edi
-81FAFF000000 cmpl $255, %edx
-4181FCFF000000 cmpl $255, %r12d
-81FF00010000 cmpl $256, %edi
-81FE00010000 cmpl $256, %esi
-83BD9002000002 cmpl $2, 656(%rbp)
-83BF9002000002 cmpl $2, 656(%rdi)
-3B7C241C cmpl 28(%rsp), %edi
-443B64241C cmpl 28(%rsp), %r12d
-443B6C241C cmpl 28(%rsp), %r13d
-83FB02 cmpl $2, %ebx
-4183FD02 cmpl $2, %r13d
-83FF1F cmpl $31, %edi
-837C241403 cmpl $3, 20(%rsp)
-837C242003 cmpl $3, 32(%rsp)
-83FB21 cmpl $33, %ebx
-4183F921 cmpl $33, %r9d
-83F803 cmpl $3, %eax
-4183FD03 cmpl $3, %r13d
-4183F803 cmpl $3, %r8d
-4183F903 cmpl $3, %r9d
-83F831 cmpl $49, %eax
-81BD9C02000057020000 cmpl $599, 668(%rbp)
-83FB05 cmpl $5, %ebx
-443B648440 cmpl 64(%rsp,%rax,4), %r12d
-443B64BC40 cmpl 64(%rsp,%rdi,4), %r12d
-3B449440 cmpl 64(%rsp,%rdx,4), %eax
-3DFEFF0000 cmpl $65534, %eax
-81FAFEFF0000 cmpl $65534, %edx
-3DFFFF0000 cmpl $65535, %eax
-81FB00000100 cmpl $65536, %ebx
-3B959C020000 cmpl 668(%rbp), %edx
-443BA59C020000 cmpl 668(%rbp), %r12d
-4183FE06 cmpl $6, %r14d
-4183BB8402000007 cmpl $7, 644(%r11)
-83BD8402000007 cmpl $7, 644(%rbp)
-83BB8402000007 cmpl $7, 644(%rbx)
-83BF8402000007 cmpl $7, 644(%rdi)
-83BE8402000007 cmpl $7, 644(%rsi)
-4183FE07 cmpl $7, %r14d
-837C240C63 cmpl $99, 12(%rsp)
-837C241863 cmpl $99, 24(%rsp)
-81FD0F270000 cmpl $9999, %ebp
-83F809 cmpl $9, %eax
-39449440 cmpl %eax, 64(%rsp,%rdx,4)
-39C1 cmpl %eax, %ecx
-39C7 cmpl %eax, %edi
-39C2 cmpl %eax, %edx
-39C6 cmpl %eax, %esi
-4139C5 cmpl %eax, %r13d
-4139C0 cmpl %eax, %r8d
-39EF cmpl %ebp, %edi
-4139EC cmpl %ebp, %r12d
-39C8 cmpl %ecx, %eax
-4139CD cmpl %ecx, %r13d
-39F8 cmpl %edi, %eax
-4139FA cmpl %edi, %r10d
-39D1 cmpl %edx, %ecx
-39D7 cmpl %edx, %edi
-391578563412 cmpl %edx, 0x12345678(%rip)
-4139D4 cmpl %edx, %r12d
-4139D1 cmpl %edx, %r9d
-391481 cmpl %edx, (%rcx,%rax,4)
-4539D1 cmpl %r10d, %r9d
-453B0482 cmpl (%r10,%rax,4), %r8d
-4439D9 cmpl %r11d, %ecx
-4439E0 cmpl %r12d, %eax
-4439E5 cmpl %r12d, %ebp
-4439E7 cmpl %r12d, %edi
-44396C2410 cmpl %r13d, 16(%rsp)
-4439E8 cmpl %r13d, %eax
-4439ED cmpl %r13d, %ebp
-4439EF cmpl %r13d, %edi
-4439EA cmpl %r13d, %edx
-4539EC cmpl %r13d, %r12d
-4439F0 cmpl %r14d, %eax
-4439F3 cmpl %r14d, %ebx
-4439F7 cmpl %r14d, %edi
-4539F4 cmpl %r14d, %r12d
-4539F5 cmpl %r14d, %r13d
-4539FE cmpl %r15d, %r14d
-4439C7 cmpl %r8d, %edi
-4439C6 cmpl %r8d, %esi
-4439CA cmpl %r9d, %edx
-664139C2 cmpw %ax, %r10w
-FF4C240C decl 12(%rsp)
-FF4C2418 decl 24(%rsp)
-FF4C8420 decl 32(%rsp,%rax,4)
-FFC8 decl %eax
-FFCD decl %ebp
-FFCB decl %ebx
-FFC9 decl %ecx
-FFCF decl %edi
-FFCE decl %esi
-41FFCA decl %r10d
-41FFCB decl %r11d
-41FFCC decl %r12d
-41FFC8 decl %r8d
-41FF09 decl (%r9)
-F7FB idivl %ebx
-69442408C51D0000 imull $7621, 8(%rsp), %eax
-440FAFE0 imull %eax, %r12d
-4869C056555555 imulq $1431655766, %rax, %rax
-480FAFC2 imulq %rdx, %rax
-FF848420040000 incl 1056(%rsp,%rax,4)
-41FF4374 incl 116(%r11)
-FF4774 incl 116(%rdi)
-FF4674 incl 116(%rsi)
-FF477C incl 124(%rdi)
-FF44240C incl 12(%rsp)
-FF442418 incl 24(%rsp)
-FF848588B10000 incl 45448(%rbp,%rax,4)
-FF849588B10000 incl 45448(%rbp,%rdx,4)
-FF44B430 incl 48(%rsp,%rsi,4)
-FF83A0020000 incl 672(%rbx)
-FF8483A0020000 incl 672(%rbx,%rax,4)
-FF83A4020000 incl 676(%rbx)
-FF8483A4020000 incl 676(%rbx,%rax,4)
-FFC0 incl %eax
-FFC5 incl %ebp
-FFC3 incl %ebx
-FFC1 incl %ecx
-FFC7 incl %edi
-FFC2 incl %edx
-FFC6 incl %esi
-41FFC2 incl %r10d
-41FFC3 incl %r11d
-41FFC4 incl %r12d
-41FFC5 incl %r13d
-41FFC6 incl %r14d
-41FFC0 incl %r8d
-41FFC1 incl %r9d
-FF448500 incl (%rbp,%rax,4)
-48FFC2 incq %rdx
-0F87DD120000 ja lalala
-0F86D7120000 jbe lalala
-0F84D1120000 je lalala
-0F8DCB120000 jge lalala
-0F8FC5120000 jg lalala
-0F8EBF120000 jle lalala
-0F8CB9120000 jl lalala
-E9B4120000 jmp lalala
-0F85AE120000 jne lalala
-0F89A8120000 jns lalala
-0F88A2120000 js lalala
-418D7BFF leal -1(%r11), %edi
-418D4404FF leal -1(%r12,%rax), %eax
-418D4501 leal 1(%r13), %eax
-418D5501 leal 1(%r13), %edx
-418D5001 leal 1(%r8), %edx
-8D7001 leal 1(%rax), %esi
-448D70FF leal -1(%rax), %r14d
-468D440001 leal 1(%rax,%r8), %r8d
-8D4C0801 leal 1(%rax,%rcx), %ecx
-8D7501 leal 1(%rbp), %esi
-8D43FF leal -1(%rbx), %eax
-8D41FF leal -1(%rcx), %eax
-8D4101 leal 1(%rcx), %eax
-8D4701 leal 1(%rdi), %eax
-8D4F01 leal 1(%rdi), %ecx
-8D42FF leal -1(%rdx), %eax
-8D4201 leal 1(%rdx), %eax
-8D6EFF leal -1(%rsi), %ebp
-448D66FF leal -1(%rsi), %r12d
-448D4EFF leal -1(%rsi), %r9d
-8D43FE leal -2(%rbx), %eax
-8D47FE leal -2(%rdi), %eax
-418D451F leal 31(%r13), %eax
-8D5522 leal 34(%rbp), %edx
-8D4523 leal 35(%rbp), %eax
-8D43FD leal -3(%rbx), %eax
-8D7030 leal 48(%rax), %esi
-418D7EFC leal -4(%r14), %edi
-8D4F04 leal 4(%rdi), %ecx
-8D4107 leal 7(%rcx), %eax
-458D5808 leal 8(%r8), %r11d
-438D0C2A leal (%r10,%r13), %ecx
-438D0404 leal (%r12,%r8), %eax
-418D547D00 leal (%r13,%rdi,2), %edx
-418D443500 leal (%r13,%rsi), %eax
-438D042E leal (%r14,%r13), %eax
-438D0410 leal (%r8,%r10), %eax
-418D0410 leal (%r8,%rdx), %eax
-438D3C39 leal (%r9,%r15), %edi
-428D0410 leal (%rax,%r10), %eax
-468D3C30 leal (%rax,%r14), %r15d
-428D0400 leal (%rax,%r8), %eax
-428D0408 leal (%rax,%r9), %eax
-8D0440 leal (%rax,%rax,2), %eax
-8D0438 leal (%rax,%rdi), %eax
-8D0410 leal (%rax,%rdx), %eax
-428D0409 leal (%rcx,%r9), %eax
-428D042F leal (%rdi,%r13), %eax
-428D042A leal (%rdx,%r13), %eax
-428D1402 leal (%rdx,%r8), %edx
-428D140A leal (%rdx,%r9), %edx
-8D040A leal (%rdx,%rcx), %eax
-8D143A leal (%rdx,%rdi), %edx
-428D042E leal (%rsi,%r13), %eax
-428D043E leal (%rsi,%r15), %eax
-8D040E leal (%rsi,%rcx), %eax
-8D0476 leal (%rsi,%rsi,2), %eax
-498D5301 leaq 1(%r11), %rdx
-488D442414 leaq 20(%rsp), %rax
-4C8D940140930000 leaq 37696(%rcx,%rax), %r10
-4C8D8C0140930000 leaq 37696(%rcx,%rax), %r9
-488DBC454C930000 leaq 37708(%rbp,%rax,2), %rdi
-488DBC7D4C930000 leaq 37708(%rbp,%rdi,2), %rdi
-488DB47D4C930000 leaq 37708(%rbp,%rdi,2), %rsi
-4C8D84C558990000 leaq 39256(%rbp,%rax,8), %r8
-488DBCFD58990000 leaq 39256(%rbp,%rdi,8), %rdi
-488DB4FD88B10000 leaq 45448(%rbp,%rdi,8), %rsi
-488D1400 leaq (%rax,%rax), %rdx
-488D0410 leaq (%rax,%rdx), %rax
-4C8D6C4500 leaq (%rbp,%rax,2), %r13
-488D444500 leaq (%rbp,%rax,2), %rax
-488D4C4500 leaq (%rbp,%rax,2), %rcx
-488D544500 leaq (%rbp,%rax,2), %rdx
-488D540500 leaq (%rbp,%rax), %rdx
-488D545500 leaq (%rbp,%rdx,2), %rdx
-488D1432 leaq (%rdx,%rsi), %rdx
-C684044008000000 movb $0, 2112(%rsp,%rax)
-C644042000 movb $0, 32(%rsp,%rax)
-C684084A92000000 movb $0, 37450(%rax,%rcx)
-C684044008000001 movb $1, 2112(%rsp,%rax)
-C6440C2001 movb $1, 32(%rsp,%rcx)
-C684084A9200000F movb $15, 37450(%rax,%rcx)
-C684104C9300000F movb $15, 37708(%rax,%rdx)
-88442401 movb %al, 1(%rsp)
-88841780010000 movb %al, 384(%rdi,%rdx)
-880411 movb %al, (%rcx,%rdx)
-8802 movb %al, (%rdx)
-884C2420 movb %cl, 32(%rsp)
-880C24 movb %cl, (%rsp)
-40887C0420 movb %dil, 32(%rsp,%rax)
-889405A8060000 movb %dl, 1704(%rbp,%rax)
-88540420 movb %dl, 32(%rsp,%rax)
-881430 movb %dl, (%rax,%rsi)
-44888405FA4C0000 movb %r8b, 19706(%rbp,%rax)
-44880C04 movb %r9b, (%rsp,%rax)
-89C0 mov %eax, %eax
-89F8 mov %edi, %eax
-89F0 mov %esi, %eax
-C784842004000000000000 movl $0, 1056(%rsp,%rax,4)
-C7477400000000 movl $0, 116(%rdi)
-C7477C00000000 movl $0, 124(%rdi)
-C744240C00000000 movl $0, 12(%rsp)
-C744241800000000 movl $0, 24(%rsp)
-C744241C00000000 movl $0, 28(%rsp)
-C7848588B1000000000000 movl $0, 45448(%rbp,%rax,4)
-C744843000000000 movl $0, 48(%rsp,%rax,4)
-C7878002000000000000 movl $0, 640(%rdi)
-C7878402000000000000 movl $0, 644(%rdi)
-C78483A002000000000000 movl $0, 672(%rbx,%rax,4)
-C744240800000000 movl $0, 8(%rsp)
-B800000000 movl $0, %eax
-BB00000000 movl $0, %ebx
-B900000000 movl $0, %ecx
-BF00000000 movl $0, %edi
-BA00000000 movl $0, %edx
-41BC00000000 movl $0, %r12d
-41BD00000000 movl $0, %r13d
-41B800000000 movl $0, %r8d
-41B900000000 movl $0, %r9d
-C744850000000000 movl $0, (%rbp,%rax,4)
-C7048300000000 movl $0, (%rbx,%rax,4)
-BFE9030000 movl $1001, %edi
-BFEA030000 movl $1002, %edi
-BFEB030000 movl $1003, %edi
-BFEC030000 movl $1004, %edi
-BFED030000 movl $1005, %edi
-BFEE030000 movl $1006, %edi
-BFEF030000 movl $1007, %edi
-B864000000 movl $100, %eax
-BE68000000 movl $104, %esi
-8B8C8420040000 movl 1056(%rsp,%rax,4), %ecx
-8BB48420040000 movl 1056(%rsp,%rax,4), %esi
-8B849420040000 movl 1056(%rsp,%rdx,4), %eax
-8B849440040000 movl 1088(%rsp,%rdx,4), %eax
-8B84B440040000 movl 1088(%rsp,%rsi,4), %eax
-448B4B6C movl 108(%rbx), %r9d
-8B6F6C movl 108(%rdi), %ebp
-8B576C movl 108(%rdi), %edx
-BF0A000000 movl $10, %edi
-C744240C01000000 movl $1, 12(%rsp)
-8B442470 movl 112(%rsp), %eax
-8B7C2470 movl 112(%rsp), %edi
-BE72000000 movl $114, %esi
-8B4574 movl 116(%rbp), %eax
-8B5574 movl 116(%rbp), %edx
-C744241001000000 movl $1, 16(%rsp)
-8B457C movl 124(%rbp), %eax
-8B537C movl 124(%rbx), %edx
-448B537C movl 124(%rbx), %r10d
-448B477C movl 124(%rdi), %r8d
-C744241801000000 movl $1, 24(%rsp)
-8B44240C movl 12(%rsp), %eax
-8B54240C movl 12(%rsp), %edx
-448B44240C movl 12(%rsp), %r8d
-8B842450050000 movl 1360(%rsp), %eax
-BE90000000 movl $144, %esi
-C74330FFFFFFFF movl $-1, 48(%rbx)
-41B80F000000 movl $15, %r8d
-8B542410 movl 16(%rsp), %edx
-448B748410 movl 16(%rsp,%rax,4), %r14d
-B911000000 movl $17, %ecx
-B801000000 movl $1, %eax
-BDFFFFFFFF movl $-1, %ebp
-BB01000000 movl $1, %ebx
-B9FFFFFFFF movl $-1, %ecx
-BF01000000 movl $1, %edi
-BAFFFFFFFF movl $-1, %edx
-BA01000000 movl $1, %edx
-BE01000000 movl $1, %esi
-41BE01000000 movl $1, %r14d
-41B801000000 movl $1, %r8d
-41B901000000 movl $1, %r9d
-BEFFFFDFFF movl $-2097153, %esi
-8B442414 movl 20(%rsp), %eax
-8B4C2414 movl 20(%rsp), %ecx
-8B542414 movl 20(%rsp), %edx
-8B742414 movl 20(%rsp), %esi
-448B5C2414 movl 20(%rsp), %r11d
-448B642414 movl 20(%rsp), %r12d
-448B442414 movl 20(%rsp), %r8d
-448B4C2414 movl 20(%rsp), %r9d
-8B848440090000 movl 2368(%rsp,%rax,4), %eax
-8B948440090000 movl 2368(%rsp,%rax,4), %edx
-448BAC8440090000 movl 2368(%rsp,%rax,4), %r13d
-448B848440090000 movl 2368(%rsp,%rax,4), %r8d
-BE17000000 movl $23, %esi
-41B818000000 movl $24, %r8d
-8B4C2418 movl 24(%rsp), %ecx
-8B7C2418 movl 24(%rsp), %edi
-448B442418 movl 24(%rsp), %r8d
-BA1B000000 movl $27, %edx
-BAABAAAAAA movl $2863311531, %edx
-8B4C241C movl 28(%rsp), %ecx
-8B7C241C movl 28(%rsp), %edi
-8B54241C movl 28(%rsp), %edx
-448B64241C movl 28(%rsp), %r12d
-41BA02000000 movl $2, %r10d
-41BE02000000 movl $2, %r14d
-41B902000000 movl $2, %r9d
-C7042402000000 movl $2, (%rsp)
-BFB90B0000 movl $3001, %edi
-BFBA0B0000 movl $3002, %edi
-BFBB0B0000 movl $3003, %edi
-BFBC0B0000 movl $3004, %edi
-BFBD0B0000 movl $3005, %edi
-BFBE0B0000 movl $3006, %edi
-BFBF0B0000 movl $3007, %edi
-41BD20000000 movl $32, %r13d
-8B442420 movl 32(%rsp), %eax
-448B6C2420 movl 32(%rsp), %r13d
-BA21000000 movl $33, %edx
-8B442424 movl 36(%rsp), %eax
-8B5C2424 movl 36(%rsp), %ebx
-8B4C2424 movl 36(%rsp), %ecx
-8B542424 movl 36(%rsp), %edx
-8B742424 movl 36(%rsp), %esi
-448B442424 movl 36(%rsp), %r8d
-BE26000000 movl $38, %esi
-448B8C8558990000 movl 39256(%rbp,%rax,4), %r9d
-41BC03000000 movl $3, %r12d
-41BE03000000 movl $3, %r14d
-41B803000000 movl $3, %r8d
-448BAC84A0010000 movl 416(%rsp,%rax,4), %r13d
-8B7B30 movl 48(%rbx), %edi
-8B442430 movl 48(%rsp), %eax
-8B542430 movl 48(%rsp), %edx
-8B548430 movl 48(%rsp,%rax,4), %edx
-8B9484F0010000 movl 496(%rsp,%rax,4), %edx
-BE31000000 movl $49, %esi
-41BE04000000 movl $4, %r14d
-8B448504 movl 4(%rbp,%rax,4), %eax
-8B449504 movl 4(%rbp,%rdx,4), %eax
-8B88B8C90000 movl 51640(%rax), %ecx
-8BB0BCC90000 movl 51644(%rax), %esi
-8BB8C0C90000 movl 51648(%rax), %edi
-8B442434 movl 52(%rsp), %eax
-8B542434 movl 52(%rsp), %edx
-BA35000000 movl $53, %edx
-BE38000000 movl $56, %esi
-8B442438 movl 56(%rsp), %eax
-418B8384020000 movl 644(%r11), %eax
-8B8784020000 movl 644(%rdi), %eax
-8B8684020000 movl 644(%rsi), %eax
-8B9684020000 movl 644(%rsi), %edx
-8B8B88020000 movl 648(%rbx), %ecx
-8BB388020000 movl 648(%rbx), %esi
-8B9788020000 movl 648(%rdi), %edx
-8B442440 movl 64(%rsp), %eax
-448B442440 movl 64(%rsp), %r8d
-8B44B440 movl 64(%rsp,%rsi,4), %eax
-8B938C020000 movl 652(%rbx), %edx
-8BB38C020000 movl 652(%rbx), %esi
-448B838C020000 movl 652(%rbx), %r8d
-8B878C020000 movl 652(%rdi), %eax
-BB00000100 movl $65536, %ebx
-448BAF90020000 movl 656(%rdi), %r13d
-BE41000000 movl $65, %esi
-8B9394020000 movl 660(%rbx), %edx
-8B959C020000 movl 668(%rbp), %edx
-448BA59C020000 movl 668(%rbp), %r12d
-8B8F9C020000 movl 668(%rdi), %ecx
-BE42000000 movl $66, %esi
-8B442444 movl 68(%rsp), %eax
-8B742444 movl 68(%rsp), %esi
-BE45000000 movl $69, %esi
-8B442448 movl 72(%rsp), %eax
-8B742448 movl 72(%rsp), %esi
-BE50000000 movl $80, %esi
-8B442450 movl 80(%rsp), %eax
-8B7C2450 movl 80(%rsp), %edi
-BE53000000 movl $83, %esi
-8B442454 movl 84(%rsp), %eax
-8B4C2454 movl 84(%rsp), %ecx
-8B7C2454 movl 84(%rsp), %edi
-8B4F58 movl 88(%rdi), %ecx
-8B442458 movl 88(%rsp), %eax
-8B4C2458 movl 88(%rsp), %ecx
-448BBC8480030000 movl 896(%rsp,%rax,4), %r15d
-BE59000000 movl $89, %esi
-41B808000000 movl $8, %r8d
-41B908000000 movl $8, %r9d
-8B542408 movl 8(%rsp), %edx
-BE5A000000 movl $90, %esi
-448B6C8460 movl 96(%rsp,%rax,4), %r13d
-B9FFC99A3B movl $999999999, %ecx
-89849420040000 movl %eax, 1056(%rsp,%rdx,4)
-8984B440040000 movl %eax, 1088(%rsp,%rsi,4)
-8944240C movl %eax, 12(%rsp)
-894496F0 movl %eax, -16(%rsi,%rdx,4)
-89442410 movl %eax, 16(%rsp)
-89442414 movl %eax, 20(%rsp)
-89848C40090000 movl %eax, 2368(%rsp,%rcx,4)
-8944241C movl %eax, 28(%rsp)
-89449420 movl %eax, 32(%rsp,%rdx,4)
-89442430 movl %eax, 48(%rsp)
-898494F0010000 movl %eax, 496(%rsp,%rdx,4)
-894496FC movl %eax, -4(%rsi,%rdx,4)
-8986B8C90000 movl %eax, 51640(%rsi)
-8986BCC90000 movl %eax, 51644(%rsi)
-8986C0C90000 movl %eax, 51648(%rsi)
-89442434 movl %eax, 52(%rsp)
-89442438 movl %eax, 56(%rsp)
-41898384020000 movl %eax, 644(%r11)
-898784020000 movl %eax, 644(%rdi)
-898684020000 movl %eax, 644(%rsi)
-89448C40 movl %eax, 64(%rsp,%rcx,4)
-8944B440 movl %eax, 64(%rsp,%rsi,4)
-89878C020000 movl %eax, 652(%rdi)
-89442448 movl %eax, 72(%rsp)
-89442458 movl %eax, 88(%rsp)
-89849480030000 movl %eax, 896(%rsp,%rdx,4)
-89442408 movl %eax, 8(%rsp)
-89442460 movl %eax, 96(%rsp)
-89449460 movl %eax, 96(%rsp,%rdx,4)
-89C1 movl %eax, %ecx
-89C7 movl %eax, %edi
-89C2 movl %eax, %edx
-89C6 movl %eax, %esi
-4189C7 movl %eax, %r15d
-89448D00 movl %eax, (%rbp,%rcx,4)
-89449500 movl %eax, (%rbp,%rdx,4)
-89048B movl %eax, (%rbx,%rcx,4)
-8904B3 movl %eax, (%rbx,%rsi,4)
-890497 movl %eax, (%rdi,%rdx,4)
-89E8 movl %ebp, %eax
-89E9 movl %ebp, %ecx
-89EE movl %ebp, %esi
-4189EC movl %ebp, %r12d
-4189E8 movl %ebp, %r8d
-899C8440090000 movl %ebx, 2368(%rsp,%rax,4)
-89D8 movl %ebx, %eax
-89DA movl %ebx, %edx
-89DE movl %ebx, %esi
-4189DC movl %ebx, %r12d
-4189D8 movl %ebx, %r8d
-891C87 movl %ebx, (%rdi,%rax,4)
-894C2410 movl %ecx, 16(%rsp)
-894C8410 movl %ecx, 16(%rsp,%rax,4)
-894C2418 movl %ecx, 24(%rsp)
-894C241C movl %ecx, 28(%rsp)
-894C2424 movl %ecx, 36(%rsp)
-894C2450 movl %ecx, 80(%rsp)
-894C2454 movl %ecx, 84(%rsp)
-89C8 movl %ecx, %eax
-89CB movl %ecx, %ebx
-89CF movl %ecx, %edi
-89CA movl %ecx, %edx
-4189CC movl %ecx, %r12d
-4189CD movl %ecx, %r13d
-4189C8 movl %ecx, %r8d
-41890C90 movl %ecx, (%r8,%rdx,4)
-890C93 movl %ecx, (%rbx,%rdx,4)
-897C2440 movl %edi, 64(%rsp)
-897C2444 movl %edi, 68(%rsp)
-897C2454 movl %edi, 84(%rsp)
-897C2458 movl %edi, 88(%rsp)
-89F8 movl %edi, %eax
-89F9 movl %edi, %ecx
-89FA movl %edi, %edx
-4189FA movl %edi, %r10d
-4189FB movl %edi, %r11d
-893C86 movl %edi, (%rsi,%rax,4)
-89948C40040000 movl %edx, 1088(%rsp,%rcx,4)
-8954240C movl %edx, 12(%rsp)
-89542410 movl %edx, 16(%rsp)
-89542414 movl %edx, 20(%rsp)
-899424A0010000 movl %edx, 416(%rsp)
-895330 movl %edx, 48(%rbx)
-899484F0010000 movl %edx, 496(%rsp,%rax,4)
-89542434 movl %edx, 52(%rsp)
-89542438 movl %edx, 56(%rsp)
-899684020000 movl %edx, 644(%rsi)
-899788020000 movl %edx, 648(%rdi)
-89548460 movl %edx, 96(%rsp,%rax,4)
-89D0 movl %edx, %eax
-89D5 movl %edx, %ebp
-89D3 movl %edx, %ebx
-89D1 movl %edx, %ecx
-89D7 movl %edx, %edi
-89D6 movl %edx, %esi
-4189D4 movl %edx, %r12d
-41891487 movl %edx, (%r15,%rax,4)
-89B48420040000 movl %esi, 1056(%rsp,%rax,4)
-89B484A0010000 movl %esi, 416(%rsp,%rax,4)
-89742440 movl %esi, 64(%rsp)
-89742444 movl %esi, 68(%rsp)
-89F0 movl %esi, %eax
-89F5 movl %esi, %ebp
-89F3 movl %esi, %ebx
-89F1 movl %esi, %ecx
-89F2 movl %esi, %edx
-4189F0 movl %esi, %r8d
-893493 movl %esi, (%rbx,%rdx,4)
-448B248539300000 movl 12345(,%rax,4), %r12d
-BE78563412 movl $0x12345678, %esi
-4489D1 movl %r10d, %ecx
-4589D3 movl %r10d, %r11d
-4589D1 movl %r10d, %r9d
-458B0482 movl (%r10,%rax,4), %r8d
-4489642414 movl %r12d, 20(%rsp)
-448964241C movl %r12d, 28(%rsp)
-4489E0 movl %r12d, %eax
-4489E1 movl %r12d, %ecx
-4489E7 movl %r12d, %edi
-4489E2 movl %r12d, %edx
-4489E6 movl %r12d, %esi
-4589E2 movl %r12d, %r10d
-4589E0 movl %r12d, %r8d
-4489648500 movl %r12d, (%rbp,%rax,4)
-418B0C84 movl (%r12,%rax,4), %ecx
-4489AC84A0010000 movl %r13d, 416(%rsp,%rax,4)
-44896C2430 movl %r13d, 48(%rsp)
-44896C2434 movl %r13d, 52(%rsp)
-4489E8 movl %r13d, %eax
-4489ED movl %r13d, %ebp
-4489EB movl %r13d, %ebx
-4489EA movl %r13d, %edx
-4589EA movl %r13d, %r10d
-4589EB movl %r13d, %r11d
-4589EC movl %r13d, %r12d
-4589E8 movl %r13d, %r8d
-4589E9 movl %r13d, %r9d
-44892C24 movl %r13d, (%rsp)
-4489748410 movl %r14d, 16(%rsp,%rax,4)
-4489F0 movl %r14d, %eax
-4489F5 movl %r14d, %ebp
-4489F3 movl %r14d, %ebx
-4489F7 movl %r14d, %edi
-4489F2 movl %r14d, %edx
-4489F6 movl %r14d, %esi
-4589F3 movl %r14d, %r11d
-4589F0 movl %r14d, %r8d
-4589F1 movl %r14d, %r9d
-4489748500 movl %r14d, (%rbp,%rax,4)
-44897C2450 movl %r15d, 80(%rsp)
-44897C2454 movl %r15d, 84(%rsp)
-4489BC8480030000 movl %r15d, 896(%rsp,%rax,4)
-4489FD movl %r15d, %ebp
-4489FE movl %r15d, %esi
-4589FE movl %r15d, %r14d
-4589F8 movl %r15d, %r8d
-4589F9 movl %r15d, %r9d
-418B0487 movl (%r15,%rax,4), %eax
-418B1487 movl (%r15,%rax,4), %edx
-458B0487 movl (%r15,%rax,4), %r8d
-448944240C movl %r8d, 12(%rsp)
-4489442414 movl %r8d, 20(%rsp)
-4489848440090000 movl %r8d, 2368(%rsp,%rax,4)
-4489442420 movl %r8d, 32(%rsp)
-4489442424 movl %r8d, 36(%rsp)
-4489839C020000 movl %r8d, 668(%rbx)
-4489442444 movl %r8d, 68(%rsp)
-4489442448 movl %r8d, 72(%rsp)
-4489842480030000 movl %r8d, 896(%rsp)
-4489C2 movl %r8d, %edx
-4489C6 movl %r8d, %esi
-418B0C80 movl (%r8,%rax,4), %ecx
-458B1480 movl (%r8,%rax,4), %r10d
-458B0480 movl (%r8,%rax,4), %r8d
-44894C86F0 movl %r9d, -16(%rsi,%rax,4)
-44894C241C movl %r9d, 28(%rsp)
-44894C2420 movl %r9d, 32(%rsp)
-44898C24F0010000 movl %r9d, 496(%rsp)
-44894C86FC movl %r9d, -4(%rsi,%rax,4)
-4489CD movl %r9d, %ebp
-4489C9 movl %r9d, %ecx
-4489CF movl %r9d, %edi
-4489CA movl %r9d, %edx
-4589C8 movl %r9d, %r8d
-8B448500 movl (%rbp,%rax,4), %eax
-8B548500 movl (%rbp,%rax,4), %edx
-448B648500 movl (%rbp,%rax,4), %r12d
-448B748500 movl (%rbp,%rax,4), %r14d
-8B440500 movl (%rbp,%rax), %eax
-8B540500 movl (%rbp,%rax), %edx
-448B640500 movl (%rbp,%rax), %r12d
-448B440500 movl (%rbp,%rax), %r8d
-8B449500 movl (%rbp,%rdx,4), %eax
-8B541500 movl (%rbp,%rdx), %edx
-8B3C83 movl (%rbx,%rax,4), %edi
-8B1483 movl (%rbx,%rax,4), %edx
-8B348B movl (%rbx,%rcx,4), %esi
-8B0493 movl (%rbx,%rdx,4), %eax
-8B0CB3 movl (%rbx,%rsi,4), %ecx
-8B0C82 movl (%rdx,%rax,4), %ecx
-448B0C86 movl (%rsi,%rax,4), %r9d
-8B0496 movl (%rsi,%rdx,4), %eax
-4C8B4C2478 movq 120(%rsp), %r9
-488B442478 movq 120(%rsp), %rax
-488BBC2458050000 movq 1368(%rsp), %rdi
-488BB42458050000 movq 1368(%rsp), %rsi
-488B7B18 movq 24(%rbx), %rdi
-488B6C2418 movq 24(%rsp), %rbp
-488B5C2418 movq 24(%rsp), %rbx
-488B4C2418 movq 24(%rsp), %rcx
-488B7C2418 movq 24(%rsp), %rdi
-488B542418 movq 24(%rsp), %rdx
-488B742418 movq 24(%rsp), %rsi
-488B7320 movq 32(%rbx), %rsi
-488B6C2420 movq 32(%rsp), %rbp
-488B542420 movq 32(%rsp), %rdx
-488B9424800D0000 movq 3456(%rsp), %rdx
-488BB424800D0000 movq 3456(%rsp), %rsi
-4C8B7F28 movq 40(%rdi), %r15
-4C8B642428 movq 40(%rsp), %r12
-4C8B442428 movq 40(%rsp), %r8
-488B4C2428 movq 40(%rsp), %rcx
-488B7C2428 movq 40(%rsp), %rdi
-488B542428 movq 40(%rsp), %rdx
-488B742428 movq 40(%rsp), %rsi
-4C8B6C2430 movq 48(%rsp), %r13
-4C8B442430 movq 48(%rsp), %r8
-488B442430 movq 48(%rsp), %rax
-488B4C2430 movq 48(%rsp), %rcx
-488B542430 movq 48(%rsp), %rdx
-488B742430 movq 48(%rsp), %rsi
-4C8B6738 movq 56(%rdi), %r12
-4C8B7738 movq 56(%rdi), %r14
-4C8B742438 movq 56(%rsp), %r14
-4C8B442438 movq 56(%rsp), %r8
-488B7C2438 movq 56(%rsp), %rdi
-488B542438 movq 56(%rsp), %rdx
-488B742438 movq 56(%rsp), %rsi
-4C8B6F40 movq 64(%rdi), %r13
-488B7740 movq 64(%rdi), %rsi
-4C8B7C2440 movq 64(%rsp), %r15
-4C8B7F48 movq 72(%rdi), %r15
-488B6F48 movq 72(%rdi), %rbp
-498B5350 movq 80(%r11), %rdx
-488B5750 movq 80(%rdi), %rdx
-488B5650 movq 80(%rsi), %rdx
-4C896424E0 movq %r12, -32(%rsp)
-4C896C24E8 movq %r13, -24(%rsp)
-4C897424F0 movq %r14, -16(%rsp)
-4C89F7 movq %r14, %rdi
-4C897C24F8 movq %r15, -8(%rsp)
-4D89FA movq %r15, %r10
-4C89F9 movq %r15, %rcx
-4C89FA movq %r15, %rdx
-4C89FE movq %r15, %rsi
-48894350 movq %rax, 80(%rbx)
-4989C2 movq %rax, %r10
-4889C1 movq %rax, %rcx
-4889C7 movq %rax, %rdi
-4889C2 movq %rax, %rdx
-48890424 movq %rax, (%rsp)
-48896C24D8 movq %rbp, -40(%rsp)
-4989EB movq %rbp, %r11
-4889EE movq %rbp, %rsi
-48895C24D0 movq %rbx, -48(%rsp)
-4889DF movq %rbx, %rdi
-4889DE movq %rbx, %rsi
-4889CD movq %rcx, %rbp
-4889CE movq %rcx, %rsi
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-48897C2438 movq %rdi, 56(%rsp)
-4889FD movq %rdi, %rbp
-4889FB movq %rdi, %rbx
-4889FE movq %rdi, %rsi
-4889542420 movq %rdx, 32(%rsp)
-4889542428 movq %rdx, 40(%rsp)
-4889542408 movq %rdx, 8(%rsp)
-4889D0 movq %rdx, %rax
-4889D3 movq %rdx, %rbx
-4889D7 movq %rdx, %rdi
-4889742428 movq %rsi, 40(%rsp)
-4889742430 movq %rsi, 48(%rsp)
-4889742408 movq %rsi, 8(%rsp)
-4989F7 movq %rsi, %r15
-4889F2 movq %rsi, %rdx
-48893424 movq %rsi, (%rsp)
-4989E3 movq %rsp, %r11
-488B0C24 movq (%rsp), %rcx
-488B1424 movq (%rsp), %rdx
-488B3424 movq (%rsp), %rsi
-488B0D19FCFFFF movq -999(%rip), %rcx
-488B3D01000000 movq 1(%rip), %rdi
-488B3502000000 movq 2(%rip), %rsi
-8B0483 mov (%rbx,%rax,4), %eax
-8B04B3 mov (%rbx,%rsi,4), %eax
-8B0481 mov (%rcx,%rax,4), %eax
-8B0482 mov (%rdx,%rax,4), %eax
-8B0486 mov (%rsi,%rax,4), %eax
-8B0496 mov (%rsi,%rdx,4), %eax
-4863436C movslq 108(%rbx),%rax
-49634B74 movslq 116(%r11),%rcx
-48634F74 movslq 116(%rdi),%rcx
-48634E74 movslq 116(%rsi),%rcx
-486344240C movslq 12(%rsp),%rax
-4863442414 movslq 20(%rsp),%rax
-4863442418 movslq 24(%rsp),%rax
-4863542418 movslq 24(%rsp),%rdx
-4C6344241C movslq 28(%rsp),%r8
-486344241C movslq 28(%rsp),%rax
-48634C241C movslq 28(%rsp),%rcx
-4863D0 movslq %eax,%rdx
-4863CD movslq %ebp,%rcx
-4863D5 movslq %ebp,%rdx
-4C63D3 movslq %ebx,%r10
-4863C3 movslq %ebx,%rax
-4863CB movslq %ebx,%rcx
-4863D3 movslq %ebx,%rdx
-4863C1 movslq %ecx,%rax
-4863D1 movslq %ecx,%rdx
-4863C7 movslq %edi,%rax
-4863CF movslq %edi,%rcx
-4863D7 movslq %edi,%rdx
-4863F7 movslq %edi,%rsi
-4863C2 movslq %edx,%rax
-4863D2 movslq %edx,%rdx
-4863F2 movslq %edx,%rsi
-4863C6 movslq %esi,%rax
-4963C2 movslq %r10d,%rax
-4963CA movslq %r10d,%rcx
-4963D2 movslq %r10d,%rdx
-4963F2 movslq %r10d,%rsi
-4963CB movslq %r11d,%rcx
-4963D3 movslq %r11d,%rdx
-4963C4 movslq %r12d,%rax
-4963CC movslq %r12d,%rcx
-4963D4 movslq %r12d,%rdx
-4963C5 movslq %r13d,%rax
-4963D5 movslq %r13d,%rdx
-4963C6 movslq %r14d,%rax
-4963D6 movslq %r14d,%rdx
-4963C7 movslq %r15d,%rax
-4963C0 movslq %r8d,%rax
-4963D0 movslq %r8d,%rdx
-4963C1 movslq %r9d,%rax
-4963C9 movslq %r9d,%rcx
-4963D1 movslq %r9d,%rdx
-66C74457FE0000 movw $0, -2(%rdi,%rdx,2)
-66C74457FC0000 movw $0, -4(%rdi,%rdx,2)
-66C74457FA0000 movw $0, -6(%rdi,%rdx,2)
-66C74444500000 movw $0, 80(%rsp,%rax,2)
-6641C704400000 movw $0, (%r8,%rax,2)
-66C74445000000 movw $0, (%rbp,%rax,2)
-66C704510000 movw $0, (%rcx,%rdx,2)
-66C704470000 movw $0, (%rdi,%rax,2)
-66C74445000100 movw $1, (%rbp,%rax,2)
-6689445500 movw %ax, (%rbp,%rdx,2)
-66894C2450 movw %cx, 80(%rsp)
-66894C2452 movw %cx, 82(%rsp)
-66897C2458 movw %di, 88(%rsp)
-66897C245A movw %di, 90(%rsp)
-664489544500 movw %r10w, (%rbp,%rax,2)
-6689742454 movw %si, 84(%rsp)
-6689742456 movw %si, 86(%rsp)
-66893441 movw %si, (%rcx,%rax,2)
-0FB6477C movzbl 124(%rdi), %eax
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-410FB6410C movzbl 12(%r9), %eax
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-0FB6B405A8060000 movzbl 1704(%rbp,%rax), %esi
-420FB68415FA4C0000 movzbl 19706(%rbp,%r10), %eax
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-420FB64401FE movzbl -2(%rcx,%r8), %eax
-0FB64432FE movzbl -2(%rdx,%rsi), %eax
-0FB64C2420 movzbl 32(%rsp), %ecx
-0FB64C0420 movzbl 32(%rsp,%rax), %ecx
-420FB684284C930000 movzbl 37708(%rax,%r13), %eax
-0FB684104C930000 movzbl 37708(%rax,%rdx), %eax
-440FB684454C930000 movzbl 37708(%rbp,%rax,2), %r8d
-0FB6940D4C930000 movzbl 37708(%rbp,%rcx), %edx
-440FB684114C930000 movzbl 37708(%rcx,%rdx), %r8d
-0FB6840D4E940000 movzbl 37966(%rbp,%rcx), %eax
-0FB6940D50950000 movzbl 38224(%rbp,%rcx), %edx
-0FB6840D52960000 movzbl 38482(%rbp,%rcx), %eax
-0FB6B40380010000 movzbl 384(%rbx,%rax), %esi
-0FB6940D54970000 movzbl 38740(%rbp,%rcx), %edx
-0FB6840D56980000 movzbl 38998(%rbp,%rcx), %eax
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-0FB64432FD movzbl -3(%rdx,%rsi), %eax
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-0FB68683020000 movzbl 643(%rsi), %eax
-0FB68398020000 movzbl 664(%rbx), %eax
-0FB6C0 movzbl %al, %eax
-440FB6F0 movzbl %al, %r14d
-0FB6EF movzbl %bh, %ebp
-0FB6F3 movzbl %bl,%esi
-440FB6DA movzbl %dl, %r11d
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-0FB60408 movzbl (%rax,%rcx), %eax
-0FB60438 movzbl (%rax,%rdi), %eax
-0FB63C38 movzbl (%rax,%rdi), %edi
-0FB63438 movzbl (%rax,%rdi), %esi
-440FB60C38 movzbl (%rax,%rdi), %r9d
-0FB60410 movzbl (%rax,%rdx), %eax
-440FB61410 movzbl (%rax,%rdx), %r10d
-0FB60C30 movzbl (%rax,%rsi), %ecx
-0FB61430 movzbl (%rax,%rsi), %edx
-0FB60431 movzbl (%rcx,%rsi), %eax
-0FB60A movzbl (%rdx), %ecx
-0FB60432 movzbl (%rdx,%rsi), %eax
-0FB61432 movzbl (%rdx,%rsi), %edx
-0FB60424 movzbl (%rsp), %eax
-400FB6F6 movzbl %sil, %esi
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-4A0FB60428 movzbq (%rax,%r13), %rax
-4A0FB63400 movzbq (%rax,%r8), %rsi
-480FB60408 movzbq (%rax,%rcx), %rax
-480FB60410 movzbq (%rax,%rdx), %rax
-660FB694114C930000 movzbw 37708(%rcx,%rdx), %dx
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-0FB7444450 movzwl 80(%rsp,%rax,2), %eax
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-0FB7C8 movzwl %ax, %ecx
-0FB7C2 movzwl %dx, %eax
-410FB70447 movzwl (%r15,%rax,2), %eax
-0FB70441 movzwl (%rcx,%rax,2), %eax
-440FB71441 movzwl (%rcx,%rax,2), %r10d
-0FB7C6 movzwl %si, %eax
-4B0FB744470A movzwq 10(%r15,%r8,2), %rax
-490FB744470A movzwq 10(%r15,%rax,2), %rax
-490FB7444F0A movzwq 10(%r15,%rcx,2), %rax
-4B0FB744470C movzwq 12(%r15,%r8,2), %rax
-490FB744470C movzwq 12(%r15,%rax,2), %rax
-490FB7444F0C movzwq 12(%r15,%rcx,2), %rax
-4B0FB744470E movzwq 14(%r15,%r8,2), %rax
-490FB744470E movzwq 14(%r15,%rax,2), %rax
-490FB7444F0E movzwq 14(%r15,%rcx,2), %rax
-4B0FB7444710 movzwq 16(%r15,%r8,2), %rax
-490FB7444710 movzwq 16(%r15,%rax,2), %rax
-490FB7444F10 movzwq 16(%r15,%rcx,2), %rax
-4B0FB7444712 movzwq 18(%r15,%r8,2), %rax
-490FB7444712 movzwq 18(%r15,%rax,2), %rax
-490FB7444F12 movzwq 18(%r15,%rcx,2), %rax
-4B0FB7444714 movzwq 20(%r15,%r8,2), %rax
-490FB7444714 movzwq 20(%r15,%rax,2), %rax
-490FB7444F14 movzwq 20(%r15,%rcx,2), %rax
-4B0FB7444716 movzwq 22(%r15,%r8,2), %rax
-490FB7444716 movzwq 22(%r15,%rax,2), %rax
-490FB7444F16 movzwq 22(%r15,%rcx,2), %rax
-4B0FB7444718 movzwq 24(%r15,%r8,2), %rax
-490FB7444718 movzwq 24(%r15,%rax,2), %rax
-490FB7444F18 movzwq 24(%r15,%rcx,2), %rax
-4B0FB744471A movzwq 26(%r15,%r8,2), %rax
-490FB744471A movzwq 26(%r15,%rax,2), %rax
-490FB7444F1A movzwq 26(%r15,%rcx,2), %rax
-4B0FB744471C movzwq 28(%r15,%r8,2), %rax
-490FB744471C movzwq 28(%r15,%rax,2), %rax
-490FB7444F1C movzwq 28(%r15,%rcx,2), %rax
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-490FB7444702 movzwq 2(%r15,%rax,2), %rax
-490FB7444F02 movzwq 2(%r15,%rcx,2), %rax
-4B0FB744471E movzwq 30(%r15,%r8,2), %rax
-490FB744471E movzwq 30(%r15,%rax,2), %rax
-490FB7444F1E movzwq 30(%r15,%rcx,2), %rax
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-490FB7444F20 movzwq 32(%r15,%rcx,2), %rax
-4B0FB7444722 movzwq 34(%r15,%r8,2), %rax
-490FB7444722 movzwq 34(%r15,%rax,2), %rax
-490FB7444F22 movzwq 34(%r15,%rcx,2), %rax
-4B0FB7444724 movzwq 36(%r15,%r8,2), %rax
-490FB7444724 movzwq 36(%r15,%rax,2), %rax
-490FB7444F24 movzwq 36(%r15,%rcx,2), %rax
-4B0FB7444726 movzwq 38(%r15,%r8,2), %rax
-490FB7444726 movzwq 38(%r15,%rax,2), %rax
-490FB7444F26 movzwq 38(%r15,%rcx,2), %rax
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-490FB7444728 movzwq 40(%r15,%rax,2), %rax
-490FB7444F28 movzwq 40(%r15,%rcx,2), %rax
-4B0FB744472A movzwq 42(%r15,%r8,2), %rax
-490FB744472A movzwq 42(%r15,%rax,2), %rax
-490FB7444F2A movzwq 42(%r15,%rcx,2), %rax
-4B0FB744472C movzwq 44(%r15,%r8,2), %rax
-490FB744472C movzwq 44(%r15,%rax,2), %rax
-490FB7444F2C movzwq 44(%r15,%rcx,2), %rax
-4B0FB744472E movzwq 46(%r15,%r8,2), %rax
-490FB744472E movzwq 46(%r15,%rax,2), %rax
-490FB7444F2E movzwq 46(%r15,%rcx,2), %rax
-4B0FB7444730 movzwq 48(%r15,%r8,2), %rax
-490FB7444730 movzwq 48(%r15,%rax,2), %rax
-490FB7444F30 movzwq 48(%r15,%rcx,2), %rax
-4B0FB7444704 movzwq 4(%r15,%r8,2), %rax
-490FB7444704 movzwq 4(%r15,%rax,2), %rax
-490FB7444F04 movzwq 4(%r15,%rcx,2), %rax
-4B0FB7444732 movzwq 50(%r15,%r8,2), %rax
-490FB7444732 movzwq 50(%r15,%rax,2), %rax
-490FB7444F32 movzwq 50(%r15,%rcx,2), %rax
-4B0FB7444734 movzwq 52(%r15,%r8,2), %rax
-490FB7444734 movzwq 52(%r15,%rax,2), %rax
-490FB7444F34 movzwq 52(%r15,%rcx,2), %rax
-4B0FB7444736 movzwq 54(%r15,%r8,2), %rax
-490FB7444736 movzwq 54(%r15,%rax,2), %rax
-490FB7444F36 movzwq 54(%r15,%rcx,2), %rax
-4B0FB7444738 movzwq 56(%r15,%r8,2), %rax
-490FB7444738 movzwq 56(%r15,%rax,2), %rax
-490FB7444F38 movzwq 56(%r15,%rcx,2), %rax
-4B0FB744473A movzwq 58(%r15,%r8,2), %rax
-490FB744473A movzwq 58(%r15,%rax,2), %rax
-490FB7444F3A movzwq 58(%r15,%rcx,2), %rax
-4B0FB744473C movzwq 60(%r15,%r8,2), %rax
-490FB744473C movzwq 60(%r15,%rax,2), %rax
-490FB7444F3C movzwq 60(%r15,%rcx,2), %rax
-4B0FB744473E movzwq 62(%r15,%r8,2), %rax
-490FB744473E movzwq 62(%r15,%rax,2), %rax
-490FB7444F3E movzwq 62(%r15,%rcx,2), %rax
-4B0FB7444740 movzwq 64(%r15,%r8,2), %rax
-490FB7444740 movzwq 64(%r15,%rax,2), %rax
-490FB7444F40 movzwq 64(%r15,%rcx,2), %rax
-4B0FB7444742 movzwq 66(%r15,%r8,2), %rax
-490FB7444742 movzwq 66(%r15,%rax,2), %rax
-490FB7444F42 movzwq 66(%r15,%rcx,2), %rax
-4B0FB7444744 movzwq 68(%r15,%r8,2), %rax
-490FB7444744 movzwq 68(%r15,%rax,2), %rax
-490FB7444F44 movzwq 68(%r15,%rcx,2), %rax
-4B0FB7444706 movzwq 6(%r15,%r8,2), %rax
-490FB7444706 movzwq 6(%r15,%rax,2), %rax
-490FB7444F06 movzwq 6(%r15,%rcx,2), %rax
-4B0FB7444746 movzwq 70(%r15,%r8,2), %rax
-490FB7444746 movzwq 70(%r15,%rax,2), %rax
-490FB7444F46 movzwq 70(%r15,%rcx,2), %rax
-4B0FB7444748 movzwq 72(%r15,%r8,2), %rax
-490FB7444748 movzwq 72(%r15,%rax,2), %rax
-490FB7444F48 movzwq 72(%r15,%rcx,2), %rax
-4B0FB744474A movzwq 74(%r15,%r8,2), %rax
-490FB744474A movzwq 74(%r15,%rax,2), %rax
-490FB7444F4A movzwq 74(%r15,%rcx,2), %rax
-4B0FB744474C movzwq 76(%r15,%r8,2), %rax
-490FB744474C movzwq 76(%r15,%rax,2), %rax
-490FB7444F4C movzwq 76(%r15,%rcx,2), %rax
-4B0FB744474E movzwq 78(%r15,%r8,2), %rax
-490FB744474E movzwq 78(%r15,%rax,2), %rax
-490FB7444F4E movzwq 78(%r15,%rcx,2), %rax
-4B0FB7444750 movzwq 80(%r15,%r8,2), %rax
-490FB7444750 movzwq 80(%r15,%rax,2), %rax
-490FB7444F50 movzwq 80(%r15,%rcx,2), %rax
-4B0FB7444752 movzwq 82(%r15,%r8,2), %rax
-490FB7444752 movzwq 82(%r15,%rax,2), %rax
-490FB7444F52 movzwq 82(%r15,%rcx,2), %rax
-4B0FB7444754 movzwq 84(%r15,%r8,2), %rax
-490FB7444754 movzwq 84(%r15,%rax,2), %rax
-490FB7444F54 movzwq 84(%r15,%rcx,2), %rax
-490FB7444756 movzwq 86(%r15,%rax,2), %rax
-490FB7444F56 movzwq 86(%r15,%rcx,2), %rax
-4B0FB7444758 movzwq 88(%r15,%r8,2), %rax
-490FB7444758 movzwq 88(%r15,%rax,2), %rax
-490FB7444F58 movzwq 88(%r15,%rcx,2), %rax
-4B0FB7444708 movzwq 8(%r15,%r8,2), %rax
-490FB7444708 movzwq 8(%r15,%rax,2), %rax
-490FB7444F08 movzwq 8(%r15,%rcx,2), %rax
-4B0FB744475A movzwq 90(%r15,%r8,2), %rax
-490FB744475A movzwq 90(%r15,%rax,2), %rax
-490FB7444F5A movzwq 90(%r15,%rcx,2), %rax
-4B0FB744475C movzwq 92(%r15,%r8,2), %rax
-490FB744475C movzwq 92(%r15,%rax,2), %rax
-490FB7444F5C movzwq 92(%r15,%rcx,2), %rax
-4B0FB744475E movzwq 94(%r15,%r8,2), %rax
-490FB744475E movzwq 94(%r15,%rax,2), %rax
-490FB7444F5E movzwq 94(%r15,%rcx,2), %rax
-4B0FB7444760 movzwq 96(%r15,%r8,2), %rax
-490FB7444760 movzwq 96(%r15,%rax,2), %rax
-490FB7444F60 movzwq 96(%r15,%rcx,2), %rax
-4B0FB7444762 movzwq 98(%r15,%r8,2), %rax
-490FB7444762 movzwq 98(%r15,%rax,2), %rax
-490FB7444F62 movzwq 98(%r15,%rcx,2), %rax
-4B0FB71447 movzwq (%r15,%r8,2), %rdx
-490FB70447 movzwq (%r15,%rax,2), %rax
-490FB70C47 movzwq (%r15,%rax,2), %rcx
-490FB7044F movzwq (%r15,%rcx,2), %rax
-F7D9 negl %ecx
-F7D2 notl %edx
-814C850000002000 orl $2097152, (%rbp,%rax,4)
-098680020000 orl %eax, 640(%rsi)
-09C6 orl %eax, %esi
-4109C4 orl %eax, %r12d
-09AE80020000 orl %ebp, 640(%rsi)
-092C83 orl %ebp, (%rbx,%rax,4)
-09BE80020000 orl %edi, 640(%rsi)
-099680020000 orl %edx, 640(%rsi)
-09D0 orl %edx, %eax
-4109B380020000 orl %esi, 640(%r11)
-09B780020000 orl %esi, 640(%rdi)
-44099680020000 orl %r10d, 640(%rsi)
-44098680020000 orl %r8d, 640(%rsi)
-44090483 orl %r8d, (%rbx,%rax,4)
-44098E80020000 orl %r9d, 640(%rsi)
-415C popq %r12
-415D popq %r13
-415E popq %r14
-415F popq %r15
-5D popq %rbp
-5B popq %rbx
-4154 pushq %r12
-4155 pushq %r13
-4156 pushq %r14
-4157 pushq %r15
-55 pushq %rbp
-53 pushq %rbx
-F3C3 rep ; ret
-D1C0 roll %eax
-C1E010 sall $16, %eax
-D1642410 sall 16(%rsp)
-C1E204 sall $4, %edx
-41C1E204 sall $4, %r10d
-41C1A38002000008 sall $8, 640(%r11)
-C1A78002000008 sall $8, 640(%rdi)
-C1A68002000008 sall $8, 640(%rsi)
-C1E008 sall $8, %eax
-C1E608 sall $8, %esi
-41C1E408 sall $8, %r12d
-D3E0 sall %cl, %eax
-D3E5 sall %cl, %ebp
-D3E7 sall %cl, %edi
-D3E2 sall %cl, %edx
-D3E6 sall %cl, %esi
-41D3E2 sall %cl, %r10d
-41D3E0 sall %cl, %r8d
-41D3E1 sall %cl, %r9d
-48C1E00A salq $10, %rax
-48C1E20A salq $10, %rdx
-48C1E004 salq $4, %rax
-48C1E204 salq $4, %rdx
-48C1E604 salq $4, %rsi
-48C1E007 salq $7, %rax
-48C1E707 salq $7, %rdi
-48C1E207 salq $7, %rdx
-C1F91F sarl $31, %ecx
-C1F903 sarl $3, %ecx
-C1F805 sarl $5, %eax
-C1FA05 sarl $5, %edx
-C1F908 sarl $8, %ecx
-C1FA08 sarl $8, %edx
-D3F8 sarl %cl, %eax
-D3FE sarl %cl, %esi
-D1F8 sarl %eax
-D1FF sarl %edi
-0F97C0 seta %al
-0F94C0 sete %al
-0F9FC0 setg %al
-0F9FC2 setg %dl
-0F9DC2 setge %dl
-0F9EC0 setle %al
-0F9EC2 setle %dl
-0F95C0 setne %al
-C1E910 shrl $16, %ecx
-C1EF10 shrl $16, %edi
-C1EE10 shrl $16, %esi
-41C1E810 shrl $16, %r8d
-41C1E818 shrl $24, %r8d
-C1E81F shrl $31, %eax
-C1EA1F shrl $31, %edx
-D1E8 shrl %eax
-48C1E820 shrq $32, %rax
-48C1E920 shrq $32, %rcx
-66C1EA08 shrw $8, %dx
-2B542410 subl 16(%rsp), %edx
-2B742410 subl 16(%rsp), %esi
-2B442414 subl 20(%rsp), %eax
-2B542414 subl 20(%rsp), %edx
-442B442418 subl 24(%rsp), %r8d
-2B44241C subl 28(%rsp), %eax
-83EB04 subl $4, %ebx
-83E905 subl $5, %ecx
-442BAC85A0020000 subl 672(%rbp,%rax,4), %r13d
-4183AB8402000008 subl $8, 644(%r11)
-83AF8402000008 subl $8, 644(%rdi)
-83AE8402000008 subl $8, 644(%rsi)
-4183EB08 subl $8, %r11d
-29C1 subl %eax, %ecx
-29C2 subl %eax, %edx
-29C6 subl %eax, %esi
-29E8 subl %ebp, %eax
-29DA subl %ebx, %edx
-29C8 subl %ecx, %eax
-4129CB subl %ecx, %r11d
-4129C9 subl %ecx, %r9d
-29F8 subl %edi, %eax
-29F9 subl %edi, %ecx
-29FA subl %edi, %edx
-29FE subl %edi, %esi
-4129F8 subl %edi, %r8d
-29D3 subl %edx, %ebx
-29F0 subl %esi, %eax
-29F2 subl %esi, %edx
-4129F1 subl %esi, %r9d
-4429D0 subl %r10d, %eax
-4429D1 subl %r10d, %ecx
-4429D9 subl %r11d, %ecx
-4429DF subl %r11d, %edi
-4429E0 subl %r12d, %eax
-4429E1 subl %r12d, %ecx
-4429E2 subl %r12d, %edx
-44296C240C subl %r13d, 12(%rsp)
-4429E8 subl %r13d, %eax
-4429EA subl %r13d, %edx
-4429F7 subl %r14d, %edi
-4429F8 subl %r15d, %eax
-4429FA subl %r15d, %edx
-4529F9 subl %r15d, %r9d
-4429C0 subl %r8d, %eax
-4429C1 subl %r8d, %ecx
-4429C2 subl %r8d, %edx
-4429C9 subl %r9d, %ecx
-2B7C0500 subl (%rbp,%rax), %edi
-2B441500 subl (%rbp,%rdx), %eax
-4883EC68 subq $104, %rsp
-4881EC18050000 subq $1304, %rsp
-4881EC38080000 subq $2104, %rsp
-4881EC08010000 subq $264, %rsp
-4881EC480D0000 subq $3400, %rsp
-4883EC38 subq $56, %rsp
-4883EC48 subq $72, %rsp
-4881EC38030000 subq $824, %rsp
-4883EC08 subq $8, %rsp
-A801 testb $1, %al
-40F6C701 testb $1, %dil
-F6C201 testb $1, %dl
-84C0 testb %al, %al
-4084ED testb %bpl, %bpl
-A900002000 testl $2097152, %eax
-85ED testl %ebp, %ebp
-852C83 testl %ebp, (%rbx,%rax,4)
-85DB testl %ebx, %ebx
-85C9 testl %ecx, %ecx
-85FF testl %edi, %edi
-853C83 testl %edi, (%rbx,%rax,4)
-851483 testl %edx, (%rbx,%rax,4)
-85F6 testl %esi, %esi
-853483 testl %esi, (%rbx,%rax,4)
-4585DB testl %r11d, %r11d
-4585ED testl %r13d, %r13d
-4585F6 testl %r14d, %r14d
-4585C0 testl %r8d, %r8d
-44850483 testl %r8d, (%rbx,%rax,4)
-31D0 xorl %edx, %eax
-90 nop
diff --git a/VEX/orig_amd64/test2.orig b/VEX/orig_amd64/test2.orig
deleted file mode 100644
index 841a91a..0000000
--- a/VEX/orig_amd64/test2.orig
+++ /dev/null
@@ -1,23917 +0,0 @@
-
-addb 8(%rdx), %dil
-. 1 0x12345678 5
-. 40 02 7A 08 C3
-
-addl $102, %esi
-. 2 0x12345678 4
-. 83 C6 66 C3
-
-addl $108, %edx
-. 3 0x12345678 4
-. 83 C2 6C C3
-
-addl $108, %esi
-. 4 0x12345678 4
-. 83 C6 6C C3
-
-addl $10, %r13d
-. 5 0x12345678 5
-. 41 83 C5 0A C3
-
-addl $115, %esi
-. 6 0x12345678 4
-. 83 C6 73 C3
-
-addl $-128, %ebx
-. 7 0x12345678 4
-. 83 C3 80 C3
-
-addl $-128, %edi
-. 8 0x12345678 4
-. 83 C7 80 C3
-
-addl 12(%rsp), %eax
-. 9 0x12345678 5
-. 03 44 24 0C C3
-
-addl 136(%rsp), %edi
-. 10 0x12345678 8
-. 03 BC 24 88 00 00 00 C3
-
-addl $13, %ecx
-. 11 0x12345678 4
-. 83 C1 0D C3
-
-addl $16, %ebx
-. 12 0x12345678 4
-. 83 C3 10 C3
-
-addl $17, %eax
-. 13 0x12345678 4
-. 83 C0 11 C3
-
-addl $18, %ebp
-. 14 0x12345678 4
-. 83 C5 12 C3
-
-addl 20(%rsp), %eax
-. 15 0x12345678 5
-. 03 44 24 14 C3
-
-addl 20(%rsp), %r14d
-. 16 0x12345678 6
-. 44 03 74 24 14 C3
-
-addl $21, %ebx
-. 17 0x12345678 4
-. 83 C3 15 C3
-
-addl 24(%rsp), %eax
-. 18 0x12345678 5
-. 03 44 24 18 C3
-
-addl $28, 16(%rsp)
-. 19 0x12345678 6
-. 83 44 24 10 1C C3
-
-addl 28(%rsp), %eax
-. 20 0x12345678 5
-. 03 44 24 1C C3
-
-addl 28(%rsp), %ebp
-. 21 0x12345678 5
-. 03 6C 24 1C C3
-
-addl 28(%rsp), %r14d
-. 22 0x12345678 6
-. 44 03 74 24 1C C3
-
-addl 28(%rsp), %r15d
-. 23 0x12345678 6
-. 44 03 7C 24 1C C3
-
-addl $29, %eax
-. 24 0x12345678 4
-. 83 C0 1D C3
-
-addl $2, %eax
-. 25 0x12345678 4
-. 83 C0 02 C3
-
-addl $2, %ebp
-. 26 0x12345678 4
-. 83 C5 02 C3
-
-addl $2, %ebx
-. 27 0x12345678 4
-. 83 C3 02 C3
-
-addl $2, %edi
-. 28 0x12345678 4
-. 83 C7 02 C3
-
-addl $2, %r12d
-. 29 0x12345678 5
-. 41 83 C4 02 C3
-
-addl $2, %r15d
-. 30 0x12345678 5
-. 41 83 C7 02 C3
-
-addl $31, 16(%rsp)
-. 31 0x12345678 6
-. 83 44 24 10 1F C3
-
-addl 312(%rsp), %edi
-. 32 0x12345678 8
-. 03 BC 24 38 01 00 00 C3
-
-addl 324(%rsp), %r13d
-. 33 0x12345678 9
-. 44 03 AC 24 44 01 00 00 C3
-
-addl 332(%rsp), %ebp
-. 34 0x12345678 8
-. 03 AC 24 4C 01 00 00 C3
-
-addl $33, %eax
-. 35 0x12345678 4
-. 83 C0 21 C3
-
-addl 344(%rsp), %ebp
-. 36 0x12345678 8
-. 03 AC 24 58 01 00 00 C3
-
-addl 344(%rsp), %edi
-. 37 0x12345678 8
-. 03 BC 24 58 01 00 00 C3
-
-addl 352(%rsp), %ebp
-. 38 0x12345678 8
-. 03 AC 24 60 01 00 00 C3
-
-addl 356(%rsp), %ebp
-. 39 0x12345678 8
-. 03 AC 24 64 01 00 00 C3
-
-addl 368(%rsp), %ebp
-. 40 0x12345678 8
-. 03 AC 24 70 01 00 00 C3
-
-addl 36(%rsp), %eax
-. 41 0x12345678 5
-. 03 44 24 24 C3
-
-addl 36(%rsp), %edi
-. 42 0x12345678 5
-. 03 7C 24 24 C3
-
-addl $37, 16(%rsp)
-. 43 0x12345678 6
-. 83 44 24 10 25 C3
-
-addl $37, %ecx
-. 44 0x12345678 4
-. 83 C1 25 C3
-
-addl $3, %ebp
-. 45 0x12345678 4
-. 83 C5 03 C3
-
-addl $3, %ebx
-. 46 0x12345678 4
-. 83 C3 03 C3
-
-addl $3, %edi
-. 47 0x12345678 4
-. 83 C7 03 C3
-
-addl $41, 16(%rsp)
-. 48 0x12345678 6
-. 83 44 24 10 29 C3
-
-addl 44(%rsp), %edi
-. 49 0x12345678 5
-. 03 7C 24 2C C3
-
-addl 456(%rsp), %eax
-. 50 0x12345678 8
-. 03 84 24 C8 01 00 00 C3
-
-addl $4, %ebp
-. 51 0x12345678 4
-. 83 C5 04 C3
-
-addl $4, %ebx
-. 52 0x12345678 4
-. 83 C3 04 C3
-
-addl $4, %edi
-. 53 0x12345678 4
-. 83 C7 04 C3
-
-addl 556(%rsp), %eax
-. 54 0x12345678 8
-. 03 84 24 2C 02 00 00 C3
-
-addl 556(%rsp), %ebp
-. 55 0x12345678 8
-. 03 AC 24 2C 02 00 00 C3
-
-addl 56(%rsp), %eax
-. 56 0x12345678 5
-. 03 44 24 38 C3
-
-addl $5, %eax
-. 57 0x12345678 4
-. 83 C0 05 C3
-
-addl $5, %ebp
-. 58 0x12345678 4
-. 83 C5 05 C3
-
-addl 60(%rsp), %eax
-. 59 0x12345678 5
-. 03 44 24 3C C3
-
-addl 60(%rsp), %r12d
-. 60 0x12345678 6
-. 44 03 64 24 3C C3
-
-addl $69634, %eax
-. 61 0x12345678 6
-. 05 02 10 01 00 C3
-
-addl 76(%rsp), %r12d
-. 62 0x12345678 6
-. 44 03 64 24 4C C3
-
-addl $77851, %edi
-. 63 0x12345678 7
-. 81 C7 1B 30 01 00 C3
-
-addl $77851, %r12d
-. 64 0x12345678 8
-. 41 81 C4 1B 30 01 00 C3
-
-addl $77852, %r12d
-. 65 0x12345678 8
-. 41 81 C4 1C 30 01 00 C3
-
-addl $77873, %ebx
-. 66 0x12345678 7
-. 81 C3 31 30 01 00 C3
-
-addl $77874, %ebx
-. 67 0x12345678 7
-. 81 C3 32 30 01 00 C3
-
-addl $77875, %ebx
-. 68 0x12345678 7
-. 81 C3 33 30 01 00 C3
-
-addl $77886, %ebp
-. 69 0x12345678 7
-. 81 C5 3E 30 01 00 C3
-
-addl $77891, %eax
-. 70 0x12345678 6
-. 05 43 30 01 00 C3
-
-addl $77891, %edi
-. 71 0x12345678 7
-. 81 C7 43 30 01 00 C3
-
-addl $77891, %r12d
-. 72 0x12345678 8
-. 41 81 C4 43 30 01 00 C3
-
-addl $77892, %eax
-. 73 0x12345678 6
-. 05 44 30 01 00 C3
-
-addl $77892, %edi
-. 74 0x12345678 7
-. 81 C7 44 30 01 00 C3
-
-addl $77893, %eax
-. 75 0x12345678 6
-. 05 45 30 01 00 C3
-
-addl $77893, %edi
-. 76 0x12345678 7
-. 81 C7 45 30 01 00 C3
-
-addl $77893, %r12d
-. 77 0x12345678 8
-. 41 81 C4 45 30 01 00 C3
-
-addl $77893, %r13d
-. 78 0x12345678 8
-. 41 81 C5 45 30 01 00 C3
-
-addl $77894, %ebx
-. 79 0x12345678 7
-. 81 C3 46 30 01 00 C3
-
-addl $77900, %ebp
-. 80 0x12345678 7
-. 81 C5 4C 30 01 00 C3
-
-addl $77903, %ebp
-. 81 0x12345678 7
-. 81 C5 4F 30 01 00 C3
-
-addl $7, %edi
-. 82 0x12345678 4
-. 83 C7 07 C3
-
-addl $7, %r13d
-. 83 0x12345678 5
-. 41 83 C5 07 C3
-
-addl $81921, %eax
-. 84 0x12345678 6
-. 05 01 40 01 00 C3
-
-addl $8, %eax
-. 85 0x12345678 4
-. 83 C0 08 C3
-
-addl 8(%rdx), %edi
-. 86 0x12345678 4
-. 03 7A 08 C3
-
-addl 8(%rsp), %r15d
-. 87 0x12345678 6
-. 44 03 7C 24 08 C3
-
-addl %eax, 20(%rsp)
-. 88 0x12345678 5
-. 01 44 24 14 C3
-
-addl %eax, 24(%rsp)
-. 89 0x12345678 5
-. 01 44 24 18 C3
-
-addl %eax, 36(%rsp)
-. 90 0x12345678 5
-. 01 44 24 24 C3
-
-addl %eax, 40(%rsp)
-. 91 0x12345678 5
-. 01 44 24 28 C3
-
-addl %eax, 44(%rsp)
-. 92 0x12345678 5
-. 01 44 24 2C C3
-
-addl %eax, 56(%rsp)
-. 93 0x12345678 5
-. 01 44 24 38 C3
-
-addl %eax, 8(%r13)
-. 94 0x12345678 5
-. 41 01 45 08 C3
-
-addl %eax, %eax
-. 95 0x12345678 3
-. 01 C0 C3
-
-addl %eax, %edi
-. 96 0x12345678 3
-. 01 C7 C3
-
-addl %eax, %edx
-. 97 0x12345678 3
-. 01 C2 C3
-
-addl %eax, %esi
-. 98 0x12345678 3
-. 01 C6 C3
-
-addl %eax, %r15d
-. 99 0x12345678 4
-. 41 01 C7 C3
-
-addl %ebp, 8(%rsp)
-. 100 0x12345678 5
-. 01 6C 24 08 C3
-
-addl %ebp, %eax
-. 101 0x12345678 3
-. 01 E8 C3
-
-addl %ebp, %ebx
-. 102 0x12345678 3
-. 01 EB C3
-
-addl %ebp, %edi
-. 103 0x12345678 3
-. 01 EF C3
-
-addl %ebp, %esi
-. 104 0x12345678 3
-. 01 EE C3
-
-addl %ecx, 124(%rsp)
-. 105 0x12345678 5
-. 01 4C 24 7C C3
-
-addl %ecx, 292(%rsp)
-. 106 0x12345678 8
-. 01 8C 24 24 01 00 00 C3
-
-addl %ecx, 8(%rsp)
-. 107 0x12345678 5
-. 01 4C 24 08 C3
-
-addl %ecx, %ecx
-. 108 0x12345678 3
-. 01 C9 C3
-
-addl %ecx, %edi
-. 109 0x12345678 3
-. 01 CF C3
-
-addl %ecx, %edx
-. 110 0x12345678 3
-. 01 CA C3
-
-addl %ecx, %r8d
-. 111 0x12345678 4
-. 41 01 C8 C3
-
-addl %edi, 12(%rsp)
-. 112 0x12345678 5
-. 01 7C 24 0C C3
-
-addl %edi, %eax
-. 113 0x12345678 3
-. 01 F8 C3
-
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-
-addl %edi, %esi
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-addl %edi, %r15d
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-addl %edi, 5555555(%rip)
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-addl %edx, %eax
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-addl %edx, %ebx
-. 119 0x12345678 3
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-
-addl %edx, %ecx
-. 120 0x12345678 3
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-
-addl %edx, %edi
-. 121 0x12345678 3
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-addl %edx, %esi
-. 122 0x12345678 3
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-addl %edx, %r8d
-. 123 0x12345678 4
-. 41 01 D0 C3
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-addl %esi, %eax
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-
-addl %esi, %edi
-. 125 0x12345678 3
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-addl %esi, %r13d
-. 126 0x12345678 4
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-addl 1(%rip), %edi
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-addl 2(%rip), %esi
-. 128 0x12345678 7
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-addl 3(%rip), %edi
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-addl 4(%rip), %esi
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-addl %r12d, 56(%rsp)
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-addl %r12d, 8(%rbx)
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-. 134 0x12345678 4
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-addl %r13d, %esi
-. 135 0x12345678 4
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-. 136 0x12345678 4
-. 44 01 F0 C3
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-addl %r14d, %ebp
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-addl %r15d, %eax
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-. 140 0x12345678 4
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-. 48 81 C4 D8 00 00 00 C3
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-. 48 83 C4 18 C3
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-addq 24(%rsp), %rax
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-. 48 03 44 24 18 C3
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-addq $40, %rsp
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-. 48 83 C4 28 C3
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-addq 40(%rsp), %rax
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-. 48 03 44 24 28 C3
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-. 48 81 C4 D8 01 00 00 C3
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-. 161 0x12345678 5
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-. 162 0x12345678 5
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-. 48 83 C4 38 C3
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-addq $728, %rsp
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-. 48 83 C4 48 C3
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-addq $88, %rsp
-. 166 0x12345678 5
-. 48 83 C4 58 C3
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-addq $8, %rax
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-. 48 83 C0 08 C3
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-addq $8, %rsp
-. 168 0x12345678 5
-. 48 83 C4 08 C3
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-addq $968, %rsp
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-addq 7(%rip), %rdx
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-addq $2, %rdi
-. 171 0x12345678 5
-. 48 83 C7 02 C3
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-addq $7878, %rax
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-addq %r15, %r12
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-addq %r15, %rax
-. 174 0x12345678 4
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-addq %r15, %rdi
-. 175 0x12345678 4
-. 4C 01 FF C3
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-addq %r15, %rsi
-. 176 0x12345678 4
-. 4C 01 FE C3
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-addq %rax, 32(%rsp)
-. 178 0x12345678 6
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-
-addq %rax, 48(%rsp)
-. 179 0x12345678 6
-. 48 01 44 24 30 C3
-
-addq %rax, 96(%rsp)
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-. 48 01 44 24 60 C3
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-addq %rax, %r13
-. 181 0x12345678 4
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-addq %rax, %r15
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-. 49 01 C7 C3
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-addq %rax, %rbp
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-. 48 01 C5 C3
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-addq %rax, %rbx
-. 184 0x12345678 4
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-addq %rax, 989(%rip)
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-addq %rbp, %rax
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-addq %rbp, %rbx
-. 187 0x12345678 4
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-addq %rbp, %rdi
-. 188 0x12345678 4
-. 48 01 EF C3
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-addq %rbp, %rsi
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-. 48 01 EE C3
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-addq %rbx, %rax
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-. 48 01 D8 C3
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-addq $12345, %rax
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-. 48 05 39 30 00 00 C3
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-addw %ax, 22(%r14,%rdx,2)
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-. 66 41 01 44 56 16 C3
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-addw %ax, 22(%rbx,%rdx,2)
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-andb 8(%rdx), %dil
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-. 40 22 7A 08 C3
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-andl $12, %eax
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-andl $12, %esi
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-andl $13, %esi
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-andl $15, 20(%rsp)
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-. 83 64 24 14 0F C3
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-andl $15, %eax
-. 199 0x12345678 4
-. 83 E0 0F C3
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-andl $15, %ecx
-. 200 0x12345678 4
-. 83 E1 0F C3
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-andl $15, %edx
-. 201 0x12345678 4
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-andl $15, %esi
-. 202 0x12345678 4
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-andl $15, %r13d
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-. 41 83 E5 0F C3
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-andl $16383, %ecx
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-andl $16711680, %esi
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-andl $16711680, %r8d
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-andl $16777215, %eax
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-. 25 FF FF FF 00 C3
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-andl $16777215, %ebp
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-andl $16777215, %ebx
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-andl $16777215, %ecx
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-andl $16777215, %edx
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-andl $16777215, %r13d
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-andl $16777215, %r9d
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-andl $-16777216, %eax
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-andl $16777216, %edi
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-andl $16777216, %esi
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-andl 176(%rsp), %r12d
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-andl $192, %edi
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-andl $1, %eax
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-andl $1, %ebx
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-andl $1, %ecx
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-andl $1, %edi
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-andl $1, %edx
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-andl $1, %esi
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-andl $1, %r8d
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-andl $249, %eax
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-andl $24, %eax
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-andl $251, %eax
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-andl $254, %edi
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-andl $255, %eax
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-andl $2, %r12d
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-. 41 83 E4 02 C3
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-andl $31, %eax
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-andl $31, %ebp
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-andl $31, %ebx
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-andl $31, %ecx
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-andl $31, %edx
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-andl $31, %r12d
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-andl $3, %eax
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-andl $3, %ebp
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-andl $3, %ebx
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-andl $-3, %ecx
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-andl $3, %esi
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-andl $-4, %eax
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-andl $-4, %ebx
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-andl $4, %ebx
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-andl $-4, %edi
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-andl $-4, %r12d
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-andl $4, %r12d
-. 251 0x12345678 5
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-andl $-4, %r13d
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-. 41 83 E5 FC C3
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-andl $4, %r13d
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-. 41 83 E5 04 C3
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-andl $511, %r13d
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-andl $512, %r14d
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-andl $-57, %eax
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-andl $-57, %edx
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-andl $-57, %r12d
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-. 41 83 E4 C7 C3
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-andl $5, %eax
-. 259 0x12345678 4
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-andl $63, %eax
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-andl $63, %ebx
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-andl $63, %r12d
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-andl $63, %r15d
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-andl $-64513, %esi
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-andl $65280, %edx
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-andl $65280, %r10d
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-andl $65535, %eax
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-. 25 FF FF 00 00 C3
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-andl $65535, %r14d
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-andl $6, %esi
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-andl $7, %eax
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-andl $7, %ebp
-. 272 0x12345678 4
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-andl $7, %ecx
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-andl $7, %edi
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-andl $7, %edx
-. 275 0x12345678 4
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-andl $7, %esi
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-andl $7, %r12d
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-andl $7, %r13d
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-andl $7, %r15d
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-andl $7, %r9d
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-andl $-8, %eax
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-andl $-8, %edi
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-andl $8, %edi
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-. 83 E7 08 C3
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-andl 8(%rdx), %edi
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-andl $9, %eax
-. 285 0x12345678 4
-. 83 E0 09 C3
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-andl %eax, %ebp
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-andl %eax, %ecx
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-. 21 C1 C3
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-andl %ebx, %eax
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-. 21 D8 C3
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-andl %ebx, %r14d
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-. 41 21 DE C3
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-andl %edx, %eax
-. 290 0x12345678 3
-. 21 D0 C3
-
-andl %edx, %ecx
-. 291 0x12345678 3
-. 21 D1 C3
-
-andl %esi, %ecx
-. 292 0x12345678 3
-. 21 F1 C3
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-andl %r12d, %eax
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-. 44 21 E0 C3
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-andq %r12, %rsi
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-. 4C 21 E6 C3
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-andq %rax, 112(%rsp)
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-. 48 21 44 24 70 C3
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-andq %rax, 88(%rsp)
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-. 48 21 44 24 58 C3
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-andq %rax, %rsi
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-. 48 21 C6 C3
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-. FF 94 24 88 00 00 00
-
-call *144(%rsp)
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-. FF 94 24 90 00 00 00
-
-call *16(%rsp)
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-
-call *24(%rsp)
-. 302 0x12345678 4
-. FF 54 24 18
-
-call *264(%rsp)
-. 303 0x12345678 7
-. FF 94 24 08 01 00 00
-
-call *272(%rsp)
-. 304 0x12345678 7
-. FF 94 24 10 01 00 00
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-call *296(%rsp)
-. 305 0x12345678 7
-. FF 94 24 28 01 00 00
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-call *784(%rsp)
-. 306 0x12345678 7
-. FF 94 24 10 03 00 00
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-call *792(%rsp)
-. 307 0x12345678 7
-. FF 94 24 18 03 00 00
-
-call *808(%rsp)
-. 308 0x12345678 7
-. FF 94 24 28 03 00 00
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-call *%r10
-. 309 0x12345678 3
-. 41 FF D2
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-call *%r13
-. 310 0x12345678 3
-. 41 FF D5
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-call *%r14
-. 311 0x12345678 3
-. 41 FF D6
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-call *%r15
-. 312 0x12345678 3
-. 41 FF D7
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-call *313131(%rip)
-. 313 0x12345678 6
-. FF 15 2B C7 04 00
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-call *9909(%rip)
-. 314 0x12345678 6
-. FF 15 B5 26 00 00
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-cltd
-. 315 0x12345678 2
-. 99 C3
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-cltq
-. 316 0x12345678 3
-. 48 98 C3
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-. 317 0x12345678 4
-. 0F 47 D3 C3
-
-cmova %ecx, %esi
-. 318 0x12345678 4
-. 0F 47 F1 C3
-
-cmova %ecx, %r10d
-. 319 0x12345678 5
-. 44 0F 47 D1 C3
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-cmova %edx, %eax
-. 320 0x12345678 4
-. 0F 47 C2 C3
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-cmova %edx, %edi
-. 321 0x12345678 4
-. 0F 47 FA C3
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-cmova %edx, %r11d
-. 322 0x12345678 5
-. 44 0F 47 DA C3
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-cmova %edx, %r8d
-. 323 0x12345678 5
-. 44 0F 47 C2 C3
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-cmova %edx, %r9d
-. 324 0x12345678 5
-. 44 0F 47 CA C3
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-cmovae %r9d, %eax
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-. 41 0F 43 C1 C3
-
-cmovae %r9d, %ebx
-. 326 0x12345678 5
-. 41 0F 43 D9 C3
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-cmovae %r9d, %ecx
-. 327 0x12345678 5
-. 41 0F 43 C9 C3
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-cmovae %r9d, %edi
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-. 41 0F 43 F9 C3
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-cmovae %r9d, %edx
-. 329 0x12345678 5
-. 41 0F 43 D1 C3
-
-cmovae %r9d, %esi
-. 330 0x12345678 5
-. 41 0F 43 F1 C3
-
-cmovae %r9d, %r8d
-. 331 0x12345678 5
-. 45 0F 43 C1 C3
-
-cmovb %eax, %r12d
-. 332 0x12345678 5
-. 44 0F 42 E0 C3
-
-cmovb %ebx, %edx
-. 333 0x12345678 4
-. 0F 42 D3 C3
-
-cmovb %ecx, %esi
-. 334 0x12345678 4
-. 0F 42 F1 C3
-
-cmovb %ecx, %r10d
-. 335 0x12345678 5
-. 44 0F 42 D1 C3
-
-cmovb %edx, %eax
-. 336 0x12345678 4
-. 0F 42 C2 C3
-
-cmovb %edx, %ebp
-. 337 0x12345678 4
-. 0F 42 EA C3
-
-cmovb %edx, %edi
-. 338 0x12345678 4
-. 0F 42 FA C3
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-cmovb %edx, %r11d
-. 339 0x12345678 5
-. 44 0F 42 DA C3
-
-cmovb %edx, %r8d
-. 340 0x12345678 5
-. 44 0F 42 C2 C3
-
-cmovb %edx, %r9d
-. 341 0x12345678 5
-. 44 0F 42 CA C3
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-cmovbe %eax, %edx
-. 342 0x12345678 4
-. 0F 46 D0 C3
-
-cmovbe %eax, %esi
-. 343 0x12345678 4
-. 0F 46 F0 C3
-
-cmove 104(%rsp), %eax
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-cmove 380(%rsp), %ecx
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-. 0F 44 8C 24 7C 01 00 00 C3
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-cmove 380(%rsp), %edi
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-. 0F 44 BC 24 7C 01 00 00 C3
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-cmove 380(%rsp), %edx
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-. 0F 44 94 24 7C 01 00 00 C3
-
-cmove 380(%rsp), %esi
-. 348 0x12345678 9
-. 0F 44 B4 24 7C 01 00 00 C3
-
-cmove 396(%rsp), %ecx
-. 349 0x12345678 9
-. 0F 44 8C 24 8C 01 00 00 C3
-
-cmove 396(%rsp), %edi
-. 350 0x12345678 9
-. 0F 44 BC 24 8C 01 00 00 C3
-
-cmove 396(%rsp), %edx
-. 351 0x12345678 9
-. 0F 44 94 24 8C 01 00 00 C3
-
-cmove 396(%rsp), %esi
-. 352 0x12345678 9
-. 0F 44 B4 24 8C 01 00 00 C3
-
-cmove 412(%rsp), %ecx
-. 353 0x12345678 9
-. 0F 44 8C 24 9C 01 00 00 C3
-
-cmove 412(%rsp), %edi
-. 354 0x12345678 9
-. 0F 44 BC 24 9C 01 00 00 C3
-
-cmove 412(%rsp), %edx
-. 355 0x12345678 9
-. 0F 44 94 24 9C 01 00 00 C3
-
-cmove 412(%rsp), %esi
-. 356 0x12345678 9
-. 0F 44 B4 24 9C 01 00 00 C3
-
-cmove 496(%rsp), %edi
-. 357 0x12345678 9
-. 0F 44 BC 24 F0 01 00 00 C3
-
-cmove 496(%rsp), %esi
-. 358 0x12345678 9
-. 0F 44 B4 24 F0 01 00 00 C3
-
-cmove 512(%rsp), %ecx
-. 359 0x12345678 9
-. 0F 44 8C 24 00 02 00 00 C3
-
-cmove 512(%rsp), %edx
-. 360 0x12345678 9
-. 0F 44 94 24 00 02 00 00 C3
-
-cmove 528(%rsp), %ecx
-. 361 0x12345678 9
-. 0F 44 8C 24 10 02 00 00 C3
-
-cmove 528(%rsp), %edi
-. 362 0x12345678 9
-. 0F 44 BC 24 10 02 00 00 C3
-
-cmove 528(%rsp), %edx
-. 363 0x12345678 9
-. 0F 44 94 24 10 02 00 00 C3
-
-cmove 528(%rsp), %esi
-. 364 0x12345678 9
-. 0F 44 B4 24 10 02 00 00 C3
-
-cmove %eax, %ebp
-. 365 0x12345678 4
-. 0F 44 E8 C3
-
-cmove %eax, %edx
-. 366 0x12345678 4
-. 0F 44 D0 C3
-
-cmove %eax, %r13d
-. 367 0x12345678 5
-. 44 0F 44 E8 C3
-
-cmove %ecx, %edx
-. 368 0x12345678 4
-. 0F 44 D1 C3
-
-cmove %rax, %rdi
-. 369 0x12345678 5
-. 48 0F 44 F8 C3
-
-cmove %rax, %rdx
-. 370 0x12345678 5
-. 48 0F 44 D0 C3
-
-cmove %rax, %rsi
-. 371 0x12345678 5
-. 48 0F 44 F0 C3
-
-cmove %rbp, %rax
-. 372 0x12345678 5
-. 48 0F 44 C5 C3
-
-cmove %rdi, %rbx
-. 373 0x12345678 5
-. 48 0F 44 DF C3
-
-cmove %rdx, %rsi
-. 374 0x12345678 5
-. 48 0F 44 F2 C3
-
-cmove %rsi, %rax
-. 375 0x12345678 5
-. 48 0F 44 C6 C3
-
-cmovg %edi, %esi
-. 376 0x12345678 4
-. 0F 4F F7 C3
-
-cmovg %edx, %eax
-. 377 0x12345678 4
-. 0F 4F C2 C3
-
-cmovg %edx, %ecx
-. 378 0x12345678 4
-. 0F 4F CA C3
-
-cmovge %ecx, %eax
-. 379 0x12345678 4
-. 0F 4D C1 C3
-
-cmovge %ecx, %edi
-. 380 0x12345678 4
-. 0F 4D F9 C3
-
-cmovge %ecx, %edx
-. 381 0x12345678 4
-. 0F 4D D1 C3
-
-cmovge %ecx, %esi
-. 382 0x12345678 4
-. 0F 4D F1 C3
-
-cmovge %edx, %eax
-. 383 0x12345678 4
-. 0F 4D C2 C3
-
-cmovge %r10d, %eax
-. 384 0x12345678 5
-. 41 0F 4D C2 C3
-
-cmovge %r10d, %ebx
-. 385 0x12345678 5
-. 41 0F 4D DA C3
-
-cmovge %r10d, %ecx
-. 386 0x12345678 5
-. 41 0F 4D CA C3
-
-cmovge %r10d, %edi
-. 387 0x12345678 5
-. 41 0F 4D FA C3
-
-cmovge %r10d, %edx
-. 388 0x12345678 5
-. 41 0F 4D D2 C3
-
-cmovge %r10d, %r11d
-. 389 0x12345678 5
-. 45 0F 4D DA C3
-
-cmovge %r10d, %r13d
-. 390 0x12345678 5
-. 45 0F 4D EA C3
-
-cmovge %r10d, %r8d
-. 391 0x12345678 5
-. 45 0F 4D C2 C3
-
-cmovge %r10d, %r9d
-. 392 0x12345678 5
-. 45 0F 4D CA C3
-
-cmovge %r8d, %ecx
-. 393 0x12345678 5
-. 41 0F 4D C8 C3
-
-cmovge %r8d, %r10d
-. 394 0x12345678 5
-. 45 0F 4D D0 C3
-
-cmovge %r9d, %eax
-. 395 0x12345678 5
-. 41 0F 4D C1 C3
-
-cmovge %r9d, %ebx
-. 396 0x12345678 5
-. 41 0F 4D D9 C3
-
-cmovge %r9d, %ecx
-. 397 0x12345678 5
-. 41 0F 4D C9 C3
-
-cmovge %r9d, %edi
-. 398 0x12345678 5
-. 41 0F 4D F9 C3
-
-cmovge %r9d, %edx
-. 399 0x12345678 5
-. 41 0F 4D D1 C3
-
-cmovge %r9d, %esi
-. 400 0x12345678 5
-. 41 0F 4D F1 C3
-
-cmovge %r9d, %r8d
-. 401 0x12345678 5
-. 45 0F 4D C1 C3
-
-cmovg %esi, %ecx
-. 402 0x12345678 4
-. 0F 4F CE C3
-
-cmovg %r8d, %eax
-. 403 0x12345678 5
-. 41 0F 4F C0 C3
-
-cmovg %r8d, %edx
-. 404 0x12345678 5
-. 41 0F 4F D0 C3
-
-cmovl %eax, %r13d
-. 405 0x12345678 5
-. 44 0F 4C E8 C3
-
-cmovl %ebx, %r12d
-. 406 0x12345678 5
-. 44 0F 4C E3 C3
-
-cmovl %edi, %esi
-. 407 0x12345678 4
-. 0F 4C F7 C3
-
-cmovl %edx, %ebp
-. 408 0x12345678 4
-. 0F 4C EA C3
-
-cmovl %edx, %ecx
-. 409 0x12345678 4
-. 0F 4C CA C3
-
-cmovl %edx, %r12d
-. 410 0x12345678 5
-. 44 0F 4C E2 C3
-
-cmovle %ecx, %eax
-. 411 0x12345678 4
-. 0F 4E C1 C3
-
-cmovle %ecx, %ebx
-. 412 0x12345678 4
-. 0F 4E D9 C3
-
-cmovle %ecx, %edi
-. 413 0x12345678 4
-. 0F 4E F9 C3
-
-cmovle %ecx, %edx
-. 414 0x12345678 4
-. 0F 4E D1 C3
-
-cmovle %ecx, %r11d
-. 415 0x12345678 5
-. 44 0F 4E D9 C3
-
-cmovle %ecx, %r8d
-. 416 0x12345678 5
-. 44 0F 4E C1 C3
-
-cmovle %ecx, %r9d
-. 417 0x12345678 5
-. 44 0F 4E C9 C3
-
-cmovle %r10d, %eax
-. 418 0x12345678 5
-. 41 0F 4E C2 C3
-
-cmovle %r10d, %ebx
-. 419 0x12345678 5
-. 41 0F 4E DA C3
-
-cmovle %r10d, %ecx
-. 420 0x12345678 5
-. 41 0F 4E CA C3
-
-cmovle %r10d, %edi
-. 421 0x12345678 5
-. 41 0F 4E FA C3
-
-cmovle %r10d, %edx
-. 422 0x12345678 5
-. 41 0F 4E D2 C3
-
-cmovle %r10d, %esi
-. 423 0x12345678 5
-. 41 0F 4E F2 C3
-
-cmovle %r10d, %r11d
-. 424 0x12345678 5
-. 45 0F 4E DA C3
-
-cmovle %r10d, %r12d
-. 425 0x12345678 5
-. 45 0F 4E E2 C3
-
-cmovle %r10d, %r8d
-. 426 0x12345678 5
-. 45 0F 4E C2 C3
-
-cmovle %r8d, %eax
-. 427 0x12345678 5
-. 41 0F 4E C0 C3
-
-cmovle %r8d, %edi
-. 428 0x12345678 5
-. 41 0F 4E F8 C3
-
-cmovle %r8d, %edx
-. 429 0x12345678 5
-. 41 0F 4E D0 C3
-
-cmovle %r8d, %esi
-. 430 0x12345678 5
-. 41 0F 4E F0 C3
-
-cmovl %r8d, %eax
-. 431 0x12345678 5
-. 41 0F 4C C0 C3
-
-cmovl %r8d, %edx
-. 432 0x12345678 5
-. 41 0F 4C D0 C3
-
-cmovne 104(%rsp), %eax
-. 433 0x12345678 6
-. 0F 45 44 24 68 C3
-
-cmovne 144(%rsp), %edx
-. 434 0x12345678 9
-. 0F 45 94 24 90 00 00 00 C3
-
-cmovne 152(%rsp), %ecx
-. 435 0x12345678 9
-. 0F 45 8C 24 98 00 00 00 C3
-
-cmovne 16(%rsp), %ebx
-. 436 0x12345678 6
-. 0F 45 5C 24 10 C3
-
-cmovne 16(%rsp), %r12d
-. 437 0x12345678 7
-. 44 0F 45 64 24 10 C3
-
-cmovne 24(%rsp), %ebx
-. 438 0x12345678 6
-. 0F 45 5C 24 18 C3
-
-cmovne 32(%rsp), %ebx
-. 439 0x12345678 6
-. 0F 45 5C 24 20 C3
-
-cmovne 40(%rsp), %ebx
-. 440 0x12345678 6
-. 0F 45 5C 24 28 C3
-
-cmovne 48(%rsp), %ebx
-. 441 0x12345678 6
-. 0F 45 5C 24 30 C3
-
-cmovne %eax, %ebp
-. 442 0x12345678 4
-. 0F 45 E8 C3
-
-cmovne %eax, %ebx
-. 443 0x12345678 4
-. 0F 45 D8 C3
-
-cmovne %eax, %ecx
-. 444 0x12345678 4
-. 0F 45 C8 C3
-
-cmovne %eax, %edi
-. 445 0x12345678 4
-. 0F 45 F8 C3
-
-cmovne %eax, %esi
-. 446 0x12345678 4
-. 0F 45 F0 C3
-
-cmovne %eax, %r14d
-. 447 0x12345678 5
-. 44 0F 45 F0 C3
-
-cmovne %edx, %eax
-. 448 0x12345678 4
-. 0F 45 C2 C3
-
-cmovne %r10d, %eax
-. 449 0x12345678 5
-. 41 0F 45 C2 C3
-
-cmovne %r10d, %ebx
-. 450 0x12345678 5
-. 41 0F 45 DA C3
-
-cmovne %r10d, %ecx
-. 451 0x12345678 5
-. 41 0F 45 CA C3
-
-cmovne %r10d, %edx
-. 452 0x12345678 5
-. 41 0F 45 D2 C3
-
-cmovne %r10d, %r11d
-. 453 0x12345678 5
-. 45 0F 45 DA C3
-
-cmovne %r10d, %r12d
-. 454 0x12345678 5
-. 45 0F 45 E2 C3
-
-cmovne %r10d, %r13d
-. 455 0x12345678 5
-. 45 0F 45 EA C3
-
-cmovne %r10d, %r9d
-. 456 0x12345678 5
-. 45 0F 45 CA C3
-
-cmovne %r14d, %esi
-. 457 0x12345678 5
-. 41 0F 45 F6 C3
-
-cmovne %r8d, %eax
-. 458 0x12345678 5
-. 41 0F 45 C0 C3
-
-cmovne %r8d, %ecx
-. 459 0x12345678 5
-. 41 0F 45 C8 C3
-
-cmovne %r8d, %edx
-. 460 0x12345678 5
-. 41 0F 45 D0 C3
-
-cmovne %r8d, %r10d
-. 461 0x12345678 5
-. 45 0F 45 D0 C3
-
-cmovne %rax, %r14
-. 462 0x12345678 5
-. 4C 0F 45 F0 C3
-
-cmovne %rax, %r9
-. 463 0x12345678 5
-. 4C 0F 45 C8 C3
-
-cmovne %rax, %rbx
-. 464 0x12345678 5
-. 48 0F 45 D8 C3
-
-cmovne %rax, %rcx
-. 465 0x12345678 5
-. 48 0F 45 C8 C3
-
-cmovne %rax, %rdi
-. 466 0x12345678 5
-. 48 0F 45 F8 C3
-
-cmovne %rax, %rdx
-. 467 0x12345678 5
-. 48 0F 45 D0 C3
-
-cmovne %rax, %rsi
-. 468 0x12345678 5
-. 48 0F 45 F0 C3
-
-cmovne %rdx, %r9
-. 469 0x12345678 5
-. 4C 0F 45 CA C3
-
-cmovne %rdx, %rax
-. 470 0x12345678 5
-. 48 0F 45 C2 C3
-
-cmovns %eax, %edx
-. 471 0x12345678 4
-. 0F 49 D0 C3
-
-cmovns %esi, %ecx
-. 472 0x12345678 4
-. 0F 49 CE C3
-
-cmovns %r8d, %ebx
-. 473 0x12345678 5
-. 41 0F 49 D8 C3
-
-cmovns %rax, %rdx
-. 474 0x12345678 5
-. 48 0F 49 D0 C3
-
-cmovs %ecx, %eax
-. 475 0x12345678 4
-. 0F 48 C1 C3
-
-cmovs %ecx, %ebx
-. 476 0x12345678 4
-. 0F 48 D9 C3
-
-cmovs %ecx, %edi
-. 477 0x12345678 4
-. 0F 48 F9 C3
-
-cmovs %ecx, %edx
-. 478 0x12345678 4
-. 0F 48 D1 C3
-
-cmovs %ecx, %r11d
-. 479 0x12345678 5
-. 44 0F 48 D9 C3
-
-cmovs %ecx, %r8d
-. 480 0x12345678 5
-. 44 0F 48 C1 C3
-
-cmovs %ecx, %r9d
-. 481 0x12345678 5
-. 44 0F 48 C9 C3
-
-cmovs %r10d, %eax
-. 482 0x12345678 5
-. 41 0F 48 C2 C3
-
-cmovs %r10d, %ebx
-. 483 0x12345678 5
-. 41 0F 48 DA C3
-
-cmovs %r10d, %ecx
-. 484 0x12345678 5
-. 41 0F 48 CA C3
-
-cmovs %r10d, %edi
-. 485 0x12345678 5
-. 41 0F 48 FA C3
-
-cmovs %r10d, %edx
-. 486 0x12345678 5
-. 41 0F 48 D2 C3
-
-cmovs %r10d, %esi
-. 487 0x12345678 5
-. 41 0F 48 F2 C3
-
-cmovs %r10d, %r8d
-. 488 0x12345678 5
-. 45 0F 48 C2 C3
-
-cmpb $0, 103(%rsp)
-. 489 0x12345678 6
-. 80 7C 24 67 00 C3
-
-cmpb $0, 107(%rsp)
-. 490 0x12345678 6
-. 80 7C 24 6B 00 C3
-
-cmpb $0, 115(%rsp)
-. 491 0x12345678 6
-. 80 7C 24 73 00 C3
-
-cmpb $0, 11(%rsp)
-. 492 0x12345678 6
-. 80 7C 24 0B 00 C3
-
-cmpb $0, 123(%rsp)
-. 493 0x12345678 6
-. 80 7C 24 7B 00 C3
-
-cmpb $0, 135(%rsp)
-. 494 0x12345678 9
-. 80 BC 24 87 00 00 00 00 C3
-
-cmpb $0, 13(%rsp)
-. 495 0x12345678 6
-. 80 7C 24 0D 00 C3
-
-cmpb $0, 14(%rsp)
-. 496 0x12345678 6
-. 80 7C 24 0E 00 C3
-
-cmpb $0, 151(%rsp)
-. 497 0x12345678 9
-. 80 BC 24 97 00 00 00 00 C3
-
-cmpb $0, 15(%rsp)
-. 498 0x12345678 6
-. 80 7C 24 0F 00 C3
-
-cmpb $0, 16(%rdx,%rax)
-. 499 0x12345678 6
-. 80 7C 02 10 00 C3
-
-cmpb $0, 16(%rsp)
-. 500 0x12345678 6
-. 80 7C 24 10 00 C3
-
-cmpb $0, 171(%rsp)
-. 501 0x12345678 9
-. 80 BC 24 AB 00 00 00 00 C3
-
-cmpb $0, 17(%rbx)
-. 502 0x12345678 5
-. 80 7B 11 00 C3
-
-cmpb $0, 183(%rsp)
-. 503 0x12345678 9
-. 80 BC 24 B7 00 00 00 00 C3
-
-cmpb $0, 18(%rbx)
-. 504 0x12345678 5
-. 80 7B 12 00 C3
-
-cmpb $0, 22(%rsp)
-. 505 0x12345678 6
-. 80 7C 24 16 00 C3
-
-cmpb $0, 239(%rsp)
-. 506 0x12345678 9
-. 80 BC 24 EF 00 00 00 00 C3
-
-cmpb $0, 23(%rsp)
-. 507 0x12345678 6
-. 80 7C 24 17 00 C3
-
-cmpb $0, 270(%rsp)
-. 508 0x12345678 9
-. 80 BC 24 0E 01 00 00 00 C3
-
-cmpb $0, 27(%rsp)
-. 509 0x12345678 6
-. 80 7C 24 1B 00 C3
-
-cmpb $0, 283(%rsp)
-. 510 0x12345678 9
-. 80 BC 24 1B 01 00 00 00 C3
-
-cmpb $0, 31(%rsp)
-. 511 0x12345678 6
-. 80 7C 24 1F 00 C3
-
-cmpb $0, 331(%rsp)
-. 512 0x12345678 9
-. 80 BC 24 4B 01 00 00 00 C3
-
-cmpb $0, 375(%rsp)
-. 513 0x12345678 9
-. 80 BC 24 77 01 00 00 00 C3
-
-cmpb $0, 37(%rsp)
-. 514 0x12345678 6
-. 80 7C 24 25 00 C3
-
-cmpb $0, 38(%rsp)
-. 515 0x12345678 6
-. 80 7C 24 26 00 C3
-
-cmpb $0, 39(%rsp)
-. 516 0x12345678 6
-. 80 7C 24 27 00 C3
-
-cmpb $0, 43(%rsp)
-. 517 0x12345678 6
-. 80 7C 24 2B 00 C3
-
-cmpb $0, 44(%r12)
-. 518 0x12345678 7
-. 41 80 7C 24 2C 00 C3
-
-cmpb $0, 44(%r13)
-. 519 0x12345678 6
-. 41 80 7D 2C 00 C3
-
-cmpb $0, 44(%rax)
-. 520 0x12345678 5
-. 80 78 2C 00 C3
-
-cmpb $0, 46(%rsp)
-. 521 0x12345678 6
-. 80 7C 24 2E 00 C3
-
-cmpb $0, 47(%rsp)
-. 522 0x12345678 6
-. 80 7C 24 2F 00 C3
-
-cmpb $0, 48(%rsp)
-. 523 0x12345678 6
-. 80 7C 24 30 00 C3
-
-cmpb $0, 4(%rax)
-. 524 0x12345678 5
-. 80 78 04 00 C3
-
-cmpb $0, 4(%rax,%rcx)
-. 525 0x12345678 6
-. 80 7C 08 04 00 C3
-
-cmpb $0, 55(%rsp)
-. 526 0x12345678 6
-. 80 7C 24 37 00 C3
-
-cmpb $0, 5(%rax)
-. 527 0x12345678 5
-. 80 78 05 00 C3
-
-cmpb $0, 60(%rsp)
-. 528 0x12345678 6
-. 80 7C 24 3C 00 C3
-
-cmpb $0, 6(%rsp)
-. 529 0x12345678 6
-. 80 7C 24 06 00 C3
-
-cmpb $0, 8(%rax)
-. 530 0x12345678 5
-. 80 78 08 00 C3
-
-cmpb $0, 8(%rdi)
-. 531 0x12345678 5
-. 80 7F 08 00 C3
-
-cmpb $0, 439043(%rip)
-. 532 0x12345678 8
-. 80 3D 03 B3 06 00 00 C3
-
-cmpb $0, 9(%rip)
-. 533 0x12345678 8
-. 80 3D 09 00 00 00 00 C3
-
-cmpb $0, (%rax,%r12)
-. 534 0x12345678 6
-. 42 80 3C 20 00 C3
-
-cmpb $0, (%rax,%r13)
-. 535 0x12345678 6
-. 42 80 3C 28 00 C3
-
-cmpb $0, (%rax,%rdi)
-. 536 0x12345678 5
-. 80 3C 38 00 C3
-
-cmpb $0, (%rbx,%rax)
-. 537 0x12345678 5
-. 80 3C 03 00 C3
-
-cmpb $0, (%rcx,%r10)
-. 538 0x12345678 6
-. 42 80 3C 11 00 C3
-
-cmpb $0, (%rcx,%r9)
-. 539 0x12345678 6
-. 42 80 3C 09 00 C3
-
-cmpb $0, (%rcx,%rdi)
-. 540 0x12345678 5
-. 80 3C 39 00 C3
-
-cmpb $0, (%rdi)
-. 541 0x12345678 4
-. 80 3F 00 C3
-
-cmpb $0, (%rdi,%rax)
-. 542 0x12345678 5
-. 80 3C 07 00 C3
-
-cmpb $0, (%rdx,%rax)
-. 543 0x12345678 5
-. 80 3C 02 00 C3
-
-cmpb $0, (%rsi)
-. 544 0x12345678 4
-. 80 3E 00 C3
-
-cmpb $100, 1(%r12)
-. 545 0x12345678 7
-. 41 80 7C 24 01 64 C3
-
-cmpb $101, 1(%r12)
-. 546 0x12345678 7
-. 41 80 7C 24 01 65 C3
-
-cmpb $-10, 1(%r12)
-. 547 0x12345678 7
-. 41 80 7C 24 01 F6 C3
-
-cmpb $102, 1(%r12)
-. 548 0x12345678 7
-. 41 80 7C 24 01 66 C3
-
-cmpb $102, %al
-. 549 0x12345678 3
-. 3C 66 C3
-
-cmpb $103, 1(%r12)
-. 550 0x12345678 7
-. 41 80 7C 24 01 67 C3
-
-cmpb $104, 1(%r12)
-. 551 0x12345678 7
-. 41 80 7C 24 01 68 C3
-
-cmpb $105, 1(%r12)
-. 552 0x12345678 7
-. 41 80 7C 24 01 69 C3
-
-cmpb $106, 1(%r12)
-. 553 0x12345678 7
-. 41 80 7C 24 01 6A C3
-
-cmpb $107, 1(%r12)
-. 554 0x12345678 7
-. 41 80 7C 24 01 6B C3
-
-cmpb $108, 1(%r12)
-. 555 0x12345678 7
-. 41 80 7C 24 01 6C C3
-
-cmpb $108, (%rcx,%r12)
-. 556 0x12345678 6
-. 42 80 3C 21 6C C3
-
-cmpb $109, 1(%r12)
-. 557 0x12345678 7
-. 41 80 7C 24 01 6D C3
-
-cmpb $10, %dil
-. 558 0x12345678 5
-. 40 80 FF 0A C3
-
-cmpb $110, 1(%r12)
-. 559 0x12345678 7
-. 41 80 7C 24 01 6E C3
-
-cmpb $1, 107(%rsp)
-. 560 0x12345678 6
-. 80 7C 24 6B 01 C3
-
-cmpb $1, 111(%rsp)
-. 561 0x12345678 6
-. 80 7C 24 6F 01 C3
-
-cmpb $111, 2(%r12)
-. 562 0x12345678 7
-. 41 80 7C 24 02 6F C3
-
-cmpb $1, 112(%rsp)
-. 563 0x12345678 6
-. 80 7C 24 70 01 C3
-
-cmpb $111, %cl
-. 564 0x12345678 4
-. 80 F9 6F C3
-
-cmpb $1, 11(%rsp)
-. 565 0x12345678 6
-. 80 7C 24 0B 01 C3
-
-cmpb $112, 1(%r12)
-. 566 0x12345678 7
-. 41 80 7C 24 01 70 C3
-
-cmpb $112, 2(%r12)
-. 567 0x12345678 7
-. 41 80 7C 24 02 70 C3
-
-cmpb $113, 1(%r12)
-. 568 0x12345678 7
-. 41 80 7C 24 01 71 C3
-
-cmpb $1, 138(%rsp)
-. 569 0x12345678 9
-. 80 BC 24 8A 00 00 00 01 C3
-
-cmpb $113, %bl
-. 570 0x12345678 4
-. 80 FB 71 C3
-
-cmpb $-113, %cl
-. 571 0x12345678 4
-. 80 F9 8F C3
-
-cmpb $114, 1(%r12)
-. 572 0x12345678 7
-. 41 80 7C 24 01 72 C3
-
-cmpb $114, %bl
-. 573 0x12345678 4
-. 80 FB 72 C3
-
-cmpb $115, 1(%r12)
-. 574 0x12345678 7
-. 41 80 7C 24 01 73 C3
-
-cmpb $115, %bl
-. 575 0x12345678 4
-. 80 FB 73 C3
-
-cmpb $1, 15(%rsp)
-. 576 0x12345678 6
-. 80 7C 24 0F 01 C3
-
-cmpb $116, 1(%r12)
-. 577 0x12345678 7
-. 41 80 7C 24 01 74 C3
-
-cmpb $1, 16(%rsp)
-. 578 0x12345678 6
-. 80 7C 24 10 01 C3
-
-cmpb $117, 1(%r12)
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-cmpb $-128, %al
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-. 80 78 0E 0D C3
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-cmpb $-13, 1(%r12)
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-cmpb $1, 38(%rsp)
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-cmpb $-13, %bl
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-cmpb $-14, 1(%r12)
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-. 41 80 7C 24 01 F2 C3
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-cmpb $1, 42(%rsp)
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-cmpb $1, 47(%rsp)
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-
-cmpb $15, 27(%rsp)
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-
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-
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-cmpb $15, 63(%rsp)
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-cmpb $-16, %al
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-cmpb $-18, 1(%r12)
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-cmpb $19, 17(%rax)
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-cmpb $19, 1(%r12)
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-. 80 FB 01 C3
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-cmpb $-21, 1(%r12)
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-cmpb $-22, 1(%r12)
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-cmpb $22, 1(%r12)
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-cmpb $-23, 1(%r12)
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-cmpb $23, 1(%r12)
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-cmpb $-24, 1(%r12)
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-cmpb $-25, 1(%r12)
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-. 41 80 7C 24 01 E7 C3
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-cmpb $-27, 1(%r12)
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-. 80 78 08 1B C3
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-cmpb $-28, 1(%r12)
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-. 80 78 02 1D C3
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-. 80 FB E3 C3
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-. 80 F9 02 C3
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-cmpb $-30, 1(%r12)
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-cmpb $-31, 1(%r12)
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-. 41 80 7C 24 01 E1 C3
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-cmpb $-3, 1(%r12)
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-cmpb $-32, 1(%r12)
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-cmpb $-33, 1(%r12)
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-. 41 80 7C 24 01 DF C3
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-. 80 7C 24 26 03 C3
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-cmpb $-33, %r12b
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-. 41 80 FC DF C3
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-. 41 80 7C 24 01 DE C3
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-cmpb $-34, %r12b
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-. 41 80 FC DE C3
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-. 80 78 05 03 C3
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-. 41 80 7C 24 01 DC C3
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-. 41 80 FC DC C3
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-. 41 80 7C 24 01 DB C3
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-. 41 80 FC DB C3
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-cmpb $-38, 1(%r12)
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-. 41 80 7C 24 01 DA C3
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-cmpb $-38, %r12b
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-. 41 80 FC DA C3
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-cmpb $-39, 1(%r12)
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-. 41 80 7C 24 01 D9 C3
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-. 41 80 FC D9 C3
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-. 40 80 FD 03 C3
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-. 41 80 FE 03 C3
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-. 41 80 7C 24 01 D8 C3
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-. 80 F9 28 C3
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-. 41 80 FC D8 C3
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-. 41 80 7C 24 01 D7 C3
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-. 41 80 7C 24 01 FC C3
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-cmpb $-45, 1(%r12)
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-. 41 80 7C 24 01 D3 C3
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-. 41 80 7C 24 01 D2 C3
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-. 41 80 7C 24 01 D1 C3
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-. 41 80 FD 04 C3
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-. 80 78 0B 05 C3
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-. 41 80 7C 24 01 FB C3
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-. 80 78 0A C8 C3
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-. 80 78 07 C8 C3
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-. 41 80 7C 24 01 C6 C3
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-. 41 80 7C 24 01 C5 C3
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-. 41 80 FD 05 C3
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-. 41 80 FF 05 C3
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-. 41 80 7C 24 01 C3 C3
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-. 41 80 7C 24 01 FA C3
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-. 41 80 7C 24 02 C2 C3
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-. 80 78 0C C1 C3
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-. 80 78 0F C1 C3
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-. 80 78 03 C1 C3
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-. 80 78 06 C1 C3
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-cmpb $-63, 9(%rax)
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-. 80 78 09 C1 C3
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-cmpb $-63, (%rax)
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-. 80 38 C1 C3
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-. 734 0x12345678 5
-. 80 78 0D C0 C3
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-cmpb $-64, 16(%rax)
-. 735 0x12345678 5
-. 80 78 10 C0 C3
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-. 736 0x12345678 5
-. 80 78 01 C0 C3
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-cmpb $-64, 4(%rax)
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-. 80 78 04 C0 C3
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-. 3C BF C3
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-. 739 0x12345678 5
-. 80 78 02 44 C3
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-. 80 F9 06 C3
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-. 41 80 7C 24 01 F9 C3
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-. 41 80 7C 24 01 50 C3
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-. 41 80 7C 24 01 51 C3
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-. 41 80 7C 24 02 51 C3
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-cmpb $-8, 1(%r12)
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-. 41 80 7C 24 01 F8 C3
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-. 41 80 7C 24 01 AE C3
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-. 41 80 7C 24 01 52 C3
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-. 41 80 7C 24 02 52 C3
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-. 41 80 FD AE C3
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-. 41 80 7C 24 01 53 C3
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-. 41 80 7C 24 02 53 C3
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-. 41 80 7C 24 01 54 C3
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-. 41 80 7C 24 01 55 C3
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-. 41 80 7C 24 01 56 C3
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-. 41 80 FD AA C3
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-. 41 80 7C 24 01 57 C3
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-. 3C 57 C3
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-. 41 80 7C 24 01 58 C3
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-. 41 80 7C 24 02 58 C3
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-. 41 80 7C 24 01 59 C3
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-. 41 80 7C 24 02 59 C3
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-. 41 80 7C 24 01 5A C3
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-. 41 80 7C 24 02 5A C3
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-. 41 80 FD A6 C3
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-. 41 80 7C 24 01 5B C3
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-. 41 80 7C 24 02 5B C3
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-. 41 80 7C 24 01 5C C3
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-. 769 0x12345678 7
-. 41 80 7C 24 02 5C C3
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-cmpb $-92, %r13b
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-. 41 80 FD A4 C3
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-. 771 0x12345678 7
-. 41 80 7C 24 01 5D C3
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-. 772 0x12345678 7
-. 41 80 7C 24 02 5D C3
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-. 773 0x12345678 7
-. 41 80 7C 24 01 5E C3
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-. 774 0x12345678 7
-. 41 80 7C 24 02 5E C3
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-. 775 0x12345678 7
-. 41 80 7C 24 01 5F C3
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-. 776 0x12345678 7
-. 41 80 7C 24 02 5F C3
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-. 3C 5F C3
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-. 778 0x12345678 7
-. 41 80 7C 24 01 60 C3
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-. 779 0x12345678 7
-. 41 80 7C 24 01 61 C3
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-. 41 80 7C 24 01 62 C3
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-. 41 80 7C 24 01 63 C3
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-. 783 0x12345678 4
-. 80 F9 09 C3
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-. 784 0x12345678 4
-. 38 47 08 C3
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-. 785 0x12345678 4
-. 38 42 08 C3
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-. 786 0x12345678 3
-. 38 C3 C3
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-cmpb %al, %dl
-. 787 0x12345678 3
-. 38 C2 C3
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-cmpb %bl, %dl
-. 788 0x12345678 3
-. 38 DA C3
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-cmpb %cl, %r10b
-. 789 0x12345678 4
-. 41 38 CA C3
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-cmpb %cl, %sil
-. 790 0x12345678 4
-. 40 38 CE C3
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-cmpb %dil, %sil
-. 791 0x12345678 4
-. 40 38 FE C3
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-cmpb %dl, %al
-. 792 0x12345678 3
-. 38 D0 C3
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-cmpb %dl, %bl
-. 793 0x12345678 3
-. 38 D3 C3
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-cmpb %dl, %cl
-. 794 0x12345678 3
-. 38 D1 C3
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-cmpb %dl, %dil
-. 795 0x12345678 4
-. 40 38 D7 C3
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-. 796 0x12345678 4
-. 41 38 D3 C3
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-cmpb %dl, %r8b
-. 797 0x12345678 4
-. 41 38 D0 C3
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-cmpb %dl, %r9b
-. 798 0x12345678 4
-. 41 38 D1 C3
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-cmpb %r11b, %r8b
-. 799 0x12345678 4
-. 45 38 D8 C3
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-. 800 0x12345678 9
-. 44 38 BC 24 8B 00 00 00 C3
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-cmpb %r15b, 79(%rsp)
-. 801 0x12345678 6
-. 44 38 7C 24 4F C3
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-cmpl $0, 8(%rax)
-. 802 0x12345678 5
-. 83 78 08 00 C3
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-cmpl $1000000, %eax
-. 803 0x12345678 6
-. 3D 40 42 0F 00 C3
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-cmpl $10000, 12(%rax)
-. 804 0x12345678 8
-. 81 78 0C 10 27 00 00 C3
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-cmpl $10000, %ebx
-. 805 0x12345678 7
-. 81 FB 10 27 00 00 C3
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-cmpl $10000, (%rdi)
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-cmpl $1000, %eax
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-cmpl $100, %eax
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-cmpl $103, %eax
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-cmpl $-1, 24(%rax)
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-cmpl $8, %eax
-. 1265 0x12345678 4
-. 83 F8 08 C3
-
-cmpl $8, %ebx
-. 1266 0x12345678 4
-. 83 FB 08 C3
-
-cmpl $8, %edi
-. 1267 0x12345678 4
-. 83 FF 08 C3
-
-cmpl $8, %edx
-. 1268 0x12345678 4
-. 83 FA 08 C3
-
-cmpl $8, %esi
-. 1269 0x12345678 4
-. 83 FE 08 C3
-
-cmpl $8, %r13d
-. 1270 0x12345678 5
-. 41 83 FD 08 C3
-
-cmpl 8(%r13), %edi
-. 1271 0x12345678 5
-. 41 3B 7D 08 C3
-
-cmpl $8, %r14d
-. 1272 0x12345678 5
-. 41 83 FE 08 C3
-
-cmpl $8, %r8d
-. 1273 0x12345678 5
-. 41 83 F8 08 C3
-
-cmpl 8(%rsp), %r15d
-. 1274 0x12345678 6
-. 44 3B 7C 24 08 C3
-
-cmpl $922, %eax
-. 1275 0x12345678 6
-. 3D 9A 03 00 00 C3
-
-cmpl $922, %r12d
-. 1276 0x12345678 8
-. 41 81 FC 9A 03 00 00 C3
-
-cmpl $94208, %esi
-. 1277 0x12345678 7
-. 81 FE 00 70 01 00 C3
-
-cmpl $94209, %esi
-. 1278 0x12345678 7
-. 81 FE 01 70 01 00 C3
-
-cmpl $94210, %esi
-. 1279 0x12345678 7
-. 81 FE 02 70 01 00 C3
-
-cmpl $94, %ebx
-. 1280 0x12345678 4
-. 83 FB 5E C3
-
-cmpl $954, %eax
-. 1281 0x12345678 6
-. 3D BA 03 00 00 C3
-
-cmpl $954, %r12d
-. 1282 0x12345678 8
-. 41 81 FC BA 03 00 00 C3
-
-cmpl $95, %ebx
-. 1283 0x12345678 4
-. 83 FB 5F C3
-
-cmpl $95, %r12d
-. 1284 0x12345678 5
-. 41 83 FC 5F C3
-
-cmpl $96, %ebx
-. 1285 0x12345678 4
-. 83 FB 60 C3
-
-cmpl $989, %edx
-. 1286 0x12345678 7
-. 81 FA DD 03 00 00 C3
-
-cmpl $999, %eax
-. 1287 0x12345678 6
-. 3D E7 03 00 00 C3
-
-cmpl $9, %eax
-. 1288 0x12345678 4
-. 83 F8 09 C3
-
-cmpl $9, %r14d
-. 1289 0x12345678 5
-. 41 83 FE 09 C3
-
-cmpl $9, (%rax)
-. 1290 0x12345678 4
-. 83 38 09 C3
-
-cmpl %eax, 120(%rsp)
-. 1291 0x12345678 5
-. 39 44 24 78 C3
-
-cmpl %eax, 124(%rsp)
-. 1292 0x12345678 5
-. 39 44 24 7C C3
-
-cmpl %eax, 12(%rsi,%rdx)
-. 1293 0x12345678 5
-. 39 44 16 0C C3
-
-cmpl %eax, 140(%rsp)
-. 1294 0x12345678 8
-. 39 84 24 8C 00 00 00 C3
-
-cmpl %eax, 16(%rbp)
-. 1295 0x12345678 4
-. 39 45 10 C3
-
-cmpl %eax, 16(%rsp)
-. 1296 0x12345678 5
-. 39 44 24 10 C3
-
-cmpl %eax, 20(%rsp)
-. 1297 0x12345678 5
-. 39 44 24 14 C3
-
-cmpl %eax, 288(%rsp)
-. 1298 0x12345678 8
-. 39 84 24 20 01 00 00 C3
-
-cmpl %eax, 32(%rbp)
-. 1299 0x12345678 4
-. 39 45 20 C3
-
-cmpl %eax, 4(%r14)
-. 1300 0x12345678 5
-. 41 39 46 04 C3
-
-cmpl %eax, 4(%rdi)
-. 1301 0x12345678 4
-. 39 47 04 C3
-
-cmpl %eax, 8(%rbp)
-. 1302 0x12345678 4
-. 39 45 08 C3
-
-cmpl %eax, 8(%rbx)
-. 1303 0x12345678 4
-. 39 43 08 C3
-
-cmpl %eax, 8(%rdi)
-. 1304 0x12345678 4
-. 39 47 08 C3
-
-cmpl %eax, 8(%rdx)
-. 1305 0x12345678 4
-. 39 42 08 C3
-
-cmpl %eax, 8(%rsi)
-. 1306 0x12345678 4
-. 39 46 08 C3
-
-cmpl %eax, 8(%rsp)
-. 1307 0x12345678 5
-. 39 44 24 08 C3
-
-cmpl %eax, %ebp
-. 1308 0x12345678 3
-. 39 C5 C3
-
-cmpl %eax, %ebx
-. 1309 0x12345678 3
-. 39 C3 C3
-
-cmpl %eax, %ecx
-. 1310 0x12345678 3
-. 39 C1 C3
-
-cmpl %eax, %edx
-. 1311 0x12345678 3
-. 39 C2 C3
-
-cmpl %eax, %esi
-. 1312 0x12345678 3
-. 39 C6 C3
-
-cmpl %eax, %r12d
-. 1313 0x12345678 4
-. 41 39 C4 C3
-
-cmpl %eax, %r13d
-. 1314 0x12345678 4
-. 41 39 C5 C3
-
-cmpl %eax, (%r14)
-. 1315 0x12345678 4
-. 41 39 06 C3
-
-cmpl %eax, %r15d
-. 1316 0x12345678 4
-. 41 39 C7 C3
-
-cmpl %eax, %r8d
-. 1317 0x12345678 4
-. 41 39 C0 C3
-
-cmpl %eax, (%rbx,%rdx,4)
-. 1318 0x12345678 4
-. 39 04 93 C3
-
-cmpl %eax, (%rdi)
-. 1319 0x12345678 3
-. 39 07 C3
-
-cmpl %ebp, 12(%rdx,%rax)
-. 1320 0x12345678 5
-. 39 6C 02 0C C3
-
-cmpl %ebp, 4(%rsp)
-. 1321 0x12345678 5
-. 39 6C 24 04 C3
-
-cmpl %ebp, 8(%rax)
-. 1322 0x12345678 4
-. 39 68 08 C3
-
-cmpl %ebp, %eax
-. 1323 0x12345678 3
-. 39 E8 C3
-
-cmpl %ebp, %ebx
-. 1324 0x12345678 3
-. 39 EB C3
-
-cmpl %ebp, %edx
-. 1325 0x12345678 3
-. 39 EA C3
-
-cmpl %ebp, %r12d
-. 1326 0x12345678 4
-. 41 39 EC C3
-
-cmpl %ebp, %r13d
-. 1327 0x12345678 4
-. 41 39 ED C3
-
-cmpl %ebp, (%rcx,%rax,4)
-. 1328 0x12345678 4
-. 39 2C 81 C3
-
-cmpl %ebp, (%rdx,%rax,4)
-. 1329 0x12345678 4
-. 39 2C 82 C3
-
-cmpl %ebx, 16(%rsp)
-. 1330 0x12345678 5
-. 39 5C 24 10 C3
-
-cmpl %ebx, %eax
-. 1331 0x12345678 3
-. 39 D8 C3
-
-cmpl %ebx, %ebp
-. 1332 0x12345678 3
-. 39 DD C3
-
-cmpl %ebx, %r13d
-. 1333 0x12345678 4
-. 41 39 DD C3
-
-cmpl %ebx, %r15d
-. 1334 0x12345678 4
-. 41 39 DF C3
-
-cmpl %ecx, %ebx
-. 1335 0x12345678 3
-. 39 CB C3
-
-cmpl %ecx, %edi
-. 1336 0x12345678 3
-. 39 CF C3
-
-cmpl %ecx, %edx
-. 1337 0x12345678 3
-. 39 CA C3
-
-cmpl %ecx, %esi
-. 1338 0x12345678 3
-. 39 CE C3
-
-cmpl %ecx, %r13d
-. 1339 0x12345678 4
-. 41 39 CD C3
-
-cmpl %ecx, %r14d
-. 1340 0x12345678 4
-. 41 39 CE C3
-
-cmpl %ecx, %r15d
-. 1341 0x12345678 4
-. 41 39 CF C3
-
-cmpl %ecx, %r8d
-. 1342 0x12345678 4
-. 41 39 C8 C3
-
-cmpl %ecx, (%rbx)
-. 1343 0x12345678 3
-. 39 0B C3
-
-cmpl %edi, %eax
-. 1344 0x12345678 3
-. 39 F8 C3
-
-cmpl %edi, %ecx
-. 1345 0x12345678 3
-. 39 F9 C3
-
-cmpl %edi, %edx
-. 1346 0x12345678 3
-. 39 FA C3
-
-cmpl %edi, %esi
-. 1347 0x12345678 3
-. 39 FE C3
-
-cmpl %edx, 12(%rsp)
-. 1348 0x12345678 5
-. 39 54 24 0C C3
-
-cmpl %edx, 16(%rsp)
-. 1349 0x12345678 5
-. 39 54 24 10 C3
-
-cmpl %edx, 288(%rsp,%rax,4)
-. 1350 0x12345678 8
-. 39 94 84 20 01 00 00 C3
-
-cmpl %edx, 292(%rsp,%rax,4)
-. 1351 0x12345678 8
-. 39 94 84 24 01 00 00 C3
-
-cmpl %edx, 68(%rsp)
-. 1352 0x12345678 5
-. 39 54 24 44 C3
-
-cmpl %edx, %eax
-. 1353 0x12345678 3
-. 39 D0 C3
-
-cmpl %edx, %ebp
-. 1354 0x12345678 3
-. 39 D5 C3
-
-cmpl %edx, %ebx
-. 1355 0x12345678 3
-. 39 D3 C3
-
-cmpl %edx, %ecx
-. 1356 0x12345678 3
-. 39 D1 C3
-
-cmpl %edx, %edi
-. 1357 0x12345678 3
-. 39 D7 C3
-
-cmpl %edx, %esi
-. 1358 0x12345678 3
-. 39 D6 C3
-
-cmpl %edx, %r12d
-. 1359 0x12345678 4
-. 41 39 D4 C3
-
-cmpl %edx, %r13d
-. 1360 0x12345678 4
-. 41 39 D5 C3
-
-cmpl %edx, %r14d
-. 1361 0x12345678 4
-. 41 39 D6 C3
-
-cmpl %edx, %r15d
-. 1362 0x12345678 4
-. 41 39 D7 C3
-
-cmpl %edx, (%rbx)
-. 1363 0x12345678 3
-. 39 13 C3
-
-cmpl %edx, (%rdi,%rax,4)
-. 1364 0x12345678 4
-. 39 14 87 C3
-
-cmpl %edx, (%rsi,%rax,4)
-. 1365 0x12345678 4
-. 39 14 86 C3
-
-cmpl %esi, 12(%rbx,%rax)
-. 1366 0x12345678 5
-. 39 74 03 0C C3
-
-cmpl %esi, %eax
-. 1367 0x12345678 3
-. 39 F0 C3
-
-cmpl %esi, %ecx
-. 1368 0x12345678 3
-. 39 F1 C3
-
-cmpl %esi, %edx
-. 1369 0x12345678 3
-. 39 F2 C3
-
-cmpl %esi, (%rcx,%rdx,8)
-. 1370 0x12345678 4
-. 39 34 D1 C3
-
-cmpl %esi, (%rdi,%rax,4)
-. 1371 0x12345678 4
-. 39 34 87 C3
-
-cmpl %r10d, %ecx
-. 1372 0x12345678 4
-. 44 39 D1 C3
-
-cmpl %r10d, %r12d
-. 1373 0x12345678 4
-. 45 39 D4 C3
-
-cmpl %r10d, %r8d
-. 1374 0x12345678 4
-. 45 39 D0 C3
-
-cmpl %r11d, %r12d
-. 1375 0x12345678 4
-. 45 39 DC C3
-
-cmpl %r11d, %r9d
-. 1376 0x12345678 4
-. 45 39 D9 C3
-
-cmpl %r12d, %eax
-. 1377 0x12345678 4
-. 44 39 E0 C3
-
-cmpl %r12d, %ebx
-. 1378 0x12345678 4
-. 44 39 E3 C3
-
-cmpl %r13d, 192(%rsp,%rax,4)
-. 1379 0x12345678 9
-. 44 39 AC 84 C0 00 00 00 C3
-
-cmpl %r13d, %ebp
-. 1380 0x12345678 4
-. 44 39 ED C3
-
-cmpl %r14d, 20(%rsp)
-. 1381 0x12345678 6
-. 44 39 74 24 14 C3
-
-cmpl %r14d, %ebp
-. 1382 0x12345678 4
-. 44 39 F5 C3
-
-cmpl %r15d, %ebp
-. 1383 0x12345678 4
-. 44 39 FD C3
-
-cmpl %r15d, %ebx
-. 1384 0x12345678 4
-. 44 39 FB C3
-
-cmpl %r15d, %ecx
-. 1385 0x12345678 4
-. 44 39 F9 C3
-
-cmpl %r15d, %r12d
-. 1386 0x12345678 4
-. 45 39 FC C3
-
-cmpl %r15d, %r14d
-. 1387 0x12345678 4
-. 45 39 FE C3
-
-cmpl %r15d, %r8d
-. 1388 0x12345678 4
-. 45 39 F8 C3
-
-cmpl %r8d, %ecx
-. 1389 0x12345678 4
-. 44 39 C1 C3
-
-cmpl %r8d, %edx
-. 1390 0x12345678 4
-. 44 39 C2 C3
-
-cmpl %r8d, %esi
-. 1391 0x12345678 4
-. 44 39 C6 C3
-
-cmpl %r9d, %esi
-. 1392 0x12345678 4
-. 44 39 CE C3
-
-cmpl (%rax), %edx
-. 1393 0x12345678 3
-. 3B 10 C3
-
-cmpl (%rdx), %eax
-. 1394 0x12345678 3
-. 3B 02 C3
-
-cmpl (%rsi), %eax
-. 1395 0x12345678 3
-. 3B 06 C3
-
-cmpl (%rsi), %edx
-. 1396 0x12345678 3
-. 3B 16 C3
-
-cmpl 16(%rip), %eax
-. 1397 0x12345678 7
-. 3B 05 10 00 00 00 C3
-
-cmpl 16(%rip), %r13d
-. 1398 0x12345678 8
-. 44 3B 2D 10 00 00 00 C3
-
-cmpl 16(%rip), %r15d
-. 1399 0x12345678 8
-. 44 3B 3D 10 00 00 00 C3
-
-cmpl 20(%rip), %ecx
-. 1400 0x12345678 7
-. 3B 0D 14 00 00 00 C3
-
-cmpq $0, 16(%rdi)
-. 1401 0x12345678 6
-. 48 83 7F 10 00 C3
-
-cmpq $0, 16(%rsp)
-. 1402 0x12345678 7
-. 48 83 7C 24 10 00 C3
-
-cmpq $0, 192(%rsp)
-. 1403 0x12345678 10
-. 48 83 BC 24 C0 00 00 00 00 C3
-
-cmpq $0, 200(%rsp)
-. 1404 0x12345678 10
-. 48 83 BC 24 C8 00 00 00 00 C3
-
-cmpq $0, 24(%rax)
-. 1405 0x12345678 6
-. 48 83 78 18 00 C3
-
-cmpq $0, 24(%rbx)
-. 1406 0x12345678 6
-. 48 83 7B 18 00 C3
-
-cmpq $0, 24(%rsp)
-. 1407 0x12345678 7
-. 48 83 7C 24 18 00 C3
-
-cmpq $0, 264(%rsp)
-. 1408 0x12345678 10
-. 48 83 BC 24 08 01 00 00 00 C3
-
-cmpq $0, 272(%rsp)
-. 1409 0x12345678 10
-. 48 83 BC 24 10 01 00 00 00 C3
-
-cmpq $0, 32(%r13)
-. 1410 0x12345678 6
-. 49 83 7D 20 00 C3
-
-cmpq $0, 32(%rbp)
-. 1411 0x12345678 6
-. 48 83 7D 20 00 C3
-
-cmpq $0, 560(%rsp)
-. 1412 0x12345678 10
-. 48 83 BC 24 30 02 00 00 00 C3
-
-cmpq $0, 8(%rax)
-. 1413 0x12345678 6
-. 48 83 78 08 00 C3
-
-cmpq $0, 8(%rbx)
-. 1414 0x12345678 6
-. 48 83 7B 08 00 C3
-
-cmpq $0, 8(%rdi)
-. 1415 0x12345678 6
-. 48 83 7F 08 00 C3
-
-cmpq $0, 8(%rdx,%rbx,8)
-. 1416 0x12345678 7
-. 48 83 7C DA 08 00 C3
-
-cmpq $0, (%r12,%rax,8)
-. 1417 0x12345678 6
-. 49 83 3C C4 00 C3
-
-cmpq $0, (%r13,%rax,8)
-. 1418 0x12345678 7
-. 49 83 7C C5 00 00 C3
-
-cmpq $0, (%r9,%rax,8)
-. 1419 0x12345678 6
-. 49 83 3C C1 00 C3
-
-cmpq $0, (%rax)
-. 1420 0x12345678 5
-. 48 83 38 00 C3
-
-cmpq $0, (%rax,%rbx,8)
-. 1421 0x12345678 6
-. 48 83 3C D8 00 C3
-
-cmpq $0, (%rax,%rcx,8)
-. 1422 0x12345678 6
-. 48 83 3C C8 00 C3
-
-cmpq $0, (%rax,%rdx,8)
-. 1423 0x12345678 6
-. 48 83 3C D0 00 C3
-
-cmpq $0, (%rbp,%rax,8)
-. 1424 0x12345678 7
-. 48 83 7C C5 00 00 C3
-
-cmpq $0, (%rbx)
-. 1425 0x12345678 5
-. 48 83 3B 00 C3
-
-cmpq $0, (%rbx,%rax,8)
-. 1426 0x12345678 6
-. 48 83 3C C3 00 C3
-
-cmpq $0, (%rbx,%rcx,8)
-. 1427 0x12345678 6
-. 48 83 3C CB 00 C3
-
-cmpq $0, (%rcx)
-. 1428 0x12345678 5
-. 48 83 39 00 C3
-
-cmpq $0, (%rcx,%rax,8)
-. 1429 0x12345678 6
-. 48 83 3C C1 00 C3
-
-cmpq $0, (%rdi)
-. 1430 0x12345678 5
-. 48 83 3F 00 C3
-
-cmpq $0, (%rdi,%rax,8)
-. 1431 0x12345678 6
-. 48 83 3C C7 00 C3
-
-cmpq $0, (%rdx)
-. 1432 0x12345678 5
-. 48 83 3A 00 C3
-
-cmpq $0, (%rdx,%rax,8)
-. 1433 0x12345678 6
-. 48 83 3C C2 00 C3
-
-cmpq $0, (%rdx,%rbx,8)
-. 1434 0x12345678 6
-. 48 83 3C DA 00 C3
-
-cmpq $0, (%rsi)
-. 1435 0x12345678 5
-. 48 83 3E 00 C3
-
-cmpq $0, (%rsi,%rax,8)
-. 1436 0x12345678 6
-. 48 83 3C C6 00 C3
-
-cmpq $0, (%rsp)
-. 1437 0x12345678 6
-. 48 83 3C 24 00 C3
-
-cmpq $255, %rdi
-. 1438 0x12345678 8
-. 48 81 FF FF 00 00 00 C3
-
-cmpq $65535, %rsi
-. 1439 0x12345678 8
-. 48 81 FE FF FF 00 00 C3
-
-cmpq %r13, %r8
-. 1440 0x12345678 4
-. 4D 39 E8 C3
-
-cmpq %r14, (%r12)
-. 1441 0x12345678 5
-. 4D 39 34 24 C3
-
-cmpq %rax, 8(%rbp)
-. 1442 0x12345678 5
-. 48 39 45 08 C3
-
-cmpq %rax, 8(%rdi)
-. 1443 0x12345678 5
-. 48 39 47 08 C3
-
-cmpq %rax, %rsi
-. 1444 0x12345678 4
-. 48 39 C6 C3
-
-cmpq %rbp, (%rax,%rcx,8)
-. 1445 0x12345678 5
-. 48 39 2C C8 C3
-
-cmpq %rcx, 8(%rdx)
-. 1446 0x12345678 5
-. 48 39 4A 08 C3
-
-cmpq %rdx, (%rax,%rcx,8)
-. 1447 0x12345678 5
-. 48 39 14 C8 C3
-
-cmpw $1, 142(%rsp)
-. 1448 0x12345678 10
-. 66 83 BC 24 8E 00 00 00 01 C3
-
-cmpw $128, %ax
-. 1449 0x12345678 5
-. 66 3D 80 00 C3
-
-cmpw $128, %bx
-. 1450 0x12345678 6
-. 66 81 FB 80 00 C3
-
-cmpw $128, %cx
-. 1451 0x12345678 6
-. 66 81 F9 80 00 C3
-
-cmpw $128, %di
-. 1452 0x12345678 6
-. 66 81 FF 80 00 C3
-
-cmpw $128, %dx
-. 1453 0x12345678 6
-. 66 81 FA 80 00 C3
-
-cmpw $128, %r11w
-. 1454 0x12345678 7
-. 66 41 81 FB 80 00 C3
-
-cmpw $128, %r8w
-. 1455 0x12345678 7
-. 66 41 81 F8 80 00 C3
-
-cmpw $128, %r9w
-. 1456 0x12345678 7
-. 66 41 81 F9 80 00 C3
-
-cmpw $-129, %ax
-. 1457 0x12345678 5
-. 66 3D 7F FF C3
-
-cmpw $-129, %bx
-. 1458 0x12345678 6
-. 66 81 FB 7F FF C3
-
-cmpw $-129, %di
-. 1459 0x12345678 6
-. 66 81 FF 7F FF C3
-
-cmpw $-129, %dx
-. 1460 0x12345678 6
-. 66 81 FA 7F FF C3
-
-cmpw $-129, %r11w
-. 1461 0x12345678 7
-. 66 41 81 FB 7F FF C3
-
-cmpw $-129, %r8w
-. 1462 0x12345678 7
-. 66 41 81 F8 7F FF C3
-
-cmpw $-129, %r9w
-. 1463 0x12345678 7
-. 66 41 81 F9 7F FF C3
-
-cmpw $-129, %si
-. 1464 0x12345678 6
-. 66 81 FE 7F FF C3
-
-cmpw $1, %ax
-. 1465 0x12345678 5
-. 66 83 F8 01 C3
-
-cmpw $1, %cx
-. 1466 0x12345678 5
-. 66 83 F9 01 C3
-
-cmpw $1, %di
-. 1467 0x12345678 5
-. 66 83 FF 01 C3
-
-cmpw $1, %dx
-. 1468 0x12345678 5
-. 66 83 FA 01 C3
-
-cmpw $2, 30(%rbx)
-. 1469 0x12345678 6
-. 66 83 7B 1E 02 C3
-
-cmpw $256, %ax
-. 1470 0x12345678 5
-. 66 3D 00 01 C3
-
-cmpw $256, %bx
-. 1471 0x12345678 6
-. 66 81 FB 00 01 C3
-
-cmpw $256, %cx
-. 1472 0x12345678 6
-. 66 81 F9 00 01 C3
-
-cmpw $256, %di
-. 1473 0x12345678 6
-. 66 81 FF 00 01 C3
-
-cmpw $256, %dx
-. 1474 0x12345678 6
-. 66 81 FA 00 01 C3
-
-cmpw $256, %r11w
-. 1475 0x12345678 7
-. 66 41 81 FB 00 01 C3
-
-cmpw $256, %r8w
-. 1476 0x12345678 7
-. 66 41 81 F8 00 01 C3
-
-cmpw $256, %r9w
-. 1477 0x12345678 7
-. 66 41 81 F9 00 01 C3
-
-cmpw $2, %ax
-. 1478 0x12345678 5
-. 66 83 F8 02 C3
-
-cmpw $-2, %dx
-. 1479 0x12345678 5
-. 66 83 FA FE C3
-
-cmpw $-2, (%rdx,%rax)
-. 1480 0x12345678 6
-. 66 83 3C 02 FE C3
-
-cmpw $-2, (%rsi,%rax)
-. 1481 0x12345678 6
-. 66 83 3C 06 FE C3
-
-cmpw $3, %ax
-. 1482 0x12345678 5
-. 66 83 F8 03 C3
-
-cmpw $9999, 24(%r12,%rax,2)
-. 1483 0x12345678 9
-. 66 41 81 7C 44 18 0F 27 C3
-
-cmpw %ax, 8(%rdi)
-. 1484 0x12345678 5
-. 66 39 47 08 C3
-
-cmpw %ax, %r9w
-. 1485 0x12345678 5
-. 66 41 39 C1 C3
-
-cmpw %di, %si
-. 1486 0x12345678 4
-. 66 39 FE C3
-
-cmpw %dx, %cx
-. 1487 0x12345678 4
-. 66 39 D1 C3
-
-cmpw %dx, %r9w
-. 1488 0x12345678 5
-. 66 41 39 D1 C3
-
-cmpw %r10w, %dx
-. 1489 0x12345678 5
-. 66 44 39 D2 C3
-
-cmpw %r8w, %ax
-. 1490 0x12345678 5
-. 66 44 39 C0 C3
-
-cmpw %r8w, %dx
-. 1491 0x12345678 5
-. 66 44 39 C2 C3
-
-cwtl
-. 1492 0x12345678 2
-. 98 C3
-
-decb %al
-. 1493 0x12345678 3
-. FE C8 C3
-
-decb %dl
-. 1494 0x12345678 3
-. FE CA C3
-
-decb %r14b
-. 1495 0x12345678 4
-. 41 FE CE C3
-
-decb %sil
-. 1496 0x12345678 4
-. 40 FE CE C3
-
-decl %eax
-. 1497 0x12345678 3
-. FF C8 C3
-
-decl %ebp
-. 1498 0x12345678 3
-. FF CD C3
-
-decl %ebx
-. 1499 0x12345678 3
-. FF CB C3
-
-decl %ecx
-. 1500 0x12345678 3
-. FF C9 C3
-
-decl %edi
-. 1501 0x12345678 3
-. FF CF C3
-
-decl %edx
-. 1502 0x12345678 3
-. FF CA C3
-
-decl %esi
-. 1503 0x12345678 3
-. FF CE C3
-
-decl %r13d
-. 1504 0x12345678 4
-. 41 FF CD C3
-
-decl %r14d
-. 1505 0x12345678 4
-. 41 FF CE C3
-
-decl %r15d
-. 1506 0x12345678 4
-. 41 FF CF C3
-
-divq %r8
-. 1507 0x12345678 4
-. 49 F7 F0 C3
-
-idivl %edi
-. 1508 0x12345678 3
-. F7 FF C3
-
-imull 8(%r13), %eax
-. 1509 0x12345678 6
-. 41 0F AF 45 08 C3
-
-imull 8(%r14), %eax
-. 1510 0x12345678 6
-. 41 0F AF 46 08 C3
-
-imull 8(%rbx), %eax
-. 1511 0x12345678 5
-. 0F AF 43 08 C3
-
-imull 8(%rdx), %edi
-. 1512 0x12345678 5
-. 0F AF 7A 08 C3
-
-imull %eax, %ebp
-. 1513 0x12345678 4
-. 0F AF E8 C3
-
-imull %ecx, %edx
-. 1514 0x12345678 4
-. 0F AF D1 C3
-
-imull %ecx, %r8d
-. 1515 0x12345678 5
-. 44 0F AF C1 C3
-
-imull %edx, %eax
-. 1516 0x12345678 4
-. 0F AF C2 C3
-
-imull %esi, %edi
-. 1517 0x12345678 4
-. 0F AF FE C3
-
-imulq $1431655766, %rax, %rbx
-. 1518 0x12345678 8
-. 48 69 D8 56 55 55 55 C3
-
-incl 108(%rsp)
-. 1519 0x12345678 5
-. FF 44 24 6C C3
-
-incl 120(%rsp)
-. 1520 0x12345678 5
-. FF 44 24 78 C3
-
-incl 124(%rsp)
-. 1521 0x12345678 5
-. FF 44 24 7C C3
-
-incl 12(%rsp)
-. 1522 0x12345678 5
-. FF 44 24 0C C3
-
-incl 140(%rsp)
-. 1523 0x12345678 8
-. FF 84 24 8C 00 00 00 C3
-
-incl 16(%rsp)
-. 1524 0x12345678 5
-. FF 44 24 10 C3
-
-incl 20(%rsp)
-. 1525 0x12345678 5
-. FF 44 24 14 C3
-
-incl 24(%rsp)
-. 1526 0x12345678 5
-. FF 44 24 18 C3
-
-incl 288(%rsp)
-. 1527 0x12345678 8
-. FF 84 24 20 01 00 00 C3
-
-incl 28(%rsp)
-. 1528 0x12345678 5
-. FF 44 24 1C C3
-
-incl 40(%rsp)
-. 1529 0x12345678 5
-. FF 44 24 28 C3
-
-incl 56(%rsp)
-. 1530 0x12345678 5
-. FF 44 24 38 C3
-
-incl 68(%rsp)
-. 1531 0x12345678 5
-. FF 44 24 44 C3
-
-incl %eax
-. 1532 0x12345678 3
-. FF C0 C3
-
-incl %ebp
-. 1533 0x12345678 3
-. FF C5 C3
-
-incl %ebx
-. 1534 0x12345678 3
-. FF C3 C3
-
-incl %ecx
-. 1535 0x12345678 3
-. FF C1 C3
-
-incl %edi
-. 1536 0x12345678 3
-. FF C7 C3
-
-incl %edx
-. 1537 0x12345678 3
-. FF C2 C3
-
-incl %esi
-. 1538 0x12345678 3
-. FF C6 C3
-
-incl 1(%rip)
-. 1539 0x12345678 7
-. FF 05 01 00 00 00 C3
-
-incl 8(%rip)
-. 1540 0x12345678 7
-. FF 05 08 00 00 00 C3
-
-incl 9(%rip)
-. 1541 0x12345678 7
-. FF 05 09 00 00 00 C3
-
-incl 0(%rip)
-. 1542 0x12345678 7
-. FF 05 00 00 00 00 C3
-
-incl %r10d
-. 1543 0x12345678 4
-. 41 FF C2 C3
-
-incl %r12d
-. 1544 0x12345678 4
-. 41 FF C4 C3
-
-incl %r13d
-. 1545 0x12345678 4
-. 41 FF C5 C3
-
-incl %r14d
-. 1546 0x12345678 4
-. 41 FF C6 C3
-
-incl (%r14,%rax,4)
-. 1547 0x12345678 5
-. 41 FF 04 86 C3
-
-incl %r15d
-. 1548 0x12345678 4
-. 41 FF C7 C3
-
-incl %r8d
-. 1549 0x12345678 4
-. 41 FF C0 C3
-
-incl %r9d
-. 1550 0x12345678 4
-. 41 FF C1 C3
-
-incl (%rax)
-. 1551 0x12345678 3
-. FF 00 C3
-
-incl -99(%rip)
-. 1552 0x12345678 7
-. FF 05 9D FF FF FF C3
-
-incq %r13
-. 1553 0x12345678 4
-. 49 FF C5 C3
-
-incq %rax
-. 1554 0x12345678 4
-. 48 FF C0 C3
-
-incq %rbp
-. 1555 0x12345678 4
-. 48 FF C5 C3
-
-incq %rbx
-. 1556 0x12345678 4
-. 48 FF C3 C3
-
-incq %rdi
-. 1557 0x12345678 4
-. 48 FF C7 C3
-
-incq %rsi
-. 1558 0x12345678 4
-. 48 FF C6 C3
-
-incq 33(%rip)
-. 1559 0x12345678 8
-. 48 FF 05 21 00 00 00 C3
-
-jmp *3998(,%rax,8)
-. 1560 0x12345678 7
-. FF 24 C5 9E 0F 00 00
-
-jmp *%rdx
-. 1561 0x12345678 2
-. FF E2
-
-leal 0(,%r14,8), %r12d
-. 1562 0x12345678 9
-. 46 8D 24 F5 00 00 00 00 C3
-
-leal 0(,%rdx,8), %eax
-. 1563 0x12345678 8
-. 8D 04 D5 00 00 00 00 C3
-
-leal 0(,%rdx,8), %edi
-. 1564 0x12345678 8
-. 8D 3C D5 00 00 00 00 C3
-
-leal 0(,%rsi,4), %edx
-. 1565 0x12345678 8
-. 8D 14 B5 00 00 00 00 C3
-
-leal 0(,%rsi,8), %edx
-. 1566 0x12345678 8
-. 8D 14 F5 00 00 00 00 C3
-
-leal -112(%rax), %ebx
-. 1567 0x12345678 4
-. 8D 58 90 C3
-
-leal -112(%rbx), %eax
-. 1568 0x12345678 4
-. 8D 43 90 C3
-
-leal -128(%rax), %ebx
-. 1569 0x12345678 4
-. 8D 58 80 C3
-
-leal -128(%rax), %edi
-. 1570 0x12345678 4
-. 8D 78 80 C3
-
-leal -129(%rax), %r12d
-. 1571 0x12345678 8
-. 44 8D A0 7F FF FF FF C3
-
-leal -144(%rax), %r12d
-. 1572 0x12345678 8
-. 44 8D A0 70 FF FF FF C3
-
-leal -144(%rax), %r14d
-. 1573 0x12345678 8
-. 44 8D B0 70 FF FF FF C3
-
-leal -176(%rdx), %ebx
-. 1574 0x12345678 7
-. 8D 9A 50 FF FF FF C3
-
-leal -184(%rax), %ebx
-. 1575 0x12345678 7
-. 8D 98 48 FF FF FF C3
-
-leal -184(%rdx), %ebx
-. 1576 0x12345678 7
-. 8D 9A 48 FF FF FF C3
-
-leal -192(%rax), %ebp
-. 1577 0x12345678 7
-. 8D A8 40 FF FF FF C3
-
-leal -1(%r12), %eax
-. 1578 0x12345678 6
-. 41 8D 44 24 FF C3
-
-leal 1(%r12), %eax
-. 1579 0x12345678 6
-. 41 8D 44 24 01 C3
-
-leal 1(%r12), %ebx
-. 1580 0x12345678 6
-. 41 8D 5C 24 01 C3
-
-leal 1(%r12), %edi
-. 1581 0x12345678 6
-. 41 8D 7C 24 01 C3
-
-leal -1(%r13), %eax
-. 1582 0x12345678 5
-. 41 8D 45 FF C3
-
-leal 1(%r13), %eax
-. 1583 0x12345678 5
-. 41 8D 45 01 C3
-
-leal -1(%r14), %eax
-. 1584 0x12345678 5
-. 41 8D 46 FF C3
-
-leal 1(%r14), %eax
-. 1585 0x12345678 5
-. 41 8D 46 01 C3
-
-leal -1(%r14), %edi
-. 1586 0x12345678 5
-. 41 8D 7E FF C3
-
-leal 1(%r15), %eax
-. 1587 0x12345678 5
-. 41 8D 47 01 C3
-
-leal 1(%r8), %ecx
-. 1588 0x12345678 5
-. 41 8D 48 01 C3
-
-leal -1(,%rax,8), %edi
-. 1589 0x12345678 8
-. 8D 3C C5 FF FF FF FF C3
-
-leal 1(%rax), %r12d
-. 1590 0x12345678 5
-. 44 8D 60 01 C3
-
-leal -1(%rax,%r12), %ebp
-. 1591 0x12345678 6
-. 42 8D 6C 20 FF C3
-
-leal -1(%rax,%r12), %edx
-. 1592 0x12345678 6
-. 42 8D 54 20 FF C3
-
-leal -1(%rax,%rbp), %eax
-. 1593 0x12345678 5
-. 8D 44 28 FF C3
-
-leal -1(%rax,%rbp), %ebx
-. 1594 0x12345678 5
-. 8D 5C 28 FF C3
-
-leal -1(%rax,%rbx), %eax
-. 1595 0x12345678 5
-. 8D 44 18 FF C3
-
-leal 1(%rax,%rbx), %r15d
-. 1596 0x12345678 6
-. 44 8D 7C 18 01 C3
-
-leal -1(%rbp), %eax
-. 1597 0x12345678 4
-. 8D 45 FF C3
-
-leal 1(%rbp), %eax
-. 1598 0x12345678 4
-. 8D 45 01 C3
-
-leal -1(%rbp), %edi
-. 1599 0x12345678 4
-. 8D 7D FF C3
-
-leal 1(%rbp), %edi
-. 1600 0x12345678 4
-. 8D 7D 01 C3
-
-leal -1(%rbp), %esi
-. 1601 0x12345678 4
-. 8D 75 FF C3
-
-leal 1(%rbp), %r12d
-. 1602 0x12345678 5
-. 44 8D 65 01 C3
-
-leal 1(%rbp), %r13d
-. 1603 0x12345678 5
-. 44 8D 6D 01 C3
-
-leal -1(%rbp,%rbx), %r12d
-. 1604 0x12345678 6
-. 44 8D 64 1D FF C3
-
-leal -1(%rbx), %eax
-. 1605 0x12345678 4
-. 8D 43 FF C3
-
-leal 1(%rbx), %edi
-. 1606 0x12345678 4
-. 8D 7B 01 C3
-
-leal 1(%rbx), %edx
-. 1607 0x12345678 4
-. 8D 53 01 C3
-
-leal -1(%rcx), %eax
-. 1608 0x12345678 4
-. 8D 41 FF C3
-
-leal 1(%rcx), %eax
-. 1609 0x12345678 4
-. 8D 41 01 C3
-
-leal 1(%rcx), %edi
-. 1610 0x12345678 4
-. 8D 79 01 C3
-
-leal 1(%rcx,%r8), %r8d
-. 1611 0x12345678 6
-. 46 8D 44 01 01 C3
-
-leal 1(%rcx,%rdx), %edx
-. 1612 0x12345678 5
-. 8D 54 11 01 C3
-
-leal 1(%rdi), %eax
-. 1613 0x12345678 4
-. 8D 47 01 C3
-
-leal -1(%rdi), %ebp
-. 1614 0x12345678 4
-. 8D 6F FF C3
-
-leal 1(%rdi), %edx
-. 1615 0x12345678 4
-. 8D 57 01 C3
-
-leal -1(%rdx), %eax
-. 1616 0x12345678 4
-. 8D 42 FF C3
-
-leal 1(%rdx), %eax
-. 1617 0x12345678 4
-. 8D 42 01 C3
-
-leal 1(%rdx), %edi
-. 1618 0x12345678 4
-. 8D 7A 01 C3
-
-leal 1(%rdx,%r8), %r8d
-. 1619 0x12345678 6
-. 46 8D 44 02 01 C3
-
-leal 1(%rdx,%rax), %eax
-. 1620 0x12345678 5
-. 8D 44 02 01 C3
-
-leal 1(%rdx,%rbp), %r10d
-. 1621 0x12345678 6
-. 44 8D 54 2A 01 C3
-
-leal 1(%rdx,%rbx), %ebx
-. 1622 0x12345678 5
-. 8D 5C 1A 01 C3
-
-leal 1(%rdx,%rcx), %ecx
-. 1623 0x12345678 5
-. 8D 4C 0A 01 C3
-
-leal 1(%rdx,%rdi), %edi
-. 1624 0x12345678 5
-. 8D 7C 3A 01 C3
-
-leal 1(%rdx,%rsi), %esi
-. 1625 0x12345678 5
-. 8D 74 32 01 C3
-
-leal -1(%rsi), %eax
-. 1626 0x12345678 4
-. 8D 46 FF C3
-
-leal 1(%rsi), %eax
-. 1627 0x12345678 4
-. 8D 46 01 C3
-
-leal 1(%rsi,%rdi), %edi
-. 1628 0x12345678 5
-. 8D 7C 3E 01 C3
-
-leal -200(%rax), %ebp
-. 1629 0x12345678 7
-. 8D A8 38 FF FF FF C3
-
-leal -200(%rax), %r14d
-. 1630 0x12345678 8
-. 44 8D B0 38 FF FF FF C3
-
-leal -208(%rax), %ebp
-. 1631 0x12345678 7
-. 8D A8 30 FF FF FF C3
-
-leal -208(%rax), %ebx
-. 1632 0x12345678 7
-. 8D 98 30 FF FF FF C3
-
-leal -20(%rdx), %eax
-. 1633 0x12345678 4
-. 8D 42 EC C3
-
-leal -216(%rax), %ebx
-. 1634 0x12345678 7
-. 8D 98 28 FF FF FF C3
-
-leal -224(%rax), %ebx
-. 1635 0x12345678 7
-. 8D 98 20 FF FF FF C3
-
-leal -232(%rax), %ebx
-. 1636 0x12345678 7
-. 8D 98 18 FF FF FF C3
-
-leal -24(%rbx), %eax
-. 1637 0x12345678 4
-. 8D 43 E8 C3
-
-leal -2(%r15), %eax
-. 1638 0x12345678 5
-. 41 8D 47 FE C3
-
-leal -2(%r9), %eax
-. 1639 0x12345678 5
-. 41 8D 41 FE C3
-
-leal 2(,%rax,4), %eax
-. 1640 0x12345678 8
-. 8D 04 85 02 00 00 00 C3
-
-leal 2(%rax), %ebp
-. 1641 0x12345678 4
-. 8D 68 02 C3
-
-leal -2(%rbp), %eax
-. 1642 0x12345678 4
-. 8D 45 FE C3
-
-leal 2(%rbp), %ebx
-. 1643 0x12345678 4
-. 8D 5D 02 C3
-
-leal 2(%rbp), %edi
-. 1644 0x12345678 4
-. 8D 7D 02 C3
-
-leal 2(%rbp), %edx
-. 1645 0x12345678 4
-. 8D 55 02 C3
-
-leal 2(%rbp), %esi
-. 1646 0x12345678 4
-. 8D 75 02 C3
-
-leal 2(%rbp), %r13d
-. 1647 0x12345678 5
-. 44 8D 6D 02 C3
-
-leal 2(%rbx), %eax
-. 1648 0x12345678 4
-. 8D 43 02 C3
-
-leal 2(%rcx), %edi
-. 1649 0x12345678 4
-. 8D 79 02 C3
-
-leal 2(%rdi), %edx
-. 1650 0x12345678 4
-. 8D 57 02 C3
-
-leal 2(%rsi), %eax
-. 1651 0x12345678 4
-. 8D 46 02 C3
-
-leal -32(%rdx), %eax
-. 1652 0x12345678 4
-. 8D 42 E0 C3
-
-leal 38(%r14), %eax
-. 1653 0x12345678 5
-. 41 8D 46 26 C3
-
-leal 3(%rax), %ebp
-. 1654 0x12345678 4
-. 8D 68 03 C3
-
-leal 3(%rbp), %ebx
-. 1655 0x12345678 4
-. 8D 5D 03 C3
-
-leal 3(%rbp), %edi
-. 1656 0x12345678 4
-. 8D 7D 03 C3
-
-leal 3(%rbp), %edx
-. 1657 0x12345678 4
-. 8D 55 03 C3
-
-leal 3(%rbp), %esi
-. 1658 0x12345678 4
-. 8D 75 03 C3
-
-leal 3(%rbp), %r12d
-. 1659 0x12345678 5
-. 44 8D 65 03 C3
-
-leal 3(%rbp), %r13d
-. 1660 0x12345678 5
-. 44 8D 6D 03 C3
-
-leal 3(%rdi), %eax
-. 1661 0x12345678 4
-. 8D 47 03 C3
-
-leal 3(%rdx), %eax
-. 1662 0x12345678 4
-. 8D 42 03 C3
-
-leal 3(%rdx,%rbp), %ebp
-. 1663 0x12345678 5
-. 8D 6C 2A 03 C3
-
-leal 3(%rsi), %eax
-. 1664 0x12345678 4
-. 8D 46 03 C3
-
-leal 43(%rdx,%rdx), %edx
-. 1665 0x12345678 5
-. 8D 54 12 2B C3
-
-leal 48(%r14), %eax
-. 1666 0x12345678 5
-. 41 8D 46 30 C3
-
-leal -48(%rax,%rbp), %ebp
-. 1667 0x12345678 5
-. 8D 6C 28 D0 C3
-
-leal -48(%rdx), %eax
-. 1668 0x12345678 4
-. 8D 42 D0 C3
-
-leal 4(%rax,%rbx), %r15d
-. 1669 0x12345678 6
-. 44 8D 7C 18 04 C3
-
-leal 4(%rbp), %eax
-. 1670 0x12345678 4
-. 8D 45 04 C3
-
-leal -4(%rbp), %edi
-. 1671 0x12345678 4
-. 8D 7D FC C3
-
-leal 4(%rbp), %edi
-. 1672 0x12345678 4
-. 8D 7D 04 C3
-
-leal -4(%rcx), %eax
-. 1673 0x12345678 4
-. 8D 41 FC C3
-
-leal -4(%rdi), %eax
-. 1674 0x12345678 4
-. 8D 47 FC C3
-
-leal -4(%rdx), %eax
-. 1675 0x12345678 4
-. 8D 42 FC C3
-
-leal 4(%rdx,%rbp), %ebp
-. 1676 0x12345678 5
-. 8D 6C 2A 04 C3
-
-leal -4(%rsi), %eax
-. 1677 0x12345678 4
-. 8D 46 FC C3
-
-leal -4(%rsi), %ecx
-. 1678 0x12345678 4
-. 8D 4E FC C3
-
-leal -64(%rax), %r13d
-. 1679 0x12345678 5
-. 44 8D 68 C0 C3
-
-leal 64(,%rbx,8), %edi
-. 1680 0x12345678 8
-. 8D 3C DD 40 00 00 00 C3
-
-leal 64(,%rdi,8), %edi
-. 1681 0x12345678 8
-. 8D 3C FD 40 00 00 00 C3
-
-leal -69631(%rdi), %eax
-. 1682 0x12345678 7
-. 8D 87 01 F0 FE FF C3
-
-leal -69633(%rbx), %eax
-. 1683 0x12345678 7
-. 8D 83 FF EF FE FF C3
-
-leal -69633(%rcx), %eax
-. 1684 0x12345678 7
-. 8D 81 FF EF FE FF C3
-
-leal -69633(%rdi), %eax
-. 1685 0x12345678 7
-. 8D 87 FF EF FE FF C3
-
-leal -69633(%rdx), %eax
-. 1686 0x12345678 7
-. 8D 82 FF EF FE FF C3
-
-leal 69634(%r13,%r13), %r13d
-. 1687 0x12345678 9
-. 47 8D AC 2D 02 10 01 00 C3
-
-leal -72(%rax), %r13d
-. 1688 0x12345678 5
-. 44 8D 68 B8 C3
-
-leal -73731(%rcx), %eax
-. 1689 0x12345678 7
-. 8D 81 FD DF FE FF C3
-
-leal -73731(%rdi), %eax
-. 1690 0x12345678 7
-. 8D 87 FD DF FE FF C3
-
-leal -73731(%rdx), %eax
-. 1691 0x12345678 7
-. 8D 82 FD DF FE FF C3
-
-leal -77825(%rdi), %eax
-. 1692 0x12345678 7
-. 8D 87 FF CF FE FF C3
-
-leal -77837(%rcx), %eax
-. 1693 0x12345678 7
-. 8D 81 F3 CF FE FF C3
-
-leal -78092(%r14), %eax
-. 1694 0x12345678 8
-. 41 8D 86 F4 CE FE FF C3
-
-leal -7(%rbx), %eax
-. 1695 0x12345678 4
-. 8D 43 F9 C3
-
-leal 7(%rdx), %eax
-. 1696 0x12345678 4
-. 8D 42 07 C3
-
-leal -80(%rax), %r12d
-. 1697 0x12345678 5
-. 44 8D 60 B0 C3
-
-leal -80(%rax), %r13d
-. 1698 0x12345678 5
-. 44 8D 68 B0 C3
-
-leal -81920(%rdi), %eax
-. 1699 0x12345678 7
-. 8D 87 00 C0 FE FF C3
-
-leal -88(%rax), %ebx
-. 1700 0x12345678 4
-. 8D 58 A8 C3
-
-leal -88(%rdx), %ebx
-. 1701 0x12345678 4
-. 8D 5A A8 C3
-
-leal -94208(%r13), %eax
-. 1702 0x12345678 8
-. 41 8D 85 00 90 FE FF C3
-
-leal -97(%rdx), %eax
-. 1703 0x12345678 4
-. 8D 42 9F C3
-
-leal (%r12,%r13), %eax
-. 1704 0x12345678 5
-. 43 8D 04 2C C3
-
-leal (%r9,%rbx), %ebp
-. 1705 0x12345678 5
-. 41 8D 2C 19 C3
-
-leal (%r9,%rcx), %r9d
-. 1706 0x12345678 5
-. 45 8D 0C 09 C3
-
-leal (%rax,%r12,2), %edi
-. 1707 0x12345678 5
-. 42 8D 3C 60 C3
-
-leal (%rax,%r13), %edi
-. 1708 0x12345678 5
-. 42 8D 3C 28 C3
-
-leal (%rax,%rax,2), %eax
-. 1709 0x12345678 4
-. 8D 04 40 C3
-
-leal (%rax,%rax), %edi
-. 1710 0x12345678 4
-. 8D 3C 00 C3
-
-leal (%rax,%rbp), %r15d
-. 1711 0x12345678 5
-. 44 8D 3C 28 C3
-
-leal (%rax,%rbx,4), %eax
-. 1712 0x12345678 4
-. 8D 04 98 C3
-
-leal (%rax,%rbx,8), %eax
-. 1713 0x12345678 4
-. 8D 04 D8 C3
-
-leal (%rax,%rbx), %r15d
-. 1714 0x12345678 5
-. 44 8D 3C 18 C3
-
-leal (%rax,%rdx), %eax
-. 1715 0x12345678 4
-. 8D 04 10 C3
-
-leal (%rbp,%r12), %eax
-. 1716 0x12345678 6
-. 42 8D 44 25 00 C3
-
-leal (%rbp,%r12), %ebx
-. 1717 0x12345678 6
-. 42 8D 5C 25 00 C3
-
-leal (%rbp,%r12), %esi
-. 1718 0x12345678 6
-. 42 8D 74 25 00 C3
-
-leal (%rbp,%rbx), %r8d
-. 1719 0x12345678 6
-. 44 8D 44 1D 00 C3
-
-leal (%rbx,%rbp), %edi
-. 1720 0x12345678 4
-. 8D 3C 2B C3
-
-leal (%rbx,%rbp), %esi
-. 1721 0x12345678 4
-. 8D 34 2B C3
-
-leal (%rcx,%rcx), %edi
-. 1722 0x12345678 4
-. 8D 3C 09 C3
-
-leal (%rdi,%rbx,4), %eax
-. 1723 0x12345678 4
-. 8D 04 9F C3
-
-leal (%rdi,%rcx), %edi
-. 1724 0x12345678 4
-. 8D 3C 0F C3
-
-leal (%rdx,%rbp), %r11d
-. 1725 0x12345678 5
-. 44 8D 1C 2A C3
-
-leal (%rdx,%rbx), %edx
-. 1726 0x12345678 4
-. 8D 14 1A C3
-
-leal (%rdx,%rdi), %r10d
-. 1727 0x12345678 5
-. 44 8D 14 3A C3
-
-leal (%rdx,%rdx), %eax
-. 1728 0x12345678 4
-. 8D 04 12 C3
-
-leal (%rdx,%rdx), %edi
-. 1729 0x12345678 4
-. 8D 3C 12 C3
-
-leal (%rsi,%rsi,2), %esi
-. 1730 0x12345678 4
-. 8D 34 76 C3
-
-leal (%rsi,%rsi), %eax
-. 1731 0x12345678 4
-. 8D 04 36 C3
-
-leal (%rsi,%rsi), %edx
-. 1732 0x12345678 4
-. 8D 14 36 C3
-
-leaq 0(,%rax,4), %r13
-. 1733 0x12345678 9
-. 4C 8D 2C 85 00 00 00 00 C3
-
-leaq 0(,%rax,4), %rbx
-. 1734 0x12345678 9
-. 48 8D 1C 85 00 00 00 00 C3
-
-leaq 0(,%rax,4), %rcx
-. 1735 0x12345678 9
-. 48 8D 0C 85 00 00 00 00 C3
-
-leaq 0(,%rax,4), %rdi
-. 1736 0x12345678 9
-. 48 8D 3C 85 00 00 00 00 C3
-
-leaq 0(,%rax,4), %rdx
-. 1737 0x12345678 9
-. 48 8D 14 85 00 00 00 00 C3
-
-leaq 0(,%rdx,4), %rax
-. 1738 0x12345678 9
-. 48 8D 04 95 00 00 00 00 C3
-
-leaq 100(%rsp), %rdx
-. 1739 0x12345678 6
-. 48 8D 54 24 64 C3
-
-leaq 104(%rsp), %rcx
-. 1740 0x12345678 6
-. 48 8D 4C 24 68 C3
-
-leaq 108(%rsp), %r8
-. 1741 0x12345678 6
-. 4C 8D 44 24 6C C3
-
-leaq 112(%rsp), %r15
-. 1742 0x12345678 6
-. 4C 8D 7C 24 70 C3
-
-leaq 116(%rsp), %rdi
-. 1743 0x12345678 6
-. 48 8D 7C 24 74 C3
-
-leaq 120(%rsp), %rsi
-. 1744 0x12345678 6
-. 48 8D 74 24 78 C3
-
-leaq 128(%rsp), %r15
-. 1745 0x12345678 9
-. 4C 8D BC 24 80 00 00 00 C3
-
-leaq 12(%rsp), %rdi
-. 1746 0x12345678 6
-. 48 8D 7C 24 0C C3
-
-leaq 12(%rsp), %rsi
-. 1747 0x12345678 6
-. 48 8D 74 24 0C C3
-
-leaq 144(%rsp), %r8
-. 1748 0x12345678 9
-. 4C 8D 84 24 90 00 00 00 C3
-
-leaq 144(%rsp), %rbx
-. 1749 0x12345678 9
-. 48 8D 9C 24 90 00 00 00 C3
-
-leaq 144(%rsp), %rdi
-. 1750 0x12345678 9
-. 48 8D BC 24 90 00 00 00 C3
-
-leaq 151(%rsp), %rdi
-. 1751 0x12345678 9
-. 48 8D BC 24 97 00 00 00 C3
-
-leaq 152(%rsp), %rdx
-. 1752 0x12345678 9
-. 48 8D 94 24 98 00 00 00 C3
-
-leaq 160(%rsp), %rax
-. 1753 0x12345678 9
-. 48 8D 84 24 A0 00 00 00 C3
-
-leaq 168(%rsp), %rdi
-. 1754 0x12345678 9
-. 48 8D BC 24 A8 00 00 00 C3
-
-leaq 168(%rsp), %rsi
-. 1755 0x12345678 9
-. 48 8D B4 24 A8 00 00 00 C3
-
-leaq 16(%rbp), %rdi
-. 1756 0x12345678 5
-. 48 8D 7D 10 C3
-
-leaq 16(%rbx), %rdi
-. 1757 0x12345678 5
-. 48 8D 7B 10 C3
-
-leaq 16(%rdx), %rsi
-. 1758 0x12345678 5
-. 48 8D 72 10 C3
-
-leaq 16(%rsp), %r13
-. 1759 0x12345678 6
-. 4C 8D 6C 24 10 C3
-
-leaq 16(%rsp), %r14
-. 1760 0x12345678 6
-. 4C 8D 74 24 10 C3
-
-leaq 16(%rsp), %r15
-. 1761 0x12345678 6
-. 4C 8D 7C 24 10 C3
-
-leaq 16(%rsp), %rcx
-. 1762 0x12345678 6
-. 48 8D 4C 24 10 C3
-
-leaq 16(%rsp), %rdx
-. 1763 0x12345678 6
-. 48 8D 54 24 10 C3
-
-leaq 16(%rsp), %rsi
-. 1764 0x12345678 6
-. 48 8D 74 24 10 C3
-
-leaq 172(%rsp), %rdi
-. 1765 0x12345678 9
-. 48 8D BC 24 AC 00 00 00 C3
-
-leaq 172(%rsp), %rdx
-. 1766 0x12345678 9
-. 48 8D 94 24 AC 00 00 00 C3
-
-leaq 176(%rsp), %r8
-. 1767 0x12345678 9
-. 4C 8D 84 24 B0 00 00 00 C3
-
-leaq 176(%rsp), %rdi
-. 1768 0x12345678 9
-. 48 8D BC 24 B0 00 00 00 C3
-
-leaq 17(%rbx), %rsi
-. 1769 0x12345678 5
-. 48 8D 73 11 C3
-
-leaq 180(%rsp), %rdi
-. 1770 0x12345678 9
-. 48 8D BC 24 B4 00 00 00 C3
-
-leaq 184(%rsp), %rdi
-. 1771 0x12345678 9
-. 48 8D BC 24 B8 00 00 00 C3
-
-leaq 188(%rsp), %rdi
-. 1772 0x12345678 9
-. 48 8D BC 24 BC 00 00 00 C3
-
-leaq 188(%rsp), %rsi
-. 1773 0x12345678 9
-. 48 8D B4 24 BC 00 00 00 C3
-
-leaq 18(%r15), %rbp
-. 1774 0x12345678 5
-. 49 8D 6F 12 C3
-
-leaq 192(%rsp), %r13
-. 1775 0x12345678 9
-. 4C 8D AC 24 C0 00 00 00 C3
-
-leaq 192(%rsp), %rdi
-. 1776 0x12345678 9
-. 48 8D BC 24 C0 00 00 00 C3
-
-leaq 1(%r15), %rax
-. 1777 0x12345678 5
-. 49 8D 47 01 C3
-
-leaq 1(%r15), %rdi
-. 1778 0x12345678 5
-. 49 8D 7F 01 C3
-
-leaq 1(%rbp), %rax
-. 1779 0x12345678 5
-. 48 8D 45 01 C3
-
-leaq 1(%rbx), %rdi
-. 1780 0x12345678 5
-. 48 8D 7B 01 C3
-
-leaq 1(%rcx), %rdi
-. 1781 0x12345678 5
-. 48 8D 79 01 C3
-
-leaq 207(%rsp), %rax
-. 1782 0x12345678 9
-. 48 8D 84 24 CF 00 00 00 C3
-
-leaq 208(%rsp), %r9
-. 1783 0x12345678 9
-. 4C 8D 8C 24 D0 00 00 00 C3
-
-leaq 208(%rsp), %rcx
-. 1784 0x12345678 9
-. 48 8D 8C 24 D0 00 00 00 C3
-
-leaq 208(%rsp), %rdi
-. 1785 0x12345678 9
-. 48 8D BC 24 D0 00 00 00 C3
-
-leaq 208(%rsp), %rdx
-. 1786 0x12345678 9
-. 48 8D 94 24 D0 00 00 00 C3
-
-leaq 20(%rsp), %r12
-. 1787 0x12345678 6
-. 4C 8D 64 24 14 C3
-
-leaq 20(%rsp), %rcx
-. 1788 0x12345678 6
-. 48 8D 4C 24 14 C3
-
-leaq 20(%rsp), %rdx
-. 1789 0x12345678 6
-. 48 8D 54 24 14 C3
-
-leaq 224(%rsp), %rax
-. 1790 0x12345678 9
-. 48 8D 84 24 E0 00 00 00 C3
-
-leaq 240(%rsp), %r13
-. 1791 0x12345678 9
-. 4C 8D AC 24 F0 00 00 00 C3
-
-leaq 240(%rsp), %rax
-. 1792 0x12345678 9
-. 48 8D 84 24 F0 00 00 00 C3
-
-leaq 240(%rsp), %rdi
-. 1793 0x12345678 9
-. 48 8D BC 24 F0 00 00 00 C3
-
-leaq 24(%rsp), %rsi
-. 1794 0x12345678 6
-. 48 8D 74 24 18 C3
-
-leaq 272(%rsp), %r13
-. 1795 0x12345678 9
-. 4C 8D AC 24 10 01 00 00 C3
-
-leaq 272(%rsp), %rcx
-. 1796 0x12345678 9
-. 48 8D 8C 24 10 01 00 00 C3
-
-leaq 28(%rsp), %rdi
-. 1797 0x12345678 6
-. 48 8D 7C 24 1C C3
-
-leaq 2(%r15), %rdi
-. 1798 0x12345678 5
-. 49 8D 7F 02 C3
-
-leaq 2(%rcx), %rdi
-. 1799 0x12345678 5
-. 48 8D 79 02 C3
-
-leaq 324(%rsp), %rdi
-. 1800 0x12345678 9
-. 48 8D BC 24 44 01 00 00 C3
-
-leaq 32(%rsp), %r13
-. 1801 0x12345678 6
-. 4C 8D 6C 24 20 C3
-
-leaq 32(%rsp), %r14
-. 1802 0x12345678 6
-. 4C 8D 74 24 20 C3
-
-leaq 32(%rsp), %r8
-. 1803 0x12345678 6
-. 4C 8D 44 24 20 C3
-
-leaq 32(%rsp), %rax
-. 1804 0x12345678 6
-. 48 8D 44 24 20 C3
-
-leaq 32(%rsp), %rbx
-. 1805 0x12345678 6
-. 48 8D 5C 24 20 C3
-
-leaq 32(%rsp), %rcx
-. 1806 0x12345678 6
-. 48 8D 4C 24 20 C3
-
-leaq 32(%rsp), %rdx
-. 1807 0x12345678 6
-. 48 8D 54 24 20 C3
-
-leaq 32(%rsp), %rsi
-. 1808 0x12345678 6
-. 48 8D 74 24 20 C3
-
-leaq 331(%rsp), %r15
-. 1809 0x12345678 9
-. 4C 8D BC 24 4B 01 00 00 C3
-
-leaq 332(%rsp), %rdi
-. 1810 0x12345678 9
-. 48 8D BC 24 4C 01 00 00 C3
-
-leaq 336(%rsp), %rbx
-. 1811 0x12345678 9
-. 48 8D 9C 24 50 01 00 00 C3
-
-leaq 336(%rsp), %rcx
-. 1812 0x12345678 9
-. 48 8D 8C 24 50 01 00 00 C3
-
-leaq 336(%rsp), %rdi
-. 1813 0x12345678 9
-. 48 8D BC 24 50 01 00 00 C3
-
-leaq 340(%rsp), %rdi
-. 1814 0x12345678 9
-. 48 8D BC 24 54 01 00 00 C3
-
-leaq 344(%rsp), %rdi
-. 1815 0x12345678 9
-. 48 8D BC 24 58 01 00 00 C3
-
-leaq 352(%rsp), %rdi
-. 1816 0x12345678 9
-. 48 8D BC 24 60 01 00 00 C3
-
-leaq 356(%rsp), %rdi
-. 1817 0x12345678 9
-. 48 8D BC 24 64 01 00 00 C3
-
-leaq 360(%rsp), %rdi
-. 1818 0x12345678 9
-. 48 8D BC 24 68 01 00 00 C3
-
-leaq 364(%rsp), %rdi
-. 1819 0x12345678 9
-. 48 8D BC 24 6C 01 00 00 C3
-
-leaq 368(%rsp), %rdi
-. 1820 0x12345678 9
-. 48 8D BC 24 70 01 00 00 C3
-
-leaq 36(%rsp), %rdi
-. 1821 0x12345678 6
-. 48 8D 7C 24 24 C3
-
-leaq 375(%rsp), %r15
-. 1822 0x12345678 9
-. 4C 8D BC 24 77 01 00 00 C3
-
-leaq 376(%rsp), %rsi
-. 1823 0x12345678 9
-. 48 8D B4 24 78 01 00 00 C3
-
-leaq 380(%rsp), %rdx
-. 1824 0x12345678 9
-. 48 8D 94 24 7C 01 00 00 C3
-
-leaq 384(%rsp), %rcx
-. 1825 0x12345678 9
-. 48 8D 8C 24 80 01 00 00 C3
-
-leaq 388(%rsp), %r8
-. 1826 0x12345678 9
-. 4C 8D 84 24 84 01 00 00 C3
-
-leaq 392(%rsp), %rsi
-. 1827 0x12345678 9
-. 48 8D B4 24 88 01 00 00 C3
-
-leaq 396(%rsp), %rdx
-. 1828 0x12345678 9
-. 48 8D 94 24 8C 01 00 00 C3
-
-leaq 3(%r15), %rdi
-. 1829 0x12345678 5
-. 49 8D 7F 03 C3
-
-leaq 3(%rcx), %rdi
-. 1830 0x12345678 5
-. 48 8D 79 03 C3
-
-leaq 400(%rsp), %r13
-. 1831 0x12345678 9
-. 4C 8D AC 24 90 01 00 00 C3
-
-leaq 400(%rsp), %rcx
-. 1832 0x12345678 9
-. 48 8D 8C 24 90 01 00 00 C3
-
-leaq 400(%rsp), %rdx
-. 1833 0x12345678 9
-. 48 8D 94 24 90 01 00 00 C3
-
-leaq 400(%rsp), %rsi
-. 1834 0x12345678 9
-. 48 8D B4 24 90 01 00 00 C3
-
-leaq 404(%rsp), %r8
-. 1835 0x12345678 9
-. 4C 8D 84 24 94 01 00 00 C3
-
-leaq 408(%rsp), %rsi
-. 1836 0x12345678 9
-. 48 8D B4 24 98 01 00 00 C3
-
-leaq 40(%rsp), %rcx
-. 1837 0x12345678 6
-. 48 8D 4C 24 28 C3
-
-leaq 40(%rsp), %rsi
-. 1838 0x12345678 6
-. 48 8D 74 24 28 C3
-
-leaq 412(%rsp), %rdx
-. 1839 0x12345678 9
-. 48 8D 94 24 9C 01 00 00 C3
-
-leaq 416(%rsp), %rcx
-. 1840 0x12345678 9
-. 48 8D 8C 24 A0 01 00 00 C3
-
-leaq 420(%rsp), %r8
-. 1841 0x12345678 9
-. 4C 8D 84 24 A4 01 00 00 C3
-
-leaq 424(%rsp), %rsi
-. 1842 0x12345678 9
-. 48 8D B4 24 A8 01 00 00 C3
-
-leaq 428(%rsp), %rdx
-. 1843 0x12345678 9
-. 48 8D 94 24 AC 01 00 00 C3
-
-leaq 432(%rsp), %rcx
-. 1844 0x12345678 9
-. 48 8D 8C 24 B0 01 00 00 C3
-
-leaq 436(%rsp), %r8
-. 1845 0x12345678 9
-. 4C 8D 84 24 B4 01 00 00 C3
-
-leaq 43(%rsp), %rdi
-. 1846 0x12345678 6
-. 48 8D 7C 24 2B C3
-
-leaq 440(%rsp), %rsi
-. 1847 0x12345678 9
-. 48 8D B4 24 B8 01 00 00 C3
-
-leaq 444(%rsp), %rdx
-. 1848 0x12345678 9
-. 48 8D 94 24 BC 01 00 00 C3
-
-leaq 448(%rsp), %rcx
-. 1849 0x12345678 9
-. 48 8D 8C 24 C0 01 00 00 C3
-
-leaq 44(%rsp), %r8
-. 1850 0x12345678 6
-. 4C 8D 44 24 2C C3
-
-leaq 44(%rsp), %rdi
-. 1851 0x12345678 6
-. 48 8D 7C 24 2C C3
-
-leaq 44(%rsp), %rsi
-. 1852 0x12345678 6
-. 48 8D 74 24 2C C3
-
-leaq 452(%rsp), %r8
-. 1853 0x12345678 9
-. 4C 8D 84 24 C4 01 00 00 C3
-
-leaq 456(%rsp), %rdi
-. 1854 0x12345678 9
-. 48 8D BC 24 C8 01 00 00 C3
-
-leaq 460(%rsp), %rsi
-. 1855 0x12345678 9
-. 48 8D B4 24 CC 01 00 00 C3
-
-leaq 464(%rsp), %rdx
-. 1856 0x12345678 9
-. 48 8D 94 24 D0 01 00 00 C3
-
-leaq 468(%rsp), %rcx
-. 1857 0x12345678 9
-. 48 8D 8C 24 D4 01 00 00 C3
-
-leaq 472(%rsp), %r8
-. 1858 0x12345678 9
-. 4C 8D 84 24 D8 01 00 00 C3
-
-leaq 476(%rsp), %rsi
-. 1859 0x12345678 9
-. 48 8D B4 24 DC 01 00 00 C3
-
-leaq 480(%rsp), %rdx
-. 1860 0x12345678 9
-. 48 8D 94 24 E0 01 00 00 C3
-
-leaq 484(%rsp), %rcx
-. 1861 0x12345678 9
-. 48 8D 8C 24 E4 01 00 00 C3
-
-leaq 488(%rsp), %r8
-. 1862 0x12345678 9
-. 4C 8D 84 24 E8 01 00 00 C3
-
-leaq 48(%r12,%rbx,4), %rbx
-. 1863 0x12345678 6
-. 49 8D 5C 9C 30 C3
-
-leaq 48(%r13,%rax,4), %rax
-. 1864 0x12345678 6
-. 49 8D 44 85 30 C3
-
-leaq 48(%rbp,%rax), %rax
-. 1865 0x12345678 6
-. 48 8D 44 05 30 C3
-
-leaq 48(%rbx,%rax), %rcx
-. 1866 0x12345678 6
-. 48 8D 4C 03 30 C3
-
-leaq 48(%rsp), %r8
-. 1867 0x12345678 6
-. 4C 8D 44 24 30 C3
-
-leaq 48(%rsp), %rbp
-. 1868 0x12345678 6
-. 48 8D 6C 24 30 C3
-
-leaq 48(%rsp), %rcx
-. 1869 0x12345678 6
-. 48 8D 4C 24 30 C3
-
-leaq 48(%rsp), %rsi
-. 1870 0x12345678 6
-. 48 8D 74 24 30 C3
-
-leaq 492(%rsp), %rsi
-. 1871 0x12345678 9
-. 48 8D B4 24 EC 01 00 00 C3
-
-leaq 496(%rsp), %rdx
-. 1872 0x12345678 9
-. 48 8D 94 24 F0 01 00 00 C3
-
-leaq 4(%rax,%rbx), %rax
-. 1873 0x12345678 6
-. 48 8D 44 18 04 C3
-
-leaq 500(%rsp), %rcx
-. 1874 0x12345678 9
-. 48 8D 8C 24 F4 01 00 00 C3
-
-leaq 504(%rsp), %r8
-. 1875 0x12345678 9
-. 4C 8D 84 24 F8 01 00 00 C3
-
-leaq 508(%rsp), %rsi
-. 1876 0x12345678 9
-. 48 8D B4 24 FC 01 00 00 C3
-
-leaq 512(%rsp), %rdx
-. 1877 0x12345678 9
-. 48 8D 94 24 00 02 00 00 C3
-
-leaq 516(%rsp), %rcx
-. 1878 0x12345678 9
-. 48 8D 8C 24 04 02 00 00 C3
-
-leaq 520(%rsp), %r8
-. 1879 0x12345678 9
-. 4C 8D 84 24 08 02 00 00 C3
-
-leaq 524(%rsp), %rsi
-. 1880 0x12345678 9
-. 48 8D B4 24 0C 02 00 00 C3
-
-leaq 528(%rsp), %rdx
-. 1881 0x12345678 9
-. 48 8D 94 24 10 02 00 00 C3
-
-leaq 52(%rsp), %rdx
-. 1882 0x12345678 6
-. 48 8D 54 24 34 C3
-
-leaq 532(%rsp), %rcx
-. 1883 0x12345678 9
-. 48 8D 8C 24 14 02 00 00 C3
-
-leaq 536(%rsp), %r8
-. 1884 0x12345678 9
-. 4C 8D 84 24 18 02 00 00 C3
-
-leaq 540(%rsp), %rsi
-. 1885 0x12345678 9
-. 48 8D B4 24 1C 02 00 00 C3
-
-leaq 544(%rsp), %rdx
-. 1886 0x12345678 9
-. 48 8D 94 24 20 02 00 00 C3
-
-leaq 548(%rsp), %rcx
-. 1887 0x12345678 9
-. 48 8D 8C 24 24 02 00 00 C3
-
-leaq 552(%rsp), %r8
-. 1888 0x12345678 9
-. 4C 8D 84 24 28 02 00 00 C3
-
-leaq 556(%rsp), %rdi
-. 1889 0x12345678 9
-. 48 8D BC 24 2C 02 00 00 C3
-
-leaq 576(%rsp), %r14
-. 1890 0x12345678 9
-. 4C 8D B4 24 40 02 00 00 C3
-
-leaq 576(%rsp), %rcx
-. 1891 0x12345678 9
-. 48 8D 8C 24 40 02 00 00 C3
-
-leaq 576(%rsp), %rdx
-. 1892 0x12345678 9
-. 48 8D 94 24 40 02 00 00 C3
-
-leaq 60(%rsp), %rdi
-. 1893 0x12345678 6
-. 48 8D 7C 24 3C C3
-
-leaq 640(%rsp), %rcx
-. 1894 0x12345678 9
-. 48 8D 8C 24 80 02 00 00 C3
-
-leaq 640(%rsp), %rdx
-. 1895 0x12345678 9
-. 48 8D 94 24 80 02 00 00 C3
-
-leaq 64(%rsp), %r14
-. 1896 0x12345678 6
-. 4C 8D 74 24 40 C3
-
-leaq 64(%rsp), %rcx
-. 1897 0x12345678 6
-. 48 8D 4C 24 40 C3
-
-leaq 64(%rsp), %rsi
-. 1898 0x12345678 6
-. 48 8D 74 24 40 C3
-
-leaq 672(%rsp), %rdi
-. 1899 0x12345678 9
-. 48 8D BC 24 A0 02 00 00 C3
-
-leaq 704(%rsp), %rcx
-. 1900 0x12345678 9
-. 48 8D 8C 24 C0 02 00 00 C3
-
-leaq 768(%rsp), %r13
-. 1901 0x12345678 9
-. 4C 8D AC 24 00 03 00 00 C3
-
-leaq 768(%rsp), %r14
-. 1902 0x12345678 9
-. 4C 8D B4 24 00 03 00 00 C3
-
-leaq 768(%rsp), %rcx
-. 1903 0x12345678 9
-. 48 8D 8C 24 00 03 00 00 C3
-
-leaq 768(%rsp), %rdx
-. 1904 0x12345678 9
-. 48 8D 94 24 00 03 00 00 C3
-
-leaq 76(%rsp), %rdi
-. 1905 0x12345678 6
-. 48 8D 7C 24 4C C3
-
-leaq 80(%rsp), %rcx
-. 1906 0x12345678 6
-. 48 8D 4C 24 50 C3
-
-leaq 832(%rsp), %r12
-. 1907 0x12345678 9
-. 4C 8D A4 24 40 03 00 00 C3
-
-leaq 832(%rsp), %r13
-. 1908 0x12345678 9
-. 4C 8D AC 24 40 03 00 00 C3
-
-leaq 832(%rsp), %r14
-. 1909 0x12345678 9
-. 4C 8D B4 24 40 03 00 00 C3
-
-leaq 832(%rsp), %r15
-. 1910 0x12345678 9
-. 4C 8D BC 24 40 03 00 00 C3
-
-leaq 896(%rsp), %r12
-. 1911 0x12345678 9
-. 4C 8D A4 24 80 03 00 00 C3
-
-leaq 896(%rsp), %r13
-. 1912 0x12345678 9
-. 4C 8D AC 24 80 03 00 00 C3
-
-leaq 896(%rsp), %r14
-. 1913 0x12345678 9
-. 4C 8D B4 24 80 03 00 00 C3
-
-leaq 896(%rsp), %r15
-. 1914 0x12345678 9
-. 4C 8D BC 24 80 03 00 00 C3
-
-leaq 896(%rsp), %rbx
-. 1915 0x12345678 9
-. 48 8D 9C 24 80 03 00 00 C3
-
-leaq 896(%rsp), %rcx
-. 1916 0x12345678 9
-. 48 8D 8C 24 80 03 00 00 C3
-
-leaq 896(%rsp), %rdx
-. 1917 0x12345678 9
-. 48 8D 94 24 80 03 00 00 C3
-
-leaq 896(%rsp), %rsi
-. 1918 0x12345678 9
-. 48 8D B4 24 80 03 00 00 C3
-
-leaq 8(%rdx), %rax
-. 1919 0x12345678 5
-. 48 8D 42 08 C3
-
-leaq 92(%rsp), %rax
-. 1920 0x12345678 6
-. 48 8D 44 24 5C C3
-
-leaq 96(%rsp), %rdx
-. 1921 0x12345678 6
-. 48 8D 54 24 60 C3
-
-leaq (%r12,%rbx), %rax
-. 1922 0x12345678 5
-. 49 8D 04 1C C3
-
-leaq (%rax,%rax,2), %rax
-. 1923 0x12345678 5
-. 48 8D 04 40 C3
-
-leaq (%rax,%rax,4), %rax
-. 1924 0x12345678 5
-. 48 8D 04 80 C3
-
-leaq (%rax,%rax,4), %rdx
-. 1925 0x12345678 5
-. 48 8D 14 80 C3
-
-leaq (%rax,%rbp), %rax
-. 1926 0x12345678 5
-. 48 8D 04 28 C3
-
-leaq (%rbp,%r12), %r13
-. 1927 0x12345678 6
-. 4E 8D 6C 25 00 C3
-
-leaq (%rbp,%r12), %rbx
-. 1928 0x12345678 6
-. 4A 8D 5C 25 00 C3
-
-leaq (%rbx,%rbx,2), %rbx
-. 1929 0x12345678 5
-. 48 8D 1C 5B C3
-
-leaq (%rbx,%rbx,4), %rax
-. 1930 0x12345678 5
-. 48 8D 04 9B C3
-
-leaq (%rbx,%rbx,4), %rdi
-. 1931 0x12345678 5
-. 48 8D 3C 9B C3
-
-leaq (%rcx,%rcx,2), %rax
-. 1932 0x12345678 5
-. 48 8D 04 49 C3
-
-leaq (%rcx,%rcx,2), %rdx
-. 1933 0x12345678 5
-. 48 8D 14 49 C3
-
-leaq (%rdi,%rbp), %rdi
-. 1934 0x12345678 5
-. 48 8D 3C 2F C3
-
-leaq (%rdi,%rdi,2), %rdi
-. 1935 0x12345678 5
-. 48 8D 3C 7F C3
-
-leaq (%rdx,%rdx,2), %rax
-. 1936 0x12345678 5
-. 48 8D 04 52 C3
-
-leaq (%rdx,%rdx,4), %rax
-. 1937 0x12345678 5
-. 48 8D 04 92 C3
-
-leaq (%rsi,%rbp), %rsi
-. 1938 0x12345678 5
-. 48 8D 34 2E C3
-
-leaq (%rsi,%rsi,4), %rax
-. 1939 0x12345678 5
-. 48 8D 04 B6 C3
-
-mov 104(%rsp), %r9d
-. 1940 0x12345678 6
-. 44 8B 4C 24 68 C3
-
-mov 124(%rsp), %ebx
-. 1941 0x12345678 5
-. 8B 5C 24 7C C3
-
-mov 12(%rax), %edi
-. 1942 0x12345678 4
-. 8B 78 0C C3
-
-mov -20(%rsp), %ecx
-. 1943 0x12345678 5
-. 8B 4C 24 EC C3
-
-mov 24(%rdx), %eax
-. 1944 0x12345678 4
-. 8B 42 18 C3
-
-mov 292(%rsp), %r12d
-. 1945 0x12345678 9
-. 44 8B A4 24 24 01 00 00 C3
-
-mov 48(%rsp), %eax
-. 1946 0x12345678 5
-. 8B 44 24 30 C3
-
-mov 8(%r12), %eax
-. 1947 0x12345678 6
-. 41 8B 44 24 08 C3
-
-mov 8(%rax), %eax
-. 1948 0x12345678 4
-. 8B 40 08 C3
-
-mov 8(%rax), %edi
-. 1949 0x12345678 4
-. 8B 78 08 C3
-
-mov 8(%rbp), %eax
-. 1950 0x12345678 4
-. 8B 45 08 C3
-
-mov 8(%rcx), %r8d
-. 1951 0x12345678 5
-. 44 8B 41 08 C3
-
-mov 8(%rdx), %r8d
-. 1952 0x12345678 5
-. 44 8B 42 08 C3
-
-mov -8(%rsp), %edx
-. 1953 0x12345678 5
-. 8B 54 24 F8 C3
-
-mov 8(%rsp), %edx
-. 1954 0x12345678 5
-. 8B 54 24 08 C3
-
-mov 8(%rsp), %esi
-. 1955 0x12345678 5
-. 8B 74 24 08 C3
-
-movabsq $4599094494223104511, %rdi
-. 1956 0x12345678 11
-. 48 BF FF 79 9F 50 13 44 D3 3F C3
-
-movabsq $4604418534313441775, %rdi
-. 1957 0x12345678 11
-. 48 BF EF 39 FA FE 42 2E E6 3F C3
-
-movabsq $4607182418800017408, %rdi
-. 1958 0x12345678 11
-. 48 BF 00 00 00 00 00 00 F0 3F C3
-
-movabsq $4609176140021203710, %rdi
-. 1959 0x12345678 11
-. 48 BF FE 82 2B 65 47 15 F7 3F C3
-
-movabsq $4614256656552045848, %rdi
-. 1960 0x12345678 11
-. 48 BF 18 2D 44 54 FB 21 09 40 C3
-
-movabsq $4614662735865160561, %rdi
-. 1961 0x12345678 11
-. 48 BF 71 A3 79 09 4F 93 0A 40 C3
-
-movabsq $9221120237041090560, %rdi
-. 1962 0x12345678 11
-. 48 BF 00 00 00 00 00 00 F8 7F C3
-
-movb $0, 140(%rdi)
-. 1963 0x12345678 8
-. C6 87 8C 00 00 00 00 C3
-
-movb $0, 144(%rsp)
-. 1964 0x12345678 9
-. C6 84 24 90 00 00 00 00 C3
-
-movb $0, 156(%rdi)
-. 1965 0x12345678 8
-. C6 87 9C 00 00 00 00 C3
-
-movb $0, 157(%rdi)
-. 1966 0x12345678 8
-. C6 87 9D 00 00 00 00 C3
-
-movb $0, 158(%rdi)
-. 1967 0x12345678 8
-. C6 87 9E 00 00 00 00 C3
-
-movb $0, 15(%rsp)
-. 1968 0x12345678 6
-. C6 44 24 0F 00 C3
-
-movb $0, 160(%rsp)
-. 1969 0x12345678 9
-. C6 84 24 A0 00 00 00 00 C3
-
-movb $0, 160(%rsp,%rax)
-. 1970 0x12345678 9
-. C6 84 04 A0 00 00 00 00 C3
-
-movb $0, 16(%rax)
-. 1971 0x12345678 5
-. C6 40 10 00 C3
-
-movb $0, 16(%rax,%rdx)
-. 1972 0x12345678 6
-. C6 44 10 10 00 C3
-
-movb $0, 16(%rbx)
-. 1973 0x12345678 5
-. C6 43 10 00 C3
-
-movb $0, 16(%rsi,%rdx)
-. 1974 0x12345678 6
-. C6 44 16 10 00 C3
-
-movb $0, 17(%rax)
-. 1975 0x12345678 5
-. C6 40 11 00 C3
-
-movb $0, 17(%rbx)
-. 1976 0x12345678 5
-. C6 43 11 00 C3
-
-movb $0, 18(%rax)
-. 1977 0x12345678 5
-. C6 40 12 00 C3
-
-movb $0, 18(%rbx)
-. 1978 0x12345678 5
-. C6 43 12 00 C3
-
-movb $0, 270(%rsp)
-. 1979 0x12345678 9
-. C6 84 24 0E 01 00 00 00 C3
-
-movb $0, 283(%rsp)
-. 1980 0x12345678 9
-. C6 84 24 1B 01 00 00 00 C3
-
-movb $0, 331(%rsp)
-. 1981 0x12345678 9
-. C6 84 24 4B 01 00 00 00 C3
-
-movb $0, 375(%rsp)
-. 1982 0x12345678 9
-. C6 84 24 77 01 00 00 00 C3
-
-movb $0, 37(%rsp)
-. 1983 0x12345678 6
-. C6 44 24 25 00 C3
-
-movb $0, 39(%rsp)
-. 1984 0x12345678 6
-. C6 44 24 27 00 C3
-
-movb $0, 43(%rsp)
-. 1985 0x12345678 6
-. C6 44 24 2B 00 C3
-
-movb $0, 44(%rax)
-. 1986 0x12345678 5
-. C6 40 2C 00 C3
-
-movb $0, 47(%rsp)
-. 1987 0x12345678 6
-. C6 44 24 2F 00 C3
-
-movb $0, 4(%rsi,%rdx)
-. 1988 0x12345678 6
-. C6 44 16 04 00 C3
-
-movb $0, 8(%rdi)
-. 1989 0x12345678 5
-. C6 47 08 00 C3
-
-movb $0, 8(%rip)
-. 1990 0x12345678 8
-. C6 05 08 00 00 00 00 C3
-
-movb $0, 9(%rax)
-. 1991 0x12345678 5
-. C6 40 09 00 C3
-
-movb $0, 11(%rip)
-. 1992 0x12345678 8
-. C6 05 0B 00 00 00 00 C3
-
-movb $0, (%r14)
-. 1993 0x12345678 5
-. 41 C6 06 00 C3
-
-movb $0, (%r15)
-. 1994 0x12345678 5
-. 41 C6 07 00 C3
-
-movb $0, (%rax,%r13)
-. 1995 0x12345678 6
-. 42 C6 04 28 00 C3
-
-movb $0, (%rbx,%rax)
-. 1996 0x12345678 5
-. C6 04 03 00 C3
-
-movb $0, (%rcx,%r10)
-. 1997 0x12345678 6
-. 42 C6 04 11 00 C3
-
-movb $0, (%rdi)
-. 1998 0x12345678 4
-. C6 07 00 C3
-
-movb $0, (%rdx,%rax)
-. 1999 0x12345678 5
-. C6 04 02 00 C3
-
-movb $1, 151(%rsp)
-. 2000 0x12345678 9
-. C6 84 24 97 00 00 00 01 C3
-
-movb $1, 15(%rsp)
-. 2001 0x12345678 6
-. C6 44 24 0F 01 C3
-
-movb $1, 16(%rcx,%rdx)
-. 2002 0x12345678 6
-. C6 44 11 10 01 C3
-
-movb $1, 37(%rsp)
-. 2003 0x12345678 6
-. C6 44 24 25 01 C3
-
-movb $1, 39(%rsp)
-. 2004 0x12345678 6
-. C6 44 24 27 01 C3
-
-movb $1, 44(%rax)
-. 2005 0x12345678 5
-. C6 40 2C 01 C3
-
-movb $1, 47(%rsp)
-. 2006 0x12345678 6
-. C6 44 24 2F 01 C3
-
-movb $1, 4(%rcx,%rax,4)
-. 2007 0x12345678 6
-. C6 44 81 04 01 C3
-
-movb $1, 13(%rip)
-. 2008 0x12345678 8
-. C6 05 0D 00 00 00 01 C3
-
-movb $1, (%r12)
-. 2009 0x12345678 6
-. 41 C6 04 24 01 C3
-
-movb $1, (%r13)
-. 2010 0x12345678 6
-. 41 C6 45 00 01 C3
-
-movb $1, (%r15)
-. 2011 0x12345678 5
-. 41 C6 07 01 C3
-
-movb $1, (%rax,%r12)
-. 2012 0x12345678 6
-. 42 C6 04 20 01 C3
-
-movb $1, (%rdi)
-. 2013 0x12345678 4
-. C6 07 01 C3
-
-movb $1, (%rdx,%r14)
-. 2014 0x12345678 6
-. 42 C6 04 32 01 C3
-
-movb $1, (%rdx,%rax)
-. 2015 0x12345678 5
-. C6 04 02 01 C3
-
-movb $1, 99(%rip)
-. 2016 0x12345678 8
-. C6 05 63 00 00 00 01 C3
-
-movb $44, 160(%rsp,%rax)
-. 2017 0x12345678 9
-. C6 84 04 A0 00 00 00 2C C3
-
-movb $44, (%rsp,%rax)
-. 2018 0x12345678 5
-. C6 04 04 2C C3
-
-movb $45, (%rsp,%rax)
-. 2019 0x12345678 5
-. C6 04 04 2D C3
-
-movb $48, (%rsp)
-. 2020 0x12345678 5
-. C6 04 24 30 C3
-
-movb $49, 160(%rsp,%rax)
-. 2021 0x12345678 9
-. C6 84 04 A0 00 00 00 31 C3
-
-movb $82, 160(%rsp,%rax)
-. 2022 0x12345678 9
-. C6 84 04 A0 00 00 00 52 C3
-
-movb %al, 103(%rsp)
-. 2023 0x12345678 5
-. 88 44 24 67 C3
-
-movb %al, 106(%rsp)
-. 2024 0x12345678 5
-. 88 44 24 6A C3
-
-movb %al, 107(%rsp)
-. 2025 0x12345678 5
-. 88 44 24 6B C3
-
-movb %al, 111(%rsp)
-. 2026 0x12345678 5
-. 88 44 24 6F C3
-
-movb %al, 112(%rsp)
-. 2027 0x12345678 5
-. 88 44 24 70 C3
-
-movb %al, 11(%rsp)
-. 2028 0x12345678 5
-. 88 44 24 0B C3
-
-movb %al, 127(%rsp)
-. 2029 0x12345678 5
-. 88 44 24 7F C3
-
-movb %al, 138(%rsp)
-. 2030 0x12345678 8
-. 88 84 24 8A 00 00 00 C3
-
-movb %al, 139(%rsp)
-. 2031 0x12345678 8
-. 88 84 24 8B 00 00 00 C3
-
-movb %al, 14(%rsp)
-. 2032 0x12345678 5
-. 88 44 24 0E C3
-
-movb %al, 15(%rsp)
-. 2033 0x12345678 5
-. 88 44 24 0F C3
-
-movb %al, 160(%rsp,%rdx)
-. 2034 0x12345678 8
-. 88 84 14 A0 00 00 00 C3
-
-movb %al, 16(%rsp)
-. 2035 0x12345678 5
-. 88 44 24 10 C3
-
-movb %al, 19(%rsp)
-. 2036 0x12345678 5
-. 88 44 24 13 C3
-
-movb %al, 22(%rsp)
-. 2037 0x12345678 5
-. 88 44 24 16 C3
-
-movb %al, 23(%rsp)
-. 2038 0x12345678 5
-. 88 44 24 17 C3
-
-movb %al, 25(%rsp)
-. 2039 0x12345678 5
-. 88 44 24 19 C3
-
-movb %al, 26(%rsp)
-. 2040 0x12345678 5
-. 88 44 24 1A C3
-
-movb %al, 270(%rsp)
-. 2041 0x12345678 8
-. 88 84 24 0E 01 00 00 C3
-
-movb %al, 271(%rsp)
-. 2042 0x12345678 8
-. 88 84 24 0F 01 00 00 C3
-
-movb %al, 27(%rsp)
-. 2043 0x12345678 5
-. 88 44 24 1B C3
-
-movb %al, 30(%rsp)
-. 2044 0x12345678 5
-. 88 44 24 1E C3
-
-movb %al, 31(%rsp)
-. 2045 0x12345678 5
-. 88 44 24 1F C3
-
-movb %al, 35(%rsp)
-. 2046 0x12345678 5
-. 88 44 24 23 C3
-
-movb %al, 38(%rsp)
-. 2047 0x12345678 5
-. 88 44 24 26 C3
-
-movb %al, 39(%rsp)
-. 2048 0x12345678 5
-. 88 44 24 27 C3
-
-movb %al, 43(%rsp)
-. 2049 0x12345678 5
-. 88 44 24 2B C3
-
-movb %al, 44(%rbx)
-. 2050 0x12345678 4
-. 88 43 2C C3
-
-movb %al, 47(%rsp)
-. 2051 0x12345678 5
-. 88 44 24 2F C3
-
-movb %al, 48(%rsp)
-. 2052 0x12345678 5
-. 88 44 24 30 C3
-
-movb %al, 60(%rsp)
-. 2053 0x12345678 5
-. 88 44 24 3C C3
-
-movb %al, 61(%rsp)
-. 2054 0x12345678 5
-. 88 44 24 3D C3
-
-movb %al, 62(%rsp)
-. 2055 0x12345678 5
-. 88 44 24 3E C3
-
-movb %al, 63(%rsp)
-. 2056 0x12345678 5
-. 88 44 24 3F C3
-
-movb %al, 67(%rsp)
-. 2057 0x12345678 5
-. 88 44 24 43 C3
-
-movb %al, 6(%rsp)
-. 2058 0x12345678 5
-. 88 44 24 06 C3
-
-movb %al, 79(%rsp)
-. 2059 0x12345678 5
-. 88 44 24 4F C3
-
-movb %al, 7(%rsp)
-. 2060 0x12345678 5
-. 88 44 24 07 C3
-
-movb %al, 87(%rsp)
-. 2061 0x12345678 5
-. 88 44 24 57 C3
-
-movb %al, (%rsp,%rcx)
-. 2062 0x12345678 4
-. 88 04 0C C3
-
-movb %bl, 135(%rsp)
-. 2063 0x12345678 8
-. 88 9C 24 87 00 00 00 C3
-
-movb %bl, 271(%rsp)
-. 2064 0x12345678 8
-. 88 9C 24 0F 01 00 00 C3
-
-movb %bl, 46(%rsp)
-. 2065 0x12345678 5
-. 88 5C 24 2E C3
-
-movb %bl, 8(%rax)
-. 2066 0x12345678 4
-. 88 58 08 C3
-
-movb %cl, 23(%rsp)
-. 2067 0x12345678 5
-. 88 4C 24 17 C3
-
-movb %cl, 271(%rsp)
-. 2068 0x12345678 8
-. 88 8C 24 0F 01 00 00 C3
-
-movb %cl, 27(%rsp)
-. 2069 0x12345678 5
-. 88 4C 24 1B C3
-
-movb %cl, 32(%rsp)
-. 2070 0x12345678 5
-. 88 4C 24 20 C3
-
-movb %cl, 39(%rsp)
-. 2071 0x12345678 5
-. 88 4C 24 27 C3
-
-movb %cl, 43(%rsp)
-. 2072 0x12345678 5
-. 88 4C 24 2B C3
-
-movb %cl, 48(%rsp)
-. 2073 0x12345678 5
-. 88 4C 24 30 C3
-
-movb %cl, 64(%rsp)
-. 2074 0x12345678 5
-. 88 4C 24 40 C3
-
-movb %cl, 96(%rsp)
-. 2075 0x12345678 5
-. 88 4C 24 60 C3
-
-movb %dil, 43(%rsp)
-. 2076 0x12345678 6
-. 40 88 7C 24 2B C3
-
-movb %dil, 75(%rsp)
-. 2077 0x12345678 6
-. 40 88 7C 24 4B C3
-
-movb %dil, (%rax)
-. 2078 0x12345678 4
-. 40 88 38 C3
-
-movb %dl, 13(%rsp)
-. 2079 0x12345678 5
-. 88 54 24 0D C3
-
-movb %dl, 23(%rsp)
-. 2080 0x12345678 5
-. 88 54 24 17 C3
-
-movb %dl, 271(%rsp)
-. 2081 0x12345678 8
-. 88 94 24 0F 01 00 00 C3
-
-movb %dl, 30(%rsp)
-. 2082 0x12345678 5
-. 88 54 24 1E C3
-
-movb %dl, 31(%rsp)
-. 2083 0x12345678 5
-. 88 54 24 1F C3
-
-movb %dl, 35(%rsp)
-. 2084 0x12345678 5
-. 88 54 24 23 C3
-
-movb %dl, 39(%rsp)
-. 2085 0x12345678 5
-. 88 54 24 27 C3
-
-movb %dl, 42(%rsp)
-. 2086 0x12345678 5
-. 88 54 24 2A C3
-
-movb %dl, 47(%rsp)
-. 2087 0x12345678 5
-. 88 54 24 2F C3
-
-movb %dl, 48(%rsp)
-. 2088 0x12345678 5
-. 88 54 24 30 C3
-
-movb %dl, 55(%rsp)
-. 2089 0x12345678 5
-. 88 54 24 37 C3
-
-movb %dl, 59(%rsp)
-. 2090 0x12345678 5
-. 88 54 24 3B C3
-
-movb %dl, 67(%rsp)
-. 2091 0x12345678 5
-. 88 54 24 43 C3
-
-movb %dl, 79(%rsp)
-. 2092 0x12345678 5
-. 88 54 24 4F C3
-
-movb %dl, 95(%rsp)
-. 2093 0x12345678 5
-. 88 54 24 5F C3
-
-movb %dl, (%rax,%rcx)
-. 2094 0x12345678 4
-. 88 14 08 C3
-
-movb %dl, (%rsp,%rax)
-. 2095 0x12345678 4
-. 88 14 04 C3
-
-movb %r12b, 271(%rsp)
-. 2096 0x12345678 9
-. 44 88 A4 24 0F 01 00 00 C3
-
-movb %r8b, 11(%rsp)
-. 2097 0x12345678 6
-. 44 88 44 24 0B C3
-
-movb %r8b, 15(%rsp)
-. 2098 0x12345678 6
-. 44 88 44 24 0F C3
-
-movb %r8b, 16(%rcx,%rdx)
-. 2099 0x12345678 6
-. 44 88 44 11 10 C3
-
-movb %r8b, 16(%rdi,%rdx)
-. 2100 0x12345678 6
-. 44 88 44 17 10 C3
-
-movb %r8b, 16(%rsi,%rdx)
-. 2101 0x12345678 6
-. 44 88 44 16 10 C3
-
-movb %r8b, 39(%rsp)
-. 2102 0x12345678 6
-. 44 88 44 24 27 C3
-
-movb %r9b, 39(%rsp)
-. 2103 0x12345678 6
-. 44 88 4C 24 27 C3
-
-movb %r9b, 4771(%rip)
-. 2104 0x12345678 8
-. 44 88 0D A3 12 00 00 C3
-
-movb %sil, 18(%rbx)
-. 2105 0x12345678 5
-. 40 88 73 12 C3
-
-movl %eax, %eax
-. 2106 0x12345678 3
-. 89 C0 C3
-
-movl %eax, %edx
-. 2107 0x12345678 3
-. 89 C2 C3
-
-movl %ebp, %eax
-. 2108 0x12345678 3
-. 89 E8 C3
-
-movl %ebp, %r15d
-. 2109 0x12345678 4
-. 41 89 EF C3
-
-movl %ebx, %eax
-. 2110 0x12345678 3
-. 89 D8 C3
-
-movl %ebx, %ebx
-. 2111 0x12345678 3
-. 89 DB C3
-
-movl %ebx, %edx
-. 2112 0x12345678 3
-. 89 DA C3
-
-movl %ecx, %ebx
-. 2113 0x12345678 3
-. 89 CB C3
-
-movl %ecx, %ecx
-. 2114 0x12345678 3
-. 89 C9 C3
-
-movl %edi, %eax
-. 2115 0x12345678 3
-. 89 F8 C3
-
-movl %edi, %edi
-. 2116 0x12345678 3
-. 89 FF C3
-
-movl %edx, %eax
-. 2117 0x12345678 3
-. 89 D0 C3
-
-movl %edx, %edx
-. 2118 0x12345678 3
-. 89 D2 C3
-
-movl %esi, %eax
-. 2119 0x12345678 3
-. 89 F0 C3
-
-movl %esi, %edx
-. 2120 0x12345678 3
-. 89 F2 C3
-
-movl %esi, %esi
-. 2121 0x12345678 3
-. 89 F6 C3
-
-movl $0, 100(%rdi)
-. 2122 0x12345678 8
-. C7 47 64 00 00 00 00 C3
-
-movl $0, 104(%rdi)
-. 2123 0x12345678 8
-. C7 47 68 00 00 00 00 C3
-
-movl $0, 108(%rdi)
-. 2124 0x12345678 8
-. C7 47 6C 00 00 00 00 C3
-
-movl $0, 108(%rsp)
-. 2125 0x12345678 9
-. C7 44 24 6C 00 00 00 00 C3
-
-movl $0, 112(%rdi)
-. 2126 0x12345678 8
-. C7 47 70 00 00 00 00 C3
-
-movl $0, 116(%rdi)
-. 2127 0x12345678 8
-. C7 47 74 00 00 00 00 C3
-
-movl $0, 116(%rsp)
-. 2128 0x12345678 9
-. C7 44 24 74 00 00 00 00 C3
-
-movl $0, 120(%rdi)
-. 2129 0x12345678 8
-. C7 47 78 00 00 00 00 C3
-
-movl $0, 120(%rsp)
-. 2130 0x12345678 9
-. C7 44 24 78 00 00 00 00 C3
-
-movl $0, 124(%rdi)
-. 2131 0x12345678 8
-. C7 47 7C 00 00 00 00 C3
-
-movl $0, 124(%rsp)
-. 2132 0x12345678 9
-. C7 44 24 7C 00 00 00 00 C3
-
-movl $0, 128(%rdi)
-. 2133 0x12345678 11
-. C7 87 80 00 00 00 00 00 00 00 C3
-
-movl $0, 12(%rax)
-. 2134 0x12345678 8
-. C7 40 0C 00 00 00 00 C3
-
-movl $0, 12(%rbx)
-. 2135 0x12345678 8
-. C7 43 0C 00 00 00 00 C3
-
-movl $0, 12(%rdi)
-. 2136 0x12345678 8
-. C7 47 0C 00 00 00 00 C3
-
-movl $0, 12(%rsp)
-. 2137 0x12345678 9
-. C7 44 24 0C 00 00 00 00 C3
-
-movl $0, 132(%rdi)
-. 2138 0x12345678 11
-. C7 87 84 00 00 00 00 00 00 00 C3
-
-movl $0, 136(%rdi)
-. 2139 0x12345678 11
-. C7 87 88 00 00 00 00 00 00 00 C3
-
-movl $0, 140(%rsp)
-. 2140 0x12345678 12
-. C7 84 24 8C 00 00 00 00 00 00 00 C3
-
-movl $0, 144(%rdi)
-. 2141 0x12345678 11
-. C7 87 90 00 00 00 00 00 00 00 C3
-
-movl $0, 148(%rdi)
-. 2142 0x12345678 11
-. C7 87 94 00 00 00 00 00 00 00 C3
-
-movl $0, 152(%rdi)
-. 2143 0x12345678 11
-. C7 87 98 00 00 00 00 00 00 00 C3
-
-movl $0, 156(%rsp)
-. 2144 0x12345678 12
-. C7 84 24 9C 00 00 00 00 00 00 00 C3
-
-movl $0, 160(%rdi)
-. 2145 0x12345678 11
-. C7 87 A0 00 00 00 00 00 00 00 C3
-
-movl $0, 16(%rbx)
-. 2146 0x12345678 8
-. C7 43 10 00 00 00 00 C3
-
-movl $0, 16(%rdi)
-. 2147 0x12345678 8
-. C7 47 10 00 00 00 00 C3
-
-movl $0, 16(%rsp)
-. 2148 0x12345678 9
-. C7 44 24 10 00 00 00 00 C3
-
-movl $0, 204(%rsp)
-. 2149 0x12345678 12
-. C7 84 24 CC 00 00 00 00 00 00 00 C3
-
-movl $0, 20(%rbx)
-. 2150 0x12345678 8
-. C7 43 14 00 00 00 00 C3
-
-movl $0, 20(%rdi)
-. 2151 0x12345678 8
-. C7 47 14 00 00 00 00 C3
-
-movl $0, 20(%rsp)
-. 2152 0x12345678 9
-. C7 44 24 14 00 00 00 00 C3
-
-movl $0, 24(%rax)
-. 2153 0x12345678 8
-. C7 40 18 00 00 00 00 C3
-
-movl $0, 24(%rdi)
-. 2154 0x12345678 8
-. C7 47 18 00 00 00 00 C3
-
-movl $0, 288(%rsp)
-. 2155 0x12345678 12
-. C7 84 24 20 01 00 00 00 00 00 00 C3
-
-movl $0, 288(%rsp,%rax,4)
-. 2156 0x12345678 12
-. C7 84 84 20 01 00 00 00 00 00 00 C3
-
-movl $0, 28(%rax)
-. 2157 0x12345678 8
-. C7 40 1C 00 00 00 00 C3
-
-movl $0, 28(%rdi)
-. 2158 0x12345678 8
-. C7 47 1C 00 00 00 00 C3
-
-movl $0, 28(%rsp)
-. 2159 0x12345678 9
-. C7 44 24 1C 00 00 00 00 C3
-
-movl $0, 292(%rsp)
-. 2160 0x12345678 12
-. C7 84 24 24 01 00 00 00 00 00 00 C3
-
-movl $0, 32(%rax)
-. 2161 0x12345678 8
-. C7 40 20 00 00 00 00 C3
-
-movl $0, 32(%rdi)
-. 2162 0x12345678 8
-. C7 47 20 00 00 00 00 C3
-
-movl $0, 348(%rsp)
-. 2163 0x12345678 12
-. C7 84 24 5C 01 00 00 00 00 00 00 C3
-
-movl $0, 36(%rdi)
-. 2164 0x12345678 8
-. C7 47 24 00 00 00 00 C3
-
-movl $0, 40(%rax)
-. 2165 0x12345678 8
-. C7 40 28 00 00 00 00 C3
-
-movl $0, 40(%rdi)
-. 2166 0x12345678 8
-. C7 47 28 00 00 00 00 C3
-
-movl $0, 44(%rdi)
-. 2167 0x12345678 8
-. C7 47 2C 00 00 00 00 C3
-
-movl $0, 48(%rax)
-. 2168 0x12345678 8
-. C7 40 30 00 00 00 00 C3
-
-movl $0, 48(%rdi)
-. 2169 0x12345678 8
-. C7 47 30 00 00 00 00 C3
-
-movl $0, 4(%rdi)
-. 2170 0x12345678 8
-. C7 47 04 00 00 00 00 C3
-
-movl $0, 52(%rdi)
-. 2171 0x12345678 8
-. C7 47 34 00 00 00 00 C3
-
-movl $0, 56(%rax)
-. 2172 0x12345678 8
-. C7 40 38 00 00 00 00 C3
-
-movl $0, 56(%rdi)
-. 2173 0x12345678 8
-. C7 47 38 00 00 00 00 C3
-
-movl $0, 56(%rsp)
-. 2174 0x12345678 9
-. C7 44 24 38 00 00 00 00 C3
-
-movl $0, 572(%rsp)
-. 2175 0x12345678 12
-. C7 84 24 3C 02 00 00 00 00 00 00 C3
-
-movl $0, 60(%rdi)
-. 2176 0x12345678 8
-. C7 47 3C 00 00 00 00 C3
-
-movl $0, 64(%rdi)
-. 2177 0x12345678 8
-. C7 47 40 00 00 00 00 C3
-
-movl $0, 68(%rdi)
-. 2178 0x12345678 8
-. C7 47 44 00 00 00 00 C3
-
-movl $0, 72(%rdi)
-. 2179 0x12345678 8
-. C7 47 48 00 00 00 00 C3
-
-movl $0, 76(%rdi)
-. 2180 0x12345678 8
-. C7 47 4C 00 00 00 00 C3
-
-movl $0, 80(%rdi)
-. 2181 0x12345678 8
-. C7 47 50 00 00 00 00 C3
-
-movl $0, 84(%rdi)
-. 2182 0x12345678 8
-. C7 47 54 00 00 00 00 C3
-
-movl $0, 88(%rdi)
-. 2183 0x12345678 8
-. C7 47 58 00 00 00 00 C3
-
-movl $0, 8(%rbx,%rax)
-. 2184 0x12345678 9
-. C7 44 03 08 00 00 00 00 C3
-
-movl $0, 8(%rbx,%rdx)
-. 2185 0x12345678 9
-. C7 44 13 08 00 00 00 00 C3
-
-movl $0, 8(%rdi)
-. 2186 0x12345678 8
-. C7 47 08 00 00 00 00 C3
-
-movl $0, 8(%rsi,%rdx)
-. 2187 0x12345678 9
-. C7 44 16 08 00 00 00 00 C3
-
-movl $0, 8(%rsp)
-. 2188 0x12345678 9
-. C7 44 24 08 00 00 00 00 C3
-
-movl $0, 92(%rdi)
-. 2189 0x12345678 8
-. C7 47 5C 00 00 00 00 C3
-
-movl $0, 96(%rdi)
-. 2190 0x12345678 8
-. C7 47 60 00 00 00 00 C3
-
-movl 0, %eax
-. 2191 0x12345678 8
-. 8B 04 25 00 00 00 00 C3
-
-movl $10000, %esi
-. 2192 0x12345678 6
-. BE 10 27 00 00 C3
-
-movl $1005, %edx
-. 2193 0x12345678 6
-. BA ED 03 00 00 C3
-
-movl $1006, %edx
-. 2194 0x12345678 6
-. BA EE 03 00 00 C3
-
-movl $100, %eax
-. 2195 0x12345678 6
-. B8 64 00 00 00 C3
-
-movl 100(%rsp), %edi
-. 2196 0x12345678 5
-. 8B 7C 24 64 C3
-
-movl 100(%rsp), %edx
-. 2197 0x12345678 5
-. 8B 54 24 64 C3
-
-movl 100(%rsp), %esi
-. 2198 0x12345678 5
-. 8B 74 24 64 C3
-
-movl $1013, %edx
-. 2199 0x12345678 6
-. BA F5 03 00 00 C3
-
-movl $10, 20(%rdi)
-. 2200 0x12345678 8
-. C7 47 14 0A 00 00 00 C3
-
-movl $1023, %edx
-. 2201 0x12345678 6
-. BA FF 03 00 00 C3
-
-movl $1024, %edi
-. 2202 0x12345678 6
-. BF 00 04 00 00 C3
-
-movl 1024(%rsp), %eax
-. 2203 0x12345678 8
-. 8B 84 24 00 04 00 00 C3
-
-movl $-1025, %edi
-. 2204 0x12345678 6
-. BF FF FB FF FF C3
-
-movl $1028, %edx
-. 2205 0x12345678 6
-. BA 04 04 00 00 C3
-
-movl $1029, %edx
-. 2206 0x12345678 6
-. BA 05 04 00 00 C3
-
-movl $10300, %edx
-. 2207 0x12345678 6
-. BA 3C 28 00 00 C3
-
-movl $1031, %edx
-. 2208 0x12345678 6
-. BA 07 04 00 00 C3
-
-movl $1034, %edx
-. 2209 0x12345678 6
-. BA 0A 04 00 00 C3
-
-movl $1035, %edx
-. 2210 0x12345678 6
-. BA 0B 04 00 00 C3
-
-movl $10377, %edx
-. 2211 0x12345678 6
-. BA 89 28 00 00 C3
-
-movl $1037, %edx
-. 2212 0x12345678 6
-. BA 0D 04 00 00 C3
-
-movl $10, 40(%rbx)
-. 2213 0x12345678 8
-. C7 43 28 0A 00 00 00 C3
-
-movl $1041, %edx
-. 2214 0x12345678 6
-. BA 11 04 00 00 C3
-
-movl $1042, %edx
-. 2215 0x12345678 6
-. BA 12 04 00 00 C3
-
-movl $10437, %edx
-. 2216 0x12345678 6
-. BA C5 28 00 00 C3
-
-movl $1043, %edx
-. 2217 0x12345678 6
-. BA 13 04 00 00 C3
-
-movl $10456, %edx
-. 2218 0x12345678 6
-. BA D8 28 00 00 C3
-
-movl $10496, %edx
-. 2219 0x12345678 6
-. BA 00 29 00 00 C3
-
-movl $104, %eax
-. 2220 0x12345678 6
-. B8 68 00 00 00 C3
-
-movl $104, %edx
-. 2221 0x12345678 6
-. BA 68 00 00 00 C3
-
-movl 104(%rsp), %ecx
-. 2222 0x12345678 5
-. 8B 4C 24 68 C3
-
-movl 104(%rsp), %edi
-. 2223 0x12345678 5
-. 8B 7C 24 68 C3
-
-movl 104(%rsp), %edx
-. 2224 0x12345678 5
-. 8B 54 24 68 C3
-
-movl 104(%rsp), %esi
-. 2225 0x12345678 5
-. 8B 74 24 68 C3
-
-movl 104(%rsp), %r8d
-. 2226 0x12345678 6
-. 44 8B 44 24 68 C3
-
-movl 104(%rsp), %r9d
-. 2227 0x12345678 6
-. 44 8B 4C 24 68 C3
-
-movl $10549, %edx
-. 2228 0x12345678 6
-. BA 35 29 00 00 C3
-
-movl $1054, %edx
-. 2229 0x12345678 6
-. BA 1E 04 00 00 C3
-
-movl $1055, %edx
-. 2230 0x12345678 6
-. BA 1F 04 00 00 C3
-
-movl $105, %edx
-. 2231 0x12345678 6
-. BA 69 00 00 00 C3
-
-movl $106, %edx
-. 2232 0x12345678 6
-. BA 6A 00 00 00 C3
-
-movl $10703, %edx
-. 2233 0x12345678 6
-. BA CF 29 00 00 C3
-
-movl $1073741824, %eax
-. 2234 0x12345678 6
-. B8 00 00 00 40 C3
-
-movl $1073741824, %edi
-. 2235 0x12345678 6
-. BF 00 00 00 40 C3
-
-movl $1073741824, %esi
-. 2236 0x12345678 6
-. BE 00 00 00 40 C3
-
-movl $1073741825, %eax
-. 2237 0x12345678 6
-. B8 01 00 00 40 C3
-
-movl $1073741826, %eax
-. 2238 0x12345678 6
-. B8 02 00 00 40 C3
-
-movl $1073741827, %eax
-. 2239 0x12345678 6
-. B8 03 00 00 40 C3
-
-movl $1073741828, %eax
-. 2240 0x12345678 6
-. B8 04 00 00 40 C3
-
-movl $1073741829, %eax
-. 2241 0x12345678 6
-. B8 05 00 00 40 C3
-
-movl $1073741830, %eax
-. 2242 0x12345678 6
-. B8 06 00 00 40 C3
-
-movl $1073741831, %eax
-. 2243 0x12345678 6
-. B8 07 00 00 40 C3
-
-movl $1073741832, %eax
-. 2244 0x12345678 6
-. B8 08 00 00 40 C3
-
-movl $1073741833, %eax
-. 2245 0x12345678 6
-. B8 09 00 00 40 C3
-
-movl $1073741834, %eax
-. 2246 0x12345678 6
-. B8 0A 00 00 40 C3
-
-movl $1073741835, %eax
-. 2247 0x12345678 6
-. B8 0B 00 00 40 C3
-
-movl $1073741836, %eax
-. 2248 0x12345678 6
-. B8 0C 00 00 40 C3
-
-movl $1073741837, %eax
-. 2249 0x12345678 6
-. B8 0D 00 00 40 C3
-
-movl $1073741838, %eax
-. 2250 0x12345678 6
-. B8 0E 00 00 40 C3
-
-movl $1073741839, %eax
-. 2251 0x12345678 6
-. B8 0F 00 00 40 C3
-
-movl $107, %edx
-. 2252 0x12345678 6
-. BA 6B 00 00 00 C3
-
-movl $108, 40(%rbx)
-. 2253 0x12345678 8
-. C7 43 28 6C 00 00 00 C3
-
-movl $10895, %edx
-. 2254 0x12345678 6
-. BA 8F 2A 00 00 C3
-
-movl $108, %eax
-. 2255 0x12345678 6
-. B8 6C 00 00 00 C3
-
-movl $108, %edx
-. 2256 0x12345678 6
-. BA 6C 00 00 00 C3
-
-movl 108(%rsp), %eax
-. 2257 0x12345678 5
-. 8B 44 24 6C C3
-
-movl 108(%rsp), %ebp
-. 2258 0x12345678 5
-. 8B 6C 24 6C C3
-
-movl 108(%rsp), %ecx
-. 2259 0x12345678 5
-. 8B 4C 24 6C C3
-
-movl 108(%rsp), %edi
-. 2260 0x12345678 5
-. 8B 7C 24 6C C3
-
-movl 108(%rsp), %edx
-. 2261 0x12345678 5
-. 8B 54 24 6C C3
-
-movl $10911, %edx
-. 2262 0x12345678 6
-. BA 9F 2A 00 00 C3
-
-movl $10921, %edx
-. 2263 0x12345678 6
-. BA A9 2A 00 00 C3
-
-movl $10922, %edx
-. 2264 0x12345678 6
-. BA AA 2A 00 00 C3
-
-movl $10998, %edx
-. 2265 0x12345678 6
-. BA F6 2A 00 00 C3
-
-movl $10, %eax
-. 2266 0x12345678 6
-. B8 0A 00 00 00 C3
-
-movl $10, %edi
-. 2267 0x12345678 6
-. BF 0A 00 00 00 C3
-
-movl $10, %edx
-. 2268 0x12345678 6
-. BA 0A 00 00 00 C3
-
-movl $10, %r14d
-. 2269 0x12345678 7
-. 41 BE 0A 00 00 00 C3
-
-movl $10, (%rax)
-. 2270 0x12345678 7
-. C7 00 0A 00 00 00 C3
-
-movl $11000, %edx
-. 2271 0x12345678 6
-. BA F8 2A 00 00 C3
-
-movl $1100, %edx
-. 2272 0x12345678 6
-. BA 4C 04 00 00 C3
-
-movl $1101, %edx
-. 2273 0x12345678 6
-. BA 4D 04 00 00 C3
-
-movl $11046, %edx
-. 2274 0x12345678 6
-. BA 26 2B 00 00 C3
-
-movl $1, 104(%rsp)
-. 2275 0x12345678 9
-. C7 44 24 68 01 00 00 00 C3
-
-movl $11073, %edx
-. 2276 0x12345678 6
-. BA 41 2B 00 00 C3
-
-movl $11074, %edx
-. 2277 0x12345678 6
-. BA 42 2B 00 00 C3
-
-movl $1, 108(%rsp)
-. 2278 0x12345678 9
-. C7 44 24 6C 01 00 00 00 C3
-
-movl $110, %edx
-. 2279 0x12345678 6
-. BA 6E 00 00 00 C3
-
-movl $1110, %edx
-. 2280 0x12345678 6
-. BA 56 04 00 00 C3
-
-movl $111, %edx
-. 2281 0x12345678 6
-. BA 6F 00 00 00 C3
-
-movl $11204, %edx
-. 2282 0x12345678 6
-. BA C4 2B 00 00 C3
-
-movl $11220, %edx
-. 2283 0x12345678 6
-. BA D4 2B 00 00 C3
-
-movl $11225, %edx
-. 2284 0x12345678 6
-. BA D9 2B 00 00 C3
-
-movl $1123, %edx
-. 2285 0x12345678 6
-. BA 63 04 00 00 C3
-
-movl $11257, %edx
-. 2286 0x12345678 6
-. BA F9 2B 00 00 C3
-
-movl $112, %eax
-. 2287 0x12345678 6
-. B8 70 00 00 00 C3
-
-movl $112, %edx
-. 2288 0x12345678 6
-. BA 70 00 00 00 C3
-
-movl $-1, 12(%rbx,%rax)
-. 2289 0x12345678 9
-. C7 44 03 0C FF FF FF FF C3
-
-movl $-1, 12(%rcx,%rax)
-. 2290 0x12345678 9
-. C7 44 01 0C FF FF FF FF C3
-
-movl $-1, 12(%rsi,%rdx)
-. 2291 0x12345678 9
-. C7 44 16 0C FF FF FF FF C3
-
-movl 112(%rsp), %edi
-. 2292 0x12345678 5
-. 8B 7C 24 70 C3
-
-movl $1136, %edx
-. 2293 0x12345678 6
-. BA 70 04 00 00 C3
-
-movl $113, %eax
-. 2294 0x12345678 6
-. B8 71 00 00 00 C3
-
-movl $113, %edx
-. 2295 0x12345678 6
-. BA 71 00 00 00 C3
-
-movl $11458, %edx
-. 2296 0x12345678 6
-. BA C2 2C 00 00 C3
-
-movl $114, %edx
-. 2297 0x12345678 6
-. BA 72 00 00 00 C3
-
-movl $11584, %edx
-. 2298 0x12345678 6
-. BA 40 2D 00 00 C3
-
-movl $11596, %edx
-. 2299 0x12345678 6
-. BA 4C 2D 00 00 C3
-
-movl $1159, %edx
-. 2300 0x12345678 6
-. BA 87 04 00 00 C3
-
-movl $115, %edx
-. 2301 0x12345678 6
-. BA 73 00 00 00 C3
-
-movl $11681, %edx
-. 2302 0x12345678 6
-. BA A1 2D 00 00 C3
-
-movl $116, %eax
-. 2303 0x12345678 6
-. B8 74 00 00 00 C3
-
-movl $116, %edx
-. 2304 0x12345678 6
-. BA 74 00 00 00 C3
-
-movl $-1, 16(%rsp)
-. 2305 0x12345678 9
-. C7 44 24 10 FF FF FF FF C3
-
-movl $1, 16(%rsp)
-. 2306 0x12345678 9
-. C7 44 24 10 01 00 00 00 C3
-
-movl 116(%rsp), %ebx
-. 2307 0x12345678 5
-. 8B 5C 24 74 C3
-
-movl 116(%rsp), %edi
-. 2308 0x12345678 5
-. 8B 7C 24 74 C3
-
-movl 116(%rsp), %edx
-. 2309 0x12345678 5
-. 8B 54 24 74 C3
-
-movl $1172, %edx
-. 2310 0x12345678 6
-. BA 94 04 00 00 C3
-
-movl $117, %edx
-. 2311 0x12345678 6
-. BA 75 00 00 00 C3
-
-movl $118, %edx
-. 2312 0x12345678 6
-. BA 76 00 00 00 C3
-
-movl $119, %eax
-. 2313 0x12345678 6
-. B8 77 00 00 00 C3
-
-movl $11, %edi
-. 2314 0x12345678 6
-. BF 0B 00 00 00 C3
-
-movl $11, %r14d
-. 2315 0x12345678 7
-. 41 BE 0B 00 00 00 C3
-
-movl $11, (%rax)
-. 2316 0x12345678 7
-. C7 00 0B 00 00 00 C3
-
-movl $120, 12(%rdi)
-. 2317 0x12345678 8
-. C7 47 0C 78 00 00 00 C3
-
-movl $1205, %edx
-. 2318 0x12345678 6
-. BA B5 04 00 00 C3
-
-movl $120, %eax
-. 2319 0x12345678 6
-. B8 78 00 00 00 C3
-
-movl $120, %edi
-. 2320 0x12345678 6
-. BF 78 00 00 00 C3
-
-movl $-1, 20(%rax)
-. 2321 0x12345678 8
-. C7 40 14 FF FF FF FF C3
-
-movl $-1, 20(%rsp)
-. 2322 0x12345678 9
-. C7 44 24 14 FF FF FF FF C3
-
-movl 120(%rsp), %eax
-. 2323 0x12345678 5
-. 8B 44 24 78 C3
-
-movl 120(%rsp), %ecx
-. 2324 0x12345678 5
-. 8B 4C 24 78 C3
-
-movl 120(%rsp), %edx
-. 2325 0x12345678 5
-. 8B 54 24 78 C3
-
-movl $1213, %edx
-. 2326 0x12345678 6
-. BA BD 04 00 00 C3
-
-movl $1214, %edx
-. 2327 0x12345678 6
-. BA BE 04 00 00 C3
-
-movl $121, %edx
-. 2328 0x12345678 6
-. BA 79 00 00 00 C3
-
-movl $1222, %edx
-. 2329 0x12345678 6
-. BA C6 04 00 00 C3
-
-movl $1229, %edx
-. 2330 0x12345678 6
-. BA CD 04 00 00 C3
-
-movl $1239, %edx
-. 2331 0x12345678 6
-. BA D7 04 00 00 C3
-
-movl $124, %eax
-. 2332 0x12345678 6
-. B8 7C 00 00 00 C3
-
-movl $-1, 24(%rax)
-. 2333 0x12345678 8
-. C7 40 18 FF FF FF FF C3
-
-movl $1, 24(%rdx)
-. 2334 0x12345678 8
-. C7 42 18 01 00 00 00 C3
-
-movl 124(%rsp), %eax
-. 2335 0x12345678 5
-. 8B 44 24 7C C3
-
-movl 124(%rsp), %ebx
-. 2336 0x12345678 5
-. 8B 5C 24 7C C3
-
-movl 124(%rsp), %ecx
-. 2337 0x12345678 5
-. 8B 4C 24 7C C3
-
-movl 124(%rsp), %edi
-. 2338 0x12345678 5
-. 8B 7C 24 7C C3
-
-movl 124(%rsp), %esi
-. 2339 0x12345678 5
-. 8B 74 24 7C C3
-
-movl 124(%rsp), %r13d
-. 2340 0x12345678 6
-. 44 8B 6C 24 7C C3
-
-movl $1250, %edx
-. 2341 0x12345678 6
-. BA E2 04 00 00 C3
-
-movl $1251, %edx
-. 2342 0x12345678 6
-. BA E3 04 00 00 C3
-
-movl $1252, %edx
-. 2343 0x12345678 6
-. BA E4 04 00 00 C3
-
-movl $12, 68(%rax)
-. 2344 0x12345678 8
-. C7 40 44 0C 00 00 00 C3
-
-movl $127, %r10d
-. 2345 0x12345678 7
-. 41 BA 7F 00 00 00 C3
-
-movl $127, %r9d
-. 2346 0x12345678 7
-. 41 B9 7F 00 00 00 C3
-
-movl $128, 120(%rbx)
-. 2347 0x12345678 8
-. C7 43 78 80 00 00 00 C3
-
-movl $1281, %edx
-. 2348 0x12345678 6
-. BA 01 05 00 00 C3
-
-movl $128, 68(%rbx)
-. 2349 0x12345678 8
-. C7 43 44 80 00 00 00 C3
-
-movl $128, 72(%rsp)
-. 2350 0x12345678 9
-. C7 44 24 48 80 00 00 00 C3
-
-movl $128, 80(%rax)
-. 2351 0x12345678 8
-. C7 40 50 80 00 00 00 C3
-
-movl $128, 80(%rbx)
-. 2352 0x12345678 8
-. C7 43 50 80 00 00 00 C3
-
-movl $1288, %edx
-. 2353 0x12345678 6
-. BA 08 05 00 00 C3
-
-movl $1289, %edx
-. 2354 0x12345678 6
-. BA 09 05 00 00 C3
-
-movl $-128, %ecx
-. 2355 0x12345678 6
-. B9 80 FF FF FF C3
-
-movl $128, %edi
-. 2356 0x12345678 6
-. BF 80 00 00 00 C3
-
-movl $-128, %r10d
-. 2357 0x12345678 7
-. 41 BA 80 FF FF FF C3
-
-movl $1, 28(%rsp)
-. 2358 0x12345678 9
-. C7 44 24 1C 01 00 00 00 C3
-
-movl 128(%rsp), %edi
-. 2359 0x12345678 8
-. 8B BC 24 80 00 00 00 C3
-
-movl $12, %eax
-. 2360 0x12345678 6
-. B8 0C 00 00 00 C3
-
-movl $12, %edi
-. 2361 0x12345678 6
-. BF 0C 00 00 00 C3
-
-movl $12, %r13d
-. 2362 0x12345678 7
-. 41 BD 0C 00 00 00 C3
-
-movl $12, %r14d
-. 2363 0x12345678 7
-. 41 BE 0C 00 00 00 C3
-
-movl 12(%r8), %eax
-. 2364 0x12345678 5
-. 41 8B 40 0C C3
-
-movl $12, (%rax)
-. 2365 0x12345678 7
-. C7 00 0C 00 00 00 C3
-
-movl 12(%rax), %eax
-. 2366 0x12345678 4
-. 8B 40 0C C3
-
-movl 12(%rax), %ebx
-. 2367 0x12345678 4
-. 8B 58 0C C3
-
-movl 12(%rax), %ecx
-. 2368 0x12345678 4
-. 8B 48 0C C3
-
-movl 12(%rax), %esi
-. 2369 0x12345678 4
-. 8B 70 0C C3
-
-movl 12(%rax,%rdi), %ecx
-. 2370 0x12345678 5
-. 8B 4C 38 0C C3
-
-movl 12(%rax,%rdi), %r13d
-. 2371 0x12345678 6
-. 44 8B 6C 38 0C C3
-
-movl 12(%rax,%rdx), %esi
-. 2372 0x12345678 5
-. 8B 74 10 0C C3
-
-movl 12(%rbp), %ebx
-. 2373 0x12345678 4
-. 8B 5D 0C C3
-
-movl 12(%rbp), %edi
-. 2374 0x12345678 4
-. 8B 7D 0C C3
-
-movl 12(%rbp), %edx
-. 2375 0x12345678 4
-. 8B 55 0C C3
-
-movl 12(%rbx), %eax
-. 2376 0x12345678 4
-. 8B 43 0C C3
-
-movl 12(%rbx), %ecx
-. 2377 0x12345678 4
-. 8B 4B 0C C3
-
-movl 12(%rbx), %edi
-. 2378 0x12345678 4
-. 8B 7B 0C C3
-
-movl 12(%rbx), %edx
-. 2379 0x12345678 4
-. 8B 53 0C C3
-
-movl 12(%rbx,%rdx), %esi
-. 2380 0x12345678 5
-. 8B 74 13 0C C3
-
-movl 12(%rdi), %edx
-. 2381 0x12345678 4
-. 8B 57 0C C3
-
-movl 12(%rdi), %esi
-. 2382 0x12345678 4
-. 8B 77 0C C3
-
-movl 12(%rdi,%rdx), %ebp
-. 2383 0x12345678 5
-. 8B 6C 17 0C C3
-
-movl 12(%rdx), %ecx
-. 2384 0x12345678 4
-. 8B 4A 0C C3
-
-movl 12(%rdx), %esi
-. 2385 0x12345678 4
-. 8B 72 0C C3
-
-movl 12(%rdx,%r13), %eax
-. 2386 0x12345678 6
-. 42 8B 44 2A 0C C3
-
-movl 12(%rsi), %eax
-. 2387 0x12345678 4
-. 8B 46 0C C3
-
-movl 12(%rsi,%rcx), %eax
-. 2388 0x12345678 5
-. 8B 44 0E 0C C3
-
-movl 12(%rsp), %eax
-. 2389 0x12345678 5
-. 8B 44 24 0C C3
-
-movl 12(%rsp), %ecx
-. 2390 0x12345678 5
-. 8B 4C 24 0C C3
-
-movl 12(%rsp), %edi
-. 2391 0x12345678 5
-. 8B 7C 24 0C C3
-
-movl 12(%rsp), %edx
-. 2392 0x12345678 5
-. 8B 54 24 0C C3
-
-movl 12(%rsp), %esi
-. 2393 0x12345678 5
-. 8B 74 24 0C C3
-
-movl $1306, %edx
-. 2394 0x12345678 6
-. BA 1A 05 00 00 C3
-
-movl $1307, %edx
-. 2395 0x12345678 6
-. BA 1B 05 00 00 C3
-
-movl $1313, %edx
-. 2396 0x12345678 6
-. BA 21 05 00 00 C3
-
-movl $1321, %edx
-. 2397 0x12345678 6
-. BA 29 05 00 00 C3
-
-movl $1324, %edx
-. 2398 0x12345678 6
-. BA 2C 05 00 00 C3
-
-movl $1327, %edx
-. 2399 0x12345678 6
-. BA 2F 05 00 00 C3
-
-movl $132, %edi
-. 2400 0x12345678 6
-. BF 84 00 00 00 C3
-
-movl $-1, 32(%rsp)
-. 2401 0x12345678 9
-. C7 44 24 20 FF FF FF FF C3
-
-movl 132(%rsp), %edi
-. 2402 0x12345678 8
-. 8B BC 24 84 00 00 00 C3
-
-movl $1338, %edx
-. 2403 0x12345678 6
-. BA 3A 05 00 00 C3
-
-movl $1343, %edx
-. 2404 0x12345678 6
-. BA 3F 05 00 00 C3
-
-movl $1344, %edx
-. 2405 0x12345678 6
-. BA 40 05 00 00 C3
-
-movl $1345, %edx
-. 2406 0x12345678 6
-. BA 41 05 00 00 C3
-
-movl $1347, %edx
-. 2407 0x12345678 6
-. BA 43 05 00 00 C3
-
-movl $1, 348(%rsp)
-. 2408 0x12345678 12
-. C7 84 24 5C 01 00 00 01 00 00 00 C3
-
-movl $1350, %edx
-. 2409 0x12345678 6
-. BA 46 05 00 00 C3
-
-movl $136, 80(%rbx)
-. 2410 0x12345678 8
-. C7 43 50 88 00 00 00 C3
-
-movl $136, 92(%rax)
-. 2411 0x12345678 8
-. C7 40 5C 88 00 00 00 C3
-
-movl $136, 92(%rbx)
-. 2412 0x12345678 8
-. C7 43 5C 88 00 00 00 C3
-
-movl $136, %edi
-. 2413 0x12345678 6
-. BF 88 00 00 00 C3
-
-movl $136, %edx
-. 2414 0x12345678 6
-. BA 88 00 00 00 C3
-
-movl 136(%rsp), %ebx
-. 2415 0x12345678 8
-. 8B 9C 24 88 00 00 00 C3
-
-movl 136(%rsp), %ecx
-. 2416 0x12345678 8
-. 8B 8C 24 88 00 00 00 C3
-
-movl 136(%rsp), %edi
-. 2417 0x12345678 8
-. 8B BC 24 88 00 00 00 C3
-
-movl $-1, 376(%rsp)
-. 2418 0x12345678 12
-. C7 84 24 78 01 00 00 FF FF FF FF C3
-
-movl $-1, 380(%rsp)
-. 2419 0x12345678 12
-. C7 84 24 7C 01 00 00 FF FF FF FF C3
-
-movl $-1, 384(%rsp)
-. 2420 0x12345678 12
-. C7 84 24 80 01 00 00 FF FF FF FF C3
-
-movl $1388, %edx
-. 2421 0x12345678 6
-. BA 6C 05 00 00 C3
-
-movl $-1, 388(%rsp)
-. 2422 0x12345678 12
-. C7 84 24 84 01 00 00 FF FF FF FF C3
-
-movl $-1, 392(%rsp)
-. 2423 0x12345678 12
-. C7 84 24 88 01 00 00 FF FF FF FF C3
-
-movl $-1, 396(%rsp)
-. 2424 0x12345678 12
-. C7 84 24 8C 01 00 00 FF FF FF FF C3
-
-movl $13, %eax
-. 2425 0x12345678 6
-. B8 0D 00 00 00 C3
-
-movl $13, %r14d
-. 2426 0x12345678 7
-. 41 BE 0D 00 00 00 C3
-
-movl $13, (%rax)
-. 2427 0x12345678 7
-. C7 00 0D 00 00 00 C3
-
-movl $-1, 400(%rsp)
-. 2428 0x12345678 12
-. C7 84 24 90 01 00 00 FF FF FF FF C3
-
-movl $140, 104(%rax)
-. 2429 0x12345678 8
-. C7 40 68 8C 00 00 00 C3
-
-movl $140, 104(%rbx)
-. 2430 0x12345678 8
-. C7 43 68 8C 00 00 00 C3
-
-movl $-1, 404(%rsp)
-. 2431 0x12345678 12
-. C7 84 24 94 01 00 00 FF FF FF FF C3
-
-movl $1407, %edx
-. 2432 0x12345678 6
-. BA 7F 05 00 00 C3
-
-movl $-1, 408(%rsp)
-. 2433 0x12345678 12
-. C7 84 24 98 01 00 00 FF FF FF FF C3
-
-movl $140, 92(%rbx)
-. 2434 0x12345678 8
-. C7 43 5C 8C 00 00 00 C3
-
-movl $140, %edi
-. 2435 0x12345678 6
-. BF 8C 00 00 00 C3
-
-movl 140(%rsp), %eax
-. 2436 0x12345678 8
-. 8B 84 24 8C 00 00 00 C3
-
-movl 140(%rsp), %ecx
-. 2437 0x12345678 8
-. 8B 8C 24 8C 00 00 00 C3
-
-movl 140(%rsp), %edi
-. 2438 0x12345678 8
-. 8B BC 24 8C 00 00 00 C3
-
-movl 140(%rsp), %edx
-. 2439 0x12345678 8
-. 8B 94 24 8C 00 00 00 C3
-
-movl $-1, 412(%rsp)
-. 2440 0x12345678 12
-. C7 84 24 9C 01 00 00 FF FF FF FF C3
-
-movl $-1, 416(%rsp)
-. 2441 0x12345678 12
-. C7 84 24 A0 01 00 00 FF FF FF FF C3
-
-movl $-1, 420(%rsp)
-. 2442 0x12345678 12
-. C7 84 24 A4 01 00 00 FF FF FF FF C3
-
-movl $1421, %edx
-. 2443 0x12345678 6
-. BA 8D 05 00 00 C3
-
-movl $1422, %edx
-. 2444 0x12345678 6
-. BA 8E 05 00 00 C3
-
-movl $1423, %edx
-. 2445 0x12345678 6
-. BA 8F 05 00 00 C3
-
-movl $1424, %edx
-. 2446 0x12345678 6
-. BA 90 05 00 00 C3
-
-movl $-1, 424(%rsp)
-. 2447 0x12345678 12
-. C7 84 24 A8 01 00 00 FF FF FF FF C3
-
-movl $-1, 428(%rsp)
-. 2448 0x12345678 12
-. C7 84 24 AC 01 00 00 FF FF FF FF C3
-
-movl $-1, 432(%rsp)
-. 2449 0x12345678 12
-. C7 84 24 B0 01 00 00 FF FF FF FF C3
-
-movl $-1, 436(%rsp)
-. 2450 0x12345678 12
-. C7 84 24 B4 01 00 00 FF FF FF FF C3
-
-movl $-1, 440(%rsp)
-. 2451 0x12345678 12
-. C7 84 24 B8 01 00 00 FF FF FF FF C3
-
-movl $144, 128(%rbx)
-. 2452 0x12345678 11
-. C7 83 80 00 00 00 90 00 00 00 C3
-
-movl $-1, 444(%rsp)
-. 2453 0x12345678 12
-. C7 84 24 BC 01 00 00 FF FF FF FF C3
-
-movl $-1, 448(%rsp)
-. 2454 0x12345678 12
-. C7 84 24 C0 01 00 00 FF FF FF FF C3
-
-movl $144, %edi
-. 2455 0x12345678 6
-. BF 90 00 00 00 C3
-
-movl 144(%rdi), %esi
-. 2456 0x12345678 7
-. 8B B7 90 00 00 00 C3
-
-movl 144(%rsp), %edi
-. 2457 0x12345678 8
-. 8B BC 24 90 00 00 00 C3
-
-movl $1450, %edx
-. 2458 0x12345678 6
-. BA AA 05 00 00 C3
-
-movl $-1, 452(%rsp)
-. 2459 0x12345678 12
-. C7 84 24 C4 01 00 00 FF FF FF FF C3
-
-movl $1459, %edx
-. 2460 0x12345678 6
-. BA B3 05 00 00 C3
-
-movl $145, %edx
-. 2461 0x12345678 6
-. BA 91 00 00 00 C3
-
-movl $-1, 460(%rsp)
-. 2462 0x12345678 12
-. C7 84 24 CC 01 00 00 FF FF FF FF C3
-
-movl $-1, 464(%rsp)
-. 2463 0x12345678 12
-. C7 84 24 D0 01 00 00 FF FF FF FF C3
-
-movl $-1, 468(%rsp)
-. 2464 0x12345678 12
-. C7 84 24 D4 01 00 00 FF FF FF FF C3
-
-movl $-1, 472(%rsp)
-. 2465 0x12345678 12
-. C7 84 24 D8 01 00 00 FF FF FF FF C3
-
-movl $-1, 476(%rsp)
-. 2466 0x12345678 12
-. C7 84 24 DC 01 00 00 FF FF FF FF C3
-
-movl $-1, 480(%rsp)
-. 2467 0x12345678 12
-. C7 84 24 E0 01 00 00 FF FF FF FF C3
-
-movl $148, 116(%rbx)
-. 2468 0x12345678 8
-. C7 43 74 94 00 00 00 C3
-
-movl $-1, 484(%rsp)
-. 2469 0x12345678 12
-. C7 84 24 E4 01 00 00 FF FF FF FF C3
-
-movl $-1, 488(%rsp)
-. 2470 0x12345678 12
-. C7 84 24 E8 01 00 00 FF FF FF FF C3
-
-movl $148, %eax
-. 2471 0x12345678 6
-. B8 94 00 00 00 C3
-
-movl $148, %edi
-. 2472 0x12345678 6
-. BF 94 00 00 00 C3
-
-movl 148(%rsp), %ecx
-. 2473 0x12345678 8
-. 8B 8C 24 94 00 00 00 C3
-
-movl 148(%rsp), %edi
-. 2474 0x12345678 8
-. 8B BC 24 94 00 00 00 C3
-
-movl $1490, %edx
-. 2475 0x12345678 6
-. BA D2 05 00 00 C3
-
-movl $-1, 492(%rsp)
-. 2476 0x12345678 12
-. C7 84 24 EC 01 00 00 FF FF FF FF C3
-
-movl $-1, 496(%rsp)
-. 2477 0x12345678 12
-. C7 84 24 F0 01 00 00 FF FF FF FF C3
-
-movl $14, %edi
-. 2478 0x12345678 6
-. BF 0E 00 00 00 C3
-
-movl $14, %r14d
-. 2479 0x12345678 7
-. 41 BE 0E 00 00 00 C3
-
-movl $-1, 500(%rsp)
-. 2480 0x12345678 12
-. C7 84 24 F4 01 00 00 FF FF FF FF C3
-
-movl $-1, 504(%rsp)
-. 2481 0x12345678 12
-. C7 84 24 F8 01 00 00 FF FF FF FF C3
-
-movl $-1, 508(%rsp)
-. 2482 0x12345678 12
-. C7 84 24 FC 01 00 00 FF FF FF FF C3
-
-movl $-1, 512(%rsp)
-. 2483 0x12345678 12
-. C7 84 24 00 02 00 00 FF FF FF FF C3
-
-movl $-1, 516(%rsp)
-. 2484 0x12345678 12
-. C7 84 24 04 02 00 00 FF FF FF FF C3
-
-movl $151, %edx
-. 2485 0x12345678 6
-. BA 97 00 00 00 C3
-
-movl $-1, 520(%rsp)
-. 2486 0x12345678 12
-. C7 84 24 08 02 00 00 FF FF FF FF C3
-
-movl $-1, 524(%rsp)
-. 2487 0x12345678 12
-. C7 84 24 0C 02 00 00 FF FF FF FF C3
-
-movl $-1, 528(%rsp)
-. 2488 0x12345678 12
-. C7 84 24 10 02 00 00 FF FF FF FF C3
-
-movl $152, %edi
-. 2489 0x12345678 6
-. BF 98 00 00 00 C3
-
-movl $152, %edx
-. 2490 0x12345678 6
-. BA 98 00 00 00 C3
-
-movl 152(%rsp), %edi
-. 2491 0x12345678 8
-. 8B BC 24 98 00 00 00 C3
-
-movl 152(%rsp), %edx
-. 2492 0x12345678 8
-. 8B 94 24 98 00 00 00 C3
-
-movl $1530, %edx
-. 2493 0x12345678 6
-. BA FA 05 00 00 C3
-
-movl $-1, 532(%rsp)
-. 2494 0x12345678 12
-. C7 84 24 14 02 00 00 FF FF FF FF C3
-
-movl $-1, 536(%rsp)
-. 2495 0x12345678 12
-. C7 84 24 18 02 00 00 FF FF FF FF C3
-
-movl $153, %edx
-. 2496 0x12345678 6
-. BA 99 00 00 00 C3
-
-movl $156, %edi
-. 2497 0x12345678 6
-. BF 9C 00 00 00 C3
-
-movl 156(%rsp), %eax
-. 2498 0x12345678 8
-. 8B 84 24 9C 00 00 00 C3
-
-movl 156(%rsp), %ecx
-. 2499 0x12345678 8
-. 8B 8C 24 9C 00 00 00 C3
-
-movl 156(%rsp), %edi
-. 2500 0x12345678 8
-. 8B BC 24 9C 00 00 00 C3
-
-movl $157, %edi
-. 2501 0x12345678 6
-. BF 9D 00 00 00 C3
-
-movl $158, %edi
-. 2502 0x12345678 6
-. BF 9E 00 00 00 C3
-
-movl $1590, %edx
-. 2503 0x12345678 6
-. BA 36 06 00 00 C3
-
-movl $15, %eax
-. 2504 0x12345678 6
-. B8 0F 00 00 00 C3
-
-movl $15, %edi
-. 2505 0x12345678 6
-. BF 0F 00 00 00 C3
-
-movl $15, %r14d
-. 2506 0x12345678 7
-. 41 BE 0F 00 00 00 C3
-
-movl $160, %edi
-. 2507 0x12345678 6
-. BF A0 00 00 00 C3
-
-movl $160, %edx
-. 2508 0x12345678 6
-. BA A0 00 00 00 C3
-
-movl 160(%rsp), %edi
-. 2509 0x12345678 8
-. 8B BC 24 A0 00 00 00 C3
-
-movl $161, %edx
-. 2510 0x12345678 6
-. BA A1 00 00 00 C3
-
-movl $163, %edx
-. 2511 0x12345678 6
-. BA A3 00 00 00 C3
-
-movl $164, %eax
-. 2512 0x12345678 6
-. B8 A4 00 00 00 C3
-
-movl $164, %edx
-. 2513 0x12345678 6
-. BA A4 00 00 00 C3
-
-movl 164(%rsp), %edi
-. 2514 0x12345678 8
-. 8B BC 24 A4 00 00 00 C3
-
-movl $16711680, %edi
-. 2515 0x12345678 6
-. BF 00 00 FF 00 C3
-
-movl $168, %edx
-. 2516 0x12345678 6
-. BA A8 00 00 00 C3
-
-movl $1, 68(%rsp)
-. 2517 0x12345678 9
-. C7 44 24 44 01 00 00 00 C3
-
-movl $16, 8(%rsp)
-. 2518 0x12345678 9
-. C7 44 24 08 10 00 00 00 C3
-
-movl 168(%rsp), %esi
-. 2519 0x12345678 8
-. 8B B4 24 A8 00 00 00 C3
-
-movl $16, %eax
-. 2520 0x12345678 6
-. B8 10 00 00 00 C3
-
-movl $16, %edi
-. 2521 0x12345678 6
-. BF 10 00 00 00 C3
-
-movl $16, %edx
-. 2522 0x12345678 6
-. BA 10 00 00 00 C3
-
-movl 16(%r12), %eax
-. 2523 0x12345678 6
-. 41 8B 44 24 10 C3
-
-movl 16(%r12), %esi
-. 2524 0x12345678 6
-. 41 8B 74 24 10 C3
-
-movl $16, %r14d
-. 2525 0x12345678 7
-. 41 BE 10 00 00 00 C3
-
-movl 16(%r8), %eax
-. 2526 0x12345678 5
-. 41 8B 40 10 C3
-
-movl 16(%rbp), %ebx
-. 2527 0x12345678 4
-. 8B 5D 10 C3
-
-movl 16(%rbp), %edi
-. 2528 0x12345678 4
-. 8B 7D 10 C3
-
-movl 16(%rbp), %esi
-. 2529 0x12345678 4
-. 8B 75 10 C3
-
-movl 16(%rbp), %r12d
-. 2530 0x12345678 5
-. 44 8B 65 10 C3
-
-movl 16(%rbp,%rbx,4), %edi
-. 2531 0x12345678 5
-. 8B 7C 9D 10 C3
-
-movl 16(%rbx), %eax
-. 2532 0x12345678 4
-. 8B 43 10 C3
-
-movl 16(%rbx), %edi
-. 2533 0x12345678 4
-. 8B 7B 10 C3
-
-movl 16(%rbx), %esi
-. 2534 0x12345678 4
-. 8B 73 10 C3
-
-movl 16(%rbx,%rbp,4), %eax
-. 2535 0x12345678 5
-. 8B 44 AB 10 C3
-
-movl 16(%rdi), %eax
-. 2536 0x12345678 4
-. 8B 47 10 C3
-
-movl 16(%rdi), %edi
-. 2537 0x12345678 4
-. 8B 7F 10 C3
-
-movl 16(%rdi,%rax,4), %eax
-. 2538 0x12345678 5
-. 8B 44 87 10 C3
-
-movl 16(%rdi,%rax,4), %edx
-. 2539 0x12345678 5
-. 8B 54 87 10 C3
-
-movl 16(%rdx), %eax
-. 2540 0x12345678 4
-. 8B 42 10 C3
-
-movl 16(%rsi), %eax
-. 2541 0x12345678 4
-. 8B 46 10 C3
-
-movl $16, (%rsp)
-. 2542 0x12345678 8
-. C7 04 24 10 00 00 00 C3
-
-movl 16(%rsp), %eax
-. 2543 0x12345678 5
-. 8B 44 24 10 C3
-
-movl 16(%rsp), %ebp
-. 2544 0x12345678 5
-. 8B 6C 24 10 C3
-
-movl -16(%rsp), %ecx
-. 2545 0x12345678 5
-. 8B 4C 24 F0 C3
-
-movl 16(%rsp), %ecx
-. 2546 0x12345678 5
-. 8B 4C 24 10 C3
-
-movl 16(%rsp), %edi
-. 2547 0x12345678 5
-. 8B 7C 24 10 C3
-
-movl -16(%rsp), %edx
-. 2548 0x12345678 5
-. 8B 54 24 F0 C3
-
-movl 16(%rsp), %edx
-. 2549 0x12345678 5
-. 8B 54 24 10 C3
-
-movl 16(%rsp), %esi
-. 2550 0x12345678 5
-. 8B 74 24 10 C3
-
-movl 16(%rsp), %r15d
-. 2551 0x12345678 6
-. 44 8B 7C 24 10 C3
-
-movl 16(%rsp), %r8d
-. 2552 0x12345678 6
-. 44 8B 44 24 10 C3
-
-movl $172, 68(%rsp)
-. 2553 0x12345678 9
-. C7 44 24 44 AC 00 00 00 C3
-
-movl 172(%rsp), %edi
-. 2554 0x12345678 8
-. 8B BC 24 AC 00 00 00 C3
-
-movl $1752, %edx
-. 2555 0x12345678 6
-. BA D8 06 00 00 C3
-
-movl $1758, %edx
-. 2556 0x12345678 6
-. BA DE 06 00 00 C3
-
-movl $1764, %edx
-. 2557 0x12345678 6
-. BA E4 06 00 00 C3
-
-movl $17664, %edi
-. 2558 0x12345678 6
-. BF 00 45 00 00 C3
-
-movl $176, 68(%rsp)
-. 2559 0x12345678 9
-. C7 44 24 44 B0 00 00 00 C3
-
-movl 176(%rsp), %ecx
-. 2560 0x12345678 8
-. 8B 8C 24 B0 00 00 00 C3
-
-movl 176(%rsp), %edi
-. 2561 0x12345678 8
-. 8B BC 24 B0 00 00 00 C3
-
-movl $1770, %edx
-. 2562 0x12345678 6
-. BA EA 06 00 00 C3
-
-movl $178, %edx
-. 2563 0x12345678 6
-. BA B2 00 00 00 C3
-
-movl $17, %eax
-. 2564 0x12345678 6
-. B8 11 00 00 00 C3
-
-movl $1802, %edx
-. 2565 0x12345678 6
-. BA 0A 07 00 00 C3
-
-movl $1803, %edx
-. 2566 0x12345678 6
-. BA 0B 07 00 00 C3
-
-movl $180, %eax
-. 2567 0x12345678 6
-. B8 B4 00 00 00 C3
-
-movl $18176, %edi
-. 2568 0x12345678 6
-. BF 00 47 00 00 C3
-
-movl $181, %edx
-. 2569 0x12345678 6
-. BA B5 00 00 00 C3
-
-movl $182, %edx
-. 2570 0x12345678 6
-. BA B6 00 00 00 C3
-
-movl $183, %edx
-. 2571 0x12345678 6
-. BA B7 00 00 00 C3
-
-movl $184, %edx
-. 2572 0x12345678 6
-. BA B8 00 00 00 C3
-
-movl 184(%rsp), %edi
-. 2573 0x12345678 8
-. 8B BC 24 B8 00 00 00 C3
-
-movl $186, %edx
-. 2574 0x12345678 6
-. BA BA 00 00 00 C3
-
-movl $-1879048193, %edi
-. 2575 0x12345678 6
-. BF FF FF FF 8F C3
-
-movl $1, 88(%rsp)
-. 2576 0x12345678 9
-. C7 44 24 58 01 00 00 00 C3
-
-movl 188(%rsp), %edi
-. 2577 0x12345678 8
-. 8B BC 24 BC 00 00 00 C3
-
-movl $1, 8(%rcx,%rax)
-. 2578 0x12345678 9
-. C7 44 01 08 01 00 00 00 C3
-
-movl $1, 8(%rdx,%rax)
-. 2579 0x12345678 9
-. C7 44 02 08 01 00 00 00 C3
-
-movl $1, 8(%rsp)
-. 2580 0x12345678 9
-. C7 44 24 08 01 00 00 00 C3
-
-movl $190, %edx
-. 2581 0x12345678 6
-. BA BE 00 00 00 C3
-
-movl $1910, %edx
-. 2582 0x12345678 6
-. BA 76 07 00 00 C3
-
-movl $1911, %edx
-. 2583 0x12345678 6
-. BA 77 07 00 00 C3
-
-movl $19, 24(%rax)
-. 2584 0x12345678 8
-. C7 40 18 13 00 00 00 C3
-
-movl $192, %edx
-. 2585 0x12345678 6
-. BA C0 00 00 00 C3
-
-movl 192(%rsp), %edi
-. 2586 0x12345678 8
-. 8B BC 24 C0 00 00 00 C3
-
-movl $1944, %edx
-. 2587 0x12345678 6
-. BA 98 07 00 00 C3
-
-movl $1958, %edx
-. 2588 0x12345678 6
-. BA A6 07 00 00 C3
-
-movl $196, %eax
-. 2589 0x12345678 6
-. B8 C4 00 00 00 C3
-
-movl 196(%rsp), %edi
-. 2590 0x12345678 8
-. 8B BC 24 C4 00 00 00 C3
-
-movl $197, %edx
-. 2591 0x12345678 6
-. BA C5 00 00 00 C3
-
-movl $199, %edx
-. 2592 0x12345678 6
-. BA C7 00 00 00 C3
-
-movl $-1, %eax
-. 2593 0x12345678 6
-. B8 FF FF FF FF C3
-
-movl $1, %eax
-. 2594 0x12345678 6
-. B8 01 00 00 00 C3
-
-movl $1, %ebp
-. 2595 0x12345678 6
-. BD 01 00 00 00 C3
-
-movl $1, %ecx
-. 2596 0x12345678 6
-. B9 01 00 00 00 C3
-
-movl $-1, %edi
-. 2597 0x12345678 6
-. BF FF FF FF FF C3
-
-movl $1, %edi
-. 2598 0x12345678 6
-. BF 01 00 00 00 C3
-
-movl $1, %edx
-. 2599 0x12345678 6
-. BA 01 00 00 00 C3
-
-movl $1, %esi
-. 2600 0x12345678 6
-. BE 01 00 00 00 C3
-
-movl $1, %r11d
-. 2601 0x12345678 7
-. 41 BB 01 00 00 00 C3
-
-movl $1, %r12d
-. 2602 0x12345678 7
-. 41 BC 01 00 00 00 C3
-
-movl $-1, %r13d
-. 2603 0x12345678 7
-. 41 BD FF FF FF FF C3
-
-movl $-1, %r14d
-. 2604 0x12345678 7
-. 41 BE FF FF FF FF C3
-
-movl $1, %r14d
-. 2605 0x12345678 7
-. 41 BE 01 00 00 00 C3
-
-movl $1, %r15d
-. 2606 0x12345678 7
-. 41 BF 01 00 00 00 C3
-
-movl $-1, %r8d
-. 2607 0x12345678 7
-. 41 B8 FF FF FF FF C3
-
-movl $1, %r8d
-. 2608 0x12345678 7
-. 41 B8 01 00 00 00 C3
-
-movl $1, %r9d
-. 2609 0x12345678 7
-. 41 B9 01 00 00 00 C3
-
-movl $1, (%rax)
-. 2610 0x12345678 7
-. C7 00 01 00 00 00 C3
-
-movl $-1, (%rsp)
-. 2611 0x12345678 8
-. C7 04 24 FF FF FF FF C3
-
-movl 200(%rsp), %edi
-. 2612 0x12345678 8
-. 8B BC 24 C8 00 00 00 C3
-
-movl $2048, %edi
-. 2613 0x12345678 6
-. BF 00 08 00 00 C3
-
-movl 204(%rsp), %eax
-. 2614 0x12345678 8
-. 8B 84 24 CC 00 00 00 C3
-
-movl 204(%rsp), %ecx
-. 2615 0x12345678 8
-. 8B 8C 24 CC 00 00 00 C3
-
-movl 204(%rsp), %edi
-. 2616 0x12345678 8
-. 8B BC 24 CC 00 00 00 C3
-
-movl $205, %edx
-. 2617 0x12345678 6
-. BA CD 00 00 00 C3
-
-movl $206, %edx
-. 2618 0x12345678 6
-. BA CE 00 00 00 C3
-
-movl $207, %edx
-. 2619 0x12345678 6
-. BA CF 00 00 00 C3
-
-movl $2084, %edx
-. 2620 0x12345678 6
-. BA 24 08 00 00 C3
-
-movl $208, %edx
-. 2621 0x12345678 6
-. BA D0 00 00 00 C3
-
-movl 208(%rsp), %edi
-. 2622 0x12345678 8
-. 8B BC 24 D0 00 00 00 C3
-
-movl $2092, %edx
-. 2623 0x12345678 6
-. BA 2C 08 00 00 C3
-
-movl $2093, %edx
-. 2624 0x12345678 6
-. BA 2D 08 00 00 C3
-
-movl $2095, %edx
-. 2625 0x12345678 6
-. BA 2F 08 00 00 C3
-
-movl $2097152, %edi
-. 2626 0x12345678 6
-. BF 00 00 20 00 C3
-
-movl $20, %eax
-. 2627 0x12345678 6
-. B8 14 00 00 00 C3
-
-movl $20, %edi
-. 2628 0x12345678 6
-. BF 14 00 00 00 C3
-
-movl $20, %edx
-. 2629 0x12345678 6
-. BA 14 00 00 00 C3
-
-movl 20(%r12), %ebx
-. 2630 0x12345678 6
-. 41 8B 5C 24 14 C3
-
-movl 20(%r12), %edx
-. 2631 0x12345678 6
-. 41 8B 54 24 14 C3
-
-movl 20(%r13), %eax
-. 2632 0x12345678 5
-. 41 8B 45 14 C3
-
-movl 20(%r13), %ebp
-. 2633 0x12345678 5
-. 41 8B 6D 14 C3
-
-movl 20(%r13), %ecx
-. 2634 0x12345678 5
-. 41 8B 4D 14 C3
-
-movl 20(%r13), %edx
-. 2635 0x12345678 5
-. 41 8B 55 14 C3
-
-movl 20(%r13), %r14d
-. 2636 0x12345678 5
-. 45 8B 75 14 C3
-
-movl 20(%r14), %ebp
-. 2637 0x12345678 5
-. 41 8B 6E 14 C3
-
-movl 20(%r14), %ecx
-. 2638 0x12345678 5
-. 41 8B 4E 14 C3
-
-movl 20(%r14), %edx
-. 2639 0x12345678 5
-. 41 8B 56 14 C3
-
-movl 20(%r15), %ecx
-. 2640 0x12345678 5
-. 41 8B 4F 14 C3
-
-movl 20(%r8), %esi
-. 2641 0x12345678 5
-. 41 8B 70 14 C3
-
-movl 20(%rax), %eax
-. 2642 0x12345678 4
-. 8B 40 14 C3
-
-movl 20(%rax), %edx
-. 2643 0x12345678 4
-. 8B 50 14 C3
-
-movl 20(%rax), %r10d
-. 2644 0x12345678 5
-. 44 8B 50 14 C3
-
-movl 20(%rax), %r14d
-. 2645 0x12345678 5
-. 44 8B 70 14 C3
-
-movl 20(%rbx), %eax
-. 2646 0x12345678 4
-. 8B 43 14 C3
-
-movl 20(%rbx), %ecx
-. 2647 0x12345678 4
-. 8B 4B 14 C3
-
-movl 20(%rbx), %r14d
-. 2648 0x12345678 5
-. 44 8B 73 14 C3
-
-movl $20, (%rdi)
-. 2649 0x12345678 7
-. C7 07 14 00 00 00 C3
-
-movl 20(%rdi), %ecx
-. 2650 0x12345678 4
-. 8B 4F 14 C3
-
-movl 20(%rdi), %r8d
-. 2651 0x12345678 5
-. 44 8B 47 14 C3
-
-movl 20(%rsp), %eax
-. 2652 0x12345678 5
-. 8B 44 24 14 C3
-
-movl 20(%rsp), %edi
-. 2653 0x12345678 5
-. 8B 7C 24 14 C3
-
-movl 20(%rsp), %edx
-. 2654 0x12345678 5
-. 8B 54 24 14 C3
-
-movl 20(%rsp), %esi
-. 2655 0x12345678 5
-. 8B 74 24 14 C3
-
-movl $2, 108(%rsp)
-. 2656 0x12345678 9
-. C7 44 24 6C 02 00 00 00 C3
-
-movl $210, %edx
-. 2657 0x12345678 6
-. BA D2 00 00 00 C3
-
-movl $2124, %edx
-. 2658 0x12345678 6
-. BA 4C 08 00 00 C3
-
-movl $212, %eax
-. 2659 0x12345678 6
-. B8 D4 00 00 00 C3
-
-movl 212(%rsp), %edi
-. 2660 0x12345678 8
-. 8B BC 24 D4 00 00 00 C3
-
-movl $213, %edi
-. 2661 0x12345678 6
-. BF D5 00 00 00 C3
-
-movl $-2147483648, %edi
-. 2662 0x12345678 6
-. BF 00 00 00 80 C3
-
-movl $2, 148(%rsp)
-. 2663 0x12345678 12
-. C7 84 24 94 00 00 00 02 00 00 00 C3
-
-movl $2, 16(%rdi,%rax,4)
-. 2664 0x12345678 9
-. C7 44 87 10 02 00 00 00 C3
-
-movl 216(%rsp), %edi
-. 2665 0x12345678 8
-. 8B BC 24 D8 00 00 00 C3
-
-movl $2172, %edx
-. 2666 0x12345678 6
-. BA 7C 08 00 00 C3
-
-movl $2173, %edx
-. 2667 0x12345678 6
-. BA 7D 08 00 00 C3
-
-movl $2184, %edx
-. 2668 0x12345678 6
-. BA 88 08 00 00 C3
-
-movl $2185, %edx
-. 2669 0x12345678 6
-. BA 89 08 00 00 C3
-
-movl $2186, %edx
-. 2670 0x12345678 6
-. BA 8A 08 00 00 C3
-
-movl $2187, %edx
-. 2671 0x12345678 6
-. BA 8B 08 00 00 C3
-
-movl $2188, %edx
-. 2672 0x12345678 6
-. BA 8C 08 00 00 C3
-
-movl $2195, %edx
-. 2673 0x12345678 6
-. BA 93 08 00 00 C3
-
-movl $2198, %edx
-. 2674 0x12345678 6
-. BA 96 08 00 00 C3
-
-movl $2199, %edx
-. 2675 0x12345678 6
-. BA 97 08 00 00 C3
-
-movl $21, %edi
-. 2676 0x12345678 6
-. BF 15 00 00 00 C3
-
-movl $2205, %edx
-. 2677 0x12345678 6
-. BA 9D 08 00 00 C3
-
-movl $2206, %edx
-. 2678 0x12345678 6
-. BA 9E 08 00 00 C3
-
-movl 220(%rsp), %edi
-. 2679 0x12345678 8
-. 8B BC 24 DC 00 00 00 C3
-
-movl $2211, %edx
-. 2680 0x12345678 6
-. BA A3 08 00 00 C3
-
-movl $2235, %edx
-. 2681 0x12345678 6
-. BA BB 08 00 00 C3
-
-movl $223, %edx
-. 2682 0x12345678 6
-. BA DF 00 00 00 C3
-
-movl $2240, %edx
-. 2683 0x12345678 6
-. BA C0 08 00 00 C3
-
-movl 224(%rsp), %ecx
-. 2684 0x12345678 8
-. 8B 8C 24 E0 00 00 00 C3
-
-movl 224(%rsp), %edi
-. 2685 0x12345678 8
-. 8B BC 24 E0 00 00 00 C3
-
-movl $2256, %edx
-. 2686 0x12345678 6
-. BA D0 08 00 00 C3
-
-movl $2261, %edi
-. 2687 0x12345678 6
-. BF D5 08 00 00 C3
-
-movl $2277, %edx
-. 2688 0x12345678 6
-. BA E5 08 00 00 C3
-
-movl $227, %edx
-. 2689 0x12345678 6
-. BA E3 00 00 00 C3
-
-movl $2285, %edx
-. 2690 0x12345678 6
-. BA ED 08 00 00 C3
-
-movl $228, %eax
-. 2691 0x12345678 6
-. B8 E4 00 00 00 C3
-
-movl 228(%rsp), %edi
-. 2692 0x12345678 8
-. 8B BC 24 E4 00 00 00 C3
-
-movl $2301, %edx
-. 2693 0x12345678 6
-. BA FD 08 00 00 C3
-
-movl $2302, %edx
-. 2694 0x12345678 6
-. BA FE 08 00 00 C3
-
-movl $2312, %edx
-. 2695 0x12345678 6
-. BA 08 09 00 00 C3
-
-movl $2319, %edx
-. 2696 0x12345678 6
-. BA 0F 09 00 00 C3
-
-movl $2324, %edx
-. 2697 0x12345678 6
-. BA 14 09 00 00 C3
-
-movl $232, %edx
-. 2698 0x12345678 6
-. BA E8 00 00 00 C3
-
-movl 232(%rsp), %edi
-. 2699 0x12345678 8
-. 8B BC 24 E8 00 00 00 C3
-
-movl $2336, %edx
-. 2700 0x12345678 6
-. BA 20 09 00 00 C3
-
-movl $2, 348(%rsp)
-. 2701 0x12345678 12
-. C7 84 24 5C 01 00 00 02 00 00 00 C3
-
-movl $234, %edx
-. 2702 0x12345678 6
-. BA EA 00 00 00 C3
-
-movl $2350, %edx
-. 2703 0x12345678 6
-. BA 2E 09 00 00 C3
-
-movl $2352, %edx
-. 2704 0x12345678 6
-. BA 30 09 00 00 C3
-
-movl $2355, %edx
-. 2705 0x12345678 6
-. BA 33 09 00 00 C3
-
-movl $2362, %edx
-. 2706 0x12345678 6
-. BA 3A 09 00 00 C3
-
-movl $2363, %edx
-. 2707 0x12345678 6
-. BA 3B 09 00 00 C3
-
-movl $2395, %edx
-. 2708 0x12345678 6
-. BA 5B 09 00 00 C3
-
-movl $2396, %edx
-. 2709 0x12345678 6
-. BA 5C 09 00 00 C3
-
-movl $240, %edx
-. 2710 0x12345678 6
-. BA F0 00 00 00 C3
-
-movl 240(%rsp), %edi
-. 2711 0x12345678 8
-. 8B BC 24 F0 00 00 00 C3
-
-movl $24, 156(%rsp)
-. 2712 0x12345678 12
-. C7 84 24 9C 00 00 00 18 00 00 00 C3
-
-movl $244, %eax
-. 2713 0x12345678 6
-. B8 F4 00 00 00 C3
-
-movl 244(%rsp), %edi
-. 2714 0x12345678 8
-. 8B BC 24 F4 00 00 00 C3
-
-movl $247, %edx
-. 2715 0x12345678 6
-. BA F7 00 00 00 C3
-
-movl $248, %edx
-. 2716 0x12345678 6
-. BA F8 00 00 00 C3
-
-movl 248(%rsp), %edi
-. 2717 0x12345678 8
-. 8B BC 24 F8 00 00 00 C3
-
-movl $249, %edx
-. 2718 0x12345678 6
-. BA F9 00 00 00 C3
-
-movl $24, %eax
-. 2719 0x12345678 6
-. B8 18 00 00 00 C3
-
-movl $24, %edi
-. 2720 0x12345678 6
-. BF 18 00 00 00 C3
-
-movl 24(%r12), %eax
-. 2721 0x12345678 6
-. 41 8B 44 24 18 C3
-
-movl 24(%r12), %edx
-. 2722 0x12345678 6
-. 41 8B 54 24 18 C3
-
-movl 24(%r12), %r9d
-. 2723 0x12345678 6
-. 45 8B 4C 24 18 C3
-
-movl 24(%r13), %eax
-. 2724 0x12345678 5
-. 41 8B 45 18 C3
-
-movl 24(%r13), %edx
-. 2725 0x12345678 5
-. 41 8B 55 18 C3
-
-movl 24(%r13), %r12d
-. 2726 0x12345678 5
-. 45 8B 65 18 C3
-
-movl 24(%rax), %eax
-. 2727 0x12345678 4
-. 8B 40 18 C3
-
-movl 24(%rbp), %eax
-. 2728 0x12345678 4
-. 8B 45 18 C3
-
-movl 24(%rbp), %ebx
-. 2729 0x12345678 4
-. 8B 5D 18 C3
-
-movl 24(%rbp), %edx
-. 2730 0x12345678 4
-. 8B 55 18 C3
-
-movl 24(%rbp), %esi
-. 2731 0x12345678 4
-. 8B 75 18 C3
-
-movl 24(%rbp), %r13d
-. 2732 0x12345678 5
-. 44 8B 6D 18 C3
-
-movl 24(%rbx), %ecx
-. 2733 0x12345678 4
-. 8B 4B 18 C3
-
-movl 24(%rbx), %edx
-. 2734 0x12345678 4
-. 8B 53 18 C3
-
-movl 24(%rbx), %esi
-. 2735 0x12345678 4
-. 8B 73 18 C3
-
-movl $2, 4(%rdi)
-. 2736 0x12345678 8
-. C7 47 04 02 00 00 00 C3
-
-movl 24(%rdi), %edi
-. 2737 0x12345678 4
-. 8B 7F 18 C3
-
-movl 24(%rdi), %r12d
-. 2738 0x12345678 5
-. 44 8B 67 18 C3
-
-movl 24(%rdx), %eax
-. 2739 0x12345678 4
-. 8B 42 18 C3
-
-movl 24(%rdx), %r9d
-. 2740 0x12345678 5
-. 44 8B 4A 18 C3
-
-movl 24(%rsi), %ebx
-. 2741 0x12345678 4
-. 8B 5E 18 C3
-
-movl 24(%rsp), %eax
-. 2742 0x12345678 5
-. 8B 44 24 18 C3
-
-movl 24(%rsp), %ecx
-. 2743 0x12345678 5
-. 8B 4C 24 18 C3
-
-movl 24(%rsp), %edi
-. 2744 0x12345678 5
-. 8B 7C 24 18 C3
-
-movl 24(%rsp), %edx
-. 2745 0x12345678 5
-. 8B 54 24 18 C3
-
-movl 24(%rsp), %esi
-. 2746 0x12345678 5
-. 8B 74 24 18 C3
-
-movl $250, %edx
-. 2747 0x12345678 6
-. BA FA 00 00 00 C3
-
-movl 252(%rsp), %edi
-. 2748 0x12345678 8
-. 8B BC 24 FC 00 00 00 C3
-
-movl $254, %edx
-. 2749 0x12345678 6
-. BA FE 00 00 00 C3
-
-movl $255, %eax
-. 2750 0x12345678 6
-. B8 FF 00 00 00 C3
-
-movl $255, %edi
-. 2751 0x12345678 6
-. BF FF 00 00 00 C3
-
-movl $255, %r10d
-. 2752 0x12345678 7
-. 41 BA FF 00 00 00 C3
-
-movl $255, %r12d
-. 2753 0x12345678 7
-. 41 BC FF 00 00 00 C3
-
-movl $255, %r9d
-. 2754 0x12345678 7
-. 41 B9 FF 00 00 00 C3
-
-movl $256, %edx
-. 2755 0x12345678 6
-. BA 00 01 00 00 C3
-
-movl $25, %eax
-. 2756 0x12345678 6
-. B8 19 00 00 00 C3
-
-movl $260, %eax
-. 2757 0x12345678 6
-. B8 04 01 00 00 C3
-
-movl $2611, %edx
-. 2758 0x12345678 6
-. BA 33 0A 00 00 C3
-
-movl $2617, %edx
-. 2759 0x12345678 6
-. BA 39 0A 00 00 C3
-
-movl $2621, %edx
-. 2760 0x12345678 6
-. BA 3D 0A 00 00 C3
-
-movl $2645, %edx
-. 2761 0x12345678 6
-. BA 55 0A 00 00 C3
-
-movl $2649, %edx
-. 2762 0x12345678 6
-. BA 59 0A 00 00 C3
-
-movl $265, %edx
-. 2763 0x12345678 6
-. BA 09 01 00 00 C3
-
-movl $2689, %edx
-. 2764 0x12345678 6
-. BA 81 0A 00 00 C3
-
-movl $2715, %edx
-. 2765 0x12345678 6
-. BA 9B 0A 00 00 C3
-
-movl 272(%rsp), %edi
-. 2766 0x12345678 8
-. 8B BC 24 10 01 00 00 C3
-
-movl $2733, %edx
-. 2767 0x12345678 6
-. BA AD 0A 00 00 C3
-
-movl $273, %edx
-. 2768 0x12345678 6
-. BA 11 01 00 00 C3
-
-movl $2740, %edx
-. 2769 0x12345678 6
-. BA B4 0A 00 00 C3
-
-movl $2765, %edx
-. 2770 0x12345678 6
-. BA CD 0A 00 00 C3
-
-movl $2768, %edx
-. 2771 0x12345678 6
-. BA D0 0A 00 00 C3
-
-movl $276, %eax
-. 2772 0x12345678 6
-. B8 14 01 00 00 C3
-
-movl $276, %edx
-. 2773 0x12345678 6
-. BA 14 01 00 00 C3
-
-movl 276(%rsp), %edi
-. 2774 0x12345678 8
-. 8B BC 24 14 01 00 00 C3
-
-movl 276(%rsp), %edx
-. 2775 0x12345678 8
-. 8B 94 24 14 01 00 00 C3
-
-movl $2771, %edx
-. 2776 0x12345678 6
-. BA D3 0A 00 00 C3
-
-movl $2774, %edx
-. 2777 0x12345678 6
-. BA D6 0A 00 00 C3
-
-movl $2776, %edx
-. 2778 0x12345678 6
-. BA D8 0A 00 00 C3
-
-movl $2777, %edx
-. 2779 0x12345678 6
-. BA D9 0A 00 00 C3
-
-movl $278, %eax
-. 2780 0x12345678 6
-. B8 16 01 00 00 C3
-
-movl $2799, %edx
-. 2781 0x12345678 6
-. BA EF 0A 00 00 C3
-
-movl $27, %eax
-. 2782 0x12345678 6
-. B8 1B 00 00 00 C3
-
-movl $280, %eax
-. 2783 0x12345678 6
-. B8 18 01 00 00 C3
-
-movl $281, %edx
-. 2784 0x12345678 6
-. BA 19 01 00 00 C3
-
-movl $282, %eax
-. 2785 0x12345678 6
-. B8 1A 01 00 00 C3
-
-movl $283, %edx
-. 2786 0x12345678 6
-. BA 1B 01 00 00 C3
-
-movl $28, 40(%rbx)
-. 2787 0x12345678 8
-. C7 43 28 1C 00 00 00 C3
-
-movl $284, %eax
-. 2788 0x12345678 6
-. B8 1C 01 00 00 C3
-
-movl $284, %edx
-. 2789 0x12345678 6
-. BA 1C 01 00 00 C3
-
-movl 284(%rsp), %ebx
-. 2790 0x12345678 8
-. 8B 9C 24 1C 01 00 00 C3
-
-movl $286, %eax
-. 2791 0x12345678 6
-. B8 1E 01 00 00 C3
-
-movl $286, %edx
-. 2792 0x12345678 6
-. BA 1E 01 00 00 C3
-
-movl $2875, %edx
-. 2793 0x12345678 6
-. BA 3B 0B 00 00 C3
-
-movl $287, %edx
-. 2794 0x12345678 6
-. BA 1F 01 00 00 C3
-
-movl $2884, %edx
-. 2795 0x12345678 6
-. BA 44 0B 00 00 C3
-
-movl $288, %edi
-. 2796 0x12345678 6
-. BF 20 01 00 00 C3
-
-movl $288, %edx
-. 2797 0x12345678 6
-. BA 20 01 00 00 C3
-
-movl $2, 88(%rsp)
-. 2798 0x12345678 9
-. C7 44 24 58 02 00 00 00 C3
-
-movl 288(%rsp), %eax
-. 2799 0x12345678 8
-. 8B 84 24 20 01 00 00 C3
-
-movl 288(%rsp), %ecx
-. 2800 0x12345678 8
-. 8B 8C 24 20 01 00 00 C3
-
-movl $28, %eax
-. 2801 0x12345678 6
-. B8 1C 00 00 00 C3
-
-movl $28, %edi
-. 2802 0x12345678 6
-. BF 1C 00 00 00 C3
-
-movl $28, %edx
-. 2803 0x12345678 6
-. BA 1C 00 00 00 C3
-
-movl 28(%r12), %edi
-. 2804 0x12345678 6
-. 41 8B 7C 24 1C C3
-
-movl 28(%r12), %edx
-. 2805 0x12345678 6
-. 41 8B 54 24 1C C3
-
-movl 28(%r13), %ecx
-. 2806 0x12345678 5
-. 41 8B 4D 1C C3
-
-movl 28(%rbp), %eax
-. 2807 0x12345678 4
-. 8B 45 1C C3
-
-movl 28(%rbx), %edx
-. 2808 0x12345678 4
-. 8B 53 1C C3
-
-movl 28(%rdi), %edx
-. 2809 0x12345678 4
-. 8B 57 1C C3
-
-movl 28(%rdi), %r10d
-. 2810 0x12345678 5
-. 44 8B 57 1C C3
-
-movl 28(%rdi), %r11d
-. 2811 0x12345678 5
-. 44 8B 5F 1C C3
-
-movl $2, 8(%rdx,%rbx)
-. 2812 0x12345678 9
-. C7 44 1A 08 02 00 00 00 C3
-
-movl 28(%rsp), %eax
-. 2813 0x12345678 5
-. 8B 44 24 1C C3
-
-movl 28(%rsp), %edi
-. 2814 0x12345678 5
-. 8B 7C 24 1C C3
-
-movl 28(%rsp), %esi
-. 2815 0x12345678 5
-. 8B 74 24 1C C3
-
-movl $2915, %edx
-. 2816 0x12345678 6
-. BA 63 0B 00 00 C3
-
-movl $2924, %edx
-. 2817 0x12345678 6
-. BA 6C 0B 00 00 C3
-
-movl $2929, %edx
-. 2818 0x12345678 6
-. BA 71 0B 00 00 C3
-
-movl 292(%rsp), %ebp
-. 2819 0x12345678 8
-. 8B AC 24 24 01 00 00 C3
-
-movl 292(%rsp), %edi
-. 2820 0x12345678 8
-. 8B BC 24 24 01 00 00 C3
-
-movl 292(%rsp), %esi
-. 2821 0x12345678 8
-. 8B B4 24 24 01 00 00 C3
-
-movl $294, %edx
-. 2822 0x12345678 6
-. BA 26 01 00 00 C3
-
-movl $296, %edi
-. 2823 0x12345678 6
-. BF 28 01 00 00 C3
-
-movl 296(%rsp), %eax
-. 2824 0x12345678 8
-. 8B 84 24 28 01 00 00 C3
-
-movl $2971, %edx
-. 2825 0x12345678 6
-. BA 9B 0B 00 00 C3
-
-movl $29, %edi
-. 2826 0x12345678 6
-. BF 1D 00 00 00 C3
-
-movl $2, %eax
-. 2827 0x12345678 6
-. B8 02 00 00 00 C3
-
-movl $2, %ecx
-. 2828 0x12345678 6
-. B9 02 00 00 00 C3
-
-movl $2, %edi
-. 2829 0x12345678 6
-. BF 02 00 00 00 C3
-
-movl $2, %edx
-. 2830 0x12345678 6
-. BA 02 00 00 00 C3
-
-movl $2, %esi
-. 2831 0x12345678 6
-. BE 02 00 00 00 C3
-
-movl $2, %r14d
-. 2832 0x12345678 7
-. 41 BE 02 00 00 00 C3
-
-movl $-2, (%r14,%rax,4)
-. 2833 0x12345678 9
-. 41 C7 04 86 FE FF FF FF C3
-
-movl $2, (%rax)
-. 2834 0x12345678 7
-. C7 00 02 00 00 00 C3
-
-movl $2, (%rcx)
-. 2835 0x12345678 7
-. C7 01 02 00 00 00 C3
-
-movl $-2, (%rcx,%rax,4)
-. 2836 0x12345678 8
-. C7 04 81 FE FF FF FF C3
-
-movl $2, (%rdx)
-. 2837 0x12345678 7
-. C7 02 02 00 00 00 C3
-
-movl $300, %edx
-. 2838 0x12345678 6
-. BA 2C 01 00 00 C3
-
-movl $304, %edi
-. 2839 0x12345678 6
-. BF 30 01 00 00 C3
-
-movl $304, %edx
-. 2840 0x12345678 6
-. BA 30 01 00 00 C3
-
-movl $305, %edx
-. 2841 0x12345678 6
-. BA 31 01 00 00 C3
-
-movl $309, %edx
-. 2842 0x12345678 6
-. BA 35 01 00 00 C3
-
-movl $30, %edi
-. 2843 0x12345678 6
-. BF 1E 00 00 00 C3
-
-movl $312, 68(%rsp)
-. 2844 0x12345678 9
-. C7 44 24 44 38 01 00 00 C3
-
-movl 312(%rsp), %ecx
-. 2845 0x12345678 8
-. 8B 8C 24 38 01 00 00 C3
-
-movl $314, %edx
-. 2846 0x12345678 6
-. BA 3A 01 00 00 C3
-
-movl $3181, %edx
-. 2847 0x12345678 6
-. BA 6D 0C 00 00 C3
-
-movl $3183, %edx
-. 2848 0x12345678 6
-. BA 6F 0C 00 00 C3
-
-movl $31, %eax
-. 2849 0x12345678 6
-. B8 1F 00 00 00 C3
-
-movl $31, %edi
-. 2850 0x12345678 6
-. BF 1F 00 00 00 C3
-
-movl $3203, %edx
-. 2851 0x12345678 6
-. BA 83 0C 00 00 C3
-
-movl $323, %edx
-. 2852 0x12345678 6
-. BA 43 01 00 00 C3
-
-movl $3, 24(%rax)
-. 2853 0x12345678 8
-. C7 40 18 03 00 00 00 C3
-
-movl $325, %edx
-. 2854 0x12345678 6
-. BA 45 01 00 00 C3
-
-movl $326, %edx
-. 2855 0x12345678 6
-. BA 46 01 00 00 C3
-
-movl $32767, %ecx
-. 2856 0x12345678 6
-. B9 FF 7F 00 00 C3
-
-movl $32767, %r9d
-. 2857 0x12345678 7
-. 41 B9 FF 7F 00 00 C3
-
-movl $-32768, %r10d
-. 2858 0x12345678 7
-. 41 BA 00 80 FF FF C3
-
-movl $-32768, %r8d
-. 2859 0x12345678 7
-. 41 B8 00 80 FF FF C3
-
-movl $327, %edx
-. 2860 0x12345678 6
-. BA 47 01 00 00 C3
-
-movl $32, 8(%rsp)
-. 2861 0x12345678 9
-. C7 44 24 08 20 00 00 00 C3
-
-movl $3298, %edx
-. 2862 0x12345678 6
-. BA E2 0C 00 00 C3
-
-movl $329, %edx
-. 2863 0x12345678 6
-. BA 49 01 00 00 C3
-
-movl $32, %eax
-. 2864 0x12345678 6
-. B8 20 00 00 00 C3
-
-movl $32, %edi
-. 2865 0x12345678 6
-. BF 20 00 00 00 C3
-
-movl $32, %edx
-. 2866 0x12345678 6
-. BA 20 00 00 00 C3
-
-movl $32, %esi
-. 2867 0x12345678 6
-. BE 20 00 00 00 C3
-
-movl 32(%r13), %eax
-. 2868 0x12345678 5
-. 41 8B 45 20 C3
-
-movl $32, %r14d
-. 2869 0x12345678 7
-. 41 BE 20 00 00 00 C3
-
-movl 32(%r14), %eax
-. 2870 0x12345678 5
-. 41 8B 46 20 C3
-
-movl 32(%r15), %eax
-. 2871 0x12345678 5
-. 41 8B 47 20 C3
-
-movl 32(%r15), %ebx
-. 2872 0x12345678 5
-. 41 8B 5F 20 C3
-
-movl 32(%rax), %edi
-. 2873 0x12345678 4
-. 8B 78 20 C3
-
-movl 32(%rbp), %ebx
-. 2874 0x12345678 4
-. 8B 5D 20 C3
-
-movl 32(%rbp), %edi
-. 2875 0x12345678 4
-. 8B 7D 20 C3
-
-movl 32(%rbp), %edx
-. 2876 0x12345678 4
-. 8B 55 20 C3
-
-movl 32(%rdi), %eax
-. 2877 0x12345678 4
-. 8B 47 20 C3
-
-movl 32(%rdi), %ecx
-. 2878 0x12345678 4
-. 8B 4F 20 C3
-
-movl 32(%rdi), %r8d
-. 2879 0x12345678 5
-. 44 8B 47 20 C3
-
-movl 32(%rdx), %eax
-. 2880 0x12345678 4
-. 8B 42 20 C3
-
-movl 32(%rsp), %eax
-. 2881 0x12345678 5
-. 8B 44 24 20 C3
-
-movl 32(%rsp), %ecx
-. 2882 0x12345678 5
-. 8B 4C 24 20 C3
-
-movl 32(%rsp), %edi
-. 2883 0x12345678 5
-. 8B 7C 24 20 C3
-
-movl 32(%rsp), %edx
-. 2884 0x12345678 5
-. 8B 54 24 20 C3
-
-movl 32(%rsp), %esi
-. 2885 0x12345678 5
-. 8B 74 24 20 C3
-
-movl 32(%rsp), %r8d
-. 2886 0x12345678 6
-. 44 8B 44 24 20 C3
-
-movl 32(%rsp), %r9d
-. 2887 0x12345678 6
-. 44 8B 4C 24 20 C3
-
-movl $3310, %edx
-. 2888 0x12345678 6
-. BA EE 0C 00 00 C3
-
-movl $3315, %edx
-. 2889 0x12345678 6
-. BA F3 0C 00 00 C3
-
-movl $3339, %edx
-. 2890 0x12345678 6
-. BA 0B 0D 00 00 C3
-
-movl $333, %edx
-. 2891 0x12345678 6
-. BA 4D 01 00 00 C3
-
-movl $3345, %edx
-. 2892 0x12345678 6
-. BA 11 0D 00 00 C3
-
-movl $3354, %edx
-. 2893 0x12345678 6
-. BA 1A 0D 00 00 C3
-
-movl $3357, %edx
-. 2894 0x12345678 6
-. BA 1D 0D 00 00 C3
-
-movl $3365, %edx
-. 2895 0x12345678 6
-. BA 25 0D 00 00 C3
-
-movl 336(%rsp), %eax
-. 2896 0x12345678 8
-. 8B 84 24 50 01 00 00 C3
-
-movl 340(%rsp), %eax
-. 2897 0x12345678 8
-. 8B 84 24 54 01 00 00 C3
-
-movl $342, %edx
-. 2898 0x12345678 6
-. BA 56 01 00 00 C3
-
-movl $345, %edx
-. 2899 0x12345678 6
-. BA 59 01 00 00 C3
-
-movl $3461, %edx
-. 2900 0x12345678 6
-. BA 85 0D 00 00 C3
-
-movl $3464, %edx
-. 2901 0x12345678 6
-. BA 88 0D 00 00 C3
-
-movl $3465, %edx
-. 2902 0x12345678 6
-. BA 89 0D 00 00 C3
-
-movl $3469, %edx
-. 2903 0x12345678 6
-. BA 8D 0D 00 00 C3
-
-movl $3471, %edx
-. 2904 0x12345678 6
-. BA 8F 0D 00 00 C3
-
-movl $3473, %edx
-. 2905 0x12345678 6
-. BA 91 0D 00 00 C3
-
-movl $3478, %edx
-. 2906 0x12345678 6
-. BA 96 0D 00 00 C3
-
-movl $347, %edx
-. 2907 0x12345678 6
-. BA 5B 01 00 00 C3
-
-movl 348(%rsp), %r12d
-. 2908 0x12345678 9
-. 44 8B A4 24 5C 01 00 00 C3
-
-movl $349, %edx
-. 2909 0x12345678 6
-. BA 5D 01 00 00 C3
-
-movl $350, %edx
-. 2910 0x12345678 6
-. BA 5E 01 00 00 C3
-
-movl $351, %edx
-. 2911 0x12345678 6
-. BA 5F 01 00 00 C3
-
-movl $352, %edx
-. 2912 0x12345678 6
-. BA 60 01 00 00 C3
-
-movl 360(%rsp), %eax
-. 2913 0x12345678 8
-. 8B 84 24 68 01 00 00 C3
-
-movl $3644, %edx
-. 2914 0x12345678 6
-. BA 3C 0E 00 00 C3
-
-movl $3, 64(%rsp)
-. 2915 0x12345678 9
-. C7 44 24 40 03 00 00 00 C3
-
-movl 364(%rsp), %eax
-. 2916 0x12345678 8
-. 8B 84 24 6C 01 00 00 C3
-
-movl $36, %eax
-. 2917 0x12345678 6
-. B8 24 00 00 00 C3
-
-movl $36, %edi
-. 2918 0x12345678 6
-. BF 24 00 00 00 C3
-
-movl 36(%rsp), %eax
-. 2919 0x12345678 5
-. 8B 44 24 24 C3
-
-movl 36(%rsp), %edi
-. 2920 0x12345678 5
-. 8B 7C 24 24 C3
-
-movl 36(%rsp), %edx
-. 2921 0x12345678 5
-. 8B 54 24 24 C3
-
-movl 36(%rsp), %esi
-. 2922 0x12345678 5
-. 8B 74 24 24 C3
-
-movl $375, %edx
-. 2923 0x12345678 6
-. BA 77 01 00 00 C3
-
-movl 376(%rsp), %ecx
-. 2924 0x12345678 8
-. 8B 8C 24 78 01 00 00 C3
-
-movl 376(%rsp), %edi
-. 2925 0x12345678 8
-. 8B BC 24 78 01 00 00 C3
-
-movl 376(%rsp), %edx
-. 2926 0x12345678 8
-. 8B 94 24 78 01 00 00 C3
-
-movl 376(%rsp), %esi
-. 2927 0x12345678 8
-. 8B B4 24 78 01 00 00 C3
-
-movl $37, %ecx
-. 2928 0x12345678 6
-. B9 25 00 00 00 C3
-
-movl $37, %edi
-. 2929 0x12345678 6
-. BF 25 00 00 00 C3
-
-movl 384(%rsp), %ecx
-. 2930 0x12345678 8
-. 8B 8C 24 80 01 00 00 C3
-
-movl 384(%rsp), %edi
-. 2931 0x12345678 8
-. 8B BC 24 80 01 00 00 C3
-
-movl 384(%rsp), %edx
-. 2932 0x12345678 8
-. 8B 94 24 80 01 00 00 C3
-
-movl 384(%rsp), %esi
-. 2933 0x12345678 8
-. 8B B4 24 80 01 00 00 C3
-
-movl $388, %edx
-. 2934 0x12345678 6
-. BA 84 01 00 00 C3
-
-movl $3, 88(%rsp)
-. 2935 0x12345678 9
-. C7 44 24 58 03 00 00 00 C3
-
-movl 388(%rsp), %ecx
-. 2936 0x12345678 8
-. 8B 8C 24 84 01 00 00 C3
-
-movl 388(%rsp), %edi
-. 2937 0x12345678 8
-. 8B BC 24 84 01 00 00 C3
-
-movl 388(%rsp), %edx
-. 2938 0x12345678 8
-. 8B 94 24 84 01 00 00 C3
-
-movl 388(%rsp), %esi
-. 2939 0x12345678 8
-. 8B B4 24 84 01 00 00 C3
-
-movl $390, %edx
-. 2940 0x12345678 6
-. BA 86 01 00 00 C3
-
-movl 392(%rsp), %ecx
-. 2941 0x12345678 8
-. 8B 8C 24 88 01 00 00 C3
-
-movl 392(%rsp), %edi
-. 2942 0x12345678 8
-. 8B BC 24 88 01 00 00 C3
-
-movl 392(%rsp), %edx
-. 2943 0x12345678 8
-. 8B 94 24 88 01 00 00 C3
-
-movl 392(%rsp), %esi
-. 2944 0x12345678 8
-. 8B B4 24 88 01 00 00 C3
-
-movl $3, %eax
-. 2945 0x12345678 6
-. B8 03 00 00 00 C3
-
-movl $3, %ebp
-. 2946 0x12345678 6
-. BD 03 00 00 00 C3
-
-movl $3, %ecx
-. 2947 0x12345678 6
-. B9 03 00 00 00 C3
-
-movl $3, %edi
-. 2948 0x12345678 6
-. BF 03 00 00 00 C3
-
-movl $3, %edx
-. 2949 0x12345678 6
-. BA 03 00 00 00 C3
-
-movl $3, %esi
-. 2950 0x12345678 6
-. BE 03 00 00 00 C3
-
-movl $3, (%rax)
-. 2951 0x12345678 7
-. C7 00 03 00 00 00 C3
-
-movl $3, (%rcx)
-. 2952 0x12345678 7
-. C7 01 03 00 00 00 C3
-
-movl $3, (%rdx)
-. 2953 0x12345678 7
-. C7 02 03 00 00 00 C3
-
-movl 400(%rsp), %ecx
-. 2954 0x12345678 8
-. 8B 8C 24 90 01 00 00 C3
-
-movl 400(%rsp), %edi
-. 2955 0x12345678 8
-. 8B BC 24 90 01 00 00 C3
-
-movl 400(%rsp), %edx
-. 2956 0x12345678 8
-. 8B 94 24 90 01 00 00 C3
-
-movl 400(%rsp), %esi
-. 2957 0x12345678 8
-. 8B B4 24 90 01 00 00 C3
-
-movl $402, %edx
-. 2958 0x12345678 6
-. BA 92 01 00 00 C3
-
-movl $403, %edx
-. 2959 0x12345678 6
-. BA 93 01 00 00 C3
-
-movl $404, %edx
-. 2960 0x12345678 6
-. BA 94 01 00 00 C3
-
-movl 404(%rsp), %ecx
-. 2961 0x12345678 8
-. 8B 8C 24 94 01 00 00 C3
-
-movl 404(%rsp), %edi
-. 2962 0x12345678 8
-. 8B BC 24 94 01 00 00 C3
-
-movl 404(%rsp), %edx
-. 2963 0x12345678 8
-. 8B 94 24 94 01 00 00 C3
-
-movl 404(%rsp), %esi
-. 2964 0x12345678 8
-. 8B B4 24 94 01 00 00 C3
-
-movl $405, %edx
-. 2965 0x12345678 6
-. BA 95 01 00 00 C3
-
-movl $406, %edx
-. 2966 0x12345678 6
-. BA 96 01 00 00 C3
-
-movl $408, %edx
-. 2967 0x12345678 6
-. BA 98 01 00 00 C3
-
-movl 408(%rsp), %ecx
-. 2968 0x12345678 8
-. 8B 8C 24 98 01 00 00 C3
-
-movl 408(%rsp), %edi
-. 2969 0x12345678 8
-. 8B BC 24 98 01 00 00 C3
-
-movl 408(%rsp), %edx
-. 2970 0x12345678 8
-. 8B 94 24 98 01 00 00 C3
-
-movl 408(%rsp), %esi
-. 2971 0x12345678 8
-. 8B B4 24 98 01 00 00 C3
-
-movl $40, %eax
-. 2972 0x12345678 6
-. B8 28 00 00 00 C3
-
-movl $40, %edi
-. 2973 0x12345678 6
-. BF 28 00 00 00 C3
-
-movl 40(%r12), %esi
-. 2974 0x12345678 6
-. 41 8B 74 24 28 C3
-
-movl 40(%r13), %edi
-. 2975 0x12345678 5
-. 41 8B 7D 28 C3
-
-movl 40(%r13), %esi
-. 2976 0x12345678 5
-. 41 8B 75 28 C3
-
-movl 40(%rbp), %eax
-. 2977 0x12345678 4
-. 8B 45 28 C3
-
-movl 40(%rsp), %eax
-. 2978 0x12345678 5
-. 8B 44 24 28 C3
-
-movl 40(%rsp), %edi
-. 2979 0x12345678 5
-. 8B 7C 24 28 C3
-
-movl 40(%rsp), %edx
-. 2980 0x12345678 5
-. 8B 54 24 28 C3
-
-movl 40(%rsp), %esi
-. 2981 0x12345678 5
-. 8B 74 24 28 C3
-
-movl $4, 104(%rsp)
-. 2982 0x12345678 9
-. C7 44 24 68 04 00 00 00 C3
-
-movl $4, 108(%rax)
-. 2983 0x12345678 8
-. C7 40 6C 04 00 00 00 C3
-
-movl $4, 108(%rbx)
-. 2984 0x12345678 8
-. C7 43 6C 04 00 00 00 C3
-
-movl $4, 132(%rbx)
-. 2985 0x12345678 11
-. C7 83 84 00 00 00 04 00 00 00 C3
-
-movl $4, 156(%rsp)
-. 2986 0x12345678 12
-. C7 84 24 9C 00 00 00 04 00 00 00 C3
-
-movl 416(%rsp), %ecx
-. 2987 0x12345678 8
-. 8B 8C 24 A0 01 00 00 C3
-
-movl 416(%rsp), %edi
-. 2988 0x12345678 8
-. 8B BC 24 A0 01 00 00 C3
-
-movl 416(%rsp), %edx
-. 2989 0x12345678 8
-. 8B 94 24 A0 01 00 00 C3
-
-movl 416(%rsp), %esi
-. 2990 0x12345678 8
-. 8B B4 24 A0 01 00 00 C3
-
-movl $4, 188(%rsp)
-. 2991 0x12345678 12
-. C7 84 24 BC 00 00 00 04 00 00 00 C3
-
-movl $4, 20(%rsp)
-. 2992 0x12345678 9
-. C7 44 24 14 04 00 00 00 C3
-
-movl 420(%rsp), %ecx
-. 2993 0x12345678 8
-. 8B 8C 24 A4 01 00 00 C3
-
-movl 420(%rsp), %edi
-. 2994 0x12345678 8
-. 8B BC 24 A4 01 00 00 C3
-
-movl 420(%rsp), %edx
-. 2995 0x12345678 8
-. 8B 94 24 A4 01 00 00 C3
-
-movl 420(%rsp), %esi
-. 2996 0x12345678 8
-. 8B B4 24 A4 01 00 00 C3
-
-movl $424, %edx
-. 2997 0x12345678 6
-. BA A8 01 00 00 C3
-
-movl $428, %edx
-. 2998 0x12345678 6
-. BA AC 01 00 00 C3
-
-movl 428(%rsp), %edi
-. 2999 0x12345678 8
-. 8B BC 24 AC 01 00 00 C3
-
-movl $4294967295, %eax
-. 3000 0x12345678 6
-. B8 FF FF FF FF C3
-
-movl $433, %edx
-. 3001 0x12345678 6
-. BA B1 01 00 00 C3
-
-movl 436(%rsp), %edi
-. 3002 0x12345678 8
-. 8B BC 24 B4 01 00 00 C3
-
-movl $440, %edx
-. 3003 0x12345678 6
-. BA B8 01 00 00 C3
-
-movl $442, %edx
-. 3004 0x12345678 6
-. BA BA 01 00 00 C3
-
-movl 444(%rsp), %edi
-. 3005 0x12345678 8
-. 8B BC 24 BC 01 00 00 C3
-
-movl $4, 48(%rax)
-. 3006 0x12345678 8
-. C7 40 30 04 00 00 00 C3
-
-movl $4, 48(%rbx)
-. 3007 0x12345678 8
-. C7 43 30 04 00 00 00 C3
-
-movl $44, %eax
-. 3008 0x12345678 6
-. B8 2C 00 00 00 C3
-
-movl $44, %edi
-. 3009 0x12345678 6
-. BF 2C 00 00 00 C3
-
-movl 44(%rsp), %eax
-. 3010 0x12345678 5
-. 8B 44 24 2C C3
-
-movl 44(%rsp), %ebx
-. 3011 0x12345678 5
-. 8B 5C 24 2C C3
-
-movl 44(%rsp), %edi
-. 3012 0x12345678 5
-. 8B 7C 24 2C C3
-
-movl 44(%rsp), %edx
-. 3013 0x12345678 5
-. 8B 54 24 2C C3
-
-movl 452(%rsp), %edi
-. 3014 0x12345678 8
-. 8B BC 24 C4 01 00 00 C3
-
-movl $4, 60(%rax)
-. 3015 0x12345678 8
-. C7 40 3C 04 00 00 00 C3
-
-movl $4, 60(%rbx)
-. 3016 0x12345678 8
-. C7 43 3C 04 00 00 00 C3
-
-movl 460(%rsp), %edi
-. 3017 0x12345678 8
-. 8B BC 24 CC 01 00 00 C3
-
-movl $463, %edx
-. 3018 0x12345678 6
-. BA CF 01 00 00 C3
-
-movl 464(%rsp), %edx
-. 3019 0x12345678 8
-. 8B 94 24 D0 01 00 00 C3
-
-movl $465, %edx
-. 3020 0x12345678 6
-. BA D1 01 00 00 C3
-
-movl $466, %edx
-. 3021 0x12345678 6
-. BA D2 01 00 00 C3
-
-movl $467, %edx
-. 3022 0x12345678 6
-. BA D3 01 00 00 C3
-
-movl 468(%rsp), %edi
-. 3023 0x12345678 8
-. 8B BC 24 D4 01 00 00 C3
-
-movl $469, %edx
-. 3024 0x12345678 6
-. BA D5 01 00 00 C3
-
-movl $4, 72(%rax)
-. 3025 0x12345678 8
-. C7 40 48 04 00 00 00 C3
-
-movl 472(%rsp), %edx
-. 3026 0x12345678 8
-. 8B 94 24 D8 01 00 00 C3
-
-movl $473, %edx
-. 3027 0x12345678 6
-. BA D9 01 00 00 C3
-
-movl $476, %edx
-. 3028 0x12345678 6
-. BA DC 01 00 00 C3
-
-movl 476(%rsp), %esi
-. 3029 0x12345678 8
-. 8B B4 24 DC 01 00 00 C3
-
-movl $477, %edx
-. 3030 0x12345678 6
-. BA DD 01 00 00 C3
-
-movl $478, %edx
-. 3031 0x12345678 6
-. BA DE 01 00 00 C3
-
-movl $479, %edx
-. 3032 0x12345678 6
-. BA DF 01 00 00 C3
-
-movl $4, 80(%rax)
-. 3033 0x12345678 8
-. C7 40 50 04 00 00 00 C3
-
-movl 480(%rsp), %ecx
-. 3034 0x12345678 8
-. 8B 8C 24 E0 01 00 00 C3
-
-movl $481, %edx
-. 3035 0x12345678 6
-. BA E1 01 00 00 C3
-
-movl $483, %edx
-. 3036 0x12345678 6
-. BA E3 01 00 00 C3
-
-movl $4, 84(%rax)
-. 3037 0x12345678 8
-. C7 40 54 04 00 00 00 C3
-
-movl $4, 84(%rbx)
-. 3038 0x12345678 8
-. C7 43 54 04 00 00 00 C3
-
-movl $48, 4(%rsp)
-. 3039 0x12345678 9
-. C7 44 24 04 30 00 00 00 C3
-
-movl 484(%rsp), %esi
-. 3040 0x12345678 8
-. 8B B4 24 E4 01 00 00 C3
-
-movl $487, %edx
-. 3041 0x12345678 6
-. BA E7 01 00 00 C3
-
-movl 488(%rsp), %ecx
-. 3042 0x12345678 8
-. 8B 8C 24 E8 01 00 00 C3
-
-movl $48, %eax
-. 3043 0x12345678 6
-. B8 30 00 00 00 C3
-
-movl $48, %edi
-. 3044 0x12345678 6
-. BF 30 00 00 00 C3
-
-movl $48, %edx
-. 3045 0x12345678 6
-. BA 30 00 00 00 C3
-
-movl 48(%r13), %edx
-. 3046 0x12345678 5
-. 41 8B 55 30 C3
-
-movl 48(%r8), %edi
-. 3047 0x12345678 5
-. 41 8B 78 30 C3
-
-movl $4, 8(%rax)
-. 3048 0x12345678 8
-. C7 40 08 04 00 00 00 C3
-
-movl 48(%rax), %edx
-. 3049 0x12345678 4
-. 8B 50 30 C3
-
-movl 48(%rax), %r8d
-. 3050 0x12345678 5
-. 44 8B 40 30 C3
-
-movl 48(%rax), %r9d
-. 3051 0x12345678 5
-. 44 8B 48 30 C3
-
-movl 48(%rbp), %edi
-. 3052 0x12345678 4
-. 8B 7D 30 C3
-
-movl 48(%rsp), %eax
-. 3053 0x12345678 5
-. 8B 44 24 30 C3
-
-movl 48(%rsp), %edi
-. 3054 0x12345678 5
-. 8B 7C 24 30 C3
-
-movl 48(%rsp), %edx
-. 3055 0x12345678 5
-. 8B 54 24 30 C3
-
-movl 48(%rsp), %esi
-. 3056 0x12345678 5
-. 8B 74 24 30 C3
-
-movl 492(%rsp), %edi
-. 3057 0x12345678 8
-. 8B BC 24 EC 01 00 00 C3
-
-movl 492(%rsp), %esi
-. 3058 0x12345678 8
-. 8B B4 24 EC 01 00 00 C3
-
-movl $4950, %edx
-. 3059 0x12345678 6
-. BA 56 13 00 00 C3
-
-movl $4957, %edx
-. 3060 0x12345678 6
-. BA 5D 13 00 00 C3
-
-movl $4958, %edx
-. 3061 0x12345678 6
-. BA 5E 13 00 00 C3
-
-movl $496, %edx
-. 3062 0x12345678 6
-. BA F0 01 00 00 C3
-
-movl $4, 96(%rax)
-. 3063 0x12345678 8
-. C7 40 60 04 00 00 00 C3
-
-movl $4, 96(%rbx)
-. 3064 0x12345678 8
-. C7 43 60 04 00 00 00 C3
-
-movl $499, %edx
-. 3065 0x12345678 6
-. BA F3 01 00 00 C3
-
-movl $49, %ecx
-. 3066 0x12345678 6
-. B9 31 00 00 00 C3
-
-movl $4, %eax
-. 3067 0x12345678 6
-. B8 04 00 00 00 C3
-
-movl $4, %ebp
-. 3068 0x12345678 6
-. BD 04 00 00 00 C3
-
-movl $4, %ecx
-. 3069 0x12345678 6
-. B9 04 00 00 00 C3
-
-movl $-4, %edi
-. 3070 0x12345678 6
-. BF FC FF FF FF C3
-
-movl $4, %edi
-. 3071 0x12345678 6
-. BF 04 00 00 00 C3
-
-movl 4, %edx
-. 3072 0x12345678 8
-. 8B 14 25 04 00 00 00 C3
-
-movl $4, %esi
-. 3073 0x12345678 6
-. BE 04 00 00 00 C3
-
-movl 4(%r13), %eax
-. 3074 0x12345678 5
-. 41 8B 45 04 C3
-
-movl 4(%r13), %edi
-. 3075 0x12345678 5
-. 41 8B 7D 04 C3
-
-movl $4, %r14d
-. 3076 0x12345678 7
-. 41 BE 04 00 00 00 C3
-
-movl $4, %r8d
-. 3077 0x12345678 7
-. 41 B8 04 00 00 00 C3
-
-movl 4(%r8), %eax
-. 3078 0x12345678 5
-. 41 8B 40 04 C3
-
-movl $4, (%rax)
-. 3079 0x12345678 7
-. C7 00 04 00 00 00 C3
-
-movl 4(%rax), %eax
-. 3080 0x12345678 4
-. 8B 40 04 C3
-
-movl 4(%rax), %edi
-. 3081 0x12345678 4
-. 8B 78 04 C3
-
-movl 4(%rbx), %edi
-. 3082 0x12345678 4
-. 8B 7B 04 C3
-
-movl 4(%rdi), %edi
-. 3083 0x12345678 4
-. 8B 7F 04 C3
-
-movl 4(%rdi), %esi
-. 3084 0x12345678 4
-. 8B 77 04 C3
-
-movl 4(%rsi), %eax
-. 3085 0x12345678 4
-. 8B 46 04 C3
-
-movl 4(%rsp), %ebx
-. 3086 0x12345678 5
-. 8B 5C 24 04 C3
-
-movl 4(%rsp), %ecx
-. 3087 0x12345678 5
-. 8B 4C 24 04 C3
-
-movl 4(%rsp), %edi
-. 3088 0x12345678 5
-. 8B 7C 24 04 C3
-
-movl 4(%rsp), %esi
-. 3089 0x12345678 5
-. 8B 74 24 04 C3
-
-movl $5000, 24(%rsp)
-. 3090 0x12345678 9
-. C7 44 24 18 88 13 00 00 C3
-
-movl 500(%rsp), %edi
-. 3091 0x12345678 8
-. 8B BC 24 F4 01 00 00 C3
-
-movl 500(%rsp), %esi
-. 3092 0x12345678 8
-. 8B B4 24 F4 01 00 00 C3
-
-movl $50, 16(%rdi)
-. 3093 0x12345678 8
-. C7 47 10 32 00 00 00 C3
-
-movl $501, %edx
-. 3094 0x12345678 6
-. BA F5 01 00 00 C3
-
-movl $504, %edx
-. 3095 0x12345678 6
-. BA F8 01 00 00 C3
-
-movl 504(%rsp), %edi
-. 3096 0x12345678 8
-. 8B BC 24 F8 01 00 00 C3
-
-movl 504(%rsp), %esi
-. 3097 0x12345678 8
-. 8B B4 24 F8 01 00 00 C3
-
-movl $505, %edx
-. 3098 0x12345678 6
-. BA F9 01 00 00 C3
-
-movl $507, %edx
-. 3099 0x12345678 6
-. BA FB 01 00 00 C3
-
-movl $5088, %edx
-. 3100 0x12345678 6
-. BA E0 13 00 00 C3
-
-movl $5089, %edx
-. 3101 0x12345678 6
-. BA E1 13 00 00 C3
-
-movl 508(%rsp), %ecx
-. 3102 0x12345678 8
-. 8B 8C 24 FC 01 00 00 C3
-
-movl 508(%rsp), %edx
-. 3103 0x12345678 8
-. 8B 94 24 FC 01 00 00 C3
-
-movl $5092, %edx
-. 3104 0x12345678 6
-. BA E4 13 00 00 C3
-
-movl $5093, %edx
-. 3105 0x12345678 6
-. BA E5 13 00 00 C3
-
-movl $509, %edx
-. 3106 0x12345678 6
-. BA FD 01 00 00 C3
-
-movl $511, %edx
-. 3107 0x12345678 6
-. BA FF 01 00 00 C3
-
-movl $512, 40(%rbx)
-. 3108 0x12345678 8
-. C7 43 28 00 02 00 00 C3
-
-movl $512, %edx
-. 3109 0x12345678 6
-. BA 00 02 00 00 C3
-
-movl $5158, %edx
-. 3110 0x12345678 6
-. BA 26 14 00 00 C3
-
-movl 516(%rsp), %ecx
-. 3111 0x12345678 8
-. 8B 8C 24 04 02 00 00 C3
-
-movl 516(%rsp), %edx
-. 3112 0x12345678 8
-. 8B 94 24 04 02 00 00 C3
-
-movl $5181, %edx
-. 3113 0x12345678 6
-. BA 3D 14 00 00 C3
-
-movl $519, %edx
-. 3114 0x12345678 6
-. BA 07 02 00 00 C3
-
-movl $5200, %edx
-. 3115 0x12345678 6
-. BA 50 14 00 00 C3
-
-movl $5202, %edx
-. 3116 0x12345678 6
-. BA 52 14 00 00 C3
-
-movl 520(%rsp), %ecx
-. 3117 0x12345678 8
-. 8B 8C 24 08 02 00 00 C3
-
-movl 520(%rsp), %edx
-. 3118 0x12345678 8
-. 8B 94 24 08 02 00 00 C3
-
-movl $5222, %edx
-. 3119 0x12345678 6
-. BA 66 14 00 00 C3
-
-movl $5237, %edx
-. 3120 0x12345678 6
-. BA 75 14 00 00 C3
-
-movl 524(%rsp), %ecx
-. 3121 0x12345678 8
-. 8B 8C 24 0C 02 00 00 C3
-
-movl 524(%rsp), %edi
-. 3122 0x12345678 8
-. 8B BC 24 0C 02 00 00 C3
-
-movl 524(%rsp), %edx
-. 3123 0x12345678 8
-. 8B 94 24 0C 02 00 00 C3
-
-movl 524(%rsp), %esi
-. 3124 0x12345678 8
-. 8B B4 24 0C 02 00 00 C3
-
-movl $52, %eax
-. 3125 0x12345678 6
-. B8 34 00 00 00 C3
-
-movl $52, %edi
-. 3126 0x12345678 6
-. BF 34 00 00 00 C3
-
-movl 52(%r8,%rax,4), %eax
-. 3127 0x12345678 6
-. 41 8B 44 80 34 C3
-
-movl 52(%rsp), %edi
-. 3128 0x12345678 5
-. 8B 7C 24 34 C3
-
-movl 532(%rsp), %ecx
-. 3129 0x12345678 8
-. 8B 8C 24 14 02 00 00 C3
-
-movl 532(%rsp), %edi
-. 3130 0x12345678 8
-. 8B BC 24 14 02 00 00 C3
-
-movl 532(%rsp), %edx
-. 3131 0x12345678 8
-. 8B 94 24 14 02 00 00 C3
-
-movl 532(%rsp), %esi
-. 3132 0x12345678 8
-. 8B B4 24 14 02 00 00 C3
-
-movl 536(%rsp), %ecx
-. 3133 0x12345678 8
-. 8B 8C 24 18 02 00 00 C3
-
-movl 536(%rsp), %edi
-. 3134 0x12345678 8
-. 8B BC 24 18 02 00 00 C3
-
-movl 536(%rsp), %edx
-. 3135 0x12345678 8
-. 8B 94 24 18 02 00 00 C3
-
-movl 536(%rsp), %esi
-. 3136 0x12345678 8
-. 8B B4 24 18 02 00 00 C3
-
-movl 540(%rsp), %edi
-. 3137 0x12345678 8
-. 8B BC 24 1C 02 00 00 C3
-
-movl $541, %edx
-. 3138 0x12345678 6
-. BA 1D 02 00 00 C3
-
-movl $544, %edx
-. 3139 0x12345678 6
-. BA 20 02 00 00 C3
-
-movl 544(%rsp), %edi
-. 3140 0x12345678 8
-. 8B BC 24 20 02 00 00 C3
-
-movl 544(%rsp), %esi
-. 3141 0x12345678 8
-. 8B B4 24 20 02 00 00 C3
-
-movl $5, 48(%rax)
-. 3142 0x12345678 8
-. C7 40 30 05 00 00 00 C3
-
-movl $5, 48(%rbx)
-. 3143 0x12345678 8
-. C7 43 30 05 00 00 00 C3
-
-movl 548(%rsp), %edi
-. 3144 0x12345678 8
-. 8B BC 24 24 02 00 00 C3
-
-movl 548(%rsp), %edx
-. 3145 0x12345678 8
-. 8B 94 24 24 02 00 00 C3
-
-movl 548(%rsp), %esi
-. 3146 0x12345678 8
-. 8B B4 24 24 02 00 00 C3
-
-movl 552(%rsp), %ecx
-. 3147 0x12345678 8
-. 8B 8C 24 28 02 00 00 C3
-
-movl 552(%rsp), %edi
-. 3148 0x12345678 8
-. 8B BC 24 28 02 00 00 C3
-
-movl 556(%rsp), %edx
-. 3149 0x12345678 8
-. 8B 94 24 2C 02 00 00 C3
-
-movl $5583, %edx
-. 3150 0x12345678 6
-. BA CF 15 00 00 C3
-
-movl $560, %edx
-. 3151 0x12345678 6
-. BA 30 02 00 00 C3
-
-movl 560(%rsp), %edx
-. 3152 0x12345678 8
-. 8B 94 24 30 02 00 00 C3
-
-movl $567, %edx
-. 3153 0x12345678 6
-. BA 37 02 00 00 C3
-
-movl $569, %edx
-. 3154 0x12345678 6
-. BA 39 02 00 00 C3
-
-movl $56, %eax
-. 3155 0x12345678 6
-. B8 38 00 00 00 C3
-
-movl $56, %edi
-. 3156 0x12345678 6
-. BF 38 00 00 00 C3
-
-movl 56(%rsp), %eax
-. 3157 0x12345678 5
-. 8B 44 24 38 C3
-
-movl 56(%rsp), %edi
-. 3158 0x12345678 5
-. 8B 7C 24 38 C3
-
-movl 56(%rsp), %edx
-. 3159 0x12345678 5
-. 8B 54 24 38 C3
-
-movl 56(%rsp), %esi
-. 3160 0x12345678 5
-. 8B 74 24 38 C3
-
-movl $5700, %edx
-. 3161 0x12345678 6
-. BA 44 16 00 00 C3
-
-movl 572(%rsp), %eax
-. 3162 0x12345678 8
-. 8B 84 24 3C 02 00 00 C3
-
-movl 572(%rsp), %ecx
-. 3163 0x12345678 8
-. 8B 8C 24 3C 02 00 00 C3
-
-movl $574, %edx
-. 3164 0x12345678 6
-. BA 3E 02 00 00 C3
-
-movl $575, %edx
-. 3165 0x12345678 6
-. BA 3F 02 00 00 C3
-
-movl $5835, %edx
-. 3166 0x12345678 6
-. BA CB 16 00 00 C3
-
-movl $5930, %edx
-. 3167 0x12345678 6
-. BA 2A 17 00 00 C3
-
-movl $5, %eax
-. 3168 0x12345678 6
-. B8 05 00 00 00 C3
-
-movl $5, %ebp
-. 3169 0x12345678 6
-. BD 05 00 00 00 C3
-
-movl $5, %edi
-. 3170 0x12345678 6
-. BF 05 00 00 00 C3
-
-movl $5, %edx
-. 3171 0x12345678 6
-. BA 05 00 00 00 C3
-
-movl $5, %esi
-. 3172 0x12345678 6
-. BE 05 00 00 00 C3
-
-movl $5, (%rax)
-. 3173 0x12345678 7
-. C7 00 05 00 00 00 C3
-
-movl $5, (%rcx)
-. 3174 0x12345678 7
-. C7 01 05 00 00 00 C3
-
-movl $5, (%rdx)
-. 3175 0x12345678 7
-. C7 02 05 00 00 00 C3
-
-movl $604, %edx
-. 3176 0x12345678 6
-. BA 5C 02 00 00 C3
-
-movl $60, 56(%rax)
-. 3177 0x12345678 8
-. C7 40 38 3C 00 00 00 C3
-
-movl $60, 56(%rbx)
-. 3178 0x12345678 8
-. C7 43 38 3C 00 00 00 C3
-
-movl $607, %edx
-. 3179 0x12345678 6
-. BA 5F 02 00 00 C3
-
-movl $608, %edx
-. 3180 0x12345678 6
-. BA 60 02 00 00 C3
-
-movl $60, %eax
-. 3181 0x12345678 6
-. B8 3C 00 00 00 C3
-
-movl $60, %edi
-. 3182 0x12345678 6
-. BF 3C 00 00 00 C3
-
-movl 60(%rsp), %eax
-. 3183 0x12345678 5
-. 8B 44 24 3C C3
-
-movl 60(%rsp), %edi
-. 3184 0x12345678 5
-. 8B 7C 24 3C C3
-
-movl 60(%rsp), %edx
-. 3185 0x12345678 5
-. 8B 54 24 3C C3
-
-movl 60(%rsp), %esi
-. 3186 0x12345678 5
-. 8B 74 24 3C C3
-
-movl $612, %edx
-. 3187 0x12345678 6
-. BA 64 02 00 00 C3
-
-movl $615, %edx
-. 3188 0x12345678 6
-. BA 67 02 00 00 C3
-
-movl $616, %edx
-. 3189 0x12345678 6
-. BA 68 02 00 00 C3
-
-movl $623, %edx
-. 3190 0x12345678 6
-. BA 6F 02 00 00 C3
-
-movl $624, %edx
-. 3191 0x12345678 6
-. BA 70 02 00 00 C3
-
-movl $6253, %edx
-. 3192 0x12345678 6
-. BA 6D 18 00 00 C3
-
-movl $6277, %edx
-. 3193 0x12345678 6
-. BA 85 18 00 00 C3
-
-movl $6292, %edx
-. 3194 0x12345678 6
-. BA 94 18 00 00 C3
-
-movl $630, %edx
-. 3195 0x12345678 6
-. BA 76 02 00 00 C3
-
-movl $631, %edx
-. 3196 0x12345678 6
-. BA 77 02 00 00 C3
-
-movl $63, %edi
-. 3197 0x12345678 6
-. BF 3F 00 00 00 C3
-
-movl $640, %edx
-. 3198 0x12345678 6
-. BA 80 02 00 00 C3
-
-movl $641, %edx
-. 3199 0x12345678 6
-. BA 81 02 00 00 C3
-
-movl $642, %edx
-. 3200 0x12345678 6
-. BA 82 02 00 00 C3
-
-movl $644, %edx
-. 3201 0x12345678 6
-. BA 84 02 00 00 C3
-
-movl $64, 68(%rax)
-. 3202 0x12345678 8
-. C7 40 44 40 00 00 00 C3
-
-movl $64, 68(%rbx)
-. 3203 0x12345678 8
-. C7 43 44 40 00 00 00 C3
-
-movl $64, 72(%rax)
-. 3204 0x12345678 8
-. C7 40 48 40 00 00 00 C3
-
-movl $64, 72(%rbx)
-. 3205 0x12345678 8
-. C7 43 48 40 00 00 00 C3
-
-movl $64, 8(%rsp)
-. 3206 0x12345678 9
-. C7 44 24 08 40 00 00 00 C3
-
-movl $64, %eax
-. 3207 0x12345678 6
-. B8 40 00 00 00 C3
-
-movl $64, %edi
-. 3208 0x12345678 6
-. BF 40 00 00 00 C3
-
-movl $64, %edx
-. 3209 0x12345678 6
-. BA 40 00 00 00 C3
-
-movl $64, %r14d
-. 3210 0x12345678 7
-. 41 BE 40 00 00 00 C3
-
-movl 64(%rsp), %ecx
-. 3211 0x12345678 5
-. 8B 4C 24 40 C3
-
-movl 64(%rsp), %edx
-. 3212 0x12345678 5
-. 8B 54 24 40 C3
-
-movl $65280, %edi
-. 3213 0x12345678 6
-. BF 00 FF 00 00 C3
-
-movl $653, %edx
-. 3214 0x12345678 6
-. BA 8D 02 00 00 C3
-
-movl $65535, %eax
-. 3215 0x12345678 6
-. B8 FF FF 00 00 C3
-
-movl $65535, %ecx
-. 3216 0x12345678 6
-. B9 FF FF 00 00 C3
-
-movl $65535, %r12d
-. 3217 0x12345678 7
-. 41 BC FF FF 00 00 C3
-
-movl $65535, %r9d
-. 3218 0x12345678 7
-. 41 B9 FF FF 00 00 C3
-
-movl $659, %edx
-. 3219 0x12345678 6
-. BA 93 02 00 00 C3
-
-movl $6604, %edx
-. 3220 0x12345678 6
-. BA CC 19 00 00 C3
-
-movl $664, %edx
-. 3221 0x12345678 6
-. BA 98 02 00 00 C3
-
-movl $6660, %edx
-. 3222 0x12345678 6
-. BA 04 1A 00 00 C3
-
-movl 672(%rsp,%r8,4), %ebp
-. 3223 0x12345678 9
-. 42 8B AC 84 A0 02 00 00 C3
-
-movl 672(%rsp,%rax,4), %ebp
-. 3224 0x12345678 8
-. 8B AC 84 A0 02 00 00 C3
-
-movl 672(%rsp,%rdx,4), %ebp
-. 3225 0x12345678 8
-. 8B AC 94 A0 02 00 00 C3
-
-movl $673, %edx
-. 3226 0x12345678 6
-. BA A1 02 00 00 C3
-
-movl $6745, %edx
-. 3227 0x12345678 6
-. BA 59 1A 00 00 C3
-
-movl $674, %edx
-. 3228 0x12345678 6
-. BA A2 02 00 00 C3
-
-movl $6768, %edx
-. 3229 0x12345678 6
-. BA 70 1A 00 00 C3
-
-movl $6786, %edx
-. 3230 0x12345678 6
-. BA 82 1A 00 00 C3
-
-movl $6788, %edx
-. 3231 0x12345678 6
-. BA 84 1A 00 00 C3
-
-movl $6807, %edx
-. 3232 0x12345678 6
-. BA 97 1A 00 00 C3
-
-movl $680, %edx
-. 3233 0x12345678 6
-. BA A8 02 00 00 C3
-
-movl $681, %edx
-. 3234 0x12345678 6
-. BA A9 02 00 00 C3
-
-movl $6822, %edx
-. 3235 0x12345678 6
-. BA A6 1A 00 00 C3
-
-movl $6841, %edx
-. 3236 0x12345678 6
-. BA B9 1A 00 00 C3
-
-movl $684, %edx
-. 3237 0x12345678 6
-. BA AC 02 00 00 C3
-
-movl $6857, %edx
-. 3238 0x12345678 6
-. BA C9 1A 00 00 C3
-
-movl $6858, %edx
-. 3239 0x12345678 6
-. BA CA 1A 00 00 C3
-
-movl $6859, %edx
-. 3240 0x12345678 6
-. BA CB 1A 00 00 C3
-
-movl $6860, %edx
-. 3241 0x12345678 6
-. BA CC 1A 00 00 C3
-
-movl $686, %edx
-. 3242 0x12345678 6
-. BA AE 02 00 00 C3
-
-movl $687, %edx
-. 3243 0x12345678 6
-. BA AF 02 00 00 C3
-
-movl 688(%rsp,%r8,4), %eax
-. 3244 0x12345678 9
-. 42 8B 84 84 B0 02 00 00 C3
-
-movl 688(%rsp,%rdx,4), %eax
-. 3245 0x12345678 8
-. 8B 84 94 B0 02 00 00 C3
-
-movl $6896, %edx
-. 3246 0x12345678 6
-. BA F0 1A 00 00 C3
-
-movl $6897, %edx
-. 3247 0x12345678 6
-. BA F1 1A 00 00 C3
-
-movl $6898, %edx
-. 3248 0x12345678 6
-. BA F2 1A 00 00 C3
-
-movl $6899, %edx
-. 3249 0x12345678 6
-. BA F3 1A 00 00 C3
-
-movl $68, %eax
-. 3250 0x12345678 6
-. B8 44 00 00 00 C3
-
-movl $68, %edi
-. 3251 0x12345678 6
-. BF 44 00 00 00 C3
-
-movl 68(%rsp), %eax
-. 3252 0x12345678 5
-. 8B 44 24 44 C3
-
-movl 68(%rsp), %ebp
-. 3253 0x12345678 5
-. 8B 6C 24 44 C3
-
-movl 68(%rsp), %ebx
-. 3254 0x12345678 5
-. 8B 5C 24 44 C3
-
-movl 68(%rsp), %edi
-. 3255 0x12345678 5
-. 8B 7C 24 44 C3
-
-movl 68(%rsp), %edx
-. 3256 0x12345678 5
-. 8B 54 24 44 C3
-
-movl $690, %edx
-. 3257 0x12345678 6
-. BA B2 02 00 00 C3
-
-movl $691, %edx
-. 3258 0x12345678 6
-. BA B3 02 00 00 C3
-
-movl $69631, (%rcx)
-. 3259 0x12345678 7
-. C7 01 FF 0F 01 00 C3
-
-movl $69631, (%rdx)
-. 3260 0x12345678 7
-. C7 02 FF 0F 01 00 C3
-
-movl $69631, (%rsi)
-. 3261 0x12345678 7
-. C7 06 FF 0F 01 00 C3
-
-movl $69632, %eax
-. 3262 0x12345678 6
-. B8 00 10 01 00 C3
-
-movl $69632, (%rdx)
-. 3263 0x12345678 7
-. C7 02 00 10 01 00 C3
-
-movl $69632, (%rsi)
-. 3264 0x12345678 7
-. C7 06 00 10 01 00 C3
-
-movl $69633, %eax
-. 3265 0x12345678 6
-. B8 01 10 01 00 C3
-
-movl $69633, %edi
-. 3266 0x12345678 6
-. BF 01 10 01 00 C3
-
-movl $69633, %edx
-. 3267 0x12345678 6
-. BA 01 10 01 00 C3
-
-movl $69633, %esi
-. 3268 0x12345678 6
-. BE 01 10 01 00 C3
-
-movl $69633, (%rcx)
-. 3269 0x12345678 7
-. C7 01 01 10 01 00 C3
-
-movl $69633, (%rdx)
-. 3270 0x12345678 7
-. C7 02 01 10 01 00 C3
-
-movl $69633, (%rsi)
-. 3271 0x12345678 7
-. C7 06 01 10 01 00 C3
-
-movl $69634, %eax
-. 3272 0x12345678 6
-. B8 02 10 01 00 C3
-
-movl $69634, %edi
-. 3273 0x12345678 6
-. BF 02 10 01 00 C3
-
-movl $69634, %esi
-. 3274 0x12345678 6
-. BE 02 10 01 00 C3
-
-movl $69634, (%rcx)
-. 3275 0x12345678 7
-. C7 01 02 10 01 00 C3
-
-movl $69634, (%rdx)
-. 3276 0x12345678 7
-. C7 02 02 10 01 00 C3
-
-movl $69634, (%rsi)
-. 3277 0x12345678 7
-. C7 06 02 10 01 00 C3
-
-movl $69635, 64(%rsp)
-. 3278 0x12345678 9
-. C7 44 24 40 03 10 01 00 C3
-
-movl $69635, %eax
-. 3279 0x12345678 6
-. B8 03 10 01 00 C3
-
-movl $69635, %edi
-. 3280 0x12345678 6
-. BF 03 10 01 00 C3
-
-movl $69635, %edx
-. 3281 0x12345678 6
-. BA 03 10 01 00 C3
-
-movl $69635, %esi
-. 3282 0x12345678 6
-. BE 03 10 01 00 C3
-
-movl $69635, (%rcx)
-. 3283 0x12345678 7
-. C7 01 03 10 01 00 C3
-
-movl $69635, (%rdx)
-. 3284 0x12345678 7
-. C7 02 03 10 01 00 C3
-
-movl $69635, (%rsi)
-. 3285 0x12345678 7
-. C7 06 03 10 01 00 C3
-
-movl $69636, 64(%rsp)
-. 3286 0x12345678 9
-. C7 44 24 40 04 10 01 00 C3
-
-movl $69636, %eax
-. 3287 0x12345678 6
-. B8 04 10 01 00 C3
-
-movl $69636, %edi
-. 3288 0x12345678 6
-. BF 04 10 01 00 C3
-
-movl $69636, %esi
-. 3289 0x12345678 6
-. BE 04 10 01 00 C3
-
-movl $69636, (%rcx)
-. 3290 0x12345678 7
-. C7 01 04 10 01 00 C3
-
-movl $69636, (%rdx)
-. 3291 0x12345678 7
-. C7 02 04 10 01 00 C3
-
-movl $69636, (%rsi)
-. 3292 0x12345678 7
-. C7 06 04 10 01 00 C3
-
-movl $69637, %edi
-. 3293 0x12345678 6
-. BF 05 10 01 00 C3
-
-movl $69637, %esi
-. 3294 0x12345678 6
-. BE 05 10 01 00 C3
-
-movl $69637, (%rdx)
-. 3295 0x12345678 7
-. C7 02 05 10 01 00 C3
-
-movl $69637, (%rsi)
-. 3296 0x12345678 7
-. C7 06 05 10 01 00 C3
-
-movl $69638, %eax
-. 3297 0x12345678 6
-. B8 06 10 01 00 C3
-
-movl $69638, %edi
-. 3298 0x12345678 6
-. BF 06 10 01 00 C3
-
-movl $69638, %esi
-. 3299 0x12345678 6
-. BE 06 10 01 00 C3
-
-movl $69638, (%rcx)
-. 3300 0x12345678 7
-. C7 01 06 10 01 00 C3
-
-movl $69638, (%rdx)
-. 3301 0x12345678 7
-. C7 02 06 10 01 00 C3
-
-movl $69638, (%rsi)
-. 3302 0x12345678 7
-. C7 06 06 10 01 00 C3
-
-movl $69639, %eax
-. 3303 0x12345678 6
-. B8 07 10 01 00 C3
-
-movl $69639, %edi
-. 3304 0x12345678 6
-. BF 07 10 01 00 C3
-
-movl $69639, %esi
-. 3305 0x12345678 6
-. BE 07 10 01 00 C3
-
-movl $69639, (%rcx)
-. 3306 0x12345678 7
-. C7 01 07 10 01 00 C3
-
-movl $69639, (%rdx)
-. 3307 0x12345678 7
-. C7 02 07 10 01 00 C3
-
-movl $69639, (%rsi)
-. 3308 0x12345678 7
-. C7 06 07 10 01 00 C3
-
-movl $696, %edx
-. 3309 0x12345678 6
-. BA B8 02 00 00 C3
-
-movl $69, %edi
-. 3310 0x12345678 6
-. BF 45 00 00 00 C3
-
-movl $6, %eax
-. 3311 0x12345678 6
-. B8 06 00 00 00 C3
-
-movl $6, %edi
-. 3312 0x12345678 6
-. BF 06 00 00 00 C3
-
-movl $6, %edx
-. 3313 0x12345678 6
-. BA 06 00 00 00 C3
-
-movl $6, %esi
-. 3314 0x12345678 6
-. BE 06 00 00 00 C3
-
-movl $6, (%rax)
-. 3315 0x12345678 7
-. C7 00 06 00 00 00 C3
-
-movl $6, (%rcx)
-. 3316 0x12345678 7
-. C7 01 06 00 00 00 C3
-
-movl $6, (%rdx)
-. 3317 0x12345678 7
-. C7 02 06 00 00 00 C3
-
-movl $702, %edx
-. 3318 0x12345678 6
-. BA BE 02 00 00 C3
-
-movl 704(%rsp), %r10d
-. 3319 0x12345678 9
-. 44 8B 94 24 C0 02 00 00 C3
-
-movl $708, %edx
-. 3320 0x12345678 6
-. BA C4 02 00 00 C3
-
-movl $7092, %edx
-. 3321 0x12345678 6
-. BA B4 1B 00 00 C3
-
-movl $70, %edx
-. 3322 0x12345678 6
-. BA 46 00 00 00 C3
-
-movl $714, %edx
-. 3323 0x12345678 6
-. BA CA 02 00 00 C3
-
-movl $7174, %edx
-. 3324 0x12345678 6
-. BA 06 1C 00 00 C3
-
-movl $7199, %edx
-. 3325 0x12345678 6
-. BA 1F 1C 00 00 C3
-
-movl $721, %edx
-. 3326 0x12345678 6
-. BA D1 02 00 00 C3
-
-movl $722, %edx
-. 3327 0x12345678 6
-. BA D2 02 00 00 C3
-
-movl $723, %edx
-. 3328 0x12345678 6
-. BA D3 02 00 00 C3
-
-movl $7284, %edx
-. 3329 0x12345678 6
-. BA 74 1C 00 00 C3
-
-movl $72, %eax
-. 3330 0x12345678 6
-. B8 48 00 00 00 C3
-
-movl $72, %edi
-. 3331 0x12345678 6
-. BF 48 00 00 00 C3
-
-movl 72(%rsp), %edi
-. 3332 0x12345678 5
-. 8B 7C 24 48 C3
-
-movl $736, %edx
-. 3333 0x12345678 6
-. BA E0 02 00 00 C3
-
-movl $73728, (%rax)
-. 3334 0x12345678 7
-. C7 00 00 20 01 00 C3
-
-movl $73729, (%rax)
-. 3335 0x12345678 7
-. C7 00 01 20 01 00 C3
-
-movl $73730, (%rax)
-. 3336 0x12345678 7
-. C7 00 02 20 01 00 C3
-
-movl $73731, (%rax)
-. 3337 0x12345678 7
-. C7 00 03 20 01 00 C3
-
-movl $73732, (%rax)
-. 3338 0x12345678 7
-. C7 00 04 20 01 00 C3
-
-movl $73733, (%rax)
-. 3339 0x12345678 7
-. C7 00 05 20 01 00 C3
-
-movl $73734, (%rax)
-. 3340 0x12345678 7
-. C7 00 06 20 01 00 C3
-
-movl $73735, (%rax)
-. 3341 0x12345678 7
-. C7 00 07 20 01 00 C3
-
-movl $7375, %edx
-. 3342 0x12345678 6
-. BA CF 1C 00 00 C3
-
-movl $737, %edx
-. 3343 0x12345678 6
-. BA E1 02 00 00 C3
-
-movl $738, %edx
-. 3344 0x12345678 6
-. BA E2 02 00 00 C3
-
-movl $7416, %edx
-. 3345 0x12345678 6
-. BA F8 1C 00 00 C3
-
-movl $741, %edx
-. 3346 0x12345678 6
-. BA E5 02 00 00 C3
-
-movl $7429, %edx
-. 3347 0x12345678 6
-. BA 05 1D 00 00 C3
-
-movl $7430, %edx
-. 3348 0x12345678 6
-. BA 06 1D 00 00 C3
-
-movl $745, %edx
-. 3349 0x12345678 6
-. BA E9 02 00 00 C3
-
-movl $7476, %edx
-. 3350 0x12345678 6
-. BA 34 1D 00 00 C3
-
-movl $7489, %edx
-. 3351 0x12345678 6
-. BA 41 1D 00 00 C3
-
-movl $7, 48(%rbx)
-. 3352 0x12345678 8
-. C7 43 30 07 00 00 00 C3
-
-movl $751, %edx
-. 3353 0x12345678 6
-. BA EF 02 00 00 C3
-
-movl $761, %edx
-. 3354 0x12345678 6
-. BA F9 02 00 00 C3
-
-movl $764, %edx
-. 3355 0x12345678 6
-. BA FC 02 00 00 C3
-
-movl $7679, %edx
-. 3356 0x12345678 6
-. BA FF 1D 00 00 C3
-
-movl $76, %eax
-. 3357 0x12345678 6
-. B8 4C 00 00 00 C3
-
-movl $76, %edi
-. 3358 0x12345678 6
-. BF 4C 00 00 00 C3
-
-movl 76(%rsp), %edi
-. 3359 0x12345678 5
-. 8B 7C 24 4C C3
-
-movl 76(%rsp), %edx
-. 3360 0x12345678 5
-. 8B 54 24 4C C3
-
-movl $7702, %edx
-. 3361 0x12345678 6
-. BA 16 1E 00 00 C3
-
-movl $770, %edx
-. 3362 0x12345678 6
-. BA 02 03 00 00 C3
-
-movl $7725, %edx
-. 3363 0x12345678 6
-. BA 2D 1E 00 00 C3
-
-movl $776, %edx
-. 3364 0x12345678 6
-. BA 08 03 00 00 C3
-
-movl $7770, %edx
-. 3365 0x12345678 6
-. BA 5A 1E 00 00 C3
-
-movl $77824, 12(%rsp)
-. 3366 0x12345678 9
-. C7 44 24 0C 00 30 01 00 C3
-
-movl $77824, 44(%rsp)
-. 3367 0x12345678 9
-. C7 44 24 2C 00 30 01 00 C3
-
-movl $77824, 8(%rsp)
-. 3368 0x12345678 9
-. C7 44 24 08 00 30 01 00 C3
-
-movl $77824, %r13d
-. 3369 0x12345678 7
-. 41 BD 00 30 01 00 C3
-
-movl $77824, (%rsi)
-. 3370 0x12345678 7
-. C7 06 00 30 01 00 C3
-
-movl $77825, 12(%rsp)
-. 3371 0x12345678 9
-. C7 44 24 0C 01 30 01 00 C3
-
-movl $77825, 8(%rsp)
-. 3372 0x12345678 9
-. C7 44 24 08 01 30 01 00 C3
-
-movl $77825, %eax
-. 3373 0x12345678 6
-. B8 01 30 01 00 C3
-
-movl $77825, %edi
-. 3374 0x12345678 6
-. BF 01 30 01 00 C3
-
-movl $77825, %edx
-. 3375 0x12345678 6
-. BA 01 30 01 00 C3
-
-movl $77825, %esi
-. 3376 0x12345678 6
-. BE 01 30 01 00 C3
-
-movl $77827, %edi
-. 3377 0x12345678 6
-. BF 03 30 01 00 C3
-
-movl $77828, %edi
-. 3378 0x12345678 6
-. BF 04 30 01 00 C3
-
-movl $77828, %r13d
-. 3379 0x12345678 7
-. 41 BD 04 30 01 00 C3
-
-movl $77829, 12(%rsp)
-. 3380 0x12345678 9
-. C7 44 24 0C 05 30 01 00 C3
-
-movl $77829, 8(%rsp)
-. 3381 0x12345678 9
-. C7 44 24 08 05 30 01 00 C3
-
-movl $77829, %eax
-. 3382 0x12345678 6
-. B8 05 30 01 00 C3
-
-movl $77829, %edi
-. 3383 0x12345678 6
-. BF 05 30 01 00 C3
-
-movl $77829, %edx
-. 3384 0x12345678 6
-. BA 05 30 01 00 C3
-
-movl $77829, %esi
-. 3385 0x12345678 6
-. BE 05 30 01 00 C3
-
-movl $77831, %edi
-. 3386 0x12345678 6
-. BF 07 30 01 00 C3
-
-movl $77832, %edi
-. 3387 0x12345678 6
-. BF 08 30 01 00 C3
-
-movl $77832, %r13d
-. 3388 0x12345678 7
-. 41 BD 08 30 01 00 C3
-
-movl $77833, %eax
-. 3389 0x12345678 6
-. B8 09 30 01 00 C3
-
-movl $77833, %esi
-. 3390 0x12345678 6
-. BE 09 30 01 00 C3
-
-movl $77837, 12(%rsp)
-. 3391 0x12345678 9
-. C7 44 24 0C 0D 30 01 00 C3
-
-movl $77837, 8(%rsp)
-. 3392 0x12345678 9
-. C7 44 24 08 0D 30 01 00 C3
-
-movl $77837, %eax
-. 3393 0x12345678 6
-. B8 0D 30 01 00 C3
-
-movl $77837, %edi
-. 3394 0x12345678 6
-. BF 0D 30 01 00 C3
-
-movl $77837, %edx
-. 3395 0x12345678 6
-. BA 0D 30 01 00 C3
-
-movl $77837, %esi
-. 3396 0x12345678 6
-. BE 0D 30 01 00 C3
-
-movl $77839, %edi
-. 3397 0x12345678 6
-. BF 0F 30 01 00 C3
-
-movl $77840, %edi
-. 3398 0x12345678 6
-. BF 10 30 01 00 C3
-
-movl $77840, %r13d
-. 3399 0x12345678 7
-. 41 BD 10 30 01 00 C3
-
-movl $77841, 12(%rsp)
-. 3400 0x12345678 9
-. C7 44 24 0C 11 30 01 00 C3
-
-movl $77841, 8(%rsp)
-. 3401 0x12345678 9
-. C7 44 24 08 11 30 01 00 C3
-
-movl $77841, %eax
-. 3402 0x12345678 6
-. B8 11 30 01 00 C3
-
-movl $77841, %edi
-. 3403 0x12345678 6
-. BF 11 30 01 00 C3
-
-movl $77841, %edx
-. 3404 0x12345678 6
-. BA 11 30 01 00 C3
-
-movl $77841, %esi
-. 3405 0x12345678 6
-. BE 11 30 01 00 C3
-
-movl $77843, %edi
-. 3406 0x12345678 6
-. BF 13 30 01 00 C3
-
-movl $77844, %edi
-. 3407 0x12345678 6
-. BF 14 30 01 00 C3
-
-movl $77844, %r13d
-. 3408 0x12345678 7
-. 41 BD 14 30 01 00 C3
-
-movl $77845, 12(%rsp)
-. 3409 0x12345678 9
-. C7 44 24 0C 15 30 01 00 C3
-
-movl $77845, 8(%rsp)
-. 3410 0x12345678 9
-. C7 44 24 08 15 30 01 00 C3
-
-movl $77845, %eax
-. 3411 0x12345678 6
-. B8 15 30 01 00 C3
-
-movl $77845, %edi
-. 3412 0x12345678 6
-. BF 15 30 01 00 C3
-
-movl $77845, %edx
-. 3413 0x12345678 6
-. BA 15 30 01 00 C3
-
-movl $77845, %esi
-. 3414 0x12345678 6
-. BE 15 30 01 00 C3
-
-movl $77847, %edi
-. 3415 0x12345678 6
-. BF 17 30 01 00 C3
-
-movl $77848, %r13d
-. 3416 0x12345678 7
-. 41 BD 18 30 01 00 C3
-
-movl $77849, %eax
-. 3417 0x12345678 6
-. B8 19 30 01 00 C3
-
-movl $77849, %edi
-. 3418 0x12345678 6
-. BF 19 30 01 00 C3
-
-movl $77849, %esi
-. 3419 0x12345678 6
-. BE 19 30 01 00 C3
-
-movl $77851, 20(%rsp)
-. 3420 0x12345678 9
-. C7 44 24 14 1B 30 01 00 C3
-
-movl $77851, 28(%rsp)
-. 3421 0x12345678 9
-. C7 44 24 1C 1B 30 01 00 C3
-
-movl $77851, %edi
-. 3422 0x12345678 6
-. BF 1B 30 01 00 C3
-
-movl $77852, 20(%rsp)
-. 3423 0x12345678 9
-. C7 44 24 14 1C 30 01 00 C3
-
-movl $77852, %ecx
-. 3424 0x12345678 6
-. B9 1C 30 01 00 C3
-
-movl $77852, %edi
-. 3425 0x12345678 6
-. BF 1C 30 01 00 C3
-
-movl $77852, %edx
-. 3426 0x12345678 6
-. BA 1C 30 01 00 C3
-
-movl $77853, %eax
-. 3427 0x12345678 6
-. B8 1D 30 01 00 C3
-
-movl $77853, %esi
-. 3428 0x12345678 6
-. BE 1D 30 01 00 C3
-
-movl $77855, 20(%rsp)
-. 3429 0x12345678 9
-. C7 44 24 14 1F 30 01 00 C3
-
-movl $77855, 28(%rsp)
-. 3430 0x12345678 9
-. C7 44 24 1C 1F 30 01 00 C3
-
-movl $77855, %edi
-. 3431 0x12345678 6
-. BF 1F 30 01 00 C3
-
-movl $77856, 20(%rsp)
-. 3432 0x12345678 9
-. C7 44 24 14 20 30 01 00 C3
-
-movl $77856, %ecx
-. 3433 0x12345678 6
-. B9 20 30 01 00 C3
-
-movl $77856, %edi
-. 3434 0x12345678 6
-. BF 20 30 01 00 C3
-
-movl $77856, %edx
-. 3435 0x12345678 6
-. BA 20 30 01 00 C3
-
-movl $77857, %eax
-. 3436 0x12345678 6
-. B8 21 30 01 00 C3
-
-movl $77857, %esi
-. 3437 0x12345678 6
-. BE 21 30 01 00 C3
-
-movl $77859, 20(%rsp)
-. 3438 0x12345678 9
-. C7 44 24 14 23 30 01 00 C3
-
-movl $77859, 28(%rsp)
-. 3439 0x12345678 9
-. C7 44 24 1C 23 30 01 00 C3
-
-movl $77859, %edi
-. 3440 0x12345678 6
-. BF 23 30 01 00 C3
-
-movl $77860, 20(%rsp)
-. 3441 0x12345678 9
-. C7 44 24 14 24 30 01 00 C3
-
-movl $77861, %eax
-. 3442 0x12345678 6
-. B8 25 30 01 00 C3
-
-movl $77861, %edi
-. 3443 0x12345678 6
-. BF 25 30 01 00 C3
-
-movl $77861, %esi
-. 3444 0x12345678 6
-. BE 25 30 01 00 C3
-
-movl $77863, %edi
-. 3445 0x12345678 6
-. BF 27 30 01 00 C3
-
-movl $77865, %eax
-. 3446 0x12345678 6
-. B8 29 30 01 00 C3
-
-movl $77865, %esi
-. 3447 0x12345678 6
-. BE 29 30 01 00 C3
-
-movl $77867, %edi
-. 3448 0x12345678 6
-. BF 2B 30 01 00 C3
-
-movl $77869, %eax
-. 3449 0x12345678 6
-. B8 2D 30 01 00 C3
-
-movl $77869, %edi
-. 3450 0x12345678 6
-. BF 2D 30 01 00 C3
-
-movl $77869, %esi
-. 3451 0x12345678 6
-. BE 2D 30 01 00 C3
-
-movl $77871, %edi
-. 3452 0x12345678 6
-. BF 2F 30 01 00 C3
-
-movl $77872, %edi
-. 3453 0x12345678 6
-. BF 30 30 01 00 C3
-
-movl $77878, %edi
-. 3454 0x12345678 6
-. BF 36 30 01 00 C3
-
-movl $77879, %edi
-. 3455 0x12345678 6
-. BF 37 30 01 00 C3
-
-movl $77880, %edi
-. 3456 0x12345678 6
-. BF 38 30 01 00 C3
-
-movl $77881, %edi
-. 3457 0x12345678 6
-. BF 39 30 01 00 C3
-
-movl $77883, %edi
-. 3458 0x12345678 6
-. BF 3B 30 01 00 C3
-
-movl $77886, %edi
-. 3459 0x12345678 6
-. BF 3E 30 01 00 C3
-
-movl $77888, %edi
-. 3460 0x12345678 6
-. BF 40 30 01 00 C3
-
-movl $77889, %edi
-. 3461 0x12345678 6
-. BF 41 30 01 00 C3
-
-movl $77890, %edi
-. 3462 0x12345678 6
-. BF 42 30 01 00 C3
-
-movl $77891, %edi
-. 3463 0x12345678 6
-. BF 43 30 01 00 C3
-
-movl $77892, %edi
-. 3464 0x12345678 6
-. BF 44 30 01 00 C3
-
-movl $77893, %edi
-. 3465 0x12345678 6
-. BF 45 30 01 00 C3
-
-movl $77894, %edi
-. 3466 0x12345678 6
-. BF 46 30 01 00 C3
-
-movl $77895, %edi
-. 3467 0x12345678 6
-. BF 47 30 01 00 C3
-
-movl $77896, %edi
-. 3468 0x12345678 6
-. BF 48 30 01 00 C3
-
-movl $77897, %edi
-. 3469 0x12345678 6
-. BF 49 30 01 00 C3
-
-movl $77899, %edi
-. 3470 0x12345678 6
-. BF 4B 30 01 00 C3
-
-movl $778, %edx
-. 3471 0x12345678 6
-. BA 0A 03 00 00 C3
-
-movl $77900, %edi
-. 3472 0x12345678 6
-. BF 4C 30 01 00 C3
-
-movl $77901, 4(%rsp)
-. 3473 0x12345678 9
-. C7 44 24 04 4D 30 01 00 C3
-
-movl $77901, %edi
-. 3474 0x12345678 6
-. BF 4D 30 01 00 C3
-
-movl $77902, %edi
-. 3475 0x12345678 6
-. BF 4E 30 01 00 C3
-
-movl $77903, %edi
-. 3476 0x12345678 6
-. BF 4F 30 01 00 C3
-
-movl $77904, 4(%rsp)
-. 3477 0x12345678 9
-. C7 44 24 04 50 30 01 00 C3
-
-movl $77904, %edi
-. 3478 0x12345678 6
-. BF 50 30 01 00 C3
-
-movl $77905, %edi
-. 3479 0x12345678 6
-. BF 51 30 01 00 C3
-
-movl $77906, %edi
-. 3480 0x12345678 6
-. BF 52 30 01 00 C3
-
-movl $77907, %edi
-. 3481 0x12345678 6
-. BF 53 30 01 00 C3
-
-movl $77913, %ebp
-. 3482 0x12345678 6
-. BD 59 30 01 00 C3
-
-movl $77913, %ecx
-. 3483 0x12345678 6
-. B9 59 30 01 00 C3
-
-movl $77913, %esi
-. 3484 0x12345678 6
-. BE 59 30 01 00 C3
-
-movl $77914, %ebp
-. 3485 0x12345678 6
-. BD 5A 30 01 00 C3
-
-movl $77914, %ecx
-. 3486 0x12345678 6
-. B9 5A 30 01 00 C3
-
-movl $77914, %esi
-. 3487 0x12345678 6
-. BE 5A 30 01 00 C3
-
-movl $77915, %ebp
-. 3488 0x12345678 6
-. BD 5B 30 01 00 C3
-
-movl $77915, %ecx
-. 3489 0x12345678 6
-. B9 5B 30 01 00 C3
-
-movl $77915, %esi
-. 3490 0x12345678 6
-. BE 5B 30 01 00 C3
-
-movl $77916, %ebp
-. 3491 0x12345678 6
-. BD 5C 30 01 00 C3
-
-movl $77916, %ecx
-. 3492 0x12345678 6
-. B9 5C 30 01 00 C3
-
-movl $77916, %esi
-. 3493 0x12345678 6
-. BE 5C 30 01 00 C3
-
-movl $77917, %edi
-. 3494 0x12345678 6
-. BF 5D 30 01 00 C3
-
-movl $77918, %edi
-. 3495 0x12345678 6
-. BF 5E 30 01 00 C3
-
-movl $77919, %edi
-. 3496 0x12345678 6
-. BF 5F 30 01 00 C3
-
-movl $77920, %edi
-. 3497 0x12345678 6
-. BF 60 30 01 00 C3
-
-movl $77921, %edi
-. 3498 0x12345678 6
-. BF 61 30 01 00 C3
-
-movl $77922, %edi
-. 3499 0x12345678 6
-. BF 62 30 01 00 C3
-
-movl $77923, %edi
-. 3500 0x12345678 6
-. BF 63 30 01 00 C3
-
-movl $77924, %edi
-. 3501 0x12345678 6
-. BF 64 30 01 00 C3
-
-movl $77925, %edi
-. 3502 0x12345678 6
-. BF 65 30 01 00 C3
-
-movl $77926, %edi
-. 3503 0x12345678 6
-. BF 66 30 01 00 C3
-
-movl $77927, %edi
-. 3504 0x12345678 6
-. BF 67 30 01 00 C3
-
-movl $77928, %edi
-. 3505 0x12345678 6
-. BF 68 30 01 00 C3
-
-movl $77929, %edi
-. 3506 0x12345678 6
-. BF 69 30 01 00 C3
-
-movl $77930, %edi
-. 3507 0x12345678 6
-. BF 6A 30 01 00 C3
-
-movl $77931, %edi
-. 3508 0x12345678 6
-. BF 6B 30 01 00 C3
-
-movl $77932, %edi
-. 3509 0x12345678 6
-. BF 6C 30 01 00 C3
-
-movl $77933, %edi
-. 3510 0x12345678 6
-. BF 6D 30 01 00 C3
-
-movl $77934, %edi
-. 3511 0x12345678 6
-. BF 6E 30 01 00 C3
-
-movl $77935, %edi
-. 3512 0x12345678 6
-. BF 6F 30 01 00 C3
-
-movl $77937, %edi
-. 3513 0x12345678 6
-. BF 71 30 01 00 C3
-
-movl $77938, %edi
-. 3514 0x12345678 6
-. BF 72 30 01 00 C3
-
-movl $77939, %edi
-. 3515 0x12345678 6
-. BF 73 30 01 00 C3
-
-movl $77940, %edi
-. 3516 0x12345678 6
-. BF 74 30 01 00 C3
-
-movl $77941, %edi
-. 3517 0x12345678 6
-. BF 75 30 01 00 C3
-
-movl $77942, %edi
-. 3518 0x12345678 6
-. BF 76 30 01 00 C3
-
-movl $77943, %edi
-. 3519 0x12345678 6
-. BF 77 30 01 00 C3
-
-movl $77945, %edi
-. 3520 0x12345678 6
-. BF 79 30 01 00 C3
-
-movl $77949, %r13d
-. 3521 0x12345678 7
-. 41 BD 7D 30 01 00 C3
-
-movl $77950, %r13d
-. 3522 0x12345678 7
-. 41 BD 7E 30 01 00 C3
-
-movl $77951, %r13d
-. 3523 0x12345678 7
-. 41 BD 7F 30 01 00 C3
-
-movl $77952, %r13d
-. 3524 0x12345678 7
-. 41 BD 80 30 01 00 C3
-
-movl $77953, %r13d
-. 3525 0x12345678 7
-. 41 BD 81 30 01 00 C3
-
-movl $77954, %r13d
-. 3526 0x12345678 7
-. 41 BD 82 30 01 00 C3
-
-movl $77955, %r13d
-. 3527 0x12345678 7
-. 41 BD 83 30 01 00 C3
-
-movl $77956, %r13d
-. 3528 0x12345678 7
-. 41 BD 84 30 01 00 C3
-
-movl $77957, %r13d
-. 3529 0x12345678 7
-. 41 BD 85 30 01 00 C3
-
-movl $77958, %r13d
-. 3530 0x12345678 7
-. 41 BD 86 30 01 00 C3
-
-movl $77959, %r13d
-. 3531 0x12345678 7
-. 41 BD 87 30 01 00 C3
-
-movl $77960, %r13d
-. 3532 0x12345678 7
-. 41 BD 88 30 01 00 C3
-
-movl $77961, %r13d
-. 3533 0x12345678 7
-. 41 BD 89 30 01 00 C3
-
-movl $77962, %r13d
-. 3534 0x12345678 7
-. 41 BD 8A 30 01 00 C3
-
-movl $77963, %r13d
-. 3535 0x12345678 7
-. 41 BD 8B 30 01 00 C3
-
-movl $77964, %r13d
-. 3536 0x12345678 7
-. 41 BD 8C 30 01 00 C3
-
-movl $77965, %r13d
-. 3537 0x12345678 7
-. 41 BD 8D 30 01 00 C3
-
-movl $77966, %r13d
-. 3538 0x12345678 7
-. 41 BD 8E 30 01 00 C3
-
-movl $77967, %r13d
-. 3539 0x12345678 7
-. 41 BD 8F 30 01 00 C3
-
-movl $77968, %r13d
-. 3540 0x12345678 7
-. 41 BD 90 30 01 00 C3
-
-movl $77969, %r13d
-. 3541 0x12345678 7
-. 41 BD 91 30 01 00 C3
-
-movl $77970, %r13d
-. 3542 0x12345678 7
-. 41 BD 92 30 01 00 C3
-
-movl $77971, %r13d
-. 3543 0x12345678 7
-. 41 BD 93 30 01 00 C3
-
-movl $77972, %r13d
-. 3544 0x12345678 7
-. 41 BD 94 30 01 00 C3
-
-movl $77973, %r13d
-. 3545 0x12345678 7
-. 41 BD 95 30 01 00 C3
-
-movl $77974, %r13d
-. 3546 0x12345678 7
-. 41 BD 96 30 01 00 C3
-
-movl $77975, %r13d
-. 3547 0x12345678 7
-. 41 BD 97 30 01 00 C3
-
-movl $77976, %r13d
-. 3548 0x12345678 7
-. 41 BD 98 30 01 00 C3
-
-movl $77977, %r13d
-. 3549 0x12345678 7
-. 41 BD 99 30 01 00 C3
-
-movl $77978, %ecx
-. 3550 0x12345678 6
-. B9 9A 30 01 00 C3
-
-movl $77978, %edx
-. 3551 0x12345678 6
-. BA 9A 30 01 00 C3
-
-movl $77979, %ecx
-. 3552 0x12345678 6
-. B9 9B 30 01 00 C3
-
-movl $77979, %edx
-. 3553 0x12345678 6
-. BA 9B 30 01 00 C3
-
-movl $77980, %ecx
-. 3554 0x12345678 6
-. B9 9C 30 01 00 C3
-
-movl $77980, %edx
-. 3555 0x12345678 6
-. BA 9C 30 01 00 C3
-
-movl $77981, %ecx
-. 3556 0x12345678 6
-. B9 9D 30 01 00 C3
-
-movl $77981, %edx
-. 3557 0x12345678 6
-. BA 9D 30 01 00 C3
-
-movl $77982, %ecx
-. 3558 0x12345678 6
-. B9 9E 30 01 00 C3
-
-movl $77982, %edx
-. 3559 0x12345678 6
-. BA 9E 30 01 00 C3
-
-movl $77983, %ecx
-. 3560 0x12345678 6
-. B9 9F 30 01 00 C3
-
-movl $77983, %edx
-. 3561 0x12345678 6
-. BA 9F 30 01 00 C3
-
-movl $77984, %r13d
-. 3562 0x12345678 7
-. 41 BD A0 30 01 00 C3
-
-movl $77985, %r13d
-. 3563 0x12345678 7
-. 41 BD A1 30 01 00 C3
-
-movl $77986, %r13d
-. 3564 0x12345678 7
-. 41 BD A2 30 01 00 C3
-
-movl $77987, %r13d
-. 3565 0x12345678 7
-. 41 BD A3 30 01 00 C3
-
-movl $77988, %r13d
-. 3566 0x12345678 7
-. 41 BD A4 30 01 00 C3
-
-movl $77989, %r13d
-. 3567 0x12345678 7
-. 41 BD A5 30 01 00 C3
-
-movl $77990, %r13d
-. 3568 0x12345678 7
-. 41 BD A6 30 01 00 C3
-
-movl $77991, %r13d
-. 3569 0x12345678 7
-. 41 BD A7 30 01 00 C3
-
-movl $77992, %r13d
-. 3570 0x12345678 7
-. 41 BD A8 30 01 00 C3
-
-movl $77993, %ecx
-. 3571 0x12345678 6
-. B9 A9 30 01 00 C3
-
-movl $77994, %ecx
-. 3572 0x12345678 6
-. B9 AA 30 01 00 C3
-
-movl $77995, %ecx
-. 3573 0x12345678 6
-. B9 AB 30 01 00 C3
-
-movl $77996, %ecx
-. 3574 0x12345678 6
-. B9 AC 30 01 00 C3
-
-movl $77997, %ecx
-. 3575 0x12345678 6
-. B9 AD 30 01 00 C3
-
-movl $77998, %ecx
-. 3576 0x12345678 6
-. B9 AE 30 01 00 C3
-
-movl $77999, (%rsi)
-. 3577 0x12345678 7
-. C7 06 AF 30 01 00 C3
-
-movl $779, %edx
-. 3578 0x12345678 6
-. BA 0B 03 00 00 C3
-
-movl $78000, (%rsi)
-. 3579 0x12345678 7
-. C7 06 B0 30 01 00 C3
-
-movl $78001, (%rsi)
-. 3580 0x12345678 7
-. C7 06 B1 30 01 00 C3
-
-movl $78002, (%rsi)
-. 3581 0x12345678 7
-. C7 06 B2 30 01 00 C3
-
-movl $78003, %ecx
-. 3582 0x12345678 6
-. B9 B3 30 01 00 C3
-
-movl $78004, %ecx
-. 3583 0x12345678 6
-. B9 B4 30 01 00 C3
-
-movl $78005, %ecx
-. 3584 0x12345678 6
-. B9 B5 30 01 00 C3
-
-movl $78006, %ecx
-. 3585 0x12345678 6
-. B9 B6 30 01 00 C3
-
-movl $78007, %ecx
-. 3586 0x12345678 6
-. B9 B7 30 01 00 C3
-
-movl $78008, %ecx
-. 3587 0x12345678 6
-. B9 B8 30 01 00 C3
-
-movl $78009, %ecx
-. 3588 0x12345678 6
-. B9 B9 30 01 00 C3
-
-movl $78010, %ecx
-. 3589 0x12345678 6
-. B9 BA 30 01 00 C3
-
-movl $78011, %ecx
-. 3590 0x12345678 6
-. B9 BB 30 01 00 C3
-
-movl $78012, (%rsi)
-. 3591 0x12345678 7
-. C7 06 BC 30 01 00 C3
-
-movl $78013, (%rsi)
-. 3592 0x12345678 7
-. C7 06 BD 30 01 00 C3
-
-movl $78014, (%rsi)
-. 3593 0x12345678 7
-. C7 06 BE 30 01 00 C3
-
-movl $78015, (%rsi)
-. 3594 0x12345678 7
-. C7 06 BF 30 01 00 C3
-
-movl $78016, %ecx
-. 3595 0x12345678 6
-. B9 C0 30 01 00 C3
-
-movl $78017, %ecx
-. 3596 0x12345678 6
-. B9 C1 30 01 00 C3
-
-movl $78018, %ecx
-. 3597 0x12345678 6
-. B9 C2 30 01 00 C3
-
-movl $78019, %ecx
-. 3598 0x12345678 6
-. B9 C3 30 01 00 C3
-
-movl $78020, %ecx
-. 3599 0x12345678 6
-. B9 C4 30 01 00 C3
-
-movl $78021, %ecx
-. 3600 0x12345678 6
-. B9 C5 30 01 00 C3
-
-movl $78022, %ecx
-. 3601 0x12345678 6
-. B9 C6 30 01 00 C3
-
-movl $78023, %ecx
-. 3602 0x12345678 6
-. B9 C7 30 01 00 C3
-
-movl $78024, %ecx
-. 3603 0x12345678 6
-. B9 C8 30 01 00 C3
-
-movl $78025, (%rsi)
-. 3604 0x12345678 7
-. C7 06 C9 30 01 00 C3
-
-movl $78026, (%rsi)
-. 3605 0x12345678 7
-. C7 06 CA 30 01 00 C3
-
-movl $78027, (%rsi)
-. 3606 0x12345678 7
-. C7 06 CB 30 01 00 C3
-
-movl $78028, (%rsi)
-. 3607 0x12345678 7
-. C7 06 CC 30 01 00 C3
-
-movl $78030, %ecx
-. 3608 0x12345678 6
-. B9 CE 30 01 00 C3
-
-movl $78032, %ecx
-. 3609 0x12345678 6
-. B9 D0 30 01 00 C3
-
-movl $78033, %ecx
-. 3610 0x12345678 6
-. B9 D1 30 01 00 C3
-
-movl $78034, %ecx
-. 3611 0x12345678 6
-. B9 D2 30 01 00 C3
-
-movl $78035, %ecx
-. 3612 0x12345678 6
-. B9 D3 30 01 00 C3
-
-movl $78036, %ecx
-. 3613 0x12345678 6
-. B9 D4 30 01 00 C3
-
-movl $78037, %ecx
-. 3614 0x12345678 6
-. B9 D5 30 01 00 C3
-
-movl $78038, (%rsi)
-. 3615 0x12345678 7
-. C7 06 D6 30 01 00 C3
-
-movl $78039, (%rsi)
-. 3616 0x12345678 7
-. C7 06 D7 30 01 00 C3
-
-movl $78040, (%rsi)
-. 3617 0x12345678 7
-. C7 06 D8 30 01 00 C3
-
-movl $78041, (%rsi)
-. 3618 0x12345678 7
-. C7 06 D9 30 01 00 C3
-
-movl $78043, %edi
-. 3619 0x12345678 6
-. BF DB 30 01 00 C3
-
-movl $78045, %edi
-. 3620 0x12345678 6
-. BF DD 30 01 00 C3
-
-movl $78046, %edi
-. 3621 0x12345678 6
-. BF DE 30 01 00 C3
-
-movl $78047, %edi
-. 3622 0x12345678 6
-. BF DF 30 01 00 C3
-
-movl $78048, %edi
-. 3623 0x12345678 6
-. BF E0 30 01 00 C3
-
-movl $78049, %edi
-. 3624 0x12345678 6
-. BF E1 30 01 00 C3
-
-movl $78050, %edi
-. 3625 0x12345678 6
-. BF E2 30 01 00 C3
-
-movl $78052, %edi
-. 3626 0x12345678 6
-. BF E4 30 01 00 C3
-
-movl $78053, %edi
-. 3627 0x12345678 6
-. BF E5 30 01 00 C3
-
-movl $78054, %ecx
-. 3628 0x12345678 6
-. B9 E6 30 01 00 C3
-
-movl $78055, %ecx
-. 3629 0x12345678 6
-. B9 E7 30 01 00 C3
-
-movl $78056, %ecx
-. 3630 0x12345678 6
-. B9 E8 30 01 00 C3
-
-movl $78056, %edi
-. 3631 0x12345678 6
-. BF E8 30 01 00 C3
-
-movl $78061, %ecx
-. 3632 0x12345678 6
-. B9 ED 30 01 00 C3
-
-movl $78062, %ecx
-. 3633 0x12345678 6
-. B9 EE 30 01 00 C3
-
-movl $78063, %ecx
-. 3634 0x12345678 6
-. B9 EF 30 01 00 C3
-
-movl $78064, %ecx
-. 3635 0x12345678 6
-. B9 F0 30 01 00 C3
-
-movl $78065, %ecx
-. 3636 0x12345678 6
-. B9 F1 30 01 00 C3
-
-movl $78066, %ecx
-. 3637 0x12345678 6
-. B9 F2 30 01 00 C3
-
-movl $78067, %ecx
-. 3638 0x12345678 6
-. B9 F3 30 01 00 C3
-
-movl $78068, %ecx
-. 3639 0x12345678 6
-. B9 F4 30 01 00 C3
-
-movl $78069, %ecx
-. 3640 0x12345678 6
-. B9 F5 30 01 00 C3
-
-movl $78070, %ecx
-. 3641 0x12345678 6
-. B9 F6 30 01 00 C3
-
-movl $78071, %ecx
-. 3642 0x12345678 6
-. B9 F7 30 01 00 C3
-
-movl $78072, %ecx
-. 3643 0x12345678 6
-. B9 F8 30 01 00 C3
-
-movl $78073, %ecx
-. 3644 0x12345678 6
-. B9 F9 30 01 00 C3
-
-movl $78074, %ecx
-. 3645 0x12345678 6
-. B9 FA 30 01 00 C3
-
-movl $78075, %ecx
-. 3646 0x12345678 6
-. B9 FB 30 01 00 C3
-
-movl $78076, %ecx
-. 3647 0x12345678 6
-. B9 FC 30 01 00 C3
-
-movl $78077, %ecx
-. 3648 0x12345678 6
-. B9 FD 30 01 00 C3
-
-movl $78078, %ecx
-. 3649 0x12345678 6
-. B9 FE 30 01 00 C3
-
-movl $78079, %ecx
-. 3650 0x12345678 6
-. B9 FF 30 01 00 C3
-
-movl $78080, %ecx
-. 3651 0x12345678 6
-. B9 00 31 01 00 C3
-
-movl $78081, %ecx
-. 3652 0x12345678 6
-. B9 01 31 01 00 C3
-
-movl $78082, %ecx
-. 3653 0x12345678 6
-. B9 02 31 01 00 C3
-
-movl $78083, %ecx
-. 3654 0x12345678 6
-. B9 03 31 01 00 C3
-
-movl $78084, %ecx
-. 3655 0x12345678 6
-. B9 04 31 01 00 C3
-
-movl $78085, %ecx
-. 3656 0x12345678 6
-. B9 05 31 01 00 C3
-
-movl $78086, %ecx
-. 3657 0x12345678 6
-. B9 06 31 01 00 C3
-
-movl $78087, %ecx
-. 3658 0x12345678 6
-. B9 07 31 01 00 C3
-
-movl $78088, %ecx
-. 3659 0x12345678 6
-. B9 08 31 01 00 C3
-
-movl $78089, %ecx
-. 3660 0x12345678 6
-. B9 09 31 01 00 C3
-
-movl $78090, %ecx
-. 3661 0x12345678 6
-. B9 0A 31 01 00 C3
-
-movl $78091, %ecx
-. 3662 0x12345678 6
-. B9 0B 31 01 00 C3
-
-movl $78092, %ecx
-. 3663 0x12345678 6
-. B9 0C 31 01 00 C3
-
-movl $78092, %edx
-. 3664 0x12345678 6
-. BA 0C 31 01 00 C3
-
-movl $78093, %ecx
-. 3665 0x12345678 6
-. B9 0D 31 01 00 C3
-
-movl $78093, %edx
-. 3666 0x12345678 6
-. BA 0D 31 01 00 C3
-
-movl $78094, %ecx
-. 3667 0x12345678 6
-. B9 0E 31 01 00 C3
-
-movl $78094, %edx
-. 3668 0x12345678 6
-. BA 0E 31 01 00 C3
-
-movl $78095, %ecx
-. 3669 0x12345678 6
-. B9 0F 31 01 00 C3
-
-movl $78095, %edx
-. 3670 0x12345678 6
-. BA 0F 31 01 00 C3
-
-movl $78096, %ecx
-. 3671 0x12345678 6
-. B9 10 31 01 00 C3
-
-movl $78096, %edx
-. 3672 0x12345678 6
-. BA 10 31 01 00 C3
-
-movl $78097, %ecx
-. 3673 0x12345678 6
-. B9 11 31 01 00 C3
-
-movl $78097, %edx
-. 3674 0x12345678 6
-. BA 11 31 01 00 C3
-
-movl $78098, %ecx
-. 3675 0x12345678 6
-. B9 12 31 01 00 C3
-
-movl $78098, %edx
-. 3676 0x12345678 6
-. BA 12 31 01 00 C3
-
-movl $78099, %ecx
-. 3677 0x12345678 6
-. B9 13 31 01 00 C3
-
-movl $78099, %edx
-. 3678 0x12345678 6
-. BA 13 31 01 00 C3
-
-movl $780, %edx
-. 3679 0x12345678 6
-. BA 0C 03 00 00 C3
-
-movl $78100, %ecx
-. 3680 0x12345678 6
-. B9 14 31 01 00 C3
-
-movl $78101, %ecx
-. 3681 0x12345678 6
-. B9 15 31 01 00 C3
-
-movl $78102, %ecx
-. 3682 0x12345678 6
-. B9 16 31 01 00 C3
-
-movl $78103, %ecx
-. 3683 0x12345678 6
-. B9 17 31 01 00 C3
-
-movl $78104, %ecx
-. 3684 0x12345678 6
-. B9 18 31 01 00 C3
-
-movl $78105, %ecx
-. 3685 0x12345678 6
-. B9 19 31 01 00 C3
-
-movl $78106, %ecx
-. 3686 0x12345678 6
-. B9 1A 31 01 00 C3
-
-movl $78107, %ecx
-. 3687 0x12345678 6
-. B9 1B 31 01 00 C3
-
-movl $78108, %ecx
-. 3688 0x12345678 6
-. B9 1C 31 01 00 C3
-
-movl $78109, %ecx
-. 3689 0x12345678 6
-. B9 1D 31 01 00 C3
-
-movl $78110, %ecx
-. 3690 0x12345678 6
-. B9 1E 31 01 00 C3
-
-movl $7816, %edx
-. 3691 0x12345678 6
-. BA 88 1E 00 00 C3
-
-movl $781, %edx
-. 3692 0x12345678 6
-. BA 0D 03 00 00 C3
-
-movl $782, %edx
-. 3693 0x12345678 6
-. BA 0E 03 00 00 C3
-
-movl $788, %edx
-. 3694 0x12345678 6
-. BA 14 03 00 00 C3
-
-movl $7902, %edx
-. 3695 0x12345678 6
-. BA DE 1E 00 00 C3
-
-movl $7912, %edx
-. 3696 0x12345678 6
-. BA E8 1E 00 00 C3
-
-movl $7922, %edx
-. 3697 0x12345678 6
-. BA F2 1E 00 00 C3
-
-movl $794, %edx
-. 3698 0x12345678 6
-. BA 1A 03 00 00 C3
-
-movl $7970, %edx
-. 3699 0x12345678 6
-. BA 22 1F 00 00 C3
-
-movl $7978, %edx
-. 3700 0x12345678 6
-. BA 2A 1F 00 00 C3
-
-movl $797, %edx
-. 3701 0x12345678 6
-. BA 1D 03 00 00 C3
-
-movl $7986, %edx
-. 3702 0x12345678 6
-. BA 32 1F 00 00 C3
-
-movl $7994, %edx
-. 3703 0x12345678 6
-. BA 3A 1F 00 00 C3
-
-movl $7, %eax
-. 3704 0x12345678 6
-. B8 07 00 00 00 C3
-
-movl $7, %edi
-. 3705 0x12345678 6
-. BF 07 00 00 00 C3
-
-movl $7, %esi
-. 3706 0x12345678 6
-. BE 07 00 00 00 C3
-
-movl $7, (%rax)
-. 3707 0x12345678 7
-. C7 00 07 00 00 00 C3
-
-movl $8003, %edx
-. 3708 0x12345678 6
-. BA 43 1F 00 00 C3
-
-movl $800, %edx
-. 3709 0x12345678 6
-. BA 20 03 00 00 C3
-
-movl 800(%rsp), %edi
-. 3710 0x12345678 8
-. 8B BC 24 20 03 00 00 C3
-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-. BD 08 00 00 00 C3
-
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-. BF 08 00 00 00 C3
-
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-. BA 08 00 00 00 C3
-
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-
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-
-movl 8(%r12), %edx
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-
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-
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-
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-
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-
-movl 8(%rax), %eax
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-
-movl 8(%rbx), %edx
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-. 8B 53 08 C3
-
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-
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-
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-
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-
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-
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-
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-. 8B 42 08 C3
-
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-
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-
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-. 8B 46 08 C3
-
-movl 8(%rsi), %edi
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-
-movl 8(%rsi,%rcx), %eax
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-. 8B 44 0E 08 C3
-
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-. C7 04 24 08 00 00 00 C3
-
-movl 8(%rsp), %eax
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-. 8B 44 24 08 C3
-
-movl 8(%rsp), %ecx
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-. 8B 4C 24 08 C3
-
-movl 8(%rsp), %edi
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-
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-. 8B 54 24 08 C3
-
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-. 8B 74 24 08 C3
-
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-. 44 8B 44 24 08 C3
-
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-. BA 89 03 00 00 C3
-
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-
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-
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-
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-
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-
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-
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-
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-
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-
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-. B8 5C 00 00 00 C3
-
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-. BA 5C 00 00 00 C3
-
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-
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-
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-
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-
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-
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-
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-
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-
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-. BA BD 03 00 00 C3
-
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-. B8 60 00 00 00 C3
-
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-
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-
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-
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-
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-
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-
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-
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-
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-. B8 62 00 00 00 C3
-
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-
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-
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-
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-. B8 09 00 00 00 C3
-
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-. 41 BD 09 00 00 00 C3
-
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-
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-
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-
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-
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-
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-
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-. 89 44 24 74 C3
-
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-. 89 44 24 7C C3
-
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-. 89 84 24 80 00 00 00 C3
-
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-. 89 45 0C C3
-
-movl %eax, 12(%rbx)
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-. 89 43 0C C3
-
-movl %eax, 12(%rcx)
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-. 89 41 0C C3
-
-movl %eax, 12(%rsi)
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-. 89 46 0C C3
-
-movl %eax, 12(%rsp)
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-. 89 44 24 0C C3
-
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-
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-
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-. 89 84 24 8C 00 00 00 C3
-
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-. 89 84 24 90 00 00 00 C3
-
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-. 89 84 24 94 00 00 00 C3
-
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-. 89 84 24 98 00 00 00 C3
-
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-
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-
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-
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-. 41 89 44 24 10 C3
-
-movl %eax, 16(%rbx)
-. 3900 0x12345678 4
-. 89 43 10 C3
-
-movl %eax, 16(%rsi)
-. 3901 0x12345678 4
-. 89 46 10 C3
-
-movl %eax, 16(%rsp)
-. 3902 0x12345678 5
-. 89 44 24 10 C3
-
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-. 89 84 24 AC 00 00 00 C3
-
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-. 89 84 24 B0 00 00 00 C3
-
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-. 89 84 24 B8 00 00 00 C3
-
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-. 89 84 24 BC 00 00 00 C3
-
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-. 89 84 24 C0 00 00 00 C3
-
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-. 89 84 24 C4 00 00 00 C3
-
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-. 89 84 24 C8 00 00 00 C3
-
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-. 89 84 24 CC 00 00 00 C3
-
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-. 89 84 24 D0 00 00 00 C3
-
-movl %eax, 20(%r12)
-. 3912 0x12345678 6
-. 41 89 44 24 14 C3
-
-movl %eax, 20(%r13)
-. 3913 0x12345678 5
-. 41 89 45 14 C3
-
-movl %eax, 20(%rbx)
-. 3914 0x12345678 4
-. 89 43 14 C3
-
-movl %eax, 20(%rsp)
-. 3915 0x12345678 5
-. 89 44 24 14 C3
-
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-. 3916 0x12345678 8
-. 89 84 24 D8 00 00 00 C3
-
-movl %eax, 228(%rsp)
-. 3917 0x12345678 8
-. 89 84 24 E4 00 00 00 C3
-
-movl %eax, 232(%rsp)
-. 3918 0x12345678 8
-. 89 84 24 E8 00 00 00 C3
-
-movl %eax, 240(%rsp)
-. 3919 0x12345678 8
-. 89 84 24 F0 00 00 00 C3
-
-movl %eax, 244(%rsp)
-. 3920 0x12345678 8
-. 89 84 24 F4 00 00 00 C3
-
-movl %eax, 248(%rsp)
-. 3921 0x12345678 8
-. 89 84 24 F8 00 00 00 C3
-
-movl %eax, 24(%r13)
-. 3922 0x12345678 5
-. 41 89 45 18 C3
-
-movl %eax, 24(%rbx)
-. 3923 0x12345678 4
-. 89 43 18 C3
-
-movl %eax, 24(%rsp)
-. 3924 0x12345678 5
-. 89 44 24 18 C3
-
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-. 89 84 24 FC 00 00 00 C3
-
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-. 3926 0x12345678 8
-. 89 84 24 10 01 00 00 C3
-
-movl %eax, 276(%rsp)
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-. 89 84 24 14 01 00 00 C3
-
-movl %eax, 284(%rsp)
-. 3928 0x12345678 8
-. 89 84 24 1C 01 00 00 C3
-
-movl %eax, 288(%rsp,%rdx,4)
-. 3929 0x12345678 8
-. 89 84 94 20 01 00 00 C3
-
-movl %eax, 28(%rbx)
-. 3930 0x12345678 4
-. 89 43 1C C3
-
-movl %eax, 28(%rsp)
-. 3931 0x12345678 5
-. 89 44 24 1C C3
-
-movl %eax, 32(%r12)
-. 3932 0x12345678 6
-. 41 89 44 24 20 C3
-
-movl %eax, 32(%r13)
-. 3933 0x12345678 5
-. 41 89 45 20 C3
-
-movl %eax, 32(%rbx)
-. 3934 0x12345678 4
-. 89 43 20 C3
-
-movl %eax, 32(%rdi)
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-
-movl %eax, 32(%rdx)
-. 3936 0x12345678 4
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-
-movl %eax, 32(%rsi)
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-
-movl %eax, 32(%rsp)
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-
-movl %eax, 36(%rbx)
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-
-movl %eax, 36(%rsp)
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-
-movl %eax, 40(%rbx)
-. 3941 0x12345678 4
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-
-movl %eax, 40(%rsp)
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-. 89 44 24 28 C3
-
-movl %eax, 44(%rbx)
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-
-movl %eax, 44(%rsp)
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-
-movl %eax, 48(%rbx)
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-
-movl %eax, 48(%rsp)
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-
-movl %eax, 4(%rbx)
-. 3947 0x12345678 4
-. 89 43 04 C3
-
-movl %eax, 4(%rsp)
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-. 89 44 24 04 C3
-
-movl %eax, 52(%rbx)
-. 3949 0x12345678 4
-. 89 43 34 C3
-
-movl %eax, 52(%rsp)
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-. 89 44 24 34 C3
-
-movl %eax, 540(%rsp)
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-
-movl %eax, 544(%rsp)
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-
-movl %eax, 548(%rsp)
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-
-movl %eax, 552(%rsp)
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-
-movl %eax, 56(%rbx)
-. 3955 0x12345678 4
-. 89 43 38 C3
-
-movl %eax, 56(%rsp)
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-. 89 44 24 38 C3
-
-movl %eax, 60(%rbx)
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-
-movl %eax, 60(%rsp)
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-
-movl %eax, 64(%rsp)
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-
-movl %eax, 68(%rsp)
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-
-movl %eax, 72(%rsp)
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-
-movl %eax, 76(%rsp)
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-
-movl %eax, 80(%rsp)
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-
-movl %eax, 84(%rsp)
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-
-movl %eax, 88(%rsp)
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-
-movl %eax, 8(%rbx)
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-
-movl %eax, 8(%rsi)
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-
-movl %eax, 8(%rsp)
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-
-movl %eax, 92(%rsp)
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-
-movl %eax, 96(%rsp)
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-
-movl %eax, %ebp
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-
-movl %eax, %ebx
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-
-movl %eax, %ecx
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-
-movl %eax, %edi
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-
-movl %eax, %edx
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-
-movl %eax, %esi
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-
-movl %eax, 12345(%rip)
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-
-movl %eax, %r11d
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-
-movl %eax, %r12d
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-
-movl %eax, %r13d
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-
-movl %eax, (%r14)
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-
-movl %eax, %r14d
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-
-movl %eax, (%r15)
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-
-movl %eax, %r15d
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-. 41 89 C7 C3
-
-movl %eax, %r8d
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-. 41 89 C0 C3
-
-movl %eax, (%r8,%rdx,4)
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-
-movl %eax, %r9d
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-. 41 89 C1 C3
-
-movl %eax, (%rbp)
-. 3988 0x12345678 4
-. 89 45 00 C3
-
-movl %eax, (%rbx)
-. 3989 0x12345678 3
-. 89 03 C3
-
-movl %eax, (%rcx)
-. 3990 0x12345678 3
-. 89 01 C3
-
-movl %eax, (%rcx,%rdx,8)
-. 3991 0x12345678 4
-. 89 04 D1 C3
-
-movl %eax, (%rdx)
-. 3992 0x12345678 3
-. 89 02 C3
-
-movl %eax, (%rsi)
-. 3993 0x12345678 3
-. 89 06 C3
-
-movl %eax, (%rsi,%rdx)
-. 3994 0x12345678 4
-. 89 04 16 C3
-
-movl %eax, (%rsp)
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-. 89 04 24 C3
-
-movl %ebp, 12(%rdx,%r13)
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-. 42 89 6C 2A 0C C3
-
-movl %ebp, 12(%rdx,%rbx)
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-
-movl %ebp, 24(%rbx)
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-
-movl %ebp, 4(%rax)
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-
-movl %ebp, 572(%rsp)
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-
-movl %ebp, 68(%rsp)
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-
-movl %ebp, 8(%rbx)
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-
-movl %ebp, 8(%rsp)
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-. 89 6C 24 08 C3
-
-movl %ebp, %eax
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-
-movl %ebp, %ebx
-. 4005 0x12345678 3
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-
-movl %ebp, %ecx
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-
-movl %ebp, %edi
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-. 89 EF C3
-
-movl %ebp, %edx
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-. 89 EA C3
-
-movl %ebp, %esi
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-. 89 EE C3
-
-movl %ebp, %r12d
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-. 41 89 EC C3
-
-movl %ebp, %r13d
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-. 41 89 ED C3
-
-movl %ebp, (%r15)
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-. 41 89 2F C3
-
-movl %ebp, %r8d
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-. 41 89 E8 C3
-
-movl %ebp, %r9d
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-. 41 89 E9 C3
-
-movl %ebp, (%rcx,%rax,8)
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-
-movl %ebp, (%rsp)
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-. 89 2C 24 C3
-
-movl %ebx, 12(%rbp)
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-. 89 5D 0C C3
-
-movl %ebx, 16(%rbp)
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-. 89 5D 10 C3
-
-movl %ebx, 24(%rsp)
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-
-movl %ebx, 32(%rbp)
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-
-movl %ebx, 40(%rsp)
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-
-movl %ebx, 4(%rax)
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-
-movl %ebx, 52(%rsp)
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-. 89 5C 24 34 C3
-
-movl %ebx, 8(%rax)
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-
-movl %ebx, 8(%rsp)
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-. 89 5C 24 08 C3
-
-movl %ebx, %eax
-. 4026 0x12345678 3
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-
-movl %ebx, %ebp
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-. 89 DD C3
-
-movl %ebx, %ecx
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-. 89 D9 C3
-
-movl %ebx, %edi
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-. 89 DF C3
-
-movl %ebx, %edx
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-. 89 DA C3
-
-movl %ebx, %esi
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-. 89 DE C3
-
-movl %ebx, %r12d
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-. 41 89 DC C3
-
-movl %ebx, %r15d
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-. 41 89 DF C3
-
-movl %ebx, %r8d
-. 4034 0x12345678 4
-. 41 89 D8 C3
-
-movl %ebx, (%rax)
-. 4035 0x12345678 3
-. 89 18 C3
-
-movl %ebx, (%rcx,%rax,4)
-. 4036 0x12345678 4
-. 89 1C 81 C3
-
-movl %ecx, 12(%rsp)
-. 4037 0x12345678 5
-. 89 4C 24 0C C3
-
-movl %ecx, 16(%rsp)
-. 4038 0x12345678 5
-. 89 4C 24 10 C3
-
-movl %ecx, 220(%rsp)
-. 4039 0x12345678 8
-. 89 8C 24 DC 00 00 00 C3
-
-movl %ecx, 24(%rbx)
-. 4040 0x12345678 4
-. 89 4B 18 C3
-
-movl %ecx, 24(%rsp)
-. 4041 0x12345678 5
-. 89 4C 24 18 C3
-
-movl %ecx, 28(%rsp)
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-. 89 4C 24 1C C3
-
-movl %ecx, 32(%rdi)
-. 4043 0x12345678 4
-. 89 4F 20 C3
-
-movl %ecx, 32(%rsp)
-. 4044 0x12345678 5
-. 89 4C 24 20 C3
-
-movl %ecx, 36(%rsp)
-. 4045 0x12345678 5
-. 89 4C 24 24 C3
-
-movl %ecx, %eax
-. 4046 0x12345678 3
-. 89 C8 C3
-
-movl %ecx, %ebp
-. 4047 0x12345678 3
-. 89 CD C3
-
-movl %ecx, %ebx
-. 4048 0x12345678 3
-. 89 CB C3
-
-movl %ecx, %edi
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-. 89 CF C3
-
-movl %ecx, %edx
-. 4050 0x12345678 3
-. 89 CA C3
-
-movl %ecx, %esi
-. 4051 0x12345678 3
-. 89 CE C3
-
-movl %ecx, %r10d
-. 4052 0x12345678 4
-. 41 89 CA C3
-
-movl %ecx, %r12d
-. 4053 0x12345678 4
-. 41 89 CC C3
-
-movl %ecx, %r13d
-. 4054 0x12345678 4
-. 41 89 CD C3
-
-movl %ecx, %r14d
-. 4055 0x12345678 4
-. 41 89 CE C3
-
-movl %ecx, %r15d
-. 4056 0x12345678 4
-. 41 89 CF C3
-
-movl %ecx, (%rsi)
-. 4057 0x12345678 3
-. 89 0E C3
-
-movl %edi, 120(%rsp)
-. 4058 0x12345678 5
-. 89 7C 24 78 C3
-
-movl %edi, 12(%rsi,%rax,4)
-. 4059 0x12345678 5
-. 89 7C 86 0C C3
-
-movl %edi, 16(%rbp)
-. 4060 0x12345678 4
-. 89 7D 10 C3
-
-movl %edi, 24(%rsp)
-. 4061 0x12345678 5
-. 89 7C 24 18 C3
-
-movl %edi, 40(%rsp)
-. 4062 0x12345678 5
-. 89 7C 24 28 C3
-
-movl %edi, 44(%rsp)
-. 4063 0x12345678 5
-. 89 7C 24 2C C3
-
-movl %edi, 48(%rbx)
-. 4064 0x12345678 4
-. 89 7B 30 C3
-
-movl %edi, 56(%rsp)
-. 4065 0x12345678 5
-. 89 7C 24 38 C3
-
-movl %edi, 8(%rax)
-. 4066 0x12345678 4
-. 89 78 08 C3
-
-movl %edi, %eax
-. 4067 0x12345678 3
-. 89 F8 C3
-
-movl %edi, %ebp
-. 4068 0x12345678 3
-. 89 FD C3
-
-movl %edi, %ebx
-. 4069 0x12345678 3
-. 89 FB C3
-
-movl %edi, %ecx
-. 4070 0x12345678 3
-. 89 F9 C3
-
-movl %edi, %edx
-. 4071 0x12345678 3
-. 89 FA C3
-
-movl %edi, %esi
-. 4072 0x12345678 3
-. 89 FE C3
-
-movl %edi, -9(%rip)
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-. 89 3D F7 FF FF FF C3
-
-movl %edi, %r12d
-. 4074 0x12345678 4
-. 41 89 FC C3
-
-movl %edi, %r13d
-. 4075 0x12345678 4
-. 41 89 FD C3
-
-movl %edi, %r14d
-. 4076 0x12345678 4
-. 41 89 FE C3
-
-movl %edi, %r15d
-. 4077 0x12345678 4
-. 41 89 FF C3
-
-movl %edi, %r8d
-. 4078 0x12345678 4
-. 41 89 F8 C3
-
-movl %edi, %r9d
-. 4079 0x12345678 4
-. 41 89 F9 C3
-
-movl %edi, (%rsi)
-. 4080 0x12345678 3
-. 89 3E C3
-
-movl %edx, 12(%rsp)
-. 4081 0x12345678 5
-. 89 54 24 0C C3
-
-movl %edx, 16(%rax)
-. 4082 0x12345678 4
-. 89 50 10 C3
-
-movl %edx, 16(%rdi,%rax,4)
-. 4083 0x12345678 5
-. 89 54 87 10 C3
-
-movl %edx, -16(%rsp)
-. 4084 0x12345678 5
-. 89 54 24 F0 C3
-
-movl %edx, 16(%rsp)
-. 4085 0x12345678 5
-. 89 54 24 10 C3
-
-movl %edx, -20(%rsp)
-. 4086 0x12345678 5
-. 89 54 24 EC C3
-
-movl %edx, 20(%rsp)
-. 4087 0x12345678 5
-. 89 54 24 14 C3
-
-movl %edx, 212(%rsp)
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-. 89 94 24 D4 00 00 00 C3
-
-movl %edx, 224(%rsp)
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-. 89 94 24 E0 00 00 00 C3
-
-movl %edx, 24(%rax)
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-. 89 50 18 C3
-
-movl %edx, 24(%rsp)
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-. 89 54 24 18 C3
-
-movl %edx, 288(%rsp,%rax,4)
-. 4092 0x12345678 8
-. 89 94 84 20 01 00 00 C3
-
-movl %edx, 28(%rbx)
-. 4093 0x12345678 4
-. 89 53 1C C3
-
-movl %edx, 292(%rsp)
-. 4094 0x12345678 8
-. 89 94 24 24 01 00 00 C3
-
-movl %edx, 292(%rsp,%rax,4)
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-. 89 94 84 24 01 00 00 C3
-
-movl %edx, 32(%rdi)
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-. 89 57 20 C3
-
-movl %edx, 32(%rsp)
-. 4097 0x12345678 5
-. 89 54 24 20 C3
-
-movl %edx, 348(%rsp)
-. 4098 0x12345678 8
-. 89 94 24 5C 01 00 00 C3
-
-movl %edx, 40(%rsp)
-. 4099 0x12345678 5
-. 89 54 24 28 C3
-
-movl %edx, 4(%rsi)
-. 4100 0x12345678 4
-. 89 56 04 C3
-
-movl %edx, -8(%rsp)
-. 4101 0x12345678 5
-. 89 54 24 F8 C3
-
-movl %edx, 8(%rsp)
-. 4102 0x12345678 5
-. 89 54 24 08 C3
-
-movl %edx, %eax
-. 4103 0x12345678 3
-. 89 D0 C3
-
-movl %edx, %ebp
-. 4104 0x12345678 3
-. 89 D5 C3
-
-movl %edx, %ebx
-. 4105 0x12345678 3
-. 89 D3 C3
-
-movl %edx, %ecx
-. 4106 0x12345678 3
-. 89 D1 C3
-
-movl %edx, %edi
-. 4107 0x12345678 3
-. 89 D7 C3
-
-movl %edx, %esi
-. 4108 0x12345678 3
-. 89 D6 C3
-
-movl %edx, %r11d
-. 4109 0x12345678 4
-. 41 89 D3 C3
-
-movl %edx, (%r12)
-. 4110 0x12345678 5
-. 41 89 14 24 C3
-
-movl %edx, %r12d
-. 4111 0x12345678 4
-. 41 89 D4 C3
-
-movl %edx, %r13d
-. 4112 0x12345678 4
-. 41 89 D5 C3
-
-movl %edx, %r14d
-. 4113 0x12345678 4
-. 41 89 D6 C3
-
-movl %edx, %r15d
-. 4114 0x12345678 4
-. 41 89 D7 C3
-
-movl %edx, %r8d
-. 4115 0x12345678 4
-. 41 89 D0 C3
-
-movl %edx, %r9d
-. 4116 0x12345678 4
-. 41 89 D1 C3
-
-movl %edx, (%rdi,%rax,4)
-. 4117 0x12345678 4
-. 89 14 87 C3
-
-movl %edx, (%rdi,%rcx,4)
-. 4118 0x12345678 4
-. 89 14 8F C3
-
-movl %edx, (%rsp)
-. 4119 0x12345678 4
-. 89 14 24 C3
-
-movl %esi, 16(%rdi,%rax,4)
-. 4120 0x12345678 5
-. 89 74 87 10 C3
-
-movl %esi, 20(%rsp)
-. 4121 0x12345678 5
-. 89 74 24 14 C3
-
-movl %esi, 32(%rbp)
-. 4122 0x12345678 4
-. 89 75 20 C3
-
-movl %esi, 36(%rsp)
-. 4123 0x12345678 5
-. 89 74 24 24 C3
-
-movl %esi, 4(%rsp)
-. 4124 0x12345678 5
-. 89 74 24 04 C3
-
-movl %esi, 56(%rsp)
-. 4125 0x12345678 5
-. 89 74 24 38 C3
-
-movl %esi, 8(%rbx,%rcx)
-. 4126 0x12345678 5
-. 89 74 0B 08 C3
-
-movl %esi, %eax
-. 4127 0x12345678 3
-. 89 F0 C3
-
-movl %esi, %ebp
-. 4128 0x12345678 3
-. 89 F5 C3
-
-movl %esi, %ebx
-. 4129 0x12345678 3
-. 89 F3 C3
-
-movl %esi, %ecx
-. 4130 0x12345678 3
-. 89 F1 C3
-
-movl %esi, %edi
-. 4131 0x12345678 3
-. 89 F7 C3
-
-movl %esi, %edx
-. 4132 0x12345678 3
-. 89 F2 C3
-
-movl %esi, -545454(%rip)
-. 4133 0x12345678 7
-. 89 35 52 AD F7 FF C3
-
-movl %esi, %r10d
-. 4134 0x12345678 4
-. 41 89 F2 C3
-
-movl %esi, %r11d
-. 4135 0x12345678 4
-. 41 89 F3 C3
-
-movl %esi, %r12d
-. 4136 0x12345678 4
-. 41 89 F4 C3
-
-movl %esi, %r13d
-. 4137 0x12345678 4
-. 41 89 F5 C3
-
-movl %esi, %r14d
-. 4138 0x12345678 4
-. 41 89 F6 C3
-
-movl %esi, (%r14,%rax,4)
-. 4139 0x12345678 5
-. 41 89 34 86 C3
-
-movl %esi, %r15d
-. 4140 0x12345678 4
-. 41 89 F7 C3
-
-movl %esi, %r8d
-. 4141 0x12345678 4
-. 41 89 F0 C3
-
-movl %esi, %r9d
-. 4142 0x12345678 4
-. 41 89 F1 C3
-
-movl %esi, (%rdi,%rax,4)
-. 4143 0x12345678 4
-. 89 34 87 C3
-
-movl %r10d, %eax
-. 4144 0x12345678 4
-. 44 89 D0 C3
-
-movl %r10d, %edi
-. 4145 0x12345678 4
-. 44 89 D7 C3
-
-movl %r10d, %edx
-. 4146 0x12345678 4
-. 44 89 D2 C3
-
-movl %r10d, %r11d
-. 4147 0x12345678 4
-. 45 89 D3 C3
-
-movl %r10d, %r8d
-. 4148 0x12345678 4
-. 45 89 D0 C3
-
-movl %r10d, %r9d
-. 4149 0x12345678 4
-. 45 89 D1 C3
-
-movl %r11d, -4(%rsp)
-. 4150 0x12345678 6
-. 44 89 5C 24 FC C3
-
-movl %r11d, %eax
-. 4151 0x12345678 4
-. 44 89 D8 C3
-
-movl %r11d, %ecx
-. 4152 0x12345678 4
-. 44 89 D9 C3
-
-movl %r11d, %edx
-. 4153 0x12345678 4
-. 44 89 DA C3
-
-movl %r11d, %r8d
-. 4154 0x12345678 4
-. 45 89 D8 C3
-
-movl %r12d, 12(%rax)
-. 4155 0x12345678 5
-. 44 89 60 0C C3
-
-movl %r12d, 16(%rax)
-. 4156 0x12345678 5
-. 44 89 60 10 C3
-
-movl %r12d, 24(%rax)
-. 4157 0x12345678 5
-. 44 89 60 18 C3
-
-movl %r12d, 32(%rax)
-. 4158 0x12345678 5
-. 44 89 60 20 C3
-
-movl %r12d, 8(%rax)
-. 4159 0x12345678 5
-. 44 89 60 08 C3
-
-movl %r12d, %eax
-. 4160 0x12345678 4
-. 44 89 E0 C3
-
-movl %r12d, %ebp
-. 4161 0x12345678 4
-. 44 89 E5 C3
-
-movl %r12d, %ebx
-. 4162 0x12345678 4
-. 44 89 E3 C3
-
-movl %r12d, %ecx
-. 4163 0x12345678 4
-. 44 89 E1 C3
-
-movl %r12d, %edi
-. 4164 0x12345678 4
-. 44 89 E7 C3
-
-movl %r12d, %edx
-. 4165 0x12345678 4
-. 44 89 E2 C3
-
-movl %r12d, %esi
-. 4166 0x12345678 4
-. 44 89 E6 C3
-
-movl %r12d, %r8d
-. 4167 0x12345678 4
-. 45 89 E0 C3
-
-movl %r12d, (%rax)
-. 4168 0x12345678 4
-. 44 89 20 C3
-
-movl %r12d, (%rdx,%rax,4)
-. 4169 0x12345678 5
-. 44 89 24 82 C3
-
-movl (%r12), %eax
-. 4170 0x12345678 5
-. 41 8B 04 24 C3
-
-movl (%r12), %edx
-. 4171 0x12345678 5
-. 41 8B 14 24 C3
-
-movl %r13d, 12(%rax)
-. 4172 0x12345678 5
-. 44 89 68 0C C3
-
-movl %r13d, 16(%rax)
-. 4173 0x12345678 5
-. 44 89 68 10 C3
-
-movl %r13d, 24(%rax)
-. 4174 0x12345678 5
-. 44 89 68 18 C3
-
-movl %r13d, 540(%rsp)
-. 4175 0x12345678 9
-. 44 89 AC 24 1C 02 00 00 C3
-
-movl %r13d, 544(%rsp)
-. 4176 0x12345678 9
-. 44 89 AC 24 20 02 00 00 C3
-
-movl %r13d, 548(%rsp)
-. 4177 0x12345678 9
-. 44 89 AC 24 24 02 00 00 C3
-
-movl %r13d, 552(%rsp)
-. 4178 0x12345678 9
-. 44 89 AC 24 28 02 00 00 C3
-
-movl %r13d, %eax
-. 4179 0x12345678 4
-. 44 89 E8 C3
-
-movl %r13d, %ebp
-. 4180 0x12345678 4
-. 44 89 ED C3
-
-movl %r13d, %ecx
-. 4181 0x12345678 4
-. 44 89 E9 C3
-
-movl %r13d, %edi
-. 4182 0x12345678 4
-. 44 89 EF C3
-
-movl %r13d, %edx
-. 4183 0x12345678 4
-. 44 89 EA C3
-
-movl %r13d, %esi
-. 4184 0x12345678 4
-. 44 89 EE C3
-
-movl %r13d, %r8d
-. 4185 0x12345678 4
-. 45 89 E8 C3
-
-movl (%r13), %eax
-. 4186 0x12345678 5
-. 41 8B 45 00 C3
-
-movl (%r13), %ebx
-. 4187 0x12345678 5
-. 41 8B 5D 00 C3
-
-movl (%r13,%rax,4), %eax
-. 4188 0x12345678 6
-. 41 8B 44 85 00 C3
-
-movl %r14d, 20(%rbx)
-. 4189 0x12345678 5
-. 44 89 73 14 C3
-
-movl %r14d, %eax
-. 4190 0x12345678 4
-. 44 89 F0 C3
-
-movl %r14d, %ebp
-. 4191 0x12345678 4
-. 44 89 F5 C3
-
-movl %r14d, %ecx
-. 4192 0x12345678 4
-. 44 89 F1 C3
-
-movl %r14d, %edi
-. 4193 0x12345678 4
-. 44 89 F7 C3
-
-movl %r14d, %edx
-. 4194 0x12345678 4
-. 44 89 F2 C3
-
-movl %r14d, %esi
-. 4195 0x12345678 4
-. 44 89 F6 C3
-
-movl %r14d, %r8d
-. 4196 0x12345678 4
-. 45 89 F0 C3
-
-movl %r14d, %r9d
-. 4197 0x12345678 4
-. 45 89 F1 C3
-
-movl %r14d, (%rax)
-. 4198 0x12345678 4
-. 44 89 30 C3
-
-movl (%r14), %edi
-. 4199 0x12345678 4
-. 41 8B 3E C3
-
-movl (%r14,%rdx,4), %ebx
-. 4200 0x12345678 5
-. 41 8B 1C 96 C3
-
-movl %r15d, %eax
-. 4201 0x12345678 4
-. 44 89 F8 C3
-
-movl %r15d, %ebp
-. 4202 0x12345678 4
-. 44 89 FD C3
-
-movl %r15d, %ebx
-. 4203 0x12345678 4
-. 44 89 FB C3
-
-movl %r15d, %ecx
-. 4204 0x12345678 4
-. 44 89 F9 C3
-
-movl %r15d, %edi
-. 4205 0x12345678 4
-. 44 89 FF C3
-
-movl %r15d, %edx
-. 4206 0x12345678 4
-. 44 89 FA C3
-
-movl %r15d, %esi
-. 4207 0x12345678 4
-. 44 89 FE C3
-
-movl %r15d, %r13d
-. 4208 0x12345678 4
-. 45 89 FD C3
-
-movl %r15d, %r8d
-. 4209 0x12345678 4
-. 45 89 F8 C3
-
-movl (%r15), %edi
-. 4210 0x12345678 4
-. 41 8B 3F C3
-
-movl %r8d, 20(%rsp)
-. 4211 0x12345678 6
-. 44 89 44 24 14 C3
-
-movl %r8d, 24(%rsp)
-. 4212 0x12345678 6
-. 44 89 44 24 18 C3
-
-movl %r8d, 28(%rbx)
-. 4213 0x12345678 5
-. 44 89 43 1C C3
-
-movl %r8d, 40(%rsp)
-. 4214 0x12345678 6
-. 44 89 44 24 28 C3
-
-movl %r8d, 4(%rsi)
-. 4215 0x12345678 5
-. 44 89 46 04 C3
-
-movl %r8d, 8(%rsi)
-. 4216 0x12345678 5
-. 44 89 46 08 C3
-
-movl %r8d, 8(%rsp)
-. 4217 0x12345678 6
-. 44 89 44 24 08 C3
-
-movl %r8d, %eax
-. 4218 0x12345678 4
-. 44 89 C0 C3
-
-movl %r8d, %ebp
-. 4219 0x12345678 4
-. 44 89 C5 C3
-
-movl %r8d, %ebx
-. 4220 0x12345678 4
-. 44 89 C3 C3
-
-movl %r8d, %edi
-. 4221 0x12345678 4
-. 44 89 C7 C3
-
-movl %r8d, %edx
-. 4222 0x12345678 4
-. 44 89 C2 C3
-
-movl %r8d, %r12d
-. 4223 0x12345678 4
-. 45 89 C4 C3
-
-movl %r8d, %r13d
-. 4224 0x12345678 4
-. 45 89 C5 C3
-
-movl %r8d, %r14d
-. 4225 0x12345678 4
-. 45 89 C6 C3
-
-movl (%r8), %eax
-. 4226 0x12345678 4
-. 41 8B 00 C3
-
-movl %r9d, 20(%rsp)
-. 4227 0x12345678 6
-. 44 89 4C 24 14 C3
-
-movl %r9d, 40(%rsp)
-. 4228 0x12345678 6
-. 44 89 4C 24 28 C3
-
-movl %r9d, 48(%rsp)
-. 4229 0x12345678 6
-. 44 89 4C 24 30 C3
-
-movl %r9d, %eax
-. 4230 0x12345678 4
-. 44 89 C8 C3
-
-movl %r9d, %ebp
-. 4231 0x12345678 4
-. 44 89 CD C3
-
-movl %r9d, %ebx
-. 4232 0x12345678 4
-. 44 89 CB C3
-
-movl %r9d, %ecx
-. 4233 0x12345678 4
-. 44 89 C9 C3
-
-movl %r9d, %edi
-. 4234 0x12345678 4
-. 44 89 CF C3
-
-movl %r9d, %edx
-. 4235 0x12345678 4
-. 44 89 CA C3
-
-movl %r9d, %esi
-. 4236 0x12345678 4
-. 44 89 CE C3
-
-movl %r9d, %r11d
-. 4237 0x12345678 4
-. 45 89 CB C3
-
-movl %r9d, %r12d
-. 4238 0x12345678 4
-. 45 89 CC C3
-
-movl %r9d, %r13d
-. 4239 0x12345678 4
-. 45 89 CD C3
-
-movl %r9d, %r15d
-. 4240 0x12345678 4
-. 45 89 CF C3
-
-movl (%rax), %eax
-. 4241 0x12345678 3
-. 8B 00 C3
-
-movl (%rax), %ecx
-. 4242 0x12345678 3
-. 8B 08 C3
-
-movl (%rax), %edi
-. 4243 0x12345678 3
-. 8B 38 C3
-
-movl (%rax), %esi
-. 4244 0x12345678 3
-. 8B 30 C3
-
-movl (%rax,%rcx,8), %eax
-. 4245 0x12345678 4
-. 8B 04 C8 C3
-
-movl (%rax,%rdx,4), %eax
-. 4246 0x12345678 4
-. 8B 04 90 C3
-
-movl (%rax,%rdx,4), %ebx
-. 4247 0x12345678 4
-. 8B 1C 90 C3
-
-movl (%rax,%rdx,4), %esi
-. 4248 0x12345678 4
-. 8B 34 90 C3
-
-movl (%rax,%rdx,8), %ebp
-. 4249 0x12345678 4
-. 8B 2C D0 C3
-
-movl (%rbp), %eax
-. 4250 0x12345678 4
-. 8B 45 00 C3
-
-movl (%rbp), %edi
-. 4251 0x12345678 4
-. 8B 7D 00 C3
-
-movl (%rbp), %edx
-. 4252 0x12345678 4
-. 8B 55 00 C3
-
-movl (%rbp), %esi
-. 4253 0x12345678 4
-. 8B 75 00 C3
-
-movl (%rbp,%rbx,4), %edi
-. 4254 0x12345678 5
-. 8B 7C 9D 00 C3
-
-movl (%rbx), %eax
-. 4255 0x12345678 3
-. 8B 03 C3
-
-movl (%rbx), %ebp
-. 4256 0x12345678 3
-. 8B 2B C3
-
-movl (%rbx), %edx
-. 4257 0x12345678 3
-. 8B 13 C3
-
-movl (%rbx), %esi
-. 4258 0x12345678 3
-. 8B 33 C3
-
-movl (%rbx,%rax), %r15d
-. 4259 0x12345678 5
-. 44 8B 3C 03 C3
-
-movl (%rbx,%rbp,4), %edi
-. 4260 0x12345678 4
-. 8B 3C AB C3
-
-movl (%rcx), %eax
-. 4261 0x12345678 3
-. 8B 01 C3
-
-movl (%rcx), %edi
-. 4262 0x12345678 3
-. 8B 39 C3
-
-movl (%rcx), %edx
-. 4263 0x12345678 3
-. 8B 11 C3
-
-movl (%rcx,%rax,4), %eax
-. 4264 0x12345678 4
-. 8B 04 81 C3
-
-movl (%rcx,%rax,4), %edx
-. 4265 0x12345678 4
-. 8B 14 81 C3
-
-movl (%rcx,%rbx), %edi
-. 4266 0x12345678 4
-. 8B 3C 19 C3
-
-movl (%rcx,%rdx,8), %edx
-. 4267 0x12345678 4
-. 8B 14 D1 C3
-
-movl (%rcx,%rsi,8), %esi
-. 4268 0x12345678 4
-. 8B 34 F1 C3
-
-movl (%rdi), %eax
-. 4269 0x12345678 3
-. 8B 07 C3
-
-movl (%rdi), %ebp
-. 4270 0x12345678 3
-. 8B 2F C3
-
-movl (%rdi), %edi
-. 4271 0x12345678 3
-. 8B 3F C3
-
-movl (%rdi), %esi
-. 4272 0x12345678 3
-. 8B 37 C3
-
-movl (%rdi), %r12d
-. 4273 0x12345678 4
-. 44 8B 27 C3
-
-movl (%rdi,%rdx), %edi
-. 4274 0x12345678 4
-. 8B 3C 17 C3
-
-movl (%rdx), %eax
-. 4275 0x12345678 3
-. 8B 02 C3
-
-movl (%rdx), %ecx
-. 4276 0x12345678 3
-. 8B 0A C3
-
-movl (%rdx), %esi
-. 4277 0x12345678 3
-. 8B 32 C3
-
-movl (%rdx,%rax,4), %eax
-. 4278 0x12345678 4
-. 8B 04 82 C3
-
-movl (%rdx,%rax,4), %ebp
-. 4279 0x12345678 4
-. 8B 2C 82 C3
-
-movl (%rdx,%rax,4), %edi
-. 4280 0x12345678 4
-. 8B 3C 82 C3
-
-movl (%rdx,%rax), %r12d
-. 4281 0x12345678 5
-. 44 8B 24 02 C3
-
-movl (%rdx,%rbx), %edx
-. 4282 0x12345678 4
-. 8B 14 1A C3
-
-movl (%rdx,%rdi), %edi
-. 4283 0x12345678 4
-. 8B 3C 3A C3
-
-movl (%rsi), %eax
-. 4284 0x12345678 3
-. 8B 06 C3
-
-movl (%rsi), %edx
-. 4285 0x12345678 3
-. 8B 16 C3
-
-movl (%rsi,%r13), %edi
-. 4286 0x12345678 5
-. 42 8B 3C 2E C3
-
-movl (%rsi,%rax), %esi
-. 4287 0x12345678 4
-. 8B 34 06 C3
-
-movl (%rsi,%rbx,4), %eax
-. 4288 0x12345678 4
-. 8B 04 9E C3
-
-movl (%rsi,%rcx), %edx
-. 4289 0x12345678 4
-. 8B 14 0E C3
-
-movl (%rsi,%rdx,4), %eax
-. 4290 0x12345678 4
-. 8B 04 96 C3
-
-movl (%rsi,%rdx,4), %r13d
-. 4291 0x12345678 5
-. 44 8B 2C 96 C3
-
-movl (%rsi,%rdx), %ecx
-. 4292 0x12345678 4
-. 8B 0C 16 C3
-
-movl (%rsp), %edi
-. 4293 0x12345678 4
-. 8B 3C 24 C3
-
-movl (%rsp), %edx
-. 4294 0x12345678 4
-. 8B 14 24 C3
-
-movq $0, 112(%rsp)
-. 4295 0x12345678 10
-. 48 C7 44 24 70 00 00 00 00 C3
-
-movq $0, 120(%rsp)
-. 4296 0x12345678 10
-. 48 C7 44 24 78 00 00 00 00 C3
-
-movq $0, 16(%rax)
-. 4297 0x12345678 9
-. 48 C7 40 10 00 00 00 00 C3
-
-movq $0, 16(%rsp)
-. 4298 0x12345678 10
-. 48 C7 44 24 10 00 00 00 00 C3
-
-movq $0, 192(%rsp)
-. 4299 0x12345678 13
-. 48 C7 84 24 C0 00 00 00 00 00 00 00 C3
-
-movq $0, 24(%rax)
-. 4300 0x12345678 9
-. 48 C7 40 18 00 00 00 00 C3
-
-movq $0, 24(%rbx)
-. 4301 0x12345678 9
-. 48 C7 43 18 00 00 00 00 C3
-
-movq $0, 24(%rsp)
-. 4302 0x12345678 10
-. 48 C7 44 24 18 00 00 00 00 C3
-
-movq $0, 32(%rax)
-. 4303 0x12345678 9
-. 48 C7 40 20 00 00 00 00 C3
-
-movq $0, 40(%rax)
-. 4304 0x12345678 9
-. 48 C7 40 28 00 00 00 00 C3
-
-movq $0, 40(%rsp)
-. 4305 0x12345678 10
-. 48 C7 44 24 28 00 00 00 00 C3
-
-movq $0, 48(%rsp)
-. 4306 0x12345678 10
-. 48 C7 44 24 30 00 00 00 00 C3
-
-movq $0, 560(%rsp)
-. 4307 0x12345678 13
-. 48 C7 84 24 30 02 00 00 00 00 00 00 C3
-
-movq $0, 64(%rsp)
-. 4308 0x12345678 10
-. 48 C7 44 24 40 00 00 00 00 C3
-
-movq $0, 8(%rax)
-. 4309 0x12345678 9
-. 48 C7 40 08 00 00 00 00 C3
-
-movq $0, 8(%rbx)
-. 4310 0x12345678 9
-. 48 C7 43 08 00 00 00 00 C3
-
-movq $0, 8(%rdx)
-. 4311 0x12345678 9
-. 48 C7 42 08 00 00 00 00 C3
-
-movq $0, 8(%rsp)
-. 4312 0x12345678 10
-. 48 C7 44 24 08 00 00 00 00 C3
-
-movq $0, (%r14,%rax,8)
-. 4313 0x12345678 9
-. 49 C7 04 C6 00 00 00 00 C3
-
-movq $0, (%rax)
-. 4314 0x12345678 8
-. 48 C7 00 00 00 00 00 C3
-
-movq $0, (%rax,%rbp,8)
-. 4315 0x12345678 9
-. 48 C7 04 E8 00 00 00 00 C3
-
-movq $0, (%rax,%rcx,8)
-. 4316 0x12345678 9
-. 48 C7 04 C8 00 00 00 00 C3
-
-movq $0, (%rbp,%rax,8)
-. 4317 0x12345678 10
-. 48 C7 44 C5 00 00 00 00 00 C3
-
-movq $0, (%rcx,%rsi,8)
-. 4318 0x12345678 9
-. 48 C7 04 F1 00 00 00 00 C3
-
-movq $0, (%rsi,%rcx,8)
-. 4319 0x12345678 9
-. 48 C7 04 CE 00 00 00 00 C3
-
-movq 104(%rsp), %r12
-. 4320 0x12345678 6
-. 4C 8B 64 24 68 C3
-
-movq 104(%rsp), %r13
-. 4321 0x12345678 6
-. 4C 8B 6C 24 68 C3
-
-movq 104(%rsp), %r14
-. 4322 0x12345678 6
-. 4C 8B 74 24 68 C3
-
-movq 104(%rsp), %rbx
-. 4323 0x12345678 6
-. 48 8B 5C 24 68 C3
-
-movq 104(%rsp), %rdi
-. 4324 0x12345678 6
-. 48 8B 7C 24 68 C3
-
-movq 104(%rsp), %rdx
-. 4325 0x12345678 6
-. 48 8B 54 24 68 C3
-
-movq 112(%rsp), %r13
-. 4326 0x12345678 6
-. 4C 8B 6C 24 70 C3
-
-movq 112(%rsp), %r14
-. 4327 0x12345678 6
-. 4C 8B 74 24 70 C3
-
-movq 112(%rsp), %r15
-. 4328 0x12345678 6
-. 4C 8B 7C 24 70 C3
-
-movq 112(%rsp), %rax
-. 4329 0x12345678 6
-. 48 8B 44 24 70 C3
-
-movq 112(%rsp), %rbp
-. 4330 0x12345678 6
-. 48 8B 6C 24 70 C3
-
-movq 112(%rsp), %rbx
-. 4331 0x12345678 6
-. 48 8B 5C 24 70 C3
-
-movq 112(%rsp), %rcx
-. 4332 0x12345678 6
-. 48 8B 4C 24 70 C3
-
-movq 112(%rsp), %rdi
-. 4333 0x12345678 6
-. 48 8B 7C 24 70 C3
-
-movq 112(%rsp), %rdx
-. 4334 0x12345678 6
-. 48 8B 54 24 70 C3
-
-movq 112(%rsp), %rsi
-. 4335 0x12345678 6
-. 48 8B 74 24 70 C3
-
-movq 120(%rsp), %r12
-. 4336 0x12345678 6
-. 4C 8B 64 24 78 C3
-
-movq 120(%rsp), %r14
-. 4337 0x12345678 6
-. 4C 8B 74 24 78 C3
-
-movq 120(%rsp), %rax
-. 4338 0x12345678 6
-. 48 8B 44 24 78 C3
-
-movq 120(%rsp), %rcx
-. 4339 0x12345678 6
-. 48 8B 4C 24 78 C3
-
-movq 120(%rsp), %rsi
-. 4340 0x12345678 6
-. 48 8B 74 24 78 C3
-
-movq 128(%rsp), %r13
-. 4341 0x12345678 9
-. 4C 8B AC 24 80 00 00 00 C3
-
-movq 128(%rsp), %r15
-. 4342 0x12345678 9
-. 4C 8B BC 24 80 00 00 00 C3
-
-movq 128(%rsp), %rax
-. 4343 0x12345678 9
-. 48 8B 84 24 80 00 00 00 C3
-
-movq 128(%rsp), %rbx
-. 4344 0x12345678 9
-. 48 8B 9C 24 80 00 00 00 C3
-
-movq 136(%rsp), %r14
-. 4345 0x12345678 9
-. 4C 8B B4 24 88 00 00 00 C3
-
-movq 136(%rsp), %rax
-. 4346 0x12345678 9
-. 48 8B 84 24 88 00 00 00 C3
-
-movq 136(%rsp), %rbx
-. 4347 0x12345678 9
-. 48 8B 9C 24 88 00 00 00 C3
-
-movq 136(%rsp), %rdx
-. 4348 0x12345678 9
-. 48 8B 94 24 88 00 00 00 C3
-
-movq 144(%rsp), %r15
-. 4349 0x12345678 9
-. 4C 8B BC 24 90 00 00 00 C3
-
-movq 144(%rsp), %rbp
-. 4350 0x12345678 9
-. 48 8B AC 24 90 00 00 00 C3
-
-movq 152(%rsp), %r12
-. 4351 0x12345678 9
-. 4C 8B A4 24 98 00 00 00 C3
-
-movq 152(%rsp), %rax
-. 4352 0x12345678 9
-. 48 8B 84 24 98 00 00 00 C3
-
-movq 152(%rsp), %rbx
-. 4353 0x12345678 9
-. 48 8B 9C 24 98 00 00 00 C3
-
-movq 152(%rsp), %rcx
-. 4354 0x12345678 9
-. 48 8B 8C 24 98 00 00 00 C3
-
-movq 152(%rsp), %rsi
-. 4355 0x12345678 9
-. 48 8B B4 24 98 00 00 00 C3
-
-movq 160(%rsp), %r13
-. 4356 0x12345678 9
-. 4C 8B AC 24 A0 00 00 00 C3
-
-movq 160(%rsp), %rax
-. 4357 0x12345678 9
-. 48 8B 84 24 A0 00 00 00 C3
-
-movq 160(%rsp), %rbx
-. 4358 0x12345678 9
-. 48 8B 9C 24 A0 00 00 00 C3
-
-movq 160(%rsp), %rcx
-. 4359 0x12345678 9
-. 48 8B 8C 24 A0 00 00 00 C3
-
-movq 160(%rsp), %rdi
-. 4360 0x12345678 9
-. 48 8B BC 24 A0 00 00 00 C3
-
-movq 160(%rsp), %rdx
-. 4361 0x12345678 9
-. 48 8B 94 24 A0 00 00 00 C3
-
-movq 160(%rsp), %rsi
-. 4362 0x12345678 9
-. 48 8B B4 24 A0 00 00 00 C3
-
-movq 168(%rsp), %r14
-. 4363 0x12345678 9
-. 4C 8B B4 24 A8 00 00 00 C3
-
-movq 16(%r12), %r8
-. 4364 0x12345678 6
-. 4D 8B 44 24 10 C3
-
-movq 16(%r12), %rax
-. 4365 0x12345678 6
-. 49 8B 44 24 10 C3
-
-movq 16(%r12), %rdi
-. 4366 0x12345678 6
-. 49 8B 7C 24 10 C3
-
-movq 16(%r12), %rdx
-. 4367 0x12345678 6
-. 49 8B 54 24 10 C3
-
-movq 16(%r12), %rsi
-. 4368 0x12345678 6
-. 49 8B 74 24 10 C3
-
-movq 16(%r13), %rax
-. 4369 0x12345678 5
-. 49 8B 45 10 C3
-
-movq 16(%r13), %rbx
-. 4370 0x12345678 5
-. 49 8B 5D 10 C3
-
-movq 16(%r13), %rcx
-. 4371 0x12345678 5
-. 49 8B 4D 10 C3
-
-movq 16(%r13), %rdi
-. 4372 0x12345678 5
-. 49 8B 7D 10 C3
-
-movq 16(%r13), %rsi
-. 4373 0x12345678 5
-. 49 8B 75 10 C3
-
-movq 16(%r15), %rax
-. 4374 0x12345678 5
-. 49 8B 47 10 C3
-
-movq 16(%r15), %rdx
-. 4375 0x12345678 5
-. 49 8B 57 10 C3
-
-movq 16(%r8), %rax
-. 4376 0x12345678 5
-. 49 8B 40 10 C3
-
-movq 16(%rax), %rbx
-. 4377 0x12345678 5
-. 48 8B 58 10 C3
-
-movq 16(%rax), %rdi
-. 4378 0x12345678 5
-. 48 8B 78 10 C3
-
-movq 16(%rax), %rdx
-. 4379 0x12345678 5
-. 48 8B 50 10 C3
-
-movq 16(%rbp), %rax
-. 4380 0x12345678 5
-. 48 8B 45 10 C3
-
-movq 16(%rbp), %rbx
-. 4381 0x12345678 5
-. 48 8B 5D 10 C3
-
-movq 16(%rbp), %rdi
-. 4382 0x12345678 5
-. 48 8B 7D 10 C3
-
-movq 16(%rbp), %rdx
-. 4383 0x12345678 5
-. 48 8B 55 10 C3
-
-movq 16(%rbp), %rsi
-. 4384 0x12345678 5
-. 48 8B 75 10 C3
-
-movq 16(%rbx), %rax
-. 4385 0x12345678 5
-. 48 8B 43 10 C3
-
-movq 16(%rbx), %rbx
-. 4386 0x12345678 5
-. 48 8B 5B 10 C3
-
-movq 16(%rbx), %rcx
-. 4387 0x12345678 5
-. 48 8B 4B 10 C3
-
-movq 16(%rbx), %rdi
-. 4388 0x12345678 5
-. 48 8B 7B 10 C3
-
-movq 16(%rbx), %rdx
-. 4389 0x12345678 5
-. 48 8B 53 10 C3
-
-movq 16(%rbx), %rsi
-. 4390 0x12345678 5
-. 48 8B 73 10 C3
-
-movq 16(%rcx), %rax
-. 4391 0x12345678 5
-. 48 8B 41 10 C3
-
-movq 16(%rdi), %rax
-. 4392 0x12345678 5
-. 48 8B 47 10 C3
-
-movq 16(%rdi), %rcx
-. 4393 0x12345678 5
-. 48 8B 4F 10 C3
-
-movq 16(%rdi), %rdi
-. 4394 0x12345678 5
-. 48 8B 7F 10 C3
-
-movq 16(%rdi), %rdx
-. 4395 0x12345678 5
-. 48 8B 57 10 C3
-
-movq 16(%rdx), %r8
-. 4396 0x12345678 5
-. 4C 8B 42 10 C3
-
-movq 16(%rdx), %rcx
-. 4397 0x12345678 5
-. 48 8B 4A 10 C3
-
-movq 16(%rdx), %rdx
-. 4398 0x12345678 5
-. 48 8B 52 10 C3
-
-movq 16(%rsi), %rax
-. 4399 0x12345678 5
-. 48 8B 46 10 C3
-
-movq 16(%rsi), %rsi
-. 4400 0x12345678 5
-. 48 8B 76 10 C3
-
-movq 16(%rsp), %r12
-. 4401 0x12345678 6
-. 4C 8B 64 24 10 C3
-
-movq 16(%rsp), %r13
-. 4402 0x12345678 6
-. 4C 8B 6C 24 10 C3
-
-movq 16(%rsp), %rax
-. 4403 0x12345678 6
-. 48 8B 44 24 10 C3
-
-movq 16(%rsp), %rbp
-. 4404 0x12345678 6
-. 48 8B 6C 24 10 C3
-
-movq 16(%rsp), %rcx
-. 4405 0x12345678 6
-. 48 8B 4C 24 10 C3
-
-movq 16(%rsp), %rdx
-. 4406 0x12345678 6
-. 48 8B 54 24 10 C3
-
-movq 16(%rsp), %rsi
-. 4407 0x12345678 6
-. 48 8B 74 24 10 C3
-
-movq 176(%rsp), %r15
-. 4408 0x12345678 9
-. 4C 8B BC 24 B0 00 00 00 C3
-
-movq 176(%rsp), %rax
-. 4409 0x12345678 9
-. 48 8B 84 24 B0 00 00 00 C3
-
-movq 176(%rsp), %rcx
-. 4410 0x12345678 9
-. 48 8B 8C 24 B0 00 00 00 C3
-
-movq 176(%rsp), %rsi
-. 4411 0x12345678 9
-. 48 8B B4 24 B0 00 00 00 C3
-
-movq 192(%rsp), %rcx
-. 4412 0x12345678 9
-. 48 8B 8C 24 C0 00 00 00 C3
-
-movq 192(%rsp), %rdi
-. 4413 0x12345678 9
-. 48 8B BC 24 C0 00 00 00 C3
-
-movq 192(%rsp), %rdx
-. 4414 0x12345678 9
-. 48 8B 94 24 C0 00 00 00 C3
-
-movq 192(%rsp), %rsi
-. 4415 0x12345678 9
-. 48 8B B4 24 C0 00 00 00 C3
-
-movq $-1, %rax
-. 4416 0x12345678 8
-. 48 C7 C0 FF FF FF FF C3
-
-movq 200(%rsp), %rsi
-. 4417 0x12345678 9
-. 48 8B B4 24 C8 00 00 00 C3
-
-movq 224(%rsp), %r8
-. 4418 0x12345678 9
-. 4C 8B 84 24 E0 00 00 00 C3
-
-movq 232(%rsp), %r12
-. 4419 0x12345678 9
-. 4C 8B A4 24 E8 00 00 00 C3
-
-movq 240(%rsp), %rcx
-. 4420 0x12345678 9
-. 48 8B 8C 24 F0 00 00 00 C3
-
-movq 24(%r12), %rax
-. 4421 0x12345678 6
-. 49 8B 44 24 18 C3
-
-movq 24(%r12), %rdx
-. 4422 0x12345678 6
-. 49 8B 54 24 18 C3
-
-movq 24(%r12), %rsi
-. 4423 0x12345678 6
-. 49 8B 74 24 18 C3
-
-movq 24(%r13), %rdi
-. 4424 0x12345678 5
-. 49 8B 7D 18 C3
-
-movq 24(%r13), %rsi
-. 4425 0x12345678 5
-. 49 8B 75 18 C3
-
-movq 24(%r14), %rcx
-. 4426 0x12345678 5
-. 49 8B 4E 18 C3
-
-movq 24(%r14), %rsi
-. 4427 0x12345678 5
-. 49 8B 76 18 C3
-
-movq 24(%r15), %r12
-. 4428 0x12345678 5
-. 4D 8B 67 18 C3
-
-movq 24(%r15), %rsi
-. 4429 0x12345678 5
-. 49 8B 77 18 C3
-
-movq 24(%rax), %rdi
-. 4430 0x12345678 5
-. 48 8B 78 18 C3
-
-movq 24(%rax), %rsi
-. 4431 0x12345678 5
-. 48 8B 70 18 C3
-
-movq 24(%rbp), %rax
-. 4432 0x12345678 5
-. 48 8B 45 18 C3
-
-movq 24(%rbp), %rbx
-. 4433 0x12345678 5
-. 48 8B 5D 18 C3
-
-movq 24(%rbp), %rcx
-. 4434 0x12345678 5
-. 48 8B 4D 18 C3
-
-movq 24(%rbp), %rdi
-. 4435 0x12345678 5
-. 48 8B 7D 18 C3
-
-movq 24(%rbp), %rdx
-. 4436 0x12345678 5
-. 48 8B 55 18 C3
-
-movq 24(%rbp), %rsi
-. 4437 0x12345678 5
-. 48 8B 75 18 C3
-
-movq 24(%rbx), %rax
-. 4438 0x12345678 5
-. 48 8B 43 18 C3
-
-movq 24(%rbx), %rbx
-. 4439 0x12345678 5
-. 48 8B 5B 18 C3
-
-movq 24(%rbx), %rdi
-. 4440 0x12345678 5
-. 48 8B 7B 18 C3
-
-movq 24(%rbx), %rdx
-. 4441 0x12345678 5
-. 48 8B 53 18 C3
-
-movq 24(%rbx), %rsi
-. 4442 0x12345678 5
-. 48 8B 73 18 C3
-
-movq 24(%rcx), %rax
-. 4443 0x12345678 5
-. 48 8B 41 18 C3
-
-movq 24(%rcx), %rcx
-. 4444 0x12345678 5
-. 48 8B 49 18 C3
-
-movq 24(%rdi), %rax
-. 4445 0x12345678 5
-. 48 8B 47 18 C3
-
-movq 24(%rdi), %rdi
-. 4446 0x12345678 5
-. 48 8B 7F 18 C3
-
-movq 24(%rsi), %rax
-. 4447 0x12345678 5
-. 48 8B 46 18 C3
-
-movq 24(%rsi), %rdi
-. 4448 0x12345678 5
-. 48 8B 7E 18 C3
-
-movq 24(%rsi), %rsi
-. 4449 0x12345678 5
-. 48 8B 76 18 C3
-
-movq 24(%rsp), %r12
-. 4450 0x12345678 6
-. 4C 8B 64 24 18 C3
-
-movq 24(%rsp), %r13
-. 4451 0x12345678 6
-. 4C 8B 6C 24 18 C3
-
-movq 24(%rsp), %r14
-. 4452 0x12345678 6
-. 4C 8B 74 24 18 C3
-
-movq 24(%rsp), %rax
-. 4453 0x12345678 6
-. 48 8B 44 24 18 C3
-
-movq 24(%rsp), %rbx
-. 4454 0x12345678 6
-. 48 8B 5C 24 18 C3
-
-movq 24(%rsp), %rcx
-. 4455 0x12345678 6
-. 48 8B 4C 24 18 C3
-
-movq 24(%rsp), %rdi
-. 4456 0x12345678 6
-. 48 8B 7C 24 18 C3
-
-movq 24(%rsp), %rdx
-. 4457 0x12345678 6
-. 48 8B 54 24 18 C3
-
-movq 24(%rsp), %rsi
-. 4458 0x12345678 6
-. 48 8B 74 24 18 C3
-
-movq 256(%rsp), %r12
-. 4459 0x12345678 9
-. 4C 8B A4 24 00 01 00 00 C3
-
-movq 256(%rsp), %rax
-. 4460 0x12345678 9
-. 48 8B 84 24 00 01 00 00 C3
-
-movq 264(%rsp), %rcx
-. 4461 0x12345678 9
-. 48 8B 8C 24 08 01 00 00 C3
-
-movq 288(%rsp), %rcx
-. 4462 0x12345678 9
-. 48 8B 8C 24 20 01 00 00 C3
-
-movq 304(%rsp), %rax
-. 4463 0x12345678 9
-. 48 8B 84 24 30 01 00 00 C3
-
-movq 304(%rsp), %rbx
-. 4464 0x12345678 9
-. 48 8B 9C 24 30 01 00 00 C3
-
-movq 304(%rsp), %rcx
-. 4465 0x12345678 9
-. 48 8B 8C 24 30 01 00 00 C3
-
-movq 312(%rsp), %rax
-. 4466 0x12345678 9
-. 48 8B 84 24 38 01 00 00 C3
-
-movq 312(%rsp), %rdx
-. 4467 0x12345678 9
-. 48 8B 94 24 38 01 00 00 C3
-
-movq 32(%r12), %r12
-. 4468 0x12345678 6
-. 4D 8B 64 24 20 C3
-
-movq 32(%r12), %rax
-. 4469 0x12345678 6
-. 49 8B 44 24 20 C3
-
-movq 32(%r12), %rcx
-. 4470 0x12345678 6
-. 49 8B 4C 24 20 C3
-
-movq 32(%r12), %rdi
-. 4471 0x12345678 6
-. 49 8B 7C 24 20 C3
-
-movq 32(%r12), %rsi
-. 4472 0x12345678 6
-. 49 8B 74 24 20 C3
-
-movq 32(%r13), %rdi
-. 4473 0x12345678 5
-. 49 8B 7D 20 C3
-
-movq 32(%r13), %rdx
-. 4474 0x12345678 5
-. 49 8B 55 20 C3
-
-movq 32(%r13), %rsi
-. 4475 0x12345678 5
-. 49 8B 75 20 C3
-
-movq 32(%r15), %rsi
-. 4476 0x12345678 5
-. 49 8B 77 20 C3
-
-movq 32(%rbp), %rdi
-. 4477 0x12345678 5
-. 48 8B 7D 20 C3
-
-movq 32(%rbp), %rdx
-. 4478 0x12345678 5
-. 48 8B 55 20 C3
-
-movq 32(%rbp), %rsi
-. 4479 0x12345678 5
-. 48 8B 75 20 C3
-
-movq 32(%rbx), %rax
-. 4480 0x12345678 5
-. 48 8B 43 20 C3
-
-movq 32(%rbx), %rdi
-. 4481 0x12345678 5
-. 48 8B 7B 20 C3
-
-movq 32(%rbx), %rsi
-. 4482 0x12345678 5
-. 48 8B 73 20 C3
-
-movq 32(%rdi), %rax
-. 4483 0x12345678 5
-. 48 8B 47 20 C3
-
-movq 32(%rdi), %rdi
-. 4484 0x12345678 5
-. 48 8B 7F 20 C3
-
-movq 32(%rsp), %r13
-. 4485 0x12345678 6
-. 4C 8B 6C 24 20 C3
-
-movq 32(%rsp), %r14
-. 4486 0x12345678 6
-. 4C 8B 74 24 20 C3
-
-movq 32(%rsp), %r15
-. 4487 0x12345678 6
-. 4C 8B 7C 24 20 C3
-
-movq 32(%rsp), %rax
-. 4488 0x12345678 6
-. 48 8B 44 24 20 C3
-
-movq 32(%rsp), %rbp
-. 4489 0x12345678 6
-. 48 8B 6C 24 20 C3
-
-movq 32(%rsp), %rcx
-. 4490 0x12345678 6
-. 48 8B 4C 24 20 C3
-
-movq 32(%rsp), %rdi
-. 4491 0x12345678 6
-. 48 8B 7C 24 20 C3
-
-movq 32(%rsp), %rdx
-. 4492 0x12345678 6
-. 48 8B 54 24 20 C3
-
-movq 32(%rsp), %rsi
-. 4493 0x12345678 6
-. 48 8B 74 24 20 C3
-
-movq 40(%rsp), %r12
-. 4494 0x12345678 6
-. 4C 8B 64 24 28 C3
-
-movq 40(%rsp), %r14
-. 4495 0x12345678 6
-. 4C 8B 74 24 28 C3
-
-movq 40(%rsp), %rax
-. 4496 0x12345678 6
-. 48 8B 44 24 28 C3
-
-movq 40(%rsp), %rbx
-. 4497 0x12345678 6
-. 48 8B 5C 24 28 C3
-
-movq 40(%rsp), %rcx
-. 4498 0x12345678 6
-. 48 8B 4C 24 28 C3
-
-movq 40(%rsp), %rdi
-. 4499 0x12345678 6
-. 48 8B 7C 24 28 C3
-
-movq 40(%rsp), %rsi
-. 4500 0x12345678 6
-. 48 8B 74 24 28 C3
-
-movq 48(%rsp), %r13
-. 4501 0x12345678 6
-. 4C 8B 6C 24 30 C3
-
-movq 48(%rsp), %r15
-. 4502 0x12345678 6
-. 4C 8B 7C 24 30 C3
-
-movq 48(%rsp), %rax
-. 4503 0x12345678 6
-. 48 8B 44 24 30 C3
-
-movq 48(%rsp), %rbp
-. 4504 0x12345678 6
-. 48 8B 6C 24 30 C3
-
-movq 48(%rsp), %rcx
-. 4505 0x12345678 6
-. 48 8B 4C 24 30 C3
-
-movq 48(%rsp), %rdx
-. 4506 0x12345678 6
-. 48 8B 54 24 30 C3
-
-movq 48(%rsp), %rsi
-. 4507 0x12345678 6
-. 48 8B 74 24 30 C3
-
-movq 4(%rax), %rdx
-. 4508 0x12345678 5
-. 48 8B 50 04 C3
-
-movq 4(%rdi), %rdi
-. 4509 0x12345678 5
-. 48 8B 7F 04 C3
-
-movq 560(%rsp), %rax
-. 4510 0x12345678 9
-. 48 8B 84 24 30 02 00 00 C3
-
-movq 560(%rsp), %rdi
-. 4511 0x12345678 9
-. 48 8B BC 24 30 02 00 00 C3
-
-movq 56(%rsp), %r10
-. 4512 0x12345678 6
-. 4C 8B 54 24 38 C3
-
-movq 56(%rsp), %r12
-. 4513 0x12345678 6
-. 4C 8B 64 24 38 C3
-
-movq 56(%rsp), %r14
-. 4514 0x12345678 6
-. 4C 8B 74 24 38 C3
-
-movq 56(%rsp), %rcx
-. 4515 0x12345678 6
-. 48 8B 4C 24 38 C3
-
-movq 56(%rsp), %rdi
-. 4516 0x12345678 6
-. 48 8B 7C 24 38 C3
-
-movq 56(%rsp), %rdx
-. 4517 0x12345678 6
-. 48 8B 54 24 38 C3
-
-movq 64(%rsp), %r13
-. 4518 0x12345678 6
-. 4C 8B 6C 24 40 C3
-
-movq 64(%rsp), %r15
-. 4519 0x12345678 6
-. 4C 8B 7C 24 40 C3
-
-movq 64(%rsp), %rdi
-. 4520 0x12345678 6
-. 48 8B 7C 24 40 C3
-
-movq 72(%rsp), %r14
-. 4521 0x12345678 6
-. 4C 8B 74 24 48 C3
-
-movq 72(%rsp), %rbx
-. 4522 0x12345678 6
-. 48 8B 5C 24 48 C3
-
-movq 72(%rsp), %rsi
-. 4523 0x12345678 6
-. 48 8B 74 24 48 C3
-
-movq 80(%rsp), %r15
-. 4524 0x12345678 6
-. 4C 8B 7C 24 50 C3
-
-movq 80(%rsp), %rax
-. 4525 0x12345678 6
-. 48 8B 44 24 50 C3
-
-movq 80(%rsp), %rbp
-. 4526 0x12345678 6
-. 48 8B 6C 24 50 C3
-
-movq 80(%rsp), %rbx
-. 4527 0x12345678 6
-. 48 8B 5C 24 50 C3
-
-movq 80(%rsp), %rdi
-. 4528 0x12345678 6
-. 48 8B 7C 24 50 C3
-
-movq 80(%rsp), %rdx
-. 4529 0x12345678 6
-. 48 8B 54 24 50 C3
-
-movq 88(%rsp), %r12
-. 4530 0x12345678 6
-. 4C 8B 64 24 58 C3
-
-movq 88(%rsp), %rax
-. 4531 0x12345678 6
-. 48 8B 44 24 58 C3
-
-movq 88(%rsp), %rbp
-. 4532 0x12345678 6
-. 48 8B 6C 24 58 C3
-
-movq 88(%rsp), %rbx
-. 4533 0x12345678 6
-. 48 8B 5C 24 58 C3
-
-movq 88(%rsp), %rcx
-. 4534 0x12345678 6
-. 48 8B 4C 24 58 C3
-
-movq 88(%rsp), %rdi
-. 4535 0x12345678 6
-. 48 8B 7C 24 58 C3
-
-movq 88(%rsp), %rdx
-. 4536 0x12345678 6
-. 48 8B 54 24 58 C3
-
-movq 88(%rsp), %rsi
-. 4537 0x12345678 6
-. 48 8B 74 24 58 C3
-
-movq 8(%r12), %r12
-. 4538 0x12345678 6
-. 4D 8B 64 24 08 C3
-
-movq 8(%r12), %rax
-. 4539 0x12345678 6
-. 49 8B 44 24 08 C3
-
-movq 8(%r12), %rbx
-. 4540 0x12345678 6
-. 49 8B 5C 24 08 C3
-
-movq 8(%r12), %rcx
-. 4541 0x12345678 6
-. 49 8B 4C 24 08 C3
-
-movq 8(%r12), %rdi
-. 4542 0x12345678 6
-. 49 8B 7C 24 08 C3
-
-movq 8(%r12), %rsi
-. 4543 0x12345678 6
-. 49 8B 74 24 08 C3
-
-movq 8(%r13), %r13
-. 4544 0x12345678 5
-. 4D 8B 6D 08 C3
-
-movq 8(%r13), %rax
-. 4545 0x12345678 5
-. 49 8B 45 08 C3
-
-movq 8(%r13), %rbx
-. 4546 0x12345678 5
-. 49 8B 5D 08 C3
-
-movq 8(%r13), %rcx
-. 4547 0x12345678 5
-. 49 8B 4D 08 C3
-
-movq 8(%r13), %rdi
-. 4548 0x12345678 5
-. 49 8B 7D 08 C3
-
-movq 8(%r13), %rdx
-. 4549 0x12345678 5
-. 49 8B 55 08 C3
-
-movq 8(%r13), %rsi
-. 4550 0x12345678 5
-. 49 8B 75 08 C3
-
-movq 8(%r14), %rax
-. 4551 0x12345678 5
-. 49 8B 46 08 C3
-
-movq 8(%r14), %rcx
-. 4552 0x12345678 5
-. 49 8B 4E 08 C3
-
-movq 8(%r14), %rdi
-. 4553 0x12345678 5
-. 49 8B 7E 08 C3
-
-movq 8(%r14), %rdx
-. 4554 0x12345678 5
-. 49 8B 56 08 C3
-
-movq 8(%r15), %rax
-. 4555 0x12345678 5
-. 49 8B 47 08 C3
-
-movq 8(%r15), %rsi
-. 4556 0x12345678 5
-. 49 8B 77 08 C3
-
-movq 8(%r8), %rax
-. 4557 0x12345678 5
-. 49 8B 40 08 C3
-
-movq 8(%rax), %r9
-. 4558 0x12345678 5
-. 4C 8B 48 08 C3
-
-movq 8(%rax), %rax
-. 4559 0x12345678 5
-. 48 8B 40 08 C3
-
-movq 8(%rax), %rcx
-. 4560 0x12345678 5
-. 48 8B 48 08 C3
-
-movq 8(%rax), %rdi
-. 4561 0x12345678 5
-. 48 8B 78 08 C3
-
-movq 8(%rax), %rdx
-. 4562 0x12345678 5
-. 48 8B 50 08 C3
-
-movq 8(%rax), %rsi
-. 4563 0x12345678 5
-. 48 8B 70 08 C3
-
-movq 8(%rbp), %r13
-. 4564 0x12345678 5
-. 4C 8B 6D 08 C3
-
-movq 8(%rbp), %rax
-. 4565 0x12345678 5
-. 48 8B 45 08 C3
-
-movq 8(%rbp), %rbx
-. 4566 0x12345678 5
-. 48 8B 5D 08 C3
-
-movq 8(%rbp), %rdi
-. 4567 0x12345678 5
-. 48 8B 7D 08 C3
-
-movq 8(%rbp), %rdx
-. 4568 0x12345678 5
-. 48 8B 55 08 C3
-
-movq 8(%rbp), %rsi
-. 4569 0x12345678 5
-. 48 8B 75 08 C3
-
-movq 8(%rbx), %r12
-. 4570 0x12345678 5
-. 4C 8B 63 08 C3
-
-movq 8(%rbx), %r8
-. 4571 0x12345678 5
-. 4C 8B 43 08 C3
-
-movq 8(%rbx), %r9
-. 4572 0x12345678 5
-. 4C 8B 4B 08 C3
-
-movq 8(%rbx), %rax
-. 4573 0x12345678 5
-. 48 8B 43 08 C3
-
-movq 8(%rbx), %rbx
-. 4574 0x12345678 5
-. 48 8B 5B 08 C3
-
-movq 8(%rbx), %rdi
-. 4575 0x12345678 5
-. 48 8B 7B 08 C3
-
-movq 8(%rbx), %rdx
-. 4576 0x12345678 5
-. 48 8B 53 08 C3
-
-movq 8(%rbx), %rsi
-. 4577 0x12345678 5
-. 48 8B 73 08 C3
-
-movq 8(%rcx), %r8
-. 4578 0x12345678 5
-. 4C 8B 41 08 C3
-
-movq 8(%rcx), %rax
-. 4579 0x12345678 5
-. 48 8B 41 08 C3
-
-movq 8(%rcx), %rdx
-. 4580 0x12345678 5
-. 48 8B 51 08 C3
-
-movq 8(%rdi), %rax
-. 4581 0x12345678 5
-. 48 8B 47 08 C3
-
-movq 8(%rdi), %rcx
-. 4582 0x12345678 5
-. 48 8B 4F 08 C3
-
-movq 8(%rdi), %rdi
-. 4583 0x12345678 5
-. 48 8B 7F 08 C3
-
-movq 8(%rdi), %rdx
-. 4584 0x12345678 5
-. 48 8B 57 08 C3
-
-movq 8(%rdi), %rsi
-. 4585 0x12345678 5
-. 48 8B 77 08 C3
-
-movq 8(%rdx), %r8
-. 4586 0x12345678 5
-. 4C 8B 42 08 C3
-
-movq 8(%rdx), %rax
-. 4587 0x12345678 5
-. 48 8B 42 08 C3
-
-movq 8(%rdx), %rbx
-. 4588 0x12345678 5
-. 48 8B 5A 08 C3
-
-movq 8(%rdx), %rcx
-. 4589 0x12345678 5
-. 48 8B 4A 08 C3
-
-movq 8(%rdx), %rdi
-. 4590 0x12345678 5
-. 48 8B 7A 08 C3
-
-movq 8(%rdx), %rdx
-. 4591 0x12345678 5
-. 48 8B 52 08 C3
-
-movq 8(%rsi), %rax
-. 4592 0x12345678 5
-. 48 8B 46 08 C3
-
-movq 8(%rsi), %rdi
-. 4593 0x12345678 5
-. 48 8B 7E 08 C3
-
-movq 8(%rsi), %rdx
-. 4594 0x12345678 5
-. 48 8B 56 08 C3
-
-movq 8(%rsi), %rsi
-. 4595 0x12345678 5
-. 48 8B 76 08 C3
-
-movq 8(%rsp), %r12
-. 4596 0x12345678 6
-. 4C 8B 64 24 08 C3
-
-movq 8(%rsp), %r8
-. 4597 0x12345678 6
-. 4C 8B 44 24 08 C3
-
-movq 8(%rsp), %rax
-. 4598 0x12345678 6
-. 48 8B 44 24 08 C3
-
-movq 8(%rsp), %rbp
-. 4599 0x12345678 6
-. 48 8B 6C 24 08 C3
-
-movq 8(%rsp), %rbx
-. 4600 0x12345678 6
-. 48 8B 5C 24 08 C3
-
-movq 8(%rsp), %rcx
-. 4601 0x12345678 6
-. 48 8B 4C 24 08 C3
-
-movq 8(%rsp), %rsi
-. 4602 0x12345678 6
-. 48 8B 74 24 08 C3
-
-movq 96(%rsp), %r12
-. 4603 0x12345678 6
-. 4C 8B 64 24 60 C3
-
-movq 96(%rsp), %r13
-. 4604 0x12345678 6
-. 4C 8B 6C 24 60 C3
-
-movq 96(%rsp), %rbp
-. 4605 0x12345678 6
-. 48 8B 6C 24 60 C3
-
-movq 96(%rsp), %rcx
-. 4606 0x12345678 6
-. 48 8B 4C 24 60 C3
-
-movq 96(%rsp), %rdi
-. 4607 0x12345678 6
-. 48 8B 7C 24 60 C3
-
-movq 96(%rsp), %rsi
-. 4608 0x12345678 6
-. 48 8B 74 24 60 C3
-
-movq $999, 72(%rsp)
-. 4609 0x12345678 10
-. 48 C7 44 24 48 E7 03 00 00 C3
-
-movq $998, (%rsp)
-. 4610 0x12345678 9
-. 48 C7 04 24 E6 03 00 00 C3
-
-movq 333(,%rax,8), %rax
-. 4611 0x12345678 9
-. 48 8B 04 C5 4D 01 00 00 C3
-
-movq 5(,%rax,8), %rax
-. 4612 0x12345678 9
-. 48 8B 04 C5 05 00 00 00 C3
-
-movq 3(,%rax,8), %rax
-. 4613 0x12345678 9
-. 48 8B 04 C5 03 00 00 00 C3
-
-movq 6(,%rax,8), %rax
-. 4614 0x12345678 9
-. 48 8B 04 C5 06 00 00 00 C3
-
-movq 444(%rip), %rax
-. 4615 0x12345678 8
-. 48 8B 05 BC 01 00 00 C3
-
-movq 41(%rip), %rax
-. 4616 0x12345678 8
-. 48 8B 05 29 00 00 00 C3
-
-movq 42(%rip), %rbx
-. 4617 0x12345678 8
-. 48 8B 1D 2A 00 00 00 C3
-
-movq 43(%rip), %rdi
-. 4618 0x12345678 8
-. 48 8B 3D 2B 00 00 00 C3
-
-movq 2(,%rax,8), %rax
-. 4619 0x12345678 9
-. 48 8B 04 C5 02 00 00 00 C3
-
-movq 7(,%rax,8), %rax
-. 4620 0x12345678 9
-. 48 8B 04 C5 07 00 00 00 C3
-
-movq 0(,%rax,8), %rsi
-. 4621 0x12345678 9
-. 48 8B 34 C5 00 00 00 00 C3
-
-movq 1(,%rax,8), %rax
-. 4622 0x12345678 9
-. 48 8B 04 C5 01 00 00 00 C3
-
-movq %r10, 56(%rsp)
-. 4623 0x12345678 6
-. 4C 89 54 24 38 C3
-
-movq %r10, %rax
-. 4624 0x12345678 4
-. 4C 89 D0 C3
-
-movq %r11, %rax
-. 4625 0x12345678 4
-. 4C 89 D8 C3
-
-movq %r12, 16(%rax)
-. 4626 0x12345678 5
-. 4C 89 60 10 C3
-
-movq %r12, -16(%rsp)
-. 4627 0x12345678 6
-. 4C 89 64 24 F0 C3
-
-movq %r12, -24(%rsp)
-. 4628 0x12345678 6
-. 4C 89 64 24 E8 C3
-
-movq %r12, -32(%rsp)
-. 4629 0x12345678 6
-. 4C 89 64 24 E0 C3
-
-movq %r12, 8(%rax)
-. 4630 0x12345678 5
-. 4C 89 60 08 C3
-
-movq %r12, -8(%rsp)
-. 4631 0x12345678 6
-. 4C 89 64 24 F8 C3
-
-movq (%r12), %r13
-. 4632 0x12345678 5
-. 4D 8B 2C 24 C3
-
-movq (%r12), %r14
-. 4633 0x12345678 5
-. 4D 8B 34 24 C3
-
-movq %r12, %r8
-. 4634 0x12345678 4
-. 4D 89 E0 C3
-
-movq %r12, %r9
-. 4635 0x12345678 4
-. 4D 89 E1 C3
-
-movq (%r12), %rax
-. 4636 0x12345678 5
-. 49 8B 04 24 C3
-
-movq %r12, %rax
-. 4637 0x12345678 4
-. 4C 89 E0 C3
-
-movq %r12, (%rax,%rcx,8)
-. 4638 0x12345678 5
-. 4C 89 24 C8 C3
-
-movq (%r12,%rbx,8), %rax
-. 4639 0x12345678 5
-. 49 8B 04 DC C3
-
-movq (%r12,%rbx,8), %rsi
-. 4640 0x12345678 5
-. 49 8B 34 DC C3
-
-movq %r12, %rcx
-. 4641 0x12345678 4
-. 4C 89 E1 C3
-
-movq (%r12), %rdi
-. 4642 0x12345678 5
-. 49 8B 3C 24 C3
-
-movq %r12, %rdi
-. 4643 0x12345678 4
-. 4C 89 E7 C3
-
-movq %r12, %rdx
-. 4644 0x12345678 4
-. 4C 89 E2 C3
-
-movq %r12, %rsi
-. 4645 0x12345678 4
-. 4C 89 E6 C3
-
-movq %r13, 16(%rax)
-. 4646 0x12345678 5
-. 4C 89 68 10 C3
-
-movq %r13, -16(%rsp)
-. 4647 0x12345678 6
-. 4C 89 6C 24 F0 C3
-
-movq %r13, 24(%rax)
-. 4648 0x12345678 5
-. 4C 89 68 18 C3
-
-movq %r13, -24(%rsp)
-. 4649 0x12345678 6
-. 4C 89 6C 24 E8 C3
-
-movq %r13, 8(%rbx)
-. 4650 0x12345678 5
-. 4C 89 6B 08 C3
-
-movq %r13, -8(%rsp)
-. 4651 0x12345678 6
-. 4C 89 6C 24 F8 C3
-
-movq %r13, %r14
-. 4652 0x12345678 4
-. 4D 89 EE C3
-
-movq %r13, %r8
-. 4653 0x12345678 4
-. 4D 89 E8 C3
-
-movq %r13, %r9
-. 4654 0x12345678 4
-. 4D 89 E9 C3
-
-movq (%r13), %rax
-. 4655 0x12345678 5
-. 49 8B 45 00 C3
-
-movq %r13, %rax
-. 4656 0x12345678 4
-. 4C 89 E8 C3
-
-movq (%r13), %rbx
-. 4657 0x12345678 5
-. 49 8B 5D 00 C3
-
-movq (%r13,%rbx,8), %rsi
-. 4658 0x12345678 6
-. 49 8B 74 DD 00 C3
-
-movq %r13, %rcx
-. 4659 0x12345678 4
-. 4C 89 E9 C3
-
-movq (%r13), %rdi
-. 4660 0x12345678 5
-. 49 8B 7D 00 C3
-
-movq %r13, %rdi
-. 4661 0x12345678 4
-. 4C 89 EF C3
-
-movq (%r13), %rdx
-. 4662 0x12345678 5
-. 49 8B 55 00 C3
-
-movq %r13, %rdx
-. 4663 0x12345678 4
-. 4C 89 EA C3
-
-movq %r13, %rsi
-. 4664 0x12345678 4
-. 4C 89 EE C3
-
-movq %r13, (%rsp)
-. 4665 0x12345678 5
-. 4C 89 2C 24 C3
-
-movq %r14, -16(%rsp)
-. 4666 0x12345678 6
-. 4C 89 74 24 F0 C3
-
-movq %r14, 24(%rax)
-. 4667 0x12345678 5
-. 4C 89 70 18 C3
-
-movq %r14, 32(%rax)
-. 4668 0x12345678 5
-. 4C 89 70 20 C3
-
-movq %r14, 8(%r12)
-. 4669 0x12345678 6
-. 4D 89 74 24 08 C3
-
-movq %r14, -8(%rsp)
-. 4670 0x12345678 6
-. 4C 89 74 24 F8 C3
-
-movq %r14, %r8
-. 4671 0x12345678 4
-. 4D 89 F0 C3
-
-movq %r14, %r9
-. 4672 0x12345678 4
-. 4D 89 F1 C3
-
-movq (%r14), %rax
-. 4673 0x12345678 4
-. 49 8B 06 C3
-
-movq %r14, %rax
-. 4674 0x12345678 4
-. 4C 89 F0 C3
-
-movq %r14, (%rbx)
-. 4675 0x12345678 4
-. 4C 89 33 C3
-
-movq %r14, %rcx
-. 4676 0x12345678 4
-. 4C 89 F1 C3
-
-movq (%r14), %rdi
-. 4677 0x12345678 4
-. 49 8B 3E C3
-
-movq %r14, %rdi
-. 4678 0x12345678 4
-. 4C 89 F7 C3
-
-movq (%r14), %rdx
-. 4679 0x12345678 4
-. 49 8B 16 C3
-
-movq %r14, %rdx
-. 4680 0x12345678 4
-. 4C 89 F2 C3
-
-movq %r14, %rsi
-. 4681 0x12345678 4
-. 4C 89 F6 C3
-
-movq %r15, 16(%rbx)
-. 4682 0x12345678 5
-. 4C 89 7B 10 C3
-
-movq %r15, 32(%rax)
-. 4683 0x12345678 5
-. 4C 89 78 20 C3
-
-movq %r15, -8(%rsp)
-. 4684 0x12345678 6
-. 4C 89 7C 24 F8 C3
-
-movq %r15, 8(%rsp)
-. 4685 0x12345678 6
-. 4C 89 7C 24 08 C3
-
-movq %r15, %r8
-. 4686 0x12345678 4
-. 4D 89 F8 C3
-
-movq (%r15), %rax
-. 4687 0x12345678 4
-. 49 8B 07 C3
-
-movq %r15, (%rax,%rcx,8)
-. 4688 0x12345678 5
-. 4C 89 3C C8 C3
-
-movq %r15, %rbp
-. 4689 0x12345678 4
-. 4C 89 FD C3
-
-movq %r15, %rcx
-. 4690 0x12345678 4
-. 4C 89 F9 C3
-
-movq (%r15), %rdi
-. 4691 0x12345678 4
-. 49 8B 3F C3
-
-movq %r15, %rdi
-. 4692 0x12345678 4
-. 4C 89 FF C3
-
-movq %r15, %rdx
-. 4693 0x12345678 4
-. 4C 89 FA C3
-
-movq %r15, %rsi
-. 4694 0x12345678 4
-. 4C 89 FE C3
-
-movq %r8, 104(%rsp)
-. 4695 0x12345678 6
-. 4C 89 44 24 68 C3
-
-movq %r8, 136(%rsp)
-. 4696 0x12345678 9
-. 4C 89 84 24 88 00 00 00 C3
-
-movq %r8, 144(%rsp)
-. 4697 0x12345678 9
-. 4C 89 84 24 90 00 00 00 C3
-
-movq %r8, 24(%rsp)
-. 4698 0x12345678 6
-. 4C 89 44 24 18 C3
-
-movq %r8, 296(%rsp)
-. 4699 0x12345678 9
-. 4C 89 84 24 28 01 00 00 C3
-
-movq %r8, 32(%rsp)
-. 4700 0x12345678 6
-. 4C 89 44 24 20 C3
-
-movq %r8, 40(%rsp)
-. 4701 0x12345678 6
-. 4C 89 44 24 28 C3
-
-movq %r8, 48(%rsp)
-. 4702 0x12345678 6
-. 4C 89 44 24 30 C3
-
-movq %r8, 64(%rsp)
-. 4703 0x12345678 6
-. 4C 89 44 24 40 C3
-
-movq %r8, 8(%rbx)
-. 4704 0x12345678 5
-. 4C 89 43 08 C3
-
-movq %r8, 8(%rsi)
-. 4705 0x12345678 5
-. 4C 89 46 08 C3
-
-movq %r8, 8(%rsp)
-. 4706 0x12345678 6
-. 4C 89 44 24 08 C3
-
-movq %r8, %r15
-. 4707 0x12345678 4
-. 4D 89 C7 C3
-
-movq (%r8), %rax
-. 4708 0x12345678 4
-. 49 8B 00 C3
-
-movq %r8, %rax
-. 4709 0x12345678 4
-. 4C 89 C0 C3
-
-movq %r8, %rbp
-. 4710 0x12345678 4
-. 4C 89 C5 C3
-
-movq %r8, (%rbx)
-. 4711 0x12345678 4
-. 4C 89 03 C3
-
-movq %r8, %rbx
-. 4712 0x12345678 4
-. 4C 89 C3 C3
-
-movq %r8, %rsi
-. 4713 0x12345678 4
-. 4C 89 C6 C3
-
-movq %r8, (%rsp)
-. 4714 0x12345678 5
-. 4C 89 04 24 C3
-
-movq %r9, 128(%rsp)
-. 4715 0x12345678 9
-. 4C 89 8C 24 80 00 00 00 C3
-
-movq %r9, 16(%rbx)
-. 4716 0x12345678 5
-. 4C 89 4B 10 C3
-
-movq %r9, 24(%rsp)
-. 4717 0x12345678 6
-. 4C 89 4C 24 18 C3
-
-movq %r9, 32(%rsp)
-. 4718 0x12345678 6
-. 4C 89 4C 24 20 C3
-
-movq %r9, 72(%rsp)
-. 4719 0x12345678 6
-. 4C 89 4C 24 48 C3
-
-movq %r9, %r14
-. 4720 0x12345678 4
-. 4D 89 CE C3
-
-movq %r9, %rax
-. 4721 0x12345678 4
-. 4C 89 C8 C3
-
-movq (%r9,%rax,8), %rdi
-. 4722 0x12345678 5
-. 49 8B 3C C1 C3
-
-movq %r9, %rdx
-. 4723 0x12345678 4
-. 4C 89 CA C3
-
-movq %r9, (%rsp)
-. 4724 0x12345678 5
-. 4C 89 0C 24 C3
-
-movq %rax, 112(%rsp)
-. 4725 0x12345678 6
-. 48 89 44 24 70 C3
-
-movq %rax, 16(%r12)
-. 4726 0x12345678 6
-. 49 89 44 24 10 C3
-
-movq %rax, 16(%rbp)
-. 4727 0x12345678 5
-. 48 89 45 10 C3
-
-movq %rax, 16(%rbx)
-. 4728 0x12345678 5
-. 48 89 43 10 C3
-
-movq %rax, 16(%rsi)
-. 4729 0x12345678 5
-. 48 89 46 10 C3
-
-movq %rax, 16(%rsp)
-. 4730 0x12345678 6
-. 48 89 44 24 10 C3
-
-movq %rax, 176(%rsp)
-. 4731 0x12345678 9
-. 48 89 84 24 B0 00 00 00 C3
-
-movq %rax, 24(%r12)
-. 4732 0x12345678 6
-. 49 89 44 24 18 C3
-
-movq %rax, 24(%r13)
-. 4733 0x12345678 5
-. 49 89 45 18 C3
-
-movq %rax, 24(%rbp)
-. 4734 0x12345678 5
-. 48 89 45 18 C3
-
-movq %rax, 24(%rbx)
-. 4735 0x12345678 5
-. 48 89 43 18 C3
-
-movq %rax, 24(%rdx)
-. 4736 0x12345678 5
-. 48 89 42 18 C3
-
-movq %rax, 24(%rsi)
-. 4737 0x12345678 5
-. 48 89 46 18 C3
-
-movq %rax, 24(%rsp)
-. 4738 0x12345678 6
-. 48 89 44 24 18 C3
-
-movq %rax, 256(%rsp)
-. 4739 0x12345678 9
-. 48 89 84 24 00 01 00 00 C3
-
-movq %rax, 32(%r12)
-. 4740 0x12345678 6
-. 49 89 44 24 20 C3
-
-movq %rax, 32(%r15)
-. 4741 0x12345678 5
-. 49 89 47 20 C3
-
-movq %rax, 32(%rbp)
-. 4742 0x12345678 5
-. 48 89 45 20 C3
-
-movq %rax, 32(%rbx)
-. 4743 0x12345678 5
-. 48 89 43 20 C3
-
-movq %rax, 32(%rsp)
-. 4744 0x12345678 6
-. 48 89 44 24 20 C3
-
-movq %rax, 40(%rsp)
-. 4745 0x12345678 6
-. 48 89 44 24 28 C3
-
-movq %rax, 48(%rsp)
-. 4746 0x12345678 6
-. 48 89 44 24 30 C3
-
-movq %rax, 56(%rsp)
-. 4747 0x12345678 6
-. 48 89 44 24 38 C3
-
-movq %rax, 80(%rsp)
-. 4748 0x12345678 6
-. 48 89 44 24 50 C3
-
-movq %rax, 88(%rsp)
-. 4749 0x12345678 6
-. 48 89 44 24 58 C3
-
-movq %rax, 8(%r12)
-. 4750 0x12345678 6
-. 49 89 44 24 08 C3
-
-movq %rax, 8(%r14)
-. 4751 0x12345678 5
-. 49 89 46 08 C3
-
-movq %rax, 8(%r15)
-. 4752 0x12345678 5
-. 49 89 47 08 C3
-
-movq %rax, 8(%rbp)
-. 4753 0x12345678 5
-. 48 89 45 08 C3
-
-movq %rax, 8(%rbx)
-. 4754 0x12345678 5
-. 48 89 43 08 C3
-
-movq %rax, 8(%rcx)
-. 4755 0x12345678 5
-. 48 89 41 08 C3
-
-movq %rax, -8(%rcx,%rdx,8)
-. 4756 0x12345678 6
-. 48 89 44 D1 F8 C3
-
-movq %rax, 8(%rsi)
-. 4757 0x12345678 5
-. 48 89 46 08 C3
-
-movq %rax, 8(%rsp)
-. 4758 0x12345678 6
-. 48 89 44 24 08 C3
-
-movq %rax, 96(%rsp)
-. 4759 0x12345678 6
-. 48 89 44 24 60 C3
-
-movq %rax, 388989(%rip)
-. 4760 0x12345678 8
-. 48 89 05 7D EF 05 00 C3
-
-movq %rax, (%r12)
-. 4761 0x12345678 5
-. 49 89 04 24 C3
-
-movq %rax, %r12
-. 4762 0x12345678 4
-. 49 89 C4 C3
-
-movq (%rax,%r12,8), %rbx
-. 4763 0x12345678 5
-. 4A 8B 1C E0 C3
-
-movq %rax, (%r12,%rbx,8)
-. 4764 0x12345678 5
-. 49 89 04 DC C3
-
-movq %rax, (%r13)
-. 4765 0x12345678 5
-. 49 89 45 00 C3
-
-movq %rax, %r13
-. 4766 0x12345678 4
-. 49 89 C5 C3
-
-movq (%rax,%r13,8), %r12
-. 4767 0x12345678 5
-. 4E 8B 24 E8 C3
-
-movq %rax, (%r13,%rbx,8)
-. 4768 0x12345678 6
-. 49 89 44 DD 00 C3
-
-movq %rax, (%r13,%rdx,8)
-. 4769 0x12345678 6
-. 49 89 44 D5 00 C3
-
-movq %rax, (%r14)
-. 4770 0x12345678 4
-. 49 89 06 C3
-
-movq %rax, %r14
-. 4771 0x12345678 4
-. 49 89 C6 C3
-
-movq %rax, (%r14,%rbx,8)
-. 4772 0x12345678 5
-. 49 89 04 DE C3
-
-movq %rax, %r15
-. 4773 0x12345678 4
-. 49 89 C7 C3
-
-movq (%rax,%r15,8), %rax
-. 4774 0x12345678 5
-. 4A 8B 04 F8 C3
-
-movq %rax, %r8
-. 4775 0x12345678 4
-. 49 89 C0 C3
-
-movq %rax, (%r8,%rdx,8)
-. 4776 0x12345678 5
-. 49 89 04 D0 C3
-
-movq %rax, %r9
-. 4777 0x12345678 4
-. 49 89 C1 C3
-
-movq %rax, (%r9,%rdx,8)
-. 4778 0x12345678 5
-. 49 89 04 D1 C3
-
-movq (%rax), %rax
-. 4779 0x12345678 4
-. 48 8B 00 C3
-
-movq %rax, (%rbp)
-. 4780 0x12345678 5
-. 48 89 45 00 C3
-
-movq %rax, %rbp
-. 4781 0x12345678 4
-. 48 89 C5 C3
-
-movq (%rax,%rbp,8), %rbx
-. 4782 0x12345678 5
-. 48 8B 1C E8 C3
-
-movq %rax, (%rbp,%rbx,8)
-. 4783 0x12345678 6
-. 48 89 44 DD 00 C3
-
-movq %rax, (%rbx)
-. 4784 0x12345678 4
-. 48 89 03 C3
-
-movq %rax, %rbx
-. 4785 0x12345678 4
-. 48 89 C3 C3
-
-movq (%rax,%rbx,8), %rdi
-. 4786 0x12345678 5
-. 48 8B 3C D8 C3
-
-movq (%rax,%rbx,8), %rdx
-. 4787 0x12345678 5
-. 48 8B 14 D8 C3
-
-movq (%rax,%rbx,8), %rsi
-. 4788 0x12345678 5
-. 48 8B 34 D8 C3
-
-movq %rax, (%rbx,%r12,8)
-. 4789 0x12345678 5
-. 4A 89 04 E3 C3
-
-movq %rax, %rcx
-. 4790 0x12345678 4
-. 48 89 C1 C3
-
-movq (%rax,%rcx,8), %r13
-. 4791 0x12345678 5
-. 4C 8B 2C C8 C3
-
-movq (%rax,%rcx,8), %rax
-. 4792 0x12345678 5
-. 48 8B 04 C8 C3
-
-movq (%rax,%rcx,8), %rsi
-. 4793 0x12345678 5
-. 48 8B 34 C8 C3
-
-movq %rax, (%rcx,%rsi,8)
-. 4794 0x12345678 5
-. 48 89 04 F1 C3
-
-movq (%rax), %rdi
-. 4795 0x12345678 4
-. 48 8B 38 C3
-
-movq %rax, %rdi
-. 4796 0x12345678 4
-. 48 89 C7 C3
-
-movq (%rax,%rdi,8), %rax
-. 4797 0x12345678 5
-. 48 8B 04 F8 C3
-
-movq (%rax,%rdi,8), %rsi
-. 4798 0x12345678 5
-. 48 8B 34 F8 C3
-
-movq %rax, (%rdi,%rdx,8)
-. 4799 0x12345678 5
-. 48 89 04 D7 C3
-
-movq %rax, (%rdx)
-. 4800 0x12345678 4
-. 48 89 02 C3
-
-movq %rax, %rdx
-. 4801 0x12345678 4
-. 48 89 C2 C3
-
-movq (%rax,%rdx,8), %r12
-. 4802 0x12345678 5
-. 4C 8B 24 D0 C3
-
-movq (%rax,%rdx,8), %r13
-. 4803 0x12345678 5
-. 4C 8B 2C D0 C3
-
-movq (%rax,%rdx,8), %r14
-. 4804 0x12345678 5
-. 4C 8B 34 D0 C3
-
-movq (%rax,%rdx,8), %rax
-. 4805 0x12345678 5
-. 48 8B 04 D0 C3
-
-movq (%rax,%rdx,8), %rbp
-. 4806 0x12345678 5
-. 48 8B 2C D0 C3
-
-movq (%rax,%rdx,8), %rbx
-. 4807 0x12345678 5
-. 48 8B 1C D0 C3
-
-movq (%rax,%rdx,8), %rdi
-. 4808 0x12345678 5
-. 48 8B 3C D0 C3
-
-movq (%rax,%rdx,8), %rdx
-. 4809 0x12345678 5
-. 48 8B 14 D0 C3
-
-movq (%rax,%rdx,8), %rsi
-. 4810 0x12345678 5
-. 48 8B 34 D0 C3
-
-movq %rax, (%rdx,%r12,8)
-. 4811 0x12345678 5
-. 4A 89 04 E2 C3
-
-movq %rax, (%rdx,%r13,8)
-. 4812 0x12345678 5
-. 4A 89 04 EA C3
-
-movq %rax, (%rdx,%r15,8)
-. 4813 0x12345678 5
-. 4A 89 04 FA C3
-
-movq %rax, (%rdx,%rbp,8)
-. 4814 0x12345678 5
-. 48 89 04 EA C3
-
-movq %rax, (%rdx,%rbx,8)
-. 4815 0x12345678 5
-. 48 89 04 DA C3
-
-movq %rax, (%rsi)
-. 4816 0x12345678 4
-. 48 89 06 C3
-
-movq %rax, %rsi
-. 4817 0x12345678 4
-. 48 89 C6 C3
-
-movq (%rax,%rsi,8), %rdi
-. 4818 0x12345678 5
-. 48 8B 3C F0 C3
-
-movq %rax, (%rsi,%rcx,8)
-. 4819 0x12345678 5
-. 48 89 04 CE C3
-
-movq %rax, (%rsp)
-. 4820 0x12345678 5
-. 48 89 04 24 C3
-
-movq %rax, 16(%rip)
-. 4821 0x12345678 8
-. 48 89 05 10 00 00 00 C3
-
-movq %rax, 8(%rip)
-. 4822 0x12345678 8
-. 48 89 05 08 00 00 00 C3
-
-movq %rax, (%rip)
-. 4823 0x12345678 8
-. 48 89 05 00 00 00 00 C3
-
-movq %rbp, -16(%rsp)
-. 4824 0x12345678 6
-. 48 89 6C 24 F0 C3
-
-movq %rbp, -24(%rsp)
-. 4825 0x12345678 6
-. 48 89 6C 24 E8 C3
-
-movq %rbp, -32(%rsp)
-. 4826 0x12345678 6
-. 48 89 6C 24 E0 C3
-
-movq %rbp, -40(%rsp)
-. 4827 0x12345678 6
-. 48 89 6C 24 D8 C3
-
-movq %rbp, 8(%rax)
-. 4828 0x12345678 5
-. 48 89 68 08 C3
-
-movq %rbp, -8(%rsp)
-. 4829 0x12345678 6
-. 48 89 6C 24 F8 C3
-
-movq %rbp, 96(%rsp)
-. 4830 0x12345678 6
-. 48 89 6C 24 60 C3
-
-movq %rbp, %r8
-. 4831 0x12345678 4
-. 49 89 E8 C3
-
-movq %rbp, %r9
-. 4832 0x12345678 4
-. 49 89 E9 C3
-
-movq %rbp, %rax
-. 4833 0x12345678 4
-. 48 89 E8 C3
-
-movq (%rbp,%rax,8), %rbx
-. 4834 0x12345678 6
-. 48 8B 5C C5 00 C3
-
-movq %rbp, (%rax,%rcx,8)
-. 4835 0x12345678 5
-. 48 89 2C C8 C3
-
-movq (%rbp,%rbx,8), %rdi
-. 4836 0x12345678 6
-. 48 8B 7C DD 00 C3
-
-movq %rbp, %rcx
-. 4837 0x12345678 4
-. 48 89 E9 C3
-
-movq (%rbp), %rdi
-. 4838 0x12345678 5
-. 48 8B 7D 00 C3
-
-movq %rbp, %rdi
-. 4839 0x12345678 4
-. 48 89 EF C3
-
-movq (%rbp), %rdx
-. 4840 0x12345678 5
-. 48 8B 55 00 C3
-
-movq %rbp, %rdx
-. 4841 0x12345678 4
-. 48 89 EA C3
-
-movq %rbp, (%rdx,%rax,8)
-. 4842 0x12345678 5
-. 48 89 2C C2 C3
-
-movq (%rbp), %rsi
-. 4843 0x12345678 5
-. 48 8B 75 00 C3
-
-movq %rbp, %rsi
-. 4844 0x12345678 4
-. 48 89 EE C3
-
-movq %rbx, 112(%rsp)
-. 4845 0x12345678 6
-. 48 89 5C 24 70 C3
-
-movq %rbx, 16(%rax)
-. 4846 0x12345678 5
-. 48 89 58 10 C3
-
-movq %rbx, -16(%rsp)
-. 4847 0x12345678 6
-. 48 89 5C 24 F0 C3
-
-movq %rbx, -24(%rsp)
-. 4848 0x12345678 6
-. 48 89 5C 24 E8 C3
-
-movq %rbx, -32(%rsp)
-. 4849 0x12345678 6
-. 48 89 5C 24 E0 C3
-
-movq %rbx, -40(%rsp)
-. 4850 0x12345678 6
-. 48 89 5C 24 D8 C3
-
-movq %rbx, -48(%rsp)
-. 4851 0x12345678 6
-. 48 89 5C 24 D0 C3
-
-movq %rbx, 4(%rax)
-. 4852 0x12345678 5
-. 48 89 58 04 C3
-
-movq %rbx, 560(%rsp)
-. 4853 0x12345678 9
-. 48 89 9C 24 30 02 00 00 C3
-
-movq %rbx, 8(%rax)
-. 4854 0x12345678 5
-. 48 89 58 08 C3
-
-movq (%rbx,%r12,8), %rsi
-. 4855 0x12345678 5
-. 4A 8B 34 E3 C3
-
-movq %rbx, (%r13)
-. 4856 0x12345678 5
-. 49 89 5D 00 C3
-
-movq %rbx, %r8
-. 4857 0x12345678 4
-. 49 89 D8 C3
-
-movq (%rbx), %rax
-. 4858 0x12345678 4
-. 48 8B 03 C3
-
-movq %rbx, (%rax)
-. 4859 0x12345678 4
-. 48 89 18 C3
-
-movq %rbx, %rax
-. 4860 0x12345678 4
-. 48 89 D8 C3
-
-movq %rbx, %rcx
-. 4861 0x12345678 4
-. 48 89 D9 C3
-
-movq (%rbx,%rcx,8), %rax
-. 4862 0x12345678 5
-. 48 8B 04 CB C3
-
-movq (%rbx), %rdi
-. 4863 0x12345678 4
-. 48 8B 3B C3
-
-movq %rbx, %rdi
-. 4864 0x12345678 4
-. 48 89 DF C3
-
-movq (%rbx), %rdx
-. 4865 0x12345678 4
-. 48 8B 13 C3
-
-movq %rbx, %rdx
-. 4866 0x12345678 4
-. 48 89 DA C3
-
-movq (%rbx), %rsi
-. 4867 0x12345678 4
-. 48 8B 33 C3
-
-movq %rbx, %rsi
-. 4868 0x12345678 4
-. 48 89 DE C3
-
-movq %rbx, (%rsp)
-. 4869 0x12345678 5
-. 48 89 1C 24 C3
-
-movq %rcx, 144(%rsp)
-. 4870 0x12345678 9
-. 48 89 8C 24 90 00 00 00 C3
-
-movq %rcx, 24(%rsp)
-. 4871 0x12345678 6
-. 48 89 4C 24 18 C3
-
-movq %rcx, 32(%rsp)
-. 4872 0x12345678 6
-. 48 89 4C 24 20 C3
-
-movq %rcx, 40(%rsp)
-. 4873 0x12345678 6
-. 48 89 4C 24 28 C3
-
-movq %rcx, 56(%rsp)
-. 4874 0x12345678 6
-. 48 89 4C 24 38 C3
-
-movq %rcx, 64(%rsp)
-. 4875 0x12345678 6
-. 48 89 4C 24 40 C3
-
-movq %rcx, %r12
-. 4876 0x12345678 4
-. 49 89 CC C3
-
-movq %rcx, %r13
-. 4877 0x12345678 4
-. 49 89 CD C3
-
-movq (%rcx,%r13,8), %rbp
-. 4878 0x12345678 5
-. 4A 8B 2C E9 C3
-
-movq %rcx, %r14
-. 4879 0x12345678 4
-. 49 89 CE C3
-
-movq %rcx, (%r14,%rax,8)
-. 4880 0x12345678 5
-. 49 89 0C C6 C3
-
-movq %rcx, %r15
-. 4881 0x12345678 4
-. 49 89 CF C3
-
-movq %rcx, %r8
-. 4882 0x12345678 4
-. 49 89 C8 C3
-
-movq (%rcx), %rax
-. 4883 0x12345678 4
-. 48 8B 01 C3
-
-movq %rcx, %rax
-. 4884 0x12345678 4
-. 48 89 C8 C3
-
-movq (%rcx,%rax,8), %r12
-. 4885 0x12345678 5
-. 4C 8B 24 C1 C3
-
-movq (%rcx,%rax,8), %r13
-. 4886 0x12345678 5
-. 4C 8B 2C C1 C3
-
-movq (%rcx,%rax,8), %rax
-. 4887 0x12345678 5
-. 48 8B 04 C1 C3
-
-movq (%rcx,%rax,8), %rsi
-. 4888 0x12345678 5
-. 48 8B 34 C1 C3
-
-movq (%rcx), %rdi
-. 4889 0x12345678 4
-. 48 8B 39 C3
-
-movq %rcx, %rdi
-. 4890 0x12345678 4
-. 48 89 CF C3
-
-movq %rcx, %rdx
-. 4891 0x12345678 4
-. 48 89 CA C3
-
-movq %rcx, %rsi
-. 4892 0x12345678 4
-. 48 89 CE C3
-
-movq (%rcx,%rsi,8), %rbx
-. 4893 0x12345678 5
-. 48 8B 1C F1 C3
-
-movq %rdi, 120(%rsp)
-. 4894 0x12345678 6
-. 48 89 7C 24 78 C3
-
-movq %rdi, 160(%rsp)
-. 4895 0x12345678 9
-. 48 89 BC 24 A0 00 00 00 C3
-
-movq %rdi, 32(%rsp)
-. 4896 0x12345678 6
-. 48 89 7C 24 20 C3
-
-movq %rdi, 72(%rsp)
-. 4897 0x12345678 6
-. 48 89 7C 24 48 C3
-
-movq %rdi, 66(%rip)
-. 4898 0x12345678 8
-. 48 89 3D 42 00 00 00 C3
-
-movq (%rdi), %r10
-. 4899 0x12345678 4
-. 4C 8B 17 C3
-
-movq %rdi, %r10
-. 4900 0x12345678 4
-. 49 89 FA C3
-
-movq %rdi, %r11
-. 4901 0x12345678 4
-. 49 89 FB C3
-
-movq %rdi, %r12
-. 4902 0x12345678 4
-. 49 89 FC C3
-
-movq %rdi, %r13
-. 4903 0x12345678 4
-. 49 89 FD C3
-
-movq (%rdi), %r14
-. 4904 0x12345678 4
-. 4C 8B 37 C3
-
-movq %rdi, %r14
-. 4905 0x12345678 4
-. 49 89 FE C3
-
-movq %rdi, %r15
-. 4906 0x12345678 4
-. 49 89 FF C3
-
-movq %rdi, %r8
-. 4907 0x12345678 4
-. 49 89 F8 C3
-
-movq (%rdi), %r9
-. 4908 0x12345678 4
-. 4C 8B 0F C3
-
-movq %rdi, %r9
-. 4909 0x12345678 4
-. 49 89 F9 C3
-
-movq (%rdi), %rax
-. 4910 0x12345678 4
-. 48 8B 07 C3
-
-movq %rdi, %rax
-. 4911 0x12345678 4
-. 48 89 F8 C3
-
-movq (%rdi,%rax,8), %rax
-. 4912 0x12345678 5
-. 48 8B 04 C7 C3
-
-movq (%rdi,%rax,8), %rdx
-. 4913 0x12345678 5
-. 48 8B 14 C7 C3
-
-movq %rdi, (%rbp)
-. 4914 0x12345678 5
-. 48 89 7D 00 C3
-
-movq %rdi, %rbp
-. 4915 0x12345678 4
-. 48 89 FD C3
-
-movq %rdi, %rbx
-. 4916 0x12345678 4
-. 48 89 FB C3
-
-movq %rdi, %rcx
-. 4917 0x12345678 4
-. 48 89 F9 C3
-
-movq (%rdi), %rdi
-. 4918 0x12345678 4
-. 48 8B 3F C3
-
-movq (%rdi), %rdx
-. 4919 0x12345678 4
-. 48 8B 17 C3
-
-movq %rdi, %rdx
-. 4920 0x12345678 4
-. 48 89 FA C3
-
-movq (%rdi,%rdx,8), %rax
-. 4921 0x12345678 5
-. 48 8B 04 D7 C3
-
-movq %rdi, %rsi
-. 4922 0x12345678 4
-. 48 89 FE C3
-
-movq %rdi, 33(%rip)
-. 4923 0x12345678 8
-. 48 89 3D 21 00 00 00 C3
-
-movq %rdi, -898989(%rip)
-. 4924 0x12345678 8
-. 48 89 3D 53 48 F2 FF C3
-
-movq %rdx, 128(%rsp)
-. 4925 0x12345678 9
-. 48 89 94 24 80 00 00 00 C3
-
-movq %rdx, 152(%rsp)
-. 4926 0x12345678 9
-. 48 89 94 24 98 00 00 00 C3
-
-movq %rdx, 16(%rsp)
-. 4927 0x12345678 6
-. 48 89 54 24 10 C3
-
-movq %rdx, 24(%rsp)
-. 4928 0x12345678 6
-. 48 89 54 24 18 C3
-
-movq %rdx, 304(%rsp)
-. 4929 0x12345678 9
-. 48 89 94 24 30 01 00 00 C3
-
-movq %rdx, 32(%rsp)
-. 4930 0x12345678 6
-. 48 89 54 24 20 C3
-
-movq %rdx, 48(%rsp)
-. 4931 0x12345678 6
-. 48 89 54 24 30 C3
-
-movq %rdx, 4(%rcx)
-. 4932 0x12345678 5
-. 48 89 51 04 C3
-
-movq %rdx, -8(%rbx,%rax,8)
-. 4933 0x12345678 6
-. 48 89 54 C3 F8 C3
-
-movq %rdx, 8(%rcx)
-. 4934 0x12345678 5
-. 48 89 51 08 C3
-
-movq %rdx, 8989(%rip)
-. 4935 0x12345678 8
-. 48 89 15 1D 23 00 00 C3
-
-movq %rdx, %r12
-. 4936 0x12345678 4
-. 49 89 D4 C3
-
-movq %rdx, (%r12,%rax,8)
-. 4937 0x12345678 5
-. 49 89 14 C4 C3
-
-movq %rdx, %r13
-. 4938 0x12345678 4
-. 49 89 D5 C3
-
-movq %rdx, %r14
-. 4939 0x12345678 4
-. 49 89 D6 C3
-
-movq %rdx, %r15
-. 4940 0x12345678 4
-. 49 89 D7 C3
-
-movq (%rdx), %r8
-. 4941 0x12345678 4
-. 4C 8B 02 C3
-
-movq (%rdx), %rax
-. 4942 0x12345678 4
-. 48 8B 02 C3
-
-movq %rdx, (%rax)
-. 4943 0x12345678 4
-. 48 89 10 C3
-
-movq %rdx, %rax
-. 4944 0x12345678 4
-. 48 89 D0 C3
-
-movq (%rdx,%rax,8), %r12
-. 4945 0x12345678 5
-. 4C 8B 24 C2 C3
-
-movq (%rdx,%rax,8), %rdi
-. 4946 0x12345678 5
-. 48 8B 3C C2 C3
-
-movq (%rdx,%rax,8), %rdx
-. 4947 0x12345678 5
-. 48 8B 14 C2 C3
-
-movq (%rdx,%rax,8), %rsi
-. 4948 0x12345678 5
-. 48 8B 34 C2 C3
-
-movq %rdx, %rbp
-. 4949 0x12345678 4
-. 48 89 D5 C3
-
-movq %rdx, %rbx
-. 4950 0x12345678 4
-. 48 89 D3 C3
-
-movq (%rdx,%rbx,8), %rdi
-. 4951 0x12345678 5
-. 48 8B 3C DA C3
-
-movq %rdx, %rcx
-. 4952 0x12345678 4
-. 48 89 D1 C3
-
-movq (%rdx,%rcx,8), %rsi
-. 4953 0x12345678 5
-. 48 8B 34 CA C3
-
-movq %rdx, %rdi
-. 4954 0x12345678 4
-. 48 89 D7 C3
-
-movq (%rdx), %rdx
-. 4955 0x12345678 4
-. 48 8B 12 C3
-
-movq %rdx, %rsi
-. 4956 0x12345678 4
-. 48 89 D6 C3
-
-movq %rdx, (%rsp)
-. 4957 0x12345678 5
-. 48 89 14 24 C3
-
-movq %rsi, 136(%rsp)
-. 4958 0x12345678 9
-. 48 89 B4 24 88 00 00 00 C3
-
-movq %rsi, 152(%rsp)
-. 4959 0x12345678 9
-. 48 89 B4 24 98 00 00 00 C3
-
-movq %rsi, 160(%rsp)
-. 4960 0x12345678 9
-. 48 89 B4 24 A0 00 00 00 C3
-
-movq %rsi, 16(%rsp)
-. 4961 0x12345678 6
-. 48 89 74 24 10 C3
-
-movq %rsi, 24(%rsp)
-. 4962 0x12345678 6
-. 48 89 74 24 18 C3
-
-movq %rsi, 312(%rsp)
-. 4963 0x12345678 9
-. 48 89 B4 24 38 01 00 00 C3
-
-movq %rsi, 32(%rsp)
-. 4964 0x12345678 6
-. 48 89 74 24 20 C3
-
-movq %rsi, 40(%rsp)
-. 4965 0x12345678 6
-. 48 89 74 24 28 C3
-
-movq %rsi, 48(%rsp)
-. 4966 0x12345678 6
-. 48 89 74 24 30 C3
-
-movq %rsi, 56(%rsp)
-. 4967 0x12345678 6
-. 48 89 74 24 38 C3
-
-movq %rsi, 8(%rsp)
-. 4968 0x12345678 6
-. 48 89 74 24 08 C3
-
-movq %rsi, 77(%rip)
-. 4969 0x12345678 8
-. 48 89 35 4D 00 00 00 C3
-
-movq %rsi, %r10
-. 4970 0x12345678 4
-. 49 89 F2 C3
-
-movq %rsi, %r12
-. 4971 0x12345678 4
-. 49 89 F4 C3
-
-movq %rsi, %r13
-. 4972 0x12345678 4
-. 49 89 F5 C3
-
-movq %rsi, %r14
-. 4973 0x12345678 4
-. 49 89 F6 C3
-
-movq %rsi, %r15
-. 4974 0x12345678 4
-. 49 89 F7 C3
-
-movq %rsi, %r8
-. 4975 0x12345678 4
-. 49 89 F0 C3
-
-movq %rsi, %r9
-. 4976 0x12345678 4
-. 49 89 F1 C3
-
-movq %rsi, %rax
-. 4977 0x12345678 4
-. 48 89 F0 C3
-
-movq %rsi, %rbp
-. 4978 0x12345678 4
-. 48 89 F5 C3
-
-movq %rsi, %rbx
-. 4979 0x12345678 4
-. 48 89 F3 C3
-
-movq %rsi, %rcx
-. 4980 0x12345678 4
-. 48 89 F1 C3
-
-movq %rsi, %rdi
-. 4981 0x12345678 4
-. 48 89 F7 C3
-
-movq (%rsi), %rdx
-. 4982 0x12345678 4
-. 48 8B 16 C3
-
-movq %rsi, %rdx
-. 4983 0x12345678 4
-. 48 89 F2 C3
-
-movq (%rsi,%rdx,8), %rax
-. 4984 0x12345678 5
-. 48 8B 04 D6 C3
-
-movq %rsi, (%rsp)
-. 4985 0x12345678 5
-. 48 89 34 24 C3
-
-movq %rsi, 77(%rip)
-. 4986 0x12345678 8
-. 48 89 35 4D 00 00 00 C3
-
-movq (%rsp), %r9
-. 4987 0x12345678 5
-. 4C 8B 0C 24 C3
-
-movq (%rsp), %rax
-. 4988 0x12345678 5
-. 48 8B 04 24 C3
-
-movq (%rsp), %rbx
-. 4989 0x12345678 5
-. 48 8B 1C 24 C3
-
-movq (%rsp), %rdi
-. 4990 0x12345678 5
-. 48 8B 3C 24 C3
-
-movq (%rsp), %rdx
-. 4991 0x12345678 5
-. 48 8B 14 24 C3
-
-movq %rsp, %rdx
-. 4992 0x12345678 4
-. 48 89 E2 C3
-
-movq (%rsp), %rsi
-. 4993 0x12345678 5
-. 48 8B 34 24 C3
-
-movq 33(%rip), %rcx
-. 4994 0x12345678 8
-. 48 8B 0D 21 00 00 00 C3
-
-movq 66(%rip), %rdi
-. 4995 0x12345678 8
-. 48 8B 3D 42 00 00 00 C3
-
-movl %r12d, %eax
-. 4996 0x12345678 4
-. 44 89 E0 C3
-
-movl %r13d, %eax
-. 4997 0x12345678 4
-. 44 89 E8 C3
-
-movl %r13d, %edx
-. 4998 0x12345678 4
-. 44 89 EA C3
-
-movl %r14d, %edi
-. 4999 0x12345678 4
-. 44 89 F7 C3
-
-movl %r15d, %eax
-. 5000 0x12345678 4
-. 44 89 F8 C3
-
-movl %r15d, %ebx
-. 5001 0x12345678 4
-. 44 89 FB C3
-
-movl %r15d, %esi
-. 5002 0x12345678 4
-. 44 89 FE C3
-
-movl (%rax,%rdx,8), %ebx
-. 5003 0x12345678 4
-. 8B 1C D0 C3
-
-movl (%rdx), %r8d
-. 5004 0x12345678 4
-. 44 8B 02 C3
-
-movsbl 8(%rax),%edi
-. 5005 0x12345678 5
-. 0F BE 78 08 C3
-
-movsbl %ah, %ebx
-. 5006 0x12345678 4
-. 0F BE DC C3
-
-movsbl %ah, %edx
-. 5007 0x12345678 4
-. 0F BE D4 C3
-
-movsbl %al,%ebx
-. 5008 0x12345678 4
-. 0F BE D8 C3
-
-movsbl %al,%ecx
-. 5009 0x12345678 4
-. 0F BE C8 C3
-
-movsbl %al,%edi
-. 5010 0x12345678 4
-. 0F BE F8 C3
-
-movsbl %al,%edx
-. 5011 0x12345678 4
-. 0F BE D0 C3
-
-movsbl %al,%esi
-. 5012 0x12345678 4
-. 0F BE F0 C3
-
-movsbl %al,%r12d
-. 5013 0x12345678 5
-. 44 0F BE E0 C3
-
-movsbl %bh, %edi
-. 5014 0x12345678 4
-. 0F BE FF C3
-
-movsbl %bl,%ebx
-. 5015 0x12345678 4
-. 0F BE DB C3
-
-movsbl %ch, %edx
-. 5016 0x12345678 4
-. 0F BE D5 C3
-
-movsbl %cl,%eax
-. 5017 0x12345678 4
-. 0F BE C1 C3
-
-movsbl %cl,%ecx
-. 5018 0x12345678 4
-. 0F BE C9 C3
-
-movsbl %dil,%ecx
-. 5019 0x12345678 5
-. 40 0F BE CF C3
-
-movsbl %dl,%eax
-. 5020 0x12345678 4
-. 0F BE C2 C3
-
-movsbl %dl,%edx
-. 5021 0x12345678 4
-. 0F BE D2 C3
-
-movsbl %r11b,%edx
-. 5022 0x12345678 5
-. 41 0F BE D3 C3
-
-movsbl %r8b,%r8d
-. 5023 0x12345678 5
-. 45 0F BE C0 C3
-
-movsbl (%rax,%rcx),%edi
-. 5024 0x12345678 5
-. 0F BE 3C 08 C3
-
-movsbl (%rax,%rdx),%edi
-. 5025 0x12345678 5
-. 0F BE 3C 10 C3
-
-movsbl (%rax,%rsi),%edi
-. 5026 0x12345678 5
-. 0F BE 3C 30 C3
-
-movsbl (%rcx,%r12),%eax
-. 5027 0x12345678 6
-. 42 0F BE 04 21 C3
-
-movsbl (%rdi,%rax),%eax
-. 5028 0x12345678 5
-. 0F BE 04 07 C3
-
-movsbl (%rdx),%edi
-. 5029 0x12345678 4
-. 0F BE 3A C3
-
-movsbl (%rsp,%rax),%edi
-. 5030 0x12345678 5
-. 0F BE 3C 04 C3
-
-movsbq (%rdi,%rax),%rax
-. 5031 0x12345678 6
-. 48 0F BE 04 07 C3
-
-movslq 104(%rsp),%rdi
-. 5033 0x12345678 6
-. 48 63 7C 24 68 C3
-
-movslq 108(%rsp),%rax
-. 5034 0x12345678 6
-. 48 63 44 24 6C C3
-
-movslq 108(%rsp),%rdx
-. 5035 0x12345678 6
-. 48 63 54 24 6C C3
-
-movslq 120(%rsp),%rdi
-. 5036 0x12345678 6
-. 48 63 7C 24 78 C3
-
-movslq 124(%rsp),%rdi
-. 5037 0x12345678 6
-. 48 63 7C 24 7C C3
-
-movslq 124(%rsp),%rsi
-. 5038 0x12345678 6
-. 48 63 74 24 7C C3
-
-movslq 12(%rax),%rdi
-. 5039 0x12345678 5
-. 48 63 78 0C C3
-
-movslq 12(%rsp),%r15
-. 5040 0x12345678 6
-. 4C 63 7C 24 0C C3
-
-movslq 12(%rsp),%rax
-. 5041 0x12345678 6
-. 48 63 44 24 0C C3
-
-movslq 12(%rsp),%rdi
-. 5042 0x12345678 6
-. 48 63 7C 24 0C C3
-
-movslq 168(%rsp),%rax
-. 5043 0x12345678 9
-. 48 63 84 24 A8 00 00 00 C3
-
-movslq 16(%rsp),%rax
-. 5044 0x12345678 6
-. 48 63 44 24 10 C3
-
-movslq 16(%rsp),%rdi
-. 5045 0x12345678 6
-. 48 63 7C 24 10 C3
-
-movslq 176(%rsp),%rax
-. 5046 0x12345678 9
-. 48 63 84 24 B0 00 00 00 C3
-
-movslq 180(%rsp),%rax
-. 5047 0x12345678 9
-. 48 63 84 24 B4 00 00 00 C3
-
-movslq 184(%rsp),%rax
-. 5048 0x12345678 9
-. 48 63 84 24 B8 00 00 00 C3
-
-movslq 188(%rsp),%rax
-. 5049 0x12345678 9
-. 48 63 84 24 BC 00 00 00 C3
-
-movslq 20(%rsp),%rax
-. 5050 0x12345678 6
-. 48 63 44 24 14 C3
-
-movslq 24(%rbx),%rdi
-. 5051 0x12345678 5
-. 48 63 7B 18 C3
-
-movslq 28(%rsp),%rax
-. 5052 0x12345678 6
-. 48 63 44 24 1C C3
-
-movslq 44(%rsp),%rax
-. 5053 0x12345678 6
-. 48 63 44 24 2C C3
-
-movslq 8(%r12),%rax
-. 5054 0x12345678 6
-. 49 63 44 24 08 C3
-
-movslq 8(%rbx),%rax
-. 5055 0x12345678 5
-. 48 63 43 08 C3
-
-movslq 8(%rbx),%rbx
-. 5056 0x12345678 5
-. 48 63 5B 08 C3
-
-movslq 8(%rbx),%rdi
-. 5057 0x12345678 5
-. 48 63 7B 08 C3
-
-movslq 8(%rdx),%rax
-. 5058 0x12345678 5
-. 48 63 42 08 C3
-
-movslq 8(%rsi),%rax
-. 5059 0x12345678 5
-. 48 63 46 08 C3
-
-movslq %eax,%rdi
-. 5060 0x12345678 4
-. 48 63 F8 C3
-
-movslq %ebp,%r12
-. 5061 0x12345678 4
-. 4C 63 E5 C3
-
-movslq %ebp,%r13
-. 5062 0x12345678 4
-. 4C 63 ED C3
-
-movslq %ebp,%rax
-. 5063 0x12345678 4
-. 48 63 C5 C3
-
-movslq %ebp,%rbx
-. 5064 0x12345678 4
-. 48 63 DD C3
-
-movslq %ebp,%rcx
-. 5065 0x12345678 4
-. 48 63 CD C3
-
-movslq %ebp,%rdi
-. 5066 0x12345678 4
-. 48 63 FD C3
-
-movslq %ebp,%rdx
-. 5067 0x12345678 4
-. 48 63 D5 C3
-
-movslq %ebp,%rsi
-. 5068 0x12345678 4
-. 48 63 F5 C3
-
-movslq %ebx,%r13
-. 5069 0x12345678 4
-. 4C 63 EB C3
-
-movslq %ebx,%rax
-. 5070 0x12345678 4
-. 48 63 C3 C3
-
-movslq %ebx,%rcx
-. 5071 0x12345678 4
-. 48 63 CB C3
-
-movslq %ebx,%rdi
-. 5072 0x12345678 4
-. 48 63 FB C3
-
-movslq %ebx,%rdx
-. 5073 0x12345678 4
-. 48 63 D3 C3
-
-movslq %ecx,%rax
-. 5074 0x12345678 4
-. 48 63 C1 C3
-
-movslq %ecx,%rdi
-. 5075 0x12345678 4
-. 48 63 F9 C3
-
-movslq %ecx,%rdx
-. 5076 0x12345678 4
-. 48 63 D1 C3
-
-movslq %edi,%rax
-. 5077 0x12345678 4
-. 48 63 C7 C3
-
-movslq %edi,%rdi
-. 5078 0x12345678 4
-. 48 63 FF C3
-
-movslq %edx,%rax
-. 5079 0x12345678 4
-. 48 63 C2 C3
-
-movslq %edx,%rcx
-. 5080 0x12345678 4
-. 48 63 CA C3
-
-movslq %edx,%rdi
-. 5081 0x12345678 4
-. 48 63 FA C3
-
-movslq %edx,%rdx
-. 5082 0x12345678 4
-. 48 63 D2 C3
-
-movslq %edx,%rsi
-. 5083 0x12345678 4
-. 48 63 F2 C3
-
-movslq %esi,%rax
-. 5084 0x12345678 4
-. 48 63 C6 C3
-
-movslq %esi,%rcx
-. 5085 0x12345678 4
-. 48 63 CE C3
-
-movslq %esi,%rdi
-. 5086 0x12345678 4
-. 48 63 FE C3
-
-movslq %esi,%rdx
-. 5087 0x12345678 4
-. 48 63 D6 C3
-
-movslq %r12d,%r8
-. 5088 0x12345678 4
-. 4D 63 C4 C3
-
-movslq %r12d,%rax
-. 5089 0x12345678 4
-. 49 63 C4 C3
-
-movslq %r12d,%rbp
-. 5090 0x12345678 4
-. 49 63 EC C3
-
-movslq %r12d,%rbx
-. 5091 0x12345678 4
-. 49 63 DC C3
-
-movslq %r12d,%rcx
-. 5092 0x12345678 4
-. 49 63 CC C3
-
-movslq %r12d,%rdx
-. 5093 0x12345678 4
-. 49 63 D4 C3
-
-movslq %r12d,%rsi
-. 5094 0x12345678 4
-. 49 63 F4 C3
-
-movslq %r13d,%rax
-. 5095 0x12345678 4
-. 49 63 C5 C3
-
-movslq %r13d,%rbx
-. 5096 0x12345678 4
-. 49 63 DD C3
-
-movslq %r13d,%rdx
-. 5097 0x12345678 4
-. 49 63 D5 C3
-
-movslq %r14d,%rax
-. 5098 0x12345678 4
-. 49 63 C6 C3
-
-movslq %r14d,%rbp
-. 5099 0x12345678 4
-. 49 63 EE C3
-
-movslq %r14d,%rcx
-. 5100 0x12345678 4
-. 49 63 CE C3
-
-movslq %r14d,%rdx
-. 5101 0x12345678 4
-. 49 63 D6 C3
-
-movslq %r15d,%rax
-. 5102 0x12345678 4
-. 49 63 C7 C3
-
-movslq %r15d,%rbx
-. 5103 0x12345678 4
-. 49 63 DF C3
-
-movslq %r15d,%rdx
-. 5104 0x12345678 4
-. 49 63 D7 C3
-
-movslq %r8d,%rax
-. 5105 0x12345678 4
-. 49 63 C0 C3
-
-movslq %r8d,%rbx
-. 5106 0x12345678 4
-. 49 63 D8 C3
-
-movslq %r8d,%rcx
-. 5107 0x12345678 4
-. 49 63 C8 C3
-
-movslq %r8d,%rdx
-. 5108 0x12345678 4
-. 49 63 D0 C3
-
-movslq %r9d,%r8
-. 5109 0x12345678 4
-. 4D 63 C1 C3
-
-movslq %r9d,%rcx
-. 5110 0x12345678 4
-. 49 63 C9 C3
-
-movslq %r9d,%rdx
-. 5111 0x12345678 4
-. 49 63 D1 C3
-
-movslq (%rdx),%r8
-. 5112 0x12345678 4
-. 4C 63 02 C3
-
-movswl 2(%rcx,%rax,4),%eax
-. 5113 0x12345678 6
-. 0F BF 44 81 02 C3
-
-movswl 2(%rcx,%rdx),%eax
-. 5114 0x12345678 6
-. 0F BF 44 11 02 C3
-
-movswl 2(%rdi,%rsi),%eax
-. 5115 0x12345678 6
-. 0F BF 44 37 02 C3
-
-movswl 2(%rdx,%rax,4),%eax
-. 5116 0x12345678 6
-. 0F BF 44 82 02 C3
-
-movswl 2(%rsi,%rdx,4),%edx
-. 5117 0x12345678 6
-. 0F BF 54 96 02 C3
-
-movswl 4(%rax,%rdx),%esi
-. 5118 0x12345678 6
-. 0F BF 74 10 04 C3
-
-movswl 4(%rcx,%rdx,8),%eax
-. 5119 0x12345678 6
-. 0F BF 44 D1 04 C3
-
-movswl 4(%rcx,%rsi,8),%eax
-. 5120 0x12345678 6
-. 0F BF 44 F1 04 C3
-
-movswl 4(%rdi,%rax),%esi
-. 5121 0x12345678 6
-. 0F BF 74 07 04 C3
-
-movswl 4(%rdx,%rax),%esi
-. 5122 0x12345678 6
-. 0F BF 74 02 04 C3
-
-movswl 6(%rcx,%rdx,8),%eax
-. 5123 0x12345678 6
-. 0F BF 44 D1 06 C3
-
-movswl 6(%rcx,%rsi,8),%eax
-. 5124 0x12345678 6
-. 0F BF 44 F1 06 C3
-
-movswl %cx,%ecx
-. 5125 0x12345678 4
-. 0F BF C9 C3
-
-movswl %di,%eax
-. 5126 0x12345678 4
-. 0F BF C7 C3
-
-movswl %di,%edi
-. 5127 0x12345678 4
-. 0F BF FF C3
-
-movswl %dx,%edx
-. 5128 0x12345678 4
-. 0F BF D2 C3
-
-movswl %r8w,%r8d
-. 5129 0x12345678 5
-. 45 0F BF C0 C3
-
-movswl (%rdx,%rax,4),%eax
-. 5130 0x12345678 5
-. 0F BF 04 82 C3
-
-movswl %si,%esi
-. 5131 0x12345678 4
-. 0F BF F6 C3
-
-movswq %ax,%rax
-. 5132 0x12345678 5
-. 48 0F BF C0 C3
-
-movw $0, 22(%rbx,%rax,2)
-. 5133 0x12345678 8
-. 66 C7 44 43 16 00 00 C3
-
-movw $0, 22(%rcx,%rdx,2)
-. 5134 0x12345678 8
-. 66 C7 44 51 16 00 00 C3
-
-movw $0, 24(%r14)
-. 5135 0x12345678 8
-. 66 41 C7 46 18 00 00 C3
-
-movw $0, 24(%rax)
-. 5136 0x12345678 7
-. 66 C7 40 18 00 00 C3
-
-movw $0, 4(%rdx,%rax)
-. 5137 0x12345678 8
-. 66 C7 44 02 04 00 00 C3
-
-movw $0, 6(%rdx,%rax)
-. 5138 0x12345678 8
-. 66 C7 44 02 06 00 00 C3
-
-movw $1, 30(%r14)
-. 5139 0x12345678 8
-. 66 41 C7 46 1E 01 00 C3
-
-movw $1, 30(%rax)
-. 5140 0x12345678 7
-. 66 C7 40 1E 01 00 C3
-
-movw $-2, 2(%rdx,%rax)
-. 5141 0x12345678 8
-. 66 C7 44 02 02 FE FF C3
-
-movw $-2, (%rdx,%rax)
-. 5142 0x12345678 7
-. 66 C7 04 02 FE FF C3
-
-movw %ax, 30(%rbx)
-. 5143 0x12345678 5
-. 66 89 43 1E C3
-
-movw %ax, 30(%rcx)
-. 5144 0x12345678 5
-. 66 89 41 1E C3
-
-movw %ax, 4(%rcx,%rdx,4)
-. 5145 0x12345678 6
-. 66 89 44 91 04 C3
-
-movw %ax, 4(%rcx,%rdx,8)
-. 5146 0x12345678 6
-. 66 89 44 D1 04 C3
-
-movw %ax, 6(%rcx,%rdx,8)
-. 5147 0x12345678 6
-. 66 89 44 D1 06 C3
-
-movw %bx, 4(%rcx,%rax,8)
-. 5148 0x12345678 6
-. 66 89 5C C1 04 C3
-
-movw %bx, 8(%rax)
-. 5149 0x12345678 5
-. 66 89 58 08 C3
-
-movw %cx, (%rdx,%rax)
-. 5150 0x12345678 5
-. 66 89 0C 02 C3
-
-movw %r13w, 2(%rbx,%rax)
-. 5151 0x12345678 7
-. 66 44 89 6C 03 02 C3
-
-movw %r13w, 2(%rdi,%rax)
-. 5152 0x12345678 7
-. 66 44 89 6C 07 02 C3
-
-movw %r13w, 6(%rcx,%rax,8)
-. 5153 0x12345678 7
-. 66 44 89 6C C1 06 C3
-
-movzbl 106(%rsp), %edi
-. 5154 0x12345678 6
-. 0F B6 7C 24 6A C3
-
-movzbl 106(%rsp), %r8d
-. 5155 0x12345678 7
-. 44 0F B6 44 24 6A C3
-
-movzbl 112(%rsp), %eax
-. 5156 0x12345678 6
-. 0F B6 44 24 70 C3
-
-movzbl 112(%rsp), %edx
-. 5157 0x12345678 6
-. 0F B6 54 24 70 C3
-
-movzbl 11(%rsp), %ebx
-. 5158 0x12345678 6
-. 0F B6 5C 24 0B C3
-
-movzbl 11(%rsp), %edi
-. 5159 0x12345678 6
-. 0F B6 7C 24 0B C3
-
-movzbl 11(%rsp), %edx
-. 5160 0x12345678 6
-. 0F B6 54 24 0B C3
-
-movzbl 11(%rsp), %r12d
-. 5161 0x12345678 7
-. 44 0F B6 64 24 0B C3
-
-movzbl 127(%rsp), %eax
-. 5162 0x12345678 6
-. 0F B6 44 24 7F C3
-
-movzbl 127(%rsp), %edi
-. 5163 0x12345678 6
-. 0F B6 7C 24 7F C3
-
-movzbl 128(%rsp,%rax), %eax
-. 5164 0x12345678 9
-. 0F B6 84 04 80 00 00 00 C3
-
-movzbl 128(%rsp,%rdx), %edx
-. 5165 0x12345678 9
-. 0F B6 94 14 80 00 00 00 C3
-
-movzbl 139(%rsp), %edi
-. 5166 0x12345678 9
-. 0F B6 BC 24 8B 00 00 00 C3
-
-movzbl 139(%rsp), %r8d
-. 5167 0x12345678 10
-. 44 0F B6 84 24 8B 00 00 00 C3
-
-movzbl 140(%rdi), %eax
-. 5168 0x12345678 8
-. 0F B6 87 8C 00 00 00 C3
-
-movzbl 148(%rdi), %edx
-. 5169 0x12345678 8
-. 0F B6 97 94 00 00 00 C3
-
-movzbl 15(%rsp), %ebx
-. 5170 0x12345678 6
-. 0F B6 5C 24 0F C3
-
-movzbl 15(%rsp), %edi
-. 5171 0x12345678 6
-. 0F B6 7C 24 0F C3
-
-movzbl 15(%rsp), %edx
-. 5172 0x12345678 6
-. 0F B6 54 24 0F C3
-
-movzbl 15(%rsp), %r9d
-. 5173 0x12345678 7
-. 44 0F B6 4C 24 0F C3
-
-movzbl 16(%rbx), %eax
-. 5174 0x12345678 5
-. 0F B6 43 10 C3
-
-movzbl 16(%rsp), %eax
-. 5175 0x12345678 6
-. 0F B6 44 24 10 C3
-
-movzbl 16(%rsp), %edx
-. 5176 0x12345678 6
-. 0F B6 54 24 10 C3
-
-movzbl 19(%rsp), %ebp
-. 5177 0x12345678 6
-. 0F B6 6C 24 13 C3
-
-movzbl 19(%rsp), %ebx
-. 5178 0x12345678 6
-. 0F B6 5C 24 13 C3
-
-movzbl 19(%rsp), %edi
-. 5179 0x12345678 6
-. 0F B6 7C 24 13 C3
-
-movzbl 19(%rsp), %edx
-. 5180 0x12345678 6
-. 0F B6 54 24 13 C3
-
-movzbl 1(%r12), %eax
-. 5181 0x12345678 7
-. 41 0F B6 44 24 01 C3
-
-movzbl 1(%r12), %ecx
-. 5182 0x12345678 7
-. 41 0F B6 4C 24 01 C3
-
-movzbl 1(%r12), %edx
-. 5183 0x12345678 7
-. 41 0F B6 54 24 01 C3
-
-movzbl 1(%rdi,%rcx), %edx
-. 5184 0x12345678 6
-. 0F B6 54 0F 01 C3
-
-movzbl 1(%rdx), %edx
-. 5185 0x12345678 5
-. 0F B6 52 01 C3
-
-movzbl 1(%rsi,%rdx), %eax
-. 5186 0x12345678 6
-. 0F B6 44 16 01 C3
-
-movzbl 200(%rsp), %eax
-. 5187 0x12345678 9
-. 0F B6 84 24 C8 00 00 00 C3
-
-movzbl 22(%rsp), %edi
-. 5188 0x12345678 6
-. 0F B6 7C 24 16 C3
-
-movzbl 22(%rsp), %edx
-. 5189 0x12345678 6
-. 0F B6 54 24 16 C3
-
-movzbl 22(%rsp), %r8d
-. 5190 0x12345678 7
-. 44 0F B6 44 24 16 C3
-
-movzbl 23(%rsp), %ecx
-. 5191 0x12345678 6
-. 0F B6 4C 24 17 C3
-
-movzbl 23(%rsp), %edi
-. 5192 0x12345678 6
-. 0F B6 7C 24 17 C3
-
-movzbl 23(%rsp), %esi
-. 5193 0x12345678 6
-. 0F B6 74 24 17 C3
-
-movzbl 25(%rsp), %ecx
-. 5194 0x12345678 6
-. 0F B6 4C 24 19 C3
-
-movzbl 26(%rsp), %ebx
-. 5195 0x12345678 6
-. 0F B6 5C 24 1A C3
-
-movzbl 26(%rsp), %edi
-. 5196 0x12345678 6
-. 0F B6 7C 24 1A C3
-
-movzbl 270(%rsp), %ecx
-. 5197 0x12345678 9
-. 0F B6 8C 24 0E 01 00 00 C3
-
-movzbl 270(%rsp), %edi
-. 5198 0x12345678 9
-. 0F B6 BC 24 0E 01 00 00 C3
-
-movzbl 270(%rsp), %esi
-. 5199 0x12345678 9
-. 0F B6 B4 24 0E 01 00 00 C3
-
-movzbl 270(%rsp), %r12d
-. 5200 0x12345678 10
-. 44 0F B6 A4 24 0E 01 00 00 C3
-
-movzbl 271(%rsp), %ebx
-. 5201 0x12345678 9
-. 0F B6 9C 24 0F 01 00 00 C3
-
-movzbl 271(%rsp), %edi
-. 5202 0x12345678 9
-. 0F B6 BC 24 0F 01 00 00 C3
-
-movzbl 271(%rsp), %edx
-. 5203 0x12345678 9
-. 0F B6 94 24 0F 01 00 00 C3
-
-movzbl 271(%rsp), %r12d
-. 5204 0x12345678 10
-. 44 0F B6 A4 24 0F 01 00 00 C3
-
-movzbl 271(%rsp), %r14d
-. 5205 0x12345678 10
-. 44 0F B6 B4 24 0F 01 00 00 C3
-
-movzbl 27(%rsp), %ebx
-. 5206 0x12345678 6
-. 0F B6 5C 24 1B C3
-
-movzbl 27(%rsp), %r13d
-. 5207 0x12345678 7
-. 44 0F B6 6C 24 1B C3
-
-movzbl 280(%rsp), %eax
-. 5208 0x12345678 9
-. 0F B6 84 24 18 01 00 00 C3
-
-movzbl 2(%r12), %eax
-. 5209 0x12345678 7
-. 41 0F B6 44 24 02 C3
-
-movzbl 2(%r12), %ebx
-. 5210 0x12345678 7
-. 41 0F B6 5C 24 02 C3
-
-movzbl 2(%r12), %ecx
-. 5211 0x12345678 7
-. 41 0F B6 4C 24 02 C3
-
-movzbl 2(%r12), %edi
-. 5212 0x12345678 7
-. 41 0F B6 7C 24 02 C3
-
-movzbl 2(%r12), %edx
-. 5213 0x12345678 7
-. 41 0F B6 54 24 02 C3
-
-movzbl 2(%r12), %r12d
-. 5214 0x12345678 7
-. 45 0F B6 64 24 02 C3
-
-movzbl 2(%r12), %r13d
-. 5215 0x12345678 7
-. 45 0F B6 6C 24 02 C3
-
-movzbl 2(%r12), %r15d
-. 5216 0x12345678 7
-. 45 0F B6 7C 24 02 C3
-
-movzbl 2(%rax,%r12), %r12d
-. 5217 0x12345678 7
-. 46 0F B6 64 20 02 C3
-
-movzbl 2(%rdi,%rcx), %edx
-. 5218 0x12345678 6
-. 0F B6 54 0F 02 C3
-
-movzbl 30(%rsp), %ecx
-. 5219 0x12345678 6
-. 0F B6 4C 24 1E C3
-
-movzbl 30(%rsp), %edi
-. 5220 0x12345678 6
-. 0F B6 7C 24 1E C3
-
-movzbl 30(%rsp), %edx
-. 5221 0x12345678 6
-. 0F B6 54 24 1E C3
-
-movzbl 31(%rsp), %ebx
-. 5222 0x12345678 6
-. 0F B6 5C 24 1F C3
-
-movzbl 31(%rsp), %ecx
-. 5223 0x12345678 6
-. 0F B6 4C 24 1F C3
-
-movzbl 31(%rsp), %edi
-. 5224 0x12345678 6
-. 0F B6 7C 24 1F C3
-
-movzbl 31(%rsp), %r12d
-. 5225 0x12345678 7
-. 44 0F B6 64 24 1F C3
-
-movzbl 31(%rsp), %r15d
-. 5226 0x12345678 7
-. 44 0F B6 7C 24 1F C3
-
-movzbl 32(%rsp), %ecx
-. 5227 0x12345678 6
-. 0F B6 4C 24 20 C3
-
-movzbl 35(%rsp), %ebx
-. 5228 0x12345678 6
-. 0F B6 5C 24 23 C3
-
-movzbl 35(%rsp), %edi
-. 5229 0x12345678 6
-. 0F B6 7C 24 23 C3
-
-movzbl 35(%rsp), %r12d
-. 5230 0x12345678 7
-. 44 0F B6 64 24 23 C3
-
-movzbl 38(%rsp), %ecx
-. 5231 0x12345678 6
-. 0F B6 4C 24 26 C3
-
-movzbl 38(%rsp), %edi
-. 5232 0x12345678 6
-. 0F B6 7C 24 26 C3
-
-movzbl 38(%rsp), %edx
-. 5233 0x12345678 6
-. 0F B6 54 24 26 C3
-
-movzbl 38(%rsp), %r8d
-. 5234 0x12345678 7
-. 44 0F B6 44 24 26 C3
-
-movzbl 39(%rsp), %eax
-. 5235 0x12345678 6
-. 0F B6 44 24 27 C3
-
-movzbl 39(%rsp), %ebp
-. 5236 0x12345678 6
-. 0F B6 6C 24 27 C3
-
-movzbl 39(%rsp), %ebx
-. 5237 0x12345678 6
-. 0F B6 5C 24 27 C3
-
-movzbl 39(%rsp), %ecx
-. 5238 0x12345678 6
-. 0F B6 4C 24 27 C3
-
-movzbl 39(%rsp), %edi
-. 5239 0x12345678 6
-. 0F B6 7C 24 27 C3
-
-movzbl 39(%rsp), %edx
-. 5240 0x12345678 6
-. 0F B6 54 24 27 C3
-
-movzbl 39(%rsp), %esi
-. 5241 0x12345678 6
-. 0F B6 74 24 27 C3
-
-movzbl 39(%rsp), %r13d
-. 5242 0x12345678 7
-. 44 0F B6 6C 24 27 C3
-
-movzbl 3(%r12), %eax
-. 5243 0x12345678 7
-. 41 0F B6 44 24 03 C3
-
-movzbl 3(%r12), %ebx
-. 5244 0x12345678 7
-. 41 0F B6 5C 24 03 C3
-
-movzbl 3(%r12), %esi
-. 5245 0x12345678 7
-. 41 0F B6 74 24 03 C3
-
-movzbl 3(%r12), %r12d
-. 5246 0x12345678 7
-. 45 0F B6 64 24 03 C3
-
-movzbl 3(%r12), %r14d
-. 5247 0x12345678 7
-. 45 0F B6 74 24 03 C3
-
-movzbl 3(%rax,%r12), %r12d
-. 5248 0x12345678 7
-. 46 0F B6 64 20 03 C3
-
-movzbl 3(%rdi,%rcx), %eax
-. 5249 0x12345678 6
-. 0F B6 44 0F 03 C3
-
-movzbl 42(%rsp), %edx
-. 5250 0x12345678 6
-. 0F B6 54 24 2A C3
-
-movzbl 43(%rsp), %eax
-. 5251 0x12345678 6
-. 0F B6 44 24 2B C3
-
-movzbl 43(%rsp), %ebx
-. 5252 0x12345678 6
-. 0F B6 5C 24 2B C3
-
-movzbl 43(%rsp), %edi
-. 5253 0x12345678 6
-. 0F B6 7C 24 2B C3
-
-movzbl 43(%rsp), %esi
-. 5254 0x12345678 6
-. 0F B6 74 24 2B C3
-
-movzbl 43(%rsp), %r12d
-. 5255 0x12345678 7
-. 44 0F B6 64 24 2B C3
-
-movzbl 44(%rbp), %eax
-. 5256 0x12345678 5
-. 0F B6 45 2C C3
-
-movzbl 46(%rsp), %eax
-. 5257 0x12345678 6
-. 0F B6 44 24 2E C3
-
-movzbl 46(%rsp), %esi
-. 5258 0x12345678 6
-. 0F B6 74 24 2E C3
-
-movzbl 47(%rsp), %eax
-. 5259 0x12345678 6
-. 0F B6 44 24 2F C3
-
-movzbl 47(%rsp), %ebx
-. 5260 0x12345678 6
-. 0F B6 5C 24 2F C3
-
-movzbl 47(%rsp), %edi
-. 5261 0x12345678 6
-. 0F B6 7C 24 2F C3
-
-movzbl 47(%rsp), %r12d
-. 5262 0x12345678 7
-. 44 0F B6 64 24 2F C3
-
-movzbl 47(%rsp), %r13d
-. 5263 0x12345678 7
-. 44 0F B6 6C 24 2F C3
-
-movzbl 48(%rsp), %eax
-. 5264 0x12345678 6
-. 0F B6 44 24 30 C3
-
-movzbl 48(%rsp), %ebx
-. 5265 0x12345678 6
-. 0F B6 5C 24 30 C3
-
-movzbl 48(%rsp), %edx
-. 5266 0x12345678 6
-. 0F B6 54 24 30 C3
-
-movzbl 48(%rsp), %esi
-. 5267 0x12345678 6
-. 0F B6 74 24 30 C3
-
-movzbl 4(%r12), %r12d
-. 5268 0x12345678 7
-. 45 0F B6 64 24 04 C3
-
-movzbl 55(%rsp), %ebx
-. 5269 0x12345678 6
-. 0F B6 5C 24 37 C3
-
-movzbl 55(%rsp), %edi
-. 5270 0x12345678 6
-. 0F B6 7C 24 37 C3
-
-movzbl 55(%rsp), %r12d
-. 5271 0x12345678 7
-. 44 0F B6 64 24 37 C3
-
-movzbl 59(%rsp), %eax
-. 5272 0x12345678 6
-. 0F B6 44 24 3B C3
-
-movzbl 59(%rsp), %edi
-. 5273 0x12345678 6
-. 0F B6 7C 24 3B C3
-
-movzbl 59(%rsp), %esi
-. 5274 0x12345678 6
-. 0F B6 74 24 3B C3
-
-movzbl 60(%rsp), %ebp
-. 5275 0x12345678 6
-. 0F B6 6C 24 3C C3
-
-movzbl 61(%rsp), %edi
-. 5276 0x12345678 6
-. 0F B6 7C 24 3D C3
-
-movzbl 61(%rsp), %edx
-. 5277 0x12345678 6
-. 0F B6 54 24 3D C3
-
-movzbl 62(%rsp), %r8d
-. 5278 0x12345678 7
-. 44 0F B6 44 24 3E C3
-
-movzbl 64(%rsp), %ecx
-. 5279 0x12345678 6
-. 0F B6 4C 24 40 C3
-
-movzbl 67(%rsp), %ebx
-. 5280 0x12345678 6
-. 0F B6 5C 24 43 C3
-
-movzbl 67(%rsp), %edi
-. 5281 0x12345678 6
-. 0F B6 7C 24 43 C3
-
-movzbl 75(%rsp), %esi
-. 5282 0x12345678 6
-. 0F B6 74 24 4B C3
-
-movzbl 79(%rsp), %ecx
-. 5283 0x12345678 6
-. 0F B6 4C 24 4F C3
-
-movzbl 79(%rsp), %edi
-. 5284 0x12345678 6
-. 0F B6 7C 24 4F C3
-
-movzbl 79(%rsp), %edx
-. 5285 0x12345678 6
-. 0F B6 54 24 4F C3
-
-movzbl 79(%rsp), %r8d
-. 5286 0x12345678 7
-. 44 0F B6 44 24 4F C3
-
-movzbl 7(%rsp), %ebx
-. 5287 0x12345678 6
-. 0F B6 5C 24 07 C3
-
-movzbl 7(%rsp), %ecx
-. 5288 0x12345678 6
-. 0F B6 4C 24 07 C3
-
-movzbl 7(%rsp), %edi
-. 5289 0x12345678 6
-. 0F B6 7C 24 07 C3
-
-movzbl 7(%rsp), %edx
-. 5290 0x12345678 6
-. 0F B6 54 24 07 C3
-
-movzbl 7(%rsp), %r12d
-. 5291 0x12345678 7
-. 44 0F B6 64 24 07 C3
-
-movzbl 87(%rsp), %ebp
-. 5292 0x12345678 6
-. 0F B6 6C 24 57 C3
-
-movzbl 87(%rsp), %ebx
-. 5293 0x12345678 6
-. 0F B6 5C 24 57 C3
-
-movzbl 8(%rax), %eax
-. 5294 0x12345678 5
-. 0F B6 40 08 C3
-
-movzbl 8(%rax), %ecx
-. 5295 0x12345678 5
-. 0F B6 48 08 C3
-
-movzbl 8(%rax), %edi
-. 5296 0x12345678 5
-. 0F B6 78 08 C3
-
-movzbl 8(%rdi), %eax
-. 5297 0x12345678 5
-. 0F B6 47 08 C3
-
-movzbl 8(%rdi), %edi
-. 5298 0x12345678 5
-. 0F B6 7F 08 C3
-
-movzbl 8(%rdi), %esi
-. 5299 0x12345678 5
-. 0F B6 77 08 C3
-
-movzbl 8(%rdx), %ecx
-. 5300 0x12345678 5
-. 0F B6 4A 08 C3
-
-movzbl 8(%rsi), %eax
-. 5301 0x12345678 5
-. 0F B6 46 08 C3
-
-movzbl 8(%rsi), %edx
-. 5302 0x12345678 5
-. 0F B6 56 08 C3
-
-movzbl 95(%rsp), %edx
-. 5303 0x12345678 6
-. 0F B6 54 24 5F C3
-
-movzbl 96(%rsp), %eax
-. 5304 0x12345678 6
-. 0F B6 44 24 60 C3
-
-movzbl 96(%rsp), %ecx
-. 5305 0x12345678 6
-. 0F B6 4C 24 60 C3
-
-movzbl %ah, %ebx
-. 5306 0x12345678 4
-. 0F B6 DC C3
-
-movzbl %ah, %edx
-. 5307 0x12345678 4
-. 0F B6 D4 C3
-
-movzbl %al, %eax
-. 5308 0x12345678 4
-. 0F B6 C0 C3
-
-movzbl %al, %ebp
-. 5309 0x12345678 4
-. 0F B6 E8 C3
-
-movzbl %al, %ebx
-. 5310 0x12345678 4
-. 0F B6 D8 C3
-
-movzbl %al, %ecx
-. 5311 0x12345678 4
-. 0F B6 C8 C3
-
-movzbl %al, %edi
-. 5312 0x12345678 4
-. 0F B6 F8 C3
-
-movzbl %al, %edi
-. 5313 0x12345678 4
-. 0F B6 F8 C3
-
-movzbl %al,%edi
-. 5314 0x12345678 4
-. 0F B6 F8 C3
-
-movzbl %al, %edx
-. 5315 0x12345678 4
-. 0F B6 D0 C3
-
-movzbl %al, %edx
-. 5316 0x12345678 4
-. 0F B6 D0 C3
-
-movzbl %al, %esi
-. 5317 0x12345678 4
-. 0F B6 F0 C3
-
-movzbl %al, %r12d
-. 5318 0x12345678 5
-. 44 0F B6 E0 C3
-
-movzbl %al, %r13d
-. 5319 0x12345678 5
-. 44 0F B6 E8 C3
-
-movzbl %al, %r14d
-. 5320 0x12345678 5
-. 44 0F B6 F0 C3
-
-movzbl %al, %r15d
-. 5321 0x12345678 5
-. 44 0F B6 F8 C3
-
-movzbl %bh, %ebp
-. 5322 0x12345678 4
-. 0F B6 EF C3
-
-movzbl %bh, %ecx
-. 5323 0x12345678 4
-. 0F B6 CF C3
-
-movzbl %bh, %edi
-. 5324 0x12345678 4
-. 0F B6 FF C3
-
-movzbl %bh, %edx
-. 5325 0x12345678 4
-. 0F B6 D7 C3
-
-movzbl %bl, %eax
-. 5326 0x12345678 4
-. 0F B6 C3 C3
-
-movzbl %bl, %ebx
-. 5327 0x12345678 4
-. 0F B6 DB C3
-
-movzbl %bl, %ecx
-. 5328 0x12345678 4
-. 0F B6 CB C3
-
-movzbl %bl, %edi
-. 5329 0x12345678 4
-. 0F B6 FB C3
-
-movzbl %bl, %edx
-. 5330 0x12345678 4
-. 0F B6 D3 C3
-
-movzbl %bl, %esi
-. 5331 0x12345678 4
-. 0F B6 F3 C3
-
-movzbl %bpl, %eax
-. 5332 0x12345678 5
-. 40 0F B6 C5 C3
-
-movzbl %bpl, %ebp
-. 5333 0x12345678 5
-. 40 0F B6 ED C3
-
-movzbl %bpl, %ecx
-. 5334 0x12345678 5
-. 40 0F B6 CD C3
-
-movzbl %bpl, %edi
-. 5335 0x12345678 5
-. 40 0F B6 FD C3
-
-movzbl %bpl, %edx
-. 5336 0x12345678 5
-. 40 0F B6 D5 C3
-
-movzbl %bpl, %esi
-. 5337 0x12345678 5
-. 40 0F B6 F5 C3
-
-movzbl %bpl, %r9d
-. 5338 0x12345678 5
-. 44 0F B6 CD C3
-
-movzbl %ch, %ebx
-. 5339 0x12345678 4
-. 0F B6 DD C3
-
-movzbl %ch, %edi
-. 5340 0x12345678 4
-. 0F B6 FD C3
-
-movzbl %ch, %edx
-. 5341 0x12345678 4
-. 0F B6 D5 C3
-
-movzbl %cl, %eax
-. 5342 0x12345678 4
-. 0F B6 C1 C3
-
-movzbl %cl, %ebx
-. 5343 0x12345678 4
-. 0F B6 D9 C3
-
-movzbl %cl, %ecx
-. 5344 0x12345678 4
-. 0F B6 C9 C3
-
-movzbl %cl, %edx
-. 5345 0x12345678 4
-. 0F B6 D1 C3
-
-movzbl %cl, %esi
-. 5346 0x12345678 4
-. 0F B6 F1 C3
-
-movzbl %dh, %ebp
-. 5347 0x12345678 4
-. 0F B6 EE C3
-
-movzbl %dh, %edi
-. 5348 0x12345678 4
-. 0F B6 FE C3
-
-movzbl %dil, %eax
-. 5349 0x12345678 5
-. 40 0F B6 C7 C3
-
-movzbl %dil,%eax
-. 5350 0x12345678 5
-. 40 0F B6 C7 C3
-
-movzbl %dil, %edi
-. 5351 0x12345678 5
-. 40 0F B6 FF C3
-
-movzbl %dil, %edx
-. 5352 0x12345678 5
-. 40 0F B6 D7 C3
-
-movzbl %dl, %eax
-. 5353 0x12345678 4
-. 0F B6 C2 C3
-
-movzbl %dl, %ebx
-. 5354 0x12345678 4
-. 0F B6 DA C3
-
-movzbl %dl, %edi
-. 5355 0x12345678 4
-. 0F B6 FA C3
-
-movzbl %dl, %edx
-. 5356 0x12345678 4
-. 0F B6 D2 C3
-
-movzbl 14(%rip), %r8d
-. 5357 0x12345678 9
-. 44 0F B6 05 0E 00 00 00 C3
-
-movzbl 15(%rdx), %eax
-. 5358 0x12345678 5
-. 0F B6 42 0F C3
-
-movzbl 17(%rip), %eax
-. 5359 0x12345678 8
-. 0F B6 05 11 00 00 00 C3
-
-movzbl %r10b, %edx
-. 5360 0x12345678 5
-. 41 0F B6 D2 C3
-
-movzbl %r10b, %r10d
-. 5361 0x12345678 5
-. 45 0F B6 D2 C3
-
-movzbl %r11b, %edx
-. 5362 0x12345678 5
-. 41 0F B6 D3 C3
-
-movzbl %r11b, %r11d
-. 5363 0x12345678 5
-. 45 0F B6 DB C3
-
-movzbl %r12b, %eax
-. 5364 0x12345678 5
-. 41 0F B6 C4 C3
-
-movzbl %r12b, %ebx
-. 5365 0x12345678 5
-. 41 0F B6 DC C3
-
-movzbl %r12b, %edi
-. 5366 0x12345678 5
-. 41 0F B6 FC C3
-
-movzbl %r12b, %edx
-. 5367 0x12345678 5
-. 41 0F B6 D4 C3
-
-movzbl %r12b, %esi
-. 5368 0x12345678 5
-. 41 0F B6 F4 C3
-
-movzbl %r12b, %r13d
-. 5369 0x12345678 5
-. 45 0F B6 EC C3
-
-movzbl (%r12), %ebx
-. 5370 0x12345678 6
-. 41 0F B6 1C 24 C3
-
-movzbl %r13b, %eax
-. 5371 0x12345678 5
-. 41 0F B6 C5 C3
-
-movzbl %r13b, %ebx
-. 5372 0x12345678 5
-. 41 0F B6 DD C3
-
-movzbl %r13b, %edi
-. 5373 0x12345678 5
-. 41 0F B6 FD C3
-
-movzbl %r13b, %edx
-. 5374 0x12345678 5
-. 41 0F B6 D5 C3
-
-movzbl %r13b, %esi
-. 5375 0x12345678 5
-. 41 0F B6 F5 C3
-
-movzbl %r13b,%r12d
-. 5376 0x12345678 5
-. 45 0F B6 E5 C3
-
-movzbl %r14b, %eax
-. 5377 0x12345678 5
-. 41 0F B6 C6 C3
-
-movzbl %r14b, %ebp
-. 5378 0x12345678 5
-. 41 0F B6 EE C3
-
-movzbl %r14b, %ebx
-. 5379 0x12345678 5
-. 41 0F B6 DE C3
-
-movzbl %r14b, %edi
-. 5380 0x12345678 5
-. 41 0F B6 FE C3
-
-movzbl %r14b, %esi
-. 5381 0x12345678 5
-. 41 0F B6 F6 C3
-
-movzbl %r14b, %r14d
-. 5382 0x12345678 5
-. 45 0F B6 F6 C3
-
-movzbl %r15b, %ebx
-. 5383 0x12345678 5
-. 41 0F B6 DF C3
-
-movzbl %r15b, %ecx
-. 5384 0x12345678 5
-. 41 0F B6 CF C3
-
-movzbl %r15b, %edi
-. 5385 0x12345678 5
-. 41 0F B6 FF C3
-
-movzbl %r15b, %edx
-. 5386 0x12345678 5
-. 41 0F B6 D7 C3
-
-movzbl %r15b, %esi
-. 5387 0x12345678 5
-. 41 0F B6 F7 C3
-
-movzbl %r15b, %r12d
-. 5388 0x12345678 5
-. 45 0F B6 E7 C3
-
-movzbl %r8b, %r8d
-. 5389 0x12345678 5
-. 45 0F B6 C0 C3
-
-movzbl %r9b, %edx
-. 5390 0x12345678 5
-. 41 0F B6 D1 C3
-
-movzbl %r9b, %r9d
-. 5391 0x12345678 5
-. 45 0F B6 C9 C3
-
-movzbl (%rax,%rcx), %eax
-. 5392 0x12345678 5
-. 0F B6 04 08 C3
-
-movzbl (%rax,%rdx), %eax
-. 5393 0x12345678 5
-. 0F B6 04 10 C3
-
-movzbl (%rax,%rdx), %esi
-. 5394 0x12345678 5
-. 0F B6 34 10 C3
-
-movzbl (%rcx,%r12), %eax
-. 5395 0x12345678 6
-. 42 0F B6 04 21 C3
-
-movzbl (%rcx,%r12), %edx
-. 5396 0x12345678 6
-. 42 0F B6 14 21 C3
-
-movzbl (%rdi), %ecx
-. 5397 0x12345678 4
-. 0F B6 0F C3
-
-movzbl (%rdi,%rax), %eax
-. 5398 0x12345678 5
-. 0F B6 04 07 C3
-
-movzbl (%rdi,%rcx), %edx
-. 5399 0x12345678 5
-. 0F B6 14 0F C3
-
-movzbl (%rdi,%rdx), %edx
-. 5400 0x12345678 5
-. 0F B6 14 17 C3
-
-movzbl (%rdx), %eax
-. 5401 0x12345678 4
-. 0F B6 02 C3
-
-movzbl (%rdx,%rcx), %edx
-. 5402 0x12345678 5
-. 0F B6 14 0A C3
-
-movzbl (%rsi), %edx
-. 5403 0x12345678 4
-. 0F B6 16 C3
-
-movzbl (%rsi,%rdx), %edx
-. 5404 0x12345678 5
-. 0F B6 14 16 C3
-
-movzbl %sil, %edx
-. 5405 0x12345678 5
-. 40 0F B6 D6 C3
-
-movzbl %sil, %esi
-. 5406 0x12345678 5
-. 40 0F B6 F6 C3
-
-movzbl 6776(%rax), %eax
-. 5407 0x12345678 8
-. 0F B6 80 78 1A 00 00 C3
-
-movzbl 78(%rip), %eax
-. 5408 0x12345678 8
-. 0F B6 05 4E 00 00 00 C3
-
-movzbl 79(%rip), %ecx
-. 5409 0x12345678 8
-. 0F B6 0D 4F 00 00 00 C3
-
-movzbl 81(%rip), %esi
-. 5410 0x12345678 8
-. 0F B6 35 51 00 00 00 C3
-
-movzbl 83(%rip), %r8d
-. 5411 0x12345678 9
-. 44 0F B6 05 53 00 00 00 C3
-
-movzbq 32(%rsp), %rdi
-. 5412 0x12345678 7
-. 48 0F B6 7C 24 20 C3
-
-movzbq 64(%rsp), %rdi
-. 5413 0x12345678 7
-. 48 0F B6 7C 24 40 C3
-
-movzbq 96(%rsp), %rdi
-. 5414 0x12345678 7
-. 48 0F B6 7C 24 60 C3
-
-movzwl 24(%r12), %ebp
-. 5415 0x12345678 7
-. 41 0F B7 6C 24 18 C3
-
-movzwl 30(%r12), %ecx
-. 5416 0x12345678 7
-. 41 0F B7 4C 24 1E C3
-
-movzwl 30(%rbx), %eax
-. 5417 0x12345678 5
-. 0F B7 43 1E C3
-
-movzwl 30(%rcx), %eax
-. 5418 0x12345678 5
-. 0F B7 41 1E C3
-
-movzwl 8(%rax), %edi
-. 5419 0x12345678 5
-. 0F B7 78 08 C3
-
-movzwl 8(%rdi), %edi
-. 5420 0x12345678 5
-. 0F B7 7F 08 C3
-
-movzwl 8(%rdi), %esi
-. 5421 0x12345678 5
-. 0F B7 77 08 C3
-
-movzwl 8(%rsi), %eax
-. 5422 0x12345678 5
-. 0F B7 46 08 C3
-
-movzwl %ax, %eax
-. 5423 0x12345678 4
-. 0F B7 C0 C3
-
-movzwl %ax, %edx
-. 5424 0x12345678 4
-. 0F B7 D0 C3
-
-movzwl %ax,%edx
-. 5425 0x12345678 4
-. 0F B7 D0 C3
-
-movzwl %ax,%r14d
-. 5426 0x12345678 5
-. 44 0F B7 F0 C3
-
-movzwl %bp,%eax
-. 5427 0x12345678 4
-. 0F B7 C5 C3
-
-movzwl %cx, %eax
-. 5428 0x12345678 4
-. 0F B7 C1 C3
-
-movzwl %cx, %ecx
-. 5429 0x12345678 4
-. 0F B7 C9 C3
-
-movzwl %di, %edi
-. 5430 0x12345678 4
-. 0F B7 FF C3
-
-movzwl %dx, %edx
-. 5431 0x12345678 4
-. 0F B7 D2 C3
-
-movzwl (%r14,%rbx,4), %eax
-. 5432 0x12345678 6
-. 41 0F B7 04 9E C3
-
-movzwl %r15w,%eax
-. 5433 0x12345678 5
-. 41 0F B7 C7 C3
-
-movzwl %r8w, %ecx
-. 5434 0x12345678 5
-. 41 0F B7 C8 C3
-
-movzwl %r8w, %r8d
-. 5435 0x12345678 5
-. 45 0F B7 C0 C3
-
-movzwl (%rbx,%rax), %edx
-. 5436 0x12345678 5
-. 0F B7 14 03 C3
-
-movzwl (%rdi,%rbx,4), %eax
-. 5437 0x12345678 5
-. 0F B7 04 9F C3
-
-movzwl %si, %edi
-. 5438 0x12345678 4
-. 0F B7 FE C3
-
-movzwl %si, %esi
-. 5439 0x12345678 4
-. 0F B7 F6 C3
-
-movzwq 2(%rax,%rbx,8), %rdi
-. 5440 0x12345678 7
-. 48 0F B7 7C D8 02 C3
-
-movzwq 30(%r14), %rdx
-. 5441 0x12345678 6
-. 49 0F B7 56 1E C3
-
-movzwq 30(%rbx), %rdx
-. 5442 0x12345678 6
-. 48 0F B7 53 1E C3
-
-movzwq (%rax,%rbx,8), %rsi
-. 5443 0x12345678 6
-. 48 0F B7 34 D8 C3
-
-negl %eax
-. 5444 0x12345678 3
-. F7 D8 C3
-
-negl %edi
-. 5445 0x12345678 3
-. F7 DF C3
-
-negq %rsi
-. 5446 0x12345678 4
-. 48 F7 DE C3
-
-notl %eax
-. 5447 0x12345678 3
-. F7 D0 C3
-
-notl %ecx
-. 5448 0x12345678 3
-. F7 D1 C3
-
-notl %edi
-. 5449 0x12345678 3
-. F7 D7 C3
-
-notl %edx
-. 5450 0x12345678 3
-. F7 D2 C3
-
-notl %esi
-. 5451 0x12345678 3
-. F7 D6 C3
-
-notl %r10d
-. 5452 0x12345678 4
-. 41 F7 D2 C3
-
-notl %r8d
-. 5453 0x12345678 4
-. 41 F7 D0 C3
-
-notl %r9d
-. 5454 0x12345678 4
-. 41 F7 D1 C3
-
-notq %rdi
-. 5455 0x12345678 4
-. 48 F7 D7 C3
-
-orb $-128, %r14b
-. 5456 0x12345678 5
-. 41 80 CE 80 C3
-
-orb 46(%rsp), %al
-. 5457 0x12345678 5
-. 0A 44 24 2E C3
-
-orb 8(%rdx), %dil
-. 5458 0x12345678 5
-. 40 0A 7A 08 C3
-
-orb %cl, %al
-. 5459 0x12345678 3
-. 08 C8 C3
-
-orb %cl, %dl
-. 5460 0x12345678 3
-. 08 CA C3
-
-orb %dl, %al
-. 5461 0x12345678 3
-. 08 D0 C3
-
-orb %r12b, %al
-. 5462 0x12345678 4
-. 44 08 E0 C3
-
-orl $1024, %r14d
-. 5463 0x12345678 8
-. 41 81 CE 00 04 00 00 C3
-
-orl $1090519040, %eax
-. 5464 0x12345678 6
-. 0D 00 00 00 41 C3
-
-orl $1090519040, %edx
-. 5465 0x12345678 7
-. 81 CA 00 00 00 41 C3
-
-orl $1, 28(%rsp)
-. 5466 0x12345678 6
-. 83 4C 24 1C 01 C3
-
-orl $16, 28(%rsp)
-. 5467 0x12345678 6
-. 83 4C 24 1C 10 C3
-
-orl $16384, %r14d
-. 5468 0x12345678 8
-. 41 81 CE 00 40 00 00 C3
-
-orl $16, %eax
-. 5469 0x12345678 4
-. 83 C8 10 C3
-
-orl $1, %edx
-. 5470 0x12345678 4
-. 83 CA 01 C3
-
-orl $1, %r14d
-. 5471 0x12345678 5
-. 41 83 CE 01 C3
-
-orl $2048, %r14d
-. 5472 0x12345678 8
-. 41 81 CE 00 08 00 00 C3
-
-orl $2, 28(%rsp)
-. 5473 0x12345678 6
-. 83 4C 24 1C 02 C3
-
-orl $256, %r14d
-. 5474 0x12345678 8
-. 41 81 CE 00 01 00 00 C3
-
-orl $2, %edx
-. 5475 0x12345678 4
-. 83 CA 02 C3
-
-orl $2, %r14d
-. 5476 0x12345678 5
-. 41 83 CE 02 C3
-
-orl $32768, %r14d
-. 5477 0x12345678 8
-. 41 81 CE 00 80 00 00 C3
-
-orl $32, %eax
-. 5478 0x12345678 4
-. 83 C8 20 C3
-
-orl $4096, %r14d
-. 5479 0x12345678 8
-. 41 81 CE 00 10 00 00 C3
-
-orl $4, 28(%rsp)
-. 5480 0x12345678 6
-. 83 4C 24 1C 04 C3
-
-orl $4, %eax
-. 5481 0x12345678 4
-. 83 C8 04 C3
-
-orl $4, %r14d
-. 5482 0x12345678 5
-. 41 83 CE 04 C3
-
-orl -4(%rsp), %eax
-. 5483 0x12345678 5
-. 0B 44 24 FC C3
-
-orl $512, %r14d
-. 5484 0x12345678 8
-. 41 81 CE 00 02 00 00 C3
-
-orl $64, %eax
-. 5485 0x12345678 4
-. 83 C8 40 C3
-
-orl $8192, %r14d
-. 5486 0x12345678 8
-. 41 81 CE 00 20 00 00 C3
-
-orl $8, %eax
-. 5487 0x12345678 4
-. 83 C8 08 C3
-
-orl 8(%rdx), %edi
-. 5488 0x12345678 4
-. 0B 7A 08 C3
-
-orl %eax, %ebp
-. 5489 0x12345678 3
-. 09 C5 C3
-
-orl %eax, %ecx
-. 5490 0x12345678 3
-. 09 C1 C3
-
-orl %eax, %edi
-. 5491 0x12345678 3
-. 09 C7 C3
-
-orl %eax, %edx
-. 5492 0x12345678 3
-. 09 C2 C3
-
-orl %eax, %r12d
-. 5493 0x12345678 4
-. 41 09 C4 C3
-
-orl %ebx, %eax
-. 5494 0x12345678 3
-. 09 D8 C3
-
-orl %ebx, %ecx
-. 5495 0x12345678 3
-. 09 D9 C3
-
-orl %ebx, %edx
-. 5496 0x12345678 3
-. 09 DA C3
-
-orl %ebx, %esi
-. 5497 0x12345678 3
-. 09 DE C3
-
-orl %ecx, %eax
-. 5498 0x12345678 3
-. 09 C8 C3
-
-orl %ecx, %edx
-. 5499 0x12345678 3
-. 09 CA C3
-
-orl %ecx, %esi
-. 5500 0x12345678 3
-. 09 CE C3
-
-orl %edi, %eax
-. 5501 0x12345678 3
-. 09 F8 C3
-
-orl %edi, %ecx
-. 5502 0x12345678 3
-. 09 F9 C3
-
-orl %edi, %edx
-. 5503 0x12345678 3
-. 09 FA C3
-
-orl %edi, %esi
-. 5504 0x12345678 3
-. 09 FE C3
-
-orl %edx, -20(%rsp)
-. 5505 0x12345678 5
-. 09 54 24 EC C3
-
-orl %edx, -8(%rsp)
-. 5506 0x12345678 5
-. 09 54 24 F8 C3
-
-orl %edx, %eax
-. 5507 0x12345678 3
-. 09 D0 C3
-
-orl %edx, %ecx
-. 5508 0x12345678 3
-. 09 D1 C3
-
-orl %edx, %edi
-. 5509 0x12345678 3
-. 09 D7 C3
-
-orl %esi, %eax
-. 5510 0x12345678 3
-. 09 F0 C3
-
-orl %esi, %ecx
-. 5511 0x12345678 3
-. 09 F1 C3
-
-orl %esi, %edi
-. 5512 0x12345678 3
-. 09 F7 C3
-
-orl %esi, %edx
-. 5513 0x12345678 3
-. 09 F2 C3
-
-orl %r10d, %eax
-. 5514 0x12345678 4
-. 44 09 D0 C3
-
-orl %r11d, %eax
-. 5515 0x12345678 4
-. 44 09 D8 C3
-
-orl %r11d, %ecx
-. 5516 0x12345678 4
-. 44 09 D9 C3
-
-orl %r11d, %edx
-. 5517 0x12345678 4
-. 44 09 DA C3
-
-orl %r12d, %eax
-. 5518 0x12345678 4
-. 44 09 E0 C3
-
-orl %r12d, %edi
-. 5519 0x12345678 4
-. 44 09 E7 C3
-
-orl %r13d, %eax
-. 5520 0x12345678 4
-. 44 09 E8 C3
-
-orl %r15d, %eax
-. 5521 0x12345678 4
-. 44 09 F8 C3
-
-orl %r15d, %edx
-. 5522 0x12345678 4
-. 44 09 FA C3
-
-orl %r8d, %eax
-. 5523 0x12345678 4
-. 44 09 C0 C3
-
-orl %r8d, %edi
-. 5524 0x12345678 4
-. 44 09 C7 C3
-
-orl %r9d, %eax
-. 5525 0x12345678 4
-. 44 09 C8 C3
-
-orl %r9d, %ecx
-. 5526 0x12345678 4
-. 44 09 C9 C3
-
-orq 272(%rsp), %rcx
-. 5527 0x12345678 9
-. 48 0B 8C 24 10 01 00 00 C3
-
-orq %rax, %rdi
-. 5528 0x12345678 4
-. 48 09 C7 C3
-
-orq %rcx, %rax
-. 5529 0x12345678 4
-. 48 09 C8 C3
-
-orq %rdi, %rax
-. 5530 0x12345678 4
-. 48 09 F8 C3
-
-orq %rdx, %rax
-. 5531 0x12345678 4
-. 48 09 D0 C3
-
-orq %rsi, %rax
-. 5532 0x12345678 4
-. 48 09 F0 C3
-
-orq %rsi, %rdi
-. 5533 0x12345678 4
-. 48 09 F7 C3
-
-orw 8(%rdx), %di
-. 5534 0x12345678 5
-. 66 0B 7A 08 C3
-
-popq %r12
-. 5535 0x12345678 3
-. 41 5C C3
-
-popq %r13
-. 5536 0x12345678 3
-. 41 5D C3
-
-popq %r14
-. 5537 0x12345678 3
-. 41 5E C3
-
-popq %r15
-. 5538 0x12345678 3
-. 41 5F C3
-
-popq %rbp
-. 5539 0x12345678 2
-. 5D C3
-
-popq %rbx
-. 5540 0x12345678 2
-. 5B C3
-
-pushq %r12
-. 5541 0x12345678 3
-. 41 54 C3
-
-pushq %r13
-. 5542 0x12345678 3
-. 41 55 C3
-
-pushq %r14
-. 5543 0x12345678 3
-. 41 56 C3
-
-pushq %r15
-. 5544 0x12345678 3
-. 41 57 C3
-
-pushq %rbp
-. 5545 0x12345678 2
-. 55 C3
-
-pushq %rbx
-. 5546 0x12345678 2
-. 53 C3
-
-rep ; ret
-. 5547 0x12345678 2
-. F3 C3
-
-ret
-. 5548 0x12345678 1
-. C3
-
-rorl %cl, %r12d
-. 5549 0x12345678 4
-. 41 D3 CC C3
-
-sall $10, %edi
-. 5550 0x12345678 4
-. C1 E7 0A C3
-
-sall $15, %esi
-. 5551 0x12345678 4
-. C1 E6 0F C3
-
-sall $15, %r8d
-. 5552 0x12345678 5
-. 41 C1 E0 0F C3
-
-sall $16, %eax
-. 5553 0x12345678 4
-. C1 E0 10 C3
-
-sall $16, %ebp
-. 5554 0x12345678 4
-. C1 E5 10 C3
-
-sall $16, %ebx
-. 5555 0x12345678 4
-. C1 E3 10 C3
-
-sall $16, %ecx
-. 5556 0x12345678 4
-. C1 E1 10 C3
-
-sall $16, %edi
-. 5557 0x12345678 4
-. C1 E7 10 C3
-
-sall $16, %edx
-. 5558 0x12345678 4
-. C1 E2 10 C3
-
-sall $16, %esi
-. 5559 0x12345678 4
-. C1 E6 10 C3
-
-sall $16, %r11d
-. 5560 0x12345678 5
-. 41 C1 E3 10 C3
-
-sall $16, %r12d
-. 5561 0x12345678 5
-. 41 C1 E4 10 C3
-
-sall $16, %r8d
-. 5562 0x12345678 5
-. 41 C1 E0 10 C3
-
-sall $16, %r9d
-. 5563 0x12345678 5
-. 41 C1 E1 10 C3
-
-sall $24, %eax
-. 5564 0x12345678 4
-. C1 E0 18 C3
-
-sall $24, %ecx
-. 5565 0x12345678 4
-. C1 E1 18 C3
-
-sall $24, %edi
-. 5566 0x12345678 4
-. C1 E7 18 C3
-
-sall $24, %edx
-. 5567 0x12345678 4
-. C1 E2 18 C3
-
-sall $24, %esi
-. 5568 0x12345678 4
-. C1 E6 18 C3
-
-sall $25, %edi
-. 5569 0x12345678 4
-. C1 E7 19 C3
-
-sall $2, %edi
-. 5570 0x12345678 4
-. C1 E7 02 C3
-
-sall $3, %edi
-. 5571 0x12345678 4
-. C1 E7 03 C3
-
-sall $3, %edx
-. 5572 0x12345678 4
-. C1 E2 03 C3
-
-sall $7, %eax
-. 5573 0x12345678 4
-. C1 E0 07 C3
-
-sall $7, %edi
-. 5574 0x12345678 4
-. C1 E7 07 C3
-
-sall $7, %r10d
-. 5575 0x12345678 5
-. 41 C1 E2 07 C3
-
-sall $8, -4(%rsp)
-. 5576 0x12345678 6
-. C1 64 24 FC 08 C3
-
-sall $8, %eax
-. 5577 0x12345678 4
-. C1 E0 08 C3
-
-sall $8, %ebp
-. 5578 0x12345678 4
-. C1 E5 08 C3
-
-sall $8, %ebx
-. 5579 0x12345678 4
-. C1 E3 08 C3
-
-sall $8, %edi
-. 5580 0x12345678 4
-. C1 E7 08 C3
-
-sall $8, %edx
-. 5581 0x12345678 4
-. C1 E2 08 C3
-
-sall $8, %r8d
-. 5582 0x12345678 5
-. 41 C1 E0 08 C3
-
-sall $8, %r9d
-. 5583 0x12345678 5
-. 41 C1 E1 08 C3
-
-sall %cl, %eax
-. 5584 0x12345678 3
-. D3 E0 C3
-
-sall %cl, %edi
-. 5585 0x12345678 3
-. D3 E7 C3
-
-sall %cl, %edx
-. 5586 0x12345678 3
-. D3 E2 C3
-
-sall %cl, %esi
-. 5587 0x12345678 3
-. D3 E6 C3
-
-sall %cl, %r9d
-. 5588 0x12345678 4
-. 41 D3 E1 C3
-
-salq $2, %rax
-. 5589 0x12345678 5
-. 48 C1 E0 02 C3
-
-salq $2, %rbx
-. 5590 0x12345678 5
-. 48 C1 E3 02 C3
-
-salq $2, %rdi
-. 5591 0x12345678 5
-. 48 C1 E7 02 C3
-
-salq $2, %rdx
-. 5592 0x12345678 5
-. 48 C1 E2 02 C3
-
-salq $32, %rax
-. 5593 0x12345678 5
-. 48 C1 E0 20 C3
-
-salq $32, %rdi
-. 5594 0x12345678 5
-. 48 C1 E7 20 C3
-
-salq $3, %rdi
-. 5595 0x12345678 5
-. 48 C1 E7 03 C3
-
-salq $4, %rdi
-. 5596 0x12345678 5
-. 48 C1 E7 04 C3
-
-sarl $11, %eax
-. 5597 0x12345678 4
-. C1 F8 0B C3
-
-sarl $16, %eax
-. 5598 0x12345678 4
-. C1 F8 10 C3
-
-sarl $16, %ecx
-. 5599 0x12345678 4
-. C1 F9 10 C3
-
-sarl $16, %edx
-. 5600 0x12345678 4
-. C1 FA 10 C3
-
-sarl $21, %edi
-. 5601 0x12345678 4
-. C1 FF 15 C3
-
-sarl $24, %eax
-. 5602 0x12345678 4
-. C1 F8 18 C3
-
-sarl $24, %edx
-. 5603 0x12345678 4
-. C1 FA 18 C3
-
-sarl $24, %esi
-. 5604 0x12345678 4
-. C1 FE 18 C3
-
-sarl $2, %eax
-. 5605 0x12345678 4
-. C1 F8 02 C3
-
-sarl $3, %eax
-. 5606 0x12345678 4
-. C1 F8 03 C3
-
-sarl $4, %eax
-. 5607 0x12345678 4
-. C1 F8 04 C3
-
-sarl $6, %ebp
-. 5608 0x12345678 4
-. C1 FD 06 C3
-
-sarl $6, %edx
-. 5609 0x12345678 4
-. C1 FA 06 C3
-
-sarl $8, %edi
-. 5610 0x12345678 4
-. C1 FF 08 C3
-
-sarl $9, %edi
-. 5611 0x12345678 4
-. C1 FF 09 C3
-
-sarl %cl, %eax
-. 5612 0x12345678 3
-. D3 F8 C3
-
-sarl %cl, %edi
-. 5613 0x12345678 3
-. D3 FF C3
-
-sarl %cl, %edx
-. 5614 0x12345678 3
-. D3 FA C3
-
-sarl %cl, %r8d
-. 5615 0x12345678 4
-. 41 D3 F8 C3
-
-sarl %eax
-. 5616 0x12345678 3
-. D1 F8 C3
-
-sarl %edi
-. 5617 0x12345678 3
-. D1 FF C3
-
-sbbl %eax, %eax
-. 5618 0x12345678 3
-. 19 C0 C3
-
-sbbl %ebp, %ebp
-. 5619 0x12345678 3
-. 19 ED C3
-
-sbbl %ebx, %ebx
-. 5620 0x12345678 3
-. 19 DB C3
-
-sbbl %ecx, %ecx
-. 5621 0x12345678 3
-. 19 C9 C3
-
-sbbl %edi, %edi
-. 5622 0x12345678 3
-. 19 FF C3
-
-sbbl %edx, %edx
-. 5623 0x12345678 3
-. 19 D2 C3
-
-sbbl %esi, %esi
-. 5624 0x12345678 3
-. 19 F6 C3
-
-sbbl %r10d, %r10d
-. 5625 0x12345678 4
-. 45 19 D2 C3
-
-sbbl %r12d, %r12d
-. 5626 0x12345678 4
-. 45 19 E4 C3
-
-sbbl %r13d, %r13d
-. 5627 0x12345678 4
-. 45 19 ED C3
-
-sbbl %r8d, %r8d
-. 5628 0x12345678 4
-. 45 19 C0 C3
-
-sbbl %r9d, %r9d
-. 5629 0x12345678 4
-. 45 19 C9 C3
-
-sbbq %rdi, %rdi
-. 5630 0x12345678 4
-. 48 19 FF C3
-
-seta %dl
-. 5631 0x12345678 4
-. 0F 97 C2 C3
-
-setb %al
-. 5632 0x12345678 4
-. 0F 92 C0 C3
-
-setb %dil
-. 5633 0x12345678 5
-. 40 0F 92 C7 C3
-
-setb %dl
-. 5634 0x12345678 4
-. 0F 92 C2 C3
-
-setbe 283(%rsp)
-. 5635 0x12345678 9
-. 0F 96 84 24 1B 01 00 00 C3
-
-setbe 46(%rsp)
-. 5636 0x12345678 6
-. 0F 96 44 24 2E C3
-
-setbe %al
-. 5637 0x12345678 4
-. 0F 96 C0 C3
-
-setbe %cl
-. 5638 0x12345678 4
-. 0F 96 C1 C3
-
-setbe %dil
-. 5639 0x12345678 5
-. 40 0F 96 C7 C3
-
-setbe %dl
-. 5640 0x12345678 4
-. 0F 96 C2 C3
-
-sete 123(%rsp)
-. 5641 0x12345678 6
-. 0F 94 44 24 7B C3
-
-sete 15(%rsp)
-. 5642 0x12345678 6
-. 0F 94 44 24 0F C3
-
-sete 171(%rsp)
-. 5643 0x12345678 9
-. 0F 94 84 24 AB 00 00 00 C3
-
-sete 183(%rsp)
-. 5644 0x12345678 9
-. 0F 94 84 24 B7 00 00 00 C3
-
-sete 239(%rsp)
-. 5645 0x12345678 9
-. 0F 94 84 24 EF 00 00 00 C3
-
-sete %al
-. 5646 0x12345678 4
-. 0F 94 C0 C3
-
-sete %dil
-. 5647 0x12345678 5
-. 40 0F 94 C7 C3
-
-sete %dl
-. 5648 0x12345678 4
-. 0F 94 C2 C3
-
-sete %r12b
-. 5649 0x12345678 5
-. 41 0F 94 C4 C3
-
-sete %r13b
-. 5650 0x12345678 5
-. 41 0F 94 C5 C3
-
-sete %r15b
-. 5651 0x12345678 5
-. 41 0F 94 C7 C3
-
-sete %sil
-. 5652 0x12345678 5
-. 40 0F 94 C6 C3
-
-setge %al
-. 5653 0x12345678 4
-. 0F 9D C0 C3
-
-setge %dl
-. 5654 0x12345678 4
-. 0F 9D C2 C3
-
-setl 115(%rsp)
-. 5655 0x12345678 6
-. 0F 9C 44 24 73 C3
-
-setl %dil
-. 5656 0x12345678 5
-. 40 0F 9C C7 C3
-
-setle %al
-. 5657 0x12345678 4
-. 0F 9E C0 C3
-
-setle %dil
-. 5658 0x12345678 5
-. 40 0F 9E C7 C3
-
-setne %al
-. 5659 0x12345678 4
-. 0F 95 C0 C3
-
-setne %cl
-. 5660 0x12345678 4
-. 0F 95 C1 C3
-
-setne %dil
-. 5661 0x12345678 5
-. 40 0F 95 C7 C3
-
-setne %dl
-. 5662 0x12345678 4
-. 0F 95 C2 C3
-
-setne %r13b
-. 5663 0x12345678 5
-. 41 0F 95 C5 C3
-
-setne %sil
-. 5664 0x12345678 5
-. 40 0F 95 C6 C3
-
-setnp %dl
-. 5665 0x12345678 4
-. 0F 9B C2 C3
-
-sets %al
-. 5666 0x12345678 4
-. 0F 98 C0 C3
-
-shrb $2, %al
-. 5667 0x12345678 4
-. C0 E8 02 C3
-
-shrb $3, %al
-. 5668 0x12345678 4
-. C0 E8 03 C3
-
-shrb $3, %cl
-. 5669 0x12345678 4
-. C0 E9 03 C3
-
-shrb $3, %dil
-. 5670 0x12345678 5
-. 40 C0 EF 03 C3
-
-shrb $3, %dl
-. 5671 0x12345678 4
-. C0 EA 03 C3
-
-shrb $4, %al
-. 5672 0x12345678 4
-. C0 E8 04 C3
-
-shrb $4, %cl
-. 5673 0x12345678 4
-. C0 E9 04 C3
-
-shrb $6, %dl
-. 5674 0x12345678 4
-. C0 EA 06 C3
-
-shrb %al
-. 5675 0x12345678 3
-. D0 E8 C3
-
-shrb %bl
-. 5676 0x12345678 3
-. D0 EB C3
-
-shrb %dl
-. 5677 0x12345678 3
-. D0 EA C3
-
-shrl $10, %eax
-. 5678 0x12345678 4
-. C1 E8 0A C3
-
-shrl $10, %edi
-. 5679 0x12345678 4
-. C1 EF 0A C3
-
-shrl $10, %esi
-. 5680 0x12345678 4
-. C1 EE 0A C3
-
-shrl $11, %eax
-. 5681 0x12345678 4
-. C1 E8 0B C3
-
-shrl $11, %ebx
-. 5682 0x12345678 4
-. C1 EB 0B C3
-
-shrl $11, %ecx
-. 5683 0x12345678 4
-. C1 E9 0B C3
-
-shrl $12, %eax
-. 5684 0x12345678 4
-. C1 E8 0C C3
-
-shrl $12, %edx
-. 5685 0x12345678 4
-. C1 EA 0C C3
-
-shrl $13, %eax
-. 5686 0x12345678 4
-. C1 E8 0D C3
-
-shrl $14, %edi
-. 5687 0x12345678 4
-. C1 EF 0E C3
-
-shrl $16, %eax
-. 5688 0x12345678 4
-. C1 E8 10 C3
-
-shrl $16, %ebx
-. 5689 0x12345678 4
-. C1 EB 10 C3
-
-shrl $16, %ecx
-. 5690 0x12345678 4
-. C1 E9 10 C3
-
-shrl $16, %edi
-. 5691 0x12345678 4
-. C1 EF 10 C3
-
-shrl $16, %edx
-. 5692 0x12345678 4
-. C1 EA 10 C3
-
-shrl $16, %esi
-. 5693 0x12345678 4
-. C1 EE 10 C3
-
-shrl $16, %r11d
-. 5694 0x12345678 5
-. 41 C1 EB 10 C3
-
-shrl $16, %r8d
-. 5695 0x12345678 5
-. 41 C1 E8 10 C3
-
-shrl $16, %r9d
-. 5696 0x12345678 5
-. 41 C1 E9 10 C3
-
-shrl $20, %eax
-. 5697 0x12345678 4
-. C1 E8 14 C3
-
-shrl $20, %ebx
-. 5698 0x12345678 4
-. C1 EB 14 C3
-
-shrl $20, %edx
-. 5699 0x12345678 4
-. C1 EA 14 C3
-
-shrl $20, %r12d
-. 5700 0x12345678 5
-. 41 C1 EC 14 C3
-
-shrl $21, %eax
-. 5701 0x12345678 4
-. C1 E8 15 C3
-
-shrl $21, %ebp
-. 5702 0x12345678 4
-. C1 ED 15 C3
-
-shrl $21, %edi
-. 5703 0x12345678 4
-. C1 EF 15 C3
-
-shrl $22, %ebp
-. 5704 0x12345678 4
-. C1 ED 16 C3
-
-shrl $24, %eax
-. 5705 0x12345678 4
-. C1 E8 18 C3
-
-shrl $24, %ecx
-. 5706 0x12345678 4
-. C1 E9 18 C3
-
-shrl $24, %edi
-. 5707 0x12345678 4
-. C1 EF 18 C3
-
-shrl $24, %edx
-. 5708 0x12345678 4
-. C1 EA 18 C3
-
-shrl $24, %esi
-. 5709 0x12345678 4
-. C1 EE 18 C3
-
-shrl $25, %eax
-. 5710 0x12345678 4
-. C1 E8 19 C3
-
-shrl $25, %ebx
-. 5711 0x12345678 4
-. C1 EB 19 C3
-
-shrl $26, %eax
-. 5712 0x12345678 4
-. C1 E8 1A C3
-
-shrl $28, %ebp
-. 5713 0x12345678 4
-. C1 ED 1C C3
-
-shrl $28, %ecx
-. 5714 0x12345678 4
-. C1 E9 1C C3
-
-shrl $28, %edi
-. 5715 0x12345678 4
-. C1 EF 1C C3
-
-shrl $28, %edx
-. 5716 0x12345678 4
-. C1 EA 1C C3
-
-shrl $28, %esi
-. 5717 0x12345678 4
-. C1 EE 1C C3
-
-shrl $28, %r15d
-. 5718 0x12345678 5
-. 41 C1 EF 1C C3
-
-shrl $2, %eax
-. 5719 0x12345678 4
-. C1 E8 02 C3
-
-shrl $31, %eax
-. 5720 0x12345678 4
-. C1 E8 1F C3
-
-shrl $31, %ecx
-. 5721 0x12345678 4
-. C1 E9 1F C3
-
-shrl $31, %edi
-. 5722 0x12345678 4
-. C1 EF 1F C3
-
-shrl $31, %edx
-. 5723 0x12345678 4
-. C1 EA 1F C3
-
-shrl $3, %ebp
-. 5724 0x12345678 4
-. C1 ED 03 C3
-
-shrl $3, %edx
-. 5725 0x12345678 4
-. C1 EA 03 C3
-
-shrl $3, %r12d
-. 5726 0x12345678 5
-. 41 C1 EC 03 C3
-
-shrl $4, %eax
-. 5727 0x12345678 4
-. C1 E8 04 C3
-
-shrl $4, %edi
-. 5728 0x12345678 4
-. C1 EF 04 C3
-
-shrl $4, %edx
-. 5729 0x12345678 4
-. C1 EA 04 C3
-
-shrl $4, %r13d
-. 5730 0x12345678 5
-. 41 C1 ED 04 C3
-
-shrl $5, %eax
-. 5731 0x12345678 4
-. C1 E8 05 C3
-
-shrl $6, %eax
-. 5732 0x12345678 4
-. C1 E8 06 C3
-
-shrl $6, %ecx
-. 5733 0x12345678 4
-. C1 E9 06 C3
-
-shrl $6, %edi
-. 5734 0x12345678 4
-. C1 EF 06 C3
-
-shrl $7, %eax
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-shrl $7, %ecx
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-shrl $8, %eax
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-. C1 E8 08 C3
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-shrl $8, %ecx
-. 5738 0x12345678 4
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-shrl $8, %edx
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-. C1 EA 08 C3
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-shrl $8, %r13d
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-
-shrl $8, %r8d
-. 5741 0x12345678 5
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-shrl $8, %r9d
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-. 41 C1 E9 08 C3
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-shrl $9, %eax
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-shrl $9, %edi
-. 5744 0x12345678 4
-. C1 EF 09 C3
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-shrl %cl, %eax
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-. D3 E8 C3
-
-shrl %cl, %edi
-. 5746 0x12345678 3
-. D3 EF C3
-
-shrl %eax
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-. D1 E8 C3
-
-shrl %ebx
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-. D1 EB C3
-
-shrl %ecx
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-. D1 E9 C3
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-shrl %edi
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-. D1 EF C3
-
-shrl %edx
-. 5751 0x12345678 3
-. D1 EA C3
-
-shrl %r11d
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-. 41 D1 EB C3
-
-shrl %r12d
-. 5753 0x12345678 4
-. 41 D1 EC C3
-
-shrl %r8d
-. 5754 0x12345678 4
-. 41 D1 E8 C3
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-shrq $32, %r10
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-shrq $32, %r11
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-. 49 C1 EB 20 C3
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-shrq $32, %r8
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-shrq $32, %r9
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-shrq $32, %rax
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-shrq $32, %rbx
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-shrq $32, %rcx
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-shrq $32, %rdi
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-shrq $32, %rdx
-. 5763 0x12345678 5
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-shrq $32, %rsi
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-shrq $63, %rax
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-. 48 C1 E8 3F C3
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-. 40 2A 7A 08 C3
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-subb %bl, %cl
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-. 28 D9 C3
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-subb %cl, %bl
-. 5768 0x12345678 3
-. 28 CB C3
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-subb %dl, %al
-. 5769 0x12345678 3
-. 28 D0 C3
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-subb %dl, %dil
-. 5770 0x12345678 4
-. 40 28 D7 C3
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-subb %dl, %r8b
-. 5771 0x12345678 4
-. 41 28 D0 C3
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-subb %dl, %sil
-. 5772 0x12345678 4
-. 40 28 D6 C3
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-subl $100, %eax
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-. 83 E8 64 C3
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-subl $12, %eax
-. 5774 0x12345678 4
-. 83 E8 0C C3
-
-subl $144, %eax
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-. 2D 90 00 00 00 C3
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-subl $144, %ebx
-. 5776 0x12345678 7
-. 81 EB 90 00 00 00 C3
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-subl $192, %eax
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-. 2D C0 00 00 00 C3
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-subl $192, %ecx
-. 5778 0x12345678 7
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-subl $192, %edx
-. 5779 0x12345678 7
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-subl $200, %ecx
-. 5780 0x12345678 7
-. 81 E9 C8 00 00 00 C3
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-subl $200, %edx
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-. 81 EA C8 00 00 00 C3
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-subl $208, %eax
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-. 2D D0 00 00 00 C3
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-subl $20, %eax
-. 5783 0x12345678 4
-. 83 E8 14 C3
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-subl $224, %eax
-. 5784 0x12345678 6
-. 2D E0 00 00 00 C3
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-subl $224, %ecx
-. 5785 0x12345678 7
-. 81 E9 E0 00 00 00 C3
-
-subl $224, %edx
-. 5786 0x12345678 7
-. 81 EA E0 00 00 00 C3
-
-subl $232, %ecx
-. 5787 0x12345678 7
-. 81 E9 E8 00 00 00 C3
-
-subl $232, %edi
-. 5788 0x12345678 7
-. 81 EF E8 00 00 00 C3
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-subl $232, %edx
-. 5789 0x12345678 7
-. 81 EA E8 00 00 00 C3
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-subl $240, %ecx
-. 5790 0x12345678 7
-. 81 E9 F0 00 00 00 C3
-
-subl $240, %edi
-. 5791 0x12345678 7
-. 81 EF F0 00 00 00 C3
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-subl $240, %edx
-. 5792 0x12345678 7
-. 81 EA F0 00 00 00 C3
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-subl $248, %ecx
-. 5793 0x12345678 7
-. 81 E9 F8 00 00 00 C3
-
-subl $248, %edx
-. 5794 0x12345678 7
-. 81 EA F8 00 00 00 C3
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-subl 292(%rsp), %ebp
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-. 2B AC 24 24 01 00 00 C3
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-subl $2, %eax
-. 5796 0x12345678 4
-. 83 E8 02 C3
-
-subl $3, %edx
-. 5797 0x12345678 4
-. 83 EA 03 C3
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-subl $44, %eax
-. 5798 0x12345678 4
-. 83 E8 2C C3
-
-subl $46, %eax
-. 5799 0x12345678 4
-. 83 E8 2E C3
-
-subl $49, %eax
-. 5800 0x12345678 4
-. 83 E8 31 C3
-
-subl $4, %r9d
-. 5801 0x12345678 5
-. 41 83 E9 04 C3
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-subl 4(%rsp), %ebp
-. 5802 0x12345678 5
-. 2B 6C 24 04 C3
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-subl $64, %eax
-. 5803 0x12345678 4
-. 83 E8 40 C3
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-subl $64, %ebx
-. 5804 0x12345678 4
-. 83 EB 40 C3
-
-subl $69631, %edi
-. 5805 0x12345678 7
-. 81 EF FF 0F 01 00 C3
-
-subl $69633, %eax
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-. 2D 01 10 01 00 C3
-
-subl $69635, %eax
-. 5807 0x12345678 6
-. 2D 03 10 01 00 C3
-
-subl $73728, %eax
-. 5808 0x12345678 6
-. 2D 00 20 01 00 C3
-
-subl $77825, %eax
-. 5809 0x12345678 6
-. 2D 01 30 01 00 C3
-
-subl $77869, %eax
-. 5810 0x12345678 6
-. 2D 2D 30 01 00 C3
-
-subl $78092, %eax
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-. 2D 0C 31 01 00 C3
-
-subl $83, %eax
-. 5812 0x12345678 4
-. 83 E8 53 C3
-
-subl $86018, %eax
-. 5813 0x12345678 6
-. 2D 02 50 01 00 C3
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-subl 8(%rdx), %edi
-. 5814 0x12345678 4
-. 2B 7A 08 C3
-
-subl $96, %eax
-. 5815 0x12345678 4
-. 83 E8 60 C3
-
-subl %eax, %edi
-. 5816 0x12345678 3
-. 29 C7 C3
-
-subl %eax, %edx
-. 5817 0x12345678 3
-. 29 C2 C3
-
-subl %ebp, %r14d
-. 5818 0x12345678 4
-. 41 29 EE C3
-
-subl %ecx, %edx
-. 5819 0x12345678 3
-. 29 CA C3
-
-subl %ecx, %r8d
-. 5820 0x12345678 4
-. 41 29 C8 C3
-
-subl %edi, %eax
-. 5821 0x12345678 3
-. 29 F8 C3
-
-subl %edx, %eax
-. 5822 0x12345678 3
-. 29 D0 C3
-
-subl %edx, %ebx
-. 5823 0x12345678 3
-. 29 D3 C3
-
-subl %edx, %ecx
-. 5824 0x12345678 3
-. 29 D1 C3
-
-subl %edx, %edi
-. 5825 0x12345678 3
-. 29 D7 C3
-
-subl %edx, %esi
-. 5826 0x12345678 3
-. 29 D6 C3
-
-subl %edx, %r8d
-. 5827 0x12345678 4
-. 41 29 D0 C3
-
-subl %esi, %edi
-. 5828 0x12345678 3
-. 29 F7 C3
-
-subl %r10d, %ecx
-. 5829 0x12345678 4
-. 44 29 D1 C3
-
-subl %r14d, %edi
-. 5830 0x12345678 4
-. 44 29 F7 C3
-
-subl %r15d, %eax
-. 5831 0x12345678 4
-. 44 29 F8 C3
-
-subq $104, %rsp
-. 5832 0x12345678 5
-. 48 83 EC 68 C3
-
-subq $120, %rsp
-. 5833 0x12345678 5
-. 48 83 EC 78 C3
-
-subq $136, %rsp
-. 5834 0x12345678 8
-. 48 81 EC 88 00 00 00 C3
-
-subq $152, %rsp
-. 5835 0x12345678 8
-. 48 81 EC 98 00 00 00 C3
-
-subq 160(%rsp), %r15
-. 5836 0x12345678 9
-. 4C 2B BC 24 A0 00 00 00 C3
-
-subq $168, %rsp
-. 5837 0x12345678 8
-. 48 81 EC A8 00 00 00 C3
-
-subq $16, %rsp
-. 5838 0x12345678 5
-. 48 83 EC 10 C3
-
-subq $184, %rsp
-. 5839 0x12345678 8
-. 48 81 EC B8 00 00 00 C3
-
-subq $208, %rsp
-. 5840 0x12345678 8
-. 48 81 EC D0 00 00 00 C3
-
-subq $216, %rsp
-. 5841 0x12345678 8
-. 48 81 EC D8 00 00 00 C3
-
-subq $24, %rsp
-. 5842 0x12345678 5
-. 48 83 EC 18 C3
-
-subq $280, %rsp
-. 5843 0x12345678 8
-. 48 81 EC 18 01 00 00 C3
-
-subq $312, %rsp
-. 5844 0x12345678 8
-. 48 81 EC 38 01 00 00 C3
-
-subq $40, %rsp
-. 5845 0x12345678 5
-. 48 83 EC 28 C3
-
-subq $472, %rsp
-. 5846 0x12345678 8
-. 48 81 EC D8 01 00 00 C3
-
-subq $56, %rsp
-. 5847 0x12345678 5
-. 48 83 EC 38 C3
-
-subq $728, %rsp
-. 5848 0x12345678 8
-. 48 81 EC D8 02 00 00 C3
-
-subq $72, %rsp
-. 5849 0x12345678 5
-. 48 83 EC 48 C3
-
-subq $88, %rsp
-. 5850 0x12345678 5
-. 48 83 EC 58 C3
-
-subq $8, %rsp
-. 5851 0x12345678 5
-. 48 83 EC 08 C3
-
-subq $968, %rsp
-. 5852 0x12345678 8
-. 48 81 EC C8 03 00 00 C3
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-subq %rax, %rdx
-. 5853 0x12345678 4
-. 48 29 C2 C3
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-subw %cx, %dx
-. 5854 0x12345678 4
-. 66 29 CA C3
-
-subw %cx, %r8w
-. 5855 0x12345678 5
-. 66 41 29 C8 C3
-
-subw %dx, %ax
-. 5856 0x12345678 4
-. 66 29 D0 C3
-
-subw %si, %di
-. 5857 0x12345678 4
-. 66 29 F7 C3
-
-testb $16, 44(%rip)
-. 5858 0x12345678 8
-. F6 05 2C 00 00 00 10 C3
-
-testb $1, %al
-. 5859 0x12345678 3
-. A8 01 C3
-
-testb $1, %bl
-. 5860 0x12345678 4
-. F6 C3 01 C3
-
-testb $1, %dil
-. 5861 0x12345678 5
-. 40 F6 C7 01 C3
-
-testb $1, %r12b
-. 5862 0x12345678 5
-. 41 F6 C4 01 C3
-
-testb $1, 45(%rip)
-. 5863 0x12345678 8
-. F6 05 2D 00 00 00 01 C3
-
-testb $28, %dil
-. 5864 0x12345678 5
-. 40 F6 C7 1C C3
-
-testb $2, %al
-. 5865 0x12345678 3
-. A8 02 C3
-
-testb $2, %dl
-. 5866 0x12345678 4
-. F6 C2 02 C3
-
-testb $2, %r13b
-. 5867 0x12345678 5
-. 41 F6 C5 02 C3
-
-testb $2, %r14b
-. 5868 0x12345678 5
-. 41 F6 C6 02 C3
-
-testb $-32, %dl
-. 5869 0x12345678 4
-. F6 C2 E0 C3
-
-testb $32, 47(%rip)
-. 5870 0x12345678 8
-. F6 05 2F 00 00 00 20 C3
-
-testb $4, 28(%rsp)
-. 5871 0x12345678 6
-. F6 44 24 1C 04 C3
-
-testb $4, %al
-. 5872 0x12345678 3
-. A8 04 C3
-
-testb $4, %dil
-. 5873 0x12345678 5
-. 40 F6 C7 04 C3
-
-testb $4, %dl
-. 5874 0x12345678 4
-. F6 C2 04 C3
-
-testb $4, %r13b
-. 5875 0x12345678 5
-. 41 F6 C5 04 C3
-
-testb $4, 49(%rip)
-. 5876 0x12345678 8
-. F6 05 31 00 00 00 04 C3
-
-testb $64, 66(%rip)
-. 5877 0x12345678 8
-. F6 05 42 00 00 00 40 C3
-
-testb $7, 800(%rsp)
-. 5878 0x12345678 9
-. F6 84 24 20 03 00 00 07 C3
-
-testb $8, %al
-. 5879 0x12345678 3
-. A8 08 C3
-
-testb $8, %dl
-. 5880 0x12345678 4
-. F6 C2 08 C3
-
-testb $8, %r14b
-. 5881 0x12345678 5
-. 41 F6 C6 08 C3
-
-testb %al, %al
-. 5882 0x12345678 3
-. 84 C0 C3
-
-testb %bl, %bl
-. 5883 0x12345678 3
-. 84 DB C3
-
-testb %bpl, %bpl
-. 5884 0x12345678 4
-. 40 84 ED C3
-
-testb %cl, %cl
-. 5885 0x12345678 3
-. 84 C9 C3
-
-testb %dil, %dil
-. 5886 0x12345678 4
-. 40 84 FF C3
-
-testb %dl, %dl
-. 5887 0x12345678 3
-. 84 D2 C3
-
-testb %r11b, %r11b
-. 5888 0x12345678 4
-. 45 84 DB C3
-
-testb %r12b, %r12b
-. 5889 0x12345678 4
-. 45 84 E4 C3
-
-testb %r13b, %r13b
-. 5890 0x12345678 4
-. 45 84 ED C3
-
-testb %r14b, %r14b
-. 5891 0x12345678 4
-. 45 84 F6 C3
-
-testb %r15b, %r15b
-. 5892 0x12345678 4
-. 45 84 FF C3
-
-testb %r8b, %r8b
-. 5893 0x12345678 4
-. 45 84 C0 C3
-
-testb %sil, %sil
-. 5894 0x12345678 4
-. 40 84 F6 C3
-
-testl $1024, %edi
-. 5895 0x12345678 7
-. F7 C7 00 04 00 00 C3
-
-testl $1024, %r14d
-. 5896 0x12345678 8
-. 41 F7 C6 00 04 00 00 C3
-
-testl $16384, %edi
-. 5897 0x12345678 7
-. F7 C7 00 40 00 00 C3
-
-testl $16384, %r14d
-. 5898 0x12345678 8
-. 41 F7 C6 00 40 00 00 C3
-
-testl $16777216, %ebp
-. 5899 0x12345678 7
-. F7 C5 00 00 00 01 C3
-
-testl $16777216, %edi
-. 5900 0x12345678 7
-. F7 C7 00 00 00 01 C3
-
-testl $16777216, %edx
-. 5901 0x12345678 7
-. F7 C2 00 00 00 01 C3
-
-testl $16777216, %esi
-. 5902 0x12345678 7
-. F7 C6 00 00 00 01 C3
-
-testl $2048, %edi
-. 5903 0x12345678 7
-. F7 C7 00 08 00 00 C3
-
-testl $2048, %r14d
-. 5904 0x12345678 8
-. 41 F7 C6 00 08 00 00 C3
-
-testl $256, %r14d
-. 5905 0x12345678 8
-. 41 F7 C6 00 01 00 00 C3
-
-testl $4096, %edi
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-. F7 C7 00 10 00 00 C3
-
-testl $4096, %r14d
-. 5907 0x12345678 8
-. 41 F7 C6 00 10 00 00 C3
-
-testl $512, %r14d
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-. 41 F7 C6 00 02 00 00 C3
-
-testl $-65536, %eax
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-. A9 00 00 FF FF C3
-
-testl $-65536, %ebp
-. 5910 0x12345678 7
-. F7 C5 00 00 FF FF C3
-
-testl $-65536, %ebx
-. 5911 0x12345678 7
-. F7 C3 00 00 FF FF C3
-
-testl $-65536, %r12d
-. 5912 0x12345678 8
-. 41 F7 C4 00 00 FF FF C3
-
-testl $768, %edi
-. 5913 0x12345678 7
-. F7 C7 00 03 00 00 C3
-
-testl $8192, %edi
-. 5914 0x12345678 7
-. F7 C7 00 20 00 00 C3
-
-testl $8192, %r14d
-. 5915 0x12345678 8
-. 41 F7 C6 00 20 00 00 C3
-
-testl %eax, %eax
-. 5916 0x12345678 3
-. 85 C0 C3
-
-testl %eax, %edi
-. 5917 0x12345678 3
-. 85 F8 C3
-
-testl %eax, %edx
-. 5918 0x12345678 3
-. 85 D0 C3
-
-testl %ebp, %ebp
-. 5919 0x12345678 3
-. 85 ED C3
-
-testl %ebx, %ebx
-. 5920 0x12345678 3
-. 85 DB C3
-
-testl %ecx, %ecx
-. 5921 0x12345678 3
-. 85 C9 C3
-
-testl %edi, %edi
-. 5922 0x12345678 3
-. 85 FF C3
-
-testl %edx, %edx
-. 5923 0x12345678 3
-. 85 D2 C3
-
-testl %esi, %esi
-. 5924 0x12345678 3
-. 85 F6 C3
-
-testl %r10d, %r10d
-. 5925 0x12345678 4
-. 45 85 D2 C3
-
-testl %r11d, %r11d
-. 5926 0x12345678 4
-. 45 85 DB C3
-
-testl %r12d, %r12d
-. 5927 0x12345678 4
-. 45 85 E4 C3
-
-testl %r13d, %r13d
-. 5928 0x12345678 4
-. 45 85 ED C3
-
-testl %r14d, %r14d
-. 5929 0x12345678 4
-. 45 85 F6 C3
-
-testl %r15d, %r15d
-. 5930 0x12345678 4
-. 45 85 FF C3
-
-testl %r8d, %r8d
-. 5931 0x12345678 4
-. 45 85 C0 C3
-
-testl %r9d, %r9d
-. 5932 0x12345678 4
-. 45 85 C9 C3
-
-testq %r12, %r12
-. 5933 0x12345678 4
-. 4D 85 E4 C3
-
-testq %r13, %r13
-. 5934 0x12345678 4
-. 4D 85 ED C3
-
-testq %r14, %r14
-. 5935 0x12345678 4
-. 4D 85 F6 C3
-
-testq %r15, %r15
-. 5936 0x12345678 4
-. 4D 85 FF C3
-
-testq %rax, %rax
-. 5937 0x12345678 4
-. 48 85 C0 C3
-
-testq %rbp, %rbp
-. 5938 0x12345678 4
-. 48 85 ED C3
-
-testq %rbx, %rbx
-. 5939 0x12345678 4
-. 48 85 DB C3
-
-testq %rcx, %rcx
-. 5940 0x12345678 4
-. 48 85 C9 C3
-
-testq %rdi, %rdi
-. 5941 0x12345678 4
-. 48 85 FF C3
-
-testq %rdx, %rdx
-. 5942 0x12345678 4
-. 48 85 D2 C3
-
-testq %rsi, %rsi
-. 5943 0x12345678 4
-. 48 85 F6 C3
-
-testw %ax, %ax
-. 5944 0x12345678 4
-. 66 85 C0 C3
-
-testw %bx, %bx
-. 5945 0x12345678 4
-. 66 85 DB C3
-
-testw %di, %di
-. 5946 0x12345678 4
-. 66 85 FF C3
-
-testw %dx, %dx
-. 5947 0x12345678 4
-. 66 85 D2 C3
-
-testw %r11w, %r11w
-. 5948 0x12345678 5
-. 66 45 85 DB C3
-
-testw %r14w, %r14w
-. 5949 0x12345678 5
-. 66 45 85 F6 C3
-
-testw %r8w, %r8w
-. 5950 0x12345678 5
-. 66 45 85 C0 C3
-
-testw %r9w, %r9w
-. 5951 0x12345678 5
-. 66 45 85 C9 C3
-
-testw %si, %si
-. 5952 0x12345678 4
-. 66 85 F6 C3
-
-xorb 8(%rdx), %dil
-. 5953 0x12345678 5
-. 40 32 7A 08 C3
-
-xorl $1, %eax
-. 5954 0x12345678 4
-. 83 F0 01 C3
-
-xorl $1, %edx
-. 5955 0x12345678 4
-. 83 F2 01 C3
-
-xorl 8(%rdx), %edi
-. 5956 0x12345678 4
-. 33 7A 08 C3
-
-xorl %eax, %eax
-. 5957 0x12345678 3
-. 31 C0 C3
-
-xorl %ebp, %ebp
-. 5958 0x12345678 3
-. 31 ED C3
-
-xorl %ebx, %ebx
-. 5959 0x12345678 3
-. 31 DB C3
-
-xorl %ecx, %ecx
-. 5960 0x12345678 3
-. 31 C9 C3
-
-xorl %edi, %edi
-. 5961 0x12345678 3
-. 31 FF C3
-
-xorl %edx, %ecx
-. 5962 0x12345678 3
-. 31 D1 C3
-
-xorl %edx, %edx
-. 5963 0x12345678 3
-. 31 D2 C3
-
-xorl %esi, %eax
-. 5964 0x12345678 3
-. 31 F0 C3
-
-xorl %esi, %ecx
-. 5965 0x12345678 3
-. 31 F1 C3
-
-xorl %esi, %edx
-. 5966 0x12345678 3
-. 31 F2 C3
-
-xorl %esi, %esi
-. 5967 0x12345678 3
-. 31 F6 C3
-
-xorl %r10d, %r10d
-. 5968 0x12345678 4
-. 45 31 D2 C3
-
-xorl %r11d, %r11d
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-. 45 31 DB C3
-
-xorl %r12d, %r12d
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-. 45 31 E4 C3
-
-xorl %r13d, %r13d
-. 5971 0x12345678 4
-. 45 31 ED C3
-
-xorl %r14d, %r14d
-. 5972 0x12345678 4
-. 45 31 F6 C3
-
-xorl %r15d, %r15d
-. 5973 0x12345678 4
-. 45 31 FF C3
-
-xorl %r8d, %r8d
-. 5974 0x12345678 4
-. 45 31 C0 C3
-
-xorl %r9d, %r9d
-. 5975 0x12345678 4
-. 45 31 C9 C3
-
-xorw %ax, %ax
-. 5976 0x12345678 4
-. 66 31 C0 C3
-
-xorw %di, %di
-. 5977 0x12345678 4
-. 66 31 FF C3
-
-xorw %dx, %dx
-. 5978 0x12345678 4
-. 66 31 D2 C3
-
-nop
-. 5979 0x12345678 2
-. 90 C3
-
-nop
-. 5980 0x12345678 2
-. 90 C3
-
diff --git a/VEX/orig_amd64/test2.sorted b/VEX/orig_amd64/test2.sorted
deleted file mode 100644
index c3343be..0000000
--- a/VEX/orig_amd64/test2.sorted
+++ /dev/null
@@ -1,5978 +0,0 @@
-40027A08 addb 8(%rdx), %dil
-83C666 addl $102, %esi
-83C26C addl $108, %edx
-83C66C addl $108, %esi
-4183C50A addl $10, %r13d
-83C673 addl $115, %esi
-83C380 addl $-128, %ebx
-83C780 addl $-128, %edi
-0344240C addl 12(%rsp), %eax
-03BC2488000000 addl 136(%rsp), %edi
-83C10D addl $13, %ecx
-83C310 addl $16, %ebx
-83C011 addl $17, %eax
-83C512 addl $18, %ebp
-03442414 addl 20(%rsp), %eax
-4403742414 addl 20(%rsp), %r14d
-83C315 addl $21, %ebx
-03442418 addl 24(%rsp), %eax
-834424101C addl $28, 16(%rsp)
-0344241C addl 28(%rsp), %eax
-036C241C addl 28(%rsp), %ebp
-440374241C addl 28(%rsp), %r14d
-44037C241C addl 28(%rsp), %r15d
-83C01D addl $29, %eax
-83C002 addl $2, %eax
-83C502 addl $2, %ebp
-83C302 addl $2, %ebx
-83C702 addl $2, %edi
-4183C402 addl $2, %r12d
-4183C702 addl $2, %r15d
-834424101F addl $31, 16(%rsp)
-03BC2438010000 addl 312(%rsp), %edi
-4403AC2444010000 addl 324(%rsp), %r13d
-03AC244C010000 addl 332(%rsp), %ebp
-83C021 addl $33, %eax
-03AC2458010000 addl 344(%rsp), %ebp
-03BC2458010000 addl 344(%rsp), %edi
-03AC2460010000 addl 352(%rsp), %ebp
-03AC2464010000 addl 356(%rsp), %ebp
-03AC2470010000 addl 368(%rsp), %ebp
-03442424 addl 36(%rsp), %eax
-037C2424 addl 36(%rsp), %edi
-8344241025 addl $37, 16(%rsp)
-83C125 addl $37, %ecx
-83C503 addl $3, %ebp
-83C303 addl $3, %ebx
-83C703 addl $3, %edi
-8344241029 addl $41, 16(%rsp)
-037C242C addl 44(%rsp), %edi
-038424C8010000 addl 456(%rsp), %eax
-83C504 addl $4, %ebp
-83C304 addl $4, %ebx
-83C704 addl $4, %edi
-0384242C020000 addl 556(%rsp), %eax
-03AC242C020000 addl 556(%rsp), %ebp
-03442438 addl 56(%rsp), %eax
-83C005 addl $5, %eax
-83C505 addl $5, %ebp
-0344243C addl 60(%rsp), %eax
-440364243C addl 60(%rsp), %r12d
-0502100100 addl $69634, %eax
-440364244C addl 76(%rsp), %r12d
-81C71B300100 addl $77851, %edi
-4181C41B300100 addl $77851, %r12d
-4181C41C300100 addl $77852, %r12d
-81C331300100 addl $77873, %ebx
-81C332300100 addl $77874, %ebx
-81C333300100 addl $77875, %ebx
-81C53E300100 addl $77886, %ebp
-0543300100 addl $77891, %eax
-81C743300100 addl $77891, %edi
-4181C443300100 addl $77891, %r12d
-0544300100 addl $77892, %eax
-81C744300100 addl $77892, %edi
-0545300100 addl $77893, %eax
-81C745300100 addl $77893, %edi
-4181C445300100 addl $77893, %r12d
-4181C545300100 addl $77893, %r13d
-81C346300100 addl $77894, %ebx
-81C54C300100 addl $77900, %ebp
-81C54F300100 addl $77903, %ebp
-83C707 addl $7, %edi
-4183C507 addl $7, %r13d
-0501400100 addl $81921, %eax
-83C008 addl $8, %eax
-037A08 addl 8(%rdx), %edi
-44037C2408 addl 8(%rsp), %r15d
-01442414 addl %eax, 20(%rsp)
-01442418 addl %eax, 24(%rsp)
-01442424 addl %eax, 36(%rsp)
-01442428 addl %eax, 40(%rsp)
-0144242C addl %eax, 44(%rsp)
-01442438 addl %eax, 56(%rsp)
-41014508 addl %eax, 8(%r13)
-01C0 addl %eax, %eax
-01C7 addl %eax, %edi
-01C2 addl %eax, %edx
-01C6 addl %eax, %esi
-4101C7 addl %eax, %r15d
-016C2408 addl %ebp, 8(%rsp)
-01E8 addl %ebp, %eax
-01EB addl %ebp, %ebx
-01EF addl %ebp, %edi
-01EE addl %ebp, %esi
-014C247C addl %ecx, 124(%rsp)
-018C2424010000 addl %ecx, 292(%rsp)
-014C2408 addl %ecx, 8(%rsp)
-01C9 addl %ecx, %ecx
-01CF addl %ecx, %edi
-01CA addl %ecx, %edx
-4101C8 addl %ecx, %r8d
-017C240C addl %edi, 12(%rsp)
-01F8 addl %edi, %eax
-01FF addl %edi, %edi
-01FE addl %edi, %esi
-4101FF addl %edi, %r15d
-013D63C55400 addl %edi, 5555555(%rip)
-01D0 addl %edx, %eax
-01D3 addl %edx, %ebx
-01D1 addl %edx, %ecx
-01D7 addl %edx, %edi
-01D6 addl %edx, %esi
-4101D0 addl %edx, %r8d
-01F0 addl %esi, %eax
-01F7 addl %esi, %edi
-4101F5 addl %esi, %r13d
-033D01000000 addl 1(%rip), %edi
-033502000000 addl 2(%rip), %esi
-033D03000000 addl 3(%rip), %edi
-033504000000 addl 4(%rip), %esi
-4401642438 addl %r12d, 56(%rsp)
-44016308 addl %r12d, 8(%rbx)
-4501E7 addl %r12d, %r15d
-4401EF addl %r13d, %edi
-4401EE addl %r13d, %esi
-4401F0 addl %r14d, %eax
-4401F5 addl %r14d, %ebp
-44017C2418 addl %r15d, 24(%rsp)
-4401F8 addl %r15d, %eax
-4401C7 addl %r8d, %edi
-4883C468 addq $104, %rsp
-4883C478 addq $120, %rsp
-4881C488000000 addq $136, %rsp
-4881C498000000 addq $152, %rsp
-4881C4A8000000 addq $168, %rsp
-48035110 addq 16(%rcx), %rdx
-48035610 addq 16(%rsi), %rdx
-4883C410 addq $16, %rsp
-4803442410 addq 16(%rsp), %rax
-4881C4B8000000 addq $184, %rsp
-4881C4D0000000 addq $208, %rsp
-4881C4D8000000 addq $216, %rsp
-4883C418 addq $24, %rsp
-4803442418 addq 24(%rsp), %rax
-4881C418010000 addq $280, %rsp
-4881C438010000 addq $312, %rsp
-4803442420 addq 32(%rsp), %rax
-4883C428 addq $40, %rsp
-4803442428 addq 40(%rsp), %rax
-4881C4D8010000 addq $472, %rsp
-4883C504 addq $4, %rbp
-4883C304 addq $4, %rbx
-4883C438 addq $56, %rsp
-4881C4D8020000 addq $728, %rsp
-4883C448 addq $72, %rsp
-4883C458 addq $88, %rsp
-4883C008 addq $8, %rax
-4883C408 addq $8, %rsp
-4881C4C8030000 addq $968, %rsp
-48031507000000 addq 7(%rip), %rdx
-4883C702 addq $2, %rdi
-4805C61E0000 addq $7878, %rax
-4D01FC addq %r15, %r12
-4C01F8 addq %r15, %rax
-4C01FF addq %r15, %rdi
-4C01FE addq %r15, %rsi
-4801442470 addq %rax, 112(%rsp)
-4801442420 addq %rax, 32(%rsp)
-4801442430 addq %rax, 48(%rsp)
-4801442460 addq %rax, 96(%rsp)
-4901C5 addq %rax, %r13
-4901C7 addq %rax, %r15
-4801C5 addq %rax, %rbp
-4801C3 addq %rax, %rbx
-480105DD030000 addq %rax, 989(%rip)
-4801E8 addq %rbp, %rax
-4801EB addq %rbp, %rbx
-4801EF addq %rbp, %rdi
-4801EE addq %rbp, %rsi
-4801D8 addq %rbx, %rax
-480539300000 addq $12345, %rax
-664101445616 addw %ax, 22(%r14,%rdx,2)
-6601445316 addw %ax, 22(%rbx,%rdx,2)
-40227A08 andb 8(%rdx), %dil
-83E00C andl $12, %eax
-83E60C andl $12, %esi
-83E60D andl $13, %esi
-836424140F andl $15, 20(%rsp)
-83E00F andl $15, %eax
-83E10F andl $15, %ecx
-83E20F andl $15, %edx
-83E60F andl $15, %esi
-4183E50F andl $15, %r13d
-81E1FF3F0000 andl $16383, %ecx
-81E60000FF00 andl $16711680, %esi
-4181E00000FF00 andl $16711680, %r8d
-25FFFFFF00 andl $16777215, %eax
-81E5FFFFFF00 andl $16777215, %ebp
-81E3FFFFFF00 andl $16777215, %ebx
-81E1FFFFFF00 andl $16777215, %ecx
-81E2FFFFFF00 andl $16777215, %edx
-4181E5FFFFFF00 andl $16777215, %r13d
-4181E1FFFFFF00 andl $16777215, %r9d
-25000000FF andl $-16777216, %eax
-81E700000001 andl $16777216, %edi
-81E600000001 andl $16777216, %esi
-4423A424B0000000 andl 176(%rsp), %r12d
-81E7C0000000 andl $192, %edi
-83E001 andl $1, %eax
-83E301 andl $1, %ebx
-83E101 andl $1, %ecx
-83E701 andl $1, %edi
-83E201 andl $1, %edx
-83E601 andl $1, %esi
-4183E001 andl $1, %r8d
-25F9000000 andl $249, %eax
-83E018 andl $24, %eax
-25FB000000 andl $251, %eax
-81E7FE000000 andl $254, %edi
-25FF000000 andl $255, %eax
-83E71B andl $27, %edi
-4183E402 andl $2, %r12d
-83E11E andl $30, %ecx
-83E01F andl $31, %eax
-83E51F andl $31, %ebp
-83E31F andl $31, %ebx
-83E11F andl $31, %ecx
-83E21F andl $31, %edx
-4183E41F andl $31, %r12d
-83E003 andl $3, %eax
-83E503 andl $3, %ebp
-83E303 andl $3, %ebx
-83E1FD andl $-3, %ecx
-83E603 andl $3, %esi
-81E5FF0F0000 andl $4095, %ebp
-83E0FC andl $-4, %eax
-83E3FC andl $-4, %ebx
-83E304 andl $4, %ebx
-83E7FC andl $-4, %edi
-4183E4FC andl $-4, %r12d
-4183E404 andl $4, %r12d
-4183E5FC andl $-4, %r13d
-4183E504 andl $4, %r13d
-4181E5FF010000 andl $511, %r13d
-4181E600020000 andl $512, %r14d
-83E0C7 andl $-57, %eax
-83E2C7 andl $-57, %edx
-4183E4C7 andl $-57, %r12d
-83E005 andl $5, %eax
-83E03F andl $63, %eax
-83E33F andl $63, %ebx
-4183E43F andl $63, %r12d
-4183E73F andl $63, %r15d
-81E6FF03FFFF andl $-64513, %esi
-81E700FF0000 andl $65280, %edi
-81E200FF0000 andl $65280, %edx
-4181E200FF0000 andl $65280, %r10d
-25FFFF0000 andl $65535, %eax
-4181E6FFFF0000 andl $65535, %r14d
-83E606 andl $6, %esi
-83E007 andl $7, %eax
-83E507 andl $7, %ebp
-83E107 andl $7, %ecx
-83E707 andl $7, %edi
-83E207 andl $7, %edx
-83E607 andl $7, %esi
-4183E407 andl $7, %r12d
-4183E507 andl $7, %r13d
-4183E707 andl $7, %r15d
-4183E107 andl $7, %r9d
-83E0F8 andl $-8, %eax
-83E7F8 andl $-8, %edi
-83E708 andl $8, %edi
-237A08 andl 8(%rdx), %edi
-83E009 andl $9, %eax
-21C5 andl %eax, %ebp
-21C1 andl %eax, %ecx
-21D8 andl %ebx, %eax
-4121DE andl %ebx, %r14d
-21D0 andl %edx, %eax
-21D1 andl %edx, %ecx
-21F1 andl %esi, %ecx
-4421E0 andl %r12d, %eax
-4C21E6 andq %r12, %rsi
-4821442470 andq %rax, 112(%rsp)
-4821442458 andq %rax, 88(%rsp)
-4821C6 andq %rax, %rsi
-FF942480000000 call *128(%rsp)
-FF942488000000 call *136(%rsp)
-FF942490000000 call *144(%rsp)
-FF542410 call *16(%rsp)
-FF542418 call *24(%rsp)
-FF942408010000 call *264(%rsp)
-FF942410010000 call *272(%rsp)
-FF942428010000 call *296(%rsp)
-FF942410030000 call *784(%rsp)
-FF942418030000 call *792(%rsp)
-FF942428030000 call *808(%rsp)
-41FFD2 call *%r10
-41FFD5 call *%r13
-41FFD6 call *%r14
-41FFD7 call *%r15
-FF152BC70400 call *313131(%rip)
-FF15B5260000 call *9909(%rip)
-99 cltd
-4898 cltq
-0F47D3 cmova %ebx, %edx
-0F47F1 cmova %ecx, %esi
-440F47D1 cmova %ecx, %r10d
-0F47C2 cmova %edx, %eax
-0F47FA cmova %edx, %edi
-440F47DA cmova %edx, %r11d
-440F47C2 cmova %edx, %r8d
-440F47CA cmova %edx, %r9d
-410F43C1 cmovae %r9d, %eax
-410F43D9 cmovae %r9d, %ebx
-410F43C9 cmovae %r9d, %ecx
-410F43F9 cmovae %r9d, %edi
-410F43D1 cmovae %r9d, %edx
-410F43F1 cmovae %r9d, %esi
-450F43C1 cmovae %r9d, %r8d
-440F42E0 cmovb %eax, %r12d
-0F42D3 cmovb %ebx, %edx
-0F42F1 cmovb %ecx, %esi
-440F42D1 cmovb %ecx, %r10d
-0F42C2 cmovb %edx, %eax
-0F42EA cmovb %edx, %ebp
-0F42FA cmovb %edx, %edi
-440F42DA cmovb %edx, %r11d
-440F42C2 cmovb %edx, %r8d
-440F42CA cmovb %edx, %r9d
-0F46D0 cmovbe %eax, %edx
-0F46F0 cmovbe %eax, %esi
-0F44442468 cmove 104(%rsp), %eax
-0F448C247C010000 cmove 380(%rsp), %ecx
-0F44BC247C010000 cmove 380(%rsp), %edi
-0F4494247C010000 cmove 380(%rsp), %edx
-0F44B4247C010000 cmove 380(%rsp), %esi
-0F448C248C010000 cmove 396(%rsp), %ecx
-0F44BC248C010000 cmove 396(%rsp), %edi
-0F4494248C010000 cmove 396(%rsp), %edx
-0F44B4248C010000 cmove 396(%rsp), %esi
-0F448C249C010000 cmove 412(%rsp), %ecx
-0F44BC249C010000 cmove 412(%rsp), %edi
-0F4494249C010000 cmove 412(%rsp), %edx
-0F44B4249C010000 cmove 412(%rsp), %esi
-0F44BC24F0010000 cmove 496(%rsp), %edi
-0F44B424F0010000 cmove 496(%rsp), %esi
-0F448C2400020000 cmove 512(%rsp), %ecx
-0F44942400020000 cmove 512(%rsp), %edx
-0F448C2410020000 cmove 528(%rsp), %ecx
-0F44BC2410020000 cmove 528(%rsp), %edi
-0F44942410020000 cmove 528(%rsp), %edx
-0F44B42410020000 cmove 528(%rsp), %esi
-0F44E8 cmove %eax, %ebp
-0F44D0 cmove %eax, %edx
-440F44E8 cmove %eax, %r13d
-0F44D1 cmove %ecx, %edx
-480F44F8 cmove %rax, %rdi
-480F44D0 cmove %rax, %rdx
-480F44F0 cmove %rax, %rsi
-480F44C5 cmove %rbp, %rax
-480F44DF cmove %rdi, %rbx
-480F44F2 cmove %rdx, %rsi
-480F44C6 cmove %rsi, %rax
-0F4FF7 cmovg %edi, %esi
-0F4FC2 cmovg %edx, %eax
-0F4FCA cmovg %edx, %ecx
-0F4DC1 cmovge %ecx, %eax
-0F4DF9 cmovge %ecx, %edi
-0F4DD1 cmovge %ecx, %edx
-0F4DF1 cmovge %ecx, %esi
-0F4DC2 cmovge %edx, %eax
-410F4DC2 cmovge %r10d, %eax
-410F4DDA cmovge %r10d, %ebx
-410F4DCA cmovge %r10d, %ecx
-410F4DFA cmovge %r10d, %edi
-410F4DD2 cmovge %r10d, %edx
-450F4DDA cmovge %r10d, %r11d
-450F4DEA cmovge %r10d, %r13d
-450F4DC2 cmovge %r10d, %r8d
-450F4DCA cmovge %r10d, %r9d
-410F4DC8 cmovge %r8d, %ecx
-450F4DD0 cmovge %r8d, %r10d
-410F4DC1 cmovge %r9d, %eax
-410F4DD9 cmovge %r9d, %ebx
-410F4DC9 cmovge %r9d, %ecx
-410F4DF9 cmovge %r9d, %edi
-410F4DD1 cmovge %r9d, %edx
-410F4DF1 cmovge %r9d, %esi
-450F4DC1 cmovge %r9d, %r8d
-0F4FCE cmovg %esi, %ecx
-410F4FC0 cmovg %r8d, %eax
-410F4FD0 cmovg %r8d, %edx
-440F4CE8 cmovl %eax, %r13d
-440F4CE3 cmovl %ebx, %r12d
-0F4CF7 cmovl %edi, %esi
-0F4CEA cmovl %edx, %ebp
-0F4CCA cmovl %edx, %ecx
-440F4CE2 cmovl %edx, %r12d
-0F4EC1 cmovle %ecx, %eax
-0F4ED9 cmovle %ecx, %ebx
-0F4EF9 cmovle %ecx, %edi
-0F4ED1 cmovle %ecx, %edx
-440F4ED9 cmovle %ecx, %r11d
-440F4EC1 cmovle %ecx, %r8d
-440F4EC9 cmovle %ecx, %r9d
-410F4EC2 cmovle %r10d, %eax
-410F4EDA cmovle %r10d, %ebx
-410F4ECA cmovle %r10d, %ecx
-410F4EFA cmovle %r10d, %edi
-410F4ED2 cmovle %r10d, %edx
-410F4EF2 cmovle %r10d, %esi
-450F4EDA cmovle %r10d, %r11d
-450F4EE2 cmovle %r10d, %r12d
-450F4EC2 cmovle %r10d, %r8d
-410F4EC0 cmovle %r8d, %eax
-410F4EF8 cmovle %r8d, %edi
-410F4ED0 cmovle %r8d, %edx
-410F4EF0 cmovle %r8d, %esi
-410F4CC0 cmovl %r8d, %eax
-410F4CD0 cmovl %r8d, %edx
-0F45442468 cmovne 104(%rsp), %eax
-0F45942490000000 cmovne 144(%rsp), %edx
-0F458C2498000000 cmovne 152(%rsp), %ecx
-0F455C2410 cmovne 16(%rsp), %ebx
-440F45642410 cmovne 16(%rsp), %r12d
-0F455C2418 cmovne 24(%rsp), %ebx
-0F455C2420 cmovne 32(%rsp), %ebx
-0F455C2428 cmovne 40(%rsp), %ebx
-0F455C2430 cmovne 48(%rsp), %ebx
-0F45E8 cmovne %eax, %ebp
-0F45D8 cmovne %eax, %ebx
-0F45C8 cmovne %eax, %ecx
-0F45F8 cmovne %eax, %edi
-0F45F0 cmovne %eax, %esi
-440F45F0 cmovne %eax, %r14d
-0F45C2 cmovne %edx, %eax
-410F45C2 cmovne %r10d, %eax
-410F45DA cmovne %r10d, %ebx
-410F45CA cmovne %r10d, %ecx
-410F45D2 cmovne %r10d, %edx
-450F45DA cmovne %r10d, %r11d
-450F45E2 cmovne %r10d, %r12d
-450F45EA cmovne %r10d, %r13d
-450F45CA cmovne %r10d, %r9d
-410F45F6 cmovne %r14d, %esi
-410F45C0 cmovne %r8d, %eax
-410F45C8 cmovne %r8d, %ecx
-410F45D0 cmovne %r8d, %edx
-450F45D0 cmovne %r8d, %r10d
-4C0F45F0 cmovne %rax, %r14
-4C0F45C8 cmovne %rax, %r9
-480F45D8 cmovne %rax, %rbx
-480F45C8 cmovne %rax, %rcx
-480F45F8 cmovne %rax, %rdi
-480F45D0 cmovne %rax, %rdx
-480F45F0 cmovne %rax, %rsi
-4C0F45CA cmovne %rdx, %r9
-480F45C2 cmovne %rdx, %rax
-0F49D0 cmovns %eax, %edx
-0F49CE cmovns %esi, %ecx
-410F49D8 cmovns %r8d, %ebx
-480F49D0 cmovns %rax, %rdx
-0F48C1 cmovs %ecx, %eax
-0F48D9 cmovs %ecx, %ebx
-0F48F9 cmovs %ecx, %edi
-0F48D1 cmovs %ecx, %edx
-440F48D9 cmovs %ecx, %r11d
-440F48C1 cmovs %ecx, %r8d
-440F48C9 cmovs %ecx, %r9d
-410F48C2 cmovs %r10d, %eax
-410F48DA cmovs %r10d, %ebx
-410F48CA cmovs %r10d, %ecx
-410F48FA cmovs %r10d, %edi
-410F48D2 cmovs %r10d, %edx
-410F48F2 cmovs %r10d, %esi
-450F48C2 cmovs %r10d, %r8d
-807C246700 cmpb $0, 103(%rsp)
-807C246B00 cmpb $0, 107(%rsp)
-807C247300 cmpb $0, 115(%rsp)
-807C240B00 cmpb $0, 11(%rsp)
-807C247B00 cmpb $0, 123(%rsp)
-80BC248700000000 cmpb $0, 135(%rsp)
-807C240D00 cmpb $0, 13(%rsp)
-807C240E00 cmpb $0, 14(%rsp)
-80BC249700000000 cmpb $0, 151(%rsp)
-807C240F00 cmpb $0, 15(%rsp)
-807C021000 cmpb $0, 16(%rdx,%rax)
-807C241000 cmpb $0, 16(%rsp)
-80BC24AB00000000 cmpb $0, 171(%rsp)
-807B1100 cmpb $0, 17(%rbx)
-80BC24B700000000 cmpb $0, 183(%rsp)
-807B1200 cmpb $0, 18(%rbx)
-807C241600 cmpb $0, 22(%rsp)
-80BC24EF00000000 cmpb $0, 239(%rsp)
-807C241700 cmpb $0, 23(%rsp)
-80BC240E01000000 cmpb $0, 270(%rsp)
-807C241B00 cmpb $0, 27(%rsp)
-80BC241B01000000 cmpb $0, 283(%rsp)
-807C241F00 cmpb $0, 31(%rsp)
-80BC244B01000000 cmpb $0, 331(%rsp)
-80BC247701000000 cmpb $0, 375(%rsp)
-807C242500 cmpb $0, 37(%rsp)
-807C242600 cmpb $0, 38(%rsp)
-807C242700 cmpb $0, 39(%rsp)
-807C242B00 cmpb $0, 43(%rsp)
-41807C242C00 cmpb $0, 44(%r12)
-41807D2C00 cmpb $0, 44(%r13)
-80782C00 cmpb $0, 44(%rax)
-807C242E00 cmpb $0, 46(%rsp)
-807C242F00 cmpb $0, 47(%rsp)
-807C243000 cmpb $0, 48(%rsp)
-80780400 cmpb $0, 4(%rax)
-807C080400 cmpb $0, 4(%rax,%rcx)
-807C243700 cmpb $0, 55(%rsp)
-80780500 cmpb $0, 5(%rax)
-807C243C00 cmpb $0, 60(%rsp)
-807C240600 cmpb $0, 6(%rsp)
-80780800 cmpb $0, 8(%rax)
-807F0800 cmpb $0, 8(%rdi)
-803D03B3060000 cmpb $0, 439043(%rip)
-803D0900000000 cmpb $0, 9(%rip)
-42803C2000 cmpb $0, (%rax,%r12)
-42803C2800 cmpb $0, (%rax,%r13)
-803C3800 cmpb $0, (%rax,%rdi)
-803C0300 cmpb $0, (%rbx,%rax)
-42803C1100 cmpb $0, (%rcx,%r10)
-42803C0900 cmpb $0, (%rcx,%r9)
-803C3900 cmpb $0, (%rcx,%rdi)
-803F00 cmpb $0, (%rdi)
-803C0700 cmpb $0, (%rdi,%rax)
-803C0200 cmpb $0, (%rdx,%rax)
-803E00 cmpb $0, (%rsi)
-41807C240164 cmpb $100, 1(%r12)
-41807C240165 cmpb $101, 1(%r12)
-41807C2401F6 cmpb $-10, 1(%r12)
-41807C240166 cmpb $102, 1(%r12)
-3C66 cmpb $102, %al
-41807C240167 cmpb $103, 1(%r12)
-41807C240168 cmpb $104, 1(%r12)
-41807C240169 cmpb $105, 1(%r12)
-41807C24016A cmpb $106, 1(%r12)
-41807C24016B cmpb $107, 1(%r12)
-41807C24016C cmpb $108, 1(%r12)
-42803C216C cmpb $108, (%rcx,%r12)
-41807C24016D cmpb $109, 1(%r12)
-4080FF0A cmpb $10, %dil
-41807C24016E cmpb $110, 1(%r12)
-807C246B01 cmpb $1, 107(%rsp)
-807C246F01 cmpb $1, 111(%rsp)
-41807C24026F cmpb $111, 2(%r12)
-807C247001 cmpb $1, 112(%rsp)
-80F96F cmpb $111, %cl
-807C240B01 cmpb $1, 11(%rsp)
-41807C240170 cmpb $112, 1(%r12)
-41807C240270 cmpb $112, 2(%r12)
-41807C240171 cmpb $113, 1(%r12)
-80BC248A00000001 cmpb $1, 138(%rsp)
-80FB71 cmpb $113, %bl
-80F98F cmpb $-113, %cl
-41807C240172 cmpb $114, 1(%r12)
-80FB72 cmpb $114, %bl
-41807C240173 cmpb $115, 1(%r12)
-80FB73 cmpb $115, %bl
-807C240F01 cmpb $1, 15(%rsp)
-41807C240174 cmpb $116, 1(%r12)
-807C241001 cmpb $1, 16(%rsp)
-41807C240175 cmpb $117, 1(%r12)
-41807C240176 cmpb $118, 1(%r12)
-80F90B cmpb $11, %cl
-41807C2401F4 cmpb $-12, 1(%r12)
-807C241601 cmpb $1, 22(%rsp)
-80780183 cmpb $-125, 1(%rax)
-41807C24017E cmpb $126, 1(%r12)
-41807C24027E cmpb $126, 2(%r12)
-41807C24017F cmpb $127, 1(%r12)
-41807C24027F cmpb $127, 2(%r12)
-807C241B01 cmpb $1, 27(%rsp)
-3C80 cmpb $-128, %al
-80780E0D cmpb $13, 14(%rax)
-41807C2401F3 cmpb $-13, 1(%r12)
-807C242601 cmpb $1, 38(%rsp)
-80FBF3 cmpb $-13, %bl
-41807C2401F2 cmpb $-14, 1(%r12)
-807C242A01 cmpb $1, 42(%rsp)
-807C242F01 cmpb $1, 47(%rsp)
-807C243001 cmpb $1, 48(%rsp)
-80FBF2 cmpb $-14, %bl
-807C246A0F cmpb $15, 106(%rsp)
-80BC248B0000000F cmpb $15, 139(%rsp)
-807C24130F cmpb $15, 19(%rsp)
-41807C2401F1 cmpb $-15, 1(%r12)
-41807C24010F cmpb $15, 1(%r12)
-807C24190F cmpb $15, 25(%rsp)
-807C241A0F cmpb $15, 26(%rsp)
-807C241B0F cmpb $15, 27(%rsp)
-807C243D0F cmpb $15, 61(%rsp)
-807C243E0F cmpb $15, 62(%rsp)
-807C243F0F cmpb $15, 63(%rsp)
-807C244F0F cmpb $15, 79(%rsp)
-3C0F cmpb $15, %al
-80FB0F cmpb $15, %bl
-41803C240F cmpb $15, (%r12)
-4180FC0F cmpb $15, %r12b
-4180FF0F cmpb $15, %r15b
-41807C240210 cmpb $16, 2(%r12)
-807C244301 cmpb $1, 67(%rsp)
-3CF0 cmpb $-16, %al
-3C10 cmpb $16, %al
-80F910 cmpb $16, %cl
-8038F0 cmpb $-16, (%rax)
-41807C2401EF cmpb $-17, 1(%r12)
-41807C240211 cmpb $17, 2(%r12)
-41807C2401EE cmpb $-18, 1(%r12)
-41807C240112 cmpb $18, 1(%r12)
-807F0801 cmpb $1, 8(%rdi)
-80781113 cmpb $19, 17(%rax)
-41807C2401ED cmpb $-19, 1(%r12)
-41807C240113 cmpb $19, 1(%r12)
-3C01 cmpb $1, %al
-80FB01 cmpb $1, %bl
-80F901 cmpb $1, %cl
-4080FF01 cmpb $1, %dil
-80FA01 cmpb $1, %dl
-4180FC01 cmpb $1, %r12b
-4180FE01 cmpb $1, %r14b
-4180F801 cmpb $1, %r8b
-4080FE01 cmpb $1, %sil
-41807C2401EC cmpb $-20, 1(%r12)
-41807C2401EB cmpb $-21, 1(%r12)
-41807C240115 cmpb $21, 1(%r12)
-80FA15 cmpb $21, %dl
-41807C2401FE cmpb $-2, 1(%r12)
-41807C2401EA cmpb $-22, 1(%r12)
-41807C240116 cmpb $22, 1(%r12)
-41807C2401E9 cmpb $-23, 1(%r12)
-41807C240117 cmpb $23, 1(%r12)
-41807C2401E8 cmpb $-24, 1(%r12)
-41807C240118 cmpb $24, 1(%r12)
-41807C2401E7 cmpb $-25, 1(%r12)
-3C19 cmpb $25, %al
-41807C2401E6 cmpb $-26, 1(%r12)
-41807C2402E6 cmpb $-26, 2(%r12)
-41807C2401E5 cmpb $-27, 1(%r12)
-8078081B cmpb $27, 8(%rax)
-41807C2401E4 cmpb $-28, 1(%r12)
-41807C2401E3 cmpb $-29, 1(%r12)
-8078021D cmpb $29, 2(%rax)
-80FBE3 cmpb $-29, %bl
-80F902 cmpb $2, %cl
-41807C2401E2 cmpb $-30, 1(%r12)
-41807C2401E1 cmpb $-31, 1(%r12)
-41807C2401FD cmpb $-3, 1(%r12)
-41807C2401E0 cmpb $-32, 1(%r12)
-41807C2401DF cmpb $-33, 1(%r12)
-807C242603 cmpb $3, 38(%rsp)
-4180FCDF cmpb $-33, %r12b
-41807C2401DE cmpb $-34, 1(%r12)
-4180FCDE cmpb $-34, %r12b
-41807C2401DD cmpb $-35, 1(%r12)
-4180FCDD cmpb $-35, %r12b
-80780503 cmpb $3, 5(%rax)
-41807C2401DC cmpb $-36, 1(%r12)
-80780324 cmpb $36, 3(%rax)
-4180FCDC cmpb $-36, %r12b
-41807C2401DB cmpb $-37, 1(%r12)
-3C25 cmpb $37, %al
-4180FCDB cmpb $-37, %r12b
-41807C2401DA cmpb $-38, 1(%r12)
-4180FCDA cmpb $-38, %r12b
-41807C2401D9 cmpb $-39, 1(%r12)
-4180FCD9 cmpb $-39, %r12b
-4080FD03 cmpb $3, %bpl
-4180FE03 cmpb $3, %r14b
-4080FE03 cmpb $3, %sil
-41807C2401D8 cmpb $-40, 1(%r12)
-3C28 cmpb $40, %al
-80F928 cmpb $40, %cl
-4180FCD8 cmpb $-40, %r12b
-41807C2401D7 cmpb $-41, 1(%r12)
-41807C240129 cmpb $41, 1(%r12)
-41807C2401FC cmpb $-4, 1(%r12)
-41807C2401D6 cmpb $-42, 1(%r12)
-41807C24012A cmpb $42, 1(%r12)
-41807C2402D6 cmpb $-42, 2(%r12)
-41807C24022A cmpb $42, 2(%r12)
-41807C2401D5 cmpb $-43, 1(%r12)
-41807C24012B cmpb $43, 1(%r12)
-41807C2401D4 cmpb $-44, 1(%r12)
-41807C24012C cmpb $44, 1(%r12)
-41807C24022C cmpb $44, 2(%r12)
-42803C212C cmpb $44, (%rcx,%r12)
-41807C2401D3 cmpb $-45, 1(%r12)
-42803C212D cmpb $45, (%rcx,%r12)
-41807C2401D2 cmpb $-46, 1(%r12)
-3C2E cmpb $46, %al
-41807C2401D1 cmpb $-47, 1(%r12)
-42803C2130 cmpb $48, (%rcx,%r12)
-4080FD04 cmpb $4, %bpl
-80F904 cmpb $4, %cl
-80FA04 cmpb $4, %dl
-4180FD04 cmpb $4, %r13b
-80780B05 cmpb $5, 11(%rax)
-41807C2401FB cmpb $-5, 1(%r12)
-80780AC8 cmpb $-56, 10(%rax)
-807807C8 cmpb $-56, 7(%rax)
-41807C2401C6 cmpb $-58, 1(%r12)
-41807C2401C5 cmpb $-59, 1(%r12)
-3C05 cmpb $5, %al
-4180FD05 cmpb $5, %r13b
-4180FF05 cmpb $5, %r15b
-41807C2401C4 cmpb $-60, 1(%r12)
-41807C2401C3 cmpb $-61, 1(%r12)
-41807C2401FA cmpb $-6, 1(%r12)
-41807C2401C2 cmpb $-62, 1(%r12)
-41807C2402C2 cmpb $-62, 2(%r12)
-80780CC1 cmpb $-63, 12(%rax)
-80780FC1 cmpb $-63, 15(%rax)
-807803C1 cmpb $-63, 3(%rax)
-807806C1 cmpb $-63, 6(%rax)
-807809C1 cmpb $-63, 9(%rax)
-8038C1 cmpb $-63, (%rax)
-80780DC0 cmpb $-64, 13(%rax)
-807810C0 cmpb $-64, 16(%rax)
-807801C0 cmpb $-64, 1(%rax)
-807804C0 cmpb $-64, 4(%rax)
-3CBF cmpb $-65, %al
-80780244 cmpb $68, 2(%rax)
-80F906 cmpb $6, %cl
-41807C2401F9 cmpb $-7, 1(%r12)
-41807C240150 cmpb $80, 1(%r12)
-41807C240151 cmpb $81, 1(%r12)
-41807C240251 cmpb $81, 2(%r12)
-41807C2401F8 cmpb $-8, 1(%r12)
-41807C2401AE cmpb $-82, 1(%r12)
-41807C240152 cmpb $82, 1(%r12)
-41807C240252 cmpb $82, 2(%r12)
-4180FDAE cmpb $-82, %r13b
-41807C240153 cmpb $83, 1(%r12)
-41807C240253 cmpb $83, 2(%r12)
-42803C2153 cmpb $83, (%rcx,%r12)
-41807C240154 cmpb $84, 1(%r12)
-41807C240155 cmpb $85, 1(%r12)
-41807C240156 cmpb $86, 1(%r12)
-4180FDAA cmpb $-86, %r13b
-41807C240157 cmpb $87, 1(%r12)
-3C57 cmpb $87, %al
-41807C240158 cmpb $88, 1(%r12)
-41807C240258 cmpb $88, 2(%r12)
-41807C240159 cmpb $89, 1(%r12)
-41807C240259 cmpb $89, 2(%r12)
-41807C24015A cmpb $90, 1(%r12)
-41807C24025A cmpb $90, 2(%r12)
-4180FDA6 cmpb $-90, %r13b
-41807C24015B cmpb $91, 1(%r12)
-41807C24025B cmpb $91, 2(%r12)
-41807C24015C cmpb $92, 1(%r12)
-41807C24025C cmpb $92, 2(%r12)
-4180FDA4 cmpb $-92, %r13b
-41807C24015D cmpb $93, 1(%r12)
-41807C24025D cmpb $93, 2(%r12)
-41807C24015E cmpb $94, 1(%r12)
-41807C24025E cmpb $94, 2(%r12)
-41807C24015F cmpb $95, 1(%r12)
-41807C24025F cmpb $95, 2(%r12)
-3C5F cmpb $95, %al
-41807C240160 cmpb $96, 1(%r12)
-41807C240161 cmpb $97, 1(%r12)
-41807C240162 cmpb $98, 1(%r12)
-41807C240163 cmpb $99, 1(%r12)
-3C09 cmpb $9, %al
-80F909 cmpb $9, %cl
-384708 cmpb %al, 8(%rdi)
-384208 cmpb %al, 8(%rdx)
-38C3 cmpb %al, %bl
-38C2 cmpb %al, %dl
-38DA cmpb %bl, %dl
-4138CA cmpb %cl, %r10b
-4038CE cmpb %cl, %sil
-4038FE cmpb %dil, %sil
-38D0 cmpb %dl, %al
-38D3 cmpb %dl, %bl
-38D1 cmpb %dl, %cl
-4038D7 cmpb %dl, %dil
-4138D3 cmpb %dl, %r11b
-4138D0 cmpb %dl, %r8b
-4138D1 cmpb %dl, %r9b
-4538D8 cmpb %r11b, %r8b
-4438BC248B000000 cmpb %r15b, 139(%rsp)
-44387C244F cmpb %r15b, 79(%rsp)
-83780800 cmpl $0, 8(%rax)
-3D40420F00 cmpl $1000000, %eax
-81780C10270000 cmpl $10000, 12(%rax)
-81FB10270000 cmpl $10000, %ebx
-813F10270000 cmpl $10000, (%rdi)
-3DE8030000 cmpl $1000, %eax
-83F864 cmpl $100, %eax
-83FA64 cmpl $100, %edx
-83F865 cmpl $101, %eax
-83FA65 cmpl $101, %edx
-83F866 cmpl $102, %eax
-83F867 cmpl $103, %eax
-81FE00000040 cmpl $1073741824, %esi
-3B44246C cmpl 108(%rsp), %eax
-3B5C246C cmpl 108(%rsp), %ebx
-443B64246C cmpl 108(%rsp), %r12d
-83F80A cmpl $10, %eax
-4183FD0A cmpl $10, %r13d
-4183F90A cmpl $10, %r9d
-837C246C01 cmpl $1, 108(%rsp)
-83F80B cmpl $11, %eax
-3B442478 cmpl 120(%rsp), %eax
-3B6C2478 cmpl 120(%rsp), %ebp
-3B5C2478 cmpl 120(%rsp), %ebx
-3B4C2478 cmpl 120(%rsp), %ecx
-443B642478 cmpl 120(%rsp), %r12d
-443B4C2478 cmpl 120(%rsp), %r9d
-83F87C cmpl $124, %eax
-4183FC7C cmpl $124, %r12d
-837818FF cmpl $-1, 24(%rax)
-837C241801 cmpl $1, 24(%rsp)
-3B44247C cmpl 124(%rsp), %eax
-3D80000000 cmpl $128, %eax
-81FB80000000 cmpl $128, %ebx
-81F980000000 cmpl $128, %ecx
-81FF80000000 cmpl $128, %edi
-81FA80000000 cmpl $128, %edx
-81FE80000000 cmpl $128, %esi
-4181F880000000 cmpl $128, %r8d
-837C241C01 cmpl $1, 28(%rsp)
-3D7FFFFFFF cmpl $-129, %eax
-81FB7FFFFFFF cmpl $-129, %ebx
-81F97FFFFFFF cmpl $-129, %ecx
-81FF7FFFFFFF cmpl $-129, %edi
-81FA7FFFFFFF cmpl $-129, %edx
-81FE7FFFFFFF cmpl $-129, %esi
-4181F87FFFFFFF cmpl $-129, %r8d
-83F80C cmpl $12, %eax
-453B7D0C cmpl 12(%r13), %r15d
-413B460C cmpl 12(%r14), %eax
-453B660C cmpl 12(%r14), %r12d
-453B6E0C cmpl 12(%r14), %r13d
-3B500C cmpl 12(%rax), %edx
-3B730C cmpl 12(%rbx), %esi
-443B6B0C cmpl 12(%rbx), %r13d
-3B590C cmpl 12(%rcx), %ebx
-3B470C cmpl 12(%rdi), %eax
-3B770C cmpl 12(%rdi), %esi
-3B420C cmpl 12(%rdx), %eax
-3B5A0C cmpl 12(%rdx), %ebx
-3B7E0C cmpl 12(%rsi), %edi
-3B44240C cmpl 12(%rsp), %eax
-443B7C240C cmpl 12(%rsp), %r15d
-837C242401 cmpl $1, 36(%rsp)
-3D8A000000 cmpl $138, %eax
-4181FD8A000000 cmpl $138, %r13d
-83FF0D cmpl $13, %edi
-83FE0D cmpl $13, %esi
-833F0D cmpl $13, (%rdi)
-81FB90000000 cmpl $144, %ebx
-83F80E cmpl $14, %eax
-83FD0E cmpl $14, %ebp
-83FF0E cmpl $14, %edi
-83BC241002000001 cmpl $1, 528(%rsp)
-3D9E000000 cmpl $158, %eax
-81FB9F000000 cmpl $159, %ebx
-83F80F cmpl $15, %eax
-83FD0F cmpl $15, %ebp
-83FF0F cmpl $15, %edi
-4183FE0F cmpl $15, %r14d
-83BC8CB002000001 cmpl $1, 688(%rsp,%rcx,4)
-83BCB4B002000001 cmpl $1, 688(%rsp,%rsi,4)
-83F810 cmpl $16, %eax
-83FF10 cmpl $16, %edi
-83FA10 cmpl $16, %edx
-4183FF10 cmpl $16, %r15d
-443B7510 cmpl 16(%rbp), %r14d
-3B442410 cmpl 16(%rsp), %eax
-3B542410 cmpl 16(%rsp), %edx
-443B742410 cmpl 16(%rsp), %r14d
-3DAE000000 cmpl $174, %eax
-3DAF000000 cmpl $175, %eax
-81FBAF000000 cmpl $175, %ebx
-83F811 cmpl $17, %eax
-81FBB6000000 cmpl $182, %ebx
-81FBB7000000 cmpl $183, %ebx
-837C245801 cmpl $1, 88(%rsp)
-83F812 cmpl $18, %eax
-83F912 cmpl $18, %ecx
-837808FF cmpl $-1, 8(%rax)
-837C030801 cmpl $1, 8(%rbx,%rax)
-837C110801 cmpl $1, 8(%rcx,%rdx)
-837C070801 cmpl $1, 8(%rdi,%rax)
-837C020801 cmpl $1, 8(%rdx,%rax)
-837C820801 cmpl $1, 8(%rdx,%rax,4)
-837C060801 cmpl $1, 8(%rsi,%rax)
-837C160801 cmpl $1, 8(%rsi,%rdx)
-837C240801 cmpl $1, 8(%rsp)
-81FFC0000000 cmpl $192, %edi
-83F813 cmpl $19, %eax
-83F8FF cmpl $-1, %eax
-83F801 cmpl $1, %eax
-83FD01 cmpl $1, %ebp
-83FB01 cmpl $1, %ebx
-83F9FF cmpl $-1, %ecx
-83F901 cmpl $1, %ecx
-83FFFF cmpl $-1, %edi
-83FF01 cmpl $1, %edi
-83FAFF cmpl $-1, %edx
-83FA01 cmpl $1, %edx
-83FE01 cmpl $1, %esi
-41833C2401 cmpl $1, (%r12)
-4183FC01 cmpl $1, %r12d
-41837D0001 cmpl $1, (%r13)
-4183FD01 cmpl $1, %r13d
-41833EFF cmpl $-1, (%r14)
-4183FE01 cmpl $1, %r14d
-41833C8601 cmpl $1, (%r14,%rax,4)
-41833FFF cmpl $-1, (%r15)
-4183F8FF cmpl $-1, %r8d
-4183F901 cmpl $1, %r9d
-8338FF cmpl $-1, (%rax)
-833801 cmpl $1, (%rax)
-837D00FF cmpl $-1, (%rbp)
-833B01 cmpl $1, (%rbx)
-833F01 cmpl $1, (%rdi)
-3DCA000000 cmpl $202, %eax
-4181FDCA000000 cmpl $202, %r13d
-3DCD000000 cmpl $205, %eax
-3B5814 cmpl 20(%rax), %ebx
-443B6514 cmpl 20(%rbp), %r12d
-443B742414 cmpl 20(%rsp), %r14d
-83BC240004000002 cmpl $2, 1024(%rsp)
-837C246802 cmpl $2, 104(%rsp)
-837C246C02 cmpl $2, 108(%rsp)
-81FF00000080 cmpl $-2147483648, %edi
-81FA00000080 cmpl $-2147483648, %edx
-81FE00000080 cmpl $-2147483648, %esi
-3DEA000000 cmpl $234, %eax
-4181FDEA000000 cmpl $234, %r13d
-837C242402 cmpl $2, 36(%rsp)
-83F817 cmpl $23, %eax
-3DF0000000 cmpl $240, %eax
-3DF2000000 cmpl $242, %eax
-3DF3000000 cmpl $243, %eax
-3B8424F8000000 cmpl 248(%rsp), %eax
-443BA424F8000000 cmpl 248(%rsp), %r12d
-83F818 cmpl $24, %eax
-3DFF000000 cmpl $255, %eax
-81FFFF000000 cmpl $255, %edi
-4181FEFF000000 cmpl $255, %r14d
-3D00010000 cmpl $256, %eax
-81FB00010000 cmpl $256, %ebx
-81F900010000 cmpl $256, %ecx
-81FF00010000 cmpl $256, %edi
-81FA00010000 cmpl $256, %edx
-81FE00010000 cmpl $256, %esi
-4181F800010000 cmpl $256, %r8d
-3D0A010000 cmpl $266, %eax
-4181FD0A010000 cmpl $266, %r13d
-83F81A cmpl $26, %eax
-4183FC1A cmpl $26, %r12d
-83F81B cmpl $27, %eax
-3D1C010000 cmpl $284, %eax
-4181FC1C010000 cmpl $284, %r12d
-3D1D010000 cmpl $285, %eax
-83F81C cmpl $28, %eax
-4183FC1C cmpl $28, %r12d
-413B6C241C cmpl 28(%r12), %ebp
-413B4C241C cmpl 28(%r12), %ecx
-413B4E1C cmpl 28(%r14), %ecx
-837C380802 cmpl $2, 8(%rax,%rdi)
-837C030802 cmpl $2, 8(%rbx,%rax)
-42837C290802 cmpl $2, 8(%rcx,%r13)
-837C170802 cmpl $2, 8(%rdi,%rdx)
-837C020802 cmpl $2, 8(%rdx,%rax)
-837C160802 cmpl $2, 8(%rsi,%rdx)
-3B44241C cmpl 28(%rsp), %eax
-83F802 cmpl $2, %eax
-83FD02 cmpl $2, %ebp
-83FBFE cmpl $-2, %ebx
-83FB02 cmpl $2, %ebx
-83F902 cmpl $2, %ecx
-83FF02 cmpl $2, %edi
-83FA02 cmpl $2, %edx
-83FE02 cmpl $2, %esi
-41833C2402 cmpl $2, (%r12)
-4183FC02 cmpl $2, %r12d
-4183FDFE cmpl $-2, %r13d
-4183FD02 cmpl $2, %r13d
-4183FE02 cmpl $2, %r14d
-41833C86FE cmpl $-2, (%r14,%rax,4)
-41833C9EFE cmpl $-2, (%r14,%rbx,4)
-4183F902 cmpl $2, %r9d
-833802 cmpl $2, (%rax)
-837D0002 cmpl $2, (%rbp)
-833B02 cmpl $2, (%rbx)
-833F02 cmpl $2, (%rdi)
-833C9FFE cmpl $-2, (%rdi,%rbx,4)
-833A02 cmpl $2, (%rdx)
-833C9EFE cmpl $-2, (%rsi,%rbx,4)
-83BC240004000003 cmpl $3, 1024(%rsp)
-3D3C010000 cmpl $316, %eax
-4181FC3C010000 cmpl $316, %r12d
-83F81F cmpl $31, %eax
-83FB1F cmpl $31, %ebx
-83F91F cmpl $31, %ecx
-83FF1F cmpl $31, %edi
-83FE1F cmpl $31, %esi
-3D00800000 cmpl $32768, %eax
-81FF00800000 cmpl $32768, %edi
-81FA00800000 cmpl $32768, %edx
-81FE00800000 cmpl $32768, %esi
-4181F800800000 cmpl $32768, %r8d
-3DFF7FFFFF cmpl $-32769, %eax
-81FFFF7FFFFF cmpl $-32769, %edi
-81FAFF7FFFFF cmpl $-32769, %edx
-81FEFF7FFFFF cmpl $-32769, %esi
-4181F8FF7FFFFF cmpl $-32769, %r8d
-83F820 cmpl $32, %eax
-4183FF20 cmpl $32, %r15d
-443B6520 cmpl 32(%rbp), %r12d
-443B6320 cmpl 32(%rbx), %r12d
-837C242403 cmpl $3, 36(%rsp)
-83F825 cmpl $37, %eax
-83F826 cmpl $38, %eax
-83FD26 cmpl $38, %ebp
-83FA26 cmpl $38, %edx
-83F803 cmpl $3, %eax
-83FB03 cmpl $3, %ebx
-83F903 cmpl $3, %ecx
-83FF03 cmpl $3, %edi
-83FE03 cmpl $3, %esi
-4183F903 cmpl $3, %r9d
-833803 cmpl $3, (%rax)
-833903 cmpl $3, (%rcx)
-833F03 cmpl $3, (%rdi)
-833A03 cmpl $3, (%rdx)
-3D90010000 cmpl $400, %eax
-3B5C2428 cmpl 40(%rsp), %ebx
-83BC240004000004 cmpl $4, 1024(%rsp)
-837C246804 cmpl $4, 104(%rsp)
-3D9C010000 cmpl $412, %eax
-4181FC9C010000 cmpl $412, %r12d
-83F829 cmpl $41, %eax
-83F82B cmpl $43, %eax
-837C242804 cmpl $4, 40(%rsp)
-3DBC010000 cmpl $444, %eax
-4181FCBC010000 cmpl $444, %r12d
-837C243004 cmpl $4, 48(%rsp)
-83F82E cmpl $46, %eax
-3DDA010000 cmpl $474, %eax
-4181FCDA010000 cmpl $474, %r12d
-83F830 cmpl $48, %eax
-413B6C2430 cmpl 48(%r12), %ebp
-3DF3010000 cmpl $499, %eax
-83F804 cmpl $4, %eax
-83FD04 cmpl $4, %ebp
-83FB04 cmpl $4, %ebx
-83FF04 cmpl $4, %edi
-83FA04 cmpl $4, %edx
-83FE04 cmpl $4, %esi
-4183FD04 cmpl $4, %r13d
-4183FE04 cmpl $4, %r14d
-4183FF04 cmpl $4, %r15d
-4183F804 cmpl $4, %r8d
-837D0004 cmpl $4, (%rbp)
-3B4104 cmpl 4(%rcx), %eax
-833F04 cmpl $4, (%rdi)
-3B4204 cmpl 4(%rdx), %eax
-443B6C2404 cmpl 4(%rsp), %r13d
-3DF4010000 cmpl $500, %eax
-8138E00EA0E1 cmpl $-509604128, (%rax)
-817808E00DA0E1 cmpl $-509604384, 8(%rax)
-817814E009A0E1 cmpl $-509605408, 20(%rax)
-817810E006A0E1 cmpl $-509606176, 16(%rax)
-81780CE002A0E1 cmpl $-509607200, 12(%rax)
-817804E001A0E1 cmpl $-509607456, 4(%rax)
-83F832 cmpl $50, %eax
-3D10020000 cmpl $528, %eax
-81FA10020000 cmpl $528, %edx
-83BC247001000005 cmpl $5, 368(%rsp)
-83F836 cmpl $54, %eax
-83F837 cmpl $55, %eax
-83F805 cmpl $5, %eax
-83FD05 cmpl $5, %ebp
-83FB05 cmpl $5, %ebx
-83FF05 cmpl $5, %edi
-83FA05 cmpl $5, %edx
-41833C2405 cmpl $5, (%r12)
-837D0005 cmpl $5, (%rbp)
-833F05 cmpl $5, (%rdi)
-83F83C cmpl $60, %eax
-4183FC3C cmpl $60, %r12d
-443B74243C cmpl 60(%rsp), %r14d
-83F83E cmpl $62, %eax
-83FA3E cmpl $62, %edx
-83F83F cmpl $63, %eax
-83FB40 cmpl $64, %ebx
-81FEFFFF0000 cmpl $65535, %esi
-3D00000100 cmpl $65536, %eax
-81FF00000100 cmpl $65536, %edi
-81FA00000100 cmpl $65536, %edx
-4181F800000100 cmpl $65536, %r8d
-3BB484A0020000 cmpl 672(%rsp,%rax,4), %esi
-837C245006 cmpl $6, 80(%rsp)
-817C2410FF0F0100 cmpl $69631, 16(%rsp)
-817C2414FF0F0100 cmpl $69631, 20(%rsp)
-817D1000100100 cmpl $69632, 16(%rbp)
-817F0400100100 cmpl $69632, 4(%rdi)
-3D00100100 cmpl $69632, %eax
-81FD00100100 cmpl $69632, %ebp
-813C9000100100 cmpl $69632, (%rax,%rdx,4)
-3D01100100 cmpl $69633, %eax
-81FD01100100 cmpl $69633, %ebp
-81FB01100100 cmpl $69633, %ebx
-81F901100100 cmpl $69633, %ecx
-81FF01100100 cmpl $69633, %edi
-81FA01100100 cmpl $69633, %edx
-4181FC01100100 cmpl $69633, %r12d
-4181FF01100100 cmpl $69633, %r15d
-3D02100100 cmpl $69634, %eax
-81FD02100100 cmpl $69634, %ebp
-81FB02100100 cmpl $69634, %ebx
-81F902100100 cmpl $69634, %ecx
-81FF02100100 cmpl $69634, %edi
-81FA02100100 cmpl $69634, %edx
-4181FC02100100 cmpl $69634, %r12d
-4181FF02100100 cmpl $69634, %r15d
-3D03100100 cmpl $69635, %eax
-81FD03100100 cmpl $69635, %ebp
-81FB03100100 cmpl $69635, %ebx
-81F903100100 cmpl $69635, %ecx
-81FF03100100 cmpl $69635, %edi
-81FA03100100 cmpl $69635, %edx
-4181FC03100100 cmpl $69635, %r12d
-4181FF03100100 cmpl $69635, %r15d
-3D04100100 cmpl $69636, %eax
-81FD04100100 cmpl $69636, %ebp
-81FB04100100 cmpl $69636, %ebx
-81F904100100 cmpl $69636, %ecx
-81FF04100100 cmpl $69636, %edi
-81FA04100100 cmpl $69636, %edx
-3D05100100 cmpl $69637, %eax
-3D06100100 cmpl $69638, %eax
-3D07100100 cmpl $69639, %eax
-83F806 cmpl $6, %eax
-83FD06 cmpl $6, %ebp
-83FF06 cmpl $6, %edi
-83FA06 cmpl $6, %edx
-41833C2406 cmpl $6, (%r12)
-41833E06 cmpl $6, (%r14)
-837D0006 cmpl $6, (%rbp)
-833F06 cmpl $6, (%rdi)
-813800200100 cmpl $73728, (%rax)
-813F00200100 cmpl $73728, (%rdi)
-813801200100 cmpl $73729, (%rax)
-813A01200100 cmpl $73729, (%rdx)
-813F03200100 cmpl $73731, (%rdi)
-81F904200100 cmpl $73732, %ecx
-81FA04200100 cmpl $73732, %edx
-813806200100 cmpl $73734, (%rax)
-4181FD00300100 cmpl $77824, %r13d
-81FD01300100 cmpl $77825, %ebp
-81FF01300100 cmpl $77825, %edi
-81FE01300100 cmpl $77825, %esi
-4181F801300100 cmpl $77825, %r8d
-3D03300100 cmpl $77827, %eax
-81F903300100 cmpl $77827, %ecx
-81F904300100 cmpl $77828, %ecx
-81FD05300100 cmpl $77829, %ebp
-81FF05300100 cmpl $77829, %edi
-81FE05300100 cmpl $77829, %esi
-4181F805300100 cmpl $77829, %r8d
-817F0807300100 cmpl $77831, 8(%rdi)
-3D07300100 cmpl $77831, %eax
-81FE09300100 cmpl $77833, %esi
-81FF0D300100 cmpl $77837, %edi
-81FE0D300100 cmpl $77837, %esi
-4181FD0D300100 cmpl $77837, %r13d
-81F90F300100 cmpl $77839, %ecx
-81F910300100 cmpl $77840, %ecx
-81FF11300100 cmpl $77841, %edi
-81FE11300100 cmpl $77841, %esi
-4181FD11300100 cmpl $77841, %r13d
-81F913300100 cmpl $77843, %ecx
-81FD15300100 cmpl $77845, %ebp
-81FF15300100 cmpl $77845, %edi
-81FE15300100 cmpl $77845, %esi
-4181FD15300100 cmpl $77845, %r13d
-81FE19300100 cmpl $77849, %esi
-81F91B300100 cmpl $77851, %ecx
-81FF1B300100 cmpl $77851, %edi
-817C24141C300100 cmpl $77852, 20(%rsp)
-81FD1C300100 cmpl $77852, %ebp
-4181FC1C300100 cmpl $77852, %r12d
-81FE1D300100 cmpl $77853, %esi
-81F91F300100 cmpl $77855, %ecx
-81FF1F300100 cmpl $77855, %edi
-817C241420300100 cmpl $77856, 20(%rsp)
-81FD20300100 cmpl $77856, %ebp
-4181FC20300100 cmpl $77856, %r12d
-81FE21300100 cmpl $77857, %esi
-817C241423300100 cmpl $77859, 20(%rsp)
-81FF23300100 cmpl $77859, %edi
-817C241424300100 cmpl $77860, 20(%rsp)
-81FE25300100 cmpl $77861, %esi
-81FE29300100 cmpl $77865, %esi
-81FE2D300100 cmpl $77869, %esi
-81FD9A300100 cmpl $77978, %ebp
-4181FC9A300100 cmpl $77978, %r12d
-81FD9B300100 cmpl $77979, %ebp
-4181FC9B300100 cmpl $77979, %r12d
-81FD9D300100 cmpl $77981, %ebp
-4181FC9D300100 cmpl $77981, %r12d
-81FD9E300100 cmpl $77982, %ebp
-4181FC9E300100 cmpl $77982, %r12d
-81FD9F300100 cmpl $77983, %ebp
-4181FC9F300100 cmpl $77983, %r12d
-83F84F cmpl $79, %eax
-83FB4F cmpl $79, %ebx
-83F807 cmpl $7, %eax
-83FD07 cmpl $7, %ebp
-83FB07 cmpl $7, %ebx
-83F907 cmpl $7, %ecx
-83FF07 cmpl $7, %edi
-83FA07 cmpl $7, %edx
-83FE07 cmpl $7, %esi
-4183FC07 cmpl $7, %r12d
-833807 cmpl $7, (%rax)
-837D0007 cmpl $7, (%rbp)
-833907 cmpl $7, (%rcx)
-833F07 cmpl $7, (%rdi)
-833A07 cmpl $7, (%rdx)
-833E07 cmpl $7, (%rsi)
-837C246808 cmpl $8, 104(%rsp)
-41817E1000400100 cmpl $81920, 16(%r14)
-817B2000400100 cmpl $81920, 32(%rbx)
-81FF00004131 cmpl $826343424, %edi
-837C242808 cmpl $8, 40(%rsp)
-41817C241C00500100 cmpl $86016, 28(%r12)
-41817D1C00500100 cmpl $86016, 28(%r13)
-41817F1C00500100 cmpl $86016, 28(%r15)
-817D1C00500100 cmpl $86016, 28(%rbp)
-817F1C00500100 cmpl $86016, 28(%rdi)
-81780400500100 cmpl $86016, 4(%rax)
-81FF00500100 cmpl $86016, %edi
-81FF01500100 cmpl $86017, %edi
-81FF02500100 cmpl $86018, %edi
-81FF03500100 cmpl $86019, %edi
-83780808 cmpl $8, 8(%rax)
-837C060808 cmpl $8, 8(%rsi,%rax)
-837C240808 cmpl $8, 8(%rsp)
-83F808 cmpl $8, %eax
-83FB08 cmpl $8, %ebx
-83FF08 cmpl $8, %edi
-83FA08 cmpl $8, %edx
-83FE08 cmpl $8, %esi
-4183FD08 cmpl $8, %r13d
-413B7D08 cmpl 8(%r13), %edi
-4183FE08 cmpl $8, %r14d
-4183F808 cmpl $8, %r8d
-443B7C2408 cmpl 8(%rsp), %r15d
-3D9A030000 cmpl $922, %eax
-4181FC9A030000 cmpl $922, %r12d
-81FE00700100 cmpl $94208, %esi
-81FE01700100 cmpl $94209, %esi
-81FE02700100 cmpl $94210, %esi
-83FB5E cmpl $94, %ebx
-3DBA030000 cmpl $954, %eax
-4181FCBA030000 cmpl $954, %r12d
-83FB5F cmpl $95, %ebx
-4183FC5F cmpl $95, %r12d
-83FB60 cmpl $96, %ebx
-81FADD030000 cmpl $989, %edx
-3DE7030000 cmpl $999, %eax
-83F809 cmpl $9, %eax
-4183FE09 cmpl $9, %r14d
-833809 cmpl $9, (%rax)
-39442478 cmpl %eax, 120(%rsp)
-3944247C cmpl %eax, 124(%rsp)
-3944160C cmpl %eax, 12(%rsi,%rdx)
-3984248C000000 cmpl %eax, 140(%rsp)
-394510 cmpl %eax, 16(%rbp)
-39442410 cmpl %eax, 16(%rsp)
-39442414 cmpl %eax, 20(%rsp)
-39842420010000 cmpl %eax, 288(%rsp)
-394520 cmpl %eax, 32(%rbp)
-41394604 cmpl %eax, 4(%r14)
-394704 cmpl %eax, 4(%rdi)
-394508 cmpl %eax, 8(%rbp)
-394308 cmpl %eax, 8(%rbx)
-394708 cmpl %eax, 8(%rdi)
-394208 cmpl %eax, 8(%rdx)
-394608 cmpl %eax, 8(%rsi)
-39442408 cmpl %eax, 8(%rsp)
-39C5 cmpl %eax, %ebp
-39C3 cmpl %eax, %ebx
-39C1 cmpl %eax, %ecx
-39C2 cmpl %eax, %edx
-39C6 cmpl %eax, %esi
-4139C4 cmpl %eax, %r12d
-4139C5 cmpl %eax, %r13d
-413906 cmpl %eax, (%r14)
-4139C7 cmpl %eax, %r15d
-4139C0 cmpl %eax, %r8d
-390493 cmpl %eax, (%rbx,%rdx,4)
-3907 cmpl %eax, (%rdi)
-396C020C cmpl %ebp, 12(%rdx,%rax)
-396C2404 cmpl %ebp, 4(%rsp)
-396808 cmpl %ebp, 8(%rax)
-39E8 cmpl %ebp, %eax
-39EB cmpl %ebp, %ebx
-39EA cmpl %ebp, %edx
-4139EC cmpl %ebp, %r12d
-4139ED cmpl %ebp, %r13d
-392C81 cmpl %ebp, (%rcx,%rax,4)
-392C82 cmpl %ebp, (%rdx,%rax,4)
-395C2410 cmpl %ebx, 16(%rsp)
-39D8 cmpl %ebx, %eax
-39DD cmpl %ebx, %ebp
-4139DD cmpl %ebx, %r13d
-4139DF cmpl %ebx, %r15d
-39CB cmpl %ecx, %ebx
-39CF cmpl %ecx, %edi
-39CA cmpl %ecx, %edx
-39CE cmpl %ecx, %esi
-4139CD cmpl %ecx, %r13d
-4139CE cmpl %ecx, %r14d
-4139CF cmpl %ecx, %r15d
-4139C8 cmpl %ecx, %r8d
-390B cmpl %ecx, (%rbx)
-39F8 cmpl %edi, %eax
-39F9 cmpl %edi, %ecx
-39FA cmpl %edi, %edx
-39FE cmpl %edi, %esi
-3954240C cmpl %edx, 12(%rsp)
-39542410 cmpl %edx, 16(%rsp)
-39948420010000 cmpl %edx, 288(%rsp,%rax,4)
-39948424010000 cmpl %edx, 292(%rsp,%rax,4)
-39542444 cmpl %edx, 68(%rsp)
-39D0 cmpl %edx, %eax
-39D5 cmpl %edx, %ebp
-39D3 cmpl %edx, %ebx
-39D1 cmpl %edx, %ecx
-39D7 cmpl %edx, %edi
-39D6 cmpl %edx, %esi
-4139D4 cmpl %edx, %r12d
-4139D5 cmpl %edx, %r13d
-4139D6 cmpl %edx, %r14d
-4139D7 cmpl %edx, %r15d
-3913 cmpl %edx, (%rbx)
-391487 cmpl %edx, (%rdi,%rax,4)
-391486 cmpl %edx, (%rsi,%rax,4)
-3974030C cmpl %esi, 12(%rbx,%rax)
-39F0 cmpl %esi, %eax
-39F1 cmpl %esi, %ecx
-39F2 cmpl %esi, %edx
-3934D1 cmpl %esi, (%rcx,%rdx,8)
-393487 cmpl %esi, (%rdi,%rax,4)
-4439D1 cmpl %r10d, %ecx
-4539D4 cmpl %r10d, %r12d
-4539D0 cmpl %r10d, %r8d
-4539DC cmpl %r11d, %r12d
-4539D9 cmpl %r11d, %r9d
-4439E0 cmpl %r12d, %eax
-4439E3 cmpl %r12d, %ebx
-4439AC84C0000000 cmpl %r13d, 192(%rsp,%rax,4)
-4439ED cmpl %r13d, %ebp
-4439742414 cmpl %r14d, 20(%rsp)
-4439F5 cmpl %r14d, %ebp
-4439FD cmpl %r15d, %ebp
-4439FB cmpl %r15d, %ebx
-4439F9 cmpl %r15d, %ecx
-4539FC cmpl %r15d, %r12d
-4539FE cmpl %r15d, %r14d
-4539F8 cmpl %r15d, %r8d
-4439C1 cmpl %r8d, %ecx
-4439C2 cmpl %r8d, %edx
-4439C6 cmpl %r8d, %esi
-4439CE cmpl %r9d, %esi
-3B10 cmpl (%rax), %edx
-3B02 cmpl (%rdx), %eax
-3B06 cmpl (%rsi), %eax
-3B16 cmpl (%rsi), %edx
-3B0510000000 cmpl 16(%rip), %eax
-443B2D10000000 cmpl 16(%rip), %r13d
-443B3D10000000 cmpl 16(%rip), %r15d
-3B0D14000000 cmpl 20(%rip), %ecx
-48837F1000 cmpq $0, 16(%rdi)
-48837C241000 cmpq $0, 16(%rsp)
-4883BC24C000000000 cmpq $0, 192(%rsp)
-4883BC24C800000000 cmpq $0, 200(%rsp)
-4883781800 cmpq $0, 24(%rax)
-48837B1800 cmpq $0, 24(%rbx)
-48837C241800 cmpq $0, 24(%rsp)
-4883BC240801000000 cmpq $0, 264(%rsp)
-4883BC241001000000 cmpq $0, 272(%rsp)
-49837D2000 cmpq $0, 32(%r13)
-48837D2000 cmpq $0, 32(%rbp)
-4883BC243002000000 cmpq $0, 560(%rsp)
-4883780800 cmpq $0, 8(%rax)
-48837B0800 cmpq $0, 8(%rbx)
-48837F0800 cmpq $0, 8(%rdi)
-48837CDA0800 cmpq $0, 8(%rdx,%rbx,8)
-49833CC400 cmpq $0, (%r12,%rax,8)
-49837CC50000 cmpq $0, (%r13,%rax,8)
-49833CC100 cmpq $0, (%r9,%rax,8)
-48833800 cmpq $0, (%rax)
-48833CD800 cmpq $0, (%rax,%rbx,8)
-48833CC800 cmpq $0, (%rax,%rcx,8)
-48833CD000 cmpq $0, (%rax,%rdx,8)
-48837CC50000 cmpq $0, (%rbp,%rax,8)
-48833B00 cmpq $0, (%rbx)
-48833CC300 cmpq $0, (%rbx,%rax,8)
-48833CCB00 cmpq $0, (%rbx,%rcx,8)
-48833900 cmpq $0, (%rcx)
-48833CC100 cmpq $0, (%rcx,%rax,8)
-48833F00 cmpq $0, (%rdi)
-48833CC700 cmpq $0, (%rdi,%rax,8)
-48833A00 cmpq $0, (%rdx)
-48833CC200 cmpq $0, (%rdx,%rax,8)
-48833CDA00 cmpq $0, (%rdx,%rbx,8)
-48833E00 cmpq $0, (%rsi)
-48833CC600 cmpq $0, (%rsi,%rax,8)
-48833C2400 cmpq $0, (%rsp)
-4881FFFF000000 cmpq $255, %rdi
-4881FEFFFF0000 cmpq $65535, %rsi
-4D39E8 cmpq %r13, %r8
-4D393424 cmpq %r14, (%r12)
-48394508 cmpq %rax, 8(%rbp)
-48394708 cmpq %rax, 8(%rdi)
-4839C6 cmpq %rax, %rsi
-48392CC8 cmpq %rbp, (%rax,%rcx,8)
-48394A08 cmpq %rcx, 8(%rdx)
-483914C8 cmpq %rdx, (%rax,%rcx,8)
-6683BC248E00000001 cmpw $1, 142(%rsp)
-663D8000 cmpw $128, %ax
-6681FB8000 cmpw $128, %bx
-6681F98000 cmpw $128, %cx
-6681FF8000 cmpw $128, %di
-6681FA8000 cmpw $128, %dx
-664181FB8000 cmpw $128, %r11w
-664181F88000 cmpw $128, %r8w
-664181F98000 cmpw $128, %r9w
-663D7FFF cmpw $-129, %ax
-6681FB7FFF cmpw $-129, %bx
-6681FF7FFF cmpw $-129, %di
-6681FA7FFF cmpw $-129, %dx
-664181FB7FFF cmpw $-129, %r11w
-664181F87FFF cmpw $-129, %r8w
-664181F97FFF cmpw $-129, %r9w
-6681FE7FFF cmpw $-129, %si
-6683F801 cmpw $1, %ax
-6683F901 cmpw $1, %cx
-6683FF01 cmpw $1, %di
-6683FA01 cmpw $1, %dx
-66837B1E02 cmpw $2, 30(%rbx)
-663D0001 cmpw $256, %ax
-6681FB0001 cmpw $256, %bx
-6681F90001 cmpw $256, %cx
-6681FF0001 cmpw $256, %di
-6681FA0001 cmpw $256, %dx
-664181FB0001 cmpw $256, %r11w
-664181F80001 cmpw $256, %r8w
-664181F90001 cmpw $256, %r9w
-6683F802 cmpw $2, %ax
-6683FAFE cmpw $-2, %dx
-66833C02FE cmpw $-2, (%rdx,%rax)
-66833C06FE cmpw $-2, (%rsi,%rax)
-6683F803 cmpw $3, %ax
-6641817C44180F27 cmpw $9999, 24(%r12,%rax,2)
-66394708 cmpw %ax, 8(%rdi)
-664139C1 cmpw %ax, %r9w
-6639FE cmpw %di, %si
-6639D1 cmpw %dx, %cx
-664139D1 cmpw %dx, %r9w
-664439D2 cmpw %r10w, %dx
-664439C0 cmpw %r8w, %ax
-664439C2 cmpw %r8w, %dx
-98 cwtl
-FEC8 decb %al
-FECA decb %dl
-41FECE decb %r14b
-40FECE decb %sil
-FFC8 decl %eax
-FFCD decl %ebp
-FFCB decl %ebx
-FFC9 decl %ecx
-FFCF decl %edi
-FFCA decl %edx
-FFCE decl %esi
-41FFCD decl %r13d
-41FFCE decl %r14d
-41FFCF decl %r15d
-49F7F0 divq %r8
-F7FF idivl %edi
-410FAF4508 imull 8(%r13), %eax
-410FAF4608 imull 8(%r14), %eax
-0FAF4308 imull 8(%rbx), %eax
-0FAF7A08 imull 8(%rdx), %edi
-0FAFE8 imull %eax, %ebp
-0FAFD1 imull %ecx, %edx
-440FAFC1 imull %ecx, %r8d
-0FAFC2 imull %edx, %eax
-0FAFFE imull %esi, %edi
-4869D856555555 imulq $1431655766, %rax, %rbx
-FF44246C incl 108(%rsp)
-FF442478 incl 120(%rsp)
-FF44247C incl 124(%rsp)
-FF44240C incl 12(%rsp)
-FF84248C000000 incl 140(%rsp)
-FF442410 incl 16(%rsp)
-FF442414 incl 20(%rsp)
-FF442418 incl 24(%rsp)
-FF842420010000 incl 288(%rsp)
-FF44241C incl 28(%rsp)
-FF442428 incl 40(%rsp)
-FF442438 incl 56(%rsp)
-FF442444 incl 68(%rsp)
-FFC0 incl %eax
-FFC5 incl %ebp
-FFC3 incl %ebx
-FFC1 incl %ecx
-FFC7 incl %edi
-FFC2 incl %edx
-FFC6 incl %esi
-FF0501000000 incl 1(%rip)
-FF0508000000 incl 8(%rip)
-FF0509000000 incl 9(%rip)
-FF0500000000 incl 0(%rip)
-41FFC2 incl %r10d
-41FFC4 incl %r12d
-41FFC5 incl %r13d
-41FFC6 incl %r14d
-41FF0486 incl (%r14,%rax,4)
-41FFC7 incl %r15d
-41FFC0 incl %r8d
-41FFC1 incl %r9d
-FF00 incl (%rax)
-FF059DFFFFFF incl -99(%rip)
-49FFC5 incq %r13
-48FFC0 incq %rax
-48FFC5 incq %rbp
-48FFC3 incq %rbx
-48FFC7 incq %rdi
-48FFC6 incq %rsi
-48FF0521000000 incq 33(%rip)
-FF24C59E0F0000 jmp *3998(,%rax,8)
-FFE2 jmp *%rdx
-468D24F500000000 leal 0(,%r14,8), %r12d
-8D04D500000000 leal 0(,%rdx,8), %eax
-8D3CD500000000 leal 0(,%rdx,8), %edi
-8D14B500000000 leal 0(,%rsi,4), %edx
-8D14F500000000 leal 0(,%rsi,8), %edx
-8D5890 leal -112(%rax), %ebx
-8D4390 leal -112(%rbx), %eax
-8D5880 leal -128(%rax), %ebx
-8D7880 leal -128(%rax), %edi
-448DA07FFFFFFF leal -129(%rax), %r12d
-448DA070FFFFFF leal -144(%rax), %r12d
-448DB070FFFFFF leal -144(%rax), %r14d
-8D9A50FFFFFF leal -176(%rdx), %ebx
-8D9848FFFFFF leal -184(%rax), %ebx
-8D9A48FFFFFF leal -184(%rdx), %ebx
-8DA840FFFFFF leal -192(%rax), %ebp
-418D4424FF leal -1(%r12), %eax
-418D442401 leal 1(%r12), %eax
-418D5C2401 leal 1(%r12), %ebx
-418D7C2401 leal 1(%r12), %edi
-418D45FF leal -1(%r13), %eax
-418D4501 leal 1(%r13), %eax
-418D46FF leal -1(%r14), %eax
-418D4601 leal 1(%r14), %eax
-418D7EFF leal -1(%r14), %edi
-418D4701 leal 1(%r15), %eax
-418D4801 leal 1(%r8), %ecx
-8D3CC5FFFFFFFF leal -1(,%rax,8), %edi
-448D6001 leal 1(%rax), %r12d
-428D6C20FF leal -1(%rax,%r12), %ebp
-428D5420FF leal -1(%rax,%r12), %edx
-8D4428FF leal -1(%rax,%rbp), %eax
-8D5C28FF leal -1(%rax,%rbp), %ebx
-8D4418FF leal -1(%rax,%rbx), %eax
-448D7C1801 leal 1(%rax,%rbx), %r15d
-8D45FF leal -1(%rbp), %eax
-8D4501 leal 1(%rbp), %eax
-8D7DFF leal -1(%rbp), %edi
-8D7D01 leal 1(%rbp), %edi
-8D75FF leal -1(%rbp), %esi
-448D6501 leal 1(%rbp), %r12d
-448D6D01 leal 1(%rbp), %r13d
-448D641DFF leal -1(%rbp,%rbx), %r12d
-8D43FF leal -1(%rbx), %eax
-8D7B01 leal 1(%rbx), %edi
-8D5301 leal 1(%rbx), %edx
-8D41FF leal -1(%rcx), %eax
-8D4101 leal 1(%rcx), %eax
-8D7901 leal 1(%rcx), %edi
-468D440101 leal 1(%rcx,%r8), %r8d
-8D541101 leal 1(%rcx,%rdx), %edx
-8D4701 leal 1(%rdi), %eax
-8D6FFF leal -1(%rdi), %ebp
-8D5701 leal 1(%rdi), %edx
-8D42FF leal -1(%rdx), %eax
-8D4201 leal 1(%rdx), %eax
-8D7A01 leal 1(%rdx), %edi
-468D440201 leal 1(%rdx,%r8), %r8d
-8D440201 leal 1(%rdx,%rax), %eax
-448D542A01 leal 1(%rdx,%rbp), %r10d
-8D5C1A01 leal 1(%rdx,%rbx), %ebx
-8D4C0A01 leal 1(%rdx,%rcx), %ecx
-8D7C3A01 leal 1(%rdx,%rdi), %edi
-8D743201 leal 1(%rdx,%rsi), %esi
-8D46FF leal -1(%rsi), %eax
-8D4601 leal 1(%rsi), %eax
-8D7C3E01 leal 1(%rsi,%rdi), %edi
-8DA838FFFFFF leal -200(%rax), %ebp
-448DB038FFFFFF leal -200(%rax), %r14d
-8DA830FFFFFF leal -208(%rax), %ebp
-8D9830FFFFFF leal -208(%rax), %ebx
-8D42EC leal -20(%rdx), %eax
-8D9828FFFFFF leal -216(%rax), %ebx
-8D9820FFFFFF leal -224(%rax), %ebx
-8D9818FFFFFF leal -232(%rax), %ebx
-8D43E8 leal -24(%rbx), %eax
-418D47FE leal -2(%r15), %eax
-418D41FE leal -2(%r9), %eax
-8D048502000000 leal 2(,%rax,4), %eax
-8D6802 leal 2(%rax), %ebp
-8D45FE leal -2(%rbp), %eax
-8D5D02 leal 2(%rbp), %ebx
-8D7D02 leal 2(%rbp), %edi
-8D5502 leal 2(%rbp), %edx
-8D7502 leal 2(%rbp), %esi
-448D6D02 leal 2(%rbp), %r13d
-8D4302 leal 2(%rbx), %eax
-8D7902 leal 2(%rcx), %edi
-8D5702 leal 2(%rdi), %edx
-8D4602 leal 2(%rsi), %eax
-8D42E0 leal -32(%rdx), %eax
-418D4626 leal 38(%r14), %eax
-8D6803 leal 3(%rax), %ebp
-8D5D03 leal 3(%rbp), %ebx
-8D7D03 leal 3(%rbp), %edi
-8D5503 leal 3(%rbp), %edx
-8D7503 leal 3(%rbp), %esi
-448D6503 leal 3(%rbp), %r12d
-448D6D03 leal 3(%rbp), %r13d
-8D4703 leal 3(%rdi), %eax
-8D4203 leal 3(%rdx), %eax
-8D6C2A03 leal 3(%rdx,%rbp), %ebp
-8D4603 leal 3(%rsi), %eax
-8D54122B leal 43(%rdx,%rdx), %edx
-418D4630 leal 48(%r14), %eax
-8D6C28D0 leal -48(%rax,%rbp), %ebp
-8D42D0 leal -48(%rdx), %eax
-448D7C1804 leal 4(%rax,%rbx), %r15d
-8D4504 leal 4(%rbp), %eax
-8D7DFC leal -4(%rbp), %edi
-8D7D04 leal 4(%rbp), %edi
-8D41FC leal -4(%rcx), %eax
-8D47FC leal -4(%rdi), %eax
-8D42FC leal -4(%rdx), %eax
-8D6C2A04 leal 4(%rdx,%rbp), %ebp
-8D46FC leal -4(%rsi), %eax
-8D4EFC leal -4(%rsi), %ecx
-448D68C0 leal -64(%rax), %r13d
-8D3CDD40000000 leal 64(,%rbx,8), %edi
-8D3CFD40000000 leal 64(,%rdi,8), %edi
-8D8701F0FEFF leal -69631(%rdi), %eax
-8D83FFEFFEFF leal -69633(%rbx), %eax
-8D81FFEFFEFF leal -69633(%rcx), %eax
-8D87FFEFFEFF leal -69633(%rdi), %eax
-8D82FFEFFEFF leal -69633(%rdx), %eax
-478DAC2D02100100 leal 69634(%r13,%r13), %r13d
-448D68B8 leal -72(%rax), %r13d
-8D81FDDFFEFF leal -73731(%rcx), %eax
-8D87FDDFFEFF leal -73731(%rdi), %eax
-8D82FDDFFEFF leal -73731(%rdx), %eax
-8D87FFCFFEFF leal -77825(%rdi), %eax
-8D81F3CFFEFF leal -77837(%rcx), %eax
-418D86F4CEFEFF leal -78092(%r14), %eax
-8D43F9 leal -7(%rbx), %eax
-8D4207 leal 7(%rdx), %eax
-448D60B0 leal -80(%rax), %r12d
-448D68B0 leal -80(%rax), %r13d
-8D8700C0FEFF leal -81920(%rdi), %eax
-8D58A8 leal -88(%rax), %ebx
-8D5AA8 leal -88(%rdx), %ebx
-418D850090FEFF leal -94208(%r13), %eax
-8D429F leal -97(%rdx), %eax
-438D042C leal (%r12,%r13), %eax
-418D2C19 leal (%r9,%rbx), %ebp
-458D0C09 leal (%r9,%rcx), %r9d
-428D3C60 leal (%rax,%r12,2), %edi
-428D3C28 leal (%rax,%r13), %edi
-8D0440 leal (%rax,%rax,2), %eax
-8D3C00 leal (%rax,%rax), %edi
-448D3C28 leal (%rax,%rbp), %r15d
-8D0498 leal (%rax,%rbx,4), %eax
-8D04D8 leal (%rax,%rbx,8), %eax
-448D3C18 leal (%rax,%rbx), %r15d
-8D0410 leal (%rax,%rdx), %eax
-428D442500 leal (%rbp,%r12), %eax
-428D5C2500 leal (%rbp,%r12), %ebx
-428D742500 leal (%rbp,%r12), %esi
-448D441D00 leal (%rbp,%rbx), %r8d
-8D3C2B leal (%rbx,%rbp), %edi
-8D342B leal (%rbx,%rbp), %esi
-8D3C09 leal (%rcx,%rcx), %edi
-8D049F leal (%rdi,%rbx,4), %eax
-8D3C0F leal (%rdi,%rcx), %edi
-448D1C2A leal (%rdx,%rbp), %r11d
-8D141A leal (%rdx,%rbx), %edx
-448D143A leal (%rdx,%rdi), %r10d
-8D0412 leal (%rdx,%rdx), %eax
-8D3C12 leal (%rdx,%rdx), %edi
-8D3476 leal (%rsi,%rsi,2), %esi
-8D0436 leal (%rsi,%rsi), %eax
-8D1436 leal (%rsi,%rsi), %edx
-4C8D2C8500000000 leaq 0(,%rax,4), %r13
-488D1C8500000000 leaq 0(,%rax,4), %rbx
-488D0C8500000000 leaq 0(,%rax,4), %rcx
-488D3C8500000000 leaq 0(,%rax,4), %rdi
-488D148500000000 leaq 0(,%rax,4), %rdx
-488D049500000000 leaq 0(,%rdx,4), %rax
-488D542464 leaq 100(%rsp), %rdx
-488D4C2468 leaq 104(%rsp), %rcx
-4C8D44246C leaq 108(%rsp), %r8
-4C8D7C2470 leaq 112(%rsp), %r15
-488D7C2474 leaq 116(%rsp), %rdi
-488D742478 leaq 120(%rsp), %rsi
-4C8DBC2480000000 leaq 128(%rsp), %r15
-488D7C240C leaq 12(%rsp), %rdi
-488D74240C leaq 12(%rsp), %rsi
-4C8D842490000000 leaq 144(%rsp), %r8
-488D9C2490000000 leaq 144(%rsp), %rbx
-488DBC2490000000 leaq 144(%rsp), %rdi
-488DBC2497000000 leaq 151(%rsp), %rdi
-488D942498000000 leaq 152(%rsp), %rdx
-488D8424A0000000 leaq 160(%rsp), %rax
-488DBC24A8000000 leaq 168(%rsp), %rdi
-488DB424A8000000 leaq 168(%rsp), %rsi
-488D7D10 leaq 16(%rbp), %rdi
-488D7B10 leaq 16(%rbx), %rdi
-488D7210 leaq 16(%rdx), %rsi
-4C8D6C2410 leaq 16(%rsp), %r13
-4C8D742410 leaq 16(%rsp), %r14
-4C8D7C2410 leaq 16(%rsp), %r15
-488D4C2410 leaq 16(%rsp), %rcx
-488D542410 leaq 16(%rsp), %rdx
-488D742410 leaq 16(%rsp), %rsi
-488DBC24AC000000 leaq 172(%rsp), %rdi
-488D9424AC000000 leaq 172(%rsp), %rdx
-4C8D8424B0000000 leaq 176(%rsp), %r8
-488DBC24B0000000 leaq 176(%rsp), %rdi
-488D7311 leaq 17(%rbx), %rsi
-488DBC24B4000000 leaq 180(%rsp), %rdi
-488DBC24B8000000 leaq 184(%rsp), %rdi
-488DBC24BC000000 leaq 188(%rsp), %rdi
-488DB424BC000000 leaq 188(%rsp), %rsi
-498D6F12 leaq 18(%r15), %rbp
-4C8DAC24C0000000 leaq 192(%rsp), %r13
-488DBC24C0000000 leaq 192(%rsp), %rdi
-498D4701 leaq 1(%r15), %rax
-498D7F01 leaq 1(%r15), %rdi
-488D4501 leaq 1(%rbp), %rax
-488D7B01 leaq 1(%rbx), %rdi
-488D7901 leaq 1(%rcx), %rdi
-488D8424CF000000 leaq 207(%rsp), %rax
-4C8D8C24D0000000 leaq 208(%rsp), %r9
-488D8C24D0000000 leaq 208(%rsp), %rcx
-488DBC24D0000000 leaq 208(%rsp), %rdi
-488D9424D0000000 leaq 208(%rsp), %rdx
-4C8D642414 leaq 20(%rsp), %r12
-488D4C2414 leaq 20(%rsp), %rcx
-488D542414 leaq 20(%rsp), %rdx
-488D8424E0000000 leaq 224(%rsp), %rax
-4C8DAC24F0000000 leaq 240(%rsp), %r13
-488D8424F0000000 leaq 240(%rsp), %rax
-488DBC24F0000000 leaq 240(%rsp), %rdi
-488D742418 leaq 24(%rsp), %rsi
-4C8DAC2410010000 leaq 272(%rsp), %r13
-488D8C2410010000 leaq 272(%rsp), %rcx
-488D7C241C leaq 28(%rsp), %rdi
-498D7F02 leaq 2(%r15), %rdi
-488D7902 leaq 2(%rcx), %rdi
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-4C8D6C2420 leaq 32(%rsp), %r13
-4C8D742420 leaq 32(%rsp), %r14
-4C8D442420 leaq 32(%rsp), %r8
-488D442420 leaq 32(%rsp), %rax
-488D5C2420 leaq 32(%rsp), %rbx
-488D4C2420 leaq 32(%rsp), %rcx
-488D542420 leaq 32(%rsp), %rdx
-488D742420 leaq 32(%rsp), %rsi
-4C8DBC244B010000 leaq 331(%rsp), %r15
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-488D9C2450010000 leaq 336(%rsp), %rbx
-488D8C2450010000 leaq 336(%rsp), %rcx
-488DBC2450010000 leaq 336(%rsp), %rdi
-488DBC2454010000 leaq 340(%rsp), %rdi
-488DBC2458010000 leaq 344(%rsp), %rdi
-488DBC2460010000 leaq 352(%rsp), %rdi
-488DBC2464010000 leaq 356(%rsp), %rdi
-488DBC2468010000 leaq 360(%rsp), %rdi
-488DBC246C010000 leaq 364(%rsp), %rdi
-488DBC2470010000 leaq 368(%rsp), %rdi
-488D7C2424 leaq 36(%rsp), %rdi
-4C8DBC2477010000 leaq 375(%rsp), %r15
-488DB42478010000 leaq 376(%rsp), %rsi
-488D94247C010000 leaq 380(%rsp), %rdx
-488D8C2480010000 leaq 384(%rsp), %rcx
-4C8D842484010000 leaq 388(%rsp), %r8
-488DB42488010000 leaq 392(%rsp), %rsi
-488D94248C010000 leaq 396(%rsp), %rdx
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-488D7903 leaq 3(%rcx), %rdi
-4C8DAC2490010000 leaq 400(%rsp), %r13
-488D8C2490010000 leaq 400(%rsp), %rcx
-488D942490010000 leaq 400(%rsp), %rdx
-488DB42490010000 leaq 400(%rsp), %rsi
-4C8D842494010000 leaq 404(%rsp), %r8
-488DB42498010000 leaq 408(%rsp), %rsi
-488D4C2428 leaq 40(%rsp), %rcx
-488D742428 leaq 40(%rsp), %rsi
-488D94249C010000 leaq 412(%rsp), %rdx
-488D8C24A0010000 leaq 416(%rsp), %rcx
-4C8D8424A4010000 leaq 420(%rsp), %r8
-488DB424A8010000 leaq 424(%rsp), %rsi
-488D9424AC010000 leaq 428(%rsp), %rdx
-488D8C24B0010000 leaq 432(%rsp), %rcx
-4C8D8424B4010000 leaq 436(%rsp), %r8
-488D7C242B leaq 43(%rsp), %rdi
-488DB424B8010000 leaq 440(%rsp), %rsi
-488D9424BC010000 leaq 444(%rsp), %rdx
-488D8C24C0010000 leaq 448(%rsp), %rcx
-4C8D44242C leaq 44(%rsp), %r8
-488D7C242C leaq 44(%rsp), %rdi
-488D74242C leaq 44(%rsp), %rsi
-4C8D8424C4010000 leaq 452(%rsp), %r8
-488DBC24C8010000 leaq 456(%rsp), %rdi
-488DB424CC010000 leaq 460(%rsp), %rsi
-488D9424D0010000 leaq 464(%rsp), %rdx
-488D8C24D4010000 leaq 468(%rsp), %rcx
-4C8D8424D8010000 leaq 472(%rsp), %r8
-488DB424DC010000 leaq 476(%rsp), %rsi
-488D9424E0010000 leaq 480(%rsp), %rdx
-488D8C24E4010000 leaq 484(%rsp), %rcx
-4C8D8424E8010000 leaq 488(%rsp), %r8
-498D5C9C30 leaq 48(%r12,%rbx,4), %rbx
-498D448530 leaq 48(%r13,%rax,4), %rax
-488D440530 leaq 48(%rbp,%rax), %rax
-488D4C0330 leaq 48(%rbx,%rax), %rcx
-4C8D442430 leaq 48(%rsp), %r8
-488D6C2430 leaq 48(%rsp), %rbp
-488D4C2430 leaq 48(%rsp), %rcx
-488D742430 leaq 48(%rsp), %rsi
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-8B2F movl (%rdi), %ebp
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-8B37 movl (%rdi), %esi
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-8B32 movl (%rdx), %esi
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-8B3C82 movl (%rdx,%rax,4), %edi
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-0FB67C247F movzbl 127(%rsp), %edi
-0FB6840480000000 movzbl 128(%rsp,%rax), %eax
-0FB6941480000000 movzbl 128(%rsp,%rdx), %edx
-0FB6BC248B000000 movzbl 139(%rsp), %edi
-440FB684248B000000 movzbl 139(%rsp), %r8d
-0FB6878C000000 movzbl 140(%rdi), %eax
-0FB69794000000 movzbl 148(%rdi), %edx
-0FB65C240F movzbl 15(%rsp), %ebx
-0FB67C240F movzbl 15(%rsp), %edi
-0FB654240F movzbl 15(%rsp), %edx
-440FB64C240F movzbl 15(%rsp), %r9d
-0FB64310 movzbl 16(%rbx), %eax
-0FB6442410 movzbl 16(%rsp), %eax
-0FB6542410 movzbl 16(%rsp), %edx
-0FB66C2413 movzbl 19(%rsp), %ebp
-0FB65C2413 movzbl 19(%rsp), %ebx
-0FB67C2413 movzbl 19(%rsp), %edi
-0FB6542413 movzbl 19(%rsp), %edx
-410FB6442401 movzbl 1(%r12), %eax
-410FB64C2401 movzbl 1(%r12), %ecx
-410FB6542401 movzbl 1(%r12), %edx
-0FB6540F01 movzbl 1(%rdi,%rcx), %edx
-0FB65201 movzbl 1(%rdx), %edx
-0FB6441601 movzbl 1(%rsi,%rdx), %eax
-0FB68424C8000000 movzbl 200(%rsp), %eax
-0FB67C2416 movzbl 22(%rsp), %edi
-0FB6542416 movzbl 22(%rsp), %edx
-440FB6442416 movzbl 22(%rsp), %r8d
-0FB64C2417 movzbl 23(%rsp), %ecx
-0FB67C2417 movzbl 23(%rsp), %edi
-0FB6742417 movzbl 23(%rsp), %esi
-0FB64C2419 movzbl 25(%rsp), %ecx
-0FB65C241A movzbl 26(%rsp), %ebx
-0FB67C241A movzbl 26(%rsp), %edi
-0FB68C240E010000 movzbl 270(%rsp), %ecx
-0FB6BC240E010000 movzbl 270(%rsp), %edi
-0FB6B4240E010000 movzbl 270(%rsp), %esi
-440FB6A4240E010000 movzbl 270(%rsp), %r12d
-0FB69C240F010000 movzbl 271(%rsp), %ebx
-0FB6BC240F010000 movzbl 271(%rsp), %edi
-0FB694240F010000 movzbl 271(%rsp), %edx
-440FB6A4240F010000 movzbl 271(%rsp), %r12d
-440FB6B4240F010000 movzbl 271(%rsp), %r14d
-0FB65C241B movzbl 27(%rsp), %ebx
-440FB66C241B movzbl 27(%rsp), %r13d
-0FB6842418010000 movzbl 280(%rsp), %eax
-410FB6442402 movzbl 2(%r12), %eax
-410FB65C2402 movzbl 2(%r12), %ebx
-410FB64C2402 movzbl 2(%r12), %ecx
-410FB67C2402 movzbl 2(%r12), %edi
-410FB6542402 movzbl 2(%r12), %edx
-450FB6642402 movzbl 2(%r12), %r12d
-450FB66C2402 movzbl 2(%r12), %r13d
-450FB67C2402 movzbl 2(%r12), %r15d
-460FB6642002 movzbl 2(%rax,%r12), %r12d
-0FB6540F02 movzbl 2(%rdi,%rcx), %edx
-0FB64C241E movzbl 30(%rsp), %ecx
-0FB67C241E movzbl 30(%rsp), %edi
-0FB654241E movzbl 30(%rsp), %edx
-0FB65C241F movzbl 31(%rsp), %ebx
-0FB64C241F movzbl 31(%rsp), %ecx
-0FB67C241F movzbl 31(%rsp), %edi
-440FB664241F movzbl 31(%rsp), %r12d
-440FB67C241F movzbl 31(%rsp), %r15d
-0FB64C2420 movzbl 32(%rsp), %ecx
-0FB65C2423 movzbl 35(%rsp), %ebx
-0FB67C2423 movzbl 35(%rsp), %edi
-440FB6642423 movzbl 35(%rsp), %r12d
-0FB64C2426 movzbl 38(%rsp), %ecx
-0FB67C2426 movzbl 38(%rsp), %edi
-0FB6542426 movzbl 38(%rsp), %edx
-440FB6442426 movzbl 38(%rsp), %r8d
-0FB6442427 movzbl 39(%rsp), %eax
-0FB66C2427 movzbl 39(%rsp), %ebp
-0FB65C2427 movzbl 39(%rsp), %ebx
-0FB64C2427 movzbl 39(%rsp), %ecx
-0FB67C2427 movzbl 39(%rsp), %edi
-0FB6542427 movzbl 39(%rsp), %edx
-0FB6742427 movzbl 39(%rsp), %esi
-440FB66C2427 movzbl 39(%rsp), %r13d
-410FB6442403 movzbl 3(%r12), %eax
-410FB65C2403 movzbl 3(%r12), %ebx
-410FB6742403 movzbl 3(%r12), %esi
-450FB6642403 movzbl 3(%r12), %r12d
-450FB6742403 movzbl 3(%r12), %r14d
-460FB6642003 movzbl 3(%rax,%r12), %r12d
-0FB6440F03 movzbl 3(%rdi,%rcx), %eax
-0FB654242A movzbl 42(%rsp), %edx
-0FB644242B movzbl 43(%rsp), %eax
-0FB65C242B movzbl 43(%rsp), %ebx
-0FB67C242B movzbl 43(%rsp), %edi
-0FB674242B movzbl 43(%rsp), %esi
-440FB664242B movzbl 43(%rsp), %r12d
-0FB6452C movzbl 44(%rbp), %eax
-0FB644242E movzbl 46(%rsp), %eax
-0FB674242E movzbl 46(%rsp), %esi
-0FB644242F movzbl 47(%rsp), %eax
-0FB65C242F movzbl 47(%rsp), %ebx
-0FB67C242F movzbl 47(%rsp), %edi
-440FB664242F movzbl 47(%rsp), %r12d
-440FB66C242F movzbl 47(%rsp), %r13d
-0FB6442430 movzbl 48(%rsp), %eax
-0FB65C2430 movzbl 48(%rsp), %ebx
-0FB6542430 movzbl 48(%rsp), %edx
-0FB6742430 movzbl 48(%rsp), %esi
-450FB6642404 movzbl 4(%r12), %r12d
-0FB65C2437 movzbl 55(%rsp), %ebx
-0FB67C2437 movzbl 55(%rsp), %edi
-440FB6642437 movzbl 55(%rsp), %r12d
-0FB644243B movzbl 59(%rsp), %eax
-0FB67C243B movzbl 59(%rsp), %edi
-0FB674243B movzbl 59(%rsp), %esi
-0FB66C243C movzbl 60(%rsp), %ebp
-0FB67C243D movzbl 61(%rsp), %edi
-0FB654243D movzbl 61(%rsp), %edx
-440FB644243E movzbl 62(%rsp), %r8d
-0FB64C2440 movzbl 64(%rsp), %ecx
-0FB65C2443 movzbl 67(%rsp), %ebx
-0FB67C2443 movzbl 67(%rsp), %edi
-0FB674244B movzbl 75(%rsp), %esi
-0FB64C244F movzbl 79(%rsp), %ecx
-0FB67C244F movzbl 79(%rsp), %edi
-0FB654244F movzbl 79(%rsp), %edx
-440FB644244F movzbl 79(%rsp), %r8d
-0FB65C2407 movzbl 7(%rsp), %ebx
-0FB64C2407 movzbl 7(%rsp), %ecx
-0FB67C2407 movzbl 7(%rsp), %edi
-0FB6542407 movzbl 7(%rsp), %edx
-440FB6642407 movzbl 7(%rsp), %r12d
-0FB66C2457 movzbl 87(%rsp), %ebp
-0FB65C2457 movzbl 87(%rsp), %ebx
-0FB64008 movzbl 8(%rax), %eax
-0FB64808 movzbl 8(%rax), %ecx
-0FB67808 movzbl 8(%rax), %edi
-0FB64708 movzbl 8(%rdi), %eax
-0FB67F08 movzbl 8(%rdi), %edi
-0FB67708 movzbl 8(%rdi), %esi
-0FB64A08 movzbl 8(%rdx), %ecx
-0FB64608 movzbl 8(%rsi), %eax
-0FB65608 movzbl 8(%rsi), %edx
-0FB654245F movzbl 95(%rsp), %edx
-0FB6442460 movzbl 96(%rsp), %eax
-0FB64C2460 movzbl 96(%rsp), %ecx
-0FB6DC movzbl %ah, %ebx
-0FB6D4 movzbl %ah, %edx
-0FB6C0 movzbl %al, %eax
-0FB6E8 movzbl %al, %ebp
-0FB6D8 movzbl %al, %ebx
-0FB6C8 movzbl %al, %ecx
-0FB6F8 movzbl %al, %edi
-0FB6F8 movzbl %al, %edi
-0FB6F8 movzbl %al,%edi
-0FB6D0 movzbl %al, %edx
-0FB6D0 movzbl %al, %edx
-0FB6F0 movzbl %al, %esi
-440FB6E0 movzbl %al, %r12d
-440FB6E8 movzbl %al, %r13d
-440FB6F0 movzbl %al, %r14d
-440FB6F8 movzbl %al, %r15d
-0FB6EF movzbl %bh, %ebp
-0FB6CF movzbl %bh, %ecx
-0FB6FF movzbl %bh, %edi
-0FB6D7 movzbl %bh, %edx
-0FB6C3 movzbl %bl, %eax
-0FB6DB movzbl %bl, %ebx
-0FB6CB movzbl %bl, %ecx
-0FB6FB movzbl %bl, %edi
-0FB6D3 movzbl %bl, %edx
-0FB6F3 movzbl %bl, %esi
-400FB6C5 movzbl %bpl, %eax
-400FB6ED movzbl %bpl, %ebp
-400FB6CD movzbl %bpl, %ecx
-400FB6FD movzbl %bpl, %edi
-400FB6D5 movzbl %bpl, %edx
-400FB6F5 movzbl %bpl, %esi
-440FB6CD movzbl %bpl, %r9d
-0FB6DD movzbl %ch, %ebx
-0FB6FD movzbl %ch, %edi
-0FB6D5 movzbl %ch, %edx
-0FB6C1 movzbl %cl, %eax
-0FB6D9 movzbl %cl, %ebx
-0FB6C9 movzbl %cl, %ecx
-0FB6D1 movzbl %cl, %edx
-0FB6F1 movzbl %cl, %esi
-0FB6EE movzbl %dh, %ebp
-0FB6FE movzbl %dh, %edi
-400FB6C7 movzbl %dil, %eax
-400FB6C7 movzbl %dil,%eax
-400FB6FF movzbl %dil, %edi
-400FB6D7 movzbl %dil, %edx
-0FB6C2 movzbl %dl, %eax
-0FB6DA movzbl %dl, %ebx
-0FB6FA movzbl %dl, %edi
-0FB6D2 movzbl %dl, %edx
-440FB6050E000000 movzbl 14(%rip), %r8d
-0FB6420F movzbl 15(%rdx), %eax
-0FB60511000000 movzbl 17(%rip), %eax
-410FB6D2 movzbl %r10b, %edx
-450FB6D2 movzbl %r10b, %r10d
-410FB6D3 movzbl %r11b, %edx
-450FB6DB movzbl %r11b, %r11d
-410FB6C4 movzbl %r12b, %eax
-410FB6DC movzbl %r12b, %ebx
-410FB6FC movzbl %r12b, %edi
-410FB6D4 movzbl %r12b, %edx
-410FB6F4 movzbl %r12b, %esi
-450FB6EC movzbl %r12b, %r13d
-410FB61C24 movzbl (%r12), %ebx
-410FB6C5 movzbl %r13b, %eax
-410FB6DD movzbl %r13b, %ebx
-410FB6FD movzbl %r13b, %edi
-410FB6D5 movzbl %r13b, %edx
-410FB6F5 movzbl %r13b, %esi
-450FB6E5 movzbl %r13b,%r12d
-410FB6C6 movzbl %r14b, %eax
-410FB6EE movzbl %r14b, %ebp
-410FB6DE movzbl %r14b, %ebx
-410FB6FE movzbl %r14b, %edi
-410FB6F6 movzbl %r14b, %esi
-450FB6F6 movzbl %r14b, %r14d
-410FB6DF movzbl %r15b, %ebx
-410FB6CF movzbl %r15b, %ecx
-410FB6FF movzbl %r15b, %edi
-410FB6D7 movzbl %r15b, %edx
-410FB6F7 movzbl %r15b, %esi
-450FB6E7 movzbl %r15b, %r12d
-450FB6C0 movzbl %r8b, %r8d
-410FB6D1 movzbl %r9b, %edx
-450FB6C9 movzbl %r9b, %r9d
-0FB60408 movzbl (%rax,%rcx), %eax
-0FB60410 movzbl (%rax,%rdx), %eax
-0FB63410 movzbl (%rax,%rdx), %esi
-420FB60421 movzbl (%rcx,%r12), %eax
-420FB61421 movzbl (%rcx,%r12), %edx
-0FB60F movzbl (%rdi), %ecx
-0FB60407 movzbl (%rdi,%rax), %eax
-0FB6140F movzbl (%rdi,%rcx), %edx
-0FB61417 movzbl (%rdi,%rdx), %edx
-0FB602 movzbl (%rdx), %eax
-0FB6140A movzbl (%rdx,%rcx), %edx
-0FB616 movzbl (%rsi), %edx
-0FB61416 movzbl (%rsi,%rdx), %edx
-400FB6D6 movzbl %sil, %edx
-400FB6F6 movzbl %sil, %esi
-0FB680781A0000 movzbl 6776(%rax), %eax
-0FB6054E000000 movzbl 78(%rip), %eax
-0FB60D4F000000 movzbl 79(%rip), %ecx
-0FB63551000000 movzbl 81(%rip), %esi
-440FB60553000000 movzbl 83(%rip), %r8d
-480FB67C2420 movzbq 32(%rsp), %rdi
-480FB67C2440 movzbq 64(%rsp), %rdi
-480FB67C2460 movzbq 96(%rsp), %rdi
-410FB76C2418 movzwl 24(%r12), %ebp
-410FB74C241E movzwl 30(%r12), %ecx
-0FB7431E movzwl 30(%rbx), %eax
-0FB7411E movzwl 30(%rcx), %eax
-0FB77808 movzwl 8(%rax), %edi
-0FB77F08 movzwl 8(%rdi), %edi
-0FB77708 movzwl 8(%rdi), %esi
-0FB74608 movzwl 8(%rsi), %eax
-0FB7C0 movzwl %ax, %eax
-0FB7D0 movzwl %ax, %edx
-0FB7D0 movzwl %ax,%edx
-440FB7F0 movzwl %ax,%r14d
-0FB7C5 movzwl %bp,%eax
-0FB7C1 movzwl %cx, %eax
-0FB7C9 movzwl %cx, %ecx
-0FB7FF movzwl %di, %edi
-0FB7D2 movzwl %dx, %edx
-410FB7049E movzwl (%r14,%rbx,4), %eax
-410FB7C7 movzwl %r15w,%eax
-410FB7C8 movzwl %r8w, %ecx
-450FB7C0 movzwl %r8w, %r8d
-0FB71403 movzwl (%rbx,%rax), %edx
-0FB7049F movzwl (%rdi,%rbx,4), %eax
-0FB7FE movzwl %si, %edi
-0FB7F6 movzwl %si, %esi
-480FB77CD802 movzwq 2(%rax,%rbx,8), %rdi
-490FB7561E movzwq 30(%r14), %rdx
-480FB7531E movzwq 30(%rbx), %rdx
-480FB734D8 movzwq (%rax,%rbx,8), %rsi
-F7D8 negl %eax
-F7DF negl %edi
-48F7DE negq %rsi
-F7D0 notl %eax
-F7D1 notl %ecx
-F7D7 notl %edi
-F7D2 notl %edx
-F7D6 notl %esi
-41F7D2 notl %r10d
-41F7D0 notl %r8d
-41F7D1 notl %r9d
-48F7D7 notq %rdi
-4180CE80 orb $-128, %r14b
-0A44242E orb 46(%rsp), %al
-400A7A08 orb 8(%rdx), %dil
-08C8 orb %cl, %al
-08CA orb %cl, %dl
-08D0 orb %dl, %al
-4408E0 orb %r12b, %al
-4181CE00040000 orl $1024, %r14d
-0D00000041 orl $1090519040, %eax
-81CA00000041 orl $1090519040, %edx
-834C241C01 orl $1, 28(%rsp)
-834C241C10 orl $16, 28(%rsp)
-4181CE00400000 orl $16384, %r14d
-83C810 orl $16, %eax
-83CA01 orl $1, %edx
-4183CE01 orl $1, %r14d
-4181CE00080000 orl $2048, %r14d
-834C241C02 orl $2, 28(%rsp)
-4181CE00010000 orl $256, %r14d
-83CA02 orl $2, %edx
-4183CE02 orl $2, %r14d
-4181CE00800000 orl $32768, %r14d
-83C820 orl $32, %eax
-4181CE00100000 orl $4096, %r14d
-834C241C04 orl $4, 28(%rsp)
-83C804 orl $4, %eax
-4183CE04 orl $4, %r14d
-0B4424FC orl -4(%rsp), %eax
-4181CE00020000 orl $512, %r14d
-83C840 orl $64, %eax
-4181CE00200000 orl $8192, %r14d
-83C808 orl $8, %eax
-0B7A08 orl 8(%rdx), %edi
-09C5 orl %eax, %ebp
-09C1 orl %eax, %ecx
-09C7 orl %eax, %edi
-09C2 orl %eax, %edx
-4109C4 orl %eax, %r12d
-09D8 orl %ebx, %eax
-09D9 orl %ebx, %ecx
-09DA orl %ebx, %edx
-09DE orl %ebx, %esi
-09C8 orl %ecx, %eax
-09CA orl %ecx, %edx
-09CE orl %ecx, %esi
-09F8 orl %edi, %eax
-09F9 orl %edi, %ecx
-09FA orl %edi, %edx
-09FE orl %edi, %esi
-095424EC orl %edx, -20(%rsp)
-095424F8 orl %edx, -8(%rsp)
-09D0 orl %edx, %eax
-09D1 orl %edx, %ecx
-09D7 orl %edx, %edi
-09F0 orl %esi, %eax
-09F1 orl %esi, %ecx
-09F7 orl %esi, %edi
-09F2 orl %esi, %edx
-4409D0 orl %r10d, %eax
-4409D8 orl %r11d, %eax
-4409D9 orl %r11d, %ecx
-4409DA orl %r11d, %edx
-4409E0 orl %r12d, %eax
-4409E7 orl %r12d, %edi
-4409E8 orl %r13d, %eax
-4409F8 orl %r15d, %eax
-4409FA orl %r15d, %edx
-4409C0 orl %r8d, %eax
-4409C7 orl %r8d, %edi
-4409C8 orl %r9d, %eax
-4409C9 orl %r9d, %ecx
-480B8C2410010000 orq 272(%rsp), %rcx
-4809C7 orq %rax, %rdi
-4809C8 orq %rcx, %rax
-4809F8 orq %rdi, %rax
-4809D0 orq %rdx, %rax
-4809F0 orq %rsi, %rax
-4809F7 orq %rsi, %rdi
-660B7A08 orw 8(%rdx), %di
-415C popq %r12
-415D popq %r13
-415E popq %r14
-415F popq %r15
-5D popq %rbp
-5B popq %rbx
-4154 pushq %r12
-4155 pushq %r13
-4156 pushq %r14
-4157 pushq %r15
-55 pushq %rbp
-53 pushq %rbx
-F3C3 rep ; ret
-41D3CC rorl %cl, %r12d
-C1E70A sall $10, %edi
-C1E60F sall $15, %esi
-41C1E00F sall $15, %r8d
-C1E010 sall $16, %eax
-C1E510 sall $16, %ebp
-C1E310 sall $16, %ebx
-C1E110 sall $16, %ecx
-C1E710 sall $16, %edi
-C1E210 sall $16, %edx
-C1E610 sall $16, %esi
-41C1E310 sall $16, %r11d
-41C1E410 sall $16, %r12d
-41C1E010 sall $16, %r8d
-41C1E110 sall $16, %r9d
-C1E018 sall $24, %eax
-C1E118 sall $24, %ecx
-C1E718 sall $24, %edi
-C1E218 sall $24, %edx
-C1E618 sall $24, %esi
-C1E719 sall $25, %edi
-C1E702 sall $2, %edi
-C1E703 sall $3, %edi
-C1E203 sall $3, %edx
-C1E007 sall $7, %eax
-C1E707 sall $7, %edi
-41C1E207 sall $7, %r10d
-C16424FC08 sall $8, -4(%rsp)
-C1E008 sall $8, %eax
-C1E508 sall $8, %ebp
-C1E308 sall $8, %ebx
-C1E708 sall $8, %edi
-C1E208 sall $8, %edx
-41C1E008 sall $8, %r8d
-41C1E108 sall $8, %r9d
-D3E0 sall %cl, %eax
-D3E7 sall %cl, %edi
-D3E2 sall %cl, %edx
-D3E6 sall %cl, %esi
-41D3E1 sall %cl, %r9d
-48C1E002 salq $2, %rax
-48C1E302 salq $2, %rbx
-48C1E702 salq $2, %rdi
-48C1E202 salq $2, %rdx
-48C1E020 salq $32, %rax
-48C1E720 salq $32, %rdi
-48C1E703 salq $3, %rdi
-48C1E704 salq $4, %rdi
-C1F80B sarl $11, %eax
-C1F810 sarl $16, %eax
-C1F910 sarl $16, %ecx
-C1FA10 sarl $16, %edx
-C1FF15 sarl $21, %edi
-C1F818 sarl $24, %eax
-C1FA18 sarl $24, %edx
-C1FE18 sarl $24, %esi
-C1F802 sarl $2, %eax
-C1F803 sarl $3, %eax
-C1F804 sarl $4, %eax
-C1FD06 sarl $6, %ebp
-C1FA06 sarl $6, %edx
-C1FF08 sarl $8, %edi
-C1FF09 sarl $9, %edi
-D3F8 sarl %cl, %eax
-D3FF sarl %cl, %edi
-D3FA sarl %cl, %edx
-41D3F8 sarl %cl, %r8d
-D1F8 sarl %eax
-D1FF sarl %edi
-19C0 sbbl %eax, %eax
-19ED sbbl %ebp, %ebp
-19DB sbbl %ebx, %ebx
-19C9 sbbl %ecx, %ecx
-19FF sbbl %edi, %edi
-19D2 sbbl %edx, %edx
-19F6 sbbl %esi, %esi
-4519D2 sbbl %r10d, %r10d
-4519E4 sbbl %r12d, %r12d
-4519ED sbbl %r13d, %r13d
-4519C0 sbbl %r8d, %r8d
-4519C9 sbbl %r9d, %r9d
-4819FF sbbq %rdi, %rdi
-0F97C2 seta %dl
-0F92C0 setb %al
-400F92C7 setb %dil
-0F92C2 setb %dl
-0F9684241B010000 setbe 283(%rsp)
-0F9644242E setbe 46(%rsp)
-0F96C0 setbe %al
-0F96C1 setbe %cl
-400F96C7 setbe %dil
-0F96C2 setbe %dl
-0F9444247B sete 123(%rsp)
-0F9444240F sete 15(%rsp)
-0F948424AB000000 sete 171(%rsp)
-0F948424B7000000 sete 183(%rsp)
-0F948424EF000000 sete 239(%rsp)
-0F94C0 sete %al
-400F94C7 sete %dil
-0F94C2 sete %dl
-410F94C4 sete %r12b
-410F94C5 sete %r13b
-410F94C7 sete %r15b
-400F94C6 sete %sil
-0F9DC0 setge %al
-0F9DC2 setge %dl
-0F9C442473 setl 115(%rsp)
-400F9CC7 setl %dil
-0F9EC0 setle %al
-400F9EC7 setle %dil
-0F95C0 setne %al
-0F95C1 setne %cl
-400F95C7 setne %dil
-0F95C2 setne %dl
-410F95C5 setne %r13b
-400F95C6 setne %sil
-0F9BC2 setnp %dl
-0F98C0 sets %al
-C0E802 shrb $2, %al
-C0E803 shrb $3, %al
-C0E903 shrb $3, %cl
-40C0EF03 shrb $3, %dil
-C0EA03 shrb $3, %dl
-C0E804 shrb $4, %al
-C0E904 shrb $4, %cl
-C0EA06 shrb $6, %dl
-D0E8 shrb %al
-D0EB shrb %bl
-D0EA shrb %dl
-C1E80A shrl $10, %eax
-C1EF0A shrl $10, %edi
-C1EE0A shrl $10, %esi
-C1E80B shrl $11, %eax
-C1EB0B shrl $11, %ebx
-C1E90B shrl $11, %ecx
-C1E80C shrl $12, %eax
-C1EA0C shrl $12, %edx
-C1E80D shrl $13, %eax
-C1EF0E shrl $14, %edi
-C1E810 shrl $16, %eax
-C1EB10 shrl $16, %ebx
-C1E910 shrl $16, %ecx
-C1EF10 shrl $16, %edi
-C1EA10 shrl $16, %edx
-C1EE10 shrl $16, %esi
-41C1EB10 shrl $16, %r11d
-41C1E810 shrl $16, %r8d
-41C1E910 shrl $16, %r9d
-C1E814 shrl $20, %eax
-C1EB14 shrl $20, %ebx
-C1EA14 shrl $20, %edx
-41C1EC14 shrl $20, %r12d
-C1E815 shrl $21, %eax
-C1ED15 shrl $21, %ebp
-C1EF15 shrl $21, %edi
-C1ED16 shrl $22, %ebp
-C1E818 shrl $24, %eax
-C1E918 shrl $24, %ecx
-C1EF18 shrl $24, %edi
-C1EA18 shrl $24, %edx
-C1EE18 shrl $24, %esi
-C1E819 shrl $25, %eax
-C1EB19 shrl $25, %ebx
-C1E81A shrl $26, %eax
-C1ED1C shrl $28, %ebp
-C1E91C shrl $28, %ecx
-C1EF1C shrl $28, %edi
-C1EA1C shrl $28, %edx
-C1EE1C shrl $28, %esi
-41C1EF1C shrl $28, %r15d
-C1E802 shrl $2, %eax
-C1E81F shrl $31, %eax
-C1E91F shrl $31, %ecx
-C1EF1F shrl $31, %edi
-C1EA1F shrl $31, %edx
-C1ED03 shrl $3, %ebp
-C1EA03 shrl $3, %edx
-41C1EC03 shrl $3, %r12d
-C1E804 shrl $4, %eax
-C1EF04 shrl $4, %edi
-C1EA04 shrl $4, %edx
-41C1ED04 shrl $4, %r13d
-C1E805 shrl $5, %eax
-C1E806 shrl $6, %eax
-C1E906 shrl $6, %ecx
-C1EF06 shrl $6, %edi
-C1E807 shrl $7, %eax
-C1E907 shrl $7, %ecx
-C1E808 shrl $8, %eax
-C1E908 shrl $8, %ecx
-C1EA08 shrl $8, %edx
-41C1ED08 shrl $8, %r13d
-41C1E808 shrl $8, %r8d
-41C1E908 shrl $8, %r9d
-C1E809 shrl $9, %eax
-C1EF09 shrl $9, %edi
-D3E8 shrl %cl, %eax
-D3EF shrl %cl, %edi
-D1E8 shrl %eax
-D1EB shrl %ebx
-D1E9 shrl %ecx
-D1EF shrl %edi
-D1EA shrl %edx
-41D1EB shrl %r11d
-41D1EC shrl %r12d
-41D1E8 shrl %r8d
-49C1EA20 shrq $32, %r10
-49C1EB20 shrq $32, %r11
-49C1E820 shrq $32, %r8
-49C1E920 shrq $32, %r9
-48C1E820 shrq $32, %rax
-48C1EB20 shrq $32, %rbx
-48C1E920 shrq $32, %rcx
-48C1EF20 shrq $32, %rdi
-48C1EA20 shrq $32, %rdx
-48C1EE20 shrq $32, %rsi
-48C1E83F shrq $63, %rax
-402A7A08 subb 8(%rdx), %dil
-28D9 subb %bl, %cl
-28CB subb %cl, %bl
-28D0 subb %dl, %al
-4028D7 subb %dl, %dil
-4128D0 subb %dl, %r8b
-4028D6 subb %dl, %sil
-83E864 subl $100, %eax
-83E80C subl $12, %eax
-2D90000000 subl $144, %eax
-81EB90000000 subl $144, %ebx
-2DC0000000 subl $192, %eax
-81E9C0000000 subl $192, %ecx
-81EAC0000000 subl $192, %edx
-81E9C8000000 subl $200, %ecx
-81EAC8000000 subl $200, %edx
-2DD0000000 subl $208, %eax
-83E814 subl $20, %eax
-2DE0000000 subl $224, %eax
-81E9E0000000 subl $224, %ecx
-81EAE0000000 subl $224, %edx
-81E9E8000000 subl $232, %ecx
-81EFE8000000 subl $232, %edi
-81EAE8000000 subl $232, %edx
-81E9F0000000 subl $240, %ecx
-81EFF0000000 subl $240, %edi
-81EAF0000000 subl $240, %edx
-81E9F8000000 subl $248, %ecx
-81EAF8000000 subl $248, %edx
-2BAC2424010000 subl 292(%rsp), %ebp
-83E802 subl $2, %eax
-83EA03 subl $3, %edx
-83E82C subl $44, %eax
-83E82E subl $46, %eax
-83E831 subl $49, %eax
-4183E904 subl $4, %r9d
-2B6C2404 subl 4(%rsp), %ebp
-83E840 subl $64, %eax
-83EB40 subl $64, %ebx
-81EFFF0F0100 subl $69631, %edi
-2D01100100 subl $69633, %eax
-2D03100100 subl $69635, %eax
-2D00200100 subl $73728, %eax
-2D01300100 subl $77825, %eax
-2D2D300100 subl $77869, %eax
-2D0C310100 subl $78092, %eax
-83E853 subl $83, %eax
-2D02500100 subl $86018, %eax
-2B7A08 subl 8(%rdx), %edi
-83E860 subl $96, %eax
-29C7 subl %eax, %edi
-29C2 subl %eax, %edx
-4129EE subl %ebp, %r14d
-29CA subl %ecx, %edx
-4129C8 subl %ecx, %r8d
-29F8 subl %edi, %eax
-29D0 subl %edx, %eax
-29D3 subl %edx, %ebx
-29D1 subl %edx, %ecx
-29D7 subl %edx, %edi
-29D6 subl %edx, %esi
-4129D0 subl %edx, %r8d
-29F7 subl %esi, %edi
-4429D1 subl %r10d, %ecx
-4429F7 subl %r14d, %edi
-4429F8 subl %r15d, %eax
-4883EC68 subq $104, %rsp
-4883EC78 subq $120, %rsp
-4881EC88000000 subq $136, %rsp
-4881EC98000000 subq $152, %rsp
-4C2BBC24A0000000 subq 160(%rsp), %r15
-4881ECA8000000 subq $168, %rsp
-4883EC10 subq $16, %rsp
-4881ECB8000000 subq $184, %rsp
-4881ECD0000000 subq $208, %rsp
-4881ECD8000000 subq $216, %rsp
-4883EC18 subq $24, %rsp
-4881EC18010000 subq $280, %rsp
-4881EC38010000 subq $312, %rsp
-4883EC28 subq $40, %rsp
-4881ECD8010000 subq $472, %rsp
-4883EC38 subq $56, %rsp
-4881ECD8020000 subq $728, %rsp
-4883EC48 subq $72, %rsp
-4883EC58 subq $88, %rsp
-4883EC08 subq $8, %rsp
-4881ECC8030000 subq $968, %rsp
-4829C2 subq %rax, %rdx
-6629CA subw %cx, %dx
-664129C8 subw %cx, %r8w
-6629D0 subw %dx, %ax
-6629F7 subw %si, %di
-F6052C00000010 testb $16, 44(%rip)
-A801 testb $1, %al
-F6C301 testb $1, %bl
-40F6C701 testb $1, %dil
-41F6C401 testb $1, %r12b
-F6052D00000001 testb $1, 45(%rip)
-40F6C71C testb $28, %dil
-A802 testb $2, %al
-F6C202 testb $2, %dl
-41F6C502 testb $2, %r13b
-41F6C602 testb $2, %r14b
-F6C2E0 testb $-32, %dl
-F6052F00000020 testb $32, 47(%rip)
-F644241C04 testb $4, 28(%rsp)
-A804 testb $4, %al
-40F6C704 testb $4, %dil
-F6C204 testb $4, %dl
-41F6C504 testb $4, %r13b
-F6053100000004 testb $4, 49(%rip)
-F6054200000040 testb $64, 66(%rip)
-F684242003000007 testb $7, 800(%rsp)
-A808 testb $8, %al
-F6C208 testb $8, %dl
-41F6C608 testb $8, %r14b
-84C0 testb %al, %al
-84DB testb %bl, %bl
-4084ED testb %bpl, %bpl
-84C9 testb %cl, %cl
-4084FF testb %dil, %dil
-84D2 testb %dl, %dl
-4584DB testb %r11b, %r11b
-4584E4 testb %r12b, %r12b
-4584ED testb %r13b, %r13b
-4584F6 testb %r14b, %r14b
-4584FF testb %r15b, %r15b
-4584C0 testb %r8b, %r8b
-4084F6 testb %sil, %sil
-F7C700040000 testl $1024, %edi
-41F7C600040000 testl $1024, %r14d
-F7C700400000 testl $16384, %edi
-41F7C600400000 testl $16384, %r14d
-F7C500000001 testl $16777216, %ebp
-F7C700000001 testl $16777216, %edi
-F7C200000001 testl $16777216, %edx
-F7C600000001 testl $16777216, %esi
-F7C700080000 testl $2048, %edi
-41F7C600080000 testl $2048, %r14d
-41F7C600010000 testl $256, %r14d
-F7C700100000 testl $4096, %edi
-41F7C600100000 testl $4096, %r14d
-41F7C600020000 testl $512, %r14d
-A90000FFFF testl $-65536, %eax
-F7C50000FFFF testl $-65536, %ebp
-F7C30000FFFF testl $-65536, %ebx
-41F7C40000FFFF testl $-65536, %r12d
-F7C700030000 testl $768, %edi
-F7C700200000 testl $8192, %edi
-41F7C600200000 testl $8192, %r14d
-85C0 testl %eax, %eax
-85F8 testl %eax, %edi
-85D0 testl %eax, %edx
-85ED testl %ebp, %ebp
-85DB testl %ebx, %ebx
-85C9 testl %ecx, %ecx
-85FF testl %edi, %edi
-85D2 testl %edx, %edx
-85F6 testl %esi, %esi
-4585D2 testl %r10d, %r10d
-4585DB testl %r11d, %r11d
-4585E4 testl %r12d, %r12d
-4585ED testl %r13d, %r13d
-4585F6 testl %r14d, %r14d
-4585FF testl %r15d, %r15d
-4585C0 testl %r8d, %r8d
-4585C9 testl %r9d, %r9d
-4D85E4 testq %r12, %r12
-4D85ED testq %r13, %r13
-4D85F6 testq %r14, %r14
-4D85FF testq %r15, %r15
-4885C0 testq %rax, %rax
-4885ED testq %rbp, %rbp
-4885DB testq %rbx, %rbx
-4885C9 testq %rcx, %rcx
-4885FF testq %rdi, %rdi
-4885D2 testq %rdx, %rdx
-4885F6 testq %rsi, %rsi
-6685C0 testw %ax, %ax
-6685DB testw %bx, %bx
-6685FF testw %di, %di
-6685D2 testw %dx, %dx
-664585DB testw %r11w, %r11w
-664585F6 testw %r14w, %r14w
-664585C0 testw %r8w, %r8w
-664585C9 testw %r9w, %r9w
-6685F6 testw %si, %si
-40327A08 xorb 8(%rdx), %dil
-83F001 xorl $1, %eax
-83F201 xorl $1, %edx
-337A08 xorl 8(%rdx), %edi
-31C0 xorl %eax, %eax
-31ED xorl %ebp, %ebp
-31DB xorl %ebx, %ebx
-31C9 xorl %ecx, %ecx
-31FF xorl %edi, %edi
-31D1 xorl %edx, %ecx
-31D2 xorl %edx, %edx
-31F0 xorl %esi, %eax
-31F1 xorl %esi, %ecx
-31F2 xorl %esi, %edx
-31F6 xorl %esi, %esi
-4531D2 xorl %r10d, %r10d
-4531DB xorl %r11d, %r11d
-4531E4 xorl %r12d, %r12d
-4531ED xorl %r13d, %r13d
-4531F6 xorl %r14d, %r14d
-4531FF xorl %r15d, %r15d
-4531C0 xorl %r8d, %r8d
-4531C9 xorl %r9d, %r9d
-6631C0 xorw %ax, %ax
-6631FF xorw %di, %di
-6631D2 xorw %dx, %dx
-90 nop
-90 nop
diff --git a/VEX/orig_arm/nanoarm b/VEX/orig_arm/nanoarm
deleted file mode 100644
index 747098a..0000000
--- a/VEX/orig_arm/nanoarm
+++ /dev/null
@@ -1,7 +0,0 @@
- 0: e1a0c00d mov ip, sp
- 4: e92dd810 stmdb sp!, {r4, fp, ip, lr, pc}
- 8: e24cb004 sub fp, ip, #5 ; 0x4
- c: e3a00014 mov r0, #20 ; 0x14
- 10: ebfffffe bl 0 <newHHW>
-. 0 00008000 20
-. 0d c0 a0 e1 10 d8 2d e9 05 b0 4c e2 14 00 a0 e3 fe ff ff eb
diff --git a/VEX/orig_arm/nanoarm.orig b/VEX/orig_arm/nanoarm.orig
deleted file mode 100644
index 90742df..0000000
--- a/VEX/orig_arm/nanoarm.orig
+++ /dev/null
@@ -1,19 +0,0 @@
- 0: e1a0c00d mov ip, sp
-. 0 00008000 4
-. 0d c0 a0 e1
-
- 4: e92dd810 stmdb sp!, {r4, fp, ip, lr, pc}
-. 1 00008004 4
-. 10 d8 2d e9
-
- 8: e24cb004 sub fp, ip, #4 ; 0x4
-. 2 00008008 4
-. 04 b0 4c e2
-
- c: e3a00014 mov r0, #20 ; 0x14
-. 3 0000800C 4
-. 14 00 a0 e3
-
- 10: ebfffffe bl 0 <newHHW>
-. 4 00008010 4
-. fe ff ff eb
diff --git a/VEX/orig_ppc32/date.orig b/VEX/orig_ppc32/date.orig
deleted file mode 100644
index 24d729b..0000000
--- a/VEX/orig_ppc32/date.orig
+++ /dev/null
@@ -1,138635 +0,0 @@
-==== BB 0 _start(0x254804D4) approx BBs exec'd 0 ====
-
- 0x254804D4: 7C230B78 or r3,r1,r1
- 0: GETL R1, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x254804D8: 38800000 li r4,0
- 3: MOVL $0x0, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0x254804DC: 3821FFF0 addi r1,r1,-16
- 6: GETL R1, t4
- 7: ADDL $0xFFFFFFF0, t4
- 8: PUTL t4, R1
- 9: INCEIPL $4
-
- 0x254804E0: 90810000 stw r4,0(r1)
- 10: GETL R4, t6
- 11: GETL R1, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x254804E4: 4BFF1581 bl 0x25471A64
- 14: MOVL $0x254804E8, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0x25471A64 ($4)
-
-
-
-. 0 254804D4 20
-. 7C 23 0B 78 38 80 00 00 38 21 FF F0 90 81 00 00 4B FF 15 81
-==== BB 1 _dl_start(0x25471A64) approx BBs exec'd 0 ====
-
- 0x25471A64: 7C0802A6 mflr r0
- 0: GETL LR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x25471A68: 3960004B li r11,75
- 3: MOVL $0x4B, t2
- 4: PUTL t2, R11
- 5: INCEIPL $4
-
- 0x25471A6C: 9421FD50 stwu r1,-688(r1)
- 6: GETL R1, t4
- 7: GETL R1, t6
- 8: ADDL $0xFFFFFD50, t6
- 9: PUTL t6, R1
- 10: STL t4, (t6)
- 11: INCEIPL $4
-
- 0x25471A70: 7D6903A6 mtctr r11
- 12: GETL R11, t8
- 13: PUTL t8, CTR
- 14: INCEIPL $4
-
- 0x25471A74: 92E1028C stw r23,652(r1)
- 15: GETL R23, t10
- 16: GETL R1, t12
- 17: ADDL $0x28C, t12
- 18: STL t10, (t12)
- 19: INCEIPL $4
-
- 0x25471A78: 900102B4 stw r0,692(r1)
- 20: GETL R0, t14
- 21: GETL R1, t16
- 22: ADDL $0x2B4, t16
- 23: STL t14, (t16)
- 24: INCEIPL $4
-
- 0x25471A7C: 7C771B78 or r23,r3,r3
- 25: GETL R3, t18
- 26: PUTL t18, R23
- 27: INCEIPL $4
-
- 0x25471A80: 93010290 stw r24,656(r1)
- 28: GETL R24, t20
- 29: GETL R1, t22
- 30: ADDL $0x290, t22
- 31: STL t20, (t22)
- 32: INCEIPL $4
-
- 0x25471A84: 38000000 li r0,0
- 33: MOVL $0x0, t24
- 34: PUTL t24, R0
- 35: INCEIPL $4
-
- 0x25471A88: 93210294 stw r25,660(r1)
- 36: GETL R25, t26
- 37: GETL R1, t28
- 38: ADDL $0x294, t28
- 39: STL t26, (t28)
- 40: INCEIPL $4
-
- 0x25471A8C: 39210030 addi r9,r1,48
- 41: GETL R1, t30
- 42: ADDL $0x30, t30
- 43: PUTL t30, R9
- 44: INCEIPL $4
-
- 0x25471A90: 93410298 stw r26,664(r1)
- 45: GETL R26, t32
- 46: GETL R1, t34
- 47: ADDL $0x298, t34
- 48: STL t32, (t34)
- 49: INCEIPL $4
-
- 0x25471A94: 9361029C stw r27,668(r1)
- 50: GETL R27, t36
- 51: GETL R1, t38
- 52: ADDL $0x29C, t38
- 53: STL t36, (t38)
- 54: INCEIPL $4
-
- 0x25471A98: 938102A0 stw r28,672(r1)
- 55: GETL R28, t40
- 56: GETL R1, t42
- 57: ADDL $0x2A0, t42
- 58: STL t40, (t42)
- 59: INCEIPL $4
-
- 0x25471A9C: 93A102A4 stw r29,676(r1)
- 60: GETL R29, t44
- 61: GETL R1, t46
- 62: ADDL $0x2A4, t46
- 63: STL t44, (t46)
- 64: INCEIPL $4
-
- 0x25471AA0: 93C102A8 stw r30,680(r1)
- 65: GETL R30, t48
- 66: GETL R1, t50
- 67: ADDL $0x2A8, t50
- 68: STL t48, (t50)
- 69: INCEIPL $4
-
- 0x25471AA4: 93E102AC stw r31,684(r1)
- 70: GETL R31, t52
- 71: GETL R1, t54
- 72: ADDL $0x2AC, t54
- 73: STL t52, (t54)
- 74: INCEIPL $4
-
- 0x25471AA8: 90090000 stw r0,0(r9)
- 75: GETL R0, t56
- 76: GETL R9, t58
- 77: STL t56, (t58)
- 78: INCEIPL $4
-
- 0x25471AAC: 39290004 addi r9,r9,4
- 79: GETL R9, t60
- 80: ADDL $0x4, t60
- 81: PUTL t60, R9
- 82: INCEIPL $4
-
- 0x25471AB0: 4200FFF8 bc 16,0,0x25471AA8
- 83: GETL CTR, t62
- 84: ADDL $0xFFFFFFFF, t62
- 85: PUTL t62, CTR
- 86: JIFZL t62, $0x25471AB4
- 87: JMPo $0x25471AA8 ($4)
-
-
-
-. 1 25471A64 80
-. 7C 08 02 A6 39 60 00 4B 94 21 FD 50 7D 69 03 A6 92 E1 02 8C 90 01 02 B4 7C 77 1B 78 93 01 02 90 38 00 00 00 93 21 02 94 39 21 00 30 93 41 02 98 93 61 02 9C 93 81 02 A0 93 A1 02 A4 93 C1 02 A8 93 E1 02 AC 90 09 00 00 39 29 00 04 42 00 FF F8
-==== BB 2 (0x25471AA8) approx BBs exec'd 0 ====
-
- 0x25471AA8: 90090000 stw r0,0(r9)
- 0: GETL R0, t0
- 1: GETL R9, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0x25471AAC: 39290004 addi r9,r9,4
- 4: GETL R9, t4
- 5: ADDL $0x4, t4
- 6: PUTL t4, R9
- 7: INCEIPL $4
-
- 0x25471AB0: 4200FFF8 bc 16,0,0x25471AA8
- 8: GETL CTR, t6
- 9: ADDL $0xFFFFFFFF, t6
- 10: PUTL t6, CTR
- 11: JIFZL t6, $0x25471AB4
- 12: JMPo $0x25471AA8 ($4)
-
-
-
-. 2 25471AA8 12
-. 90 09 00 00 39 29 00 04 42 00 FF F8
-==== BB 3 (0x25471AB4) approx BBs exec'd 0 ====
-
- 0x25471AB4: 48000009 bl 0x25471ABC
- 0: MOVL $0x25471AB8, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x25471ABC ($4)
-
-
-
-. 3 25471AB4 4
-. 48 00 00 09
-==== BB 4 (0x25471ABC) approx BBs exec'd 0 ====
-
- 0x25471ABC: 7CE802A6 mflr r7
- 0: GETL LR, t0
- 1: PUTL t0, R7
- 2: INCEIPL $4
-
- 0x25471AC0: 3B010010 addi r24,r1,16
- 3: GETL R1, t2
- 4: ADDL $0x10, t2
- 5: PUTL t2, R24
- 6: INCEIPL $4
-
- 0x25471AC4: 4802553D bl 0x25497000
- 7: MOVL $0x25471AC8, t4
- 8: PUTL t4, LR
- 9: JMPo-c $0x25497000 ($4)
-
-
-
-. 4 25471ABC 12
-. 7C E8 02 A6 3B 01 00 10 48 02 55 3D
-==== BB 5 (0x25497000) approx BBs exec'd 0 ====
-
- 0x25497000: 4E800021 blrl
- 0: GETL LR, t0
- 1: MOVL $0x25497004, t2
- 2: PUTL t2, LR
- 3: JMPo-r t0 ($4)
-
-
-
-. 5 25497000 4
-. 4E 80 00 21
-==== BB 6 (0x25471AC8) approx BBs exec'd 0 ====
-
- 0x25471AC8: 7D4802A6 mflr r10
- 0: GETL LR, t0
- 1: PUTL t0, R10
- 2: INCEIPL $4
-
- 0x25471ACC: 81870000 lwz r12,0(r7)
- 3: GETL R7, t2
- 4: LDL (t2), t4
- 5: PUTL t4, R12
- 6: INCEIPL $4
-
- 0x25471AD0: 810A0000 lwz r8,0(r10)
- 7: GETL R10, t6
- 8: LDL (t6), t8
- 9: PUTL t8, R8
- 10: INCEIPL $4
-
- 0x25471AD4: 5586302E rlwinm r6,r12,6,0,23
- 11: GETL R12, t10
- 12: ROLL $0x6, t10
- 13: ANDL $0xFFFFFF00, t10
- 14: PUTL t10, R6
- 15: INCEIPL $4
-
- 0x25471AD8: 7CC43670 srawi r4,r6,6
- 16: GETL R6, t12
- 17: SARL $0x6, t12 (-wCa)
- 18: PUTL t12, R4
- 19: INCEIPL $4
-
- 0x25471ADC: 7CA83850 subf r5,r8,r7
- 20: GETL R8, t14
- 21: GETL R7, t16
- 22: SUBL t14, t16
- 23: PUTL t16, R5
- 24: INCEIPL $4
-
- 0x25471AE0: 39010030 addi r8,r1,48
- 25: GETL R1, t18
- 26: ADDL $0x30, t18
- 27: PUTL t18, R8
- 28: INCEIPL $4
-
- 0x25471AE4: 7CE52214 add r7,r5,r4
- 29: GETL R5, t20
- 30: GETL R4, t22
- 31: ADDL t20, t22
- 32: PUTL t22, R7
- 33: INCEIPL $4
-
- 0x25471AE8: 90E10010 stw r7,16(r1)
- 34: GETL R7, t24
- 35: GETL R1, t26
- 36: ADDL $0x10, t26
- 37: STL t24, (t26)
- 38: INCEIPL $4
-
- 0x25471AEC: 806A0000 lwz r3,0(r10)
- 39: GETL R10, t28
- 40: LDL (t28), t30
- 41: PUTL t30, R3
- 42: INCEIPL $4
-
- 0x25471AF0: 7C07182E lwzx r0,r7,r3
- 43: GETL R3, t32
- 44: GETL R7, t34
- 45: ADDL t34, t32
- 46: LDL (t32), t36
- 47: PUTL t36, R0
- 48: INCEIPL $4
-
- 0x25471AF4: 7D271A14 add r9,r7,r3
- 49: GETL R7, t38
- 50: GETL R3, t40
- 51: ADDL t38, t40
- 52: PUTL t40, R9
- 53: INCEIPL $4
-
- 0x25471AF8: 91210018 stw r9,24(r1)
- 54: GETL R9, t42
- 55: GETL R1, t44
- 56: ADDL $0x18, t44
- 57: STL t42, (t44)
- 58: INCEIPL $4
-
- 0x25471AFC: 7D2A4B78 or r10,r9,r9
- 59: GETL R9, t46
- 60: PUTL t46, R10
- 61: INCEIPL $4
-
- 0x25471B00: 2F800000 cmpi cr7,r0,0
- 62: GETL R0, t48
- 63: CMP0L t48, t50 (-rSo)
- 64: ICRFL t50, $0x7, CR
- 65: INCEIPL $4
-
- 0x25471B04: 419E0068 bc 12,30,0x25471B6C
- 66: Js30o $0x25471B6C
-
-
-
-. 6 25471AC8 64
-. 7D 48 02 A6 81 87 00 00 81 0A 00 00 55 86 30 2E 7C C4 36 70 7C A8 38 50 39 01 00 30 7C E5 22 14 90 E1 00 10 80 6A 00 00 7C 07 18 2E 7D 27 1A 14 91 21 00 18 7D 2A 4B 78 2F 80 00 00 41 9E 00 68
-==== BB 7 (0x25471B08) approx BBs exec'd 0 ====
-
- 0x25471B08: 3FE06FFF lis r31,28671
- 0: MOVL $0x6FFF0000, t0
- 1: PUTL t0, R31
- 2: INCEIPL $4
-
- 0x25471B0C: 3F607000 lis r27,28672
- 3: MOVL $0x70000000, t2
- 4: PUTL t2, R27
- 5: INCEIPL $4
-
- 0x25471B10: 3F406FFF lis r26,28671
- 6: MOVL $0x6FFF0000, t4
- 7: PUTL t4, R26
- 8: INCEIPL $4
-
- 0x25471B14: 3F206FFF lis r25,28671
- 9: MOVL $0x6FFF0000, t6
- 10: PUTL t6, R25
- 11: INCEIPL $4
-
- 0x25471B18: 3FA06FFF lis r29,28671
- 12: MOVL $0x6FFF0000, t8
- 13: PUTL t8, R29
- 14: INCEIPL $4
-
- 0x25471B1C: 3F806FFF lis r28,28671
- 15: MOVL $0x6FFF0000, t10
- 16: PUTL t10, R28
- 17: INCEIPL $4
-
- 0x25471B20: 7C0B0378 or r11,r0,r0
- 18: GETL R0, t12
- 19: PUTL t12, R11
- 20: INCEIPL $4
-
- 0x25471B24: 63E6FFFF ori r6,r31,0xFFFF
- 21: MOVL $0x6FFFFFFF, t14
- 22: PUTL t14, R6
- 23: INCEIPL $4
-
- 0x25471B28: 63650021 ori r5,r27,0x21
- 24: MOVL $0x70000021, t16
- 25: PUTL t16, R5
- 26: INCEIPL $4
-
- 0x25471B2C: 6344FDFF ori r4,r26,0xFDFF
- 27: MOVL $0x6FFFFDFF, t18
- 28: PUTL t18, R4
- 29: INCEIPL $4
-
- 0x25471B30: 6323FE34 ori r3,r25,0xFE34
- 30: MOVL $0x6FFFFE34, t20
- 31: PUTL t20, R3
- 32: INCEIPL $4
-
- 0x25471B34: 63BDFEFF ori r29,r29,0xFEFF
- 33: MOVL $0x6FFFFEFF, t22
- 34: PUTL t22, R29
- 35: INCEIPL $4
-
- 0x25471B38: 639CFF40 ori r28,r28,0xFF40
- 36: MOVL $0x6FFFFF40, t24
- 37: PUTL t24, R28
- 38: INCEIPL $4
-
- 0x25471B3C: 2C0B0021 cmpi cr0,r11,33
- 39: GETL R11, t26
- 40: MOVL $0x21, t30
- 41: CMPL t26, t30, t28 (-rSo)
- 42: ICRFL t28, $0x0, CR
- 43: INCEIPL $4
-
- 0x25471B40: 5560103A rlwinm r0,r11,2,0,29
- 44: GETL R11, t32
- 45: SHLL $0x2, t32
- 46: PUTL t32, R0
- 47: INCEIPL $4
-
- 0x25471B44: 40810018 bc 4,1,0x25471B5C
- 48: Jc01o $0x25471B5C
-
-
-
-. 7 25471B08 64
-. 3F E0 6F FF 3F 60 70 00 3F 40 6F FF 3F 20 6F FF 3F A0 6F FF 3F 80 6F FF 7C 0B 03 78 63 E6 FF FF 63 65 00 21 63 44 FD FF 63 23 FE 34 63 BD FE FF 63 9C FF 40 2C 0B 00 21 55 60 10 3A 40 81 00 18
-==== BB 8 (0x25471B5C) approx BBs exec'd 0 ====
-
- 0x25471B5C: 7D48012E stwx r10,r8,r0
- 0: GETL R0, t0
- 1: GETL R8, t2
- 2: ADDL t2, t0
- 3: GETL R10, t4
- 4: STL t4, (t0)
- 5: INCEIPL $4
-
- 0x25471B60: 856A0008 lwzu r11,8(r10)
- 6: GETL R10, t6
- 7: ADDL $0x8, t6
- 8: PUTL t6, R10
- 9: LDL (t6), t8
- 10: PUTL t8, R11
- 11: INCEIPL $4
-
- 0x25471B64: 2C8B0000 cmpi cr1,r11,0
- 12: GETL R11, t10
- 13: CMP0L t10, t12 (-rSo)
- 14: ICRFL t12, $0x1, CR
- 15: INCEIPL $4
-
- 0x25471B68: 4086FFD4 bc 4,6,0x25471B3C
- 16: Jc06o $0x25471B3C
-
-
-
-. 8 25471B5C 16
-. 7D 48 01 2E 85 6A 00 08 2C 8B 00 00 40 86 FF D4
-==== BB 9 (0x25471B3C) approx BBs exec'd 0 ====
-
- 0x25471B3C: 2C0B0021 cmpi cr0,r11,33
- 0: GETL R11, t0
- 1: MOVL $0x21, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x25471B40: 5560103A rlwinm r0,r11,2,0,29
- 5: GETL R11, t6
- 6: SHLL $0x2, t6
- 7: PUTL t6, R0
- 8: INCEIPL $4
-
- 0x25471B44: 40810018 bc 4,1,0x25471B5C
- 9: Jc01o $0x25471B5C
-
-
-
-. 9 25471B3C 12
-. 2C 0B 00 21 55 60 10 3A 40 81 00 18
-==== BB 10 (0x25471B48) approx BBs exec'd 0 ====
-
- 0x25471B48: 7C0B3050 subf r0,r11,r6
- 0: GETL R11, t0
- 1: GETL R6, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25471B4C: 2880000F cmpli cr1,r0,15
- 5: GETL R0, t4
- 6: MOVL $0xF, t8
- 7: CMPUL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x1, CR
- 9: INCEIPL $4
-
- 0x25471B50: 418502D8 bc 12,5,0x25471E28
- 10: Js05o $0x25471E28
-
-
-
-. 10 25471B48 12
-. 7C 0B 30 50 28 80 00 0F 41 85 02 D8
-==== BB 11 (0x25471B54) approx BBs exec'd 0 ====
-
- 0x25471B54: 7C0B2850 subf r0,r11,r5
- 0: GETL R11, t0
- 1: GETL R5, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25471B58: 5400103A rlwinm r0,r0,2,0,29
- 5: GETL R0, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x25471B5C: 7D48012E stwx r10,r8,r0
- 9: GETL R0, t6
- 10: GETL R8, t8
- 11: ADDL t8, t6
- 12: GETL R10, t10
- 13: STL t10, (t6)
- 14: INCEIPL $4
-
- 0x25471B60: 856A0008 lwzu r11,8(r10)
- 15: GETL R10, t12
- 16: ADDL $0x8, t12
- 17: PUTL t12, R10
- 18: LDL (t12), t14
- 19: PUTL t14, R11
- 20: INCEIPL $4
-
- 0x25471B64: 2C8B0000 cmpi cr1,r11,0
- 21: GETL R11, t16
- 22: CMP0L t16, t18 (-rSo)
- 23: ICRFL t18, $0x1, CR
- 24: INCEIPL $4
-
- 0x25471B68: 4086FFD4 bc 4,6,0x25471B3C
- 25: Jc06o $0x25471B3C
-
-
-
-. 11 25471B54 24
-. 7C 0B 28 50 54 00 10 3A 7D 48 01 2E 85 6A 00 08 2C 8B 00 00 40 86 FF D4
-==== BB 12 (0x25471E28) approx BBs exec'd 0 ====
-
- 0x25471E28: 5579083C rlwinm r25,r11,1,0,30
- 0: GETL R11, t0
- 1: SHLL $0x1, t0
- 2: PUTL t0, R25
- 3: INCEIPL $4
-
- 0x25471E2C: 7F2C0E70 srawi r12,r25,1
- 4: GETL R25, t2
- 5: SARL $0x1, t2 (-wCa)
- 6: PUTL t2, R12
- 7: INCEIPL $4
-
- 0x25471E30: 7D8960F8 nor r9,r12,r12
- 8: GETL R12, t4
- 9: NOTL t4
- 10: PUTL t4, R9
- 11: INCEIPL $4
-
- 0x25471E34: 200C0031 subfic r0,r12,49
- 12: GETL R12, t6
- 13: MOVL $0x31, t8
- 14: SBBL t6, t8 (-wCa)
- 15: PUTL t8, R0
- 16: INCEIPL $4
-
- 0x25471E38: 2B090002 cmpli cr6,r9,2
- 17: GETL R9, t10
- 18: MOVL $0x2, t14
- 19: CMPUL t10, t14, t12 (-rSo)
- 20: ICRFL t12, $0x6, CR
- 21: INCEIPL $4
-
- 0x25471E3C: 40B9FD1C bc 5,25,0x25471B58
- 22: Jc25o $0x25471B58
-
-
-
-. 12 25471E28 24
-. 55 79 08 3C 7F 2C 0E 70 7D 89 60 F8 20 0C 00 31 2B 09 00 02 40 B9 FD 1C
-==== BB 13 (0x25471E40) approx BBs exec'd 0 ====
-
- 0x25471E40: 7F4B2050 subf r26,r11,r4
- 0: GETL R11, t0
- 1: GETL R4, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0x25471E44: 2B9A000B cmpli cr7,r26,11
- 5: GETL R26, t4
- 6: MOVL $0xB, t8
- 7: CMPUL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x7, CR
- 9: INCEIPL $4
-
- 0x25471E48: 419D0010 bc 12,29,0x25471E58
- 10: Js29o $0x25471E58
-
-
-
-. 13 25471E40 12
-. 7F 4B 20 50 2B 9A 00 0B 41 9D 00 10
-==== BB 14 (0x25471E4C) approx BBs exec'd 0 ====
-
- 0x25471E4C: 7C0B1850 subf r0,r11,r3
- 0: GETL R11, t0
- 1: GETL R3, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25471E50: 5400103A rlwinm r0,r0,2,0,29
- 5: GETL R0, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x25471E54: 4BFFFD08 b 0x25471B5C
- 9: JMPo $0x25471B5C ($4)
-
-
-
-. 14 25471E4C 12
-. 7C 0B 18 50 54 00 10 3A 4B FF FD 08
-==== BB 15 (0x25471B6C) approx BBs exec'd 0 ====
-
- 0x25471B6C: 81780000 lwz r11,0(r24)
- 0: GETL R24, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R11
- 3: INCEIPL $4
-
- 0x25471B70: 2F0B0000 cmpi cr6,r11,0
- 4: GETL R11, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x6, CR
- 7: INCEIPL $4
-
- 0x25471B74: 419A00B0 bc 12,26,0x25471C24
- 8: Js26o $0x25471C24
-
-
-
-. 15 25471B6C 12
-. 81 78 00 00 2F 0B 00 00 41 9A 00 B0
-==== BB 16 (0x25471B78) approx BBs exec'd 0 ====
-
- 0x25471B78: 81280010 lwz r9,16(r8)
- 0: GETL R8, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25471B7C: 2F890000 cmpi cr7,r9,0
- 5: GETL R9, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x25471B80: 419E0010 bc 12,30,0x25471B90
- 9: Js30o $0x25471B90
-
-
-
-. 16 25471B78 12
-. 81 28 00 10 2F 89 00 00 41 9E 00 10
-==== BB 17 (0x25471B84) approx BBs exec'd 0 ====
-
- 0x25471B84: 81490004 lwz r10,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x25471B88: 7C6A5A14 add r3,r10,r11
- 5: GETL R10, t4
- 6: GETL R11, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0x25471B8C: 90690004 stw r3,4(r9)
- 10: GETL R3, t8
- 11: GETL R9, t10
- 12: ADDL $0x4, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x25471B90: 8128000C lwz r9,12(r8)
- 15: GETL R8, t12
- 16: ADDL $0xC, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0x25471B94: 2C090000 cmpi cr0,r9,0
- 20: GETL R9, t16
- 21: CMP0L t16, t18 (-rSo)
- 22: ICRFL t18, $0x0, CR
- 23: INCEIPL $4
-
- 0x25471B98: 41820010 bc 12,2,0x25471BA8
- 24: Js02o $0x25471BA8
-
-
-
-. 17 25471B84 24
-. 81 49 00 04 7C 6A 5A 14 90 69 00 04 81 28 00 0C 2C 09 00 00 41 82 00 10
-==== BB 18 (0x25471B9C) approx BBs exec'd 0 ====
-
- 0x25471B9C: 80A90004 lwz r5,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x25471BA0: 7C855A14 add r4,r5,r11
- 5: GETL R5, t4
- 6: GETL R11, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R4
- 9: INCEIPL $4
-
- 0x25471BA4: 90890004 stw r4,4(r9)
- 10: GETL R4, t8
- 11: GETL R9, t10
- 12: ADDL $0x4, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x25471BA8: 81280014 lwz r9,20(r8)
- 15: GETL R8, t12
- 16: ADDL $0x14, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0x25471BAC: 2C890000 cmpi cr1,r9,0
- 20: GETL R9, t16
- 21: CMP0L t16, t18 (-rSo)
- 22: ICRFL t18, $0x1, CR
- 23: INCEIPL $4
-
- 0x25471BB0: 41860010 bc 12,6,0x25471BC0
- 24: Js06o $0x25471BC0
-
-
-
-. 18 25471B9C 24
-. 80 A9 00 04 7C 85 5A 14 90 89 00 04 81 28 00 14 2C 89 00 00 41 86 00 10
-==== BB 19 (0x25471BB4) approx BBs exec'd 0 ====
-
- 0x25471BB4: 80E90004 lwz r7,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x25471BB8: 7CC75A14 add r6,r7,r11
- 5: GETL R7, t4
- 6: GETL R11, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R6
- 9: INCEIPL $4
-
- 0x25471BBC: 90C90004 stw r6,4(r9)
- 10: GETL R6, t8
- 11: GETL R9, t10
- 12: ADDL $0x4, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x25471BC0: 81280018 lwz r9,24(r8)
- 15: GETL R8, t12
- 16: ADDL $0x18, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0x25471BC4: 2F090000 cmpi cr6,r9,0
- 20: GETL R9, t16
- 21: CMP0L t16, t18 (-rSo)
- 22: ICRFL t18, $0x6, CR
- 23: INCEIPL $4
-
- 0x25471BC8: 419A0010 bc 12,26,0x25471BD8
- 24: Js26o $0x25471BD8
-
-
-
-. 19 25471BB4 24
-. 80 E9 00 04 7C C7 5A 14 90 C9 00 04 81 28 00 18 2F 09 00 00 41 9A 00 10
-==== BB 20 (0x25471BCC) approx BBs exec'd 0 ====
-
- 0x25471BCC: 83A90004 lwz r29,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0x25471BD0: 7F9D5A14 add r28,r29,r11
- 5: GETL R29, t4
- 6: GETL R11, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R28
- 9: INCEIPL $4
-
- 0x25471BD4: 93890004 stw r28,4(r9)
- 10: GETL R28, t8
- 11: GETL R9, t10
- 12: ADDL $0x4, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x25471BD8: 8128001C lwz r9,28(r8)
- 15: GETL R8, t12
- 16: ADDL $0x1C, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0x25471BDC: 2F890000 cmpi cr7,r9,0
- 20: GETL R9, t16
- 21: CMP0L t16, t18 (-rSo)
- 22: ICRFL t18, $0x7, CR
- 23: INCEIPL $4
-
- 0x25471BE0: 419E0010 bc 12,30,0x25471BF0
- 24: Js30o $0x25471BF0
-
-
-
-. 20 25471BCC 24
-. 83 A9 00 04 7F 9D 5A 14 93 89 00 04 81 28 00 1C 2F 89 00 00 41 9E 00 10
-==== BB 21 (0x25471BE4) approx BBs exec'd 0 ====
-
- 0x25471BE4: 80090004 lwz r0,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25471BE8: 7FE05A14 add r31,r0,r11
- 5: GETL R0, t4
- 6: GETL R11, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R31
- 9: INCEIPL $4
-
- 0x25471BEC: 93E90004 stw r31,4(r9)
- 10: GETL R31, t8
- 11: GETL R9, t10
- 12: ADDL $0x4, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x25471BF0: 8128005C lwz r9,92(r8)
- 15: GETL R8, t12
- 16: ADDL $0x5C, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0x25471BF4: 2C090000 cmpi cr0,r9,0
- 20: GETL R9, t16
- 21: CMP0L t16, t18 (-rSo)
- 22: ICRFL t18, $0x0, CR
- 23: INCEIPL $4
-
- 0x25471BF8: 41820010 bc 12,2,0x25471C08
- 24: Js02o $0x25471C08
-
-
-
-. 21 25471BE4 24
-. 80 09 00 04 7F E0 5A 14 93 E9 00 04 81 28 00 5C 2C 09 00 00 41 82 00 10
-==== BB 22 (0x25471BFC) approx BBs exec'd 0 ====
-
- 0x25471BFC: 83290004 lwz r25,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R25
- 4: INCEIPL $4
-
- 0x25471C00: 7D995A14 add r12,r25,r11
- 5: GETL R25, t4
- 6: GETL R11, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R12
- 9: INCEIPL $4
-
- 0x25471C04: 91890004 stw r12,4(r9)
- 10: GETL R12, t8
- 11: GETL R9, t10
- 12: ADDL $0x4, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x25471C08: 812800C4 lwz r9,196(r8)
- 15: GETL R8, t12
- 16: ADDL $0xC4, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0x25471C0C: 2C890000 cmpi cr1,r9,0
- 20: GETL R9, t16
- 21: CMP0L t16, t18 (-rSo)
- 22: ICRFL t18, $0x1, CR
- 23: INCEIPL $4
-
- 0x25471C10: 41860010 bc 12,6,0x25471C20
- 24: Js06o $0x25471C20
-
-
-
-. 22 25471BFC 24
-. 83 29 00 04 7D 99 5A 14 91 89 00 04 81 28 00 C4 2C 89 00 00 41 86 00 10
-==== BB 23 (0x25471C14) approx BBs exec'd 0 ====
-
- 0x25471C14: 83490004 lwz r26,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0x25471C18: 7D1A5A14 add r8,r26,r11
- 5: GETL R26, t4
- 6: GETL R11, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R8
- 9: INCEIPL $4
-
- 0x25471C1C: 91090004 stw r8,4(r9)
- 10: GETL R8, t8
- 11: GETL R9, t10
- 12: ADDL $0x4, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x25471C20: 80E10010 lwz r7,16(r1)
- 15: GETL R1, t12
- 16: ADDL $0x10, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R7
- 19: INCEIPL $4
-
- 0x25471C24: 2F070000 cmpi cr6,r7,0
- 20: GETL R7, t16
- 21: CMP0L t16, t18 (-rSo)
- 22: ICRFL t18, $0x6, CR
- 23: INCEIPL $4
-
- 0x25471C28: 3960FFFF li r11,-1
- 24: MOVL $0xFFFFFFFF, t20
- 25: PUTL t20, R11
- 26: INCEIPL $4
-
- 0x25471C2C: 9161023C stw r11,572(r1)
- 27: GETL R11, t22
- 28: GETL R1, t24
- 29: ADDL $0x23C, t24
- 30: STL t22, (t24)
- 31: INCEIPL $4
-
- 0x25471C30: 409A0010 bc 4,26,0x25471C40
- 32: Jc26o $0x25471C40
-
-
-
-. 23 25471C14 32
-. 83 49 00 04 7D 1A 5A 14 91 09 00 04 80 E1 00 10 2F 07 00 00 39 60 FF FF 91 61 02 3C 40 9A 00 10
-==== BB 24 (0x25471C40) approx BBs exec'd 0 ====
-
- 0x25471C40: 7F03C378 or r3,r24,r24
- 0: GETL R24, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25471C44: 38800000 li r4,0
- 3: MOVL $0x0, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0x25471C48: 38A00000 li r5,0
- 6: MOVL $0x0, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x25471C4C: 3B600000 li r27,0
- 9: MOVL $0x0, t6
- 10: PUTL t6, R27
- 11: INCEIPL $4
-
- 0x25471C50: 4800EBE1 bl 0x25480830
- 12: MOVL $0x25471C54, t8
- 13: PUTL t8, LR
- 14: JMPo-c $0x25480830 ($4)
-
-
-
-. 24 25471C40 20
-. 7F 03 C3 78 38 80 00 00 38 A0 00 00 3B 60 00 00 48 00 EB E1
-==== BB 25 __elf_machine_runtime_setup(0x25480830) approx BBs exec'd 0 ====
-
- 0x25480830: 7CC802A6 mflr r6
- 0: GETL LR, t0
- 1: PUTL t0, R6
- 2: INCEIPL $4
-
- 0x25480834: 9421FFD0 stwu r1,-48(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFD0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0x25480838: 7D800026 mfcr r12
- 9: GETL CR, t6
- 10: PUTL t6, R12
- 11: INCEIPL $4
-
- 0x2548083C: 480167C5 bl 0x25497000
- 12: MOVL $0x25480840, t8
- 13: PUTL t8, LR
- 14: JMPo-c $0x25497000 ($4)
-
-
-
-. 25 25480830 16
-. 7C C8 02 A6 94 21 FF D0 7D 80 00 26 48 01 67 C5
-==== BB 26 (0x25480840) approx BBs exec'd 0 ====
-
- 0x25480840: 93210014 stw r25,20(r1)
- 0: GETL R25, t0
- 1: GETL R1, t2
- 2: ADDL $0x14, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25480844: 7C992378 or r25,r4,r4
- 5: GETL R4, t4
- 6: PUTL t4, R25
- 7: INCEIPL $4
-
- 0x25480848: 90C10034 stw r6,52(r1)
- 8: GETL R6, t6
- 9: GETL R1, t8
- 10: ADDL $0x34, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x2548084C: 8003007C lwz r0,124(r3)
- 13: GETL R3, t10
- 14: ADDL $0x7C, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R0
- 17: INCEIPL $4
-
- 0x25480850: 93A10024 stw r29,36(r1)
- 18: GETL R29, t14
- 19: GETL R1, t16
- 20: ADDL $0x24, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0x25480854: 7C7D1B78 or r29,r3,r3
- 23: GETL R3, t18
- 24: PUTL t18, R29
- 25: INCEIPL $4
-
- 0x25480858: 2F800000 cmpi cr7,r0,0
- 26: GETL R0, t20
- 27: CMP0L t20, t22 (-rSo)
- 28: ICRFL t22, $0x7, CR
- 29: INCEIPL $4
-
- 0x2548085C: 93C10028 stw r30,40(r1)
- 30: GETL R30, t24
- 31: GETL R1, t26
- 32: ADDL $0x28, t26
- 33: STL t24, (t26)
- 34: INCEIPL $4
-
- 0x25480860: 92E1000C stw r23,12(r1)
- 35: GETL R23, t28
- 36: GETL R1, t30
- 37: ADDL $0xC, t30
- 38: STL t28, (t30)
- 39: INCEIPL $4
-
- 0x25480864: 7FC802A6 mflr r30
- 40: GETL LR, t32
- 41: PUTL t32, R30
- 42: INCEIPL $4
-
- 0x25480868: 93010010 stw r24,16(r1)
- 43: GETL R24, t34
- 44: GETL R1, t36
- 45: ADDL $0x10, t36
- 46: STL t34, (t36)
- 47: INCEIPL $4
-
- 0x2548086C: 93410018 stw r26,24(r1)
- 48: GETL R26, t38
- 49: GETL R1, t40
- 50: ADDL $0x18, t40
- 51: STL t38, (t40)
- 52: INCEIPL $4
-
- 0x25480870: 9361001C stw r27,28(r1)
- 53: GETL R27, t42
- 54: GETL R1, t44
- 55: ADDL $0x1C, t44
- 56: STL t42, (t44)
- 57: INCEIPL $4
-
- 0x25480874: 93810020 stw r28,32(r1)
- 58: GETL R28, t46
- 59: GETL R1, t48
- 60: ADDL $0x20, t48
- 61: STL t46, (t48)
- 62: INCEIPL $4
-
- 0x25480878: 93E1002C stw r31,44(r1)
- 63: GETL R31, t50
- 64: GETL R1, t52
- 65: ADDL $0x2C, t52
- 66: STL t50, (t52)
- 67: INCEIPL $4
-
- 0x2548087C: 91810008 stw r12,8(r1)
- 68: GETL R12, t54
- 69: GETL R1, t56
- 70: ADDL $0x8, t56
- 71: STL t54, (t56)
- 72: INCEIPL $4
-
- 0x25480880: 419E0294 bc 12,30,0x25480B14
- 73: Js30o $0x25480B14
-
-
-
-. 26 25480840 68
-. 93 21 00 14 7C 99 23 78 90 C1 00 34 80 03 00 7C 93 A1 00 24 7C 7D 1B 78 2F 80 00 00 93 C1 00 28 92 E1 00 0C 7F C8 02 A6 93 01 00 10 93 41 00 18 93 61 00 1C 93 81 00 20 93 E1 00 2C 91 81 00 08 41 9E 02 94
-==== BB 27 (0x25480884) approx BBs exec'd 0 ====
-
- 0x25480884: 82E30028 lwz r23,40(r3)
- 0: GETL R3, t0
- 1: ADDL $0x28, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R23
- 4: INCEIPL $4
-
- 0x25480888: 3D40AAAA lis r10,-21846
- 5: MOVL $0xAAAA0000, t4
- 6: PUTL t4, R10
- 7: INCEIPL $4
-
- 0x2548088C: 6148AAAB ori r8,r10,0xAAAB
- 8: MOVL $0xAAAAAAAB, t6
- 9: PUTL t6, R8
- 10: INCEIPL $4
-
- 0x25480890: 8083002C lwz r4,44(r3)
- 11: GETL R3, t8
- 12: ADDL $0x2C, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R4
- 15: INCEIPL $4
-
- 0x25480894: 80F70004 lwz r7,4(r23)
- 16: GETL R23, t12
- 17: ADDL $0x4, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R7
- 20: INCEIPL $4
-
- 0x25480898: 83E40004 lwz r31,4(r4)
- 21: GETL R4, t16
- 22: ADDL $0x4, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R31
- 25: INCEIPL $4
-
- 0x2548089C: 7D674016 mulhwu r11,r7,r8
- 26: GETL R7, t20
- 27: GETL R8, t22
- 28: UMULHL t20, t22
- 29: PUTL t22, R11
- 30: INCEIPL $4
-
- 0x254808A0: 557BE8FE rlwinm r27,r11,29,3,31
- 31: GETL R11, t24
- 32: SHRL $0x3, t24
- 33: PUTL t24, R27
- 34: INCEIPL $4
-
- 0x254808A4: 281B2000 cmpli cr0,r27,8192
- 35: GETL R27, t26
- 36: MOVL $0x2000, t30
- 37: CMPUL t26, t30, t28 (-rSo)
- 38: ICRFL t28, $0x0, CR
- 39: INCEIPL $4
-
- 0x254808A8: 5763083C rlwinm r3,r27,1,0,30
- 40: GETL R27, t32
- 41: SHLL $0x1, t32
- 42: PUTL t32, R3
- 43: INCEIPL $4
-
- 0x254808AC: 38030012 addi r0,r3,18
- 44: GETL R3, t34
- 45: ADDL $0x12, t34
- 46: PUTL t34, R0
- 47: INCEIPL $4
-
- 0x254808B0: 7D201A14 add r9,r0,r3
- 48: GETL R0, t36
- 49: GETL R3, t38
- 50: ADDL t36, t38
- 51: PUTL t38, R9
- 52: INCEIPL $4
-
- 0x254808B4: 3AE9C000 addi r23,r9,-16384
- 53: GETL R9, t40
- 54: ADDL $0xFFFFC000, t40
- 55: PUTL t40, R23
- 56: INCEIPL $4
-
- 0x254808B8: 4081029C bc 4,1,0x25480B54
- 57: Jc01o $0x25480B54
-
-
-
-. 27 25480884 56
-. 82 E3 00 28 3D 40 AA AA 61 48 AA AB 80 83 00 2C 80 F7 00 04 83 E4 00 04 7D 67 40 16 55 7B E8 FE 28 1B 20 00 57 63 08 3C 38 03 00 12 7D 20 1A 14 3A E9 C0 00 40 81 02 9C
-==== BB 28 (0x25480B54) approx BBs exec'd 0 ====
-
- 0x25480B54: 7C170378 or r23,r0,r0
- 0: GETL R0, t0
- 1: PUTL t0, R23
- 2: INCEIPL $4
-
- 0x25480B58: 4BFFFD64 b 0x254808BC
- 3: JMPo $0x254808BC ($4)
-
-
-
-. 28 25480B54 8
-. 7C 17 03 78 4B FF FD 64
-==== BB 29 (0x254808BC) approx BBs exec'd 0 ====
-
- 0x254808BC: 56E8103A rlwinm r8,r23,2,0,29
- 0: GETL R23, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R8
- 3: INCEIPL $4
-
- 0x254808C0: 2E190000 cmpi cr4,r25,0
- 4: GETL R25, t2
- 5: CMP0L t2, t4 (-rSo)
- 6: ICRFL t4, $0x4, CR
- 7: INCEIPL $4
-
- 0x254808C4: 7F48FA14 add r26,r8,r31
- 8: GETL R8, t6
- 9: GETL R31, t8
- 10: ADDL t6, t8
- 11: PUTL t8, R26
- 12: INCEIPL $4
-
- 0x254808C8: 3C607D69 lis r3,32105
- 13: MOVL $0x7D690000, t10
- 14: PUTL t10, R3
- 15: INCEIPL $4
-
- 0x254808CC: 3CFA0001 addis r7,r26,1
- 16: GETL R26, t12
- 17: ADDL $0x10000, t12
- 18: PUTL t12, R7
- 19: INCEIPL $4
-
- 0x254808D0: 574B043E rlwinm r11,r26,0,16,31
- 20: GETL R26, t14
- 21: ANDL $0xFFFF, t14
- 22: PUTL t14, R11
- 23: INCEIPL $4
-
- 0x254808D4: 38878000 addi r4,r7,-32768
- 24: GETL R7, t16
- 25: ADDL $0xFFFF8000, t16
- 26: PUTL t16, R4
- 27: INCEIPL $4
-
- 0x254808D8: 3CC04E80 lis r6,20096
- 28: MOVL $0x4E800000, t18
- 29: PUTL t18, R6
- 30: INCEIPL $4
-
- 0x254808DC: 5489843E rlwinm r9,r4,16,16,31
- 31: GETL R4, t20
- 32: SHRL $0x10, t20
- 33: PUTL t20, R9
- 34: INCEIPL $4
-
- 0x254808E0: 6560816B oris r0,r11,0x816B
- 35: GETL R11, t22
- 36: ORL $0x816B0000, t22
- 37: PUTL t22, R0
- 38: INCEIPL $4
-
- 0x254808E4: 652C3D6B oris r12,r9,0x3D6B
- 39: GETL R9, t24
- 40: ORL $0x3D6B0000, t24
- 41: PUTL t24, R12
- 42: INCEIPL $4
-
- 0x254808E8: 607C03A6 ori r28,r3,0x3A6
- 43: MOVL $0x7D6903A6, t26
- 44: PUTL t26, R28
- 45: INCEIPL $4
-
- 0x254808EC: 60D80420 ori r24,r6,0x420
- 46: MOVL $0x4E800420, t28
- 47: PUTL t28, R24
- 48: INCEIPL $4
-
- 0x254808F0: 919F0000 stw r12,0(r31)
- 49: GETL R12, t30
- 50: GETL R31, t32
- 51: STL t30, (t32)
- 52: INCEIPL $4
-
- 0x254808F4: 901F0004 stw r0,4(r31)
- 53: GETL R0, t34
- 54: GETL R31, t36
- 55: ADDL $0x4, t36
- 56: STL t34, (t36)
- 57: INCEIPL $4
-
- 0x254808F8: 939F0008 stw r28,8(r31)
- 58: GETL R28, t38
- 59: GETL R31, t40
- 60: ADDL $0x8, t40
- 61: STL t38, (t40)
- 62: INCEIPL $4
-
- 0x254808FC: 931F000C stw r24,12(r31)
- 63: GETL R24, t42
- 64: GETL R31, t44
- 65: ADDL $0xC, t44
- 66: STL t42, (t44)
- 67: INCEIPL $4
-
- 0x25480900: 41920178 bc 12,18,0x25480A78
- 68: Js18o $0x25480A78
-
-
-
-. 29 254808BC 72
-. 56 E8 10 3A 2E 19 00 00 7F 48 FA 14 3C 60 7D 69 3C FA 00 01 57 4B 04 3E 38 87 80 00 3C C0 4E 80 54 89 84 3E 65 60 81 6B 65 2C 3D 6B 60 7C 03 A6 60 D8 04 20 91 9F 00 00 90 1F 00 04 93 9F 00 08 93 1F 00 0C 41 92 01 78
-==== BB 30 (0x25480A78) approx BBs exec'd 0 ====
-
- 0x25480A78: 817E04F0 lwz r11,1264(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4F0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x25480A7C: 3159FFFF addic r10,r25,-1
- 5: GETL R25, t4
- 6: ADCL $0xFFFFFFFF, t4 (-wCa)
- 7: PUTL t4, R10
- 8: INCEIPL $4
-
- 0x25480A80: 7CAAC910 subfe r5,r10,r25
- 9: GETL R10, t6
- 10: GETL R25, t8
- 11: SBBL t6, t8 (-rCa-wCa)
- 12: PUTL t8, R5
- 13: INCEIPL $4
-
- 0x25480A84: 314BFFFF addic r10,r11,-1
- 14: GETL R11, t10
- 15: ADCL $0xFFFFFFFF, t10 (-wCa)
- 16: PUTL t10, R10
- 17: INCEIPL $4
-
- 0x25480A88: 7C8A5910 subfe r4,r10,r11
- 18: GETL R10, t12
- 19: GETL R11, t14
- 20: SBBL t12, t14 (-rCa-wCa)
- 21: PUTL t14, R4
- 22: INCEIPL $4
-
- 0x25480A8C: 7CAA2039 and. r10,r5,r4
- 23: GETL R5, t16
- 24: GETL R4, t18
- 25: ANDL t16, t18
- 26: PUTL t18, R10
- 27: CMP0L t18, t20 (-rSo)
- 28: ICRFL t20, $0x0, CR
- 29: INCEIPL $4
-
- 0x25480A90: 39400004 li r10,4
- 30: MOVL $0x4, t22
- 31: PUTL t22, R10
- 32: INCEIPL $4
-
- 0x25480A94: 41820010 bc 12,2,0x25480AA4
- 33: Js02o $0x25480AA4
-
-
-
-. 30 25480A78 32
-. 81 7E 04 F0 31 59 FF FF 7C AA C9 10 31 4B FF FF 7C 8A 59 10 7C AA 20 39 39 40 00 04 41 82 00 10
-==== BB 31 (0x25480AA4) approx BBs exec'd 0 ====
-
- 0x25480AA4: 419200B8 bc 12,18,0x25480B5C
- 0: Js18o $0x25480B5C
-
-
-
-. 31 25480AA4 4
-. 41 92 00 B8
-==== BB 32 (0x25480B5C) approx BBs exec'd 0 ====
-
- 0x25480B5C: 39600006 li r11,6
- 0: MOVL $0x6, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0x25480B60: 4BFFFF4C b 0x25480AAC
- 3: JMPo $0x25480AAC ($4)
-
-
-
-. 32 25480B5C 8
-. 39 60 00 06 4B FF FF 4C
-==== BB 33 (0x25480AAC) approx BBs exec'd 0 ====
-
- 0x25480AAC: 39200000 li r9,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R9
- 2: INCEIPL $4
-
- 0x25480AB0: 48000014 b 0x25480AC4
- 3: JMPo $0x25480AC4 ($4)
-
-
-
-. 33 25480AAC 8
-. 39 20 00 00 48 00 00 14
-==== BB 34 (0x25480AC4) approx BBs exec'd 0 ====
-
- 0x25480AC4: 7E095840 cmpl cr4,r9,r11
- 0: GETL R9, t0
- 1: GETL R11, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x4, CR
- 4: INCEIPL $4
-
- 0x25480AC8: 4190FFEC bc 12,16,0x25480AB4
- 5: Js16o $0x25480AB4
-
-
-
-. 34 25480AC4 8
-. 7E 09 58 40 41 90 FF EC
-==== BB 35 (0x25480AB4) approx BBs exec'd 0 ====
-
- 0x25480AB4: 553A103A rlwinm r26,r9,2,0,29
- 0: GETL R9, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R26
- 3: INCEIPL $4
-
- 0x25480AB8: 7EFAFA14 add r23,r26,r31
- 4: GETL R26, t2
- 5: GETL R31, t4
- 6: ADDL t2, t4
- 7: PUTL t4, R23
- 8: INCEIPL $4
-
- 0x25480ABC: 7C00B86C dcbst r0,r23
- 9: INCEIPL $4
-
- 0x25480AC0: 7D295214 add r9,r9,r10
- 10: GETL R9, t6
- 11: GETL R10, t8
- 12: ADDL t6, t8
- 13: PUTL t8, R9
- 14: INCEIPL $4
-
- 0x25480AC4: 7E095840 cmpl cr4,r9,r11
- 15: GETL R9, t10
- 16: GETL R11, t12
- 17: CMPUL t10, t12, t14 (-rSo)
- 18: ICRFL t14, $0x4, CR
- 19: INCEIPL $4
-
- 0x25480AC8: 4190FFEC bc 12,16,0x25480AB4
- 20: Js16o $0x25480AB4
-
-
-
-. 35 25480AB4 24
-. 55 3A 10 3A 7E FA FA 14 7C 00 B8 6C 7D 29 52 14 7E 09 58 40 41 90 FF EC
-==== BB 36 (0x25480ACC) approx BBs exec'd 0 ====
-
- 0x25480ACC: 5568103A rlwinm r8,r11,2,0,29
- 0: GETL R11, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R8
- 3: INCEIPL $4
-
- 0x25480AD0: 7CE8FA14 add r7,r8,r31
- 4: GETL R8, t2
- 5: GETL R31, t4
- 6: ADDL t2, t4
- 7: PUTL t4, R7
- 8: INCEIPL $4
-
- 0x25480AD4: 3927FFFC addi r9,r7,-4
- 9: GETL R7, t6
- 10: ADDL $0xFFFFFFFC, t6
- 11: PUTL t6, R9
- 12: INCEIPL $4
-
- 0x25480AD8: 7C00486C dcbst r0,r9
- 13: INCEIPL $4
-
- 0x25480ADC: 7C0004AC sync
- 14: INCEIPL $4
-
- 0x25480AE0: 39200000 li r9,0
- 15: MOVL $0x0, t8
- 16: PUTL t8, R9
- 17: INCEIPL $4
-
- 0x25480AE4: 48000014 b 0x25480AF8
- 18: JMPo $0x25480AF8 ($4)
-
-
-
-. 36 25480ACC 28
-. 55 68 10 3A 7C E8 FA 14 39 27 FF FC 7C 00 48 6C 7C 00 04 AC 39 20 00 00 48 00 00 14
-==== BB 37 (0x25480AF8) approx BBs exec'd 0 ====
-
- 0x25480AF8: 7F895840 cmpl cr7,r9,r11
- 0: GETL R9, t0
- 1: GETL R11, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x7, CR
- 4: INCEIPL $4
-
- 0x25480AFC: 419CFFEC bc 12,28,0x25480AE8
- 5: Js28o $0x25480AE8
-
-
-
-. 37 25480AF8 8
-. 7F 89 58 40 41 9C FF EC
-==== BB 38 (0x25480AE8) approx BBs exec'd 0 ====
-
- 0x25480AE8: 553B103A rlwinm r27,r9,2,0,29
- 0: GETL R9, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R27
- 3: INCEIPL $4
-
- 0x25480AEC: 7CDBFA14 add r6,r27,r31
- 4: GETL R27, t2
- 5: GETL R31, t4
- 6: ADDL t2, t4
- 7: PUTL t4, R6
- 8: INCEIPL $4
-
- 0x25480AF0: 7C0037AC icbi r0,r6
- 9: GETL R6, t6
- 10: CALLM_So
- 11: PUSHL t6
- 12: CALLMo $0x68
- 13: CALLM_Eo
- 14: INCEIPL $4
-
- 0x25480AF4: 7D295214 add r9,r9,r10
- 15: GETL R9, t8
- 16: GETL R10, t10
- 17: ADDL t8, t10
- 18: PUTL t10, R9
- 19: INCEIPL $4
-
- 0x25480AF8: 7F895840 cmpl cr7,r9,r11
- 20: GETL R9, t12
- 21: GETL R11, t14
- 22: CMPUL t12, t14, t16 (-rSo)
- 23: ICRFL t16, $0x7, CR
- 24: INCEIPL $4
-
- 0x25480AFC: 419CFFEC bc 12,28,0x25480AE8
- 25: Js28o $0x25480AE8
-
-
-
-. 38 25480AE8 24
-. 55 3B 10 3A 7C DB FA 14 7C 00 37 AC 7D 29 52 14 7F 89 58 40 41 9C FF EC
-==== BB 39 (0x25480B00) approx BBs exec'd 0 ====
-
- 0x25480B00: 7C68FA14 add r3,r8,r31
- 0: GETL R8, t0
- 1: GETL R31, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x25480B04: 3BE3FFFC addi r31,r3,-4
- 5: GETL R3, t4
- 6: ADDL $0xFFFFFFFC, t4
- 7: PUTL t4, R31
- 8: INCEIPL $4
-
- 0x25480B08: 7C00FFAC icbi r0,r31
- 9: GETL R31, t6
- 10: CALLM_So
- 11: PUSHL t6
- 12: CALLMo $0x68
- 13: CALLM_Eo
- 14: INCEIPL $4
-
- 0x25480B0C: 7C0004AC sync
- 15: INCEIPL $4
-
- 0x25480B10: 4C00012C 16: INCEIPL $4
-
- 0x25480B14: 7F23CB78 or r3,r25,r25
- 17: GETL R25, t8
- 18: PUTL t8, R3
- 19: INCEIPL $4
-
- 0x25480B18: 81010008 lwz r8,8(r1)
- 20: GETL R1, t10
- 21: ADDL $0x8, t10
- 22: LDL (t10), t12
- 23: PUTL t12, R8
- 24: INCEIPL $4
-
- 0x25480B1C: 83210034 lwz r25,52(r1)
- 25: GETL R1, t14
- 26: ADDL $0x34, t14
- 27: LDL (t14), t16
- 28: PUTL t16, R25
- 29: INCEIPL $4
-
- 0x25480B20: 82E1000C lwz r23,12(r1)
- 30: GETL R1, t18
- 31: ADDL $0xC, t18
- 32: LDL (t18), t20
- 33: PUTL t20, R23
- 34: INCEIPL $4
-
- 0x25480B24: 7D008120 mtcrf 0x8,r8
- 35: GETL R8, t22
- 36: ICRFL t22, $0x4, CR
- 37: INCEIPL $4
-
- 0x25480B28: 7F2803A6 mtlr r25
- 38: GETL R25, t24
- 39: PUTL t24, LR
- 40: INCEIPL $4
-
- 0x25480B2C: 83010010 lwz r24,16(r1)
- 41: GETL R1, t26
- 42: ADDL $0x10, t26
- 43: LDL (t26), t28
- 44: PUTL t28, R24
- 45: INCEIPL $4
-
- 0x25480B30: 83210014 lwz r25,20(r1)
- 46: GETL R1, t30
- 47: ADDL $0x14, t30
- 48: LDL (t30), t32
- 49: PUTL t32, R25
- 50: INCEIPL $4
-
- 0x25480B34: 83410018 lwz r26,24(r1)
- 51: GETL R1, t34
- 52: ADDL $0x18, t34
- 53: LDL (t34), t36
- 54: PUTL t36, R26
- 55: INCEIPL $4
-
- 0x25480B38: 8361001C lwz r27,28(r1)
- 56: GETL R1, t38
- 57: ADDL $0x1C, t38
- 58: LDL (t38), t40
- 59: PUTL t40, R27
- 60: INCEIPL $4
-
- 0x25480B3C: 83810020 lwz r28,32(r1)
- 61: GETL R1, t42
- 62: ADDL $0x20, t42
- 63: LDL (t42), t44
- 64: PUTL t44, R28
- 65: INCEIPL $4
-
- 0x25480B40: 83A10024 lwz r29,36(r1)
- 66: GETL R1, t46
- 67: ADDL $0x24, t46
- 68: LDL (t46), t48
- 69: PUTL t48, R29
- 70: INCEIPL $4
-
- 0x25480B44: 83C10028 lwz r30,40(r1)
- 71: GETL R1, t50
- 72: ADDL $0x28, t50
- 73: LDL (t50), t52
- 74: PUTL t52, R30
- 75: INCEIPL $4
-
- 0x25480B48: 83E1002C lwz r31,44(r1)
- 76: GETL R1, t54
- 77: ADDL $0x2C, t54
- 78: LDL (t54), t56
- 79: PUTL t56, R31
- 80: INCEIPL $4
-
- 0x25480B4C: 38210030 addi r1,r1,48
- 81: GETL R1, t58
- 82: ADDL $0x30, t58
- 83: PUTL t58, R1
- 84: INCEIPL $4
-
- 0x25480B50: 4E800020 blr
- 85: GETL LR, t60
- 86: JMPo-r t60 ($4)
-
-
-
-. 39 25480B00 84
-. 7C 68 FA 14 3B E3 FF FC 7C 00 FF AC 7C 00 04 AC 4C 00 01 2C 7F 23 CB 78 81 01 00 08 83 21 00 34 82 E1 00 0C 7D 00 81 20 7F 28 03 A6 83 01 00 10 83 21 00 14 83 41 00 18 83 61 00 1C 83 81 00 20 83 A1 00 24 83 C1 00 28 83 E1 00 2C 38 21 00 30 4E 80 00 20
-==== BB 40 (0x25471C54) approx BBs exec'd 0 ====
-
- 0x25471C54: 38E00000 li r7,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R7
- 2: INCEIPL $4
-
- 0x25471C58: 8161004C lwz r11,76(r1)
- 3: GETL R1, t2
- 4: ADDL $0x4C, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R11
- 7: INCEIPL $4
-
- 0x25471C5C: 39400001 li r10,1
- 8: MOVL $0x1, t6
- 9: PUTL t6, R10
- 10: INCEIPL $4
-
- 0x25471C60: 91410264 stw r10,612(r1)
- 11: GETL R10, t8
- 12: GETL R1, t10
- 13: ADDL $0x264, t10
- 14: STL t8, (t10)
- 15: INCEIPL $4
-
- 0x25471C64: 2C0B0000 cmpi cr0,r11,0
- 16: GETL R11, t12
- 17: CMP0L t12, t14 (-rSo)
- 18: ICRFL t14, $0x0, CR
- 19: INCEIPL $4
-
- 0x25471C68: 93610260 stw r27,608(r1)
- 20: GETL R27, t16
- 21: GETL R1, t18
- 22: ADDL $0x260, t18
- 23: STL t16, (t18)
- 24: INCEIPL $4
-
- 0x25471C6C: 93610270 stw r27,624(r1)
- 25: GETL R27, t20
- 26: GETL R1, t22
- 27: ADDL $0x270, t22
- 28: STL t20, (t22)
- 29: INCEIPL $4
-
- 0x25471C70: 93610258 stw r27,600(r1)
- 30: GETL R27, t24
- 31: GETL R1, t26
- 32: ADDL $0x258, t26
- 33: STL t24, (t26)
- 34: INCEIPL $4
-
- 0x25471C74: 9361026C stw r27,620(r1)
- 35: GETL R27, t28
- 36: GETL R1, t30
- 37: ADDL $0x26C, t30
- 38: STL t28, (t30)
- 39: INCEIPL $4
-
- 0x25471C78: 90E10254 stw r7,596(r1)
- 40: GETL R7, t32
- 41: GETL R1, t34
- 42: ADDL $0x254, t34
- 43: STL t32, (t34)
- 44: INCEIPL $4
-
- 0x25471C7C: 41820018 bc 12,2,0x25471C94
- 45: Js02o $0x25471C94
-
-
-
-. 40 25471C54 44
-. 38 E0 00 00 81 61 00 4C 39 40 00 01 91 41 02 64 2C 0B 00 00 93 61 02 60 93 61 02 70 93 61 02 58 93 61 02 6C 90 E1 02 54 41 82 00 18
-==== BB 41 (0x25471C80) approx BBs exec'd 0 ====
-
- 0x25471C80: 80AB0004 lwz r5,4(r11)
- 0: GETL R11, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x25471C84: 80810050 lwz r4,80(r1)
- 5: GETL R1, t4
- 6: ADDL $0x50, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R4
- 9: INCEIPL $4
-
- 0x25471C88: 90A10250 stw r5,592(r1)
- 10: GETL R5, t8
- 11: GETL R1, t10
- 12: ADDL $0x250, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x25471C8C: 80E40004 lwz r7,4(r4)
- 15: GETL R4, t12
- 16: ADDL $0x4, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R7
- 19: INCEIPL $4
-
- 0x25471C90: 90E10254 stw r7,596(r1)
- 20: GETL R7, t16
- 21: GETL R1, t18
- 22: ADDL $0x254, t18
- 23: STL t16, (t18)
- 24: INCEIPL $4
-
- 0x25471C94: 2C830000 cmpi cr1,r3,0
- 25: GETL R3, t20
- 26: CMP0L t20, t22 (-rSo)
- 27: ICRFL t22, $0x1, CR
- 28: INCEIPL $4
-
- 0x25471C98: 41860010 bc 12,6,0x25471CA8
- 29: Js06o $0x25471CA8
-
-
-
-. 41 25471C80 28
-. 80 AB 00 04 80 81 00 50 90 A1 02 50 80 E4 00 04 90 E1 02 54 2C 83 00 00 41 86 00 10
-==== BB 42 (0x25471CA8) approx BBs exec'd 0 ====
-
- 0x25471CA8: 3B610008 addi r27,r1,8
- 0: GETL R1, t0
- 1: ADDL $0x8, t0
- 2: PUTL t0, R27
- 3: INCEIPL $4
-
- 0x25471CAC: 3B200002 li r25,2
- 4: MOVL $0x2, t2
- 5: PUTL t2, R25
- 6: INCEIPL $4
-
- 0x25471CB0: 814100D0 lwz r10,208(r1)
- 7: GETL R1, t4
- 8: ADDL $0xD0, t4
- 9: LDL (t4), t6
- 10: PUTL t6, R10
- 11: INCEIPL $4
-
- 0x25471CB4: 81210048 lwz r9,72(r1)
- 12: GETL R1, t8
- 13: ADDL $0x48, t8
- 14: LDL (t8), t10
- 15: PUTL t10, R9
- 16: INCEIPL $4
-
- 0x25471CB8: 2F8A0000 cmpi cr7,r10,0
- 17: GETL R10, t12
- 18: CMP0L t12, t14 (-rSo)
- 19: ICRFL t14, $0x7, CR
- 20: INCEIPL $4
-
- 0x25471CBC: 811B0248 lwz r8,584(r27)
- 21: GETL R27, t16
- 22: ADDL $0x248, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R8
- 25: INCEIPL $4
-
- 0x25471CC0: 817B024C lwz r11,588(r27)
- 26: GETL R27, t20
- 27: ADDL $0x24C, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R11
- 30: INCEIPL $4
-
- 0x25471CC4: 83490004 lwz r26,4(r9)
- 31: GETL R9, t24
- 32: ADDL $0x4, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R26
- 35: INCEIPL $4
-
- 0x25471CC8: 39200000 li r9,0
- 36: MOVL $0x0, t28
- 37: PUTL t28, R9
- 38: INCEIPL $4
-
- 0x25471CCC: 7F885A14 add r28,r8,r11
- 39: GETL R8, t30
- 40: GETL R11, t32
- 41: ADDL t30, t32
- 42: PUTL t32, R28
- 43: INCEIPL $4
-
- 0x25471CD0: 83A10010 lwz r29,16(r1)
- 44: GETL R1, t34
- 45: ADDL $0x10, t34
- 46: LDL (t34), t36
- 47: PUTL t36, R29
- 48: INCEIPL $4
-
- 0x25471CD4: 419E0008 bc 12,30,0x25471CDC
- 49: Js30o $0x25471CDC
-
-
-
-. 42 25471CA8 48
-. 3B 61 00 08 3B 20 00 02 81 41 00 D0 81 21 00 48 2F 8A 00 00 81 1B 02 48 81 7B 02 4C 83 49 00 04 39 20 00 00 7F 88 5A 14 83 A1 00 10 41 9E 00 08
-==== BB 43 (0x25471CD8) approx BBs exec'd 0 ====
-
- 0x25471CD8: 812A0004 lwz r9,4(r10)
- 0: GETL R10, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25471CDC: 3CA0AAAA lis r5,-21846
- 5: MOVL $0xAAAA0000, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x25471CE0: 60A4AAAB ori r4,r5,0xAAAB
- 8: MOVL $0xAAAAAAAB, t6
- 9: PUTL t6, R4
- 10: INCEIPL $4
-
- 0x25471CE4: 7D4B2016 mulhwu r10,r11,r4
- 11: GETL R11, t8
- 12: GETL R4, t10
- 13: UMULHL t8, t10
- 14: PUTL t10, R10
- 15: INCEIPL $4
-
- 0x25471CE8: 7D0B4378 or r11,r8,r8
- 16: GETL R8, t12
- 17: PUTL t12, R11
- 18: INCEIPL $4
-
- 0x25471CEC: 5540E8FE rlwinm r0,r10,29,3,31
- 19: GETL R10, t14
- 20: SHRL $0x3, t14
- 21: PUTL t14, R0
- 22: INCEIPL $4
-
- 0x25471CF0: 7C004840 cmpl cr0,r0,r9
- 23: GETL R0, t16
- 24: GETL R9, t18
- 25: CMPUL t16, t18, t20 (-rSo)
- 26: ICRFL t20, $0x0, CR
- 27: INCEIPL $4
-
- 0x25471CF4: 40810008 bc 4,1,0x25471CFC
- 28: Jc01o $0x25471CFC
-
-
-
-. 43 25471CD8 32
-. 81 2A 00 04 3C A0 AA AA 60 A4 AA AB 7D 4B 20 16 7D 0B 43 78 55 40 E8 FE 7C 00 48 40 40 81 00 08
-==== BB 44 (0x25471CF8) approx BBs exec'd 0 ====
-
- 0x25471CF8: 7D204B78 or r0,r9,r9
- 0: GETL R9, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x25471CFC: 1C60000C mulli r3,r0,12
- 3: GETL R0, t2
- 4: MULL $0xC, t2
- 5: PUTL t2, R3
- 6: INCEIPL $4
-
- 0x25471D00: 7FEB1A14 add r31,r11,r3
- 7: GETL R11, t4
- 8: GETL R3, t6
- 9: ADDL t4, t6
- 10: PUTL t6, R31
- 11: INCEIPL $4
-
- 0x25471D04: 7F8BF840 cmpl cr7,r11,r31
- 12: GETL R11, t8
- 13: GETL R31, t10
- 14: CMPUL t8, t10, t12 (-rSo)
- 15: ICRFL t12, $0x7, CR
- 16: INCEIPL $4
-
- 0x25471D08: 409C0020 bc 4,28,0x25471D28
- 17: Jc28o $0x25471D28
-
-
-
-. 44 25471CF8 20
-. 7D 20 4B 78 1C 60 00 0C 7F EB 1A 14 7F 8B F8 40 40 9C 00 20
-==== BB 45 (0x25471D0C) approx BBs exec'd 0 ====
-
- 0x25471D0C: 818B0008 lwz r12,8(r11)
- 0: GETL R11, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R12
- 4: INCEIPL $4
-
- 0x25471D10: 80CB0000 lwz r6,0(r11)
- 5: GETL R11, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R6
- 8: INCEIPL $4
-
- 0x25471D14: 396B000C addi r11,r11,12
- 9: GETL R11, t8
- 10: ADDL $0xC, t8
- 11: PUTL t8, R11
- 12: INCEIPL $4
-
- 0x25471D18: 7CECEA14 add r7,r12,r29
- 13: GETL R12, t10
- 14: GETL R29, t12
- 15: ADDL t10, t12
- 16: PUTL t12, R7
- 17: INCEIPL $4
-
- 0x25471D1C: 7F8BF840 cmpl cr7,r11,r31
- 18: GETL R11, t14
- 19: GETL R31, t16
- 20: CMPUL t14, t16, t18 (-rSo)
- 21: ICRFL t18, $0x7, CR
- 22: INCEIPL $4
-
- 0x25471D20: 7CE6E92E stwx r7,r6,r29
- 23: GETL R29, t20
- 24: GETL R6, t22
- 25: ADDL t22, t20
- 26: GETL R7, t24
- 27: STL t24, (t20)
- 28: INCEIPL $4
-
- 0x25471D24: 419CFFE8 bc 12,28,0x25471D0C
- 29: Js28o $0x25471D0C
-
-
-
-. 45 25471D0C 28
-. 81 8B 00 08 80 CB 00 00 39 6B 00 0C 7C EC EA 14 7F 8B F8 40 7C E6 E9 2E 41 9C FF E8
-==== BB 46 (0x25471D28) approx BBs exec'd 0 ====
-
- 0x25471D28: 7C9FE040 cmpl cr1,r31,r28
- 0: GETL R31, t0
- 1: GETL R28, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x1, CR
- 4: INCEIPL $4
-
- 0x25471D2C: 4084008C bc 4,4,0x25471DB8
- 5: Jc04o $0x25471DB8
-
-
-
-. 46 25471D28 8
-. 7C 9F E0 40 40 84 00 8C
-==== BB 47 (0x25471D30) approx BBs exec'd 0 ====
-
- 0x25471D30: 811F0004 lwz r8,4(r31)
- 0: GETL R31, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x25471D34: 817F0000 lwz r11,0(r31)
- 5: GETL R31, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R11
- 8: INCEIPL $4
-
- 0x25471D38: 550A063E rlwinm r10,r8,0,24,31
- 9: GETL R8, t8
- 10: ANDL $0xFF, t8
- 11: PUTL t8, R10
- 12: INCEIPL $4
-
- 0x25471D3C: 5500E136 rlwinm r0,r8,28,4,27
- 13: GETL R8, t10
- 14: ROLL $0x1C, t10
- 15: ANDL $0xFFFFFF0, t10
- 16: PUTL t10, R0
- 17: INCEIPL $4
-
- 0x25471D40: 2F0A0016 cmpi cr6,r10,22
- 18: GETL R10, t12
- 19: MOVL $0x16, t16
- 20: CMPL t12, t16, t14 (-rSo)
- 21: ICRFL t14, $0x6, CR
- 22: INCEIPL $4
-
- 0x25471D44: 7CC0D214 add r6,r0,r26
- 23: GETL R0, t18
- 24: GETL R26, t20
- 25: ADDL t18, t20
- 26: PUTL t20, R6
- 27: INCEIPL $4
-
- 0x25471D48: 7D0BEA14 add r8,r11,r29
- 28: GETL R11, t22
- 29: GETL R29, t24
- 30: ADDL t22, t24
- 31: PUTL t24, R8
- 32: INCEIPL $4
-
- 0x25471D4C: 419A00C4 bc 12,26,0x25471E10
- 33: Js26o $0x25471E10
-
-
-
-. 47 25471D30 32
-. 81 1F 00 04 81 7F 00 00 55 0A 06 3E 55 00 E1 36 2F 0A 00 16 7C C0 D2 14 7D 0B EA 14 41 9A 00 C4
-==== BB 48 (0x25471D50) approx BBs exec'd 0 ====
-
- 0x25471D50: 2F8A0000 cmpi cr7,r10,0
- 0: GETL R10, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x25471D54: 419E0058 bc 12,30,0x25471DAC
- 4: Js30o $0x25471DAC
-
-
-
-. 48 25471D50 8
-. 2F 8A 00 00 41 9E 00 58
-==== BB 49 (0x25471D58) approx BBs exec'd 0 ====
-
- 0x25471D58: 8966000C lbz r11,12(r6)
- 0: GETL R6, t0
- 1: ADDL $0xC, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x25471D5C: 5569E13F rlwinm. r9,r11,28,4,31
- 5: GETL R11, t4
- 6: SHRL $0x4, t4
- 7: PUTL t4, R9
- 8: CMP0L t4, t6 (-rSo)
- 9: ICRFL t6, $0x0, CR
- 10: INCEIPL $4
-
- 0x25471D60: 4182014C bc 12,2,0x25471EAC
- 11: Js02o $0x25471EAC
-
-
-
-. 49 25471D58 12
-. 89 66 00 0C 55 69 E1 3F 41 82 01 4C
-==== BB 50 (0x25471D64) approx BBs exec'd 0 ====
-
- 0x25471D64: A006000E lhz r0,14(r6)
- 0: GETL R6, t0
- 1: ADDL $0xE, t0
- 2: LDW (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25471D68: 2F000000 cmpi cr6,r0,0
- 5: GETL R0, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x25471D6C: 39200000 li r9,0
- 9: MOVL $0x0, t8
- 10: PUTL t8, R9
- 11: INCEIPL $4
-
- 0x25471D70: 419A0008 bc 12,26,0x25471D78
- 12: Js26o $0x25471D78
-
-
-
-. 50 25471D64 16
-. A0 06 00 0E 2F 00 00 00 39 20 00 00 41 9A 00 08
-==== BB 51 (0x25471D74) approx BBs exec'd 0 ====
-
- 0x25471D74: 81210010 lwz r9,16(r1)
- 0: GETL R1, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25471D78: 80A60004 lwz r5,4(r6)
- 5: GETL R6, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R5
- 9: INCEIPL $4
-
- 0x25471D7C: 7D292A14 add r9,r9,r5
- 10: GETL R9, t8
- 11: GETL R5, t10
- 12: ADDL t8, t10
- 13: PUTL t10, R9
- 14: INCEIPL $4
-
- 0x25471D80: 2F8A0001 cmpi cr7,r10,1
- 15: GETL R10, t12
- 16: MOVL $0x1, t16
- 17: CMPL t12, t16, t14 (-rSo)
- 18: ICRFL t14, $0x7, CR
- 19: INCEIPL $4
-
- 0x25471D84: 807F0008 lwz r3,8(r31)
- 20: GETL R31, t18
- 21: ADDL $0x8, t18
- 22: LDL (t18), t20
- 23: PUTL t20, R3
- 24: INCEIPL $4
-
- 0x25471D88: 7D291A14 add r9,r9,r3
- 25: GETL R9, t22
- 26: GETL R3, t24
- 27: ADDL t22, t24
- 28: PUTL t24, R9
- 29: INCEIPL $4
-
- 0x25471D8C: 419E0078 bc 12,30,0x25471E04
- 30: Js30o $0x25471E04
-
-
-
-. 51 25471D74 28
-. 81 21 00 10 80 A6 00 04 7D 29 2A 14 2F 8A 00 01 80 7F 00 08 7D 29 1A 14 41 9E 00 78
-==== BB 52 (0x25471D90) approx BBs exec'd 0 ====
-
- 0x25471D90: 2C0A0014 cmpi cr0,r10,20
- 0: GETL R10, t0
- 1: MOVL $0x14, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x25471D94: 41820070 bc 12,2,0x25471E04
- 5: Js02o $0x25471E04
-
-
-
-. 52 25471D90 8
-. 2C 0A 00 14 41 82 00 70
-==== BB 53 (0x25471E04) approx BBs exec'd 0 ====
-
- 0x25471E04: 3BFF000C addi r31,r31,12
- 0: GETL R31, t0
- 1: ADDL $0xC, t0
- 2: PUTL t0, R31
- 3: INCEIPL $4
-
- 0x25471E08: 91280000 stw r9,0(r8)
- 4: GETL R9, t2
- 5: GETL R8, t4
- 6: STL t2, (t4)
- 7: INCEIPL $4
-
- 0x25471E0C: 4BFFFFA4 b 0x25471DB0
- 8: JMPo $0x25471DB0 ($4)
-
-
-
-. 53 25471E04 12
-. 3B FF 00 0C 91 28 00 00 4B FF FF A4
-==== BB 54 (0x25471DB0) approx BBs exec'd 0 ====
-
- 0x25471DB0: 7C9FE040 cmpl cr1,r31,r28
- 0: GETL R31, t0
- 1: GETL R28, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x1, CR
- 4: INCEIPL $4
-
- 0x25471DB4: 4184FF7C bc 12,4,0x25471D30
- 5: Js04o $0x25471D30
-
-
-
-. 54 25471DB0 8
-. 7C 9F E0 40 41 84 FF 7C
-==== BB 55 (0x25471D98) approx BBs exec'd 0 ====
-
- 0x25471D98: 7F03C378 or r3,r24,r24
- 0: GETL R24, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25471D9C: 7FE4FB78 or r4,r31,r31
- 3: GETL R31, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0x25471DA0: 38A00000 li r5,0
- 6: MOVL $0x0, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x25471DA4: 7CC73378 or r7,r6,r6
- 9: GETL R6, t6
- 10: PUTL t6, R7
- 11: INCEIPL $4
-
- 0x25471DA8: 4800EF01 bl 0x25480CA8
- 12: MOVL $0x25471DAC, t8
- 13: PUTL t8, LR
- 14: JMPo-c $0x25480CA8 ($4)
-
-
-
-. 55 25471D98 20
-. 7F 03 C3 78 7F E4 FB 78 38 A0 00 00 7C C7 33 78 48 00 EF 01
-==== BB 56 __process_machine_rela(0x25480CA8) approx BBs exec'd 0 ====
-
- 0x25480CA8: 2B8A004D cmpli cr7,r10,77
- 0: GETL R10, t0
- 1: MOVL $0x4D, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x25480CAC: 7C0802A6 mflr r0
- 5: GETL LR, t6
- 6: PUTL t6, R0
- 7: INCEIPL $4
-
- 0x25480CB0: 9421FFD0 stwu r1,-48(r1)
- 8: GETL R1, t8
- 9: GETL R1, t10
- 10: ADDL $0xFFFFFFD0, t10
- 11: PUTL t10, R1
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0x25480CB4: 4801634D bl 0x25497000
- 14: MOVL $0x25480CB8, t12
- 15: PUTL t12, LR
- 16: JMPo-c $0x25497000 ($4)
-
-
-
-. 56 25480CA8 16
-. 2B 8A 00 4D 7C 08 02 A6 94 21 FF D0 48 01 63 4D
-==== BB 57 (0x25480CB8) approx BBs exec'd 0 ====
-
- 0x25480CB8: 93410018 stw r26,24(r1)
- 0: GETL R26, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25480CBC: 7D3A4B78 or r26,r9,r9
- 5: GETL R9, t4
- 6: PUTL t4, R26
- 7: INCEIPL $4
-
- 0x25480CC0: 9361001C stw r27,28(r1)
- 8: GETL R27, t6
- 9: GETL R1, t8
- 10: ADDL $0x1C, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x25480CC4: 7CDB3378 or r27,r6,r6
- 13: GETL R6, t10
- 14: PUTL t10, R27
- 15: INCEIPL $4
-
- 0x25480CC8: 93810020 stw r28,32(r1)
- 16: GETL R28, t12
- 17: GETL R1, t14
- 18: ADDL $0x20, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0x25480CCC: 7C9C2378 or r28,r4,r4
- 21: GETL R4, t16
- 22: PUTL t16, R28
- 23: INCEIPL $4
-
- 0x25480CD0: 93A10024 stw r29,36(r1)
- 24: GETL R29, t18
- 25: GETL R1, t20
- 26: ADDL $0x24, t20
- 27: STL t18, (t20)
- 28: INCEIPL $4
-
- 0x25480CD4: 7CBD2B78 or r29,r5,r5
- 29: GETL R5, t22
- 30: PUTL t22, R29
- 31: INCEIPL $4
-
- 0x25480CD8: 93C10028 stw r30,40(r1)
- 32: GETL R30, t24
- 33: GETL R1, t26
- 34: ADDL $0x28, t26
- 35: STL t24, (t26)
- 36: INCEIPL $4
-
- 0x25480CDC: 7FC802A6 mflr r30
- 37: GETL LR, t28
- 38: PUTL t28, R30
- 39: INCEIPL $4
-
- 0x25480CE0: 93E1002C stw r31,44(r1)
- 40: GETL R31, t30
- 41: GETL R1, t32
- 42: ADDL $0x2C, t32
- 43: STL t30, (t32)
- 44: INCEIPL $4
-
- 0x25480CE4: 7D5F5378 or r31,r10,r10
- 45: GETL R10, t34
- 46: PUTL t34, R31
- 47: INCEIPL $4
-
- 0x25480CE8: 90010034 stw r0,52(r1)
- 48: GETL R0, t36
- 49: GETL R1, t38
- 50: ADDL $0x34, t38
- 51: STL t36, (t38)
- 52: INCEIPL $4
-
- 0x25480CEC: 90610008 stw r3,8(r1)
- 53: GETL R3, t40
- 54: GETL R1, t42
- 55: ADDL $0x8, t42
- 56: STL t40, (t42)
- 57: INCEIPL $4
-
- 0x25480CF0: 90E10010 stw r7,16(r1)
- 58: GETL R7, t44
- 59: GETL R1, t46
- 60: ADDL $0x10, t46
- 61: STL t44, (t46)
- 62: INCEIPL $4
-
- 0x25480CF4: 9101000C stw r8,12(r1)
- 63: GETL R8, t48
- 64: GETL R1, t50
- 65: ADDL $0xC, t50
- 66: STL t48, (t50)
- 67: INCEIPL $4
-
- 0x25480CF8: 419D0140 bc 12,29,0x25480E38
- 68: Js29o $0x25480E38
-
-
-
-. 57 25480CB8 68
-. 93 41 00 18 7D 3A 4B 78 93 61 00 1C 7C DB 33 78 93 81 00 20 7C 9C 23 78 93 A1 00 24 7C BD 2B 78 93 C1 00 28 7F C8 02 A6 93 E1 00 2C 7D 5F 53 78 90 01 00 34 90 61 00 08 90 E1 00 10 91 01 00 0C 41 9D 01 40
-==== BB 58 (0x25480CFC) approx BBs exec'd 0 ====
-
- 0x25480CFC: 817E0450 lwz r11,1104(r30)
- 0: GETL R30, t0
- 1: ADDL $0x450, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x25480D00: 5544103A rlwinm r4,r10,2,0,29
- 5: GETL R10, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0x25480D04: 7C64582E lwzx r3,r4,r11
- 9: GETL R11, t6
- 10: GETL R4, t8
- 11: ADDL t8, t6
- 12: LDL (t6), t10
- 13: PUTL t10, R3
- 14: INCEIPL $4
-
- 0x25480D08: 7D235A14 add r9,r3,r11
- 15: GETL R3, t12
- 16: GETL R11, t14
- 17: ADDL t12, t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0x25480D0C: 7D2903A6 mtctr r9
- 20: GETL R9, t16
- 21: PUTL t16, CTR
- 22: INCEIPL $4
-
- 0x25480D10: 4E800420 bctr
- 23: GETL CTR, t18
- 24: JMPo t18 ($4)
-
-
-
-. 58 25480CFC 24
-. 81 7E 04 50 55 44 10 3A 7C 64 58 2E 7D 23 5A 14 7D 29 03 A6 4E 80 04 20
-==== BB 59 (0x25480FD8) approx BBs exec'd 0 ====
-
- 0x25480FD8: 80A1000C lwz r5,12(r1)
- 0: GETL R1, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x25480FDC: 7FA5D050 subf r29,r5,r26
- 5: GETL R5, t4
- 6: GETL R26, t6
- 7: SUBL t4, t6
- 8: PUTL t6, R29
- 9: INCEIPL $4
-
- 0x25480FE0: 57BF3032 rlwinm r31,r29,6,0,25
- 10: GETL R29, t8
- 11: SHLL $0x6, t8
- 12: PUTL t8, R31
- 13: INCEIPL $4
-
- 0x25480FE4: 7FE93670 srawi r9,r31,6
- 14: GETL R31, t10
- 15: SARL $0x6, t10 (-wCa)
- 16: PUTL t10, R9
- 17: INCEIPL $4
-
- 0x25480FE8: 7F89E800 cmp cr7,r9,r29
- 18: GETL R9, t12
- 19: GETL R29, t14
- 20: CMPL t12, t14, t16 (-rSo)
- 21: ICRFL t16, $0x7, CR
- 22: INCEIPL $4
-
- 0x25480FEC: 419E0254 bc 12,30,0x25481240
- 23: Js30o $0x25481240
-
-
-
-. 59 25480FD8 24
-. 80 A1 00 0C 7F A5 D0 50 57 BF 30 32 7F E9 36 70 7F 89 E8 00 41 9E 02 54
-==== BB 60 (0x25481240) approx BBs exec'd 0 ====
-
- 0x25481240: 553A01BA rlwinm r26,r9,0,6,29
- 0: GETL R9, t0
- 1: ANDL $0x3FFFFFC, t0
- 2: PUTL t0, R26
- 3: INCEIPL $4
-
- 0x25481244: 67404800 oris r0,r26,0x4800
- 4: GETL R26, t2
- 5: ORL $0x48000000, t2
- 6: PUTL t2, R0
- 7: INCEIPL $4
-
- 0x25481248: 90050000 stw r0,0(r5)
- 8: GETL R0, t4
- 9: GETL R5, t6
- 10: STL t4, (t6)
- 11: INCEIPL $4
-
- 0x2548124C: 4BFFFBB4 b 0x25480E00
- 12: JMPo $0x25480E00 ($4)
-
-
-
-. 60 25481240 16
-. 55 3A 01 BA 67 40 48 00 90 05 00 00 4B FF FB B4
-==== BB 61 (0x25480E00) approx BBs exec'd 0 ====
-
- 0x25480E00: 7C00286C dcbst r0,r5
- 0: INCEIPL $4
-
- 0x25480E04: 7C0004AC sync
- 1: INCEIPL $4
-
- 0x25480E08: 8381000C lwz r28,12(r1)
- 2: GETL R1, t0
- 3: ADDL $0xC, t0
- 4: LDL (t0), t2
- 5: PUTL t2, R28
- 6: INCEIPL $4
-
- 0x25480E0C: 7C00E7AC icbi r0,r28
- 7: GETL R28, t4
- 8: CALLM_So
- 9: PUSHL t4
- 10: CALLMo $0x68
- 11: CALLM_Eo
- 12: INCEIPL $4
-
- 0x25480E10: 80610034 lwz r3,52(r1)
- 13: GETL R1, t6
- 14: ADDL $0x34, t6
- 15: LDL (t6), t8
- 16: PUTL t8, R3
- 17: INCEIPL $4
-
- 0x25480E14: 83410018 lwz r26,24(r1)
- 18: GETL R1, t10
- 19: ADDL $0x18, t10
- 20: LDL (t10), t12
- 21: PUTL t12, R26
- 22: INCEIPL $4
-
- 0x25480E18: 8361001C lwz r27,28(r1)
- 23: GETL R1, t14
- 24: ADDL $0x1C, t14
- 25: LDL (t14), t16
- 26: PUTL t16, R27
- 27: INCEIPL $4
-
- 0x25480E1C: 7C6803A6 mtlr r3
- 28: GETL R3, t18
- 29: PUTL t18, LR
- 30: INCEIPL $4
-
- 0x25480E20: 83810020 lwz r28,32(r1)
- 31: GETL R1, t20
- 32: ADDL $0x20, t20
- 33: LDL (t20), t22
- 34: PUTL t22, R28
- 35: INCEIPL $4
-
- 0x25480E24: 83A10024 lwz r29,36(r1)
- 36: GETL R1, t24
- 37: ADDL $0x24, t24
- 38: LDL (t24), t26
- 39: PUTL t26, R29
- 40: INCEIPL $4
-
- 0x25480E28: 83C10028 lwz r30,40(r1)
- 41: GETL R1, t28
- 42: ADDL $0x28, t28
- 43: LDL (t28), t30
- 44: PUTL t30, R30
- 45: INCEIPL $4
-
- 0x25480E2C: 83E1002C lwz r31,44(r1)
- 46: GETL R1, t32
- 47: ADDL $0x2C, t32
- 48: LDL (t32), t34
- 49: PUTL t34, R31
- 50: INCEIPL $4
-
- 0x25480E30: 38210030 addi r1,r1,48
- 51: GETL R1, t36
- 52: ADDL $0x30, t36
- 53: PUTL t36, R1
- 54: INCEIPL $4
-
- 0x25480E34: 4E800020 blr
- 55: GETL LR, t38
- 56: JMPo-r t38 ($4)
-
-
-
-. 61 25480E00 56
-. 7C 00 28 6C 7C 00 04 AC 83 81 00 0C 7C 00 E7 AC 80 61 00 34 83 41 00 18 83 61 00 1C 7C 68 03 A6 83 81 00 20 83 A1 00 24 83 C1 00 28 83 E1 00 2C 38 21 00 30 4E 80 00 20
-==== BB 62 (0x25471DAC) approx BBs exec'd 0 ====
-
- 0x25471DAC: 3BFF000C addi r31,r31,12
- 0: GETL R31, t0
- 1: ADDL $0xC, t0
- 2: PUTL t0, R31
- 3: INCEIPL $4
-
- 0x25471DB0: 7C9FE040 cmpl cr1,r31,r28
- 4: GETL R31, t2
- 5: GETL R28, t4
- 6: CMPUL t2, t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x25471DB4: 4184FF7C bc 12,4,0x25471D30
- 9: Js04o $0x25471D30
-
-
-
-. 62 25471DAC 12
-. 3B FF 00 0C 7C 9F E0 40 41 84 FF 7C
-==== BB 63 (0x25471DB8) approx BBs exec'd 0 ====
-
- 0x25471DB8: 3739FFFF addic. r25,r25,-1
- 0: GETL R25, t0
- 1: ADCL $0xFFFFFFFF, t0 (-wCa)
- 2: PUTL t0, R25
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0x25471DBC: 3B7B000C addi r27,r27,12
- 6: GETL R27, t4
- 7: ADDL $0xC, t4
- 8: PUTL t4, R27
- 9: INCEIPL $4
-
- 0x25471DC0: 4080FEF0 bc 4,0,0x25471CB0
- 10: Jc00o $0x25471CB0
-
-
-
-. 63 25471DB8 12
-. 37 39 FF FF 3B 7B 00 0C 40 80 FE F0
-==== BB 64 (0x25471CB0) approx BBs exec'd 0 ====
-
- 0x25471CB0: 814100D0 lwz r10,208(r1)
- 0: GETL R1, t0
- 1: ADDL $0xD0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x25471CB4: 81210048 lwz r9,72(r1)
- 5: GETL R1, t4
- 6: ADDL $0x48, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R9
- 9: INCEIPL $4
-
- 0x25471CB8: 2F8A0000 cmpi cr7,r10,0
- 10: GETL R10, t8
- 11: CMP0L t8, t10 (-rSo)
- 12: ICRFL t10, $0x7, CR
- 13: INCEIPL $4
-
- 0x25471CBC: 811B0248 lwz r8,584(r27)
- 14: GETL R27, t12
- 15: ADDL $0x248, t12
- 16: LDL (t12), t14
- 17: PUTL t14, R8
- 18: INCEIPL $4
-
- 0x25471CC0: 817B024C lwz r11,588(r27)
- 19: GETL R27, t16
- 20: ADDL $0x24C, t16
- 21: LDL (t16), t18
- 22: PUTL t18, R11
- 23: INCEIPL $4
-
- 0x25471CC4: 83490004 lwz r26,4(r9)
- 24: GETL R9, t20
- 25: ADDL $0x4, t20
- 26: LDL (t20), t22
- 27: PUTL t22, R26
- 28: INCEIPL $4
-
- 0x25471CC8: 39200000 li r9,0
- 29: MOVL $0x0, t24
- 30: PUTL t24, R9
- 31: INCEIPL $4
-
- 0x25471CCC: 7F885A14 add r28,r8,r11
- 32: GETL R8, t26
- 33: GETL R11, t28
- 34: ADDL t26, t28
- 35: PUTL t28, R28
- 36: INCEIPL $4
-
- 0x25471CD0: 83A10010 lwz r29,16(r1)
- 37: GETL R1, t30
- 38: ADDL $0x10, t30
- 39: LDL (t30), t32
- 40: PUTL t32, R29
- 41: INCEIPL $4
-
- 0x25471CD4: 419E0008 bc 12,30,0x25471CDC
- 42: Js30o $0x25471CDC
-
-
-
-. 64 25471CB0 40
-. 81 41 00 D0 81 21 00 48 2F 8A 00 00 81 1B 02 48 81 7B 02 4C 83 49 00 04 39 20 00 00 7F 88 5A 14 83 A1 00 10 41 9E 00 08
-==== BB 65 (0x25471CFC) approx BBs exec'd 0 ====
-
- 0x25471CFC: 1C60000C mulli r3,r0,12
- 0: GETL R0, t0
- 1: MULL $0xC, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0x25471D00: 7FEB1A14 add r31,r11,r3
- 4: GETL R11, t2
- 5: GETL R3, t4
- 6: ADDL t2, t4
- 7: PUTL t4, R31
- 8: INCEIPL $4
-
- 0x25471D04: 7F8BF840 cmpl cr7,r11,r31
- 9: GETL R11, t6
- 10: GETL R31, t8
- 11: CMPUL t6, t8, t10 (-rSo)
- 12: ICRFL t10, $0x7, CR
- 13: INCEIPL $4
-
- 0x25471D08: 409C0020 bc 4,28,0x25471D28
- 14: Jc28o $0x25471D28
-
-
-
-. 65 25471CFC 16
-. 1C 60 00 0C 7F EB 1A 14 7F 8B F8 40 40 9C 00 20
-==== BB 66 (0x25471DC4) approx BBs exec'd 0 ====
-
- 0x25471DC4: 7EE3BB78 or r3,r23,r23
- 0: GETL R23, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25471DC8: 7F04C378 or r4,r24,r24
- 3: GETL R24, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0x25471DCC: 4BFFFBBD bl 0x25471988
- 6: MOVL $0x25471DD0, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0x25471988 ($4)
-
-
-
-. 66 25471DC4 12
-. 7E E3 BB 78 7F 04 C3 78 4B FF FB BD
-==== BB 67 _dl_start_final(0x25471988) approx BBs exec'd 0 ====
-
- 0x25471988: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547198C: 7D2802A6 mflr r9
- 6: GETL LR, t4
- 7: PUTL t4, R9
- 8: INCEIPL $4
-
- 0x25471990: 48025671 bl 0x25497000
- 9: MOVL $0x25471994, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-
-. 67 25471988 12
-. 94 21 FF E0 7D 28 02 A6 48 02 56 71
-==== BB 68 (0x25471994) approx BBs exec'd 0 ====
-
- 0x25471994: 93C10018 stw r30,24(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25471998: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x2547199C: 93A10014 stw r29,20(r1)
- 8: GETL R29, t6
- 9: GETL R1, t8
- 10: ADDL $0x14, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x254719A0: 91210024 stw r9,36(r1)
- 13: GETL R9, t10
- 14: GETL R1, t12
- 15: ADDL $0x24, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x254719A4: 38A0012C li r5,300
- 18: MOVL $0x12C, t14
- 19: PUTL t14, R5
- 20: INCEIPL $4
-
- 0x254719A8: 80040000 lwz r0,0(r4)
- 21: GETL R4, t16
- 22: LDL (t16), t18
- 23: PUTL t18, R0
- 24: INCEIPL $4
-
- 0x254719AC: 83BE04C8 lwz r29,1224(r30)
- 25: GETL R30, t20
- 26: ADDL $0x4C8, t20
- 27: LDL (t20), t22
- 28: PUTL t22, R29
- 29: INCEIPL $4
-
- 0x254719B0: 81840008 lwz r12,8(r4)
- 30: GETL R4, t24
- 31: ADDL $0x8, t24
- 32: LDL (t24), t26
- 33: PUTL t26, R12
- 34: INCEIPL $4
-
- 0x254719B4: 38840020 addi r4,r4,32
- 35: GETL R4, t28
- 36: ADDL $0x20, t28
- 37: PUTL t28, R4
- 38: INCEIPL $4
-
- 0x254719B8: 901D01B8 stw r0,440(r29)
- 39: GETL R0, t30
- 40: GETL R29, t32
- 41: ADDL $0x1B8, t32
- 42: STL t30, (t32)
- 43: INCEIPL $4
-
- 0x254719BC: 919D01C0 stw r12,448(r29)
- 44: GETL R12, t34
- 45: GETL R29, t36
- 46: ADDL $0x1C0, t36
- 47: STL t34, (t36)
- 48: INCEIPL $4
-
- 0x254719C0: 9361000C stw r27,12(r1)
- 49: GETL R27, t38
- 50: GETL R1, t40
- 51: ADDL $0xC, t40
- 52: STL t38, (t40)
- 53: INCEIPL $4
-
- 0x254719C4: 7C7B1B78 or r27,r3,r3
- 54: GETL R3, t42
- 55: PUTL t42, R27
- 56: INCEIPL $4
-
- 0x254719C8: 93810010 stw r28,16(r1)
- 57: GETL R28, t44
- 58: GETL R1, t46
- 59: ADDL $0x10, t46
- 60: STL t44, (t46)
- 61: INCEIPL $4
-
- 0x254719CC: 387D01D8 addi r3,r29,472
- 62: GETL R29, t48
- 63: ADDL $0x1D8, t48
- 64: PUTL t48, R3
- 65: INCEIPL $4
-
- 0x254719D0: 3B9D01B8 addi r28,r29,440
- 66: GETL R29, t50
- 67: ADDL $0x1B8, t50
- 68: PUTL t50, R28
- 69: INCEIPL $4
-
- 0x254719D4: 4801220D bl 0x25483BE0
- 70: MOVL $0x254719D8, t52
- 71: PUTL t52, LR
- 72: JMPo-c $0x25483BE0 ($4)
-
-
-
-. 68 25471994 68
-. 93 C1 00 18 7F C8 02 A6 93 A1 00 14 91 21 00 24 38 A0 01 2C 80 04 00 00 83 BE 04 C8 81 84 00 08 38 84 00 20 90 1D 01 B8 91 9D 01 C0 93 61 00 0C 7C 7B 1B 78 93 81 00 10 38 7D 01 D8 3B 9D 01 B8 48 01 22 0D
-==== BB 69 memcpy(0x25483BE0) approx BBs exec'd 0 ====
-
- 0x25483BE0: 2B85000F cmpli cr7,r5,15
- 0: GETL R5, t0
- 1: MOVL $0xF, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x25483BE4: 7C0802A6 mflr r0
- 5: GETL LR, t6
- 6: PUTL t6, R0
- 7: INCEIPL $4
-
- 0x25483BE8: 9421FFE0 stwu r1,-32(r1)
- 8: GETL R1, t8
- 9: GETL R1, t10
- 10: ADDL $0xFFFFFFE0, t10
- 11: PUTL t10, R1
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0x25483BEC: 9361000C stw r27,12(r1)
- 14: GETL R27, t12
- 15: GETL R1, t14
- 16: ADDL $0xC, t14
- 17: STL t12, (t14)
- 18: INCEIPL $4
-
- 0x25483BF0: 7C7B1B78 or r27,r3,r3
- 19: GETL R3, t16
- 20: PUTL t16, R27
- 21: INCEIPL $4
-
- 0x25483BF4: 93A10014 stw r29,20(r1)
- 22: GETL R29, t18
- 23: GETL R1, t20
- 24: ADDL $0x14, t20
- 25: STL t18, (t20)
- 26: INCEIPL $4
-
- 0x25483BF8: 7C9D2378 or r29,r4,r4
- 27: GETL R4, t22
- 28: PUTL t22, R29
- 29: INCEIPL $4
-
- 0x25483BFC: 93E1001C stw r31,28(r1)
- 30: GETL R31, t24
- 31: GETL R1, t26
- 32: ADDL $0x1C, t26
- 33: STL t24, (t26)
- 34: INCEIPL $4
-
- 0x25483C00: 7C7F1B78 or r31,r3,r3
- 35: GETL R3, t28
- 36: PUTL t28, R31
- 37: INCEIPL $4
-
- 0x25483C04: 93810010 stw r28,16(r1)
- 38: GETL R28, t30
- 39: GETL R1, t32
- 40: ADDL $0x10, t32
- 41: STL t30, (t32)
- 42: INCEIPL $4
-
- 0x25483C08: 93C10018 stw r30,24(r1)
- 43: GETL R30, t34
- 44: GETL R1, t36
- 45: ADDL $0x18, t36
- 46: STL t34, (t36)
- 47: INCEIPL $4
-
- 0x25483C0C: 90010024 stw r0,36(r1)
- 48: GETL R0, t38
- 49: GETL R1, t40
- 50: ADDL $0x24, t40
- 51: STL t38, (t40)
- 52: INCEIPL $4
-
- 0x25483C10: 409D0058 bc 4,29,0x25483C68
- 53: Jc29o $0x25483C68
-
-
-
-. 69 25483BE0 52
-. 2B 85 00 0F 7C 08 02 A6 94 21 FF E0 93 61 00 0C 7C 7B 1B 78 93 A1 00 14 7C 9D 23 78 93 E1 00 1C 7C 7F 1B 78 93 81 00 10 93 C1 00 18 90 01 00 24 40 9D 00 58
-==== BB 70 (0x25483C14) approx BBs exec'd 0 ====
-
- 0x25483C14: 7C8300D0 neg r4,r3
- 0: GETL R3, t0
- 1: NEGL t0
- 2: PUTL t0, R4
- 3: INCEIPL $4
-
- 0x25483C18: 548307BE rlwinm r3,r4,0,30,31
- 4: GETL R4, t2
- 5: ANDL $0x3, t2
- 6: PUTL t2, R3
- 7: INCEIPL $4
-
- 0x25483C1C: 7C691B79 or. r9,r3,r3
- 8: GETL R3, t4
- 9: PUTL t4, R9
- 10: CMP0L t4, t6 (-rSo)
- 11: ICRFL t6, $0x0, CR
- 12: INCEIPL $4
-
- 0x25483C20: 7F832850 subf r28,r3,r5
- 13: GETL R3, t8
- 14: GETL R5, t10
- 15: SUBL t8, t10
- 16: PUTL t10, R28
- 17: INCEIPL $4
-
- 0x25483C24: 4182001C bc 12,2,0x25483C40
- 18: Js02o $0x25483C40
-
-
-
-. 70 25483C14 20
-. 7C 83 00 D0 54 83 07 BE 7C 69 1B 79 7F 83 28 50 41 82 00 1C
-==== BB 71 (0x25483C40) approx BBs exec'd 0 ====
-
- 0x25483C40: 73A00003 andi. r0,r29,0x3
- 0: GETL R29, t0
- 1: ANDL $0x3, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0x25483C44: 4082006C bc 4,2,0x25483CB0
- 6: Jc02o $0x25483CB0
-
-
-
-. 71 25483C40 8
-. 73 A0 00 03 40 82 00 6C
-==== BB 72 (0x25483C48) approx BBs exec'd 0 ====
-
- 0x25483C48: 7FE3FB78 or r3,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25483C4C: 7FA4EB78 or r4,r29,r29
- 3: GETL R29, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0x25483C50: 5785F0BE rlwinm r5,r28,30,2,31
- 6: GETL R28, t4
- 7: SHRL $0x2, t4
- 8: PUTL t4, R5
- 9: INCEIPL $4
-
- 0x25483C54: 48000071 bl 0x25483CC4
- 10: MOVL $0x25483C58, t6
- 11: PUTL t6, LR
- 12: JMPo-c $0x25483CC4 ($4)
-
-
-
-. 72 25483C48 16
-. 7F E3 FB 78 7F A4 EB 78 57 85 F0 BE 48 00 00 71
-==== BB 73 _wordcopy_fwd_aligned(0x25483CC4) approx BBs exec'd 0 ====
-
- 0x25483CC4: 54A0077E rlwinm r0,r5,0,29,31
- 0: GETL R5, t0
- 1: ANDL $0x7, t0
- 2: PUTL t0, R0
- 3: INCEIPL $4
-
- 0x25483CC8: 7D8802A6 mflr r12
- 4: GETL LR, t2
- 5: PUTL t2, R12
- 6: INCEIPL $4
-
- 0x25483CCC: 2B800007 cmpli cr7,r0,7
- 7: GETL R0, t4
- 8: MOVL $0x7, t8
- 9: CMPUL t4, t8, t6 (-rSo)
- 10: ICRFL t6, $0x7, CR
- 11: INCEIPL $4
-
- 0x25483CD0: 48013331 bl 0x25497000
- 12: MOVL $0x25483CD4, t10
- 13: PUTL t10, LR
- 14: JMPo-c $0x25497000 ($4)
-
-
-
-. 73 25483CC4 16
-. 54 A0 07 7E 7D 88 02 A6 2B 80 00 07 48 01 33 31
-==== BB 74 (0x25483CD4) approx BBs exec'd 0 ====
-
- 0x25483CD4: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x25483CD8: 93C10008 stw r30,8(r1)
- 6: GETL R30, t4
- 7: GETL R1, t6
- 8: ADDL $0x8, t6
- 9: STL t4, (t6)
- 10: INCEIPL $4
-
- 0x25483CDC: 7FC802A6 mflr r30
- 11: GETL LR, t8
- 12: PUTL t8, R30
- 13: INCEIPL $4
-
- 0x25483CE0: 7D8803A6 mtlr r12
- 14: GETL R12, t10
- 15: PUTL t10, LR
- 16: INCEIPL $4
-
- 0x25483CE4: 419D0028 bc 12,29,0x25483D0C
- 17: Js29o $0x25483D0C
-
-
-
-. 74 25483CD4 20
-. 94 21 FF F0 93 C1 00 08 7F C8 02 A6 7D 88 03 A6 41 9D 00 28
-==== BB 75 (0x25483CE8) approx BBs exec'd 0 ====
-
- 0x25483CE8: 817E0490 lwz r11,1168(r30)
- 0: GETL R30, t0
- 1: ADDL $0x490, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x25483CEC: 5400103A rlwinm r0,r0,2,0,29
- 5: GETL R0, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x25483CF0: 7CCB002E lwzx r6,r11,r0
- 9: GETL R0, t6
- 10: GETL R11, t8
- 11: ADDL t8, t6
- 12: LDL (t6), t10
- 13: PUTL t10, R6
- 14: INCEIPL $4
-
- 0x25483CF4: 7D265A14 add r9,r6,r11
- 15: GETL R6, t12
- 16: GETL R11, t14
- 17: ADDL t12, t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0x25483CF8: 7D2903A6 mtctr r9
- 20: GETL R9, t16
- 21: PUTL t16, CTR
- 22: INCEIPL $4
-
- 0x25483CFC: 4E800420 bctr
- 23: GETL CTR, t18
- 24: JMPo t18 ($4)
-
-
-
-. 75 25483CE8 24
-. 81 7E 04 90 54 00 10 3A 7C CB 00 2E 7D 26 5A 14 7D 29 03 A6 4E 80 04 20
-==== BB 76 (0x25483D94) approx BBs exec'd 0 ====
-
- 0x25483D94: 81240000 lwz r9,0(r4)
- 0: GETL R4, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0x25483D98: 3863FFE8 addi r3,r3,-24
- 4: GETL R3, t4
- 5: ADDL $0xFFFFFFE8, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x25483D9C: 3884FFEC addi r4,r4,-20
- 8: GETL R4, t6
- 9: ADDL $0xFFFFFFEC, t6
- 10: PUTL t6, R4
- 11: INCEIPL $4
-
- 0x25483DA0: 38A50005 addi r5,r5,5
- 12: GETL R5, t8
- 13: ADDL $0x5, t8
- 14: PUTL t8, R5
- 15: INCEIPL $4
-
- 0x25483DA4: 4BFFFF98 b 0x25483D3C
- 16: JMPo $0x25483D3C ($4)
-
-
-
-. 76 25483D94 20
-. 81 24 00 00 38 63 FF E8 38 84 FF EC 38 A5 00 05 4B FF FF 98
-==== BB 77 (0x25483D3C) approx BBs exec'd 0 ====
-
- 0x25483D3C: 80040018 lwz r0,24(r4)
- 0: GETL R4, t0
- 1: ADDL $0x18, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25483D40: 91230018 stw r9,24(r3)
- 5: GETL R9, t4
- 6: GETL R3, t6
- 7: ADDL $0x18, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0x25483D44: 34A5FFF8 addic. r5,r5,-8
- 10: GETL R5, t8
- 11: ADCL $0xFFFFFFF8, t8 (-wCa)
- 12: PUTL t8, R5
- 13: CMP0L t8, t10 (-rSo)
- 14: ICRFL t10, $0x0, CR
- 15: INCEIPL $4
-
- 0x25483D48: 8124001C lwz r9,28(r4)
- 16: GETL R4, t12
- 17: ADDL $0x1C, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R9
- 20: INCEIPL $4
-
- 0x25483D4C: 9003001C stw r0,28(r3)
- 21: GETL R0, t16
- 22: GETL R3, t18
- 23: ADDL $0x1C, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0x25483D50: 38840020 addi r4,r4,32
- 26: GETL R4, t20
- 27: ADDL $0x20, t20
- 28: PUTL t20, R4
- 29: INCEIPL $4
-
- 0x25483D54: 38630020 addi r3,r3,32
- 30: GETL R3, t22
- 31: ADDL $0x20, t22
- 32: PUTL t22, R3
- 33: INCEIPL $4
-
- 0x25483D58: 40A2FFB4 bc 5,2,0x25483D0C
- 34: Jc02o $0x25483D0C
-
-
-
-. 77 25483D3C 32
-. 80 04 00 18 91 23 00 18 34 A5 FF F8 81 24 00 1C 90 03 00 1C 38 84 00 20 38 63 00 20 40 A2 FF B4
-==== BB 78 (0x25483D0C) approx BBs exec'd 0 ====
-
- 0x25483D0C: 80040000 lwz r0,0(r4)
- 0: GETL R4, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0x25483D10: 91230000 stw r9,0(r3)
- 4: GETL R9, t4
- 5: GETL R3, t6
- 6: STL t4, (t6)
- 7: INCEIPL $4
-
- 0x25483D14: 81240004 lwz r9,4(r4)
- 8: GETL R4, t8
- 9: ADDL $0x4, t8
- 10: LDL (t8), t10
- 11: PUTL t10, R9
- 12: INCEIPL $4
-
- 0x25483D18: 90030004 stw r0,4(r3)
- 13: GETL R0, t12
- 14: GETL R3, t14
- 15: ADDL $0x4, t14
- 16: STL t12, (t14)
- 17: INCEIPL $4
-
- 0x25483D1C: 80040008 lwz r0,8(r4)
- 18: GETL R4, t16
- 19: ADDL $0x8, t16
- 20: LDL (t16), t18
- 21: PUTL t18, R0
- 22: INCEIPL $4
-
- 0x25483D20: 91230008 stw r9,8(r3)
- 23: GETL R9, t20
- 24: GETL R3, t22
- 25: ADDL $0x8, t22
- 26: STL t20, (t22)
- 27: INCEIPL $4
-
- 0x25483D24: 8124000C lwz r9,12(r4)
- 28: GETL R4, t24
- 29: ADDL $0xC, t24
- 30: LDL (t24), t26
- 31: PUTL t26, R9
- 32: INCEIPL $4
-
- 0x25483D28: 9003000C stw r0,12(r3)
- 33: GETL R0, t28
- 34: GETL R3, t30
- 35: ADDL $0xC, t30
- 36: STL t28, (t30)
- 37: INCEIPL $4
-
- 0x25483D2C: 80040010 lwz r0,16(r4)
- 38: GETL R4, t32
- 39: ADDL $0x10, t32
- 40: LDL (t32), t34
- 41: PUTL t34, R0
- 42: INCEIPL $4
-
- 0x25483D30: 91230010 stw r9,16(r3)
- 43: GETL R9, t36
- 44: GETL R3, t38
- 45: ADDL $0x10, t38
- 46: STL t36, (t38)
- 47: INCEIPL $4
-
- 0x25483D34: 81240014 lwz r9,20(r4)
- 48: GETL R4, t40
- 49: ADDL $0x14, t40
- 50: LDL (t40), t42
- 51: PUTL t42, R9
- 52: INCEIPL $4
-
- 0x25483D38: 90030014 stw r0,20(r3)
- 53: GETL R0, t44
- 54: GETL R3, t46
- 55: ADDL $0x14, t46
- 56: STL t44, (t46)
- 57: INCEIPL $4
-
- 0x25483D3C: 80040018 lwz r0,24(r4)
- 58: GETL R4, t48
- 59: ADDL $0x18, t48
- 60: LDL (t48), t50
- 61: PUTL t50, R0
- 62: INCEIPL $4
-
- 0x25483D40: 91230018 stw r9,24(r3)
- 63: GETL R9, t52
- 64: GETL R3, t54
- 65: ADDL $0x18, t54
- 66: STL t52, (t54)
- 67: INCEIPL $4
-
- 0x25483D44: 34A5FFF8 addic. r5,r5,-8
- 68: GETL R5, t56
- 69: ADCL $0xFFFFFFF8, t56 (-wCa)
- 70: PUTL t56, R5
- 71: CMP0L t56, t58 (-rSo)
- 72: ICRFL t58, $0x0, CR
- 73: INCEIPL $4
-
- 0x25483D48: 8124001C lwz r9,28(r4)
- 74: GETL R4, t60
- 75: ADDL $0x1C, t60
- 76: LDL (t60), t62
- 77: PUTL t62, R9
- 78: INCEIPL $4
-
- 0x25483D4C: 9003001C stw r0,28(r3)
- 79: GETL R0, t64
- 80: GETL R3, t66
- 81: ADDL $0x1C, t66
- 82: STL t64, (t66)
- 83: INCEIPL $4
-
- 0x25483D50: 38840020 addi r4,r4,32
- 84: GETL R4, t68
- 85: ADDL $0x20, t68
- 86: PUTL t68, R4
- 87: INCEIPL $4
-
- 0x25483D54: 38630020 addi r3,r3,32
- 88: GETL R3, t70
- 89: ADDL $0x20, t70
- 90: PUTL t70, R3
- 91: INCEIPL $4
-
- 0x25483D58: 40A2FFB4 bc 5,2,0x25483D0C
- 92: Jc02o $0x25483D0C
-
-
-
-. 78 25483D0C 80
-. 80 04 00 00 91 23 00 00 81 24 00 04 90 03 00 04 80 04 00 08 91 23 00 08 81 24 00 0C 90 03 00 0C 80 04 00 10 91 23 00 10 81 24 00 14 90 03 00 14 80 04 00 18 91 23 00 18 34 A5 FF F8 81 24 00 1C 90 03 00 1C 38 84 00 20 38 63 00 20 40 A2 FF B4
-==== BB 79 (0x25483D5C) approx BBs exec'd 0 ====
-
- 0x25483D5C: 83C10008 lwz r30,8(r1)
- 0: GETL R1, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R30
- 4: INCEIPL $4
-
- 0x25483D60: 38210010 addi r1,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R1
- 8: INCEIPL $4
-
- 0x25483D64: 91230000 stw r9,0(r3)
- 9: GETL R9, t6
- 10: GETL R3, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x25483D68: 4E800020 blr
- 13: GETL LR, t10
- 14: JMPo-r t10 ($4)
-
-
-
-. 79 25483D5C 16
-. 83 C1 00 08 38 21 00 10 91 23 00 00 4E 80 00 20
-==== BB 80 (0x25483C58) approx BBs exec'd 0 ====
-
- 0x25483C58: 5786003A rlwinm r6,r28,0,0,29
- 0: GETL R28, t0
- 1: ANDL $0xFFFFFFFC, t0
- 2: PUTL t0, R6
- 3: INCEIPL $4
-
- 0x25483C5C: 578507BE rlwinm r5,r28,0,30,31
- 4: GETL R28, t2
- 5: ANDL $0x3, t2
- 6: PUTL t2, R5
- 7: INCEIPL $4
-
- 0x25483C60: 7FFF3214 add r31,r31,r6
- 8: GETL R31, t4
- 9: GETL R6, t6
- 10: ADDL t4, t6
- 11: PUTL t6, R31
- 12: INCEIPL $4
-
- 0x25483C64: 7FBD3214 add r29,r29,r6
- 13: GETL R29, t8
- 14: GETL R6, t10
- 15: ADDL t8, t10
- 16: PUTL t10, R29
- 17: INCEIPL $4
-
- 0x25483C68: 2C850000 cmpi cr1,r5,0
- 18: GETL R5, t12
- 19: CMP0L t12, t14 (-rSo)
- 20: ICRFL t14, $0x1, CR
- 21: INCEIPL $4
-
- 0x25483C6C: 4186001C bc 12,6,0x25483C88
- 22: Js06o $0x25483C88
-
-
-
-. 80 25483C58 24
-. 57 86 00 3A 57 85 07 BE 7F FF 32 14 7F BD 32 14 2C 85 00 00 41 86 00 1C
-==== BB 81 (0x25483C88) approx BBs exec'd 0 ====
-
- 0x25483C88: 81010024 lwz r8,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x25483C8C: 7F63DB78 or r3,r27,r27
- 5: GETL R27, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x25483C90: 83810010 lwz r28,16(r1)
- 8: GETL R1, t6
- 9: ADDL $0x10, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R28
- 12: INCEIPL $4
-
- 0x25483C94: 8361000C lwz r27,12(r1)
- 13: GETL R1, t10
- 14: ADDL $0xC, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R27
- 17: INCEIPL $4
-
- 0x25483C98: 7D0803A6 mtlr r8
- 18: GETL R8, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0x25483C9C: 83A10014 lwz r29,20(r1)
- 21: GETL R1, t16
- 22: ADDL $0x14, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R29
- 25: INCEIPL $4
-
- 0x25483CA0: 83C10018 lwz r30,24(r1)
- 26: GETL R1, t20
- 27: ADDL $0x18, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R30
- 30: INCEIPL $4
-
- 0x25483CA4: 83E1001C lwz r31,28(r1)
- 31: GETL R1, t24
- 32: ADDL $0x1C, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R31
- 35: INCEIPL $4
-
- 0x25483CA8: 38210020 addi r1,r1,32
- 36: GETL R1, t28
- 37: ADDL $0x20, t28
- 38: PUTL t28, R1
- 39: INCEIPL $4
-
- 0x25483CAC: 4E800020 blr
- 40: GETL LR, t30
- 41: JMPo-r t30 ($4)
-
-
-
-. 81 25483C88 40
-. 81 01 00 24 7F 63 DB 78 83 81 00 10 83 61 00 0C 7D 08 03 A6 83 A1 00 14 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 82 (0x254719D8) approx BBs exec'd 0 ====
-
- 0x254719D8: 7F83E378 or r3,r28,r28
- 0: GETL R28, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x254719DC: 48006B91 bl 0x2547856C
- 3: MOVL $0x254719E0, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0x2547856C ($4)
-
-
-
-. 82 254719D8 8
-. 7F 83 E3 78 48 00 6B 91
-==== BB 83 _dl_setup_hash(0x2547856C) approx BBs exec'd 0 ====
-
- 0x2547856C: 81230030 lwz r9,48(r3)
- 0: GETL R3, t0
- 1: ADDL $0x30, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25478570: 9421FFF0 stwu r1,-16(r1)
- 5: GETL R1, t4
- 6: GETL R1, t6
- 7: ADDL $0xFFFFFFF0, t6
- 8: PUTL t6, R1
- 9: STL t4, (t6)
- 10: INCEIPL $4
-
- 0x25478574: 2F890000 cmpi cr7,r9,0
- 11: GETL R9, t8
- 12: CMP0L t8, t10 (-rSo)
- 13: ICRFL t10, $0x7, CR
- 14: INCEIPL $4
-
- 0x25478578: 419E0024 bc 12,30,0x2547859C
- 15: Js30o $0x2547859C
-
-
-
-. 83 2547856C 16
-. 81 23 00 30 94 21 FF F0 2F 89 00 00 41 9E 00 24
-==== BB 84 (0x2547857C) approx BBs exec'd 0 ====
-
- 0x2547857C: 81690004 lwz r11,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x25478580: 814B0000 lwz r10,0(r11)
- 5: GETL R11, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R10
- 8: INCEIPL $4
-
- 0x25478584: 388B0008 addi r4,r11,8
- 9: GETL R11, t8
- 10: ADDL $0x8, t8
- 11: PUTL t8, R4
- 12: INCEIPL $4
-
- 0x25478588: 90830170 stw r4,368(r3)
- 13: GETL R4, t10
- 14: GETL R3, t12
- 15: ADDL $0x170, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x2547858C: 5549103A rlwinm r9,r10,2,0,29
- 18: GETL R10, t14
- 19: SHLL $0x2, t14
- 20: PUTL t14, R9
- 21: INCEIPL $4
-
- 0x25478590: 9143016C stw r10,364(r3)
- 22: GETL R10, t16
- 23: GETL R3, t18
- 24: ADDL $0x16C, t18
- 25: STL t16, (t18)
- 26: INCEIPL $4
-
- 0x25478594: 7C044A14 add r0,r4,r9
- 27: GETL R4, t20
- 28: GETL R9, t22
- 29: ADDL t20, t22
- 30: PUTL t22, R0
- 31: INCEIPL $4
-
- 0x25478598: 90030174 stw r0,372(r3)
- 32: GETL R0, t24
- 33: GETL R3, t26
- 34: ADDL $0x174, t26
- 35: STL t24, (t26)
- 36: INCEIPL $4
-
- 0x2547859C: 38210010 addi r1,r1,16
- 37: GETL R1, t28
- 38: ADDL $0x10, t28
- 39: PUTL t28, R1
- 40: INCEIPL $4
-
- 0x254785A0: 4E800020 blr
- 41: GETL LR, t30
- 42: JMPo-r t30 ($4)
-
-
-
-. 84 2547857C 40
-. 81 69 00 04 81 4B 00 00 38 8B 00 08 90 83 01 70 55 49 10 3A 91 43 01 6C 7C 04 4A 14 90 03 01 74 38 21 00 10 4E 80 00 20
-==== BB 85 (0x254719E0) approx BBs exec'd 0 ====
-
- 0x254719E0: 80FE04FC lwz r7,1276(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4FC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x254719E4: 80DE0500 lwz r6,1280(r30)
- 5: GETL R30, t4
- 6: ADDL $0x500, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R6
- 9: INCEIPL $4
-
- 0x254719E8: 3940FFFF li r10,-1
- 10: MOVL $0xFFFFFFFF, t8
- 11: PUTL t8, R10
- 12: INCEIPL $4
-
- 0x254719EC: 80BE04A4 lwz r5,1188(r30)
- 13: GETL R30, t10
- 14: ADDL $0x4A4, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R5
- 17: INCEIPL $4
-
- 0x254719F0: 39000001 li r8,1
- 18: MOVL $0x1, t14
- 19: PUTL t14, R8
- 20: INCEIPL $4
-
- 0x254719F4: 817E04C0 lwz r11,1216(r30)
- 21: GETL R30, t16
- 22: ADDL $0x4C0, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R11
- 25: INCEIPL $4
-
- 0x254719F8: 7F63DB78 or r3,r27,r27
- 26: GETL R27, t20
- 27: PUTL t20, R3
- 28: INCEIPL $4
-
- 0x254719FC: 809E0024 lwz r4,36(r30)
- 29: GETL R30, t22
- 30: ADDL $0x24, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R4
- 33: INCEIPL $4
-
- 0x25471A00: 915D03E4 stw r10,996(r29)
- 34: GETL R10, t26
- 35: GETL R29, t28
- 36: ADDL $0x3E4, t28
- 37: STL t26, (t28)
- 38: INCEIPL $4
-
- 0x25471A04: 939D01CC stw r28,460(r29)
- 39: GETL R28, t30
- 40: GETL R29, t32
- 41: ADDL $0x1CC, t32
- 42: STL t30, (t32)
- 43: INCEIPL $4
-
- 0x25471A08: 911D0330 stw r8,816(r29)
- 44: GETL R8, t34
- 45: GETL R29, t36
- 46: ADDL $0x330, t36
- 47: STL t34, (t36)
- 48: INCEIPL $4
-
- 0x25471A0C: 90FD0358 stw r7,856(r29)
- 49: GETL R7, t38
- 50: GETL R29, t40
- 51: ADDL $0x358, t40
- 52: STL t38, (t40)
- 53: INCEIPL $4
-
- 0x25471A10: 90DD035C stw r6,860(r29)
- 54: GETL R6, t42
- 55: GETL R29, t44
- 56: ADDL $0x35C, t44
- 57: STL t42, (t44)
- 58: INCEIPL $4
-
- 0x25471A14: 90BD0360 stw r5,864(r29)
- 59: GETL R5, t46
- 60: GETL R29, t48
- 61: ADDL $0x360, t48
- 62: STL t46, (t48)
- 63: INCEIPL $4
-
- 0x25471A18: 902B0000 stw r1,0(r11)
- 64: GETL R1, t50
- 65: GETL R11, t52
- 66: STL t50, (t52)
- 67: INCEIPL $4
-
- 0x25471A1C: 4800D629 bl 0x2547F044
- 68: MOVL $0x25471A20, t54
- 69: PUTL t54, LR
- 70: JMPo-c $0x2547F044 ($4)
-
-
-
-. 85 254719E0 64
-. 80 FE 04 FC 80 DE 05 00 39 40 FF FF 80 BE 04 A4 39 00 00 01 81 7E 04 C0 7F 63 DB 78 80 9E 00 24 91 5D 03 E4 93 9D 01 CC 91 1D 03 30 90 FD 03 58 90 DD 03 5C 90 BD 03 60 90 2B 00 00 48 00 D6 29
-==== BB 86 _dl_sysdep_start(0x2547F044) approx BBs exec'd 0 ====
-
- 0x2547F044: 7D8802A6 mflr r12
- 0: GETL LR, t0
- 1: PUTL t0, R12
- 2: INCEIPL $4
-
- 0x2547F048: 9421FDE0 stwu r1,-544(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFDE0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0x2547F04C: 38E30004 addi r7,r3,4
- 9: GETL R3, t6
- 10: ADDL $0x4, t6
- 11: PUTL t6, R7
- 12: INCEIPL $4
-
- 0x2547F050: 48017FB1 bl 0x25497000
- 13: MOVL $0x2547F054, t8
- 14: PUTL t8, LR
- 15: JMPo-c $0x25497000 ($4)
-
-
-
-. 86 2547F044 16
-. 7D 88 02 A6 94 21 FD E0 38 E3 00 04 48 01 7F B1
-==== BB 87 (0x2547F054) approx BBs exec'd 0 ====
-
- 0x2547F054: 93C10218 stw r30,536(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x218, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547F058: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x2547F05C: 91810224 stw r12,548(r1)
- 8: GETL R12, t6
- 9: GETL R1, t8
- 10: ADDL $0x224, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x2547F060: 81030000 lwz r8,0(r3)
- 13: GETL R3, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R8
- 16: INCEIPL $4
-
- 0x2547F064: 80BE04C0 lwz r5,1216(r30)
- 17: GETL R30, t14
- 18: ADDL $0x4C0, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R5
- 21: INCEIPL $4
-
- 0x2547F068: 5506103A rlwinm r6,r8,2,0,29
- 22: GETL R8, t18
- 23: SHLL $0x2, t18
- 24: PUTL t18, R6
- 25: INCEIPL $4
-
- 0x2547F06C: 813E04D4 lwz r9,1236(r30)
- 26: GETL R30, t20
- 27: ADDL $0x4D4, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R9
- 30: INCEIPL $4
-
- 0x2547F070: 7D463A14 add r10,r6,r7
- 31: GETL R6, t24
- 32: GETL R7, t26
- 33: ADDL t24, t26
- 34: PUTL t26, R10
- 35: INCEIPL $4
-
- 0x2547F074: 90650000 stw r3,0(r5)
- 36: GETL R3, t28
- 37: GETL R5, t30
- 38: STL t28, (t30)
- 39: INCEIPL $4
-
- 0x2547F078: 800A0004 lwz r0,4(r10)
- 40: GETL R10, t32
- 41: ADDL $0x4, t32
- 42: LDL (t32), t34
- 43: PUTL t34, R0
- 44: INCEIPL $4
-
- 0x2547F07C: 394A0004 addi r10,r10,4
- 45: GETL R10, t36
- 46: ADDL $0x4, t36
- 47: PUTL t36, R10
- 48: INCEIPL $4
-
- 0x2547F080: 807E04D0 lwz r3,1232(r30)
- 49: GETL R30, t38
- 50: ADDL $0x4D0, t38
- 51: LDL (t38), t40
- 52: PUTL t40, R3
- 53: INCEIPL $4
-
- 0x2547F084: 2F800000 cmpi cr7,r0,0
- 54: GETL R0, t42
- 55: CMP0L t42, t44 (-rSo)
- 56: ICRFL t44, $0x7, CR
- 57: INCEIPL $4
-
- 0x2547F088: 817E04B8 lwz r11,1208(r30)
- 58: GETL R30, t46
- 59: ADDL $0x4B8, t46
- 60: LDL (t46), t48
- 61: PUTL t48, R11
- 62: INCEIPL $4
-
- 0x2547F08C: 92A101F4 stw r21,500(r1)
- 63: GETL R21, t50
- 64: GETL R1, t52
- 65: ADDL $0x1F4, t52
- 66: STL t50, (t52)
- 67: INCEIPL $4
-
- 0x2547F090: 3AA00000 li r21,0
- 68: MOVL $0x0, t54
- 69: PUTL t54, R21
- 70: INCEIPL $4
-
- 0x2547F094: 92C101F8 stw r22,504(r1)
- 71: GETL R22, t56
- 72: GETL R1, t58
- 73: ADDL $0x1F8, t58
- 74: STL t56, (t58)
- 75: INCEIPL $4
-
- 0x2547F098: 3AC00000 li r22,0
- 76: MOVL $0x0, t60
- 77: PUTL t60, R22
- 78: INCEIPL $4
-
- 0x2547F09C: 92E101FC stw r23,508(r1)
- 79: GETL R23, t62
- 80: GETL R1, t64
- 81: ADDL $0x1FC, t64
- 82: STL t62, (t64)
- 83: INCEIPL $4
-
- 0x2547F0A0: 7C972378 or r23,r4,r4
- 84: GETL R4, t66
- 85: PUTL t66, R23
- 86: INCEIPL $4
-
- 0x2547F0A4: 93010200 stw r24,512(r1)
- 87: GETL R24, t68
- 88: GETL R1, t70
- 89: ADDL $0x200, t70
- 90: STL t68, (t70)
- 91: INCEIPL $4
-
- 0x2547F0A8: 3B000000 li r24,0
- 92: MOVL $0x0, t72
- 93: PUTL t72, R24
- 94: INCEIPL $4
-
- 0x2547F0AC: 93210204 stw r25,516(r1)
- 95: GETL R25, t74
- 96: GETL R1, t76
- 97: ADDL $0x204, t76
- 98: STL t74, (t76)
- 99: INCEIPL $4
-
- 0x2547F0B0: 3B200000 li r25,0
- 100: MOVL $0x0, t78
- 101: PUTL t78, R25
- 102: INCEIPL $4
-
- 0x2547F0B4: 93E1021C stw r31,540(r1)
- 103: GETL R31, t80
- 104: GETL R1, t82
- 105: ADDL $0x21C, t82
- 106: STL t80, (t82)
- 107: INCEIPL $4
-
- 0x2547F0B8: 3BE00000 li r31,0
- 108: MOVL $0x0, t84
- 109: PUTL t84, R31
- 110: INCEIPL $4
-
- 0x2547F0BC: 93410208 stw r26,520(r1)
- 111: GETL R26, t86
- 112: GETL R1, t88
- 113: ADDL $0x208, t88
- 114: STL t86, (t88)
- 115: INCEIPL $4
-
- 0x2547F0C0: 9361020C stw r27,524(r1)
- 116: GETL R27, t90
- 117: GETL R1, t92
- 118: ADDL $0x20C, t92
- 119: STL t90, (t92)
- 120: INCEIPL $4
-
- 0x2547F0C4: 93810210 stw r28,528(r1)
- 121: GETL R28, t94
- 122: GETL R1, t96
- 123: ADDL $0x210, t96
- 124: STL t94, (t96)
- 125: INCEIPL $4
-
- 0x2547F0C8: 93A10214 stw r29,532(r1)
- 126: GETL R29, t98
- 127: GETL R1, t100
- 128: ADDL $0x214, t100
- 129: STL t98, (t100)
- 130: INCEIPL $4
-
- 0x2547F0CC: 91030000 stw r8,0(r3)
- 131: GETL R8, t102
- 132: GETL R3, t104
- 133: STL t102, (t104)
- 134: INCEIPL $4
-
- 0x2547F0D0: 90E90000 stw r7,0(r9)
- 135: GETL R7, t106
- 136: GETL R9, t108
- 137: STL t106, (t108)
- 138: INCEIPL $4
-
- 0x2547F0D4: 914B0000 stw r10,0(r11)
- 139: GETL R10, t110
- 140: GETL R11, t112
- 141: STL t110, (t112)
- 142: INCEIPL $4
-
- 0x2547F0D8: 419E0010 bc 12,30,0x2547F0E8
- 143: Js30o $0x2547F0E8
-
-
-
-. 87 2547F054 136
-. 93 C1 02 18 7F C8 02 A6 91 81 02 24 81 03 00 00 80 BE 04 C0 55 06 10 3A 81 3E 04 D4 7D 46 3A 14 90 65 00 00 80 0A 00 04 39 4A 00 04 80 7E 04 D0 2F 80 00 00 81 7E 04 B8 92 A1 01 F4 3A A0 00 00 92 C1 01 F8 3A C0 00 00 92 E1 01 FC 7C 97 23 78 93 01 02 00 3B 00 00 00 93 21 02 04 3B 20 00 00 93 E1 02 1C 3B E0 00 00 93 41 02 08 93 61 02 0C 93 81 02 10 93 A1 02 14 91 03 00 00 90 E9 00 00 91 4B 00 00 41 9E 00 10
-==== BB 88 (0x2547F0DC) approx BBs exec'd 0 ====
-
- 0x2547F0DC: 848A0004 lwzu r4,4(r10)
- 0: GETL R10, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R10
- 3: LDL (t0), t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0x2547F0E0: 2F840000 cmpi cr7,r4,0
- 6: GETL R4, t4
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x7, CR
- 9: INCEIPL $4
-
- 0x2547F0E4: 409EFFF8 bc 4,30,0x2547F0DC
- 10: Jc30o $0x2547F0DC
-
-
-
-. 88 2547F0DC 12
-. 84 8A 00 04 2F 84 00 00 40 9E FF F8
-==== BB 89 (0x2547F0E8) approx BBs exec'd 0 ====
-
- 0x2547F0E8: 3B6A0013 addi r27,r10,19
- 0: GETL R10, t0
- 1: ADDL $0x13, t0
- 2: PUTL t0, R27
- 3: INCEIPL $4
-
- 0x2547F0EC: 380A0004 addi r0,r10,4
- 4: GETL R10, t2
- 5: ADDL $0x4, t2
- 6: PUTL t2, R0
- 7: INCEIPL $4
-
- 0x2547F0F0: 576B0036 rlwinm r11,r27,0,0,27
- 8: GETL R27, t4
- 9: ANDL $0xFFFFFFF0, t4
- 10: PUTL t4, R11
- 11: INCEIPL $4
-
- 0x2547F0F4: 834B0000 lwz r26,0(r11)
- 12: GETL R11, t6
- 13: LDL (t6), t8
- 14: PUTL t8, R26
- 15: INCEIPL $4
-
- 0x2547F0F8: 2F9A0010 cmpi cr7,r26,16
- 16: GETL R26, t10
- 17: MOVL $0x10, t14
- 18: CMPL t10, t14, t12 (-rSo)
- 19: ICRFL t12, $0x7, CR
- 20: INCEIPL $4
-
- 0x2547F0FC: 419D0008 bc 12,29,0x2547F104
- 21: Js29o $0x2547F104
-
-
-
-. 89 2547F0E8 24
-. 3B 6A 00 13 38 0A 00 04 57 6B 00 36 83 4B 00 00 2F 9A 00 10 41 9D 00 08
-==== BB 90 (0x2547F104) approx BBs exec'd 0 ====
-
- 0x2547F104: 7C080378 or r8,r0,r0
- 0: GETL R0, t0
- 1: PUTL t0, R8
- 2: INCEIPL $4
-
- 0x2547F108: 835E04F4 lwz r26,1268(r30)
- 3: GETL R30, t2
- 4: ADDL $0x4F4, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R26
- 7: INCEIPL $4
-
- 0x2547F10C: 81680000 lwz r11,0(r8)
- 8: GETL R8, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R11
- 11: INCEIPL $4
-
- 0x2547F110: 3B800000 li r28,0
- 12: MOVL $0x0, t10
- 13: PUTL t10, R28
- 14: INCEIPL $4
-
- 0x2547F114: 813E03EC lwz r9,1004(r30)
- 15: GETL R30, t12
- 16: ADDL $0x3EC, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0x2547F118: 2C0B0000 cmpi cr0,r11,0
- 20: GETL R11, t16
- 21: CMP0L t16, t18 (-rSo)
- 22: ICRFL t18, $0x0, CR
- 23: INCEIPL $4
-
- 0x2547F11C: 83BE04E0 lwz r29,1248(r30)
- 24: GETL R30, t20
- 25: ADDL $0x4E0, t20
- 26: LDL (t20), t22
- 27: PUTL t22, R29
- 28: INCEIPL $4
-
- 0x2547F120: 90090000 stw r0,0(r9)
- 29: GETL R0, t24
- 30: GETL R9, t26
- 31: STL t24, (t26)
- 32: INCEIPL $4
-
- 0x2547F124: 93A101E0 stw r29,480(r1)
- 33: GETL R29, t28
- 34: GETL R1, t30
- 35: ADDL $0x1E0, t30
- 36: STL t28, (t30)
- 37: INCEIPL $4
-
- 0x2547F128: 939A000C stw r28,12(r26)
- 38: GETL R28, t32
- 39: GETL R26, t34
- 40: ADDL $0xC, t34
- 41: STL t32, (t34)
- 42: INCEIPL $4
-
- 0x2547F12C: 4182004C bc 12,2,0x2547F178
- 43: Js02o $0x2547F178
-
-
-
-. 90 2547F104 44
-. 7C 08 03 78 83 5E 04 F4 81 68 00 00 3B 80 00 00 81 3E 03 EC 2C 0B 00 00 83 BE 04 E0 90 09 00 00 93 A1 01 E0 93 9A 00 0C 41 82 00 4C
-==== BB 91 (0x2547F130) approx BBs exec'd 0 ====
-
- 0x2547F130: 7D6A5B78 or r10,r11,r11
- 0: GETL R11, t0
- 1: PUTL t0, R10
- 2: INCEIPL $4
-
- 0x2547F134: 380AFFFD addi r0,r10,-3
- 3: GETL R10, t2
- 4: ADDL $0xFFFFFFFD, t2
- 5: PUTL t2, R0
- 6: INCEIPL $4
-
- 0x2547F138: 28800014 cmpli cr1,r0,20
- 7: GETL R0, t4
- 8: MOVL $0x14, t8
- 9: CMPUL t4, t8, t6 (-rSo)
- 10: ICRFL t6, $0x1, CR
- 11: INCEIPL $4
-
- 0x2547F13C: 41850024 bc 12,5,0x2547F160
- 12: Js05o $0x2547F160
-
-
-
-. 91 2547F130 16
-. 7D 6A 5B 78 38 0A FF FD 28 80 00 14 41 85 00 24
-==== BB 92 (0x2547F140) approx BBs exec'd 0 ====
-
- 0x2547F140: 817E03F4 lwz r11,1012(r30)
- 0: GETL R30, t0
- 1: ADDL $0x3F4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x2547F144: 5405103A rlwinm r5,r0,2,0,29
- 5: GETL R0, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x2547F148: 7C65582E lwzx r3,r5,r11
- 9: GETL R11, t6
- 10: GETL R5, t8
- 11: ADDL t8, t6
- 12: LDL (t6), t10
- 13: PUTL t10, R3
- 14: INCEIPL $4
-
- 0x2547F14C: 7CE35A14 add r7,r3,r11
- 15: GETL R3, t12
- 16: GETL R11, t14
- 17: ADDL t12, t14
- 18: PUTL t14, R7
- 19: INCEIPL $4
-
- 0x2547F150: 7CE903A6 mtctr r7
- 20: GETL R7, t16
- 21: PUTL t16, CTR
- 22: INCEIPL $4
-
- 0x2547F154: 4E800420 bctr
- 23: GETL CTR, t18
- 24: JMPo t18 ($4)
-
-
-
-. 92 2547F140 24
-. 81 7E 03 F4 54 05 10 3A 7C 65 58 2E 7C E3 5A 14 7C E9 03 A6 4E 80 04 20
-==== BB 93 (0x2547F160) approx BBs exec'd 0 ====
-
- 0x2547F160: 38A00001 li r5,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0x2547F164: 7CAB5030 slw r11,r5,r10
- 3: GETL R5, t4
- 4: GETL R10, t2
- 5: SHLL t2, t4
- 6: PUTL t4, R11
- 7: INCEIPL $4
-
- 0x2547F168: 85480008 lwzu r10,8(r8)
- 8: GETL R8, t6
- 9: ADDL $0x8, t6
- 10: PUTL t6, R8
- 11: LDL (t6), t8
- 12: PUTL t8, R10
- 13: INCEIPL $4
-
- 0x2547F16C: 7FFF5B78 or r31,r31,r11
- 14: GETL R31, t10
- 15: GETL R11, t12
- 16: ORL t12, t10
- 17: PUTL t10, R31
- 18: INCEIPL $4
-
- 0x2547F170: 2F8A0000 cmpi cr7,r10,0
- 19: GETL R10, t14
- 20: CMP0L t14, t16 (-rSo)
- 21: ICRFL t16, $0x7, CR
- 22: INCEIPL $4
-
- 0x2547F174: 409EFFC0 bc 4,30,0x2547F134
- 23: Jc30o $0x2547F134
-
-
-
-. 93 2547F160 24
-. 38 A0 00 01 7C AB 50 30 85 48 00 08 7F FF 5B 78 2F 8A 00 00 40 9E FF C0
-==== BB 94 (0x2547F134) approx BBs exec'd 0 ====
-
- 0x2547F134: 380AFFFD addi r0,r10,-3
- 0: GETL R10, t0
- 1: ADDL $0xFFFFFFFD, t0
- 2: PUTL t0, R0
- 3: INCEIPL $4
-
- 0x2547F138: 28800014 cmpli cr1,r0,20
- 4: GETL R0, t2
- 5: MOVL $0x14, t6
- 6: CMPUL t2, t6, t4 (-rSo)
- 7: ICRFL t4, $0x1, CR
- 8: INCEIPL $4
-
- 0x2547F13C: 41850024 bc 12,5,0x2547F160
- 9: Js05o $0x2547F160
-
-
-
-. 94 2547F134 12
-. 38 0A FF FD 28 80 00 14 41 85 00 24
-==== BB 95 (0x2547F3D4) approx BBs exec'd 0 ====
-
- 0x2547F3D4: 813E04F0 lwz r9,1264(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4F0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x2547F3D8: 2F090000 cmpi cr6,r9,0
- 5: GETL R9, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x2547F3DC: 41BAFD84 bc 13,26,0x2547F160
- 9: Js26o $0x2547F160
-
-
-
-. 95 2547F3D4 12
-. 81 3E 04 F0 2F 09 00 00 41 BA FD 84
-==== BB 96 (0x2547F3E0) approx BBs exec'd 0 ====
-
- 0x2547F3E0: 80680004 lwz r3,4(r8)
- 0: GETL R8, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x2547F3E4: 90690000 stw r3,0(r9)
- 5: GETL R3, t4
- 6: GETL R9, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0x2547F3E8: 81480000 lwz r10,0(r8)
- 9: GETL R8, t8
- 10: LDL (t8), t10
- 11: PUTL t10, R10
- 12: INCEIPL $4
-
- 0x2547F3EC: 38A00001 li r5,1
- 13: MOVL $0x1, t12
- 14: PUTL t12, R5
- 15: INCEIPL $4
-
- 0x2547F3F0: 7CAB5030 slw r11,r5,r10
- 16: GETL R5, t16
- 17: GETL R10, t14
- 18: SHLL t14, t16
- 19: PUTL t16, R11
- 20: INCEIPL $4
-
- 0x2547F3F4: 85480008 lwzu r10,8(r8)
- 21: GETL R8, t18
- 22: ADDL $0x8, t18
- 23: PUTL t18, R8
- 24: LDL (t18), t20
- 25: PUTL t20, R10
- 26: INCEIPL $4
-
- 0x2547F3F8: 7FFF5B78 or r31,r31,r11
- 27: GETL R31, t22
- 28: GETL R11, t24
- 29: ORL t24, t22
- 30: PUTL t22, R31
- 31: INCEIPL $4
-
- 0x2547F3FC: 2F8A0000 cmpi cr7,r10,0
- 32: GETL R10, t26
- 33: CMP0L t26, t28 (-rSo)
- 34: ICRFL t28, $0x7, CR
- 35: INCEIPL $4
-
- 0x2547F400: 409EFD34 bc 4,30,0x2547F134
- 36: Jc30o $0x2547F134
-
-
-
-. 96 2547F3E0 36
-. 80 68 00 04 90 69 00 00 81 48 00 00 38 A0 00 01 7C AB 50 30 85 48 00 08 7F FF 5B 78 2F 8A 00 00 40 9E FD 34
-==== BB 97 (0x2547F158) approx BBs exec'd 0 ====
-
- 0x2547F158: 83A80004 lwz r29,4(r8)
- 0: GETL R8, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0x2547F15C: 93BA003C stw r29,60(r26)
- 5: GETL R29, t4
- 6: GETL R26, t6
- 7: ADDL $0x3C, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0x2547F160: 38A00001 li r5,1
- 10: MOVL $0x1, t8
- 11: PUTL t8, R5
- 12: INCEIPL $4
-
- 0x2547F164: 7CAB5030 slw r11,r5,r10
- 13: GETL R5, t12
- 14: GETL R10, t10
- 15: SHLL t10, t12
- 16: PUTL t12, R11
- 17: INCEIPL $4
-
- 0x2547F168: 85480008 lwzu r10,8(r8)
- 18: GETL R8, t14
- 19: ADDL $0x8, t14
- 20: PUTL t14, R8
- 21: LDL (t14), t16
- 22: PUTL t16, R10
- 23: INCEIPL $4
-
- 0x2547F16C: 7FFF5B78 or r31,r31,r11
- 24: GETL R31, t18
- 25: GETL R11, t20
- 26: ORL t20, t18
- 27: PUTL t18, R31
- 28: INCEIPL $4
-
- 0x2547F170: 2F8A0000 cmpi cr7,r10,0
- 29: GETL R10, t22
- 30: CMP0L t22, t24 (-rSo)
- 31: ICRFL t24, $0x7, CR
- 32: INCEIPL $4
-
- 0x2547F174: 409EFFC0 bc 4,30,0x2547F134
- 33: Jc30o $0x2547F134
-
-
-
-. 97 2547F158 32
-. 83 A8 00 04 93 BA 00 3C 38 A0 00 01 7C AB 50 30 85 48 00 08 7F FF 5B 78 2F 8A 00 00 40 9E FF C0
-==== BB 98 (0x2547F4BC) approx BBs exec'd 0 ====
-
- 0x2547F4BC: 81480004 lwz r10,4(r8)
- 0: GETL R8, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x2547F4C0: 915A0004 stw r10,4(r26)
- 5: GETL R10, t4
- 6: GETL R26, t6
- 7: ADDL $0x4, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0x2547F4C4: 81480000 lwz r10,0(r8)
- 10: GETL R8, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R10
- 13: INCEIPL $4
-
- 0x2547F4C8: 4BFFFF24 b 0x2547F3EC
- 14: JMPo $0x2547F3EC ($4)
-
-
-
-. 98 2547F4BC 16
-. 81 48 00 04 91 5A 00 04 81 48 00 00 4B FF FF 24
-==== BB 99 (0x2547F3EC) approx BBs exec'd 0 ====
-
- 0x2547F3EC: 38A00001 li r5,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0x2547F3F0: 7CAB5030 slw r11,r5,r10
- 3: GETL R5, t4
- 4: GETL R10, t2
- 5: SHLL t2, t4
- 6: PUTL t4, R11
- 7: INCEIPL $4
-
- 0x2547F3F4: 85480008 lwzu r10,8(r8)
- 8: GETL R8, t6
- 9: ADDL $0x8, t6
- 10: PUTL t6, R8
- 11: LDL (t6), t8
- 12: PUTL t8, R10
- 13: INCEIPL $4
-
- 0x2547F3F8: 7FFF5B78 or r31,r31,r11
- 14: GETL R31, t10
- 15: GETL R11, t12
- 16: ORL t12, t10
- 17: PUTL t10, R31
- 18: INCEIPL $4
-
- 0x2547F3FC: 2F8A0000 cmpi cr7,r10,0
- 19: GETL R10, t14
- 20: CMP0L t14, t16 (-rSo)
- 21: ICRFL t16, $0x7, CR
- 22: INCEIPL $4
-
- 0x2547F400: 409EFD34 bc 4,30,0x2547F134
- 23: Jc30o $0x2547F134
-
-
-
-. 99 2547F3EC 24
-. 38 A0 00 01 7C AB 50 30 85 48 00 08 7F FF 5B 78 2F 8A 00 00 40 9E FD 34
-==== BB 100 (0x2547F418) approx BBs exec'd 0 ====
-
- 0x2547F418: 81280004 lwz r9,4(r8)
- 0: GETL R8, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x2547F41C: 913A001C stw r9,28(r26)
- 5: GETL R9, t4
- 6: GETL R26, t6
- 7: ADDL $0x1C, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0x2547F420: 81480000 lwz r10,0(r8)
- 10: GETL R8, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R10
- 13: INCEIPL $4
-
- 0x2547F424: 4BFFFFC8 b 0x2547F3EC
- 14: JMPo $0x2547F3EC ($4)
-
-
-
-. 100 2547F418 16
-. 81 28 00 04 91 3A 00 1C 81 48 00 00 4B FF FF C8
-==== BB 101 (0x2547F4EC) approx BBs exec'd 0 ====
-
- 0x2547F4EC: 38A00001 li r5,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0x2547F4F0: 82C80004 lwz r22,4(r8)
- 3: GETL R8, t2
- 4: ADDL $0x4, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R22
- 7: INCEIPL $4
-
- 0x2547F4F4: 7CAB5030 slw r11,r5,r10
- 8: GETL R5, t8
- 9: GETL R10, t6
- 10: SHLL t6, t8
- 11: PUTL t8, R11
- 12: INCEIPL $4
-
- 0x2547F4F8: 85480008 lwzu r10,8(r8)
- 13: GETL R8, t10
- 14: ADDL $0x8, t10
- 15: PUTL t10, R8
- 16: LDL (t10), t12
- 17: PUTL t12, R10
- 18: INCEIPL $4
-
- 0x2547F4FC: 7FFF5B78 or r31,r31,r11
- 19: GETL R31, t14
- 20: GETL R11, t16
- 21: ORL t16, t14
- 22: PUTL t14, R31
- 23: INCEIPL $4
-
- 0x2547F500: 2F8A0000 cmpi cr7,r10,0
- 24: GETL R10, t18
- 25: CMP0L t18, t20 (-rSo)
- 26: ICRFL t20, $0x7, CR
- 27: INCEIPL $4
-
- 0x2547F504: 409EFC30 bc 4,30,0x2547F134
- 28: Jc30o $0x2547F134
-
-
-
-. 101 2547F4EC 28
-. 38 A0 00 01 82 C8 00 04 7C AB 50 30 85 48 00 08 7F FF 5B 78 2F 8A 00 00 40 9E FC 30
-==== BB 102 (0x2547F4CC) approx BBs exec'd 0 ====
-
- 0x2547F4CC: 38A00001 li r5,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0x2547F4D0: 82A80004 lwz r21,4(r8)
- 3: GETL R8, t2
- 4: ADDL $0x4, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R21
- 7: INCEIPL $4
-
- 0x2547F4D4: 7CAB5030 slw r11,r5,r10
- 8: GETL R5, t8
- 9: GETL R10, t6
- 10: SHLL t6, t8
- 11: PUTL t8, R11
- 12: INCEIPL $4
-
- 0x2547F4D8: 85480008 lwzu r10,8(r8)
- 13: GETL R8, t10
- 14: ADDL $0x8, t10
- 15: PUTL t10, R8
- 16: LDL (t10), t12
- 17: PUTL t12, R10
- 18: INCEIPL $4
-
- 0x2547F4DC: 7FFF5B78 or r31,r31,r11
- 19: GETL R31, t14
- 20: GETL R11, t16
- 21: ORL t16, t14
- 22: PUTL t14, R31
- 23: INCEIPL $4
-
- 0x2547F4E0: 2F8A0000 cmpi cr7,r10,0
- 24: GETL R10, t18
- 25: CMP0L t18, t20 (-rSo)
- 26: ICRFL t20, $0x7, CR
- 27: INCEIPL $4
-
- 0x2547F4E4: 409EFC50 bc 4,30,0x2547F134
- 28: Jc30o $0x2547F134
-
-
-
-. 102 2547F4CC 28
-. 38 A0 00 01 82 A8 00 04 7C AB 50 30 85 48 00 08 7F FF 5B 78 2F 8A 00 00 40 9E FC 50
-==== BB 103 (0x2547F494) approx BBs exec'd 0 ====
-
- 0x2547F494: 80080004 lwz r0,4(r8)
- 0: GETL R8, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x2547F498: 38A00001 li r5,1
- 5: MOVL $0x1, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x2547F49C: 81480000 lwz r10,0(r8)
- 8: GETL R8, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R10
- 11: INCEIPL $4
-
- 0x2547F4A0: 900101E0 stw r0,480(r1)
- 12: GETL R0, t10
- 13: GETL R1, t12
- 14: ADDL $0x1E0, t12
- 15: STL t10, (t12)
- 16: INCEIPL $4
-
- 0x2547F4A4: 7CAB5030 slw r11,r5,r10
- 17: GETL R5, t16
- 18: GETL R10, t14
- 19: SHLL t14, t16
- 20: PUTL t16, R11
- 21: INCEIPL $4
-
- 0x2547F4A8: 85480008 lwzu r10,8(r8)
- 22: GETL R8, t18
- 23: ADDL $0x8, t18
- 24: PUTL t18, R8
- 25: LDL (t18), t20
- 26: PUTL t20, R10
- 27: INCEIPL $4
-
- 0x2547F4AC: 7FFF5B78 or r31,r31,r11
- 28: GETL R31, t22
- 29: GETL R11, t24
- 30: ORL t24, t22
- 31: PUTL t22, R31
- 32: INCEIPL $4
-
- 0x2547F4B0: 2F8A0000 cmpi cr7,r10,0
- 33: GETL R10, t26
- 34: CMP0L t26, t28 (-rSo)
- 35: ICRFL t28, $0x7, CR
- 36: INCEIPL $4
-
- 0x2547F4B4: 409EFC80 bc 4,30,0x2547F134
- 37: Jc30o $0x2547F134
-
-
-
-. 103 2547F494 36
-. 80 08 00 04 38 A0 00 01 81 48 00 00 90 01 01 E0 7C AB 50 30 85 48 00 08 7F FF 5B 78 2F 8A 00 00 40 9E FC 80
-==== BB 104 (0x2547F470) approx BBs exec'd 0 ====
-
- 0x2547F470: 38A00001 li r5,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0x2547F474: 80C80004 lwz r6,4(r8)
- 3: GETL R8, t2
- 4: ADDL $0x4, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R6
- 7: INCEIPL $4
-
- 0x2547F478: 7CAB5030 slw r11,r5,r10
- 8: GETL R5, t8
- 9: GETL R10, t6
- 10: SHLL t6, t8
- 11: PUTL t8, R11
- 12: INCEIPL $4
-
- 0x2547F47C: 85480008 lwzu r10,8(r8)
- 13: GETL R8, t10
- 14: ADDL $0x8, t10
- 15: PUTL t10, R8
- 16: LDL (t10), t12
- 17: PUTL t12, R10
- 18: INCEIPL $4
-
- 0x2547F480: 7F393278 xor r25,r25,r6
- 19: GETL R25, t14
- 20: GETL R6, t16
- 21: XORL t14, t16
- 22: PUTL t16, R25
- 23: INCEIPL $4
-
- 0x2547F484: 7FFF5B78 or r31,r31,r11
- 24: GETL R31, t18
- 25: GETL R11, t20
- 26: ORL t20, t18
- 27: PUTL t18, R31
- 28: INCEIPL $4
-
- 0x2547F488: 2F8A0000 cmpi cr7,r10,0
- 29: GETL R10, t22
- 30: CMP0L t22, t24 (-rSo)
- 31: ICRFL t24, $0x7, CR
- 32: INCEIPL $4
-
- 0x2547F48C: 409EFCA8 bc 4,30,0x2547F134
- 33: Jc30o $0x2547F134
-
-
-
-. 104 2547F470 32
-. 38 A0 00 01 80 C8 00 04 7C AB 50 30 85 48 00 08 7F 39 32 78 7F FF 5B 78 2F 8A 00 00 40 9E FC A8
-==== BB 105 (0x2547F44C) approx BBs exec'd 0 ====
-
- 0x2547F44C: 38A00001 li r5,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0x2547F450: 81880004 lwz r12,4(r8)
- 3: GETL R8, t2
- 4: ADDL $0x4, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R12
- 7: INCEIPL $4
-
- 0x2547F454: 7CAB5030 slw r11,r5,r10
- 8: GETL R5, t8
- 9: GETL R10, t6
- 10: SHLL t6, t8
- 11: PUTL t8, R11
- 12: INCEIPL $4
-
- 0x2547F458: 85480008 lwzu r10,8(r8)
- 13: GETL R8, t10
- 14: ADDL $0x8, t10
- 15: PUTL t10, R8
- 16: LDL (t10), t12
- 17: PUTL t12, R10
- 18: INCEIPL $4
-
- 0x2547F45C: 7F186278 xor r24,r24,r12
- 19: GETL R24, t14
- 20: GETL R12, t16
- 21: XORL t14, t16
- 22: PUTL t16, R24
- 23: INCEIPL $4
-
- 0x2547F460: 7FFF5B78 or r31,r31,r11
- 24: GETL R31, t18
- 25: GETL R11, t20
- 26: ORL t20, t18
- 27: PUTL t18, R31
- 28: INCEIPL $4
-
- 0x2547F464: 2F8A0000 cmpi cr7,r10,0
- 29: GETL R10, t22
- 30: CMP0L t22, t24 (-rSo)
- 31: ICRFL t24, $0x7, CR
- 32: INCEIPL $4
-
- 0x2547F468: 409EFCCC bc 4,30,0x2547F134
- 33: Jc30o $0x2547F134
-
-
-
-. 105 2547F44C 32
-. 38 A0 00 01 81 88 00 04 7C AB 50 30 85 48 00 08 7F 18 62 78 7F FF 5B 78 2F 8A 00 00 40 9E FC CC
-==== BB 106 (0x2547F3A4) approx BBs exec'd 0 ====
-
- 0x2547F3A4: 83680004 lwz r27,4(r8)
- 0: GETL R8, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R27
- 4: INCEIPL $4
-
- 0x2547F3A8: 38A00001 li r5,1
- 5: MOVL $0x1, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x2547F3AC: 809E04B4 lwz r4,1204(r30)
- 8: GETL R30, t6
- 9: ADDL $0x4B4, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R4
- 12: INCEIPL $4
-
- 0x2547F3B0: 3BE0FFFF li r31,-1
- 13: MOVL $0xFFFFFFFF, t10
- 14: PUTL t10, R31
- 15: INCEIPL $4
-
- 0x2547F3B4: 81480000 lwz r10,0(r8)
- 16: GETL R8, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R10
- 19: INCEIPL $4
-
- 0x2547F3B8: 93640000 stw r27,0(r4)
- 20: GETL R27, t16
- 21: GETL R4, t18
- 22: STL t16, (t18)
- 23: INCEIPL $4
-
- 0x2547F3BC: 7CAB5030 slw r11,r5,r10
- 24: GETL R5, t22
- 25: GETL R10, t20
- 26: SHLL t20, t22
- 27: PUTL t22, R11
- 28: INCEIPL $4
-
- 0x2547F3C0: 85480008 lwzu r10,8(r8)
- 29: GETL R8, t24
- 30: ADDL $0x8, t24
- 31: PUTL t24, R8
- 32: LDL (t24), t26
- 33: PUTL t26, R10
- 34: INCEIPL $4
-
- 0x2547F3C4: 7FFF5B78 or r31,r31,r11
- 35: GETL R31, t28
- 36: GETL R11, t30
- 37: ORL t30, t28
- 38: PUTL t28, R31
- 39: INCEIPL $4
-
- 0x2547F3C8: 2F8A0000 cmpi cr7,r10,0
- 40: GETL R10, t32
- 41: CMP0L t32, t34 (-rSo)
- 42: ICRFL t34, $0x7, CR
- 43: INCEIPL $4
-
- 0x2547F3CC: 409EFD68 bc 4,30,0x2547F134
- 44: Jc30o $0x2547F134
-
-
-
-. 106 2547F3A4 44
-. 83 68 00 04 38 A0 00 01 80 9E 04 B4 3B E0 FF FF 81 48 00 00 93 64 00 00 7C AB 50 30 85 48 00 08 7F FF 5B 78 2F 8A 00 00 40 9E FD 68
-==== BB 107 (0x2547F3D0) approx BBs exec'd 0 ====
-
- 0x2547F3D0: 4BFFFDA8 b 0x2547F178
- 0: JMPo $0x2547F178 ($4)
-
-
-
-. 107 2547F3D0 4
-. 4B FF FD A8
-==== BB 108 (0x2547F178) approx BBs exec'd 0 ====
-
- 0x2547F178: 38610050 addi r3,r1,80
- 0: GETL R1, t0
- 1: ADDL $0x50, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0x2547F17C: 4800364D bl 0x254827C8
- 4: MOVL $0x2547F180, t2
- 5: PUTL t2, LR
- 6: JMPo-c $0x254827C8 ($4)
-
-
-
-. 108 2547F178 8
-. 38 61 00 50 48 00 36 4D
-==== BB 109 uname(0x254827C8) approx BBs exec'd 0 ====
-
- 0x254827C8: 3800007A li r0,122
- 0: MOVL $0x7A, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x254827CC: 44000002 sc
- 3: JMPo-sys $0x254827D0 ($4)
-
-
-
-. 109 254827C8 8
-. 38 00 00 7A 44 00 00 02
-==== BB 110 (0x254827D0) approx BBs exec'd 0 ====
-
- 0x254827D0: 4CA30020 bclr 5,3
- 0: GETL LR, t0
- 1: Jc03o-r t0
-
-
-
-. 110 254827D0 4
-. 4C A3 00 20
-==== BB 111 (0x2547F180) approx BBs exec'd 0 ====
-
- 0x2547F180: 2C030000 cmpi cr0,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0x2547F184: 3BA10010 addi r29,r1,16
- 4: GETL R1, t4
- 5: ADDL $0x10, t4
- 6: PUTL t4, R29
- 7: INCEIPL $4
-
- 0x2547F188: 408201DC bc 4,2,0x2547F364
- 8: Jc02o $0x2547F364
-
-
-
-. 111 2547F180 12
-. 2C 03 00 00 3B A1 00 10 40 82 01 DC
-==== BB 112 (0x2547F18C) approx BBs exec'd 0 ====
-
- 0x2547F18C: 3BA100D2 addi r29,r1,210
- 0: GETL R1, t0
- 1: ADDL $0xD2, t0
- 2: PUTL t0, R29
- 3: INCEIPL $4
-
- 0x2547F190: 893D0000 lbz r9,0(r29)
- 4: GETL R29, t2
- 5: LDB (t2), t4
- 6: PUTL t4, R9
- 7: INCEIPL $4
-
- 0x2547F194: 7FA3EB78 or r3,r29,r29
- 8: GETL R29, t6
- 9: PUTL t6, R3
- 10: INCEIPL $4
-
- 0x2547F198: 38E00000 li r7,0
- 11: MOVL $0x0, t8
- 12: PUTL t8, R7
- 13: INCEIPL $4
-
- 0x2547F19C: 39000000 li r8,0
- 14: MOVL $0x0, t10
- 15: PUTL t10, R8
- 16: INCEIPL $4
-
- 0x2547F1A0: 3949FFD0 addi r10,r9,-48
- 17: GETL R9, t12
- 18: ADDL $0xFFFFFFD0, t12
- 19: PUTL t12, R10
- 20: INCEIPL $4
-
- 0x2547F1A4: 2B8A0009 cmpli cr7,r10,9
- 21: GETL R10, t14
- 22: MOVL $0x9, t18
- 23: CMPUL t14, t18, t16 (-rSo)
- 24: ICRFL t16, $0x7, CR
- 25: INCEIPL $4
-
- 0x2547F1A8: 419D0068 bc 12,29,0x2547F210
- 26: Js29o $0x2547F210
-
-
-
-. 112 2547F18C 32
-. 3B A1 00 D2 89 3D 00 00 7F A3 EB 78 38 E0 00 00 39 00 00 00 39 49 FF D0 2B 8A 00 09 41 9D 00 68
-==== BB 113 (0x2547F1AC) approx BBs exec'd 0 ====
-
- 0x2547F1AC: 89630001 lbz r11,1(r3)
- 0: GETL R3, t0
- 1: ADDL $0x1, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x2547F1B0: 3929FFD0 addi r9,r9,-48
- 5: GETL R9, t4
- 6: ADDL $0xFFFFFFD0, t4
- 7: PUTL t4, R9
- 8: INCEIPL $4
-
- 0x2547F1B4: 39430001 addi r10,r3,1
- 9: GETL R3, t6
- 10: ADDL $0x1, t6
- 11: PUTL t6, R10
- 12: INCEIPL $4
-
- 0x2547F1B8: 380BFFD0 addi r0,r11,-48
- 13: GETL R11, t8
- 14: ADDL $0xFFFFFFD0, t8
- 15: PUTL t8, R0
- 16: INCEIPL $4
-
- 0x2547F1BC: 2B800009 cmpli cr7,r0,9
- 17: GETL R0, t10
- 18: MOVL $0x9, t14
- 19: CMPUL t10, t14, t12 (-rSo)
- 20: ICRFL t12, $0x7, CR
- 21: INCEIPL $4
-
- 0x2547F1C0: 419D0020 bc 12,29,0x2547F1E0
- 22: Js29o $0x2547F1E0
-
-
-
-. 113 2547F1AC 24
-. 89 63 00 01 39 29 FF D0 39 43 00 01 38 0B FF D0 2B 80 00 09 41 9D 00 20
-==== BB 114 (0x2547F1E0) approx BBs exec'd 0 ====
-
- 0x2547F1E0: 2C8B002E cmpi cr1,r11,46
- 0: GETL R11, t0
- 1: MOVL $0x2E, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0x2547F1E4: 54FB402E rlwinm r27,r7,8,0,23
- 5: GETL R7, t6
- 6: SHLL $0x8, t6
- 7: PUTL t6, R27
- 8: INCEIPL $4
-
- 0x2547F1E8: 7F674B78 or r7,r27,r9
- 9: GETL R27, t8
- 10: GETL R9, t10
- 11: ORL t10, t8
- 12: PUTL t8, R7
- 13: INCEIPL $4
-
- 0x2547F1EC: 39080001 addi r8,r8,1
- 14: GETL R8, t12
- 15: ADDL $0x1, t12
- 16: PUTL t12, R8
- 17: INCEIPL $4
-
- 0x2547F1F0: 386A0001 addi r3,r10,1
- 18: GETL R10, t14
- 19: ADDL $0x1, t14
- 20: PUTL t14, R3
- 21: INCEIPL $4
-
- 0x2547F1F4: 40860014 bc 4,6,0x2547F208
- 22: Jc06o $0x2547F208
-
-
-
-. 114 2547F1E0 24
-. 2C 8B 00 2E 54 FB 40 2E 7F 67 4B 78 39 08 00 01 38 6A 00 01 40 86 00 14
-==== BB 115 (0x2547F1F8) approx BBs exec'd 0 ====
-
- 0x2547F1F8: 892A0001 lbz r9,1(r10)
- 0: GETL R10, t0
- 1: ADDL $0x1, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x2547F1FC: 3B89FFD0 addi r28,r9,-48
- 5: GETL R9, t4
- 6: ADDL $0xFFFFFFD0, t4
- 7: PUTL t4, R28
- 8: INCEIPL $4
-
- 0x2547F200: 281C0009 cmpli cr0,r28,9
- 9: GETL R28, t6
- 10: MOVL $0x9, t10
- 11: CMPUL t6, t10, t8 (-rSo)
- 12: ICRFL t8, $0x0, CR
- 13: INCEIPL $4
-
- 0x2547F204: 4081FFA8 bc 4,1,0x2547F1AC
- 14: Jc01o $0x2547F1AC
-
-
-
-. 115 2547F1F8 16
-. 89 2A 00 01 3B 89 FF D0 28 1C 00 09 40 81 FF A8
-==== BB 116 (0x2547F208) approx BBs exec'd 0 ====
-
- 0x2547F208: 2F080002 cmpi cr6,r8,2
- 0: GETL R8, t0
- 1: MOVL $0x2, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x6, CR
- 4: INCEIPL $4
-
- 0x2547F20C: 41990010 bc 12,25,0x2547F21C
- 5: Js25o $0x2547F21C
-
-
-
-. 116 2547F208 8
-. 2F 08 00 02 41 99 00 10
-==== BB 117 (0x2547F21C) approx BBs exec'd 0 ====
-
- 0x2547F21C: 3CA00002 lis r5,2
- 0: MOVL $0x20000, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0x2547F220: 60AB0204 ori r11,r5,0x204
- 3: MOVL $0x20204, t2
- 4: PUTL t2, R11
- 5: INCEIPL $4
-
- 0x2547F224: 7F875840 cmpl cr7,r7,r11
- 6: GETL R7, t4
- 7: GETL R11, t6
- 8: CMPUL t4, t6, t8 (-rSo)
- 9: ICRFL t8, $0x7, CR
- 10: INCEIPL $4
-
- 0x2547F228: 409D03B4 bc 4,29,0x2547F5DC
- 11: Jc29o $0x2547F5DC
-
-
-
-. 117 2547F21C 16
-. 3C A0 00 02 60 AB 02 04 7F 87 58 40 40 9D 03 B4
-==== BB 118 (0x2547F22C) approx BBs exec'd 0 ====
-
- 0x2547F22C: 90FA0008 stw r7,8(r26)
- 0: GETL R7, t0
- 1: GETL R26, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547F230: 3880006E li r4,110
- 5: MOVL $0x6E, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0x2547F234: 48003BCD bl 0x25482E00
- 8: MOVL $0x2547F238, t6
- 9: PUTL t6, LR
- 10: JMPo-c $0x25482E00 ($4)
-
-
-
-. 118 2547F22C 12
-. 90 FA 00 08 38 80 00 6E 48 00 3B CD
-==== BB 119 strchr(0x25482E00) approx BBs exec'd 0 ====
-
- 0x25482E00: 5084442E rlwimi r4,r4,8,16,23
- 0: GETL R4, t0
- 1: GETL R4, t2
- 2: ROLL $0x8, t2
- 3: ANDL $0xFF00, t2
- 4: ANDL $0xFFFF00FF, t0
- 5: ORL t0, t2
- 6: PUTL t2, R4
- 7: INCEIPL $4
-
- 0x25482E04: 3960FFFF li r11,-1
- 8: MOVL $0xFFFFFFFF, t4
- 9: PUTL t4, R11
- 10: INCEIPL $4
-
- 0x25482E08: 5084801E rlwimi r4,r4,16,0,15
- 11: GETL R4, t6
- 12: GETL R4, t8
- 13: ROLL $0x10, t8
- 14: ANDL $0xFFFF0000, t8
- 15: ANDL $0xFFFF, t6
- 16: ORL t6, t8
- 17: PUTL t8, R4
- 18: INCEIPL $4
-
- 0x25482E0C: 546A1EF8 rlwinm r10,r3,3,27,28
- 19: GETL R3, t10
- 20: ROLL $0x3, t10
- 21: ANDL $0x18, t10
- 22: PUTL t10, R10
- 23: INCEIPL $4
-
- 0x25482E10: 3CC0FEFF lis r6,-257
- 24: MOVL $0xFEFF0000, t12
- 25: PUTL t12, R6
- 26: INCEIPL $4
-
- 0x25482E14: 3CE07F7F lis r7,32639
- 27: MOVL $0x7F7F0000, t14
- 28: PUTL t14, R7
- 29: INCEIPL $4
-
- 0x25482E18: 5468003A rlwinm r8,r3,0,0,29
- 30: GETL R3, t16
- 31: ANDL $0xFFFFFFFC, t16
- 32: PUTL t16, R8
- 33: INCEIPL $4
-
- 0x25482E1C: 38C6FEFF addi r6,r6,-257
- 34: MOVL $0xFEFEFEFF, t18
- 35: PUTL t18, R6
- 36: INCEIPL $4
-
- 0x25482E20: 38E77F7F addi r7,r7,32639
- 37: MOVL $0x7F7F7F7F, t20
- 38: PUTL t20, R7
- 39: INCEIPL $4
-
- 0x25482E24: 80A80000 lwz r5,0(r8)
- 40: GETL R8, t22
- 41: LDL (t22), t24
- 42: PUTL t24, R5
- 43: INCEIPL $4
-
- 0x25482E28: 7D6B5430 srw r11,r11,r10
- 44: GETL R11, t28
- 45: GETL R10, t26
- 46: SHRL t26, t28
- 47: PUTL t28, R11
- 48: INCEIPL $4
-
- 0x25482E2C: 7CA55B38 orc r5,r5,r11
- 49: GETL R5, t30
- 50: GETL R11, t32
- 51: NOTL t32
- 52: ORL t30, t32
- 53: PUTL t32, R5
- 54: INCEIPL $4
-
- 0x25482E30: 7C062A14 add r0,r6,r5
- 55: GETL R6, t34
- 56: GETL R5, t36
- 57: ADDL t34, t36
- 58: PUTL t36, R0
- 59: INCEIPL $4
-
- 0x25482E34: 7CE928F8 nor r9,r7,r5
- 60: GETL R7, t38
- 61: GETL R5, t40
- 62: ORL t40, t38
- 63: NOTL t38
- 64: PUTL t38, R9
- 65: INCEIPL $4
-
- 0x25482E38: 7C004839 and. r0,r0,r9
- 66: GETL R0, t42
- 67: GETL R9, t44
- 68: ANDL t42, t44
- 69: PUTL t44, R0
- 70: CMP0L t44, t46 (-rSo)
- 71: ICRFL t46, $0x0, CR
- 72: INCEIPL $4
-
- 0x25482E3C: 7C8C2A78 xor r12,r4,r5
- 73: GETL R4, t48
- 74: GETL R5, t50
- 75: XORL t48, t50
- 76: PUTL t50, R12
- 77: INCEIPL $4
-
- 0x25482E40: 7D8C5B38 orc r12,r12,r11
- 78: GETL R12, t52
- 79: GETL R11, t54
- 80: NOTL t54
- 81: ORL t52, t54
- 82: PUTL t54, R12
- 83: INCEIPL $4
-
- 0x25482E44: 48000020 b 0x25482E64
- 84: JMPo $0x25482E64 ($4)
-
-
-
-. 119 25482E00 72
-. 50 84 44 2E 39 60 FF FF 50 84 80 1E 54 6A 1E F8 3C C0 FE FF 3C E0 7F 7F 54 68 00 3A 38 C6 FE FF 38 E7 7F 7F 80 A8 00 00 7D 6B 54 30 7C A5 5B 38 7C 06 2A 14 7C E9 28 F8 7C 00 48 39 7C 8C 2A 78 7D 8C 5B 38 48 00 00 20
-==== BB 120 (0x25482E64) approx BBs exec'd 0 ====
-
- 0x25482E64: 7C066214 add r0,r6,r12
- 0: GETL R6, t0
- 1: GETL R12, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25482E68: 7CE960F8 nor r9,r7,r12
- 5: GETL R7, t4
- 6: GETL R12, t6
- 7: ORL t6, t4
- 8: NOTL t4
- 9: PUTL t4, R9
- 10: INCEIPL $4
-
- 0x25482E6C: 4182FFDC bc 12,2,0x25482E48
- 11: Js02o $0x25482E48
-
-
-
-. 120 25482E64 12
-. 7C 06 62 14 7C E9 60 F8 41 82 FF DC
-==== BB 121 (0x25482E48) approx BBs exec'd 0 ====
-
- 0x25482E48: 84A80004 lwzu r5,4(r8)
- 0: GETL R8, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R8
- 3: LDL (t0), t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0x25482E4C: 7C004839 and. r0,r0,r9
- 6: GETL R0, t4
- 7: GETL R9, t6
- 8: ANDL t4, t6
- 9: PUTL t6, R0
- 10: CMP0L t6, t8 (-rSo)
- 11: ICRFL t8, $0x0, CR
- 12: INCEIPL $4
-
- 0x25482E50: 7C062A14 add r0,r6,r5
- 13: GETL R6, t10
- 14: GETL R5, t12
- 15: ADDL t10, t12
- 16: PUTL t12, R0
- 17: INCEIPL $4
-
- 0x25482E54: 7CE928F8 nor r9,r7,r5
- 18: GETL R7, t14
- 19: GETL R5, t16
- 20: ORL t16, t14
- 21: NOTL t14
- 22: PUTL t14, R9
- 23: INCEIPL $4
-
- 0x25482E58: 4082005C bc 4,2,0x25482EB4
- 24: Jc02o $0x25482EB4
-
-
-
-. 121 25482E48 20
-. 84 A8 00 04 7C 00 48 39 7C 06 2A 14 7C E9 28 F8 40 82 00 5C
-==== BB 122 (0x25482E5C) approx BBs exec'd 0 ====
-
- 0x25482E5C: 7C004839 and. r0,r0,r9
- 0: GETL R0, t0
- 1: GETL R9, t2
- 2: ANDL t0, t2
- 3: PUTL t2, R0
- 4: CMP0L t2, t4 (-rSo)
- 5: ICRFL t4, $0x0, CR
- 6: INCEIPL $4
-
- 0x25482E60: 7C8C2A78 xor r12,r4,r5
- 7: GETL R4, t6
- 8: GETL R5, t8
- 9: XORL t6, t8
- 10: PUTL t8, R12
- 11: INCEIPL $4
-
- 0x25482E64: 7C066214 add r0,r6,r12
- 12: GETL R6, t10
- 13: GETL R12, t12
- 14: ADDL t10, t12
- 15: PUTL t12, R0
- 16: INCEIPL $4
-
- 0x25482E68: 7CE960F8 nor r9,r7,r12
- 17: GETL R7, t14
- 18: GETL R12, t16
- 19: ORL t16, t14
- 20: NOTL t14
- 21: PUTL t14, R9
- 22: INCEIPL $4
-
- 0x25482E6C: 4182FFDC bc 12,2,0x25482E48
- 23: Js02o $0x25482E48
-
-
-
-. 122 25482E5C 20
-. 7C 00 48 39 7C 8C 2A 78 7C 06 62 14 7C E9 60 F8 41 82 FF DC
-==== BB 123 (0x25482E70) approx BBs exec'd 0 ====
-
- 0x25482E70: 7C004839 and. r0,r0,r9
- 0: GETL R0, t0
- 1: GETL R9, t2
- 2: ANDL t0, t2
- 3: PUTL t2, R0
- 4: CMP0L t2, t4 (-rSo)
- 5: ICRFL t4, $0x0, CR
- 6: INCEIPL $4
-
- 0x25482E74: 38600000 li r3,0
- 7: MOVL $0x0, t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0x25482E78: 4D820020 bclr 12,2
- 10: GETL LR, t8
- 11: Js02o-r t8
-
-
-
-. 123 25482E70 12
-. 7C 00 48 39 38 60 00 00 4D 82 00 20
-==== BB 124 (0x2547F238) approx BBs exec'd 0 ====
-
- 0x2547F238: 2C830000 cmpi cr1,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0x2547F23C: 418602F4 bc 12,6,0x2547F530
- 4: Js06o $0x2547F530
-
-
-
-. 124 2547F238 8
-. 2C 83 00 00 41 86 02 F4
-==== BB 125 (0x2547F530) approx BBs exec'd 0 ====
-
- 0x2547F530: 813A0008 lwz r9,8(r26)
- 0: GETL R26, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x2547F534: 3C000002 lis r0,2
- 5: MOVL $0x20000, t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0x2547F538: 60030544 ori r3,r0,0x544
- 8: MOVL $0x20544, t6
- 9: PUTL t6, R3
- 10: INCEIPL $4
-
- 0x2547F53C: 7C891840 cmpl cr1,r9,r3
- 11: GETL R9, t8
- 12: GETL R3, t10
- 13: CMPUL t8, t10, t12 (-rSo)
- 14: ICRFL t12, $0x1, CR
- 15: INCEIPL $4
-
- 0x2547F540: 41A5FD24 bc 13,5,0x2547F264
- 16: Js05o $0x2547F264
-
-
-
-. 125 2547F530 20
-. 81 3A 00 08 3C 00 00 02 60 03 05 44 7C 89 18 40 41 A5 FD 24
-==== BB 126 (0x2547F264) approx BBs exec'd 0 ====
-
- 0x2547F264: 2F1FFFFF cmpi cr6,r31,-1
- 0: GETL R31, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x6, CR
- 4: INCEIPL $4
-
- 0x2547F268: 83BE04B4 lwz r29,1204(r30)
- 5: GETL R30, t6
- 6: ADDL $0x4B4, t6
- 7: LDL (t6), t8
- 8: PUTL t8, R29
- 9: INCEIPL $4
-
- 0x2547F26C: 419A0030 bc 12,26,0x2547F29C
- 10: Js26o $0x2547F29C
-
-
-
-. 126 2547F264 12
-. 2F 1F FF FF 83 BE 04 B4 41 9A 00 30
-==== BB 127 (0x2547F29C) approx BBs exec'd 0 ====
-
- 0x2547F29C: 831A0004 lwz r24,4(r26)
- 0: GETL R26, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R24
- 4: INCEIPL $4
-
- 0x2547F2A0: 2F980000 cmpi cr7,r24,0
- 5: GETL R24, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x2547F2A4: 409E000C bc 4,30,0x2547F2B0
- 9: Jc30o $0x2547F2B0
-
-
-
-. 127 2547F29C 12
-. 83 1A 00 04 2F 98 00 00 40 9E 00 0C
-==== BB 128 (0x2547F2B0) approx BBs exec'd 0 ====
-
- 0x2547F2B0: 38600000 li r3,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x2547F2B4: 839E0500 lwz r28,1280(r30)
- 3: GETL R30, t2
- 4: ADDL $0x500, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R28
- 7: INCEIPL $4
-
- 0x2547F2B8: 48001119 bl 0x254803D0
- 8: MOVL $0x2547F2BC, t6
- 9: PUTL t6, LR
- 10: JMPo-c $0x254803D0 ($4)
-
-
-
-. 128 2547F2B0 12
-. 38 60 00 00 83 9E 05 00 48 00 11 19
-==== BB 129 brk(0x254803D0) approx BBs exec'd 0 ====
-
- 0x254803D0: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x254803D4: 90610008 stw r3,8(r1)
- 6: GETL R3, t4
- 7: GETL R1, t6
- 8: ADDL $0x8, t6
- 9: STL t4, (t6)
- 10: INCEIPL $4
-
- 0x254803D8: 3800002D li r0,45
- 11: MOVL $0x2D, t8
- 12: PUTL t8, R0
- 13: INCEIPL $4
-
- 0x254803DC: 44000002 sc
- 14: JMPo-sys $0x254803E0 ($4)
-
-
-
-. 129 254803D0 16
-. 94 21 FF F0 90 61 00 08 38 00 00 2D 44 00 00 02
-==== BB 130 (0x254803E0) approx BBs exec'd 0 ====
-
- 0x254803E0: 80C10008 lwz r6,8(r1)
- 0: GETL R1, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x254803E4: 7C8802A6 mflr r4
- 5: GETL LR, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0x254803E8: 48016C19 bl 0x25497000
- 8: MOVL $0x254803EC, t6
- 9: PUTL t6, LR
- 10: JMPo-c $0x25497000 ($4)
-
-
-
-. 130 254803E0 12
-. 80 C1 00 08 7C 88 02 A6 48 01 6C 19
-==== BB 131 (0x254803EC) approx BBs exec'd 0 ====
-
- 0x254803EC: 7CA802A6 mflr r5
- 0: GETL LR, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0x254803F0: 80A50504 lwz r5,1284(r5)
- 3: GETL R5, t2
- 4: ADDL $0x504, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x254803F4: 7C8803A6 mtlr r4
- 8: GETL R4, t6
- 9: PUTL t6, LR
- 10: INCEIPL $4
-
- 0x254803F8: 90650000 stw r3,0(r5)
- 11: GETL R3, t8
- 12: GETL R5, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x254803FC: 7C061840 cmpl cr0,r6,r3
- 15: GETL R6, t12
- 16: GETL R3, t14
- 17: CMPUL t12, t14, t16 (-rSo)
- 18: ICRFL t16, $0x0, CR
- 19: INCEIPL $4
-
- 0x25480400: 38210010 addi r1,r1,16
- 20: GETL R1, t18
- 21: ADDL $0x10, t18
- 22: PUTL t18, R1
- 23: INCEIPL $4
-
- 0x25480404: 38600000 li r3,0
- 24: MOVL $0x0, t20
- 25: PUTL t20, R3
- 26: INCEIPL $4
-
- 0x25480408: 4CA10020 bclr 5,1
- 27: GETL LR, t22
- 28: Jc01o-r t22
-
-
-
-. 131 254803EC 32
-. 7C A8 02 A6 80 A5 05 04 7C 88 03 A6 90 65 00 00 7C 06 18 40 38 21 00 10 38 60 00 00 4C A1 00 20
-==== BB 132 (0x2547F2BC) approx BBs exec'd 0 ====
-
- 0x2547F2BC: 813E0504 lwz r9,1284(r30)
- 0: GETL R30, t0
- 1: ADDL $0x504, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x2547F2C0: 809A0004 lwz r4,4(r26)
- 5: GETL R26, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R4
- 9: INCEIPL $4
-
- 0x2547F2C4: 81690000 lwz r11,0(r9)
- 10: GETL R9, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R11
- 13: INCEIPL $4
-
- 0x2547F2C8: 7F2400D0 neg r25,r4
- 14: GETL R4, t12
- 15: NEGL t12
- 16: PUTL t12, R25
- 17: INCEIPL $4
-
- 0x2547F2CC: 7C8BE040 cmpl cr1,r11,r28
- 18: GETL R11, t14
- 19: GETL R28, t16
- 20: CMPUL t14, t16, t18 (-rSo)
- 21: ICRFL t18, $0x1, CR
- 22: INCEIPL $4
-
- 0x2547F2D0: 7F645A14 add r27,r4,r11
- 23: GETL R4, t20
- 24: GETL R11, t22
- 25: ADDL t20, t22
- 26: PUTL t22, R27
- 27: INCEIPL $4
-
- 0x2547F2D4: 399BFFFF addi r12,r27,-1
- 28: GETL R27, t24
- 29: ADDL $0xFFFFFFFF, t24
- 30: PUTL t24, R12
- 31: INCEIPL $4
-
- 0x2547F2D8: 7D83C838 and r3,r12,r25
- 32: GETL R12, t26
- 33: GETL R25, t28
- 34: ANDL t26, t28
- 35: PUTL t28, R3
- 36: INCEIPL $4
-
- 0x2547F2DC: 408402D8 bc 4,4,0x2547F5B4
- 37: Jc04o $0x2547F5B4
-
-
-
-. 132 2547F2BC 36
-. 81 3E 05 04 80 9A 00 04 81 69 00 00 7F 24 00 D0 7C 8B E0 40 7F 64 5A 14 39 9B FF FF 7D 83 C8 38 40 84 02 D8
-==== BB 133 (0x2547F2E0) approx BBs exec'd 0 ====
-
- 0x2547F2E0: 807A000C lwz r3,12(r26)
- 0: GETL R26, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x2547F2E4: 2C030000 cmpi cr0,r3,0
- 5: GETL R3, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0x2547F2E8: 4182000C bc 12,2,0x2547F2F4
- 9: Js02o $0x2547F2F4
-
-
-
-. 133 2547F2E0 12
-. 80 7A 00 0C 2C 03 00 00 41 82 00 0C
-==== BB 134 (0x2547F2F4) approx BBs exec'd 0 ====
-
- 0x2547F2F4: 38600000 li r3,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x2547F2F8: 4800111D bl 0x25480414
- 3: MOVL $0x2547F2FC, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0x25480414 ($4)
-
-
-
-. 134 2547F2F4 8
-. 38 60 00 00 48 00 11 1D
-==== BB 135 sbrk(0x25480414) approx BBs exec'd 0 ====
-
- 0x25480414: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x25480418: 7C8802A6 mflr r4
- 6: GETL LR, t4
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0x2548041C: 48016BE5 bl 0x25497000
- 9: MOVL $0x25480420, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-
-. 135 25480414 12
-. 94 21 FF E0 7C 88 02 A6 48 01 6B E5
-==== BB 136 (0x25480420) approx BBs exec'd 0 ====
-
- 0x25480420: 93C10018 stw r30,24(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25480424: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x25480428: 93E1001C stw r31,28(r1)
- 8: GETL R31, t6
- 9: GETL R1, t8
- 10: ADDL $0x1C, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x2548042C: 90810024 stw r4,36(r1)
- 13: GETL R4, t10
- 14: GETL R1, t12
- 15: ADDL $0x24, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x25480430: 93A10014 stw r29,20(r1)
- 18: GETL R29, t14
- 19: GETL R1, t16
- 20: ADDL $0x14, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0x25480434: 7C7D1B78 or r29,r3,r3
- 23: GETL R3, t18
- 24: PUTL t18, R29
- 25: INCEIPL $4
-
- 0x25480438: 83FE0504 lwz r31,1284(r30)
- 26: GETL R30, t20
- 27: ADDL $0x504, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R31
- 30: INCEIPL $4
-
- 0x2548043C: 38600000 li r3,0
- 31: MOVL $0x0, t24
- 32: PUTL t24, R3
- 33: INCEIPL $4
-
- 0x25480440: 801F0000 lwz r0,0(r31)
- 34: GETL R31, t26
- 35: LDL (t26), t28
- 36: PUTL t28, R0
- 37: INCEIPL $4
-
- 0x25480444: 2F800000 cmpi cr7,r0,0
- 38: GETL R0, t30
- 39: CMP0L t30, t32 (-rSo)
- 40: ICRFL t32, $0x7, CR
- 41: INCEIPL $4
-
- 0x25480448: 419E003C bc 12,30,0x25480484
- 42: Js30o $0x25480484
-
-
-
-. 136 25480420 44
-. 93 C1 00 18 7F C8 02 A6 93 E1 00 1C 90 81 00 24 93 A1 00 14 7C 7D 1B 78 83 FE 05 04 38 60 00 00 80 1F 00 00 2F 80 00 00 41 9E 00 3C
-==== BB 137 (0x2548044C) approx BBs exec'd 0 ====
-
- 0x2548044C: 813E049C lwz r9,1180(r30)
- 0: GETL R30, t0
- 1: ADDL $0x49C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25480450: 80A90000 lwz r5,0(r9)
- 5: GETL R9, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R5
- 8: INCEIPL $4
-
- 0x25480454: 2C050000 cmpi cr0,r5,0
- 9: GETL R5, t8
- 10: CMP0L t8, t10 (-rSo)
- 11: ICRFL t10, $0x0, CR
- 12: INCEIPL $4
-
- 0x25480458: 4082002C bc 4,2,0x25480484
- 13: Jc02o $0x25480484
-
-
-
-. 137 2548044C 16
-. 81 3E 04 9C 80 A9 00 00 2C 05 00 00 40 82 00 2C
-==== BB 138 (0x2548045C) approx BBs exec'd 0 ====
-
- 0x2548045C: 2F1D0000 cmpi cr6,r29,0
- 0: GETL R29, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x25480460: 409A003C bc 4,26,0x2548049C
- 4: Jc26o $0x2548049C
-
-
-
-. 138 2548045C 8
-. 2F 1D 00 00 40 9A 00 3C
-==== BB 139 (0x25480464) approx BBs exec'd 0 ====
-
- 0x25480464: 807F0000 lwz r3,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0x25480468: 80C10024 lwz r6,36(r1)
- 4: GETL R1, t4
- 5: ADDL $0x24, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R6
- 8: INCEIPL $4
-
- 0x2548046C: 83A10014 lwz r29,20(r1)
- 9: GETL R1, t8
- 10: ADDL $0x14, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R29
- 13: INCEIPL $4
-
- 0x25480470: 83C10018 lwz r30,24(r1)
- 14: GETL R1, t12
- 15: ADDL $0x18, t12
- 16: LDL (t12), t14
- 17: PUTL t14, R30
- 18: INCEIPL $4
-
- 0x25480474: 7CC803A6 mtlr r6
- 19: GETL R6, t16
- 20: PUTL t16, LR
- 21: INCEIPL $4
-
- 0x25480478: 83E1001C lwz r31,28(r1)
- 22: GETL R1, t18
- 23: ADDL $0x1C, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R31
- 26: INCEIPL $4
-
- 0x2548047C: 38210020 addi r1,r1,32
- 27: GETL R1, t22
- 28: ADDL $0x20, t22
- 29: PUTL t22, R1
- 30: INCEIPL $4
-
- 0x25480480: 4E800020 blr
- 31: GETL LR, t24
- 32: JMPo-r t24 ($4)
-
-
-
-. 139 25480464 32
-. 80 7F 00 00 80 C1 00 24 83 A1 00 14 83 C1 00 18 7C C8 03 A6 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 140 (0x2547F2FC) approx BBs exec'd 0 ====
-
- 0x2547F2FC: 7F83E000 cmp cr7,r3,r28
- 0: GETL R3, t0
- 1: GETL R28, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x7, CR
- 4: INCEIPL $4
-
- 0x2547F300: 419E02C4 bc 12,30,0x2547F5C4
- 5: Js30o $0x2547F5C4
-
-
-
-. 140 2547F2FC 8
-. 7F 83 E0 00 41 9E 02 C4
-==== BB 141 (0x2547F304) approx BBs exec'd 0 ====
-
- 0x2547F304: 80BD0000 lwz r5,0(r29)
- 0: GETL R29, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R5
- 3: INCEIPL $4
-
- 0x2547F308: 2C850000 cmpi cr1,r5,0
- 4: GETL R5, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x1, CR
- 7: INCEIPL $4
-
- 0x2547F30C: 408602A0 bc 4,6,0x2547F5AC
- 8: Jc06o $0x2547F5AC
-
-
-
-. 141 2547F304 12
-. 80 BD 00 00 2C 85 00 00 40 86 02 A0
-==== BB 142 (0x2547F310) approx BBs exec'd 0 ====
-
- 0x2547F310: 7EC3B378 or r3,r22,r22
- 0: GETL R22, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x2547F314: 7EE803A6 mtlr r23
- 3: GETL R23, t2
- 4: PUTL t2, LR
- 5: INCEIPL $4
-
- 0x2547F318: 7EA4AB78 or r4,r21,r21
- 6: GETL R21, t4
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0x2547F31C: 38A101E0 addi r5,r1,480
- 9: GETL R1, t6
- 10: ADDL $0x1E0, t6
- 11: PUTL t6, R5
- 12: INCEIPL $4
-
- 0x2547F320: 4E800021 blrl
- 13: GETL LR, t8
- 14: MOVL $0x2547F324, t10
- 15: PUTL t10, LR
- 16: JMPo-r t8 ($4)
-
-
-
-. 142 2547F310 20
-. 7E C3 B3 78 7E E8 03 A6 7E A4 AB 78 38 A1 01 E0 4E 80 00 21
-==== BB 143 dl_main(0x254721F0) approx BBs exec'd 0 ====
-
- 0x254721F0: 9421FF30 stwu r1,-208(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFF30, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x254721F4: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x254721F8: 48024E09 bl 0x25497000
- 9: MOVL $0x254721FC, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-
-. 143 254721F0 12
-. 94 21 FF 30 7C 08 02 A6 48 02 4E 09
-==== BB 144 (0x254721FC) approx BBs exec'd 0 ====
-
- 0x254721FC: 93C100C8 stw r30,200(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0xC8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25472200: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x25472204: 92010090 stw r16,144(r1)
- 8: GETL R16, t6
- 9: GETL R1, t8
- 10: ADDL $0x90, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x25472208: 900100D4 stw r0,212(r1)
- 13: GETL R0, t10
- 14: GETL R1, t12
- 15: ADDL $0xD4, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x2547220C: 7D600026 mfcr r11
- 18: GETL CR, t14
- 19: PUTL t14, R11
- 20: INCEIPL $4
-
- 0x25472210: 91C10088 stw r14,136(r1)
- 21: GETL R14, t16
- 22: GETL R1, t18
- 23: ADDL $0x88, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0x25472214: 821E04B4 lwz r16,1204(r30)
- 26: GETL R30, t20
- 27: ADDL $0x4B4, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R16
- 30: INCEIPL $4
-
- 0x25472218: 819E04B8 lwz r12,1208(r30)
- 31: GETL R30, t24
- 32: ADDL $0x4B8, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R12
- 35: INCEIPL $4
-
- 0x2547221C: 81500000 lwz r10,0(r16)
- 36: GETL R16, t28
- 37: LDL (t28), t30
- 38: PUTL t30, R10
- 39: INCEIPL $4
-
- 0x25472220: 81DE04C8 lwz r14,1224(r30)
- 40: GETL R30, t32
- 41: ADDL $0x4C8, t32
- 42: LDL (t32), t34
- 43: PUTL t34, R14
- 44: INCEIPL $4
-
- 0x25472224: 2F8A0000 cmpi cr7,r10,0
- 45: GETL R10, t36
- 46: CMP0L t36, t38 (-rSo)
- 47: ICRFL t38, $0x7, CR
- 48: INCEIPL $4
-
- 0x25472228: 813E0020 lwz r9,32(r30)
- 49: GETL R30, t40
- 50: ADDL $0x20, t40
- 51: LDL (t40), t42
- 52: PUTL t42, R9
- 53: INCEIPL $4
-
- 0x2547222C: 91610084 stw r11,132(r1)
- 54: GETL R11, t44
- 55: GETL R1, t46
- 56: ADDL $0x84, t46
- 57: STL t44, (t46)
- 58: INCEIPL $4
-
- 0x25472230: 811E04D8 lwz r8,1240(r30)
- 59: GETL R30, t48
- 60: ADDL $0x4D8, t48
- 61: LDL (t48), t50
- 62: PUTL t50, R8
- 63: INCEIPL $4
-
- 0x25472234: 816C0000 lwz r11,0(r12)
- 64: GETL R12, t52
- 65: LDL (t52), t54
- 66: PUTL t54, R11
- 67: INCEIPL $4
-
- 0x25472238: 80FE04B0 lwz r7,1200(r30)
- 68: GETL R30, t56
- 69: ADDL $0x4B0, t56
- 70: LDL (t56), t58
- 71: PUTL t58, R7
- 72: INCEIPL $4
-
- 0x2547223C: 80DE001C lwz r6,28(r30)
- 73: GETL R30, t60
- 74: ADDL $0x1C, t60
- 75: LDL (t60), t62
- 76: PUTL t62, R6
- 77: INCEIPL $4
-
- 0x25472240: 801E04A8 lwz r0,1192(r30)
- 78: GETL R30, t64
- 79: ADDL $0x4A8, t64
- 80: LDL (t64), t66
- 81: PUTL t66, R0
- 82: INCEIPL $4
-
- 0x25472244: 93E100CC stw r31,204(r1)
- 83: GETL R31, t68
- 84: GETL R1, t70
- 85: ADDL $0xCC, t70
- 86: STL t68, (t70)
- 87: INCEIPL $4
-
- 0x25472248: 7C3F0B78 or r31,r1,r1
- 88: GETL R1, t72
- 89: PUTL t72, R31
- 90: INCEIPL $4
-
- 0x2547224C: 91E1008C stw r15,140(r1)
- 91: GETL R15, t74
- 92: GETL R1, t76
- 93: ADDL $0x8C, t76
- 94: STL t74, (t76)
- 95: INCEIPL $4
-
- 0x25472250: 92410098 stw r18,152(r1)
- 96: GETL R18, t78
- 97: GETL R1, t80
- 98: ADDL $0x98, t80
- 99: STL t78, (t80)
- 100: INCEIPL $4
-
- 0x25472254: 3A400000 li r18,0
- 101: MOVL $0x0, t82
- 102: PUTL t82, R18
- 103: INCEIPL $4
-
- 0x25472258: 9261009C stw r19,156(r1)
- 104: GETL R19, t84
- 105: GETL R1, t86
- 106: ADDL $0x9C, t86
- 107: STL t84, (t86)
- 108: INCEIPL $4
-
- 0x2547225C: 3A600000 li r19,0
- 109: MOVL $0x0, t88
- 110: PUTL t88, R19
- 111: INCEIPL $4
-
- 0x25472260: 928100A0 stw r20,160(r1)
- 112: GETL R20, t90
- 113: GETL R1, t92
- 114: ADDL $0xA0, t92
- 115: STL t90, (t92)
- 116: INCEIPL $4
-
- 0x25472264: 3A800000 li r20,0
- 117: MOVL $0x0, t94
- 118: PUTL t94, R20
- 119: INCEIPL $4
-
- 0x25472268: 92A100A4 stw r21,164(r1)
- 120: GETL R21, t96
- 121: GETL R1, t98
- 122: ADDL $0xA4, t98
- 123: STL t96, (t98)
- 124: INCEIPL $4
-
- 0x2547226C: 3AA00000 li r21,0
- 125: MOVL $0x0, t100
- 126: PUTL t100, R21
- 127: INCEIPL $4
-
- 0x25472270: 92C100A8 stw r22,168(r1)
- 128: GETL R22, t102
- 129: GETL R1, t104
- 130: ADDL $0xA8, t104
- 131: STL t102, (t104)
- 132: INCEIPL $4
-
- 0x25472274: 7CB62B78 or r22,r5,r5
- 133: GETL R5, t106
- 134: PUTL t106, R22
- 135: INCEIPL $4
-
- 0x25472278: 92E100AC stw r23,172(r1)
- 136: GETL R23, t108
- 137: GETL R1, t110
- 138: ADDL $0xAC, t110
- 139: STL t108, (t110)
- 140: INCEIPL $4
-
- 0x2547227C: 7C972378 or r23,r4,r4
- 141: GETL R4, t112
- 142: PUTL t112, R23
- 143: INCEIPL $4
-
- 0x25472280: 930100B0 stw r24,176(r1)
- 144: GETL R24, t114
- 145: GETL R1, t116
- 146: ADDL $0xB0, t116
- 147: STL t114, (t116)
- 148: INCEIPL $4
-
- 0x25472284: 7C781B78 or r24,r3,r3
- 149: GETL R3, t118
- 150: PUTL t118, R24
- 151: INCEIPL $4
-
- 0x25472288: 932100B4 stw r25,180(r1)
- 152: GETL R25, t120
- 153: GETL R1, t122
- 154: ADDL $0xB4, t122
- 155: STL t120, (t122)
- 156: INCEIPL $4
-
- 0x2547228C: 3B200000 li r25,0
- 157: MOVL $0x0, t124
- 158: PUTL t124, R25
- 159: INCEIPL $4
-
- 0x25472290: 912E03FC stw r9,1020(r14)
- 160: GETL R9, t126
- 161: GETL R14, t128
- 162: ADDL $0x3FC, t128
- 163: STL t126, (t128)
- 164: INCEIPL $4
-
- 0x25472294: 92210094 stw r17,148(r1)
- 165: GETL R17, t130
- 166: GETL R1, t132
- 167: ADDL $0x94, t132
- 168: STL t130, (t132)
- 169: INCEIPL $4
-
- 0x25472298: 934100B8 stw r26,184(r1)
- 170: GETL R26, t134
- 171: GETL R1, t136
- 172: ADDL $0xB8, t136
- 173: STL t134, (t136)
- 174: INCEIPL $4
-
- 0x2547229C: 936100BC stw r27,188(r1)
- 175: GETL R27, t138
- 176: GETL R1, t140
- 177: ADDL $0xBC, t140
- 178: STL t138, (t140)
- 179: INCEIPL $4
-
- 0x254722A0: 938100C0 stw r28,192(r1)
- 180: GETL R28, t142
- 181: GETL R1, t144
- 182: ADDL $0xC0, t144
- 183: STL t142, (t144)
- 184: INCEIPL $4
-
- 0x254722A4: 93A100C4 stw r29,196(r1)
- 185: GETL R29, t146
- 186: GETL R1, t148
- 187: ADDL $0xC4, t148
- 188: STL t146, (t148)
- 189: INCEIPL $4
-
- 0x254722A8: 910E01B4 stw r8,436(r14)
- 190: GETL R8, t150
- 191: GETL R14, t152
- 192: ADDL $0x1B4, t152
- 193: STL t150, (t152)
- 194: INCEIPL $4
-
- 0x254722AC: 90EE042C stw r7,1068(r14)
- 195: GETL R7, t154
- 196: GETL R14, t156
- 197: ADDL $0x42C, t156
- 198: STL t154, (t156)
- 199: INCEIPL $4
-
- 0x254722B0: 90CE03F8 stw r6,1016(r14)
- 200: GETL R6, t158
- 201: GETL R14, t160
- 202: ADDL $0x3F8, t160
- 203: STL t158, (t160)
- 204: INCEIPL $4
-
- 0x254722B4: 900E0404 stw r0,1028(r14)
- 205: GETL R0, t162
- 206: GETL R14, t164
- 207: ADDL $0x404, t164
- 208: STL t162, (t164)
- 209: INCEIPL $4
-
- 0x254722B8: 917F0038 stw r11,56(r31)
- 210: GETL R11, t166
- 211: GETL R31, t168
- 212: ADDL $0x38, t168
- 213: STL t166, (t168)
- 214: INCEIPL $4
-
- 0x254722BC: 81FE04F4 lwz r15,1268(r30)
- 215: GETL R30, t170
- 216: ADDL $0x4F4, t170
- 217: LDL (t170), t172
- 218: PUTL t172, R15
- 219: INCEIPL $4
-
- 0x254722C0: 813E007C lwz r9,124(r30)
- 220: GETL R30, t174
- 221: ADDL $0x7C, t174
- 222: LDL (t174), t176
- 223: PUTL t176, R9
- 224: INCEIPL $4
-
- 0x254722C4: 419E0008 bc 12,30,0x254722CC
- 225: Js30o $0x254722CC
-
-
-
-. 144 254721FC 204
-. 93 C1 00 C8 7F C8 02 A6 92 01 00 90 90 01 00 D4 7D 60 00 26 91 C1 00 88 82 1E 04 B4 81 9E 04 B8 81 50 00 00 81 DE 04 C8 2F 8A 00 00 81 3E 00 20 91 61 00 84 81 1E 04 D8 81 6C 00 00 80 FE 04 B0 80 DE 00 1C 80 1E 04 A8 93 E1 00 CC 7C 3F 0B 78 91 E1 00 8C 92 41 00 98 3A 40 00 00 92 61 00 9C 3A 60 00 00 92 81 00 A0 3A 80 00 00 92 A1 00 A4 3A A0 00 00 92 C1 00 A8 7C B6 2B 78 92 E1 00 AC 7C 97 23 78 93 01 00 B0 7C 78 1B 78 93 21 00 B4 3B 20 00 00 91 2E 03 FC 92 21 00 94 93 41 00 B8 93 61 00 BC 93 81 00 C0 93 A1 00 C4 91 0E 01 B4 90 EE 04 2C 90 CE 03 F8 90 0E 04 04 91 7F 00 38 81 FE 04 F4 81 3E 00 7C 41 9E 00 08
-==== BB 145 (0x254722CC) approx BBs exec'd 0 ====
-
- 0x254722CC: 823E0040 lwz r17,64(r30)
- 0: GETL R30, t0
- 1: ADDL $0x40, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R17
- 4: INCEIPL $4
-
- 0x254722D0: 912F0054 stw r9,84(r15)
- 5: GETL R9, t4
- 6: GETL R15, t6
- 7: ADDL $0x54, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0x254722D4: 387F0038 addi r3,r31,56
- 10: GETL R31, t8
- 11: ADDL $0x38, t8
- 12: PUTL t8, R3
- 13: INCEIPL $4
-
- 0x254722D8: 4800D951 bl 0x2547FC28
- 14: MOVL $0x254722DC, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0x2547FC28 ($4)
-
-
-
-. 145 254722CC 16
-. 82 3E 00 40 91 2F 00 54 38 7F 00 38 48 00 D9 51
-==== BB 146 _dl_next_ld_env_entry(0x2547FC28) approx BBs exec'd 0 ====
-
- 0x2547FC28: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547FC2C: 39400000 li r10,0
- 6: MOVL $0x0, t4
- 7: PUTL t4, R10
- 8: INCEIPL $4
-
- 0x2547FC30: 81630000 lwz r11,0(r3)
- 9: GETL R3, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R11
- 12: INCEIPL $4
-
- 0x2547FC34: 812B0000 lwz r9,0(r11)
- 13: GETL R11, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R9
- 16: INCEIPL $4
-
- 0x2547FC38: 2F890000 cmpi cr7,r9,0
- 17: GETL R9, t14
- 18: CMP0L t14, t16 (-rSo)
- 19: ICRFL t16, $0x7, CR
- 20: INCEIPL $4
-
- 0x2547FC3C: 419E001C bc 12,30,0x2547FC58
- 21: Js30o $0x2547FC58
-
-
-
-. 146 2547FC28 24
-. 94 21 FF F0 39 40 00 00 81 63 00 00 81 2B 00 00 2F 89 00 00 41 9E 00 1C
-==== BB 147 (0x2547FC40) approx BBs exec'd 0 ====
-
- 0x2547FC40: 88090000 lbz r0,0(r9)
- 0: GETL R9, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0x2547FC44: 2C00004C cmpi cr0,r0,76
- 4: GETL R0, t4
- 5: MOVL $0x4C, t8
- 6: CMPL t4, t8, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0x2547FC48: 4182001C bc 12,2,0x2547FC64
- 9: Js02o $0x2547FC64
-
-
-
-. 147 2547FC40 12
-. 88 09 00 00 2C 00 00 4C 41 82 00 1C
-==== BB 148 (0x2547FC4C) approx BBs exec'd 0 ====
-
- 0x2547FC4C: 852B0004 lwzu r9,4(r11)
- 0: GETL R11, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R11
- 3: LDL (t0), t2
- 4: PUTL t2, R9
- 5: INCEIPL $4
-
- 0x2547FC50: 2F890000 cmpi cr7,r9,0
- 6: GETL R9, t4
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x7, CR
- 9: INCEIPL $4
-
- 0x2547FC54: 409EFFEC bc 4,30,0x2547FC40
- 10: Jc30o $0x2547FC40
-
-
-
-. 148 2547FC4C 12
-. 85 2B 00 04 2F 89 00 00 40 9E FF EC
-==== BB 149 (0x2547FC64) approx BBs exec'd 0 ====
-
- 0x2547FC64: 88890001 lbz r4,1(r9)
- 0: GETL R9, t0
- 1: ADDL $0x1, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x2547FC68: 2C840044 cmpi cr1,r4,68
- 5: GETL R4, t4
- 6: MOVL $0x44, t8
- 7: CMPL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x1, CR
- 9: INCEIPL $4
-
- 0x2547FC6C: 4086FFE0 bc 4,6,0x2547FC4C
- 10: Jc06o $0x2547FC4C
-
-
-
-. 149 2547FC64 12
-. 88 89 00 01 2C 84 00 44 40 86 FF E0
-==== BB 150 (0x2547FC70) approx BBs exec'd 0 ====
-
- 0x2547FC70: 88A90002 lbz r5,2(r9)
- 0: GETL R9, t0
- 1: ADDL $0x2, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x2547FC74: 2F05005F cmpi cr6,r5,95
- 5: GETL R5, t4
- 6: MOVL $0x5F, t8
- 7: CMPL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x6, CR
- 9: INCEIPL $4
-
- 0x2547FC78: 409AFFD4 bc 4,26,0x2547FC4C
- 10: Jc26o $0x2547FC4C
-
-
-
-. 150 2547FC70 12
-. 88 A9 00 02 2F 05 00 5F 40 9A FF D4
-==== BB 151 (0x2547FC7C) approx BBs exec'd 0 ====
-
- 0x2547FC7C: 38CB0004 addi r6,r11,4
- 0: GETL R11, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R6
- 3: INCEIPL $4
-
- 0x2547FC80: 39490003 addi r10,r9,3
- 4: GETL R9, t2
- 5: ADDL $0x3, t2
- 6: PUTL t2, R10
- 7: INCEIPL $4
-
- 0x2547FC84: 90C30000 stw r6,0(r3)
- 8: GETL R6, t4
- 9: GETL R3, t6
- 10: STL t4, (t6)
- 11: INCEIPL $4
-
- 0x2547FC88: 4BFFFFD0 b 0x2547FC58
- 12: JMPo $0x2547FC58 ($4)
-
-
-
-. 151 2547FC7C 16
-. 38 CB 00 04 39 49 00 03 90 C3 00 00 4B FF FF D0
-==== BB 152 (0x2547FC58) approx BBs exec'd 0 ====
-
- 0x2547FC58: 7D435378 or r3,r10,r10
- 0: GETL R10, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x2547FC5C: 38210010 addi r1,r1,16
- 3: GETL R1, t2
- 4: ADDL $0x10, t2
- 5: PUTL t2, R1
- 6: INCEIPL $4
-
- 0x2547FC60: 4E800020 blr
- 7: GETL LR, t4
- 8: JMPo-r t4 ($4)
-
-
-
-. 152 2547FC58 12
-. 7D 43 53 78 38 21 00 10 4E 80 00 20
-==== BB 153 (0x254722DC) approx BBs exec'd 0 ====
-
- 0x254722DC: 7C7D1B79 or. r29,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R29
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x254722E0: 41820064 bc 12,2,0x25472344
- 5: Js02o $0x25472344
-
-
-
-. 153 254722DC 8
-. 7C 7D 1B 79 41 82 00 64
-==== BB 154 (0x254722E4) approx BBs exec'd 0 ====
-
- 0x254722E4: 881D0000 lbz r0,0(r29)
- 0: GETL R29, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0x254722E8: 39600000 li r11,0
- 4: MOVL $0x0, t4
- 5: PUTL t4, R11
- 6: INCEIPL $4
-
- 0x254722EC: 7C090379 or. r9,r0,r0
- 7: GETL R0, t6
- 8: PUTL t6, R9
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x0, CR
- 11: INCEIPL $4
-
- 0x254722F0: 40A20018 bc 5,2,0x25472308
- 12: Jc02o $0x25472308
-
-
-
-. 154 254722E4 16
-. 88 1D 00 00 39 60 00 00 7C 09 03 79 40 A2 00 18
-==== BB 155 (0x25472308) approx BBs exec'd 0 ====
-
- 0x25472308: 2C89003D cmpi cr1,r9,61
- 0: GETL R9, t0
- 1: MOVL $0x3D, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0x2547230C: 4086FFEC bc 4,6,0x254722F8
- 5: Jc06o $0x254722F8
-
-
-
-. 155 25472308 8
-. 2C 89 00 3D 40 86 FF EC
-==== BB 156 (0x254722F8) approx BBs exec'd 0 ====
-
- 0x254722F8: 396B0001 addi r11,r11,1
- 0: GETL R11, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R11
- 3: INCEIPL $4
-
- 0x254722FC: 7C1D58AE lbzx r0,r29,r11
- 4: GETL R11, t2
- 5: GETL R29, t4
- 6: ADDL t4, t2
- 7: LDB (t2), t6
- 8: PUTL t6, R0
- 9: INCEIPL $4
-
- 0x25472300: 7C090379 or. r9,r0,r0
- 10: GETL R0, t8
- 11: PUTL t8, R9
- 12: CMP0L t8, t10 (-rSo)
- 13: ICRFL t10, $0x0, CR
- 14: INCEIPL $4
-
- 0x25472304: 4182000C bc 12,2,0x25472310
- 15: Js02o $0x25472310
-
-
-
-. 156 254722F8 16
-. 39 6B 00 01 7C 1D 58 AE 7C 09 03 79 41 82 00 0C
-==== BB 157 (0x25472310) approx BBs exec'd 0 ====
-
- 0x25472310: 2D80003D cmpi cr3,r0,61
- 0: GETL R0, t0
- 1: MOVL $0x3D, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x3, CR
- 4: INCEIPL $4
-
- 0x25472314: 408EFFC0 bc 4,14,0x254722D4
- 5: Jc14o $0x254722D4
-
-
-
-. 157 25472310 8
-. 2D 80 00 3D 40 8E FF C0
-==== BB 158 (0x25472318) approx BBs exec'd 0 ====
-
- 0x25472318: 380BFFFC addi r0,r11,-4
- 0: GETL R11, t0
- 1: ADDL $0xFFFFFFFC, t0
- 2: PUTL t0, R0
- 3: INCEIPL $4
-
- 0x2547231C: 2A000010 cmpli cr4,r0,16
- 4: GETL R0, t2
- 5: MOVL $0x10, t6
- 6: CMPUL t2, t6, t4 (-rSo)
- 7: ICRFL t4, $0x4, CR
- 8: INCEIPL $4
-
- 0x25472320: 41B1FFB4 bc 13,17,0x254722D4
- 9: Js17o $0x254722D4
-
-
-
-. 158 25472318 12
-. 38 0B FF FC 2A 00 00 10 41 B1 FF B4
-==== BB 159 (0x25472324) approx BBs exec'd 0 ====
-
- 0x25472324: 80BE0080 lwz r5,128(r30)
- 0: GETL R30, t0
- 1: ADDL $0x80, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x25472328: 541A103A rlwinm r26,r0,2,0,29
- 5: GETL R0, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R26
- 8: INCEIPL $4
-
- 0x2547232C: 7C9A282E lwzx r4,r26,r5
- 9: GETL R5, t6
- 10: GETL R26, t8
- 11: ADDL t8, t6
- 12: LDL (t6), t10
- 13: PUTL t10, R4
- 14: INCEIPL $4
-
- 0x25472330: 7C642A14 add r3,r4,r5
- 15: GETL R4, t12
- 16: GETL R5, t14
- 17: ADDL t12, t14
- 18: PUTL t14, R3
- 19: INCEIPL $4
-
- 0x25472334: 7C6903A6 mtctr r3
- 20: GETL R3, t16
- 21: PUTL t16, CTR
- 22: INCEIPL $4
-
- 0x25472338: 4E800420 bctr
- 23: GETL CTR, t18
- 24: JMPo t18 ($4)
-
-
-
-. 159 25472324 24
-. 80 BE 00 80 54 1A 10 3A 7C 9A 28 2E 7C 64 2A 14 7C 69 03 A6 4E 80 04 20
-==== BB 160 (0x25473248) approx BBs exec'd 0 ====
-
- 0x25473248: 809E00C4 lwz r4,196(r30)
- 0: GETL R30, t0
- 1: ADDL $0xC4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x2547324C: 7FA3EB78 or r3,r29,r29
- 5: GETL R29, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x25473250: 38A0000C li r5,12
- 8: MOVL $0xC, t6
- 9: PUTL t6, R5
- 10: INCEIPL $4
-
- 0x25473254: 48010045 bl 0x25483298
- 11: MOVL $0x25473258, t8
- 12: PUTL t8, LR
- 13: JMPo-c $0x25483298 ($4)
-
-
-
-. 160 25473248 16
-. 80 9E 00 C4 7F A3 EB 78 38 A0 00 0C 48 01 00 45
-==== BB 161 memcmp(0x25483298) approx BBs exec'd 0 ====
-
- 0x25483298: 2B85000F cmpli cr7,r5,15
- 0: GETL R5, t0
- 1: MOVL $0xF, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x2548329C: 9421FFE0 stwu r1,-32(r1)
- 5: GETL R1, t6
- 6: GETL R1, t8
- 7: ADDL $0xFFFFFFE0, t8
- 8: PUTL t8, R1
- 9: STL t6, (t8)
- 10: INCEIPL $4
-
- 0x254832A0: 93810010 stw r28,16(r1)
- 11: GETL R28, t10
- 12: GETL R1, t12
- 13: ADDL $0x10, t12
- 14: STL t10, (t12)
- 15: INCEIPL $4
-
- 0x254832A4: 7C6B1B78 or r11,r3,r3
- 16: GETL R3, t14
- 17: PUTL t14, R11
- 18: INCEIPL $4
-
- 0x254832A8: 93A10014 stw r29,20(r1)
- 19: GETL R29, t16
- 20: GETL R1, t18
- 21: ADDL $0x14, t18
- 22: STL t16, (t18)
- 23: INCEIPL $4
-
- 0x254832AC: 93C10018 stw r30,24(r1)
- 24: GETL R30, t20
- 25: GETL R1, t22
- 26: ADDL $0x18, t22
- 27: STL t20, (t22)
- 28: INCEIPL $4
-
- 0x254832B0: 93E1001C stw r31,28(r1)
- 29: GETL R31, t24
- 30: GETL R1, t26
- 31: ADDL $0x1C, t26
- 32: STL t24, (t26)
- 33: INCEIPL $4
-
- 0x254832B4: 409D00BC bc 4,29,0x25483370
- 34: Jc29o $0x25483370
-
-
-
-. 161 25483298 32
-. 2B 85 00 0F 94 21 FF E0 93 81 00 10 7C 6B 1B 78 93 A1 00 14 93 C1 00 18 93 E1 00 1C 40 9D 00 BC
-==== BB 162 (0x25483370) approx BBs exec'd 0 ====
-
- 0x25483370: 2C050000 cmpi cr0,r5,0
- 0: GETL R5, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0x25483374: 41820024 bc 12,2,0x25483398
- 4: Js02o $0x25483398
-
-
-
-. 162 25483370 8
-. 2C 05 00 00 41 82 00 24
-==== BB 163 (0x25483378) approx BBs exec'd 0 ====
-
- 0x25483378: 898B0000 lbz r12,0(r11)
- 0: GETL R11, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R12
- 3: INCEIPL $4
-
- 0x2548337C: 396B0001 addi r11,r11,1
- 4: GETL R11, t4
- 5: ADDL $0x1, t4
- 6: PUTL t4, R11
- 7: INCEIPL $4
-
- 0x25483380: 8BA40000 lbz r29,0(r4)
- 8: GETL R4, t6
- 9: LDB (t6), t8
- 10: PUTL t8, R29
- 11: INCEIPL $4
-
- 0x25483384: 38840001 addi r4,r4,1
- 12: GETL R4, t10
- 13: ADDL $0x1, t10
- 14: PUTL t10, R4
- 15: INCEIPL $4
-
- 0x25483388: 7C7D6051 subf. r3,r29,r12
- 16: GETL R29, t12
- 17: GETL R12, t14
- 18: SUBL t12, t14
- 19: PUTL t14, R3
- 20: CMP0L t14, t16 (-rSo)
- 21: ICRFL t16, $0x0, CR
- 22: INCEIPL $4
-
- 0x2548338C: 40820010 bc 4,2,0x2548339C
- 23: Jc02o $0x2548339C
-
-
-
-. 163 25483378 24
-. 89 8B 00 00 39 6B 00 01 8B A4 00 00 38 84 00 01 7C 7D 60 51 40 82 00 10
-==== BB 164 (0x25483390) approx BBs exec'd 0 ====
-
- 0x25483390: 34A5FFFF addic. r5,r5,-1
- 0: GETL R5, t0
- 1: ADCL $0xFFFFFFFF, t0 (-wCa)
- 2: PUTL t0, R5
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0x25483394: 4082FFE4 bc 4,2,0x25483378
- 6: Jc02o $0x25483378
-
-
-
-. 164 25483390 8
-. 34 A5 FF FF 40 82 FF E4
-==== BB 165 (0x25483398) approx BBs exec'd 0 ====
-
- 0x25483398: 38600000 li r3,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x2548339C: 83810010 lwz r28,16(r1)
- 3: GETL R1, t2
- 4: ADDL $0x10, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R28
- 7: INCEIPL $4
-
- 0x254833A0: 83A10014 lwz r29,20(r1)
- 8: GETL R1, t6
- 9: ADDL $0x14, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R29
- 12: INCEIPL $4
-
- 0x254833A4: 83C10018 lwz r30,24(r1)
- 13: GETL R1, t10
- 14: ADDL $0x18, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R30
- 17: INCEIPL $4
-
- 0x254833A8: 83E1001C lwz r31,28(r1)
- 18: GETL R1, t14
- 19: ADDL $0x1C, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R31
- 22: INCEIPL $4
-
- 0x254833AC: 38210020 addi r1,r1,32
- 23: GETL R1, t18
- 24: ADDL $0x20, t18
- 25: PUTL t18, R1
- 26: INCEIPL $4
-
- 0x254833B0: 4E800020 blr
- 27: GETL LR, t20
- 28: JMPo-r t20 ($4)
-
-
-
-. 165 25483398 28
-. 38 60 00 00 83 81 00 10 83 A1 00 14 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 166 (0x25473258) approx BBs exec'd 0 ====
-
- 0x25473258: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x2547325C: 409E0428 bc 4,30,0x25473684
- 4: Jc30o $0x25473684
-
-
-
-. 166 25473258 8
-. 2F 83 00 00 40 9E 04 28
-==== BB 167 (0x25473260) approx BBs exec'd 0 ====
-
- 0x25473260: 813E004C lwz r9,76(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25473264: 381D000D addi r0,r29,13
- 5: GETL R29, t4
- 6: ADDL $0xD, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x25473268: 90090000 stw r0,0(r9)
- 9: GETL R0, t6
- 10: GETL R9, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x2547326C: 4BFFF068 b 0x254722D4
- 13: JMPo $0x254722D4 ($4)
-
-
-
-. 167 25473260 16
-. 81 3E 00 4C 38 1D 00 0D 90 09 00 00 4B FF F0 68
-==== BB 168 (0x254722D4) approx BBs exec'd 0 ====
-
- 0x254722D4: 387F0038 addi r3,r31,56
- 0: GETL R31, t0
- 1: ADDL $0x38, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0x254722D8: 4800D951 bl 0x2547FC28
- 4: MOVL $0x254722DC, t2
- 5: PUTL t2, LR
- 6: JMPo-c $0x2547FC28 ($4)
-
-
-
-. 168 254722D4 8
-. 38 7F 00 38 48 00 D9 51
-==== BB 169 (0x25473218) approx BBs exec'd 0 ====
-
- 0x25473218: 809E00C0 lwz r4,192(r30)
- 0: GETL R30, t0
- 1: ADDL $0xC0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x2547321C: 7FA3EB78 or r3,r29,r29
- 5: GETL R29, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x25473220: 38A00007 li r5,7
- 8: MOVL $0x7, t6
- 9: PUTL t6, R5
- 10: INCEIPL $4
-
- 0x25473224: 48010075 bl 0x25483298
- 11: MOVL $0x25473228, t8
- 12: PUTL t8, LR
- 13: JMPo-c $0x25483298 ($4)
-
-
-
-. 169 25473218 16
-. 80 9E 00 C0 7F A3 EB 78 38 A0 00 07 48 01 00 75
-==== BB 170 (0x2548339C) approx BBs exec'd 0 ====
-
- 0x2548339C: 83810010 lwz r28,16(r1)
- 0: GETL R1, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0x254833A0: 83A10014 lwz r29,20(r1)
- 5: GETL R1, t4
- 6: ADDL $0x14, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R29
- 9: INCEIPL $4
-
- 0x254833A4: 83C10018 lwz r30,24(r1)
- 10: GETL R1, t8
- 11: ADDL $0x18, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R30
- 14: INCEIPL $4
-
- 0x254833A8: 83E1001C lwz r31,28(r1)
- 15: GETL R1, t12
- 16: ADDL $0x1C, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R31
- 19: INCEIPL $4
-
- 0x254833AC: 38210020 addi r1,r1,32
- 20: GETL R1, t16
- 21: ADDL $0x20, t16
- 22: PUTL t16, R1
- 23: INCEIPL $4
-
- 0x254833B0: 4E800020 blr
- 24: GETL LR, t18
- 25: JMPo-r t18 ($4)
-
-
-
-. 170 2548339C 24
-. 83 81 00 10 83 A1 00 14 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 171 (0x25473228) approx BBs exec'd 0 ====
-
- 0x25473228: 2C830000 cmpi cr1,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0x2547322C: 4086048C bc 4,6,0x254736B8
- 4: Jc06o $0x254736B8
-
-
-
-. 171 25473228 8
-. 2C 83 00 00 40 86 04 8C
-==== BB 172 (0x254736B8) approx BBs exec'd 0 ====
-
- 0x254736B8: 809E00E0 lwz r4,224(r30)
- 0: GETL R30, t0
- 1: ADDL $0xE0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x254736BC: 7FA3EB78 or r3,r29,r29
- 5: GETL R29, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x254736C0: 38A00007 li r5,7
- 8: MOVL $0x7, t6
- 9: PUTL t6, R5
- 10: INCEIPL $4
-
- 0x254736C4: 4800FBD5 bl 0x25483298
- 11: MOVL $0x254736C8, t8
- 12: PUTL t8, LR
- 13: JMPo-c $0x25483298 ($4)
-
-
-
-. 172 254736B8 16
-. 80 9E 00 E0 7F A3 EB 78 38 A0 00 07 48 00 FB D5
-==== BB 173 (0x254736C8) approx BBs exec'd 0 ====
-
- 0x254736C8: 2C030000 cmpi cr0,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0x254736CC: 40820088 bc 4,2,0x25473754
- 4: Jc02o $0x25473754
-
-
-
-. 173 254736C8 8
-. 2C 03 00 00 40 82 00 88
-==== BB 174 (0x254736D0) approx BBs exec'd 0 ====
-
- 0x254736D0: 38FD0008 addi r7,r29,8
- 0: GETL R29, t0
- 1: ADDL $0x8, t0
- 2: PUTL t0, R7
- 3: INCEIPL $4
-
- 0x254736D4: 90F10000 stw r7,0(r17)
- 4: GETL R7, t2
- 5: GETL R17, t4
- 6: STL t2, (t4)
- 7: INCEIPL $4
-
- 0x254736D8: 4BFFEBFC b 0x254722D4
- 8: JMPo $0x254722D4 ($4)
-
-
-
-. 174 254736D0 12
-. 38 FD 00 08 90 F1 00 00 4B FF EB FC
-==== BB 175 (0x25472344) approx BBs exec'd 0 ====
-
- 0x25472344: 83700000 lwz r27,0(r16)
- 0: GETL R16, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R27
- 3: INCEIPL $4
-
- 0x25472348: 933F0030 stw r25,48(r31)
- 4: GETL R25, t4
- 5: GETL R31, t6
- 6: ADDL $0x30, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0x2547234C: 2D9B0000 cmpi cr3,r27,0
- 9: GETL R27, t8
- 10: CMP0L t8, t10 (-rSo)
- 11: ICRFL t10, $0x3, CR
- 12: INCEIPL $4
-
- 0x25472350: 408E128C bc 4,14,0x254735DC
- 13: Jc14o $0x254735DC
-
-
-
-. 175 25472344 16
-. 83 70 00 00 93 3F 00 30 2D 9B 00 00 40 8E 12 8C
-==== BB 176 (0x25472354) approx BBs exec'd 0 ====
-
- 0x25472354: 813E0034 lwz r9,52(r30)
- 0: GETL R30, t0
- 1: ADDL $0x34, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25472358: 3014FFFF addic r0,r20,-1
- 5: GETL R20, t4
- 6: ADCL $0xFFFFFFFF, t4 (-wCa)
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x2547235C: 7F40A110 subfe r26,r0,r20
- 9: GETL R0, t6
- 10: GETL R20, t8
- 11: SBBL t6, t8 (-rCa-wCa)
- 12: PUTL t8, R26
- 13: INCEIPL $4
-
- 0x25472360: 83A90000 lwz r29,0(r9)
- 14: GETL R9, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R29
- 17: INCEIPL $4
-
- 0x25472364: 313DFFFF addic r9,r29,-1
- 18: GETL R29, t14
- 19: ADCL $0xFFFFFFFF, t14 (-wCa)
- 20: PUTL t14, R9
- 21: INCEIPL $4
-
- 0x25472368: 7F89E910 subfe r28,r9,r29
- 22: GETL R9, t16
- 23: GETL R29, t18
- 24: SBBL t16, t18 (-rCa-wCa)
- 25: PUTL t18, R28
- 26: INCEIPL $4
-
- 0x2547236C: 7F80D039 and. r0,r28,r26
- 27: GETL R28, t20
- 28: GETL R26, t22
- 29: ANDL t20, t22
- 30: PUTL t22, R0
- 31: CMP0L t22, t24 (-rSo)
- 32: ICRFL t24, $0x0, CR
- 33: INCEIPL $4
-
- 0x25472370: 40820B58 bc 4,2,0x25472EC8
- 34: Jc02o $0x25472EC8
-
-
-
-. 176 25472354 32
-. 81 3E 00 34 30 14 FF FF 7F 40 A1 10 83 A9 00 00 31 3D FF FF 7F 89 E9 10 7F 80 D0 39 40 82 0B 58
-==== BB 177 (0x25472374) approx BBs exec'd 0 ====
-
- 0x25472374: 83560000 lwz r26,0(r22)
- 0: GETL R22, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R26
- 3: INCEIPL $4
-
- 0x25472378: 80BE04E0 lwz r5,1248(r30)
- 4: GETL R30, t4
- 5: ADDL $0x4E0, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R5
- 8: INCEIPL $4
-
- 0x2547237C: 7D9A2800 cmp cr3,r26,r5
- 9: GETL R26, t8
- 10: GETL R5, t10
- 11: CMPL t8, t10, t12 (-rSo)
- 12: ICRFL t12, $0x3, CR
- 13: INCEIPL $4
-
- 0x25472380: 418E0940 bc 12,14,0x25472CC0
- 14: Js14o $0x25472CC0
-
-
-
-. 177 25472374 16
-. 83 56 00 00 80 BE 04 E0 7D 9A 28 00 41 8E 09 40
-==== BB 178 (0x25472384) approx BBs exec'd 0 ====
-
- 0x25472384: 807E0084 lwz r3,132(r30)
- 0: GETL R30, t0
- 1: ADDL $0x84, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x25472388: 38A00000 li r5,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x2547238C: 38C00000 li r6,0
- 8: MOVL $0x0, t6
- 9: PUTL t6, R6
- 10: INCEIPL $4
-
- 0x25472390: 38E00000 li r7,0
- 11: MOVL $0x0, t8
- 12: PUTL t8, R7
- 13: INCEIPL $4
-
- 0x25472394: 7C641B78 or r4,r3,r3
- 14: GETL R3, t10
- 15: PUTL t10, R4
- 16: INCEIPL $4
-
- 0x25472398: 39000000 li r8,0
- 17: MOVL $0x0, t12
- 18: PUTL t12, R8
- 19: INCEIPL $4
-
- 0x2547239C: 48006D59 bl 0x254790F4
- 20: MOVL $0x254723A0, t14
- 21: PUTL t14, LR
- 22: JMPo-c $0x254790F4 ($4)
-
-
-
-. 178 25472384 28
-. 80 7E 00 84 38 A0 00 00 38 C0 00 00 38 E0 00 00 7C 64 1B 78 39 00 00 00 48 00 6D 59
-==== BB 179 _dl_new_object(0x254790F4) approx BBs exec'd 0 ====
-
- 0x254790F4: 9421FFD0 stwu r1,-48(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFD0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x254790F8: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x254790FC: 4801DF05 bl 0x25497000
- 9: MOVL $0x25479100, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-
-. 179 254790F4 12
-. 94 21 FF D0 7C 08 02 A6 48 01 DF 05
-==== BB 180 (0x25479100) approx BBs exec'd 0 ====
-
- 0x25479100: 93C10028 stw r30,40(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x28, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25479104: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x25479108: 92C10008 stw r22,8(r1)
- 8: GETL R22, t6
- 9: GETL R1, t8
- 10: ADDL $0x8, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x2547910C: 92E1000C stw r23,12(r1)
- 13: GETL R23, t10
- 14: GETL R1, t12
- 15: ADDL $0xC, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x25479110: 7C771B78 or r23,r3,r3
- 18: GETL R3, t14
- 19: PUTL t14, R23
- 20: INCEIPL $4
-
- 0x25479114: 93010010 stw r24,16(r1)
- 21: GETL R24, t16
- 22: GETL R1, t18
- 23: ADDL $0x10, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0x25479118: 7C832378 or r3,r4,r4
- 26: GETL R4, t20
- 27: PUTL t20, R3
- 28: INCEIPL $4
-
- 0x2547911C: 93210014 stw r25,20(r1)
- 29: GETL R25, t22
- 30: GETL R1, t24
- 31: ADDL $0x14, t24
- 32: STL t22, (t24)
- 33: INCEIPL $4
-
- 0x25479120: 7CB82B78 or r24,r5,r5
- 34: GETL R5, t26
- 35: PUTL t26, R24
- 36: INCEIPL $4
-
- 0x25479124: 93410018 stw r26,24(r1)
- 37: GETL R26, t28
- 38: GETL R1, t30
- 39: ADDL $0x18, t30
- 40: STL t28, (t30)
- 41: INCEIPL $4
-
- 0x25479128: 7CF63B78 or r22,r7,r7
- 42: GETL R7, t32
- 43: PUTL t32, R22
- 44: INCEIPL $4
-
- 0x2547912C: 9361001C stw r27,28(r1)
- 45: GETL R27, t34
- 46: GETL R1, t36
- 47: ADDL $0x1C, t36
- 48: STL t34, (t36)
- 49: INCEIPL $4
-
- 0x25479130: 7C9A2378 or r26,r4,r4
- 50: GETL R4, t38
- 51: PUTL t38, R26
- 52: INCEIPL $4
-
- 0x25479134: 93810020 stw r28,32(r1)
- 53: GETL R28, t40
- 54: GETL R1, t42
- 55: ADDL $0x20, t42
- 56: STL t40, (t42)
- 57: INCEIPL $4
-
- 0x25479138: 7D194378 or r25,r8,r8
- 58: GETL R8, t44
- 59: PUTL t44, R25
- 60: INCEIPL $4
-
- 0x2547913C: 93E1002C stw r31,44(r1)
- 61: GETL R31, t46
- 62: GETL R1, t48
- 63: ADDL $0x2C, t48
- 64: STL t46, (t48)
- 65: INCEIPL $4
-
- 0x25479140: 7CDC3378 or r28,r6,r6
- 66: GETL R6, t50
- 67: PUTL t50, R28
- 68: INCEIPL $4
-
- 0x25479144: 90010034 stw r0,52(r1)
- 69: GETL R0, t52
- 70: GETL R1, t54
- 71: ADDL $0x34, t54
- 72: STL t52, (t54)
- 73: INCEIPL $4
-
- 0x25479148: 93A10024 stw r29,36(r1)
- 74: GETL R29, t56
- 75: GETL R1, t58
- 76: ADDL $0x24, t58
- 77: STL t56, (t58)
- 78: INCEIPL $4
-
- 0x2547914C: 48009E85 bl 0x25482FD0
- 79: MOVL $0x25479150, t60
- 80: PUTL t60, LR
- 81: JMPo-c $0x25482FD0 ($4)
-
-
-
-. 180 25479100 80
-. 93 C1 00 28 7F C8 02 A6 92 C1 00 08 92 E1 00 0C 7C 77 1B 78 93 01 00 10 7C 83 23 78 93 21 00 14 7C B8 2B 78 93 41 00 18 7C F6 3B 78 93 61 00 1C 7C 9A 23 78 93 81 00 20 7D 19 43 78 93 E1 00 2C 7C DC 33 78 90 01 00 34 93 A1 00 24 48 00 9E 85
-==== BB 181 strlen(0x25482FD0) approx BBs exec'd 0 ====
-
- 0x25482FD0: 5464003A rlwinm r4,r3,0,0,29
- 0: GETL R3, t0
- 1: ANDL $0xFFFFFFFC, t0
- 2: PUTL t0, R4
- 3: INCEIPL $4
-
- 0x25482FD4: 3CE07F7F lis r7,32639
- 4: MOVL $0x7F7F0000, t2
- 5: PUTL t2, R7
- 6: INCEIPL $4
-
- 0x25482FD8: 54651EF8 rlwinm r5,r3,3,27,28
- 7: GETL R3, t4
- 8: ROLL $0x3, t4
- 9: ANDL $0x18, t4
- 10: PUTL t4, R5
- 11: INCEIPL $4
-
- 0x25482FDC: 81040000 lwz r8,0(r4)
- 12: GETL R4, t6
- 13: LDL (t6), t8
- 14: PUTL t8, R8
- 15: INCEIPL $4
-
- 0x25482FE0: 3920FFFF li r9,-1
- 16: MOVL $0xFFFFFFFF, t10
- 17: PUTL t10, R9
- 18: INCEIPL $4
-
- 0x25482FE4: 38E77F7F addi r7,r7,32639
- 19: MOVL $0x7F7F7F7F, t12
- 20: PUTL t12, R7
- 21: INCEIPL $4
-
- 0x25482FE8: 7D292C30 srw r9,r9,r5
- 22: GETL R9, t16
- 23: GETL R5, t14
- 24: SHRL t14, t16
- 25: PUTL t16, R9
- 26: INCEIPL $4
-
- 0x25482FEC: 7CE04038 and r0,r7,r8
- 27: GETL R7, t18
- 28: GETL R8, t20
- 29: ANDL t18, t20
- 30: PUTL t20, R0
- 31: INCEIPL $4
-
- 0x25482FF0: 7CEA4378 or r10,r7,r8
- 32: GETL R7, t22
- 33: GETL R8, t24
- 34: ORL t24, t22
- 35: PUTL t22, R10
- 36: INCEIPL $4
-
- 0x25482FF4: 7C003A14 add r0,r0,r7
- 37: GETL R0, t26
- 38: GETL R7, t28
- 39: ADDL t26, t28
- 40: PUTL t28, R0
- 41: INCEIPL $4
-
- 0x25482FF8: 7D4000F8 nor r0,r10,r0
- 42: GETL R10, t30
- 43: GETL R0, t32
- 44: ORL t32, t30
- 45: NOTL t30
- 46: PUTL t30, R0
- 47: INCEIPL $4
-
- 0x25482FFC: 7C084839 and. r8,r0,r9
- 48: GETL R0, t34
- 49: GETL R9, t36
- 50: ANDL t34, t36
- 51: PUTL t36, R8
- 52: CMP0L t36, t38 (-rSo)
- 53: ICRFL t38, $0x0, CR
- 54: INCEIPL $4
-
- 0x25483000: 7C601120 mtcrf 0x1,r3
- 55: GETL R3, t40
- 56: ICRFL t40, $0x7, CR
- 57: INCEIPL $4
-
- 0x25483004: 40820070 bc 4,2,0x25483074
- 58: Jc02o $0x25483074
-
-
-
-. 181 25482FD0 56
-. 54 64 00 3A 3C E0 7F 7F 54 65 1E F8 81 04 00 00 39 20 FF FF 38 E7 7F 7F 7D 29 2C 30 7C E0 40 38 7C EA 43 78 7C 00 3A 14 7D 40 00 F8 7C 08 48 39 7C 60 11 20 40 82 00 70
-==== BB 182 (0x25483074) approx BBs exec'd 0 ====
-
- 0x25483074: 7D0B0034 cntlzw r11,r8
- 0: GETL R8, t0
- 1: CNTLZL t0
- 2: PUTL t0, R11
- 3: INCEIPL $4
-
- 0x25483078: 7C032050 subf r0,r3,r4
- 4: GETL R3, t2
- 5: GETL R4, t4
- 6: SUBL t2, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x2548307C: 556BE8FE rlwinm r11,r11,29,3,31
- 9: GETL R11, t6
- 10: SHRL $0x3, t6
- 11: PUTL t6, R11
- 12: INCEIPL $4
-
- 0x25483080: 7C605A14 add r3,r0,r11
- 13: GETL R0, t8
- 14: GETL R11, t10
- 15: ADDL t8, t10
- 16: PUTL t10, R3
- 17: INCEIPL $4
-
- 0x25483084: 4E800020 blr
- 18: GETL LR, t12
- 19: JMPo-r t12 ($4)
-
-
-
-. 182 25483074 20
-. 7D 0B 00 34 7C 03 20 50 55 6B E8 FE 7C 60 5A 14 4E 80 00 20
-==== BB 183 (0x25479150) approx BBs exec'd 0 ====
-
- 0x25479150: 38800001 li r4,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0x25479154: 7C691B78 or r9,r3,r3
- 3: GETL R3, t2
- 4: PUTL t2, R9
- 5: INCEIPL $4
-
- 0x25479158: 3863024D addi r3,r3,589
- 6: GETL R3, t4
- 7: ADDL $0x24D, t4
- 8: PUTL t4, R3
- 9: INCEIPL $4
-
- 0x2547915C: 3B690001 addi r27,r9,1
- 10: GETL R9, t6
- 11: ADDL $0x1, t6
- 12: PUTL t6, R27
- 13: INCEIPL $4
-
- 0x25479160: 4801E8CD bl 0x25497A2C
- 14: MOVL $0x25479164, t8
- 15: PUTL t8, LR
- 16: JMPo-c $0x25497A2C ($4)
-
-
-
-. 183 25479150 20
-. 38 80 00 01 7C 69 1B 78 38 63 02 4D 3B 69 00 01 48 01 E8 CD
-==== BB 184 (0x25497A2C) approx BBs exec'd 0 ====
-
- 0x25497A2C: 4BFE848C b 0x2547FEB8
- 0: JMPo $0x2547FEB8 ($4)
-
-
-
-. 184 25497A2C 4
-. 4B FE 84 8C
-==== BB 185 calloc(0x2547FEB8) approx BBs exec'd 0 ====
-
- 0x2547FEB8: 7C6321D6 mullw r3,r3,r4
- 0: GETL R3, t0
- 1: GETL R4, t2
- 2: MULL t0, t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x2547FEBC: 7CA802A6 mflr r5
- 5: GETL LR, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x2547FEC0: 9421FFF0 stwu r1,-16(r1)
- 8: GETL R1, t6
- 9: GETL R1, t8
- 10: ADDL $0xFFFFFFF0, t8
- 11: PUTL t8, R1
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x2547FEC4: 90A10014 stw r5,20(r1)
- 14: GETL R5, t10
- 15: GETL R1, t12
- 16: ADDL $0x14, t12
- 17: STL t10, (t12)
- 18: INCEIPL $4
-
- 0x2547FEC8: 48017B5D bl 0x25497A24
- 19: MOVL $0x2547FECC, t14
- 20: PUTL t14, LR
- 21: JMPo-c $0x25497A24 ($4)
-
-
-
-. 185 2547FEB8 20
-. 7C 63 21 D6 7C A8 02 A6 94 21 FF F0 90 A1 00 14 48 01 7B 5D
-==== BB 186 (0x25497A24) approx BBs exec'd 0 ====
-
- 0x25497A24: 4BFE846C b 0x2547FE90
- 0: JMPo $0x2547FE90 ($4)
-
-
-
-. 186 25497A24 4
-. 4B FE 84 6C
-==== BB 187 malloc(0x2547FE90) approx BBs exec'd 0 ====
-
- 0x2547FE90: 7C8802A6 mflr r4
- 0: GETL LR, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0x2547FE94: 9421FFF0 stwu r1,-16(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFF0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0x2547FE98: 90810014 stw r4,20(r1)
- 9: GETL R4, t6
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x2547FE9C: 7C641B78 or r4,r3,r3
- 14: GETL R3, t10
- 15: PUTL t10, R4
- 16: INCEIPL $4
-
- 0x2547FEA0: 38600008 li r3,8
- 17: MOVL $0x8, t12
- 18: PUTL t12, R3
- 19: INCEIPL $4
-
- 0x2547FEA4: 48017B79 bl 0x25497A1C
- 20: MOVL $0x2547FEA8, t14
- 21: PUTL t14, LR
- 22: JMPo-c $0x25497A1C ($4)
-
-
-
-. 187 2547FE90 24
-. 7C 88 02 A6 94 21 FF F0 90 81 00 14 7C 64 1B 78 38 60 00 08 48 01 7B 79
-==== BB 188 (0x25497A1C) approx BBs exec'd 0 ====
-
- 0x25497A1C: 4BFE832C b 0x2547FD48
- 0: JMPo $0x2547FD48 ($4)
-
-
-
-. 188 25497A1C 4
-. 4B FE 83 2C
-==== BB 189 __libc_memalign(0x2547FD48) approx BBs exec'd 0 ====
-
- 0x2547FD48: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547FD4C: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x2547FD50: 480172B1 bl 0x25497000
- 9: MOVL $0x2547FD54, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-
-. 189 2547FD48 12
-. 94 21 FF E0 7C 08 02 A6 48 01 72 B1
-==== BB 190 (0x2547FD54) approx BBs exec'd 0 ====
-
- 0x2547FD54: 93C10018 stw r30,24(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547FD58: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x2547FD5C: 9361000C stw r27,12(r1)
- 8: GETL R27, t6
- 9: GETL R1, t8
- 10: ADDL $0xC, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x2547FD60: 90010024 stw r0,36(r1)
- 13: GETL R0, t10
- 14: GETL R1, t12
- 15: ADDL $0x24, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x2547FD64: 7C6A1B78 or r10,r3,r3
- 18: GETL R3, t14
- 19: PUTL t14, R10
- 20: INCEIPL $4
-
- 0x2547FD68: 93810010 stw r28,16(r1)
- 21: GETL R28, t16
- 22: GETL R1, t18
- 23: ADDL $0x10, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0x2547FD6C: 38A00003 li r5,3
- 26: MOVL $0x3, t20
- 27: PUTL t20, R5
- 28: INCEIPL $4
-
- 0x2547FD70: 837E0418 lwz r27,1048(r30)
- 29: GETL R30, t22
- 30: ADDL $0x418, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R27
- 33: INCEIPL $4
-
- 0x2547FD74: 38C00022 li r6,34
- 34: MOVL $0x22, t26
- 35: PUTL t26, R6
- 36: INCEIPL $4
-
- 0x2547FD78: 93A10014 stw r29,20(r1)
- 37: GETL R29, t28
- 38: GETL R1, t30
- 39: ADDL $0x14, t30
- 40: STL t28, (t30)
- 41: INCEIPL $4
-
- 0x2547FD7C: 38E0FFFF li r7,-1
- 42: MOVL $0xFFFFFFFF, t32
- 43: PUTL t32, R7
- 44: INCEIPL $4
-
- 0x2547FD80: 817B0000 lwz r11,0(r27)
- 45: GETL R27, t34
- 46: LDL (t34), t36
- 47: PUTL t36, R11
- 48: INCEIPL $4
-
- 0x2547FD84: 7FA300D0 neg r29,r3
- 49: GETL R3, t38
- 50: NEGL t38
- 51: PUTL t38, R29
- 52: INCEIPL $4
-
- 0x2547FD88: 93E1001C stw r31,28(r1)
- 53: GETL R31, t40
- 54: GETL R1, t42
- 55: ADDL $0x1C, t42
- 56: STL t40, (t42)
- 57: INCEIPL $4
-
- 0x2547FD8C: 39000000 li r8,0
- 58: MOVL $0x0, t44
- 59: PUTL t44, R8
- 60: INCEIPL $4
-
- 0x2547FD90: 2F8B0000 cmpi cr7,r11,0
- 61: GETL R11, t46
- 62: CMP0L t46, t48 (-rSo)
- 63: ICRFL t48, $0x7, CR
- 64: INCEIPL $4
-
- 0x2547FD94: 819E0500 lwz r12,1280(r30)
- 65: GETL R30, t50
- 66: ADDL $0x500, t50
- 67: LDL (t50), t52
- 68: PUTL t52, R12
- 69: INCEIPL $4
-
- 0x2547FD98: 38600000 li r3,0
- 70: MOVL $0x0, t54
- 71: PUTL t54, R3
- 72: INCEIPL $4
-
- 0x2547FD9C: 7C9C2378 or r28,r4,r4
- 73: GETL R4, t56
- 74: PUTL t56, R28
- 75: INCEIPL $4
-
- 0x2547FDA0: 83FE041C lwz r31,1052(r30)
- 76: GETL R30, t58
- 77: ADDL $0x41C, t58
- 78: LDL (t58), t60
- 79: PUTL t60, R31
- 80: INCEIPL $4
-
- 0x2547FDA4: 409E0024 bc 4,30,0x2547FDC8
- 81: Jc30o $0x2547FDC8
-
-
-
-. 190 2547FD54 84
-. 93 C1 00 18 7F C8 02 A6 93 61 00 0C 90 01 00 24 7C 6A 1B 78 93 81 00 10 38 A0 00 03 83 7E 04 18 38 C0 00 22 93 A1 00 14 38 E0 FF FF 81 7B 00 00 7F A3 00 D0 93 E1 00 1C 39 00 00 00 2F 8B 00 00 81 9E 05 00 38 60 00 00 7C 9C 23 78 83 FE 04 1C 40 9E 00 24
-==== BB 191 (0x2547FDA8) approx BBs exec'd 0 ====
-
- 0x2547FDA8: 813E04F4 lwz r9,1268(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4F4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x2547FDAC: 919F0000 stw r12,0(r31)
- 5: GETL R12, t4
- 6: GETL R31, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0x2547FDB0: 81690004 lwz r11,4(r9)
- 9: GETL R9, t8
- 10: ADDL $0x4, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R11
- 13: INCEIPL $4
-
- 0x2547FDB4: 7C8B6214 add r4,r11,r12
- 14: GETL R11, t12
- 15: GETL R12, t14
- 16: ADDL t12, t14
- 17: PUTL t14, R4
- 18: INCEIPL $4
-
- 0x2547FDB8: 3924FFFF addi r9,r4,-1
- 19: GETL R4, t16
- 20: ADDL $0xFFFFFFFF, t16
- 21: PUTL t16, R9
- 22: INCEIPL $4
-
- 0x2547FDBC: 7C8B00D0 neg r4,r11
- 23: GETL R11, t18
- 24: NEGL t18
- 25: PUTL t18, R4
- 26: INCEIPL $4
-
- 0x2547FDC0: 7D2B2038 and r11,r9,r4
- 27: GETL R9, t20
- 28: GETL R4, t22
- 29: ANDL t20, t22
- 30: PUTL t22, R11
- 31: INCEIPL $4
-
- 0x2547FDC4: 917B0000 stw r11,0(r27)
- 32: GETL R11, t24
- 33: GETL R27, t26
- 34: STL t24, (t26)
- 35: INCEIPL $4
-
- 0x2547FDC8: 813F0000 lwz r9,0(r31)
- 36: GETL R31, t28
- 37: LDL (t28), t30
- 38: PUTL t30, R9
- 39: INCEIPL $4
-
- 0x2547FDCC: 7C895214 add r4,r9,r10
- 40: GETL R9, t32
- 41: GETL R10, t34
- 42: ADDL t32, t34
- 43: PUTL t34, R4
- 44: INCEIPL $4
-
- 0x2547FDD0: 3804FFFF addi r0,r4,-1
- 45: GETL R4, t36
- 46: ADDL $0xFFFFFFFF, t36
- 47: PUTL t36, R0
- 48: INCEIPL $4
-
- 0x2547FDD4: 7C0AE838 and r10,r0,r29
- 49: GETL R0, t38
- 50: GETL R29, t40
- 51: ANDL t38, t40
- 52: PUTL t40, R10
- 53: INCEIPL $4
-
- 0x2547FDD8: 7D8AE214 add r12,r10,r28
- 54: GETL R10, t42
- 55: GETL R28, t44
- 56: ADDL t42, t44
- 57: PUTL t44, R12
- 58: INCEIPL $4
-
- 0x2547FDDC: 915F0000 stw r10,0(r31)
- 59: GETL R10, t46
- 60: GETL R31, t48
- 61: STL t46, (t48)
- 62: INCEIPL $4
-
- 0x2547FDE0: 7C0C5840 cmpl cr0,r12,r11
- 63: GETL R12, t50
- 64: GETL R11, t52
- 65: CMPUL t50, t52, t54 (-rSo)
- 66: ICRFL t54, $0x0, CR
- 67: INCEIPL $4
-
- 0x2547FDE4: 4080003C bc 4,0,0x2547FE20
- 68: Jc00o $0x2547FE20
-
-
-
-. 191 2547FDA8 64
-. 81 3E 04 F4 91 9F 00 00 81 69 00 04 7C 8B 62 14 39 24 FF FF 7C 8B 00 D0 7D 2B 20 38 91 7B 00 00 81 3F 00 00 7C 89 52 14 38 04 FF FF 7C 0A E8 38 7D 8A E2 14 91 5F 00 00 7C 0C 58 40 40 80 00 3C
-==== BB 192 (0x2547FDE8) approx BBs exec'd 0 ====
-
- 0x2547FDE8: 807F0000 lwz r3,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0x2547FDEC: 80C10024 lwz r6,36(r1)
- 4: GETL R1, t4
- 5: ADDL $0x24, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R6
- 8: INCEIPL $4
-
- 0x2547FDF0: 7D03E214 add r8,r3,r28
- 9: GETL R3, t8
- 10: GETL R28, t10
- 11: ADDL t8, t10
- 12: PUTL t10, R8
- 13: INCEIPL $4
-
- 0x2547FDF4: 80FE0420 lwz r7,1056(r30)
- 14: GETL R30, t12
- 15: ADDL $0x420, t12
- 16: LDL (t12), t14
- 17: PUTL t14, R7
- 18: INCEIPL $4
-
- 0x2547FDF8: 911F0000 stw r8,0(r31)
- 19: GETL R8, t16
- 20: GETL R31, t18
- 21: STL t16, (t18)
- 22: INCEIPL $4
-
- 0x2547FDFC: 7CC803A6 mtlr r6
- 23: GETL R6, t20
- 24: PUTL t20, LR
- 25: INCEIPL $4
-
- 0x2547FE00: 8361000C lwz r27,12(r1)
- 26: GETL R1, t22
- 27: ADDL $0xC, t22
- 28: LDL (t22), t24
- 29: PUTL t24, R27
- 30: INCEIPL $4
-
- 0x2547FE04: 83810010 lwz r28,16(r1)
- 31: GETL R1, t26
- 32: ADDL $0x10, t26
- 33: LDL (t26), t28
- 34: PUTL t28, R28
- 35: INCEIPL $4
-
- 0x2547FE08: 83A10014 lwz r29,20(r1)
- 36: GETL R1, t30
- 37: ADDL $0x14, t30
- 38: LDL (t30), t32
- 39: PUTL t32, R29
- 40: INCEIPL $4
-
- 0x2547FE0C: 83C10018 lwz r30,24(r1)
- 41: GETL R1, t34
- 42: ADDL $0x18, t34
- 43: LDL (t34), t36
- 44: PUTL t36, R30
- 45: INCEIPL $4
-
- 0x2547FE10: 83E1001C lwz r31,28(r1)
- 46: GETL R1, t38
- 47: ADDL $0x1C, t38
- 48: LDL (t38), t40
- 49: PUTL t40, R31
- 50: INCEIPL $4
-
- 0x2547FE14: 38210020 addi r1,r1,32
- 51: GETL R1, t42
- 52: ADDL $0x20, t42
- 53: PUTL t42, R1
- 54: INCEIPL $4
-
- 0x2547FE18: 90670000 stw r3,0(r7)
- 55: GETL R3, t44
- 56: GETL R7, t46
- 57: STL t44, (t46)
- 58: INCEIPL $4
-
- 0x2547FE1C: 4E800020 blr
- 59: GETL LR, t48
- 60: JMPo-r t48 ($4)
-
-
-
-. 192 2547FDE8 56
-. 80 7F 00 00 80 C1 00 24 7D 03 E2 14 80 FE 04 20 91 1F 00 00 7C C8 03 A6 83 61 00 0C 83 81 00 10 83 A1 00 14 83 C1 00 18 83 E1 00 1C 38 21 00 20 90 67 00 00 4E 80 00 20
-==== BB 193 (0x2547FEA8) approx BBs exec'd 0 ====
-
- 0x2547FEA8: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x2547FEAC: 38210010 addi r1,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R1
- 8: INCEIPL $4
-
- 0x2547FEB0: 7C0803A6 mtlr r0
- 9: GETL R0, t6
- 10: PUTL t6, LR
- 11: INCEIPL $4
-
- 0x2547FEB4: 4E800020 blr
- 12: GETL LR, t8
- 13: JMPo-r t8 ($4)
-
-
-
-. 193 2547FEA8 16
-. 80 01 00 14 38 21 00 10 7C 08 03 A6 4E 80 00 20
-==== BB 194 (0x2547FECC) approx BBs exec'd 0 ====
-
- 0x2547FECC: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x2547FED0: 38210010 addi r1,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R1
- 8: INCEIPL $4
-
- 0x2547FED4: 7C0803A6 mtlr r0
- 9: GETL R0, t6
- 10: PUTL t6, LR
- 11: INCEIPL $4
-
- 0x2547FED8: 4E800020 blr
- 12: GETL LR, t8
- 13: JMPo-r t8 ($4)
-
-
-
-. 194 2547FECC 16
-. 80 01 00 14 38 21 00 10 7C 08 03 A6 4E 80 00 20
-==== BB 195 (0x25479164) approx BBs exec'd 0 ====
-
- 0x25479164: 7C7F1B79 or. r31,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R31
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x25479168: 38600000 li r3,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x2547916C: 41820174 bc 12,2,0x254792E0
- 8: Js02o $0x254792E0
-
-
-
-. 195 25479164 12
-. 7C 7F 1B 79 38 60 00 00 41 82 01 74
-==== BB 196 (0x25479170) approx BBs exec'd 0 ====
-
- 0x25479170: 3BBF0240 addi r29,r31,576
- 0: GETL R31, t0
- 1: ADDL $0x240, t0
- 2: PUTL t0, R29
- 3: INCEIPL $4
-
- 0x25479174: 7F44D378 or r4,r26,r26
- 4: GETL R26, t2
- 5: PUTL t2, R4
- 6: INCEIPL $4
-
- 0x25479178: 7F65DB78 or r5,r27,r27
- 7: GETL R27, t4
- 8: PUTL t4, R5
- 9: INCEIPL $4
-
- 0x2547917C: 93FF0014 stw r31,20(r31)
- 10: GETL R31, t6
- 11: GETL R31, t8
- 12: ADDL $0x14, t8
- 13: STL t6, (t8)
- 14: INCEIPL $4
-
- 0x25479180: 93BF001C stw r29,28(r31)
- 15: GETL R29, t10
- 16: GETL R31, t12
- 17: ADDL $0x1C, t12
- 18: STL t10, (t12)
- 19: INCEIPL $4
-
- 0x25479184: 387F024C addi r3,r31,588
- 20: GETL R31, t14
- 21: ADDL $0x24C, t14
- 22: PUTL t14, R3
- 23: INCEIPL $4
-
- 0x25479188: 4800AA59 bl 0x25483BE0
- 24: MOVL $0x2547918C, t16
- 25: PUTL t16, LR
- 26: JMPo-c $0x25483BE0 ($4)
-
-
-
-. 196 25479170 28
-. 3B BF 02 40 7F 44 D3 78 7F 65 DB 78 93 FF 00 14 93 BF 00 1C 38 7F 02 4C 48 00 AA 59
-==== BB 197 (0x25483C68) approx BBs exec'd 0 ====
-
- 0x25483C68: 2C850000 cmpi cr1,r5,0
- 0: GETL R5, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0x25483C6C: 4186001C bc 12,6,0x25483C88
- 4: Js06o $0x25483C88
-
-
-
-. 197 25483C68 8
-. 2C 85 00 00 41 86 00 1C
-==== BB 198 (0x25483C70) approx BBs exec'd 0 ====
-
- 0x25483C70: 7CA903A6 mtctr r5
- 0: GETL R5, t0
- 1: PUTL t0, CTR
- 2: INCEIPL $4
-
- 0x25483C74: 88FD0000 lbz r7,0(r29)
- 3: GETL R29, t2
- 4: LDB (t2), t4
- 5: PUTL t4, R7
- 6: INCEIPL $4
-
- 0x25483C78: 3BBD0001 addi r29,r29,1
- 7: GETL R29, t6
- 8: ADDL $0x1, t6
- 9: PUTL t6, R29
- 10: INCEIPL $4
-
- 0x25483C7C: 98FF0000 stb r7,0(r31)
- 11: GETL R7, t8
- 12: GETL R31, t10
- 13: STB t8, (t10)
- 14: INCEIPL $4
-
- 0x25483C80: 3BFF0001 addi r31,r31,1
- 15: GETL R31, t12
- 16: ADDL $0x1, t12
- 17: PUTL t12, R31
- 18: INCEIPL $4
-
- 0x25483C84: 4200FFF0 bc 16,0,0x25483C74
- 19: GETL CTR, t14
- 20: ADDL $0xFFFFFFFF, t14
- 21: PUTL t14, CTR
- 22: JIFZL t14, $0x25483C88
- 23: JMPo $0x25483C74 ($4)
-
-
-
-. 198 25483C70 24
-. 7C A9 03 A6 88 FD 00 00 3B BD 00 01 98 FF 00 00 3B FF 00 01 42 00 FF F0
-==== BB 199 (0x2547918C) approx BBs exec'd 0 ====
-
- 0x2547918C: 38A00001 li r5,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0x25479190: 90BD0008 stw r5,8(r29)
- 3: GETL R5, t2
- 4: GETL R29, t4
- 5: ADDL $0x8, t4
- 6: STL t2, (t4)
- 7: INCEIPL $4
-
- 0x25479194: 1D590018 mulli r10,r25,24
- 8: GETL R25, t6
- 9: MULL $0x18, t6
- 10: PUTL t6, R10
- 11: INCEIPL $4
-
- 0x25479198: 80DF0180 lwz r6,384(r31)
- 12: GETL R31, t8
- 13: ADDL $0x180, t8
- 14: LDL (t8), t10
- 15: PUTL t10, R6
- 16: INCEIPL $4
-
- 0x2547919C: 3880FFFF li r4,-1
- 17: MOVL $0xFFFFFFFF, t12
- 18: PUTL t12, R4
- 19: INCEIPL $4
-
- 0x254791A0: 80BE04C8 lwz r5,1224(r30)
- 20: GETL R30, t14
- 21: ADDL $0x4C8, t14
- 22: LDL (t14), t16
- 23: PUTL t16, R5
- 24: INCEIPL $4
-
- 0x254791A4: 5306F002 rlwimi r6,r24,30,0,1
- 25: GETL R6, t18
- 26: GETL R24, t20
- 27: ROLL $0x1E, t20
- 28: ANDL $0xC0000000, t20
- 29: ANDL $0x3FFFFFFF, t18
- 30: ORL t18, t20
- 31: PUTL t20, R6
- 32: INCEIPL $4
-
- 0x254791A8: 939F0168 stw r28,360(r31)
- 33: GETL R28, t22
- 34: GETL R31, t24
- 35: ADDL $0x168, t24
- 36: STL t22, (t24)
- 37: INCEIPL $4
-
- 0x254791AC: 90DF0180 stw r6,384(r31)
- 38: GETL R6, t26
- 39: GETL R31, t28
- 40: ADDL $0x180, t28
- 41: STL t26, (t28)
- 42: INCEIPL $4
-
- 0x254791B0: 38DF01AC addi r6,r31,428
- 43: GETL R31, t30
- 44: ADDL $0x1AC, t30
- 45: PUTL t30, R6
- 46: INCEIPL $4
-
- 0x254791B4: 7D6A282E lwzx r11,r10,r5
- 47: GETL R5, t32
- 48: GETL R10, t34
- 49: ADDL t34, t32
- 50: LDL (t32), t36
- 51: PUTL t36, R11
- 52: INCEIPL $4
-
- 0x254791B8: 907F0240 stw r3,576(r31)
- 53: GETL R3, t38
- 54: GETL R31, t40
- 55: ADDL $0x240, t40
- 56: STL t38, (t40)
- 57: INCEIPL $4
-
- 0x254791BC: 38600004 li r3,4
- 58: MOVL $0x4, t42
- 59: PUTL t42, R3
- 60: INCEIPL $4
-
- 0x254791C0: 2F8B0000 cmpi cr7,r11,0
- 61: GETL R11, t44
- 62: CMP0L t44, t46 (-rSo)
- 63: ICRFL t46, $0x7, CR
- 64: INCEIPL $4
-
- 0x254791C4: 909F022C stw r4,556(r31)
- 65: GETL R4, t48
- 66: GETL R31, t50
- 67: ADDL $0x22C, t50
- 68: STL t48, (t50)
- 69: INCEIPL $4
-
- 0x254791C8: 907F01BC stw r3,444(r31)
- 70: GETL R3, t52
- 71: GETL R31, t54
- 72: ADDL $0x1BC, t54
- 73: STL t52, (t54)
- 74: INCEIPL $4
-
- 0x254791CC: 38800000 li r4,0
- 75: MOVL $0x0, t56
- 76: PUTL t56, R4
- 77: INCEIPL $4
-
- 0x254791D0: 92FF0004 stw r23,4(r31)
- 78: GETL R23, t58
- 79: GETL R31, t60
- 80: ADDL $0x4, t60
- 81: STL t58, (t60)
- 82: INCEIPL $4
-
- 0x254791D4: 933F0018 stw r25,24(r31)
- 83: GETL R25, t62
- 84: GETL R31, t64
- 85: ADDL $0x18, t64
- 86: STL t62, (t64)
- 87: INCEIPL $4
-
- 0x254791D8: 90DF01C0 stw r6,448(r31)
- 88: GETL R6, t66
- 89: GETL R31, t68
- 90: ADDL $0x1C0, t68
- 91: STL t66, (t68)
- 92: INCEIPL $4
-
- 0x254791DC: 409E013C bc 4,30,0x25479318
- 93: Jc30o $0x25479318
-
-
-
-. 199 2547918C 84
-. 38 A0 00 01 90 BD 00 08 1D 59 00 18 80 DF 01 80 38 80 FF FF 80 BE 04 C8 53 06 F0 02 93 9F 01 68 90 DF 01 80 38 DF 01 AC 7D 6A 28 2E 90 7F 02 40 38 60 00 04 2F 8B 00 00 90 9F 02 2C 90 7F 01 BC 38 80 00 00 92 FF 00 04 93 3F 00 18 90 DF 01 C0 40 9E 01 3C
-==== BB 200 (0x254791E0) approx BBs exec'd 0 ====
-
- 0x254791E0: 7FEA292E stwx r31,r10,r5
- 0: GETL R5, t0
- 1: GETL R10, t2
- 2: ADDL t2, t0
- 3: GETL R31, t4
- 4: STL t4, (t0)
- 5: INCEIPL $4
-
- 0x254791E4: 2F1C0000 cmpi cr6,r28,0
- 6: GETL R28, t6
- 7: CMP0L t6, t8 (-rSo)
- 8: ICRFL t8, $0x6, CR
- 9: INCEIPL $4
-
- 0x254791E8: 7D4A2A14 add r10,r10,r5
- 10: GETL R10, t10
- 11: GETL R5, t12
- 12: ADDL t10, t12
- 13: PUTL t12, R10
- 14: INCEIPL $4
-
- 0x254791EC: 81650198 lwz r11,408(r5)
- 15: GETL R5, t14
- 16: ADDL $0x198, t14
- 17: LDL (t14), t16
- 18: PUTL t16, R11
- 19: INCEIPL $4
-
- 0x254791F0: 832A0004 lwz r25,4(r10)
- 20: GETL R10, t18
- 21: ADDL $0x4, t18
- 22: LDL (t18), t20
- 23: PUTL t20, R25
- 24: INCEIPL $4
-
- 0x254791F4: 8185019C lwz r12,412(r5)
- 25: GETL R5, t22
- 26: ADDL $0x19C, t22
- 27: LDL (t22), t24
- 28: PUTL t24, R12
- 29: INCEIPL $4
-
- 0x254791F8: 3B190001 addi r24,r25,1
- 30: GETL R25, t26
- 31: ADDL $0x1, t26
- 32: PUTL t26, R24
- 33: INCEIPL $4
-
- 0x254791FC: 310C0001 addic r8,r12,1
- 34: GETL R12, t28
- 35: ADCL $0x1, t28 (-wCa)
- 36: PUTL t28, R8
- 37: INCEIPL $4
-
- 0x25479200: 7CEB0194 addze r7,r11
- 38: GETL R11, t30
- 39: ADCL $0x0, t30 (-rCa-wCa)
- 40: PUTL t30, R7
- 41: INCEIPL $4
-
- 0x25479204: 930A0004 stw r24,4(r10)
- 42: GETL R24, t32
- 43: GETL R10, t34
- 44: ADDL $0x4, t34
- 45: STL t32, (t34)
- 46: INCEIPL $4
-
- 0x25479208: 90E50198 stw r7,408(r5)
- 47: GETL R7, t36
- 48: GETL R5, t38
- 49: ADDL $0x198, t38
- 50: STL t36, (t38)
- 51: INCEIPL $4
-
- 0x2547920C: 9105019C stw r8,412(r5)
- 52: GETL R8, t40
- 53: GETL R5, t42
- 54: ADDL $0x19C, t42
- 55: STL t40, (t42)
- 56: INCEIPL $4
-
- 0x25479210: 40BA000C bc 5,26,0x2547921C
- 57: Jc26o $0x2547921C
-
-
-
-. 200 254791E0 52
-. 7F EA 29 2E 2F 1C 00 00 7D 4A 2A 14 81 65 01 98 83 2A 00 04 81 85 01 9C 3B 19 00 01 31 0C 00 01 7C EB 01 94 93 0A 00 04 90 E5 01 98 91 05 01 9C 40 BA 00 0C
-==== BB 201 (0x25479214) approx BBs exec'd 0 ====
-
- 0x25479214: 48000164 b 0x25479378
- 0: JMPo $0x25479378 ($4)
-
-
-
-. 201 25479214 4
-. 48 00 01 64
-==== BB 202 (0x25479378) approx BBs exec'd 0 ====
-
- 0x25479378: 7FFCFB78 or r28,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R28
- 2: INCEIPL $4
-
- 0x2547937C: 4BFFFEAC b 0x25479228
- 3: JMPo $0x25479228 ($4)
-
-
-
-. 202 25479378 8
-. 7F FC FB 78 4B FF FE AC
-==== BB 203 (0x25479228) approx BBs exec'd 0 ====
-
- 0x25479228: 2F840000 cmpi cr7,r4,0
- 0: GETL R4, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x2547922C: 393C0158 addi r9,r28,344
- 4: GETL R28, t4
- 5: ADDL $0x158, t4
- 6: PUTL t4, R9
- 7: INCEIPL $4
-
- 0x25479230: 419E0010 bc 12,30,0x25479240
- 8: Js30o $0x25479240
-
-
-
-. 203 25479228 12
-. 2F 84 00 00 39 3C 01 58 41 9E 00 10
-==== BB 204 (0x25479240) approx BBs exec'd 0 ====
-
- 0x25479240: 56CCEFFE rlwinm r12,r22,29,31,31
- 0: GETL R22, t0
- 1: ROLL $0x1D, t0
- 2: ANDL $0x1, t0
- 3: PUTL t0, R12
- 4: INCEIPL $4
-
- 0x25479244: 7D8B2039 and. r11,r12,r4
- 5: GETL R12, t2
- 6: GETL R4, t4
- 7: ANDL t2, t4
- 8: PUTL t4, R11
- 9: CMP0L t4, t6 (-rSo)
- 10: ICRFL t6, $0x0, CR
- 11: INCEIPL $4
-
- 0x25479248: 41820010 bc 12,2,0x25479258
- 12: Js02o $0x25479258
-
-
-
-. 204 25479240 12
-. 56 CC EF FE 7D 8B 20 39 41 82 00 10
-==== BB 205 (0x25479258) approx BBs exec'd 0 ====
-
- 0x25479258: 549A103A rlwinm r26,r4,2,0,29
- 0: GETL R4, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R26
- 3: INCEIPL $4
-
- 0x2547925C: 7D3A312E stwx r9,r26,r6
- 4: GETL R6, t2
- 5: GETL R26, t4
- 6: ADDL t4, t2
- 7: GETL R9, t6
- 8: STL t6, (t2)
- 9: INCEIPL $4
-
- 0x25479260: 3B7F0158 addi r27,r31,344
- 10: GETL R31, t8
- 11: ADDL $0x158, t8
- 12: PUTL t8, R27
- 13: INCEIPL $4
-
- 0x25479264: 937F01C4 stw r27,452(r31)
- 14: GETL R27, t10
- 15: GETL R31, t12
- 16: ADDL $0x1C4, t12
- 17: STL t10, (t12)
- 18: INCEIPL $4
-
- 0x25479268: 8BB70000 lbz r29,0(r23)
- 19: GETL R23, t14
- 20: LDB (t14), t16
- 21: PUTL t16, R29
- 22: INCEIPL $4
-
- 0x2547926C: 2F1D0000 cmpi cr6,r29,0
- 23: GETL R29, t18
- 24: CMP0L t18, t20 (-rSo)
- 25: ICRFL t20, $0x6, CR
- 26: INCEIPL $4
-
- 0x25479270: 419A006C bc 12,26,0x254792DC
- 27: Js26o $0x254792DC
-
-
-
-. 205 25479258 28
-. 54 9A 10 3A 7D 3A 31 2E 3B 7F 01 58 93 7F 01 C4 8B B7 00 00 2F 1D 00 00 41 9A 00 6C
-==== BB 206 (0x254792DC) approx BBs exec'd 0 ====
-
- 0x254792DC: 7FE3FB78 or r3,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x254792E0: 83810034 lwz r28,52(r1)
- 3: GETL R1, t2
- 4: ADDL $0x34, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R28
- 7: INCEIPL $4
-
- 0x254792E4: 82C10008 lwz r22,8(r1)
- 8: GETL R1, t6
- 9: ADDL $0x8, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R22
- 12: INCEIPL $4
-
- 0x254792E8: 7F8803A6 mtlr r28
- 13: GETL R28, t10
- 14: PUTL t10, LR
- 15: INCEIPL $4
-
- 0x254792EC: 82E1000C lwz r23,12(r1)
- 16: GETL R1, t12
- 17: ADDL $0xC, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R23
- 20: INCEIPL $4
-
- 0x254792F0: 83010010 lwz r24,16(r1)
- 21: GETL R1, t16
- 22: ADDL $0x10, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R24
- 25: INCEIPL $4
-
- 0x254792F4: 83210014 lwz r25,20(r1)
- 26: GETL R1, t20
- 27: ADDL $0x14, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R25
- 30: INCEIPL $4
-
- 0x254792F8: 83410018 lwz r26,24(r1)
- 31: GETL R1, t24
- 32: ADDL $0x18, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R26
- 35: INCEIPL $4
-
- 0x254792FC: 8361001C lwz r27,28(r1)
- 36: GETL R1, t28
- 37: ADDL $0x1C, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R27
- 40: INCEIPL $4
-
- 0x25479300: 83810020 lwz r28,32(r1)
- 41: GETL R1, t32
- 42: ADDL $0x20, t32
- 43: LDL (t32), t34
- 44: PUTL t34, R28
- 45: INCEIPL $4
-
- 0x25479304: 83A10024 lwz r29,36(r1)
- 46: GETL R1, t36
- 47: ADDL $0x24, t36
- 48: LDL (t36), t38
- 49: PUTL t38, R29
- 50: INCEIPL $4
-
- 0x25479308: 83C10028 lwz r30,40(r1)
- 51: GETL R1, t40
- 52: ADDL $0x28, t40
- 53: LDL (t40), t42
- 54: PUTL t42, R30
- 55: INCEIPL $4
-
- 0x2547930C: 83E1002C lwz r31,44(r1)
- 56: GETL R1, t44
- 57: ADDL $0x2C, t44
- 58: LDL (t44), t46
- 59: PUTL t46, R31
- 60: INCEIPL $4
-
- 0x25479310: 38210030 addi r1,r1,48
- 61: GETL R1, t48
- 62: ADDL $0x30, t48
- 63: PUTL t48, R1
- 64: INCEIPL $4
-
- 0x25479314: 4E800020 blr
- 65: GETL LR, t50
- 66: JMPo-r t50 ($4)
-
-
-
-. 206 254792DC 60
-. 7F E3 FB 78 83 81 00 34 82 C1 00 08 7F 88 03 A6 82 E1 00 0C 83 01 00 10 83 21 00 14 83 41 00 18 83 61 00 1C 83 81 00 20 83 A1 00 24 83 C1 00 28 83 E1 00 2C 38 21 00 30 4E 80 00 20
-==== BB 207 (0x254723A0) approx BBs exec'd 0 ====
-
- 0x254723A0: 828E0000 lwz r20,0(r14)
- 0: GETL R14, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R20
- 3: INCEIPL $4
-
- 0x254723A4: 2D940000 cmpi cr3,r20,0
- 4: GETL R20, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x3, CR
- 7: INCEIPL $4
-
- 0x254723A8: 418E0C90 bc 12,14,0x25473038
- 8: Js14o $0x25473038
-
-
-
-. 207 254723A0 12
-. 82 8E 00 00 2D 94 00 00 41 8E 0C 90
-==== BB 208 (0x254723AC) approx BBs exec'd 0 ====
-
- 0x254723AC: 80D60000 lwz r6,0(r22)
- 0: GETL R22, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R6
- 3: INCEIPL $4
-
- 0x254723B0: 9314014C stw r24,332(r20)
- 4: GETL R24, t4
- 5: GETL R20, t6
- 6: ADDL $0x14C, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0x254723B4: 90D40150 stw r6,336(r20)
- 9: GETL R6, t8
- 10: GETL R20, t10
- 11: ADDL $0x150, t10
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0x254723B8: B2F40154 sth r23,340(r20)
- 14: GETL R23, t12
- 15: GETL R20, t14
- 16: ADDL $0x154, t14
- 17: STW t12, (t14)
- 18: INCEIPL $4
-
- 0x254723BC: 56EC2834 rlwinm r12,r23,5,0,26
- 19: GETL R23, t16
- 20: SHLL $0x5, t16
- 21: PUTL t16, R12
- 22: INCEIPL $4
-
- 0x254723C0: 81140178 lwz r8,376(r20)
- 23: GETL R20, t18
- 24: ADDL $0x178, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R8
- 27: INCEIPL $4
-
- 0x254723C4: 7C8CC214 add r4,r12,r24
- 28: GETL R12, t22
- 29: GETL R24, t24
- 30: ADDL t22, t24
- 31: PUTL t24, R4
- 32: INCEIPL $4
-
- 0x254723C8: 80F4017C lwz r7,380(r20)
- 33: GETL R20, t26
- 34: ADDL $0x17C, t26
- 35: LDL (t26), t28
- 36: PUTL t28, R7
- 37: INCEIPL $4
-
- 0x254723CC: 7E04C040 cmpl cr4,r4,r24
- 38: GETL R4, t30
- 39: GETL R24, t32
- 40: CMPUL t30, t32, t34 (-rSo)
- 41: ICRFL t34, $0x4, CR
- 42: INCEIPL $4
-
- 0x254723D0: 39280001 addi r9,r8,1
- 43: GETL R8, t36
- 44: ADDL $0x1, t36
- 45: PUTL t36, R9
- 46: INCEIPL $4
-
- 0x254723D4: 3B270001 addi r25,r7,1
- 47: GETL R7, t38
- 48: ADDL $0x1, t38
- 49: PUTL t38, R25
- 50: INCEIPL $4
-
- 0x254723D8: 39000000 li r8,0
- 51: MOVL $0x0, t40
- 52: PUTL t40, R8
- 53: INCEIPL $4
-
- 0x254723DC: 38E00000 li r7,0
- 54: MOVL $0x0, t42
- 55: PUTL t42, R7
- 56: INCEIPL $4
-
- 0x254723E0: 3B80FFFF li r28,-1
- 57: MOVL $0xFFFFFFFF, t44
- 58: PUTL t44, R28
- 59: INCEIPL $4
-
- 0x254723E4: 7F0AC378 or r10,r24,r24
- 60: GETL R24, t46
- 61: PUTL t46, R10
- 62: INCEIPL $4
-
- 0x254723E8: 939401A0 stw r28,416(r20)
- 63: GETL R28, t48
- 64: GETL R20, t50
- 65: ADDL $0x1A0, t50
- 66: STL t48, (t50)
- 67: INCEIPL $4
-
- 0x254723EC: 91340178 stw r9,376(r20)
- 68: GETL R9, t52
- 69: GETL R20, t54
- 70: ADDL $0x178, t54
- 71: STL t52, (t54)
- 72: INCEIPL $4
-
- 0x254723F0: 9334017C stw r25,380(r20)
- 73: GETL R25, t56
- 74: GETL R20, t58
- 75: ADDL $0x17C, t58
- 76: STL t56, (t58)
- 77: INCEIPL $4
-
- 0x254723F4: 911401A4 stw r8,420(r20)
- 78: GETL R8, t60
- 79: GETL R20, t62
- 80: ADDL $0x1A4, t62
- 81: STL t60, (t62)
- 82: INCEIPL $4
-
- 0x254723F8: 90F401A8 stw r7,424(r20)
- 83: GETL R7, t64
- 84: GETL R20, t66
- 85: ADDL $0x1A8, t66
- 86: STL t64, (t66)
- 87: INCEIPL $4
-
- 0x254723FC: 409100C8 bc 4,17,0x254724C4
- 88: Jc17o $0x254724C4
-
-
-
-. 208 254723AC 84
-. 80 D6 00 00 93 14 01 4C 90 D4 01 50 B2 F4 01 54 56 EC 28 34 81 14 01 78 7C 8C C2 14 80 F4 01 7C 7E 04 C0 40 39 28 00 01 3B 27 00 01 39 00 00 00 38 E0 00 00 3B 80 FF FF 7F 0A C3 78 93 94 01 A0 91 34 01 78 93 34 01 7C 91 14 01 A4 90 F4 01 A8 40 91 00 C8
-==== BB 209 (0x25472400) approx BBs exec'd 0 ====
-
- 0x25472400: 3F606474 lis r27,25716
- 0: MOVL $0x64740000, t0
- 1: PUTL t0, R27
- 2: INCEIPL $4
-
- 0x25472404: 83BE0044 lwz r29,68(r30)
- 3: GETL R30, t2
- 4: ADDL $0x44, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R29
- 7: INCEIPL $4
-
- 0x25472408: 80DE0048 lwz r6,72(r30)
- 8: GETL R30, t6
- 9: ADDL $0x48, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R6
- 12: INCEIPL $4
-
- 0x2547240C: 6363E552 ori r3,r27,0xE552
- 13: MOVL $0x6474E552, t10
- 14: PUTL t10, R3
- 15: INCEIPL $4
-
- 0x25472410: 38A00001 li r5,1
- 16: MOVL $0x1, t12
- 17: PUTL t12, R5
- 18: INCEIPL $4
-
- 0x25472414: 48000028 b 0x2547243C
- 19: JMPo $0x2547243C ($4)
-
-
-
-. 209 25472400 24
-. 3F 60 64 74 83 BE 00 44 80 DE 00 48 63 63 E5 52 38 A0 00 01 48 00 00 28
-==== BB 210 (0x2547243C) approx BBs exec'd 0 ====
-
- 0x2547243C: 800A0000 lwz r0,0(r10)
- 0: GETL R10, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0x25472440: 2F000006 cmpi cr6,r0,6
- 4: GETL R0, t4
- 5: MOVL $0x6, t8
- 6: CMPL t4, t8, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x25472444: 419A0798 bc 12,26,0x25472BDC
- 9: Js26o $0x25472BDC
-
-
-
-. 210 2547243C 12
-. 80 0A 00 00 2F 00 00 06 41 9A 07 98
-==== BB 211 (0x25472BDC) approx BBs exec'd 0 ====
-
- 0x25472BDC: 816A0008 lwz r11,8(r10)
- 0: GETL R10, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x25472BE0: 7F4BC050 subf r26,r11,r24
- 5: GETL R11, t4
- 6: GETL R24, t6
- 7: SUBL t4, t6
- 8: PUTL t6, R26
- 9: INCEIPL $4
-
- 0x25472BE4: 93540000 stw r26,0(r20)
- 10: GETL R26, t8
- 11: GETL R20, t10
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0x25472BE8: 4BFFF848 b 0x25472430
- 14: JMPo $0x25472430 ($4)
-
-
-
-. 211 25472BDC 16
-. 81 6A 00 08 7F 4B C0 50 93 54 00 00 4B FF F8 48
-==== BB 212 (0x25472430) approx BBs exec'd 0 ====
-
- 0x25472430: 394A0020 addi r10,r10,32
- 0: GETL R10, t0
- 1: ADDL $0x20, t0
- 2: PUTL t0, R10
- 3: INCEIPL $4
-
- 0x25472434: 7F845040 cmpl cr7,r4,r10
- 4: GETL R4, t2
- 5: GETL R10, t4
- 6: CMPUL t2, t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x25472438: 409D0084 bc 4,29,0x254724BC
- 9: Jc29o $0x254724BC
-
-
-
-. 212 25472430 12
-. 39 4A 00 20 7F 84 50 40 40 9D 00 84
-==== BB 213 (0x25472448) approx BBs exec'd 0 ====
-
- 0x25472448: 2B800006 cmpli cr7,r0,6
- 0: GETL R0, t0
- 1: MOVL $0x6, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x2547244C: 40BDFFCC bc 5,29,0x25472418
- 5: Jc29o $0x25472418
-
-
-
-. 213 25472448 8
-. 2B 80 00 06 40 BD FF CC
-==== BB 214 (0x25472418) approx BBs exec'd 0 ====
-
- 0x25472418: 2C000002 cmpi cr0,r0,2
- 0: GETL R0, t0
- 1: MOVL $0x2, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x2547241C: 41820854 bc 12,2,0x25472C70
- 5: Js02o $0x25472C70
-
-
-
-. 214 25472418 8
-. 2C 00 00 02 41 82 08 54
-==== BB 215 (0x25472420) approx BBs exec'd 0 ====
-
- 0x25472420: 28800002 cmpli cr1,r0,2
- 0: GETL R0, t0
- 1: MOVL $0x2, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0x25472424: 418507E4 bc 12,5,0x25472C08
- 5: Js05o $0x25472C08
-
-
-
-. 215 25472420 8
-. 28 80 00 02 41 85 07 E4
-==== BB 216 (0x25472C08) approx BBs exec'd 0 ====
-
- 0x25472C08: 2F000003 cmpi cr6,r0,3
- 0: GETL R0, t0
- 1: MOVL $0x3, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x6, CR
- 4: INCEIPL $4
-
- 0x25472C0C: 409AF824 bc 4,26,0x25472430
- 5: Jc26o $0x25472430
-
-
-
-. 216 25472C08 8
-. 2F 00 00 03 40 9A F8 24
-==== BB 217 (0x25472C10) approx BBs exec'd 0 ====
-
- 0x25472C10: 82AE01C0 lwz r21,448(r14)
- 0: GETL R14, t0
- 1: ADDL $0x1C0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R21
- 4: INCEIPL $4
-
- 0x25472C14: 7FA7EB78 or r7,r29,r29
- 5: GETL R29, t4
- 6: PUTL t4, R7
- 7: INCEIPL $4
-
- 0x25472C18: 81740000 lwz r11,0(r20)
- 8: GETL R20, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R11
- 11: INCEIPL $4
-
- 0x25472C1C: 2F150000 cmpi cr6,r21,0
- 12: GETL R21, t10
- 13: CMP0L t10, t12 (-rSo)
- 14: ICRFL t12, $0x6, CR
- 15: INCEIPL $4
-
- 0x25472C20: 812A0008 lwz r9,8(r10)
- 16: GETL R10, t14
- 17: ADDL $0x8, t14
- 18: LDL (t14), t16
- 19: PUTL t16, R9
- 20: INCEIPL $4
-
- 0x25472C24: 93AE01D4 stw r29,468(r14)
- 21: GETL R29, t18
- 22: GETL R14, t20
- 23: ADDL $0x1D4, t20
- 24: STL t18, (t20)
- 25: INCEIPL $4
-
- 0x25472C28: 7C0B4A14 add r0,r11,r9
- 26: GETL R11, t22
- 27: GETL R9, t24
- 28: ADDL t22, t24
- 29: PUTL t24, R0
- 30: INCEIPL $4
-
- 0x25472C2C: 901D0000 stw r0,0(r29)
- 31: GETL R0, t26
- 32: GETL R29, t28
- 33: STL t26, (t28)
- 34: INCEIPL $4
-
- 0x25472C30: 409A0444 bc 4,26,0x25473074
- 35: Jc26o $0x25473074
-
-
-
-. 217 25472C10 36
-. 82 AE 01 C0 7F A7 EB 78 81 74 00 00 2F 15 00 00 81 2A 00 08 93 AE 01 D4 7C 0B 4A 14 90 1D 00 00 40 9A 04 44
-==== BB 218 (0x25473074) approx BBs exec'd 0 ====
-
- 0x25473074: 3AA00001 li r21,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R21
- 2: INCEIPL $4
-
- 0x25473078: 4BFFF3B8 b 0x25472430
- 3: JMPo $0x25472430 ($4)
-
-
-
-. 218 25473074 8
-. 3A A0 00 01 4B FF F3 B8
-==== BB 219 (0x25472428) approx BBs exec'd 0 ====
-
- 0x25472428: 2E000001 cmpi cr4,r0,1
- 0: GETL R0, t0
- 1: MOVL $0x1, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x4, CR
- 4: INCEIPL $4
-
- 0x2547242C: 41920B80 bc 12,18,0x25472FAC
- 5: Js18o $0x25472FAC
-
-
-
-. 219 25472428 8
-. 2E 00 00 01 41 92 0B 80
-==== BB 220 (0x25472FAC) approx BBs exec'd 0 ====
-
- 0x25472FAC: 80EA001C lwz r7,28(r10)
- 0: GETL R10, t0
- 1: ADDL $0x1C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x25472FB0: 810A0008 lwz r8,8(r10)
- 5: GETL R10, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R8
- 9: INCEIPL $4
-
- 0x25472FB4: 7D8700D0 neg r12,r7
- 10: GETL R7, t8
- 11: NEGL t8
- 12: PUTL t8, R12
- 13: INCEIPL $4
-
- 0x25472FB8: 80F40000 lwz r7,0(r20)
- 14: GETL R20, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R7
- 17: INCEIPL $4
-
- 0x25472FBC: 7D1C6038 and r28,r8,r12
- 18: GETL R8, t14
- 19: GETL R12, t16
- 20: ANDL t14, t16
- 21: PUTL t16, R28
- 22: INCEIPL $4
-
- 0x25472FC0: 813401A0 lwz r9,416(r20)
- 23: GETL R20, t18
- 24: ADDL $0x1A0, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R9
- 27: INCEIPL $4
-
- 0x25472FC4: 7C07E214 add r0,r7,r28
- 28: GETL R7, t22
- 29: GETL R28, t24
- 30: ADDL t22, t24
- 31: PUTL t24, R0
- 32: INCEIPL $4
-
- 0x25472FC8: 7F090040 cmpl cr6,r9,r0
- 33: GETL R9, t26
- 34: GETL R0, t28
- 35: CMPUL t26, t28, t30 (-rSo)
- 36: ICRFL t30, $0x6, CR
- 37: INCEIPL $4
-
- 0x25472FCC: 419900B0 bc 12,25,0x2547307C
- 38: Js25o $0x2547307C
-
-
-
-. 220 25472FAC 36
-. 80 EA 00 1C 81 0A 00 08 7D 87 00 D0 80 F4 00 00 7D 1C 60 38 81 34 01 A0 7C 07 E2 14 7F 09 00 40 41 99 00 B0
-==== BB 221 (0x2547307C) approx BBs exec'd 0 ====
-
- 0x2547307C: 901401A0 stw r0,416(r20)
- 0: GETL R0, t0
- 1: GETL R20, t2
- 2: ADDL $0x1A0, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25473080: 810A0008 lwz r8,8(r10)
- 5: GETL R10, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R8
- 9: INCEIPL $4
-
- 0x25473084: 4BFFFF4C b 0x25472FD0
- 10: JMPo $0x25472FD0 ($4)
-
-
-
-. 221 2547307C 12
-. 90 14 01 A0 81 0A 00 08 4B FF FF 4C
-==== BB 222 (0x25472FD0) approx BBs exec'd 0 ====
-
- 0x25472FD0: 836A0014 lwz r27,20(r10)
- 0: GETL R10, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R27
- 4: INCEIPL $4
-
- 0x25472FD4: 7EE74214 add r23,r7,r8
- 5: GETL R7, t4
- 6: GETL R8, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R23
- 9: INCEIPL $4
-
- 0x25472FD8: 811401A4 lwz r8,420(r20)
- 10: GETL R20, t8
- 11: ADDL $0x1A4, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R8
- 14: INCEIPL $4
-
- 0x25472FDC: 7D77DA14 add r11,r23,r27
- 15: GETL R23, t12
- 16: GETL R27, t14
- 17: ADDL t12, t14
- 18: PUTL t14, R11
- 19: INCEIPL $4
-
- 0x25472FE0: 7F885840 cmpl cr7,r8,r11
- 20: GETL R8, t16
- 21: GETL R11, t18
- 22: CMPUL t16, t18, t20 (-rSo)
- 23: ICRFL t20, $0x7, CR
- 24: INCEIPL $4
-
- 0x25472FE4: 409C0008 bc 4,28,0x25472FEC
- 25: Jc28o $0x25472FEC
-
-
-
-. 222 25472FD0 24
-. 83 6A 00 14 7E E7 42 14 81 14 01 A4 7D 77 DA 14 7F 88 58 40 40 9C 00 08
-==== BB 223 (0x25472FE8) approx BBs exec'd 0 ====
-
- 0x25472FE8: 917401A4 stw r11,420(r20)
- 0: GETL R11, t0
- 1: GETL R20, t2
- 2: ADDL $0x1A4, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25472FEC: 834A0018 lwz r26,24(r10)
- 5: GETL R10, t4
- 6: ADDL $0x18, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R26
- 9: INCEIPL $4
-
- 0x25472FF0: 73490001 andi. r9,r26,0x1
- 10: GETL R26, t8
- 11: ANDL $0x1, t8
- 12: PUTL t8, R9
- 13: CMP0L t8, t10 (-rSo)
- 14: ICRFL t10, $0x0, CR
- 15: INCEIPL $4
-
- 0x25472FF4: 41A2F43C bc 13,2,0x25472430
- 16: Js02o $0x25472430
-
-
-
-. 223 25472FE8 16
-. 91 74 01 A4 83 4A 00 18 73 49 00 01 41 A2 F4 3C
-==== BB 224 (0x25472FF8) approx BBs exec'd 0 ====
-
- 0x25472FF8: 801401A8 lwz r0,424(r20)
- 0: GETL R20, t0
- 1: ADDL $0x1A8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25472FFC: 7C805840 cmpl cr1,r0,r11
- 5: GETL R0, t4
- 6: GETL R11, t6
- 7: CMPUL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x1, CR
- 9: INCEIPL $4
-
- 0x25473000: 40A4F430 bc 5,4,0x25472430
- 10: Jc04o $0x25472430
-
-
-
-. 224 25472FF8 12
-. 80 14 01 A8 7C 80 58 40 40 A4 F4 30
-==== BB 225 (0x25473004) approx BBs exec'd 0 ====
-
- 0x25473004: 917401A8 stw r11,424(r20)
- 0: GETL R11, t0
- 1: GETL R20, t2
- 2: ADDL $0x1A8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25473008: 4BFFF428 b 0x25472430
- 5: JMPo $0x25472430 ($4)
-
-
-
-. 225 25473004 8
-. 91 74 01 A8 4B FF F4 28
-==== BB 226 (0x25472C70) approx BBs exec'd 0 ====
-
- 0x25472C70: 82D40000 lwz r22,0(r20)
- 0: GETL R20, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R22
- 3: INCEIPL $4
-
- 0x25472C74: 832A0008 lwz r25,8(r10)
- 4: GETL R10, t4
- 5: ADDL $0x8, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R25
- 8: INCEIPL $4
-
- 0x25472C78: 7C16CA14 add r0,r22,r25
- 9: GETL R22, t8
- 10: GETL R25, t10
- 11: ADDL t8, t10
- 12: PUTL t10, R0
- 13: INCEIPL $4
-
- 0x25472C7C: 90140008 stw r0,8(r20)
- 14: GETL R0, t12
- 15: GETL R20, t14
- 16: ADDL $0x8, t14
- 17: STL t12, (t14)
- 18: INCEIPL $4
-
- 0x25472C80: 4BFFF7B0 b 0x25472430
- 19: JMPo $0x25472430 ($4)
-
-
-
-. 226 25472C70 20
-. 82 D4 00 00 83 2A 00 08 7C 16 CA 14 90 14 00 08 4B FF F7 B0
-==== BB 227 (0x25472450) approx BBs exec'd 0 ====
-
- 0x25472450: 3EE06474 lis r23,25716
- 0: MOVL $0x64740000, t0
- 1: PUTL t0, R23
- 2: INCEIPL $4
-
- 0x25472454: 62E9E551 ori r9,r23,0xE551
- 3: MOVL $0x6474E551, t2
- 4: PUTL t2, R9
- 5: INCEIPL $4
-
- 0x25472458: 7F804800 cmp cr7,r0,r9
- 6: GETL R0, t4
- 7: GETL R9, t6
- 8: CMPL t4, t6, t8 (-rSo)
- 9: ICRFL t8, $0x7, CR
- 10: INCEIPL $4
-
- 0x2547245C: 419E0828 bc 12,30,0x25472C84
- 11: Js30o $0x25472C84
-
-
-
-. 227 25472450 16
-. 3E E0 64 74 62 E9 E5 51 7F 80 48 00 41 9E 08 28
-==== BB 228 (0x25472460) approx BBs exec'd 0 ====
-
- 0x25472460: 7C004840 cmpl cr0,r0,r9
- 0: GETL R0, t0
- 1: GETL R9, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x0, CR
- 4: INCEIPL $4
-
- 0x25472464: 41810788 bc 12,1,0x25472BEC
- 5: Js01o $0x25472BEC
-
-
-
-. 228 25472460 8
-. 7C 00 48 40 41 81 07 88
-==== BB 229 (0x25472468) approx BBs exec'd 0 ====
-
- 0x25472468: 2C800007 cmpi cr1,r0,7
- 0: GETL R0, t0
- 1: MOVL $0x7, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0x2547246C: 4086FFC4 bc 4,6,0x25472430
- 5: Jc06o $0x25472430
-
-
-
-. 229 25472468 8
-. 2C 80 00 07 40 86 FF C4
-==== BB 230 (0x25472C84) approx BBs exec'd 0 ====
-
- 0x25472C84: 80EA0018 lwz r7,24(r10)
- 0: GETL R10, t0
- 1: ADDL $0x18, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x25472C88: 90EE0400 stw r7,1024(r14)
- 5: GETL R7, t4
- 6: GETL R14, t6
- 7: ADDL $0x400, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0x25472C8C: 4BFFF7A4 b 0x25472430
- 10: JMPo $0x25472430 ($4)
-
-
-
-. 230 25472C84 12
-. 80 EA 00 18 90 EE 04 00 4B FF F7 A4
-==== BB 231 (0x254724BC) approx BBs exec'd 0 ====
-
- 0x254724BC: 811401A4 lwz r8,420(r20)
- 0: GETL R20, t0
- 1: ADDL $0x1A4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x254724C0: 80F401A8 lwz r7,424(r20)
- 5: GETL R20, t4
- 6: ADDL $0x1A8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R7
- 9: INCEIPL $4
-
- 0x254724C4: 81340218 lwz r9,536(r20)
- 10: GETL R20, t8
- 11: ADDL $0x218, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R9
- 14: INCEIPL $4
-
- 0x254724C8: 2C090000 cmpi cr0,r9,0
- 15: GETL R9, t12
- 16: CMP0L t12, t14 (-rSo)
- 17: ICRFL t14, $0x0, CR
- 18: INCEIPL $4
-
- 0x254724CC: 41820010 bc 12,2,0x254724DC
- 19: Js02o $0x254724DC
-
-
-
-. 231 254724BC 20
-. 81 14 01 A4 80 F4 01 A8 81 34 02 18 2C 09 00 00 41 82 00 10
-==== BB 232 (0x254724DC) approx BBs exec'd 0 ====
-
- 0x254724DC: 2C880000 cmpi cr1,r8,0
- 0: GETL R8, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0x254724E0: 4086000C bc 4,6,0x254724EC
- 4: Jc06o $0x254724EC
-
-
-
-. 232 254724DC 8
-. 2C 88 00 00 40 86 00 0C
-==== BB 233 (0x254724EC) approx BBs exec'd 0 ====
-
- 0x254724EC: 2E070000 cmpi cr4,r7,0
- 0: GETL R7, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0x254724F0: 4092000C bc 4,18,0x254724FC
- 4: Jc18o $0x254724FC
-
-
-
-. 233 254724EC 8
-. 2E 07 00 00 40 92 00 0C
-==== BB 234 (0x254724FC) approx BBs exec'd 0 ====
-
- 0x254724FC: 80AE01D4 lwz r5,468(r14)
- 0: GETL R14, t0
- 1: ADDL $0x1D4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x25472500: 2F050000 cmpi cr6,r5,0
- 5: GETL R5, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x25472504: 409A001C bc 4,26,0x25472520
- 9: Jc26o $0x25472520
-
-
-
-. 234 254724FC 12
-. 80 AE 01 D4 2F 05 00 00 40 9A 00 1C
-==== BB 235 (0x25472520) approx BBs exec'd 0 ====
-
- 0x25472520: 2E130000 cmpi cr4,r19,0
- 0: GETL R19, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0x25472524: 409201A8 bc 4,18,0x254726CC
- 4: Jc18o $0x254726CC
-
-
-
-. 235 25472520 8
-. 2E 13 00 00 40 92 01 A8
-==== BB 236 (0x25472528) approx BBs exec'd 0 ====
-
- 0x25472528: 81540008 lwz r10,8(r20)
- 0: GETL R20, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x2547252C: 2C0A0000 cmpi cr0,r10,0
- 5: GETL R10, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0x25472530: 41820194 bc 12,2,0x254726C4
- 9: Js02o $0x254726C4
-
-
-
-. 236 25472528 12
-. 81 54 00 08 2C 0A 00 00 41 82 01 94
-==== BB 237 (0x25472534) approx BBs exec'd 0 ====
-
- 0x25472534: 816A0000 lwz r11,0(r10)
- 0: GETL R10, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R11
- 3: INCEIPL $4
-
- 0x25472538: 39140020 addi r8,r20,32
- 4: GETL R20, t4
- 5: ADDL $0x20, t4
- 6: PUTL t4, R8
- 7: INCEIPL $4
-
- 0x2547253C: 2C8B0000 cmpi cr1,r11,0
- 8: GETL R11, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x1, CR
- 11: INCEIPL $4
-
- 0x25472540: 41860064 bc 12,6,0x254725A4
- 12: Js06o $0x254725A4
-
-
-
-. 237 25472534 16
-. 81 6A 00 00 39 14 00 20 2C 8B 00 00 41 86 00 64
-==== BB 238 (0x25472544) approx BBs exec'd 0 ====
-
- 0x25472544: 3EC06FFF lis r22,28671
- 0: MOVL $0x6FFF0000, t0
- 1: PUTL t0, R22
- 2: INCEIPL $4
-
- 0x25472548: 3CC07000 lis r6,28672
- 3: MOVL $0x70000000, t2
- 4: PUTL t2, R6
- 5: INCEIPL $4
-
- 0x2547254C: 3C006FFF lis r0,28671
- 6: MOVL $0x6FFF0000, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x25472550: 3F406FFF lis r26,28671
- 9: MOVL $0x6FFF0000, t6
- 10: PUTL t6, R26
- 11: INCEIPL $4
-
- 0x25472554: 3EE06FFF lis r23,28671
- 12: MOVL $0x6FFF0000, t8
- 13: PUTL t8, R23
- 14: INCEIPL $4
-
- 0x25472558: 3E606FFF lis r19,28671
- 15: MOVL $0x6FFF0000, t10
- 16: PUTL t10, R19
- 17: INCEIPL $4
-
- 0x2547255C: 62C7FFFF ori r7,r22,0xFFFF
- 18: MOVL $0x6FFFFFFF, t12
- 19: PUTL t12, R7
- 20: INCEIPL $4
-
- 0x25472560: 60C60021 ori r6,r6,0x21
- 21: MOVL $0x70000021, t14
- 22: PUTL t14, R6
- 23: INCEIPL $4
-
- 0x25472564: 6005FDFF ori r5,r0,0xFDFF
- 24: MOVL $0x6FFFFDFF, t16
- 25: PUTL t16, R5
- 26: INCEIPL $4
-
- 0x25472568: 6344FE34 ori r4,r26,0xFE34
- 27: MOVL $0x6FFFFE34, t18
- 28: PUTL t18, R4
- 29: INCEIPL $4
-
- 0x2547256C: 62E3FEFF ori r3,r23,0xFEFF
- 30: MOVL $0x6FFFFEFF, t20
- 31: PUTL t20, R3
- 32: INCEIPL $4
-
- 0x25472570: 627DFF40 ori r29,r19,0xFF40
- 33: MOVL $0x6FFFFF40, t22
- 34: PUTL t22, R29
- 35: INCEIPL $4
-
- 0x25472574: 2F0B0021 cmpi cr6,r11,33
- 36: GETL R11, t24
- 37: MOVL $0x21, t28
- 38: CMPL t24, t28, t26 (-rSo)
- 39: ICRFL t26, $0x6, CR
- 40: INCEIPL $4
-
- 0x25472578: 5560103A rlwinm r0,r11,2,0,29
- 41: GETL R11, t30
- 42: SHLL $0x2, t30
- 43: PUTL t30, R0
- 44: INCEIPL $4
-
- 0x2547257C: 40990018 bc 4,25,0x25472594
- 45: Jc25o $0x25472594
-
-
-
-. 238 25472544 60
-. 3E C0 6F FF 3C C0 70 00 3C 00 6F FF 3F 40 6F FF 3E E0 6F FF 3E 60 6F FF 62 C7 FF FF 60 C6 00 21 60 05 FD FF 63 44 FE 34 62 E3 FE FF 62 7D FF 40 2F 0B 00 21 55 60 10 3A 40 99 00 18
-==== BB 239 (0x25472594) approx BBs exec'd 0 ====
-
- 0x25472594: 7D48012E stwx r10,r8,r0
- 0: GETL R0, t0
- 1: GETL R8, t2
- 2: ADDL t2, t0
- 3: GETL R10, t4
- 4: STL t4, (t0)
- 5: INCEIPL $4
-
- 0x25472598: 856A0008 lwzu r11,8(r10)
- 6: GETL R10, t6
- 7: ADDL $0x8, t6
- 8: PUTL t6, R10
- 9: LDL (t6), t8
- 10: PUTL t8, R11
- 11: INCEIPL $4
-
- 0x2547259C: 2F8B0000 cmpi cr7,r11,0
- 12: GETL R11, t10
- 13: CMP0L t10, t12 (-rSo)
- 14: ICRFL t12, $0x7, CR
- 15: INCEIPL $4
-
- 0x254725A0: 409EFFD4 bc 4,30,0x25472574
- 16: Jc30o $0x25472574
-
-
-
-. 239 25472594 16
-. 7D 48 01 2E 85 6A 00 08 2F 8B 00 00 40 9E FF D4
-==== BB 240 (0x25472574) approx BBs exec'd 0 ====
-
- 0x25472574: 2F0B0021 cmpi cr6,r11,33
- 0: GETL R11, t0
- 1: MOVL $0x21, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x6, CR
- 4: INCEIPL $4
-
- 0x25472578: 5560103A rlwinm r0,r11,2,0,29
- 5: GETL R11, t6
- 6: SHLL $0x2, t6
- 7: PUTL t6, R0
- 8: INCEIPL $4
-
- 0x2547257C: 40990018 bc 4,25,0x25472594
- 9: Jc25o $0x25472594
-
-
-
-. 240 25472574 12
-. 2F 0B 00 21 55 60 10 3A 40 99 00 18
-==== BB 241 (0x25472580) approx BBs exec'd 0 ====
-
- 0x25472580: 7F2B3850 subf r25,r11,r7
- 0: GETL R11, t0
- 1: GETL R7, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R25
- 4: INCEIPL $4
-
- 0x25472584: 2B99000F cmpli cr7,r25,15
- 5: GETL R25, t4
- 6: MOVL $0xF, t8
- 7: CMPUL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x7, CR
- 9: INCEIPL $4
-
- 0x25472588: 419D0708 bc 12,29,0x25472C90
- 10: Js29o $0x25472C90
-
-
-
-. 241 25472580 12
-. 7F 2B 38 50 2B 99 00 0F 41 9D 07 08
-==== BB 242 (0x2547258C) approx BBs exec'd 0 ====
-
- 0x2547258C: 7C0B3050 subf r0,r11,r6
- 0: GETL R11, t0
- 1: GETL R6, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25472590: 5400103A rlwinm r0,r0,2,0,29
- 5: GETL R0, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x25472594: 7D48012E stwx r10,r8,r0
- 9: GETL R0, t6
- 10: GETL R8, t8
- 11: ADDL t8, t6
- 12: GETL R10, t10
- 13: STL t10, (t6)
- 14: INCEIPL $4
-
- 0x25472598: 856A0008 lwzu r11,8(r10)
- 15: GETL R10, t12
- 16: ADDL $0x8, t12
- 17: PUTL t12, R10
- 18: LDL (t12), t14
- 19: PUTL t14, R11
- 20: INCEIPL $4
-
- 0x2547259C: 2F8B0000 cmpi cr7,r11,0
- 21: GETL R11, t16
- 22: CMP0L t16, t18 (-rSo)
- 23: ICRFL t18, $0x7, CR
- 24: INCEIPL $4
-
- 0x254725A0: 409EFFD4 bc 4,30,0x25472574
- 25: Jc30o $0x25472574
-
-
-
-. 242 2547258C 24
-. 7C 0B 30 50 54 00 10 3A 7D 48 01 2E 85 6A 00 08 2F 8B 00 00 40 9E FF D4
-==== BB 243 (0x25472C90) approx BBs exec'd 0 ====
-
- 0x25472C90: 556C083C rlwinm r12,r11,1,0,30
- 0: GETL R11, t0
- 1: SHLL $0x1, t0
- 2: PUTL t0, R12
- 3: INCEIPL $4
-
- 0x25472C94: 7D9C0E70 srawi r28,r12,1
- 4: GETL R12, t2
- 5: SARL $0x1, t2 (-wCa)
- 6: PUTL t2, R28
- 7: INCEIPL $4
-
- 0x25472C98: 7F89E0F8 nor r9,r28,r28
- 8: GETL R28, t4
- 9: NOTL t4
- 10: PUTL t4, R9
- 11: INCEIPL $4
-
- 0x25472C9C: 201C0031 subfic r0,r28,49
- 12: GETL R28, t6
- 13: MOVL $0x31, t8
- 14: SBBL t6, t8 (-wCa)
- 15: PUTL t8, R0
- 16: INCEIPL $4
-
- 0x25472CA0: 28090002 cmpli cr0,r9,2
- 17: GETL R9, t10
- 18: MOVL $0x2, t14
- 19: CMPUL t10, t14, t12 (-rSo)
- 20: ICRFL t12, $0x0, CR
- 21: INCEIPL $4
-
- 0x25472CA4: 40A1F8EC bc 5,1,0x25472590
- 22: Jc01o $0x25472590
-
-
-
-. 243 25472C90 24
-. 55 6C 08 3C 7D 9C 0E 70 7F 89 E0 F8 20 1C 00 31 28 09 00 02 40 A1 F8 EC
-==== BB 244 (0x25472CA8) approx BBs exec'd 0 ====
-
- 0x25472CA8: 7F6B2850 subf r27,r11,r5
- 0: GETL R11, t0
- 1: GETL R5, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R27
- 4: INCEIPL $4
-
- 0x25472CAC: 289B000B cmpli cr1,r27,11
- 5: GETL R27, t4
- 6: MOVL $0xB, t8
- 7: CMPUL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x1, CR
- 9: INCEIPL $4
-
- 0x25472CB0: 418502E4 bc 12,5,0x25472F94
- 10: Js05o $0x25472F94
-
-
-
-. 244 25472CA8 12
-. 7F 6B 28 50 28 9B 00 0B 41 85 02 E4
-==== BB 245 (0x25472F94) approx BBs exec'd 0 ====
-
- 0x25472F94: 7F0B1850 subf r24,r11,r3
- 0: GETL R11, t0
- 1: GETL R3, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R24
- 4: INCEIPL $4
-
- 0x25472F98: 2B180009 cmpli cr6,r24,9
- 5: GETL R24, t4
- 6: MOVL $0x9, t8
- 7: CMPUL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x6, CR
- 9: INCEIPL $4
-
- 0x25472F9C: 41B9F5FC bc 13,25,0x25472598
- 10: Js25o $0x25472598
-
-
-
-. 245 25472F94 12
-. 7F 0B 18 50 2B 18 00 09 41 B9 F5 FC
-==== BB 246 (0x25472FA0) approx BBs exec'd 0 ====
-
- 0x25472FA0: 7C0BE850 subf r0,r11,r29
- 0: GETL R11, t0
- 1: GETL R29, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25472FA4: 5400103A rlwinm r0,r0,2,0,29
- 5: GETL R0, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x25472FA8: 4BFFF5EC b 0x25472594
- 9: JMPo $0x25472594 ($4)
-
-
-
-. 246 25472FA0 12
-. 7C 0B E8 50 54 00 10 3A 4B FF F5 EC
-==== BB 247 (0x25472CB4) approx BBs exec'd 0 ====
-
- 0x25472CB4: 7C0B2050 subf r0,r11,r4
- 0: GETL R11, t0
- 1: GETL R4, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25472CB8: 5400103A rlwinm r0,r0,2,0,29
- 5: GETL R0, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x25472CBC: 4BFFF8D8 b 0x25472594
- 9: JMPo $0x25472594 ($4)
-
-
-
-. 247 25472CB4 12
-. 7C 0B 20 50 54 00 10 3A 4B FF F8 D8
-==== BB 248 (0x254725A4) approx BBs exec'd 0 ====
-
- 0x254725A4: 81740000 lwz r11,0(r20)
- 0: GETL R20, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R11
- 3: INCEIPL $4
-
- 0x254725A8: 2C0B0000 cmpi cr0,r11,0
- 4: GETL R11, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x0, CR
- 7: INCEIPL $4
-
- 0x254725AC: 418200AC bc 12,2,0x25472658
- 8: Js02o $0x25472658
-
-
-
-. 248 254725A4 12
-. 81 74 00 00 2C 0B 00 00 41 82 00 AC
-==== BB 249 (0x25472658) approx BBs exec'd 0 ====
-
- 0x25472658: 81280078 lwz r9,120(r8)
- 0: GETL R8, t0
- 1: ADDL $0x78, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x2547265C: 2C090000 cmpi cr0,r9,0
- 5: GETL R9, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0x25472660: 41820030 bc 12,2,0x25472690
- 9: Js02o $0x25472690
-
-
-
-. 249 25472658 12
-. 81 28 00 78 2C 09 00 00 41 82 00 30
-==== BB 250 (0x25472690) approx BBs exec'd 0 ====
-
- 0x25472690: 81280098 lwz r9,152(r8)
- 0: GETL R8, t0
- 1: ADDL $0x98, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25472694: 2C890000 cmpi cr1,r9,0
- 5: GETL R9, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x25472698: 41860018 bc 12,6,0x254726B0
- 9: Js06o $0x254726B0
-
-
-
-. 250 25472690 12
-. 81 28 00 98 2C 89 00 00 41 86 00 18
-==== BB 251 (0x254726B0) approx BBs exec'd 0 ====
-
- 0x254726B0: 81680074 lwz r11,116(r8)
- 0: GETL R8, t0
- 1: ADDL $0x74, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x254726B4: 2F0B0000 cmpi cr6,r11,0
- 5: GETL R11, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x254726B8: 419A000C bc 12,26,0x254726C4
- 9: Js26o $0x254726C4
-
-
-
-. 251 254726B0 12
-. 81 68 00 74 2F 0B 00 00 41 9A 00 0C
-==== BB 252 (0x254726C4) approx BBs exec'd 0 ====
-
- 0x254726C4: 7E83A378 or r3,r20,r20
- 0: GETL R20, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x254726C8: 48005EA5 bl 0x2547856C
- 3: MOVL $0x254726CC, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0x2547856C ($4)
-
-
-
-. 252 254726C4 8
-. 7E 83 A3 78 48 00 5E A5
-==== BB 253 (0x254726CC) approx BBs exec'd 0 ====
-
- 0x254726CC: 811F0030 lwz r8,48(r31)
- 0: GETL R31, t0
- 1: ADDL $0x30, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x254726D0: 2F880002 cmpi cr7,r8,2
- 5: GETL R8, t4
- 6: MOVL $0x2, t8
- 7: CMPL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x7, CR
- 9: INCEIPL $4
-
- 0x254726D4: 419E0A04 bc 12,30,0x254730D8
- 10: Js30o $0x254730D8
-
-
-
-. 253 254726CC 12
-. 81 1F 00 30 2F 88 00 02 41 9E 0A 04
-==== BB 254 (0x254726D8) approx BBs exec'd 0 ====
-
- 0x254726D8: 4192088C bc 12,18,0x25472F64
- 0: Js18o $0x25472F64
-
-
-
-. 254 254726D8 4
-. 41 92 08 8C
-==== BB 255 (0x25472F64) approx BBs exec'd 0 ====
-
- 0x25472F64: 82BE004C lwz r21,76(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R21
- 4: INCEIPL $4
-
- 0x25472F68: 80750000 lwz r3,0(r21)
- 5: GETL R21, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R3
- 8: INCEIPL $4
-
- 0x25472F6C: 48002169 bl 0x254750D4
- 9: MOVL $0x25472F70, t8
- 10: PUTL t8, LR
- 11: JMPo-c $0x254750D4 ($4)
-
-
-
-. 255 25472F64 12
-. 82 BE 00 4C 80 75 00 00 48 00 21 69
-==== BB 256 _dl_init_paths(0x254750D4) approx BBs exec'd 0 ====
-
- 0x254750D4: 9421FFD0 stwu r1,-48(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFD0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x254750D8: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x254750DC: 48021F25 bl 0x25497000
- 9: MOVL $0x254750E0, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-
-. 256 254750D4 12
-. 94 21 FF D0 7C 08 02 A6 48 02 1F 25
-==== BB 257 (0x254750E0) approx BBs exec'd 0 ====
-
- 0x254750E0: 93C10028 stw r30,40(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x28, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x254750E4: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x254750E8: 93010010 stw r24,16(r1)
- 8: GETL R24, t6
- 9: GETL R1, t8
- 10: ADDL $0x10, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x254750EC: 90010034 stw r0,52(r1)
- 13: GETL R0, t10
- 14: GETL R1, t12
- 15: ADDL $0x34, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x254750F0: 93210014 stw r25,20(r1)
- 18: GETL R25, t14
- 19: GETL R1, t16
- 20: ADDL $0x14, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0x254750F4: 7C791B78 or r25,r3,r3
- 23: GETL R3, t18
- 24: PUTL t18, R25
- 25: INCEIPL $4
-
- 0x254750F8: 831E04F4 lwz r24,1268(r30)
- 26: GETL R30, t20
- 27: ADDL $0x4F4, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R24
- 30: INCEIPL $4
-
- 0x254750FC: 80BE0154 lwz r5,340(r30)
- 31: GETL R30, t24
- 32: ADDL $0x154, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R5
- 35: INCEIPL $4
-
- 0x25475100: 80980010 lwz r4,16(r24)
- 36: GETL R24, t28
- 37: ADDL $0x10, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R4
- 40: INCEIPL $4
-
- 0x25475104: 80DE015C lwz r6,348(r30)
- 41: GETL R30, t32
- 42: ADDL $0x15C, t32
- 43: LDL (t32), t34
- 44: PUTL t34, R6
- 45: INCEIPL $4
-
- 0x25475108: 8078000C lwz r3,12(r24)
- 46: GETL R24, t36
- 47: ADDL $0xC, t36
- 48: LDL (t36), t38
- 49: PUTL t38, R3
- 50: INCEIPL $4
-
- 0x2547510C: 9361001C stw r27,28(r1)
- 51: GETL R27, t40
- 52: GETL R1, t42
- 53: ADDL $0x1C, t42
- 54: STL t40, (t42)
- 55: INCEIPL $4
-
- 0x25475110: 93810020 stw r28,32(r1)
- 56: GETL R28, t44
- 57: GETL R1, t46
- 58: ADDL $0x20, t46
- 59: STL t44, (t46)
- 60: INCEIPL $4
-
- 0x25475114: 93E1002C stw r31,44(r1)
- 61: GETL R31, t48
- 62: GETL R1, t50
- 63: ADDL $0x2C, t50
- 64: STL t48, (t50)
- 65: INCEIPL $4
-
- 0x25475118: 7C3F0B78 or r31,r1,r1
- 66: GETL R1, t52
- 67: PUTL t52, R31
- 68: INCEIPL $4
-
- 0x2547511C: 92E1000C stw r23,12(r1)
- 69: GETL R23, t54
- 70: GETL R1, t56
- 71: ADDL $0xC, t56
- 72: STL t54, (t56)
- 73: INCEIPL $4
-
- 0x25475120: 93410018 stw r26,24(r1)
- 74: GETL R26, t58
- 75: GETL R1, t60
- 76: ADDL $0x18, t60
- 77: STL t58, (t60)
- 78: INCEIPL $4
-
- 0x25475124: 93A10024 stw r29,36(r1)
- 79: GETL R29, t62
- 80: GETL R1, t64
- 81: ADDL $0x24, t64
- 82: STL t62, (t64)
- 83: INCEIPL $4
-
- 0x25475128: 4800A629 bl 0x2547F750
- 84: MOVL $0x2547512C, t66
- 85: PUTL t66, LR
- 86: JMPo-c $0x2547F750 ($4)
-
-
-
-. 257 254750E0 76
-. 93 C1 00 28 7F C8 02 A6 93 01 00 10 90 01 00 34 93 21 00 14 7C 79 1B 78 83 1E 04 F4 80 BE 01 54 80 98 00 10 80 DE 01 5C 80 78 00 0C 93 61 00 1C 93 81 00 20 93 E1 00 2C 7C 3F 0B 78 92 E1 00 0C 93 41 00 18 93 A1 00 24 48 00 A6 29
-==== BB 258 _dl_important_hwcaps(0x2547F750) approx BBs exec'd 0 ====
-
- 0x2547F750: 9421FFB0 stwu r1,-80(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFB0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547F754: 7CE802A6 mflr r7
- 6: GETL LR, t4
- 7: PUTL t4, R7
- 8: INCEIPL $4
-
- 0x2547F758: 480178A9 bl 0x25497000
- 9: MOVL $0x2547F75C, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-
-. 258 2547F750 12
-. 94 21 FF B0 7C E8 02 A6 48 01 78 A9
-==== BB 259 (0x2547F75C) approx BBs exec'd 0 ====
-
- 0x2547F75C: 93C10048 stw r30,72(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x48, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547F760: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x2547F764: 93810040 stw r28,64(r1)
- 8: GETL R28, t6
- 9: GETL R1, t8
- 10: ADDL $0x40, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x2547F768: 90E10054 stw r7,84(r1)
- 13: GETL R7, t10
- 14: GETL R1, t12
- 15: ADDL $0x54, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x2547F76C: 7D800026 mfcr r12
- 18: GETL CR, t14
- 19: PUTL t14, R12
- 20: INCEIPL $4
-
- 0x2547F770: 92010010 stw r16,16(r1)
- 21: GETL R16, t16
- 22: GETL R1, t18
- 23: ADDL $0x10, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0x2547F774: 7CD03378 or r16,r6,r6
- 26: GETL R6, t20
- 27: PUTL t20, R16
- 28: INCEIPL $4
-
- 0x2547F778: 813E04F4 lwz r9,1268(r30)
- 29: GETL R30, t22
- 30: ADDL $0x4F4, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R9
- 33: INCEIPL $4
-
- 0x2547F77C: 9261001C stw r19,28(r1)
- 34: GETL R19, t26
- 35: GETL R1, t28
- 36: ADDL $0x1C, t28
- 37: STL t26, (t28)
- 38: INCEIPL $4
-
- 0x2547F780: 7C932378 or r19,r4,r4
- 39: GETL R4, t30
- 40: PUTL t30, R19
- 41: INCEIPL $4
-
- 0x2547F784: 81690040 lwz r11,64(r9)
- 42: GETL R9, t32
- 43: ADDL $0x40, t32
- 44: LDL (t32), t34
- 45: PUTL t34, R11
- 46: INCEIPL $4
-
- 0x2547F788: 8009003C lwz r0,60(r9)
- 47: GETL R9, t36
- 48: ADDL $0x3C, t36
- 49: LDL (t36), t38
- 50: PUTL t38, R0
- 51: INCEIPL $4
-
- 0x2547F78C: 92810020 stw r20,32(r1)
- 52: GETL R20, t40
- 53: GETL R1, t42
- 54: ADDL $0x20, t42
- 55: STL t40, (t42)
- 56: INCEIPL $4
-
- 0x2547F790: 7CB42B78 or r20,r5,r5
- 57: GETL R5, t44
- 58: PUTL t44, R20
- 59: INCEIPL $4
-
- 0x2547F794: 7C1C5838 and r28,r0,r11
- 60: GETL R0, t46
- 61: GETL R11, t48
- 62: ANDL t46, t48
- 63: PUTL t48, R28
- 64: INCEIPL $4
-
- 0x2547F798: 92C10028 stw r22,40(r1)
- 65: GETL R22, t50
- 66: GETL R1, t52
- 67: ADDL $0x28, t52
- 68: STL t50, (t52)
- 69: INCEIPL $4
-
- 0x2547F79C: 2F9C0000 cmpi cr7,r28,0
- 70: GETL R28, t54
- 71: CMP0L t54, t56 (-rSo)
- 72: ICRFL t56, $0x7, CR
- 73: INCEIPL $4
-
- 0x2547F7A0: 93E1004C stw r31,76(r1)
- 74: GETL R31, t58
- 75: GETL R1, t60
- 76: ADDL $0x4C, t60
- 77: STL t58, (t60)
- 78: INCEIPL $4
-
- 0x2547F7A4: 92210014 stw r17,20(r1)
- 79: GETL R17, t62
- 80: GETL R1, t64
- 81: ADDL $0x14, t64
- 82: STL t62, (t64)
- 83: INCEIPL $4
-
- 0x2547F7A8: 7C3F0B78 or r31,r1,r1
- 84: GETL R1, t66
- 85: PUTL t66, R31
- 86: INCEIPL $4
-
- 0x2547F7AC: 92410018 stw r18,24(r1)
- 87: GETL R18, t68
- 88: GETL R1, t70
- 89: ADDL $0x18, t70
- 90: STL t68, (t70)
- 91: INCEIPL $4
-
- 0x2547F7B0: 7C761B78 or r22,r3,r3
- 92: GETL R3, t72
- 93: PUTL t72, R22
- 94: INCEIPL $4
-
- 0x2547F7B4: 92A10024 stw r21,36(r1)
- 95: GETL R21, t74
- 96: GETL R1, t76
- 97: ADDL $0x24, t76
- 98: STL t74, (t76)
- 99: INCEIPL $4
-
- 0x2547F7B8: 3003FFFF addic r0,r3,-1
- 100: GETL R3, t78
- 101: ADCL $0xFFFFFFFF, t78 (-wCa)
- 102: PUTL t78, R0
- 103: INCEIPL $4
-
- 0x2547F7BC: 7D401910 subfe r10,r0,r3
- 104: GETL R0, t80
- 105: GETL R3, t82
- 106: SBBL t80, t82 (-rCa-wCa)
- 107: PUTL t82, R10
- 108: INCEIPL $4
-
- 0x2547F7C0: 92E1002C stw r23,44(r1)
- 109: GETL R23, t84
- 110: GETL R1, t86
- 111: ADDL $0x2C, t86
- 112: STL t84, (t86)
- 113: INCEIPL $4
-
- 0x2547F7C4: 39600000 li r11,0
- 114: MOVL $0x0, t88
- 115: PUTL t88, R11
- 116: INCEIPL $4
-
- 0x2547F7C8: 93010030 stw r24,48(r1)
- 117: GETL R24, t90
- 118: GETL R1, t92
- 119: ADDL $0x30, t92
- 120: STL t90, (t92)
- 121: INCEIPL $4
-
- 0x2547F7CC: 93210034 stw r25,52(r1)
- 122: GETL R25, t94
- 123: GETL R1, t96
- 124: ADDL $0x34, t96
- 125: STL t94, (t96)
- 126: INCEIPL $4
-
- 0x2547F7D0: 93410038 stw r26,56(r1)
- 127: GETL R26, t98
- 128: GETL R1, t100
- 129: ADDL $0x38, t100
- 130: STL t98, (t100)
- 131: INCEIPL $4
-
- 0x2547F7D4: 9361003C stw r27,60(r1)
- 132: GETL R27, t102
- 133: GETL R1, t104
- 134: ADDL $0x3C, t104
- 135: STL t102, (t104)
- 136: INCEIPL $4
-
- 0x2547F7D8: 93A10044 stw r29,68(r1)
- 137: GETL R29, t106
- 138: GETL R1, t108
- 139: ADDL $0x44, t108
- 140: STL t106, (t108)
- 141: INCEIPL $4
-
- 0x2547F7DC: 9181000C stw r12,12(r1)
- 142: GETL R12, t110
- 143: GETL R1, t112
- 144: ADDL $0xC, t112
- 145: STL t110, (t112)
- 146: INCEIPL $4
-
- 0x2547F7E0: 419E0028 bc 12,30,0x2547F808
- 147: Js30o $0x2547F808
-
-
-
-. 259 2547F75C 136
-. 93 C1 00 48 7F C8 02 A6 93 81 00 40 90 E1 00 54 7D 80 00 26 92 01 00 10 7C D0 33 78 81 3E 04 F4 92 61 00 1C 7C 93 23 78 81 69 00 40 80 09 00 3C 92 81 00 20 7C B4 2B 78 7C 1C 58 38 92 C1 00 28 2F 9C 00 00 93 E1 00 4C 92 21 00 14 7C 3F 0B 78 92 41 00 18 7C 76 1B 78 92 A1 00 24 30 03 FF FF 7D 40 19 10 92 E1 00 2C 39 60 00 00 93 01 00 30 93 21 00 34 93 41 00 38 93 61 00 3C 93 A1 00 44 91 81 00 0C 41 9E 00 28
-==== BB 260 (0x2547F808) approx BBs exec'd 0 ====
-
- 0x2547F808: 3B0A0001 addi r24,r10,1
- 0: GETL R10, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R24
- 3: INCEIPL $4
-
- 0x2547F80C: 82210000 lwz r17,0(r1)
- 4: GETL R1, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R17
- 7: INCEIPL $4
-
- 0x2547F810: 57121838 rlwinm r18,r24,3,0,28
- 8: GETL R24, t6
- 9: SHLL $0x3, t6
- 10: PUTL t6, R18
- 11: INCEIPL $4
-
- 0x2547F814: 3B200000 li r25,0
- 12: MOVL $0x0, t8
- 13: PUTL t8, R25
- 14: INCEIPL $4
-
- 0x2547F818: 3AF2001E addi r23,r18,30
- 15: GETL R18, t10
- 16: ADDL $0x1E, t10
- 17: PUTL t10, R23
- 18: INCEIPL $4
-
- 0x2547F81C: 3B400000 li r26,0
- 19: MOVL $0x0, t12
- 20: PUTL t12, R26
- 21: INCEIPL $4
-
- 0x2547F820: 56F50036 rlwinm r21,r23,0,0,27
- 22: GETL R23, t14
- 23: ANDL $0xFFFFFFF0, t14
- 24: PUTL t14, R21
- 25: INCEIPL $4
-
- 0x2547F824: 7D5500D0 neg r10,r21
- 26: GETL R21, t16
- 27: NEGL t16
- 28: PUTL t16, R10
- 29: INCEIPL $4
-
- 0x2547F828: 7E21516E stwux r17,r1,r10
- 30: GETL R10, t18
- 31: GETL R1, t20
- 32: ADDL t20, t18
- 33: PUTL t18, R1
- 34: GETL R17, t22
- 35: STL t22, (t18)
- 36: INCEIPL $4
-
- 0x2547F82C: 39010017 addi r8,r1,23
- 37: GETL R1, t24
- 38: ADDL $0x17, t24
- 39: PUTL t24, R8
- 40: INCEIPL $4
-
- 0x2547F830: 551B0036 rlwinm r27,r8,0,0,27
- 41: GETL R8, t26
- 42: ANDL $0xFFFFFFF0, t26
- 43: PUTL t26, R27
- 44: INCEIPL $4
-
- 0x2547F834: 419E0048 bc 12,30,0x2547F87C
- 45: Js30o $0x2547F87C
-
-
-
-. 260 2547F808 48
-. 3B 0A 00 01 82 21 00 00 57 12 18 38 3B 20 00 00 3A F2 00 1E 3B 40 00 00 56 F5 00 36 7D 55 00 D0 7E 21 51 6E 39 01 00 17 55 1B 00 36 41 9E 00 48
-==== BB 261 (0x2547F87C) approx BBs exec'd 0 ====
-
- 0x2547F87C: 2F960000 cmpi cr7,r22,0
- 0: GETL R22, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x2547F880: 419E0018 bc 12,30,0x2547F898
- 4: Js30o $0x2547F898
-
-
-
-. 261 2547F87C 8
-. 2F 96 00 00 41 9E 00 18
-==== BB 262 (0x2547F898) approx BBs exec'd 0 ====
-
- 0x2547F898: 2E180001 cmpi cr4,r24,1
- 0: GETL R24, t0
- 1: MOVL $0x1, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x4, CR
- 4: INCEIPL $4
-
- 0x2547F89C: 57291838 rlwinm r9,r25,3,0,28
- 5: GETL R25, t6
- 6: SHLL $0x3, t6
- 7: PUTL t6, R9
- 8: INCEIPL $4
-
- 0x2547F8A0: 833E0410 lwz r25,1040(r30)
- 9: GETL R30, t8
- 10: ADDL $0x410, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R25
- 13: INCEIPL $4
-
- 0x2547F8A4: 7E69DA14 add r19,r9,r27
- 14: GETL R9, t12
- 15: GETL R27, t14
- 16: ADDL t12, t14
- 17: PUTL t14, R19
- 18: INCEIPL $4
-
- 0x2547F8A8: 3AC00003 li r22,3
- 19: MOVL $0x3, t16
- 20: PUTL t16, R22
- 21: INCEIPL $4
-
- 0x2547F8AC: 7F29D92E stwx r25,r9,r27
- 22: GETL R27, t18
- 23: GETL R9, t20
- 24: ADDL t20, t18
- 25: GETL R25, t22
- 26: STL t22, (t18)
- 27: INCEIPL $4
-
- 0x2547F8B0: 92D30004 stw r22,4(r19)
- 28: GETL R22, t24
- 29: GETL R19, t26
- 30: ADDL $0x4, t26
- 31: STL t24, (t26)
- 32: INCEIPL $4
-
- 0x2547F8B4: 41920324 bc 12,18,0x2547FBD8
- 33: Js18o $0x2547FBD8
-
-
-
-. 262 2547F898 32
-. 2E 18 00 01 57 29 18 38 83 3E 04 10 7E 69 DA 14 3A C0 00 03 7F 29 D9 2E 92 D3 00 04 41 92 03 24
-==== BB 263 (0x2547FBD8) approx BBs exec'd 0 ====
-
- 0x2547FBD8: 819B0004 lwz r12,4(r27)
- 0: GETL R27, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R12
- 4: INCEIPL $4
-
- 0x2547FBDC: 390C0001 addi r8,r12,1
- 5: GETL R12, t4
- 6: ADDL $0x1, t4
- 7: PUTL t4, R8
- 8: INCEIPL $4
-
- 0x2547FBE0: 4BFFFD30 b 0x2547F910
- 9: JMPo $0x2547F910 ($4)
-
-
-
-. 263 2547FBD8 12
-. 81 9B 00 04 39 0C 00 01 4B FF FD 30
-==== BB 264 (0x2547F910) approx BBs exec'd 0 ====
-
- 0x2547F910: 3BA00001 li r29,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R29
- 2: INCEIPL $4
-
- 0x2547F914: 7FAAC030 slw r10,r29,r24
- 3: GETL R29, t4
- 4: GETL R24, t2
- 5: SHLL t2, t4
- 6: PUTL t4, R10
- 7: INCEIPL $4
-
- 0x2547F918: 555A1838 rlwinm r26,r10,3,0,28
- 8: GETL R10, t6
- 9: SHLL $0x3, t6
- 10: PUTL t6, R26
- 11: INCEIPL $4
-
- 0x2547F91C: 91540000 stw r10,0(r20)
- 12: GETL R10, t8
- 13: GETL R20, t10
- 14: STL t8, (t10)
- 15: INCEIPL $4
-
- 0x2547F920: 7C7A4214 add r3,r26,r8
- 16: GETL R26, t12
- 17: GETL R8, t14
- 18: ADDL t12, t14
- 19: PUTL t14, R3
- 20: INCEIPL $4
-
- 0x2547F924: 48018101 bl 0x25497A24
- 21: MOVL $0x2547F928, t16
- 22: PUTL t16, LR
- 23: JMPo-c $0x25497A24 ($4)
-
-
-
-. 264 2547F910 24
-. 3B A0 00 01 7F AA C0 30 55 5A 18 38 91 54 00 00 7C 7A 42 14 48 01 81 01
-==== BB 265 (0x2547FDC8) approx BBs exec'd 0 ====
-
- 0x2547FDC8: 813F0000 lwz r9,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0x2547FDCC: 7C895214 add r4,r9,r10
- 4: GETL R9, t4
- 5: GETL R10, t6
- 6: ADDL t4, t6
- 7: PUTL t6, R4
- 8: INCEIPL $4
-
- 0x2547FDD0: 3804FFFF addi r0,r4,-1
- 9: GETL R4, t8
- 10: ADDL $0xFFFFFFFF, t8
- 11: PUTL t8, R0
- 12: INCEIPL $4
-
- 0x2547FDD4: 7C0AE838 and r10,r0,r29
- 13: GETL R0, t10
- 14: GETL R29, t12
- 15: ANDL t10, t12
- 16: PUTL t12, R10
- 17: INCEIPL $4
-
- 0x2547FDD8: 7D8AE214 add r12,r10,r28
- 18: GETL R10, t14
- 19: GETL R28, t16
- 20: ADDL t14, t16
- 21: PUTL t16, R12
- 22: INCEIPL $4
-
- 0x2547FDDC: 915F0000 stw r10,0(r31)
- 23: GETL R10, t18
- 24: GETL R31, t20
- 25: STL t18, (t20)
- 26: INCEIPL $4
-
- 0x2547FDE0: 7C0C5840 cmpl cr0,r12,r11
- 27: GETL R12, t22
- 28: GETL R11, t24
- 29: CMPUL t22, t24, t26 (-rSo)
- 30: ICRFL t26, $0x0, CR
- 31: INCEIPL $4
-
- 0x2547FDE4: 4080003C bc 4,0,0x2547FE20
- 32: Jc00o $0x2547FE20
-
-
-
-. 265 2547FDC8 32
-. 81 3F 00 00 7C 89 52 14 38 04 FF FF 7C 0A E8 38 7D 8A E2 14 91 5F 00 00 7C 0C 58 40 40 80 00 3C
-==== BB 266 (0x2547F928) approx BBs exec'd 0 ====
-
- 0x2547F928: 7C761B79 or. r22,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R22
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x2547F92C: 418202E8 bc 12,2,0x2547FC14
- 5: Js02o $0x2547FC14
-
-
-
-. 266 2547F928 8
-. 7C 76 1B 79 41 82 02 E8
-==== BB 267 (0x2547F930) approx BBs exec'd 0 ====
-
- 0x2547F930: 419201FC bc 12,18,0x2547FB2C
- 0: Js18o $0x2547FB2C
-
-
-
-. 267 2547F930 4
-. 41 92 01 FC
-==== BB 268 (0x2547FB2C) approx BBs exec'd 0 ====
-
- 0x2547FB2C: 83340000 lwz r25,0(r20)
- 0: GETL R20, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R25
- 3: INCEIPL $4
-
- 0x2547FB30: 39000000 li r8,0
- 4: MOVL $0x0, t4
- 5: PUTL t4, R8
- 6: INCEIPL $4
-
- 0x2547FB34: 827B0004 lwz r19,4(r27)
- 7: GETL R27, t6
- 8: ADDL $0x4, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R19
- 11: INCEIPL $4
-
- 0x2547FB38: 3B00002F li r24,47
- 12: MOVL $0x2F, t10
- 13: PUTL t10, R24
- 14: INCEIPL $4
-
- 0x2547FB3C: 57291838 rlwinm r9,r25,3,0,28
- 15: GETL R25, t12
- 16: SHLL $0x3, t12
- 17: PUTL t12, R9
- 18: INCEIPL $4
-
- 0x2547FB40: 9116000C stw r8,12(r22)
- 19: GETL R8, t14
- 20: GETL R22, t16
- 21: ADDL $0xC, t16
- 22: STL t14, (t16)
- 23: INCEIPL $4
-
- 0x2547FB44: 7C69B214 add r3,r9,r22
- 24: GETL R9, t18
- 25: GETL R22, t20
- 26: ADDL t18, t20
- 27: PUTL t20, R3
- 28: INCEIPL $4
-
- 0x2547FB48: 3B930001 addi r28,r19,1
- 29: GETL R19, t22
- 30: ADDL $0x1, t22
- 31: PUTL t22, R28
- 32: INCEIPL $4
-
- 0x2547FB4C: 93960004 stw r28,4(r22)
- 33: GETL R28, t24
- 34: GETL R22, t26
- 35: ADDL $0x4, t26
- 36: STL t24, (t26)
- 37: INCEIPL $4
-
- 0x2547FB50: 3A400002 li r18,2
- 38: MOVL $0x2, t28
- 39: PUTL t28, R18
- 40: INCEIPL $4
-
- 0x2547FB54: 90760000 stw r3,0(r22)
- 41: GETL R3, t30
- 42: GETL R22, t32
- 43: STL t30, (t32)
- 44: INCEIPL $4
-
- 0x2547FB58: 90760008 stw r3,8(r22)
- 45: GETL R3, t34
- 46: GETL R22, t36
- 47: ADDL $0x8, t36
- 48: STL t34, (t36)
- 49: INCEIPL $4
-
- 0x2547FB5C: 80BB0004 lwz r5,4(r27)
- 50: GETL R27, t38
- 51: ADDL $0x4, t38
- 52: LDL (t38), t40
- 53: PUTL t40, R5
- 54: INCEIPL $4
-
- 0x2547FB60: 809B0000 lwz r4,0(r27)
- 55: GETL R27, t42
- 56: LDL (t42), t44
- 57: PUTL t44, R4
- 58: INCEIPL $4
-
- 0x2547FB64: 48003EBD bl 0x25483A20
- 59: MOVL $0x2547FB68, t46
- 60: PUTL t46, LR
- 61: JMPo-c $0x25483A20 ($4)
-
-
-
-. 268 2547FB2C 60
-. 83 34 00 00 39 00 00 00 82 7B 00 04 3B 00 00 2F 57 29 18 38 91 16 00 0C 7C 69 B2 14 3B 93 00 01 93 96 00 04 3A 40 00 02 90 76 00 00 90 76 00 08 80 BB 00 04 80 9B 00 00 48 00 3E BD
-==== BB 269 mempcpy(0x25483A20) approx BBs exec'd 0 ====
-
- 0x25483A20: 2B85000F cmpli cr7,r5,15
- 0: GETL R5, t0
- 1: MOVL $0xF, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x25483A24: 7C0802A6 mflr r0
- 5: GETL LR, t6
- 6: PUTL t6, R0
- 7: INCEIPL $4
-
- 0x25483A28: 9421FFE0 stwu r1,-32(r1)
- 8: GETL R1, t8
- 9: GETL R1, t10
- 10: ADDL $0xFFFFFFE0, t10
- 11: PUTL t10, R1
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0x25483A2C: 93A10014 stw r29,20(r1)
- 14: GETL R29, t12
- 15: GETL R1, t14
- 16: ADDL $0x14, t14
- 17: STL t12, (t14)
- 18: INCEIPL $4
-
- 0x25483A30: 7C7D1B78 or r29,r3,r3
- 19: GETL R3, t16
- 20: PUTL t16, R29
- 21: INCEIPL $4
-
- 0x25483A34: 93E1001C stw r31,28(r1)
- 22: GETL R31, t18
- 23: GETL R1, t20
- 24: ADDL $0x1C, t20
- 25: STL t18, (t20)
- 26: INCEIPL $4
-
- 0x25483A38: 7C9F2378 or r31,r4,r4
- 27: GETL R4, t22
- 28: PUTL t22, R31
- 29: INCEIPL $4
-
- 0x25483A3C: 93810010 stw r28,16(r1)
- 30: GETL R28, t24
- 31: GETL R1, t26
- 32: ADDL $0x10, t26
- 33: STL t24, (t26)
- 34: INCEIPL $4
-
- 0x25483A40: 93C10018 stw r30,24(r1)
- 35: GETL R30, t28
- 36: GETL R1, t30
- 37: ADDL $0x18, t30
- 38: STL t28, (t30)
- 39: INCEIPL $4
-
- 0x25483A44: 90010024 stw r0,36(r1)
- 40: GETL R0, t32
- 41: GETL R1, t34
- 42: ADDL $0x24, t34
- 43: STL t32, (t34)
- 44: INCEIPL $4
-
- 0x25483A48: 409D0058 bc 4,29,0x25483AA0
- 45: Jc29o $0x25483AA0
-
-
-
-. 269 25483A20 44
-. 2B 85 00 0F 7C 08 02 A6 94 21 FF E0 93 A1 00 14 7C 7D 1B 78 93 E1 00 1C 7C 9F 23 78 93 81 00 10 93 C1 00 18 90 01 00 24 40 9D 00 58
-==== BB 270 (0x25483AA0) approx BBs exec'd 0 ====
-
- 0x25483AA0: 2C850000 cmpi cr1,r5,0
- 0: GETL R5, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0x25483AA4: 4186001C bc 12,6,0x25483AC0
- 4: Js06o $0x25483AC0
-
-
-
-. 270 25483AA0 8
-. 2C 85 00 00 41 86 00 1C
-==== BB 271 (0x25483AA8) approx BBs exec'd 0 ====
-
- 0x25483AA8: 7CA903A6 mtctr r5
- 0: GETL R5, t0
- 1: PUTL t0, CTR
- 2: INCEIPL $4
-
- 0x25483AAC: 88FF0000 lbz r7,0(r31)
- 3: GETL R31, t2
- 4: LDB (t2), t4
- 5: PUTL t4, R7
- 6: INCEIPL $4
-
- 0x25483AB0: 3BFF0001 addi r31,r31,1
- 7: GETL R31, t6
- 8: ADDL $0x1, t6
- 9: PUTL t6, R31
- 10: INCEIPL $4
-
- 0x25483AB4: 98FD0000 stb r7,0(r29)
- 11: GETL R7, t8
- 12: GETL R29, t10
- 13: STB t8, (t10)
- 14: INCEIPL $4
-
- 0x25483AB8: 3BBD0001 addi r29,r29,1
- 15: GETL R29, t12
- 16: ADDL $0x1, t12
- 17: PUTL t12, R29
- 18: INCEIPL $4
-
- 0x25483ABC: 4200FFF0 bc 16,0,0x25483AAC
- 19: GETL CTR, t14
- 20: ADDL $0xFFFFFFFF, t14
- 21: PUTL t14, CTR
- 22: JIFZL t14, $0x25483AC0
- 23: JMPo $0x25483AAC ($4)
-
-
-
-. 271 25483AA8 24
-. 7C A9 03 A6 88 FF 00 00 3B FF 00 01 98 FD 00 00 3B BD 00 01 42 00 FF F0
-==== BB 272 (0x25483AAC) approx BBs exec'd 0 ====
-
- 0x25483AAC: 88FF0000 lbz r7,0(r31)
- 0: GETL R31, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R7
- 3: INCEIPL $4
-
- 0x25483AB0: 3BFF0001 addi r31,r31,1
- 4: GETL R31, t4
- 5: ADDL $0x1, t4
- 6: PUTL t4, R31
- 7: INCEIPL $4
-
- 0x25483AB4: 98FD0000 stb r7,0(r29)
- 8: GETL R7, t6
- 9: GETL R29, t8
- 10: STB t6, (t8)
- 11: INCEIPL $4
-
- 0x25483AB8: 3BBD0001 addi r29,r29,1
- 12: GETL R29, t10
- 13: ADDL $0x1, t10
- 14: PUTL t10, R29
- 15: INCEIPL $4
-
- 0x25483ABC: 4200FFF0 bc 16,0,0x25483AAC
- 16: GETL CTR, t12
- 17: ADDL $0xFFFFFFFF, t12
- 18: PUTL t12, CTR
- 19: JIFZL t12, $0x25483AC0
- 20: JMPo $0x25483AAC ($4)
-
-
-
-. 272 25483AAC 20
-. 88 FF 00 00 3B FF 00 01 98 FD 00 00 3B BD 00 01 42 00 FF F0
-==== BB 273 (0x25483AC0) approx BBs exec'd 0 ====
-
- 0x25483AC0: 81010024 lwz r8,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x25483AC4: 7FA3EB78 or r3,r29,r29
- 5: GETL R29, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x25483AC8: 83810010 lwz r28,16(r1)
- 8: GETL R1, t6
- 9: ADDL $0x10, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R28
- 12: INCEIPL $4
-
- 0x25483ACC: 83A10014 lwz r29,20(r1)
- 13: GETL R1, t10
- 14: ADDL $0x14, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R29
- 17: INCEIPL $4
-
- 0x25483AD0: 7D0803A6 mtlr r8
- 18: GETL R8, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0x25483AD4: 83C10018 lwz r30,24(r1)
- 21: GETL R1, t16
- 22: ADDL $0x18, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R30
- 25: INCEIPL $4
-
- 0x25483AD8: 83E1001C lwz r31,28(r1)
- 26: GETL R1, t20
- 27: ADDL $0x1C, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R31
- 30: INCEIPL $4
-
- 0x25483ADC: 38210020 addi r1,r1,32
- 31: GETL R1, t24
- 32: ADDL $0x20, t24
- 33: PUTL t24, R1
- 34: INCEIPL $4
-
- 0x25483AE0: 4E800020 blr
- 35: GETL LR, t26
- 36: JMPo-r t26 ($4)
-
-
-
-. 273 25483AC0 36
-. 81 01 00 24 7F A3 EB 78 83 81 00 10 83 A1 00 14 7D 08 03 A6 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 274 (0x2547FB68) approx BBs exec'd 0 ====
-
- 0x2547FB68: 9B030000 stb r24,0(r3)
- 0: GETL R24, t0
- 1: GETL R3, t2
- 2: STB t0, (t2)
- 3: INCEIPL $4
-
- 0x2547FB6C: 92540000 stw r18,0(r20)
- 4: GETL R18, t4
- 5: GETL R20, t6
- 6: STL t4, (t6)
- 7: INCEIPL $4
-
- 0x2547FB70: 83760004 lwz r27,4(r22)
- 8: GETL R22, t8
- 9: ADDL $0x4, t8
- 10: LDL (t8), t10
- 11: PUTL t10, R27
- 12: INCEIPL $4
-
- 0x2547FB74: 7EC3B378 or r3,r22,r22
- 13: GETL R22, t12
- 14: PUTL t12, R3
- 15: INCEIPL $4
-
- 0x2547FB78: 93700000 stw r27,0(r16)
- 16: GETL R27, t14
- 17: GETL R16, t16
- 18: STL t14, (t16)
- 19: INCEIPL $4
-
- 0x2547FB7C: 81010000 lwz r8,0(r1)
- 20: GETL R1, t18
- 21: LDL (t18), t20
- 22: PUTL t20, R8
- 23: INCEIPL $4
-
- 0x2547FB80: 82080004 lwz r16,4(r8)
- 24: GETL R8, t22
- 25: ADDL $0x4, t22
- 26: LDL (t22), t24
- 27: PUTL t24, R16
- 28: INCEIPL $4
-
- 0x2547FB84: 80E8FFBC lwz r7,-68(r8)
- 29: GETL R8, t26
- 30: ADDL $0xFFFFFFBC, t26
- 31: LDL (t26), t28
- 32: PUTL t28, R7
- 33: INCEIPL $4
-
- 0x2547FB88: 7E0803A6 mtlr r16
- 34: GETL R16, t30
- 35: PUTL t30, LR
- 36: INCEIPL $4
-
- 0x2547FB8C: 8228FFC4 lwz r17,-60(r8)
- 37: GETL R8, t32
- 38: ADDL $0xFFFFFFC4, t32
- 39: LDL (t32), t34
- 40: PUTL t34, R17
- 41: INCEIPL $4
-
- 0x2547FB90: 8208FFC0 lwz r16,-64(r8)
- 42: GETL R8, t36
- 43: ADDL $0xFFFFFFC0, t36
- 44: LDL (t36), t38
- 45: PUTL t38, R16
- 46: INCEIPL $4
-
- 0x2547FB94: 7CE08120 mtcrf 0x8,r7
- 47: GETL R7, t40
- 48: ICRFL t40, $0x4, CR
- 49: INCEIPL $4
-
- 0x2547FB98: 8248FFC8 lwz r18,-56(r8)
- 50: GETL R8, t42
- 51: ADDL $0xFFFFFFC8, t42
- 52: LDL (t42), t44
- 53: PUTL t44, R18
- 54: INCEIPL $4
-
- 0x2547FB9C: 8268FFCC lwz r19,-52(r8)
- 55: GETL R8, t46
- 56: ADDL $0xFFFFFFCC, t46
- 57: LDL (t46), t48
- 58: PUTL t48, R19
- 59: INCEIPL $4
-
- 0x2547FBA0: 8288FFD0 lwz r20,-48(r8)
- 60: GETL R8, t50
- 61: ADDL $0xFFFFFFD0, t50
- 62: LDL (t50), t52
- 63: PUTL t52, R20
- 64: INCEIPL $4
-
- 0x2547FBA4: 82A8FFD4 lwz r21,-44(r8)
- 65: GETL R8, t54
- 66: ADDL $0xFFFFFFD4, t54
- 67: LDL (t54), t56
- 68: PUTL t56, R21
- 69: INCEIPL $4
-
- 0x2547FBA8: 82C8FFD8 lwz r22,-40(r8)
- 70: GETL R8, t58
- 71: ADDL $0xFFFFFFD8, t58
- 72: LDL (t58), t60
- 73: PUTL t60, R22
- 74: INCEIPL $4
-
- 0x2547FBAC: 82E8FFDC lwz r23,-36(r8)
- 75: GETL R8, t62
- 76: ADDL $0xFFFFFFDC, t62
- 77: LDL (t62), t64
- 78: PUTL t64, R23
- 79: INCEIPL $4
-
- 0x2547FBB0: 8308FFE0 lwz r24,-32(r8)
- 80: GETL R8, t66
- 81: ADDL $0xFFFFFFE0, t66
- 82: LDL (t66), t68
- 83: PUTL t68, R24
- 84: INCEIPL $4
-
- 0x2547FBB4: 8328FFE4 lwz r25,-28(r8)
- 85: GETL R8, t70
- 86: ADDL $0xFFFFFFE4, t70
- 87: LDL (t70), t72
- 88: PUTL t72, R25
- 89: INCEIPL $4
-
- 0x2547FBB8: 8348FFE8 lwz r26,-24(r8)
- 90: GETL R8, t74
- 91: ADDL $0xFFFFFFE8, t74
- 92: LDL (t74), t76
- 93: PUTL t76, R26
- 94: INCEIPL $4
-
- 0x2547FBBC: 8368FFEC lwz r27,-20(r8)
- 95: GETL R8, t78
- 96: ADDL $0xFFFFFFEC, t78
- 97: LDL (t78), t80
- 98: PUTL t80, R27
- 99: INCEIPL $4
-
- 0x2547FBC0: 8388FFF0 lwz r28,-16(r8)
- 100: GETL R8, t82
- 101: ADDL $0xFFFFFFF0, t82
- 102: LDL (t82), t84
- 103: PUTL t84, R28
- 104: INCEIPL $4
-
- 0x2547FBC4: 83A8FFF4 lwz r29,-12(r8)
- 105: GETL R8, t86
- 106: ADDL $0xFFFFFFF4, t86
- 107: LDL (t86), t88
- 108: PUTL t88, R29
- 109: INCEIPL $4
-
- 0x2547FBC8: 83C8FFF8 lwz r30,-8(r8)
- 110: GETL R8, t90
- 111: ADDL $0xFFFFFFF8, t90
- 112: LDL (t90), t92
- 113: PUTL t92, R30
- 114: INCEIPL $4
-
- 0x2547FBCC: 83E8FFFC lwz r31,-4(r8)
- 115: GETL R8, t94
- 116: ADDL $0xFFFFFFFC, t94
- 117: LDL (t94), t96
- 118: PUTL t96, R31
- 119: INCEIPL $4
-
- 0x2547FBD0: 7D014378 or r1,r8,r8
- 120: GETL R8, t98
- 121: PUTL t98, R1
- 122: INCEIPL $4
-
- 0x2547FBD4: 4E800020 blr
- 123: GETL LR, t100
- 124: JMPo-r t100 ($4)
-
-
-
-. 274 2547FB68 112
-. 9B 03 00 00 92 54 00 00 83 76 00 04 7E C3 B3 78 93 70 00 00 81 01 00 00 82 08 00 04 80 E8 FF BC 7E 08 03 A6 82 28 FF C4 82 08 FF C0 7C E0 81 20 82 48 FF C8 82 68 FF CC 82 88 FF D0 82 A8 FF D4 82 C8 FF D8 82 E8 FF DC 83 08 FF E0 83 28 FF E4 83 48 FF E8 83 68 FF EC 83 88 FF F0 83 A8 FF F4 83 C8 FF F8 83 E8 FF FC 7D 01 43 78 4E 80 00 20
-==== BB 275 (0x2547512C) approx BBs exec'd 0 ====
-
- 0x2547512C: 813E0160 lwz r9,352(r30)
- 0: GETL R30, t0
- 1: ADDL $0x160, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25475130: 837E0164 lwz r27,356(r30)
- 5: GETL R30, t4
- 6: ADDL $0x164, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R27
- 9: INCEIPL $4
-
- 0x25475134: 90690000 stw r3,0(r9)
- 10: GETL R3, t8
- 11: GETL R9, t10
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0x25475138: 3860000C li r3,12
- 14: MOVL $0xC, t12
- 15: PUTL t12, R3
- 16: INCEIPL $4
-
- 0x2547513C: 480228E9 bl 0x25497A24
- 17: MOVL $0x25475140, t14
- 18: PUTL t14, LR
- 19: JMPo-c $0x25497A24 ($4)
-
-
-
-. 275 2547512C 20
-. 81 3E 01 60 83 7E 01 64 90 69 00 00 38 60 00 0C 48 02 28 E9
-==== BB 276 (0x25475140) approx BBs exec'd 0 ====
-
- 0x25475140: 7C7C1B79 or. r28,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R28
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x25475144: 907B0000 stw r3,0(r27)
- 5: GETL R3, t4
- 6: GETL R27, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0x25475148: 41820188 bc 12,2,0x254752D0
- 9: Js02o $0x254752D0
-
-
-
-. 276 25475140 12
-. 7C 7C 1B 79 90 7B 00 00 41 82 01 88
-==== BB 277 (0x2547514C) approx BBs exec'd 0 ====
-
- 0x2547514C: 835E0154 lwz r26,340(r30)
- 0: GETL R30, t0
- 1: ADDL $0x154, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0x25475150: 3D40CCCC lis r10,-13108
- 5: MOVL $0xCCCC0000, t4
- 6: PUTL t4, R10
- 7: INCEIPL $4
-
- 0x25475154: 6146CCCD ori r6,r10,0xCCCD
- 8: MOVL $0xCCCCCCCD, t6
- 9: PUTL t6, R6
- 10: INCEIPL $4
-
- 0x25475158: 811A0000 lwz r8,0(r26)
- 11: GETL R26, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R8
- 14: INCEIPL $4
-
- 0x2547515C: 5507103A rlwinm r7,r8,2,0,29
- 15: GETL R8, t12
- 16: SHLL $0x2, t12
- 17: PUTL t12, R7
- 18: INCEIPL $4
-
- 0x25475160: 38A70027 addi r5,r7,39
- 19: GETL R7, t14
- 20: ADDL $0x27, t14
- 21: PUTL t14, R5
- 22: INCEIPL $4
-
- 0x25475164: 7C653016 mulhwu r3,r5,r6
- 23: GETL R5, t16
- 24: GETL R6, t18
- 25: UMULHL t16, t18
- 26: PUTL t18, R3
- 27: INCEIPL $4
-
- 0x25475168: 547DE13E rlwinm r29,r3,28,4,31
- 28: GETL R3, t20
- 29: SHRL $0x4, t20
- 30: PUTL t20, R29
- 31: INCEIPL $4
-
- 0x2547516C: 1C7D0140 mulli r3,r29,320
- 32: GETL R29, t22
- 33: MULL $0x140, t22
- 34: PUTL t22, R3
- 35: INCEIPL $4
-
- 0x25475170: 480228B5 bl 0x25497A24
- 36: MOVL $0x25475174, t24
- 37: PUTL t24, LR
- 38: JMPo-c $0x25497A24 ($4)
-
-
-
-. 277 2547514C 40
-. 83 5E 01 54 3D 40 CC CC 61 46 CC CD 81 1A 00 00 55 07 10 3A 38 A7 00 27 7C 65 30 16 54 7D E1 3E 1C 7D 01 40 48 02 28 B5
-==== BB 278 (0x25475174) approx BBs exec'd 0 ====
-
- 0x25475174: 809B0000 lwz r4,0(r27)
- 0: GETL R27, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R4
- 3: INCEIPL $4
-
- 0x25475178: 907C0000 stw r3,0(r28)
- 4: GETL R3, t4
- 5: GETL R28, t6
- 6: STL t4, (t6)
- 7: INCEIPL $4
-
- 0x2547517C: 81240000 lwz r9,0(r4)
- 8: GETL R4, t8
- 9: LDL (t8), t10
- 10: PUTL t10, R9
- 11: INCEIPL $4
-
- 0x25475180: 80DE0188 lwz r6,392(r30)
- 12: GETL R30, t12
- 13: ADDL $0x188, t12
- 14: LDL (t12), t14
- 15: PUTL t14, R6
- 16: INCEIPL $4
-
- 0x25475184: 2F890000 cmpi cr7,r9,0
- 17: GETL R9, t16
- 18: CMP0L t16, t18 (-rSo)
- 19: ICRFL t18, $0x7, CR
- 20: INCEIPL $4
-
- 0x25475188: 419E014C bc 12,30,0x254752D4
- 21: Js30o $0x254752D4
-
-
-
-. 278 25475174 24
-. 80 9B 00 00 90 7C 00 00 81 24 00 00 80 DE 01 88 2F 89 00 00 41 9E 01 4C
-==== BB 279 (0x2547518C) approx BBs exec'd 0 ====
-
- 0x2547518C: 82FE04C8 lwz r23,1224(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4C8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R23
- 4: INCEIPL $4
-
- 0x25475190: 39600000 li r11,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R11
- 7: INCEIPL $4
-
- 0x25475194: 1C7D0014 mulli r3,r29,20
- 8: GETL R29, t6
- 9: MULL $0x14, t6
- 10: PUTL t6, R3
- 11: INCEIPL $4
-
- 0x25475198: 80FA0000 lwz r7,0(r26)
- 12: GETL R26, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R7
- 15: INCEIPL $4
-
- 0x2547519C: 811E014C lwz r8,332(r30)
- 16: GETL R30, t12
- 17: ADDL $0x14C, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R8
- 20: INCEIPL $4
-
- 0x254751A0: 39400000 li r10,0
- 21: MOVL $0x0, t16
- 22: PUTL t16, R10
- 23: INCEIPL $4
-
- 0x254751A4: 809E0194 lwz r4,404(r30)
- 24: GETL R30, t18
- 25: ADDL $0x194, t18
- 26: LDL (t18), t20
- 27: PUTL t20, R4
- 28: INCEIPL $4
-
- 0x254751A8: 38C00000 li r6,0
- 29: MOVL $0x0, t22
- 30: PUTL t22, R6
- 31: INCEIPL $4
-
- 0x254751AC: 80BE0148 lwz r5,328(r30)
- 32: GETL R30, t24
- 33: ADDL $0x148, t24
- 34: LDL (t24), t26
- 35: PUTL t26, R5
- 36: INCEIPL $4
-
- 0x254751B0: 917B0004 stw r11,4(r27)
- 37: GETL R11, t28
- 38: GETL R27, t30
- 39: ADDL $0x4, t30
- 40: STL t28, (t30)
- 41: INCEIPL $4
-
- 0x254751B4: 7D2B4B78 or r11,r9,r9
- 42: GETL R9, t32
- 43: PUTL t32, R11
- 44: INCEIPL $4
-
- 0x254751B8: 913701B0 stw r9,432(r23)
- 45: GETL R9, t34
- 46: GETL R23, t36
- 47: ADDL $0x1B0, t36
- 48: STL t34, (t36)
- 49: INCEIPL $4
-
- 0x254751BC: 555B103A rlwinm r27,r10,2,0,29
- 50: GETL R10, t38
- 51: SHLL $0x2, t38
- 52: PUTL t38, R27
- 53: INCEIPL $4
-
- 0x254751C0: 7C863840 cmpl cr1,r6,r7
- 54: GETL R6, t40
- 55: GETL R7, t42
- 56: CMPUL t40, t42, t44 (-rSo)
- 57: ICRFL t44, $0x1, CR
- 58: INCEIPL $4
-
- 0x254751C4: 7F5B282E lwzx r26,r27,r5
- 59: GETL R5, t46
- 60: GETL R27, t48
- 61: ADDL t48, t46
- 62: LDL (t46), t50
- 63: PUTL t50, R26
- 64: INCEIPL $4
-
- 0x254751C8: 917C0000 stw r11,0(r28)
- 65: GETL R11, t52
- 66: GETL R28, t54
- 67: STL t52, (t54)
- 68: INCEIPL $4
-
- 0x254751CC: 3B9C0004 addi r28,r28,4
- 69: GETL R28, t56
- 70: ADDL $0x4, t56
- 71: PUTL t56, R28
- 72: INCEIPL $4
-
- 0x254751D0: 7D9A4214 add r12,r26,r8
- 73: GETL R26, t58
- 74: GETL R8, t60
- 75: ADDL t58, t60
- 76: PUTL t60, R12
- 77: INCEIPL $4
-
- 0x254751D4: 910B000C stw r8,12(r11)
- 78: GETL R8, t62
- 79: GETL R11, t64
- 80: ADDL $0xC, t64
- 81: STL t62, (t64)
- 82: INCEIPL $4
-
- 0x254751D8: 908B0004 stw r4,4(r11)
- 83: GETL R4, t66
- 84: GETL R11, t68
- 85: ADDL $0x4, t68
- 86: STL t66, (t68)
- 87: INCEIPL $4
-
- 0x254751DC: 390C0001 addi r8,r12,1
- 88: GETL R12, t70
- 89: ADDL $0x1, t70
- 90: PUTL t70, R8
- 91: INCEIPL $4
-
- 0x254751E0: 90CB0008 stw r6,8(r11)
- 92: GETL R6, t72
- 93: GETL R11, t74
- 94: ADDL $0x8, t74
- 95: STL t72, (t74)
- 96: INCEIPL $4
-
- 0x254751E4: 934B0010 stw r26,16(r11)
- 97: GETL R26, t76
- 98: GETL R11, t78
- 99: ADDL $0x10, t78
- 100: STL t76, (t78)
- 101: INCEIPL $4
-
- 0x254751E8: 4084001C bc 4,4,0x25475204
- 102: Jc04o $0x25475204
-
-
-
-. 279 2547518C 96
-. 82 FE 04 C8 39 60 00 00 1C 7D 00 14 80 FA 00 00 81 1E 01 4C 39 40 00 00 80 9E 01 94 38 C0 00 00 80 BE 01 48 91 7B 00 04 7D 2B 4B 78 91 37 01 B0 55 5B 10 3A 7C 86 38 40 7F 5B 28 2E 91 7C 00 00 3B 9C 00 04 7D 9A 42 14 91 0B 00 0C 90 8B 00 04 39 0C 00 01 90 CB 00 08 93 4B 00 10 40 84 00 1C
-==== BB 280 (0x254751EC) approx BBs exec'd 0 ====
-
- 0x254751EC: 7CE903A6 mtctr r7
- 0: GETL R7, t0
- 1: PUTL t0, CTR
- 2: INCEIPL $4
-
- 0x254751F0: 38000000 li r0,0
- 3: MOVL $0x0, t2
- 4: PUTL t2, R0
- 5: INCEIPL $4
-
- 0x254751F4: 392B0014 addi r9,r11,20
- 6: GETL R11, t4
- 7: ADDL $0x14, t4
- 8: PUTL t4, R9
- 9: INCEIPL $4
-
- 0x254751F8: 90090000 stw r0,0(r9)
- 10: GETL R0, t6
- 11: GETL R9, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x254751FC: 39290004 addi r9,r9,4
- 14: GETL R9, t10
- 15: ADDL $0x4, t10
- 16: PUTL t10, R9
- 17: INCEIPL $4
-
- 0x25475200: 4200FFF8 bc 16,0,0x254751F8
- 18: GETL CTR, t12
- 19: ADDL $0xFFFFFFFF, t12
- 20: PUTL t12, CTR
- 21: JIFZL t12, $0x25475204
- 22: JMPo $0x254751F8 ($4)
-
-
-
-. 280 254751EC 24
-. 7C E9 03 A6 38 00 00 00 39 2B 00 14 90 09 00 00 39 29 00 04 42 00 FF F8
-==== BB 281 (0x254751F8) approx BBs exec'd 0 ====
-
- 0x254751F8: 90090000 stw r0,0(r9)
- 0: GETL R0, t0
- 1: GETL R9, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0x254751FC: 39290004 addi r9,r9,4
- 4: GETL R9, t4
- 5: ADDL $0x4, t4
- 6: PUTL t4, R9
- 7: INCEIPL $4
-
- 0x25475200: 4200FFF8 bc 16,0,0x254751F8
- 8: GETL CTR, t6
- 9: ADDL $0xFFFFFFFF, t6
- 10: PUTL t6, CTR
- 11: JIFZL t6, $0x25475204
- 12: JMPo $0x254751F8 ($4)
-
-
-
-. 281 254751F8 12
-. 90 09 00 00 39 29 00 04 42 00 FF F8
-==== BB 282 (0x25475204) approx BBs exec'd 0 ====
-
- 0x25475204: 2F0A0001 cmpi cr6,r10,1
- 0: GETL R10, t0
- 1: MOVL $0x1, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x6, CR
- 4: INCEIPL $4
-
- 0x25475208: 394A0001 addi r10,r10,1
- 5: GETL R10, t6
- 6: ADDL $0x1, t6
- 7: PUTL t6, R10
- 8: INCEIPL $4
-
- 0x2547520C: 419A00BC bc 12,26,0x254752C8
- 9: Js26o $0x254752C8
-
-
-
-. 282 25475204 12
-. 2F 0A 00 01 39 4A 00 01 41 9A 00 BC
-==== BB 283 (0x25475210) approx BBs exec'd 0 ====
-
- 0x25475210: 7C035A14 add r0,r3,r11
- 0: GETL R3, t0
- 1: GETL R11, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25475214: 280A0001 cmpli cr0,r10,1
- 5: GETL R10, t4
- 6: MOVL $0x1, t8
- 7: CMPUL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0x25475218: 900B0000 stw r0,0(r11)
- 10: GETL R0, t10
- 11: GETL R11, t12
- 12: STL t10, (t12)
- 13: INCEIPL $4
-
- 0x2547521C: 7D6B1A14 add r11,r11,r3
- 14: GETL R11, t14
- 15: GETL R3, t16
- 16: ADDL t14, t16
- 17: PUTL t16, R11
- 18: INCEIPL $4
-
- 0x25475220: 40A1FF9C bc 5,1,0x254751BC
- 19: Jc01o $0x254751BC
-
-
-
-. 283 25475210 20
-. 7C 03 5A 14 28 0A 00 01 90 0B 00 00 7D 6B 1A 14 40 A1 FF 9C
-==== BB 284 (0x254751BC) approx BBs exec'd 0 ====
-
- 0x254751BC: 555B103A rlwinm r27,r10,2,0,29
- 0: GETL R10, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R27
- 3: INCEIPL $4
-
- 0x254751C0: 7C863840 cmpl cr1,r6,r7
- 4: GETL R6, t2
- 5: GETL R7, t4
- 6: CMPUL t2, t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x254751C4: 7F5B282E lwzx r26,r27,r5
- 9: GETL R5, t8
- 10: GETL R27, t10
- 11: ADDL t10, t8
- 12: LDL (t8), t12
- 13: PUTL t12, R26
- 14: INCEIPL $4
-
- 0x254751C8: 917C0000 stw r11,0(r28)
- 15: GETL R11, t14
- 16: GETL R28, t16
- 17: STL t14, (t16)
- 18: INCEIPL $4
-
- 0x254751CC: 3B9C0004 addi r28,r28,4
- 19: GETL R28, t18
- 20: ADDL $0x4, t18
- 21: PUTL t18, R28
- 22: INCEIPL $4
-
- 0x254751D0: 7D9A4214 add r12,r26,r8
- 23: GETL R26, t20
- 24: GETL R8, t22
- 25: ADDL t20, t22
- 26: PUTL t22, R12
- 27: INCEIPL $4
-
- 0x254751D4: 910B000C stw r8,12(r11)
- 28: GETL R8, t24
- 29: GETL R11, t26
- 30: ADDL $0xC, t26
- 31: STL t24, (t26)
- 32: INCEIPL $4
-
- 0x254751D8: 908B0004 stw r4,4(r11)
- 33: GETL R4, t28
- 34: GETL R11, t30
- 35: ADDL $0x4, t30
- 36: STL t28, (t30)
- 37: INCEIPL $4
-
- 0x254751DC: 390C0001 addi r8,r12,1
- 38: GETL R12, t32
- 39: ADDL $0x1, t32
- 40: PUTL t32, R8
- 41: INCEIPL $4
-
- 0x254751E0: 90CB0008 stw r6,8(r11)
- 42: GETL R6, t34
- 43: GETL R11, t36
- 44: ADDL $0x8, t36
- 45: STL t34, (t36)
- 46: INCEIPL $4
-
- 0x254751E4: 934B0010 stw r26,16(r11)
- 47: GETL R26, t38
- 48: GETL R11, t40
- 49: ADDL $0x10, t40
- 50: STL t38, (t40)
- 51: INCEIPL $4
-
- 0x254751E8: 4084001C bc 4,4,0x25475204
- 52: Jc04o $0x25475204
-
-
-
-. 284 254751BC 48
-. 55 5B 10 3A 7C 86 38 40 7F 5B 28 2E 91 7C 00 00 3B 9C 00 04 7D 9A 42 14 91 0B 00 0C 90 8B 00 04 39 0C 00 01 90 CB 00 08 93 4B 00 10 40 84 00 1C
-==== BB 285 (0x254752C8) approx BBs exec'd 0 ====
-
- 0x254752C8: 38000000 li r0,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x254752CC: 4BFFFF48 b 0x25475214
- 3: JMPo $0x25475214 ($4)
-
-
-
-. 285 254752C8 8
-. 38 00 00 00 4B FF FF 48
-==== BB 286 (0x25475214) approx BBs exec'd 0 ====
-
- 0x25475214: 280A0001 cmpli cr0,r10,1
- 0: GETL R10, t0
- 1: MOVL $0x1, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x25475218: 900B0000 stw r0,0(r11)
- 5: GETL R0, t6
- 6: GETL R11, t8
- 7: STL t6, (t8)
- 8: INCEIPL $4
-
- 0x2547521C: 7D6B1A14 add r11,r11,r3
- 9: GETL R11, t10
- 10: GETL R3, t12
- 11: ADDL t10, t12
- 12: PUTL t12, R11
- 13: INCEIPL $4
-
- 0x25475220: 40A1FF9C bc 5,1,0x254751BC
- 14: Jc01o $0x254751BC
-
-
-
-. 286 25475214 16
-. 28 0A 00 01 90 0B 00 00 7D 6B 1A 14 40 A1 FF 9C
-==== BB 287 (0x25475224) approx BBs exec'd 0 ====
-
- 0x25475224: 83B70000 lwz r29,0(r23)
- 0: GETL R23, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R29
- 3: INCEIPL $4
-
- 0x25475228: 38000009 li r0,9
- 4: MOVL $0x9, t4
- 5: PUTL t4, R0
- 6: INCEIPL $4
-
- 0x2547522C: 809E0158 lwz r4,344(r30)
- 7: GETL R30, t6
- 8: ADDL $0x158, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R4
- 11: INCEIPL $4
-
- 0x25475230: 39200000 li r9,0
- 12: MOVL $0x0, t10
- 13: PUTL t10, R9
- 14: INCEIPL $4
-
- 0x25475234: 2F9D0000 cmpi cr7,r29,0
- 15: GETL R29, t12
- 16: CMP0L t12, t14 (-rSo)
- 17: ICRFL t14, $0x7, CR
- 18: INCEIPL $4
-
- 0x25475238: 913C0000 stw r9,0(r28)
- 19: GETL R9, t16
- 20: GETL R28, t18
- 21: STL t16, (t18)
- 22: INCEIPL $4
-
- 0x2547523C: 90040000 stw r0,0(r4)
- 23: GETL R0, t20
- 24: GETL R4, t22
- 25: STL t20, (t22)
- 26: INCEIPL $4
-
- 0x25475240: 419E0028 bc 12,30,0x25475268
- 27: Js30o $0x25475268
-
-
-
-. 287 25475224 32
-. 83 B7 00 00 38 00 00 09 80 9E 01 58 39 20 00 00 2F 9D 00 00 91 3C 00 00 90 04 00 00 41 9E 00 28
-==== BB 288 (0x25475244) approx BBs exec'd 0 ====
-
- 0x25475244: 839D0094 lwz r28,148(r29)
- 0: GETL R29, t0
- 1: ADDL $0x94, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0x25475248: 2C9C0000 cmpi cr1,r28,0
- 5: GETL R28, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x2547524C: 408601BC bc 4,6,0x25475408
- 9: Jc06o $0x25475408
-
-
-
-. 288 25475244 12
-. 83 9D 00 94 2C 9C 00 00 40 86 01 BC
-==== BB 289 (0x25475250) approx BBs exec'd 0 ====
-
- 0x25475250: 817D005C lwz r11,92(r29)
- 0: GETL R29, t0
- 1: ADDL $0x5C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x25475254: 3800FFFF li r0,-1
- 5: MOVL $0xFFFFFFFF, t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0x25475258: 901D01E0 stw r0,480(r29)
- 8: GETL R0, t6
- 9: GETL R29, t8
- 10: ADDL $0x1E0, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x2547525C: 2F0B0000 cmpi cr6,r11,0
- 13: GETL R11, t10
- 14: CMP0L t10, t12 (-rSo)
- 15: ICRFL t12, $0x6, CR
- 16: INCEIPL $4
-
- 0x25475260: 409A0084 bc 4,26,0x254752E4
- 17: Jc26o $0x254752E4
-
-
-
-. 289 25475250 20
-. 81 7D 00 5C 38 00 FF FF 90 1D 01 E0 2F 0B 00 00 40 9A 00 84
-==== BB 290 (0x25475264) approx BBs exec'd 0 ====
-
- 0x25475264: 901D018C stw r0,396(r29)
- 0: GETL R0, t0
- 1: GETL R29, t2
- 2: ADDL $0x18C, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25475268: 2C190000 cmpi cr0,r25,0
- 5: GETL R25, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0x2547526C: 41820010 bc 12,2,0x2547527C
- 9: Js02o $0x2547527C
-
-
-
-. 290 25475264 12
-. 90 1D 01 8C 2C 19 00 00 41 82 00 10
-==== BB 291 (0x25475270) approx BBs exec'd 0 ====
-
- 0x25475270: 8BB90000 lbz r29,0(r25)
- 0: GETL R25, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R29
- 3: INCEIPL $4
-
- 0x25475274: 2F9D0000 cmpi cr7,r29,0
- 4: GETL R29, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x7, CR
- 7: INCEIPL $4
-
- 0x25475278: 409E0094 bc 4,30,0x2547530C
- 8: Jc30o $0x2547530C
-
-
-
-. 291 25475270 12
-. 8B B9 00 00 2F 9D 00 00 40 9E 00 94
-==== BB 292 (0x2547530C) approx BBs exec'd 0 ====
-
- 0x2547530C: 7F23CB78 or r3,r25,r25
- 0: GETL R25, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25475310: 7F3DCB78 or r29,r25,r25
- 3: GETL R25, t2
- 4: PUTL t2, R29
- 5: INCEIPL $4
-
- 0x25475314: 4800DCBD bl 0x25482FD0
- 6: MOVL $0x25475318, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0x25482FD0 ($4)
-
-
-
-. 292 2547530C 12
-. 7F 23 CB 78 7F 3D CB 78 48 00 DC BD
-==== BB 293 (0x25483008) approx BBs exec'd 0 ====
-
- 0x25483008: 3CC0FEFF lis r6,-257
- 0: MOVL $0xFEFF0000, t0
- 1: PUTL t0, R6
- 2: INCEIPL $4
-
- 0x2548300C: 38C6FEFF addi r6,r6,-257
- 3: MOVL $0xFEFEFEFF, t2
- 4: PUTL t2, R6
- 5: INCEIPL $4
-
- 0x25483010: 419D001C bc 12,29,0x2548302C
- 6: Js29o $0x2548302C
-
-
-
-. 293 25483008 12
-. 3C C0 FE FF 38 C6 FE FF 41 9D 00 1C
-==== BB 294 (0x25483014) approx BBs exec'd 0 ====
-
- 0x25483014: 85040004 lwzu r8,4(r4)
- 0: GETL R4, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R4
- 3: LDL (t0), t2
- 4: PUTL t2, R8
- 5: INCEIPL $4
-
- 0x25483018: 7CE04038 and r0,r7,r8
- 6: GETL R7, t4
- 7: GETL R8, t6
- 8: ANDL t4, t6
- 9: PUTL t6, R0
- 10: INCEIPL $4
-
- 0x2548301C: 7CEA4378 or r10,r7,r8
- 11: GETL R7, t8
- 12: GETL R8, t10
- 13: ORL t10, t8
- 14: PUTL t8, R10
- 15: INCEIPL $4
-
- 0x25483020: 7C003A14 add r0,r0,r7
- 16: GETL R0, t12
- 17: GETL R7, t14
- 18: ADDL t12, t14
- 19: PUTL t14, R0
- 20: INCEIPL $4
-
- 0x25483024: 7D4800F9 nor. r8,r10,r0
- 21: GETL R10, t16
- 22: GETL R0, t18
- 23: ORL t18, t16
- 24: NOTL t16
- 25: PUTL t16, R8
- 26: CMP0L t16, t20 (-rSo)
- 27: ICRFL t20, $0x0, CR
- 28: INCEIPL $4
-
- 0x25483028: 4082004C bc 4,2,0x25483074
- 29: Jc02o $0x25483074
-
-
-
-. 294 25483014 24
-. 85 04 00 04 7C E0 40 38 7C EA 43 78 7C 00 3A 14 7D 48 00 F9 40 82 00 4C
-==== BB 295 (0x2548302C) approx BBs exec'd 0 ====
-
- 0x2548302C: 81040004 lwz r8,4(r4)
- 0: GETL R4, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x25483030: 85240008 lwzu r9,8(r4)
- 5: GETL R4, t4
- 6: ADDL $0x8, t4
- 7: PUTL t4, R4
- 8: LDL (t4), t6
- 9: PUTL t6, R9
- 10: INCEIPL $4
-
- 0x25483034: 7C064214 add r0,r6,r8
- 11: GETL R6, t8
- 12: GETL R8, t10
- 13: ADDL t8, t10
- 14: PUTL t10, R0
- 15: INCEIPL $4
-
- 0x25483038: 7CEA40F8 nor r10,r7,r8
- 16: GETL R7, t12
- 17: GETL R8, t14
- 18: ORL t14, t12
- 19: NOTL t12
- 20: PUTL t12, R10
- 21: INCEIPL $4
-
- 0x2548303C: 7C005039 and. r0,r0,r10
- 22: GETL R0, t16
- 23: GETL R10, t18
- 24: ANDL t16, t18
- 25: PUTL t18, R0
- 26: CMP0L t18, t20 (-rSo)
- 27: ICRFL t20, $0x0, CR
- 28: INCEIPL $4
-
- 0x25483040: 7D664A14 add r11,r6,r9
- 29: GETL R6, t22
- 30: GETL R9, t24
- 31: ADDL t22, t24
- 32: PUTL t24, R11
- 33: INCEIPL $4
-
- 0x25483044: 7CEC48F8 nor r12,r7,r9
- 34: GETL R7, t26
- 35: GETL R9, t28
- 36: ORL t28, t26
- 37: NOTL t26
- 38: PUTL t26, R12
- 39: INCEIPL $4
-
- 0x25483048: 4082001C bc 4,2,0x25483064
- 40: Jc02o $0x25483064
-
-
-
-. 295 2548302C 32
-. 81 04 00 04 85 24 00 08 7C 06 42 14 7C EA 40 F8 7C 00 50 39 7D 66 4A 14 7C EC 48 F8 40 82 00 1C
-==== BB 296 (0x2548304C) approx BBs exec'd 0 ====
-
- 0x2548304C: 7D606039 and. r0,r11,r12
- 0: GETL R11, t0
- 1: GETL R12, t2
- 2: ANDL t0, t2
- 3: PUTL t2, R0
- 4: CMP0L t2, t4 (-rSo)
- 5: ICRFL t4, $0x0, CR
- 6: INCEIPL $4
-
- 0x25483050: 4182FFDC bc 12,2,0x2548302C
- 7: Js02o $0x2548302C
-
-
-
-. 296 2548304C 8
-. 7D 60 60 39 41 82 FF DC
-==== BB 297 (0x25483054) approx BBs exec'd 0 ====
-
- 0x25483054: 7CE04838 and r0,r7,r9
- 0: GETL R7, t0
- 1: GETL R9, t2
- 2: ANDL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25483058: 7C003A14 add r0,r0,r7
- 5: GETL R0, t4
- 6: GETL R7, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R0
- 9: INCEIPL $4
-
- 0x2548305C: 7D880078 andc r8,r12,r0
- 10: GETL R12, t8
- 11: GETL R0, t10
- 12: NOTL t10
- 13: ANDL t8, t10
- 14: PUTL t10, R8
- 15: INCEIPL $4
-
- 0x25483060: 48000014 b 0x25483074
- 16: JMPo $0x25483074 ($4)
-
-
-
-. 297 25483054 16
-. 7C E0 48 38 7C 00 3A 14 7D 88 00 78 48 00 00 14
-==== BB 298 (0x25475318) approx BBs exec'd 0 ====
-
- 0x25475318: 7FA4EB78 or r4,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0x2547531C: 3B63001F addi r27,r3,31
- 3: GETL R3, t2
- 4: ADDL $0x1F, t2
- 5: PUTL t2, R27
- 6: INCEIPL $4
-
- 0x25475320: 81810000 lwz r12,0(r1)
- 7: GETL R1, t4
- 8: LDL (t4), t6
- 9: PUTL t6, R12
- 10: INCEIPL $4
-
- 0x25475324: 577A0036 rlwinm r26,r27,0,0,27
- 11: GETL R27, t8
- 12: ANDL $0xFFFFFFF0, t8
- 13: PUTL t8, R26
- 14: INCEIPL $4
-
- 0x25475328: 7C791B78 or r25,r3,r3
- 15: GETL R3, t10
- 16: PUTL t10, R25
- 17: INCEIPL $4
-
- 0x2547532C: 7D7A00D0 neg r11,r26
- 18: GETL R26, t12
- 19: NEGL t12
- 20: PUTL t12, R11
- 21: INCEIPL $4
-
- 0x25475330: 38B90001 addi r5,r25,1
- 22: GETL R25, t14
- 23: ADDL $0x1, t14
- 24: PUTL t14, R5
- 25: INCEIPL $4
-
- 0x25475334: 7D81596E stwux r12,r1,r11
- 26: GETL R11, t16
- 27: GETL R1, t18
- 28: ADDL t18, t16
- 29: PUTL t16, R1
- 30: GETL R12, t20
- 31: STL t20, (t16)
- 32: INCEIPL $4
-
- 0x25475338: 39410017 addi r10,r1,23
- 33: GETL R1, t22
- 34: ADDL $0x17, t22
- 35: PUTL t22, R10
- 36: INCEIPL $4
-
- 0x2547533C: 55430036 rlwinm r3,r10,0,0,27
- 37: GETL R10, t24
- 38: ANDL $0xFFFFFFF0, t24
- 39: PUTL t24, R3
- 40: INCEIPL $4
-
- 0x25475340: 4800E8A1 bl 0x25483BE0
- 41: MOVL $0x25475344, t26
- 42: PUTL t26, LR
- 43: JMPo-c $0x25483BE0 ($4)
-
-
-
-. 298 25475318 44
-. 7F A4 EB 78 3B 63 00 1F 81 81 00 00 57 7A 00 36 7C 79 1B 78 7D 7A 00 D0 38 B9 00 01 7D 81 59 6E 39 41 00 17 55 43 00 36 48 00 E8 A1
-==== BB 299 (0x25483CB0) approx BBs exec'd 0 ====
-
- 0x25483CB0: 7FE3FB78 or r3,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25483CB4: 7FA4EB78 or r4,r29,r29
- 3: GETL R29, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0x25483CB8: 5785F0BE rlwinm r5,r28,30,2,31
- 6: GETL R28, t4
- 7: SHRL $0x2, t4
- 8: PUTL t4, R5
- 9: INCEIPL $4
-
- 0x25483CBC: 4800015D bl 0x25483E18
- 10: MOVL $0x25483CC0, t6
- 11: PUTL t6, LR
- 12: JMPo-c $0x25483E18 ($4)
-
-
-
-. 299 25483CB0 16
-. 7F E3 FB 78 7F A4 EB 78 57 85 F0 BE 48 00 01 5D
-==== BB 300 _wordcopy_fwd_dest_aligned(0x25483E18) approx BBs exec'd 0 ====
-
- 0x25483E18: 54A007BE rlwinm r0,r5,0,30,31
- 0: GETL R5, t0
- 1: ANDL $0x3, t0
- 2: PUTL t0, R0
- 3: INCEIPL $4
-
- 0x25483E1C: 54881EF8 rlwinm r8,r4,3,27,28
- 4: GETL R4, t2
- 5: ROLL $0x3, t2
- 6: ANDL $0x18, t2
- 7: PUTL t2, R8
- 8: INCEIPL $4
-
- 0x25483E20: 2F800001 cmpi cr7,r0,1
- 9: GETL R0, t4
- 10: MOVL $0x1, t8
- 11: CMPL t4, t8, t6 (-rSo)
- 12: ICRFL t6, $0x7, CR
- 13: INCEIPL $4
-
- 0x25483E24: 9421FFF0 stwu r1,-16(r1)
- 14: GETL R1, t10
- 15: GETL R1, t12
- 16: ADDL $0xFFFFFFF0, t12
- 17: PUTL t12, R1
- 18: STL t10, (t12)
- 19: INCEIPL $4
-
- 0x25483E28: 5484003A rlwinm r4,r4,0,0,29
- 20: GETL R4, t14
- 21: ANDL $0xFFFFFFFC, t14
- 22: PUTL t14, R4
- 23: INCEIPL $4
-
- 0x25483E2C: 20E80020 subfic r7,r8,32
- 24: GETL R8, t16
- 25: MOVL $0x20, t18
- 26: SBBL t16, t18 (-wCa)
- 27: PUTL t18, R7
- 28: INCEIPL $4
-
- 0x25483E30: 419E00B8 bc 12,30,0x25483EE8
- 29: Js30o $0x25483EE8
-
-
-
-. 300 25483E18 28
-. 54 A0 07 BE 54 88 1E F8 2F 80 00 01 94 21 FF F0 54 84 00 3A 20 E8 00 20 41 9E 00 B8
-==== BB 301 (0x25483E34) approx BBs exec'd 0 ====
-
- 0x25483E34: 28000001 cmpli cr0,r0,1
- 0: GETL R0, t0
- 1: MOVL $0x1, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x25483E38: 4180008C bc 12,0,0x25483EC4
- 5: Js00o $0x25483EC4
-
-
-
-. 301 25483E34 8
-. 28 00 00 01 41 80 00 8C
-==== BB 302 (0x25483EC4) approx BBs exec'd 0 ====
-
- 0x25483EC4: 81440000 lwz r10,0(r4)
- 0: GETL R4, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R10
- 3: INCEIPL $4
-
- 0x25483EC8: 3863FFFC addi r3,r3,-4
- 4: GETL R3, t4
- 5: ADDL $0xFFFFFFFC, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x25483ECC: 85640004 lwzu r11,4(r4)
- 8: GETL R4, t6
- 9: ADDL $0x4, t6
- 10: PUTL t6, R4
- 11: LDL (t6), t8
- 12: PUTL t8, R11
- 13: INCEIPL $4
-
- 0x25483ED0: 4BFFFF90 b 0x25483E60
- 14: JMPo $0x25483E60 ($4)
-
-
-
-. 302 25483EC4 16
-. 81 44 00 00 38 63 FF FC 85 64 00 04 4B FF FF 90
-==== BB 303 (0x25483E60) approx BBs exec'd 0 ====
-
- 0x25483E60: 7D404030 slw r0,r10,r8
- 0: GETL R10, t2
- 1: GETL R8, t0
- 2: SHLL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25483E64: 7D6A3C30 srw r10,r11,r7
- 5: GETL R11, t6
- 6: GETL R7, t4
- 7: SHRL t4, t6
- 8: PUTL t6, R10
- 9: INCEIPL $4
-
- 0x25483E68: 7C0C5378 or r12,r0,r10
- 10: GETL R0, t8
- 11: GETL R10, t10
- 12: ORL t10, t8
- 13: PUTL t8, R12
- 14: INCEIPL $4
-
- 0x25483E6C: 81440004 lwz r10,4(r4)
- 15: GETL R4, t12
- 16: ADDL $0x4, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R10
- 19: INCEIPL $4
-
- 0x25483E70: 91830004 stw r12,4(r3)
- 20: GETL R12, t16
- 21: GETL R3, t18
- 22: ADDL $0x4, t18
- 23: STL t16, (t18)
- 24: INCEIPL $4
-
- 0x25483E74: 7D6C4030 slw r12,r11,r8
- 25: GETL R11, t22
- 26: GETL R8, t20
- 27: SHLL t20, t22
- 28: PUTL t22, R12
- 29: INCEIPL $4
-
- 0x25483E78: 7D4B3C30 srw r11,r10,r7
- 30: GETL R10, t26
- 31: GETL R7, t24
- 32: SHRL t24, t26
- 33: PUTL t26, R11
- 34: INCEIPL $4
-
- 0x25483E7C: 7D865B78 or r6,r12,r11
- 35: GETL R12, t28
- 36: GETL R11, t30
- 37: ORL t30, t28
- 38: PUTL t28, R6
- 39: INCEIPL $4
-
- 0x25483E80: 81640008 lwz r11,8(r4)
- 40: GETL R4, t32
- 41: ADDL $0x8, t32
- 42: LDL (t32), t34
- 43: PUTL t34, R11
- 44: INCEIPL $4
-
- 0x25483E84: 90C30008 stw r6,8(r3)
- 45: GETL R6, t36
- 46: GETL R3, t38
- 47: ADDL $0x8, t38
- 48: STL t36, (t38)
- 49: INCEIPL $4
-
- 0x25483E88: 34A5FFFC addic. r5,r5,-4
- 50: GETL R5, t40
- 51: ADCL $0xFFFFFFFC, t40 (-wCa)
- 52: PUTL t40, R5
- 53: CMP0L t40, t42 (-rSo)
- 54: ICRFL t42, $0x0, CR
- 55: INCEIPL $4
-
- 0x25483E8C: 7D464030 slw r6,r10,r8
- 56: GETL R10, t46
- 57: GETL R8, t44
- 58: SHLL t44, t46
- 59: PUTL t46, R6
- 60: INCEIPL $4
-
- 0x25483E90: 7D693C30 srw r9,r11,r7
- 61: GETL R11, t50
- 62: GETL R7, t48
- 63: SHRL t48, t50
- 64: PUTL t50, R9
- 65: INCEIPL $4
-
- 0x25483E94: 8144000C lwz r10,12(r4)
- 66: GETL R4, t52
- 67: ADDL $0xC, t52
- 68: LDL (t52), t54
- 69: PUTL t54, R10
- 70: INCEIPL $4
-
- 0x25483E98: 7CC04B78 or r0,r6,r9
- 71: GETL R6, t56
- 72: GETL R9, t58
- 73: ORL t58, t56
- 74: PUTL t56, R0
- 75: INCEIPL $4
-
- 0x25483E9C: 38840010 addi r4,r4,16
- 76: GETL R4, t60
- 77: ADDL $0x10, t60
- 78: PUTL t60, R4
- 79: INCEIPL $4
-
- 0x25483EA0: 9003000C stw r0,12(r3)
- 80: GETL R0, t62
- 81: GETL R3, t64
- 82: ADDL $0xC, t64
- 83: STL t62, (t64)
- 84: INCEIPL $4
-
- 0x25483EA4: 38630010 addi r3,r3,16
- 85: GETL R3, t66
- 86: ADDL $0x10, t66
- 87: PUTL t66, R3
- 88: INCEIPL $4
-
- 0x25483EA8: 40A2FFA4 bc 5,2,0x25483E4C
- 89: Jc02o $0x25483E4C
-
-
-
-. 303 25483E60 76
-. 7D 40 40 30 7D 6A 3C 30 7C 0C 53 78 81 44 00 04 91 83 00 04 7D 6C 40 30 7D 4B 3C 30 7D 86 5B 78 81 64 00 08 90 C3 00 08 34 A5 FF FC 7D 46 40 30 7D 69 3C 30 81 44 00 0C 7C C0 4B 78 38 84 00 10 90 03 00 0C 38 63 00 10 40 A2 FF A4
-==== BB 304 (0x25483E4C) approx BBs exec'd 0 ====
-
- 0x25483E4C: 7D664030 slw r6,r11,r8
- 0: GETL R11, t2
- 1: GETL R8, t0
- 2: SHLL t0, t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x25483E50: 7D493C30 srw r9,r10,r7
- 5: GETL R10, t6
- 6: GETL R7, t4
- 7: SHRL t4, t6
- 8: PUTL t6, R9
- 9: INCEIPL $4
-
- 0x25483E54: 7CC04B78 or r0,r6,r9
- 10: GETL R6, t8
- 11: GETL R9, t10
- 12: ORL t10, t8
- 13: PUTL t8, R0
- 14: INCEIPL $4
-
- 0x25483E58: 81640000 lwz r11,0(r4)
- 15: GETL R4, t12
- 16: LDL (t12), t14
- 17: PUTL t14, R11
- 18: INCEIPL $4
-
- 0x25483E5C: 90030000 stw r0,0(r3)
- 19: GETL R0, t16
- 20: GETL R3, t18
- 21: STL t16, (t18)
- 22: INCEIPL $4
-
- 0x25483E60: 7D404030 slw r0,r10,r8
- 23: GETL R10, t22
- 24: GETL R8, t20
- 25: SHLL t20, t22
- 26: PUTL t22, R0
- 27: INCEIPL $4
-
- 0x25483E64: 7D6A3C30 srw r10,r11,r7
- 28: GETL R11, t26
- 29: GETL R7, t24
- 30: SHRL t24, t26
- 31: PUTL t26, R10
- 32: INCEIPL $4
-
- 0x25483E68: 7C0C5378 or r12,r0,r10
- 33: GETL R0, t28
- 34: GETL R10, t30
- 35: ORL t30, t28
- 36: PUTL t28, R12
- 37: INCEIPL $4
-
- 0x25483E6C: 81440004 lwz r10,4(r4)
- 38: GETL R4, t32
- 39: ADDL $0x4, t32
- 40: LDL (t32), t34
- 41: PUTL t34, R10
- 42: INCEIPL $4
-
- 0x25483E70: 91830004 stw r12,4(r3)
- 43: GETL R12, t36
- 44: GETL R3, t38
- 45: ADDL $0x4, t38
- 46: STL t36, (t38)
- 47: INCEIPL $4
-
- 0x25483E74: 7D6C4030 slw r12,r11,r8
- 48: GETL R11, t42
- 49: GETL R8, t40
- 50: SHLL t40, t42
- 51: PUTL t42, R12
- 52: INCEIPL $4
-
- 0x25483E78: 7D4B3C30 srw r11,r10,r7
- 53: GETL R10, t46
- 54: GETL R7, t44
- 55: SHRL t44, t46
- 56: PUTL t46, R11
- 57: INCEIPL $4
-
- 0x25483E7C: 7D865B78 or r6,r12,r11
- 58: GETL R12, t48
- 59: GETL R11, t50
- 60: ORL t50, t48
- 61: PUTL t48, R6
- 62: INCEIPL $4
-
- 0x25483E80: 81640008 lwz r11,8(r4)
- 63: GETL R4, t52
- 64: ADDL $0x8, t52
- 65: LDL (t52), t54
- 66: PUTL t54, R11
- 67: INCEIPL $4
-
- 0x25483E84: 90C30008 stw r6,8(r3)
- 68: GETL R6, t56
- 69: GETL R3, t58
- 70: ADDL $0x8, t58
- 71: STL t56, (t58)
- 72: INCEIPL $4
-
- 0x25483E88: 34A5FFFC addic. r5,r5,-4
- 73: GETL R5, t60
- 74: ADCL $0xFFFFFFFC, t60 (-wCa)
- 75: PUTL t60, R5
- 76: CMP0L t60, t62 (-rSo)
- 77: ICRFL t62, $0x0, CR
- 78: INCEIPL $4
-
- 0x25483E8C: 7D464030 slw r6,r10,r8
- 79: GETL R10, t66
- 80: GETL R8, t64
- 81: SHLL t64, t66
- 82: PUTL t66, R6
- 83: INCEIPL $4
-
- 0x25483E90: 7D693C30 srw r9,r11,r7
- 84: GETL R11, t70
- 85: GETL R7, t68
- 86: SHRL t68, t70
- 87: PUTL t70, R9
- 88: INCEIPL $4
-
- 0x25483E94: 8144000C lwz r10,12(r4)
- 89: GETL R4, t72
- 90: ADDL $0xC, t72
- 91: LDL (t72), t74
- 92: PUTL t74, R10
- 93: INCEIPL $4
-
- 0x25483E98: 7CC04B78 or r0,r6,r9
- 94: GETL R6, t76
- 95: GETL R9, t78
- 96: ORL t78, t76
- 97: PUTL t76, R0
- 98: INCEIPL $4
-
- 0x25483E9C: 38840010 addi r4,r4,16
- 99: GETL R4, t80
- 100: ADDL $0x10, t80
- 101: PUTL t80, R4
- 102: INCEIPL $4
-
- 0x25483EA0: 9003000C stw r0,12(r3)
- 103: GETL R0, t82
- 104: GETL R3, t84
- 105: ADDL $0xC, t84
- 106: STL t82, (t84)
- 107: INCEIPL $4
-
- 0x25483EA4: 38630010 addi r3,r3,16
- 108: GETL R3, t86
- 109: ADDL $0x10, t86
- 110: PUTL t86, R3
- 111: INCEIPL $4
-
- 0x25483EA8: 40A2FFA4 bc 5,2,0x25483E4C
- 112: Jc02o $0x25483E4C
-
-
-
-. 304 25483E4C 96
-. 7D 66 40 30 7D 49 3C 30 7C C0 4B 78 81 64 00 00 90 03 00 00 7D 40 40 30 7D 6A 3C 30 7C 0C 53 78 81 44 00 04 91 83 00 04 7D 6C 40 30 7D 4B 3C 30 7D 86 5B 78 81 64 00 08 90 C3 00 08 34 A5 FF FC 7D 46 40 30 7D 69 3C 30 81 44 00 0C 7C C0 4B 78 38 84 00 10 90 03 00 0C 38 63 00 10 40 A2 FF A4
-==== BB 305 (0x25483EAC) approx BBs exec'd 0 ====
-
- 0x25483EAC: 7D654030 slw r5,r11,r8
- 0: GETL R11, t2
- 1: GETL R8, t0
- 2: SHLL t0, t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x25483EB0: 7D483C30 srw r8,r10,r7
- 5: GETL R10, t6
- 6: GETL R7, t4
- 7: SHRL t4, t6
- 8: PUTL t6, R8
- 9: INCEIPL $4
-
- 0x25483EB4: 7CA44378 or r4,r5,r8
- 10: GETL R5, t8
- 11: GETL R8, t10
- 12: ORL t10, t8
- 13: PUTL t8, R4
- 14: INCEIPL $4
-
- 0x25483EB8: 38210010 addi r1,r1,16
- 15: GETL R1, t12
- 16: ADDL $0x10, t12
- 17: PUTL t12, R1
- 18: INCEIPL $4
-
- 0x25483EBC: 90830000 stw r4,0(r3)
- 19: GETL R4, t14
- 20: GETL R3, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0x25483EC0: 4E800020 blr
- 23: GETL LR, t18
- 24: JMPo-r t18 ($4)
-
-
-
-. 305 25483EAC 24
-. 7D 65 40 30 7D 48 3C 30 7C A4 43 78 38 21 00 10 90 83 00 00 4E 80 00 20
-==== BB 306 (0x25483CC0) approx BBs exec'd 0 ====
-
- 0x25483CC0: 4BFFFF98 b 0x25483C58
- 0: JMPo $0x25483C58 ($4)
-
-
-
-. 306 25483CC0 4
-. 4B FF FF 98
-==== BB 307 (0x25483C74) approx BBs exec'd 0 ====
-
- 0x25483C74: 88FD0000 lbz r7,0(r29)
- 0: GETL R29, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R7
- 3: INCEIPL $4
-
- 0x25483C78: 3BBD0001 addi r29,r29,1
- 4: GETL R29, t4
- 5: ADDL $0x1, t4
- 6: PUTL t4, R29
- 7: INCEIPL $4
-
- 0x25483C7C: 98FF0000 stb r7,0(r31)
- 8: GETL R7, t6
- 9: GETL R31, t8
- 10: STB t6, (t8)
- 11: INCEIPL $4
-
- 0x25483C80: 3BFF0001 addi r31,r31,1
- 12: GETL R31, t10
- 13: ADDL $0x1, t10
- 14: PUTL t10, R31
- 15: INCEIPL $4
-
- 0x25483C84: 4200FFF0 bc 16,0,0x25483C74
- 16: GETL CTR, t12
- 17: ADDL $0xFFFFFFFF, t12
- 18: PUTL t12, CTR
- 19: JIFZL t12, $0x25483C88
- 20: JMPo $0x25483C74 ($4)
-
-
-
-. 307 25483C74 20
-. 88 FD 00 00 3B BD 00 01 98 FF 00 00 3B FF 00 01 42 00 FF F0
-==== BB 308 (0x25475344) approx BBs exec'd 0 ====
-
- 0x25475344: 893D0000 lbz r9,0(r29)
- 0: GETL R29, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0x25475348: 7C7C1B78 or r28,r3,r3
- 4: GETL R3, t4
- 5: PUTL t4, R28
- 6: INCEIPL $4
-
- 0x2547534C: 38600001 li r3,1
- 7: MOVL $0x1, t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0x25475350: 48000018 b 0x25475368
- 10: JMPo $0x25475368 ($4)
-
-
-
-. 308 25475344 16
-. 89 3D 00 00 7C 7C 1B 78 38 60 00 01 48 00 00 18
-==== BB 309 (0x25475368) approx BBs exec'd 0 ====
-
- 0x25475368: 2C890000 cmpi cr1,r9,0
- 0: GETL R9, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0x2547536C: 4086FFE8 bc 4,6,0x25475354
- 4: Jc06o $0x25475354
-
-
-
-. 309 25475368 8
-. 2C 89 00 00 40 86 FF E8
-==== BB 310 (0x25475354) approx BBs exec'd 0 ====
-
- 0x25475354: 3809FFC6 addi r0,r9,-58
- 0: GETL R9, t0
- 1: ADDL $0xFFFFFFC6, t0
- 2: PUTL t0, R0
- 3: INCEIPL $4
-
- 0x25475358: 8D3D0001 lbzu r9,1(r29)
- 4: GETL R29, t2
- 5: ADDL $0x1, t2
- 6: PUTL t2, R29
- 7: LDB (t2), t4
- 8: PUTL t4, R9
- 9: INCEIPL $4
-
- 0x2547535C: 20800001 subfic r4,r0,1
- 10: GETL R0, t6
- 11: MOVL $0x1, t8
- 12: SBBL t6, t8 (-wCa)
- 13: PUTL t8, R4
- 14: INCEIPL $4
-
- 0x25475360: 7C830194 addze r4,r3
- 15: GETL R3, t10
- 16: ADCL $0x0, t10 (-rCa-wCa)
- 17: PUTL t10, R4
- 18: INCEIPL $4
-
- 0x25475364: 7C832378 or r3,r4,r4
- 19: GETL R4, t12
- 20: PUTL t12, R3
- 21: INCEIPL $4
-
- 0x25475368: 2C890000 cmpi cr1,r9,0
- 22: GETL R9, t14
- 23: CMP0L t14, t16 (-rSo)
- 24: ICRFL t16, $0x1, CR
- 25: INCEIPL $4
-
- 0x2547536C: 4086FFE8 bc 4,6,0x25475354
- 26: Jc06o $0x25475354
-
-
-
-. 310 25475354 28
-. 38 09 FF C6 8D 3D 00 01 20 80 00 01 7C 83 01 94 7C 83 23 78 2C 89 00 00 40 86 FF E8
-==== BB 311 (0x25475370) approx BBs exec'd 0 ====
-
- 0x25475370: 5469103A rlwinm r9,r3,2,0,29
- 0: GETL R3, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R9
- 3: INCEIPL $4
-
- 0x25475374: 83BE0168 lwz r29,360(r30)
- 4: GETL R30, t2
- 5: ADDL $0x168, t2
- 6: LDL (t2), t4
- 7: PUTL t4, R29
- 8: INCEIPL $4
-
- 0x25475378: 38690004 addi r3,r9,4
- 9: GETL R9, t6
- 10: ADDL $0x4, t6
- 11: PUTL t6, R3
- 12: INCEIPL $4
-
- 0x2547537C: 480226A9 bl 0x25497A24
- 13: MOVL $0x25475380, t8
- 14: PUTL t8, LR
- 15: JMPo-c $0x25497A24 ($4)
-
-
-
-. 311 25475370 16
-. 54 69 10 3A 83 BE 01 68 38 69 00 04 48 02 26 A9
-==== BB 312 (0x25475380) approx BBs exec'd 0 ====
-
- 0x25475380: 80DE0188 lwz r6,392(r30)
- 0: GETL R30, t0
- 1: ADDL $0x188, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x25475384: 2F030000 cmpi cr6,r3,0
- 5: GETL R3, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x25475388: 7C641B78 or r4,r3,r3
- 9: GETL R3, t8
- 10: PUTL t8, R4
- 11: INCEIPL $4
-
- 0x2547538C: 907D0000 stw r3,0(r29)
- 12: GETL R3, t10
- 13: GETL R29, t12
- 14: STL t10, (t12)
- 15: INCEIPL $4
-
- 0x25475390: 41BAFF44 bc 13,26,0x254752D4
- 16: Js26o $0x254752D4
-
-
-
-. 312 25475380 20
-. 80 DE 01 88 2F 03 00 00 7C 64 1B 78 90 7D 00 00 41 BA FF 44
-==== BB 313 (0x25475394) approx BBs exec'd 0 ====
-
- 0x25475394: 807E04B4 lwz r3,1204(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4B4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x25475398: 39000000 li r8,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R8
- 7: INCEIPL $4
-
- 0x2547539C: 80BE01A0 lwz r5,416(r30)
- 8: GETL R30, t6
- 9: ADDL $0x1A0, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R5
- 12: INCEIPL $4
-
- 0x254753A0: 80C30000 lwz r6,0(r3)
- 13: GETL R3, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R6
- 16: INCEIPL $4
-
- 0x254753A4: 7F83E378 or r3,r28,r28
- 17: GETL R28, t14
- 18: PUTL t14, R3
- 19: INCEIPL $4
-
- 0x254753A8: 80FE01A4 lwz r7,420(r30)
- 20: GETL R30, t16
- 21: ADDL $0x1A4, t16
- 22: LDL (t16), t18
- 23: PUTL t18, R7
- 24: INCEIPL $4
-
- 0x254753AC: 4BFFF79D bl 0x25474B48
- 25: MOVL $0x254753B0, t20
- 26: PUTL t20, LR
- 27: JMPo-c $0x25474B48 ($4)
-
-
-
-. 313 25475394 28
-. 80 7E 04 B4 39 00 00 00 80 BE 01 A0 80 C3 00 00 7F 83 E3 78 80 FE 01 A4 4B FF F7 9D
-==== BB 314 fillin_rpath(0x25474B48) approx BBs exec'd 0 ====
-
- 0x25474B48: 9421FFA0 stwu r1,-96(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFA0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x25474B4C: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x25474B50: 480224B1 bl 0x25497000
- 9: MOVL $0x25474B54, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-
-. 314 25474B48 12
-. 94 21 FF A0 7C 08 02 A6 48 02 24 B1
-==== BB 315 (0x25474B54) approx BBs exec'd 0 ====
-
- 0x25474B54: 93C10058 stw r30,88(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x58, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25474B58: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x25474B5C: 7D800026 mfcr r12
- 8: GETL CR, t6
- 9: PUTL t6, R12
- 10: INCEIPL $4
-
- 0x25474B60: 91E1001C stw r15,28(r1)
- 11: GETL R15, t8
- 12: GETL R1, t10
- 13: ADDL $0x1C, t10
- 14: STL t8, (t10)
- 15: INCEIPL $4
-
- 0x25474B64: 2D880000 cmpi cr3,r8,0
- 16: GETL R8, t12
- 17: CMP0L t12, t14 (-rSo)
- 18: ICRFL t14, $0x3, CR
- 19: INCEIPL $4
-
- 0x25474B68: 92010020 stw r16,32(r1)
- 20: GETL R16, t16
- 21: GETL R1, t18
- 22: ADDL $0x20, t18
- 23: STL t16, (t18)
- 24: INCEIPL $4
-
- 0x25474B6C: 92210024 stw r17,36(r1)
- 25: GETL R17, t20
- 26: GETL R1, t22
- 27: ADDL $0x24, t22
- 28: STL t20, (t22)
- 29: INCEIPL $4
-
- 0x25474B70: 92410028 stw r18,40(r1)
- 30: GETL R18, t24
- 31: GETL R1, t26
- 32: ADDL $0x28, t26
- 33: STL t24, (t26)
- 34: INCEIPL $4
-
- 0x25474B74: 81FE0148 lwz r15,328(r30)
- 35: GETL R30, t28
- 36: ADDL $0x148, t28
- 37: LDL (t28), t30
- 38: PUTL t30, R15
- 39: INCEIPL $4
-
- 0x25474B78: 823E04C8 lwz r17,1224(r30)
- 40: GETL R30, t32
- 41: ADDL $0x4C8, t32
- 42: LDL (t32), t34
- 43: PUTL t34, R17
- 44: INCEIPL $4
-
- 0x25474B7C: 821E0154 lwz r16,340(r30)
- 45: GETL R30, t36
- 46: ADDL $0x154, t36
- 47: LDL (t36), t38
- 48: PUTL t38, R16
- 49: INCEIPL $4
-
- 0x25474B80: 825E0158 lwz r18,344(r30)
- 50: GETL R30, t40
- 51: ADDL $0x158, t40
- 52: LDL (t40), t42
- 53: PUTL t42, R18
- 54: INCEIPL $4
-
- 0x25474B84: 9261002C stw r19,44(r1)
- 55: GETL R19, t44
- 56: GETL R1, t46
- 57: ADDL $0x2C, t46
- 58: STL t44, (t46)
- 59: INCEIPL $4
-
- 0x25474B88: 7CF33B78 or r19,r7,r7
- 60: GETL R7, t48
- 61: PUTL t48, R19
- 62: INCEIPL $4
-
- 0x25474B8C: 92810030 stw r20,48(r1)
- 63: GETL R20, t50
- 64: GETL R1, t52
- 65: ADDL $0x30, t52
- 66: STL t50, (t52)
- 67: INCEIPL $4
-
- 0x25474B90: 7CD43378 or r20,r6,r6
- 68: GETL R6, t54
- 69: PUTL t54, R20
- 70: INCEIPL $4
-
- 0x25474B94: 92A10034 stw r21,52(r1)
- 71: GETL R21, t56
- 72: GETL R1, t58
- 73: ADDL $0x34, t58
- 74: STL t56, (t58)
- 75: INCEIPL $4
-
- 0x25474B98: 7CB52B78 or r21,r5,r5
- 76: GETL R5, t60
- 77: PUTL t60, R21
- 78: INCEIPL $4
-
- 0x25474B9C: 92C10038 stw r22,56(r1)
- 79: GETL R22, t62
- 80: GETL R1, t64
- 81: ADDL $0x38, t64
- 82: STL t62, (t64)
- 83: INCEIPL $4
-
- 0x25474BA0: 7C962378 or r22,r4,r4
- 84: GETL R4, t66
- 85: PUTL t66, R22
- 86: INCEIPL $4
-
- 0x25474BA4: 92E1003C stw r23,60(r1)
- 87: GETL R23, t68
- 88: GETL R1, t70
- 89: ADDL $0x3C, t70
- 90: STL t68, (t70)
- 91: INCEIPL $4
-
- 0x25474BA8: 7D174378 or r23,r8,r8
- 92: GETL R8, t72
- 93: PUTL t72, R23
- 94: INCEIPL $4
-
- 0x25474BAC: 93010040 stw r24,64(r1)
- 95: GETL R24, t74
- 96: GETL R1, t76
- 97: ADDL $0x40, t76
- 98: STL t74, (t76)
- 99: INCEIPL $4
-
- 0x25474BB0: 3B000000 li r24,0
- 100: MOVL $0x0, t78
- 101: PUTL t78, R24
- 102: INCEIPL $4
-
- 0x25474BB4: 93210044 stw r25,68(r1)
- 103: GETL R25, t80
- 104: GETL R1, t82
- 105: ADDL $0x44, t82
- 106: STL t80, (t82)
- 107: INCEIPL $4
-
- 0x25474BB8: 93410048 stw r26,72(r1)
- 108: GETL R26, t84
- 109: GETL R1, t86
- 110: ADDL $0x48, t86
- 111: STL t84, (t86)
- 112: INCEIPL $4
-
- 0x25474BBC: 9361004C stw r27,76(r1)
- 113: GETL R27, t88
- 114: GETL R1, t90
- 115: ADDL $0x4C, t90
- 116: STL t88, (t90)
- 117: INCEIPL $4
-
- 0x25474BC0: 93810050 stw r28,80(r1)
- 118: GETL R28, t92
- 119: GETL R1, t94
- 120: ADDL $0x50, t94
- 121: STL t92, (t94)
- 122: INCEIPL $4
-
- 0x25474BC4: 93A10054 stw r29,84(r1)
- 123: GETL R29, t96
- 124: GETL R1, t98
- 125: ADDL $0x54, t98
- 126: STL t96, (t98)
- 127: INCEIPL $4
-
- 0x25474BC8: 93E1005C stw r31,92(r1)
- 128: GETL R31, t100
- 129: GETL R1, t102
- 130: ADDL $0x5C, t102
- 131: STL t100, (t102)
- 132: INCEIPL $4
-
- 0x25474BCC: 90010064 stw r0,100(r1)
- 133: GETL R0, t104
- 134: GETL R1, t106
- 135: ADDL $0x64, t106
- 136: STL t104, (t106)
- 137: INCEIPL $4
-
- 0x25474BD0: 91810018 stw r12,24(r1)
- 138: GETL R12, t108
- 139: GETL R1, t110
- 140: ADDL $0x18, t110
- 141: STL t108, (t110)
- 142: INCEIPL $4
-
- 0x25474BD4: 90610008 stw r3,8(r1)
- 143: GETL R3, t112
- 144: GETL R1, t114
- 145: ADDL $0x8, t114
- 146: STL t112, (t114)
- 147: INCEIPL $4
-
- 0x25474BD8: 38610008 addi r3,r1,8
- 148: GETL R1, t116
- 149: ADDL $0x8, t116
- 150: PUTL t116, R3
- 151: INCEIPL $4
-
- 0x25474BDC: 7EA4AB78 or r4,r21,r21
- 152: GETL R21, t118
- 153: PUTL t118, R4
- 154: INCEIPL $4
-
- 0x25474BE0: 4800B75D bl 0x2548033C
- 155: MOVL $0x25474BE4, t120
- 156: PUTL t120, LR
- 157: JMPo-c $0x2548033C ($4)
-
-
-
-. 315 25474B54 144
-. 93 C1 00 58 7F C8 02 A6 7D 80 00 26 91 E1 00 1C 2D 88 00 00 92 01 00 20 92 21 00 24 92 41 00 28 81 FE 01 48 82 3E 04 C8 82 1E 01 54 82 5E 01 58 92 61 00 2C 7C F3 3B 78 92 81 00 30 7C D4 33 78 92 A1 00 34 7C B5 2B 78 92 C1 00 38 7C 96 23 78 92 E1 00 3C 7D 17 43 78 93 01 00 40 3B 00 00 00 93 21 00 44 93 41 00 48 93 61 00 4C 93 81 00 50 93 A1 00 54 93 E1 00 5C 90 01 00 64 91 81 00 18 90 61 00 08 38 61 00 08 7E A4 AB 78 48 00 B7 5D
-==== BB 316 __strsep_g(0x2548033C) approx BBs exec'd 0 ====
-
- 0x2548033C: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x25480340: 7C681B78 or r8,r3,r3
- 6: GETL R3, t4
- 7: PUTL t4, R8
- 8: INCEIPL $4
-
- 0x25480344: 80630000 lwz r3,0(r3)
- 9: GETL R3, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R3
- 12: INCEIPL $4
-
- 0x25480348: 2F830000 cmpi cr7,r3,0
- 13: GETL R3, t10
- 14: CMP0L t10, t12 (-rSo)
- 15: ICRFL t12, $0x7, CR
- 16: INCEIPL $4
-
- 0x2548034C: 419E0054 bc 12,30,0x254803A0
- 17: Js30o $0x254803A0
-
-
-
-. 316 2548033C 20
-. 94 21 FF F0 7C 68 1B 78 80 63 00 00 2F 83 00 00 41 9E 00 54
-==== BB 317 (0x25480350) approx BBs exec'd 0 ====
-
- 0x25480350: 88030000 lbz r0,0(r3)
- 0: GETL R3, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0x25480354: 7C6A1B78 or r10,r3,r3
- 4: GETL R3, t4
- 5: PUTL t4, R10
- 6: INCEIPL $4
-
- 0x25480358: 39200000 li r9,0
- 7: MOVL $0x0, t6
- 8: PUTL t6, R9
- 9: INCEIPL $4
-
- 0x2548035C: 2C000000 cmpi cr0,r0,0
- 10: GETL R0, t8
- 11: CMP0L t8, t10 (-rSo)
- 12: ICRFL t10, $0x0, CR
- 13: INCEIPL $4
-
- 0x25480360: 4182003C bc 12,2,0x2548039C
- 14: Js02o $0x2548039C
-
-
-
-. 317 25480350 20
-. 88 03 00 00 7C 6A 1B 78 39 20 00 00 2C 00 00 00 41 82 00 3C
-==== BB 318 (0x25480364) approx BBs exec'd 0 ====
-
- 0x25480364: 7C0B0378 or r11,r0,r0
- 0: GETL R0, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0x25480368: 88040000 lbz r0,0(r4)
- 3: GETL R4, t2
- 4: LDB (t2), t4
- 5: PUTL t4, R0
- 6: INCEIPL $4
-
- 0x2548036C: 7C892378 or r9,r4,r4
- 7: GETL R4, t6
- 8: PUTL t6, R9
- 9: INCEIPL $4
-
- 0x25480370: 7C805800 cmp cr1,r0,r11
- 10: GETL R0, t8
- 11: GETL R11, t10
- 12: CMPL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x1, CR
- 14: INCEIPL $4
-
- 0x25480374: 41860010 bc 12,6,0x25480384
- 15: Js06o $0x25480384
-
-
-
-. 318 25480364 20
-. 7C 0B 03 78 88 04 00 00 7C 89 23 78 7C 80 58 00 41 86 00 10
-==== BB 319 (0x25480378) approx BBs exec'd 0 ====
-
- 0x25480378: 8C090001 lbzu r0,1(r9)
- 0: GETL R9, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R9
- 3: LDB (t0), t2
- 4: PUTL t2, R0
- 5: INCEIPL $4
-
- 0x2548037C: 2F000000 cmpi cr6,r0,0
- 6: GETL R0, t4
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x6, CR
- 9: INCEIPL $4
-
- 0x25480380: 409AFFF0 bc 4,26,0x25480370
- 10: Jc26o $0x25480370
-
-
-
-. 319 25480378 12
-. 8C 09 00 01 2F 00 00 00 40 9A FF F0
-==== BB 320 (0x25480370) approx BBs exec'd 0 ====
-
- 0x25480370: 7C805800 cmp cr1,r0,r11
- 0: GETL R0, t0
- 1: GETL R11, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x1, CR
- 4: INCEIPL $4
-
- 0x25480374: 41860010 bc 12,6,0x25480384
- 5: Js06o $0x25480384
-
-
-
-. 320 25480370 8
-. 7C 80 58 00 41 86 00 10
-==== BB 321 (0x25480384) approx BBs exec'd 0 ====
-
- 0x25480384: 2F800000 cmpi cr7,r0,0
- 0: GETL R0, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x25480388: 409E0020 bc 4,30,0x254803A8
- 4: Jc30o $0x254803A8
-
-
-
-. 321 25480384 8
-. 2F 80 00 00 40 9E 00 20
-==== BB 322 (0x2548038C) approx BBs exec'd 0 ====
-
- 0x2548038C: 8D6A0001 lbzu r11,1(r10)
- 0: GETL R10, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R10
- 3: LDB (t0), t2
- 4: PUTL t2, R11
- 5: INCEIPL $4
-
- 0x25480390: 2C0B0000 cmpi cr0,r11,0
- 6: GETL R11, t4
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0x25480394: 4082FFD4 bc 4,2,0x25480368
- 10: Jc02o $0x25480368
-
-
-
-. 322 2548038C 12
-. 8D 6A 00 01 2C 0B 00 00 40 82 FF D4
-==== BB 323 (0x25480368) approx BBs exec'd 0 ====
-
- 0x25480368: 88040000 lbz r0,0(r4)
- 0: GETL R4, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0x2548036C: 7C892378 or r9,r4,r4
- 4: GETL R4, t4
- 5: PUTL t4, R9
- 6: INCEIPL $4
-
- 0x25480370: 7C805800 cmp cr1,r0,r11
- 7: GETL R0, t6
- 8: GETL R11, t8
- 9: CMPL t6, t8, t10 (-rSo)
- 10: ICRFL t10, $0x1, CR
- 11: INCEIPL $4
-
- 0x25480374: 41860010 bc 12,6,0x25480384
- 12: Js06o $0x25480384
-
-
-
-. 323 25480368 16
-. 88 04 00 00 7C 89 23 78 7C 80 58 00 41 86 00 10
-==== BB 324 (0x25480398) approx BBs exec'd 0 ====
-
- 0x25480398: 39200000 li r9,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R9
- 2: INCEIPL $4
-
- 0x2548039C: 91280000 stw r9,0(r8)
- 3: GETL R9, t2
- 4: GETL R8, t4
- 5: STL t2, (t4)
- 6: INCEIPL $4
-
- 0x254803A0: 38210010 addi r1,r1,16
- 7: GETL R1, t6
- 8: ADDL $0x10, t6
- 9: PUTL t6, R1
- 10: INCEIPL $4
-
- 0x254803A4: 4E800020 blr
- 11: GETL LR, t8
- 12: JMPo-r t8 ($4)
-
-
-
-. 324 25480398 16
-. 39 20 00 00 91 28 00 00 38 21 00 10 4E 80 00 20
-==== BB 325 (0x25474BE4) approx BBs exec'd 0 ====
-
- 0x25474BE4: 2E030000 cmpi cr4,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0x25474BE8: 7C7F1B78 or r31,r3,r3
- 4: GETL R3, t4
- 5: PUTL t4, R31
- 6: INCEIPL $4
-
- 0x25474BEC: 7C7C1B78 or r28,r3,r3
- 7: GETL R3, t6
- 8: PUTL t6, R28
- 9: INCEIPL $4
-
- 0x25474BF0: 4192014C bc 12,18,0x25474D3C
- 10: Js18o $0x25474D3C
-
-
-
-. 325 25474BE4 16
-. 2E 03 00 00 7C 7F 1B 78 7C 7C 1B 78 41 92 01 4C
-==== BB 326 (0x25474BF4) approx BBs exec'd 0 ====
-
- 0x25474BF4: 4800E3DD bl 0x25482FD0
- 0: MOVL $0x25474BF8, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x25482FD0 ($4)
-
-
-
-. 326 25474BF4 4
-. 48 00 E3 DD
-==== BB 327 (0x25483064) approx BBs exec'd 0 ====
-
- 0x25483064: 7CE04038 and r0,r7,r8
- 0: GETL R7, t0
- 1: GETL R8, t2
- 2: ANDL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25483068: 3884FFFC addi r4,r4,-4
- 5: GETL R4, t4
- 6: ADDL $0xFFFFFFFC, t4
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0x2548306C: 7C003A14 add r0,r0,r7
- 9: GETL R0, t6
- 10: GETL R7, t8
- 11: ADDL t6, t8
- 12: PUTL t8, R0
- 13: INCEIPL $4
-
- 0x25483070: 7D480078 andc r8,r10,r0
- 14: GETL R10, t10
- 15: GETL R0, t12
- 16: NOTL t12
- 17: ANDL t10, t12
- 18: PUTL t12, R8
- 19: INCEIPL $4
-
- 0x25483074: 7D0B0034 cntlzw r11,r8
- 20: GETL R8, t14
- 21: CNTLZL t14
- 22: PUTL t14, R11
- 23: INCEIPL $4
-
- 0x25483078: 7C032050 subf r0,r3,r4
- 24: GETL R3, t16
- 25: GETL R4, t18
- 26: SUBL t16, t18
- 27: PUTL t18, R0
- 28: INCEIPL $4
-
- 0x2548307C: 556BE8FE rlwinm r11,r11,29,3,31
- 29: GETL R11, t20
- 30: SHRL $0x3, t20
- 31: PUTL t20, R11
- 32: INCEIPL $4
-
- 0x25483080: 7C605A14 add r3,r0,r11
- 33: GETL R0, t22
- 34: GETL R11, t24
- 35: ADDL t22, t24
- 36: PUTL t24, R3
- 37: INCEIPL $4
-
- 0x25483084: 4E800020 blr
- 38: GETL LR, t26
- 39: JMPo-r t26 ($4)
-
-
-
-. 327 25483064 36
-. 7C E0 40 38 38 84 FF FC 7C 00 3A 14 7D 48 00 78 7D 0B 00 34 7C 03 20 50 55 6B E8 FE 7C 60 5A 14 4E 80 00 20
-==== BB 328 (0x25474BF8) approx BBs exec'd 0 ====
-
- 0x25474BF8: 7C7D1B79 or. r29,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R29
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x25474BFC: 408201A8 bc 4,2,0x25474DA4
- 5: Jc02o $0x25474DA4
-
-
-
-. 328 25474BF8 8
-. 7C 7D 1B 79 40 82 01 A8
-==== BB 329 (0x25474DA4) approx BBs exec'd 0 ====
-
- 0x25474DA4: 2B9D0001 cmpli cr7,r29,1
- 0: GETL R29, t0
- 1: MOVL $0x1, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x25474DA8: 409D0024 bc 4,29,0x25474DCC
- 5: Jc29o $0x25474DCC
-
-
-
-. 329 25474DA4 8
-. 2B 9D 00 01 40 9D 00 24
-==== BB 330 (0x25474DAC) approx BBs exec'd 0 ====
-
- 0x25474DAC: 7D3FEA14 add r9,r31,r29
- 0: GETL R31, t0
- 1: GETL R29, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25474DB0: 8869FFFF lbz r3,-1(r9)
- 5: GETL R9, t4
- 6: ADDL $0xFFFFFFFF, t4
- 7: LDB (t4), t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0x25474DB4: 2C83002F cmpi cr1,r3,47
- 10: GETL R3, t8
- 11: MOVL $0x2F, t12
- 12: CMPL t8, t12, t10 (-rSo)
- 13: ICRFL t10, $0x1, CR
- 14: INCEIPL $4
-
- 0x25474DB8: 40860014 bc 4,6,0x25474DCC
- 15: Jc06o $0x25474DCC
-
-
-
-. 330 25474DAC 16
-. 7D 3F EA 14 88 69 FF FF 2C 83 00 2F 40 86 00 14
-==== BB 331 (0x25474DCC) approx BBs exec'd 0 ====
-
- 0x25474DCC: 2F1D0000 cmpi cr6,r29,0
- 0: GETL R29, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x25474DD0: 41BAFE34 bc 13,26,0x25474C04
- 4: Js26o $0x25474C04
-
-
-
-. 331 25474DCC 8
-. 2F 1D 00 00 41 BA FE 34
-==== BB 332 (0x25474DD4) approx BBs exec'd 0 ====
-
- 0x25474DD4: 7D3CEA14 add r9,r28,r29
- 0: GETL R28, t0
- 1: GETL R29, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25474DD8: 8889FFFF lbz r4,-1(r9)
- 5: GETL R9, t4
- 6: ADDL $0xFFFFFFFF, t4
- 7: LDB (t4), t6
- 8: PUTL t6, R4
- 9: INCEIPL $4
-
- 0x25474DDC: 2C04002F cmpi cr0,r4,47
- 10: GETL R4, t8
- 11: MOVL $0x2F, t12
- 12: CMPL t8, t12, t10 (-rSo)
- 13: ICRFL t10, $0x0, CR
- 14: INCEIPL $4
-
- 0x25474DE0: 41A2FE24 bc 13,2,0x25474C04
- 15: Js02o $0x25474C04
-
-
-
-. 332 25474DD4 16
-. 7D 3C EA 14 88 89 FF FF 2C 04 00 2F 41 A2 FE 24
-==== BB 333 (0x25474DE4) approx BBs exec'd 0 ====
-
- 0x25474DE4: 2F940000 cmpi cr7,r20,0
- 0: GETL R20, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x25474DE8: 38A0002F li r5,47
- 4: MOVL $0x2F, t4
- 5: PUTL t4, R5
- 6: INCEIPL $4
-
- 0x25474DEC: 7CBCE9AE stbx r5,r28,r29
- 7: GETL R29, t6
- 8: GETL R28, t8
- 9: ADDL t8, t6
- 10: GETL R5, t10
- 11: STB t10, (t6)
- 12: INCEIPL $4
-
- 0x25474DF0: 3BBD0001 addi r29,r29,1
- 13: GETL R29, t12
- 14: ADDL $0x1, t12
- 15: PUTL t12, R29
- 16: INCEIPL $4
-
- 0x25474DF4: 419EFE18 bc 12,30,0x25474C0C
- 17: Js30o $0x25474C0C
-
-
-
-. 333 25474DE4 20
-. 2F 94 00 00 38 A0 00 2F 7C BC E9 AE 3B BD 00 01 41 9E FE 18
-==== BB 334 (0x25474C0C) approx BBs exec'd 0 ====
-
- 0x25474C0C: 83F101B0 lwz r31,432(r17)
- 0: GETL R17, t0
- 1: ADDL $0x1B0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R31
- 4: INCEIPL $4
-
- 0x25474C10: 7E398B78 or r25,r17,r17
- 5: GETL R17, t4
- 6: PUTL t4, R25
- 7: INCEIPL $4
-
- 0x25474C14: 2E1F0000 cmpi cr4,r31,0
- 8: GETL R31, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x4, CR
- 11: INCEIPL $4
-
- 0x25474C18: 41920024 bc 12,18,0x25474C3C
- 12: Js18o $0x25474C3C
-
-
-
-. 334 25474C0C 16
-. 83 F1 01 B0 7E 39 8B 78 2E 1F 00 00 41 92 00 24
-==== BB 335 (0x25474C1C) approx BBs exec'd 0 ====
-
- 0x25474C1C: 815F0010 lwz r10,16(r31)
- 0: GETL R31, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x25474C20: 7F83E378 or r3,r28,r28
- 5: GETL R28, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x25474C24: 7FA5EB78 or r5,r29,r29
- 8: GETL R29, t6
- 9: PUTL t6, R5
- 10: INCEIPL $4
-
- 0x25474C28: 7F8AE800 cmp cr7,r10,r29
- 11: GETL R10, t8
- 12: GETL R29, t10
- 13: CMPL t8, t10, t12 (-rSo)
- 14: ICRFL t12, $0x7, CR
- 15: INCEIPL $4
-
- 0x25474C2C: 419E0240 bc 12,30,0x25474E6C
- 16: Js30o $0x25474E6C
-
-
-
-. 335 25474C1C 20
-. 81 5F 00 10 7F 83 E3 78 7F A5 EB 78 7F 8A E8 00 41 9E 02 40
-==== BB 336 (0x25474C30) approx BBs exec'd 0 ====
-
- 0x25474C30: 83FF0000 lwz r31,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R31
- 3: INCEIPL $4
-
- 0x25474C34: 2E1F0000 cmpi cr4,r31,0
- 4: GETL R31, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x4, CR
- 7: INCEIPL $4
-
- 0x25474C38: 4092FFE4 bc 4,18,0x25474C1C
- 8: Jc18o $0x25474C1C
-
-
-
-. 336 25474C30 12
-. 83 FF 00 00 2E 1F 00 00 40 92 FF E4
-==== BB 337 (0x25474C3C) approx BBs exec'd 0 ====
-
- 0x25474C3C: 418E0284 bc 12,14,0x25474EC0
- 0: Js14o $0x25474EC0
-
-
-
-. 337 25474C3C 4
-. 41 8E 02 84
-==== BB 338 (0x25474EC0) approx BBs exec'd 0 ====
-
- 0x25474EC0: 80700000 lwz r3,0(r16)
- 0: GETL R16, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0x25474EC4: 3B600000 li r27,0
- 4: MOVL $0x0, t4
- 5: PUTL t4, R27
- 6: INCEIPL $4
-
- 0x25474EC8: 7E1A8378 or r26,r16,r16
- 7: GETL R16, t6
- 8: PUTL t6, R26
- 9: INCEIPL $4
-
- 0x25474ECC: 5460103A rlwinm r0,r3,2,0,29
- 10: GETL R3, t8
- 11: SHLL $0x2, t8
- 12: PUTL t8, R0
- 13: INCEIPL $4
-
- 0x25474ED0: 7D80DA14 add r12,r0,r27
- 14: GETL R0, t10
- 15: GETL R27, t12
- 16: ADDL t10, t12
- 17: PUTL t12, R12
- 18: INCEIPL $4
-
- 0x25474ED4: 7FECEA14 add r31,r12,r29
- 19: GETL R12, t14
- 20: GETL R29, t16
- 21: ADDL t14, t16
- 22: PUTL t16, R31
- 23: INCEIPL $4
-
- 0x25474ED8: 387F0015 addi r3,r31,21
- 24: GETL R31, t18
- 25: ADDL $0x15, t18
- 26: PUTL t18, R3
- 27: INCEIPL $4
-
- 0x25474EDC: 48022B49 bl 0x25497A24
- 28: MOVL $0x25474EE0, t20
- 29: PUTL t20, LR
- 30: JMPo-c $0x25497A24 ($4)
-
-
-
-. 338 25474EC0 32
-. 80 70 00 00 3B 60 00 00 7E 1A 83 78 54 60 10 3A 7D 80 DA 14 7F EC EA 14 38 7F 00 15 48 02 2B 49
-==== BB 339 (0x25474EE0) approx BBs exec'd 0 ====
-
- 0x25474EE0: 7C7F1B79 or. r31,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R31
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x25474EE4: 4082FD8C bc 4,2,0x25474C70
- 5: Jc02o $0x25474C70
-
-
-
-. 339 25474EE0 8
-. 7C 7F 1B 79 40 82 FD 8C
-==== BB 340 (0x25474C70) approx BBs exec'd 0 ====
-
- 0x25474C70: 80F00000 lwz r7,0(r16)
- 0: GETL R16, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R7
- 3: INCEIPL $4
-
- 0x25474C74: 7F84E378 or r4,r28,r28
- 4: GETL R28, t4
- 5: PUTL t4, R4
- 6: INCEIPL $4
-
- 0x25474C78: 54E6103A rlwinm r6,r7,2,0,29
- 7: GETL R7, t6
- 8: SHLL $0x2, t6
- 9: PUTL t6, R6
- 10: INCEIPL $4
-
- 0x25474C7C: 7CA6FA14 add r5,r6,r31
- 11: GETL R6, t8
- 12: GETL R31, t10
- 13: ADDL t8, t10
- 14: PUTL t10, R5
- 15: INCEIPL $4
-
- 0x25474C80: 38650014 addi r3,r5,20
- 16: GETL R5, t12
- 17: ADDL $0x14, t12
- 18: PUTL t12, R3
- 19: INCEIPL $4
-
- 0x25474C84: 7FA5EB78 or r5,r29,r29
- 20: GETL R29, t14
- 21: PUTL t14, R5
- 22: INCEIPL $4
-
- 0x25474C88: 907F000C stw r3,12(r31)
- 23: GETL R3, t16
- 24: GETL R31, t18
- 25: ADDL $0xC, t18
- 26: STL t16, (t18)
- 27: INCEIPL $4
-
- 0x25474C8C: 4800ED95 bl 0x25483A20
- 28: MOVL $0x25474C90, t20
- 29: PUTL t20, LR
- 30: JMPo-c $0x25483A20 ($4)
-
-
-
-. 340 25474C70 32
-. 80 F0 00 00 7F 84 E3 78 54 E6 10 3A 7C A6 FA 14 38 65 00 14 7F A5 EB 78 90 7F 00 0C 48 00 ED 95
-==== BB 341 (0x25483A4C) approx BBs exec'd 0 ====
-
- 0x25483A4C: 7C8300D0 neg r4,r3
- 0: GETL R3, t0
- 1: NEGL t0
- 2: PUTL t0, R4
- 3: INCEIPL $4
-
- 0x25483A50: 548307BE rlwinm r3,r4,0,30,31
- 4: GETL R4, t2
- 5: ANDL $0x3, t2
- 6: PUTL t2, R3
- 7: INCEIPL $4
-
- 0x25483A54: 7C691B79 or. r9,r3,r3
- 8: GETL R3, t4
- 9: PUTL t4, R9
- 10: CMP0L t4, t6 (-rSo)
- 11: ICRFL t6, $0x0, CR
- 12: INCEIPL $4
-
- 0x25483A58: 7F832850 subf r28,r3,r5
- 13: GETL R3, t8
- 14: GETL R5, t10
- 15: SUBL t8, t10
- 16: PUTL t10, R28
- 17: INCEIPL $4
-
- 0x25483A5C: 4182001C bc 12,2,0x25483A78
- 18: Js02o $0x25483A78
-
-
-
-. 341 25483A4C 20
-. 7C 83 00 D0 54 83 07 BE 7C 69 1B 79 7F 83 28 50 41 82 00 1C
-==== BB 342 (0x25483A78) approx BBs exec'd 0 ====
-
- 0x25483A78: 73E00003 andi. r0,r31,0x3
- 0: GETL R31, t0
- 1: ANDL $0x3, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0x25483A7C: 40820068 bc 4,2,0x25483AE4
- 6: Jc02o $0x25483AE4
-
-
-
-. 342 25483A78 8
-. 73 E0 00 03 40 82 00 68
-==== BB 343 (0x25483A80) approx BBs exec'd 0 ====
-
- 0x25483A80: 7FA3EB78 or r3,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25483A84: 7FE4FB78 or r4,r31,r31
- 3: GETL R31, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0x25483A88: 5785F0BE rlwinm r5,r28,30,2,31
- 6: GETL R28, t4
- 7: SHRL $0x2, t4
- 8: PUTL t4, R5
- 9: INCEIPL $4
-
- 0x25483A8C: 48000239 bl 0x25483CC4
- 10: MOVL $0x25483A90, t6
- 11: PUTL t6, LR
- 12: JMPo-c $0x25483CC4 ($4)
-
-
-
-. 343 25483A80 16
-. 7F A3 EB 78 7F E4 FB 78 57 85 F0 BE 48 00 02 39
-==== BB 344 (0x25483DA8) approx BBs exec'd 0 ====
-
- 0x25483DA8: 80040000 lwz r0,0(r4)
- 0: GETL R4, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0x25483DAC: 3884FFF0 addi r4,r4,-16
- 4: GETL R4, t4
- 5: ADDL $0xFFFFFFF0, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0x25483DB0: 81240014 lwz r9,20(r4)
- 8: GETL R4, t6
- 9: ADDL $0x14, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R9
- 12: INCEIPL $4
-
- 0x25483DB4: 3863FFEC addi r3,r3,-20
- 13: GETL R3, t10
- 14: ADDL $0xFFFFFFEC, t10
- 15: PUTL t10, R3
- 16: INCEIPL $4
-
- 0x25483DB8: 38A50004 addi r5,r5,4
- 17: GETL R5, t12
- 18: ADDL $0x4, t12
- 19: PUTL t12, R5
- 20: INCEIPL $4
-
- 0x25483DBC: 90030014 stw r0,20(r3)
- 21: GETL R0, t14
- 22: GETL R3, t16
- 23: ADDL $0x14, t16
- 24: STL t14, (t16)
- 25: INCEIPL $4
-
- 0x25483DC0: 4BFFFF7C b 0x25483D3C
- 26: JMPo $0x25483D3C ($4)
-
-
-
-. 344 25483DA8 28
-. 80 04 00 00 38 84 FF F0 81 24 00 14 38 63 FF EC 38 A5 00 04 90 03 00 14 4B FF FF 7C
-==== BB 345 (0x25483A90) approx BBs exec'd 0 ====
-
- 0x25483A90: 5786003A rlwinm r6,r28,0,0,29
- 0: GETL R28, t0
- 1: ANDL $0xFFFFFFFC, t0
- 2: PUTL t0, R6
- 3: INCEIPL $4
-
- 0x25483A94: 578507BE rlwinm r5,r28,0,30,31
- 4: GETL R28, t2
- 5: ANDL $0x3, t2
- 6: PUTL t2, R5
- 7: INCEIPL $4
-
- 0x25483A98: 7FBD3214 add r29,r29,r6
- 8: GETL R29, t4
- 9: GETL R6, t6
- 10: ADDL t4, t6
- 11: PUTL t6, R29
- 12: INCEIPL $4
-
- 0x25483A9C: 7FFF3214 add r31,r31,r6
- 13: GETL R31, t8
- 14: GETL R6, t10
- 15: ADDL t8, t10
- 16: PUTL t10, R31
- 17: INCEIPL $4
-
- 0x25483AA0: 2C850000 cmpi cr1,r5,0
- 18: GETL R5, t12
- 19: CMP0L t12, t14 (-rSo)
- 20: ICRFL t14, $0x1, CR
- 21: INCEIPL $4
-
- 0x25483AA4: 4186001C bc 12,6,0x25483AC0
- 22: Js06o $0x25483AC0
-
-
-
-. 345 25483A90 24
-. 57 86 00 3A 57 85 07 BE 7F BD 32 14 7F FF 32 14 2C 85 00 00 41 86 00 1C
-==== BB 346 (0x25474C90) approx BBs exec'd 0 ====
-
- 0x25474C90: 39200000 li r9,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R9
- 2: INCEIPL $4
-
- 0x25474C94: 99230000 stb r9,0(r3)
- 3: GETL R9, t2
- 4: GETL R3, t4
- 5: STB t2, (t4)
- 6: INCEIPL $4
-
- 0x25474C98: 80920000 lwz r4,0(r18)
- 7: GETL R18, t6
- 8: LDL (t6), t8
- 9: PUTL t8, R4
- 10: INCEIPL $4
-
- 0x25474C9C: 93BF0010 stw r29,16(r31)
- 11: GETL R29, t10
- 12: GETL R31, t12
- 13: ADDL $0x10, t12
- 14: STL t10, (t12)
- 15: INCEIPL $4
-
- 0x25474CA0: 7F9D2040 cmpl cr7,r29,r4
- 16: GETL R29, t14
- 17: GETL R4, t16
- 18: CMPUL t14, t16, t18 (-rSo)
- 19: ICRFL t18, $0x7, CR
- 20: INCEIPL $4
-
- 0x25474CA4: 409D0008 bc 4,29,0x25474CAC
- 21: Jc29o $0x25474CAC
-
-
-
-. 346 25474C90 24
-. 39 20 00 00 99 23 00 00 80 92 00 00 93 BF 00 10 7F 9D 20 40 40 9D 00 08
-==== BB 347 (0x25474CA8) approx BBs exec'd 0 ====
-
- 0x25474CA8: 93B20000 stw r29,0(r18)
- 0: GETL R29, t0
- 1: GETL R18, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0x25474CAC: 813A0000 lwz r9,0(r26)
- 4: GETL R26, t4
- 5: LDL (t4), t6
- 6: PUTL t6, R9
- 7: INCEIPL $4
-
- 0x25474CB0: 895C0000 lbz r10,0(r28)
- 8: GETL R28, t8
- 9: LDB (t8), t10
- 10: PUTL t10, R10
- 11: INCEIPL $4
-
- 0x25474CB4: 2C890000 cmpi cr1,r9,0
- 12: GETL R9, t12
- 13: CMP0L t12, t14 (-rSo)
- 14: ICRFL t14, $0x1, CR
- 15: INCEIPL $4
-
- 0x25474CB8: 6948002F xori r8,r10,0x2F
- 16: GETL R10, t16
- 17: XORL $0x2F, t16
- 18: PUTL t16, R8
- 19: INCEIPL $4
-
- 0x25474CBC: 7F8800D0 neg r28,r8
- 20: GETL R8, t18
- 21: NEGL t18
- 22: PUTL t18, R28
- 23: INCEIPL $4
-
- 0x25474CC0: 578317BC rlwinm r3,r28,2,30,30
- 24: GETL R28, t20
- 25: ROLL $0x2, t20
- 26: ANDL $0x2, t20
- 27: PUTL t20, R3
- 28: INCEIPL $4
-
- 0x25474CC4: 41860018 bc 12,6,0x25474CDC
- 29: Js06o $0x25474CDC
-
-
-
-. 347 25474CA8 32
-. 93 B2 00 00 81 3A 00 00 89 5C 00 00 2C 89 00 00 69 48 00 2F 7F 88 00 D0 57 83 17 BC 41 86 00 18
-==== BB 348 (0x25474CC8) approx BBs exec'd 0 ====
-
- 0x25474CC8: 7D2903A6 mtctr r9
- 0: GETL R9, t0
- 1: PUTL t0, CTR
- 2: INCEIPL $4
-
- 0x25474CCC: 397F0014 addi r11,r31,20
- 3: GETL R31, t2
- 4: ADDL $0x14, t2
- 5: PUTL t2, R11
- 6: INCEIPL $4
-
- 0x25474CD0: 906B0000 stw r3,0(r11)
- 7: GETL R3, t4
- 8: GETL R11, t6
- 9: STL t4, (t6)
- 10: INCEIPL $4
-
- 0x25474CD4: 396B0004 addi r11,r11,4
- 11: GETL R11, t8
- 12: ADDL $0x4, t8
- 13: PUTL t8, R11
- 14: INCEIPL $4
-
- 0x25474CD8: 4200FFF8 bc 16,0,0x25474CD0
- 15: GETL CTR, t10
- 16: ADDL $0xFFFFFFFF, t10
- 17: PUTL t10, CTR
- 18: JIFZL t10, $0x25474CDC
- 19: JMPo $0x25474CD0 ($4)
-
-
-
-. 348 25474CC8 20
-. 7D 29 03 A6 39 7F 00 14 90 6B 00 00 39 6B 00 04 42 00 FF F8
-==== BB 349 (0x25474CD0) approx BBs exec'd 0 ====
-
- 0x25474CD0: 906B0000 stw r3,0(r11)
- 0: GETL R3, t0
- 1: GETL R11, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0x25474CD4: 396B0004 addi r11,r11,4
- 4: GETL R11, t4
- 5: ADDL $0x4, t4
- 6: PUTL t4, R11
- 7: INCEIPL $4
-
- 0x25474CD8: 4200FFF8 bc 16,0,0x25474CD0
- 8: GETL CTR, t6
- 9: ADDL $0xFFFFFFFF, t6
- 10: PUTL t6, CTR
- 11: JIFZL t6, $0x25474CDC
- 12: JMPo $0x25474CD0 ($4)
-
-
-
-. 349 25474CD0 12
-. 90 6B 00 00 39 6B 00 04 42 00 FF F8
-==== BB 350 (0x25474CDC) approx BBs exec'd 0 ====
-
- 0x25474CDC: 927F0004 stw r19,4(r31)
- 0: GETL R19, t0
- 1: GETL R31, t2
- 2: ADDL $0x4, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25474CE0: 418E021C bc 12,14,0x25474EFC
- 5: Js14o $0x25474EFC
-
-
-
-. 350 25474CDC 8
-. 92 7F 00 04 41 8E 02 1C
-==== BB 351 (0x25474EFC) approx BBs exec'd 0 ====
-
- 0x25474EFC: 92FF0008 stw r23,8(r31)
- 0: GETL R23, t0
- 1: GETL R31, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25474F00: 4BFFFE08 b 0x25474D08
- 5: JMPo $0x25474D08 ($4)
-
-
-
-. 351 25474EFC 8
-. 92 FF 00 08 4B FF FE 08
-==== BB 352 (0x25474D08) approx BBs exec'd 0 ====
-
- 0x25474D08: 801901B0 lwz r0,432(r25)
- 0: GETL R25, t0
- 1: ADDL $0x1B0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25474D0C: 571D103A rlwinm r29,r24,2,0,29
- 5: GETL R24, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R29
- 8: INCEIPL $4
-
- 0x25474D10: 38610008 addi r3,r1,8
- 9: GETL R1, t6
- 10: ADDL $0x8, t6
- 11: PUTL t6, R3
- 12: INCEIPL $4
-
- 0x25474D14: 7EA4AB78 or r4,r21,r21
- 13: GETL R21, t8
- 14: PUTL t8, R4
- 15: INCEIPL $4
-
- 0x25474D18: 901F0000 stw r0,0(r31)
- 16: GETL R0, t10
- 17: GETL R31, t12
- 18: STL t10, (t12)
- 19: INCEIPL $4
-
- 0x25474D1C: 3B180001 addi r24,r24,1
- 20: GETL R24, t14
- 21: ADDL $0x1, t14
- 22: PUTL t14, R24
- 23: INCEIPL $4
-
- 0x25474D20: 93F901B0 stw r31,432(r25)
- 24: GETL R31, t16
- 25: GETL R25, t18
- 26: ADDL $0x1B0, t18
- 27: STL t16, (t18)
- 28: INCEIPL $4
-
- 0x25474D24: 7FFDB12E stwx r31,r29,r22
- 29: GETL R22, t20
- 30: GETL R29, t22
- 31: ADDL t22, t20
- 32: GETL R31, t24
- 33: STL t24, (t20)
- 34: INCEIPL $4
-
- 0x25474D28: 4800B615 bl 0x2548033C
- 35: MOVL $0x25474D2C, t26
- 36: PUTL t26, LR
- 37: JMPo-c $0x2548033C ($4)
-
-
-
-. 352 25474D08 36
-. 80 19 01 B0 57 1D 10 3A 38 61 00 08 7E A4 AB 78 90 1F 00 00 3B 18 00 01 93 F9 01 B0 7F FD B1 2E 48 00 B6 15
-==== BB 353 (0x254803A0) approx BBs exec'd 0 ====
-
- 0x254803A0: 38210010 addi r1,r1,16
- 0: GETL R1, t0
- 1: ADDL $0x10, t0
- 2: PUTL t0, R1
- 3: INCEIPL $4
-
- 0x254803A4: 4E800020 blr
- 4: GETL LR, t2
- 5: JMPo-r t2 ($4)
-
-
-
-. 353 254803A0 8
-. 38 21 00 10 4E 80 00 20
-==== BB 354 (0x25474D2C) approx BBs exec'd 0 ====
-
- 0x25474D2C: 2E030000 cmpi cr4,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0x25474D30: 7C7F1B78 or r31,r3,r3
- 4: GETL R3, t4
- 5: PUTL t4, R31
- 6: INCEIPL $4
-
- 0x25474D34: 7C7C1B78 or r28,r3,r3
- 7: GETL R3, t6
- 8: PUTL t6, R28
- 9: INCEIPL $4
-
- 0x25474D38: 4092FEBC bc 4,18,0x25474BF4
- 10: Jc18o $0x25474BF4
-
-
-
-. 354 25474D2C 16
-. 2E 03 00 00 7C 7F 1B 78 7C 7C 1B 78 40 92 FE BC
-==== BB 355 (0x25474D3C) approx BBs exec'd 0 ====
-
- 0x25474D3C: 81E10064 lwz r15,100(r1)
- 0: GETL R1, t0
- 1: ADDL $0x64, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R15
- 4: INCEIPL $4
-
- 0x25474D40: 5710103A rlwinm r16,r24,2,0,29
- 5: GETL R24, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R16
- 8: INCEIPL $4
-
- 0x25474D44: 81810018 lwz r12,24(r1)
- 9: GETL R1, t6
- 10: ADDL $0x18, t6
- 11: LDL (t6), t8
- 12: PUTL t8, R12
- 13: INCEIPL $4
-
- 0x25474D48: 7C70B12E stwx r3,r16,r22
- 14: GETL R22, t10
- 15: GETL R16, t12
- 16: ADDL t12, t10
- 17: GETL R3, t14
- 18: STL t14, (t10)
- 19: INCEIPL $4
-
- 0x25474D4C: 7DE803A6 mtlr r15
- 20: GETL R15, t16
- 21: PUTL t16, LR
- 22: INCEIPL $4
-
- 0x25474D50: 7EC3B378 or r3,r22,r22
- 23: GETL R22, t18
- 24: PUTL t18, R3
- 25: INCEIPL $4
-
- 0x25474D54: 81E1001C lwz r15,28(r1)
- 26: GETL R1, t20
- 27: ADDL $0x1C, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R15
- 30: INCEIPL $4
-
- 0x25474D58: 82010020 lwz r16,32(r1)
- 31: GETL R1, t24
- 32: ADDL $0x20, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R16
- 35: INCEIPL $4
-
- 0x25474D5C: 7D818120 mtcrf 0x18,r12
- 36: GETL R12, t28
- 37: ICRFL t28, $0x3, CR
- 38: ICRFL t28, $0x4, CR
- 39: INCEIPL $4
-
- 0x25474D60: 82210024 lwz r17,36(r1)
- 40: GETL R1, t30
- 41: ADDL $0x24, t30
- 42: LDL (t30), t32
- 43: PUTL t32, R17
- 44: INCEIPL $4
-
- 0x25474D64: 82410028 lwz r18,40(r1)
- 45: GETL R1, t34
- 46: ADDL $0x28, t34
- 47: LDL (t34), t36
- 48: PUTL t36, R18
- 49: INCEIPL $4
-
- 0x25474D68: 8261002C lwz r19,44(r1)
- 50: GETL R1, t38
- 51: ADDL $0x2C, t38
- 52: LDL (t38), t40
- 53: PUTL t40, R19
- 54: INCEIPL $4
-
- 0x25474D6C: 82810030 lwz r20,48(r1)
- 55: GETL R1, t42
- 56: ADDL $0x30, t42
- 57: LDL (t42), t44
- 58: PUTL t44, R20
- 59: INCEIPL $4
-
- 0x25474D70: 82A10034 lwz r21,52(r1)
- 60: GETL R1, t46
- 61: ADDL $0x34, t46
- 62: LDL (t46), t48
- 63: PUTL t48, R21
- 64: INCEIPL $4
-
- 0x25474D74: 82C10038 lwz r22,56(r1)
- 65: GETL R1, t50
- 66: ADDL $0x38, t50
- 67: LDL (t50), t52
- 68: PUTL t52, R22
- 69: INCEIPL $4
-
- 0x25474D78: 82E1003C lwz r23,60(r1)
- 70: GETL R1, t54
- 71: ADDL $0x3C, t54
- 72: LDL (t54), t56
- 73: PUTL t56, R23
- 74: INCEIPL $4
-
- 0x25474D7C: 83010040 lwz r24,64(r1)
- 75: GETL R1, t58
- 76: ADDL $0x40, t58
- 77: LDL (t58), t60
- 78: PUTL t60, R24
- 79: INCEIPL $4
-
- 0x25474D80: 83210044 lwz r25,68(r1)
- 80: GETL R1, t62
- 81: ADDL $0x44, t62
- 82: LDL (t62), t64
- 83: PUTL t64, R25
- 84: INCEIPL $4
-
- 0x25474D84: 83410048 lwz r26,72(r1)
- 85: GETL R1, t66
- 86: ADDL $0x48, t66
- 87: LDL (t66), t68
- 88: PUTL t68, R26
- 89: INCEIPL $4
-
- 0x25474D88: 8361004C lwz r27,76(r1)
- 90: GETL R1, t70
- 91: ADDL $0x4C, t70
- 92: LDL (t70), t72
- 93: PUTL t72, R27
- 94: INCEIPL $4
-
- 0x25474D8C: 83810050 lwz r28,80(r1)
- 95: GETL R1, t74
- 96: ADDL $0x50, t74
- 97: LDL (t74), t76
- 98: PUTL t76, R28
- 99: INCEIPL $4
-
- 0x25474D90: 83A10054 lwz r29,84(r1)
- 100: GETL R1, t78
- 101: ADDL $0x54, t78
- 102: LDL (t78), t80
- 103: PUTL t80, R29
- 104: INCEIPL $4
-
- 0x25474D94: 83C10058 lwz r30,88(r1)
- 105: GETL R1, t82
- 106: ADDL $0x58, t82
- 107: LDL (t82), t84
- 108: PUTL t84, R30
- 109: INCEIPL $4
-
- 0x25474D98: 83E1005C lwz r31,92(r1)
- 110: GETL R1, t86
- 111: ADDL $0x5C, t86
- 112: LDL (t86), t88
- 113: PUTL t88, R31
- 114: INCEIPL $4
-
- 0x25474D9C: 38210060 addi r1,r1,96
- 115: GETL R1, t90
- 116: ADDL $0x60, t90
- 117: PUTL t90, R1
- 118: INCEIPL $4
-
- 0x25474DA0: 4E800020 blr
- 119: GETL LR, t92
- 120: JMPo-r t92 ($4)
-
-
-
-. 355 25474D3C 104
-. 81 E1 00 64 57 10 10 3A 81 81 00 18 7C 70 B1 2E 7D E8 03 A6 7E C3 B3 78 81 E1 00 1C 82 01 00 20 7D 81 81 20 82 21 00 24 82 41 00 28 82 61 00 2C 82 81 00 30 82 A1 00 34 82 C1 00 38 82 E1 00 3C 83 01 00 40 83 21 00 44 83 41 00 48 83 61 00 4C 83 81 00 50 83 A1 00 54 83 C1 00 58 83 E1 00 5C 38 21 00 60 4E 80 00 20
-==== BB 356 (0x254753B0) approx BBs exec'd 0 ====
-
- 0x254753B0: 807D0000 lwz r3,0(r29)
- 0: GETL R29, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0x254753B4: 83830000 lwz r28,0(r3)
- 4: GETL R3, t4
- 5: LDL (t4), t6
- 6: PUTL t6, R28
- 7: INCEIPL $4
-
- 0x254753B8: 2C1C0000 cmpi cr0,r28,0
- 8: GETL R28, t8
- 9: CMP0L t8, t10 (-rSo)
- 10: ICRFL t10, $0x0, CR
- 11: INCEIPL $4
-
- 0x254753BC: 41820074 bc 12,2,0x25475430
- 12: Js02o $0x25475430
-
-
-
-. 356 254753B0 16
-. 80 7D 00 00 83 83 00 00 2C 1C 00 00 41 82 00 74
-==== BB 357 (0x254753C0) approx BBs exec'd 0 ====
-
- 0x254753C0: 38E00000 li r7,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R7
- 2: INCEIPL $4
-
- 0x254753C4: 90FD0004 stw r7,4(r29)
- 3: GETL R7, t2
- 4: GETL R29, t4
- 5: ADDL $0x4, t4
- 6: STL t2, (t4)
- 7: INCEIPL $4
-
- 0x254753C8: 83B701B0 lwz r29,432(r23)
- 8: GETL R23, t6
- 9: ADDL $0x1B0, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R29
- 12: INCEIPL $4
-
- 0x254753CC: 93B80060 stw r29,96(r24)
- 13: GETL R29, t10
- 14: GETL R24, t12
- 15: ADDL $0x60, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x254753D0: 81410000 lwz r10,0(r1)
- 18: GETL R1, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R10
- 21: INCEIPL $4
-
- 0x254753D4: 82EA0004 lwz r23,4(r10)
- 22: GETL R10, t18
- 23: ADDL $0x4, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R23
- 26: INCEIPL $4
-
- 0x254753D8: 830AFFE0 lwz r24,-32(r10)
- 27: GETL R10, t22
- 28: ADDL $0xFFFFFFE0, t22
- 29: LDL (t22), t24
- 30: PUTL t24, R24
- 31: INCEIPL $4
-
- 0x254753DC: 7EE803A6 mtlr r23
- 32: GETL R23, t26
- 33: PUTL t26, LR
- 34: INCEIPL $4
-
- 0x254753E0: 832AFFE4 lwz r25,-28(r10)
- 35: GETL R10, t28
- 36: ADDL $0xFFFFFFE4, t28
- 37: LDL (t28), t30
- 38: PUTL t30, R25
- 39: INCEIPL $4
-
- 0x254753E4: 82EAFFDC lwz r23,-36(r10)
- 40: GETL R10, t32
- 41: ADDL $0xFFFFFFDC, t32
- 42: LDL (t32), t34
- 43: PUTL t34, R23
- 44: INCEIPL $4
-
- 0x254753E8: 834AFFE8 lwz r26,-24(r10)
- 45: GETL R10, t36
- 46: ADDL $0xFFFFFFE8, t36
- 47: LDL (t36), t38
- 48: PUTL t38, R26
- 49: INCEIPL $4
-
- 0x254753EC: 836AFFEC lwz r27,-20(r10)
- 50: GETL R10, t40
- 51: ADDL $0xFFFFFFEC, t40
- 52: LDL (t40), t42
- 53: PUTL t42, R27
- 54: INCEIPL $4
-
- 0x254753F0: 838AFFF0 lwz r28,-16(r10)
- 55: GETL R10, t44
- 56: ADDL $0xFFFFFFF0, t44
- 57: LDL (t44), t46
- 58: PUTL t46, R28
- 59: INCEIPL $4
-
- 0x254753F4: 83AAFFF4 lwz r29,-12(r10)
- 60: GETL R10, t48
- 61: ADDL $0xFFFFFFF4, t48
- 62: LDL (t48), t50
- 63: PUTL t50, R29
- 64: INCEIPL $4
-
- 0x254753F8: 83CAFFF8 lwz r30,-8(r10)
- 65: GETL R10, t52
- 66: ADDL $0xFFFFFFF8, t52
- 67: LDL (t52), t54
- 68: PUTL t54, R30
- 69: INCEIPL $4
-
- 0x254753FC: 83EAFFFC lwz r31,-4(r10)
- 70: GETL R10, t56
- 71: ADDL $0xFFFFFFFC, t56
- 72: LDL (t56), t58
- 73: PUTL t58, R31
- 74: INCEIPL $4
-
- 0x25475400: 7D415378 or r1,r10,r10
- 75: GETL R10, t60
- 76: PUTL t60, R1
- 77: INCEIPL $4
-
- 0x25475404: 4E800020 blr
- 78: GETL LR, t62
- 79: JMPo-r t62 ($4)
-
-
-
-. 357 254753C0 72
-. 38 E0 00 00 90 FD 00 04 83 B7 01 B0 93 B8 00 60 81 41 00 00 82 EA 00 04 83 0A FF E0 7E E8 03 A6 83 2A FF E4 82 EA FF DC 83 4A FF E8 83 6A FF EC 83 8A FF F0 83 AA FF F4 83 CA FF F8 83 EA FF FC 7D 41 53 78 4E 80 00 20
-==== BB 358 (0x25472F70) approx BBs exec'd 0 ====
-
- 0x25472F70: 4BFFF76C b 0x254726DC
- 0: JMPo $0x254726DC ($4)
-
-
-
-. 358 25472F70 4
-. 4B FF F7 6C
-==== BB 359 (0x254726DC) approx BBs exec'd 0 ====
-
- 0x254726DC: 80EE01BC lwz r7,444(r14)
- 0: GETL R14, t0
- 1: ADDL $0x1BC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x254726E0: 2E070000 cmpi cr4,r7,0
- 5: GETL R7, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x4, CR
- 8: INCEIPL $4
-
- 0x254726E4: 40920010 bc 4,18,0x254726F4
- 9: Jc18o $0x254726F4
-
-
-
-. 359 254726DC 12
-. 80 EE 01 BC 2E 07 00 00 40 92 00 10
-==== BB 360 (0x254726E8) approx BBs exec'd 0 ====
-
- 0x254726E8: 83AE01D4 lwz r29,468(r14)
- 0: GETL R14, t0
- 1: ADDL $0x1D4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0x254726EC: 815D0000 lwz r10,0(r29)
- 5: GETL R29, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R10
- 8: INCEIPL $4
-
- 0x254726F0: 914E01BC stw r10,444(r14)
- 9: GETL R10, t8
- 10: GETL R14, t10
- 11: ADDL $0x1BC, t10
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0x254726F4: 834F004C lwz r26,76(r15)
- 14: GETL R15, t12
- 15: ADDL $0x4C, t12
- 16: LDL (t12), t14
- 17: PUTL t14, R26
- 18: INCEIPL $4
-
- 0x254726F8: 3AE00001 li r23,1
- 19: MOVL $0x1, t16
- 20: PUTL t16, R23
- 21: INCEIPL $4
-
- 0x254726FC: 808E0338 lwz r4,824(r14)
- 22: GETL R14, t18
- 23: ADDL $0x338, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R4
- 26: INCEIPL $4
-
- 0x25472700: 386E01B8 addi r3,r14,440
- 27: GETL R14, t22
- 28: ADDL $0x1B8, t22
- 29: PUTL t22, R3
- 30: INCEIPL $4
-
- 0x25472704: 2C1AFFFE cmpi cr0,r26,-2
- 31: GETL R26, t24
- 32: MOVL $0xFFFFFFFE, t28
- 33: CMPL t24, t28, t26 (-rSo)
- 34: ICRFL t26, $0x0, CR
- 35: INCEIPL $4
-
- 0x25472708: 826E0004 lwz r19,4(r14)
- 36: GETL R14, t30
- 37: ADDL $0x4, t30
- 38: LDL (t30), t32
- 39: PUTL t32, R19
- 40: INCEIPL $4
-
- 0x2547270C: 816E0198 lwz r11,408(r14)
- 41: GETL R14, t34
- 42: ADDL $0x198, t34
- 43: LDL (t34), t36
- 44: PUTL t36, R11
- 45: INCEIPL $4
-
- 0x25472710: 52E4F002 rlwimi r4,r23,30,0,1
- 46: GETL R4, t38
- 47: GETL R23, t40
- 48: ROLL $0x1E, t40
- 49: ANDL $0xC0000000, t40
- 50: ANDL $0x3FFFFFFF, t38
- 51: ORL t38, t40
- 52: PUTL t40, R4
- 53: INCEIPL $4
-
- 0x25472714: 818E019C lwz r12,412(r14)
- 54: GETL R14, t42
- 55: ADDL $0x19C, t42
- 56: LDL (t42), t44
- 57: PUTL t44, R12
- 58: INCEIPL $4
-
- 0x25472718: 38B30001 addi r5,r19,1
- 59: GETL R19, t46
- 60: ADDL $0x1, t46
- 61: PUTL t46, R5
- 62: INCEIPL $4
-
- 0x2547271C: 908E0338 stw r4,824(r14)
- 63: GETL R4, t48
- 64: GETL R14, t50
- 65: ADDL $0x338, t50
- 66: STL t48, (t50)
- 67: INCEIPL $4
-
- 0x25472720: 310C0001 addic r8,r12,1
- 68: GETL R12, t52
- 69: ADCL $0x1, t52 (-wCa)
- 70: PUTL t52, R8
- 71: INCEIPL $4
-
- 0x25472724: 7CEB0194 addze r7,r11
- 72: GETL R11, t54
- 73: ADCL $0x0, t54 (-rCa-wCa)
- 74: PUTL t54, R7
- 75: INCEIPL $4
-
- 0x25472728: 90AE0004 stw r5,4(r14)
- 76: GETL R5, t56
- 77: GETL R14, t58
- 78: ADDL $0x4, t58
- 79: STL t56, (t58)
- 80: INCEIPL $4
-
- 0x2547272C: 9074000C stw r3,12(r20)
- 81: GETL R3, t60
- 82: GETL R20, t62
- 83: ADDL $0xC, t62
- 84: STL t60, (t62)
- 85: INCEIPL $4
-
- 0x25472730: 90EE0198 stw r7,408(r14)
- 86: GETL R7, t64
- 87: GETL R14, t66
- 88: ADDL $0x198, t66
- 89: STL t64, (t66)
- 90: INCEIPL $4
-
- 0x25472734: 910E019C stw r8,412(r14)
- 91: GETL R8, t68
- 92: GETL R14, t70
- 93: ADDL $0x19C, t70
- 94: STL t68, (t70)
- 95: INCEIPL $4
-
- 0x25472738: 928E01C8 stw r20,456(r14)
- 96: GETL R20, t72
- 97: GETL R14, t74
- 98: ADDL $0x1C8, t74
- 99: STL t72, (t74)
- 100: INCEIPL $4
-
- 0x2547273C: 41820838 bc 12,2,0x25472F74
- 101: Js02o $0x25472F74
-
-
-
-. 360 254726E8 88
-. 83 AE 01 D4 81 5D 00 00 91 4E 01 BC 83 4F 00 4C 3A E0 00 01 80 8E 03 38 38 6E 01 B8 2C 1A FF FE 82 6E 00 04 81 6E 01 98 52 E4 F0 02 81 8E 01 9C 38 B3 00 01 90 8E 03 38 31 0C 00 01 7C EB 01 94 90 AE 00 04 90 74 00 0C 90 EE 01 98 91 0E 01 9C 92 8E 01 C8 41 82 08 38
-==== BB 361 (0x25472F74) approx BBs exec'd 0 ====
-
- 0x25472F74: 80140000 lwz r0,0(r20)
- 0: GETL R20, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0x25472F78: 7DE97B78 or r9,r15,r15
- 4: GETL R15, t4
- 5: PUTL t4, R9
- 6: INCEIPL $4
-
- 0x25472F7C: 2F000000 cmpi cr6,r0,0
- 7: GETL R0, t6
- 8: CMP0L t6, t8 (-rSo)
- 9: ICRFL t8, $0x6, CR
- 10: INCEIPL $4
-
- 0x25472F80: 3800FFFF li r0,-1
- 11: MOVL $0xFFFFFFFF, t10
- 12: PUTL t10, R0
- 13: INCEIPL $4
-
- 0x25472F84: 419A0008 bc 12,26,0x25472F8C
- 14: Js26o $0x25472F8C
-
-
-
-. 361 25472F74 20
-. 80 14 00 00 7D E9 7B 78 2F 00 00 00 38 00 FF FF 41 9A 00 08
-==== BB 362 (0x25472F8C) approx BBs exec'd 0 ====
-
- 0x25472F8C: 9009004C stw r0,76(r9)
- 0: GETL R0, t0
- 1: GETL R9, t2
- 2: ADDL $0x4C, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25472F90: 4BFFF7B0 b 0x25472740
- 5: JMPo $0x25472740 ($4)
-
-
-
-. 362 25472F8C 8
-. 90 09 00 4C 4B FF F7 B0
-==== BB 363 (0x25472740) approx BBs exec'd 0 ====
-
- 0x25472740: 818E0358 lwz r12,856(r14)
- 0: GETL R14, t0
- 1: ADDL $0x358, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R12
- 4: INCEIPL $4
-
- 0x25472744: A16C002C lhz r11,44(r12)
- 5: GETL R12, t4
- 6: ADDL $0x2C, t4
- 7: LDW (t4), t6
- 8: PUTL t6, R11
- 9: INCEIPL $4
-
- 0x25472748: 838C001C lwz r28,28(r12)
- 10: GETL R12, t8
- 11: ADDL $0x1C, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R28
- 14: INCEIPL $4
-
- 0x2547274C: B16E030C sth r11,780(r14)
- 15: GETL R11, t12
- 16: GETL R14, t14
- 17: ADDL $0x30C, t14
- 18: STW t12, (t14)
- 19: INCEIPL $4
-
- 0x25472750: A32C002C lhz r25,44(r12)
- 20: GETL R12, t16
- 21: ADDL $0x2C, t16
- 22: LDW (t16), t18
- 23: PUTL t18, R25
- 24: INCEIPL $4
-
- 0x25472754: 7D6CE214 add r11,r12,r28
- 25: GETL R12, t20
- 26: GETL R28, t22
- 27: ADDL t20, t22
- 28: PUTL t22, R11
- 29: INCEIPL $4
-
- 0x25472758: 916E0304 stw r11,772(r14)
- 30: GETL R11, t24
- 31: GETL R14, t26
- 32: ADDL $0x304, t26
- 33: STL t24, (t26)
- 34: INCEIPL $4
-
- 0x2547275C: 2F990000 cmpi cr7,r25,0
- 35: GETL R25, t28
- 36: CMP0L t28, t30 (-rSo)
- 37: ICRFL t30, $0x7, CR
- 38: INCEIPL $4
-
- 0x25472760: 3959FFFF addi r10,r25,-1
- 39: GETL R25, t32
- 40: ADDL $0xFFFFFFFF, t32
- 41: PUTL t32, R10
- 42: INCEIPL $4
-
- 0x25472764: 419E002C bc 12,30,0x25472790
- 43: Js30o $0x25472790
-
-
-
-. 363 25472740 40
-. 81 8E 03 58 A1 6C 00 2C 83 8C 00 1C B1 6E 03 0C A3 2C 00 2C 7D 6C E2 14 91 6E 03 04 2F 99 00 00 39 59 FF FF 41 9E 00 2C
-==== BB 364 (0x25472768) approx BBs exec'd 0 ====
-
- 0x25472768: 3D206474 lis r9,25716
- 0: MOVL $0x64740000, t0
- 1: PUTL t0, R9
- 2: INCEIPL $4
-
- 0x2547276C: 6127E552 ori r7,r9,0xE552
- 3: MOVL $0x6474E552, t2
- 4: PUTL t2, R7
- 5: INCEIPL $4
-
- 0x25472770: 55582834 rlwinm r24,r10,5,0,26
- 6: GETL R10, t4
- 7: SHLL $0x5, t4
- 8: PUTL t4, R24
- 9: INCEIPL $4
-
- 0x25472774: 7F78582E lwzx r27,r24,r11
- 10: GETL R11, t6
- 11: GETL R24, t8
- 12: ADDL t8, t6
- 13: LDL (t6), t10
- 14: PUTL t10, R27
- 15: INCEIPL $4
-
- 0x25472778: 7D185A14 add r8,r24,r11
- 16: GETL R24, t12
- 17: GETL R11, t14
- 18: ADDL t12, t14
- 19: PUTL t14, R8
- 20: INCEIPL $4
-
- 0x2547277C: 7C9B3800 cmp cr1,r27,r7
- 21: GETL R27, t16
- 22: GETL R7, t18
- 23: CMPL t16, t18, t20 (-rSo)
- 24: ICRFL t20, $0x1, CR
- 25: INCEIPL $4
-
- 0x25472780: 41860C80 bc 12,6,0x25473400
- 26: Js06o $0x25473400
-
-
-
-. 364 25472768 28
-. 3D 20 64 74 61 27 E5 52 55 58 28 34 7F 78 58 2E 7D 18 5A 14 7C 9B 38 00 41 86 0C 80
-==== BB 365 (0x25473400) approx BBs exec'd 0 ====
-
- 0x25473400: 83B10000 lwz r29,0(r17)
- 0: GETL R17, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R29
- 3: INCEIPL $4
-
- 0x25473404: 3B400000 li r26,0
- 4: MOVL $0x0, t4
- 5: PUTL t4, R26
- 6: INCEIPL $4
-
- 0x25473408: 82C80008 lwz r22,8(r8)
- 7: GETL R8, t6
- 8: ADDL $0x8, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R22
- 11: INCEIPL $4
-
- 0x2547340C: 3B200000 li r25,0
- 12: MOVL $0x0, t10
- 13: PUTL t10, R25
- 14: INCEIPL $4
-
- 0x25473410: 2C1D0000 cmpi cr0,r29,0
- 15: GETL R29, t12
- 16: CMP0L t12, t14 (-rSo)
- 17: ICRFL t14, $0x0, CR
- 18: INCEIPL $4
-
- 0x25473414: 92CE03EC stw r22,1004(r14)
- 19: GETL R22, t16
- 20: GETL R14, t18
- 21: ADDL $0x3EC, t18
- 22: STL t16, (t18)
- 23: INCEIPL $4
-
- 0x25473418: 80C80014 lwz r6,20(r8)
- 24: GETL R8, t20
- 25: ADDL $0x14, t20
- 26: LDL (t20), t22
- 27: PUTL t22, R6
- 28: INCEIPL $4
-
- 0x2547341C: 90CE03F0 stw r6,1008(r14)
- 29: GETL R6, t24
- 30: GETL R14, t26
- 31: ADDL $0x3F0, t26
- 32: STL t24, (t26)
- 33: INCEIPL $4
-
- 0x25473420: 4182F384 bc 12,2,0x254727A4
- 34: Js02o $0x254727A4
-
-
-
-. 365 25473400 36
-. 83 B1 00 00 3B 40 00 00 82 C8 00 08 3B 20 00 00 2C 1D 00 00 92 CE 03 EC 80 C8 00 14 90 CE 03 F0 41 82 F3 84
-==== BB 366 (0x25473424) approx BBs exec'd 0 ====
-
- 0x25473424: 7FA3EB78 or r3,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25473428: 4800FBA9 bl 0x25482FD0
- 3: MOVL $0x2547342C, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0x25482FD0 ($4)
-
-
-
-. 366 25473424 8
-. 7F A3 EB 78 48 00 FB A9
-==== BB 367 (0x2547342C) approx BBs exec'd 0 ====
-
- 0x2547342C: 7FA4EB78 or r4,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0x25473430: 7C711B78 or r17,r3,r3
- 3: GETL R3, t2
- 4: PUTL t2, R17
- 5: INCEIPL $4
-
- 0x25473434: 3863001F addi r3,r3,31
- 6: GETL R3, t4
- 7: ADDL $0x1F, t4
- 8: PUTL t4, R3
- 9: INCEIPL $4
-
- 0x25473438: 546A0036 rlwinm r10,r3,0,0,27
- 10: GETL R3, t6
- 11: ANDL $0xFFFFFFF0, t6
- 12: PUTL t6, R10
- 13: INCEIPL $4
-
- 0x2547343C: 80E10000 lwz r7,0(r1)
- 14: GETL R1, t8
- 15: LDL (t8), t10
- 16: PUTL t10, R7
- 17: INCEIPL $4
-
- 0x25473440: 7EAA00D0 neg r21,r10
- 18: GETL R10, t12
- 19: NEGL t12
- 20: PUTL t12, R21
- 21: INCEIPL $4
-
- 0x25473444: 38B10001 addi r5,r17,1
- 22: GETL R17, t14
- 23: ADDL $0x1, t14
- 24: PUTL t14, R5
- 25: INCEIPL $4
-
- 0x25473448: 7CE1A96E stwux r7,r1,r21
- 26: GETL R21, t16
- 27: GETL R1, t18
- 28: ADDL t18, t16
- 29: PUTL t16, R1
- 30: GETL R7, t20
- 31: STL t20, (t16)
- 32: INCEIPL $4
-
- 0x2547344C: 39010017 addi r8,r1,23
- 33: GETL R1, t22
- 34: ADDL $0x17, t22
- 35: PUTL t22, R8
- 36: INCEIPL $4
-
- 0x25473450: 55030036 rlwinm r3,r8,0,0,27
- 37: GETL R8, t24
- 38: ANDL $0xFFFFFFF0, t24
- 39: PUTL t24, R3
- 40: INCEIPL $4
-
- 0x25473454: 4801078D bl 0x25483BE0
- 41: MOVL $0x25473458, t26
- 42: PUTL t26, LR
- 43: JMPo-c $0x25483BE0 ($4)
-
-
-
-. 367 2547342C 44
-. 7F A4 EB 78 7C 71 1B 78 38 63 00 1F 54 6A 00 36 80 E1 00 00 7E AA 00 D0 38 B1 00 01 7C E1 A9 6E 39 01 00 17 55 03 00 36 48 01 07 8D
-==== BB 368 (0x25483D6C) approx BBs exec'd 0 ====
-
- 0x25483D6C: 80040000 lwz r0,0(r4)
- 0: GETL R4, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0x25483D70: 3863FFFC addi r3,r3,-4
- 4: GETL R3, t4
- 5: ADDL $0xFFFFFFFC, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x25483D74: 81240004 lwz r9,4(r4)
- 8: GETL R4, t6
- 9: ADDL $0x4, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R9
- 12: INCEIPL $4
-
- 0x25483D78: 90030004 stw r0,4(r3)
- 13: GETL R0, t10
- 14: GETL R3, t12
- 15: ADDL $0x4, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x25483D7C: 4BFFFFA0 b 0x25483D1C
- 18: JMPo $0x25483D1C ($4)
-
-
-
-. 368 25483D6C 20
-. 80 04 00 00 38 63 FF FC 81 24 00 04 90 03 00 04 4B FF FF A0
-==== BB 369 (0x25483D1C) approx BBs exec'd 0 ====
-
- 0x25483D1C: 80040008 lwz r0,8(r4)
- 0: GETL R4, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25483D20: 91230008 stw r9,8(r3)
- 5: GETL R9, t4
- 6: GETL R3, t6
- 7: ADDL $0x8, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0x25483D24: 8124000C lwz r9,12(r4)
- 10: GETL R4, t8
- 11: ADDL $0xC, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R9
- 14: INCEIPL $4
-
- 0x25483D28: 9003000C stw r0,12(r3)
- 15: GETL R0, t12
- 16: GETL R3, t14
- 17: ADDL $0xC, t14
- 18: STL t12, (t14)
- 19: INCEIPL $4
-
- 0x25483D2C: 80040010 lwz r0,16(r4)
- 20: GETL R4, t16
- 21: ADDL $0x10, t16
- 22: LDL (t16), t18
- 23: PUTL t18, R0
- 24: INCEIPL $4
-
- 0x25483D30: 91230010 stw r9,16(r3)
- 25: GETL R9, t20
- 26: GETL R3, t22
- 27: ADDL $0x10, t22
- 28: STL t20, (t22)
- 29: INCEIPL $4
-
- 0x25483D34: 81240014 lwz r9,20(r4)
- 30: GETL R4, t24
- 31: ADDL $0x14, t24
- 32: LDL (t24), t26
- 33: PUTL t26, R9
- 34: INCEIPL $4
-
- 0x25483D38: 90030014 stw r0,20(r3)
- 35: GETL R0, t28
- 36: GETL R3, t30
- 37: ADDL $0x14, t30
- 38: STL t28, (t30)
- 39: INCEIPL $4
-
- 0x25483D3C: 80040018 lwz r0,24(r4)
- 40: GETL R4, t32
- 41: ADDL $0x18, t32
- 42: LDL (t32), t34
- 43: PUTL t34, R0
- 44: INCEIPL $4
-
- 0x25483D40: 91230018 stw r9,24(r3)
- 45: GETL R9, t36
- 46: GETL R3, t38
- 47: ADDL $0x18, t38
- 48: STL t36, (t38)
- 49: INCEIPL $4
-
- 0x25483D44: 34A5FFF8 addic. r5,r5,-8
- 50: GETL R5, t40
- 51: ADCL $0xFFFFFFF8, t40 (-wCa)
- 52: PUTL t40, R5
- 53: CMP0L t40, t42 (-rSo)
- 54: ICRFL t42, $0x0, CR
- 55: INCEIPL $4
-
- 0x25483D48: 8124001C lwz r9,28(r4)
- 56: GETL R4, t44
- 57: ADDL $0x1C, t44
- 58: LDL (t44), t46
- 59: PUTL t46, R9
- 60: INCEIPL $4
-
- 0x25483D4C: 9003001C stw r0,28(r3)
- 61: GETL R0, t48
- 62: GETL R3, t50
- 63: ADDL $0x1C, t50
- 64: STL t48, (t50)
- 65: INCEIPL $4
-
- 0x25483D50: 38840020 addi r4,r4,32
- 66: GETL R4, t52
- 67: ADDL $0x20, t52
- 68: PUTL t52, R4
- 69: INCEIPL $4
-
- 0x25483D54: 38630020 addi r3,r3,32
- 70: GETL R3, t54
- 71: ADDL $0x20, t54
- 72: PUTL t54, R3
- 73: INCEIPL $4
-
- 0x25483D58: 40A2FFB4 bc 5,2,0x25483D0C
- 74: Jc02o $0x25483D0C
-
-
-
-. 369 25483D1C 64
-. 80 04 00 08 91 23 00 08 81 24 00 0C 90 03 00 0C 80 04 00 10 91 23 00 10 81 24 00 14 90 03 00 14 80 04 00 18 91 23 00 18 34 A5 FF F8 81 24 00 1C 90 03 00 1C 38 84 00 20 38 63 00 20 40 A2 FF B4
-==== BB 370 (0x25473458) approx BBs exec'd 0 ====
-
- 0x25473458: 907F0044 stw r3,68(r31)
- 0: GETL R3, t0
- 1: GETL R31, t2
- 2: ADDL $0x44, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547345C: 809E00D0 lwz r4,208(r30)
- 5: GETL R30, t4
- 6: ADDL $0xD0, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R4
- 9: INCEIPL $4
-
- 0x25473460: 387F0044 addi r3,r31,68
- 10: GETL R31, t8
- 11: ADDL $0x44, t8
- 12: PUTL t8, R3
- 13: INCEIPL $4
-
- 0x25473464: 4800CED9 bl 0x2548033C
- 14: MOVL $0x25473468, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0x2548033C ($4)
-
-
-
-. 370 25473458 16
-. 90 7F 00 44 80 9E 00 D0 38 7F 00 44 48 00 CE D9
-==== BB 371 (0x25473468) approx BBs exec'd 0 ====
-
- 0x25473468: 7C7D1B79 or. r29,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R29
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x2547346C: 41A2F338 bc 13,2,0x254727A4
- 5: Js02o $0x254727A4
-
-
-
-. 371 25473468 8
-. 7C 7D 1B 79 41 A2 F3 38
-==== BB 372 (0x25473470) approx BBs exec'd 0 ====
-
- 0x25473470: 88BD0000 lbz r5,0(r29)
- 0: GETL R29, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R5
- 3: INCEIPL $4
-
- 0x25473474: 2F050000 cmpi cr6,r5,0
- 4: GETL R5, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x6, CR
- 7: INCEIPL $4
-
- 0x25473478: 41BAFFE4 bc 13,26,0x2547345C
- 8: Js26o $0x2547345C
-
-
-
-. 372 25473470 12
-. 88 BD 00 00 2F 05 00 00 41 BA FF E4
-==== BB 373 (0x2547347C) approx BBs exec'd 0 ====
-
- 0x2547347C: 80900000 lwz r4,0(r16)
- 0: GETL R16, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R4
- 3: INCEIPL $4
-
- 0x25473480: 2F840000 cmpi cr7,r4,0
- 4: GETL R4, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x7, CR
- 7: INCEIPL $4
-
- 0x25473484: 409E0774 bc 4,30,0x25473BF8
- 8: Jc30o $0x25473BF8
-
-
-
-. 373 2547347C 12
-. 80 90 00 00 2F 84 00 00 40 9E 07 74
-==== BB 374 (0x25473488) approx BBs exec'd 0 ====
-
- 0x25473488: 7FA4EB78 or r4,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0x2547348C: 38A00001 li r5,1
- 3: MOVL $0x1, t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0x25473490: 38C00001 li r6,1
- 6: MOVL $0x1, t4
- 7: PUTL t4, R6
- 8: INCEIPL $4
-
- 0x25473494: 38E00000 li r7,0
- 9: MOVL $0x0, t6
- 10: PUTL t6, R7
- 11: INCEIPL $4
-
- 0x25473498: 39000000 li r8,0
- 12: MOVL $0x0, t8
- 13: PUTL t8, R8
- 14: INCEIPL $4
-
- 0x2547349C: 39200000 li r9,0
- 15: MOVL $0x0, t10
- 16: PUTL t10, R9
- 17: INCEIPL $4
-
- 0x254734A0: 7E83A378 or r3,r20,r20
- 18: GETL R20, t12
- 19: PUTL t12, R3
- 20: INCEIPL $4
-
- 0x254734A4: 48003845 bl 0x25476CE8
- 21: MOVL $0x254734A8, t14
- 22: PUTL t14, LR
- 23: JMPo-c $0x25476CE8 ($4)
-
-
-
-. 374 25473488 32
-. 7F A4 EB 78 38 A0 00 01 38 C0 00 01 38 E0 00 00 39 00 00 00 39 20 00 00 7E 83 A3 78 48 00 38 45
-==== BB 375 _dl_map_object(0x25476CE8) approx BBs exec'd 0 ====
-
- 0x25476CE8: 9421FD70 stwu r1,-656(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFD70, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x25476CEC: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x25476CF0: 48020311 bl 0x25497000
- 9: MOVL $0x25476CF4, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-
-. 375 25476CE8 12
-. 94 21 FD 70 7C 08 02 A6 48 02 03 11
-==== BB 376 (0x25476CF4) approx BBs exec'd 0 ====
-
- 0x25476CF4: 93C10288 stw r30,648(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x288, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25476CF8: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x25476CFC: 9261025C stw r19,604(r1)
- 8: GETL R19, t6
- 9: GETL R1, t8
- 10: ADDL $0x25C, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x25476D00: 92A10264 stw r21,612(r1)
- 13: GETL R21, t10
- 14: GETL R1, t12
- 15: ADDL $0x264, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x25476D04: 1E690018 mulli r19,r9,24
- 18: GETL R9, t14
- 19: MULL $0x18, t14
- 20: PUTL t14, R19
- 21: INCEIPL $4
-
- 0x25476D08: 90010294 stw r0,660(r1)
- 22: GETL R0, t16
- 23: GETL R1, t18
- 24: ADDL $0x294, t18
- 25: STL t16, (t18)
- 26: INCEIPL $4
-
- 0x25476D0C: 7D800026 mfcr r12
- 27: GETL CR, t20
- 28: PUTL t20, R12
- 29: INCEIPL $4
-
- 0x25476D10: 82BE04C8 lwz r21,1224(r30)
- 30: GETL R30, t22
- 31: ADDL $0x4C8, t22
- 32: LDL (t22), t24
- 33: PUTL t24, R21
- 34: INCEIPL $4
-
- 0x25476D14: 93A10284 stw r29,644(r1)
- 35: GETL R29, t26
- 36: GETL R1, t28
- 37: ADDL $0x284, t28
- 38: STL t26, (t28)
- 39: INCEIPL $4
-
- 0x25476D18: 7FB3A82E lwzx r29,r19,r21
- 40: GETL R21, t30
- 41: GETL R19, t32
- 42: ADDL t32, t30
- 43: LDL (t30), t34
- 44: PUTL t34, R29
- 45: INCEIPL $4
-
- 0x25476D1C: 92010250 stw r16,592(r1)
- 46: GETL R16, t36
- 47: GETL R1, t38
- 48: ADDL $0x250, t38
- 49: STL t36, (t38)
- 50: INCEIPL $4
-
- 0x25476D20: 7CD03378 or r16,r6,r6
- 51: GETL R6, t40
- 52: PUTL t40, R16
- 53: INCEIPL $4
-
- 0x25476D24: 2F9D0000 cmpi cr7,r29,0
- 54: GETL R29, t42
- 55: CMP0L t42, t44 (-rSo)
- 56: ICRFL t44, $0x7, CR
- 57: INCEIPL $4
-
- 0x25476D28: 92210254 stw r17,596(r1)
- 58: GETL R17, t46
- 59: GETL R1, t48
- 60: ADDL $0x254, t48
- 61: STL t46, (t48)
- 62: INCEIPL $4
-
- 0x25476D2C: 92E1026C stw r23,620(r1)
- 63: GETL R23, t50
- 64: GETL R1, t52
- 65: ADDL $0x26C, t52
- 66: STL t50, (t52)
- 67: INCEIPL $4
-
- 0x25476D30: 7CF13B78 or r17,r7,r7
- 68: GETL R7, t54
- 69: PUTL t54, R17
- 70: INCEIPL $4
-
- 0x25476D34: 93010270 stw r24,624(r1)
- 71: GETL R24, t56
- 72: GETL R1, t58
- 73: ADDL $0x270, t58
- 74: STL t56, (t58)
- 75: INCEIPL $4
-
- 0x25476D38: 7CB72B78 or r23,r5,r5
- 76: GETL R5, t60
- 77: PUTL t60, R23
- 78: INCEIPL $4
-
- 0x25476D3C: 93210274 stw r25,628(r1)
- 79: GETL R25, t62
- 80: GETL R1, t64
- 81: ADDL $0x274, t64
- 82: STL t62, (t64)
- 83: INCEIPL $4
-
- 0x25476D40: 7D184378 or r24,r8,r8
- 84: GETL R8, t66
- 85: PUTL t66, R24
- 86: INCEIPL $4
-
- 0x25476D44: 9361027C stw r27,636(r1)
- 87: GETL R27, t68
- 88: GETL R1, t70
- 89: ADDL $0x27C, t70
- 90: STL t68, (t70)
- 91: INCEIPL $4
-
- 0x25476D48: 7D394B78 or r25,r9,r9
- 92: GETL R9, t72
- 93: PUTL t72, R25
- 94: INCEIPL $4
-
- 0x25476D4C: 93E1028C stw r31,652(r1)
- 95: GETL R31, t74
- 96: GETL R1, t76
- 97: ADDL $0x28C, t76
- 98: STL t74, (t76)
- 99: INCEIPL $4
-
- 0x25476D50: 7C7B1B78 or r27,r3,r3
- 100: GETL R3, t78
- 101: PUTL t78, R27
- 102: INCEIPL $4
-
- 0x25476D54: 91C10248 stw r14,584(r1)
- 103: GETL R14, t80
- 104: GETL R1, t82
- 105: ADDL $0x248, t82
- 106: STL t80, (t82)
- 107: INCEIPL $4
-
- 0x25476D58: 7C9F2378 or r31,r4,r4
- 108: GETL R4, t84
- 109: PUTL t84, R31
- 110: INCEIPL $4
-
- 0x25476D5C: 91E1024C stw r15,588(r1)
- 111: GETL R15, t86
- 112: GETL R1, t88
- 113: ADDL $0x24C, t88
- 114: STL t86, (t88)
- 115: INCEIPL $4
-
- 0x25476D60: 92410258 stw r18,600(r1)
- 116: GETL R18, t90
- 117: GETL R1, t92
- 118: ADDL $0x258, t92
- 119: STL t90, (t92)
- 120: INCEIPL $4
-
- 0x25476D64: 92810260 stw r20,608(r1)
- 121: GETL R20, t94
- 122: GETL R1, t96
- 123: ADDL $0x260, t96
- 124: STL t94, (t96)
- 125: INCEIPL $4
-
- 0x25476D68: 92C10268 stw r22,616(r1)
- 126: GETL R22, t98
- 127: GETL R1, t100
- 128: ADDL $0x268, t100
- 129: STL t98, (t100)
- 130: INCEIPL $4
-
- 0x25476D6C: 93410278 stw r26,632(r1)
- 131: GETL R26, t102
- 132: GETL R1, t104
- 133: ADDL $0x278, t104
- 134: STL t102, (t104)
- 135: INCEIPL $4
-
- 0x25476D70: 93810280 stw r28,640(r1)
- 136: GETL R28, t106
- 137: GETL R1, t108
- 138: ADDL $0x280, t108
- 139: STL t106, (t108)
- 140: INCEIPL $4
-
- 0x25476D74: 91810244 stw r12,580(r1)
- 141: GETL R12, t110
- 142: GETL R1, t112
- 143: ADDL $0x244, t112
- 144: STL t110, (t112)
- 145: INCEIPL $4
-
- 0x25476D78: 419E0040 bc 12,30,0x25476DB8
- 146: Js30o $0x25476DB8
-
-
-
-. 376 25476CF4 136
-. 93 C1 02 88 7F C8 02 A6 92 61 02 5C 92 A1 02 64 1E 69 00 18 90 01 02 94 7D 80 00 26 82 BE 04 C8 93 A1 02 84 7F B3 A8 2E 92 01 02 50 7C D0 33 78 2F 9D 00 00 92 21 02 54 92 E1 02 6C 7C F1 3B 78 93 01 02 70 7C B7 2B 78 93 21 02 74 7D 18 43 78 93 61 02 7C 7D 39 4B 78 93 E1 02 8C 7C 7B 1B 78 91 C1 02 48 7C 9F 23 78 91 E1 02 4C 92 41 02 58 92 81 02 60 92 C1 02 68 93 41 02 78 93 81 02 80 91 81 02 44 41 9E 00 40
-==== BB 377 (0x25476D7C) approx BBs exec'd 0 ====
-
- 0x25476D7C: 3AC00000 li r22,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R22
- 2: INCEIPL $4
-
- 0x25476D80: 80BD0180 lwz r5,384(r29)
- 3: GETL R29, t2
- 4: ADDL $0x180, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x25476D84: 7FA4EB78 or r4,r29,r29
- 8: GETL R29, t6
- 9: PUTL t6, R4
- 10: INCEIPL $4
-
- 0x25476D88: 7FE3FB78 or r3,r31,r31
- 11: GETL R31, t8
- 12: PUTL t8, R3
- 13: INCEIPL $4
-
- 0x25476D8C: 74A90040 andis. r9,r5,0x40
- 14: GETL R5, t10
- 15: ANDL $0x400000, t10
- 16: PUTL t10, R9
- 17: CMP0L t10, t12 (-rSo)
- 18: ICRFL t12, $0x0, CR
- 19: INCEIPL $4
-
- 0x25476D90: 4082001C bc 4,2,0x25476DAC
- 20: Jc02o $0x25476DAC
-
-
-
-. 377 25476D7C 24
-. 3A C0 00 00 80 BD 01 80 7F A4 EB 78 7F E3 FB 78 74 A9 00 40 40 82 00 1C
-==== BB 378 (0x25476D94) approx BBs exec'd 0 ====
-
- 0x25476D94: 48005941 bl 0x2547C6D4
- 0: MOVL $0x25476D98, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x2547C6D4 ($4)
-
-
-
-. 378 25476D94 4
-. 48 00 59 41
-==== BB 379 _dl_name_match_p(0x2547C6D4) approx BBs exec'd 0 ====
-
- 0x2547C6D4: 7C0802A6 mflr r0
- 0: GETL LR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x2547C6D8: 9421FFE0 stwu r1,-32(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFE0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0x2547C6DC: 93E1001C stw r31,28(r1)
- 9: GETL R31, t6
- 10: GETL R1, t8
- 11: ADDL $0x1C, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x2547C6E0: 7C9F2378 or r31,r4,r4
- 14: GETL R4, t10
- 15: PUTL t10, R31
- 16: INCEIPL $4
-
- 0x2547C6E4: 93A10014 stw r29,20(r1)
- 17: GETL R29, t12
- 18: GETL R1, t14
- 19: ADDL $0x14, t14
- 20: STL t12, (t14)
- 21: INCEIPL $4
-
- 0x2547C6E8: 7C7D1B78 or r29,r3,r3
- 22: GETL R3, t16
- 23: PUTL t16, R29
- 24: INCEIPL $4
-
- 0x2547C6EC: 90010024 stw r0,36(r1)
- 25: GETL R0, t18
- 26: GETL R1, t20
- 27: ADDL $0x24, t20
- 28: STL t18, (t20)
- 29: INCEIPL $4
-
- 0x2547C6F0: 80840004 lwz r4,4(r4)
- 30: GETL R4, t22
- 31: ADDL $0x4, t22
- 32: LDL (t22), t24
- 33: PUTL t24, R4
- 34: INCEIPL $4
-
- 0x2547C6F4: 93C10018 stw r30,24(r1)
- 35: GETL R30, t26
- 36: GETL R1, t28
- 37: ADDL $0x18, t28
- 38: STL t26, (t28)
- 39: INCEIPL $4
-
- 0x2547C6F8: 480067E9 bl 0x25482EE0
- 40: MOVL $0x2547C6FC, t30
- 41: PUTL t30, LR
- 42: JMPo-c $0x25482EE0 ($4)
-
-
-
-. 379 2547C6D4 40
-. 7C 08 02 A6 94 21 FF E0 93 E1 00 1C 7C 9F 23 78 93 A1 00 14 7C 7D 1B 78 90 01 00 24 80 84 00 04 93 C1 00 18 48 00 67 E9
-==== BB 380 strcmp(0x25482EE0) approx BBs exec'd 0 ====
-
- 0x25482EE0: 7C801B78 or r0,r4,r3
- 0: GETL R4, t0
- 1: GETL R3, t2
- 2: ORL t2, t0
- 3: PUTL t0, R0
- 4: INCEIPL $4
-
- 0x25482EE4: 540007BF rlwinm. r0,r0,0,30,31
- 5: GETL R0, t4
- 6: ANDL $0x3, t4
- 7: PUTL t4, R0
- 8: CMP0L t4, t6 (-rSo)
- 9: ICRFL t6, $0x0, CR
- 10: INCEIPL $4
-
- 0x25482EE8: 3CE0FEFF lis r7,-257
- 11: MOVL $0xFEFF0000, t8
- 12: PUTL t8, R7
- 13: INCEIPL $4
-
- 0x25482EEC: 40820094 bc 4,2,0x25482F80
- 14: Jc02o $0x25482F80
-
-
-
-. 380 25482EE0 16
-. 7C 80 1B 78 54 00 07 BF 3C E0 FE FF 40 82 00 94
-==== BB 381 (0x25482EF0) approx BBs exec'd 0 ====
-
- 0x25482EF0: 80A30000 lwz r5,0(r3)
- 0: GETL R3, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R5
- 3: INCEIPL $4
-
- 0x25482EF4: 80C40000 lwz r6,0(r4)
- 4: GETL R4, t4
- 5: LDL (t4), t6
- 6: PUTL t6, R6
- 7: INCEIPL $4
-
- 0x25482EF8: 3D007F7F lis r8,32639
- 8: MOVL $0x7F7F0000, t8
- 9: PUTL t8, R8
- 10: INCEIPL $4
-
- 0x25482EFC: 38E7FEFF addi r7,r7,-257
- 11: GETL R7, t10
- 12: ADDL $0xFFFFFEFF, t10
- 13: PUTL t10, R7
- 14: INCEIPL $4
-
- 0x25482F00: 39087F7F addi r8,r8,32639
- 15: MOVL $0x7F7F7F7F, t12
- 16: PUTL t12, R8
- 17: INCEIPL $4
-
- 0x25482F04: 48000010 b 0x25482F14
- 18: JMPo $0x25482F14 ($4)
-
-
-
-. 381 25482EF0 24
-. 80 A3 00 00 80 C4 00 00 3D 00 7F 7F 38 E7 FE FF 39 08 7F 7F 48 00 00 10
-==== BB 382 (0x25482F14) approx BBs exec'd 0 ====
-
- 0x25482F14: 7C072A14 add r0,r7,r5
- 0: GETL R7, t0
- 1: GETL R5, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25482F18: 7D0928F8 nor r9,r8,r5
- 5: GETL R8, t4
- 6: GETL R5, t6
- 7: ORL t6, t4
- 8: NOTL t4
- 9: PUTL t4, R9
- 10: INCEIPL $4
-
- 0x25482F1C: 7C004839 and. r0,r0,r9
- 11: GETL R0, t8
- 12: GETL R9, t10
- 13: ANDL t8, t10
- 14: PUTL t10, R0
- 15: CMP0L t10, t12 (-rSo)
- 16: ICRFL t12, $0x0, CR
- 17: INCEIPL $4
-
- 0x25482F20: 7C853000 cmp cr1,r5,r6
- 18: GETL R5, t14
- 19: GETL R6, t16
- 20: CMPL t14, t16, t18 (-rSo)
- 21: ICRFL t18, $0x1, CR
- 22: INCEIPL $4
-
- 0x25482F24: 4182FFE4 bc 12,2,0x25482F08
- 23: Js02o $0x25482F08
-
-
-
-. 382 25482F14 20
-. 7C 07 2A 14 7D 09 28 F8 7C 00 48 39 7C 85 30 00 41 82 FF E4
-==== BB 383 (0x25482F08) approx BBs exec'd 0 ====
-
- 0x25482F08: 84A30004 lwzu r5,4(r3)
- 0: GETL R3, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R3
- 3: LDL (t0), t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0x25482F0C: 40860054 bc 4,6,0x25482F60
- 6: Jc06o $0x25482F60
-
-
-
-. 383 25482F08 8
-. 84 A3 00 04 40 86 00 54
-==== BB 384 (0x25482F60) approx BBs exec'd 0 ====
-
- 0x25482F60: 80A3FFFC lwz r5,-4(r3)
- 0: GETL R3, t0
- 1: ADDL $0xFFFFFFFC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x25482F64: 7CAA3279 xor. r10,r5,r6
- 5: GETL R5, t4
- 6: GETL R6, t6
- 7: XORL t4, t6
- 8: PUTL t6, R10
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x0, CR
- 11: INCEIPL $4
-
- 0x25482F68: 7C662850 subf r3,r6,r5
- 12: GETL R6, t10
- 13: GETL R5, t12
- 14: SUBL t10, t12
- 15: PUTL t12, R3
- 16: INCEIPL $4
-
- 0x25482F6C: 4CA00020 bclr 5,0
- 17: GETL LR, t14
- 18: Jc00o-r t14
-
-
-
-. 384 25482F60 16
-. 80 A3 FF FC 7C AA 32 79 7C 66 28 50 4C A0 00 20
-==== BB 385 (0x2547C6FC) approx BBs exec'd 0 ====
-
- 0x2547C6FC: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x2547C700: 38600001 li r3,1
- 4: MOVL $0x1, t4
- 5: PUTL t4, R3
- 6: INCEIPL $4
-
- 0x2547C704: 419E0030 bc 12,30,0x2547C734
- 7: Js30o $0x2547C734
-
-
-
-. 385 2547C6FC 12
-. 2F 83 00 00 38 60 00 01 41 9E 00 30
-==== BB 386 (0x2547C708) approx BBs exec'd 0 ====
-
- 0x2547C708: 83FF001C lwz r31,28(r31)
- 0: GETL R31, t0
- 1: ADDL $0x1C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R31
- 4: INCEIPL $4
-
- 0x2547C70C: 4800001C b 0x2547C728
- 5: JMPo $0x2547C728 ($4)
-
-
-
-. 386 2547C708 8
-. 83 FF 00 1C 48 00 00 1C
-==== BB 387 (0x2547C728) approx BBs exec'd 0 ====
-
- 0x2547C728: 2C1F0000 cmpi cr0,r31,0
- 0: GETL R31, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0x2547C72C: 4082FFE4 bc 4,2,0x2547C710
- 4: Jc02o $0x2547C710
-
-
-
-. 387 2547C728 8
-. 2C 1F 00 00 40 82 FF E4
-==== BB 388 (0x2547C710) approx BBs exec'd 0 ====
-
- 0x2547C710: 809F0000 lwz r4,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R4
- 3: INCEIPL $4
-
- 0x2547C714: 7FA3EB78 or r3,r29,r29
- 4: GETL R29, t4
- 5: PUTL t4, R3
- 6: INCEIPL $4
-
- 0x2547C718: 480067C9 bl 0x25482EE0
- 7: MOVL $0x2547C71C, t6
- 8: PUTL t6, LR
- 9: JMPo-c $0x25482EE0 ($4)
-
-
-
-. 388 2547C710 12
-. 80 9F 00 00 7F A3 EB 78 48 00 67 C9
-==== BB 389 (0x2547C71C) approx BBs exec'd 0 ====
-
- 0x2547C71C: 2C830000 cmpi cr1,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0x2547C720: 41860030 bc 12,6,0x2547C750
- 4: Js06o $0x2547C750
-
-
-
-. 389 2547C71C 8
-. 2C 83 00 00 41 86 00 30
-==== BB 390 (0x2547C724) approx BBs exec'd 0 ====
-
- 0x2547C724: 83FF0004 lwz r31,4(r31)
- 0: GETL R31, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R31
- 4: INCEIPL $4
-
- 0x2547C728: 2C1F0000 cmpi cr0,r31,0
- 5: GETL R31, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0x2547C72C: 4082FFE4 bc 4,2,0x2547C710
- 9: Jc02o $0x2547C710
-
-
-
-. 390 2547C724 12
-. 83 FF 00 04 2C 1F 00 00 40 82 FF E4
-==== BB 391 (0x2547C730) approx BBs exec'd 0 ====
-
- 0x2547C730: 38600000 li r3,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x2547C734: 80810024 lwz r4,36(r1)
- 3: GETL R1, t2
- 4: ADDL $0x24, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0x2547C738: 83A10014 lwz r29,20(r1)
- 8: GETL R1, t6
- 9: ADDL $0x14, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R29
- 12: INCEIPL $4
-
- 0x2547C73C: 83C10018 lwz r30,24(r1)
- 13: GETL R1, t10
- 14: ADDL $0x18, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R30
- 17: INCEIPL $4
-
- 0x2547C740: 7C8803A6 mtlr r4
- 18: GETL R4, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0x2547C744: 83E1001C lwz r31,28(r1)
- 21: GETL R1, t16
- 22: ADDL $0x1C, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R31
- 25: INCEIPL $4
-
- 0x2547C748: 38210020 addi r1,r1,32
- 26: GETL R1, t20
- 27: ADDL $0x20, t20
- 28: PUTL t20, R1
- 29: INCEIPL $4
-
- 0x2547C74C: 4E800020 blr
- 30: GETL LR, t22
- 31: JMPo-r t22 ($4)
-
-
-
-. 391 2547C730 32
-. 38 60 00 00 80 81 00 24 83 A1 00 14 83 C1 00 18 7C 88 03 A6 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 392 (0x25476D98) approx BBs exec'd 0 ====
-
- 0x25476D98: 2C830000 cmpi cr1,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0x25476D9C: 408601B8 bc 4,6,0x25476F54
- 4: Jc06o $0x25476F54
-
-
-
-. 392 25476D98 8
-. 2C 83 00 00 40 86 01 B8
-==== BB 393 (0x25476DA0) approx BBs exec'd 0 ====
-
- 0x25476DA0: 807D0180 lwz r3,384(r29)
- 0: GETL R29, t0
- 1: ADDL $0x180, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x25476DA4: 74690080 andis. r9,r3,0x80
- 5: GETL R3, t4
- 6: ANDL $0x800000, t4
- 7: PUTL t4, R9
- 8: CMP0L t4, t6 (-rSo)
- 9: ICRFL t6, $0x0, CR
- 10: INCEIPL $4
-
- 0x25476DA8: 418200F8 bc 12,2,0x25476EA0
- 11: Js02o $0x25476EA0
-
-
-
-. 393 25476DA0 12
-. 80 7D 01 80 74 69 00 80 41 82 00 F8
-==== BB 394 (0x25476EA0) approx BBs exec'd 0 ====
-
- 0x25476EA0: 817D0058 lwz r11,88(r29)
- 0: GETL R29, t0
- 1: ADDL $0x58, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x25476EA4: 7FE3FB78 or r3,r31,r31
- 5: GETL R31, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x25476EA8: 2D8B0000 cmpi cr3,r11,0
- 8: GETL R11, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x3, CR
- 11: INCEIPL $4
-
- 0x25476EAC: 41AEFF00 bc 13,14,0x25476DAC
- 12: Js14o $0x25476DAC
-
-
-
-. 394 25476EA0 16
-. 81 7D 00 58 7F E3 FB 78 2D 8B 00 00 41 AE FF 00
-==== BB 395 (0x25476DAC) approx BBs exec'd 0 ====
-
- 0x25476DAC: 83BD000C lwz r29,12(r29)
- 0: GETL R29, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0x25476DB0: 2C9D0000 cmpi cr1,r29,0
- 5: GETL R29, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x25476DB4: 4086FFCC bc 4,6,0x25476D80
- 9: Jc06o $0x25476D80
-
-
-
-. 395 25476DAC 12
-. 83 BD 00 0C 2C 9D 00 00 40 86 FF CC
-==== BB 396 (0x25476D80) approx BBs exec'd 0 ====
-
- 0x25476D80: 80BD0180 lwz r5,384(r29)
- 0: GETL R29, t0
- 1: ADDL $0x180, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x25476D84: 7FA4EB78 or r4,r29,r29
- 5: GETL R29, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0x25476D88: 7FE3FB78 or r3,r31,r31
- 8: GETL R31, t6
- 9: PUTL t6, R3
- 10: INCEIPL $4
-
- 0x25476D8C: 74A90040 andis. r9,r5,0x40
- 11: GETL R5, t8
- 12: ANDL $0x400000, t8
- 13: PUTL t8, R9
- 14: CMP0L t8, t10 (-rSo)
- 15: ICRFL t10, $0x0, CR
- 16: INCEIPL $4
-
- 0x25476D90: 4082001C bc 4,2,0x25476DAC
- 17: Jc02o $0x25476DAC
-
-
-
-. 396 25476D80 20
-. 80 BD 01 80 7F A4 EB 78 7F E3 FB 78 74 A9 00 40 40 82 00 1C
-==== BB 397 (0x25476EB0) approx BBs exec'd 0 ====
-
- 0x25476EB0: 813D0034 lwz r9,52(r29)
- 0: GETL R29, t0
- 1: ADDL $0x34, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25476EB4: 816B0004 lwz r11,4(r11)
- 5: GETL R11, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R11
- 9: INCEIPL $4
-
- 0x25476EB8: 80890004 lwz r4,4(r9)
- 10: GETL R9, t8
- 11: ADDL $0x4, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R4
- 14: INCEIPL $4
-
- 0x25476EBC: 7F845A14 add r28,r4,r11
- 15: GETL R4, t12
- 16: GETL R11, t14
- 17: ADDL t12, t14
- 18: PUTL t14, R28
- 19: INCEIPL $4
-
- 0x25476EC0: 7F84E378 or r4,r28,r28
- 20: GETL R28, t16
- 21: PUTL t16, R4
- 22: INCEIPL $4
-
- 0x25476EC4: 4800C01D bl 0x25482EE0
- 23: MOVL $0x25476EC8, t18
- 24: PUTL t18, LR
- 25: JMPo-c $0x25482EE0 ($4)
-
-
-
-. 397 25476EB0 24
-. 81 3D 00 34 81 6B 00 04 80 89 00 04 7F 84 5A 14 7F 84 E3 78 48 00 C0 1D
-==== BB 398 (0x25482F80) approx BBs exec'd 0 ====
-
- 0x25482F80: 88A30000 lbz r5,0(r3)
- 0: GETL R3, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R5
- 3: INCEIPL $4
-
- 0x25482F84: 88C40000 lbz r6,0(r4)
- 4: GETL R4, t4
- 5: LDB (t4), t6
- 6: PUTL t6, R6
- 7: INCEIPL $4
-
- 0x25482F88: 48000010 b 0x25482F98
- 8: JMPo $0x25482F98 ($4)
-
-
-
-. 398 25482F80 12
-. 88 A3 00 00 88 C4 00 00 48 00 00 10
-==== BB 399 (0x25482F98) approx BBs exec'd 0 ====
-
- 0x25482F98: 2C850000 cmpi cr1,r5,0
- 0: GETL R5, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0x25482F9C: 41860020 bc 12,6,0x25482FBC
- 4: Js06o $0x25482FBC
-
-
-
-. 399 25482F98 8
-. 2C 85 00 00 41 86 00 20
-==== BB 400 (0x25482FA0) approx BBs exec'd 0 ====
-
- 0x25482FA0: 7C053000 cmp cr0,r5,r6
- 0: GETL R5, t0
- 1: GETL R6, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x0, CR
- 4: INCEIPL $4
-
- 0x25482FA4: 40820018 bc 4,2,0x25482FBC
- 5: Jc02o $0x25482FBC
-
-
-
-. 400 25482FA0 8
-. 7C 05 30 00 40 82 00 18
-==== BB 401 (0x25482FBC) approx BBs exec'd 0 ====
-
- 0x25482FBC: 7C662850 subf r3,r6,r5
- 0: GETL R6, t0
- 1: GETL R5, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x25482FC0: 4E800020 blr
- 5: GETL LR, t4
- 6: JMPo-r t4 ($4)
-
-
-
-. 401 25482FBC 8
-. 7C 66 28 50 4E 80 00 20
-==== BB 402 (0x25476EC8) approx BBs exec'd 0 ====
-
- 0x25476EC8: 2E030000 cmpi cr4,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0x25476ECC: 4092FEE0 bc 4,18,0x25476DAC
- 4: Jc18o $0x25476DAC
-
-
-
-. 402 25476EC8 8
-. 2E 03 00 00 40 92 FE E0
-==== BB 403 (0x25476DB8) approx BBs exec'd 0 ====
-
- 0x25476DB8: 829E04F4 lwz r20,1268(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4F4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R20
- 4: INCEIPL $4
-
- 0x25476DBC: 2D9B0000 cmpi cr3,r27,0
- 5: GETL R27, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x3, CR
- 8: INCEIPL $4
-
- 0x25476DC0: 81540000 lwz r10,0(r20)
- 9: GETL R20, t8
- 10: LDL (t8), t10
- 11: PUTL t10, R10
- 12: INCEIPL $4
-
- 0x25476DC4: 71490040 andi. r9,r10,0x40
- 13: GETL R10, t12
- 14: ANDL $0x40, t12
- 15: PUTL t12, R9
- 16: CMP0L t12, t14 (-rSo)
- 17: ICRFL t14, $0x0, CR
- 18: INCEIPL $4
-
- 0x25476DC8: 40820390 bc 4,2,0x25477158
- 19: Jc02o $0x25477158
-
-
-
-. 403 25476DB8 20
-. 82 9E 04 F4 2D 9B 00 00 81 54 00 00 71 49 00 40 40 82 03 90
-==== BB 404 (0x25476DCC) approx BBs exec'd 0 ====
-
- 0x25476DCC: 7FE3FB78 or r3,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25476DD0: 3880002F li r4,47
- 3: MOVL $0x2F, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0x25476DD4: 4800C02D bl 0x25482E00
- 6: MOVL $0x25476DD8, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0x25482E00 ($4)
-
-
-
-. 404 25476DCC 12
-. 7F E3 FB 78 38 80 00 2F 48 00 C0 2D
-==== BB 405 (0x25482EB4) approx BBs exec'd 0 ====
-
- 0x25482EB4: 7CE06038 and r0,r7,r12
- 0: GETL R7, t0
- 1: GETL R12, t2
- 2: ANDL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25482EB8: 7CEA6378 or r10,r7,r12
- 5: GETL R7, t4
- 6: GETL R12, t6
- 7: ORL t6, t4
- 8: PUTL t4, R10
- 9: INCEIPL $4
-
- 0x25482EBC: 7C003A14 add r0,r0,r7
- 10: GETL R0, t8
- 11: GETL R7, t10
- 12: ADDL t8, t10
- 13: PUTL t10, R0
- 14: INCEIPL $4
-
- 0x25482EC0: 7D4900F8 nor r9,r10,r0
- 15: GETL R10, t12
- 16: GETL R0, t14
- 17: ORL t14, t12
- 18: NOTL t12
- 19: PUTL t12, R9
- 20: INCEIPL $4
-
- 0x25482EC4: 7D240034 cntlzw r4,r9
- 21: GETL R9, t16
- 22: CNTLZL t16
- 23: PUTL t16, R4
- 24: INCEIPL $4
-
- 0x25482EC8: 3908FFFC addi r8,r8,-4
- 25: GETL R8, t18
- 26: ADDL $0xFFFFFFFC, t18
- 27: PUTL t18, R8
- 28: INCEIPL $4
-
- 0x25482ECC: 5484E8FE rlwinm r4,r4,29,3,31
- 29: GETL R4, t20
- 30: SHRL $0x3, t20
- 31: PUTL t20, R4
- 32: INCEIPL $4
-
- 0x25482ED0: 7C682214 add r3,r8,r4
- 33: GETL R8, t22
- 34: GETL R4, t24
- 35: ADDL t22, t24
- 36: PUTL t24, R3
- 37: INCEIPL $4
-
- 0x25482ED4: 4E800020 blr
- 38: GETL LR, t26
- 39: JMPo-r t26 ($4)
-
-
-
-. 405 25482EB4 36
-. 7C E0 60 38 7C EA 63 78 7C 00 3A 14 7D 49 00 F8 7D 24 00 34 39 08 FF FC 54 84 E8 FE 7C 68 22 14 4E 80 00 20
-==== BB 406 (0x25476DD8) approx BBs exec'd 0 ====
-
- 0x25476DD8: 2F030000 cmpi cr6,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x25476DDC: 419A0290 bc 12,26,0x2547706C
- 4: Js26o $0x2547706C
-
-
-
-. 406 25476DD8 8
-. 2F 03 00 00 41 9A 02 90
-==== BB 407 (0x25476DE0) approx BBs exec'd 0 ====
-
- 0x25476DE0: 418E01D8 bc 12,14,0x25476FB8
- 0: Js14o $0x25476FB8
-
-
-
-. 407 25476DE0 4
-. 41 8E 01 D8
-==== BB 408 (0x25476DE4) approx BBs exec'd 0 ====
-
- 0x25476DE4: 7F63DB78 or r3,r27,r27
- 0: GETL R27, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25476DE8: 7FE4FB78 or r4,r31,r31
- 3: GETL R31, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0x25476DEC: 4BFFD941 bl 0x2547472C
- 6: MOVL $0x25476DF0, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0x2547472C ($4)
-
-
-
-. 408 25476DE4 12
-. 7F 63 DB 78 7F E4 FB 78 4B FF D9 41
-==== BB 409 expand_dynamic_string_token(0x2547472C) approx BBs exec'd 0 ====
-
- 0x2547472C: 9421FFD0 stwu r1,-48(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFD0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x25474730: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x25474734: 480228CD bl 0x25497000
- 9: MOVL $0x25474738, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-
-. 409 2547472C 12
-. 94 21 FF D0 7C 08 02 A6 48 02 28 CD
-==== BB 410 (0x25474738) approx BBs exec'd 0 ====
-
- 0x25474738: 7D800026 mfcr r12
- 0: GETL CR, t0
- 1: PUTL t0, R12
- 2: INCEIPL $4
-
- 0x2547473C: 93C10028 stw r30,40(r1)
- 3: GETL R30, t2
- 4: GETL R1, t4
- 5: ADDL $0x28, t4
- 6: STL t2, (t4)
- 7: INCEIPL $4
-
- 0x25474740: 7FC802A6 mflr r30
- 8: GETL LR, t6
- 9: PUTL t6, R30
- 10: INCEIPL $4
-
- 0x25474744: 93A10024 stw r29,36(r1)
- 11: GETL R29, t8
- 12: GETL R1, t10
- 13: ADDL $0x24, t10
- 14: STL t8, (t10)
- 15: INCEIPL $4
-
- 0x25474748: 7C9D2378 or r29,r4,r4
- 16: GETL R4, t12
- 17: PUTL t12, R29
- 18: INCEIPL $4
-
- 0x2547474C: 93410018 stw r26,24(r1)
- 19: GETL R26, t14
- 20: GETL R1, t16
- 21: ADDL $0x18, t16
- 22: STL t14, (t16)
- 23: INCEIPL $4
-
- 0x25474750: 38800024 li r4,36
- 24: MOVL $0x24, t18
- 25: PUTL t18, R4
- 26: INCEIPL $4
-
- 0x25474754: 93810020 stw r28,32(r1)
- 27: GETL R28, t20
- 28: GETL R1, t22
- 29: ADDL $0x20, t22
- 30: STL t20, (t22)
- 31: INCEIPL $4
-
- 0x25474758: 7C7C1B78 or r28,r3,r3
- 32: GETL R3, t24
- 33: PUTL t24, R28
- 34: INCEIPL $4
-
- 0x2547475C: 92E1000C stw r23,12(r1)
- 35: GETL R23, t26
- 36: GETL R1, t28
- 37: ADDL $0xC, t28
- 38: STL t26, (t28)
- 39: INCEIPL $4
-
- 0x25474760: 7FA3EB78 or r3,r29,r29
- 40: GETL R29, t30
- 41: PUTL t30, R3
- 42: INCEIPL $4
-
- 0x25474764: 93010010 stw r24,16(r1)
- 43: GETL R24, t32
- 44: GETL R1, t34
- 45: ADDL $0x10, t34
- 46: STL t32, (t34)
- 47: INCEIPL $4
-
- 0x25474768: 93210014 stw r25,20(r1)
- 48: GETL R25, t36
- 49: GETL R1, t38
- 50: ADDL $0x14, t38
- 51: STL t36, (t38)
- 52: INCEIPL $4
-
- 0x2547476C: 9361001C stw r27,28(r1)
- 53: GETL R27, t40
- 54: GETL R1, t42
- 55: ADDL $0x1C, t42
- 56: STL t40, (t42)
- 57: INCEIPL $4
-
- 0x25474770: 93E1002C stw r31,44(r1)
- 58: GETL R31, t44
- 59: GETL R1, t46
- 60: ADDL $0x2C, t46
- 61: STL t44, (t46)
- 62: INCEIPL $4
-
- 0x25474774: 90010034 stw r0,52(r1)
- 63: GETL R0, t48
- 64: GETL R1, t50
- 65: ADDL $0x34, t50
- 66: STL t48, (t50)
- 67: INCEIPL $4
-
- 0x25474778: 91810008 stw r12,8(r1)
- 68: GETL R12, t52
- 69: GETL R1, t54
- 70: ADDL $0x8, t54
- 71: STL t52, (t54)
- 72: INCEIPL $4
-
- 0x2547477C: 4800E685 bl 0x25482E00
- 73: MOVL $0x25474780, t56
- 74: PUTL t56, LR
- 75: JMPo-c $0x25482E00 ($4)
-
-
-
-. 410 25474738 72
-. 7D 80 00 26 93 C1 00 28 7F C8 02 A6 93 A1 00 24 7C 9D 23 78 93 41 00 18 38 80 00 24 93 81 00 20 7C 7C 1B 78 92 E1 00 0C 7F A3 EB 78 93 01 00 10 93 21 00 14 93 61 00 1C 93 E1 00 2C 90 01 00 34 91 81 00 08 48 00 E6 85
-==== BB 411 (0x25474780) approx BBs exec'd 0 ====
-
- 0x25474780: 7C7A1B79 or. r26,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R26
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x25474784: 40820074 bc 4,2,0x254747F8
- 5: Jc02o $0x254747F8
-
-
-
-. 411 25474780 8
-. 7C 7A 1B 79 40 82 00 74
-==== BB 412 (0x25474788) approx BBs exec'd 0 ====
-
- 0x25474788: 7FA3EB78 or r3,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x2547478C: 4800E845 bl 0x25482FD0
- 3: MOVL $0x25474790, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0x25482FD0 ($4)
-
-
-
-. 412 25474788 8
-. 7F A3 EB 78 48 00 E8 45
-==== BB 413 (0x25474790) approx BBs exec'd 0 ====
-
- 0x25474790: 3BE30001 addi r31,r3,1
- 0: GETL R3, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R31
- 3: INCEIPL $4
-
- 0x25474794: 7FE3FB78 or r3,r31,r31
- 4: GETL R31, t2
- 5: PUTL t2, R3
- 6: INCEIPL $4
-
- 0x25474798: 4802328D bl 0x25497A24
- 7: MOVL $0x2547479C, t4
- 8: PUTL t4, LR
- 9: JMPo-c $0x25497A24 ($4)
-
-
-
-. 413 25474790 12
-. 3B E3 00 01 7F E3 FB 78 48 02 32 8D
-==== BB 414 (0x2547FE20) approx BBs exec'd 0 ====
-
- 0x2547FE20: 813E04F4 lwz r9,1268(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4F4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x2547FE24: 81890004 lwz r12,4(r9)
- 5: GETL R9, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R12
- 9: INCEIPL $4
-
- 0x2547FE28: 7C8CE214 add r4,r12,r28
- 10: GETL R12, t8
- 11: GETL R28, t10
- 12: ADDL t8, t10
- 13: PUTL t10, R4
- 14: INCEIPL $4
-
- 0x2547FE2C: 7D4C00D0 neg r10,r12
- 15: GETL R12, t12
- 16: NEGL t12
- 17: PUTL t12, R10
- 18: INCEIPL $4
-
- 0x2547FE30: 3964FFFF addi r11,r4,-1
- 19: GETL R4, t14
- 20: ADDL $0xFFFFFFFF, t14
- 21: PUTL t14, R11
- 22: INCEIPL $4
-
- 0x2547FE34: 7D7D5038 and r29,r11,r10
- 23: GETL R11, t16
- 24: GETL R10, t18
- 25: ANDL t16, t18
- 26: PUTL t18, R29
- 27: INCEIPL $4
-
- 0x2547FE38: 7FA4EB78 or r4,r29,r29
- 28: GETL R29, t20
- 29: PUTL t20, R4
- 30: INCEIPL $4
-
- 0x2547FE3C: 4800295D bl 0x25482798
- 31: MOVL $0x2547FE40, t22
- 32: PUTL t22, LR
- 33: JMPo-c $0x25482798 ($4)
-
-
-
-. 414 2547FE20 32
-. 81 3E 04 F4 81 89 00 04 7C 8C E2 14 7D 4C 00 D0 39 64 FF FF 7D 7D 50 38 7F A4 EB 78 48 00 29 5D
-==== BB 415 mmap(0x25482798) approx BBs exec'd 0 ====
-
- 0x25482798: 3800005A li r0,90
- 0: MOVL $0x5A, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x2548279C: 44000002 sc
- 3: JMPo-sys $0x254827A0 ($4)
-
-
-
-. 415 25482798 8
-. 38 00 00 5A 44 00 00 02
-==== BB 416 (0x254827A0) approx BBs exec'd 0 ====
-
- 0x254827A0: 4CA30020 bclr 5,3
- 0: GETL LR, t0
- 1: Jc03o-r t0
-
-
-
-. 416 254827A0 4
-. 4C A3 00 20
-==== BB 417 (0x2547FE40) approx BBs exec'd 0 ====
-
- 0x2547FE40: 80BB0000 lwz r5,0(r27)
- 0: GETL R27, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R5
- 3: INCEIPL $4
-
- 0x2547FE44: 7D23EA14 add r9,r3,r29
- 4: GETL R3, t4
- 5: GETL R29, t6
- 6: ADDL t4, t6
- 7: PUTL t6, R9
- 8: INCEIPL $4
-
- 0x2547FE48: 7C832800 cmp cr1,r3,r5
- 9: GETL R3, t8
- 10: GETL R5, t10
- 11: CMPL t8, t10, t12 (-rSo)
- 12: ICRFL t12, $0x1, CR
- 13: INCEIPL $4
-
- 0x2547FE4C: 41860008 bc 12,6,0x2547FE54
- 14: Js06o $0x2547FE54
-
-
-
-. 417 2547FE40 16
-. 80 BB 00 00 7D 23 EA 14 7C 83 28 00 41 86 00 08
-==== BB 418 (0x2547FE50) approx BBs exec'd 0 ====
-
- 0x2547FE50: 907F0000 stw r3,0(r31)
- 0: GETL R3, t0
- 1: GETL R31, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0x2547FE54: 807F0000 lwz r3,0(r31)
- 4: GETL R31, t4
- 5: LDL (t4), t6
- 6: PUTL t6, R3
- 7: INCEIPL $4
-
- 0x2547FE58: 80C10024 lwz r6,36(r1)
- 8: GETL R1, t8
- 9: ADDL $0x24, t8
- 10: LDL (t8), t10
- 11: PUTL t10, R6
- 12: INCEIPL $4
-
- 0x2547FE5C: 7D03E214 add r8,r3,r28
- 13: GETL R3, t12
- 14: GETL R28, t14
- 15: ADDL t12, t14
- 16: PUTL t14, R8
- 17: INCEIPL $4
-
- 0x2547FE60: 80FE0420 lwz r7,1056(r30)
- 18: GETL R30, t16
- 19: ADDL $0x420, t16
- 20: LDL (t16), t18
- 21: PUTL t18, R7
- 22: INCEIPL $4
-
- 0x2547FE64: 913B0000 stw r9,0(r27)
- 23: GETL R9, t20
- 24: GETL R27, t22
- 25: STL t20, (t22)
- 26: INCEIPL $4
-
- 0x2547FE68: 7CC803A6 mtlr r6
- 27: GETL R6, t24
- 28: PUTL t24, LR
- 29: INCEIPL $4
-
- 0x2547FE6C: 911F0000 stw r8,0(r31)
- 30: GETL R8, t26
- 31: GETL R31, t28
- 32: STL t26, (t28)
- 33: INCEIPL $4
-
- 0x2547FE70: 8361000C lwz r27,12(r1)
- 34: GETL R1, t30
- 35: ADDL $0xC, t30
- 36: LDL (t30), t32
- 37: PUTL t32, R27
- 38: INCEIPL $4
-
- 0x2547FE74: 83810010 lwz r28,16(r1)
- 39: GETL R1, t34
- 40: ADDL $0x10, t34
- 41: LDL (t34), t36
- 42: PUTL t36, R28
- 43: INCEIPL $4
-
- 0x2547FE78: 83A10014 lwz r29,20(r1)
- 44: GETL R1, t38
- 45: ADDL $0x14, t38
- 46: LDL (t38), t40
- 47: PUTL t40, R29
- 48: INCEIPL $4
-
- 0x2547FE7C: 83C10018 lwz r30,24(r1)
- 49: GETL R1, t42
- 50: ADDL $0x18, t42
- 51: LDL (t42), t44
- 52: PUTL t44, R30
- 53: INCEIPL $4
-
- 0x2547FE80: 83E1001C lwz r31,28(r1)
- 54: GETL R1, t46
- 55: ADDL $0x1C, t46
- 56: LDL (t46), t48
- 57: PUTL t48, R31
- 58: INCEIPL $4
-
- 0x2547FE84: 38210020 addi r1,r1,32
- 59: GETL R1, t50
- 60: ADDL $0x20, t50
- 61: PUTL t50, R1
- 62: INCEIPL $4
-
- 0x2547FE88: 90670000 stw r3,0(r7)
- 63: GETL R3, t52
- 64: GETL R7, t54
- 65: STL t52, (t54)
- 66: INCEIPL $4
-
- 0x2547FE8C: 4E800020 blr
- 67: GETL LR, t56
- 68: JMPo-r t56 ($4)
-
-
-
-. 418 2547FE50 64
-. 90 7F 00 00 80 7F 00 00 80 C1 00 24 7D 03 E2 14 80 FE 04 20 91 3B 00 00 7C C8 03 A6 91 1F 00 00 83 61 00 0C 83 81 00 10 83 A1 00 14 83 C1 00 18 83 E1 00 1C 38 21 00 20 90 67 00 00 4E 80 00 20
-==== BB 419 (0x2547479C) approx BBs exec'd 0 ====
-
- 0x2547479C: 38000000 li r0,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x254747A0: 2C030000 cmpi cr0,r3,0
- 3: GETL R3, t2
- 4: CMP0L t2, t4 (-rSo)
- 5: ICRFL t4, $0x0, CR
- 6: INCEIPL $4
-
- 0x254747A4: 41820014 bc 12,2,0x254747B8
- 7: Js02o $0x254747B8
-
-
-
-. 419 2547479C 12
-. 38 00 00 00 2C 03 00 00 41 82 00 14
-==== BB 420 (0x254747A8) approx BBs exec'd 0 ====
-
- 0x254747A8: 7FA4EB78 or r4,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0x254747AC: 7FE5FB78 or r5,r31,r31
- 3: GETL R31, t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0x254747B0: 4800F431 bl 0x25483BE0
- 6: MOVL $0x254747B4, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0x25483BE0 ($4)
-
-
-
-. 420 254747A8 12
-. 7F A4 EB 78 7F E5 FB 78 48 00 F4 31
-==== BB 421 (0x254747B4) approx BBs exec'd 0 ====
-
- 0x254747B4: 7C601B78 or r0,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x254747B8: 7C030378 or r3,r0,r0
- 3: GETL R0, t2
- 4: PUTL t2, R3
- 5: INCEIPL $4
-
- 0x254747BC: 83810034 lwz r28,52(r1)
- 6: GETL R1, t4
- 7: ADDL $0x34, t4
- 8: LDL (t4), t6
- 9: PUTL t6, R28
- 10: INCEIPL $4
-
- 0x254747C0: 81410008 lwz r10,8(r1)
- 11: GETL R1, t8
- 12: ADDL $0x8, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R10
- 15: INCEIPL $4
-
- 0x254747C4: 7F8803A6 mtlr r28
- 16: GETL R28, t12
- 17: PUTL t12, LR
- 18: INCEIPL $4
-
- 0x254747C8: 82E1000C lwz r23,12(r1)
- 19: GETL R1, t14
- 20: ADDL $0xC, t14
- 21: LDL (t14), t16
- 22: PUTL t16, R23
- 23: INCEIPL $4
-
- 0x254747CC: 83010010 lwz r24,16(r1)
- 24: GETL R1, t18
- 25: ADDL $0x10, t18
- 26: LDL (t18), t20
- 27: PUTL t20, R24
- 28: INCEIPL $4
-
- 0x254747D0: 7D408120 mtcrf 0x8,r10
- 29: GETL R10, t22
- 30: ICRFL t22, $0x4, CR
- 31: INCEIPL $4
-
- 0x254747D4: 83210014 lwz r25,20(r1)
- 32: GETL R1, t24
- 33: ADDL $0x14, t24
- 34: LDL (t24), t26
- 35: PUTL t26, R25
- 36: INCEIPL $4
-
- 0x254747D8: 83410018 lwz r26,24(r1)
- 37: GETL R1, t28
- 38: ADDL $0x18, t28
- 39: LDL (t28), t30
- 40: PUTL t30, R26
- 41: INCEIPL $4
-
- 0x254747DC: 8361001C lwz r27,28(r1)
- 42: GETL R1, t32
- 43: ADDL $0x1C, t32
- 44: LDL (t32), t34
- 45: PUTL t34, R27
- 46: INCEIPL $4
-
- 0x254747E0: 83810020 lwz r28,32(r1)
- 47: GETL R1, t36
- 48: ADDL $0x20, t36
- 49: LDL (t36), t38
- 50: PUTL t38, R28
- 51: INCEIPL $4
-
- 0x254747E4: 83A10024 lwz r29,36(r1)
- 52: GETL R1, t40
- 53: ADDL $0x24, t40
- 54: LDL (t40), t42
- 55: PUTL t42, R29
- 56: INCEIPL $4
-
- 0x254747E8: 83C10028 lwz r30,40(r1)
- 57: GETL R1, t44
- 58: ADDL $0x28, t44
- 59: LDL (t44), t46
- 60: PUTL t46, R30
- 61: INCEIPL $4
-
- 0x254747EC: 83E1002C lwz r31,44(r1)
- 62: GETL R1, t48
- 63: ADDL $0x2C, t48
- 64: LDL (t48), t50
- 65: PUTL t50, R31
- 66: INCEIPL $4
-
- 0x254747F0: 38210030 addi r1,r1,48
- 67: GETL R1, t52
- 68: ADDL $0x30, t52
- 69: PUTL t52, R1
- 70: INCEIPL $4
-
- 0x254747F4: 4E800020 blr
- 71: GETL LR, t54
- 72: JMPo-r t54 ($4)
-
-
-
-. 421 254747B4 68
-. 7C 60 1B 78 7C 03 03 78 83 81 00 34 81 41 00 08 7F 88 03 A6 82 E1 00 0C 83 01 00 10 7D 40 81 20 83 21 00 14 83 41 00 18 83 61 00 1C 83 81 00 20 83 A1 00 24 83 C1 00 28 83 E1 00 2C 38 21 00 30 4E 80 00 20
-==== BB 422 (0x25476DF0) approx BBs exec'd 0 ====
-
- 0x25476DF0: 3B40FFFF li r26,-1
- 0: MOVL $0xFFFFFFFF, t0
- 1: PUTL t0, R26
- 2: INCEIPL $4
-
- 0x25476DF4: 2F030000 cmpi cr6,r3,0
- 3: GETL R3, t2
- 4: CMP0L t2, t4 (-rSo)
- 5: ICRFL t4, $0x6, CR
- 6: INCEIPL $4
-
- 0x25476DF8: 90610228 stw r3,552(r1)
- 7: GETL R3, t6
- 8: GETL R1, t8
- 9: ADDL $0x228, t8
- 10: STL t6, (t8)
- 11: INCEIPL $4
-
- 0x25476DFC: 2E1AFFFF cmpi cr4,r26,-1
- 12: GETL R26, t10
- 13: MOVL $0xFFFFFFFF, t14
- 14: CMPL t10, t14, t12 (-rSo)
- 15: ICRFL t12, $0x4, CR
- 16: INCEIPL $4
-
- 0x25476E00: 409A0200 bc 4,26,0x25477000
- 17: Jc26o $0x25477000
-
-
-
-. 422 25476DF0 20
-. 3B 40 FF FF 2F 03 00 00 90 61 02 28 2E 1A FF FF 40 9A 02 00
-==== BB 423 (0x25477000) approx BBs exec'd 0 ====
-
- 0x25477000: 38810018 addi r4,r1,24
- 0: GETL R1, t0
- 1: ADDL $0x18, t0
- 2: PUTL t0, R4
- 3: INCEIPL $4
-
- 0x25477004: 4BFFF441 bl 0x25476444
- 4: MOVL $0x25477008, t2
- 5: PUTL t2, LR
- 6: JMPo-c $0x25476444 ($4)
-
-
-
-. 423 25477000 8
-. 38 81 00 18 4B FF F4 41
-==== BB 424 open_verify(0x25476444) approx BBs exec'd 0 ====
-
- 0x25476444: 9421FFA0 stwu r1,-96(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFA0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x25476448: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x2547644C: 48020BB5 bl 0x25497000
- 9: MOVL $0x25476450, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-
-. 424 25476444 12
-. 94 21 FF A0 7C 08 02 A6 48 02 0B B5
-==== BB 425 (0x25476450) approx BBs exec'd 0 ====
-
- 0x25476450: 93C10058 stw r30,88(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x58, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25476454: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x25476458: 93010040 stw r24,64(r1)
- 8: GETL R24, t6
- 9: GETL R1, t8
- 10: ADDL $0x40, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x2547645C: 93E1005C stw r31,92(r1)
- 13: GETL R31, t10
- 14: GETL R1, t12
- 15: ADDL $0x5C, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x25476460: 7C982378 or r24,r4,r4
- 18: GETL R4, t14
- 19: PUTL t14, R24
- 20: INCEIPL $4
-
- 0x25476464: 7C3F0B78 or r31,r1,r1
- 21: GETL R1, t16
- 22: PUTL t16, R31
- 23: INCEIPL $4
-
- 0x25476468: 38800000 li r4,0
- 24: MOVL $0x0, t18
- 25: PUTL t18, R4
- 26: INCEIPL $4
-
- 0x2547646C: 92C10038 stw r22,56(r1)
- 27: GETL R22, t20
- 28: GETL R1, t22
- 29: ADDL $0x38, t22
- 30: STL t20, (t22)
- 31: INCEIPL $4
-
- 0x25476470: 7C761B78 or r22,r3,r3
- 32: GETL R3, t24
- 33: PUTL t24, R22
- 34: INCEIPL $4
-
- 0x25476474: 93210044 stw r25,68(r1)
- 35: GETL R25, t26
- 36: GETL R1, t28
- 37: ADDL $0x44, t28
- 38: STL t26, (t28)
- 39: INCEIPL $4
-
- 0x25476478: 9361004C stw r27,76(r1)
- 40: GETL R27, t30
- 41: GETL R1, t32
- 42: ADDL $0x4C, t32
- 43: STL t30, (t32)
- 44: INCEIPL $4
-
- 0x2547647C: 3B600000 li r27,0
- 45: MOVL $0x0, t34
- 46: PUTL t34, R27
- 47: INCEIPL $4
-
- 0x25476480: 92A10034 stw r21,52(r1)
- 48: GETL R21, t36
- 49: GETL R1, t38
- 50: ADDL $0x34, t38
- 51: STL t36, (t38)
- 52: INCEIPL $4
-
- 0x25476484: 92E1003C stw r23,60(r1)
- 53: GETL R23, t40
- 54: GETL R1, t42
- 55: ADDL $0x3C, t42
- 56: STL t40, (t42)
- 57: INCEIPL $4
-
- 0x25476488: 93410048 stw r26,72(r1)
- 58: GETL R26, t44
- 59: GETL R1, t46
- 60: ADDL $0x48, t46
- 61: STL t44, (t46)
- 62: INCEIPL $4
-
- 0x2547648C: 93810050 stw r28,80(r1)
- 63: GETL R28, t48
- 64: GETL R1, t50
- 65: ADDL $0x50, t50
- 66: STL t48, (t50)
- 67: INCEIPL $4
-
- 0x25476490: 93A10054 stw r29,84(r1)
- 68: GETL R29, t52
- 69: GETL R1, t54
- 70: ADDL $0x54, t54
- 71: STL t52, (t54)
- 72: INCEIPL $4
-
- 0x25476494: 90010064 stw r0,100(r1)
- 73: GETL R0, t56
- 74: GETL R1, t58
- 75: ADDL $0x64, t58
- 76: STL t56, (t58)
- 77: INCEIPL $4
-
- 0x25476498: 4800BB49 bl 0x25481FE0
- 78: MOVL $0x2547649C, t60
- 79: PUTL t60, LR
- 80: JMPo-c $0x25481FE0 ($4)
-
-
-
-. 425 25476450 76
-. 93 C1 00 58 7F C8 02 A6 93 01 00 40 93 E1 00 5C 7C 98 23 78 7C 3F 0B 78 38 80 00 00 92 C1 00 38 7C 76 1B 78 93 21 00 44 93 61 00 4C 3B 60 00 00 92 A1 00 34 92 E1 00 3C 93 41 00 48 93 81 00 50 93 A1 00 54 90 01 00 64 48 00 BB 49
-==== BB 426 open(0x25481FE0) approx BBs exec'd 0 ====
-
- 0x25481FE0: 38000005 li r0,5
- 0: MOVL $0x5, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x25481FE4: 44000002 sc
- 3: JMPo-sys $0x25481FE8 ($4)
-
-
-
-. 426 25481FE0 8
-. 38 00 00 05 44 00 00 02
-==== BB 427 (0x25481FE8) approx BBs exec'd 0 ====
-
- 0x25481FE8: 4CA30020 bclr 5,3
- 0: GETL LR, t0
- 1: Jc03o-r t0
-
-
-
-. 427 25481FE8 4
-. 4C A3 00 20
-==== BB 428 (0x2547649C) approx BBs exec'd 0 ====
-
- 0x2547649C: 2F83FFFF cmpi cr7,r3,-1
- 0: GETL R3, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x254764A0: 7C791B78 or r25,r3,r3
- 5: GETL R3, t6
- 6: PUTL t6, R25
- 7: INCEIPL $4
-
- 0x254764A4: 419E00CC bc 12,30,0x25476570
- 8: Js30o $0x25476570
-
-
-
-. 428 2547649C 12
-. 2F 83 FF FF 7C 79 1B 78 41 9E 00 CC
-==== BB 429 (0x254764A8) approx BBs exec'd 0 ====
-
- 0x254764A8: 82FE0514 lwz r23,1300(r30)
- 0: GETL R30, t0
- 1: ADDL $0x514, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R23
- 4: INCEIPL $4
-
- 0x254764AC: 3B980004 addi r28,r24,4
- 5: GETL R24, t4
- 6: ADDL $0x4, t4
- 7: PUTL t4, R28
- 8: INCEIPL $4
-
- 0x254764B0: 7F84E378 or r4,r28,r28
- 9: GETL R28, t6
- 10: PUTL t6, R4
- 11: INCEIPL $4
-
- 0x254764B4: 38A00200 li r5,512
- 12: MOVL $0x200, t8
- 13: PUTL t8, R5
- 14: INCEIPL $4
-
- 0x254764B8: 93770000 stw r27,0(r23)
- 15: GETL R27, t10
- 16: GETL R23, t12
- 17: STL t10, (t12)
- 18: INCEIPL $4
-
- 0x254764BC: 4800BB45 bl 0x25482000
- 19: MOVL $0x254764C0, t14
- 20: PUTL t14, LR
- 21: JMPo-c $0x25482000 ($4)
-
-
-
-. 429 254764A8 24
-. 82 FE 05 14 3B 98 00 04 7F 84 E3 78 38 A0 02 00 93 77 00 00 48 00 BB 45
-==== BB 430 read(0x25482000) approx BBs exec'd 0 ====
-
- 0x25482000: 38000003 li r0,3
- 0: MOVL $0x3, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x25482004: 44000002 sc
- 3: JMPo-sys $0x25482008 ($4)
-
-
-
-. 430 25482000 8
-. 38 00 00 03 44 00 00 02
-==== BB 431 (0x25482008) approx BBs exec'd 0 ====
-
- 0x25482008: 4CA30020 bclr 5,3
- 0: GETL LR, t0
- 1: Jc03o-r t0
-
-
-
-. 431 25482008 4
-. 4C A3 00 20
-==== BB 432 (0x254764C0) approx BBs exec'd 0 ====
-
- 0x254764C0: 2C030033 cmpi cr0,r3,51
- 0: GETL R3, t0
- 1: MOVL $0x33, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x254764C4: 7C7D1B78 or r29,r3,r3
- 5: GETL R3, t6
- 6: PUTL t6, R29
- 7: INCEIPL $4
-
- 0x254764C8: 90780000 stw r3,0(r24)
- 8: GETL R3, t8
- 9: GETL R24, t10
- 10: STL t8, (t10)
- 11: INCEIPL $4
-
- 0x254764CC: 4081014C bc 4,1,0x25476618
- 12: Jc01o $0x25476618
-
-
-
-. 432 254764C0 16
-. 2C 03 00 33 7C 7D 1B 78 90 78 00 00 40 81 01 4C
-==== BB 433 (0x254764D0) approx BBs exec'd 0 ====
-
- 0x254764D0: 809E016C lwz r4,364(r30)
- 0: GETL R30, t0
- 1: ADDL $0x16C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x254764D4: 7F83E378 or r3,r28,r28
- 5: GETL R28, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x254764D8: 38A00009 li r5,9
- 8: MOVL $0x9, t6
- 9: PUTL t6, R5
- 10: INCEIPL $4
-
- 0x254764DC: 4800CDBD bl 0x25483298
- 11: MOVL $0x254764E0, t8
- 12: PUTL t8, LR
- 13: JMPo-c $0x25483298 ($4)
-
-
-
-. 433 254764D0 16
-. 80 9E 01 6C 7F 83 E3 78 38 A0 00 09 48 00 CD BD
-==== BB 434 (0x254764E0) approx BBs exec'd 0 ====
-
- 0x254764E0: 2F030000 cmpi cr6,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x254764E4: 409A0234 bc 4,26,0x25476718
- 4: Jc26o $0x25476718
-
-
-
-. 434 254764E0 8
-. 2F 03 00 00 40 9A 02 34
-==== BB 435 (0x254764E8) approx BBs exec'd 0 ====
-
- 0x254764E8: 819C0014 lwz r12,20(r28)
- 0: GETL R28, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R12
- 4: INCEIPL $4
-
- 0x254764EC: 811E0200 lwz r8,512(r30)
- 5: GETL R30, t4
- 6: ADDL $0x200, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R8
- 9: INCEIPL $4
-
- 0x254764F0: 2C8C0001 cmpi cr1,r12,1
- 10: GETL R12, t8
- 11: MOVL $0x1, t12
- 12: CMPL t8, t12, t10 (-rSo)
- 13: ICRFL t10, $0x1, CR
- 14: INCEIPL $4
-
- 0x254764F4: 40860138 bc 4,6,0x2547662C
- 15: Jc06o $0x2547662C
-
-
-
-. 435 254764E8 16
-. 81 9C 00 14 81 1E 02 00 2C 8C 00 01 40 86 01 38
-==== BB 436 (0x254764F8) approx BBs exec'd 0 ====
-
- 0x254764F8: A11C0012 lhz r8,18(r28)
- 0: GETL R28, t0
- 1: ADDL $0x12, t0
- 2: LDW (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x254764FC: 2F080014 cmpi cr6,r8,20
- 5: GETL R8, t4
- 6: MOVL $0x14, t8
- 7: CMPL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x6, CR
- 9: INCEIPL $4
-
- 0x25476500: 409A01D0 bc 4,26,0x254766D0
- 10: Jc26o $0x254766D0
-
-
-
-. 436 254764F8 12
-. A1 1C 00 12 2F 08 00 14 40 9A 01 D0
-==== BB 437 (0x25476504) approx BBs exec'd 0 ====
-
- 0x25476504: A01C0010 lhz r0,16(r28)
- 0: GETL R28, t0
- 1: ADDL $0x10, t0
- 2: LDW (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25476508: 2F800003 cmpi cr7,r0,3
- 5: GETL R0, t4
- 6: MOVL $0x3, t8
- 7: CMPL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x7, CR
- 9: INCEIPL $4
-
- 0x2547650C: 409E0278 bc 4,30,0x25476784
- 10: Jc30o $0x25476784
-
-
-
-. 437 25476504 12
-. A0 1C 00 10 2F 80 00 03 40 9E 02 78
-==== BB 438 (0x25476510) approx BBs exec'd 0 ====
-
- 0x25476510: A2BC002A lhz r21,42(r28)
- 0: GETL R28, t0
- 1: ADDL $0x2A, t0
- 2: LDW (t0), t2
- 3: PUTL t2, R21
- 4: INCEIPL $4
-
- 0x25476514: 811E0204 lwz r8,516(r30)
- 5: GETL R30, t4
- 6: ADDL $0x204, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R8
- 9: INCEIPL $4
-
- 0x25476518: 2C950020 cmpi cr1,r21,32
- 10: GETL R21, t8
- 11: MOVL $0x20, t12
- 12: CMPL t8, t12, t10 (-rSo)
- 13: ICRFL t10, $0x1, CR
- 14: INCEIPL $4
-
- 0x2547651C: 40860110 bc 4,6,0x2547662C
- 15: Jc06o $0x2547662C
-
-
-
-. 438 25476510 16
-. A2 BC 00 2A 81 1E 02 04 2C 95 00 20 40 86 01 10
-==== BB 439 (0x25476520) approx BBs exec'd 0 ====
-
- 0x25476520: A17C002C lhz r11,44(r28)
- 0: GETL R28, t0
- 1: ADDL $0x2C, t0
- 2: LDW (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x25476524: 809C001C lwz r4,28(r28)
- 5: GETL R28, t4
- 6: ADDL $0x1C, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R4
- 9: INCEIPL $4
-
- 0x25476528: 557B2834 rlwinm r27,r11,5,0,26
- 10: GETL R11, t8
- 11: SHLL $0x5, t8
- 12: PUTL t8, R27
- 13: INCEIPL $4
-
- 0x2547652C: 7F44DA14 add r26,r4,r27
- 14: GETL R4, t10
- 15: GETL R27, t12
- 16: ADDL t10, t12
- 17: PUTL t12, R26
- 18: INCEIPL $4
-
- 0x25476530: 7F1AE840 cmpl cr6,r26,r29
- 19: GETL R26, t14
- 20: GETL R29, t16
- 21: CMPUL t14, t16, t18 (-rSo)
- 22: ICRFL t18, $0x6, CR
- 23: INCEIPL $4
-
- 0x25476534: 7FA4C214 add r29,r4,r24
- 24: GETL R4, t20
- 25: GETL R24, t22
- 26: ADDL t20, t22
- 27: PUTL t22, R29
- 28: INCEIPL $4
-
- 0x25476538: 3B5D0004 addi r26,r29,4
- 29: GETL R29, t24
- 30: ADDL $0x4, t24
- 31: PUTL t24, R26
- 32: INCEIPL $4
-
- 0x2547653C: 41990108 bc 12,25,0x25476644
- 33: Js25o $0x25476644
-
-
-
-. 439 25476520 32
-. A1 7C 00 2C 80 9C 00 1C 55 7B 28 34 7F 44 DA 14 7F 1A E8 40 7F A4 C2 14 3B 5D 00 04 41 99 01 08
-==== BB 440 (0x25476540) approx BBs exec'd 0 ====
-
- 0x25476540: 557B2834 rlwinm r27,r11,5,0,26
- 0: GETL R11, t0
- 1: SHLL $0x5, t0
- 2: PUTL t0, R27
- 3: INCEIPL $4
-
- 0x25476544: 7F5DD378 or r29,r26,r26
- 4: GETL R26, t2
- 5: PUTL t2, R29
- 6: INCEIPL $4
-
- 0x25476548: 7C1BD214 add r0,r27,r26
- 7: GETL R27, t4
- 8: GETL R26, t6
- 9: ADDL t4, t6
- 10: PUTL t6, R0
- 11: INCEIPL $4
-
- 0x2547654C: 4800001C b 0x25476568
- 12: JMPo $0x25476568 ($4)
-
-
-
-. 440 25476540 16
-. 55 7B 28 34 7F 5D D3 78 7C 1B D2 14 48 00 00 1C
-==== BB 441 (0x25476568) approx BBs exec'd 0 ====
-
- 0x25476568: 7C00E840 cmpl cr0,r0,r29
- 0: GETL R0, t0
- 1: GETL R29, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x0, CR
- 4: INCEIPL $4
-
- 0x2547656C: 4181FFE4 bc 12,1,0x25476550
- 5: Js01o $0x25476550
-
-
-
-. 441 25476568 8
-. 7C 00 E8 40 41 81 FF E4
-==== BB 442 (0x25476550) approx BBs exec'd 0 ====
-
- 0x25476550: 809D0000 lwz r4,0(r29)
- 0: GETL R29, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R4
- 3: INCEIPL $4
-
- 0x25476554: 2C840004 cmpi cr1,r4,4
- 4: GETL R4, t4
- 5: MOVL $0x4, t8
- 6: CMPL t4, t8, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x25476558: 4186005C bc 12,6,0x254765B4
- 9: Js06o $0x254765B4
-
-
-
-. 442 25476550 12
-. 80 9D 00 00 2C 84 00 04 41 86 00 5C
-==== BB 443 (0x2547655C) approx BBs exec'd 0 ====
-
- 0x2547655C: 55662834 rlwinm r6,r11,5,0,26
- 0: GETL R11, t0
- 1: SHLL $0x5, t0
- 2: PUTL t0, R6
- 3: INCEIPL $4
-
- 0x25476560: 3BBD0020 addi r29,r29,32
- 4: GETL R29, t2
- 5: ADDL $0x20, t2
- 6: PUTL t2, R29
- 7: INCEIPL $4
-
- 0x25476564: 7C06D214 add r0,r6,r26
- 8: GETL R6, t4
- 9: GETL R26, t6
- 10: ADDL t4, t6
- 11: PUTL t6, R0
- 12: INCEIPL $4
-
- 0x25476568: 7C00E840 cmpl cr0,r0,r29
- 13: GETL R0, t8
- 14: GETL R29, t10
- 15: CMPUL t8, t10, t12 (-rSo)
- 16: ICRFL t12, $0x0, CR
- 17: INCEIPL $4
-
- 0x2547656C: 4181FFE4 bc 12,1,0x25476550
- 18: Js01o $0x25476550
-
-
-
-. 443 2547655C 20
-. 55 66 28 34 3B BD 00 20 7C 06 D2 14 7C 00 E8 40 41 81 FF E4
-==== BB 444 (0x25476570) approx BBs exec'd 0 ====
-
- 0x25476570: 80810000 lwz r4,0(r1)
- 0: GETL R1, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R4
- 3: INCEIPL $4
-
- 0x25476574: 7F23CB78 or r3,r25,r25
- 4: GETL R25, t4
- 5: PUTL t4, R3
- 6: INCEIPL $4
-
- 0x25476578: 82E40004 lwz r23,4(r4)
- 7: GETL R4, t6
- 8: ADDL $0x4, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R23
- 11: INCEIPL $4
-
- 0x2547657C: 82A4FFD4 lwz r21,-44(r4)
- 12: GETL R4, t10
- 13: ADDL $0xFFFFFFD4, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R21
- 16: INCEIPL $4
-
- 0x25476580: 7EE803A6 mtlr r23
- 17: GETL R23, t14
- 18: PUTL t14, LR
- 19: INCEIPL $4
-
- 0x25476584: 82C4FFD8 lwz r22,-40(r4)
- 20: GETL R4, t16
- 21: ADDL $0xFFFFFFD8, t16
- 22: LDL (t16), t18
- 23: PUTL t18, R22
- 24: INCEIPL $4
-
- 0x25476588: 82E4FFDC lwz r23,-36(r4)
- 25: GETL R4, t20
- 26: ADDL $0xFFFFFFDC, t20
- 27: LDL (t20), t22
- 28: PUTL t22, R23
- 29: INCEIPL $4
-
- 0x2547658C: 8304FFE0 lwz r24,-32(r4)
- 30: GETL R4, t24
- 31: ADDL $0xFFFFFFE0, t24
- 32: LDL (t24), t26
- 33: PUTL t26, R24
- 34: INCEIPL $4
-
- 0x25476590: 8324FFE4 lwz r25,-28(r4)
- 35: GETL R4, t28
- 36: ADDL $0xFFFFFFE4, t28
- 37: LDL (t28), t30
- 38: PUTL t30, R25
- 39: INCEIPL $4
-
- 0x25476594: 8344FFE8 lwz r26,-24(r4)
- 40: GETL R4, t32
- 41: ADDL $0xFFFFFFE8, t32
- 42: LDL (t32), t34
- 43: PUTL t34, R26
- 44: INCEIPL $4
-
- 0x25476598: 8364FFEC lwz r27,-20(r4)
- 45: GETL R4, t36
- 46: ADDL $0xFFFFFFEC, t36
- 47: LDL (t36), t38
- 48: PUTL t38, R27
- 49: INCEIPL $4
-
- 0x2547659C: 8384FFF0 lwz r28,-16(r4)
- 50: GETL R4, t40
- 51: ADDL $0xFFFFFFF0, t40
- 52: LDL (t40), t42
- 53: PUTL t42, R28
- 54: INCEIPL $4
-
- 0x254765A0: 83A4FFF4 lwz r29,-12(r4)
- 55: GETL R4, t44
- 56: ADDL $0xFFFFFFF4, t44
- 57: LDL (t44), t46
- 58: PUTL t46, R29
- 59: INCEIPL $4
-
- 0x254765A4: 83C4FFF8 lwz r30,-8(r4)
- 60: GETL R4, t48
- 61: ADDL $0xFFFFFFF8, t48
- 62: LDL (t48), t50
- 63: PUTL t50, R30
- 64: INCEIPL $4
-
- 0x254765A8: 83E4FFFC lwz r31,-4(r4)
- 65: GETL R4, t52
- 66: ADDL $0xFFFFFFFC, t52
- 67: LDL (t52), t54
- 68: PUTL t54, R31
- 69: INCEIPL $4
-
- 0x254765AC: 7C812378 or r1,r4,r4
- 70: GETL R4, t56
- 71: PUTL t56, R1
- 72: INCEIPL $4
-
- 0x254765B0: 4E800020 blr
- 73: GETL LR, t58
- 74: JMPo-r t58 ($4)
-
-
-
-. 444 25476570 68
-. 80 81 00 00 7F 23 CB 78 82 E4 00 04 82 A4 FF D4 7E E8 03 A6 82 C4 FF D8 82 E4 FF DC 83 04 FF E0 83 24 FF E4 83 44 FF E8 83 64 FF EC 83 84 FF F0 83 A4 FF F4 83 C4 FF F8 83 E4 FF FC 7C 81 23 78 4E 80 00 20
-==== BB 445 (0x25477008) approx BBs exec'd 0 ====
-
- 0x25477008: 2E03FFFF cmpi cr4,r3,-1
- 0: GETL R3, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x4, CR
- 4: INCEIPL $4
-
- 0x2547700C: 7C7A1B78 or r26,r3,r3
- 5: GETL R3, t6
- 6: PUTL t6, R26
- 7: INCEIPL $4
-
- 0x25477010: 4092FDF4 bc 4,18,0x25476E04
- 8: Jc18o $0x25476E04
-
-
-
-. 445 25477008 12
-. 2E 03 FF FF 7C 7A 1B 78 40 92 FD F4
-==== BB 446 (0x25476E04) approx BBs exec'd 0 ====
-
- 0x25476E04: 571227FE rlwinm r18,r24,4,31,31
- 0: GETL R24, t0
- 1: ROLL $0x4, t0
- 2: ANDL $0x1, t0
- 3: PUTL t0, R18
- 4: INCEIPL $4
-
- 0x25476E08: 32D2FFFF addic r22,r18,-1
- 5: GETL R18, t2
- 6: ADCL $0xFFFFFFFF, t2 (-wCa)
- 7: PUTL t2, R22
- 8: INCEIPL $4
-
- 0x25476E0C: 7ED6B110 subfe r22,r22,r22
- 9: GETL R22, t4
- 10: GETL R22, t6
- 11: SBBL t4, t6 (-rCa-wCa)
- 12: PUTL t6, R22
- 13: INCEIPL $4
-
- 0x25476E10: 7F7CB038 and r28,r27,r22
- 14: GETL R27, t8
- 15: GETL R22, t10
- 16: ANDL t8, t10
- 17: PUTL t10, R28
- 18: INCEIPL $4
-
- 0x25476E14: 4092020C bc 4,18,0x25477020
- 19: Jc18o $0x25477020
-
-
-
-. 446 25476E04 20
-. 57 12 27 FE 32 D2 FF FF 7E D6 B1 10 7F 7C B0 38 40 92 02 0C
-==== BB 447 (0x25477020) approx BBs exec'd 0 ====
-
- 0x25477020: 80FE04C0 lwz r7,1216(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4C0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x25477024: 7FE3FB78 or r3,r31,r31
- 5: GETL R31, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x25477028: 80C10228 lwz r6,552(r1)
- 8: GETL R1, t6
- 9: ADDL $0x228, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R6
- 12: INCEIPL $4
-
- 0x2547702C: 7F44D378 or r4,r26,r26
- 13: GETL R26, t10
- 14: PUTL t10, R4
- 15: INCEIPL $4
-
- 0x25477030: 81C70000 lwz r14,0(r7)
- 16: GETL R7, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R14
- 19: INCEIPL $4
-
- 0x25477034: 7E088378 or r8,r16,r16
- 20: GETL R16, t16
- 21: PUTL t16, R8
- 22: INCEIPL $4
-
- 0x25477038: 7F87E378 or r7,r28,r28
- 23: GETL R28, t18
- 24: PUTL t18, R7
- 25: INCEIPL $4
-
- 0x2547703C: 7F09C378 or r9,r24,r24
- 26: GETL R24, t20
- 27: PUTL t20, R9
- 28: INCEIPL $4
-
- 0x25477040: 38A10018 addi r5,r1,24
- 29: GETL R1, t22
- 30: ADDL $0x18, t22
- 31: PUTL t22, R5
- 32: INCEIPL $4
-
- 0x25477044: 3941022C addi r10,r1,556
- 33: GETL R1, t24
- 34: ADDL $0x22C, t24
- 35: PUTL t24, R10
- 36: INCEIPL $4
-
- 0x25477048: 91C1022C stw r14,556(r1)
- 37: GETL R14, t26
- 38: GETL R1, t28
- 39: ADDL $0x22C, t28
- 40: STL t26, (t28)
- 41: INCEIPL $4
-
- 0x2547704C: 93210008 stw r25,8(r1)
- 42: GETL R25, t30
- 43: GETL R1, t32
- 44: ADDL $0x8, t32
- 45: STL t30, (t32)
- 46: INCEIPL $4
-
- 0x25477050: 4BFFE4B9 bl 0x25475508
- 47: MOVL $0x25477054, t34
- 48: PUTL t34, LR
- 49: JMPo-c $0x25475508 ($4)
-
-
-
-. 447 25477020 52
-. 80 FE 04 C0 7F E3 FB 78 80 C1 02 28 7F 44 D3 78 81 C7 00 00 7E 08 83 78 7F 87 E3 78 7F 09 C3 78 38 A1 00 18 39 41 02 2C 91 C1 02 2C 93 21 00 08 4B FF E4 B9
-==== BB 448 _dl_map_object_from_fd(0x25475508) approx BBs exec'd 0 ====
-
- 0x25475508: 9421FF00 stwu r1,-256(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFF00, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547550C: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x25475510: 48021AF1 bl 0x25497000
- 9: MOVL $0x25475514, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-
-. 448 25475508 12
-. 94 21 FF 00 7C 08 02 A6 48 02 1A F1
-==== BB 449 (0x25475514) approx BBs exec'd 0 ====
-
- 0x25475514: 7D800026 mfcr r12
- 0: GETL CR, t0
- 1: PUTL t0, R12
- 2: INCEIPL $4
-
- 0x25475518: 93C100F8 stw r30,248(r1)
- 3: GETL R30, t2
- 4: GETL R1, t4
- 5: ADDL $0xF8, t4
- 6: STL t2, (t4)
- 7: INCEIPL $4
-
- 0x2547551C: 7FC802A6 mflr r30
- 8: GETL LR, t6
- 9: PUTL t6, R30
- 10: INCEIPL $4
-
- 0x25475520: 93E100FC stw r31,252(r1)
- 11: GETL R31, t8
- 12: GETL R1, t10
- 13: ADDL $0xFC, t10
- 14: STL t8, (t10)
- 15: INCEIPL $4
-
- 0x25475524: 7C3F0B78 or r31,r1,r1
- 16: GETL R1, t12
- 17: PUTL t12, R31
- 18: INCEIPL $4
-
- 0x25475528: 90010104 stw r0,260(r1)
- 19: GETL R0, t14
- 20: GETL R1, t16
- 21: ADDL $0x104, t16
- 22: STL t14, (t16)
- 23: INCEIPL $4
-
- 0x2547552C: 920100C0 stw r16,192(r1)
- 24: GETL R16, t18
- 25: GETL R1, t20
- 26: ADDL $0xC0, t20
- 27: STL t18, (t20)
- 28: INCEIPL $4
-
- 0x25475530: 7CD03378 or r16,r6,r6
- 29: GETL R6, t22
- 30: PUTL t22, R16
- 31: INCEIPL $4
-
- 0x25475534: 926100CC stw r19,204(r1)
- 32: GETL R19, t24
- 33: GETL R1, t26
- 34: ADDL $0xCC, t26
- 35: STL t24, (t26)
- 36: INCEIPL $4
-
- 0x25475538: 7C932378 or r19,r4,r4
- 37: GETL R4, t28
- 38: PUTL t28, R19
- 39: INCEIPL $4
-
- 0x2547553C: 928100D0 stw r20,208(r1)
- 40: GETL R20, t30
- 41: GETL R1, t32
- 42: ADDL $0xD0, t32
- 43: STL t30, (t32)
- 44: INCEIPL $4
-
- 0x25475540: 7C741B78 or r20,r3,r3
- 45: GETL R3, t34
- 46: PUTL t34, R20
- 47: INCEIPL $4
-
- 0x25475544: 92C100D8 stw r22,216(r1)
- 48: GETL R22, t36
- 49: GETL R1, t38
- 50: ADDL $0xD8, t38
- 51: STL t36, (t38)
- 52: INCEIPL $4
-
- 0x25475548: 38600003 li r3,3
- 53: MOVL $0x3, t40
- 54: PUTL t40, R3
- 55: INCEIPL $4
-
- 0x2547554C: 92E100DC stw r23,220(r1)
- 56: GETL R23, t42
- 57: GETL R1, t44
- 58: ADDL $0xDC, t44
- 59: STL t42, (t44)
- 60: INCEIPL $4
-
- 0x25475550: 7D364B78 or r22,r9,r9
- 61: GETL R9, t46
- 62: PUTL t46, R22
- 63: INCEIPL $4
-
- 0x25475554: 932100E4 stw r25,228(r1)
- 64: GETL R25, t48
- 65: GETL R1, t50
- 66: ADDL $0xE4, t50
- 67: STL t48, (t50)
- 68: INCEIPL $4
-
- 0x25475558: 7CF73B78 or r23,r7,r7
- 69: GETL R7, t52
- 70: PUTL t52, R23
- 71: INCEIPL $4
-
- 0x2547555C: 934100E8 stw r26,232(r1)
- 72: GETL R26, t54
- 73: GETL R1, t56
- 74: ADDL $0xE8, t56
- 75: STL t54, (t56)
- 76: INCEIPL $4
-
- 0x25475560: 7D194378 or r25,r8,r8
- 77: GETL R8, t58
- 78: PUTL t58, R25
- 79: INCEIPL $4
-
- 0x25475564: 936100EC stw r27,236(r1)
- 80: GETL R27, t60
- 81: GETL R1, t62
- 82: ADDL $0xEC, t62
- 83: STL t60, (t62)
- 84: INCEIPL $4
-
- 0x25475568: 3B400000 li r26,0
- 85: MOVL $0x0, t64
- 86: PUTL t64, R26
- 87: INCEIPL $4
-
- 0x2547556C: 938100F0 stw r28,240(r1)
- 88: GETL R28, t66
- 89: GETL R1, t68
- 90: ADDL $0xF0, t68
- 91: STL t66, (t68)
- 92: INCEIPL $4
-
- 0x25475570: 7CBC2B78 or r28,r5,r5
- 93: GETL R5, t70
- 94: PUTL t70, R28
- 95: INCEIPL $4
-
- 0x25475574: 91C100B8 stw r14,184(r1)
- 96: GETL R14, t72
- 97: GETL R1, t74
- 98: ADDL $0xB8, t74
- 99: STL t72, (t74)
- 100: INCEIPL $4
-
- 0x25475578: 38BF0028 addi r5,r31,40
- 101: GETL R31, t76
- 102: ADDL $0x28, t76
- 103: PUTL t76, R5
- 104: INCEIPL $4
-
- 0x2547557C: 91E100BC stw r15,188(r1)
- 105: GETL R15, t78
- 106: GETL R1, t80
- 107: ADDL $0xBC, t80
- 108: STL t78, (t80)
- 109: INCEIPL $4
-
- 0x25475580: 922100C4 stw r17,196(r1)
- 110: GETL R17, t82
- 111: GETL R1, t84
- 112: ADDL $0xC4, t84
- 113: STL t82, (t84)
- 114: INCEIPL $4
-
- 0x25475584: 924100C8 stw r18,200(r1)
- 115: GETL R18, t86
- 116: GETL R1, t88
- 117: ADDL $0xC8, t88
- 118: STL t86, (t88)
- 119: INCEIPL $4
-
- 0x25475588: 92A100D4 stw r21,212(r1)
- 120: GETL R21, t90
- 121: GETL R1, t92
- 122: ADDL $0xD4, t92
- 123: STL t90, (t92)
- 124: INCEIPL $4
-
- 0x2547558C: 930100E0 stw r24,224(r1)
- 125: GETL R24, t94
- 126: GETL R1, t96
- 127: ADDL $0xE0, t96
- 128: STL t94, (t96)
- 129: INCEIPL $4
-
- 0x25475590: 93A100F4 stw r29,244(r1)
- 130: GETL R29, t98
- 131: GETL R1, t100
- 132: ADDL $0xF4, t100
- 133: STL t98, (t100)
- 134: INCEIPL $4
-
- 0x25475594: 918100B4 stw r12,180(r1)
- 135: GETL R12, t102
- 136: GETL R1, t104
- 137: ADDL $0xB4, t104
- 138: STL t102, (t104)
- 139: INCEIPL $4
-
- 0x25475598: 915F0098 stw r10,152(r31)
- 140: GETL R10, t106
- 141: GETL R31, t108
- 142: ADDL $0x98, t108
- 143: STL t106, (t108)
- 144: INCEIPL $4
-
- 0x2547559C: 837F0108 lwz r27,264(r31)
- 145: GETL R31, t110
- 146: ADDL $0x108, t110
- 147: LDL (t110), t112
- 148: PUTL t112, R27
- 149: INCEIPL $4
-
- 0x254755A0: 4800C905 bl 0x25481EA4
- 150: MOVL $0x254755A4, t114
- 151: PUTL t114, LR
- 152: JMPo-c $0x25481EA4 ($4)
-
-
-
-. 449 25475514 144
-. 7D 80 00 26 93 C1 00 F8 7F C8 02 A6 93 E1 00 FC 7C 3F 0B 78 90 01 01 04 92 01 00 C0 7C D0 33 78 92 61 00 CC 7C 93 23 78 92 81 00 D0 7C 74 1B 78 92 C1 00 D8 38 60 00 03 92 E1 00 DC 7D 36 4B 78 93 21 00 E4 7C F7 3B 78 93 41 00 E8 7D 19 43 78 93 61 00 EC 3B 40 00 00 93 81 00 F0 7C BC 2B 78 91 C1 00 B8 38 BF 00 28 91 E1 00 BC 92 21 00 C4 92 41 00 C8 92 A1 00 D4 93 01 00 E0 93 A1 00 F4 91 81 00 B4 91 5F 00 98 83 7F 01 08 48 00 C9 05
-==== BB 450 __GI___fxstat64(0x25481EA4) approx BBs exec'd 0 ====
-
- 0x25481EA4: 9421FF80 stwu r1,-128(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFF80, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x25481EA8: 7CC802A6 mflr r6
- 6: GETL LR, t4
- 7: PUTL t4, R6
- 8: INCEIPL $4
-
- 0x25481EAC: 48015155 bl 0x25497000
- 9: MOVL $0x25481EB0, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-
-. 450 25481EA4 12
-. 94 21 FF 80 7C C8 02 A6 48 01 51 55
-==== BB 451 (0x25481EB0) approx BBs exec'd 0 ====
-
- 0x25481EB0: 93C10078 stw r30,120(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x78, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25481EB4: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x25481EB8: 9361006C stw r27,108(r1)
- 8: GETL R27, t6
- 9: GETL R1, t8
- 10: ADDL $0x6C, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x25481EBC: 90C10084 stw r6,132(r1)
- 13: GETL R6, t10
- 14: GETL R1, t12
- 15: ADDL $0x84, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x25481EC0: 93210064 stw r25,100(r1)
- 18: GETL R25, t14
- 19: GETL R1, t16
- 20: ADDL $0x64, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0x25481EC4: 7C791B78 or r25,r3,r3
- 23: GETL R3, t18
- 24: PUTL t18, R25
- 25: INCEIPL $4
-
- 0x25481EC8: 837E04EC lwz r27,1260(r30)
- 26: GETL R30, t20
- 27: ADDL $0x4EC, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R27
- 30: INCEIPL $4
-
- 0x25481ECC: 93810070 stw r28,112(r1)
- 31: GETL R28, t24
- 32: GETL R1, t26
- 33: ADDL $0x70, t26
- 34: STL t24, (t26)
- 35: INCEIPL $4
-
- 0x25481ED0: 7CBC2B78 or r28,r5,r5
- 36: GETL R5, t28
- 37: PUTL t28, R28
- 38: INCEIPL $4
-
- 0x25481ED4: 801B0000 lwz r0,0(r27)
- 39: GETL R27, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R0
- 42: INCEIPL $4
-
- 0x25481ED8: 93E1007C stw r31,124(r1)
- 43: GETL R31, t34
- 44: GETL R1, t36
- 45: ADDL $0x7C, t36
- 46: STL t34, (t36)
- 47: INCEIPL $4
-
- 0x25481EDC: 7C9F2378 or r31,r4,r4
- 48: GETL R4, t38
- 49: PUTL t38, R31
- 50: INCEIPL $4
-
- 0x25481EE0: 2F800000 cmpi cr7,r0,0
- 51: GETL R0, t40
- 52: CMP0L t40, t42 (-rSo)
- 53: ICRFL t42, $0x7, CR
- 54: INCEIPL $4
-
- 0x25481EE4: 93410068 stw r26,104(r1)
- 55: GETL R26, t44
- 56: GETL R1, t46
- 57: ADDL $0x68, t46
- 58: STL t44, (t46)
- 59: INCEIPL $4
-
- 0x25481EE8: 93A10074 stw r29,116(r1)
- 60: GETL R29, t48
- 61: GETL R1, t50
- 62: ADDL $0x74, t50
- 63: STL t48, (t50)
- 64: INCEIPL $4
-
- 0x25481EEC: 409E0048 bc 4,30,0x25481F34
- 65: Jc30o $0x25481F34
-
-
-
-. 451 25481EB0 64
-. 93 C1 00 78 7F C8 02 A6 93 61 00 6C 90 C1 00 84 93 21 00 64 7C 79 1B 78 83 7E 04 EC 93 81 00 70 7C BC 2B 78 80 1B 00 00 93 E1 00 7C 7C 9F 23 78 2F 80 00 00 93 41 00 68 93 A1 00 74 40 9E 00 48
-==== BB 452 (0x25481EF0) approx BBs exec'd 0 ====
-
- 0x25481EF0: 83BE0514 lwz r29,1300(r30)
- 0: GETL R30, t0
- 1: ADDL $0x514, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0x25481EF4: 7C832378 or r3,r4,r4
- 5: GETL R4, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x25481EF8: 380000C5 li r0,197
- 8: MOVL $0xC5, t6
- 9: PUTL t6, R0
- 10: INCEIPL $4
-
- 0x25481EFC: 7CA42B78 or r4,r5,r5
- 11: GETL R5, t8
- 12: PUTL t8, R4
- 13: INCEIPL $4
-
- 0x25481F00: 835D0000 lwz r26,0(r29)
- 14: GETL R29, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R26
- 17: INCEIPL $4
-
- 0x25481F04: 44000002 sc
- 18: JMPo-sys $0x25481F08 ($4)
-
-
-
-. 452 25481EF0 24
-. 83 BE 05 14 7C 83 23 78 38 00 00 C5 7C A4 2B 78 83 5D 00 00 44 00 00 02
-==== BB 453 (0x25481F08) approx BBs exec'd 0 ====
-
- 0x25481F08: 7C000026 mfcr r0
- 0: GETL CR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x25481F0C: 74091000 andis. r9,r0,0x1000
- 3: GETL R0, t2
- 4: ANDL $0x10000000, t2
- 5: PUTL t2, R9
- 6: CMP0L t2, t4 (-rSo)
- 7: ICRFL t4, $0x0, CR
- 8: INCEIPL $4
-
- 0x25481F10: 408200C4 bc 4,2,0x25481FD4
- 9: Jc02o $0x25481FD4
-
-
-
-. 453 25481F08 12
-. 7C 00 00 26 74 09 10 00 40 82 00 C4
-==== BB 454 (0x25481F14) approx BBs exec'd 0 ====
-
- 0x25481F14: 2C83FFFF cmpi cr1,r3,-1
- 0: GETL R3, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0x25481F18: 40A60044 bc 5,6,0x25481F5C
- 5: Jc06o $0x25481F5C
-
-
-
-. 454 25481F14 8
-. 2C 83 FF FF 40 A6 00 44
-==== BB 455 (0x25481F5C) approx BBs exec'd 0 ====
-
- 0x25481F5C: 80A10084 lwz r5,132(r1)
- 0: GETL R1, t0
- 1: ADDL $0x84, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x25481F60: 83210064 lwz r25,100(r1)
- 5: GETL R1, t4
- 6: ADDL $0x64, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R25
- 9: INCEIPL $4
-
- 0x25481F64: 83410068 lwz r26,104(r1)
- 10: GETL R1, t8
- 11: ADDL $0x68, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R26
- 14: INCEIPL $4
-
- 0x25481F68: 7CA803A6 mtlr r5
- 15: GETL R5, t12
- 16: PUTL t12, LR
- 17: INCEIPL $4
-
- 0x25481F6C: 8361006C lwz r27,108(r1)
- 18: GETL R1, t14
- 19: ADDL $0x6C, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R27
- 22: INCEIPL $4
-
- 0x25481F70: 83810070 lwz r28,112(r1)
- 23: GETL R1, t18
- 24: ADDL $0x70, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R28
- 27: INCEIPL $4
-
- 0x25481F74: 83A10074 lwz r29,116(r1)
- 28: GETL R1, t22
- 29: ADDL $0x74, t22
- 30: LDL (t22), t24
- 31: PUTL t24, R29
- 32: INCEIPL $4
-
- 0x25481F78: 83C10078 lwz r30,120(r1)
- 33: GETL R1, t26
- 34: ADDL $0x78, t26
- 35: LDL (t26), t28
- 36: PUTL t28, R30
- 37: INCEIPL $4
-
- 0x25481F7C: 83E1007C lwz r31,124(r1)
- 38: GETL R1, t30
- 39: ADDL $0x7C, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R31
- 42: INCEIPL $4
-
- 0x25481F80: 38210080 addi r1,r1,128
- 43: GETL R1, t34
- 44: ADDL $0x80, t34
- 45: PUTL t34, R1
- 46: INCEIPL $4
-
- 0x25481F84: 4E800020 blr
- 47: GETL LR, t36
- 48: JMPo-r t36 ($4)
-
-
-
-. 455 25481F5C 44
-. 80 A1 00 84 83 21 00 64 83 41 00 68 7C A8 03 A6 83 61 00 6C 83 81 00 70 83 A1 00 74 83 C1 00 78 83 E1 00 7C 38 21 00 80 4E 80 00 20
-==== BB 456 (0x254755A4) approx BBs exec'd 0 ====
-
- 0x254755A4: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x254755A8: 935F00A0 stw r26,160(r31)
- 4: GETL R26, t4
- 5: GETL R31, t6
- 6: ADDL $0xA0, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0x254755AC: 419C082C bc 12,28,0x25475DD8
- 9: Js28o $0x25475DD8
-
-
-
-. 456 254755A4 12
-. 2F 83 00 00 93 5F 00 A0 41 9C 08 2C
-==== BB 457 (0x254755B0) approx BBs exec'd 0 ====
-
- 0x254755B0: 1CBB0018 mulli r5,r27,24
- 0: GETL R27, t0
- 1: MULL $0x18, t0
- 2: PUTL t0, R5
- 3: INCEIPL $4
-
- 0x254755B4: 809E04C8 lwz r4,1224(r30)
- 4: GETL R30, t2
- 5: ADDL $0x4C8, t2
- 6: LDL (t2), t4
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0x254755B8: 7FA5202E lwzx r29,r5,r4
- 9: GETL R4, t6
- 10: GETL R5, t8
- 11: ADDL t8, t6
- 12: LDL (t6), t10
- 13: PUTL t10, R29
- 14: INCEIPL $4
-
- 0x254755BC: 2C1D0000 cmpi cr0,r29,0
- 15: GETL R29, t12
- 16: CMP0L t12, t14 (-rSo)
- 17: ICRFL t14, $0x0, CR
- 18: INCEIPL $4
-
- 0x254755C0: 41820148 bc 12,2,0x25475708
- 19: Js02o $0x25475708
-
-
-
-. 457 254755B0 20
-. 1C BB 00 18 80 9E 04 C8 7F A5 20 2E 2C 1D 00 00 41 82 01 48
-==== BB 458 (0x254755C4) approx BBs exec'd 0 ====
-
- 0x254755C4: 817F0030 lwz r11,48(r31)
- 0: GETL R31, t0
- 1: ADDL $0x30, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x254755C8: 3B400000 li r26,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R26
- 7: INCEIPL $4
-
- 0x254755CC: 48000010 b 0x254755DC
- 8: JMPo $0x254755DC ($4)
-
-
-
-. 458 254755C4 12
-. 81 7F 00 30 3B 40 00 00 48 00 00 10
-==== BB 459 (0x254755DC) approx BBs exec'd 0 ====
-
- 0x254755DC: 80DD01D8 lwz r6,472(r29)
- 0: GETL R29, t0
- 1: ADDL $0x1D8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x254755E0: 7C865800 cmp cr1,r6,r11
- 5: GETL R6, t4
- 6: GETL R11, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x1, CR
- 9: INCEIPL $4
-
- 0x254755E4: 4086FFEC bc 4,6,0x254755D0
- 10: Jc06o $0x254755D0
-
-
-
-. 459 254755DC 12
-. 80 DD 01 D8 7C 86 58 00 40 86 FF EC
-==== BB 460 (0x254755E8) approx BBs exec'd 0 ====
-
- 0x254755E8: 811D01DC lwz r8,476(r29)
- 0: GETL R29, t0
- 1: ADDL $0x1DC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x254755EC: 80FF0034 lwz r7,52(r31)
- 5: GETL R31, t4
- 6: ADDL $0x34, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R7
- 9: INCEIPL $4
-
- 0x254755F0: 7E083800 cmp cr4,r8,r7
- 10: GETL R8, t8
- 11: GETL R7, t10
- 12: CMPL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x4, CR
- 14: INCEIPL $4
-
- 0x254755F4: 4092FFDC bc 4,18,0x254755D0
- 15: Jc18o $0x254755D0
-
-
-
-. 460 254755E8 16
-. 81 1D 01 DC 80 FF 00 34 7E 08 38 00 40 92 FF DC
-==== BB 461 (0x254755D0) approx BBs exec'd 0 ====
-
- 0x254755D0: 83BD000C lwz r29,12(r29)
- 0: GETL R29, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0x254755D4: 2E1D0000 cmpi cr4,r29,0
- 5: GETL R29, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x4, CR
- 8: INCEIPL $4
-
- 0x254755D8: 41920130 bc 12,18,0x25475708
- 9: Js18o $0x25475708
-
-
-
-. 461 254755D0 12
-. 83 BD 00 0C 2E 1D 00 00 41 92 01 30
-==== BB 462 (0x25475708) approx BBs exec'd 0 ====
-
- 0x25475708: 2F1B0000 cmpi cr6,r27,0
- 0: GETL R27, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x2547570C: 409A06E0 bc 4,26,0x25475DEC
- 4: Jc26o $0x25475DEC
-
-
-
-. 462 25475708 8
-. 2F 1B 00 00 40 9A 06 E0
-==== BB 463 (0x25475710) approx BBs exec'd 0 ====
-
- 0x25475710: 72C00004 andi. r0,r22,0x4
- 0: GETL R22, t0
- 1: ANDL $0x4, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0x25475714: 38600000 li r3,0
- 6: MOVL $0x0, t4
- 7: PUTL t4, R3
- 8: INCEIPL $4
-
- 0x25475718: 40A2FF8C bc 5,2,0x254756A4
- 9: Jc02o $0x254756A4
-
-
-
-. 463 25475710 12
-. 72 C0 00 04 38 60 00 00 40 A2 FF 8C
-==== BB 464 (0x2547571C) approx BBs exec'd 0 ====
-
- 0x2547571C: 823E04F4 lwz r17,1268(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4F4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R17
- 4: INCEIPL $4
-
- 0x25475720: 80910000 lwz r4,0(r17)
- 5: GETL R17, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R4
- 8: INCEIPL $4
-
- 0x25475724: 70890040 andi. r9,r4,0x40
- 9: GETL R4, t8
- 10: ANDL $0x40, t8
- 11: PUTL t8, R9
- 12: CMP0L t8, t10 (-rSo)
- 13: ICRFL t10, $0x0, CR
- 14: INCEIPL $4
-
- 0x25475728: 40820738 bc 4,2,0x25475E60
- 15: Jc02o $0x25475E60
-
-
-
-. 464 2547571C 16
-. 82 3E 04 F4 80 91 00 00 70 89 00 40 40 82 07 38
-==== BB 465 (0x2547572C) approx BBs exec'd 0 ====
-
- 0x2547572C: 7F25CB78 or r5,r25,r25
- 0: GETL R25, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0x25475730: 7F68DB78 or r8,r27,r27
- 3: GETL R27, t2
- 4: PUTL t2, R8
- 5: INCEIPL $4
-
- 0x25475734: 7E038378 or r3,r16,r16
- 6: GETL R16, t4
- 7: PUTL t4, R3
- 8: INCEIPL $4
-
- 0x25475738: 7E84A378 or r4,r20,r20
- 9: GETL R20, t6
- 10: PUTL t6, R4
- 11: INCEIPL $4
-
- 0x2547573C: 7EE6BB78 or r6,r23,r23
- 12: GETL R23, t8
- 13: PUTL t8, R6
- 14: INCEIPL $4
-
- 0x25475740: 7EC7B378 or r7,r22,r22
- 15: GETL R22, t10
- 16: PUTL t10, R7
- 17: INCEIPL $4
-
- 0x25475744: 480039B1 bl 0x254790F4
- 18: MOVL $0x25475748, t12
- 19: PUTL t12, LR
- 20: JMPo-c $0x254790F4 ($4)
-
-
-
-. 465 2547572C 28
-. 7F 25 CB 78 7F 68 DB 78 7E 03 83 78 7E 84 A3 78 7E E6 BB 78 7E C7 B3 78 48 00 39 B1
-==== BB 466 (0x25479318) approx BBs exec'd 0 ====
-
- 0x25479318: 7D695B78 or r9,r11,r11
- 0: GETL R11, t0
- 1: PUTL t0, R9
- 2: INCEIPL $4
-
- 0x2547931C: 48000008 b 0x25479324
- 3: JMPo $0x25479324 ($4)
-
-
-
-. 466 25479318 8
-. 7D 69 5B 78 48 00 00 08
-==== BB 467 (0x25479324) approx BBs exec'd 0 ====
-
- 0x25479324: 8009000C lwz r0,12(r9)
- 0: GETL R9, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25479328: 2C800000 cmpi cr1,r0,0
- 5: GETL R0, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x2547932C: 4086FFF4 bc 4,6,0x25479320
- 9: Jc06o $0x25479320
-
-
-
-. 467 25479324 12
-. 80 09 00 0C 2C 80 00 00 40 86 FF F4
-==== BB 468 (0x25479320) approx BBs exec'd 0 ====
-
- 0x25479320: 7C090378 or r9,r0,r0
- 0: GETL R0, t0
- 1: PUTL t0, R9
- 2: INCEIPL $4
-
- 0x25479324: 8009000C lwz r0,12(r9)
- 3: GETL R9, t2
- 4: ADDL $0xC, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0x25479328: 2C800000 cmpi cr1,r0,0
- 8: GETL R0, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x1, CR
- 11: INCEIPL $4
-
- 0x2547932C: 4086FFF4 bc 4,6,0x25479320
- 12: Jc06o $0x25479320
-
-
-
-. 468 25479320 16
-. 7C 09 03 78 80 09 00 0C 2C 80 00 00 40 86 FF F4
-==== BB 469 (0x25479330) approx BBs exec'd 0 ====
-
- 0x25479330: 93E9000C stw r31,12(r9)
- 0: GETL R31, t0
- 1: GETL R9, t2
- 2: ADDL $0xC, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25479334: 2F1C0000 cmpi cr6,r28,0
- 5: GETL R28, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x25479338: 913F0010 stw r9,16(r31)
- 9: GETL R9, t8
- 10: GETL R31, t10
- 11: ADDL $0x10, t10
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0x2547933C: 38800001 li r4,1
- 14: MOVL $0x1, t12
- 15: PUTL t12, R4
- 16: INCEIPL $4
-
- 0x25479340: 7D0A282E lwzx r8,r10,r5
- 17: GETL R5, t14
- 18: GETL R10, t16
- 19: ADDL t16, t14
- 20: LDL (t14), t18
- 21: PUTL t18, R8
- 22: INCEIPL $4
-
- 0x25479344: 7D4A2A14 add r10,r10,r5
- 23: GETL R10, t20
- 24: GETL R5, t22
- 25: ADDL t20, t22
- 26: PUTL t22, R10
- 27: INCEIPL $4
-
- 0x25479348: 832A0004 lwz r25,4(r10)
- 28: GETL R10, t24
- 29: ADDL $0x4, t24
- 30: LDL (t24), t26
- 31: PUTL t26, R25
- 32: INCEIPL $4
-
- 0x2547934C: 81650198 lwz r11,408(r5)
- 33: GETL R5, t28
- 34: ADDL $0x198, t28
- 35: LDL (t28), t30
- 36: PUTL t30, R11
- 37: INCEIPL $4
-
- 0x25479350: 38E80158 addi r7,r8,344
- 38: GETL R8, t32
- 39: ADDL $0x158, t32
- 40: PUTL t32, R7
- 41: INCEIPL $4
-
- 0x25479354: 8185019C lwz r12,412(r5)
- 42: GETL R5, t34
- 43: ADDL $0x19C, t34
- 44: LDL (t34), t36
- 45: PUTL t36, R12
- 46: INCEIPL $4
-
- 0x25479358: 3B190001 addi r24,r25,1
- 47: GETL R25, t38
- 48: ADDL $0x1, t38
- 49: PUTL t38, R24
- 50: INCEIPL $4
-
- 0x2547935C: 90E60000 stw r7,0(r6)
- 51: GETL R7, t40
- 52: GETL R6, t42
- 53: STL t40, (t42)
- 54: INCEIPL $4
-
- 0x25479360: 310C0001 addic r8,r12,1
- 55: GETL R12, t44
- 56: ADCL $0x1, t44 (-wCa)
- 57: PUTL t44, R8
- 58: INCEIPL $4
-
- 0x25479364: 7CEB0194 addze r7,r11
- 59: GETL R11, t46
- 60: ADCL $0x0, t46 (-rCa-wCa)
- 61: PUTL t46, R7
- 62: INCEIPL $4
-
- 0x25479368: 930A0004 stw r24,4(r10)
- 63: GETL R24, t48
- 64: GETL R10, t50
- 65: ADDL $0x4, t50
- 66: STL t48, (t50)
- 67: INCEIPL $4
-
- 0x2547936C: 90E50198 stw r7,408(r5)
- 68: GETL R7, t52
- 69: GETL R5, t54
- 70: ADDL $0x198, t54
- 71: STL t52, (t54)
- 72: INCEIPL $4
-
- 0x25479370: 9105019C stw r8,412(r5)
- 73: GETL R8, t56
- 74: GETL R5, t58
- 75: ADDL $0x19C, t58
- 76: STL t56, (t58)
- 77: INCEIPL $4
-
- 0x25479374: 409AFEA8 bc 4,26,0x2547921C
- 78: Jc26o $0x2547921C
-
-
-
-. 469 25479330 72
-. 93 E9 00 0C 2F 1C 00 00 91 3F 00 10 38 80 00 01 7D 0A 28 2E 7D 4A 2A 14 83 2A 00 04 81 65 01 98 38 E8 01 58 81 85 01 9C 3B 19 00 01 90 E6 00 00 31 0C 00 01 7C EB 01 94 93 0A 00 04 90 E5 01 98 91 05 01 9C 40 9A FE A8
-==== BB 470 (0x2547921C) approx BBs exec'd 0 ====
-
- 0x2547921C: 801C0168 lwz r0,360(r28)
- 0: GETL R28, t0
- 1: ADDL $0x168, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25479220: 2C000000 cmpi cr0,r0,0
- 5: GETL R0, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0x25479224: 4082FFF4 bc 4,2,0x25479218
- 9: Jc02o $0x25479218
-
-
-
-. 470 2547921C 12
-. 80 1C 01 68 2C 00 00 00 40 82 FF F4
-==== BB 471 (0x25479234) approx BBs exec'd 0 ====
-
- 0x25479234: 81660000 lwz r11,0(r6)
- 0: GETL R6, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R11
- 3: INCEIPL $4
-
- 0x25479238: 7C895800 cmp cr1,r9,r11
- 4: GETL R9, t4
- 5: GETL R11, t6
- 6: CMPL t4, t6, t8 (-rSo)
- 7: ICRFL t8, $0x1, CR
- 8: INCEIPL $4
-
- 0x2547923C: 41860024 bc 12,6,0x25479260
- 9: Js06o $0x25479260
-
-
-
-. 471 25479234 12
-. 81 66 00 00 7C 89 58 00 41 86 00 24
-==== BB 472 (0x25479260) approx BBs exec'd 0 ====
-
- 0x25479260: 3B7F0158 addi r27,r31,344
- 0: GETL R31, t0
- 1: ADDL $0x158, t0
- 2: PUTL t0, R27
- 3: INCEIPL $4
-
- 0x25479264: 937F01C4 stw r27,452(r31)
- 4: GETL R27, t2
- 5: GETL R31, t4
- 6: ADDL $0x1C4, t4
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0x25479268: 8BB70000 lbz r29,0(r23)
- 9: GETL R23, t6
- 10: LDB (t6), t8
- 11: PUTL t8, R29
- 12: INCEIPL $4
-
- 0x2547926C: 2F1D0000 cmpi cr6,r29,0
- 13: GETL R29, t10
- 14: CMP0L t10, t12 (-rSo)
- 15: ICRFL t12, $0x6, CR
- 16: INCEIPL $4
-
- 0x25479270: 419A006C bc 12,26,0x254792DC
- 17: Js26o $0x254792DC
-
-
-
-. 472 25479260 20
-. 3B 7F 01 58 93 7F 01 C4 8B B7 00 00 2F 1D 00 00 41 9A 00 6C
-==== BB 473 (0x25479274) approx BBs exec'd 0 ====
-
- 0x25479274: 7EE3BB78 or r3,r23,r23
- 0: GETL R23, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25479278: 3B800000 li r28,0
- 3: MOVL $0x0, t2
- 4: PUTL t2, R28
- 5: INCEIPL $4
-
- 0x2547927C: 48009D55 bl 0x25482FD0
- 6: MOVL $0x25479280, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0x25482FD0 ($4)
-
-
-
-. 473 25479274 12
-. 7E E3 BB 78 3B 80 00 00 48 00 9D 55
-==== BB 474 (0x25479280) approx BBs exec'd 0 ====
-
- 0x25479280: 2F9D002F cmpi cr7,r29,47
- 0: GETL R29, t0
- 1: MOVL $0x2F, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x25479284: 3B630001 addi r27,r3,1
- 5: GETL R3, t6
- 6: ADDL $0x1, t6
- 7: PUTL t6, R27
- 8: INCEIPL $4
-
- 0x25479288: 835E0514 lwz r26,1300(r30)
- 9: GETL R30, t8
- 10: ADDL $0x514, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R26
- 13: INCEIPL $4
-
- 0x2547928C: 7F7DDB78 or r29,r27,r27
- 14: GETL R27, t12
- 15: PUTL t12, R29
- 16: INCEIPL $4
-
- 0x25479290: 419E0154 bc 12,30,0x254793E4
- 17: Js30o $0x254793E4
-
-
-
-. 474 25479280 20
-. 2F 9D 00 2F 3B 63 00 01 83 5E 05 14 7F 7D DB 78 41 9E 01 54
-==== BB 475 (0x254793E4) approx BBs exec'd 0 ====
-
- 0x254793E4: 7F63DB78 or r3,r27,r27
- 0: GETL R27, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x254793E8: 4801E63D bl 0x25497A24
- 3: MOVL $0x254793EC, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0x25497A24 ($4)
-
-
-
-. 475 254793E4 8
-. 7F 63 DB 78 48 01 E6 3D
-==== BB 476 (0x254793EC) approx BBs exec'd 0 ====
-
- 0x254793EC: 2C830000 cmpi cr1,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0x254793F0: 7C7C1B78 or r28,r3,r3
- 4: GETL R3, t4
- 5: PUTL t4, R28
- 6: INCEIPL $4
-
- 0x254793F4: 4086FFB0 bc 4,6,0x254793A4
- 7: Jc06o $0x254793A4
-
-
-
-. 476 254793EC 12
-. 2C 83 00 00 7C 7C 1B 78 40 86 FF B0
-==== BB 477 (0x254793A4) approx BBs exec'd 0 ====
-
- 0x254793A4: 7EE4BB78 or r4,r23,r23
- 0: GETL R23, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0x254793A8: 7F65DB78 or r5,r27,r27
- 3: GETL R27, t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0x254793AC: 4800A675 bl 0x25483A20
- 6: MOVL $0x254793B0, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0x25483A20 ($4)
-
-
-
-. 477 254793A4 12
-. 7E E4 BB 78 7F 65 DB 78 48 00 A6 75
-==== BB 478 (0x254793B0) approx BBs exec'd 0 ====
-
- 0x254793B0: 8EE3FFFF lbzu r23,-1(r3)
- 0: GETL R3, t0
- 1: ADDL $0xFFFFFFFF, t0
- 2: PUTL t0, R3
- 3: LDB (t0), t2
- 4: PUTL t2, R23
- 5: INCEIPL $4
-
- 0x254793B4: 2C17002F cmpi cr0,r23,47
- 6: GETL R23, t4
- 7: MOVL $0x2F, t8
- 8: CMPL t4, t8, t6 (-rSo)
- 9: ICRFL t6, $0x0, CR
- 10: INCEIPL $4
-
- 0x254793B8: 4082FFF8 bc 4,2,0x254793B0
- 11: Jc02o $0x254793B0
-
-
-
-. 478 254793B0 12
-. 8E E3 FF FF 2C 17 00 2F 40 82 FF F8
-==== BB 479 (0x254793BC) approx BBs exec'd 0 ====
-
- 0x254793BC: 7F03E000 cmp cr6,r3,r28
- 0: GETL R3, t0
- 1: GETL R28, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x6, CR
- 4: INCEIPL $4
-
- 0x254793C0: 419A0014 bc 12,26,0x254793D4
- 5: Js26o $0x254793D4
-
-
-
-. 479 254793BC 8
-. 7F 03 E0 00 41 9A 00 14
-==== BB 480 (0x254793C4) approx BBs exec'd 0 ====
-
- 0x254793C4: 38C00000 li r6,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R6
- 2: INCEIPL $4
-
- 0x254793C8: 98C30000 stb r6,0(r3)
- 3: GETL R6, t2
- 4: GETL R3, t4
- 5: STB t2, (t4)
- 6: INCEIPL $4
-
- 0x254793CC: 939F019C stw r28,412(r31)
- 7: GETL R28, t6
- 8: GETL R31, t8
- 9: ADDL $0x19C, t8
- 10: STL t6, (t8)
- 11: INCEIPL $4
-
- 0x254793D0: 4BFFFF0C b 0x254792DC
- 12: JMPo $0x254792DC ($4)
-
-
-
-. 480 254793C4 16
-. 38 C0 00 00 98 C3 00 00 93 9F 01 9C 4B FF FF 0C
-==== BB 481 (0x25475748) approx BBs exec'd 0 ====
-
- 0x25475748: 3B1C0004 addi r24,r28,4
- 0: GETL R28, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R24
- 3: INCEIPL $4
-
- 0x2547574C: 7C7A1B79 or. r26,r3,r3
- 4: GETL R3, t2
- 5: PUTL t2, R26
- 6: CMP0L t2, t4 (-rSo)
- 7: ICRFL t4, $0x0, CR
- 8: INCEIPL $4
-
- 0x25475750: 41820708 bc 12,2,0x25475E58
- 9: Js02o $0x25475E58
-
-
-
-. 481 25475748 12
-. 3B 1C 00 04 7C 7A 1B 79 41 82 07 08
-==== BB 482 (0x25475754) approx BBs exec'd 0 ====
-
- 0x25475754: A1F8002C lhz r15,44(r24)
- 0: GETL R24, t0
- 1: ADDL $0x2C, t0
- 2: LDW (t0), t2
- 3: PUTL t2, R15
- 4: INCEIPL $4
-
- 0x25475758: 81D80018 lwz r14,24(r24)
- 5: GETL R24, t4
- 6: ADDL $0x18, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R14
- 9: INCEIPL $4
-
- 0x2547575C: A1580010 lhz r10,16(r24)
- 10: GETL R24, t8
- 11: ADDL $0x10, t8
- 12: LDW (t8), t10
- 13: PUTL t10, R10
- 14: INCEIPL $4
-
- 0x25475760: B1FA0154 sth r15,340(r26)
- 15: GETL R15, t12
- 16: GETL R26, t14
- 17: ADDL $0x154, t14
- 18: STW t12, (t14)
- 19: INCEIPL $4
-
- 0x25475764: 91DA0150 stw r14,336(r26)
- 20: GETL R14, t16
- 21: GETL R26, t18
- 22: ADDL $0x150, t18
- 23: STL t16, (t18)
- 24: INCEIPL $4
-
- 0x25475768: A118002C lhz r8,44(r24)
- 25: GETL R24, t20
- 26: ADDL $0x2C, t20
- 27: LDW (t20), t22
- 28: PUTL t22, R8
- 29: INCEIPL $4
-
- 0x2547576C: 8378001C lwz r27,28(r24)
- 30: GETL R24, t24
- 31: ADDL $0x1C, t24
- 32: LDL (t24), t26
- 33: PUTL t26, R27
- 34: INCEIPL $4
-
- 0x25475770: 551D2834 rlwinm r29,r8,5,0,26
- 35: GETL R8, t28
- 36: SHLL $0x5, t28
- 37: PUTL t28, R29
- 38: INCEIPL $4
-
- 0x25475774: 80DC0000 lwz r6,0(r28)
- 39: GETL R28, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R6
- 42: INCEIPL $4
-
- 0x25475778: 7CFBEA14 add r7,r27,r29
- 43: GETL R27, t34
- 44: GETL R29, t36
- 45: ADDL t34, t36
- 46: PUTL t36, R7
- 47: INCEIPL $4
-
- 0x2547577C: 7F3BE214 add r25,r27,r28
- 48: GETL R27, t38
- 49: GETL R28, t40
- 50: ADDL t38, t40
- 51: PUTL t40, R25
- 52: INCEIPL $4
-
- 0x25475780: 7F873040 cmpl cr7,r7,r6
- 53: GETL R7, t42
- 54: GETL R6, t44
- 55: CMPUL t42, t44, t46 (-rSo)
- 56: ICRFL t46, $0x7, CR
- 57: INCEIPL $4
-
- 0x25475784: 915F009C stw r10,156(r31)
- 58: GETL R10, t48
- 59: GETL R31, t50
- 60: ADDL $0x9C, t50
- 61: STL t48, (t50)
- 62: INCEIPL $4
-
- 0x25475788: 3B790004 addi r27,r25,4
- 63: GETL R25, t52
- 64: ADDL $0x4, t52
- 65: PUTL t52, R27
- 66: INCEIPL $4
-
- 0x2547578C: 419D0438 bc 12,29,0x25475BC4
- 67: Js29o $0x25475BC4
-
-
-
-. 482 25475754 60
-. A1 F8 00 2C 81 D8 00 18 A1 58 00 10 B1 FA 01 54 91 DA 01 50 A1 18 00 2C 83 78 00 1C 55 1D 28 34 80 DC 00 00 7C FB EA 14 7F 3B E2 14 7F 87 30 40 91 5F 00 9C 3B 79 00 04 41 9D 04 38
-==== BB 483 (0x25475790) approx BBs exec'd 0 ====
-
- 0x25475790: A11A0154 lhz r8,340(r26)
- 0: GETL R26, t0
- 1: ADDL $0x154, t0
- 2: LDW (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x25475794: 7C320B78 or r18,r1,r1
- 5: GETL R1, t4
- 6: PUTL t4, R18
- 7: INCEIPL $4
-
- 0x25475798: 80810000 lwz r4,0(r1)
- 8: GETL R1, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R4
- 11: INCEIPL $4
-
- 0x2547579C: 3BA00007 li r29,7
- 12: MOVL $0x7, t10
- 13: PUTL t10, R29
- 14: INCEIPL $4
-
- 0x254757A0: 1CE80018 mulli r7,r8,24
- 15: GETL R8, t12
- 16: MULL $0x18, t12
- 17: PUTL t12, R7
- 18: INCEIPL $4
-
- 0x254757A4: 3B800000 li r28,0
- 19: MOVL $0x0, t14
- 20: PUTL t14, R28
- 21: INCEIPL $4
-
- 0x254757A8: 38C7001E addi r6,r7,30
- 22: GETL R7, t16
- 23: ADDL $0x1E, t16
- 24: PUTL t16, R6
- 25: INCEIPL $4
-
- 0x254757AC: 54D902B6 rlwinm r25,r6,0,10,27
- 26: GETL R6, t18
- 27: ANDL $0x3FFFF0, t18
- 28: PUTL t18, R25
- 29: INCEIPL $4
-
- 0x254757B0: 7CB900D0 neg r5,r25
- 30: GETL R25, t20
- 31: NEGL t20
- 32: PUTL t20, R5
- 33: INCEIPL $4
-
- 0x254757B4: 7C81296E stwux r4,r1,r5
- 34: GETL R5, t22
- 35: GETL R1, t24
- 36: ADDL t24, t22
- 37: PUTL t22, R1
- 38: GETL R4, t26
- 39: STL t26, (t22)
- 40: INCEIPL $4
-
- 0x254757B8: A0FA0154 lhz r7,340(r26)
- 41: GETL R26, t28
- 42: ADDL $0x154, t28
- 43: LDW (t28), t30
- 44: PUTL t30, R7
- 45: INCEIPL $4
-
- 0x254757BC: 3861002F addi r3,r1,47
- 46: GETL R1, t32
- 47: ADDL $0x2F, t32
- 48: PUTL t32, R3
- 49: INCEIPL $4
-
- 0x254757C0: 93BF00A4 stw r29,164(r31)
- 50: GETL R29, t34
- 51: GETL R31, t36
- 52: ADDL $0xA4, t36
- 53: STL t34, (t36)
- 54: INCEIPL $4
-
- 0x254757C4: 54750036 rlwinm r21,r3,0,0,27
- 55: GETL R3, t38
- 56: ANDL $0xFFFFFFF0, t38
- 57: PUTL t38, R21
- 58: INCEIPL $4
-
- 0x254757C8: 54E92834 rlwinm r9,r7,5,0,26
- 59: GETL R7, t40
- 60: SHLL $0x5, t40
- 61: PUTL t40, R9
- 62: INCEIPL $4
-
- 0x254757CC: 939F00A8 stw r28,168(r31)
- 63: GETL R28, t42
- 64: GETL R31, t44
- 65: ADDL $0xA8, t44
- 66: STL t42, (t44)
- 67: INCEIPL $4
-
- 0x254757D0: 7C09DA14 add r0,r9,r27
- 68: GETL R9, t46
- 69: GETL R27, t48
- 70: ADDL t46, t48
- 71: PUTL t48, R0
- 72: INCEIPL $4
-
- 0x254757D4: 7F7DDB78 or r29,r27,r27
- 73: GETL R27, t50
- 74: PUTL t50, R29
- 75: INCEIPL $4
-
- 0x254757D8: 7E00D840 cmpl cr4,r0,r27
- 76: GETL R0, t52
- 77: GETL R27, t54
- 78: CMPUL t52, t54, t56 (-rSo)
- 79: ICRFL t56, $0x4, CR
- 80: INCEIPL $4
-
- 0x254757DC: 409103A8 bc 4,17,0x25475B84
- 81: Jc17o $0x25475B84
-
-
-
-. 483 25475790 80
-. A1 1A 01 54 7C 32 0B 78 80 81 00 00 3B A0 00 07 1C E8 00 18 3B 80 00 00 38 C7 00 1E 54 D9 02 B6 7C B9 00 D0 7C 81 29 6E A0 FA 01 54 38 61 00 2F 93 BF 00 A4 54 75 00 36 54 E9 28 34 93 9F 00 A8 7C 09 DA 14 7F 7D DB 78 7E 00 D8 40 40 91 03 A8
-==== BB 484 (0x254757E0) approx BBs exec'd 0 ====
-
- 0x254757E0: 3B200000 li r25,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R25
- 2: INCEIPL $4
-
- 0x254757E4: 48000028 b 0x2547580C
- 3: JMPo $0x2547580C ($4)
-
-
-
-. 484 254757E0 8
-. 3B 20 00 00 48 00 00 28
-==== BB 485 (0x2547580C) approx BBs exec'd 0 ====
-
- 0x2547580C: 813D0000 lwz r9,0(r29)
- 0: GETL R29, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0x25475810: 2F090006 cmpi cr6,r9,6
- 4: GETL R9, t4
- 5: MOVL $0x6, t8
- 6: CMPL t4, t8, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x25475814: 419A0094 bc 12,26,0x254758A8
- 9: Js26o $0x254758A8
-
-
-
-. 485 2547580C 12
-. 81 3D 00 00 2F 09 00 06 41 9A 00 94
-==== BB 486 (0x25475818) approx BBs exec'd 0 ====
-
- 0x25475818: 28090006 cmpli cr0,r9,6
- 0: GETL R9, t0
- 1: MOVL $0x6, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x2547581C: 40A1FFCC bc 5,1,0x254757E8
- 5: Jc01o $0x254757E8
-
-
-
-. 486 25475818 8
-. 28 09 00 06 40 A1 FF CC
-==== BB 487 (0x254757E8) approx BBs exec'd 0 ====
-
- 0x254757E8: 2F890001 cmpi cr7,r9,1
- 0: GETL R9, t0
- 1: MOVL $0x1, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x254757EC: 419E02C4 bc 12,30,0x25475AB0
- 5: Js30o $0x25475AB0
-
-
-
-. 487 254757E8 8
-. 2F 89 00 01 41 9E 02 C4
-==== BB 488 (0x25475AB0) approx BBs exec'd 0 ====
-
- 0x25475AB0: 81310004 lwz r9,4(r17)
- 0: GETL R17, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25475AB4: 817D001C lwz r11,28(r29)
- 5: GETL R29, t4
- 6: ADDL $0x1C, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R11
- 9: INCEIPL $4
-
- 0x25475AB8: 3909FFFF addi r8,r9,-1
- 10: GETL R9, t8
- 11: ADDL $0xFFFFFFFF, t8
- 12: PUTL t8, R8
- 13: INCEIPL $4
-
- 0x25475ABC: 7D694039 and. r9,r11,r8
- 14: GETL R11, t10
- 15: GETL R8, t12
- 16: ANDL t10, t12
- 17: PUTL t12, R9
- 18: CMP0L t12, t14 (-rSo)
- 19: ICRFL t14, $0x0, CR
- 20: INCEIPL $4
-
- 0x25475AC0: 4082062C bc 4,2,0x254760EC
- 21: Jc02o $0x254760EC
-
-
-
-. 488 25475AB0 20
-. 81 31 00 04 81 7D 00 1C 39 09 FF FF 7D 69 40 39 40 82 06 2C
-==== BB 489 (0x25475AC4) approx BBs exec'd 0 ====
-
- 0x25475AC4: 815D0008 lwz r10,8(r29)
- 0: GETL R29, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x25475AC8: 38ABFFFF addi r5,r11,-1
- 5: GETL R11, t4
- 6: ADDL $0xFFFFFFFF, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x25475ACC: 80DD0004 lwz r6,4(r29)
- 9: GETL R29, t6
- 10: ADDL $0x4, t6
- 11: LDL (t6), t8
- 12: PUTL t8, R6
- 13: INCEIPL $4
-
- 0x25475AD0: 7C865050 subf r4,r6,r10
- 14: GETL R6, t10
- 15: GETL R10, t12
- 16: SUBL t10, t12
- 17: PUTL t12, R4
- 18: INCEIPL $4
-
- 0x25475AD4: 7C8B2839 and. r11,r4,r5
- 19: GETL R4, t14
- 20: GETL R5, t16
- 21: ANDL t14, t16
- 22: PUTL t16, R11
- 23: CMP0L t16, t18 (-rSo)
- 24: ICRFL t18, $0x0, CR
- 25: INCEIPL $4
-
- 0x25475AD8: 40820650 bc 4,2,0x25476128
- 26: Jc02o $0x25476128
-
-
-
-. 489 25475AC4 24
-. 81 5D 00 08 38 AB FF FF 80 DD 00 04 7C 86 50 50 7C 8B 28 39 40 82 06 50
-==== BB 490 (0x25475ADC) approx BBs exec'd 0 ====
-
- 0x25475ADC: 7D4A4078 andc r10,r10,r8
- 0: GETL R10, t0
- 1: GETL R8, t2
- 2: NOTL t2
- 3: ANDL t0, t2
- 4: PUTL t2, R10
- 5: INCEIPL $4
-
- 0x25475AE0: 3B9C0001 addi r28,r28,1
- 6: GETL R28, t4
- 7: ADDL $0x1, t4
- 8: PUTL t4, R28
- 9: INCEIPL $4
-
- 0x25475AE4: 7D55C92E stwx r10,r21,r25
- 10: GETL R25, t6
- 11: GETL R21, t8
- 12: ADDL t8, t6
- 13: GETL R10, t10
- 14: STL t10, (t6)
- 15: INCEIPL $4
-
- 0x25475AE8: 289C0001 cmpli cr1,r28,1
- 16: GETL R28, t12
- 17: MOVL $0x1, t16
- 18: CMPUL t12, t16, t14 (-rSo)
- 19: ICRFL t14, $0x1, CR
- 20: INCEIPL $4
-
- 0x25475AEC: 813D0008 lwz r9,8(r29)
- 21: GETL R29, t18
- 22: ADDL $0x8, t18
- 23: LDL (t18), t20
- 24: PUTL t20, R9
- 25: INCEIPL $4
-
- 0x25475AF0: 801D0010 lwz r0,16(r29)
- 26: GETL R29, t22
- 27: ADDL $0x10, t22
- 28: LDL (t22), t24
- 29: PUTL t24, R0
- 30: INCEIPL $4
-
- 0x25475AF4: 81F10004 lwz r15,4(r17)
- 31: GETL R17, t26
- 32: ADDL $0x4, t26
- 33: LDL (t26), t28
- 34: PUTL t28, R15
- 35: INCEIPL $4
-
- 0x25475AF8: 7C690214 add r3,r9,r0
- 36: GETL R9, t30
- 37: GETL R0, t32
- 38: ADDL t30, t32
- 39: PUTL t32, R3
- 40: INCEIPL $4
-
- 0x25475AFC: 7D837A14 add r12,r3,r15
- 41: GETL R3, t34
- 42: GETL R15, t36
- 43: ADDL t34, t36
- 44: PUTL t36, R12
- 45: INCEIPL $4
-
- 0x25475B00: 7DCF00D0 neg r14,r15
- 46: GETL R15, t38
- 47: NEGL t38
- 48: PUTL t38, R14
- 49: INCEIPL $4
-
- 0x25475B04: 396CFFFF addi r11,r12,-1
- 50: GETL R12, t40
- 51: ADDL $0xFFFFFFFF, t40
- 52: PUTL t40, R11
- 53: INCEIPL $4
-
- 0x25475B08: 7D687038 and r8,r11,r14
- 54: GETL R11, t42
- 55: GETL R14, t44
- 56: ANDL t42, t44
- 57: PUTL t44, R8
- 58: INCEIPL $4
-
- 0x25475B0C: 7D75CA14 add r11,r21,r25
- 59: GETL R21, t46
- 60: GETL R25, t48
- 61: ADDL t46, t48
- 62: PUTL t48, R11
- 63: INCEIPL $4
-
- 0x25475B10: 910B0004 stw r8,4(r11)
- 64: GETL R8, t50
- 65: GETL R11, t52
- 66: ADDL $0x4, t52
- 67: STL t50, (t52)
- 68: INCEIPL $4
-
- 0x25475B14: 3B390018 addi r25,r25,24
- 69: GETL R25, t54
- 70: ADDL $0x18, t54
- 71: PUTL t54, R25
- 72: INCEIPL $4
-
- 0x25475B18: 809D0008 lwz r4,8(r29)
- 73: GETL R29, t56
- 74: ADDL $0x8, t56
- 75: LDL (t56), t58
- 76: PUTL t58, R4
- 77: INCEIPL $4
-
- 0x25475B1C: 80DD0010 lwz r6,16(r29)
- 78: GETL R29, t60
- 79: ADDL $0x10, t60
- 80: LDL (t60), t62
- 81: PUTL t62, R6
- 82: INCEIPL $4
-
- 0x25475B20: 7CA43214 add r5,r4,r6
- 83: GETL R4, t64
- 84: GETL R6, t66
- 85: ADDL t64, t66
- 86: PUTL t66, R5
- 87: INCEIPL $4
-
- 0x25475B24: 90AB0008 stw r5,8(r11)
- 88: GETL R5, t68
- 89: GETL R11, t70
- 90: ADDL $0x8, t70
- 91: STL t68, (t70)
- 92: INCEIPL $4
-
- 0x25475B28: 813D0008 lwz r9,8(r29)
- 93: GETL R29, t72
- 94: ADDL $0x8, t72
- 95: LDL (t72), t74
- 96: PUTL t74, R9
- 97: INCEIPL $4
-
- 0x25475B2C: 801D0014 lwz r0,20(r29)
- 98: GETL R29, t76
- 99: ADDL $0x14, t76
- 100: LDL (t76), t78
- 101: PUTL t78, R0
- 102: INCEIPL $4
-
- 0x25475B30: 7C690214 add r3,r9,r0
- 103: GETL R9, t80
- 104: GETL R0, t82
- 105: ADDL t80, t82
- 106: PUTL t82, R3
- 107: INCEIPL $4
-
- 0x25475B34: 906B000C stw r3,12(r11)
- 108: GETL R3, t84
- 109: GETL R11, t86
- 110: ADDL $0xC, t86
- 111: STL t84, (t86)
- 112: INCEIPL $4
-
- 0x25475B38: 81910004 lwz r12,4(r17)
- 113: GETL R17, t88
- 114: ADDL $0x4, t88
- 115: LDL (t88), t90
- 116: PUTL t90, R12
- 117: INCEIPL $4
-
- 0x25475B3C: 81DD0004 lwz r14,4(r29)
- 118: GETL R29, t92
- 119: ADDL $0x4, t92
- 120: LDL (t92), t94
- 121: PUTL t94, R14
- 122: INCEIPL $4
-
- 0x25475B40: 7DEC00D0 neg r15,r12
- 123: GETL R12, t96
- 124: NEGL t96
- 125: PUTL t96, R15
- 126: INCEIPL $4
-
- 0x25475B44: 7DC87838 and r8,r14,r15
- 127: GETL R14, t98
- 128: GETL R15, t100
- 129: ANDL t98, t100
- 130: PUTL t100, R8
- 131: INCEIPL $4
-
- 0x25475B48: 910B0010 stw r8,16(r11)
- 132: GETL R8, t102
- 133: GETL R11, t104
- 134: ADDL $0x10, t104
- 135: STL t102, (t104)
- 136: INCEIPL $4
-
- 0x25475B4C: 40850018 bc 4,5,0x25475B64
- 137: Jc05o $0x25475B64
-
-
-
-. 490 25475ADC 116
-. 7D 4A 40 78 3B 9C 00 01 7D 55 C9 2E 28 9C 00 01 81 3D 00 08 80 1D 00 10 81 F1 00 04 7C 69 02 14 7D 83 7A 14 7D CF 00 D0 39 6C FF FF 7D 68 70 38 7D 75 CA 14 91 0B 00 04 3B 39 00 18 80 9D 00 08 80 DD 00 10 7C A4 32 14 90 AB 00 08 81 3D 00 08 80 1D 00 14 7C 69 02 14 90 6B 00 0C 81 91 00 04 81 DD 00 04 7D EC 00 D0 7D C8 78 38 91 0B 00 10 40 85 00 18
-==== BB 491 (0x25475B64) approx BBs exec'd 0 ====
-
- 0x25475B64: 807D0018 lwz r3,24(r29)
- 0: GETL R29, t0
- 1: ADDL $0x18, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x25475B68: 3D807351 lis r12,29521
- 5: MOVL $0x73510000, t4
- 6: PUTL t4, R12
- 7: INCEIPL $4
-
- 0x25475B6C: 618E6240 ori r14,r12,0x6240
- 8: MOVL $0x73516240, t6
- 9: PUTL t6, R14
- 10: INCEIPL $4
-
- 0x25475B70: 546F16FA rlwinm r15,r3,2,27,29
- 11: GETL R3, t8
- 12: ROLL $0x2, t8
- 13: ANDL $0x1C, t8
- 14: PUTL t8, R15
- 15: INCEIPL $4
-
- 0x25475B74: 7DC87E30 sraw r8,r14,r15
- 16: GETL R14, t12
- 17: GETL R15, t10
- 18: SARL t10, t12 (-wCa)
- 19: PUTL t12, R8
- 20: INCEIPL $4
-
- 0x25475B78: 5506073E rlwinm r6,r8,0,28,31
- 21: GETL R8, t14
- 22: ANDL $0xF, t14
- 23: PUTL t14, R6
- 24: INCEIPL $4
-
- 0x25475B7C: 90CB0014 stw r6,20(r11)
- 25: GETL R6, t16
- 26: GETL R11, t18
- 27: ADDL $0x14, t18
- 28: STL t16, (t18)
- 29: INCEIPL $4
-
- 0x25475B80: 4BFFFC78 b 0x254757F8
- 30: JMPo $0x254757F8 ($4)
-
-
-
-. 491 25475B64 32
-. 80 7D 00 18 3D 80 73 51 61 8E 62 40 54 6F 16 FA 7D C8 7E 30 55 06 07 3E 90 CB 00 14 4B FF FC 78
-==== BB 492 (0x254757F8) approx BBs exec'd 0 ====
-
- 0x254757F8: 54EF2834 rlwinm r15,r7,5,0,26
- 0: GETL R7, t0
- 1: SHLL $0x5, t0
- 2: PUTL t0, R15
- 3: INCEIPL $4
-
- 0x254757FC: 3BBD0020 addi r29,r29,32
- 4: GETL R29, t2
- 5: ADDL $0x20, t2
- 6: PUTL t2, R29
- 7: INCEIPL $4
-
- 0x25475800: 7DCFDA14 add r14,r15,r27
- 8: GETL R15, t4
- 9: GETL R27, t6
- 10: ADDL t4, t6
- 11: PUTL t6, R14
- 12: INCEIPL $4
-
- 0x25475804: 7C8EE840 cmpl cr1,r14,r29
- 13: GETL R14, t8
- 14: GETL R29, t10
- 15: CMPUL t8, t10, t12 (-rSo)
- 16: ICRFL t12, $0x1, CR
- 17: INCEIPL $4
-
- 0x25475808: 408500BC bc 4,5,0x254758C4
- 18: Jc05o $0x254758C4
-
-
-
-. 492 254757F8 20
-. 54 EF 28 34 3B BD 00 20 7D CF DA 14 7C 8E E8 40 40 85 00 BC
-==== BB 493 (0x25475B50) approx BBs exec'd 0 ====
-
- 0x25475B50: 808BFFEC lwz r4,-20(r11)
- 0: GETL R11, t0
- 1: ADDL $0xFFFFFFEC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x25475B54: 7E045000 cmp cr4,r4,r10
- 5: GETL R4, t4
- 6: GETL R10, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x4, CR
- 9: INCEIPL $4
-
- 0x25475B58: 4192000C bc 12,18,0x25475B64
- 10: Js18o $0x25475B64
-
-
-
-. 493 25475B50 12
-. 80 8B FF EC 7E 04 50 00 41 92 00 0C
-==== BB 494 (0x25475B5C) approx BBs exec'd 0 ====
-
- 0x25475B5C: 39400001 li r10,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R10
- 2: INCEIPL $4
-
- 0x25475B60: 915F00A8 stw r10,168(r31)
- 3: GETL R10, t2
- 4: GETL R31, t4
- 5: ADDL $0xA8, t4
- 6: STL t2, (t4)
- 7: INCEIPL $4
-
- 0x25475B64: 807D0018 lwz r3,24(r29)
- 8: GETL R29, t6
- 9: ADDL $0x18, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R3
- 12: INCEIPL $4
-
- 0x25475B68: 3D807351 lis r12,29521
- 13: MOVL $0x73510000, t10
- 14: PUTL t10, R12
- 15: INCEIPL $4
-
- 0x25475B6C: 618E6240 ori r14,r12,0x6240
- 16: MOVL $0x73516240, t12
- 17: PUTL t12, R14
- 18: INCEIPL $4
-
- 0x25475B70: 546F16FA rlwinm r15,r3,2,27,29
- 19: GETL R3, t14
- 20: ROLL $0x2, t14
- 21: ANDL $0x1C, t14
- 22: PUTL t14, R15
- 23: INCEIPL $4
-
- 0x25475B74: 7DC87E30 sraw r8,r14,r15
- 24: GETL R14, t18
- 25: GETL R15, t16
- 26: SARL t16, t18 (-wCa)
- 27: PUTL t18, R8
- 28: INCEIPL $4
-
- 0x25475B78: 5506073E rlwinm r6,r8,0,28,31
- 29: GETL R8, t20
- 30: ANDL $0xF, t20
- 31: PUTL t20, R6
- 32: INCEIPL $4
-
- 0x25475B7C: 90CB0014 stw r6,20(r11)
- 33: GETL R6, t22
- 34: GETL R11, t24
- 35: ADDL $0x14, t24
- 36: STL t22, (t24)
- 37: INCEIPL $4
-
- 0x25475B80: 4BFFFC78 b 0x254757F8
- 38: JMPo $0x254757F8 ($4)
-
-
-
-. 494 25475B5C 40
-. 39 40 00 01 91 5F 00 A8 80 7D 00 18 3D 80 73 51 61 8E 62 40 54 6F 16 FA 7D C8 7E 30 55 06 07 3E 90 CB 00 14 4B FF FC 78
-==== BB 495 (0x254757F0) approx BBs exec'd 0 ====
-
- 0x254757F0: 2C890002 cmpi cr1,r9,2
- 0: GETL R9, t0
- 1: MOVL $0x2, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0x254757F4: 418603B8 bc 12,6,0x25475BAC
- 5: Js06o $0x25475BAC
-
-
-
-. 495 254757F0 8
-. 2C 89 00 02 41 86 03 B8
-==== BB 496 (0x25475BAC) approx BBs exec'd 0 ====
-
- 0x25475BAC: 807D0014 lwz r3,20(r29)
- 0: GETL R29, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x25475BB0: 819D0008 lwz r12,8(r29)
- 5: GETL R29, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R12
- 9: INCEIPL $4
-
- 0x25475BB4: 546BE8FE rlwinm r11,r3,29,3,31
- 10: GETL R3, t8
- 11: SHRL $0x3, t8
- 12: PUTL t8, R11
- 13: INCEIPL $4
-
- 0x25475BB8: 919A0008 stw r12,8(r26)
- 14: GETL R12, t10
- 15: GETL R26, t12
- 16: ADDL $0x8, t12
- 17: STL t10, (t12)
- 18: INCEIPL $4
-
- 0x25475BBC: B17A0156 sth r11,342(r26)
- 19: GETL R11, t14
- 20: GETL R26, t16
- 21: ADDL $0x156, t16
- 22: STW t14, (t16)
- 23: INCEIPL $4
-
- 0x25475BC0: 4BFFFC38 b 0x254757F8
- 24: JMPo $0x254757F8 ($4)
-
-
-
-. 496 25475BAC 24
-. 80 7D 00 14 81 9D 00 08 54 6B E8 FE 91 9A 00 08 B1 7A 01 56 4B FF FC 38
-==== BB 497 (0x25475820) approx BBs exec'd 0 ====
-
- 0x25475820: 3DC06474 lis r14,25716
- 0: MOVL $0x64740000, t0
- 1: PUTL t0, R14
- 2: INCEIPL $4
-
- 0x25475824: 61C0E551 ori r0,r14,0xE551
- 3: MOVL $0x6474E551, t2
- 4: PUTL t2, R0
- 5: INCEIPL $4
-
- 0x25475828: 7E090000 cmp cr4,r9,r0
- 6: GETL R9, t4
- 7: GETL R0, t6
- 8: CMPL t4, t6, t8 (-rSo)
- 9: ICRFL t8, $0x4, CR
- 10: INCEIPL $4
-
- 0x2547582C: 41920278 bc 12,18,0x25475AA4
- 11: Js18o $0x25475AA4
-
-
-
-. 497 25475820 16
-. 3D C0 64 74 61 C0 E5 51 7E 09 00 00 41 92 02 78
-==== BB 498 (0x25475AA4) approx BBs exec'd 0 ====
-
- 0x25475AA4: 815D0018 lwz r10,24(r29)
- 0: GETL R29, t0
- 1: ADDL $0x18, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x25475AA8: 915F00A4 stw r10,164(r31)
- 5: GETL R10, t4
- 6: GETL R31, t6
- 7: ADDL $0xA4, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0x25475AAC: 4BFFFD4C b 0x254757F8
- 10: JMPo $0x254757F8 ($4)
-
-
-
-. 498 25475AA4 12
-. 81 5D 00 18 91 5F 00 A4 4B FF FD 4C
-==== BB 499 (0x254758C4) approx BBs exec'd 0 ====
-
- 0x254758C4: 2E1C0000 cmpi cr4,r28,0
- 0: GETL R28, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0x254758C8: 419202BC bc 12,18,0x25475B84
- 4: Js18o $0x25475B84
-
-
-
-. 499 254758C4 8
-. 2E 1C 00 00 41 92 02 BC
-==== BB 500 (0x254758CC) approx BBs exec'd 0 ====
-
- 0x254758CC: 1DFC0018 mulli r15,r28,24
- 0: GETL R28, t0
- 1: MULL $0x18, t0
- 2: PUTL t0, R15
- 3: INCEIPL $4
-
- 0x254758D0: 839F009C lwz r28,156(r31)
- 4: GETL R31, t2
- 5: ADDL $0x9C, t2
- 6: LDL (t2), t4
- 7: PUTL t4, R28
- 8: INCEIPL $4
-
- 0x254758D4: 81750000 lwz r11,0(r21)
- 9: GETL R21, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R11
- 12: INCEIPL $4
-
- 0x254758D8: 7EBDAB78 or r29,r21,r21
- 13: GETL R21, t10
- 14: PUTL t10, R29
- 15: INCEIPL $4
-
- 0x254758DC: 2E1C0003 cmpi cr4,r28,3
- 16: GETL R28, t12
- 17: MOVL $0x3, t16
- 18: CMPL t12, t16, t14 (-rSo)
- 19: ICRFL t14, $0x4, CR
- 20: INCEIPL $4
-
- 0x254758E0: 7F8FAA14 add r28,r15,r21
- 21: GETL R15, t18
- 22: GETL R21, t20
- 23: ADDL t18, t20
- 24: PUTL t20, R28
- 25: INCEIPL $4
-
- 0x254758E4: 833CFFF4 lwz r25,-12(r28)
- 26: GETL R28, t22
- 27: ADDL $0xFFFFFFF4, t22
- 28: LDL (t22), t24
- 29: PUTL t24, R25
- 30: INCEIPL $4
-
- 0x254758E8: 7DCBC850 subf r14,r11,r25
- 31: GETL R11, t26
- 32: GETL R25, t28
- 33: SUBL t26, t28
- 34: PUTL t28, R14
- 35: INCEIPL $4
-
- 0x254758EC: 40920818 bc 4,18,0x25476104
- 36: Jc18o $0x25476104
-
-
-
-. 500 254758CC 36
-. 1D FC 00 18 83 9F 00 9C 81 75 00 00 7E BD AB 78 2E 1C 00 03 7F 8F AA 14 83 3C FF F4 7D CB C8 50 40 92 08 18
-==== BB 501 (0x254758F0) approx BBs exec'd 0 ====
-
- 0x254758F0: 8191004C lwz r12,76(r17)
- 0: GETL R17, t0
- 1: ADDL $0x4C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R12
- 4: INCEIPL $4
-
- 0x254758F4: 7DC47378 or r4,r14,r14
- 5: GETL R14, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0x254758F8: 7EE3BB78 or r3,r23,r23
- 8: GETL R23, t6
- 9: PUTL t6, R3
- 10: INCEIPL $4
-
- 0x254758FC: 7D656038 and r5,r11,r12
- 11: GETL R11, t8
- 12: GETL R12, t10
- 13: ANDL t8, t10
- 14: PUTL t10, R5
- 15: INCEIPL $4
-
- 0x25475900: 4800ADE9 bl 0x254806E8
- 16: MOVL $0x25475904, t12
- 17: PUTL t12, LR
- 18: JMPo-c $0x254806E8 ($4)
-
-
-
-. 501 254758F0 20
-. 81 91 00 4C 7D C4 73 78 7E E3 BB 78 7D 65 60 38 48 00 AD E9
-==== BB 502 __elf_preferred_address(0x254806E8) approx BBs exec'd 0 ====
-
- 0x254806E8: 7CA32B79 or. r3,r5,r5
- 0: GETL R5, t0
- 1: PUTL t0, R3
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x254806EC: 7D8802A6 mflr r12
- 5: GETL LR, t4
- 6: PUTL t4, R12
- 7: INCEIPL $4
-
- 0x254806F0: 9421FFE0 stwu r1,-32(r1)
- 8: GETL R1, t6
- 9: GETL R1, t8
- 10: ADDL $0xFFFFFFE0, t8
- 11: PUTL t8, R1
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x254806F4: 4801690D bl 0x25497000
- 14: MOVL $0x254806F8, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0x25497000 ($4)
-
-
-
-. 502 254806E8 16
-. 7C A3 2B 79 7D 88 02 A6 94 21 FF E0 48 01 69 0D
-==== BB 503 (0x254806F8) approx BBs exec'd 0 ====
-
- 0x254806F8: 93A10014 stw r29,20(r1)
- 0: GETL R29, t0
- 1: GETL R1, t2
- 2: ADDL $0x14, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x254806FC: 7C9D2378 or r29,r4,r4
- 5: GETL R4, t4
- 6: PUTL t4, R29
- 7: INCEIPL $4
-
- 0x25480700: 93C10018 stw r30,24(r1)
- 8: GETL R30, t6
- 9: GETL R1, t8
- 10: ADDL $0x18, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x25480704: 7FC802A6 mflr r30
- 13: GETL LR, t10
- 14: PUTL t10, R30
- 15: INCEIPL $4
-
- 0x25480708: 93810010 stw r28,16(r1)
- 16: GETL R28, t12
- 17: GETL R1, t14
- 18: ADDL $0x10, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0x2548070C: 93E1001C stw r31,28(r1)
- 21: GETL R31, t16
- 22: GETL R1, t18
- 23: ADDL $0x1C, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0x25480710: 7D8803A6 mtlr r12
- 26: GETL R12, t20
- 27: PUTL t20, LR
- 28: INCEIPL $4
-
- 0x25480714: 408200FC bc 4,2,0x25480810
- 29: Jc02o $0x25480810
-
-
-
-. 503 254806F8 32
-. 93 A1 00 14 7C 9D 23 78 93 C1 00 18 7F C8 02 A6 93 81 00 10 93 E1 00 1C 7D 88 03 A6 40 82 00 FC
-==== BB 504 (0x25480718) approx BBs exec'd 0 ====
-
- 0x25480718: 3CC00003 lis r6,3
- 0: MOVL $0x30000, t0
- 1: PUTL t0, R6
- 2: INCEIPL $4
-
- 0x2548071C: 83FE04F4 lwz r31,1268(r30)
- 3: GETL R30, t2
- 4: ADDL $0x4F4, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R31
- 7: INCEIPL $4
-
- 0x25480720: 809E04C8 lwz r4,1224(r30)
- 8: GETL R30, t6
- 9: ADDL $0x4C8, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R4
- 12: INCEIPL $4
-
- 0x25480724: 60C6FFFF ori r6,r6,0xFFFF
- 13: MOVL $0x3FFFF, t10
- 14: PUTL t10, R6
- 15: INCEIPL $4
-
- 0x25480728: 3CE07000 lis r7,28672
- 16: MOVL $0x70000000, t12
- 17: PUTL t12, R7
- 18: INCEIPL $4
-
- 0x2548072C: 3980000F li r12,15
- 19: MOVL $0xF, t14
- 20: PUTL t14, R12
- 21: INCEIPL $4
-
- 0x25480730: 81640000 lwz r11,0(r4)
- 22: GETL R4, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R11
- 25: INCEIPL $4
-
- 0x25480734: 38840018 addi r4,r4,24
- 26: GETL R4, t20
- 27: ADDL $0x18, t20
- 28: PUTL t20, R4
- 29: INCEIPL $4
-
- 0x25480738: 2F8B0000 cmpi cr7,r11,0
- 30: GETL R11, t22
- 31: CMP0L t22, t24 (-rSo)
- 32: ICRFL t24, $0x7, CR
- 33: INCEIPL $4
-
- 0x2548073C: 419E009C bc 12,30,0x254807D8
- 34: Js30o $0x254807D8
-
-
-
-. 504 25480718 40
-. 3C C0 00 03 83 FE 04 F4 80 9E 04 C8 60 C6 FF FF 3C E0 70 00 39 80 00 0F 81 64 00 00 38 84 00 18 2F 8B 00 00 41 9E 00 9C
-==== BB 505 (0x25480740) approx BBs exec'd 0 ====
-
- 0x25480740: 813F0004 lwz r9,4(r31)
- 0: GETL R31, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25480744: 38A9FFFF addi r5,r9,-1
- 5: GETL R9, t4
- 6: ADDL $0xFFFFFFFF, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x25480748: 7CA328F8 nor r3,r5,r5
- 9: GETL R5, t6
- 10: NOTL t6
- 11: PUTL t6, R3
- 12: INCEIPL $4
-
- 0x2548074C: 800B01A4 lwz r0,420(r11)
- 13: GETL R11, t8
- 14: ADDL $0x1A4, t8
- 15: LDL (t8), t10
- 16: PUTL t10, R0
- 17: INCEIPL $4
-
- 0x25480750: 838B01A0 lwz r28,416(r11)
- 18: GETL R11, t12
- 19: ADDL $0x1A0, t12
- 20: LDL (t12), t14
- 21: PUTL t14, R28
- 22: INCEIPL $4
-
- 0x25480754: 7C082B78 or r8,r0,r5
- 23: GETL R0, t16
- 24: GETL R5, t18
- 25: ORL t18, t16
- 26: PUTL t16, R8
- 27: INCEIPL $4
-
- 0x25480758: 7C883840 cmpl cr1,r8,r7
- 28: GETL R8, t20
- 29: GETL R7, t22
- 30: CMPUL t20, t22, t24 (-rSo)
- 31: ICRFL t24, $0x1, CR
- 32: INCEIPL $4
-
- 0x2548075C: 7F8A1838 and r10,r28,r3
- 33: GETL R28, t26
- 34: GETL R3, t28
- 35: ANDL t26, t28
- 36: PUTL t28, R10
- 37: INCEIPL $4
-
- 0x25480760: 40840010 bc 4,4,0x25480770
- 38: Jc04o $0x25480770
-
-
-
-. 505 25480740 36
-. 81 3F 00 04 38 A9 FF FF 7C A3 28 F8 80 0B 01 A4 83 8B 01 A0 7C 08 2B 78 7C 88 38 40 7F 8A 18 38 40 84 00 10
-==== BB 506 (0x25480764) approx BBs exec'd 0 ====
-
- 0x25480764: 838B0180 lwz r28,384(r11)
- 0: GETL R11, t0
- 1: ADDL $0x180, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0x25480768: 7789C000 andis. r9,r28,0xC000
- 5: GETL R28, t4
- 6: ANDL $0xC0000000, t4
- 7: PUTL t4, R9
- 8: CMP0L t4, t6 (-rSo)
- 9: ICRFL t6, $0x0, CR
- 10: INCEIPL $4
-
- 0x2548076C: 4082000C bc 4,2,0x25480778
- 11: Jc02o $0x25480778
-
-
-
-. 506 25480764 12
-. 83 8B 01 80 77 89 C0 00 40 82 00 0C
-==== BB 507 (0x25480770) approx BBs exec'd 0 ====
-
- 0x25480770: 7F075040 cmpl cr6,r7,r10
- 0: GETL R7, t0
- 1: GETL R10, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x6, CR
- 4: INCEIPL $4
-
- 0x25480774: 40980054 bc 4,24,0x254807C8
- 5: Jc24o $0x254807C8
-
-
-
-. 507 25480770 8
-. 7F 07 50 40 40 98 00 54
-==== BB 508 (0x254807C8) approx BBs exec'd 0 ====
-
- 0x254807C8: 7D475378 or r7,r10,r10
- 0: GETL R10, t0
- 1: PUTL t0, R7
- 2: INCEIPL $4
-
- 0x254807CC: 816B000C lwz r11,12(r11)
- 3: GETL R11, t2
- 4: ADDL $0xC, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R11
- 7: INCEIPL $4
-
- 0x254807D0: 2C8B0000 cmpi cr1,r11,0
- 8: GETL R11, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x1, CR
- 11: INCEIPL $4
-
- 0x254807D4: 4086FF78 bc 4,6,0x2548074C
- 12: Jc06o $0x2548074C
-
-
-
-. 508 254807C8 16
-. 7D 47 53 78 81 6B 00 0C 2C 8B 00 00 40 86 FF 78
-==== BB 509 (0x2548074C) approx BBs exec'd 0 ====
-
- 0x2548074C: 800B01A4 lwz r0,420(r11)
- 0: GETL R11, t0
- 1: ADDL $0x1A4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25480750: 838B01A0 lwz r28,416(r11)
- 5: GETL R11, t4
- 6: ADDL $0x1A0, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R28
- 9: INCEIPL $4
-
- 0x25480754: 7C082B78 or r8,r0,r5
- 10: GETL R0, t8
- 11: GETL R5, t10
- 12: ORL t10, t8
- 13: PUTL t8, R8
- 14: INCEIPL $4
-
- 0x25480758: 7C883840 cmpl cr1,r8,r7
- 15: GETL R8, t12
- 16: GETL R7, t14
- 17: CMPUL t12, t14, t16 (-rSo)
- 18: ICRFL t16, $0x1, CR
- 19: INCEIPL $4
-
- 0x2548075C: 7F8A1838 and r10,r28,r3
- 20: GETL R28, t18
- 21: GETL R3, t20
- 22: ANDL t18, t20
- 23: PUTL t20, R10
- 24: INCEIPL $4
-
- 0x25480760: 40840010 bc 4,4,0x25480770
- 25: Jc04o $0x25480770
-
-
-
-. 509 2548074C 24
-. 80 0B 01 A4 83 8B 01 A0 7C 08 2B 78 7C 88 38 40 7F 8A 18 38 40 84 00 10
-==== BB 510 (0x25480778) approx BBs exec'd 0 ====
-
- 0x25480778: 7C064010 subfc r0,r6,r8
- 0: GETL R6, t0
- 1: GETL R8, t2
- 2: SBBL t0, t2 (-wCa)
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x2548077C: 38000000 li r0,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0x25480780: 7C000114 adde r0,r0,r0
- 8: GETL R0, t6
- 9: GETL R0, t8
- 10: ADCL t6, t8 (-rCa-wCa)
- 11: PUTL t8, R0
- 12: INCEIPL $4
-
- 0x25480784: 7D2A3010 subfc r9,r10,r6
- 13: GETL R10, t10
- 14: GETL R6, t12
- 15: SBBL t10, t12 (-wCa)
- 16: PUTL t12, R9
- 17: INCEIPL $4
-
- 0x25480788: 39200000 li r9,0
- 18: MOVL $0x0, t14
- 19: PUTL t14, R9
- 20: INCEIPL $4
-
- 0x2548078C: 7D294914 adde r9,r9,r9
- 21: GETL R9, t16
- 22: GETL R9, t18
- 23: ADCL t16, t18 (-rCa-wCa)
- 24: PUTL t18, R9
- 25: INCEIPL $4
-
- 0x25480790: 7C1C4839 and. r28,r0,r9
- 26: GETL R0, t20
- 27: GETL R9, t22
- 28: ANDL t20, t22
- 29: PUTL t22, R28
- 30: CMP0L t22, t24 (-rSo)
- 31: ICRFL t24, $0x0, CR
- 32: INCEIPL $4
-
- 0x25480794: 40820094 bc 4,2,0x25480828
- 33: Jc02o $0x25480828
-
-
-
-. 510 25480778 32
-. 7C 06 40 10 38 00 00 00 7C 00 01 14 7D 2A 30 10 39 20 00 00 7D 29 49 14 7C 1C 48 39 40 82 00 94
-==== BB 511 (0x25480798) approx BBs exec'd 0 ====
-
- 0x25480798: 7C083810 subfc r0,r8,r7
- 0: GETL R8, t0
- 1: GETL R7, t2
- 2: SBBL t0, t2 (-wCa)
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x2548079C: 38000000 li r0,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0x254807A0: 7C000114 adde r0,r0,r0
- 8: GETL R0, t6
- 9: GETL R0, t8
- 10: ADCL t6, t8 (-rCa-wCa)
- 11: PUTL t8, R0
- 12: INCEIPL $4
-
- 0x254807A4: 7D265010 subfc r9,r6,r10
- 13: GETL R6, t10
- 14: GETL R10, t12
- 15: SBBL t10, t12 (-wCa)
- 16: PUTL t12, R9
- 17: INCEIPL $4
-
- 0x254807A8: 39200000 li r9,0
- 18: MOVL $0x0, t14
- 19: PUTL t14, R9
- 20: INCEIPL $4
-
- 0x254807AC: 7D294914 adde r9,r9,r9
- 21: GETL R9, t16
- 22: GETL R9, t18
- 23: ADCL t16, t18 (-rCa-wCa)
- 24: PUTL t18, R9
- 25: INCEIPL $4
-
- 0x254807B0: 7C1C4839 and. r28,r0,r9
- 26: GETL R0, t20
- 27: GETL R9, t22
- 28: ANDL t20, t22
- 29: PUTL t22, R28
- 30: CMP0L t22, t24 (-rSo)
- 31: ICRFL t24, $0x0, CR
- 32: INCEIPL $4
-
- 0x254807B4: 41820018 bc 12,2,0x254807CC
- 33: Js02o $0x254807CC
-
-
-
-. 511 25480798 32
-. 7C 08 38 10 38 00 00 00 7C 00 01 14 7D 26 50 10 39 20 00 00 7D 29 49 14 7C 1C 48 39 41 82 00 18
-==== BB 512 (0x254807CC) approx BBs exec'd 0 ====
-
- 0x254807CC: 816B000C lwz r11,12(r11)
- 0: GETL R11, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x254807D0: 2C8B0000 cmpi cr1,r11,0
- 5: GETL R11, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x254807D4: 4086FF78 bc 4,6,0x2548074C
- 9: Jc06o $0x2548074C
-
-
-
-. 512 254807CC 12
-. 81 6B 00 0C 2C 8B 00 00 40 86 FF 78
-==== BB 513 (0x254807D8) approx BBs exec'd 0 ====
-
- 0x254807D8: 358CFFFF addic. r12,r12,-1
- 0: GETL R12, t0
- 1: ADCL $0xFFFFFFFF, t0 (-wCa)
- 2: PUTL t0, R12
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0x254807DC: 4080FF54 bc 4,0,0x25480730
- 6: Jc00o $0x25480730
-
-
-
-. 513 254807D8 8
-. 35 8C FF FF 40 80 FF 54
-==== BB 514 (0x25480730) approx BBs exec'd 0 ====
-
- 0x25480730: 81640000 lwz r11,0(r4)
- 0: GETL R4, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R11
- 3: INCEIPL $4
-
- 0x25480734: 38840018 addi r4,r4,24
- 4: GETL R4, t4
- 5: ADDL $0x18, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0x25480738: 2F8B0000 cmpi cr7,r11,0
- 8: GETL R11, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x7, CR
- 11: INCEIPL $4
-
- 0x2548073C: 419E009C bc 12,30,0x254807D8
- 12: Js30o $0x254807D8
-
-
-
-. 514 25480730 16
-. 81 64 00 00 38 84 00 18 2F 8B 00 00 41 9E 00 9C
-==== BB 515 (0x254807E0) approx BBs exec'd 0 ====
-
- 0x254807E0: 3C67FFFF addis r3,r7,-1
- 0: GETL R7, t0
- 1: ADDL $0xFFFF0000, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0x254807E4: 80FF0004 lwz r7,4(r31)
- 4: GETL R31, t2
- 5: ADDL $0x4, t2
- 6: LDL (t2), t4
- 7: PUTL t4, R7
- 8: INCEIPL $4
-
- 0x254807E8: 7F033040 cmpl cr6,r3,r6
- 9: GETL R3, t6
- 10: GETL R6, t8
- 11: CMPUL t6, t8, t10 (-rSo)
- 12: ICRFL t10, $0x6, CR
- 13: INCEIPL $4
-
- 0x254807EC: 3887FFFF addi r4,r7,-1
- 14: GETL R7, t12
- 15: ADDL $0xFFFFFFFF, t12
- 16: PUTL t12, R4
- 17: INCEIPL $4
-
- 0x254807F0: 7C85EB78 or r5,r4,r29
- 18: GETL R4, t14
- 19: GETL R29, t16
- 20: ORL t16, t14
- 21: PUTL t14, R5
- 22: INCEIPL $4
-
- 0x254807F4: 38850001 addi r4,r5,1
- 23: GETL R5, t18
- 24: ADDL $0x1, t18
- 25: PUTL t18, R4
- 26: INCEIPL $4
-
- 0x254807F8: 40990014 bc 4,25,0x2548080C
- 27: Jc25o $0x2548080C
-
-
-
-. 515 254807E0 28
-. 3C 67 FF FF 80 FF 00 04 7F 03 30 40 38 87 FF FF 7C 85 EB 78 38 85 00 01 40 99 00 14
-==== BB 516 (0x254807FC) approx BBs exec'd 0 ====
-
- 0x254807FC: 7D061850 subf r8,r6,r3
- 0: GETL R6, t0
- 1: GETL R3, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x25480800: 7C641850 subf r3,r4,r3
- 5: GETL R4, t4
- 6: GETL R3, t6
- 7: SUBL t4, t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0x25480804: 7F882040 cmpl cr7,r8,r4
- 10: GETL R8, t8
- 11: GETL R4, t10
- 12: CMPUL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x7, CR
- 14: INCEIPL $4
-
- 0x25480808: 409C0008 bc 4,28,0x25480810
- 15: Jc28o $0x25480810
-
-
-
-. 516 254807FC 16
-. 7D 06 18 50 7C 64 18 50 7F 88 20 40 40 9C 00 08
-==== BB 517 (0x25480810) approx BBs exec'd 0 ====
-
- 0x25480810: 83810010 lwz r28,16(r1)
- 0: GETL R1, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0x25480814: 83A10014 lwz r29,20(r1)
- 5: GETL R1, t4
- 6: ADDL $0x14, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R29
- 9: INCEIPL $4
-
- 0x25480818: 83C10018 lwz r30,24(r1)
- 10: GETL R1, t8
- 11: ADDL $0x18, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R30
- 14: INCEIPL $4
-
- 0x2548081C: 83E1001C lwz r31,28(r1)
- 15: GETL R1, t12
- 16: ADDL $0x1C, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R31
- 19: INCEIPL $4
-
- 0x25480820: 38210020 addi r1,r1,32
- 20: GETL R1, t16
- 21: ADDL $0x20, t16
- 22: PUTL t16, R1
- 23: INCEIPL $4
-
- 0x25480824: 4E800020 blr
- 24: GETL LR, t18
- 25: JMPo-r t18 ($4)
-
-
-
-. 517 25480810 24
-. 83 81 00 10 83 A1 00 14 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 518 (0x25475904) approx BBs exec'd 0 ====
-
- 0x25475904: 80B50014 lwz r5,20(r21)
- 0: GETL R21, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x25475908: 81150010 lwz r8,16(r21)
- 5: GETL R21, t4
- 6: ADDL $0x10, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R8
- 9: INCEIPL $4
-
- 0x2547590C: 7DC47378 or r4,r14,r14
- 10: GETL R14, t8
- 11: PUTL t8, R4
- 12: INCEIPL $4
-
- 0x25475910: 38C00802 li r6,2050
- 13: MOVL $0x802, t10
- 14: PUTL t10, R6
- 15: INCEIPL $4
-
- 0x25475914: 7E679B78 or r7,r19,r19
- 16: GETL R19, t12
- 17: PUTL t12, R7
- 18: INCEIPL $4
-
- 0x25475918: 4800CE81 bl 0x25482798
- 19: MOVL $0x2547591C, t14
- 20: PUTL t14, LR
- 21: JMPo-c $0x25482798 ($4)
-
-
-
-. 518 25475904 24
-. 80 B5 00 14 81 15 00 10 7D C4 73 78 38 C0 08 02 7E 67 9B 78 48 00 CE 81
-==22130== Reading syms from /home/sewardj/valgrind-2.2.0-ppc/Inst/lib/valgrind/vg_inject.so (0xFFDD000)
-==== BB 519 (0x2547591C) approx BBs exec'd 0 ====
-
- 0x2547591C: 2F03FFFF cmpi cr6,r3,-1
- 0: GETL R3, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x6, CR
- 4: INCEIPL $4
-
- 0x25475920: 907A01A0 stw r3,416(r26)
- 5: GETL R3, t6
- 6: GETL R26, t8
- 7: ADDL $0x1A0, t8
- 8: STL t6, (t8)
- 9: INCEIPL $4
-
- 0x25475924: 419A013C bc 12,26,0x25475A60
- 10: Js26o $0x25475A60
-
-
-
-. 519 2547591C 12
-. 2F 03 FF FF 90 7A 01 A0 41 9A 01 3C
-==== BB 520 (0x25475928) approx BBs exec'd 0 ====
-
- 0x25475928: 817F00A8 lwz r11,168(r31)
- 0: GETL R31, t0
- 1: ADDL $0xA8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x2547592C: 7CA37214 add r5,r3,r14
- 5: GETL R3, t4
- 6: GETL R14, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R5
- 9: INCEIPL $4
-
- 0x25475930: 90BA01A4 stw r5,420(r26)
- 10: GETL R5, t8
- 11: GETL R26, t10
- 12: ADDL $0x1A4, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x25475934: 2F8B0000 cmpi cr7,r11,0
- 15: GETL R11, t12
- 16: CMP0L t12, t14 (-rSo)
- 17: ICRFL t14, $0x7, CR
- 18: INCEIPL $4
-
- 0x25475938: 80F50000 lwz r7,0(r21)
- 19: GETL R21, t16
- 20: LDL (t16), t18
- 21: PUTL t18, R7
- 22: INCEIPL $4
-
- 0x2547593C: 7C071850 subf r0,r7,r3
- 23: GETL R7, t20
- 24: GETL R3, t22
- 25: SUBL t20, t22
- 26: PUTL t22, R0
- 27: INCEIPL $4
-
- 0x25475940: 901A0000 stw r0,0(r26)
- 28: GETL R0, t24
- 29: GETL R26, t26
- 30: STL t24, (t26)
- 31: INCEIPL $4
-
- 0x25475944: 409E0534 bc 4,30,0x25475E78
- 32: Jc30o $0x25475E78
-
-
-
-. 520 25475928 32
-. 81 7F 00 A8 7C A3 72 14 90 BA 01 A4 2F 8B 00 00 80 F5 00 00 7C 07 18 50 90 1A 00 00 40 9E 05 34
-==== BB 521 (0x25475E78) approx BBs exec'd 0 ====
-
- 0x25475E78: 80750004 lwz r3,4(r21)
- 0: GETL R21, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x25475E7C: 38A00000 li r5,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x25475E80: 809CFFF4 lwz r4,-12(r28)
- 8: GETL R28, t6
- 9: ADDL $0xFFFFFFF4, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R4
- 12: INCEIPL $4
-
- 0x25475E84: 7C832050 subf r4,r3,r4
- 13: GETL R3, t10
- 14: GETL R4, t12
- 15: SUBL t10, t12
- 16: PUTL t12, R4
- 17: INCEIPL $4
-
- 0x25475E88: 7C601A14 add r3,r0,r3
- 18: GETL R0, t14
- 19: GETL R3, t16
- 20: ADDL t14, t16
- 21: PUTL t16, R3
- 22: INCEIPL $4
-
- 0x25475E8C: 4800C92D bl 0x254827B8
- 23: MOVL $0x25475E90, t18
- 24: PUTL t18, LR
- 25: JMPo-c $0x254827B8 ($4)
-
-
-
-. 521 25475E78 24
-. 80 75 00 04 38 A0 00 00 80 9C FF F4 7C 83 20 50 7C 60 1A 14 48 00 C9 2D
-==== BB 522 mprotect(0x254827B8) approx BBs exec'd 0 ====
-
- 0x254827B8: 3800007D li r0,125
- 0: MOVL $0x7D, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x254827BC: 44000002 sc
- 3: JMPo-sys $0x254827C0 ($4)
-
-
-
-. 522 254827B8 8
-. 38 00 00 7D 44 00 00 02
-==== BB 523 (0x254827C0) approx BBs exec'd 0 ====
-
- 0x254827C0: 4CA30020 bclr 5,3
- 0: GETL LR, t0
- 1: Jc03o-r t0
-
-
-
-. 523 254827C0 4
-. 4C A3 00 20
-==== BB 524 (0x25475E90) approx BBs exec'd 0 ====
-
- 0x25475E90: 4BFFFAB8 b 0x25475948
- 0: JMPo $0x25475948 ($4)
-
-
-
-. 524 25475E90 4
-. 4B FF FA B8
-==== BB 525 (0x25475948) approx BBs exec'd 0 ====
-
- 0x25475948: 80DD0014 lwz r6,20(r29)
- 0: GETL R29, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x2547594C: 70C90004 andi. r9,r6,0x4
- 5: GETL R6, t4
- 6: ANDL $0x4, t4
- 7: PUTL t4, R9
- 8: CMP0L t4, t6 (-rSo)
- 9: ICRFL t6, $0x0, CR
- 10: INCEIPL $4
-
- 0x25475950: 41820014 bc 12,2,0x25475964
- 11: Js02o $0x25475964
-
-
-
-. 525 25475948 12
-. 80 DD 00 14 70 C9 00 04 41 82 00 14
-==== BB 526 (0x25475954) approx BBs exec'd 0 ====
-
- 0x25475954: 839D0004 lwz r28,4(r29)
- 0: GETL R29, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0x25475958: 833A0000 lwz r25,0(r26)
- 5: GETL R26, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R25
- 8: INCEIPL $4
-
- 0x2547595C: 7D19E214 add r8,r25,r28
- 9: GETL R25, t8
- 10: GETL R28, t10
- 11: ADDL t8, t10
- 12: PUTL t10, R8
- 13: INCEIPL $4
-
- 0x25475960: 911A01A8 stw r8,424(r26)
- 14: GETL R8, t12
- 15: GETL R26, t14
- 16: ADDL $0x1A8, t14
- 17: STL t12, (t14)
- 18: INCEIPL $4
-
- 0x25475964: 819A014C lwz r12,332(r26)
- 19: GETL R26, t16
- 20: ADDL $0x14C, t16
- 21: LDL (t16), t18
- 22: PUTL t18, R12
- 23: INCEIPL $4
-
- 0x25475968: 2F8C0000 cmpi cr7,r12,0
- 24: GETL R12, t20
- 25: CMP0L t20, t22 (-rSo)
- 26: ICRFL t22, $0x7, CR
- 27: INCEIPL $4
-
- 0x2547596C: 409E0038 bc 4,30,0x254759A4
- 28: Jc30o $0x254759A4
-
-
-
-. 526 25475954 28
-. 83 9D 00 04 83 3A 00 00 7D 19 E2 14 91 1A 01 A8 81 9A 01 4C 2F 8C 00 00 40 9E 00 38
-==== BB 527 (0x25475970) approx BBs exec'd 0 ====
-
- 0x25475970: 815D0010 lwz r10,16(r29)
- 0: GETL R29, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x25475974: 8178001C lwz r11,28(r24)
- 5: GETL R24, t4
- 6: ADDL $0x1C, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R11
- 9: INCEIPL $4
-
- 0x25475978: 7C8A5840 cmpl cr1,r10,r11
- 10: GETL R10, t8
- 11: GETL R11, t10
- 12: CMPUL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x1, CR
- 14: INCEIPL $4
-
- 0x2547597C: 41850028 bc 12,5,0x254759A4
- 15: Js05o $0x254759A4
-
-
-
-. 527 25475970 16
-. 81 5D 00 10 81 78 00 1C 7C 8A 58 40 41 85 00 28
-==== BB 528 (0x25475980) approx BBs exec'd 0 ====
-
- 0x25475980: 801D0004 lwz r0,4(r29)
- 0: GETL R29, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25475984: 811D0000 lwz r8,0(r29)
- 5: GETL R29, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R8
- 8: INCEIPL $4
-
- 0x25475988: A138002C lhz r9,44(r24)
- 9: GETL R24, t8
- 10: ADDL $0x2C, t8
- 11: LDW (t8), t10
- 12: PUTL t10, R9
- 13: INCEIPL $4
-
- 0x2547598C: 7C880050 subf r4,r8,r0
- 14: GETL R8, t12
- 15: GETL R0, t14
- 16: SUBL t12, t14
- 17: PUTL t14, R4
- 18: INCEIPL $4
-
- 0x25475990: 55232834 rlwinm r3,r9,5,0,26
- 19: GETL R9, t16
- 20: SHLL $0x5, t16
- 21: PUTL t16, R3
- 22: INCEIPL $4
-
- 0x25475994: 7CA45214 add r5,r4,r10
- 23: GETL R4, t18
- 24: GETL R10, t20
- 25: ADDL t18, t20
- 26: PUTL t20, R5
- 27: INCEIPL $4
-
- 0x25475998: 7CEB1A14 add r7,r11,r3
- 28: GETL R11, t22
- 29: GETL R3, t24
- 30: ADDL t22, t24
- 31: PUTL t24, R7
- 32: INCEIPL $4
-
- 0x2547599C: 7F053840 cmpl cr6,r5,r7
- 33: GETL R5, t26
- 34: GETL R7, t28
- 35: CMPUL t26, t28, t30 (-rSo)
- 36: ICRFL t30, $0x6, CR
- 37: INCEIPL $4
-
- 0x254759A0: 4098069C bc 4,24,0x2547603C
- 38: Jc24o $0x2547603C
-
-
-
-. 528 25475980 36
-. 80 1D 00 04 81 1D 00 00 A1 38 00 2C 7C 88 00 50 55 23 28 34 7C A4 52 14 7C EB 1A 14 7F 05 38 40 40 98 06 9C
-==== BB 529 (0x2547603C) approx BBs exec'd 0 ====
-
- 0x2547603C: 7EE85A14 add r23,r8,r11
- 0: GETL R8, t0
- 1: GETL R11, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R23
- 4: INCEIPL $4
-
- 0x25476040: 7D6AB850 subf r11,r10,r23
- 5: GETL R10, t4
- 6: GETL R23, t6
- 7: SUBL t4, t6
- 8: PUTL t6, R11
- 9: INCEIPL $4
-
- 0x25476044: 917A014C stw r11,332(r26)
- 10: GETL R11, t8
- 11: GETL R26, t10
- 12: ADDL $0x14C, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x25476048: 4BFFF95C b 0x254759A4
- 15: JMPo $0x254759A4 ($4)
-
-
-
-. 529 2547603C 16
-. 7E E8 5A 14 7D 6A B8 50 91 7A 01 4C 4B FF F9 5C
-==== BB 530 (0x254759A4) approx BBs exec'd 0 ====
-
- 0x254759A4: 809D000C lwz r4,12(r29)
- 0: GETL R29, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x254759A8: 807D0008 lwz r3,8(r29)
- 5: GETL R29, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0x254759AC: 7C041840 cmpl cr0,r4,r3
- 10: GETL R4, t8
- 11: GETL R3, t10
- 12: CMPUL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x0, CR
- 14: INCEIPL $4
-
- 0x254759B0: 40810068 bc 4,1,0x25475A18
- 15: Jc01o $0x25475A18
-
-
-
-. 530 254759A4 16
-. 80 9D 00 0C 80 7D 00 08 7C 04 18 40 40 81 00 68
-==== BB 531 (0x25475A18) approx BBs exec'd 0 ====
-
- 0x25475A18: 3BBD0018 addi r29,r29,24
- 0: GETL R29, t0
- 1: ADDL $0x18, t0
- 2: PUTL t0, R29
- 3: INCEIPL $4
-
- 0x25475A1C: 7F357A14 add r25,r21,r15
- 4: GETL R21, t2
- 5: GETL R15, t4
- 6: ADDL t2, t4
- 7: PUTL t4, R25
- 8: INCEIPL $4
-
- 0x25475A20: 7F99E840 cmpl cr7,r25,r29
- 9: GETL R25, t6
- 10: GETL R29, t8
- 11: CMPUL t6, t8, t10 (-rSo)
- 12: ICRFL t10, $0x7, CR
- 13: INCEIPL $4
-
- 0x25475A24: 409D01F8 bc 4,29,0x25475C1C
- 14: Jc29o $0x25475C1C
-
-
-
-. 531 25475A18 16
-. 3B BD 00 18 7F 35 7A 14 7F 99 E8 40 40 9D 01 F8
-==== BB 532 (0x25475A28) approx BBs exec'd 0 ====
-
- 0x25475A28: 809D0004 lwz r4,4(r29)
- 0: GETL R29, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x25475A2C: 801D0000 lwz r0,0(r29)
- 5: GETL R29, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R0
- 8: INCEIPL $4
-
- 0x25475A30: 7C840040 cmpl cr1,r4,r0
- 9: GETL R4, t8
- 10: GETL R0, t10
- 11: CMPUL t8, t10, t12 (-rSo)
- 12: ICRFL t12, $0x1, CR
- 13: INCEIPL $4
-
- 0x25475A34: 4085FF14 bc 4,5,0x25475948
- 14: Jc05o $0x25475948
-
-
-
-. 532 25475A28 16
-. 80 9D 00 04 80 1D 00 00 7C 84 00 40 40 85 FF 14
-==== BB 533 (0x25475A38) approx BBs exec'd 0 ====
-
- 0x25475A38: 815A0000 lwz r10,0(r26)
- 0: GETL R26, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R10
- 3: INCEIPL $4
-
- 0x25475A3C: 7C802050 subf r4,r0,r4
- 4: GETL R0, t4
- 5: GETL R4, t6
- 6: SUBL t4, t6
- 7: PUTL t6, R4
- 8: INCEIPL $4
-
- 0x25475A40: 80BD0014 lwz r5,20(r29)
- 9: GETL R29, t8
- 10: ADDL $0x14, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R5
- 13: INCEIPL $4
-
- 0x25475A44: 38C00812 li r6,2066
- 14: MOVL $0x812, t12
- 15: PUTL t12, R6
- 16: INCEIPL $4
-
- 0x25475A48: 811D0010 lwz r8,16(r29)
- 17: GETL R29, t14
- 18: ADDL $0x10, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R8
- 21: INCEIPL $4
-
- 0x25475A4C: 7C6A0214 add r3,r10,r0
- 22: GETL R10, t18
- 23: GETL R0, t20
- 24: ADDL t18, t20
- 25: PUTL t20, R3
- 26: INCEIPL $4
-
- 0x25475A50: 7E679B78 or r7,r19,r19
- 27: GETL R19, t22
- 28: PUTL t22, R7
- 29: INCEIPL $4
-
- 0x25475A54: 4800CD45 bl 0x25482798
- 30: MOVL $0x25475A58, t24
- 31: PUTL t24, LR
- 32: JMPo-c $0x25482798 ($4)
-
-
-
-. 533 25475A38 32
-. 81 5A 00 00 7C 80 20 50 80 BD 00 14 38 C0 08 12 81 1D 00 10 7C 6A 02 14 7E 67 9B 78 48 00 CD 45
-==== BB 534 (0x25475A58) approx BBs exec'd 0 ====
-
- 0x25475A58: 2F03FFFF cmpi cr6,r3,-1
- 0: GETL R3, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x6, CR
- 4: INCEIPL $4
-
- 0x25475A5C: 409AFEEC bc 4,26,0x25475948
- 5: Jc26o $0x25475948
-
-
-
-. 534 25475A58 8
-. 2F 03 FF FF 40 9A FE EC
-==== BB 535 (0x254759B4) approx BBs exec'd 0 ====
-
- 0x254759B4: 80DA0000 lwz r6,0(r26)
- 0: GETL R26, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R6
- 3: INCEIPL $4
-
- 0x254759B8: 81710004 lwz r11,4(r17)
- 4: GETL R17, t4
- 5: ADDL $0x4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R11
- 8: INCEIPL $4
-
- 0x254759BC: 7F261A14 add r25,r6,r3
- 9: GETL R6, t8
- 10: GETL R3, t10
- 11: ADDL t8, t10
- 12: PUTL t10, R25
- 13: INCEIPL $4
-
- 0x254759C0: 7EE62214 add r23,r6,r4
- 14: GETL R6, t12
- 15: GETL R4, t14
- 16: ADDL t12, t14
- 17: PUTL t14, R23
- 18: INCEIPL $4
-
- 0x254759C4: 7D0BCA14 add r8,r11,r25
- 19: GETL R11, t16
- 20: GETL R25, t18
- 21: ADDL t16, t18
- 22: PUTL t18, R8
- 23: INCEIPL $4
-
- 0x254759C8: 7C6B00D0 neg r3,r11
- 24: GETL R11, t20
- 25: NEGL t20
- 26: PUTL t20, R3
- 27: INCEIPL $4
-
- 0x254759CC: 3948FFFF addi r10,r8,-1
- 28: GETL R8, t22
- 29: ADDL $0xFFFFFFFF, t22
- 30: PUTL t22, R10
- 31: INCEIPL $4
-
- 0x254759D0: 7D5C1838 and r28,r10,r3
- 32: GETL R10, t24
- 33: GETL R3, t26
- 34: ANDL t24, t26
- 35: PUTL t26, R28
- 36: INCEIPL $4
-
- 0x254759D4: 7F97E040 cmpl cr7,r23,r28
- 37: GETL R23, t28
- 38: GETL R28, t30
- 39: CMPUL t28, t30, t32 (-rSo)
- 40: ICRFL t32, $0x7, CR
- 41: INCEIPL $4
-
- 0x254759D8: 409C0008 bc 4,28,0x254759E0
- 42: Jc28o $0x254759E0
-
-
-
-. 535 254759B4 40
-. 80 DA 00 00 81 71 00 04 7F 26 1A 14 7E E6 22 14 7D 0B CA 14 7C 6B 00 D0 39 48 FF FF 7D 5C 18 38 7F 97 E0 40 40 9C 00 08
-==== BB 536 (0x254759DC) approx BBs exec'd 0 ====
-
- 0x254759DC: 7EFCBB78 or r28,r23,r23
- 0: GETL R23, t0
- 1: PUTL t0, R28
- 2: INCEIPL $4
-
- 0x254759E0: 7C9CC840 cmpl cr1,r28,r25
- 3: GETL R28, t2
- 4: GETL R25, t4
- 5: CMPUL t2, t4, t6 (-rSo)
- 6: ICRFL t6, $0x1, CR
- 7: INCEIPL $4
-
- 0x254759E4: 4085002C bc 4,5,0x25475A10
- 8: Jc05o $0x25475A10
-
-
-
-. 536 254759DC 12
-. 7E FC BB 78 7C 9C C8 40 40 85 00 2C
-==== BB 537 (0x254759E8) approx BBs exec'd 0 ====
-
- 0x254759E8: 80BD0014 lwz r5,20(r29)
- 0: GETL R29, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x254759EC: 70AA0002 andi. r10,r5,0x2
- 5: GETL R5, t4
- 6: ANDL $0x2, t4
- 7: PUTL t4, R10
- 8: CMP0L t4, t6 (-rSo)
- 9: ICRFL t6, $0x0, CR
- 10: INCEIPL $4
-
- 0x254759F0: 41820838 bc 12,2,0x25476228
- 11: Js02o $0x25476228
-
-
-
-. 537 254759E8 12
-. 80 BD 00 14 70 AA 00 02 41 82 08 38
-==== BB 538 (0x254759F4) approx BBs exec'd 0 ====
-
- 0x254759F4: 7CB9E050 subf r5,r25,r28
- 0: GETL R25, t0
- 1: GETL R28, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x254759F8: 7F23CB78 or r3,r25,r25
- 5: GETL R25, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x254759FC: 38800000 li r4,0
- 8: MOVL $0x0, t6
- 9: PUTL t6, R4
- 10: INCEIPL $4
-
- 0x25475A00: 4800DD45 bl 0x25483744
- 11: MOVL $0x25475A04, t8
- 12: PUTL t8, LR
- 13: JMPo-c $0x25483744 ($4)
-
-
-
-. 538 254759F4 16
-. 7C B9 E0 50 7F 23 CB 78 38 80 00 00 48 00 DD 45
-==== BB 539 memset(0x25483744) approx BBs exec'd 0 ====
-
- 0x25483744: 28850004 cmpli cr1,r5,4
- 0: GETL R5, t0
- 1: MOVL $0x4, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0x25483748: 70670003 andi. r7,r3,0x3
- 5: GETL R3, t6
- 6: ANDL $0x3, t6
- 7: PUTL t6, R7
- 8: CMP0L t6, t8 (-rSo)
- 9: ICRFL t8, $0x0, CR
- 10: INCEIPL $4
-
- 0x2548374C: 7C661B78 or r6,r3,r3
- 11: GETL R3, t10
- 12: PUTL t10, R6
- 13: INCEIPL $4
-
- 0x25483750: 40850190 bc 4,5,0x254838E0
- 14: Jc05o $0x254838E0
-
-
-
-. 539 25483744 16
-. 28 85 00 04 70 67 00 03 7C 66 1B 78 40 85 01 90
-==== BB 540 (0x25483754) approx BBs exec'd 0 ====
-
- 0x25483754: 2A85001F cmpli cr5,r5,31
- 0: GETL R5, t0
- 1: MOVL $0x1F, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x5, CR
- 4: INCEIPL $4
-
- 0x25483758: 5084442E rlwimi r4,r4,8,16,23
- 5: GETL R4, t6
- 6: GETL R4, t8
- 7: ROLL $0x8, t8
- 8: ANDL $0xFF00, t8
- 9: ANDL $0xFFFF00FF, t6
- 10: ORL t6, t8
- 11: PUTL t8, R4
- 12: INCEIPL $4
-
- 0x2548375C: 41A20024 bc 13,2,0x25483780
- 13: Js02o $0x25483780
-
-
-
-. 540 25483754 12
-. 2A 85 00 1F 50 84 44 2E 41 A2 00 24
-==== BB 541 (0x25483780) approx BBs exec'd 0 ====
-
- 0x25483780: 7CA01120 mtcrf 0x1,r5
- 0: GETL R5, t0
- 1: ICRFL t0, $0x7, CR
- 2: INCEIPL $4
-
- 0x25483784: 5084801E rlwimi r4,r4,16,0,15
- 3: GETL R4, t2
- 4: GETL R4, t4
- 5: ROLL $0x10, t4
- 6: ANDL $0xFFFF0000, t4
- 7: ANDL $0xFFFF, t2
- 8: ORL t2, t4
- 9: PUTL t4, R4
- 10: INCEIPL $4
-
- 0x25483788: 40950198 bc 4,21,0x25483920
- 11: Jc21o $0x25483920
-
-
-
-. 541 25483780 12
-. 7C A0 11 20 50 84 80 1E 40 95 01 98
-==== BB 542 (0x2548378C) approx BBs exec'd 0 ====
-
- 0x2548378C: 70C7001C andi. r7,r6,0x1C
- 0: GETL R6, t0
- 1: ANDL $0x1C, t0
- 2: PUTL t0, R7
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0x25483790: 20E70020 subfic r7,r7,32
- 6: GETL R7, t4
- 7: MOVL $0x20, t6
- 8: SBBL t4, t6 (-wCa)
- 9: PUTL t6, R7
- 10: INCEIPL $4
-
- 0x25483794: 41820040 bc 12,2,0x254837D4
- 11: Js02o $0x254837D4
-
-
-
-. 542 2548378C 12
-. 70 C7 00 1C 20 E7 00 20 41 82 00 40
-==== BB 543 (0x25483798) approx BBs exec'd 0 ====
-
- 0x25483798: 7CE01120 mtcrf 0x1,r7
- 0: GETL R7, t0
- 1: ICRFL t0, $0x7, CR
- 2: INCEIPL $4
-
- 0x2548379C: 7CC63A14 add r6,r6,r7
- 3: GETL R6, t2
- 4: GETL R7, t4
- 5: ADDL t2, t4
- 6: PUTL t4, R6
- 7: INCEIPL $4
-
- 0x254837A0: 7CA72850 subf r5,r7,r5
- 8: GETL R7, t6
- 9: GETL R5, t8
- 10: SUBL t6, t8
- 11: PUTL t8, R5
- 12: INCEIPL $4
-
- 0x254837A4: 28870010 cmpli cr1,r7,16
- 13: GETL R7, t10
- 14: MOVL $0x10, t14
- 15: CMPUL t10, t14, t12 (-rSo)
- 16: ICRFL t12, $0x1, CR
- 17: INCEIPL $4
-
- 0x254837A8: 7CC83378 or r8,r6,r6
- 18: GETL R6, t16
- 19: PUTL t16, R8
- 20: INCEIPL $4
-
- 0x254837AC: 409C000C bc 4,28,0x254837B8
- 21: Jc28o $0x254837B8
-
-
-
-. 543 25483798 24
-. 7C E0 11 20 7C C6 3A 14 7C A7 28 50 28 87 00 10 7C C8 33 78 40 9C 00 0C
-==== BB 544 (0x254837B8) approx BBs exec'd 0 ====
-
- 0x254837B8: 41840014 bc 12,4,0x254837CC
- 0: Js04o $0x254837CC
-
-
-
-. 544 254837B8 4
-. 41 84 00 14
-==== BB 545 (0x254837CC) approx BBs exec'd 0 ====
-
- 0x254837CC: 409D0008 bc 4,29,0x254837D4
- 0: Jc29o $0x254837D4
-
-
-
-. 545 254837CC 4
-. 40 9D 00 08
-==== BB 546 (0x254837D0) approx BBs exec'd 0 ====
-
- 0x254837D0: 9088FFFC stw r4,-4(r8)
- 0: GETL R4, t0
- 1: GETL R8, t2
- 2: ADDL $0xFFFFFFFC, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x254837D4: 28840000 cmpli cr1,r4,0
- 5: GETL R4, t4
- 6: MOVL $0x0, t8
- 7: CMPUL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x1, CR
- 9: INCEIPL $4
-
- 0x254837D8: 54A70035 rlwinm. r7,r5,0,0,26
- 10: GETL R5, t10
- 11: ANDL $0xFFFFFFE0, t10
- 12: PUTL t10, R7
- 13: CMP0L t10, t12 (-rSo)
- 14: ICRFL t12, $0x0, CR
- 15: INCEIPL $4
-
- 0x254837DC: 7CA01120 mtcrf 0x1,r5
- 16: GETL R5, t14
- 17: ICRFL t14, $0x7, CR
- 18: INCEIPL $4
-
- 0x254837E0: 418601A0 bc 12,6,0x25483980
- 19: Js06o $0x25483980
-
-
-
-. 546 254837D0 20
-. 90 88 FF FC 28 84 00 00 54 A7 00 35 7C A0 11 20 41 86 01 A0
-==== BB 547 (0x25483980) approx BBs exec'd 0 ====
-
- 0x25483980: 7C0802A6 mflr r0
- 0: GETL LR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x25483984: 4182FF9C bc 12,2,0x25483920
- 3: Js02o $0x25483920
-
-
-
-. 547 25483980 8
-. 7C 08 02 A6 41 82 FF 9C
-==== BB 548 (0x25483988) approx BBs exec'd 0 ====
-
- 0x25483988: 48013679 bl 0x25497000
- 0: MOVL $0x2548398C, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x25497000 ($4)
-
-
-
-. 548 25483988 4
-. 48 01 36 79
-==== BB 549 (0x2548398C) approx BBs exec'd 0 ====
-
- 0x2548398C: 7D2802A6 mflr r9
- 0: GETL LR, t0
- 1: PUTL t0, R9
- 2: INCEIPL $4
-
- 0x25483990: 812904F0 lwz r9,1264(r9)
- 3: GETL R9, t2
- 4: ADDL $0x4F0, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R9
- 7: INCEIPL $4
-
- 0x25483994: 81090000 lwz r8,0(r9)
- 8: GETL R9, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R8
- 11: INCEIPL $4
-
- 0x25483998: 7C0803A6 mtlr r0
- 12: GETL R0, t10
- 13: PUTL t10, LR
- 14: INCEIPL $4
-
- 0x2548399C: 28880000 cmpli cr1,r8,0
- 15: GETL R8, t12
- 16: MOVL $0x0, t16
- 17: CMPUL t12, t16, t14 (-rSo)
- 18: ICRFL t14, $0x1, CR
- 19: INCEIPL $4
-
- 0x254839A0: 4186FE44 bc 12,6,0x254837E4
- 20: Js06o $0x254837E4
-
-
-
-. 549 2548398C 24
-. 7D 28 02 A6 81 29 04 F0 81 09 00 00 7C 08 03 A6 28 88 00 00 41 86 FE 44
-==== BB 550 (0x254839A4) approx BBs exec'd 0 ====
-
- 0x254839A4: 28880020 cmpli cr1,r8,32
- 0: GETL R8, t0
- 1: MOVL $0x20, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0x254839A8: 4186FEBC bc 12,6,0x25483864
- 5: Js06o $0x25483864
-
-
-
-. 550 254839A4 8
-. 28 88 00 20 41 86 FE BC
-==== BB 551 (0x25483864) approx BBs exec'd 0 ====
-
- 0x25483864: 54A506FE rlwinm r5,r5,0,27,31
- 0: GETL R5, t0
- 1: ANDL $0x1F, t0
- 2: PUTL t0, R5
- 3: INCEIPL $4
-
- 0x25483868: 7CE02120 mtcrf 0x2,r7
- 4: GETL R7, t2
- 5: ICRFL t2, $0x6, CR
- 6: INCEIPL $4
-
- 0x2548386C: 54E0C9FF rlwinm. r0,r7,25,7,31
- 7: GETL R7, t4
- 8: SHRL $0x7, t4
- 9: PUTL t4, R0
- 10: CMP0L t4, t6 (-rSo)
- 11: ICRFL t6, $0x0, CR
- 12: INCEIPL $4
-
- 0x25483870: 7C0903A6 mtctr r0
- 13: GETL R0, t8
- 14: PUTL t8, CTR
- 15: INCEIPL $4
-
- 0x25483874: 38E00020 li r7,32
- 16: MOVL $0x20, t10
- 17: PUTL t10, R7
- 18: INCEIPL $4
-
- 0x25483878: 3900FFC0 li r8,-64
- 19: MOVL $0xFFFFFFC0, t12
- 20: PUTL t12, R8
- 21: INCEIPL $4
-
- 0x2548387C: 28850010 cmpli cr1,r5,16
- 22: GETL R5, t14
- 23: MOVL $0x10, t18
- 24: CMPUL t14, t18, t16 (-rSo)
- 25: ICRFL t16, $0x1, CR
- 26: INCEIPL $4
-
- 0x25483880: 409A000C bc 4,26,0x2548388C
- 27: Jc26o $0x2548388C
-
-
-
-. 551 25483864 32
-. 54 A5 06 FE 7C E0 21 20 54 E0 C9 FF 7C 09 03 A6 38 E0 00 20 39 00 FF C0 28 85 00 10 40 9A 00 0C
-==== BB 552 (0x2548388C) approx BBs exec'd 0 ====
-
- 0x2548388C: 3920FFE0 li r9,-32
- 0: MOVL $0xFFFFFFE0, t0
- 1: PUTL t0, R9
- 2: INCEIPL $4
-
- 0x25483890: 40990010 bc 4,25,0x254838A0
- 3: Jc25o $0x254838A0
-
-
-
-. 552 2548388C 8
-. 39 20 FF E0 40 99 00 10
-==== BB 553 (0x254838A0) approx BBs exec'd 0 ====
-
- 0x254838A0: 2A850000 cmpli cr5,r5,0
- 0: GETL R5, t0
- 1: MOVL $0x0, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x5, CR
- 4: INCEIPL $4
-
- 0x254838A4: 4182007C bc 12,2,0x25483920
- 5: Js02o $0x25483920
-
-
-
-. 553 254838A0 8
-. 2A 85 00 00 41 82 00 7C
-==== BB 554 (0x254838A8) approx BBs exec'd 0 ====
-
- 0x254838A8: 7C0037EC dcbz r0,r6
- 0: GETL R6, t0
- 1: ANDL $0xFFFFFFE0, t0
- 2: MOVL $0x0, t2
- 3: STL t2, (t0)
- 4: ADDL $0x4, t0
- 5: STL t2, (t0)
- 6: ADDL $0x4, t0
- 7: STL t2, (t0)
- 8: ADDL $0x4, t0
- 9: STL t2, (t0)
- 10: ADDL $0x4, t0
- 11: STL t2, (t0)
- 12: ADDL $0x4, t0
- 13: STL t2, (t0)
- 14: ADDL $0x4, t0
- 15: STL t2, (t0)
- 16: ADDL $0x4, t0
- 17: STL t2, (t0)
- 18: INCEIPL $4
-
- 0x254838AC: 7C0737EC dcbz r7,r6
- 19: GETL R6, t4
- 20: GETL R7, t6
- 21: ADDL t6, t4
- 22: ANDL $0xFFFFFFE0, t4
- 23: MOVL $0x0, t8
- 24: STL t8, (t4)
- 25: ADDL $0x4, t4
- 26: STL t8, (t4)
- 27: ADDL $0x4, t4
- 28: STL t8, (t4)
- 29: ADDL $0x4, t4
- 30: STL t8, (t4)
- 31: ADDL $0x4, t4
- 32: STL t8, (t4)
- 33: ADDL $0x4, t4
- 34: STL t8, (t4)
- 35: ADDL $0x4, t4
- 36: STL t8, (t4)
- 37: ADDL $0x4, t4
- 38: STL t8, (t4)
- 39: INCEIPL $4
-
- 0x254838B0: 38C60080 addi r6,r6,128
- 40: GETL R6, t10
- 41: ADDL $0x80, t10
- 42: PUTL t10, R6
- 43: INCEIPL $4
-
- 0x254838B4: 7C0837EC dcbz r8,r6
- 44: GETL R6, t12
- 45: GETL R8, t14
- 46: ADDL t14, t12
- 47: ANDL $0xFFFFFFE0, t12
- 48: MOVL $0x0, t16
- 49: STL t16, (t12)
- 50: ADDL $0x4, t12
- 51: STL t16, (t12)
- 52: ADDL $0x4, t12
- 53: STL t16, (t12)
- 54: ADDL $0x4, t12
- 55: STL t16, (t12)
- 56: ADDL $0x4, t12
- 57: STL t16, (t12)
- 58: ADDL $0x4, t12
- 59: STL t16, (t12)
- 60: ADDL $0x4, t12
- 61: STL t16, (t12)
- 62: ADDL $0x4, t12
- 63: STL t16, (t12)
- 64: INCEIPL $4
-
- 0x254838B8: 7C0937EC dcbz r9,r6
- 65: GETL R6, t18
- 66: GETL R9, t20
- 67: ADDL t20, t18
- 68: ANDL $0xFFFFFFE0, t18
- 69: MOVL $0x0, t22
- 70: STL t22, (t18)
- 71: ADDL $0x4, t18
- 72: STL t22, (t18)
- 73: ADDL $0x4, t18
- 74: STL t22, (t18)
- 75: ADDL $0x4, t18
- 76: STL t22, (t18)
- 77: ADDL $0x4, t18
- 78: STL t22, (t18)
- 79: ADDL $0x4, t18
- 80: STL t22, (t18)
- 81: ADDL $0x4, t18
- 82: STL t22, (t18)
- 83: ADDL $0x4, t18
- 84: STL t22, (t18)
- 85: INCEIPL $4
-
- 0x254838BC: 4200FFEC bc 16,0,0x254838A8
- 86: GETL CTR, t24
- 87: ADDL $0xFFFFFFFF, t24
- 88: PUTL t24, CTR
- 89: JIFZL t24, $0x254838C0
- 90: JMPo $0x254838A8 ($4)
-
-
-
-. 554 254838A8 24
-. 7C 00 37 EC 7C 07 37 EC 38 C6 00 80 7C 08 37 EC 7C 09 37 EC 42 00 FF EC
-==== BB 555 (0x254838C0) approx BBs exec'd 0 ====
-
- 0x254838C0: 4D960020 bclr 12,22
- 0: GETL LR, t0
- 1: Js22o-r t0
-
-
-
-. 555 254838C0 4
-. 4D 96 00 20
-==== BB 556 (0x254838C4) approx BBs exec'd 0 ====
-
- 0x254838C4: 48000060 b 0x25483924
- 0: JMPo $0x25483924 ($4)
-
-
-
-. 556 254838C4 4
-. 48 00 00 60
-==== BB 557 (0x25483924) approx BBs exec'd 0 ====
-
- 0x25483924: 7CC62A14 add r6,r6,r5
- 0: GETL R6, t0
- 1: GETL R5, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x25483928: 419F0020 bc 12,31,0x25483948
- 5: Js31o $0x25483948
-
-
-
-. 557 25483924 8
-. 7C C6 2A 14 41 9F 00 20
-==== BB 558 (0x2548392C) approx BBs exec'd 0 ====
-
- 0x2548392C: 419E0024 bc 12,30,0x25483950
- 0: Js30o $0x25483950
-
-
-
-. 558 2548392C 4
-. 41 9E 00 24
-==== BB 559 (0x25483930) approx BBs exec'd 0 ====
-
- 0x25483930: 419D0028 bc 12,29,0x25483958
- 0: Js29o $0x25483958
-
-
-
-. 559 25483930 4
-. 41 9D 00 28
-==== BB 560 (0x25483958) approx BBs exec'd 0 ====
-
- 0x25483958: 9486FFFC stwu r4,-4(r6)
- 0: GETL R4, t0
- 1: GETL R6, t2
- 2: ADDL $0xFFFFFFFC, t2
- 3: PUTL t2, R6
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2548395C: 41840014 bc 12,4,0x25483970
- 6: Js04o $0x25483970
-
-
-
-. 560 25483958 8
-. 94 86 FF FC 41 84 00 14
-==== BB 561 (0x25483970) approx BBs exec'd 0 ====
-
- 0x25483970: 4C9C0020 bclr 4,28
- 0: GETL LR, t0
- 1: Jc28o-r t0
-
-
-
-. 561 25483970 4
-. 4C 9C 00 20
-==== BB 562 (0x25475A04) approx BBs exec'd 0 ====
-
- 0x25475A04: 80BD0014 lwz r5,20(r29)
- 0: GETL R29, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x25475A08: 70A00002 andi. r0,r5,0x2
- 5: GETL R5, t4
- 6: ANDL $0x2, t4
- 7: PUTL t4, R0
- 8: CMP0L t4, t6 (-rSo)
- 9: ICRFL t6, $0x0, CR
- 10: INCEIPL $4
-
- 0x25475A0C: 41820808 bc 12,2,0x25476214
- 11: Js02o $0x25476214
-
-
-
-. 562 25475A04 12
-. 80 BD 00 14 70 A0 00 02 41 82 08 08
-==== BB 563 (0x25475A10) approx BBs exec'd 0 ====
-
- 0x25475A10: 7F97E040 cmpl cr7,r23,r28
- 0: GETL R23, t0
- 1: GETL R28, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x7, CR
- 4: INCEIPL $4
-
- 0x25475A14: 419D06AC bc 12,29,0x254760C0
- 5: Js29o $0x254760C0
-
-
-
-. 563 25475A10 8
-. 7F 97 E0 40 41 9D 06 AC
-==== BB 564 (0x25475C1C) approx BBs exec'd 0 ====
-
- 0x25475C1C: 82A10000 lwz r21,0(r1)
- 0: GETL R1, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R21
- 3: INCEIPL $4
-
- 0x25475C20: 7E419378 or r1,r18,r18
- 4: GETL R18, t4
- 5: PUTL t4, R1
- 6: INCEIPL $4
-
- 0x25475C24: 92A10000 stw r21,0(r1)
- 7: GETL R21, t6
- 8: GETL R1, t8
- 9: STL t6, (t8)
- 10: INCEIPL $4
-
- 0x25475C28: 813A0008 lwz r9,8(r26)
- 11: GETL R26, t10
- 12: ADDL $0x8, t10
- 13: LDL (t10), t12
- 14: PUTL t12, R9
- 15: INCEIPL $4
-
- 0x25475C2C: 2F090000 cmpi cr6,r9,0
- 16: GETL R9, t14
- 17: CMP0L t14, t16 (-rSo)
- 18: ICRFL t16, $0x6, CR
- 19: INCEIPL $4
-
- 0x25475C30: 409A0264 bc 4,26,0x25475E94
- 20: Jc26o $0x25475E94
-
-
-
-. 564 25475C1C 24
-. 82 A1 00 00 7E 41 93 78 92 A1 00 00 81 3A 00 08 2F 09 00 00 40 9A 02 64
-==== BB 565 (0x25475E94) approx BBs exec'd 0 ====
-
- 0x25475E94: 825A0000 lwz r18,0(r26)
- 0: GETL R26, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R18
- 3: INCEIPL $4
-
- 0x25475E98: 7D299214 add r9,r9,r18
- 4: GETL R9, t4
- 5: GETL R18, t6
- 6: ADDL t4, t6
- 7: PUTL t6, R9
- 8: INCEIPL $4
-
- 0x25475E9C: 913A0008 stw r9,8(r26)
- 9: GETL R9, t8
- 10: GETL R26, t10
- 11: ADDL $0x8, t10
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0x25475EA0: 4BFFFD98 b 0x25475C38
- 14: JMPo $0x25475C38 ($4)
-
-
-
-. 565 25475E94 16
-. 82 5A 00 00 7D 29 92 14 91 3A 00 08 4B FF FD 98
-==== BB 566 (0x25475C38) approx BBs exec'd 0 ====
-
- 0x25475C38: 2E090000 cmpi cr4,r9,0
- 0: GETL R9, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0x25475C3C: 7D2A4B78 or r10,r9,r9
- 4: GETL R9, t4
- 5: PUTL t4, R10
- 6: INCEIPL $4
-
- 0x25475C40: 41920264 bc 12,18,0x25475EA4
- 7: Js18o $0x25475EA4
-
-
-
-. 566 25475C38 12
-. 2E 09 00 00 7D 2A 4B 78 41 92 02 64
-==== BB 567 (0x25475C44) approx BBs exec'd 0 ====
-
- 0x25475C44: 81690000 lwz r11,0(r9)
- 0: GETL R9, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R11
- 3: INCEIPL $4
-
- 0x25475C48: 391A0020 addi r8,r26,32
- 4: GETL R26, t4
- 5: ADDL $0x20, t4
- 6: PUTL t4, R8
- 7: INCEIPL $4
-
- 0x25475C4C: 2C0B0000 cmpi cr0,r11,0
- 8: GETL R11, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x0, CR
- 11: INCEIPL $4
-
- 0x25475C50: 41820064 bc 12,2,0x25475CB4
- 12: Js02o $0x25475CB4
-
-
-
-. 567 25475C44 16
-. 81 69 00 00 39 1A 00 20 2C 0B 00 00 41 82 00 64
-==== BB 568 (0x25475C54) approx BBs exec'd 0 ====
-
- 0x25475C54: 3C607000 lis r3,28672
- 0: MOVL $0x70000000, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25475C58: 3CE06FFF lis r7,28671
- 3: MOVL $0x6FFF0000, t2
- 4: PUTL t2, R7
- 5: INCEIPL $4
-
- 0x25475C5C: 3CA06FFF lis r5,28671
- 6: MOVL $0x6FFF0000, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x25475C60: 3F806FFF lis r28,28671
- 9: MOVL $0x6FFF0000, t6
- 10: PUTL t6, R28
- 11: INCEIPL $4
-
- 0x25475C64: 3DE06FFF lis r15,28671
- 12: MOVL $0x6FFF0000, t8
- 13: PUTL t8, R15
- 14: INCEIPL $4
-
- 0x25475C68: 3FA06FFF lis r29,28671
- 15: MOVL $0x6FFF0000, t10
- 16: PUTL t10, R29
- 17: INCEIPL $4
-
- 0x25475C6C: 60660021 ori r6,r3,0x21
- 18: MOVL $0x70000021, t12
- 19: PUTL t12, R6
- 20: INCEIPL $4
-
- 0x25475C70: 60E7FFFF ori r7,r7,0xFFFF
- 21: MOVL $0x6FFFFFFF, t14
- 22: PUTL t14, R7
- 23: INCEIPL $4
-
- 0x25475C74: 60A5FDFF ori r5,r5,0xFDFF
- 24: MOVL $0x6FFFFDFF, t16
- 25: PUTL t16, R5
- 26: INCEIPL $4
-
- 0x25475C78: 6384FE34 ori r4,r28,0xFE34
- 27: MOVL $0x6FFFFE34, t18
- 28: PUTL t18, R4
- 29: INCEIPL $4
-
- 0x25475C7C: 61E3FEFF ori r3,r15,0xFEFF
- 30: MOVL $0x6FFFFEFF, t20
- 31: PUTL t20, R3
- 32: INCEIPL $4
-
- 0x25475C80: 63BDFF40 ori r29,r29,0xFF40
- 33: MOVL $0x6FFFFF40, t22
- 34: PUTL t22, R29
- 35: INCEIPL $4
-
- 0x25475C84: 2F8B0021 cmpi cr7,r11,33
- 36: GETL R11, t24
- 37: MOVL $0x21, t28
- 38: CMPL t24, t28, t26 (-rSo)
- 39: ICRFL t26, $0x7, CR
- 40: INCEIPL $4
-
- 0x25475C88: 5560103A rlwinm r0,r11,2,0,29
- 41: GETL R11, t30
- 42: SHLL $0x2, t30
- 43: PUTL t30, R0
- 44: INCEIPL $4
-
- 0x25475C8C: 409D0018 bc 4,29,0x25475CA4
- 45: Jc29o $0x25475CA4
-
-
-
-. 568 25475C54 60
-. 3C 60 70 00 3C E0 6F FF 3C A0 6F FF 3F 80 6F FF 3D E0 6F FF 3F A0 6F FF 60 66 00 21 60 E7 FF FF 60 A5 FD FF 63 84 FE 34 61 E3 FE FF 63 BD FF 40 2F 8B 00 21 55 60 10 3A 40 9D 00 18
-==== BB 569 (0x25475CA4) approx BBs exec'd 0 ====
-
- 0x25475CA4: 7D48012E stwx r10,r8,r0
- 0: GETL R0, t0
- 1: GETL R8, t2
- 2: ADDL t2, t0
- 3: GETL R10, t4
- 4: STL t4, (t0)
- 5: INCEIPL $4
-
- 0x25475CA8: 856A0008 lwzu r11,8(r10)
- 6: GETL R10, t6
- 7: ADDL $0x8, t6
- 8: PUTL t6, R10
- 9: LDL (t6), t8
- 10: PUTL t8, R11
- 11: INCEIPL $4
-
- 0x25475CAC: 2F8B0000 cmpi cr7,r11,0
- 12: GETL R11, t10
- 13: CMP0L t10, t12 (-rSo)
- 14: ICRFL t12, $0x7, CR
- 15: INCEIPL $4
-
- 0x25475CB0: 409EFFD4 bc 4,30,0x25475C84
- 16: Jc30o $0x25475C84
-
-
-
-. 569 25475CA4 16
-. 7D 48 01 2E 85 6A 00 08 2F 8B 00 00 40 9E FF D4
-==== BB 570 (0x25475C84) approx BBs exec'd 0 ====
-
- 0x25475C84: 2F8B0021 cmpi cr7,r11,33
- 0: GETL R11, t0
- 1: MOVL $0x21, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x25475C88: 5560103A rlwinm r0,r11,2,0,29
- 5: GETL R11, t6
- 6: SHLL $0x2, t6
- 7: PUTL t6, R0
- 8: INCEIPL $4
-
- 0x25475C8C: 409D0018 bc 4,29,0x25475CA4
- 9: Jc29o $0x25475CA4
-
-
-
-. 570 25475C84 12
-. 2F 8B 00 21 55 60 10 3A 40 9D 00 18
-==== BB 571 (0x25475C90) approx BBs exec'd 0 ====
-
- 0x25475C90: 7D2B3850 subf r9,r11,r7
- 0: GETL R11, t0
- 1: GETL R7, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25475C94: 2889000F cmpli cr1,r9,15
- 5: GETL R9, t4
- 6: MOVL $0xF, t8
- 7: CMPUL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x1, CR
- 9: INCEIPL $4
-
- 0x25475C98: 418503BC bc 12,5,0x25476054
- 10: Js05o $0x25476054
-
-
-
-. 571 25475C90 12
-. 7D 2B 38 50 28 89 00 0F 41 85 03 BC
-==== BB 572 (0x25475C9C) approx BBs exec'd 0 ====
-
- 0x25475C9C: 7C0B3050 subf r0,r11,r6
- 0: GETL R11, t0
- 1: GETL R6, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25475CA0: 5400103A rlwinm r0,r0,2,0,29
- 5: GETL R0, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x25475CA4: 7D48012E stwx r10,r8,r0
- 9: GETL R0, t6
- 10: GETL R8, t8
- 11: ADDL t8, t6
- 12: GETL R10, t10
- 13: STL t10, (t6)
- 14: INCEIPL $4
-
- 0x25475CA8: 856A0008 lwzu r11,8(r10)
- 15: GETL R10, t12
- 16: ADDL $0x8, t12
- 17: PUTL t12, R10
- 18: LDL (t12), t14
- 19: PUTL t14, R11
- 20: INCEIPL $4
-
- 0x25475CAC: 2F8B0000 cmpi cr7,r11,0
- 21: GETL R11, t16
- 22: CMP0L t16, t18 (-rSo)
- 23: ICRFL t18, $0x7, CR
- 24: INCEIPL $4
-
- 0x25475CB0: 409EFFD4 bc 4,30,0x25475C84
- 25: Jc30o $0x25475C84
-
-
-
-. 572 25475C9C 24
-. 7C 0B 30 50 54 00 10 3A 7D 48 01 2E 85 6A 00 08 2F 8B 00 00 40 9E FF D4
-==== BB 573 (0x25475CB4) approx BBs exec'd 0 ====
-
- 0x25475CB4: 817A0000 lwz r11,0(r26)
- 0: GETL R26, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R11
- 3: INCEIPL $4
-
- 0x25475CB8: 2C8B0000 cmpi cr1,r11,0
- 4: GETL R11, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x1, CR
- 7: INCEIPL $4
-
- 0x25475CBC: 418600AC bc 12,6,0x25475D68
- 8: Js06o $0x25475D68
-
-
-
-. 573 25475CB4 12
-. 81 7A 00 00 2C 8B 00 00 41 86 00 AC
-==== BB 574 (0x25475CC0) approx BBs exec'd 0 ====
-
- 0x25475CC0: 81280010 lwz r9,16(r8)
- 0: GETL R8, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25475CC4: 2F090000 cmpi cr6,r9,0
- 5: GETL R9, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x25475CC8: 419A0010 bc 12,26,0x25475CD8
- 9: Js26o $0x25475CD8
-
-
-
-. 574 25475CC0 12
-. 81 28 00 10 2F 09 00 00 41 9A 00 10
-==== BB 575 (0x25475CCC) approx BBs exec'd 0 ====
-
- 0x25475CCC: 81490004 lwz r10,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x25475CD0: 7C8A5A14 add r4,r10,r11
- 5: GETL R10, t4
- 6: GETL R11, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R4
- 9: INCEIPL $4
-
- 0x25475CD4: 90890004 stw r4,4(r9)
- 10: GETL R4, t8
- 11: GETL R9, t10
- 12: ADDL $0x4, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x25475CD8: 8128000C lwz r9,12(r8)
- 15: GETL R8, t12
- 16: ADDL $0xC, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0x25475CDC: 2E090000 cmpi cr4,r9,0
- 20: GETL R9, t16
- 21: CMP0L t16, t18 (-rSo)
- 22: ICRFL t18, $0x4, CR
- 23: INCEIPL $4
-
- 0x25475CE0: 41920010 bc 12,18,0x25475CF0
- 24: Js18o $0x25475CF0
-
-
-
-. 575 25475CCC 24
-. 81 49 00 04 7C 8A 5A 14 90 89 00 04 81 28 00 0C 2E 09 00 00 41 92 00 10
-==== BB 576 (0x25475CE4) approx BBs exec'd 0 ====
-
- 0x25475CE4: 82490004 lwz r18,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R18
- 4: INCEIPL $4
-
- 0x25475CE8: 7CD25A14 add r6,r18,r11
- 5: GETL R18, t4
- 6: GETL R11, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R6
- 9: INCEIPL $4
-
- 0x25475CEC: 90C90004 stw r6,4(r9)
- 10: GETL R6, t8
- 11: GETL R9, t10
- 12: ADDL $0x4, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x25475CF0: 81280014 lwz r9,20(r8)
- 15: GETL R8, t12
- 16: ADDL $0x14, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0x25475CF4: 2C090000 cmpi cr0,r9,0
- 20: GETL R9, t16
- 21: CMP0L t16, t18 (-rSo)
- 22: ICRFL t18, $0x0, CR
- 23: INCEIPL $4
-
- 0x25475CF8: 41820010 bc 12,2,0x25475D08
- 24: Js02o $0x25475D08
-
-
-
-. 576 25475CE4 24
-. 82 49 00 04 7C D2 5A 14 90 C9 00 04 81 28 00 14 2C 09 00 00 41 82 00 10
-==== BB 577 (0x25475CFC) approx BBs exec'd 0 ====
-
- 0x25475CFC: 81E90004 lwz r15,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R15
- 4: INCEIPL $4
-
- 0x25475D00: 7FAF5A14 add r29,r15,r11
- 5: GETL R15, t4
- 6: GETL R11, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R29
- 9: INCEIPL $4
-
- 0x25475D04: 93A90004 stw r29,4(r9)
- 10: GETL R29, t8
- 11: GETL R9, t10
- 12: ADDL $0x4, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x25475D08: 81280018 lwz r9,24(r8)
- 15: GETL R8, t12
- 16: ADDL $0x18, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0x25475D0C: 2F890000 cmpi cr7,r9,0
- 20: GETL R9, t16
- 21: CMP0L t16, t18 (-rSo)
- 22: ICRFL t18, $0x7, CR
- 23: INCEIPL $4
-
- 0x25475D10: 419E0010 bc 12,30,0x25475D20
- 24: Js30o $0x25475D20
-
-
-
-. 577 25475CFC 24
-. 81 E9 00 04 7F AF 5A 14 93 A9 00 04 81 28 00 18 2F 89 00 00 41 9E 00 10
-==== BB 578 (0x25475D14) approx BBs exec'd 0 ====
-
- 0x25475D14: 80A90004 lwz r5,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x25475D18: 7F855A14 add r28,r5,r11
- 5: GETL R5, t4
- 6: GETL R11, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R28
- 9: INCEIPL $4
-
- 0x25475D1C: 93890004 stw r28,4(r9)
- 10: GETL R28, t8
- 11: GETL R9, t10
- 12: ADDL $0x4, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x25475D20: 8128001C lwz r9,28(r8)
- 15: GETL R8, t12
- 16: ADDL $0x1C, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0x25475D24: 2C890000 cmpi cr1,r9,0
- 20: GETL R9, t16
- 21: CMP0L t16, t18 (-rSo)
- 22: ICRFL t18, $0x1, CR
- 23: INCEIPL $4
-
- 0x25475D28: 41860010 bc 12,6,0x25475D38
- 24: Js06o $0x25475D38
-
-
-
-. 578 25475D14 24
-. 80 A9 00 04 7F 85 5A 14 93 89 00 04 81 28 00 1C 2C 89 00 00 41 86 00 10
-==== BB 579 (0x25475D2C) approx BBs exec'd 0 ====
-
- 0x25475D2C: 80E90004 lwz r7,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x25475D30: 7C675A14 add r3,r7,r11
- 5: GETL R7, t4
- 6: GETL R11, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0x25475D34: 90690004 stw r3,4(r9)
- 10: GETL R3, t8
- 11: GETL R9, t10
- 12: ADDL $0x4, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x25475D38: 8128005C lwz r9,92(r8)
- 15: GETL R8, t12
- 16: ADDL $0x5C, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0x25475D3C: 2F090000 cmpi cr6,r9,0
- 20: GETL R9, t16
- 21: CMP0L t16, t18 (-rSo)
- 22: ICRFL t18, $0x6, CR
- 23: INCEIPL $4
-
- 0x25475D40: 419A0010 bc 12,26,0x25475D50
- 24: Js26o $0x25475D50
-
-
-
-. 579 25475D2C 24
-. 80 E9 00 04 7C 67 5A 14 90 69 00 04 81 28 00 5C 2F 09 00 00 41 9A 00 10
-==== BB 580 (0x25475D44) approx BBs exec'd 0 ====
-
- 0x25475D44: 80090004 lwz r0,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25475D48: 7EE05A14 add r23,r0,r11
- 5: GETL R0, t4
- 6: GETL R11, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R23
- 9: INCEIPL $4
-
- 0x25475D4C: 92E90004 stw r23,4(r9)
- 10: GETL R23, t8
- 11: GETL R9, t10
- 12: ADDL $0x4, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x25475D50: 812800C4 lwz r9,196(r8)
- 15: GETL R8, t12
- 16: ADDL $0xC4, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0x25475D54: 2E090000 cmpi cr4,r9,0
- 20: GETL R9, t16
- 21: CMP0L t16, t18 (-rSo)
- 22: ICRFL t18, $0x4, CR
- 23: INCEIPL $4
-
- 0x25475D58: 41920010 bc 12,18,0x25475D68
- 24: Js18o $0x25475D68
-
-
-
-. 580 25475D44 24
-. 80 09 00 04 7E E0 5A 14 92 E9 00 04 81 28 00 C4 2E 09 00 00 41 92 00 10
-==== BB 581 (0x25475D5C) approx BBs exec'd 0 ====
-
- 0x25475D5C: 83290004 lwz r25,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R25
- 4: INCEIPL $4
-
- 0x25475D60: 7D995A14 add r12,r25,r11
- 5: GETL R25, t4
- 6: GETL R11, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R12
- 9: INCEIPL $4
-
- 0x25475D64: 91890004 stw r12,4(r9)
- 10: GETL R12, t8
- 11: GETL R9, t10
- 12: ADDL $0x4, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x25475D68: 81280078 lwz r9,120(r8)
- 15: GETL R8, t12
- 16: ADDL $0x78, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0x25475D6C: 2C090000 cmpi cr0,r9,0
- 20: GETL R9, t16
- 21: CMP0L t16, t18 (-rSo)
- 22: ICRFL t18, $0x0, CR
- 23: INCEIPL $4
-
- 0x25475D70: 41820030 bc 12,2,0x25475DA0
- 24: Js02o $0x25475DA0
-
-
-
-. 581 25475D5C 24
-. 83 29 00 04 7D 99 5A 14 91 89 00 04 81 28 00 78 2C 09 00 00 41 82 00 30
-==== BB 582 (0x25475DA0) approx BBs exec'd 0 ====
-
- 0x25475DA0: 81280098 lwz r9,152(r8)
- 0: GETL R8, t0
- 1: ADDL $0x98, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25475DA4: 2F890000 cmpi cr7,r9,0
- 5: GETL R9, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x25475DA8: 419E0354 bc 12,30,0x254760FC
- 9: Js30o $0x254760FC
-
-
-
-. 582 25475DA0 12
-. 81 28 00 98 2F 89 00 00 41 9E 03 54
-==== BB 583 (0x25475DAC) approx BBs exec'd 0 ====
-
- 0x25475DAC: 81690004 lwz r11,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x25475DB0: 71600001 andi. r0,r11,0x1
- 5: GETL R11, t4
- 6: ANDL $0x1, t4
- 7: PUTL t4, R0
- 8: CMP0L t4, t6 (-rSo)
- 9: ICRFL t6, $0x0, CR
- 10: INCEIPL $4
-
- 0x25475DB4: 917A01FC stw r11,508(r26)
- 11: GETL R11, t8
- 12: GETL R26, t10
- 13: ADDL $0x1FC, t10
- 14: STL t8, (t10)
- 15: INCEIPL $4
-
- 0x25475DB8: 41820008 bc 12,2,0x25475DC0
- 16: Js02o $0x25475DC0
-
-
-
-. 583 25475DAC 16
-. 81 69 00 04 71 60 00 01 91 7A 01 FC 41 82 00 08
-==== BB 584 (0x25475DC0) approx BBs exec'd 0 ====
-
- 0x25475DC0: 81280074 lwz r9,116(r8)
- 0: GETL R8, t0
- 1: ADDL $0x74, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25475DC4: 2C890000 cmpi cr1,r9,0
- 5: GETL R9, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x25475DC8: 418600E0 bc 12,6,0x25475EA8
- 9: Js06o $0x25475EA8
-
-
-
-. 584 25475DC0 12
-. 81 28 00 74 2C 89 00 00 41 86 00 E0
-==== BB 585 (0x25475EA8) approx BBs exec'd 0 ====
-
- 0x25475EA8: 71690040 andi. r9,r11,0x40
- 0: GETL R11, t0
- 1: ANDL $0x40, t0
- 2: PUTL t0, R9
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0x25475EAC: 408202A4 bc 4,2,0x25476150
- 6: Jc02o $0x25476150
-
-
-
-. 585 25475EA8 8
-. 71 69 00 40 40 82 02 A4
-==== BB 586 (0x25475EB0) approx BBs exec'd 0 ====
-
- 0x25475EB0: 813A014C lwz r9,332(r26)
- 0: GETL R26, t0
- 1: ADDL $0x14C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25475EB4: 2F890000 cmpi cr7,r9,0
- 5: GETL R9, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x25475EB8: 419E01CC bc 12,30,0x25476084
- 9: Js30o $0x25476084
-
-
-
-. 586 25475EB0 12
-. 81 3A 01 4C 2F 89 00 00 41 9E 01 CC
-==== BB 587 (0x25475EBC) approx BBs exec'd 0 ====
-
- 0x25475EBC: 825A0000 lwz r18,0(r26)
- 0: GETL R26, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R18
- 3: INCEIPL $4
-
- 0x25475EC0: 7CC99214 add r6,r9,r18
- 4: GETL R9, t4
- 5: GETL R18, t6
- 6: ADDL t4, t6
- 7: PUTL t6, R6
- 8: INCEIPL $4
-
- 0x25475EC4: 90DA014C stw r6,332(r26)
- 9: GETL R6, t8
- 10: GETL R26, t10
- 11: ADDL $0x14C, t10
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0x25475EC8: 80BE04C8 lwz r5,1224(r30)
- 14: GETL R30, t12
- 15: ADDL $0x4C8, t12
- 16: LDL (t12), t14
- 17: PUTL t14, R5
- 18: INCEIPL $4
-
- 0x25475ECC: 839F00A4 lwz r28,164(r31)
- 19: GETL R31, t16
- 20: ADDL $0xA4, t16
- 21: LDL (t16), t18
- 22: PUTL t18, R28
- 23: INCEIPL $4
-
- 0x25475ED0: 81E50400 lwz r15,1024(r5)
- 24: GETL R5, t20
- 25: ADDL $0x400, t20
- 26: LDL (t20), t22
- 27: PUTL t22, R15
- 28: INCEIPL $4
-
- 0x25475ED4: 7F9D7878 andc r29,r28,r15
- 29: GETL R28, t24
- 30: GETL R15, t26
- 31: NOTL t26
- 32: ANDL t24, t26
- 33: PUTL t26, R29
- 34: INCEIPL $4
-
- 0x25475ED8: 73AB0001 andi. r11,r29,0x1
- 35: GETL R29, t28
- 36: ANDL $0x1, t28
- 37: PUTL t28, R11
- 38: CMP0L t28, t30 (-rSo)
- 39: ICRFL t30, $0x0, CR
- 40: INCEIPL $4
-
- 0x25475EDC: 408202B0 bc 4,2,0x2547618C
- 41: Jc02o $0x2547618C
-
-
-
-. 587 25475EBC 36
-. 82 5A 00 00 7C C9 92 14 90 DA 01 4C 80 BE 04 C8 83 9F 00 A4 81 E5 04 00 7F 9D 78 78 73 AB 00 01 40 82 02 B0
-==== BB 588 (0x25475EE0) approx BBs exec'd 0 ====
-
- 0x25475EE0: 813A0218 lwz r9,536(r26)
- 0: GETL R26, t0
- 1: ADDL $0x218, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25475EE4: 2F890000 cmpi cr7,r9,0
- 5: GETL R9, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x25475EE8: 419E0010 bc 12,30,0x25475EF8
- 9: Js30o $0x25475EF8
-
-
-
-. 588 25475EE0 12
-. 81 3A 02 18 2F 89 00 00 41 9E 00 10
-==== BB 589 (0x25475EF8) approx BBs exec'd 0 ====
-
- 0x25475EF8: 7E639B78 or r3,r19,r19
- 0: GETL R19, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25475EFC: 4800C0F5 bl 0x25481FF0
- 3: MOVL $0x25475F00, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0x25481FF0 ($4)
-
-
-
-. 589 25475EF8 8
-. 7E 63 9B 78 48 00 C0 F5
-==== BB 590 close(0x25481FF0) approx BBs exec'd 0 ====
-
- 0x25481FF0: 38000006 li r0,6
- 0: MOVL $0x6, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x25481FF4: 44000002 sc
- 3: JMPo-sys $0x25481FF8 ($4)
-
-
-
-. 590 25481FF0 8
-. 38 00 00 06 44 00 00 02
-==== BB 591 (0x25481FF8) approx BBs exec'd 0 ====
-
- 0x25481FF8: 4CA30020 bclr 5,3
- 0: GETL LR, t0
- 1: Jc03o-r t0
-
-
-
-. 591 25481FF8 4
-. 4C A3 00 20
-==== BB 592 (0x25475F00) approx BBs exec'd 0 ====
-
- 0x25475F00: 811E01C8 lwz r8,456(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1C8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x25475F04: 2C830000 cmpi cr1,r3,0
- 5: GETL R3, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x25475F08: 40A6FB68 bc 5,6,0x25475A70
- 9: Jc06o $0x25475A70
-
-
-
-. 592 25475F00 12
-. 81 1E 01 C8 2C 83 00 00 40 A6 FB 68
-==== BB 593 (0x25475F0C) approx BBs exec'd 0 ====
-
- 0x25475F0C: 817A0180 lwz r11,384(r26)
- 0: GETL R26, t0
- 1: ADDL $0x180, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x25475F10: 81FF009C lwz r15,156(r31)
- 5: GETL R31, t4
- 6: ADDL $0x9C, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R15
- 9: INCEIPL $4
-
- 0x25475F14: 557D0002 rlwinm r29,r11,0,0,1
- 10: GETL R11, t8
- 11: ANDL $0xC0000000, t8
- 12: PUTL t8, R29
- 13: INCEIPL $4
-
- 0x25475F18: 69F30002 xori r19,r15,0x2
- 14: GETL R15, t10
- 15: XORL $0x2, t10
- 16: PUTL t10, R19
- 17: INCEIPL $4
-
- 0x25475F1C: 21330000 subfic r9,r19,0
- 18: GETL R19, t12
- 19: MOVL $0x0, t14
- 20: SBBL t12, t14 (-wCa)
- 21: PUTL t14, R9
- 22: INCEIPL $4
-
- 0x25475F20: 7E699914 adde r19,r9,r19
- 23: GETL R9, t16
- 24: GETL R19, t18
- 25: ADCL t16, t18 (-rCa-wCa)
- 26: PUTL t18, R19
- 27: INCEIPL $4
-
- 0x25475F24: 6FB24000 xoris r18,r29,0x4000
- 28: GETL R29, t20
- 29: XORL $0x40000000, t20
- 30: PUTL t20, R18
- 31: INCEIPL $4
-
- 0x25475F28: 21520000 subfic r10,r18,0
- 32: GETL R18, t22
- 33: MOVL $0x0, t24
- 34: SBBL t22, t24 (-wCa)
- 35: PUTL t24, R10
- 36: INCEIPL $4
-
- 0x25475F2C: 7E4A9114 adde r18,r10,r18
- 37: GETL R10, t26
- 38: GETL R18, t28
- 39: ADCL t26, t28 (-rCa-wCa)
- 40: PUTL t28, R18
- 41: INCEIPL $4
-
- 0x25475F30: 7E4A9839 and. r10,r18,r19
- 42: GETL R18, t30
- 43: GETL R19, t32
- 44: ANDL t30, t32
- 45: PUTL t32, R10
- 46: CMP0L t32, t34 (-rSo)
- 47: ICRFL t34, $0x0, CR
- 48: INCEIPL $4
-
- 0x25475F34: 3A60FFFF li r19,-1
- 49: MOVL $0xFFFFFFFF, t36
- 50: PUTL t36, R19
- 51: INCEIPL $4
-
- 0x25475F38: 408200BC bc 4,2,0x25475FF4
- 52: Jc02o $0x25475FF4
-
-
-
-. 593 25475F0C 48
-. 81 7A 01 80 81 FF 00 9C 55 7D 00 02 69 F3 00 02 21 33 00 00 7E 69 99 14 6F B2 40 00 21 52 00 00 7E 4A 91 14 7E 4A 98 39 3A 60 FF FF 40 82 00 BC
-==== BB 594 (0x25475F3C) approx BBs exec'd 0 ====
-
- 0x25475F3C: 807A0150 lwz r3,336(r26)
- 0: GETL R26, t0
- 1: ADDL $0x150, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x25475F40: 80FA0000 lwz r7,0(r26)
- 5: GETL R26, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R7
- 8: INCEIPL $4
-
- 0x25475F44: 7D633A14 add r11,r3,r7
- 9: GETL R3, t8
- 10: GETL R7, t10
- 11: ADDL t8, t10
- 12: PUTL t10, R11
- 13: INCEIPL $4
-
- 0x25475F48: 917A0150 stw r11,336(r26)
- 14: GETL R11, t12
- 15: GETL R26, t14
- 16: ADDL $0x150, t14
- 17: STL t12, (t14)
- 18: INCEIPL $4
-
- 0x25475F4C: 80B10000 lwz r5,0(r17)
- 19: GETL R17, t16
- 20: LDL (t16), t18
- 21: PUTL t18, R5
- 22: INCEIPL $4
-
- 0x25475F50: 70A90040 andi. r9,r5,0x40
- 23: GETL R5, t20
- 24: ANDL $0x40, t20
- 25: PUTL t20, R9
- 26: CMP0L t20, t22 (-rSo)
- 27: ICRFL t22, $0x0, CR
- 28: INCEIPL $4
-
- 0x25475F54: 40820278 bc 4,2,0x254761CC
- 29: Jc02o $0x254761CC
-
-
-
-. 594 25475F3C 28
-. 80 7A 01 50 80 FA 00 00 7D 63 3A 14 91 7A 01 50 80 B1 00 00 70 A9 00 40 40 82 02 78
-==== BB 595 (0x25475F58) approx BBs exec'd 0 ====
-
- 0x25475F58: 7F43D378 or r3,r26,r26
- 0: GETL R26, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25475F5C: 48002611 bl 0x2547856C
- 3: MOVL $0x25475F60, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0x2547856C ($4)
-
-
-
-. 595 25475F58 8
-. 7F 43 D3 78 48 00 26 11
-==== BB 596 (0x25475F60) approx BBs exec'd 0 ====
-
- 0x25475F60: 72C00008 andi. r0,r22,0x8
- 0: GETL R22, t0
- 1: ANDL $0x8, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0x25475F64: 40820010 bc 4,2,0x25475F74
- 6: Jc02o $0x25475F74
-
-
-
-. 596 25475F60 8
-. 72 C0 00 08 40 82 00 10
-==== BB 597 (0x25475F68) approx BBs exec'd 0 ====
-
- 0x25475F68: 81DA0060 lwz r14,96(r26)
- 0: GETL R26, t0
- 1: ADDL $0x60, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R14
- 4: INCEIPL $4
-
- 0x25475F6C: 2F0E0000 cmpi cr6,r14,0
- 5: GETL R14, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x25475F70: 409A02E0 bc 4,26,0x25476250
- 9: Jc26o $0x25476250
-
-
-
-. 597 25475F68 12
-. 81 DA 00 60 2F 0E 00 00 40 9A 02 E0
-==== BB 598 (0x25475F74) approx BBs exec'd 0 ====
-
- 0x25475F74: 811A01FC lwz r8,508(r26)
- 0: GETL R26, t0
- 1: ADDL $0x1FC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x25475F78: 71090020 andi. r9,r8,0x20
- 5: GETL R8, t4
- 6: ANDL $0x20, t4
- 7: PUTL t4, R9
- 8: CMP0L t4, t6 (-rSo)
- 9: ICRFL t6, $0x0, CR
- 10: INCEIPL $4
-
- 0x25475F7C: 4182000C bc 12,2,0x25475F88
- 11: Js02o $0x25475F88
-
-
-
-. 598 25475F74 12
-. 81 1A 01 FC 71 09 00 20 41 82 00 0C
-==== BB 599 (0x25475F80) approx BBs exec'd 0 ====
-
- 0x25475F80: 813E04C8 lwz r9,1224(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4C8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25475F84: 934901A0 stw r26,416(r9)
- 5: GETL R26, t4
- 6: GETL R9, t6
- 7: ADDL $0x1A0, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0x25475F88: 80910050 lwz r4,80(r17)
- 10: GETL R17, t8
- 11: ADDL $0x50, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R4
- 14: INCEIPL $4
-
- 0x25475F8C: C81F0028 lfd f0,40(r31)
- 15: GETL R31, t12
- 16: ADDL $0x28, t12
- 17: FPU_RQ (t12), 0x0:0x0
- 18: INCEIPL $4
-
- 0x25475F90: 2C840000 cmpi cr1,r4,0
- 19: GETL R4, t14
- 20: CMP0L t14, t16 (-rSo)
- 21: ICRFL t16, $0x1, CR
- 22: INCEIPL $4
-
- 0x25475F94: D81A01D0 stfd f0,464(r26)
- 23: GETL R26, t18
- 24: ADDL $0x1D0, t18
- 25: FPU_WQ 0x0:0x0, (t18)
- 26: INCEIPL $4
-
- 0x25475F98: C9BF0030 lfd f13,48(r31)
- 27: GETL R31, t20
- 28: ADDL $0x30, t20
- 29: FPU_RQ (t20), 0x0:0xD
- 30: INCEIPL $4
-
- 0x25475F9C: D9BA01D8 stfd f13,472(r26)
- 31: GETL R26, t22
- 32: ADDL $0x1D8, t22
- 33: FPU_WQ 0x0:0xD, (t22)
- 34: INCEIPL $4
-
- 0x25475FA0: 4186FEB0 bc 12,6,0x25475E50
- 35: Js06o $0x25475E50
-
-
-
-. 599 25475F80 36
-. 81 3E 04 C8 93 49 01 A0 80 91 00 50 C8 1F 00 28 2C 84 00 00 D8 1A 01 D0 C9 BF 00 30 D9 BA 01 D8 41 86 FE B0
-==== BB 600 (0x25475E50) approx BBs exec'd 0 ====
-
- 0x25475E50: 7F43D378 or r3,r26,r26
- 0: GETL R26, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25475E54: 4BFFF850 b 0x254756A4
- 3: JMPo $0x254756A4 ($4)
-
-
-
-. 600 25475E50 8
-. 7F 43 D3 78 4B FF F8 50
-==== BB 601 (0x254756A4) approx BBs exec'd 0 ====
-
- 0x254756A4: 80A10000 lwz r5,0(r1)
- 0: GETL R1, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R5
- 3: INCEIPL $4
-
- 0x254756A8: 83450004 lwz r26,4(r5)
- 4: GETL R5, t4
- 5: ADDL $0x4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R26
- 8: INCEIPL $4
-
- 0x254756AC: 8185FFB4 lwz r12,-76(r5)
- 9: GETL R5, t8
- 10: ADDL $0xFFFFFFB4, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R12
- 13: INCEIPL $4
-
- 0x254756B0: 7F4803A6 mtlr r26
- 14: GETL R26, t12
- 15: PUTL t12, LR
- 16: INCEIPL $4
-
- 0x254756B4: 81C5FFB8 lwz r14,-72(r5)
- 17: GETL R5, t14
- 18: ADDL $0xFFFFFFB8, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R14
- 21: INCEIPL $4
-
- 0x254756B8: 81E5FFBC lwz r15,-68(r5)
- 22: GETL R5, t18
- 23: ADDL $0xFFFFFFBC, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R15
- 26: INCEIPL $4
-
- 0x254756BC: 7D808120 mtcrf 0x8,r12
- 27: GETL R12, t22
- 28: ICRFL t22, $0x4, CR
- 29: INCEIPL $4
-
- 0x254756C0: 8205FFC0 lwz r16,-64(r5)
- 30: GETL R5, t24
- 31: ADDL $0xFFFFFFC0, t24
- 32: LDL (t24), t26
- 33: PUTL t26, R16
- 34: INCEIPL $4
-
- 0x254756C4: 8225FFC4 lwz r17,-60(r5)
- 35: GETL R5, t28
- 36: ADDL $0xFFFFFFC4, t28
- 37: LDL (t28), t30
- 38: PUTL t30, R17
- 39: INCEIPL $4
-
- 0x254756C8: 8245FFC8 lwz r18,-56(r5)
- 40: GETL R5, t32
- 41: ADDL $0xFFFFFFC8, t32
- 42: LDL (t32), t34
- 43: PUTL t34, R18
- 44: INCEIPL $4
-
- 0x254756CC: 8265FFCC lwz r19,-52(r5)
- 45: GETL R5, t36
- 46: ADDL $0xFFFFFFCC, t36
- 47: LDL (t36), t38
- 48: PUTL t38, R19
- 49: INCEIPL $4
-
- 0x254756D0: 8285FFD0 lwz r20,-48(r5)
- 50: GETL R5, t40
- 51: ADDL $0xFFFFFFD0, t40
- 52: LDL (t40), t42
- 53: PUTL t42, R20
- 54: INCEIPL $4
-
- 0x254756D4: 82A5FFD4 lwz r21,-44(r5)
- 55: GETL R5, t44
- 56: ADDL $0xFFFFFFD4, t44
- 57: LDL (t44), t46
- 58: PUTL t46, R21
- 59: INCEIPL $4
-
- 0x254756D8: 82C5FFD8 lwz r22,-40(r5)
- 60: GETL R5, t48
- 61: ADDL $0xFFFFFFD8, t48
- 62: LDL (t48), t50
- 63: PUTL t50, R22
- 64: INCEIPL $4
-
- 0x254756DC: 82E5FFDC lwz r23,-36(r5)
- 65: GETL R5, t52
- 66: ADDL $0xFFFFFFDC, t52
- 67: LDL (t52), t54
- 68: PUTL t54, R23
- 69: INCEIPL $4
-
- 0x254756E0: 8305FFE0 lwz r24,-32(r5)
- 70: GETL R5, t56
- 71: ADDL $0xFFFFFFE0, t56
- 72: LDL (t56), t58
- 73: PUTL t58, R24
- 74: INCEIPL $4
-
- 0x254756E4: 8325FFE4 lwz r25,-28(r5)
- 75: GETL R5, t60
- 76: ADDL $0xFFFFFFE4, t60
- 77: LDL (t60), t62
- 78: PUTL t62, R25
- 79: INCEIPL $4
-
- 0x254756E8: 8345FFE8 lwz r26,-24(r5)
- 80: GETL R5, t64
- 81: ADDL $0xFFFFFFE8, t64
- 82: LDL (t64), t66
- 83: PUTL t66, R26
- 84: INCEIPL $4
-
- 0x254756EC: 8365FFEC lwz r27,-20(r5)
- 85: GETL R5, t68
- 86: ADDL $0xFFFFFFEC, t68
- 87: LDL (t68), t70
- 88: PUTL t70, R27
- 89: INCEIPL $4
-
- 0x254756F0: 8385FFF0 lwz r28,-16(r5)
- 90: GETL R5, t72
- 91: ADDL $0xFFFFFFF0, t72
- 92: LDL (t72), t74
- 93: PUTL t74, R28
- 94: INCEIPL $4
-
- 0x254756F4: 83A5FFF4 lwz r29,-12(r5)
- 95: GETL R5, t76
- 96: ADDL $0xFFFFFFF4, t76
- 97: LDL (t76), t78
- 98: PUTL t78, R29
- 99: INCEIPL $4
-
- 0x254756F8: 83C5FFF8 lwz r30,-8(r5)
- 100: GETL R5, t80
- 101: ADDL $0xFFFFFFF8, t80
- 102: LDL (t80), t82
- 103: PUTL t82, R30
- 104: INCEIPL $4
-
- 0x254756FC: 83E5FFFC lwz r31,-4(r5)
- 105: GETL R5, t84
- 106: ADDL $0xFFFFFFFC, t84
- 107: LDL (t84), t86
- 108: PUTL t86, R31
- 109: INCEIPL $4
-
- 0x25475700: 7CA12B78 or r1,r5,r5
- 110: GETL R5, t88
- 111: PUTL t88, R1
- 112: INCEIPL $4
-
- 0x25475704: 4E800020 blr
- 113: GETL LR, t90
- 114: JMPo-r t90 ($4)
-
-
-
-. 601 254756A4 100
-. 80 A1 00 00 83 45 00 04 81 85 FF B4 7F 48 03 A6 81 C5 FF B8 81 E5 FF BC 7D 80 81 20 82 05 FF C0 82 25 FF C4 82 45 FF C8 82 65 FF CC 82 85 FF D0 82 A5 FF D4 82 C5 FF D8 82 E5 FF DC 83 05 FF E0 83 25 FF E4 83 45 FF E8 83 65 FF EC 83 85 FF F0 83 A5 FF F4 83 C5 FF F8 83 E5 FF FC 7C A1 2B 78 4E 80 00 20
-==== BB 602 (0x25477054) approx BBs exec'd 0 ====
-
- 0x25477054: 4BFFFF04 b 0x25476F58
- 0: JMPo $0x25476F58 ($4)
-
-
-
-. 602 25477054 4
-. 4B FF FF 04
-==== BB 603 (0x25476F58) approx BBs exec'd 0 ====
-
- 0x25476F58: 83E10294 lwz r31,660(r1)
- 0: GETL R1, t0
- 1: ADDL $0x294, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R31
- 4: INCEIPL $4
-
- 0x25476F5C: 81810244 lwz r12,580(r1)
- 5: GETL R1, t4
- 6: ADDL $0x244, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R12
- 9: INCEIPL $4
-
- 0x25476F60: 7FE803A6 mtlr r31
- 10: GETL R31, t8
- 11: PUTL t8, LR
- 12: INCEIPL $4
-
- 0x25476F64: 81C10248 lwz r14,584(r1)
- 13: GETL R1, t10
- 14: ADDL $0x248, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R14
- 17: INCEIPL $4
-
- 0x25476F68: 81E1024C lwz r15,588(r1)
- 18: GETL R1, t14
- 19: ADDL $0x24C, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R15
- 22: INCEIPL $4
-
- 0x25476F6C: 7D818120 mtcrf 0x18,r12
- 23: GETL R12, t18
- 24: ICRFL t18, $0x3, CR
- 25: ICRFL t18, $0x4, CR
- 26: INCEIPL $4
-
- 0x25476F70: 82010250 lwz r16,592(r1)
- 27: GETL R1, t20
- 28: ADDL $0x250, t20
- 29: LDL (t20), t22
- 30: PUTL t22, R16
- 31: INCEIPL $4
-
- 0x25476F74: 82210254 lwz r17,596(r1)
- 32: GETL R1, t24
- 33: ADDL $0x254, t24
- 34: LDL (t24), t26
- 35: PUTL t26, R17
- 36: INCEIPL $4
-
- 0x25476F78: 82410258 lwz r18,600(r1)
- 37: GETL R1, t28
- 38: ADDL $0x258, t28
- 39: LDL (t28), t30
- 40: PUTL t30, R18
- 41: INCEIPL $4
-
- 0x25476F7C: 8261025C lwz r19,604(r1)
- 42: GETL R1, t32
- 43: ADDL $0x25C, t32
- 44: LDL (t32), t34
- 45: PUTL t34, R19
- 46: INCEIPL $4
-
- 0x25476F80: 82810260 lwz r20,608(r1)
- 47: GETL R1, t36
- 48: ADDL $0x260, t36
- 49: LDL (t36), t38
- 50: PUTL t38, R20
- 51: INCEIPL $4
-
- 0x25476F84: 82A10264 lwz r21,612(r1)
- 52: GETL R1, t40
- 53: ADDL $0x264, t40
- 54: LDL (t40), t42
- 55: PUTL t42, R21
- 56: INCEIPL $4
-
- 0x25476F88: 82C10268 lwz r22,616(r1)
- 57: GETL R1, t44
- 58: ADDL $0x268, t44
- 59: LDL (t44), t46
- 60: PUTL t46, R22
- 61: INCEIPL $4
-
- 0x25476F8C: 82E1026C lwz r23,620(r1)
- 62: GETL R1, t48
- 63: ADDL $0x26C, t48
- 64: LDL (t48), t50
- 65: PUTL t50, R23
- 66: INCEIPL $4
-
- 0x25476F90: 83010270 lwz r24,624(r1)
- 67: GETL R1, t52
- 68: ADDL $0x270, t52
- 69: LDL (t52), t54
- 70: PUTL t54, R24
- 71: INCEIPL $4
-
- 0x25476F94: 83210274 lwz r25,628(r1)
- 72: GETL R1, t56
- 73: ADDL $0x274, t56
- 74: LDL (t56), t58
- 75: PUTL t58, R25
- 76: INCEIPL $4
-
- 0x25476F98: 83410278 lwz r26,632(r1)
- 77: GETL R1, t60
- 78: ADDL $0x278, t60
- 79: LDL (t60), t62
- 80: PUTL t62, R26
- 81: INCEIPL $4
-
- 0x25476F9C: 8361027C lwz r27,636(r1)
- 82: GETL R1, t64
- 83: ADDL $0x27C, t64
- 84: LDL (t64), t66
- 85: PUTL t66, R27
- 86: INCEIPL $4
-
- 0x25476FA0: 83810280 lwz r28,640(r1)
- 87: GETL R1, t68
- 88: ADDL $0x280, t68
- 89: LDL (t68), t70
- 90: PUTL t70, R28
- 91: INCEIPL $4
-
- 0x25476FA4: 83A10284 lwz r29,644(r1)
- 92: GETL R1, t72
- 93: ADDL $0x284, t72
- 94: LDL (t72), t74
- 95: PUTL t74, R29
- 96: INCEIPL $4
-
- 0x25476FA8: 83C10288 lwz r30,648(r1)
- 97: GETL R1, t76
- 98: ADDL $0x288, t76
- 99: LDL (t76), t78
- 100: PUTL t78, R30
- 101: INCEIPL $4
-
- 0x25476FAC: 83E1028C lwz r31,652(r1)
- 102: GETL R1, t80
- 103: ADDL $0x28C, t80
- 104: LDL (t80), t82
- 105: PUTL t82, R31
- 106: INCEIPL $4
-
- 0x25476FB0: 38210290 addi r1,r1,656
- 107: GETL R1, t84
- 108: ADDL $0x290, t84
- 109: PUTL t84, R1
- 110: INCEIPL $4
-
- 0x25476FB4: 4E800020 blr
- 111: GETL LR, t86
- 112: JMPo-r t86 ($4)
-
-
-
-. 603 25476F58 96
-. 83 E1 02 94 81 81 02 44 7F E8 03 A6 81 C1 02 48 81 E1 02 4C 7D 81 81 20 82 01 02 50 82 21 02 54 82 41 02 58 82 61 02 5C 82 81 02 60 82 A1 02 64 82 C1 02 68 82 E1 02 6C 83 01 02 70 83 21 02 74 83 41 02 78 83 61 02 7C 83 81 02 80 83 A1 02 84 83 C1 02 88 83 E1 02 8C 38 21 02 90 4E 80 00 20
-==== BB 604 (0x254734A8) approx BBs exec'd 0 ====
-
- 0x254734A8: 809E00D0 lwz r4,208(r30)
- 0: GETL R30, t0
- 1: ADDL $0xD0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x254734AC: 82E30178 lwz r23,376(r3)
- 5: GETL R3, t4
- 6: ADDL $0x178, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R23
- 9: INCEIPL $4
-
- 0x254734B0: 3A770001 addi r19,r23,1
- 10: GETL R23, t8
- 11: ADDL $0x1, t8
- 12: PUTL t8, R19
- 13: INCEIPL $4
-
- 0x254734B4: 92630178 stw r19,376(r3)
- 14: GETL R19, t10
- 15: GETL R3, t12
- 16: ADDL $0x178, t12
- 17: STL t10, (t12)
- 18: INCEIPL $4
-
- 0x254734B8: 387F0044 addi r3,r31,68
- 19: GETL R31, t14
- 20: ADDL $0x44, t14
- 21: PUTL t14, R3
- 22: INCEIPL $4
-
- 0x254734BC: 6A7D0001 xori r29,r19,0x1
- 23: GETL R19, t16
- 24: XORL $0x1, t16
- 25: PUTL t16, R29
- 26: INCEIPL $4
-
- 0x254734C0: 23BD0000 subfic r29,r29,0
- 27: GETL R29, t18
- 28: MOVL $0x0, t20
- 29: SBBL t18, t20 (-wCa)
- 30: PUTL t20, R29
- 31: INCEIPL $4
-
- 0x254734C4: 7FB90194 addze r29,r25
- 32: GETL R25, t22
- 33: ADCL $0x0, t22 (-rCa-wCa)
- 34: PUTL t22, R29
- 35: INCEIPL $4
-
- 0x254734C8: 4800CE75 bl 0x2548033C
- 36: MOVL $0x254734CC, t24
- 37: PUTL t24, LR
- 38: JMPo-c $0x2548033C ($4)
-
-
-
-. 604 254734A8 36
-. 80 9E 00 D0 82 E3 01 78 3A 77 00 01 92 63 01 78 38 7F 00 44 6A 7D 00 01 23 BD 00 00 7F B9 01 94 48 00 CE 75
-==== BB 605 (0x254734CC) approx BBs exec'd 0 ====
-
- 0x254734CC: 7FB9EB78 or r25,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R25
- 2: INCEIPL $4
-
- 0x254734D0: 7C7D1B79 or. r29,r3,r3
- 3: GETL R3, t2
- 4: PUTL t2, R29
- 5: CMP0L t2, t4 (-rSo)
- 6: ICRFL t4, $0x0, CR
- 7: INCEIPL $4
-
- 0x254734D4: 4082FF9C bc 4,2,0x25473470
- 8: Jc02o $0x25473470
-
-
-
-. 605 254734CC 12
-. 7F B9 EB 78 7C 7D 1B 79 40 82 FF 9C
-==== BB 606 (0x254734D8) approx BBs exec'd 0 ====
-
- 0x254734D8: 807E003C lwz r3,60(r30)
- 0: GETL R30, t0
- 1: ADDL $0x3C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x254734DC: 38800004 li r4,4
- 5: MOVL $0x4, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0x254734E0: 4800EB51 bl 0x25482030
- 8: MOVL $0x254734E4, t6
- 9: PUTL t6, LR
- 10: JMPo-c $0x25482030 ($4)
-
-
-
-. 606 254734D8 12
-. 80 7E 00 3C 38 80 00 04 48 00 EB 51
-==== BB 607 access(0x25482030) approx BBs exec'd 0 ====
-
- 0x25482030: 38000021 li r0,33
- 0: MOVL $0x21, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x25482034: 44000002 sc
- 3: JMPo-sys $0x25482038 ($4)
-
-
-
-. 607 25482030 8
-. 38 00 00 21 44 00 00 02
-==== BB 608 (0x25482038) approx BBs exec'd 0 ====
-
- 0x25482038: 4CA30020 bclr 5,3
- 0: GETL LR, t0
- 1: Jc03o-r t0
-
-
-
-. 608 25482038 4
-. 4C A3 00 20
-==== BB 609 (0x2548203C) approx BBs exec'd 0 ====
-
- 0x2548203C: 4BFFF2F4 b 0x25481330
- 0: JMPo $0x25481330 ($4)
-
-
-
-. 609 2548203C 4
-. 4B FF F2 F4
-==== BB 610 __syscall_error(0x25481330) approx BBs exec'd 0 ====
-
- 0x25481330: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x25481334: 7D8802A6 mflr r12
- 6: GETL LR, t4
- 7: PUTL t4, R12
- 8: INCEIPL $4
-
- 0x25481338: 48015CC9 bl 0x25497000
- 9: MOVL $0x2548133C, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-
-. 610 25481330 12
-. 94 21 FF F0 7D 88 02 A6 48 01 5C C9
-==== BB 611 (0x2548133C) approx BBs exec'd 0 ====
-
- 0x2548133C: 93C10008 stw r30,8(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25481340: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x25481344: 7D8803A6 mtlr r12
- 8: GETL R12, t6
- 9: PUTL t6, LR
- 10: INCEIPL $4
-
- 0x25481348: 813E0514 lwz r9,1300(r30)
- 11: GETL R30, t8
- 12: ADDL $0x514, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R9
- 15: INCEIPL $4
-
- 0x2548134C: 83C10008 lwz r30,8(r1)
- 16: GETL R1, t12
- 17: ADDL $0x8, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R30
- 20: INCEIPL $4
-
- 0x25481350: 38210010 addi r1,r1,16
- 21: GETL R1, t16
- 22: ADDL $0x10, t16
- 23: PUTL t16, R1
- 24: INCEIPL $4
-
- 0x25481354: 90690000 stw r3,0(r9)
- 25: GETL R3, t18
- 26: GETL R9, t20
- 27: STL t18, (t20)
- 28: INCEIPL $4
-
- 0x25481358: 3860FFFF li r3,-1
- 29: MOVL $0xFFFFFFFF, t22
- 30: PUTL t22, R3
- 31: INCEIPL $4
-
- 0x2548135C: 4E800020 blr
- 32: GETL LR, t24
- 33: JMPo-r t24 ($4)
-
-
-
-. 611 2548133C 36
-. 93 C1 00 08 7F C8 02 A6 7D 88 03 A6 81 3E 05 14 83 C1 00 08 38 21 00 10 90 69 00 00 38 60 FF FF 4E 80 00 20
-==== BB 612 (0x254734E4) approx BBs exec'd 0 ====
-
- 0x254734E4: 2E030000 cmpi cr4,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0x254734E8: 4092F2D0 bc 4,18,0x254727B8
- 4: Jc18o $0x254727B8
-
-
-
-. 612 254734E4 8
-. 2E 03 00 00 40 92 F2 D0
-==== BB 613 (0x254727B8) approx BBs exec'd 0 ====
-
- 0x254727B8: 2C190000 cmpi cr0,r25,0
- 0: GETL R25, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0x254727BC: 408213F0 bc 4,2,0x25473BAC
- 4: Jc02o $0x25473BAC
-
-
-
-. 613 254727B8 8
-. 2C 19 00 00 40 82 13 F0
-==== BB 614 (0x25473BAC) approx BBs exec'd 0 ====
-
- 0x25473BAC: 5736103A rlwinm r22,r25,2,0,29
- 0: GETL R25, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R22
- 3: INCEIPL $4
-
- 0x25473BB0: 83A10000 lwz r29,0(r1)
- 4: GETL R1, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R29
- 7: INCEIPL $4
-
- 0x25473BB4: 38D6001E addi r6,r22,30
- 8: GETL R22, t6
- 9: ADDL $0x1E, t6
- 10: PUTL t6, R6
- 11: INCEIPL $4
-
- 0x25473BB8: 39600000 li r11,0
- 12: MOVL $0x0, t8
- 13: PUTL t8, R11
- 14: INCEIPL $4
-
- 0x25473BBC: 54C00036 rlwinm r0,r6,0,0,27
- 15: GETL R6, t10
- 16: ANDL $0xFFFFFFF0, t10
- 17: PUTL t10, R0
- 18: INCEIPL $4
-
- 0x25473BC0: 7F4000D0 neg r26,r0
- 19: GETL R0, t12
- 20: NEGL t12
- 21: PUTL t12, R26
- 22: INCEIPL $4
-
- 0x25473BC4: 7FA1D16E stwux r29,r1,r26
- 23: GETL R26, t14
- 24: GETL R1, t16
- 25: ADDL t16, t14
- 26: PUTL t14, R1
- 27: GETL R29, t18
- 28: STL t18, (t14)
- 29: INCEIPL $4
-
- 0x25473BC8: 3B610017 addi r27,r1,23
- 30: GETL R1, t20
- 31: ADDL $0x17, t20
- 32: PUTL t20, R27
- 33: INCEIPL $4
-
- 0x25473BCC: 812E01C4 lwz r9,452(r14)
- 34: GETL R14, t22
- 35: ADDL $0x1C4, t22
- 36: LDL (t22), t24
- 37: PUTL t24, R9
- 38: INCEIPL $4
-
- 0x25473BD0: 577A0036 rlwinm r26,r27,0,0,27
- 39: GETL R27, t26
- 40: ANDL $0xFFFFFFF0, t26
- 41: PUTL t26, R26
- 42: INCEIPL $4
-
- 0x25473BD4: 556C103A rlwinm r12,r11,2,0,29
- 43: GETL R11, t28
- 44: SHLL $0x2, t28
- 45: PUTL t28, R12
- 46: INCEIPL $4
-
- 0x25473BD8: 396B0001 addi r11,r11,1
- 47: MOVL $0x1, t30
- 48: PUTL t30, R11
- 49: INCEIPL $4
-
- 0x25473BDC: 7D2CD12E stwx r9,r12,r26
- 50: GETL R26, t32
- 51: GETL R12, t34
- 52: ADDL t34, t32
- 53: GETL R9, t36
- 54: STL t36, (t32)
- 55: INCEIPL $4
-
- 0x25473BE0: 8129000C lwz r9,12(r9)
- 56: GETL R9, t38
- 57: ADDL $0xC, t38
- 58: LDL (t38), t40
- 59: PUTL t40, R9
- 60: INCEIPL $4
-
- 0x25473BE4: 2F890000 cmpi cr7,r9,0
- 61: GETL R9, t42
- 62: CMP0L t42, t44 (-rSo)
- 63: ICRFL t44, $0x7, CR
- 64: INCEIPL $4
-
- 0x25473BE8: 409EFFEC bc 4,30,0x25473BD4
- 65: Jc30o $0x25473BD4
-
-
-
-. 614 25473BAC 64
-. 57 36 10 3A 83 A1 00 00 38 D6 00 1E 39 60 00 00 54 C0 00 36 7F 40 00 D0 7F A1 D1 6E 3B 61 00 17 81 2E 01 C4 57 7A 00 36 55 6C 10 3A 39 6B 00 01 7D 2C D1 2E 81 29 00 0C 2F 89 00 00 40 9E FF EC
-==== BB 615 (0x25473BEC) approx BBs exec'd 0 ====
-
- 0x25473BEC: 4BFFEBD4 b 0x254727C0
- 0: JMPo $0x254727C0 ($4)
-
-
-
-. 615 25473BEC 4
-. 4B FF EB D4
-==== BB 616 (0x254727C0) approx BBs exec'd 0 ====
-
- 0x254727C0: 817F0030 lwz r11,48(r31)
- 0: GETL R31, t0
- 1: ADDL $0x30, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x254727C4: 38E00000 li r7,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R7
- 7: INCEIPL $4
-
- 0x254727C8: 7F44D378 or r4,r26,r26
- 8: GETL R26, t6
- 9: PUTL t6, R4
- 10: INCEIPL $4
-
- 0x254727CC: 7F25CB78 or r5,r25,r25
- 11: GETL R25, t8
- 12: PUTL t8, R5
- 13: INCEIPL $4
-
- 0x254727D0: 69660003 xori r6,r11,0x3
- 14: GETL R11, t10
- 15: XORL $0x3, t10
- 16: PUTL t10, R6
- 17: INCEIPL $4
-
- 0x254727D4: 20060000 subfic r0,r6,0
- 18: GETL R6, t12
- 19: MOVL $0x0, t14
- 20: SBBL t12, t14 (-wCa)
- 21: PUTL t14, R0
- 22: INCEIPL $4
-
- 0x254727D8: 7CC03114 adde r6,r0,r6
- 23: GETL R0, t16
- 24: GETL R6, t18
- 25: ADCL t16, t18 (-rCa-wCa)
- 26: PUTL t18, R6
- 27: INCEIPL $4
-
- 0x254727DC: 7E83A378 or r3,r20,r20
- 28: GETL R20, t20
- 29: PUTL t20, R3
- 30: INCEIPL $4
-
- 0x254727E0: 480079E5 bl 0x2547A1C4
- 31: MOVL $0x254727E4, t22
- 32: PUTL t22, LR
- 33: JMPo-c $0x2547A1C4 ($4)
-
-
-
-. 616 254727C0 36
-. 81 7F 00 30 38 E0 00 00 7F 44 D3 78 7F 25 CB 78 69 66 00 03 20 06 00 00 7C C0 31 14 7E 83 A3 78 48 00 79 E5
-==== BB 617 _dl_map_object_deps(0x2547A1C4) approx BBs exec'd 0 ====
-
- 0x2547A1C4: 9421FF60 stwu r1,-160(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFF60, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547A1C8: 7D2802A6 mflr r9
- 6: GETL LR, t4
- 7: PUTL t4, R9
- 8: INCEIPL $4
-
- 0x2547A1CC: 91E1005C stw r15,92(r1)
- 9: GETL R15, t6
- 10: GETL R1, t8
- 11: ADDL $0x5C, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x2547A1D0: 1DE5000C mulli r15,r5,12
- 14: GETL R5, t10
- 15: MULL $0xC, t10
- 16: PUTL t10, R15
- 17: INCEIPL $4
-
- 0x2547A1D4: 91C10058 stw r14,88(r1)
- 18: GETL R14, t12
- 19: GETL R1, t14
- 20: ADDL $0x58, t14
- 21: STL t12, (t14)
- 22: INCEIPL $4
-
- 0x2547A1D8: 4801CE29 bl 0x25497000
- 23: MOVL $0x2547A1DC, t16
- 24: PUTL t16, LR
- 25: JMPo-c $0x25497000 ($4)
-
-
-
-. 617 2547A1C4 24
-. 94 21 FF 60 7D 28 02 A6 91 E1 00 5C 1D E5 00 0C 91 C1 00 58 48 01 CE 29
-==== BB 618 (0x2547A1DC) approx BBs exec'd 0 ====
-
- 0x2547A1DC: 39CF0036 addi r14,r15,54
- 0: GETL R15, t0
- 1: ADDL $0x36, t0
- 2: PUTL t0, R14
- 3: INCEIPL $4
-
- 0x2547A1E0: 81410000 lwz r10,0(r1)
- 4: GETL R1, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R10
- 7: INCEIPL $4
-
- 0x2547A1E4: 55CC0036 rlwinm r12,r14,0,0,27
- 8: GETL R14, t6
- 9: ANDL $0xFFFFFFF0, t6
- 10: PUTL t6, R12
- 11: INCEIPL $4
-
- 0x2547A1E8: 93A10094 stw r29,148(r1)
- 12: GETL R29, t8
- 13: GETL R1, t10
- 14: ADDL $0x94, t10
- 15: STL t8, (t10)
- 16: INCEIPL $4
-
- 0x2547A1EC: 7D0C00D0 neg r8,r12
- 17: GETL R12, t12
- 18: NEGL t12
- 19: PUTL t12, R8
- 20: INCEIPL $4
-
- 0x2547A1F0: 3BA00000 li r29,0
- 21: MOVL $0x0, t14
- 22: PUTL t14, R29
- 23: INCEIPL $4
-
- 0x2547A1F4: 912100A4 stw r9,164(r1)
- 24: GETL R9, t16
- 25: GETL R1, t18
- 26: ADDL $0xA4, t18
- 27: STL t16, (t18)
- 28: INCEIPL $4
-
- 0x2547A1F8: 7F9D2840 cmpl cr7,r29,r5
- 29: GETL R29, t20
- 30: GETL R5, t22
- 31: CMPUL t20, t22, t24 (-rSo)
- 32: ICRFL t24, $0x7, CR
- 33: INCEIPL $4
-
- 0x2547A1FC: 92E1007C stw r23,124(r1)
- 34: GETL R23, t26
- 35: GETL R1, t28
- 36: ADDL $0x7C, t28
- 37: STL t26, (t28)
- 38: INCEIPL $4
-
- 0x2547A200: 7C771B78 or r23,r3,r3
- 39: GETL R3, t30
- 40: PUTL t30, R23
- 41: INCEIPL $4
-
- 0x2547A204: 93C10098 stw r30,152(r1)
- 42: GETL R30, t32
- 43: GETL R1, t34
- 44: ADDL $0x98, t34
- 45: STL t32, (t34)
- 46: INCEIPL $4
-
- 0x2547A208: 38000000 li r0,0
- 47: MOVL $0x0, t36
- 48: PUTL t36, R0
- 49: INCEIPL $4
-
- 0x2547A20C: 93E1009C stw r31,156(r1)
- 50: GETL R31, t38
- 51: GETL R1, t40
- 52: ADDL $0x9C, t40
- 53: STL t38, (t40)
- 54: INCEIPL $4
-
- 0x2547A210: 7C3F0B78 or r31,r1,r1
- 55: GETL R1, t42
- 56: PUTL t42, R31
- 57: INCEIPL $4
-
- 0x2547A214: 92010060 stw r16,96(r1)
- 58: GETL R16, t44
- 59: GETL R1, t46
- 60: ADDL $0x60, t46
- 61: STL t44, (t46)
- 62: INCEIPL $4
-
- 0x2547A218: 7FC802A6 mflr r30
- 63: GETL LR, t48
- 64: PUTL t48, R30
- 65: INCEIPL $4
-
- 0x2547A21C: 92210064 stw r17,100(r1)
- 66: GETL R17, t50
- 67: GETL R1, t52
- 68: ADDL $0x64, t52
- 69: STL t50, (t52)
- 70: INCEIPL $4
-
- 0x2547A220: 7CCF3378 or r15,r6,r6
- 71: GETL R6, t54
- 72: PUTL t54, R15
- 73: INCEIPL $4
-
- 0x2547A224: 92410068 stw r18,104(r1)
- 74: GETL R18, t56
- 75: GETL R1, t58
- 76: ADDL $0x68, t58
- 77: STL t56, (t58)
- 78: INCEIPL $4
-
- 0x2547A228: 7CEE3B78 or r14,r7,r7
- 79: GETL R7, t60
- 80: PUTL t60, R14
- 81: INCEIPL $4
-
- 0x2547A22C: 9261006C stw r19,108(r1)
- 82: GETL R19, t62
- 83: GETL R1, t64
- 84: ADDL $0x6C, t64
- 85: STL t62, (t64)
- 86: INCEIPL $4
-
- 0x2547A230: 92810070 stw r20,112(r1)
- 87: GETL R20, t66
- 88: GETL R1, t68
- 89: ADDL $0x70, t68
- 90: STL t66, (t68)
- 91: INCEIPL $4
-
- 0x2547A234: 92A10074 stw r21,116(r1)
- 92: GETL R21, t70
- 93: GETL R1, t72
- 94: ADDL $0x74, t72
- 95: STL t70, (t72)
- 96: INCEIPL $4
-
- 0x2547A238: 92C10078 stw r22,120(r1)
- 97: GETL R22, t74
- 98: GETL R1, t76
- 99: ADDL $0x78, t76
- 100: STL t74, (t76)
- 101: INCEIPL $4
-
- 0x2547A23C: 93010080 stw r24,128(r1)
- 102: GETL R24, t78
- 103: GETL R1, t80
- 104: ADDL $0x80, t80
- 105: STL t78, (t80)
- 106: INCEIPL $4
-
- 0x2547A240: 93210084 stw r25,132(r1)
- 107: GETL R25, t82
- 108: GETL R1, t84
- 109: ADDL $0x84, t84
- 110: STL t82, (t84)
- 111: INCEIPL $4
-
- 0x2547A244: 93410088 stw r26,136(r1)
- 112: GETL R26, t86
- 113: GETL R1, t88
- 114: ADDL $0x88, t88
- 115: STL t86, (t88)
- 116: INCEIPL $4
-
- 0x2547A248: 9361008C stw r27,140(r1)
- 117: GETL R27, t90
- 118: GETL R1, t92
- 119: ADDL $0x8C, t92
- 120: STL t90, (t92)
- 121: INCEIPL $4
-
- 0x2547A24C: 93810090 stw r28,144(r1)
- 122: GETL R28, t94
- 123: GETL R1, t96
- 124: ADDL $0x90, t96
- 125: STL t94, (t96)
- 126: INCEIPL $4
-
- 0x2547A250: 7D41416E stwux r10,r1,r8
- 127: GETL R8, t98
- 128: GETL R1, t100
- 129: ADDL t100, t98
- 130: PUTL t98, R1
- 131: GETL R10, t102
- 132: STL t102, (t98)
- 133: INCEIPL $4
-
- 0x2547A254: 39000001 li r8,1
- 134: MOVL $0x1, t104
- 135: PUTL t104, R8
- 136: INCEIPL $4
-
- 0x2547A258: 81230180 lwz r9,384(r3)
- 137: GETL R3, t106
- 138: ADDL $0x180, t106
- 139: LDL (t106), t108
- 140: PUTL t108, R9
- 141: INCEIPL $4
-
- 0x2547A25C: 38610017 addi r3,r1,23
- 142: GETL R1, t110
- 143: ADDL $0x17, t110
- 144: PUTL t110, R3
- 145: INCEIPL $4
-
- 0x2547A260: 546A0036 rlwinm r10,r3,0,0,27
- 146: GETL R3, t112
- 147: ANDL $0xFFFFFFF0, t112
- 148: PUTL t112, R10
- 149: INCEIPL $4
-
- 0x2547A264: 5109C94C rlwimi r9,r8,25,5,6
- 150: GETL R9, t114
- 151: GETL R8, t116
- 152: ROLL $0x19, t116
- 153: ANDL $0x6000000, t116
- 154: ANDL $0xF9FFFFFF, t114
- 155: ORL t114, t116
- 156: PUTL t116, R9
- 157: INCEIPL $4
-
- 0x2547A268: 396A000C addi r11,r10,12
- 158: GETL R10, t118
- 159: ADDL $0xC, t118
- 160: PUTL t118, R11
- 161: INCEIPL $4
-
- 0x2547A26C: 900A0000 stw r0,0(r10)
- 162: GETL R0, t120
- 163: GETL R10, t122
- 164: STL t120, (t122)
- 165: INCEIPL $4
-
- 0x2547A270: 916A0008 stw r11,8(r10)
- 166: GETL R11, t124
- 167: GETL R10, t126
- 168: ADDL $0x8, t126
- 169: STL t124, (t126)
- 170: INCEIPL $4
-
- 0x2547A274: 91370180 stw r9,384(r23)
- 171: GETL R9, t128
- 172: GETL R23, t130
- 173: ADDL $0x180, t130
- 174: STL t128, (t130)
- 175: INCEIPL $4
-
- 0x2547A278: 915F0008 stw r10,8(r31)
- 176: GETL R10, t132
- 177: GETL R31, t134
- 178: ADDL $0x8, t134
- 179: STL t132, (t134)
- 180: INCEIPL $4
-
- 0x2547A27C: 92EA0004 stw r23,4(r10)
- 181: GETL R23, t136
- 182: GETL R10, t138
- 183: ADDL $0x4, t138
- 184: STL t136, (t138)
- 185: INCEIPL $4
-
- 0x2547A280: 911F000C stw r8,12(r31)
- 186: GETL R8, t140
- 187: GETL R31, t142
- 188: ADDL $0xC, t142
- 189: STL t140, (t142)
- 190: INCEIPL $4
-
- 0x2547A284: 409C005C bc 4,28,0x2547A2E0
- 191: Jc28o $0x2547A2E0
-
-
-
-. 618 2547A1DC 172
-. 39 CF 00 36 81 41 00 00 55 CC 00 36 93 A1 00 94 7D 0C 00 D0 3B A0 00 00 91 21 00 A4 7F 9D 28 40 92 E1 00 7C 7C 77 1B 78 93 C1 00 98 38 00 00 00 93 E1 00 9C 7C 3F 0B 78 92 01 00 60 7F C8 02 A6 92 21 00 64 7C CF 33 78 92 41 00 68 7C EE 3B 78 92 61 00 6C 92 81 00 70 92 A1 00 74 92 C1 00 78 93 01 00 80 93 21 00 84 93 41 00 88 93 61 00 8C 93 81 00 90 7D 41 41 6E 39 00 00 01 81 23 01 80 38 61 00 17 54 6A 00 36 51 09 C9 4C 39 6A 00 0C 90 0A 00 00 91 6A 00 08 91 37 01 80 91 5F 00 08 92 EA 00 04 91 1F 00 0C 40 9C 00 5C
-==== BB 619 (0x2547A288) approx BBs exec'd 0 ====
-
- 0x2547A288: 7CA903A6 mtctr r5
- 0: GETL R5, t0
- 1: PUTL t0, CTR
- 2: INCEIPL $4
-
- 0x2547A28C: 7D475378 or r7,r10,r10
- 3: GETL R10, t2
- 4: PUTL t2, R7
- 5: INCEIPL $4
-
- 0x2547A290: 38A00000 li r5,0
- 6: MOVL $0x0, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x2547A294: 38C00001 li r6,1
- 9: MOVL $0x1, t6
- 10: PUTL t6, R6
- 11: INCEIPL $4
-
- 0x2547A298: 48000008 b 0x2547A2A0
- 12: JMPo $0x2547A2A0 ($4)
-
-
-
-. 619 2547A288 20
-. 7C A9 03 A6 7D 47 53 78 38 A0 00 00 38 C0 00 01 48 00 00 08
-==== BB 620 (0x2547A2A0) approx BBs exec'd 0 ====
-
- 0x2547A2A0: 1E68000C mulli r19,r8,12
- 0: GETL R8, t0
- 1: MULL $0xC, t0
- 2: PUTL t0, R19
- 3: INCEIPL $4
-
- 0x2547A2A4: 57B5103A rlwinm r21,r29,2,0,29
- 4: GETL R29, t2
- 5: SHLL $0x2, t2
- 6: PUTL t2, R21
- 7: INCEIPL $4
-
- 0x2547A2A8: 7E15202E lwzx r16,r21,r4
- 8: GETL R4, t4
- 9: GETL R21, t6
- 10: ADDL t6, t4
- 11: LDL (t4), t8
- 12: PUTL t8, R16
- 13: INCEIPL $4
-
- 0x2547A2AC: 39280001 addi r9,r8,1
- 14: GETL R8, t10
- 15: ADDL $0x1, t10
- 16: PUTL t10, R9
- 17: INCEIPL $4
-
- 0x2547A2B0: 7E533A14 add r18,r19,r7
- 18: GETL R19, t12
- 19: GETL R7, t14
- 20: ADDL t12, t14
- 21: PUTL t14, R18
- 22: INCEIPL $4
-
- 0x2547A2B4: 7CB3392E stwx r5,r19,r7
- 23: GETL R7, t16
- 24: GETL R19, t18
- 25: ADDL t18, t16
- 26: GETL R5, t20
- 27: STL t20, (t16)
- 28: INCEIPL $4
-
- 0x2547A2B8: 3A92000C addi r20,r18,12
- 29: GETL R18, t22
- 30: ADDL $0xC, t22
- 31: PUTL t22, R20
- 32: INCEIPL $4
-
- 0x2547A2BC: 92120004 stw r16,4(r18)
- 33: GETL R16, t24
- 34: GETL R18, t26
- 35: ADDL $0x4, t26
- 36: STL t24, (t26)
- 37: INCEIPL $4
-
- 0x2547A2C0: 92920008 stw r20,8(r18)
- 38: GETL R20, t28
- 39: GETL R18, t30
- 40: ADDL $0x8, t30
- 41: STL t28, (t30)
- 42: INCEIPL $4
-
- 0x2547A2C4: 3BBD0001 addi r29,r29,1
- 43: GETL R29, t32
- 44: ADDL $0x1, t32
- 45: PUTL t32, R29
- 46: INCEIPL $4
-
- 0x2547A2C8: 82300180 lwz r17,384(r16)
- 47: GETL R16, t34
- 48: ADDL $0x180, t34
- 49: LDL (t34), t36
- 50: PUTL t36, R17
- 51: INCEIPL $4
-
- 0x2547A2CC: 913F000C stw r9,12(r31)
- 52: GETL R9, t38
- 53: GETL R31, t40
- 54: ADDL $0xC, t40
- 55: STL t38, (t40)
- 56: INCEIPL $4
-
- 0x2547A2D0: 50D1C94C rlwimi r17,r6,25,5,6
- 57: GETL R17, t42
- 58: GETL R6, t44
- 59: ROLL $0x19, t44
- 60: ANDL $0x6000000, t44
- 61: ANDL $0xF9FFFFFF, t42
- 62: ORL t42, t44
- 63: PUTL t44, R17
- 64: INCEIPL $4
-
- 0x2547A2D4: 92300180 stw r17,384(r16)
- 65: GETL R17, t46
- 66: GETL R16, t48
- 67: ADDL $0x180, t48
- 68: STL t46, (t48)
- 69: INCEIPL $4
-
- 0x2547A2D8: 4200FFC4 bc 16,0,0x2547A29C
- 70: GETL CTR, t50
- 71: ADDL $0xFFFFFFFF, t50
- 72: PUTL t50, CTR
- 73: JIFZL t50, $0x2547A2DC
- 74: JMPo $0x2547A29C ($4)
-
-
-
-. 620 2547A2A0 60
-. 1E 68 00 0C 57 B5 10 3A 7E 15 20 2E 39 28 00 01 7E 53 3A 14 7C B3 39 2E 3A 92 00 0C 92 12 00 04 92 92 00 08 3B BD 00 01 82 30 01 80 91 3F 00 0C 50 D1 C9 4C 92 30 01 80 42 00 FF C4
-==== BB 621 (0x2547A2DC) approx BBs exec'd 0 ====
-
- 0x2547A2DC: 7D284B78 or r8,r9,r9
- 0: GETL R9, t0
- 1: PUTL t0, R8
- 2: INCEIPL $4
-
- 0x2547A2E0: 831F0008 lwz r24,8(r31)
- 3: GETL R31, t2
- 4: ADDL $0x8, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R24
- 7: INCEIPL $4
-
- 0x2547A2E4: 1EC8000C mulli r22,r8,12
- 8: GETL R8, t6
- 9: MULL $0xC, t6
- 10: PUTL t6, R22
- 11: INCEIPL $4
-
- 0x2547A2E8: 821E0514 lwz r16,1300(r30)
- 12: GETL R30, t8
- 13: ADDL $0x514, t8
- 14: LDL (t8), t10
- 15: PUTL t10, R16
- 16: INCEIPL $4
-
- 0x2547A2EC: 3A200000 li r17,0
- 17: MOVL $0x0, t12
- 18: PUTL t12, R17
- 19: INCEIPL $4
-
- 0x2547A2F0: 7F1BC379 or. r27,r24,r24
- 20: GETL R24, t14
- 21: PUTL t14, R27
- 22: CMP0L t14, t16 (-rSo)
- 23: ICRFL t16, $0x0, CR
- 24: INCEIPL $4
-
- 0x2547A2F4: 7CF6C214 add r7,r22,r24
- 25: GETL R22, t18
- 26: GETL R24, t20
- 27: ADDL t18, t20
- 28: PUTL t20, R7
- 29: INCEIPL $4
-
- 0x2547A2F8: 80900000 lwz r4,0(r16)
- 30: GETL R16, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R4
- 33: INCEIPL $4
-
- 0x2547A2FC: 38A7FFF4 addi r5,r7,-12
- 34: GETL R7, t26
- 35: ADDL $0xFFFFFFF4, t26
- 36: PUTL t26, R5
- 37: INCEIPL $4
-
- 0x2547A300: 38C00000 li r6,0
- 38: MOVL $0x0, t28
- 39: PUTL t28, R6
- 40: INCEIPL $4
-
- 0x2547A304: 7CB32B78 or r19,r5,r5
- 41: GETL R5, t30
- 42: PUTL t30, R19
- 43: INCEIPL $4
-
- 0x2547A308: 90C50008 stw r6,8(r5)
- 44: GETL R6, t32
- 45: GETL R5, t34
- 46: ADDL $0x8, t34
- 47: STL t32, (t34)
- 48: INCEIPL $4
-
- 0x2547A30C: 923F0034 stw r17,52(r31)
- 49: GETL R17, t36
- 50: GETL R31, t38
- 51: ADDL $0x34, t38
- 52: STL t36, (t38)
- 53: INCEIPL $4
-
- 0x2547A310: 909F0038 stw r4,56(r31)
- 54: GETL R4, t40
- 55: GETL R31, t42
- 56: ADDL $0x38, t42
- 57: STL t40, (t42)
- 58: INCEIPL $4
-
- 0x2547A314: 92300000 stw r17,0(r16)
- 59: GETL R17, t44
- 60: GETL R16, t46
- 61: STL t44, (t46)
- 62: INCEIPL $4
-
- 0x2547A318: 418202AC bc 12,2,0x2547A5C4
- 63: Js02o $0x2547A5C4
-
-
-
-. 621 2547A2DC 64
-. 7D 28 4B 78 83 1F 00 08 1E C8 00 0C 82 1E 05 14 3A 20 00 00 7F 1B C3 79 7C F6 C2 14 80 90 00 00 38 A7 FF F4 38 C0 00 00 7C B3 2B 78 90 C5 00 08 92 3F 00 34 90 9F 00 38 92 30 00 00 41 82 02 AC
-==== BB 622 (0x2547A31C) approx BBs exec'd 0 ====
-
- 0x2547A31C: 835B0004 lwz r26,4(r27)
- 0: GETL R27, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0x2547A320: 3B800001 li r28,1
- 5: MOVL $0x1, t4
- 6: PUTL t4, R28
- 7: INCEIPL $4
-
- 0x2547A324: 939B0000 stw r28,0(r27)
- 8: GETL R28, t6
- 9: GETL R27, t8
- 10: STL t6, (t8)
- 11: INCEIPL $4
-
- 0x2547A328: 3B000000 li r24,0
- 12: MOVL $0x0, t10
- 13: PUTL t10, R24
- 14: INCEIPL $4
-
- 0x2547A32C: 833A0158 lwz r25,344(r26)
- 15: GETL R26, t12
- 16: ADDL $0x158, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R25
- 19: INCEIPL $4
-
- 0x2547A330: 3AC00000 li r22,0
- 20: MOVL $0x0, t16
- 21: PUTL t16, R22
- 22: INCEIPL $4
-
- 0x2547A334: 2C990000 cmpi cr1,r25,0
- 23: GETL R25, t18
- 24: CMP0L t18, t20 (-rSo)
- 25: ICRFL t20, $0x1, CR
- 26: INCEIPL $4
-
- 0x2547A338: 40860030 bc 4,6,0x2547A368
- 27: Jc06o $0x2547A368
-
-
-
-. 622 2547A31C 32
-. 83 5B 00 04 3B 80 00 01 93 9B 00 00 3B 00 00 00 83 3A 01 58 3A C0 00 00 2C 99 00 00 40 86 00 30
-==== BB 623 (0x2547A33C) approx BBs exec'd 0 ====
-
- 0x2547A33C: 807A01E8 lwz r3,488(r26)
- 0: GETL R26, t0
- 1: ADDL $0x1E8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x2547A340: 7F4BBA78 xor r11,r26,r23
- 5: GETL R26, t4
- 6: GETL R23, t6
- 7: XORL t4, t6
- 8: PUTL t6, R11
- 9: INCEIPL $4
-
- 0x2547A344: 314BFFFF addic r10,r11,-1
- 10: GETL R11, t8
- 11: ADCL $0xFFFFFFFF, t8 (-wCa)
- 12: PUTL t8, R10
- 13: INCEIPL $4
-
- 0x2547A348: 7FAA5910 subfe r29,r10,r11
- 14: GETL R10, t10
- 15: GETL R11, t12
- 16: SBBL t10, t12 (-rCa-wCa)
- 17: PUTL t12, R29
- 18: INCEIPL $4
-
- 0x2547A34C: 21230000 subfic r9,r3,0
- 19: GETL R3, t14
- 20: MOVL $0x0, t16
- 21: SBBL t14, t16 (-wCa)
- 22: PUTL t16, R9
- 23: INCEIPL $4
-
- 0x2547A350: 7C091914 adde r0,r9,r3
- 24: GETL R9, t18
- 25: GETL R3, t20
- 26: ADCL t18, t20 (-rCa-wCa)
- 27: PUTL t20, R0
- 28: INCEIPL $4
-
- 0x2547A354: 7C0BE839 and. r11,r0,r29
- 29: GETL R0, t22
- 30: GETL R29, t24
- 31: ANDL t22, t24
- 32: PUTL t24, R11
- 33: CMP0L t24, t26 (-rSo)
- 34: ICRFL t26, $0x0, CR
- 35: INCEIPL $4
-
- 0x2547A358: 41820010 bc 12,2,0x2547A368
- 36: Js02o $0x2547A368
-
-
-
-. 623 2547A33C 32
-. 80 7A 01 E8 7F 4B BA 78 31 4B FF FF 7F AA 59 10 21 23 00 00 7C 09 19 14 7C 0B E8 39 41 82 00 10
-==== BB 624 (0x2547A368) approx BBs exec'd 0 ====
-
- 0x2547A368: 82BA0024 lwz r21,36(r26)
- 0: GETL R26, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R21
- 4: INCEIPL $4
-
- 0x2547A36C: 2F950000 cmpi cr7,r21,0
- 5: GETL R21, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x2547A370: 409E001C bc 4,30,0x2547A38C
- 9: Jc30o $0x2547A38C
-
-
-
-. 624 2547A368 12
-. 82 BA 00 24 2F 95 00 00 40 9E 00 1C
-==== BB 625 (0x2547A38C) approx BBs exec'd 0 ====
-
- 0x2547A38C: 80DA0034 lwz r6,52(r26)
- 0: GETL R26, t0
- 1: ADDL $0x34, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x2547A390: 7F72DB78 or r18,r27,r27
- 5: GETL R27, t4
- 6: PUTL t4, R18
- 7: INCEIPL $4
-
- 0x2547A394: 839A0008 lwz r28,8(r26)
- 8: GETL R26, t6
- 9: ADDL $0x8, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R28
- 12: INCEIPL $4
-
- 0x2547A398: 82A60004 lwz r21,4(r6)
- 13: GETL R6, t10
- 14: ADDL $0x4, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R21
- 17: INCEIPL $4
-
- 0x2547A39C: 91FF0014 stw r15,20(r31)
- 18: GETL R15, t14
- 19: GETL R31, t16
- 20: ADDL $0x14, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0x2547A3A0: 91DF0018 stw r14,24(r31)
- 23: GETL R14, t18
- 24: GETL R31, t20
- 25: ADDL $0x18, t20
- 26: STL t18, (t20)
- 27: INCEIPL $4
-
- 0x2547A3A4: 813C0000 lwz r9,0(r28)
- 28: GETL R28, t22
- 29: LDL (t22), t24
- 30: PUTL t24, R9
- 31: INCEIPL $4
-
- 0x2547A3A8: 92BF001C stw r21,28(r31)
- 32: GETL R21, t26
- 33: GETL R31, t28
- 34: ADDL $0x1C, t28
- 35: STL t26, (t28)
- 36: INCEIPL $4
-
- 0x2547A3AC: 2F090000 cmpi cr6,r9,0
- 37: GETL R9, t30
- 38: CMP0L t30, t32 (-rSo)
- 39: ICRFL t32, $0x6, CR
- 40: INCEIPL $4
-
- 0x2547A3B0: 935F0010 stw r26,16(r31)
- 41: GETL R26, t34
- 42: GETL R31, t36
- 43: ADDL $0x10, t36
- 44: STL t34, (t36)
- 45: INCEIPL $4
-
- 0x2547A3B4: 419A0504 bc 12,26,0x2547A8B8
- 46: Js26o $0x2547A8B8
-
-
-
-. 625 2547A38C 44
-. 80 DA 00 34 7F 72 DB 78 83 9A 00 08 82 A6 00 04 91 FF 00 14 91 DF 00 18 81 3C 00 00 92 BF 00 1C 2F 09 00 00 93 5F 00 10 41 9A 05 04
-==== BB 626 (0x2547A3B8) approx BBs exec'd 0 ====
-
- 0x2547A3B8: 3F207FFF lis r25,32767
- 0: MOVL $0x7FFF0000, t0
- 1: PUTL t0, R25
- 2: INCEIPL $4
-
- 0x2547A3BC: 6327FFFD ori r7,r25,0xFFFD
- 3: MOVL $0x7FFFFFFD, t2
- 4: PUTL t2, R7
- 5: INCEIPL $4
-
- 0x2547A3C0: 90FF0040 stw r7,64(r31)
- 6: GETL R7, t4
- 7: GETL R31, t6
- 8: ADDL $0x40, t6
- 9: STL t4, (t6)
- 10: INCEIPL $4
-
- 0x2547A3C4: 480000BC b 0x2547A480
- 11: JMPo $0x2547A480 ($4)
-
-
-
-. 626 2547A3B8 16
-. 3F 20 7F FF 63 27 FF FD 90 FF 00 40 48 00 00 BC
-==== BB 627 (0x2547A480) approx BBs exec'd 0 ====
-
- 0x2547A480: 2F890001 cmpi cr7,r9,1
- 0: GETL R9, t0
- 1: MOVL $0x1, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x2547A484: 419EFF44 bc 12,30,0x2547A3C8
- 5: Js30o $0x2547A3C8
-
-
-
-. 627 2547A480 8
-. 2F 89 00 01 41 9E FF 44
-==== BB 628 (0x2547A3C8) approx BBs exec'd 0 ====
-
- 0x2547A3C8: 801C0004 lwz r0,4(r28)
- 0: GETL R28, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x2547A3CC: 38800024 li r4,36
- 5: MOVL $0x24, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0x2547A3D0: 7FA0AA14 add r29,r0,r21
- 8: GETL R0, t6
- 9: GETL R21, t8
- 10: ADDL t6, t8
- 11: PUTL t8, R29
- 12: INCEIPL $4
-
- 0x2547A3D4: 7FA3EB78 or r3,r29,r29
- 13: GETL R29, t10
- 14: PUTL t10, R3
- 15: INCEIPL $4
-
- 0x2547A3D8: 7FB9EB78 or r25,r29,r29
- 16: GETL R29, t12
- 17: PUTL t12, R25
- 18: INCEIPL $4
-
- 0x2547A3DC: 48008A25 bl 0x25482E00
- 19: MOVL $0x2547A3E0, t14
- 20: PUTL t14, LR
- 21: JMPo-c $0x25482E00 ($4)
-
-
-
-. 628 2547A3C8 24
-. 80 1C 00 04 38 80 00 24 7F A0 AA 14 7F A3 EB 78 7F B9 EB 78 48 00 8A 25
-==== BB 629 (0x2547A3E0) approx BBs exec'd 0 ====
-
- 0x2547A3E0: 2C830000 cmpi cr1,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0x2547A3E4: 40860588 bc 4,6,0x2547A96C
- 4: Jc06o $0x2547A96C
-
-
-
-. 629 2547A3E0 8
-. 2C 83 00 00 40 86 05 88
-==== BB 630 (0x2547A3E8) approx BBs exec'd 0 ====
-
- 0x2547A3E8: 80BE02F8 lwz r5,760(r30)
- 0: GETL R30, t0
- 1: ADDL $0x2F8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x2547A3EC: 387F0030 addi r3,r31,48
- 5: GETL R31, t4
- 6: ADDL $0x30, t4
- 7: PUTL t4, R3
- 8: INCEIPL $4
-
- 0x2547A3F0: 389F0034 addi r4,r31,52
- 9: GETL R31, t6
- 10: ADDL $0x34, t6
- 11: PUTL t6, R4
- 12: INCEIPL $4
-
- 0x2547A3F4: 38DF0010 addi r6,r31,16
- 13: GETL R31, t8
- 14: ADDL $0x10, t8
- 15: PUTL t8, R6
- 16: INCEIPL $4
-
- 0x2547A3F8: 93BF0020 stw r29,32(r31)
- 17: GETL R29, t10
- 18: GETL R31, t12
- 19: ADDL $0x20, t12
- 20: STL t10, (t12)
- 21: INCEIPL $4
-
- 0x2547A3FC: 480011A5 bl 0x2547B5A0
- 22: MOVL $0x2547A400, t14
- 23: PUTL t14, LR
- 24: JMPo-c $0x2547B5A0 ($4)
-
-
-
-. 630 2547A3E8 24
-. 80 BE 02 F8 38 7F 00 30 38 9F 00 34 38 DF 00 10 93 BF 00 20 48 00 11 A5
-==== BB 631 _dl_catch_error(0x2547B5A0) approx BBs exec'd 0 ====
-
- 0x2547B5A0: 9421FD60 stwu r1,-672(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFD60, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547B5A4: 7D4802A6 mflr r10
- 6: GETL LR, t4
- 7: PUTL t4, R10
- 8: INCEIPL $4
-
- 0x2547B5A8: 4801BA59 bl 0x25497000
- 9: MOVL $0x2547B5AC, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-
-. 631 2547B5A0 12
-. 94 21 FD 60 7D 48 02 A6 48 01 BA 59
-==== BB 632 (0x2547B5AC) approx BBs exec'd 0 ====
-
- 0x2547B5AC: 93C10298 stw r30,664(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x298, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547B5B0: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x2547B5B4: 39000000 li r8,0
- 8: MOVL $0x0, t6
- 9: PUTL t6, R8
- 10: INCEIPL $4
-
- 0x2547B5B8: 914102A4 stw r10,676(r1)
- 11: GETL R10, t8
- 12: GETL R1, t10
- 13: ADDL $0x2A4, t10
- 14: STL t8, (t10)
- 15: INCEIPL $4
-
- 0x2547B5BC: 93E1029C stw r31,668(r1)
- 16: GETL R31, t12
- 17: GETL R1, t14
- 18: ADDL $0x29C, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0x2547B5C0: 80FE04C8 lwz r7,1224(r30)
- 21: GETL R30, t16
- 22: ADDL $0x4C8, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R7
- 25: INCEIPL $4
-
- 0x2547B5C4: 91010014 stw r8,20(r1)
- 26: GETL R8, t20
- 27: GETL R1, t22
- 28: ADDL $0x14, t22
- 29: STL t20, (t22)
- 30: INCEIPL $4
-
- 0x2547B5C8: 812701B4 lwz r9,436(r7)
- 31: GETL R7, t24
- 32: ADDL $0x1B4, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R9
- 35: INCEIPL $4
-
- 0x2547B5CC: 90810274 stw r4,628(r1)
- 36: GETL R4, t28
- 37: GETL R1, t30
- 38: ADDL $0x274, t30
- 39: STL t28, (t30)
- 40: INCEIPL $4
-
- 0x2547B5D0: 7D2903A6 mtctr r9
- 41: GETL R9, t32
- 42: PUTL t32, CTR
- 43: INCEIPL $4
-
- 0x2547B5D4: 90A10278 stw r5,632(r1)
- 44: GETL R5, t34
- 45: GETL R1, t36
- 46: ADDL $0x278, t36
- 47: STL t34, (t36)
- 48: INCEIPL $4
-
- 0x2547B5D8: 90C1027C stw r6,636(r1)
- 49: GETL R6, t38
- 50: GETL R1, t40
- 51: ADDL $0x27C, t40
- 52: STL t38, (t40)
- 53: INCEIPL $4
-
- 0x2547B5DC: 90610270 stw r3,624(r1)
- 54: GETL R3, t42
- 55: GETL R1, t44
- 56: ADDL $0x270, t44
- 57: STL t42, (t44)
- 58: INCEIPL $4
-
- 0x2547B5E0: 4E800421 bctrl
- 59: MOVL $0x2547B5E4, t46
- 60: PUTL t46, LR
- 61: GETL CTR, t48
- 62: JMPo-c t48 ($4)
-
-
-
-. 632 2547B5AC 56
-. 93 C1 02 98 7F C8 02 A6 39 00 00 00 91 41 02 A4 93 E1 02 9C 80 FE 04 C8 91 01 00 14 81 27 01 B4 90 81 02 74 7D 29 03 A6 90 A1 02 78 90 C1 02 7C 90 61 02 70 4E 80 04 21
-==== BB 633 _dl_initial_error_catch_tsd(0x2547185C) approx BBs exec'd 0 ====
-
- 0x2547185C: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x25471860: 7D8802A6 mflr r12
- 6: GETL LR, t4
- 7: PUTL t4, R12
- 8: INCEIPL $4
-
- 0x25471864: 4802579D bl 0x25497000
- 9: MOVL $0x25471868, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-
-. 633 2547185C 12
-. 94 21 FF F0 7D 88 02 A6 48 02 57 9D
-==== BB 634 (0x25471868) approx BBs exec'd 0 ====
-
- 0x25471868: 93C10008 stw r30,8(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547186C: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x25471870: 7D8803A6 mtlr r12
- 8: GETL R12, t6
- 9: PUTL t6, LR
- 10: INCEIPL $4
-
- 0x25471874: 807E0018 lwz r3,24(r30)
- 11: GETL R30, t8
- 12: ADDL $0x18, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R3
- 15: INCEIPL $4
-
- 0x25471878: 83C10008 lwz r30,8(r1)
- 16: GETL R1, t12
- 17: ADDL $0x8, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R30
- 20: INCEIPL $4
-
- 0x2547187C: 38210010 addi r1,r1,16
- 21: GETL R1, t16
- 22: ADDL $0x10, t16
- 23: PUTL t16, R1
- 24: INCEIPL $4
-
- 0x25471880: 4E800020 blr
- 25: GETL LR, t18
- 26: JMPo-r t18 ($4)
-
-
-
-. 634 25471868 28
-. 93 C1 00 08 7F C8 02 A6 7D 88 03 A6 80 7E 00 18 83 C1 00 08 38 21 00 10 4E 80 00 20
-==== BB 635 (0x2547B5E4) approx BBs exec'd 0 ====
-
- 0x2547B5E4: 80030000 lwz r0,0(r3)
- 0: GETL R3, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0x2547B5E8: 90610280 stw r3,640(r1)
- 4: GETL R3, t4
- 5: GETL R1, t6
- 6: ADDL $0x280, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0x2547B5EC: 38610020 addi r3,r1,32
- 9: GETL R1, t8
- 10: ADDL $0x20, t8
- 11: PUTL t8, R3
- 12: INCEIPL $4
-
- 0x2547B5F0: 90010008 stw r0,8(r1)
- 13: GETL R0, t10
- 14: GETL R1, t12
- 15: ADDL $0x8, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x2547B5F4: 480072BD bl 0x254828B0
- 18: MOVL $0x2547B5F8, t14
- 19: PUTL t14, LR
- 20: JMPo-c $0x254828B0 ($4)
-
-
-
-. 635 2547B5E4 20
-. 80 03 00 00 90 61 02 80 38 61 00 20 90 01 00 08 48 00 72 BD
-==== BB 636 _setjmp(0x254828B0) approx BBs exec'd 0 ====
-
- 0x254828B0: 38800000 li r4,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0x254828B4: 480001DC b 0x25482A90
- 3: JMPo $0x25482A90 ($4)
-
-
-
-. 636 254828B0 8
-. 38 80 00 00 48 00 01 DC
-==== BB 637 __sigsetjmp(0x25482A90) approx BBs exec'd 0 ====
-
- 0x25482A90: 90230000 stw r1,0(r3)
- 0: GETL R1, t0
- 1: GETL R3, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0x25482A94: 7C0802A6 mflr r0
- 4: GETL LR, t4
- 5: PUTL t4, R0
- 6: INCEIPL $4
-
- 0x25482A98: 91C3000C stw r14,12(r3)
- 7: GETL R14, t6
- 8: GETL R3, t8
- 9: ADDL $0xC, t8
- 10: STL t6, (t8)
- 11: INCEIPL $4
-
- 0x25482A9C: D9C30058 stfd f14,88(r3)
- 12: GETL R3, t10
- 13: ADDL $0x58, t10
- 14: FPU_WQ 0x0:0xE, (t10)
- 15: INCEIPL $4
-
- 0x25482AA0: 90030008 stw r0,8(r3)
- 16: GETL R0, t12
- 17: GETL R3, t14
- 18: ADDL $0x8, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0x25482AA4: 91E30010 stw r15,16(r3)
- 21: GETL R15, t16
- 22: GETL R3, t18
- 23: ADDL $0x10, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0x25482AA8: D9E30060 stfd f15,96(r3)
- 26: GETL R3, t20
- 27: ADDL $0x60, t20
- 28: FPU_WQ 0x0:0xF, (t20)
- 29: INCEIPL $4
-
- 0x25482AAC: 7C000026 mfcr r0
- 30: GETL CR, t22
- 31: PUTL t22, R0
- 32: INCEIPL $4
-
- 0x25482AB0: 92030014 stw r16,20(r3)
- 33: GETL R16, t24
- 34: GETL R3, t26
- 35: ADDL $0x14, t26
- 36: STL t24, (t26)
- 37: INCEIPL $4
-
- 0x25482AB4: DA030068 stfd f16,104(r3)
- 38: GETL R3, t28
- 39: ADDL $0x68, t28
- 40: FPU_WQ 0x0:0x10, (t28)
- 41: INCEIPL $4
-
- 0x25482AB8: 90030054 stw r0,84(r3)
- 42: GETL R0, t30
- 43: GETL R3, t32
- 44: ADDL $0x54, t32
- 45: STL t30, (t32)
- 46: INCEIPL $4
-
- 0x25482ABC: 92230018 stw r17,24(r3)
- 47: GETL R17, t34
- 48: GETL R3, t36
- 49: ADDL $0x18, t36
- 50: STL t34, (t36)
- 51: INCEIPL $4
-
- 0x25482AC0: DA230070 stfd f17,112(r3)
- 52: GETL R3, t38
- 53: ADDL $0x70, t38
- 54: FPU_WQ 0x0:0x11, (t38)
- 55: INCEIPL $4
-
- 0x25482AC4: 9243001C stw r18,28(r3)
- 56: GETL R18, t40
- 57: GETL R3, t42
- 58: ADDL $0x1C, t42
- 59: STL t40, (t42)
- 60: INCEIPL $4
-
- 0x25482AC8: DA430078 stfd f18,120(r3)
- 61: GETL R3, t44
- 62: ADDL $0x78, t44
- 63: FPU_WQ 0x0:0x12, (t44)
- 64: INCEIPL $4
-
- 0x25482ACC: 92630020 stw r19,32(r3)
- 65: GETL R19, t46
- 66: GETL R3, t48
- 67: ADDL $0x20, t48
- 68: STL t46, (t48)
- 69: INCEIPL $4
-
- 0x25482AD0: DA630080 stfd f19,128(r3)
- 70: GETL R3, t50
- 71: ADDL $0x80, t50
- 72: FPU_WQ 0x0:0x13, (t50)
- 73: INCEIPL $4
-
- 0x25482AD4: 92830024 stw r20,36(r3)
- 74: GETL R20, t52
- 75: GETL R3, t54
- 76: ADDL $0x24, t54
- 77: STL t52, (t54)
- 78: INCEIPL $4
-
- 0x25482AD8: DA830088 stfd f20,136(r3)
- 79: GETL R3, t56
- 80: ADDL $0x88, t56
- 81: FPU_WQ 0x0:0x14, (t56)
- 82: INCEIPL $4
-
- 0x25482ADC: 92A30028 stw r21,40(r3)
- 83: GETL R21, t58
- 84: GETL R3, t60
- 85: ADDL $0x28, t60
- 86: STL t58, (t60)
- 87: INCEIPL $4
-
- 0x25482AE0: DAA30090 stfd f21,144(r3)
- 88: GETL R3, t62
- 89: ADDL $0x90, t62
- 90: FPU_WQ 0x0:0x15, (t62)
- 91: INCEIPL $4
-
- 0x25482AE4: 92C3002C stw r22,44(r3)
- 92: GETL R22, t64
- 93: GETL R3, t66
- 94: ADDL $0x2C, t66
- 95: STL t64, (t66)
- 96: INCEIPL $4
-
- 0x25482AE8: DAC30098 stfd f22,152(r3)
- 97: GETL R3, t68
- 98: ADDL $0x98, t68
- 99: FPU_WQ 0x0:0x16, (t68)
- 100: INCEIPL $4
-
- 0x25482AEC: 92E30030 stw r23,48(r3)
- 101: GETL R23, t70
- 102: GETL R3, t72
- 103: ADDL $0x30, t72
- 104: STL t70, (t72)
- 105: INCEIPL $4
-
- 0x25482AF0: DAE300A0 stfd f23,160(r3)
- 106: GETL R3, t74
- 107: ADDL $0xA0, t74
- 108: FPU_WQ 0x0:0x17, (t74)
- 109: INCEIPL $4
-
- 0x25482AF4: 93030034 stw r24,52(r3)
- 110: GETL R24, t76
- 111: GETL R3, t78
- 112: ADDL $0x34, t78
- 113: STL t76, (t78)
- 114: INCEIPL $4
-
- 0x25482AF8: DB0300A8 stfd f24,168(r3)
- 115: GETL R3, t80
- 116: ADDL $0xA8, t80
- 117: FPU_WQ 0x0:0x18, (t80)
- 118: INCEIPL $4
-
- 0x25482AFC: 93230038 stw r25,56(r3)
- 119: GETL R25, t82
- 120: GETL R3, t84
- 121: ADDL $0x38, t84
- 122: STL t82, (t84)
- 123: INCEIPL $4
-
- 0x25482B00: DB2300B0 stfd f25,176(r3)
- 124: GETL R3, t86
- 125: ADDL $0xB0, t86
- 126: FPU_WQ 0x0:0x19, (t86)
- 127: INCEIPL $4
-
- 0x25482B04: 9343003C stw r26,60(r3)
- 128: GETL R26, t88
- 129: GETL R3, t90
- 130: ADDL $0x3C, t90
- 131: STL t88, (t90)
- 132: INCEIPL $4
-
- 0x25482B08: DB4300B8 stfd f26,184(r3)
- 133: GETL R3, t92
- 134: ADDL $0xB8, t92
- 135: FPU_WQ 0x0:0x1A, (t92)
- 136: INCEIPL $4
-
- 0x25482B0C: 93630040 stw r27,64(r3)
- 137: GETL R27, t94
- 138: GETL R3, t96
- 139: ADDL $0x40, t96
- 140: STL t94, (t96)
- 141: INCEIPL $4
-
- 0x25482B10: DB6300C0 stfd f27,192(r3)
- 142: GETL R3, t98
- 143: ADDL $0xC0, t98
- 144: FPU_WQ 0x0:0x1B, (t98)
- 145: INCEIPL $4
-
- 0x25482B14: 93830044 stw r28,68(r3)
- 146: GETL R28, t100
- 147: GETL R3, t102
- 148: ADDL $0x44, t102
- 149: STL t100, (t102)
- 150: INCEIPL $4
-
- 0x25482B18: DB8300C8 stfd f28,200(r3)
- 151: GETL R3, t104
- 152: ADDL $0xC8, t104
- 153: FPU_WQ 0x0:0x1C, (t104)
- 154: INCEIPL $4
-
- 0x25482B1C: 93A30048 stw r29,72(r3)
- 155: GETL R29, t106
- 156: GETL R3, t108
- 157: ADDL $0x48, t108
- 158: STL t106, (t108)
- 159: INCEIPL $4
-
- 0x25482B20: DBA300D0 stfd f29,208(r3)
- 160: GETL R3, t110
- 161: ADDL $0xD0, t110
- 162: FPU_WQ 0x0:0x1D, (t110)
- 163: INCEIPL $4
-
- 0x25482B24: 93C3004C stw r30,76(r3)
- 164: GETL R30, t112
- 165: GETL R3, t114
- 166: ADDL $0x4C, t114
- 167: STL t112, (t114)
- 168: INCEIPL $4
-
- 0x25482B28: DBC300D8 stfd f30,216(r3)
- 169: GETL R3, t116
- 170: ADDL $0xD8, t116
- 171: FPU_WQ 0x0:0x1E, (t116)
- 172: INCEIPL $4
-
- 0x25482B2C: 93E30050 stw r31,80(r3)
- 173: GETL R31, t118
- 174: GETL R3, t120
- 175: ADDL $0x50, t120
- 176: STL t118, (t120)
- 177: INCEIPL $4
-
- 0x25482B30: DBE300E0 stfd f31,224(r3)
- 178: GETL R3, t122
- 179: ADDL $0xE0, t122
- 180: FPU_WQ 0x0:0x1F, (t122)
- 181: INCEIPL $4
-
- 0x25482B34: 7CC802A6 mflr r6
- 182: GETL LR, t124
- 183: PUTL t124, R6
- 184: INCEIPL $4
-
- 0x25482B38: 480144C9 bl 0x25497000
- 185: MOVL $0x25482B3C, t126
- 186: PUTL t126, LR
- 187: JMPo-c $0x25497000 ($4)
-
-
-
-. 637 25482A90 172
-. 90 23 00 00 7C 08 02 A6 91 C3 00 0C D9 C3 00 58 90 03 00 08 91 E3 00 10 D9 E3 00 60 7C 00 00 26 92 03 00 14 DA 03 00 68 90 03 00 54 92 23 00 18 DA 23 00 70 92 43 00 1C DA 43 00 78 92 63 00 20 DA 63 00 80 92 83 00 24 DA 83 00 88 92 A3 00 28 DA A3 00 90 92 C3 00 2C DA C3 00 98 92 E3 00 30 DA E3 00 A0 93 03 00 34 DB 03 00 A8 93 23 00 38 DB 23 00 B0 93 43 00 3C DB 43 00 B8 93 63 00 40 DB 63 00 C0 93 83 00 44 DB 83 00 C8 93 A3 00 48 DB A3 00 D0 93 C3 00 4C DB C3 00 D8 93 E3 00 50 DB E3 00 E0 7C C8 02 A6 48 01 44 C9
-==== BB 638 (0x25482B3C) approx BBs exec'd 0 ====
-
- 0x25482B3C: 7CA802A6 mflr r5
- 0: GETL LR, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0x25482B40: 80A504E4 lwz r5,1252(r5)
- 3: GETL R5, t2
- 4: ADDL $0x4E4, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x25482B44: 7CC803A6 mtlr r6
- 8: GETL R6, t6
- 9: PUTL t6, LR
- 10: INCEIPL $4
-
- 0x25482B48: 80A5003C lwz r5,60(r5)
- 11: GETL R5, t8
- 12: ADDL $0x3C, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R5
- 15: INCEIPL $4
-
- 0x25482B4C: 74A51000 andis. r5,r5,0x1000
- 16: GETL R5, t12
- 17: ANDL $0x10000000, t12
- 18: PUTL t12, R5
- 19: CMP0L t12, t14 (-rSo)
- 20: ICRFL t14, $0x0, CR
- 21: INCEIPL $4
-
- 0x25482B50: 41820158 bc 12,2,0x25482CA8
- 22: Js02o $0x25482CA8
-
-
-
-. 638 25482B3C 24
-. 7C A8 02 A6 80 A5 04 E4 7C C8 03 A6 80 A5 00 3C 74 A5 10 00 41 82 01 58
-==== BB 639 (0x25482B54) approx BBs exec'd 0 ====
-
- 0x25482B54: 38A30100 addi r5,r3,256
- 0: GETL R3, t0
- 1: ADDL $0x100, t0
- 2: PUTL t0, R5
- 3: INCEIPL $4
-
- 0x25482B58: 70A6000F andi. r6,r5,0xF
- 4: GETL R5, t2
- 5: ANDL $0xF, t2
- 6: PUTL t2, R6
- 7: CMP0L t2, t4 (-rSo)
- 8: ICRFL t4, $0x0, CR
- 9: INCEIPL $4
-
- 0x25482B5C: 7C0042A6 10: VEC_TRL 2:0x0, t6
- 11: PUTL t6, R0
- 12: INCEIPL $4
-
- 0x25482B60: 900300F8 stw r0,248(r3)
- 13: GETL R0, t8
- 14: GETL R3, t10
- 15: ADDL $0xF8, t10
- 16: STL t8, (t10)
- 17: INCEIPL $4
-
- 0x25482B64: 38C50010 addi r6,r5,16
- 18: GETL R5, t12
- 19: ADDL $0x10, t12
- 20: PUTL t12, R6
- 21: INCEIPL $4
-
- 0x25482B68: 41A200E8 bc 13,2,0x25482C50
- 22: Js02o $0x25482C50
-
-
-
-. 639 25482B54 24
-. 38 A3 01 00 70 A6 00 0F 7C 00 42 A6 90 03 00 F8 38 C5 00 10 41 A2 00 E8
-==== BB 640 (0x25482C50) approx BBs exec'd 0 ====
-
- 0x25482C50: 7E8029CE stvx vr20,r0,r5
- 0: GETL R5, t0
- 1: ANDL $0xFFFFFFF0, t0
- 2: VEC_WQQ 0x0:0x14, (t0)
- 3: INCEIPL $4
-
- 0x25482C54: 38A50020 addi r5,r5,32
- 4: GETL R5, t2
- 5: ADDL $0x20, t2
- 6: PUTL t2, R5
- 7: INCEIPL $4
-
- 0x25482C58: 7EA031CE stvx vr21,r0,r6
- 8: GETL R6, t4
- 9: ANDL $0xFFFFFFF0, t4
- 10: VEC_WQQ 0x0:0x15, (t4)
- 11: INCEIPL $4
-
- 0x25482C5C: 38C60020 addi r6,r6,32
- 12: GETL R6, t6
- 13: ADDL $0x20, t6
- 14: PUTL t6, R6
- 15: INCEIPL $4
-
- 0x25482C60: 7EC029CE stvx vr22,r0,r5
- 16: GETL R5, t8
- 17: ANDL $0xFFFFFFF0, t8
- 18: VEC_WQQ 0x0:0x16, (t8)
- 19: INCEIPL $4
-
- 0x25482C64: 38A50020 addi r5,r5,32
- 20: GETL R5, t10
- 21: ADDL $0x20, t10
- 22: PUTL t10, R5
- 23: INCEIPL $4
-
- 0x25482C68: 7EE031CE stvx vr23,r0,r6
- 24: GETL R6, t12
- 25: ANDL $0xFFFFFFF0, t12
- 26: VEC_WQQ 0x0:0x17, (t12)
- 27: INCEIPL $4
-
- 0x25482C6C: 38C60020 addi r6,r6,32
- 28: GETL R6, t14
- 29: ADDL $0x20, t14
- 30: PUTL t14, R6
- 31: INCEIPL $4
-
- 0x25482C70: 7F0029CE stvx vr24,r0,r5
- 32: GETL R5, t16
- 33: ANDL $0xFFFFFFF0, t16
- 34: VEC_WQQ 0x0:0x18, (t16)
- 35: INCEIPL $4
-
- 0x25482C74: 38A50020 addi r5,r5,32
- 36: GETL R5, t18
- 37: ADDL $0x20, t18
- 38: PUTL t18, R5
- 39: INCEIPL $4
-
- 0x25482C78: 7F2031CE stvx vr25,r0,r6
- 40: GETL R6, t20
- 41: ANDL $0xFFFFFFF0, t20
- 42: VEC_WQQ 0x0:0x19, (t20)
- 43: INCEIPL $4
-
- 0x25482C7C: 38C60020 addi r6,r6,32
- 44: GETL R6, t22
- 45: ADDL $0x20, t22
- 46: PUTL t22, R6
- 47: INCEIPL $4
-
- 0x25482C80: 7F4029CE stvx vr26,r0,r5
- 48: GETL R5, t24
- 49: ANDL $0xFFFFFFF0, t24
- 50: VEC_WQQ 0x0:0x1A, (t24)
- 51: INCEIPL $4
-
- 0x25482C84: 38A50020 addi r5,r5,32
- 52: GETL R5, t26
- 53: ADDL $0x20, t26
- 54: PUTL t26, R5
- 55: INCEIPL $4
-
- 0x25482C88: 7F6031CE stvx vr27,r0,r6
- 56: GETL R6, t28
- 57: ANDL $0xFFFFFFF0, t28
- 58: VEC_WQQ 0x0:0x1B, (t28)
- 59: INCEIPL $4
-
- 0x25482C8C: 38C60020 addi r6,r6,32
- 60: GETL R6, t30
- 61: ADDL $0x20, t30
- 62: PUTL t30, R6
- 63: INCEIPL $4
-
- 0x25482C90: 7F8029CE stvx vr28,r0,r5
- 64: GETL R5, t32
- 65: ANDL $0xFFFFFFF0, t32
- 66: VEC_WQQ 0x0:0x1C, (t32)
- 67: INCEIPL $4
-
- 0x25482C94: 38A50020 addi r5,r5,32
- 68: GETL R5, t34
- 69: ADDL $0x20, t34
- 70: PUTL t34, R5
- 71: INCEIPL $4
-
- 0x25482C98: 7FA031CE stvx vr29,r0,r6
- 72: GETL R6, t36
- 73: ANDL $0xFFFFFFF0, t36
- 74: VEC_WQQ 0x0:0x1D, (t36)
- 75: INCEIPL $4
-
- 0x25482C9C: 38C60020 addi r6,r6,32
- 76: GETL R6, t38
- 77: ADDL $0x20, t38
- 78: PUTL t38, R6
- 79: INCEIPL $4
-
- 0x25482CA0: 7FC029CE stvx vr30,r0,r5
- 80: GETL R5, t40
- 81: ANDL $0xFFFFFFF0, t40
- 82: VEC_WQQ 0x0:0x1E, (t40)
- 83: INCEIPL $4
-
- 0x25482CA4: 7FE031CE stvx vr31,r0,r6
- 84: GETL R6, t42
- 85: ANDL $0xFFFFFFF0, t42
- 86: VEC_WQQ 0x0:0x1F, (t42)
- 87: INCEIPL $4
-
- 0x25482CA8: 4BFFD2F0 b 0x2547FF98
- 88: JMPo $0x2547FF98 ($4)
-
-
-
-. 640 25482C50 92
-. 7E 80 29 CE 38 A5 00 20 7E A0 31 CE 38 C6 00 20 7E C0 29 CE 38 A5 00 20 7E E0 31 CE 38 C6 00 20 7F 00 29 CE 38 A5 00 20 7F 20 31 CE 38 C6 00 20 7F 40 29 CE 38 A5 00 20 7F 60 31 CE 38 C6 00 20 7F 80 29 CE 38 A5 00 20 7F A0 31 CE 38 C6 00 20 7F C0 29 CE 7F E0 31 CE 4B FF D2 F0
-==== BB 641 __sigjmp_save(0x2547FF98) approx BBs exec'd 0 ====
-
- 0x2547FF98: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547FF9C: 38000000 li r0,0
- 6: MOVL $0x0, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x2547FFA0: 900301C0 stw r0,448(r3)
- 9: GETL R0, t6
- 10: GETL R3, t8
- 11: ADDL $0x1C0, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x2547FFA4: 38210010 addi r1,r1,16
- 14: GETL R1, t10
- 15: ADDL $0x10, t10
- 16: PUTL t10, R1
- 17: INCEIPL $4
-
- 0x2547FFA8: 38600000 li r3,0
- 18: MOVL $0x0, t12
- 19: PUTL t12, R3
- 20: INCEIPL $4
-
- 0x2547FFAC: 4E800020 blr
- 21: GETL LR, t14
- 22: JMPo-r t14 ($4)
-
-
-
-. 641 2547FF98 24
-. 94 21 FF F0 38 00 00 00 90 03 01 C0 38 21 00 10 38 60 00 00 4E 80 00 20
-==== BB 642 (0x2547B5F8) approx BBs exec'd 0 ====
-
- 0x2547B5F8: 7C7F1B79 or. r31,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R31
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x2547B5FC: 8061027C lwz r3,636(r1)
- 5: GETL R1, t4
- 6: ADDL $0x27C, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0x2547B600: 7FEAFB78 or r10,r31,r31
- 10: GETL R31, t8
- 11: PUTL t8, R10
- 12: INCEIPL $4
-
- 0x2547B604: 2F9FFFFF cmpi cr7,r31,-1
- 13: GETL R31, t10
- 14: MOVL $0xFFFFFFFF, t14
- 15: CMPL t10, t14, t12 (-rSo)
- 16: ICRFL t12, $0x7, CR
- 17: INCEIPL $4
-
- 0x2547B608: 40820054 bc 4,2,0x2547B65C
- 18: Jc02o $0x2547B65C
-
-
-
-. 642 2547B5F8 20
-. 7C 7F 1B 79 80 61 02 7C 7F EA FB 78 2F 9F FF FF 40 82 00 54
-==== BB 643 (0x2547B60C) approx BBs exec'd 0 ====
-
- 0x2547B60C: 81210280 lwz r9,640(r1)
- 0: GETL R1, t0
- 1: ADDL $0x280, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x2547B610: 38010010 addi r0,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x2547B614: 81810278 lwz r12,632(r1)
- 9: GETL R1, t6
- 10: ADDL $0x278, t6
- 11: LDL (t6), t8
- 12: PUTL t8, R12
- 13: INCEIPL $4
-
- 0x2547B618: 90090000 stw r0,0(r9)
- 14: GETL R0, t10
- 15: GETL R9, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x2547B61C: 7D8903A6 mtctr r12
- 18: GETL R12, t14
- 19: PUTL t14, CTR
- 20: INCEIPL $4
-
- 0x2547B620: 4E800421 bctrl
- 21: MOVL $0x2547B624, t16
- 22: PUTL t16, LR
- 23: GETL CTR, t18
- 24: JMPo-c t18 ($4)
-
-
-
-. 643 2547B60C 24
-. 81 21 02 80 38 01 00 10 81 81 02 78 90 09 00 00 7D 89 03 A6 4E 80 04 21
-==== BB 644 openaux(0x2547A0BC) approx BBs exec'd 0 ====
-
- 0x2547A0BC: 7C8802A6 mflr r4
- 0: GETL LR, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0x2547A0C0: 9421FFF0 stwu r1,-16(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFF0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0x2547A0C4: 93E10008 stw r31,8(r1)
- 9: GETL R31, t6
- 10: GETL R1, t8
- 11: ADDL $0x8, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x2547A0C8: 7C7F1B78 or r31,r3,r3
- 14: GETL R3, t10
- 15: PUTL t10, R31
- 16: INCEIPL $4
-
- 0x2547A0CC: 38A00000 li r5,0
- 17: MOVL $0x0, t12
- 18: PUTL t12, R5
- 19: INCEIPL $4
-
- 0x2547A0D0: 90810014 stw r4,20(r1)
- 20: GETL R4, t14
- 21: GETL R1, t16
- 22: ADDL $0x14, t16
- 23: STL t14, (t16)
- 24: INCEIPL $4
-
- 0x2547A0D4: 80630000 lwz r3,0(r3)
- 25: GETL R3, t18
- 26: LDL (t18), t20
- 27: PUTL t20, R3
- 28: INCEIPL $4
-
- 0x2547A0D8: 809F0010 lwz r4,16(r31)
- 29: GETL R31, t22
- 30: ADDL $0x10, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R4
- 33: INCEIPL $4
-
- 0x2547A0DC: 80030180 lwz r0,384(r3)
- 34: GETL R3, t26
- 35: ADDL $0x180, t26
- 36: LDL (t26), t28
- 37: PUTL t28, R0
- 38: INCEIPL $4
-
- 0x2547A0E0: 7409C000 andis. r9,r0,0xC000
- 39: GETL R0, t30
- 40: ANDL $0xC0000000, t30
- 41: PUTL t30, R9
- 42: CMP0L t30, t32 (-rSo)
- 43: ICRFL t32, $0x0, CR
- 44: INCEIPL $4
-
- 0x2547A0E4: 540617BE rlwinm r6,r0,2,30,31
- 45: GETL R0, t34
- 46: SHRL $0x1E, t34
- 47: PUTL t34, R6
- 48: INCEIPL $4
-
- 0x2547A0E8: 40820008 bc 4,2,0x2547A0F0
- 49: Jc02o $0x2547A0F0
-
-
-
-. 644 2547A0BC 48
-. 7C 88 02 A6 94 21 FF F0 93 E1 00 08 7C 7F 1B 78 38 A0 00 00 90 81 00 14 80 63 00 00 80 9F 00 10 80 03 01 80 74 09 C0 00 54 06 17 BE 40 82 00 08
-==== BB 645 (0x2547A0EC) approx BBs exec'd 0 ====
-
- 0x2547A0EC: 38C00001 li r6,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R6
- 2: INCEIPL $4
-
- 0x2547A0F0: 80FF0004 lwz r7,4(r31)
- 3: GETL R31, t2
- 4: ADDL $0x4, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R7
- 7: INCEIPL $4
-
- 0x2547A0F4: 811F0008 lwz r8,8(r31)
- 8: GETL R31, t6
- 9: ADDL $0x8, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R8
- 12: INCEIPL $4
-
- 0x2547A0F8: 81230018 lwz r9,24(r3)
- 13: GETL R3, t10
- 14: ADDL $0x18, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R9
- 17: INCEIPL $4
-
- 0x2547A0FC: 4BFFCBED bl 0x25476CE8
- 18: MOVL $0x2547A100, t14
- 19: PUTL t14, LR
- 20: JMPo-c $0x25476CE8 ($4)
-
-
-
-. 645 2547A0EC 20
-. 38 C0 00 01 80 FF 00 04 81 1F 00 08 81 23 00 18 4B FF CB ED
-==== BB 646 (0x25482FA8) approx BBs exec'd 0 ====
-
- 0x25482FA8: 8CA30001 lbzu r5,1(r3)
- 0: GETL R3, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R3
- 3: LDB (t0), t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0x25482FAC: 8CC40001 lbzu r6,1(r4)
- 6: GETL R4, t4
- 7: ADDL $0x1, t4
- 8: PUTL t4, R4
- 9: LDB (t4), t6
- 10: PUTL t6, R6
- 11: INCEIPL $4
-
- 0x25482FB0: 2C850000 cmpi cr1,r5,0
- 12: GETL R5, t8
- 13: CMP0L t8, t10 (-rSo)
- 14: ICRFL t10, $0x1, CR
- 15: INCEIPL $4
-
- 0x25482FB4: 7C053000 cmp cr0,r5,r6
- 16: GETL R5, t12
- 17: GETL R6, t14
- 18: CMPL t12, t14, t16 (-rSo)
- 19: ICRFL t16, $0x0, CR
- 20: INCEIPL $4
-
- 0x25482FB8: 4086FFD4 bc 4,6,0x25482F8C
- 21: Jc06o $0x25482F8C
-
-
-
-. 646 25482FA8 20
-. 8C A3 00 01 8C C4 00 01 2C 85 00 00 7C 05 30 00 40 86 FF D4
-==== BB 647 (0x25482F8C) approx BBs exec'd 0 ====
-
- 0x25482F8C: 8CA30001 lbzu r5,1(r3)
- 0: GETL R3, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R3
- 3: LDB (t0), t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0x25482F90: 40820034 bc 4,2,0x25482FC4
- 6: Jc02o $0x25482FC4
-
-
-
-. 647 25482F8C 8
-. 8C A3 00 01 40 82 00 34
-==== BB 648 (0x25482FC4) approx BBs exec'd 0 ====
-
- 0x25482FC4: 88A3FFFF lbz r5,-1(r3)
- 0: GETL R3, t0
- 1: ADDL $0xFFFFFFFF, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x25482FC8: 7C662850 subf r3,r6,r5
- 5: GETL R6, t4
- 6: GETL R5, t6
- 7: SUBL t4, t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0x25482FCC: 4E800020 blr
- 10: GETL LR, t8
- 11: JMPo-r t8 ($4)
-
-
-
-. 648 25482FC4 12
-. 88 A3 FF FF 7C 66 28 50 4E 80 00 20
-==== BB 649 (0x2547706C) approx BBs exec'd 0 ====
-
- 0x2547706C: 7FE3FB78 or r3,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25477070: 4800BF61 bl 0x25482FD0
- 3: MOVL $0x25477074, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0x25482FD0 ($4)
-
-
-
-. 649 2547706C 8
-. 7F E3 FB 78 48 00 BF 61
-==== BB 650 (0x25477074) approx BBs exec'd 0 ====
-
- 0x25477074: 83540000 lwz r26,0(r20)
- 0: GETL R20, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R26
- 3: INCEIPL $4
-
- 0x25477078: 3AC30001 addi r22,r3,1
- 4: GETL R3, t4
- 5: ADDL $0x1, t4
- 6: PUTL t4, R22
- 7: INCEIPL $4
-
- 0x2547707C: 73490001 andi. r9,r26,0x1
- 8: GETL R26, t6
- 9: ANDL $0x1, t6
- 10: PUTL t6, R9
- 11: CMP0L t6, t8 (-rSo)
- 12: ICRFL t8, $0x0, CR
- 13: INCEIPL $4
-
- 0x25477080: 408203C4 bc 4,2,0x25477444
- 14: Jc02o $0x25477444
-
-
-
-. 650 25477074 16
-. 83 54 00 00 3A C3 00 01 73 49 00 01 40 82 03 C4
-==== BB 651 (0x25477084) approx BBs exec'd 0 ====
-
- 0x25477084: 3B40FFFF li r26,-1
- 0: MOVL $0xFFFFFFFF, t0
- 1: PUTL t0, R26
- 2: INCEIPL $4
-
- 0x25477088: 418E0020 bc 12,14,0x254770A8
- 3: Js14o $0x254770A8
-
-
-
-. 651 25477084 8
-. 3B 40 FF FF 41 8E 00 20
-==== BB 652 (0x2547708C) approx BBs exec'd 0 ====
-
- 0x2547708C: 839B0094 lwz r28,148(r27)
- 0: GETL R27, t0
- 1: ADDL $0x94, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0x25477090: 7F6CFE70 srawi r12,r27,31
- 5: GETL R27, t4
- 6: SARL $0x1F, t4 (-wCa)
- 7: PUTL t4, R12
- 8: INCEIPL $4
-
- 0x25477094: 7D9DDA78 xor r29,r12,r27
- 9: GETL R12, t6
- 10: GETL R27, t8
- 11: XORL t6, t8
- 12: PUTL t8, R29
- 13: INCEIPL $4
-
- 0x25477098: 2E1AFFFF cmpi cr4,r26,-1
- 14: GETL R26, t10
- 15: MOVL $0xFFFFFFFF, t14
- 16: CMPL t10, t14, t12 (-rSo)
- 17: ICRFL t12, $0x4, CR
- 18: INCEIPL $4
-
- 0x2547709C: 2F9C0000 cmpi cr7,r28,0
- 19: GETL R28, t16
- 20: CMP0L t16, t18 (-rSo)
- 21: ICRFL t18, $0x7, CR
- 22: INCEIPL $4
-
- 0x254770A0: 7DCCE850 subf r14,r12,r29
- 23: GETL R12, t20
- 24: GETL R29, t22
- 25: SUBL t20, t22
- 26: PUTL t22, R14
- 27: INCEIPL $4
-
- 0x254770A4: 409E016C bc 4,30,0x25477210
- 28: Jc30o $0x25477210
-
-
-
-. 652 2547708C 28
-. 83 9B 00 94 7F 6C FE 70 7D 9D DA 78 2E 1A FF FF 2F 9C 00 00 7D CC E8 50 40 9E 01 6C
-==== BB 653 (0x254770A8) approx BBs exec'd 0 ====
-
- 0x254770A8: 2C9B0000 cmpi cr1,r27,0
- 0: GETL R27, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0x254770AC: 7F65FE70 srawi r5,r27,31
- 4: GETL R27, t4
- 5: SARL $0x1F, t4 (-wCa)
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x254770B0: 7CA0DA78 xor r0,r5,r27
- 8: GETL R5, t6
- 9: GETL R27, t8
- 10: XORL t6, t8
- 11: PUTL t8, R0
- 12: INCEIPL $4
-
- 0x254770B4: 7F7DDB78 or r29,r27,r27
- 13: GETL R27, t10
- 14: PUTL t10, R29
- 15: INCEIPL $4
-
- 0x254770B8: 7DC50050 subf r14,r5,r0
- 16: GETL R5, t12
- 17: GETL R0, t14
- 18: SUBL t12, t14
- 19: PUTL t14, R14
- 20: INCEIPL $4
-
- 0x254770BC: 41860370 bc 12,6,0x2547742C
- 21: Js06o $0x2547742C
-
-
-
-. 653 254770A8 24
-. 2C 9B 00 00 7F 65 FE 70 7C A0 DA 78 7F 7D DB 78 7D C5 00 50 41 86 03 70
-==== BB 654 (0x254770C0) approx BBs exec'd 0 ====
-
- 0x254770C0: 825E019C lwz r18,412(r30)
- 0: GETL R30, t0
- 1: ADDL $0x19C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R18
- 4: INCEIPL $4
-
- 0x254770C4: 39E0FFFF li r15,-1
- 5: MOVL $0xFFFFFFFF, t4
- 6: PUTL t4, R15
- 7: INCEIPL $4
-
- 0x254770C8: 48000024 b 0x254770EC
- 8: JMPo $0x254770EC ($4)
-
-
-
-. 654 254770C0 12
-. 82 5E 01 9C 39 E0 FF FF 48 00 00 24
-==== BB 655 (0x254770EC) approx BBs exec'd 0 ====
-
- 0x254770EC: 807D018C lwz r3,396(r29)
- 0: GETL R29, t0
- 1: ADDL $0x18C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x254770F0: 3B9D018C addi r28,r29,396
- 5: GETL R29, t4
- 6: ADDL $0x18C, t4
- 7: PUTL t4, R28
- 8: INCEIPL $4
-
- 0x254770F4: 38000000 li r0,0
- 9: MOVL $0x0, t6
- 10: PUTL t6, R0
- 11: INCEIPL $4
-
- 0x254770F8: 2E03FFFF cmpi cr4,r3,-1
- 12: GETL R3, t8
- 13: MOVL $0xFFFFFFFF, t12
- 14: CMPL t8, t12, t10 (-rSo)
- 15: ICRFL t10, $0x4, CR
- 16: INCEIPL $4
-
- 0x254770FC: 2F030000 cmpi cr6,r3,0
- 17: GETL R3, t14
- 18: CMP0L t14, t16 (-rSo)
- 19: ICRFL t16, $0x6, CR
- 20: INCEIPL $4
-
- 0x25477100: 4192002C bc 12,18,0x2547712C
- 21: Js18o $0x2547712C
-
-
-
-. 655 254770EC 24
-. 80 7D 01 8C 3B 9D 01 8C 38 00 00 00 2E 03 FF FF 2F 03 00 00 41 92 00 2C
-==== BB 656 (0x2547712C) approx BBs exec'd 0 ====
-
- 0x2547712C: 2C000000 cmpi cr0,r0,0
- 0: GETL R0, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0x25477130: 7F86E378 or r6,r28,r28
- 4: GETL R28, t4
- 5: PUTL t4, R6
- 6: INCEIPL $4
-
- 0x25477134: 7FE3FB78 or r3,r31,r31
- 7: GETL R31, t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0x25477138: 7EC4B378 or r4,r22,r22
- 10: GETL R22, t8
- 11: PUTL t8, R4
- 12: INCEIPL $4
-
- 0x2547713C: 7EE5BB78 or r5,r23,r23
- 13: GETL R23, t10
- 14: PUTL t10, R5
- 15: INCEIPL $4
-
- 0x25477140: 38E10228 addi r7,r1,552
- 16: GETL R1, t12
- 17: ADDL $0x228, t12
- 18: PUTL t12, R7
- 19: INCEIPL $4
-
- 0x25477144: 39010018 addi r8,r1,24
- 20: GETL R1, t14
- 21: ADDL $0x18, t14
- 22: PUTL t14, R8
- 23: INCEIPL $4
-
- 0x25477148: 4182FF84 bc 12,2,0x254770CC
- 24: Js02o $0x254770CC
-
-
-
-. 656 2547712C 32
-. 2C 00 00 00 7F 86 E3 78 7F E3 FB 78 7E C4 B3 78 7E E5 BB 78 38 E1 02 28 39 01 00 18 41 82 FF 84
-==== BB 657 (0x254770CC) approx BBs exec'd 0 ====
-
- 0x254770CC: 2E1AFFFF cmpi cr4,r26,-1
- 0: GETL R26, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x4, CR
- 4: INCEIPL $4
-
- 0x254770D0: 83BD0168 lwz r29,360(r29)
- 5: GETL R29, t6
- 6: ADDL $0x168, t6
- 7: LDL (t6), t8
- 8: PUTL t8, R29
- 9: INCEIPL $4
-
- 0x254770D4: 313DFFFF addic r9,r29,-1
- 10: GETL R29, t10
- 11: ADCL $0xFFFFFFFF, t10 (-wCa)
- 12: PUTL t10, R9
- 13: INCEIPL $4
-
- 0x254770D8: 7CC9E910 subfe r6,r9,r29
- 14: GETL R9, t12
- 15: GETL R29, t14
- 16: SBBL t12, t14 (-rCa-wCa)
- 17: PUTL t14, R6
- 18: INCEIPL $4
-
- 0x254770DC: 7D200026 mfcr r9
- 19: GETL CR, t16
- 20: PUTL t16, R9
- 21: INCEIPL $4
-
- 0x254770E0: 55299FFE rlwinm r9,r9,19,31,31
- 22: GETL R9, t18
- 23: ROLL $0x13, t18
- 24: ANDL $0x1, t18
- 25: PUTL t18, R9
- 26: INCEIPL $4
-
- 0x254770E4: 7D2B3039 and. r11,r9,r6
- 27: GETL R9, t20
- 28: GETL R6, t22
- 29: ANDL t20, t22
- 30: PUTL t22, R11
- 31: CMP0L t22, t24 (-rSo)
- 32: ICRFL t24, $0x0, CR
- 33: INCEIPL $4
-
- 0x254770E8: 418200B0 bc 12,2,0x25477198
- 34: Js02o $0x25477198
-
-
-
-. 657 254770CC 32
-. 2E 1A FF FF 83 BD 01 68 31 3D FF FF 7C C9 E9 10 7D 20 00 26 55 29 9F FE 7D 2B 30 39 41 82 00 B0
-==== BB 658 (0x25477198) approx BBs exec'd 0 ====
-
- 0x25477198: 409200A8 bc 4,18,0x25477240
- 0: Jc18o $0x25477240
-
-
-
-. 658 25477198 4
-. 40 92 00 A8
-==== BB 659 (0x2547719C) approx BBs exec'd 0 ====
-
- 0x2547719C: 80B50000 lwz r5,0(r21)
- 0: GETL R21, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R5
- 3: INCEIPL $4
-
- 0x254771A0: 2F850000 cmpi cr7,r5,0
- 4: GETL R5, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x7, CR
- 7: INCEIPL $4
-
- 0x254771A4: 419E0068 bc 12,30,0x2547720C
- 8: Js30o $0x2547720C
-
-
-
-. 659 2547719C 12
-. 80 B5 00 00 2F 85 00 00 41 9E 00 68
-==== BB 660 (0x254771A8) approx BBs exec'd 0 ====
-
- 0x254771A8: 83A50180 lwz r29,384(r5)
- 0: GETL R5, t0
- 1: ADDL $0x180, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0x254771AC: 7CAADA78 xor r10,r5,r27
- 5: GETL R5, t4
- 6: GETL R27, t6
- 7: XORL t4, t6
- 8: PUTL t6, R10
- 9: INCEIPL $4
-
- 0x254771B0: 300AFFFF addic r0,r10,-1
- 10: GETL R10, t8
- 11: ADCL $0xFFFFFFFF, t8 (-wCa)
- 12: PUTL t8, R0
- 13: INCEIPL $4
-
- 0x254771B4: 7D005110 subfe r8,r0,r10
- 14: GETL R0, t10
- 15: GETL R10, t12
- 16: SBBL t10, t12 (-rCa-wCa)
- 17: PUTL t12, R8
- 18: INCEIPL $4
-
- 0x254771B8: 57BC0002 rlwinm r28,r29,0,0,1
- 19: GETL R29, t14
- 20: ANDL $0xC0000000, t14
- 21: PUTL t14, R28
- 22: INCEIPL $4
-
- 0x254771BC: 6F928000 xoris r18,r28,0x8000
- 23: GETL R28, t16
- 24: XORL $0x80000000, t16
- 25: PUTL t16, R18
- 26: INCEIPL $4
-
- 0x254771C0: 3132FFFF addic r9,r18,-1
- 27: GETL R18, t18
- 28: ADCL $0xFFFFFFFF, t18 (-wCa)
- 29: PUTL t18, R9
- 30: INCEIPL $4
-
- 0x254771C4: 7DE99110 subfe r15,r9,r18
- 31: GETL R9, t20
- 32: GETL R18, t22
- 33: SBBL t20, t22 (-rCa-wCa)
- 34: PUTL t22, R15
- 35: INCEIPL $4
-
- 0x254771C8: 7DE04039 and. r0,r15,r8
- 36: GETL R15, t24
- 37: GETL R8, t26
- 38: ANDL t24, t26
- 39: PUTL t26, R0
- 40: CMP0L t26, t28 (-rSo)
- 41: ICRFL t28, $0x0, CR
- 42: INCEIPL $4
-
- 0x254771CC: 41820040 bc 12,2,0x2547720C
- 43: Js02o $0x2547720C
-
-
-
-. 660 254771A8 40
-. 83 A5 01 80 7C AA DA 78 30 0A FF FF 7D 00 51 10 57 BC 00 02 6F 92 80 00 31 32 FF FF 7D E9 91 10 7D E0 40 39 41 82 00 40
-==== BB 661 (0x2547720C) approx BBs exec'd 0 ====
-
- 0x2547720C: 40920034 bc 4,18,0x25477240
- 0: Jc18o $0x25477240
-
-
-
-. 661 2547720C 4
-. 40 92 00 34
-==== BB 662 (0x25477210) approx BBs exec'd 0 ====
-
- 0x25477210: 80DE0168 lwz r6,360(r30)
- 0: GETL R30, t0
- 1: ADDL $0x168, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x25477214: 80A60000 lwz r5,0(r6)
- 5: GETL R6, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R5
- 8: INCEIPL $4
-
- 0x25477218: 2C85FFFF cmpi cr1,r5,-1
- 9: GETL R5, t8
- 10: MOVL $0xFFFFFFFF, t12
- 11: CMPL t8, t12, t10 (-rSo)
- 12: ICRFL t10, $0x1, CR
- 13: INCEIPL $4
-
- 0x2547721C: 41860024 bc 12,6,0x25477240
- 14: Js06o $0x25477240
-
-
-
-. 662 25477210 16
-. 80 DE 01 68 80 A6 00 00 2C 85 FF FF 41 86 00 24
-==== BB 663 (0x25477220) approx BBs exec'd 0 ====
-
- 0x25477220: 7FE3FB78 or r3,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25477224: 7EC4B378 or r4,r22,r22
- 3: GETL R22, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0x25477228: 7EE5BB78 or r5,r23,r23
- 6: GETL R23, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x2547722C: 38E10228 addi r7,r1,552
- 9: GETL R1, t6
- 10: ADDL $0x228, t6
- 11: PUTL t6, R7
- 12: INCEIPL $4
-
- 0x25477230: 39010018 addi r8,r1,24
- 13: GETL R1, t8
- 14: ADDL $0x18, t8
- 15: PUTL t8, R8
- 16: INCEIPL $4
-
- 0x25477234: 4BFFF561 bl 0x25476794
- 17: MOVL $0x25477238, t10
- 18: PUTL t10, LR
- 19: JMPo-c $0x25476794 ($4)
-
-
-
-. 663 25477220 24
-. 7F E3 FB 78 7E C4 B3 78 7E E5 BB 78 38 E1 02 28 39 01 00 18 4B FF F5 61
-==== BB 664 open_path(0x25476794) approx BBs exec'd 0 ====
-
- 0x25476794: 9421FF00 stwu r1,-256(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFF00, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x25476798: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x2547679C: 48020865 bl 0x25497000
- 9: MOVL $0x254767A0, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-
-. 664 25476794 12
-. 94 21 FF 00 7C 08 02 A6 48 02 08 65
-==== BB 665 (0x254767A0) approx BBs exec'd 0 ====
-
- 0x254767A0: 93C100F8 stw r30,248(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0xF8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x254767A4: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x254767A8: 924100C8 stw r18,200(r1)
- 8: GETL R18, t6
- 9: GETL R1, t8
- 10: ADDL $0xC8, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x254767AC: 926100CC stw r19,204(r1)
- 13: GETL R19, t10
- 14: GETL R1, t12
- 15: ADDL $0xCC, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x254767B0: 7D200026 mfcr r9
- 18: GETL CR, t14
- 19: PUTL t14, R9
- 20: INCEIPL $4
-
- 0x254767B4: 90010104 stw r0,260(r1)
- 21: GETL R0, t16
- 22: GETL R1, t18
- 23: ADDL $0x104, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0x254767B8: 38000000 li r0,0
- 26: MOVL $0x0, t20
- 27: PUTL t20, R0
- 28: INCEIPL $4
-
- 0x254767BC: 825E015C lwz r18,348(r30)
- 29: GETL R30, t22
- 30: ADDL $0x15C, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R18
- 33: INCEIPL $4
-
- 0x254767C0: 827E0158 lwz r19,344(r30)
- 34: GETL R30, t26
- 35: ADDL $0x158, t26
- 36: LDL (t26), t28
- 37: PUTL t28, R19
- 38: INCEIPL $4
-
- 0x254767C4: 920100C0 stw r16,192(r1)
- 39: GETL R16, t30
- 40: GETL R1, t32
- 41: ADDL $0xC0, t32
- 42: STL t30, (t32)
- 43: INCEIPL $4
-
- 0x254767C8: 922100C4 stw r17,196(r1)
- 44: GETL R17, t34
- 45: GETL R1, t36
- 46: ADDL $0xC4, t36
- 47: STL t34, (t36)
- 48: INCEIPL $4
-
- 0x254767CC: 82130000 lwz r16,0(r19)
- 49: GETL R19, t38
- 50: LDL (t38), t40
- 51: PUTL t40, R16
- 52: INCEIPL $4
-
- 0x254767D0: 82320000 lwz r17,0(r18)
- 53: GETL R18, t42
- 54: LDL (t42), t44
- 55: PUTL t44, R17
- 56: INCEIPL $4
-
- 0x254767D4: 7D124378 or r18,r8,r8
- 57: GETL R8, t46
- 58: PUTL t46, R18
- 59: INCEIPL $4
-
- 0x254767D8: 91E100BC stw r15,188(r1)
- 60: GETL R15, t48
- 61: GETL R1, t50
- 62: ADDL $0xBC, t50
- 63: STL t48, (t50)
- 64: INCEIPL $4
-
- 0x254767DC: 7DF08A14 add r15,r16,r17
- 65: GETL R16, t52
- 66: GETL R17, t54
- 67: ADDL t52, t54
- 68: PUTL t54, R15
- 69: INCEIPL $4
-
- 0x254767E0: 91C100B8 stw r14,184(r1)
- 70: GETL R14, t56
- 71: GETL R1, t58
- 72: ADDL $0xB8, t58
- 73: STL t56, (t58)
- 74: INCEIPL $4
-
- 0x254767E4: 93E100FC stw r31,252(r1)
- 75: GETL R31, t60
- 76: GETL R1, t62
- 77: ADDL $0xFC, t62
- 78: STL t60, (t62)
- 79: INCEIPL $4
-
- 0x254767E8: 7DCF2214 add r14,r15,r4
- 80: GETL R15, t64
- 81: GETL R4, t66
- 82: ADDL t64, t66
- 83: PUTL t66, R14
- 84: INCEIPL $4
-
- 0x254767EC: 7C3F0B78 or r31,r1,r1
- 85: GETL R1, t68
- 86: PUTL t68, R31
- 87: INCEIPL $4
-
- 0x254767F0: 398E001E addi r12,r14,30
- 88: GETL R14, t70
- 89: ADDL $0x1E, t70
- 90: PUTL t70, R12
- 91: INCEIPL $4
-
- 0x254767F4: 90DF0084 stw r6,132(r31)
- 92: GETL R6, t72
- 93: GETL R31, t74
- 94: ADDL $0x84, t74
- 95: STL t72, (t74)
- 96: INCEIPL $4
-
- 0x254767F8: 558B0036 rlwinm r11,r12,0,0,27
- 97: GETL R12, t76
- 98: ANDL $0xFFFFFFF0, t76
- 99: PUTL t76, R11
- 100: INCEIPL $4
-
- 0x254767FC: 81410000 lwz r10,0(r1)
- 101: GETL R1, t78
- 102: LDL (t78), t80
- 103: PUTL t80, R10
- 104: INCEIPL $4
-
- 0x25476800: 7C711B78 or r17,r3,r3
- 105: GETL R3, t82
- 106: PUTL t82, R17
- 107: INCEIPL $4
-
- 0x25476804: 92A100D4 stw r21,212(r1)
- 108: GETL R21, t84
- 109: GETL R1, t86
- 110: ADDL $0xD4, t86
- 111: STL t84, (t86)
- 112: INCEIPL $4
-
- 0x25476808: 39E00000 li r15,0
- 113: MOVL $0x0, t88
- 114: PUTL t88, R15
- 115: INCEIPL $4
-
- 0x2547680C: 912100B4 stw r9,180(r1)
- 116: GETL R9, t90
- 117: GETL R1, t92
- 118: ADDL $0xB4, t92
- 119: STL t90, (t92)
- 120: INCEIPL $4
-
- 0x25476810: 7D2B00D0 neg r9,r11
- 121: GETL R11, t94
- 122: NEGL t94
- 123: PUTL t94, R9
- 124: INCEIPL $4
-
- 0x25476814: 82A60000 lwz r21,0(r6)
- 125: GETL R6, t96
- 126: LDL (t96), t98
- 127: PUTL t98, R21
- 128: INCEIPL $4
-
- 0x25476818: 92C100D8 stw r22,216(r1)
- 129: GETL R22, t100
- 130: GETL R1, t102
- 131: ADDL $0xD8, t102
- 132: STL t100, (t102)
- 133: INCEIPL $4
-
- 0x2547681C: 7C962378 or r22,r4,r4
- 134: GETL R4, t104
- 135: PUTL t104, R22
- 136: INCEIPL $4
-
- 0x25476820: 934100E8 stw r26,232(r1)
- 137: GETL R26, t106
- 138: GETL R1, t108
- 139: ADDL $0xE8, t108
- 140: STL t106, (t108)
- 141: INCEIPL $4
-
- 0x25476824: 3B40FFFF li r26,-1
- 142: MOVL $0xFFFFFFFF, t110
- 143: PUTL t110, R26
- 144: INCEIPL $4
-
- 0x25476828: 936100EC stw r27,236(r1)
- 145: GETL R27, t112
- 146: GETL R1, t114
- 147: ADDL $0xEC, t114
- 148: STL t112, (t114)
- 149: INCEIPL $4
-
- 0x2547682C: 2E1AFFFF cmpi cr4,r26,-1
- 150: GETL R26, t116
- 151: MOVL $0xFFFFFFFF, t120
- 152: CMPL t116, t120, t118 (-rSo)
- 153: ICRFL t118, $0x4, CR
- 154: INCEIPL $4
-
- 0x25476830: 93A100F4 stw r29,244(r1)
- 155: GETL R29, t122
- 156: GETL R1, t124
- 157: ADDL $0xF4, t124
- 158: STL t122, (t124)
- 159: INCEIPL $4
-
- 0x25476834: 928100D0 stw r20,208(r1)
- 160: GETL R20, t126
- 161: GETL R1, t128
- 162: ADDL $0xD0, t128
- 163: STL t126, (t128)
- 164: INCEIPL $4
-
- 0x25476838: 92E100DC stw r23,220(r1)
- 165: GETL R23, t130
- 166: GETL R1, t132
- 167: ADDL $0xDC, t132
- 168: STL t130, (t132)
- 169: INCEIPL $4
-
- 0x2547683C: 930100E0 stw r24,224(r1)
- 170: GETL R24, t134
- 171: GETL R1, t136
- 172: ADDL $0xE0, t136
- 173: STL t134, (t136)
- 174: INCEIPL $4
-
- 0x25476840: 932100E4 stw r25,228(r1)
- 175: GETL R25, t138
- 176: GETL R1, t140
- 177: ADDL $0xE4, t140
- 178: STL t138, (t140)
- 179: INCEIPL $4
-
- 0x25476844: 938100F0 stw r28,240(r1)
- 180: GETL R28, t142
- 181: GETL R1, t144
- 182: ADDL $0xF0, t144
- 183: STL t142, (t144)
- 184: INCEIPL $4
-
- 0x25476848: 7D41496E stwux r10,r1,r9
- 185: GETL R9, t146
- 186: GETL R1, t148
- 187: ADDL t148, t146
- 188: PUTL t146, R1
- 189: GETL R10, t150
- 190: STL t150, (t146)
- 191: INCEIPL $4
-
- 0x2547684C: 38810017 addi r4,r1,23
- 192: GETL R1, t152
- 193: ADDL $0x17, t152
- 194: PUTL t152, R4
- 195: INCEIPL $4
-
- 0x25476850: 83B50000 lwz r29,0(r21)
- 196: GETL R21, t154
- 197: LDL (t154), t156
- 198: PUTL t156, R29
- 199: INCEIPL $4
-
- 0x25476854: 81DE04F4 lwz r14,1268(r30)
- 200: GETL R30, t158
- 201: ADDL $0x4F4, t158
- 202: LDL (t158), t160
- 203: PUTL t160, R14
- 204: INCEIPL $4
-
- 0x25476858: 549B0036 rlwinm r27,r4,0,0,27
- 205: GETL R4, t162
- 206: ANDL $0xFFFFFFF0, t162
- 207: PUTL t162, R27
- 208: INCEIPL $4
-
- 0x2547685C: 90BF0080 stw r5,128(r31)
- 209: GETL R5, t164
- 210: GETL R31, t166
- 211: ADDL $0x80, t166
- 212: STL t164, (t166)
- 213: INCEIPL $4
-
- 0x25476860: 90FF0088 stw r7,136(r31)
- 214: GETL R7, t168
- 215: GETL R31, t170
- 216: ADDL $0x88, t170
- 217: STL t168, (t170)
- 218: INCEIPL $4
-
- 0x25476864: 901F008C stw r0,140(r31)
- 219: GETL R0, t172
- 220: GETL R31, t174
- 221: ADDL $0x8C, t174
- 222: STL t172, (t174)
- 223: INCEIPL $4
-
- 0x25476868: 806E0000 lwz r3,0(r14)
- 224: GETL R14, t176
- 225: LDL (t176), t178
- 226: PUTL t178, R3
- 227: INCEIPL $4
-
- 0x2547686C: 3A600000 li r19,0
- 228: MOVL $0x0, t180
- 229: PUTL t180, R19
- 230: INCEIPL $4
-
- 0x25476870: 3AE00000 li r23,0
- 231: MOVL $0x0, t182
- 232: PUTL t182, R23
- 233: INCEIPL $4
-
- 0x25476874: 70690001 andi. r9,r3,0x1
- 234: GETL R3, t184
- 235: ANDL $0x1, t184
- 236: PUTL t184, R9
- 237: CMP0L t184, t186 (-rSo)
- 238: ICRFL t186, $0x0, CR
- 239: INCEIPL $4
-
- 0x25476878: 4082025C bc 4,2,0x25476AD4
- 240: Jc02o $0x25476AD4
-
-
-
-. 665 254767A0 220
-. 93 C1 00 F8 7F C8 02 A6 92 41 00 C8 92 61 00 CC 7D 20 00 26 90 01 01 04 38 00 00 00 82 5E 01 5C 82 7E 01 58 92 01 00 C0 92 21 00 C4 82 13 00 00 82 32 00 00 7D 12 43 78 91 E1 00 BC 7D F0 8A 14 91 C1 00 B8 93 E1 00 FC 7D CF 22 14 7C 3F 0B 78 39 8E 00 1E 90 DF 00 84 55 8B 00 36 81 41 00 00 7C 71 1B 78 92 A1 00 D4 39 E0 00 00 91 21 00 B4 7D 2B 00 D0 82 A6 00 00 92 C1 00 D8 7C 96 23 78 93 41 00 E8 3B 40 FF FF 93 61 00 EC 2E 1A FF FF 93 A1 00 F4 92 81 00 D0 92 E1 00 DC 93 01 00 E0 93 21 00 E4 93 81 00 F0 7D 41 49 6E 38 81 00 17 83 B5 00 00 81 DE 04 F4 54 9B 00 36 90 BF 00 80 90 FF 00 88 90 1F 00 8C 80 6E 00 00 3A 60 00 00 3A E0 00 00 70 69 00 01 40 82 02 5C
-==== BB 666 (0x2547687C) approx BBs exec'd 0 ====
-
- 0x2547687C: 809D000C lwz r4,12(r29)
- 0: GETL R29, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x25476880: 7F63DB78 or r3,r27,r27
- 5: GETL R27, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x25476884: 80BD0010 lwz r5,16(r29)
- 8: GETL R29, t6
- 9: ADDL $0x10, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R5
- 12: INCEIPL $4
-
- 0x25476888: 3B800000 li r28,0
- 13: MOVL $0x0, t10
- 14: PUTL t10, R28
- 15: INCEIPL $4
-
- 0x2547688C: 4800D195 bl 0x25483A20
- 16: MOVL $0x25476890, t12
- 17: PUTL t12, LR
- 18: JMPo-c $0x25483A20 ($4)
-
-
-
-. 666 2547687C 20
-. 80 9D 00 0C 7F 63 DB 78 80 BD 00 10 3B 80 00 00 48 00 D1 95
-==== BB 667 (0x25476890) approx BBs exec'd 0 ====
-
- 0x25476890: 7C781B78 or r24,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R24
- 2: INCEIPL $4
-
- 0x25476894: 409201A0 bc 4,18,0x25476A34
- 3: Jc18o $0x25476A34
-
-
-
-. 667 25476890 8
-. 7C 78 1B 78 40 92 01 A0
-==== BB 668 (0x25476898) approx BBs exec'd 0 ====
-
- 0x25476898: 833E0154 lwz r25,340(r30)
- 0: GETL R30, t0
- 1: ADDL $0x154, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R25
- 4: INCEIPL $4
-
- 0x2547689C: 81990000 lwz r12,0(r25)
- 5: GETL R25, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R12
- 8: INCEIPL $4
-
- 0x254768A0: 7F9C6040 cmpl cr7,r28,r12
- 9: GETL R28, t8
- 10: GETL R12, t10
- 11: CMPUL t8, t10, t12 (-rSo)
- 12: ICRFL t12, $0x7, CR
- 13: INCEIPL $4
-
- 0x254768A4: 409C014C bc 4,28,0x254769F0
- 14: Jc28o $0x254769F0
-
-
-
-. 668 25476898 16
-. 83 3E 01 54 81 99 00 00 7F 9C 60 40 40 9C 01 4C
-==== BB 669 (0x254768A8) approx BBs exec'd 0 ====
-
- 0x254768A8: 817E0228 lwz r11,552(r30)
- 0: GETL R30, t0
- 1: ADDL $0x228, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x254768AC: 3A800002 li r20,2
- 5: MOVL $0x2, t4
- 6: PUTL t4, R20
- 7: INCEIPL $4
-
- 0x254768B0: 820B0000 lwz r16,0(r11)
- 8: GETL R11, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R16
- 11: INCEIPL $4
-
- 0x254768B4: 4800001C b 0x254768D0
- 12: JMPo $0x254768D0 ($4)
-
-
-
-. 669 254768A8 16
-. 81 7E 02 28 3A 80 00 02 82 0B 00 00 48 00 00 1C
-==== BB 670 (0x254768D0) approx BBs exec'd 0 ====
-
- 0x254768D0: 80DD0014 lwz r6,20(r29)
- 0: GETL R29, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x254768D4: 2C860001 cmpi cr1,r6,1
- 5: GETL R6, t4
- 6: MOVL $0x1, t8
- 7: CMPL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x1, CR
- 9: INCEIPL $4
-
- 0x254768D8: 41A6FFE0 bc 13,6,0x254768B8
- 10: Js06o $0x254768B8
-
-
-
-. 670 254768D0 12
-. 80 DD 00 14 2C 86 00 01 41 A6 FF E0
-==== BB 671 (0x254768DC) approx BBs exec'd 0 ====
-
- 0x254768DC: 813E0160 lwz r9,352(r30)
- 0: GETL R30, t0
- 1: ADDL $0x160, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x254768E0: 578A1838 rlwinm r10,r28,3,0,28
- 5: GETL R28, t4
- 6: SHLL $0x3, t4
- 7: PUTL t4, R10
- 8: INCEIPL $4
-
- 0x254768E4: 7F03C378 or r3,r24,r24
- 9: GETL R24, t6
- 10: PUTL t6, R3
- 11: INCEIPL $4
-
- 0x254768E8: 80A90000 lwz r5,0(r9)
- 12: GETL R9, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R5
- 15: INCEIPL $4
-
- 0x254768EC: 7E6A2A14 add r19,r10,r5
- 16: GETL R10, t12
- 17: GETL R5, t14
- 18: ADDL t12, t14
- 19: PUTL t14, R19
- 20: INCEIPL $4
-
- 0x254768F0: 7C8A282E lwzx r4,r10,r5
- 21: GETL R5, t16
- 22: GETL R10, t18
- 23: ADDL t18, t16
- 24: LDL (t16), t20
- 25: PUTL t20, R4
- 26: INCEIPL $4
-
- 0x254768F4: 80B30004 lwz r5,4(r19)
- 27: GETL R19, t22
- 28: ADDL $0x4, t22
- 29: LDL (t22), t24
- 30: PUTL t24, R5
- 31: INCEIPL $4
-
- 0x254768F8: 4800D129 bl 0x25483A20
- 32: MOVL $0x254768FC, t26
- 33: PUTL t26, LR
- 34: JMPo-c $0x25483A20 ($4)
-
-
-
-. 671 254768DC 32
-. 81 3E 01 60 57 8A 18 38 7F 03 C3 78 80 A9 00 00 7E 6A 2A 14 7C 8A 28 2E 80 B3 00 04 48 00 D1 29
-==== BB 672 (0x254768FC) approx BBs exec'd 0 ====
-
- 0x254768FC: 7E248B78 or r4,r17,r17
- 0: GETL R17, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0x25476900: 7EC5B378 or r5,r22,r22
- 3: GETL R22, t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0x25476904: 4800D11D bl 0x25483A20
- 6: MOVL $0x25476908, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0x25483A20 ($4)
-
-
-
-. 672 254768FC 12
-. 7E 24 8B 78 7E C5 B3 78 48 00 D1 1D
-==== BB 673 (0x25476908) approx BBs exec'd 0 ====
-
- 0x25476908: 834E0000 lwz r26,0(r14)
- 0: GETL R14, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R26
- 3: INCEIPL $4
-
- 0x2547690C: 7E7B1850 subf r19,r27,r3
- 4: GETL R27, t4
- 5: GETL R3, t6
- 6: SUBL t4, t6
- 7: PUTL t6, R19
- 8: INCEIPL $4
-
- 0x25476910: 73490001 andi. r9,r26,0x1
- 9: GETL R26, t8
- 10: ANDL $0x1, t8
- 11: PUTL t8, R9
- 12: CMP0L t8, t10 (-rSo)
- 13: ICRFL t10, $0x0, CR
- 14: INCEIPL $4
-
- 0x25476914: 408201AC bc 4,2,0x25476AC0
- 15: Jc02o $0x25476AC0
-
-
-
-. 673 25476908 16
-. 83 4E 00 00 7E 7B 18 50 73 49 00 01 40 82 01 AC
-==== BB 674 (0x25476918) approx BBs exec'd 0 ====
-
- 0x25476918: 7F63DB78 or r3,r27,r27
- 0: GETL R27, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x2547691C: 7E449378 or r4,r18,r18
- 3: GETL R18, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0x25476920: 4BFFFB25 bl 0x25476444
- 6: MOVL $0x25476924, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0x25476444 ($4)
-
-
-
-. 674 25476918 12
-. 7F 63 DB 78 7E 44 93 78 4B FF FB 25
-==== BB 675 (0x25481FEC) approx BBs exec'd 0 ====
-
- 0x25481FEC: 4BFFF344 b 0x25481330
- 0: JMPo $0x25481330 ($4)
-
-
-
-. 675 25481FEC 4
-. 4B FF F3 44
-==== BB 676 (0x25476924) approx BBs exec'd 0 ====
-
- 0x25476924: 801D0014 lwz r0,20(r29)
- 0: GETL R29, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25476928: 7C7A1B78 or r26,r3,r3
- 5: GETL R3, t4
- 6: PUTL t4, R26
- 7: INCEIPL $4
-
- 0x2547692C: 2E03FFFF cmpi cr4,r3,-1
- 8: GETL R3, t6
- 9: MOVL $0xFFFFFFFF, t10
- 10: CMPL t6, t10, t8 (-rSo)
- 11: ICRFL t8, $0x4, CR
- 12: INCEIPL $4
-
- 0x25476930: 2F000000 cmpi cr6,r0,0
- 13: GETL R0, t12
- 14: CMP0L t12, t14 (-rSo)
- 15: ICRFL t14, $0x6, CR
- 16: INCEIPL $4
-
- 0x25476934: 409A000C bc 4,26,0x25476940
- 17: Jc26o $0x25476940
-
-
-
-. 676 25476924 20
-. 80 1D 00 14 7C 7A 1B 78 2E 03 FF FF 2F 00 00 00 40 9A 00 0C
-==== BB 677 (0x25476938) approx BBs exec'd 0 ====
-
- 0x25476938: 41920078 bc 12,18,0x254769B0
- 0: Js18o $0x254769B0
-
-
-
-. 677 25476938 4
-. 41 92 00 78
-==== BB 678 (0x254769B0) approx BBs exec'd 0 ====
-
- 0x254769B0: 7C769850 subf r3,r22,r19
- 0: GETL R22, t0
- 1: GETL R19, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x254769B4: 7F64DB78 or r4,r27,r27
- 5: GETL R27, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0x254769B8: 7CFB1A14 add r7,r27,r3
- 8: GETL R27, t6
- 9: GETL R3, t8
- 10: ADDL t6, t8
- 11: PUTL t8, R7
- 12: INCEIPL $4
-
- 0x254769BC: 38BF0010 addi r5,r31,16
- 13: GETL R31, t10
- 14: ADDL $0x10, t10
- 15: PUTL t10, R5
- 16: INCEIPL $4
-
- 0x254769C0: 9807FFFF stb r0,-1(r7)
- 17: GETL R0, t12
- 18: GETL R7, t14
- 19: ADDL $0xFFFFFFFF, t14
- 20: STB t12, (t14)
- 21: INCEIPL $4
-
- 0x254769C4: 38600003 li r3,3
- 22: MOVL $0x3, t16
- 23: PUTL t16, R3
- 24: INCEIPL $4
-
- 0x254769C8: 4800B3A1 bl 0x25481D68
- 25: MOVL $0x254769CC, t18
- 26: PUTL t18, LR
- 27: JMPo-c $0x25481D68 ($4)
-
-
-
-. 678 254769B0 28
-. 7C 76 98 50 7F 64 DB 78 7C FB 1A 14 38 BF 00 10 98 07 FF FF 38 60 00 03 48 00 B3 A1
-==== BB 679 __GI___xstat64(0x25481D68) approx BBs exec'd 0 ====
-
- 0x25481D68: 9421FF80 stwu r1,-128(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFF80, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x25481D6C: 7CC802A6 mflr r6
- 6: GETL LR, t4
- 7: PUTL t4, R6
- 8: INCEIPL $4
-
- 0x25481D70: 48015291 bl 0x25497000
- 9: MOVL $0x25481D74, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-
-. 679 25481D68 12
-. 94 21 FF 80 7C C8 02 A6 48 01 52 91
-==== BB 680 (0x25481D74) approx BBs exec'd 0 ====
-
- 0x25481D74: 93C10078 stw r30,120(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x78, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25481D78: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x25481D7C: 9361006C stw r27,108(r1)
- 8: GETL R27, t6
- 9: GETL R1, t8
- 10: ADDL $0x6C, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x25481D80: 90C10084 stw r6,132(r1)
- 13: GETL R6, t10
- 14: GETL R1, t12
- 15: ADDL $0x84, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x25481D84: 93210064 stw r25,100(r1)
- 18: GETL R25, t14
- 19: GETL R1, t16
- 20: ADDL $0x64, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0x25481D88: 7C791B78 or r25,r3,r3
- 23: GETL R3, t18
- 24: PUTL t18, R25
- 25: INCEIPL $4
-
- 0x25481D8C: 837E04EC lwz r27,1260(r30)
- 26: GETL R30, t20
- 27: ADDL $0x4EC, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R27
- 30: INCEIPL $4
-
- 0x25481D90: 93810070 stw r28,112(r1)
- 31: GETL R28, t24
- 32: GETL R1, t26
- 33: ADDL $0x70, t26
- 34: STL t24, (t26)
- 35: INCEIPL $4
-
- 0x25481D94: 7CBC2B78 or r28,r5,r5
- 36: GETL R5, t28
- 37: PUTL t28, R28
- 38: INCEIPL $4
-
- 0x25481D98: 801B0000 lwz r0,0(r27)
- 39: GETL R27, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R0
- 42: INCEIPL $4
-
- 0x25481D9C: 93E1007C stw r31,124(r1)
- 43: GETL R31, t34
- 44: GETL R1, t36
- 45: ADDL $0x7C, t36
- 46: STL t34, (t36)
- 47: INCEIPL $4
-
- 0x25481DA0: 7C9F2378 or r31,r4,r4
- 48: GETL R4, t38
- 49: PUTL t38, R31
- 50: INCEIPL $4
-
- 0x25481DA4: 2F800000 cmpi cr7,r0,0
- 51: GETL R0, t40
- 52: CMP0L t40, t42 (-rSo)
- 53: ICRFL t42, $0x7, CR
- 54: INCEIPL $4
-
- 0x25481DA8: 93410068 stw r26,104(r1)
- 55: GETL R26, t44
- 56: GETL R1, t46
- 57: ADDL $0x68, t46
- 58: STL t44, (t46)
- 59: INCEIPL $4
-
- 0x25481DAC: 93A10074 stw r29,116(r1)
- 60: GETL R29, t48
- 61: GETL R1, t50
- 62: ADDL $0x74, t50
- 63: STL t48, (t50)
- 64: INCEIPL $4
-
- 0x25481DB0: 409E0048 bc 4,30,0x25481DF8
- 65: Jc30o $0x25481DF8
-
-
-
-. 680 25481D74 64
-. 93 C1 00 78 7F C8 02 A6 93 61 00 6C 90 C1 00 84 93 21 00 64 7C 79 1B 78 83 7E 04 EC 93 81 00 70 7C BC 2B 78 80 1B 00 00 93 E1 00 7C 7C 9F 23 78 2F 80 00 00 93 41 00 68 93 A1 00 74 40 9E 00 48
-==== BB 681 (0x25481DB4) approx BBs exec'd 0 ====
-
- 0x25481DB4: 83BE0514 lwz r29,1300(r30)
- 0: GETL R30, t0
- 1: ADDL $0x514, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0x25481DB8: 7C832378 or r3,r4,r4
- 5: GETL R4, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x25481DBC: 380000C3 li r0,195
- 8: MOVL $0xC3, t6
- 9: PUTL t6, R0
- 10: INCEIPL $4
-
- 0x25481DC0: 7CA42B78 or r4,r5,r5
- 11: GETL R5, t8
- 12: PUTL t8, R4
- 13: INCEIPL $4
-
- 0x25481DC4: 835D0000 lwz r26,0(r29)
- 14: GETL R29, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R26
- 17: INCEIPL $4
-
- 0x25481DC8: 44000002 sc
- 18: JMPo-sys $0x25481DCC ($4)
-
-
-
-. 681 25481DB4 24
-. 83 BE 05 14 7C 83 23 78 38 00 00 C3 7C A4 2B 78 83 5D 00 00 44 00 00 02
-==== BB 682 (0x25481DCC) approx BBs exec'd 0 ====
-
- 0x25481DCC: 7C000026 mfcr r0
- 0: GETL CR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x25481DD0: 74091000 andis. r9,r0,0x1000
- 3: GETL R0, t2
- 4: ANDL $0x10000000, t2
- 5: PUTL t2, R9
- 6: CMP0L t2, t4 (-rSo)
- 7: ICRFL t4, $0x0, CR
- 8: INCEIPL $4
-
- 0x25481DD4: 408200C4 bc 4,2,0x25481E98
- 9: Jc02o $0x25481E98
-
-
-
-. 682 25481DCC 12
-. 7C 00 00 26 74 09 10 00 40 82 00 C4
-==== BB 683 (0x25481E98) approx BBs exec'd 0 ====
-
- 0x25481E98: 907D0000 stw r3,0(r29)
- 0: GETL R3, t0
- 1: GETL R29, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0x25481E9C: 3860FFFF li r3,-1
- 4: MOVL $0xFFFFFFFF, t4
- 5: PUTL t4, R3
- 6: INCEIPL $4
-
- 0x25481EA0: 4BFFFF38 b 0x25481DD8
- 7: JMPo $0x25481DD8 ($4)
-
-
-
-. 683 25481E98 12
-. 90 7D 00 00 38 60 FF FF 4B FF FF 38
-==== BB 684 (0x25481DD8) approx BBs exec'd 0 ====
-
- 0x25481DD8: 2C83FFFF cmpi cr1,r3,-1
- 0: GETL R3, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0x25481DDC: 40A60044 bc 5,6,0x25481E20
- 5: Jc06o $0x25481E20
-
-
-
-. 684 25481DD8 8
-. 2C 83 FF FF 40 A6 00 44
-==== BB 685 (0x25481DE0) approx BBs exec'd 0 ====
-
- 0x25481DE0: 809D0000 lwz r4,0(r29)
- 0: GETL R29, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R4
- 3: INCEIPL $4
-
- 0x25481DE4: 2F040026 cmpi cr6,r4,38
- 4: GETL R4, t4
- 5: MOVL $0x26, t8
- 6: CMPL t4, t8, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x25481DE8: 40BA0038 bc 5,26,0x25481E20
- 9: Jc26o $0x25481E20
-
-
-
-. 685 25481DE0 12
-. 80 9D 00 00 2F 04 00 26 40 BA 00 38
-==== BB 686 (0x25481E20) approx BBs exec'd 0 ====
-
- 0x25481E20: 80A10084 lwz r5,132(r1)
- 0: GETL R1, t0
- 1: ADDL $0x84, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x25481E24: 83210064 lwz r25,100(r1)
- 5: GETL R1, t4
- 6: ADDL $0x64, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R25
- 9: INCEIPL $4
-
- 0x25481E28: 83410068 lwz r26,104(r1)
- 10: GETL R1, t8
- 11: ADDL $0x68, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R26
- 14: INCEIPL $4
-
- 0x25481E2C: 7CA803A6 mtlr r5
- 15: GETL R5, t12
- 16: PUTL t12, LR
- 17: INCEIPL $4
-
- 0x25481E30: 8361006C lwz r27,108(r1)
- 18: GETL R1, t14
- 19: ADDL $0x6C, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R27
- 22: INCEIPL $4
-
- 0x25481E34: 83810070 lwz r28,112(r1)
- 23: GETL R1, t18
- 24: ADDL $0x70, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R28
- 27: INCEIPL $4
-
- 0x25481E38: 83A10074 lwz r29,116(r1)
- 28: GETL R1, t22
- 29: ADDL $0x74, t22
- 30: LDL (t22), t24
- 31: PUTL t24, R29
- 32: INCEIPL $4
-
- 0x25481E3C: 83C10078 lwz r30,120(r1)
- 33: GETL R1, t26
- 34: ADDL $0x78, t26
- 35: LDL (t26), t28
- 36: PUTL t28, R30
- 37: INCEIPL $4
-
- 0x25481E40: 83E1007C lwz r31,124(r1)
- 38: GETL R1, t30
- 39: ADDL $0x7C, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R31
- 42: INCEIPL $4
-
- 0x25481E44: 38210080 addi r1,r1,128
- 43: GETL R1, t34
- 44: ADDL $0x80, t34
- 45: PUTL t34, R1
- 46: INCEIPL $4
-
- 0x25481E48: 4E800020 blr
- 47: GETL LR, t36
- 48: JMPo-r t36 ($4)
-
-
-
-. 686 25481E20 44
-. 80 A1 00 84 83 21 00 64 83 41 00 68 7C A8 03 A6 83 61 00 6C 83 81 00 70 83 A1 00 74 83 C1 00 78 83 E1 00 7C 38 21 00 80 4E 80 00 20
-==== BB 687 (0x254769CC) approx BBs exec'd 0 ====
-
- 0x254769CC: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x254769D0: 409E0014 bc 4,30,0x254769E4
- 4: Jc30o $0x254769E4
-
-
-
-. 687 254769CC 8
-. 2F 83 00 00 40 9E 00 14
-==== BB 688 (0x254769E4) approx BBs exec'd 0 ====
-
- 0x254769E4: 38800001 li r4,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0x254769E8: 909D0014 stw r4,20(r29)
- 3: GETL R4, t2
- 4: GETL R29, t4
- 5: ADDL $0x14, t4
- 6: STL t2, (t4)
- 7: INCEIPL $4
-
- 0x254769EC: 4BFFFF54 b 0x25476940
- 8: JMPo $0x25476940 ($4)
-
-
-
-. 688 254769E4 12
-. 38 80 00 01 90 9D 00 14 4B FF FF 54
-==== BB 689 (0x25476940) approx BBs exec'd 0 ====
-
- 0x25476940: 817D0014 lwz r11,20(r29)
- 0: GETL R29, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x25476944: 696C0002 xori r12,r11,0x2
- 5: GETL R11, t4
- 6: XORL $0x2, t4
- 7: PUTL t4, R12
- 8: INCEIPL $4
-
- 0x25476948: 212C0000 subfic r9,r12,0
- 9: GETL R12, t6
- 10: MOVL $0x0, t8
- 11: SBBL t6, t8 (-wCa)
- 12: PUTL t8, R9
- 13: INCEIPL $4
-
- 0x2547694C: 7D896114 adde r12,r9,r12
- 14: GETL R9, t10
- 15: GETL R12, t12
- 16: ADCL t10, t12 (-rCa-wCa)
- 17: PUTL t12, R12
- 18: INCEIPL $4
-
- 0x25476950: 7EF76378 or r23,r23,r12
- 19: GETL R23, t14
- 20: GETL R12, t16
- 21: ORL t16, t14
- 22: PUTL t14, R23
- 23: INCEIPL $4
-
- 0x25476954: 41B2FF64 bc 13,18,0x254768B8
- 24: Js18o $0x254768B8
-
-
-
-. 689 25476940 24
-. 81 7D 00 14 69 6C 00 02 21 2C 00 00 7D 89 61 14 7E F7 63 78 41 B2 FF 64
-==== BB 690 (0x254768B8) approx BBs exec'd 0 ====
-
- 0x254768B8: 3B9C0001 addi r28,r28,1
- 0: GETL R28, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R28
- 3: INCEIPL $4
-
- 0x254768BC: 3BBD0004 addi r29,r29,4
- 4: GETL R29, t2
- 5: ADDL $0x4, t2
- 6: PUTL t2, R29
- 7: INCEIPL $4
-
- 0x254768C0: 40920174 bc 4,18,0x25476A34
- 8: Jc18o $0x25476A34
-
-
-
-. 690 254768B8 12
-. 3B 9C 00 01 3B BD 00 04 40 92 01 74
-==== BB 691 (0x254768C4) approx BBs exec'd 0 ====
-
- 0x254768C4: 81390000 lwz r9,0(r25)
- 0: GETL R25, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0x254768C8: 7C9C4840 cmpl cr1,r28,r9
- 4: GETL R28, t4
- 5: GETL R9, t6
- 6: CMPUL t4, t6, t8 (-rSo)
- 7: ICRFL t8, $0x1, CR
- 8: INCEIPL $4
-
- 0x254768CC: 40840124 bc 4,4,0x254769F0
- 9: Jc04o $0x254769F0
-
-
-
-. 691 254768C4 12
-. 81 39 00 00 7C 9C 48 40 40 84 01 24
-==== BB 692 (0x254769D4) approx BBs exec'd 0 ====
-
- 0x254769D4: 811F0020 lwz r8,32(r31)
- 0: GETL R31, t0
- 1: ADDL $0x20, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x254769D8: 55000426 rlwinm r0,r8,0,16,19
- 5: GETL R8, t4
- 6: ANDL $0xF000, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x254769DC: 2C804000 cmpi cr1,r0,16384
- 9: GETL R0, t6
- 10: MOVL $0x4000, t10
- 11: CMPL t6, t10, t8 (-rSo)
- 12: ICRFL t8, $0x1, CR
- 13: INCEIPL $4
-
- 0x254769E0: 41A6FF5C bc 13,6,0x2547693C
- 14: Js06o $0x2547693C
-
-
-
-. 692 254769D4 16
-. 81 1F 00 20 55 00 04 26 2C 80 40 00 41 A6 FF 5C
-==== BB 693 (0x2547693C) approx BBs exec'd 0 ====
-
- 0x2547693C: 929D0014 stw r20,20(r29)
- 0: GETL R20, t0
- 1: GETL R29, t2
- 2: ADDL $0x14, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25476940: 817D0014 lwz r11,20(r29)
- 5: GETL R29, t4
- 6: ADDL $0x14, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R11
- 9: INCEIPL $4
-
- 0x25476944: 696C0002 xori r12,r11,0x2
- 10: GETL R11, t8
- 11: XORL $0x2, t8
- 12: PUTL t8, R12
- 13: INCEIPL $4
-
- 0x25476948: 212C0000 subfic r9,r12,0
- 14: GETL R12, t10
- 15: MOVL $0x0, t12
- 16: SBBL t10, t12 (-wCa)
- 17: PUTL t12, R9
- 18: INCEIPL $4
-
- 0x2547694C: 7D896114 adde r12,r9,r12
- 19: GETL R9, t14
- 20: GETL R12, t16
- 21: ADCL t14, t16 (-rCa-wCa)
- 22: PUTL t16, R12
- 23: INCEIPL $4
-
- 0x25476950: 7EF76378 or r23,r23,r12
- 24: GETL R23, t18
- 25: GETL R12, t20
- 26: ORL t20, t18
- 27: PUTL t18, R23
- 28: INCEIPL $4
-
- 0x25476954: 41B2FF64 bc 13,18,0x254768B8
- 29: Js18o $0x254768B8
-
-
-
-. 693 2547693C 28
-. 92 9D 00 14 81 7D 00 14 69 6C 00 02 21 2C 00 00 7D 89 61 14 7E F7 63 78 41 B2 FF 64
-==== BB 694 (0x254769F0) approx BBs exec'd 0 ====
-
- 0x254769F0: 40920044 bc 4,18,0x25476A34
- 0: Jc18o $0x25476A34
-
-
-
-. 694 254769F0 4
-. 40 92 00 44
-==== BB 695 (0x254769F4) approx BBs exec'd 0 ====
-
- 0x254769F4: 2F170000 cmpi cr6,r23,0
- 0: GETL R23, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x254769F8: 419A001C bc 12,26,0x25476A14
- 4: Js26o $0x25476A14
-
-
-
-. 695 254769F4 8
-. 2F 17 00 00 41 9A 00 1C
-==== BB 696 (0x254769FC) approx BBs exec'd 0 ====
-
- 0x254769FC: 83BE0514 lwz r29,1300(r30)
- 0: GETL R30, t0
- 1: ADDL $0x514, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0x25476A00: 813D0000 lwz r9,0(r29)
- 5: GETL R29, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R9
- 8: INCEIPL $4
-
- 0x25476A04: 2F890002 cmpi cr7,r9,2
- 9: GETL R9, t8
- 10: MOVL $0x2, t12
- 11: CMPL t8, t12, t10 (-rSo)
- 12: ICRFL t10, $0x7, CR
- 13: INCEIPL $4
-
- 0x25476A08: 419E000C bc 12,30,0x25476A14
- 14: Js30o $0x25476A14
-
-
-
-. 696 254769FC 16
-. 83 BE 05 14 81 3D 00 00 2F 89 00 02 41 9E 00 0C
-==== BB 697 (0x25476A14) approx BBs exec'd 0 ====
-
- 0x25476A14: 87B50004 lwzu r29,4(r21)
- 0: GETL R21, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R21
- 3: LDL (t0), t2
- 4: PUTL t2, R29
- 5: INCEIPL $4
-
- 0x25476A18: 7DEFBB78 or r15,r15,r23
- 6: GETL R15, t4
- 7: GETL R23, t6
- 8: ORL t6, t4
- 9: PUTL t4, R15
- 10: INCEIPL $4
-
- 0x25476A1C: 2C9D0000 cmpi cr1,r29,0
- 11: GETL R29, t8
- 12: CMP0L t8, t10 (-rSo)
- 13: ICRFL t10, $0x1, CR
- 14: INCEIPL $4
-
- 0x25476A20: 4086FE48 bc 4,6,0x25476868
- 15: Jc06o $0x25476868
-
-
-
-. 697 25476A14 16
-. 87 B5 00 04 7D EF BB 78 2C 9D 00 00 40 86 FE 48
-==== BB 698 (0x25476A24) approx BBs exec'd 0 ====
-
- 0x25476A24: 2E0F0000 cmpi cr4,r15,0
- 0: GETL R15, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0x25476A28: 4192026C bc 12,18,0x25476C94
- 4: Js18o $0x25476C94
-
-
-
-. 698 25476A24 8
-. 2E 0F 00 00 41 92 02 6C
-==== BB 699 (0x25476A2C) approx BBs exec'd 0 ====
-
- 0x25476A2C: 3860FFFF li r3,-1
- 0: MOVL $0xFFFFFFFF, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25476A30: 4800002C b 0x25476A5C
- 3: JMPo $0x25476A5C ($4)
-
-
-
-. 699 25476A2C 8
-. 38 60 FF FF 48 00 00 2C
-==== BB 700 (0x25476A5C) approx BBs exec'd 0 ====
-
- 0x25476A5C: 81010000 lwz r8,0(r1)
- 0: GETL R1, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R8
- 3: INCEIPL $4
-
- 0x25476A60: 81E80004 lwz r15,4(r8)
- 4: GETL R8, t4
- 5: ADDL $0x4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R15
- 8: INCEIPL $4
-
- 0x25476A64: 8088FFB4 lwz r4,-76(r8)
- 9: GETL R8, t8
- 10: ADDL $0xFFFFFFB4, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R4
- 13: INCEIPL $4
-
- 0x25476A68: 7DE803A6 mtlr r15
- 14: GETL R15, t12
- 15: PUTL t12, LR
- 16: INCEIPL $4
-
- 0x25476A6C: 81C8FFB8 lwz r14,-72(r8)
- 17: GETL R8, t14
- 18: ADDL $0xFFFFFFB8, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R14
- 21: INCEIPL $4
-
- 0x25476A70: 81E8FFBC lwz r15,-68(r8)
- 22: GETL R8, t18
- 23: ADDL $0xFFFFFFBC, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R15
- 26: INCEIPL $4
-
- 0x25476A74: 7C808120 mtcrf 0x8,r4
- 27: GETL R4, t22
- 28: ICRFL t22, $0x4, CR
- 29: INCEIPL $4
-
- 0x25476A78: 8208FFC0 lwz r16,-64(r8)
- 30: GETL R8, t24
- 31: ADDL $0xFFFFFFC0, t24
- 32: LDL (t24), t26
- 33: PUTL t26, R16
- 34: INCEIPL $4
-
- 0x25476A7C: 8228FFC4 lwz r17,-60(r8)
- 35: GETL R8, t28
- 36: ADDL $0xFFFFFFC4, t28
- 37: LDL (t28), t30
- 38: PUTL t30, R17
- 39: INCEIPL $4
-
- 0x25476A80: 8248FFC8 lwz r18,-56(r8)
- 40: GETL R8, t32
- 41: ADDL $0xFFFFFFC8, t32
- 42: LDL (t32), t34
- 43: PUTL t34, R18
- 44: INCEIPL $4
-
- 0x25476A84: 8268FFCC lwz r19,-52(r8)
- 45: GETL R8, t36
- 46: ADDL $0xFFFFFFCC, t36
- 47: LDL (t36), t38
- 48: PUTL t38, R19
- 49: INCEIPL $4
-
- 0x25476A88: 8288FFD0 lwz r20,-48(r8)
- 50: GETL R8, t40
- 51: ADDL $0xFFFFFFD0, t40
- 52: LDL (t40), t42
- 53: PUTL t42, R20
- 54: INCEIPL $4
-
- 0x25476A8C: 82A8FFD4 lwz r21,-44(r8)
- 55: GETL R8, t44
- 56: ADDL $0xFFFFFFD4, t44
- 57: LDL (t44), t46
- 58: PUTL t46, R21
- 59: INCEIPL $4
-
- 0x25476A90: 82C8FFD8 lwz r22,-40(r8)
- 60: GETL R8, t48
- 61: ADDL $0xFFFFFFD8, t48
- 62: LDL (t48), t50
- 63: PUTL t50, R22
- 64: INCEIPL $4
-
- 0x25476A94: 82E8FFDC lwz r23,-36(r8)
- 65: GETL R8, t52
- 66: ADDL $0xFFFFFFDC, t52
- 67: LDL (t52), t54
- 68: PUTL t54, R23
- 69: INCEIPL $4
-
- 0x25476A98: 8308FFE0 lwz r24,-32(r8)
- 70: GETL R8, t56
- 71: ADDL $0xFFFFFFE0, t56
- 72: LDL (t56), t58
- 73: PUTL t58, R24
- 74: INCEIPL $4
-
- 0x25476A9C: 8328FFE4 lwz r25,-28(r8)
- 75: GETL R8, t60
- 76: ADDL $0xFFFFFFE4, t60
- 77: LDL (t60), t62
- 78: PUTL t62, R25
- 79: INCEIPL $4
-
- 0x25476AA0: 8348FFE8 lwz r26,-24(r8)
- 80: GETL R8, t64
- 81: ADDL $0xFFFFFFE8, t64
- 82: LDL (t64), t66
- 83: PUTL t66, R26
- 84: INCEIPL $4
-
- 0x25476AA4: 8368FFEC lwz r27,-20(r8)
- 85: GETL R8, t68
- 86: ADDL $0xFFFFFFEC, t68
- 87: LDL (t68), t70
- 88: PUTL t70, R27
- 89: INCEIPL $4
-
- 0x25476AA8: 8388FFF0 lwz r28,-16(r8)
- 90: GETL R8, t72
- 91: ADDL $0xFFFFFFF0, t72
- 92: LDL (t72), t74
- 93: PUTL t74, R28
- 94: INCEIPL $4
-
- 0x25476AAC: 83A8FFF4 lwz r29,-12(r8)
- 95: GETL R8, t76
- 96: ADDL $0xFFFFFFF4, t76
- 97: LDL (t76), t78
- 98: PUTL t78, R29
- 99: INCEIPL $4
-
- 0x25476AB0: 83C8FFF8 lwz r30,-8(r8)
- 100: GETL R8, t80
- 101: ADDL $0xFFFFFFF8, t80
- 102: LDL (t80), t82
- 103: PUTL t82, R30
- 104: INCEIPL $4
-
- 0x25476AB4: 83E8FFFC lwz r31,-4(r8)
- 105: GETL R8, t84
- 106: ADDL $0xFFFFFFFC, t84
- 107: LDL (t84), t86
- 108: PUTL t86, R31
- 109: INCEIPL $4
-
- 0x25476AB8: 7D014378 or r1,r8,r8
- 110: GETL R8, t88
- 111: PUTL t88, R1
- 112: INCEIPL $4
-
- 0x25476ABC: 4E800020 blr
- 113: GETL LR, t90
- 114: JMPo-r t90 ($4)
-
-
-
-. 700 25476A5C 100
-. 81 01 00 00 81 E8 00 04 80 88 FF B4 7D E8 03 A6 81 C8 FF B8 81 E8 FF BC 7C 80 81 20 82 08 FF C0 82 28 FF C4 82 48 FF C8 82 68 FF CC 82 88 FF D0 82 A8 FF D4 82 C8 FF D8 82 E8 FF DC 83 08 FF E0 83 28 FF E4 83 48 FF E8 83 68 FF EC 83 88 FF F0 83 A8 FF F4 83 C8 FF F8 83 E8 FF FC 7D 01 43 78 4E 80 00 20
-==== BB 701 (0x25477238) approx BBs exec'd 0 ====
-
- 0x25477238: 2E03FFFF cmpi cr4,r3,-1
- 0: GETL R3, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x4, CR
- 4: INCEIPL $4
-
- 0x2547723C: 7C7A1B78 or r26,r3,r3
- 5: GETL R3, t6
- 6: PUTL t6, R26
- 7: INCEIPL $4
-
- 0x25477240: 7D6E00D0 neg r11,r14
- 8: GETL R14, t8
- 9: NEGL t8
- 10: PUTL t8, R11
- 11: INCEIPL $4
-
- 0x25477244: 7CE00026 mfcr r7
- 12: GETL CR, t10
- 13: PUTL t10, R7
- 14: INCEIPL $4
-
- 0x25477248: 54E79FFE rlwinm r7,r7,19,31,31
- 15: GETL R7, t12
- 16: ROLL $0x13, t12
- 17: ANDL $0x1, t12
- 18: PUTL t12, R7
- 19: INCEIPL $4
-
- 0x2547724C: 556E0FFE rlwinm r14,r11,1,31,31
- 20: GETL R11, t14
- 21: SHRL $0x1F, t14
- 22: PUTL t14, R14
- 23: INCEIPL $4
-
- 0x25477250: 7CEB7039 and. r11,r7,r14
- 24: GETL R7, t16
- 25: GETL R14, t18
- 26: ANDL t16, t18
- 27: PUTL t18, R11
- 28: CMP0L t18, t20 (-rSo)
- 29: ICRFL t20, $0x0, CR
- 30: INCEIPL $4
-
- 0x25477254: 41820044 bc 12,2,0x25477298
- 31: Js02o $0x25477298
-
-
-
-. 701 25477238 32
-. 2E 03 FF FF 7C 7A 1B 78 7D 6E 00 D0 7C E0 00 26 54 E7 9F FE 55 6E 0F FE 7C EB 70 39 41 82 00 44
-==== BB 702 (0x25477258) approx BBs exec'd 0 ====
-
- 0x25477258: 801B01E0 lwz r0,480(r27)
- 0: GETL R27, t0
- 1: ADDL $0x1E0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x2547725C: 3BBB01E0 addi r29,r27,480
- 5: GETL R27, t4
- 6: ADDL $0x1E0, t4
- 7: PUTL t4, R29
- 8: INCEIPL $4
-
- 0x25477260: 39200000 li r9,0
- 9: MOVL $0x0, t6
- 10: PUTL t6, R9
- 11: INCEIPL $4
-
- 0x25477264: 2F00FFFF cmpi cr6,r0,-1
- 12: GETL R0, t8
- 13: MOVL $0xFFFFFFFF, t12
- 14: CMPL t8, t12, t10 (-rSo)
- 15: ICRFL t10, $0x6, CR
- 16: INCEIPL $4
-
- 0x25477268: 419A0028 bc 12,26,0x25477290
- 17: Js26o $0x25477290
-
-
-
-. 702 25477258 20
-. 80 1B 01 E0 3B BB 01 E0 39 20 00 00 2F 00 FF FF 41 9A 00 28
-==== BB 703 (0x25477290) approx BBs exec'd 0 ====
-
- 0x25477290: 2C090000 cmpi cr0,r9,0
- 0: GETL R9, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0x25477294: 408200DC bc 4,2,0x25477370
- 4: Jc02o $0x25477370
-
-
-
-. 703 25477290 8
-. 2C 09 00 00 40 82 00 DC
-==== BB 704 (0x25477298) approx BBs exec'd 0 ====
-
- 0x25477298: 4092008C bc 4,18,0x25477324
- 0: Jc18o $0x25477324
-
-
-
-. 704 25477298 4
-. 40 92 00 8C
-==== BB 705 (0x2547729C) approx BBs exec'd 0 ====
-
- 0x2547729C: 2F170000 cmpi cr6,r23,0
- 0: GETL R23, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x254772A0: 409A01E4 bc 4,26,0x25477484
- 4: Jc26o $0x25477484
-
-
-
-. 705 2547729C 8
-. 2F 17 00 00 40 9A 01 E4
-==== BB 706 (0x254772A4) approx BBs exec'd 0 ====
-
- 0x254772A4: 7FE3FB78 or r3,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x254772A8: 48000949 bl 0x25477BF0
- 3: MOVL $0x254772AC, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0x25477BF0 ($4)
-
-
-
-. 706 254772A4 8
-. 7F E3 FB 78 48 00 09 49
-==== BB 707 _dl_load_cache_lookup(0x25477BF0) approx BBs exec'd 0 ====
-
- 0x25477BF0: 9421FFC0 stwu r1,-64(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFC0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x25477BF4: 7C8802A6 mflr r4
- 6: GETL LR, t4
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0x25477BF8: 4801F409 bl 0x25497000
- 9: MOVL $0x25477BFC, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-
-. 707 25477BF0 12
-. 94 21 FF C0 7C 88 02 A6 48 01 F4 09
-==== BB 708 (0x25477BFC) approx BBs exec'd 0 ====
-
- 0x25477BFC: 93C10038 stw r30,56(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x38, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25477C00: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x25477C04: 9261000C stw r19,12(r1)
- 8: GETL R19, t6
- 9: GETL R1, t8
- 10: ADDL $0xC, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x25477C08: 90810044 stw r4,68(r1)
- 13: GETL R4, t10
- 14: GETL R1, t12
- 15: ADDL $0x44, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x25477C0C: 7D800026 mfcr r12
- 18: GETL CR, t14
- 19: PUTL t14, R12
- 20: INCEIPL $4
-
- 0x25477C10: 92E1001C stw r23,28(r1)
- 21: GETL R23, t16
- 22: GETL R1, t18
- 23: ADDL $0x1C, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0x25477C14: 7C771B78 or r23,r3,r3
- 26: GETL R3, t20
- 27: PUTL t20, R23
- 28: INCEIPL $4
-
- 0x25477C18: 827E04F4 lwz r19,1268(r30)
- 29: GETL R30, t22
- 30: ADDL $0x4F4, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R19
- 33: INCEIPL $4
-
- 0x25477C1C: 92810010 stw r20,16(r1)
- 34: GETL R20, t26
- 35: GETL R1, t28
- 36: ADDL $0x10, t28
- 37: STL t26, (t28)
- 38: INCEIPL $4
-
- 0x25477C20: 80130000 lwz r0,0(r19)
- 39: GETL R19, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R0
- 42: INCEIPL $4
-
- 0x25477C24: 92A10014 stw r21,20(r1)
- 43: GETL R21, t34
- 44: GETL R1, t36
- 45: ADDL $0x14, t36
- 46: STL t34, (t36)
- 47: INCEIPL $4
-
- 0x25477C28: 70090001 andi. r9,r0,0x1
- 48: GETL R0, t38
- 49: ANDL $0x1, t38
- 50: PUTL t38, R9
- 51: CMP0L t38, t40 (-rSo)
- 52: ICRFL t40, $0x0, CR
- 53: INCEIPL $4
-
- 0x25477C2C: 92C10018 stw r22,24(r1)
- 54: GETL R22, t42
- 55: GETL R1, t44
- 56: ADDL $0x18, t44
- 57: STL t42, (t44)
- 58: INCEIPL $4
-
- 0x25477C30: 93010020 stw r24,32(r1)
- 59: GETL R24, t46
- 60: GETL R1, t48
- 61: ADDL $0x20, t48
- 62: STL t46, (t48)
- 63: INCEIPL $4
-
- 0x25477C34: 93210024 stw r25,36(r1)
- 64: GETL R25, t50
- 65: GETL R1, t52
- 66: ADDL $0x24, t52
- 67: STL t50, (t52)
- 68: INCEIPL $4
-
- 0x25477C38: 93410028 stw r26,40(r1)
- 69: GETL R26, t54
- 70: GETL R1, t56
- 71: ADDL $0x28, t56
- 72: STL t54, (t56)
- 73: INCEIPL $4
-
- 0x25477C3C: 9361002C stw r27,44(r1)
- 74: GETL R27, t58
- 75: GETL R1, t60
- 76: ADDL $0x2C, t60
- 77: STL t58, (t60)
- 78: INCEIPL $4
-
- 0x25477C40: 93810030 stw r28,48(r1)
- 79: GETL R28, t62
- 80: GETL R1, t64
- 81: ADDL $0x30, t64
- 82: STL t62, (t64)
- 83: INCEIPL $4
-
- 0x25477C44: 93A10034 stw r29,52(r1)
- 84: GETL R29, t66
- 85: GETL R1, t68
- 86: ADDL $0x34, t68
- 87: STL t66, (t68)
- 88: INCEIPL $4
-
- 0x25477C48: 93E1003C stw r31,60(r1)
- 89: GETL R31, t70
- 90: GETL R1, t72
- 91: ADDL $0x3C, t72
- 92: STL t70, (t72)
- 93: INCEIPL $4
-
- 0x25477C4C: 91810008 stw r12,8(r1)
- 94: GETL R12, t74
- 95: GETL R1, t76
- 96: ADDL $0x8, t76
- 97: STL t74, (t76)
- 98: INCEIPL $4
-
- 0x25477C50: 4082037C bc 4,2,0x25477FCC
- 99: Jc02o $0x25477FCC
-
-
-
-. 708 25477BFC 88
-. 93 C1 00 38 7F C8 02 A6 92 61 00 0C 90 81 00 44 7D 80 00 26 92 E1 00 1C 7C 77 1B 78 82 7E 04 F4 92 81 00 10 80 13 00 00 92 A1 00 14 70 09 00 01 92 C1 00 18 93 01 00 20 93 21 00 24 93 41 00 28 93 61 00 2C 93 81 00 30 93 A1 00 34 93 E1 00 3C 91 81 00 08 40 82 03 7C
-==== BB 709 (0x25477C54) approx BBs exec'd 0 ====
-
- 0x25477C54: 82DE0254 lwz r22,596(r30)
- 0: GETL R30, t0
- 1: ADDL $0x254, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R22
- 4: INCEIPL $4
-
- 0x25477C58: 80760000 lwz r3,0(r22)
- 5: GETL R22, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R3
- 8: INCEIPL $4
-
- 0x25477C5C: 2F830000 cmpi cr7,r3,0
- 9: GETL R3, t8
- 10: CMP0L t8, t10 (-rSo)
- 11: ICRFL t10, $0x7, CR
- 12: INCEIPL $4
-
- 0x25477C60: 419E00FC bc 12,30,0x25477D5C
- 13: Js30o $0x25477D5C
-
-
-
-. 709 25477C54 16
-. 82 DE 02 54 80 76 00 00 2F 83 00 00 41 9E 00 FC
-==== BB 710 (0x25477D5C) approx BBs exec'd 0 ====
-
- 0x25477D5C: 807E0260 lwz r3,608(r30)
- 0: GETL R30, t0
- 1: ADDL $0x260, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x25477D60: 38A00001 li r5,1
- 5: MOVL $0x1, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x25477D64: 809E025C lwz r4,604(r30)
- 8: GETL R30, t6
- 9: ADDL $0x25C, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R4
- 12: INCEIPL $4
-
- 0x25477D68: 48004245 bl 0x2547BFAC
- 13: MOVL $0x25477D6C, t10
- 14: PUTL t10, LR
- 15: JMPo-c $0x2547BFAC ($4)
-
-
-
-. 710 25477D5C 16
-. 80 7E 02 60 38 A0 00 01 80 9E 02 5C 48 00 42 45
-==== BB 711 _dl_sysdep_read_whole_file(0x2547BFAC) approx BBs exec'd 0 ====
-
- 0x2547BFAC: 7C0802A6 mflr r0
- 0: GETL LR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x2547BFB0: 9421FF60 stwu r1,-160(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFF60, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0x2547BFB4: 93810090 stw r28,144(r1)
- 9: GETL R28, t6
- 10: GETL R1, t8
- 11: ADDL $0x90, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x2547BFB8: 7C9C2378 or r28,r4,r4
- 14: GETL R4, t10
- 15: PUTL t10, R28
- 16: INCEIPL $4
-
- 0x2547BFBC: 38800000 li r4,0
- 17: MOVL $0x0, t12
- 18: PUTL t12, R4
- 19: INCEIPL $4
-
- 0x2547BFC0: 9361008C stw r27,140(r1)
- 20: GETL R27, t14
- 21: GETL R1, t16
- 22: ADDL $0x8C, t16
- 23: STL t14, (t16)
- 24: INCEIPL $4
-
- 0x2547BFC4: 93A10094 stw r29,148(r1)
- 25: GETL R29, t18
- 26: GETL R1, t20
- 27: ADDL $0x94, t20
- 28: STL t18, (t20)
- 29: INCEIPL $4
-
- 0x2547BFC8: 7CBD2B78 or r29,r5,r5
- 30: GETL R5, t22
- 31: PUTL t22, R29
- 32: INCEIPL $4
-
- 0x2547BFCC: 93E1009C stw r31,156(r1)
- 33: GETL R31, t24
- 34: GETL R1, t26
- 35: ADDL $0x9C, t26
- 36: STL t24, (t26)
- 37: INCEIPL $4
-
- 0x2547BFD0: 3B60FFFF li r27,-1
- 38: MOVL $0xFFFFFFFF, t28
- 39: PUTL t28, R27
- 40: INCEIPL $4
-
- 0x2547BFD4: 93C10098 stw r30,152(r1)
- 41: GETL R30, t30
- 42: GETL R1, t32
- 43: ADDL $0x98, t32
- 44: STL t30, (t32)
- 45: INCEIPL $4
-
- 0x2547BFD8: 900100A4 stw r0,164(r1)
- 46: GETL R0, t34
- 47: GETL R1, t36
- 48: ADDL $0xA4, t36
- 49: STL t34, (t36)
- 50: INCEIPL $4
-
- 0x2547BFDC: 48006005 bl 0x25481FE0
- 51: MOVL $0x2547BFE0, t38
- 52: PUTL t38, LR
- 53: JMPo-c $0x25481FE0 ($4)
-
-
-
-. 711 2547BFAC 52
-. 7C 08 02 A6 94 21 FF 60 93 81 00 90 7C 9C 23 78 38 80 00 00 93 61 00 8C 93 A1 00 94 7C BD 2B 78 93 E1 00 9C 3B 60 FF FF 93 C1 00 98 90 01 00 A4 48 00 60 05
-==== BB 712 (0x2547BFE0) approx BBs exec'd 0 ====
-
- 0x2547BFE0: 7C7F1B79 or. r31,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R31
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x2547BFE4: 38A10010 addi r5,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x2547BFE8: 38600003 li r3,3
- 9: MOVL $0x3, t6
- 10: PUTL t6, R3
- 11: INCEIPL $4
-
- 0x2547BFEC: 7FE4FB78 or r4,r31,r31
- 12: GETL R31, t8
- 13: PUTL t8, R4
- 14: INCEIPL $4
-
- 0x2547BFF0: 41800040 bc 12,0,0x2547C030
- 15: Js00o $0x2547C030
-
-
-
-. 712 2547BFE0 20
-. 7C 7F 1B 79 38 A1 00 10 38 60 00 03 7F E4 FB 78 41 80 00 40
-==== BB 713 (0x2547BFF4) approx BBs exec'd 0 ====
-
- 0x2547BFF4: 48005EB1 bl 0x25481EA4
- 0: MOVL $0x2547BFF8, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x25481EA4 ($4)
-
-
-
-. 713 2547BFF4 4
-. 48 00 5E B1
-==== BB 714 (0x2547BFF8) approx BBs exec'd 0 ====
-
- 0x2547BFF8: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x2547BFFC: 419C002C bc 12,28,0x2547C028
- 4: Js28o $0x2547C028
-
-
-
-. 714 2547BFF8 8
-. 2F 83 00 00 41 9C 00 2C
-==== BB 715 (0x2547C000) approx BBs exec'd 0 ====
-
- 0x2547C000: 81210044 lwz r9,68(r1)
- 0: GETL R1, t0
- 1: ADDL $0x44, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x2547C004: 7FA5EB78 or r5,r29,r29
- 5: GETL R29, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x2547C008: 38C00002 li r6,2
- 8: MOVL $0x2, t6
- 9: PUTL t6, R6
- 10: INCEIPL $4
-
- 0x2547C00C: 7FE7FB78 or r7,r31,r31
- 11: GETL R31, t8
- 12: PUTL t8, R7
- 13: INCEIPL $4
-
- 0x2547C010: 2C890000 cmpi cr1,r9,0
- 14: GETL R9, t10
- 15: CMP0L t10, t12 (-rSo)
- 16: ICRFL t12, $0x1, CR
- 17: INCEIPL $4
-
- 0x2547C014: 7D244B78 or r4,r9,r9
- 18: GETL R9, t14
- 19: PUTL t14, R4
- 20: INCEIPL $4
-
- 0x2547C018: 39000000 li r8,0
- 21: MOVL $0x0, t16
- 22: PUTL t16, R8
- 23: INCEIPL $4
-
- 0x2547C01C: 38600000 li r3,0
- 24: MOVL $0x0, t18
- 25: PUTL t18, R3
- 26: INCEIPL $4
-
- 0x2547C020: 913C0000 stw r9,0(r28)
- 27: GETL R9, t20
- 28: GETL R28, t22
- 29: STL t20, (t22)
- 30: INCEIPL $4
-
- 0x2547C024: 40860034 bc 4,6,0x2547C058
- 31: Jc06o $0x2547C058
-
-
-
-. 715 2547C000 40
-. 81 21 00 44 7F A5 EB 78 38 C0 00 02 7F E7 FB 78 2C 89 00 00 7D 24 4B 78 39 00 00 00 38 60 00 00 91 3C 00 00 40 86 00 34
-==== BB 716 (0x2547C058) approx BBs exec'd 0 ====
-
- 0x2547C058: 48006741 bl 0x25482798
- 0: MOVL $0x2547C05C, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x25482798 ($4)
-
-
-
-. 716 2547C058 4
-. 48 00 67 41
-==== BB 717 (0x2547C05C) approx BBs exec'd 0 ====
-
- 0x2547C05C: 7C7B1B78 or r27,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R27
- 2: INCEIPL $4
-
- 0x2547C060: 4BFFFFC8 b 0x2547C028
- 3: JMPo $0x2547C028 ($4)
-
-
-
-. 717 2547C05C 8
-. 7C 7B 1B 78 4B FF FF C8
-==== BB 718 (0x2547C028) approx BBs exec'd 0 ====
-
- 0x2547C028: 7FE3FB78 or r3,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x2547C02C: 48005FC5 bl 0x25481FF0
- 3: MOVL $0x2547C030, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0x25481FF0 ($4)
-
-
-
-. 718 2547C028 8
-. 7F E3 FB 78 48 00 5F C5
-==== BB 719 (0x2547C030) approx BBs exec'd 0 ====
-
- 0x2547C030: 808100A4 lwz r4,164(r1)
- 0: GETL R1, t0
- 1: ADDL $0xA4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x2547C034: 7F63DB78 or r3,r27,r27
- 5: GETL R27, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x2547C038: 83810090 lwz r28,144(r1)
- 8: GETL R1, t6
- 9: ADDL $0x90, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R28
- 12: INCEIPL $4
-
- 0x2547C03C: 8361008C lwz r27,140(r1)
- 13: GETL R1, t10
- 14: ADDL $0x8C, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R27
- 17: INCEIPL $4
-
- 0x2547C040: 7C8803A6 mtlr r4
- 18: GETL R4, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0x2547C044: 83A10094 lwz r29,148(r1)
- 21: GETL R1, t16
- 22: ADDL $0x94, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R29
- 25: INCEIPL $4
-
- 0x2547C048: 83C10098 lwz r30,152(r1)
- 26: GETL R1, t20
- 27: ADDL $0x98, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R30
- 30: INCEIPL $4
-
- 0x2547C04C: 83E1009C lwz r31,156(r1)
- 31: GETL R1, t24
- 32: ADDL $0x9C, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R31
- 35: INCEIPL $4
-
- 0x2547C050: 382100A0 addi r1,r1,160
- 36: GETL R1, t28
- 37: ADDL $0xA0, t28
- 38: PUTL t28, R1
- 39: INCEIPL $4
-
- 0x2547C054: 4E800020 blr
- 40: GETL LR, t30
- 41: JMPo-r t30 ($4)
-
-
-
-. 719 2547C030 40
-. 80 81 00 A4 7F 63 DB 78 83 81 00 90 83 61 00 8C 7C 88 03 A6 83 A1 00 94 83 C1 00 98 83 E1 00 9C 38 21 00 A0 4E 80 00 20
-==== BB 720 (0x25477D6C) approx BBs exec'd 0 ====
-
- 0x25477D6C: 2E03FFFF cmpi cr4,r3,-1
- 0: GETL R3, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x4, CR
- 4: INCEIPL $4
-
- 0x25477D70: 7C7F1B78 or r31,r3,r3
- 5: GETL R3, t6
- 6: PUTL t6, R31
- 7: INCEIPL $4
-
- 0x25477D74: 41920154 bc 12,18,0x25477EC8
- 8: Js18o $0x25477EC8
-
-
-
-. 720 25477D6C 12
-. 2E 03 FF FF 7C 7F 1B 78 41 92 01 54
-==== BB 721 (0x25477D78) approx BBs exec'd 0 ====
-
- 0x25477D78: 813E025C lwz r9,604(r30)
- 0: GETL R30, t0
- 1: ADDL $0x25C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25477D7C: 83A90000 lwz r29,0(r9)
- 5: GETL R9, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R29
- 8: INCEIPL $4
-
- 0x25477D80: 289D0010 cmpli cr1,r29,16
- 9: GETL R29, t8
- 10: MOVL $0x10, t12
- 11: CMPUL t8, t12, t10 (-rSo)
- 12: ICRFL t10, $0x1, CR
- 13: INCEIPL $4
-
- 0x25477D84: 408500E8 bc 4,5,0x25477E6C
- 14: Jc05o $0x25477E6C
-
-
-
-. 721 25477D78 16
-. 81 3E 02 5C 83 A9 00 00 28 9D 00 10 40 85 00 E8
-==== BB 722 (0x25477D88) approx BBs exec'd 0 ====
-
- 0x25477D88: 809E0264 lwz r4,612(r30)
- 0: GETL R30, t0
- 1: ADDL $0x264, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x25477D8C: 38A0000B li r5,11
- 5: MOVL $0xB, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x25477D90: 4800B509 bl 0x25483298
- 8: MOVL $0x25477D94, t6
- 9: PUTL t6, LR
- 10: JMPo-c $0x25483298 ($4)
-
-
-
-. 722 25477D88 12
-. 80 9E 02 64 38 A0 00 0B 48 00 B5 09
-==== BB 723 (0x25477D94) approx BBs exec'd 0 ====
-
- 0x25477D94: 2F030000 cmpi cr6,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x25477D98: 409A00D4 bc 4,26,0x25477E6C
- 4: Jc26o $0x25477E6C
-
-
-
-. 723 25477D94 8
-. 2F 03 00 00 40 9A 00 D4
-==== BB 724 (0x25477D9C) approx BBs exec'd 0 ====
-
- 0x25477D9C: 815F000C lwz r10,12(r31)
- 0: GETL R31, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x25477DA0: 93F60000 stw r31,0(r22)
- 5: GETL R31, t4
- 6: GETL R22, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0x25477DA4: 1D0A000C mulli r8,r10,12
- 9: GETL R10, t8
- 10: MULL $0xC, t8
- 11: PUTL t8, R8
- 12: INCEIPL $4
-
- 0x25477DA8: 839E0258 lwz r28,600(r30)
- 13: GETL R30, t10
- 14: ADDL $0x258, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R28
- 17: INCEIPL $4
-
- 0x25477DAC: 38E80017 addi r7,r8,23
- 18: GETL R8, t14
- 19: ADDL $0x17, t14
- 20: PUTL t14, R7
- 21: INCEIPL $4
-
- 0x25477DB0: 54E50038 rlwinm r5,r7,0,0,28
- 22: GETL R7, t16
- 23: ANDL $0xFFFFFFF8, t16
- 24: PUTL t16, R5
- 25: INCEIPL $4
-
- 0x25477DB4: 38C50030 addi r6,r5,48
- 26: GETL R5, t18
- 27: ADDL $0x30, t18
- 28: PUTL t18, R6
- 29: INCEIPL $4
-
- 0x25477DB8: 7C7F2A14 add r3,r31,r5
- 30: GETL R31, t20
- 31: GETL R5, t22
- 32: ADDL t20, t22
- 33: PUTL t22, R3
- 34: INCEIPL $4
-
- 0x25477DBC: 7E06E840 cmpl cr4,r6,r29
- 35: GETL R6, t24
- 36: GETL R29, t26
- 37: CMPUL t24, t26, t28 (-rSo)
- 38: ICRFL t28, $0x4, CR
- 39: INCEIPL $4
-
- 0x25477DC0: 4191001C bc 12,17,0x25477DDC
- 40: Js17o $0x25477DDC
-
-
-
-. 724 25477D9C 40
-. 81 5F 00 0C 93 F6 00 00 1D 0A 00 0C 83 9E 02 58 38 E8 00 17 54 E5 00 38 38 C5 00 30 7C 7F 2A 14 7E 06 E8 40 41 91 00 1C
-==== BB 725 (0x25477DC4) approx BBs exec'd 0 ====
-
- 0x25477DC4: 809E0268 lwz r4,616(r30)
- 0: GETL R30, t0
- 1: ADDL $0x268, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x25477DC8: 38A00014 li r5,20
- 5: MOVL $0x14, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x25477DCC: 907C0000 stw r3,0(r28)
- 8: GETL R3, t6
- 9: GETL R28, t8
- 10: STL t6, (t8)
- 11: INCEIPL $4
-
- 0x25477DD0: 4800B4C9 bl 0x25483298
- 12: MOVL $0x25477DD4, t10
- 13: PUTL t10, LR
- 14: JMPo-c $0x25483298 ($4)
-
-
-
-. 725 25477DC4 16
-. 80 9E 02 68 38 A0 00 14 90 7C 00 00 48 00 B4 C9
-==== BB 726 (0x254832B8) approx BBs exec'd 0 ====
-
- 0x254832B8: 548007BE rlwinm r0,r4,0,30,31
- 0: GETL R4, t0
- 1: ANDL $0x3, t0
- 2: PUTL t0, R0
- 3: INCEIPL $4
-
- 0x254832BC: 2C000000 cmpi cr0,r0,0
- 4: GETL R0, t2
- 5: CMP0L t2, t4 (-rSo)
- 6: ICRFL t4, $0x0, CR
- 7: INCEIPL $4
-
- 0x254832C0: 4182002C bc 12,2,0x254832EC
- 8: Js02o $0x254832EC
-
-
-
-. 726 254832B8 12
-. 54 80 07 BE 2C 00 00 00 41 82 00 2C
-==== BB 727 (0x254832EC) approx BBs exec'd 0 ====
-
- 0x254832EC: 556907BE rlwinm r9,r11,0,30,31
- 0: GETL R11, t0
- 1: ANDL $0x3, t0
- 2: PUTL t0, R9
- 3: INCEIPL $4
-
- 0x254832F0: 2F090000 cmpi cr6,r9,0
- 4: GETL R9, t2
- 5: CMP0L t2, t4 (-rSo)
- 6: ICRFL t4, $0x6, CR
- 7: INCEIPL $4
-
- 0x254832F4: 409A00C0 bc 4,26,0x254833B4
- 8: Jc26o $0x254833B4
-
-
-
-. 727 254832EC 12
-. 55 69 07 BE 2F 09 00 00 40 9A 00 C0
-==== BB 728 (0x254832F8) approx BBs exec'd 0 ====
-
- 0x254832F8: 54A8F0BE rlwinm r8,r5,30,2,31
- 0: GETL R5, t0
- 1: SHRL $0x2, t0
- 2: PUTL t0, R8
- 3: INCEIPL $4
-
- 0x254832FC: 7D6A5B78 or r10,r11,r11
- 4: GETL R11, t2
- 5: PUTL t2, R10
- 6: INCEIPL $4
-
- 0x25483300: 550007BE rlwinm r0,r8,0,30,31
- 7: GETL R8, t4
- 8: ANDL $0x3, t4
- 9: PUTL t4, R0
- 10: INCEIPL $4
-
- 0x25483304: 7C892378 or r9,r4,r4
- 11: GETL R4, t6
- 12: PUTL t6, R9
- 13: INCEIPL $4
-
- 0x25483308: 2F800001 cmpi cr7,r0,1
- 14: GETL R0, t8
- 15: MOVL $0x1, t12
- 16: CMPL t8, t12, t10 (-rSo)
- 17: ICRFL t10, $0x7, CR
- 18: INCEIPL $4
-
- 0x2548330C: 419E0150 bc 12,30,0x2548345C
- 19: Js30o $0x2548345C
-
-
-
-. 728 254832F8 24
-. 54 A8 F0 BE 7D 6A 5B 78 55 00 07 BE 7C 89 23 78 2F 80 00 01 41 9E 01 50
-==== BB 729 (0x2548345C) approx BBs exec'd 0 ====
-
- 0x2548345C: 806B0000 lwz r3,0(r11)
- 0: GETL R11, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0x25483460: 3908FFFF addi r8,r8,-1
- 4: GETL R8, t4
- 5: ADDL $0xFFFFFFFF, t4
- 6: PUTL t4, R8
- 7: INCEIPL $4
-
- 0x25483464: 80C40000 lwz r6,0(r4)
- 8: GETL R4, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R6
- 11: INCEIPL $4
-
- 0x25483468: 394B0004 addi r10,r11,4
- 12: GETL R11, t10
- 13: ADDL $0x4, t10
- 14: PUTL t10, R10
- 15: INCEIPL $4
-
- 0x2548346C: 39240004 addi r9,r4,4
- 16: GETL R4, t12
- 17: ADDL $0x4, t12
- 18: PUTL t12, R9
- 19: INCEIPL $4
-
- 0x25483470: 7F033000 cmp cr6,r3,r6
- 20: GETL R3, t14
- 21: GETL R6, t16
- 22: CMPL t14, t16, t18 (-rSo)
- 23: ICRFL t18, $0x6, CR
- 24: INCEIPL $4
-
- 0x25483474: 80EA0000 lwz r7,0(r10)
- 25: GETL R10, t20
- 26: LDL (t20), t22
- 27: PUTL t22, R7
- 28: INCEIPL $4
-
- 0x25483478: 80090000 lwz r0,0(r9)
- 29: GETL R9, t24
- 30: LDL (t24), t26
- 31: PUTL t26, R0
- 32: INCEIPL $4
-
- 0x2548347C: 419A00C8 bc 12,26,0x25483544
- 33: Js26o $0x25483544
-
-
-
-. 729 2548345C 36
-. 80 6B 00 00 39 08 FF FF 80 C4 00 00 39 4B 00 04 39 24 00 04 7F 03 30 00 80 EA 00 00 80 09 00 00 41 9A 00 C8
-==== BB 730 (0x25483544) approx BBs exec'd 0 ====
-
- 0x25483544: 7F870000 cmp cr7,r7,r0
- 0: GETL R7, t0
- 1: GETL R0, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x7, CR
- 4: INCEIPL $4
-
- 0x25483548: 806A0004 lwz r3,4(r10)
- 5: GETL R10, t6
- 6: ADDL $0x4, t6
- 7: LDL (t6), t8
- 8: PUTL t8, R3
- 9: INCEIPL $4
-
- 0x2548354C: 80C90004 lwz r6,4(r9)
- 10: GETL R9, t10
- 11: ADDL $0x4, t10
- 12: LDL (t10), t12
- 13: PUTL t12, R6
- 14: INCEIPL $4
-
- 0x25483550: 409EFDF4 bc 4,30,0x25483344
- 15: Jc30o $0x25483344
-
-
-
-. 730 25483544 16
-. 7F 87 00 00 80 6A 00 04 80 C9 00 04 40 9E FD F4
-==== BB 731 (0x25483554) approx BBs exec'd 0 ====
-
- 0x25483554: 7C033000 cmp cr0,r3,r6
- 0: GETL R3, t0
- 1: GETL R6, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x0, CR
- 4: INCEIPL $4
-
- 0x25483558: 80EA0008 lwz r7,8(r10)
- 5: GETL R10, t6
- 6: ADDL $0x8, t6
- 7: LDL (t6), t8
- 8: PUTL t8, R7
- 9: INCEIPL $4
-
- 0x2548355C: 80090008 lwz r0,8(r9)
- 10: GETL R9, t10
- 11: ADDL $0x8, t10
- 12: LDL (t10), t12
- 13: PUTL t12, R0
- 14: INCEIPL $4
-
- 0x25483560: 41A2FDD4 bc 13,2,0x25483334
- 15: Js02o $0x25483334
-
-
-
-. 731 25483554 16
-. 7C 03 30 00 80 EA 00 08 80 09 00 08 41 A2 FD D4
-==== BB 732 (0x25483334) approx BBs exec'd 0 ====
-
- 0x25483334: 7C870000 cmp cr1,r7,r0
- 0: GETL R7, t0
- 1: GETL R0, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x1, CR
- 4: INCEIPL $4
-
- 0x25483338: 806A000C lwz r3,12(r10)
- 5: GETL R10, t6
- 6: ADDL $0xC, t6
- 7: LDL (t6), t8
- 8: PUTL t8, R3
- 9: INCEIPL $4
-
- 0x2548333C: 80C9000C lwz r6,12(r9)
- 10: GETL R9, t10
- 11: ADDL $0xC, t10
- 12: LDL (t10), t12
- 13: PUTL t12, R6
- 14: INCEIPL $4
-
- 0x25483340: 41860148 bc 12,6,0x25483488
- 15: Js06o $0x25483488
-
-
-
-. 732 25483334 16
-. 7C 87 00 00 80 6A 00 0C 80 C9 00 0C 41 86 01 48
-==== BB 733 (0x25483488) approx BBs exec'd 0 ====
-
- 0x25483488: 3908FFFC addi r8,r8,-4
- 0: GETL R8, t0
- 1: ADDL $0xFFFFFFFC, t0
- 2: PUTL t0, R8
- 3: INCEIPL $4
-
- 0x2548348C: 394A0010 addi r10,r10,16
- 4: GETL R10, t2
- 5: ADDL $0x10, t2
- 6: PUTL t2, R10
- 7: INCEIPL $4
-
- 0x25483490: 2F080000 cmpi cr6,r8,0
- 8: GETL R8, t4
- 9: CMP0L t4, t6 (-rSo)
- 10: ICRFL t6, $0x6, CR
- 11: INCEIPL $4
-
- 0x25483494: 39290010 addi r9,r9,16
- 12: GETL R9, t8
- 13: ADDL $0x10, t8
- 14: PUTL t8, R9
- 15: INCEIPL $4
-
- 0x25483498: 40BAFFD8 bc 5,26,0x25483470
- 16: Jc26o $0x25483470
-
-
-
-. 733 25483488 20
-. 39 08 FF FC 39 4A 00 10 2F 08 00 00 39 29 00 10 40 BA FF D8
-==== BB 734 (0x2548349C) approx BBs exec'd 0 ====
-
- 0x2548349C: 7F833000 cmp cr7,r3,r6
- 0: GETL R3, t0
- 1: GETL R6, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x7, CR
- 4: INCEIPL $4
-
- 0x254834A0: 7C033010 subfc r0,r3,r6
- 5: GETL R3, t6
- 6: GETL R6, t8
- 7: SBBL t6, t8 (-wCa)
- 8: PUTL t8, R0
- 9: INCEIPL $4
-
- 0x254834A4: 7C000110 subfe r0,r0,r0
- 10: GETL R0, t10
- 11: GETL R0, t12
- 12: SBBL t10, t12 (-rCa-wCa)
- 13: PUTL t12, R0
- 14: INCEIPL $4
-
- 0x254834A8: 7C0003B8 nand r0,r0,r0
- 15: GETL R0, t14
- 16: GETL R0, t16
- 17: ANDL t14, t16
- 18: NOTL t16
- 19: PUTL t16, R0
- 20: INCEIPL $4
-
- 0x254834AC: 60000001 ori r0,r0,0x1
- 21: GETL R0, t18
- 22: ORL $0x1, t18
- 23: PUTL t18, R0
- 24: INCEIPL $4
-
- 0x254834B0: 409EFEA4 bc 4,30,0x25483354
- 25: Jc30o $0x25483354
-
-
-
-. 734 2548349C 24
-. 7F 83 30 00 7C 03 30 10 7C 00 01 10 7C 00 03 B8 60 00 00 01 40 9E FE A4
-==== BB 735 (0x254834B4) approx BBs exec'd 0 ====
-
- 0x254834B4: 38000000 li r0,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x254834B8: 4BFFFE9C b 0x25483354
- 3: JMPo $0x25483354 ($4)
-
-
-
-. 735 254834B4 8
-. 38 00 00 00 4B FF FE 9C
-==== BB 736 (0x25483354) approx BBs exec'd 0 ====
-
- 0x25483354: 2F800000 cmpi cr7,r0,0
- 0: GETL R0, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x25483358: 7C030378 or r3,r0,r0
- 4: GETL R0, t4
- 5: PUTL t4, R3
- 6: INCEIPL $4
-
- 0x2548335C: 409E0040 bc 4,30,0x2548339C
- 7: Jc30o $0x2548339C
-
-
-
-. 736 25483354 12
-. 2F 80 00 00 7C 03 03 78 40 9E 00 40
-==== BB 737 (0x25483360) approx BBs exec'd 0 ====
-
- 0x25483360: 54BC003A rlwinm r28,r5,0,0,29
- 0: GETL R5, t0
- 1: ANDL $0xFFFFFFFC, t0
- 2: PUTL t0, R28
- 3: INCEIPL $4
-
- 0x25483364: 54A507BE rlwinm r5,r5,0,30,31
- 4: GETL R5, t2
- 5: ANDL $0x3, t2
- 6: PUTL t2, R5
- 7: INCEIPL $4
-
- 0x25483368: 7C84E214 add r4,r4,r28
- 8: GETL R4, t4
- 9: GETL R28, t6
- 10: ADDL t4, t6
- 11: PUTL t6, R4
- 12: INCEIPL $4
-
- 0x2548336C: 7D6BE214 add r11,r11,r28
- 13: GETL R11, t8
- 14: GETL R28, t10
- 15: ADDL t8, t10
- 16: PUTL t10, R11
- 17: INCEIPL $4
-
- 0x25483370: 2C050000 cmpi cr0,r5,0
- 18: GETL R5, t12
- 19: CMP0L t12, t14 (-rSo)
- 20: ICRFL t14, $0x0, CR
- 21: INCEIPL $4
-
- 0x25483374: 41820024 bc 12,2,0x25483398
- 22: Js02o $0x25483398
-
-
-
-. 737 25483360 24
-. 54 BC 00 3A 54 A5 07 BE 7C 84 E2 14 7D 6B E2 14 2C 05 00 00 41 82 00 24
-==== BB 738 (0x25477DD4) approx BBs exec'd 0 ====
-
- 0x25477DD4: 2C030000 cmpi cr0,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0x25477DD8: 41A2FE8C bc 13,2,0x25477C64
- 4: Js02o $0x25477C64
-
-
-
-. 738 25477DD4 8
-. 2C 03 00 00 41 A2 FE 8C
-==== BB 739 (0x25477C64) approx BBs exec'd 0 ====
-
- 0x25477C64: 81560000 lwz r10,0(r22)
- 0: GETL R22, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R10
- 3: INCEIPL $4
-
- 0x25477C68: 38600000 li r3,0
- 4: MOVL $0x0, t4
- 5: PUTL t4, R3
- 6: INCEIPL $4
-
- 0x25477C6C: 2F0AFFFF cmpi cr6,r10,-1
- 7: GETL R10, t6
- 8: MOVL $0xFFFFFFFF, t10
- 9: CMPL t6, t10, t8 (-rSo)
- 10: ICRFL t8, $0x6, CR
- 11: INCEIPL $4
-
- 0x25477C70: 419A0094 bc 12,26,0x25477D04
- 12: Js26o $0x25477D04
-
-
-
-. 739 25477C64 16
-. 81 56 00 00 38 60 00 00 2F 0A FF FF 41 9A 00 94
-==== BB 740 (0x25477C74) approx BBs exec'd 0 ====
-
- 0x25477C74: 831E0258 lwz r24,600(r30)
- 0: GETL R30, t0
- 1: ADDL $0x258, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R24
- 4: INCEIPL $4
-
- 0x25477C78: 3AA00000 li r21,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R21
- 7: INCEIPL $4
-
- 0x25477C7C: 83780000 lwz r27,0(r24)
- 8: GETL R24, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R27
- 11: INCEIPL $4
-
- 0x25477C80: 2E1BFFFF cmpi cr4,r27,-1
- 12: GETL R27, t10
- 13: MOVL $0xFFFFFFFF, t14
- 14: CMPL t10, t14, t12 (-rSo)
- 15: ICRFL t12, $0x4, CR
- 16: INCEIPL $4
-
- 0x25477C84: 41920164 bc 12,18,0x25477DE8
- 17: Js18o $0x25477DE8
-
-
-
-. 740 25477C74 20
-. 83 1E 02 58 3A A0 00 00 83 78 00 00 2E 1B FF FF 41 92 01 64
-==== BB 741 (0x25477C88) approx BBs exec'd 0 ====
-
- 0x25477C88: 83FB0014 lwz r31,20(r27)
- 0: GETL R27, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R31
- 4: INCEIPL $4
-
- 0x25477C8C: 839E025C lwz r28,604(r30)
- 5: GETL R30, t4
- 6: ADDL $0x25C, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R28
- 9: INCEIPL $4
-
- 0x25477C90: 3B5FFFFF addi r26,r31,-1
- 10: GETL R31, t8
- 11: ADDL $0xFFFFFFFF, t8
- 12: PUTL t8, R26
- 13: INCEIPL $4
-
- 0x25477C94: 7F95D000 cmp cr7,r21,r26
- 14: GETL R21, t10
- 15: GETL R26, t12
- 16: CMPL t10, t12, t14 (-rSo)
- 17: ICRFL t14, $0x7, CR
- 18: INCEIPL $4
-
- 0x25477C98: 83BC0000 lwz r29,0(r28)
- 19: GETL R28, t16
- 20: LDL (t16), t18
- 21: PUTL t18, R29
- 22: INCEIPL $4
-
- 0x25477C9C: 3B800000 li r28,0
- 23: MOVL $0x0, t20
- 24: PUTL t20, R28
- 25: INCEIPL $4
-
- 0x25477CA0: 7ECAEA14 add r22,r10,r29
- 26: GETL R10, t22
- 27: GETL R29, t24
- 28: ADDL t22, t24
- 29: PUTL t24, R22
- 30: INCEIPL $4
-
- 0x25477CA4: 7F3BB050 subf r25,r27,r22
- 31: GETL R27, t26
- 32: GETL R22, t28
- 33: SUBL t26, t28
- 34: PUTL t28, R25
- 35: INCEIPL $4
-
- 0x25477CA8: 419D004C bc 12,29,0x25477CF4
- 36: Js29o $0x25477CF4
-
-
-
-. 741 25477C88 36
-. 83 FB 00 14 83 9E 02 5C 3B 5F FF FF 7F 95 D0 00 83 BC 00 00 3B 80 00 00 7E CA EA 14 7F 3B B0 50 41 9D 00 4C
-==== BB 742 (0x25477CAC) approx BBs exec'd 0 ====
-
- 0x25477CAC: 7C7CD214 add r3,r28,r26
- 0: GETL R28, t0
- 1: GETL R26, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x25477CB0: 80980000 lwz r4,0(r24)
- 5: GETL R24, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R4
- 8: INCEIPL $4
-
- 0x25477CB4: 7C7D0E70 srawi r29,r3,1
- 9: GETL R3, t8
- 10: SARL $0x1, t8 (-wCa)
- 11: PUTL t8, R29
- 12: INCEIPL $4
-
- 0x25477CB8: 7FBD0194 addze r29,r29
- 13: GETL R29, t10
- 14: ADCL $0x0, t10 (-rCa-wCa)
- 15: PUTL t10, R29
- 16: INCEIPL $4
-
- 0x25477CBC: 7EE3BB78 or r3,r23,r23
- 17: GETL R23, t12
- 18: PUTL t12, R3
- 19: INCEIPL $4
-
- 0x25477CC0: 1FFD0018 mulli r31,r29,24
- 20: GETL R29, t14
- 21: MULL $0x18, t14
- 22: PUTL t14, R31
- 23: INCEIPL $4
-
- 0x25477CC4: 7D9F2214 add r12,r31,r4
- 24: GETL R31, t16
- 25: GETL R4, t18
- 26: ADDL t16, t18
- 27: PUTL t18, R12
- 28: INCEIPL $4
-
- 0x25477CC8: 800C0034 lwz r0,52(r12)
- 29: GETL R12, t20
- 30: ADDL $0x34, t20
- 31: LDL (t20), t22
- 32: PUTL t22, R0
- 33: INCEIPL $4
-
- 0x25477CCC: 7C00C840 cmpl cr0,r0,r25
- 34: GETL R0, t24
- 35: GETL R25, t26
- 36: CMPUL t24, t26, t28 (-rSo)
- 37: ICRFL t28, $0x0, CR
- 38: INCEIPL $4
-
- 0x25477CD0: 7C9B0214 add r4,r27,r0
- 39: GETL R27, t30
- 40: GETL R0, t32
- 41: ADDL t30, t32
- 42: PUTL t32, R4
- 43: INCEIPL $4
-
- 0x25477CD4: 40800020 bc 4,0,0x25477CF4
- 44: Jc00o $0x25477CF4
-
-
-
-. 742 25477CAC 44
-. 7C 7C D2 14 80 98 00 00 7C 7D 0E 70 7F BD 01 94 7E E3 BB 78 1F FD 00 18 7D 9F 22 14 80 0C 00 34 7C 00 C8 40 7C 9B 02 14 40 80 00 20
-==== BB 743 (0x25477CD8) approx BBs exec'd 0 ====
-
- 0x25477CD8: 4BFFFDFD bl 0x25477AD4
- 0: MOVL $0x25477CDC, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x25477AD4 ($4)
-
-
-
-. 743 25477CD8 4
-. 4B FF FD FD
-==== BB 744 _dl_cache_libcmp(0x25477AD4) approx BBs exec'd 0 ====
-
- 0x25477AD4: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x25477AD8: 7C671B78 or r7,r3,r3
- 6: GETL R3, t4
- 7: PUTL t4, R7
- 8: INCEIPL $4
-
- 0x25477ADC: 89430000 lbz r10,0(r3)
- 9: GETL R3, t6
- 10: LDB (t6), t8
- 11: PUTL t8, R10
- 12: INCEIPL $4
-
- 0x25477AE0: 2F8A0000 cmpi cr7,r10,0
- 13: GETL R10, t10
- 14: CMP0L t10, t12 (-rSo)
- 15: ICRFL t12, $0x7, CR
- 16: INCEIPL $4
-
- 0x25477AE4: 419E00DC bc 12,30,0x25477BC0
- 17: Js30o $0x25477BC0
-
-
-
-. 744 25477AD4 20
-. 94 21 FF F0 7C 67 1B 78 89 43 00 00 2F 8A 00 00 41 9E 00 DC
-==== BB 745 (0x25477AE8) approx BBs exec'd 0 ====
-
- 0x25477AE8: 88640000 lbz r3,0(r4)
- 0: GETL R4, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0x25477AEC: 380AFFD0 addi r0,r10,-48
- 4: GETL R10, t4
- 5: ADDL $0xFFFFFFD0, t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0x25477AF0: 7D4B5378 or r11,r10,r10
- 8: GETL R10, t6
- 9: PUTL t6, R11
- 10: INCEIPL $4
-
- 0x25477AF4: 28000009 cmpli cr0,r0,9
- 11: GETL R0, t8
- 12: MOVL $0x9, t12
- 13: CMPUL t8, t12, t10 (-rSo)
- 14: ICRFL t10, $0x0, CR
- 15: INCEIPL $4
-
- 0x25477AF8: 4181008C bc 12,1,0x25477B84
- 16: Js01o $0x25477B84
-
-
-
-. 745 25477AE8 20
-. 88 64 00 00 38 0A FF D0 7D 4B 53 78 28 00 00 09 41 81 00 8C
-==== BB 746 (0x25477B84) approx BBs exec'd 0 ====
-
- 0x25477B84: 3903FFD0 addi r8,r3,-48
- 0: GETL R3, t0
- 1: ADDL $0xFFFFFFD0, t0
- 2: PUTL t0, R8
- 3: INCEIPL $4
-
- 0x25477B88: 7C601B78 or r0,r3,r3
- 4: GETL R3, t2
- 5: PUTL t2, R0
- 6: INCEIPL $4
-
- 0x25477B8C: 28080009 cmpli cr0,r8,9
- 7: GETL R8, t4
- 8: MOVL $0x9, t8
- 9: CMPUL t4, t8, t6 (-rSo)
- 10: ICRFL t6, $0x0, CR
- 11: INCEIPL $4
-
- 0x25477B90: 40810048 bc 4,1,0x25477BD8
- 12: Jc01o $0x25477BD8
-
-
-
-. 746 25477B84 16
-. 39 03 FF D0 7C 60 1B 78 28 08 00 09 40 81 00 48
-==== BB 747 (0x25477B94) approx BBs exec'd 0 ====
-
- 0x25477B94: 5543063E rlwinm r3,r10,0,24,31
- 0: GETL R10, t0
- 1: ANDL $0xFF, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0x25477B98: 5400063E rlwinm r0,r0,0,24,31
- 4: GETL R0, t2
- 5: ANDL $0xFF, t2
- 6: PUTL t2, R0
- 7: INCEIPL $4
-
- 0x25477B9C: 7C830000 cmp cr1,r3,r0
- 8: GETL R3, t4
- 9: GETL R0, t6
- 10: CMPL t4, t6, t8 (-rSo)
- 11: ICRFL t8, $0x1, CR
- 12: INCEIPL $4
-
- 0x25477BA0: 40860044 bc 4,6,0x25477BE4
- 13: Jc06o $0x25477BE4
-
-
-
-. 747 25477B94 16
-. 55 43 06 3E 54 00 06 3E 7C 83 00 00 40 86 00 44
-==== BB 748 (0x25477BA4) approx BBs exec'd 0 ====
-
- 0x25477BA4: 8D470001 lbzu r10,1(r7)
- 0: GETL R7, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R7
- 3: LDB (t0), t2
- 4: PUTL t2, R10
- 5: INCEIPL $4
-
- 0x25477BA8: 8C640001 lbzu r3,1(r4)
- 6: GETL R4, t4
- 7: ADDL $0x1, t4
- 8: PUTL t4, R4
- 9: LDB (t4), t6
- 10: PUTL t6, R3
- 11: INCEIPL $4
-
- 0x25477BAC: 2F0A0000 cmpi cr6,r10,0
- 12: GETL R10, t8
- 13: CMP0L t8, t10 (-rSo)
- 14: ICRFL t10, $0x6, CR
- 15: INCEIPL $4
-
- 0x25477BB0: 409AFF3C bc 4,26,0x25477AEC
- 16: Jc26o $0x25477AEC
-
-
-
-. 748 25477BA4 16
-. 8D 47 00 01 8C 64 00 01 2F 0A 00 00 40 9A FF 3C
-==== BB 749 (0x25477AEC) approx BBs exec'd 0 ====
-
- 0x25477AEC: 380AFFD0 addi r0,r10,-48
- 0: GETL R10, t0
- 1: ADDL $0xFFFFFFD0, t0
- 2: PUTL t0, R0
- 3: INCEIPL $4
-
- 0x25477AF0: 7D4B5378 or r11,r10,r10
- 4: GETL R10, t2
- 5: PUTL t2, R11
- 6: INCEIPL $4
-
- 0x25477AF4: 28000009 cmpli cr0,r0,9
- 7: GETL R0, t4
- 8: MOVL $0x9, t8
- 9: CMPUL t4, t8, t6 (-rSo)
- 10: ICRFL t6, $0x0, CR
- 11: INCEIPL $4
-
- 0x25477AF8: 4181008C bc 12,1,0x25477B84
- 12: Js01o $0x25477B84
-
-
-
-. 749 25477AEC 16
-. 38 0A FF D0 7D 4B 53 78 28 00 00 09 41 81 00 8C
-==== BB 750 (0x25477BE4) approx BBs exec'd 0 ====
-
- 0x25477BE4: 7C601850 subf r3,r0,r3
- 0: GETL R0, t0
- 1: GETL R3, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x25477BE8: 38210010 addi r1,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R1
- 8: INCEIPL $4
-
- 0x25477BEC: 4E800020 blr
- 9: GETL LR, t6
- 10: JMPo-r t6 ($4)
-
-
-
-. 750 25477BE4 12
-. 7C 60 18 50 38 21 00 10 4E 80 00 20
-==== BB 751 (0x25477CDC) approx BBs exec'd 0 ====
-
- 0x25477CDC: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x25477CE0: 419E0214 bc 12,30,0x25477EF4
- 4: Js30o $0x25477EF4
-
-
-
-. 751 25477CDC 8
-. 2F 83 00 00 41 9E 02 14
-==== BB 752 (0x25477CE4) approx BBs exec'd 0 ====
-
- 0x25477CE4: 409C006C bc 4,28,0x25477D50
- 0: Jc28o $0x25477D50
-
-
-
-. 752 25477CE4 4
-. 40 9C 00 6C
-==== BB 753 (0x25477D50) approx BBs exec'd 0 ====
-
- 0x25477D50: 3B5DFFFF addi r26,r29,-1
- 0: GETL R29, t0
- 1: ADDL $0xFFFFFFFF, t0
- 2: PUTL t0, R26
- 3: INCEIPL $4
-
- 0x25477D54: 7F9CD000 cmp cr7,r28,r26
- 4: GETL R28, t2
- 5: GETL R26, t4
- 6: CMPL t2, t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x25477D58: 4BFFFF98 b 0x25477CF0
- 9: JMPo $0x25477CF0 ($4)
-
-
-
-. 753 25477D50 12
-. 3B 5D FF FF 7F 9C D0 00 4B FF FF 98
-==== BB 754 (0x25477CF0) approx BBs exec'd 0 ====
-
- 0x25477CF0: 409DFFBC bc 4,29,0x25477CAC
- 0: Jc29o $0x25477CAC
-
-
-
-. 754 25477CF0 4
-. 40 9D FF BC
-==== BB 755 (0x25477CE8) approx BBs exec'd 0 ====
-
- 0x25477CE8: 3B9D0001 addi r28,r29,1
- 0: GETL R29, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R28
- 3: INCEIPL $4
-
- 0x25477CEC: 7F9CD000 cmp cr7,r28,r26
- 4: GETL R28, t2
- 5: GETL R26, t4
- 6: CMPL t2, t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x25477CF0: 409DFFBC bc 4,29,0x25477CAC
- 9: Jc29o $0x25477CAC
-
-
-
-. 755 25477CE8 12
-. 3B 9D 00 01 7F 9C D0 00 40 9D FF BC
-==== BB 756 (0x25477AFC) approx BBs exec'd 0 ====
-
- 0x25477AFC: 38A3FFD0 addi r5,r3,-48
- 0: GETL R3, t0
- 1: ADDL $0xFFFFFFD0, t0
- 2: PUTL t0, R5
- 3: INCEIPL $4
-
- 0x25477B00: 7C691B78 or r9,r3,r3
- 4: GETL R3, t2
- 5: PUTL t2, R9
- 6: INCEIPL $4
-
- 0x25477B04: 28850009 cmpli cr1,r5,9
- 7: GETL R5, t4
- 8: MOVL $0x9, t8
- 9: CMPUL t4, t8, t6 (-rSo)
- 10: ICRFL t6, $0x1, CR
- 11: INCEIPL $4
-
- 0x25477B08: 418500C4 bc 12,5,0x25477BCC
- 12: Js05o $0x25477BCC
-
-
-
-. 756 25477AFC 16
-. 38 A3 FF D0 7C 69 1B 78 28 85 00 09 41 85 00 C4
-==== BB 757 (0x25477B0C) approx BBs exec'd 0 ====
-
- 0x25477B0C: 8D470001 lbzu r10,1(r7)
- 0: GETL R7, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R7
- 3: LDB (t0), t2
- 4: PUTL t2, R10
- 5: INCEIPL $4
-
- 0x25477B10: 556B063E rlwinm r11,r11,0,24,31
- 6: GETL R11, t4
- 7: ANDL $0xFF, t4
- 8: PUTL t4, R11
- 9: INCEIPL $4
-
- 0x25477B14: 5529063E rlwinm r9,r9,0,24,31
- 10: GETL R9, t6
- 11: ANDL $0xFF, t6
- 12: PUTL t6, R9
- 13: INCEIPL $4
-
- 0x25477B18: 390BFFD0 addi r8,r11,-48
- 14: GETL R11, t8
- 15: ADDL $0xFFFFFFD0, t8
- 16: PUTL t8, R8
- 17: INCEIPL $4
-
- 0x25477B1C: 386AFFD0 addi r3,r10,-48
- 18: GETL R10, t10
- 19: ADDL $0xFFFFFFD0, t10
- 20: PUTL t10, R3
- 21: INCEIPL $4
-
- 0x25477B20: 3969FFD0 addi r11,r9,-48
- 22: GETL R9, t12
- 23: ADDL $0xFFFFFFD0, t12
- 24: PUTL t12, R11
- 25: INCEIPL $4
-
- 0x25477B24: 2B830009 cmpli cr7,r3,9
- 26: GETL R3, t14
- 27: MOVL $0x9, t18
- 28: CMPUL t14, t18, t16 (-rSo)
- 29: ICRFL t16, $0x7, CR
- 30: INCEIPL $4
-
- 0x25477B28: 38840001 addi r4,r4,1
- 31: GETL R4, t20
- 32: ADDL $0x1, t20
- 33: PUTL t20, R4
- 34: INCEIPL $4
-
- 0x25477B2C: 419D0020 bc 12,29,0x25477B4C
- 35: Js29o $0x25477B4C
-
-
-
-. 757 25477B0C 36
-. 8D 47 00 01 55 6B 06 3E 55 29 06 3E 39 0B FF D0 38 6A FF D0 39 69 FF D0 2B 83 00 09 38 84 00 01 41 9D 00 20
-==== BB 758 (0x25477B4C) approx BBs exec'd 0 ====
-
- 0x25477B4C: 88640000 lbz r3,0(r4)
- 0: GETL R4, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0x25477B50: 48000014 b 0x25477B64
- 4: JMPo $0x25477B64 ($4)
-
-
-
-. 758 25477B4C 8
-. 88 64 00 00 48 00 00 14
-==== BB 759 (0x25477B64) approx BBs exec'd 0 ====
-
- 0x25477B64: 38A3FFD0 addi r5,r3,-48
- 0: GETL R3, t0
- 1: ADDL $0xFFFFFFD0, t0
- 2: PUTL t0, R5
- 3: INCEIPL $4
-
- 0x25477B68: 2B050009 cmpli cr6,r5,9
- 4: GETL R5, t2
- 5: MOVL $0x9, t6
- 6: CMPUL t2, t6, t4 (-rSo)
- 7: ICRFL t4, $0x6, CR
- 8: INCEIPL $4
-
- 0x25477B6C: 4099FFE8 bc 4,25,0x25477B54
- 9: Jc25o $0x25477B54
-
-
-
-. 759 25477B64 12
-. 38 A3 FF D0 2B 05 00 09 40 99 FF E8
-==== BB 760 (0x25477B70) approx BBs exec'd 0 ====
-
- 0x25477B70: 7F885800 cmp cr7,r8,r11
- 0: GETL R8, t0
- 1: GETL R11, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x7, CR
- 4: INCEIPL $4
-
- 0x25477B74: 41BE0038 bc 13,30,0x25477BAC
- 5: Js30o $0x25477BAC
-
-
-
-. 760 25477B70 8
-. 7F 88 58 00 41 BE 00 38
-==== BB 761 (0x25477BAC) approx BBs exec'd 0 ====
-
- 0x25477BAC: 2F0A0000 cmpi cr6,r10,0
- 0: GETL R10, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x25477BB0: 409AFF3C bc 4,26,0x25477AEC
- 4: Jc26o $0x25477AEC
-
-
-
-. 761 25477BAC 8
-. 2F 0A 00 00 40 9A FF 3C
-==== BB 762 (0x25477BB4) approx BBs exec'd 0 ====
-
- 0x25477BB4: 7C635050 subf r3,r3,r10
- 0: GETL R3, t0
- 1: GETL R10, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x25477BB8: 38210010 addi r1,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R1
- 8: INCEIPL $4
-
- 0x25477BBC: 4E800020 blr
- 9: GETL LR, t6
- 10: JMPo-r t6 ($4)
-
-
-
-. 762 25477BB4 12
-. 7C 63 50 50 38 21 00 10 4E 80 00 20
-==== BB 763 (0x25477EF4) approx BBs exec'd 0 ====
-
- 0x25477EF4: 2F9D0000 cmpi cr7,r29,0
- 0: GETL R29, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x25477EF8: 7FB6EB78 or r22,r29,r29
- 4: GETL R29, t4
- 5: PUTL t4, R22
- 6: INCEIPL $4
-
- 0x25477EFC: 7FFCFB78 or r28,r31,r31
- 7: GETL R31, t6
- 8: PUTL t6, R28
- 9: INCEIPL $4
-
- 0x25477F00: 41BD0020 bc 13,29,0x25477F20
- 10: Js29o $0x25477F20
-
-
-
-. 763 25477EF4 16
-. 2F 9D 00 00 7F B6 EB 78 7F FC FB 78 41 BD 00 20
-==== BB 764 (0x25477F20) approx BBs exec'd 0 ====
-
- 0x25477F20: 80D80000 lwz r6,0(r24)
- 0: GETL R24, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R6
- 3: INCEIPL $4
-
- 0x25477F24: 7EE3BB78 or r3,r23,r23
- 4: GETL R23, t4
- 5: PUTL t4, R3
- 6: INCEIPL $4
-
- 0x25477F28: 3B9CFFE8 addi r28,r28,-24
- 7: GETL R28, t6
- 8: ADDL $0xFFFFFFE8, t6
- 9: PUTL t6, R28
- 10: INCEIPL $4
-
- 0x25477F2C: 7D3F3214 add r9,r31,r6
- 11: GETL R31, t8
- 12: GETL R6, t10
- 13: ADDL t8, t10
- 14: PUTL t10, R9
- 15: INCEIPL $4
-
- 0x25477F30: 80A9001C lwz r5,28(r9)
- 16: GETL R9, t12
- 17: ADDL $0x1C, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R5
- 20: INCEIPL $4
-
- 0x25477F34: 7C85C840 cmpl cr1,r5,r25
- 21: GETL R5, t16
- 22: GETL R25, t18
- 23: CMPUL t16, t18, t20 (-rSo)
- 24: ICRFL t20, $0x1, CR
- 25: INCEIPL $4
-
- 0x25477F38: 7C9B2A14 add r4,r27,r5
- 26: GETL R27, t22
- 27: GETL R5, t24
- 28: ADDL t22, t24
- 29: PUTL t24, R4
- 30: INCEIPL $4
-
- 0x25477F3C: 4184FFCC bc 12,4,0x25477F08
- 31: Js04o $0x25477F08
-
-
-
-. 764 25477F20 32
-. 80 D8 00 00 7E E3 BB 78 3B 9C FF E8 7D 3F 32 14 80 A9 00 1C 7C 85 C8 40 7C 9B 2A 14 41 84 FF CC
-==== BB 765 (0x25477F08) approx BBs exec'd 0 ====
-
- 0x25477F08: 4BFFFBCD bl 0x25477AD4
- 0: MOVL $0x25477F0C, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x25477AD4 ($4)
-
-
-
-. 765 25477F08 4
-. 4B FF FB CD
-==== BB 766 (0x25477F0C) approx BBs exec'd 0 ====
-
- 0x25477F0C: 2F030000 cmpi cr6,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x25477F10: 409A0030 bc 4,26,0x25477F40
- 4: Jc26o $0x25477F40
-
-
-
-. 766 25477F0C 8
-. 2F 03 00 00 40 9A 00 30
-==== BB 767 (0x25477F14) approx BBs exec'd 0 ====
-
- 0x25477F14: 37BDFFFF addic. r29,r29,-1
- 0: GETL R29, t0
- 1: ADCL $0xFFFFFFFF, t0 (-wCa)
- 2: PUTL t0, R29
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0x25477F18: 7F9FE378 or r31,r28,r28
- 6: GETL R28, t4
- 7: PUTL t4, R31
- 8: INCEIPL $4
-
- 0x25477F1C: 408100A8 bc 4,1,0x25477FC4
- 9: Jc01o $0x25477FC4
-
-
-
-. 767 25477F14 12
-. 37 BD FF FF 7F 9F E3 78 40 81 00 A8
-==== BB 768 (0x25477F40) approx BBs exec'd 0 ====
-
- 0x25477F40: 7E1DB000 cmp cr4,r29,r22
- 0: GETL R29, t0
- 1: GETL R22, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x4, CR
- 4: INCEIPL $4
-
- 0x25477F44: 80F80000 lwz r7,0(r24)
- 5: GETL R24, t6
- 6: LDL (t6), t8
- 7: PUTL t8, R7
- 8: INCEIPL $4
-
- 0x25477F48: 7FFF3A14 add r31,r31,r7
- 9: GETL R31, t10
- 10: GETL R7, t12
- 11: ADDL t10, t12
- 12: PUTL t12, R31
- 13: INCEIPL $4
-
- 0x25477F4C: 3B9F0030 addi r28,r31,48
- 14: GETL R31, t14
- 15: ADDL $0x30, t14
- 16: PUTL t14, R28
- 17: INCEIPL $4
-
- 0x25477F50: 40910024 bc 4,17,0x25477F74
- 18: Jc17o $0x25477F74
-
-
-
-. 768 25477F40 20
-. 7E 1D B0 00 80 F8 00 00 7F FF 3A 14 3B 9F 00 30 40 91 00 24
-==== BB 769 (0x25477F74) approx BBs exec'd 0 ====
-
- 0x25477F74: 811F0030 lwz r8,48(r31)
- 0: GETL R31, t0
- 1: ADDL $0x30, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x25477F78: 691F0001 xori r31,r8,0x1
- 5: GETL R8, t4
- 6: XORL $0x1, t4
- 7: PUTL t4, R31
- 8: INCEIPL $4
-
- 0x25477F7C: 213F0000 subfic r9,r31,0
- 9: GETL R31, t6
- 10: MOVL $0x0, t8
- 11: SBBL t6, t8 (-wCa)
- 12: PUTL t8, R9
- 13: INCEIPL $4
-
- 0x25477F80: 7FE9F914 adde r31,r9,r31
- 14: GETL R9, t10
- 15: GETL R31, t12
- 16: ADCL t10, t12 (-rCa-wCa)
- 17: PUTL t12, R31
- 18: INCEIPL $4
-
- 0x25477F84: 69140003 xori r20,r8,0x3
- 19: GETL R8, t14
- 20: XORL $0x3, t14
- 21: PUTL t14, R20
- 22: INCEIPL $4
-
- 0x25477F88: 21540000 subfic r10,r20,0
- 23: GETL R20, t16
- 24: MOVL $0x0, t18
- 25: SBBL t16, t18 (-wCa)
- 26: PUTL t18, R10
- 27: INCEIPL $4
-
- 0x25477F8C: 7E8AA114 adde r20,r10,r20
- 28: GETL R10, t20
- 29: GETL R20, t22
- 30: ADCL t20, t22 (-rCa-wCa)
- 31: PUTL t22, R20
- 32: INCEIPL $4
-
- 0x25477F90: 7FEBA379 or. r11,r31,r20
- 33: GETL R31, t24
- 34: GETL R20, t26
- 35: ORL t26, t24
- 36: PUTL t24, R11
- 37: CMP0L t24, t28 (-rSo)
- 38: ICRFL t28, $0x0, CR
- 39: INCEIPL $4
-
- 0x25477F94: 41820024 bc 12,2,0x25477FB8
- 40: Js02o $0x25477FB8
-
-
-
-. 769 25477F74 36
-. 81 1F 00 30 69 1F 00 01 21 3F 00 00 7F E9 F9 14 69 14 00 03 21 54 00 00 7E 8A A1 14 7F EB A3 79 41 82 00 24
-==== BB 770 (0x25477F98) approx BBs exec'd 0 ====
-
- 0x25477F98: 80FC0008 lwz r7,8(r28)
- 0: GETL R28, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x25477F9C: 7F07C840 cmpl cr6,r7,r25
- 5: GETL R7, t4
- 6: GETL R25, t6
- 7: CMPUL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x6, CR
- 9: INCEIPL $4
-
- 0x25477FA0: 40980018 bc 4,24,0x25477FB8
- 10: Jc24o $0x25477FB8
-
-
-
-. 770 25477F98 12
-. 80 FC 00 08 7F 07 C8 40 40 98 00 18
-==== BB 771 (0x25477FA4) approx BBs exec'd 0 ====
-
- 0x25477FA4: 2E150000 cmpi cr4,r21,0
- 0: GETL R21, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0x25477FA8: 41920128 bc 12,18,0x254780D0
- 4: Js18o $0x254780D0
-
-
-
-. 771 25477FA4 8
-. 2E 15 00 00 41 92 01 28
-==== BB 772 (0x254780D0) approx BBs exec'd 0 ====
-
- 0x254780D0: 81330008 lwz r9,8(r19)
- 0: GETL R19, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x254780D4: 2C890000 cmpi cr1,r9,0
- 5: GETL R9, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x254780D8: 41860010 bc 12,6,0x254780E8
- 9: Js06o $0x254780E8
-
-
-
-. 772 254780D0 12
-. 81 33 00 08 2C 89 00 00 41 86 00 10
-==== BB 773 (0x254780DC) approx BBs exec'd 0 ====
-
- 0x254780DC: 817C000C lwz r11,12(r28)
- 0: GETL R28, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x254780E0: 7C0B4840 cmpl cr0,r11,r9
- 5: GETL R11, t4
- 6: GETL R9, t6
- 7: CMPUL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x0, CR
- 9: INCEIPL $4
-
- 0x254780E4: 4181FED4 bc 12,1,0x25477FB8
- 10: Js01o $0x25477FB8
-
-
-
-. 773 254780DC 12
-. 81 7C 00 0C 7C 0B 48 40 41 81 FE D4
-==== BB 774 (0x254780E8) approx BBs exec'd 0 ====
-
- 0x254780E8: 80D3003C lwz r6,60(r19)
- 0: GETL R19, t0
- 1: ADDL $0x3C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x254780EC: 3A800000 li r20,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R20
- 7: INCEIPL $4
-
- 0x254780F0: 807C0010 lwz r3,16(r28)
- 8: GETL R28, t6
- 9: ADDL $0x10, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R3
- 12: INCEIPL $4
-
- 0x254780F4: 66898000 oris r9,r20,0x8000
- 13: MOVL $0x80000000, t10
- 14: PUTL t10, R9
- 15: INCEIPL $4
-
- 0x254780F8: 801C0014 lwz r0,20(r28)
- 16: GETL R28, t12
- 17: ADDL $0x14, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R0
- 20: INCEIPL $4
-
- 0x254780FC: 7D2548F8 nor r5,r9,r9
- 21: GETL R9, t16
- 22: NOTL t16
- 23: PUTL t16, R5
- 24: INCEIPL $4
-
- 0x25478100: 7CCC30F8 nor r12,r6,r6
- 25: GETL R6, t18
- 26: NOTL t18
- 27: PUTL t18, R12
- 28: INCEIPL $4
-
- 0x25478104: 7C642838 and r4,r3,r5
- 29: GETL R3, t20
- 30: GETL R5, t22
- 31: ANDL t20, t22
- 32: PUTL t22, R4
- 33: INCEIPL $4
-
- 0x25478108: 7C1C6038 and r28,r0,r12
- 34: GETL R0, t24
- 35: GETL R12, t26
- 36: ANDL t24, t26
- 37: PUTL t26, R28
- 38: INCEIPL $4
-
- 0x2547810C: 7C80E379 or. r0,r4,r28
- 39: GETL R4, t28
- 40: GETL R28, t30
- 41: ORL t30, t28
- 42: PUTL t28, R0
- 43: CMP0L t28, t32 (-rSo)
- 44: ICRFL t32, $0x0, CR
- 45: INCEIPL $4
-
- 0x25478110: 4082FEA8 bc 4,2,0x25477FB8
- 46: Jc02o $0x25477FB8
-
-
-
-. 774 254780E8 44
-. 80 D3 00 3C 3A 80 00 00 80 7C 00 10 66 89 80 00 80 1C 00 14 7D 25 48 F8 7C CC 30 F8 7C 64 28 38 7C 1C 60 38 7C 80 E3 79 40 82 FE A8
-==== BB 775 (0x25478114) approx BBs exec'd 0 ====
-
- 0x25478114: 83F30038 lwz r31,56(r19)
- 0: GETL R19, t0
- 1: ADDL $0x38, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R31
- 4: INCEIPL $4
-
- 0x25478118: 7EA7DA14 add r21,r7,r27
- 5: GETL R7, t4
- 6: GETL R27, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R21
- 9: INCEIPL $4
-
- 0x2547811C: 7F1F4000 cmp cr6,r31,r8
- 10: GETL R31, t8
- 11: GETL R8, t10
- 12: CMPL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x6, CR
- 14: INCEIPL $4
-
- 0x25478120: 409AFE98 bc 4,26,0x25477FB8
- 15: Jc26o $0x25477FB8
-
-
-
-. 775 25478114 16
-. 83 F3 00 38 7E A7 DA 14 7F 1F 40 00 40 9A FE 98
-==== BB 776 (0x25478124) approx BBs exec'd 0 ====
-
- 0x25478124: 4BFFFBD0 b 0x25477CF4
- 0: JMPo $0x25477CF4 ($4)
-
-
-
-. 776 25478124 4
-. 4B FF FB D0
-==== BB 777 (0x25477CF4) approx BBs exec'd 0 ====
-
- 0x25477CF4: 82F30000 lwz r23,0(r19)
- 0: GETL R19, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R23
- 3: INCEIPL $4
-
- 0x25477CF8: 72EB0001 andi. r11,r23,0x1
- 4: GETL R23, t4
- 5: ANDL $0x1, t4
- 6: PUTL t4, R11
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0x25477CFC: 408201AC bc 4,2,0x25477EA8
- 10: Jc02o $0x25477EA8
-
-
-
-. 777 25477CF4 12
-. 82 F3 00 00 72 EB 00 01 40 82 01 AC
-==== BB 778 (0x25477D00) approx BBs exec'd 0 ====
-
- 0x25477D00: 7EA3AB78 or r3,r21,r21
- 0: GETL R21, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25477D04: 82610044 lwz r19,68(r1)
- 3: GETL R1, t2
- 4: ADDL $0x44, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R19
- 7: INCEIPL $4
-
- 0x25477D08: 80E10008 lwz r7,8(r1)
- 8: GETL R1, t6
- 9: ADDL $0x8, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R7
- 12: INCEIPL $4
-
- 0x25477D0C: 7E6803A6 mtlr r19
- 13: GETL R19, t10
- 14: PUTL t10, LR
- 15: INCEIPL $4
-
- 0x25477D10: 82810010 lwz r20,16(r1)
- 16: GETL R1, t12
- 17: ADDL $0x10, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R20
- 20: INCEIPL $4
-
- 0x25477D14: 8261000C lwz r19,12(r1)
- 21: GETL R1, t16
- 22: ADDL $0xC, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R19
- 25: INCEIPL $4
-
- 0x25477D18: 7CE08120 mtcrf 0x8,r7
- 26: GETL R7, t20
- 27: ICRFL t20, $0x4, CR
- 28: INCEIPL $4
-
- 0x25477D1C: 82A10014 lwz r21,20(r1)
- 29: GETL R1, t22
- 30: ADDL $0x14, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R21
- 33: INCEIPL $4
-
- 0x25477D20: 82C10018 lwz r22,24(r1)
- 34: GETL R1, t26
- 35: ADDL $0x18, t26
- 36: LDL (t26), t28
- 37: PUTL t28, R22
- 38: INCEIPL $4
-
- 0x25477D24: 82E1001C lwz r23,28(r1)
- 39: GETL R1, t30
- 40: ADDL $0x1C, t30
- 41: LDL (t30), t32
- 42: PUTL t32, R23
- 43: INCEIPL $4
-
- 0x25477D28: 83010020 lwz r24,32(r1)
- 44: GETL R1, t34
- 45: ADDL $0x20, t34
- 46: LDL (t34), t36
- 47: PUTL t36, R24
- 48: INCEIPL $4
-
- 0x25477D2C: 83210024 lwz r25,36(r1)
- 49: GETL R1, t38
- 50: ADDL $0x24, t38
- 51: LDL (t38), t40
- 52: PUTL t40, R25
- 53: INCEIPL $4
-
- 0x25477D30: 83410028 lwz r26,40(r1)
- 54: GETL R1, t42
- 55: ADDL $0x28, t42
- 56: LDL (t42), t44
- 57: PUTL t44, R26
- 58: INCEIPL $4
-
- 0x25477D34: 8361002C lwz r27,44(r1)
- 59: GETL R1, t46
- 60: ADDL $0x2C, t46
- 61: LDL (t46), t48
- 62: PUTL t48, R27
- 63: INCEIPL $4
-
- 0x25477D38: 83810030 lwz r28,48(r1)
- 64: GETL R1, t50
- 65: ADDL $0x30, t50
- 66: LDL (t50), t52
- 67: PUTL t52, R28
- 68: INCEIPL $4
-
- 0x25477D3C: 83A10034 lwz r29,52(r1)
- 69: GETL R1, t54
- 70: ADDL $0x34, t54
- 71: LDL (t54), t56
- 72: PUTL t56, R29
- 73: INCEIPL $4
-
- 0x25477D40: 83C10038 lwz r30,56(r1)
- 74: GETL R1, t58
- 75: ADDL $0x38, t58
- 76: LDL (t58), t60
- 77: PUTL t60, R30
- 78: INCEIPL $4
-
- 0x25477D44: 83E1003C lwz r31,60(r1)
- 79: GETL R1, t62
- 80: ADDL $0x3C, t62
- 81: LDL (t62), t64
- 82: PUTL t64, R31
- 83: INCEIPL $4
-
- 0x25477D48: 38210040 addi r1,r1,64
- 84: GETL R1, t66
- 85: ADDL $0x40, t66
- 86: PUTL t66, R1
- 87: INCEIPL $4
-
- 0x25477D4C: 4E800020 blr
- 88: GETL LR, t68
- 89: JMPo-r t68 ($4)
-
-
-
-. 778 25477D00 80
-. 7E A3 AB 78 82 61 00 44 80 E1 00 08 7E 68 03 A6 82 81 00 10 82 61 00 0C 7C E0 81 20 82 A1 00 14 82 C1 00 18 82 E1 00 1C 83 01 00 20 83 21 00 24 83 41 00 28 83 61 00 2C 83 81 00 30 83 A1 00 34 83 C1 00 38 83 E1 00 3C 38 21 00 40 4E 80 00 20
-==== BB 779 (0x254772AC) approx BBs exec'd 0 ====
-
- 0x254772AC: 7C721B79 or. r18,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R18
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x254772B0: 7F800026 mfcr r28
- 5: GETL CR, t4
- 6: PUTL t4, R28
- 7: INCEIPL $4
-
- 0x254772B4: 41820020 bc 12,2,0x254772D4
- 8: Js02o $0x254772D4
-
-
-
-. 779 254772AC 12
-. 7C 72 1B 79 7F 80 00 26 41 82 00 20
-==== BB 780 (0x254772B8) approx BBs exec'd 0 ====
-
- 0x254772B8: 418E017C bc 12,14,0x25477434
- 0: Js14o $0x25477434
-
-
-
-. 780 254772B8 4
-. 41 8E 01 7C
-==== BB 781 (0x254772BC) approx BBs exec'd 0 ====
-
- 0x254772BC: 7F69DB78 or r9,r27,r27
- 0: GETL R27, t0
- 1: PUTL t0, R9
- 2: INCEIPL $4
-
- 0x254772C0: 83A901FC lwz r29,508(r9)
- 3: GETL R9, t2
- 4: ADDL $0x1FC, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R29
- 7: INCEIPL $4
-
- 0x254772C4: 73A90800 andi. r9,r29,0x800
- 8: GETL R29, t6
- 9: ANDL $0x800, t6
- 10: PUTL t6, R9
- 11: CMP0L t6, t8 (-rSo)
- 12: ICRFL t8, $0x0, CR
- 13: INCEIPL $4
-
- 0x254772C8: 408201D4 bc 4,2,0x2547749C
- 14: Jc02o $0x2547749C
-
-
-
-. 781 254772BC 16
-. 7F 69 DB 78 83 A9 01 FC 73 A9 08 00 40 82 01 D4
-==== BB 782 (0x254772CC) approx BBs exec'd 0 ====
-
- 0x254772CC: 7F880120 mtcrf 0x80,r28
- 0: GETL R28, t0
- 1: ICRFL t0, $0x0, CR
- 2: INCEIPL $4
-
- 0x254772D0: 408200C8 bc 4,2,0x25477398
- 3: Jc02o $0x25477398
-
-
-
-. 782 254772CC 8
-. 7F 88 01 20 40 82 00 C8
-==== BB 783 (0x25477398) approx BBs exec'd 0 ====
-
- 0x25477398: 7E439378 or r3,r18,r18
- 0: GETL R18, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x2547739C: 38810018 addi r4,r1,24
- 3: GETL R1, t2
- 4: ADDL $0x18, t2
- 5: PUTL t2, R4
- 6: INCEIPL $4
-
- 0x254773A0: 4BFFF0A5 bl 0x25476444
- 7: MOVL $0x254773A4, t4
- 8: PUTL t4, LR
- 9: JMPo-c $0x25476444 ($4)
-
-
-
-. 783 25477398 12
-. 7E 43 93 78 38 81 00 18 4B FF F0 A5
-==== BB 784 (0x254765B4) approx BBs exec'd 0 ====
-
- 0x254765B4: 80FD0010 lwz r7,16(r29)
- 0: GETL R29, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x254765B8: 2F070020 cmpi cr6,r7,32
- 5: GETL R7, t4
- 6: MOVL $0x20, t8
- 7: CMPL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x6, CR
- 9: INCEIPL $4
-
- 0x254765BC: 409AFFA0 bc 4,26,0x2547655C
- 10: Jc26o $0x2547655C
-
-
-
-. 784 254765B4 12
-. 80 FD 00 10 2F 07 00 20 40 9A FF A0
-==== BB 785 (0x254765C0) approx BBs exec'd 0 ====
-
- 0x254765C0: 815D001C lwz r10,28(r29)
- 0: GETL R29, t0
- 1: ADDL $0x1C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x254765C4: 2B8A0003 cmpli cr7,r10,3
- 5: GETL R10, t4
- 6: MOVL $0x3, t8
- 7: CMPUL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x7, CR
- 9: INCEIPL $4
-
- 0x254765C8: 40BDFF94 bc 5,29,0x2547655C
- 10: Jc29o $0x2547655C
-
-
-
-. 785 254765C0 12
-. 81 5D 00 1C 2B 8A 00 03 40 BD FF 94
-==== BB 786 (0x254765CC) approx BBs exec'd 0 ====
-
- 0x254765CC: 819D0004 lwz r12,4(r29)
- 0: GETL R29, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R12
- 4: INCEIPL $4
-
- 0x254765D0: 38A00000 li r5,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x254765D4: 81180000 lwz r8,0(r24)
- 8: GETL R24, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R8
- 11: INCEIPL $4
-
- 0x254765D8: 3ABF0010 addi r21,r31,16
- 12: GETL R31, t10
- 13: ADDL $0x10, t10
- 14: PUTL t10, R21
- 15: INCEIPL $4
-
- 0x254765DC: 380C0020 addi r0,r12,32
- 16: GETL R12, t12
- 17: ADDL $0x20, t12
- 18: PUTL t12, R0
- 19: INCEIPL $4
-
- 0x254765E0: 7D6CC214 add r11,r12,r24
- 20: GETL R12, t14
- 21: GETL R24, t16
- 22: ADDL t14, t16
- 23: PUTL t16, R11
- 24: INCEIPL $4
-
- 0x254765E4: 7C004040 cmpl cr0,r0,r8
- 25: GETL R0, t18
- 26: GETL R8, t20
- 27: CMPUL t18, t20, t22 (-rSo)
- 28: ICRFL t22, $0x0, CR
- 29: INCEIPL $4
-
- 0x254765E8: 7F23CB78 or r3,r25,r25
- 30: GETL R25, t24
- 31: PUTL t24, R3
- 32: INCEIPL $4
-
- 0x254765EC: 7D846378 or r4,r12,r12
- 33: GETL R12, t26
- 34: PUTL t26, R4
- 35: INCEIPL $4
-
- 0x254765F0: 3B6B0004 addi r27,r11,4
- 36: GETL R11, t28
- 37: ADDL $0x4, t28
- 38: PUTL t28, R27
- 39: INCEIPL $4
-
- 0x254765F4: 418100FC bc 12,1,0x254766F0
- 40: Js01o $0x254766F0
-
-
-
-. 786 254765CC 44
-. 81 9D 00 04 38 A0 00 00 81 18 00 00 3A BF 00 10 38 0C 00 20 7D 6C C2 14 7C 00 40 40 7F 23 CB 78 7D 84 63 78 3B 6B 00 04 41 81 00 FC
-==== BB 787 (0x254765F8) approx BBs exec'd 0 ====
-
- 0x254765F8: 809E0170 lwz r4,368(r30)
- 0: GETL R30, t0
- 1: ADDL $0x170, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x254765FC: 7F63DB78 or r3,r27,r27
- 5: GETL R27, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x25476600: 38A00010 li r5,16
- 8: MOVL $0x10, t6
- 9: PUTL t6, R5
- 10: INCEIPL $4
-
- 0x25476604: 4800CC95 bl 0x25483298
- 11: MOVL $0x25476608, t8
- 12: PUTL t8, LR
- 13: JMPo-c $0x25483298 ($4)
-
-
-
-. 787 254765F8 16
-. 80 9E 01 70 7F 63 DB 78 38 A0 00 10 48 00 CC 95
-==== BB 788 (0x25483310) approx BBs exec'd 0 ====
-
- 0x25483310: 28000001 cmpli cr0,r0,1
- 0: GETL R0, t0
- 1: MOVL $0x1, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x25483314: 41800228 bc 12,0,0x2548353C
- 5: Js00o $0x2548353C
-
-
-
-. 788 25483310 8
-. 28 00 00 01 41 80 02 28
-==== BB 789 (0x2548353C) approx BBs exec'd 0 ====
-
- 0x2548353C: 80EB0000 lwz r7,0(r11)
- 0: GETL R11, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R7
- 3: INCEIPL $4
-
- 0x25483540: 80040000 lwz r0,0(r4)
- 4: GETL R4, t4
- 5: LDL (t4), t6
- 6: PUTL t6, R0
- 7: INCEIPL $4
-
- 0x25483544: 7F870000 cmp cr7,r7,r0
- 8: GETL R7, t8
- 9: GETL R0, t10
- 10: CMPL t8, t10, t12 (-rSo)
- 11: ICRFL t12, $0x7, CR
- 12: INCEIPL $4
-
- 0x25483548: 806A0004 lwz r3,4(r10)
- 13: GETL R10, t14
- 14: ADDL $0x4, t14
- 15: LDL (t14), t16
- 16: PUTL t16, R3
- 17: INCEIPL $4
-
- 0x2548354C: 80C90004 lwz r6,4(r9)
- 18: GETL R9, t18
- 19: ADDL $0x4, t18
- 20: LDL (t18), t20
- 21: PUTL t20, R6
- 22: INCEIPL $4
-
- 0x25483550: 409EFDF4 bc 4,30,0x25483344
- 23: Jc30o $0x25483344
-
-
-
-. 789 2548353C 24
-. 80 EB 00 00 80 04 00 00 7F 87 00 00 80 6A 00 04 80 C9 00 04 40 9E FD F4
-==== BB 790 (0x25476608) approx BBs exec'd 0 ====
-
- 0x25476608: 2F030000 cmpi cr6,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x2547660C: 419A0084 bc 12,26,0x25476690
- 4: Js26o $0x25476690
-
-
-
-. 790 25476608 8
-. 2F 03 00 00 41 9A 00 84
-==== BB 791 (0x25476690) approx BBs exec'd 0 ====
-
- 0x25476690: 813B0010 lwz r9,16(r27)
- 0: GETL R27, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25476694: 8B5B0017 lbz r26,23(r27)
- 5: GETL R27, t4
- 6: ADDL $0x17, t4
- 7: LDB (t4), t6
- 8: PUTL t6, R26
- 9: INCEIPL $4
-
- 0x25476698: 8BBB001B lbz r29,27(r27)
- 10: GETL R27, t8
- 11: ADDL $0x1B, t8
- 12: LDB (t8), t10
- 13: PUTL t10, R29
- 14: INCEIPL $4
-
- 0x2547669C: 2F890000 cmpi cr7,r9,0
- 15: GETL R9, t12
- 16: CMP0L t12, t14 (-rSo)
- 17: ICRFL t14, $0x7, CR
- 18: INCEIPL $4
-
- 0x254766A0: 5755402E rlwinm r21,r26,8,0,23
- 19: GETL R26, t16
- 20: SHLL $0x8, t16
- 21: PUTL t16, R21
- 22: INCEIPL $4
-
- 0x254766A4: 8B1B001F lbz r24,31(r27)
- 23: GETL R27, t18
- 24: ADDL $0x1F, t18
- 25: LDB (t18), t20
- 26: PUTL t20, R24
- 27: INCEIPL $4
-
- 0x254766A8: 7F95EA14 add r28,r21,r29
- 28: GETL R21, t22
- 29: GETL R29, t24
- 30: ADDL t22, t24
- 31: PUTL t24, R28
- 32: INCEIPL $4
-
- 0x254766AC: 5796402E rlwinm r22,r28,8,0,23
- 33: GETL R28, t26
- 34: SHLL $0x8, t26
- 35: PUTL t26, R22
- 36: INCEIPL $4
-
- 0x254766B0: 7C16C214 add r0,r22,r24
- 37: GETL R22, t28
- 38: GETL R24, t30
- 39: ADDL t28, t30
- 40: PUTL t30, R0
- 41: INCEIPL $4
-
- 0x254766B4: 409E001C bc 4,30,0x254766D0
- 42: Jc30o $0x254766D0
-
-
-
-. 791 25476690 40
-. 81 3B 00 10 8B 5B 00 17 8B BB 00 1B 2F 89 00 00 57 55 40 2E 8B 1B 00 1F 7F 95 EA 14 57 96 40 2E 7C 16 C2 14 40 9E 00 1C
-==== BB 792 (0x254766B8) approx BBs exec'd 0 ====
-
- 0x254766B8: 807E04F4 lwz r3,1268(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4F4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x254766BC: 81230008 lwz r9,8(r3)
- 5: GETL R3, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R9
- 9: INCEIPL $4
-
- 0x254766C0: 2C090000 cmpi cr0,r9,0
- 10: GETL R9, t8
- 11: CMP0L t8, t10 (-rSo)
- 12: ICRFL t10, $0x0, CR
- 13: INCEIPL $4
-
- 0x254766C4: 41A2FEAC bc 13,2,0x25476570
- 14: Js02o $0x25476570
-
-
-
-. 792 254766B8 16
-. 80 7E 04 F4 81 23 00 08 2C 09 00 00 41 A2 FE AC
-==== BB 793 (0x254766C8) approx BBs exec'd 0 ====
-
- 0x254766C8: 7C890040 cmpl cr1,r9,r0
- 0: GETL R9, t0
- 1: GETL R0, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x1, CR
- 4: INCEIPL $4
-
- 0x254766CC: 40A4FEA4 bc 5,4,0x25476570
- 5: Jc04o $0x25476570
-
-
-
-. 793 254766C8 8
-. 7C 89 00 40 40 A4 FE A4
-==== BB 794 (0x254773A4) approx BBs exec'd 0 ====
-
- 0x254773A4: 2E03FFFF cmpi cr4,r3,-1
- 0: GETL R3, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x4, CR
- 4: INCEIPL $4
-
- 0x254773A8: 7C7A1B78 or r26,r3,r3
- 5: GETL R3, t6
- 6: PUTL t6, R26
- 7: INCEIPL $4
-
- 0x254773AC: 41B2FF2C bc 13,18,0x254772D8
- 8: Js18o $0x254772D8
-
-
-
-. 794 254773A4 12
-. 2E 03 FF FF 7C 7A 1B 78 41 B2 FF 2C
-==== BB 795 (0x254773B0) approx BBs exec'd 0 ====
-
- 0x254773B0: 7E439378 or r3,r18,r18
- 0: GETL R18, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x254773B4: 4800BC1D bl 0x25482FD0
- 3: MOVL $0x254773B8, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0x25482FD0 ($4)
-
-
-
-. 795 254773B0 8
-. 7E 43 93 78 48 00 BC 1D
-==== BB 796 (0x254773B8) approx BBs exec'd 0 ====
-
- 0x254773B8: 3BA30001 addi r29,r3,1
- 0: GETL R3, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R29
- 3: INCEIPL $4
-
- 0x254773BC: 7FA3EB78 or r3,r29,r29
- 4: GETL R29, t2
- 5: PUTL t2, R3
- 6: INCEIPL $4
-
- 0x254773C0: 48020665 bl 0x25497A24
- 7: MOVL $0x254773C4, t4
- 8: PUTL t4, LR
- 9: JMPo-c $0x25497A24 ($4)
-
-
-
-. 796 254773B8 12
-. 3B A3 00 01 7F A3 EB 78 48 02 06 65
-==== BB 797 (0x254773C4) approx BBs exec'd 0 ====
-
- 0x254773C4: 38000000 li r0,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x254773C8: 2F030000 cmpi cr6,r3,0
- 3: GETL R3, t2
- 4: CMP0L t2, t4 (-rSo)
- 5: ICRFL t4, $0x6, CR
- 6: INCEIPL $4
-
- 0x254773CC: 419A0014 bc 12,26,0x254773E0
- 7: Js26o $0x254773E0
-
-
-
-. 797 254773C4 12
-. 38 00 00 00 2F 03 00 00 41 9A 00 14
-==== BB 798 (0x254773D0) approx BBs exec'd 0 ====
-
- 0x254773D0: 7E449378 or r4,r18,r18
- 0: GETL R18, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0x254773D4: 7FA5EB78 or r5,r29,r29
- 3: GETL R29, t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0x254773D8: 4800C809 bl 0x25483BE0
- 6: MOVL $0x254773DC, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0x25483BE0 ($4)
-
-
-
-. 798 254773D0 12
-. 7E 44 93 78 7F A5 EB 78 48 00 C8 09
-==== BB 799 (0x25483EE8) approx BBs exec'd 0 ====
-
- 0x25483EE8: 81640000 lwz r11,0(r4)
- 0: GETL R4, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R11
- 3: INCEIPL $4
-
- 0x25483EEC: 38A5FFFF addi r5,r5,-1
- 4: GETL R5, t4
- 5: ADDL $0xFFFFFFFF, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x25483EF0: 81440004 lwz r10,4(r4)
- 8: GETL R4, t6
- 9: ADDL $0x4, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R10
- 12: INCEIPL $4
-
- 0x25483EF4: 38840008 addi r4,r4,8
- 13: GETL R4, t10
- 14: ADDL $0x8, t10
- 15: PUTL t10, R4
- 16: INCEIPL $4
-
- 0x25483EF8: 4BFFFF54 b 0x25483E4C
- 17: JMPo $0x25483E4C ($4)
-
-
-
-. 799 25483EE8 20
-. 81 64 00 00 38 A5 FF FF 81 44 00 04 38 84 00 08 4B FF FF 54
-==== BB 800 (0x254773DC) approx BBs exec'd 0 ====
-
- 0x254773DC: 7C601B78 or r0,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x254773E0: 2F800000 cmpi cr7,r0,0
- 3: GETL R0, t2
- 4: CMP0L t2, t4 (-rSo)
- 5: ICRFL t4, $0x7, CR
- 6: INCEIPL $4
-
- 0x254773E4: 90010228 stw r0,552(r1)
- 7: GETL R0, t6
- 8: GETL R1, t8
- 9: ADDL $0x228, t8
- 10: STL t6, (t8)
- 11: INCEIPL $4
-
- 0x254773E8: 409EFEEC bc 4,30,0x254772D4
- 12: Jc30o $0x254772D4
-
-
-
-. 800 254773DC 16
-. 7C 60 1B 78 2F 80 00 00 90 01 02 28 40 9E FE EC
-==== BB 801 (0x254772D4) approx BBs exec'd 0 ====
-
- 0x254772D4: 40920050 bc 4,18,0x25477324
- 0: Jc18o $0x25477324
-
-
-
-. 801 254772D4 4
-. 40 92 00 50
-==== BB 802 (0x25477324) approx BBs exec'd 0 ====
-
- 0x25477324: 82F40000 lwz r23,0(r20)
- 0: GETL R20, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R23
- 3: INCEIPL $4
-
- 0x25477328: 72E90001 andi. r9,r23,0x1
- 4: GETL R23, t4
- 5: ANDL $0x1, t4
- 6: PUTL t4, R9
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0x2547732C: 4182FAD8 bc 12,2,0x25476E04
- 10: Js02o $0x25476E04
-
-
-
-. 802 25477324 12
-. 82 F4 00 00 72 E9 00 01 41 82 FA D8
-==== BB 803 (0x25483DC4) approx BBs exec'd 0 ====
-
- 0x25483DC4: 81240000 lwz r9,0(r4)
- 0: GETL R4, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0x25483DC8: 3884FFF4 addi r4,r4,-12
- 4: GETL R4, t4
- 5: ADDL $0xFFFFFFF4, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0x25483DCC: 80040010 lwz r0,16(r4)
- 8: GETL R4, t6
- 9: ADDL $0x10, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R0
- 12: INCEIPL $4
-
- 0x25483DD0: 3863FFF0 addi r3,r3,-16
- 13: GETL R3, t10
- 14: ADDL $0xFFFFFFF0, t10
- 15: PUTL t10, R3
- 16: INCEIPL $4
-
- 0x25483DD4: 38A50003 addi r5,r5,3
- 17: GETL R5, t12
- 18: ADDL $0x3, t12
- 19: PUTL t12, R5
- 20: INCEIPL $4
-
- 0x25483DD8: 91230010 stw r9,16(r3)
- 21: GETL R9, t14
- 22: GETL R3, t16
- 23: ADDL $0x10, t16
- 24: STL t14, (t16)
- 25: INCEIPL $4
-
- 0x25483DDC: 4BFFFF58 b 0x25483D34
- 26: JMPo $0x25483D34 ($4)
-
-
-
-. 803 25483DC4 28
-. 81 24 00 00 38 84 FF F4 80 04 00 10 38 63 FF F0 38 A5 00 03 91 23 00 10 4B FF FF 58
-==== BB 804 (0x25483D34) approx BBs exec'd 0 ====
-
- 0x25483D34: 81240014 lwz r9,20(r4)
- 0: GETL R4, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25483D38: 90030014 stw r0,20(r3)
- 5: GETL R0, t4
- 6: GETL R3, t6
- 7: ADDL $0x14, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0x25483D3C: 80040018 lwz r0,24(r4)
- 10: GETL R4, t8
- 11: ADDL $0x18, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R0
- 14: INCEIPL $4
-
- 0x25483D40: 91230018 stw r9,24(r3)
- 15: GETL R9, t12
- 16: GETL R3, t14
- 17: ADDL $0x18, t14
- 18: STL t12, (t14)
- 19: INCEIPL $4
-
- 0x25483D44: 34A5FFF8 addic. r5,r5,-8
- 20: GETL R5, t16
- 21: ADCL $0xFFFFFFF8, t16 (-wCa)
- 22: PUTL t16, R5
- 23: CMP0L t16, t18 (-rSo)
- 24: ICRFL t18, $0x0, CR
- 25: INCEIPL $4
-
- 0x25483D48: 8124001C lwz r9,28(r4)
- 26: GETL R4, t20
- 27: ADDL $0x1C, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R9
- 30: INCEIPL $4
-
- 0x25483D4C: 9003001C stw r0,28(r3)
- 31: GETL R0, t24
- 32: GETL R3, t26
- 33: ADDL $0x1C, t26
- 34: STL t24, (t26)
- 35: INCEIPL $4
-
- 0x25483D50: 38840020 addi r4,r4,32
- 36: GETL R4, t28
- 37: ADDL $0x20, t28
- 38: PUTL t28, R4
- 39: INCEIPL $4
-
- 0x25483D54: 38630020 addi r3,r3,32
- 40: GETL R3, t30
- 41: ADDL $0x20, t30
- 42: PUTL t30, R3
- 43: INCEIPL $4
-
- 0x25483D58: 40A2FFB4 bc 5,2,0x25483D0C
- 44: Jc02o $0x25483D0C
-
-
-
-. 804 25483D34 40
-. 81 24 00 14 90 03 00 14 80 04 00 18 91 23 00 18 34 A5 FF F8 81 24 00 1C 90 03 00 1C 38 84 00 20 38 63 00 20 40 A2 FF B4
-==== BB 805 (0x254758A8) approx BBs exec'd 0 ====
-
- 0x254758A8: 54EF2834 rlwinm r15,r7,5,0,26
- 0: GETL R7, t0
- 1: SHLL $0x5, t0
- 2: PUTL t0, R15
- 3: INCEIPL $4
-
- 0x254758AC: 801D0008 lwz r0,8(r29)
- 4: GETL R29, t2
- 5: ADDL $0x8, t2
- 6: LDL (t2), t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x254758B0: 7DCFDA14 add r14,r15,r27
- 9: GETL R15, t6
- 10: GETL R27, t8
- 11: ADDL t6, t8
- 12: PUTL t8, R14
- 13: INCEIPL $4
-
- 0x254758B4: 3BBD0020 addi r29,r29,32
- 14: GETL R29, t10
- 15: ADDL $0x20, t10
- 16: PUTL t10, R29
- 17: INCEIPL $4
-
- 0x254758B8: 7C8EE840 cmpl cr1,r14,r29
- 18: GETL R14, t12
- 19: GETL R29, t14
- 20: CMPUL t12, t14, t16 (-rSo)
- 21: ICRFL t16, $0x1, CR
- 22: INCEIPL $4
-
- 0x254758BC: 901A014C stw r0,332(r26)
- 23: GETL R0, t18
- 24: GETL R26, t20
- 25: ADDL $0x14C, t20
- 26: STL t18, (t20)
- 27: INCEIPL $4
-
- 0x254758C0: 4185FF4C bc 12,5,0x2547580C
- 28: Js05o $0x2547580C
-
-
-
-. 805 254758A8 28
-. 54 EF 28 34 80 1D 00 08 7D CF DA 14 3B BD 00 20 7C 8E E8 40 90 1A 01 4C 41 85 FF 4C
-==== BB 806 (0x25475830) approx BBs exec'd 0 ====
-
- 0x25475830: 7F090040 cmpl cr6,r9,r0
- 0: GETL R9, t0
- 1: GETL R0, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x6, CR
- 4: INCEIPL $4
-
- 0x25475834: 4199024C bc 12,25,0x25475A80
- 5: Js25o $0x25475A80
-
-
-
-. 806 25475830 8
-. 7F 09 00 40 41 99 02 4C
-==== BB 807 (0x25475838) approx BBs exec'd 0 ====
-
- 0x25475838: 2C090007 cmpi cr0,r9,7
- 0: GETL R9, t0
- 1: MOVL $0x7, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x2547583C: 4082FFBC bc 4,2,0x254757F8
- 5: Jc02o $0x254757F8
-
-
-
-. 807 25475838 8
-. 2C 09 00 07 40 82 FF BC
-==== BB 808 (0x25475A80) approx BBs exec'd 0 ====
-
- 0x25475A80: 3D406474 lis r10,25716
- 0: MOVL $0x64740000, t0
- 1: PUTL t0, R10
- 2: INCEIPL $4
-
- 0x25475A84: 614FE552 ori r15,r10,0xE552
- 3: MOVL $0x6474E552, t2
- 4: PUTL t2, R15
- 5: INCEIPL $4
-
- 0x25475A88: 7F897800 cmp cr7,r9,r15
- 6: GETL R9, t4
- 7: GETL R15, t6
- 8: CMPL t4, t6, t8 (-rSo)
- 9: ICRFL t8, $0x7, CR
- 10: INCEIPL $4
-
- 0x25475A8C: 409EFD6C bc 4,30,0x254757F8
- 11: Jc30o $0x254757F8
-
-
-
-. 808 25475A80 16
-. 3D 40 64 74 61 4F E5 52 7F 89 78 00 40 9E FD 6C
-==== BB 809 (0x25475A90) approx BBs exec'd 0 ====
-
- 0x25475A90: 811D0008 lwz r8,8(r29)
- 0: GETL R29, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x25475A94: 911A0234 stw r8,564(r26)
- 5: GETL R8, t4
- 6: GETL R26, t6
- 7: ADDL $0x234, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0x25475A98: 80DD0014 lwz r6,20(r29)
- 10: GETL R29, t8
- 11: ADDL $0x14, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R6
- 14: INCEIPL $4
-
- 0x25475A9C: 90DA0238 stw r6,568(r26)
- 15: GETL R6, t12
- 16: GETL R26, t14
- 17: ADDL $0x238, t14
- 18: STL t12, (t14)
- 19: INCEIPL $4
-
- 0x25475AA0: 4BFFFD58 b 0x254757F8
- 20: JMPo $0x254757F8 ($4)
-
-
-
-. 809 25475A90 20
-. 81 1D 00 08 91 1A 02 34 80 DD 00 14 90 DA 02 38 4B FF FD 58
-==22130== Reading syms from /lib/tls/librt-2.3.4.so (0xEE80000)
-==22130== object doesn't have any debug info
-==== BB 810 (0x254759E0) approx BBs exec'd 0 ====
-
- 0x254759E0: 7C9CC840 cmpl cr1,r28,r25
- 0: GETL R28, t0
- 1: GETL R25, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x1, CR
- 4: INCEIPL $4
-
- 0x254759E4: 4085002C bc 4,5,0x25475A10
- 5: Jc05o $0x25475A10
-
-
-
-. 810 254759E0 8
-. 7C 9C C8 40 40 85 00 2C
-==== BB 811 (0x25483884) approx BBs exec'd 0 ====
-
- 0x25483884: 7C0037EC dcbz r0,r6
- 0: GETL R6, t0
- 1: ANDL $0xFFFFFFE0, t0
- 2: MOVL $0x0, t2
- 3: STL t2, (t0)
- 4: ADDL $0x4, t0
- 5: STL t2, (t0)
- 6: ADDL $0x4, t0
- 7: STL t2, (t0)
- 8: ADDL $0x4, t0
- 9: STL t2, (t0)
- 10: ADDL $0x4, t0
- 11: STL t2, (t0)
- 12: ADDL $0x4, t0
- 13: STL t2, (t0)
- 14: ADDL $0x4, t0
- 15: STL t2, (t0)
- 16: ADDL $0x4, t0
- 17: STL t2, (t0)
- 18: INCEIPL $4
-
- 0x25483888: 38C60020 addi r6,r6,32
- 19: GETL R6, t4
- 20: ADDL $0x20, t4
- 21: PUTL t4, R6
- 22: INCEIPL $4
-
- 0x2548388C: 3920FFE0 li r9,-32
- 23: MOVL $0xFFFFFFE0, t6
- 24: PUTL t6, R9
- 25: INCEIPL $4
-
- 0x25483890: 40990010 bc 4,25,0x254838A0
- 26: Jc25o $0x254838A0
-
-
-
-. 811 25483884 16
-. 7C 00 37 EC 38 C6 00 20 39 20 FF E0 40 99 00 10
-==== BB 812 (0x25483894) approx BBs exec'd 0 ====
-
- 0x25483894: 7C0037EC dcbz r0,r6
- 0: GETL R6, t0
- 1: ANDL $0xFFFFFFE0, t0
- 2: MOVL $0x0, t2
- 3: STL t2, (t0)
- 4: ADDL $0x4, t0
- 5: STL t2, (t0)
- 6: ADDL $0x4, t0
- 7: STL t2, (t0)
- 8: ADDL $0x4, t0
- 9: STL t2, (t0)
- 10: ADDL $0x4, t0
- 11: STL t2, (t0)
- 12: ADDL $0x4, t0
- 13: STL t2, (t0)
- 14: ADDL $0x4, t0
- 15: STL t2, (t0)
- 16: ADDL $0x4, t0
- 17: STL t2, (t0)
- 18: INCEIPL $4
-
- 0x25483898: 7C0737EC dcbz r7,r6
- 19: GETL R6, t4
- 20: GETL R7, t6
- 21: ADDL t6, t4
- 22: ANDL $0xFFFFFFE0, t4
- 23: MOVL $0x0, t8
- 24: STL t8, (t4)
- 25: ADDL $0x4, t4
- 26: STL t8, (t4)
- 27: ADDL $0x4, t4
- 28: STL t8, (t4)
- 29: ADDL $0x4, t4
- 30: STL t8, (t4)
- 31: ADDL $0x4, t4
- 32: STL t8, (t4)
- 33: ADDL $0x4, t4
- 34: STL t8, (t4)
- 35: ADDL $0x4, t4
- 36: STL t8, (t4)
- 37: ADDL $0x4, t4
- 38: STL t8, (t4)
- 39: INCEIPL $4
-
- 0x2548389C: 38C60040 addi r6,r6,64
- 40: GETL R6, t10
- 41: ADDL $0x40, t10
- 42: PUTL t10, R6
- 43: INCEIPL $4
-
- 0x254838A0: 2A850000 cmpli cr5,r5,0
- 44: GETL R5, t12
- 45: MOVL $0x0, t16
- 46: CMPUL t12, t16, t14 (-rSo)
- 47: ICRFL t14, $0x5, CR
- 48: INCEIPL $4
-
- 0x254838A4: 4182007C bc 12,2,0x25483920
- 49: Js02o $0x25483920
-
-
-
-. 812 25483894 20
-. 7C 00 37 EC 7C 07 37 EC 38 C6 00 40 2A 85 00 00 41 82 00 7C
-==== BB 813 (0x254760C0) approx BBs exec'd 0 ====
-
- 0x254760C0: 80BD0014 lwz r5,20(r29)
- 0: GETL R29, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x254760C4: 7F83E378 or r3,r28,r28
- 5: GETL R28, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x254760C8: 7C9CB850 subf r4,r28,r23
- 8: GETL R28, t6
- 9: GETL R23, t8
- 10: SUBL t6, t8
- 11: PUTL t8, R4
- 12: INCEIPL $4
-
- 0x254760CC: 38C00032 li r6,50
- 13: MOVL $0x32, t10
- 14: PUTL t10, R6
- 15: INCEIPL $4
-
- 0x254760D0: 38E0FFFF li r7,-1
- 16: MOVL $0xFFFFFFFF, t12
- 17: PUTL t12, R7
- 18: INCEIPL $4
-
- 0x254760D4: 39000000 li r8,0
- 19: MOVL $0x0, t14
- 20: PUTL t14, R8
- 21: INCEIPL $4
-
- 0x254760D8: 4800C6C1 bl 0x25482798
- 22: MOVL $0x254760DC, t16
- 23: PUTL t16, LR
- 24: JMPo-c $0x25482798 ($4)
-
-
-
-. 813 254760C0 28
-. 80 BD 00 14 7F 83 E3 78 7C 9C B8 50 38 C0 00 32 38 E0 FF FF 39 00 00 00 48 00 C6 C1
-==== BB 814 (0x254760DC) approx BBs exec'd 0 ====
-
- 0x254760DC: 2C83FFFF cmpi cr1,r3,-1
- 0: GETL R3, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0x254760E0: 4086F938 bc 4,6,0x25475A18
- 5: Jc06o $0x25475A18
-
-
-
-. 814 254760DC 8
-. 2C 83 FF FF 40 86 F9 38
-==== BB 815 (0x25476054) approx BBs exec'd 0 ====
-
- 0x25476054: 556C083C rlwinm r12,r11,1,0,30
- 0: GETL R11, t0
- 1: SHLL $0x1, t0
- 2: PUTL t0, R12
- 3: INCEIPL $4
-
- 0x25476058: 7D800E70 srawi r0,r12,1
- 4: GETL R12, t2
- 5: SARL $0x1, t2 (-wCa)
- 6: PUTL t2, R0
- 7: INCEIPL $4
-
- 0x2547605C: 7C1700F8 nor r23,r0,r0
- 8: GETL R0, t4
- 9: NOTL t4
- 10: PUTL t4, R23
- 11: INCEIPL $4
-
- 0x25476060: 20000031 subfic r0,r0,49
- 12: GETL R0, t6
- 13: MOVL $0x31, t8
- 14: SBBL t6, t8 (-wCa)
- 15: PUTL t8, R0
- 16: INCEIPL $4
-
- 0x25476064: 2B170002 cmpli cr6,r23,2
- 17: GETL R23, t10
- 18: MOVL $0x2, t14
- 19: CMPUL t10, t14, t12 (-rSo)
- 20: ICRFL t12, $0x6, CR
- 21: INCEIPL $4
-
- 0x25476068: 40B9FC38 bc 5,25,0x25475CA0
- 22: Jc25o $0x25475CA0
-
-
-
-. 815 25476054 24
-. 55 6C 08 3C 7D 80 0E 70 7C 17 00 F8 20 00 00 31 2B 17 00 02 40 B9 FC 38
-==== BB 816 (0x2547606C) approx BBs exec'd 0 ====
-
- 0x2547606C: 7F2B2850 subf r25,r11,r5
- 0: GETL R11, t0
- 1: GETL R5, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R25
- 4: INCEIPL $4
-
- 0x25476070: 2A19000B cmpli cr4,r25,11
- 5: GETL R25, t4
- 6: MOVL $0xB, t8
- 7: CMPUL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x4, CR
- 9: INCEIPL $4
-
- 0x25476074: 419100C4 bc 12,17,0x25476138
- 10: Js17o $0x25476138
-
-
-
-. 816 2547606C 12
-. 7F 2B 28 50 2A 19 00 0B 41 91 00 C4
-==== BB 817 (0x25476078) approx BBs exec'd 0 ====
-
- 0x25476078: 7C0B2050 subf r0,r11,r4
- 0: GETL R11, t0
- 1: GETL R4, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x2547607C: 5400103A rlwinm r0,r0,2,0,29
- 5: GETL R0, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x25476080: 4BFFFC24 b 0x25475CA4
- 9: JMPo $0x25475CA4 ($4)
-
-
-
-. 817 25476078 12
-. 7C 0B 20 50 54 00 10 3A 4B FF FC 24
-==== BB 818 (0x25475D68) approx BBs exec'd 0 ====
-
- 0x25475D68: 81280078 lwz r9,120(r8)
- 0: GETL R8, t0
- 1: ADDL $0x78, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25475D6C: 2C090000 cmpi cr0,r9,0
- 5: GETL R9, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0x25475D70: 41820030 bc 12,2,0x25475DA0
- 9: Js02o $0x25475DA0
-
-
-
-. 818 25475D68 12
-. 81 28 00 78 2C 09 00 00 41 82 00 30
-==== BB 819 (0x25475F88) approx BBs exec'd 0 ====
-
- 0x25475F88: 80910050 lwz r4,80(r17)
- 0: GETL R17, t0
- 1: ADDL $0x50, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x25475F8C: C81F0028 lfd f0,40(r31)
- 5: GETL R31, t4
- 6: ADDL $0x28, t4
- 7: FPU_RQ (t4), 0x0:0x0
- 8: INCEIPL $4
-
- 0x25475F90: 2C840000 cmpi cr1,r4,0
- 9: GETL R4, t6
- 10: CMP0L t6, t8 (-rSo)
- 11: ICRFL t8, $0x1, CR
- 12: INCEIPL $4
-
- 0x25475F94: D81A01D0 stfd f0,464(r26)
- 13: GETL R26, t10
- 14: ADDL $0x1D0, t10
- 15: FPU_WQ 0x0:0x0, (t10)
- 16: INCEIPL $4
-
- 0x25475F98: C9BF0030 lfd f13,48(r31)
- 17: GETL R31, t12
- 18: ADDL $0x30, t12
- 19: FPU_RQ (t12), 0x0:0xD
- 20: INCEIPL $4
-
- 0x25475F9C: D9BA01D8 stfd f13,472(r26)
- 21: GETL R26, t14
- 22: ADDL $0x1D8, t14
- 23: FPU_WQ 0x0:0xD, (t14)
- 24: INCEIPL $4
-
- 0x25475FA0: 4186FEB0 bc 12,6,0x25475E50
- 25: Js06o $0x25475E50
-
-
-
-. 819 25475F88 28
-. 80 91 00 50 C8 1F 00 28 2C 84 00 00 D8 1A 01 D0 C9 BF 00 30 D9 BA 01 D8 41 86 FE B0
-==== BB 820 (0x2547A100) approx BBs exec'd 0 ====
-
- 0x2547A100: 907F0014 stw r3,20(r31)
- 0: GETL R3, t0
- 1: GETL R31, t2
- 2: ADDL $0x14, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547A104: 80610014 lwz r3,20(r1)
- 5: GETL R1, t4
- 6: ADDL $0x14, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0x2547A108: 83E10008 lwz r31,8(r1)
- 10: GETL R1, t8
- 11: ADDL $0x8, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R31
- 14: INCEIPL $4
-
- 0x2547A10C: 38210010 addi r1,r1,16
- 15: GETL R1, t12
- 16: ADDL $0x10, t12
- 17: PUTL t12, R1
- 18: INCEIPL $4
-
- 0x2547A110: 7C6803A6 mtlr r3
- 19: GETL R3, t14
- 20: PUTL t14, LR
- 21: INCEIPL $4
-
- 0x2547A114: 4E800020 blr
- 22: GETL LR, t16
- 23: JMPo-r t16 ($4)
-
-
-
-. 820 2547A100 24
-. 90 7F 00 14 80 61 00 14 83 E1 00 08 38 21 00 10 7C 68 03 A6 4E 80 00 20
-==== BB 821 (0x2547B624) approx BBs exec'd 0 ====
-
- 0x2547B624: 38600000 li r3,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x2547B628: 81610008 lwz r11,8(r1)
- 3: GETL R1, t2
- 4: ADDL $0x8, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R11
- 7: INCEIPL $4
-
- 0x2547B62C: 80C10280 lwz r6,640(r1)
- 8: GETL R1, t6
- 9: ADDL $0x280, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R6
- 12: INCEIPL $4
-
- 0x2547B630: 80A10270 lwz r5,624(r1)
- 13: GETL R1, t10
- 14: ADDL $0x270, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R5
- 17: INCEIPL $4
-
- 0x2547B634: 80810274 lwz r4,628(r1)
- 18: GETL R1, t14
- 19: ADDL $0x274, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R4
- 22: INCEIPL $4
-
- 0x2547B638: 93E50000 stw r31,0(r5)
- 23: GETL R31, t18
- 24: GETL R5, t20
- 25: STL t18, (t20)
- 26: INCEIPL $4
-
- 0x2547B63C: 91660000 stw r11,0(r6)
- 27: GETL R11, t22
- 28: GETL R6, t24
- 29: STL t22, (t24)
- 30: INCEIPL $4
-
- 0x2547B640: 93E40000 stw r31,0(r4)
- 31: GETL R31, t26
- 32: GETL R4, t28
- 33: STL t26, (t28)
- 34: INCEIPL $4
-
- 0x2547B644: 814102A4 lwz r10,676(r1)
- 35: GETL R1, t30
- 36: ADDL $0x2A4, t30
- 37: LDL (t30), t32
- 38: PUTL t32, R10
- 39: INCEIPL $4
-
- 0x2547B648: 83C10298 lwz r30,664(r1)
- 40: GETL R1, t34
- 41: ADDL $0x298, t34
- 42: LDL (t34), t36
- 43: PUTL t36, R30
- 44: INCEIPL $4
-
- 0x2547B64C: 83E1029C lwz r31,668(r1)
- 45: GETL R1, t38
- 46: ADDL $0x29C, t38
- 47: LDL (t38), t40
- 48: PUTL t40, R31
- 49: INCEIPL $4
-
- 0x2547B650: 7D4803A6 mtlr r10
- 50: GETL R10, t42
- 51: PUTL t42, LR
- 52: INCEIPL $4
-
- 0x2547B654: 382102A0 addi r1,r1,672
- 53: GETL R1, t44
- 54: ADDL $0x2A0, t44
- 55: PUTL t44, R1
- 56: INCEIPL $4
-
- 0x2547B658: 4E800020 blr
- 57: GETL LR, t46
- 58: JMPo-r t46 ($4)
-
-
-
-. 821 2547B624 56
-. 38 60 00 00 81 61 00 08 80 C1 02 80 80 A1 02 70 80 81 02 74 93 E5 00 00 91 66 00 00 93 E4 00 00 81 41 02 A4 83 C1 02 98 83 E1 02 9C 7D 48 03 A6 38 21 02 A0 4E 80 00 20
-==== BB 822 (0x2547A400) approx BBs exec'd 0 ====
-
- 0x2547A400: 833F0034 lwz r25,52(r31)
- 0: GETL R31, t0
- 1: ADDL $0x34, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R25
- 4: INCEIPL $4
-
- 0x2547A404: 2F190000 cmpi cr6,r25,0
- 5: GETL R25, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x2547A408: 409A01AC bc 4,26,0x2547A5B4
- 9: Jc26o $0x2547A5B4
-
-
-
-. 822 2547A400 12
-. 83 3F 00 34 2F 19 00 00 40 9A 01 AC
-==== BB 823 (0x2547A40C) approx BBs exec'd 0 ====
-
- 0x2547A40C: 815F0024 lwz r10,36(r31)
- 0: GETL R31, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x2547A410: 808A0180 lwz r4,384(r10)
- 5: GETL R10, t4
- 6: ADDL $0x180, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R4
- 9: INCEIPL $4
-
- 0x2547A414: 54893FBE rlwinm r9,r4,7,30,31
- 10: GETL R4, t8
- 11: ROLL $0x7, t8
- 12: ANDL $0x3, t8
- 13: PUTL t8, R9
- 14: INCEIPL $4
-
- 0x2547A418: 2F890000 cmpi cr7,r9,0
- 15: GETL R9, t10
- 16: CMP0L t10, t12 (-rSo)
- 17: ICRFL t12, $0x7, CR
- 18: INCEIPL $4
-
- 0x2547A41C: 409E0044 bc 4,30,0x2547A460
- 19: Jc30o $0x2547A460
-
-
-
-. 823 2547A40C 20
-. 81 5F 00 24 80 8A 01 80 54 89 3F BE 2F 89 00 00 40 9E 00 44
-==== BB 824 (0x2547A420) approx BBs exec'd 0 ====
-
- 0x2547A420: 80010000 lwz r0,0(r1)
- 0: GETL R1, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0x2547A424: 38C00001 li r6,1
- 4: MOVL $0x1, t4
- 5: PUTL t4, R6
- 6: INCEIPL $4
-
- 0x2547A428: 80FF000C lwz r7,12(r31)
- 7: GETL R31, t6
- 8: ADDL $0xC, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R7
- 11: INCEIPL $4
-
- 0x2547A42C: 9401FFE0 stwu r0,-32(r1)
- 12: GETL R0, t10
- 13: GETL R1, t12
- 14: ADDL $0xFFFFFFE0, t12
- 15: PUTL t12, R1
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x2547A430: 3A810017 addi r20,r1,23
- 18: GETL R1, t14
- 19: ADDL $0x17, t14
- 20: PUTL t14, R20
- 21: INCEIPL $4
-
- 0x2547A434: 56850036 rlwinm r5,r20,0,0,27
- 22: GETL R20, t16
- 23: ANDL $0xFFFFFFF0, t16
- 24: PUTL t16, R5
- 25: INCEIPL $4
-
- 0x2547A438: 91250008 stw r9,8(r5)
- 26: GETL R9, t18
- 27: GETL R5, t20
- 28: ADDL $0x8, t20
- 29: STL t18, (t20)
- 30: INCEIPL $4
-
- 0x2547A43C: 91250000 stw r9,0(r5)
- 31: GETL R9, t22
- 32: GETL R5, t24
- 33: STL t22, (t24)
- 34: INCEIPL $4
-
- 0x2547A440: 39270001 addi r9,r7,1
- 35: GETL R7, t26
- 36: ADDL $0x1, t26
- 37: PUTL t26, R9
- 38: INCEIPL $4
-
- 0x2547A444: 90B30008 stw r5,8(r19)
- 39: GETL R5, t28
- 40: GETL R19, t30
- 41: ADDL $0x8, t30
- 42: STL t28, (t30)
- 43: INCEIPL $4
-
- 0x2547A448: 91450004 stw r10,4(r5)
- 44: GETL R10, t32
- 45: GETL R5, t34
- 46: ADDL $0x4, t34
- 47: STL t32, (t34)
- 48: INCEIPL $4
-
- 0x2547A44C: 826A0180 lwz r19,384(r10)
- 49: GETL R10, t36
- 50: ADDL $0x180, t36
- 51: LDL (t36), t38
- 52: PUTL t38, R19
- 53: INCEIPL $4
-
- 0x2547A450: 913F000C stw r9,12(r31)
- 54: GETL R9, t40
- 55: GETL R31, t42
- 56: ADDL $0xC, t42
- 57: STL t40, (t42)
- 58: INCEIPL $4
-
- 0x2547A454: 50D3C94C rlwimi r19,r6,25,5,6
- 59: GETL R19, t44
- 60: GETL R6, t46
- 61: ROLL $0x19, t46
- 62: ANDL $0x6000000, t46
- 63: ANDL $0xF9FFFFFF, t44
- 64: ORL t44, t46
- 65: PUTL t46, R19
- 66: INCEIPL $4
-
- 0x2547A458: 926A0180 stw r19,384(r10)
- 67: GETL R19, t48
- 68: GETL R10, t50
- 69: ADDL $0x180, t50
- 70: STL t48, (t50)
- 71: INCEIPL $4
-
- 0x2547A45C: 7CB32B78 or r19,r5,r5
- 72: GETL R5, t52
- 73: PUTL t52, R19
- 74: INCEIPL $4
-
- 0x2547A460: 2C980000 cmpi cr1,r24,0
- 75: GETL R24, t54
- 76: CMP0L t54, t56 (-rSo)
- 77: ICRFL t56, $0x1, CR
- 78: INCEIPL $4
-
- 0x2547A464: 41860010 bc 12,6,0x2547A474
- 79: Js06o $0x2547A474
-
-
-
-. 824 2547A420 72
-. 80 01 00 00 38 C0 00 01 80 FF 00 0C 94 01 FF E0 3A 81 00 17 56 85 00 36 91 25 00 08 91 25 00 00 39 27 00 01 90 B3 00 08 91 45 00 04 82 6A 01 80 91 3F 00 0C 50 D3 C9 4C 92 6A 01 80 7C B3 2B 78 2C 98 00 00 41 86 00 10
-==== BB 825 (0x2547A474) approx BBs exec'd 0 ====
-
- 0x2547A474: 853C0008 lwzu r9,8(r28)
- 0: GETL R28, t0
- 1: ADDL $0x8, t0
- 2: PUTL t0, R28
- 3: LDL (t0), t2
- 4: PUTL t2, R9
- 5: INCEIPL $4
-
- 0x2547A478: 2C090000 cmpi cr0,r9,0
- 6: GETL R9, t4
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0x2547A47C: 4182043C bc 12,2,0x2547A8B8
- 10: Js02o $0x2547A8B8
-
-
-
-. 825 2547A474 12
-. 85 3C 00 08 2C 09 00 00 41 82 04 3C
-==== BB 826 (0x25482F94) approx BBs exec'd 0 ====
-
- 0x25482F94: 8CC40001 lbzu r6,1(r4)
- 0: GETL R4, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R4
- 3: LDB (t0), t2
- 4: PUTL t2, R6
- 5: INCEIPL $4
-
- 0x25482F98: 2C850000 cmpi cr1,r5,0
- 6: GETL R5, t4
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x1, CR
- 9: INCEIPL $4
-
- 0x25482F9C: 41860020 bc 12,6,0x25482FBC
- 10: Js06o $0x25482FBC
-
-
-
-. 826 25482F94 12
-. 8C C4 00 01 2C 85 00 00 41 86 00 20
-==== BB 827 (0x25475840) approx BBs exec'd 0 ====
-
- 0x25475840: 801D0014 lwz r0,20(r29)
- 0: GETL R29, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25475844: 2F000000 cmpi cr6,r0,0
- 5: GETL R0, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x25475848: 41BAFFB0 bc 13,26,0x254757F8
- 9: Js26o $0x254757F8
-
-
-
-. 827 25475840 12
-. 80 1D 00 14 2F 00 00 00 41 BA FF B0
-==== BB 828 (0x2547584C) approx BBs exec'd 0 ====
-
- 0x2547584C: 901A0220 stw r0,544(r26)
- 0: GETL R0, t0
- 1: GETL R26, t2
- 2: ADDL $0x220, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25475850: 817D001C lwz r11,28(r29)
- 5: GETL R29, t4
- 6: ADDL $0x1C, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R11
- 9: INCEIPL $4
-
- 0x25475854: 917A0224 stw r11,548(r26)
- 10: GETL R11, t8
- 11: GETL R26, t10
- 12: ADDL $0x224, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x25475858: 813D001C lwz r9,28(r29)
- 15: GETL R29, t12
- 16: ADDL $0x1C, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0x2547585C: 2F890000 cmpi cr7,r9,0
- 20: GETL R9, t16
- 21: CMP0L t16, t18 (-rSo)
- 22: ICRFL t18, $0x7, CR
- 23: INCEIPL $4
-
- 0x25475860: 419E07EC bc 12,30,0x2547604C
- 24: Js30o $0x2547604C
-
-
-
-. 828 2547584C 24
-. 90 1A 02 20 81 7D 00 1C 91 7A 02 24 81 3D 00 1C 2F 89 00 00 41 9E 07 EC
-==== BB 829 (0x25475864) approx BBs exec'd 0 ====
-
- 0x25475864: 80BD0008 lwz r5,8(r29)
- 0: GETL R29, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x25475868: 3929FFFF addi r9,r9,-1
- 5: GETL R9, t4
- 6: ADDL $0xFFFFFFFF, t4
- 7: PUTL t4, R9
- 8: INCEIPL $4
-
- 0x2547586C: 7CA04838 and r0,r5,r9
- 9: GETL R5, t6
- 10: GETL R9, t8
- 11: ANDL t6, t8
- 12: PUTL t8, R0
- 13: INCEIPL $4
-
- 0x25475870: 901A0228 stw r0,552(r26)
- 14: GETL R0, t10
- 15: GETL R26, t12
- 16: ADDL $0x228, t12
- 17: STL t10, (t12)
- 18: INCEIPL $4
-
- 0x25475874: 81DA0180 lwz r14,384(r26)
- 19: GETL R26, t14
- 20: ADDL $0x180, t14
- 21: LDL (t14), t16
- 22: PUTL t16, R14
- 23: INCEIPL $4
-
- 0x25475878: 3CC04000 lis r6,16384
- 24: MOVL $0x40000000, t18
- 25: PUTL t18, R6
- 26: INCEIPL $4
-
- 0x2547587C: 815D0010 lwz r10,16(r29)
- 27: GETL R29, t20
- 28: ADDL $0x10, t20
- 29: LDL (t20), t22
- 30: PUTL t22, R10
- 31: INCEIPL $4
-
- 0x25475880: 55C80002 rlwinm r8,r14,0,0,1
- 32: GETL R14, t24
- 33: ANDL $0xC0000000, t24
- 34: PUTL t24, R8
- 35: INCEIPL $4
-
- 0x25475884: 7C083000 cmp cr0,r8,r6
- 36: GETL R8, t26
- 37: GETL R6, t28
- 38: CMPL t26, t28, t30 (-rSo)
- 39: ICRFL t30, $0x0, CR
- 40: INCEIPL $4
-
- 0x25475888: 915A021C stw r10,540(r26)
- 41: GETL R10, t32
- 42: GETL R26, t34
- 43: ADDL $0x21C, t34
- 44: STL t32, (t34)
- 45: INCEIPL $4
-
- 0x2547588C: 809D0008 lwz r4,8(r29)
- 46: GETL R29, t36
- 47: ADDL $0x8, t36
- 48: LDL (t36), t38
- 49: PUTL t38, R4
- 50: INCEIPL $4
-
- 0x25475890: 909A0218 stw r4,536(r26)
- 51: GETL R4, t40
- 52: GETL R26, t42
- 53: ADDL $0x218, t42
- 54: STL t40, (t42)
- 55: INCEIPL $4
-
- 0x25475894: 40820A24 bc 4,2,0x254762B8
- 56: Jc02o $0x254762B8
-
-
-
-. 829 25475864 52
-. 80 BD 00 08 39 29 FF FF 7C A0 48 38 90 1A 02 28 81 DA 01 80 3C C0 40 00 81 5D 00 10 55 C8 00 02 7C 08 30 00 91 5A 02 1C 80 9D 00 08 90 9A 02 18 40 82 0A 24
-==== BB 830 (0x25475898) approx BBs exec'd 0 ====
-
- 0x25475898: 4800837D bl 0x2547DC14
- 0: MOVL $0x2547589C, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x2547DC14 ($4)
-
-
-
-. 830 25475898 4
-. 48 00 83 7D
-==== BB 831 _dl_next_tls_modid(0x2547DC14) approx BBs exec'd 0 ====
-
- 0x2547DC14: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547DC18: 7D8802A6 mflr r12
- 6: GETL LR, t4
- 7: PUTL t4, R12
- 8: INCEIPL $4
-
- 0x2547DC1C: 480193E5 bl 0x25497000
- 9: MOVL $0x2547DC20, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-
-. 831 2547DC14 12
-. 94 21 FF F0 7D 88 02 A6 48 01 93 E5
-==== BB 832 (0x2547DC20) approx BBs exec'd 0 ====
-
- 0x2547DC20: 93C10008 stw r30,8(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547DC24: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x2547DC28: 7D8803A6 mtlr r12
- 8: GETL R12, t6
- 9: PUTL t6, LR
- 10: INCEIPL $4
-
- 0x2547DC2C: 80DE04C8 lwz r6,1224(r30)
- 11: GETL R30, t8
- 12: ADDL $0x4C8, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R6
- 15: INCEIPL $4
-
- 0x2547DC30: 8806040C lbz r0,1036(r6)
- 16: GETL R6, t12
- 17: ADDL $0x40C, t12
- 18: LDB (t12), t14
- 19: PUTL t14, R0
- 20: INCEIPL $4
-
- 0x2547DC34: 2F800000 cmpi cr7,r0,0
- 21: GETL R0, t16
- 22: CMP0L t16, t18 (-rSo)
- 23: ICRFL t18, $0x7, CR
- 24: INCEIPL $4
-
- 0x2547DC38: 409E0020 bc 4,30,0x2547DC58
- 25: Jc30o $0x2547DC58
-
-
-
-. 832 2547DC20 28
-. 93 C1 00 08 7F C8 02 A6 7D 88 03 A6 80 DE 04 C8 88 06 04 0C 2F 80 00 00 40 9E 00 20
-==== BB 833 (0x2547DC3C) approx BBs exec'd 0 ====
-
- 0x2547DC3C: 81460408 lwz r10,1032(r6)
- 0: GETL R6, t0
- 1: ADDL $0x408, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x2547DC40: 390A0001 addi r8,r10,1
- 5: GETL R10, t4
- 6: ADDL $0x1, t4
- 7: PUTL t4, R8
- 8: INCEIPL $4
-
- 0x2547DC44: 91060408 stw r8,1032(r6)
- 9: GETL R8, t6
- 10: GETL R6, t8
- 11: ADDL $0x408, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x2547DC48: 7D034378 or r3,r8,r8
- 14: GETL R8, t10
- 15: PUTL t10, R3
- 16: INCEIPL $4
-
- 0x2547DC4C: 83C10008 lwz r30,8(r1)
- 17: GETL R1, t12
- 18: ADDL $0x8, t12
- 19: LDL (t12), t14
- 20: PUTL t14, R30
- 21: INCEIPL $4
-
- 0x2547DC50: 38210010 addi r1,r1,16
- 22: GETL R1, t16
- 23: ADDL $0x10, t16
- 24: PUTL t16, R1
- 25: INCEIPL $4
-
- 0x2547DC54: 4E800020 blr
- 26: GETL LR, t18
- 27: JMPo-r t18 ($4)
-
-
-
-. 833 2547DC3C 28
-. 81 46 04 08 39 0A 00 01 91 06 04 08 7D 03 43 78 83 C1 00 08 38 21 00 10 4E 80 00 20
-==== BB 834 (0x2547589C) approx BBs exec'd 0 ====
-
- 0x2547589C: A0FA0154 lhz r7,340(r26)
- 0: GETL R26, t0
- 1: ADDL $0x154, t0
- 2: LDW (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x254758A0: 907A0230 stw r3,560(r26)
- 5: GETL R3, t4
- 6: GETL R26, t6
- 7: ADDL $0x230, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0x254758A4: 4BFFFF54 b 0x254757F8
- 10: JMPo $0x254757F8 ($4)
-
-
-
-. 834 2547589C 12
-. A0 FA 01 54 90 7A 02 30 4B FF FF 54
-==22130== Reading syms from /lib/tls/libc-2.3.4.so (0xFE60000)
-==22130== object doesn't have any debug info
-==== BB 835 (0x254837B0) approx BBs exec'd 0 ====
-
- 0x254837B0: 9088FFFC stw r4,-4(r8)
- 0: GETL R4, t0
- 1: GETL R8, t2
- 2: ADDL $0xFFFFFFFC, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x254837B4: 9488FFF8 stwu r4,-8(r8)
- 5: GETL R4, t4
- 6: GETL R8, t6
- 7: ADDL $0xFFFFFFF8, t6
- 8: PUTL t6, R8
- 9: STL t4, (t6)
- 10: INCEIPL $4
-
- 0x254837B8: 41840014 bc 12,4,0x254837CC
- 11: Js04o $0x254837CC
-
-
-
-. 835 254837B0 12
-. 90 88 FF FC 94 88 FF F8 41 84 00 14
-==== BB 836 (0x254837D4) approx BBs exec'd 0 ====
-
- 0x254837D4: 28840000 cmpli cr1,r4,0
- 0: GETL R4, t0
- 1: MOVL $0x0, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0x254837D8: 54A70035 rlwinm. r7,r5,0,0,26
- 5: GETL R5, t6
- 6: ANDL $0xFFFFFFE0, t6
- 7: PUTL t6, R7
- 8: CMP0L t6, t8 (-rSo)
- 9: ICRFL t8, $0x0, CR
- 10: INCEIPL $4
-
- 0x254837DC: 7CA01120 mtcrf 0x1,r5
- 11: GETL R5, t10
- 12: ICRFL t10, $0x7, CR
- 13: INCEIPL $4
-
- 0x254837E0: 418601A0 bc 12,6,0x25483980
- 14: Js06o $0x25483980
-
-
-
-. 836 254837D4 16
-. 28 84 00 00 54 A7 00 35 7C A0 11 20 41 86 01 A0
-==== BB 837 (0x25475D74) approx BBs exec'd 0 ====
-
- 0x25475D74: 80090004 lwz r0,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25475D78: 700A0002 andi. r10,r0,0x2
- 5: GETL R0, t4
- 6: ANDL $0x2, t4
- 7: PUTL t4, R10
- 8: CMP0L t4, t6 (-rSo)
- 9: ICRFL t6, $0x0, CR
- 10: INCEIPL $4
-
- 0x25475D7C: 901A0200 stw r0,512(r26)
- 11: GETL R0, t8
- 12: GETL R26, t10
- 13: ADDL $0x200, t10
- 14: STL t8, (t10)
- 15: INCEIPL $4
-
- 0x25475D80: 41820008 bc 12,2,0x25475D88
- 16: Js02o $0x25475D88
-
-
-
-. 837 25475D74 16
-. 80 09 00 04 70 0A 00 02 90 1A 02 00 41 82 00 08
-==== BB 838 (0x25475D88) approx BBs exec'd 0 ====
-
- 0x25475D88: 700B0004 andi. r11,r0,0x4
- 0: GETL R0, t0
- 1: ANDL $0x4, t0
- 2: PUTL t0, R11
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0x25475D8C: 41820008 bc 12,2,0x25475D94
- 6: Js02o $0x25475D94
-
-
-
-. 838 25475D88 8
-. 70 0B 00 04 41 82 00 08
-==== BB 839 (0x25475D94) approx BBs exec'd 0 ====
-
- 0x25475D94: 700A0008 andi. r10,r0,0x8
- 0: GETL R0, t0
- 1: ANDL $0x8, t0
- 2: PUTL t0, R10
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0x25475D98: 41820008 bc 12,2,0x25475DA0
- 6: Js02o $0x25475DA0
-
-
-
-. 839 25475D94 8
-. 70 0A 00 08 41 82 00 08
-==== BB 840 (0x25475D9C) approx BBs exec'd 0 ====
-
- 0x25475D9C: 91280060 stw r9,96(r8)
- 0: GETL R9, t0
- 1: GETL R8, t2
- 2: ADDL $0x60, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25475DA0: 81280098 lwz r9,152(r8)
- 5: GETL R8, t4
- 6: ADDL $0x98, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R9
- 9: INCEIPL $4
-
- 0x25475DA4: 2F890000 cmpi cr7,r9,0
- 10: GETL R9, t8
- 11: CMP0L t8, t10 (-rSo)
- 12: ICRFL t10, $0x7, CR
- 13: INCEIPL $4
-
- 0x25475DA8: 419E0354 bc 12,30,0x254760FC
- 14: Js30o $0x254760FC
-
-
-
-. 840 25475D9C 16
-. 91 28 00 60 81 28 00 98 2F 89 00 00 41 9E 03 54
-==== BB 841 (0x25475DBC) approx BBs exec'd 0 ====
-
- 0x25475DBC: 91280060 stw r9,96(r8)
- 0: GETL R9, t0
- 1: GETL R8, t2
- 2: ADDL $0x60, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25475DC0: 81280074 lwz r9,116(r8)
- 5: GETL R8, t4
- 6: ADDL $0x74, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R9
- 9: INCEIPL $4
-
- 0x25475DC4: 2C890000 cmpi cr1,r9,0
- 10: GETL R9, t8
- 11: CMP0L t8, t10 (-rSo)
- 12: ICRFL t10, $0x1, CR
- 13: INCEIPL $4
-
- 0x25475DC8: 418600E0 bc 12,6,0x25475EA8
- 14: Js06o $0x25475EA8
-
-
-
-. 841 25475DBC 16
-. 91 28 00 60 81 28 00 74 2C 89 00 00 41 86 00 E0
-==== BB 842 (0x25475EEC) approx BBs exec'd 0 ====
-
- 0x25475EEC: 80DA0000 lwz r6,0(r26)
- 0: GETL R26, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R6
- 3: INCEIPL $4
-
- 0x25475EF0: 7D493214 add r10,r9,r6
- 4: GETL R9, t4
- 5: GETL R6, t6
- 6: ADDL t4, t6
- 7: PUTL t6, R10
- 8: INCEIPL $4
-
- 0x25475EF4: 915A0218 stw r10,536(r26)
- 9: GETL R10, t8
- 10: GETL R26, t10
- 11: ADDL $0x218, t10
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0x25475EF8: 7E639B78 or r3,r19,r19
- 14: GETL R19, t12
- 15: PUTL t12, R3
- 16: INCEIPL $4
-
- 0x25475EFC: 4800C0F5 bl 0x25481FF0
- 17: MOVL $0x25475F00, t14
- 18: PUTL t14, LR
- 19: JMPo-c $0x25481FF0 ($4)
-
-
-
-. 842 25475EEC 20
-. 80 DA 00 00 7D 49 32 14 91 5A 02 18 7E 63 9B 78 48 00 C0 F5
-==== BB 843 (0x2547A488) approx BBs exec'd 0 ====
-
- 0x2547A488: 807F0040 lwz r3,64(r31)
- 0: GETL R31, t0
- 1: ADDL $0x40, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x2547A48C: 7C091800 cmp cr0,r9,r3
- 5: GETL R9, t4
- 6: GETL R3, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x0, CR
- 9: INCEIPL $4
-
- 0x2547A490: 41820014 bc 12,2,0x2547A4A4
- 10: Js02o $0x2547A4A4
-
-
-
-. 843 2547A488 12
-. 80 7F 00 40 7C 09 18 00 41 82 00 14
-==== BB 844 (0x2547A494) approx BBs exec'd 0 ====
-
- 0x2547A494: 3D407FFF lis r10,32767
- 0: MOVL $0x7FFF0000, t0
- 1: PUTL t0, R10
- 2: INCEIPL $4
-
- 0x2547A498: 6148FFFF ori r8,r10,0xFFFF
- 3: MOVL $0x7FFFFFFF, t2
- 4: PUTL t2, R8
- 5: INCEIPL $4
-
- 0x2547A49C: 7F094000 cmp cr6,r9,r8
- 6: GETL R9, t4
- 7: GETL R8, t6
- 8: CMPL t4, t6, t8 (-rSo)
- 9: ICRFL t8, $0x6, CR
- 10: INCEIPL $4
-
- 0x2547A4A0: 409AFFD4 bc 4,26,0x2547A474
- 11: Jc26o $0x2547A474
-
-
-
-. 844 2547A494 16
-. 3D 40 7F FF 61 48 FF FF 7F 09 40 00 40 9A FF D4
-==== BB 845 (0x2547A8B8) approx BBs exec'd 0 ====
-
- 0x2547A8B8: 2F980000 cmpi cr7,r24,0
- 0: GETL R24, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x2547A8BC: 419E005C bc 12,30,0x2547A918
- 4: Js30o $0x2547A918
-
-
-
-. 845 2547A8B8 8
-. 2F 98 00 00 41 9E 00 5C
-==== BB 846 (0x2547A918) approx BBs exec'd 0 ====
-
- 0x2547A918: 801B0000 lwz r0,0(r27)
- 0: GETL R27, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0x2547A91C: 2F1B0000 cmpi cr6,r27,0
- 4: GETL R27, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x6, CR
- 7: INCEIPL $4
-
- 0x2547A920: 2C000000 cmpi cr0,r0,0
- 8: GETL R0, t8
- 9: CMP0L t8, t10 (-rSo)
- 10: ICRFL t10, $0x0, CR
- 11: INCEIPL $4
-
- 0x2547A924: 4182001C bc 12,2,0x2547A940
- 12: Js02o $0x2547A940
-
-
-
-. 846 2547A918 16
-. 80 1B 00 00 2F 1B 00 00 2C 00 00 00 41 82 00 1C
-==== BB 847 (0x2547A928) approx BBs exec'd 0 ====
-
- 0x2547A928: 837B0008 lwz r27,8(r27)
- 0: GETL R27, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R27
- 4: INCEIPL $4
-
- 0x2547A92C: 2F1B0000 cmpi cr6,r27,0
- 5: GETL R27, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x2547A930: 41BAFC94 bc 13,26,0x2547A5C4
- 9: Js26o $0x2547A5C4
-
-
-
-. 847 2547A928 12
-. 83 7B 00 08 2F 1B 00 00 41 BA FC 94
-==== BB 848 (0x2547A934) approx BBs exec'd 0 ====
-
- 0x2547A934: 801B0000 lwz r0,0(r27)
- 0: GETL R27, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0x2547A938: 2C000000 cmpi cr0,r0,0
- 4: GETL R0, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x0, CR
- 7: INCEIPL $4
-
- 0x2547A93C: 4082FFEC bc 4,2,0x2547A928
- 8: Jc02o $0x2547A928
-
-
-
-. 848 2547A934 12
-. 80 1B 00 00 2C 00 00 00 40 82 FF EC
-==== BB 849 (0x2547A940) approx BBs exec'd 0 ====
-
- 0x2547A940: 409AF9DC bc 4,26,0x2547A31C
- 0: Jc26o $0x2547A31C
-
-
-
-. 849 2547A940 4
-. 40 9A F9 DC
-==== BB 850 (0x2547A35C) approx BBs exec'd 0 ====
-
- 0x2547A35C: A13A0156 lhz r9,342(r26)
- 0: GETL R26, t0
- 1: ADDL $0x156, t0
- 2: LDW (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x2547A360: 2F090000 cmpi cr6,r9,0
- 5: GETL R9, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x2547A364: 409A05E4 bc 4,26,0x2547A948
- 9: Jc26o $0x2547A948
-
-
-
-. 850 2547A35C 12
-. A1 3A 01 56 2F 09 00 00 40 9A 05 E4
-==== BB 851 (0x2547A948) approx BBs exec'd 0 ====
-
- 0x2547A948: 5534103A rlwinm r20,r9,2,0,29
- 0: GETL R9, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R20
- 3: INCEIPL $4
-
- 0x2547A94C: 81810000 lwz r12,0(r1)
- 4: GETL R1, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R12
- 7: INCEIPL $4
-
- 0x2547A950: 3A54001E addi r18,r20,30
- 8: GETL R20, t6
- 9: ADDL $0x1E, t6
- 10: PUTL t6, R18
- 11: INCEIPL $4
-
- 0x2547A954: 56490376 rlwinm r9,r18,0,13,27
- 12: GETL R18, t8
- 13: ANDL $0x7FFF0, t8
- 14: PUTL t8, R9
- 15: INCEIPL $4
-
- 0x2547A958: 7D4900D0 neg r10,r9
- 16: GETL R9, t10
- 17: NEGL t10
- 18: PUTL t10, R10
- 19: INCEIPL $4
-
- 0x2547A95C: 7D81516E stwux r12,r1,r10
- 20: GETL R10, t12
- 21: GETL R1, t14
- 22: ADDL t14, t12
- 23: PUTL t12, R1
- 24: GETL R12, t16
- 25: STL t16, (t12)
- 26: INCEIPL $4
-
- 0x2547A960: 39010017 addi r8,r1,23
- 27: GETL R1, t18
- 28: ADDL $0x17, t18
- 29: PUTL t18, R8
- 30: INCEIPL $4
-
- 0x2547A964: 55180036 rlwinm r24,r8,0,0,27
- 31: GETL R8, t20
- 32: ANDL $0xFFFFFFF0, t20
- 33: PUTL t20, R24
- 34: INCEIPL $4
-
- 0x2547A968: 4BFFFA00 b 0x2547A368
- 35: JMPo $0x2547A368 ($4)
-
-
-
-. 851 2547A948 36
-. 55 34 10 3A 81 81 00 00 3A 54 00 1E 56 49 03 76 7D 49 00 D0 7D 81 51 6E 39 01 00 17 55 18 00 36 4B FF FA 00
-==== BB 852 (0x2547A0F0) approx BBs exec'd 0 ====
-
- 0x2547A0F0: 80FF0004 lwz r7,4(r31)
- 0: GETL R31, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x2547A0F4: 811F0008 lwz r8,8(r31)
- 5: GETL R31, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R8
- 9: INCEIPL $4
-
- 0x2547A0F8: 81230018 lwz r9,24(r3)
- 10: GETL R3, t8
- 11: ADDL $0x18, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R9
- 14: INCEIPL $4
-
- 0x2547A0FC: 4BFFCBED bl 0x25476CE8
- 15: MOVL $0x2547A100, t12
- 16: PUTL t12, LR
- 17: JMPo-c $0x25476CE8 ($4)
-
-
-
-. 852 2547A0F0 16
-. 80 FF 00 04 81 1F 00 08 81 23 00 18 4B FF CB ED
-==== BB 853 (0x25482F10) approx BBs exec'd 0 ====
-
- 0x25482F10: 84C40004 lwzu r6,4(r4)
- 0: GETL R4, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R4
- 3: LDL (t0), t2
- 4: PUTL t2, R6
- 5: INCEIPL $4
-
- 0x25482F14: 7C072A14 add r0,r7,r5
- 6: GETL R7, t4
- 7: GETL R5, t6
- 8: ADDL t4, t6
- 9: PUTL t6, R0
- 10: INCEIPL $4
-
- 0x25482F18: 7D0928F8 nor r9,r8,r5
- 11: GETL R8, t8
- 12: GETL R5, t10
- 13: ORL t10, t8
- 14: NOTL t8
- 15: PUTL t8, R9
- 16: INCEIPL $4
-
- 0x25482F1C: 7C004839 and. r0,r0,r9
- 17: GETL R0, t12
- 18: GETL R9, t14
- 19: ANDL t12, t14
- 20: PUTL t14, R0
- 21: CMP0L t14, t16 (-rSo)
- 22: ICRFL t16, $0x0, CR
- 23: INCEIPL $4
-
- 0x25482F20: 7C853000 cmp cr1,r5,r6
- 24: GETL R5, t18
- 25: GETL R6, t20
- 26: CMPL t18, t20, t22 (-rSo)
- 27: ICRFL t22, $0x1, CR
- 28: INCEIPL $4
-
- 0x25482F24: 4182FFE4 bc 12,2,0x25482F08
- 29: Js02o $0x25482F08
-
-
-
-. 853 25482F10 24
-. 84 C4 00 04 7C 07 2A 14 7D 09 28 F8 7C 00 48 39 7C 85 30 00 41 82 FF E4
-==== BB 854 (0x25482F28) approx BBs exec'd 0 ====
-
- 0x25482F28: 7D002838 and r0,r8,r5
- 0: GETL R8, t0
- 1: GETL R5, t2
- 2: ANDL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25482F2C: 4186002C bc 12,6,0x25482F58
- 5: Js06o $0x25482F58
-
-
-
-. 854 25482F28 8
-. 7D 00 28 38 41 86 00 2C
-==== BB 855 (0x25482F30) approx BBs exec'd 0 ====
-
- 0x25482F30: 7C004214 add r0,r0,r8
- 0: GETL R0, t0
- 1: GETL R8, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25482F34: 7CAA3279 xor. r10,r5,r6
- 5: GETL R5, t4
- 6: GETL R6, t6
- 7: XORL t4, t6
- 8: PUTL t6, R10
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x0, CR
- 11: INCEIPL $4
-
- 0x25482F38: 7D290078 andc r9,r9,r0
- 12: GETL R9, t10
- 13: GETL R0, t12
- 14: NOTL t12
- 15: ANDL t10, t12
- 16: PUTL t12, R9
- 17: INCEIPL $4
-
- 0x25482F3C: 41800034 bc 12,0,0x25482F70
- 18: Js00o $0x25482F70
-
-
-
-. 855 25482F30 16
-. 7C 00 42 14 7C AA 32 79 7D 29 00 78 41 80 00 34
-==== BB 856 (0x25482F40) approx BBs exec'd 0 ====
-
- 0x25482F40: 7D4A0034 cntlzw r10,r10
- 0: GETL R10, t0
- 1: CNTLZL t0
- 2: PUTL t0, R10
- 3: INCEIPL $4
-
- 0x25482F44: 7D290034 cntlzw r9,r9
- 4: GETL R9, t2
- 5: CNTLZL t2
- 6: PUTL t2, R9
- 7: INCEIPL $4
-
- 0x25482F48: 39290007 addi r9,r9,7
- 8: GETL R9, t4
- 9: ADDL $0x7, t4
- 10: PUTL t4, R9
- 11: INCEIPL $4
-
- 0x25482F4C: 7C895000 cmp cr1,r9,r10
- 12: GETL R9, t6
- 13: GETL R10, t8
- 14: CMPL t6, t8, t10 (-rSo)
- 15: ICRFL t10, $0x1, CR
- 16: INCEIPL $4
-
- 0x25482F50: 7C662850 subf r3,r6,r5
- 17: GETL R6, t12
- 18: GETL R5, t14
- 19: SUBL t12, t14
- 20: PUTL t14, R3
- 21: INCEIPL $4
-
- 0x25482F54: 4CA40020 bclr 5,4
- 22: GETL LR, t16
- 23: Jc04o-r t16
-
-
-
-. 856 25482F40 24
-. 7D 4A 00 34 7D 29 00 34 39 29 00 07 7C 89 50 00 7C 66 28 50 4C A4 00 20
-==== BB 857 (0x25482F58) approx BBs exec'd 0 ====
-
- 0x25482F58: 38600000 li r3,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25482F5C: 4E800020 blr
- 3: GETL LR, t2
- 4: JMPo-r t2 ($4)
-
-
-
-. 857 25482F58 8
-. 38 60 00 00 4E 80 00 20
-==== BB 858 (0x2547C750) approx BBs exec'd 0 ====
-
- 0x2547C750: 80810024 lwz r4,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x2547C754: 38600001 li r3,1
- 5: MOVL $0x1, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x2547C758: 83A10014 lwz r29,20(r1)
- 8: GETL R1, t6
- 9: ADDL $0x14, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R29
- 12: INCEIPL $4
-
- 0x2547C75C: 83C10018 lwz r30,24(r1)
- 13: GETL R1, t10
- 14: ADDL $0x18, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R30
- 17: INCEIPL $4
-
- 0x2547C760: 7C8803A6 mtlr r4
- 18: GETL R4, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0x2547C764: 83E1001C lwz r31,28(r1)
- 21: GETL R1, t16
- 22: ADDL $0x1C, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R31
- 25: INCEIPL $4
-
- 0x2547C768: 38210020 addi r1,r1,32
- 26: GETL R1, t20
- 27: ADDL $0x20, t20
- 28: PUTL t20, R1
- 29: INCEIPL $4
-
- 0x2547C76C: 4E800020 blr
- 30: GETL LR, t22
- 31: JMPo-r t22 ($4)
-
-
-
-. 858 2547C750 32
-. 80 81 00 24 38 60 00 01 83 A1 00 14 83 C1 00 18 7C 88 03 A6 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 859 (0x25476F54) approx BBs exec'd 0 ====
-
- 0x25476F54: 7FA3EB78 or r3,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25476F58: 83E10294 lwz r31,660(r1)
- 3: GETL R1, t2
- 4: ADDL $0x294, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R31
- 7: INCEIPL $4
-
- 0x25476F5C: 81810244 lwz r12,580(r1)
- 8: GETL R1, t6
- 9: ADDL $0x244, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R12
- 12: INCEIPL $4
-
- 0x25476F60: 7FE803A6 mtlr r31
- 13: GETL R31, t10
- 14: PUTL t10, LR
- 15: INCEIPL $4
-
- 0x25476F64: 81C10248 lwz r14,584(r1)
- 16: GETL R1, t12
- 17: ADDL $0x248, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R14
- 20: INCEIPL $4
-
- 0x25476F68: 81E1024C lwz r15,588(r1)
- 21: GETL R1, t16
- 22: ADDL $0x24C, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R15
- 25: INCEIPL $4
-
- 0x25476F6C: 7D818120 mtcrf 0x18,r12
- 26: GETL R12, t20
- 27: ICRFL t20, $0x3, CR
- 28: ICRFL t20, $0x4, CR
- 29: INCEIPL $4
-
- 0x25476F70: 82010250 lwz r16,592(r1)
- 30: GETL R1, t22
- 31: ADDL $0x250, t22
- 32: LDL (t22), t24
- 33: PUTL t24, R16
- 34: INCEIPL $4
-
- 0x25476F74: 82210254 lwz r17,596(r1)
- 35: GETL R1, t26
- 36: ADDL $0x254, t26
- 37: LDL (t26), t28
- 38: PUTL t28, R17
- 39: INCEIPL $4
-
- 0x25476F78: 82410258 lwz r18,600(r1)
- 40: GETL R1, t30
- 41: ADDL $0x258, t30
- 42: LDL (t30), t32
- 43: PUTL t32, R18
- 44: INCEIPL $4
-
- 0x25476F7C: 8261025C lwz r19,604(r1)
- 45: GETL R1, t34
- 46: ADDL $0x25C, t34
- 47: LDL (t34), t36
- 48: PUTL t36, R19
- 49: INCEIPL $4
-
- 0x25476F80: 82810260 lwz r20,608(r1)
- 50: GETL R1, t38
- 51: ADDL $0x260, t38
- 52: LDL (t38), t40
- 53: PUTL t40, R20
- 54: INCEIPL $4
-
- 0x25476F84: 82A10264 lwz r21,612(r1)
- 55: GETL R1, t42
- 56: ADDL $0x264, t42
- 57: LDL (t42), t44
- 58: PUTL t44, R21
- 59: INCEIPL $4
-
- 0x25476F88: 82C10268 lwz r22,616(r1)
- 60: GETL R1, t46
- 61: ADDL $0x268, t46
- 62: LDL (t46), t48
- 63: PUTL t48, R22
- 64: INCEIPL $4
-
- 0x25476F8C: 82E1026C lwz r23,620(r1)
- 65: GETL R1, t50
- 66: ADDL $0x26C, t50
- 67: LDL (t50), t52
- 68: PUTL t52, R23
- 69: INCEIPL $4
-
- 0x25476F90: 83010270 lwz r24,624(r1)
- 70: GETL R1, t54
- 71: ADDL $0x270, t54
- 72: LDL (t54), t56
- 73: PUTL t56, R24
- 74: INCEIPL $4
-
- 0x25476F94: 83210274 lwz r25,628(r1)
- 75: GETL R1, t58
- 76: ADDL $0x274, t58
- 77: LDL (t58), t60
- 78: PUTL t60, R25
- 79: INCEIPL $4
-
- 0x25476F98: 83410278 lwz r26,632(r1)
- 80: GETL R1, t62
- 81: ADDL $0x278, t62
- 82: LDL (t62), t64
- 83: PUTL t64, R26
- 84: INCEIPL $4
-
- 0x25476F9C: 8361027C lwz r27,636(r1)
- 85: GETL R1, t66
- 86: ADDL $0x27C, t66
- 87: LDL (t66), t68
- 88: PUTL t68, R27
- 89: INCEIPL $4
-
- 0x25476FA0: 83810280 lwz r28,640(r1)
- 90: GETL R1, t70
- 91: ADDL $0x280, t70
- 92: LDL (t70), t72
- 93: PUTL t72, R28
- 94: INCEIPL $4
-
- 0x25476FA4: 83A10284 lwz r29,644(r1)
- 95: GETL R1, t74
- 96: ADDL $0x284, t74
- 97: LDL (t74), t76
- 98: PUTL t76, R29
- 99: INCEIPL $4
-
- 0x25476FA8: 83C10288 lwz r30,648(r1)
- 100: GETL R1, t78
- 101: ADDL $0x288, t78
- 102: LDL (t78), t80
- 103: PUTL t80, R30
- 104: INCEIPL $4
-
- 0x25476FAC: 83E1028C lwz r31,652(r1)
- 105: GETL R1, t82
- 106: ADDL $0x28C, t82
- 107: LDL (t82), t84
- 108: PUTL t84, R31
- 109: INCEIPL $4
-
- 0x25476FB0: 38210290 addi r1,r1,656
- 110: GETL R1, t86
- 111: ADDL $0x290, t86
- 112: PUTL t86, R1
- 113: INCEIPL $4
-
- 0x25476FB4: 4E800020 blr
- 114: GETL LR, t88
- 115: JMPo-r t88 ($4)
-
-
-
-. 859 25476F54 100
-. 7F A3 EB 78 83 E1 02 94 81 81 02 44 7F E8 03 A6 81 C1 02 48 81 E1 02 4C 7D 81 81 20 82 01 02 50 82 21 02 54 82 41 02 58 82 61 02 5C 82 81 02 60 82 A1 02 64 82 C1 02 68 82 E1 02 6C 83 01 02 70 83 21 02 74 83 41 02 78 83 61 02 7C 83 81 02 80 83 A1 02 84 83 C1 02 88 83 E1 02 8C 38 21 02 90 4E 80 00 20
-==== BB 860 (0x2547A460) approx BBs exec'd 0 ====
-
- 0x2547A460: 2C980000 cmpi cr1,r24,0
- 0: GETL R24, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0x2547A464: 41860010 bc 12,6,0x2547A474
- 4: Js06o $0x2547A474
-
-
-
-. 860 2547A460 8
-. 2C 98 00 00 41 86 00 10
-==== BB 861 (0x2547A468) approx BBs exec'd 0 ====
-
- 0x2547A468: 56CB103A rlwinm r11,r22,2,0,29
- 0: GETL R22, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R11
- 3: INCEIPL $4
-
- 0x2547A46C: 3AD60001 addi r22,r22,1
- 4: GETL R22, t2
- 5: ADDL $0x1, t2
- 6: PUTL t2, R22
- 7: INCEIPL $4
-
- 0x2547A470: 7D4BC12E stwx r10,r11,r24
- 8: GETL R24, t4
- 9: GETL R11, t6
- 10: ADDL t6, t4
- 11: GETL R10, t8
- 12: STL t8, (t4)
- 13: INCEIPL $4
-
- 0x2547A474: 853C0008 lwzu r9,8(r28)
- 14: GETL R28, t10
- 15: ADDL $0x8, t10
- 16: PUTL t10, R28
- 17: LDL (t10), t12
- 18: PUTL t12, R9
- 19: INCEIPL $4
-
- 0x2547A478: 2C090000 cmpi cr0,r9,0
- 20: GETL R9, t14
- 21: CMP0L t14, t16 (-rSo)
- 22: ICRFL t16, $0x0, CR
- 23: INCEIPL $4
-
- 0x2547A47C: 4182043C bc 12,2,0x2547A8B8
- 24: Js02o $0x2547A8B8
-
-
-
-. 861 2547A468 24
-. 56 CB 10 3A 3A D6 00 01 7D 4B C1 2E 85 3C 00 08 2C 09 00 00 41 82 04 3C
-==== BB 862 (0x2547A8C0) approx BBs exec'd 0 ====
-
- 0x2547A8C0: 3BB60001 addi r29,r22,1
- 0: GETL R22, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R29
- 3: INCEIPL $4
-
- 0x2547A8C4: 56DC103A rlwinm r28,r22,2,0,29
- 4: GETL R22, t2
- 5: SHLL $0x2, t2
- 6: PUTL t2, R28
- 7: INCEIPL $4
-
- 0x2547A8C8: 3A400000 li r18,0
- 8: MOVL $0x0, t4
- 9: PUTL t4, R18
- 10: INCEIPL $4
-
- 0x2547A8CC: 57B61838 rlwinm r22,r29,3,0,28
- 11: GETL R29, t6
- 12: SHLL $0x3, t6
- 13: PUTL t6, R22
- 14: INCEIPL $4
-
- 0x2547A8D0: 7E5CC12E stwx r18,r28,r24
- 15: GETL R24, t8
- 16: GETL R28, t10
- 17: ADDL t10, t8
- 18: GETL R18, t12
- 19: STL t12, (t8)
- 20: INCEIPL $4
-
- 0x2547A8D4: 38760004 addi r3,r22,4
- 21: GETL R22, t14
- 22: ADDL $0x4, t14
- 23: PUTL t14, R3
- 24: INCEIPL $4
-
- 0x2547A8D8: 4801D14D bl 0x25497A24
- 25: MOVL $0x2547A8DC, t16
- 26: PUTL t16, LR
- 27: JMPo-c $0x25497A24 ($4)
-
-
-
-. 862 2547A8C0 28
-. 3B B6 00 01 56 DC 10 3A 3A 40 00 00 57 B6 18 38 7E 5C C1 2E 38 76 00 04 48 01 D1 4D
-==== BB 863 (0x2547A8DC) approx BBs exec'd 0 ====
-
- 0x2547A8DC: 2C830000 cmpi cr1,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0x2547A8E0: 7C691B78 or r9,r3,r3
- 4: GETL R3, t4
- 5: PUTL t4, R9
- 6: INCEIPL $4
-
- 0x2547A8E4: 907A01E8 stw r3,488(r26)
- 7: GETL R3, t6
- 8: GETL R26, t8
- 9: ADDL $0x1E8, t8
- 10: STL t6, (t8)
- 11: INCEIPL $4
-
- 0x2547A8E8: 418605C4 bc 12,6,0x2547AEAC
- 12: Js06o $0x2547AEAC
-
-
-
-. 863 2547A8DC 16
-. 2C 83 00 00 7C 69 1B 78 90 7A 01 E8 41 86 05 C4
-==== BB 864 (0x2547A8EC) approx BBs exec'd 0 ====
-
- 0x2547A8EC: 57B5103A rlwinm r21,r29,2,0,29
- 0: GETL R29, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R21
- 3: INCEIPL $4
-
- 0x2547A8F0: 7F04C378 or r4,r24,r24
- 4: GETL R24, t2
- 5: PUTL t2, R4
- 6: INCEIPL $4
-
- 0x2547A8F4: 7EA5AB78 or r5,r21,r21
- 7: GETL R21, t4
- 8: PUTL t4, R5
- 9: INCEIPL $4
-
- 0x2547A8F8: 93490000 stw r26,0(r9)
- 10: GETL R26, t6
- 11: GETL R9, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x2547A8FC: 38630004 addi r3,r3,4
- 14: GETL R3, t10
- 15: ADDL $0x4, t10
- 16: PUTL t10, R3
- 17: INCEIPL $4
-
- 0x2547A900: 480092E1 bl 0x25483BE0
- 18: MOVL $0x2547A904, t12
- 19: PUTL t12, LR
- 20: JMPo-c $0x25483BE0 ($4)
-
-
-
-. 864 2547A8EC 24
-. 57 B5 10 3A 7F 04 C3 78 7E A5 AB 78 93 49 00 00 38 63 00 04 48 00 92 E1
-==== BB 865 (0x2547A904) approx BBs exec'd 0 ====
-
- 0x2547A904: 809A01E8 lwz r4,488(r26)
- 0: GETL R26, t0
- 1: ADDL $0x1E8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x2547A908: 7EA5AB78 or r5,r21,r21
- 5: GETL R21, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x2547A90C: 7F552214 add r26,r21,r4
- 8: GETL R21, t6
- 9: GETL R4, t8
- 10: ADDL t6, t8
- 11: PUTL t8, R26
- 12: INCEIPL $4
-
- 0x2547A910: 387A0004 addi r3,r26,4
- 13: GETL R26, t10
- 14: ADDL $0x4, t10
- 15: PUTL t10, R3
- 16: INCEIPL $4
-
- 0x2547A914: 480092CD bl 0x25483BE0
- 17: MOVL $0x2547A918, t12
- 18: PUTL t12, LR
- 19: JMPo-c $0x25483BE0 ($4)
-
-
-
-. 865 2547A904 20
-. 80 9A 01 E8 7E A5 AB 78 7F 55 22 14 38 7A 00 04 48 00 92 CD
-==== BB 866 (0x25477104) approx BBs exec'd 0 ====
-
- 0x25477104: 38000001 li r0,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x25477108: 409A0024 bc 4,26,0x2547712C
- 3: Jc26o $0x2547712C
-
-
-
-. 866 25477104 8
-. 38 00 00 01 40 9A 00 24
-==== BB 867 (0x2547710C) approx BBs exec'd 0 ====
-
- 0x2547710C: 817D005C lwz r11,92(r29)
- 0: GETL R29, t0
- 1: ADDL $0x5C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x25477110: 7FA5EB78 or r5,r29,r29
- 5: GETL R29, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x25477114: 7F83E378 or r3,r28,r28
- 8: GETL R28, t6
- 9: PUTL t6, R3
- 10: INCEIPL $4
-
- 0x25477118: 7E469378 or r6,r18,r18
- 11: GETL R18, t8
- 12: PUTL t8, R6
- 13: INCEIPL $4
-
- 0x2547711C: 2F0B0000 cmpi cr6,r11,0
- 14: GETL R11, t10
- 15: CMP0L t10, t12 (-rSo)
- 16: ICRFL t12, $0x6, CR
- 17: INCEIPL $4
-
- 0x25477120: 38000000 li r0,0
- 18: MOVL $0x0, t14
- 19: PUTL t14, R0
- 20: INCEIPL $4
-
- 0x25477124: 409A0218 bc 4,26,0x2547733C
- 21: Jc26o $0x2547733C
-
-
-
-. 867 2547710C 28
-. 81 7D 00 5C 7F A5 EB 78 7F 83 E3 78 7E 46 93 78 2F 0B 00 00 38 00 00 00 40 9A 02 18
-==== BB 868 (0x25477128) approx BBs exec'd 0 ====
-
- 0x25477128: 91FD018C stw r15,396(r29)
- 0: GETL R15, t0
- 1: GETL R29, t2
- 2: ADDL $0x18C, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547712C: 2C000000 cmpi cr0,r0,0
- 5: GETL R0, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0x25477130: 7F86E378 or r6,r28,r28
- 9: GETL R28, t8
- 10: PUTL t8, R6
- 11: INCEIPL $4
-
- 0x25477134: 7FE3FB78 or r3,r31,r31
- 12: GETL R31, t10
- 13: PUTL t10, R3
- 14: INCEIPL $4
-
- 0x25477138: 7EC4B378 or r4,r22,r22
- 15: GETL R22, t12
- 16: PUTL t12, R4
- 17: INCEIPL $4
-
- 0x2547713C: 7EE5BB78 or r5,r23,r23
- 18: GETL R23, t14
- 19: PUTL t14, R5
- 20: INCEIPL $4
-
- 0x25477140: 38E10228 addi r7,r1,552
- 21: GETL R1, t16
- 22: ADDL $0x228, t16
- 23: PUTL t16, R7
- 24: INCEIPL $4
-
- 0x25477144: 39010018 addi r8,r1,24
- 25: GETL R1, t18
- 26: ADDL $0x18, t18
- 27: PUTL t18, R8
- 28: INCEIPL $4
-
- 0x25477148: 4182FF84 bc 12,2,0x254770CC
- 29: Js02o $0x254770CC
-
-
-
-. 868 25477128 36
-. 91 FD 01 8C 2C 00 00 00 7F 86 E3 78 7F E3 FB 78 7E C4 B3 78 7E E5 BB 78 38 E1 02 28 39 01 00 18 41 82 FF 84
-==== BB 869 (0x254771D0) approx BBs exec'd 0 ====
-
- 0x254771D0: 8005018C lwz r0,396(r5)
- 0: GETL R5, t0
- 1: ADDL $0x18C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x254771D4: 3BA5018C addi r29,r5,396
- 5: GETL R5, t4
- 6: ADDL $0x18C, t4
- 7: PUTL t4, R29
- 8: INCEIPL $4
-
- 0x254771D8: 39200000 li r9,0
- 9: MOVL $0x0, t6
- 10: PUTL t6, R9
- 11: INCEIPL $4
-
- 0x254771DC: 2C80FFFF cmpi cr1,r0,-1
- 12: GETL R0, t8
- 13: MOVL $0xFFFFFFFF, t12
- 14: CMPL t8, t12, t10 (-rSo)
- 15: ICRFL t10, $0x1, CR
- 16: INCEIPL $4
-
- 0x254771E0: 41860024 bc 12,6,0x25477204
- 17: Js06o $0x25477204
-
-
-
-. 869 254771D0 20
-. 80 05 01 8C 3B A5 01 8C 39 20 00 00 2C 80 FF FF 41 86 00 24
-==== BB 870 (0x25477204) approx BBs exec'd 0 ====
-
- 0x25477204: 2C090000 cmpi cr0,r9,0
- 0: GETL R9, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0x25477208: 408201F8 bc 4,2,0x25477400
- 4: Jc02o $0x25477400
-
-
-
-. 870 25477204 8
-. 2C 09 00 00 40 82 01 F8
-==== BB 871 (0x25483A60) approx BBs exec'd 0 ====
-
- 0x25483A60: 7D2903A6 mtctr r9
- 0: GETL R9, t0
- 1: PUTL t0, CTR
- 2: INCEIPL $4
-
- 0x25483A64: 88BF0000 lbz r5,0(r31)
- 3: GETL R31, t2
- 4: LDB (t2), t4
- 5: PUTL t4, R5
- 6: INCEIPL $4
-
- 0x25483A68: 3BFF0001 addi r31,r31,1
- 7: GETL R31, t6
- 8: ADDL $0x1, t6
- 9: PUTL t6, R31
- 10: INCEIPL $4
-
- 0x25483A6C: 98BD0000 stb r5,0(r29)
- 11: GETL R5, t8
- 12: GETL R29, t10
- 13: STB t8, (t10)
- 14: INCEIPL $4
-
- 0x25483A70: 3BBD0001 addi r29,r29,1
- 15: GETL R29, t12
- 16: ADDL $0x1, t12
- 17: PUTL t12, R29
- 18: INCEIPL $4
-
- 0x25483A74: 4200FFF0 bc 16,0,0x25483A64
- 19: GETL CTR, t14
- 20: ADDL $0xFFFFFFFF, t14
- 21: PUTL t14, CTR
- 22: JIFZL t14, $0x25483A78
- 23: JMPo $0x25483A64 ($4)
-
-
-
-. 871 25483A60 24
-. 7D 29 03 A6 88 BF 00 00 3B FF 00 01 98 BD 00 00 3B BD 00 01 42 00 FF F0
-==== BB 872 (0x25476958) approx BBs exec'd 0 ====
-
- 0x25476958: 80DF0080 lwz r6,128(r31)
- 0: GETL R31, t0
- 1: ADDL $0x80, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x2547695C: 2C060000 cmpi cr0,r6,0
- 5: GETL R6, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0x25476960: 4182FF58 bc 12,2,0x254768B8
- 9: Js02o $0x254768B8
-
-
-
-. 872 25476958 12
-. 80 DF 00 80 2C 06 00 00 41 82 FF 58
-==== BB 873 (0x25476A34) approx BBs exec'd 0 ====
-
- 0x25476A34: 7E639B78 or r3,r19,r19
- 0: GETL R19, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25476A38: 48020FED bl 0x25497A24
- 3: MOVL $0x25476A3C, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0x25497A24 ($4)
-
-
-
-. 873 25476A34 8
-. 7E 63 9B 78 48 02 0F ED
-==== BB 874 (0x25476A3C) approx BBs exec'd 0 ====
-
- 0x25476A3C: 82BF0088 lwz r21,136(r31)
- 0: GETL R31, t0
- 1: ADDL $0x88, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R21
- 4: INCEIPL $4
-
- 0x25476A40: 2E030000 cmpi cr4,r3,0
- 5: GETL R3, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x4, CR
- 8: INCEIPL $4
-
- 0x25476A44: 90750000 stw r3,0(r21)
- 9: GETL R3, t8
- 10: GETL R21, t10
- 11: STL t8, (t10)
- 12: INCEIPL $4
-
- 0x25476A48: 41920284 bc 12,18,0x25476CCC
- 13: Js18o $0x25476CCC
-
-
-
-. 874 25476A3C 16
-. 82 BF 00 88 2E 03 00 00 90 75 00 00 41 92 02 84
-==== BB 875 (0x25476A4C) approx BBs exec'd 0 ====
-
- 0x25476A4C: 7F64DB78 or r4,r27,r27
- 0: GETL R27, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0x25476A50: 7E659B78 or r5,r19,r19
- 3: GETL R19, t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0x25476A54: 4800D18D bl 0x25483BE0
- 6: MOVL $0x25476A58, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0x25483BE0 ($4)
-
-
-
-. 875 25476A4C 12
-. 7F 64 DB 78 7E 65 9B 78 48 00 D1 8D
-==== BB 876 (0x25476A58) approx BBs exec'd 0 ====
-
- 0x25476A58: 7F43D378 or r3,r26,r26
- 0: GETL R26, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25476A5C: 81010000 lwz r8,0(r1)
- 3: GETL R1, t2
- 4: LDL (t2), t4
- 5: PUTL t4, R8
- 6: INCEIPL $4
-
- 0x25476A60: 81E80004 lwz r15,4(r8)
- 7: GETL R8, t6
- 8: ADDL $0x4, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R15
- 11: INCEIPL $4
-
- 0x25476A64: 8088FFB4 lwz r4,-76(r8)
- 12: GETL R8, t10
- 13: ADDL $0xFFFFFFB4, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R4
- 16: INCEIPL $4
-
- 0x25476A68: 7DE803A6 mtlr r15
- 17: GETL R15, t14
- 18: PUTL t14, LR
- 19: INCEIPL $4
-
- 0x25476A6C: 81C8FFB8 lwz r14,-72(r8)
- 20: GETL R8, t16
- 21: ADDL $0xFFFFFFB8, t16
- 22: LDL (t16), t18
- 23: PUTL t18, R14
- 24: INCEIPL $4
-
- 0x25476A70: 81E8FFBC lwz r15,-68(r8)
- 25: GETL R8, t20
- 26: ADDL $0xFFFFFFBC, t20
- 27: LDL (t20), t22
- 28: PUTL t22, R15
- 29: INCEIPL $4
-
- 0x25476A74: 7C808120 mtcrf 0x8,r4
- 30: GETL R4, t24
- 31: ICRFL t24, $0x4, CR
- 32: INCEIPL $4
-
- 0x25476A78: 8208FFC0 lwz r16,-64(r8)
- 33: GETL R8, t26
- 34: ADDL $0xFFFFFFC0, t26
- 35: LDL (t26), t28
- 36: PUTL t28, R16
- 37: INCEIPL $4
-
- 0x25476A7C: 8228FFC4 lwz r17,-60(r8)
- 38: GETL R8, t30
- 39: ADDL $0xFFFFFFC4, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R17
- 42: INCEIPL $4
-
- 0x25476A80: 8248FFC8 lwz r18,-56(r8)
- 43: GETL R8, t34
- 44: ADDL $0xFFFFFFC8, t34
- 45: LDL (t34), t36
- 46: PUTL t36, R18
- 47: INCEIPL $4
-
- 0x25476A84: 8268FFCC lwz r19,-52(r8)
- 48: GETL R8, t38
- 49: ADDL $0xFFFFFFCC, t38
- 50: LDL (t38), t40
- 51: PUTL t40, R19
- 52: INCEIPL $4
-
- 0x25476A88: 8288FFD0 lwz r20,-48(r8)
- 53: GETL R8, t42
- 54: ADDL $0xFFFFFFD0, t42
- 55: LDL (t42), t44
- 56: PUTL t44, R20
- 57: INCEIPL $4
-
- 0x25476A8C: 82A8FFD4 lwz r21,-44(r8)
- 58: GETL R8, t46
- 59: ADDL $0xFFFFFFD4, t46
- 60: LDL (t46), t48
- 61: PUTL t48, R21
- 62: INCEIPL $4
-
- 0x25476A90: 82C8FFD8 lwz r22,-40(r8)
- 63: GETL R8, t50
- 64: ADDL $0xFFFFFFD8, t50
- 65: LDL (t50), t52
- 66: PUTL t52, R22
- 67: INCEIPL $4
-
- 0x25476A94: 82E8FFDC lwz r23,-36(r8)
- 68: GETL R8, t54
- 69: ADDL $0xFFFFFFDC, t54
- 70: LDL (t54), t56
- 71: PUTL t56, R23
- 72: INCEIPL $4
-
- 0x25476A98: 8308FFE0 lwz r24,-32(r8)
- 73: GETL R8, t58
- 74: ADDL $0xFFFFFFE0, t58
- 75: LDL (t58), t60
- 76: PUTL t60, R24
- 77: INCEIPL $4
-
- 0x25476A9C: 8328FFE4 lwz r25,-28(r8)
- 78: GETL R8, t62
- 79: ADDL $0xFFFFFFE4, t62
- 80: LDL (t62), t64
- 81: PUTL t64, R25
- 82: INCEIPL $4
-
- 0x25476AA0: 8348FFE8 lwz r26,-24(r8)
- 83: GETL R8, t66
- 84: ADDL $0xFFFFFFE8, t66
- 85: LDL (t66), t68
- 86: PUTL t68, R26
- 87: INCEIPL $4
-
- 0x25476AA4: 8368FFEC lwz r27,-20(r8)
- 88: GETL R8, t70
- 89: ADDL $0xFFFFFFEC, t70
- 90: LDL (t70), t72
- 91: PUTL t72, R27
- 92: INCEIPL $4
-
- 0x25476AA8: 8388FFF0 lwz r28,-16(r8)
- 93: GETL R8, t74
- 94: ADDL $0xFFFFFFF0, t74
- 95: LDL (t74), t76
- 96: PUTL t76, R28
- 97: INCEIPL $4
-
- 0x25476AAC: 83A8FFF4 lwz r29,-12(r8)
- 98: GETL R8, t78
- 99: ADDL $0xFFFFFFF4, t78
- 100: LDL (t78), t80
- 101: PUTL t80, R29
- 102: INCEIPL $4
-
- 0x25476AB0: 83C8FFF8 lwz r30,-8(r8)
- 103: GETL R8, t82
- 104: ADDL $0xFFFFFFF8, t82
- 105: LDL (t82), t84
- 106: PUTL t84, R30
- 107: INCEIPL $4
-
- 0x25476AB4: 83E8FFFC lwz r31,-4(r8)
- 108: GETL R8, t86
- 109: ADDL $0xFFFFFFFC, t86
- 110: LDL (t86), t88
- 111: PUTL t88, R31
- 112: INCEIPL $4
-
- 0x25476AB8: 7D014378 or r1,r8,r8
- 113: GETL R8, t90
- 114: PUTL t90, R1
- 115: INCEIPL $4
-
- 0x25476ABC: 4E800020 blr
- 116: GETL LR, t92
- 117: JMPo-r t92 ($4)
-
-
-
-. 876 25476A58 104
-. 7F 43 D3 78 81 01 00 00 81 E8 00 04 80 88 FF B4 7D E8 03 A6 81 C8 FF B8 81 E8 FF BC 7C 80 81 20 82 08 FF C0 82 28 FF C4 82 48 FF C8 82 68 FF CC 82 88 FF D0 82 A8 FF D4 82 C8 FF D8 82 E8 FF DC 83 08 FF E0 83 28 FF E4 83 48 FF E8 83 68 FF EC 83 88 FF F0 83 A8 FF F4 83 C8 FF F8 83 E8 FF FC 7D 01 43 78 4E 80 00 20
-==== BB 877 (0x25479218) approx BBs exec'd 0 ====
-
- 0x25479218: 7C1C0378 or r28,r0,r0
- 0: GETL R0, t0
- 1: PUTL t0, R28
- 2: INCEIPL $4
-
- 0x2547921C: 801C0168 lwz r0,360(r28)
- 3: GETL R28, t2
- 4: ADDL $0x168, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0x25479220: 2C000000 cmpi cr0,r0,0
- 8: GETL R0, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x0, CR
- 11: INCEIPL $4
-
- 0x25479224: 4082FFF4 bc 4,2,0x25479218
- 12: Jc02o $0x25479218
-
-
-
-. 877 25479218 16
-. 7C 1C 03 78 80 1C 01 68 2C 00 00 00 40 82 FF F4
-==== BB 878 (0x254807B8) approx BBs exec'd 0 ====
-
- 0x254807B8: 7D283850 subf r9,r8,r7
- 0: GETL R8, t0
- 1: GETL R7, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x254807BC: 7F865050 subf r28,r6,r10
- 5: GETL R6, t4
- 6: GETL R10, t6
- 7: SUBL t4, t6
- 8: PUTL t6, R28
- 9: INCEIPL $4
-
- 0x254807C0: 7F89E040 cmpl cr7,r9,r28
- 10: GETL R9, t8
- 11: GETL R28, t10
- 12: CMPUL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x7, CR
- 14: INCEIPL $4
-
- 0x254807C4: 409C0064 bc 4,28,0x25480828
- 15: Jc28o $0x25480828
-
-
-
-. 878 254807B8 16
-. 7D 28 38 50 7F 86 50 50 7F 89 E0 40 40 9C 00 64
-==22130== Reading syms from /home/sewardj/valgrind-2.2.0-ppc/Inst/lib/valgrind/libpthread.so (0xEE2F000)
-==== BB 879 (0x2547618C) approx BBs exec'd 0 ====
-
- 0x2547618C: 2F160000 cmpi cr6,r22,0
- 0: GETL R22, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x25476190: 419801EC bc 12,24,0x2547637C
- 4: Js24o $0x2547637C
-
-
-
-. 879 2547618C 8
-. 2F 16 00 00 41 98 01 EC
-==== BB 880 (0x25476194) approx BBs exec'd 0 ====
-
- 0x25476194: 82BE050C lwz r21,1292(r30)
- 0: GETL R30, t0
- 1: ADDL $0x50C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R21
- 4: INCEIPL $4
-
- 0x25476198: 83750000 lwz r27,0(r21)
- 5: GETL R21, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R27
- 8: INCEIPL $4
-
- 0x2547619C: 63780004 ori r24,r27,0x4
- 9: GETL R27, t8
- 10: ORL $0x4, t8
- 11: PUTL t8, R24
- 12: INCEIPL $4
-
- 0x254761A0: 93150000 stw r24,0(r21)
- 13: GETL R24, t10
- 14: GETL R21, t12
- 15: STL t10, (t12)
- 16: INCEIPL $4
-
- 0x254761A4: 809E04C8 lwz r4,1224(r30)
- 17: GETL R30, t14
- 18: ADDL $0x4C8, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R4
- 21: INCEIPL $4
-
- 0x254761A8: 807F0098 lwz r3,152(r31)
- 22: GETL R31, t18
- 23: ADDL $0x98, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R3
- 26: INCEIPL $4
-
- 0x254761AC: 81040404 lwz r8,1028(r4)
- 27: GETL R4, t22
- 28: ADDL $0x404, t22
- 29: LDL (t22), t24
- 30: PUTL t24, R8
- 31: INCEIPL $4
-
- 0x254761B0: 7D0903A6 mtctr r8
- 32: GETL R8, t26
- 33: PUTL t26, CTR
- 34: INCEIPL $4
-
- 0x254761B4: 4E800421 bctrl
- 35: MOVL $0x254761B8, t28
- 36: PUTL t28, LR
- 37: GETL CTR, t30
- 38: JMPo-c t30 ($4)
-
-
-
-. 880 25476194 36
-. 82 BE 05 0C 83 75 00 00 63 78 00 04 93 15 00 00 80 9E 04 C8 80 7F 00 98 81 04 04 04 7D 09 03 A6 4E 80 04 21
-==== BB 881 __GI__dl_make_stack_executable(0x2547E8C0) approx BBs exec'd 0 ====
-
- 0x2547E8C0: 9421FFD0 stwu r1,-48(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFD0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547E8C4: 7CE802A6 mflr r7
- 6: GETL LR, t4
- 7: PUTL t4, R7
- 8: INCEIPL $4
-
- 0x2547E8C8: 48018739 bl 0x25497000
- 9: MOVL $0x2547E8CC, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-
-. 881 2547E8C0 12
-. 94 21 FF D0 7C E8 02 A6 48 01 87 39
-==== BB 882 (0x2547E8CC) approx BBs exec'd 0 ====
-
- 0x2547E8CC: 93C10028 stw r30,40(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x28, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547E8D0: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x2547E8D4: 93410018 stw r26,24(r1)
- 8: GETL R26, t6
- 9: GETL R1, t8
- 10: ADDL $0x18, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x2547E8D8: 90E10034 stw r7,52(r1)
- 13: GETL R7, t10
- 14: GETL R1, t12
- 15: ADDL $0x34, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x2547E8DC: 93210014 stw r25,20(r1)
- 18: GETL R25, t14
- 19: GETL R1, t16
- 20: ADDL $0x14, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0x2547E8E0: 7C791B78 or r25,r3,r3
- 23: GETL R3, t18
- 24: PUTL t18, R25
- 25: INCEIPL $4
-
- 0x2547E8E4: 835E04F4 lwz r26,1268(r30)
- 26: GETL R30, t20
- 27: ADDL $0x4F4, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R26
- 30: INCEIPL $4
-
- 0x2547E8E8: 80C10000 lwz r6,0(r1)
- 31: GETL R1, t24
- 32: LDL (t24), t26
- 33: PUTL t26, R6
- 34: INCEIPL $4
-
- 0x2547E8EC: 80BA0004 lwz r5,4(r26)
- 35: GETL R26, t28
- 36: ADDL $0x4, t28
- 37: LDL (t28), t30
- 38: PUTL t30, R5
- 39: INCEIPL $4
-
- 0x2547E8F0: 809A00A4 lwz r4,164(r26)
- 40: GETL R26, t32
- 41: ADDL $0xA4, t32
- 42: LDL (t32), t34
- 43: PUTL t34, R4
- 44: INCEIPL $4
-
- 0x2547E8F4: 81390000 lwz r9,0(r25)
- 45: GETL R25, t36
- 46: LDL (t36), t38
- 47: PUTL t38, R9
- 48: INCEIPL $4
-
- 0x2547E8F8: 7C0500D0 neg r0,r5
- 49: GETL R5, t40
- 50: NEGL t40
- 51: PUTL t40, R0
- 52: INCEIPL $4
-
- 0x2547E8FC: 93E1002C stw r31,44(r1)
- 53: GETL R31, t42
- 54: GETL R1, t44
- 55: ADDL $0x2C, t44
- 56: STL t42, (t44)
- 57: INCEIPL $4
-
- 0x2547E900: 7C8903A6 mtctr r4
- 58: GETL R4, t46
- 59: PUTL t46, CTR
- 60: INCEIPL $4
-
- 0x2547E904: 9361001C stw r27,28(r1)
- 61: GETL R27, t48
- 62: GETL R1, t50
- 63: ADDL $0x1C, t50
- 64: STL t48, (t50)
- 65: INCEIPL $4
-
- 0x2547E908: 3880000C li r4,12
- 66: MOVL $0xC, t52
- 67: PUTL t52, R4
- 68: INCEIPL $4
-
- 0x2547E90C: 93810020 stw r28,32(r1)
- 69: GETL R28, t54
- 70: GETL R1, t56
- 71: ADDL $0x20, t56
- 72: STL t54, (t56)
- 73: INCEIPL $4
-
- 0x2547E910: 7D3F0038 and r31,r9,r0
- 74: GETL R9, t58
- 75: GETL R0, t60
- 76: ANDL t58, t60
- 77: PUTL t60, R31
- 78: INCEIPL $4
-
- 0x2547E914: 93A10024 stw r29,36(r1)
- 79: GETL R29, t62
- 80: GETL R1, t64
- 81: ADDL $0x24, t64
- 82: STL t62, (t64)
- 83: INCEIPL $4
-
- 0x2547E918: 80660004 lwz r3,4(r6)
- 84: GETL R6, t66
- 85: ADDL $0x4, t66
- 86: LDL (t66), t68
- 87: PUTL t68, R3
- 88: INCEIPL $4
-
- 0x2547E91C: 4E800421 bctrl
- 89: MOVL $0x2547E920, t70
- 90: PUTL t70, LR
- 91: GETL CTR, t72
- 92: JMPo-c t72 ($4)
-
-
-
-. 882 2547E8CC 84
-. 93 C1 00 28 7F C8 02 A6 93 41 00 18 90 E1 00 34 93 21 00 14 7C 79 1B 78 83 5E 04 F4 80 C1 00 00 80 BA 00 04 80 9A 00 A4 81 39 00 00 7C 05 00 D0 93 E1 00 2C 7C 89 03 A6 93 61 00 1C 38 80 00 0C 93 81 00 20 7D 3F 00 38 93 A1 00 24 80 66 00 04 4E 80 04 21
-==== BB 883 _dl_check_caller(0x2547EA74) approx BBs exec'd 0 ====
-
- 0x2547EA74: 9421FFC0 stwu r1,-64(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFC0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547EA78: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x2547EA7C: 48018585 bl 0x25497000
- 9: MOVL $0x2547EA80, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-
-. 883 2547EA74 12
-. 94 21 FF C0 7C 08 02 A6 48 01 85 85
-==== BB 884 (0x2547EA80) approx BBs exec'd 0 ====
-
- 0x2547EA80: 93C10038 stw r30,56(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x38, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547EA84: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x2547EA88: 93010020 stw r24,32(r1)
- 8: GETL R24, t6
- 9: GETL R1, t8
- 10: ADDL $0x20, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x2547EA8C: 92810010 stw r20,16(r1)
- 13: GETL R20, t10
- 14: GETL R1, t12
- 15: ADDL $0x10, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x2547EA90: 5494E8FE rlwinm r20,r4,29,3,31
- 18: GETL R4, t14
- 19: SHRL $0x3, t14
- 20: PUTL t14, R20
- 21: INCEIPL $4
-
- 0x2547EA94: 92A10014 stw r21,20(r1)
- 22: GETL R21, t16
- 23: GETL R1, t18
- 24: ADDL $0x14, t18
- 25: STL t16, (t18)
- 26: INCEIPL $4
-
- 0x2547EA98: 5495F0BE rlwinm r21,r4,30,2,31
- 27: GETL R4, t20
- 28: SHRL $0x2, t20
- 29: PUTL t20, R21
- 30: INCEIPL $4
-
- 0x2547EA9C: 831E04C8 lwz r24,1224(r30)
- 31: GETL R30, t22
- 32: ADDL $0x4C8, t22
- 33: LDL (t22), t24
- 34: PUTL t24, R24
- 35: INCEIPL $4
-
- 0x2547EAA0: 92C10018 stw r22,24(r1)
- 36: GETL R22, t26
- 37: GETL R1, t28
- 38: ADDL $0x18, t28
- 39: STL t26, (t28)
- 40: INCEIPL $4
-
- 0x2547EAA4: 5496F87E rlwinm r22,r4,31,1,31
- 41: GETL R4, t30
- 42: SHRL $0x1, t30
- 43: PUTL t30, R22
- 44: INCEIPL $4
-
- 0x2547EAA8: 92E1001C stw r23,28(r1)
- 45: GETL R23, t32
- 46: GETL R1, t34
- 47: ADDL $0x1C, t34
- 48: STL t32, (t34)
- 49: INCEIPL $4
-
- 0x2547EAAC: 549707FE rlwinm r23,r4,0,31,31
- 50: GETL R4, t36
- 51: ANDL $0x1, t36
- 52: PUTL t36, R23
- 53: INCEIPL $4
-
- 0x2547EAB0: 93210024 stw r25,36(r1)
- 54: GETL R25, t38
- 55: GETL R1, t40
- 56: ADDL $0x24, t40
- 57: STL t38, (t40)
- 58: INCEIPL $4
-
- 0x2547EAB4: 7C992378 or r25,r4,r4
- 59: GETL R4, t42
- 60: PUTL t42, R25
- 61: INCEIPL $4
-
- 0x2547EAB8: 93410028 stw r26,40(r1)
- 62: GETL R26, t44
- 63: GETL R1, t46
- 64: ADDL $0x28, t46
- 65: STL t44, (t46)
- 66: INCEIPL $4
-
- 0x2547EABC: 3B400000 li r26,0
- 67: MOVL $0x0, t48
- 68: PUTL t48, R26
- 69: INCEIPL $4
-
- 0x2547EAC0: 9361002C stw r27,44(r1)
- 70: GETL R27, t50
- 71: GETL R1, t52
- 72: ADDL $0x2C, t52
- 73: STL t50, (t52)
- 74: INCEIPL $4
-
- 0x2547EAC4: 7F1BC378 or r27,r24,r24
- 75: GETL R24, t54
- 76: PUTL t54, R27
- 77: INCEIPL $4
-
- 0x2547EAC8: 93810030 stw r28,48(r1)
- 78: GETL R28, t56
- 79: GETL R1, t58
- 80: ADDL $0x30, t58
- 81: STL t56, (t58)
- 82: INCEIPL $4
-
- 0x2547EACC: 7C7C1B78 or r28,r3,r3
- 83: GETL R3, t60
- 84: PUTL t60, R28
- 85: INCEIPL $4
-
- 0x2547EAD0: 93A10034 stw r29,52(r1)
- 86: GETL R29, t62
- 87: GETL R1, t64
- 88: ADDL $0x34, t64
- 89: STL t62, (t64)
- 90: INCEIPL $4
-
- 0x2547EAD4: 93E1003C stw r31,60(r1)
- 91: GETL R31, t66
- 92: GETL R1, t68
- 93: ADDL $0x3C, t68
- 94: STL t66, (t68)
- 95: INCEIPL $4
-
- 0x2547EAD8: 90010044 stw r0,68(r1)
- 96: GETL R0, t70
- 97: GETL R1, t72
- 98: ADDL $0x44, t72
- 99: STL t70, (t72)
- 100: INCEIPL $4
-
- 0x2547EADC: 83BB0000 lwz r29,0(r27)
- 101: GETL R27, t74
- 102: LDL (t74), t76
- 103: PUTL t76, R29
- 104: INCEIPL $4
-
- 0x2547EAE0: 3B7B0018 addi r27,r27,24
- 105: GETL R27, t78
- 106: ADDL $0x18, t78
- 107: PUTL t78, R27
- 108: INCEIPL $4
-
- 0x2547EAE4: 2F9D0000 cmpi cr7,r29,0
- 109: GETL R29, t80
- 110: CMP0L t80, t82 (-rSo)
- 111: ICRFL t82, $0x7, CR
- 112: INCEIPL $4
-
- 0x2547EAE8: 419E0028 bc 12,30,0x2547EB10
- 113: Js30o $0x2547EB10
-
-
-
-. 884 2547EA80 108
-. 93 C1 00 38 7F C8 02 A6 93 01 00 20 92 81 00 10 54 94 E8 FE 92 A1 00 14 54 95 F0 BE 83 1E 04 C8 92 C1 00 18 54 96 F8 7E 92 E1 00 1C 54 97 07 FE 93 21 00 24 7C 99 23 78 93 41 00 28 3B 40 00 00 93 61 00 2C 7F 1B C3 78 93 81 00 30 7C 7C 1B 78 93 A1 00 34 93 E1 00 3C 90 01 00 44 83 BB 00 00 3B 7B 00 18 2F 9D 00 00 41 9E 00 28
-==== BB 885 (0x2547EAEC) approx BBs exec'd 0 ====
-
- 0x2547EAEC: 807D01A0 lwz r3,416(r29)
- 0: GETL R29, t0
- 1: ADDL $0x1A0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x2547EAF0: 7C03E040 cmpl cr0,r3,r28
- 5: GETL R3, t4
- 6: GETL R28, t6
- 7: CMPUL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x0, CR
- 9: INCEIPL $4
-
- 0x2547EAF4: 41810010 bc 12,1,0x2547EB04
- 10: Js01o $0x2547EB04
-
-
-
-. 885 2547EAEC 12
-. 80 7D 01 A0 7C 03 E0 40 41 81 00 10
-==== BB 886 (0x2547EAF8) approx BBs exec'd 0 ====
-
- 0x2547EAF8: 809D01A8 lwz r4,424(r29)
- 0: GETL R29, t0
- 1: ADDL $0x1A8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x2547EAFC: 7C84E040 cmpl cr1,r4,r28
- 5: GETL R4, t4
- 6: GETL R28, t6
- 7: CMPUL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x1, CR
- 9: INCEIPL $4
-
- 0x2547EB00: 41850084 bc 12,5,0x2547EB84
- 10: Js05o $0x2547EB84
-
-
-
-. 886 2547EAF8 12
-. 80 9D 01 A8 7C 84 E0 40 41 85 00 84
-==== BB 887 (0x2547EB04) approx BBs exec'd 0 ====
-
- 0x2547EB04: 83BD000C lwz r29,12(r29)
- 0: GETL R29, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0x2547EB08: 2F9D0000 cmpi cr7,r29,0
- 5: GETL R29, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x2547EB0C: 409EFFE0 bc 4,30,0x2547EAEC
- 9: Jc30o $0x2547EAEC
-
-
-
-. 887 2547EB04 12
-. 83 BD 00 0C 2F 9D 00 00 40 9E FF E0
-==== BB 888 (0x2547EB84) approx BBs exec'd 0 ====
-
- 0x2547EB84: 2F170000 cmpi cr6,r23,0
- 0: GETL R23, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x2547EB88: 419A0018 bc 12,26,0x2547EBA0
- 4: Js26o $0x2547EBA0
-
-
-
-. 888 2547EB84 8
-. 2F 17 00 00 41 9A 00 18
-==== BB 889 (0x2547EBA0) approx BBs exec'd 0 ====
-
- 0x2547EBA0: 72C00001 andi. r0,r22,0x1
- 0: GETL R22, t0
- 1: ANDL $0x1, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0x2547EBA4: 41820018 bc 12,2,0x2547EBBC
- 6: Js02o $0x2547EBBC
-
-
-
-. 889 2547EBA0 8
-. 72 C0 00 01 41 82 00 18
-==== BB 890 (0x2547EBBC) approx BBs exec'd 0 ====
-
- 0x2547EBBC: 72A00001 andi. r0,r21,0x1
- 0: GETL R21, t0
- 1: ANDL $0x1, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0x2547EBC0: 41820018 bc 12,2,0x2547EBD8
- 6: Js02o $0x2547EBD8
-
-
-
-. 890 2547EBBC 8
-. 72 A0 00 01 41 82 00 18
-==== BB 891 (0x2547EBC4) approx BBs exec'd 0 ====
-
- 0x2547EBC4: 807E03E4 lwz r3,996(r30)
- 0: GETL R30, t0
- 1: ADDL $0x3E4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x2547EBC8: 809D0004 lwz r4,4(r29)
- 5: GETL R29, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R4
- 9: INCEIPL $4
-
- 0x2547EBCC: 48004315 bl 0x25482EE0
- 10: MOVL $0x2547EBD0, t8
- 11: PUTL t8, LR
- 12: JMPo-c $0x25482EE0 ($4)
-
-
-
-. 891 2547EBC4 12
-. 80 7E 03 E4 80 9D 00 04 48 00 43 15
-==== BB 892 (0x2547EBD0) approx BBs exec'd 0 ====
-
- 0x2547EBD0: 2F030000 cmpi cr6,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x2547EBD4: 419A042C bc 12,26,0x2547F000
- 4: Js26o $0x2547F000
-
-
-
-. 892 2547EBD0 8
-. 2F 03 00 00 41 9A 04 2C
-==== BB 893 (0x2547EBD8) approx BBs exec'd 0 ====
-
- 0x2547EBD8: 72800001 andi. r0,r20,0x1
- 0: GETL R20, t0
- 1: ANDL $0x1, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0x2547EBDC: 41820018 bc 12,2,0x2547EBF4
- 6: Js02o $0x2547EBF4
-
-
-
-. 893 2547EBD8 8
-. 72 80 00 01 41 82 00 18
-==== BB 894 (0x2547EBE0) approx BBs exec'd 0 ====
-
- 0x2547EBE0: 807E03E8 lwz r3,1000(r30)
- 0: GETL R30, t0
- 1: ADDL $0x3E8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x2547EBE4: 809D0004 lwz r4,4(r29)
- 5: GETL R29, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R4
- 9: INCEIPL $4
-
- 0x2547EBE8: 480042F9 bl 0x25482EE0
- 10: MOVL $0x2547EBEC, t8
- 11: PUTL t8, LR
- 12: JMPo-c $0x25482EE0 ($4)
-
-
-
-. 894 2547EBE0 12
-. 80 7E 03 E8 80 9D 00 04 48 00 42 F9
-==== BB 895 (0x2547EBEC) approx BBs exec'd 0 ====
-
- 0x2547EBEC: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x2547EBF0: 419E0410 bc 12,30,0x2547F000
- 4: Js30o $0x2547F000
-
-
-
-. 895 2547EBEC 8
-. 2F 83 00 00 41 9E 04 10
-==== BB 896 (0x2547EBF4) approx BBs exec'd 0 ====
-
- 0x2547EBF4: 83FD001C lwz r31,28(r29)
- 0: GETL R29, t0
- 1: ADDL $0x1C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R31
- 4: INCEIPL $4
-
- 0x2547EBF8: 2C9F0000 cmpi cr1,r31,0
- 5: GETL R31, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x2547EBFC: 41A6FF14 bc 13,6,0x2547EB10
- 9: Js06o $0x2547EB10
-
-
-
-. 896 2547EBF4 12
-. 83 FD 00 1C 2C 9F 00 00 41 A6 FF 14
-==== BB 897 (0x2547EC00) approx BBs exec'd 0 ====
-
- 0x2547EC00: 2F970000 cmpi cr7,r23,0
- 0: GETL R23, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x2547EC04: 56C807FE rlwinm r8,r22,0,31,31
- 4: GETL R22, t4
- 5: ANDL $0x1, t4
- 6: PUTL t4, R8
- 7: INCEIPL $4
-
- 0x2547EC08: 56A707FE rlwinm r7,r21,0,31,31
- 8: GETL R21, t6
- 9: ANDL $0x1, t6
- 10: PUTL t6, R7
- 11: INCEIPL $4
-
- 0x2547EC0C: 2C880000 cmpi cr1,r8,0
- 12: GETL R8, t8
- 13: CMP0L t8, t10 (-rSo)
- 14: ICRFL t10, $0x1, CR
- 15: INCEIPL $4
-
- 0x2547EC10: 2F070000 cmpi cr6,r7,0
- 16: GETL R7, t12
- 17: CMP0L t12, t14 (-rSo)
- 18: ICRFL t14, $0x6, CR
- 19: INCEIPL $4
-
- 0x2547EC14: 72800001 andi. r0,r20,0x1
- 20: GETL R20, t16
- 21: ANDL $0x1, t16
- 22: PUTL t16, R0
- 23: CMP0L t16, t18 (-rSo)
- 24: ICRFL t18, $0x0, CR
- 25: INCEIPL $4
-
- 0x2547EC18: 409E004C bc 4,30,0x2547EC64
- 26: Jc30o $0x2547EC64
-
-
-
-. 897 2547EC00 28
-. 2F 97 00 00 56 C8 07 FE 56 A7 07 FE 2C 88 00 00 2F 07 00 00 72 80 00 01 40 9E 00 4C
-==== BB 898 (0x2547EC1C) approx BBs exec'd 0 ====
-
- 0x2547EC1C: 408200B8 bc 4,2,0x2547ECD4
- 0: Jc02o $0x2547ECD4
-
-
-
-. 898 2547EC1C 4
-. 40 82 00 B8
-==== BB 899 (0x2547ECD4) approx BBs exec'd 0 ====
-
- 0x2547ECD4: 419A01AC bc 12,26,0x2547EE80
- 0: Js26o $0x2547EE80
-
-
-
-. 899 2547ECD4 4
-. 41 9A 01 AC
-==== BB 900 (0x2547ECD8) approx BBs exec'd 0 ====
-
- 0x2547ECD8: 4186020C bc 12,6,0x2547EEE4
- 0: Js06o $0x2547EEE4
-
-
-
-. 900 2547ECD8 4
-. 41 86 02 0C
-==== BB 901 (0x2547EEE4) approx BBs exec'd 0 ====
-
- 0x2547EEE4: 83BF0000 lwz r29,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R29
- 3: INCEIPL $4
-
- 0x2547EEE8: 807E03E4 lwz r3,996(r30)
- 4: GETL R30, t4
- 5: ADDL $0x3E4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R3
- 8: INCEIPL $4
-
- 0x2547EEEC: 7FA4EB78 or r4,r29,r29
- 9: GETL R29, t8
- 10: PUTL t8, R4
- 11: INCEIPL $4
-
- 0x2547EEF0: 48003FF1 bl 0x25482EE0
- 12: MOVL $0x2547EEF4, t10
- 13: PUTL t10, LR
- 14: JMPo-c $0x25482EE0 ($4)
-
-
-
-. 901 2547EEE4 16
-. 83 BF 00 00 80 7E 03 E4 7F A4 EB 78 48 00 3F F1
-==== BB 902 (0x2547EEF4) approx BBs exec'd 0 ====
-
- 0x2547EEF4: 7FA4EB78 or r4,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0x2547EEF8: 2F030000 cmpi cr6,r3,0
- 3: GETL R3, t2
- 4: CMP0L t2, t4 (-rSo)
- 5: ICRFL t4, $0x6, CR
- 6: INCEIPL $4
-
- 0x2547EEFC: 807E03E8 lwz r3,1000(r30)
- 7: GETL R30, t6
- 8: ADDL $0x3E8, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R3
- 11: INCEIPL $4
-
- 0x2547EF00: 419A0100 bc 12,26,0x2547F000
- 12: Js26o $0x2547F000
-
-
-
-. 902 2547EEF4 16
-. 7F A4 EB 78 2F 03 00 00 80 7E 03 E8 41 9A 01 00
-==== BB 903 (0x2547EF04) approx BBs exec'd 0 ====
-
- 0x2547EF04: 48003FDD bl 0x25482EE0
- 0: MOVL $0x2547EF08, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x25482EE0 ($4)
-
-
-
-. 903 2547EF04 4
-. 48 00 3F DD
-==== BB 904 (0x2547EF08) approx BBs exec'd 0 ====
-
- 0x2547EF08: 2C830000 cmpi cr1,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0x2547EF0C: 418600F4 bc 12,6,0x2547F000
- 4: Js06o $0x2547F000
-
-
-
-. 904 2547EF08 8
-. 2C 83 00 00 41 86 00 F4
-==== BB 905 (0x2547EF10) approx BBs exec'd 0 ====
-
- 0x2547EF10: 83FF0004 lwz r31,4(r31)
- 0: GETL R31, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R31
- 4: INCEIPL $4
-
- 0x2547EF14: 2C1F0000 cmpi cr0,r31,0
- 5: GETL R31, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0x2547EF18: 4082FFCC bc 4,2,0x2547EEE4
- 9: Jc02o $0x2547EEE4
-
-
-
-. 905 2547EF10 12
-. 83 FF 00 04 2C 1F 00 00 40 82 FF CC
-==== BB 906 (0x2547EF1C) approx BBs exec'd 0 ====
-
- 0x2547EF1C: 4BFFFBF4 b 0x2547EB10
- 0: JMPo $0x2547EB10 ($4)
-
-
-
-. 906 2547EF1C 4
-. 4B FF FB F4
-==== BB 907 (0x2547EB10) approx BBs exec'd 0 ====
-
- 0x2547EB10: 3B5A0001 addi r26,r26,1
- 0: GETL R26, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R26
- 3: INCEIPL $4
-
- 0x2547EB14: 2C1A000F cmpi cr0,r26,15
- 4: GETL R26, t2
- 5: MOVL $0xF, t6
- 6: CMPL t2, t6, t4 (-rSo)
- 7: ICRFL t4, $0x0, CR
- 8: INCEIPL $4
-
- 0x2547EB18: 4081FFC4 bc 4,1,0x2547EADC
- 9: Jc01o $0x2547EADC
-
-
-
-. 907 2547EB10 12
-. 3B 5A 00 01 2C 1A 00 0F 40 81 FF C4
-==== BB 908 (0x2547EADC) approx BBs exec'd 0 ====
-
- 0x2547EADC: 83BB0000 lwz r29,0(r27)
- 0: GETL R27, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R29
- 3: INCEIPL $4
-
- 0x2547EAE0: 3B7B0018 addi r27,r27,24
- 4: GETL R27, t4
- 5: ADDL $0x18, t4
- 6: PUTL t4, R27
- 7: INCEIPL $4
-
- 0x2547EAE4: 2F9D0000 cmpi cr7,r29,0
- 8: GETL R29, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x7, CR
- 11: INCEIPL $4
-
- 0x2547EAE8: 419E0028 bc 12,30,0x2547EB10
- 12: Js30o $0x2547EB10
-
-
-
-. 908 2547EADC 16
-. 83 BB 00 00 3B 7B 00 18 2F 9D 00 00 41 9E 00 28
-==== BB 909 (0x2547EB1C) approx BBs exec'd 0 ====
-
- 0x2547EB1C: 73200008 andi. r0,r25,0x8
- 0: GETL R25, t0
- 1: ANDL $0x8, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0x2547EB20: 41820020 bc 12,2,0x2547EB40
- 6: Js02o $0x2547EB40
-
-
-
-. 909 2547EB1C 8
-. 73 20 00 08 41 82 00 20
-==== BB 910 (0x2547EB24) approx BBs exec'd 0 ====
-
- 0x2547EB24: 80B80358 lwz r5,856(r24)
- 0: GETL R24, t0
- 1: ADDL $0x358, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x2547EB28: 7F85E040 cmpl cr7,r5,r28
- 5: GETL R5, t4
- 6: GETL R28, t6
- 7: CMPUL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x7, CR
- 9: INCEIPL $4
-
- 0x2547EB2C: 419D0014 bc 12,29,0x2547EB40
- 10: Js29o $0x2547EB40
-
-
-
-. 910 2547EB24 12
-. 80 B8 03 58 7F 85 E0 40 41 9D 00 14
-==== BB 911 (0x2547EB30) approx BBs exec'd 0 ====
-
- 0x2547EB30: 80D80360 lwz r6,864(r24)
- 0: GETL R24, t0
- 1: ADDL $0x360, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x2547EB34: 38600000 li r3,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x2547EB38: 7C86E040 cmpl cr1,r6,r28
- 8: GETL R6, t6
- 9: GETL R28, t8
- 10: CMPUL t6, t8, t10 (-rSo)
- 11: ICRFL t10, $0x1, CR
- 12: INCEIPL $4
-
- 0x2547EB3C: 41850008 bc 12,5,0x2547EB44
- 13: Js05o $0x2547EB44
-
-
-
-. 911 2547EB30 16
-. 80 D8 03 60 38 60 00 00 7C 86 E0 40 41 85 00 08
-==== BB 912 (0x2547EB44) approx BBs exec'd 0 ====
-
- 0x2547EB44: 81210044 lwz r9,68(r1)
- 0: GETL R1, t0
- 1: ADDL $0x44, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x2547EB48: 82810010 lwz r20,16(r1)
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R20
- 9: INCEIPL $4
-
- 0x2547EB4C: 82A10014 lwz r21,20(r1)
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R21
- 14: INCEIPL $4
-
- 0x2547EB50: 7D2803A6 mtlr r9
- 15: GETL R9, t12
- 16: PUTL t12, LR
- 17: INCEIPL $4
-
- 0x2547EB54: 82C10018 lwz r22,24(r1)
- 18: GETL R1, t14
- 19: ADDL $0x18, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R22
- 22: INCEIPL $4
-
- 0x2547EB58: 82E1001C lwz r23,28(r1)
- 23: GETL R1, t18
- 24: ADDL $0x1C, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R23
- 27: INCEIPL $4
-
- 0x2547EB5C: 83010020 lwz r24,32(r1)
- 28: GETL R1, t22
- 29: ADDL $0x20, t22
- 30: LDL (t22), t24
- 31: PUTL t24, R24
- 32: INCEIPL $4
-
- 0x2547EB60: 83210024 lwz r25,36(r1)
- 33: GETL R1, t26
- 34: ADDL $0x24, t26
- 35: LDL (t26), t28
- 36: PUTL t28, R25
- 37: INCEIPL $4
-
- 0x2547EB64: 83410028 lwz r26,40(r1)
- 38: GETL R1, t30
- 39: ADDL $0x28, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R26
- 42: INCEIPL $4
-
- 0x2547EB68: 8361002C lwz r27,44(r1)
- 43: GETL R1, t34
- 44: ADDL $0x2C, t34
- 45: LDL (t34), t36
- 46: PUTL t36, R27
- 47: INCEIPL $4
-
- 0x2547EB6C: 83810030 lwz r28,48(r1)
- 48: GETL R1, t38
- 49: ADDL $0x30, t38
- 50: LDL (t38), t40
- 51: PUTL t40, R28
- 52: INCEIPL $4
-
- 0x2547EB70: 83A10034 lwz r29,52(r1)
- 53: GETL R1, t42
- 54: ADDL $0x34, t42
- 55: LDL (t42), t44
- 56: PUTL t44, R29
- 57: INCEIPL $4
-
- 0x2547EB74: 83C10038 lwz r30,56(r1)
- 58: GETL R1, t46
- 59: ADDL $0x38, t46
- 60: LDL (t46), t48
- 61: PUTL t48, R30
- 62: INCEIPL $4
-
- 0x2547EB78: 83E1003C lwz r31,60(r1)
- 63: GETL R1, t50
- 64: ADDL $0x3C, t50
- 65: LDL (t50), t52
- 66: PUTL t52, R31
- 67: INCEIPL $4
-
- 0x2547EB7C: 38210040 addi r1,r1,64
- 68: GETL R1, t54
- 69: ADDL $0x40, t54
- 70: PUTL t54, R1
- 71: INCEIPL $4
-
- 0x2547EB80: 4E800020 blr
- 72: GETL LR, t56
- 73: JMPo-r t56 ($4)
-
-
-
-. 912 2547EB44 64
-. 81 21 00 44 82 81 00 10 82 A1 00 14 7D 28 03 A6 82 C1 00 18 82 E1 00 1C 83 01 00 20 83 21 00 24 83 41 00 28 83 61 00 2C 83 81 00 30 83 A1 00 34 83 C1 00 38 83 E1 00 3C 38 21 00 40 4E 80 00 20
-==== BB 913 (0x2547E920) approx BBs exec'd 0 ====
-
- 0x2547E920: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x2547E924: 409E011C bc 4,30,0x2547EA40
- 4: Jc30o $0x2547EA40
-
-
-
-. 913 2547E920 8
-. 2F 83 00 00 40 9E 01 1C
-==== BB 914 (0x2547E928) approx BBs exec'd 0 ====
-
- 0x2547E928: 811E04C0 lwz r8,1216(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4C0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x2547E92C: 81790000 lwz r11,0(r25)
- 5: GETL R25, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R11
- 8: INCEIPL $4
-
- 0x2547E930: 80680000 lwz r3,0(r8)
- 9: GETL R8, t8
- 10: LDL (t8), t10
- 11: PUTL t10, R3
- 12: INCEIPL $4
-
- 0x2547E934: 7C0B1800 cmp cr0,r11,r3
- 13: GETL R11, t12
- 14: GETL R3, t14
- 15: CMPL t12, t14, t16 (-rSo)
- 16: ICRFL t16, $0x0, CR
- 17: INCEIPL $4
-
- 0x2547E938: 40820108 bc 4,2,0x2547EA40
- 18: Jc02o $0x2547EA40
-
-
-
-. 914 2547E928 20
-. 81 1E 04 C0 81 79 00 00 80 68 00 00 7C 0B 18 00 40 82 01 08
-==== BB 915 (0x2547E93C) approx BBs exec'd 0 ====
-
- 0x2547E93C: 83BE03D8 lwz r29,984(r30)
- 0: GETL R30, t0
- 1: ADDL $0x3D8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0x2547E940: 839E050C lwz r28,1292(r30)
- 5: GETL R30, t4
- 6: ADDL $0x50C, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R28
- 9: INCEIPL $4
-
- 0x2547E944: 895D0000 lbz r10,0(r29)
- 10: GETL R29, t8
- 11: LDB (t8), t10
- 12: PUTL t10, R10
- 13: INCEIPL $4
-
- 0x2547E948: 837E0514 lwz r27,1300(r30)
- 14: GETL R30, t12
- 15: ADDL $0x514, t12
- 16: LDL (t12), t14
- 17: PUTL t14, R27
- 18: INCEIPL $4
-
- 0x2547E94C: 2C8A0000 cmpi cr1,r10,0
- 19: GETL R10, t16
- 20: CMP0L t16, t18 (-rSo)
- 21: ICRFL t18, $0x1, CR
- 22: INCEIPL $4
-
- 0x2547E950: 418600BC bc 12,6,0x2547EA0C
- 23: Js06o $0x2547EA0C
-
-
-
-. 915 2547E93C 24
-. 83 BE 03 D8 83 9E 05 0C 89 5D 00 00 83 7E 05 14 2C 8A 00 00 41 86 00 BC
-==== BB 916 (0x2547EA0C) approx BBs exec'd 0 ====
-
- 0x2547EA0C: 809A0004 lwz r4,4(r26)
- 0: GETL R26, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x2547EA10: 7FE3FB78 or r3,r31,r31
- 5: GETL R31, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x2547EA14: 80BC0000 lwz r5,0(r28)
- 8: GETL R28, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R5
- 11: INCEIPL $4
-
- 0x2547EA18: 48003DA1 bl 0x254827B8
- 12: MOVL $0x2547EA1C, t10
- 13: PUTL t10, LR
- 14: JMPo-c $0x254827B8 ($4)
-
-
-
-. 916 2547EA0C 16
-. 80 9A 00 04 7F E3 FB 78 80 BC 00 00 48 00 3D A1
-==== BB 917 (0x254827C4) approx BBs exec'd 0 ====
-
- 0x254827C4: 4BFFEB6C b 0x25481330
- 0: JMPo $0x25481330 ($4)
-
-
-
-. 917 254827C4 4
-. 4B FF EB 6C
-==== BB 918 (0x2547EA1C) approx BBs exec'd 0 ====
-
- 0x2547EA1C: 2F030000 cmpi cr6,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x2547EA20: 419AFFA0 bc 12,26,0x2547E9C0
- 4: Js26o $0x2547E9C0
-
-
-
-. 918 2547EA1C 8
-. 2F 03 00 00 41 9A FF A0
-==== BB 919 (0x2547EA24) approx BBs exec'd 0 ====
-
- 0x2547EA24: 837E0514 lwz r27,1300(r30)
- 0: GETL R30, t0
- 1: ADDL $0x514, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R27
- 4: INCEIPL $4
-
- 0x2547EA28: 801B0000 lwz r0,0(r27)
- 5: GETL R27, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R0
- 8: INCEIPL $4
-
- 0x2547EA2C: 2F800016 cmpi cr7,r0,22
- 9: GETL R0, t8
- 10: MOVL $0x16, t12
- 11: CMPL t8, t12, t10 (-rSo)
- 12: ICRFL t10, $0x7, CR
- 13: INCEIPL $4
-
- 0x2547EA30: 409EFFAC bc 4,30,0x2547E9DC
- 14: Jc30o $0x2547E9DC
-
-
-
-. 919 2547EA24 16
-. 83 7E 05 14 80 1B 00 00 2F 80 00 16 40 9E FF AC
-==== BB 920 (0x2547EA34) approx BBs exec'd 0 ====
-
- 0x2547EA34: 39800001 li r12,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R12
- 2: INCEIPL $4
-
- 0x2547EA38: 999D0000 stb r12,0(r29)
- 3: GETL R12, t2
- 4: GETL R29, t4
- 5: STB t2, (t4)
- 6: INCEIPL $4
-
- 0x2547EA3C: 4BFFFF18 b 0x2547E954
- 7: JMPo $0x2547E954 ($4)
-
-
-
-. 920 2547EA34 12
-. 39 80 00 01 99 9D 00 00 4B FF FF 18
-==== BB 921 (0x2547E954) approx BBs exec'd 0 ====
-
- 0x2547E954: 83BA0004 lwz r29,4(r26)
- 0: GETL R26, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0x2547E958: 7D3DFA14 add r9,r29,r31
- 5: GETL R29, t4
- 6: GETL R31, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R9
- 9: INCEIPL $4
-
- 0x2547E95C: 57BF1838 rlwinm r31,r29,3,0,28
- 10: GETL R29, t8
- 11: SHLL $0x3, t8
- 12: PUTL t8, R31
- 13: INCEIPL $4
-
- 0x2547E960: 7FBF4850 subf r29,r31,r9
- 14: GETL R31, t10
- 15: GETL R9, t12
- 16: SUBL t10, t12
- 17: PUTL t12, R29
- 18: INCEIPL $4
-
- 0x2547E964: 801C0000 lwz r0,0(r28)
- 19: GETL R28, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R0
- 22: INCEIPL $4
-
- 0x2547E968: 7FE4FB78 or r4,r31,r31
- 23: GETL R31, t18
- 24: PUTL t18, R4
- 25: INCEIPL $4
-
- 0x2547E96C: 7FA3EB78 or r3,r29,r29
- 26: GETL R29, t20
- 27: PUTL t20, R3
- 28: INCEIPL $4
-
- 0x2547E970: 5405020C rlwinm r5,r0,0,8,6
- 29: GETL R0, t22
- 30: ANDL $0xFEFFFFFF, t22
- 31: PUTL t22, R5
- 32: INCEIPL $4
-
- 0x2547E974: 48003E45 bl 0x254827B8
- 33: MOVL $0x2547E978, t24
- 34: PUTL t24, LR
- 35: JMPo-c $0x254827B8 ($4)
-
-
-
-. 921 2547E954 36
-. 83 BA 00 04 7D 3D FA 14 57 BF 18 38 7F BF 48 50 80 1C 00 00 7F E4 FB 78 7F A3 EB 78 54 05 02 0C 48 00 3E 45
-==== BB 922 (0x2547E978) approx BBs exec'd 0 ====
-
- 0x2547E978: 2C030000 cmpi cr0,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0x2547E97C: 40820024 bc 4,2,0x2547E9A0
- 4: Jc02o $0x2547E9A0
-
-
-
-. 922 2547E978 8
-. 2C 03 00 00 40 82 00 24
-==== BB 923 (0x2547E9A0) approx BBs exec'd 0 ====
-
- 0x2547E9A0: 801B0000 lwz r0,0(r27)
- 0: GETL R27, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0x2547E9A4: 2C80000C cmpi cr1,r0,12
- 4: GETL R0, t4
- 5: MOVL $0xC, t8
- 6: CMPL t4, t8, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x2547E9A8: 40860034 bc 4,6,0x2547E9DC
- 9: Jc06o $0x2547E9DC
-
-
-
-. 923 2547E9A0 12
-. 80 1B 00 00 2C 80 00 0C 40 86 00 34
-==== BB 924 (0x2547E9AC) approx BBs exec'd 0 ====
-
- 0x2547E9AC: 80BA0004 lwz r5,4(r26)
- 0: GETL R26, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x2547E9B0: 7F05F800 cmp cr6,r5,r31
- 5: GETL R5, t4
- 6: GETL R31, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x6, CR
- 9: INCEIPL $4
-
- 0x2547E9B4: 57FFF87E rlwinm r31,r31,31,1,31
- 10: GETL R31, t10
- 11: SHRL $0x1, t10
- 12: PUTL t10, R31
- 13: INCEIPL $4
-
- 0x2547E9B8: 7FBDFA14 add r29,r29,r31
- 14: GETL R29, t12
- 15: GETL R31, t14
- 16: ADDL t12, t14
- 17: PUTL t14, R29
- 18: INCEIPL $4
-
- 0x2547E9BC: 409AFFA8 bc 4,26,0x2547E964
- 19: Jc26o $0x2547E964
-
-
-
-. 924 2547E9AC 20
-. 80 BA 00 04 7F 05 F8 00 57 FF F8 7E 7F BD FA 14 40 9A FF A8
-==== BB 925 (0x2547E964) approx BBs exec'd 0 ====
-
- 0x2547E964: 801C0000 lwz r0,0(r28)
- 0: GETL R28, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0x2547E968: 7FE4FB78 or r4,r31,r31
- 4: GETL R31, t4
- 5: PUTL t4, R4
- 6: INCEIPL $4
-
- 0x2547E96C: 7FA3EB78 or r3,r29,r29
- 7: GETL R29, t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0x2547E970: 5405020C rlwinm r5,r0,0,8,6
- 10: GETL R0, t8
- 11: ANDL $0xFEFFFFFF, t8
- 12: PUTL t8, R5
- 13: INCEIPL $4
-
- 0x2547E974: 48003E45 bl 0x254827B8
- 14: MOVL $0x2547E978, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0x254827B8 ($4)
-
-
-
-. 925 2547E964 20
-. 80 1C 00 00 7F E4 FB 78 7F A3 EB 78 54 05 02 0C 48 00 3E 45
-==== BB 926 (0x2547E980) approx BBs exec'd 0 ====
-
- 0x2547E980: 801C0000 lwz r0,0(r28)
- 0: GETL R28, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0x2547E984: 7FBFE850 subf r29,r31,r29
- 4: GETL R31, t4
- 5: GETL R29, t6
- 6: SUBL t4, t6
- 7: PUTL t6, R29
- 8: INCEIPL $4
-
- 0x2547E988: 7FE4FB78 or r4,r31,r31
- 9: GETL R31, t8
- 10: PUTL t8, R4
- 11: INCEIPL $4
-
- 0x2547E98C: 7FA3EB78 or r3,r29,r29
- 12: GETL R29, t10
- 13: PUTL t10, R3
- 14: INCEIPL $4
-
- 0x2547E990: 5405020C rlwinm r5,r0,0,8,6
- 15: GETL R0, t12
- 16: ANDL $0xFEFFFFFF, t12
- 17: PUTL t12, R5
- 18: INCEIPL $4
-
- 0x2547E994: 48003E25 bl 0x254827B8
- 19: MOVL $0x2547E998, t14
- 20: PUTL t14, LR
- 21: JMPo-c $0x254827B8 ($4)
-
-
-
-. 926 2547E980 24
-. 80 1C 00 00 7F BF E8 50 7F E4 FB 78 7F A3 EB 78 54 05 02 0C 48 00 3E 25
-==== BB 927 (0x2547E998) approx BBs exec'd 0 ====
-
- 0x2547E998: 2C030000 cmpi cr0,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0x2547E99C: 41A2FFE4 bc 13,2,0x2547E980
- 4: Js02o $0x2547E980
-
-
-
-. 927 2547E998 8
-. 2C 03 00 00 41 A2 FF E4
-==== BB 928 (0x2547E9C0) approx BBs exec'd 0 ====
-
- 0x2547E9C0: 835E04C8 lwz r26,1224(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4C8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0x2547E9C4: 3B800000 li r28,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R28
- 7: INCEIPL $4
-
- 0x2547E9C8: 93990000 stw r28,0(r25)
- 8: GETL R28, t6
- 9: GETL R25, t8
- 10: STL t6, (t8)
- 11: INCEIPL $4
-
- 0x2547E9CC: 38000000 li r0,0
- 12: MOVL $0x0, t10
- 13: PUTL t10, R0
- 14: INCEIPL $4
-
- 0x2547E9D0: 837A0400 lwz r27,1024(r26)
- 15: GETL R26, t12
- 16: ADDL $0x400, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R27
- 19: INCEIPL $4
-
- 0x2547E9D4: 63790001 ori r25,r27,0x1
- 20: GETL R27, t16
- 21: ORL $0x1, t16
- 22: PUTL t16, R25
- 23: INCEIPL $4
-
- 0x2547E9D8: 933A0400 stw r25,1024(r26)
- 24: GETL R25, t18
- 25: GETL R26, t20
- 26: ADDL $0x400, t20
- 27: STL t18, (t20)
- 28: INCEIPL $4
-
- 0x2547E9DC: 83E10034 lwz r31,52(r1)
- 29: GETL R1, t22
- 30: ADDL $0x34, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R31
- 33: INCEIPL $4
-
- 0x2547E9E0: 7C030378 or r3,r0,r0
- 34: GETL R0, t26
- 35: PUTL t26, R3
- 36: INCEIPL $4
-
- 0x2547E9E4: 83210014 lwz r25,20(r1)
- 37: GETL R1, t28
- 38: ADDL $0x14, t28
- 39: LDL (t28), t30
- 40: PUTL t30, R25
- 41: INCEIPL $4
-
- 0x2547E9E8: 7FE803A6 mtlr r31
- 42: GETL R31, t32
- 43: PUTL t32, LR
- 44: INCEIPL $4
-
- 0x2547E9EC: 83410018 lwz r26,24(r1)
- 45: GETL R1, t34
- 46: ADDL $0x18, t34
- 47: LDL (t34), t36
- 48: PUTL t36, R26
- 49: INCEIPL $4
-
- 0x2547E9F0: 8361001C lwz r27,28(r1)
- 50: GETL R1, t38
- 51: ADDL $0x1C, t38
- 52: LDL (t38), t40
- 53: PUTL t40, R27
- 54: INCEIPL $4
-
- 0x2547E9F4: 83810020 lwz r28,32(r1)
- 55: GETL R1, t42
- 56: ADDL $0x20, t42
- 57: LDL (t42), t44
- 58: PUTL t44, R28
- 59: INCEIPL $4
-
- 0x2547E9F8: 83A10024 lwz r29,36(r1)
- 60: GETL R1, t46
- 61: ADDL $0x24, t46
- 62: LDL (t46), t48
- 63: PUTL t48, R29
- 64: INCEIPL $4
-
- 0x2547E9FC: 83C10028 lwz r30,40(r1)
- 65: GETL R1, t50
- 66: ADDL $0x28, t50
- 67: LDL (t50), t52
- 68: PUTL t52, R30
- 69: INCEIPL $4
-
- 0x2547EA00: 83E1002C lwz r31,44(r1)
- 70: GETL R1, t54
- 71: ADDL $0x2C, t54
- 72: LDL (t54), t56
- 73: PUTL t56, R31
- 74: INCEIPL $4
-
- 0x2547EA04: 38210030 addi r1,r1,48
- 75: GETL R1, t58
- 76: ADDL $0x30, t58
- 77: PUTL t58, R1
- 78: INCEIPL $4
-
- 0x2547EA08: 4E800020 blr
- 79: GETL LR, t60
- 80: JMPo-r t60 ($4)
-
-
-
-. 928 2547E9C0 76
-. 83 5E 04 C8 3B 80 00 00 93 99 00 00 38 00 00 00 83 7A 04 00 63 79 00 01 93 3A 04 00 83 E1 00 34 7C 03 03 78 83 21 00 14 7F E8 03 A6 83 41 00 18 83 61 00 1C 83 81 00 20 83 A1 00 24 83 C1 00 28 83 E1 00 2C 38 21 00 30 4E 80 00 20
-==== BB 929 (0x254761B8) approx BBs exec'd 0 ====
-
- 0x254761B8: 811E01E0 lwz r8,480(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1E0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x254761BC: 7C6B1B79 or. r11,r3,r3
- 5: GETL R3, t4
- 6: PUTL t4, R11
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0x254761C0: 917F00A0 stw r11,160(r31)
- 10: GETL R11, t8
- 11: GETL R31, t10
- 12: ADDL $0xA0, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x254761C4: 4182FD1C bc 12,2,0x25475EE0
- 15: Js02o $0x25475EE0
-
-
-
-. 929 254761B8 16
-. 81 1E 01 E0 7C 6B 1B 79 91 7F 00 A0 41 82 FD 1C
-==== BB 930 (0x25476ED0) approx BBs exec'd 0 ====
-
- 0x25476ED0: 809D001C lwz r4,28(r29)
- 0: GETL R29, t0
- 1: ADDL $0x1C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x25476ED4: 3B600000 li r27,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R27
- 7: INCEIPL $4
-
- 0x25476ED8: 48000020 b 0x25476EF8
- 8: JMPo $0x25476EF8 ($4)
-
-
-
-. 930 25476ED0 12
-. 80 9D 00 1C 3B 60 00 00 48 00 00 20
-==== BB 931 (0x25476EF8) approx BBs exec'd 0 ====
-
- 0x25476EF8: 2F040000 cmpi cr6,r4,0
- 0: GETL R4, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x25476EFC: 409AFFE0 bc 4,26,0x25476EDC
- 4: Jc26o $0x25476EDC
-
-
-
-. 931 25476EF8 8
-. 2F 04 00 00 40 9A FF E0
-==== BB 932 (0x25476EDC) approx BBs exec'd 0 ====
-
- 0x25476EDC: 7C9B2378 or r27,r4,r4
- 0: GETL R4, t0
- 1: PUTL t0, R27
- 2: INCEIPL $4
-
- 0x25476EE0: 80840000 lwz r4,0(r4)
- 3: GETL R4, t2
- 4: LDL (t2), t4
- 5: PUTL t4, R4
- 6: INCEIPL $4
-
- 0x25476EE4: 7F83E378 or r3,r28,r28
- 7: GETL R28, t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0x25476EE8: 4800BFF9 bl 0x25482EE0
- 10: MOVL $0x25476EEC, t8
- 11: PUTL t8, LR
- 12: JMPo-c $0x25482EE0 ($4)
-
-
-
-. 932 25476EDC 16
-. 7C 9B 23 78 80 84 00 00 7F 83 E3 78 48 00 BF F9
-==== BB 933 (0x25476EEC) approx BBs exec'd 0 ====
-
- 0x25476EEC: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x25476EF0: 419E0058 bc 12,30,0x25476F48
- 4: Js30o $0x25476F48
-
-
-
-. 933 25476EEC 8
-. 2F 83 00 00 41 9E 00 58
-==== BB 934 (0x25476EF4) approx BBs exec'd 0 ====
-
- 0x25476EF4: 809B0004 lwz r4,4(r27)
- 0: GETL R27, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x25476EF8: 2F040000 cmpi cr6,r4,0
- 5: GETL R4, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x25476EFC: 409AFFE0 bc 4,26,0x25476EDC
- 9: Jc26o $0x25476EDC
-
-
-
-. 934 25476EF4 12
-. 80 9B 00 04 2F 04 00 00 40 9A FF E0
-==== BB 935 (0x25476F00) approx BBs exec'd 0 ====
-
- 0x25476F00: 7F83E378 or r3,r28,r28
- 0: GETL R28, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25476F04: 4800C0CD bl 0x25482FD0
- 3: MOVL $0x25476F08, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0x25482FD0 ($4)
-
-
-
-. 935 25476F00 8
-. 7F 83 E3 78 48 00 C0 CD
-==== BB 936 (0x25476F08) approx BBs exec'd 0 ====
-
- 0x25476F08: 7C661B78 or r6,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R6
- 2: INCEIPL $4
-
- 0x25476F0C: 3863000D addi r3,r3,13
- 3: GETL R3, t2
- 4: ADDL $0xD, t2
- 5: PUTL t2, R3
- 6: INCEIPL $4
-
- 0x25476F10: 3B460001 addi r26,r6,1
- 7: GETL R6, t4
- 8: ADDL $0x1, t4
- 9: PUTL t4, R26
- 10: INCEIPL $4
-
- 0x25476F14: 48020B11 bl 0x25497A24
- 11: MOVL $0x25476F18, t6
- 12: PUTL t6, LR
- 13: JMPo-c $0x25497A24 ($4)
-
-
-
-. 936 25476F08 16
-. 7C 66 1B 78 38 63 00 0D 3B 46 00 01 48 02 0B 11
-==== BB 937 (0x25476F18) approx BBs exec'd 0 ====
-
- 0x25476F18: 7C7F1B79 or. r31,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R31
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x25476F1C: 80DE01AC lwz r6,428(r30)
- 5: GETL R30, t4
- 6: ADDL $0x1AC, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R6
- 9: INCEIPL $4
-
- 0x25476F20: 7F84E378 or r4,r28,r28
- 10: GETL R28, t8
- 11: PUTL t8, R4
- 12: INCEIPL $4
-
- 0x25476F24: 4182013C bc 12,2,0x25477060
- 13: Js02o $0x25477060
-
-
-
-. 937 25476F18 16
-. 7C 7F 1B 79 80 DE 01 AC 7F 84 E3 78 41 82 01 3C
-==== BB 938 (0x25476F28) approx BBs exec'd 0 ====
-
- 0x25476F28: 7F84E378 or r4,r28,r28
- 0: GETL R28, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0x25476F2C: 7F45D378 or r5,r26,r26
- 3: GETL R26, t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0x25476F30: 387F000C addi r3,r31,12
- 6: GETL R31, t4
- 7: ADDL $0xC, t4
- 8: PUTL t4, R3
- 9: INCEIPL $4
-
- 0x25476F34: 4800CCAD bl 0x25483BE0
- 10: MOVL $0x25476F38, t6
- 11: PUTL t6, LR
- 12: JMPo-c $0x25483BE0 ($4)
-
-
-
-. 938 25476F28 16
-. 7F 84 E3 78 7F 45 D3 78 38 7F 00 0C 48 00 CC AD
-==== BB 939 (0x25476F38) approx BBs exec'd 0 ====
-
- 0x25476F38: 92DF0004 stw r22,4(r31)
- 0: GETL R22, t0
- 1: GETL R31, t2
- 2: ADDL $0x4, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25476F3C: 907F0000 stw r3,0(r31)
- 5: GETL R3, t4
- 6: GETL R31, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0x25476F40: 92DF0008 stw r22,8(r31)
- 9: GETL R22, t8
- 10: GETL R31, t10
- 11: ADDL $0x8, t10
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0x25476F44: 93FB0004 stw r31,4(r27)
- 14: GETL R31, t12
- 15: GETL R27, t14
- 16: ADDL $0x4, t14
- 17: STL t12, (t14)
- 18: INCEIPL $4
-
- 0x25476F48: 811D0180 lwz r8,384(r29)
- 19: GETL R29, t16
- 20: ADDL $0x180, t16
- 21: LDL (t16), t18
- 22: PUTL t18, R8
- 23: INCEIPL $4
-
- 0x25476F4C: 65070080 oris r7,r8,0x80
- 24: GETL R8, t20
- 25: ORL $0x800000, t20
- 26: PUTL t20, R7
- 27: INCEIPL $4
-
- 0x25476F50: 90FD0180 stw r7,384(r29)
- 28: GETL R7, t22
- 29: GETL R29, t24
- 30: ADDL $0x180, t24
- 31: STL t22, (t24)
- 32: INCEIPL $4
-
- 0x25476F54: 7FA3EB78 or r3,r29,r29
- 33: GETL R29, t26
- 34: PUTL t26, R3
- 35: INCEIPL $4
-
- 0x25476F58: 83E10294 lwz r31,660(r1)
- 36: GETL R1, t28
- 37: ADDL $0x294, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R31
- 40: INCEIPL $4
-
- 0x25476F5C: 81810244 lwz r12,580(r1)
- 41: GETL R1, t32
- 42: ADDL $0x244, t32
- 43: LDL (t32), t34
- 44: PUTL t34, R12
- 45: INCEIPL $4
-
- 0x25476F60: 7FE803A6 mtlr r31
- 46: GETL R31, t36
- 47: PUTL t36, LR
- 48: INCEIPL $4
-
- 0x25476F64: 81C10248 lwz r14,584(r1)
- 49: GETL R1, t38
- 50: ADDL $0x248, t38
- 51: LDL (t38), t40
- 52: PUTL t40, R14
- 53: INCEIPL $4
-
- 0x25476F68: 81E1024C lwz r15,588(r1)
- 54: GETL R1, t42
- 55: ADDL $0x24C, t42
- 56: LDL (t42), t44
- 57: PUTL t44, R15
- 58: INCEIPL $4
-
- 0x25476F6C: 7D818120 mtcrf 0x18,r12
- 59: GETL R12, t46
- 60: ICRFL t46, $0x3, CR
- 61: ICRFL t46, $0x4, CR
- 62: INCEIPL $4
-
- 0x25476F70: 82010250 lwz r16,592(r1)
- 63: GETL R1, t48
- 64: ADDL $0x250, t48
- 65: LDL (t48), t50
- 66: PUTL t50, R16
- 67: INCEIPL $4
-
- 0x25476F74: 82210254 lwz r17,596(r1)
- 68: GETL R1, t52
- 69: ADDL $0x254, t52
- 70: LDL (t52), t54
- 71: PUTL t54, R17
- 72: INCEIPL $4
-
- 0x25476F78: 82410258 lwz r18,600(r1)
- 73: GETL R1, t56
- 74: ADDL $0x258, t56
- 75: LDL (t56), t58
- 76: PUTL t58, R18
- 77: INCEIPL $4
-
- 0x25476F7C: 8261025C lwz r19,604(r1)
- 78: GETL R1, t60
- 79: ADDL $0x25C, t60
- 80: LDL (t60), t62
- 81: PUTL t62, R19
- 82: INCEIPL $4
-
- 0x25476F80: 82810260 lwz r20,608(r1)
- 83: GETL R1, t64
- 84: ADDL $0x260, t64
- 85: LDL (t64), t66
- 86: PUTL t66, R20
- 87: INCEIPL $4
-
- 0x25476F84: 82A10264 lwz r21,612(r1)
- 88: GETL R1, t68
- 89: ADDL $0x264, t68
- 90: LDL (t68), t70
- 91: PUTL t70, R21
- 92: INCEIPL $4
-
- 0x25476F88: 82C10268 lwz r22,616(r1)
- 93: GETL R1, t72
- 94: ADDL $0x268, t72
- 95: LDL (t72), t74
- 96: PUTL t74, R22
- 97: INCEIPL $4
-
- 0x25476F8C: 82E1026C lwz r23,620(r1)
- 98: GETL R1, t76
- 99: ADDL $0x26C, t76
- 100: LDL (t76), t78
- 101: PUTL t78, R23
- 102: INCEIPL $4
-
- 0x25476F90: 83010270 lwz r24,624(r1)
- 103: GETL R1, t80
- 104: ADDL $0x270, t80
- 105: LDL (t80), t82
- 106: PUTL t82, R24
- 107: INCEIPL $4
-
- 0x25476F94: 83210274 lwz r25,628(r1)
- 108: GETL R1, t84
- 109: ADDL $0x274, t84
- 110: LDL (t84), t86
- 111: PUTL t86, R25
- 112: INCEIPL $4
-
- 0x25476F98: 83410278 lwz r26,632(r1)
- 113: GETL R1, t88
- 114: ADDL $0x278, t88
- 115: LDL (t88), t90
- 116: PUTL t90, R26
- 117: INCEIPL $4
-
- 0x25476F9C: 8361027C lwz r27,636(r1)
- 118: GETL R1, t92
- 119: ADDL $0x27C, t92
- 120: LDL (t92), t94
- 121: PUTL t94, R27
- 122: INCEIPL $4
-
- 0x25476FA0: 83810280 lwz r28,640(r1)
- 123: GETL R1, t96
- 124: ADDL $0x280, t96
- 125: LDL (t96), t98
- 126: PUTL t98, R28
- 127: INCEIPL $4
-
- 0x25476FA4: 83A10284 lwz r29,644(r1)
- 128: GETL R1, t100
- 129: ADDL $0x284, t100
- 130: LDL (t100), t102
- 131: PUTL t102, R29
- 132: INCEIPL $4
-
- 0x25476FA8: 83C10288 lwz r30,648(r1)
- 133: GETL R1, t104
- 134: ADDL $0x288, t104
- 135: LDL (t104), t106
- 136: PUTL t106, R30
- 137: INCEIPL $4
-
- 0x25476FAC: 83E1028C lwz r31,652(r1)
- 138: GETL R1, t108
- 139: ADDL $0x28C, t108
- 140: LDL (t108), t110
- 141: PUTL t110, R31
- 142: INCEIPL $4
-
- 0x25476FB0: 38210290 addi r1,r1,656
- 143: GETL R1, t112
- 144: ADDL $0x290, t112
- 145: PUTL t112, R1
- 146: INCEIPL $4
-
- 0x25476FB4: 4E800020 blr
- 147: GETL LR, t114
- 148: JMPo-r t114 ($4)
-
-
-
-. 939 25476F38 128
-. 92 DF 00 04 90 7F 00 00 92 DF 00 08 93 FB 00 04 81 1D 01 80 65 07 00 80 90 FD 01 80 7F A3 EB 78 83 E1 02 94 81 81 02 44 7F E8 03 A6 81 C1 02 48 81 E1 02 4C 7D 81 81 20 82 01 02 50 82 21 02 54 82 41 02 58 82 61 02 5C 82 81 02 60 82 A1 02 64 82 C1 02 68 82 E1 02 6C 83 01 02 70 83 21 02 74 83 41 02 78 83 61 02 7C 83 81 02 80 83 A1 02 84 83 C1 02 88 83 E1 02 8C 38 21 02 90 4E 80 00 20
-==== BB 940 (0x2547726C) approx BBs exec'd 0 ====
-
- 0x2547726C: 2F800000 cmpi cr7,r0,0
- 0: GETL R0, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x25477270: 39200001 li r9,1
- 4: MOVL $0x1, t4
- 5: PUTL t4, R9
- 6: INCEIPL $4
-
- 0x25477274: 409E001C bc 4,30,0x25477290
- 7: Jc30o $0x25477290
-
-
-
-. 940 2547726C 12
-. 2F 80 00 00 39 20 00 01 40 9E 00 1C
-==== BB 941 (0x25477278) approx BBs exec'd 0 ====
-
- 0x25477278: 817B0094 lwz r11,148(r27)
- 0: GETL R27, t0
- 1: ADDL $0x94, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x2547727C: 2C8B0000 cmpi cr1,r11,0
- 5: GETL R11, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x25477280: 408601DC bc 4,6,0x2547745C
- 9: Jc06o $0x2547745C
-
-
-
-. 941 25477278 12
-. 81 7B 00 94 2C 8B 00 00 40 86 01 DC
-==== BB 942 (0x25477284) approx BBs exec'd 0 ====
-
- 0x25477284: 3880FFFF li r4,-1
- 0: MOVL $0xFFFFFFFF, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0x25477288: 39200000 li r9,0
- 3: MOVL $0x0, t2
- 4: PUTL t2, R9
- 5: INCEIPL $4
-
- 0x2547728C: 909B01E0 stw r4,480(r27)
- 6: GETL R4, t4
- 7: GETL R27, t6
- 8: ADDL $0x1E0, t6
- 9: STL t4, (t6)
- 10: INCEIPL $4
-
- 0x25477290: 2C090000 cmpi cr0,r9,0
- 11: GETL R9, t8
- 12: CMP0L t8, t10 (-rSo)
- 13: ICRFL t10, $0x0, CR
- 14: INCEIPL $4
-
- 0x25477294: 408200DC bc 4,2,0x25477370
- 15: Jc02o $0x25477370
-
-
-
-. 942 25477284 20
-. 38 80 FF FF 39 20 00 00 90 9B 01 E0 2C 09 00 00 40 82 00 DC
-==22130== Reading syms from /lib/libdl-2.3.4.so (0xFFB0000)
-==22130== object doesn't have any debug info
-==== BB 943 (0x25483920) approx BBs exec'd 0 ====
-
- 0x25483920: 28850010 cmpli cr1,r5,16
- 0: GETL R5, t0
- 1: MOVL $0x10, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0x25483924: 7CC62A14 add r6,r6,r5
- 5: GETL R6, t6
- 6: GETL R5, t8
- 7: ADDL t6, t8
- 8: PUTL t8, R6
- 9: INCEIPL $4
-
- 0x25483928: 419F0020 bc 12,31,0x25483948
- 10: Js31o $0x25483948
-
-
-
-. 943 25483920 12
-. 28 85 00 10 7C C6 2A 14 41 9F 00 20
-==== BB 944 (0x25483960) approx BBs exec'd 0 ====
-
- 0x25483960: 9086FFFC stw r4,-4(r6)
- 0: GETL R4, t0
- 1: GETL R6, t2
- 2: ADDL $0xFFFFFFFC, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25483964: 9086FFF8 stw r4,-8(r6)
- 5: GETL R4, t4
- 6: GETL R6, t6
- 7: ADDL $0xFFFFFFF8, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0x25483968: 9086FFF4 stw r4,-12(r6)
- 10: GETL R4, t8
- 11: GETL R6, t10
- 12: ADDL $0xFFFFFFF4, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x2548396C: 9486FFF0 stwu r4,-16(r6)
- 15: GETL R4, t12
- 16: GETL R6, t14
- 17: ADDL $0xFFFFFFF0, t14
- 18: PUTL t14, R6
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0x25483970: 4C9C0020 bclr 4,28
- 21: GETL LR, t16
- 22: Jc28o-r t16
-
-
-
-. 944 25483960 20
-. 90 86 FF FC 90 86 FF F8 90 86 FF F4 94 86 FF F0 4C 9C 00 20
-==== BB 945 (0x254760FC) approx BBs exec'd 0 ====
-
- 0x254760FC: 817A01FC lwz r11,508(r26)
- 0: GETL R26, t0
- 1: ADDL $0x1FC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x25476100: 4BFFFCC0 b 0x25475DC0
- 5: JMPo $0x25475DC0 ($4)
-
-
-
-. 945 254760FC 8
-. 81 7A 01 FC 4B FF FC C0
-==== BB 946 (0x2547A374) approx BBs exec'd 0 ====
-
- 0x2547A374: 809A00F0 lwz r4,240(r26)
- 0: GETL R26, t0
- 1: ADDL $0xF0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x2547A378: 2C840000 cmpi cr1,r4,0
- 5: GETL R4, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x2547A37C: 40860010 bc 4,6,0x2547A38C
- 9: Jc06o $0x2547A38C
-
-
-
-. 946 2547A374 12
-. 80 9A 00 F0 2C 84 00 00 40 86 00 10
-==== BB 947 (0x2547A380) approx BBs exec'd 0 ====
-
- 0x2547A380: 80BA00E8 lwz r5,232(r26)
- 0: GETL R26, t0
- 1: ADDL $0xE8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x2547A384: 2C050000 cmpi cr0,r5,0
- 5: GETL R5, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0x2547A388: 41820530 bc 12,2,0x2547A8B8
- 9: Js02o $0x2547A8B8
-
-
-
-. 947 2547A380 12
-. 80 BA 00 E8 2C 05 00 00 41 82 05 30
-==== BB 948 (0x2547A5C4) approx BBs exec'd 0 ====
-
- 0x2547A5C4: 83100000 lwz r24,0(r16)
- 0: GETL R16, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R24
- 3: INCEIPL $4
-
- 0x2547A5C8: 827F0038 lwz r19,56(r31)
- 4: GETL R31, t4
- 5: ADDL $0x38, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R19
- 8: INCEIPL $4
-
- 0x2547A5CC: 21780000 subfic r11,r24,0
- 9: GETL R24, t8
- 10: MOVL $0x0, t10
- 11: SBBL t8, t10 (-wCa)
- 12: PUTL t10, R11
- 13: INCEIPL $4
-
- 0x2547A5D0: 7DCBC114 adde r14,r11,r24
- 14: GETL R11, t12
- 15: GETL R24, t14
- 16: ADCL t12, t14 (-rCa-wCa)
- 17: PUTL t14, R14
- 18: INCEIPL $4
-
- 0x2547A5D4: 3153FFFF addic r10,r19,-1
- 19: GETL R19, t16
- 20: ADCL $0xFFFFFFFF, t16 (-wCa)
- 21: PUTL t16, R10
- 22: INCEIPL $4
-
- 0x2547A5D8: 7F6A9910 subfe r27,r10,r19
- 23: GETL R10, t18
- 24: GETL R19, t20
- 25: SBBL t18, t20 (-rCa-wCa)
- 26: PUTL t20, R27
- 27: INCEIPL $4
-
- 0x2547A5DC: 7DC8D839 and. r8,r14,r27
- 28: GETL R14, t22
- 29: GETL R27, t24
- 30: ANDL t22, t24
- 31: PUTL t24, R8
- 32: CMP0L t24, t26 (-rSo)
- 33: ICRFL t26, $0x0, CR
- 34: INCEIPL $4
-
- 0x2547A5E0: 4182000C bc 12,2,0x2547A5EC
- 35: Js02o $0x2547A5EC
-
-
-
-. 948 2547A5C4 32
-. 83 10 00 00 82 7F 00 38 21 78 00 00 7D CB C1 14 31 53 FF FF 7F 6A 99 10 7D C8 D8 39 41 82 00 0C
-==== BB 949 (0x2547A5E4) approx BBs exec'd 0 ====
-
- 0x2547A5E4: 811F0038 lwz r8,56(r31)
- 0: GETL R31, t0
- 1: ADDL $0x38, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x2547A5E8: 91100000 stw r8,0(r16)
- 5: GETL R8, t4
- 6: GETL R16, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0x2547A5EC: 807701E8 lwz r3,488(r23)
- 9: GETL R23, t8
- 10: ADDL $0x1E8, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R3
- 13: INCEIPL $4
-
- 0x2547A5F0: 2F030000 cmpi cr6,r3,0
- 14: GETL R3, t12
- 15: CMP0L t12, t14 (-rSo)
- 16: ICRFL t14, $0x6, CR
- 17: INCEIPL $4
-
- 0x2547A5F4: 419A0018 bc 12,26,0x2547A60C
- 18: Js26o $0x2547A60C
-
-
-
-. 949 2547A5E4 20
-. 81 1F 00 38 91 10 00 00 80 77 01 E8 2F 03 00 00 41 9A 00 18
-==== BB 950 (0x2547A60C) approx BBs exec'd 0 ====
-
- 0x2547A60C: 80DF000C lwz r6,12(r31)
- 0: GETL R31, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x2547A610: 54C51838 rlwinm r5,r6,3,0,28
- 5: GETL R6, t4
- 6: SHLL $0x3, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x2547A614: 38650004 addi r3,r5,4
- 9: GETL R5, t6
- 10: ADDL $0x4, t6
- 11: PUTL t6, R3
- 12: INCEIPL $4
-
- 0x2547A618: 4801D40D bl 0x25497A24
- 13: MOVL $0x2547A61C, t8
- 14: PUTL t8, LR
- 15: JMPo-c $0x25497A24 ($4)
-
-
-
-. 950 2547A60C 16
-. 80 DF 00 0C 54 C5 18 38 38 65 00 04 48 01 D4 0D
-==== BB 951 (0x2547A61C) approx BBs exec'd 0 ====
-
- 0x2547A61C: 2C830000 cmpi cr1,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0x2547A620: 907701E8 stw r3,488(r23)
- 4: GETL R3, t4
- 5: GETL R23, t6
- 6: ADDL $0x1E8, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0x2547A624: 4186089C bc 12,6,0x2547AEC0
- 9: Js06o $0x2547AEC0
-
-
-
-. 951 2547A61C 12
-. 2C 83 00 00 90 77 01 E8 41 86 08 9C
-==== BB 952 (0x2547A628) approx BBs exec'd 0 ====
-
- 0x2547A628: 80FF0008 lwz r7,8(r31)
- 0: GETL R31, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x2547A62C: 38A00000 li r5,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x2547A630: 829F000C lwz r20,12(r31)
- 8: GETL R31, t6
- 9: ADDL $0xC, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R20
- 12: INCEIPL $4
-
- 0x2547A634: 2C070000 cmpi cr0,r7,0
- 13: GETL R7, t10
- 14: CMP0L t10, t12 (-rSo)
- 15: ICRFL t12, $0x0, CR
- 16: INCEIPL $4
-
- 0x2547A638: 569D103A rlwinm r29,r20,2,0,29
- 17: GETL R20, t14
- 18: SHLL $0x2, t14
- 19: PUTL t14, R29
- 20: INCEIPL $4
-
- 0x2547A63C: 9297015C stw r20,348(r23)
- 21: GETL R20, t16
- 22: GETL R23, t18
- 23: ADDL $0x15C, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0x2547A640: 7D23EA14 add r9,r3,r29
- 26: GETL R3, t20
- 27: GETL R29, t22
- 28: ADDL t20, t22
- 29: PUTL t22, R9
- 30: INCEIPL $4
-
- 0x2547A644: 90BF000C stw r5,12(r31)
- 31: GETL R5, t24
- 32: GETL R31, t26
- 33: ADDL $0xC, t26
- 34: STL t24, (t26)
- 35: INCEIPL $4
-
- 0x2547A648: 38890004 addi r4,r9,4
- 36: GETL R9, t28
- 37: ADDL $0x4, t28
- 38: PUTL t28, R4
- 39: INCEIPL $4
-
- 0x2547A64C: 90970158 stw r4,344(r23)
- 40: GETL R4, t30
- 41: GETL R23, t32
- 42: ADDL $0x158, t32
- 43: STL t30, (t32)
- 44: INCEIPL $4
-
- 0x2547A650: 41820050 bc 12,2,0x2547A6A0
- 45: Js02o $0x2547A6A0
-
-
-
-. 952 2547A628 44
-. 80 FF 00 08 38 A0 00 00 82 9F 00 0C 2C 07 00 00 56 9D 10 3A 92 97 01 5C 7D 23 EA 14 90 BF 00 0C 38 89 00 04 90 97 01 58 41 82 00 50
-==== BB 953 (0x2547A654) approx BBs exec'd 0 ====
-
- 0x2547A654: 2F0F0000 cmpi cr6,r15,0
- 0: GETL R15, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x2547A658: 38C00000 li r6,0
- 4: MOVL $0x0, t4
- 5: PUTL t4, R6
- 6: INCEIPL $4
-
- 0x2547A65C: 409A01F8 bc 4,26,0x2547A854
- 7: Jc26o $0x2547A854
-
-
-
-. 953 2547A654 12
-. 2F 0F 00 00 38 C0 00 00 40 9A 01 F8
-==== BB 954 (0x2547A660) approx BBs exec'd 0 ====
-
- 0x2547A660: 817F000C lwz r11,12(r31)
- 0: GETL R31, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x2547A664: 80070004 lwz r0,4(r7)
- 5: GETL R7, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R0
- 9: INCEIPL $4
-
- 0x2547A668: 83370158 lwz r25,344(r23)
- 10: GETL R23, t8
- 11: ADDL $0x158, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R25
- 14: INCEIPL $4
-
- 0x2547A66C: 5576103A rlwinm r22,r11,2,0,29
- 15: GETL R11, t12
- 16: SHLL $0x2, t12
- 17: PUTL t12, R22
- 18: INCEIPL $4
-
- 0x2547A670: 398B0001 addi r12,r11,1
- 19: GETL R11, t14
- 20: ADDL $0x1, t14
- 21: PUTL t14, R12
- 22: INCEIPL $4
-
- 0x2547A674: 7C16C92E stwx r0,r22,r25
- 23: GETL R25, t16
- 24: GETL R22, t18
- 25: ADDL t18, t16
- 26: GETL R0, t20
- 27: STL t20, (t16)
- 28: INCEIPL $4
-
- 0x2547A678: 81E70004 lwz r15,4(r7)
- 29: GETL R7, t22
- 30: ADDL $0x4, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R15
- 33: INCEIPL $4
-
- 0x2547A67C: 806F0180 lwz r3,384(r15)
- 34: GETL R15, t26
- 35: ADDL $0x180, t26
- 36: LDL (t26), t28
- 37: PUTL t28, R3
- 38: INCEIPL $4
-
- 0x2547A680: 919F000C stw r12,12(r31)
- 39: GETL R12, t30
- 40: GETL R31, t32
- 41: ADDL $0xC, t32
- 42: STL t30, (t32)
- 43: INCEIPL $4
-
- 0x2547A684: 50C3C94C rlwimi r3,r6,25,5,6
- 44: GETL R3, t34
- 45: GETL R6, t36
- 46: ROLL $0x19, t36
- 47: ANDL $0x6000000, t36
- 48: ANDL $0xF9FFFFFF, t34
- 49: ORL t34, t36
- 50: PUTL t36, R3
- 51: INCEIPL $4
-
- 0x2547A688: 906F0180 stw r3,384(r15)
- 52: GETL R3, t38
- 53: GETL R15, t40
- 54: ADDL $0x180, t40
- 55: STL t38, (t40)
- 56: INCEIPL $4
-
- 0x2547A68C: 80E70008 lwz r7,8(r7)
- 57: GETL R7, t42
- 58: ADDL $0x8, t42
- 59: LDL (t42), t44
- 60: PUTL t44, R7
- 61: INCEIPL $4
-
- 0x2547A690: 2F070000 cmpi cr6,r7,0
- 62: GETL R7, t46
- 63: CMP0L t46, t48 (-rSo)
- 64: ICRFL t48, $0x6, CR
- 65: INCEIPL $4
-
- 0x2547A694: 409AFFCC bc 4,26,0x2547A660
- 66: Jc26o $0x2547A660
-
-
-
-. 954 2547A660 56
-. 81 7F 00 0C 80 07 00 04 83 37 01 58 55 76 10 3A 39 8B 00 01 7C 16 C9 2E 81 E7 00 04 80 6F 01 80 91 9F 00 0C 50 C3 C9 4C 90 6F 01 80 80 E7 00 08 2F 07 00 00 40 9A FF CC
-==== BB 955 (0x2547A698) approx BBs exec'd 0 ====
-
- 0x2547A698: 80BF000C lwz r5,12(r31)
- 0: GETL R31, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x2547A69C: 80970158 lwz r4,344(r23)
- 5: GETL R23, t4
- 6: ADDL $0x158, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R4
- 9: INCEIPL $4
-
- 0x2547A6A0: 839E04F4 lwz r28,1268(r30)
- 10: GETL R30, t8
- 11: ADDL $0x4F4, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R28
- 14: INCEIPL $4
-
- 0x2547A6A4: 80FC0000 lwz r7,0(r28)
- 15: GETL R28, t12
- 16: LDL (t12), t14
- 17: PUTL t14, R7
- 18: INCEIPL $4
-
- 0x2547A6A8: 70E80400 andi. r8,r7,0x400
- 19: GETL R7, t16
- 20: ANDL $0x400, t16
- 21: PUTL t16, R8
- 22: CMP0L t16, t18 (-rSo)
- 23: ICRFL t18, $0x0, CR
- 24: INCEIPL $4
-
- 0x2547A6AC: 408204E0 bc 4,2,0x2547AB8C
- 25: Jc02o $0x2547AB8C
-
-
-
-. 955 2547A698 24
-. 80 BF 00 0C 80 97 01 58 83 9E 04 F4 80 FC 00 00 70 E8 04 00 40 82 04 E0
-==== BB 956 (0x2547A6B0) approx BBs exec'd 0 ====
-
- 0x2547A6B0: 80D701F0 lwz r6,496(r23)
- 0: GETL R23, t0
- 1: ADDL $0x1F0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x2547A6B4: 38600000 li r3,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x2547A6B8: 2B860000 cmpli cr7,r6,0
- 8: GETL R6, t6
- 9: MOVL $0x0, t10
- 10: CMPUL t6, t10, t8 (-rSo)
- 11: ICRFL t8, $0x7, CR
- 12: INCEIPL $4
-
- 0x2547A6BC: 409D0048 bc 4,29,0x2547A704
- 13: Jc29o $0x2547A704
-
-
-
-. 956 2547A6B0 16
-. 80 D7 01 F0 38 60 00 00 2B 86 00 00 40 9D 00 48
-==== BB 957 (0x2547A704) approx BBs exec'd 0 ====
-
- 0x2547A704: 807701E8 lwz r3,488(r23)
- 0: GETL R23, t0
- 1: ADDL $0x1E8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x2547A708: 54A5103A rlwinm r5,r5,2,0,29
- 5: GETL R5, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x2547A70C: 3B000001 li r24,1
- 9: MOVL $0x1, t6
- 10: PUTL t6, R24
- 11: INCEIPL $4
-
- 0x2547A710: 480094D1 bl 0x25483BE0
- 12: MOVL $0x2547A714, t8
- 13: PUTL t8, LR
- 14: JMPo-c $0x25483BE0 ($4)
-
-
-
-. 957 2547A704 16
-. 80 77 01 E8 54 A5 10 3A 3B 00 00 01 48 00 94 D1
-==== BB 958 (0x25483DFC) approx BBs exec'd 0 ====
-
- 0x25483DFC: 81240000 lwz r9,0(r4)
- 0: GETL R4, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0x25483E00: 3884FFFC addi r4,r4,-4
- 4: GETL R4, t4
- 5: ADDL $0xFFFFFFFC, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0x25483E04: 80040008 lwz r0,8(r4)
- 8: GETL R4, t6
- 9: ADDL $0x8, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R0
- 12: INCEIPL $4
-
- 0x25483E08: 3863FFF8 addi r3,r3,-8
- 13: GETL R3, t10
- 14: ADDL $0xFFFFFFF8, t10
- 15: PUTL t10, R3
- 16: INCEIPL $4
-
- 0x25483E0C: 38A50001 addi r5,r5,1
- 17: GETL R5, t12
- 18: ADDL $0x1, t12
- 19: PUTL t12, R5
- 20: INCEIPL $4
-
- 0x25483E10: 91230008 stw r9,8(r3)
- 21: GETL R9, t14
- 22: GETL R3, t16
- 23: ADDL $0x8, t16
- 24: STL t14, (t16)
- 25: INCEIPL $4
-
- 0x25483E14: 4BFFFF10 b 0x25483D24
- 26: JMPo $0x25483D24 ($4)
-
-
-
-. 958 25483DFC 28
-. 81 24 00 00 38 84 FF FC 80 04 00 08 38 63 FF F8 38 A5 00 01 91 23 00 08 4B FF FF 10
-==== BB 959 (0x25483D24) approx BBs exec'd 0 ====
-
- 0x25483D24: 8124000C lwz r9,12(r4)
- 0: GETL R4, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25483D28: 9003000C stw r0,12(r3)
- 5: GETL R0, t4
- 6: GETL R3, t6
- 7: ADDL $0xC, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0x25483D2C: 80040010 lwz r0,16(r4)
- 10: GETL R4, t8
- 11: ADDL $0x10, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R0
- 14: INCEIPL $4
-
- 0x25483D30: 91230010 stw r9,16(r3)
- 15: GETL R9, t12
- 16: GETL R3, t14
- 17: ADDL $0x10, t14
- 18: STL t12, (t14)
- 19: INCEIPL $4
-
- 0x25483D34: 81240014 lwz r9,20(r4)
- 20: GETL R4, t16
- 21: ADDL $0x14, t16
- 22: LDL (t16), t18
- 23: PUTL t18, R9
- 24: INCEIPL $4
-
- 0x25483D38: 90030014 stw r0,20(r3)
- 25: GETL R0, t20
- 26: GETL R3, t22
- 27: ADDL $0x14, t22
- 28: STL t20, (t22)
- 29: INCEIPL $4
-
- 0x25483D3C: 80040018 lwz r0,24(r4)
- 30: GETL R4, t24
- 31: ADDL $0x18, t24
- 32: LDL (t24), t26
- 33: PUTL t26, R0
- 34: INCEIPL $4
-
- 0x25483D40: 91230018 stw r9,24(r3)
- 35: GETL R9, t28
- 36: GETL R3, t30
- 37: ADDL $0x18, t30
- 38: STL t28, (t30)
- 39: INCEIPL $4
-
- 0x25483D44: 34A5FFF8 addic. r5,r5,-8
- 40: GETL R5, t32
- 41: ADCL $0xFFFFFFF8, t32 (-wCa)
- 42: PUTL t32, R5
- 43: CMP0L t32, t34 (-rSo)
- 44: ICRFL t34, $0x0, CR
- 45: INCEIPL $4
-
- 0x25483D48: 8124001C lwz r9,28(r4)
- 46: GETL R4, t36
- 47: ADDL $0x1C, t36
- 48: LDL (t36), t38
- 49: PUTL t38, R9
- 50: INCEIPL $4
-
- 0x25483D4C: 9003001C stw r0,28(r3)
- 51: GETL R0, t40
- 52: GETL R3, t42
- 53: ADDL $0x1C, t42
- 54: STL t40, (t42)
- 55: INCEIPL $4
-
- 0x25483D50: 38840020 addi r4,r4,32
- 56: GETL R4, t44
- 57: ADDL $0x20, t44
- 58: PUTL t44, R4
- 59: INCEIPL $4
-
- 0x25483D54: 38630020 addi r3,r3,32
- 60: GETL R3, t46
- 61: ADDL $0x20, t46
- 62: PUTL t46, R3
- 63: INCEIPL $4
-
- 0x25483D58: 40A2FFB4 bc 5,2,0x25483D0C
- 64: Jc02o $0x25483D0C
-
-
-
-. 959 25483D24 56
-. 81 24 00 0C 90 03 00 0C 80 04 00 10 91 23 00 10 81 24 00 14 90 03 00 14 80 04 00 18 91 23 00 18 34 A5 FF F8 81 24 00 1C 90 03 00 1C 38 84 00 20 38 63 00 20 40 A2 FF B4
-==== BB 960 (0x2547A714) approx BBs exec'd 0 ====
-
- 0x2547A714: 80FF000C lwz r7,12(r31)
- 0: GETL R31, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x2547A718: 7C183840 cmpl cr0,r24,r7
- 5: GETL R24, t4
- 6: GETL R7, t6
- 7: CMPUL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x0, CR
- 9: INCEIPL $4
-
- 0x2547A71C: 4080032C bc 4,0,0x2547AA48
- 10: Jc00o $0x2547AA48
-
-
-
-. 960 2547A714 12
-. 80 FF 00 0C 7C 18 38 40 40 80 03 2C
-==== BB 961 (0x2547A720) approx BBs exec'd 0 ====
-
- 0x2547A720: 815701E8 lwz r10,488(r23)
- 0: GETL R23, t0
- 1: ADDL $0x1E8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x2547A724: 82570158 lwz r18,344(r23)
- 5: GETL R23, t4
- 6: ADDL $0x158, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R18
- 9: INCEIPL $4
-
- 0x2547A728: 5715103A rlwinm r21,r24,2,0,29
- 10: GETL R24, t8
- 11: SHLL $0x2, t8
- 12: PUTL t8, R21
- 13: INCEIPL $4
-
- 0x2547A72C: 806A0004 lwz r3,4(r10)
- 14: GETL R10, t10
- 15: ADDL $0x4, t10
- 16: LDL (t10), t12
- 17: PUTL t12, R3
- 18: INCEIPL $4
-
- 0x2547A730: 3B200001 li r25,1
- 19: MOVL $0x1, t14
- 20: PUTL t14, R25
- 21: INCEIPL $4
-
- 0x2547A734: 7F55902E lwzx r26,r21,r18
- 22: GETL R18, t16
- 23: GETL R21, t18
- 24: ADDL t18, t16
- 25: LDL (t16), t20
- 26: PUTL t20, R26
- 27: INCEIPL $4
-
- 0x2547A738: 7F83D000 cmp cr7,r3,r26
- 28: GETL R3, t22
- 29: GETL R26, t24
- 30: CMPL t22, t24, t26 (-rSo)
- 31: ICRFL t26, $0x7, CR
- 32: INCEIPL $4
-
- 0x2547A73C: 419E0018 bc 12,30,0x2547A754
- 33: Js30o $0x2547A754
-
-
-
-. 961 2547A720 32
-. 81 57 01 E8 82 57 01 58 57 15 10 3A 80 6A 00 04 3B 20 00 01 7F 55 90 2E 7F 83 D0 00 41 9E 00 18
-==== BB 962 (0x2547A754) approx BBs exec'd 0 ====
-
- 0x2547A754: 3B790001 addi r27,r25,1
- 0: GETL R25, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R27
- 3: INCEIPL $4
-
- 0x2547A758: 7C9B3840 cmpl cr1,r27,r7
- 4: GETL R27, t2
- 5: GETL R7, t4
- 6: CMPUL t2, t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x2547A75C: 4084007C bc 4,4,0x2547A7D8
- 9: Jc04o $0x2547A7D8
-
-
-
-. 962 2547A754 12
-. 3B 79 00 01 7C 9B 38 40 40 84 00 7C
-==== BB 963 (0x2547A760) approx BBs exec'd 0 ====
-
- 0x2547A760: 5768103A rlwinm r8,r27,2,0,29
- 0: GETL R27, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R8
- 3: INCEIPL $4
-
- 0x2547A764: 7E68502E lwzx r19,r8,r10
- 4: GETL R10, t2
- 5: GETL R8, t4
- 6: ADDL t4, t2
- 7: LDL (t2), t6
- 8: PUTL t6, R19
- 9: INCEIPL $4
-
- 0x2547A768: 817301E8 lwz r11,488(r19)
- 10: GETL R19, t8
- 11: ADDL $0x1E8, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R11
- 14: INCEIPL $4
-
- 0x2547A76C: 2F0B0000 cmpi cr6,r11,0
- 15: GETL R11, t12
- 16: CMP0L t12, t14 (-rSo)
- 17: ICRFL t14, $0x6, CR
- 18: INCEIPL $4
-
- 0x2547A770: 419A005C bc 12,26,0x2547A7CC
- 19: Js26o $0x2547A7CC
-
-
-
-. 963 2547A760 20
-. 57 68 10 3A 7E 68 50 2E 81 73 01 E8 2F 0B 00 00 41 9A 00 5C
-==== BB 964 (0x2547A774) approx BBs exec'd 0 ====
-
- 0x2547A774: 812B0000 lwz r9,0(r11)
- 0: GETL R11, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0x2547A778: 2F890000 cmpi cr7,r9,0
- 4: GETL R9, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x7, CR
- 7: INCEIPL $4
-
- 0x2547A77C: 419E0050 bc 12,30,0x2547A7CC
- 8: Js30o $0x2547A7CC
-
-
-
-. 964 2547A774 12
-. 81 2B 00 00 2F 89 00 00 41 9E 00 50
-==== BB 965 (0x2547A780) approx BBs exec'd 0 ====
-
- 0x2547A780: 7E19D850 subf r16,r25,r27
- 0: GETL R25, t0
- 1: GETL R27, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R16
- 4: INCEIPL $4
-
- 0x2547A784: 5605103A rlwinm r5,r16,2,0,29
- 5: GETL R16, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x2547A788: 48000010 b 0x2547A798
- 9: JMPo $0x2547A798 ($4)
-
-
-
-. 965 2547A780 12
-. 7E 19 D8 50 56 05 10 3A 48 00 00 10
-==== BB 966 (0x2547A798) approx BBs exec'd 0 ====
-
- 0x2547A798: 7C09D000 cmp cr0,r9,r26
- 0: GETL R9, t0
- 1: GETL R26, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x0, CR
- 4: INCEIPL $4
-
- 0x2547A79C: 396B0004 addi r11,r11,4
- 5: GETL R11, t6
- 6: ADDL $0x4, t6
- 7: PUTL t6, R11
- 8: INCEIPL $4
-
- 0x2547A7A0: 4082FFEC bc 4,2,0x2547A78C
- 9: Jc02o $0x2547A78C
-
-
-
-. 966 2547A798 12
-. 7C 09 D0 00 39 6B 00 04 40 82 FF EC
-==== BB 967 (0x2547A78C) approx BBs exec'd 0 ====
-
- 0x2547A78C: 812B0000 lwz r9,0(r11)
- 0: GETL R11, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0x2547A790: 2C890000 cmpi cr1,r9,0
- 4: GETL R9, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x1, CR
- 7: INCEIPL $4
-
- 0x2547A794: 41860038 bc 12,6,0x2547A7CC
- 8: Js06o $0x2547A7CC
-
-
-
-. 967 2547A78C 12
-. 81 2B 00 00 2C 89 00 00 41 86 00 38
-==== BB 968 (0x2547A7CC) approx BBs exec'd 0 ====
-
- 0x2547A7CC: 3B7B0001 addi r27,r27,1
- 0: GETL R27, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R27
- 3: INCEIPL $4
-
- 0x2547A7D0: 7C9B3840 cmpl cr1,r27,r7
- 4: GETL R27, t2
- 5: GETL R7, t4
- 6: CMPUL t2, t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x2547A7D4: 4184FF8C bc 12,4,0x2547A760
- 9: Js04o $0x2547A760
-
-
-
-. 968 2547A7CC 12
-. 3B 7B 00 01 7C 9B 38 40 41 84 FF 8C
-==== BB 969 (0x2547A7D8) approx BBs exec'd 0 ====
-
- 0x2547A7D8: 3B180001 addi r24,r24,1
- 0: GETL R24, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R24
- 3: INCEIPL $4
-
- 0x2547A7DC: 7F183840 cmpl cr6,r24,r7
- 4: GETL R24, t2
- 5: GETL R7, t4
- 6: CMPUL t2, t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x2547A7E0: 4198FF44 bc 12,24,0x2547A724
- 9: Js24o $0x2547A724
-
-
-
-. 969 2547A7D8 12
-. 3B 18 00 01 7F 18 38 40 41 98 FF 44
-==== BB 970 (0x2547A724) approx BBs exec'd 0 ====
-
- 0x2547A724: 82570158 lwz r18,344(r23)
- 0: GETL R23, t0
- 1: ADDL $0x158, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R18
- 4: INCEIPL $4
-
- 0x2547A728: 5715103A rlwinm r21,r24,2,0,29
- 5: GETL R24, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R21
- 8: INCEIPL $4
-
- 0x2547A72C: 806A0004 lwz r3,4(r10)
- 9: GETL R10, t6
- 10: ADDL $0x4, t6
- 11: LDL (t6), t8
- 12: PUTL t8, R3
- 13: INCEIPL $4
-
- 0x2547A730: 3B200001 li r25,1
- 14: MOVL $0x1, t10
- 15: PUTL t10, R25
- 16: INCEIPL $4
-
- 0x2547A734: 7F55902E lwzx r26,r21,r18
- 17: GETL R18, t12
- 18: GETL R21, t14
- 19: ADDL t14, t12
- 20: LDL (t12), t16
- 21: PUTL t16, R26
- 22: INCEIPL $4
-
- 0x2547A738: 7F83D000 cmp cr7,r3,r26
- 23: GETL R3, t18
- 24: GETL R26, t20
- 25: CMPL t18, t20, t22 (-rSo)
- 26: ICRFL t22, $0x7, CR
- 27: INCEIPL $4
-
- 0x2547A73C: 419E0018 bc 12,30,0x2547A754
- 28: Js30o $0x2547A754
-
-
-
-. 970 2547A724 28
-. 82 57 01 58 57 15 10 3A 80 6A 00 04 3B 20 00 01 7F 55 90 2E 7F 83 D0 00 41 9E 00 18
-==== BB 971 (0x2547A740) approx BBs exec'd 0 ====
-
- 0x2547A740: 3B390001 addi r25,r25,1
- 0: GETL R25, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R25
- 3: INCEIPL $4
-
- 0x2547A744: 572E103A rlwinm r14,r25,2,0,29
- 4: GETL R25, t2
- 5: SHLL $0x2, t2
- 6: PUTL t2, R14
- 7: INCEIPL $4
-
- 0x2547A748: 7F6E502E lwzx r27,r14,r10
- 8: GETL R10, t4
- 9: GETL R14, t6
- 10: ADDL t6, t4
- 11: LDL (t4), t8
- 12: PUTL t8, R27
- 13: INCEIPL $4
-
- 0x2547A74C: 7F9BD000 cmp cr7,r27,r26
- 14: GETL R27, t10
- 15: GETL R26, t12
- 16: CMPL t10, t12, t14 (-rSo)
- 17: ICRFL t14, $0x7, CR
- 18: INCEIPL $4
-
- 0x2547A750: 409EFFF0 bc 4,30,0x2547A740
- 19: Jc30o $0x2547A740
-
-
-
-. 971 2547A740 20
-. 3B 39 00 01 57 2E 10 3A 7F 6E 50 2E 7F 9B D0 00 40 9E FF F0
-==== BB 972 (0x2547A7A4) approx BBs exec'd 0 ====
-
- 0x2547A7A4: 5734103A rlwinm r20,r25,2,0,29
- 0: GETL R25, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R20
- 3: INCEIPL $4
-
- 0x2547A7A8: 7FA8502E lwzx r29,r8,r10
- 4: GETL R10, t2
- 5: GETL R8, t4
- 6: ADDL t4, t2
- 7: LDL (t2), t6
- 8: PUTL t6, R29
- 9: INCEIPL $4
-
- 0x2547A7AC: 7CCAA214 add r6,r10,r20
- 10: GETL R10, t8
- 11: GETL R20, t10
- 12: ADDL t8, t10
- 13: PUTL t10, R6
- 14: INCEIPL $4
-
- 0x2547A7B0: 3B390001 addi r25,r25,1
- 15: GETL R25, t12
- 16: ADDL $0x1, t12
- 17: PUTL t12, R25
- 18: INCEIPL $4
-
- 0x2547A7B4: 7CC43378 or r4,r6,r6
- 19: GETL R6, t14
- 20: PUTL t14, R4
- 21: INCEIPL $4
-
- 0x2547A7B8: 38660004 addi r3,r6,4
- 22: GETL R6, t16
- 23: ADDL $0x4, t16
- 24: PUTL t16, R3
- 25: INCEIPL $4
-
- 0x2547A7BC: 48008DE1 bl 0x2548359C
- 26: MOVL $0x2547A7C0, t18
- 27: PUTL t18, LR
- 28: JMPo-c $0x2548359C ($4)
-
-
-
-. 972 2547A7A4 28
-. 57 34 10 3A 7F A8 50 2E 7C CA A2 14 3B 39 00 01 7C C4 33 78 38 66 00 04 48 00 8D E1
-==== BB 973 memmove(0x2548359C) approx BBs exec'd 0 ====
-
- 0x2548359C: 7C041850 subf r0,r4,r3
- 0: GETL R4, t0
- 1: GETL R3, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x254835A0: 7CC802A6 mflr r6
- 5: GETL LR, t4
- 6: PUTL t4, R6
- 7: INCEIPL $4
-
- 0x254835A4: 7F802840 cmpl cr7,r0,r5
- 8: GETL R0, t6
- 9: GETL R5, t8
- 10: CMPUL t6, t8, t10 (-rSo)
- 11: ICRFL t10, $0x7, CR
- 12: INCEIPL $4
-
- 0x254835A8: 9421FFE0 stwu r1,-32(r1)
- 13: GETL R1, t12
- 14: GETL R1, t14
- 15: ADDL $0xFFFFFFE0, t14
- 16: PUTL t14, R1
- 17: STL t12, (t14)
- 18: INCEIPL $4
-
- 0x254835AC: 93810010 stw r28,16(r1)
- 19: GETL R28, t16
- 20: GETL R1, t18
- 21: ADDL $0x10, t18
- 22: STL t16, (t18)
- 23: INCEIPL $4
-
- 0x254835B0: 7C7C1B78 or r28,r3,r3
- 24: GETL R3, t20
- 25: PUTL t20, R28
- 26: INCEIPL $4
-
- 0x254835B4: 93A10014 stw r29,20(r1)
- 27: GETL R29, t22
- 28: GETL R1, t24
- 29: ADDL $0x14, t24
- 30: STL t22, (t24)
- 31: INCEIPL $4
-
- 0x254835B8: 7C7D1B78 or r29,r3,r3
- 32: GETL R3, t26
- 33: PUTL t26, R29
- 34: INCEIPL $4
-
- 0x254835BC: 93E1001C stw r31,28(r1)
- 35: GETL R31, t28
- 36: GETL R1, t30
- 37: ADDL $0x1C, t30
- 38: STL t28, (t30)
- 39: INCEIPL $4
-
- 0x254835C0: 7C9F2378 or r31,r4,r4
- 40: GETL R4, t32
- 41: PUTL t32, R31
- 42: INCEIPL $4
-
- 0x254835C4: 9361000C stw r27,12(r1)
- 43: GETL R27, t34
- 44: GETL R1, t36
- 45: ADDL $0xC, t36
- 46: STL t34, (t36)
- 47: INCEIPL $4
-
- 0x254835C8: 93C10018 stw r30,24(r1)
- 48: GETL R30, t38
- 49: GETL R1, t40
- 50: ADDL $0x18, t40
- 51: STL t38, (t40)
- 52: INCEIPL $4
-
- 0x254835CC: 90C10024 stw r6,36(r1)
- 53: GETL R6, t42
- 54: GETL R1, t44
- 55: ADDL $0x24, t44
- 56: STL t42, (t44)
- 57: INCEIPL $4
-
- 0x254835D0: 419C0054 bc 12,28,0x25483624
- 58: Js28o $0x25483624
-
-
-
-. 973 2548359C 56
-. 7C 04 18 50 7C C8 02 A6 7F 80 28 40 94 21 FF E0 93 81 00 10 7C 7C 1B 78 93 A1 00 14 7C 7D 1B 78 93 E1 00 1C 7C 9F 23 78 93 61 00 0C 93 C1 00 18 90 C1 00 24 41 9C 00 54
-==== BB 974 (0x254835D4) approx BBs exec'd 0 ====
-
- 0x254835D4: 2805000F cmpli cr0,r5,15
- 0: GETL R5, t0
- 1: MOVL $0xF, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x254835D8: 418100E8 bc 12,1,0x254836C0
- 5: Js01o $0x254836C0
-
-
-
-. 974 254835D4 8
-. 28 05 00 0F 41 81 00 E8
-==== BB 975 (0x254835DC) approx BBs exec'd 0 ====
-
- 0x254835DC: 2C850000 cmpi cr1,r5,0
- 0: GETL R5, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0x254835E0: 4186001C bc 12,6,0x254835FC
- 4: Js06o $0x254835FC
-
-
-
-. 975 254835DC 8
-. 2C 85 00 00 41 86 00 1C
-==== BB 976 (0x254835E4) approx BBs exec'd 0 ====
-
- 0x254835E4: 7CA903A6 mtctr r5
- 0: GETL R5, t0
- 1: PUTL t0, CTR
- 2: INCEIPL $4
-
- 0x254835E8: 891F0000 lbz r8,0(r31)
- 3: GETL R31, t2
- 4: LDB (t2), t4
- 5: PUTL t4, R8
- 6: INCEIPL $4
-
- 0x254835EC: 3BFF0001 addi r31,r31,1
- 7: GETL R31, t6
- 8: ADDL $0x1, t6
- 9: PUTL t6, R31
- 10: INCEIPL $4
-
- 0x254835F0: 991D0000 stb r8,0(r29)
- 11: GETL R8, t8
- 12: GETL R29, t10
- 13: STB t8, (t10)
- 14: INCEIPL $4
-
- 0x254835F4: 3BBD0001 addi r29,r29,1
- 15: GETL R29, t12
- 16: ADDL $0x1, t12
- 17: PUTL t12, R29
- 18: INCEIPL $4
-
- 0x254835F8: 4200FFF0 bc 16,0,0x254835E8
- 19: GETL CTR, t14
- 20: ADDL $0xFFFFFFFF, t14
- 21: PUTL t14, CTR
- 22: JIFZL t14, $0x254835FC
- 23: JMPo $0x254835E8 ($4)
-
-
-
-. 976 254835E4 24
-. 7C A9 03 A6 89 1F 00 00 3B FF 00 01 99 1D 00 00 3B BD 00 01 42 00 FF F0
-==== BB 977 (0x254835E8) approx BBs exec'd 0 ====
-
- 0x254835E8: 891F0000 lbz r8,0(r31)
- 0: GETL R31, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R8
- 3: INCEIPL $4
-
- 0x254835EC: 3BFF0001 addi r31,r31,1
- 4: GETL R31, t4
- 5: ADDL $0x1, t4
- 6: PUTL t4, R31
- 7: INCEIPL $4
-
- 0x254835F0: 991D0000 stb r8,0(r29)
- 8: GETL R8, t6
- 9: GETL R29, t8
- 10: STB t6, (t8)
- 11: INCEIPL $4
-
- 0x254835F4: 3BBD0001 addi r29,r29,1
- 12: GETL R29, t10
- 13: ADDL $0x1, t10
- 14: PUTL t10, R29
- 15: INCEIPL $4
-
- 0x254835F8: 4200FFF0 bc 16,0,0x254835E8
- 16: GETL CTR, t12
- 17: ADDL $0xFFFFFFFF, t12
- 18: PUTL t12, CTR
- 19: JIFZL t12, $0x254835FC
- 20: JMPo $0x254835E8 ($4)
-
-
-
-. 977 254835E8 20
-. 89 1F 00 00 3B FF 00 01 99 1D 00 00 3B BD 00 01 42 00 FF F0
-==== BB 978 (0x254835FC) approx BBs exec'd 0 ====
-
- 0x254835FC: 83610024 lwz r27,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R27
- 4: INCEIPL $4
-
- 0x25483600: 7F83E378 or r3,r28,r28
- 5: GETL R28, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x25483604: 83A10014 lwz r29,20(r1)
- 8: GETL R1, t6
- 9: ADDL $0x14, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R29
- 12: INCEIPL $4
-
- 0x25483608: 7F6803A6 mtlr r27
- 13: GETL R27, t10
- 14: PUTL t10, LR
- 15: INCEIPL $4
-
- 0x2548360C: 83810010 lwz r28,16(r1)
- 16: GETL R1, t12
- 17: ADDL $0x10, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R28
- 20: INCEIPL $4
-
- 0x25483610: 8361000C lwz r27,12(r1)
- 21: GETL R1, t16
- 22: ADDL $0xC, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R27
- 25: INCEIPL $4
-
- 0x25483614: 83C10018 lwz r30,24(r1)
- 26: GETL R1, t20
- 27: ADDL $0x18, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R30
- 30: INCEIPL $4
-
- 0x25483618: 83E1001C lwz r31,28(r1)
- 31: GETL R1, t24
- 32: ADDL $0x1C, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R31
- 35: INCEIPL $4
-
- 0x2548361C: 38210020 addi r1,r1,32
- 36: GETL R1, t28
- 37: ADDL $0x20, t28
- 38: PUTL t28, R1
- 39: INCEIPL $4
-
- 0x25483620: 4E800020 blr
- 40: GETL LR, t30
- 41: JMPo-r t30 ($4)
-
-
-
-. 978 254835FC 40
-. 83 61 00 24 7F 83 E3 78 83 A1 00 14 7F 68 03 A6 83 81 00 10 83 61 00 0C 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 979 (0x2547A7C0) approx BBs exec'd 0 ====
-
- 0x2547A7C0: 815701E8 lwz r10,488(r23)
- 0: GETL R23, t0
- 1: ADDL $0x1E8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x2547A7C4: 80FF000C lwz r7,12(r31)
- 5: GETL R31, t4
- 6: ADDL $0xC, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R7
- 9: INCEIPL $4
-
- 0x2547A7C8: 7FB4512E stwx r29,r20,r10
- 10: GETL R10, t8
- 11: GETL R20, t10
- 12: ADDL t10, t8
- 13: GETL R29, t12
- 14: STL t12, (t8)
- 15: INCEIPL $4
-
- 0x2547A7CC: 3B7B0001 addi r27,r27,1
- 16: GETL R27, t14
- 17: ADDL $0x1, t14
- 18: PUTL t14, R27
- 19: INCEIPL $4
-
- 0x2547A7D0: 7C9B3840 cmpl cr1,r27,r7
- 20: GETL R27, t16
- 21: GETL R7, t18
- 22: CMPUL t16, t18, t20 (-rSo)
- 23: ICRFL t20, $0x1, CR
- 24: INCEIPL $4
-
- 0x2547A7D4: 4184FF8C bc 12,4,0x2547A760
- 25: Js04o $0x2547A760
-
-
-
-. 979 2547A7C0 24
-. 81 57 01 E8 80 FF 00 0C 7F B4 51 2E 3B 7B 00 01 7C 9B 38 40 41 84 FF 8C
-==== BB 980 (0x25483624) approx BBs exec'd 0 ====
-
- 0x25483624: 2B05000F cmpli cr6,r5,15
- 0: GETL R5, t0
- 1: MOVL $0xF, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x6, CR
- 4: INCEIPL $4
-
- 0x25483628: 7FA42A14 add r29,r4,r5
- 5: GETL R4, t6
- 6: GETL R5, t8
- 7: ADDL t6, t8
- 8: PUTL t8, R29
- 9: INCEIPL $4
-
- 0x2548362C: 7FE32A14 add r31,r3,r5
- 10: GETL R3, t10
- 11: GETL R5, t12
- 12: ADDL t10, t12
- 13: PUTL t12, R31
- 14: INCEIPL $4
-
- 0x25483630: 41990044 bc 12,25,0x25483674
- 15: Js25o $0x25483674
-
-
-
-. 980 25483624 16
-. 2B 05 00 0F 7F A4 2A 14 7F E3 2A 14 41 99 00 44
-==== BB 981 (0x25483634) approx BBs exec'd 0 ====
-
- 0x25483634: 2F850000 cmpi cr7,r5,0
- 0: GETL R5, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x25483638: 41BEFFC4 bc 13,30,0x254835FC
- 4: Js30o $0x254835FC
-
-
-
-. 981 25483634 8
-. 2F 85 00 00 41 BE FF C4
-==== BB 982 (0x2548363C) approx BBs exec'd 0 ====
-
- 0x2548363C: 7CA903A6 mtctr r5
- 0: GETL R5, t0
- 1: PUTL t0, CTR
- 2: INCEIPL $4
-
- 0x25483640: 8D9DFFFF lbzu r12,-1(r29)
- 3: GETL R29, t2
- 4: ADDL $0xFFFFFFFF, t2
- 5: PUTL t2, R29
- 6: LDB (t2), t4
- 7: PUTL t4, R12
- 8: INCEIPL $4
-
- 0x25483644: 9D9FFFFF stbu r12,-1(r31)
- 9: GETL R12, t6
- 10: GETL R31, t8
- 11: ADDL $0xFFFFFFFF, t8
- 12: PUTL t8, R31
- 13: STB t6, (t8)
- 14: INCEIPL $4
-
- 0x25483648: 4200FFF8 bc 16,0,0x25483640
- 15: GETL CTR, t10
- 16: ADDL $0xFFFFFFFF, t10
- 17: PUTL t10, CTR
- 18: JIFZL t10, $0x2548364C
- 19: JMPo $0x25483640 ($4)
-
-
-
-. 982 2548363C 16
-. 7C A9 03 A6 8D 9D FF FF 9D 9F FF FF 42 00 FF F8
-==== BB 983 (0x25483640) approx BBs exec'd 0 ====
-
- 0x25483640: 8D9DFFFF lbzu r12,-1(r29)
- 0: GETL R29, t0
- 1: ADDL $0xFFFFFFFF, t0
- 2: PUTL t0, R29
- 3: LDB (t0), t2
- 4: PUTL t2, R12
- 5: INCEIPL $4
-
- 0x25483644: 9D9FFFFF stbu r12,-1(r31)
- 6: GETL R12, t4
- 7: GETL R31, t6
- 8: ADDL $0xFFFFFFFF, t6
- 9: PUTL t6, R31
- 10: STB t4, (t6)
- 11: INCEIPL $4
-
- 0x25483648: 4200FFF8 bc 16,0,0x25483640
- 12: GETL CTR, t8
- 13: ADDL $0xFFFFFFFF, t8
- 14: PUTL t8, CTR
- 15: JIFZL t8, $0x2548364C
- 16: JMPo $0x25483640 ($4)
-
-
-
-. 983 25483640 12
-. 8D 9D FF FF 9D 9F FF FF 42 00 FF F8
-==== BB 984 (0x2548364C) approx BBs exec'd 0 ====
-
- 0x2548364C: 83610024 lwz r27,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R27
- 4: INCEIPL $4
-
- 0x25483650: 7F83E378 or r3,r28,r28
- 5: GETL R28, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x25483654: 83A10014 lwz r29,20(r1)
- 8: GETL R1, t6
- 9: ADDL $0x14, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R29
- 12: INCEIPL $4
-
- 0x25483658: 7F6803A6 mtlr r27
- 13: GETL R27, t10
- 14: PUTL t10, LR
- 15: INCEIPL $4
-
- 0x2548365C: 83810010 lwz r28,16(r1)
- 16: GETL R1, t12
- 17: ADDL $0x10, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R28
- 20: INCEIPL $4
-
- 0x25483660: 8361000C lwz r27,12(r1)
- 21: GETL R1, t16
- 22: ADDL $0xC, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R27
- 25: INCEIPL $4
-
- 0x25483664: 83C10018 lwz r30,24(r1)
- 26: GETL R1, t20
- 27: ADDL $0x18, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R30
- 30: INCEIPL $4
-
- 0x25483668: 83E1001C lwz r31,28(r1)
- 31: GETL R1, t24
- 32: ADDL $0x1C, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R31
- 35: INCEIPL $4
-
- 0x2548366C: 38210020 addi r1,r1,32
- 36: GETL R1, t28
- 37: ADDL $0x20, t28
- 38: PUTL t28, R1
- 39: INCEIPL $4
-
- 0x25483670: 4E800020 blr
- 40: GETL LR, t30
- 41: JMPo-r t30 ($4)
-
-
-
-. 984 2548364C 40
-. 83 61 00 24 7F 83 E3 78 83 A1 00 14 7F 68 03 A6 83 81 00 10 83 61 00 0C 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 985 (0x2547A7E4) approx BBs exec'd 0 ====
-
- 0x2547A7E4: 2F910000 cmpi cr7,r17,0
- 0: GETL R17, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x2547A7E8: 54F7103A rlwinm r23,r7,2,0,29
- 4: GETL R7, t4
- 5: SHLL $0x2, t4
- 6: PUTL t4, R23
- 7: INCEIPL $4
-
- 0x2547A7EC: 3B400000 li r26,0
- 8: MOVL $0x0, t6
- 9: PUTL t6, R26
- 10: INCEIPL $4
-
- 0x2547A7F0: 7F57512E stwx r26,r23,r10
- 11: GETL R10, t8
- 12: GETL R23, t10
- 13: ADDL t10, t8
- 14: GETL R26, t12
- 15: STL t12, (t8)
- 16: INCEIPL $4
-
- 0x2547A7F4: 409E06DC bc 4,30,0x2547AED0
- 17: Jc30o $0x2547AED0
-
-
-
-. 985 2547A7E4 20
-. 2F 91 00 00 54 F7 10 3A 3B 40 00 00 7F 57 51 2E 40 9E 06 DC
-==== BB 986 (0x2547A7F8) approx BBs exec'd 0 ====
-
- 0x2547A7F8: 81010000 lwz r8,0(r1)
- 0: GETL R1, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R8
- 3: INCEIPL $4
-
- 0x2547A7FC: 82280004 lwz r17,4(r8)
- 4: GETL R8, t4
- 5: ADDL $0x4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R17
- 8: INCEIPL $4
-
- 0x2547A800: 81C8FFB8 lwz r14,-72(r8)
- 9: GETL R8, t8
- 10: ADDL $0xFFFFFFB8, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R14
- 13: INCEIPL $4
-
- 0x2547A804: 7E2803A6 mtlr r17
- 14: GETL R17, t12
- 15: PUTL t12, LR
- 16: INCEIPL $4
-
- 0x2547A808: 81E8FFBC lwz r15,-68(r8)
- 17: GETL R8, t14
- 18: ADDL $0xFFFFFFBC, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R15
- 21: INCEIPL $4
-
- 0x2547A80C: 8208FFC0 lwz r16,-64(r8)
- 22: GETL R8, t18
- 23: ADDL $0xFFFFFFC0, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R16
- 26: INCEIPL $4
-
- 0x2547A810: 8228FFC4 lwz r17,-60(r8)
- 27: GETL R8, t22
- 28: ADDL $0xFFFFFFC4, t22
- 29: LDL (t22), t24
- 30: PUTL t24, R17
- 31: INCEIPL $4
-
- 0x2547A814: 8248FFC8 lwz r18,-56(r8)
- 32: GETL R8, t26
- 33: ADDL $0xFFFFFFC8, t26
- 34: LDL (t26), t28
- 35: PUTL t28, R18
- 36: INCEIPL $4
-
- 0x2547A818: 8268FFCC lwz r19,-52(r8)
- 37: GETL R8, t30
- 38: ADDL $0xFFFFFFCC, t30
- 39: LDL (t30), t32
- 40: PUTL t32, R19
- 41: INCEIPL $4
-
- 0x2547A81C: 8288FFD0 lwz r20,-48(r8)
- 42: GETL R8, t34
- 43: ADDL $0xFFFFFFD0, t34
- 44: LDL (t34), t36
- 45: PUTL t36, R20
- 46: INCEIPL $4
-
- 0x2547A820: 82A8FFD4 lwz r21,-44(r8)
- 47: GETL R8, t38
- 48: ADDL $0xFFFFFFD4, t38
- 49: LDL (t38), t40
- 50: PUTL t40, R21
- 51: INCEIPL $4
-
- 0x2547A824: 82C8FFD8 lwz r22,-40(r8)
- 52: GETL R8, t42
- 53: ADDL $0xFFFFFFD8, t42
- 54: LDL (t42), t44
- 55: PUTL t44, R22
- 56: INCEIPL $4
-
- 0x2547A828: 82E8FFDC lwz r23,-36(r8)
- 57: GETL R8, t46
- 58: ADDL $0xFFFFFFDC, t46
- 59: LDL (t46), t48
- 60: PUTL t48, R23
- 61: INCEIPL $4
-
- 0x2547A82C: 8308FFE0 lwz r24,-32(r8)
- 62: GETL R8, t50
- 63: ADDL $0xFFFFFFE0, t50
- 64: LDL (t50), t52
- 65: PUTL t52, R24
- 66: INCEIPL $4
-
- 0x2547A830: 8328FFE4 lwz r25,-28(r8)
- 67: GETL R8, t54
- 68: ADDL $0xFFFFFFE4, t54
- 69: LDL (t54), t56
- 70: PUTL t56, R25
- 71: INCEIPL $4
-
- 0x2547A834: 8348FFE8 lwz r26,-24(r8)
- 72: GETL R8, t58
- 73: ADDL $0xFFFFFFE8, t58
- 74: LDL (t58), t60
- 75: PUTL t60, R26
- 76: INCEIPL $4
-
- 0x2547A838: 8368FFEC lwz r27,-20(r8)
- 77: GETL R8, t62
- 78: ADDL $0xFFFFFFEC, t62
- 79: LDL (t62), t64
- 80: PUTL t64, R27
- 81: INCEIPL $4
-
- 0x2547A83C: 8388FFF0 lwz r28,-16(r8)
- 82: GETL R8, t66
- 83: ADDL $0xFFFFFFF0, t66
- 84: LDL (t66), t68
- 85: PUTL t68, R28
- 86: INCEIPL $4
-
- 0x2547A840: 83A8FFF4 lwz r29,-12(r8)
- 87: GETL R8, t70
- 88: ADDL $0xFFFFFFF4, t70
- 89: LDL (t70), t72
- 90: PUTL t72, R29
- 91: INCEIPL $4
-
- 0x2547A844: 83C8FFF8 lwz r30,-8(r8)
- 92: GETL R8, t74
- 93: ADDL $0xFFFFFFF8, t74
- 94: LDL (t74), t76
- 95: PUTL t76, R30
- 96: INCEIPL $4
-
- 0x2547A848: 83E8FFFC lwz r31,-4(r8)
- 97: GETL R8, t78
- 98: ADDL $0xFFFFFFFC, t78
- 99: LDL (t78), t80
- 100: PUTL t80, R31
- 101: INCEIPL $4
-
- 0x2547A84C: 7D014378 or r1,r8,r8
- 102: GETL R8, t82
- 103: PUTL t82, R1
- 104: INCEIPL $4
-
- 0x2547A850: 4E800020 blr
- 105: GETL LR, t84
- 106: JMPo-r t84 ($4)
-
-
-
-. 986 2547A7F8 92
-. 81 01 00 00 82 28 00 04 81 C8 FF B8 7E 28 03 A6 81 E8 FF BC 82 08 FF C0 82 28 FF C4 82 48 FF C8 82 68 FF CC 82 88 FF D0 82 A8 FF D4 82 C8 FF D8 82 E8 FF DC 83 08 FF E0 83 28 FF E4 83 48 FF E8 83 68 FF EC 83 88 FF F0 83 A8 FF F4 83 C8 FF F8 83 E8 FF FC 7D 01 43 78 4E 80 00 20
-==== BB 987 (0x254727E4) approx BBs exec'd 0 ====
-
- 0x254727E4: 80F4015C lwz r7,348(r20)
- 0: GETL R20, t0
- 1: ADDL $0x15C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x254727E8: 2C870000 cmpi cr1,r7,0
- 5: GETL R7, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x254727EC: 4186003C bc 12,6,0x25472828
- 9: Js06o $0x25472828
-
-
-
-. 987 254727E4 12
-. 80 F4 01 5C 2C 87 00 00 41 86 00 3C
-==== BB 988 (0x254727F0) approx BBs exec'd 0 ====
-
- 0x254727F0: 81140158 lwz r8,344(r20)
- 0: GETL R20, t0
- 1: ADDL $0x158, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x254727F4: 7CE903A6 mtctr r7
- 5: GETL R7, t4
- 6: PUTL t4, CTR
- 7: INCEIPL $4
-
- 0x254727F8: 38E7FFFF addi r7,r7,-1
- 8: GETL R7, t6
- 9: ADDL $0xFFFFFFFF, t6
- 10: PUTL t6, R7
- 11: INCEIPL $4
-
- 0x254727FC: 54F1103A rlwinm r17,r7,2,0,29
- 12: GETL R7, t8
- 13: SHLL $0x2, t8
- 14: PUTL t8, R17
- 15: INCEIPL $4
-
- 0x25472800: 7F11402E lwzx r24,r17,r8
- 16: GETL R8, t10
- 17: GETL R17, t12
- 18: ADDL t12, t10
- 19: LDL (t10), t14
- 20: PUTL t14, R24
- 21: INCEIPL $4
-
- 0x25472804: 82B80180 lwz r21,384(r24)
- 22: GETL R24, t16
- 23: ADDL $0x180, t16
- 24: LDL (t16), t18
- 25: PUTL t18, R21
- 26: INCEIPL $4
-
- 0x25472808: 66A80800 oris r8,r21,0x800
- 27: GETL R21, t20
- 28: ORL $0x8000000, t20
- 29: PUTL t20, R8
- 30: INCEIPL $4
-
- 0x2547280C: 91180180 stw r8,384(r24)
- 31: GETL R8, t22
- 32: GETL R24, t24
- 33: ADDL $0x180, t24
- 34: STL t22, (t24)
- 35: INCEIPL $4
-
- 0x25472810: 81140158 lwz r8,344(r20)
- 36: GETL R20, t26
- 37: ADDL $0x158, t26
- 38: LDL (t26), t28
- 39: PUTL t28, R8
- 40: INCEIPL $4
-
- 0x25472814: 7F31402E lwzx r25,r17,r8
- 41: GETL R8, t30
- 42: GETL R17, t32
- 43: ADDL t32, t30
- 44: LDL (t30), t34
- 45: PUTL t34, R25
- 46: INCEIPL $4
-
- 0x25472818: 81390178 lwz r9,376(r25)
- 47: GETL R25, t36
- 48: ADDL $0x178, t36
- 49: LDL (t36), t38
- 50: PUTL t38, R9
- 51: INCEIPL $4
-
- 0x2547281C: 3B890001 addi r28,r9,1
- 52: GETL R9, t40
- 53: ADDL $0x1, t40
- 54: PUTL t40, R28
- 55: INCEIPL $4
-
- 0x25472820: 93990178 stw r28,376(r25)
- 56: GETL R28, t42
- 57: GETL R25, t44
- 58: ADDL $0x178, t44
- 59: STL t42, (t44)
- 60: INCEIPL $4
-
- 0x25472824: 4200FFD4 bc 16,0,0x254727F8
- 61: GETL CTR, t46
- 62: ADDL $0xFFFFFFFF, t46
- 63: PUTL t46, CTR
- 64: JIFZL t46, $0x25472828
- 65: JMPo $0x254727F8 ($4)
-
-
-
-. 988 254727F0 56
-. 81 14 01 58 7C E9 03 A6 38 E7 FF FF 54 F1 10 3A 7F 11 40 2E 82 B8 01 80 66 A8 08 00 91 18 01 80 81 14 01 58 7F 31 40 2E 81 39 01 78 3B 89 00 01 93 99 01 78 42 00 FF D4
-==== BB 989 (0x254727F8) approx BBs exec'd 0 ====
-
- 0x254727F8: 38E7FFFF addi r7,r7,-1
- 0: GETL R7, t0
- 1: ADDL $0xFFFFFFFF, t0
- 2: PUTL t0, R7
- 3: INCEIPL $4
-
- 0x254727FC: 54F1103A rlwinm r17,r7,2,0,29
- 4: GETL R7, t2
- 5: SHLL $0x2, t2
- 6: PUTL t2, R17
- 7: INCEIPL $4
-
- 0x25472800: 7F11402E lwzx r24,r17,r8
- 8: GETL R8, t4
- 9: GETL R17, t6
- 10: ADDL t6, t4
- 11: LDL (t4), t8
- 12: PUTL t8, R24
- 13: INCEIPL $4
-
- 0x25472804: 82B80180 lwz r21,384(r24)
- 14: GETL R24, t10
- 15: ADDL $0x180, t10
- 16: LDL (t10), t12
- 17: PUTL t12, R21
- 18: INCEIPL $4
-
- 0x25472808: 66A80800 oris r8,r21,0x800
- 19: GETL R21, t14
- 20: ORL $0x8000000, t14
- 21: PUTL t14, R8
- 22: INCEIPL $4
-
- 0x2547280C: 91180180 stw r8,384(r24)
- 23: GETL R8, t16
- 24: GETL R24, t18
- 25: ADDL $0x180, t18
- 26: STL t16, (t18)
- 27: INCEIPL $4
-
- 0x25472810: 81140158 lwz r8,344(r20)
- 28: GETL R20, t20
- 29: ADDL $0x158, t20
- 30: LDL (t20), t22
- 31: PUTL t22, R8
- 32: INCEIPL $4
-
- 0x25472814: 7F31402E lwzx r25,r17,r8
- 33: GETL R8, t24
- 34: GETL R17, t26
- 35: ADDL t26, t24
- 36: LDL (t24), t28
- 37: PUTL t28, R25
- 38: INCEIPL $4
-
- 0x25472818: 81390178 lwz r9,376(r25)
- 39: GETL R25, t30
- 40: ADDL $0x178, t30
- 41: LDL (t30), t32
- 42: PUTL t32, R9
- 43: INCEIPL $4
-
- 0x2547281C: 3B890001 addi r28,r9,1
- 44: GETL R9, t34
- 45: ADDL $0x1, t34
- 46: PUTL t34, R28
- 47: INCEIPL $4
-
- 0x25472820: 93990178 stw r28,376(r25)
- 48: GETL R28, t36
- 49: GETL R25, t38
- 50: ADDL $0x178, t38
- 51: STL t36, (t38)
- 52: INCEIPL $4
-
- 0x25472824: 4200FFD4 bc 16,0,0x254727F8
- 53: GETL CTR, t40
- 54: ADDL $0xFFFFFFFF, t40
- 55: PUTL t40, CTR
- 56: JIFZL t40, $0x25472828
- 57: JMPo $0x254727F8 ($4)
-
-
-
-. 989 254727F8 48
-. 38 E7 FF FF 54 F1 10 3A 7F 11 40 2E 82 B8 01 80 66 A8 08 00 91 18 01 80 81 14 01 58 7F 31 40 2E 81 39 01 78 3B 89 00 01 93 99 01 78 42 00 FF D4
-==== BB 990 (0x25472828) approx BBs exec'd 0 ====
-
- 0x25472828: 816E01C8 lwz r11,456(r14)
- 0: GETL R14, t0
- 1: ADDL $0x1C8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x2547282C: 80EE01C4 lwz r7,452(r14)
- 5: GETL R14, t4
- 6: ADDL $0x1C4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R7
- 9: INCEIPL $4
-
- 0x25472830: 90EB000C stw r7,12(r11)
- 10: GETL R7, t8
- 11: GETL R11, t10
- 12: ADDL $0xC, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x25472834: 812E01C4 lwz r9,452(r14)
- 15: GETL R14, t12
- 16: ADDL $0x1C4, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0x25472838: 2E090000 cmpi cr4,r9,0
- 20: GETL R9, t16
- 21: CMP0L t16, t18 (-rSo)
- 22: ICRFL t18, $0x4, CR
- 23: INCEIPL $4
-
- 0x2547283C: 41920008 bc 12,18,0x25472844
- 24: Js18o $0x25472844
-
-
-
-. 990 25472828 24
-. 81 6E 01 C8 80 EE 01 C4 90 EB 00 0C 81 2E 01 C4 2E 09 00 00 41 92 00 08
-==== BB 991 (0x25472840) approx BBs exec'd 0 ====
-
- 0x25472840: 91690010 stw r11,16(r9)
- 0: GETL R11, t0
- 1: GETL R9, t2
- 2: ADDL $0x10, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25472844: 814E0330 lwz r10,816(r14)
- 5: GETL R14, t4
- 6: ADDL $0x330, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R10
- 9: INCEIPL $4
-
- 0x25472848: 2B0A0001 cmpli cr6,r10,1
- 10: GETL R10, t8
- 11: MOVL $0x1, t12
- 12: CMPUL t8, t12, t10 (-rSo)
- 13: ICRFL t10, $0x6, CR
- 14: INCEIPL $4
-
- 0x2547284C: 40991358 bc 4,25,0x25473BA4
- 15: Jc25o $0x25473BA4
-
-
-
-. 991 25472840 16
-. 91 69 00 10 81 4E 03 30 2B 0A 00 01 40 99 13 58
-==== BB 992 (0x25472850) approx BBs exec'd 0 ====
-
- 0x25472850: 81540158 lwz r10,344(r20)
- 0: GETL R20, t0
- 1: ADDL $0x158, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x25472854: 390E01B8 addi r8,r14,440
- 5: GETL R14, t4
- 6: ADDL $0x1B8, t4
- 7: PUTL t4, R8
- 8: INCEIPL $4
-
- 0x25472858: 39200001 li r9,1
- 9: MOVL $0x1, t6
- 10: PUTL t6, R9
- 11: INCEIPL $4
-
- 0x2547285C: 39600004 li r11,4
- 12: MOVL $0x4, t8
- 13: PUTL t8, R11
- 14: INCEIPL $4
-
- 0x25472860: 806A0004 lwz r3,4(r10)
- 15: GETL R10, t10
- 16: ADDL $0x4, t10
- 17: LDL (t10), t12
- 18: PUTL t12, R3
- 19: INCEIPL $4
-
- 0x25472864: 7F834000 cmp cr7,r3,r8
- 20: GETL R3, t14
- 21: GETL R8, t16
- 22: CMPL t14, t16, t18 (-rSo)
- 23: ICRFL t18, $0x7, CR
- 24: INCEIPL $4
-
- 0x25472868: 419E0018 bc 12,30,0x25472880
- 25: Js30o $0x25472880
-
-
-
-. 992 25472850 28
-. 81 54 01 58 39 0E 01 B8 39 20 00 01 39 60 00 04 80 6A 00 04 7F 83 40 00 41 9E 00 18
-==== BB 993 (0x2547286C) approx BBs exec'd 0 ====
-
- 0x2547286C: 39290001 addi r9,r9,1
- 0: GETL R9, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R9
- 3: INCEIPL $4
-
- 0x25472870: 552B103A rlwinm r11,r9,2,0,29
- 4: GETL R9, t2
- 5: SHLL $0x2, t2
- 6: PUTL t2, R11
- 7: INCEIPL $4
-
- 0x25472874: 7C8B502E lwzx r4,r11,r10
- 8: GETL R10, t4
- 9: GETL R11, t6
- 10: ADDL t6, t4
- 11: LDL (t4), t8
- 12: PUTL t8, R4
- 13: INCEIPL $4
-
- 0x25472878: 7F844000 cmp cr7,r4,r8
- 14: GETL R4, t10
- 15: GETL R8, t12
- 16: CMPL t10, t12, t14 (-rSo)
- 17: ICRFL t14, $0x7, CR
- 18: INCEIPL $4
-
- 0x2547287C: 409EFFF0 bc 4,30,0x2547286C
- 19: Jc30o $0x2547286C
-
-
-
-. 993 2547286C 20
-. 39 29 00 01 55 2B 10 3A 7C 8B 50 2E 7F 84 40 00 40 9E FF F0
-==== BB 994 (0x25472880) approx BBs exec'd 0 ====
-
- 0x25472880: 811F0030 lwz r8,48(r31)
- 0: GETL R31, t0
- 1: ADDL $0x30, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x25472884: 7D4B5214 add r10,r11,r10
- 5: GETL R11, t4
- 6: GETL R10, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R10
- 9: INCEIPL $4
-
- 0x25472888: 816AFFFC lwz r11,-4(r10)
- 10: GETL R10, t8
- 11: ADDL $0xFFFFFFFC, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R11
- 14: INCEIPL $4
-
- 0x2547288C: 2C080000 cmpi cr0,r8,0
- 15: GETL R8, t12
- 16: CMP0L t12, t14 (-rSo)
- 17: ICRFL t14, $0x0, CR
- 18: INCEIPL $4
-
- 0x25472890: 916E01C8 stw r11,456(r14)
- 19: GETL R11, t16
- 20: GETL R14, t18
- 21: ADDL $0x1C8, t18
- 22: STL t16, (t18)
- 23: INCEIPL $4
-
- 0x25472894: 40820F34 bc 4,2,0x254737C8
- 24: Jc02o $0x254737C8
-
-
-
-. 994 25472880 24
-. 81 1F 00 30 7D 4B 52 14 81 6A FF FC 2C 08 00 00 91 6E 01 C8 40 82 0F 34
-==== BB 995 (0x25472898) approx BBs exec'd 0 ====
-
- 0x25472898: 8274015C lwz r19,348(r20)
- 0: GETL R20, t0
- 1: ADDL $0x15C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R19
- 4: INCEIPL $4
-
- 0x2547289C: 3AE90001 addi r23,r9,1
- 5: GETL R9, t4
- 6: ADDL $0x1, t4
- 7: PUTL t4, R23
- 8: INCEIPL $4
-
- 0x254728A0: 38000000 li r0,0
- 9: MOVL $0x0, t6
- 10: PUTL t6, R0
- 11: INCEIPL $4
-
- 0x254728A4: 7DC97378 or r9,r14,r14
- 12: GETL R14, t8
- 13: PUTL t8, R9
- 14: INCEIPL $4
-
- 0x254728A8: 7F979840 cmpl cr7,r23,r19
- 15: GETL R23, t10
- 16: GETL R19, t12
- 17: CMPUL t10, t12, t14 (-rSo)
- 18: ICRFL t14, $0x7, CR
- 19: INCEIPL $4
-
- 0x254728AC: 409C0008 bc 4,28,0x254728B4
- 20: Jc28o $0x254728B4
-
-
-
-. 995 25472898 24
-. 82 74 01 5C 3A E9 00 01 38 00 00 00 7D C9 73 78 7F 97 98 40 40 9C 00 08
-==== BB 996 (0x254728B0) approx BBs exec'd 0 ====
-
- 0x254728B0: 800A0004 lwz r0,4(r10)
- 0: GETL R10, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x254728B4: 900901C4 stw r0,452(r9)
- 5: GETL R0, t4
- 6: GETL R9, t6
- 7: ADDL $0x1C4, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0x254728B8: 820E01C8 lwz r16,456(r14)
- 10: GETL R14, t8
- 11: ADDL $0x1C8, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R16
- 14: INCEIPL $4
-
- 0x254728BC: 380E01B8 addi r0,r14,440
- 15: GETL R14, t12
- 16: ADDL $0x1B8, t12
- 17: PUTL t12, R0
- 18: INCEIPL $4
-
- 0x254728C0: 9010000C stw r0,12(r16)
- 19: GETL R0, t14
- 20: GETL R16, t16
- 21: ADDL $0xC, t16
- 22: STL t14, (t16)
- 23: INCEIPL $4
-
- 0x254728C4: 812E01C4 lwz r9,452(r14)
- 24: GETL R14, t18
- 25: ADDL $0x1C4, t18
- 26: LDL (t18), t20
- 27: PUTL t20, R9
- 28: INCEIPL $4
-
- 0x254728C8: 2C890000 cmpi cr1,r9,0
- 29: GETL R9, t22
- 30: CMP0L t22, t24 (-rSo)
- 31: ICRFL t24, $0x1, CR
- 32: INCEIPL $4
-
- 0x254728CC: 41860008 bc 12,6,0x254728D4
- 33: Js06o $0x254728D4
-
-
-
-. 996 254728B0 32
-. 80 0A 00 04 90 09 01 C4 82 0E 01 C8 38 0E 01 B8 90 10 00 0C 81 2E 01 C4 2C 89 00 00 41 86 00 08
-==== BB 997 (0x254728D0) approx BBs exec'd 0 ====
-
- 0x254728D0: 90090010 stw r0,16(r9)
- 0: GETL R0, t0
- 1: GETL R9, t2
- 2: ADDL $0x10, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x254728D4: 807E002C lwz r3,44(r30)
- 5: GETL R30, t4
- 6: ADDL $0x2C, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0x254728D8: 691A0003 xori r26,r8,0x3
- 10: GETL R8, t8
- 11: XORL $0x3, t8
- 12: PUTL t8, R26
- 13: INCEIPL $4
-
- 0x254728DC: 201A0000 subfic r0,r26,0
- 14: GETL R26, t10
- 15: MOVL $0x0, t12
- 16: SBBL t10, t12 (-wCa)
- 17: PUTL t12, R0
- 18: INCEIPL $4
-
- 0x254728E0: 7F40D114 adde r26,r0,r26
- 19: GETL R0, t14
- 20: GETL R26, t16
- 21: ADCL t14, t16 (-rCa-wCa)
- 22: PUTL t16, R26
- 23: INCEIPL $4
-
- 0x254728E4: 809E0014 lwz r4,20(r30)
- 24: GETL R30, t18
- 25: ADDL $0x14, t18
- 26: LDL (t18), t20
- 27: PUTL t20, R4
- 28: INCEIPL $4
-
- 0x254728E8: 21480000 subfic r10,r8,0
- 29: GETL R8, t22
- 30: MOVL $0x0, t24
- 31: SBBL t22, t24 (-wCa)
- 32: PUTL t24, R10
- 33: INCEIPL $4
-
- 0x254728EC: 7FAA4114 adde r29,r10,r8
- 34: GETL R10, t26
- 35: GETL R8, t28
- 36: ADCL t26, t28 (-rCa-wCa)
- 37: PUTL t28, R29
- 38: INCEIPL $4
-
- 0x254728F0: 38BF0058 addi r5,r31,88
- 39: GETL R31, t30
- 40: ADDL $0x58, t30
- 41: PUTL t30, R5
- 42: INCEIPL $4
-
- 0x254728F4: 93BF0058 stw r29,88(r31)
- 43: GETL R29, t32
- 44: GETL R31, t34
- 45: ADDL $0x58, t34
- 46: STL t32, (t34)
- 47: INCEIPL $4
-
- 0x254728F8: 935F005C stw r26,92(r31)
- 48: GETL R26, t36
- 49: GETL R31, t38
- 50: ADDL $0x5C, t38
- 51: STL t36, (t38)
- 52: INCEIPL $4
-
- 0x254728FC: 48008D9D bl 0x2547B698
- 53: MOVL $0x25472900, t40
- 54: PUTL t40, LR
- 55: JMPo-c $0x2547B698 ($4)
-
-
-
-. 997 254728D0 48
-. 90 09 00 10 80 7E 00 2C 69 1A 00 03 20 1A 00 00 7F 40 D1 14 80 9E 00 14 21 48 00 00 7F AA 41 14 38 BF 00 58 93 BF 00 58 93 5F 00 5C 48 00 8D 9D
-==== BB 998 _dl_receive_error(0x2547B698) approx BBs exec'd 0 ====
-
- 0x2547B698: 9421FFD0 stwu r1,-48(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFD0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547B69C: 7CC802A6 mflr r6
- 6: GETL LR, t4
- 7: PUTL t4, R6
- 8: INCEIPL $4
-
- 0x2547B6A0: 4801B961 bl 0x25497000
- 9: MOVL $0x2547B6A4, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-
-. 998 2547B698 12
-. 94 21 FF D0 7C C8 02 A6 48 01 B9 61
-==== BB 999 (0x2547B6A4) approx BBs exec'd 0 ====
-
- 0x2547B6A4: 93C10028 stw r30,40(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x28, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547B6A8: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x2547B6AC: 9361001C stw r27,28(r1)
- 8: GETL R27, t6
- 9: GETL R1, t8
- 10: ADDL $0x1C, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x2547B6B0: 7CBB2B78 or r27,r5,r5
- 13: GETL R5, t10
- 14: PUTL t10, R27
- 15: INCEIPL $4
-
- 0x2547B6B4: 90C10034 stw r6,52(r1)
- 16: GETL R6, t12
- 17: GETL R1, t14
- 18: ADDL $0x34, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0x2547B6B8: 92E1000C stw r23,12(r1)
- 21: GETL R23, t16
- 22: GETL R1, t18
- 23: ADDL $0xC, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0x2547B6BC: 7C972378 or r23,r4,r4
- 26: GETL R4, t20
- 27: PUTL t20, R23
- 28: INCEIPL $4
-
- 0x2547B6C0: 80BE04C8 lwz r5,1224(r30)
- 29: GETL R30, t22
- 30: ADDL $0x4C8, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R5
- 33: INCEIPL $4
-
- 0x2547B6C4: 93210014 stw r25,20(r1)
- 34: GETL R25, t26
- 35: GETL R1, t28
- 36: ADDL $0x14, t28
- 37: STL t26, (t28)
- 38: INCEIPL $4
-
- 0x2547B6C8: 7C791B78 or r25,r3,r3
- 39: GETL R3, t30
- 40: PUTL t30, R25
- 41: INCEIPL $4
-
- 0x2547B6CC: 812501B4 lwz r9,436(r5)
- 42: GETL R5, t32
- 43: ADDL $0x1B4, t32
- 44: LDL (t32), t34
- 45: PUTL t34, R9
- 46: INCEIPL $4
-
- 0x2547B6D0: 93410018 stw r26,24(r1)
- 47: GETL R26, t36
- 48: GETL R1, t38
- 49: ADDL $0x18, t38
- 50: STL t36, (t38)
- 51: INCEIPL $4
-
- 0x2547B6D4: 93810020 stw r28,32(r1)
- 52: GETL R28, t40
- 53: GETL R1, t42
- 54: ADDL $0x20, t42
- 55: STL t40, (t42)
- 56: INCEIPL $4
-
- 0x2547B6D8: 7D2903A6 mtctr r9
- 57: GETL R9, t44
- 58: PUTL t44, CTR
- 59: INCEIPL $4
-
- 0x2547B6DC: 93A10024 stw r29,36(r1)
- 60: GETL R29, t46
- 61: GETL R1, t48
- 62: ADDL $0x24, t48
- 63: STL t46, (t48)
- 64: INCEIPL $4
-
- 0x2547B6E0: 839E031C lwz r28,796(r30)
- 65: GETL R30, t50
- 66: ADDL $0x31C, t50
- 67: LDL (t50), t52
- 68: PUTL t52, R28
- 69: INCEIPL $4
-
- 0x2547B6E4: 4E800421 bctrl
- 70: MOVL $0x2547B6E8, t54
- 71: PUTL t54, LR
- 72: GETL CTR, t56
- 73: JMPo-c t56 ($4)
-
-
-
-. 999 2547B6A4 68
-. 93 C1 00 28 7F C8 02 A6 93 61 00 1C 7C BB 2B 78 90 C1 00 34 92 E1 00 0C 7C 97 23 78 80 BE 04 C8 93 21 00 14 7C 79 1B 78 81 25 01 B4 93 41 00 18 93 81 00 20 7D 29 03 A6 93 A1 00 24 83 9E 03 1C 4E 80 04 21
-==== BB 1000 (0x2547B6E8) approx BBs exec'd 0 ====
-
- 0x2547B6E8: 38800000 li r4,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0x2547B6EC: 7C7D1B78 or r29,r3,r3
- 3: GETL R3, t2
- 4: PUTL t2, R29
- 5: INCEIPL $4
-
- 0x2547B6F0: 7EE803A6 mtlr r23
- 6: GETL R23, t4
- 7: PUTL t4, LR
- 8: INCEIPL $4
-
- 0x2547B6F4: 835D0000 lwz r26,0(r29)
- 9: GETL R29, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R26
- 12: INCEIPL $4
-
- 0x2547B6F8: 7F63DB78 or r3,r27,r27
- 13: GETL R27, t10
- 14: PUTL t10, R3
- 15: INCEIPL $4
-
- 0x2547B6FC: 909D0000 stw r4,0(r29)
- 16: GETL R4, t12
- 17: GETL R29, t14
- 18: STL t12, (t14)
- 19: INCEIPL $4
-
- 0x2547B700: 837C0000 lwz r27,0(r28)
- 20: GETL R28, t16
- 21: LDL (t16), t18
- 22: PUTL t18, R27
- 23: INCEIPL $4
-
- 0x2547B704: 933C0000 stw r25,0(r28)
- 24: GETL R25, t20
- 25: GETL R28, t22
- 26: STL t20, (t22)
- 27: INCEIPL $4
-
- 0x2547B708: 4E800021 blrl
- 28: GETL LR, t24
- 29: MOVL $0x2547B70C, t26
- 30: PUTL t26, LR
- 31: JMPo-r t24 ($4)
-
-
-
-. 1000 2547B6E8 36
-. 38 80 00 00 7C 7D 1B 78 7E E8 03 A6 83 5D 00 00 7F 63 DB 78 90 9D 00 00 83 7C 00 00 93 3C 00 00 4E 80 00 21
-==== BB 1001 version_check_doit(0x254717D4) approx BBs exec'd 0 ====
-
- 0x254717D4: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x254717D8: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x254717DC: 48025825 bl 0x25497000
- 9: MOVL $0x254717E0, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-
-. 1001 254717D4 12
-. 94 21 FF E0 7C 08 02 A6 48 02 58 25
-==== BB 1002 (0x254717E0) approx BBs exec'd 0 ====
-
- 0x254717E0: 93C10018 stw r30,24(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x254717E4: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x254717E8: 93E1001C stw r31,28(r1)
- 8: GETL R31, t6
- 9: GETL R1, t8
- 10: ADDL $0x1C, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x254717EC: 90010024 stw r0,36(r1)
- 13: GETL R0, t10
- 14: GETL R1, t12
- 15: ADDL $0x24, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x254717F0: 7C7F1B78 or r31,r3,r3
- 18: GETL R3, t14
- 19: PUTL t14, R31
- 20: INCEIPL $4
-
- 0x254717F4: 80BF0004 lwz r5,4(r31)
- 21: GETL R31, t16
- 22: ADDL $0x4, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R5
- 25: INCEIPL $4
-
- 0x254717F8: 38800001 li r4,1
- 26: MOVL $0x1, t20
- 27: PUTL t20, R4
- 28: INCEIPL $4
-
- 0x254717FC: 813E04C8 lwz r9,1224(r30)
- 29: GETL R30, t22
- 30: ADDL $0x4C8, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R9
- 33: INCEIPL $4
-
- 0x25471800: 93A10014 stw r29,20(r1)
- 34: GETL R29, t26
- 35: GETL R1, t28
- 36: ADDL $0x14, t28
- 37: STL t26, (t28)
- 38: INCEIPL $4
-
- 0x25471804: 80690000 lwz r3,0(r9)
- 39: GETL R9, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R3
- 42: INCEIPL $4
-
- 0x25471808: 4800B7C1 bl 0x2547CFC8
- 43: MOVL $0x2547180C, t34
- 44: PUTL t34, LR
- 45: JMPo-c $0x2547CFC8 ($4)
-
-
-
-. 1002 254717E0 44
-. 93 C1 00 18 7F C8 02 A6 93 E1 00 1C 90 01 00 24 7C 7F 1B 78 80 BF 00 04 38 80 00 01 81 3E 04 C8 93 A1 00 14 80 69 00 00 48 00 B7 C1
-==== BB 1003 _dl_check_all_versions(0x2547CFC8) approx BBs exec'd 0 ====
-
- 0x2547CFC8: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547CFCC: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x2547CFD0: 93E1001C stw r31,28(r1)
- 9: GETL R31, t6
- 10: GETL R1, t8
- 11: ADDL $0x1C, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x2547CFD4: 7C7F1B79 or. r31,r3,r3
- 14: GETL R3, t10
- 15: PUTL t10, R31
- 16: CMP0L t10, t12 (-rSo)
- 17: ICRFL t12, $0x0, CR
- 18: INCEIPL $4
-
- 0x2547CFD8: 93410008 stw r26,8(r1)
- 19: GETL R26, t14
- 20: GETL R1, t16
- 21: ADDL $0x8, t16
- 22: STL t14, (t16)
- 23: INCEIPL $4
-
- 0x2547CFDC: 7C9A2378 or r26,r4,r4
- 24: GETL R4, t18
- 25: PUTL t18, R26
- 26: INCEIPL $4
-
- 0x2547CFE0: 9361000C stw r27,12(r1)
- 27: GETL R27, t20
- 28: GETL R1, t22
- 29: ADDL $0xC, t22
- 30: STL t20, (t22)
- 31: INCEIPL $4
-
- 0x2547CFE4: 7CBB2B78 or r27,r5,r5
- 32: GETL R5, t24
- 33: PUTL t24, R27
- 34: INCEIPL $4
-
- 0x2547CFE8: 93810010 stw r28,16(r1)
- 35: GETL R28, t26
- 36: GETL R1, t28
- 37: ADDL $0x10, t28
- 38: STL t26, (t28)
- 39: INCEIPL $4
-
- 0x2547CFEC: 3B800000 li r28,0
- 40: MOVL $0x0, t30
- 41: PUTL t30, R28
- 42: INCEIPL $4
-
- 0x2547CFF0: 93A10014 stw r29,20(r1)
- 43: GETL R29, t32
- 44: GETL R1, t34
- 45: ADDL $0x14, t34
- 46: STL t32, (t34)
- 47: INCEIPL $4
-
- 0x2547CFF4: 93C10018 stw r30,24(r1)
- 48: GETL R30, t36
- 49: GETL R1, t38
- 50: ADDL $0x18, t38
- 51: STL t36, (t38)
- 52: INCEIPL $4
-
- 0x2547CFF8: 90010024 stw r0,36(r1)
- 53: GETL R0, t40
- 54: GETL R1, t42
- 55: ADDL $0x24, t42
- 56: STL t40, (t42)
- 57: INCEIPL $4
-
- 0x2547CFFC: 40A20018 bc 5,2,0x2547D014
- 58: Jc02o $0x2547D014
-
-
-
-. 1003 2547CFC8 56
-. 94 21 FF E0 7C 08 02 A6 93 E1 00 1C 7C 7F 1B 79 93 41 00 08 7C 9A 23 78 93 61 00 0C 7C BB 2B 78 93 81 00 10 3B 80 00 00 93 A1 00 14 93 C1 00 18 90 01 00 24 40 A2 00 18
-==== BB 1004 (0x2547D014) approx BBs exec'd 0 ====
-
- 0x2547D014: 80DF0180 lwz r6,384(r31)
- 0: GETL R31, t0
- 1: ADDL $0x180, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x2547D018: 7FE3FB78 or r3,r31,r31
- 5: GETL R31, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x2547D01C: 7F44D378 or r4,r26,r26
- 8: GETL R26, t6
- 9: PUTL t6, R4
- 10: INCEIPL $4
-
- 0x2547D020: 7F65DB78 or r5,r27,r27
- 11: GETL R27, t8
- 12: PUTL t8, R5
- 13: INCEIPL $4
-
- 0x2547D024: 74C90040 andis. r9,r6,0x40
- 14: GETL R6, t10
- 15: ANDL $0x400000, t10
- 16: PUTL t10, R9
- 17: CMP0L t10, t12 (-rSo)
- 18: ICRFL t12, $0x0, CR
- 19: INCEIPL $4
-
- 0x2547D028: 3BA00000 li r29,0
- 20: MOVL $0x0, t14
- 21: PUTL t14, R29
- 22: INCEIPL $4
-
- 0x2547D02C: 4082FFD8 bc 4,2,0x2547D004
- 23: Jc02o $0x2547D004
-
-
-
-. 1004 2547D014 28
-. 80 DF 01 80 7F E3 FB 78 7F 44 D3 78 7F 65 DB 78 74 C9 00 40 3B A0 00 00 40 82 FF D8
-==== BB 1005 (0x2547D030) approx BBs exec'd 0 ====
-
- 0x2547D030: 4BFFFB41 bl 0x2547CB70
- 0: MOVL $0x2547D034, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x2547CB70 ($4)
-
-
-
-. 1005 2547D030 4
-. 4B FF FB 41
-==== BB 1006 _dl_check_map_versions(0x2547CB70) approx BBs exec'd 0 ====
-
- 0x2547CB70: 7C0802A6 mflr r0
- 0: GETL LR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x2547CB74: 9421FF60 stwu r1,-160(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFF60, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0x2547CB78: 7D800026 mfcr r12
- 9: GETL CR, t6
- 10: PUTL t6, R12
- 11: INCEIPL $4
-
- 0x2547CB7C: 4801A485 bl 0x25497000
- 12: MOVL $0x2547CB80, t8
- 13: PUTL t8, LR
- 14: JMPo-c $0x25497000 ($4)
-
-
-
-. 1006 2547CB70 16
-. 7C 08 02 A6 94 21 FF 60 7D 80 00 26 48 01 A4 85
-==== BB 1007 (0x2547CB80) approx BBs exec'd 0 ====
-
- 0x2547CB80: 92010060 stw r16,96(r1)
- 0: GETL R16, t0
- 1: GETL R1, t2
- 2: ADDL $0x60, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547CB84: 3A000000 li r16,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R16
- 7: INCEIPL $4
-
- 0x2547CB88: 900100A4 stw r0,164(r1)
- 8: GETL R0, t6
- 9: GETL R1, t8
- 10: ADDL $0xA4, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x2547CB8C: 81230034 lwz r9,52(r3)
- 13: GETL R3, t10
- 14: ADDL $0x34, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R9
- 17: INCEIPL $4
-
- 0x2547CB90: 92A10074 stw r21,116(r1)
- 18: GETL R21, t14
- 19: GETL R1, t16
- 20: ADDL $0x74, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0x2547CB94: 7C952378 or r21,r4,r4
- 23: GETL R4, t18
- 24: PUTL t18, R21
- 25: INCEIPL $4
-
- 0x2547CB98: 2F890000 cmpi cr7,r9,0
- 26: GETL R9, t20
- 27: CMP0L t20, t22 (-rSo)
- 28: ICRFL t22, $0x7, CR
- 29: INCEIPL $4
-
- 0x2547CB9C: 92C10078 stw r22,120(r1)
- 30: GETL R22, t24
- 31: GETL R1, t26
- 32: ADDL $0x78, t26
- 33: STL t24, (t26)
- 34: INCEIPL $4
-
- 0x2547CBA0: 93010080 stw r24,128(r1)
- 35: GETL R24, t28
- 36: GETL R1, t30
- 37: ADDL $0x80, t30
- 38: STL t28, (t30)
- 39: INCEIPL $4
-
- 0x2547CBA4: 3AC00000 li r22,0
- 40: MOVL $0x0, t32
- 41: PUTL t32, R22
- 42: INCEIPL $4
-
- 0x2547CBA8: 9361008C stw r27,140(r1)
- 43: GETL R27, t34
- 44: GETL R1, t36
- 45: ADDL $0x8C, t36
- 46: STL t34, (t36)
- 47: INCEIPL $4
-
- 0x2547CBAC: 3B000000 li r24,0
- 48: MOVL $0x0, t38
- 49: PUTL t38, R24
- 50: INCEIPL $4
-
- 0x2547CBB0: 93C10098 stw r30,152(r1)
- 51: GETL R30, t40
- 52: GETL R1, t42
- 53: ADDL $0x98, t42
- 54: STL t40, (t42)
- 55: INCEIPL $4
-
- 0x2547CBB4: 7C7B1B78 or r27,r3,r3
- 56: GETL R3, t44
- 57: PUTL t44, R27
- 58: INCEIPL $4
-
- 0x2547CBB8: 93E1009C stw r31,156(r1)
- 59: GETL R31, t46
- 60: GETL R1, t48
- 61: ADDL $0x9C, t48
- 62: STL t46, (t48)
- 63: INCEIPL $4
-
- 0x2547CBBC: 7FC802A6 mflr r30
- 64: GETL LR, t50
- 65: PUTL t50, R30
- 66: INCEIPL $4
-
- 0x2547CBC0: 92210064 stw r17,100(r1)
- 67: GETL R17, t52
- 68: GETL R1, t54
- 69: ADDL $0x64, t54
- 70: STL t52, (t54)
- 71: INCEIPL $4
-
- 0x2547CBC4: 7C3F0B78 or r31,r1,r1
- 72: GETL R1, t56
- 73: PUTL t56, R31
- 74: INCEIPL $4
-
- 0x2547CBC8: 92410068 stw r18,104(r1)
- 75: GETL R18, t58
- 76: GETL R1, t60
- 77: ADDL $0x68, t60
- 78: STL t58, (t60)
- 79: INCEIPL $4
-
- 0x2547CBCC: 38600000 li r3,0
- 80: MOVL $0x0, t62
- 81: PUTL t62, R3
- 82: INCEIPL $4
-
- 0x2547CBD0: 9261006C stw r19,108(r1)
- 83: GETL R19, t64
- 84: GETL R1, t66
- 85: ADDL $0x6C, t66
- 86: STL t64, (t66)
- 87: INCEIPL $4
-
- 0x2547CBD4: 92810070 stw r20,112(r1)
- 88: GETL R20, t68
- 89: GETL R1, t70
- 90: ADDL $0x70, t70
- 91: STL t68, (t70)
- 92: INCEIPL $4
-
- 0x2547CBD8: 92E1007C stw r23,124(r1)
- 93: GETL R23, t72
- 94: GETL R1, t74
- 95: ADDL $0x7C, t74
- 96: STL t72, (t74)
- 97: INCEIPL $4
-
- 0x2547CBDC: 93210084 stw r25,132(r1)
- 98: GETL R25, t76
- 99: GETL R1, t78
- 100: ADDL $0x84, t78
- 101: STL t76, (t78)
- 102: INCEIPL $4
-
- 0x2547CBE0: 93410088 stw r26,136(r1)
- 103: GETL R26, t80
- 104: GETL R1, t82
- 105: ADDL $0x88, t82
- 106: STL t80, (t82)
- 107: INCEIPL $4
-
- 0x2547CBE4: 93810090 stw r28,144(r1)
- 108: GETL R28, t84
- 109: GETL R1, t86
- 110: ADDL $0x90, t86
- 111: STL t84, (t86)
- 112: INCEIPL $4
-
- 0x2547CBE8: 93A10094 stw r29,148(r1)
- 113: GETL R29, t88
- 114: GETL R1, t90
- 115: ADDL $0x94, t90
- 116: STL t88, (t90)
- 117: INCEIPL $4
-
- 0x2547CBEC: 9181005C stw r12,92(r1)
- 118: GETL R12, t92
- 119: GETL R1, t94
- 120: ADDL $0x5C, t94
- 121: STL t92, (t94)
- 122: INCEIPL $4
-
- 0x2547CBF0: 419E0180 bc 12,30,0x2547CD70
- 123: Js30o $0x2547CD70
-
-
-
-. 1007 2547CB80 116
-. 92 01 00 60 3A 00 00 00 90 01 00 A4 81 23 00 34 92 A1 00 74 7C 95 23 78 2F 89 00 00 92 C1 00 78 93 01 00 80 3A C0 00 00 93 61 00 8C 3B 00 00 00 93 C1 00 98 7C 7B 1B 78 93 E1 00 9C 7F C8 02 A6 92 21 00 64 7C 3F 0B 78 92 41 00 68 38 60 00 00 92 61 00 6C 92 81 00 70 92 E1 00 7C 93 21 00 84 93 41 00 88 93 81 00 90 93 A1 00 94 91 81 00 5C 41 9E 01 80
-==== BB 1008 (0x2547CBF4) approx BBs exec'd 0 ====
-
- 0x2547CBF4: 825B00AC lwz r18,172(r27)
- 0: GETL R27, t0
- 1: ADDL $0xAC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R18
- 4: INCEIPL $4
-
- 0x2547CBF8: 83290004 lwz r25,4(r9)
- 5: GETL R9, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R25
- 9: INCEIPL $4
-
- 0x2547CBFC: 2D920000 cmpi cr3,r18,0
- 10: GETL R18, t8
- 11: CMP0L t8, t10 (-rSo)
- 12: ICRFL t10, $0x3, CR
- 13: INCEIPL $4
-
- 0x2547CC00: 823B00B4 lwz r17,180(r27)
- 14: GETL R27, t12
- 15: ADDL $0xB4, t12
- 16: LDL (t12), t14
- 17: PUTL t14, R17
- 18: INCEIPL $4
-
- 0x2547CC04: 418E0128 bc 12,14,0x2547CD2C
- 19: Js14o $0x2547CD2C
-
-
-
-. 1008 2547CBF4 20
-. 82 5B 00 AC 83 29 00 04 2D 92 00 00 82 3B 00 B4 41 8E 01 28
-==== BB 1009 (0x2547CC08) approx BBs exec'd 0 ====
-
- 0x2547CC08: 817B0000 lwz r11,0(r27)
- 0: GETL R27, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R11
- 3: INCEIPL $4
-
- 0x2547CC0C: 2E050000 cmpi cr4,r5,0
- 4: GETL R5, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x4, CR
- 7: INCEIPL $4
-
- 0x2547CC10: 81320004 lwz r9,4(r18)
- 8: GETL R18, t8
- 9: ADDL $0x4, t8
- 10: LDL (t8), t10
- 11: PUTL t10, R9
- 12: INCEIPL $4
-
- 0x2547CC14: 829E04C8 lwz r20,1224(r30)
- 13: GETL R30, t12
- 14: ADDL $0x4C8, t12
- 15: LDL (t12), t14
- 16: PUTL t14, R20
- 17: INCEIPL $4
-
- 0x2547CC18: 7C8B4A2E lhzx r4,r11,r9
- 18: GETL R9, t16
- 19: GETL R11, t18
- 20: ADDL t18, t16
- 21: LDW (t16), t20
- 22: PUTL t20, R4
- 23: INCEIPL $4
-
- 0x2547CC1C: 7EEB4A14 add r23,r11,r9
- 24: GETL R11, t22
- 25: GETL R9, t24
- 26: ADDL t22, t24
- 27: PUTL t24, R23
- 28: INCEIPL $4
-
- 0x2547CC20: 827E04D4 lwz r19,1236(r30)
- 29: GETL R30, t26
- 30: ADDL $0x4D4, t26
- 31: LDL (t26), t28
- 32: PUTL t28, R19
- 33: INCEIPL $4
-
- 0x2547CC24: 2C040001 cmpi cr0,r4,1
- 34: GETL R4, t30
- 35: MOVL $0x1, t34
- 36: CMPL t30, t34, t32 (-rSo)
- 37: ICRFL t32, $0x0, CR
- 38: INCEIPL $4
-
- 0x2547CC28: 408202D0 bc 4,2,0x2547CEF8
- 39: Jc02o $0x2547CEF8
-
-
-
-. 1009 2547CC08 36
-. 81 7B 00 00 2E 05 00 00 81 32 00 04 82 9E 04 C8 7C 8B 4A 2E 7E EB 4A 14 82 7E 04 D4 2C 04 00 01 40 82 02 D0
-==== BB 1010 (0x2547CC2C) approx BBs exec'd 0 ====
-
- 0x2547CC2C: 835B0018 lwz r26,24(r27)
- 0: GETL R27, t0
- 1: ADDL $0x18, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0x2547CC30: 83970004 lwz r28,4(r23)
- 5: GETL R23, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R28
- 9: INCEIPL $4
-
- 0x2547CC34: 1E1A0018 mulli r16,r26,24
- 10: GETL R26, t8
- 11: MULL $0x18, t8
- 12: PUTL t8, R16
- 13: INCEIPL $4
-
- 0x2547CC38: 7F5CCA14 add r26,r28,r25
- 14: GETL R28, t10
- 15: GETL R25, t12
- 16: ADDL t10, t12
- 17: PUTL t12, R26
- 18: INCEIPL $4
-
- 0x2547CC3C: 7FB0A02E lwzx r29,r16,r20
- 19: GETL R20, t14
- 20: GETL R16, t16
- 21: ADDL t16, t14
- 22: LDL (t14), t18
- 23: PUTL t18, R29
- 24: INCEIPL $4
-
- 0x2547CC40: 4800001C b 0x2547CC5C
- 25: JMPo $0x2547CC5C ($4)
-
-
-
-. 1010 2547CC2C 24
-. 83 5B 00 18 83 97 00 04 1E 1A 00 18 7F 5C CA 14 7F B0 A0 2E 48 00 00 1C
-==== BB 1011 (0x2547CC5C) approx BBs exec'd 0 ====
-
- 0x2547CC5C: 2F1D0000 cmpi cr6,r29,0
- 0: GETL R29, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x2547CC60: 409AFFE4 bc 4,26,0x2547CC44
- 4: Jc26o $0x2547CC44
-
-
-
-. 1011 2547CC5C 8
-. 2F 1D 00 00 40 9A FF E4
-==== BB 1012 (0x2547CC44) approx BBs exec'd 0 ====
-
- 0x2547CC44: 7FA4EB78 or r4,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0x2547CC48: 7F43D378 or r3,r26,r26
- 3: GETL R26, t2
- 4: PUTL t2, R3
- 5: INCEIPL $4
-
- 0x2547CC4C: 4BFFFA89 bl 0x2547C6D4
- 6: MOVL $0x2547CC50, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0x2547C6D4 ($4)
-
-
-
-. 1012 2547CC44 12
-. 7F A4 EB 78 7F 43 D3 78 4B FF FA 89
-==== BB 1013 (0x2547CC50) approx BBs exec'd 0 ====
-
- 0x2547CC50: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x2547CC54: 409E0220 bc 4,30,0x2547CE74
- 4: Jc30o $0x2547CE74
-
-
-
-. 1013 2547CC50 8
-. 2F 83 00 00 40 9E 02 20
-==== BB 1014 (0x2547CC58) approx BBs exec'd 0 ====
-
- 0x2547CC58: 83BD000C lwz r29,12(r29)
- 0: GETL R29, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0x2547CC5C: 2F1D0000 cmpi cr6,r29,0
- 5: GETL R29, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x2547CC60: 409AFFE4 bc 4,26,0x2547CC44
- 9: Jc26o $0x2547CC44
-
-
-
-. 1014 2547CC58 12
-. 83 BD 00 0C 2F 1D 00 00 40 9A FF E4
-==== BB 1015 (0x2547CE74) approx BBs exec'd 0 ====
-
- 0x2547CE74: 7FBCEB78 or r28,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R28
- 2: INCEIPL $4
-
- 0x2547CE78: 4192FE30 bc 12,18,0x2547CCA8
- 3: Js18o $0x2547CCA8
-
-
-
-. 1015 2547CE74 8
-. 7F BC EB 78 41 92 FE 30
-==== BB 1016 (0x2547CCA8) approx BBs exec'd 0 ====
-
- 0x2547CCA8: 80970008 lwz r4,8(r23)
- 0: GETL R23, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x2547CCAC: 7FA4BA14 add r29,r4,r23
- 5: GETL R4, t4
- 6: GETL R23, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R29
- 9: INCEIPL $4
-
- 0x2547CCB0: 7E7A9B78 or r26,r19,r19
- 10: GETL R19, t8
- 11: PUTL t8, R26
- 12: INCEIPL $4
-
- 0x2547CCB4: 811B0004 lwz r8,4(r27)
- 13: GETL R27, t10
- 14: ADDL $0x4, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R8
- 17: INCEIPL $4
-
- 0x2547CCB8: 7EA7AB78 or r7,r21,r21
- 18: GETL R21, t14
- 19: PUTL t14, R7
- 20: INCEIPL $4
-
- 0x2547CCBC: 88A80000 lbz r5,0(r8)
- 21: GETL R8, t16
- 22: LDB (t16), t18
- 23: PUTL t18, R5
- 24: INCEIPL $4
-
- 0x2547CCC0: 7D034378 or r3,r8,r8
- 25: GETL R8, t20
- 26: PUTL t20, R3
- 27: INCEIPL $4
-
- 0x2547CCC4: 2C850000 cmpi cr1,r5,0
- 28: GETL R5, t22
- 29: CMP0L t22, t24 (-rSo)
- 30: ICRFL t24, $0x1, CR
- 31: INCEIPL $4
-
- 0x2547CCC8: 4086000C bc 4,6,0x2547CCD4
- 32: Jc06o $0x2547CCD4
-
-
-
-. 1016 2547CCA8 36
-. 80 97 00 08 7F A4 BA 14 7E 7A 9B 78 81 1B 00 04 7E A7 AB 78 88 A8 00 00 7D 03 43 78 2C 85 00 00 40 86 00 0C
-==== BB 1017 (0x2547CCCC) approx BBs exec'd 0 ====
-
- 0x2547CCCC: 80DA0000 lwz r6,0(r26)
- 0: GETL R26, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R6
- 3: INCEIPL $4
-
- 0x2547CCD0: 80660000 lwz r3,0(r6)
- 4: GETL R6, t4
- 5: LDL (t4), t6
- 6: PUTL t6, R3
- 7: INCEIPL $4
-
- 0x2547CCD4: 815D0008 lwz r10,8(r29)
- 8: GETL R29, t8
- 9: ADDL $0x8, t8
- 10: LDL (t8), t10
- 11: PUTL t10, R10
- 12: INCEIPL $4
-
- 0x2547CCD8: A21D0004 lhz r16,4(r29)
- 13: GETL R29, t12
- 14: ADDL $0x4, t12
- 15: LDW (t12), t14
- 16: PUTL t14, R16
- 17: INCEIPL $4
-
- 0x2547CCDC: 809D0000 lwz r4,0(r29)
- 18: GETL R29, t16
- 19: LDL (t16), t18
- 20: PUTL t18, R4
- 21: INCEIPL $4
-
- 0x2547CCE0: 7CAACA14 add r5,r10,r25
- 22: GETL R10, t20
- 23: GETL R25, t22
- 24: ADDL t20, t22
- 25: PUTL t22, R5
- 26: INCEIPL $4
-
- 0x2547CCE4: 80DC0014 lwz r6,20(r28)
- 27: GETL R28, t24
- 28: ADDL $0x14, t24
- 29: LDL (t24), t26
- 30: PUTL t26, R6
- 31: INCEIPL $4
-
- 0x2547CCE8: 560807BC rlwinm r8,r16,0,30,30
- 32: GETL R16, t28
- 33: ANDL $0x2, t28
- 34: PUTL t28, R8
- 35: INCEIPL $4
-
- 0x2547CCEC: 4BFFFA85 bl 0x2547C770
- 36: MOVL $0x2547CCF0, t30
- 37: PUTL t30, LR
- 38: JMPo-c $0x2547C770 ($4)
-
-
-
-. 1017 2547CCCC 36
-. 80 DA 00 00 80 66 00 00 81 5D 00 08 A2 1D 00 04 80 9D 00 00 7C AA CA 14 80 DC 00 14 56 08 07 BC 4B FF FA 85
-==== BB 1018 match_symbol(0x2547C770) approx BBs exec'd 0 ====
-
- 0x2547C770: 9421FF20 stwu r1,-224(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFF20, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547C774: 7D4802A6 mflr r10
- 6: GETL LR, t4
- 7: PUTL t4, R10
- 8: INCEIPL $4
-
- 0x2547C778: 4801A889 bl 0x25497000
- 9: MOVL $0x2547C77C, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-
-. 1018 2547C770 12
-. 94 21 FF 20 7D 48 02 A6 48 01 A8 89
-==== BB 1019 (0x2547C77C) approx BBs exec'd 0 ====
-
- 0x2547C77C: 93C100D8 stw r30,216(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0xD8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547C780: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x2547C784: 926100AC stw r19,172(r1)
- 8: GETL R19, t6
- 9: GETL R1, t8
- 10: ADDL $0xAC, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x2547C788: 914100E4 stw r10,228(r1)
- 13: GETL R10, t10
- 14: GETL R1, t12
- 15: ADDL $0xE4, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x2547C78C: 3A600000 li r19,0
- 18: MOVL $0x0, t14
- 19: PUTL t14, R19
- 20: INCEIPL $4
-
- 0x2547C790: 81660034 lwz r11,52(r6)
- 21: GETL R6, t16
- 22: ADDL $0x34, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R11
- 25: INCEIPL $4
-
- 0x2547C794: 813E04F4 lwz r9,1268(r30)
- 26: GETL R30, t20
- 27: ADDL $0x4F4, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R9
- 30: INCEIPL $4
-
- 0x2547C798: 92C100B8 stw r22,184(r1)
- 31: GETL R22, t24
- 32: GETL R1, t26
- 33: ADDL $0xB8, t26
- 34: STL t24, (t26)
- 35: INCEIPL $4
-
- 0x2547C79C: 7CF63B78 or r22,r7,r7
- 36: GETL R7, t28
- 37: PUTL t28, R22
- 38: INCEIPL $4
-
- 0x2547C7A0: 80090000 lwz r0,0(r9)
- 39: GETL R9, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R0
- 42: INCEIPL $4
-
- 0x2547C7A4: 92E100BC stw r23,188(r1)
- 43: GETL R23, t34
- 44: GETL R1, t36
- 45: ADDL $0xBC, t36
- 46: STL t34, (t36)
- 47: INCEIPL $4
-
- 0x2547C7A8: 7D174378 or r23,r8,r8
- 48: GETL R8, t38
- 49: PUTL t38, R23
- 50: INCEIPL $4
-
- 0x2547C7AC: 70090010 andi. r9,r0,0x10
- 51: GETL R0, t40
- 52: ANDL $0x10, t40
- 53: PUTL t40, R9
- 54: CMP0L t40, t42 (-rSo)
- 55: ICRFL t42, $0x0, CR
- 56: INCEIPL $4
-
- 0x2547C7B0: 930100C0 stw r24,192(r1)
- 57: GETL R24, t44
- 58: GETL R1, t46
- 59: ADDL $0xC0, t46
- 60: STL t44, (t46)
- 61: INCEIPL $4
-
- 0x2547C7B4: 932100C4 stw r25,196(r1)
- 62: GETL R25, t48
- 63: GETL R1, t50
- 64: ADDL $0xC4, t50
- 65: STL t48, (t50)
- 66: INCEIPL $4
-
- 0x2547C7B8: 7C781B78 or r24,r3,r3
- 67: GETL R3, t52
- 68: PUTL t52, R24
- 69: INCEIPL $4
-
- 0x2547C7BC: 936100CC stw r27,204(r1)
- 70: GETL R27, t54
- 71: GETL R1, t56
- 72: ADDL $0xCC, t56
- 73: STL t54, (t56)
- 74: INCEIPL $4
-
- 0x2547C7C0: 7CD93378 or r25,r6,r6
- 75: GETL R6, t58
- 76: PUTL t58, R25
- 77: INCEIPL $4
-
- 0x2547C7C4: 938100D0 stw r28,208(r1)
- 78: GETL R28, t60
- 79: GETL R1, t62
- 80: ADDL $0xD0, t62
- 81: STL t60, (t62)
- 82: INCEIPL $4
-
- 0x2547C7C8: 7C9B2378 or r27,r4,r4
- 83: GETL R4, t64
- 84: PUTL t64, R27
- 85: INCEIPL $4
-
- 0x2547C7CC: 93E100DC stw r31,220(r1)
- 86: GETL R31, t66
- 87: GETL R1, t68
- 88: ADDL $0xDC, t68
- 89: STL t66, (t68)
- 90: INCEIPL $4
-
- 0x2547C7D0: 7CBC2B78 or r28,r5,r5
- 91: GETL R5, t70
- 92: PUTL t70, R28
- 93: INCEIPL $4
-
- 0x2547C7D4: 928100B0 stw r20,176(r1)
- 94: GETL R20, t72
- 95: GETL R1, t74
- 96: ADDL $0xB0, t74
- 97: STL t72, (t74)
- 98: INCEIPL $4
-
- 0x2547C7D8: 7C3F0B78 or r31,r1,r1
- 99: GETL R1, t76
- 100: PUTL t76, R31
- 101: INCEIPL $4
-
- 0x2547C7DC: 92A100B4 stw r21,180(r1)
- 102: GETL R21, t78
- 103: GETL R1, t80
- 104: ADDL $0xB4, t80
- 105: STL t78, (t80)
- 106: INCEIPL $4
-
- 0x2547C7E0: 934100C8 stw r26,200(r1)
- 107: GETL R26, t82
- 108: GETL R1, t84
- 109: ADDL $0xC8, t84
- 110: STL t82, (t84)
- 111: INCEIPL $4
-
- 0x2547C7E4: 93A100D4 stw r29,212(r1)
- 112: GETL R29, t86
- 113: GETL R1, t88
- 114: ADDL $0xD4, t88
- 115: STL t86, (t88)
- 116: INCEIPL $4
-
- 0x2547C7E8: 834B0004 lwz r26,4(r11)
- 117: GETL R11, t90
- 118: ADDL $0x4, t90
- 119: LDL (t90), t92
- 120: PUTL t92, R26
- 121: INCEIPL $4
-
- 0x2547C7EC: 40820230 bc 4,2,0x2547CA1C
- 122: Jc02o $0x2547CA1C
-
-
-
-. 1019 2547C77C 116
-. 93 C1 00 D8 7F C8 02 A6 92 61 00 AC 91 41 00 E4 3A 60 00 00 81 66 00 34 81 3E 04 F4 92 C1 00 B8 7C F6 3B 78 80 09 00 00 92 E1 00 BC 7D 17 43 78 70 09 00 10 93 01 00 C0 93 21 00 C4 7C 78 1B 78 93 61 00 CC 7C D9 33 78 93 81 00 D0 7C 9B 23 78 93 E1 00 DC 7C BC 2B 78 92 81 00 B0 7C 3F 0B 78 92 A1 00 B4 93 41 00 C8 93 A1 00 D4 83 4B 00 04 40 82 02 30
-==== BB 1020 (0x2547C7F0) approx BBs exec'd 0 ====
-
- 0x2547C7F0: 813900B4 lwz r9,180(r25)
- 0: GETL R25, t0
- 1: ADDL $0xB4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x2547C7F4: 2C890000 cmpi cr1,r9,0
- 5: GETL R9, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x2547C7F8: 41860264 bc 12,6,0x2547CA5C
- 9: Js06o $0x2547CA5C
-
-
-
-. 1020 2547C7F0 12
-. 81 39 00 B4 2C 89 00 00 41 86 02 64
-==== BB 1021 (0x2547C7FC) approx BBs exec'd 0 ====
-
- 0x2547C7FC: 81690004 lwz r11,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x2547C800: 3A9F0008 addi r20,r31,8
- 5: GETL R31, t4
- 6: ADDL $0x8, t4
- 7: PUTL t4, R20
- 8: INCEIPL $4
-
- 0x2547C804: 80190000 lwz r0,0(r25)
- 9: GETL R25, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R0
- 12: INCEIPL $4
-
- 0x2547C808: 82BE0358 lwz r21,856(r30)
- 13: GETL R30, t10
- 14: ADDL $0x358, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R21
- 17: INCEIPL $4
-
- 0x2547C80C: 7FA05A14 add r29,r0,r11
- 18: GETL R0, t14
- 19: GETL R11, t16
- 20: ADDL t14, t16
- 21: PUTL t16, R29
- 22: INCEIPL $4
-
- 0x2547C810: A13D0000 lhz r9,0(r29)
- 23: GETL R29, t18
- 24: LDW (t18), t20
- 25: PUTL t20, R9
- 26: INCEIPL $4
-
- 0x2547C814: 7F83E378 or r3,r28,r28
- 27: GETL R28, t22
- 28: PUTL t22, R3
- 29: INCEIPL $4
-
- 0x2547C818: 2F890001 cmpi cr7,r9,1
- 30: GETL R9, t24
- 31: MOVL $0x1, t28
- 32: CMPL t24, t28, t26 (-rSo)
- 33: ICRFL t26, $0x7, CR
- 34: INCEIPL $4
-
- 0x2547C81C: 409E0124 bc 4,30,0x2547C940
- 35: Jc30o $0x2547C940
-
-
-
-. 1021 2547C7FC 36
-. 81 69 00 04 3A 9F 00 08 80 19 00 00 82 BE 03 58 7F A0 5A 14 A1 3D 00 00 7F 83 E3 78 2F 89 00 01 40 9E 01 24
-==== BB 1022 (0x2547C820) approx BBs exec'd 0 ====
-
- 0x2547C820: 809D0008 lwz r4,8(r29)
- 0: GETL R29, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x2547C824: 7C84D800 cmp cr1,r4,r27
- 5: GETL R4, t4
- 6: GETL R27, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x1, CR
- 9: INCEIPL $4
-
- 0x2547C828: 418600B4 bc 12,6,0x2547C8DC
- 10: Js06o $0x2547C8DC
-
-
-
-. 1022 2547C820 12
-. 80 9D 00 08 7C 84 D8 00 41 86 00 B4
-==== BB 1023 (0x2547C82C) approx BBs exec'd 0 ====
-
- 0x2547C82C: 80FD0010 lwz r7,16(r29)
- 0: GETL R29, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x2547C830: 2F870000 cmpi cr7,r7,0
- 5: GETL R7, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x2547C834: 7FBD3A14 add r29,r29,r7
- 9: GETL R29, t8
- 10: GETL R7, t10
- 11: ADDL t8, t10
- 12: PUTL t10, R29
- 13: INCEIPL $4
-
- 0x2547C838: 409EFFD8 bc 4,30,0x2547C810
- 14: Jc30o $0x2547C810
-
-
-
-. 1023 2547C82C 16
-. 80 FD 00 10 2F 87 00 00 7F BD 3A 14 40 9E FF D8
-==== BB 1024 (0x2547C810) approx BBs exec'd 0 ====
-
- 0x2547C810: A13D0000 lhz r9,0(r29)
- 0: GETL R29, t0
- 1: LDW (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0x2547C814: 7F83E378 or r3,r28,r28
- 4: GETL R28, t4
- 5: PUTL t4, R3
- 6: INCEIPL $4
-
- 0x2547C818: 2F890001 cmpi cr7,r9,1
- 7: GETL R9, t6
- 8: MOVL $0x1, t10
- 9: CMPL t6, t10, t8 (-rSo)
- 10: ICRFL t8, $0x7, CR
- 11: INCEIPL $4
-
- 0x2547C81C: 409E0124 bc 4,30,0x2547C940
- 12: Jc30o $0x2547C940
-
-
-
-. 1024 2547C810 16
-. A1 3D 00 00 7F 83 E3 78 2F 89 00 01 40 9E 01 24
-==== BB 1025 (0x2547C8DC) approx BBs exec'd 0 ====
-
- 0x2547C8DC: 80BD000C lwz r5,12(r29)
- 0: GETL R29, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x2547C8E0: 7CC5E82E lwzx r6,r5,r29
- 5: GETL R29, t4
- 6: GETL R5, t6
- 7: ADDL t6, t4
- 8: LDL (t4), t8
- 9: PUTL t8, R6
- 10: INCEIPL $4
-
- 0x2547C8E4: 7C86D214 add r4,r6,r26
- 11: GETL R6, t10
- 12: GETL R26, t12
- 13: ADDL t10, t12
- 14: PUTL t12, R4
- 15: INCEIPL $4
-
- 0x2547C8E8: 480065F9 bl 0x25482EE0
- 16: MOVL $0x2547C8EC, t14
- 17: PUTL t14, LR
- 18: JMPo-c $0x25482EE0 ($4)
-
-
-
-. 1025 2547C8DC 16
-. 80 BD 00 0C 7C C5 E8 2E 7C 86 D2 14 48 00 65 F9
-==== BB 1026 (0x2547C8EC) approx BBs exec'd 0 ====
-
- 0x2547C8EC: 2F030000 cmpi cr6,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x2547C8F0: 40BAFF3C bc 5,26,0x2547C82C
- 4: Jc26o $0x2547C82C
-
-
-
-. 1026 2547C8EC 8
-. 2F 03 00 00 40 BA FF 3C
-==== BB 1027 (0x2547C8F4) approx BBs exec'd 0 ====
-
- 0x2547C8F4: 38600000 li r3,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x2547C8F8: 80C10000 lwz r6,0(r1)
- 3: GETL R1, t2
- 4: LDL (t2), t4
- 5: PUTL t4, R6
- 6: INCEIPL $4
-
- 0x2547C8FC: 80E60004 lwz r7,4(r6)
- 7: GETL R6, t6
- 8: ADDL $0x4, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R7
- 11: INCEIPL $4
-
- 0x2547C900: 8266FFCC lwz r19,-52(r6)
- 12: GETL R6, t10
- 13: ADDL $0xFFFFFFCC, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R19
- 16: INCEIPL $4
-
- 0x2547C904: 8286FFD0 lwz r20,-48(r6)
- 17: GETL R6, t14
- 18: ADDL $0xFFFFFFD0, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R20
- 21: INCEIPL $4
-
- 0x2547C908: 7CE803A6 mtlr r7
- 22: GETL R7, t18
- 23: PUTL t18, LR
- 24: INCEIPL $4
-
- 0x2547C90C: 82A6FFD4 lwz r21,-44(r6)
- 25: GETL R6, t20
- 26: ADDL $0xFFFFFFD4, t20
- 27: LDL (t20), t22
- 28: PUTL t22, R21
- 29: INCEIPL $4
-
- 0x2547C910: 82C6FFD8 lwz r22,-40(r6)
- 30: GETL R6, t24
- 31: ADDL $0xFFFFFFD8, t24
- 32: LDL (t24), t26
- 33: PUTL t26, R22
- 34: INCEIPL $4
-
- 0x2547C914: 82E6FFDC lwz r23,-36(r6)
- 35: GETL R6, t28
- 36: ADDL $0xFFFFFFDC, t28
- 37: LDL (t28), t30
- 38: PUTL t30, R23
- 39: INCEIPL $4
-
- 0x2547C918: 8306FFE0 lwz r24,-32(r6)
- 40: GETL R6, t32
- 41: ADDL $0xFFFFFFE0, t32
- 42: LDL (t32), t34
- 43: PUTL t34, R24
- 44: INCEIPL $4
-
- 0x2547C91C: 8326FFE4 lwz r25,-28(r6)
- 45: GETL R6, t36
- 46: ADDL $0xFFFFFFE4, t36
- 47: LDL (t36), t38
- 48: PUTL t38, R25
- 49: INCEIPL $4
-
- 0x2547C920: 8346FFE8 lwz r26,-24(r6)
- 50: GETL R6, t40
- 51: ADDL $0xFFFFFFE8, t40
- 52: LDL (t40), t42
- 53: PUTL t42, R26
- 54: INCEIPL $4
-
- 0x2547C924: 8366FFEC lwz r27,-20(r6)
- 55: GETL R6, t44
- 56: ADDL $0xFFFFFFEC, t44
- 57: LDL (t44), t46
- 58: PUTL t46, R27
- 59: INCEIPL $4
-
- 0x2547C928: 8386FFF0 lwz r28,-16(r6)
- 60: GETL R6, t48
- 61: ADDL $0xFFFFFFF0, t48
- 62: LDL (t48), t50
- 63: PUTL t50, R28
- 64: INCEIPL $4
-
- 0x2547C92C: 83A6FFF4 lwz r29,-12(r6)
- 65: GETL R6, t52
- 66: ADDL $0xFFFFFFF4, t52
- 67: LDL (t52), t54
- 68: PUTL t54, R29
- 69: INCEIPL $4
-
- 0x2547C930: 83C6FFF8 lwz r30,-8(r6)
- 70: GETL R6, t56
- 71: ADDL $0xFFFFFFF8, t56
- 72: LDL (t56), t58
- 73: PUTL t58, R30
- 74: INCEIPL $4
-
- 0x2547C934: 83E6FFFC lwz r31,-4(r6)
- 75: GETL R6, t60
- 76: ADDL $0xFFFFFFFC, t60
- 77: LDL (t60), t62
- 78: PUTL t62, R31
- 79: INCEIPL $4
-
- 0x2547C938: 7CC13378 or r1,r6,r6
- 80: GETL R6, t64
- 81: PUTL t64, R1
- 82: INCEIPL $4
-
- 0x2547C93C: 4E800020 blr
- 83: GETL LR, t66
- 84: JMPo-r t66 ($4)
-
-
-
-. 1027 2547C8F4 76
-. 38 60 00 00 80 C1 00 00 80 E6 00 04 82 66 FF CC 82 86 FF D0 7C E8 03 A6 82 A6 FF D4 82 C6 FF D8 82 E6 FF DC 83 06 FF E0 83 26 FF E4 83 46 FF E8 83 66 FF EC 83 86 FF F0 83 A6 FF F4 83 C6 FF F8 83 E6 FF FC 7C C1 33 78 4E 80 00 20
-==== BB 1028 (0x2547CCF0) approx BBs exec'd 0 ====
-
- 0x2547CCF0: A17D0006 lhz r11,6(r29)
- 0: GETL R29, t0
- 1: ADDL $0x6, t0
- 2: LDW (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x2547CCF4: 7ED61B78 or r22,r22,r3
- 5: GETL R22, t4
- 6: GETL R3, t6
- 7: ORL t6, t4
- 8: PUTL t4, R22
- 9: INCEIPL $4
-
- 0x2547CCF8: 5560047E rlwinm r0,r11,0,17,31
- 10: GETL R11, t8
- 11: ANDL $0x7FFF, t8
- 12: PUTL t8, R0
- 13: INCEIPL $4
-
- 0x2547CCFC: 7F00C040 cmpl cr6,r0,r24
- 14: GETL R0, t10
- 15: GETL R24, t12
- 16: CMPUL t10, t12, t14 (-rSo)
- 17: ICRFL t14, $0x6, CR
- 18: INCEIPL $4
-
- 0x2547CD00: 40990008 bc 4,25,0x2547CD08
- 19: Jc25o $0x2547CD08
-
-
-
-. 1028 2547CCF0 20
-. A1 7D 00 06 7E D6 1B 78 55 60 04 7E 7F 00 C0 40 40 99 00 08
-==== BB 1029 (0x2547CD04) approx BBs exec'd 0 ====
-
- 0x2547CD04: 7C180378 or r24,r0,r0
- 0: GETL R0, t0
- 1: PUTL t0, R24
- 2: INCEIPL $4
-
- 0x2547CD08: 807D000C lwz r3,12(r29)
- 3: GETL R29, t2
- 4: ADDL $0xC, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x2547CD0C: 2F830000 cmpi cr7,r3,0
- 8: GETL R3, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x7, CR
- 11: INCEIPL $4
-
- 0x2547CD10: 7FBD1A14 add r29,r29,r3
- 12: GETL R29, t10
- 13: GETL R3, t12
- 14: ADDL t10, t12
- 15: PUTL t12, R29
- 16: INCEIPL $4
-
- 0x2547CD14: 409EFFA0 bc 4,30,0x2547CCB4
- 17: Jc30o $0x2547CCB4
-
-
-
-. 1029 2547CD04 20
-. 7C 18 03 78 80 7D 00 0C 2F 83 00 00 7F BD 1A 14 40 9E FF A0
-==== BB 1030 (0x2547CD18) approx BBs exec'd 0 ====
-
- 0x2547CD18: 8017000C lwz r0,12(r23)
- 0: GETL R23, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x2547CD1C: 2C000000 cmpi cr0,r0,0
- 5: GETL R0, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0x2547CD20: 4182000C bc 12,2,0x2547CD2C
- 9: Js02o $0x2547CD2C
-
-
-
-. 1030 2547CD18 12
-. 80 17 00 0C 2C 00 00 00 41 82 00 0C
-==== BB 1031 (0x2547CD24) approx BBs exec'd 0 ====
-
- 0x2547CD24: 7EF70214 add r23,r23,r0
- 0: GETL R23, t0
- 1: GETL R0, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R23
- 4: INCEIPL $4
-
- 0x2547CD28: 4BFFFF04 b 0x2547CC2C
- 5: JMPo $0x2547CC2C ($4)
-
-
-
-. 1031 2547CD24 8
-. 7E F7 02 14 4B FF FF 04
-==== BB 1032 (0x2547CD08) approx BBs exec'd 0 ====
-
- 0x2547CD08: 807D000C lwz r3,12(r29)
- 0: GETL R29, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x2547CD0C: 2F830000 cmpi cr7,r3,0
- 5: GETL R3, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x2547CD10: 7FBD1A14 add r29,r29,r3
- 9: GETL R29, t8
- 10: GETL R3, t10
- 11: ADDL t8, t10
- 12: PUTL t10, R29
- 13: INCEIPL $4
-
- 0x2547CD14: 409EFFA0 bc 4,30,0x2547CCB4
- 14: Jc30o $0x2547CCB4
-
-
-
-. 1032 2547CD08 16
-. 80 7D 00 0C 2F 83 00 00 7F BD 1A 14 40 9E FF A0
-==== BB 1033 (0x2547CCB4) approx BBs exec'd 0 ====
-
- 0x2547CCB4: 811B0004 lwz r8,4(r27)
- 0: GETL R27, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x2547CCB8: 7EA7AB78 or r7,r21,r21
- 5: GETL R21, t4
- 6: PUTL t4, R7
- 7: INCEIPL $4
-
- 0x2547CCBC: 88A80000 lbz r5,0(r8)
- 8: GETL R8, t6
- 9: LDB (t6), t8
- 10: PUTL t8, R5
- 11: INCEIPL $4
-
- 0x2547CCC0: 7D034378 or r3,r8,r8
- 12: GETL R8, t10
- 13: PUTL t10, R3
- 14: INCEIPL $4
-
- 0x2547CCC4: 2C850000 cmpi cr1,r5,0
- 15: GETL R5, t12
- 16: CMP0L t12, t14 (-rSo)
- 17: ICRFL t14, $0x1, CR
- 18: INCEIPL $4
-
- 0x2547CCC8: 4086000C bc 4,6,0x2547CCD4
- 19: Jc06o $0x2547CCD4
-
-
-
-. 1033 2547CCB4 24
-. 81 1B 00 04 7E A7 AB 78 88 A8 00 00 7D 03 43 78 2C 85 00 00 40 86 00 0C
-==== BB 1034 (0x2547CD2C) approx BBs exec'd 0 ====
-
- 0x2547CD2C: 2E110000 cmpi cr4,r17,0
- 0: GETL R17, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0x2547CD30: 41920034 bc 12,18,0x2547CD64
- 4: Js18o $0x2547CD64
-
-
-
-. 1034 2547CD2C 8
-. 2E 11 00 00 41 92 00 34
-==== BB 1035 (0x2547CD64) approx BBs exec'd 0 ====
-
- 0x2547CD64: 2F980000 cmpi cr7,r24,0
- 0: GETL R24, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x2547CD68: 409E0064 bc 4,30,0x2547CDCC
- 4: Jc30o $0x2547CDCC
-
-
-
-. 1035 2547CD64 8
-. 2F 98 00 00 40 9E 00 64
-==== BB 1036 (0x2547CDCC) approx BBs exec'd 0 ====
-
- 0x2547CDCC: 3BB80001 addi r29,r24,1
- 0: GETL R24, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R29
- 3: INCEIPL $4
-
- 0x2547CDD0: 38800010 li r4,16
- 4: MOVL $0x10, t2
- 5: PUTL t2, R4
- 6: INCEIPL $4
-
- 0x2547CDD4: 7FA3EB78 or r3,r29,r29
- 7: GETL R29, t4
- 8: PUTL t4, R3
- 9: INCEIPL $4
-
- 0x2547CDD8: 3A00000C li r16,12
- 10: MOVL $0xC, t6
- 11: PUTL t6, R16
- 12: INCEIPL $4
-
- 0x2547CDDC: 4801AC51 bl 0x25497A2C
- 13: MOVL $0x2547CDE0, t8
- 14: PUTL t8, LR
- 15: JMPo-c $0x25497A2C ($4)
-
-
-
-. 1036 2547CDCC 20
-. 3B B8 00 01 38 80 00 10 7F A3 EB 78 3A 00 00 0C 48 01 AC 51
-==== BB 1037 (0x2547CDE0) approx BBs exec'd 0 ====
-
- 0x2547CDE0: 80DE0378 lwz r6,888(r30)
- 0: GETL R30, t0
- 1: ADDL $0x378, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x2547CDE4: 2C030000 cmpi cr0,r3,0
- 5: GETL R3, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0x2547CDE8: 7C651B78 or r5,r3,r3
- 9: GETL R3, t8
- 10: PUTL t8, R5
- 11: INCEIPL $4
-
- 0x2547CDEC: 907B0188 stw r3,392(r27)
- 12: GETL R3, t10
- 13: GETL R27, t12
- 14: ADDL $0x188, t12
- 15: STL t10, (t12)
- 16: INCEIPL $4
-
- 0x2547CDF0: 418201AC bc 12,2,0x2547CF9C
- 17: Js02o $0x2547CF9C
-
-
-
-. 1037 2547CDE0 20
-. 80 DE 03 78 2C 03 00 00 7C 65 1B 78 90 7B 01 88 41 82 01 AC
-==== BB 1038 (0x2547CDF4) approx BBs exec'd 0 ====
-
- 0x2547CDF4: 839B00E4 lwz r28,228(r27)
- 0: GETL R27, t0
- 1: ADDL $0xE4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0x2547CDF8: 93BB0184 stw r29,388(r27)
- 5: GETL R29, t4
- 6: GETL R27, t6
- 7: ADDL $0x184, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0x2547CDFC: 831C0004 lwz r24,4(r28)
- 10: GETL R28, t8
- 11: ADDL $0x4, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R24
- 14: INCEIPL $4
-
- 0x2547CE00: 931B0198 stw r24,408(r27)
- 15: GETL R24, t12
- 16: GETL R27, t14
- 17: ADDL $0x198, t14
- 18: STL t12, (t14)
- 19: INCEIPL $4
-
- 0x2547CE04: 418E0088 bc 12,14,0x2547CE8C
- 20: Js14o $0x2547CE8C
-
-
-
-. 1038 2547CDF4 20
-. 83 9B 00 E4 93 BB 01 84 83 1C 00 04 93 1B 01 98 41 8E 00 88
-==== BB 1039 (0x2547CE08) approx BBs exec'd 0 ====
-
- 0x2547CE08: 83520004 lwz r26,4(r18)
- 0: GETL R18, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0x2547CE0C: 825B0000 lwz r18,0(r27)
- 5: GETL R27, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R18
- 8: INCEIPL $4
-
- 0x2547CE10: 7CD2D214 add r6,r18,r26
- 9: GETL R18, t8
- 10: GETL R26, t10
- 11: ADDL t8, t10
- 12: PUTL t10, R6
- 13: INCEIPL $4
-
- 0x2547CE14: 81860008 lwz r12,8(r6)
- 14: GETL R6, t12
- 15: ADDL $0x8, t12
- 16: LDL (t12), t14
- 17: PUTL t14, R12
- 18: INCEIPL $4
-
- 0x2547CE18: 7CEC3214 add r7,r12,r6
- 19: GETL R12, t16
- 20: GETL R6, t18
- 21: ADDL t16, t18
- 22: PUTL t18, R7
- 23: INCEIPL $4
-
- 0x2547CE1C: A2A70006 lhz r21,6(r7)
- 24: GETL R7, t20
- 25: ADDL $0x6, t20
- 26: LDW (t20), t22
- 27: PUTL t22, R21
- 28: INCEIPL $4
-
- 0x2547CE20: 80670000 lwz r3,0(r7)
- 29: GETL R7, t24
- 30: LDL (t24), t26
- 31: PUTL t26, R3
- 32: INCEIPL $4
-
- 0x2547CE24: 56A42376 rlwinm r4,r21,4,13,27
- 33: GETL R21, t28
- 34: ROLL $0x4, t28
- 35: ANDL $0x7FFF0, t28
- 36: PUTL t28, R4
- 37: INCEIPL $4
-
- 0x2547CE28: 56B00420 rlwinm r16,r21,0,16,16
- 38: GETL R21, t30
- 39: ANDL $0x8000, t30
- 40: PUTL t30, R16
- 41: INCEIPL $4
-
- 0x2547CE2C: 7FA42A14 add r29,r4,r5
- 42: GETL R4, t32
- 43: GETL R5, t34
- 44: ADDL t32, t34
- 45: PUTL t34, R29
- 46: INCEIPL $4
-
- 0x2547CE30: 907D0004 stw r3,4(r29)
- 47: GETL R3, t36
- 48: GETL R29, t38
- 49: ADDL $0x4, t38
- 50: STL t36, (t38)
- 51: INCEIPL $4
-
- 0x2547CE34: 921D0008 stw r16,8(r29)
- 52: GETL R16, t40
- 53: GETL R29, t42
- 54: ADDL $0x8, t42
- 55: STL t40, (t42)
- 56: INCEIPL $4
-
- 0x2547CE38: 8167000C lwz r11,12(r7)
- 57: GETL R7, t44
- 58: ADDL $0xC, t44
- 59: LDL (t44), t46
- 60: PUTL t46, R11
- 61: INCEIPL $4
-
- 0x2547CE3C: 81470008 lwz r10,8(r7)
- 62: GETL R7, t48
- 63: ADDL $0x8, t48
- 64: LDL (t48), t50
- 65: PUTL t50, R10
- 66: INCEIPL $4
-
- 0x2547CE40: 2D8B0000 cmpi cr3,r11,0
- 67: GETL R11, t52
- 68: CMP0L t52, t54 (-rSo)
- 69: ICRFL t54, $0x3, CR
- 70: INCEIPL $4
-
- 0x2547CE44: 81060004 lwz r8,4(r6)
- 71: GETL R6, t56
- 72: ADDL $0x4, t56
- 73: LDL (t56), t58
- 74: PUTL t58, R8
- 75: INCEIPL $4
-
- 0x2547CE48: 7D2ACA14 add r9,r10,r25
- 76: GETL R10, t60
- 77: GETL R25, t62
- 78: ADDL t60, t62
- 79: PUTL t62, R9
- 80: INCEIPL $4
-
- 0x2547CE4C: 7CE75A14 add r7,r7,r11
- 81: GETL R7, t64
- 82: GETL R11, t66
- 83: ADDL t64, t66
- 84: PUTL t66, R7
- 85: INCEIPL $4
-
- 0x2547CE50: 7C08CA14 add r0,r8,r25
- 86: GETL R8, t68
- 87: GETL R25, t70
- 88: ADDL t68, t70
- 89: PUTL t70, R0
- 90: INCEIPL $4
-
- 0x2547CE54: 7D24292E stwx r9,r4,r5
- 91: GETL R5, t72
- 92: GETL R4, t74
- 93: ADDL t74, t72
- 94: GETL R9, t76
- 95: STL t76, (t72)
- 96: INCEIPL $4
-
- 0x2547CE58: 901D000C stw r0,12(r29)
- 97: GETL R0, t78
- 98: GETL R29, t80
- 99: ADDL $0xC, t80
- 100: STL t78, (t80)
- 101: INCEIPL $4
-
- 0x2547CE5C: 408EFFC0 bc 4,14,0x2547CE1C
- 102: Jc14o $0x2547CE1C
-
-
-
-. 1039 2547CE08 88
-. 83 52 00 04 82 5B 00 00 7C D2 D2 14 81 86 00 08 7C EC 32 14 A2 A7 00 06 80 67 00 00 56 A4 23 76 56 B0 04 20 7F A4 2A 14 90 7D 00 04 92 1D 00 08 81 67 00 0C 81 47 00 08 2D 8B 00 00 81 06 00 04 7D 2A CA 14 7C E7 5A 14 7C 08 CA 14 7D 24 29 2E 90 1D 00 0C 40 8E FF C0
-==== BB 1040 (0x2547CE60) approx BBs exec'd 0 ====
-
- 0x2547CE60: 8006000C lwz r0,12(r6)
- 0: GETL R6, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x2547CE64: 2C800000 cmpi cr1,r0,0
- 5: GETL R0, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x2547CE68: 41860024 bc 12,6,0x2547CE8C
- 9: Js06o $0x2547CE8C
-
-
-
-. 1040 2547CE60 12
-. 80 06 00 0C 2C 80 00 00 41 86 00 24
-==== BB 1041 (0x2547CE6C) approx BBs exec'd 0 ====
-
- 0x2547CE6C: 7CC60214 add r6,r6,r0
- 0: GETL R6, t0
- 1: GETL R0, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x2547CE70: 4BFFFFA4 b 0x2547CE14
- 5: JMPo $0x2547CE14 ($4)
-
-
-
-. 1041 2547CE6C 8
-. 7C C6 02 14 4B FF FF A4
-==== BB 1042 (0x2547CE14) approx BBs exec'd 0 ====
-
- 0x2547CE14: 81860008 lwz r12,8(r6)
- 0: GETL R6, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R12
- 4: INCEIPL $4
-
- 0x2547CE18: 7CEC3214 add r7,r12,r6
- 5: GETL R12, t4
- 6: GETL R6, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R7
- 9: INCEIPL $4
-
- 0x2547CE1C: A2A70006 lhz r21,6(r7)
- 10: GETL R7, t8
- 11: ADDL $0x6, t8
- 12: LDW (t8), t10
- 13: PUTL t10, R21
- 14: INCEIPL $4
-
- 0x2547CE20: 80670000 lwz r3,0(r7)
- 15: GETL R7, t12
- 16: LDL (t12), t14
- 17: PUTL t14, R3
- 18: INCEIPL $4
-
- 0x2547CE24: 56A42376 rlwinm r4,r21,4,13,27
- 19: GETL R21, t16
- 20: ROLL $0x4, t16
- 21: ANDL $0x7FFF0, t16
- 22: PUTL t16, R4
- 23: INCEIPL $4
-
- 0x2547CE28: 56B00420 rlwinm r16,r21,0,16,16
- 24: GETL R21, t18
- 25: ANDL $0x8000, t18
- 26: PUTL t18, R16
- 27: INCEIPL $4
-
- 0x2547CE2C: 7FA42A14 add r29,r4,r5
- 28: GETL R4, t20
- 29: GETL R5, t22
- 30: ADDL t20, t22
- 31: PUTL t22, R29
- 32: INCEIPL $4
-
- 0x2547CE30: 907D0004 stw r3,4(r29)
- 33: GETL R3, t24
- 34: GETL R29, t26
- 35: ADDL $0x4, t26
- 36: STL t24, (t26)
- 37: INCEIPL $4
-
- 0x2547CE34: 921D0008 stw r16,8(r29)
- 38: GETL R16, t28
- 39: GETL R29, t30
- 40: ADDL $0x8, t30
- 41: STL t28, (t30)
- 42: INCEIPL $4
-
- 0x2547CE38: 8167000C lwz r11,12(r7)
- 43: GETL R7, t32
- 44: ADDL $0xC, t32
- 45: LDL (t32), t34
- 46: PUTL t34, R11
- 47: INCEIPL $4
-
- 0x2547CE3C: 81470008 lwz r10,8(r7)
- 48: GETL R7, t36
- 49: ADDL $0x8, t36
- 50: LDL (t36), t38
- 51: PUTL t38, R10
- 52: INCEIPL $4
-
- 0x2547CE40: 2D8B0000 cmpi cr3,r11,0
- 53: GETL R11, t40
- 54: CMP0L t40, t42 (-rSo)
- 55: ICRFL t42, $0x3, CR
- 56: INCEIPL $4
-
- 0x2547CE44: 81060004 lwz r8,4(r6)
- 57: GETL R6, t44
- 58: ADDL $0x4, t44
- 59: LDL (t44), t46
- 60: PUTL t46, R8
- 61: INCEIPL $4
-
- 0x2547CE48: 7D2ACA14 add r9,r10,r25
- 62: GETL R10, t48
- 63: GETL R25, t50
- 64: ADDL t48, t50
- 65: PUTL t50, R9
- 66: INCEIPL $4
-
- 0x2547CE4C: 7CE75A14 add r7,r7,r11
- 67: GETL R7, t52
- 68: GETL R11, t54
- 69: ADDL t52, t54
- 70: PUTL t54, R7
- 71: INCEIPL $4
-
- 0x2547CE50: 7C08CA14 add r0,r8,r25
- 72: GETL R8, t56
- 73: GETL R25, t58
- 74: ADDL t56, t58
- 75: PUTL t58, R0
- 76: INCEIPL $4
-
- 0x2547CE54: 7D24292E stwx r9,r4,r5
- 77: GETL R5, t60
- 78: GETL R4, t62
- 79: ADDL t62, t60
- 80: GETL R9, t64
- 81: STL t64, (t60)
- 82: INCEIPL $4
-
- 0x2547CE58: 901D000C stw r0,12(r29)
- 83: GETL R0, t66
- 84: GETL R29, t68
- 85: ADDL $0xC, t68
- 86: STL t66, (t68)
- 87: INCEIPL $4
-
- 0x2547CE5C: 408EFFC0 bc 4,14,0x2547CE1C
- 88: Jc14o $0x2547CE1C
-
-
-
-. 1042 2547CE14 76
-. 81 86 00 08 7C EC 32 14 A2 A7 00 06 80 67 00 00 56 A4 23 76 56 B0 04 20 7F A4 2A 14 90 7D 00 04 92 1D 00 08 81 67 00 0C 81 47 00 08 2D 8B 00 00 81 06 00 04 7D 2A CA 14 7C E7 5A 14 7C 08 CA 14 7D 24 29 2E 90 1D 00 0C 40 8E FF C0
-==== BB 1043 (0x2547CE1C) approx BBs exec'd 0 ====
-
- 0x2547CE1C: A2A70006 lhz r21,6(r7)
- 0: GETL R7, t0
- 1: ADDL $0x6, t0
- 2: LDW (t0), t2
- 3: PUTL t2, R21
- 4: INCEIPL $4
-
- 0x2547CE20: 80670000 lwz r3,0(r7)
- 5: GETL R7, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R3
- 8: INCEIPL $4
-
- 0x2547CE24: 56A42376 rlwinm r4,r21,4,13,27
- 9: GETL R21, t8
- 10: ROLL $0x4, t8
- 11: ANDL $0x7FFF0, t8
- 12: PUTL t8, R4
- 13: INCEIPL $4
-
- 0x2547CE28: 56B00420 rlwinm r16,r21,0,16,16
- 14: GETL R21, t10
- 15: ANDL $0x8000, t10
- 16: PUTL t10, R16
- 17: INCEIPL $4
-
- 0x2547CE2C: 7FA42A14 add r29,r4,r5
- 18: GETL R4, t12
- 19: GETL R5, t14
- 20: ADDL t12, t14
- 21: PUTL t14, R29
- 22: INCEIPL $4
-
- 0x2547CE30: 907D0004 stw r3,4(r29)
- 23: GETL R3, t16
- 24: GETL R29, t18
- 25: ADDL $0x4, t18
- 26: STL t16, (t18)
- 27: INCEIPL $4
-
- 0x2547CE34: 921D0008 stw r16,8(r29)
- 28: GETL R16, t20
- 29: GETL R29, t22
- 30: ADDL $0x8, t22
- 31: STL t20, (t22)
- 32: INCEIPL $4
-
- 0x2547CE38: 8167000C lwz r11,12(r7)
- 33: GETL R7, t24
- 34: ADDL $0xC, t24
- 35: LDL (t24), t26
- 36: PUTL t26, R11
- 37: INCEIPL $4
-
- 0x2547CE3C: 81470008 lwz r10,8(r7)
- 38: GETL R7, t28
- 39: ADDL $0x8, t28
- 40: LDL (t28), t30
- 41: PUTL t30, R10
- 42: INCEIPL $4
-
- 0x2547CE40: 2D8B0000 cmpi cr3,r11,0
- 43: GETL R11, t32
- 44: CMP0L t32, t34 (-rSo)
- 45: ICRFL t34, $0x3, CR
- 46: INCEIPL $4
-
- 0x2547CE44: 81060004 lwz r8,4(r6)
- 47: GETL R6, t36
- 48: ADDL $0x4, t36
- 49: LDL (t36), t38
- 50: PUTL t38, R8
- 51: INCEIPL $4
-
- 0x2547CE48: 7D2ACA14 add r9,r10,r25
- 52: GETL R10, t40
- 53: GETL R25, t42
- 54: ADDL t40, t42
- 55: PUTL t42, R9
- 56: INCEIPL $4
-
- 0x2547CE4C: 7CE75A14 add r7,r7,r11
- 57: GETL R7, t44
- 58: GETL R11, t46
- 59: ADDL t44, t46
- 60: PUTL t46, R7
- 61: INCEIPL $4
-
- 0x2547CE50: 7C08CA14 add r0,r8,r25
- 62: GETL R8, t48
- 63: GETL R25, t50
- 64: ADDL t48, t50
- 65: PUTL t50, R0
- 66: INCEIPL $4
-
- 0x2547CE54: 7D24292E stwx r9,r4,r5
- 67: GETL R5, t52
- 68: GETL R4, t54
- 69: ADDL t54, t52
- 70: GETL R9, t56
- 71: STL t56, (t52)
- 72: INCEIPL $4
-
- 0x2547CE58: 901D000C stw r0,12(r29)
- 73: GETL R0, t58
- 74: GETL R29, t60
- 75: ADDL $0xC, t60
- 76: STL t58, (t60)
- 77: INCEIPL $4
-
- 0x2547CE5C: 408EFFC0 bc 4,14,0x2547CE1C
- 78: Jc14o $0x2547CE1C
-
-
-
-. 1043 2547CE1C 68
-. A2 A7 00 06 80 67 00 00 56 A4 23 76 56 B0 04 20 7F A4 2A 14 90 7D 00 04 92 1D 00 08 81 67 00 0C 81 47 00 08 2D 8B 00 00 81 06 00 04 7D 2A CA 14 7C E7 5A 14 7C 08 CA 14 7D 24 29 2E 90 1D 00 0C 40 8E FF C0
-==== BB 1044 (0x2547CE8C) approx BBs exec'd 0 ====
-
- 0x2547CE8C: 41B2FEE0 bc 13,18,0x2547CD6C
- 0: Js18o $0x2547CD6C
-
-
-
-. 1044 2547CE8C 4
-. 41 B2 FE E0
-==== BB 1045 (0x2547CD6C) approx BBs exec'd 0 ====
-
- 0x2547CD6C: 7EC3B378 or r3,r22,r22
- 0: GETL R22, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x2547CD70: 80A10000 lwz r5,0(r1)
- 3: GETL R1, t2
- 4: LDL (t2), t4
- 5: PUTL t4, R5
- 6: INCEIPL $4
-
- 0x2547CD74: 82C50004 lwz r22,4(r5)
- 7: GETL R5, t6
- 8: ADDL $0x4, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R22
- 11: INCEIPL $4
-
- 0x2547CD78: 8185FFBC lwz r12,-68(r5)
- 12: GETL R5, t10
- 13: ADDL $0xFFFFFFBC, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R12
- 16: INCEIPL $4
-
- 0x2547CD7C: 7EC803A6 mtlr r22
- 17: GETL R22, t14
- 18: PUTL t14, LR
- 19: INCEIPL $4
-
- 0x2547CD80: 8205FFC0 lwz r16,-64(r5)
- 20: GETL R5, t16
- 21: ADDL $0xFFFFFFC0, t16
- 22: LDL (t16), t18
- 23: PUTL t18, R16
- 24: INCEIPL $4
-
- 0x2547CD84: 8225FFC4 lwz r17,-60(r5)
- 25: GETL R5, t20
- 26: ADDL $0xFFFFFFC4, t20
- 27: LDL (t20), t22
- 28: PUTL t22, R17
- 29: INCEIPL $4
-
- 0x2547CD88: 7D818120 mtcrf 0x18,r12
- 30: GETL R12, t24
- 31: ICRFL t24, $0x3, CR
- 32: ICRFL t24, $0x4, CR
- 33: INCEIPL $4
-
- 0x2547CD8C: 8245FFC8 lwz r18,-56(r5)
- 34: GETL R5, t26
- 35: ADDL $0xFFFFFFC8, t26
- 36: LDL (t26), t28
- 37: PUTL t28, R18
- 38: INCEIPL $4
-
- 0x2547CD90: 8265FFCC lwz r19,-52(r5)
- 39: GETL R5, t30
- 40: ADDL $0xFFFFFFCC, t30
- 41: LDL (t30), t32
- 42: PUTL t32, R19
- 43: INCEIPL $4
-
- 0x2547CD94: 8285FFD0 lwz r20,-48(r5)
- 44: GETL R5, t34
- 45: ADDL $0xFFFFFFD0, t34
- 46: LDL (t34), t36
- 47: PUTL t36, R20
- 48: INCEIPL $4
-
- 0x2547CD98: 82A5FFD4 lwz r21,-44(r5)
- 49: GETL R5, t38
- 50: ADDL $0xFFFFFFD4, t38
- 51: LDL (t38), t40
- 52: PUTL t40, R21
- 53: INCEIPL $4
-
- 0x2547CD9C: 82C5FFD8 lwz r22,-40(r5)
- 54: GETL R5, t42
- 55: ADDL $0xFFFFFFD8, t42
- 56: LDL (t42), t44
- 57: PUTL t44, R22
- 58: INCEIPL $4
-
- 0x2547CDA0: 82E5FFDC lwz r23,-36(r5)
- 59: GETL R5, t46
- 60: ADDL $0xFFFFFFDC, t46
- 61: LDL (t46), t48
- 62: PUTL t48, R23
- 63: INCEIPL $4
-
- 0x2547CDA4: 8305FFE0 lwz r24,-32(r5)
- 64: GETL R5, t50
- 65: ADDL $0xFFFFFFE0, t50
- 66: LDL (t50), t52
- 67: PUTL t52, R24
- 68: INCEIPL $4
-
- 0x2547CDA8: 8325FFE4 lwz r25,-28(r5)
- 69: GETL R5, t54
- 70: ADDL $0xFFFFFFE4, t54
- 71: LDL (t54), t56
- 72: PUTL t56, R25
- 73: INCEIPL $4
-
- 0x2547CDAC: 8345FFE8 lwz r26,-24(r5)
- 74: GETL R5, t58
- 75: ADDL $0xFFFFFFE8, t58
- 76: LDL (t58), t60
- 77: PUTL t60, R26
- 78: INCEIPL $4
-
- 0x2547CDB0: 8365FFEC lwz r27,-20(r5)
- 79: GETL R5, t62
- 80: ADDL $0xFFFFFFEC, t62
- 81: LDL (t62), t64
- 82: PUTL t64, R27
- 83: INCEIPL $4
-
- 0x2547CDB4: 8385FFF0 lwz r28,-16(r5)
- 84: GETL R5, t66
- 85: ADDL $0xFFFFFFF0, t66
- 86: LDL (t66), t68
- 87: PUTL t68, R28
- 88: INCEIPL $4
-
- 0x2547CDB8: 83A5FFF4 lwz r29,-12(r5)
- 89: GETL R5, t70
- 90: ADDL $0xFFFFFFF4, t70
- 91: LDL (t70), t72
- 92: PUTL t72, R29
- 93: INCEIPL $4
-
- 0x2547CDBC: 83C5FFF8 lwz r30,-8(r5)
- 94: GETL R5, t74
- 95: ADDL $0xFFFFFFF8, t74
- 96: LDL (t74), t76
- 97: PUTL t76, R30
- 98: INCEIPL $4
-
- 0x2547CDC0: 83E5FFFC lwz r31,-4(r5)
- 99: GETL R5, t78
- 100: ADDL $0xFFFFFFFC, t78
- 101: LDL (t78), t80
- 102: PUTL t80, R31
- 103: INCEIPL $4
-
- 0x2547CDC4: 7CA12B78 or r1,r5,r5
- 104: GETL R5, t82
- 105: PUTL t82, R1
- 106: INCEIPL $4
-
- 0x2547CDC8: 4E800020 blr
- 107: GETL LR, t84
- 108: JMPo-r t84 ($4)
-
-
-
-. 1045 2547CD6C 96
-. 7E C3 B3 78 80 A1 00 00 82 C5 00 04 81 85 FF BC 7E C8 03 A6 82 05 FF C0 82 25 FF C4 7D 81 81 20 82 45 FF C8 82 65 FF CC 82 85 FF D0 82 A5 FF D4 82 C5 FF D8 82 E5 FF DC 83 05 FF E0 83 25 FF E4 83 45 FF E8 83 65 FF EC 83 85 FF F0 83 A5 FF F4 83 C5 FF F8 83 E5 FF FC 7C A1 2B 78 4E 80 00 20
-==== BB 1046 (0x2547D034) approx BBs exec'd 0 ====
-
- 0x2547D034: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x2547D038: 41BEFFCC bc 13,30,0x2547D004
- 4: Js30o $0x2547D004
-
-
-
-. 1046 2547D034 8
-. 2F 83 00 00 41 BE FF CC
-==== BB 1047 (0x2547D004) approx BBs exec'd 0 ====
-
- 0x2547D004: 83FF000C lwz r31,12(r31)
- 0: GETL R31, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R31
- 4: INCEIPL $4
-
- 0x2547D008: 7F9CEB78 or r28,r28,r29
- 5: GETL R28, t4
- 6: GETL R29, t6
- 7: ORL t6, t4
- 8: PUTL t4, R28
- 9: INCEIPL $4
-
- 0x2547D00C: 2C9F0000 cmpi cr1,r31,0
- 10: GETL R31, t8
- 11: CMP0L t8, t10 (-rSo)
- 12: ICRFL t10, $0x1, CR
- 13: INCEIPL $4
-
- 0x2547D010: 41860040 bc 12,6,0x2547D050
- 14: Js06o $0x2547D050
-
-
-
-. 1047 2547D004 16
-. 83 FF 00 0C 7F 9C EB 78 2C 9F 00 00 41 86 00 40
-==== BB 1048 (0x2547CCD4) approx BBs exec'd 0 ====
-
- 0x2547CCD4: 815D0008 lwz r10,8(r29)
- 0: GETL R29, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x2547CCD8: A21D0004 lhz r16,4(r29)
- 5: GETL R29, t4
- 6: ADDL $0x4, t4
- 7: LDW (t4), t6
- 8: PUTL t6, R16
- 9: INCEIPL $4
-
- 0x2547CCDC: 809D0000 lwz r4,0(r29)
- 10: GETL R29, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R4
- 13: INCEIPL $4
-
- 0x2547CCE0: 7CAACA14 add r5,r10,r25
- 14: GETL R10, t12
- 15: GETL R25, t14
- 16: ADDL t12, t14
- 17: PUTL t14, R5
- 18: INCEIPL $4
-
- 0x2547CCE4: 80DC0014 lwz r6,20(r28)
- 19: GETL R28, t16
- 20: ADDL $0x14, t16
- 21: LDL (t16), t18
- 22: PUTL t18, R6
- 23: INCEIPL $4
-
- 0x2547CCE8: 560807BC rlwinm r8,r16,0,30,30
- 24: GETL R16, t20
- 25: ANDL $0x2, t20
- 26: PUTL t20, R8
- 27: INCEIPL $4
-
- 0x2547CCEC: 4BFFFA85 bl 0x2547C770
- 28: MOVL $0x2547CCF0, t22
- 29: PUTL t22, LR
- 30: JMPo-c $0x2547C770 ($4)
-
-
-
-. 1048 2547CCD4 28
-. 81 5D 00 08 A2 1D 00 04 80 9D 00 00 7C AA CA 14 80 DC 00 14 56 08 07 BC 4B FF FA 85
-==== BB 1049 (0x2547CD34) approx BBs exec'd 0 ====
-
- 0x2547CD34: 82BB0000 lwz r21,0(r27)
- 0: GETL R27, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R21
- 3: INCEIPL $4
-
- 0x2547CD38: 82F10004 lwz r23,4(r17)
- 4: GETL R17, t4
- 5: ADDL $0x4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R23
- 8: INCEIPL $4
-
- 0x2547CD3C: 7D35BA14 add r9,r21,r23
- 9: GETL R21, t8
- 10: GETL R23, t10
- 11: ADDL t8, t10
- 12: PUTL t10, R9
- 13: INCEIPL $4
-
- 0x2547CD40: A2690004 lhz r19,4(r9)
- 14: GETL R9, t12
- 15: ADDL $0x4, t12
- 16: LDW (t12), t14
- 17: PUTL t14, R19
- 18: INCEIPL $4
-
- 0x2547CD44: 5660047E rlwinm r0,r19,0,17,31
- 19: GETL R19, t16
- 20: ANDL $0x7FFF, t16
- 21: PUTL t16, R0
- 22: INCEIPL $4
-
- 0x2547CD48: 7C80C040 cmpl cr1,r0,r24
- 23: GETL R0, t18
- 24: GETL R24, t20
- 25: CMPUL t18, t20, t22 (-rSo)
- 26: ICRFL t22, $0x1, CR
- 27: INCEIPL $4
-
- 0x2547CD4C: 40850008 bc 4,5,0x2547CD54
- 28: Jc05o $0x2547CD54
-
-
-
-. 1049 2547CD34 28
-. 82 BB 00 00 82 F1 00 04 7D 35 BA 14 A2 69 00 04 56 60 04 7E 7C 80 C0 40 40 85 00 08
-==== BB 1050 (0x2547CD54) approx BBs exec'd 0 ====
-
- 0x2547CD54: 82890010 lwz r20,16(r9)
- 0: GETL R9, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R20
- 4: INCEIPL $4
-
- 0x2547CD58: 2F140000 cmpi cr6,r20,0
- 5: GETL R20, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x2547CD5C: 7D29A214 add r9,r9,r20
- 9: GETL R9, t8
- 10: GETL R20, t10
- 11: ADDL t8, t10
- 12: PUTL t10, R9
- 13: INCEIPL $4
-
- 0x2547CD60: 409AFFE0 bc 4,26,0x2547CD40
- 14: Jc26o $0x2547CD40
-
-
-
-. 1050 2547CD54 16
-. 82 89 00 10 2F 14 00 00 7D 29 A2 14 40 9A FF E0
-==== BB 1051 (0x2547CD40) approx BBs exec'd 0 ====
-
- 0x2547CD40: A2690004 lhz r19,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDW (t0), t2
- 3: PUTL t2, R19
- 4: INCEIPL $4
-
- 0x2547CD44: 5660047E rlwinm r0,r19,0,17,31
- 5: GETL R19, t4
- 6: ANDL $0x7FFF, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x2547CD48: 7C80C040 cmpl cr1,r0,r24
- 9: GETL R0, t6
- 10: GETL R24, t8
- 11: CMPUL t6, t8, t10 (-rSo)
- 12: ICRFL t10, $0x1, CR
- 13: INCEIPL $4
-
- 0x2547CD4C: 40850008 bc 4,5,0x2547CD54
- 14: Jc05o $0x2547CD54
-
-
-
-. 1051 2547CD40 16
-. A2 69 00 04 56 60 04 7E 7C 80 C0 40 40 85 00 08
-==== BB 1052 (0x2547CE90) approx BBs exec'd 0 ====
-
- 0x2547CE90: 80DB0000 lwz r6,0(r27)
- 0: GETL R27, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R6
- 3: INCEIPL $4
-
- 0x2547CE94: 38E00000 li r7,0
- 4: MOVL $0x0, t4
- 5: PUTL t4, R7
- 6: INCEIPL $4
-
- 0x2547CE98: 83710004 lwz r27,4(r17)
- 7: GETL R17, t6
- 8: ADDL $0x4, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R27
- 11: INCEIPL $4
-
- 0x2547CE9C: 7C66DA14 add r3,r6,r27
- 12: GETL R6, t10
- 13: GETL R27, t12
- 14: ADDL t10, t12
- 15: PUTL t12, R3
- 16: INCEIPL $4
-
- 0x2547CEA0: A2230002 lhz r17,2(r3)
- 17: GETL R3, t14
- 18: ADDL $0x2, t14
- 19: LDW (t14), t16
- 20: PUTL t16, R17
- 21: INCEIPL $4
-
- 0x2547CEA4: 8103000C lwz r8,12(r3)
- 22: GETL R3, t18
- 23: ADDL $0xC, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R8
- 26: INCEIPL $4
-
- 0x2547CEA8: 72290001 andi. r9,r17,0x1
- 27: GETL R17, t22
- 28: ANDL $0x1, t22
- 29: PUTL t22, R9
- 30: CMP0L t22, t24 (-rSo)
- 31: ICRFL t24, $0x0, CR
- 32: INCEIPL $4
-
- 0x2547CEAC: 40820028 bc 4,2,0x2547CED4
- 33: Jc02o $0x2547CED4
-
-
-
-. 1052 2547CE90 32
-. 80 DB 00 00 38 E0 00 00 83 71 00 04 7C 66 DA 14 A2 23 00 02 81 03 00 0C 72 29 00 01 40 82 00 28
-==== BB 1053 (0x2547CED4) approx BBs exec'd 0 ====
-
- 0x2547CED4: 82430010 lwz r18,16(r3)
- 0: GETL R3, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R18
- 4: INCEIPL $4
-
- 0x2547CED8: 2E120000 cmpi cr4,r18,0
- 5: GETL R18, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x4, CR
- 8: INCEIPL $4
-
- 0x2547CEDC: 7C639214 add r3,r3,r18
- 9: GETL R3, t8
- 10: GETL R18, t10
- 11: ADDL t8, t10
- 12: PUTL t10, R3
- 13: INCEIPL $4
-
- 0x2547CEE0: 4092FFC0 bc 4,18,0x2547CEA0
- 14: Jc18o $0x2547CEA0
-
-
-
-. 1053 2547CED4 16
-. 82 43 00 10 2E 12 00 00 7C 63 92 14 40 92 FF C0
-==== BB 1054 (0x2547CEA0) approx BBs exec'd 0 ====
-
- 0x2547CEA0: A2230002 lhz r17,2(r3)
- 0: GETL R3, t0
- 1: ADDL $0x2, t0
- 2: LDW (t0), t2
- 3: PUTL t2, R17
- 4: INCEIPL $4
-
- 0x2547CEA4: 8103000C lwz r8,12(r3)
- 5: GETL R3, t4
- 6: ADDL $0xC, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R8
- 9: INCEIPL $4
-
- 0x2547CEA8: 72290001 andi. r9,r17,0x1
- 10: GETL R17, t8
- 11: ANDL $0x1, t8
- 12: PUTL t8, R9
- 13: CMP0L t8, t10 (-rSo)
- 14: ICRFL t10, $0x0, CR
- 15: INCEIPL $4
-
- 0x2547CEAC: 40820028 bc 4,2,0x2547CED4
- 16: Jc02o $0x2547CED4
-
-
-
-. 1054 2547CEA0 16
-. A2 23 00 02 81 03 00 0C 72 29 00 01 40 82 00 28
-==== BB 1055 (0x2547CEB0) approx BBs exec'd 0 ====
-
- 0x2547CEB0: A3430004 lhz r26,4(r3)
- 0: GETL R3, t0
- 1: ADDL $0x4, t0
- 2: LDW (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0x2547CEB4: 83830008 lwz r28,8(r3)
- 5: GETL R3, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R28
- 9: INCEIPL $4
-
- 0x2547CEB8: 57572376 rlwinm r23,r26,4,13,27
- 10: GETL R26, t8
- 11: ROLL $0x4, t8
- 12: ANDL $0x7FFF0, t8
- 13: PUTL t8, R23
- 14: INCEIPL $4
-
- 0x2547CEBC: 7F172A14 add r24,r23,r5
- 15: GETL R23, t10
- 16: GETL R5, t12
- 17: ADDL t10, t12
- 18: PUTL t12, R24
- 19: INCEIPL $4
-
- 0x2547CEC0: 93980004 stw r28,4(r24)
- 20: GETL R28, t14
- 21: GETL R24, t16
- 22: ADDL $0x4, t16
- 23: STL t14, (t16)
- 24: INCEIPL $4
-
- 0x2547CEC4: 7E88182E lwzx r20,r8,r3
- 25: GETL R3, t18
- 26: GETL R8, t20
- 27: ADDL t20, t18
- 28: LDL (t18), t22
- 29: PUTL t22, R20
- 30: INCEIPL $4
-
- 0x2547CEC8: 90F8000C stw r7,12(r24)
- 31: GETL R7, t24
- 32: GETL R24, t26
- 33: ADDL $0xC, t26
- 34: STL t24, (t26)
- 35: INCEIPL $4
-
- 0x2547CECC: 7E74CA14 add r19,r20,r25
- 36: GETL R20, t28
- 37: GETL R25, t30
- 38: ADDL t28, t30
- 39: PUTL t30, R19
- 40: INCEIPL $4
-
- 0x2547CED0: 7E77292E stwx r19,r23,r5
- 41: GETL R5, t32
- 42: GETL R23, t34
- 43: ADDL t34, t32
- 44: GETL R19, t36
- 45: STL t36, (t32)
- 46: INCEIPL $4
-
- 0x2547CED4: 82430010 lwz r18,16(r3)
- 47: GETL R3, t38
- 48: ADDL $0x10, t38
- 49: LDL (t38), t40
- 50: PUTL t40, R18
- 51: INCEIPL $4
-
- 0x2547CED8: 2E120000 cmpi cr4,r18,0
- 52: GETL R18, t42
- 53: CMP0L t42, t44 (-rSo)
- 54: ICRFL t44, $0x4, CR
- 55: INCEIPL $4
-
- 0x2547CEDC: 7C639214 add r3,r3,r18
- 56: GETL R3, t46
- 57: GETL R18, t48
- 58: ADDL t46, t48
- 59: PUTL t48, R3
- 60: INCEIPL $4
-
- 0x2547CEE0: 4092FFC0 bc 4,18,0x2547CEA0
- 61: Jc18o $0x2547CEA0
-
-
-
-. 1055 2547CEB0 52
-. A3 43 00 04 83 83 00 08 57 57 23 76 7F 17 2A 14 93 98 00 04 7E 88 18 2E 90 F8 00 0C 7E 74 CA 14 7E 77 29 2E 82 43 00 10 2E 12 00 00 7C 63 92 14 40 92 FF C0
-==== BB 1056 (0x2547CEE4) approx BBs exec'd 0 ====
-
- 0x2547CEE4: 7EC3B378 or r3,r22,r22
- 0: GETL R22, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x2547CEE8: 4BFFFE88 b 0x2547CD70
- 3: JMPo $0x2547CD70 ($4)
-
-
-
-. 1056 2547CEE4 8
-. 7E C3 B3 78 4B FF FE 88
-==== BB 1057 (0x2547CD70) approx BBs exec'd 0 ====
-
- 0x2547CD70: 80A10000 lwz r5,0(r1)
- 0: GETL R1, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R5
- 3: INCEIPL $4
-
- 0x2547CD74: 82C50004 lwz r22,4(r5)
- 4: GETL R5, t4
- 5: ADDL $0x4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R22
- 8: INCEIPL $4
-
- 0x2547CD78: 8185FFBC lwz r12,-68(r5)
- 9: GETL R5, t8
- 10: ADDL $0xFFFFFFBC, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R12
- 13: INCEIPL $4
-
- 0x2547CD7C: 7EC803A6 mtlr r22
- 14: GETL R22, t12
- 15: PUTL t12, LR
- 16: INCEIPL $4
-
- 0x2547CD80: 8205FFC0 lwz r16,-64(r5)
- 17: GETL R5, t14
- 18: ADDL $0xFFFFFFC0, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R16
- 21: INCEIPL $4
-
- 0x2547CD84: 8225FFC4 lwz r17,-60(r5)
- 22: GETL R5, t18
- 23: ADDL $0xFFFFFFC4, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R17
- 26: INCEIPL $4
-
- 0x2547CD88: 7D818120 mtcrf 0x18,r12
- 27: GETL R12, t22
- 28: ICRFL t22, $0x3, CR
- 29: ICRFL t22, $0x4, CR
- 30: INCEIPL $4
-
- 0x2547CD8C: 8245FFC8 lwz r18,-56(r5)
- 31: GETL R5, t24
- 32: ADDL $0xFFFFFFC8, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R18
- 35: INCEIPL $4
-
- 0x2547CD90: 8265FFCC lwz r19,-52(r5)
- 36: GETL R5, t28
- 37: ADDL $0xFFFFFFCC, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R19
- 40: INCEIPL $4
-
- 0x2547CD94: 8285FFD0 lwz r20,-48(r5)
- 41: GETL R5, t32
- 42: ADDL $0xFFFFFFD0, t32
- 43: LDL (t32), t34
- 44: PUTL t34, R20
- 45: INCEIPL $4
-
- 0x2547CD98: 82A5FFD4 lwz r21,-44(r5)
- 46: GETL R5, t36
- 47: ADDL $0xFFFFFFD4, t36
- 48: LDL (t36), t38
- 49: PUTL t38, R21
- 50: INCEIPL $4
-
- 0x2547CD9C: 82C5FFD8 lwz r22,-40(r5)
- 51: GETL R5, t40
- 52: ADDL $0xFFFFFFD8, t40
- 53: LDL (t40), t42
- 54: PUTL t42, R22
- 55: INCEIPL $4
-
- 0x2547CDA0: 82E5FFDC lwz r23,-36(r5)
- 56: GETL R5, t44
- 57: ADDL $0xFFFFFFDC, t44
- 58: LDL (t44), t46
- 59: PUTL t46, R23
- 60: INCEIPL $4
-
- 0x2547CDA4: 8305FFE0 lwz r24,-32(r5)
- 61: GETL R5, t48
- 62: ADDL $0xFFFFFFE0, t48
- 63: LDL (t48), t50
- 64: PUTL t50, R24
- 65: INCEIPL $4
-
- 0x2547CDA8: 8325FFE4 lwz r25,-28(r5)
- 66: GETL R5, t52
- 67: ADDL $0xFFFFFFE4, t52
- 68: LDL (t52), t54
- 69: PUTL t54, R25
- 70: INCEIPL $4
-
- 0x2547CDAC: 8345FFE8 lwz r26,-24(r5)
- 71: GETL R5, t56
- 72: ADDL $0xFFFFFFE8, t56
- 73: LDL (t56), t58
- 74: PUTL t58, R26
- 75: INCEIPL $4
-
- 0x2547CDB0: 8365FFEC lwz r27,-20(r5)
- 76: GETL R5, t60
- 77: ADDL $0xFFFFFFEC, t60
- 78: LDL (t60), t62
- 79: PUTL t62, R27
- 80: INCEIPL $4
-
- 0x2547CDB4: 8385FFF0 lwz r28,-16(r5)
- 81: GETL R5, t64
- 82: ADDL $0xFFFFFFF0, t64
- 83: LDL (t64), t66
- 84: PUTL t66, R28
- 85: INCEIPL $4
-
- 0x2547CDB8: 83A5FFF4 lwz r29,-12(r5)
- 86: GETL R5, t68
- 87: ADDL $0xFFFFFFF4, t68
- 88: LDL (t68), t70
- 89: PUTL t70, R29
- 90: INCEIPL $4
-
- 0x2547CDBC: 83C5FFF8 lwz r30,-8(r5)
- 91: GETL R5, t72
- 92: ADDL $0xFFFFFFF8, t72
- 93: LDL (t72), t74
- 94: PUTL t74, R30
- 95: INCEIPL $4
-
- 0x2547CDC0: 83E5FFFC lwz r31,-4(r5)
- 96: GETL R5, t76
- 97: ADDL $0xFFFFFFFC, t76
- 98: LDL (t76), t78
- 99: PUTL t78, R31
- 100: INCEIPL $4
-
- 0x2547CDC4: 7CA12B78 or r1,r5,r5
- 101: GETL R5, t80
- 102: PUTL t80, R1
- 103: INCEIPL $4
-
- 0x2547CDC8: 4E800020 blr
- 104: GETL LR, t82
- 105: JMPo-r t82 ($4)
-
-
-
-. 1057 2547CD70 92
-. 80 A1 00 00 82 C5 00 04 81 85 FF BC 7E C8 03 A6 82 05 FF C0 82 25 FF C4 7D 81 81 20 82 45 FF C8 82 65 FF CC 82 85 FF D0 82 A5 FF D4 82 C5 FF D8 82 E5 FF DC 83 05 FF E0 83 25 FF E4 83 45 FF E8 83 65 FF EC 83 85 FF F0 83 A5 FF F4 83 C5 FF F8 83 E5 FF FC 7C A1 2B 78 4E 80 00 20
-==== BB 1058 (0x2547CD50) approx BBs exec'd 0 ====
-
- 0x2547CD50: 7C180378 or r24,r0,r0
- 0: GETL R0, t0
- 1: PUTL t0, R24
- 2: INCEIPL $4
-
- 0x2547CD54: 82890010 lwz r20,16(r9)
- 3: GETL R9, t2
- 4: ADDL $0x10, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R20
- 7: INCEIPL $4
-
- 0x2547CD58: 2F140000 cmpi cr6,r20,0
- 8: GETL R20, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x6, CR
- 11: INCEIPL $4
-
- 0x2547CD5C: 7D29A214 add r9,r9,r20
- 12: GETL R9, t10
- 13: GETL R20, t12
- 14: ADDL t10, t12
- 15: PUTL t12, R9
- 16: INCEIPL $4
-
- 0x2547CD60: 409AFFE0 bc 4,26,0x2547CD40
- 17: Jc26o $0x2547CD40
-
-
-
-. 1058 2547CD50 20
-. 7C 18 03 78 82 89 00 10 2F 14 00 00 7D 29 A2 14 40 9A FF E0
-==== BB 1059 (0x2547D050) approx BBs exec'd 0 ====
-
- 0x2547D050: 80810024 lwz r4,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x2547D054: 7F83E378 or r3,r28,r28
- 5: GETL R28, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x2547D058: 83410008 lwz r26,8(r1)
- 8: GETL R1, t6
- 9: ADDL $0x8, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R26
- 12: INCEIPL $4
-
- 0x2547D05C: 8361000C lwz r27,12(r1)
- 13: GETL R1, t10
- 14: ADDL $0xC, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R27
- 17: INCEIPL $4
-
- 0x2547D060: 7C8803A6 mtlr r4
- 18: GETL R4, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0x2547D064: 83810010 lwz r28,16(r1)
- 21: GETL R1, t16
- 22: ADDL $0x10, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R28
- 25: INCEIPL $4
-
- 0x2547D068: 83A10014 lwz r29,20(r1)
- 26: GETL R1, t20
- 27: ADDL $0x14, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R29
- 30: INCEIPL $4
-
- 0x2547D06C: 83C10018 lwz r30,24(r1)
- 31: GETL R1, t24
- 32: ADDL $0x18, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R30
- 35: INCEIPL $4
-
- 0x2547D070: 83E1001C lwz r31,28(r1)
- 36: GETL R1, t28
- 37: ADDL $0x1C, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R31
- 40: INCEIPL $4
-
- 0x2547D074: 38210020 addi r1,r1,32
- 41: GETL R1, t32
- 42: ADDL $0x20, t32
- 43: PUTL t32, R1
- 44: INCEIPL $4
-
- 0x2547D078: 4E800020 blr
- 45: GETL LR, t34
- 46: JMPo-r t34 ($4)
-
-
-
-. 1059 2547D050 44
-. 80 81 00 24 7F 83 E3 78 83 41 00 08 83 61 00 0C 7C 88 03 A6 83 81 00 10 83 A1 00 14 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 1060 (0x2547180C) approx BBs exec'd 0 ====
-
- 0x2547180C: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x25471810: 419E0014 bc 12,30,0x25471824
- 4: Js30o $0x25471824
-
-
-
-. 1060 2547180C 8
-. 2F 83 00 00 41 9E 00 14
-==== BB 1061 (0x25471824) approx BBs exec'd 0 ====
-
- 0x25471824: 80610024 lwz r3,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x25471828: 83A10014 lwz r29,20(r1)
- 5: GETL R1, t4
- 6: ADDL $0x14, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R29
- 9: INCEIPL $4
-
- 0x2547182C: 83C10018 lwz r30,24(r1)
- 10: GETL R1, t8
- 11: ADDL $0x18, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R30
- 14: INCEIPL $4
-
- 0x25471830: 7C6803A6 mtlr r3
- 15: GETL R3, t12
- 16: PUTL t12, LR
- 17: INCEIPL $4
-
- 0x25471834: 83E1001C lwz r31,28(r1)
- 18: GETL R1, t14
- 19: ADDL $0x1C, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R31
- 22: INCEIPL $4
-
- 0x25471838: 38210020 addi r1,r1,32
- 23: GETL R1, t18
- 24: ADDL $0x20, t18
- 25: PUTL t18, R1
- 26: INCEIPL $4
-
- 0x2547183C: 4E800020 blr
- 27: GETL LR, t20
- 28: JMPo-r t20 ($4)
-
-
-
-. 1061 25471824 28
-. 80 61 00 24 83 A1 00 14 83 C1 00 18 7C 68 03 A6 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 1062 (0x2547B70C) approx BBs exec'd 0 ====
-
- 0x2547B70C: 935D0000 stw r26,0(r29)
- 0: GETL R26, t0
- 1: GETL R29, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0x2547B710: 80010034 lwz r0,52(r1)
- 4: GETL R1, t4
- 5: ADDL $0x34, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R0
- 8: INCEIPL $4
-
- 0x2547B714: 937C0000 stw r27,0(r28)
- 9: GETL R27, t8
- 10: GETL R28, t10
- 11: STL t8, (t10)
- 12: INCEIPL $4
-
- 0x2547B718: 82E1000C lwz r23,12(r1)
- 13: GETL R1, t12
- 14: ADDL $0xC, t12
- 15: LDL (t12), t14
- 16: PUTL t14, R23
- 17: INCEIPL $4
-
- 0x2547B71C: 7C0803A6 mtlr r0
- 18: GETL R0, t16
- 19: PUTL t16, LR
- 20: INCEIPL $4
-
- 0x2547B720: 83210014 lwz r25,20(r1)
- 21: GETL R1, t18
- 22: ADDL $0x14, t18
- 23: LDL (t18), t20
- 24: PUTL t20, R25
- 25: INCEIPL $4
-
- 0x2547B724: 83410018 lwz r26,24(r1)
- 26: GETL R1, t22
- 27: ADDL $0x18, t22
- 28: LDL (t22), t24
- 29: PUTL t24, R26
- 30: INCEIPL $4
-
- 0x2547B728: 8361001C lwz r27,28(r1)
- 31: GETL R1, t26
- 32: ADDL $0x1C, t26
- 33: LDL (t26), t28
- 34: PUTL t28, R27
- 35: INCEIPL $4
-
- 0x2547B72C: 83810020 lwz r28,32(r1)
- 36: GETL R1, t30
- 37: ADDL $0x20, t30
- 38: LDL (t30), t32
- 39: PUTL t32, R28
- 40: INCEIPL $4
-
- 0x2547B730: 83A10024 lwz r29,36(r1)
- 41: GETL R1, t34
- 42: ADDL $0x24, t34
- 43: LDL (t34), t36
- 44: PUTL t36, R29
- 45: INCEIPL $4
-
- 0x2547B734: 83C10028 lwz r30,40(r1)
- 46: GETL R1, t38
- 47: ADDL $0x28, t38
- 48: LDL (t38), t40
- 49: PUTL t40, R30
- 50: INCEIPL $4
-
- 0x2547B738: 38210030 addi r1,r1,48
- 51: GETL R1, t42
- 52: ADDL $0x30, t42
- 53: PUTL t42, R1
- 54: INCEIPL $4
-
- 0x2547B73C: 4E800020 blr
- 55: GETL LR, t44
- 56: JMPo-r t44 ($4)
-
-
-
-. 1062 2547B70C 52
-. 93 5D 00 00 80 01 00 34 93 7C 00 00 82 E1 00 0C 7C 08 03 A6 83 21 00 14 83 41 00 18 83 61 00 1C 83 81 00 20 83 A1 00 24 83 C1 00 28 38 21 00 30 4E 80 00 20
-==== BB 1063 (0x25472900) approx BBs exec'd 0 ====
-
- 0x25472900: 836E03D8 lwz r27,984(r14)
- 0: GETL R14, t0
- 1: ADDL $0x3D8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R27
- 4: INCEIPL $4
-
- 0x25472904: 2E1B0000 cmpi cr4,r27,0
- 5: GETL R27, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x4, CR
- 8: INCEIPL $4
-
- 0x25472908: 40920AEC bc 4,18,0x254733F4
- 9: Jc18o $0x254733F4
-
-
-
-. 1063 25472900 12
-. 83 6E 03 D8 2E 1B 00 00 40 92 0A EC
-==== BB 1064 (0x2547290C) approx BBs exec'd 0 ====
-
- 0x2547290C: 816E0408 lwz r11,1032(r14)
- 0: GETL R14, t0
- 1: ADDL $0x408, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x25472910: 3ACB003F addi r22,r11,63
- 5: GETL R11, t4
- 6: ADDL $0x3F, t4
- 7: PUTL t4, R22
- 8: INCEIPL $4
-
- 0x25472914: 916E0414 stw r11,1044(r14)
- 9: GETL R11, t6
- 10: GETL R14, t8
- 11: ADDL $0x414, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x25472918: 56D91838 rlwinm r25,r22,3,0,28
- 14: GETL R22, t10
- 15: SHLL $0x3, t10
- 16: PUTL t10, R25
- 17: INCEIPL $4
-
- 0x2547291C: 38790008 addi r3,r25,8
- 18: GETL R25, t12
- 19: ADDL $0x8, t12
- 20: PUTL t12, R3
- 21: INCEIPL $4
-
- 0x25472920: 48025105 bl 0x25497A24
- 22: MOVL $0x25472924, t14
- 23: PUTL t14, LR
- 24: JMPo-c $0x25497A24 ($4)
-
-
-
-. 1064 2547290C 24
-. 81 6E 04 08 3A CB 00 3F 91 6E 04 14 56 D9 18 38 38 79 00 08 48 02 51 05
-==== BB 1065 (0x25472924) approx BBs exec'd 0 ====
-
- 0x25472924: 7F25CB78 or r5,r25,r25
- 0: GETL R25, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0x25472928: 7C6C1B78 or r12,r3,r3
- 3: GETL R3, t2
- 4: PUTL t2, R12
- 5: INCEIPL $4
-
- 0x2547292C: 38800000 li r4,0
- 6: MOVL $0x0, t4
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0x25472930: 38630008 addi r3,r3,8
- 9: GETL R3, t6
- 10: ADDL $0x8, t6
- 11: PUTL t6, R3
- 12: INCEIPL $4
-
- 0x25472934: 918E0410 stw r12,1040(r14)
- 13: GETL R12, t8
- 14: GETL R14, t10
- 15: ADDL $0x410, t10
- 16: STL t8, (t10)
- 17: INCEIPL $4
-
- 0x25472938: 48010E0D bl 0x25483744
- 18: MOVL $0x2547293C, t12
- 19: PUTL t12, LR
- 20: JMPo-c $0x25483744 ($4)
-
-
-
-. 1065 25472924 24
-. 7F 25 CB 78 7C 6C 1B 78 38 80 00 00 38 63 00 08 91 8E 04 10 48 01 0E 0D
-==== BB 1066 (0x254837BC) approx BBs exec'd 0 ====
-
- 0x254837BC: 9088FFFC stw r4,-4(r8)
- 0: GETL R4, t0
- 1: GETL R8, t2
- 2: ADDL $0xFFFFFFFC, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x254837C0: 9088FFF8 stw r4,-8(r8)
- 5: GETL R4, t4
- 6: GETL R8, t6
- 7: ADDL $0xFFFFFFF8, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0x254837C4: 9088FFF4 stw r4,-12(r8)
- 10: GETL R4, t8
- 11: GETL R8, t10
- 12: ADDL $0xFFFFFFF4, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x254837C8: 9488FFF0 stwu r4,-16(r8)
- 15: GETL R4, t12
- 16: GETL R8, t14
- 17: ADDL $0xFFFFFFF0, t14
- 18: PUTL t14, R8
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0x254837CC: 409D0008 bc 4,29,0x254837D4
- 21: Jc29o $0x254837D4
-
-
-
-. 1066 254837BC 20
-. 90 88 FF FC 90 88 FF F8 90 88 FF F4 94 88 FF F0 40 9D 00 08
-==== BB 1067 (0x25483934) approx BBs exec'd 0 ====
-
- 0x25483934: 4084002C bc 4,4,0x25483960
- 0: Jc04o $0x25483960
-
-
-
-. 1067 25483934 4
-. 40 84 00 2C
-==== BB 1068 (0x25483938) approx BBs exec'd 0 ====
-
- 0x25483938: 4C9C0020 bclr 4,28
- 0: GETL LR, t0
- 1: Jc28o-r t0
-
-
-
-. 1068 25483938 4
-. 4C 9C 00 20
-==== BB 1069 (0x2548393C) approx BBs exec'd 0 ====
-
- 0x2548393C: 9086FFFC stw r4,-4(r6)
- 0: GETL R4, t0
- 1: GETL R6, t2
- 2: ADDL $0xFFFFFFFC, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25483940: 9086FFF8 stw r4,-8(r6)
- 5: GETL R4, t4
- 6: GETL R6, t6
- 7: ADDL $0xFFFFFFF8, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0x25483944: 4E800020 blr
- 10: GETL LR, t8
- 11: JMPo-r t8 ($4)
-
-
-
-. 1069 2548393C 12
-. 90 86 FF FC 90 86 FF F8 4E 80 00 20
-==== BB 1070 (0x2547293C) approx BBs exec'd 0 ====
-
- 0x2547293C: 80CE0410 lwz r6,1040(r14)
- 0: GETL R14, t0
- 1: ADDL $0x410, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x25472940: 38000000 li r0,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0x25472944: 7E89A378 or r9,r20,r20
- 8: GETL R20, t6
- 9: PUTL t6, R9
- 10: INCEIPL $4
-
- 0x25472948: 90060004 stw r0,4(r6)
- 11: GETL R0, t8
- 12: GETL R6, t10
- 13: ADDL $0x4, t10
- 14: STL t8, (t10)
- 15: INCEIPL $4
-
- 0x2547294C: 92C60000 stw r22,0(r6)
- 16: GETL R22, t12
- 17: GETL R6, t14
- 18: STL t12, (t14)
- 19: INCEIPL $4
-
- 0x25472950: 418E0024 bc 12,14,0x25472974
- 20: Js14o $0x25472974
-
-
-
-. 1070 2547293C 24
-. 80 CE 04 10 38 00 00 00 7E 89 A3 78 90 06 00 04 92 C6 00 00 41 8E 00 24
-==== BB 1071 (0x25472954) approx BBs exec'd 0 ====
-
- 0x25472954: 38630004 addi r3,r3,4
- 0: GETL R3, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0x25472958: 83890220 lwz r28,544(r9)
- 4: GETL R9, t2
- 5: ADDL $0x220, t2
- 6: LDL (t2), t4
- 7: PUTL t4, R28
- 8: INCEIPL $4
-
- 0x2547295C: 2F1C0000 cmpi cr6,r28,0
- 9: GETL R28, t6
- 10: CMP0L t6, t8 (-rSo)
- 11: ICRFL t8, $0x6, CR
- 12: INCEIPL $4
-
- 0x25472960: 419A0008 bc 12,26,0x25472968
- 13: Js26o $0x25472968
-
-
-
-. 1071 25472954 16
-. 38 63 00 04 83 89 02 20 2F 1C 00 00 41 9A 00 08
-==== BB 1072 (0x25472968) approx BBs exec'd 0 ====
-
- 0x25472968: 8129000C lwz r9,12(r9)
- 0: GETL R9, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x2547296C: 2C090000 cmpi cr0,r9,0
- 5: GETL R9, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0x25472970: 4082FFE8 bc 4,2,0x25472958
- 9: Jc02o $0x25472958
-
-
-
-. 1072 25472968 12
-. 81 29 00 0C 2C 09 00 00 40 82 FF E8
-==== BB 1073 (0x25472958) approx BBs exec'd 0 ====
-
- 0x25472958: 83890220 lwz r28,544(r9)
- 0: GETL R9, t0
- 1: ADDL $0x220, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0x2547295C: 2F1C0000 cmpi cr6,r28,0
- 5: GETL R28, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x25472960: 419A0008 bc 12,26,0x25472968
- 9: Js26o $0x25472968
-
-
-
-. 1073 25472958 12
-. 83 89 02 20 2F 1C 00 00 41 9A 00 08
-==== BB 1074 (0x25472964) approx BBs exec'd 0 ====
-
- 0x25472964: 95230008 stwu r9,8(r3)
- 0: GETL R9, t0
- 1: GETL R3, t2
- 2: ADDL $0x8, t2
- 3: PUTL t2, R3
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x25472968: 8129000C lwz r9,12(r9)
- 6: GETL R9, t4
- 7: ADDL $0xC, t4
- 8: LDL (t4), t6
- 9: PUTL t6, R9
- 10: INCEIPL $4
-
- 0x2547296C: 2C090000 cmpi cr0,r9,0
- 11: GETL R9, t8
- 12: CMP0L t8, t10 (-rSo)
- 13: ICRFL t10, $0x0, CR
- 14: INCEIPL $4
-
- 0x25472970: 4082FFE8 bc 4,2,0x25472958
- 15: Jc02o $0x25472958
-
-
-
-. 1074 25472964 16
-. 95 23 00 08 81 29 00 0C 2C 09 00 00 40 82 FF E8
-==== BB 1075 (0x25472974) approx BBs exec'd 0 ====
-
- 0x25472974: 4800B359 bl 0x2547DCCC
- 0: MOVL $0x25472978, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x2547DCCC ($4)
-
-
-
-. 1075 25472974 4
-. 48 00 B3 59
-==== BB 1076 _dl_determine_tlsoffset(0x2547DCCC) approx BBs exec'd 0 ====
-
- 0x2547DCCC: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547DCD0: 7D8802A6 mflr r12
- 6: GETL LR, t4
- 7: PUTL t4, R12
- 8: INCEIPL $4
-
- 0x2547DCD4: 4801932D bl 0x25497000
- 9: MOVL $0x2547DCD8, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-
-. 1076 2547DCCC 12
-. 94 21 FF E0 7D 88 02 A6 48 01 93 2D
-==== BB 1077 (0x2547DCD8) approx BBs exec'd 0 ====
-
- 0x2547DCD8: 93C10018 stw r30,24(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547DCDC: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x2547DCE0: 9361000C stw r27,12(r1)
- 8: GETL R27, t6
- 9: GETL R1, t8
- 10: ADDL $0xC, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x2547DCE4: 93810010 stw r28,16(r1)
- 13: GETL R28, t10
- 14: GETL R1, t12
- 15: ADDL $0x10, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x2547DCE8: 38600000 li r3,0
- 18: MOVL $0x0, t14
- 19: PUTL t14, R3
- 20: INCEIPL $4
-
- 0x2547DCEC: 93A10014 stw r29,20(r1)
- 21: GETL R29, t16
- 22: GETL R1, t18
- 23: ADDL $0x14, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0x2547DCF0: 7D8803A6 mtlr r12
- 26: GETL R12, t20
- 27: PUTL t20, LR
- 28: INCEIPL $4
-
- 0x2547DCF4: 837E04C8 lwz r27,1224(r30)
- 29: GETL R30, t22
- 30: ADDL $0x4C8, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R27
- 33: INCEIPL $4
-
- 0x2547DCF8: 3B800020 li r28,32
- 34: MOVL $0x20, t26
- 35: PUTL t26, R28
- 36: INCEIPL $4
-
- 0x2547DCFC: 93E1001C stw r31,28(r1)
- 37: GETL R31, t28
- 38: GETL R1, t30
- 39: ADDL $0x1C, t30
- 40: STL t28, (t30)
- 41: INCEIPL $4
-
- 0x2547DD00: 3BA00000 li r29,0
- 42: MOVL $0x0, t32
- 43: PUTL t32, R29
- 44: INCEIPL $4
-
- 0x2547DD04: 813B0410 lwz r9,1040(r27)
- 45: GETL R27, t34
- 46: ADDL $0x410, t34
- 47: LDL (t34), t36
- 48: PUTL t36, R9
- 49: INCEIPL $4
-
- 0x2547DD08: 3BE00000 li r31,0
- 50: MOVL $0x0, t38
- 51: PUTL t38, R31
- 52: INCEIPL $4
-
- 0x2547DD0C: 39800001 li r12,1
- 53: MOVL $0x1, t40
- 54: PUTL t40, R12
- 55: INCEIPL $4
-
- 0x2547DD10: 38A90008 addi r5,r9,8
- 56: GETL R9, t42
- 57: ADDL $0x8, t42
- 58: PUTL t42, R5
- 59: INCEIPL $4
-
- 0x2547DD14: 8005000C lwz r0,12(r5)
- 60: GETL R5, t44
- 61: ADDL $0xC, t44
- 62: LDL (t44), t46
- 63: PUTL t46, R0
- 64: INCEIPL $4
-
- 0x2547DD18: 2F800000 cmpi cr7,r0,0
- 65: GETL R0, t48
- 66: CMP0L t48, t50 (-rSo)
- 67: ICRFL t50, $0x7, CR
- 68: INCEIPL $4
-
- 0x2547DD1C: 419E0104 bc 12,30,0x2547DE20
- 69: Js30o $0x2547DE20
-
-
-
-. 1077 2547DCD8 72
-. 93 C1 00 18 7F C8 02 A6 93 61 00 0C 93 81 00 10 38 60 00 00 93 A1 00 14 7D 88 03 A6 83 7E 04 C8 3B 80 00 20 93 E1 00 1C 3B A0 00 00 81 3B 04 10 3B E0 00 00 39 80 00 01 38 A9 00 08 80 05 00 0C 2F 80 00 00 41 9E 01 04
-==== BB 1078 (0x2547DD20) approx BBs exec'd 0 ====
-
- 0x2547DD20: 38C00008 li r6,8
- 0: MOVL $0x8, t0
- 1: PUTL t0, R6
- 2: INCEIPL $4
-
- 0x2547DD24: 48000058 b 0x2547DD7C
- 3: JMPo $0x2547DD7C ($4)
-
-
-
-. 1078 2547DD20 8
-. 38 C0 00 08 48 00 00 58
-==== BB 1079 (0x2547DD7C) approx BBs exec'd 0 ====
-
- 0x2547DD7C: 7D662A14 add r11,r6,r5
- 0: GETL R6, t0
- 1: GETL R5, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x2547DD80: 814B0004 lwz r10,4(r11)
- 5: GETL R11, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R10
- 9: INCEIPL $4
-
- 0x2547DD84: 816A0224 lwz r11,548(r10)
- 10: GETL R10, t8
- 11: ADDL $0x224, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R11
- 14: INCEIPL $4
-
- 0x2547DD88: 810A0228 lwz r8,552(r10)
- 15: GETL R10, t12
- 16: ADDL $0x228, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R8
- 19: INCEIPL $4
-
- 0x2547DD8C: 7C1C5840 cmpl cr0,r28,r11
- 20: GETL R28, t16
- 21: GETL R11, t18
- 22: CMPUL t16, t18, t20 (-rSo)
- 23: ICRFL t20, $0x0, CR
- 24: INCEIPL $4
-
- 0x2547DD90: 388BFFFF addi r4,r11,-1
- 25: GETL R11, t22
- 26: ADDL $0xFFFFFFFF, t22
- 27: PUTL t22, R4
- 28: INCEIPL $4
-
- 0x2547DD94: 7CE800D0 neg r7,r8
- 29: GETL R8, t24
- 30: NEGL t24
- 31: PUTL t24, R7
- 32: INCEIPL $4
-
- 0x2547DD98: 7CE82038 and r8,r7,r4
- 33: GETL R7, t26
- 34: GETL R4, t28
- 35: ANDL t26, t28
- 36: PUTL t28, R8
- 37: INCEIPL $4
-
- 0x2547DD9C: 40800008 bc 4,0,0x2547DDA4
- 38: Jc00o $0x2547DDA4
-
-
-
-. 1079 2547DD7C 36
-. 7D 66 2A 14 81 4B 00 04 81 6A 02 24 81 0A 02 28 7C 1C 58 40 38 8B FF FF 7C E8 00 D0 7C E8 20 38 40 80 00 08
-==== BB 1080 (0x2547DDA4) approx BBs exec'd 0 ====
-
- 0x2547DDA4: 80EA0220 lwz r7,544(r10)
- 0: GETL R10, t0
- 1: ADDL $0x220, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x2547DDA8: 7C9FE850 subf r4,r31,r29
- 5: GETL R31, t4
- 6: GETL R29, t6
- 7: SUBL t4, t6
- 8: PUTL t6, R4
- 9: INCEIPL $4
-
- 0x2547DDAC: 7C872040 cmpl cr1,r7,r4
- 10: GETL R7, t8
- 11: GETL R4, t10
- 12: CMPUL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x1, CR
- 14: INCEIPL $4
-
- 0x2547DDB0: 40A5FF78 bc 5,5,0x2547DD28
- 15: Jc05o $0x2547DD28
-
-
-
-. 1080 2547DDA4 16
-. 80 EA 02 20 7C 9F E8 50 7C 87 20 40 40 A5 FF 78
-==== BB 1081 (0x2547DDB4) approx BBs exec'd 0 ====
-
- 0x2547DDB4: 7D662A14 add r11,r6,r5
- 0: GETL R6, t0
- 1: GETL R5, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x2547DDB8: 814B0004 lwz r10,4(r11)
- 5: GETL R11, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R10
- 9: INCEIPL $4
-
- 0x2547DDBC: 816A0224 lwz r11,548(r10)
- 10: GETL R10, t8
- 11: ADDL $0x224, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R11
- 14: INCEIPL $4
-
- 0x2547DDC0: 7CCB1A14 add r6,r11,r3
- 15: GETL R11, t12
- 16: GETL R3, t14
- 17: ADDL t12, t14
- 18: PUTL t14, R6
- 19: INCEIPL $4
-
- 0x2547DDC4: 3806FFFF addi r0,r6,-1
- 20: GETL R6, t16
- 21: ADDL $0xFFFFFFFF, t16
- 22: PUTL t16, R0
- 23: INCEIPL $4
-
- 0x2547DDC8: 7D205B96 divwu r9, r0, r11
- 24: GETL R0, t20
- 25: GETL R11, t18
- 26: UDIVL t18, t20
- 27: PUTL t20, R9
- 28: INCEIPL $4
-
- 0x2547DDCC: 7D2959D6 mullw r9,r9,r11
- 29: GETL R9, t22
- 30: GETL R11, t24
- 31: MULL t22, t24
- 32: PUTL t24, R9
- 33: INCEIPL $4
-
- 0x2547DDD0: 7CE34850 subf r7,r3,r9
- 34: GETL R3, t26
- 35: GETL R9, t28
- 36: SUBL t26, t28
- 37: PUTL t28, R7
- 38: INCEIPL $4
-
- 0x2547DDD4: 7C074040 cmpl cr0,r7,r8
- 39: GETL R7, t30
- 40: GETL R8, t32
- 41: CMPUL t30, t32, t34 (-rSo)
- 42: ICRFL t34, $0x0, CR
- 43: INCEIPL $4
-
- 0x2547DDD8: 40800008 bc 4,0,0x2547DDE0
- 44: Jc00o $0x2547DDE0
-
-
-
-. 1081 2547DDB4 40
-. 7D 66 2A 14 81 4B 00 04 81 6A 02 24 7C CB 1A 14 38 06 FF FF 7D 20 5B 96 7D 29 59 D6 7C E3 48 50 7C 07 40 40 40 80 00 08
-==== BB 1082 (0x2547DDE0) approx BBs exec'd 0 ====
-
- 0x2547DDE0: 7D684850 subf r11,r8,r9
- 0: GETL R8, t0
- 1: GETL R9, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x2547DDE4: 7CE35850 subf r7,r3,r11
- 5: GETL R3, t4
- 6: GETL R11, t6
- 7: SUBL t4, t6
- 8: PUTL t6, R7
- 9: INCEIPL $4
-
- 0x2547DDE8: 916A022C stw r11,556(r10)
- 10: GETL R11, t8
- 11: GETL R10, t10
- 12: ADDL $0x22C, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x2547DDEC: 7C872040 cmpl cr1,r7,r4
- 15: GETL R7, t12
- 16: GETL R4, t14
- 17: CMPUL t12, t14, t16 (-rSo)
- 18: ICRFL t16, $0x1, CR
- 19: INCEIPL $4
-
- 0x2547DDF0: 4085000C bc 4,5,0x2547DDFC
- 20: Jc05o $0x2547DDFC
-
-
-
-. 1082 2547DDE0 20
-. 7D 68 48 50 7C E3 58 50 91 6A 02 2C 7C 87 20 40 40 85 00 0C
-==== BB 1083 (0x2547DDFC) approx BBs exec'd 0 ====
-
- 0x2547DDFC: 806A0220 lwz r3,544(r10)
- 0: GETL R10, t0
- 1: ADDL $0x220, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x2547DE00: 398C0001 addi r12,r12,1
- 5: GETL R12, t4
- 6: ADDL $0x1, t4
- 7: PUTL t4, R12
- 8: INCEIPL $4
-
- 0x2547DE04: 55861838 rlwinm r6,r12,3,0,28
- 9: GETL R12, t6
- 10: SHLL $0x3, t6
- 11: PUTL t6, R6
- 12: INCEIPL $4
-
- 0x2547DE08: 7D434A14 add r10,r3,r9
- 13: GETL R3, t8
- 14: GETL R9, t10
- 15: ADDL t8, t10
- 16: PUTL t10, R10
- 17: INCEIPL $4
-
- 0x2547DE0C: 7C685050 subf r3,r8,r10
- 18: GETL R8, t12
- 19: GETL R10, t14
- 20: SUBL t12, t14
- 21: PUTL t14, R3
- 22: INCEIPL $4
-
- 0x2547DE10: 7D062A14 add r8,r6,r5
- 23: GETL R6, t16
- 24: GETL R5, t18
- 25: ADDL t16, t18
- 26: PUTL t18, R8
- 27: INCEIPL $4
-
- 0x2547DE14: 80880004 lwz r4,4(r8)
- 28: GETL R8, t20
- 29: ADDL $0x4, t20
- 30: LDL (t20), t22
- 31: PUTL t22, R4
- 32: INCEIPL $4
-
- 0x2547DE18: 2F040000 cmpi cr6,r4,0
- 33: GETL R4, t24
- 34: CMP0L t24, t26 (-rSo)
- 35: ICRFL t26, $0x6, CR
- 36: INCEIPL $4
-
- 0x2547DE1C: 409AFF60 bc 4,26,0x2547DD7C
- 37: Jc26o $0x2547DD7C
-
-
-
-. 1083 2547DDFC 36
-. 80 6A 02 20 39 8C 00 01 55 86 18 38 7D 43 4A 14 7C 68 50 50 7D 06 2A 14 80 88 00 04 2F 04 00 00 40 9A FF 60
-==== BB 1084 (0x2547DE20) approx BBs exec'd 0 ====
-
- 0x2547DE20: 3BA3069F addi r29,r3,1695
- 0: GETL R3, t0
- 1: ADDL $0x69F, t0
- 2: PUTL t0, R29
- 3: INCEIPL $4
-
- 0x2547DE24: 939B0420 stw r28,1056(r27)
- 4: GETL R28, t2
- 5: GETL R27, t4
- 6: ADDL $0x420, t4
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0x2547DE28: 57A50034 rlwinm r5,r29,0,0,26
- 9: GETL R29, t6
- 10: ANDL $0xFFFFFFE0, t6
- 11: PUTL t6, R5
- 12: INCEIPL $4
-
- 0x2547DE2C: 907B041C stw r3,1052(r27)
- 13: GETL R3, t8
- 14: GETL R27, t10
- 15: ADDL $0x41C, t10
- 16: STL t8, (t10)
- 17: INCEIPL $4
-
- 0x2547DE30: 90BB0418 stw r5,1048(r27)
- 18: GETL R5, t12
- 19: GETL R27, t14
- 20: ADDL $0x418, t14
- 21: STL t12, (t14)
- 22: INCEIPL $4
-
- 0x2547DE34: 83810010 lwz r28,16(r1)
- 23: GETL R1, t16
- 24: ADDL $0x10, t16
- 25: LDL (t16), t18
- 26: PUTL t18, R28
- 27: INCEIPL $4
-
- 0x2547DE38: 8361000C lwz r27,12(r1)
- 28: GETL R1, t20
- 29: ADDL $0xC, t20
- 30: LDL (t20), t22
- 31: PUTL t22, R27
- 32: INCEIPL $4
-
- 0x2547DE3C: 83A10014 lwz r29,20(r1)
- 33: GETL R1, t24
- 34: ADDL $0x14, t24
- 35: LDL (t24), t26
- 36: PUTL t26, R29
- 37: INCEIPL $4
-
- 0x2547DE40: 83C10018 lwz r30,24(r1)
- 38: GETL R1, t28
- 39: ADDL $0x18, t28
- 40: LDL (t28), t30
- 41: PUTL t30, R30
- 42: INCEIPL $4
-
- 0x2547DE44: 83E1001C lwz r31,28(r1)
- 43: GETL R1, t32
- 44: ADDL $0x1C, t32
- 45: LDL (t32), t34
- 46: PUTL t34, R31
- 47: INCEIPL $4
-
- 0x2547DE48: 38210020 addi r1,r1,32
- 48: GETL R1, t36
- 49: ADDL $0x20, t36
- 50: PUTL t36, R1
- 51: INCEIPL $4
-
- 0x2547DE4C: 4E800020 blr
- 52: GETL LR, t38
- 53: JMPo-r t38 ($4)
-
-
-
-. 1084 2547DE20 48
-. 3B A3 06 9F 93 9B 04 20 57 A5 00 34 90 7B 04 1C 90 BB 04 18 83 81 00 10 83 61 00 0C 83 A1 00 14 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 1085 (0x25472978) approx BBs exec'd 0 ====
-
- 0x25472978: 4800B57D bl 0x2547DEF4
- 0: MOVL $0x2547297C, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x2547DEF4 ($4)
-
-
-
-. 1085 25472978 4
-. 48 00 B5 7D
-==== BB 1086 _dl_allocate_tls_storage(0x2547DEF4) approx BBs exec'd 0 ====
-
- 0x2547DEF4: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547DEF8: 7C6802A6 mflr r3
- 6: GETL LR, t4
- 7: PUTL t4, R3
- 8: INCEIPL $4
-
- 0x2547DEFC: 48019105 bl 0x25497000
- 9: MOVL $0x2547DF00, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-
-. 1086 2547DEF4 12
-. 94 21 FF E0 7C 68 02 A6 48 01 91 05
-==== BB 1087 (0x2547DF00) approx BBs exec'd 0 ====
-
- 0x2547DF00: 93C10018 stw r30,24(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547DF04: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x2547DF08: 93810010 stw r28,16(r1)
- 8: GETL R28, t6
- 9: GETL R1, t8
- 10: ADDL $0x10, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x2547DF0C: 90610024 stw r3,36(r1)
- 13: GETL R3, t10
- 14: GETL R1, t12
- 15: ADDL $0x24, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x2547DF10: 93A10014 stw r29,20(r1)
- 18: GETL R29, t14
- 19: GETL R1, t16
- 20: ADDL $0x14, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0x2547DF14: 839E04C8 lwz r28,1224(r30)
- 23: GETL R30, t18
- 24: ADDL $0x4C8, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R28
- 27: INCEIPL $4
-
- 0x2547DF18: 9361000C stw r27,12(r1)
- 28: GETL R27, t22
- 29: GETL R1, t24
- 30: ADDL $0xC, t24
- 31: STL t22, (t24)
- 32: INCEIPL $4
-
- 0x2547DF1C: 807C0420 lwz r3,1056(r28)
- 33: GETL R28, t26
- 34: ADDL $0x420, t26
- 35: LDL (t26), t28
- 36: PUTL t28, R3
- 37: INCEIPL $4
-
- 0x2547DF20: 809C0418 lwz r4,1048(r28)
- 38: GETL R28, t30
- 39: ADDL $0x418, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R4
- 42: INCEIPL $4
-
- 0x2547DF24: 38A3046F addi r5,r3,1135
- 43: GETL R3, t34
- 44: ADDL $0x46F, t34
- 45: PUTL t34, R5
- 46: INCEIPL $4
-
- 0x2547DF28: 7D2300D0 neg r9,r3
- 47: GETL R3, t36
- 48: NEGL t36
- 49: PUTL t36, R9
- 50: INCEIPL $4
-
- 0x2547DF2C: 7CA04838 and r0,r5,r9
- 51: GETL R5, t38
- 52: GETL R9, t40
- 53: ANDL t38, t40
- 54: PUTL t40, R0
- 55: INCEIPL $4
-
- 0x2547DF30: 93E1001C stw r31,28(r1)
- 56: GETL R31, t42
- 57: GETL R1, t44
- 58: ADDL $0x1C, t44
- 59: STL t42, (t44)
- 60: INCEIPL $4
-
- 0x2547DF34: 7FA40214 add r29,r4,r0
- 61: GETL R4, t46
- 62: GETL R0, t48
- 63: ADDL t46, t48
- 64: PUTL t48, R29
- 65: INCEIPL $4
-
- 0x2547DF38: 7FA4EB78 or r4,r29,r29
- 66: GETL R29, t50
- 67: PUTL t50, R4
- 68: INCEIPL $4
-
- 0x2547DF3C: 48019AE1 bl 0x25497A1C
- 69: MOVL $0x2547DF40, t52
- 70: PUTL t52, LR
- 71: JMPo-c $0x25497A1C ($4)
-
-
-
-. 1087 2547DF00 64
-. 93 C1 00 18 7F C8 02 A6 93 81 00 10 90 61 00 24 93 A1 00 14 83 9E 04 C8 93 61 00 0C 80 7C 04 20 80 9C 04 18 38 A3 04 6F 7D 23 00 D0 7C A0 48 38 93 E1 00 1C 7F A4 02 14 7F A4 EB 78 48 01 9A E1
-==== BB 1088 (0x2547DF40) approx BBs exec'd 0 ====
-
- 0x2547DF40: 38A00470 li r5,1136
- 0: MOVL $0x470, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0x2547DF44: 7C7F1B79 or. r31,r3,r3
- 3: GETL R3, t2
- 4: PUTL t2, R31
- 5: CMP0L t2, t4 (-rSo)
- 6: ICRFL t4, $0x0, CR
- 7: INCEIPL $4
-
- 0x2547DF48: 38800000 li r4,0
- 8: MOVL $0x0, t6
- 9: PUTL t6, R4
- 10: INCEIPL $4
-
- 0x2547DF4C: 7FFBFB78 or r27,r31,r31
- 11: GETL R31, t8
- 12: PUTL t8, R27
- 13: INCEIPL $4
-
- 0x2547DF50: 7C1FEA14 add r0,r31,r29
- 14: GETL R31, t10
- 15: GETL R29, t12
- 16: ADDL t10, t12
- 17: PUTL t12, R0
- 18: INCEIPL $4
-
- 0x2547DF54: 4182004C bc 12,2,0x2547DFA0
- 19: Js02o $0x2547DFA0
-
-
-
-. 1088 2547DF40 24
-. 38 A0 04 70 7C 7F 1B 79 38 80 00 00 7F FB FB 78 7C 1F EA 14 41 82 00 4C
-==== BB 1089 (0x2547DF58) approx BBs exec'd 0 ====
-
- 0x2547DF58: 80FC0418 lwz r7,1048(r28)
- 0: GETL R28, t0
- 1: ADDL $0x418, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x2547DF5C: 7FA70050 subf r29,r7,r0
- 5: GETL R7, t4
- 6: GETL R0, t6
- 7: SUBL t4, t6
- 8: PUTL t6, R29
- 9: INCEIPL $4
-
- 0x2547DF60: 387DFB90 addi r3,r29,-1136
- 10: GETL R29, t8
- 11: ADDL $0xFFFFFB90, t8
- 12: PUTL t8, R3
- 13: INCEIPL $4
-
- 0x2547DF64: 480057E1 bl 0x25483744
- 14: MOVL $0x2547DF68, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0x25483744 ($4)
-
-
-
-. 1089 2547DF58 16
-. 80 FC 04 18 7F A7 00 50 38 7D FB 90 48 00 57 E1
-==== BB 1090 (0x2547DF68) approx BBs exec'd 0 ====
-
- 0x2547DF68: 80DC0408 lwz r6,1032(r28)
- 0: GETL R28, t0
- 1: ADDL $0x408, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x2547DF6C: 38800004 li r4,4
- 5: MOVL $0x4, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0x2547DF70: 38660010 addi r3,r6,16
- 8: GETL R6, t6
- 9: ADDL $0x10, t6
- 10: PUTL t6, R3
- 11: INCEIPL $4
-
- 0x2547DF74: 3BE6000E addi r31,r6,14
- 12: GETL R6, t8
- 13: ADDL $0xE, t8
- 14: PUTL t8, R31
- 15: INCEIPL $4
-
- 0x2547DF78: 48019AB5 bl 0x25497A2C
- 16: MOVL $0x2547DF7C, t10
- 17: PUTL t10, LR
- 18: JMPo-c $0x25497A2C ($4)
-
-
-
-. 1090 2547DF68 20
-. 80 DC 04 08 38 80 00 04 38 66 00 10 3B E6 00 0E 48 01 9A B5
-==== BB 1091 (0x2547DF7C) approx BBs exec'd 0 ====
-
- 0x2547DF7C: 2C830000 cmpi cr1,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0x2547DF80: 38030004 addi r0,r3,4
- 4: GETL R3, t4
- 5: ADDL $0x4, t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0x2547DF84: 41860044 bc 12,6,0x2547DFC8
- 8: Js06o $0x2547DFC8
-
-
-
-. 1091 2547DF7C 12
-. 2C 83 00 00 38 03 00 04 41 86 00 44
-==== BB 1092 (0x2547DF88) approx BBs exec'd 0 ====
-
- 0x2547DF88: 93E30000 stw r31,0(r3)
- 0: GETL R31, t0
- 1: GETL R3, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0x2547DF8C: 901DFFFC stw r0,-4(r29)
- 4: GETL R0, t4
- 5: GETL R29, t6
- 6: ADDL $0xFFFFFFFC, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0x2547DF90: 2F9D0000 cmpi cr7,r29,0
- 9: GETL R29, t8
- 10: CMP0L t8, t10 (-rSo)
- 11: ICRFL t10, $0x7, CR
- 12: INCEIPL $4
-
- 0x2547DF94: 7FBFEB78 or r31,r29,r29
- 13: GETL R29, t12
- 14: PUTL t12, R31
- 15: INCEIPL $4
-
- 0x2547DF98: 7F63DB78 or r3,r27,r27
- 16: GETL R27, t14
- 17: PUTL t14, R3
- 18: INCEIPL $4
-
- 0x2547DF9C: 419E0034 bc 12,30,0x2547DFD0
- 19: Js30o $0x2547DFD0
-
-
-
-. 1092 2547DF88 24
-. 93 E3 00 00 90 1D FF FC 2F 9D 00 00 7F BF EB 78 7F 63 DB 78 41 9E 00 34
-==== BB 1093 (0x2547DFA0) approx BBs exec'd 0 ====
-
- 0x2547DFA0: 81010024 lwz r8,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x2547DFA4: 7FE3FB78 or r3,r31,r31
- 5: GETL R31, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x2547DFA8: 8361000C lwz r27,12(r1)
- 8: GETL R1, t6
- 9: ADDL $0xC, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R27
- 12: INCEIPL $4
-
- 0x2547DFAC: 83810010 lwz r28,16(r1)
- 13: GETL R1, t10
- 14: ADDL $0x10, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R28
- 17: INCEIPL $4
-
- 0x2547DFB0: 7D0803A6 mtlr r8
- 18: GETL R8, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0x2547DFB4: 83A10014 lwz r29,20(r1)
- 21: GETL R1, t16
- 22: ADDL $0x14, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R29
- 25: INCEIPL $4
-
- 0x2547DFB8: 83C10018 lwz r30,24(r1)
- 26: GETL R1, t20
- 27: ADDL $0x18, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R30
- 30: INCEIPL $4
-
- 0x2547DFBC: 83E1001C lwz r31,28(r1)
- 31: GETL R1, t24
- 32: ADDL $0x1C, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R31
- 35: INCEIPL $4
-
- 0x2547DFC0: 38210020 addi r1,r1,32
- 36: GETL R1, t28
- 37: ADDL $0x20, t28
- 38: PUTL t28, R1
- 39: INCEIPL $4
-
- 0x2547DFC4: 4E800020 blr
- 40: GETL LR, t30
- 41: JMPo-r t30 ($4)
-
-
-
-. 1093 2547DFA0 40
-. 81 01 00 24 7F E3 FB 78 83 61 00 0C 83 81 00 10 7D 08 03 A6 83 A1 00 14 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 1094 (0x2547297C) approx BBs exec'd 0 ====
-
- 0x2547297C: 7C711B79 or. r17,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R17
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x25472980: 41820E04 bc 12,2,0x25473784
- 5: Js02o $0x25473784
-
-
-
-. 1094 2547297C 8
-. 7C 71 1B 79 41 82 0E 04
-==== BB 1095 (0x25472984) approx BBs exec'd 0 ====
-
- 0x25472984: 813F0030 lwz r9,48(r31)
- 0: GETL R31, t0
- 1: ADDL $0x30, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25472988: 39540158 addi r10,r20,344
- 5: GETL R20, t4
- 6: ADDL $0x158, t4
- 7: PUTL t4, R10
- 8: INCEIPL $4
-
- 0x2547298C: 8311FFFC lwz r24,-4(r17)
- 9: GETL R17, t6
- 10: ADDL $0xFFFFFFFC, t6
- 11: LDL (t6), t8
- 12: PUTL t8, R24
- 13: INCEIPL $4
-
- 0x25472990: 2F890000 cmpi cr7,r9,0
- 14: GETL R9, t10
- 15: CMP0L t10, t12 (-rSo)
- 16: ICRFL t12, $0x7, CR
- 17: INCEIPL $4
-
- 0x25472994: 915F0078 stw r10,120(r31)
- 18: GETL R10, t14
- 19: GETL R31, t16
- 20: ADDL $0x78, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0x25472998: 930E0424 stw r24,1060(r14)
- 23: GETL R24, t18
- 24: GETL R14, t20
- 25: ADDL $0x424, t20
- 26: STL t18, (t20)
- 27: INCEIPL $4
-
- 0x2547299C: 409E0E38 bc 4,30,0x254737D4
- 28: Jc30o $0x254737D4
-
-
-
-. 1095 25472984 28
-. 81 3F 00 30 39 54 01 58 83 11 FF FC 2F 89 00 00 91 5F 00 78 93 0E 04 24 40 9E 0E 38
-==== BB 1096 (0x254729A0) approx BBs exec'd 0 ====
-
- 0x254729A0: 8074013C lwz r3,316(r20)
- 0: GETL R20, t0
- 1: ADDL $0x13C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x254729A4: 2E120000 cmpi cr4,r18,0
- 5: GETL R18, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x4, CR
- 8: INCEIPL $4
-
- 0x254729A8: 2F830000 cmpi cr7,r3,0
- 9: GETL R3, t8
- 10: CMP0L t8, t10 (-rSo)
- 11: ICRFL t10, $0x7, CR
- 12: INCEIPL $4
-
- 0x254729AC: 419E0118 bc 12,30,0x25472AC4
- 13: Js30o $0x25472AC4
-
-
-
-. 1096 254729A0 16
-. 80 74 01 3C 2E 12 00 00 2F 83 00 00 41 9E 01 18
-==== BB 1097 (0x254729B0) approx BBs exec'd 0 ====
-
- 0x254729B0: 826F0050 lwz r19,80(r15)
- 0: GETL R15, t0
- 1: ADDL $0x50, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R19
- 4: INCEIPL $4
-
- 0x254729B4: 2C130000 cmpi cr0,r19,0
- 5: GETL R19, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0x254729B8: 4082010C bc 4,2,0x25472AC4
- 9: Jc02o $0x25472AC4
-
-
-
-. 1097 254729B0 12
-. 82 6F 00 50 2C 13 00 00 40 82 01 0C
-==== BB 1098 (0x254729BC) approx BBs exec'd 0 ====
-
- 0x254729BC: 83940114 lwz r28,276(r20)
- 0: GETL R20, t0
- 1: ADDL $0x114, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0x254729C0: 8314015C lwz r24,348(r20)
- 5: GETL R20, t4
- 6: ADDL $0x15C, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R24
- 9: INCEIPL $4
-
- 0x254729C4: 83A30004 lwz r29,4(r3)
- 10: GETL R3, t8
- 11: ADDL $0x4, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R29
- 14: INCEIPL $4
-
- 0x254729C8: 817C0004 lwz r11,4(r28)
- 15: GETL R28, t12
- 16: ADDL $0x4, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R11
- 19: INCEIPL $4
-
- 0x254729CC: 5706103A rlwinm r6,r24,2,0,29
- 20: GETL R24, t16
- 21: SHLL $0x2, t16
- 22: PUTL t16, R6
- 23: INCEIPL $4
-
- 0x254729D0: 83940158 lwz r28,344(r20)
- 24: GETL R20, t18
- 25: ADDL $0x158, t18
- 26: LDL (t18), t20
- 27: PUTL t20, R28
- 28: INCEIPL $4
-
- 0x254729D4: 7F4BEA14 add r26,r11,r29
- 29: GETL R11, t22
- 30: GETL R29, t24
- 31: ADDL t22, t24
- 32: PUTL t24, R26
- 33: INCEIPL $4
-
- 0x254729D8: 82F40034 lwz r23,52(r20)
- 34: GETL R20, t26
- 35: ADDL $0x34, t26
- 36: LDL (t26), t28
- 37: PUTL t28, R23
- 38: INCEIPL $4
-
- 0x254729DC: 7F66E214 add r27,r6,r28
- 39: GETL R6, t30
- 40: GETL R28, t32
- 41: ADDL t30, t32
- 42: PUTL t32, R27
- 43: INCEIPL $4
-
- 0x254729E0: 7E1AE810 subfc r16,r26,r29
- 44: GETL R26, t34
- 45: GETL R29, t36
- 46: SBBL t34, t36 (-wCa)
- 47: PUTL t36, R16
- 48: INCEIPL $4
-
- 0x254729E4: 7E108110 subfe r16,r16,r16
- 49: GETL R16, t38
- 50: GETL R16, t40
- 51: SBBL t38, t40 (-rCa-wCa)
- 52: PUTL t40, R16
- 53: INCEIPL $4
-
- 0x254729E8: 7E1000D0 neg r16,r16
- 54: GETL R16, t42
- 55: NEGL t42
- 56: PUTL t42, R16
- 57: INCEIPL $4
-
- 0x254729EC: 7EDBE010 subfc r22,r27,r28
- 58: GETL R27, t44
- 59: GETL R28, t46
- 60: SBBL t44, t46 (-wCa)
- 61: PUTL t46, R22
- 62: INCEIPL $4
-
- 0x254729F0: 7ED6B110 subfe r22,r22,r22
- 63: GETL R22, t48
- 64: GETL R22, t50
- 65: SBBL t48, t50 (-rCa-wCa)
- 66: PUTL t50, R22
- 67: INCEIPL $4
-
- 0x254729F4: 7ED600D0 neg r22,r22
- 68: GETL R22, t52
- 69: NEGL t52
- 70: PUTL t52, R22
- 71: INCEIPL $4
-
- 0x254729F8: 83370004 lwz r25,4(r23)
- 72: GETL R23, t54
- 73: ADDL $0x4, t54
- 74: LDL (t54), t56
- 75: PUTL t56, R25
- 76: INCEIPL $4
-
- 0x254729FC: 7EC98039 and. r9,r22,r16
- 77: GETL R22, t58
- 78: GETL R16, t60
- 79: ANDL t58, t60
- 80: PUTL t60, R9
- 81: CMP0L t60, t62 (-rSo)
- 82: ICRFL t62, $0x0, CR
- 83: INCEIPL $4
-
- 0x25472A00: 41820090 bc 12,2,0x25472A90
- 84: Js02o $0x25472A90
-
-
-
-. 1098 254729BC 72
-. 83 94 01 14 83 14 01 5C 83 A3 00 04 81 7C 00 04 57 06 10 3A 83 94 01 58 7F 4B EA 14 82 F4 00 34 7F 66 E2 14 7E 1A E8 10 7E 10 81 10 7E 10 00 D0 7E DB E0 10 7E D6 B1 10 7E D6 00 D0 83 37 00 04 7E C9 80 39 41 82 00 90
-==== BB 1099 (0x25472A04) approx BBs exec'd 0 ====
-
- 0x25472A04: 809C0000 lwz r4,0(r28)
- 0: GETL R28, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R4
- 3: INCEIPL $4
-
- 0x25472A08: 7C84A000 cmp cr1,r4,r20
- 4: GETL R4, t4
- 5: GETL R20, t6
- 6: CMPL t4, t6, t8 (-rSo)
- 7: ICRFL t8, $0x1, CR
- 8: INCEIPL $4
-
- 0x25472A0C: 41860060 bc 12,6,0x25472A6C
- 9: Js06o $0x25472A6C
-
-
-
-. 1099 25472A04 12
-. 80 9C 00 00 7C 84 A0 00 41 86 00 60
-==== BB 1100 (0x25472A6C) approx BBs exec'd 0 ====
-
- 0x25472A6C: 3B9C0004 addi r28,r28,4
- 0: GETL R28, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R28
- 3: INCEIPL $4
-
- 0x25472A70: 7C9AE810 subfc r4,r26,r29
- 4: GETL R26, t2
- 5: GETL R29, t4
- 6: SBBL t2, t4 (-wCa)
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0x25472A74: 7C842110 subfe r4,r4,r4
- 9: GETL R4, t6
- 10: GETL R4, t8
- 11: SBBL t6, t8 (-rCa-wCa)
- 12: PUTL t8, R4
- 13: INCEIPL $4
-
- 0x25472A78: 7C8400D0 neg r4,r4
- 14: GETL R4, t10
- 15: NEGL t10
- 16: PUTL t10, R4
- 17: INCEIPL $4
-
- 0x25472A7C: 7CBBE010 subfc r5,r27,r28
- 18: GETL R27, t12
- 19: GETL R28, t14
- 20: SBBL t12, t14 (-wCa)
- 21: PUTL t14, R5
- 22: INCEIPL $4
-
- 0x25472A80: 7CA52910 subfe r5,r5,r5
- 23: GETL R5, t16
- 24: GETL R5, t18
- 25: SBBL t16, t18 (-rCa-wCa)
- 26: PUTL t18, R5
- 27: INCEIPL $4
-
- 0x25472A84: 7CA500D0 neg r5,r5
- 28: GETL R5, t20
- 29: NEGL t20
- 30: PUTL t20, R5
- 31: INCEIPL $4
-
- 0x25472A88: 7CAA2039 and. r10,r5,r4
- 32: GETL R5, t22
- 33: GETL R4, t24
- 34: ANDL t22, t24
- 35: PUTL t24, R10
- 36: CMP0L t24, t26 (-rSo)
- 37: ICRFL t26, $0x0, CR
- 38: INCEIPL $4
-
- 0x25472A8C: 4082FF78 bc 4,2,0x25472A04
- 39: Jc02o $0x25472A04
-
-
-
-. 1100 25472A6C 36
-. 3B 9C 00 04 7C 9A E8 10 7C 84 21 10 7C 84 00 D0 7C BB E0 10 7C A5 29 10 7C A5 00 D0 7C AA 20 39 40 82 FF 78
-==== BB 1101 (0x25472A10) approx BBs exec'd 0 ====
-
- 0x25472A10: 81040000 lwz r8,0(r4)
- 0: GETL R4, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R8
- 3: INCEIPL $4
-
- 0x25472A14: 2E080000 cmpi cr4,r8,0
- 4: GETL R8, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x4, CR
- 7: INCEIPL $4
-
- 0x25472A18: 40920078 bc 4,18,0x25472A90
- 8: Jc18o $0x25472A90
-
-
-
-. 1101 25472A10 12
-. 81 04 00 00 2E 08 00 00 40 92 00 78
-==== BB 1102 (0x25472A90) approx BBs exec'd 0 ====
-
- 0x25472A90: 7F80DA78 xor r0,r28,r27
- 0: GETL R28, t0
- 1: GETL R27, t2
- 2: XORL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25472A94: 21600000 subfic r11,r0,0
- 5: GETL R0, t4
- 6: MOVL $0x0, t6
- 7: SBBL t4, t6 (-wCa)
- 8: PUTL t6, R11
- 9: INCEIPL $4
-
- 0x25472A98: 7C0B0114 adde r0,r11,r0
- 10: GETL R11, t8
- 11: GETL R0, t10
- 12: ADCL t8, t10 (-rCa-wCa)
- 13: PUTL t10, R0
- 14: INCEIPL $4
-
- 0x25472A9C: 7FACD278 xor r12,r29,r26
- 15: GETL R29, t12
- 16: GETL R26, t14
- 17: XORL t12, t14
- 18: PUTL t14, R12
- 19: INCEIPL $4
-
- 0x25472AA0: 214C0000 subfic r10,r12,0
- 20: GETL R12, t16
- 21: MOVL $0x0, t18
- 22: SBBL t16, t18 (-wCa)
- 23: PUTL t18, R10
- 24: INCEIPL $4
-
- 0x25472AA4: 7D8A6114 adde r12,r10,r12
- 25: GETL R10, t20
- 26: GETL R12, t22
- 27: ADCL t20, t22 (-rCa-wCa)
- 28: PUTL t22, R12
- 29: INCEIPL $4
-
- 0x25472AA8: 7C0B6039 and. r11,r0,r12
- 30: GETL R0, t24
- 31: GETL R12, t26
- 32: ANDL t24, t26
- 33: PUTL t26, R11
- 34: CMP0L t26, t28 (-rSo)
- 35: ICRFL t28, $0x0, CR
- 36: INCEIPL $4
-
- 0x25472AAC: 41820008 bc 12,2,0x25472AB4
- 37: Js02o $0x25472AB4
-
-
-
-. 1102 25472A90 32
-. 7F 80 DA 78 21 60 00 00 7C 0B 01 14 7F AC D2 78 21 4C 00 00 7D 8A 61 14 7C 0B 60 39 41 82 00 08
-==== BB 1103 (0x25472AB4) approx BBs exec'd 0 ====
-
- 0x25472AB4: 83AF0000 lwz r29,0(r15)
- 0: GETL R15, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R29
- 3: INCEIPL $4
-
- 0x25472AB8: 2E120000 cmpi cr4,r18,0
- 4: GETL R18, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x4, CR
- 7: INCEIPL $4
-
- 0x25472ABC: 73A90001 andi. r9,r29,0x1
- 8: GETL R29, t8
- 9: ANDL $0x1, t8
- 10: PUTL t8, R9
- 11: CMP0L t8, t10 (-rSo)
- 12: ICRFL t10, $0x0, CR
- 13: INCEIPL $4
-
- 0x25472AC0: 40821240 bc 4,2,0x25473D00
- 14: Jc02o $0x25473D00
-
-
-
-. 1103 25472AB4 16
-. 83 AF 00 00 2E 12 00 00 73 A9 00 01 40 82 12 40
-==== BB 1104 (0x25472AC4) approx BBs exec'd 0 ====
-
- 0x25472AC4: 806E01B8 lwz r3,440(r14)
- 0: GETL R14, t0
- 1: ADDL $0x1B8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x25472AC8: 4800947D bl 0x2547BF44
- 5: MOVL $0x25472ACC, t4
- 6: PUTL t4, LR
- 7: JMPo-c $0x2547BF44 ($4)
-
-
-
-. 1104 25472AC4 8
-. 80 6E 01 B8 48 00 94 7D
-==== BB 1105 _dl_debug_initialize(0x2547BF44) approx BBs exec'd 0 ====
-
- 0x2547BF44: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547BF48: 7D8802A6 mflr r12
- 6: GETL LR, t4
- 7: PUTL t4, R12
- 8: INCEIPL $4
-
- 0x2547BF4C: 4801B0B5 bl 0x25497000
- 9: MOVL $0x2547BF50, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-
-. 1105 2547BF44 12
-. 94 21 FF F0 7D 88 02 A6 48 01 B0 B5
-==== BB 1106 (0x2547BF50) approx BBs exec'd 0 ====
-
- 0x2547BF50: 93C10008 stw r30,8(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547BF54: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x2547BF58: 7C681B78 or r8,r3,r3
- 8: GETL R3, t6
- 9: PUTL t6, R8
- 10: INCEIPL $4
-
- 0x2547BF5C: 7D8803A6 mtlr r12
- 11: GETL R12, t8
- 12: PUTL t8, LR
- 13: INCEIPL $4
-
- 0x2547BF60: 815E0518 lwz r10,1304(r30)
- 14: GETL R30, t10
- 15: ADDL $0x518, t10
- 16: LDL (t10), t12
- 17: PUTL t12, R10
- 18: INCEIPL $4
-
- 0x2547BF64: 800A0008 lwz r0,8(r10)
- 19: GETL R10, t14
- 20: ADDL $0x8, t14
- 21: LDL (t14), t16
- 22: PUTL t16, R0
- 23: INCEIPL $4
-
- 0x2547BF68: 7D435378 or r3,r10,r10
- 24: GETL R10, t18
- 25: PUTL t18, R3
- 26: INCEIPL $4
-
- 0x2547BF6C: 2F800000 cmpi cr7,r0,0
- 27: GETL R0, t20
- 28: CMP0L t20, t22 (-rSo)
- 29: ICRFL t22, $0x7, CR
- 30: INCEIPL $4
-
- 0x2547BF70: 409E0024 bc 4,30,0x2547BF94
- 31: Jc30o $0x2547BF94
-
-
-
-. 1106 2547BF50 36
-. 93 C1 00 08 7F C8 02 A6 7C 68 1B 78 7D 88 03 A6 81 5E 05 18 80 0A 00 08 7D 43 53 78 2F 80 00 00 40 9E 00 24
-==== BB 1107 (0x2547BF74) approx BBs exec'd 0 ====
-
- 0x2547BF74: 813E04C8 lwz r9,1224(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4C8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x2547BF78: 38A00001 li r5,1
- 5: MOVL $0x1, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x2547BF7C: 809E0508 lwz r4,1288(r30)
- 8: GETL R30, t6
- 9: ADDL $0x508, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R4
- 12: INCEIPL $4
-
- 0x2547BF80: 81690000 lwz r11,0(r9)
- 13: GETL R9, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R11
- 16: INCEIPL $4
-
- 0x2547BF84: 90AA0000 stw r5,0(r10)
- 17: GETL R5, t14
- 18: GETL R10, t16
- 19: STL t14, (t16)
- 20: INCEIPL $4
-
- 0x2547BF88: 910A0010 stw r8,16(r10)
- 21: GETL R8, t18
- 22: GETL R10, t20
- 23: ADDL $0x10, t20
- 24: STL t18, (t20)
- 25: INCEIPL $4
-
- 0x2547BF8C: 916A0004 stw r11,4(r10)
- 26: GETL R11, t22
- 27: GETL R10, t24
- 28: ADDL $0x4, t24
- 29: STL t22, (t24)
- 30: INCEIPL $4
-
- 0x2547BF90: 908A0008 stw r4,8(r10)
- 31: GETL R4, t26
- 32: GETL R10, t28
- 33: ADDL $0x8, t28
- 34: STL t26, (t28)
- 35: INCEIPL $4
-
- 0x2547BF94: 83C10008 lwz r30,8(r1)
- 36: GETL R1, t30
- 37: ADDL $0x8, t30
- 38: LDL (t30), t32
- 39: PUTL t32, R30
- 40: INCEIPL $4
-
- 0x2547BF98: 38210010 addi r1,r1,16
- 41: GETL R1, t34
- 42: ADDL $0x10, t34
- 43: PUTL t34, R1
- 44: INCEIPL $4
-
- 0x2547BF9C: 4E800020 blr
- 45: GETL LR, t36
- 46: JMPo-r t36 ($4)
-
-
-
-. 1107 2547BF74 44
-. 81 3E 04 C8 38 A0 00 01 80 9E 05 08 81 69 00 00 90 AA 00 00 91 0A 00 10 91 6A 00 04 90 8A 00 08 83 C1 00 08 38 21 00 10 4E 80 00 20
-==== BB 1108 (0x25472ACC) approx BBs exec'd 0 ====
-
- 0x25472ACC: 81340074 lwz r9,116(r20)
- 0: GETL R20, t0
- 1: ADDL $0x74, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25472AD0: 7C7A1B78 or r26,r3,r3
- 5: GETL R3, t4
- 6: PUTL t4, R26
- 7: INCEIPL $4
-
- 0x25472AD4: 2F090000 cmpi cr6,r9,0
- 8: GETL R9, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x6, CR
- 11: INCEIPL $4
-
- 0x25472AD8: 419A0008 bc 12,26,0x25472AE0
- 12: Js26o $0x25472AE0
-
-
-
-. 1108 25472ACC 16
-. 81 34 00 74 7C 7A 1B 78 2F 09 00 00 41 9A 00 08
-==== BB 1109 (0x25472ADC) approx BBs exec'd 0 ====
-
- 0x25472ADC: 90690004 stw r3,4(r9)
- 0: GETL R3, t0
- 1: GETL R9, t2
- 2: ADDL $0x4, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25472AE0: 812E022C lwz r9,556(r14)
- 5: GETL R14, t4
- 6: ADDL $0x22C, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R9
- 9: INCEIPL $4
-
- 0x25472AE4: 2F890000 cmpi cr7,r9,0
- 10: GETL R9, t8
- 11: CMP0L t8, t10 (-rSo)
- 12: ICRFL t10, $0x7, CR
- 13: INCEIPL $4
-
- 0x25472AE8: 419E0008 bc 12,30,0x25472AF0
- 14: Js30o $0x25472AF0
-
-
-
-. 1109 25472ADC 16
-. 90 69 00 04 81 2E 02 2C 2F 89 00 00 41 9E 00 08
-==== BB 1110 (0x25472AF0) approx BBs exec'd 0 ====
-
- 0x25472AF0: 825F0078 lwz r18,120(r31)
- 0: GETL R31, t0
- 1: ADDL $0x78, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R18
- 4: INCEIPL $4
-
- 0x25472AF4: C8140158 lfd f0,344(r20)
- 5: GETL R20, t4
- 6: ADDL $0x158, t4
- 7: FPU_RQ (t4), 0x0:0x0
- 8: INCEIPL $4
-
- 0x25472AF8: 924E0008 stw r18,8(r14)
- 9: GETL R18, t6
- 10: GETL R14, t8
- 11: ADDL $0x8, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x25472AFC: D80F0014 stfd f0,20(r15)
- 14: GETL R15, t10
- 15: ADDL $0x14, t10
- 16: FPU_WQ 0x0:0x0, (t10)
- 17: INCEIPL $4
-
- 0x25472B00: 924E0010 stw r18,16(r14)
- 18: GETL R18, t12
- 19: GETL R14, t14
- 20: ADDL $0x10, t14
- 21: STL t12, (t14)
- 22: INCEIPL $4
-
- 0x25472B04: 41920844 bc 12,18,0x25473348
- 23: Js18o $0x25473348
-
-
-
-. 1110 25472AF0 24
-. 82 5F 00 78 C8 14 01 58 92 4E 00 08 D8 0F 00 14 92 4E 00 10 41 92 08 44
-==== BB 1111 (0x25473348) approx BBs exec'd 0 ====
-
- 0x25473348: 8174000C lwz r11,12(r20)
- 0: GETL R20, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x2547334C: 7E9DA378 or r29,r20,r20
- 5: GETL R20, t4
- 6: PUTL t4, R29
- 7: INCEIPL $4
-
- 0x25473350: 820F0050 lwz r16,80(r15)
- 8: GETL R15, t6
- 9: ADDL $0x50, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R16
- 12: INCEIPL $4
-
- 0x25473354: 2C0B0000 cmpi cr0,r11,0
- 13: GETL R11, t10
- 14: CMP0L t10, t12 (-rSo)
- 15: ICRFL t12, $0x0, CR
- 16: INCEIPL $4
-
- 0x25473358: 82EF0028 lwz r23,40(r15)
- 17: GETL R15, t14
- 18: ADDL $0x28, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R23
- 21: INCEIPL $4
-
- 0x2547335C: 3150FFFF addic r10,r16,-1
- 22: GETL R16, t18
- 23: ADCL $0xFFFFFFFF, t18 (-wCa)
- 24: PUTL t18, R10
- 25: INCEIPL $4
-
- 0x25473360: 7F6A8110 subfe r27,r10,r16
- 26: GETL R10, t20
- 27: GETL R16, t22
- 28: SBBL t20, t22 (-rCa-wCa)
- 29: PUTL t22, R27
- 30: INCEIPL $4
-
- 0x25473364: 7EF3DB78 or r19,r23,r27
- 31: GETL R23, t24
- 32: GETL R27, t26
- 33: ORL t26, t24
- 34: PUTL t24, R19
- 35: INCEIPL $4
-
- 0x25473368: 926F0028 stw r19,40(r15)
- 36: GETL R19, t28
- 37: GETL R15, t30
- 38: ADDL $0x28, t30
- 39: STL t28, (t30)
- 40: INCEIPL $4
-
- 0x2547336C: 41820018 bc 12,2,0x25473384
- 41: Js02o $0x25473384
-
-
-
-. 1111 25473348 40
-. 81 74 00 0C 7E 9D A3 78 82 0F 00 50 2C 0B 00 00 82 EF 00 28 31 50 FF FF 7F 6A 81 10 7E F3 DB 78 92 6F 00 28 41 82 00 18
-==== BB 1112 (0x25473370) approx BBs exec'd 0 ====
-
- 0x25473370: 7D605B78 or r0,r11,r11
- 0: GETL R11, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x25473374: 7C1D0378 or r29,r0,r0
- 3: GETL R0, t2
- 4: PUTL t2, R29
- 5: INCEIPL $4
-
- 0x25473378: 801D000C lwz r0,12(r29)
- 6: GETL R29, t4
- 7: ADDL $0xC, t4
- 8: LDL (t4), t6
- 9: PUTL t6, R0
- 10: INCEIPL $4
-
- 0x2547337C: 2F000000 cmpi cr6,r0,0
- 11: GETL R0, t8
- 12: CMP0L t8, t10 (-rSo)
- 13: ICRFL t10, $0x6, CR
- 14: INCEIPL $4
-
- 0x25473380: 409AFFF4 bc 4,26,0x25473374
- 15: Jc26o $0x25473374
-
-
-
-. 1112 25473370 20
-. 7D 60 5B 78 7C 1D 03 78 80 1D 00 0C 2F 00 00 00 40 9A FF F4
-==== BB 1113 (0x25473374) approx BBs exec'd 0 ====
-
- 0x25473374: 7C1D0378 or r29,r0,r0
- 0: GETL R0, t0
- 1: PUTL t0, R29
- 2: INCEIPL $4
-
- 0x25473378: 801D000C lwz r0,12(r29)
- 3: GETL R29, t2
- 4: ADDL $0xC, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0x2547337C: 2F000000 cmpi cr6,r0,0
- 8: GETL R0, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x6, CR
- 11: INCEIPL $4
-
- 0x25473380: 409AFFF4 bc 4,26,0x25473374
- 12: Jc26o $0x25473374
-
-
-
-. 1113 25473374 16
-. 7C 1D 03 78 80 1D 00 0C 2F 00 00 00 40 9A FF F4
-==== BB 1114 (0x25473384) approx BBs exec'd 0 ====
-
- 0x25473384: 82DD001C lwz r22,28(r29)
- 0: GETL R29, t0
- 1: ADDL $0x1C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R22
- 4: INCEIPL $4
-
- 0x25473388: 81360004 lwz r9,4(r22)
- 5: GETL R22, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R9
- 9: INCEIPL $4
-
- 0x2547338C: 2F890000 cmpi cr7,r9,0
- 10: GETL R9, t8
- 11: CMP0L t8, t10 (-rSo)
- 12: ICRFL t10, $0x7, CR
- 13: INCEIPL $4
-
- 0x25473390: 409E0420 bc 4,30,0x254737B0
- 14: Jc30o $0x254737B0
-
-
-
-. 1114 25473384 16
-. 82 DD 00 1C 81 36 00 04 2F 89 00 00 40 9E 04 20
-==== BB 1115 (0x25473394) approx BBs exec'd 0 ====
-
- 0x25473394: 3B8E01B8 addi r28,r14,440
- 0: GETL R14, t0
- 1: ADDL $0x1B8, t0
- 2: PUTL t0, R28
- 3: INCEIPL $4
-
- 0x25473398: 7D9CE800 cmp cr3,r28,r29
- 4: GETL R28, t2
- 5: GETL R29, t4
- 6: CMPL t2, t4, t6 (-rSo)
- 7: ICRFL t6, $0x3, CR
- 8: INCEIPL $4
-
- 0x2547339C: 418E0018 bc 12,14,0x254733B4
- 9: Js14o $0x254733B4
-
-
-
-. 1115 25473394 12
-. 3B 8E 01 B8 7D 9C E8 00 41 8E 00 18
-==== BB 1116 (0x254733A0) approx BBs exec'd 0 ====
-
- 0x254733A0: 809D01C0 lwz r4,448(r29)
- 0: GETL R29, t0
- 1: ADDL $0x1C0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x254733A4: 7FA3EB78 or r3,r29,r29
- 5: GETL R29, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x254733A8: 80AF0028 lwz r5,40(r15)
- 8: GETL R15, t6
- 9: ADDL $0x28, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R5
- 12: INCEIPL $4
-
- 0x254733AC: 7F66DB78 or r6,r27,r27
- 13: GETL R27, t10
- 14: PUTL t10, R6
- 15: INCEIPL $4
-
- 0x254733B0: 48006211 bl 0x254795C0
- 16: MOVL $0x254733B4, t12
- 17: PUTL t12, LR
- 18: JMPo-c $0x254795C0 ($4)
-
-
-
-. 1116 254733A0 20
-. 80 9D 01 C0 7F A3 EB 78 80 AF 00 28 7F 66 DB 78 48 00 62 11
-==== BB 1117 _dl_relocate_object(0x254795C0) approx BBs exec'd 0 ====
-
- 0x254795C0: 7CE802A6 mflr r7
- 0: GETL LR, t0
- 1: PUTL t0, R7
- 2: INCEIPL $4
-
- 0x254795C4: 9421FF50 stwu r1,-176(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFF50, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0x254795C8: 7D800026 mfcr r12
- 9: GETL CR, t6
- 10: PUTL t6, R12
- 11: INCEIPL $4
-
- 0x254795CC: 93E100AC stw r31,172(r1)
- 12: GETL R31, t8
- 13: GETL R1, t10
- 14: ADDL $0xAC, t10
- 15: STL t8, (t10)
- 16: INCEIPL $4
-
- 0x254795D0: 4801DA31 bl 0x25497000
- 17: MOVL $0x254795D4, t12
- 18: PUTL t12, LR
- 19: JMPo-c $0x25497000 ($4)
-
-
-
-. 1117 254795C0 20
-. 7C E8 02 A6 94 21 FF 50 7D 80 00 26 93 E1 00 AC 48 01 DA 31
-==== BB 1118 (0x254795D4) approx BBs exec'd 0 ====
-
- 0x254795D4: 7C3F0B78 or r31,r1,r1
- 0: GETL R1, t0
- 1: PUTL t0, R31
- 2: INCEIPL $4
-
- 0x254795D8: 90E100B4 stw r7,180(r1)
- 3: GETL R7, t2
- 4: GETL R1, t4
- 5: ADDL $0xB4, t4
- 6: STL t2, (t4)
- 7: INCEIPL $4
-
- 0x254795DC: 80030180 lwz r0,384(r3)
- 8: GETL R3, t6
- 9: ADDL $0x180, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R0
- 12: INCEIPL $4
-
- 0x254795E0: 92210074 stw r17,116(r1)
- 13: GETL R17, t10
- 14: GETL R1, t12
- 15: ADDL $0x74, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x254795E4: 3A200000 li r17,0
- 18: MOVL $0x0, t14
- 19: PUTL t14, R17
- 20: INCEIPL $4
-
- 0x254795E8: 74082000 andis. r8,r0,0x2000
- 21: GETL R0, t16
- 22: ANDL $0x20000000, t16
- 23: PUTL t16, R8
- 24: CMP0L t16, t18 (-rSo)
- 25: ICRFL t18, $0x0, CR
- 26: INCEIPL $4
-
- 0x254795EC: 9361009C stw r27,156(r1)
- 27: GETL R27, t20
- 28: GETL R1, t22
- 29: ADDL $0x9C, t22
- 30: STL t20, (t22)
- 31: INCEIPL $4
-
- 0x254795F0: 938100A0 stw r28,160(r1)
- 32: GETL R28, t24
- 33: GETL R1, t26
- 34: ADDL $0xA0, t26
- 35: STL t24, (t26)
- 36: INCEIPL $4
-
- 0x254795F4: 7CDB3378 or r27,r6,r6
- 37: GETL R6, t28
- 38: PUTL t28, R27
- 39: INCEIPL $4
-
- 0x254795F8: 93C100A8 stw r30,168(r1)
- 40: GETL R30, t30
- 41: GETL R1, t32
- 42: ADDL $0xA8, t32
- 43: STL t30, (t32)
- 44: INCEIPL $4
-
- 0x254795FC: 7CBC2B78 or r28,r5,r5
- 45: GETL R5, t34
- 46: PUTL t34, R28
- 47: INCEIPL $4
-
- 0x25479600: 92010070 stw r16,112(r1)
- 48: GETL R16, t36
- 49: GETL R1, t38
- 50: ADDL $0x70, t38
- 51: STL t36, (t38)
- 52: INCEIPL $4
-
- 0x25479604: 7FC802A6 mflr r30
- 53: GETL LR, t40
- 54: PUTL t40, R30
- 55: INCEIPL $4
-
- 0x25479608: 92410078 stw r18,120(r1)
- 56: GETL R18, t42
- 57: GETL R1, t44
- 58: ADDL $0x78, t44
- 59: STL t42, (t44)
- 60: INCEIPL $4
-
- 0x2547960C: 9261007C stw r19,124(r1)
- 61: GETL R19, t46
- 62: GETL R1, t48
- 63: ADDL $0x7C, t48
- 64: STL t46, (t48)
- 65: INCEIPL $4
-
- 0x25479610: 92810080 stw r20,128(r1)
- 66: GETL R20, t50
- 67: GETL R1, t52
- 68: ADDL $0x80, t52
- 69: STL t50, (t52)
- 70: INCEIPL $4
-
- 0x25479614: 92A10084 stw r21,132(r1)
- 71: GETL R21, t54
- 72: GETL R1, t56
- 73: ADDL $0x84, t56
- 74: STL t54, (t56)
- 75: INCEIPL $4
-
- 0x25479618: 92C10088 stw r22,136(r1)
- 76: GETL R22, t58
- 77: GETL R1, t60
- 78: ADDL $0x88, t60
- 79: STL t58, (t60)
- 80: INCEIPL $4
-
- 0x2547961C: 92E1008C stw r23,140(r1)
- 81: GETL R23, t62
- 82: GETL R1, t64
- 83: ADDL $0x8C, t64
- 84: STL t62, (t64)
- 85: INCEIPL $4
-
- 0x25479620: 93010090 stw r24,144(r1)
- 86: GETL R24, t66
- 87: GETL R1, t68
- 88: ADDL $0x90, t68
- 89: STL t66, (t68)
- 90: INCEIPL $4
-
- 0x25479624: 93210094 stw r25,148(r1)
- 91: GETL R25, t70
- 92: GETL R1, t72
- 93: ADDL $0x94, t72
- 94: STL t70, (t72)
- 95: INCEIPL $4
-
- 0x25479628: 93410098 stw r26,152(r1)
- 96: GETL R26, t74
- 97: GETL R1, t76
- 98: ADDL $0x98, t76
- 99: STL t74, (t76)
- 100: INCEIPL $4
-
- 0x2547962C: 93A100A4 stw r29,164(r1)
- 101: GETL R29, t78
- 102: GETL R1, t80
- 103: ADDL $0xA4, t80
- 104: STL t78, (t80)
- 105: INCEIPL $4
-
- 0x25479630: 9181006C stw r12,108(r1)
- 106: GETL R12, t82
- 107: GETL R1, t84
- 108: ADDL $0x6C, t84
- 109: STL t82, (t84)
- 110: INCEIPL $4
-
- 0x25479634: 909F0010 stw r4,16(r31)
- 111: GETL R4, t86
- 112: GETL R31, t88
- 113: ADDL $0x10, t88
- 114: STL t86, (t88)
- 115: INCEIPL $4
-
- 0x25479638: 907F000C stw r3,12(r31)
- 116: GETL R3, t90
- 117: GETL R31, t92
- 118: ADDL $0xC, t92
- 119: STL t90, (t92)
- 120: INCEIPL $4
-
- 0x2547963C: 40820118 bc 4,2,0x25479754
- 121: Jc02o $0x25479754
-
-
-
-. 1118 254795D4 108
-. 7C 3F 0B 78 90 E1 00 B4 80 03 01 80 92 21 00 74 3A 20 00 00 74 08 20 00 93 61 00 9C 93 81 00 A0 7C DB 33 78 93 C1 00 A8 7C BC 2B 78 92 01 00 70 7F C8 02 A6 92 41 00 78 92 61 00 7C 92 81 00 80 92 A1 00 84 92 C1 00 88 92 E1 00 8C 93 01 00 90 93 21 00 94 93 41 00 98 93 A1 00 A4 91 81 00 6C 90 9F 00 10 90 7F 00 0C 40 82 01 18
-==== BB 1119 (0x25479640) approx BBs exec'd 0 ====
-
- 0x25479640: 2D860000 cmpi cr3,r6,0
- 0: GETL R6, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x3, CR
- 3: INCEIPL $4
-
- 0x25479644: 418E016C bc 12,14,0x254797B0
- 4: Js14o $0x254797B0
-
-
-
-. 1119 25479640 8
-. 2D 86 00 00 41 8E 01 6C
-==== BB 1120 (0x254797B0) approx BBs exec'd 0 ====
-
- 0x254797B0: 80A30080 lwz r5,128(r3)
- 0: GETL R3, t0
- 1: ADDL $0x80, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x254797B4: 3085FFFF addic r4,r5,-1
- 5: GETL R5, t4
- 6: ADCL $0xFFFFFFFF, t4 (-wCa)
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0x254797B8: 7C842110 subfe r4,r4,r4
- 9: GETL R4, t6
- 10: GETL R4, t8
- 11: SBBL t6, t8 (-rCa-wCa)
- 12: PUTL t8, R4
- 13: INCEIPL $4
-
- 0x254797BC: 7F9C2038 and r28,r28,r4
- 14: GETL R28, t10
- 15: GETL R4, t12
- 16: ANDL t10, t12
- 17: PUTL t12, R28
- 18: INCEIPL $4
-
- 0x254797C0: 4BFFFE88 b 0x25479648
- 19: JMPo $0x25479648 ($4)
-
-
-
-. 1120 254797B0 20
-. 80 A3 00 80 30 85 FF FF 7C 84 21 10 7F 9C 20 38 4B FF FE 88
-==== BB 1121 (0x25479648) approx BBs exec'd 0 ====
-
- 0x25479648: 835E04F4 lwz r26,1268(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4F4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0x2547964C: 80DA0000 lwz r6,0(r26)
- 5: GETL R26, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R6
- 8: INCEIPL $4
-
- 0x25479650: 70C90020 andi. r9,r6,0x20
- 9: GETL R6, t8
- 10: ANDL $0x20, t8
- 11: PUTL t8, R9
- 12: CMP0L t8, t10 (-rSo)
- 13: ICRFL t10, $0x0, CR
- 14: INCEIPL $4
-
- 0x25479654: 408207B4 bc 4,2,0x25479E08
- 15: Jc02o $0x25479E08
-
-
-
-. 1121 25479648 16
-. 83 5E 04 F4 80 DA 00 00 70 C9 00 20 40 82 07 B4
-==== BB 1122 (0x25479658) approx BBs exec'd 0 ====
-
- 0x25479658: 807F000C lwz r3,12(r31)
- 0: GETL R31, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x2547965C: 81430078 lwz r10,120(r3)
- 5: GETL R3, t4
- 6: ADDL $0x78, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R10
- 9: INCEIPL $4
-
- 0x25479660: 2E0A0000 cmpi cr4,r10,0
- 10: GETL R10, t8
- 11: CMP0L t8, t10 (-rSo)
- 12: ICRFL t10, $0x4, CR
- 13: INCEIPL $4
-
- 0x25479664: 409206C0 bc 4,18,0x25479D24
- 14: Jc18o $0x25479D24
-
-
-
-. 1122 25479658 16
-. 80 7F 00 0C 81 43 00 78 2E 0A 00 00 40 92 06 C0
-==== BB 1123 (0x25479668) approx BBs exec'd 0 ====
-
- 0x25479668: 80C30034 lwz r6,52(r3)
- 0: GETL R3, t0
- 1: ADDL $0x34, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x2547966C: 7F84E378 or r4,r28,r28
- 5: GETL R28, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0x25479670: 7F65DB78 or r5,r27,r27
- 8: GETL R27, t6
- 9: PUTL t6, R5
- 10: INCEIPL $4
-
- 0x25479674: 3B800001 li r28,1
- 11: MOVL $0x1, t8
- 12: PUTL t8, R28
- 13: INCEIPL $4
-
- 0x25479678: 83A60004 lwz r29,4(r6)
- 14: GETL R6, t10
- 15: ADDL $0x4, t10
- 16: LDL (t10), t12
- 17: PUTL t12, R29
- 18: INCEIPL $4
-
- 0x2547967C: 3B600000 li r27,0
- 19: MOVL $0x0, t14
- 20: PUTL t14, R27
- 21: INCEIPL $4
-
- 0x25479680: 93BF0008 stw r29,8(r31)
- 22: GETL R29, t16
- 23: GETL R31, t18
- 24: ADDL $0x8, t18
- 25: STL t16, (t18)
- 26: INCEIPL $4
-
- 0x25479684: 480071AD bl 0x25480830
- 27: MOVL $0x25479688, t20
- 28: PUTL t20, LR
- 29: JMPo-c $0x25480830 ($4)
-
-
-
-. 1123 25479668 32
-. 80 C3 00 34 7F 84 E3 78 7F 65 DB 78 3B 80 00 01 83 A6 00 04 3B 60 00 00 93 BF 00 08 48 00 71 AD
-==== BB 1124 (0x25480904) approx BBs exec'd 0 ====
-
- 0x25480904: 2F850000 cmpi cr7,r5,0
- 0: GETL R5, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x25480908: 3B9F0018 addi r28,r31,24
- 4: GETL R31, t4
- 5: ADDL $0x18, t4
- 6: PUTL t4, R28
- 7: INCEIPL $4
-
- 0x2548090C: 419E0264 bc 12,30,0x25480B70
- 8: Js30o $0x25480B70
-
-
-
-. 1124 25480904 12
-. 2F 85 00 00 3B 9F 00 18 41 9E 02 64
-==== BB 1125 (0x25480B70) approx BBs exec'd 0 ====
-
- 0x25480B70: 831E04CC lwz r24,1228(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4CC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R24
- 4: INCEIPL $4
-
- 0x25480B74: 4BFFFDA0 b 0x25480914
- 5: JMPo $0x25480914 ($4)
-
-
-
-. 1125 25480B70 8
-. 83 1E 04 CC 4B FF FD A0
-==== BB 1126 (0x25480914) approx BBs exec'd 0 ====
-
- 0x25480914: 409E02C0 bc 4,30,0x25480BD4
- 0: Jc30o $0x25480BD4
-
-
-
-. 1126 25480914 4
-. 40 9E 02 C0
-==== BB 1127 (0x25480918) approx BBs exec'd 0 ====
-
- 0x25480918: 3C98FE00 addis r4,r24,-512
- 0: GETL R24, t0
- 1: ADDL $0xFE000000, t0
- 2: PUTL t0, R4
- 3: INCEIPL $4
-
- 0x2548091C: 3C00FC00 lis r0,-1024
- 4: MOVL $0xFC000000, t2
- 5: PUTL t2, R0
- 6: INCEIPL $4
-
- 0x25480920: 38640003 addi r3,r4,3
- 7: GETL R4, t4
- 8: ADDL $0x3, t4
- 9: PUTL t4, R3
- 10: INCEIPL $4
-
- 0x25480924: 60060002 ori r6,r0,0x2
- 11: MOVL $0xFC000002, t6
- 12: PUTL t6, R6
- 13: INCEIPL $4
-
- 0x25480928: 39800000 li r12,0
- 14: MOVL $0x0, t8
- 15: PUTL t8, R12
- 16: INCEIPL $4
-
- 0x2548092C: 7F033040 cmpl cr6,r3,r6
- 17: GETL R3, t10
- 18: GETL R6, t12
- 19: CMPUL t10, t12, t14 (-rSo)
- 20: ICRFL t14, $0x6, CR
- 21: INCEIPL $4
-
- 0x25480930: 618A8000 ori r10,r12,0x8000
- 22: MOVL $0x8000, t16
- 23: PUTL t16, R10
- 24: INCEIPL $4
-
- 0x25480934: 7CBA00D0 neg r5,r26
- 25: GETL R26, t18
- 26: NEGL t18
- 27: PUTL t18, R5
- 28: INCEIPL $4
-
- 0x25480938: 7D1A5050 subf r8,r26,r10
- 29: GETL R26, t20
- 30: GETL R10, t22
- 31: SUBL t20, t22
- 32: PUTL t22, R8
- 33: INCEIPL $4
-
- 0x2548093C: 54A9043E rlwinm r9,r5,0,16,31
- 34: GETL R5, t24
- 35: ANDL $0xFFFF, t24
- 36: PUTL t24, R9
- 37: INCEIPL $4
-
- 0x25480940: 5507843E rlwinm r7,r8,16,16,31
- 38: GETL R8, t26
- 39: SHRL $0x10, t26
- 40: PUTL t26, R7
- 41: INCEIPL $4
-
- 0x25480944: 3D60556C lis r11,21868
- 42: MOVL $0x556C0000, t28
- 43: PUTL t28, R11
- 44: INCEIPL $4
-
- 0x25480948: 3C807D6C lis r4,32108
- 45: MOVL $0x7D6C0000, t30
- 46: PUTL t30, R4
- 47: INCEIPL $4
-
- 0x2548094C: 64E03D6B oris r0,r7,0x3D6B
- 48: GETL R7, t32
- 49: ORL $0x3D6B0000, t32
- 50: PUTL t32, R0
- 51: INCEIPL $4
-
- 0x25480950: 6523396B oris r3,r9,0x396B
- 52: GETL R9, t34
- 53: ORL $0x396B0000, t34
- 54: PUTL t34, R3
- 55: INCEIPL $4
-
- 0x25480954: 6166083C ori r6,r11,0x83C
- 56: MOVL $0x556C083C, t36
- 57: PUTL t36, R6
- 58: INCEIPL $4
-
- 0x25480958: 608C5A14 ori r12,r4,0x5A14
- 59: MOVL $0x7D6C5A14, t38
- 60: PUTL t38, R12
- 61: INCEIPL $4
-
- 0x2548095C: 901C0000 stw r0,0(r28)
- 62: GETL R0, t40
- 63: GETL R28, t42
- 64: STL t40, (t42)
- 65: INCEIPL $4
-
- 0x25480960: 907C0004 stw r3,4(r28)
- 66: GETL R3, t44
- 67: GETL R28, t46
- 68: ADDL $0x4, t46
- 69: STL t44, (t46)
- 70: INCEIPL $4
-
- 0x25480964: 90DC0008 stw r6,8(r28)
- 71: GETL R6, t48
- 72: GETL R28, t50
- 73: ADDL $0x8, t50
- 74: STL t48, (t50)
- 75: INCEIPL $4
-
- 0x25480968: 919C000C stw r12,12(r28)
- 76: GETL R12, t52
- 77: GETL R28, t54
- 78: ADDL $0xC, t54
- 79: STL t52, (t54)
- 80: INCEIPL $4
-
- 0x2548096C: 4099020C bc 4,25,0x25480B78
- 81: Jc25o $0x25480B78
-
-
-
-. 1127 25480918 88
-. 3C 98 FE 00 3C 00 FC 00 38 64 00 03 60 06 00 02 39 80 00 00 7F 03 30 40 61 8A 80 00 7C BA 00 D0 7D 1A 50 50 54 A9 04 3E 55 07 84 3E 3D 60 55 6C 3C 80 7D 6C 64 E0 3D 6B 65 23 39 6B 61 66 08 3C 60 8C 5A 14 90 1C 00 00 90 7C 00 04 90 DC 00 08 91 9C 00 0C 40 99 02 0C
-==== BB 1128 (0x25480B78) approx BBs exec'd 0 ====
-
- 0x25480B78: 3C980001 addis r4,r24,1
- 0: GETL R24, t0
- 1: ADDL $0x10000, t0
- 2: PUTL t0, R4
- 3: INCEIPL $4
-
- 0x25480B7C: 3C7D0001 addis r3,r29,1
- 4: GETL R29, t2
- 5: ADDL $0x10000, t2
- 6: PUTL t2, R3
- 7: INCEIPL $4
-
- 0x25480B80: 38C48000 addi r6,r4,-32768
- 8: GETL R4, t4
- 9: ADDL $0xFFFF8000, t4
- 10: PUTL t4, R6
- 11: INCEIPL $4
-
- 0x25480B84: 39838000 addi r12,r3,-32768
- 12: GETL R3, t6
- 13: ADDL $0xFFFF8000, t6
- 14: PUTL t6, R12
- 15: INCEIPL $4
-
- 0x25480B88: 54C9843E rlwinm r9,r6,16,16,31
- 16: GETL R6, t8
- 17: SHRL $0x10, t8
- 18: PUTL t8, R9
- 19: INCEIPL $4
-
- 0x25480B8C: 57A7043E rlwinm r7,r29,0,16,31
- 20: GETL R29, t10
- 21: ANDL $0xFFFF, t10
- 22: PUTL t10, R7
- 23: INCEIPL $4
-
- 0x25480B90: 5708043E rlwinm r8,r24,0,16,31
- 24: GETL R24, t12
- 25: ANDL $0xFFFF, t12
- 26: PUTL t12, R8
- 27: INCEIPL $4
-
- 0x25480B94: 558B843E rlwinm r11,r12,16,16,31
- 28: GETL R12, t14
- 29: SHRL $0x10, t14
- 30: PUTL t14, R11
- 31: INCEIPL $4
-
- 0x25480B98: 3D407D89 lis r10,32137
- 32: MOVL $0x7D890000, t16
- 33: PUTL t16, R10
- 34: INCEIPL $4
-
- 0x25480B9C: 3CA04E80 lis r5,20096
- 35: MOVL $0x4E800000, t18
- 36: PUTL t18, R5
- 37: INCEIPL $4
-
- 0x25480BA0: 65183980 oris r24,r8,0x3980
- 38: GETL R8, t20
- 39: ORL $0x39800000, t20
- 40: PUTL t20, R24
- 41: INCEIPL $4
-
- 0x25480BA4: 653D3D8C oris r29,r9,0x3D8C
- 42: GETL R9, t22
- 43: ORL $0x3D8C0000, t22
- 44: PUTL t22, R29
- 45: INCEIPL $4
-
- 0x25480BA8: 614403A6 ori r4,r10,0x3A6
- 46: MOVL $0x7D8903A6, t24
- 47: PUTL t24, R4
- 48: INCEIPL $4
-
- 0x25480BAC: 64E33980 oris r3,r7,0x3980
- 49: GETL R7, t26
- 50: ORL $0x39800000, t26
- 51: PUTL t26, R3
- 52: INCEIPL $4
-
- 0x25480BB0: 65663D8C oris r6,r11,0x3D8C
- 53: GETL R11, t28
- 54: ORL $0x3D8C0000, t28
- 55: PUTL t28, R6
- 56: INCEIPL $4
-
- 0x25480BB4: 60A00420 ori r0,r5,0x420
- 57: MOVL $0x4E800420, t30
- 58: PUTL t30, R0
- 59: INCEIPL $4
-
- 0x25480BB8: 901C0024 stw r0,36(r28)
- 60: GETL R0, t32
- 61: GETL R28, t34
- 62: ADDL $0x24, t34
- 63: STL t32, (t34)
- 64: INCEIPL $4
-
- 0x25480BBC: 931C0010 stw r24,16(r28)
- 65: GETL R24, t36
- 66: GETL R28, t38
- 67: ADDL $0x10, t38
- 68: STL t36, (t38)
- 69: INCEIPL $4
-
- 0x25480BC0: 93BC0014 stw r29,20(r28)
- 70: GETL R29, t40
- 71: GETL R28, t42
- 72: ADDL $0x14, t42
- 73: STL t40, (t42)
- 74: INCEIPL $4
-
- 0x25480BC4: 909C0018 stw r4,24(r28)
- 75: GETL R4, t44
- 76: GETL R28, t46
- 77: ADDL $0x18, t46
- 78: STL t44, (t46)
- 79: INCEIPL $4
-
- 0x25480BC8: 907C001C stw r3,28(r28)
- 80: GETL R3, t48
- 81: GETL R28, t50
- 82: ADDL $0x1C, t50
- 83: STL t48, (t50)
- 84: INCEIPL $4
-
- 0x25480BCC: 90DC0020 stw r6,32(r28)
- 85: GETL R6, t52
- 86: GETL R28, t54
- 87: ADDL $0x20, t54
- 88: STL t52, (t54)
- 89: INCEIPL $4
-
- 0x25480BD0: 4BFFFDD0 b 0x254809A0
- 90: JMPo $0x254809A0 ($4)
-
-
-
-. 1128 25480B78 92
-. 3C 98 00 01 3C 7D 00 01 38 C4 80 00 39 83 80 00 54 C9 84 3E 57 A7 04 3E 57 08 04 3E 55 8B 84 3E 3D 40 7D 89 3C A0 4E 80 65 18 39 80 65 3D 3D 8C 61 44 03 A6 64 E3 39 80 65 66 3D 8C 60 A0 04 20 90 1C 00 24 93 1C 00 10 93 BC 00 14 90 9C 00 18 90 7C 00 1C 90 DC 00 20 4B FF FD D0
-==== BB 1129 (0x254809A0) approx BBs exec'd 0 ====
-
- 0x254809A0: 39000000 li r8,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R8
- 2: INCEIPL $4
-
- 0x254809A4: 38800012 li r4,18
- 3: MOVL $0x12, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0x254809A8: 7F88D840 cmpl cr7,r8,r27
- 6: GETL R8, t4
- 7: GETL R27, t6
- 8: CMPUL t4, t6, t8 (-rSo)
- 9: ICRFL t8, $0x7, CR
- 10: INCEIPL $4
-
- 0x254809AC: 409C0054 bc 4,28,0x25480A00
- 11: Jc28o $0x25480A00
-
-
-
-. 1129 254809A0 16
-. 39 00 00 00 38 80 00 12 7F 88 D8 40 40 9C 00 54
-==== BB 1130 (0x254809B0) approx BBs exec'd 0 ====
-
- 0x254809B0: 38E0FFD4 li r7,-44
- 0: MOVL $0xFFFFFFD4, t0
- 1: PUTL t0, R7
- 2: INCEIPL $4
-
- 0x254809B4: 550A143A rlwinm r10,r8,2,16,29
- 3: GETL R8, t2
- 4: ROLL $0x2, t2
- 5: ANDL $0xFFFC, t2
- 6: PUTL t2, R10
- 7: INCEIPL $4
-
- 0x254809B8: 39080001 addi r8,r8,1
- 8: GETL R8, t4
- 9: ADDL $0x1, t4
- 10: PUTL t4, R8
- 11: INCEIPL $4
-
- 0x254809BC: 7D7B4010 subfc r11,r27,r8
- 12: GETL R27, t6
- 13: GETL R8, t8
- 14: SBBL t6, t8 (-wCa)
- 15: PUTL t8, R11
- 16: INCEIPL $4
-
- 0x254809C0: 7D6B5910 subfe r11,r11,r11
- 17: GETL R11, t10
- 18: GETL R11, t12
- 19: SBBL t10, t12 (-rCa-wCa)
- 20: PUTL t12, R11
- 21: INCEIPL $4
-
- 0x254809C4: 7D6B00D0 neg r11,r11
- 22: GETL R11, t14
- 23: NEGL t14
- 24: PUTL t14, R11
- 25: INCEIPL $4
-
- 0x254809C8: 21881FFF subfic r12,r8,8191
- 26: GETL R8, t16
- 27: MOVL $0x1FFF, t18
- 28: SBBL t16, t18 (-wCa)
- 29: PUTL t18, R12
- 30: INCEIPL $4
-
- 0x254809CC: 39800000 li r12,0
- 31: MOVL $0x0, t20
- 32: PUTL t20, R12
- 33: INCEIPL $4
-
- 0x254809D0: 7D8C6114 adde r12,r12,r12
- 34: GETL R12, t22
- 35: GETL R12, t24
- 36: ADCL t22, t24 (-rCa-wCa)
- 37: PUTL t24, R12
- 38: INCEIPL $4
-
- 0x254809D4: 7D696039 and. r9,r11,r12
- 39: GETL R11, t26
- 40: GETL R12, t28
- 41: ANDL t26, t28
- 42: PUTL t28, R9
- 43: CMP0L t28, t30 (-rSo)
- 44: ICRFL t30, $0x0, CR
- 45: INCEIPL $4
-
- 0x254809D8: 5498103A rlwinm r24,r4,2,0,29
- 46: GETL R4, t32
- 47: SHLL $0x2, t32
- 48: PUTL t32, R24
- 49: INCEIPL $4
-
- 0x254809DC: 54E501BA rlwinm r5,r7,0,6,29
- 50: GETL R7, t34
- 51: ANDL $0x3FFFFFC, t34
- 52: PUTL t34, R5
- 53: INCEIPL $4
-
- 0x254809E0: 65403960 oris r0,r10,0x3960
- 54: GETL R10, t36
- 55: ORL $0x39600000, t36
- 56: PUTL t36, R0
- 57: INCEIPL $4
-
- 0x254809E4: 64BD4800 oris r29,r5,0x4800
- 58: GETL R5, t38
- 59: ORL $0x48000000, t38
- 60: PUTL t38, R29
- 61: INCEIPL $4
-
- 0x254809E8: 7F98FA14 add r28,r24,r31
- 62: GETL R24, t40
- 63: GETL R31, t42
- 64: ADDL t40, t42
- 65: PUTL t42, R28
- 66: INCEIPL $4
-
- 0x254809EC: 7C18F92E stwx r0,r24,r31
- 67: GETL R31, t44
- 68: GETL R24, t46
- 69: ADDL t46, t44
- 70: GETL R0, t48
- 71: STL t48, (t44)
- 72: INCEIPL $4
-
- 0x254809F0: 38840002 addi r4,r4,2
- 73: GETL R4, t50
- 74: ADDL $0x2, t50
- 75: PUTL t50, R4
- 76: INCEIPL $4
-
- 0x254809F4: 93BC0004 stw r29,4(r28)
- 77: GETL R29, t52
- 78: GETL R28, t54
- 79: ADDL $0x4, t54
- 80: STL t52, (t54)
- 81: INCEIPL $4
-
- 0x254809F8: 38E7FFF8 addi r7,r7,-8
- 82: MOVL $0xFFFFFFCC, t56
- 83: PUTL t56, R7
- 84: INCEIPL $4
-
- 0x254809FC: 4082FFB8 bc 4,2,0x254809B4
- 85: Jc02o $0x254809B4
-
-
-
-. 1130 254809B0 80
-. 38 E0 FF D4 55 0A 14 3A 39 08 00 01 7D 7B 40 10 7D 6B 59 10 7D 6B 00 D0 21 88 1F FF 39 80 00 00 7D 8C 61 14 7D 69 60 39 54 98 10 3A 54 E5 01 BA 65 40 39 60 64 BD 48 00 7F 98 FA 14 7C 18 F9 2E 38 84 00 02 93 BC 00 04 38 E7 FF F8 40 82 FF B8
-==== BB 1131 (0x254809B4) approx BBs exec'd 0 ====
-
- 0x254809B4: 550A143A rlwinm r10,r8,2,16,29
- 0: GETL R8, t0
- 1: ROLL $0x2, t0
- 2: ANDL $0xFFFC, t0
- 3: PUTL t0, R10
- 4: INCEIPL $4
-
- 0x254809B8: 39080001 addi r8,r8,1
- 5: GETL R8, t2
- 6: ADDL $0x1, t2
- 7: PUTL t2, R8
- 8: INCEIPL $4
-
- 0x254809BC: 7D7B4010 subfc r11,r27,r8
- 9: GETL R27, t4
- 10: GETL R8, t6
- 11: SBBL t4, t6 (-wCa)
- 12: PUTL t6, R11
- 13: INCEIPL $4
-
- 0x254809C0: 7D6B5910 subfe r11,r11,r11
- 14: GETL R11, t8
- 15: GETL R11, t10
- 16: SBBL t8, t10 (-rCa-wCa)
- 17: PUTL t10, R11
- 18: INCEIPL $4
-
- 0x254809C4: 7D6B00D0 neg r11,r11
- 19: GETL R11, t12
- 20: NEGL t12
- 21: PUTL t12, R11
- 22: INCEIPL $4
-
- 0x254809C8: 21881FFF subfic r12,r8,8191
- 23: GETL R8, t14
- 24: MOVL $0x1FFF, t16
- 25: SBBL t14, t16 (-wCa)
- 26: PUTL t16, R12
- 27: INCEIPL $4
-
- 0x254809CC: 39800000 li r12,0
- 28: MOVL $0x0, t18
- 29: PUTL t18, R12
- 30: INCEIPL $4
-
- 0x254809D0: 7D8C6114 adde r12,r12,r12
- 31: GETL R12, t20
- 32: GETL R12, t22
- 33: ADCL t20, t22 (-rCa-wCa)
- 34: PUTL t22, R12
- 35: INCEIPL $4
-
- 0x254809D4: 7D696039 and. r9,r11,r12
- 36: GETL R11, t24
- 37: GETL R12, t26
- 38: ANDL t24, t26
- 39: PUTL t26, R9
- 40: CMP0L t26, t28 (-rSo)
- 41: ICRFL t28, $0x0, CR
- 42: INCEIPL $4
-
- 0x254809D8: 5498103A rlwinm r24,r4,2,0,29
- 43: GETL R4, t30
- 44: SHLL $0x2, t30
- 45: PUTL t30, R24
- 46: INCEIPL $4
-
- 0x254809DC: 54E501BA rlwinm r5,r7,0,6,29
- 47: GETL R7, t32
- 48: ANDL $0x3FFFFFC, t32
- 49: PUTL t32, R5
- 50: INCEIPL $4
-
- 0x254809E0: 65403960 oris r0,r10,0x3960
- 51: GETL R10, t34
- 52: ORL $0x39600000, t34
- 53: PUTL t34, R0
- 54: INCEIPL $4
-
- 0x254809E4: 64BD4800 oris r29,r5,0x4800
- 55: GETL R5, t36
- 56: ORL $0x48000000, t36
- 57: PUTL t36, R29
- 58: INCEIPL $4
-
- 0x254809E8: 7F98FA14 add r28,r24,r31
- 59: GETL R24, t38
- 60: GETL R31, t40
- 61: ADDL t38, t40
- 62: PUTL t40, R28
- 63: INCEIPL $4
-
- 0x254809EC: 7C18F92E stwx r0,r24,r31
- 64: GETL R31, t42
- 65: GETL R24, t44
- 66: ADDL t44, t42
- 67: GETL R0, t46
- 68: STL t46, (t42)
- 69: INCEIPL $4
-
- 0x254809F0: 38840002 addi r4,r4,2
- 70: GETL R4, t48
- 71: ADDL $0x2, t48
- 72: PUTL t48, R4
- 73: INCEIPL $4
-
- 0x254809F4: 93BC0004 stw r29,4(r28)
- 74: GETL R29, t50
- 75: GETL R28, t52
- 76: ADDL $0x4, t52
- 77: STL t50, (t52)
- 78: INCEIPL $4
-
- 0x254809F8: 38E7FFF8 addi r7,r7,-8
- 79: GETL R7, t54
- 80: ADDL $0xFFFFFFF8, t54
- 81: PUTL t54, R7
- 82: INCEIPL $4
-
- 0x254809FC: 4082FFB8 bc 4,2,0x254809B4
- 83: Jc02o $0x254809B4
-
-
-
-. 1131 254809B4 76
-. 55 0A 14 3A 39 08 00 01 7D 7B 40 10 7D 6B 59 10 7D 6B 00 D0 21 88 1F FF 39 80 00 00 7D 8C 61 14 7D 69 60 39 54 98 10 3A 54 E5 01 BA 65 40 39 60 64 BD 48 00 7F 98 FA 14 7C 18 F9 2E 38 84 00 02 93 BC 00 04 38 E7 FF F8 40 82 FF B8
-==== BB 1132 (0x25480A00) approx BBs exec'd 0 ====
-
- 0x25480A00: 7C88D840 cmpl cr1,r8,r27
- 0: GETL R8, t0
- 1: GETL R27, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x1, CR
- 4: INCEIPL $4
-
- 0x25480A04: 40840074 bc 4,4,0x25480A78
- 5: Jc04o $0x25480A78
-
-
-
-. 1132 25480A00 8
-. 7C 88 D8 40 40 84 00 74
-==== BB 1133 (0x25480A98) approx BBs exec'd 0 ====
-
- 0x25480A98: 800B0000 lwz r0,0(r11)
- 0: GETL R11, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0x25480A9C: 2F000000 cmpi cr6,r0,0
- 4: GETL R0, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x6, CR
- 7: INCEIPL $4
-
- 0x25480AA0: 409A00C4 bc 4,26,0x25480B64
- 8: Jc26o $0x25480B64
-
-
-
-. 1133 25480A98 12
-. 80 0B 00 00 2F 00 00 00 40 9A 00 C4
-==== BB 1134 (0x25480B64) approx BBs exec'd 0 ====
-
- 0x25480B64: 7C0A1670 srawi r10,r0,2
- 0: GETL R0, t0
- 1: SARL $0x2, t0 (-wCa)
- 2: PUTL t0, R10
- 3: INCEIPL $4
-
- 0x25480B68: 7D4A0194 addze r10,r10
- 4: GETL R10, t2
- 5: ADCL $0x0, t2 (-rCa-wCa)
- 6: PUTL t2, R10
- 7: INCEIPL $4
-
- 0x25480B6C: 4BFFFF38 b 0x25480AA4
- 8: JMPo $0x25480AA4 ($4)
-
-
-
-. 1134 25480B64 12
-. 7C 0A 16 70 7D 4A 01 94 4B FF FF 38
-==== BB 1135 (0x25480AA8) approx BBs exec'd 0 ====
-
- 0x25480AA8: 7EEBBB78 or r11,r23,r23
- 0: GETL R23, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0x25480AAC: 39200000 li r9,0
- 3: MOVL $0x0, t2
- 4: PUTL t2, R9
- 5: INCEIPL $4
-
- 0x25480AB0: 48000014 b 0x25480AC4
- 6: JMPo $0x25480AC4 ($4)
-
-
-
-. 1135 25480AA8 12
-. 7E EB BB 78 39 20 00 00 48 00 00 14
-==== BB 1136 (0x25479688) approx BBs exec'd 0 ====
-
- 0x25479688: 83BF000C lwz r29,12(r31)
- 0: GETL R31, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0x2547968C: 38C00000 li r6,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R6
- 7: INCEIPL $4
-
- 0x25479690: 939F0034 stw r28,52(r31)
- 8: GETL R28, t6
- 9: GETL R31, t8
- 10: ADDL $0x34, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x25479694: 817D003C lwz r11,60(r29)
- 13: GETL R29, t10
- 14: ADDL $0x3C, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R11
- 17: INCEIPL $4
-
- 0x25479698: 937F0030 stw r27,48(r31)
- 18: GETL R27, t14
- 19: GETL R31, t16
- 20: ADDL $0x30, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0x2547969C: 2C8B0000 cmpi cr1,r11,0
- 23: GETL R11, t18
- 24: CMP0L t18, t20 (-rSo)
- 25: ICRFL t20, $0x1, CR
- 26: INCEIPL $4
-
- 0x254796A0: 937F0040 stw r27,64(r31)
- 27: GETL R27, t22
- 28: GETL R31, t24
- 29: ADDL $0x40, t24
- 30: STL t22, (t24)
- 31: INCEIPL $4
-
- 0x254796A4: 937F0028 stw r27,40(r31)
- 32: GETL R27, t26
- 33: GETL R31, t28
- 34: ADDL $0x28, t28
- 35: STL t26, (t28)
- 36: INCEIPL $4
-
- 0x254796A8: 937F003C stw r27,60(r31)
- 37: GETL R27, t30
- 38: GETL R31, t32
- 39: ADDL $0x3C, t32
- 40: STL t30, (t32)
- 41: INCEIPL $4
-
- 0x254796AC: 90DF0024 stw r6,36(r31)
- 42: GETL R6, t34
- 43: GETL R31, t36
- 44: ADDL $0x24, t36
- 45: STL t34, (t36)
- 46: INCEIPL $4
-
- 0x254796B0: 41860018 bc 12,6,0x254796C8
- 47: Js06o $0x254796C8
-
-
-
-. 1136 25479688 44
-. 83 BF 00 0C 38 C0 00 00 93 9F 00 34 81 7D 00 3C 93 7F 00 30 2C 8B 00 00 93 7F 00 40 93 7F 00 28 93 7F 00 3C 90 DF 00 24 41 86 00 18
-==== BB 1137 (0x254796B4) approx BBs exec'd 0 ====
-
- 0x254796B4: 810B0004 lwz r8,4(r11)
- 0: GETL R11, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x254796B8: 809D0040 lwz r4,64(r29)
- 5: GETL R29, t4
- 6: ADDL $0x40, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R4
- 9: INCEIPL $4
-
- 0x254796BC: 911F0020 stw r8,32(r31)
- 10: GETL R8, t8
- 11: GETL R31, t10
- 12: ADDL $0x20, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x254796C0: 80C40004 lwz r6,4(r4)
- 15: GETL R4, t12
- 16: ADDL $0x4, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R6
- 19: INCEIPL $4
-
- 0x254796C4: 90DF0024 stw r6,36(r31)
- 20: GETL R6, t16
- 21: GETL R31, t18
- 22: ADDL $0x24, t18
- 23: STL t16, (t18)
- 24: INCEIPL $4
-
- 0x254796C8: 2E030000 cmpi cr4,r3,0
- 25: GETL R3, t20
- 26: CMP0L t20, t22 (-rSo)
- 27: ICRFL t22, $0x4, CR
- 28: INCEIPL $4
-
- 0x254796CC: 41920010 bc 12,18,0x254796DC
- 29: Js18o $0x254796DC
-
-
-
-. 1137 254796B4 28
-. 81 0B 00 04 80 9D 00 40 91 1F 00 20 80 C4 00 04 90 DF 00 24 2E 03 00 00 41 92 00 10
-==== BB 1138 (0x254796D0) approx BBs exec'd 0 ====
-
- 0x254796D0: 817D0070 lwz r11,112(r29)
- 0: GETL R29, t0
- 1: ADDL $0x70, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x254796D4: 2F0B0000 cmpi cr6,r11,0
- 5: GETL R11, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x254796D8: 409A033C bc 4,26,0x25479A14
- 9: Jc26o $0x25479A14
-
-
-
-. 1138 254796D0 12
-. 81 7D 00 70 2F 0B 00 00 40 9A 03 3C
-==== BB 1139 (0x25479A14) approx BBs exec'd 0 ====
-
- 0x25479A14: 835D007C lwz r26,124(r29)
- 0: GETL R29, t0
- 1: ADDL $0x7C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0x25479A18: 833D0028 lwz r25,40(r29)
- 5: GETL R29, t4
- 6: ADDL $0x28, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R25
- 9: INCEIPL $4
-
- 0x25479A1C: 829A0004 lwz r20,4(r26)
- 10: GETL R26, t8
- 11: ADDL $0x4, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R20
- 14: INCEIPL $4
-
- 0x25479A20: 82BF0020 lwz r21,32(r31)
- 15: GETL R31, t12
- 16: ADDL $0x20, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R21
- 19: INCEIPL $4
-
- 0x25479A24: 929F002C stw r20,44(r31)
- 20: GETL R20, t16
- 21: GETL R31, t18
- 22: ADDL $0x2C, t18
- 23: STL t16, (t18)
- 24: INCEIPL $4
-
- 0x25479A28: 82590004 lwz r18,4(r25)
- 25: GETL R25, t20
- 26: ADDL $0x4, t20
- 27: LDL (t20), t22
- 28: PUTL t22, R18
- 29: INCEIPL $4
-
- 0x25479A2C: 7D553214 add r10,r21,r6
- 30: GETL R21, t24
- 31: GETL R6, t26
- 32: ADDL t24, t26
- 33: PUTL t26, R10
- 34: INCEIPL $4
-
- 0x25479A30: 7D35A050 subf r9,r21,r20
- 35: GETL R21, t28
- 36: GETL R20, t30
- 37: SUBL t28, t30
- 38: PUTL t30, R9
- 39: INCEIPL $4
-
- 0x25479A34: 7E149214 add r16,r20,r18
- 40: GETL R20, t32
- 41: GETL R18, t34
- 42: ADDL t32, t34
- 43: PUTL t34, R16
- 44: INCEIPL $4
-
- 0x25479A38: 913F0024 stw r9,36(r31)
- 45: GETL R9, t36
- 46: GETL R31, t38
- 47: ADDL $0x24, t38
- 48: STL t36, (t38)
- 49: INCEIPL $4
-
- 0x25479A3C: 7E705050 subf r19,r16,r10
- 50: GETL R16, t40
- 51: GETL R10, t42
- 52: SUBL t40, t42
- 53: PUTL t42, R19
- 54: INCEIPL $4
-
- 0x25479A40: 925F0030 stw r18,48(r31)
- 55: GETL R18, t44
- 56: GETL R31, t46
- 57: ADDL $0x30, t46
- 58: STL t44, (t46)
- 59: INCEIPL $4
-
- 0x25479A44: 927F003C stw r19,60(r31)
- 60: GETL R19, t48
- 61: GETL R31, t50
- 62: ADDL $0x3C, t50
- 63: STL t48, (t50)
- 64: INCEIPL $4
-
- 0x25479A48: 921F0038 stw r16,56(r31)
- 65: GETL R16, t52
- 66: GETL R31, t54
- 67: ADDL $0x38, t54
- 68: STL t52, (t54)
- 69: INCEIPL $4
-
- 0x25479A4C: 4BFFFC90 b 0x254796DC
- 70: JMPo $0x254796DC ($4)
-
-
-
-. 1139 25479A14 60
-. 83 5D 00 7C 83 3D 00 28 82 9A 00 04 82 BF 00 20 92 9F 00 2C 82 59 00 04 7D 55 32 14 7D 35 A0 50 7E 14 92 14 91 3F 00 24 7E 70 50 50 92 5F 00 30 92 7F 00 3C 92 1F 00 38 4B FF FC 90
-==== BB 1140 (0x254796DC) approx BBs exec'd 0 ====
-
- 0x254796DC: 821E04C8 lwz r16,1224(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4C8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R16
- 4: INCEIPL $4
-
- 0x254796E0: 3ABF0008 addi r21,r31,8
- 5: GETL R31, t4
- 6: ADDL $0x8, t4
- 7: PUTL t4, R21
- 8: INCEIPL $4
-
- 0x254796E4: 3A400002 li r18,2
- 9: MOVL $0x2, t6
- 10: PUTL t6, R18
- 11: INCEIPL $4
-
- 0x254796E8: 80B50020 lwz r5,32(r21)
- 12: GETL R21, t8
- 13: ADDL $0x20, t8
- 14: LDL (t8), t10
- 15: PUTL t10, R5
- 16: INCEIPL $4
-
- 0x254796EC: 7FB6EB78 or r22,r29,r29
- 17: GETL R29, t12
- 18: PUTL t12, R22
- 19: INCEIPL $4
-
- 0x254796F0: 81750018 lwz r11,24(r21)
- 20: GETL R21, t14
- 21: ADDL $0x18, t14
- 22: LDL (t14), t16
- 23: PUTL t16, R11
- 24: INCEIPL $4
-
- 0x254796F4: 2C050000 cmpi cr0,r5,0
- 25: GETL R5, t18
- 26: CMP0L t18, t20 (-rSo)
- 27: ICRFL t20, $0x0, CR
- 28: INCEIPL $4
-
- 0x254796F8: 8115001C lwz r8,28(r21)
- 29: GETL R21, t22
- 30: ADDL $0x1C, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R8
- 33: INCEIPL $4
-
- 0x254796FC: 7D695B78 or r9,r11,r11
- 34: GETL R11, t26
- 35: PUTL t26, R9
- 36: INCEIPL $4
-
- 0x25479700: 833D0000 lwz r25,0(r29)
- 37: GETL R29, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R25
- 40: INCEIPL $4
-
- 0x25479704: 7F0B4214 add r24,r11,r8
- 41: GETL R11, t32
- 42: GETL R8, t34
- 43: ADDL t32, t34
- 44: PUTL t34, R24
- 45: INCEIPL $4
-
- 0x25479708: 418200BC bc 12,2,0x254797C4
- 46: Js02o $0x254797C4
-
-
-
-. 1140 254796DC 48
-. 82 1E 04 C8 3A BF 00 08 3A 40 00 02 80 B5 00 20 7F B6 EB 78 81 75 00 18 2C 05 00 00 81 15 00 1C 7D 69 5B 78 83 3D 00 00 7F 0B 42 14 41 82 00 BC
-==== BB 1141 (0x254797C4) approx BBs exec'd 0 ====
-
- 0x254797C4: 815D00C0 lwz r10,192(r29)
- 0: GETL R29, t0
- 1: ADDL $0xC0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x254797C8: 38E00000 li r7,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R7
- 7: INCEIPL $4
-
- 0x254797CC: 807D0038 lwz r3,56(r29)
- 8: GETL R29, t6
- 9: ADDL $0x38, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R3
- 12: INCEIPL $4
-
- 0x254797D0: 2F8A0000 cmpi cr7,r10,0
- 13: GETL R10, t10
- 14: CMP0L t10, t12 (-rSo)
- 15: ICRFL t12, $0x7, CR
- 16: INCEIPL $4
-
- 0x254797D4: 82630004 lwz r19,4(r3)
- 17: GETL R3, t14
- 18: ADDL $0x4, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R19
- 21: INCEIPL $4
-
- 0x254797D8: 419E0008 bc 12,30,0x254797E0
- 22: Js30o $0x254797E0
-
-
-
-. 1141 254797C4 24
-. 81 5D 00 C0 38 E0 00 00 80 7D 00 38 2F 8A 00 00 82 63 00 04 41 9E 00 08
-==== BB 1142 (0x254797DC) approx BBs exec'd 0 ====
-
- 0x254797DC: 80EA0004 lwz r7,4(r10)
- 0: GETL R10, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x254797E0: 3C00AAAA lis r0,-21846
- 5: MOVL $0xAAAA0000, t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0x254797E4: 600CAAAB ori r12,r0,0xAAAB
- 8: MOVL $0xAAAAAAAB, t6
- 9: PUTL t6, R12
- 10: INCEIPL $4
-
- 0x254797E8: 7EE86016 mulhwu r23,r8,r12
- 11: GETL R8, t8
- 12: GETL R12, t10
- 13: UMULHL t8, t10
- 14: PUTL t10, R23
- 15: INCEIPL $4
-
- 0x254797EC: 56E9E8FE rlwinm r9,r23,29,3,31
- 16: GETL R23, t12
- 17: SHRL $0x3, t12
- 18: PUTL t12, R9
- 19: INCEIPL $4
-
- 0x254797F0: 7C893840 cmpl cr1,r9,r7
- 20: GETL R9, t14
- 21: GETL R7, t16
- 22: CMPUL t14, t16, t18 (-rSo)
- 23: ICRFL t18, $0x1, CR
- 24: INCEIPL $4
-
- 0x254797F4: 40850008 bc 4,5,0x254797FC
- 25: Jc05o $0x254797FC
-
-
-
-. 1142 254797DC 28
-. 80 EA 00 04 3C 00 AA AA 60 0C AA AB 7E E8 60 16 56 E9 E8 FE 7C 89 38 40 40 85 00 08
-==== BB 1143 (0x254797F8) approx BBs exec'd 0 ====
-
- 0x254797F8: 7CE93B78 or r9,r7,r7
- 0: GETL R7, t0
- 1: PUTL t0, R9
- 2: INCEIPL $4
-
- 0x254797FC: 3B7001B8 addi r27,r16,440
- 3: GETL R16, t2
- 4: ADDL $0x1B8, t2
- 5: PUTL t2, R27
- 6: INCEIPL $4
-
- 0x25479800: 1CE9000C mulli r7,r9,12
- 7: GETL R9, t4
- 8: MULL $0xC, t4
- 9: PUTL t4, R7
- 10: INCEIPL $4
-
- 0x25479804: 7E1DD800 cmp cr4,r29,r27
- 11: GETL R29, t6
- 12: GETL R27, t8
- 13: CMPL t6, t8, t10 (-rSo)
- 14: ICRFL t10, $0x4, CR
- 15: INCEIPL $4
-
- 0x25479808: 7F8B3A14 add r28,r11,r7
- 16: GETL R11, t12
- 17: GETL R7, t14
- 18: ADDL t12, t14
- 19: PUTL t14, R28
- 20: INCEIPL $4
-
- 0x2547980C: 41920018 bc 12,18,0x25479824
- 21: Js18o $0x25479824
-
-
-
-. 1143 254797F8 24
-. 7C E9 3B 78 3B 70 01 B8 1C E9 00 0C 7E 1D D8 00 7F 8B 3A 14 41 92 00 18
-==== BB 1144 (0x25479810) approx BBs exec'd 0 ====
-
- 0x25479810: 2F190000 cmpi cr6,r25,0
- 0: GETL R25, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x25479814: 409A01CC bc 4,26,0x254799E0
- 4: Jc26o $0x254799E0
-
-
-
-. 1144 25479810 8
-. 2F 19 00 00 40 9A 01 CC
-==== BB 1145 (0x25479818) approx BBs exec'd 0 ====
-
- 0x25479818: 80DD011C lwz r6,284(r29)
- 0: GETL R29, t0
- 1: ADDL $0x11C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x2547981C: 2C060000 cmpi cr0,r6,0
- 5: GETL R6, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0x25479820: 418201C0 bc 12,2,0x254799E0
- 9: Js02o $0x254799E0
-
-
-
-. 1145 25479818 12
-. 80 DD 01 1C 2C 06 00 00 41 82 01 C0
-==== BB 1146 (0x25479824) approx BBs exec'd 0 ====
-
- 0x25479824: 813D00E4 lwz r9,228(r29)
- 0: GETL R29, t0
- 1: ADDL $0xE4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25479828: 2F890000 cmpi cr7,r9,0
- 5: GETL R9, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x2547982C: 419E0280 bc 12,30,0x25479AAC
- 9: Js30o $0x25479AAC
-
-
-
-. 1146 25479824 12
-. 81 3D 00 E4 2F 89 00 00 41 9E 02 80
-==== BB 1147 (0x25479830) approx BBs exec'd 0 ====
-
- 0x25479830: 7C9CC040 cmpl cr1,r28,r24
- 0: GETL R28, t0
- 1: GETL R24, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x1, CR
- 4: INCEIPL $4
-
- 0x25479834: 82890004 lwz r20,4(r9)
- 5: GETL R9, t6
- 6: ADDL $0x4, t6
- 7: LDL (t6), t8
- 8: PUTL t8, R20
- 9: INCEIPL $4
-
- 0x25479838: 40A4FEE8 bc 5,4,0x25479720
- 10: Jc04o $0x25479720
-
-
-
-. 1147 25479830 12
-. 7C 9C C0 40 82 89 00 04 40 A4 FE E8
-==== BB 1148 (0x2547983C) approx BBs exec'd 0 ====
-
- 0x2547983C: 819C0004 lwz r12,4(r28)
- 0: GETL R28, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R12
- 4: INCEIPL $4
-
- 0x25479840: 81560188 lwz r10,392(r22)
- 5: GETL R22, t4
- 6: ADDL $0x188, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R10
- 9: INCEIPL $4
-
- 0x25479844: 5597C23E rlwinm r23,r12,24,8,31
- 10: GETL R12, t8
- 11: SHRL $0x8, t8
- 12: PUTL t8, R23
- 13: INCEIPL $4
-
- 0x25479848: 559D063E rlwinm r29,r12,0,24,31
- 14: GETL R12, t10
- 15: ANDL $0xFF, t10
- 16: PUTL t10, R29
- 17: INCEIPL $4
-
- 0x2547984C: 56EB083C rlwinm r11,r23,1,0,30
- 18: GETL R23, t12
- 19: SHLL $0x1, t12
- 20: PUTL t12, R11
- 21: INCEIPL $4
-
- 0x25479850: 2E1D0016 cmpi cr4,r29,22
- 22: GETL R29, t14
- 23: MOVL $0x16, t18
- 24: CMPL t14, t18, t16 (-rSo)
- 25: ICRFL t16, $0x4, CR
- 26: INCEIPL $4
-
- 0x25479854: 7CABA22E lhzx r5,r11,r20
- 27: GETL R20, t20
- 28: GETL R11, t22
- 29: ADDL t22, t20
- 30: LDW (t20), t24
- 31: PUTL t24, R5
- 32: INCEIPL $4
-
- 0x25479858: 56E32036 rlwinm r3,r23,4,0,27
- 33: GETL R23, t26
- 34: SHLL $0x4, t26
- 35: PUTL t26, R3
- 36: INCEIPL $4
-
- 0x2547985C: 817C0000 lwz r11,0(r28)
- 37: GETL R28, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R11
- 40: INCEIPL $4
-
- 0x25479860: 7F639A14 add r27,r3,r19
- 41: GETL R3, t32
- 42: GETL R19, t34
- 43: ADDL t32, t34
- 44: PUTL t34, R27
- 45: INCEIPL $4
-
- 0x25479864: 54BA2376 rlwinm r26,r5,4,13,27
- 46: GETL R5, t36
- 47: ROLL $0x4, t36
- 48: ANDL $0x7FFF0, t36
- 49: PUTL t36, R26
- 50: INCEIPL $4
-
- 0x25479868: 937F0050 stw r27,80(r31)
- 51: GETL R27, t38
- 52: GETL R31, t40
- 53: ADDL $0x50, t40
- 54: STL t38, (t40)
- 55: INCEIPL $4
-
- 0x2547986C: 7D4AD214 add r10,r10,r26
- 56: GETL R10, t42
- 57: GETL R26, t44
- 58: ADDL t42, t44
- 59: PUTL t44, R10
- 60: INCEIPL $4
-
- 0x25479870: 7EEBCA14 add r23,r11,r25
- 61: GETL R11, t46
- 62: GETL R25, t48
- 63: ADDL t46, t48
- 64: PUTL t48, R23
- 65: INCEIPL $4
-
- 0x25479874: 7F66DB78 or r6,r27,r27
- 66: GETL R27, t50
- 67: PUTL t50, R6
- 68: INCEIPL $4
-
- 0x25479878: 3B400000 li r26,0
- 69: MOVL $0x0, t52
- 70: PUTL t52, R26
- 71: INCEIPL $4
-
- 0x2547987C: 419201DC bc 12,18,0x25479A58
- 72: Js18o $0x25479A58
-
-
-
-. 1148 2547983C 68
-. 81 9C 00 04 81 56 01 88 55 97 C2 3E 55 9D 06 3E 56 EB 08 3C 2E 1D 00 16 7C AB A2 2E 56 E3 20 36 81 7C 00 00 7F 63 9A 14 54 BA 23 76 93 7F 00 50 7D 4A D2 14 7E EB CA 14 7F 66 DB 78 3B 40 00 00 41 92 01 DC
-==== BB 1149 (0x25479880) approx BBs exec'd 0 ====
-
- 0x25479880: 2F1D0000 cmpi cr6,r29,0
- 0: GETL R29, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x25479884: 419A0148 bc 12,26,0x254799CC
- 4: Js26o $0x254799CC
-
-
-
-. 1149 25479880 8
-. 2F 1D 00 00 41 9A 01 48
-==== BB 1150 (0x25479888) approx BBs exec'd 0 ====
-
- 0x25479888: 889B000C lbz r4,12(r27)
- 0: GETL R27, t0
- 1: ADDL $0xC, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x2547988C: 5488E13F rlwinm. r8,r4,28,4,31
- 5: GETL R4, t4
- 6: SHRL $0x4, t4
- 7: PUTL t4, R8
- 8: CMP0L t4, t6 (-rSo)
- 9: ICRFL t6, $0x0, CR
- 10: INCEIPL $4
-
- 0x25479890: 4182062C bc 12,2,0x25479EBC
- 11: Js02o $0x25479EBC
-
-
-
-. 1150 25479888 12
-. 88 9B 00 0C 54 88 E1 3F 41 82 06 2C
-==== BB 1151 (0x25479894) approx BBs exec'd 0 ====
-
- 0x25479894: 8B5B000C lbz r26,12(r27)
- 0: GETL R27, t0
- 1: ADDL $0xC, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0x25479898: 5749E13F rlwinm. r9,r26,28,4,31
- 5: GETL R26, t4
- 6: SHRL $0x4, t4
- 7: PUTL t4, R9
- 8: CMP0L t4, t6 (-rSo)
- 9: ICRFL t6, $0x0, CR
- 10: INCEIPL $4
-
- 0x2547989C: 418201B4 bc 12,2,0x25479A50
- 11: Js02o $0x25479A50
-
-
-
-. 1151 25479894 12
-. 8B 5B 00 0C 57 49 E1 3F 41 82 01 B4
-==== BB 1152 (0x254798A0) approx BBs exec'd 0 ====
-
- 0x254798A0: 809F000C lwz r4,12(r31)
- 0: GETL R31, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x254798A4: 2E1D0015 cmpi cr4,r29,21
- 5: GETL R29, t4
- 6: MOVL $0x15, t8
- 7: CMPL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x4, CR
- 9: INCEIPL $4
-
- 0x254798A8: 2C9D000A cmpi cr1,r29,10
- 10: GETL R29, t10
- 11: MOVL $0xA, t14
- 12: CMPL t10, t14, t12 (-rSo)
- 13: ICRFL t12, $0x1, CR
- 14: INCEIPL $4
-
- 0x254798AC: 2F1D0013 cmpi cr6,r29,19
- 15: GETL R29, t16
- 16: MOVL $0x13, t20
- 17: CMPL t16, t20, t18 (-rSo)
- 18: ICRFL t18, $0x6, CR
- 19: INCEIPL $4
-
- 0x254798B0: 80C40208 lwz r6,520(r4)
- 20: GETL R4, t22
- 21: ADDL $0x208, t22
- 22: LDL (t22), t24
- 23: PUTL t24, R6
- 24: INCEIPL $4
-
- 0x254798B4: 7F86D800 cmp cr7,r6,r27
- 25: GETL R6, t26
- 26: GETL R27, t28
- 27: CMPL t26, t28, t30 (-rSo)
- 28: ICRFL t30, $0x7, CR
- 29: INCEIPL $4
-
- 0x254798B8: 419E062C bc 12,30,0x25479EE4
- 30: Js30o $0x25479EE4
-
-
-
-. 1152 254798A0 28
-. 80 9F 00 0C 2E 1D 00 15 2C 9D 00 0A 2F 1D 00 13 80 C4 02 08 7F 86 D8 00 41 9E 06 2C
-==== BB 1153 (0x254798BC) approx BBs exec'd 0 ====
-
- 0x254798BC: 7CC00026 mfcr r6
- 0: GETL CR, t0
- 1: PUTL t0, R6
- 2: INCEIPL $4
-
- 0x254798C0: 54C69FFE rlwinm r6,r6,19,31,31
- 3: GETL R6, t2
- 4: ROLL $0x13, t2
- 5: ANDL $0x1, t2
- 6: PUTL t2, R6
- 7: INCEIPL $4
-
- 0x254798C4: 39000000 li r8,0
- 8: MOVL $0x0, t4
- 9: PUTL t4, R8
- 10: INCEIPL $4
-
- 0x254798C8: 7F400026 mfcr r26
- 11: GETL CR, t6
- 12: PUTL t6, R26
- 13: INCEIPL $4
-
- 0x254798CC: 575A3FFE rlwinm r26,r26,7,31,31
- 14: GETL R26, t8
- 15: ROLL $0x7, t8
- 16: ANDL $0x1, t8
- 17: PUTL t8, R26
- 18: INCEIPL $4
-
- 0x254798D0: 7CCBD379 or. r11,r6,r26
- 19: GETL R6, t10
- 20: GETL R26, t12
- 21: ORL t12, t10
- 22: PUTL t10, R11
- 23: CMP0L t10, t14 (-rSo)
- 24: ICRFL t14, $0x0, CR
- 25: INCEIPL $4
-
- 0x254798D4: 40820130 bc 4,2,0x25479A04
- 26: Jc02o $0x25479A04
-
-
-
-. 1153 254798BC 28
-. 7C C0 00 26 54 C6 9F FE 39 00 00 00 7F 40 00 26 57 5A 3F FE 7C CB D3 79 40 82 01 30
-==== BB 1154 (0x254798D8) approx BBs exec'd 0 ====
-
- 0x254798D8: 387DFFBC addi r3,r29,-68
- 0: GETL R29, t0
- 1: ADDL $0xFFFFFFBC, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0x254798DC: 6BA50002 xori r5,r29,0x2
- 4: GETL R29, t2
- 5: XORL $0x2, t2
- 6: PUTL t2, R5
- 7: INCEIPL $4
-
- 0x254798E0: 21650000 subfic r11,r5,0
- 8: GETL R5, t4
- 9: MOVL $0x0, t6
- 10: SBBL t4, t6 (-wCa)
- 11: PUTL t6, R11
- 12: INCEIPL $4
-
- 0x254798E4: 7CAB2914 adde r5,r11,r5
- 13: GETL R11, t8
- 14: GETL R5, t10
- 15: ADCL t8, t10 (-rCa-wCa)
- 16: PUTL t10, R5
- 17: INCEIPL $4
-
- 0x254798E8: 2123000A subfic r9,r3,10
- 18: GETL R3, t12
- 19: MOVL $0xA, t14
- 20: SBBL t12, t14 (-wCa)
- 21: PUTL t14, R9
- 22: INCEIPL $4
-
- 0x254798EC: 39200000 li r9,0
- 23: MOVL $0x0, t16
- 24: PUTL t16, R9
- 25: INCEIPL $4
-
- 0x254798F0: 7D294914 adde r9,r9,r9
- 26: GETL R9, t18
- 27: GETL R9, t20
- 28: ADCL t18, t20 (-rCa-wCa)
- 29: PUTL t20, R9
- 30: INCEIPL $4
-
- 0x254798F4: 7D2B2B79 or. r11,r9,r5
- 31: GETL R9, t22
- 32: GETL R5, t24
- 33: ORL t24, t22
- 34: PUTL t22, R11
- 35: CMP0L t22, t26 (-rSo)
- 36: ICRFL t26, $0x0, CR
- 37: INCEIPL $4
-
- 0x254798F8: 4082010C bc 4,2,0x25479A04
- 38: Jc02o $0x25479A04
-
-
-
-. 1154 254798D8 36
-. 38 7D FF BC 6B A5 00 02 21 65 00 00 7C AB 29 14 21 23 00 0A 39 20 00 00 7D 29 49 14 7D 2B 2B 79 40 82 01 0C
-==== BB 1155 (0x254798FC) approx BBs exec'd 0 ====
-
- 0x254798FC: 7C000026 mfcr r0
- 0: GETL CR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x25479900: 5400DFFE rlwinm r0,r0,27,31,31
- 3: GETL R0, t2
- 4: ROLL $0x1B, t2
- 5: ANDL $0x1, t2
- 6: PUTL t2, R0
- 7: INCEIPL $4
-
- 0x25479904: 2C8A0000 cmpi cr1,r10,0
- 8: GETL R10, t4
- 9: CMP0L t4, t6 (-rSo)
- 10: ICRFL t6, $0x1, CR
- 11: INCEIPL $4
-
- 0x25479908: 93640208 stw r27,520(r4)
- 12: GETL R27, t8
- 13: GETL R4, t10
- 14: ADDL $0x208, t10
- 15: STL t8, (t10)
- 16: INCEIPL $4
-
- 0x2547990C: 38E00000 li r7,0
- 17: MOVL $0x0, t12
- 18: PUTL t12, R7
- 19: INCEIPL $4
-
- 0x25479910: 540C083C rlwinm r12,r0,1,0,30
- 20: GETL R0, t14
- 21: SHLL $0x1, t14
- 22: PUTL t14, R12
- 23: INCEIPL $4
-
- 0x25479914: 39600001 li r11,1
- 24: MOVL $0x1, t16
- 25: PUTL t16, R11
- 26: INCEIPL $4
-
- 0x25479918: 7D884378 or r8,r12,r8
- 27: GETL R12, t18
- 28: GETL R8, t20
- 29: ORL t20, t18
- 30: PUTL t18, R8
- 31: INCEIPL $4
-
- 0x2547991C: 9104020C stw r8,524(r4)
- 32: GETL R8, t22
- 33: GETL R4, t24
- 34: ADDL $0x20C, t24
- 35: STL t22, (t24)
- 36: INCEIPL $4
-
- 0x25479920: 41860018 bc 12,6,0x25479938
- 37: Js06o $0x25479938
-
-
-
-. 1155 254798FC 40
-. 7C 00 00 26 54 00 DF FE 2C 8A 00 00 93 64 02 08 38 E0 00 00 54 0C 08 3C 39 60 00 01 7D 88 43 78 91 04 02 0C 41 86 00 18
-==== BB 1156 (0x25479924) approx BBs exec'd 0 ====
-
- 0x25479924: 834A0004 lwz r26,4(r10)
- 0: GETL R10, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0x25479928: 2E1A0000 cmpi cr4,r26,0
- 5: GETL R26, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x4, CR
- 8: INCEIPL $4
-
- 0x2547992C: 4192000C bc 12,18,0x25479938
- 9: Js18o $0x25479938
-
-
-
-. 1156 25479924 12
-. 83 4A 00 04 2E 1A 00 00 41 92 00 0C
-==== BB 1157 (0x25479930) approx BBs exec'd 0 ====
-
- 0x25479930: 7D475378 or r7,r10,r10
- 0: GETL R10, t0
- 1: PUTL t0, R7
- 2: INCEIPL $4
-
- 0x25479934: 39600000 li r11,0
- 3: MOVL $0x0, t2
- 4: PUTL t2, R11
- 5: INCEIPL $4
-
- 0x25479938: 80DF0050 lwz r6,80(r31)
- 6: GETL R31, t4
- 7: ADDL $0x50, t4
- 8: LDL (t4), t6
- 9: PUTL t6, R6
- 10: INCEIPL $4
-
- 0x2547993C: 7D695B78 or r9,r11,r11
- 11: GETL R11, t8
- 12: PUTL t8, R9
- 13: INCEIPL $4
-
- 0x25479940: 815F0008 lwz r10,8(r31)
- 14: GETL R31, t10
- 15: ADDL $0x8, t10
- 16: LDL (t10), t12
- 17: PUTL t12, R10
- 18: INCEIPL $4
-
- 0x25479944: 80A60000 lwz r5,0(r6)
- 19: GETL R6, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R5
- 22: INCEIPL $4
-
- 0x25479948: 80DF0010 lwz r6,16(r31)
- 23: GETL R31, t18
- 24: ADDL $0x10, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R6
- 27: INCEIPL $4
-
- 0x2547994C: 7C655214 add r3,r5,r10
- 28: GETL R5, t22
- 29: GETL R10, t24
- 30: ADDL t22, t24
- 31: PUTL t24, R3
- 32: INCEIPL $4
-
- 0x25479950: 38BF0050 addi r5,r31,80
- 33: GETL R31, t26
- 34: ADDL $0x50, t26
- 35: PUTL t26, R5
- 36: INCEIPL $4
-
- 0x25479954: 39400000 li r10,0
- 37: MOVL $0x0, t28
- 38: PUTL t28, R10
- 39: INCEIPL $4
-
- 0x25479958: 4BFFEC4D bl 0x254785A4
- 40: MOVL $0x2547995C, t30
- 41: PUTL t30, LR
- 42: JMPo-c $0x254785A4 ($4)
-
-
-
-. 1157 25479930 44
-. 7D 47 53 78 39 60 00 00 80 DF 00 50 7D 69 5B 78 81 5F 00 08 80 A6 00 00 80 DF 00 10 7C 65 52 14 38 BF 00 50 39 40 00 00 4B FF EC 4D
-==== BB 1158 _dl_lookup_symbol_x(0x254785A4) approx BBs exec'd 0 ====
-
- 0x254785A4: 7C0802A6 mflr r0
- 0: GETL LR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x254785A8: 7D800026 mfcr r12
- 3: GETL CR, t2
- 4: PUTL t2, R12
- 5: INCEIPL $4
-
- 0x254785AC: 9421FF60 stwu r1,-160(r1)
- 6: GETL R1, t4
- 7: GETL R1, t6
- 8: ADDL $0xFFFFFF60, t6
- 9: PUTL t6, R1
- 10: STL t4, (t6)
- 11: INCEIPL $4
-
- 0x254785B0: 4801EA51 bl 0x25497000
- 12: MOVL $0x254785B4, t8
- 13: PUTL t8, LR
- 14: JMPo-c $0x25497000 ($4)
-
-
-
-. 1158 254785A4 16
-. 7C 08 02 A6 7D 80 00 26 94 21 FF 60 48 01 EA 51
-==== BB 1159 (0x254785B4) approx BBs exec'd 0 ====
-
- 0x254785B4: 9261006C stw r19,108(r1)
- 0: GETL R19, t0
- 1: GETL R1, t2
- 2: ADDL $0x6C, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x254785B8: 7C932378 or r19,r4,r4
- 5: GETL R4, t4
- 6: PUTL t4, R19
- 7: INCEIPL $4
-
- 0x254785BC: 92810070 stw r20,112(r1)
- 8: GETL R20, t6
- 9: GETL R1, t8
- 10: ADDL $0x70, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x254785C0: 7D144378 or r20,r8,r8
- 13: GETL R8, t10
- 14: PUTL t10, R20
- 15: INCEIPL $4
-
- 0x254785C4: 92A10074 stw r21,116(r1)
- 16: GETL R21, t12
- 17: GETL R1, t14
- 18: ADDL $0x74, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0x254785C8: 7CD53378 or r21,r6,r6
- 21: GETL R6, t16
- 22: PUTL t16, R21
- 23: INCEIPL $4
-
- 0x254785CC: 92C10078 stw r22,120(r1)
- 24: GETL R22, t18
- 25: GETL R1, t20
- 26: ADDL $0x78, t20
- 27: STL t18, (t20)
- 28: INCEIPL $4
-
- 0x254785D0: 7CB62B78 or r22,r5,r5
- 29: GETL R5, t22
- 30: PUTL t22, R22
- 31: INCEIPL $4
-
- 0x254785D4: 92E1007C stw r23,124(r1)
- 32: GETL R23, t24
- 33: GETL R1, t26
- 34: ADDL $0x7C, t26
- 35: STL t24, (t26)
- 36: INCEIPL $4
-
- 0x254785D8: 7D374B78 or r23,r9,r9
- 37: GETL R9, t28
- 38: PUTL t28, R23
- 39: INCEIPL $4
-
- 0x254785DC: 93010080 stw r24,128(r1)
- 40: GETL R24, t30
- 41: GETL R1, t32
- 42: ADDL $0x80, t32
- 43: STL t30, (t32)
- 44: INCEIPL $4
-
- 0x254785E0: 7CF83B78 or r24,r7,r7
- 45: GETL R7, t34
- 46: PUTL t34, R24
- 47: INCEIPL $4
-
- 0x254785E4: 93210084 stw r25,132(r1)
- 48: GETL R25, t36
- 49: GETL R1, t38
- 50: ADDL $0x84, t38
- 51: STL t36, (t38)
- 52: INCEIPL $4
-
- 0x254785E8: 7C791B78 or r25,r3,r3
- 53: GETL R3, t40
- 54: PUTL t40, R25
- 55: INCEIPL $4
-
- 0x254785EC: 93410088 stw r26,136(r1)
- 56: GETL R26, t42
- 57: GETL R1, t44
- 58: ADDL $0x88, t44
- 59: STL t42, (t44)
- 60: INCEIPL $4
-
- 0x254785F0: 7D5A5378 or r26,r10,r10
- 61: GETL R10, t46
- 62: PUTL t46, R26
- 63: INCEIPL $4
-
- 0x254785F4: 93810090 stw r28,144(r1)
- 64: GETL R28, t48
- 65: GETL R1, t50
- 66: ADDL $0x90, t50
- 67: STL t48, (t50)
- 68: INCEIPL $4
-
- 0x254785F8: 3B800000 li r28,0
- 69: MOVL $0x0, t52
- 70: PUTL t52, R28
- 71: INCEIPL $4
-
- 0x254785FC: 93C10098 stw r30,152(r1)
- 72: GETL R30, t54
- 73: GETL R1, t56
- 74: ADDL $0x98, t56
- 75: STL t54, (t56)
- 76: INCEIPL $4
-
- 0x25478600: 7FC802A6 mflr r30
- 77: GETL LR, t58
- 78: PUTL t58, R30
- 79: INCEIPL $4
-
- 0x25478604: 93E1009C stw r31,156(r1)
- 80: GETL R31, t60
- 81: GETL R1, t62
- 82: ADDL $0x9C, t62
- 83: STL t60, (t62)
- 84: INCEIPL $4
-
- 0x25478608: 7C3F0B78 or r31,r1,r1
- 85: GETL R1, t64
- 86: PUTL t64, R31
- 87: INCEIPL $4
-
- 0x2547860C: 92210064 stw r17,100(r1)
- 88: GETL R17, t66
- 89: GETL R1, t68
- 90: ADDL $0x64, t68
- 91: STL t66, (t68)
- 92: INCEIPL $4
-
- 0x25478610: 92410068 stw r18,104(r1)
- 93: GETL R18, t70
- 94: GETL R1, t72
- 95: ADDL $0x68, t72
- 96: STL t70, (t72)
- 97: INCEIPL $4
-
- 0x25478614: 9361008C stw r27,140(r1)
- 98: GETL R27, t74
- 99: GETL R1, t76
- 100: ADDL $0x8C, t76
- 101: STL t74, (t76)
- 102: INCEIPL $4
-
- 0x25478618: 93A10094 stw r29,148(r1)
- 103: GETL R29, t78
- 104: GETL R1, t80
- 105: ADDL $0x94, t80
- 106: STL t78, (t80)
- 107: INCEIPL $4
-
- 0x2547861C: 900100A4 stw r0,164(r1)
- 108: GETL R0, t82
- 109: GETL R1, t84
- 110: ADDL $0xA4, t84
- 111: STL t82, (t84)
- 112: INCEIPL $4
-
- 0x25478620: 91810060 stw r12,96(r1)
- 113: GETL R12, t86
- 114: GETL R1, t88
- 115: ADDL $0x60, t88
- 116: STL t86, (t88)
- 117: INCEIPL $4
-
- 0x25478624: 88030000 lbz r0,0(r3)
- 118: GETL R3, t90
- 119: LDB (t90), t92
- 120: PUTL t92, R0
- 121: INCEIPL $4
-
- 0x25478628: 2F800000 cmpi cr7,r0,0
- 122: GETL R0, t94
- 123: CMP0L t94, t96 (-rSo)
- 124: ICRFL t96, $0x7, CR
- 125: INCEIPL $4
-
- 0x2547862C: 419E0018 bc 12,30,0x25478644
- 126: Js30o $0x25478644
-
-
-
-. 1159 254785B4 124
-. 92 61 00 6C 7C 93 23 78 92 81 00 70 7D 14 43 78 92 A1 00 74 7C D5 33 78 92 C1 00 78 7C B6 2B 78 92 E1 00 7C 7D 37 4B 78 93 01 00 80 7C F8 3B 78 93 21 00 84 7C 79 1B 78 93 41 00 88 7D 5A 53 78 93 81 00 90 3B 80 00 00 93 C1 00 98 7F C8 02 A6 93 E1 00 9C 7C 3F 0B 78 92 21 00 64 92 41 00 68 93 61 00 8C 93 A1 00 94 90 01 00 A4 91 81 00 60 88 03 00 00 2F 80 00 00 41 9E 00 18
-==== BB 1160 (0x25478630) approx BBs exec'd 0 ====
-
- 0x25478630: 89630001 lbz r11,1(r3)
- 0: GETL R3, t0
- 1: ADDL $0x1, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x25478634: 7C1C0378 or r28,r0,r0
- 5: GETL R0, t4
- 6: PUTL t4, R28
- 7: INCEIPL $4
-
- 0x25478638: 39230001 addi r9,r3,1
- 8: GETL R3, t6
- 9: ADDL $0x1, t6
- 10: PUTL t6, R9
- 11: INCEIPL $4
-
- 0x2547863C: 2C0B0000 cmpi cr0,r11,0
- 12: GETL R11, t8
- 13: CMP0L t8, t10 (-rSo)
- 14: ICRFL t10, $0x0, CR
- 15: INCEIPL $4
-
- 0x25478640: 4082015C bc 4,2,0x2547879C
- 16: Jc02o $0x2547879C
-
-
-
-. 1160 25478630 20
-. 89 63 00 01 7C 1C 03 78 39 23 00 01 2C 0B 00 00 40 82 01 5C
-==== BB 1161 (0x2547879C) approx BBs exec'd 0 ====
-
- 0x2547879C: 89490001 lbz r10,1(r9)
- 0: GETL R9, t0
- 1: ADDL $0x1, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x254787A0: 54032036 rlwinm r3,r0,4,0,27
- 5: GETL R0, t4
- 6: SHLL $0x4, t4
- 7: PUTL t4, R3
- 8: INCEIPL $4
-
- 0x254787A4: 7F835A14 add r28,r3,r11
- 9: GETL R3, t6
- 10: GETL R11, t8
- 11: ADDL t6, t8
- 12: PUTL t8, R28
- 13: INCEIPL $4
-
- 0x254787A8: 39290001 addi r9,r9,1
- 14: GETL R9, t10
- 15: ADDL $0x1, t10
- 16: PUTL t10, R9
- 17: INCEIPL $4
-
- 0x254787AC: 2C8A0000 cmpi cr1,r10,0
- 18: GETL R10, t12
- 19: CMP0L t12, t14 (-rSo)
- 20: ICRFL t14, $0x1, CR
- 21: INCEIPL $4
-
- 0x254787B0: 41A6FE94 bc 13,6,0x25478644
- 22: Js06o $0x25478644
-
-
-
-. 1161 2547879C 24
-. 89 49 00 01 54 03 20 36 7F 83 5A 14 39 29 00 01 2C 8A 00 00 41 A6 FE 94
-==== BB 1162 (0x254787B4) approx BBs exec'd 0 ====
-
- 0x254787B4: 89690001 lbz r11,1(r9)
- 0: GETL R9, t0
- 1: ADDL $0x1, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x254787B8: 57842036 rlwinm r4,r28,4,0,27
- 5: GETL R28, t4
- 6: SHLL $0x4, t4
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0x254787BC: 7F845214 add r28,r4,r10
- 9: GETL R4, t6
- 10: GETL R10, t8
- 11: ADDL t6, t8
- 12: PUTL t8, R28
- 13: INCEIPL $4
-
- 0x254787C0: 39290001 addi r9,r9,1
- 14: GETL R9, t10
- 15: ADDL $0x1, t10
- 16: PUTL t10, R9
- 17: INCEIPL $4
-
- 0x254787C4: 2E0B0000 cmpi cr4,r11,0
- 18: GETL R11, t12
- 19: CMP0L t12, t14 (-rSo)
- 20: ICRFL t14, $0x4, CR
- 21: INCEIPL $4
-
- 0x254787C8: 41B2FE7C bc 13,18,0x25478644
- 22: Js18o $0x25478644
-
-
-
-. 1162 254787B4 24
-. 89 69 00 01 57 84 20 36 7F 84 52 14 39 29 00 01 2E 0B 00 00 41 B2 FE 7C
-==== BB 1163 (0x254787CC) approx BBs exec'd 0 ====
-
- 0x254787CC: 89490001 lbz r10,1(r9)
- 0: GETL R9, t0
- 1: ADDL $0x1, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x254787D0: 57852036 rlwinm r5,r28,4,0,27
- 5: GETL R28, t4
- 6: SHLL $0x4, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x254787D4: 7F855A14 add r28,r5,r11
- 9: GETL R5, t6
- 10: GETL R11, t8
- 11: ADDL t6, t8
- 12: PUTL t8, R28
- 13: INCEIPL $4
-
- 0x254787D8: 39290001 addi r9,r9,1
- 14: GETL R9, t10
- 15: ADDL $0x1, t10
- 16: PUTL t10, R9
- 17: INCEIPL $4
-
- 0x254787DC: 2F0A0000 cmpi cr6,r10,0
- 18: GETL R10, t12
- 19: CMP0L t12, t14 (-rSo)
- 20: ICRFL t14, $0x6, CR
- 21: INCEIPL $4
-
- 0x254787E0: 41BAFE64 bc 13,26,0x25478644
- 22: Js26o $0x25478644
-
-
-
-. 1163 254787CC 24
-. 89 49 00 01 57 85 20 36 7F 85 5A 14 39 29 00 01 2F 0A 00 00 41 BA FE 64
-==== BB 1164 (0x254787E4) approx BBs exec'd 0 ====
-
- 0x254787E4: 89690001 lbz r11,1(r9)
- 0: GETL R9, t0
- 1: ADDL $0x1, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x254787E8: 57862036 rlwinm r6,r28,4,0,27
- 5: GETL R28, t4
- 6: SHLL $0x4, t4
- 7: PUTL t4, R6
- 8: INCEIPL $4
-
- 0x254787EC: 7F865214 add r28,r6,r10
- 9: GETL R6, t6
- 10: GETL R10, t8
- 11: ADDL t6, t8
- 12: PUTL t8, R28
- 13: INCEIPL $4
-
- 0x254787F0: 39490001 addi r10,r9,1
- 14: GETL R9, t10
- 15: ADDL $0x1, t10
- 16: PUTL t10, R10
- 17: INCEIPL $4
-
- 0x254787F4: 2F8B0000 cmpi cr7,r11,0
- 18: GETL R11, t12
- 19: CMP0L t12, t14 (-rSo)
- 20: ICRFL t14, $0x7, CR
- 21: INCEIPL $4
-
- 0x254787F8: 41BEFE4C bc 13,30,0x25478644
- 22: Js30o $0x25478644
-
-
-
-. 1164 254787E4 24
-. 89 69 00 01 57 86 20 36 7F 86 52 14 39 49 00 01 2F 8B 00 00 41 BE FE 4C
-==== BB 1165 (0x254787FC) approx BBs exec'd 0 ====
-
- 0x254787FC: 57922036 rlwinm r18,r28,4,0,27
- 0: GETL R28, t0
- 1: SHLL $0x4, t0
- 2: PUTL t0, R18
- 3: INCEIPL $4
-
- 0x25478800: 7E325A14 add r17,r18,r11
- 4: GETL R18, t2
- 5: GETL R11, t4
- 6: ADDL t2, t4
- 7: PUTL t4, R17
- 8: INCEIPL $4
-
- 0x25478804: 8D6A0001 lbzu r11,1(r10)
- 9: GETL R10, t6
- 10: ADDL $0x1, t6
- 11: PUTL t6, R10
- 12: LDB (t6), t8
- 13: PUTL t8, R11
- 14: INCEIPL $4
-
- 0x25478808: 56280006 rlwinm r8,r17,0,0,3
- 15: GETL R17, t10
- 16: ANDL $0xF0000000, t10
- 17: PUTL t10, R8
- 18: INCEIPL $4
-
- 0x2547880C: 2F8B0000 cmpi cr7,r11,0
- 19: GETL R11, t12
- 20: CMP0L t12, t14 (-rSo)
- 21: ICRFL t14, $0x7, CR
- 22: INCEIPL $4
-
- 0x25478810: 7E274278 xor r7,r17,r8
- 23: GETL R17, t16
- 24: GETL R8, t18
- 25: XORL t16, t18
- 26: PUTL t18, R7
- 27: INCEIPL $4
-
- 0x25478814: 5509463E rlwinm r9,r8,8,24,31
- 28: GETL R8, t20
- 29: SHRL $0x18, t20
- 30: PUTL t20, R9
- 31: INCEIPL $4
-
- 0x25478818: 7CFC4A78 xor r28,r7,r9
- 32: GETL R7, t22
- 33: GETL R9, t24
- 34: XORL t22, t24
- 35: PUTL t24, R28
- 36: INCEIPL $4
-
- 0x2547881C: 4BFFFFDC b 0x254787F8
- 37: JMPo $0x254787F8 ($4)
-
-
-
-. 1165 254787FC 36
-. 57 92 20 36 7E 32 5A 14 8D 6A 00 01 56 28 00 06 2F 8B 00 00 7E 27 42 78 55 09 46 3E 7C FC 4A 78 4B FF FF DC
-==== BB 1166 (0x254787F8) approx BBs exec'd 0 ====
-
- 0x254787F8: 41BEFE4C bc 13,30,0x25478644
- 0: Js30o $0x25478644
-
-
-
-. 1166 254787F8 4
-. 41 BE FE 4C
-==== BB 1167 (0x25478644) approx BBs exec'd 0 ====
-
- 0x25478644: 825E04C8 lwz r18,1224(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4C8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R18
- 4: INCEIPL $4
-
- 0x25478648: 2E1A0000 cmpi cr4,r26,0
- 5: GETL R26, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x4, CR
- 8: INCEIPL $4
-
- 0x2547864C: 3B600000 li r27,0
- 9: MOVL $0x0, t8
- 10: PUTL t8, R27
- 11: INCEIPL $4
-
- 0x25478650: 39400000 li r10,0
- 12: MOVL $0x0, t10
- 13: PUTL t10, R10
- 14: INCEIPL $4
-
- 0x25478654: 83B201A8 lwz r29,424(r18)
- 15: GETL R18, t12
- 16: ADDL $0x1A8, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R29
- 19: INCEIPL $4
-
- 0x25478658: 937F0048 stw r27,72(r31)
- 20: GETL R27, t16
- 21: GETL R31, t18
- 22: ADDL $0x48, t18
- 23: STL t16, (t18)
- 24: INCEIPL $4
-
- 0x2547865C: 3B600000 li r27,0
- 25: MOVL $0x0, t20
- 26: PUTL t20, R27
- 27: INCEIPL $4
-
- 0x25478660: 397D0001 addi r11,r29,1
- 28: GETL R29, t22
- 29: ADDL $0x1, t22
- 30: PUTL t22, R11
- 31: INCEIPL $4
-
- 0x25478664: 915F004C stw r10,76(r31)
- 32: GETL R10, t24
- 33: GETL R31, t26
- 34: ADDL $0x4C, t26
- 35: STL t24, (t26)
- 36: INCEIPL $4
-
- 0x25478668: 917201A8 stw r11,424(r18)
- 37: GETL R11, t28
- 38: GETL R18, t30
- 39: ADDL $0x1A8, t30
- 40: STL t28, (t30)
- 41: INCEIPL $4
-
- 0x2547866C: 7EBDAB78 or r29,r21,r21
- 42: GETL R21, t32
- 43: PUTL t32, R29
- 44: INCEIPL $4
-
- 0x25478670: 40920538 bc 4,18,0x25478BA8
- 45: Jc18o $0x25478BA8
-
-
-
-. 1167 25478644 48
-. 82 5E 04 C8 2E 1A 00 00 3B 60 00 00 39 40 00 00 83 B2 01 A8 93 7F 00 48 3B 60 00 00 39 7D 00 01 91 5F 00 4C 91 72 01 A8 7E BD AB 78 40 92 05 38
-==== BB 1168 (0x25478674) approx BBs exec'd 0 ====
-
- 0x25478674: 81750000 lwz r11,0(r21)
- 0: GETL R21, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R11
- 3: INCEIPL $4
-
- 0x25478678: 2C8B0000 cmpi cr1,r11,0
- 4: GETL R11, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x1, CR
- 7: INCEIPL $4
-
- 0x2547867C: 7F68DB78 or r8,r27,r27
- 8: GETL R27, t8
- 9: PUTL t8, R8
- 10: INCEIPL $4
-
- 0x25478680: 4186004C bc 12,6,0x254786CC
- 11: Js06o $0x254786CC
-
-
-
-. 1168 25478674 16
-. 81 75 00 00 2C 8B 00 00 7F 68 DB 78 41 86 00 4C
-==== BB 1169 (0x25478684) approx BBs exec'd 0 ====
-
- 0x25478684: 80F50000 lwz r7,0(r21)
- 0: GETL R21, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R7
- 3: INCEIPL $4
-
- 0x25478688: 3A3F0018 addi r17,r31,24
- 4: GETL R31, t4
- 5: ADDL $0x18, t4
- 6: PUTL t4, R17
- 7: INCEIPL $4
-
- 0x2547868C: 80B60000 lwz r5,0(r22)
- 8: GETL R22, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R5
- 11: INCEIPL $4
-
- 0x25478690: 7F23CB78 or r3,r25,r25
- 12: GETL R25, t10
- 13: PUTL t10, R3
- 14: INCEIPL $4
-
- 0x25478694: 7F84E378 or r4,r28,r28
- 15: GETL R28, t12
- 16: PUTL t12, R4
- 17: INCEIPL $4
-
- 0x25478698: 38DF0048 addi r6,r31,72
- 18: GETL R31, t14
- 19: ADDL $0x48, t14
- 20: PUTL t14, R6
- 21: INCEIPL $4
-
- 0x2547869C: 7F09C378 or r9,r24,r24
- 22: GETL R24, t16
- 23: PUTL t16, R9
- 24: INCEIPL $4
-
- 0x254786A0: 7EEABB78 or r10,r23,r23
- 25: GETL R23, t18
- 26: PUTL t18, R10
- 27: INCEIPL $4
-
- 0x254786A4: 93410008 stw r26,8(r1)
- 28: GETL R26, t20
- 29: GETL R1, t22
- 30: ADDL $0x8, t22
- 31: STL t20, (t22)
- 32: INCEIPL $4
-
- 0x254786A8: 9281000C stw r20,12(r1)
- 33: GETL R20, t24
- 34: GETL R1, t26
- 35: ADDL $0xC, t26
- 36: STL t24, (t26)
- 37: INCEIPL $4
-
- 0x254786AC: 4BFFFAFD bl 0x254781A8
- 38: MOVL $0x254786B0, t28
- 39: PUTL t28, LR
- 40: JMPo-c $0x254781A8 ($4)
-
-
-
-. 1169 25478684 44
-. 80 F5 00 00 3A 3F 00 18 80 B6 00 00 7F 23 CB 78 7F 84 E3 78 38 DF 00 48 7F 09 C3 78 7E EA BB 78 93 41 00 08 92 81 00 0C 4B FF FA FD
-==== BB 1170 do_lookup_x(0x254781A8) approx BBs exec'd 0 ====
-
- 0x254781A8: 7D6802A6 mflr r11
- 0: GETL LR, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0x254781AC: 9421FF90 stwu r1,-112(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFF90, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0x254781B0: 4801EE51 bl 0x25497000
- 9: MOVL $0x254781B4, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-
-. 1170 254781A8 12
-. 7D 68 02 A6 94 21 FF 90 48 01 EE 51
-==== BB 1171 (0x254781B4) approx BBs exec'd 0 ====
-
- 0x254781B4: 93C10068 stw r30,104(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x68, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x254781B8: 80010078 lwz r0,120(r1)
- 5: GETL R1, t4
- 6: ADDL $0x78, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R0
- 9: INCEIPL $4
-
- 0x254781BC: 7FC802A6 mflr r30
- 10: GETL LR, t8
- 11: PUTL t8, R30
- 12: INCEIPL $4
-
- 0x254781C0: 91610074 stw r11,116(r1)
- 13: GETL R11, t10
- 14: GETL R1, t12
- 15: ADDL $0x74, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x254781C4: 7D800026 mfcr r12
- 18: GETL CR, t14
- 19: PUTL t14, R12
- 20: INCEIPL $4
-
- 0x254781C8: 91E1002C stw r15,44(r1)
- 21: GETL R15, t16
- 22: GETL R1, t18
- 23: ADDL $0x2C, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0x254781CC: 92010030 stw r16,48(r1)
- 26: GETL R16, t20
- 27: GETL R1, t22
- 28: ADDL $0x30, t22
- 29: STL t20, (t22)
- 30: INCEIPL $4
-
- 0x254781D0: 81E70004 lwz r15,4(r7)
- 31: GETL R7, t24
- 32: ADDL $0x4, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R15
- 35: INCEIPL $4
-
- 0x254781D4: 82070000 lwz r16,0(r7)
- 36: GETL R7, t28
- 37: LDL (t28), t30
- 38: PUTL t30, R16
- 39: INCEIPL $4
-
- 0x254781D8: 91C10028 stw r14,40(r1)
- 40: GETL R14, t32
- 41: GETL R1, t34
- 42: ADDL $0x28, t34
- 43: STL t32, (t34)
- 44: INCEIPL $4
-
- 0x254781DC: 7C8E2378 or r14,r4,r4
- 45: GETL R4, t36
- 46: PUTL t36, R14
- 47: INCEIPL $4
-
- 0x254781E0: 92210034 stw r17,52(r1)
- 48: GETL R17, t38
- 49: GETL R1, t40
- 50: ADDL $0x34, t40
- 51: STL t38, (t40)
- 52: INCEIPL $4
-
- 0x254781E4: 92A10044 stw r21,68(r1)
- 53: GETL R21, t42
- 54: GETL R1, t44
- 55: ADDL $0x44, t44
- 56: STL t42, (t44)
- 57: INCEIPL $4
-
- 0x254781E8: 7D354B78 or r21,r9,r9
- 58: GETL R9, t46
- 59: PUTL t46, R21
- 60: INCEIPL $4
-
- 0x254781EC: 93410058 stw r26,88(r1)
- 61: GETL R26, t48
- 62: GETL R1, t50
- 63: ADDL $0x58, t50
- 64: STL t48, (t50)
- 65: INCEIPL $4
-
- 0x254781F0: 3120FFFF addic r9,r0,-1
- 66: GETL R0, t52
- 67: ADCL $0xFFFFFFFF, t52 (-wCa)
- 68: PUTL t52, R9
- 69: INCEIPL $4
-
- 0x254781F4: 7E290110 subfe r17,r9,r0
- 70: GETL R9, t54
- 71: GETL R0, t56
- 72: SBBL t54, t56 (-rCa-wCa)
- 73: PUTL t56, R17
- 74: INCEIPL $4
-
- 0x254781F8: 7D1A4378 or r26,r8,r8
- 75: GETL R8, t58
- 76: PUTL t58, R26
- 77: INCEIPL $4
-
- 0x254781FC: 92410038 stw r18,56(r1)
- 78: GETL R18, t60
- 79: GETL R1, t62
- 80: ADDL $0x38, t62
- 81: STL t60, (t62)
- 82: INCEIPL $4
-
- 0x25478200: 9261003C stw r19,60(r1)
- 83: GETL R19, t64
- 84: GETL R1, t66
- 85: ADDL $0x3C, t66
- 86: STL t64, (t66)
- 87: INCEIPL $4
-
- 0x25478204: 92810040 stw r20,64(r1)
- 88: GETL R20, t68
- 89: GETL R1, t70
- 90: ADDL $0x40, t70
- 91: STL t68, (t70)
- 92: INCEIPL $4
-
- 0x25478208: 92C10048 stw r22,72(r1)
- 93: GETL R22, t72
- 94: GETL R1, t74
- 95: ADDL $0x48, t74
- 96: STL t72, (t74)
- 97: INCEIPL $4
-
- 0x2547820C: 92E1004C stw r23,76(r1)
- 98: GETL R23, t76
- 99: GETL R1, t78
- 100: ADDL $0x4C, t78
- 101: STL t76, (t78)
- 102: INCEIPL $4
-
- 0x25478210: 93010050 stw r24,80(r1)
- 103: GETL R24, t80
- 104: GETL R1, t82
- 105: ADDL $0x50, t82
- 106: STL t80, (t82)
- 107: INCEIPL $4
-
- 0x25478214: 93210054 stw r25,84(r1)
- 108: GETL R25, t84
- 109: GETL R1, t86
- 110: ADDL $0x54, t86
- 111: STL t84, (t86)
- 112: INCEIPL $4
-
- 0x25478218: 9361005C stw r27,92(r1)
- 113: GETL R27, t88
- 114: GETL R1, t90
- 115: ADDL $0x5C, t90
- 116: STL t88, (t90)
- 117: INCEIPL $4
-
- 0x2547821C: 93810060 stw r28,96(r1)
- 118: GETL R28, t92
- 119: GETL R1, t94
- 120: ADDL $0x60, t94
- 121: STL t92, (t94)
- 122: INCEIPL $4
-
- 0x25478220: 93A10064 stw r29,100(r1)
- 123: GETL R29, t96
- 124: GETL R1, t98
- 125: ADDL $0x64, t98
- 126: STL t96, (t98)
- 127: INCEIPL $4
-
- 0x25478224: 93E1006C stw r31,108(r1)
- 128: GETL R31, t100
- 129: GETL R1, t102
- 130: ADDL $0x6C, t102
- 131: STL t100, (t102)
- 132: INCEIPL $4
-
- 0x25478228: 91810024 stw r12,36(r1)
- 133: GETL R12, t104
- 134: GETL R1, t106
- 135: ADDL $0x24, t106
- 136: STL t104, (t106)
- 137: INCEIPL $4
-
- 0x2547822C: 90610008 stw r3,8(r1)
- 138: GETL R3, t108
- 139: GETL R1, t110
- 140: ADDL $0x8, t110
- 141: STL t108, (t110)
- 142: INCEIPL $4
-
- 0x25478230: 90A1000C stw r5,12(r1)
- 143: GETL R5, t112
- 144: GETL R1, t114
- 145: ADDL $0xC, t114
- 146: STL t112, (t114)
- 147: INCEIPL $4
-
- 0x25478234: 90C10010 stw r6,16(r1)
- 148: GETL R6, t116
- 149: GETL R1, t118
- 150: ADDL $0x10, t118
- 151: STL t116, (t118)
- 152: INCEIPL $4
-
- 0x25478238: 91410014 stw r10,20(r1)
- 153: GETL R10, t120
- 154: GETL R1, t122
- 155: ADDL $0x14, t122
- 156: STL t120, (t122)
- 157: INCEIPL $4
-
- 0x2547823C: 48000010 b 0x2547824C
- 158: JMPo $0x2547824C ($4)
-
-
-
-. 1171 254781B4 140
-. 93 C1 00 68 80 01 00 78 7F C8 02 A6 91 61 00 74 7D 80 00 26 91 E1 00 2C 92 01 00 30 81 E7 00 04 82 07 00 00 91 C1 00 28 7C 8E 23 78 92 21 00 34 92 A1 00 44 7D 35 4B 78 93 41 00 58 31 20 FF FF 7E 29 01 10 7D 1A 43 78 92 41 00 38 92 61 00 3C 92 81 00 40 92 C1 00 48 92 E1 00 4C 93 01 00 50 93 21 00 54 93 61 00 5C 93 81 00 60 93 A1 00 64 93 E1 00 6C 91 81 00 24 90 61 00 08 90 A1 00 0C 90 C1 00 10 91 41 00 14 48 00 00 10
-==== BB 1172 (0x2547824C) approx BBs exec'd 0 ====
-
- 0x2547824C: 5745103A rlwinm r5,r26,2,0,29
- 0: GETL R26, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R5
- 3: INCEIPL $4
-
- 0x25478250: 80810078 lwz r4,120(r1)
- 4: GETL R1, t2
- 5: ADDL $0x78, t2
- 6: LDL (t2), t4
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0x25478254: 7D25802E lwzx r9,r5,r16
- 9: GETL R16, t6
- 10: GETL R5, t8
- 11: ADDL t8, t6
- 12: LDL (t6), t10
- 13: PUTL t10, R9
- 14: INCEIPL $4
-
- 0x25478258: 3A800000 li r20,0
- 15: MOVL $0x0, t12
- 16: PUTL t12, R20
- 17: INCEIPL $4
-
- 0x2547825C: 3A600000 li r19,0
- 18: MOVL $0x0, t14
- 19: PUTL t14, R19
- 20: INCEIPL $4
-
- 0x25478260: 83890014 lwz r28,20(r9)
- 21: GETL R9, t16
- 22: ADDL $0x14, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R28
- 25: INCEIPL $4
-
- 0x25478264: 7F832278 xor r3,r28,r4
- 26: GETL R28, t20
- 27: GETL R4, t22
- 28: XORL t20, t22
- 29: PUTL t22, R3
- 30: INCEIPL $4
-
- 0x25478268: 21630000 subfic r11,r3,0
- 31: GETL R3, t24
- 32: MOVL $0x0, t26
- 33: SBBL t24, t26 (-wCa)
- 34: PUTL t26, R11
- 35: INCEIPL $4
-
- 0x2547826C: 7C6B1914 adde r3,r11,r3
- 36: GETL R11, t28
- 37: GETL R3, t30
- 38: ADCL t28, t30 (-rCa-wCa)
- 39: PUTL t30, R3
- 40: INCEIPL $4
-
- 0x25478270: 7E291839 and. r9,r17,r3
- 41: GETL R17, t32
- 42: GETL R3, t34
- 43: ANDL t32, t34
- 44: PUTL t34, R9
- 45: CMP0L t34, t36 (-rSo)
- 46: ICRFL t36, $0x0, CR
- 47: INCEIPL $4
-
- 0x25478274: 4082FFCC bc 4,2,0x25478240
- 48: Jc02o $0x25478240
-
-
-
-. 1172 2547824C 44
-. 57 45 10 3A 80 81 00 78 7D 25 80 2E 3A 80 00 00 3A 60 00 00 83 89 00 14 7F 83 22 78 21 63 00 00 7C 6B 19 14 7E 29 18 39 40 82 FF CC
-==== BB 1173 (0x25478278) approx BBs exec'd 0 ====
-
- 0x25478278: 80C1007C lwz r6,124(r1)
- 0: GETL R1, t0
- 1: ADDL $0x7C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x2547827C: 54CBFFFF rlwinm. r11,r6,31,31,31
- 5: GETL R6, t4
- 6: ROLL $0x1F, t4
- 7: ANDL $0x1, t4
- 8: PUTL t4, R11
- 9: CMP0L t4, t6 (-rSo)
- 10: ICRFL t6, $0x0, CR
- 11: INCEIPL $4
-
- 0x25478280: 41820010 bc 12,2,0x25478290
- 12: Js02o $0x25478290
-
-
-
-. 1173 25478278 12
-. 80 C1 00 7C 54 CB FF FF 41 82 00 10
-==== BB 1174 (0x25478290) approx BBs exec'd 0 ====
-
- 0x25478290: 815E04F4 lwz r10,1268(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4F4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x25478294: 810A0000 lwz r8,0(r10)
- 5: GETL R10, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R8
- 8: INCEIPL $4
-
- 0x25478298: 71090008 andi. r9,r8,0x8
- 9: GETL R8, t8
- 10: ANDL $0x8, t8
- 11: PUTL t8, R9
- 12: CMP0L t8, t10 (-rSo)
- 13: ICRFL t10, $0x0, CR
- 14: INCEIPL $4
-
- 0x2547829C: 40820248 bc 4,2,0x254784E4
- 15: Jc02o $0x254784E4
-
-
-
-. 1174 25478290 16
-. 81 5E 04 F4 81 0A 00 00 71 09 00 08 40 82 02 48
-==== BB 1175 (0x254782A0) approx BBs exec'd 0 ====
-
- 0x254782A0: 801C016C lwz r0,364(r28)
- 0: GETL R28, t0
- 1: ADDL $0x16C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x254782A4: 833C0170 lwz r25,368(r28)
- 5: GETL R28, t4
- 6: ADDL $0x170, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R25
- 9: INCEIPL $4
-
- 0x254782A8: 7D8E0396 divwu r12, r14, r0
- 10: GETL R14, t10
- 11: GETL R0, t8
- 12: UDIVL t8, t10
- 13: PUTL t10, R12
- 14: INCEIPL $4
-
- 0x254782AC: 817C0038 lwz r11,56(r28)
- 15: GETL R28, t12
- 16: ADDL $0x38, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R11
- 19: INCEIPL $4
-
- 0x254782B0: 807C0034 lwz r3,52(r28)
- 20: GETL R28, t16
- 21: ADDL $0x34, t16
- 22: LDL (t16), t18
- 23: PUTL t18, R3
- 24: INCEIPL $4
-
- 0x254782B4: 830B0004 lwz r24,4(r11)
- 25: GETL R11, t20
- 26: ADDL $0x4, t20
- 27: LDL (t20), t22
- 28: PUTL t22, R24
- 29: INCEIPL $4
-
- 0x254782B8: 82430004 lwz r18,4(r3)
- 30: GETL R3, t24
- 31: ADDL $0x4, t24
- 32: LDL (t24), t26
- 33: PUTL t26, R18
- 34: INCEIPL $4
-
- 0x254782BC: 82DC0198 lwz r22,408(r28)
- 35: GETL R28, t28
- 36: ADDL $0x198, t28
- 37: LDL (t28), t30
- 38: PUTL t30, R22
- 39: INCEIPL $4
-
- 0x254782C0: 7FEC01D6 mullw r31,r12,r0
- 40: GETL R12, t32
- 41: GETL R0, t34
- 42: MULL t32, t34
- 43: PUTL t34, R31
- 44: INCEIPL $4
-
- 0x254782C4: 7FBF7050 subf r29,r31,r14
- 45: GETL R31, t36
- 46: GETL R14, t38
- 47: SUBL t36, t38
- 48: PUTL t38, R29
- 49: INCEIPL $4
-
- 0x254782C8: 57BB103A rlwinm r27,r29,2,0,29
- 50: GETL R29, t40
- 51: SHLL $0x2, t40
- 52: PUTL t40, R27
- 53: INCEIPL $4
-
- 0x254782CC: 7FFBC82E lwzx r31,r27,r25
- 54: GETL R25, t42
- 55: GETL R27, t44
- 56: ADDL t44, t42
- 57: LDL (t42), t46
- 58: PUTL t46, R31
- 59: INCEIPL $4
-
- 0x254782D0: 2E1F0000 cmpi cr4,r31,0
- 60: GETL R31, t48
- 61: CMP0L t48, t50 (-rSo)
- 62: ICRFL t50, $0x4, CR
- 63: INCEIPL $4
-
- 0x254782D4: 419200F8 bc 12,18,0x254783CC
- 64: Js18o $0x254783CC
-
-
-
-. 1175 254782A0 56
-. 80 1C 01 6C 83 3C 01 70 7D 8E 03 96 81 7C 00 38 80 7C 00 34 83 0B 00 04 82 43 00 04 82 DC 01 98 7F EC 01 D6 7F BF 70 50 57 BB 10 3A 7F FB C8 2E 2E 1F 00 00 41 92 00 F8
-==== BB 1176 (0x254783CC) approx BBs exec'd 0 ====
-
- 0x254783CC: 7F000026 mfcr r24
- 0: GETL CR, t0
- 1: PUTL t0, R24
- 2: INCEIPL $4
-
- 0x254783D0: 57189FFE rlwinm r24,r24,19,31,31
- 3: GETL R24, t2
- 4: ROLL $0x13, t2
- 5: ANDL $0x1, t2
- 6: PUTL t2, R24
- 7: INCEIPL $4
-
- 0x254783D4: 3175FFFF addic r11,r21,-1
- 8: GETL R21, t4
- 9: ADCL $0xFFFFFFFF, t4 (-wCa)
- 10: PUTL t4, R11
- 11: INCEIPL $4
-
- 0x254783D8: 7ECBA910 subfe r22,r11,r21
- 12: GETL R11, t6
- 13: GETL R21, t8
- 14: SBBL t6, t8 (-rCa-wCa)
- 15: PUTL t8, R22
- 16: INCEIPL $4
-
- 0x254783DC: 7F0BB039 and. r11,r24,r22
- 17: GETL R24, t10
- 18: GETL R22, t12
- 19: ANDL t10, t12
- 20: PUTL t12, R11
- 21: CMP0L t12, t14 (-rSo)
- 22: ICRFL t14, $0x0, CR
- 23: INCEIPL $4
-
- 0x254783E0: 41A2FE60 bc 13,2,0x25478240
- 24: Js02o $0x25478240
-
-
-
-. 1176 254783CC 24
-. 7F 00 00 26 57 18 9F FE 31 75 FF FF 7E CB A9 10 7F 0B B0 39 41 A2 FE 60
-==== BB 1177 (0x254783E4) approx BBs exec'd 0 ====
-
- 0x254783E4: 8075000C lwz r3,12(r21)
- 0: GETL R21, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x254783E8: 2E030000 cmpi cr4,r3,0
- 5: GETL R3, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x4, CR
- 8: INCEIPL $4
-
- 0x254783EC: 4192FE54 bc 12,18,0x25478240
- 9: Js18o $0x25478240
-
-
-
-. 1177 254783E4 12
-. 80 75 00 0C 2E 03 00 00 41 92 FE 54
-==== BB 1178 (0x254783F0) approx BBs exec'd 0 ====
-
- 0x254783F0: 7F84E378 or r4,r28,r28
- 0: GETL R28, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0x254783F4: 480042E1 bl 0x2547C6D4
- 3: MOVL $0x254783F8, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0x2547C6D4 ($4)
-
-
-
-. 1178 254783F0 8
-. 7F 84 E3 78 48 00 42 E1
-==== BB 1179 (0x254783F8) approx BBs exec'd 0 ====
-
- 0x254783F8: 2F030000 cmpi cr6,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x254783FC: 419AFE44 bc 12,26,0x25478240
- 4: Js26o $0x25478240
-
-
-
-. 1179 254783F8 8
-. 2F 03 00 00 41 9A FE 44
-==== BB 1180 (0x25478240) approx BBs exec'd 0 ====
-
- 0x25478240: 3B5A0001 addi r26,r26,1
- 0: GETL R26, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R26
- 3: INCEIPL $4
-
- 0x25478244: 7F9A7840 cmpl cr7,r26,r15
- 4: GETL R26, t2
- 5: GETL R15, t4
- 6: CMPUL t2, t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x25478248: 409C01DC bc 4,28,0x25478424
- 9: Jc28o $0x25478424
-
-
-
-. 1180 25478240 12
-. 3B 5A 00 01 7F 9A 78 40 40 9C 01 DC
-==== BB 1181 (0x254782D8) approx BBs exec'd 0 ====
-
- 0x254782D8: 2D960000 cmpi cr3,r22,0
- 0: GETL R22, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x3, CR
- 3: INCEIPL $4
-
- 0x254782DC: 48000028 b 0x25478304
- 4: JMPo $0x25478304 ($4)
-
-
-
-. 1181 254782D8 8
-. 2D 96 00 00 48 00 00 28
-==== BB 1182 (0x25478304) approx BBs exec'd 0 ====
-
- 0x25478304: 57E92036 rlwinm r9,r31,4,0,27
- 0: GETL R31, t0
- 1: SHLL $0x4, t0
- 2: PUTL t0, R9
- 3: INCEIPL $4
-
- 0x25478308: 7FA9C214 add r29,r9,r24
- 4: GETL R9, t2
- 5: GETL R24, t4
- 6: ADDL t2, t4
- 7: PUTL t4, R29
- 8: INCEIPL $4
-
- 0x2547830C: 809D0004 lwz r4,4(r29)
- 9: GETL R29, t6
- 10: ADDL $0x4, t6
- 11: LDL (t6), t8
- 12: PUTL t8, R4
- 13: INCEIPL $4
-
- 0x25478310: 2C840000 cmpi cr1,r4,0
- 14: GETL R4, t10
- 15: CMP0L t10, t12 (-rSo)
- 16: ICRFL t12, $0x1, CR
- 17: INCEIPL $4
-
- 0x25478314: 41A6FFCC bc 13,6,0x254782E0
- 18: Js06o $0x254782E0
-
-
-
-. 1182 25478304 20
-. 57 E9 20 36 7F A9 C2 14 80 9D 00 04 2C 84 00 00 41 A6 FF CC
-==== BB 1183 (0x254782E0) approx BBs exec'd 0 ====
-
- 0x254782E0: 88DD000C lbz r6,12(r29)
- 0: GETL R29, t0
- 1: ADDL $0xC, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x254782E4: 54C5073E rlwinm r5,r6,0,28,31
- 5: GETL R6, t4
- 6: ANDL $0xF, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x254782E8: 2F050006 cmpi cr6,r5,6
- 9: GETL R5, t6
- 10: MOVL $0x6, t10
- 11: CMPL t6, t10, t8 (-rSo)
- 12: ICRFL t8, $0x6, CR
- 13: INCEIPL $4
-
- 0x254782EC: 419A002C bc 12,26,0x25478318
- 14: Js26o $0x25478318
-
-
-
-. 1183 254782E0 16
-. 88 DD 00 0C 54 C5 07 3E 2F 05 00 06 41 9A 00 2C
-==== BB 1184 (0x254782F0) approx BBs exec'd 0 ====
-
- 0x254782F0: 83BC0174 lwz r29,372(r28)
- 0: GETL R28, t0
- 1: ADDL $0x174, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0x254782F4: 57E7103A rlwinm r7,r31,2,0,29
- 5: GETL R31, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R7
- 8: INCEIPL $4
-
- 0x254782F8: 7FE7E82E lwzx r31,r7,r29
- 9: GETL R29, t6
- 10: GETL R7, t8
- 11: ADDL t8, t6
- 12: LDL (t6), t10
- 13: PUTL t10, R31
- 14: INCEIPL $4
-
- 0x254782FC: 2E1F0000 cmpi cr4,r31,0
- 15: GETL R31, t12
- 16: CMP0L t12, t14 (-rSo)
- 17: ICRFL t14, $0x4, CR
- 18: INCEIPL $4
-
- 0x25478300: 41920108 bc 12,18,0x25478408
- 19: Js18o $0x25478408
-
-
-
-. 1184 254782F0 20
-. 83 BC 01 74 57 E7 10 3A 7F E7 E8 2E 2E 1F 00 00 41 92 01 08
-==== BB 1185 (0x25478408) approx BBs exec'd 0 ====
-
- 0x25478408: 2D940001 cmpi cr3,r20,1
- 0: GETL R20, t0
- 1: MOVL $0x1, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x3, CR
- 4: INCEIPL $4
-
- 0x2547840C: 408EFFC0 bc 4,14,0x254783CC
- 5: Jc14o $0x254783CC
-
-
-
-. 1185 25478408 8
-. 2D 94 00 01 40 8E FF C0
-==== BB 1186 (0x25478318) approx BBs exec'd 0 ====
-
- 0x25478318: A0FD000E lhz r7,14(r29)
- 0: GETL R29, t0
- 1: ADDL $0xE, t0
- 2: LDW (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x2547831C: 2C070000 cmpi cr0,r7,0
- 5: GETL R7, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0x25478320: 40820010 bc 4,2,0x25478330
- 9: Jc02o $0x25478330
-
-
-
-. 1186 25478318 12
-. A0 FD 00 0E 2C 07 00 00 40 82 00 10
-==== BB 1187 (0x25478330) approx BBs exec'd 0 ====
-
- 0x25478330: 8B7D000C lbz r27,12(r29)
- 0: GETL R29, t0
- 1: ADDL $0xC, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R27
- 4: INCEIPL $4
-
- 0x25478334: 5760073E rlwinm r0,r27,0,28,31
- 5: GETL R27, t4
- 6: ANDL $0xF, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x25478338: 2F800002 cmpi cr7,r0,2
- 9: GETL R0, t6
- 10: MOVL $0x2, t10
- 11: CMPL t6, t10, t8 (-rSo)
- 12: ICRFL t8, $0x7, CR
- 13: INCEIPL $4
-
- 0x2547833C: 409D000C bc 4,29,0x25478348
- 14: Jc29o $0x25478348
-
-
-
-. 1187 25478330 16
-. 8B 7D 00 0C 57 60 07 3E 2F 80 00 02 40 9D 00 0C
-==== BB 1188 (0x25478348) approx BBs exec'd 0 ====
-
- 0x25478348: 8141000C lwz r10,12(r1)
- 0: GETL R1, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x2547834C: 7F1D5000 cmp cr6,r29,r10
- 5: GETL R29, t4
- 6: GETL R10, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x6, CR
- 9: INCEIPL $4
-
- 0x25478350: 419A001C bc 12,26,0x2547836C
- 10: Js26o $0x2547836C
-
-
-
-. 1188 25478348 12
-. 81 41 00 0C 7F 1D 50 00 41 9A 00 1C
-==== BB 1189 (0x25478354) approx BBs exec'd 0 ====
-
- 0x25478354: 7EE9C02E lwzx r23,r9,r24
- 0: GETL R24, t0
- 1: GETL R9, t2
- 2: ADDL t2, t0
- 3: LDL (t0), t4
- 4: PUTL t4, R23
- 5: INCEIPL $4
-
- 0x25478358: 80810008 lwz r4,8(r1)
- 6: GETL R1, t6
- 7: ADDL $0x8, t6
- 8: LDL (t6), t8
- 9: PUTL t8, R4
- 10: INCEIPL $4
-
- 0x2547835C: 7C779214 add r3,r23,r18
- 11: GETL R23, t10
- 12: GETL R18, t12
- 13: ADDL t10, t12
- 14: PUTL t12, R3
- 15: INCEIPL $4
-
- 0x25478360: 4800AB81 bl 0x25482EE0
- 16: MOVL $0x25478364, t14
- 17: PUTL t14, LR
- 18: JMPo-c $0x25482EE0 ($4)
-
-
-
-. 1189 25478354 16
-. 7E E9 C0 2E 80 81 00 08 7C 77 92 14 48 00 AB 81
-==== BB 1190 (0x25478364) approx BBs exec'd 0 ====
-
- 0x25478364: 2C030000 cmpi cr0,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0x25478368: 4082FF88 bc 4,2,0x254782F0
- 4: Jc02o $0x254782F0
-
-
-
-. 1190 25478364 8
-. 2C 03 00 00 40 82 FF 88
-==== BB 1191 (0x2547836C) approx BBs exec'd 0 ====
-
- 0x2547836C: 2F950000 cmpi cr7,r21,0
- 0: GETL R21, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x25478370: 419E0130 bc 12,30,0x254784A0
- 4: Js30o $0x254784A0
-
-
-
-. 1191 2547836C 8
-. 2F 95 00 00 41 9E 01 30
-==== BB 1192 (0x25478374) approx BBs exec'd 0 ====
-
- 0x25478374: 418E0044 bc 12,14,0x254783B8
- 0: Js14o $0x254783B8
-
-
-
-. 1192 25478374 4
-. 41 8E 00 44
-==== BB 1193 (0x25478378) approx BBs exec'd 0 ====
-
- 0x25478378: 57F9083C rlwinm r25,r31,1,0,30
- 0: GETL R31, t0
- 1: SHLL $0x1, t0
- 2: PUTL t0, R25
- 3: INCEIPL $4
-
- 0x2547837C: 815C0188 lwz r10,392(r28)
- 4: GETL R28, t2
- 5: ADDL $0x188, t2
- 6: LDL (t2), t4
- 7: PUTL t4, R10
- 8: INCEIPL $4
-
- 0x25478380: 7EF9B22E lhzx r23,r25,r22
- 9: GETL R22, t6
- 10: GETL R25, t8
- 11: ADDL t8, t6
- 12: LDW (t6), t10
- 13: PUTL t10, R23
- 14: INCEIPL $4
-
- 0x25478384: 81350004 lwz r9,4(r21)
- 15: GETL R21, t12
- 16: ADDL $0x4, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0x25478388: 56EB2376 rlwinm r11,r23,4,13,27
- 20: GETL R23, t16
- 21: ROLL $0x4, t16
- 22: ANDL $0x7FFF0, t16
- 23: PUTL t16, R11
- 24: INCEIPL $4
-
- 0x2547838C: 7D8B5214 add r12,r11,r10
- 25: GETL R11, t18
- 26: GETL R10, t20
- 27: ADDL t18, t20
- 28: PUTL t20, R12
- 29: INCEIPL $4
-
- 0x25478390: 832C0004 lwz r25,4(r12)
- 30: GETL R12, t22
- 31: ADDL $0x4, t22
- 32: LDL (t22), t24
- 33: PUTL t24, R25
- 34: INCEIPL $4
-
- 0x25478394: 7C994800 cmp cr1,r25,r9
- 35: GETL R25, t26
- 36: GETL R9, t28
- 37: CMPL t26, t28, t30 (-rSo)
- 38: ICRFL t30, $0x1, CR
- 39: INCEIPL $4
-
- 0x25478398: 418600F0 bc 12,6,0x25478488
- 40: Js06o $0x25478488
-
-
-
-. 1193 25478378 36
-. 57 F9 08 3C 81 5C 01 88 7E F9 B2 2E 81 35 00 04 56 EB 23 76 7D 8B 52 14 83 2C 00 04 7C 99 48 00 41 86 00 F0
-==== BB 1194 (0x25478488) approx BBs exec'd 0 ====
-
- 0x25478488: 7C6B502E lwzx r3,r11,r10
- 0: GETL R10, t0
- 1: GETL R11, t2
- 2: ADDL t2, t0
- 3: LDL (t0), t4
- 4: PUTL t4, R3
- 5: INCEIPL $4
-
- 0x2547848C: 80950000 lwz r4,0(r21)
- 6: GETL R21, t6
- 7: LDL (t6), t8
- 8: PUTL t8, R4
- 9: INCEIPL $4
-
- 0x25478490: 4800AA51 bl 0x25482EE0
- 10: MOVL $0x25478494, t10
- 11: PUTL t10, LR
- 12: JMPo-c $0x25482EE0 ($4)
-
-
-
-. 1194 25478488 12
-. 7C 6B 50 2E 80 95 00 00 48 00 AA 51
-==== BB 1195 (0x25478494) approx BBs exec'd 0 ====
-
- 0x25478494: 2F030000 cmpi cr6,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x25478498: 409AFF04 bc 4,26,0x2547839C
- 4: Jc26o $0x2547839C
-
-
-
-. 1195 25478494 8
-. 2F 03 00 00 40 9A FF 04
-==== BB 1196 (0x2547849C) approx BBs exec'd 0 ====
-
- 0x2547849C: 4BFFFF1C b 0x254783B8
- 0: JMPo $0x254783B8 ($4)
-
-
-
-. 1196 2547849C 4
-. 4B FF FF 1C
-==== BB 1197 (0x254783B8) approx BBs exec'd 0 ====
-
- 0x254783B8: 5760E13E rlwinm r0,r27,28,4,31
- 0: GETL R27, t0
- 1: SHRL $0x4, t0
- 2: PUTL t0, R0
- 3: INCEIPL $4
-
- 0x254783BC: 2F800001 cmpi cr7,r0,1
- 4: GETL R0, t2
- 5: MOVL $0x1, t6
- 6: CMPL t2, t6, t4 (-rSo)
- 7: ICRFL t4, $0x7, CR
- 8: INCEIPL $4
-
- 0x254783C0: 419E017C bc 12,30,0x2547853C
- 9: Js30o $0x2547853C
-
-
-
-. 1197 254783B8 12
-. 57 60 E1 3E 2F 80 00 01 41 9E 01 7C
-==== BB 1198 (0x2547853C) approx BBs exec'd 0 ====
-
- 0x2547853C: 81C10010 lwz r14,16(r1)
- 0: GETL R1, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R14
- 4: INCEIPL $4
-
- 0x25478540: 38600001 li r3,1
- 5: MOVL $0x1, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x25478544: 938E0004 stw r28,4(r14)
- 8: GETL R28, t6
- 9: GETL R14, t8
- 10: ADDL $0x4, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x25478548: 93AE0000 stw r29,0(r14)
- 13: GETL R29, t10
- 14: GETL R14, t12
- 15: STL t10, (t12)
- 16: INCEIPL $4
-
- 0x2547854C: 4BFFFEDC b 0x25478428
- 17: JMPo $0x25478428 ($4)
-
-
-
-. 1198 2547853C 20
-. 81 C1 00 10 38 60 00 01 93 8E 00 04 93 AE 00 00 4B FF FE DC
-==== BB 1199 (0x25478428) approx BBs exec'd 0 ====
-
- 0x25478428: 81E10074 lwz r15,116(r1)
- 0: GETL R1, t0
- 1: ADDL $0x74, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R15
- 4: INCEIPL $4
-
- 0x2547842C: 81810024 lwz r12,36(r1)
- 5: GETL R1, t4
- 6: ADDL $0x24, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R12
- 9: INCEIPL $4
-
- 0x25478430: 7DE803A6 mtlr r15
- 10: GETL R15, t8
- 11: PUTL t8, LR
- 12: INCEIPL $4
-
- 0x25478434: 81C10028 lwz r14,40(r1)
- 13: GETL R1, t10
- 14: ADDL $0x28, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R14
- 17: INCEIPL $4
-
- 0x25478438: 81E1002C lwz r15,44(r1)
- 18: GETL R1, t14
- 19: ADDL $0x2C, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R15
- 22: INCEIPL $4
-
- 0x2547843C: 7D818120 mtcrf 0x18,r12
- 23: GETL R12, t18
- 24: ICRFL t18, $0x3, CR
- 25: ICRFL t18, $0x4, CR
- 26: INCEIPL $4
-
- 0x25478440: 82010030 lwz r16,48(r1)
- 27: GETL R1, t20
- 28: ADDL $0x30, t20
- 29: LDL (t20), t22
- 30: PUTL t22, R16
- 31: INCEIPL $4
-
- 0x25478444: 82210034 lwz r17,52(r1)
- 32: GETL R1, t24
- 33: ADDL $0x34, t24
- 34: LDL (t24), t26
- 35: PUTL t26, R17
- 36: INCEIPL $4
-
- 0x25478448: 82410038 lwz r18,56(r1)
- 37: GETL R1, t28
- 38: ADDL $0x38, t28
- 39: LDL (t28), t30
- 40: PUTL t30, R18
- 41: INCEIPL $4
-
- 0x2547844C: 8261003C lwz r19,60(r1)
- 42: GETL R1, t32
- 43: ADDL $0x3C, t32
- 44: LDL (t32), t34
- 45: PUTL t34, R19
- 46: INCEIPL $4
-
- 0x25478450: 82810040 lwz r20,64(r1)
- 47: GETL R1, t36
- 48: ADDL $0x40, t36
- 49: LDL (t36), t38
- 50: PUTL t38, R20
- 51: INCEIPL $4
-
- 0x25478454: 82A10044 lwz r21,68(r1)
- 52: GETL R1, t40
- 53: ADDL $0x44, t40
- 54: LDL (t40), t42
- 55: PUTL t42, R21
- 56: INCEIPL $4
-
- 0x25478458: 82C10048 lwz r22,72(r1)
- 57: GETL R1, t44
- 58: ADDL $0x48, t44
- 59: LDL (t44), t46
- 60: PUTL t46, R22
- 61: INCEIPL $4
-
- 0x2547845C: 82E1004C lwz r23,76(r1)
- 62: GETL R1, t48
- 63: ADDL $0x4C, t48
- 64: LDL (t48), t50
- 65: PUTL t50, R23
- 66: INCEIPL $4
-
- 0x25478460: 83010050 lwz r24,80(r1)
- 67: GETL R1, t52
- 68: ADDL $0x50, t52
- 69: LDL (t52), t54
- 70: PUTL t54, R24
- 71: INCEIPL $4
-
- 0x25478464: 83210054 lwz r25,84(r1)
- 72: GETL R1, t56
- 73: ADDL $0x54, t56
- 74: LDL (t56), t58
- 75: PUTL t58, R25
- 76: INCEIPL $4
-
- 0x25478468: 83410058 lwz r26,88(r1)
- 77: GETL R1, t60
- 78: ADDL $0x58, t60
- 79: LDL (t60), t62
- 80: PUTL t62, R26
- 81: INCEIPL $4
-
- 0x2547846C: 8361005C lwz r27,92(r1)
- 82: GETL R1, t64
- 83: ADDL $0x5C, t64
- 84: LDL (t64), t66
- 85: PUTL t66, R27
- 86: INCEIPL $4
-
- 0x25478470: 83810060 lwz r28,96(r1)
- 87: GETL R1, t68
- 88: ADDL $0x60, t68
- 89: LDL (t68), t70
- 90: PUTL t70, R28
- 91: INCEIPL $4
-
- 0x25478474: 83A10064 lwz r29,100(r1)
- 92: GETL R1, t72
- 93: ADDL $0x64, t72
- 94: LDL (t72), t74
- 95: PUTL t74, R29
- 96: INCEIPL $4
-
- 0x25478478: 83C10068 lwz r30,104(r1)
- 97: GETL R1, t76
- 98: ADDL $0x68, t76
- 99: LDL (t76), t78
- 100: PUTL t78, R30
- 101: INCEIPL $4
-
- 0x2547847C: 83E1006C lwz r31,108(r1)
- 102: GETL R1, t80
- 103: ADDL $0x6C, t80
- 104: LDL (t80), t82
- 105: PUTL t82, R31
- 106: INCEIPL $4
-
- 0x25478480: 38210070 addi r1,r1,112
- 107: GETL R1, t84
- 108: ADDL $0x70, t84
- 109: PUTL t84, R1
- 110: INCEIPL $4
-
- 0x25478484: 4E800020 blr
- 111: GETL LR, t86
- 112: JMPo-r t86 ($4)
-
-
-
-. 1199 25478428 96
-. 81 E1 00 74 81 81 00 24 7D E8 03 A6 81 C1 00 28 81 E1 00 2C 7D 81 81 20 82 01 00 30 82 21 00 34 82 41 00 38 82 61 00 3C 82 81 00 40 82 A1 00 44 82 C1 00 48 82 E1 00 4C 83 01 00 50 83 21 00 54 83 41 00 58 83 61 00 5C 83 81 00 60 83 A1 00 64 83 C1 00 68 83 E1 00 6C 38 21 00 70 4E 80 00 20
-==== BB 1200 (0x254786B0) approx BBs exec'd 0 ====
-
- 0x254786B0: 2C030000 cmpi cr0,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0x254786B4: 39000000 li r8,0
- 4: MOVL $0x0, t4
- 5: PUTL t4, R8
- 6: INCEIPL $4
-
- 0x254786B8: 41810014 bc 12,1,0x254786CC
- 7: Js01o $0x254786CC
-
-
-
-. 1200 254786B0 12
-. 2C 03 00 00 39 00 00 00 41 81 00 14
-==== BB 1201 (0x254786CC) approx BBs exec'd 0 ====
-
- 0x254786CC: 815F0048 lwz r10,72(r31)
- 0: GETL R31, t0
- 1: ADDL $0x48, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x254786D0: 2F8A0000 cmpi cr7,r10,0
- 5: GETL R10, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x254786D4: 419E0504 bc 12,30,0x25478BD8
- 9: Js30o $0x25478BD8
-
-
-
-. 1201 254786CC 12
-. 81 5F 00 48 2F 8A 00 00 41 9E 05 04
-==== BB 1202 (0x254786D8) approx BBs exec'd 0 ====
-
- 0x254786D8: 80B60000 lwz r5,0(r22)
- 0: GETL R22, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R5
- 3: INCEIPL $4
-
- 0x254786DC: 2F850000 cmpi cr7,r5,0
- 4: GETL R5, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x7, CR
- 7: INCEIPL $4
-
- 0x254786E0: 419E0140 bc 12,30,0x25478820
- 8: Js30o $0x25478820
-
-
-
-. 1202 254786D8 12
-. 80 B6 00 00 2F 85 00 00 41 9E 01 40
-==== BB 1203 (0x254786E4) approx BBs exec'd 0 ====
-
- 0x254786E4: 88E5000D lbz r7,13(r5)
- 0: GETL R5, t0
- 1: ADDL $0xD, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x254786E8: 39200000 li r9,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R9
- 7: INCEIPL $4
-
- 0x254786EC: 2E090000 cmpi cr4,r9,0
- 8: GETL R9, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x4, CR
- 11: INCEIPL $4
-
- 0x254786F0: 54E607BE rlwinm r6,r7,0,30,31
- 12: GETL R7, t10
- 13: ANDL $0x3, t10
- 14: PUTL t10, R6
- 15: INCEIPL $4
-
- 0x254786F4: 2F060003 cmpi cr6,r6,3
- 16: GETL R6, t12
- 17: MOVL $0x3, t16
- 18: CMPL t12, t16, t14 (-rSo)
- 19: ICRFL t14, $0x6, CR
- 20: INCEIPL $4
-
- 0x254786F8: 419A0234 bc 12,26,0x2547892C
- 21: Js26o $0x2547892C
-
-
-
-. 1203 254786E4 24
-. 88 E5 00 0D 39 20 00 00 2E 09 00 00 54 E6 07 BE 2F 06 00 03 41 9A 02 34
-==== BB 1204 (0x254786FC) approx BBs exec'd 0 ====
-
- 0x254786FC: 3B7F0048 addi r27,r31,72
- 0: GETL R31, t0
- 1: ADDL $0x48, t0
- 2: PUTL t0, R27
- 3: INCEIPL $4
-
- 0x25478700: 839B0004 lwz r28,4(r27)
- 4: GETL R27, t2
- 5: ADDL $0x4, t2
- 6: LDL (t2), t4
- 7: PUTL t4, R28
- 8: INCEIPL $4
-
- 0x25478704: 3D808000 lis r12,-32768
- 9: MOVL $0x80000000, t6
- 10: PUTL t6, R12
- 11: INCEIPL $4
-
- 0x25478708: 801C0180 lwz r0,384(r28)
- 12: GETL R28, t8
- 13: ADDL $0x180, t8
- 14: LDL (t8), t10
- 15: PUTL t10, R0
- 16: INCEIPL $4
-
- 0x2547870C: 541D0002 rlwinm r29,r0,0,0,1
- 17: GETL R0, t12
- 18: ANDL $0xC0000000, t12
- 19: PUTL t12, R29
- 20: INCEIPL $4
-
- 0x25478710: 7F1D6000 cmp cr6,r29,r12
- 21: GETL R29, t14
- 22: GETL R12, t16
- 23: CMPL t14, t16, t18 (-rSo)
- 24: ICRFL t18, $0x6, CR
- 25: INCEIPL $4
-
- 0x25478714: 419A05BC bc 12,26,0x25478CD0
- 26: Js26o $0x25478CD0
-
-
-
-. 1204 254786FC 28
-. 3B 7F 00 48 83 9B 00 04 3D 80 80 00 80 1C 01 80 54 1D 00 02 7F 1D 60 00 41 9A 05 BC
-==== BB 1205 (0x25478718) approx BBs exec'd 0 ====
-
- 0x25478718: 82BB0004 lwz r21,4(r27)
- 0: GETL R27, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R21
- 4: INCEIPL $4
-
- 0x2547871C: 83BE04F4 lwz r29,1268(r30)
- 5: GETL R30, t4
- 6: ADDL $0x4F4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R29
- 9: INCEIPL $4
-
- 0x25478720: 83550180 lwz r26,384(r21)
- 10: GETL R21, t8
- 11: ADDL $0x180, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R26
- 14: INCEIPL $4
-
- 0x25478724: 67570010 oris r23,r26,0x10
- 15: GETL R26, t12
- 16: ORL $0x100000, t12
- 17: PUTL t12, R23
- 18: INCEIPL $4
-
- 0x25478728: 92F50180 stw r23,384(r21)
- 19: GETL R23, t14
- 20: GETL R21, t16
- 21: ADDL $0x180, t16
- 22: STL t14, (t16)
- 23: INCEIPL $4
-
- 0x2547872C: 801D0000 lwz r0,0(r29)
- 24: GETL R29, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R0
- 27: INCEIPL $4
-
- 0x25478730: 70090404 andi. r9,r0,0x404
- 28: GETL R0, t22
- 29: ANDL $0x404, t22
- 30: PUTL t22, R9
- 31: CMP0L t22, t24 (-rSo)
- 32: ICRFL t24, $0x0, CR
- 33: INCEIPL $4
-
- 0x25478734: 408202A0 bc 4,2,0x254789D4
- 34: Jc02o $0x254789D4
-
-
-
-. 1205 25478718 32
-. 82 BB 00 04 83 BE 04 F4 83 55 01 80 67 57 00 10 92 F5 01 80 80 1D 00 00 70 09 04 04 40 82 02 A0
-==== BB 1206 (0x25478738) approx BBs exec'd 0 ====
-
- 0x25478738: 807B0004 lwz r3,4(r27)
- 0: GETL R27, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x2547873C: 801F0048 lwz r0,72(r31)
- 5: GETL R31, t4
- 6: ADDL $0x48, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R0
- 9: INCEIPL $4
-
- 0x25478740: 90160000 stw r0,0(r22)
- 10: GETL R0, t8
- 11: GETL R22, t10
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0x25478744: 80E10000 lwz r7,0(r1)
- 14: GETL R1, t12
- 15: LDL (t12), t14
- 16: PUTL t14, R7
- 17: INCEIPL $4
-
- 0x25478748: 82C70004 lwz r22,4(r7)
- 18: GETL R7, t16
- 19: ADDL $0x4, t16
- 20: LDL (t16), t18
- 21: PUTL t18, R22
- 22: INCEIPL $4
-
- 0x2547874C: 8107FFC0 lwz r8,-64(r7)
- 23: GETL R7, t20
- 24: ADDL $0xFFFFFFC0, t20
- 25: LDL (t20), t22
- 26: PUTL t22, R8
- 27: INCEIPL $4
-
- 0x25478750: 7EC803A6 mtlr r22
- 28: GETL R22, t24
- 29: PUTL t24, LR
- 30: INCEIPL $4
-
- 0x25478754: 8227FFC4 lwz r17,-60(r7)
- 31: GETL R7, t26
- 32: ADDL $0xFFFFFFC4, t26
- 33: LDL (t26), t28
- 34: PUTL t28, R17
- 35: INCEIPL $4
-
- 0x25478758: 8247FFC8 lwz r18,-56(r7)
- 36: GETL R7, t30
- 37: ADDL $0xFFFFFFC8, t30
- 38: LDL (t30), t32
- 39: PUTL t32, R18
- 40: INCEIPL $4
-
- 0x2547875C: 7D008120 mtcrf 0x8,r8
- 41: GETL R8, t34
- 42: ICRFL t34, $0x4, CR
- 43: INCEIPL $4
-
- 0x25478760: 8267FFCC lwz r19,-52(r7)
- 44: GETL R7, t36
- 45: ADDL $0xFFFFFFCC, t36
- 46: LDL (t36), t38
- 47: PUTL t38, R19
- 48: INCEIPL $4
-
- 0x25478764: 8287FFD0 lwz r20,-48(r7)
- 49: GETL R7, t40
- 50: ADDL $0xFFFFFFD0, t40
- 51: LDL (t40), t42
- 52: PUTL t42, R20
- 53: INCEIPL $4
-
- 0x25478768: 82A7FFD4 lwz r21,-44(r7)
- 54: GETL R7, t44
- 55: ADDL $0xFFFFFFD4, t44
- 56: LDL (t44), t46
- 57: PUTL t46, R21
- 58: INCEIPL $4
-
- 0x2547876C: 82C7FFD8 lwz r22,-40(r7)
- 59: GETL R7, t48
- 60: ADDL $0xFFFFFFD8, t48
- 61: LDL (t48), t50
- 62: PUTL t50, R22
- 63: INCEIPL $4
-
- 0x25478770: 82E7FFDC lwz r23,-36(r7)
- 64: GETL R7, t52
- 65: ADDL $0xFFFFFFDC, t52
- 66: LDL (t52), t54
- 67: PUTL t54, R23
- 68: INCEIPL $4
-
- 0x25478774: 8307FFE0 lwz r24,-32(r7)
- 69: GETL R7, t56
- 70: ADDL $0xFFFFFFE0, t56
- 71: LDL (t56), t58
- 72: PUTL t58, R24
- 73: INCEIPL $4
-
- 0x25478778: 8327FFE4 lwz r25,-28(r7)
- 74: GETL R7, t60
- 75: ADDL $0xFFFFFFE4, t60
- 76: LDL (t60), t62
- 77: PUTL t62, R25
- 78: INCEIPL $4
-
- 0x2547877C: 8347FFE8 lwz r26,-24(r7)
- 79: GETL R7, t64
- 80: ADDL $0xFFFFFFE8, t64
- 81: LDL (t64), t66
- 82: PUTL t66, R26
- 83: INCEIPL $4
-
- 0x25478780: 8367FFEC lwz r27,-20(r7)
- 84: GETL R7, t68
- 85: ADDL $0xFFFFFFEC, t68
- 86: LDL (t68), t70
- 87: PUTL t70, R27
- 88: INCEIPL $4
-
- 0x25478784: 8387FFF0 lwz r28,-16(r7)
- 89: GETL R7, t72
- 90: ADDL $0xFFFFFFF0, t72
- 91: LDL (t72), t74
- 92: PUTL t74, R28
- 93: INCEIPL $4
-
- 0x25478788: 83A7FFF4 lwz r29,-12(r7)
- 94: GETL R7, t76
- 95: ADDL $0xFFFFFFF4, t76
- 96: LDL (t76), t78
- 97: PUTL t78, R29
- 98: INCEIPL $4
-
- 0x2547878C: 83C7FFF8 lwz r30,-8(r7)
- 99: GETL R7, t80
- 100: ADDL $0xFFFFFFF8, t80
- 101: LDL (t80), t82
- 102: PUTL t82, R30
- 103: INCEIPL $4
-
- 0x25478790: 83E7FFFC lwz r31,-4(r7)
- 104: GETL R7, t84
- 105: ADDL $0xFFFFFFFC, t84
- 106: LDL (t84), t86
- 107: PUTL t86, R31
- 108: INCEIPL $4
-
- 0x25478794: 7CE13B78 or r1,r7,r7
- 109: GETL R7, t88
- 110: PUTL t88, R1
- 111: INCEIPL $4
-
- 0x25478798: 4E800020 blr
- 112: GETL LR, t90
- 113: JMPo-r t90 ($4)
-
-
-
-. 1206 25478738 100
-. 80 7B 00 04 80 1F 00 48 90 16 00 00 80 E1 00 00 82 C7 00 04 81 07 FF C0 7E C8 03 A6 82 27 FF C4 82 47 FF C8 7D 00 81 20 82 67 FF CC 82 87 FF D0 82 A7 FF D4 82 C7 FF D8 82 E7 FF DC 83 07 FF E0 83 27 FF E4 83 47 FF E8 83 67 FF EC 83 87 FF F0 83 A7 FF F4 83 C7 FF F8 83 E7 FF FC 7C E1 3B 78 4E 80 00 20
-==== BB 1207 (0x2547995C) approx BBs exec'd 0 ====
-
- 0x2547995C: 811F0050 lwz r8,80(r31)
- 0: GETL R31, t0
- 1: ADDL $0x50, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x25479960: 809F000C lwz r4,12(r31)
- 5: GETL R31, t4
- 6: ADDL $0xC, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R4
- 9: INCEIPL $4
-
- 0x25479964: 7C7A1B78 or r26,r3,r3
- 10: GETL R3, t8
- 11: PUTL t8, R26
- 12: INCEIPL $4
-
- 0x25479968: 7D064378 or r6,r8,r8
- 13: GETL R8, t10
- 14: PUTL t10, R6
- 15: INCEIPL $4
-
- 0x2547996C: 90640210 stw r3,528(r4)
- 16: GETL R3, t12
- 17: GETL R4, t14
- 18: ADDL $0x210, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0x25479970: 91040214 stw r8,532(r4)
- 21: GETL R8, t16
- 22: GETL R4, t18
- 23: ADDL $0x214, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0x25479974: 2F060000 cmpi cr6,r6,0
- 26: GETL R6, t20
- 27: CMP0L t20, t22 (-rSo)
- 28: ICRFL t22, $0x6, CR
- 29: INCEIPL $4
-
- 0x25479978: 39200000 li r9,0
- 30: MOVL $0x0, t24
- 31: PUTL t24, R9
- 32: INCEIPL $4
-
- 0x2547997C: 419A0010 bc 12,26,0x2547998C
- 33: Js26o $0x2547998C
-
-
-
-. 1207 2547995C 36
-. 81 1F 00 50 80 9F 00 0C 7C 7A 1B 78 7D 06 43 78 90 64 02 10 91 04 02 14 2F 06 00 00 39 20 00 00 41 9A 00 10
-==== BB 1208 (0x25479980) approx BBs exec'd 0 ====
-
- 0x25479980: 80FA0000 lwz r7,0(r26)
- 0: GETL R26, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R7
- 3: INCEIPL $4
-
- 0x25479984: 81660004 lwz r11,4(r6)
- 4: GETL R6, t4
- 5: ADDL $0x4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R11
- 8: INCEIPL $4
-
- 0x25479988: 7D275A14 add r9,r7,r11
- 9: GETL R7, t8
- 10: GETL R11, t10
- 11: ADDL t8, t10
- 12: PUTL t10, R9
- 13: INCEIPL $4
-
- 0x2547998C: 2F9D0044 cmpi cr7,r29,68
- 14: GETL R29, t12
- 15: MOVL $0x44, t16
- 16: CMPL t12, t16, t14 (-rSo)
- 17: ICRFL t14, $0x7, CR
- 18: INCEIPL $4
-
- 0x25479990: 801C0008 lwz r0,8(r28)
- 19: GETL R28, t18
- 20: ADDL $0x8, t18
- 21: LDL (t18), t20
- 22: PUTL t20, R0
- 23: INCEIPL $4
-
- 0x25479994: 7D290214 add r9,r9,r0
- 24: GETL R9, t22
- 25: GETL R0, t24
- 26: ADDL t22, t24
- 27: PUTL t24, R9
- 28: INCEIPL $4
-
- 0x25479998: 419E0100 bc 12,30,0x25479A98
- 29: Js30o $0x25479A98
-
-
-
-. 1208 25479980 28
-. 80 FA 00 00 81 66 00 04 7D 27 5A 14 2F 9D 00 44 80 1C 00 08 7D 29 02 14 41 9E 01 00
-==== BB 1209 (0x2547999C) approx BBs exec'd 0 ====
-
- 0x2547999C: 419D00D0 bc 12,29,0x25479A6C
- 0: Js29o $0x25479A6C
-
-
-
-. 1209 2547999C 4
-. 41 9D 00 D0
-==== BB 1210 (0x254799A0) approx BBs exec'd 0 ====
-
- 0x254799A0: 2F9D0001 cmpi cr7,r29,1
- 0: GETL R29, t0
- 1: MOVL $0x1, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x254799A4: 419E00EC bc 12,30,0x25479A90
- 5: Js30o $0x25479A90
-
-
-
-. 1210 254799A0 8
-. 2F 9D 00 01 41 9E 00 EC
-==== BB 1211 (0x25479A90) approx BBs exec'd 0 ====
-
- 0x25479A90: 91370000 stw r9,0(r23)
- 0: GETL R9, t0
- 1: GETL R23, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0x25479A94: 4BFFFF38 b 0x254799CC
- 4: JMPo $0x254799CC ($4)
-
-
-
-. 1211 25479A90 8
-. 91 37 00 00 4B FF FF 38
-==== BB 1212 (0x254799CC) approx BBs exec'd 0 ====
-
- 0x254799CC: 3B9C000C addi r28,r28,12
- 0: GETL R28, t0
- 1: ADDL $0xC, t0
- 2: PUTL t0, R28
- 3: INCEIPL $4
-
- 0x254799D0: 7E1CC040 cmpl cr4,r28,r24
- 4: GETL R28, t2
- 5: GETL R24, t4
- 6: CMPUL t2, t4, t6 (-rSo)
- 7: ICRFL t6, $0x4, CR
- 8: INCEIPL $4
-
- 0x254799D4: 4190FE68 bc 12,16,0x2547983C
- 9: Js16o $0x2547983C
-
-
-
-. 1212 254799CC 12
-. 3B 9C 00 0C 7E 1C C0 40 41 90 FE 68
-==== BB 1213 (0x25479938) approx BBs exec'd 0 ====
-
- 0x25479938: 80DF0050 lwz r6,80(r31)
- 0: GETL R31, t0
- 1: ADDL $0x50, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x2547993C: 7D695B78 or r9,r11,r11
- 5: GETL R11, t4
- 6: PUTL t4, R9
- 7: INCEIPL $4
-
- 0x25479940: 815F0008 lwz r10,8(r31)
- 8: GETL R31, t6
- 9: ADDL $0x8, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R10
- 12: INCEIPL $4
-
- 0x25479944: 80A60000 lwz r5,0(r6)
- 13: GETL R6, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R5
- 16: INCEIPL $4
-
- 0x25479948: 80DF0010 lwz r6,16(r31)
- 17: GETL R31, t14
- 18: ADDL $0x10, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R6
- 21: INCEIPL $4
-
- 0x2547994C: 7C655214 add r3,r5,r10
- 22: GETL R5, t18
- 23: GETL R10, t20
- 24: ADDL t18, t20
- 25: PUTL t20, R3
- 26: INCEIPL $4
-
- 0x25479950: 38BF0050 addi r5,r31,80
- 27: GETL R31, t22
- 28: ADDL $0x50, t22
- 29: PUTL t22, R5
- 30: INCEIPL $4
-
- 0x25479954: 39400000 li r10,0
- 31: MOVL $0x0, t24
- 32: PUTL t24, R10
- 33: INCEIPL $4
-
- 0x25479958: 4BFFEC4D bl 0x254785A4
- 34: MOVL $0x2547995C, t26
- 35: PUTL t26, LR
- 36: JMPo-c $0x254785A4 ($4)
-
-
-
-. 1213 25479938 36
-. 80 DF 00 50 7D 69 5B 78 81 5F 00 08 80 A6 00 00 80 DF 00 10 7C 65 52 14 38 BF 00 50 39 40 00 00 4B FF EC 4D
-==== BB 1214 (0x25478324) approx BBs exec'd 0 ====
-
- 0x25478324: 8101007C lwz r8,124(r1)
- 0: GETL R1, t0
- 1: ADDL $0x7C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x25478328: 71000001 andi. r0,r8,0x1
- 5: GETL R8, t4
- 6: ANDL $0x1, t4
- 7: PUTL t4, R0
- 8: CMP0L t4, t6 (-rSo)
- 9: ICRFL t6, $0x0, CR
- 10: INCEIPL $4
-
- 0x2547832C: 40A2FFC4 bc 5,2,0x254782F0
- 11: Jc02o $0x254782F0
-
-
-
-. 1214 25478324 12
-. 81 01 00 7C 71 00 00 01 40 A2 FF C4
-==== BB 1215 (0x25478424) approx BBs exec'd 0 ====
-
- 0x25478424: 38600000 li r3,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25478428: 81E10074 lwz r15,116(r1)
- 3: GETL R1, t2
- 4: ADDL $0x74, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R15
- 7: INCEIPL $4
-
- 0x2547842C: 81810024 lwz r12,36(r1)
- 8: GETL R1, t6
- 9: ADDL $0x24, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R12
- 12: INCEIPL $4
-
- 0x25478430: 7DE803A6 mtlr r15
- 13: GETL R15, t10
- 14: PUTL t10, LR
- 15: INCEIPL $4
-
- 0x25478434: 81C10028 lwz r14,40(r1)
- 16: GETL R1, t12
- 17: ADDL $0x28, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R14
- 20: INCEIPL $4
-
- 0x25478438: 81E1002C lwz r15,44(r1)
- 21: GETL R1, t16
- 22: ADDL $0x2C, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R15
- 25: INCEIPL $4
-
- 0x2547843C: 7D818120 mtcrf 0x18,r12
- 26: GETL R12, t20
- 27: ICRFL t20, $0x3, CR
- 28: ICRFL t20, $0x4, CR
- 29: INCEIPL $4
-
- 0x25478440: 82010030 lwz r16,48(r1)
- 30: GETL R1, t22
- 31: ADDL $0x30, t22
- 32: LDL (t22), t24
- 33: PUTL t24, R16
- 34: INCEIPL $4
-
- 0x25478444: 82210034 lwz r17,52(r1)
- 35: GETL R1, t26
- 36: ADDL $0x34, t26
- 37: LDL (t26), t28
- 38: PUTL t28, R17
- 39: INCEIPL $4
-
- 0x25478448: 82410038 lwz r18,56(r1)
- 40: GETL R1, t30
- 41: ADDL $0x38, t30
- 42: LDL (t30), t32
- 43: PUTL t32, R18
- 44: INCEIPL $4
-
- 0x2547844C: 8261003C lwz r19,60(r1)
- 45: GETL R1, t34
- 46: ADDL $0x3C, t34
- 47: LDL (t34), t36
- 48: PUTL t36, R19
- 49: INCEIPL $4
-
- 0x25478450: 82810040 lwz r20,64(r1)
- 50: GETL R1, t38
- 51: ADDL $0x40, t38
- 52: LDL (t38), t40
- 53: PUTL t40, R20
- 54: INCEIPL $4
-
- 0x25478454: 82A10044 lwz r21,68(r1)
- 55: GETL R1, t42
- 56: ADDL $0x44, t42
- 57: LDL (t42), t44
- 58: PUTL t44, R21
- 59: INCEIPL $4
-
- 0x25478458: 82C10048 lwz r22,72(r1)
- 60: GETL R1, t46
- 61: ADDL $0x48, t46
- 62: LDL (t46), t48
- 63: PUTL t48, R22
- 64: INCEIPL $4
-
- 0x2547845C: 82E1004C lwz r23,76(r1)
- 65: GETL R1, t50
- 66: ADDL $0x4C, t50
- 67: LDL (t50), t52
- 68: PUTL t52, R23
- 69: INCEIPL $4
-
- 0x25478460: 83010050 lwz r24,80(r1)
- 70: GETL R1, t54
- 71: ADDL $0x50, t54
- 72: LDL (t54), t56
- 73: PUTL t56, R24
- 74: INCEIPL $4
-
- 0x25478464: 83210054 lwz r25,84(r1)
- 75: GETL R1, t58
- 76: ADDL $0x54, t58
- 77: LDL (t58), t60
- 78: PUTL t60, R25
- 79: INCEIPL $4
-
- 0x25478468: 83410058 lwz r26,88(r1)
- 80: GETL R1, t62
- 81: ADDL $0x58, t62
- 82: LDL (t62), t64
- 83: PUTL t64, R26
- 84: INCEIPL $4
-
- 0x2547846C: 8361005C lwz r27,92(r1)
- 85: GETL R1, t66
- 86: ADDL $0x5C, t66
- 87: LDL (t66), t68
- 88: PUTL t68, R27
- 89: INCEIPL $4
-
- 0x25478470: 83810060 lwz r28,96(r1)
- 90: GETL R1, t70
- 91: ADDL $0x60, t70
- 92: LDL (t70), t72
- 93: PUTL t72, R28
- 94: INCEIPL $4
-
- 0x25478474: 83A10064 lwz r29,100(r1)
- 95: GETL R1, t74
- 96: ADDL $0x64, t74
- 97: LDL (t74), t76
- 98: PUTL t76, R29
- 99: INCEIPL $4
-
- 0x25478478: 83C10068 lwz r30,104(r1)
- 100: GETL R1, t78
- 101: ADDL $0x68, t78
- 102: LDL (t78), t80
- 103: PUTL t80, R30
- 104: INCEIPL $4
-
- 0x2547847C: 83E1006C lwz r31,108(r1)
- 105: GETL R1, t82
- 106: ADDL $0x6C, t82
- 107: LDL (t82), t84
- 108: PUTL t84, R31
- 109: INCEIPL $4
-
- 0x25478480: 38210070 addi r1,r1,112
- 110: GETL R1, t86
- 111: ADDL $0x70, t86
- 112: PUTL t86, R1
- 113: INCEIPL $4
-
- 0x25478484: 4E800020 blr
- 114: GETL LR, t88
- 115: JMPo-r t88 ($4)
-
-
-
-. 1215 25478424 100
-. 38 60 00 00 81 E1 00 74 81 81 00 24 7D E8 03 A6 81 C1 00 28 81 E1 00 2C 7D 81 81 20 82 01 00 30 82 21 00 34 82 41 00 38 82 61 00 3C 82 81 00 40 82 A1 00 44 82 C1 00 48 82 E1 00 4C 83 01 00 50 83 21 00 54 83 41 00 58 83 61 00 5C 83 81 00 60 83 A1 00 64 83 C1 00 68 83 E1 00 6C 38 21 00 70 4E 80 00 20
-==== BB 1216 (0x254786BC) approx BBs exec'd 0 ====
-
- 0x254786BC: 4180016C bc 12,0,0x25478828
- 0: Js00o $0x25478828
-
-
-
-. 1216 254786BC 4
-. 41 80 01 6C
-==== BB 1217 (0x254786C0) approx BBs exec'd 0 ====
-
- 0x254786C0: 84FD0004 lwzu r7,4(r29)
- 0: GETL R29, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R29
- 3: LDL (t0), t2
- 4: PUTL t2, R7
- 5: INCEIPL $4
-
- 0x254786C4: 2F070000 cmpi cr6,r7,0
- 6: GETL R7, t4
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x6, CR
- 9: INCEIPL $4
-
- 0x254786C8: 409AFFC4 bc 4,26,0x2547868C
- 10: Jc26o $0x2547868C
-
-
-
-. 1217 254786C0 12
-. 84 FD 00 04 2F 07 00 00 40 9A FF C4
-==== BB 1218 (0x25478BD8) approx BBs exec'd 0 ====
-
- 0x25478BD8: 81360000 lwz r9,0(r22)
- 0: GETL R22, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0x25478BDC: 2C090000 cmpi cr0,r9,0
- 4: GETL R9, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x0, CR
- 7: INCEIPL $4
-
- 0x25478BE0: 408201B8 bc 4,2,0x25478D98
- 8: Jc02o $0x25478D98
-
-
-
-. 1218 25478BD8 12
-. 81 36 00 00 2C 09 00 00 40 82 01 B8
-==== BB 1219 (0x25478D98) approx BBs exec'd 0 ====
-
- 0x25478D98: 8BA9000C lbz r29,12(r9)
- 0: GETL R9, t0
- 1: ADDL $0xC, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0x25478D9C: 57BBE13E rlwinm r27,r29,28,4,31
- 5: GETL R29, t4
- 6: SHRL $0x4, t4
- 7: PUTL t4, R27
- 8: INCEIPL $4
-
- 0x25478DA0: 2C9B0002 cmpi cr1,r27,2
- 9: GETL R27, t6
- 10: MOVL $0x2, t10
- 11: CMPL t6, t10, t8 (-rSo)
- 12: ICRFL t8, $0x1, CR
- 13: INCEIPL $4
-
- 0x25478DA4: 4086FE40 bc 4,6,0x25478BE4
- 14: Jc06o $0x25478BE4
-
-
-
-. 1219 25478D98 16
-. 8B A9 00 0C 57 BB E1 3E 2C 9B 00 02 40 86 FE 40
-==== BB 1220 (0x25478DA8) approx BBs exec'd 0 ====
-
- 0x25478DA8: 38600000 li r3,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25478DAC: 38000000 li r0,0
- 3: MOVL $0x0, t2
- 4: PUTL t2, R0
- 5: INCEIPL $4
-
- 0x25478DB0: 4BFFF990 b 0x25478740
- 6: JMPo $0x25478740 ($4)
-
-
-
-. 1220 25478DA8 12
-. 38 60 00 00 38 00 00 00 4B FF F9 90
-==== BB 1221 (0x25478740) approx BBs exec'd 0 ====
-
- 0x25478740: 90160000 stw r0,0(r22)
- 0: GETL R0, t0
- 1: GETL R22, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0x25478744: 80E10000 lwz r7,0(r1)
- 4: GETL R1, t4
- 5: LDL (t4), t6
- 6: PUTL t6, R7
- 7: INCEIPL $4
-
- 0x25478748: 82C70004 lwz r22,4(r7)
- 8: GETL R7, t8
- 9: ADDL $0x4, t8
- 10: LDL (t8), t10
- 11: PUTL t10, R22
- 12: INCEIPL $4
-
- 0x2547874C: 8107FFC0 lwz r8,-64(r7)
- 13: GETL R7, t12
- 14: ADDL $0xFFFFFFC0, t12
- 15: LDL (t12), t14
- 16: PUTL t14, R8
- 17: INCEIPL $4
-
- 0x25478750: 7EC803A6 mtlr r22
- 18: GETL R22, t16
- 19: PUTL t16, LR
- 20: INCEIPL $4
-
- 0x25478754: 8227FFC4 lwz r17,-60(r7)
- 21: GETL R7, t18
- 22: ADDL $0xFFFFFFC4, t18
- 23: LDL (t18), t20
- 24: PUTL t20, R17
- 25: INCEIPL $4
-
- 0x25478758: 8247FFC8 lwz r18,-56(r7)
- 26: GETL R7, t22
- 27: ADDL $0xFFFFFFC8, t22
- 28: LDL (t22), t24
- 29: PUTL t24, R18
- 30: INCEIPL $4
-
- 0x2547875C: 7D008120 mtcrf 0x8,r8
- 31: GETL R8, t26
- 32: ICRFL t26, $0x4, CR
- 33: INCEIPL $4
-
- 0x25478760: 8267FFCC lwz r19,-52(r7)
- 34: GETL R7, t28
- 35: ADDL $0xFFFFFFCC, t28
- 36: LDL (t28), t30
- 37: PUTL t30, R19
- 38: INCEIPL $4
-
- 0x25478764: 8287FFD0 lwz r20,-48(r7)
- 39: GETL R7, t32
- 40: ADDL $0xFFFFFFD0, t32
- 41: LDL (t32), t34
- 42: PUTL t34, R20
- 43: INCEIPL $4
-
- 0x25478768: 82A7FFD4 lwz r21,-44(r7)
- 44: GETL R7, t36
- 45: ADDL $0xFFFFFFD4, t36
- 46: LDL (t36), t38
- 47: PUTL t38, R21
- 48: INCEIPL $4
-
- 0x2547876C: 82C7FFD8 lwz r22,-40(r7)
- 49: GETL R7, t40
- 50: ADDL $0xFFFFFFD8, t40
- 51: LDL (t40), t42
- 52: PUTL t42, R22
- 53: INCEIPL $4
-
- 0x25478770: 82E7FFDC lwz r23,-36(r7)
- 54: GETL R7, t44
- 55: ADDL $0xFFFFFFDC, t44
- 56: LDL (t44), t46
- 57: PUTL t46, R23
- 58: INCEIPL $4
-
- 0x25478774: 8307FFE0 lwz r24,-32(r7)
- 59: GETL R7, t48
- 60: ADDL $0xFFFFFFE0, t48
- 61: LDL (t48), t50
- 62: PUTL t50, R24
- 63: INCEIPL $4
-
- 0x25478778: 8327FFE4 lwz r25,-28(r7)
- 64: GETL R7, t52
- 65: ADDL $0xFFFFFFE4, t52
- 66: LDL (t52), t54
- 67: PUTL t54, R25
- 68: INCEIPL $4
-
- 0x2547877C: 8347FFE8 lwz r26,-24(r7)
- 69: GETL R7, t56
- 70: ADDL $0xFFFFFFE8, t56
- 71: LDL (t56), t58
- 72: PUTL t58, R26
- 73: INCEIPL $4
-
- 0x25478780: 8367FFEC lwz r27,-20(r7)
- 74: GETL R7, t60
- 75: ADDL $0xFFFFFFEC, t60
- 76: LDL (t60), t62
- 77: PUTL t62, R27
- 78: INCEIPL $4
-
- 0x25478784: 8387FFF0 lwz r28,-16(r7)
- 79: GETL R7, t64
- 80: ADDL $0xFFFFFFF0, t64
- 81: LDL (t64), t66
- 82: PUTL t66, R28
- 83: INCEIPL $4
-
- 0x25478788: 83A7FFF4 lwz r29,-12(r7)
- 84: GETL R7, t68
- 85: ADDL $0xFFFFFFF4, t68
- 86: LDL (t68), t70
- 87: PUTL t70, R29
- 88: INCEIPL $4
-
- 0x2547878C: 83C7FFF8 lwz r30,-8(r7)
- 89: GETL R7, t72
- 90: ADDL $0xFFFFFFF8, t72
- 91: LDL (t72), t74
- 92: PUTL t74, R30
- 93: INCEIPL $4
-
- 0x25478790: 83E7FFFC lwz r31,-4(r7)
- 94: GETL R7, t76
- 95: ADDL $0xFFFFFFFC, t76
- 96: LDL (t76), t78
- 97: PUTL t78, R31
- 98: INCEIPL $4
-
- 0x25478794: 7CE13B78 or r1,r7,r7
- 99: GETL R7, t80
- 100: PUTL t80, R1
- 101: INCEIPL $4
-
- 0x25478798: 4E800020 blr
- 102: GETL LR, t82
- 103: JMPo-r t82 ($4)
-
-
-
-. 1221 25478740 92
-. 90 16 00 00 80 E1 00 00 82 C7 00 04 81 07 FF C0 7E C8 03 A6 82 27 FF C4 82 47 FF C8 7D 00 81 20 82 67 FF CC 82 87 FF D0 82 A7 FF D4 82 C7 FF D8 82 E7 FF DC 83 07 FF E0 83 27 FF E4 83 47 FF E8 83 67 FF EC 83 87 FF F0 83 A7 FF F4 83 C7 FF F8 83 E7 FF FC 7C E1 3B 78 4E 80 00 20
-==== BB 1222 (0x2547998C) approx BBs exec'd 0 ====
-
- 0x2547998C: 2F9D0044 cmpi cr7,r29,68
- 0: GETL R29, t0
- 1: MOVL $0x44, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x25479990: 801C0008 lwz r0,8(r28)
- 5: GETL R28, t6
- 6: ADDL $0x8, t6
- 7: LDL (t6), t8
- 8: PUTL t8, R0
- 9: INCEIPL $4
-
- 0x25479994: 7D290214 add r9,r9,r0
- 10: GETL R9, t10
- 11: GETL R0, t12
- 12: ADDL t10, t12
- 13: PUTL t12, R9
- 14: INCEIPL $4
-
- 0x25479998: 419E0100 bc 12,30,0x25479A98
- 15: Js30o $0x25479A98
-
-
-
-. 1222 2547998C 16
-. 2F 9D 00 44 80 1C 00 08 7D 29 02 14 41 9E 01 00
-==== BB 1223 (0x254784A0) approx BBs exec'd 0 ====
-
- 0x254784A0: 41AEFF18 bc 13,14,0x254783B8
- 0: Js14o $0x254783B8
-
-
-
-. 1223 254784A0 4
-. 41 AE FF 18
-==== BB 1224 (0x254784A4) approx BBs exec'd 0 ====
-
- 0x254784A4: 80610014 lwz r3,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x254784A8: 5469FFFF rlwinm. r9,r3,31,31,31
- 5: GETL R3, t4
- 6: ROLL $0x1F, t4
- 7: ANDL $0x1, t4
- 8: PUTL t4, R9
- 9: CMP0L t4, t6 (-rSo)
- 10: ICRFL t6, $0x0, CR
- 11: INCEIPL $4
-
- 0x254784AC: 4182006C bc 12,2,0x25478518
- 12: Js02o $0x25478518
-
-
-
-. 1224 254784A4 12
-. 80 61 00 14 54 69 FF FF 41 82 00 6C
-==== BB 1225 (0x25478518) approx BBs exec'd 0 ====
-
- 0x25478518: 57E9083C rlwinm r9,r31,1,0,30
- 0: GETL R31, t0
- 1: SHLL $0x1, t0
- 2: PUTL t0, R9
- 3: INCEIPL $4
-
- 0x2547851C: 7CC9B22E lhzx r6,r9,r22
- 4: GETL R22, t2
- 5: GETL R9, t4
- 6: ADDL t4, t2
- 7: LDW (t2), t6
- 8: PUTL t6, R6
- 9: INCEIPL $4
-
- 0x25478520: 54C5047E rlwinm r5,r6,0,17,31
- 10: GETL R6, t8
- 11: ANDL $0x7FFF, t8
- 12: PUTL t8, R5
- 13: INCEIPL $4
-
- 0x25478524: 2F850002 cmpi cr7,r5,2
- 14: GETL R5, t10
- 15: MOVL $0x2, t14
- 16: CMPL t10, t14, t12 (-rSo)
- 17: ICRFL t12, $0x7, CR
- 18: INCEIPL $4
-
- 0x25478528: 4BFFFF98 b 0x254784C0
- 19: JMPo $0x254784C0 ($4)
-
-
-
-. 1225 25478518 20
-. 57 E9 08 3C 7C C9 B2 2E 54 C5 04 7E 2F 85 00 02 4B FF FF 98
-==== BB 1226 (0x254784C0) approx BBs exec'd 0 ====
-
- 0x254784C0: 40BDFEF8 bc 5,29,0x254783B8
- 0: Jc29o $0x254783B8
-
-
-
-. 1226 254784C0 4
-. 40 BD FE F8
-==== BB 1227 (0x254799A8) approx BBs exec'd 0 ====
-
- 0x254799A8: 2C1D0014 cmpi cr0,r29,20
- 0: GETL R29, t0
- 1: MOVL $0x14, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x254799AC: 418200E4 bc 12,2,0x25479A90
- 5: Js02o $0x25479A90
-
-
-
-. 1227 254799A8 8
-. 2C 1D 00 14 41 82 00 E4
-==== BB 1228 (0x254799D8) approx BBs exec'd 0 ====
-
- 0x254799D8: 83BF000C lwz r29,12(r31)
- 0: GETL R31, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0x254799DC: 4BFFFD44 b 0x25479720
- 5: JMPo $0x25479720 ($4)
-
-
-
-. 1228 254799D8 8
-. 83 BF 00 0C 4B FF FD 44
-==== BB 1229 (0x25479720) approx BBs exec'd 0 ====
-
- 0x25479720: 3652FFFF addic. r18,r18,-1
- 0: GETL R18, t0
- 1: ADCL $0xFFFFFFFF, t0 (-wCa)
- 2: PUTL t0, R18
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0x25479724: 3AB5000C addi r21,r21,12
- 6: GETL R21, t4
- 7: ADDL $0xC, t4
- 8: PUTL t4, R21
- 9: INCEIPL $4
-
- 0x25479728: 4080FFC0 bc 4,0,0x254796E8
- 10: Jc00o $0x254796E8
-
-
-
-. 1229 25479720 12
-. 36 52 FF FF 3A B5 00 0C 40 80 FF C0
-==== BB 1230 (0x254796E8) approx BBs exec'd 0 ====
-
- 0x254796E8: 80B50020 lwz r5,32(r21)
- 0: GETL R21, t0
- 1: ADDL $0x20, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x254796EC: 7FB6EB78 or r22,r29,r29
- 5: GETL R29, t4
- 6: PUTL t4, R22
- 7: INCEIPL $4
-
- 0x254796F0: 81750018 lwz r11,24(r21)
- 8: GETL R21, t6
- 9: ADDL $0x18, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R11
- 12: INCEIPL $4
-
- 0x254796F4: 2C050000 cmpi cr0,r5,0
- 13: GETL R5, t10
- 14: CMP0L t10, t12 (-rSo)
- 15: ICRFL t12, $0x0, CR
- 16: INCEIPL $4
-
- 0x254796F8: 8115001C lwz r8,28(r21)
- 17: GETL R21, t14
- 18: ADDL $0x1C, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R8
- 21: INCEIPL $4
-
- 0x254796FC: 7D695B78 or r9,r11,r11
- 22: GETL R11, t18
- 23: PUTL t18, R9
- 24: INCEIPL $4
-
- 0x25479700: 833D0000 lwz r25,0(r29)
- 25: GETL R29, t20
- 26: LDL (t20), t22
- 27: PUTL t22, R25
- 28: INCEIPL $4
-
- 0x25479704: 7F0B4214 add r24,r11,r8
- 29: GETL R11, t24
- 30: GETL R8, t26
- 31: ADDL t24, t26
- 32: PUTL t26, R24
- 33: INCEIPL $4
-
- 0x25479708: 418200BC bc 12,2,0x254797C4
- 34: Js02o $0x254797C4
-
-
-
-. 1230 254796E8 36
-. 80 B5 00 20 7F B6 EB 78 81 75 00 18 2C 05 00 00 81 15 00 1C 7D 69 5B 78 83 3D 00 00 7F 0B 42 14 41 82 00 BC
-==== BB 1231 (0x2547970C) approx BBs exec'd 0 ====
-
- 0x2547970C: 7F8BC040 cmpl cr7,r11,r24
- 0: GETL R11, t0
- 1: GETL R24, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x7, CR
- 4: INCEIPL $4
-
- 0x25479710: 409C0010 bc 4,28,0x25479720
- 5: Jc28o $0x25479720
-
-
-
-. 1231 2547970C 8
-. 7F 8B C0 40 40 9C 00 10
-==== BB 1232 (0x25479714) approx BBs exec'd 0 ====
-
- 0x25479714: 3929000C addi r9,r9,12
- 0: GETL R9, t0
- 1: ADDL $0xC, t0
- 2: PUTL t0, R9
- 3: INCEIPL $4
-
- 0x25479718: 7F89C040 cmpl cr7,r9,r24
- 4: GETL R9, t2
- 5: GETL R24, t4
- 6: CMPUL t2, t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x2547971C: 419CFFF8 bc 12,28,0x25479714
- 9: Js28o $0x25479714
-
-
-
-. 1232 25479714 12
-. 39 29 00 0C 7F 89 C0 40 41 9C FF F8
-==== BB 1233 (0x254797FC) approx BBs exec'd 0 ====
-
- 0x254797FC: 3B7001B8 addi r27,r16,440
- 0: GETL R16, t0
- 1: ADDL $0x1B8, t0
- 2: PUTL t0, R27
- 3: INCEIPL $4
-
- 0x25479800: 1CE9000C mulli r7,r9,12
- 4: GETL R9, t2
- 5: MULL $0xC, t2
- 6: PUTL t2, R7
- 7: INCEIPL $4
-
- 0x25479804: 7E1DD800 cmp cr4,r29,r27
- 8: GETL R29, t4
- 9: GETL R27, t6
- 10: CMPL t4, t6, t8 (-rSo)
- 11: ICRFL t8, $0x4, CR
- 12: INCEIPL $4
-
- 0x25479808: 7F8B3A14 add r28,r11,r7
- 13: GETL R11, t10
- 14: GETL R7, t12
- 15: ADDL t10, t12
- 16: PUTL t12, R28
- 17: INCEIPL $4
-
- 0x2547980C: 41920018 bc 12,18,0x25479824
- 18: Js18o $0x25479824
-
-
-
-. 1233 254797FC 20
-. 3B 70 01 B8 1C E9 00 0C 7E 1D D8 00 7F 8B 3A 14 41 92 00 18
-==== BB 1234 (0x2547972C) approx BBs exec'd 0 ====
-
- 0x2547972C: 408E0710 bc 4,14,0x25479E3C
- 0: Jc14o $0x25479E3C
-
-
-
-. 1234 2547972C 4
-. 40 8E 07 10
-==== BB 1235 (0x25479730) approx BBs exec'd 0 ====
-
- 0x25479730: 827D0180 lwz r19,384(r29)
- 0: GETL R29, t0
- 1: ADDL $0x180, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R19
- 4: INCEIPL $4
-
- 0x25479734: 2F910000 cmpi cr7,r17,0
- 5: GETL R17, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x25479738: 66722000 oris r18,r19,0x2000
- 9: GETL R19, t8
- 10: ORL $0x20000000, t8
- 11: PUTL t8, R18
- 12: INCEIPL $4
-
- 0x2547973C: 925D0180 stw r18,384(r29)
- 13: GETL R18, t10
- 14: GETL R29, t12
- 15: ADDL $0x180, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x25479740: 409E05C0 bc 4,30,0x25479D00
- 18: Jc30o $0x25479D00
-
-
-
-. 1235 25479730 20
-. 82 7D 01 80 2F 91 00 00 66 72 20 00 92 5D 01 80 40 9E 05 C0
-==== BB 1236 (0x25479744) approx BBs exec'd 0 ====
-
- 0x25479744: 807F000C lwz r3,12(r31)
- 0: GETL R31, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x25479748: 82A30238 lwz r21,568(r3)
- 5: GETL R3, t4
- 6: ADDL $0x238, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R21
- 9: INCEIPL $4
-
- 0x2547974C: 2F950000 cmpi cr7,r21,0
- 10: GETL R21, t8
- 11: CMP0L t8, t10 (-rSo)
- 12: ICRFL t10, $0x7, CR
- 13: INCEIPL $4
-
- 0x25479750: 409E02BC bc 4,30,0x25479A0C
- 14: Jc30o $0x25479A0C
-
-
-
-. 1236 25479744 16
-. 80 7F 00 0C 82 A3 02 38 2F 95 00 00 40 9E 02 BC
-==== BB 1237 (0x25479A0C) approx BBs exec'd 0 ====
-
- 0x25479A0C: 4BFFFB1D bl 0x25479528
- 0: MOVL $0x25479A10, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x25479528 ($4)
-
-
-
-. 1237 25479A0C 4
-. 4B FF FB 1D
-==== BB 1238 _dl_protect_relro(0x25479528) approx BBs exec'd 0 ====
-
- 0x25479528: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547952C: 7D8802A6 mflr r12
- 6: GETL LR, t4
- 7: PUTL t4, R12
- 8: INCEIPL $4
-
- 0x25479530: 4801DAD1 bl 0x25497000
- 9: MOVL $0x25479534, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-
-. 1238 25479528 12
-. 94 21 FF F0 7D 88 02 A6 48 01 DA D1
-==== BB 1239 (0x25479534) approx BBs exec'd 0 ====
-
- 0x25479534: 93C10008 stw r30,8(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25479538: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x2547953C: 93E1000C stw r31,12(r1)
- 8: GETL R31, t6
- 9: GETL R1, t8
- 10: ADDL $0xC, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x25479540: 91810014 stw r12,20(r1)
- 13: GETL R12, t10
- 14: GETL R1, t12
- 15: ADDL $0x14, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x25479544: 7C7F1B78 or r31,r3,r3
- 18: GETL R3, t14
- 19: PUTL t14, R31
- 20: INCEIPL $4
-
- 0x25479548: 80A30000 lwz r5,0(r3)
- 21: GETL R3, t16
- 22: LDL (t16), t18
- 23: PUTL t18, R5
- 24: INCEIPL $4
-
- 0x2547954C: 813E04F4 lwz r9,1268(r30)
- 25: GETL R30, t20
- 26: ADDL $0x4F4, t20
- 27: LDL (t20), t22
- 28: PUTL t22, R9
- 29: INCEIPL $4
-
- 0x25479550: 81030234 lwz r8,564(r3)
- 30: GETL R3, t24
- 31: ADDL $0x234, t24
- 32: LDL (t24), t26
- 33: PUTL t26, R8
- 34: INCEIPL $4
-
- 0x25479554: 80E30238 lwz r7,568(r3)
- 35: GETL R3, t28
- 36: ADDL $0x238, t28
- 37: LDL (t28), t30
- 38: PUTL t30, R7
- 39: INCEIPL $4
-
- 0x25479558: 80C90004 lwz r6,4(r9)
- 40: GETL R9, t32
- 41: ADDL $0x4, t32
- 42: LDL (t32), t34
- 43: PUTL t34, R6
- 44: INCEIPL $4
-
- 0x2547955C: 7C654214 add r3,r5,r8
- 45: GETL R5, t36
- 46: GETL R8, t38
- 47: ADDL t36, t38
- 48: PUTL t38, R3
- 49: INCEIPL $4
-
- 0x25479560: 7C833A14 add r4,r3,r7
- 50: GETL R3, t40
- 51: GETL R7, t42
- 52: ADDL t40, t42
- 53: PUTL t42, R4
- 54: INCEIPL $4
-
- 0x25479564: 38A00001 li r5,1
- 55: MOVL $0x1, t44
- 56: PUTL t44, R5
- 57: INCEIPL $4
-
- 0x25479568: 7D4600D0 neg r10,r6
- 58: GETL R6, t46
- 59: NEGL t46
- 60: PUTL t46, R10
- 61: INCEIPL $4
-
- 0x2547956C: 7C605038 and r0,r3,r10
- 62: GETL R3, t48
- 63: GETL R10, t50
- 64: ANDL t48, t50
- 65: PUTL t50, R0
- 66: INCEIPL $4
-
- 0x25479570: 7C8B5038 and r11,r4,r10
- 67: GETL R4, t52
- 68: GETL R10, t54
- 69: ANDL t52, t54
- 70: PUTL t54, R11
- 71: INCEIPL $4
-
- 0x25479574: 7F805800 cmp cr7,r0,r11
- 72: GETL R0, t56
- 73: GETL R11, t58
- 74: CMPL t56, t58, t60 (-rSo)
- 75: ICRFL t60, $0x7, CR
- 76: INCEIPL $4
-
- 0x25479578: 7C030378 or r3,r0,r0
- 77: GETL R0, t62
- 78: PUTL t62, R3
- 79: INCEIPL $4
-
- 0x2547957C: 7C805850 subf r4,r0,r11
- 80: GETL R0, t64
- 81: GETL R11, t66
- 82: SUBL t64, t66
- 83: PUTL t66, R4
- 84: INCEIPL $4
-
- 0x25479580: 419E0010 bc 12,30,0x25479590
- 85: Js30o $0x25479590
-
-
-
-. 1239 25479534 80
-. 93 C1 00 08 7F C8 02 A6 93 E1 00 0C 91 81 00 14 7C 7F 1B 78 80 A3 00 00 81 3E 04 F4 81 03 02 34 80 E3 02 38 80 C9 00 04 7C 65 42 14 7C 83 3A 14 38 A0 00 01 7D 46 00 D0 7C 60 50 38 7C 8B 50 38 7F 80 58 00 7C 03 03 78 7C 80 58 50 41 9E 00 10
-==== BB 1240 (0x25479584) approx BBs exec'd 0 ====
-
- 0x25479584: 48009235 bl 0x254827B8
- 0: MOVL $0x25479588, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x254827B8 ($4)
-
-
-
-. 1240 25479584 4
-. 48 00 92 35
-==== BB 1241 (0x25479588) approx BBs exec'd 0 ====
-
- 0x25479588: 2C030000 cmpi cr0,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0x2547958C: 4180001C bc 12,0,0x254795A8
- 4: Js00o $0x254795A8
-
-
-
-. 1241 25479588 8
-. 2C 03 00 00 41 80 00 1C
-==== BB 1242 (0x25479590) approx BBs exec'd 0 ====
-
- 0x25479590: 81610014 lwz r11,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x25479594: 83C10008 lwz r30,8(r1)
- 5: GETL R1, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R30
- 9: INCEIPL $4
-
- 0x25479598: 83E1000C lwz r31,12(r1)
- 10: GETL R1, t8
- 11: ADDL $0xC, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R31
- 14: INCEIPL $4
-
- 0x2547959C: 7D6803A6 mtlr r11
- 15: GETL R11, t12
- 16: PUTL t12, LR
- 17: INCEIPL $4
-
- 0x254795A0: 38210010 addi r1,r1,16
- 18: GETL R1, t14
- 19: ADDL $0x10, t14
- 20: PUTL t14, R1
- 21: INCEIPL $4
-
- 0x254795A4: 4E800020 blr
- 22: GETL LR, t16
- 23: JMPo-r t16 ($4)
-
-
-
-. 1242 25479590 24
-. 81 61 00 14 83 C1 00 08 83 E1 00 0C 7D 68 03 A6 38 21 00 10 4E 80 00 20
-==== BB 1243 (0x25479A10) approx BBs exec'd 0 ====
-
- 0x25479A10: 4BFFFD44 b 0x25479754
- 0: JMPo $0x25479754 ($4)
-
-
-
-. 1243 25479A10 4
-. 4B FF FD 44
-==== BB 1244 (0x25479754) approx BBs exec'd 0 ====
-
- 0x25479754: 80810000 lwz r4,0(r1)
- 0: GETL R1, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R4
- 3: INCEIPL $4
-
- 0x25479758: 83240004 lwz r25,4(r4)
- 4: GETL R4, t4
- 5: ADDL $0x4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R25
- 8: INCEIPL $4
-
- 0x2547975C: 8184FFBC lwz r12,-68(r4)
- 9: GETL R4, t8
- 10: ADDL $0xFFFFFFBC, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R12
- 13: INCEIPL $4
-
- 0x25479760: 7F2803A6 mtlr r25
- 14: GETL R25, t12
- 15: PUTL t12, LR
- 16: INCEIPL $4
-
- 0x25479764: 8204FFC0 lwz r16,-64(r4)
- 17: GETL R4, t14
- 18: ADDL $0xFFFFFFC0, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R16
- 21: INCEIPL $4
-
- 0x25479768: 8224FFC4 lwz r17,-60(r4)
- 22: GETL R4, t18
- 23: ADDL $0xFFFFFFC4, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R17
- 26: INCEIPL $4
-
- 0x2547976C: 7D818120 mtcrf 0x18,r12
- 27: GETL R12, t22
- 28: ICRFL t22, $0x3, CR
- 29: ICRFL t22, $0x4, CR
- 30: INCEIPL $4
-
- 0x25479770: 8244FFC8 lwz r18,-56(r4)
- 31: GETL R4, t24
- 32: ADDL $0xFFFFFFC8, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R18
- 35: INCEIPL $4
-
- 0x25479774: 8264FFCC lwz r19,-52(r4)
- 36: GETL R4, t28
- 37: ADDL $0xFFFFFFCC, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R19
- 40: INCEIPL $4
-
- 0x25479778: 8284FFD0 lwz r20,-48(r4)
- 41: GETL R4, t32
- 42: ADDL $0xFFFFFFD0, t32
- 43: LDL (t32), t34
- 44: PUTL t34, R20
- 45: INCEIPL $4
-
- 0x2547977C: 82A4FFD4 lwz r21,-44(r4)
- 46: GETL R4, t36
- 47: ADDL $0xFFFFFFD4, t36
- 48: LDL (t36), t38
- 49: PUTL t38, R21
- 50: INCEIPL $4
-
- 0x25479780: 82C4FFD8 lwz r22,-40(r4)
- 51: GETL R4, t40
- 52: ADDL $0xFFFFFFD8, t40
- 53: LDL (t40), t42
- 54: PUTL t42, R22
- 55: INCEIPL $4
-
- 0x25479784: 82E4FFDC lwz r23,-36(r4)
- 56: GETL R4, t44
- 57: ADDL $0xFFFFFFDC, t44
- 58: LDL (t44), t46
- 59: PUTL t46, R23
- 60: INCEIPL $4
-
- 0x25479788: 8304FFE0 lwz r24,-32(r4)
- 61: GETL R4, t48
- 62: ADDL $0xFFFFFFE0, t48
- 63: LDL (t48), t50
- 64: PUTL t50, R24
- 65: INCEIPL $4
-
- 0x2547978C: 8324FFE4 lwz r25,-28(r4)
- 66: GETL R4, t52
- 67: ADDL $0xFFFFFFE4, t52
- 68: LDL (t52), t54
- 69: PUTL t54, R25
- 70: INCEIPL $4
-
- 0x25479790: 8344FFE8 lwz r26,-24(r4)
- 71: GETL R4, t56
- 72: ADDL $0xFFFFFFE8, t56
- 73: LDL (t56), t58
- 74: PUTL t58, R26
- 75: INCEIPL $4
-
- 0x25479794: 8364FFEC lwz r27,-20(r4)
- 76: GETL R4, t60
- 77: ADDL $0xFFFFFFEC, t60
- 78: LDL (t60), t62
- 79: PUTL t62, R27
- 80: INCEIPL $4
-
- 0x25479798: 8384FFF0 lwz r28,-16(r4)
- 81: GETL R4, t64
- 82: ADDL $0xFFFFFFF0, t64
- 83: LDL (t64), t66
- 84: PUTL t66, R28
- 85: INCEIPL $4
-
- 0x2547979C: 83A4FFF4 lwz r29,-12(r4)
- 86: GETL R4, t68
- 87: ADDL $0xFFFFFFF4, t68
- 88: LDL (t68), t70
- 89: PUTL t70, R29
- 90: INCEIPL $4
-
- 0x254797A0: 83C4FFF8 lwz r30,-8(r4)
- 91: GETL R4, t72
- 92: ADDL $0xFFFFFFF8, t72
- 93: LDL (t72), t74
- 94: PUTL t74, R30
- 95: INCEIPL $4
-
- 0x254797A4: 83E4FFFC lwz r31,-4(r4)
- 96: GETL R4, t76
- 97: ADDL $0xFFFFFFFC, t76
- 98: LDL (t76), t78
- 99: PUTL t78, R31
- 100: INCEIPL $4
-
- 0x254797A8: 7C812378 or r1,r4,r4
- 101: GETL R4, t80
- 102: PUTL t80, R1
- 103: INCEIPL $4
-
- 0x254797AC: 4E800020 blr
- 104: GETL LR, t82
- 105: JMPo-r t82 ($4)
-
-
-
-. 1244 25479754 92
-. 80 81 00 00 83 24 00 04 81 84 FF BC 7F 28 03 A6 82 04 FF C0 82 24 FF C4 7D 81 81 20 82 44 FF C8 82 64 FF CC 82 84 FF D0 82 A4 FF D4 82 C4 FF D8 82 E4 FF DC 83 04 FF E0 83 24 FF E4 83 44 FF E8 83 64 FF EC 83 84 FF F0 83 A4 FF F4 83 C4 FF F8 83 E4 FF FC 7C 81 23 78 4E 80 00 20
-==== BB 1245 (0x254733B4) approx BBs exec'd 0 ====
-
- 0x254733B4: 83BD0010 lwz r29,16(r29)
- 0: GETL R29, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0x254733B8: 2E1D0000 cmpi cr4,r29,0
- 5: GETL R29, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x4, CR
- 8: INCEIPL $4
-
- 0x254733BC: 4092FFC8 bc 4,18,0x25473384
- 9: Jc18o $0x25473384
-
-
-
-. 1245 254733B4 12
-. 83 BD 00 10 2E 1D 00 00 40 92 FF C8
-==== BB 1246 (0x254737B0) approx BBs exec'd 0 ====
-
- 0x254737B0: 38000001 li r0,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x254737B4: 90090008 stw r0,8(r9)
- 3: GETL R0, t2
- 4: GETL R9, t4
- 5: ADDL $0x8, t4
- 6: STL t2, (t4)
- 7: INCEIPL $4
-
- 0x254737B8: 81290004 lwz r9,4(r9)
- 8: GETL R9, t6
- 9: ADDL $0x4, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R9
- 12: INCEIPL $4
-
- 0x254737BC: 2C890000 cmpi cr1,r9,0
- 13: GETL R9, t10
- 14: CMP0L t10, t12 (-rSo)
- 15: ICRFL t12, $0x1, CR
- 16: INCEIPL $4
-
- 0x254737C0: 4186FBD4 bc 12,6,0x25473394
- 17: Js06o $0x25473394
-
-
-
-. 1246 254737B0 20
-. 38 00 00 01 90 09 00 08 81 29 00 04 2C 89 00 00 41 86 FB D4
-==== BB 1247 (0x254799E0) approx BBs exec'd 0 ====
-
- 0x254799E0: 7F8BE040 cmpl cr7,r11,r28
- 0: GETL R11, t0
- 1: GETL R28, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x7, CR
- 4: INCEIPL $4
-
- 0x254799E4: 40BCFE40 bc 5,28,0x25479824
- 5: Jc28o $0x25479824
-
-
-
-. 1247 254799E0 8
-. 7F 8B E0 40 40 BC FE 40
-==== BB 1248 (0x254799E8) approx BBs exec'd 0 ====
-
- 0x254799E8: 812B0008 lwz r9,8(r11)
- 0: GETL R11, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x254799EC: 808B0000 lwz r4,0(r11)
- 5: GETL R11, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R4
- 8: INCEIPL $4
-
- 0x254799F0: 396B000C addi r11,r11,12
- 9: GETL R11, t8
- 10: ADDL $0xC, t8
- 11: PUTL t8, R11
- 12: INCEIPL $4
-
- 0x254799F4: 7F8BE040 cmpl cr7,r11,r28
- 13: GETL R11, t10
- 14: GETL R28, t12
- 15: CMPUL t10, t12, t14 (-rSo)
- 16: ICRFL t14, $0x7, CR
- 17: INCEIPL $4
-
- 0x254799F8: 7D09CA14 add r8,r9,r25
- 18: GETL R9, t16
- 19: GETL R25, t18
- 20: ADDL t16, t18
- 21: PUTL t18, R8
- 22: INCEIPL $4
-
- 0x254799FC: 7D04C92E stwx r8,r4,r25
- 23: GETL R25, t20
- 24: GETL R4, t22
- 25: ADDL t22, t20
- 26: GETL R8, t24
- 27: STL t24, (t20)
- 28: INCEIPL $4
-
- 0x25479A00: 4BFFFFE4 b 0x254799E4
- 29: JMPo $0x254799E4 ($4)
-
-
-
-. 1248 254799E8 28
-. 81 2B 00 08 80 8B 00 00 39 6B 00 0C 7F 8B E0 40 7D 09 CA 14 7D 04 C9 2E 4B FF FF E4
-==== BB 1249 (0x254799E4) approx BBs exec'd 0 ====
-
- 0x254799E4: 40BCFE40 bc 5,28,0x25479824
- 0: Jc28o $0x25479824
-
-
-
-. 1249 254799E4 4
-. 40 BC FE 40
-==== BB 1250 (0x254783C4) approx BBs exec'd 0 ====
-
- 0x254783C4: 2C000002 cmpi cr0,r0,2
- 0: GETL R0, t0
- 1: MOVL $0x2, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x254783C8: 41820164 bc 12,2,0x2547852C
- 5: Js02o $0x2547852C
-
-
-
-. 1250 254783C4 8
-. 2C 00 00 02 41 82 01 64
-==== BB 1251 (0x2547852C) approx BBs exec'd 0 ====
-
- 0x2547852C: 829E04F4 lwz r20,1268(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4F4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R20
- 4: INCEIPL $4
-
- 0x25478530: 82740030 lwz r19,48(r20)
- 5: GETL R20, t4
- 6: ADDL $0x30, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R19
- 9: INCEIPL $4
-
- 0x25478534: 2C930000 cmpi cr1,r19,0
- 10: GETL R19, t8
- 11: CMP0L t8, t10 (-rSo)
- 12: ICRFL t10, $0x1, CR
- 13: INCEIPL $4
-
- 0x25478538: 40860018 bc 4,6,0x25478550
- 14: Jc06o $0x25478550
-
-
-
-. 1251 2547852C 16
-. 82 9E 04 F4 82 74 00 30 2C 93 00 00 40 86 00 18
-==== BB 1252 (0x2547839C) approx BBs exec'd 0 ====
-
- 0x2547839C: 80150008 lwz r0,8(r21)
- 0: GETL R21, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x254783A0: 2C000000 cmpi cr0,r0,0
- 5: GETL R0, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0x254783A4: 4082FF4C bc 4,2,0x254782F0
- 9: Jc02o $0x254782F0
-
-
-
-. 1252 2547839C 12
-. 80 15 00 08 2C 00 00 00 40 82 FF 4C
-==== BB 1253 (0x254783A8) approx BBs exec'd 0 ====
-
- 0x254783A8: 2F990000 cmpi cr7,r25,0
- 0: GETL R25, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x254783AC: 40BEFF44 bc 5,30,0x254782F0
- 4: Jc30o $0x254782F0
-
-
-
-. 1253 254783A8 8
-. 2F 99 00 00 40 BE FF 44
-==== BB 1254 (0x25479EE4) approx BBs exec'd 0 ====
-
- 0x25479EE4: 7D200026 mfcr r9
- 0: GETL CR, t0
- 1: PUTL t0, R9
- 2: INCEIPL $4
-
- 0x25479EE8: 55299FFE rlwinm r9,r9,19,31,31
- 3: GETL R9, t2
- 4: ROLL $0x13, t2
- 5: ANDL $0x1, t2
- 6: PUTL t2, R9
- 7: INCEIPL $4
-
- 0x25479EEC: 39600000 li r11,0
- 8: MOVL $0x0, t4
- 9: PUTL t4, R11
- 10: INCEIPL $4
-
- 0x25479EF0: 7CA00026 mfcr r5
- 11: GETL CR, t6
- 12: PUTL t6, R5
- 13: INCEIPL $4
-
- 0x25479EF4: 54A53FFE rlwinm r5,r5,7,31,31
- 14: GETL R5, t8
- 15: ROLL $0x7, t8
- 16: ANDL $0x1, t8
- 17: PUTL t8, R5
- 18: INCEIPL $4
-
- 0x25479EF8: 7D282B79 or. r8,r9,r5
- 19: GETL R9, t10
- 20: GETL R5, t12
- 21: ORL t12, t10
- 22: PUTL t10, R8
- 23: CMP0L t10, t14 (-rSo)
- 24: ICRFL t14, $0x0, CR
- 25: INCEIPL $4
-
- 0x25479EFC: 40820058 bc 4,2,0x25479F54
- 26: Jc02o $0x25479F54
-
-
-
-. 1254 25479EE4 28
-. 7D 20 00 26 55 29 9F FE 39 60 00 00 7C A0 00 26 54 A5 3F FE 7D 28 2B 79 40 82 00 58
-==== BB 1255 (0x25479F00) approx BBs exec'd 0 ====
-
- 0x25479F00: 381DFFBC addi r0,r29,-68
- 0: GETL R29, t0
- 1: ADDL $0xFFFFFFBC, t0
- 2: PUTL t0, R0
- 3: INCEIPL $4
-
- 0x25479F04: 6BA30002 xori r3,r29,0x2
- 4: GETL R29, t2
- 5: XORL $0x2, t2
- 6: PUTL t2, R3
- 7: INCEIPL $4
-
- 0x25479F08: 21030000 subfic r8,r3,0
- 8: GETL R3, t4
- 9: MOVL $0x0, t6
- 10: SBBL t4, t6 (-wCa)
- 11: PUTL t6, R8
- 12: INCEIPL $4
-
- 0x25479F0C: 7C681914 adde r3,r8,r3
- 13: GETL R8, t8
- 14: GETL R3, t10
- 15: ADCL t8, t10 (-rCa-wCa)
- 16: PUTL t10, R3
- 17: INCEIPL $4
-
- 0x25479F10: 2180000A subfic r12,r0,10
- 18: GETL R0, t12
- 19: MOVL $0xA, t14
- 20: SBBL t12, t14 (-wCa)
- 21: PUTL t14, R12
- 22: INCEIPL $4
-
- 0x25479F14: 39800000 li r12,0
- 23: MOVL $0x0, t16
- 24: PUTL t16, R12
- 25: INCEIPL $4
-
- 0x25479F18: 7D8C6114 adde r12,r12,r12
- 26: GETL R12, t18
- 27: GETL R12, t20
- 28: ADCL t18, t20 (-rCa-wCa)
- 29: PUTL t20, R12
- 30: INCEIPL $4
-
- 0x25479F1C: 7D881B79 or. r8,r12,r3
- 31: GETL R12, t22
- 32: GETL R3, t24
- 33: ORL t24, t22
- 34: PUTL t22, R8
- 35: CMP0L t22, t26 (-rSo)
- 36: ICRFL t26, $0x0, CR
- 37: INCEIPL $4
-
- 0x25479F20: 40820034 bc 4,2,0x25479F54
- 38: Jc02o $0x25479F54
-
-
-
-. 1255 25479F00 36
-. 38 1D FF BC 6B A3 00 02 21 03 00 00 7C 68 19 14 21 80 00 0A 39 80 00 00 7D 8C 61 14 7D 88 1B 79 40 82 00 34
-==== BB 1256 (0x25479F24) approx BBs exec'd 0 ====
-
- 0x25479F24: 2F1D0013 cmpi cr6,r29,19
- 0: GETL R29, t0
- 1: MOVL $0x13, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x6, CR
- 4: INCEIPL $4
-
- 0x25479F28: 8124020C lwz r9,524(r4)
- 5: GETL R4, t6
- 6: ADDL $0x20C, t6
- 7: LDL (t6), t8
- 8: PUTL t8, R9
- 9: INCEIPL $4
-
- 0x25479F2C: 419A00B4 bc 12,26,0x25479FE0
- 10: Js26o $0x25479FE0
-
-
-
-. 1256 25479F24 12
-. 2F 1D 00 13 81 24 02 0C 41 9A 00 B4
-==== BB 1257 (0x25479F30) approx BBs exec'd 0 ====
-
- 0x25479F30: 7F8B4800 cmp cr7,r11,r9
- 0: GETL R11, t0
- 1: GETL R9, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x7, CR
- 4: INCEIPL $4
-
- 0x25479F34: 409EF988 bc 4,30,0x254798BC
- 5: Jc30o $0x254798BC
-
-
-
-. 1257 25479F30 8
-. 7F 8B 48 00 40 9E F9 88
-==== BB 1258 (0x25479F38) approx BBs exec'd 0 ====
-
- 0x25479F38: 817001AC lwz r11,428(r16)
- 0: GETL R16, t0
- 1: ADDL $0x1AC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x25479F3C: 80C40214 lwz r6,532(r4)
- 5: GETL R4, t4
- 6: ADDL $0x214, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R6
- 9: INCEIPL $4
-
- 0x25479F40: 83440210 lwz r26,528(r4)
- 10: GETL R4, t8
- 11: ADDL $0x210, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R26
- 14: INCEIPL $4
-
- 0x25479F44: 394B0001 addi r10,r11,1
- 15: GETL R11, t12
- 16: ADDL $0x1, t12
- 17: PUTL t12, R10
- 18: INCEIPL $4
-
- 0x25479F48: 915001AC stw r10,428(r16)
- 19: GETL R10, t14
- 20: GETL R16, t16
- 21: ADDL $0x1AC, t16
- 22: STL t14, (t16)
- 23: INCEIPL $4
-
- 0x25479F4C: 90DF0050 stw r6,80(r31)
- 24: GETL R6, t18
- 25: GETL R31, t20
- 26: ADDL $0x50, t20
- 27: STL t18, (t20)
- 28: INCEIPL $4
-
- 0x25479F50: 4BFFFA24 b 0x25479974
- 29: JMPo $0x25479974 ($4)
-
-
-
-. 1258 25479F38 28
-. 81 70 01 AC 80 C4 02 14 83 44 02 10 39 4B 00 01 91 50 01 AC 90 DF 00 50 4B FF FA 24
-==== BB 1259 (0x25479974) approx BBs exec'd 0 ====
-
- 0x25479974: 2F060000 cmpi cr6,r6,0
- 0: GETL R6, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x25479978: 39200000 li r9,0
- 4: MOVL $0x0, t4
- 5: PUTL t4, R9
- 6: INCEIPL $4
-
- 0x2547997C: 419A0010 bc 12,26,0x2547998C
- 7: Js26o $0x2547998C
-
-
-
-. 1259 25479974 12
-. 2F 06 00 00 39 20 00 00 41 9A 00 10
-==== BB 1260 (0x25479EBC) approx BBs exec'd 0 ====
-
- 0x25479EBC: A11B000E lhz r8,14(r27)
- 0: GETL R27, t0
- 1: ADDL $0xE, t0
- 2: LDW (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x25479EC0: 2F880000 cmpi cr7,r8,0
- 5: GETL R8, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x25479EC4: 41BEF9D0 bc 13,30,0x25479894
- 9: Js30o $0x25479894
-
-
-
-. 1260 25479EBC 12
-. A1 1B 00 0E 2F 88 00 00 41 BE F9 D0
-==== BB 1261 (0x25479A50) approx BBs exec'd 0 ====
-
- 0x25479A50: 835F000C lwz r26,12(r31)
- 0: GETL R31, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0x25479A54: 4BFFFF20 b 0x25479974
- 5: JMPo $0x25479974 ($4)
-
-
-
-. 1261 25479A50 8
-. 83 5F 00 0C 4B FF FF 20
-==== BB 1262 (0x25479A98) approx BBs exec'd 0 ====
-
- 0x25479A98: 2F1A0000 cmpi cr6,r26,0
- 0: GETL R26, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x25479A9C: 41BAFF30 bc 13,26,0x254799CC
- 4: Js26o $0x254799CC
-
-
-
-. 1262 25479A98 8
-. 2F 1A 00 00 41 BA FF 30
-==== BB 1263 (0x25479AA0) approx BBs exec'd 0 ====
-
- 0x25479AA0: 837A0230 lwz r27,560(r26)
- 0: GETL R26, t0
- 1: ADDL $0x230, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R27
- 4: INCEIPL $4
-
- 0x25479AA4: 93770000 stw r27,0(r23)
- 5: GETL R27, t4
- 6: GETL R23, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0x25479AA8: 4BFFFF24 b 0x254799CC
- 9: JMPo $0x254799CC ($4)
-
-
-
-. 1263 25479AA0 12
-. 83 7A 02 30 93 77 00 00 4B FF FF 24
-==== BB 1264 (0x25479A6C) approx BBs exec'd 0 ====
-
- 0x25479A6C: 2C9D0049 cmpi cr1,r29,73
- 0: GETL R29, t0
- 1: MOVL $0x49, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0x25479A70: 41860238 bc 12,6,0x25479CA8
- 5: Js06o $0x25479CA8
-
-
-
-. 1264 25479A6C 8
-. 2C 9D 00 49 41 86 02 38
-==== BB 1265 (0x25479CA8) approx BBs exec'd 0 ====
-
- 0x25479CA8: 2C1A0000 cmpi cr0,r26,0
- 0: GETL R26, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0x25479CAC: 41A2FD20 bc 13,2,0x254799CC
- 4: Js02o $0x254799CC
-
-
-
-. 1265 25479CA8 8
-. 2C 1A 00 00 41 A2 FD 20
-==== BB 1266 (0x25479CB0) approx BBs exec'd 0 ====
-
- 0x25479CB0: 817A022C lwz r11,556(r26)
- 0: GETL R26, t0
- 1: ADDL $0x22C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x25479CB4: 2C8BFFFF cmpi cr1,r11,-1
- 5: GETL R11, t4
- 6: MOVL $0xFFFFFFFF, t8
- 7: CMPL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x1, CR
- 9: INCEIPL $4
-
- 0x25479CB8: 4186034C bc 12,6,0x2547A004
- 10: Js06o $0x2547A004
-
-
-
-. 1266 25479CB0 12
-. 81 7A 02 2C 2C 8B FF FF 41 86 03 4C
-==== BB 1267 (0x25479CBC) approx BBs exec'd 0 ====
-
- 0x25479CBC: 83460004 lwz r26,4(r6)
- 0: GETL R6, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0x25479CC0: 7D8BD214 add r12,r11,r26
- 5: GETL R11, t4
- 6: GETL R26, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R12
- 9: INCEIPL $4
-
- 0x25479CC4: 7C6C0214 add r3,r12,r0
- 10: GETL R12, t8
- 11: GETL R0, t10
- 12: ADDL t8, t10
- 13: PUTL t10, R3
- 14: INCEIPL $4
-
- 0x25479CC8: 39239000 addi r9,r3,-28672
- 15: GETL R3, t12
- 16: ADDL $0xFFFF9000, t12
- 17: PUTL t12, R9
- 18: INCEIPL $4
-
- 0x25479CCC: 91370000 stw r9,0(r23)
- 19: GETL R9, t14
- 20: GETL R23, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0x25479CD0: 4BFFFCFC b 0x254799CC
- 23: JMPo $0x254799CC ($4)
-
-
-
-. 1267 25479CBC 24
-. 83 46 00 04 7D 8B D2 14 7C 6C 02 14 39 23 90 00 91 37 00 00 4B FF FC FC
-==== BB 1268 (0x25479A04) approx BBs exec'd 0 ====
-
- 0x25479A04: 39000001 li r8,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R8
- 2: INCEIPL $4
-
- 0x25479A08: 4BFFFEF4 b 0x254798FC
- 3: JMPo $0x254798FC ($4)
-
-
-
-. 1268 25479A04 8
-. 39 00 00 01 4B FF FE F4
-==== BB 1269 (0x254799B0) approx BBs exec'd 0 ====
-
- 0x254799B0: 7F45D378 or r5,r26,r26
- 0: GETL R26, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0x254799B4: 7F67DB78 or r7,r27,r27
- 3: GETL R27, t2
- 4: PUTL t2, R7
- 5: INCEIPL $4
-
- 0x254799B8: 7EE8BB78 or r8,r23,r23
- 6: GETL R23, t4
- 7: PUTL t4, R8
- 8: INCEIPL $4
-
- 0x254799BC: 7FAAEB78 or r10,r29,r29
- 9: GETL R29, t6
- 10: PUTL t6, R10
- 11: INCEIPL $4
-
- 0x254799C0: 7EC3B378 or r3,r22,r22
- 12: GETL R22, t8
- 13: PUTL t8, R3
- 14: INCEIPL $4
-
- 0x254799C4: 7F84E378 or r4,r28,r28
- 15: GETL R28, t10
- 16: PUTL t10, R4
- 17: INCEIPL $4
-
- 0x254799C8: 480072E1 bl 0x25480CA8
- 18: MOVL $0x254799CC, t12
- 19: PUTL t12, LR
- 20: JMPo-c $0x25480CA8 ($4)
-
-
-
-. 1269 254799B0 28
-. 7F 45 D3 78 7F 67 DB 78 7E E8 BB 78 7F AA EB 78 7E C3 B3 78 7F 84 E3 78 48 00 72 E1
-==== BB 1270 (0x25480FF0) approx BBs exec'd 0 ====
-
- 0x25480FF0: 3D3AFE00 addis r9,r26,-512
- 0: GETL R26, t0
- 1: ADDL $0xFE000000, t0
- 2: PUTL t0, R9
- 3: INCEIPL $4
-
- 0x25480FF4: 3D60FC00 lis r11,-1024
- 4: MOVL $0xFC000000, t2
- 5: PUTL t2, R11
- 6: INCEIPL $4
-
- 0x25480FF8: 38690003 addi r3,r9,3
- 7: GETL R9, t4
- 8: ADDL $0x3, t4
- 9: PUTL t4, R3
- 10: INCEIPL $4
-
- 0x25480FFC: 61600002 ori r0,r11,0x2
- 11: MOVL $0xFC000002, t6
- 12: PUTL t6, R0
- 13: INCEIPL $4
-
- 0x25481000: 7C030040 cmpl cr0,r3,r0
- 14: GETL R3, t8
- 15: GETL R0, t10
- 16: CMPUL t8, t10, t12 (-rSo)
- 17: ICRFL t12, $0x0, CR
- 18: INCEIPL $4
-
- 0x25481004: 40810194 bc 4,1,0x25481198
- 19: Jc01o $0x25481198
-
-
-
-. 1270 25480FF0 24
-. 3D 3A FE 00 3D 60 FC 00 38 69 00 03 61 60 00 02 7C 03 00 40 40 81 01 94
-==== BB 1271 (0x25481198) approx BBs exec'd 0 ====
-
- 0x25481198: 81610008 lwz r11,8(r1)
- 0: GETL R1, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x2548119C: 814B002C lwz r10,44(r11)
- 5: GETL R11, t4
- 6: ADDL $0x2C, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R10
- 9: INCEIPL $4
-
- 0x254811A0: 810A0004 lwz r8,4(r10)
- 10: GETL R10, t8
- 11: ADDL $0x4, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R8
- 14: INCEIPL $4
-
- 0x254811A4: 7CE82850 subf r7,r8,r5
- 15: GETL R8, t12
- 16: GETL R5, t14
- 17: SUBL t12, t14
- 18: PUTL t14, R7
- 19: INCEIPL $4
-
- 0x254811A8: 7CEA1670 srawi r10,r7,2
- 20: GETL R7, t16
- 21: SARL $0x2, t16 (-wCa)
- 22: PUTL t16, R10
- 23: INCEIPL $4
-
- 0x254811AC: 288A4011 cmpli cr1,r10,16401
- 24: GETL R10, t18
- 25: MOVL $0x4011, t22
- 26: CMPUL t18, t22, t20 (-rSo)
- 27: ICRFL t20, $0x1, CR
- 28: INCEIPL $4
-
- 0x254811B0: 418500A0 bc 12,5,0x25481250
- 29: Js05o $0x25481250
-
-
-
-. 1271 25481198 28
-. 81 61 00 08 81 4B 00 2C 81 0A 00 04 7C E8 28 50 7C EA 16 70 28 8A 40 11 41 85 00 A0
-==== BB 1272 (0x254811B4) approx BBs exec'd 0 ====
-
- 0x254811B4: 816B0028 lwz r11,40(r11)
- 0: GETL R11, t0
- 1: ADDL $0x28, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x254811B8: 3C60AAAA lis r3,-21846
- 5: MOVL $0xAAAA0000, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x254811BC: 6060AAAB ori r0,r3,0xAAAB
- 8: MOVL $0xAAAAAAAB, t6
- 9: PUTL t6, R0
- 10: INCEIPL $4
-
- 0x254811C0: 3BAAFFEE addi r29,r10,-18
- 11: GETL R10, t8
- 12: ADDL $0xFFFFFFEE, t8
- 13: PUTL t8, R29
- 14: INCEIPL $4
-
- 0x254811C4: 83EB0004 lwz r31,4(r11)
- 15: GETL R11, t10
- 16: ADDL $0x4, t10
- 17: LDL (t10), t12
- 18: PUTL t12, R31
- 19: INCEIPL $4
-
- 0x254811C8: 57ABF87E rlwinm r11,r29,31,1,31
- 20: GETL R29, t14
- 21: SHRL $0x1, t14
- 22: PUTL t14, R11
- 23: INCEIPL $4
-
- 0x254811CC: 7F7F0016 mulhwu r27,r31,r0
- 24: GETL R31, t16
- 25: GETL R0, t18
- 26: UMULHL t16, t18
- 27: PUTL t18, R27
- 28: INCEIPL $4
-
- 0x254811D0: 577CE8FE rlwinm r28,r27,29,3,31
- 29: GETL R27, t20
- 30: SHRL $0x3, t20
- 31: PUTL t20, R28
- 32: INCEIPL $4
-
- 0x254811D4: 2B1C2000 cmpli cr6,r28,8192
- 33: GETL R28, t22
- 34: MOVL $0x2000, t26
- 35: CMPUL t22, t26, t24 (-rSo)
- 36: ICRFL t24, $0x6, CR
- 37: INCEIPL $4
-
- 0x254811D8: 5787083C rlwinm r7,r28,1,0,30
- 38: GETL R28, t28
- 39: SHLL $0x1, t28
- 40: PUTL t28, R7
- 41: INCEIPL $4
-
- 0x254811DC: 39270012 addi r9,r7,18
- 42: GETL R7, t30
- 43: ADDL $0x12, t30
- 44: PUTL t30, R9
- 45: INCEIPL $4
-
- 0x254811E0: 552C103A rlwinm r12,r9,2,0,29
- 46: GETL R9, t32
- 47: SHLL $0x2, t32
- 48: PUTL t32, R12
- 49: INCEIPL $4
-
- 0x254811E4: 7CCC4214 add r6,r12,r8
- 50: GETL R12, t34
- 51: GETL R8, t36
- 52: ADDL t34, t36
- 53: PUTL t36, R6
- 54: INCEIPL $4
-
- 0x254811E8: 40990014 bc 4,25,0x254811FC
- 55: Jc25o $0x254811FC
-
-
-
-. 1272 254811B4 56
-. 81 6B 00 28 3C 60 AA AA 60 60 AA AB 3B AA FF EE 83 EB 00 04 57 AB F8 7E 7F 7F 00 16 57 7C E8 FE 2B 1C 20 00 57 87 08 3C 39 27 00 12 55 2C 10 3A 7C CC 42 14 40 99 00 14
-==== BB 1273 (0x254811FC) approx BBs exec'd 0 ====
-
- 0x254811FC: 1FEAFFFC mulli r31,r10,-4
- 0: GETL R10, t0
- 1: MULL $0xFFFFFFFC, t0
- 2: PUTL t0, R31
- 3: INCEIPL $4
-
- 0x25481200: 556C103A rlwinm r12,r11,2,0,29
- 4: GETL R11, t2
- 5: SHLL $0x2, t2
- 6: PUTL t2, R12
- 7: INCEIPL $4
-
- 0x25481204: 559B043E rlwinm r27,r12,0,16,31
- 8: GETL R12, t4
- 9: ANDL $0xFFFF, t4
- 10: PUTL t4, R27
- 11: INCEIPL $4
-
- 0x25481208: 7F4C312E stwx r26,r12,r6
- 12: GETL R6, t6
- 13: GETL R12, t8
- 14: ADDL t8, t6
- 15: GETL R26, t10
- 16: STL t10, (t6)
- 17: INCEIPL $4
-
- 0x2548120C: 3BBFFFFC addi r29,r31,-4
- 18: GETL R31, t12
- 19: ADDL $0xFFFFFFFC, t12
- 20: PUTL t12, R29
- 21: INCEIPL $4
-
- 0x25481210: 676A3960 oris r10,r27,0x3960
- 22: GETL R27, t14
- 23: ORL $0x39600000, t14
- 24: PUTL t14, R10
- 25: INCEIPL $4
-
- 0x25481214: 57BC01BA rlwinm r28,r29,0,6,29
- 26: GETL R29, t16
- 27: ANDL $0x3FFFFFC, t16
- 28: PUTL t16, R28
- 29: INCEIPL $4
-
- 0x25481218: 91450000 stw r10,0(r5)
- 30: GETL R10, t18
- 31: GETL R5, t20
- 32: STL t18, (t20)
- 33: INCEIPL $4
-
- 0x2548121C: 67874800 oris r7,r28,0x4800
- 34: GETL R28, t22
- 35: ORL $0x48000000, t22
- 36: PUTL t22, R7
- 37: INCEIPL $4
-
- 0x25481220: 94E50004 stwu r7,4(r5)
- 38: GETL R7, t24
- 39: GETL R5, t26
- 40: ADDL $0x4, t26
- 41: PUTL t26, R5
- 42: STL t24, (t26)
- 43: INCEIPL $4
-
- 0x25481224: 7C00286C dcbst r0,r5
- 44: INCEIPL $4
-
- 0x25481228: 7C0004AC sync
- 45: INCEIPL $4
-
- 0x2548122C: 80A1000C lwz r5,12(r1)
- 46: GETL R1, t28
- 47: ADDL $0xC, t28
- 48: LDL (t28), t30
- 49: PUTL t30, R5
- 50: INCEIPL $4
-
- 0x25481230: 39050004 addi r8,r5,4
- 51: GETL R5, t32
- 52: ADDL $0x4, t32
- 53: PUTL t32, R8
- 54: INCEIPL $4
-
- 0x25481234: 7C0047AC icbi r0,r8
- 55: GETL R8, t34
- 56: CALLM_So
- 57: PUSHL t34
- 58: CALLMo $0x68
- 59: CALLM_Eo
- 60: INCEIPL $4
-
- 0x25481238: 80A1000C lwz r5,12(r1)
- 61: GETL R1, t36
- 62: ADDL $0xC, t36
- 63: LDL (t36), t38
- 64: PUTL t38, R5
- 65: INCEIPL $4
-
- 0x2548123C: 4BFFFBC4 b 0x25480E00
- 66: JMPo $0x25480E00 ($4)
-
-
-
-. 1273 254811FC 68
-. 1F EA FF FC 55 6C 10 3A 55 9B 04 3E 7F 4C 31 2E 3B BF FF FC 67 6A 39 60 57 BC 01 BA 91 45 00 00 67 87 48 00 94 E5 00 04 7C 00 28 6C 7C 00 04 AC 80 A1 00 0C 39 05 00 04 7C 00 47 AC 80 A1 00 0C 4B FF FB C4
-==== BB 1274 (0x254797E0) approx BBs exec'd 0 ====
-
- 0x254797E0: 3C00AAAA lis r0,-21846
- 0: MOVL $0xAAAA0000, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x254797E4: 600CAAAB ori r12,r0,0xAAAB
- 3: MOVL $0xAAAAAAAB, t2
- 4: PUTL t2, R12
- 5: INCEIPL $4
-
- 0x254797E8: 7EE86016 mulhwu r23,r8,r12
- 6: GETL R8, t4
- 7: GETL R12, t6
- 8: UMULHL t4, t6
- 9: PUTL t6, R23
- 10: INCEIPL $4
-
- 0x254797EC: 56E9E8FE rlwinm r9,r23,29,3,31
- 11: GETL R23, t8
- 12: SHRL $0x3, t8
- 13: PUTL t8, R9
- 14: INCEIPL $4
-
- 0x254797F0: 7C893840 cmpl cr1,r9,r7
- 15: GETL R9, t10
- 16: GETL R7, t12
- 17: CMPUL t10, t12, t14 (-rSo)
- 18: ICRFL t14, $0x1, CR
- 19: INCEIPL $4
-
- 0x254797F4: 40850008 bc 4,5,0x254797FC
- 20: Jc05o $0x254797FC
-
-
-
-. 1274 254797E0 24
-. 3C 00 AA AA 60 0C AA AB 7E E8 60 16 56 E9 E8 FE 7C 89 38 40 40 85 00 08
-==== BB 1275 (0x254733C0) approx BBs exec'd 0 ====
-
- 0x254733C0: 4800C225 bl 0x2547F5E4
- 0: MOVL $0x254733C4, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x2547F5E4 ($4)
-
-
-
-. 1275 254733C0 4
-. 48 00 C2 25
-==== BB 1276 _dl_sysdep_start_cleanup(0x2547F5E4) approx BBs exec'd 0 ====
-
- 0x2547F5E4: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547F5E8: 38210010 addi r1,r1,16
- 6: GETL R1, t4
- 7: ADDL $0x10, t4
- 8: PUTL t4, R1
- 9: INCEIPL $4
-
- 0x2547F5EC: 4E800020 blr
- 10: GETL LR, t6
- 11: JMPo-r t6 ($4)
-
-
-
-. 1276 2547F5E4 12
-. 94 21 FF F0 38 21 00 10 4E 80 00 20
-==== BB 1277 (0x254733C4) approx BBs exec'd 0 ====
-
- 0x254733C4: 80CE01A4 lwz r6,420(r14)
- 0: GETL R14, t0
- 1: ADDL $0x1A4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x254733C8: 2C060000 cmpi cr0,r6,0
- 5: GETL R6, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0x254733CC: 4082094C bc 4,2,0x25473D18
- 9: Jc02o $0x25473D18
-
-
-
-. 1277 254733C4 12
-. 80 CE 01 A4 2C 06 00 00 40 82 09 4C
-==== BB 1278 (0x254733D0) approx BBs exec'd 0 ====
-
- 0x254733D0: 816E0330 lwz r11,816(r14)
- 0: GETL R14, t0
- 1: ADDL $0x330, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x254733D4: 2B0B0001 cmpli cr6,r11,1
- 5: GETL R11, t4
- 6: MOVL $0x1, t8
- 7: CMPUL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x6, CR
- 9: INCEIPL $4
-
- 0x254733D8: 4099F784 bc 4,25,0x25472B5C
- 10: Jc25o $0x25472B5C
-
-
-
-. 1278 254733D0 12
-. 81 6E 03 30 2B 0B 00 01 40 99 F7 84
-==== BB 1279 (0x254733DC) approx BBs exec'd 0 ====
-
- 0x254733DC: 809401C0 lwz r4,448(r20)
- 0: GETL R20, t0
- 1: ADDL $0x1C0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x254733E0: 7F83E378 or r3,r28,r28
- 5: GETL R28, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x254733E4: 38A00000 li r5,0
- 8: MOVL $0x0, t6
- 9: PUTL t6, R5
- 10: INCEIPL $4
-
- 0x254733E8: 38C00000 li r6,0
- 11: MOVL $0x0, t8
- 12: PUTL t8, R6
- 13: INCEIPL $4
-
- 0x254733EC: 480061D5 bl 0x254795C0
- 14: MOVL $0x254733F0, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0x254795C0 ($4)
-
-
-
-. 1279 254733DC 20
-. 80 94 01 C0 7F 83 E3 78 38 A0 00 00 38 C0 00 00 48 00 61 D5
-==== BB 1280 (0x254733F0) approx BBs exec'd 0 ====
-
- 0x254733F0: 4BFFF76C b 0x25472B5C
- 0: JMPo $0x25472B5C ($4)
-
-
-
-. 1280 254733F0 4
-. 4B FF F7 6C
-==== BB 1281 (0x25472B5C) approx BBs exec'd 0 ====
-
- 0x25472B5C: 7E238B78 or r3,r17,r17
- 0: GETL R17, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25472B60: 4800B479 bl 0x2547DFD8
- 3: MOVL $0x25472B64, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0x2547DFD8 ($4)
-
-
-
-. 1281 25472B5C 8
-. 7E 23 8B 78 48 00 B4 79
-==== BB 1282 __GI__dl_allocate_tls_init(0x2547DFD8) approx BBs exec'd 0 ====
-
- 0x2547DFD8: 9421FFD0 stwu r1,-48(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFD0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547DFDC: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x2547DFE0: 93210014 stw r25,20(r1)
- 9: GETL R25, t6
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x2547DFE4: 7C791B79 or. r25,r3,r3
- 14: GETL R3, t10
- 15: PUTL t10, R25
- 16: CMP0L t10, t12 (-rSo)
- 17: ICRFL t12, $0x0, CR
- 18: INCEIPL $4
-
- 0x2547DFE8: 48019019 bl 0x25497000
- 19: MOVL $0x2547DFEC, t14
- 20: PUTL t14, LR
- 21: JMPo-c $0x25497000 ($4)
-
-
-
-. 1282 2547DFD8 20
-. 94 21 FF D0 7C 08 02 A6 93 21 00 14 7C 79 1B 79 48 01 90 19
-==== BB 1283 (0x2547DFEC) approx BBs exec'd 0 ====
-
- 0x2547DFEC: 93C10028 stw r30,40(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x28, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547DFF0: 92E1000C stw r23,12(r1)
- 5: GETL R23, t4
- 6: GETL R1, t6
- 7: ADDL $0xC, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0x2547DFF4: 7FC802A6 mflr r30
- 10: GETL LR, t8
- 11: PUTL t8, R30
- 12: INCEIPL $4
-
- 0x2547DFF8: 93010010 stw r24,16(r1)
- 13: GETL R24, t10
- 14: GETL R1, t12
- 15: ADDL $0x10, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x2547DFFC: 38600000 li r3,0
- 18: MOVL $0x0, t14
- 19: PUTL t14, R3
- 20: INCEIPL $4
-
- 0x2547E000: 93410018 stw r26,24(r1)
- 21: GETL R26, t16
- 22: GETL R1, t18
- 23: ADDL $0x18, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0x2547E004: 9361001C stw r27,28(r1)
- 26: GETL R27, t20
- 27: GETL R1, t22
- 28: ADDL $0x1C, t22
- 29: STL t20, (t22)
- 30: INCEIPL $4
-
- 0x2547E008: 93810020 stw r28,32(r1)
- 31: GETL R28, t24
- 32: GETL R1, t26
- 33: ADDL $0x20, t26
- 34: STL t24, (t26)
- 35: INCEIPL $4
-
- 0x2547E00C: 93A10024 stw r29,36(r1)
- 36: GETL R29, t28
- 37: GETL R1, t30
- 38: ADDL $0x24, t30
- 39: STL t28, (t30)
- 40: INCEIPL $4
-
- 0x2547E010: 93E1002C stw r31,44(r1)
- 41: GETL R31, t32
- 42: GETL R1, t34
- 43: ADDL $0x2C, t34
- 44: STL t32, (t34)
- 45: INCEIPL $4
-
- 0x2547E014: 90010034 stw r0,52(r1)
- 46: GETL R0, t36
- 47: GETL R1, t38
- 48: ADDL $0x34, t38
- 49: STL t36, (t38)
- 50: INCEIPL $4
-
- 0x2547E018: 418200D8 bc 12,2,0x2547E0F0
- 51: Js02o $0x2547E0F0
-
-
-
-. 1283 2547DFEC 48
-. 93 C1 00 28 92 E1 00 0C 7F C8 02 A6 93 01 00 10 38 60 00 00 93 41 00 18 93 61 00 1C 93 81 00 20 93 A1 00 24 93 E1 00 2C 90 01 00 34 41 82 00 D8
-==== BB 1284 (0x2547E01C) approx BBs exec'd 0 ====
-
- 0x2547E01C: 831E04C8 lwz r24,1224(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4C8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R24
- 4: INCEIPL $4
-
- 0x2547E020: 3B400000 li r26,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R26
- 7: INCEIPL $4
-
- 0x2547E024: 82F9FFFC lwz r23,-4(r25)
- 8: GETL R25, t6
- 9: ADDL $0xFFFFFFFC, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R23
- 12: INCEIPL $4
-
- 0x2547E028: 83780410 lwz r27,1040(r24)
- 13: GETL R24, t10
- 14: ADDL $0x410, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R27
- 17: INCEIPL $4
-
- 0x2547E02C: 817B0000 lwz r11,0(r27)
- 18: GETL R27, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R11
- 21: INCEIPL $4
-
- 0x2547E030: 201A0000 subfic r0,r26,0
- 22: GETL R26, t18
- 23: MOVL $0x0, t20
- 24: SBBL t18, t20 (-wCa)
- 25: PUTL t20, R0
- 26: INCEIPL $4
-
- 0x2547E034: 7FE0D114 adde r31,r0,r26
- 27: GETL R0, t22
- 28: GETL R26, t24
- 29: ADCL t22, t24 (-rCa-wCa)
- 30: PUTL t24, R31
- 31: INCEIPL $4
-
- 0x2547E038: 7D3AFA14 add r9,r26,r31
- 32: GETL R26, t26
- 33: GETL R31, t28
- 34: ADDL t26, t28
- 35: PUTL t28, R9
- 36: INCEIPL $4
-
- 0x2547E03C: 7F8BF840 cmpl cr7,r11,r31
- 37: GETL R11, t30
- 38: GETL R31, t32
- 39: CMPUL t30, t32, t34 (-rSo)
- 40: ICRFL t34, $0x7, CR
- 41: INCEIPL $4
-
- 0x2547E040: 409D0064 bc 4,29,0x2547E0A4
- 42: Jc29o $0x2547E0A4
-
-
-
-. 1284 2547E01C 40
-. 83 1E 04 C8 3B 40 00 00 82 F9 FF FC 83 78 04 10 81 7B 00 00 20 1A 00 00 7F E0 D1 14 7D 3A FA 14 7F 8B F8 40 40 9D 00 64
-==== BB 1285 (0x2547E044) approx BBs exec'd 0 ====
-
- 0x2547E044: 57E31838 rlwinm r3,r31,3,0,28
- 0: GETL R31, t0
- 1: SHLL $0x3, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0x2547E048: 7D23DA14 add r9,r3,r27
- 4: GETL R3, t2
- 5: GETL R27, t4
- 6: ADDL t2, t4
- 7: PUTL t4, R9
- 8: INCEIPL $4
-
- 0x2547E04C: 3B89000C addi r28,r9,12
- 9: GETL R9, t6
- 10: ADDL $0xC, t6
- 11: PUTL t6, R28
- 12: INCEIPL $4
-
- 0x2547E050: 80980408 lwz r4,1032(r24)
- 13: GETL R24, t8
- 14: ADDL $0x408, t8
- 15: LDL (t8), t10
- 16: PUTL t10, R4
- 17: INCEIPL $4
-
- 0x2547E054: 7D3AFA14 add r9,r26,r31
- 18: GETL R26, t12
- 19: GETL R31, t14
- 20: ADDL t12, t14
- 21: PUTL t14, R9
- 22: INCEIPL $4
-
- 0x2547E058: 7C892040 cmpl cr1,r9,r4
- 23: GETL R9, t16
- 24: GETL R4, t18
- 25: CMPUL t16, t18, t20 (-rSo)
- 26: ICRFL t20, $0x1, CR
- 27: INCEIPL $4
-
- 0x2547E05C: 41850048 bc 12,5,0x2547E0A4
- 28: Js05o $0x2547E0A4
-
-
-
-. 1285 2547E044 28
-. 57 E3 18 38 7D 23 DA 14 3B 89 00 0C 80 98 04 08 7D 3A FA 14 7C 89 20 40 41 85 00 48
-==== BB 1286 (0x2547E060) approx BBs exec'd 0 ====
-
- 0x2547E060: 813C0000 lwz r9,0(r28)
- 0: GETL R28, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0x2547E064: 2F090000 cmpi cr6,r9,0
- 4: GETL R9, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x6, CR
- 7: INCEIPL $4
-
- 0x2547E068: 419A0028 bc 12,26,0x2547E090
- 8: Js26o $0x2547E090
-
-
-
-. 1286 2547E060 12
-. 81 3C 00 00 2F 09 00 00 41 9A 00 28
-==== BB 1287 (0x2547E06C) approx BBs exec'd 0 ====
-
- 0x2547E06C: 8169022C lwz r11,556(r9)
- 0: GETL R9, t0
- 1: ADDL $0x22C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x2547E070: 2C0BFFFF cmpi cr0,r11,-1
- 5: GETL R11, t4
- 6: MOVL $0xFFFFFFFF, t8
- 7: CMPL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0x2547E074: 7D4BCA14 add r10,r11,r25
- 10: GETL R11, t10
- 11: GETL R25, t12
- 12: ADDL t10, t12
- 13: PUTL t12, R10
- 14: INCEIPL $4
-
- 0x2547E078: 7D435378 or r3,r10,r10
- 15: GETL R10, t14
- 16: PUTL t14, R3
- 17: INCEIPL $4
-
- 0x2547E07C: 40820040 bc 4,2,0x2547E0BC
- 18: Jc02o $0x2547E0BC
-
-
-
-. 1287 2547E06C 20
-. 81 69 02 2C 2C 0B FF FF 7D 4B CA 14 7D 43 53 78 40 82 00 40
-==== BB 1288 (0x2547E0BC) approx BBs exec'd 0 ====
-
- 0x2547E0BC: 81690230 lwz r11,560(r9)
- 0: GETL R9, t0
- 1: ADDL $0x230, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x2547E0C0: 5568103A rlwinm r8,r11,2,0,29
- 5: GETL R11, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R8
- 8: INCEIPL $4
-
- 0x2547E0C4: 7D48B92E stwx r10,r8,r23
- 9: GETL R23, t6
- 10: GETL R8, t8
- 11: ADDL t8, t6
- 12: GETL R10, t10
- 13: STL t10, (t6)
- 14: INCEIPL $4
-
- 0x2547E0C8: 80A9021C lwz r5,540(r9)
- 15: GETL R9, t12
- 16: ADDL $0x21C, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R5
- 19: INCEIPL $4
-
- 0x2547E0CC: 80E90220 lwz r7,544(r9)
- 20: GETL R9, t16
- 21: ADDL $0x220, t16
- 22: LDL (t16), t18
- 23: PUTL t18, R7
- 24: INCEIPL $4
-
- 0x2547E0D0: 80890218 lwz r4,536(r9)
- 25: GETL R9, t20
- 26: ADDL $0x218, t20
- 27: LDL (t20), t22
- 28: PUTL t22, R4
- 29: INCEIPL $4
-
- 0x2547E0D4: 7FA53850 subf r29,r5,r7
- 30: GETL R5, t24
- 31: GETL R7, t26
- 32: SUBL t24, t26
- 33: PUTL t26, R29
- 34: INCEIPL $4
-
- 0x2547E0D8: 48005949 bl 0x25483A20
- 35: MOVL $0x2547E0DC, t28
- 36: PUTL t28, LR
- 37: JMPo-c $0x25483A20 ($4)
-
-
-
-. 1288 2547E0BC 32
-. 81 69 02 30 55 68 10 3A 7D 48 B9 2E 80 A9 02 1C 80 E9 02 20 80 89 02 18 7F A5 38 50 48 00 59 49
-==== BB 1289 (0x2547E0DC) approx BBs exec'd 0 ====
-
- 0x2547E0DC: 7FA5EB78 or r5,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0x2547E0E0: 38800000 li r4,0
- 3: MOVL $0x0, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0x2547E0E4: 48005661 bl 0x25483744
- 6: MOVL $0x2547E0E8, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0x25483744 ($4)
-
-
-
-. 1289 2547E0DC 12
-. 7F A5 EB 78 38 80 00 00 48 00 56 61
-==== BB 1290 (0x2547E0E8) approx BBs exec'd 0 ====
-
- 0x2547E0E8: 4BFFFFA4 b 0x2547E08C
- 0: JMPo $0x2547E08C ($4)
-
-
-
-. 1290 2547E0E8 4
-. 4B FF FF A4
-==== BB 1291 (0x2547E08C) approx BBs exec'd 0 ====
-
- 0x2547E08C: 817B0000 lwz r11,0(r27)
- 0: GETL R27, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R11
- 3: INCEIPL $4
-
- 0x2547E090: 3BFF0001 addi r31,r31,1
- 4: GETL R31, t4
- 5: ADDL $0x1, t4
- 6: PUTL t4, R31
- 7: INCEIPL $4
-
- 0x2547E094: 3B9C0008 addi r28,r28,8
- 8: GETL R28, t6
- 9: ADDL $0x8, t6
- 10: PUTL t6, R28
- 11: INCEIPL $4
-
- 0x2547E098: 7F8BF840 cmpl cr7,r11,r31
- 12: GETL R11, t8
- 13: GETL R31, t10
- 14: CMPUL t8, t10, t12 (-rSo)
- 15: ICRFL t12, $0x7, CR
- 16: INCEIPL $4
-
- 0x2547E09C: 419DFFB4 bc 12,29,0x2547E050
- 17: Js29o $0x2547E050
-
-
-
-. 1291 2547E08C 20
-. 81 7B 00 00 3B FF 00 01 3B 9C 00 08 7F 8B F8 40 41 9D FF B4
-==== BB 1292 (0x2547E050) approx BBs exec'd 0 ====
-
- 0x2547E050: 80980408 lwz r4,1032(r24)
- 0: GETL R24, t0
- 1: ADDL $0x408, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x2547E054: 7D3AFA14 add r9,r26,r31
- 5: GETL R26, t4
- 6: GETL R31, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R9
- 9: INCEIPL $4
-
- 0x2547E058: 7C892040 cmpl cr1,r9,r4
- 10: GETL R9, t8
- 11: GETL R4, t10
- 12: CMPUL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x1, CR
- 14: INCEIPL $4
-
- 0x2547E05C: 41850048 bc 12,5,0x2547E0A4
- 15: Js05o $0x2547E0A4
-
-
-
-. 1292 2547E050 16
-. 80 98 04 08 7D 3A FA 14 7C 89 20 40 41 85 00 48
-==== BB 1293 (0x2547E0A4) approx BBs exec'd 0 ====
-
- 0x2547E0A4: 81580408 lwz r10,1032(r24)
- 0: GETL R24, t0
- 1: ADDL $0x408, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x2547E0A8: 7D3A4B78 or r26,r9,r9
- 5: GETL R9, t4
- 6: PUTL t4, R26
- 7: INCEIPL $4
-
- 0x2547E0AC: 7C8A4840 cmpl cr1,r10,r9
- 8: GETL R10, t6
- 9: GETL R9, t8
- 10: CMPUL t6, t8, t10 (-rSo)
- 11: ICRFL t10, $0x1, CR
- 12: INCEIPL $4
-
- 0x2547E0B0: 4085003C bc 4,5,0x2547E0EC
- 13: Jc05o $0x2547E0EC
-
-
-
-. 1293 2547E0A4 16
-. 81 58 04 08 7D 3A 4B 78 7C 8A 48 40 40 85 00 3C
-==== BB 1294 (0x2547E0EC) approx BBs exec'd 0 ====
-
- 0x2547E0EC: 7F23CB78 or r3,r25,r25
- 0: GETL R25, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x2547E0F0: 81810034 lwz r12,52(r1)
- 3: GETL R1, t2
- 4: ADDL $0x34, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R12
- 7: INCEIPL $4
-
- 0x2547E0F4: 82E1000C lwz r23,12(r1)
- 8: GETL R1, t6
- 9: ADDL $0xC, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R23
- 12: INCEIPL $4
-
- 0x2547E0F8: 83010010 lwz r24,16(r1)
- 13: GETL R1, t10
- 14: ADDL $0x10, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R24
- 17: INCEIPL $4
-
- 0x2547E0FC: 7D8803A6 mtlr r12
- 18: GETL R12, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0x2547E100: 83210014 lwz r25,20(r1)
- 21: GETL R1, t16
- 22: ADDL $0x14, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R25
- 25: INCEIPL $4
-
- 0x2547E104: 83410018 lwz r26,24(r1)
- 26: GETL R1, t20
- 27: ADDL $0x18, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R26
- 30: INCEIPL $4
-
- 0x2547E108: 8361001C lwz r27,28(r1)
- 31: GETL R1, t24
- 32: ADDL $0x1C, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R27
- 35: INCEIPL $4
-
- 0x2547E10C: 83810020 lwz r28,32(r1)
- 36: GETL R1, t28
- 37: ADDL $0x20, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R28
- 40: INCEIPL $4
-
- 0x2547E110: 83A10024 lwz r29,36(r1)
- 41: GETL R1, t32
- 42: ADDL $0x24, t32
- 43: LDL (t32), t34
- 44: PUTL t34, R29
- 45: INCEIPL $4
-
- 0x2547E114: 83C10028 lwz r30,40(r1)
- 46: GETL R1, t36
- 47: ADDL $0x28, t36
- 48: LDL (t36), t38
- 49: PUTL t38, R30
- 50: INCEIPL $4
-
- 0x2547E118: 83E1002C lwz r31,44(r1)
- 51: GETL R1, t40
- 52: ADDL $0x2C, t40
- 53: LDL (t40), t42
- 54: PUTL t42, R31
- 55: INCEIPL $4
-
- 0x2547E11C: 38210030 addi r1,r1,48
- 56: GETL R1, t44
- 57: ADDL $0x30, t44
- 58: PUTL t44, R1
- 59: INCEIPL $4
-
- 0x2547E120: 4E800020 blr
- 60: GETL LR, t46
- 61: JMPo-r t46 ($4)
-
-
-
-. 1294 2547E0EC 56
-. 7F 23 CB 78 81 81 00 34 82 E1 00 0C 83 01 00 10 7D 88 03 A6 83 21 00 14 83 41 00 18 83 61 00 1C 83 81 00 20 83 A1 00 24 83 C1 00 28 83 E1 00 2C 38 21 00 30 4E 80 00 20
-==== BB 1295 (0x25472B64) approx BBs exec'd 0 ====
-
- 0x25472B64: 38517000 addi r2,r17,28672
- 0: GETL R17, t0
- 1: ADDL $0x7000, t0
- 2: PUTL t0, R2
- 3: INCEIPL $4
-
- 0x25472B68: 3B000001 li r24,1
- 4: MOVL $0x1, t2
- 5: PUTL t2, R24
- 6: INCEIPL $4
-
- 0x25472B6C: 931A000C stw r24,12(r26)
- 7: GETL R24, t4
- 8: GETL R26, t6
- 9: ADDL $0xC, t6
- 10: STL t4, (t6)
- 11: INCEIPL $4
-
- 0x25472B70: 48009431 bl 0x2547BFA0
- 12: MOVL $0x25472B74, t8
- 13: PUTL t8, LR
- 14: JMPo-c $0x2547BFA0 ($4)
-
-
-
-. 1295 25472B64 16
-. 38 51 70 00 3B 00 00 01 93 1A 00 0C 48 00 94 31
-==== BB 1296 __GI__dl_debug_state(0x2547BFA0) approx BBs exec'd 0 ====
-
- 0x2547BFA0: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547BFA4: 38210010 addi r1,r1,16
- 6: GETL R1, t4
- 7: ADDL $0x10, t4
- 8: PUTL t4, R1
- 9: INCEIPL $4
-
- 0x2547BFA8: 4E800020 blr
- 10: GETL LR, t6
- 11: JMPo-r t6 ($4)
-
-
-
-. 1296 2547BFA0 12
-. 94 21 FF F0 38 21 00 10 4E 80 00 20
-==== BB 1297 (0x25472B74) approx BBs exec'd 0 ====
-
- 0x25472B74: 480055BD bl 0x25478130
- 0: MOVL $0x25472B78, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x25478130 ($4)
-
-
-
-. 1297 25472B74 4
-. 48 00 55 BD
-==== BB 1298 _dl_unload_cache(0x25478130) approx BBs exec'd 0 ====
-
- 0x25478130: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x25478134: 7C6802A6 mflr r3
- 6: GETL LR, t4
- 7: PUTL t4, R3
- 8: INCEIPL $4
-
- 0x25478138: 4801EEC9 bl 0x25497000
- 9: MOVL $0x2547813C, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-
-. 1298 25478130 12
-. 94 21 FF F0 7C 68 02 A6 48 01 EE C9
-==== BB 1299 (0x2547813C) approx BBs exec'd 0 ====
-
- 0x2547813C: 93C10008 stw r30,8(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25478140: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x25478144: 93E1000C stw r31,12(r1)
- 8: GETL R31, t6
- 9: GETL R1, t8
- 10: ADDL $0xC, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x25478148: 90610014 stw r3,20(r1)
- 13: GETL R3, t10
- 14: GETL R1, t12
- 15: ADDL $0x14, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x2547814C: 3800FFFD li r0,-3
- 18: MOVL $0xFFFFFFFD, t14
- 19: PUTL t14, R0
- 20: INCEIPL $4
-
- 0x25478150: 83FE0254 lwz r31,596(r30)
- 21: GETL R30, t16
- 22: ADDL $0x254, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R31
- 25: INCEIPL $4
-
- 0x25478154: 807F0000 lwz r3,0(r31)
- 26: GETL R31, t20
- 27: LDL (t20), t22
- 28: PUTL t22, R3
- 29: INCEIPL $4
-
- 0x25478158: 3923FFFF addi r9,r3,-1
- 30: GETL R3, t24
- 31: ADDL $0xFFFFFFFF, t24
- 32: PUTL t24, R9
- 33: INCEIPL $4
-
- 0x2547815C: 7F890040 cmpl cr7,r9,r0
- 34: GETL R9, t26
- 35: GETL R0, t28
- 36: CMPUL t26, t28, t30 (-rSo)
- 37: ICRFL t30, $0x7, CR
- 38: INCEIPL $4
-
- 0x25478160: 409D001C bc 4,29,0x2547817C
- 39: Jc29o $0x2547817C
-
-
-
-. 1299 2547813C 40
-. 93 C1 00 08 7F C8 02 A6 93 E1 00 0C 90 61 00 14 38 00 FF FD 83 FE 02 54 80 7F 00 00 39 23 FF FF 7F 89 00 40 40 9D 00 1C
-==== BB 1300 (0x2547817C) approx BBs exec'd 0 ====
-
- 0x2547817C: 80BE025C lwz r5,604(r30)
- 0: GETL R30, t0
- 1: ADDL $0x25C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x25478180: 80850000 lwz r4,0(r5)
- 5: GETL R5, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R4
- 8: INCEIPL $4
-
- 0x25478184: 4800A625 bl 0x254827A8
- 9: MOVL $0x25478188, t8
- 10: PUTL t8, LR
- 11: JMPo-c $0x254827A8 ($4)
-
-
-
-. 1300 2547817C 12
-. 80 BE 02 5C 80 85 00 00 48 00 A6 25
-==== BB 1301 munmap(0x254827A8) approx BBs exec'd 0 ====
-
- 0x254827A8: 3800005B li r0,91
- 0: MOVL $0x5B, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x254827AC: 44000002 sc
- 3: JMPo-sys $0x254827B0 ($4)
-
-
-
-. 1301 254827A8 8
-. 38 00 00 5B 44 00 00 02
-==== BB 1302 (0x254827B0) approx BBs exec'd 0 ====
-
- 0x254827B0: 4CA30020 bclr 5,3
- 0: GETL LR, t0
- 1: Jc03o-r t0
-
-
-
-. 1302 254827B0 4
-. 4C A3 00 20
-==== BB 1303 (0x25478188) approx BBs exec'd 0 ====
-
- 0x25478188: 38800000 li r4,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0x2547818C: 80C10014 lwz r6,20(r1)
- 3: GETL R1, t2
- 4: ADDL $0x14, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R6
- 7: INCEIPL $4
-
- 0x25478190: 909F0000 stw r4,0(r31)
- 8: GETL R4, t6
- 9: GETL R31, t8
- 10: STL t6, (t8)
- 11: INCEIPL $4
-
- 0x25478194: 83C10008 lwz r30,8(r1)
- 12: GETL R1, t10
- 13: ADDL $0x8, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R30
- 16: INCEIPL $4
-
- 0x25478198: 7CC803A6 mtlr r6
- 17: GETL R6, t14
- 18: PUTL t14, LR
- 19: INCEIPL $4
-
- 0x2547819C: 83E1000C lwz r31,12(r1)
- 20: GETL R1, t16
- 21: ADDL $0xC, t16
- 22: LDL (t16), t18
- 23: PUTL t18, R31
- 24: INCEIPL $4
-
- 0x254781A0: 38210010 addi r1,r1,16
- 25: GETL R1, t20
- 26: ADDL $0x10, t20
- 27: PUTL t20, R1
- 28: INCEIPL $4
-
- 0x254781A4: 4E800020 blr
- 29: GETL LR, t22
- 30: JMPo-r t22 ($4)
-
-
-
-. 1303 25478188 32
-. 38 80 00 00 80 C1 00 14 90 9F 00 00 83 C1 00 08 7C C8 03 A6 83 E1 00 0C 38 21 00 10 4E 80 00 20
-==== BB 1304 (0x25472B78) approx BBs exec'd 0 ====
-
- 0x25472B78: 81010000 lwz r8,0(r1)
- 0: GETL R1, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R8
- 3: INCEIPL $4
-
- 0x25472B7C: 82280004 lwz r17,4(r8)
- 4: GETL R8, t4
- 5: ADDL $0x4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R17
- 8: INCEIPL $4
-
- 0x25472B80: 8188FFB4 lwz r12,-76(r8)
- 9: GETL R8, t8
- 10: ADDL $0xFFFFFFB4, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R12
- 13: INCEIPL $4
-
- 0x25472B84: 7E2803A6 mtlr r17
- 14: GETL R17, t12
- 15: PUTL t12, LR
- 16: INCEIPL $4
-
- 0x25472B88: 81C8FFB8 lwz r14,-72(r8)
- 17: GETL R8, t14
- 18: ADDL $0xFFFFFFB8, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R14
- 21: INCEIPL $4
-
- 0x25472B8C: 81E8FFBC lwz r15,-68(r8)
- 22: GETL R8, t18
- 23: ADDL $0xFFFFFFBC, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R15
- 26: INCEIPL $4
-
- 0x25472B90: 7D818120 mtcrf 0x18,r12
- 27: GETL R12, t22
- 28: ICRFL t22, $0x3, CR
- 29: ICRFL t22, $0x4, CR
- 30: INCEIPL $4
-
- 0x25472B94: 8208FFC0 lwz r16,-64(r8)
- 31: GETL R8, t24
- 32: ADDL $0xFFFFFFC0, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R16
- 35: INCEIPL $4
-
- 0x25472B98: 8228FFC4 lwz r17,-60(r8)
- 36: GETL R8, t28
- 37: ADDL $0xFFFFFFC4, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R17
- 40: INCEIPL $4
-
- 0x25472B9C: 8248FFC8 lwz r18,-56(r8)
- 41: GETL R8, t32
- 42: ADDL $0xFFFFFFC8, t32
- 43: LDL (t32), t34
- 44: PUTL t34, R18
- 45: INCEIPL $4
-
- 0x25472BA0: 8268FFCC lwz r19,-52(r8)
- 46: GETL R8, t36
- 47: ADDL $0xFFFFFFCC, t36
- 48: LDL (t36), t38
- 49: PUTL t38, R19
- 50: INCEIPL $4
-
- 0x25472BA4: 8288FFD0 lwz r20,-48(r8)
- 51: GETL R8, t40
- 52: ADDL $0xFFFFFFD0, t40
- 53: LDL (t40), t42
- 54: PUTL t42, R20
- 55: INCEIPL $4
-
- 0x25472BA8: 82A8FFD4 lwz r21,-44(r8)
- 56: GETL R8, t44
- 57: ADDL $0xFFFFFFD4, t44
- 58: LDL (t44), t46
- 59: PUTL t46, R21
- 60: INCEIPL $4
-
- 0x25472BAC: 82C8FFD8 lwz r22,-40(r8)
- 61: GETL R8, t48
- 62: ADDL $0xFFFFFFD8, t48
- 63: LDL (t48), t50
- 64: PUTL t50, R22
- 65: INCEIPL $4
-
- 0x25472BB0: 82E8FFDC lwz r23,-36(r8)
- 66: GETL R8, t52
- 67: ADDL $0xFFFFFFDC, t52
- 68: LDL (t52), t54
- 69: PUTL t54, R23
- 70: INCEIPL $4
-
- 0x25472BB4: 8308FFE0 lwz r24,-32(r8)
- 71: GETL R8, t56
- 72: ADDL $0xFFFFFFE0, t56
- 73: LDL (t56), t58
- 74: PUTL t58, R24
- 75: INCEIPL $4
-
- 0x25472BB8: 8328FFE4 lwz r25,-28(r8)
- 76: GETL R8, t60
- 77: ADDL $0xFFFFFFE4, t60
- 78: LDL (t60), t62
- 79: PUTL t62, R25
- 80: INCEIPL $4
-
- 0x25472BBC: 8348FFE8 lwz r26,-24(r8)
- 81: GETL R8, t64
- 82: ADDL $0xFFFFFFE8, t64
- 83: LDL (t64), t66
- 84: PUTL t66, R26
- 85: INCEIPL $4
-
- 0x25472BC0: 8368FFEC lwz r27,-20(r8)
- 86: GETL R8, t68
- 87: ADDL $0xFFFFFFEC, t68
- 88: LDL (t68), t70
- 89: PUTL t70, R27
- 90: INCEIPL $4
-
- 0x25472BC4: 8388FFF0 lwz r28,-16(r8)
- 91: GETL R8, t72
- 92: ADDL $0xFFFFFFF0, t72
- 93: LDL (t72), t74
- 94: PUTL t74, R28
- 95: INCEIPL $4
-
- 0x25472BC8: 83A8FFF4 lwz r29,-12(r8)
- 96: GETL R8, t76
- 97: ADDL $0xFFFFFFF4, t76
- 98: LDL (t76), t78
- 99: PUTL t78, R29
- 100: INCEIPL $4
-
- 0x25472BCC: 83C8FFF8 lwz r30,-8(r8)
- 101: GETL R8, t80
- 102: ADDL $0xFFFFFFF8, t80
- 103: LDL (t80), t82
- 104: PUTL t82, R30
- 105: INCEIPL $4
-
- 0x25472BD0: 83E8FFFC lwz r31,-4(r8)
- 106: GETL R8, t84
- 107: ADDL $0xFFFFFFFC, t84
- 108: LDL (t84), t86
- 109: PUTL t86, R31
- 110: INCEIPL $4
-
- 0x25472BD4: 7D014378 or r1,r8,r8
- 111: GETL R8, t88
- 112: PUTL t88, R1
- 113: INCEIPL $4
-
- 0x25472BD8: 4E800020 blr
- 114: GETL LR, t90
- 115: JMPo-r t90 ($4)
-
-
-
-. 1304 25472B78 100
-. 81 01 00 00 82 28 00 04 81 88 FF B4 7E 28 03 A6 81 C8 FF B8 81 E8 FF BC 7D 81 81 20 82 08 FF C0 82 28 FF C4 82 48 FF C8 82 68 FF CC 82 88 FF D0 82 A8 FF D4 82 C8 FF D8 82 E8 FF DC 83 08 FF E0 83 28 FF E4 83 48 FF E8 83 68 FF EC 83 88 FF F0 83 A8 FF F4 83 C8 FF F8 83 E8 FF FC 7D 01 43 78 4E 80 00 20
-==== BB 1305 (0x2547F324) approx BBs exec'd 0 ====
-
- 0x2547F324: 82A10224 lwz r21,548(r1)
- 0: GETL R1, t0
- 1: ADDL $0x224, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R21
- 4: INCEIPL $4
-
- 0x2547F328: 806101E0 lwz r3,480(r1)
- 5: GETL R1, t4
- 6: ADDL $0x1E0, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0x2547F32C: 7EA803A6 mtlr r21
- 10: GETL R21, t8
- 11: PUTL t8, LR
- 12: INCEIPL $4
-
- 0x2547F330: 82C101F8 lwz r22,504(r1)
- 13: GETL R1, t10
- 14: ADDL $0x1F8, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R22
- 17: INCEIPL $4
-
- 0x2547F334: 82A101F4 lwz r21,500(r1)
- 18: GETL R1, t14
- 19: ADDL $0x1F4, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R21
- 22: INCEIPL $4
-
- 0x2547F338: 82E101FC lwz r23,508(r1)
- 23: GETL R1, t18
- 24: ADDL $0x1FC, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R23
- 27: INCEIPL $4
-
- 0x2547F33C: 83010200 lwz r24,512(r1)
- 28: GETL R1, t22
- 29: ADDL $0x200, t22
- 30: LDL (t22), t24
- 31: PUTL t24, R24
- 32: INCEIPL $4
-
- 0x2547F340: 83210204 lwz r25,516(r1)
- 33: GETL R1, t26
- 34: ADDL $0x204, t26
- 35: LDL (t26), t28
- 36: PUTL t28, R25
- 37: INCEIPL $4
-
- 0x2547F344: 83410208 lwz r26,520(r1)
- 38: GETL R1, t30
- 39: ADDL $0x208, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R26
- 42: INCEIPL $4
-
- 0x2547F348: 8361020C lwz r27,524(r1)
- 43: GETL R1, t34
- 44: ADDL $0x20C, t34
- 45: LDL (t34), t36
- 46: PUTL t36, R27
- 47: INCEIPL $4
-
- 0x2547F34C: 83810210 lwz r28,528(r1)
- 48: GETL R1, t38
- 49: ADDL $0x210, t38
- 50: LDL (t38), t40
- 51: PUTL t40, R28
- 52: INCEIPL $4
-
- 0x2547F350: 83A10214 lwz r29,532(r1)
- 53: GETL R1, t42
- 54: ADDL $0x214, t42
- 55: LDL (t42), t44
- 56: PUTL t44, R29
- 57: INCEIPL $4
-
- 0x2547F354: 83C10218 lwz r30,536(r1)
- 58: GETL R1, t46
- 59: ADDL $0x218, t46
- 60: LDL (t46), t48
- 61: PUTL t48, R30
- 62: INCEIPL $4
-
- 0x2547F358: 83E1021C lwz r31,540(r1)
- 63: GETL R1, t50
- 64: ADDL $0x21C, t50
- 65: LDL (t50), t52
- 66: PUTL t52, R31
- 67: INCEIPL $4
-
- 0x2547F35C: 38210220 addi r1,r1,544
- 68: GETL R1, t54
- 69: ADDL $0x220, t54
- 70: PUTL t54, R1
- 71: INCEIPL $4
-
- 0x2547F360: 4E800020 blr
- 72: GETL LR, t56
- 73: JMPo-r t56 ($4)
-
-
-
-. 1305 2547F324 64
-. 82 A1 02 24 80 61 01 E0 7E A8 03 A6 82 C1 01 F8 82 A1 01 F4 82 E1 01 FC 83 01 02 00 83 21 02 04 83 41 02 08 83 61 02 0C 83 81 02 10 83 A1 02 14 83 C1 02 18 83 E1 02 1C 38 21 02 20 4E 80 00 20
-==== BB 1306 (0x25471A20) approx BBs exec'd 0 ====
-
- 0x25471A20: 813E04F4 lwz r9,1268(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4F4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25471A24: 7C7D1B78 or r29,r3,r3
- 5: GETL R3, t4
- 6: PUTL t4, R29
- 7: INCEIPL $4
-
- 0x25471A28: 38600000 li r3,0
- 8: MOVL $0x0, t6
- 9: PUTL t6, R3
- 10: INCEIPL $4
-
- 0x25471A2C: 80090000 lwz r0,0(r9)
- 11: GETL R9, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R0
- 14: INCEIPL $4
-
- 0x25471A30: 70090080 andi. r9,r0,0x80
- 15: GETL R0, t12
- 16: ANDL $0x80, t12
- 17: PUTL t12, R9
- 18: CMP0L t12, t14 (-rSo)
- 19: ICRFL t14, $0x0, CR
- 20: INCEIPL $4
-
- 0x25471A34: 40820028 bc 4,2,0x25471A5C
- 21: Jc02o $0x25471A5C
-
-
-
-. 1306 25471A20 24
-. 81 3E 04 F4 7C 7D 1B 78 38 60 00 00 80 09 00 00 70 09 00 80 40 82 00 28
-==== BB 1307 (0x25471A38) approx BBs exec'd 0 ====
-
- 0x25471A38: 80810024 lwz r4,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x25471A3C: 7FA3EB78 or r3,r29,r29
- 5: GETL R29, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x25471A40: 8361000C lwz r27,12(r1)
- 8: GETL R1, t6
- 9: ADDL $0xC, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R27
- 12: INCEIPL $4
-
- 0x25471A44: 83810010 lwz r28,16(r1)
- 13: GETL R1, t10
- 14: ADDL $0x10, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R28
- 17: INCEIPL $4
-
- 0x25471A48: 7C8803A6 mtlr r4
- 18: GETL R4, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0x25471A4C: 83A10014 lwz r29,20(r1)
- 21: GETL R1, t16
- 22: ADDL $0x14, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R29
- 25: INCEIPL $4
-
- 0x25471A50: 83C10018 lwz r30,24(r1)
- 26: GETL R1, t20
- 27: ADDL $0x18, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R30
- 30: INCEIPL $4
-
- 0x25471A54: 38210020 addi r1,r1,32
- 31: GETL R1, t24
- 32: ADDL $0x20, t24
- 33: PUTL t24, R1
- 34: INCEIPL $4
-
- 0x25471A58: 4E800020 blr
- 35: GETL LR, t26
- 36: JMPo-r t26 ($4)
-
-
-
-. 1307 25471A38 36
-. 80 81 00 24 7F A3 EB 78 83 61 00 0C 83 81 00 10 7C 88 03 A6 83 A1 00 14 83 C1 00 18 38 21 00 20 4E 80 00 20
-==== BB 1308 (0x25471DD0) approx BBs exec'd 0 ====
-
- 0x25471DD0: 82E102B4 lwz r23,692(r1)
- 0: GETL R1, t0
- 1: ADDL $0x2B4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R23
- 4: INCEIPL $4
-
- 0x25471DD4: 83010290 lwz r24,656(r1)
- 5: GETL R1, t4
- 6: ADDL $0x290, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R24
- 9: INCEIPL $4
-
- 0x25471DD8: 7EE803A6 mtlr r23
- 10: GETL R23, t8
- 11: PUTL t8, LR
- 12: INCEIPL $4
-
- 0x25471DDC: 83210294 lwz r25,660(r1)
- 13: GETL R1, t10
- 14: ADDL $0x294, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R25
- 17: INCEIPL $4
-
- 0x25471DE0: 82E1028C lwz r23,652(r1)
- 18: GETL R1, t14
- 19: ADDL $0x28C, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R23
- 22: INCEIPL $4
-
- 0x25471DE4: 83410298 lwz r26,664(r1)
- 23: GETL R1, t18
- 24: ADDL $0x298, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R26
- 27: INCEIPL $4
-
- 0x25471DE8: 8361029C lwz r27,668(r1)
- 28: GETL R1, t22
- 29: ADDL $0x29C, t22
- 30: LDL (t22), t24
- 31: PUTL t24, R27
- 32: INCEIPL $4
-
- 0x25471DEC: 838102A0 lwz r28,672(r1)
- 33: GETL R1, t26
- 34: ADDL $0x2A0, t26
- 35: LDL (t26), t28
- 36: PUTL t28, R28
- 37: INCEIPL $4
-
- 0x25471DF0: 83A102A4 lwz r29,676(r1)
- 38: GETL R1, t30
- 39: ADDL $0x2A4, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R29
- 42: INCEIPL $4
-
- 0x25471DF4: 83C102A8 lwz r30,680(r1)
- 43: GETL R1, t34
- 44: ADDL $0x2A8, t34
- 45: LDL (t34), t36
- 46: PUTL t36, R30
- 47: INCEIPL $4
-
- 0x25471DF8: 83E102AC lwz r31,684(r1)
- 48: GETL R1, t38
- 49: ADDL $0x2AC, t38
- 50: LDL (t38), t40
- 51: PUTL t40, R31
- 52: INCEIPL $4
-
- 0x25471DFC: 382102B0 addi r1,r1,688
- 53: GETL R1, t42
- 54: ADDL $0x2B0, t42
- 55: PUTL t42, R1
- 56: INCEIPL $4
-
- 0x25471E00: 4E800020 blr
- 57: GETL LR, t44
- 58: JMPo-r t44 ($4)
-
-
-
-. 1308 25471DD0 52
-. 82 E1 02 B4 83 01 02 90 7E E8 03 A6 83 21 02 94 82 E1 02 8C 83 41 02 98 83 61 02 9C 83 81 02 A0 83 A1 02 A4 83 C1 02 A8 83 E1 02 AC 38 21 02 B0 4E 80 00 20
-==== BB 1309 (0x254804E8) approx BBs exec'd 0 ====
-
- 0x254804E8: 48016B19 bl 0x25497000
- 0: MOVL $0x254804EC, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x25497000 ($4)
-
-
-
-. 1309 254804E8 4
-. 48 01 6B 19
-==== BB 1310 (0x254804EC) approx BBs exec'd 0 ====
-
- 0x254804EC: 7FE802A6 mflr r31
- 0: GETL LR, t0
- 1: PUTL t0, R31
- 2: INCEIPL $4
-
- 0x254804F0: 7C7E1B78 or r30,r3,r3
- 3: GETL R3, t2
- 4: PUTL t2, R30
- 5: INCEIPL $4
-
- 0x254804F4: 839F0498 lwz r28,1176(r31)
- 6: GETL R31, t4
- 7: ADDL $0x498, t4
- 8: LDL (t4), t6
- 9: PUTL t6, R28
- 10: INCEIPL $4
-
- 0x254804F8: 83BF04D0 lwz r29,1232(r31)
- 11: GETL R31, t8
- 12: ADDL $0x4D0, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R29
- 15: INCEIPL $4
-
- 0x254804FC: 837F04DC lwz r27,1244(r31)
- 16: GETL R31, t12
- 17: ADDL $0x4DC, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R27
- 20: INCEIPL $4
-
- 0x25480500: 807C0000 lwz r3,0(r28)
- 21: GETL R28, t16
- 22: LDL (t16), t18
- 23: PUTL t18, R3
- 24: INCEIPL $4
-
- 0x25480504: 809D0000 lwz r4,0(r29)
- 25: GETL R29, t20
- 26: LDL (t20), t22
- 27: PUTL t22, R4
- 28: INCEIPL $4
-
- 0x25480508: 80BB0000 lwz r5,0(r27)
- 29: GETL R27, t24
- 30: LDL (t24), t26
- 31: PUTL t26, R5
- 32: INCEIPL $4
-
- 0x2548050C: 5486103A rlwinm r6,r4,2,0,29
- 33: GETL R4, t28
- 34: SHLL $0x2, t28
- 35: PUTL t28, R6
- 36: INCEIPL $4
-
- 0x25480510: 7CC53214 add r6,r5,r6
- 37: GETL R5, t30
- 38: GETL R6, t32
- 39: ADDL t30, t32
- 40: PUTL t32, R6
- 41: INCEIPL $4
-
- 0x25480514: 38C60004 addi r6,r6,4
- 42: GETL R6, t34
- 43: ADDL $0x4, t34
- 44: PUTL t34, R6
- 45: INCEIPL $4
-
- 0x25480518: 4BFFB229 bl 0x2547B740
- 46: MOVL $0x2548051C, t36
- 47: PUTL t36, LR
- 48: JMPo-c $0x2547B740 ($4)
-
-
-
-. 1310 254804EC 48
-. 7F E8 02 A6 7C 7E 1B 78 83 9F 04 98 83 BF 04 D0 83 7F 04 DC 80 7C 00 00 80 9D 00 00 80 BB 00 00 54 86 10 3A 7C C5 32 14 38 C6 00 04 4B FF B2 29
-==== BB 1311 _dl_init_internal(0x2547B740) approx BBs exec'd 0 ====
-
- 0x2547B740: 9421FFC0 stwu r1,-64(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFC0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547B744: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x2547B748: 4801B8B9 bl 0x25497000
- 9: MOVL $0x2547B74C, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-
-. 1311 2547B740 12
-. 94 21 FF C0 7C 08 02 A6 48 01 B8 B9
-==== BB 1312 (0x2547B74C) approx BBs exec'd 0 ====
-
- 0x2547B74C: 93C10038 stw r30,56(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x38, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547B750: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x2547B754: 92C10018 stw r22,24(r1)
- 8: GETL R22, t6
- 9: GETL R1, t8
- 10: ADDL $0x18, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x2547B758: 90010044 stw r0,68(r1)
- 13: GETL R0, t10
- 14: GETL R1, t12
- 15: ADDL $0x44, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x2547B75C: 93E1003C stw r31,60(r1)
- 18: GETL R31, t14
- 19: GETL R1, t16
- 20: ADDL $0x3C, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0x2547B760: 82DE04C8 lwz r22,1224(r30)
- 23: GETL R30, t18
- 24: ADDL $0x4C8, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R22
- 27: INCEIPL $4
-
- 0x2547B764: 92E1001C stw r23,28(r1)
- 28: GETL R23, t22
- 29: GETL R1, t24
- 30: ADDL $0x1C, t24
- 31: STL t22, (t24)
- 32: INCEIPL $4
-
- 0x2547B768: 7C972378 or r23,r4,r4
- 33: GETL R4, t26
- 34: PUTL t26, R23
- 35: INCEIPL $4
-
- 0x2547B76C: 83F601A0 lwz r31,416(r22)
- 36: GETL R22, t28
- 37: ADDL $0x1A0, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R31
- 40: INCEIPL $4
-
- 0x2547B770: 93010020 stw r24,32(r1)
- 41: GETL R24, t32
- 42: GETL R1, t34
- 43: ADDL $0x20, t34
- 44: STL t32, (t34)
- 45: INCEIPL $4
-
- 0x2547B774: 7CB82B78 or r24,r5,r5
- 46: GETL R5, t36
- 47: PUTL t36, R24
- 48: INCEIPL $4
-
- 0x2547B778: 2F9F0000 cmpi cr7,r31,0
- 49: GETL R31, t38
- 50: CMP0L t38, t40 (-rSo)
- 51: ICRFL t40, $0x7, CR
- 52: INCEIPL $4
-
- 0x2547B77C: 93210024 stw r25,36(r1)
- 53: GETL R25, t42
- 54: GETL R1, t44
- 55: ADDL $0x24, t44
- 56: STL t42, (t44)
- 57: INCEIPL $4
-
- 0x2547B780: 93410028 stw r26,40(r1)
- 58: GETL R26, t46
- 59: GETL R1, t48
- 60: ADDL $0x28, t48
- 61: STL t46, (t48)
- 62: INCEIPL $4
-
- 0x2547B784: 7CD93378 or r25,r6,r6
- 63: GETL R6, t50
- 64: PUTL t50, R25
- 65: INCEIPL $4
-
- 0x2547B788: 9361002C stw r27,44(r1)
- 66: GETL R27, t52
- 67: GETL R1, t54
- 68: ADDL $0x2C, t54
- 69: STL t52, (t54)
- 70: INCEIPL $4
-
- 0x2547B78C: 7C7A1B78 or r26,r3,r3
- 71: GETL R3, t56
- 72: PUTL t56, R26
- 73: INCEIPL $4
-
- 0x2547B790: 93A10034 stw r29,52(r1)
- 74: GETL R29, t58
- 75: GETL R1, t60
- 76: ADDL $0x34, t60
- 77: STL t58, (t60)
- 78: INCEIPL $4
-
- 0x2547B794: 92810010 stw r20,16(r1)
- 79: GETL R20, t62
- 80: GETL R1, t64
- 81: ADDL $0x10, t64
- 82: STL t62, (t64)
- 83: INCEIPL $4
-
- 0x2547B798: 92A10014 stw r21,20(r1)
- 84: GETL R21, t66
- 85: GETL R1, t68
- 86: ADDL $0x14, t68
- 87: STL t66, (t68)
- 88: INCEIPL $4
-
- 0x2547B79C: 93810030 stw r28,48(r1)
- 89: GETL R28, t70
- 90: GETL R1, t72
- 91: ADDL $0x30, t72
- 92: STL t70, (t72)
- 93: INCEIPL $4
-
- 0x2547B7A0: 83A300A0 lwz r29,160(r3)
- 94: GETL R3, t74
- 95: ADDL $0xA0, t74
- 96: LDL (t74), t76
- 97: PUTL t76, R29
- 98: INCEIPL $4
-
- 0x2547B7A4: 836300A4 lwz r27,164(r3)
- 99: GETL R3, t78
- 100: ADDL $0xA4, t78
- 101: LDL (t78), t80
- 102: PUTL t80, R27
- 103: INCEIPL $4
-
- 0x2547B7A8: 409E019C bc 4,30,0x2547B944
- 104: Jc30o $0x2547B944
-
-
-
-. 1312 2547B74C 96
-. 93 C1 00 38 7F C8 02 A6 92 C1 00 18 90 01 00 44 93 E1 00 3C 82 DE 04 C8 92 E1 00 1C 7C 97 23 78 83 F6 01 A0 93 01 00 20 7C B8 2B 78 2F 9F 00 00 93 21 00 24 93 41 00 28 7C D9 33 78 93 61 00 2C 7C 7A 1B 78 93 A1 00 34 92 81 00 10 92 A1 00 14 93 81 00 30 83 A3 00 A0 83 63 00 A4 40 9E 01 9C
-==== BB 1313 (0x2547B944) approx BBs exec'd 0 ====
-
- 0x2547B944: 801F0180 lwz r0,384(r31)
- 0: GETL R31, t0
- 1: ADDL $0x180, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x2547B948: 74091000 andis. r9,r0,0x1000
- 5: GETL R0, t4
- 6: ANDL $0x10000000, t4
- 7: PUTL t4, R9
- 8: CMP0L t4, t6 (-rSo)
- 9: ICRFL t6, $0x0, CR
- 10: INCEIPL $4
-
- 0x2547B94C: 40820110 bc 4,2,0x2547BA5C
- 11: Jc02o $0x2547BA5C
-
-
-
-. 1313 2547B944 12
-. 80 1F 01 80 74 09 10 00 40 82 01 10
-==== BB 1314 (0x2547B950) approx BBs exec'd 0 ====
-
- 0x2547B950: 64091000 oris r9,r0,0x1000
- 0: GETL R0, t0
- 1: ORL $0x10000000, t0
- 2: PUTL t0, R9
- 3: INCEIPL $4
-
- 0x2547B954: 809F0004 lwz r4,4(r31)
- 4: GETL R31, t2
- 5: ADDL $0x4, t2
- 6: LDL (t2), t4
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0x2547B958: 913F0180 stw r9,384(r31)
- 9: GETL R9, t6
- 10: GETL R31, t8
- 11: ADDL $0x180, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x2547B95C: 88640000 lbz r3,0(r4)
- 14: GETL R4, t10
- 15: LDB (t10), t12
- 16: PUTL t12, R3
- 17: INCEIPL $4
-
- 0x2547B960: 2F030000 cmpi cr6,r3,0
- 18: GETL R3, t14
- 19: CMP0L t14, t16 (-rSo)
- 20: ICRFL t16, $0x6, CR
- 21: INCEIPL $4
-
- 0x2547B964: 419A00F0 bc 12,26,0x2547BA54
- 22: Js26o $0x2547BA54
-
-
-
-. 1314 2547B950 24
-. 64 09 10 00 80 9F 00 04 91 3F 01 80 88 64 00 00 2F 03 00 00 41 9A 00 F0
-==== BB 1315 (0x2547B968) approx BBs exec'd 0 ====
-
- 0x2547B968: 815F0050 lwz r10,80(r31)
- 0: GETL R31, t0
- 1: ADDL $0x50, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x2547B96C: 2C8A0000 cmpi cr1,r10,0
- 5: GETL R10, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x2547B970: 40860010 bc 4,6,0x2547B980
- 9: Jc06o $0x2547B980
-
-
-
-. 1315 2547B968 12
-. 81 5F 00 50 2C 8A 00 00 40 86 00 10
-==== BB 1316 (0x2547B980) approx BBs exec'd 0 ====
-
- 0x2547B980: 813E04F4 lwz r9,1268(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4F4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x2547B984: 80C90000 lwz r6,0(r9)
- 5: GETL R9, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R6
- 8: INCEIPL $4
-
- 0x2547B988: 70C90002 andi. r9,r6,0x2
- 9: GETL R6, t8
- 10: ANDL $0x2, t8
- 11: PUTL t8, R9
- 12: CMP0L t8, t10 (-rSo)
- 13: ICRFL t10, $0x0, CR
- 14: INCEIPL $4
-
- 0x2547B98C: 40820130 bc 4,2,0x2547BABC
- 15: Jc02o $0x2547BABC
-
-
-
-. 1316 2547B980 16
-. 81 3E 04 F4 80 C9 00 00 70 C9 00 02 40 82 01 30
-==== BB 1317 (0x2547B990) approx BBs exec'd 0 ====
-
- 0x2547B990: 2F0A0000 cmpi cr6,r10,0
- 0: GETL R10, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x2547B994: 409A00D4 bc 4,26,0x2547BA68
- 4: Jc26o $0x2547BA68
-
-
-
-. 1317 2547B990 8
-. 2F 0A 00 00 40 9A 00 D4
-==== BB 1318 (0x2547BA68) approx BBs exec'd 0 ====
-
- 0x2547BA68: 818A0004 lwz r12,4(r10)
- 0: GETL R10, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R12
- 4: INCEIPL $4
-
- 0x2547BA6C: 7EE3BB78 or r3,r23,r23
- 5: GETL R23, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x2547BA70: 811F0000 lwz r8,0(r31)
- 8: GETL R31, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R8
- 11: INCEIPL $4
-
- 0x2547BA74: 7F04C378 or r4,r24,r24
- 12: GETL R24, t10
- 13: PUTL t10, R4
- 14: INCEIPL $4
-
- 0x2547BA78: 7F25CB78 or r5,r25,r25
- 15: GETL R25, t12
- 16: PUTL t12, R5
- 17: INCEIPL $4
-
- 0x2547BA7C: 7CE86214 add r7,r8,r12
- 18: GETL R8, t14
- 19: GETL R12, t16
- 20: ADDL t14, t16
- 21: PUTL t16, R7
- 22: INCEIPL $4
-
- 0x2547BA80: 7CE903A6 mtctr r7
- 23: GETL R7, t18
- 24: PUTL t18, CTR
- 25: INCEIPL $4
-
- 0x2547BA84: 4E800421 bctrl
- 26: MOVL $0x2547BA88, t20
- 27: PUTL t20, LR
- 28: GETL CTR, t22
- 29: JMPo-c t22 ($4)
-
-
-
-. 1318 2547BA68 32
-. 81 8A 00 04 7E E3 BB 78 81 1F 00 00 7F 04 C3 78 7F 25 CB 78 7C E8 62 14 7C E9 03 A6 4E 80 04 21
-==== BB 1319 (0xFFDE898) approx BBs exec'd 0 ====
-
- 0xFFDE898: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFFDE89C: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFFDE8A0: 90010014 stw r0,20(r1)
- 9: GETL R0, t6
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFFDE8A4: 4800001D bl 0xFFDE8C0
- 14: MOVL $0xFFDE8A8, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0xFFDE8C0 ($4)
-
-
-
-. 1319 FFDE898 16
-. 94 21 FF F0 7C 08 02 A6 90 01 00 14 48 00 00 1D
-==== BB 1320 (0xFFDE8C0) approx BBs exec'd 0 ====
-
- 0xFFDE8C0: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFFDE8C4: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFFDE8C8: 93C10008 stw r30,8(r1)
- 9: GETL R30, t6
- 10: GETL R1, t8
- 11: ADDL $0x8, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFFDE8CC: 90010014 stw r0,20(r1)
- 14: GETL R0, t10
- 15: GETL R1, t12
- 16: ADDL $0x14, t12
- 17: STL t10, (t12)
- 18: INCEIPL $4
-
- 0xFFDE8D0: 48010839 bl 0xFFEF108
- 19: MOVL $0xFFDE8D4, t14
- 20: PUTL t14, LR
- 21: JMPo-c $0xFFEF108 ($4)
-
-
-
-. 1320 FFDE8C0 20
-. 94 21 FF F0 7C 08 02 A6 93 C1 00 08 90 01 00 14 48 01 08 39
-==== BB 1321 (0xFFEF108) approx BBs exec'd 0 ====
-
- 0xFFEF108: 4E800021 blrl
- 0: GETL LR, t0
- 1: MOVL $0xFFEF10C, t2
- 2: PUTL t2, LR
- 3: JMPo-r t0 ($4)
-
-
-
-. 1321 FFEF108 4
-. 4E 80 00 21
-==== BB 1322 (0xFFDE8D4) approx BBs exec'd 0 ====
-
- 0xFFDE8D4: 7FC802A6 mflr r30
- 0: GETL LR, t0
- 1: PUTL t0, R30
- 2: INCEIPL $4
-
- 0xFFDE8D8: 801E000C lwz r0,12(r30)
- 3: GETL R30, t2
- 4: ADDL $0xC, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0xFFDE8DC: 2F800000 cmpi cr7,r0,0
- 8: GETL R0, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x7, CR
- 11: INCEIPL $4
-
- 0xFFDE8E0: 419E000C bc 12,30,0xFFDE8EC
- 12: Js30o $0xFFDE8EC
-
-
-
-. 1322 FFDE8D4 16
-. 7F C8 02 A6 80 1E 00 0C 2F 80 00 00 41 9E 00 0C
-==== BB 1323 (0xFFDE8EC) approx BBs exec'd 0 ====
-
- 0xFFDE8EC: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFFDE8F0: 7C0803A6 mtlr r0
- 5: GETL R0, t4
- 6: PUTL t4, LR
- 7: INCEIPL $4
-
- 0xFFDE8F4: 83C10008 lwz r30,8(r1)
- 8: GETL R1, t6
- 9: ADDL $0x8, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R30
- 12: INCEIPL $4
-
- 0xFFDE8F8: 38210010 addi r1,r1,16
- 13: GETL R1, t10
- 14: ADDL $0x10, t10
- 15: PUTL t10, R1
- 16: INCEIPL $4
-
- 0xFFDE8FC: 4E800020 blr
- 17: GETL LR, t12
- 18: JMPo-r t12 ($4)
-
-
-
-. 1323 FFDE8EC 20
-. 80 01 00 14 7C 08 03 A6 83 C1 00 08 38 21 00 10 4E 80 00 20
-==== BB 1324 (0xFFDE8A8) approx BBs exec'd 0 ====
-
- 0xFFDE8A8: 48000115 bl 0xFFDE9BC
- 0: MOVL $0xFFDE8AC, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0xFFDE9BC ($4)
-
-
-
-. 1324 FFDE8A8 4
-. 48 00 01 15
-==== BB 1325 (0xFFDE9BC) approx BBs exec'd 0 ====
-
- 0xFFDE9BC: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFFDE9C0: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFFDE9C4: 429F0005 bcl 20,31,0xFFDE9C8
- 9: MOVL $0xFFDE9C8, t6
- 10: PUTL t6, LR
- 11: INCEIPL $4
-
- 0xFFDE9C8: 93C10008 stw r30,8(r1)
- 12: GETL R30, t8
- 13: GETL R1, t10
- 14: ADDL $0x8, t10
- 15: STL t8, (t10)
- 16: INCEIPL $4
-
- 0xFFDE9CC: 7FC802A6 mflr r30
- 17: GETL LR, t12
- 18: PUTL t12, R30
- 19: INCEIPL $4
-
- 0xFFDE9D0: 90010014 stw r0,20(r1)
- 20: GETL R0, t14
- 21: GETL R1, t16
- 22: ADDL $0x14, t16
- 23: STL t14, (t16)
- 24: INCEIPL $4
-
- 0xFFDE9D4: 801EFFF0 lwz r0,-16(r30)
- 25: GETL R30, t18
- 26: ADDL $0xFFFFFFF0, t18
- 27: LDL (t18), t20
- 28: PUTL t20, R0
- 29: INCEIPL $4
-
- 0xFFDE9D8: 7FC0F214 add r30,r0,r30
- 30: GETL R0, t22
- 31: GETL R30, t24
- 32: ADDL t22, t24
- 33: PUTL t24, R30
- 34: INCEIPL $4
-
- 0xFFDE9DC: 807E8010 lwz r3,-32752(r30)
- 35: GETL R30, t26
- 36: ADDL $0xFFFF8010, t26
- 37: LDL (t26), t28
- 38: PUTL t28, R3
- 39: INCEIPL $4
-
- 0xFFDE9E0: 80030000 lwz r0,0(r3)
- 40: GETL R3, t30
- 41: LDL (t30), t32
- 42: PUTL t32, R0
- 43: INCEIPL $4
-
- 0xFFDE9E4: 2F800000 cmpi cr7,r0,0
- 44: GETL R0, t34
- 45: CMP0L t34, t36 (-rSo)
- 46: ICRFL t36, $0x7, CR
- 47: INCEIPL $4
-
- 0xFFDE9E8: 419E0018 bc 12,30,0xFFDEA00
- 48: Js30o $0xFFDEA00
-
-
-
-. 1325 FFDE9BC 48
-. 94 21 FF F0 7C 08 02 A6 42 9F 00 05 93 C1 00 08 7F C8 02 A6 90 01 00 14 80 1E FF F0 7F C0 F2 14 80 7E 80 10 80 03 00 00 2F 80 00 00 41 9E 00 18
-==== BB 1326 (0xFFDEA00) approx BBs exec'd 0 ====
-
- 0xFFDEA00: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFFDEA04: 83C10008 lwz r30,8(r1)
- 5: GETL R1, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R30
- 9: INCEIPL $4
-
- 0xFFDEA08: 38210010 addi r1,r1,16
- 10: GETL R1, t8
- 11: ADDL $0x10, t8
- 12: PUTL t8, R1
- 13: INCEIPL $4
-
- 0xFFDEA0C: 7C0803A6 mtlr r0
- 14: GETL R0, t10
- 15: PUTL t10, LR
- 16: INCEIPL $4
-
- 0xFFDEA10: 4E800020 blr
- 17: GETL LR, t12
- 18: JMPo-r t12 ($4)
-
-
-
-. 1326 FFDEA00 20
-. 80 01 00 14 83 C1 00 08 38 21 00 10 7C 08 03 A6 4E 80 00 20
-==== BB 1327 (0xFFDE8AC) approx BBs exec'd 0 ====
-
- 0xFFDE8AC: 48000659 bl 0xFFDEF04
- 0: MOVL $0xFFDE8B0, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0xFFDEF04 ($4)
-
-
-
-. 1327 FFDE8AC 4
-. 48 00 06 59
-==== BB 1328 (0xFFDEF04) approx BBs exec'd 0 ====
-
- 0xFFDEF04: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFFDEF08: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFFDEF0C: 429F0005 bcl 20,31,0xFFDEF10
- 9: MOVL $0xFFDEF10, t6
- 10: PUTL t6, LR
- 11: INCEIPL $4
-
- 0xFFDEF10: 93C10008 stw r30,8(r1)
- 12: GETL R30, t8
- 13: GETL R1, t10
- 14: ADDL $0x8, t10
- 15: STL t8, (t10)
- 16: INCEIPL $4
-
- 0xFFDEF14: 7FC802A6 mflr r30
- 17: GETL LR, t12
- 18: PUTL t12, R30
- 19: INCEIPL $4
-
- 0xFFDEF18: 93E1000C stw r31,12(r1)
- 20: GETL R31, t14
- 21: GETL R1, t16
- 22: ADDL $0xC, t16
- 23: STL t14, (t16)
- 24: INCEIPL $4
-
- 0xFFDEF1C: 90010014 stw r0,20(r1)
- 25: GETL R0, t18
- 26: GETL R1, t20
- 27: ADDL $0x14, t20
- 28: STL t18, (t20)
- 29: INCEIPL $4
-
- 0xFFDEF20: 801EFFF0 lwz r0,-16(r30)
- 30: GETL R30, t22
- 31: ADDL $0xFFFFFFF0, t22
- 32: LDL (t22), t24
- 33: PUTL t24, R0
- 34: INCEIPL $4
-
- 0xFFDEF24: 7FC0F214 add r30,r0,r30
- 35: GETL R0, t26
- 36: GETL R30, t28
- 37: ADDL t26, t28
- 38: PUTL t28, R30
- 39: INCEIPL $4
-
- 0xFFDEF28: 813E8000 lwz r9,-32768(r30)
- 40: GETL R30, t30
- 41: ADDL $0xFFFF8000, t30
- 42: LDL (t30), t32
- 43: PUTL t32, R9
- 44: INCEIPL $4
-
- 0xFFDEF2C: 8009FFFC lwz r0,-4(r9)
- 45: GETL R9, t34
- 46: ADDL $0xFFFFFFFC, t34
- 47: LDL (t34), t36
- 48: PUTL t36, R0
- 49: INCEIPL $4
-
- 0xFFDEF30: 3BE9FFFC addi r31,r9,-4
- 50: GETL R9, t38
- 51: ADDL $0xFFFFFFFC, t38
- 52: PUTL t38, R31
- 53: INCEIPL $4
-
- 0xFFDEF34: 48000010 b 0xFFDEF44
- 54: JMPo $0xFFDEF44 ($4)
-
-
-
-. 1328 FFDEF04 52
-. 94 21 FF F0 7C 08 02 A6 42 9F 00 05 93 C1 00 08 7F C8 02 A6 93 E1 00 0C 90 01 00 14 80 1E FF F0 7F C0 F2 14 81 3E 80 00 80 09 FF FC 3B E9 FF FC 48 00 00 10
-==== BB 1329 (0xFFDEF44) approx BBs exec'd 0 ====
-
- 0xFFDEF44: 2F80FFFF cmpi cr7,r0,-1
- 0: GETL R0, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFFDEF48: 409EFFF0 bc 4,30,0xFFDEF38
- 5: Jc30o $0xFFDEF38
-
-
-
-. 1329 FFDEF44 8
-. 2F 80 FF FF 40 9E FF F0
-==== BB 1330 (0xFFDEF4C) approx BBs exec'd 0 ====
-
- 0xFFDEF4C: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFFDEF50: 83C10008 lwz r30,8(r1)
- 5: GETL R1, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R30
- 9: INCEIPL $4
-
- 0xFFDEF54: 83E1000C lwz r31,12(r1)
- 10: GETL R1, t8
- 11: ADDL $0xC, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R31
- 14: INCEIPL $4
-
- 0xFFDEF58: 7C0803A6 mtlr r0
- 15: GETL R0, t12
- 16: PUTL t12, LR
- 17: INCEIPL $4
-
- 0xFFDEF5C: 38210010 addi r1,r1,16
- 18: GETL R1, t14
- 19: ADDL $0x10, t14
- 20: PUTL t14, R1
- 21: INCEIPL $4
-
- 0xFFDEF60: 4E800020 blr
- 22: GETL LR, t16
- 23: JMPo-r t16 ($4)
-
-
-
-. 1330 FFDEF4C 24
-. 80 01 00 14 83 C1 00 08 83 E1 00 0C 7C 08 03 A6 38 21 00 10 4E 80 00 20
-==== BB 1331 (0xFFDE8B0) approx BBs exec'd 0 ====
-
- 0xFFDE8B0: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFFDE8B4: 7C0803A6 mtlr r0
- 5: GETL R0, t4
- 6: PUTL t4, LR
- 7: INCEIPL $4
-
- 0xFFDE8B8: 38210010 addi r1,r1,16
- 8: GETL R1, t6
- 9: ADDL $0x10, t6
- 10: PUTL t6, R1
- 11: INCEIPL $4
-
- 0xFFDE8BC: 4E800020 blr
- 12: GETL LR, t8
- 13: JMPo-r t8 ($4)
-
-
-
-. 1331 FFDE8B0 16
-. 80 01 00 14 7C 08 03 A6 38 21 00 10 4E 80 00 20
-==== BB 1332 (0x2547BA88) approx BBs exec'd 0 ====
-
- 0x2547BA88: 4BFFFF10 b 0x2547B998
- 0: JMPo $0x2547B998 ($4)
-
-
-
-. 1332 2547BA88 4
-. 4B FF FF 10
-==== BB 1333 (0x2547B998) approx BBs exec'd 0 ====
-
- 0x2547B998: 817F0084 lwz r11,132(r31)
- 0: GETL R31, t0
- 1: ADDL $0x84, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x2547B99C: 2C8B0000 cmpi cr1,r11,0
- 5: GETL R11, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x2547B9A0: 418600BC bc 12,6,0x2547BA5C
- 9: Js06o $0x2547BA5C
-
-
-
-. 1333 2547B998 12
-. 81 7F 00 84 2C 8B 00 00 41 86 00 BC
-==== BB 1334 (0x2547BA5C) approx BBs exec'd 0 ====
-
- 0x2547BA5C: 3B800000 li r28,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R28
- 2: INCEIPL $4
-
- 0x2547BA60: 939601A0 stw r28,416(r22)
- 3: GETL R28, t2
- 4: GETL R22, t4
- 5: ADDL $0x1A0, t4
- 6: STL t2, (t4)
- 7: INCEIPL $4
-
- 0x2547BA64: 4BFFFD48 b 0x2547B7AC
- 8: JMPo $0x2547B7AC ($4)
-
-
-
-. 1334 2547BA5C 12
-. 3B 80 00 00 93 96 01 A0 4B FF FD 48
-==== BB 1335 (0x2547B7AC) approx BBs exec'd 0 ====
-
- 0x2547B7AC: 2F9D0000 cmpi cr7,r29,0
- 0: GETL R29, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x2547B7B0: 409E0240 bc 4,30,0x2547B9F0
- 4: Jc30o $0x2547B9F0
-
-
-
-. 1335 2547B7AC 8
-. 2F 9D 00 00 40 9E 02 40
-==== BB 1336 (0x2547B7B4) approx BBs exec'd 0 ====
-
- 0x2547B7B4: 38600000 li r3,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x2547B7B8: 3A800001 li r20,1
- 3: MOVL $0x1, t2
- 4: PUTL t2, R20
- 5: INCEIPL $4
-
- 0x2547B7BC: 48000789 bl 0x2547BF44
- 6: MOVL $0x2547B7C0, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0x2547BF44 ($4)
-
-
-
-. 1336 2547B7B4 12
-. 38 60 00 00 3A 80 00 01 48 00 07 89
-==== BB 1337 (0x2547BF94) approx BBs exec'd 0 ====
-
- 0x2547BF94: 83C10008 lwz r30,8(r1)
- 0: GETL R1, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R30
- 4: INCEIPL $4
-
- 0x2547BF98: 38210010 addi r1,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R1
- 8: INCEIPL $4
-
- 0x2547BF9C: 4E800020 blr
- 9: GETL LR, t6
- 10: JMPo-r t6 ($4)
-
-
-
-. 1337 2547BF94 12
-. 83 C1 00 08 38 21 00 10 4E 80 00 20
-==== BB 1338 (0x2547B7C0) approx BBs exec'd 0 ====
-
- 0x2547B7C0: 9283000C stw r20,12(r3)
- 0: GETL R20, t0
- 1: GETL R3, t2
- 2: ADDL $0xC, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547B7C4: 7C761B78 or r22,r3,r3
- 5: GETL R3, t4
- 6: PUTL t4, R22
- 7: INCEIPL $4
-
- 0x2547B7C8: 480007D9 bl 0x2547BFA0
- 8: MOVL $0x2547B7CC, t6
- 9: PUTL t6, LR
- 10: JMPo-c $0x2547BFA0 ($4)
-
-
-
-. 1338 2547B7C0 12
-. 92 83 00 0C 7C 76 1B 78 48 00 07 D9
-==== BB 1339 (0x2547B7CC) approx BBs exec'd 0 ====
-
- 0x2547B7CC: 83BA015C lwz r29,348(r26)
- 0: GETL R26, t0
- 1: ADDL $0x15C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0x2547B7D0: 2F9D0000 cmpi cr7,r29,0
- 5: GETL R29, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x2547B7D4: 3B9DFFFF addi r28,r29,-1
- 9: GETL R29, t8
- 10: ADDL $0xFFFFFFFF, t8
- 11: PUTL t8, R28
- 12: INCEIPL $4
-
- 0x2547B7D8: 419E0058 bc 12,30,0x2547B830
- 13: Js30o $0x2547B830
-
-
-
-. 1339 2547B7CC 16
-. 83 BA 01 5C 2F 9D 00 00 3B 9D FF FF 41 9E 00 58
-==== BB 1340 (0x2547B7DC) approx BBs exec'd 0 ====
-
- 0x2547B7DC: 82BA01E8 lwz r21,488(r26)
- 0: GETL R26, t0
- 1: ADDL $0x1E8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R21
- 4: INCEIPL $4
-
- 0x2547B7E0: 5780103A rlwinm r0,r28,2,0,29
- 5: GETL R28, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x2547B7E4: 7FF5002E lwzx r31,r21,r0
- 9: GETL R0, t6
- 10: GETL R21, t8
- 11: ADDL t8, t6
- 12: LDL (t6), t10
- 13: PUTL t10, R31
- 14: INCEIPL $4
-
- 0x2547B7E8: 801F0180 lwz r0,384(r31)
- 15: GETL R31, t12
- 16: ADDL $0x180, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R0
- 19: INCEIPL $4
-
- 0x2547B7EC: 74091000 andis. r9,r0,0x1000
- 20: GETL R0, t16
- 21: ANDL $0x10000000, t16
- 22: PUTL t16, R9
- 23: CMP0L t16, t18 (-rSo)
- 24: ICRFL t18, $0x0, CR
- 25: INCEIPL $4
-
- 0x2547B7F0: 40820034 bc 4,2,0x2547B824
- 26: Jc02o $0x2547B824
-
-
-
-. 1340 2547B7DC 24
-. 82 BA 01 E8 57 80 10 3A 7F F5 00 2E 80 1F 01 80 74 09 10 00 40 82 00 34
-==== BB 1341 (0x2547B7F4) approx BBs exec'd 0 ====
-
- 0x2547B7F4: 64091000 oris r9,r0,0x1000
- 0: GETL R0, t0
- 1: ORL $0x10000000, t0
- 2: PUTL t0, R9
- 3: INCEIPL $4
-
- 0x2547B7F8: 809F0004 lwz r4,4(r31)
- 4: GETL R31, t2
- 5: ADDL $0x4, t2
- 6: LDL (t2), t4
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0x2547B7FC: 913F0180 stw r9,384(r31)
- 9: GETL R9, t6
- 10: GETL R31, t8
- 11: ADDL $0x180, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x2547B800: 88640000 lbz r3,0(r4)
- 14: GETL R4, t10
- 15: LDB (t10), t12
- 16: PUTL t12, R3
- 17: INCEIPL $4
-
- 0x2547B804: 2F030000 cmpi cr6,r3,0
- 18: GETL R3, t14
- 19: CMP0L t14, t16 (-rSo)
- 20: ICRFL t16, $0x6, CR
- 21: INCEIPL $4
-
- 0x2547B808: 419A0104 bc 12,26,0x2547B90C
- 22: Js26o $0x2547B90C
-
-
-
-. 1341 2547B7F4 24
-. 64 09 10 00 80 9F 00 04 91 3F 01 80 88 64 00 00 2F 03 00 00 41 9A 01 04
-==== BB 1342 (0x2547B80C) approx BBs exec'd 0 ====
-
- 0x2547B80C: 815F0050 lwz r10,80(r31)
- 0: GETL R31, t0
- 1: ADDL $0x50, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x2547B810: 2C8A0000 cmpi cr1,r10,0
- 5: GETL R10, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x2547B814: 40860064 bc 4,6,0x2547B878
- 9: Jc06o $0x2547B878
-
-
-
-. 1342 2547B80C 12
-. 81 5F 00 50 2C 8A 00 00 40 86 00 64
-==== BB 1343 (0x2547B818) approx BBs exec'd 0 ====
-
- 0x2547B818: 80BF0084 lwz r5,132(r31)
- 0: GETL R31, t0
- 1: ADDL $0x84, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x2547B81C: 2F850000 cmpi cr7,r5,0
- 5: GETL R5, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x2547B820: 409E0058 bc 4,30,0x2547B878
- 9: Jc30o $0x2547B878
-
-
-
-. 1343 2547B818 12
-. 80 BF 00 84 2F 85 00 00 40 9E 00 58
-==== BB 1344 (0x2547B824) approx BBs exec'd 0 ====
-
- 0x2547B824: 2F9C0000 cmpi cr7,r28,0
- 0: GETL R28, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x2547B828: 3B9CFFFF addi r28,r28,-1
- 4: GETL R28, t4
- 5: ADDL $0xFFFFFFFF, t4
- 6: PUTL t4, R28
- 7: INCEIPL $4
-
- 0x2547B82C: 409EFFB0 bc 4,30,0x2547B7DC
- 8: Jc30o $0x2547B7DC
-
-
-
-. 1344 2547B824 12
-. 2F 9C 00 00 3B 9C FF FF 40 9E FF B0
-==== BB 1345 (0x2547B878) approx BBs exec'd 0 ====
-
- 0x2547B878: 80DE04F4 lwz r6,1268(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4F4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x2547B87C: 83660000 lwz r27,0(r6)
- 5: GETL R6, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R27
- 8: INCEIPL $4
-
- 0x2547B880: 73690002 andi. r9,r27,0x2
- 9: GETL R27, t8
- 10: ANDL $0x2, t8
- 11: PUTL t8, R9
- 12: CMP0L t8, t10 (-rSo)
- 13: ICRFL t10, $0x0, CR
- 14: INCEIPL $4
-
- 0x2547B884: 4082009C bc 4,2,0x2547B920
- 15: Jc02o $0x2547B920
-
-
-
-. 1345 2547B878 16
-. 80 DE 04 F4 83 66 00 00 73 69 00 02 40 82 00 9C
-==== BB 1346 (0x2547B888) approx BBs exec'd 0 ====
-
- 0x2547B888: 2F0A0000 cmpi cr6,r10,0
- 0: GETL R10, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x2547B88C: 409A005C bc 4,26,0x2547B8E8
- 4: Jc26o $0x2547B8E8
-
-
-
-. 1346 2547B888 8
-. 2F 0A 00 00 40 9A 00 5C
-==== BB 1347 (0x2547B8E8) approx BBs exec'd 0 ====
-
- 0x2547B8E8: 810A0004 lwz r8,4(r10)
- 0: GETL R10, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x2547B8EC: 7EE3BB78 or r3,r23,r23
- 5: GETL R23, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x2547B8F0: 80FF0000 lwz r7,0(r31)
- 8: GETL R31, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R7
- 11: INCEIPL $4
-
- 0x2547B8F4: 7F25CB78 or r5,r25,r25
- 12: GETL R25, t10
- 13: PUTL t10, R5
- 14: INCEIPL $4
-
- 0x2547B8F8: 7C874214 add r4,r7,r8
- 15: GETL R7, t12
- 16: GETL R8, t14
- 17: ADDL t12, t14
- 18: PUTL t14, R4
- 19: INCEIPL $4
-
- 0x2547B8FC: 7C8903A6 mtctr r4
- 20: GETL R4, t16
- 21: PUTL t16, CTR
- 22: INCEIPL $4
-
- 0x2547B900: 7F04C378 or r4,r24,r24
- 23: GETL R24, t18
- 24: PUTL t18, R4
- 25: INCEIPL $4
-
- 0x2547B904: 4E800421 bctrl
- 26: MOVL $0x2547B908, t20
- 27: PUTL t20, LR
- 28: GETL CTR, t22
- 29: JMPo-c t22 ($4)
-
-
-
-. 1347 2547B8E8 32
-. 81 0A 00 04 7E E3 BB 78 80 FF 00 00 7F 25 CB 78 7C 87 42 14 7C 89 03 A6 7F 04 C3 78 4E 80 04 21
-==== BB 1348 _init(0xFE7B620) approx BBs exec'd 0 ====
-
- 0xFE7B620: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFE7B624: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFE7B628: 4812C829 bl 0xFFA7E50
- 9: MOVL $0xFE7B62C, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 1348 FE7B620 12
-. 94 21 FF E0 7C 08 02 A6 48 12 C8 29
-==== BB 1349 (0xFFA7E50) approx BBs exec'd 0 ====
-
- 0xFFA7E50: 4E800021 blrl
- 0: GETL LR, t0
- 1: MOVL $0xFFA7E54, t2
- 2: PUTL t2, LR
- 3: JMPo-r t0 ($4)
-
-
-
-. 1349 FFA7E50 4
-. 4E 80 00 21
-==== BB 1350 (0xFE7B62C) approx BBs exec'd 0 ====
-
- 0xFE7B62C: 93C10018 stw r30,24(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFE7B630: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFE7B634: 93810010 stw r28,16(r1)
- 8: GETL R28, t6
- 9: GETL R1, t8
- 10: ADDL $0x10, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFE7B638: 93A10014 stw r29,20(r1)
- 13: GETL R29, t10
- 14: GETL R1, t12
- 15: ADDL $0x14, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFE7B63C: 7CBC2B78 or r28,r5,r5
- 18: GETL R5, t14
- 19: PUTL t14, R28
- 20: INCEIPL $4
-
- 0xFE7B640: 93E1001C stw r31,28(r1)
- 21: GETL R31, t16
- 22: GETL R1, t18
- 23: ADDL $0x1C, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFE7B644: 7C9D2378 or r29,r4,r4
- 26: GETL R4, t20
- 27: PUTL t20, R29
- 28: INCEIPL $4
-
- 0xFE7B648: 817E1CE4 lwz r11,7396(r30)
- 29: GETL R30, t22
- 30: ADDL $0x1CE4, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R11
- 33: INCEIPL $4
-
- 0xFE7B64C: 7C7F1B78 or r31,r3,r3
- 34: GETL R3, t26
- 35: PUTL t26, R31
- 36: INCEIPL $4
-
- 0xFE7B650: 811E1AA4 lwz r8,6820(r30)
- 37: GETL R30, t28
- 38: ADDL $0x1AA4, t28
- 39: LDL (t28), t30
- 40: PUTL t30, R8
- 41: INCEIPL $4
-
- 0xFE7B654: 39200000 li r9,0
- 42: MOVL $0x0, t32
- 43: PUTL t32, R9
- 44: INCEIPL $4
-
- 0xFE7B658: 2F8B0000 cmpi cr7,r11,0
- 45: GETL R11, t34
- 46: CMP0L t34, t36 (-rSo)
- 47: ICRFL t36, $0x7, CR
- 48: INCEIPL $4
-
- 0xFE7B65C: 90010024 stw r0,36(r1)
- 49: GETL R0, t38
- 50: GETL R1, t40
- 51: ADDL $0x24, t40
- 52: STL t38, (t40)
- 53: INCEIPL $4
-
- 0xFE7B660: 7D0A4378 or r10,r8,r8
- 54: GETL R8, t42
- 55: PUTL t42, R10
- 56: INCEIPL $4
-
- 0xFE7B664: 419E0010 bc 12,30,0xFE7B674
- 57: Js30o $0xFE7B674
-
-
-
-. 1350 FE7B62C 60
-. 93 C1 00 18 7F C8 02 A6 93 81 00 10 93 A1 00 14 7C BC 2B 78 93 E1 00 1C 7C 9D 23 78 81 7E 1C E4 7C 7F 1B 78 81 1E 1A A4 39 20 00 00 2F 8B 00 00 90 01 00 24 7D 0A 43 78 41 9E 00 10
-==== BB 1351 (0xFE7B674) approx BBs exec'd 0 ====
-
- 0xFE7B674: 912A0000 stw r9,0(r10)
- 0: GETL R9, t0
- 1: GETL R10, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0xFE7B678: 80880000 lwz r4,0(r8)
- 4: GETL R8, t4
- 5: LDL (t4), t6
- 6: PUTL t6, R4
- 7: INCEIPL $4
-
- 0xFE7B67C: 2C840000 cmpi cr1,r4,0
- 8: GETL R4, t8
- 9: CMP0L t8, t10 (-rSo)
- 10: ICRFL t10, $0x1, CR
- 11: INCEIPL $4
-
- 0xFE7B680: 40860024 bc 4,6,0xFE7B6A4
- 12: Jc06o $0xFE7B6A4
-
-
-
-. 1351 FE7B674 16
-. 91 2A 00 00 80 88 00 00 2C 84 00 00 40 86 00 24
-==== BB 1352 (0xFE7B684) approx BBs exec'd 0 ====
-
- 0xFE7B684: 813E1BF4 lwz r9,7156(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1BF4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFE7B688: 817E1BC8 lwz r11,7112(r30)
- 5: GETL R30, t4
- 6: ADDL $0x1BC8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R11
- 9: INCEIPL $4
-
- 0xFE7B68C: 81490000 lwz r10,0(r9)
- 10: GETL R9, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R10
- 13: INCEIPL $4
-
- 0xFE7B690: 80AB0034 lwz r5,52(r11)
- 14: GETL R11, t12
- 15: ADDL $0x34, t12
- 16: LDL (t12), t14
- 17: PUTL t14, R5
- 18: INCEIPL $4
-
- 0xFE7B694: 7D435378 or r3,r10,r10
- 19: GETL R10, t16
- 20: PUTL t16, R3
- 21: INCEIPL $4
-
- 0xFE7B698: 7F055000 cmp cr6,r5,r10
- 22: GETL R5, t18
- 23: GETL R10, t20
- 24: CMPL t18, t20, t22 (-rSo)
- 25: ICRFL t22, $0x6, CR
- 26: INCEIPL $4
-
- 0xFE7B69C: 419A0008 bc 12,26,0xFE7B6A4
- 27: Js26o $0xFE7B6A4
-
-
-
-. 1352 FE7B684 28
-. 81 3E 1B F4 81 7E 1B C8 81 49 00 00 80 AB 00 34 7D 43 53 78 7F 05 50 00 41 9A 00 08
-==== BB 1353 (0xFE7B6A4) approx BBs exec'd 0 ====
-
- 0xFE7B6A4: 819E1A8C lwz r12,6796(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1A8C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R12
- 4: INCEIPL $4
-
- 0xFE7B6A8: 7FE3FB78 or r3,r31,r31
- 5: GETL R31, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFE7B6AC: 811E1DD4 lwz r8,7636(r30)
- 8: GETL R30, t6
- 9: ADDL $0x1DD4, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R8
- 12: INCEIPL $4
-
- 0xFE7B6B0: 7FA4EB78 or r4,r29,r29
- 13: GETL R29, t10
- 14: PUTL t10, R4
- 15: INCEIPL $4
-
- 0xFE7B6B4: 80FE1B84 lwz r7,7044(r30)
- 16: GETL R30, t12
- 17: ADDL $0x1B84, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R7
- 20: INCEIPL $4
-
- 0xFE7B6B8: 7F85E378 or r5,r28,r28
- 21: GETL R28, t16
- 22: PUTL t16, R5
- 23: INCEIPL $4
-
- 0xFE7B6BC: 93EC0000 stw r31,0(r12)
- 24: GETL R31, t18
- 25: GETL R12, t20
- 26: STL t18, (t20)
- 27: INCEIPL $4
-
- 0xFE7B6C0: 93A80000 stw r29,0(r8)
- 28: GETL R29, t22
- 29: GETL R8, t24
- 30: STL t22, (t24)
- 31: INCEIPL $4
-
- 0xFE7B6C4: 93870000 stw r28,0(r7)
- 32: GETL R28, t26
- 33: GETL R7, t28
- 34: STL t26, (t28)
- 35: INCEIPL $4
-
- 0xFE7B6C8: 480B6421 bl 0xFF31AE8
- 36: MOVL $0xFE7B6CC, t30
- 37: PUTL t30, LR
- 38: JMPo-c $0xFF31AE8 ($4)
-
-
-
-. 1353 FE7B6A4 40
-. 81 9E 1A 8C 7F E3 FB 78 81 1E 1D D4 7F A4 EB 78 80 FE 1B 84 7F 85 E3 78 93 EC 00 00 93 A8 00 00 93 87 00 00 48 0B 64 21
-==== BB 1354 __init_misc(0xFF31AE8) approx BBs exec'd 0 ====
-
- 0xFF31AE8: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFF31AEC: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFF31AF0: 93A10014 stw r29,20(r1)
- 9: GETL R29, t6
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFF31AF4: 7C9D2379 or. r29,r4,r4
- 14: GETL R4, t10
- 15: PUTL t10, R29
- 16: CMP0L t10, t12 (-rSo)
- 17: ICRFL t12, $0x0, CR
- 18: INCEIPL $4
-
- 0xFF31AF8: 48076359 bl 0xFFA7E50
- 19: MOVL $0xFF31AFC, t14
- 20: PUTL t14, LR
- 21: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 1354 FF31AE8 20
-. 94 21 FF E0 7C 08 02 A6 93 A1 00 14 7C 9D 23 79 48 07 63 59
-==== BB 1355 (0xFF31AFC) approx BBs exec'd 0 ====
-
- 0xFF31AFC: 93C10018 stw r30,24(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFF31B00: 93E1001C stw r31,28(r1)
- 5: GETL R31, t4
- 6: GETL R1, t6
- 7: ADDL $0x1C, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFF31B04: 7FC802A6 mflr r30
- 10: GETL LR, t8
- 11: PUTL t8, R30
- 12: INCEIPL $4
-
- 0xFF31B08: 90010024 stw r0,36(r1)
- 13: GETL R0, t10
- 14: GETL R1, t12
- 15: ADDL $0x24, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFF31B0C: 4182003C bc 12,2,0xFF31B48
- 18: Js02o $0xFF31B48
-
-
-
-. 1355 FF31AFC 20
-. 93 C1 00 18 93 E1 00 1C 7F C8 02 A6 90 01 00 24 41 82 00 3C
-==== BB 1356 (0xFF31B10) approx BBs exec'd 0 ====
-
- 0xFF31B10: 83FD0000 lwz r31,0(r29)
- 0: GETL R29, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R31
- 3: INCEIPL $4
-
- 0xFF31B14: 3880002F li r4,47
- 4: MOVL $0x2F, t4
- 5: PUTL t4, R4
- 6: INCEIPL $4
-
- 0xFF31B18: 2F9F0000 cmpi cr7,r31,0
- 7: GETL R31, t6
- 8: CMP0L t6, t8 (-rSo)
- 9: ICRFL t8, $0x7, CR
- 10: INCEIPL $4
-
- 0xFF31B1C: 7FE3FB78 or r3,r31,r31
- 11: GETL R31, t10
- 12: PUTL t10, R3
- 13: INCEIPL $4
-
- 0xFF31B20: 419E0028 bc 12,30,0xFF31B48
- 14: Js30o $0xFF31B48
-
-
-
-. 1356 FF31B10 20
-. 83 FD 00 00 38 80 00 2F 2F 9F 00 00 7F E3 FB 78 41 9E 00 28
-==== BB 1357 (0xFF31B24) approx BBs exec'd 0 ====
-
- 0xFF31B24: 4BFA5459 bl 0xFED6F7C
- 0: MOVL $0xFF31B28, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0xFED6F7C ($4)
-
-
-
-. 1357 FF31B24 4
-. 4B FA 54 59
-==== BB 1358 strrchr(0xFED6F7C) approx BBs exec'd 0 ====
-
- 0xFED6F7C: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFED6F80: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFED6F84: 93A10014 stw r29,20(r1)
- 9: GETL R29, t6
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFED6F88: 549D063E rlwinm r29,r4,0,24,31
- 14: GETL R4, t10
- 15: ANDL $0xFF, t10
- 16: PUTL t10, R29
- 17: INCEIPL $4
-
- 0xFED6F8C: 2F9D0000 cmpi cr7,r29,0
- 18: GETL R29, t12
- 19: CMP0L t12, t14 (-rSo)
- 20: ICRFL t14, $0x7, CR
- 21: INCEIPL $4
-
- 0xFED6F90: 93C10018 stw r30,24(r1)
- 22: GETL R30, t16
- 23: GETL R1, t18
- 24: ADDL $0x18, t18
- 25: STL t16, (t18)
- 26: INCEIPL $4
-
- 0xFED6F94: 90010024 stw r0,36(r1)
- 27: GETL R0, t20
- 28: GETL R1, t22
- 29: ADDL $0x24, t22
- 30: STL t20, (t22)
- 31: INCEIPL $4
-
- 0xFED6F98: 7C601B78 or r0,r3,r3
- 32: GETL R3, t24
- 33: PUTL t24, R0
- 34: INCEIPL $4
-
- 0xFED6F9C: 93E1001C stw r31,28(r1)
- 35: GETL R31, t26
- 36: GETL R1, t28
- 37: ADDL $0x1C, t28
- 38: STL t26, (t28)
- 39: INCEIPL $4
-
- 0xFED6FA0: 409E0024 bc 4,30,0xFED6FC4
- 40: Jc30o $0xFED6FC4
-
-
-
-. 1358 FED6F7C 40
-. 94 21 FF E0 7C 08 02 A6 93 A1 00 14 54 9D 06 3E 2F 9D 00 00 93 C1 00 18 90 01 00 24 7C 60 1B 78 93 E1 00 1C 40 9E 00 24
-==== BB 1359 (0xFED6FC4) approx BBs exec'd 0 ====
-
- 0xFED6FC4: 3BE00000 li r31,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R31
- 2: INCEIPL $4
-
- 0xFED6FC8: 4800000C b 0xFED6FD4
- 3: JMPo $0xFED6FD4 ($4)
-
-
-
-. 1359 FED6FC4 8
-. 3B E0 00 00 48 00 00 0C
-==== BB 1360 (0xFED6FD4) approx BBs exec'd 0 ====
-
- 0xFED6FD4: 7C030378 or r3,r0,r0
- 0: GETL R0, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFED6FD8: 7FA4EB78 or r4,r29,r29
- 3: GETL R29, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0xFED6FDC: 4BFFF2F1 bl 0xFED62CC
- 6: MOVL $0xFED6FE0, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0xFED62CC ($4)
-
-
-
-. 1360 FED6FD4 12
-. 7C 03 03 78 7F A4 EB 78 4B FF F2 F1
-==== BB 1361 strchr(0xFED62CC) approx BBs exec'd 0 ====
-
- 0xFED62CC: 5084442E rlwimi r4,r4,8,16,23
- 0: GETL R4, t0
- 1: GETL R4, t2
- 2: ROLL $0x8, t2
- 3: ANDL $0xFF00, t2
- 4: ANDL $0xFFFF00FF, t0
- 5: ORL t0, t2
- 6: PUTL t2, R4
- 7: INCEIPL $4
-
- 0xFED62D0: 3960FFFF li r11,-1
- 8: MOVL $0xFFFFFFFF, t4
- 9: PUTL t4, R11
- 10: INCEIPL $4
-
- 0xFED62D4: 5084801E rlwimi r4,r4,16,0,15
- 11: GETL R4, t6
- 12: GETL R4, t8
- 13: ROLL $0x10, t8
- 14: ANDL $0xFFFF0000, t8
- 15: ANDL $0xFFFF, t6
- 16: ORL t6, t8
- 17: PUTL t8, R4
- 18: INCEIPL $4
-
- 0xFED62D8: 546A1EF8 rlwinm r10,r3,3,27,28
- 19: GETL R3, t10
- 20: ROLL $0x3, t10
- 21: ANDL $0x18, t10
- 22: PUTL t10, R10
- 23: INCEIPL $4
-
- 0xFED62DC: 3CC0FEFF lis r6,-257
- 24: MOVL $0xFEFF0000, t12
- 25: PUTL t12, R6
- 26: INCEIPL $4
-
- 0xFED62E0: 3CE07F7F lis r7,32639
- 27: MOVL $0x7F7F0000, t14
- 28: PUTL t14, R7
- 29: INCEIPL $4
-
- 0xFED62E4: 5468003A rlwinm r8,r3,0,0,29
- 30: GETL R3, t16
- 31: ANDL $0xFFFFFFFC, t16
- 32: PUTL t16, R8
- 33: INCEIPL $4
-
- 0xFED62E8: 38C6FEFF addi r6,r6,-257
- 34: MOVL $0xFEFEFEFF, t18
- 35: PUTL t18, R6
- 36: INCEIPL $4
-
- 0xFED62EC: 38E77F7F addi r7,r7,32639
- 37: MOVL $0x7F7F7F7F, t20
- 38: PUTL t20, R7
- 39: INCEIPL $4
-
- 0xFED62F0: 80A80000 lwz r5,0(r8)
- 40: GETL R8, t22
- 41: LDL (t22), t24
- 42: PUTL t24, R5
- 43: INCEIPL $4
-
- 0xFED62F4: 7D6B5430 srw r11,r11,r10
- 44: GETL R11, t28
- 45: GETL R10, t26
- 46: SHRL t26, t28
- 47: PUTL t28, R11
- 48: INCEIPL $4
-
- 0xFED62F8: 7CA55B38 orc r5,r5,r11
- 49: GETL R5, t30
- 50: GETL R11, t32
- 51: NOTL t32
- 52: ORL t30, t32
- 53: PUTL t32, R5
- 54: INCEIPL $4
-
- 0xFED62FC: 7C062A14 add r0,r6,r5
- 55: GETL R6, t34
- 56: GETL R5, t36
- 57: ADDL t34, t36
- 58: PUTL t36, R0
- 59: INCEIPL $4
-
- 0xFED6300: 7CE928F8 nor r9,r7,r5
- 60: GETL R7, t38
- 61: GETL R5, t40
- 62: ORL t40, t38
- 63: NOTL t38
- 64: PUTL t38, R9
- 65: INCEIPL $4
-
- 0xFED6304: 7C004839 and. r0,r0,r9
- 66: GETL R0, t42
- 67: GETL R9, t44
- 68: ANDL t42, t44
- 69: PUTL t44, R0
- 70: CMP0L t44, t46 (-rSo)
- 71: ICRFL t46, $0x0, CR
- 72: INCEIPL $4
-
- 0xFED6308: 7C8C2A78 xor r12,r4,r5
- 73: GETL R4, t48
- 74: GETL R5, t50
- 75: XORL t48, t50
- 76: PUTL t50, R12
- 77: INCEIPL $4
-
- 0xFED630C: 7D8C5B38 orc r12,r12,r11
- 78: GETL R12, t52
- 79: GETL R11, t54
- 80: NOTL t54
- 81: ORL t52, t54
- 82: PUTL t54, R12
- 83: INCEIPL $4
-
- 0xFED6310: 48000020 b 0xFED6330
- 84: JMPo $0xFED6330 ($4)
-
-
-
-. 1361 FED62CC 72
-. 50 84 44 2E 39 60 FF FF 50 84 80 1E 54 6A 1E F8 3C C0 FE FF 3C E0 7F 7F 54 68 00 3A 38 C6 FE FF 38 E7 7F 7F 80 A8 00 00 7D 6B 54 30 7C A5 5B 38 7C 06 2A 14 7C E9 28 F8 7C 00 48 39 7C 8C 2A 78 7D 8C 5B 38 48 00 00 20
-==== BB 1362 (0xFED6330) approx BBs exec'd 0 ====
-
- 0xFED6330: 7C066214 add r0,r6,r12
- 0: GETL R6, t0
- 1: GETL R12, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFED6334: 7CE960F8 nor r9,r7,r12
- 5: GETL R7, t4
- 6: GETL R12, t6
- 7: ORL t6, t4
- 8: NOTL t4
- 9: PUTL t4, R9
- 10: INCEIPL $4
-
- 0xFED6338: 4182FFDC bc 12,2,0xFED6314
- 11: Js02o $0xFED6314
-
-
-
-. 1362 FED6330 12
-. 7C 06 62 14 7C E9 60 F8 41 82 FF DC
-==== BB 1363 (0xFED6314) approx BBs exec'd 0 ====
-
- 0xFED6314: 84A80004 lwzu r5,4(r8)
- 0: GETL R8, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R8
- 3: LDL (t0), t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0xFED6318: 7C004839 and. r0,r0,r9
- 6: GETL R0, t4
- 7: GETL R9, t6
- 8: ANDL t4, t6
- 9: PUTL t6, R0
- 10: CMP0L t6, t8 (-rSo)
- 11: ICRFL t8, $0x0, CR
- 12: INCEIPL $4
-
- 0xFED631C: 7C062A14 add r0,r6,r5
- 13: GETL R6, t10
- 14: GETL R5, t12
- 15: ADDL t10, t12
- 16: PUTL t12, R0
- 17: INCEIPL $4
-
- 0xFED6320: 7CE928F8 nor r9,r7,r5
- 18: GETL R7, t14
- 19: GETL R5, t16
- 20: ORL t16, t14
- 21: NOTL t14
- 22: PUTL t14, R9
- 23: INCEIPL $4
-
- 0xFED6324: 4082005C bc 4,2,0xFED6380
- 24: Jc02o $0xFED6380
-
-
-
-. 1363 FED6314 20
-. 84 A8 00 04 7C 00 48 39 7C 06 2A 14 7C E9 28 F8 40 82 00 5C
-==== BB 1364 (0xFED6328) approx BBs exec'd 0 ====
-
- 0xFED6328: 7C004839 and. r0,r0,r9
- 0: GETL R0, t0
- 1: GETL R9, t2
- 2: ANDL t0, t2
- 3: PUTL t2, R0
- 4: CMP0L t2, t4 (-rSo)
- 5: ICRFL t4, $0x0, CR
- 6: INCEIPL $4
-
- 0xFED632C: 7C8C2A78 xor r12,r4,r5
- 7: GETL R4, t6
- 8: GETL R5, t8
- 9: XORL t6, t8
- 10: PUTL t8, R12
- 11: INCEIPL $4
-
- 0xFED6330: 7C066214 add r0,r6,r12
- 12: GETL R6, t10
- 13: GETL R12, t12
- 14: ADDL t10, t12
- 15: PUTL t12, R0
- 16: INCEIPL $4
-
- 0xFED6334: 7CE960F8 nor r9,r7,r12
- 17: GETL R7, t14
- 18: GETL R12, t16
- 19: ORL t16, t14
- 20: NOTL t14
- 21: PUTL t14, R9
- 22: INCEIPL $4
-
- 0xFED6338: 4182FFDC bc 12,2,0xFED6314
- 23: Js02o $0xFED6314
-
-
-
-. 1364 FED6328 20
-. 7C 00 48 39 7C 8C 2A 78 7C 06 62 14 7C E9 60 F8 41 82 FF DC
-==== BB 1365 (0xFED633C) approx BBs exec'd 0 ====
-
- 0xFED633C: 7C004839 and. r0,r0,r9
- 0: GETL R0, t0
- 1: GETL R9, t2
- 2: ANDL t0, t2
- 3: PUTL t2, R0
- 4: CMP0L t2, t4 (-rSo)
- 5: ICRFL t4, $0x0, CR
- 6: INCEIPL $4
-
- 0xFED6340: 38600000 li r3,0
- 7: MOVL $0x0, t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0xFED6344: 4D820020 bclr 12,2
- 10: GETL LR, t8
- 11: Js02o-r t8
-
-
-
-. 1365 FED633C 12
-. 7C 00 48 39 38 60 00 00 4D 82 00 20
-==== BB 1366 (0xFED6FE0) approx BBs exec'd 0 ====
-
- 0xFED6FE0: 2C030000 cmpi cr0,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0xFED6FE4: 4082FFE8 bc 4,2,0xFED6FCC
- 4: Jc02o $0xFED6FCC
-
-
-
-. 1366 FED6FE0 8
-. 2C 03 00 00 40 82 FF E8
-==== BB 1367 (0xFED6FE8) approx BBs exec'd 0 ====
-
- 0xFED6FE8: 80810024 lwz r4,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFED6FEC: 7FE3FB78 or r3,r31,r31
- 5: GETL R31, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFED6FF0: 83A10014 lwz r29,20(r1)
- 8: GETL R1, t6
- 9: ADDL $0x14, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R29
- 12: INCEIPL $4
-
- 0xFED6FF4: 83C10018 lwz r30,24(r1)
- 13: GETL R1, t10
- 14: ADDL $0x18, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R30
- 17: INCEIPL $4
-
- 0xFED6FF8: 7C8803A6 mtlr r4
- 18: GETL R4, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0xFED6FFC: 83E1001C lwz r31,28(r1)
- 21: GETL R1, t16
- 22: ADDL $0x1C, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R31
- 25: INCEIPL $4
-
- 0xFED7000: 38210020 addi r1,r1,32
- 26: GETL R1, t20
- 27: ADDL $0x20, t20
- 28: PUTL t20, R1
- 29: INCEIPL $4
-
- 0xFED7004: 4E800020 blr
- 30: GETL LR, t22
- 31: JMPo-r t22 ($4)
-
-
-
-. 1367 FED6FE8 32
-. 80 81 00 24 7F E3 FB 78 83 A1 00 14 83 C1 00 18 7C 88 03 A6 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 1368 (0xFF31B28) approx BBs exec'd 0 ====
-
- 0xFF31B28: 2C830000 cmpi cr1,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFF31B2C: 38630001 addi r3,r3,1
- 4: GETL R3, t4
- 5: ADDL $0x1, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFF31B30: 41860034 bc 12,6,0xFF31B64
- 8: Js06o $0xFF31B64
-
-
-
-. 1368 FF31B28 12
-. 2C 83 00 00 38 63 00 01 41 86 00 34
-==== BB 1369 (0xFF31B64) approx BBs exec'd 0 ====
-
- 0xFF31B64: 813E1C34 lwz r9,7220(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1C34, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFF31B68: 93E90000 stw r31,0(r9)
- 5: GETL R31, t4
- 6: GETL R9, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0xFF31B6C: 4BFFFFD0 b 0xFF31B3C
- 9: JMPo $0xFF31B3C ($4)
-
-
-
-. 1369 FF31B64 12
-. 81 3E 1C 34 93 E9 00 00 4B FF FF D0
-==== BB 1370 (0xFF31B3C) approx BBs exec'd 0 ====
-
- 0xFF31B3C: 80BD0000 lwz r5,0(r29)
- 0: GETL R29, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R5
- 3: INCEIPL $4
-
- 0xFF31B40: 807E1E24 lwz r3,7716(r30)
- 4: GETL R30, t4
- 5: ADDL $0x1E24, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R3
- 8: INCEIPL $4
-
- 0xFF31B44: 90A30000 stw r5,0(r3)
- 9: GETL R5, t8
- 10: GETL R3, t10
- 11: STL t8, (t10)
- 12: INCEIPL $4
-
- 0xFF31B48: 80C10024 lwz r6,36(r1)
- 13: GETL R1, t12
- 14: ADDL $0x24, t12
- 15: LDL (t12), t14
- 16: PUTL t14, R6
- 17: INCEIPL $4
-
- 0xFF31B4C: 83A10014 lwz r29,20(r1)
- 18: GETL R1, t16
- 19: ADDL $0x14, t16
- 20: LDL (t16), t18
- 21: PUTL t18, R29
- 22: INCEIPL $4
-
- 0xFF31B50: 83C10018 lwz r30,24(r1)
- 23: GETL R1, t20
- 24: ADDL $0x18, t20
- 25: LDL (t20), t22
- 26: PUTL t22, R30
- 27: INCEIPL $4
-
- 0xFF31B54: 7CC803A6 mtlr r6
- 28: GETL R6, t24
- 29: PUTL t24, LR
- 30: INCEIPL $4
-
- 0xFF31B58: 83E1001C lwz r31,28(r1)
- 31: GETL R1, t26
- 32: ADDL $0x1C, t26
- 33: LDL (t26), t28
- 34: PUTL t28, R31
- 35: INCEIPL $4
-
- 0xFF31B5C: 38210020 addi r1,r1,32
- 36: GETL R1, t30
- 37: ADDL $0x20, t30
- 38: PUTL t30, R1
- 39: INCEIPL $4
-
- 0xFF31B60: 4E800020 blr
- 40: GETL LR, t32
- 41: JMPo-r t32 ($4)
-
-
-
-. 1370 FF31B3C 40
-. 80 BD 00 00 80 7E 1E 24 90 A3 00 00 80 C1 00 24 83 A1 00 14 83 C1 00 18 7C C8 03 A6 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 1371 (0xFE7B6CC) approx BBs exec'd 0 ====
-
- 0xFE7B6CC: 4BFFFE95 bl 0xFE7B560
- 0: MOVL $0xFE7B6D0, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0xFE7B560 ($4)
-
-
-
-. 1371 FE7B6CC 4
-. 4B FF FE 95
-==== BB 1372 __libc_global_ctors(0xFE7B560) approx BBs exec'd 0 ====
-
- 0xFE7B560: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFE7B564: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFE7B568: 4812C8E9 bl 0xFFA7E50
- 9: MOVL $0xFE7B56C, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 1372 FE7B560 12
-. 94 21 FF F0 7C 08 02 A6 48 12 C8 E9
-==== BB 1373 (0xFE7B56C) approx BBs exec'd 0 ====
-
- 0xFE7B56C: 93C10008 stw r30,8(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFE7B570: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFE7B574: 93E1000C stw r31,12(r1)
- 8: GETL R31, t6
- 9: GETL R1, t8
- 10: ADDL $0xC, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFE7B578: 90010014 stw r0,20(r1)
- 13: GETL R0, t10
- 14: GETL R1, t12
- 15: ADDL $0x14, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFE7B57C: 813E0018 lwz r9,24(r30)
- 18: GETL R30, t14
- 19: ADDL $0x18, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R9
- 22: INCEIPL $4
-
- 0xFE7B580: 80090004 lwz r0,4(r9)
- 23: GETL R9, t18
- 24: ADDL $0x4, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R0
- 27: INCEIPL $4
-
- 0xFE7B584: 3BE90004 addi r31,r9,4
- 28: GETL R9, t22
- 29: ADDL $0x4, t22
- 30: PUTL t22, R31
- 31: INCEIPL $4
-
- 0xFE7B588: 2F800000 cmpi cr7,r0,0
- 32: GETL R0, t24
- 33: CMP0L t24, t26 (-rSo)
- 34: ICRFL t26, $0x7, CR
- 35: INCEIPL $4
-
- 0xFE7B58C: 419E0018 bc 12,30,0xFE7B5A4
- 36: Js30o $0xFE7B5A4
-
-
-
-. 1373 FE7B56C 36
-. 93 C1 00 08 7F C8 02 A6 93 E1 00 0C 90 01 00 14 81 3E 00 18 80 09 00 04 3B E9 00 04 2F 80 00 00 41 9E 00 18
-==== BB 1374 (0xFE7B590) approx BBs exec'd 0 ====
-
- 0xFE7B590: 7C0903A6 mtctr r0
- 0: GETL R0, t0
- 1: PUTL t0, CTR
- 2: INCEIPL $4
-
- 0xFE7B594: 4E800421 bctrl
- 3: MOVL $0xFE7B598, t2
- 4: PUTL t2, LR
- 5: GETL CTR, t4
- 6: JMPo-c t4 ($4)
-
-
-
-. 1374 FE7B590 8
-. 7C 09 03 A6 4E 80 04 21
-==== BB 1375 _IO_check_libio(0xFECD850) approx BBs exec'd 0 ====
-
- 0xFECD850: 7D8802A6 mflr r12
- 0: GETL LR, t0
- 1: PUTL t0, R12
- 2: INCEIPL $4
-
- 0xFECD854: 9421FFF0 stwu r1,-16(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFF0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFECD858: 480DA5F9 bl 0xFFA7E50
- 9: MOVL $0xFECD85C, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 1375 FECD850 12
-. 7D 88 02 A6 94 21 FF F0 48 0D A5 F9
-==== BB 1376 (0xFECD85C) approx BBs exec'd 0 ====
-
- 0xFECD85C: 93C10008 stw r30,8(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFECD860: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFECD864: 7D8803A6 mtlr r12
- 8: GETL R12, t6
- 9: PUTL t6, LR
- 10: INCEIPL $4
-
- 0xFECD868: 801E1DC8 lwz r0,7624(r30)
- 11: GETL R30, t8
- 12: ADDL $0x1DC8, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R0
- 15: INCEIPL $4
-
- 0xFECD86C: 811E1B00 lwz r8,6912(r30)
- 16: GETL R30, t12
- 17: ADDL $0x1B00, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R8
- 20: INCEIPL $4
-
- 0xFECD870: 2F800000 cmpi cr7,r0,0
- 21: GETL R0, t16
- 22: CMP0L t16, t18 (-rSo)
- 23: ICRFL t18, $0x7, CR
- 24: INCEIPL $4
-
- 0xFECD874: 815E1BCC lwz r10,7116(r30)
- 25: GETL R30, t20
- 26: ADDL $0x1BCC, t20
- 27: LDL (t20), t22
- 28: PUTL t22, R10
- 29: INCEIPL $4
-
- 0xFECD878: 80FE1AE8 lwz r7,6888(r30)
- 30: GETL R30, t24
- 31: ADDL $0x1AE8, t24
- 32: LDL (t24), t26
- 33: PUTL t26, R7
- 34: INCEIPL $4
-
- 0xFECD87C: 3800FFB4 li r0,-76
- 35: MOVL $0xFFFFFFB4, t28
- 36: PUTL t28, R0
- 37: INCEIPL $4
-
- 0xFECD880: 419E0010 bc 12,30,0xFECD890
- 38: Js30o $0xFECD890
-
-
-
-. 1376 FECD85C 40
-. 93 C1 00 08 7F C8 02 A6 7D 88 03 A6 80 1E 1D C8 81 1E 1B 00 2F 80 00 00 81 5E 1B CC 80 FE 1A E8 38 00 FF B4 41 9E 00 10
-==== BB 1377 (0xFECD884) approx BBs exec'd 0 ====
-
- 0xFECD884: 83C10008 lwz r30,8(r1)
- 0: GETL R1, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R30
- 4: INCEIPL $4
-
- 0xFECD888: 38210010 addi r1,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R1
- 8: INCEIPL $4
-
- 0xFECD88C: 4E800020 blr
- 9: GETL LR, t6
- 10: JMPo-r t6 ($4)
-
-
-
-. 1377 FECD884 12
-. 83 C1 00 08 38 21 00 10 4E 80 00 20
-==== BB 1378 (0xFE7B598) approx BBs exec'd 0 ====
-
- 0xFE7B598: 841F0004 lwzu r0,4(r31)
- 0: GETL R31, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R31
- 3: LDL (t0), t2
- 4: PUTL t2, R0
- 5: INCEIPL $4
-
- 0xFE7B59C: 2F800000 cmpi cr7,r0,0
- 6: GETL R0, t4
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x7, CR
- 9: INCEIPL $4
-
- 0xFE7B5A0: 409EFFF0 bc 4,30,0xFE7B590
- 10: Jc30o $0xFE7B590
-
-
-
-. 1378 FE7B598 12
-. 84 1F 00 04 2F 80 00 00 40 9E FF F0
-==== BB 1379 (0xFE7B5A4) approx BBs exec'd 0 ====
-
- 0xFE7B5A4: 80610014 lwz r3,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFE7B5A8: 83C10008 lwz r30,8(r1)
- 5: GETL R1, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R30
- 9: INCEIPL $4
-
- 0xFE7B5AC: 83E1000C lwz r31,12(r1)
- 10: GETL R1, t8
- 11: ADDL $0xC, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R31
- 14: INCEIPL $4
-
- 0xFE7B5B0: 7C6803A6 mtlr r3
- 15: GETL R3, t12
- 16: PUTL t12, LR
- 17: INCEIPL $4
-
- 0xFE7B5B4: 38210010 addi r1,r1,16
- 18: GETL R1, t14
- 19: ADDL $0x10, t14
- 20: PUTL t14, R1
- 21: INCEIPL $4
-
- 0xFE7B5B8: 4E800020 blr
- 22: GETL LR, t16
- 23: JMPo-r t16 ($4)
-
-
-
-. 1379 FE7B5A4 24
-. 80 61 00 14 83 C1 00 08 83 E1 00 0C 7C 68 03 A6 38 21 00 10 4E 80 00 20
-==== BB 1380 (0xFE7B6D0) approx BBs exec'd 0 ====
-
- 0xFE7B6D0: 80C10024 lwz r6,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0xFE7B6D4: 83810010 lwz r28,16(r1)
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R28
- 9: INCEIPL $4
-
- 0xFE7B6D8: 83A10014 lwz r29,20(r1)
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R29
- 14: INCEIPL $4
-
- 0xFE7B6DC: 7CC803A6 mtlr r6
- 15: GETL R6, t12
- 16: PUTL t12, LR
- 17: INCEIPL $4
-
- 0xFE7B6E0: 83C10018 lwz r30,24(r1)
- 18: GETL R1, t14
- 19: ADDL $0x18, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R30
- 22: INCEIPL $4
-
- 0xFE7B6E4: 83E1001C lwz r31,28(r1)
- 23: GETL R1, t18
- 24: ADDL $0x1C, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R31
- 27: INCEIPL $4
-
- 0xFE7B6E8: 38210020 addi r1,r1,32
- 28: GETL R1, t22
- 29: ADDL $0x20, t22
- 30: PUTL t22, R1
- 31: INCEIPL $4
-
- 0xFE7B6EC: 4E800020 blr
- 32: GETL LR, t24
- 33: JMPo-r t24 ($4)
-
-
-
-. 1380 FE7B6D0 32
-. 80 C1 00 24 83 81 00 10 83 A1 00 14 7C C8 03 A6 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 1381 (0x2547B908) approx BBs exec'd 0 ====
-
- 0x2547B908: 4BFFFF88 b 0x2547B890
- 0: JMPo $0x2547B890 ($4)
-
-
-
-. 1381 2547B908 4
-. 4B FF FF 88
-==== BB 1382 (0x2547B890) approx BBs exec'd 0 ====
-
- 0x2547B890: 817F0084 lwz r11,132(r31)
- 0: GETL R31, t0
- 1: ADDL $0x84, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x2547B894: 2C8B0000 cmpi cr1,r11,0
- 5: GETL R11, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x2547B898: 41A6FF8C bc 13,6,0x2547B824
- 9: Js06o $0x2547B824
-
-
-
-. 1382 2547B890 12
-. 81 7F 00 84 2C 8B 00 00 41 A6 FF 8C
-==== BB 1383 (0xFFB0D34) approx BBs exec'd 0 ====
-
- 0xFFB0D34: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFFB0D38: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFFB0D3C: 90010014 stw r0,20(r1)
- 9: GETL R0, t6
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFFB0D40: 4800001D bl 0xFFB0D5C
- 14: MOVL $0xFFB0D44, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0xFFB0D5C ($4)
-
-
-
-. 1383 FFB0D34 16
-. 94 21 FF F0 7C 08 02 A6 90 01 00 14 48 00 00 1D
-==== BB 1384 (0xFFB0D5C) approx BBs exec'd 0 ====
-
- 0xFFB0D5C: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFFB0D60: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFFB0D64: 93C10008 stw r30,8(r1)
- 9: GETL R30, t6
- 10: GETL R1, t8
- 11: ADDL $0x8, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFFB0D68: 90010014 stw r0,20(r1)
- 14: GETL R0, t10
- 15: GETL R1, t12
- 16: ADDL $0x14, t12
- 17: STL t10, (t12)
- 18: INCEIPL $4
-
- 0xFFB0D6C: 4801229D bl 0xFFC3008
- 19: MOVL $0xFFB0D70, t14
- 20: PUTL t14, LR
- 21: JMPo-c $0xFFC3008 ($4)
-
-
-
-. 1384 FFB0D5C 20
-. 94 21 FF F0 7C 08 02 A6 93 C1 00 08 90 01 00 14 48 01 22 9D
-==== BB 1385 (0xFFC3008) approx BBs exec'd 0 ====
-
- 0xFFC3008: 4E800021 blrl
- 0: GETL LR, t0
- 1: MOVL $0xFFC300C, t2
- 2: PUTL t2, LR
- 3: JMPo-r t0 ($4)
-
-
-
-. 1385 FFC3008 4
-. 4E 80 00 21
-==== BB 1386 (0xFFB0D70) approx BBs exec'd 0 ====
-
- 0xFFB0D70: 7FC802A6 mflr r30
- 0: GETL LR, t0
- 1: PUTL t0, R30
- 2: INCEIPL $4
-
- 0xFFB0D74: 801E008C lwz r0,140(r30)
- 3: GETL R30, t2
- 4: ADDL $0x8C, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0xFFB0D78: 2F800000 cmpi cr7,r0,0
- 8: GETL R0, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x7, CR
- 11: INCEIPL $4
-
- 0xFFB0D7C: 419E000C bc 12,30,0xFFB0D88
- 12: Js30o $0xFFB0D88
-
-
-
-. 1386 FFB0D70 16
-. 7F C8 02 A6 80 1E 00 8C 2F 80 00 00 41 9E 00 0C
-==== BB 1387 (0xFFB0D88) approx BBs exec'd 0 ====
-
- 0xFFB0D88: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFFB0D8C: 7C0803A6 mtlr r0
- 5: GETL R0, t4
- 6: PUTL t4, LR
- 7: INCEIPL $4
-
- 0xFFB0D90: 83C10008 lwz r30,8(r1)
- 8: GETL R1, t6
- 9: ADDL $0x8, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R30
- 12: INCEIPL $4
-
- 0xFFB0D94: 38210010 addi r1,r1,16
- 13: GETL R1, t10
- 14: ADDL $0x10, t10
- 15: PUTL t10, R1
- 16: INCEIPL $4
-
- 0xFFB0D98: 4E800020 blr
- 17: GETL LR, t12
- 18: JMPo-r t12 ($4)
-
-
-
-. 1387 FFB0D88 20
-. 80 01 00 14 7C 08 03 A6 83 C1 00 08 38 21 00 10 4E 80 00 20
-==== BB 1388 (0xFFB0D44) approx BBs exec'd 0 ====
-
- 0xFFB0D44: 48000115 bl 0xFFB0E58
- 0: MOVL $0xFFB0D48, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0xFFB0E58 ($4)
-
-
-
-. 1388 FFB0D44 4
-. 48 00 01 15
-==== BB 1389 (0xFFB0E58) approx BBs exec'd 0 ====
-
- 0xFFB0E58: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFFB0E5C: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFFB0E60: 429F0005 bcl 20,31,0xFFB0E64
- 9: MOVL $0xFFB0E64, t6
- 10: PUTL t6, LR
- 11: INCEIPL $4
-
- 0xFFB0E64: 93C10008 stw r30,8(r1)
- 12: GETL R30, t8
- 13: GETL R1, t10
- 14: ADDL $0x8, t10
- 15: STL t8, (t10)
- 16: INCEIPL $4
-
- 0xFFB0E68: 7FC802A6 mflr r30
- 17: GETL LR, t12
- 18: PUTL t12, R30
- 19: INCEIPL $4
-
- 0xFFB0E6C: 90010014 stw r0,20(r1)
- 20: GETL R0, t14
- 21: GETL R1, t16
- 22: ADDL $0x14, t16
- 23: STL t14, (t16)
- 24: INCEIPL $4
-
- 0xFFB0E70: 801EFFF0 lwz r0,-16(r30)
- 25: GETL R30, t18
- 26: ADDL $0xFFFFFFF0, t18
- 27: LDL (t18), t20
- 28: PUTL t20, R0
- 29: INCEIPL $4
-
- 0xFFB0E74: 7FC0F214 add r30,r0,r30
- 30: GETL R0, t22
- 31: GETL R30, t24
- 32: ADDL t22, t24
- 33: PUTL t24, R30
- 34: INCEIPL $4
-
- 0xFFB0E78: 807E8010 lwz r3,-32752(r30)
- 35: GETL R30, t26
- 36: ADDL $0xFFFF8010, t26
- 37: LDL (t26), t28
- 38: PUTL t28, R3
- 39: INCEIPL $4
-
- 0xFFB0E7C: 80030000 lwz r0,0(r3)
- 40: GETL R3, t30
- 41: LDL (t30), t32
- 42: PUTL t32, R0
- 43: INCEIPL $4
-
- 0xFFB0E80: 2F800000 cmpi cr7,r0,0
- 44: GETL R0, t34
- 45: CMP0L t34, t36 (-rSo)
- 46: ICRFL t36, $0x7, CR
- 47: INCEIPL $4
-
- 0xFFB0E84: 419E0018 bc 12,30,0xFFB0E9C
- 48: Js30o $0xFFB0E9C
-
-
-
-. 1389 FFB0E58 48
-. 94 21 FF F0 7C 08 02 A6 42 9F 00 05 93 C1 00 08 7F C8 02 A6 90 01 00 14 80 1E FF F0 7F C0 F2 14 80 7E 80 10 80 03 00 00 2F 80 00 00 41 9E 00 18
-==== BB 1390 (0xFFB0E9C) approx BBs exec'd 0 ====
-
- 0xFFB0E9C: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFFB0EA0: 83C10008 lwz r30,8(r1)
- 5: GETL R1, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R30
- 9: INCEIPL $4
-
- 0xFFB0EA4: 38210010 addi r1,r1,16
- 10: GETL R1, t8
- 11: ADDL $0x10, t8
- 12: PUTL t8, R1
- 13: INCEIPL $4
-
- 0xFFB0EA8: 7C0803A6 mtlr r0
- 14: GETL R0, t10
- 15: PUTL t10, LR
- 16: INCEIPL $4
-
- 0xFFB0EAC: 4E800020 blr
- 17: GETL LR, t12
- 18: JMPo-r t12 ($4)
-
-
-
-. 1390 FFB0E9C 20
-. 80 01 00 14 83 C1 00 08 38 21 00 10 7C 08 03 A6 4E 80 00 20
-==== BB 1391 (0xFFB0D48) approx BBs exec'd 0 ====
-
- 0xFFB0D48: 480010FD bl 0xFFB1E44
- 0: MOVL $0xFFB0D4C, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0xFFB1E44 ($4)
-
-
-
-. 1391 FFB0D48 4
-. 48 00 10 FD
-==== BB 1392 (0xFFB1E44) approx BBs exec'd 0 ====
-
- 0xFFB1E44: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFFB1E48: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFFB1E4C: 429F0005 bcl 20,31,0xFFB1E50
- 9: MOVL $0xFFB1E50, t6
- 10: PUTL t6, LR
- 11: INCEIPL $4
-
- 0xFFB1E50: 93C10008 stw r30,8(r1)
- 12: GETL R30, t8
- 13: GETL R1, t10
- 14: ADDL $0x8, t10
- 15: STL t8, (t10)
- 16: INCEIPL $4
-
- 0xFFB1E54: 7FC802A6 mflr r30
- 17: GETL LR, t12
- 18: PUTL t12, R30
- 19: INCEIPL $4
-
- 0xFFB1E58: 93E1000C stw r31,12(r1)
- 20: GETL R31, t14
- 21: GETL R1, t16
- 22: ADDL $0xC, t16
- 23: STL t14, (t16)
- 24: INCEIPL $4
-
- 0xFFB1E5C: 90010014 stw r0,20(r1)
- 25: GETL R0, t18
- 26: GETL R1, t20
- 27: ADDL $0x14, t20
- 28: STL t18, (t20)
- 29: INCEIPL $4
-
- 0xFFB1E60: 801EFFF0 lwz r0,-16(r30)
- 30: GETL R30, t22
- 31: ADDL $0xFFFFFFF0, t22
- 32: LDL (t22), t24
- 33: PUTL t24, R0
- 34: INCEIPL $4
-
- 0xFFB1E64: 7FC0F214 add r30,r0,r30
- 35: GETL R0, t26
- 36: GETL R30, t28
- 37: ADDL t26, t28
- 38: PUTL t28, R30
- 39: INCEIPL $4
-
- 0xFFB1E68: 813E8000 lwz r9,-32768(r30)
- 40: GETL R30, t30
- 41: ADDL $0xFFFF8000, t30
- 42: LDL (t30), t32
- 43: PUTL t32, R9
- 44: INCEIPL $4
-
- 0xFFB1E6C: 8009FFFC lwz r0,-4(r9)
- 45: GETL R9, t34
- 46: ADDL $0xFFFFFFFC, t34
- 47: LDL (t34), t36
- 48: PUTL t36, R0
- 49: INCEIPL $4
-
- 0xFFB1E70: 3BE9FFFC addi r31,r9,-4
- 50: GETL R9, t38
- 51: ADDL $0xFFFFFFFC, t38
- 52: PUTL t38, R31
- 53: INCEIPL $4
-
- 0xFFB1E74: 48000010 b 0xFFB1E84
- 54: JMPo $0xFFB1E84 ($4)
-
-
-
-. 1392 FFB1E44 52
-. 94 21 FF F0 7C 08 02 A6 42 9F 00 05 93 C1 00 08 7F C8 02 A6 93 E1 00 0C 90 01 00 14 80 1E FF F0 7F C0 F2 14 81 3E 80 00 80 09 FF FC 3B E9 FF FC 48 00 00 10
-==== BB 1393 (0xFFB1E84) approx BBs exec'd 0 ====
-
- 0xFFB1E84: 2F80FFFF cmpi cr7,r0,-1
- 0: GETL R0, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFFB1E88: 409EFFF0 bc 4,30,0xFFB1E78
- 5: Jc30o $0xFFB1E78
-
-
-
-. 1393 FFB1E84 8
-. 2F 80 FF FF 40 9E FF F0
-==== BB 1394 (0xFFB1E8C) approx BBs exec'd 0 ====
-
- 0xFFB1E8C: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFFB1E90: 83C10008 lwz r30,8(r1)
- 5: GETL R1, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R30
- 9: INCEIPL $4
-
- 0xFFB1E94: 83E1000C lwz r31,12(r1)
- 10: GETL R1, t8
- 11: ADDL $0xC, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R31
- 14: INCEIPL $4
-
- 0xFFB1E98: 7C0803A6 mtlr r0
- 15: GETL R0, t12
- 16: PUTL t12, LR
- 17: INCEIPL $4
-
- 0xFFB1E9C: 38210010 addi r1,r1,16
- 18: GETL R1, t14
- 19: ADDL $0x10, t14
- 20: PUTL t14, R1
- 21: INCEIPL $4
-
- 0xFFB1EA0: 4E800020 blr
- 22: GETL LR, t16
- 23: JMPo-r t16 ($4)
-
-
-
-. 1394 FFB1E8C 24
-. 80 01 00 14 83 C1 00 08 83 E1 00 0C 7C 08 03 A6 38 21 00 10 4E 80 00 20
-==== BB 1395 (0xFFB0D4C) approx BBs exec'd 0 ====
-
- 0xFFB0D4C: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFFB0D50: 7C0803A6 mtlr r0
- 5: GETL R0, t4
- 6: PUTL t4, LR
- 7: INCEIPL $4
-
- 0xFFB0D54: 38210010 addi r1,r1,16
- 8: GETL R1, t6
- 9: ADDL $0x10, t6
- 10: PUTL t6, R1
- 11: INCEIPL $4
-
- 0xFFB0D58: 4E800020 blr
- 12: GETL LR, t8
- 13: JMPo-r t8 ($4)
-
-
-
-. 1395 FFB0D4C 16
-. 80 01 00 14 7C 08 03 A6 38 21 00 10 4E 80 00 20
-==== BB 1396 (0xEE34224) approx BBs exec'd 0 ====
-
- 0xEE34224: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xEE34228: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xEE3422C: 90010014 stw r0,20(r1)
- 9: GETL R0, t6
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xEE34230: 4800001D bl 0xEE3424C
- 14: MOVL $0xEE34234, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0xEE3424C ($4)
-
-
-
-. 1396 EE34224 16
-. 94 21 FF F0 7C 08 02 A6 90 01 00 14 48 00 00 1D
-==== BB 1397 (0xEE3424C) approx BBs exec'd 0 ====
-
- 0xEE3424C: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xEE34250: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xEE34254: 93C10008 stw r30,8(r1)
- 9: GETL R30, t6
- 10: GETL R1, t8
- 11: ADDL $0x8, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xEE34258: 90010014 stw r0,20(r1)
- 14: GETL R0, t10
- 15: GETL R1, t12
- 16: ADDL $0x14, t12
- 17: STL t10, (t12)
- 18: INCEIPL $4
-
- 0xEE3425C: 4801B075 bl 0xEE4F2D0
- 19: MOVL $0xEE34260, t14
- 20: PUTL t14, LR
- 21: JMPo-c $0xEE4F2D0 ($4)
-
-
-
-. 1397 EE3424C 20
-. 94 21 FF F0 7C 08 02 A6 93 C1 00 08 90 01 00 14 48 01 B0 75
-==== BB 1398 (0xEE4F2D0) approx BBs exec'd 0 ====
-
- 0xEE4F2D0: 4E800021 blrl
- 0: GETL LR, t0
- 1: MOVL $0xEE4F2D4, t2
- 2: PUTL t2, LR
- 3: JMPo-r t0 ($4)
-
-
-
-. 1398 EE4F2D0 4
-. 4E 80 00 21
-==== BB 1399 (0xEE34260) approx BBs exec'd 0 ====
-
- 0xEE34260: 7FC802A6 mflr r30
- 0: GETL LR, t0
- 1: PUTL t0, R30
- 2: INCEIPL $4
-
- 0xEE34264: 801E0638 lwz r0,1592(r30)
- 3: GETL R30, t2
- 4: ADDL $0x638, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0xEE34268: 2F800000 cmpi cr7,r0,0
- 8: GETL R0, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x7, CR
- 11: INCEIPL $4
-
- 0xEE3426C: 419E000C bc 12,30,0xEE34278
- 12: Js30o $0xEE34278
-
-
-
-. 1399 EE34260 16
-. 7F C8 02 A6 80 1E 06 38 2F 80 00 00 41 9E 00 0C
-==== BB 1400 (0xEE34278) approx BBs exec'd 0 ====
-
- 0xEE34278: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xEE3427C: 7C0803A6 mtlr r0
- 5: GETL R0, t4
- 6: PUTL t4, LR
- 7: INCEIPL $4
-
- 0xEE34280: 83C10008 lwz r30,8(r1)
- 8: GETL R1, t6
- 9: ADDL $0x8, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R30
- 12: INCEIPL $4
-
- 0xEE34284: 38210010 addi r1,r1,16
- 13: GETL R1, t10
- 14: ADDL $0x10, t10
- 15: PUTL t10, R1
- 16: INCEIPL $4
-
- 0xEE34288: 4E800020 blr
- 17: GETL LR, t12
- 18: JMPo-r t12 ($4)
-
-
-
-. 1400 EE34278 20
-. 80 01 00 14 7C 08 03 A6 83 C1 00 08 38 21 00 10 4E 80 00 20
-==== BB 1401 (0xEE34234) approx BBs exec'd 0 ====
-
- 0xEE34234: 48000115 bl 0xEE34348
- 0: MOVL $0xEE34238, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0xEE34348 ($4)
-
-
-
-. 1401 EE34234 4
-. 48 00 01 15
-==== BB 1402 (0xEE34348) approx BBs exec'd 0 ====
-
- 0xEE34348: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xEE3434C: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xEE34350: 429F0005 bcl 20,31,0xEE34354
- 9: MOVL $0xEE34354, t6
- 10: PUTL t6, LR
- 11: INCEIPL $4
-
- 0xEE34354: 93C10008 stw r30,8(r1)
- 12: GETL R30, t8
- 13: GETL R1, t10
- 14: ADDL $0x8, t10
- 15: STL t8, (t10)
- 16: INCEIPL $4
-
- 0xEE34358: 7FC802A6 mflr r30
- 17: GETL LR, t12
- 18: PUTL t12, R30
- 19: INCEIPL $4
-
- 0xEE3435C: 90010014 stw r0,20(r1)
- 20: GETL R0, t14
- 21: GETL R1, t16
- 22: ADDL $0x14, t16
- 23: STL t14, (t16)
- 24: INCEIPL $4
-
- 0xEE34360: 801EFFF0 lwz r0,-16(r30)
- 25: GETL R30, t18
- 26: ADDL $0xFFFFFFF0, t18
- 27: LDL (t18), t20
- 28: PUTL t20, R0
- 29: INCEIPL $4
-
- 0xEE34364: 7FC0F214 add r30,r0,r30
- 30: GETL R0, t22
- 31: GETL R30, t24
- 32: ADDL t22, t24
- 33: PUTL t24, R30
- 34: INCEIPL $4
-
- 0xEE34368: 807E8010 lwz r3,-32752(r30)
- 35: GETL R30, t26
- 36: ADDL $0xFFFF8010, t26
- 37: LDL (t26), t28
- 38: PUTL t28, R3
- 39: INCEIPL $4
-
- 0xEE3436C: 80030000 lwz r0,0(r3)
- 40: GETL R3, t30
- 41: LDL (t30), t32
- 42: PUTL t32, R0
- 43: INCEIPL $4
-
- 0xEE34370: 2F800000 cmpi cr7,r0,0
- 44: GETL R0, t34
- 45: CMP0L t34, t36 (-rSo)
- 46: ICRFL t36, $0x7, CR
- 47: INCEIPL $4
-
- 0xEE34374: 419E0018 bc 12,30,0xEE3438C
- 48: Js30o $0xEE3438C
-
-
-
-. 1402 EE34348 48
-. 94 21 FF F0 7C 08 02 A6 42 9F 00 05 93 C1 00 08 7F C8 02 A6 90 01 00 14 80 1E FF F0 7F C0 F2 14 80 7E 80 10 80 03 00 00 2F 80 00 00 41 9E 00 18
-==== BB 1403 (0xEE3438C) approx BBs exec'd 0 ====
-
- 0xEE3438C: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xEE34390: 83C10008 lwz r30,8(r1)
- 5: GETL R1, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R30
- 9: INCEIPL $4
-
- 0xEE34394: 38210010 addi r1,r1,16
- 10: GETL R1, t8
- 11: ADDL $0x10, t8
- 12: PUTL t8, R1
- 13: INCEIPL $4
-
- 0xEE34398: 7C0803A6 mtlr r0
- 14: GETL R0, t10
- 15: PUTL t10, LR
- 16: INCEIPL $4
-
- 0xEE3439C: 4E800020 blr
- 17: GETL LR, t12
- 18: JMPo-r t12 ($4)
-
-
-
-. 1403 EE3438C 20
-. 80 01 00 14 83 C1 00 08 38 21 00 10 7C 08 03 A6 4E 80 00 20
-==== BB 1404 (0xEE34238) approx BBs exec'd 0 ====
-
- 0xEE34238: 48008E71 bl 0xEE3D0A8
- 0: MOVL $0xEE3423C, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0xEE3D0A8 ($4)
-
-
-
-. 1404 EE34238 4
-. 48 00 8E 71
-==== BB 1405 (0xEE3D0A8) approx BBs exec'd 0 ====
-
- 0xEE3D0A8: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xEE3D0AC: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xEE3D0B0: 429F0005 bcl 20,31,0xEE3D0B4
- 9: MOVL $0xEE3D0B4, t6
- 10: PUTL t6, LR
- 11: INCEIPL $4
-
- 0xEE3D0B4: 93C10008 stw r30,8(r1)
- 12: GETL R30, t8
- 13: GETL R1, t10
- 14: ADDL $0x8, t10
- 15: STL t8, (t10)
- 16: INCEIPL $4
-
- 0xEE3D0B8: 7FC802A6 mflr r30
- 17: GETL LR, t12
- 18: PUTL t12, R30
- 19: INCEIPL $4
-
- 0xEE3D0BC: 93E1000C stw r31,12(r1)
- 20: GETL R31, t14
- 21: GETL R1, t16
- 22: ADDL $0xC, t16
- 23: STL t14, (t16)
- 24: INCEIPL $4
-
- 0xEE3D0C0: 90010014 stw r0,20(r1)
- 25: GETL R0, t18
- 26: GETL R1, t20
- 27: ADDL $0x14, t20
- 28: STL t18, (t20)
- 29: INCEIPL $4
-
- 0xEE3D0C4: 801EFFF0 lwz r0,-16(r30)
- 30: GETL R30, t22
- 31: ADDL $0xFFFFFFF0, t22
- 32: LDL (t22), t24
- 33: PUTL t24, R0
- 34: INCEIPL $4
-
- 0xEE3D0C8: 7FC0F214 add r30,r0,r30
- 35: GETL R0, t26
- 36: GETL R30, t28
- 37: ADDL t26, t28
- 38: PUTL t28, R30
- 39: INCEIPL $4
-
- 0xEE3D0CC: 813E8000 lwz r9,-32768(r30)
- 40: GETL R30, t30
- 41: ADDL $0xFFFF8000, t30
- 42: LDL (t30), t32
- 43: PUTL t32, R9
- 44: INCEIPL $4
-
- 0xEE3D0D0: 8009FFFC lwz r0,-4(r9)
- 45: GETL R9, t34
- 46: ADDL $0xFFFFFFFC, t34
- 47: LDL (t34), t36
- 48: PUTL t36, R0
- 49: INCEIPL $4
-
- 0xEE3D0D4: 3BE9FFFC addi r31,r9,-4
- 50: GETL R9, t38
- 51: ADDL $0xFFFFFFFC, t38
- 52: PUTL t38, R31
- 53: INCEIPL $4
-
- 0xEE3D0D8: 48000010 b 0xEE3D0E8
- 54: JMPo $0xEE3D0E8 ($4)
-
-
-
-. 1405 EE3D0A8 52
-. 94 21 FF F0 7C 08 02 A6 42 9F 00 05 93 C1 00 08 7F C8 02 A6 93 E1 00 0C 90 01 00 14 80 1E FF F0 7F C0 F2 14 81 3E 80 00 80 09 FF FC 3B E9 FF FC 48 00 00 10
-==== BB 1406 (0xEE3D0E8) approx BBs exec'd 0 ====
-
- 0xEE3D0E8: 2F80FFFF cmpi cr7,r0,-1
- 0: GETL R0, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xEE3D0EC: 409EFFF0 bc 4,30,0xEE3D0DC
- 5: Jc30o $0xEE3D0DC
-
-
-
-. 1406 EE3D0E8 8
-. 2F 80 FF FF 40 9E FF F0
-==== BB 1407 (0xEE3D0DC) approx BBs exec'd 0 ====
-
- 0xEE3D0DC: 7C0803A6 mtlr r0
- 0: GETL R0, t0
- 1: PUTL t0, LR
- 2: INCEIPL $4
-
- 0xEE3D0E0: 4E800021 blrl
- 3: GETL LR, t2
- 4: MOVL $0xEE3D0E4, t4
- 5: PUTL t4, LR
- 6: JMPo-r t2 ($4)
-
-
-
-. 1407 EE3D0DC 8
-. 7C 08 03 A6 4E 80 00 21
-==== BB 1408 init_global_thread_specific_state(0xEE383D0) approx BBs exec'd 0 ====
-
- 0xEE383D0: 9421FF80 stwu r1,-128(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFF80, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xEE383D4: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xEE383D8: 93A10074 stw r29,116(r1)
- 9: GETL R29, t6
- 10: GETL R1, t8
- 11: ADDL $0x74, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xEE383DC: 93C10078 stw r30,120(r1)
- 14: GETL R30, t10
- 15: GETL R1, t12
- 16: ADDL $0x78, t12
- 17: STL t10, (t12)
- 18: INCEIPL $4
-
- 0xEE383E0: 90010084 stw r0,132(r1)
- 19: GETL R0, t14
- 20: GETL R1, t16
- 21: ADDL $0x84, t16
- 22: STL t14, (t16)
- 23: INCEIPL $4
-
- 0xEE383E4: 48016EED bl 0xEE4F2D0
- 24: MOVL $0xEE383E8, t18
- 25: PUTL t18, LR
- 26: JMPo-c $0xEE4F2D0 ($4)
-
-
-
-. 1408 EE383D0 24
-. 94 21 FF 80 7C 08 02 A6 93 A1 00 74 93 C1 00 78 90 01 00 84 48 01 6E ED
-==== BB 1409 (0xEE383E8) approx BBs exec'd 0 ====
-
- 0xEE383E8: 7FC802A6 mflr r30
- 0: GETL LR, t0
- 1: PUTL t0, R30
- 2: INCEIPL $4
-
- 0xEE383EC: 813E00A8 lwz r9,168(r30)
- 3: GETL R30, t2
- 4: ADDL $0xA8, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R9
- 7: INCEIPL $4
-
- 0xEE383F0: 80090000 lwz r0,0(r9)
- 8: GETL R9, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R0
- 11: INCEIPL $4
-
- 0xEE383F4: 2F800000 cmpi cr7,r0,0
- 12: GETL R0, t10
- 13: CMP0L t10, t12 (-rSo)
- 14: ICRFL t12, $0x7, CR
- 15: INCEIPL $4
-
- 0xEE383F8: 40BE0138 bc 5,30,0xEE38530
- 16: Jc30o $0xEE38530
-
-
-
-. 1409 EE383E8 20
-. 7F C8 02 A6 81 3E 00 A8 80 09 00 00 2F 80 00 00 40 BE 01 38
-==== BB 1410 (0xEE383FC) approx BBs exec'd 0 ====
-
- 0xEE383FC: 807E00AC lwz r3,172(r30)
- 0: GETL R30, t0
- 1: ADDL $0xAC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xEE38400: 4801760D bl 0xEE4FA0C
- 5: MOVL $0xEE38404, t4
- 6: PUTL t4, LR
- 7: JMPo-c $0xEE4FA0C ($4)
-
-
-
-. 1410 EE383FC 8
-. 80 7E 00 AC 48 01 76 0D
-==== BB 1411 (0xEE4FA0C) approx BBs exec'd 0 ====
-
- 0xEE4FA0C: 39600008 li r11,8
- 0: MOVL $0x8, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0xEE4FA10: 4BFFFFC4 b 0xEE4F9D4
- 3: JMPo $0xEE4F9D4 ($4)
-
-
-
-. 1411 EE4FA0C 8
-. 39 60 00 08 4B FF FF C4
-==== BB 1412 (0xEE4F9D4) approx BBs exec'd 0 ====
-
- 0xEE4F9D4: 556C083C rlwinm r12,r11,1,0,30
- 0: GETL R11, t0
- 1: SHLL $0x1, t0
- 2: PUTL t0, R12
- 3: INCEIPL $4
-
- 0xEE4F9D8: 7D6C5A14 add r11,r12,r11
- 4: GETL R12, t2
- 5: GETL R11, t4
- 6: ADDL t2, t4
- 7: PUTL t4, R11
- 8: INCEIPL $4
-
- 0xEE4F9DC: 3980AF5C li r12,-20644
- 9: MOVL $0xFFFFAF5C, t6
- 10: PUTL t6, R12
- 11: INCEIPL $4
-
- 0xEE4F9E0: 3D8C2548 addis r12,r12,9544
- 12: MOVL $0x2547AF5C, t8
- 13: PUTL t8, R12
- 14: INCEIPL $4
-
- 0xEE4F9E4: 7D8903A6 mtctr r12
- 15: GETL R12, t10
- 16: PUTL t10, CTR
- 17: INCEIPL $4
-
- 0xEE4F9E8: 39808880 li r12,-30592
- 18: MOVL $0xFFFF8880, t12
- 19: PUTL t12, R12
- 20: INCEIPL $4
-
- 0xEE4F9EC: 3D8C2547 addis r12,r12,9543
- 21: MOVL $0x25468880, t14
- 22: PUTL t14, R12
- 23: INCEIPL $4
-
- 0xEE4F9F0: 4E800420 bctr
- 24: GETL CTR, t16
- 25: JMPo t16 ($4)
-
-
-
-. 1412 EE4F9D4 32
-. 55 6C 08 3C 7D 6C 5A 14 39 80 AF 5C 3D 8C 25 48 7D 89 03 A6 39 80 88 80 3D 8C 25 47 4E 80 04 20
-==== BB 1413 _dl_runtime_resolve(0x2547AF5C) approx BBs exec'd 0 ====
-
- 0x2547AF5C: 9421FFC0 stwu r1,-64(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFC0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547AF60: 9001000C stw r0,12(r1)
- 6: GETL R0, t4
- 7: GETL R1, t6
- 8: ADDL $0xC, t6
- 9: STL t4, (t6)
- 10: INCEIPL $4
-
- 0x2547AF64: 90610010 stw r3,16(r1)
- 11: GETL R3, t8
- 12: GETL R1, t10
- 13: ADDL $0x10, t10
- 14: STL t8, (t10)
- 15: INCEIPL $4
-
- 0x2547AF68: 90810014 stw r4,20(r1)
- 16: GETL R4, t12
- 17: GETL R1, t14
- 18: ADDL $0x14, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0x2547AF6C: 7D836378 or r3,r12,r12
- 21: GETL R12, t16
- 22: PUTL t16, R3
- 23: INCEIPL $4
-
- 0x2547AF70: 90A10018 stw r5,24(r1)
- 24: GETL R5, t18
- 25: GETL R1, t20
- 26: ADDL $0x18, t20
- 27: STL t18, (t20)
- 28: INCEIPL $4
-
- 0x2547AF74: 7D645B78 or r4,r11,r11
- 29: GETL R11, t22
- 30: PUTL t22, R4
- 31: INCEIPL $4
-
- 0x2547AF78: 90C1001C stw r6,28(r1)
- 32: GETL R6, t24
- 33: GETL R1, t26
- 34: ADDL $0x1C, t26
- 35: STL t24, (t26)
- 36: INCEIPL $4
-
- 0x2547AF7C: 7C0802A6 mflr r0
- 37: GETL LR, t28
- 38: PUTL t28, R0
- 39: INCEIPL $4
-
- 0x2547AF80: 90E10020 stw r7,32(r1)
- 40: GETL R7, t30
- 41: GETL R1, t32
- 42: ADDL $0x20, t32
- 43: STL t30, (t32)
- 44: INCEIPL $4
-
- 0x2547AF84: 90010030 stw r0,48(r1)
- 45: GETL R0, t34
- 46: GETL R1, t36
- 47: ADDL $0x30, t36
- 48: STL t34, (t36)
- 49: INCEIPL $4
-
- 0x2547AF88: 91010024 stw r8,36(r1)
- 50: GETL R8, t38
- 51: GETL R1, t40
- 52: ADDL $0x24, t40
- 53: STL t38, (t40)
- 54: INCEIPL $4
-
- 0x2547AF8C: 7C000026 mfcr r0
- 55: GETL CR, t42
- 56: PUTL t42, R0
- 57: INCEIPL $4
-
- 0x2547AF90: 91210028 stw r9,40(r1)
- 58: GETL R9, t44
- 59: GETL R1, t46
- 60: ADDL $0x28, t46
- 61: STL t44, (t46)
- 62: INCEIPL $4
-
- 0x2547AF94: 9141002C stw r10,44(r1)
- 63: GETL R10, t48
- 64: GETL R1, t50
- 65: ADDL $0x2C, t50
- 66: STL t48, (t50)
- 67: INCEIPL $4
-
- 0x2547AF98: 90010008 stw r0,8(r1)
- 68: GETL R0, t52
- 69: GETL R1, t54
- 70: ADDL $0x8, t54
- 71: STL t52, (t54)
- 72: INCEIPL $4
-
- 0x2547AF9C: 480000C9 bl 0x2547B064
- 73: MOVL $0x2547AFA0, t56
- 74: PUTL t56, LR
- 75: JMPo-c $0x2547B064 ($4)
-
-
-
-. 1413 2547AF5C 68
-. 94 21 FF C0 90 01 00 0C 90 61 00 10 90 81 00 14 7D 83 63 78 90 A1 00 18 7D 64 5B 78 90 C1 00 1C 7C 08 02 A6 90 E1 00 20 90 01 00 30 91 01 00 24 7C 00 00 26 91 21 00 28 91 41 00 2C 90 01 00 08 48 00 00 C9
-==== BB 1414 fixup(0x2547B064) approx BBs exec'd 0 ====
-
- 0x2547B064: 7CE802A6 mflr r7
- 0: GETL LR, t0
- 1: PUTL t0, R7
- 2: INCEIPL $4
-
- 0x2547B068: 9421FFE0 stwu r1,-32(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFE0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0x2547B06C: 93810010 stw r28,16(r1)
- 9: GETL R28, t6
- 10: GETL R1, t8
- 11: ADDL $0x10, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x2547B070: 4801BF91 bl 0x25497000
- 14: MOVL $0x2547B074, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0x25497000 ($4)
-
-
-
-. 1414 2547B064 16
-. 7C E8 02 A6 94 21 FF E0 93 81 00 10 48 01 BF 91
-==== BB 1415 (0x2547B074) approx BBs exec'd 0 ====
-
- 0x2547B074: 93A10014 stw r29,20(r1)
- 0: GETL R29, t0
- 1: GETL R1, t2
- 2: ADDL $0x14, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547B078: 90E10024 stw r7,36(r1)
- 5: GETL R7, t4
- 6: GETL R1, t6
- 7: ADDL $0x24, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0x2547B07C: 80C3007C lwz r6,124(r3)
- 10: GETL R3, t8
- 11: ADDL $0x7C, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R6
- 14: INCEIPL $4
-
- 0x2547B080: 93C10018 stw r30,24(r1)
- 15: GETL R30, t12
- 16: GETL R1, t14
- 17: ADDL $0x18, t14
- 18: STL t12, (t14)
- 19: INCEIPL $4
-
- 0x2547B084: 7FC802A6 mflr r30
- 20: GETL LR, t16
- 21: PUTL t16, R30
- 22: INCEIPL $4
-
- 0x2547B088: 93E1001C stw r31,28(r1)
- 23: GETL R31, t18
- 24: GETL R1, t20
- 25: ADDL $0x1C, t20
- 26: STL t18, (t20)
- 27: INCEIPL $4
-
- 0x2547B08C: 7C7F1B78 or r31,r3,r3
- 28: GETL R3, t22
- 29: PUTL t22, R31
- 30: INCEIPL $4
-
- 0x2547B090: 81460004 lwz r10,4(r6)
- 31: GETL R6, t24
- 32: ADDL $0x4, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R10
- 35: INCEIPL $4
-
- 0x2547B094: 80A30038 lwz r5,56(r3)
- 36: GETL R3, t28
- 37: ADDL $0x38, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R5
- 40: INCEIPL $4
-
- 0x2547B098: 7FAA2214 add r29,r10,r4
- 41: GETL R10, t32
- 42: GETL R4, t34
- 43: ADDL t32, t34
- 44: PUTL t34, R29
- 45: INCEIPL $4
-
- 0x2547B09C: 7D6A202E lwzx r11,r10,r4
- 46: GETL R4, t36
- 47: GETL R10, t38
- 48: ADDL t38, t36
- 49: LDL (t36), t40
- 50: PUTL t40, R11
- 51: INCEIPL $4
-
- 0x2547B0A0: 807D0004 lwz r3,4(r29)
- 52: GETL R29, t42
- 53: ADDL $0x4, t42
- 54: LDL (t42), t44
- 55: PUTL t44, R3
- 56: INCEIPL $4
-
- 0x2547B0A4: 81850004 lwz r12,4(r5)
- 57: GETL R5, t46
- 58: ADDL $0x4, t46
- 59: LDL (t46), t48
- 60: PUTL t48, R12
- 61: INCEIPL $4
-
- 0x2547B0A8: 5466C23E rlwinm r6,r3,24,8,31
- 62: GETL R3, t50
- 63: SHRL $0x8, t50
- 64: PUTL t50, R6
- 65: INCEIPL $4
-
- 0x2547B0AC: 807F0000 lwz r3,0(r31)
- 66: GETL R31, t52
- 67: LDL (t52), t54
- 68: PUTL t54, R3
- 69: INCEIPL $4
-
- 0x2547B0B0: 54C52036 rlwinm r5,r6,4,0,27
- 70: GETL R6, t56
- 71: SHLL $0x4, t56
- 72: PUTL t56, R5
- 73: INCEIPL $4
-
- 0x2547B0B4: 7D056214 add r8,r5,r12
- 74: GETL R5, t58
- 75: GETL R12, t60
- 76: ADDL t58, t60
- 77: PUTL t60, R8
- 78: INCEIPL $4
-
- 0x2547B0B8: 7F835A14 add r28,r3,r11
- 79: GETL R3, t62
- 80: GETL R11, t64
- 81: ADDL t62, t64
- 82: PUTL t64, R28
- 83: INCEIPL $4
-
- 0x2547B0BC: 8808000D lbz r0,13(r8)
- 84: GETL R8, t66
- 85: ADDL $0xD, t66
- 86: LDB (t66), t68
- 87: PUTL t68, R0
- 88: INCEIPL $4
-
- 0x2547B0C0: 70090003 andi. r9,r0,0x3
- 89: GETL R0, t70
- 90: ANDL $0x3, t70
- 91: PUTL t70, R9
- 92: CMP0L t70, t72 (-rSo)
- 93: ICRFL t72, $0x0, CR
- 94: INCEIPL $4
-
- 0x2547B0C4: 813F0034 lwz r9,52(r31)
- 95: GETL R31, t74
- 96: ADDL $0x34, t74
- 97: LDL (t74), t76
- 98: PUTL t76, R9
- 99: INCEIPL $4
-
- 0x2547B0C8: 80890004 lwz r4,4(r9)
- 100: GETL R9, t78
- 101: ADDL $0x4, t78
- 102: LDL (t78), t80
- 103: PUTL t80, R4
- 104: INCEIPL $4
-
- 0x2547B0CC: 91010008 stw r8,8(r1)
- 105: GETL R8, t82
- 106: GETL R1, t84
- 107: ADDL $0x8, t84
- 108: STL t82, (t84)
- 109: INCEIPL $4
-
- 0x2547B0D0: 408200E0 bc 4,2,0x2547B1B0
- 110: Jc02o $0x2547B1B0
-
-
-
-. 1415 2547B074 96
-. 93 A1 00 14 90 E1 00 24 80 C3 00 7C 93 C1 00 18 7F C8 02 A6 93 E1 00 1C 7C 7F 1B 78 81 46 00 04 80 A3 00 38 7F AA 22 14 7D 6A 20 2E 80 7D 00 04 81 85 00 04 54 66 C2 3E 80 7F 00 00 54 C5 20 36 7D 05 62 14 7F 83 5A 14 88 08 00 0D 70 09 00 03 81 3F 00 34 80 89 00 04 91 01 00 08 40 82 00 E0
-==== BB 1416 (0x2547B0D4) approx BBs exec'd 0 ====
-
- 0x2547B0D4: 815F00E4 lwz r10,228(r31)
- 0: GETL R31, t0
- 1: ADDL $0xE4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x2547B0D8: 38E00000 li r7,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R7
- 7: INCEIPL $4
-
- 0x2547B0DC: 2F8A0000 cmpi cr7,r10,0
- 8: GETL R10, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x7, CR
- 11: INCEIPL $4
-
- 0x2547B0E0: 409E009C bc 4,30,0x2547B17C
- 12: Jc30o $0x2547B17C
-
-
-
-. 1416 2547B0D4 16
-. 81 5F 00 E4 38 E0 00 00 2F 8A 00 00 40 9E 00 9C
-==== BB 1417 (0x2547B17C) approx BBs exec'd 0 ====
-
- 0x2547B17C: 816A0004 lwz r11,4(r10)
- 0: GETL R10, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x2547B180: 54C9083C rlwinm r9,r6,1,0,30
- 5: GETL R6, t4
- 6: SHLL $0x1, t4
- 7: PUTL t4, R9
- 8: INCEIPL $4
-
- 0x2547B184: 80DF0188 lwz r6,392(r31)
- 9: GETL R31, t6
- 10: ADDL $0x188, t6
- 11: LDL (t6), t8
- 12: PUTL t8, R6
- 13: INCEIPL $4
-
- 0x2547B188: 7D095A2E lhzx r8,r9,r11
- 14: GETL R11, t10
- 15: GETL R9, t12
- 16: ADDL t12, t10
- 17: LDW (t10), t14
- 18: PUTL t14, R8
- 19: INCEIPL $4
-
- 0x2547B18C: 55072376 rlwinm r7,r8,4,13,27
- 20: GETL R8, t16
- 21: ROLL $0x4, t16
- 22: ANDL $0x7FFF0, t16
- 23: PUTL t16, R7
- 24: INCEIPL $4
-
- 0x2547B190: 7D663A14 add r11,r6,r7
- 25: GETL R6, t18
- 26: GETL R7, t20
- 27: ADDL t18, t20
- 28: PUTL t20, R11
- 29: INCEIPL $4
-
- 0x2547B194: 806B0004 lwz r3,4(r11)
- 30: GETL R11, t22
- 31: ADDL $0x4, t22
- 32: LDL (t22), t24
- 33: PUTL t24, R3
- 34: INCEIPL $4
-
- 0x2547B198: 7C6AFE70 srawi r10,r3,31
- 35: GETL R3, t26
- 36: SARL $0x1F, t26 (-wCa)
- 37: PUTL t26, R10
- 38: INCEIPL $4
-
- 0x2547B19C: 7D401A78 xor r0,r10,r3
- 39: GETL R10, t28
- 40: GETL R3, t30
- 41: XORL t28, t30
- 42: PUTL t30, R0
- 43: INCEIPL $4
-
- 0x2547B1A0: 7D205050 subf r9,r0,r10
- 44: GETL R0, t32
- 45: GETL R10, t34
- 46: SUBL t32, t34
- 47: PUTL t34, R9
- 48: INCEIPL $4
-
- 0x2547B1A4: 7D28FE70 srawi r8,r9,31
- 49: GETL R9, t36
- 50: SARL $0x1F, t36 (-wCa)
- 51: PUTL t36, R8
- 52: INCEIPL $4
-
- 0x2547B1A8: 7D674038 and r7,r11,r8
- 53: GETL R11, t38
- 54: GETL R8, t40
- 55: ANDL t38, t40
- 56: PUTL t40, R7
- 57: INCEIPL $4
-
- 0x2547B1AC: 4BFFFF38 b 0x2547B0E4
- 58: JMPo $0x2547B0E4 ($4)
-
-
-
-. 1417 2547B17C 52
-. 81 6A 00 04 54 C9 08 3C 80 DF 01 88 7D 09 5A 2E 55 07 23 76 7D 66 3A 14 80 6B 00 04 7C 6A FE 70 7D 40 1A 78 7D 20 50 50 7D 28 FE 70 7D 67 40 38 4B FF FF 38
-==== BB 1418 (0x2547B0E4) approx BBs exec'd 0 ====
-
- 0x2547B0E4: 7C05602E lwzx r0,r5,r12
- 0: GETL R12, t0
- 1: GETL R5, t2
- 2: ADDL t2, t0
- 3: LDL (t0), t4
- 4: PUTL t4, R0
- 5: INCEIPL $4
-
- 0x2547B0E8: 39400000 li r10,0
- 6: MOVL $0x0, t6
- 7: PUTL t6, R10
- 8: INCEIPL $4
-
- 0x2547B0EC: 80DF01C0 lwz r6,448(r31)
- 9: GETL R31, t8
- 10: ADDL $0x1C0, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R6
- 13: INCEIPL $4
-
- 0x2547B0F0: 38A10008 addi r5,r1,8
- 14: GETL R1, t12
- 15: ADDL $0x8, t12
- 16: PUTL t12, R5
- 17: INCEIPL $4
-
- 0x2547B0F4: 7C602214 add r3,r0,r4
- 18: GETL R0, t14
- 19: GETL R4, t16
- 20: ADDL t14, t16
- 21: PUTL t16, R3
- 22: INCEIPL $4
-
- 0x2547B0F8: 39000001 li r8,1
- 23: MOVL $0x1, t18
- 24: PUTL t18, R8
- 25: INCEIPL $4
-
- 0x2547B0FC: 7FE4FB78 or r4,r31,r31
- 26: GETL R31, t20
- 27: PUTL t20, R4
- 28: INCEIPL $4
-
- 0x2547B100: 39200001 li r9,1
- 29: MOVL $0x1, t22
- 30: PUTL t22, R9
- 31: INCEIPL $4
-
- 0x2547B104: 4BFFD4A1 bl 0x254785A4
- 32: MOVL $0x2547B108, t24
- 33: PUTL t24, LR
- 34: JMPo-c $0x254785A4 ($4)
-
-
-
-. 1418 2547B0E4 36
-. 7C 05 60 2E 39 40 00 00 80 DF 01 C0 38 A1 00 08 7C 60 22 14 39 00 00 01 7F E4 FB 78 39 20 00 01 4B FF D4 A1
-==== BB 1419 (0x2547B108) approx BBs exec'd 0 ====
-
- 0x2547B108: 39400000 li r10,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R10
- 2: INCEIPL $4
-
- 0x2547B10C: 81610008 lwz r11,8(r1)
- 3: GETL R1, t2
- 4: ADDL $0x8, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R11
- 7: INCEIPL $4
-
- 0x2547B110: 2C8B0000 cmpi cr1,r11,0
- 8: GETL R11, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x1, CR
- 11: INCEIPL $4
-
- 0x2547B114: 41860018 bc 12,6,0x2547B12C
- 12: Js06o $0x2547B12C
-
-
-
-. 1419 2547B108 16
-. 39 40 00 00 81 61 00 08 2C 8B 00 00 41 86 00 18
-==== BB 1420 (0x2547B118) approx BBs exec'd 0 ====
-
- 0x2547B118: 2F030000 cmpi cr6,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x2547B11C: 419A00A0 bc 12,26,0x2547B1BC
- 4: Js26o $0x2547B1BC
-
-
-
-. 1420 2547B118 8
-. 2F 03 00 00 41 9A 00 A0
-==== BB 1421 (0x2547B120) approx BBs exec'd 0 ====
-
- 0x2547B120: 81830000 lwz r12,0(r3)
- 0: GETL R3, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R12
- 3: INCEIPL $4
-
- 0x2547B124: 808B0004 lwz r4,4(r11)
- 4: GETL R11, t4
- 5: ADDL $0x4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R4
- 8: INCEIPL $4
-
- 0x2547B128: 7D4C2214 add r10,r12,r4
- 9: GETL R12, t8
- 10: GETL R4, t10
- 11: ADDL t8, t10
- 12: PUTL t10, R10
- 13: INCEIPL $4
-
- 0x2547B12C: 80FE04F4 lwz r7,1268(r30)
- 14: GETL R30, t12
- 15: ADDL $0x4F4, t12
- 16: LDL (t12), t14
- 17: PUTL t14, R7
- 18: INCEIPL $4
-
- 0x2547B130: 80DD0008 lwz r6,8(r29)
- 19: GETL R29, t16
- 20: ADDL $0x8, t16
- 21: LDL (t16), t18
- 22: PUTL t18, R6
- 23: INCEIPL $4
-
- 0x2547B134: 8067002C lwz r3,44(r7)
- 24: GETL R7, t20
- 25: ADDL $0x2C, t20
- 26: LDL (t20), t22
- 27: PUTL t22, R3
- 28: INCEIPL $4
-
- 0x2547B138: 7D665214 add r11,r6,r10
- 29: GETL R6, t24
- 30: GETL R10, t26
- 31: ADDL t24, t26
- 32: PUTL t26, R11
- 33: INCEIPL $4
-
- 0x2547B13C: 2C030000 cmpi cr0,r3,0
- 34: GETL R3, t28
- 35: CMP0L t28, t30 (-rSo)
- 36: ICRFL t30, $0x0, CR
- 37: INCEIPL $4
-
- 0x2547B140: 7D635B78 or r3,r11,r11
- 38: GETL R11, t32
- 39: PUTL t32, R3
- 40: INCEIPL $4
-
- 0x2547B144: 40820018 bc 4,2,0x2547B15C
- 41: Jc02o $0x2547B15C
-
-
-
-. 1421 2547B120 40
-. 81 83 00 00 80 8B 00 04 7D 4C 22 14 80 FE 04 F4 80 DD 00 08 80 67 00 2C 7D 66 52 14 2C 03 00 00 7D 63 5B 78 40 82 00 18
-==== BB 1422 (0x2547B148) approx BBs exec'd 0 ====
-
- 0x2547B148: 7FE3FB78 or r3,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x2547B14C: 7FA4EB78 or r4,r29,r29
- 3: GETL R29, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0x2547B150: 7F85E378 or r5,r28,r28
- 6: GETL R28, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x2547B154: 7D665B78 or r6,r11,r11
- 9: GETL R11, t6
- 10: PUTL t6, R6
- 11: INCEIPL $4
-
- 0x2547B158: 4800540D bl 0x25480564
- 12: MOVL $0x2547B15C, t8
- 13: PUTL t8, LR
- 14: JMPo-c $0x25480564 ($4)
-
-
-
-. 1422 2547B148 20
-. 7F E3 FB 78 7F A4 EB 78 7F 85 E3 78 7D 66 5B 78 48 00 54 0D
-==== BB 1423 __elf_machine_fixup_plt(0x25480564) approx BBs exec'd 0 ====
-
- 0x25480564: 7D453050 subf r10,r5,r6
- 0: GETL R5, t0
- 1: GETL R6, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x25480568: 3D06FE00 addis r8,r6,-512
- 5: GETL R6, t4
- 6: ADDL $0xFE000000, t4
- 7: PUTL t4, R8
- 8: INCEIPL $4
-
- 0x2548056C: 554C3032 rlwinm r12,r10,6,0,25
- 9: GETL R10, t6
- 10: SHLL $0x6, t6
- 11: PUTL t6, R12
- 12: INCEIPL $4
-
- 0x25480570: 3CE0FC00 lis r7,-1024
- 13: MOVL $0xFC000000, t8
- 14: PUTL t8, R7
- 15: INCEIPL $4
-
- 0x25480574: 7D843670 srawi r4,r12,6
- 16: GETL R12, t10
- 17: SARL $0x6, t10 (-wCa)
- 18: PUTL t10, R4
- 19: INCEIPL $4
-
- 0x25480578: 39280003 addi r9,r8,3
- 20: GETL R8, t12
- 21: ADDL $0x3, t12
- 22: PUTL t12, R9
- 23: INCEIPL $4
-
- 0x2548057C: 7F845000 cmp cr7,r4,r10
- 24: GETL R4, t14
- 25: GETL R10, t16
- 26: CMPL t14, t16, t18 (-rSo)
- 27: ICRFL t18, $0x7, CR
- 28: INCEIPL $4
-
- 0x25480580: 60E00002 ori r0,r7,0x2
- 29: MOVL $0xFC000002, t20
- 30: PUTL t20, R0
- 31: INCEIPL $4
-
- 0x25480584: 548B01BA rlwinm r11,r4,0,6,29
- 32: GETL R4, t22
- 33: ANDL $0x3FFFFFC, t22
- 34: PUTL t22, R11
- 35: INCEIPL $4
-
- 0x25480588: 9421FFF0 stwu r1,-16(r1)
- 36: GETL R1, t24
- 37: GETL R1, t26
- 38: ADDL $0xFFFFFFF0, t26
- 39: PUTL t26, R1
- 40: STL t24, (t26)
- 41: INCEIPL $4
-
- 0x2548058C: 7F090040 cmpl cr6,r9,r0
- 42: GETL R9, t28
- 43: GETL R0, t30
- 44: CMPUL t28, t30, t32 (-rSo)
- 45: ICRFL t32, $0x6, CR
- 46: INCEIPL $4
-
- 0x25480590: 656B4800 oris r11,r11,0x4800
- 47: GETL R11, t34
- 48: ORL $0x48000000, t34
- 49: PUTL t34, R11
- 50: INCEIPL $4
-
- 0x25480594: 419E00EC bc 12,30,0x25480680
- 51: Js30o $0x25480680
-
-
-
-. 1423 25480564 52
-. 7D 45 30 50 3D 06 FE 00 55 4C 30 32 3C E0 FC 00 7D 84 36 70 39 28 00 03 7F 84 50 00 60 E0 00 02 54 8B 01 BA 94 21 FF F0 7F 09 00 40 65 6B 48 00 41 9E 00 EC
-==== BB 1424 (0x25480680) approx BBs exec'd 0 ====
-
- 0x25480680: 91650000 stw r11,0(r5)
- 0: GETL R11, t0
- 1: GETL R5, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0x25480684: 7C00286C dcbst r0,r5
- 4: INCEIPL $4
-
- 0x25480688: 7C0004AC sync
- 5: INCEIPL $4
-
- 0x2548068C: 7C002FAC icbi r0,r5
- 6: GETL R5, t4
- 7: CALLM_So
- 8: PUSHL t4
- 9: CALLMo $0x68
- 10: CALLM_Eo
- 11: INCEIPL $4
-
- 0x25480690: 7C0004AC sync
- 12: INCEIPL $4
-
- 0x25480694: 4C00012C 13: INCEIPL $4
-
- 0x25480698: 7CC33378 or r3,r6,r6
- 14: GETL R6, t6
- 15: PUTL t6, R3
- 16: INCEIPL $4
-
- 0x2548069C: 38210010 addi r1,r1,16
- 17: GETL R1, t8
- 18: ADDL $0x10, t8
- 19: PUTL t8, R1
- 20: INCEIPL $4
-
- 0x254806A0: 4E800020 blr
- 21: GETL LR, t10
- 22: JMPo-r t10 ($4)
-
-
-
-. 1424 25480680 36
-. 91 65 00 00 7C 00 28 6C 7C 00 04 AC 7C 00 2F AC 7C 00 04 AC 4C 00 01 2C 7C C3 33 78 38 21 00 10 4E 80 00 20
-==== BB 1425 (0x2547B15C) approx BBs exec'd 0 ====
-
- 0x2547B15C: 83810024 lwz r28,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0x2547B160: 83A10014 lwz r29,20(r1)
- 5: GETL R1, t4
- 6: ADDL $0x14, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R29
- 9: INCEIPL $4
-
- 0x2547B164: 7F8803A6 mtlr r28
- 10: GETL R28, t8
- 11: PUTL t8, LR
- 12: INCEIPL $4
-
- 0x2547B168: 83C10018 lwz r30,24(r1)
- 13: GETL R1, t10
- 14: ADDL $0x18, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R30
- 17: INCEIPL $4
-
- 0x2547B16C: 83810010 lwz r28,16(r1)
- 18: GETL R1, t14
- 19: ADDL $0x10, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R28
- 22: INCEIPL $4
-
- 0x2547B170: 83E1001C lwz r31,28(r1)
- 23: GETL R1, t18
- 24: ADDL $0x1C, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R31
- 27: INCEIPL $4
-
- 0x2547B174: 38210020 addi r1,r1,32
- 28: GETL R1, t22
- 29: ADDL $0x20, t22
- 30: PUTL t22, R1
- 31: INCEIPL $4
-
- 0x2547B178: 4E800020 blr
- 32: GETL LR, t24
- 33: JMPo-r t24 ($4)
-
-
-
-. 1425 2547B15C 32
-. 83 81 00 24 83 A1 00 14 7F 88 03 A6 83 C1 00 18 83 81 00 10 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 1426 (0x2547AFA0) approx BBs exec'd 0 ====
-
- 0x2547AFA0: 7C6903A6 mtctr r3
- 0: GETL R3, t0
- 1: PUTL t0, CTR
- 2: INCEIPL $4
-
- 0x2547AFA4: 80010030 lwz r0,48(r1)
- 3: GETL R1, t2
- 4: ADDL $0x30, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0x2547AFA8: 8141002C lwz r10,44(r1)
- 8: GETL R1, t6
- 9: ADDL $0x2C, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R10
- 12: INCEIPL $4
-
- 0x2547AFAC: 81210028 lwz r9,40(r1)
- 13: GETL R1, t10
- 14: ADDL $0x28, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R9
- 17: INCEIPL $4
-
- 0x2547AFB0: 7C0803A6 mtlr r0
- 18: GETL R0, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0x2547AFB4: 81010024 lwz r8,36(r1)
- 21: GETL R1, t16
- 22: ADDL $0x24, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R8
- 25: INCEIPL $4
-
- 0x2547AFB8: 80010008 lwz r0,8(r1)
- 26: GETL R1, t20
- 27: ADDL $0x8, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R0
- 30: INCEIPL $4
-
- 0x2547AFBC: 80E10020 lwz r7,32(r1)
- 31: GETL R1, t24
- 32: ADDL $0x20, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R7
- 35: INCEIPL $4
-
- 0x2547AFC0: 80C1001C lwz r6,28(r1)
- 36: GETL R1, t28
- 37: ADDL $0x1C, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R6
- 40: INCEIPL $4
-
- 0x2547AFC4: 7C0FF120 mtcr r0
- 41: GETL R0, t32
- 42: PUTL t32, CR
- 43: INCEIPL $4
-
- 0x2547AFC8: 80A10018 lwz r5,24(r1)
- 44: GETL R1, t34
- 45: ADDL $0x18, t34
- 46: LDL (t34), t36
- 47: PUTL t36, R5
- 48: INCEIPL $4
-
- 0x2547AFCC: 80810014 lwz r4,20(r1)
- 49: GETL R1, t38
- 50: ADDL $0x14, t38
- 51: LDL (t38), t40
- 52: PUTL t40, R4
- 53: INCEIPL $4
-
- 0x2547AFD0: 80610010 lwz r3,16(r1)
- 54: GETL R1, t42
- 55: ADDL $0x10, t42
- 56: LDL (t42), t44
- 57: PUTL t44, R3
- 58: INCEIPL $4
-
- 0x2547AFD4: 8001000C lwz r0,12(r1)
- 59: GETL R1, t46
- 60: ADDL $0xC, t46
- 61: LDL (t46), t48
- 62: PUTL t48, R0
- 63: INCEIPL $4
-
- 0x2547AFD8: 38210040 addi r1,r1,64
- 64: GETL R1, t50
- 65: ADDL $0x40, t50
- 66: PUTL t50, R1
- 67: INCEIPL $4
-
- 0x2547AFDC: 4E800420 bctr
- 68: GETL CTR, t52
- 69: JMPo t52 ($4)
-
-
-
-. 1426 2547AFA0 64
-. 7C 69 03 A6 80 01 00 30 81 41 00 2C 81 21 00 28 7C 08 03 A6 81 01 00 24 80 01 00 08 80 E1 00 20 80 C1 00 1C 7C 0F F1 20 80 A1 00 18 80 81 00 14 80 61 00 10 80 01 00 0C 38 21 00 40 4E 80 04 20
-==== BB 1427 pthread_mutex_lock(0xEE367D4) approx BBs exec'd 0 ====
-
- 0xEE367D4: 9421FFC0 stwu r1,-64(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFC0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xEE367D8: 39200000 li r9,0
- 6: MOVL $0x0, t4
- 7: PUTL t4, R9
- 8: INCEIPL $4
-
- 0xEE367DC: 3800300C li r0,12300
- 9: MOVL $0x300C, t6
- 10: PUTL t6, R0
- 11: INCEIPL $4
-
- 0xEE367E0: 90010010 stw r0,16(r1)
- 12: GETL R0, t8
- 13: GETL R1, t10
- 14: ADDL $0x10, t10
- 15: STL t8, (t10)
- 16: INCEIPL $4
-
- 0xEE367E4: 90610014 stw r3,20(r1)
- 17: GETL R3, t12
- 18: GETL R1, t14
- 19: ADDL $0x14, t14
- 20: STL t12, (t14)
- 21: INCEIPL $4
-
- 0xEE367E8: 91210018 stw r9,24(r1)
- 22: GETL R9, t16
- 23: GETL R1, t18
- 24: ADDL $0x18, t18
- 25: STL t16, (t18)
- 26: INCEIPL $4
-
- 0xEE367EC: 9121001C stw r9,28(r1)
- 27: GETL R9, t20
- 28: GETL R1, t22
- 29: ADDL $0x1C, t22
- 30: STL t20, (t22)
- 31: INCEIPL $4
-
- 0xEE367F0: 91210020 stw r9,32(r1)
- 32: GETL R9, t24
- 33: GETL R1, t26
- 34: ADDL $0x20, t26
- 35: STL t24, (t26)
- 36: INCEIPL $4
-
- 0xEE367F4: 38610010 addi r3,r1,16
- 37: GETL R1, t28
- 38: ADDL $0x10, t28
- 39: PUTL t28, R3
- 40: INCEIPL $4
-
- 0xEE367F8: 7C03D808 client_request
- 41: JMPo-cli $0xEE367FC ($4)
-
-
-
-. 1427 EE367D4 40
-. 94 21 FF C0 39 20 00 00 38 00 30 0C 90 01 00 10 90 61 00 14 91 21 00 18 91 21 00 1C 91 21 00 20 38 61 00 10 7C 03 D8 08
-==== BB 1428 (0xEE367FC) approx BBs exec'd 0 ====
-
- 0xEE367FC: 38210040 addi r1,r1,64
- 0: GETL R1, t0
- 1: ADDL $0x40, t0
- 2: PUTL t0, R1
- 3: INCEIPL $4
-
- 0xEE36800: 4E800020 blr
- 4: GETL LR, t2
- 5: JMPo-r t2 ($4)
-
-
-
-. 1428 EE367FC 8
-. 38 21 00 40 4E 80 00 20
-==== BB 1429 (0xEE38404) approx BBs exec'd 0 ====
-
- 0xEE38404: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xEE38408: 41BE000C bc 13,30,0xEE38414
- 4: Js30o $0xEE38414
-
-
-
-. 1429 EE38404 8
-. 2F 83 00 00 41 BE 00 0C
-==== BB 1430 (0xEE38414) approx BBs exec'd 0 ====
-
- 0xEE38414: 813E00A8 lwz r9,168(r30)
- 0: GETL R30, t0
- 1: ADDL $0xA8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xEE38418: 80090000 lwz r0,0(r9)
- 5: GETL R9, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R0
- 8: INCEIPL $4
-
- 0xEE3841C: 2F800000 cmpi cr7,r0,0
- 9: GETL R0, t8
- 10: CMP0L t8, t10 (-rSo)
- 11: ICRFL t10, $0x7, CR
- 12: INCEIPL $4
-
- 0xEE38420: 41BE001C bc 13,30,0xEE3843C
- 13: Js30o $0xEE3843C
-
-
-
-. 1430 EE38414 16
-. 81 3E 00 A8 80 09 00 00 2F 80 00 00 41 BE 00 1C
-==== BB 1431 (0xEE3843C) approx BBs exec'd 0 ====
-
- 0xEE3843C: 38001001 li r0,4097
- 0: MOVL $0x1001, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xEE38440: 90010010 stw r0,16(r1)
- 3: GETL R0, t2
- 4: GETL R1, t4
- 5: ADDL $0x10, t4
- 6: STL t2, (t4)
- 7: INCEIPL $4
-
- 0xEE38444: 38000000 li r0,0
- 8: MOVL $0x0, t6
- 9: PUTL t6, R0
- 10: INCEIPL $4
-
- 0xEE38448: 90010014 stw r0,20(r1)
- 11: GETL R0, t8
- 12: GETL R1, t10
- 13: ADDL $0x14, t10
- 14: STL t8, (t10)
- 15: INCEIPL $4
-
- 0xEE3844C: 90010018 stw r0,24(r1)
- 16: GETL R0, t12
- 17: GETL R1, t14
- 18: ADDL $0x18, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0xEE38450: 9001001C stw r0,28(r1)
- 21: GETL R0, t16
- 22: GETL R1, t18
- 23: ADDL $0x1C, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xEE38454: 90010020 stw r0,32(r1)
- 26: GETL R0, t20
- 27: GETL R1, t22
- 28: ADDL $0x20, t22
- 29: STL t20, (t22)
- 30: INCEIPL $4
-
- 0xEE38458: 38610010 addi r3,r1,16
- 31: GETL R1, t24
- 32: ADDL $0x10, t24
- 33: PUTL t24, R3
- 34: INCEIPL $4
-
- 0xEE3845C: 7C03D808 client_request
- 35: JMPo-cli $0xEE38460 ($4)
-
-
-
-. 1431 EE3843C 36
-. 38 00 10 01 90 01 00 10 38 00 00 00 90 01 00 14 90 01 00 18 90 01 00 1C 90 01 00 20 38 61 00 10 7C 03 D8 08
-==== BB 1432 (0xEE38460) approx BBs exec'd 0 ====
-
- 0xEE38460: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xEE38464: 40BE0040 bc 5,30,0xEE384A4
- 4: Jc30o $0xEE384A4
-
-
-
-. 1432 EE38460 8
-. 2F 83 00 00 40 BE 00 40
-==== BB 1433 (0xEE384A4) approx BBs exec'd 0 ====
-
- 0xEE384A4: 3800300B li r0,12299
- 0: MOVL $0x300B, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xEE384A8: 90010010 stw r0,16(r1)
- 3: GETL R0, t2
- 4: GETL R1, t4
- 5: ADDL $0x10, t4
- 6: STL t2, (t4)
- 7: INCEIPL $4
-
- 0xEE384AC: 38000000 li r0,0
- 8: MOVL $0x0, t6
- 9: PUTL t6, R0
- 10: INCEIPL $4
-
- 0xEE384B0: 90010014 stw r0,20(r1)
- 11: GETL R0, t8
- 12: GETL R1, t10
- 13: ADDL $0x14, t10
- 14: STL t8, (t10)
- 15: INCEIPL $4
-
- 0xEE384B4: 90010018 stw r0,24(r1)
- 16: GETL R0, t12
- 17: GETL R1, t14
- 18: ADDL $0x18, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0xEE384B8: 9001001C stw r0,28(r1)
- 21: GETL R0, t16
- 22: GETL R1, t18
- 23: ADDL $0x1C, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xEE384BC: 90010020 stw r0,32(r1)
- 26: GETL R0, t20
- 27: GETL R1, t22
- 28: ADDL $0x20, t22
- 29: STL t20, (t22)
- 30: INCEIPL $4
-
- 0xEE384C0: 38610010 addi r3,r1,16
- 31: GETL R1, t24
- 32: ADDL $0x10, t24
- 33: PUTL t24, R3
- 34: INCEIPL $4
-
- 0xEE384C4: 7C03D808 client_request
- 35: JMPo-cli $0xEE384C8 ($4)
-
-
-
-. 1433 EE384A4 36
-. 38 00 30 0B 90 01 00 10 38 00 00 00 90 01 00 14 90 01 00 18 90 01 00 1C 90 01 00 20 38 61 00 10 7C 03 D8 08
-==== BB 1434 (0xEE384C8) approx BBs exec'd 0 ====
-
- 0xEE384C8: 3803FFFF addi r0,r3,-1
- 0: GETL R3, t0
- 1: ADDL $0xFFFFFFFF, t0
- 2: PUTL t0, R0
- 3: INCEIPL $4
-
- 0xEE384CC: 2B800062 cmpli cr7,r0,98
- 4: GETL R0, t2
- 5: MOVL $0x62, t6
- 6: CMPUL t2, t6, t4 (-rSo)
- 7: ICRFL t4, $0x7, CR
- 8: INCEIPL $4
-
- 0xEE384D0: 40BD000C bc 5,29,0xEE384DC
- 9: Jc29o $0xEE384DC
-
-
-
-. 1434 EE384C8 12
-. 38 03 FF FF 2B 80 00 62 40 BD 00 0C
-==== BB 1435 (0xEE384DC) approx BBs exec'd 0 ====
-
- 0xEE384DC: 2F830001 cmpi cr7,r3,1
- 0: GETL R3, t0
- 1: MOVL $0x1, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xEE384E0: 419E0018 bc 12,30,0xEE384F8
- 5: Js30o $0xEE384F8
-
-
-
-. 1435 EE384DC 8
-. 2F 83 00 01 41 9E 00 18
-==== BB 1436 (0xEE384F8) approx BBs exec'd 0 ====
-
- 0xEE384F8: 38000001 li r0,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xEE384FC: 813E00A8 lwz r9,168(r30)
- 3: GETL R30, t2
- 4: ADDL $0xA8, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R9
- 7: INCEIPL $4
-
- 0xEE38500: 90090000 stw r0,0(r9)
- 8: GETL R0, t6
- 9: GETL R9, t8
- 10: STL t6, (t8)
- 11: INCEIPL $4
-
- 0xEE38504: 48000045 bl 0xEE38548
- 12: MOVL $0xEE38508, t10
- 13: PUTL t10, LR
- 14: JMPo-c $0xEE38548 ($4)
-
-
-
-. 1436 EE384F8 16
-. 38 00 00 01 81 3E 00 A8 90 09 00 00 48 00 00 45
-==== BB 1437 init_thread_specific_state(0xEE38548) approx BBs exec'd 0 ====
-
- 0xEE38548: 9421FF80 stwu r1,-128(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFF80, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xEE3854C: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xEE38550: 93A10074 stw r29,116(r1)
- 9: GETL R29, t6
- 10: GETL R1, t8
- 11: ADDL $0x74, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xEE38554: 93C10078 stw r30,120(r1)
- 14: GETL R30, t10
- 15: GETL R1, t12
- 16: ADDL $0x78, t12
- 17: STL t10, (t12)
- 18: INCEIPL $4
-
- 0xEE38558: 90010084 stw r0,132(r1)
- 19: GETL R0, t14
- 20: GETL R1, t16
- 21: ADDL $0x84, t16
- 22: STL t14, (t16)
- 23: INCEIPL $4
-
- 0xEE3855C: 48016D75 bl 0xEE4F2D0
- 24: MOVL $0xEE38560, t18
- 25: PUTL t18, LR
- 26: JMPo-c $0xEE4F2D0 ($4)
-
-
-
-. 1437 EE38548 24
-. 94 21 FF 80 7C 08 02 A6 93 A1 00 74 93 C1 00 78 90 01 00 84 48 01 6D 75
-==== BB 1438 (0xEE38560) approx BBs exec'd 0 ====
-
- 0xEE38560: 7FC802A6 mflr r30
- 0: GETL LR, t0
- 1: PUTL t0, R30
- 2: INCEIPL $4
-
- 0xEE38564: 38001001 li r0,4097
- 3: MOVL $0x1001, t2
- 4: PUTL t2, R0
- 5: INCEIPL $4
-
- 0xEE38568: 90010010 stw r0,16(r1)
- 6: GETL R0, t4
- 7: GETL R1, t6
- 8: ADDL $0x10, t6
- 9: STL t4, (t6)
- 10: INCEIPL $4
-
- 0xEE3856C: 38000000 li r0,0
- 11: MOVL $0x0, t8
- 12: PUTL t8, R0
- 13: INCEIPL $4
-
- 0xEE38570: 90010014 stw r0,20(r1)
- 14: GETL R0, t10
- 15: GETL R1, t12
- 16: ADDL $0x14, t12
- 17: STL t10, (t12)
- 18: INCEIPL $4
-
- 0xEE38574: 90010018 stw r0,24(r1)
- 19: GETL R0, t14
- 20: GETL R1, t16
- 21: ADDL $0x18, t16
- 22: STL t14, (t16)
- 23: INCEIPL $4
-
- 0xEE38578: 9001001C stw r0,28(r1)
- 24: GETL R0, t18
- 25: GETL R1, t20
- 26: ADDL $0x1C, t20
- 27: STL t18, (t20)
- 28: INCEIPL $4
-
- 0xEE3857C: 90010020 stw r0,32(r1)
- 29: GETL R0, t22
- 30: GETL R1, t24
- 31: ADDL $0x20, t24
- 32: STL t22, (t24)
- 33: INCEIPL $4
-
- 0xEE38580: 38610010 addi r3,r1,16
- 34: GETL R1, t26
- 35: ADDL $0x10, t26
- 36: PUTL t26, R3
- 37: INCEIPL $4
-
- 0xEE38584: 7C03D808 client_request
- 38: JMPo-cli $0xEE38588 ($4)
-
-
-
-. 1438 EE38560 40
-. 7F C8 02 A6 38 00 10 01 90 01 00 10 38 00 00 00 90 01 00 14 90 01 00 18 90 01 00 1C 90 01 00 20 38 61 00 10 7C 03 D8 08
-==== BB 1439 (0xEE38588) approx BBs exec'd 0 ====
-
- 0xEE38588: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xEE3858C: 40BE0040 bc 5,30,0xEE385CC
- 4: Jc30o $0xEE385CC
-
-
-
-. 1439 EE38588 8
-. 2F 83 00 00 40 BE 00 40
-==== BB 1440 (0xEE385CC) approx BBs exec'd 0 ====
-
- 0xEE385CC: 3800300B li r0,12299
- 0: MOVL $0x300B, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xEE385D0: 90010010 stw r0,16(r1)
- 3: GETL R0, t2
- 4: GETL R1, t4
- 5: ADDL $0x10, t4
- 6: STL t2, (t4)
- 7: INCEIPL $4
-
- 0xEE385D4: 38000000 li r0,0
- 8: MOVL $0x0, t6
- 9: PUTL t6, R0
- 10: INCEIPL $4
-
- 0xEE385D8: 90010014 stw r0,20(r1)
- 11: GETL R0, t8
- 12: GETL R1, t10
- 13: ADDL $0x14, t10
- 14: STL t8, (t10)
- 15: INCEIPL $4
-
- 0xEE385DC: 90010018 stw r0,24(r1)
- 16: GETL R0, t12
- 17: GETL R1, t14
- 18: ADDL $0x18, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0xEE385E0: 9001001C stw r0,28(r1)
- 21: GETL R0, t16
- 22: GETL R1, t18
- 23: ADDL $0x1C, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xEE385E4: 90010020 stw r0,32(r1)
- 26: GETL R0, t20
- 27: GETL R1, t22
- 28: ADDL $0x20, t22
- 29: STL t20, (t22)
- 30: INCEIPL $4
-
- 0xEE385E8: 38610010 addi r3,r1,16
- 31: GETL R1, t24
- 32: ADDL $0x10, t24
- 33: PUTL t24, R3
- 34: INCEIPL $4
-
- 0xEE385EC: 7C03D808 client_request
- 35: JMPo-cli $0xEE385F0 ($4)
-
-
-
-. 1440 EE385CC 36
-. 38 00 30 0B 90 01 00 10 38 00 00 00 90 01 00 14 90 01 00 18 90 01 00 1C 90 01 00 20 38 61 00 10 7C 03 D8 08
-==== BB 1441 (0xEE385F0) approx BBs exec'd 0 ====
-
- 0xEE385F0: 3803FFFF addi r0,r3,-1
- 0: GETL R3, t0
- 1: ADDL $0xFFFFFFFF, t0
- 2: PUTL t0, R0
- 3: INCEIPL $4
-
- 0xEE385F4: 2B800062 cmpli cr7,r0,98
- 4: GETL R0, t2
- 5: MOVL $0x62, t6
- 6: CMPUL t2, t6, t4 (-rSo)
- 7: ICRFL t4, $0x7, CR
- 8: INCEIPL $4
-
- 0xEE385F8: 40BD000C bc 5,29,0xEE38604
- 9: Jc29o $0xEE38604
-
-
-
-. 1441 EE385F0 12
-. 38 03 FF FF 2B 80 00 62 40 BD 00 0C
-==== BB 1442 (0xEE38604) approx BBs exec'd 0 ====
-
- 0xEE38604: 815E00B8 lwz r10,184(r30)
- 0: GETL R30, t0
- 1: ADDL $0xB8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0xEE38608: 1D630234 mulli r11,r3,564
- 5: GETL R3, t4
- 6: MULL $0x234, t4
- 7: PUTL t4, R11
- 8: INCEIPL $4
-
- 0xEE3860C: 7D2B5214 add r9,r11,r10
- 9: GETL R11, t6
- 10: GETL R10, t8
- 11: ADDL t6, t8
- 12: PUTL t8, R9
- 13: INCEIPL $4
-
- 0xEE38610: 38000000 li r0,0
- 14: MOVL $0x0, t10
- 15: PUTL t10, R0
- 16: INCEIPL $4
-
- 0xEE38614: 7C0B512E stwx r0,r11,r10
- 17: GETL R10, t12
- 18: GETL R11, t14
- 19: ADDL t14, t12
- 20: GETL R0, t16
- 21: STL t16, (t12)
- 22: INCEIPL $4
-
- 0xEE38618: 90090004 stw r0,4(r9)
- 23: GETL R0, t18
- 24: GETL R9, t20
- 25: ADDL $0x4, t20
- 26: STL t18, (t20)
- 27: INCEIPL $4
-
- 0xEE3861C: 90090008 stw r0,8(r9)
- 28: GETL R0, t22
- 29: GETL R9, t24
- 30: ADDL $0x8, t24
- 31: STL t22, (t24)
- 32: INCEIPL $4
-
- 0xEE38620: 9009000C stw r0,12(r9)
- 33: GETL R0, t26
- 34: GETL R9, t28
- 35: ADDL $0xC, t28
- 36: STL t26, (t28)
- 37: INCEIPL $4
-
- 0xEE38624: 39600000 li r11,0
- 38: MOVL $0x0, t30
- 39: PUTL t30, R11
- 40: INCEIPL $4
-
- 0xEE38628: 7D475378 or r7,r10,r10
- 41: GETL R10, t32
- 42: PUTL t32, R7
- 43: INCEIPL $4
-
- 0xEE3862C: 1C03008D mulli r0,r3,141
- 44: GETL R3, t34
- 45: MULL $0x8D, t34
- 46: PUTL t34, R0
- 47: INCEIPL $4
-
- 0xEE38630: 39400000 li r10,0
- 48: MOVL $0x0, t36
- 49: PUTL t36, R10
- 50: INCEIPL $4
-
- 0xEE38634: 7D205A14 add r9,r0,r11
- 51: GETL R0, t38
- 52: GETL R11, t40
- 53: ADDL t38, t40
- 54: PUTL t40, R9
- 55: INCEIPL $4
-
- 0xEE38638: 5529103A rlwinm r9,r9,2,0,29
- 56: GETL R9, t42
- 57: SHLL $0x2, t42
- 58: PUTL t42, R9
- 59: INCEIPL $4
-
- 0xEE3863C: 7D293A14 add r9,r9,r7
- 60: GETL R9, t44
- 61: GETL R7, t46
- 62: ADDL t44, t46
- 63: PUTL t46, R9
- 64: INCEIPL $4
-
- 0xEE38640: 91490218 stw r10,536(r9)
- 65: GETL R10, t48
- 66: GETL R9, t50
- 67: ADDL $0x218, t50
- 68: STL t48, (t50)
- 69: INCEIPL $4
-
- 0xEE38644: 396B0001 addi r11,r11,1
- 70: MOVL $0x1, t52
- 71: PUTL t52, R11
- 72: INCEIPL $4
-
- 0xEE38648: 2F8B0006 cmpi cr7,r11,6
- 73: GETL R11, t54
- 74: MOVL $0x6, t58
- 75: CMPL t54, t58, t56 (-rSo)
- 76: ICRFL t56, $0x7, CR
- 77: INCEIPL $4
-
- 0xEE3864C: 409DFFE8 bc 4,29,0xEE38634
- 78: Jc29o $0xEE38634
-
-
-
-. 1442 EE38604 76
-. 81 5E 00 B8 1D 63 02 34 7D 2B 52 14 38 00 00 00 7C 0B 51 2E 90 09 00 04 90 09 00 08 90 09 00 0C 39 60 00 00 7D 47 53 78 1C 03 00 8D 39 40 00 00 7D 20 5A 14 55 29 10 3A 7D 29 3A 14 91 49 02 18 39 6B 00 01 2F 8B 00 06 40 9D FF E8
-==== BB 1443 (0xEE38634) approx BBs exec'd 0 ====
-
- 0xEE38634: 7D205A14 add r9,r0,r11
- 0: GETL R0, t0
- 1: GETL R11, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xEE38638: 5529103A rlwinm r9,r9,2,0,29
- 5: GETL R9, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R9
- 8: INCEIPL $4
-
- 0xEE3863C: 7D293A14 add r9,r9,r7
- 9: GETL R9, t6
- 10: GETL R7, t8
- 11: ADDL t6, t8
- 12: PUTL t8, R9
- 13: INCEIPL $4
-
- 0xEE38640: 91490218 stw r10,536(r9)
- 14: GETL R10, t10
- 15: GETL R9, t12
- 16: ADDL $0x218, t12
- 17: STL t10, (t12)
- 18: INCEIPL $4
-
- 0xEE38644: 396B0001 addi r11,r11,1
- 19: GETL R11, t14
- 20: ADDL $0x1, t14
- 21: PUTL t14, R11
- 22: INCEIPL $4
-
- 0xEE38648: 2F8B0006 cmpi cr7,r11,6
- 23: GETL R11, t16
- 24: MOVL $0x6, t20
- 25: CMPL t16, t20, t18 (-rSo)
- 26: ICRFL t18, $0x7, CR
- 27: INCEIPL $4
-
- 0xEE3864C: 409DFFE8 bc 4,29,0xEE38634
- 28: Jc29o $0xEE38634
-
-
-
-. 1443 EE38634 28
-. 7D 20 5A 14 55 29 10 3A 7D 29 3A 14 91 49 02 18 39 6B 00 01 2F 8B 00 06 40 9D FF E8
-==== BB 1444 (0xEE38650) approx BBs exec'd 0 ====
-
- 0xEE38650: 3860FFFF li r3,-1
- 0: MOVL $0xFFFFFFFF, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xEE38654: 48017459 bl 0xEE4FAAC
- 3: MOVL $0xEE38658, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0xEE4FAAC ($4)
-
-
-
-. 1444 EE38650 8
-. 38 60 FF FF 48 01 74 59
-==== BB 1445 (0xEE4FAAC) approx BBs exec'd 0 ====
-
- 0xEE4FAAC: 39600058 li r11,88
- 0: MOVL $0x58, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0xEE4FAB0: 4BFFFF24 b 0xEE4F9D4
- 3: JMPo $0xEE4F9D4 ($4)
-
-
-
-. 1445 EE4FAAC 8
-. 39 60 00 58 4B FF FF 24
-==== BB 1446 uselocale(0xFE8919C) approx BBs exec'd 0 ====
-
- 0xFE8919C: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFE891A0: 7D8802A6 mflr r12
- 6: GETL LR, t4
- 7: PUTL t4, R12
- 8: INCEIPL $4
-
- 0xFE891A4: 4811ECAD bl 0xFFA7E50
- 9: MOVL $0xFE891A8, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 1446 FE8919C 12
-. 94 21 FF F0 7D 88 02 A6 48 11 EC AD
-==== BB 1447 (0xFE891A8) approx BBs exec'd 0 ====
-
- 0xFE891A8: 93C10008 stw r30,8(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFE891AC: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFE891B0: 2C030000 cmpi cr0,r3,0
- 8: GETL R3, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x0, CR
- 11: INCEIPL $4
-
- 0xFE891B4: 7D8803A6 mtlr r12
- 12: GETL R12, t10
- 13: PUTL t10, LR
- 14: INCEIPL $4
-
- 0xFE891B8: 2F83FFFF cmpi cr7,r3,-1
- 15: GETL R3, t12
- 16: MOVL $0xFFFFFFFF, t16
- 17: CMPL t12, t16, t14 (-rSo)
- 18: ICRFL t14, $0x7, CR
- 19: INCEIPL $4
-
- 0xFE891BC: 80BE1D50 lwz r5,7504(r30)
- 20: GETL R30, t18
- 21: ADDL $0x1D50, t18
- 22: LDL (t18), t20
- 23: PUTL t20, R5
- 24: INCEIPL $4
-
- 0xFE891C0: 809E1CF8 lwz r4,7416(r30)
- 25: GETL R30, t22
- 26: ADDL $0x1CF8, t22
- 27: LDL (t22), t24
- 28: PUTL t24, R4
- 29: INCEIPL $4
-
- 0xFE891C4: 7D051214 add r8,r5,r2
- 30: GETL R5, t26
- 31: GETL R2, t28
- 32: ADDL t26, t28
- 33: PUTL t28, R8
- 34: INCEIPL $4
-
- 0xFE891C8: 817E1B80 lwz r11,7040(r30)
- 35: GETL R30, t30
- 36: ADDL $0x1B80, t30
- 37: LDL (t30), t32
- 38: PUTL t32, R11
- 39: INCEIPL $4
-
- 0xFE891CC: 80080000 lwz r0,0(r8)
- 40: GETL R8, t34
- 41: LDL (t34), t36
- 42: PUTL t36, R0
- 43: INCEIPL $4
-
- 0xFE891D0: 813E1D8C lwz r9,7564(r30)
- 44: GETL R30, t38
- 45: ADDL $0x1D8C, t38
- 46: LDL (t38), t40
- 47: PUTL t40, R9
- 48: INCEIPL $4
-
- 0xFE891D4: 7CE41214 add r7,r4,r2
- 49: GETL R4, t42
- 50: GETL R2, t44
- 51: ADDL t42, t44
- 52: PUTL t44, R7
- 53: INCEIPL $4
-
- 0xFE891D8: 7CCB1214 add r6,r11,r2
- 54: GETL R11, t46
- 55: GETL R2, t48
- 56: ADDL t46, t48
- 57: PUTL t48, R6
- 58: INCEIPL $4
-
- 0xFE891DC: 7CA91214 add r5,r9,r2
- 59: GETL R9, t50
- 60: GETL R2, t52
- 61: ADDL t50, t52
- 62: PUTL t52, R5
- 63: INCEIPL $4
-
- 0xFE891E0: 809E1D78 lwz r4,7544(r30)
- 64: GETL R30, t54
- 65: ADDL $0x1D78, t54
- 66: LDL (t54), t56
- 67: PUTL t56, R4
- 68: INCEIPL $4
-
- 0xFE891E4: 7C0A0378 or r10,r0,r0
- 69: GETL R0, t58
- 70: PUTL t58, R10
- 71: INCEIPL $4
-
- 0xFE891E8: 41820024 bc 12,2,0xFE8920C
- 72: Js02o $0xFE8920C
-
-
-
-. 1447 FE891A8 68
-. 93 C1 00 08 7F C8 02 A6 2C 03 00 00 7D 88 03 A6 2F 83 FF FF 80 BE 1D 50 80 9E 1C F8 7D 05 12 14 81 7E 1B 80 80 08 00 00 81 3E 1D 8C 7C E4 12 14 7C CB 12 14 7C A9 12 14 80 9E 1D 78 7C 0A 03 78 41 82 00 24
-==== BB 1448 (0xFE891EC) approx BBs exec'd 0 ====
-
- 0xFE891EC: 419E004C bc 12,30,0xFE89238
- 0: Js30o $0xFE89238
-
-
-
-. 1448 FE891EC 4
-. 41 9E 00 4C
-==== BB 1449 (0xFE89238) approx BBs exec'd 0 ====
-
- 0xFE89238: 7C832378 or r3,r4,r4
- 0: GETL R4, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE8923C: 4BFFFFB4 b 0xFE891F0
- 3: JMPo $0xFE891F0 ($4)
-
-
-
-. 1449 FE89238 8
-. 7C 83 23 78 4B FF FF B4
-==== BB 1450 (0xFE891F0) approx BBs exec'd 0 ====
-
- 0xFE891F0: 8003003C lwz r0,60(r3)
- 0: GETL R3, t0
- 1: ADDL $0x3C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFE891F4: 81230034 lwz r9,52(r3)
- 5: GETL R3, t4
- 6: ADDL $0x34, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R9
- 9: INCEIPL $4
-
- 0xFE891F8: 81630038 lwz r11,56(r3)
- 10: GETL R3, t8
- 11: ADDL $0x38, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R11
- 14: INCEIPL $4
-
- 0xFE891FC: 90680000 stw r3,0(r8)
- 15: GETL R3, t12
- 16: GETL R8, t14
- 17: STL t12, (t14)
- 18: INCEIPL $4
-
- 0xFE89200: 91270000 stw r9,0(r7)
- 19: GETL R9, t16
- 20: GETL R7, t18
- 21: STL t16, (t18)
- 22: INCEIPL $4
-
- 0xFE89204: 91660000 stw r11,0(r6)
- 23: GETL R11, t20
- 24: GETL R6, t22
- 25: STL t20, (t22)
- 26: INCEIPL $4
-
- 0xFE89208: 90050000 stw r0,0(r5)
- 27: GETL R0, t24
- 28: GETL R5, t26
- 29: STL t24, (t26)
- 30: INCEIPL $4
-
- 0xFE8920C: 7F8A2000 cmp cr7,r10,r4
- 31: GETL R10, t28
- 32: GETL R4, t30
- 33: CMPL t28, t30, t32 (-rSo)
- 34: ICRFL t32, $0x7, CR
- 35: INCEIPL $4
-
- 0xFE89210: 419E0014 bc 12,30,0xFE89224
- 36: Js30o $0xFE89224
-
-
-
-. 1450 FE891F0 36
-. 80 03 00 3C 81 23 00 34 81 63 00 38 90 68 00 00 91 27 00 00 91 66 00 00 90 05 00 00 7F 8A 20 00 41 9E 00 14
-==== BB 1451 (0xFE89224) approx BBs exec'd 0 ====
-
- 0xFE89224: 3940FFFF li r10,-1
- 0: MOVL $0xFFFFFFFF, t0
- 1: PUTL t0, R10
- 2: INCEIPL $4
-
- 0xFE89228: 83C10008 lwz r30,8(r1)
- 3: GETL R1, t2
- 4: ADDL $0x8, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFE8922C: 7D435378 or r3,r10,r10
- 8: GETL R10, t6
- 9: PUTL t6, R3
- 10: INCEIPL $4
-
- 0xFE89230: 38210010 addi r1,r1,16
- 11: GETL R1, t8
- 12: ADDL $0x10, t8
- 13: PUTL t8, R1
- 14: INCEIPL $4
-
- 0xFE89234: 4E800020 blr
- 15: GETL LR, t10
- 16: JMPo-r t10 ($4)
-
-
-
-. 1451 FE89224 20
-. 39 40 FF FF 83 C1 00 08 7D 43 53 78 38 21 00 10 4E 80 00 20
-==== BB 1452 (0xEE38658) approx BBs exec'd 0 ====
-
- 0xEE38658: 80010084 lwz r0,132(r1)
- 0: GETL R1, t0
- 1: ADDL $0x84, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xEE3865C: 7C0803A6 mtlr r0
- 5: GETL R0, t4
- 6: PUTL t4, LR
- 7: INCEIPL $4
-
- 0xEE38660: 83A10074 lwz r29,116(r1)
- 8: GETL R1, t6
- 9: ADDL $0x74, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R29
- 12: INCEIPL $4
-
- 0xEE38664: 83C10078 lwz r30,120(r1)
- 13: GETL R1, t10
- 14: ADDL $0x78, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R30
- 17: INCEIPL $4
-
- 0xEE38668: 38210080 addi r1,r1,128
- 18: GETL R1, t14
- 19: ADDL $0x80, t14
- 20: PUTL t14, R1
- 21: INCEIPL $4
-
- 0xEE3866C: 4E800020 blr
- 22: GETL LR, t16
- 23: JMPo-r t16 ($4)
-
-
-
-. 1452 EE38658 24
-. 80 01 00 84 7C 08 03 A6 83 A1 00 74 83 C1 00 78 38 21 00 80 4E 80 00 20
-==== BB 1453 (0xEE38508) approx BBs exec'd 0 ====
-
- 0xEE38508: 38600000 li r3,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xEE3850C: 809E00B0 lwz r4,176(r30)
- 3: GETL R30, t2
- 4: ADDL $0xB0, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0xEE38510: 38A00000 li r5,0
- 8: MOVL $0x0, t6
- 9: PUTL t6, R5
- 10: INCEIPL $4
-
- 0xEE38514: 480175D9 bl 0xEE4FAEC
- 11: MOVL $0xEE38518, t8
- 12: PUTL t8, LR
- 13: JMPo-c $0xEE4FAEC ($4)
-
-
-
-. 1453 EE38508 16
-. 38 60 00 00 80 9E 00 B0 38 A0 00 00 48 01 75 D9
-==== BB 1454 (0xEE4FAEC) approx BBs exec'd 0 ====
-
- 0xEE4FAEC: 39600078 li r11,120
- 0: MOVL $0x78, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0xEE4FAF0: 4BFFFEE4 b 0xEE4F9D4
- 3: JMPo $0xEE4F9D4 ($4)
-
-
-
-. 1454 EE4FAEC 8
-. 39 60 00 78 4B FF FE E4
-==== BB 1455 _pthread_cleanup_push(0xEE357AC) approx BBs exec'd 0 ====
-
- 0xEE357AC: 9421FF70 stwu r1,-144(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFF70, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xEE357B0: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xEE357B4: 93810080 stw r28,128(r1)
- 9: GETL R28, t6
- 10: GETL R1, t8
- 11: ADDL $0x80, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xEE357B8: 93A10084 stw r29,132(r1)
- 14: GETL R29, t10
- 15: GETL R1, t12
- 16: ADDL $0x84, t12
- 17: STL t10, (t12)
- 18: INCEIPL $4
-
- 0xEE357BC: 93C10088 stw r30,136(r1)
- 19: GETL R30, t14
- 20: GETL R1, t16
- 21: ADDL $0x88, t16
- 22: STL t14, (t16)
- 23: INCEIPL $4
-
- 0xEE357C0: 93E1008C stw r31,140(r1)
- 24: GETL R31, t18
- 25: GETL R1, t20
- 26: ADDL $0x8C, t20
- 27: STL t18, (t20)
- 28: INCEIPL $4
-
- 0xEE357C4: 90010094 stw r0,148(r1)
- 29: GETL R0, t22
- 30: GETL R1, t24
- 31: ADDL $0x94, t24
- 32: STL t22, (t24)
- 33: INCEIPL $4
-
- 0xEE357C8: 48019B09 bl 0xEE4F2D0
- 34: MOVL $0xEE357CC, t26
- 35: PUTL t26, LR
- 36: JMPo-c $0xEE4F2D0 ($4)
-
-
-
-. 1455 EE357AC 32
-. 94 21 FF 70 7C 08 02 A6 93 81 00 80 93 A1 00 84 93 C1 00 88 93 E1 00 8C 90 01 00 94 48 01 9B 09
-==== BB 1456 (0xEE357CC) approx BBs exec'd 0 ====
-
- 0xEE357CC: 7FC802A6 mflr r30
- 0: GETL LR, t0
- 1: PUTL t0, R30
- 2: INCEIPL $4
-
- 0xEE357D0: 7C9F2378 or r31,r4,r4
- 3: GETL R4, t2
- 4: PUTL t2, R31
- 5: INCEIPL $4
-
- 0xEE357D4: 7CBC2B78 or r28,r5,r5
- 6: GETL R5, t4
- 7: PUTL t4, R28
- 8: INCEIPL $4
-
- 0xEE357D8: 38001001 li r0,4097
- 9: MOVL $0x1001, t6
- 10: PUTL t6, R0
- 11: INCEIPL $4
-
- 0xEE357DC: 90010020 stw r0,32(r1)
- 12: GETL R0, t8
- 13: GETL R1, t10
- 14: ADDL $0x20, t10
- 15: STL t8, (t10)
- 16: INCEIPL $4
-
- 0xEE357E0: 38000000 li r0,0
- 17: MOVL $0x0, t12
- 18: PUTL t12, R0
- 19: INCEIPL $4
-
- 0xEE357E4: 90010024 stw r0,36(r1)
- 20: GETL R0, t14
- 21: GETL R1, t16
- 22: ADDL $0x24, t16
- 23: STL t14, (t16)
- 24: INCEIPL $4
-
- 0xEE357E8: 90010028 stw r0,40(r1)
- 25: GETL R0, t18
- 26: GETL R1, t20
- 27: ADDL $0x28, t20
- 28: STL t18, (t20)
- 29: INCEIPL $4
-
- 0xEE357EC: 9001002C stw r0,44(r1)
- 30: GETL R0, t22
- 31: GETL R1, t24
- 32: ADDL $0x2C, t24
- 33: STL t22, (t24)
- 34: INCEIPL $4
-
- 0xEE357F0: 90010030 stw r0,48(r1)
- 35: GETL R0, t26
- 36: GETL R1, t28
- 37: ADDL $0x30, t28
- 38: STL t26, (t28)
- 39: INCEIPL $4
-
- 0xEE357F4: 38610020 addi r3,r1,32
- 40: GETL R1, t30
- 41: ADDL $0x20, t30
- 42: PUTL t30, R3
- 43: INCEIPL $4
-
- 0xEE357F8: 7C03D808 client_request
- 44: JMPo-cli $0xEE357FC ($4)
-
-
-
-. 1456 EE357CC 48
-. 7F C8 02 A6 7C 9F 23 78 7C BC 2B 78 38 00 10 01 90 01 00 20 38 00 00 00 90 01 00 24 90 01 00 28 90 01 00 2C 90 01 00 30 38 61 00 20 7C 03 D8 08
-==== BB 1457 (0xEE357FC) approx BBs exec'd 0 ====
-
- 0xEE357FC: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xEE35800: 40BE0040 bc 5,30,0xEE35840
- 4: Jc30o $0xEE35840
-
-
-
-. 1457 EE357FC 8
-. 2F 83 00 00 40 BE 00 40
-==== BB 1458 (0xEE35840) approx BBs exec'd 0 ====
-
- 0xEE35840: 38000001 li r0,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xEE35844: 90010010 stw r0,16(r1)
- 3: GETL R0, t2
- 4: GETL R1, t4
- 5: ADDL $0x10, t4
- 6: STL t2, (t4)
- 7: INCEIPL $4
-
- 0xEE35848: 93E10014 stw r31,20(r1)
- 8: GETL R31, t6
- 9: GETL R1, t8
- 10: ADDL $0x14, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xEE3584C: 93810018 stw r28,24(r1)
- 13: GETL R28, t10
- 14: GETL R1, t12
- 15: ADDL $0x18, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xEE35850: 38003020 li r0,12320
- 18: MOVL $0x3020, t14
- 19: PUTL t14, R0
- 20: INCEIPL $4
-
- 0xEE35854: 90010020 stw r0,32(r1)
- 21: GETL R0, t16
- 22: GETL R1, t18
- 23: ADDL $0x20, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xEE35858: 38010010 addi r0,r1,16
- 26: GETL R1, t20
- 27: ADDL $0x10, t20
- 28: PUTL t20, R0
- 29: INCEIPL $4
-
- 0xEE3585C: 90010024 stw r0,36(r1)
- 30: GETL R0, t22
- 31: GETL R1, t24
- 32: ADDL $0x24, t24
- 33: STL t22, (t24)
- 34: INCEIPL $4
-
- 0xEE35860: 38000000 li r0,0
- 35: MOVL $0x0, t26
- 36: PUTL t26, R0
- 37: INCEIPL $4
-
- 0xEE35864: 90010028 stw r0,40(r1)
- 38: GETL R0, t28
- 39: GETL R1, t30
- 40: ADDL $0x28, t30
- 41: STL t28, (t30)
- 42: INCEIPL $4
-
- 0xEE35868: 9001002C stw r0,44(r1)
- 43: GETL R0, t32
- 44: GETL R1, t34
- 45: ADDL $0x2C, t34
- 46: STL t32, (t34)
- 47: INCEIPL $4
-
- 0xEE3586C: 90010030 stw r0,48(r1)
- 48: GETL R0, t36
- 49: GETL R1, t38
- 50: ADDL $0x30, t38
- 51: STL t36, (t38)
- 52: INCEIPL $4
-
- 0xEE35870: 38610020 addi r3,r1,32
- 53: GETL R1, t40
- 54: ADDL $0x20, t40
- 55: PUTL t40, R3
- 56: INCEIPL $4
-
- 0xEE35874: 7C03D808 client_request
- 57: JMPo-cli $0xEE35878 ($4)
-
-
-
-. 1458 EE35840 56
-. 38 00 00 01 90 01 00 10 93 E1 00 14 93 81 00 18 38 00 30 20 90 01 00 20 38 01 00 10 90 01 00 24 38 00 00 00 90 01 00 28 90 01 00 2C 90 01 00 30 38 61 00 20 7C 03 D8 08
-==== BB 1459 (0xEE35878) approx BBs exec'd 0 ====
-
- 0xEE35878: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xEE3587C: 41BE0018 bc 13,30,0xEE35894
- 4: Js30o $0xEE35894
-
-
-
-. 1459 EE35878 8
-. 2F 83 00 00 41 BE 00 18
-==== BB 1460 (0xEE35894) approx BBs exec'd 0 ====
-
- 0xEE35894: 80010094 lwz r0,148(r1)
- 0: GETL R1, t0
- 1: ADDL $0x94, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xEE35898: 7C0803A6 mtlr r0
- 5: GETL R0, t4
- 6: PUTL t4, LR
- 7: INCEIPL $4
-
- 0xEE3589C: 83810080 lwz r28,128(r1)
- 8: GETL R1, t6
- 9: ADDL $0x80, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R28
- 12: INCEIPL $4
-
- 0xEE358A0: 83A10084 lwz r29,132(r1)
- 13: GETL R1, t10
- 14: ADDL $0x84, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R29
- 17: INCEIPL $4
-
- 0xEE358A4: 83C10088 lwz r30,136(r1)
- 18: GETL R1, t14
- 19: ADDL $0x88, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R30
- 22: INCEIPL $4
-
- 0xEE358A8: 83E1008C lwz r31,140(r1)
- 23: GETL R1, t18
- 24: ADDL $0x8C, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R31
- 27: INCEIPL $4
-
- 0xEE358AC: 38210090 addi r1,r1,144
- 28: GETL R1, t22
- 29: ADDL $0x90, t22
- 30: PUTL t22, R1
- 31: INCEIPL $4
-
- 0xEE358B0: 4E800020 blr
- 32: GETL LR, t24
- 33: JMPo-r t24 ($4)
-
-
-
-. 1460 EE35894 32
-. 80 01 00 94 7C 08 03 A6 83 81 00 80 83 A1 00 84 83 C1 00 88 83 E1 00 8C 38 21 00 90 4E 80 00 20
-==== BB 1461 (0xEE38518) approx BBs exec'd 0 ====
-
- 0xEE38518: 807E00AC lwz r3,172(r30)
- 0: GETL R30, t0
- 1: ADDL $0xAC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xEE3851C: 48017559 bl 0xEE4FA74
- 5: MOVL $0xEE38520, t4
- 6: PUTL t4, LR
- 7: JMPo-c $0xEE4FA74 ($4)
-
-
-
-. 1461 EE38518 8
-. 80 7E 00 AC 48 01 75 59
-==== BB 1462 (0xEE4FA74) approx BBs exec'd 0 ====
-
- 0xEE4FA74: 3960003C li r11,60
- 0: MOVL $0x3C, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0xEE4FA78: 4BFFFF5C b 0xEE4F9D4
- 3: JMPo $0xEE4F9D4 ($4)
-
-
-
-. 1462 EE4FA74 8
-. 39 60 00 3C 4B FF FF 5C
-==== BB 1463 pthread_mutex_unlock(0xEE36834) approx BBs exec'd 0 ====
-
- 0xEE36834: 9421FFC0 stwu r1,-64(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFC0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xEE36838: 39200000 li r9,0
- 6: MOVL $0x0, t4
- 7: PUTL t4, R9
- 8: INCEIPL $4
-
- 0xEE3683C: 3800300E li r0,12302
- 9: MOVL $0x300E, t6
- 10: PUTL t6, R0
- 11: INCEIPL $4
-
- 0xEE36840: 90010010 stw r0,16(r1)
- 12: GETL R0, t8
- 13: GETL R1, t10
- 14: ADDL $0x10, t10
- 15: STL t8, (t10)
- 16: INCEIPL $4
-
- 0xEE36844: 90610014 stw r3,20(r1)
- 17: GETL R3, t12
- 18: GETL R1, t14
- 19: ADDL $0x14, t14
- 20: STL t12, (t14)
- 21: INCEIPL $4
-
- 0xEE36848: 91210018 stw r9,24(r1)
- 22: GETL R9, t16
- 23: GETL R1, t18
- 24: ADDL $0x18, t18
- 25: STL t16, (t18)
- 26: INCEIPL $4
-
- 0xEE3684C: 9121001C stw r9,28(r1)
- 27: GETL R9, t20
- 28: GETL R1, t22
- 29: ADDL $0x1C, t22
- 30: STL t20, (t22)
- 31: INCEIPL $4
-
- 0xEE36850: 91210020 stw r9,32(r1)
- 32: GETL R9, t24
- 33: GETL R1, t26
- 34: ADDL $0x20, t26
- 35: STL t24, (t26)
- 36: INCEIPL $4
-
- 0xEE36854: 38610010 addi r3,r1,16
- 37: GETL R1, t28
- 38: ADDL $0x10, t28
- 39: PUTL t28, R3
- 40: INCEIPL $4
-
- 0xEE36858: 7C03D808 client_request
- 41: JMPo-cli $0xEE3685C ($4)
-
-
-
-. 1463 EE36834 40
-. 94 21 FF C0 39 20 00 00 38 00 30 0E 90 01 00 10 90 61 00 14 91 21 00 18 91 21 00 1C 91 21 00 20 38 61 00 10 7C 03 D8 08
-==== BB 1464 (0xEE3685C) approx BBs exec'd 0 ====
-
- 0xEE3685C: 38210040 addi r1,r1,64
- 0: GETL R1, t0
- 1: ADDL $0x40, t0
- 2: PUTL t0, R1
- 3: INCEIPL $4
-
- 0xEE36860: 4E800020 blr
- 4: GETL LR, t2
- 5: JMPo-r t2 ($4)
-
-
-
-. 1464 EE3685C 8
-. 38 21 00 40 4E 80 00 20
-==== BB 1465 (0xEE38520) approx BBs exec'd 0 ====
-
- 0xEE38520: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xEE38524: 41BE000C bc 13,30,0xEE38530
- 4: Js30o $0xEE38530
-
-
-
-. 1465 EE38520 8
-. 2F 83 00 00 41 BE 00 0C
-==== BB 1466 (0xEE38530) approx BBs exec'd 0 ====
-
- 0xEE38530: 80010084 lwz r0,132(r1)
- 0: GETL R1, t0
- 1: ADDL $0x84, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xEE38534: 7C0803A6 mtlr r0
- 5: GETL R0, t4
- 6: PUTL t4, LR
- 7: INCEIPL $4
-
- 0xEE38538: 83A10074 lwz r29,116(r1)
- 8: GETL R1, t6
- 9: ADDL $0x74, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R29
- 12: INCEIPL $4
-
- 0xEE3853C: 83C10078 lwz r30,120(r1)
- 13: GETL R1, t10
- 14: ADDL $0x78, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R30
- 17: INCEIPL $4
-
- 0xEE38540: 38210080 addi r1,r1,128
- 18: GETL R1, t14
- 19: ADDL $0x80, t14
- 20: PUTL t14, R1
- 21: INCEIPL $4
-
- 0xEE38544: 4E800020 blr
- 22: GETL LR, t16
- 23: JMPo-r t16 ($4)
-
-
-
-. 1466 EE38530 24
-. 80 01 00 84 7C 08 03 A6 83 A1 00 74 83 C1 00 78 38 21 00 80 4E 80 00 20
-==== BB 1467 (0xEE3D0E4) approx BBs exec'd 0 ====
-
- 0xEE3D0E4: 841FFFFC lwzu r0,-4(r31)
- 0: GETL R31, t0
- 1: ADDL $0xFFFFFFFC, t0
- 2: PUTL t0, R31
- 3: LDL (t0), t2
- 4: PUTL t2, R0
- 5: INCEIPL $4
-
- 0xEE3D0E8: 2F80FFFF cmpi cr7,r0,-1
- 6: GETL R0, t4
- 7: MOVL $0xFFFFFFFF, t8
- 8: CMPL t4, t8, t6 (-rSo)
- 9: ICRFL t6, $0x7, CR
- 10: INCEIPL $4
-
- 0xEE3D0EC: 409EFFF0 bc 4,30,0xEE3D0DC
- 11: Jc30o $0xEE3D0DC
-
-
-
-. 1467 EE3D0E4 12
-. 84 1F FF FC 2F 80 FF FF 40 9E FF F0
-==== BB 1468 (0xEE3D0F0) approx BBs exec'd 0 ====
-
- 0xEE3D0F0: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xEE3D0F4: 83C10008 lwz r30,8(r1)
- 5: GETL R1, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R30
- 9: INCEIPL $4
-
- 0xEE3D0F8: 83E1000C lwz r31,12(r1)
- 10: GETL R1, t8
- 11: ADDL $0xC, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R31
- 14: INCEIPL $4
-
- 0xEE3D0FC: 7C0803A6 mtlr r0
- 15: GETL R0, t12
- 16: PUTL t12, LR
- 17: INCEIPL $4
-
- 0xEE3D100: 38210010 addi r1,r1,16
- 18: GETL R1, t14
- 19: ADDL $0x10, t14
- 20: PUTL t14, R1
- 21: INCEIPL $4
-
- 0xEE3D104: 4E800020 blr
- 22: GETL LR, t16
- 23: JMPo-r t16 ($4)
-
-
-
-. 1468 EE3D0F0 24
-. 80 01 00 14 83 C1 00 08 83 E1 00 0C 7C 08 03 A6 38 21 00 10 4E 80 00 20
-==== BB 1469 (0xEE3423C) approx BBs exec'd 0 ====
-
- 0xEE3423C: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xEE34240: 7C0803A6 mtlr r0
- 5: GETL R0, t4
- 6: PUTL t4, LR
- 7: INCEIPL $4
-
- 0xEE34244: 38210010 addi r1,r1,16
- 8: GETL R1, t6
- 9: ADDL $0x10, t6
- 10: PUTL t6, R1
- 11: INCEIPL $4
-
- 0xEE34248: 4E800020 blr
- 12: GETL LR, t8
- 13: JMPo-r t8 ($4)
-
-
-
-. 1469 EE3423C 16
-. 80 01 00 14 7C 08 03 A6 38 21 00 10 4E 80 00 20
-==== BB 1470 (0xEE81FCC) approx BBs exec'd 0 ====
-
- 0xEE81FCC: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xEE81FD0: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xEE81FD4: 90010014 stw r0,20(r1)
- 9: GETL R0, t6
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xEE81FD8: 4800001D bl 0xEE81FF4
- 14: MOVL $0xEE81FDC, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0xEE81FF4 ($4)
-
-
-
-. 1470 EE81FCC 16
-. 94 21 FF F0 7C 08 02 A6 90 01 00 14 48 00 00 1D
-==== BB 1471 (0xEE81FF4) approx BBs exec'd 0 ====
-
- 0xEE81FF4: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xEE81FF8: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xEE81FFC: 93C10008 stw r30,8(r1)
- 9: GETL R30, t6
- 10: GETL R1, t8
- 11: ADDL $0x8, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xEE82000: 90010014 stw r0,20(r1)
- 14: GETL R0, t10
- 15: GETL R1, t12
- 16: ADDL $0x14, t12
- 17: STL t10, (t12)
- 18: INCEIPL $4
-
- 0xEE82004: 48016041 bl 0xEE98044
- 19: MOVL $0xEE82008, t14
- 20: PUTL t14, LR
- 21: JMPo-c $0xEE98044 ($4)
-
-
-
-. 1471 EE81FF4 20
-. 94 21 FF F0 7C 08 02 A6 93 C1 00 08 90 01 00 14 48 01 60 41
-==== BB 1472 (0xEE98044) approx BBs exec'd 0 ====
-
- 0xEE98044: 4E800021 blrl
- 0: GETL LR, t0
- 1: MOVL $0xEE98048, t2
- 2: PUTL t2, LR
- 3: JMPo-r t0 ($4)
-
-
-
-. 1472 EE98044 4
-. 4E 80 00 21
-==== BB 1473 (0xEE82008) approx BBs exec'd 0 ====
-
- 0xEE82008: 7FC802A6 mflr r30
- 0: GETL LR, t0
- 1: PUTL t0, R30
- 2: INCEIPL $4
-
- 0xEE8200C: 801E00FC lwz r0,252(r30)
- 3: GETL R30, t2
- 4: ADDL $0xFC, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0xEE82010: 2F800000 cmpi cr7,r0,0
- 8: GETL R0, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x7, CR
- 11: INCEIPL $4
-
- 0xEE82014: 419E000C bc 12,30,0xEE82020
- 12: Js30o $0xEE82020
-
-
-
-. 1473 EE82008 16
-. 7F C8 02 A6 80 1E 00 FC 2F 80 00 00 41 9E 00 0C
-==== BB 1474 (0xEE82020) approx BBs exec'd 0 ====
-
- 0xEE82020: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xEE82024: 7C0803A6 mtlr r0
- 5: GETL R0, t4
- 6: PUTL t4, LR
- 7: INCEIPL $4
-
- 0xEE82028: 83C10008 lwz r30,8(r1)
- 8: GETL R1, t6
- 9: ADDL $0x8, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R30
- 12: INCEIPL $4
-
- 0xEE8202C: 38210010 addi r1,r1,16
- 13: GETL R1, t10
- 14: ADDL $0x10, t10
- 15: PUTL t10, R1
- 16: INCEIPL $4
-
- 0xEE82030: 4E800020 blr
- 17: GETL LR, t12
- 18: JMPo-r t12 ($4)
-
-
-
-. 1474 EE82020 20
-. 80 01 00 14 7C 08 03 A6 83 C1 00 08 38 21 00 10 4E 80 00 20
-==== BB 1475 (0xEE81FDC) approx BBs exec'd 0 ====
-
- 0xEE81FDC: 48000115 bl 0xEE820F0
- 0: MOVL $0xEE81FE0, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0xEE820F0 ($4)
-
-
-
-. 1475 EE81FDC 4
-. 48 00 01 15
-==== BB 1476 (0xEE820F0) approx BBs exec'd 0 ====
-
- 0xEE820F0: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xEE820F4: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xEE820F8: 429F0005 bcl 20,31,0xEE820FC
- 9: MOVL $0xEE820FC, t6
- 10: PUTL t6, LR
- 11: INCEIPL $4
-
- 0xEE820FC: 93C10008 stw r30,8(r1)
- 12: GETL R30, t8
- 13: GETL R1, t10
- 14: ADDL $0x8, t10
- 15: STL t8, (t10)
- 16: INCEIPL $4
-
- 0xEE82100: 7FC802A6 mflr r30
- 17: GETL LR, t12
- 18: PUTL t12, R30
- 19: INCEIPL $4
-
- 0xEE82104: 90010014 stw r0,20(r1)
- 20: GETL R0, t14
- 21: GETL R1, t16
- 22: ADDL $0x14, t16
- 23: STL t14, (t16)
- 24: INCEIPL $4
-
- 0xEE82108: 801EFFF0 lwz r0,-16(r30)
- 25: GETL R30, t18
- 26: ADDL $0xFFFFFFF0, t18
- 27: LDL (t18), t20
- 28: PUTL t20, R0
- 29: INCEIPL $4
-
- 0xEE8210C: 7FC0F214 add r30,r0,r30
- 30: GETL R0, t22
- 31: GETL R30, t24
- 32: ADDL t22, t24
- 33: PUTL t24, R30
- 34: INCEIPL $4
-
- 0xEE82110: 807E8010 lwz r3,-32752(r30)
- 35: GETL R30, t26
- 36: ADDL $0xFFFF8010, t26
- 37: LDL (t26), t28
- 38: PUTL t28, R3
- 39: INCEIPL $4
-
- 0xEE82114: 80030000 lwz r0,0(r3)
- 40: GETL R3, t30
- 41: LDL (t30), t32
- 42: PUTL t32, R0
- 43: INCEIPL $4
-
- 0xEE82118: 2F800000 cmpi cr7,r0,0
- 44: GETL R0, t34
- 45: CMP0L t34, t36 (-rSo)
- 46: ICRFL t36, $0x7, CR
- 47: INCEIPL $4
-
- 0xEE8211C: 419E0018 bc 12,30,0xEE82134
- 48: Js30o $0xEE82134
-
-
-
-. 1476 EE820F0 48
-. 94 21 FF F0 7C 08 02 A6 42 9F 00 05 93 C1 00 08 7F C8 02 A6 90 01 00 14 80 1E FF F0 7F C0 F2 14 80 7E 80 10 80 03 00 00 2F 80 00 00 41 9E 00 18
-==== BB 1477 (0xEE82134) approx BBs exec'd 0 ====
-
- 0xEE82134: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xEE82138: 83C10008 lwz r30,8(r1)
- 5: GETL R1, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R30
- 9: INCEIPL $4
-
- 0xEE8213C: 38210010 addi r1,r1,16
- 10: GETL R1, t8
- 11: ADDL $0x10, t8
- 12: PUTL t8, R1
- 13: INCEIPL $4
-
- 0xEE82140: 7C0803A6 mtlr r0
- 14: GETL R0, t10
- 15: PUTL t10, LR
- 16: INCEIPL $4
-
- 0xEE82144: 4E800020 blr
- 17: GETL LR, t12
- 18: JMPo-r t12 ($4)
-
-
-
-. 1477 EE82134 20
-. 80 01 00 14 83 C1 00 08 38 21 00 10 7C 08 03 A6 4E 80 00 20
-==== BB 1478 (0xEE81FE0) approx BBs exec'd 0 ====
-
- 0xEE81FE0: 48005759 bl 0xEE87738
- 0: MOVL $0xEE81FE4, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0xEE87738 ($4)
-
-
-
-. 1478 EE81FE0 4
-. 48 00 57 59
-==== BB 1479 (0xEE87738) approx BBs exec'd 0 ====
-
- 0xEE87738: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xEE8773C: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xEE87740: 429F0005 bcl 20,31,0xEE87744
- 9: MOVL $0xEE87744, t6
- 10: PUTL t6, LR
- 11: INCEIPL $4
-
- 0xEE87744: 93C10008 stw r30,8(r1)
- 12: GETL R30, t8
- 13: GETL R1, t10
- 14: ADDL $0x8, t10
- 15: STL t8, (t10)
- 16: INCEIPL $4
-
- 0xEE87748: 7FC802A6 mflr r30
- 17: GETL LR, t12
- 18: PUTL t12, R30
- 19: INCEIPL $4
-
- 0xEE8774C: 93E1000C stw r31,12(r1)
- 20: GETL R31, t14
- 21: GETL R1, t16
- 22: ADDL $0xC, t16
- 23: STL t14, (t16)
- 24: INCEIPL $4
-
- 0xEE87750: 90010014 stw r0,20(r1)
- 25: GETL R0, t18
- 26: GETL R1, t20
- 27: ADDL $0x14, t20
- 28: STL t18, (t20)
- 29: INCEIPL $4
-
- 0xEE87754: 801EFFF0 lwz r0,-16(r30)
- 30: GETL R30, t22
- 31: ADDL $0xFFFFFFF0, t22
- 32: LDL (t22), t24
- 33: PUTL t24, R0
- 34: INCEIPL $4
-
- 0xEE87758: 7FC0F214 add r30,r0,r30
- 35: GETL R0, t26
- 36: GETL R30, t28
- 37: ADDL t26, t28
- 38: PUTL t28, R30
- 39: INCEIPL $4
-
- 0xEE8775C: 813E8000 lwz r9,-32768(r30)
- 40: GETL R30, t30
- 41: ADDL $0xFFFF8000, t30
- 42: LDL (t30), t32
- 43: PUTL t32, R9
- 44: INCEIPL $4
-
- 0xEE87760: 8009FFFC lwz r0,-4(r9)
- 45: GETL R9, t34
- 46: ADDL $0xFFFFFFFC, t34
- 47: LDL (t34), t36
- 48: PUTL t36, R0
- 49: INCEIPL $4
-
- 0xEE87764: 3BE9FFFC addi r31,r9,-4
- 50: GETL R9, t38
- 51: ADDL $0xFFFFFFFC, t38
- 52: PUTL t38, R31
- 53: INCEIPL $4
-
- 0xEE87768: 48000010 b 0xEE87778
- 54: JMPo $0xEE87778 ($4)
-
-
-
-. 1479 EE87738 52
-. 94 21 FF F0 7C 08 02 A6 42 9F 00 05 93 C1 00 08 7F C8 02 A6 93 E1 00 0C 90 01 00 14 80 1E FF F0 7F C0 F2 14 81 3E 80 00 80 09 FF FC 3B E9 FF FC 48 00 00 10
-==== BB 1480 (0xEE87778) approx BBs exec'd 0 ====
-
- 0xEE87778: 2F80FFFF cmpi cr7,r0,-1
- 0: GETL R0, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xEE8777C: 409EFFF0 bc 4,30,0xEE8776C
- 5: Jc30o $0xEE8776C
-
-
-
-. 1480 EE87778 8
-. 2F 80 FF FF 40 9E FF F0
-==== BB 1481 (0xEE87780) approx BBs exec'd 0 ====
-
- 0xEE87780: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xEE87784: 83C10008 lwz r30,8(r1)
- 5: GETL R1, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R30
- 9: INCEIPL $4
-
- 0xEE87788: 83E1000C lwz r31,12(r1)
- 10: GETL R1, t8
- 11: ADDL $0xC, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R31
- 14: INCEIPL $4
-
- 0xEE8778C: 7C0803A6 mtlr r0
- 15: GETL R0, t12
- 16: PUTL t12, LR
- 17: INCEIPL $4
-
- 0xEE87790: 38210010 addi r1,r1,16
- 18: GETL R1, t14
- 19: ADDL $0x10, t14
- 20: PUTL t14, R1
- 21: INCEIPL $4
-
- 0xEE87794: 4E800020 blr
- 22: GETL LR, t16
- 23: JMPo-r t16 ($4)
-
-
-
-. 1481 EE87780 24
-. 80 01 00 14 83 C1 00 08 83 E1 00 0C 7C 08 03 A6 38 21 00 10 4E 80 00 20
-==== BB 1482 (0xEE81FE4) approx BBs exec'd 0 ====
-
- 0xEE81FE4: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xEE81FE8: 7C0803A6 mtlr r0
- 5: GETL R0, t4
- 6: PUTL t4, LR
- 7: INCEIPL $4
-
- 0xEE81FEC: 38210010 addi r1,r1,16
- 8: GETL R1, t6
- 9: ADDL $0x10, t6
- 10: PUTL t6, R1
- 11: INCEIPL $4
-
- 0xEE81FF0: 4E800020 blr
- 12: GETL LR, t8
- 13: JMPo-r t8 ($4)
-
-
-
-. 1482 EE81FE4 16
-. 80 01 00 14 7C 08 03 A6 38 21 00 10 4E 80 00 20
-==== BB 1483 (0x2547B90C) approx BBs exec'd 0 ====
-
- 0x2547B90C: 7520C000 andis. r0,r9,0xC000
- 0: GETL R9, t0
- 1: ANDL $0xC0000000, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0x2547B910: 40A2FEFC bc 5,2,0x2547B80C
- 6: Jc02o $0x2547B80C
-
-
-
-. 1483 2547B90C 8
-. 75 20 C0 00 40 A2 FE FC
-==== BB 1484 (0x2547B914) approx BBs exec'd 0 ====
-
- 0x2547B914: 2F9C0000 cmpi cr7,r28,0
- 0: GETL R28, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x2547B918: 3B9CFFFF addi r28,r28,-1
- 4: GETL R28, t4
- 5: ADDL $0xFFFFFFFF, t4
- 6: PUTL t4, R28
- 7: INCEIPL $4
-
- 0x2547B91C: 4BFFFF10 b 0x2547B82C
- 8: JMPo $0x2547B82C ($4)
-
-
-
-. 1484 2547B914 12
-. 2F 9C 00 00 3B 9C FF FF 4B FF FF 10
-==== BB 1485 (0x2547B82C) approx BBs exec'd 0 ====
-
- 0x2547B82C: 409EFFB0 bc 4,30,0x2547B7DC
- 0: Jc30o $0x2547B7DC
-
-
-
-. 1485 2547B82C 4
-. 40 9E FF B0
-==== BB 1486 (0x2547B830) approx BBs exec'd 0 ====
-
- 0x2547B830: 82E10044 lwz r23,68(r1)
- 0: GETL R1, t0
- 1: ADDL $0x44, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R23
- 4: INCEIPL $4
-
- 0x2547B834: 3B000000 li r24,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R24
- 7: INCEIPL $4
-
- 0x2547B838: 83C10038 lwz r30,56(r1)
- 8: GETL R1, t6
- 9: ADDL $0x38, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R30
- 12: INCEIPL $4
-
- 0x2547B83C: 7EE803A6 mtlr r23
- 13: GETL R23, t10
- 14: PUTL t10, LR
- 15: INCEIPL $4
-
- 0x2547B840: 83E1003C lwz r31,60(r1)
- 16: GETL R1, t12
- 17: ADDL $0x3C, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R31
- 20: INCEIPL $4
-
- 0x2547B844: 9316000C stw r24,12(r22)
- 21: GETL R24, t16
- 22: GETL R22, t18
- 23: ADDL $0xC, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0x2547B848: 82810010 lwz r20,16(r1)
- 26: GETL R1, t20
- 27: ADDL $0x10, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R20
- 30: INCEIPL $4
-
- 0x2547B84C: 82A10014 lwz r21,20(r1)
- 31: GETL R1, t24
- 32: ADDL $0x14, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R21
- 35: INCEIPL $4
-
- 0x2547B850: 82C10018 lwz r22,24(r1)
- 36: GETL R1, t28
- 37: ADDL $0x18, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R22
- 40: INCEIPL $4
-
- 0x2547B854: 82E1001C lwz r23,28(r1)
- 41: GETL R1, t32
- 42: ADDL $0x1C, t32
- 43: LDL (t32), t34
- 44: PUTL t34, R23
- 45: INCEIPL $4
-
- 0x2547B858: 83010020 lwz r24,32(r1)
- 46: GETL R1, t36
- 47: ADDL $0x20, t36
- 48: LDL (t36), t38
- 49: PUTL t38, R24
- 50: INCEIPL $4
-
- 0x2547B85C: 83210024 lwz r25,36(r1)
- 51: GETL R1, t40
- 52: ADDL $0x24, t40
- 53: LDL (t40), t42
- 54: PUTL t42, R25
- 55: INCEIPL $4
-
- 0x2547B860: 83410028 lwz r26,40(r1)
- 56: GETL R1, t44
- 57: ADDL $0x28, t44
- 58: LDL (t44), t46
- 59: PUTL t46, R26
- 60: INCEIPL $4
-
- 0x2547B864: 8361002C lwz r27,44(r1)
- 61: GETL R1, t48
- 62: ADDL $0x2C, t48
- 63: LDL (t48), t50
- 64: PUTL t50, R27
- 65: INCEIPL $4
-
- 0x2547B868: 83810030 lwz r28,48(r1)
- 66: GETL R1, t52
- 67: ADDL $0x30, t52
- 68: LDL (t52), t54
- 69: PUTL t54, R28
- 70: INCEIPL $4
-
- 0x2547B86C: 83A10034 lwz r29,52(r1)
- 71: GETL R1, t56
- 72: ADDL $0x34, t56
- 73: LDL (t56), t58
- 74: PUTL t58, R29
- 75: INCEIPL $4
-
- 0x2547B870: 38210040 addi r1,r1,64
- 76: GETL R1, t60
- 77: ADDL $0x40, t60
- 78: PUTL t60, R1
- 79: INCEIPL $4
-
- 0x2547B874: 4800072C b 0x2547BFA0
- 80: JMPo $0x2547BFA0 ($4)
-
-
-
-. 1486 2547B830 72
-. 82 E1 00 44 3B 00 00 00 83 C1 00 38 7E E8 03 A6 83 E1 00 3C 93 16 00 0C 82 81 00 10 82 A1 00 14 82 C1 00 18 82 E1 00 1C 83 01 00 20 83 21 00 24 83 41 00 28 83 61 00 2C 83 81 00 30 83 A1 00 34 38 21 00 40 48 00 07 2C
-==== BB 1487 (0x2548051C) approx BBs exec'd 0 ====
-
- 0x2548051C: 807D0000 lwz r3,0(r29)
- 0: GETL R29, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0x25480520: 809B0000 lwz r4,0(r27)
- 4: GETL R27, t4
- 5: LDL (t4), t6
- 6: PUTL t6, R4
- 7: INCEIPL $4
-
- 0x25480524: 5465103A rlwinm r5,r3,2,0,29
- 8: GETL R3, t8
- 9: SHLL $0x2, t8
- 10: PUTL t8, R5
- 11: INCEIPL $4
-
- 0x25480528: 7CC42A14 add r6,r4,r5
- 12: GETL R4, t10
- 13: GETL R5, t12
- 14: ADDL t10, t12
- 15: PUTL t12, R6
- 16: INCEIPL $4
-
- 0x2548052C: 38A60004 addi r5,r6,4
- 17: GETL R6, t14
- 18: ADDL $0x4, t14
- 19: PUTL t14, R5
- 20: INCEIPL $4
-
- 0x25480530: 84060004 lwzu r0,4(r6)
- 21: GETL R6, t16
- 22: ADDL $0x4, t16
- 23: PUTL t16, R6
- 24: LDL (t16), t18
- 25: PUTL t18, R0
- 26: INCEIPL $4
-
- 0x25480534: 2C000000 cmpi cr0,r0,0
- 27: GETL R0, t20
- 28: CMP0L t20, t22 (-rSo)
- 29: ICRFL t22, $0x0, CR
- 30: INCEIPL $4
-
- 0x25480538: 4082FFF8 bc 4,2,0x25480530
- 31: Jc02o $0x25480530
-
-
-
-. 1487 2548051C 32
-. 80 7D 00 00 80 9B 00 00 54 65 10 3A 7C C4 2A 14 38 A6 00 04 84 06 00 04 2C 00 00 00 40 82 FF F8
-==== BB 1488 (0x25480530) approx BBs exec'd 0 ====
-
- 0x25480530: 84060004 lwzu r0,4(r6)
- 0: GETL R6, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R6
- 3: LDL (t0), t2
- 4: PUTL t2, R0
- 5: INCEIPL $4
-
- 0x25480534: 2C000000 cmpi cr0,r0,0
- 6: GETL R0, t4
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0x25480538: 4082FFF8 bc 4,2,0x25480530
- 10: Jc02o $0x25480530
-
-
-
-. 1488 25480530 12
-. 84 06 00 04 2C 00 00 00 40 82 FF F8
-==== BB 1489 (0x2548053C) approx BBs exec'd 0 ====
-
- 0x2548053C: 38C60004 addi r6,r6,4
- 0: GETL R6, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R6
- 3: INCEIPL $4
-
- 0x25480540: 80FF04AC lwz r7,1196(r31)
- 4: GETL R31, t2
- 5: ADDL $0x4AC, t2
- 6: LDL (t2), t4
- 7: PUTL t4, R7
- 8: INCEIPL $4
-
- 0x25480544: 7FC903A6 mtctr r30
- 9: GETL R30, t6
- 10: PUTL t6, CTR
- 11: INCEIPL $4
-
- 0x25480548: 3BE00000 li r31,0
- 12: MOVL $0x0, t8
- 13: PUTL t8, R31
- 14: INCEIPL $4
-
- 0x2548054C: 93E10000 stw r31,0(r1)
- 15: GETL R31, t10
- 16: GETL R1, t12
- 17: STL t10, (t12)
- 18: INCEIPL $4
-
- 0x25480550: 7FE803A6 mtlr r31
- 19: GETL R31, t14
- 20: PUTL t14, LR
- 21: INCEIPL $4
-
- 0x25480554: 93E10004 stw r31,4(r1)
- 22: GETL R31, t16
- 23: GETL R1, t18
- 24: ADDL $0x4, t18
- 25: STL t16, (t18)
- 26: INCEIPL $4
-
- 0x25480558: 93E10008 stw r31,8(r1)
- 27: GETL R31, t20
- 28: GETL R1, t22
- 29: ADDL $0x8, t22
- 30: STL t20, (t22)
- 31: INCEIPL $4
-
- 0x2548055C: 93E1000C stw r31,12(r1)
- 32: GETL R31, t24
- 33: GETL R1, t26
- 34: ADDL $0xC, t26
- 35: STL t24, (t26)
- 36: INCEIPL $4
-
- 0x25480560: 4E800420 bctr
- 37: GETL CTR, t28
- 38: JMPo t28 ($4)
-
-
-
-. 1489 2548053C 40
-. 38 C6 00 04 80 FF 04 AC 7F C9 03 A6 3B E0 00 00 93 E1 00 00 7F E8 03 A6 93 E1 00 04 93 E1 00 08 93 E1 00 0C 4E 80 04 20
-==== BB 1490 (0x10000FF4) approx BBs exec'd 0 ====
-
- 0x10000FF4: 7C290B78 or r9,r1,r1
- 0: GETL R1, t0
- 1: PUTL t0, R9
- 2: INCEIPL $4
-
- 0x10000FF8: 54210036 rlwinm r1,r1,0,0,27
- 3: GETL R1, t2
- 4: ANDL $0xFFFFFFF0, t2
- 5: PUTL t2, R1
- 6: INCEIPL $4
-
- 0x10000FFC: 38000000 li r0,0
- 7: MOVL $0x0, t4
- 8: PUTL t4, R0
- 9: INCEIPL $4
-
- 0x10001000: 9421FFF0 stwu r1,-16(r1)
- 10: GETL R1, t6
- 11: GETL R1, t8
- 12: ADDL $0xFFFFFFF0, t8
- 13: PUTL t8, R1
- 14: STL t6, (t8)
- 15: INCEIPL $4
-
- 0x10001004: 7C0803A6 mtlr r0
- 16: GETL R0, t10
- 17: PUTL t10, LR
- 18: INCEIPL $4
-
- 0x10001008: 90010000 stw r0,0(r1)
- 19: GETL R0, t12
- 20: GETL R1, t14
- 21: STL t12, (t14)
- 22: INCEIPL $4
-
- 0x1000100C: 3D001000 lis r8,4096
- 23: MOVL $0x10000000, t16
- 24: PUTL t16, R8
- 25: INCEIPL $4
-
- 0x10001010: 85A87DF8 lwzu r13,32248(r8)
- 26: MOVL $0x10007DF8, t18
- 27: PUTL t18, R8
- 28: LDL (t18), t20
- 29: PUTL t20, R13
- 30: INCEIPL $4
-
- 0x10001014: 48019C20 b 0x1001AC34
- 31: JMPo $0x1001AC34 ($4)
-
-
-
-. 1490 10000FF4 36
-. 7C 29 0B 78 54 21 00 36 38 00 00 00 94 21 FF F0 7C 08 03 A6 90 01 00 00 3D 00 10 00 85 A8 7D F8 48 01 9C 20
-==== BB 1491 (0x1001AC34) approx BBs exec'd 0 ====
-
- 0x1001AC34: 39600080 li r11,128
- 0: MOVL $0x80, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0x1001AC38: 4BFFFED4 b 0x1001AB0C
- 3: JMPo $0x1001AB0C ($4)
-
-
-
-. 1491 1001AC34 8
-. 39 60 00 80 4B FF FE D4
-==== BB 1492 (0x1001AB0C) approx BBs exec'd 0 ====
-
- 0x1001AB0C: 556C083C rlwinm r12,r11,1,0,30
- 0: GETL R11, t0
- 1: SHLL $0x1, t0
- 2: PUTL t0, R12
- 3: INCEIPL $4
-
- 0x1001AB10: 7D6C5A14 add r11,r12,r11
- 4: GETL R12, t2
- 5: GETL R11, t4
- 6: ADDL t2, t4
- 7: PUTL t4, R11
- 8: INCEIPL $4
-
- 0x1001AB14: 3980AF5C li r12,-20644
- 9: MOVL $0xFFFFAF5C, t6
- 10: PUTL t6, R12
- 11: INCEIPL $4
-
- 0x1001AB18: 3D8C2548 addis r12,r12,9544
- 12: MOVL $0x2547AF5C, t8
- 13: PUTL t8, R12
- 14: INCEIPL $4
-
- 0x1001AB1C: 7D8903A6 mtctr r12
- 15: GETL R12, t10
- 16: PUTL t10, CTR
- 17: INCEIPL $4
-
- 0x1001AB20: 39807A88 li r12,31368
- 18: MOVL $0x7A88, t12
- 19: PUTL t12, R12
- 20: INCEIPL $4
-
- 0x1001AB24: 3D8C2549 addis r12,r12,9545
- 21: MOVL $0x25497A88, t14
- 22: PUTL t14, R12
- 23: INCEIPL $4
-
- 0x1001AB28: 4E800420 bctr
- 24: GETL CTR, t16
- 25: JMPo t16 ($4)
-
-
-
-. 1492 1001AB0C 32
-. 55 6C 08 3C 7D 6C 5A 14 39 80 AF 5C 3D 8C 25 48 7D 89 03 A6 39 80 7A 88 3D 8C 25 49 4E 80 04 20
-==== BB 1493 __libc_start_main(0xFE7B8C4) approx BBs exec'd 0 ====
-
- 0xFE7B8C4: 7C0802A6 mflr r0
- 0: GETL LR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFE7B8C8: 9421FFF0 stwu r1,-16(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFF0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFE7B8CC: 4812C585 bl 0xFFA7E50
- 9: MOVL $0xFE7B8D0, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 1493 FE7B8C4 12
-. 7C 08 02 A6 94 21 FF F0 48 12 C5 85
-==== BB 1494 (0xFE7B8D0) approx BBs exec'd 0 ====
-
- 0xFE7B8D0: 93C10008 stw r30,8(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFE7B8D4: 7D2A4B78 or r10,r9,r9
- 5: GETL R9, t4
- 6: PUTL t4, R10
- 7: INCEIPL $4
-
- 0xFE7B8D8: 7FC802A6 mflr r30
- 8: GETL LR, t6
- 9: PUTL t6, R30
- 10: INCEIPL $4
-
- 0xFE7B8DC: 90010014 stw r0,20(r1)
- 11: GETL R0, t8
- 12: GETL R1, t10
- 13: ADDL $0x14, t10
- 14: STL t8, (t10)
- 15: INCEIPL $4
-
- 0xFE7B8E0: 7C6C1B78 or r12,r3,r3
- 16: GETL R3, t12
- 17: PUTL t12, R12
- 18: INCEIPL $4
-
- 0xFE7B8E4: 80090000 lwz r0,0(r9)
- 19: GETL R9, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R0
- 22: INCEIPL $4
-
- 0xFE7B8E8: 7C852378 or r5,r4,r4
- 23: GETL R4, t18
- 24: PUTL t18, R5
- 25: INCEIPL $4
-
- 0xFE7B8EC: 7CE93B78 or r9,r7,r7
- 26: GETL R7, t20
- 27: PUTL t20, R9
- 28: INCEIPL $4
-
- 0xFE7B8F0: 7D074378 or r7,r8,r8
- 29: GETL R8, t22
- 30: PUTL t22, R7
- 31: INCEIPL $4
-
- 0xFE7B8F4: 2F800000 cmpi cr7,r0,0
- 32: GETL R0, t24
- 33: CMP0L t24, t26 (-rSo)
- 34: ICRFL t26, $0x7, CR
- 35: INCEIPL $4
-
- 0xFE7B8F8: 419E0034 bc 12,30,0xFE7B92C
- 36: Js30o $0xFE7B92C
-
-
-
-. 1494 FE7B8D0 44
-. 93 C1 00 08 7D 2A 4B 78 7F C8 02 A6 90 01 00 14 7C 6C 1B 78 80 09 00 00 7C 85 23 78 7C E9 3B 78 7D 07 43 78 2F 80 00 00 41 9E 00 34
-==== BB 1495 (0xFE7B92C) approx BBs exec'd 0 ====
-
- 0xFE7B92C: 80060000 lwz r0,0(r6)
- 0: GETL R6, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0xFE7B930: 7CCB3378 or r11,r6,r6
- 4: GETL R6, t4
- 5: PUTL t4, R11
- 6: INCEIPL $4
-
- 0xFE7B934: 2C800000 cmpi cr1,r0,0
- 7: GETL R0, t6
- 8: CMP0L t6, t8 (-rSo)
- 9: ICRFL t8, $0x1, CR
- 10: INCEIPL $4
-
- 0xFE7B938: 4186003C bc 12,6,0xFE7B974
- 11: Js06o $0xFE7B974
-
-
-
-. 1495 FE7B92C 16
-. 80 06 00 00 7C CB 33 78 2C 80 00 00 41 86 00 3C
-==== BB 1496 (0xFE7B93C) approx BBs exec'd 0 ====
-
- 0xFE7B93C: 811E1CB0 lwz r8,7344(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1CB0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0xFE7B940: 48000010 b 0xFE7B950
- 5: JMPo $0xFE7B950 ($4)
-
-
-
-. 1496 FE7B93C 8
-. 81 1E 1C B0 48 00 00 10
-==== BB 1497 (0xFE7B950) approx BBs exec'd 0 ====
-
- 0xFE7B950: 2F800013 cmpi cr7,r0,19
- 0: GETL R0, t0
- 1: MOVL $0x13, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFE7B954: 2F080000 cmpi cr6,r8,0
- 5: GETL R8, t6
- 6: CMP0L t6, t8 (-rSo)
- 7: ICRFL t8, $0x6, CR
- 8: INCEIPL $4
-
- 0xFE7B958: 409EFFEC bc 4,30,0xFE7B944
- 9: Jc30o $0xFE7B944
-
-
-
-. 1497 FE7B950 12
-. 2F 80 00 13 2F 08 00 00 40 9E FF EC
-==== BB 1498 (0xFE7B944) approx BBs exec'd 0 ====
-
- 0xFE7B944: 840B0008 lwzu r0,8(r11)
- 0: GETL R11, t0
- 1: ADDL $0x8, t0
- 2: PUTL t0, R11
- 3: LDL (t0), t2
- 4: PUTL t2, R0
- 5: INCEIPL $4
-
- 0xFE7B948: 2F000000 cmpi cr6,r0,0
- 6: GETL R0, t4
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x6, CR
- 9: INCEIPL $4
-
- 0xFE7B94C: 419A0028 bc 12,26,0xFE7B974
- 10: Js26o $0xFE7B974
-
-
-
-. 1498 FE7B944 12
-. 84 0B 00 08 2F 00 00 00 41 9A 00 28
-==== BB 1499 (0xFE7B95C) approx BBs exec'd 0 ====
-
- 0xFE7B95C: 41BAFFE8 bc 13,26,0xFE7B944
- 0: Js26o $0xFE7B944
-
-
-
-. 1499 FE7B95C 4
-. 41 BA FF E8
-==== BB 1500 (0xFE7B960) approx BBs exec'd 0 ====
-
- 0xFE7B960: 808B0004 lwz r4,4(r11)
- 0: GETL R11, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFE7B964: 90880000 stw r4,0(r8)
- 5: GETL R4, t4
- 6: GETL R8, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0xFE7B968: 840B0008 lwzu r0,8(r11)
- 9: GETL R11, t8
- 10: ADDL $0x8, t8
- 11: PUTL t8, R11
- 12: LDL (t8), t10
- 13: PUTL t10, R0
- 14: INCEIPL $4
-
- 0xFE7B96C: 2F000000 cmpi cr6,r0,0
- 15: GETL R0, t12
- 16: CMP0L t12, t14 (-rSo)
- 17: ICRFL t14, $0x6, CR
- 18: INCEIPL $4
-
- 0xFE7B970: 409AFFE0 bc 4,26,0xFE7B950
- 19: Jc26o $0xFE7B950
-
-
-
-. 1500 FE7B960 20
-. 80 8B 00 04 90 88 00 00 84 0B 00 08 2F 00 00 00 40 9A FF E0
-==== BB 1501 (0xFE7B974) approx BBs exec'd 0 ====
-
- 0xFE7B974: 8107000C lwz r8,12(r7)
- 0: GETL R7, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0xFE7B978: 7D846378 or r4,r12,r12
- 5: GETL R12, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0xFE7B97C: 80670004 lwz r3,4(r7)
- 8: GETL R7, t6
- 9: ADDL $0x4, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R3
- 12: INCEIPL $4
-
- 0xFE7B980: 80E70008 lwz r7,8(r7)
- 13: GETL R7, t10
- 14: ADDL $0x8, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R7
- 17: INCEIPL $4
-
- 0xFE7B984: 4BFFFD91 bl 0xFE7B714
- 18: MOVL $0xFE7B988, t14
- 19: PUTL t14, LR
- 20: JMPo-c $0xFE7B714 ($4)
-
-
-
-. 1501 FE7B974 20
-. 81 07 00 0C 7D 84 63 78 80 67 00 04 80 E7 00 08 4B FF FD 91
-==== BB 1502 generic_start_main(0xFE7B714) approx BBs exec'd 0 ====
-
- 0xFE7B714: 9421FDE0 stwu r1,-544(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFDE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFE7B718: 7D4802A6 mflr r10
- 6: GETL LR, t4
- 7: PUTL t4, R10
- 8: INCEIPL $4
-
- 0xFE7B71C: 4812C735 bl 0xFFA7E50
- 9: MOVL $0xFE7B720, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 1502 FE7B714 12
-. 94 21 FD E0 7D 48 02 A6 48 12 C7 35
-==== BB 1503 (0xFE7B720) approx BBs exec'd 0 ====
-
- 0xFE7B720: 93C10218 stw r30,536(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x218, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFE7B724: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFE7B728: 93A10214 stw r29,532(r1)
- 8: GETL R29, t6
- 9: GETL R1, t8
- 10: ADDL $0x214, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFE7B72C: 5480103A rlwinm r0,r4,2,0,29
- 13: GETL R4, t10
- 14: SHLL $0x2, t10
- 15: PUTL t10, R0
- 16: INCEIPL $4
-
- 0xFE7B730: 93810210 stw r28,528(r1)
- 17: GETL R28, t12
- 18: GETL R1, t14
- 19: ADDL $0x210, t14
- 20: STL t12, (t14)
- 21: INCEIPL $4
-
- 0xFE7B734: 7D602A14 add r11,r0,r5
- 22: GETL R0, t16
- 23: GETL R5, t18
- 24: ADDL t16, t18
- 25: PUTL t18, R11
- 26: INCEIPL $4
-
- 0xFE7B738: 93E1021C stw r31,540(r1)
- 27: GETL R31, t20
- 28: GETL R1, t22
- 29: ADDL $0x21C, t22
- 30: STL t20, (t22)
- 31: INCEIPL $4
-
- 0xFE7B73C: 83BE1CE4 lwz r29,7396(r30)
- 32: GETL R30, t24
- 33: ADDL $0x1CE4, t24
- 34: LDL (t24), t26
- 35: PUTL t26, R29
- 36: INCEIPL $4
-
- 0xFE7B740: 7CFC3B78 or r28,r7,r7
- 37: GETL R7, t28
- 38: PUTL t28, R28
- 39: INCEIPL $4
-
- 0xFE7B744: 91410224 stw r10,548(r1)
- 40: GETL R10, t30
- 41: GETL R1, t32
- 42: ADDL $0x224, t32
- 43: STL t30, (t32)
- 44: INCEIPL $4
-
- 0xFE7B748: 7D1F4378 or r31,r8,r8
- 45: GETL R8, t34
- 46: PUTL t34, R31
- 47: INCEIPL $4
-
- 0xFE7B74C: 2F9D0000 cmpi cr7,r29,0
- 48: GETL R29, t36
- 49: CMP0L t36, t38 (-rSo)
- 50: ICRFL t38, $0x7, CR
- 51: INCEIPL $4
-
- 0xFE7B750: 906101F0 stw r3,496(r1)
- 52: GETL R3, t40
- 53: GETL R1, t42
- 54: ADDL $0x1F0, t42
- 55: STL t40, (t42)
- 56: INCEIPL $4
-
- 0xFE7B754: 9361020C stw r27,524(r1)
- 57: GETL R27, t44
- 58: GETL R1, t46
- 59: ADDL $0x20C, t46
- 60: STL t44, (t46)
- 61: INCEIPL $4
-
- 0xFE7B758: 7D234B78 or r3,r9,r9
- 62: GETL R9, t48
- 63: PUTL t48, R3
- 64: INCEIPL $4
-
- 0xFE7B75C: 908101F4 stw r4,500(r1)
- 65: GETL R4, t50
- 66: GETL R1, t52
- 67: ADDL $0x1F4, t52
- 68: STL t50, (t52)
- 69: INCEIPL $4
-
- 0xFE7B760: 396B0004 addi r11,r11,4
- 70: GETL R11, t54
- 71: ADDL $0x4, t54
- 72: PUTL t54, R11
- 73: INCEIPL $4
-
- 0xFE7B764: 90A101F8 stw r5,504(r1)
- 74: GETL R5, t56
- 75: GETL R1, t58
- 76: ADDL $0x1F8, t58
- 77: STL t56, (t58)
- 78: INCEIPL $4
-
- 0xFE7B768: 39400000 li r10,0
- 79: MOVL $0x0, t60
- 80: PUTL t60, R10
- 81: INCEIPL $4
-
- 0xFE7B76C: 90C101FC stw r6,508(r1)
- 82: GETL R6, t62
- 83: GETL R1, t64
- 84: ADDL $0x1FC, t64
- 85: STL t62, (t64)
- 86: INCEIPL $4
-
- 0xFE7B770: 419E0010 bc 12,30,0xFE7B780
- 87: Js30o $0xFE7B780
-
-
-
-. 1503 FE7B720 84
-. 93 C1 02 18 7F C8 02 A6 93 A1 02 14 54 80 10 3A 93 81 02 10 7D 60 2A 14 93 E1 02 1C 83 BE 1C E4 7C FC 3B 78 91 41 02 24 7D 1F 43 78 2F 9D 00 00 90 61 01 F0 93 61 02 0C 7D 23 4B 78 90 81 01 F4 39 6B 00 04 90 A1 01 F8 39 40 00 00 90 C1 01 FC 41 9E 00 10
-==== BB 1504 (0xFE7B780) approx BBs exec'd 0 ====
-
- 0xFE7B780: 2C830000 cmpi cr1,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFE7B784: 837E1B84 lwz r27,7044(r30)
- 4: GETL R30, t4
- 5: ADDL $0x1B84, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R27
- 8: INCEIPL $4
-
- 0xFE7B788: 813E1AA4 lwz r9,6820(r30)
- 9: GETL R30, t8
- 10: ADDL $0x1AA4, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R9
- 13: INCEIPL $4
-
- 0xFE7B78C: 917B0000 stw r11,0(r27)
- 14: GETL R11, t12
- 15: GETL R27, t14
- 16: STL t12, (t14)
- 17: INCEIPL $4
-
- 0xFE7B790: 91490000 stw r10,0(r9)
- 18: GETL R10, t16
- 19: GETL R9, t18
- 20: STL t16, (t18)
- 21: INCEIPL $4
-
- 0xFE7B794: 41860010 bc 12,6,0xFE7B7A4
- 22: Js06o $0xFE7B7A4
-
-
-
-. 1504 FE7B780 24
-. 2C 83 00 00 83 7E 1B 84 81 3E 1A A4 91 7B 00 00 91 49 00 00 41 86 00 10
-==== BB 1505 (0xFE7B798) approx BBs exec'd 0 ====
-
- 0xFE7B798: 38800000 li r4,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0xFE7B79C: 38A00000 li r5,0
- 3: MOVL $0x0, t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0xFE7B7A0: 48018731 bl 0xFE93ED0
- 6: MOVL $0xFE7B7A4, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0xFE93ED0 ($4)
-
-
-
-. 1505 FE7B798 12
-. 38 80 00 00 38 A0 00 00 48 01 87 31
-==== BB 1506 __cxa_atexit_internal(0xFE93ED0) approx BBs exec'd 0 ====
-
- 0xFE93ED0: 7C0802A6 mflr r0
- 0: GETL LR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFE93ED4: 9421FFE0 stwu r1,-32(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFE0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFE93ED8: 93E1001C stw r31,28(r1)
- 9: GETL R31, t6
- 10: GETL R1, t8
- 11: ADDL $0x1C, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFE93EDC: 7CBF2B78 or r31,r5,r5
- 14: GETL R5, t10
- 15: PUTL t10, R31
- 16: INCEIPL $4
-
- 0xFE93EE0: 93810010 stw r28,16(r1)
- 17: GETL R28, t12
- 18: GETL R1, t14
- 19: ADDL $0x10, t14
- 20: STL t12, (t14)
- 21: INCEIPL $4
-
- 0xFE93EE4: 7C9C2378 or r28,r4,r4
- 22: GETL R4, t16
- 23: PUTL t16, R28
- 24: INCEIPL $4
-
- 0xFE93EE8: 93A10014 stw r29,20(r1)
- 25: GETL R29, t18
- 26: GETL R1, t20
- 27: ADDL $0x14, t20
- 28: STL t18, (t20)
- 29: INCEIPL $4
-
- 0xFE93EEC: 7C7D1B78 or r29,r3,r3
- 30: GETL R3, t22
- 31: PUTL t22, R29
- 32: INCEIPL $4
-
- 0xFE93EF0: 90010024 stw r0,36(r1)
- 33: GETL R0, t24
- 34: GETL R1, t26
- 35: ADDL $0x24, t26
- 36: STL t24, (t26)
- 37: INCEIPL $4
-
- 0xFE93EF4: 93C10018 stw r30,24(r1)
- 38: GETL R30, t28
- 39: GETL R1, t30
- 40: ADDL $0x18, t30
- 41: STL t28, (t30)
- 42: INCEIPL $4
-
- 0xFE93EF8: 4BFFFE35 bl 0xFE93D2C
- 43: MOVL $0xFE93EFC, t32
- 44: PUTL t32, LR
- 45: JMPo-c $0xFE93D2C ($4)
-
-
-
-. 1506 FE93ED0 44
-. 7C 08 02 A6 94 21 FF E0 93 E1 00 1C 7C BF 2B 78 93 81 00 10 7C 9C 23 78 93 A1 00 14 7C 7D 1B 78 90 01 00 24 93 C1 00 18 4B FF FE 35
-==== BB 1507 __new_exitfn(0xFE93D2C) approx BBs exec'd 0 ====
-
- 0xFE93D2C: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFE93D30: 7C6802A6 mflr r3
- 6: GETL LR, t4
- 7: PUTL t4, R3
- 8: INCEIPL $4
-
- 0xFE93D34: 4811411D bl 0xFFA7E50
- 9: MOVL $0xFE93D38, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 1507 FE93D2C 12
-. 94 21 FF E0 7C 68 02 A6 48 11 41 1D
-==== BB 1508 (0xFE93D38) approx BBs exec'd 0 ====
-
- 0xFE93D38: 93C10018 stw r30,24(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFE93D3C: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFE93D40: 93810010 stw r28,16(r1)
- 8: GETL R28, t6
- 9: GETL R1, t8
- 10: ADDL $0x10, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFE93D44: 93A10014 stw r29,20(r1)
- 13: GETL R29, t10
- 14: GETL R1, t12
- 15: ADDL $0x14, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFE93D48: 38000001 li r0,1
- 18: MOVL $0x1, t14
- 19: PUTL t14, R0
- 20: INCEIPL $4
-
- 0xFE93D4C: 9361000C stw r27,12(r1)
- 21: GETL R27, t16
- 22: GETL R1, t18
- 23: ADDL $0xC, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFE93D50: 3BA00000 li r29,0
- 26: MOVL $0x0, t20
- 27: PUTL t20, R29
- 28: INCEIPL $4
-
- 0xFE93D54: 93E1001C stw r31,28(r1)
- 29: GETL R31, t22
- 30: GETL R1, t24
- 31: ADDL $0x1C, t24
- 32: STL t22, (t24)
- 33: INCEIPL $4
-
- 0xFE93D58: 90610024 stw r3,36(r1)
- 34: GETL R3, t26
- 35: GETL R1, t28
- 36: ADDL $0x24, t28
- 37: STL t26, (t28)
- 38: INCEIPL $4
-
- 0xFE93D5C: 839E02B4 lwz r28,692(r30)
- 39: GETL R30, t30
- 40: ADDL $0x2B4, t30
- 41: LDL (t30), t32
- 42: PUTL t32, R28
- 43: INCEIPL $4
-
- 0xFE93D60: 7D20E028 lwarx r9,r0,r28
- 44: GETL R28, t34
- 45: LOCKo
- 46: LDL (t34), t36
- 47: PUTL t36, R9
- 48: INCEIPL $4
-
- 0xFE93D64: 7C09E800 cmp cr0,r9,r29
- 49: GETL R9, t38
- 50: GETL R29, t40
- 51: CMPL t38, t40, t42 (-rSo)
- 52: ICRFL t42, $0x0, CR
- 53: INCEIPL $4
-
- 0xFE93D68: 4082000C bc 4,2,0xFE93D74
- 54: Jc02o $0xFE93D74
-
-
-
-. 1508 FE93D38 52
-. 93 C1 00 18 7F C8 02 A6 93 81 00 10 93 A1 00 14 38 00 00 01 93 61 00 0C 3B A0 00 00 93 E1 00 1C 90 61 00 24 83 9E 02 B4 7D 20 E0 28 7C 09 E8 00 40 82 00 0C
-==== BB 1509 (0xFE93D6C) approx BBs exec'd 0 ====
-
- 0xFE93D6C: 7C00E12D stwcx. r0,r0,r28
- 0: GETL R28, t0
- 1: GETL R0, t2
- 2: LOCKo
- 3: STL t2, (t0) (-rSo)
- 4: ICRFL cr, $0x0, CR
- 5: INCEIPL $4
-
- 0xFE93D70: 40A2FFF0 bc 5,2,0xFE93D60
- 6: Jc02o $0xFE93D60
-
-
-
-. 1509 FE93D6C 8
-. 7C 00 E1 2D 40 A2 FF F0
-==== BB 1510 (0xFE93D60) approx BBs exec'd 0 ====
-
- 0xFE93D60: 7D20E028 lwarx r9,r0,r28
- 0: GETL R28, t0
- 1: LOCKo
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFE93D64: 7C09E800 cmp cr0,r9,r29
- 5: GETL R9, t4
- 6: GETL R29, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x0, CR
- 9: INCEIPL $4
-
- 0xFE93D68: 4082000C bc 4,2,0xFE93D74
- 10: Jc02o $0xFE93D74
-
-
-
-. 1510 FE93D60 12
-. 7D 20 E0 28 7C 09 E8 00 40 82 00 0C
-==== BB 1511 (0xFE93D74) approx BBs exec'd 0 ====
-
- 0xFE93D74: 4C00012C 0: INCEIPL $4
-
- 0xFE93D78: 2F890000 cmpi cr7,r9,0
- 1: GETL R9, t0
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFE93D7C: 409E0134 bc 4,30,0xFE93EB0
- 5: Jc30o $0xFE93EB0
-
-
-
-. 1511 FE93D74 12
-. 4C 00 01 2C 2F 89 00 00 40 9E 01 34
-==== BB 1512 (0xFE93D80) approx BBs exec'd 0 ====
-
- 0xFE93D80: 837E1AFC lwz r27,6908(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1AFC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R27
- 4: INCEIPL $4
-
- 0xFE93D84: 83FB0000 lwz r31,0(r27)
- 5: GETL R27, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R31
- 8: INCEIPL $4
-
- 0xFE93D88: 2F1F0000 cmpi cr6,r31,0
- 9: GETL R31, t8
- 10: CMP0L t8, t10 (-rSo)
- 11: ICRFL t10, $0x6, CR
- 12: INCEIPL $4
-
- 0xFE93D8C: 419A0050 bc 12,26,0xFE93DDC
- 13: Js26o $0xFE93DDC
-
-
-
-. 1512 FE93D80 16
-. 83 7E 1A FC 83 FB 00 00 2F 1F 00 00 41 9A 00 50
-==== BB 1513 (0xFE93D90) approx BBs exec'd 0 ====
-
- 0xFE93D90: 817F0004 lwz r11,4(r31)
- 0: GETL R31, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0xFE93D94: 3BA00000 li r29,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R29
- 7: INCEIPL $4
-
- 0xFE93D98: 280B0000 cmpli cr0,r11,0
- 8: GETL R11, t6
- 9: MOVL $0x0, t10
- 10: CMPUL t6, t10, t8 (-rSo)
- 11: ICRFL t8, $0x0, CR
- 12: INCEIPL $4
-
- 0xFE93D9C: 40810024 bc 4,1,0xFE93DC0
- 13: Jc01o $0xFE93DC0
-
-
-
-. 1513 FE93D90 16
-. 81 7F 00 04 3B A0 00 00 28 0B 00 00 40 81 00 24
-==== BB 1514 (0xFE93DC0) approx BBs exec'd 0 ====
-
- 0xFE93DC0: 7C0BE840 cmpl cr0,r11,r29
- 0: GETL R11, t0
- 1: GETL R29, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x0, CR
- 4: INCEIPL $4
-
- 0xFE93DC4: 41810104 bc 12,1,0xFE93EC8
- 5: Js01o $0xFE93EC8
-
-
-
-. 1514 FE93DC0 8
-. 7C 0B E8 40 41 81 01 04
-==== BB 1515 (0xFE93DC8) approx BBs exec'd 0 ====
-
- 0xFE93DC8: 288B001F cmpli cr1,r11,31
- 0: GETL R11, t0
- 1: MOVL $0x1F, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0xFE93DCC: 408500F0 bc 4,5,0xFE93EBC
- 5: Jc05o $0xFE93EBC
-
-
-
-. 1515 FE93DC8 8
-. 28 8B 00 1F 40 85 00 F0
-==== BB 1516 (0xFE93EBC) approx BBs exec'd 0 ====
-
- 0xFE93EBC: 392B0001 addi r9,r11,1
- 0: GETL R11, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R9
- 3: INCEIPL $4
-
- 0xFE93EC0: 7D7D5B78 or r29,r11,r11
- 4: GETL R11, t2
- 5: PUTL t2, R29
- 6: INCEIPL $4
-
- 0xFE93EC4: 913F0004 stw r9,4(r31)
- 7: GETL R9, t4
- 8: GETL R31, t6
- 9: ADDL $0x4, t6
- 10: STL t4, (t6)
- 11: INCEIPL $4
-
- 0xFE93EC8: 40BAFF40 bc 5,26,0xFE93E08
- 12: Jc26o $0xFE93E08
-
-
-
-. 1516 FE93EBC 16
-. 39 2B 00 01 7D 7D 5B 78 91 3F 00 04 40 BA FF 40
-==== BB 1517 (0xFE93E08) approx BBs exec'd 0 ====
-
- 0xFE93E08: 57AA2036 rlwinm r10,r29,4,0,27
- 0: GETL R29, t0
- 1: SHLL $0x4, t0
- 2: PUTL t0, R10
- 3: INCEIPL $4
-
- 0xFE93E0C: 39000001 li r8,1
- 4: MOVL $0x1, t2
- 5: PUTL t2, R8
- 6: INCEIPL $4
-
- 0xFE93E10: 7CEAFA14 add r7,r10,r31
- 7: GETL R10, t4
- 8: GETL R31, t6
- 9: ADDL t4, t6
- 10: PUTL t6, R7
- 11: INCEIPL $4
-
- 0xFE93E14: 91070008 stw r8,8(r7)
- 12: GETL R8, t8
- 13: GETL R7, t10
- 14: ADDL $0x8, t10
- 15: STL t8, (t10)
- 16: INCEIPL $4
-
- 0xFE93E18: 39800000 li r12,0
- 17: MOVL $0x0, t12
- 18: PUTL t12, R12
- 19: INCEIPL $4
-
- 0xFE93E1C: 7C0004AC sync
- 20: INCEIPL $4
-
- 0xFE93E20: 7D60E028 lwarx r11,r0,r28
- 21: GETL R28, t14
- 22: LOCKo
- 23: LDL (t14), t16
- 24: PUTL t16, R11
- 25: INCEIPL $4
-
- 0xFE93E24: 7D80E12D stwcx. r12,r0,r28
- 26: GETL R28, t18
- 27: GETL R12, t20
- 28: LOCKo
- 29: STL t20, (t18) (-rSo)
- 30: ICRFL cr, $0x0, CR
- 31: INCEIPL $4
-
- 0xFE93E28: 40A2FFF8 bc 5,2,0xFE93E20
- 32: Jc02o $0xFE93E20
-
-
-
-. 1517 FE93E08 36
-. 57 AA 20 36 39 00 00 01 7C EA FA 14 91 07 00 08 39 80 00 00 7C 00 04 AC 7D 60 E0 28 7D 80 E1 2D 40 A2 FF F8
-==== BB 1518 (0xFE93E2C) approx BBs exec'd 0 ====
-
- 0xFE93E2C: 2F8B0001 cmpi cr7,r11,1
- 0: GETL R11, t0
- 1: MOVL $0x1, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFE93E30: 419D0060 bc 12,29,0xFE93E90
- 5: Js29o $0xFE93E90
-
-
-
-. 1518 FE93E2C 8
-. 2F 8B 00 01 41 9D 00 60
-==== BB 1519 (0xFE93E34) approx BBs exec'd 0 ====
-
- 0xFE93E34: 419A0034 bc 12,26,0xFE93E68
- 0: Js26o $0xFE93E68
-
-
-
-. 1519 FE93E34 4
-. 41 9A 00 34
-==== BB 1520 (0xFE93E38) approx BBs exec'd 0 ====
-
- 0xFE93E38: 57BC2036 rlwinm r28,r29,4,0,27
- 0: GETL R29, t0
- 1: SHLL $0x4, t0
- 2: PUTL t0, R28
- 3: INCEIPL $4
-
- 0xFE93E3C: 83A10024 lwz r29,36(r1)
- 4: GETL R1, t2
- 5: ADDL $0x24, t2
- 6: LDL (t2), t4
- 7: PUTL t4, R29
- 8: INCEIPL $4
-
- 0xFE93E40: 7F7CFA14 add r27,r28,r31
- 9: GETL R28, t6
- 10: GETL R31, t8
- 11: ADDL t6, t8
- 12: PUTL t8, R27
- 13: INCEIPL $4
-
- 0xFE93E44: 83C10018 lwz r30,24(r1)
- 14: GETL R1, t10
- 15: ADDL $0x18, t10
- 16: LDL (t10), t12
- 17: PUTL t12, R30
- 18: INCEIPL $4
-
- 0xFE93E48: 387B0008 addi r3,r27,8
- 19: GETL R27, t14
- 20: ADDL $0x8, t14
- 21: PUTL t14, R3
- 22: INCEIPL $4
-
- 0xFE93E4C: 7FA803A6 mtlr r29
- 23: GETL R29, t16
- 24: PUTL t16, LR
- 25: INCEIPL $4
-
- 0xFE93E50: 8361000C lwz r27,12(r1)
- 26: GETL R1, t18
- 27: ADDL $0xC, t18
- 28: LDL (t18), t20
- 29: PUTL t20, R27
- 30: INCEIPL $4
-
- 0xFE93E54: 83810010 lwz r28,16(r1)
- 31: GETL R1, t22
- 32: ADDL $0x10, t22
- 33: LDL (t22), t24
- 34: PUTL t24, R28
- 35: INCEIPL $4
-
- 0xFE93E58: 83A10014 lwz r29,20(r1)
- 36: GETL R1, t26
- 37: ADDL $0x14, t26
- 38: LDL (t26), t28
- 39: PUTL t28, R29
- 40: INCEIPL $4
-
- 0xFE93E5C: 83E1001C lwz r31,28(r1)
- 41: GETL R1, t30
- 42: ADDL $0x1C, t30
- 43: LDL (t30), t32
- 44: PUTL t32, R31
- 45: INCEIPL $4
-
- 0xFE93E60: 38210020 addi r1,r1,32
- 46: GETL R1, t34
- 47: ADDL $0x20, t34
- 48: PUTL t34, R1
- 49: INCEIPL $4
-
- 0xFE93E64: 4E800020 blr
- 50: GETL LR, t36
- 51: JMPo-r t36 ($4)
-
-
-
-. 1520 FE93E38 48
-. 57 BC 20 36 83 A1 00 24 7F 7C FA 14 83 C1 00 18 38 7B 00 08 7F A8 03 A6 83 61 00 0C 83 81 00 10 83 A1 00 14 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 1521 (0xFE93EFC) approx BBs exec'd 0 ====
-
- 0xFE93EFC: 2C030000 cmpi cr0,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0xFE93F00: 3800FFFF li r0,-1
- 4: MOVL $0xFFFFFFFF, t4
- 5: PUTL t4, R0
- 6: INCEIPL $4
-
- 0xFE93F04: 4182001C bc 12,2,0xFE93F20
- 7: Js02o $0xFE93F20
-
-
-
-. 1521 FE93EFC 12
-. 2C 03 00 00 38 00 FF FF 41 82 00 1C
-==== BB 1522 (0xFE93F08) approx BBs exec'd 0 ====
-
- 0xFE93F08: 38800004 li r4,4
- 0: MOVL $0x4, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0xFE93F0C: 93E3000C stw r31,12(r3)
- 3: GETL R31, t2
- 4: GETL R3, t4
- 5: ADDL $0xC, t4
- 6: STL t2, (t4)
- 7: INCEIPL $4
-
- 0xFE93F10: 90830000 stw r4,0(r3)
- 8: GETL R4, t6
- 9: GETL R3, t8
- 10: STL t6, (t8)
- 11: INCEIPL $4
-
- 0xFE93F14: 38000000 li r0,0
- 12: MOVL $0x0, t10
- 13: PUTL t10, R0
- 14: INCEIPL $4
-
- 0xFE93F18: 93A30004 stw r29,4(r3)
- 15: GETL R29, t12
- 16: GETL R3, t14
- 17: ADDL $0x4, t14
- 18: STL t12, (t14)
- 19: INCEIPL $4
-
- 0xFE93F1C: 93830008 stw r28,8(r3)
- 20: GETL R28, t16
- 21: GETL R3, t18
- 22: ADDL $0x8, t18
- 23: STL t16, (t18)
- 24: INCEIPL $4
-
- 0xFE93F20: 80A10024 lwz r5,36(r1)
- 25: GETL R1, t20
- 26: ADDL $0x24, t20
- 27: LDL (t20), t22
- 28: PUTL t22, R5
- 29: INCEIPL $4
-
- 0xFE93F24: 7C030378 or r3,r0,r0
- 30: GETL R0, t24
- 31: PUTL t24, R3
- 32: INCEIPL $4
-
- 0xFE93F28: 83810010 lwz r28,16(r1)
- 33: GETL R1, t26
- 34: ADDL $0x10, t26
- 35: LDL (t26), t28
- 36: PUTL t28, R28
- 37: INCEIPL $4
-
- 0xFE93F2C: 83A10014 lwz r29,20(r1)
- 38: GETL R1, t30
- 39: ADDL $0x14, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R29
- 42: INCEIPL $4
-
- 0xFE93F30: 7CA803A6 mtlr r5
- 43: GETL R5, t34
- 44: PUTL t34, LR
- 45: INCEIPL $4
-
- 0xFE93F34: 83C10018 lwz r30,24(r1)
- 46: GETL R1, t36
- 47: ADDL $0x18, t36
- 48: LDL (t36), t38
- 49: PUTL t38, R30
- 50: INCEIPL $4
-
- 0xFE93F38: 83E1001C lwz r31,28(r1)
- 51: GETL R1, t40
- 52: ADDL $0x1C, t40
- 53: LDL (t40), t42
- 54: PUTL t42, R31
- 55: INCEIPL $4
-
- 0xFE93F3C: 38210020 addi r1,r1,32
- 56: GETL R1, t44
- 57: ADDL $0x20, t44
- 58: PUTL t44, R1
- 59: INCEIPL $4
-
- 0xFE93F40: 4E800020 blr
- 60: GETL LR, t46
- 61: JMPo-r t46 ($4)
-
-
-
-. 1522 FE93F08 60
-. 38 80 00 04 93 E3 00 0C 90 83 00 00 38 00 00 00 93 A3 00 04 93 83 00 08 80 A1 00 24 7C 03 03 78 83 81 00 10 83 A1 00 14 7C A8 03 A6 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 1523 (0xFE7B7A4) approx BBs exec'd 0 ====
-
- 0xFE7B7A4: 2F1F0000 cmpi cr6,r31,0
- 0: GETL R31, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0xFE7B7A8: 419A0014 bc 12,26,0xFE7B7BC
- 4: Js26o $0xFE7B7BC
-
-
-
-. 1523 FE7B7A4 8
-. 2F 1F 00 00 41 9A 00 14
-==== BB 1524 (0xFE7B7AC) approx BBs exec'd 0 ====
-
- 0xFE7B7AC: 7FE3FB78 or r3,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE7B7B0: 38800000 li r4,0
- 3: MOVL $0x0, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0xFE7B7B4: 38A00000 li r5,0
- 6: MOVL $0x0, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0xFE7B7B8: 48018719 bl 0xFE93ED0
- 9: MOVL $0xFE7B7BC, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFE93ED0 ($4)
-
-
-
-. 1524 FE7B7AC 16
-. 7F E3 FB 78 38 80 00 00 38 A0 00 00 48 01 87 19
-==== BB 1525 (0xFE93DA0) approx BBs exec'd 0 ====
-
- 0xFE93DA0: 393F0008 addi r9,r31,8
- 0: GETL R31, t0
- 1: ADDL $0x8, t0
- 2: PUTL t0, R9
- 3: INCEIPL $4
-
- 0xFE93DA4: 80890000 lwz r4,0(r9)
- 4: GETL R9, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0xFE93DA8: 39290010 addi r9,r9,16
- 8: GETL R9, t6
- 9: ADDL $0x10, t6
- 10: PUTL t6, R9
- 11: INCEIPL $4
-
- 0xFE93DAC: 2C840000 cmpi cr1,r4,0
- 12: GETL R4, t8
- 13: CMP0L t8, t10 (-rSo)
- 14: ICRFL t10, $0x1, CR
- 15: INCEIPL $4
-
- 0xFE93DB0: 41860010 bc 12,6,0xFE93DC0
- 16: Js06o $0xFE93DC0
-
-
-
-. 1525 FE93DA0 20
-. 39 3F 00 08 80 89 00 00 39 29 00 10 2C 84 00 00 41 86 00 10
-==== BB 1526 (0xFE93DB4) approx BBs exec'd 0 ====
-
- 0xFE93DB4: 3BBD0001 addi r29,r29,1
- 0: GETL R29, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R29
- 3: INCEIPL $4
-
- 0xFE93DB8: 7F8BE840 cmpl cr7,r11,r29
- 4: GETL R11, t2
- 5: GETL R29, t4
- 6: CMPUL t2, t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0xFE93DBC: 419DFFE8 bc 12,29,0xFE93DA4
- 9: Js29o $0xFE93DA4
-
-
-
-. 1526 FE93DB4 12
-. 3B BD 00 01 7F 8B E8 40 41 9D FF E8
-==== BB 1527 (0xFE7B7BC) approx BBs exec'd 0 ====
-
- 0xFE7B7BC: 83FE1BC8 lwz r31,7112(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1BC8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R31
- 4: INCEIPL $4
-
- 0xFE7B7C0: 807F0000 lwz r3,0(r31)
- 5: GETL R31, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R3
- 8: INCEIPL $4
-
- 0xFE7B7C4: 70690002 andi. r9,r3,0x2
- 9: GETL R3, t8
- 10: ANDL $0x2, t8
- 11: PUTL t8, R9
- 12: CMP0L t8, t10 (-rSo)
- 13: ICRFL t10, $0x0, CR
- 14: INCEIPL $4
-
- 0xFE7B7C8: 7FA00026 mfcr r29
- 15: GETL CR, t12
- 16: PUTL t12, R29
- 17: INCEIPL $4
-
- 0xFE7B7CC: 40820080 bc 4,2,0xFE7B84C
- 18: Jc02o $0xFE7B84C
-
-
-
-. 1527 FE7B7BC 20
-. 83 FE 1B C8 80 7F 00 00 70 69 00 02 7F A0 00 26 40 82 00 80
-==== BB 1528 (0xFE7B7D0) approx BBs exec'd 0 ====
-
- 0xFE7B7D0: 2F9C0000 cmpi cr7,r28,0
- 0: GETL R28, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xFE7B7D4: 419E001C bc 12,30,0xFE7B7F0
- 4: Js30o $0xFE7B7F0
-
-
-
-. 1528 FE7B7D0 8
-. 2F 9C 00 00 41 9E 00 1C
-==== BB 1529 (0xFE7B7D8) approx BBs exec'd 0 ====
-
- 0xFE7B7D8: 80BB0000 lwz r5,0(r27)
- 0: GETL R27, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R5
- 3: INCEIPL $4
-
- 0xFE7B7DC: 7F8803A6 mtlr r28
- 4: GETL R28, t4
- 5: PUTL t4, LR
- 6: INCEIPL $4
-
- 0xFE7B7E0: 806101F4 lwz r3,500(r1)
- 7: GETL R1, t6
- 8: ADDL $0x1F4, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R3
- 11: INCEIPL $4
-
- 0xFE7B7E4: 808101F8 lwz r4,504(r1)
- 12: GETL R1, t10
- 13: ADDL $0x1F8, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R4
- 16: INCEIPL $4
-
- 0xFE7B7E8: 80C101FC lwz r6,508(r1)
- 17: GETL R1, t14
- 18: ADDL $0x1FC, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R6
- 21: INCEIPL $4
-
- 0xFE7B7EC: 4E800021 blrl
- 22: GETL LR, t18
- 23: MOVL $0xFE7B7F0, t20
- 24: PUTL t20, LR
- 25: JMPo-r t18 ($4)
-
-
-
-. 1529 FE7B7D8 24
-. 80 BB 00 00 7F 88 03 A6 80 61 01 F4 80 81 01 F8 80 C1 01 FC 4E 80 00 21
-==== BB 1530 (0x10007A24) approx BBs exec'd 0 ====
-
- 0x10007A24: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x10007A28: 7CA802A6 mflr r5
- 6: GETL LR, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x10007A2C: 429F0005 bcl 20,31,0x10007A30
- 9: MOVL $0x10007A30, t6
- 10: PUTL t6, LR
- 11: INCEIPL $4
-
- 0x10007A30: 93C10018 stw r30,24(r1)
- 12: GETL R30, t8
- 13: GETL R1, t10
- 14: ADDL $0x18, t10
- 15: STL t8, (t10)
- 16: INCEIPL $4
-
- 0x10007A34: 7FC802A6 mflr r30
- 17: GETL LR, t12
- 18: PUTL t12, R30
- 19: INCEIPL $4
-
- 0x10007A38: 93810010 stw r28,16(r1)
- 20: GETL R28, t14
- 21: GETL R1, t16
- 22: ADDL $0x10, t16
- 23: STL t14, (t16)
- 24: INCEIPL $4
-
- 0x10007A3C: 93E1001C stw r31,28(r1)
- 25: GETL R31, t18
- 26: GETL R1, t20
- 27: ADDL $0x1C, t20
- 28: STL t18, (t20)
- 29: INCEIPL $4
-
- 0x10007A40: 93A10014 stw r29,20(r1)
- 30: GETL R29, t22
- 31: GETL R1, t24
- 32: ADDL $0x14, t24
- 33: STL t22, (t24)
- 34: INCEIPL $4
-
- 0x10007A44: 809EFFF0 lwz r4,-16(r30)
- 35: GETL R30, t26
- 36: ADDL $0xFFFFFFF0, t26
- 37: LDL (t26), t28
- 38: PUTL t28, R4
- 39: INCEIPL $4
-
- 0x10007A48: 90A10024 stw r5,36(r1)
- 40: GETL R5, t30
- 41: GETL R1, t32
- 42: ADDL $0x24, t32
- 43: STL t30, (t32)
- 44: INCEIPL $4
-
- 0x10007A4C: 7FC4F214 add r30,r4,r30
- 45: GETL R4, t34
- 46: GETL R30, t36
- 47: ADDL t34, t36
- 48: PUTL t36, R30
- 49: INCEIPL $4
-
- 0x10007A50: 4BFF957D bl 0x10000FCC
- 50: MOVL $0x10007A54, t38
- 51: PUTL t38, LR
- 52: JMPo-c $0x10000FCC ($4)
-
-
-
-. 1530 10007A24 48
-. 94 21 FF E0 7C A8 02 A6 42 9F 00 05 93 C1 00 18 7F C8 02 A6 93 81 00 10 93 E1 00 1C 93 A1 00 14 80 9E FF F0 90 A1 00 24 7F C4 F2 14 4B FF 95 7D
-==== BB 1531 (0x10000FCC) approx BBs exec'd 0 ====
-
- 0x10000FCC: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x10000FD0: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x10000FD4: 90010024 stw r0,36(r1)
- 9: GETL R0, t6
- 10: GETL R1, t8
- 11: ADDL $0x24, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x10000FD8: 48000041 bl 0x10001018
- 14: MOVL $0x10000FDC, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0x10001018 ($4)
-
-
-
-. 1531 10000FCC 16
-. 94 21 FF E0 7C 08 02 A6 90 01 00 24 48 00 00 41
-==== BB 1532 (0x10001018) approx BBs exec'd 0 ====
-
- 0x10001018: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x1000101C: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x10001020: 93C10018 stw r30,24(r1)
- 9: GETL R30, t6
- 10: GETL R1, t8
- 11: ADDL $0x18, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x10001024: 90010024 stw r0,36(r1)
- 14: GETL R0, t10
- 15: GETL R1, t12
- 16: ADDL $0x24, t12
- 17: STL t10, (t12)
- 18: INCEIPL $4
-
- 0x10001028: 48019885 bl 0x1001A8AC
- 19: MOVL $0x1000102C, t14
- 20: PUTL t14, LR
- 21: JMPo-c $0x1001A8AC ($4)
-
-
-
-. 1532 10001018 20
-. 94 21 FF E0 7C 08 02 A6 93 C1 00 18 90 01 00 24 48 01 98 85
-==== BB 1533 (0x1001A8AC) approx BBs exec'd 0 ====
-
- 0x1001A8AC: 4E800021 blrl
- 0: GETL LR, t0
- 1: MOVL $0x1001A8B0, t2
- 2: PUTL t2, LR
- 3: JMPo-r t0 ($4)
-
-
-
-. 1533 1001A8AC 4
-. 4E 80 00 21
-==== BB 1534 (0x1000102C) approx BBs exec'd 0 ====
-
- 0x1000102C: 7FC802A6 mflr r30
- 0: GETL LR, t0
- 1: PUTL t0, R30
- 2: INCEIPL $4
-
- 0x10001030: 801E020C lwz r0,524(r30)
- 3: GETL R30, t2
- 4: ADDL $0x20C, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0x10001034: 2F800000 cmpi cr7,r0,0
- 8: GETL R0, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x7, CR
- 11: INCEIPL $4
-
- 0x10001038: 419E000C bc 12,30,0x10001044
- 12: Js30o $0x10001044
-
-
-
-. 1534 1000102C 16
-. 7F C8 02 A6 80 1E 02 0C 2F 80 00 00 41 9E 00 0C
-==== BB 1535 (0x10001044) approx BBs exec'd 0 ====
-
- 0x10001044: 80010024 lwz r0,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x10001048: 7C0803A6 mtlr r0
- 5: GETL R0, t4
- 6: PUTL t4, LR
- 7: INCEIPL $4
-
- 0x1000104C: 83C10018 lwz r30,24(r1)
- 8: GETL R1, t6
- 9: ADDL $0x18, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R30
- 12: INCEIPL $4
-
- 0x10001050: 38210020 addi r1,r1,32
- 13: GETL R1, t10
- 14: ADDL $0x20, t10
- 15: PUTL t10, R1
- 16: INCEIPL $4
-
- 0x10001054: 4E800020 blr
- 17: GETL LR, t12
- 18: JMPo-r t12 ($4)
-
-
-
-. 1535 10001044 20
-. 80 01 00 24 7C 08 03 A6 83 C1 00 18 38 21 00 20 4E 80 00 20
-==== BB 1536 (0x10000FDC) approx BBs exec'd 0 ====
-
- 0x10000FDC: 48000105 bl 0x100010E0
- 0: MOVL $0x10000FE0, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x100010E0 ($4)
-
-
-
-. 1536 10000FDC 4
-. 48 00 01 05
-==== BB 1537 (0x100010E0) approx BBs exec'd 0 ====
-
- 0x100010E0: 7C0802A6 mflr r0
- 0: GETL LR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x100010E4: 3D601002 lis r11,4098
- 3: MOVL $0x10020000, t2
- 4: PUTL t2, R11
- 5: INCEIPL $4
-
- 0x100010E8: 9421FFF0 stwu r1,-16(r1)
- 6: GETL R1, t4
- 7: GETL R1, t6
- 8: ADDL $0xFFFFFFF0, t6
- 9: PUTL t6, R1
- 10: STL t4, (t6)
- 11: INCEIPL $4
-
- 0x100010EC: 3D200000 lis r9,0
- 12: MOVL $0x0, t8
- 13: PUTL t8, R9
- 14: INCEIPL $4
-
- 0x100010F0: 39290000 addi r9,r9,0
- 15: MOVL $0x0, t10
- 16: PUTL t10, R9
- 17: INCEIPL $4
-
- 0x100010F4: 386BA010 addi r3,r11,-24560
- 18: MOVL $0x1001A010, t12
- 19: PUTL t12, R3
- 20: INCEIPL $4
-
- 0x100010F8: 90010014 stw r0,20(r1)
- 21: GETL R0, t14
- 22: GETL R1, t16
- 23: ADDL $0x14, t16
- 24: STL t14, (t16)
- 25: INCEIPL $4
-
- 0x100010FC: 800BA010 lwz r0,-24560(r11)
- 26: MOVL $0x1001A010, t18
- 27: LDL (t18), t20
- 28: PUTL t20, R0
- 29: INCEIPL $4
-
- 0x10001100: 2F800000 cmpi cr7,r0,0
- 30: GETL R0, t22
- 31: CMP0L t22, t24 (-rSo)
- 32: ICRFL t24, $0x7, CR
- 33: INCEIPL $4
-
- 0x10001104: 419E0014 bc 12,30,0x10001118
- 34: Js30o $0x10001118
-
-
-
-. 1537 100010E0 40
-. 7C 08 02 A6 3D 60 10 02 94 21 FF F0 3D 20 00 00 39 29 00 00 38 6B A0 10 90 01 00 14 80 0B A0 10 2F 80 00 00 41 9E 00 14
-==== BB 1538 (0x10001118) approx BBs exec'd 0 ====
-
- 0x10001118: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x1000111C: 38210010 addi r1,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R1
- 8: INCEIPL $4
-
- 0x10001120: 7C0803A6 mtlr r0
- 9: GETL R0, t6
- 10: PUTL t6, LR
- 11: INCEIPL $4
-
- 0x10001124: 4E800020 blr
- 12: GETL LR, t8
- 13: JMPo-r t8 ($4)
-
-
-
-. 1538 10001118 16
-. 80 01 00 14 38 21 00 10 7C 08 03 A6 4E 80 00 20
-==== BB 1539 (0x10000FE0) approx BBs exec'd 0 ====
-
- 0x10000FE0: 48006D91 bl 0x10007D70
- 0: MOVL $0x10000FE4, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x10007D70 ($4)
-
-
-
-. 1539 10000FE0 4
-. 48 00 6D 91
-==== BB 1540 (0x10007D70) approx BBs exec'd 0 ====
-
- 0x10007D70: 7C0802A6 mflr r0
- 0: GETL LR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x10007D74: 9421FFF0 stwu r1,-16(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFF0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0x10007D78: 3D201002 lis r9,4098
- 9: MOVL $0x10020000, t6
- 10: PUTL t6, R9
- 11: INCEIPL $4
-
- 0x10007D7C: 93E1000C stw r31,12(r1)
- 12: GETL R31, t8
- 13: GETL R1, t10
- 14: ADDL $0xC, t10
- 15: STL t8, (t10)
- 16: INCEIPL $4
-
- 0x10007D80: 3929A004 addi r9,r9,-24572
- 17: MOVL $0x1001A004, t12
- 18: PUTL t12, R9
- 19: INCEIPL $4
-
- 0x10007D84: 90010014 stw r0,20(r1)
- 20: GETL R0, t14
- 21: GETL R1, t16
- 22: ADDL $0x14, t16
- 23: STL t14, (t16)
- 24: INCEIPL $4
-
- 0x10007D88: 3BE9FFFC addi r31,r9,-4
- 25: MOVL $0x1001A000, t18
- 26: PUTL t18, R31
- 27: INCEIPL $4
-
- 0x10007D8C: 8009FFFC lwz r0,-4(r9)
- 28: MOVL $0x1001A000, t20
- 29: LDL (t20), t22
- 30: PUTL t22, R0
- 31: INCEIPL $4
-
- 0x10007D90: 48000010 b 0x10007DA0
- 32: JMPo $0x10007DA0 ($4)
-
-
-
-. 1540 10007D70 36
-. 7C 08 02 A6 94 21 FF F0 3D 20 10 02 93 E1 00 0C 39 29 A0 04 90 01 00 14 3B E9 FF FC 80 09 FF FC 48 00 00 10
-==== BB 1541 (0x10007DA0) approx BBs exec'd 0 ====
-
- 0x10007DA0: 2F80FFFF cmpi cr7,r0,-1
- 0: GETL R0, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x10007DA4: 409EFFF0 bc 4,30,0x10007D94
- 5: Jc30o $0x10007D94
-
-
-
-. 1541 10007DA0 8
-. 2F 80 FF FF 40 9E FF F0
-==== BB 1542 (0x10007DA8) approx BBs exec'd 0 ====
-
- 0x10007DA8: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x10007DAC: 83E1000C lwz r31,12(r1)
- 5: GETL R1, t4
- 6: ADDL $0xC, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R31
- 9: INCEIPL $4
-
- 0x10007DB0: 38210010 addi r1,r1,16
- 10: GETL R1, t8
- 11: ADDL $0x10, t8
- 12: PUTL t8, R1
- 13: INCEIPL $4
-
- 0x10007DB4: 7C0803A6 mtlr r0
- 14: GETL R0, t10
- 15: PUTL t10, LR
- 16: INCEIPL $4
-
- 0x10007DB8: 4E800020 blr
- 17: GETL LR, t12
- 18: JMPo-r t12 ($4)
-
-
-
-. 1542 10007DA8 20
-. 80 01 00 14 83 E1 00 0C 38 21 00 10 7C 08 03 A6 4E 80 00 20
-==== BB 1543 (0x10000FE4) approx BBs exec'd 0 ====
-
- 0x10000FE4: 80010024 lwz r0,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x10000FE8: 7C0803A6 mtlr r0
- 5: GETL R0, t4
- 6: PUTL t4, LR
- 7: INCEIPL $4
-
- 0x10000FEC: 38210020 addi r1,r1,32
- 8: GETL R1, t6
- 9: ADDL $0x20, t6
- 10: PUTL t6, R1
- 11: INCEIPL $4
-
- 0x10000FF0: 4E800020 blr
- 12: GETL LR, t8
- 13: JMPo-r t8 ($4)
-
-
-
-. 1543 10000FE4 16
-. 80 01 00 24 7C 08 03 A6 38 21 00 20 4E 80 00 20
-==== BB 1544 (0x10007A54) approx BBs exec'd 0 ====
-
- 0x10007A54: 839E8004 lwz r28,-32764(r30)
- 0: GETL R30, t0
- 1: ADDL $0xFFFF8004, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0x10007A58: 807E8000 lwz r3,-32768(r30)
- 5: GETL R30, t4
- 6: ADDL $0xFFFF8000, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0x10007A5C: 3BE00000 li r31,0
- 10: MOVL $0x0, t8
- 11: PUTL t8, R31
- 12: INCEIPL $4
-
- 0x10007A60: 7C1C1850 subf r0,r28,r3
- 13: GETL R28, t10
- 14: GETL R3, t12
- 15: SUBL t10, t12
- 16: PUTL t12, R0
- 17: INCEIPL $4
-
- 0x10007A64: 7C001670 srawi r0,r0,2
- 18: GETL R0, t14
- 19: SARL $0x2, t14 (-wCa)
- 20: PUTL t14, R0
- 21: INCEIPL $4
-
- 0x10007A68: 7F9F0040 cmpl cr7,r31,r0
- 22: GETL R31, t16
- 23: GETL R0, t18
- 24: CMPUL t16, t18, t20 (-rSo)
- 25: ICRFL t20, $0x7, CR
- 26: INCEIPL $4
-
- 0x10007A6C: 409C0024 bc 4,28,0x10007A90
- 27: Jc28o $0x10007A90
-
-
-
-. 1544 10007A54 28
-. 83 9E 80 04 80 7E 80 00 3B E0 00 00 7C 1C 18 50 7C 00 16 70 7F 9F 00 40 40 9C 00 24
-==== BB 1545 (0x10007A90) approx BBs exec'd 0 ====
-
- 0x10007A90: 81010024 lwz r8,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x10007A94: 83810010 lwz r28,16(r1)
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R28
- 9: INCEIPL $4
-
- 0x10007A98: 83A10014 lwz r29,20(r1)
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R29
- 14: INCEIPL $4
-
- 0x10007A9C: 7D0803A6 mtlr r8
- 15: GETL R8, t12
- 16: PUTL t12, LR
- 17: INCEIPL $4
-
- 0x10007AA0: 83C10018 lwz r30,24(r1)
- 18: GETL R1, t14
- 19: ADDL $0x18, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R30
- 22: INCEIPL $4
-
- 0x10007AA4: 83E1001C lwz r31,28(r1)
- 23: GETL R1, t18
- 24: ADDL $0x1C, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R31
- 27: INCEIPL $4
-
- 0x10007AA8: 38210020 addi r1,r1,32
- 28: GETL R1, t22
- 29: ADDL $0x20, t22
- 30: PUTL t22, R1
- 31: INCEIPL $4
-
- 0x10007AAC: 4E800020 blr
- 32: GETL LR, t24
- 33: JMPo-r t24 ($4)
-
-
-
-. 1545 10007A90 32
-. 81 01 00 24 83 81 00 10 83 A1 00 14 7D 08 03 A6 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 1546 (0xFE7B7F0) approx BBs exec'd 0 ====
-
- 0xFE7B7F0: 7FA80120 mtcrf 0x80,r29
- 0: GETL R29, t0
- 1: ICRFL t0, $0x0, CR
- 2: INCEIPL $4
-
- 0xFE7B7F4: 408200B0 bc 4,2,0xFE7B8A4
- 3: Jc02o $0xFE7B8A4
-
-
-
-. 1546 FE7B7F0 8
-. 7F A8 01 20 40 82 00 B0
-==== BB 1547 (0xFE7B7F8) approx BBs exec'd 0 ====
-
- 0xFE7B7F8: 38610010 addi r3,r1,16
- 0: GETL R1, t0
- 1: ADDL $0x10, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0xFE7B7FC: 48014F9D bl 0xFE90798
- 4: MOVL $0xFE7B800, t2
- 5: PUTL t2, LR
- 6: JMPo-c $0xFE90798 ($4)
-
-
-
-. 1547 FE7B7F8 8
-. 38 61 00 10 48 01 4F 9D
-==== BB 1548 __GI__setjmp(0xFE90798) approx BBs exec'd 0 ====
-
- 0xFE90798: 38800000 li r4,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0xFE9079C: 4BFFFC94 b 0xFE90430
- 3: JMPo $0xFE90430 ($4)
-
-
-
-. 1548 FE90798 8
-. 38 80 00 00 4B FF FC 94
-==== BB 1549 __sigsetjmp@@GLIBC_2.3.4(0xFE90430) approx BBs exec'd 0 ====
-
- 0xFE90430: 90230000 stw r1,0(r3)
- 0: GETL R1, t0
- 1: GETL R3, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0xFE90434: 7C0802A6 mflr r0
- 4: GETL LR, t4
- 5: PUTL t4, R0
- 6: INCEIPL $4
-
- 0xFE90438: 91C3000C stw r14,12(r3)
- 7: GETL R14, t6
- 8: GETL R3, t8
- 9: ADDL $0xC, t8
- 10: STL t6, (t8)
- 11: INCEIPL $4
-
- 0xFE9043C: D9C30058 stfd f14,88(r3)
- 12: GETL R3, t10
- 13: ADDL $0x58, t10
- 14: FPU_WQ 0x0:0xE, (t10)
- 15: INCEIPL $4
-
- 0xFE90440: 90030008 stw r0,8(r3)
- 16: GETL R0, t12
- 17: GETL R3, t14
- 18: ADDL $0x8, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0xFE90444: 91E30010 stw r15,16(r3)
- 21: GETL R15, t16
- 22: GETL R3, t18
- 23: ADDL $0x10, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFE90448: D9E30060 stfd f15,96(r3)
- 26: GETL R3, t20
- 27: ADDL $0x60, t20
- 28: FPU_WQ 0x0:0xF, (t20)
- 29: INCEIPL $4
-
- 0xFE9044C: 7C000026 mfcr r0
- 30: GETL CR, t22
- 31: PUTL t22, R0
- 32: INCEIPL $4
-
- 0xFE90450: 92030014 stw r16,20(r3)
- 33: GETL R16, t24
- 34: GETL R3, t26
- 35: ADDL $0x14, t26
- 36: STL t24, (t26)
- 37: INCEIPL $4
-
- 0xFE90454: DA030068 stfd f16,104(r3)
- 38: GETL R3, t28
- 39: ADDL $0x68, t28
- 40: FPU_WQ 0x0:0x10, (t28)
- 41: INCEIPL $4
-
- 0xFE90458: 90030054 stw r0,84(r3)
- 42: GETL R0, t30
- 43: GETL R3, t32
- 44: ADDL $0x54, t32
- 45: STL t30, (t32)
- 46: INCEIPL $4
-
- 0xFE9045C: 92230018 stw r17,24(r3)
- 47: GETL R17, t34
- 48: GETL R3, t36
- 49: ADDL $0x18, t36
- 50: STL t34, (t36)
- 51: INCEIPL $4
-
- 0xFE90460: DA230070 stfd f17,112(r3)
- 52: GETL R3, t38
- 53: ADDL $0x70, t38
- 54: FPU_WQ 0x0:0x11, (t38)
- 55: INCEIPL $4
-
- 0xFE90464: 9243001C stw r18,28(r3)
- 56: GETL R18, t40
- 57: GETL R3, t42
- 58: ADDL $0x1C, t42
- 59: STL t40, (t42)
- 60: INCEIPL $4
-
- 0xFE90468: DA430078 stfd f18,120(r3)
- 61: GETL R3, t44
- 62: ADDL $0x78, t44
- 63: FPU_WQ 0x0:0x12, (t44)
- 64: INCEIPL $4
-
- 0xFE9046C: 92630020 stw r19,32(r3)
- 65: GETL R19, t46
- 66: GETL R3, t48
- 67: ADDL $0x20, t48
- 68: STL t46, (t48)
- 69: INCEIPL $4
-
- 0xFE90470: DA630080 stfd f19,128(r3)
- 70: GETL R3, t50
- 71: ADDL $0x80, t50
- 72: FPU_WQ 0x0:0x13, (t50)
- 73: INCEIPL $4
-
- 0xFE90474: 92830024 stw r20,36(r3)
- 74: GETL R20, t52
- 75: GETL R3, t54
- 76: ADDL $0x24, t54
- 77: STL t52, (t54)
- 78: INCEIPL $4
-
- 0xFE90478: DA830088 stfd f20,136(r3)
- 79: GETL R3, t56
- 80: ADDL $0x88, t56
- 81: FPU_WQ 0x0:0x14, (t56)
- 82: INCEIPL $4
-
- 0xFE9047C: 92A30028 stw r21,40(r3)
- 83: GETL R21, t58
- 84: GETL R3, t60
- 85: ADDL $0x28, t60
- 86: STL t58, (t60)
- 87: INCEIPL $4
-
- 0xFE90480: DAA30090 stfd f21,144(r3)
- 88: GETL R3, t62
- 89: ADDL $0x90, t62
- 90: FPU_WQ 0x0:0x15, (t62)
- 91: INCEIPL $4
-
- 0xFE90484: 92C3002C stw r22,44(r3)
- 92: GETL R22, t64
- 93: GETL R3, t66
- 94: ADDL $0x2C, t66
- 95: STL t64, (t66)
- 96: INCEIPL $4
-
- 0xFE90488: DAC30098 stfd f22,152(r3)
- 97: GETL R3, t68
- 98: ADDL $0x98, t68
- 99: FPU_WQ 0x0:0x16, (t68)
- 100: INCEIPL $4
-
- 0xFE9048C: 92E30030 stw r23,48(r3)
- 101: GETL R23, t70
- 102: GETL R3, t72
- 103: ADDL $0x30, t72
- 104: STL t70, (t72)
- 105: INCEIPL $4
-
- 0xFE90490: DAE300A0 stfd f23,160(r3)
- 106: GETL R3, t74
- 107: ADDL $0xA0, t74
- 108: FPU_WQ 0x0:0x17, (t74)
- 109: INCEIPL $4
-
- 0xFE90494: 93030034 stw r24,52(r3)
- 110: GETL R24, t76
- 111: GETL R3, t78
- 112: ADDL $0x34, t78
- 113: STL t76, (t78)
- 114: INCEIPL $4
-
- 0xFE90498: DB0300A8 stfd f24,168(r3)
- 115: GETL R3, t80
- 116: ADDL $0xA8, t80
- 117: FPU_WQ 0x0:0x18, (t80)
- 118: INCEIPL $4
-
- 0xFE9049C: 93230038 stw r25,56(r3)
- 119: GETL R25, t82
- 120: GETL R3, t84
- 121: ADDL $0x38, t84
- 122: STL t82, (t84)
- 123: INCEIPL $4
-
- 0xFE904A0: DB2300B0 stfd f25,176(r3)
- 124: GETL R3, t86
- 125: ADDL $0xB0, t86
- 126: FPU_WQ 0x0:0x19, (t86)
- 127: INCEIPL $4
-
- 0xFE904A4: 9343003C stw r26,60(r3)
- 128: GETL R26, t88
- 129: GETL R3, t90
- 130: ADDL $0x3C, t90
- 131: STL t88, (t90)
- 132: INCEIPL $4
-
- 0xFE904A8: DB4300B8 stfd f26,184(r3)
- 133: GETL R3, t92
- 134: ADDL $0xB8, t92
- 135: FPU_WQ 0x0:0x1A, (t92)
- 136: INCEIPL $4
-
- 0xFE904AC: 93630040 stw r27,64(r3)
- 137: GETL R27, t94
- 138: GETL R3, t96
- 139: ADDL $0x40, t96
- 140: STL t94, (t96)
- 141: INCEIPL $4
-
- 0xFE904B0: DB6300C0 stfd f27,192(r3)
- 142: GETL R3, t98
- 143: ADDL $0xC0, t98
- 144: FPU_WQ 0x0:0x1B, (t98)
- 145: INCEIPL $4
-
- 0xFE904B4: 93830044 stw r28,68(r3)
- 146: GETL R28, t100
- 147: GETL R3, t102
- 148: ADDL $0x44, t102
- 149: STL t100, (t102)
- 150: INCEIPL $4
-
- 0xFE904B8: DB8300C8 stfd f28,200(r3)
- 151: GETL R3, t104
- 152: ADDL $0xC8, t104
- 153: FPU_WQ 0x0:0x1C, (t104)
- 154: INCEIPL $4
-
- 0xFE904BC: 93A30048 stw r29,72(r3)
- 155: GETL R29, t106
- 156: GETL R3, t108
- 157: ADDL $0x48, t108
- 158: STL t106, (t108)
- 159: INCEIPL $4
-
- 0xFE904C0: DBA300D0 stfd f29,208(r3)
- 160: GETL R3, t110
- 161: ADDL $0xD0, t110
- 162: FPU_WQ 0x0:0x1D, (t110)
- 163: INCEIPL $4
-
- 0xFE904C4: 93C3004C stw r30,76(r3)
- 164: GETL R30, t112
- 165: GETL R3, t114
- 166: ADDL $0x4C, t114
- 167: STL t112, (t114)
- 168: INCEIPL $4
-
- 0xFE904C8: DBC300D8 stfd f30,216(r3)
- 169: GETL R3, t116
- 170: ADDL $0xD8, t116
- 171: FPU_WQ 0x0:0x1E, (t116)
- 172: INCEIPL $4
-
- 0xFE904CC: 93E30050 stw r31,80(r3)
- 173: GETL R31, t118
- 174: GETL R3, t120
- 175: ADDL $0x50, t120
- 176: STL t118, (t120)
- 177: INCEIPL $4
-
- 0xFE904D0: DBE300E0 stfd f31,224(r3)
- 178: GETL R3, t122
- 179: ADDL $0xE0, t122
- 180: FPU_WQ 0x0:0x1F, (t122)
- 181: INCEIPL $4
-
- 0xFE904D4: 7CC802A6 mflr r6
- 182: GETL LR, t124
- 183: PUTL t124, R6
- 184: INCEIPL $4
-
- 0xFE904D8: 48117979 bl 0xFFA7E50
- 185: MOVL $0xFE904DC, t126
- 186: PUTL t126, LR
- 187: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 1549 FE90430 172
-. 90 23 00 00 7C 08 02 A6 91 C3 00 0C D9 C3 00 58 90 03 00 08 91 E3 00 10 D9 E3 00 60 7C 00 00 26 92 03 00 14 DA 03 00 68 90 03 00 54 92 23 00 18 DA 23 00 70 92 43 00 1C DA 43 00 78 92 63 00 20 DA 63 00 80 92 83 00 24 DA 83 00 88 92 A3 00 28 DA A3 00 90 92 C3 00 2C DA C3 00 98 92 E3 00 30 DA E3 00 A0 93 03 00 34 DB 03 00 A8 93 23 00 38 DB 23 00 B0 93 43 00 3C DB 43 00 B8 93 63 00 40 DB 63 00 C0 93 83 00 44 DB 83 00 C8 93 A3 00 48 DB A3 00 D0 93 C3 00 4C DB C3 00 D8 93 E3 00 50 DB E3 00 E0 7C C8 02 A6 48 11 79 79
-==== BB 1550 (0xFE904DC) approx BBs exec'd 0 ====
-
- 0xFE904DC: 7CA802A6 mflr r5
- 0: GETL LR, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0xFE904E0: 80A51BC8 lwz r5,7112(r5)
- 3: GETL R5, t2
- 4: ADDL $0x1BC8, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0xFE904E4: 7CC803A6 mtlr r6
- 8: GETL R6, t6
- 9: PUTL t6, LR
- 10: INCEIPL $4
-
- 0xFE904E8: 80A5003C lwz r5,60(r5)
- 11: GETL R5, t8
- 12: ADDL $0x3C, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R5
- 15: INCEIPL $4
-
- 0xFE904EC: 74A51000 andis. r5,r5,0x1000
- 16: GETL R5, t12
- 17: ANDL $0x10000000, t12
- 18: PUTL t12, R5
- 19: CMP0L t12, t14 (-rSo)
- 20: ICRFL t14, $0x0, CR
- 21: INCEIPL $4
-
- 0xFE904F0: 41820158 bc 12,2,0xFE90648
- 22: Js02o $0xFE90648
-
-
-
-. 1550 FE904DC 24
-. 7C A8 02 A6 80 A5 1B C8 7C C8 03 A6 80 A5 00 3C 74 A5 10 00 41 82 01 58
-==== BB 1551 (0xFE904F4) approx BBs exec'd 0 ====
-
- 0xFE904F4: 38A30100 addi r5,r3,256
- 0: GETL R3, t0
- 1: ADDL $0x100, t0
- 2: PUTL t0, R5
- 3: INCEIPL $4
-
- 0xFE904F8: 70A6000F andi. r6,r5,0xF
- 4: GETL R5, t2
- 5: ANDL $0xF, t2
- 6: PUTL t2, R6
- 7: CMP0L t2, t4 (-rSo)
- 8: ICRFL t4, $0x0, CR
- 9: INCEIPL $4
-
- 0xFE904FC: 7C0042A6 10: VEC_TRL 2:0x0, t6
- 11: PUTL t6, R0
- 12: INCEIPL $4
-
- 0xFE90500: 900300F8 stw r0,248(r3)
- 13: GETL R0, t8
- 14: GETL R3, t10
- 15: ADDL $0xF8, t10
- 16: STL t8, (t10)
- 17: INCEIPL $4
-
- 0xFE90504: 38C50010 addi r6,r5,16
- 18: GETL R5, t12
- 19: ADDL $0x10, t12
- 20: PUTL t12, R6
- 21: INCEIPL $4
-
- 0xFE90508: 41A200E8 bc 13,2,0xFE905F0
- 22: Js02o $0xFE905F0
-
-
-
-. 1551 FE904F4 24
-. 38 A3 01 00 70 A6 00 0F 7C 00 42 A6 90 03 00 F8 38 C5 00 10 41 A2 00 E8
-==== BB 1552 (0xFE905F0) approx BBs exec'd 0 ====
-
- 0xFE905F0: 7E8029CE stvx vr20,r0,r5
- 0: GETL R5, t0
- 1: ANDL $0xFFFFFFF0, t0
- 2: VEC_WQQ 0x0:0x14, (t0)
- 3: INCEIPL $4
-
- 0xFE905F4: 38A50020 addi r5,r5,32
- 4: GETL R5, t2
- 5: ADDL $0x20, t2
- 6: PUTL t2, R5
- 7: INCEIPL $4
-
- 0xFE905F8: 7EA031CE stvx vr21,r0,r6
- 8: GETL R6, t4
- 9: ANDL $0xFFFFFFF0, t4
- 10: VEC_WQQ 0x0:0x15, (t4)
- 11: INCEIPL $4
-
- 0xFE905FC: 38C60020 addi r6,r6,32
- 12: GETL R6, t6
- 13: ADDL $0x20, t6
- 14: PUTL t6, R6
- 15: INCEIPL $4
-
- 0xFE90600: 7EC029CE stvx vr22,r0,r5
- 16: GETL R5, t8
- 17: ANDL $0xFFFFFFF0, t8
- 18: VEC_WQQ 0x0:0x16, (t8)
- 19: INCEIPL $4
-
- 0xFE90604: 38A50020 addi r5,r5,32
- 20: GETL R5, t10
- 21: ADDL $0x20, t10
- 22: PUTL t10, R5
- 23: INCEIPL $4
-
- 0xFE90608: 7EE031CE stvx vr23,r0,r6
- 24: GETL R6, t12
- 25: ANDL $0xFFFFFFF0, t12
- 26: VEC_WQQ 0x0:0x17, (t12)
- 27: INCEIPL $4
-
- 0xFE9060C: 38C60020 addi r6,r6,32
- 28: GETL R6, t14
- 29: ADDL $0x20, t14
- 30: PUTL t14, R6
- 31: INCEIPL $4
-
- 0xFE90610: 7F0029CE stvx vr24,r0,r5
- 32: GETL R5, t16
- 33: ANDL $0xFFFFFFF0, t16
- 34: VEC_WQQ 0x0:0x18, (t16)
- 35: INCEIPL $4
-
- 0xFE90614: 38A50020 addi r5,r5,32
- 36: GETL R5, t18
- 37: ADDL $0x20, t18
- 38: PUTL t18, R5
- 39: INCEIPL $4
-
- 0xFE90618: 7F2031CE stvx vr25,r0,r6
- 40: GETL R6, t20
- 41: ANDL $0xFFFFFFF0, t20
- 42: VEC_WQQ 0x0:0x19, (t20)
- 43: INCEIPL $4
-
- 0xFE9061C: 38C60020 addi r6,r6,32
- 44: GETL R6, t22
- 45: ADDL $0x20, t22
- 46: PUTL t22, R6
- 47: INCEIPL $4
-
- 0xFE90620: 7F4029CE stvx vr26,r0,r5
- 48: GETL R5, t24
- 49: ANDL $0xFFFFFFF0, t24
- 50: VEC_WQQ 0x0:0x1A, (t24)
- 51: INCEIPL $4
-
- 0xFE90624: 38A50020 addi r5,r5,32
- 52: GETL R5, t26
- 53: ADDL $0x20, t26
- 54: PUTL t26, R5
- 55: INCEIPL $4
-
- 0xFE90628: 7F6031CE stvx vr27,r0,r6
- 56: GETL R6, t28
- 57: ANDL $0xFFFFFFF0, t28
- 58: VEC_WQQ 0x0:0x1B, (t28)
- 59: INCEIPL $4
-
- 0xFE9062C: 38C60020 addi r6,r6,32
- 60: GETL R6, t30
- 61: ADDL $0x20, t30
- 62: PUTL t30, R6
- 63: INCEIPL $4
-
- 0xFE90630: 7F8029CE stvx vr28,r0,r5
- 64: GETL R5, t32
- 65: ANDL $0xFFFFFFF0, t32
- 66: VEC_WQQ 0x0:0x1C, (t32)
- 67: INCEIPL $4
-
- 0xFE90634: 38A50020 addi r5,r5,32
- 68: GETL R5, t34
- 69: ADDL $0x20, t34
- 70: PUTL t34, R5
- 71: INCEIPL $4
-
- 0xFE90638: 7FA031CE stvx vr29,r0,r6
- 72: GETL R6, t36
- 73: ANDL $0xFFFFFFF0, t36
- 74: VEC_WQQ 0x0:0x1D, (t36)
- 75: INCEIPL $4
-
- 0xFE9063C: 38C60020 addi r6,r6,32
- 76: GETL R6, t38
- 77: ADDL $0x20, t38
- 78: PUTL t38, R6
- 79: INCEIPL $4
-
- 0xFE90640: 7FC029CE stvx vr30,r0,r5
- 80: GETL R5, t40
- 81: ANDL $0xFFFFFFF0, t40
- 82: VEC_WQQ 0x0:0x1E, (t40)
- 83: INCEIPL $4
-
- 0xFE90644: 7FE031CE stvx vr31,r0,r6
- 84: GETL R6, t42
- 85: ANDL $0xFFFFFFF0, t42
- 86: VEC_WQQ 0x0:0x1F, (t42)
- 87: INCEIPL $4
-
- 0xFE90648: 480000AC b 0xFE906F4
- 88: JMPo $0xFE906F4 ($4)
-
-
-
-. 1552 FE905F0 92
-. 7E 80 29 CE 38 A5 00 20 7E A0 31 CE 38 C6 00 20 7E C0 29 CE 38 A5 00 20 7E E0 31 CE 38 C6 00 20 7F 00 29 CE 38 A5 00 20 7F 20 31 CE 38 C6 00 20 7F 40 29 CE 38 A5 00 20 7F 60 31 CE 38 C6 00 20 7F 80 29 CE 38 A5 00 20 7F A0 31 CE 38 C6 00 20 7F C0 29 CE 7F E0 31 CE 48 00 00 AC
-==== BB 1553 __vmx__sigjmp_save(0xFE906F4) approx BBs exec'd 0 ====
-
- 0xFE906F4: 2F840000 cmpi cr7,r4,0
- 0: GETL R4, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xFE906F8: 7C0802A6 mflr r0
- 4: GETL LR, t4
- 5: PUTL t4, R0
- 6: INCEIPL $4
-
- 0xFE906FC: 9421FFE0 stwu r1,-32(r1)
- 7: GETL R1, t6
- 8: GETL R1, t8
- 9: ADDL $0xFFFFFFE0, t8
- 10: PUTL t8, R1
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFE90700: 38A301C4 addi r5,r3,452
- 13: GETL R3, t10
- 14: ADDL $0x1C4, t10
- 15: PUTL t10, R5
- 16: INCEIPL $4
-
- 0xFE90704: 93A10014 stw r29,20(r1)
- 17: GETL R29, t12
- 18: GETL R1, t14
- 19: ADDL $0x14, t14
- 20: STL t12, (t14)
- 21: INCEIPL $4
-
- 0xFE90708: 38800000 li r4,0
- 22: MOVL $0x0, t16
- 23: PUTL t16, R4
- 24: INCEIPL $4
-
- 0xFE9070C: 93E1001C stw r31,28(r1)
- 25: GETL R31, t18
- 26: GETL R1, t20
- 27: ADDL $0x1C, t20
- 28: STL t18, (t20)
- 29: INCEIPL $4
-
- 0xFE90710: 3BA00000 li r29,0
- 30: MOVL $0x0, t22
- 31: PUTL t22, R29
- 32: INCEIPL $4
-
- 0xFE90714: 7C7F1B78 or r31,r3,r3
- 33: GETL R3, t24
- 34: PUTL t24, R31
- 35: INCEIPL $4
-
- 0xFE90718: 93C10018 stw r30,24(r1)
- 36: GETL R30, t26
- 37: GETL R1, t28
- 38: ADDL $0x18, t28
- 39: STL t26, (t28)
- 40: INCEIPL $4
-
- 0xFE9071C: 90010024 stw r0,36(r1)
- 41: GETL R0, t30
- 42: GETL R1, t32
- 43: ADDL $0x24, t32
- 44: STL t30, (t32)
- 45: INCEIPL $4
-
- 0xFE90720: 38600000 li r3,0
- 46: MOVL $0x0, t34
- 47: PUTL t34, R3
- 48: INCEIPL $4
-
- 0xFE90724: 409E0028 bc 4,30,0xFE9074C
- 49: Jc30o $0xFE9074C
-
-
-
-. 1553 FE906F4 52
-. 2F 84 00 00 7C 08 02 A6 94 21 FF E0 38 A3 01 C4 93 A1 00 14 38 80 00 00 93 E1 00 1C 3B A0 00 00 7C 7F 1B 78 93 C1 00 18 90 01 00 24 38 60 00 00 40 9E 00 28
-==== BB 1554 (0xFE90728) approx BBs exec'd 0 ====
-
- 0xFE90728: 80810024 lwz r4,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFE9072C: 38600000 li r3,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFE90730: 93BF01C0 stw r29,448(r31)
- 8: GETL R29, t6
- 9: GETL R31, t8
- 10: ADDL $0x1C0, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFE90734: 83A10014 lwz r29,20(r1)
- 13: GETL R1, t10
- 14: ADDL $0x14, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R29
- 17: INCEIPL $4
-
- 0xFE90738: 7C8803A6 mtlr r4
- 18: GETL R4, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0xFE9073C: 83C10018 lwz r30,24(r1)
- 21: GETL R1, t16
- 22: ADDL $0x18, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R30
- 25: INCEIPL $4
-
- 0xFE90740: 83E1001C lwz r31,28(r1)
- 26: GETL R1, t20
- 27: ADDL $0x1C, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R31
- 30: INCEIPL $4
-
- 0xFE90744: 38210020 addi r1,r1,32
- 31: GETL R1, t24
- 32: ADDL $0x20, t24
- 33: PUTL t24, R1
- 34: INCEIPL $4
-
- 0xFE90748: 4E800020 blr
- 35: GETL LR, t26
- 36: JMPo-r t26 ($4)
-
-
-
-. 1554 FE90728 36
-. 80 81 00 24 38 60 00 00 93 BF 01 C0 83 A1 00 14 7C 88 03 A6 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 1555 (0xFE7B800) approx BBs exec'd 0 ====
-
- 0xFE7B800: 2C830000 cmpi cr1,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFE7B804: 40860068 bc 4,6,0xFE7B86C
- 4: Jc06o $0xFE7B86C
-
-
-
-. 1555 FE7B800 8
-. 2C 83 00 00 40 86 00 68
-==== BB 1556 (0xFE7B808) approx BBs exec'd 0 ====
-
- 0xFE7B808: 83A28BF4 lwz r29,-29708(r2)
- 0: GETL R2, t0
- 1: ADDL $0xFFFF8BF4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0xFE7B80C: 3B610010 addi r27,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R27
- 8: INCEIPL $4
-
- 0xFE7B810: 819E1B84 lwz r12,7044(r30)
- 9: GETL R30, t6
- 10: ADDL $0x1B84, t6
- 11: LDL (t6), t8
- 12: PUTL t8, R12
- 13: INCEIPL $4
-
- 0xFE7B814: 93A101E0 stw r29,480(r1)
- 14: GETL R29, t10
- 15: GETL R1, t12
- 16: ADDL $0x1E0, t12
- 17: STL t10, (t12)
- 18: INCEIPL $4
-
- 0xFE7B818: 83828BF0 lwz r28,-29712(r2)
- 19: GETL R2, t14
- 20: ADDL $0xFFFF8BF0, t14
- 21: LDL (t14), t16
- 22: PUTL t16, R28
- 23: INCEIPL $4
-
- 0xFE7B81C: 810101F0 lwz r8,496(r1)
- 24: GETL R1, t18
- 25: ADDL $0x1F0, t18
- 26: LDL (t18), t20
- 27: PUTL t20, R8
- 28: INCEIPL $4
-
- 0xFE7B820: 938101E4 stw r28,484(r1)
- 29: GETL R28, t22
- 30: GETL R1, t24
- 31: ADDL $0x1E4, t24
- 32: STL t22, (t24)
- 33: INCEIPL $4
-
- 0xFE7B824: 806101F4 lwz r3,500(r1)
- 34: GETL R1, t26
- 35: ADDL $0x1F4, t26
- 36: LDL (t26), t28
- 37: PUTL t28, R3
- 38: INCEIPL $4
-
- 0xFE7B828: 7D0803A6 mtlr r8
- 39: GETL R8, t30
- 40: PUTL t30, LR
- 41: INCEIPL $4
-
- 0xFE7B82C: 93628BF4 stw r27,-29708(r2)
- 42: GETL R27, t32
- 43: GETL R2, t34
- 44: ADDL $0xFFFF8BF4, t34
- 45: STL t32, (t34)
- 46: INCEIPL $4
-
- 0xFE7B830: 808101F8 lwz r4,504(r1)
- 47: GETL R1, t36
- 48: ADDL $0x1F8, t36
- 49: LDL (t36), t38
- 50: PUTL t38, R4
- 51: INCEIPL $4
-
- 0xFE7B834: 80AC0000 lwz r5,0(r12)
- 52: GETL R12, t40
- 53: LDL (t40), t42
- 54: PUTL t42, R5
- 55: INCEIPL $4
-
- 0xFE7B838: 80C101FC lwz r6,508(r1)
- 56: GETL R1, t44
- 57: ADDL $0x1FC, t44
- 58: LDL (t44), t46
- 59: PUTL t46, R6
- 60: INCEIPL $4
-
- 0xFE7B83C: 4E800021 blrl
- 61: GETL LR, t48
- 62: MOVL $0xFE7B840, t50
- 63: PUTL t50, LR
- 64: JMPo-r t48 ($4)
-
-
-
-. 1556 FE7B808 56
-. 83 A2 8B F4 3B 61 00 10 81 9E 1B 84 93 A1 01 E0 83 82 8B F0 81 01 01 F0 93 81 01 E4 80 61 01 F4 7D 08 03 A6 93 62 8B F4 80 81 01 F8 80 AC 00 00 80 C1 01 FC 4E 80 00 21
-==== BB 1557 (0x1000156C) approx BBs exec'd 0 ====
-
- 0x1000156C: 9421FF10 stwu r1,-240(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFF10, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x10001570: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x10001574: 48019339 bl 0x1001A8AC
- 9: MOVL $0x10001578, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x1001A8AC ($4)
-
-
-
-. 1557 1000156C 12
-. 94 21 FF 10 7C 08 02 A6 48 01 93 39
-==== BB 1558 (0x10001578) approx BBs exec'd 0 ====
-
- 0x10001578: 93C100E8 stw r30,232(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0xE8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x1000157C: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x10001580: 7D800026 mfcr r12
- 8: GETL CR, t6
- 9: PUTL t6, R12
- 10: INCEIPL $4
-
- 0x10001584: 93E100EC stw r31,236(r1)
- 11: GETL R31, t8
- 12: GETL R1, t10
- 13: ADDL $0xEC, t10
- 14: STL t8, (t10)
- 15: INCEIPL $4
-
- 0x10001588: 7C9F2378 or r31,r4,r4
- 16: GETL R4, t12
- 17: PUTL t12, R31
- 18: INCEIPL $4
-
- 0x1000158C: 924100B8 stw r18,184(r1)
- 19: GETL R18, t14
- 20: GETL R1, t16
- 21: ADDL $0xB8, t16
- 22: STL t14, (t16)
- 23: INCEIPL $4
-
- 0x10001590: 3A400000 li r18,0
- 24: MOVL $0x0, t18
- 25: PUTL t18, R18
- 26: INCEIPL $4
-
- 0x10001594: 926100BC stw r19,188(r1)
- 27: GETL R19, t20
- 28: GETL R1, t22
- 29: ADDL $0xBC, t22
- 30: STL t20, (t22)
- 31: INCEIPL $4
-
- 0x10001598: 3A600000 li r19,0
- 32: MOVL $0x0, t24
- 33: PUTL t24, R19
- 34: INCEIPL $4
-
- 0x1000159C: 928100C0 stw r20,192(r1)
- 35: GETL R20, t26
- 36: GETL R1, t28
- 37: ADDL $0xC0, t28
- 38: STL t26, (t28)
- 39: INCEIPL $4
-
- 0x100015A0: 3A800000 li r20,0
- 40: MOVL $0x0, t30
- 41: PUTL t30, R20
- 42: INCEIPL $4
-
- 0x100015A4: 92A100C4 stw r21,196(r1)
- 43: GETL R21, t32
- 44: GETL R1, t34
- 45: ADDL $0xC4, t34
- 46: STL t32, (t34)
- 47: INCEIPL $4
-
- 0x100015A8: 3AA00000 li r21,0
- 48: MOVL $0x0, t36
- 49: PUTL t36, R21
- 50: INCEIPL $4
-
- 0x100015AC: 92C100C8 stw r22,200(r1)
- 51: GETL R22, t38
- 52: GETL R1, t40
- 53: ADDL $0xC8, t40
- 54: STL t38, (t40)
- 55: INCEIPL $4
-
- 0x100015B0: 3AC00000 li r22,0
- 56: MOVL $0x0, t42
- 57: PUTL t42, R22
- 58: INCEIPL $4
-
- 0x100015B4: 93A100E4 stw r29,228(r1)
- 59: GETL R29, t44
- 60: GETL R1, t46
- 61: ADDL $0xE4, t46
- 62: STL t44, (t46)
- 63: INCEIPL $4
-
- 0x100015B8: 7C7D1B78 or r29,r3,r3
- 64: GETL R3, t48
- 65: PUTL t48, R29
- 66: INCEIPL $4
-
- 0x100015BC: 900100F4 stw r0,244(r1)
- 67: GETL R0, t50
- 68: GETL R1, t52
- 69: ADDL $0xF4, t52
- 70: STL t50, (t52)
- 71: INCEIPL $4
-
- 0x100015C0: 920100B0 stw r16,176(r1)
- 72: GETL R16, t54
- 73: GETL R1, t56
- 74: ADDL $0xB0, t56
- 75: STL t54, (t56)
- 76: INCEIPL $4
-
- 0x100015C4: 922100B4 stw r17,180(r1)
- 77: GETL R17, t58
- 78: GETL R1, t60
- 79: ADDL $0xB4, t60
- 80: STL t58, (t60)
- 81: INCEIPL $4
-
- 0x100015C8: 92E100CC stw r23,204(r1)
- 82: GETL R23, t62
- 83: GETL R1, t64
- 84: ADDL $0xCC, t64
- 85: STL t62, (t64)
- 86: INCEIPL $4
-
- 0x100015CC: 930100D0 stw r24,208(r1)
- 87: GETL R24, t66
- 88: GETL R1, t68
- 89: ADDL $0xD0, t68
- 90: STL t66, (t68)
- 91: INCEIPL $4
-
- 0x100015D0: 932100D4 stw r25,212(r1)
- 92: GETL R25, t70
- 93: GETL R1, t72
- 94: ADDL $0xD4, t72
- 95: STL t70, (t72)
- 96: INCEIPL $4
-
- 0x100015D4: 934100D8 stw r26,216(r1)
- 97: GETL R26, t74
- 98: GETL R1, t76
- 99: ADDL $0xD8, t76
- 100: STL t74, (t76)
- 101: INCEIPL $4
-
- 0x100015D8: 936100DC stw r27,220(r1)
- 102: GETL R27, t78
- 103: GETL R1, t80
- 104: ADDL $0xDC, t80
- 105: STL t78, (t80)
- 106: INCEIPL $4
-
- 0x100015DC: 938100E0 stw r28,224(r1)
- 107: GETL R28, t82
- 108: GETL R1, t84
- 109: ADDL $0xE0, t84
- 110: STL t82, (t84)
- 111: INCEIPL $4
-
- 0x100015E0: 918100AC stw r12,172(r1)
- 112: GETL R12, t86
- 113: GETL R1, t88
- 114: ADDL $0xAC, t88
- 115: STL t86, (t88)
- 116: INCEIPL $4
-
- 0x100015E4: 48001FF5 bl 0x100035D8
- 117: MOVL $0x100015E8, t90
- 118: PUTL t90, LR
- 119: JMPo-c $0x100035D8 ($4)
-
-
-
-. 1558 10001578 112
-. 93 C1 00 E8 7F C8 02 A6 7D 80 00 26 93 E1 00 EC 7C 9F 23 78 92 41 00 B8 3A 40 00 00 92 61 00 BC 3A 60 00 00 92 81 00 C0 3A 80 00 00 92 A1 00 C4 3A A0 00 00 92 C1 00 C8 3A C0 00 00 93 A1 00 E4 7C 7D 1B 78 90 01 00 F4 92 01 00 B0 92 21 00 B4 92 E1 00 CC 93 01 00 D0 93 21 00 D4 93 41 00 D8 93 61 00 DC 93 81 00 E0 91 81 00 AC 48 00 1F F5
-==== BB 1559 (0x100035D8) approx BBs exec'd 0 ====
-
- 0x100035D8: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x100035DC: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x100035E0: 480172CD bl 0x1001A8AC
- 9: MOVL $0x100035E4, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x1001A8AC ($4)
-
-
-
-. 1559 100035D8 12
-. 94 21 FF E0 7C 08 02 A6 48 01 72 CD
-==== BB 1560 (0x100035E4) approx BBs exec'd 0 ====
-
- 0x100035E4: 93C10018 stw r30,24(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x100035E8: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x100035EC: 93E1001C stw r31,28(r1)
- 8: GETL R31, t6
- 9: GETL R1, t8
- 10: ADDL $0x1C, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x100035F0: 3FE00003 lis r31,3
- 13: MOVL $0x30000, t10
- 14: PUTL t10, R31
- 15: INCEIPL $4
-
- 0x100035F4: 90010024 stw r0,36(r1)
- 16: GETL R0, t12
- 17: GETL R1, t14
- 18: ADDL $0x24, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0x100035F8: 807E0128 lwz r3,296(r30)
- 21: GETL R30, t16
- 22: ADDL $0x128, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R3
- 25: INCEIPL $4
-
- 0x100035FC: 48017591 bl 0x1001AB8C
- 26: MOVL $0x10003600, t20
- 27: PUTL t20, LR
- 28: JMPo-c $0x1001AB8C ($4)
-
-
-
-. 1560 100035E4 28
-. 93 C1 00 18 7F C8 02 A6 93 E1 00 1C 3F E0 00 03 90 01 00 24 80 7E 01 28 48 01 75 91
-==== BB 1561 (0x1001AB8C) approx BBs exec'd 0 ====
-
- 0x1001AB8C: 3960002C li r11,44
- 0: MOVL $0x2C, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0x1001AB90: 4BFFFF7C b 0x1001AB0C
- 3: JMPo $0x1001AB0C ($4)
-
-
-
-. 1561 1001AB8C 8
-. 39 60 00 2C 4B FF FF 7C
-==== BB 1562 getenv(0xFE93198) approx BBs exec'd 0 ====
-
- 0xFE93198: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFE9319C: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFE931A0: 48114CB1 bl 0xFFA7E50
- 9: MOVL $0xFE931A4, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 1562 FE93198 12
-. 94 21 FF E0 7C 08 02 A6 48 11 4C B1
-==== BB 1563 (0xFE931A4) approx BBs exec'd 0 ====
-
- 0xFE931A4: 93C10018 stw r30,24(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFE931A8: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFE931AC: 93E1001C stw r31,28(r1)
- 8: GETL R31, t6
- 9: GETL R1, t8
- 10: ADDL $0x1C, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFE931B0: 93410008 stw r26,8(r1)
- 13: GETL R26, t10
- 14: GETL R1, t12
- 15: ADDL $0x8, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFE931B4: 7C7F1B78 or r31,r3,r3
- 18: GETL R3, t14
- 19: PUTL t14, R31
- 20: INCEIPL $4
-
- 0xFE931B8: 9361000C stw r27,12(r1)
- 21: GETL R27, t16
- 22: GETL R1, t18
- 23: ADDL $0xC, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFE931BC: 93810010 stw r28,16(r1)
- 26: GETL R28, t20
- 27: GETL R1, t22
- 28: ADDL $0x10, t22
- 29: STL t20, (t22)
- 30: INCEIPL $4
-
- 0xFE931C0: 93A10014 stw r29,20(r1)
- 31: GETL R29, t24
- 32: GETL R1, t26
- 33: ADDL $0x14, t26
- 34: STL t24, (t26)
- 35: INCEIPL $4
-
- 0xFE931C4: 90010024 stw r0,36(r1)
- 36: GETL R0, t28
- 37: GETL R1, t30
- 38: ADDL $0x24, t30
- 39: STL t28, (t30)
- 40: INCEIPL $4
-
- 0xFE931C8: 48043911 bl 0xFED6AD8
- 41: MOVL $0xFE931CC, t32
- 42: PUTL t32, LR
- 43: JMPo-c $0xFED6AD8 ($4)
-
-
-
-. 1563 FE931A4 40
-. 93 C1 00 18 7F C8 02 A6 93 E1 00 1C 93 41 00 08 7C 7F 1B 78 93 61 00 0C 93 81 00 10 93 A1 00 14 90 01 00 24 48 04 39 11
-==== BB 1564 strlen(0xFED6AD8) approx BBs exec'd 0 ====
-
- 0xFED6AD8: 5464003A rlwinm r4,r3,0,0,29
- 0: GETL R3, t0
- 1: ANDL $0xFFFFFFFC, t0
- 2: PUTL t0, R4
- 3: INCEIPL $4
-
- 0xFED6ADC: 3CE07F7F lis r7,32639
- 4: MOVL $0x7F7F0000, t2
- 5: PUTL t2, R7
- 6: INCEIPL $4
-
- 0xFED6AE0: 54651EF8 rlwinm r5,r3,3,27,28
- 7: GETL R3, t4
- 8: ROLL $0x3, t4
- 9: ANDL $0x18, t4
- 10: PUTL t4, R5
- 11: INCEIPL $4
-
- 0xFED6AE4: 81040000 lwz r8,0(r4)
- 12: GETL R4, t6
- 13: LDL (t6), t8
- 14: PUTL t8, R8
- 15: INCEIPL $4
-
- 0xFED6AE8: 3920FFFF li r9,-1
- 16: MOVL $0xFFFFFFFF, t10
- 17: PUTL t10, R9
- 18: INCEIPL $4
-
- 0xFED6AEC: 38E77F7F addi r7,r7,32639
- 19: MOVL $0x7F7F7F7F, t12
- 20: PUTL t12, R7
- 21: INCEIPL $4
-
- 0xFED6AF0: 7D292C30 srw r9,r9,r5
- 22: GETL R9, t16
- 23: GETL R5, t14
- 24: SHRL t14, t16
- 25: PUTL t16, R9
- 26: INCEIPL $4
-
- 0xFED6AF4: 7CE04038 and r0,r7,r8
- 27: GETL R7, t18
- 28: GETL R8, t20
- 29: ANDL t18, t20
- 30: PUTL t20, R0
- 31: INCEIPL $4
-
- 0xFED6AF8: 7CEA4378 or r10,r7,r8
- 32: GETL R7, t22
- 33: GETL R8, t24
- 34: ORL t24, t22
- 35: PUTL t22, R10
- 36: INCEIPL $4
-
- 0xFED6AFC: 7C003A14 add r0,r0,r7
- 37: GETL R0, t26
- 38: GETL R7, t28
- 39: ADDL t26, t28
- 40: PUTL t28, R0
- 41: INCEIPL $4
-
- 0xFED6B00: 7D4000F8 nor r0,r10,r0
- 42: GETL R10, t30
- 43: GETL R0, t32
- 44: ORL t32, t30
- 45: NOTL t30
- 46: PUTL t30, R0
- 47: INCEIPL $4
-
- 0xFED6B04: 7C084839 and. r8,r0,r9
- 48: GETL R0, t34
- 49: GETL R9, t36
- 50: ANDL t34, t36
- 51: PUTL t36, R8
- 52: CMP0L t36, t38 (-rSo)
- 53: ICRFL t38, $0x0, CR
- 54: INCEIPL $4
-
- 0xFED6B08: 7C601120 mtcrf 0x1,r3
- 55: GETL R3, t40
- 56: ICRFL t40, $0x7, CR
- 57: INCEIPL $4
-
- 0xFED6B0C: 40820070 bc 4,2,0xFED6B7C
- 58: Jc02o $0xFED6B7C
-
-
-
-. 1564 FED6AD8 56
-. 54 64 00 3A 3C E0 7F 7F 54 65 1E F8 81 04 00 00 39 20 FF FF 38 E7 7F 7F 7D 29 2C 30 7C E0 40 38 7C EA 43 78 7C 00 3A 14 7D 40 00 F8 7C 08 48 39 7C 60 11 20 40 82 00 70
-==== BB 1565 (0xFED6B10) approx BBs exec'd 0 ====
-
- 0xFED6B10: 3CC0FEFF lis r6,-257
- 0: MOVL $0xFEFF0000, t0
- 1: PUTL t0, R6
- 2: INCEIPL $4
-
- 0xFED6B14: 38C6FEFF addi r6,r6,-257
- 3: MOVL $0xFEFEFEFF, t2
- 4: PUTL t2, R6
- 5: INCEIPL $4
-
- 0xFED6B18: 419D001C bc 12,29,0xFED6B34
- 6: Js29o $0xFED6B34
-
-
-
-. 1565 FED6B10 12
-. 3C C0 FE FF 38 C6 FE FF 41 9D 00 1C
-==== BB 1566 (0xFED6B34) approx BBs exec'd 0 ====
-
- 0xFED6B34: 81040004 lwz r8,4(r4)
- 0: GETL R4, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0xFED6B38: 85240008 lwzu r9,8(r4)
- 5: GETL R4, t4
- 6: ADDL $0x8, t4
- 7: PUTL t4, R4
- 8: LDL (t4), t6
- 9: PUTL t6, R9
- 10: INCEIPL $4
-
- 0xFED6B3C: 7C064214 add r0,r6,r8
- 11: GETL R6, t8
- 12: GETL R8, t10
- 13: ADDL t8, t10
- 14: PUTL t10, R0
- 15: INCEIPL $4
-
- 0xFED6B40: 7CEA40F8 nor r10,r7,r8
- 16: GETL R7, t12
- 17: GETL R8, t14
- 18: ORL t14, t12
- 19: NOTL t12
- 20: PUTL t12, R10
- 21: INCEIPL $4
-
- 0xFED6B44: 7C005039 and. r0,r0,r10
- 22: GETL R0, t16
- 23: GETL R10, t18
- 24: ANDL t16, t18
- 25: PUTL t18, R0
- 26: CMP0L t18, t20 (-rSo)
- 27: ICRFL t20, $0x0, CR
- 28: INCEIPL $4
-
- 0xFED6B48: 7D664A14 add r11,r6,r9
- 29: GETL R6, t22
- 30: GETL R9, t24
- 31: ADDL t22, t24
- 32: PUTL t24, R11
- 33: INCEIPL $4
-
- 0xFED6B4C: 7CEC48F8 nor r12,r7,r9
- 34: GETL R7, t26
- 35: GETL R9, t28
- 36: ORL t28, t26
- 37: NOTL t26
- 38: PUTL t26, R12
- 39: INCEIPL $4
-
- 0xFED6B50: 4082001C bc 4,2,0xFED6B6C
- 40: Jc02o $0xFED6B6C
-
-
-
-. 1566 FED6B34 32
-. 81 04 00 04 85 24 00 08 7C 06 42 14 7C EA 40 F8 7C 00 50 39 7D 66 4A 14 7C EC 48 F8 40 82 00 1C
-==== BB 1567 (0xFED6B54) approx BBs exec'd 0 ====
-
- 0xFED6B54: 7D606039 and. r0,r11,r12
- 0: GETL R11, t0
- 1: GETL R12, t2
- 2: ANDL t0, t2
- 3: PUTL t2, R0
- 4: CMP0L t2, t4 (-rSo)
- 5: ICRFL t4, $0x0, CR
- 6: INCEIPL $4
-
- 0xFED6B58: 4182FFDC bc 12,2,0xFED6B34
- 7: Js02o $0xFED6B34
-
-
-
-. 1567 FED6B54 8
-. 7D 60 60 39 41 82 FF DC
-==== BB 1568 (0xFED6B6C) approx BBs exec'd 0 ====
-
- 0xFED6B6C: 7CE04038 and r0,r7,r8
- 0: GETL R7, t0
- 1: GETL R8, t2
- 2: ANDL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFED6B70: 3884FFFC addi r4,r4,-4
- 5: GETL R4, t4
- 6: ADDL $0xFFFFFFFC, t4
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0xFED6B74: 7C003A14 add r0,r0,r7
- 9: GETL R0, t6
- 10: GETL R7, t8
- 11: ADDL t6, t8
- 12: PUTL t8, R0
- 13: INCEIPL $4
-
- 0xFED6B78: 7D480078 andc r8,r10,r0
- 14: GETL R10, t10
- 15: GETL R0, t12
- 16: NOTL t12
- 17: ANDL t10, t12
- 18: PUTL t12, R8
- 19: INCEIPL $4
-
- 0xFED6B7C: 7D0B0034 cntlzw r11,r8
- 20: GETL R8, t14
- 21: CNTLZL t14
- 22: PUTL t14, R11
- 23: INCEIPL $4
-
- 0xFED6B80: 7C032050 subf r0,r3,r4
- 24: GETL R3, t16
- 25: GETL R4, t18
- 26: SUBL t16, t18
- 27: PUTL t18, R0
- 28: INCEIPL $4
-
- 0xFED6B84: 556BE8FE rlwinm r11,r11,29,3,31
- 29: GETL R11, t20
- 30: SHRL $0x3, t20
- 31: PUTL t20, R11
- 32: INCEIPL $4
-
- 0xFED6B88: 7C605A14 add r3,r0,r11
- 33: GETL R0, t22
- 34: GETL R11, t24
- 35: ADDL t22, t24
- 36: PUTL t24, R3
- 37: INCEIPL $4
-
- 0xFED6B8C: 4E800020 blr
- 38: GETL LR, t26
- 39: JMPo-r t26 ($4)
-
-
-
-. 1568 FED6B6C 36
-. 7C E0 40 38 38 84 FF FC 7C 00 3A 14 7D 48 00 78 7D 0B 00 34 7C 03 20 50 55 6B E8 FE 7C 60 5A 14 4E 80 00 20
-==== BB 1569 (0xFE931CC) approx BBs exec'd 0 ====
-
- 0xFE931CC: 813E1B84 lwz r9,7044(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1B84, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFE931D0: 81290000 lwz r9,0(r9)
- 5: GETL R9, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R9
- 8: INCEIPL $4
-
- 0xFE931D4: 2F890000 cmpi cr7,r9,0
- 9: GETL R9, t8
- 10: CMP0L t8, t10 (-rSo)
- 11: ICRFL t10, $0x7, CR
- 12: INCEIPL $4
-
- 0xFE931D8: 419E0010 bc 12,30,0xFE931E8
- 13: Js30o $0xFE931E8
-
-
-
-. 1569 FE931CC 16
-. 81 3E 1B 84 81 29 00 00 2F 89 00 00 41 9E 00 10
-==== BB 1570 (0xFE931DC) approx BBs exec'd 0 ====
-
- 0xFE931DC: 897F0000 lbz r11,0(r31)
- 0: GETL R31, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R11
- 3: INCEIPL $4
-
- 0xFE931E0: 2C0B0000 cmpi cr0,r11,0
- 4: GETL R11, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x0, CR
- 7: INCEIPL $4
-
- 0xFE931E4: 40820030 bc 4,2,0xFE93214
- 8: Jc02o $0xFE93214
-
-
-
-. 1570 FE931DC 12
-. 89 7F 00 00 2C 0B 00 00 40 82 00 30
-==== BB 1571 (0xFE93214) approx BBs exec'd 0 ====
-
- 0xFE93214: 881F0001 lbz r0,1(r31)
- 0: GETL R31, t0
- 1: ADDL $0x1, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFE93218: 2C800000 cmpi cr1,r0,0
- 5: GETL R0, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0xFE9321C: 40860048 bc 4,6,0xFE93264
- 9: Jc06o $0xFE93264
-
-
-
-. 1571 FE93214 12
-. 88 1F 00 01 2C 80 00 00 40 86 00 48
-==== BB 1572 (0xFE93264) approx BBs exec'd 0 ====
-
- 0xFE93264: 81490000 lwz r10,0(r9)
- 0: GETL R9, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R10
- 3: INCEIPL $4
-
- 0xFE93268: 5408402E rlwinm r8,r0,8,0,23
- 4: GETL R0, t4
- 5: SHLL $0x8, t4
- 6: PUTL t4, R8
- 7: INCEIPL $4
-
- 0xFE9326C: 556C063E rlwinm r12,r11,0,24,31
- 8: GETL R11, t6
- 9: ANDL $0xFF, t6
- 10: PUTL t6, R12
- 11: INCEIPL $4
-
- 0xFE93270: 7D3D4B78 or r29,r9,r9
- 12: GETL R9, t8
- 13: PUTL t8, R29
- 14: INCEIPL $4
-
- 0xFE93274: 2C8A0000 cmpi cr1,r10,0
- 15: GETL R10, t10
- 16: CMP0L t10, t12 (-rSo)
- 17: ICRFL t12, $0x1, CR
- 18: INCEIPL $4
-
- 0xFE93278: 7D9A4378 or r26,r12,r8
- 19: GETL R12, t14
- 20: GETL R8, t16
- 21: ORL t16, t14
- 22: PUTL t14, R26
- 23: INCEIPL $4
-
- 0xFE9327C: 3B83FFFE addi r28,r3,-2
- 24: GETL R3, t18
- 25: ADDL $0xFFFFFFFE, t18
- 26: PUTL t18, R28
- 27: INCEIPL $4
-
- 0xFE93280: 3B7F0002 addi r27,r31,2
- 28: GETL R31, t20
- 29: ADDL $0x2, t20
- 30: PUTL t20, R27
- 31: INCEIPL $4
-
- 0xFE93284: 41A6FF64 bc 13,6,0xFE931E8
- 32: Js06o $0xFE931E8
-
-
-
-. 1572 FE93264 36
-. 81 49 00 00 54 08 40 2E 55 6C 06 3E 7D 3D 4B 78 2C 8A 00 00 7D 9A 43 78 3B 83 FF FE 3B 7F 00 02 41 A6 FF 64
-==== BB 1573 (0xFE93288) approx BBs exec'd 0 ====
-
- 0xFE93288: 7D5F5378 or r31,r10,r10
- 0: GETL R10, t0
- 1: PUTL t0, R31
- 2: INCEIPL $4
-
- 0xFE9328C: 48000010 b 0xFE9329C
- 3: JMPo $0xFE9329C ($4)
-
-
-
-. 1573 FE93288 8
-. 7D 5F 53 78 48 00 00 10
-==== BB 1574 (0xFE9329C) approx BBs exec'd 0 ====
-
- 0xFE9329C: 881F0001 lbz r0,1(r31)
- 0: GETL R31, t0
- 1: ADDL $0x1, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFE932A0: 387F0002 addi r3,r31,2
- 5: GETL R31, t4
- 6: ADDL $0x2, t4
- 7: PUTL t4, R3
- 8: INCEIPL $4
-
- 0xFE932A4: 893F0000 lbz r9,0(r31)
- 9: GETL R31, t6
- 10: LDB (t6), t8
- 11: PUTL t8, R9
- 12: INCEIPL $4
-
- 0xFE932A8: 7F64DB78 or r4,r27,r27
- 13: GETL R27, t10
- 14: PUTL t10, R4
- 15: INCEIPL $4
-
- 0xFE932AC: 540B402E rlwinm r11,r0,8,0,23
- 16: GETL R0, t12
- 17: SHLL $0x8, t12
- 18: PUTL t12, R11
- 19: INCEIPL $4
-
- 0xFE932B0: 7F85E378 or r5,r28,r28
- 20: GETL R28, t14
- 21: PUTL t14, R5
- 22: INCEIPL $4
-
- 0xFE932B4: 7D6A4B78 or r10,r11,r9
- 23: GETL R11, t16
- 24: GETL R9, t18
- 25: ORL t18, t16
- 26: PUTL t16, R10
- 27: INCEIPL $4
-
- 0xFE932B8: 7F1A5000 cmp cr6,r26,r10
- 28: GETL R26, t20
- 29: GETL R10, t22
- 30: CMPL t20, t22, t24 (-rSo)
- 31: ICRFL t24, $0x6, CR
- 32: INCEIPL $4
-
- 0xFE932BC: 409AFFD4 bc 4,26,0xFE93290
- 33: Jc26o $0xFE93290
-
-
-
-. 1574 FE9329C 36
-. 88 1F 00 01 38 7F 00 02 89 3F 00 00 7F 64 DB 78 54 0B 40 2E 7F 85 E3 78 7D 6A 4B 78 7F 1A 50 00 40 9A FF D4
-==== BB 1575 (0xFE93290) approx BBs exec'd 0 ====
-
- 0xFE93290: 87FD0004 lwzu r31,4(r29)
- 0: GETL R29, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R29
- 3: LDL (t0), t2
- 4: PUTL t2, R31
- 5: INCEIPL $4
-
- 0xFE93294: 2C9F0000 cmpi cr1,r31,0
- 6: GETL R31, t4
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x1, CR
- 9: INCEIPL $4
-
- 0xFE93298: 41A6FF50 bc 13,6,0xFE931E8
- 10: Js06o $0xFE931E8
-
-
-
-. 1575 FE93290 12
-. 87 FD 00 04 2C 9F 00 00 41 A6 FF 50
-==== BB 1576 (0xFE931E8) approx BBs exec'd 0 ====
-
- 0xFE931E8: 38600000 li r3,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE931EC: 83410024 lwz r26,36(r1)
- 3: GETL R1, t2
- 4: ADDL $0x24, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R26
- 7: INCEIPL $4
-
- 0xFE931F0: 8361000C lwz r27,12(r1)
- 8: GETL R1, t6
- 9: ADDL $0xC, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R27
- 12: INCEIPL $4
-
- 0xFE931F4: 7F4803A6 mtlr r26
- 13: GETL R26, t10
- 14: PUTL t10, LR
- 15: INCEIPL $4
-
- 0xFE931F8: 83810010 lwz r28,16(r1)
- 16: GETL R1, t12
- 17: ADDL $0x10, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R28
- 20: INCEIPL $4
-
- 0xFE931FC: 83410008 lwz r26,8(r1)
- 21: GETL R1, t16
- 22: ADDL $0x8, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R26
- 25: INCEIPL $4
-
- 0xFE93200: 83A10014 lwz r29,20(r1)
- 26: GETL R1, t20
- 27: ADDL $0x14, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R29
- 30: INCEIPL $4
-
- 0xFE93204: 83C10018 lwz r30,24(r1)
- 31: GETL R1, t24
- 32: ADDL $0x18, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R30
- 35: INCEIPL $4
-
- 0xFE93208: 83E1001C lwz r31,28(r1)
- 36: GETL R1, t28
- 37: ADDL $0x1C, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R31
- 40: INCEIPL $4
-
- 0xFE9320C: 38210020 addi r1,r1,32
- 41: GETL R1, t32
- 42: ADDL $0x20, t32
- 43: PUTL t32, R1
- 44: INCEIPL $4
-
- 0xFE93210: 4E800020 blr
- 45: GETL LR, t34
- 46: JMPo-r t34 ($4)
-
-
-
-. 1576 FE931E8 44
-. 38 60 00 00 83 41 00 24 83 61 00 0C 7F 48 03 A6 83 81 00 10 83 41 00 08 83 A1 00 14 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 1577 (0x10003600) approx BBs exec'd 0 ====
-
- 0x10003600: 63FF0DB0 ori r31,r31,0xDB0
- 0: GETL R31, t0
- 1: ORL $0xDB0, t0
- 2: PUTL t0, R31
- 3: INCEIPL $4
-
- 0x10003604: 7C691B79 or. r9,r3,r3
- 4: GETL R3, t2
- 5: PUTL t2, R9
- 6: CMP0L t2, t4 (-rSo)
- 7: ICRFL t4, $0x0, CR
- 8: INCEIPL $4
-
- 0x10003608: 4182001C bc 12,2,0x10003624
- 9: Js02o $0x10003624
-
-
-
-. 1577 10003600 12
-. 63 FF 0D B0 7C 69 1B 79 41 82 00 1C
-==== BB 1578 (0x10003624) approx BBs exec'd 0 ====
-
- 0x10003624: 80010024 lwz r0,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x10003628: 7FE3FB78 or r3,r31,r31
- 5: GETL R31, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x1000362C: 83C10018 lwz r30,24(r1)
- 8: GETL R1, t6
- 9: ADDL $0x18, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R30
- 12: INCEIPL $4
-
- 0x10003630: 83E1001C lwz r31,28(r1)
- 13: GETL R1, t10
- 14: ADDL $0x1C, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R31
- 17: INCEIPL $4
-
- 0x10003634: 7C0803A6 mtlr r0
- 18: GETL R0, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0x10003638: 38210020 addi r1,r1,32
- 21: GETL R1, t16
- 22: ADDL $0x20, t16
- 23: PUTL t16, R1
- 24: INCEIPL $4
-
- 0x1000363C: 4E800020 blr
- 25: GETL LR, t18
- 26: JMPo-r t18 ($4)
-
-
-
-. 1578 10003624 28
-. 80 01 00 24 7F E3 FB 78 83 C1 00 18 83 E1 00 1C 7C 08 03 A6 38 21 00 20 4E 80 00 20
-==== BB 1579 (0x100015E8) approx BBs exec'd 0 ====
-
- 0x100015E8: 3C000003 lis r0,3
- 0: MOVL $0x30000, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x100015EC: 60000DAF ori r0,r0,0xDAF
- 3: MOVL $0x30DAF, t2
- 4: PUTL t2, R0
- 5: INCEIPL $4
-
- 0x100015F0: 7F830000 cmp cr7,r3,r0
- 6: GETL R3, t4
- 7: GETL R0, t6
- 8: CMPL t4, t6, t8 (-rSo)
- 9: ICRFL t8, $0x7, CR
- 10: INCEIPL $4
-
- 0x100015F4: 419D038C bc 12,29,0x10001980
- 11: Js29o $0x10001980
-
-
-
-. 1579 100015E8 16
-. 3C 00 00 03 60 00 0D AF 7F 83 00 00 41 9D 03 8C
-==== BB 1580 (0x10001980) approx BBs exec'd 0 ====
-
- 0x10001980: 807E00A8 lwz r3,168(r30)
- 0: GETL R30, t0
- 1: ADDL $0xA8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x10001984: 839E00AC lwz r28,172(r30)
- 5: GETL R30, t4
- 6: ADDL $0xAC, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R28
- 9: INCEIPL $4
-
- 0x10001988: 48019205 bl 0x1001AB8C
- 10: MOVL $0x1000198C, t8
- 11: PUTL t8, LR
- 12: JMPo-c $0x1001AB8C ($4)
-
-
-
-. 1580 10001980 12
-. 80 7E 00 A8 83 9E 00 AC 48 01 92 05
-==== BB 1581 (0x1001AB8C) approx BBs exec'd 0 ====
-
- 0x1001AB8C: 4BE7860C b 0xFE93198
- 0: JMPo $0xFE93198 ($4)
-
-
-
-. 1581 1001AB8C 4
-. 4B E7 86 0C
-==== BB 1582 (0xFED6B1C) approx BBs exec'd 0 ====
-
- 0xFED6B1C: 85040004 lwzu r8,4(r4)
- 0: GETL R4, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R4
- 3: LDL (t0), t2
- 4: PUTL t2, R8
- 5: INCEIPL $4
-
- 0xFED6B20: 7CE04038 and r0,r7,r8
- 6: GETL R7, t4
- 7: GETL R8, t6
- 8: ANDL t4, t6
- 9: PUTL t6, R0
- 10: INCEIPL $4
-
- 0xFED6B24: 7CEA4378 or r10,r7,r8
- 11: GETL R7, t8
- 12: GETL R8, t10
- 13: ORL t10, t8
- 14: PUTL t8, R10
- 15: INCEIPL $4
-
- 0xFED6B28: 7C003A14 add r0,r0,r7
- 16: GETL R0, t12
- 17: GETL R7, t14
- 18: ADDL t12, t14
- 19: PUTL t14, R0
- 20: INCEIPL $4
-
- 0xFED6B2C: 7D4800F9 nor. r8,r10,r0
- 21: GETL R10, t16
- 22: GETL R0, t18
- 23: ORL t18, t16
- 24: NOTL t16
- 25: PUTL t16, R8
- 26: CMP0L t16, t20 (-rSo)
- 27: ICRFL t20, $0x0, CR
- 28: INCEIPL $4
-
- 0xFED6B30: 4082004C bc 4,2,0xFED6B7C
- 29: Jc02o $0xFED6B7C
-
-
-
-. 1582 FED6B1C 24
-. 85 04 00 04 7C E0 40 38 7C EA 43 78 7C 00 3A 14 7D 48 00 F9 40 82 00 4C
-==== BB 1583 (0xFED6B5C) approx BBs exec'd 0 ====
-
- 0xFED6B5C: 7CE04838 and r0,r7,r9
- 0: GETL R7, t0
- 1: GETL R9, t2
- 2: ANDL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFED6B60: 7C003A14 add r0,r0,r7
- 5: GETL R0, t4
- 6: GETL R7, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R0
- 9: INCEIPL $4
-
- 0xFED6B64: 7D880078 andc r8,r12,r0
- 10: GETL R12, t8
- 11: GETL R0, t10
- 12: NOTL t10
- 13: ANDL t8, t10
- 14: PUTL t10, R8
- 15: INCEIPL $4
-
- 0xFED6B68: 48000014 b 0xFED6B7C
- 16: JMPo $0xFED6B7C ($4)
-
-
-
-. 1583 FED6B5C 16
-. 7C E0 48 38 7C 00 3A 14 7D 88 00 78 48 00 00 14
-==== BB 1584 (0xFED6B7C) approx BBs exec'd 0 ====
-
- 0xFED6B7C: 7D0B0034 cntlzw r11,r8
- 0: GETL R8, t0
- 1: CNTLZL t0
- 2: PUTL t0, R11
- 3: INCEIPL $4
-
- 0xFED6B80: 7C032050 subf r0,r3,r4
- 4: GETL R3, t2
- 5: GETL R4, t4
- 6: SUBL t2, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFED6B84: 556BE8FE rlwinm r11,r11,29,3,31
- 9: GETL R11, t6
- 10: SHRL $0x3, t6
- 11: PUTL t6, R11
- 12: INCEIPL $4
-
- 0xFED6B88: 7C605A14 add r3,r0,r11
- 13: GETL R0, t8
- 14: GETL R11, t10
- 15: ADDL t8, t10
- 16: PUTL t10, R3
- 17: INCEIPL $4
-
- 0xFED6B8C: 4E800020 blr
- 18: GETL LR, t12
- 19: JMPo-r t12 ($4)
-
-
-
-. 1584 FED6B7C 20
-. 7D 0B 00 34 7C 03 20 50 55 6B E8 FE 7C 60 5A 14 4E 80 00 20
-==== BB 1585 (0x1000198C) approx BBs exec'd 0 ====
-
- 0x1000198C: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x10001990: 40BEFC6C bc 5,30,0x100015FC
- 4: Jc30o $0x100015FC
-
-
-
-. 1585 1000198C 8
-. 2F 83 00 00 40 BE FC 6C
-==== BB 1586 (0x10001994) approx BBs exec'd 0 ====
-
- 0x10001994: 4BFFFC64 b 0x100015F8
- 0: JMPo $0x100015F8 ($4)
-
-
-
-. 1586 10001994 4
-. 4B FF FC 64
-==== BB 1587 (0x100015F8) approx BBs exec'd 0 ====
-
- 0x100015F8: 839E0084 lwz r28,132(r30)
- 0: GETL R30, t0
- 1: ADDL $0x84, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0x100015FC: 801F0000 lwz r0,0(r31)
- 5: GETL R31, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R0
- 8: INCEIPL $4
-
- 0x10001600: 38600006 li r3,6
- 9: MOVL $0x6, t8
- 10: PUTL t8, R3
- 11: INCEIPL $4
-
- 0x10001604: 813E01E4 lwz r9,484(r30)
- 12: GETL R30, t10
- 13: ADDL $0x1E4, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R9
- 16: INCEIPL $4
-
- 0x10001608: 809E0074 lwz r4,116(r30)
- 17: GETL R30, t14
- 18: ADDL $0x74, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R4
- 21: INCEIPL $4
-
- 0x1000160C: 90090000 stw r0,0(r9)
- 22: GETL R0, t18
- 23: GETL R9, t20
- 24: STL t18, (t20)
- 25: INCEIPL $4
-
- 0x10001610: 48019595 bl 0x1001ABA4
- 26: MOVL $0x10001614, t22
- 27: PUTL t22, LR
- 28: JMPo-c $0x1001ABA4 ($4)
-
-
-
-. 1587 100015F8 28
-. 83 9E 00 84 80 1F 00 00 38 60 00 06 81 3E 01 E4 80 9E 00 74 90 09 00 00 48 01 95 95
-==== BB 1588 (0x1001ABA4) approx BBs exec'd 0 ====
-
- 0x1001ABA4: 39600038 li r11,56
- 0: MOVL $0x38, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0x1001ABA8: 4BFFFF64 b 0x1001AB0C
- 3: JMPo $0x1001AB0C ($4)
-
-
-
-. 1588 1001ABA4 8
-. 39 60 00 38 4B FF FF 64
-==== BB 1589 setlocale(0xFE86870) approx BBs exec'd 0 ====
-
- 0xFE86870: 9421FF20 stwu r1,-224(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFF20, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFE86874: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFE86878: 938100D0 stw r28,208(r1)
- 9: GETL R28, t6
- 10: GETL R1, t8
- 11: ADDL $0xD0, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFE8687C: 7C7C1B79 or. r28,r3,r3
- 14: GETL R3, t10
- 15: PUTL t10, R28
- 16: CMP0L t10, t12 (-rSo)
- 17: ICRFL t12, $0x0, CR
- 18: INCEIPL $4
-
- 0xFE86880: 481215D1 bl 0xFFA7E50
- 19: MOVL $0xFE86884, t14
- 20: PUTL t14, LR
- 21: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 1589 FE86870 20
-. 94 21 FF 20 7C 08 02 A6 93 81 00 D0 7C 7C 1B 79 48 12 15 D1
-==== BB 1590 (0xFE86884) approx BBs exec'd 0 ====
-
- 0xFE86884: 936100CC stw r27,204(r1)
- 0: GETL R27, t0
- 1: GETL R1, t2
- 2: ADDL $0xCC, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFE86888: 93C100D8 stw r30,216(r1)
- 5: GETL R30, t4
- 6: GETL R1, t6
- 7: ADDL $0xD8, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFE8688C: 7C9B2378 or r27,r4,r4
- 10: GETL R4, t8
- 11: PUTL t8, R27
- 12: INCEIPL $4
-
- 0xFE86890: 93E100DC stw r31,220(r1)
- 13: GETL R31, t10
- 14: GETL R1, t12
- 15: ADDL $0xDC, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFE86894: 7FC802A6 mflr r30
- 18: GETL LR, t14
- 19: PUTL t14, R30
- 20: INCEIPL $4
-
- 0xFE86898: 924100A8 stw r18,168(r1)
- 21: GETL R18, t16
- 22: GETL R1, t18
- 23: ADDL $0xA8, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFE8689C: 7C3F0B78 or r31,r1,r1
- 26: GETL R1, t20
- 27: PUTL t20, R31
- 28: INCEIPL $4
-
- 0xFE868A0: 926100AC stw r19,172(r1)
- 29: GETL R19, t22
- 30: GETL R1, t24
- 31: ADDL $0xAC, t24
- 32: STL t22, (t24)
- 33: INCEIPL $4
-
- 0xFE868A4: 928100B0 stw r20,176(r1)
- 34: GETL R20, t26
- 35: GETL R1, t28
- 36: ADDL $0xB0, t28
- 37: STL t26, (t28)
- 38: INCEIPL $4
-
- 0xFE868A8: 92A100B4 stw r21,180(r1)
- 39: GETL R21, t30
- 40: GETL R1, t32
- 41: ADDL $0xB4, t32
- 42: STL t30, (t32)
- 43: INCEIPL $4
-
- 0xFE868AC: 92C100B8 stw r22,184(r1)
- 44: GETL R22, t34
- 45: GETL R1, t36
- 46: ADDL $0xB8, t36
- 47: STL t34, (t36)
- 48: INCEIPL $4
-
- 0xFE868B0: 92E100BC stw r23,188(r1)
- 49: GETL R23, t38
- 50: GETL R1, t40
- 51: ADDL $0xBC, t40
- 52: STL t38, (t40)
- 53: INCEIPL $4
-
- 0xFE868B4: 930100C0 stw r24,192(r1)
- 54: GETL R24, t42
- 55: GETL R1, t44
- 56: ADDL $0xC0, t44
- 57: STL t42, (t44)
- 58: INCEIPL $4
-
- 0xFE868B8: 932100C4 stw r25,196(r1)
- 59: GETL R25, t46
- 60: GETL R1, t48
- 61: ADDL $0xC4, t48
- 62: STL t46, (t48)
- 63: INCEIPL $4
-
- 0xFE868BC: 934100C8 stw r26,200(r1)
- 64: GETL R26, t50
- 65: GETL R1, t52
- 66: ADDL $0xC8, t52
- 67: STL t50, (t52)
- 68: INCEIPL $4
-
- 0xFE868C0: 93A100D4 stw r29,212(r1)
- 69: GETL R29, t54
- 70: GETL R1, t56
- 71: ADDL $0xD4, t56
- 72: STL t54, (t56)
- 73: INCEIPL $4
-
- 0xFE868C4: 900100E4 stw r0,228(r1)
- 74: GETL R0, t58
- 75: GETL R1, t60
- 76: ADDL $0xE4, t60
- 77: STL t58, (t60)
- 78: INCEIPL $4
-
- 0xFE868C8: 4180020C bc 12,0,0xFE86AD4
- 79: Js00o $0xFE86AD4
-
-
-
-. 1590 FE86884 72
-. 93 61 00 CC 93 C1 00 D8 7C 9B 23 78 93 E1 00 DC 7F C8 02 A6 92 41 00 A8 7C 3F 0B 78 92 61 00 AC 92 81 00 B0 92 A1 00 B4 92 C1 00 B8 92 E1 00 BC 93 01 00 C0 93 21 00 C4 93 41 00 C8 93 A1 00 D4 90 01 00 E4 41 80 02 0C
-==== BB 1591 (0xFE868CC) approx BBs exec'd 0 ====
-
- 0xFE868CC: 2F9C000C cmpi cr7,r28,12
- 0: GETL R28, t0
- 1: MOVL $0xC, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFE868D0: 419D0204 bc 12,29,0xFE86AD4
- 5: Js29o $0xFE86AD4
-
-
-
-. 1591 FE868CC 8
-. 2F 9C 00 0C 41 9D 02 04
-==== BB 1592 (0xFE868D4) approx BBs exec'd 0 ====
-
- 0xFE868D4: 2C840000 cmpi cr1,r4,0
- 0: GETL R4, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFE868D8: 41860214 bc 12,6,0xFE86AEC
- 4: Js06o $0xFE86AEC
-
-
-
-. 1592 FE868D4 8
-. 2C 84 00 00 41 86 02 14
-==== BB 1593 (0xFE868DC) approx BBs exec'd 0 ====
-
- 0xFE868DC: 831E1D78 lwz r24,7544(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1D78, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R24
- 4: INCEIPL $4
-
- 0xFE868E0: 579A103A rlwinm r26,r28,2,0,29
- 5: GETL R28, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R26
- 8: INCEIPL $4
-
- 0xFE868E4: 7C832378 or r3,r4,r4
- 9: GETL R4, t6
- 10: PUTL t6, R3
- 11: INCEIPL $4
-
- 0xFE868E8: 7CBAC214 add r5,r26,r24
- 12: GETL R26, t8
- 13: GETL R24, t10
- 14: ADDL t8, t10
- 15: PUTL t10, R5
- 16: INCEIPL $4
-
- 0xFE868EC: 83A50040 lwz r29,64(r5)
- 17: GETL R5, t12
- 18: ADDL $0x40, t12
- 19: LDL (t12), t14
- 20: PUTL t14, R29
- 21: INCEIPL $4
-
- 0xFE868F0: 7FA4EB78 or r4,r29,r29
- 22: GETL R29, t16
- 23: PUTL t16, R4
- 24: INCEIPL $4
-
- 0xFE868F4: 4804FABD bl 0xFED63B0
- 25: MOVL $0xFE868F8, t18
- 26: PUTL t18, LR
- 27: JMPo-c $0xFED63B0 ($4)
-
-
-
-. 1593 FE868DC 28
-. 83 1E 1D 78 57 9A 10 3A 7C 83 23 78 7C BA C2 14 83 A5 00 40 7F A4 EB 78 48 04 FA BD
-==== BB 1594 strcmp(0xFED63B0) approx BBs exec'd 0 ====
-
- 0xFED63B0: 7C801B78 or r0,r4,r3
- 0: GETL R4, t0
- 1: GETL R3, t2
- 2: ORL t2, t0
- 3: PUTL t0, R0
- 4: INCEIPL $4
-
- 0xFED63B4: 540007BF rlwinm. r0,r0,0,30,31
- 5: GETL R0, t4
- 6: ANDL $0x3, t4
- 7: PUTL t4, R0
- 8: CMP0L t4, t6 (-rSo)
- 9: ICRFL t6, $0x0, CR
- 10: INCEIPL $4
-
- 0xFED63B8: 3CE0FEFF lis r7,-257
- 11: MOVL $0xFEFF0000, t8
- 12: PUTL t8, R7
- 13: INCEIPL $4
-
- 0xFED63BC: 40820094 bc 4,2,0xFED6450
- 14: Jc02o $0xFED6450
-
-
-
-. 1594 FED63B0 16
-. 7C 80 1B 78 54 00 07 BF 3C E0 FE FF 40 82 00 94
-==== BB 1595 (0xFED63C0) approx BBs exec'd 0 ====
-
- 0xFED63C0: 80A30000 lwz r5,0(r3)
- 0: GETL R3, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R5
- 3: INCEIPL $4
-
- 0xFED63C4: 80C40000 lwz r6,0(r4)
- 4: GETL R4, t4
- 5: LDL (t4), t6
- 6: PUTL t6, R6
- 7: INCEIPL $4
-
- 0xFED63C8: 3D007F7F lis r8,32639
- 8: MOVL $0x7F7F0000, t8
- 9: PUTL t8, R8
- 10: INCEIPL $4
-
- 0xFED63CC: 38E7FEFF addi r7,r7,-257
- 11: GETL R7, t10
- 12: ADDL $0xFFFFFEFF, t10
- 13: PUTL t10, R7
- 14: INCEIPL $4
-
- 0xFED63D0: 39087F7F addi r8,r8,32639
- 15: MOVL $0x7F7F7F7F, t12
- 16: PUTL t12, R8
- 17: INCEIPL $4
-
- 0xFED63D4: 48000010 b 0xFED63E4
- 18: JMPo $0xFED63E4 ($4)
-
-
-
-. 1595 FED63C0 24
-. 80 A3 00 00 80 C4 00 00 3D 00 7F 7F 38 E7 FE FF 39 08 7F 7F 48 00 00 10
-==== BB 1596 (0xFED63E4) approx BBs exec'd 0 ====
-
- 0xFED63E4: 7C072A14 add r0,r7,r5
- 0: GETL R7, t0
- 1: GETL R5, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFED63E8: 7D0928F8 nor r9,r8,r5
- 5: GETL R8, t4
- 6: GETL R5, t6
- 7: ORL t6, t4
- 8: NOTL t4
- 9: PUTL t4, R9
- 10: INCEIPL $4
-
- 0xFED63EC: 7C004839 and. r0,r0,r9
- 11: GETL R0, t8
- 12: GETL R9, t10
- 13: ANDL t8, t10
- 14: PUTL t10, R0
- 15: CMP0L t10, t12 (-rSo)
- 16: ICRFL t12, $0x0, CR
- 17: INCEIPL $4
-
- 0xFED63F0: 7C853000 cmp cr1,r5,r6
- 18: GETL R5, t14
- 19: GETL R6, t16
- 20: CMPL t14, t16, t18 (-rSo)
- 21: ICRFL t18, $0x1, CR
- 22: INCEIPL $4
-
- 0xFED63F4: 4182FFE4 bc 12,2,0xFED63D8
- 23: Js02o $0xFED63D8
-
-
-
-. 1596 FED63E4 20
-. 7C 07 2A 14 7D 09 28 F8 7C 00 48 39 7C 85 30 00 41 82 FF E4
-==== BB 1597 (0xFED63F8) approx BBs exec'd 0 ====
-
- 0xFED63F8: 7D002838 and r0,r8,r5
- 0: GETL R8, t0
- 1: GETL R5, t2
- 2: ANDL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFED63FC: 4186002C bc 12,6,0xFED6428
- 5: Js06o $0xFED6428
-
-
-
-. 1597 FED63F8 8
-. 7D 00 28 38 41 86 00 2C
-==== BB 1598 (0xFED6400) approx BBs exec'd 0 ====
-
- 0xFED6400: 7C004214 add r0,r0,r8
- 0: GETL R0, t0
- 1: GETL R8, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFED6404: 7CAA3279 xor. r10,r5,r6
- 5: GETL R5, t4
- 6: GETL R6, t6
- 7: XORL t4, t6
- 8: PUTL t6, R10
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x0, CR
- 11: INCEIPL $4
-
- 0xFED6408: 7D290078 andc r9,r9,r0
- 12: GETL R9, t10
- 13: GETL R0, t12
- 14: NOTL t12
- 15: ANDL t10, t12
- 16: PUTL t12, R9
- 17: INCEIPL $4
-
- 0xFED640C: 41800034 bc 12,0,0xFED6440
- 18: Js00o $0xFED6440
-
-
-
-. 1598 FED6400 16
-. 7C 00 42 14 7C AA 32 79 7D 29 00 78 41 80 00 34
-==== BB 1599 (0xFED6410) approx BBs exec'd 0 ====
-
- 0xFED6410: 7D4A0034 cntlzw r10,r10
- 0: GETL R10, t0
- 1: CNTLZL t0
- 2: PUTL t0, R10
- 3: INCEIPL $4
-
- 0xFED6414: 7D290034 cntlzw r9,r9
- 4: GETL R9, t2
- 5: CNTLZL t2
- 6: PUTL t2, R9
- 7: INCEIPL $4
-
- 0xFED6418: 39290007 addi r9,r9,7
- 8: GETL R9, t4
- 9: ADDL $0x7, t4
- 10: PUTL t4, R9
- 11: INCEIPL $4
-
- 0xFED641C: 7C895000 cmp cr1,r9,r10
- 12: GETL R9, t6
- 13: GETL R10, t8
- 14: CMPL t6, t8, t10 (-rSo)
- 15: ICRFL t10, $0x1, CR
- 16: INCEIPL $4
-
- 0xFED6420: 7C662850 subf r3,r6,r5
- 17: GETL R6, t12
- 18: GETL R5, t14
- 19: SUBL t12, t14
- 20: PUTL t14, R3
- 21: INCEIPL $4
-
- 0xFED6424: 4CA40020 bclr 5,4
- 22: GETL LR, t16
- 23: Jc04o-r t16
-
-
-
-. 1599 FED6410 24
-. 7D 4A 00 34 7D 29 00 34 39 29 00 07 7C 89 50 00 7C 66 28 50 4C A4 00 20
-==== BB 1600 (0xFE868F8) approx BBs exec'd 0 ====
-
- 0xFE868F8: 2F030000 cmpi cr6,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0xFE868FC: 7FA3EB78 or r3,r29,r29
- 4: GETL R29, t4
- 5: PUTL t4, R3
- 6: INCEIPL $4
-
- 0xFE86900: 409A0050 bc 4,26,0xFE86950
- 7: Jc26o $0xFE86950
-
-
-
-. 1600 FE868F8 12
-. 2F 03 00 00 7F A3 EB 78 40 9A 00 50
-==== BB 1601 (0xFE86950) approx BBs exec'd 0 ====
-
- 0xFE86950: 807E0100 lwz r3,256(r30)
- 0: GETL R30, t0
- 1: ADDL $0x100, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFE86954: 38C00000 li r6,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R6
- 7: INCEIPL $4
-
- 0xFE86958: 90DF0094 stw r6,148(r31)
- 8: GETL R6, t6
- 9: GETL R31, t8
- 10: ADDL $0x94, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFE8695C: 90DF0090 stw r6,144(r31)
- 13: GETL R6, t10
- 14: GETL R31, t12
- 15: ADDL $0x90, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFE86960: 4800C839 bl 0xFE93198
- 18: MOVL $0xFE86964, t14
- 19: PUTL t14, LR
- 20: JMPo-c $0xFE93198 ($4)
-
-
-
-. 1601 FE86950 20
-. 80 7E 01 00 38 C0 00 00 90 DF 00 94 90 DF 00 90 48 00 C8 39
-==== BB 1602 (0xFE932C0) approx BBs exec'd 0 ====
-
- 0xFE932C0: 48043AA1 bl 0xFED6D60
- 0: MOVL $0xFE932C4, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0xFED6D60 ($4)
-
-
-
-. 1602 FE932C0 4
-. 48 04 3A A1
-==== BB 1603 strncmp(0xFED6D60) approx BBs exec'd 0 ====
-
- 0xFED6D60: 7C001A2C dcbt r0,r3
- 0: INCEIPL $4
-
- 0xFED6D64: 7C801B78 or r0,r4,r3
- 1: GETL R4, t0
- 2: GETL R3, t2
- 3: ORL t2, t0
- 4: PUTL t0, R0
- 5: INCEIPL $4
-
- 0xFED6D68: 3D207F7F lis r9,32639
- 6: MOVL $0x7F7F0000, t4
- 7: PUTL t4, R9
- 8: INCEIPL $4
-
- 0xFED6D6C: 7C00222C dcbt r0,r4
- 9: INCEIPL $4
-
- 0xFED6D70: 540007BF rlwinm. r0,r0,0,30,31
- 10: GETL R0, t6
- 11: ANDL $0x3, t6
- 12: PUTL t6, R0
- 13: CMP0L t6, t8 (-rSo)
- 14: ICRFL t8, $0x0, CR
- 15: INCEIPL $4
-
- 0xFED6D74: 3D00FEFF lis r8,-257
- 16: MOVL $0xFEFF0000, t10
- 17: PUTL t10, R8
- 18: INCEIPL $4
-
- 0xFED6D78: 408200E0 bc 4,2,0xFED6E58
- 19: Jc02o $0xFED6E58
-
-
-
-. 1603 FED6D60 28
-. 7C 00 1A 2C 7C 80 1B 78 3D 20 7F 7F 7C 00 22 2C 54 00 07 BF 3D 00 FE FF 40 82 00 E0
-==== BB 1604 (0xFED6E58) approx BBs exec'd 0 ====
-
- 0xFED6E58: 7CA903A6 mtctr r5
- 0: GETL R5, t0
- 1: PUTL t0, CTR
- 2: INCEIPL $4
-
- 0xFED6E5C: 2C050000 cmpi cr0,r5,0
- 3: GETL R5, t2
- 4: CMP0L t2, t4 (-rSo)
- 5: ICRFL t4, $0x0, CR
- 6: INCEIPL $4
-
- 0xFED6E60: 88C30000 lbz r6,0(r3)
- 7: GETL R3, t6
- 8: LDB (t6), t8
- 9: PUTL t8, R6
- 10: INCEIPL $4
-
- 0xFED6E64: 88E40000 lbz r7,0(r4)
- 11: GETL R4, t10
- 12: LDB (t10), t12
- 13: PUTL t12, R7
- 14: INCEIPL $4
-
- 0xFED6E68: 41810010 bc 12,1,0xFED6E78
- 15: Js01o $0xFED6E78
-
-
-
-. 1604 FED6E58 20
-. 7C A9 03 A6 2C 05 00 00 88 C3 00 00 88 E4 00 00 41 81 00 10
-==== BB 1605 (0xFED6E78) approx BBs exec'd 0 ====
-
- 0xFED6E78: 42400038 bc 18,0,0xFED6EB0
- 0: GETL CTR, t0
- 1: ADDL $0xFFFFFFFF, t0
- 2: PUTL t0, CTR
- 3: SETZL t0, NoValue
- 4: JIFZL t0, $0xFED6E7C
- 5: JMPo $0xFED6EB0 ($4)
-
-
-
-. 1605 FED6E78 4
-. 42 40 00 38
-==== BB 1606 (0xFED6E7C) approx BBs exec'd 0 ====
-
- 0xFED6E7C: 2C860000 cmpi cr1,r6,0
- 0: GETL R6, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFED6E80: 7C063800 cmp cr0,r6,r7
- 4: GETL R6, t4
- 5: GETL R7, t6
- 6: CMPL t4, t6, t8 (-rSo)
- 7: ICRFL t8, $0x0, CR
- 8: INCEIPL $4
-
- 0xFED6E84: 4186002C bc 12,6,0xFED6EB0
- 9: Js06o $0xFED6EB0
-
-
-
-. 1606 FED6E7C 12
-. 2C 86 00 00 7C 06 38 00 41 86 00 2C
-==== BB 1607 (0xFED6E88) approx BBs exec'd 0 ====
-
- 0xFED6E88: 8CC30001 lbzu r6,1(r3)
- 0: GETL R3, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R3
- 3: LDB (t0), t2
- 4: PUTL t2, R6
- 5: INCEIPL $4
-
- 0xFED6E8C: 40820020 bc 4,2,0xFED6EAC
- 6: Jc02o $0xFED6EAC
-
-
-
-. 1607 FED6E88 8
-. 8C C3 00 01 40 82 00 20
-==== BB 1608 (0xFED6EAC) approx BBs exec'd 0 ====
-
- 0xFED6EAC: 8CC3FFFF lbzu r6,-1(r3)
- 0: GETL R3, t0
- 1: ADDL $0xFFFFFFFF, t0
- 2: PUTL t0, R3
- 3: LDB (t0), t2
- 4: PUTL t2, R6
- 5: INCEIPL $4
-
- 0xFED6EB0: 7C673050 subf r3,r7,r6
- 6: GETL R7, t4
- 7: GETL R6, t6
- 8: SUBL t4, t6
- 9: PUTL t6, R3
- 10: INCEIPL $4
-
- 0xFED6EB4: 4E800020 blr
- 11: GETL LR, t8
- 12: JMPo-r t8 ($4)
-
-
-
-. 1608 FED6EAC 12
-. 8C C3 FF FF 7C 67 30 50 4E 80 00 20
-==== BB 1609 (0xFE932C4) approx BBs exec'd 0 ====
-
- 0xFE932C4: 7D3FE214 add r9,r31,r28
- 0: GETL R31, t0
- 1: GETL R28, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFE932C8: 2F830000 cmpi cr7,r3,0
- 5: GETL R3, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0xFE932CC: 40BEFFC4 bc 5,30,0xFE93290
- 9: Jc30o $0xFE93290
-
-
-
-. 1609 FE932C4 12
-. 7D 3F E2 14 2F 83 00 00 40 BE FF C4
-==== BB 1610 (0xFE86964) approx BBs exec'd 0 ====
-
- 0xFE86964: 7C691B79 or. r9,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R9
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0xFE86968: 41820010 bc 12,2,0xFE86978
- 5: Js02o $0xFE86978
-
-
-
-. 1610 FE86964 8
-. 7C 69 1B 79 41 82 00 10
-==== BB 1611 (0xFE86978) approx BBs exec'd 0 ====
-
- 0xFE86978: 2C1C0006 cmpi cr0,r28,6
- 0: GETL R28, t0
- 1: MOVL $0x6, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0xFE8697C: 41820184 bc 12,2,0xFE86B00
- 5: Js02o $0xFE86B00
-
-
-
-. 1611 FE86978 8
-. 2C 1C 00 06 41 82 01 84
-==== BB 1612 (0xFE86B00) approx BBs exec'd 0 ====
-
- 0xFE86B00: 3900000D li r8,13
- 0: MOVL $0xD, t0
- 1: PUTL t0, R8
- 2: INCEIPL $4
-
- 0xFE86B04: 39600000 li r11,0
- 3: MOVL $0x0, t2
- 4: PUTL t2, R11
- 5: INCEIPL $4
-
- 0xFE86B08: 7D0903A6 mtctr r8
- 6: GETL R8, t4
- 7: PUTL t4, CTR
- 8: INCEIPL $4
-
- 0xFE86B0C: 393F0010 addi r9,r31,16
- 9: GETL R31, t6
- 10: ADDL $0x10, t6
- 11: PUTL t6, R9
- 12: INCEIPL $4
-
- 0xFE86B10: 2F8B0006 cmpi cr7,r11,6
- 13: GETL R11, t8
- 14: MOVL $0x6, t12
- 15: CMPL t8, t12, t10 (-rSo)
- 16: ICRFL t10, $0x7, CR
- 17: INCEIPL $4
-
- 0xFE86B14: 396B0001 addi r11,r11,1
- 18: MOVL $0x1, t14
- 19: PUTL t14, R11
- 20: INCEIPL $4
-
- 0xFE86B18: 419E0008 bc 12,30,0xFE86B20
- 21: Js30o $0xFE86B20
-
-
-
-. 1612 FE86B00 28
-. 39 00 00 0D 39 60 00 00 7D 09 03 A6 39 3F 00 10 2F 8B 00 06 39 6B 00 01 41 9E 00 08
-==== BB 1613 (0xFE86B1C) approx BBs exec'd 0 ====
-
- 0xFE86B1C: 93690000 stw r27,0(r9)
- 0: GETL R27, t0
- 1: GETL R9, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0xFE86B20: 39290004 addi r9,r9,4
- 4: GETL R9, t4
- 5: ADDL $0x4, t4
- 6: PUTL t4, R9
- 7: INCEIPL $4
-
- 0xFE86B24: 4200FFEC bc 16,0,0xFE86B10
- 8: GETL CTR, t6
- 9: ADDL $0xFFFFFFFF, t6
- 10: PUTL t6, CTR
- 11: JIFZL t6, $0xFE86B28
- 12: JMPo $0xFE86B10 ($4)
-
-
-
-. 1613 FE86B1C 12
-. 93 69 00 00 39 29 00 04 42 00 FF EC
-==== BB 1614 (0xFE86B10) approx BBs exec'd 0 ====
-
- 0xFE86B10: 2F8B0006 cmpi cr7,r11,6
- 0: GETL R11, t0
- 1: MOVL $0x6, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFE86B14: 396B0001 addi r11,r11,1
- 5: GETL R11, t6
- 6: ADDL $0x1, t6
- 7: PUTL t6, R11
- 8: INCEIPL $4
-
- 0xFE86B18: 419E0008 bc 12,30,0xFE86B20
- 9: Js30o $0xFE86B20
-
-
-
-. 1614 FE86B10 12
-. 2F 8B 00 06 39 6B 00 01 41 9E 00 08
-==== BB 1615 (0xFE86B20) approx BBs exec'd 0 ====
-
- 0xFE86B20: 39290004 addi r9,r9,4
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R9
- 3: INCEIPL $4
-
- 0xFE86B24: 4200FFEC bc 16,0,0xFE86B10
- 4: GETL CTR, t2
- 5: ADDL $0xFFFFFFFF, t2
- 6: PUTL t2, CTR
- 7: JIFZL t2, $0xFE86B28
- 8: JMPo $0xFE86B10 ($4)
-
-
-
-. 1615 FE86B20 8
-. 39 29 00 04 42 00 FF EC
-==== BB 1616 (0xFE86B28) approx BBs exec'd 0 ====
-
- 0xFE86B28: 7F63DB78 or r3,r27,r27
- 0: GETL R27, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE86B2C: 3880003B li r4,59
- 3: MOVL $0x3B, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0xFE86B30: 4804F79D bl 0xFED62CC
- 6: MOVL $0xFE86B34, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0xFED62CC ($4)
-
-
-
-. 1616 FE86B28 12
-. 7F 63 DB 78 38 80 00 3B 48 04 F7 9D
-==== BB 1617 (0xFE86B34) approx BBs exec'd 0 ====
-
- 0xFE86B34: 2C830000 cmpi cr1,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFE86B38: 408601F8 bc 4,6,0xFE86D30
- 4: Jc06o $0xFE86D30
-
-
-
-. 1617 FE86B34 8
-. 2C 83 00 00 40 86 01 F8
-==== BB 1618 (0xFE86B3C) approx BBs exec'd 0 ====
-
- 0xFE86B3C: 833E1B94 lwz r25,7060(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1B94, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R25
- 4: INCEIPL $4
-
- 0xFE86B40: 3B400000 li r26,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R26
- 7: INCEIPL $4
-
- 0xFE86B44: 3B600001 li r27,1
- 8: MOVL $0x1, t6
- 9: PUTL t6, R27
- 10: INCEIPL $4
-
- 0xFE86B48: 7EE0C828 lwarx r23,r0,r25
- 11: GETL R25, t8
- 12: LOCKo
- 13: LDL (t8), t10
- 14: PUTL t10, R23
- 15: INCEIPL $4
-
- 0xFE86B4C: 7C17D000 cmp cr0,r23,r26
- 16: GETL R23, t12
- 17: GETL R26, t14
- 18: CMPL t12, t14, t16 (-rSo)
- 19: ICRFL t16, $0x0, CR
- 20: INCEIPL $4
-
- 0xFE86B50: 4082000C bc 4,2,0xFE86B5C
- 21: Jc02o $0xFE86B5C
-
-
-
-. 1618 FE86B3C 24
-. 83 3E 1B 94 3B 40 00 00 3B 60 00 01 7E E0 C8 28 7C 17 D0 00 40 82 00 0C
-==== BB 1619 (0xFE86B54) approx BBs exec'd 0 ====
-
- 0xFE86B54: 7F60C92D stwcx. r27,r0,r25
- 0: GETL R25, t0
- 1: GETL R27, t2
- 2: LOCKo
- 3: STL t2, (t0) (-rSo)
- 4: ICRFL cr, $0x0, CR
- 5: INCEIPL $4
-
- 0xFE86B58: 40A2FFF0 bc 5,2,0xFE86B48
- 6: Jc02o $0xFE86B48
-
-
-
-. 1619 FE86B54 8
-. 7F 60 C9 2D 40 A2 FF F0
-==== BB 1620 (0xFE86B48) approx BBs exec'd 0 ====
-
- 0xFE86B48: 7EE0C828 lwarx r23,r0,r25
- 0: GETL R25, t0
- 1: LOCKo
- 2: LDL (t0), t2
- 3: PUTL t2, R23
- 4: INCEIPL $4
-
- 0xFE86B4C: 7C17D000 cmp cr0,r23,r26
- 5: GETL R23, t4
- 6: GETL R26, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x0, CR
- 9: INCEIPL $4
-
- 0xFE86B50: 4082000C bc 4,2,0xFE86B5C
- 10: Jc02o $0xFE86B5C
-
-
-
-. 1620 FE86B48 12
-. 7E E0 C8 28 7C 17 D0 00 40 82 00 0C
-==== BB 1621 (0xFE86B5C) approx BBs exec'd 0 ====
-
- 0xFE86B5C: 4C00012C 0: INCEIPL $4
-
- 0xFE86B60: 2F170000 cmpi cr6,r23,0
- 1: GETL R23, t0
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x6, CR
- 4: INCEIPL $4
-
- 0xFE86B64: 409A0384 bc 4,26,0xFE86EE8
- 5: Jc26o $0xFE86EE8
-
-
-
-. 1621 FE86B5C 12
-. 4C 00 01 2C 2F 17 00 00 40 9A 03 84
-==== BB 1622 (0xFE86B68) approx BBs exec'd 0 ====
-
- 0xFE86B68: 82BE1CB8 lwz r21,7352(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1CB8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R21
- 4: INCEIPL $4
-
- 0xFE86B6C: 3B80000C li r28,12
- 5: MOVL $0xC, t4
- 6: PUTL t4, R28
- 7: INCEIPL $4
-
- 0xFE86B70: 3ADF0008 addi r22,r31,8
- 8: GETL R31, t6
- 9: ADDL $0x8, t6
- 10: PUTL t6, R22
- 11: INCEIPL $4
-
- 0xFE86B74: 3AFF0010 addi r23,r31,16
- 12: GETL R31, t8
- 13: ADDL $0x10, t8
- 14: PUTL t8, R23
- 15: INCEIPL $4
-
- 0xFE86B78: 48000018 b 0xFE86B90
- 16: JMPo $0xFE86B90 ($4)
-
-
-
-. 1622 FE86B68 20
-. 82 BE 1C B8 3B 80 00 0C 3A DF 00 08 3A FF 00 10 48 00 00 18
-==== BB 1623 (0xFE86B90) approx BBs exec'd 0 ====
-
- 0xFE86B90: 2C1C0006 cmpi cr0,r28,6
- 0: GETL R28, t0
- 1: MOVL $0x6, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0xFE86B94: 579D103A rlwinm r29,r28,2,0,29
- 5: GETL R28, t6
- 6: SHLL $0x2, t6
- 7: PUTL t6, R29
- 8: INCEIPL $4
-
- 0xFE86B98: 7F85E378 or r5,r28,r28
- 9: GETL R28, t8
- 10: PUTL t8, R5
- 11: INCEIPL $4
-
- 0xFE86B9C: 7CD7EA14 add r6,r23,r29
- 12: GETL R23, t10
- 13: GETL R29, t12
- 14: ADDL t10, t12
- 15: PUTL t12, R6
- 16: INCEIPL $4
-
- 0xFE86BA0: 7F7DB214 add r27,r29,r22
- 17: GETL R29, t14
- 18: GETL R22, t16
- 19: ADDL t14, t16
- 20: PUTL t16, R27
- 21: INCEIPL $4
-
- 0xFE86BA4: 41A2FFDC bc 13,2,0xFE86B80
- 22: Js02o $0xFE86B80
-
-
-
-. 1623 FE86B90 24
-. 2C 1C 00 06 57 9D 10 3A 7F 85 E3 78 7C D7 EA 14 7F 7D B2 14 41 A2 FF DC
-==== BB 1624 (0xFE86BA8) approx BBs exec'd 0 ====
-
- 0xFE86BA8: 809F0094 lwz r4,148(r31)
- 0: GETL R31, t0
- 1: ADDL $0x94, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFE86BAC: 807F0090 lwz r3,144(r31)
- 5: GETL R31, t4
- 6: ADDL $0x90, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0xFE86BB0: 48000345 bl 0xFE86EF4
- 10: MOVL $0xFE86BB4, t8
- 11: PUTL t8, LR
- 12: JMPo-c $0xFE86EF4 ($4)
-
-
-
-. 1624 FE86BA8 12
-. 80 9F 00 94 80 7F 00 90 48 00 03 45
-==== BB 1625 _nl_find_locale(0xFE86EF4) approx BBs exec'd 0 ====
-
- 0xFE86EF4: 7CE802A6 mflr r7
- 0: GETL LR, t0
- 1: PUTL t0, R7
- 2: INCEIPL $4
-
- 0xFE86EF8: 9421FFA0 stwu r1,-96(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFA0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFE86EFC: 93A10054 stw r29,84(r1)
- 9: GETL R29, t6
- 10: GETL R1, t8
- 11: ADDL $0x54, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFE86F00: 48120F51 bl 0xFFA7E50
- 14: MOVL $0xFE86F04, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 1625 FE86EF4 16
-. 7C E8 02 A6 94 21 FF A0 93 A1 00 54 48 12 0F 51
-==== BB 1626 (0xFE86F04) approx BBs exec'd 0 ====
-
- 0xFE86F04: 93010040 stw r24,64(r1)
- 0: GETL R24, t0
- 1: GETL R1, t2
- 2: ADDL $0x40, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFE86F08: 7C982378 or r24,r4,r4
- 5: GETL R4, t4
- 6: PUTL t4, R24
- 7: INCEIPL $4
-
- 0xFE86F0C: 90E10064 stw r7,100(r1)
- 8: GETL R7, t6
- 9: GETL R1, t8
- 10: ADDL $0x64, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFE86F10: 83A60000 lwz r29,0(r6)
- 13: GETL R6, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R29
- 16: INCEIPL $4
-
- 0xFE86F14: 93210044 stw r25,68(r1)
- 17: GETL R25, t14
- 18: GETL R1, t16
- 19: ADDL $0x44, t16
- 20: STL t14, (t16)
- 21: INCEIPL $4
-
- 0xFE86F18: 7CB92B78 or r25,r5,r5
- 22: GETL R5, t18
- 23: PUTL t18, R25
- 24: INCEIPL $4
-
- 0xFE86F1C: 9361004C stw r27,76(r1)
- 25: GETL R27, t20
- 26: GETL R1, t22
- 27: ADDL $0x4C, t22
- 28: STL t20, (t22)
- 29: INCEIPL $4
-
- 0xFE86F20: 7C7B1B78 or r27,r3,r3
- 30: GETL R3, t24
- 31: PUTL t24, R27
- 32: INCEIPL $4
-
- 0xFE86F24: 93810050 stw r28,80(r1)
- 33: GETL R28, t26
- 34: GETL R1, t28
- 35: ADDL $0x50, t28
- 36: STL t26, (t28)
- 37: INCEIPL $4
-
- 0xFE86F28: 7CDC3378 or r28,r6,r6
- 38: GETL R6, t30
- 39: PUTL t30, R28
- 40: INCEIPL $4
-
- 0xFE86F2C: 93C10058 stw r30,88(r1)
- 41: GETL R30, t32
- 42: GETL R1, t34
- 43: ADDL $0x58, t34
- 44: STL t32, (t34)
- 45: INCEIPL $4
-
- 0xFE86F30: 7FC802A6 mflr r30
- 46: GETL LR, t36
- 47: PUTL t36, R30
- 48: INCEIPL $4
-
- 0xFE86F34: 93E1005C stw r31,92(r1)
- 49: GETL R31, t38
- 50: GETL R1, t40
- 51: ADDL $0x5C, t40
- 52: STL t38, (t40)
- 53: INCEIPL $4
-
- 0xFE86F38: 7C3F0B78 or r31,r1,r1
- 54: GETL R1, t42
- 55: PUTL t42, R31
- 56: INCEIPL $4
-
- 0xFE86F3C: 92C10038 stw r22,56(r1)
- 57: GETL R22, t44
- 58: GETL R1, t46
- 59: ADDL $0x38, t46
- 60: STL t44, (t46)
- 61: INCEIPL $4
-
- 0xFE86F40: 92E1003C stw r23,60(r1)
- 62: GETL R23, t48
- 63: GETL R1, t50
- 64: ADDL $0x3C, t50
- 65: STL t48, (t50)
- 66: INCEIPL $4
-
- 0xFE86F44: 93410048 stw r26,72(r1)
- 67: GETL R26, t52
- 68: GETL R1, t54
- 69: ADDL $0x48, t54
- 70: STL t52, (t54)
- 71: INCEIPL $4
-
- 0xFE86F48: 881D0000 lbz r0,0(r29)
- 72: GETL R29, t56
- 73: LDB (t56), t58
- 74: PUTL t58, R0
- 75: INCEIPL $4
-
- 0xFE86F4C: 2F800000 cmpi cr7,r0,0
- 76: GETL R0, t60
- 77: CMP0L t60, t62 (-rSo)
- 78: ICRFL t62, $0x7, CR
- 79: INCEIPL $4
-
- 0xFE86F50: 419E00C8 bc 12,30,0xFE87018
- 80: Js30o $0xFE87018
-
-
-
-. 1626 FE86F04 80
-. 93 01 00 40 7C 98 23 78 90 E1 00 64 83 A6 00 00 93 21 00 44 7C B9 2B 78 93 61 00 4C 7C 7B 1B 78 93 81 00 50 7C DC 33 78 93 C1 00 58 7F C8 02 A6 93 E1 00 5C 7C 3F 0B 78 92 C1 00 38 92 E1 00 3C 93 41 00 48 88 1D 00 00 2F 80 00 00 41 9E 00 C8
-==== BB 1627 (0xFE87018) approx BBs exec'd 0 ====
-
- 0xFE87018: 807E0108 lwz r3,264(r30)
- 0: GETL R30, t0
- 1: ADDL $0x108, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFE8701C: 4800C17D bl 0xFE93198
- 5: MOVL $0xFE87020, t4
- 6: PUTL t4, LR
- 7: JMPo-c $0xFE93198 ($4)
-
-
-
-. 1627 FE87018 8
-. 80 7E 01 08 48 00 C1 7D
-==== BB 1628 (0xFE87020) approx BBs exec'd 0 ====
-
- 0xFE87020: 2C030000 cmpi cr0,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0xFE87024: 7C7D1B78 or r29,r3,r3
- 4: GETL R3, t4
- 5: PUTL t4, R29
- 6: INCEIPL $4
-
- 0xFE87028: 907C0000 stw r3,0(r28)
- 7: GETL R3, t6
- 8: GETL R28, t8
- 9: STL t6, (t8)
- 10: INCEIPL $4
-
- 0xFE8702C: 41820038 bc 12,2,0xFE87064
- 11: Js02o $0xFE87064
-
-
-
-. 1628 FE87020 16
-. 2C 03 00 00 7C 7D 1B 78 90 7C 00 00 41 82 00 38
-==== BB 1629 (0xFE87064) approx BBs exec'd 0 ====
-
- 0xFE87064: 813E1DC4 lwz r9,7620(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1DC4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFE87068: 5724103A rlwinm r4,r25,2,0,29
- 5: GETL R25, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0xFE8706C: 7C64482E lwzx r3,r4,r9
- 9: GETL R9, t6
- 10: GETL R4, t8
- 11: ADDL t8, t6
- 12: LDL (t6), t10
- 13: PUTL t10, R3
- 14: INCEIPL $4
-
- 0xFE87070: 4800C129 bl 0xFE93198
- 15: MOVL $0xFE87074, t12
- 16: PUTL t12, LR
- 17: JMPo-c $0xFE93198 ($4)
-
-
-
-. 1629 FE87064 16
-. 81 3E 1D C4 57 24 10 3A 7C 64 48 2E 48 00 C1 29
-==== BB 1630 (0xFE87074) approx BBs exec'd 0 ====
-
- 0xFE87074: 7C7D1B78 or r29,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R29
- 2: INCEIPL $4
-
- 0xFE87078: 907C0000 stw r3,0(r28)
- 3: GETL R3, t2
- 4: GETL R28, t4
- 5: STL t2, (t4)
- 6: INCEIPL $4
-
- 0xFE8707C: 4BFFFFC0 b 0xFE8703C
- 7: JMPo $0xFE8703C ($4)
-
-
-
-. 1630 FE87074 12
-. 7C 7D 1B 78 90 7C 00 00 4B FF FF C0
-==== BB 1631 (0xFE8703C) approx BBs exec'd 0 ====
-
- 0xFE8703C: 2F1D0000 cmpi cr6,r29,0
- 0: GETL R29, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0xFE87040: 419A0010 bc 12,26,0xFE87050
- 4: Js26o $0xFE87050
-
-
-
-. 1631 FE8703C 8
-. 2F 1D 00 00 41 9A 00 10
-==== BB 1632 (0xFE87050) approx BBs exec'd 0 ====
-
- 0xFE87050: 807E010C lwz r3,268(r30)
- 0: GETL R30, t0
- 1: ADDL $0x10C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFE87054: 4800C145 bl 0xFE93198
- 5: MOVL $0xFE87058, t4
- 6: PUTL t4, LR
- 7: JMPo-c $0xFE93198 ($4)
-
-
-
-. 1632 FE87050 8
-. 80 7E 01 0C 48 00 C1 45
-==== BB 1633 (0xFED6E90) approx BBs exec'd 0 ====
-
- 0xFED6E90: 8CE40001 lbzu r7,1(r4)
- 0: GETL R4, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R4
- 3: LDB (t0), t2
- 4: PUTL t2, R7
- 5: INCEIPL $4
-
- 0xFED6E94: 4240001C bc 18,0,0xFED6EB0
- 6: GETL CTR, t4
- 7: ADDL $0xFFFFFFFF, t4
- 8: PUTL t4, CTR
- 9: SETZL t4, NoValue
- 10: JIFZL t4, $0xFED6E98
- 11: JMPo $0xFED6EB0 ($4)
-
-
-
-. 1633 FED6E90 8
-. 8C E4 00 01 42 40 00 1C
-==== BB 1634 (0xFED6EB0) approx BBs exec'd 0 ====
-
- 0xFED6EB0: 7C673050 subf r3,r7,r6
- 0: GETL R7, t0
- 1: GETL R6, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFED6EB4: 4E800020 blr
- 5: GETL LR, t4
- 6: JMPo-r t4 ($4)
-
-
-
-. 1634 FED6EB0 8
-. 7C 67 30 50 4E 80 00 20
-==== BB 1635 (0xFE932D0) approx BBs exec'd 0 ====
-
- 0xFE932D0: 8BE90002 lbz r31,2(r9)
- 0: GETL R9, t0
- 1: ADDL $0x2, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R31
- 4: INCEIPL $4
-
- 0xFE932D4: 2C1F003D cmpi cr0,r31,61
- 5: GETL R31, t4
- 6: MOVL $0x3D, t8
- 7: CMPL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0xFE932D8: 4082FFB8 bc 4,2,0xFE93290
- 10: Jc02o $0xFE93290
-
-
-
-. 1635 FE932D0 12
-. 8B E9 00 02 2C 1F 00 3D 40 82 FF B8
-==== BB 1636 (0xFE932DC) approx BBs exec'd 0 ====
-
- 0xFE932DC: 38690003 addi r3,r9,3
- 0: GETL R9, t0
- 1: ADDL $0x3, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0xFE932E0: 4BFFFF0C b 0xFE931EC
- 4: JMPo $0xFE931EC ($4)
-
-
-
-. 1636 FE932DC 8
-. 38 69 00 03 4B FF FF 0C
-==== BB 1637 (0xFE931EC) approx BBs exec'd 0 ====
-
- 0xFE931EC: 83410024 lwz r26,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0xFE931F0: 8361000C lwz r27,12(r1)
- 5: GETL R1, t4
- 6: ADDL $0xC, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R27
- 9: INCEIPL $4
-
- 0xFE931F4: 7F4803A6 mtlr r26
- 10: GETL R26, t8
- 11: PUTL t8, LR
- 12: INCEIPL $4
-
- 0xFE931F8: 83810010 lwz r28,16(r1)
- 13: GETL R1, t10
- 14: ADDL $0x10, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R28
- 17: INCEIPL $4
-
- 0xFE931FC: 83410008 lwz r26,8(r1)
- 18: GETL R1, t14
- 19: ADDL $0x8, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R26
- 22: INCEIPL $4
-
- 0xFE93200: 83A10014 lwz r29,20(r1)
- 23: GETL R1, t18
- 24: ADDL $0x14, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R29
- 27: INCEIPL $4
-
- 0xFE93204: 83C10018 lwz r30,24(r1)
- 28: GETL R1, t22
- 29: ADDL $0x18, t22
- 30: LDL (t22), t24
- 31: PUTL t24, R30
- 32: INCEIPL $4
-
- 0xFE93208: 83E1001C lwz r31,28(r1)
- 33: GETL R1, t26
- 34: ADDL $0x1C, t26
- 35: LDL (t26), t28
- 36: PUTL t28, R31
- 37: INCEIPL $4
-
- 0xFE9320C: 38210020 addi r1,r1,32
- 38: GETL R1, t30
- 39: ADDL $0x20, t30
- 40: PUTL t30, R1
- 41: INCEIPL $4
-
- 0xFE93210: 4E800020 blr
- 42: GETL LR, t32
- 43: JMPo-r t32 ($4)
-
-
-
-. 1637 FE931EC 40
-. 83 41 00 24 83 61 00 0C 7F 48 03 A6 83 81 00 10 83 41 00 08 83 A1 00 14 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 1638 (0xFE87058) approx BBs exec'd 0 ====
-
- 0xFE87058: 7C7D1B78 or r29,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R29
- 2: INCEIPL $4
-
- 0xFE8705C: 907C0000 stw r3,0(r28)
- 3: GETL R3, t2
- 4: GETL R28, t4
- 5: STL t2, (t4)
- 6: INCEIPL $4
-
- 0xFE87060: 4BFFFEF4 b 0xFE86F54
- 7: JMPo $0xFE86F54 ($4)
-
-
-
-. 1638 FE87058 12
-. 7C 7D 1B 78 90 7C 00 00 4B FF FE F4
-==== BB 1639 (0xFE86F54) approx BBs exec'd 0 ====
-
- 0xFE86F54: 2C1D0000 cmpi cr0,r29,0
- 0: GETL R29, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0xFE86F58: 41820010 bc 12,2,0xFE86F68
- 4: Js02o $0xFE86F68
-
-
-
-. 1639 FE86F54 8
-. 2C 1D 00 00 41 82 00 10
-==== BB 1640 (0xFE86F5C) approx BBs exec'd 0 ====
-
- 0xFE86F5C: 88DD0000 lbz r6,0(r29)
- 0: GETL R29, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R6
- 3: INCEIPL $4
-
- 0xFE86F60: 2C860000 cmpi cr1,r6,0
- 4: GETL R6, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x1, CR
- 7: INCEIPL $4
-
- 0xFE86F64: 4086008C bc 4,6,0xFE86FF0
- 8: Jc06o $0xFE86FF0
-
-
-
-. 1640 FE86F5C 12
-. 88 DD 00 00 2C 86 00 00 40 86 00 8C
-==== BB 1641 (0xFE86FF0) approx BBs exec'd 0 ====
-
- 0xFE86FF0: 815E1D70 lwz r10,7536(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1D70, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0xFE86FF4: 810A0000 lwz r8,0(r10)
- 5: GETL R10, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R8
- 8: INCEIPL $4
-
- 0xFE86FF8: 2F080000 cmpi cr6,r8,0
- 9: GETL R8, t8
- 10: CMP0L t8, t10 (-rSo)
- 11: ICRFL t10, $0x6, CR
- 12: INCEIPL $4
-
- 0xFE86FFC: 419AFF74 bc 12,26,0xFE86F70
- 13: Js26o $0xFE86F70
-
-
-
-. 1641 FE86FF0 16
-. 81 5E 1D 70 81 0A 00 00 2F 08 00 00 41 9A FF 74
-==== BB 1642 (0xFE86F70) approx BBs exec'd 0 ====
-
- 0xFE86F70: 809E1CB8 lwz r4,7352(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1CB8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFE86F74: 7FA3EB78 or r3,r29,r29
- 5: GETL R29, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFE86F78: 4804F439 bl 0xFED63B0
- 8: MOVL $0xFE86F7C, t6
- 9: PUTL t6, LR
- 10: JMPo-c $0xFED63B0 ($4)
-
-
-
-. 1642 FE86F70 12
-. 80 9E 1C B8 7F A3 EB 78 48 04 F4 39
-==== BB 1643 (0xFED6450) approx BBs exec'd 0 ====
-
- 0xFED6450: 88A30000 lbz r5,0(r3)
- 0: GETL R3, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R5
- 3: INCEIPL $4
-
- 0xFED6454: 88C40000 lbz r6,0(r4)
- 4: GETL R4, t4
- 5: LDB (t4), t6
- 6: PUTL t6, R6
- 7: INCEIPL $4
-
- 0xFED6458: 48000010 b 0xFED6468
- 8: JMPo $0xFED6468 ($4)
-
-
-
-. 1643 FED6450 12
-. 88 A3 00 00 88 C4 00 00 48 00 00 10
-==== BB 1644 (0xFED6468) approx BBs exec'd 0 ====
-
- 0xFED6468: 2C850000 cmpi cr1,r5,0
- 0: GETL R5, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFED646C: 41860020 bc 12,6,0xFED648C
- 4: Js06o $0xFED648C
-
-
-
-. 1644 FED6468 8
-. 2C 85 00 00 41 86 00 20
-==== BB 1645 (0xFED6470) approx BBs exec'd 0 ====
-
- 0xFED6470: 7C053000 cmp cr0,r5,r6
- 0: GETL R5, t0
- 1: GETL R6, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x0, CR
- 4: INCEIPL $4
-
- 0xFED6474: 40820018 bc 4,2,0xFED648C
- 5: Jc02o $0xFED648C
-
-
-
-. 1645 FED6470 8
-. 7C 05 30 00 40 82 00 18
-==== BB 1646 (0xFED648C) approx BBs exec'd 0 ====
-
- 0xFED648C: 7C662850 subf r3,r6,r5
- 0: GETL R6, t0
- 1: GETL R5, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFED6490: 4E800020 blr
- 5: GETL LR, t4
- 6: JMPo-r t4 ($4)
-
-
-
-. 1646 FED648C 8
-. 7C 66 28 50 4E 80 00 20
-==== BB 1647 (0xFE86F7C) approx BBs exec'd 0 ====
-
- 0xFE86F7C: 2C030000 cmpi cr0,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0xFE86F80: 41820100 bc 12,2,0xFE87080
- 4: Js02o $0xFE87080
-
-
-
-. 1647 FE86F7C 8
-. 2C 03 00 00 41 82 01 00
-==== BB 1648 (0xFE86F84) approx BBs exec'd 0 ====
-
- 0xFE86F84: 809E1CC8 lwz r4,7368(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1CC8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFE86F88: 7FA3EB78 or r3,r29,r29
- 5: GETL R29, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFE86F8C: 4804F425 bl 0xFED63B0
- 8: MOVL $0xFE86F90, t6
- 9: PUTL t6, LR
- 10: JMPo-c $0xFED63B0 ($4)
-
-
-
-. 1648 FE86F84 12
-. 80 9E 1C C8 7F A3 EB 78 48 04 F4 25
-==== BB 1649 (0xFE86F90) approx BBs exec'd 0 ====
-
- 0xFE86F90: 2C830000 cmpi cr1,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFE86F94: 418600EC bc 12,6,0xFE87080
- 4: Js06o $0xFE87080
-
-
-
-. 1649 FE86F90 8
-. 2C 83 00 00 41 86 00 EC
-==== BB 1650 (0xFE86F98) approx BBs exec'd 0 ====
-
- 0xFE86F98: 2F1B0000 cmpi cr6,r27,0
- 0: GETL R27, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0xFE86F9C: 409A0140 bc 4,26,0xFE870DC
- 4: Jc26o $0xFE870DC
-
-
-
-. 1650 FE86F98 8
-. 2F 1B 00 00 40 9A 01 40
-==== BB 1651 (0xFE86FA0) approx BBs exec'd 0 ====
-
- 0xFE86FA0: 7F23CB78 or r3,r25,r25
- 0: GETL R25, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE86FA4: 7F84E378 or r4,r28,r28
- 3: GETL R28, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0xFE86FA8: 48000C49 bl 0xFE87BF0
- 6: MOVL $0xFE86FAC, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0xFE87BF0 ($4)
-
-
-
-. 1651 FE86FA0 12
-. 7F 23 CB 78 7F 84 E3 78 48 00 0C 49
-==== BB 1652 _nl_load_locale_from_archive(0xFE87BF0) approx BBs exec'd 0 ====
-
- 0xFE87BF0: 9421FDF0 stwu r1,-528(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFDF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFE87BF4: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFE87BF8: 48120259 bl 0xFFA7E50
- 9: MOVL $0xFE87BFC, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 1652 FE87BF0 12
-. 94 21 FD F0 7C 08 02 A6 48 12 02 59
-==== BB 1653 (0xFE87BFC) approx BBs exec'd 0 ====
-
- 0xFE87BFC: 93C10208 stw r30,520(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x208, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFE87C00: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFE87C04: 7D800026 mfcr r12
- 8: GETL CR, t6
- 9: PUTL t6, R12
- 10: INCEIPL $4
-
- 0xFE87C08: 91E101CC stw r15,460(r1)
- 11: GETL R15, t8
- 12: GETL R1, t10
- 13: ADDL $0x1CC, t10
- 14: STL t8, (t10)
- 15: INCEIPL $4
-
- 0xFE87C0C: 91C101C8 stw r14,456(r1)
- 16: GETL R14, t12
- 17: GETL R1, t14
- 18: ADDL $0x1C8, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0xFE87C10: 7C6E1B78 or r14,r3,r3
- 21: GETL R3, t16
- 22: PUTL t16, R14
- 23: INCEIPL $4
-
- 0xFE87C14: 81FE0128 lwz r15,296(r30)
- 24: GETL R30, t18
- 25: ADDL $0x128, t18
- 26: LDL (t18), t20
- 27: PUTL t20, R15
- 28: INCEIPL $4
-
- 0xFE87C18: 3860001E li r3,30
- 29: MOVL $0x1E, t22
- 30: PUTL t22, R3
- 31: INCEIPL $4
-
- 0xFE87C1C: 93E1020C stw r31,524(r1)
- 32: GETL R31, t24
- 33: GETL R1, t26
- 34: ADDL $0x20C, t26
- 35: STL t24, (t26)
- 36: INCEIPL $4
-
- 0xFE87C20: 7C3F0B78 or r31,r1,r1
- 37: GETL R1, t28
- 38: PUTL t28, R31
- 39: INCEIPL $4
-
- 0xFE87C24: 90010214 stw r0,532(r1)
- 40: GETL R0, t30
- 41: GETL R1, t32
- 42: ADDL $0x214, t32
- 43: STL t30, (t32)
- 44: INCEIPL $4
-
- 0xFE87C28: 924101D8 stw r18,472(r1)
- 45: GETL R18, t34
- 46: GETL R1, t36
- 47: ADDL $0x1D8, t36
- 48: STL t34, (t36)
- 49: INCEIPL $4
-
- 0xFE87C2C: 7C922378 or r18,r4,r4
- 50: GETL R4, t38
- 51: PUTL t38, R18
- 52: INCEIPL $4
-
- 0xFE87C30: 926101DC stw r19,476(r1)
- 53: GETL R19, t40
- 54: GETL R1, t42
- 55: ADDL $0x1DC, t42
- 56: STL t40, (t42)
- 57: INCEIPL $4
-
- 0xFE87C34: 3A60FFFF li r19,-1
- 58: MOVL $0xFFFFFFFF, t44
- 59: PUTL t44, R19
- 60: INCEIPL $4
-
- 0xFE87C38: 928101E0 stw r20,480(r1)
- 61: GETL R20, t46
- 62: GETL R1, t48
- 63: ADDL $0x1E0, t48
- 64: STL t46, (t48)
- 65: INCEIPL $4
-
- 0xFE87C3C: 92E101EC stw r23,492(r1)
- 66: GETL R23, t50
- 67: GETL R1, t52
- 68: ADDL $0x1EC, t52
- 69: STL t50, (t52)
- 70: INCEIPL $4
-
- 0xFE87C40: 93810200 stw r28,512(r1)
- 71: GETL R28, t54
- 72: GETL R1, t56
- 73: ADDL $0x200, t56
- 74: STL t54, (t56)
- 75: INCEIPL $4
-
- 0xFE87C44: 920101D0 stw r16,464(r1)
- 76: GETL R16, t58
- 77: GETL R1, t60
- 78: ADDL $0x1D0, t60
- 79: STL t58, (t60)
- 80: INCEIPL $4
-
- 0xFE87C48: 922101D4 stw r17,468(r1)
- 81: GETL R17, t62
- 82: GETL R1, t64
- 83: ADDL $0x1D4, t64
- 84: STL t62, (t64)
- 85: INCEIPL $4
-
- 0xFE87C4C: 92A101E4 stw r21,484(r1)
- 86: GETL R21, t66
- 87: GETL R1, t68
- 88: ADDL $0x1E4, t68
- 89: STL t66, (t68)
- 90: INCEIPL $4
-
- 0xFE87C50: 92C101E8 stw r22,488(r1)
- 91: GETL R22, t70
- 92: GETL R1, t72
- 93: ADDL $0x1E8, t72
- 94: STL t70, (t72)
- 95: INCEIPL $4
-
- 0xFE87C54: 930101F0 stw r24,496(r1)
- 96: GETL R24, t74
- 97: GETL R1, t76
- 98: ADDL $0x1F0, t76
- 99: STL t74, (t76)
- 100: INCEIPL $4
-
- 0xFE87C58: 932101F4 stw r25,500(r1)
- 101: GETL R25, t78
- 102: GETL R1, t80
- 103: ADDL $0x1F4, t80
- 104: STL t78, (t80)
- 105: INCEIPL $4
-
- 0xFE87C5C: 934101F8 stw r26,504(r1)
- 106: GETL R26, t82
- 107: GETL R1, t84
- 108: ADDL $0x1F8, t84
- 109: STL t82, (t84)
- 110: INCEIPL $4
-
- 0xFE87C60: 936101FC stw r27,508(r1)
- 111: GETL R27, t86
- 112: GETL R1, t88
- 113: ADDL $0x1FC, t88
- 114: STL t86, (t88)
- 115: INCEIPL $4
-
- 0xFE87C64: 93A10204 stw r29,516(r1)
- 116: GETL R29, t90
- 117: GETL R1, t92
- 118: ADDL $0x204, t92
- 119: STL t90, (t92)
- 120: INCEIPL $4
-
- 0xFE87C68: 918101C4 stw r12,452(r1)
- 121: GETL R12, t94
- 122: GETL R1, t96
- 123: ADDL $0x1C4, t96
- 124: STL t94, (t96)
- 125: INCEIPL $4
-
- 0xFE87C6C: 82E40000 lwz r23,0(r4)
- 126: GETL R4, t98
- 127: LDL (t98), t100
- 128: PUTL t100, R23
- 129: INCEIPL $4
-
- 0xFE87C70: 4806F9B1 bl 0xFEF7620
- 130: MOVL $0xFE87C74, t102
- 131: PUTL t102, LR
- 132: JMPo-c $0xFEF7620 ($4)
-
-
-
-. 1653 FE87BFC 120
-. 93 C1 02 08 7F C8 02 A6 7D 80 00 26 91 E1 01 CC 91 C1 01 C8 7C 6E 1B 78 81 FE 01 28 38 60 00 1E 93 E1 02 0C 7C 3F 0B 78 90 01 02 14 92 41 01 D8 7C 92 23 78 92 61 01 DC 3A 60 FF FF 92 81 01 E0 92 E1 01 EC 93 81 02 00 92 01 01 D0 92 21 01 D4 92 A1 01 E4 92 C1 01 E8 93 01 01 F0 93 21 01 F4 93 41 01 F8 93 61 01 FC 93 A1 02 04 91 81 01 C4 82 E4 00 00 48 06 F9 B1
-==== BB 1654 sysconf(0xFEF7620) approx BBs exec'd 0 ====
-
- 0xFEF7620: 2F830022 cmpi cr7,r3,34
- 0: GETL R3, t0
- 1: MOVL $0x22, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFEF7624: 7C0802A6 mflr r0
- 5: GETL LR, t6
- 6: PUTL t6, R0
- 7: INCEIPL $4
-
- 0xFEF7628: 9421FDD0 stwu r1,-560(r1)
- 8: GETL R1, t8
- 9: GETL R1, t10
- 10: ADDL $0xFFFFFDD0, t10
- 11: PUTL t10, R1
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0xFEF762C: 480B0825 bl 0xFFA7E50
- 14: MOVL $0xFEF7630, t12
- 15: PUTL t12, LR
- 16: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 1654 FEF7620 16
-. 2F 83 00 22 7C 08 02 A6 94 21 FD D0 48 0B 08 25
-==== BB 1655 (0xFEF7630) approx BBs exec'd 0 ====
-
- 0xFEF7630: 93410218 stw r26,536(r1)
- 0: GETL R26, t0
- 1: GETL R1, t2
- 2: ADDL $0x218, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFEF7634: 7C7A1B78 or r26,r3,r3
- 5: GETL R3, t4
- 6: PUTL t4, R26
- 7: INCEIPL $4
-
- 0xFEF7638: 93C10228 stw r30,552(r1)
- 8: GETL R30, t6
- 9: GETL R1, t8
- 10: ADDL $0x228, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFEF763C: 7FC802A6 mflr r30
- 13: GETL LR, t10
- 14: PUTL t10, R30
- 15: INCEIPL $4
-
- 0xFEF7640: 93E1022C stw r31,556(r1)
- 16: GETL R31, t12
- 17: GETL R1, t14
- 18: ADDL $0x22C, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0xFEF7644: 7C3F0B78 or r31,r1,r1
- 21: GETL R1, t16
- 22: PUTL t16, R31
- 23: INCEIPL $4
-
- 0xFEF7648: 92C10208 stw r22,520(r1)
- 24: GETL R22, t18
- 25: GETL R1, t20
- 26: ADDL $0x208, t20
- 27: STL t18, (t20)
- 28: INCEIPL $4
-
- 0xFEF764C: 92E1020C stw r23,524(r1)
- 29: GETL R23, t22
- 30: GETL R1, t24
- 31: ADDL $0x20C, t24
- 32: STL t22, (t24)
- 33: INCEIPL $4
-
- 0xFEF7650: 93010210 stw r24,528(r1)
- 34: GETL R24, t26
- 35: GETL R1, t28
- 36: ADDL $0x210, t28
- 37: STL t26, (t28)
- 38: INCEIPL $4
-
- 0xFEF7654: 93210214 stw r25,532(r1)
- 39: GETL R25, t30
- 40: GETL R1, t32
- 41: ADDL $0x214, t32
- 42: STL t30, (t32)
- 43: INCEIPL $4
-
- 0xFEF7658: 9361021C stw r27,540(r1)
- 44: GETL R27, t34
- 45: GETL R1, t36
- 46: ADDL $0x21C, t36
- 47: STL t34, (t36)
- 48: INCEIPL $4
-
- 0xFEF765C: 93810220 stw r28,544(r1)
- 49: GETL R28, t38
- 50: GETL R1, t40
- 51: ADDL $0x220, t40
- 52: STL t38, (t40)
- 53: INCEIPL $4
-
- 0xFEF7660: 93A10224 stw r29,548(r1)
- 54: GETL R29, t42
- 55: GETL R1, t44
- 56: ADDL $0x224, t44
- 57: STL t42, (t44)
- 58: INCEIPL $4
-
- 0xFEF7664: 90010234 stw r0,564(r1)
- 59: GETL R0, t46
- 60: GETL R1, t48
- 61: ADDL $0x234, t48
- 62: STL t46, (t48)
- 63: INCEIPL $4
-
- 0xFEF7668: 419E0090 bc 12,30,0xFEF76F8
- 64: Js30o $0xFEF76F8
-
-
-
-. 1655 FEF7630 60
-. 93 41 02 18 7C 7A 1B 78 93 C1 02 28 7F C8 02 A6 93 E1 02 2C 7C 3F 0B 78 92 C1 02 08 92 E1 02 0C 93 01 02 10 93 21 02 14 93 61 02 1C 93 81 02 20 93 A1 02 24 90 01 02 34 41 9E 00 90
-==== BB 1656 (0xFEF766C) approx BBs exec'd 0 ====
-
- 0xFEF766C: 409D002C bc 4,29,0xFEF7698
- 0: Jc29o $0xFEF7698
-
-
-
-. 1656 FEF766C 4
-. 40 9D 00 2C
-==== BB 1657 (0xFEF7698) approx BBs exec'd 0 ====
-
- 0xFEF7698: 2F830003 cmpi cr7,r3,3
- 0: GETL R3, t0
- 1: MOVL $0x3, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFEF769C: 409EFFDC bc 4,30,0xFEF7678
- 5: Jc30o $0xFEF7678
-
-
-
-. 1657 FEF7698 8
-. 2F 83 00 03 40 9E FF DC
-==== BB 1658 (0xFEF7678) approx BBs exec'd 0 ====
-
- 0xFEF7678: 281A00EC cmpli cr0,r26,236
- 0: GETL R26, t0
- 1: MOVL $0xEC, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0xFEF767C: 4181002C bc 12,1,0xFEF76A8
- 5: Js01o $0xFEF76A8
-
-
-
-. 1658 FEF7678 8
-. 28 1A 00 EC 41 81 00 2C
-==== BB 1659 (0xFEF7680) approx BBs exec'd 0 ====
-
- 0xFEF7680: 817E0AB0 lwz r11,2736(r30)
- 0: GETL R30, t0
- 1: ADDL $0xAB0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0xFEF7684: 5757103A rlwinm r23,r26,2,0,29
- 5: GETL R26, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R23
- 8: INCEIPL $4
-
- 0xFEF7688: 7ED7582E lwzx r22,r23,r11
- 9: GETL R11, t6
- 10: GETL R23, t8
- 11: ADDL t8, t6
- 12: LDL (t6), t10
- 13: PUTL t10, R22
- 14: INCEIPL $4
-
- 0xFEF768C: 7D965A14 add r12,r22,r11
- 15: GETL R22, t12
- 16: GETL R11, t14
- 17: ADDL t12, t14
- 18: PUTL t14, R12
- 19: INCEIPL $4
-
- 0xFEF7690: 7D8903A6 mtctr r12
- 20: GETL R12, t16
- 21: PUTL t16, CTR
- 22: INCEIPL $4
-
- 0xFEF7694: 4E800420 bctr
- 23: GETL CTR, t18
- 24: JMPo t18 ($4)
-
-
-
-. 1659 FEF7680 24
-. 81 7E 0A B0 57 57 10 3A 7E D7 58 2E 7D 96 5A 14 7D 89 03 A6 4E 80 04 20
-==== BB 1660 (0xFEF7954) approx BBs exec'd 0 ====
-
- 0xFEF7954: 48031FA9 bl 0xFF298FC
- 0: MOVL $0xFEF7958, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0xFF298FC ($4)
-
-
-
-. 1660 FEF7954 4
-. 48 03 1F A9
-==== BB 1661 getpagesize(0xFF298FC) approx BBs exec'd 0 ====
-
- 0xFF298FC: 7D8802A6 mflr r12
- 0: GETL LR, t0
- 1: PUTL t0, R12
- 2: INCEIPL $4
-
- 0xFF29900: 9421FFF0 stwu r1,-16(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFF0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFF29904: 4807E54D bl 0xFFA7E50
- 9: MOVL $0xFF29908, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 1661 FF298FC 12
-. 7D 88 02 A6 94 21 FF F0 48 07 E5 4D
-==== BB 1662 (0xFF29908) approx BBs exec'd 0 ====
-
- 0xFF29908: 93C10008 stw r30,8(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFF2990C: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFF29910: 7D8803A6 mtlr r12
- 8: GETL R12, t6
- 9: PUTL t6, LR
- 10: INCEIPL $4
-
- 0xFF29914: 813E1BC8 lwz r9,7112(r30)
- 11: GETL R30, t8
- 12: ADDL $0x1BC8, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R9
- 15: INCEIPL $4
-
- 0xFF29918: 80090004 lwz r0,4(r9)
- 16: GETL R9, t12
- 17: ADDL $0x4, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R0
- 20: INCEIPL $4
-
- 0xFF2991C: 2F800000 cmpi cr7,r0,0
- 21: GETL R0, t16
- 22: CMP0L t16, t18 (-rSo)
- 23: ICRFL t18, $0x7, CR
- 24: INCEIPL $4
-
- 0xFF29920: 419E0014 bc 12,30,0xFF29934
- 25: Js30o $0xFF29934
-
-
-
-. 1662 FF29908 28
-. 93 C1 00 08 7F C8 02 A6 7D 88 03 A6 81 3E 1B C8 80 09 00 04 2F 80 00 00 41 9E 00 14
-==== BB 1663 (0xFF29924) approx BBs exec'd 0 ====
-
- 0xFF29924: 7C030378 or r3,r0,r0
- 0: GETL R0, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFF29928: 83C10008 lwz r30,8(r1)
- 3: GETL R1, t2
- 4: ADDL $0x8, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFF2992C: 38210010 addi r1,r1,16
- 8: GETL R1, t6
- 9: ADDL $0x10, t6
- 10: PUTL t6, R1
- 11: INCEIPL $4
-
- 0xFF29930: 4E800020 blr
- 12: GETL LR, t8
- 13: JMPo-r t8 ($4)
-
-
-
-. 1663 FF29924 16
-. 7C 03 03 78 83 C1 00 08 38 21 00 10 4E 80 00 20
-==== BB 1664 (0xFEF7958) approx BBs exec'd 0 ====
-
- 0xFEF7958: 4BFFFD64 b 0xFEF76BC
- 0: JMPo $0xFEF76BC ($4)
-
-
-
-. 1664 FEF7958 4
-. 4B FF FD 64
-==== BB 1665 (0xFEF76BC) approx BBs exec'd 0 ====
-
- 0xFEF76BC: 80A10000 lwz r5,0(r1)
- 0: GETL R1, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R5
- 3: INCEIPL $4
-
- 0xFEF76C0: 83A50004 lwz r29,4(r5)
- 4: GETL R5, t4
- 5: ADDL $0x4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R29
- 8: INCEIPL $4
-
- 0xFEF76C4: 82C5FFD8 lwz r22,-40(r5)
- 9: GETL R5, t8
- 10: ADDL $0xFFFFFFD8, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R22
- 13: INCEIPL $4
-
- 0xFEF76C8: 7FA803A6 mtlr r29
- 14: GETL R29, t12
- 15: PUTL t12, LR
- 16: INCEIPL $4
-
- 0xFEF76CC: 82E5FFDC lwz r23,-36(r5)
- 17: GETL R5, t14
- 18: ADDL $0xFFFFFFDC, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R23
- 21: INCEIPL $4
-
- 0xFEF76D0: 8305FFE0 lwz r24,-32(r5)
- 22: GETL R5, t18
- 23: ADDL $0xFFFFFFE0, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R24
- 26: INCEIPL $4
-
- 0xFEF76D4: 8325FFE4 lwz r25,-28(r5)
- 27: GETL R5, t22
- 28: ADDL $0xFFFFFFE4, t22
- 29: LDL (t22), t24
- 30: PUTL t24, R25
- 31: INCEIPL $4
-
- 0xFEF76D8: 8345FFE8 lwz r26,-24(r5)
- 32: GETL R5, t26
- 33: ADDL $0xFFFFFFE8, t26
- 34: LDL (t26), t28
- 35: PUTL t28, R26
- 36: INCEIPL $4
-
- 0xFEF76DC: 8365FFEC lwz r27,-20(r5)
- 37: GETL R5, t30
- 38: ADDL $0xFFFFFFEC, t30
- 39: LDL (t30), t32
- 40: PUTL t32, R27
- 41: INCEIPL $4
-
- 0xFEF76E0: 8385FFF0 lwz r28,-16(r5)
- 42: GETL R5, t34
- 43: ADDL $0xFFFFFFF0, t34
- 44: LDL (t34), t36
- 45: PUTL t36, R28
- 46: INCEIPL $4
-
- 0xFEF76E4: 83A5FFF4 lwz r29,-12(r5)
- 47: GETL R5, t38
- 48: ADDL $0xFFFFFFF4, t38
- 49: LDL (t38), t40
- 50: PUTL t40, R29
- 51: INCEIPL $4
-
- 0xFEF76E8: 83C5FFF8 lwz r30,-8(r5)
- 52: GETL R5, t42
- 53: ADDL $0xFFFFFFF8, t42
- 54: LDL (t42), t44
- 55: PUTL t44, R30
- 56: INCEIPL $4
-
- 0xFEF76EC: 83E5FFFC lwz r31,-4(r5)
- 57: GETL R5, t46
- 58: ADDL $0xFFFFFFFC, t46
- 59: LDL (t46), t48
- 60: PUTL t48, R31
- 61: INCEIPL $4
-
- 0xFEF76F0: 7CA12B78 or r1,r5,r5
- 62: GETL R5, t50
- 63: PUTL t50, R1
- 64: INCEIPL $4
-
- 0xFEF76F4: 4E800020 blr
- 65: GETL LR, t52
- 66: JMPo-r t52 ($4)
-
-
-
-. 1665 FEF76BC 60
-. 80 A1 00 00 83 A5 00 04 82 C5 FF D8 7F A8 03 A6 82 E5 FF DC 83 05 FF E0 83 25 FF E4 83 45 FF E8 83 65 FF EC 83 85 FF F0 83 A5 FF F4 83 C5 FF F8 83 E5 FF FC 7C A1 2B 78 4E 80 00 20
-==== BB 1666 (0xFE87C74) approx BBs exec'd 0 ====
-
- 0xFE87C74: 838F0000 lwz r28,0(r15)
- 0: GETL R15, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R28
- 3: INCEIPL $4
-
- 0xFE87C78: 7C741B78 or r20,r3,r3
- 4: GETL R3, t4
- 5: PUTL t4, R20
- 6: INCEIPL $4
-
- 0xFE87C7C: 2F9C0000 cmpi cr7,r28,0
- 7: GETL R28, t6
- 8: CMP0L t6, t8 (-rSo)
- 9: ICRFL t8, $0x7, CR
- 10: INCEIPL $4
-
- 0xFE87C80: 419E0034 bc 12,30,0xFE87CB4
- 11: Js30o $0xFE87CB4
-
-
-
-. 1666 FE87C74 16
-. 83 8F 00 00 7C 74 1B 78 2F 9C 00 00 41 9E 00 34
-==== BB 1667 (0xFE87CB4) approx BBs exec'd 0 ====
-
- 0xFE87CB4: 7EE3BB78 or r3,r23,r23
- 0: GETL R23, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE87CB8: 3880002E li r4,46
- 3: MOVL $0x2E, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0xFE87CBC: 4804E611 bl 0xFED62CC
- 6: MOVL $0xFE87CC0, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0xFED62CC ($4)
-
-
-
-. 1667 FE87CB4 12
-. 7E E3 BB 78 38 80 00 2E 48 04 E6 11
-==== BB 1668 (0xFED6380) approx BBs exec'd 0 ====
-
- 0xFED6380: 7CE06038 and r0,r7,r12
- 0: GETL R7, t0
- 1: GETL R12, t2
- 2: ANDL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFED6384: 7CEA6378 or r10,r7,r12
- 5: GETL R7, t4
- 6: GETL R12, t6
- 7: ORL t6, t4
- 8: PUTL t4, R10
- 9: INCEIPL $4
-
- 0xFED6388: 7C003A14 add r0,r0,r7
- 10: GETL R0, t8
- 11: GETL R7, t10
- 12: ADDL t8, t10
- 13: PUTL t10, R0
- 14: INCEIPL $4
-
- 0xFED638C: 7D4900F8 nor r9,r10,r0
- 15: GETL R10, t12
- 16: GETL R0, t14
- 17: ORL t14, t12
- 18: NOTL t12
- 19: PUTL t12, R9
- 20: INCEIPL $4
-
- 0xFED6390: 7D240034 cntlzw r4,r9
- 21: GETL R9, t16
- 22: CNTLZL t16
- 23: PUTL t16, R4
- 24: INCEIPL $4
-
- 0xFED6394: 3908FFFC addi r8,r8,-4
- 25: GETL R8, t18
- 26: ADDL $0xFFFFFFFC, t18
- 27: PUTL t18, R8
- 28: INCEIPL $4
-
- 0xFED6398: 5484E8FE rlwinm r4,r4,29,3,31
- 29: GETL R4, t20
- 30: SHRL $0x3, t20
- 31: PUTL t20, R4
- 32: INCEIPL $4
-
- 0xFED639C: 7C682214 add r3,r8,r4
- 33: GETL R8, t22
- 34: GETL R4, t24
- 35: ADDL t22, t24
- 36: PUTL t24, R3
- 37: INCEIPL $4
-
- 0xFED63A0: 4E800020 blr
- 38: GETL LR, t26
- 39: JMPo-r t26 ($4)
-
-
-
-. 1668 FED6380 36
-. 7C E0 60 38 7C EA 63 78 7C 00 3A 14 7D 49 00 F8 7D 24 00 34 39 08 FF FC 54 84 E8 FE 7C 68 22 14 4E 80 00 20
-==== BB 1669 (0xFE87CC0) approx BBs exec'd 0 ====
-
- 0xFE87CC0: 2F030000 cmpi cr6,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0xFE87CC4: 419A0018 bc 12,26,0xFE87CDC
- 4: Js26o $0xFE87CDC
-
-
-
-. 1669 FE87CC0 8
-. 2F 03 00 00 41 9A 00 18
-==== BB 1670 (0xFE87CC8) approx BBs exec'd 0 ====
-
- 0xFE87CC8: 88030001 lbz r0,1(r3)
- 0: GETL R3, t0
- 1: ADDL $0x1, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFE87CCC: 2F800040 cmpi cr7,r0,64
- 5: GETL R0, t4
- 6: MOVL $0x40, t8
- 7: CMPL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x7, CR
- 9: INCEIPL $4
-
- 0xFE87CD0: 419E000C bc 12,30,0xFE87CDC
- 10: Js30o $0xFE87CDC
-
-
-
-. 1670 FE87CC8 12
-. 88 03 00 01 2F 80 00 40 41 9E 00 0C
-==== BB 1671 (0xFE87CD4) approx BBs exec'd 0 ====
-
- 0xFE87CD4: 2C000000 cmpi cr0,r0,0
- 0: GETL R0, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0xFE87CD8: 40820584 bc 4,2,0xFE8825C
- 4: Jc02o $0xFE8825C
-
-
-
-. 1671 FE87CD4 8
-. 2C 00 00 00 40 82 05 84
-==== BB 1672 (0xFE8825C) approx BBs exec'd 0 ====
-
- 0xFE8825C: 3B630001 addi r27,r3,1
- 0: GETL R3, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R27
- 3: INCEIPL $4
-
- 0xFE88260: 38800040 li r4,64
- 4: MOVL $0x40, t2
- 5: PUTL t2, R4
- 6: INCEIPL $4
-
- 0xFE88264: 7F63DB78 or r3,r27,r27
- 7: GETL R27, t4
- 8: PUTL t4, R3
- 9: INCEIPL $4
-
- 0xFE88268: 48050F81 bl 0xFED91E8
- 10: MOVL $0xFE8826C, t6
- 11: PUTL t6, LR
- 12: JMPo-c $0xFED91E8 ($4)
-
-
-
-. 1672 FE8825C 16
-. 3B 63 00 01 38 80 00 40 7F 63 DB 78 48 05 0F 81
-==== BB 1673 strchrnul(0xFED91E8) approx BBs exec'd 0 ====
-
- 0xFED91E8: 546007BE rlwinm r0,r3,0,30,31
- 0: GETL R3, t0
- 1: ANDL $0x3, t0
- 2: PUTL t0, R0
- 3: INCEIPL $4
-
- 0xFED91EC: 9421FFE0 stwu r1,-32(r1)
- 4: GETL R1, t2
- 5: GETL R1, t4
- 6: ADDL $0xFFFFFFE0, t4
- 7: PUTL t4, R1
- 8: STL t2, (t4)
- 9: INCEIPL $4
-
- 0xFED91F0: 2F800000 cmpi cr7,r0,0
- 10: GETL R0, t6
- 11: CMP0L t6, t8 (-rSo)
- 12: ICRFL t8, $0x7, CR
- 13: INCEIPL $4
-
- 0xFED91F4: 5484063E rlwinm r4,r4,0,24,31
- 14: GETL R4, t10
- 15: ANDL $0xFF, t10
- 16: PUTL t10, R4
- 17: INCEIPL $4
-
- 0xFED91F8: 419E0024 bc 12,30,0xFED921C
- 18: Js30o $0xFED921C
-
-
-
-. 1673 FED91E8 20
-. 54 60 07 BE 94 21 FF E0 2F 80 00 00 54 84 06 3E 41 9E 00 24
-==== BB 1674 (0xFED91FC) approx BBs exec'd 0 ====
-
- 0xFED91FC: 88A30000 lbz r5,0(r3)
- 0: GETL R3, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R5
- 3: INCEIPL $4
-
- 0xFED9200: 7C052000 cmp cr0,r5,r4
- 4: GETL R5, t4
- 5: GETL R4, t6
- 6: CMPL t4, t6, t8 (-rSo)
- 7: ICRFL t8, $0x0, CR
- 8: INCEIPL $4
-
- 0xFED9204: 2F050000 cmpi cr6,r5,0
- 9: GETL R5, t10
- 10: CMP0L t10, t12 (-rSo)
- 11: ICRFL t12, $0x6, CR
- 12: INCEIPL $4
-
- 0xFED9208: 418200DC bc 12,2,0xFED92E4
- 13: Js02o $0xFED92E4
-
-
-
-. 1674 FED91FC 16
-. 88 A3 00 00 7C 05 20 00 2F 05 00 00 41 82 00 DC
-==== BB 1675 (0xFED920C) approx BBs exec'd 0 ====
-
- 0xFED920C: 419A00D8 bc 12,26,0xFED92E4
- 0: Js26o $0xFED92E4
-
-
-
-. 1675 FED920C 4
-. 41 9A 00 D8
-==== BB 1676 (0xFED9210) approx BBs exec'd 0 ====
-
- 0xFED9210: 38630001 addi r3,r3,1
- 0: GETL R3, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0xFED9214: 70600003 andi. r0,r3,0x3
- 4: GETL R3, t2
- 5: ANDL $0x3, t2
- 6: PUTL t2, R0
- 7: CMP0L t2, t4 (-rSo)
- 8: ICRFL t4, $0x0, CR
- 9: INCEIPL $4
-
- 0xFED9218: 4082FFE4 bc 4,2,0xFED91FC
- 10: Jc02o $0xFED91FC
-
-
-
-. 1676 FED9210 12
-. 38 63 00 01 70 60 00 03 40 82 FF E4
-==== BB 1677 (0xFED921C) approx BBs exec'd 0 ====
-
- 0xFED921C: 548A402E rlwinm r10,r4,8,0,23
- 0: GETL R4, t0
- 1: SHLL $0x8, t0
- 2: PUTL t0, R10
- 3: INCEIPL $4
-
- 0xFED9220: 3CE07EFE lis r7,32510
- 4: MOVL $0x7EFE0000, t2
- 5: PUTL t2, R7
- 6: INCEIPL $4
-
- 0xFED9224: 7C865378 or r6,r4,r10
- 7: GETL R4, t4
- 8: GETL R10, t6
- 9: ORL t6, t4
- 10: PUTL t4, R6
- 11: INCEIPL $4
-
- 0xFED9228: 3D008101 lis r8,-32511
- 12: MOVL $0x81010000, t8
- 13: PUTL t8, R8
- 14: INCEIPL $4
-
- 0xFED922C: 54C9801E rlwinm r9,r6,16,0,15
- 15: GETL R6, t10
- 16: SHLL $0x10, t10
- 17: PUTL t10, R9
- 18: INCEIPL $4
-
- 0xFED9230: 60E7FEFF ori r7,r7,0xFEFF
- 19: MOVL $0x7EFEFEFF, t12
- 20: PUTL t12, R7
- 21: INCEIPL $4
-
- 0xFED9234: 7CC54B78 or r5,r6,r9
- 22: GETL R6, t14
- 23: GETL R9, t16
- 24: ORL t16, t14
- 25: PUTL t14, R5
- 26: INCEIPL $4
-
- 0xFED9238: 61080100 ori r8,r8,0x100
- 27: MOVL $0x81010100, t18
- 28: PUTL t18, R8
- 29: INCEIPL $4
-
- 0xFED923C: 80C30000 lwz r6,0(r3)
- 30: GETL R3, t20
- 31: LDL (t20), t22
- 32: PUTL t22, R6
- 33: INCEIPL $4
-
- 0xFED9240: 38630004 addi r3,r3,4
- 34: GETL R3, t24
- 35: ADDL $0x4, t24
- 36: PUTL t24, R3
- 37: INCEIPL $4
-
- 0xFED9244: 7CCC2A78 xor r12,r6,r5
- 38: GETL R6, t26
- 39: GETL R5, t28
- 40: XORL t26, t28
- 41: PUTL t28, R12
- 42: INCEIPL $4
-
- 0xFED9248: 7D463A14 add r10,r6,r7
- 43: GETL R6, t30
- 44: GETL R7, t32
- 45: ADDL t30, t32
- 46: PUTL t32, R10
- 47: INCEIPL $4
-
- 0xFED924C: 7C0C3A14 add r0,r12,r7
- 48: GETL R12, t34
- 49: GETL R7, t36
- 50: ADDL t34, t36
- 51: PUTL t36, R0
- 52: INCEIPL $4
-
- 0xFED9250: 7CC95278 xor r9,r6,r10
- 53: GETL R6, t38
- 54: GETL R10, t40
- 55: XORL t38, t40
- 56: PUTL t40, R9
- 57: INCEIPL $4
-
- 0xFED9254: 7D8B0278 xor r11,r12,r0
- 58: GETL R12, t42
- 59: GETL R0, t44
- 60: XORL t42, t44
- 61: PUTL t44, R11
- 62: INCEIPL $4
-
- 0xFED9258: 7D004879 andc. r0,r8,r9
- 63: GETL R8, t46
- 64: GETL R9, t48
- 65: NOTL t48
- 66: ANDL t46, t48
- 67: PUTL t48, R0
- 68: CMP0L t48, t50 (-rSo)
- 69: ICRFL t50, $0x0, CR
- 70: INCEIPL $4
-
- 0xFED925C: 3923FFFC addi r9,r3,-4
- 71: GETL R3, t52
- 72: ADDL $0xFFFFFFFC, t52
- 73: PUTL t52, R9
- 74: INCEIPL $4
-
- 0xFED9260: 7C000026 mfcr r0
- 75: GETL CR, t54
- 76: PUTL t54, R0
- 77: INCEIPL $4
-
- 0xFED9264: 9001000C stw r0,12(r1)
- 78: GETL R0, t56
- 79: GETL R1, t58
- 80: ADDL $0xC, t58
- 81: STL t56, (t58)
- 82: INCEIPL $4
-
- 0xFED9268: 7D005879 andc. r0,r8,r11
- 83: GETL R8, t60
- 84: GETL R11, t62
- 85: NOTL t62
- 86: ANDL t60, t62
- 87: PUTL t62, R0
- 88: CMP0L t62, t64 (-rSo)
- 89: ICRFL t64, $0x0, CR
- 90: INCEIPL $4
-
- 0xFED926C: 8181000C lwz r12,12(r1)
- 91: GETL R1, t66
- 92: ADDL $0xC, t66
- 93: LDL (t66), t68
- 94: PUTL t68, R12
- 95: INCEIPL $4
-
- 0xFED9270: 3963FFFD addi r11,r3,-3
- 96: GETL R3, t70
- 97: ADDL $0xFFFFFFFD, t70
- 98: PUTL t70, R11
- 99: INCEIPL $4
-
- 0xFED9274: 558CE03E rlwinm r12,r12,28,0,31
- 100: GETL R12, t72
- 101: ROLL $0x1C, t72
- 102: PUTL t72, R12
- 103: INCEIPL $4
-
- 0xFED9278: 7D840120 mtcrf 0x40,r12
- 104: GETL R12, t74
- 105: ICRFL t74, $0x1, CR
- 106: INCEIPL $4
-
- 0xFED927C: 558C203E rlwinm r12,r12,4,0,31
- 107: GETL R12, t76
- 108: ROLL $0x4, t76
- 109: PUTL t76, R12
- 110: INCEIPL $4
-
- 0xFED9280: 40860008 bc 4,6,0xFED9288
- 111: Jc06o $0xFED9288
-
-
-
-. 1677 FED921C 104
-. 54 8A 40 2E 3C E0 7E FE 7C 86 53 78 3D 00 81 01 54 C9 80 1E 60 E7 FE FF 7C C5 4B 78 61 08 01 00 80 C3 00 00 38 63 00 04 7C CC 2A 78 7D 46 3A 14 7C 0C 3A 14 7C C9 52 78 7D 8B 02 78 7D 00 48 79 39 23 FF FC 7C 00 00 26 90 01 00 0C 7D 00 58 79 81 81 00 0C 39 63 FF FD 55 8C E0 3E 7D 84 01 20 55 8C 20 3E 40 86 00 08
-==== BB 1678 (0xFED9288) approx BBs exec'd 0 ====
-
- 0xFED9288: 88C3FFFC lbz r6,-4(r3)
- 0: GETL R3, t0
- 1: ADDL $0xFFFFFFFC, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0xFED928C: 3943FFFE addi r10,r3,-2
- 5: GETL R3, t4
- 6: ADDL $0xFFFFFFFE, t4
- 7: PUTL t4, R10
- 8: INCEIPL $4
-
- 0xFED9290: 7F862000 cmp cr7,r6,r4
- 9: GETL R6, t6
- 10: GETL R4, t8
- 11: CMPL t6, t8, t10 (-rSo)
- 12: ICRFL t10, $0x7, CR
- 13: INCEIPL $4
-
- 0xFED9294: 2F060000 cmpi cr6,r6,0
- 14: GETL R6, t12
- 15: CMP0L t12, t14 (-rSo)
- 16: ICRFL t14, $0x6, CR
- 17: INCEIPL $4
-
- 0xFED9298: 38C3FFFF addi r6,r3,-1
- 18: GETL R3, t16
- 19: ADDL $0xFFFFFFFF, t16
- 20: PUTL t16, R6
- 21: INCEIPL $4
-
- 0xFED929C: 419E0050 bc 12,30,0xFED92EC
- 22: Js30o $0xFED92EC
-
-
-
-. 1678 FED9288 24
-. 88 C3 FF FC 39 43 FF FE 7F 86 20 00 2F 06 00 00 38 C3 FF FF 41 9E 00 50
-==== BB 1679 (0xFED92A0) approx BBs exec'd 0 ====
-
- 0xFED92A0: 419A004C bc 12,26,0xFED92EC
- 0: Js26o $0xFED92EC
-
-
-
-. 1679 FED92A0 4
-. 41 9A 00 4C
-==== BB 1680 (0xFED92A4) approx BBs exec'd 0 ====
-
- 0xFED92A4: 8923FFFD lbz r9,-3(r3)
- 0: GETL R3, t0
- 1: ADDL $0xFFFFFFFD, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFED92A8: 7C892000 cmp cr1,r9,r4
- 5: GETL R9, t4
- 6: GETL R4, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x1, CR
- 9: INCEIPL $4
-
- 0xFED92AC: 2F090000 cmpi cr6,r9,0
- 10: GETL R9, t10
- 11: CMP0L t10, t12 (-rSo)
- 12: ICRFL t12, $0x6, CR
- 13: INCEIPL $4
-
- 0xFED92B0: 41860048 bc 12,6,0xFED92F8
- 14: Js06o $0xFED92F8
-
-
-
-. 1680 FED92A4 16
-. 89 23 FF FD 7C 89 20 00 2F 09 00 00 41 86 00 48
-==== BB 1681 (0xFED92B4) approx BBs exec'd 0 ====
-
- 0xFED92B4: 419A0044 bc 12,26,0xFED92F8
- 0: Js26o $0xFED92F8
-
-
-
-. 1681 FED92B4 4
-. 41 9A 00 44
-==== BB 1682 (0xFED92B8) approx BBs exec'd 0 ====
-
- 0xFED92B8: 8963FFFE lbz r11,-2(r3)
- 0: GETL R3, t0
- 1: ADDL $0xFFFFFFFE, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0xFED92BC: 7C0B2000 cmp cr0,r11,r4
- 5: GETL R11, t4
- 6: GETL R4, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x0, CR
- 9: INCEIPL $4
-
- 0xFED92C0: 2F0B0000 cmpi cr6,r11,0
- 10: GETL R11, t10
- 11: CMP0L t10, t12 (-rSo)
- 12: ICRFL t12, $0x6, CR
- 13: INCEIPL $4
-
- 0xFED92C4: 41820040 bc 12,2,0xFED9304
- 14: Js02o $0xFED9304
-
-
-
-. 1682 FED92B8 16
-. 89 63 FF FE 7C 0B 20 00 2F 0B 00 00 41 82 00 40
-==== BB 1683 (0xFED92C8) approx BBs exec'd 0 ====
-
- 0xFED92C8: 419A003C bc 12,26,0xFED9304
- 0: Js26o $0xFED9304
-
-
-
-. 1683 FED92C8 4
-. 41 9A 00 3C
-==== BB 1684 (0xFED9304) approx BBs exec'd 0 ====
-
- 0xFED9304: 7D435378 or r3,r10,r10
- 0: GETL R10, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFED9308: 38210020 addi r1,r1,32
- 3: GETL R1, t2
- 4: ADDL $0x20, t2
- 5: PUTL t2, R1
- 6: INCEIPL $4
-
- 0xFED930C: 4E800020 blr
- 7: GETL LR, t4
- 8: JMPo-r t4 ($4)
-
-
-
-. 1684 FED9304 12
-. 7D 43 53 78 38 21 00 20 4E 80 00 20
-==== BB 1685 (0xFE8826C) approx BBs exec'd 0 ====
-
- 0xFE8826C: 7FBB1850 subf r29,r27,r3
- 0: GETL R27, t0
- 1: GETL R3, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0xFE88270: 7C791B78 or r25,r3,r3
- 5: GETL R3, t4
- 6: PUTL t4, R25
- 7: INCEIPL $4
-
- 0xFE88274: 7FA4EB78 or r4,r29,r29
- 8: GETL R29, t6
- 9: PUTL t6, R4
- 10: INCEIPL $4
-
- 0xFE88278: 7F63DB78 or r3,r27,r27
- 11: GETL R27, t8
- 12: PUTL t8, R3
- 13: INCEIPL $4
-
- 0xFE8827C: 48005B29 bl 0xFE8DDA4
- 14: MOVL $0xFE88280, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0xFE8DDA4 ($4)
-
-
-
-. 1685 FE8826C 20
-. 7F BB 18 50 7C 79 1B 78 7F A4 EB 78 7F 63 DB 78 48 00 5B 29
-==== BB 1686 _nl_normalize_codeset(0xFE8DDA4) approx BBs exec'd 0 ====
-
- 0xFE8DDA4: 38A00000 li r5,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0xFE8DDA8: 7D800026 mfcr r12
- 3: GETL CR, t2
- 4: PUTL t2, R12
- 5: INCEIPL $4
-
- 0xFE8DDAC: 7F852040 cmpl cr7,r5,r4
- 6: GETL R5, t4
- 7: GETL R4, t6
- 8: CMPUL t4, t6, t8 (-rSo)
- 9: ICRFL t8, $0x7, CR
- 10: INCEIPL $4
-
- 0xFE8DDB0: 7C0802A6 mflr r0
- 11: GETL LR, t10
- 12: PUTL t10, R0
- 13: INCEIPL $4
-
- 0xFE8DDB4: 9421FFE0 stwu r1,-32(r1)
- 14: GETL R1, t12
- 15: GETL R1, t14
- 16: ADDL $0xFFFFFFE0, t14
- 17: PUTL t14, R1
- 18: STL t12, (t14)
- 19: INCEIPL $4
-
- 0xFE8DDB8: 4811A099 bl 0xFFA7E50
- 20: MOVL $0xFE8DDBC, t16
- 21: PUTL t16, LR
- 22: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 1686 FE8DDA4 24
-. 38 A0 00 00 7D 80 00 26 7F 85 20 40 7C 08 02 A6 94 21 FF E0 48 11 A0 99
-==== BB 1687 (0xFE8DDBC) approx BBs exec'd 0 ====
-
- 0xFE8DDBC: 93A10014 stw r29,20(r1)
- 0: GETL R29, t0
- 1: GETL R1, t2
- 2: ADDL $0x14, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFE8DDC0: 38C00001 li r6,1
- 5: MOVL $0x1, t4
- 6: PUTL t4, R6
- 7: INCEIPL $4
-
- 0xFE8DDC4: 93C10018 stw r30,24(r1)
- 8: GETL R30, t6
- 9: GETL R1, t8
- 10: ADDL $0x18, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFE8DDC8: 7C9D2378 or r29,r4,r4
- 13: GETL R4, t10
- 14: PUTL t10, R29
- 15: INCEIPL $4
-
- 0xFE8DDCC: 93E1001C stw r31,28(r1)
- 16: GETL R31, t12
- 17: GETL R1, t14
- 18: ADDL $0x1C, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0xFE8DDD0: 7FC802A6 mflr r30
- 21: GETL LR, t16
- 22: PUTL t16, R30
- 23: INCEIPL $4
-
- 0xFE8DDD4: 93810010 stw r28,16(r1)
- 24: GETL R28, t18
- 25: GETL R1, t20
- 26: ADDL $0x10, t20
- 27: STL t18, (t20)
- 28: INCEIPL $4
-
- 0xFE8DDD8: 7C7F1B78 or r31,r3,r3
- 29: GETL R3, t22
- 30: PUTL t22, R31
- 31: INCEIPL $4
-
- 0xFE8DDDC: 90010024 stw r0,36(r1)
- 32: GETL R0, t24
- 33: GETL R1, t26
- 34: ADDL $0x24, t26
- 35: STL t24, (t26)
- 36: INCEIPL $4
-
- 0xFE8DDE0: 38E00000 li r7,0
- 37: MOVL $0x0, t28
- 38: PUTL t28, R7
- 39: INCEIPL $4
-
- 0xFE8DDE4: 9181000C stw r12,12(r1)
- 40: GETL R12, t30
- 41: GETL R1, t32
- 42: ADDL $0xC, t32
- 43: STL t30, (t32)
- 44: INCEIPL $4
-
- 0xFE8DDE8: 409C0180 bc 4,28,0xFE8DF68
- 45: Jc28o $0xFE8DF68
-
-
-
-. 1687 FE8DDBC 48
-. 93 A1 00 14 38 C0 00 01 93 C1 00 18 7C 9D 23 78 93 E1 00 1C 7F C8 02 A6 93 81 00 10 7C 7F 1B 78 90 01 00 24 38 E0 00 00 91 81 00 0C 40 9C 01 80
-==== BB 1688 (0xFE8DDEC) approx BBs exec'd 0 ====
-
- 0xFE8DDEC: 813E1CF8 lwz r9,7416(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1CF8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFE8DDF0: 817E1D50 lwz r11,7504(r30)
- 5: GETL R30, t4
- 6: ADDL $0x1D50, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R11
- 9: INCEIPL $4
-
- 0xFE8DDF4: 7FA903A6 mtctr r29
- 10: GETL R29, t8
- 11: PUTL t8, CTR
- 12: INCEIPL $4
-
- 0xFE8DDF8: 7D091214 add r8,r9,r2
- 13: GETL R9, t10
- 14: GETL R2, t12
- 15: ADDL t10, t12
- 16: PUTL t12, R8
- 17: INCEIPL $4
-
- 0xFE8DDFC: 7C8B1214 add r4,r11,r2
- 18: GETL R11, t14
- 19: GETL R2, t16
- 20: ADDL t14, t16
- 21: PUTL t16, R4
- 22: INCEIPL $4
-
- 0xFE8DE00: 80680000 lwz r3,0(r8)
- 23: GETL R8, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R3
- 26: INCEIPL $4
-
- 0xFE8DE04: 2C030000 cmpi cr0,r3,0
- 27: GETL R3, t22
- 28: CMP0L t22, t24 (-rSo)
- 29: ICRFL t24, $0x0, CR
- 30: INCEIPL $4
-
- 0xFE8DE08: 41820140 bc 12,2,0xFE8DF48
- 31: Js02o $0xFE8DF48
-
-
-
-. 1688 FE8DDEC 32
-. 81 3E 1C F8 81 7E 1D 50 7F A9 03 A6 7D 09 12 14 7C 8B 12 14 80 68 00 00 2C 03 00 00 41 82 01 40
-==== BB 1689 (0xFE8DE0C) approx BBs exec'd 0 ====
-
- 0xFE8DE0C: 7D7F38AE lbzx r11,r31,r7
- 0: GETL R7, t0
- 1: GETL R31, t2
- 2: ADDL t2, t0
- 3: LDB (t0), t4
- 4: PUTL t4, R11
- 5: INCEIPL $4
-
- 0xFE8DE10: 81480000 lwz r10,0(r8)
- 6: GETL R8, t6
- 7: LDL (t6), t8
- 8: PUTL t8, R10
- 9: INCEIPL $4
-
- 0xFE8DE14: 5569083C rlwinm r9,r11,1,0,30
- 10: GETL R11, t10
- 11: SHLL $0x1, t10
- 12: PUTL t10, R9
- 13: INCEIPL $4
-
- 0xFE8DE18: 7C09522E lhzx r0,r9,r10
- 14: GETL R10, t12
- 15: GETL R9, t14
- 16: ADDL t14, t12
- 17: LDW (t12), t16
- 18: PUTL t16, R0
- 19: INCEIPL $4
-
- 0xFE8DE1C: 2F8A0000 cmpi cr7,r10,0
- 20: GETL R10, t18
- 21: CMP0L t18, t20 (-rSo)
- 22: ICRFL t20, $0x7, CR
- 23: INCEIPL $4
-
- 0xFE8DE20: 70090800 andi. r9,r0,0x800
- 24: GETL R0, t22
- 25: ANDL $0x800, t22
- 26: PUTL t22, R9
- 27: CMP0L t22, t24 (-rSo)
- 28: ICRFL t24, $0x0, CR
- 29: INCEIPL $4
-
- 0xFE8DE24: 41820024 bc 12,2,0xFE8DE48
- 30: Js02o $0xFE8DE48
-
-
-
-. 1689 FE8DE0C 28
-. 7D 7F 38 AE 81 48 00 00 55 69 08 3C 7C 09 52 2E 2F 8A 00 00 70 09 08 00 41 82 00 24
-==== BB 1690 (0xFE8DE28) approx BBs exec'd 0 ====
-
- 0xFE8DE28: 38A50001 addi r5,r5,1
- 0: GETL R5, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R5
- 3: INCEIPL $4
-
- 0xFE8DE2C: 419E0144 bc 12,30,0xFE8DF70
- 4: Js30o $0xFE8DF70
-
-
-
-. 1690 FE8DE28 8
-. 38 A5 00 01 41 9E 01 44
-==== BB 1691 (0xFE8DE30) approx BBs exec'd 0 ====
-
- 0xFE8DE30: 5569083C rlwinm r9,r11,1,0,30
- 0: GETL R11, t0
- 1: SHLL $0x1, t0
- 2: PUTL t0, R9
- 3: INCEIPL $4
-
- 0xFE8DE34: 7C09522E lhzx r0,r9,r10
- 4: GETL R10, t2
- 5: GETL R9, t4
- 6: ADDL t4, t2
- 7: LDW (t2), t6
- 8: PUTL t6, R0
- 9: INCEIPL $4
-
- 0xFE8DE38: 540BF7FE rlwinm r11,r0,30,31,31
- 10: GETL R0, t8
- 11: ROLL $0x1E, t8
- 12: ANDL $0x1, t8
- 13: PUTL t8, R11
- 14: INCEIPL $4
-
- 0xFE8DE3C: 318BFFFF addic r12,r11,-1
- 15: GETL R11, t10
- 16: ADCL $0xFFFFFFFF, t10 (-wCa)
- 17: PUTL t10, R12
- 18: INCEIPL $4
-
- 0xFE8DE40: 7D8C6110 subfe r12,r12,r12
- 19: GETL R12, t12
- 20: GETL R12, t14
- 21: SBBL t12, t14 (-rCa-wCa)
- 22: PUTL t14, R12
- 23: INCEIPL $4
-
- 0xFE8DE44: 7CC66038 and r6,r6,r12
- 24: GETL R6, t16
- 25: GETL R12, t18
- 26: ANDL t16, t18
- 27: PUTL t18, R6
- 28: INCEIPL $4
-
- 0xFE8DE48: 38E70001 addi r7,r7,1
- 29: GETL R7, t20
- 30: ADDL $0x1, t20
- 31: PUTL t20, R7
- 32: INCEIPL $4
-
- 0xFE8DE4C: 4200FFB4 bc 16,0,0xFE8DE00
- 33: GETL CTR, t22
- 34: ADDL $0xFFFFFFFF, t22
- 35: PUTL t22, CTR
- 36: JIFZL t22, $0xFE8DE50
- 37: JMPo $0xFE8DE00 ($4)
-
-
-
-. 1691 FE8DE30 32
-. 55 69 08 3C 7C 09 52 2E 54 0B F7 FE 31 8B FF FF 7D 8C 61 10 7C C6 60 38 38 E7 00 01 42 00 FF B4
-==== BB 1692 (0xFE8DE00) approx BBs exec'd 0 ====
-
- 0xFE8DE00: 80680000 lwz r3,0(r8)
- 0: GETL R8, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0xFE8DE04: 2C030000 cmpi cr0,r3,0
- 4: GETL R3, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x0, CR
- 7: INCEIPL $4
-
- 0xFE8DE08: 41820140 bc 12,2,0xFE8DF48
- 8: Js02o $0xFE8DF48
-
-
-
-. 1692 FE8DE00 12
-. 80 68 00 00 2C 03 00 00 41 82 01 40
-==== BB 1693 (0xFE8DE48) approx BBs exec'd 0 ====
-
- 0xFE8DE48: 38E70001 addi r7,r7,1
- 0: GETL R7, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R7
- 3: INCEIPL $4
-
- 0xFE8DE4C: 4200FFB4 bc 16,0,0xFE8DE00
- 4: GETL CTR, t2
- 5: ADDL $0xFFFFFFFF, t2
- 6: PUTL t2, CTR
- 7: JIFZL t2, $0xFE8DE50
- 8: JMPo $0xFE8DE00 ($4)
-
-
-
-. 1693 FE8DE48 8
-. 38 E7 00 01 42 00 FF B4
-==== BB 1694 (0xFE8DE50) approx BBs exec'd 0 ====
-
- 0xFE8DE50: 2E060000 cmpi cr4,r6,0
- 0: GETL R6, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0xFE8DE54: 419200EC bc 12,18,0xFE8DF40
- 4: Js18o $0xFE8DF40
-
-
-
-. 1694 FE8DE50 8
-. 2E 06 00 00 41 92 00 EC
-==== BB 1695 (0xFE8DF40) approx BBs exec'd 0 ====
-
- 0xFE8DF40: 38650001 addi r3,r5,1
- 0: GETL R5, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0xFE8DF44: 4BFFFF18 b 0xFE8DE5C
- 4: JMPo $0xFE8DE5C ($4)
-
-
-
-. 1695 FE8DF40 8
-. 38 65 00 01 4B FF FF 18
-==== BB 1696 (0xFE8DE5C) approx BBs exec'd 0 ====
-
- 0xFE8DE5C: 4811C4AD bl 0xFFAA308
- 0: MOVL $0xFE8DE60, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0xFFAA308 ($4)
-
-
-
-. 1696 FE8DE5C 4
-. 48 11 C4 AD
-==== BB 1697 (0xFFAA308) approx BBs exec'd 0 ====
-
- 0xFFAA308: 4BF275D8 b 0xFED18E0
- 0: JMPo $0xFED18E0 ($4)
-
-
-
-. 1697 FFAA308 4
-. 4B F2 75 D8
-==== BB 1698 malloc(0xFED18E0) approx BBs exec'd 0 ====
-
- 0xFED18E0: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFED18E4: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFED18E8: 480D6569 bl 0xFFA7E50
- 9: MOVL $0xFED18EC, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 1698 FED18E0 12
-. 94 21 FF E0 7C 08 02 A6 48 0D 65 69
-==== BB 1699 (0xFED18EC) approx BBs exec'd 0 ====
-
- 0xFED18EC: 93C10018 stw r30,24(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFED18F0: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFED18F4: 93A10014 stw r29,20(r1)
- 8: GETL R29, t6
- 9: GETL R1, t8
- 10: ADDL $0x14, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFED18F8: 90010024 stw r0,36(r1)
- 13: GETL R0, t10
- 14: GETL R1, t12
- 15: ADDL $0x24, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFED18FC: 7C7D1B78 or r29,r3,r3
- 18: GETL R3, t14
- 19: PUTL t14, R29
- 20: INCEIPL $4
-
- 0xFED1900: 93410008 stw r26,8(r1)
- 21: GETL R26, t16
- 22: GETL R1, t18
- 23: ADDL $0x8, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFED1904: 813E1A7C lwz r9,6780(r30)
- 26: GETL R30, t20
- 27: ADDL $0x1A7C, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R9
- 30: INCEIPL $4
-
- 0xFED1908: 9361000C stw r27,12(r1)
- 31: GETL R27, t24
- 32: GETL R1, t26
- 33: ADDL $0xC, t26
- 34: STL t24, (t26)
- 35: INCEIPL $4
-
- 0xFED190C: 80090000 lwz r0,0(r9)
- 36: GETL R9, t28
- 37: LDL (t28), t30
- 38: PUTL t30, R0
- 39: INCEIPL $4
-
- 0xFED1910: 93810010 stw r28,16(r1)
- 40: GETL R28, t32
- 41: GETL R1, t34
- 42: ADDL $0x10, t34
- 43: STL t32, (t34)
- 44: INCEIPL $4
-
- 0xFED1914: 2F800000 cmpi cr7,r0,0
- 45: GETL R0, t36
- 46: CMP0L t36, t38 (-rSo)
- 47: ICRFL t38, $0x7, CR
- 48: INCEIPL $4
-
- 0xFED1918: 93E1001C stw r31,28(r1)
- 49: GETL R31, t40
- 50: GETL R1, t42
- 51: ADDL $0x1C, t42
- 52: STL t40, (t42)
- 53: INCEIPL $4
-
- 0xFED191C: 419E003C bc 12,30,0xFED1958
- 54: Js30o $0xFED1958
-
-
-
-. 1699 FED18EC 52
-. 93 C1 00 18 7F C8 02 A6 93 A1 00 14 90 01 00 24 7C 7D 1B 78 93 41 00 08 81 3E 1A 7C 93 61 00 0C 80 09 00 00 93 81 00 10 2F 80 00 00 93 E1 00 1C 41 9E 00 3C
-==== BB 1700 (0xFED1920) approx BBs exec'd 0 ====
-
- 0xFED1920: 80A10000 lwz r5,0(r1)
- 0: GETL R1, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R5
- 3: INCEIPL $4
-
- 0xFED1924: 7C0903A6 mtctr r0
- 4: GETL R0, t4
- 5: PUTL t4, CTR
- 6: INCEIPL $4
-
- 0xFED1928: 80850004 lwz r4,4(r5)
- 7: GETL R5, t6
- 8: ADDL $0x4, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R4
- 11: INCEIPL $4
-
- 0xFED192C: 4E800421 bctrl
- 12: MOVL $0xFED1930, t10
- 13: PUTL t10, LR
- 14: GETL CTR, t12
- 15: JMPo-c t12 ($4)
-
-
-
-. 1700 FED1920 16
-. 80 A1 00 00 7C 09 03 A6 80 85 00 04 4E 80 04 21
-==== BB 1701 malloc_hook_ini(0xFED2A68) approx BBs exec'd 0 ====
-
- 0xFED2A68: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFED2A6C: 7C8802A6 mflr r4
- 6: GETL LR, t4
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0xFED2A70: 480D53E1 bl 0xFFA7E50
- 9: MOVL $0xFED2A74, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 1701 FED2A68 12
-. 94 21 FF E0 7C 88 02 A6 48 0D 53 E1
-==== BB 1702 (0xFED2A74) approx BBs exec'd 0 ====
-
- 0xFED2A74: 93C10018 stw r30,24(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFED2A78: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFED2A7C: 93A10014 stw r29,20(r1)
- 8: GETL R29, t6
- 9: GETL R1, t8
- 10: ADDL $0x14, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFED2A80: 7C7D1B78 or r29,r3,r3
- 13: GETL R3, t10
- 14: PUTL t10, R29
- 15: INCEIPL $4
-
- 0xFED2A84: 38600000 li r3,0
- 16: MOVL $0x0, t12
- 17: PUTL t12, R3
- 18: INCEIPL $4
-
- 0xFED2A88: 90810024 stw r4,36(r1)
- 19: GETL R4, t14
- 20: GETL R1, t16
- 21: ADDL $0x24, t16
- 22: STL t14, (t16)
- 23: INCEIPL $4
-
- 0xFED2A8C: 813E1A7C lwz r9,6780(r30)
- 24: GETL R30, t18
- 25: ADDL $0x1A7C, t18
- 26: LDL (t18), t20
- 27: PUTL t20, R9
- 28: INCEIPL $4
-
- 0xFED2A90: 93E1001C stw r31,28(r1)
- 29: GETL R31, t22
- 30: GETL R1, t24
- 31: ADDL $0x1C, t24
- 32: STL t22, (t24)
- 33: INCEIPL $4
-
- 0xFED2A94: 90690000 stw r3,0(r9)
- 34: GETL R3, t26
- 35: GETL R9, t28
- 36: STL t26, (t28)
- 37: INCEIPL $4
-
- 0xFED2A98: 4BFFFBDD bl 0xFED2674
- 38: MOVL $0xFED2A9C, t30
- 39: PUTL t30, LR
- 40: JMPo-c $0xFED2674 ($4)
-
-
-
-. 1702 FED2A74 40
-. 93 C1 00 18 7F C8 02 A6 93 A1 00 14 7C 7D 1B 78 38 60 00 00 90 81 00 24 81 3E 1A 7C 93 E1 00 1C 90 69 00 00 4B FF FB DD
-==== BB 1703 ptmalloc_init(0xFED2674) approx BBs exec'd 0 ====
-
- 0xFED2674: 9421FFB0 stwu r1,-80(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFB0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFED2678: 7C6802A6 mflr r3
- 6: GETL LR, t4
- 7: PUTL t4, R3
- 8: INCEIPL $4
-
- 0xFED267C: 480D57D5 bl 0xFFA7E50
- 9: MOVL $0xFED2680, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 1703 FED2674 12
-. 94 21 FF B0 7C 68 02 A6 48 0D 57 D5
-==== BB 1704 (0xFED2680) approx BBs exec'd 0 ====
-
- 0xFED2680: 93C10048 stw r30,72(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x48, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFED2684: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFED2688: 9361003C stw r27,60(r1)
- 8: GETL R27, t6
- 9: GETL R1, t8
- 10: ADDL $0x3C, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFED268C: 90610054 stw r3,84(r1)
- 13: GETL R3, t10
- 14: GETL R1, t12
- 15: ADDL $0x54, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFED2690: 93E1004C stw r31,76(r1)
- 18: GETL R31, t14
- 19: GETL R1, t16
- 20: ADDL $0x4C, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0xFED2694: 3BE00000 li r31,0
- 23: MOVL $0x0, t18
- 24: PUTL t18, R31
- 25: INCEIPL $4
-
- 0xFED2698: 837E1C84 lwz r27,7300(r30)
- 26: GETL R30, t20
- 27: ADDL $0x1C84, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R27
- 30: INCEIPL $4
-
- 0xFED269C: 93410038 stw r26,56(r1)
- 31: GETL R26, t24
- 32: GETL R1, t26
- 33: ADDL $0x38, t26
- 34: STL t24, (t26)
- 35: INCEIPL $4
-
- 0xFED26A0: 801B0000 lwz r0,0(r27)
- 36: GETL R27, t28
- 37: LDL (t28), t30
- 38: PUTL t30, R0
- 39: INCEIPL $4
-
- 0xFED26A4: 93810040 stw r28,64(r1)
- 40: GETL R28, t32
- 41: GETL R1, t34
- 42: ADDL $0x40, t34
- 43: STL t32, (t34)
- 44: INCEIPL $4
-
- 0xFED26A8: 2F800000 cmpi cr7,r0,0
- 45: GETL R0, t36
- 46: CMP0L t36, t38 (-rSo)
- 47: ICRFL t38, $0x7, CR
- 48: INCEIPL $4
-
- 0xFED26AC: 93A10044 stw r29,68(r1)
- 49: GETL R29, t40
- 50: GETL R1, t42
- 51: ADDL $0x44, t42
- 52: STL t40, (t42)
- 53: INCEIPL $4
-
- 0xFED26B0: 419C002C bc 12,28,0xFED26DC
- 54: Js28o $0xFED26DC
-
-
-
-. 1704 FED2680 52
-. 93 C1 00 48 7F C8 02 A6 93 61 00 3C 90 61 00 54 93 E1 00 4C 3B E0 00 00 83 7E 1C 84 93 41 00 38 80 1B 00 00 93 81 00 40 2F 80 00 00 93 A1 00 44 41 9C 00 2C
-==== BB 1705 (0xFED26DC) approx BBs exec'd 0 ====
-
- 0xFED26DC: 83BE0628 lwz r29,1576(r30)
- 0: GETL R30, t0
- 1: ADDL $0x628, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0xFED26E0: 3CA00002 lis r5,2
- 5: MOVL $0x20000, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0xFED26E4: 3CC00001 lis r6,1
- 8: MOVL $0x10000, t6
- 9: PUTL t6, R6
- 10: INCEIPL $4
-
- 0xFED26E8: 93FB0000 stw r31,0(r27)
- 11: GETL R31, t8
- 12: GETL R27, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0xFED26EC: 90DD0010 stw r6,16(r29)
- 15: GETL R6, t12
- 16: GETL R29, t14
- 17: ADDL $0x10, t14
- 18: STL t12, (t14)
- 19: INCEIPL $4
-
- 0xFED26F0: 90BD0000 stw r5,0(r29)
- 20: GETL R5, t16
- 21: GETL R29, t18
- 22: STL t16, (t18)
- 23: INCEIPL $4
-
- 0xFED26F4: 90BD0004 stw r5,4(r29)
- 24: GETL R5, t20
- 25: GETL R29, t22
- 26: ADDL $0x4, t22
- 27: STL t20, (t22)
- 28: INCEIPL $4
-
- 0xFED26F8: 90BD0008 stw r5,8(r29)
- 29: GETL R5, t24
- 30: GETL R29, t26
- 31: ADDL $0x8, t26
- 32: STL t24, (t26)
- 33: INCEIPL $4
-
- 0xFED26FC: 48057201 bl 0xFF298FC
- 34: MOVL $0xFED2700, t28
- 35: PUTL t28, LR
- 36: JMPo-c $0xFF298FC ($4)
-
-
-
-. 1705 FED26DC 36
-. 83 BE 06 28 3C A0 00 02 3C C0 00 01 93 FB 00 00 90 DD 00 10 90 BD 00 00 90 BD 00 04 90 BD 00 08 48 05 72 01
-==== BB 1706 (0xFED2700) approx BBs exec'd 0 ====
-
- 0xFED2700: 813E1BF8 lwz r9,7160(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1BF8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFED2704: 839E05FC lwz r28,1532(r30)
- 5: GETL R30, t4
- 6: ADDL $0x5FC, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R28
- 9: INCEIPL $4
-
- 0xFED2708: 80890000 lwz r4,0(r9)
- 10: GETL R9, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R4
- 13: INCEIPL $4
-
- 0xFED270C: 907D0018 stw r3,24(r29)
- 14: GETL R3, t12
- 15: GETL R29, t14
- 16: ADDL $0x18, t14
- 17: STL t12, (t14)
- 18: INCEIPL $4
-
- 0xFED2710: 2C040000 cmpi cr0,r4,0
- 19: GETL R4, t16
- 20: CMP0L t16, t18 (-rSo)
- 21: ICRFL t18, $0x0, CR
- 22: INCEIPL $4
-
- 0xFED2714: 93FC0000 stw r31,0(r28)
- 23: GETL R31, t20
- 24: GETL R28, t22
- 25: STL t20, (t22)
- 26: INCEIPL $4
-
- 0xFED2718: 939C0448 stw r28,1096(r28)
- 27: GETL R28, t24
- 28: GETL R28, t26
- 29: ADDL $0x448, t26
- 30: STL t24, (t26)
- 31: INCEIPL $4
-
- 0xFED271C: 41820100 bc 12,2,0xFED281C
- 32: Js02o $0xFED281C
-
-
-
-. 1706 FED2700 32
-. 81 3E 1B F8 83 9E 05 FC 80 89 00 00 90 7D 00 18 2C 04 00 00 93 FC 00 00 93 9C 04 48 41 82 01 00
-==== BB 1707 (0xFED281C) approx BBs exec'd 0 ====
-
- 0xFED281C: 807E0648 lwz r3,1608(r30)
- 0: GETL R30, t0
- 1: ADDL $0x648, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFED2820: 38810010 addi r4,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0xFED2824: 38A10020 addi r5,r1,32
- 9: GETL R1, t6
- 10: ADDL $0x20, t6
- 11: PUTL t6, R5
- 12: INCEIPL $4
-
- 0xFED2828: 38C00000 li r6,0
- 13: MOVL $0x0, t8
- 14: PUTL t8, R6
- 15: INCEIPL $4
-
- 0xFED282C: 4809A5E1 bl 0xFF6CE0C
- 16: MOVL $0xFED2830, t10
- 17: PUTL t10, LR
- 18: JMPo-c $0xFF6CE0C ($4)
-
-
-
-. 1707 FED281C 20
-. 80 7E 06 48 38 81 00 10 38 A1 00 20 38 C0 00 00 48 09 A5 E1
-==== BB 1708 __GI__dl_addr(0xFF6CE0C) approx BBs exec'd 0 ====
-
- 0xFF6CE0C: 9421FFD0 stwu r1,-48(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFD0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFF6CE10: 7CE802A6 mflr r7
- 6: GETL LR, t4
- 7: PUTL t4, R7
- 8: INCEIPL $4
-
- 0xFF6CE14: 4803B03D bl 0xFFA7E50
- 9: MOVL $0xFF6CE18, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 1708 FF6CE0C 12
-. 94 21 FF D0 7C E8 02 A6 48 03 B0 3D
-==== BB 1709 (0xFF6CE18) approx BBs exec'd 0 ====
-
- 0xFF6CE18: 93C10028 stw r30,40(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x28, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFF6CE1C: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFF6CE20: 9361001C stw r27,28(r1)
- 8: GETL R27, t6
- 9: GETL R1, t8
- 10: ADDL $0x1C, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFF6CE24: 90E10034 stw r7,52(r1)
- 13: GETL R7, t10
- 14: GETL R1, t12
- 15: ADDL $0x34, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFF6CE28: 93210014 stw r25,20(r1)
- 18: GETL R25, t14
- 19: GETL R1, t16
- 20: ADDL $0x14, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0xFF6CE2C: 7CD93378 or r25,r6,r6
- 23: GETL R6, t18
- 24: PUTL t18, R25
- 25: INCEIPL $4
-
- 0xFF6CE30: 837E1B98 lwz r27,7064(r30)
- 26: GETL R30, t20
- 27: ADDL $0x1B98, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R27
- 30: INCEIPL $4
-
- 0xFF6CE34: 93410018 stw r26,24(r1)
- 31: GETL R26, t24
- 32: GETL R1, t26
- 33: ADDL $0x18, t26
- 34: STL t24, (t26)
- 35: INCEIPL $4
-
- 0xFF6CE38: 7CBA2B78 or r26,r5,r5
- 36: GETL R5, t28
- 37: PUTL t28, R26
- 38: INCEIPL $4
-
- 0xFF6CE3C: 801B03F8 lwz r0,1016(r27)
- 39: GETL R27, t30
- 40: ADDL $0x3F8, t30
- 41: LDL (t30), t32
- 42: PUTL t32, R0
- 43: INCEIPL $4
-
- 0xFF6CE40: 93810020 stw r28,32(r1)
- 44: GETL R28, t34
- 45: GETL R1, t36
- 46: ADDL $0x20, t36
- 47: STL t34, (t36)
- 48: INCEIPL $4
-
- 0xFF6CE44: 7C9C2378 or r28,r4,r4
- 49: GETL R4, t38
- 50: PUTL t38, R28
- 51: INCEIPL $4
-
- 0xFF6CE48: 93E1002C stw r31,44(r1)
- 52: GETL R31, t40
- 53: GETL R1, t42
- 54: ADDL $0x2C, t42
- 55: STL t40, (t42)
- 56: INCEIPL $4
-
- 0xFF6CE4C: 7C0903A6 mtctr r0
- 57: GETL R0, t44
- 58: PUTL t44, CTR
- 59: INCEIPL $4
-
- 0xFF6CE50: 7C7F1B78 or r31,r3,r3
- 60: GETL R3, t46
- 61: PUTL t46, R31
- 62: INCEIPL $4
-
- 0xFF6CE54: 93A10024 stw r29,36(r1)
- 63: GETL R29, t48
- 64: GETL R1, t50
- 65: ADDL $0x24, t50
- 66: STL t48, (t50)
- 67: INCEIPL $4
-
- 0xFF6CE58: 387B0180 addi r3,r27,384
- 68: GETL R27, t52
- 69: ADDL $0x180, t52
- 70: PUTL t52, R3
- 71: INCEIPL $4
-
- 0xFF6CE5C: 4E800421 bctrl
- 72: MOVL $0xFF6CE60, t54
- 73: PUTL t54, LR
- 74: GETL CTR, t56
- 75: JMPo-c t56 ($4)
-
-
-
-. 1709 FF6CE18 72
-. 93 C1 00 28 7F C8 02 A6 93 61 00 1C 90 E1 00 34 93 21 00 14 7C D9 33 78 83 7E 1B 98 93 41 00 18 7C BA 2B 78 80 1B 03 F8 93 81 00 20 7C 9C 23 78 93 E1 00 2C 7C 09 03 A6 7C 7F 1B 78 93 A1 00 24 38 7B 01 80 4E 80 04 21
-==== BB 1710 rtld_lock_default_lock_recursive(0x25471884) approx BBs exec'd 0 ====
-
- 0x25471884: 80830004 lwz r4,4(r3)
- 0: GETL R3, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x25471888: 9421FFF0 stwu r1,-16(r1)
- 5: GETL R1, t4
- 6: GETL R1, t6
- 7: ADDL $0xFFFFFFF0, t6
- 8: PUTL t6, R1
- 9: STL t4, (t6)
- 10: INCEIPL $4
-
- 0x2547188C: 39240001 addi r9,r4,1
- 11: GETL R4, t8
- 12: ADDL $0x1, t8
- 13: PUTL t8, R9
- 14: INCEIPL $4
-
- 0x25471890: 38210010 addi r1,r1,16
- 15: GETL R1, t10
- 16: ADDL $0x10, t10
- 17: PUTL t10, R1
- 18: INCEIPL $4
-
- 0x25471894: 91230004 stw r9,4(r3)
- 19: GETL R9, t12
- 20: GETL R3, t14
- 21: ADDL $0x4, t14
- 22: STL t12, (t14)
- 23: INCEIPL $4
-
- 0x25471898: 4E800020 blr
- 24: GETL LR, t16
- 25: JMPo-r t16 ($4)
-
-
-
-. 1710 25471884 24
-. 80 83 00 04 94 21 FF F0 39 24 00 01 38 21 00 10 91 23 00 04 4E 80 00 20
-==== BB 1711 (0xFF6CE60) approx BBs exec'd 0 ====
-
- 0xFF6CE60: 38A00000 li r5,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0xFF6CE64: 7F67DB78 or r7,r27,r27
- 3: GETL R27, t2
- 4: PUTL t2, R7
- 5: INCEIPL $4
-
- 0xFF6CE68: 38DB0168 addi r6,r27,360
- 6: GETL R27, t4
- 7: ADDL $0x168, t4
- 8: PUTL t4, R6
- 9: INCEIPL $4
-
- 0xFF6CE6C: 81070000 lwz r8,0(r7)
- 10: GETL R7, t6
- 11: LDL (t6), t8
- 12: PUTL t8, R8
- 13: INCEIPL $4
-
- 0xFF6CE70: 38E70018 addi r7,r7,24
- 14: GETL R7, t10
- 15: ADDL $0x18, t10
- 16: PUTL t10, R7
- 17: INCEIPL $4
-
- 0xFF6CE74: 2F880000 cmpi cr7,r8,0
- 18: GETL R8, t12
- 19: CMP0L t12, t14 (-rSo)
- 20: ICRFL t14, $0x7, CR
- 21: INCEIPL $4
-
- 0xFF6CE78: 419E006C bc 12,30,0xFF6CEE4
- 22: Js30o $0xFF6CEE4
-
-
-
-. 1711 FF6CE60 28
-. 38 A0 00 00 7F 67 DB 78 38 DB 01 68 81 07 00 00 38 E7 00 18 2F 88 00 00 41 9E 00 6C
-==== BB 1712 (0xFF6CE7C) approx BBs exec'd 0 ====
-
- 0xFF6CE7C: 806801A0 lwz r3,416(r8)
- 0: GETL R8, t0
- 1: ADDL $0x1A0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFF6CE80: 7C03F840 cmpl cr0,r3,r31
- 5: GETL R3, t4
- 6: GETL R31, t6
- 7: CMPUL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x0, CR
- 9: INCEIPL $4
-
- 0xFF6CE84: 41810054 bc 12,1,0xFF6CED8
- 10: Js01o $0xFF6CED8
-
-
-
-. 1712 FF6CE7C 12
-. 80 68 01 A0 7C 03 F8 40 41 81 00 54
-==== BB 1713 (0xFF6CED8) approx BBs exec'd 0 ====
-
- 0xFF6CED8: 8108000C lwz r8,12(r8)
- 0: GETL R8, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0xFF6CEDC: 4BFFFF98 b 0xFF6CE74
- 5: JMPo $0xFF6CE74 ($4)
-
-
-
-. 1713 FF6CED8 8
-. 81 08 00 0C 4B FF FF 98
-==== BB 1714 (0xFF6CE74) approx BBs exec'd 0 ====
-
- 0xFF6CE74: 2F880000 cmpi cr7,r8,0
- 0: GETL R8, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xFF6CE78: 419E006C bc 12,30,0xFF6CEE4
- 4: Js30o $0xFF6CEE4
-
-
-
-. 1714 FF6CE74 8
-. 2F 88 00 00 41 9E 00 6C
-==== BB 1715 (0xFF6CE88) approx BBs exec'd 0 ====
-
- 0xFF6CE88: 808801A4 lwz r4,420(r8)
- 0: GETL R8, t0
- 1: ADDL $0x1A4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFF6CE8C: 7C84F840 cmpl cr1,r4,r31
- 5: GETL R4, t4
- 6: GETL R31, t6
- 7: CMPUL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x1, CR
- 9: INCEIPL $4
-
- 0xFF6CE90: 40850048 bc 4,5,0xFF6CED8
- 10: Jc05o $0xFF6CED8
-
-
-
-. 1715 FF6CE88 12
-. 80 88 01 A4 7C 84 F8 40 40 85 00 48
-==== BB 1716 (0xFF6CE94) approx BBs exec'd 0 ====
-
- 0xFF6CE94: A1680154 lhz r11,340(r8)
- 0: GETL R8, t0
- 1: ADDL $0x154, t0
- 2: LDW (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0xFF6CE98: 2F0B0000 cmpi cr6,r11,0
- 5: GETL R11, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0xFF6CE9C: 419A0044 bc 12,26,0xFF6CEE0
- 9: Js26o $0xFF6CEE0
-
-
-
-. 1716 FF6CE94 12
-. A1 68 01 54 2F 0B 00 00 41 9A 00 44
-==== BB 1717 (0xFF6CEA0) approx BBs exec'd 0 ====
-
- 0xFF6CEA0: 8148014C lwz r10,332(r8)
- 0: GETL R8, t0
- 1: ADDL $0x14C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0xFF6CEA4: 396BFFFF addi r11,r11,-1
- 5: GETL R11, t4
- 6: ADDL $0xFFFFFFFF, t4
- 7: PUTL t4, R11
- 8: INCEIPL $4
-
- 0xFF6CEA8: 55692834 rlwinm r9,r11,5,0,26
- 9: GETL R11, t6
- 10: SHLL $0x5, t6
- 11: PUTL t6, R9
- 12: INCEIPL $4
-
- 0xFF6CEAC: 7D89502E lwzx r12,r9,r10
- 13: GETL R10, t8
- 14: GETL R9, t10
- 15: ADDL t10, t8
- 16: LDL (t8), t12
- 17: PUTL t12, R12
- 18: INCEIPL $4
-
- 0xFF6CEB0: 2F8C0001 cmpi cr7,r12,1
- 19: GETL R12, t14
- 20: MOVL $0x1, t18
- 21: CMPL t14, t18, t16 (-rSo)
- 22: ICRFL t16, $0x7, CR
- 23: INCEIPL $4
-
- 0xFF6CEB4: 409EFFF0 bc 4,30,0xFF6CEA4
- 24: Jc30o $0xFF6CEA4
-
-
-
-. 1717 FF6CEA0 24
-. 81 48 01 4C 39 6B FF FF 55 69 28 34 7D 89 50 2E 2F 8C 00 01 40 9E FF F0
-==== BB 1718 (0xFF6CEA4) approx BBs exec'd 0 ====
-
- 0xFF6CEA4: 396BFFFF addi r11,r11,-1
- 0: GETL R11, t0
- 1: ADDL $0xFFFFFFFF, t0
- 2: PUTL t0, R11
- 3: INCEIPL $4
-
- 0xFF6CEA8: 55692834 rlwinm r9,r11,5,0,26
- 4: GETL R11, t2
- 5: SHLL $0x5, t2
- 6: PUTL t2, R9
- 7: INCEIPL $4
-
- 0xFF6CEAC: 7D89502E lwzx r12,r9,r10
- 8: GETL R10, t4
- 9: GETL R9, t6
- 10: ADDL t6, t4
- 11: LDL (t4), t8
- 12: PUTL t8, R12
- 13: INCEIPL $4
-
- 0xFF6CEB0: 2F8C0001 cmpi cr7,r12,1
- 14: GETL R12, t10
- 15: MOVL $0x1, t14
- 16: CMPL t10, t14, t12 (-rSo)
- 17: ICRFL t12, $0x7, CR
- 18: INCEIPL $4
-
- 0xFF6CEB4: 409EFFF0 bc 4,30,0xFF6CEA4
- 19: Jc30o $0xFF6CEA4
-
-
-
-. 1718 FF6CEA4 20
-. 39 6B FF FF 55 69 28 34 7D 89 50 2E 2F 8C 00 01 40 9E FF F0
-==== BB 1719 (0xFF6CEB8) approx BBs exec'd 0 ====
-
- 0xFF6CEB8: 7C695214 add r3,r9,r10
- 0: GETL R9, t0
- 1: GETL R10, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFF6CEBC: 80080000 lwz r0,0(r8)
- 5: GETL R8, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R0
- 8: INCEIPL $4
-
- 0xFF6CEC0: 81630008 lwz r11,8(r3)
- 9: GETL R3, t8
- 10: ADDL $0x8, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R11
- 13: INCEIPL $4
-
- 0xFF6CEC4: 81430014 lwz r10,20(r3)
- 14: GETL R3, t12
- 15: ADDL $0x14, t12
- 16: LDL (t12), t14
- 17: PUTL t14, R10
- 18: INCEIPL $4
-
- 0xFF6CEC8: 7FA05A14 add r29,r0,r11
- 19: GETL R0, t16
- 20: GETL R11, t18
- 21: ADDL t16, t18
- 22: PUTL t18, R29
- 23: INCEIPL $4
-
- 0xFF6CECC: 7D3D5214 add r9,r29,r10
- 24: GETL R29, t20
- 25: GETL R10, t22
- 26: ADDL t20, t22
- 27: PUTL t22, R9
- 28: INCEIPL $4
-
- 0xFF6CED0: 7C09F840 cmpl cr0,r9,r31
- 29: GETL R9, t24
- 30: GETL R31, t26
- 31: CMPUL t24, t26, t28 (-rSo)
- 32: ICRFL t28, $0x0, CR
- 33: INCEIPL $4
-
- 0xFF6CED4: 4181000C bc 12,1,0xFF6CEE0
- 34: Js01o $0xFF6CEE0
-
-
-
-. 1719 FF6CEB8 32
-. 7C 69 52 14 80 08 00 00 81 63 00 08 81 43 00 14 7F A0 5A 14 7D 3D 52 14 7C 09 F8 40 41 81 00 0C
-==== BB 1720 (0xFF6CEE0) approx BBs exec'd 0 ====
-
- 0xFF6CEE0: 7D054378 or r5,r8,r8
- 0: GETL R8, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0xFF6CEE4: 7C873000 cmp cr1,r7,r6
- 3: GETL R7, t2
- 4: GETL R6, t4
- 5: CMPL t2, t4, t6 (-rSo)
- 6: ICRFL t6, $0x1, CR
- 7: INCEIPL $4
-
- 0xFF6CEE8: 4085FF84 bc 4,5,0xFF6CE6C
- 8: Jc05o $0xFF6CE6C
-
-
-
-. 1720 FF6CEE0 12
-. 7D 05 43 78 7C 87 30 00 40 85 FF 84
-==== BB 1721 (0xFF6CE6C) approx BBs exec'd 0 ====
-
- 0xFF6CE6C: 81070000 lwz r8,0(r7)
- 0: GETL R7, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R8
- 3: INCEIPL $4
-
- 0xFF6CE70: 38E70018 addi r7,r7,24
- 4: GETL R7, t4
- 5: ADDL $0x18, t4
- 6: PUTL t4, R7
- 7: INCEIPL $4
-
- 0xFF6CE74: 2F880000 cmpi cr7,r8,0
- 8: GETL R8, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x7, CR
- 11: INCEIPL $4
-
- 0xFF6CE78: 419E006C bc 12,30,0xFF6CEE4
- 12: Js30o $0xFF6CEE4
-
-
-
-. 1721 FF6CE6C 16
-. 81 07 00 00 38 E7 00 18 2F 88 00 00 41 9E 00 6C
-==== BB 1722 (0xFF6CEE4) approx BBs exec'd 0 ====
-
- 0xFF6CEE4: 7C873000 cmp cr1,r7,r6
- 0: GETL R7, t0
- 1: GETL R6, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x1, CR
- 4: INCEIPL $4
-
- 0xFF6CEE8: 4085FF84 bc 4,5,0xFF6CE6C
- 5: Jc05o $0xFF6CE6C
-
-
-
-. 1722 FF6CEE4 8
-. 7C 87 30 00 40 85 FF 84
-==== BB 1723 (0xFF6CEEC) approx BBs exec'd 0 ====
-
- 0xFF6CEEC: 2F050000 cmpi cr6,r5,0
- 0: GETL R5, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0xFF6CEF0: 3BA00000 li r29,0
- 4: MOVL $0x0, t4
- 5: PUTL t4, R29
- 6: INCEIPL $4
-
- 0xFF6CEF4: 419A012C bc 12,26,0xFF6D020
- 7: Js26o $0xFF6D020
-
-
-
-. 1723 FF6CEEC 12
-. 2F 05 00 00 3B A0 00 00 41 9A 01 2C
-==== BB 1724 (0xFF6CEF8) approx BBs exec'd 0 ====
-
- 0xFF6CEF8: 80850004 lwz r4,4(r5)
- 0: GETL R5, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFF6CEFC: 80E501A0 lwz r7,416(r5)
- 5: GETL R5, t4
- 6: ADDL $0x1A0, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R7
- 9: INCEIPL $4
-
- 0xFF6CF00: 909C0000 stw r4,0(r28)
- 10: GETL R4, t8
- 11: GETL R28, t10
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0xFF6CF04: 81050004 lwz r8,4(r5)
- 14: GETL R5, t12
- 15: ADDL $0x4, t12
- 16: LDL (t12), t14
- 17: PUTL t14, R8
- 18: INCEIPL $4
-
- 0xFF6CF08: 90FC0004 stw r7,4(r28)
- 19: GETL R7, t16
- 20: GETL R28, t18
- 21: ADDL $0x4, t18
- 22: STL t16, (t18)
- 23: INCEIPL $4
-
- 0xFF6CF0C: 88C80000 lbz r6,0(r8)
- 24: GETL R8, t20
- 25: LDB (t20), t22
- 26: PUTL t22, R6
- 27: INCEIPL $4
-
- 0xFF6CF10: 2F860000 cmpi cr7,r6,0
- 28: GETL R6, t24
- 29: CMP0L t24, t26 (-rSo)
- 30: ICRFL t26, $0x7, CR
- 31: INCEIPL $4
-
- 0xFF6CF14: 419E0164 bc 12,30,0xFF6D078
- 32: Js30o $0xFF6D078
-
-
-
-. 1724 FF6CEF8 32
-. 80 85 00 04 80 E5 01 A0 90 9C 00 00 81 05 00 04 90 FC 00 04 88 C8 00 00 2F 86 00 00 41 9E 01 64
-==== BB 1725 (0xFF6CF18) approx BBs exec'd 0 ====
-
- 0xFF6CF18: 81050030 lwz r8,48(r5)
- 0: GETL R5, t0
- 1: ADDL $0x30, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0xFF6CF1C: 80E50034 lwz r7,52(r5)
- 5: GETL R5, t4
- 6: ADDL $0x34, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R7
- 9: INCEIPL $4
-
- 0xFF6CF20: 2C880000 cmpi cr1,r8,0
- 10: GETL R8, t8
- 11: CMP0L t8, t10 (-rSo)
- 12: ICRFL t10, $0x1, CR
- 13: INCEIPL $4
-
- 0xFF6CF24: 81650038 lwz r11,56(r5)
- 14: GETL R5, t12
- 15: ADDL $0x38, t12
- 16: LDL (t12), t14
- 17: PUTL t14, R11
- 18: INCEIPL $4
-
- 0xFF6CF28: 80670004 lwz r3,4(r7)
- 19: GETL R7, t16
- 20: ADDL $0x4, t16
- 21: LDL (t16), t18
- 22: PUTL t18, R3
- 23: INCEIPL $4
-
- 0xFF6CF2C: 80C50048 lwz r6,72(r5)
- 24: GETL R5, t20
- 25: ADDL $0x48, t20
- 26: LDL (t20), t22
- 27: PUTL t22, R6
- 28: INCEIPL $4
-
- 0xFF6CF30: 814B0004 lwz r10,4(r11)
- 29: GETL R11, t24
- 30: ADDL $0x4, t24
- 31: LDL (t24), t26
- 32: PUTL t26, R10
- 33: INCEIPL $4
-
- 0xFF6CF34: 7C671B78 or r7,r3,r3
- 34: GETL R3, t28
- 35: PUTL t28, R7
- 36: INCEIPL $4
-
- 0xFF6CF38: 83A60004 lwz r29,4(r6)
- 37: GETL R6, t30
- 38: ADDL $0x4, t30
- 39: LDL (t30), t32
- 40: PUTL t32, R29
- 41: INCEIPL $4
-
- 0xFF6CF3C: 41860014 bc 12,6,0xFF6CF50
- 42: Js06o $0xFF6CF50
-
-
-
-. 1725 FF6CF18 40
-. 81 05 00 30 80 E5 00 34 2C 88 00 00 81 65 00 38 80 67 00 04 80 C5 00 48 81 4B 00 04 7C 67 1B 78 83 A6 00 04 41 86 00 14
-==== BB 1726 (0xFF6CF40) approx BBs exec'd 0 ====
-
- 0xFF6CF40: 80880004 lwz r4,4(r8)
- 0: GETL R8, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFF6CF44: 81040004 lwz r8,4(r4)
- 5: GETL R4, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R8
- 9: INCEIPL $4
-
- 0xFF6CF48: 55002036 rlwinm r0,r8,4,0,27
- 10: GETL R8, t8
- 11: SHLL $0x4, t8
- 12: PUTL t8, R0
- 13: INCEIPL $4
-
- 0xFF6CF4C: 7CE05214 add r7,r0,r10
- 14: GETL R0, t10
- 15: GETL R10, t12
- 16: ADDL t10, t12
- 17: PUTL t12, R7
- 18: INCEIPL $4
-
- 0xFF6CF50: 7F8A3840 cmpl cr7,r10,r7
- 19: GETL R10, t14
- 20: GETL R7, t16
- 21: CMPUL t14, t16, t18 (-rSo)
- 22: ICRFL t18, $0x7, CR
- 23: INCEIPL $4
-
- 0xFF6CF54: 38800000 li r4,0
- 24: MOVL $0x0, t20
- 25: PUTL t20, R4
- 26: INCEIPL $4
-
- 0xFF6CF58: 2C040000 cmpi cr0,r4,0
- 27: GETL R4, t22
- 28: CMP0L t22, t24 (-rSo)
- 29: ICRFL t24, $0x0, CR
- 30: INCEIPL $4
-
- 0xFF6CF5C: 409C0084 bc 4,28,0xFF6CFE0
- 31: Jc28o $0xFF6CFE0
-
-
-
-. 1726 FF6CF40 32
-. 80 88 00 04 81 04 00 04 55 00 20 36 7C E0 52 14 7F 8A 38 40 38 80 00 00 2C 04 00 00 40 9C 00 84
-==== BB 1727 (0xFF6CF60) approx BBs exec'd 0 ====
-
- 0xFF6CF60: 80C50000 lwz r6,0(r5)
- 0: GETL R5, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R6
- 3: INCEIPL $4
-
- 0xFF6CF64: 810A0004 lwz r8,4(r10)
- 4: GETL R10, t4
- 5: ADDL $0x4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R8
- 8: INCEIPL $4
-
- 0xFF6CF68: 7D664214 add r11,r6,r8
- 9: GETL R6, t8
- 10: GETL R8, t10
- 11: ADDL t8, t10
- 12: PUTL t10, R11
- 13: INCEIPL $4
-
- 0xFF6CF6C: 7C8BF840 cmpl cr1,r11,r31
- 14: GETL R11, t12
- 15: GETL R31, t14
- 16: CMPUL t12, t14, t16 (-rSo)
- 17: ICRFL t16, $0x1, CR
- 18: INCEIPL $4
-
- 0xFF6CF70: 41850064 bc 12,5,0xFF6CFD4
- 19: Js05o $0xFF6CFD4
-
-
-
-. 1727 FF6CF60 20
-. 80 C5 00 00 81 0A 00 04 7D 66 42 14 7C 8B F8 40 41 85 00 64
-==== BB 1728 (0xFF6CF74) approx BBs exec'd 0 ====
-
- 0xFF6CF74: 892A000C lbz r9,12(r10)
- 0: GETL R10, t0
- 1: ADDL $0xC, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFF6CF78: 552C073E rlwinm r12,r9,0,28,31
- 5: GETL R9, t4
- 6: ANDL $0xF, t4
- 7: PUTL t4, R12
- 8: INCEIPL $4
-
- 0xFF6CF7C: 2F8C0006 cmpi cr7,r12,6
- 9: GETL R12, t6
- 10: MOVL $0x6, t10
- 11: CMPL t6, t10, t8 (-rSo)
- 12: ICRFL t8, $0x7, CR
- 13: INCEIPL $4
-
- 0xFF6CF80: 419E0054 bc 12,30,0xFF6CFD4
- 14: Js30o $0xFF6CFD4
-
-
-
-. 1728 FF6CF74 16
-. 89 2A 00 0C 55 2C 07 3E 2F 8C 00 06 41 9E 00 54
-==== BB 1729 (0xFF6CF84) approx BBs exec'd 0 ====
-
- 0xFF6CF84: 800A0008 lwz r0,8(r10)
- 0: GETL R10, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFF6CF88: 2C800000 cmpi cr1,r0,0
- 5: GETL R0, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0xFF6CF8C: 4086000C bc 4,6,0xFF6CF98
- 9: Jc06o $0xFF6CF98
-
-
-
-. 1729 FF6CF84 12
-. 80 0A 00 08 2C 80 00 00 40 86 00 0C
-==== BB 1730 (0xFF6CF90) approx BBs exec'd 0 ====
-
- 0xFF6CF90: 7F8BF800 cmp cr7,r11,r31
- 0: GETL R11, t0
- 1: GETL R31, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x7, CR
- 4: INCEIPL $4
-
- 0xFF6CF94: 419E0010 bc 12,30,0xFF6CFA4
- 5: Js30o $0xFF6CFA4
-
-
-
-. 1730 FF6CF90 8
-. 7F 8B F8 00 41 9E 00 10
-==== BB 1731 (0xFF6CF98) approx BBs exec'd 0 ====
-
- 0xFF6CF98: 7C0B0214 add r0,r11,r0
- 0: GETL R11, t0
- 1: GETL R0, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFF6CF9C: 7C80F840 cmpl cr1,r0,r31
- 5: GETL R0, t4
- 6: GETL R31, t6
- 7: CMPUL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x1, CR
- 9: INCEIPL $4
-
- 0xFF6CFA0: 40850034 bc 4,5,0xFF6CFD4
- 10: Jc05o $0xFF6CFD4
-
-
-
-. 1731 FF6CF98 12
-. 7C 0B 02 14 7C 80 F8 40 40 85 00 34
-==== BB 1732 (0xFF6CFD4) approx BBs exec'd 0 ====
-
- 0xFF6CFD4: 394A0010 addi r10,r10,16
- 0: GETL R10, t0
- 1: ADDL $0x10, t0
- 2: PUTL t0, R10
- 3: INCEIPL $4
-
- 0xFF6CFD8: 7C8A3840 cmpl cr1,r10,r7
- 4: GETL R10, t2
- 5: GETL R7, t4
- 6: CMPUL t2, t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0xFF6CFDC: 4184FF88 bc 12,4,0xFF6CF64
- 9: Js04o $0xFF6CF64
-
-
-
-. 1732 FF6CFD4 12
-. 39 4A 00 10 7C 8A 38 40 41 84 FF 88
-==== BB 1733 (0xFF6CF64) approx BBs exec'd 0 ====
-
- 0xFF6CF64: 810A0004 lwz r8,4(r10)
- 0: GETL R10, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0xFF6CF68: 7D664214 add r11,r6,r8
- 5: GETL R6, t4
- 6: GETL R8, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R11
- 9: INCEIPL $4
-
- 0xFF6CF6C: 7C8BF840 cmpl cr1,r11,r31
- 10: GETL R11, t8
- 11: GETL R31, t10
- 12: CMPUL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x1, CR
- 14: INCEIPL $4
-
- 0xFF6CF70: 41850064 bc 12,5,0xFF6CFD4
- 15: Js05o $0xFF6CFD4
-
-
-
-. 1733 FF6CF64 16
-. 81 0A 00 04 7D 66 42 14 7C 8B F8 40 41 85 00 64
-==== BB 1734 (0xFF6CFE0) approx BBs exec'd 0 ====
-
- 0xFF6CFE0: 2F9A0000 cmpi cr7,r26,0
- 0: GETL R26, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xFF6CFE4: 419E0008 bc 12,30,0xFF6CFEC
- 4: Js30o $0xFF6CFEC
-
-
-
-. 1734 FF6CFE0 8
-. 2F 9A 00 00 41 9E 00 08
-==== BB 1735 (0xFF6CFE8) approx BBs exec'd 0 ====
-
- 0xFF6CFE8: 90BA0000 stw r5,0(r26)
- 0: GETL R5, t0
- 1: GETL R26, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0xFF6CFEC: 2C990000 cmpi cr1,r25,0
- 4: GETL R25, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x1, CR
- 7: INCEIPL $4
-
- 0xFF6CFF0: 41860008 bc 12,6,0xFF6CFF8
- 8: Js06o $0xFF6CFF8
-
-
-
-. 1735 FF6CFE8 12
-. 90 BA 00 00 2C 99 00 00 41 86 00 08
-==== BB 1736 (0xFF6CFF8) approx BBs exec'd 0 ====
-
- 0xFF6CFF8: 41820068 bc 12,2,0xFF6D060
- 0: Js02o $0xFF6D060
-
-
-
-. 1736 FF6CFF8 4
-. 41 82 00 68
-==== BB 1737 (0xFF6D060) approx BBs exec'd 0 ====
-
- 0xFF6D060: 909C000C stw r4,12(r28)
- 0: GETL R4, t0
- 1: GETL R28, t2
- 2: ADDL $0xC, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFF6D064: 909C0008 stw r4,8(r28)
- 5: GETL R4, t4
- 6: GETL R28, t6
- 7: ADDL $0x8, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFF6D068: 4BFFFFB4 b 0xFF6D01C
- 10: JMPo $0xFF6D01C ($4)
-
-
-
-. 1737 FF6D060 12
-. 90 9C 00 0C 90 9C 00 08 4B FF FF B4
-==== BB 1738 (0xFF6D01C) approx BBs exec'd 0 ====
-
- 0xFF6D01C: 3BA00001 li r29,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R29
- 2: INCEIPL $4
-
- 0xFF6D020: 839B03FC lwz r28,1020(r27)
- 3: GETL R27, t2
- 4: ADDL $0x3FC, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R28
- 7: INCEIPL $4
-
- 0xFF6D024: 387B0180 addi r3,r27,384
- 8: GETL R27, t6
- 9: ADDL $0x180, t6
- 10: PUTL t6, R3
- 11: INCEIPL $4
-
- 0xFF6D028: 7F8903A6 mtctr r28
- 12: GETL R28, t8
- 13: PUTL t8, CTR
- 14: INCEIPL $4
-
- 0xFF6D02C: 4E800421 bctrl
- 15: MOVL $0xFF6D030, t10
- 16: PUTL t10, LR
- 17: GETL CTR, t12
- 18: JMPo-c t12 ($4)
-
-
-
-. 1738 FF6D01C 20
-. 3B A0 00 01 83 9B 03 FC 38 7B 01 80 7F 89 03 A6 4E 80 04 21
-==== BB 1739 rtld_lock_default_unlock_recursive(0x2547189C) approx BBs exec'd 0 ====
-
- 0x2547189C: 80830004 lwz r4,4(r3)
- 0: GETL R3, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x254718A0: 9421FFF0 stwu r1,-16(r1)
- 5: GETL R1, t4
- 6: GETL R1, t6
- 7: ADDL $0xFFFFFFF0, t6
- 8: PUTL t6, R1
- 9: STL t4, (t6)
- 10: INCEIPL $4
-
- 0x254718A4: 3924FFFF addi r9,r4,-1
- 11: GETL R4, t8
- 12: ADDL $0xFFFFFFFF, t8
- 13: PUTL t8, R9
- 14: INCEIPL $4
-
- 0x254718A8: 38210010 addi r1,r1,16
- 15: GETL R1, t10
- 16: ADDL $0x10, t10
- 17: PUTL t10, R1
- 18: INCEIPL $4
-
- 0x254718AC: 91230004 stw r9,4(r3)
- 19: GETL R9, t12
- 20: GETL R3, t14
- 21: ADDL $0x4, t14
- 22: STL t12, (t14)
- 23: INCEIPL $4
-
- 0x254718B0: 4E800020 blr
- 24: GETL LR, t16
- 25: JMPo-r t16 ($4)
-
-
-
-. 1739 2547189C 24
-. 80 83 00 04 94 21 FF F0 39 24 FF FF 38 21 00 10 91 23 00 04 4E 80 00 20
-==== BB 1740 (0xFF6D030) approx BBs exec'd 0 ====
-
- 0xFF6D030: 83610034 lwz r27,52(r1)
- 0: GETL R1, t0
- 1: ADDL $0x34, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R27
- 4: INCEIPL $4
-
- 0xFF6D034: 7FA3EB78 or r3,r29,r29
- 5: GETL R29, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFF6D038: 83210014 lwz r25,20(r1)
- 8: GETL R1, t6
- 9: ADDL $0x14, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R25
- 12: INCEIPL $4
-
- 0xFF6D03C: 7F6803A6 mtlr r27
- 13: GETL R27, t10
- 14: PUTL t10, LR
- 15: INCEIPL $4
-
- 0xFF6D040: 83410018 lwz r26,24(r1)
- 16: GETL R1, t12
- 17: ADDL $0x18, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R26
- 20: INCEIPL $4
-
- 0xFF6D044: 8361001C lwz r27,28(r1)
- 21: GETL R1, t16
- 22: ADDL $0x1C, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R27
- 25: INCEIPL $4
-
- 0xFF6D048: 83810020 lwz r28,32(r1)
- 26: GETL R1, t20
- 27: ADDL $0x20, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R28
- 30: INCEIPL $4
-
- 0xFF6D04C: 83A10024 lwz r29,36(r1)
- 31: GETL R1, t24
- 32: ADDL $0x24, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R29
- 35: INCEIPL $4
-
- 0xFF6D050: 83C10028 lwz r30,40(r1)
- 36: GETL R1, t28
- 37: ADDL $0x28, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R30
- 40: INCEIPL $4
-
- 0xFF6D054: 83E1002C lwz r31,44(r1)
- 41: GETL R1, t32
- 42: ADDL $0x2C, t32
- 43: LDL (t32), t34
- 44: PUTL t34, R31
- 45: INCEIPL $4
-
- 0xFF6D058: 38210030 addi r1,r1,48
- 46: GETL R1, t36
- 47: ADDL $0x30, t36
- 48: PUTL t36, R1
- 49: INCEIPL $4
-
- 0xFF6D05C: 4E800020 blr
- 50: GETL LR, t38
- 51: JMPo-r t38 ($4)
-
-
-
-. 1740 FF6D030 48
-. 83 61 00 34 7F A3 EB 78 83 21 00 14 7F 68 03 A6 83 41 00 18 83 61 00 1C 83 81 00 20 83 A1 00 24 83 C1 00 28 83 E1 00 2C 38 21 00 30 4E 80 00 20
-==== BB 1741 (0xFED2830) approx BBs exec'd 0 ====
-
- 0xFED2830: 2C830000 cmpi cr1,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFED2834: 41A6FEF8 bc 13,6,0xFED272C
- 4: Js06o $0xFED272C
-
-
-
-. 1741 FED2830 8
-. 2C 83 00 00 41 A6 FE F8
-==== BB 1742 (0xFED2838) approx BBs exec'd 0 ====
-
- 0xFED2838: 81010020 lwz r8,32(r1)
- 0: GETL R1, t0
- 1: ADDL $0x20, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0xFED283C: 80E80018 lwz r7,24(r8)
- 5: GETL R8, t4
- 6: ADDL $0x18, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R7
- 9: INCEIPL $4
-
- 0xFED2840: 2F070000 cmpi cr6,r7,0
- 10: GETL R7, t8
- 11: CMP0L t8, t10 (-rSo)
- 12: ICRFL t10, $0x6, CR
- 13: INCEIPL $4
-
- 0xFED2844: 41BAFEE8 bc 13,26,0xFED272C
- 14: Js26o $0xFED272C
-
-
-
-. 1742 FED2838 16
-. 81 01 00 20 80 E8 00 18 2F 07 00 00 41 BA FE E8
-==== BB 1743 (0xFED272C) approx BBs exec'd 0 ====
-
- 0xFED272C: 809E0600 lwz r4,1536(r30)
- 0: GETL R30, t0
- 1: ADDL $0x600, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFED2730: 807E1B4C lwz r3,6988(r30)
- 5: GETL R30, t4
- 6: ADDL $0x1B4C, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0xFED2734: 7FA41214 add r29,r4,r2
- 10: GETL R4, t8
- 11: GETL R2, t10
- 12: ADDL t8, t10
- 13: PUTL t10, R29
- 14: INCEIPL $4
-
- 0xFED2738: 3BE00000 li r31,0
- 15: MOVL $0x0, t12
- 16: PUTL t12, R31
- 17: INCEIPL $4
-
- 0xFED273C: 939D0000 stw r28,0(r29)
- 18: GETL R28, t14
- 19: GETL R29, t16
- 20: STL t14, (t16)
- 21: INCEIPL $4
-
- 0xFED2740: 839E05F8 lwz r28,1528(r30)
- 22: GETL R30, t18
- 23: ADDL $0x5F8, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R28
- 26: INCEIPL $4
-
- 0xFED2744: 80C30000 lwz r6,0(r3)
- 27: GETL R3, t22
- 28: LDL (t22), t24
- 29: PUTL t24, R6
- 30: INCEIPL $4
-
- 0xFED2748: 809E0618 lwz r4,1560(r30)
- 31: GETL R30, t26
- 32: ADDL $0x618, t26
- 33: LDL (t26), t28
- 34: PUTL t28, R4
- 35: INCEIPL $4
-
- 0xFED274C: 807E05F4 lwz r3,1524(r30)
- 36: GETL R30, t30
- 37: ADDL $0x5F4, t30
- 38: LDL (t30), t32
- 39: PUTL t32, R3
- 40: INCEIPL $4
-
- 0xFED2750: 80BE061C lwz r5,1564(r30)
- 41: GETL R30, t34
- 42: ADDL $0x61C, t34
- 43: LDL (t34), t36
- 44: PUTL t36, R5
- 45: INCEIPL $4
-
- 0xFED2754: 835E1B6C lwz r26,7020(r30)
- 46: GETL R30, t38
- 47: ADDL $0x1B6C, t38
- 48: LDL (t38), t40
- 49: PUTL t40, R26
- 50: INCEIPL $4
-
- 0xFED2758: 93FC0000 stw r31,0(r28)
- 51: GETL R31, t42
- 52: GETL R28, t44
- 53: STL t42, (t44)
- 54: INCEIPL $4
-
- 0xFED275C: 3B800000 li r28,0
- 55: MOVL $0x0, t46
- 56: PUTL t46, R28
- 57: INCEIPL $4
-
- 0xFED2760: 4806D4E1 bl 0xFF3FC40
- 58: MOVL $0xFED2764, t48
- 59: PUTL t48, LR
- 60: JMPo-c $0xFF3FC40 ($4)
-
-
-
-. 1743 FED272C 56
-. 80 9E 06 00 80 7E 1B 4C 7F A4 12 14 3B E0 00 00 93 9D 00 00 83 9E 05 F8 80 C3 00 00 80 9E 06 18 80 7E 05 F4 80 BE 06 1C 83 5E 1B 6C 93 FC 00 00 3B 80 00 00 48 06 D4 E1
-==== BB 1744 __GI___register_atfork(0xFF3FC40) approx BBs exec'd 0 ====
-
- 0xFF3FC40: 9421FFD0 stwu r1,-48(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFD0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFF3FC44: 7CE802A6 mflr r7
- 6: GETL LR, t4
- 7: PUTL t4, R7
- 8: INCEIPL $4
-
- 0xFF3FC48: 48068209 bl 0xFFA7E50
- 9: MOVL $0xFF3FC4C, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 1744 FF3FC40 12
-. 94 21 FF D0 7C E8 02 A6 48 06 82 09
-==== BB 1745 (0xFF3FC4C) approx BBs exec'd 0 ====
-
- 0xFF3FC4C: 93C10028 stw r30,40(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x28, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFF3FC50: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFF3FC54: 93410018 stw r26,24(r1)
- 8: GETL R26, t6
- 9: GETL R1, t8
- 10: ADDL $0x18, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFF3FC58: 9361001C stw r27,28(r1)
- 13: GETL R27, t10
- 14: GETL R1, t12
- 15: ADDL $0x1C, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFF3FC5C: 7CDA3378 or r26,r6,r6
- 18: GETL R6, t14
- 19: PUTL t14, R26
- 20: INCEIPL $4
-
- 0xFF3FC60: 93810020 stw r28,32(r1)
- 21: GETL R28, t16
- 22: GETL R1, t18
- 23: ADDL $0x20, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFF3FC64: 7CBB2B78 or r27,r5,r5
- 26: GETL R5, t20
- 27: PUTL t20, R27
- 28: INCEIPL $4
-
- 0xFF3FC68: 93A10024 stw r29,36(r1)
- 29: GETL R29, t22
- 30: GETL R1, t24
- 31: ADDL $0x24, t24
- 32: STL t22, (t24)
- 33: INCEIPL $4
-
- 0xFF3FC6C: 7C9C2378 or r28,r4,r4
- 34: GETL R4, t26
- 35: PUTL t26, R28
- 36: INCEIPL $4
-
- 0xFF3FC70: 93E1002C stw r31,44(r1)
- 37: GETL R31, t28
- 38: GETL R1, t30
- 39: ADDL $0x2C, t30
- 40: STL t28, (t30)
- 41: INCEIPL $4
-
- 0xFF3FC74: 7C7D1B78 or r29,r3,r3
- 42: GETL R3, t32
- 43: PUTL t32, R29
- 44: INCEIPL $4
-
- 0xFF3FC78: 93210014 stw r25,20(r1)
- 45: GETL R25, t34
- 46: GETL R1, t36
- 47: ADDL $0x14, t36
- 48: STL t34, (t36)
- 49: INCEIPL $4
-
- 0xFF3FC7C: 39600000 li r11,0
- 50: MOVL $0x0, t38
- 51: PUTL t38, R11
- 52: INCEIPL $4
-
- 0xFF3FC80: 90E10034 stw r7,52(r1)
- 53: GETL R7, t40
- 54: GETL R1, t42
- 55: ADDL $0x34, t42
- 56: STL t40, (t42)
- 57: INCEIPL $4
-
- 0xFF3FC84: 38000001 li r0,1
- 58: MOVL $0x1, t44
- 59: PUTL t44, R0
- 60: INCEIPL $4
-
- 0xFF3FC88: 83FE1D14 lwz r31,7444(r30)
- 61: GETL R30, t46
- 62: ADDL $0x1D14, t46
- 63: LDL (t46), t48
- 64: PUTL t48, R31
- 65: INCEIPL $4
-
- 0xFF3FC8C: 7D20F828 lwarx r9,r0,r31
- 66: GETL R31, t50
- 67: LOCKo
- 68: LDL (t50), t52
- 69: PUTL t52, R9
- 70: INCEIPL $4
-
- 0xFF3FC90: 7C095800 cmp cr0,r9,r11
- 71: GETL R9, t54
- 72: GETL R11, t56
- 73: CMPL t54, t56, t58 (-rSo)
- 74: ICRFL t58, $0x0, CR
- 75: INCEIPL $4
-
- 0xFF3FC94: 4082000C bc 4,2,0xFF3FCA0
- 76: Jc02o $0xFF3FCA0
-
-
-
-. 1745 FF3FC4C 76
-. 93 C1 00 28 7F C8 02 A6 93 41 00 18 93 61 00 1C 7C DA 33 78 93 81 00 20 7C BB 2B 78 93 A1 00 24 7C 9C 23 78 93 E1 00 2C 7C 7D 1B 78 93 21 00 14 39 60 00 00 90 E1 00 34 38 00 00 01 83 FE 1D 14 7D 20 F8 28 7C 09 58 00 40 82 00 0C
-==== BB 1746 (0xFF3FC98) approx BBs exec'd 0 ====
-
- 0xFF3FC98: 7C00F92D stwcx. r0,r0,r31
- 0: GETL R31, t0
- 1: GETL R0, t2
- 2: LOCKo
- 3: STL t2, (t0) (-rSo)
- 4: ICRFL cr, $0x0, CR
- 5: INCEIPL $4
-
- 0xFF3FC9C: 40A2FFF0 bc 5,2,0xFF3FC8C
- 6: Jc02o $0xFF3FC8C
-
-
-
-. 1746 FF3FC98 8
-. 7C 00 F9 2D 40 A2 FF F0
-==== BB 1747 (0xFF3FC8C) approx BBs exec'd 0 ====
-
- 0xFF3FC8C: 7D20F828 lwarx r9,r0,r31
- 0: GETL R31, t0
- 1: LOCKo
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFF3FC90: 7C095800 cmp cr0,r9,r11
- 5: GETL R9, t4
- 6: GETL R11, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x0, CR
- 9: INCEIPL $4
-
- 0xFF3FC94: 4082000C bc 4,2,0xFF3FCA0
- 10: Jc02o $0xFF3FCA0
-
-
-
-. 1747 FF3FC8C 12
-. 7D 20 F8 28 7C 09 58 00 40 82 00 0C
-==== BB 1748 (0xFF3FCA0) approx BBs exec'd 0 ====
-
- 0xFF3FCA0: 4C00012C 0: INCEIPL $4
-
- 0xFF3FCA4: 2F890000 cmpi cr7,r9,0
- 1: GETL R9, t0
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFF3FCA8: 409E015C bc 4,30,0xFF3FE04
- 5: Jc30o $0xFF3FE04
-
-
-
-. 1748 FF3FCA0 12
-. 4C 00 01 2C 2F 89 00 00 40 9E 01 5C
-==== BB 1749 (0xFF3FCAC) approx BBs exec'd 0 ====
-
- 0xFF3FCAC: 807E10F8 lwz r3,4344(r30)
- 0: GETL R30, t0
- 1: ADDL $0x10F8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFF3FCB0: 7C791B78 or r25,r3,r3
- 5: GETL R3, t4
- 6: PUTL t4, R25
- 7: INCEIPL $4
-
- 0xFF3FCB4: 39400000 li r10,0
- 8: MOVL $0x0, t6
- 9: PUTL t6, R10
- 10: INCEIPL $4
-
- 0xFF3FCB8: 39630018 addi r11,r3,24
- 11: GETL R3, t8
- 12: ADDL $0x18, t8
- 13: PUTL t8, R11
- 14: INCEIPL $4
-
- 0xFF3FCBC: 39000000 li r8,0
- 15: MOVL $0x0, t10
- 16: PUTL t10, R8
- 17: INCEIPL $4
-
- 0xFF3FCC0: 48000008 b 0xFF3FCC8
- 18: JMPo $0xFF3FCC8 ($4)
-
-
-
-. 1749 FF3FCAC 24
-. 80 7E 10 F8 7C 79 1B 78 39 40 00 00 39 63 00 18 39 00 00 00 48 00 00 08
-==== BB 1750 (0xFF3FCC8) approx BBs exec'd 0 ====
-
- 0xFF3FCC8: 808B0000 lwz r4,0(r11)
- 0: GETL R11, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R4
- 3: INCEIPL $4
-
- 0xFF3FCCC: 394A0001 addi r10,r10,1
- 4: GETL R10, t4
- 5: ADDL $0x1, t4
- 6: PUTL t4, R10
- 7: INCEIPL $4
-
- 0xFF3FCD0: 7D094378 or r9,r8,r8
- 8: GETL R8, t6
- 9: PUTL t6, R9
- 10: INCEIPL $4
-
- 0xFF3FCD4: 2B0A002F cmpli cr6,r10,47
- 11: GETL R10, t8
- 12: MOVL $0x2F, t12
- 13: CMPUL t8, t12, t10 (-rSo)
- 14: ICRFL t10, $0x6, CR
- 15: INCEIPL $4
-
- 0xFF3FCD8: 2C040000 cmpi cr0,r4,0
- 16: GETL R4, t14
- 17: CMP0L t14, t16 (-rSo)
- 18: ICRFL t16, $0x0, CR
- 19: INCEIPL $4
-
- 0xFF3FCDC: 3908001C addi r8,r8,28
- 20: GETL R8, t18
- 21: ADDL $0x1C, t18
- 22: PUTL t18, R8
- 23: INCEIPL $4
-
- 0xFF3FCE0: 396B001C addi r11,r11,28
- 24: GETL R11, t20
- 25: ADDL $0x1C, t20
- 26: PUTL t20, R11
- 27: INCEIPL $4
-
- 0xFF3FCE4: 4082FFE0 bc 4,2,0xFF3FCC4
- 28: Jc02o $0xFF3FCC4
-
-
-
-. 1750 FF3FCC8 32
-. 80 8B 00 00 39 4A 00 01 7D 09 43 78 2B 0A 00 2F 2C 04 00 00 39 08 00 1C 39 6B 00 1C 40 82 FF E0
-==== BB 1751 (0xFF3FCE8) approx BBs exec'd 0 ====
-
- 0xFF3FCE8: 7C691A14 add r3,r9,r3
- 0: GETL R9, t0
- 1: GETL R3, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFF3FCEC: 39400001 li r10,1
- 5: MOVL $0x1, t4
- 6: PUTL t4, R10
- 7: INCEIPL $4
-
- 0xFF3FCF0: 39630004 addi r11,r3,4
- 8: GETL R3, t6
- 9: ADDL $0x4, t6
- 10: PUTL t6, R11
- 11: INCEIPL $4
-
- 0xFF3FCF4: 39000000 li r8,0
- 12: MOVL $0x0, t8
- 13: PUTL t8, R8
- 14: INCEIPL $4
-
- 0xFF3FCF8: 2F0B0000 cmpi cr6,r11,0
- 15: GETL R11, t10
- 16: CMP0L t10, t12 (-rSo)
- 17: ICRFL t12, $0x6, CR
- 18: INCEIPL $4
-
- 0xFF3FCFC: 914B0014 stw r10,20(r11)
- 19: GETL R10, t14
- 20: GETL R11, t16
- 21: ADDL $0x14, t16
- 22: STL t14, (t16)
- 23: INCEIPL $4
-
- 0xFF3FD00: 910B0018 stw r8,24(r11)
- 24: GETL R8, t18
- 25: GETL R11, t20
- 26: ADDL $0x18, t20
- 27: STL t18, (t20)
- 28: INCEIPL $4
-
- 0xFF3FD04: 419A0024 bc 12,26,0xFF3FD28
- 29: Js26o $0xFF3FD28
-
-
-
-. 1751 FF3FCE8 32
-. 7C 69 1A 14 39 40 00 01 39 63 00 04 39 00 00 00 2F 0B 00 00 91 4B 00 14 91 0B 00 18 41 9A 00 24
-==== BB 1752 (0xFF3FD08) approx BBs exec'd 0 ====
-
- 0xFF3FD08: 819E1CD4 lwz r12,7380(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1CD4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R12
- 4: INCEIPL $4
-
- 0xFF3FD0C: 93AB0004 stw r29,4(r11)
- 5: GETL R29, t4
- 6: GETL R11, t6
- 7: ADDL $0x4, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFF3FD10: 832C0000 lwz r25,0(r12)
- 10: GETL R12, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R25
- 13: INCEIPL $4
-
- 0xFF3FD14: 938B0008 stw r28,8(r11)
- 14: GETL R28, t12
- 15: GETL R11, t14
- 16: ADDL $0x8, t14
- 17: STL t12, (t14)
- 18: INCEIPL $4
-
- 0xFF3FD18: 93230004 stw r25,4(r3)
- 19: GETL R25, t16
- 20: GETL R3, t18
- 21: ADDL $0x4, t18
- 22: STL t16, (t18)
- 23: INCEIPL $4
-
- 0xFF3FD1C: 936B000C stw r27,12(r11)
- 24: GETL R27, t20
- 25: GETL R11, t22
- 26: ADDL $0xC, t22
- 27: STL t20, (t22)
- 28: INCEIPL $4
-
- 0xFF3FD20: 916C0000 stw r11,0(r12)
- 29: GETL R11, t24
- 30: GETL R12, t26
- 31: STL t24, (t26)
- 32: INCEIPL $4
-
- 0xFF3FD24: 934B0010 stw r26,16(r11)
- 33: GETL R26, t28
- 34: GETL R11, t30
- 35: ADDL $0x10, t30
- 36: STL t28, (t30)
- 37: INCEIPL $4
-
- 0xFF3FD28: 3B400000 li r26,0
- 38: MOVL $0x0, t32
- 39: PUTL t32, R26
- 40: INCEIPL $4
-
- 0xFF3FD2C: 7C0004AC sync
- 41: INCEIPL $4
-
- 0xFF3FD30: 7C60F828 lwarx r3,r0,r31
- 42: GETL R31, t34
- 43: LOCKo
- 44: LDL (t34), t36
- 45: PUTL t36, R3
- 46: INCEIPL $4
-
- 0xFF3FD34: 7F40F92D stwcx. r26,r0,r31
- 47: GETL R31, t38
- 48: GETL R26, t40
- 49: LOCKo
- 50: STL t40, (t38) (-rSo)
- 51: ICRFL cr, $0x0, CR
- 52: INCEIPL $4
-
- 0xFF3FD38: 40A2FFF8 bc 5,2,0xFF3FD30
- 53: Jc02o $0xFF3FD30
-
-
-
-. 1752 FF3FD08 52
-. 81 9E 1C D4 93 AB 00 04 83 2C 00 00 93 8B 00 08 93 23 00 04 93 6B 00 0C 91 6C 00 00 93 4B 00 10 3B 40 00 00 7C 00 04 AC 7C 60 F8 28 7F 40 F9 2D 40 A2 FF F8
-==== BB 1753 (0xFF3FD3C) approx BBs exec'd 0 ====
-
- 0xFF3FD3C: 2C030001 cmpi cr0,r3,1
- 0: GETL R3, t0
- 1: MOVL $0x1, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0xFF3FD40: 418100A4 bc 12,1,0xFF3FDE4
- 5: Js01o $0xFF3FDE4
-
-
-
-. 1753 FF3FD3C 8
-. 2C 03 00 01 41 81 00 A4
-==== BB 1754 (0xFF3FD44) approx BBs exec'd 0 ====
-
- 0xFF3FD44: 409A0034 bc 4,26,0xFF3FD78
- 0: Jc26o $0xFF3FD78
-
-
-
-. 1754 FF3FD44 4
-. 40 9A 00 34
-==== BB 1755 (0xFF3FD78) approx BBs exec'd 0 ====
-
- 0xFF3FD78: 83610034 lwz r27,52(r1)
- 0: GETL R1, t0
- 1: ADDL $0x34, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R27
- 4: INCEIPL $4
-
- 0xFF3FD7C: 38600000 li r3,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFF3FD80: 83210014 lwz r25,20(r1)
- 8: GETL R1, t6
- 9: ADDL $0x14, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R25
- 12: INCEIPL $4
-
- 0xFF3FD84: 7F6803A6 mtlr r27
- 13: GETL R27, t10
- 14: PUTL t10, LR
- 15: INCEIPL $4
-
- 0xFF3FD88: 83410018 lwz r26,24(r1)
- 16: GETL R1, t12
- 17: ADDL $0x18, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R26
- 20: INCEIPL $4
-
- 0xFF3FD8C: 8361001C lwz r27,28(r1)
- 21: GETL R1, t16
- 22: ADDL $0x1C, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R27
- 25: INCEIPL $4
-
- 0xFF3FD90: 83810020 lwz r28,32(r1)
- 26: GETL R1, t20
- 27: ADDL $0x20, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R28
- 30: INCEIPL $4
-
- 0xFF3FD94: 83A10024 lwz r29,36(r1)
- 31: GETL R1, t24
- 32: ADDL $0x24, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R29
- 35: INCEIPL $4
-
- 0xFF3FD98: 83C10028 lwz r30,40(r1)
- 36: GETL R1, t28
- 37: ADDL $0x28, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R30
- 40: INCEIPL $4
-
- 0xFF3FD9C: 83E1002C lwz r31,44(r1)
- 41: GETL R1, t32
- 42: ADDL $0x2C, t32
- 43: LDL (t32), t34
- 44: PUTL t34, R31
- 45: INCEIPL $4
-
- 0xFF3FDA0: 38210030 addi r1,r1,48
- 46: GETL R1, t36
- 47: ADDL $0x30, t36
- 48: PUTL t36, R1
- 49: INCEIPL $4
-
- 0xFF3FDA4: 4E800020 blr
- 50: GETL LR, t38
- 51: JMPo-r t38 ($4)
-
-
-
-. 1755 FF3FD78 48
-. 83 61 00 34 38 60 00 00 83 21 00 14 7F 68 03 A6 83 41 00 18 83 61 00 1C 83 81 00 20 83 A1 00 24 83 C1 00 28 83 E1 00 2C 38 21 00 30 4E 80 00 20
-==== BB 1756 (0xFED2764) approx BBs exec'd 0 ====
-
- 0xFED2764: 813A0000 lwz r9,0(r26)
- 0: GETL R26, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0xFED2768: 819E1D70 lwz r12,7536(r30)
- 4: GETL R30, t4
- 5: ADDL $0x1D70, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R12
- 8: INCEIPL $4
-
- 0xFED276C: 2F890000 cmpi cr7,r9,0
- 9: GETL R9, t8
- 10: CMP0L t8, t10 (-rSo)
- 11: ICRFL t10, $0x7, CR
- 12: INCEIPL $4
-
- 0xFED2770: 83EC0000 lwz r31,0(r12)
- 13: GETL R12, t12
- 14: LDL (t12), t14
- 15: PUTL t14, R31
- 16: INCEIPL $4
-
- 0xFED2774: 419E0068 bc 12,30,0xFED27DC
- 17: Js30o $0xFED27DC
-
-
-
-. 1756 FED2764 20
-. 81 3A 00 00 81 9E 1D 70 2F 89 00 00 83 EC 00 00 41 9E 00 68
-==== BB 1757 (0xFED2778) approx BBs exec'd 0 ====
-
- 0xFED2778: 7D204B78 or r0,r9,r9
- 0: GETL R9, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFED277C: 3B410024 addi r26,r1,36
- 3: GETL R1, t2
- 4: ADDL $0x24, t2
- 5: PUTL t2, R26
- 6: INCEIPL $4
-
- 0xFED2780: 91210024 stw r9,36(r1)
- 7: GETL R9, t4
- 8: GETL R1, t6
- 9: ADDL $0x24, t6
- 10: STL t4, (t6)
- 11: INCEIPL $4
-
- 0xFED2784: 7C090378 or r9,r0,r0
- 12: GETL R0, t8
- 13: PUTL t8, R9
- 14: INCEIPL $4
-
- 0xFED2788: 3BA00000 li r29,0
- 15: MOVL $0x0, t10
- 16: PUTL t10, R29
- 17: INCEIPL $4
-
- 0xFED278C: 81690000 lwz r11,0(r9)
- 18: GETL R9, t12
- 19: LDL (t12), t14
- 20: PUTL t14, R11
- 21: INCEIPL $4
-
- 0xFED2790: 2C0B0000 cmpi cr0,r11,0
- 22: GETL R11, t16
- 23: CMP0L t16, t18 (-rSo)
- 24: ICRFL t18, $0x0, CR
- 25: INCEIPL $4
-
- 0xFED2794: 4182001C bc 12,2,0xFED27B0
- 26: Js02o $0xFED27B0
-
-
-
-. 1757 FED2778 32
-. 7D 20 4B 78 3B 41 00 24 91 21 00 24 7C 09 03 78 3B A0 00 00 81 69 00 00 2C 0B 00 00 41 82 00 1C
-==== BB 1758 (0xFED2798) approx BBs exec'd 0 ====
-
- 0xFED2798: 88AB0000 lbz r5,0(r11)
- 0: GETL R11, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R5
- 3: INCEIPL $4
-
- 0xFED279C: 2C85004D cmpi cr1,r5,77
- 4: GETL R5, t4
- 5: MOVL $0x4D, t8
- 6: CMPL t4, t8, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0xFED27A0: 418600C0 bc 12,6,0xFED2860
- 9: Js06o $0xFED2860
-
-
-
-. 1758 FED2798 12
-. 88 AB 00 00 2C 85 00 4D 41 86 00 C0
-==== BB 1759 (0xFED27A4) approx BBs exec'd 0 ====
-
- 0xFED27A4: 85690004 lwzu r11,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R9
- 3: LDL (t0), t2
- 4: PUTL t2, R11
- 5: INCEIPL $4
-
- 0xFED27A8: 2C0B0000 cmpi cr0,r11,0
- 6: GETL R11, t4
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0xFED27AC: 4082FFEC bc 4,2,0xFED2798
- 10: Jc02o $0xFED2798
-
-
-
-. 1759 FED27A4 12
-. 85 69 00 04 2C 0B 00 00 40 82 FF EC
-==== BB 1760 (0xFED2860) approx BBs exec'd 0 ====
-
- 0xFED2860: 88CB0001 lbz r6,1(r11)
- 0: GETL R11, t0
- 1: ADDL $0x1, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0xFED2864: 2F060041 cmpi cr6,r6,65
- 5: GETL R6, t4
- 6: MOVL $0x41, t8
- 7: CMPL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x6, CR
- 9: INCEIPL $4
-
- 0xFED2868: 409AFF3C bc 4,26,0xFED27A4
- 10: Jc26o $0xFED27A4
-
-
-
-. 1760 FED2860 12
-. 88 CB 00 01 2F 06 00 41 40 9A FF 3C
-==== BB 1761 (0xFED286C) approx BBs exec'd 0 ====
-
- 0xFED286C: 88EB0002 lbz r7,2(r11)
- 0: GETL R11, t0
- 1: ADDL $0x2, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0xFED2870: 2F87004C cmpi cr7,r7,76
- 5: GETL R7, t4
- 6: MOVL $0x4C, t8
- 7: CMPL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x7, CR
- 9: INCEIPL $4
-
- 0xFED2874: 409EFF30 bc 4,30,0xFED27A4
- 10: Jc30o $0xFED27A4
-
-
-
-. 1761 FED286C 12
-. 88 EB 00 02 2F 87 00 4C 40 9E FF 30
-==== BB 1762 (0xFED27B0) approx BBs exec'd 0 ====
-
- 0xFED27B0: 2C1D0000 cmpi cr0,r29,0
- 0: GETL R29, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0xFED27B4: 4082011C bc 4,2,0xFED28D0
- 4: Jc02o $0xFED28D0
-
-
-
-. 1762 FED27B0 8
-. 2C 1D 00 00 40 82 01 1C
-==== BB 1763 (0xFED27B8) approx BBs exec'd 0 ====
-
- 0xFED27B8: 2F9C0000 cmpi cr7,r28,0
- 0: GETL R28, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xFED27BC: 419E0020 bc 12,30,0xFED27DC
- 4: Js30o $0xFED27DC
-
-
-
-. 1763 FED27B8 8
-. 2F 9C 00 00 41 9E 00 20
-==== BB 1764 (0xFED27DC) approx BBs exec'd 0 ====
-
- 0xFED27DC: 835E1A88 lwz r26,6792(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1A88, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0xFED27E0: 813A0000 lwz r9,0(r26)
- 5: GETL R26, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R9
- 8: INCEIPL $4
-
- 0xFED27E4: 2F090000 cmpi cr6,r9,0
- 9: GETL R9, t8
- 10: CMP0L t8, t10 (-rSo)
- 11: ICRFL t10, $0x6, CR
- 12: INCEIPL $4
-
- 0xFED27E8: 409A0064 bc 4,26,0xFED284C
- 13: Jc26o $0xFED284C
-
-
-
-. 1764 FED27DC 16
-. 83 5E 1A 88 81 3A 00 00 2F 09 00 00 40 9A 00 64
-==== BB 1765 (0xFED27EC) approx BBs exec'd 0 ====
-
- 0xFED27EC: 3B800001 li r28,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R28
- 2: INCEIPL $4
-
- 0xFED27F0: 939B0000 stw r28,0(r27)
- 3: GETL R28, t2
- 4: GETL R27, t4
- 5: STL t2, (t4)
- 6: INCEIPL $4
-
- 0xFED27F4: 83610054 lwz r27,84(r1)
- 7: GETL R1, t6
- 8: ADDL $0x54, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R27
- 11: INCEIPL $4
-
- 0xFED27F8: 83410038 lwz r26,56(r1)
- 12: GETL R1, t10
- 13: ADDL $0x38, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R26
- 16: INCEIPL $4
-
- 0xFED27FC: 7F6803A6 mtlr r27
- 17: GETL R27, t14
- 18: PUTL t14, LR
- 19: INCEIPL $4
-
- 0xFED2800: 83810040 lwz r28,64(r1)
- 20: GETL R1, t16
- 21: ADDL $0x40, t16
- 22: LDL (t16), t18
- 23: PUTL t18, R28
- 24: INCEIPL $4
-
- 0xFED2804: 8361003C lwz r27,60(r1)
- 25: GETL R1, t20
- 26: ADDL $0x3C, t20
- 27: LDL (t20), t22
- 28: PUTL t22, R27
- 29: INCEIPL $4
-
- 0xFED2808: 83A10044 lwz r29,68(r1)
- 30: GETL R1, t24
- 31: ADDL $0x44, t24
- 32: LDL (t24), t26
- 33: PUTL t26, R29
- 34: INCEIPL $4
-
- 0xFED280C: 83C10048 lwz r30,72(r1)
- 35: GETL R1, t28
- 36: ADDL $0x48, t28
- 37: LDL (t28), t30
- 38: PUTL t30, R30
- 39: INCEIPL $4
-
- 0xFED2810: 83E1004C lwz r31,76(r1)
- 40: GETL R1, t32
- 41: ADDL $0x4C, t32
- 42: LDL (t32), t34
- 43: PUTL t34, R31
- 44: INCEIPL $4
-
- 0xFED2814: 38210050 addi r1,r1,80
- 45: GETL R1, t36
- 46: ADDL $0x50, t36
- 47: PUTL t36, R1
- 48: INCEIPL $4
-
- 0xFED2818: 4E800020 blr
- 49: GETL LR, t38
- 50: JMPo-r t38 ($4)
-
-
-
-. 1765 FED27EC 48
-. 3B 80 00 01 93 9B 00 00 83 61 00 54 83 41 00 38 7F 68 03 A6 83 81 00 40 83 61 00 3C 83 A1 00 44 83 C1 00 48 83 E1 00 4C 38 21 00 50 4E 80 00 20
-==== BB 1766 (0xFED2A9C) approx BBs exec'd 0 ====
-
- 0xFED2A9C: 80010024 lwz r0,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFED2AA0: 83C10018 lwz r30,24(r1)
- 5: GETL R1, t4
- 6: ADDL $0x18, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R30
- 9: INCEIPL $4
-
- 0xFED2AA4: 7FA3EB78 or r3,r29,r29
- 10: GETL R29, t8
- 11: PUTL t8, R3
- 12: INCEIPL $4
-
- 0xFED2AA8: 83E1001C lwz r31,28(r1)
- 13: GETL R1, t10
- 14: ADDL $0x1C, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R31
- 17: INCEIPL $4
-
- 0xFED2AAC: 7C0803A6 mtlr r0
- 18: GETL R0, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0xFED2AB0: 83A10014 lwz r29,20(r1)
- 21: GETL R1, t16
- 22: ADDL $0x14, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R29
- 25: INCEIPL $4
-
- 0xFED2AB4: 38210020 addi r1,r1,32
- 26: GETL R1, t20
- 27: ADDL $0x20, t20
- 28: PUTL t20, R1
- 29: INCEIPL $4
-
- 0xFED2AB8: 4BFFEE28 b 0xFED18E0
- 30: JMPo $0xFED18E0 ($4)
-
-
-
-. 1766 FED2A9C 32
-. 80 01 00 24 83 C1 00 18 7F A3 EB 78 83 E1 00 1C 7C 08 03 A6 83 A1 00 14 38 21 00 20 4B FF EE 28
-==== BB 1767 (0xFED1958) approx BBs exec'd 0 ====
-
- 0xFED1958: 809E0600 lwz r4,1536(r30)
- 0: GETL R30, t0
- 1: ADDL $0x600, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFED195C: 7C641214 add r3,r4,r2
- 5: GETL R4, t4
- 6: GETL R2, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0xFED1960: 83E30000 lwz r31,0(r3)
- 10: GETL R3, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R31
- 13: INCEIPL $4
-
- 0xFED1964: 2C1F0000 cmpi cr0,r31,0
- 14: GETL R31, t12
- 15: CMP0L t12, t14 (-rSo)
- 16: ICRFL t14, $0x0, CR
- 17: INCEIPL $4
-
- 0xFED1968: 41820090 bc 12,2,0xFED19F8
- 18: Js02o $0xFED19F8
-
-
-
-. 1767 FED1958 20
-. 80 9E 06 00 7C 64 12 14 83 E3 00 00 2C 1F 00 00 41 82 00 90
-==== BB 1768 (0xFED196C) approx BBs exec'd 0 ====
-
- 0xFED196C: 38E00001 li r7,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R7
- 2: INCEIPL $4
-
- 0xFED1970: 7CC0F828 lwarx r6,r0,r31
- 3: GETL R31, t2
- 4: LOCKo
- 5: LDL (t2), t4
- 6: PUTL t4, R6
- 7: INCEIPL $4
-
- 0xFED1974: 2C060000 cmpi cr0,r6,0
- 8: GETL R6, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x0, CR
- 11: INCEIPL $4
-
- 0xFED1978: 4082000C bc 4,2,0xFED1984
- 12: Jc02o $0xFED1984
-
-
-
-. 1768 FED196C 16
-. 38 E0 00 01 7C C0 F8 28 2C 06 00 00 40 82 00 0C
-==== BB 1769 (0xFED197C) approx BBs exec'd 0 ====
-
- 0xFED197C: 7CE0F92D stwcx. r7,r0,r31
- 0: GETL R31, t0
- 1: GETL R7, t2
- 2: LOCKo
- 3: STL t2, (t0) (-rSo)
- 4: ICRFL cr, $0x0, CR
- 5: INCEIPL $4
-
- 0xFED1980: 40A2FFF0 bc 5,2,0xFED1970
- 6: Jc02o $0xFED1970
-
-
-
-. 1769 FED197C 8
-. 7C E0 F9 2D 40 A2 FF F0
-==== BB 1770 (0xFED1970) approx BBs exec'd 0 ====
-
- 0xFED1970: 7CC0F828 lwarx r6,r0,r31
- 0: GETL R31, t0
- 1: LOCKo
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0xFED1974: 2C060000 cmpi cr0,r6,0
- 5: GETL R6, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0xFED1978: 4082000C bc 4,2,0xFED1984
- 9: Jc02o $0xFED1984
-
-
-
-. 1770 FED1970 12
-. 7C C0 F8 28 2C 06 00 00 40 82 00 0C
-==== BB 1771 (0xFED1984) approx BBs exec'd 0 ====
-
- 0xFED1984: 4C00012C 0: INCEIPL $4
-
- 0xFED1988: 2C860000 cmpi cr1,r6,0
- 1: GETL R6, t0
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0xFED198C: 4086006C bc 4,6,0xFED19F8
- 5: Jc06o $0xFED19F8
-
-
-
-. 1771 FED1984 12
-. 4C 00 01 2C 2C 86 00 00 40 86 00 6C
-==== BB 1772 (0xFED1990) approx BBs exec'd 0 ====
-
- 0xFED1990: 2F1F0000 cmpi cr6,r31,0
- 0: GETL R31, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0xFED1994: 38600000 li r3,0
- 4: MOVL $0x0, t4
- 5: PUTL t4, R3
- 6: INCEIPL $4
-
- 0xFED1998: 41BAFF98 bc 13,26,0xFED1930
- 7: Js26o $0xFED1930
-
-
-
-. 1772 FED1990 12
-. 2F 1F 00 00 38 60 00 00 41 BA FF 98
-==== BB 1773 (0xFED199C) approx BBs exec'd 0 ====
-
- 0xFED199C: 7FE3FB78 or r3,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFED19A0: 7FA4EB78 or r4,r29,r29
- 3: GETL R29, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0xFED19A4: 4BFFDC39 bl 0xFECF5DC
- 6: MOVL $0xFED19A8, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0xFECF5DC ($4)
-
-
-
-. 1773 FED199C 12
-. 7F E3 FB 78 7F A4 EB 78 4B FF DC 39
-==== BB 1774 _int_malloc(0xFECF5DC) approx BBs exec'd 0 ====
-
- 0xFECF5DC: 3800FFDF li r0,-33
- 0: MOVL $0xFFFFFFDF, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFECF5E0: 7D800026 mfcr r12
- 3: GETL CR, t2
- 4: PUTL t2, R12
- 5: INCEIPL $4
-
- 0xFECF5E4: 7F840040 cmpl cr7,r4,r0
- 6: GETL R4, t4
- 7: GETL R0, t6
- 8: CMPUL t4, t6, t8 (-rSo)
- 9: ICRFL t8, $0x7, CR
- 10: INCEIPL $4
-
- 0xFECF5E8: 7CA802A6 mflr r5
- 11: GETL LR, t10
- 12: PUTL t10, R5
- 13: INCEIPL $4
-
- 0xFECF5EC: 9421FF90 stwu r1,-112(r1)
- 14: GETL R1, t12
- 15: GETL R1, t14
- 16: ADDL $0xFFFFFF90, t14
- 17: PUTL t14, R1
- 18: STL t12, (t14)
- 19: INCEIPL $4
-
- 0xFECF5F0: 480D8861 bl 0xFFA7E50
- 20: MOVL $0xFECF5F4, t16
- 21: PUTL t16, LR
- 22: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 1774 FECF5DC 24
-. 38 00 FF DF 7D 80 00 26 7F 84 00 40 7C A8 02 A6 94 21 FF 90 48 0D 88 61
-==== BB 1775 (0xFECF5F4) approx BBs exec'd 0 ====
-
- 0xFECF5F4: 93810060 stw r28,96(r1)
- 0: GETL R28, t0
- 1: GETL R1, t2
- 2: ADDL $0x60, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFECF5F8: 7C7C1B78 or r28,r3,r3
- 5: GETL R3, t4
- 6: PUTL t4, R28
- 7: INCEIPL $4
-
- 0xFECF5FC: 93C10068 stw r30,104(r1)
- 8: GETL R30, t6
- 9: GETL R1, t8
- 10: ADDL $0x68, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFECF600: 7FC802A6 mflr r30
- 13: GETL LR, t10
- 14: PUTL t10, R30
- 15: INCEIPL $4
-
- 0xFECF604: 91C10028 stw r14,40(r1)
- 16: GETL R14, t12
- 17: GETL R1, t14
- 18: ADDL $0x28, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0xFECF608: 91E1002C stw r15,44(r1)
- 21: GETL R15, t16
- 22: GETL R1, t18
- 23: ADDL $0x2C, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFECF60C: 92010030 stw r16,48(r1)
- 26: GETL R16, t20
- 27: GETL R1, t22
- 28: ADDL $0x30, t22
- 29: STL t20, (t22)
- 30: INCEIPL $4
-
- 0xFECF610: 92210034 stw r17,52(r1)
- 31: GETL R17, t24
- 32: GETL R1, t26
- 33: ADDL $0x34, t26
- 34: STL t24, (t26)
- 35: INCEIPL $4
-
- 0xFECF614: 92410038 stw r18,56(r1)
- 36: GETL R18, t28
- 37: GETL R1, t30
- 38: ADDL $0x38, t30
- 39: STL t28, (t30)
- 40: INCEIPL $4
-
- 0xFECF618: 9261003C stw r19,60(r1)
- 41: GETL R19, t32
- 42: GETL R1, t34
- 43: ADDL $0x3C, t34
- 44: STL t32, (t34)
- 45: INCEIPL $4
-
- 0xFECF61C: 92810040 stw r20,64(r1)
- 46: GETL R20, t36
- 47: GETL R1, t38
- 48: ADDL $0x40, t38
- 49: STL t36, (t38)
- 50: INCEIPL $4
-
- 0xFECF620: 92A10044 stw r21,68(r1)
- 51: GETL R21, t40
- 52: GETL R1, t42
- 53: ADDL $0x44, t42
- 54: STL t40, (t42)
- 55: INCEIPL $4
-
- 0xFECF624: 92C10048 stw r22,72(r1)
- 56: GETL R22, t44
- 57: GETL R1, t46
- 58: ADDL $0x48, t46
- 59: STL t44, (t46)
- 60: INCEIPL $4
-
- 0xFECF628: 92E1004C stw r23,76(r1)
- 61: GETL R23, t48
- 62: GETL R1, t50
- 63: ADDL $0x4C, t50
- 64: STL t48, (t50)
- 65: INCEIPL $4
-
- 0xFECF62C: 93010050 stw r24,80(r1)
- 66: GETL R24, t52
- 67: GETL R1, t54
- 68: ADDL $0x50, t54
- 69: STL t52, (t54)
- 70: INCEIPL $4
-
- 0xFECF630: 93210054 stw r25,84(r1)
- 71: GETL R25, t56
- 72: GETL R1, t58
- 73: ADDL $0x54, t58
- 74: STL t56, (t58)
- 75: INCEIPL $4
-
- 0xFECF634: 93410058 stw r26,88(r1)
- 76: GETL R26, t60
- 77: GETL R1, t62
- 78: ADDL $0x58, t62
- 79: STL t60, (t62)
- 80: INCEIPL $4
-
- 0xFECF638: 9361005C stw r27,92(r1)
- 81: GETL R27, t64
- 82: GETL R1, t66
- 83: ADDL $0x5C, t66
- 84: STL t64, (t66)
- 85: INCEIPL $4
-
- 0xFECF63C: 93A10064 stw r29,100(r1)
- 86: GETL R29, t68
- 87: GETL R1, t70
- 88: ADDL $0x64, t70
- 89: STL t68, (t70)
- 90: INCEIPL $4
-
- 0xFECF640: 93E1006C stw r31,108(r1)
- 91: GETL R31, t72
- 92: GETL R1, t74
- 93: ADDL $0x6C, t74
- 94: STL t72, (t74)
- 95: INCEIPL $4
-
- 0xFECF644: 90A10074 stw r5,116(r1)
- 96: GETL R5, t76
- 97: GETL R1, t78
- 98: ADDL $0x74, t78
- 99: STL t76, (t78)
- 100: INCEIPL $4
-
- 0xFECF648: 91810024 stw r12,36(r1)
- 101: GETL R12, t80
- 102: GETL R1, t82
- 103: ADDL $0x24, t82
- 104: STL t80, (t82)
- 105: INCEIPL $4
-
- 0xFECF64C: 419D0490 bc 12,29,0xFECFADC
- 106: Js29o $0xFECFADC
-
-
-
-. 1775 FECF5F4 92
-. 93 81 00 60 7C 7C 1B 78 93 C1 00 68 7F C8 02 A6 91 C1 00 28 91 E1 00 2C 92 01 00 30 92 21 00 34 92 41 00 38 92 61 00 3C 92 81 00 40 92 A1 00 44 92 C1 00 48 92 E1 00 4C 93 01 00 50 93 21 00 54 93 41 00 58 93 61 00 5C 93 A1 00 64 93 E1 00 6C 90 A1 00 74 91 81 00 24 41 9D 04 90
-==== BB 1776 (0xFECF650) approx BBs exec'd 0 ====
-
- 0xFECF650: 3864000B addi r3,r4,11
- 0: GETL R4, t0
- 1: ADDL $0xB, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0xFECF654: 2803000F cmpli cr0,r3,15
- 4: GETL R3, t2
- 5: MOVL $0xF, t6
- 6: CMPUL t2, t6, t4 (-rSo)
- 7: ICRFL t4, $0x0, CR
- 8: INCEIPL $4
-
- 0xFECF658: 54790038 rlwinm r25,r3,0,0,28
- 9: GETL R3, t8
- 10: ANDL $0xFFFFFFF8, t8
- 11: PUTL t8, R25
- 12: INCEIPL $4
-
- 0xFECF65C: 408100B8 bc 4,1,0xFECF714
- 13: Jc01o $0xFECF714
-
-
-
-. 1776 FECF650 16
-. 38 64 00 0B 28 03 00 0F 54 79 00 38 40 81 00 B8
-==== BB 1777 (0xFECF660) approx BBs exec'd 0 ====
-
- 0xFECF660: 815C0004 lwz r10,4(r28)
- 0: GETL R28, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0xFECF664: 7C8AC840 cmpl cr1,r10,r25
- 5: GETL R10, t4
- 6: GETL R25, t6
- 7: CMPUL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x1, CR
- 9: INCEIPL $4
-
- 0xFECF668: 418400BC bc 12,4,0xFECF724
- 10: Js04o $0xFECF724
-
-
-
-. 1777 FECF660 12
-. 81 5C 00 04 7C 8A C8 40 41 84 00 BC
-==== BB 1778 (0xFECF724) approx BBs exec'd 0 ====
-
- 0xFECF724: 2B9901FF cmpli cr7,r25,511
- 0: GETL R25, t0
- 1: MOVL $0x1FF, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFECF728: 419D0060 bc 12,29,0xFECF788
- 5: Js29o $0xFECF788
-
-
-
-. 1778 FECF724 8
-. 2B 99 01 FF 41 9D 00 60
-==== BB 1779 (0xFECF72C) approx BBs exec'd 0 ====
-
- 0xFECF72C: 7E59E214 add r18,r25,r28
- 0: GETL R25, t0
- 1: GETL R28, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R18
- 4: INCEIPL $4
-
- 0xFECF730: 5738E8FE rlwinm r24,r25,29,3,31
- 5: GETL R25, t4
- 6: SHRL $0x3, t4
- 7: PUTL t4, R24
- 8: INCEIPL $4
-
- 0xFECF734: 39520030 addi r10,r18,48
- 9: GETL R18, t6
- 10: ADDL $0x30, t6
- 11: PUTL t6, R10
- 12: INCEIPL $4
-
- 0xFECF738: 806A000C lwz r3,12(r10)
- 13: GETL R10, t8
- 14: ADDL $0xC, t8
- 15: LDL (t8), t10
- 16: PUTL t10, R3
- 17: INCEIPL $4
-
- 0xFECF73C: 7C835000 cmp cr1,r3,r10
- 18: GETL R3, t12
- 19: GETL R10, t14
- 20: CMPL t12, t14, t16 (-rSo)
- 21: ICRFL t16, $0x1, CR
- 22: INCEIPL $4
-
- 0xFECF740: 41860060 bc 12,6,0xFECF7A0
- 23: Js06o $0xFECF7A0
-
-
-
-. 1779 FECF72C 24
-. 7E 59 E2 14 57 38 E8 FE 39 52 00 30 80 6A 00 0C 7C 83 50 00 41 86 00 60
-==== BB 1780 (0xFECF744) approx BBs exec'd 0 ====
-
- 0xFECF744: 2D830000 cmpi cr3,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x3, CR
- 3: INCEIPL $4
-
- 0xFECF748: 418E0220 bc 12,14,0xFECF968
- 4: Js14o $0xFECF968
-
-
-
-. 1780 FECF744 8
-. 2D 83 00 00 41 8E 02 20
-==== BB 1781 (0xFECF968) approx BBs exec'd 0 ====
-
- 0xFECF968: 7F83E378 or r3,r28,r28
- 0: GETL R28, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFECF96C: 4BFFEB59 bl 0xFECE4C4
- 3: MOVL $0xFECF970, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0xFECE4C4 ($4)
-
-
-
-. 1781 FECF968 8
-. 7F 83 E3 78 4B FF EB 59
-==== BB 1782 malloc_consolidate(0xFECE4C4) approx BBs exec'd 0 ====
-
- 0xFECE4C4: 7C8802A6 mflr r4
- 0: GETL LR, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0xFECE4C8: 9421FF90 stwu r1,-112(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFF90, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFECE4CC: 480D9985 bl 0xFFA7E50
- 9: MOVL $0xFECE4D0, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 1782 FECE4C4 12
-. 7C 88 02 A6 94 21 FF 90 48 0D 99 85
-==== BB 1783 (0xFECE4D0) approx BBs exec'd 0 ====
-
- 0xFECE4D0: 3800007F li r0,127
- 0: MOVL $0x7F, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFECE4D4: 93010050 stw r24,80(r1)
- 3: GETL R24, t2
- 4: GETL R1, t4
- 5: ADDL $0x50, t4
- 6: STL t2, (t4)
- 7: INCEIPL $4
-
- 0xFECE4D8: 39230038 addi r9,r3,56
- 8: GETL R3, t6
- 9: ADDL $0x38, t6
- 10: PUTL t6, R9
- 11: INCEIPL $4
-
- 0xFECE4DC: 90810074 stw r4,116(r1)
- 12: GETL R4, t8
- 13: GETL R1, t10
- 14: ADDL $0x74, t10
- 15: STL t8, (t10)
- 16: INCEIPL $4
-
- 0xFECE4E0: 7C781B78 or r24,r3,r3
- 17: GETL R3, t12
- 18: PUTL t12, R24
- 19: INCEIPL $4
-
- 0xFECE4E4: 81630004 lwz r11,4(r3)
- 20: GETL R3, t14
- 21: ADDL $0x4, t14
- 22: LDL (t14), t16
- 23: PUTL t16, R11
- 24: INCEIPL $4
-
- 0xFECE4E8: 7C0903A6 mtctr r0
- 25: GETL R0, t18
- 26: PUTL t18, CTR
- 27: INCEIPL $4
-
- 0xFECE4EC: 93C10068 stw r30,104(r1)
- 28: GETL R30, t20
- 29: GETL R1, t22
- 30: ADDL $0x68, t22
- 31: STL t20, (t22)
- 32: INCEIPL $4
-
- 0xFECE4F0: 2F8B0000 cmpi cr7,r11,0
- 33: GETL R11, t24
- 34: CMP0L t24, t26 (-rSo)
- 35: ICRFL t26, $0x7, CR
- 36: INCEIPL $4
-
- 0xFECE4F4: 91C10028 stw r14,40(r1)
- 37: GETL R14, t28
- 38: GETL R1, t30
- 39: ADDL $0x28, t30
- 40: STL t28, (t30)
- 41: INCEIPL $4
-
- 0xFECE4F8: 91E1002C stw r15,44(r1)
- 42: GETL R15, t32
- 43: GETL R1, t34
- 44: ADDL $0x2C, t34
- 45: STL t32, (t34)
- 46: INCEIPL $4
-
- 0xFECE4FC: 7FC802A6 mflr r30
- 47: GETL LR, t36
- 48: PUTL t36, R30
- 49: INCEIPL $4
-
- 0xFECE500: 92010030 stw r16,48(r1)
- 50: GETL R16, t38
- 51: GETL R1, t40
- 52: ADDL $0x30, t40
- 53: STL t38, (t40)
- 54: INCEIPL $4
-
- 0xFECE504: 92210034 stw r17,52(r1)
- 55: GETL R17, t42
- 56: GETL R1, t44
- 57: ADDL $0x34, t44
- 58: STL t42, (t44)
- 59: INCEIPL $4
-
- 0xFECE508: 92410038 stw r18,56(r1)
- 60: GETL R18, t46
- 61: GETL R1, t48
- 62: ADDL $0x38, t48
- 63: STL t46, (t48)
- 64: INCEIPL $4
-
- 0xFECE50C: 9261003C stw r19,60(r1)
- 65: GETL R19, t50
- 66: GETL R1, t52
- 67: ADDL $0x3C, t52
- 68: STL t50, (t52)
- 69: INCEIPL $4
-
- 0xFECE510: 92810040 stw r20,64(r1)
- 70: GETL R20, t54
- 71: GETL R1, t56
- 72: ADDL $0x40, t56
- 73: STL t54, (t56)
- 74: INCEIPL $4
-
- 0xFECE514: 92A10044 stw r21,68(r1)
- 75: GETL R21, t58
- 76: GETL R1, t60
- 77: ADDL $0x44, t60
- 78: STL t58, (t60)
- 79: INCEIPL $4
-
- 0xFECE518: 92C10048 stw r22,72(r1)
- 80: GETL R22, t62
- 81: GETL R1, t64
- 82: ADDL $0x48, t64
- 83: STL t62, (t64)
- 84: INCEIPL $4
-
- 0xFECE51C: 92E1004C stw r23,76(r1)
- 85: GETL R23, t66
- 86: GETL R1, t68
- 87: ADDL $0x4C, t68
- 88: STL t66, (t68)
- 89: INCEIPL $4
-
- 0xFECE520: 93210054 stw r25,84(r1)
- 90: GETL R25, t70
- 91: GETL R1, t72
- 92: ADDL $0x54, t72
- 93: STL t70, (t72)
- 94: INCEIPL $4
-
- 0xFECE524: 93410058 stw r26,88(r1)
- 95: GETL R26, t74
- 96: GETL R1, t76
- 97: ADDL $0x58, t76
- 98: STL t74, (t76)
- 99: INCEIPL $4
-
- 0xFECE528: 9361005C stw r27,92(r1)
- 100: GETL R27, t78
- 101: GETL R1, t80
- 102: ADDL $0x5C, t80
- 103: STL t78, (t80)
- 104: INCEIPL $4
-
- 0xFECE52C: 93810060 stw r28,96(r1)
- 105: GETL R28, t82
- 106: GETL R1, t84
- 107: ADDL $0x60, t84
- 108: STL t82, (t84)
- 109: INCEIPL $4
-
- 0xFECE530: 93A10064 stw r29,100(r1)
- 110: GETL R29, t86
- 111: GETL R1, t88
- 112: ADDL $0x64, t88
- 113: STL t86, (t88)
- 114: INCEIPL $4
-
- 0xFECE534: 93E1006C stw r31,108(r1)
- 115: GETL R31, t90
- 116: GETL R1, t92
- 117: ADDL $0x6C, t92
- 118: STL t90, (t92)
- 119: INCEIPL $4
-
- 0xFECE538: 419E0128 bc 12,30,0xFECE660
- 120: Js30o $0xFECE660
-
-
-
-. 1783 FECE4D0 108
-. 38 00 00 7F 93 01 00 50 39 23 00 38 90 81 00 74 7C 78 1B 78 81 63 00 04 7C 09 03 A6 93 C1 00 68 2F 8B 00 00 91 C1 00 28 91 E1 00 2C 7F C8 02 A6 92 01 00 30 92 21 00 34 92 41 00 38 92 61 00 3C 92 81 00 40 92 A1 00 44 92 C1 00 48 92 E1 00 4C 93 21 00 54 93 41 00 58 93 61 00 5C 93 81 00 60 93 A1 00 64 93 E1 00 6C 41 9E 01 28
-==== BB 1784 (0xFECE660) approx BBs exec'd 0 ====
-
- 0xFECE660: 9129000C stw r9,12(r9)
- 0: GETL R9, t0
- 1: GETL R9, t2
- 2: ADDL $0xC, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFECE664: 91290008 stw r9,8(r9)
- 5: GETL R9, t4
- 6: GETL R9, t6
- 7: ADDL $0x8, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFECE668: 39290008 addi r9,r9,8
- 10: GETL R9, t8
- 11: ADDL $0x8, t8
- 12: PUTL t8, R9
- 13: INCEIPL $4
-
- 0xFECE66C: 4200FFF4 bc 16,0,0xFECE660
- 14: GETL CTR, t10
- 15: ADDL $0xFFFFFFFF, t10
- 16: PUTL t10, CTR
- 17: JIFZL t10, $0xFECE670
- 18: JMPo $0xFECE660 ($4)
-
-
-
-. 1784 FECE660 16
-. 91 29 00 0C 91 29 00 08 39 29 00 08 42 00 FF F4
-==== BB 1785 (0xFECE670) approx BBs exec'd 0 ====
-
- 0xFECE670: 81DE05FC lwz r14,1532(r30)
- 0: GETL R30, t0
- 1: ADDL $0x5FC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R14
- 4: INCEIPL $4
-
- 0xFECE674: 7C987000 cmp cr1,r24,r14
- 5: GETL R24, t4
- 6: GETL R14, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x1, CR
- 9: INCEIPL $4
-
- 0xFECE678: 41860008 bc 12,6,0xFECE680
- 10: Js06o $0xFECE680
-
-
-
-. 1785 FECE670 12
-. 81 DE 05 FC 7C 98 70 00 41 86 00 08
-==== BB 1786 (0xFECE680) approx BBs exec'd 0 ====
-
- 0xFECE680: 557207BC rlwinm r18,r11,0,30,30
- 0: GETL R11, t0
- 1: ANDL $0x2, t0
- 2: PUTL t0, R18
- 3: INCEIPL $4
-
- 0xFECE684: 3A180038 addi r16,r24,56
- 4: GETL R24, t2
- 5: ADDL $0x38, t2
- 6: PUTL t2, R16
- 7: INCEIPL $4
-
- 0xFECE688: 624F0049 ori r15,r18,0x49
- 8: GETL R18, t4
- 9: ORL $0x49, t4
- 10: PUTL t4, R15
- 11: INCEIPL $4
-
- 0xFECE68C: 92180030 stw r16,48(r24)
- 12: GETL R16, t6
- 13: GETL R24, t8
- 14: ADDL $0x30, t8
- 15: STL t6, (t8)
- 16: INCEIPL $4
-
- 0xFECE690: 91F80004 stw r15,4(r24)
- 17: GETL R15, t10
- 18: GETL R24, t12
- 19: ADDL $0x4, t12
- 20: STL t10, (t12)
- 21: INCEIPL $4
-
- 0xFECE694: 82610074 lwz r19,116(r1)
- 22: GETL R1, t14
- 23: ADDL $0x74, t14
- 24: LDL (t14), t16
- 25: PUTL t16, R19
- 26: INCEIPL $4
-
- 0xFECE698: 81C10028 lwz r14,40(r1)
- 27: GETL R1, t18
- 28: ADDL $0x28, t18
- 29: LDL (t18), t20
- 30: PUTL t20, R14
- 31: INCEIPL $4
-
- 0xFECE69C: 7E6803A6 mtlr r19
- 32: GETL R19, t22
- 33: PUTL t22, LR
- 34: INCEIPL $4
-
- 0xFECE6A0: 81E1002C lwz r15,44(r1)
- 35: GETL R1, t24
- 36: ADDL $0x2C, t24
- 37: LDL (t24), t26
- 38: PUTL t26, R15
- 39: INCEIPL $4
-
- 0xFECE6A4: 82010030 lwz r16,48(r1)
- 40: GETL R1, t28
- 41: ADDL $0x30, t28
- 42: LDL (t28), t30
- 43: PUTL t30, R16
- 44: INCEIPL $4
-
- 0xFECE6A8: 82210034 lwz r17,52(r1)
- 45: GETL R1, t32
- 46: ADDL $0x34, t32
- 47: LDL (t32), t34
- 48: PUTL t34, R17
- 49: INCEIPL $4
-
- 0xFECE6AC: 82410038 lwz r18,56(r1)
- 50: GETL R1, t36
- 51: ADDL $0x38, t36
- 52: LDL (t36), t38
- 53: PUTL t38, R18
- 54: INCEIPL $4
-
- 0xFECE6B0: 8261003C lwz r19,60(r1)
- 55: GETL R1, t40
- 56: ADDL $0x3C, t40
- 57: LDL (t40), t42
- 58: PUTL t42, R19
- 59: INCEIPL $4
-
- 0xFECE6B4: 82810040 lwz r20,64(r1)
- 60: GETL R1, t44
- 61: ADDL $0x40, t44
- 62: LDL (t44), t46
- 63: PUTL t46, R20
- 64: INCEIPL $4
-
- 0xFECE6B8: 82A10044 lwz r21,68(r1)
- 65: GETL R1, t48
- 66: ADDL $0x44, t48
- 67: LDL (t48), t50
- 68: PUTL t50, R21
- 69: INCEIPL $4
-
- 0xFECE6BC: 82C10048 lwz r22,72(r1)
- 70: GETL R1, t52
- 71: ADDL $0x48, t52
- 72: LDL (t52), t54
- 73: PUTL t54, R22
- 74: INCEIPL $4
-
- 0xFECE6C0: 82E1004C lwz r23,76(r1)
- 75: GETL R1, t56
- 76: ADDL $0x4C, t56
- 77: LDL (t56), t58
- 78: PUTL t58, R23
- 79: INCEIPL $4
-
- 0xFECE6C4: 83010050 lwz r24,80(r1)
- 80: GETL R1, t60
- 81: ADDL $0x50, t60
- 82: LDL (t60), t62
- 83: PUTL t62, R24
- 84: INCEIPL $4
-
- 0xFECE6C8: 83210054 lwz r25,84(r1)
- 85: GETL R1, t64
- 86: ADDL $0x54, t64
- 87: LDL (t64), t66
- 88: PUTL t66, R25
- 89: INCEIPL $4
-
- 0xFECE6CC: 83410058 lwz r26,88(r1)
- 90: GETL R1, t68
- 91: ADDL $0x58, t68
- 92: LDL (t68), t70
- 93: PUTL t70, R26
- 94: INCEIPL $4
-
- 0xFECE6D0: 8361005C lwz r27,92(r1)
- 95: GETL R1, t72
- 96: ADDL $0x5C, t72
- 97: LDL (t72), t74
- 98: PUTL t74, R27
- 99: INCEIPL $4
-
- 0xFECE6D4: 83810060 lwz r28,96(r1)
- 100: GETL R1, t76
- 101: ADDL $0x60, t76
- 102: LDL (t76), t78
- 103: PUTL t78, R28
- 104: INCEIPL $4
-
- 0xFECE6D8: 83A10064 lwz r29,100(r1)
- 105: GETL R1, t80
- 106: ADDL $0x64, t80
- 107: LDL (t80), t82
- 108: PUTL t82, R29
- 109: INCEIPL $4
-
- 0xFECE6DC: 83C10068 lwz r30,104(r1)
- 110: GETL R1, t84
- 111: ADDL $0x68, t84
- 112: LDL (t84), t86
- 113: PUTL t86, R30
- 114: INCEIPL $4
-
- 0xFECE6E0: 83E1006C lwz r31,108(r1)
- 115: GETL R1, t88
- 116: ADDL $0x6C, t88
- 117: LDL (t88), t90
- 118: PUTL t90, R31
- 119: INCEIPL $4
-
- 0xFECE6E4: 38210070 addi r1,r1,112
- 120: GETL R1, t92
- 121: ADDL $0x70, t92
- 122: PUTL t92, R1
- 123: INCEIPL $4
-
- 0xFECE6E8: 4E800020 blr
- 124: GETL LR, t94
- 125: JMPo-r t94 ($4)
-
-
-
-. 1786 FECE680 108
-. 55 72 07 BC 3A 18 00 38 62 4F 00 49 92 18 00 30 91 F8 00 04 82 61 00 74 81 C1 00 28 7E 68 03 A6 81 E1 00 2C 82 01 00 30 82 21 00 34 82 41 00 38 82 61 00 3C 82 81 00 40 82 A1 00 44 82 C1 00 48 82 E1 00 4C 83 01 00 50 83 21 00 54 83 41 00 58 83 61 00 5C 83 81 00 60 83 A1 00 64 83 C1 00 68 83 E1 00 6C 38 21 00 70 4E 80 00 20
-==== BB 1787 (0xFECF970) approx BBs exec'd 0 ====
-
- 0xFECF970: 4BFFFE30 b 0xFECF7A0
- 0: JMPo $0xFECF7A0 ($4)
-
-
-
-. 1787 FECF970 4
-. 4B FF FE 30
-==== BB 1788 (0xFECF7A0) approx BBs exec'd 0 ====
-
- 0xFECF7A0: 82BE05FC lwz r21,1532(r30)
- 0: GETL R30, t0
- 1: ADDL $0x5FC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R21
- 4: INCEIPL $4
-
- 0xFECF7A4: 63340001 ori r20,r25,0x1
- 5: GETL R25, t4
- 6: ORL $0x1, t4
- 7: PUTL t4, R20
- 8: INCEIPL $4
-
- 0xFECF7A8: 825E0678 lwz r18,1656(r30)
- 9: GETL R30, t6
- 10: ADDL $0x678, t6
- 11: LDL (t6), t8
- 12: PUTL t8, R18
- 13: INCEIPL $4
-
- 0xFECF7AC: 3B5C0038 addi r26,r28,56
- 14: GETL R28, t10
- 15: ADDL $0x38, t10
- 16: PUTL t10, R26
- 17: INCEIPL $4
-
- 0xFECF7B0: 7E1CA800 cmp cr4,r28,r21
- 18: GETL R28, t12
- 19: GETL R21, t14
- 20: CMPL t12, t14, t16 (-rSo)
- 21: ICRFL t16, $0x4, CR
- 22: INCEIPL $4
-
- 0xFECF7B4: 81DE062C lwz r14,1580(r30)
- 23: GETL R30, t18
- 24: ADDL $0x62C, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R14
- 27: INCEIPL $4
-
- 0xFECF7B8: 7EB6AB78 or r22,r21,r21
- 28: GETL R21, t22
- 29: PUTL t22, R22
- 30: INCEIPL $4
-
- 0xFECF7BC: 7F8FAA78 xor r15,r28,r21
- 31: GETL R28, t24
- 32: GETL R21, t26
- 33: XORL t24, t26
- 34: PUTL t26, R15
- 35: INCEIPL $4
-
- 0xFECF7C0: 4D900000 mcrf cr3,cr4
- 36: ICRFL CR, $0x3, CR
- 37: INCEIPL $4
-
- 0xFECF7C4: 7E93A378 or r19,r20,r20
- 38: GETL R20, t28
- 39: PUTL t28, R19
- 40: INCEIPL $4
-
- 0xFECF7C8: 3A390010 addi r17,r25,16
- 41: GETL R25, t30
- 42: ADDL $0x10, t30
- 43: PUTL t30, R17
- 44: INCEIPL $4
-
- 0xFECF7CC: 3A010010 addi r16,r1,16
- 45: GETL R1, t32
- 46: ADDL $0x10, t32
- 47: PUTL t32, R16
- 48: INCEIPL $4
-
- 0xFECF7D0: 83FC0044 lwz r31,68(r28)
- 49: GETL R28, t34
- 50: ADDL $0x44, t34
- 51: LDL (t34), t36
- 52: PUTL t36, R31
- 53: INCEIPL $4
-
- 0xFECF7D4: 7F1FD000 cmp cr6,r31,r26
- 54: GETL R31, t38
- 55: GETL R26, t40
- 56: CMPL t38, t40, t42 (-rSo)
- 57: ICRFL t42, $0x6, CR
- 58: INCEIPL $4
-
- 0xFECF7D8: 419A019C bc 12,26,0xFECF974
- 59: Js26o $0xFECF974
-
-
-
-. 1788 FECF7A0 60
-. 82 BE 05 FC 63 34 00 01 82 5E 06 78 3B 5C 00 38 7E 1C A8 00 81 DE 06 2C 7E B6 AB 78 7F 8F AA 78 4D 90 00 00 7E 93 A3 78 3A 39 00 10 3A 01 00 10 83 FC 00 44 7F 1F D0 00 41 9A 01 9C
-==== BB 1789 (0xFECF974) approx BBs exec'd 0 ====
-
- 0xFECF974: 281901FF cmpli cr0,r25,511
- 0: GETL R25, t0
- 1: MOVL $0x1FF, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0xFECF978: 4081002C bc 4,1,0xFECF9A4
- 5: Jc01o $0xFECF9A4
-
-
-
-. 1789 FECF974 8
-. 28 19 01 FF 40 81 00 2C
-==== BB 1790 (0xFECF9A4) approx BBs exec'd 0 ====
-
- 0xFECF9A4: 39780001 addi r11,r24,1
- 0: GETL R24, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R11
- 3: INCEIPL $4
-
- 0xFECF9A8: 7F8AB278 xor r10,r28,r22
- 4: GETL R28, t2
- 5: GETL R22, t4
- 6: XORL t2, t4
- 7: PUTL t4, R10
- 8: INCEIPL $4
-
- 0xFECF9AC: 5564D97E rlwinm r4,r11,27,5,31
- 9: GETL R11, t6
- 10: SHRL $0x5, t6
- 11: PUTL t6, R4
- 12: INCEIPL $4
-
- 0xFECF9B0: 55661838 rlwinm r6,r11,3,0,28
- 13: GETL R11, t8
- 14: SHLL $0x3, t8
- 15: PUTL t8, R6
- 16: INCEIPL $4
-
- 0xFECF9B4: 5483103A rlwinm r3,r4,2,0,29
- 17: GETL R4, t10
- 18: SHLL $0x2, t10
- 19: PUTL t10, R3
- 20: INCEIPL $4
-
- 0xFECF9B8: 557D06FE rlwinm r29,r11,0,27,31
- 21: GETL R11, t12
- 22: ANDL $0x1F, t12
- 23: PUTL t12, R29
- 24: INCEIPL $4
-
- 0xFECF9BC: 7CE3E214 add r7,r3,r28
- 25: GETL R3, t14
- 26: GETL R28, t16
- 27: ADDL t14, t16
- 28: PUTL t16, R7
- 29: INCEIPL $4
-
- 0xFECF9C0: 7D06E214 add r8,r6,r28
- 30: GETL R6, t18
- 31: GETL R28, t20
- 32: ADDL t18, t20
- 33: PUTL t20, R8
- 34: INCEIPL $4
-
- 0xFECF9C4: 549B402E rlwinm r27,r4,8,0,23
- 35: GETL R4, t22
- 36: SHLL $0x8, t22
- 37: PUTL t22, R27
- 38: INCEIPL $4
-
- 0xFECF9C8: 3BE00001 li r31,1
- 39: MOVL $0x1, t24
- 40: PUTL t24, R31
- 41: INCEIPL $4
-
- 0xFECF9CC: 80A70438 lwz r5,1080(r7)
- 42: GETL R7, t26
- 43: ADDL $0x438, t26
- 44: LDL (t26), t28
- 45: PUTL t28, R5
- 46: INCEIPL $4
-
- 0xFECF9D0: 7F1CB000 cmp cr6,r28,r22
- 47: GETL R28, t30
- 48: GETL R22, t32
- 49: CMPL t30, t32, t34 (-rSo)
- 50: ICRFL t34, $0x6, CR
- 51: INCEIPL $4
-
- 0xFECF9D4: 289901FF cmpli cr1,r25,511
- 52: GETL R25, t36
- 53: MOVL $0x1FF, t40
- 54: CMPUL t36, t40, t38 (-rSo)
- 55: ICRFL t38, $0x1, CR
- 56: INCEIPL $4
-
- 0xFECF9D8: 7FE6E830 slw r6,r31,r29
- 57: GETL R31, t44
- 58: GETL R29, t42
- 59: SHLL t42, t44
- 60: PUTL t44, R6
- 61: INCEIPL $4
-
- 0xFECF9DC: 39680030 addi r11,r8,48
- 62: GETL R8, t46
- 63: ADDL $0x30, t46
- 64: PUTL t46, R11
- 65: INCEIPL $4
-
- 0xFECF9E0: 300AFFFF addic r0,r10,-1
- 66: GETL R10, t48
- 67: ADCL $0xFFFFFFFF, t48 (-wCa)
- 68: PUTL t48, R0
- 69: INCEIPL $4
-
- 0xFECF9E4: 7FA05110 subfe r29,r0,r10
- 70: GETL R0, t50
- 71: GETL R10, t52
- 72: SBBL t50, t52 (-rCa-wCa)
- 73: PUTL t52, R29
- 74: INCEIPL $4
-
- 0xFECF9E8: 7D1BE214 add r8,r27,r28
- 75: GETL R27, t54
- 76: GETL R28, t56
- 77: ADDL t54, t56
- 78: PUTL t56, R8
- 79: INCEIPL $4
-
- 0xFECF9EC: 21260000 subfic r9,r6,0
- 80: GETL R6, t58
- 81: MOVL $0x0, t60
- 82: SBBL t58, t60 (-wCa)
- 83: PUTL t60, R9
- 84: INCEIPL $4
-
- 0xFECF9F0: 7EA93114 adde r21,r9,r6
- 85: GETL R9, t62
- 86: GETL R6, t64
- 87: ADCL t62, t64 (-rCa-wCa)
- 88: PUTL t64, R21
- 89: INCEIPL $4
-
- 0xFECF9F4: 7D262810 subfc r9,r6,r5
- 90: GETL R6, t66
- 91: GETL R5, t68
- 92: SBBL t66, t68 (-wCa)
- 93: PUTL t68, R9
- 94: INCEIPL $4
-
- 0xFECF9F8: 7D294910 subfe r9,r9,r9
- 95: GETL R9, t70
- 96: GETL R9, t72
- 97: SBBL t70, t72 (-rCa-wCa)
- 98: PUTL t72, R9
- 99: INCEIPL $4
-
- 0xFECF9FC: 7D2900D0 neg r9,r9
- 100: GETL R9, t74
- 101: NEGL t74
- 102: PUTL t74, R9
- 103: INCEIPL $4
-
- 0xFECFA00: 7D2AAB79 or. r10,r9,r21
- 104: GETL R9, t76
- 105: GETL R21, t78
- 106: ORL t78, t76
- 107: PUTL t76, R10
- 108: CMP0L t76, t80 (-rSo)
- 109: ICRFL t80, $0x0, CR
- 110: INCEIPL $4
-
- 0xFECFA04: 41820034 bc 12,2,0xFECFA38
- 111: Js02o $0xFECFA38
-
-
-
-. 1790 FECF9A4 100
-. 39 78 00 01 7F 8A B2 78 55 64 D9 7E 55 66 18 38 54 83 10 3A 55 7D 06 FE 7C E3 E2 14 7D 06 E2 14 54 9B 40 2E 3B E0 00 01 80 A7 04 38 7F 1C B0 00 28 99 01 FF 7F E6 E8 30 39 68 00 30 30 0A FF FF 7F A0 51 10 7D 1B E2 14 21 26 00 00 7E A9 31 14 7D 26 28 10 7D 29 49 10 7D 29 00 D0 7D 2A AB 79 41 82 00 34
-==== BB 1791 (0xFECFA08) approx BBs exec'd 0 ====
-
- 0xFECFA08: 39270438 addi r9,r7,1080
- 0: GETL R7, t0
- 1: ADDL $0x438, t0
- 2: PUTL t0, R9
- 3: INCEIPL $4
-
- 0xFECFA0C: 38840001 addi r4,r4,1
- 4: GETL R4, t2
- 5: ADDL $0x1, t2
- 6: PUTL t2, R4
- 7: INCEIPL $4
-
- 0xFECFA10: 38E70004 addi r7,r7,4
- 8: GETL R7, t4
- 9: ADDL $0x4, t4
- 10: PUTL t4, R7
- 11: INCEIPL $4
-
- 0xFECFA14: 2B840003 cmpli cr7,r4,3
- 12: GETL R4, t6
- 13: MOVL $0x3, t10
- 14: CMPUL t6, t10, t8 (-rSo)
- 15: ICRFL t8, $0x7, CR
- 16: INCEIPL $4
-
- 0xFECFA18: 5483103A rlwinm r3,r4,2,0,29
- 17: GETL R4, t12
- 18: SHLL $0x2, t12
- 19: PUTL t12, R3
- 20: INCEIPL $4
-
- 0xFECFA1C: 39080100 addi r8,r8,256
- 21: GETL R8, t14
- 22: ADDL $0x100, t14
- 23: PUTL t14, R8
- 24: INCEIPL $4
-
- 0xFECFA20: 419D0164 bc 12,29,0xFECFB84
- 25: Js29o $0xFECFB84
-
-
-
-. 1791 FECFA08 28
-. 39 27 04 38 38 84 00 01 38 E7 00 04 2B 84 00 03 54 83 10 3A 39 08 01 00 41 9D 01 64
-==== BB 1792 (0xFECFA24) approx BBs exec'd 0 ====
-
- 0xFECFA24: 84A90004 lwzu r5,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R9
- 3: LDL (t0), t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0xFECFA28: 2C050000 cmpi cr0,r5,0
- 6: GETL R5, t4
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0xFECFA2C: 4182FFE0 bc 12,2,0xFECFA0C
- 10: Js02o $0xFECFA0C
-
-
-
-. 1792 FECFA24 12
-. 84 A9 00 04 2C 05 00 00 41 82 FF E0
-==== BB 1793 (0xFECFA0C) approx BBs exec'd 0 ====
-
- 0xFECFA0C: 38840001 addi r4,r4,1
- 0: GETL R4, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R4
- 3: INCEIPL $4
-
- 0xFECFA10: 38E70004 addi r7,r7,4
- 4: GETL R7, t2
- 5: ADDL $0x4, t2
- 6: PUTL t2, R7
- 7: INCEIPL $4
-
- 0xFECFA14: 2B840003 cmpli cr7,r4,3
- 8: GETL R4, t4
- 9: MOVL $0x3, t8
- 10: CMPUL t4, t8, t6 (-rSo)
- 11: ICRFL t6, $0x7, CR
- 12: INCEIPL $4
-
- 0xFECFA18: 5483103A rlwinm r3,r4,2,0,29
- 13: GETL R4, t10
- 14: SHLL $0x2, t10
- 15: PUTL t10, R3
- 16: INCEIPL $4
-
- 0xFECFA1C: 39080100 addi r8,r8,256
- 17: GETL R8, t12
- 18: ADDL $0x100, t12
- 19: PUTL t12, R8
- 20: INCEIPL $4
-
- 0xFECFA20: 419D0164 bc 12,29,0xFECFB84
- 21: Js29o $0xFECFB84
-
-
-
-. 1793 FECFA0C 24
-. 38 84 00 01 38 E7 00 04 2B 84 00 03 54 83 10 3A 39 08 01 00 41 9D 01 64
-==== BB 1794 (0xFECFB84) approx BBs exec'd 0 ====
-
- 0xFECFB84: 83BC0030 lwz r29,48(r28)
- 0: GETL R28, t0
- 1: ADDL $0x30, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0xFECFB88: 82FD0004 lwz r23,4(r29)
- 5: GETL R29, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R23
- 9: INCEIPL $4
-
- 0xFECFB8C: 56E00038 rlwinm r0,r23,0,0,28
- 10: GETL R23, t8
- 11: ANDL $0xFFFFFFF8, t8
- 12: PUTL t8, R0
- 13: INCEIPL $4
-
- 0xFECFB90: 7F110040 cmpl cr6,r17,r0
- 14: GETL R17, t10
- 15: GETL R0, t12
- 16: CMPUL t10, t12, t14 (-rSo)
- 17: ICRFL t14, $0x6, CR
- 18: INCEIPL $4
-
- 0xFECFB94: 4099031C bc 4,25,0xFECFEB0
- 19: Jc25o $0xFECFEB0
-
-
-
-. 1794 FECFB84 20
-. 83 BC 00 30 82 FD 00 04 56 E0 00 38 7F 11 00 40 40 99 03 1C
-==== BB 1795 (0xFECFB98) approx BBs exec'd 0 ====
-
- 0xFECFB98: 819C0004 lwz r12,4(r28)
- 0: GETL R28, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R12
- 4: INCEIPL $4
-
- 0xFECFB9C: 718A0001 andi. r10,r12,0x1
- 5: GETL R12, t4
- 6: ANDL $0x1, t4
- 7: PUTL t4, R10
- 8: CMP0L t4, t6 (-rSo)
- 9: ICRFL t6, $0x0, CR
- 10: INCEIPL $4
-
- 0xFECFBA0: 408201A0 bc 4,2,0xFECFD40
- 11: Jc02o $0xFECFD40
-
-
-
-. 1795 FECFB98 12
-. 81 9C 00 04 71 8A 00 01 40 82 01 A0
-==== BB 1796 (0xFECFD40) approx BBs exec'd 0 ====
-
- 0xFECFD40: 82FE0628 lwz r23,1576(r30)
- 0: GETL R30, t0
- 1: ADDL $0x628, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R23
- 4: INCEIPL $4
-
- 0xFECFD44: 82770008 lwz r19,8(r23)
- 5: GETL R23, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R19
- 9: INCEIPL $4
-
- 0xFECFD48: 80B70018 lwz r5,24(r23)
- 10: GETL R23, t8
- 11: ADDL $0x18, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R5
- 14: INCEIPL $4
-
- 0xFECFD4C: 7D93C840 cmpl cr3,r19,r25
- 15: GETL R19, t12
- 16: GETL R25, t14
- 17: CMPUL t12, t14, t16 (-rSo)
- 18: ICRFL t16, $0x3, CR
- 19: INCEIPL $4
-
- 0xFECFD50: 3A65FFFF addi r19,r5,-1
- 20: GETL R5, t18
- 21: ADDL $0xFFFFFFFF, t18
- 22: PUTL t18, R19
- 23: INCEIPL $4
-
- 0xFECFD54: 418D0028 bc 12,13,0xFECFD7C
- 24: Js13o $0xFECFD7C
-
-
-
-. 1796 FECFD40 24
-. 82 FE 06 28 82 77 00 08 80 B7 00 18 7D 93 C8 40 3A 65 FF FF 41 8D 00 28
-==== BB 1797 (0xFECFD7C) approx BBs exec'd 0 ====
-
- 0xFECFD7C: 817E0680 lwz r11,1664(r30)
- 0: GETL R30, t0
- 1: ADDL $0x680, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0xFECFD80: 7FB6EB78 or r22,r29,r29
- 5: GETL R29, t4
- 6: PUTL t4, R22
- 7: INCEIPL $4
-
- 0xFECFD84: 83FD0004 lwz r31,4(r29)
- 8: GETL R29, t6
- 9: ADDL $0x4, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R31
- 12: INCEIPL $4
-
- 0xFECFD88: 3B000000 li r24,0
- 13: MOVL $0x0, t10
- 14: PUTL t10, R24
- 15: INCEIPL $4
-
- 0xFECFD8C: 81EB0000 lwz r15,0(r11)
- 16: GETL R11, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R15
- 19: INCEIPL $4
-
- 0xFECFD90: 3B600000 li r27,0
- 20: MOVL $0x0, t16
- 21: PUTL t16, R27
- 22: INCEIPL $4
-
- 0xFECFD94: 57F50038 rlwinm r21,r31,0,0,28
- 23: GETL R31, t18
- 24: ANDL $0xFFFFFFF8, t18
- 25: PUTL t18, R21
- 26: INCEIPL $4
-
- 0xFECFD98: 7C9C7800 cmp cr1,r28,r15
- 27: GETL R28, t20
- 28: GETL R15, t22
- 29: CMPL t20, t22, t24 (-rSo)
- 30: ICRFL t24, $0x1, CR
- 31: INCEIPL $4
-
- 0xFECFD9C: 7E1DAA14 add r16,r29,r21
- 32: GETL R29, t26
- 33: GETL R21, t28
- 34: ADDL t26, t28
- 35: PUTL t28, R16
- 36: INCEIPL $4
-
- 0xFECFDA0: 41860164 bc 12,6,0xFECFF04
- 37: Js06o $0xFECFF04
-
-
-
-. 1797 FECFD7C 40
-. 81 7E 06 80 7F B6 EB 78 83 FD 00 04 3B 00 00 00 81 EB 00 00 3B 60 00 00 57 F5 00 38 7C 9C 78 00 7E 1D AA 14 41 86 01 64
-==== BB 1798 (0xFECFF04) approx BBs exec'd 0 ====
-
- 0xFECFF04: 80BC0004 lwz r5,4(r28)
- 0: GETL R28, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0xFECFF08: 81970004 lwz r12,4(r23)
- 5: GETL R23, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R12
- 9: INCEIPL $4
-
- 0xFECFF0C: 70AA0002 andi. r10,r5,0x2
- 10: GETL R5, t8
- 11: ANDL $0x2, t8
- 12: PUTL t8, R10
- 13: CMP0L t8, t10 (-rSo)
- 14: ICRFL t10, $0x0, CR
- 15: INCEIPL $4
-
- 0xFECFF10: 7E4CCA14 add r18,r12,r25
- 16: GETL R12, t12
- 17: GETL R25, t14
- 18: ADDL t12, t14
- 19: PUTL t14, R18
- 20: INCEIPL $4
-
- 0xFECFF14: 38120010 addi r0,r18,16
- 21: GETL R18, t16
- 22: ADDL $0x10, t16
- 23: PUTL t16, R0
- 24: INCEIPL $4
-
- 0xFECFF18: 40820008 bc 4,2,0xFECFF20
- 25: Jc02o $0xFECFF20
-
-
-
-. 1798 FECFF04 24
-. 80 BC 00 04 81 97 00 04 70 AA 00 02 7E 4C CA 14 38 12 00 10 40 82 00 08
-==== BB 1799 (0xFECFF1C) approx BBs exec'd 0 ====
-
- 0xFECFF1C: 7C150050 subf r0,r21,r0
- 0: GETL R21, t0
- 1: GETL R0, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFECFF20: 7C009A14 add r0,r0,r19
- 5: GETL R0, t4
- 6: GETL R19, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R0
- 9: INCEIPL $4
-
- 0xFECFF24: 7E7298F8 nor r18,r19,r19
- 10: GETL R19, t8
- 11: NOTL t8
- 12: PUTL t8, R18
- 13: INCEIPL $4
-
- 0xFECFF28: 7C1F9039 and. r31,r0,r18
- 14: GETL R0, t10
- 15: GETL R18, t12
- 16: ANDL t10, t12
- 17: PUTL t12, R31
- 18: CMP0L t12, t14 (-rSo)
- 19: ICRFL t14, $0x0, CR
- 20: INCEIPL $4
-
- 0xFECFF2C: 408101B4 bc 4,1,0xFED00E0
- 21: Jc01o $0xFED00E0
-
-
-
-. 1799 FECFF1C 20
-. 7C 15 00 50 7C 00 9A 14 7E 72 98 F8 7C 1F 90 39 40 81 01 B4
-==== BB 1800 (0xFECFF30) approx BBs exec'd 0 ====
-
- 0xFECFF30: 81DE1A70 lwz r14,6768(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1A70, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R14
- 4: INCEIPL $4
-
- 0xFECFF34: 7FE3FB78 or r3,r31,r31
- 5: GETL R31, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFECFF38: 810E0000 lwz r8,0(r14)
- 8: GETL R14, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R8
- 11: INCEIPL $4
-
- 0xFECFF3C: 7D0903A6 mtctr r8
- 12: GETL R8, t10
- 13: PUTL t10, CTR
- 14: INCEIPL $4
-
- 0xFECFF40: 4E800421 bctrl
- 15: MOVL $0xFECFF44, t12
- 16: PUTL t12, LR
- 17: GETL CTR, t14
- 18: JMPo-c t14 ($4)
-
-
-
-. 1800 FECFF30 20
-. 81 DE 1A 70 7F E3 FB 78 81 0E 00 00 7D 09 03 A6 4E 80 04 21
-==== BB 1801 __GI___default_morecore(0xFED4188) approx BBs exec'd 0 ====
-
- 0xFED4188: 7C0802A6 mflr r0
- 0: GETL LR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFED418C: 9421FFF0 stwu r1,-16(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFF0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFED4190: 90010014 stw r0,20(r1)
- 9: GETL R0, t6
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFED4194: 48054BDD bl 0xFF28D70
- 14: MOVL $0xFED4198, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0xFF28D70 ($4)
-
-
-
-. 1801 FED4188 16
-. 7C 08 02 A6 94 21 FF F0 90 01 00 14 48 05 4B DD
-==== BB 1802 sbrk(0xFF28D70) approx BBs exec'd 0 ====
-
- 0xFF28D70: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFF28D74: 7C8802A6 mflr r4
- 6: GETL LR, t4
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0xFF28D78: 4807F0D9 bl 0xFFA7E50
- 9: MOVL $0xFF28D7C, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 1802 FF28D70 12
-. 94 21 FF E0 7C 88 02 A6 48 07 F0 D9
-==== BB 1803 (0xFF28D7C) approx BBs exec'd 0 ====
-
- 0xFF28D7C: 93C10018 stw r30,24(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFF28D80: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFF28D84: 93E1001C stw r31,28(r1)
- 8: GETL R31, t6
- 9: GETL R1, t8
- 10: ADDL $0x1C, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFF28D88: 90810024 stw r4,36(r1)
- 13: GETL R4, t10
- 14: GETL R1, t12
- 15: ADDL $0x24, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFF28D8C: 93A10014 stw r29,20(r1)
- 18: GETL R29, t14
- 19: GETL R1, t16
- 20: ADDL $0x14, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0xFF28D90: 7C7D1B78 or r29,r3,r3
- 23: GETL R3, t18
- 24: PUTL t18, R29
- 25: INCEIPL $4
-
- 0xFF28D94: 83FE1D6C lwz r31,7532(r30)
- 26: GETL R30, t20
- 27: ADDL $0x1D6C, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R31
- 30: INCEIPL $4
-
- 0xFF28D98: 38600000 li r3,0
- 31: MOVL $0x0, t24
- 32: PUTL t24, R3
- 33: INCEIPL $4
-
- 0xFF28D9C: 801F0000 lwz r0,0(r31)
- 34: GETL R31, t26
- 35: LDL (t26), t28
- 36: PUTL t28, R0
- 37: INCEIPL $4
-
- 0xFF28DA0: 2F800000 cmpi cr7,r0,0
- 38: GETL R0, t30
- 39: CMP0L t30, t32 (-rSo)
- 40: ICRFL t32, $0x7, CR
- 41: INCEIPL $4
-
- 0xFF28DA4: 419E003C bc 12,30,0xFF28DE0
- 42: Js30o $0xFF28DE0
-
-
-
-. 1803 FF28D7C 44
-. 93 C1 00 18 7F C8 02 A6 93 E1 00 1C 90 81 00 24 93 A1 00 14 7C 7D 1B 78 83 FE 1D 6C 38 60 00 00 80 1F 00 00 2F 80 00 00 41 9E 00 3C
-==== BB 1804 (0xFF28DE0) approx BBs exec'd 0 ====
-
- 0xFF28DE0: 4BFFFF4D bl 0xFF28D2C
- 0: MOVL $0xFF28DE4, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0xFF28D2C ($4)
-
-
-
-. 1804 FF28DE0 4
-. 4B FF FF 4D
-==== BB 1805 brk(0xFF28D2C) approx BBs exec'd 0 ====
-
- 0xFF28D2C: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFF28D30: 90610008 stw r3,8(r1)
- 6: GETL R3, t4
- 7: GETL R1, t6
- 8: ADDL $0x8, t6
- 9: STL t4, (t6)
- 10: INCEIPL $4
-
- 0xFF28D34: 3800002D li r0,45
- 11: MOVL $0x2D, t8
- 12: PUTL t8, R0
- 13: INCEIPL $4
-
- 0xFF28D38: 44000002 sc
- 14: JMPo-sys $0xFF28D3C ($4)
-
-
-
-. 1805 FF28D2C 16
-. 94 21 FF F0 90 61 00 08 38 00 00 2D 44 00 00 02
-==== BB 1806 (0xFF28D3C) approx BBs exec'd 0 ====
-
- 0xFF28D3C: 80C10008 lwz r6,8(r1)
- 0: GETL R1, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0xFF28D40: 7C8802A6 mflr r4
- 5: GETL LR, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0xFF28D44: 4807F10D bl 0xFFA7E50
- 8: MOVL $0xFF28D48, t6
- 9: PUTL t6, LR
- 10: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 1806 FF28D3C 12
-. 80 C1 00 08 7C 88 02 A6 48 07 F1 0D
-==== BB 1807 (0xFF28D48) approx BBs exec'd 0 ====
-
- 0xFF28D48: 7CA802A6 mflr r5
- 0: GETL LR, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0xFF28D4C: 80A51D6C lwz r5,7532(r5)
- 3: GETL R5, t2
- 4: ADDL $0x1D6C, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0xFF28D50: 7C8803A6 mtlr r4
- 8: GETL R4, t6
- 9: PUTL t6, LR
- 10: INCEIPL $4
-
- 0xFF28D54: 90650000 stw r3,0(r5)
- 11: GETL R3, t8
- 12: GETL R5, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0xFF28D58: 7C061840 cmpl cr0,r6,r3
- 15: GETL R6, t12
- 16: GETL R3, t14
- 17: CMPUL t12, t14, t16 (-rSo)
- 18: ICRFL t16, $0x0, CR
- 19: INCEIPL $4
-
- 0xFF28D5C: 38210010 addi r1,r1,16
- 20: GETL R1, t18
- 21: ADDL $0x10, t18
- 22: PUTL t18, R1
- 23: INCEIPL $4
-
- 0xFF28D60: 38600000 li r3,0
- 24: MOVL $0x0, t20
- 25: PUTL t20, R3
- 26: INCEIPL $4
-
- 0xFF28D64: 4CA10020 bclr 5,1
- 27: GETL LR, t22
- 28: Jc01o-r t22
-
-
-
-. 1807 FF28D48 32
-. 7C A8 02 A6 80 A5 1D 6C 7C 88 03 A6 90 65 00 00 7C 06 18 40 38 21 00 10 38 60 00 00 4C A1 00 20
-==== BB 1808 (0xFF28DE4) approx BBs exec'd 0 ====
-
- 0xFF28DE4: 2C830000 cmpi cr1,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFF28DE8: 3860FFFF li r3,-1
- 4: MOVL $0xFFFFFFFF, t4
- 5: PUTL t4, R3
- 6: INCEIPL $4
-
- 0xFF28DEC: 41A4FFD8 bc 13,4,0xFF28DC4
- 7: Js04o $0xFF28DC4
-
-
-
-. 1808 FF28DE4 12
-. 2C 83 00 00 38 60 FF FF 41 A4 FF D8
-==== BB 1809 (0xFF28DF0) approx BBs exec'd 0 ====
-
- 0xFF28DF0: 2F1D0000 cmpi cr6,r29,0
- 0: GETL R29, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0xFF28DF4: 419AFFCC bc 12,26,0xFF28DC0
- 4: Js26o $0xFF28DC0
-
-
-
-. 1809 FF28DF0 8
-. 2F 1D 00 00 41 9A FF CC
-==== BB 1810 (0xFF28DF8) approx BBs exec'd 0 ====
-
- 0xFF28DF8: 83FF0000 lwz r31,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R31
- 3: INCEIPL $4
-
- 0xFF28DFC: 7C7FEA14 add r3,r31,r29
- 4: GETL R31, t4
- 5: GETL R29, t6
- 6: ADDL t4, t6
- 7: PUTL t6, R3
- 8: INCEIPL $4
-
- 0xFF28E00: 4BFFFF2D bl 0xFF28D2C
- 9: MOVL $0xFF28E04, t8
- 10: PUTL t8, LR
- 11: JMPo-c $0xFF28D2C ($4)
-
-
-
-. 1810 FF28DF8 12
-. 83 FF 00 00 7C 7F EA 14 4B FF FF 2D
-==== BB 1811 (0xFF28E04) approx BBs exec'd 0 ====
-
- 0xFF28E04: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xFF28E08: 3860FFFF li r3,-1
- 4: MOVL $0xFFFFFFFF, t4
- 5: PUTL t4, R3
- 6: INCEIPL $4
-
- 0xFF28E0C: 41BCFFB8 bc 13,28,0xFF28DC4
- 7: Js28o $0xFF28DC4
-
-
-
-. 1811 FF28E04 12
-. 2F 83 00 00 38 60 FF FF 41 BC FF B8
-==== BB 1812 (0xFF28E10) approx BBs exec'd 0 ====
-
- 0xFF28E10: 80C10024 lwz r6,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0xFF28E14: 7FE3FB78 or r3,r31,r31
- 5: GETL R31, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFF28E18: 83A10014 lwz r29,20(r1)
- 8: GETL R1, t6
- 9: ADDL $0x14, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R29
- 12: INCEIPL $4
-
- 0xFF28E1C: 83C10018 lwz r30,24(r1)
- 13: GETL R1, t10
- 14: ADDL $0x18, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R30
- 17: INCEIPL $4
-
- 0xFF28E20: 7CC803A6 mtlr r6
- 18: GETL R6, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0xFF28E24: 83E1001C lwz r31,28(r1)
- 21: GETL R1, t16
- 22: ADDL $0x1C, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R31
- 25: INCEIPL $4
-
- 0xFF28E28: 38210020 addi r1,r1,32
- 26: GETL R1, t20
- 27: ADDL $0x20, t20
- 28: PUTL t20, R1
- 29: INCEIPL $4
-
- 0xFF28E2C: 4E800020 blr
- 30: GETL LR, t22
- 31: JMPo-r t22 ($4)
-
-
-
-. 1812 FF28E10 32
-. 80 C1 00 24 7F E3 FB 78 83 A1 00 14 83 C1 00 18 7C C8 03 A6 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 1813 (0xFED4198) approx BBs exec'd 0 ====
-
- 0xFED4198: 2F83FFFF cmpi cr7,r3,-1
- 0: GETL R3, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFED419C: 38000000 li r0,0
- 5: MOVL $0x0, t6
- 6: PUTL t6, R0
- 7: INCEIPL $4
-
- 0xFED41A0: 419E0008 bc 12,30,0xFED41A8
- 8: Js30o $0xFED41A8
-
-
-
-. 1813 FED4198 12
-. 2F 83 FF FF 38 00 00 00 41 9E 00 08
-==== BB 1814 (0xFED41A4) approx BBs exec'd 0 ====
-
- 0xFED41A4: 7C601B78 or r0,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFED41A8: 80810014 lwz r4,20(r1)
- 3: GETL R1, t2
- 4: ADDL $0x14, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0xFED41AC: 7C030378 or r3,r0,r0
- 8: GETL R0, t6
- 9: PUTL t6, R3
- 10: INCEIPL $4
-
- 0xFED41B0: 38210010 addi r1,r1,16
- 11: GETL R1, t8
- 12: ADDL $0x10, t8
- 13: PUTL t8, R1
- 14: INCEIPL $4
-
- 0xFED41B4: 7C8803A6 mtlr r4
- 15: GETL R4, t10
- 16: PUTL t10, LR
- 17: INCEIPL $4
-
- 0xFED41B8: 4E800020 blr
- 18: GETL LR, t12
- 19: JMPo-r t12 ($4)
-
-
-
-. 1814 FED41A4 24
-. 7C 60 1B 78 80 81 00 14 7C 03 03 78 38 21 00 10 7C 88 03 A6 4E 80 00 20
-==== BB 1815 (0xFECFF44) approx BBs exec'd 0 ====
-
- 0xFECFF44: 7C7B1B79 or. r27,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R27
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0xFECFF48: 7F400026 mfcr r26
- 5: GETL CR, t4
- 6: PUTL t4, R26
- 7: INCEIPL $4
-
- 0xFECFF4C: 4182019C bc 12,2,0xFED00E8
- 8: Js02o $0xFED00E8
-
-
-
-. 1815 FECFF44 12
-. 7C 7B 1B 79 7F 40 00 26 41 82 01 9C
-==== BB 1816 (0xFECFF50) approx BBs exec'd 0 ====
-
- 0xFECFF50: 815E1BB8 lwz r10,7096(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1BB8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0xFECFF54: 812A0000 lwz r9,0(r10)
- 5: GETL R10, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R9
- 8: INCEIPL $4
-
- 0xFECFF58: 2E090000 cmpi cr4,r9,0
- 9: GETL R9, t8
- 10: CMP0L t8, t10 (-rSo)
- 11: ICRFL t10, $0x4, CR
- 12: INCEIPL $4
-
- 0xFECFF5C: 41B2000C bc 13,18,0xFECFF68
- 13: Js18o $0xFECFF68
-
-
-
-. 1816 FECFF50 16
-. 81 5E 1B B8 81 2A 00 00 2E 09 00 00 41 B2 00 0C
-==== BB 1817 (0xFECFF68) approx BBs exec'd 0 ====
-
- 0xFECFF68: 575A203E rlwinm r26,r26,4,0,31
- 0: GETL R26, t0
- 1: ROLL $0x4, t0
- 2: PUTL t0, R26
- 3: INCEIPL $4
-
- 0xFECFF6C: 7F401120 mtcrf 0x1,r26
- 4: GETL R26, t2
- 5: ICRFL t2, $0x7, CR
- 6: INCEIPL $4
-
- 0xFECFF70: 575AE03E rlwinm r26,r26,28,0,31
- 7: GETL R26, t4
- 8: ROLL $0x1C, t4
- 9: PUTL t4, R26
- 10: INCEIPL $4
-
- 0xFECFF74: 419E004C bc 12,30,0xFECFFC0
- 11: Js30o $0xFECFFC0
-
-
-
-. 1817 FECFF68 16
-. 57 5A 20 3E 7F 40 11 20 57 5A E0 3E 41 9E 00 4C
-==== BB 1818 (0xFECFF78) approx BBs exec'd 0 ====
-
- 0xFECFF78: 83570028 lwz r26,40(r23)
- 0: GETL R23, t0
- 1: ADDL $0x28, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0xFECFF7C: 2E1A0000 cmpi cr4,r26,0
- 5: GETL R26, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x4, CR
- 8: INCEIPL $4
-
- 0xFECFF80: 40920008 bc 4,18,0xFECFF88
- 9: Jc18o $0xFECFF88
-
-
-
-. 1818 FECFF78 12
-. 83 57 00 28 2E 1A 00 00 40 92 00 08
-==== BB 1819 (0xFECFF84) approx BBs exec'd 0 ====
-
- 0xFECFF84: 93770028 stw r27,40(r23)
- 0: GETL R27, t0
- 1: GETL R23, t2
- 2: ADDL $0x28, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFECFF88: 2F180000 cmpi cr6,r24,0
- 5: GETL R24, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0xFECFF8C: 7F658278 xor r5,r27,r16
- 9: GETL R27, t8
- 10: GETL R16, t10
- 11: XORL t8, t10
- 12: PUTL t10, R5
- 13: INCEIPL $4
-
- 0xFECFF90: 20050000 subfic r0,r5,0
- 14: GETL R5, t12
- 15: MOVL $0x0, t14
- 16: SBBL t12, t14 (-wCa)
- 17: PUTL t14, R0
- 18: INCEIPL $4
-
- 0xFECFF94: 7CA02914 adde r5,r0,r5
- 19: GETL R0, t16
- 20: GETL R5, t18
- 21: ADCL t16, t18 (-rCa-wCa)
- 22: PUTL t18, R5
- 23: INCEIPL $4
-
- 0xFECFF98: 82FC044C lwz r23,1100(r28)
- 24: GETL R28, t20
- 25: ADDL $0x44C, t20
- 26: LDL (t20), t22
- 27: PUTL t22, R23
- 28: INCEIPL $4
-
- 0xFECFF9C: 7D800026 mfcr r12
- 29: GETL CR, t24
- 30: PUTL t24, R12
- 31: INCEIPL $4
-
- 0xFECFFA0: 558CDFFE rlwinm r12,r12,27,31,31
- 32: GETL R12, t26
- 33: ROLL $0x1B, t26
- 34: ANDL $0x1, t26
- 35: PUTL t26, R12
- 36: INCEIPL $4
-
- 0xFECFFA4: 7CAA6039 and. r10,r5,r12
- 37: GETL R5, t28
- 38: GETL R12, t30
- 39: ANDL t28, t30
- 40: PUTL t30, R10
- 41: CMP0L t30, t32 (-rSo)
- 42: ICRFL t32, $0x0, CR
- 43: INCEIPL $4
-
- 0xFECFFA8: 7D57FA14 add r10,r23,r31
- 44: GETL R23, t34
- 45: GETL R31, t36
- 46: ADDL t34, t36
- 47: PUTL t36, R10
- 48: INCEIPL $4
-
- 0xFECFFAC: 41820254 bc 12,2,0xFED0200
- 49: Js02o $0xFED0200
-
-
-
-. 1819 FECFF84 44
-. 93 77 00 28 2F 18 00 00 7F 65 82 78 20 05 00 00 7C A0 29 14 82 FC 04 4C 7D 80 00 26 55 8C DF FE 7C AA 60 39 7D 57 FA 14 41 82 02 54
-==== BB 1820 (0xFED0200) approx BBs exec'd 0 ====
-
- 0xFED0200: 811C0004 lwz r8,4(r28)
- 0: GETL R28, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0xFED0204: 3175FFFF addic r11,r21,-1
- 5: GETL R21, t4
- 6: ADCL $0xFFFFFFFF, t4 (-wCa)
- 7: PUTL t4, R11
- 8: INCEIPL $4
-
- 0xFED0208: 7FABA910 subfe r29,r11,r21
- 9: GETL R11, t6
- 10: GETL R21, t8
- 11: SBBL t6, t8 (-rCa-wCa)
- 12: PUTL t8, R29
- 13: INCEIPL $4
-
- 0xFED020C: 69000002 xori r0,r8,0x2
- 14: GETL R8, t10
- 15: XORL $0x2, t10
- 16: PUTL t10, R0
- 17: INCEIPL $4
-
- 0xFED0210: 5400FFFE rlwinm r0,r0,31,31,31
- 18: GETL R0, t12
- 19: ROLL $0x1F, t12
- 20: ANDL $0x1, t12
- 21: PUTL t12, R0
- 22: INCEIPL $4
-
- 0xFED0214: 7C0BE839 and. r11,r0,r29
- 23: GETL R0, t14
- 24: GETL R29, t16
- 25: ANDL t14, t16
- 26: PUTL t16, R11
- 27: CMP0L t16, t18 (-rSo)
- 28: ICRFL t18, $0x0, CR
- 29: INCEIPL $4
-
- 0xFED0218: 4182000C bc 12,2,0xFED0224
- 30: Js02o $0xFED0224
-
-
-
-. 1820 FED0200 28
-. 81 1C 00 04 31 75 FF FF 7F AB A9 10 69 00 00 02 54 00 FF FE 7C 0B E8 39 41 82 00 0C
-==== BB 1821 (0xFED0224) approx BBs exec'd 0 ====
-
- 0xFED0224: 2C800000 cmpi cr1,r0,0
- 0: GETL R0, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFED0228: 3BA00000 li r29,0
- 4: MOVL $0x0, t4
- 5: PUTL t4, R29
- 6: INCEIPL $4
-
- 0xFED022C: 7F7ADB78 or r26,r27,r27
- 7: GETL R27, t6
- 8: PUTL t6, R26
- 9: INCEIPL $4
-
- 0xFED0230: 41860104 bc 12,6,0xFED0334
- 10: Js06o $0xFED0334
-
-
-
-. 1821 FED0224 16
-. 2C 80 00 00 3B A0 00 00 7F 7A DB 78 41 86 01 04
-==== BB 1822 (0xFED0234) approx BBs exec'd 0 ====
-
- 0xFED0234: 2F150000 cmpi cr6,r21,0
- 0: GETL R21, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0xFED0238: 419A00F4 bc 12,26,0xFED032C
- 4: Js26o $0xFED032C
-
-
-
-. 1822 FED0234 8
-. 2F 15 00 00 41 9A 00 F4
-==== BB 1823 (0xFED032C) approx BBs exec'd 0 ====
-
- 0xFED032C: 915C044C stw r10,1100(r28)
- 0: GETL R10, t0
- 1: GETL R28, t2
- 2: ADDL $0x44C, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFED0330: 4BFFFF18 b 0xFED0248
- 5: JMPo $0xFED0248 ($4)
-
-
-
-. 1823 FED032C 8
-. 91 5C 04 4C 4B FF FF 18
-==== BB 1824 (0xFED0248) approx BBs exec'd 0 ====
-
- 0xFED0248: 73600007 andi. r0,r27,0x7
- 0: GETL R27, t0
- 1: ANDL $0x7, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFED024C: 4182000C bc 12,2,0xFED0258
- 6: Js02o $0xFED0258
-
-
-
-. 1824 FED0248 8
-. 73 60 00 07 41 82 00 0C
-==== BB 1825 (0xFED0250) approx BBs exec'd 0 ====
-
- 0xFED0250: 23A00008 subfic r29,r0,8
- 0: GETL R0, t0
- 1: MOVL $0x8, t2
- 2: SBBL t0, t2 (-wCa)
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0xFED0254: 7F5BEA14 add r26,r27,r29
- 5: GETL R27, t4
- 6: GETL R29, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R26
- 9: INCEIPL $4
-
- 0xFED0258: 7C9BFA14 add r4,r27,r31
- 10: GETL R27, t8
- 11: GETL R31, t10
- 12: ADDL t8, t10
- 13: PUTL t10, R4
- 14: INCEIPL $4
-
- 0xFED025C: 7D5DAA14 add r10,r29,r21
- 15: GETL R29, t12
- 16: GETL R21, t14
- 17: ADDL t12, t14
- 18: PUTL t14, R10
- 19: INCEIPL $4
-
- 0xFED0260: 7D245214 add r9,r4,r10
- 20: GETL R4, t16
- 21: GETL R10, t18
- 22: ADDL t16, t18
- 23: PUTL t18, R9
- 24: INCEIPL $4
-
- 0xFED0264: 7D699A14 add r11,r9,r19
- 25: GETL R9, t20
- 26: GETL R19, t22
- 27: ADDL t20, t22
- 28: PUTL t22, R11
- 29: INCEIPL $4
-
- 0xFED0268: 7D7B9038 and r27,r11,r18
- 30: GETL R11, t24
- 31: GETL R18, t26
- 32: ANDL t24, t26
- 33: PUTL t26, R27
- 34: INCEIPL $4
-
- 0xFED026C: 7FE9D850 subf r31,r9,r27
- 35: GETL R9, t28
- 36: GETL R27, t30
- 37: SUBL t28, t30
- 38: PUTL t30, R31
- 39: INCEIPL $4
-
- 0xFED0270: 837E1A70 lwz r27,6768(r30)
- 40: GETL R30, t32
- 41: ADDL $0x1A70, t32
- 42: LDL (t32), t34
- 43: PUTL t34, R27
- 44: INCEIPL $4
-
- 0xFED0274: 7FAAFA14 add r29,r10,r31
- 45: GETL R10, t36
- 46: GETL R31, t38
- 47: ADDL t36, t38
- 48: PUTL t38, R29
- 49: INCEIPL $4
-
- 0xFED0278: 827B0000 lwz r19,0(r27)
- 50: GETL R27, t40
- 51: LDL (t40), t42
- 52: PUTL t42, R19
- 53: INCEIPL $4
-
- 0xFED027C: 7FA3EB78 or r3,r29,r29
- 54: GETL R29, t44
- 55: PUTL t44, R3
- 56: INCEIPL $4
-
- 0xFED0280: 7E6903A6 mtctr r19
- 57: GETL R19, t46
- 58: PUTL t46, CTR
- 59: INCEIPL $4
-
- 0xFED0284: 4E800421 bctrl
- 60: MOVL $0xFED0288, t48
- 61: PUTL t48, LR
- 62: GETL CTR, t50
- 63: JMPo-c t50 ($4)
-
-
-
-. 1825 FED0250 56
-. 23 A0 00 08 7F 5B EA 14 7C 9B FA 14 7D 5D AA 14 7D 24 52 14 7D 69 9A 14 7D 7B 90 38 7F E9 D8 50 83 7E 1A 70 7F AA FA 14 82 7B 00 00 7F A3 EB 78 7E 69 03 A6 4E 80 04 21
-==== BB 1826 (0xFF28DA8) approx BBs exec'd 0 ====
-
- 0xFF28DA8: 813E1AA4 lwz r9,6820(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1AA4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFF28DAC: 80A90000 lwz r5,0(r9)
- 5: GETL R9, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R5
- 8: INCEIPL $4
-
- 0xFF28DB0: 2C050000 cmpi cr0,r5,0
- 9: GETL R5, t8
- 10: CMP0L t8, t10 (-rSo)
- 11: ICRFL t10, $0x0, CR
- 12: INCEIPL $4
-
- 0xFF28DB4: 4082002C bc 4,2,0xFF28DE0
- 13: Jc02o $0xFF28DE0
-
-
-
-. 1826 FF28DA8 16
-. 81 3E 1A A4 80 A9 00 00 2C 05 00 00 40 82 00 2C
-==== BB 1827 (0xFF28DB8) approx BBs exec'd 0 ====
-
- 0xFF28DB8: 2F1D0000 cmpi cr6,r29,0
- 0: GETL R29, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0xFF28DBC: 409A003C bc 4,26,0xFF28DF8
- 4: Jc26o $0xFF28DF8
-
-
-
-. 1827 FF28DB8 8
-. 2F 1D 00 00 40 9A 00 3C
-==== BB 1828 (0xFED0288) approx BBs exec'd 0 ====
-
- 0xFED0288: 7C781B79 or. r24,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R24
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0xFED028C: 7FE00026 mfcr r31
- 5: GETL CR, t4
- 6: PUTL t4, R31
- 7: INCEIPL $4
-
- 0xFED0290: 41820080 bc 12,2,0xFED0310
- 8: Js02o $0xFED0310
-
-
-
-. 1828 FED0288 12
-. 7C 78 1B 79 7F E0 00 26 41 82 00 80
-==== BB 1829 (0xFED0294) approx BBs exec'd 0 ====
-
- 0xFED0294: 807E1BB8 lwz r3,7096(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1BB8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFED0298: 81230000 lwz r9,0(r3)
- 5: GETL R3, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R9
- 8: INCEIPL $4
-
- 0xFED029C: 2F890000 cmpi cr7,r9,0
- 9: GETL R9, t8
- 10: CMP0L t8, t10 (-rSo)
- 11: ICRFL t10, $0x7, CR
- 12: INCEIPL $4
-
- 0xFED02A0: 41BE000C bc 13,30,0xFED02AC
- 13: Js30o $0xFED02AC
-
-
-
-. 1829 FED0294 16
-. 80 7E 1B B8 81 23 00 00 2F 89 00 00 41 BE 00 0C
-==== BB 1830 (0xFED02AC) approx BBs exec'd 0 ====
-
- 0xFED02AC: 57FF803E rlwinm r31,r31,16,0,31
- 0: GETL R31, t0
- 1: ROLL $0x10, t0
- 2: PUTL t0, R31
- 3: INCEIPL $4
-
- 0xFED02B0: 7FE08120 mtcrf 0x8,r31
- 4: GETL R31, t2
- 5: ICRFL t2, $0x4, CR
- 6: INCEIPL $4
-
- 0xFED02B4: 57FF803E rlwinm r31,r31,16,0,31
- 7: GETL R31, t4
- 8: ROLL $0x10, t4
- 9: PUTL t4, R31
- 10: INCEIPL $4
-
- 0xFED02B8: 41B2FD08 bc 13,18,0xFECFFC0
- 11: Js18o $0xFECFFC0
-
-
-
-. 1830 FED02AC 16
-. 57 FF 80 3E 7F E0 81 20 57 FF 80 3E 41 B2 FD 08
-==== BB 1831 (0xFED02BC) approx BBs exec'd 0 ====
-
- 0xFED02BC: 7CBAC050 subf r5,r26,r24
- 0: GETL R26, t0
- 1: GETL R24, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0xFED02C0: 2D950000 cmpi cr3,r21,0
- 5: GETL R21, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x3, CR
- 8: INCEIPL $4
-
- 0xFED02C4: 7D85EA14 add r12,r5,r29
- 9: GETL R5, t8
- 10: GETL R29, t10
- 11: ADDL t8, t10
- 12: PUTL t10, R12
- 13: INCEIPL $4
-
- 0xFED02C8: 7F48D378 or r8,r26,r26
- 14: GETL R26, t12
- 15: PUTL t12, R8
- 16: INCEIPL $4
-
- 0xFED02CC: 61970001 ori r23,r12,0x1
- 17: GETL R12, t14
- 18: ORL $0x1, t14
- 19: PUTL t14, R23
- 20: INCEIPL $4
-
- 0xFED02D0: 911C0030 stw r8,48(r28)
- 21: GETL R8, t16
- 22: GETL R28, t18
- 23: ADDL $0x30, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFED02D4: 92FA0004 stw r23,4(r26)
- 26: GETL R23, t20
- 27: GETL R26, t22
- 28: ADDL $0x4, t22
- 29: STL t20, (t22)
- 30: INCEIPL $4
-
- 0xFED02D8: 835C044C lwz r26,1100(r28)
- 31: GETL R28, t24
- 32: ADDL $0x44C, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R26
- 35: INCEIPL $4
-
- 0xFED02DC: 7D5AEA14 add r10,r26,r29
- 36: GETL R26, t28
- 37: GETL R29, t30
- 38: ADDL t28, t30
- 39: PUTL t30, R10
- 40: INCEIPL $4
-
- 0xFED02E0: 915C044C stw r10,1100(r28)
- 41: GETL R10, t32
- 42: GETL R28, t34
- 43: ADDL $0x44C, t34
- 44: STL t32, (t34)
- 45: INCEIPL $4
-
- 0xFED02E4: 41AEFB74 bc 13,14,0xFECFE58
- 46: Js14o $0xFECFE58
-
-
-
-. 1831 FED02BC 44
-. 7C BA C0 50 2D 95 00 00 7D 85 EA 14 7F 48 D3 78 61 97 00 01 91 1C 00 30 92 FA 00 04 83 5C 04 4C 7D 5A EA 14 91 5C 04 4C 41 AE FB 74
-==== BB 1832 (0xFECFE58) approx BBs exec'd 0 ====
-
- 0xFECFE58: 82DC0450 lwz r22,1104(r28)
- 0: GETL R28, t0
- 1: ADDL $0x450, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R22
- 4: INCEIPL $4
-
- 0xFECFE5C: 7F0AB040 cmpl cr6,r10,r22
- 5: GETL R10, t4
- 6: GETL R22, t6
- 7: CMPUL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x6, CR
- 9: INCEIPL $4
-
- 0xFECFE60: 40990008 bc 4,25,0xFECFE68
- 10: Jc25o $0xFECFE68
-
-
-
-. 1832 FECFE58 12
-. 82 DC 04 50 7F 0A B0 40 40 99 00 08
-==== BB 1833 (0xFECFE64) approx BBs exec'd 0 ====
-
- 0xFECFE64: 915C0450 stw r10,1104(r28)
- 0: GETL R10, t0
- 1: GETL R28, t2
- 2: ADDL $0x450, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFECFE68: 81C80004 lwz r14,4(r8)
- 5: GETL R8, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R14
- 9: INCEIPL $4
-
- 0xFECFE6C: 55CB0038 rlwinm r11,r14,0,0,28
- 10: GETL R14, t8
- 11: ANDL $0xFFFFFFF8, t8
- 12: PUTL t8, R11
- 13: INCEIPL $4
-
- 0xFECFE70: 7F8B8840 cmpl cr7,r11,r17
- 14: GETL R11, t10
- 15: GETL R17, t12
- 16: CMPUL t10, t12, t14 (-rSo)
- 17: ICRFL t14, $0x7, CR
- 18: INCEIPL $4
-
- 0xFECFE74: 419C0078 bc 12,28,0xFECFEEC
- 19: Js28o $0xFECFEEC
-
-
-
-. 1833 FECFE64 20
-. 91 5C 04 50 81 C8 00 04 55 CB 00 38 7F 8B 88 40 41 9C 00 78
-==== BB 1834 (0xFECFE78) approx BBs exec'd 0 ====
-
- 0xFECFE78: 7F897A78 xor r9,r28,r15
- 0: GETL R28, t0
- 1: GETL R15, t2
- 2: XORL t0, t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFECFE7C: 7E795850 subf r19,r25,r11
- 5: GETL R25, t4
- 6: GETL R11, t6
- 7: SUBL t4, t6
- 8: PUTL t6, R19
- 9: INCEIPL $4
-
- 0xFECFE80: 3149FFFF addic r10,r9,-1
- 10: GETL R9, t8
- 11: ADCL $0xFFFFFFFF, t8 (-wCa)
- 12: PUTL t8, R10
- 13: INCEIPL $4
-
- 0xFECFE84: 7F6A4910 subfe r27,r10,r9
- 14: GETL R10, t10
- 15: GETL R9, t12
- 16: SBBL t10, t12 (-rCa-wCa)
- 17: PUTL t12, R27
- 18: INCEIPL $4
-
- 0xFECFE88: 38680008 addi r3,r8,8
- 19: GETL R8, t14
- 20: ADDL $0x8, t14
- 21: PUTL t14, R3
- 22: INCEIPL $4
-
- 0xFECFE8C: 577F103A rlwinm r31,r27,2,0,29
- 23: GETL R27, t16
- 24: SHLL $0x2, t16
- 25: PUTL t16, R31
- 26: INCEIPL $4
-
- 0xFECFE90: 7E28CA14 add r17,r8,r25
- 27: GETL R8, t18
- 28: GETL R25, t20
- 29: ADDL t18, t20
- 30: PUTL t20, R17
- 31: INCEIPL $4
-
- 0xFECFE94: 7FE6A378 or r6,r31,r20
- 32: GETL R31, t22
- 33: GETL R20, t24
- 34: ORL t24, t22
- 35: PUTL t22, R6
- 36: INCEIPL $4
-
- 0xFECFE98: 626F0001 ori r15,r19,0x1
- 37: GETL R19, t26
- 38: ORL $0x1, t26
- 39: PUTL t26, R15
- 40: INCEIPL $4
-
- 0xFECFE9C: 90C80004 stw r6,4(r8)
- 41: GETL R6, t28
- 42: GETL R8, t30
- 43: ADDL $0x4, t30
- 44: STL t28, (t30)
- 45: INCEIPL $4
-
- 0xFECFEA0: 7C681B78 or r8,r3,r3
- 46: GETL R3, t32
- 47: PUTL t32, R8
- 48: INCEIPL $4
-
- 0xFECFEA4: 91F10004 stw r15,4(r17)
- 49: GETL R15, t34
- 50: GETL R17, t36
- 51: ADDL $0x4, t36
- 52: STL t34, (t36)
- 53: INCEIPL $4
-
- 0xFECFEA8: 923C0030 stw r17,48(r28)
- 54: GETL R17, t38
- 55: GETL R28, t40
- 56: ADDL $0x30, t40
- 57: STL t38, (t40)
- 58: INCEIPL $4
-
- 0xFECFEAC: 4BFFF804 b 0xFECF6B0
- 59: JMPo $0xFECF6B0 ($4)
-
-
-
-. 1834 FECFE78 56
-. 7F 89 7A 78 7E 79 58 50 31 49 FF FF 7F 6A 49 10 38 68 00 08 57 7F 10 3A 7E 28 CA 14 7F E6 A3 78 62 6F 00 01 90 C8 00 04 7C 68 1B 78 91 F1 00 04 92 3C 00 30 4B FF F8 04
-==== BB 1835 (0xFECF6B0) approx BBs exec'd 0 ====
-
- 0xFECF6B0: 83810074 lwz r28,116(r1)
- 0: GETL R1, t0
- 1: ADDL $0x74, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0xFECF6B4: 7D034378 or r3,r8,r8
- 5: GETL R8, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFECF6B8: 81810024 lwz r12,36(r1)
- 8: GETL R1, t6
- 9: ADDL $0x24, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R12
- 12: INCEIPL $4
-
- 0xFECF6BC: 7F8803A6 mtlr r28
- 13: GETL R28, t10
- 14: PUTL t10, LR
- 15: INCEIPL $4
-
- 0xFECF6C0: 81C10028 lwz r14,40(r1)
- 16: GETL R1, t12
- 17: ADDL $0x28, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R14
- 20: INCEIPL $4
-
- 0xFECF6C4: 81E1002C lwz r15,44(r1)
- 21: GETL R1, t16
- 22: ADDL $0x2C, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R15
- 25: INCEIPL $4
-
- 0xFECF6C8: 7D818120 mtcrf 0x18,r12
- 26: GETL R12, t20
- 27: ICRFL t20, $0x3, CR
- 28: ICRFL t20, $0x4, CR
- 29: INCEIPL $4
-
- 0xFECF6CC: 82010030 lwz r16,48(r1)
- 30: GETL R1, t22
- 31: ADDL $0x30, t22
- 32: LDL (t22), t24
- 33: PUTL t24, R16
- 34: INCEIPL $4
-
- 0xFECF6D0: 82210034 lwz r17,52(r1)
- 35: GETL R1, t26
- 36: ADDL $0x34, t26
- 37: LDL (t26), t28
- 38: PUTL t28, R17
- 39: INCEIPL $4
-
- 0xFECF6D4: 82410038 lwz r18,56(r1)
- 40: GETL R1, t30
- 41: ADDL $0x38, t30
- 42: LDL (t30), t32
- 43: PUTL t32, R18
- 44: INCEIPL $4
-
- 0xFECF6D8: 8261003C lwz r19,60(r1)
- 45: GETL R1, t34
- 46: ADDL $0x3C, t34
- 47: LDL (t34), t36
- 48: PUTL t36, R19
- 49: INCEIPL $4
-
- 0xFECF6DC: 82810040 lwz r20,64(r1)
- 50: GETL R1, t38
- 51: ADDL $0x40, t38
- 52: LDL (t38), t40
- 53: PUTL t40, R20
- 54: INCEIPL $4
-
- 0xFECF6E0: 82A10044 lwz r21,68(r1)
- 55: GETL R1, t42
- 56: ADDL $0x44, t42
- 57: LDL (t42), t44
- 58: PUTL t44, R21
- 59: INCEIPL $4
-
- 0xFECF6E4: 82C10048 lwz r22,72(r1)
- 60: GETL R1, t46
- 61: ADDL $0x48, t46
- 62: LDL (t46), t48
- 63: PUTL t48, R22
- 64: INCEIPL $4
-
- 0xFECF6E8: 82E1004C lwz r23,76(r1)
- 65: GETL R1, t50
- 66: ADDL $0x4C, t50
- 67: LDL (t50), t52
- 68: PUTL t52, R23
- 69: INCEIPL $4
-
- 0xFECF6EC: 83010050 lwz r24,80(r1)
- 70: GETL R1, t54
- 71: ADDL $0x50, t54
- 72: LDL (t54), t56
- 73: PUTL t56, R24
- 74: INCEIPL $4
-
- 0xFECF6F0: 83210054 lwz r25,84(r1)
- 75: GETL R1, t58
- 76: ADDL $0x54, t58
- 77: LDL (t58), t60
- 78: PUTL t60, R25
- 79: INCEIPL $4
-
- 0xFECF6F4: 83410058 lwz r26,88(r1)
- 80: GETL R1, t62
- 81: ADDL $0x58, t62
- 82: LDL (t62), t64
- 83: PUTL t64, R26
- 84: INCEIPL $4
-
- 0xFECF6F8: 8361005C lwz r27,92(r1)
- 85: GETL R1, t66
- 86: ADDL $0x5C, t66
- 87: LDL (t66), t68
- 88: PUTL t68, R27
- 89: INCEIPL $4
-
- 0xFECF6FC: 83810060 lwz r28,96(r1)
- 90: GETL R1, t70
- 91: ADDL $0x60, t70
- 92: LDL (t70), t72
- 93: PUTL t72, R28
- 94: INCEIPL $4
-
- 0xFECF700: 83A10064 lwz r29,100(r1)
- 95: GETL R1, t74
- 96: ADDL $0x64, t74
- 97: LDL (t74), t76
- 98: PUTL t76, R29
- 99: INCEIPL $4
-
- 0xFECF704: 83C10068 lwz r30,104(r1)
- 100: GETL R1, t78
- 101: ADDL $0x68, t78
- 102: LDL (t78), t80
- 103: PUTL t80, R30
- 104: INCEIPL $4
-
- 0xFECF708: 83E1006C lwz r31,108(r1)
- 105: GETL R1, t82
- 106: ADDL $0x6C, t82
- 107: LDL (t82), t84
- 108: PUTL t84, R31
- 109: INCEIPL $4
-
- 0xFECF70C: 38210070 addi r1,r1,112
- 110: GETL R1, t86
- 111: ADDL $0x70, t86
- 112: PUTL t86, R1
- 113: INCEIPL $4
-
- 0xFECF710: 4E800020 blr
- 114: GETL LR, t88
- 115: JMPo-r t88 ($4)
-
-
-
-. 1835 FECF6B0 100
-. 83 81 00 74 7D 03 43 78 81 81 00 24 7F 88 03 A6 81 C1 00 28 81 E1 00 2C 7D 81 81 20 82 01 00 30 82 21 00 34 82 41 00 38 82 61 00 3C 82 81 00 40 82 A1 00 44 82 C1 00 48 82 E1 00 4C 83 01 00 50 83 21 00 54 83 41 00 58 83 61 00 5C 83 81 00 60 83 A1 00 64 83 C1 00 68 83 E1 00 6C 38 21 00 70 4E 80 00 20
-==== BB 1836 (0xFED19A8) approx BBs exec'd 0 ====
-
- 0xFED19A8: 7C7C1B79 or. r28,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R28
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0xFED19AC: 41820060 bc 12,2,0xFED1A0C
- 5: Js02o $0xFED1A0C
-
-
-
-. 1836 FED19A8 8
-. 7C 7C 1B 79 41 82 00 60
-==== BB 1837 (0xFED19B0) approx BBs exec'd 0 ====
-
- 0xFED19B0: 38000000 li r0,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFED19B4: 7C0004AC sync
- 3: INCEIPL $4
-
- 0xFED19B8: 7FA0F828 lwarx r29,r0,r31
- 4: GETL R31, t2
- 5: LOCKo
- 6: LDL (t2), t4
- 7: PUTL t4, R29
- 8: INCEIPL $4
-
- 0xFED19BC: 7C00F92D stwcx. r0,r0,r31
- 9: GETL R31, t6
- 10: GETL R0, t8
- 11: LOCKo
- 12: STL t8, (t6) (-rSo)
- 13: ICRFL cr, $0x0, CR
- 14: INCEIPL $4
-
- 0xFED19C0: 40A2FFF8 bc 5,2,0xFED19B8
- 15: Jc02o $0xFED19B8
-
-
-
-. 1837 FED19B0 20
-. 38 00 00 00 7C 00 04 AC 7F A0 F8 28 7C 00 F9 2D 40 A2 FF F8
-==== BB 1838 (0xFED19C4) approx BBs exec'd 0 ====
-
- 0xFED19C4: 2F9D0001 cmpi cr7,r29,1
- 0: GETL R29, t0
- 1: MOVL $0x1, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFED19C8: 419D00DC bc 12,29,0xFED1AA4
- 5: Js29o $0xFED1AA4
-
-
-
-. 1838 FED19C4 8
-. 2F 9D 00 01 41 9D 00 DC
-==== BB 1839 (0xFED19CC) approx BBs exec'd 0 ====
-
- 0xFED19CC: 7F83E378 or r3,r28,r28
- 0: GETL R28, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFED19D0: 83810024 lwz r28,36(r1)
- 3: GETL R1, t2
- 4: ADDL $0x24, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R28
- 7: INCEIPL $4
-
- 0xFED19D4: 83410008 lwz r26,8(r1)
- 8: GETL R1, t6
- 9: ADDL $0x8, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R26
- 12: INCEIPL $4
-
- 0xFED19D8: 7F8803A6 mtlr r28
- 13: GETL R28, t10
- 14: PUTL t10, LR
- 15: INCEIPL $4
-
- 0xFED19DC: 8361000C lwz r27,12(r1)
- 16: GETL R1, t12
- 17: ADDL $0xC, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R27
- 20: INCEIPL $4
-
- 0xFED19E0: 83810010 lwz r28,16(r1)
- 21: GETL R1, t16
- 22: ADDL $0x10, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R28
- 25: INCEIPL $4
-
- 0xFED19E4: 83A10014 lwz r29,20(r1)
- 26: GETL R1, t20
- 27: ADDL $0x14, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R29
- 30: INCEIPL $4
-
- 0xFED19E8: 83C10018 lwz r30,24(r1)
- 31: GETL R1, t24
- 32: ADDL $0x18, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R30
- 35: INCEIPL $4
-
- 0xFED19EC: 83E1001C lwz r31,28(r1)
- 36: GETL R1, t28
- 37: ADDL $0x1C, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R31
- 40: INCEIPL $4
-
- 0xFED19F0: 38210020 addi r1,r1,32
- 41: GETL R1, t32
- 42: ADDL $0x20, t32
- 43: PUTL t32, R1
- 44: INCEIPL $4
-
- 0xFED19F4: 4E800020 blr
- 45: GETL LR, t34
- 46: JMPo-r t34 ($4)
-
-
-
-. 1839 FED19CC 44
-. 7F 83 E3 78 83 81 00 24 83 41 00 08 7F 88 03 A6 83 61 00 0C 83 81 00 10 83 A1 00 14 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 1840 (0xFED1930) approx BBs exec'd 0 ====
-
- 0xFED1930: 83810024 lwz r28,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0xFED1934: 83410008 lwz r26,8(r1)
- 5: GETL R1, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R26
- 9: INCEIPL $4
-
- 0xFED1938: 7F8803A6 mtlr r28
- 10: GETL R28, t8
- 11: PUTL t8, LR
- 12: INCEIPL $4
-
- 0xFED193C: 8361000C lwz r27,12(r1)
- 13: GETL R1, t10
- 14: ADDL $0xC, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R27
- 17: INCEIPL $4
-
- 0xFED1940: 83810010 lwz r28,16(r1)
- 18: GETL R1, t14
- 19: ADDL $0x10, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R28
- 22: INCEIPL $4
-
- 0xFED1944: 83A10014 lwz r29,20(r1)
- 23: GETL R1, t18
- 24: ADDL $0x14, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R29
- 27: INCEIPL $4
-
- 0xFED1948: 83C10018 lwz r30,24(r1)
- 28: GETL R1, t22
- 29: ADDL $0x18, t22
- 30: LDL (t22), t24
- 31: PUTL t24, R30
- 32: INCEIPL $4
-
- 0xFED194C: 83E1001C lwz r31,28(r1)
- 33: GETL R1, t26
- 34: ADDL $0x1C, t26
- 35: LDL (t26), t28
- 36: PUTL t28, R31
- 37: INCEIPL $4
-
- 0xFED1950: 38210020 addi r1,r1,32
- 38: GETL R1, t30
- 39: ADDL $0x20, t30
- 40: PUTL t30, R1
- 41: INCEIPL $4
-
- 0xFED1954: 4E800020 blr
- 42: GETL LR, t32
- 43: JMPo-r t32 ($4)
-
-
-
-. 1840 FED1930 40
-. 83 81 00 24 83 41 00 08 7F 88 03 A6 83 61 00 0C 83 81 00 10 83 A1 00 14 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 1841 (0xFE8DE60) approx BBs exec'd 0 ====
-
- 0xFE8DE60: 2C830000 cmpi cr1,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFE8DE64: 418600B4 bc 12,6,0xFE8DF18
- 4: Js06o $0xFE8DF18
-
-
-
-. 1841 FE8DE60 8
-. 2C 83 00 00 41 86 00 B4
-==== BB 1842 (0xFE8DE68) approx BBs exec'd 0 ====
-
- 0xFE8DE68: 419200F8 bc 12,18,0xFE8DF60
- 0: Js18o $0xFE8DF60
-
-
-
-. 1842 FE8DE68 4
-. 41 92 00 F8
-==== BB 1843 (0xFE8DF60) approx BBs exec'd 0 ====
-
- 0xFE8DF60: 7C671B78 or r7,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R7
- 2: INCEIPL $4
-
- 0xFE8DF64: 4BFFFF18 b 0xFE8DE7C
- 3: JMPo $0xFE8DE7C ($4)
-
-
-
-. 1843 FE8DF60 8
-. 7C 67 1B 78 4B FF FF 18
-==== BB 1844 (0xFE8DE7C) approx BBs exec'd 0 ====
-
- 0xFE8DE7C: 38A00000 li r5,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0xFE8DE80: 7E05E840 cmpl cr4,r5,r29
- 3: GETL R5, t2
- 4: GETL R29, t4
- 5: CMPUL t2, t4, t6 (-rSo)
- 6: ICRFL t6, $0x4, CR
- 7: INCEIPL $4
-
- 0xFE8DE84: 4090008C bc 4,16,0xFE8DF10
- 8: Jc16o $0xFE8DF10
-
-
-
-. 1844 FE8DE7C 12
-. 38 A0 00 00 7E 05 E8 40 40 90 00 8C
-==== BB 1845 (0xFE8DE88) approx BBs exec'd 0 ====
-
- 0xFE8DE88: 839E1CF8 lwz r28,7416(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1CF8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0xFE8DE8C: 815E1D50 lwz r10,7504(r30)
- 5: GETL R30, t4
- 6: ADDL $0x1D50, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R10
- 9: INCEIPL $4
-
- 0xFE8DE90: 811E1B80 lwz r8,7040(r30)
- 10: GETL R30, t8
- 11: ADDL $0x1B80, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R8
- 14: INCEIPL $4
-
- 0xFE8DE94: 7FA903A6 mtctr r29
- 15: GETL R29, t12
- 16: PUTL t12, CTR
- 17: INCEIPL $4
-
- 0xFE8DE98: 7CDC1214 add r6,r28,r2
- 18: GETL R28, t14
- 19: GETL R2, t16
- 20: ADDL t14, t16
- 21: PUTL t16, R6
- 22: INCEIPL $4
-
- 0xFE8DE9C: 7D881214 add r12,r8,r2
- 23: GETL R8, t18
- 24: GETL R2, t20
- 25: ADDL t18, t20
- 26: PUTL t20, R12
- 27: INCEIPL $4
-
- 0xFE8DEA0: 7F8A1214 add r28,r10,r2
- 28: GETL R10, t22
- 29: GETL R2, t24
- 30: ADDL t22, t24
- 31: PUTL t24, R28
- 32: INCEIPL $4
-
- 0xFE8DEA4: 48000028 b 0xFE8DECC
- 33: JMPo $0xFE8DECC ($4)
-
-
-
-. 1845 FE8DE88 32
-. 83 9E 1C F8 81 5E 1D 50 81 1E 1B 80 7F A9 03 A6 7C DC 12 14 7D 88 12 14 7F 8A 12 14 48 00 00 28
-==== BB 1846 (0xFE8DECC) approx BBs exec'd 0 ====
-
- 0xFE8DECC: 83A60000 lwz r29,0(r6)
- 0: GETL R6, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R29
- 3: INCEIPL $4
-
- 0xFE8DED0: 7CE43B78 or r4,r7,r7
- 4: GETL R7, t4
- 5: PUTL t4, R4
- 6: INCEIPL $4
-
- 0xFE8DED4: 2F1D0000 cmpi cr6,r29,0
- 7: GETL R29, t6
- 8: CMP0L t6, t8 (-rSo)
- 9: ICRFL t8, $0x6, CR
- 10: INCEIPL $4
-
- 0xFE8DED8: 419A00B4 bc 12,26,0xFE8DF8C
- 11: Js26o $0xFE8DF8C
-
-
-
-. 1846 FE8DECC 16
-. 83 A6 00 00 7C E4 3B 78 2F 1D 00 00 41 9A 00 B4
-==== BB 1847 (0xFE8DEDC) approx BBs exec'd 0 ====
-
- 0xFE8DEDC: 7D1F28AE lbzx r8,r31,r5
- 0: GETL R5, t0
- 1: GETL R31, t2
- 2: ADDL t2, t0
- 3: LDB (t0), t4
- 4: PUTL t4, R8
- 5: INCEIPL $4
-
- 0xFE8DEE0: 81460000 lwz r10,0(r6)
- 6: GETL R6, t6
- 7: LDL (t6), t8
- 8: PUTL t8, R10
- 9: INCEIPL $4
-
- 0xFE8DEE4: 550B083C rlwinm r11,r8,1,0,30
- 10: GETL R8, t10
- 11: SHLL $0x1, t10
- 12: PUTL t10, R11
- 13: INCEIPL $4
-
- 0xFE8DEE8: 3BA8FFD0 addi r29,r8,-48
- 14: GETL R8, t12
- 15: ADDL $0xFFFFFFD0, t12
- 16: PUTL t12, R29
- 17: INCEIPL $4
-
- 0xFE8DEEC: 7C0B522E lhzx r0,r11,r10
- 18: GETL R10, t14
- 19: GETL R11, t16
- 20: ADDL t16, t14
- 21: LDW (t14), t18
- 22: PUTL t18, R0
- 23: INCEIPL $4
-
- 0xFE8DEF0: 2B9D0009 cmpli cr7,r29,9
- 24: GETL R29, t20
- 25: MOVL $0x9, t24
- 26: CMPUL t20, t24, t22 (-rSo)
- 27: ICRFL t22, $0x7, CR
- 28: INCEIPL $4
-
- 0xFE8DEF4: 700B0004 andi. r11,r0,0x4
- 29: GETL R0, t26
- 30: ANDL $0x4, t26
- 31: PUTL t26, R11
- 32: CMP0L t26, t28 (-rSo)
- 33: ICRFL t28, $0x0, CR
- 34: INCEIPL $4
-
- 0xFE8DEF8: 40A2FFB0 bc 5,2,0xFE8DEA8
- 35: Jc02o $0xFE8DEA8
-
-
-
-. 1847 FE8DEDC 32
-. 7D 1F 28 AE 81 46 00 00 55 0B 08 3C 3B A8 FF D0 7C 0B 52 2E 2B 9D 00 09 70 0B 00 04 40 A2 FF B0
-==== BB 1848 (0xFE8DEA8) approx BBs exec'd 0 ====
-
- 0xFE8DEA8: 814C0000 lwz r10,0(r12)
- 0: GETL R12, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R10
- 3: INCEIPL $4
-
- 0xFE8DEAC: 38E70001 addi r7,r7,1
- 4: GETL R7, t4
- 5: ADDL $0x1, t4
- 6: PUTL t4, R7
- 7: INCEIPL $4
-
- 0xFE8DEB0: 2F8A0000 cmpi cr7,r10,0
- 8: GETL R10, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x7, CR
- 11: INCEIPL $4
-
- 0xFE8DEB4: 419E00F0 bc 12,30,0xFE8DFA4
- 12: Js30o $0xFE8DFA4
-
-
-
-. 1848 FE8DEA8 16
-. 81 4C 00 00 38 E7 00 01 2F 8A 00 00 41 9E 00 F0
-==== BB 1849 (0xFE8DEB8) approx BBs exec'd 0 ====
-
- 0xFE8DEB8: 550B103A rlwinm r11,r8,2,0,29
- 0: GETL R8, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R11
- 3: INCEIPL $4
-
- 0xFE8DEBC: 7C0B502E lwzx r0,r11,r10
- 4: GETL R10, t2
- 5: GETL R11, t4
- 6: ADDL t4, t2
- 7: LDL (t2), t6
- 8: PUTL t6, R0
- 9: INCEIPL $4
-
- 0xFE8DEC0: 98040000 stb r0,0(r4)
- 10: GETL R0, t8
- 11: GETL R4, t10
- 12: STB t8, (t10)
- 13: INCEIPL $4
-
- 0xFE8DEC4: 38A50001 addi r5,r5,1
- 14: GETL R5, t12
- 15: ADDL $0x1, t12
- 16: PUTL t12, R5
- 17: INCEIPL $4
-
- 0xFE8DEC8: 42400048 bc 18,0,0xFE8DF10
- 18: GETL CTR, t14
- 19: ADDL $0xFFFFFFFF, t14
- 20: PUTL t14, CTR
- 21: SETZL t14, NoValue
- 22: JIFZL t14, $0xFE8DECC
- 23: JMPo $0xFE8DF10 ($4)
-
-
-
-. 1849 FE8DEB8 20
-. 55 0B 10 3A 7C 0B 50 2E 98 04 00 00 38 A5 00 01 42 40 00 48
-==== BB 1850 (0xFE8DEFC) approx BBs exec'd 0 ====
-
- 0xFE8DEFC: 41BDFFC8 bc 13,29,0xFE8DEC4
- 0: Js29o $0xFE8DEC4
-
-
-
-. 1850 FE8DEFC 4
-. 41 BD FF C8
-==== BB 1851 (0xFE8DEC4) approx BBs exec'd 0 ====
-
- 0xFE8DEC4: 38A50001 addi r5,r5,1
- 0: GETL R5, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R5
- 3: INCEIPL $4
-
- 0xFE8DEC8: 42400048 bc 18,0,0xFE8DF10
- 4: GETL CTR, t2
- 5: ADDL $0xFFFFFFFF, t2
- 6: PUTL t2, CTR
- 7: SETZL t2, NoValue
- 8: JIFZL t2, $0xFE8DECC
- 9: JMPo $0xFE8DF10 ($4)
-
-
-
-. 1851 FE8DEC4 8
-. 38 A5 00 01 42 40 00 48
-==== BB 1852 (0xFE8DF00) approx BBs exec'd 0 ====
-
- 0xFE8DF00: 99070000 stb r8,0(r7)
- 0: GETL R8, t0
- 1: GETL R7, t2
- 2: STB t0, (t2)
- 3: INCEIPL $4
-
- 0xFE8DF04: 38A50001 addi r5,r5,1
- 4: GETL R5, t4
- 5: ADDL $0x1, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0xFE8DF08: 38E70001 addi r7,r7,1
- 8: GETL R7, t6
- 9: ADDL $0x1, t6
- 10: PUTL t6, R7
- 11: INCEIPL $4
-
- 0xFE8DF0C: 4200FFC0 bc 16,0,0xFE8DECC
- 12: GETL CTR, t8
- 13: ADDL $0xFFFFFFFF, t8
- 14: PUTL t8, CTR
- 15: JIFZL t8, $0xFE8DF10
- 16: JMPo $0xFE8DECC ($4)
-
-
-
-. 1852 FE8DF00 16
-. 99 07 00 00 38 A5 00 01 38 E7 00 01 42 00 FF C0
-==== BB 1853 (0xFE8DF10) approx BBs exec'd 0 ====
-
- 0xFE8DF10: 38C00000 li r6,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R6
- 2: INCEIPL $4
-
- 0xFE8DF14: 98C70000 stb r6,0(r7)
- 3: GETL R6, t2
- 4: GETL R7, t4
- 5: STB t2, (t4)
- 6: INCEIPL $4
-
- 0xFE8DF18: 83E10024 lwz r31,36(r1)
- 7: GETL R1, t6
- 8: ADDL $0x24, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R31
- 11: INCEIPL $4
-
- 0xFE8DF1C: 80E1000C lwz r7,12(r1)
- 12: GETL R1, t10
- 13: ADDL $0xC, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R7
- 16: INCEIPL $4
-
- 0xFE8DF20: 7FE803A6 mtlr r31
- 17: GETL R31, t14
- 18: PUTL t14, LR
- 19: INCEIPL $4
-
- 0xFE8DF24: 83810010 lwz r28,16(r1)
- 20: GETL R1, t16
- 21: ADDL $0x10, t16
- 22: LDL (t16), t18
- 23: PUTL t18, R28
- 24: INCEIPL $4
-
- 0xFE8DF28: 83A10014 lwz r29,20(r1)
- 25: GETL R1, t20
- 26: ADDL $0x14, t20
- 27: LDL (t20), t22
- 28: PUTL t22, R29
- 29: INCEIPL $4
-
- 0xFE8DF2C: 7CE08120 mtcrf 0x8,r7
- 30: GETL R7, t24
- 31: ICRFL t24, $0x4, CR
- 32: INCEIPL $4
-
- 0xFE8DF30: 83C10018 lwz r30,24(r1)
- 33: GETL R1, t26
- 34: ADDL $0x18, t26
- 35: LDL (t26), t28
- 36: PUTL t28, R30
- 37: INCEIPL $4
-
- 0xFE8DF34: 83E1001C lwz r31,28(r1)
- 38: GETL R1, t30
- 39: ADDL $0x1C, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R31
- 42: INCEIPL $4
-
- 0xFE8DF38: 38210020 addi r1,r1,32
- 43: GETL R1, t34
- 44: ADDL $0x20, t34
- 45: PUTL t34, R1
- 46: INCEIPL $4
-
- 0xFE8DF3C: 4E800020 blr
- 47: GETL LR, t36
- 48: JMPo-r t36 ($4)
-
-
-
-. 1853 FE8DF10 48
-. 38 C0 00 00 98 C7 00 00 83 E1 00 24 80 E1 00 0C 7F E8 03 A6 83 81 00 10 83 A1 00 14 7C E0 81 20 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 1854 (0xFE88280) approx BBs exec'd 0 ====
-
- 0xFE88280: 39200000 li r9,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R9
- 2: INCEIPL $4
-
- 0xFE88284: 7C7A1B79 or. r26,r3,r3
- 3: GETL R3, t2
- 4: PUTL t2, R26
- 5: CMP0L t2, t4 (-rSo)
- 6: ICRFL t4, $0x0, CR
- 7: INCEIPL $4
-
- 0xFE88288: 41A2FB70 bc 13,2,0xFE87DF8
- 8: Js02o $0xFE87DF8
-
-
-
-. 1854 FE88280 12
-. 39 20 00 00 7C 7A 1B 79 41 A2 FB 70
-==== BB 1855 (0xFE8828C) approx BBs exec'd 0 ====
-
- 0xFE8828C: 7F64DB78 or r4,r27,r27
- 0: GETL R27, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0xFE88290: 7FA5EB78 or r5,r29,r29
- 3: GETL R29, t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0xFE88294: 4804EACD bl 0xFED6D60
- 6: MOVL $0xFE88298, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0xFED6D60 ($4)
-
-
-
-. 1855 FE8828C 12
-. 7F 64 DB 78 7F A5 EB 78 48 04 EA CD
-==== BB 1856 (0xFE88298) approx BBs exec'd 0 ====
-
- 0xFE88298: 2C830000 cmpi cr1,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFE8829C: 40860010 bc 4,6,0xFE882AC
- 4: Jc06o $0xFE882AC
-
-
-
-. 1856 FE88298 8
-. 2C 83 00 00 40 86 00 10
-==== BB 1857 (0xFE882AC) approx BBs exec'd 0 ====
-
- 0xFE882AC: 7F43D378 or r3,r26,r26
- 0: GETL R26, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE882B0: 4804E829 bl 0xFED6AD8
- 3: MOVL $0xFE882B4, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0xFED6AD8 ($4)
-
-
-
-. 1857 FE882AC 8
-. 7F 43 D3 78 48 04 E8 29
-==== BB 1858 (0xFE882B4) approx BBs exec'd 0 ====
-
- 0xFE882B4: 7C7C1B78 or r28,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R28
- 2: INCEIPL $4
-
- 0xFE882B8: 7F23CB78 or r3,r25,r25
- 3: GETL R25, t2
- 4: PUTL t2, R3
- 5: INCEIPL $4
-
- 0xFE882BC: 4804E81D bl 0xFED6AD8
- 6: MOVL $0xFE882C0, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0xFED6AD8 ($4)
-
-
-
-. 1858 FE882B4 12
-. 7C 7C 1B 78 7F 23 CB 78 48 04 E8 1D
-==== BB 1859 (0xFE882C0) approx BBs exec'd 0 ====
-
- 0xFE882C0: 7CB7D850 subf r5,r23,r27
- 0: GETL R23, t0
- 1: GETL R27, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0xFE882C4: 7E05E214 add r16,r5,r28
- 5: GETL R5, t4
- 6: GETL R28, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R16
- 9: INCEIPL $4
-
- 0xFE882C8: 3B630001 addi r27,r3,1
- 10: GETL R3, t8
- 11: ADDL $0x1, t8
- 12: PUTL t8, R27
- 13: INCEIPL $4
-
- 0xFE882CC: 7D70DA14 add r11,r16,r27
- 14: GETL R16, t10
- 15: GETL R27, t12
- 16: ADDL t10, t12
- 17: PUTL t12, R11
- 18: INCEIPL $4
-
- 0xFE882D0: 80E10000 lwz r7,0(r1)
- 19: GETL R1, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R7
- 22: INCEIPL $4
-
- 0xFE882D4: 394B001E addi r10,r11,30
- 23: GETL R11, t18
- 24: ADDL $0x1E, t18
- 25: PUTL t18, R10
- 26: INCEIPL $4
-
- 0xFE882D8: 55480036 rlwinm r8,r10,0,0,27
- 27: GETL R10, t20
- 28: ANDL $0xFFFFFFF0, t20
- 29: PUTL t20, R8
- 30: INCEIPL $4
-
- 0xFE882DC: 7CC800D0 neg r6,r8
- 31: GETL R8, t22
- 32: NEGL t22
- 33: PUTL t22, R6
- 34: INCEIPL $4
-
- 0xFE882E0: 7CE1316E stwux r7,r1,r6
- 35: GETL R6, t24
- 36: GETL R1, t26
- 37: ADDL t26, t24
- 38: PUTL t24, R1
- 39: GETL R7, t28
- 40: STL t28, (t24)
- 41: INCEIPL $4
-
- 0xFE882E4: 38810017 addi r4,r1,23
- 42: GETL R1, t30
- 43: ADDL $0x17, t30
- 44: PUTL t30, R4
- 45: INCEIPL $4
-
- 0xFE882E8: 549D0036 rlwinm r29,r4,0,0,27
- 46: GETL R4, t32
- 47: ANDL $0xFFFFFFF0, t32
- 48: PUTL t32, R29
- 49: INCEIPL $4
-
- 0xFE882EC: 7EE4BB78 or r4,r23,r23
- 50: GETL R23, t34
- 51: PUTL t34, R4
- 52: INCEIPL $4
-
- 0xFE882F0: 7FA3EB78 or r3,r29,r29
- 53: GETL R29, t36
- 54: PUTL t36, R3
- 55: INCEIPL $4
-
- 0xFE882F4: 7FB7EB78 or r23,r29,r29
- 56: GETL R29, t38
- 57: PUTL t38, R23
- 58: INCEIPL $4
-
- 0xFE882F8: 4804FD09 bl 0xFED8000
- 59: MOVL $0xFE882FC, t40
- 60: PUTL t40, LR
- 61: JMPo-c $0xFED8000 ($4)
-
-
-
-. 1859 FE882C0 60
-. 7C B7 D8 50 7E 05 E2 14 3B 63 00 01 7D 70 DA 14 80 E1 00 00 39 4B 00 1E 55 48 00 36 7C C8 00 D0 7C E1 31 6E 38 81 00 17 54 9D 00 36 7E E4 BB 78 7F A3 EB 78 7F B7 EB 78 48 04 FD 09
-==== BB 1860 mempcpy(0xFED8000) approx BBs exec'd 0 ====
-
- 0xFED8000: 2B85000F cmpli cr7,r5,15
- 0: GETL R5, t0
- 1: MOVL $0xF, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFED8004: 7C0802A6 mflr r0
- 5: GETL LR, t6
- 6: PUTL t6, R0
- 7: INCEIPL $4
-
- 0xFED8008: 9421FFE0 stwu r1,-32(r1)
- 8: GETL R1, t8
- 9: GETL R1, t10
- 10: ADDL $0xFFFFFFE0, t10
- 11: PUTL t10, R1
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0xFED800C: 93A10014 stw r29,20(r1)
- 14: GETL R29, t12
- 15: GETL R1, t14
- 16: ADDL $0x14, t14
- 17: STL t12, (t14)
- 18: INCEIPL $4
-
- 0xFED8010: 7C7D1B78 or r29,r3,r3
- 19: GETL R3, t16
- 20: PUTL t16, R29
- 21: INCEIPL $4
-
- 0xFED8014: 93E1001C stw r31,28(r1)
- 22: GETL R31, t18
- 23: GETL R1, t20
- 24: ADDL $0x1C, t20
- 25: STL t18, (t20)
- 26: INCEIPL $4
-
- 0xFED8018: 7C9F2378 or r31,r4,r4
- 27: GETL R4, t22
- 28: PUTL t22, R31
- 29: INCEIPL $4
-
- 0xFED801C: 93810010 stw r28,16(r1)
- 30: GETL R28, t24
- 31: GETL R1, t26
- 32: ADDL $0x10, t26
- 33: STL t24, (t26)
- 34: INCEIPL $4
-
- 0xFED8020: 93C10018 stw r30,24(r1)
- 35: GETL R30, t28
- 36: GETL R1, t30
- 37: ADDL $0x18, t30
- 38: STL t28, (t30)
- 39: INCEIPL $4
-
- 0xFED8024: 90010024 stw r0,36(r1)
- 40: GETL R0, t32
- 41: GETL R1, t34
- 42: ADDL $0x24, t34
- 43: STL t32, (t34)
- 44: INCEIPL $4
-
- 0xFED8028: 409D0058 bc 4,29,0xFED8080
- 45: Jc29o $0xFED8080
-
-
-
-. 1860 FED8000 44
-. 2B 85 00 0F 7C 08 02 A6 94 21 FF E0 93 A1 00 14 7C 7D 1B 78 93 E1 00 1C 7C 9F 23 78 93 81 00 10 93 C1 00 18 90 01 00 24 40 9D 00 58
-==== BB 1861 (0xFED8080) approx BBs exec'd 0 ====
-
- 0xFED8080: 2C850000 cmpi cr1,r5,0
- 0: GETL R5, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFED8084: 4186001C bc 12,6,0xFED80A0
- 4: Js06o $0xFED80A0
-
-
-
-. 1861 FED8080 8
-. 2C 85 00 00 41 86 00 1C
-==== BB 1862 (0xFED8088) approx BBs exec'd 0 ====
-
- 0xFED8088: 7CA903A6 mtctr r5
- 0: GETL R5, t0
- 1: PUTL t0, CTR
- 2: INCEIPL $4
-
- 0xFED808C: 88FF0000 lbz r7,0(r31)
- 3: GETL R31, t2
- 4: LDB (t2), t4
- 5: PUTL t4, R7
- 6: INCEIPL $4
-
- 0xFED8090: 3BFF0001 addi r31,r31,1
- 7: GETL R31, t6
- 8: ADDL $0x1, t6
- 9: PUTL t6, R31
- 10: INCEIPL $4
-
- 0xFED8094: 98FD0000 stb r7,0(r29)
- 11: GETL R7, t8
- 12: GETL R29, t10
- 13: STB t8, (t10)
- 14: INCEIPL $4
-
- 0xFED8098: 3BBD0001 addi r29,r29,1
- 15: GETL R29, t12
- 16: ADDL $0x1, t12
- 17: PUTL t12, R29
- 18: INCEIPL $4
-
- 0xFED809C: 4200FFF0 bc 16,0,0xFED808C
- 19: GETL CTR, t14
- 20: ADDL $0xFFFFFFFF, t14
- 21: PUTL t14, CTR
- 22: JIFZL t14, $0xFED80A0
- 23: JMPo $0xFED808C ($4)
-
-
-
-. 1862 FED8088 24
-. 7C A9 03 A6 88 FF 00 00 3B FF 00 01 98 FD 00 00 3B BD 00 01 42 00 FF F0
-==== BB 1863 (0xFED808C) approx BBs exec'd 0 ====
-
- 0xFED808C: 88FF0000 lbz r7,0(r31)
- 0: GETL R31, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R7
- 3: INCEIPL $4
-
- 0xFED8090: 3BFF0001 addi r31,r31,1
- 4: GETL R31, t4
- 5: ADDL $0x1, t4
- 6: PUTL t4, R31
- 7: INCEIPL $4
-
- 0xFED8094: 98FD0000 stb r7,0(r29)
- 8: GETL R7, t6
- 9: GETL R29, t8
- 10: STB t6, (t8)
- 11: INCEIPL $4
-
- 0xFED8098: 3BBD0001 addi r29,r29,1
- 12: GETL R29, t10
- 13: ADDL $0x1, t10
- 14: PUTL t10, R29
- 15: INCEIPL $4
-
- 0xFED809C: 4200FFF0 bc 16,0,0xFED808C
- 16: GETL CTR, t12
- 17: ADDL $0xFFFFFFFF, t12
- 18: PUTL t12, CTR
- 19: JIFZL t12, $0xFED80A0
- 20: JMPo $0xFED808C ($4)
-
-
-
-. 1863 FED808C 20
-. 88 FF 00 00 3B FF 00 01 98 FD 00 00 3B BD 00 01 42 00 FF F0
-==== BB 1864 (0xFED80A0) approx BBs exec'd 0 ====
-
- 0xFED80A0: 81010024 lwz r8,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0xFED80A4: 7FA3EB78 or r3,r29,r29
- 5: GETL R29, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFED80A8: 83810010 lwz r28,16(r1)
- 8: GETL R1, t6
- 9: ADDL $0x10, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R28
- 12: INCEIPL $4
-
- 0xFED80AC: 83A10014 lwz r29,20(r1)
- 13: GETL R1, t10
- 14: ADDL $0x14, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R29
- 17: INCEIPL $4
-
- 0xFED80B0: 7D0803A6 mtlr r8
- 18: GETL R8, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0xFED80B4: 83C10018 lwz r30,24(r1)
- 21: GETL R1, t16
- 22: ADDL $0x18, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R30
- 25: INCEIPL $4
-
- 0xFED80B8: 83E1001C lwz r31,28(r1)
- 26: GETL R1, t20
- 27: ADDL $0x1C, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R31
- 30: INCEIPL $4
-
- 0xFED80BC: 38210020 addi r1,r1,32
- 31: GETL R1, t24
- 32: ADDL $0x20, t24
- 33: PUTL t24, R1
- 34: INCEIPL $4
-
- 0xFED80C0: 4E800020 blr
- 35: GETL LR, t26
- 36: JMPo-r t26 ($4)
-
-
-
-. 1864 FED80A0 36
-. 81 01 00 24 7F A3 EB 78 83 81 00 10 83 A1 00 14 7D 08 03 A6 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 1865 (0xFE882FC) approx BBs exec'd 0 ====
-
- 0xFE882FC: 7F44D378 or r4,r26,r26
- 0: GETL R26, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0xFE88300: 7F85E378 or r5,r28,r28
- 3: GETL R28, t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0xFE88304: 4804FCFD bl 0xFED8000
- 6: MOVL $0xFE88308, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0xFED8000 ($4)
-
-
-
-. 1865 FE882FC 12
-. 7F 44 D3 78 7F 85 E3 78 48 04 FC FD
-==== BB 1866 (0xFE88308) approx BBs exec'd 0 ====
-
- 0xFE88308: 7F24CB78 or r4,r25,r25
- 0: GETL R25, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0xFE8830C: 7F65DB78 or r5,r27,r27
- 3: GETL R27, t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0xFE88310: 480503C9 bl 0xFED86D8
- 6: MOVL $0xFE88314, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0xFED86D8 ($4)
-
-
-
-. 1866 FE88308 12
-. 7F 24 CB 78 7F 65 DB 78 48 05 03 C9
-==== BB 1867 memcpy(0xFED86D8) approx BBs exec'd 0 ====
-
- 0xFED86D8: 2B85000F cmpli cr7,r5,15
- 0: GETL R5, t0
- 1: MOVL $0xF, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFED86DC: 7C0802A6 mflr r0
- 5: GETL LR, t6
- 6: PUTL t6, R0
- 7: INCEIPL $4
-
- 0xFED86E0: 9421FFE0 stwu r1,-32(r1)
- 8: GETL R1, t8
- 9: GETL R1, t10
- 10: ADDL $0xFFFFFFE0, t10
- 11: PUTL t10, R1
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0xFED86E4: 9361000C stw r27,12(r1)
- 14: GETL R27, t12
- 15: GETL R1, t14
- 16: ADDL $0xC, t14
- 17: STL t12, (t14)
- 18: INCEIPL $4
-
- 0xFED86E8: 7C7B1B78 or r27,r3,r3
- 19: GETL R3, t16
- 20: PUTL t16, R27
- 21: INCEIPL $4
-
- 0xFED86EC: 93A10014 stw r29,20(r1)
- 22: GETL R29, t18
- 23: GETL R1, t20
- 24: ADDL $0x14, t20
- 25: STL t18, (t20)
- 26: INCEIPL $4
-
- 0xFED86F0: 7C9D2378 or r29,r4,r4
- 27: GETL R4, t22
- 28: PUTL t22, R29
- 29: INCEIPL $4
-
- 0xFED86F4: 93E1001C stw r31,28(r1)
- 30: GETL R31, t24
- 31: GETL R1, t26
- 32: ADDL $0x1C, t26
- 33: STL t24, (t26)
- 34: INCEIPL $4
-
- 0xFED86F8: 7C7F1B78 or r31,r3,r3
- 35: GETL R3, t28
- 36: PUTL t28, R31
- 37: INCEIPL $4
-
- 0xFED86FC: 93810010 stw r28,16(r1)
- 38: GETL R28, t30
- 39: GETL R1, t32
- 40: ADDL $0x10, t32
- 41: STL t30, (t32)
- 42: INCEIPL $4
-
- 0xFED8700: 93C10018 stw r30,24(r1)
- 43: GETL R30, t34
- 44: GETL R1, t36
- 45: ADDL $0x18, t36
- 46: STL t34, (t36)
- 47: INCEIPL $4
-
- 0xFED8704: 90010024 stw r0,36(r1)
- 48: GETL R0, t38
- 49: GETL R1, t40
- 50: ADDL $0x24, t40
- 51: STL t38, (t40)
- 52: INCEIPL $4
-
- 0xFED8708: 409D0058 bc 4,29,0xFED8760
- 53: Jc29o $0xFED8760
-
-
-
-. 1867 FED86D8 52
-. 2B 85 00 0F 7C 08 02 A6 94 21 FF E0 93 61 00 0C 7C 7B 1B 78 93 A1 00 14 7C 9D 23 78 93 E1 00 1C 7C 7F 1B 78 93 81 00 10 93 C1 00 18 90 01 00 24 40 9D 00 58
-==== BB 1868 (0xFED8760) approx BBs exec'd 0 ====
-
- 0xFED8760: 2C850000 cmpi cr1,r5,0
- 0: GETL R5, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFED8764: 4186001C bc 12,6,0xFED8780
- 4: Js06o $0xFED8780
-
-
-
-. 1868 FED8760 8
-. 2C 85 00 00 41 86 00 1C
-==== BB 1869 (0xFED8768) approx BBs exec'd 0 ====
-
- 0xFED8768: 7CA903A6 mtctr r5
- 0: GETL R5, t0
- 1: PUTL t0, CTR
- 2: INCEIPL $4
-
- 0xFED876C: 88FD0000 lbz r7,0(r29)
- 3: GETL R29, t2
- 4: LDB (t2), t4
- 5: PUTL t4, R7
- 6: INCEIPL $4
-
- 0xFED8770: 3BBD0001 addi r29,r29,1
- 7: GETL R29, t6
- 8: ADDL $0x1, t6
- 9: PUTL t6, R29
- 10: INCEIPL $4
-
- 0xFED8774: 98FF0000 stb r7,0(r31)
- 11: GETL R7, t8
- 12: GETL R31, t10
- 13: STB t8, (t10)
- 14: INCEIPL $4
-
- 0xFED8778: 3BFF0001 addi r31,r31,1
- 15: GETL R31, t12
- 16: ADDL $0x1, t12
- 17: PUTL t12, R31
- 18: INCEIPL $4
-
- 0xFED877C: 4200FFF0 bc 16,0,0xFED876C
- 19: GETL CTR, t14
- 20: ADDL $0xFFFFFFFF, t14
- 21: PUTL t14, CTR
- 22: JIFZL t14, $0xFED8780
- 23: JMPo $0xFED876C ($4)
-
-
-
-. 1869 FED8768 24
-. 7C A9 03 A6 88 FD 00 00 3B BD 00 01 98 FF 00 00 3B FF 00 01 42 00 FF F0
-==== BB 1870 (0xFED8780) approx BBs exec'd 0 ====
-
- 0xFED8780: 81010024 lwz r8,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0xFED8784: 7F63DB78 or r3,r27,r27
- 5: GETL R27, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFED8788: 83810010 lwz r28,16(r1)
- 8: GETL R1, t6
- 9: ADDL $0x10, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R28
- 12: INCEIPL $4
-
- 0xFED878C: 8361000C lwz r27,12(r1)
- 13: GETL R1, t10
- 14: ADDL $0xC, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R27
- 17: INCEIPL $4
-
- 0xFED8790: 7D0803A6 mtlr r8
- 18: GETL R8, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0xFED8794: 83A10014 lwz r29,20(r1)
- 21: GETL R1, t16
- 22: ADDL $0x14, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R29
- 25: INCEIPL $4
-
- 0xFED8798: 83C10018 lwz r30,24(r1)
- 26: GETL R1, t20
- 27: ADDL $0x18, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R30
- 30: INCEIPL $4
-
- 0xFED879C: 83E1001C lwz r31,28(r1)
- 31: GETL R1, t24
- 32: ADDL $0x1C, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R31
- 35: INCEIPL $4
-
- 0xFED87A0: 38210020 addi r1,r1,32
- 36: GETL R1, t28
- 37: ADDL $0x20, t28
- 38: PUTL t28, R1
- 39: INCEIPL $4
-
- 0xFED87A4: 4E800020 blr
- 40: GETL LR, t30
- 41: JMPo-r t30 ($4)
-
-
-
-. 1870 FED8780 40
-. 81 01 00 24 7F 63 DB 78 83 81 00 10 83 61 00 0C 7D 08 03 A6 83 A1 00 14 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 1871 (0xFE88314) approx BBs exec'd 0 ====
-
- 0xFE88314: 7F43D378 or r3,r26,r26
- 0: GETL R26, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE88318: 48122019 bl 0xFFAA330
- 3: MOVL $0xFE8831C, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0xFFAA330 ($4)
-
-
-
-. 1871 FE88314 8
-. 7F 43 D3 78 48 12 20 19
-==== BB 1872 (0xFFAA330) approx BBs exec'd 0 ====
-
- 0xFFAA330: 4BF25160 b 0xFECF490
- 0: JMPo $0xFECF490 ($4)
-
-
-
-. 1872 FFAA330 4
-. 4B F2 51 60
-==== BB 1873 free(0xFECF490) approx BBs exec'd 0 ====
-
- 0xFECF490: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFECF494: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFECF498: 480D89B9 bl 0xFFA7E50
- 9: MOVL $0xFECF49C, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 1873 FECF490 12
-. 94 21 FF E0 7C 08 02 A6 48 0D 89 B9
-==== BB 1874 (0xFECF49C) approx BBs exec'd 0 ====
-
- 0xFECF49C: 93C10018 stw r30,24(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFECF4A0: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFECF4A4: 93810010 stw r28,16(r1)
- 8: GETL R28, t6
- 9: GETL R1, t8
- 10: ADDL $0x10, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFECF4A8: 90010024 stw r0,36(r1)
- 13: GETL R0, t10
- 14: GETL R1, t12
- 15: ADDL $0x24, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFECF4AC: 7C7C1B78 or r28,r3,r3
- 18: GETL R3, t14
- 19: PUTL t14, R28
- 20: INCEIPL $4
-
- 0xFECF4B0: 93A10014 stw r29,20(r1)
- 21: GETL R29, t16
- 22: GETL R1, t18
- 23: ADDL $0x14, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFECF4B4: 813E1D88 lwz r9,7560(r30)
- 26: GETL R30, t20
- 27: ADDL $0x1D88, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R9
- 30: INCEIPL $4
-
- 0xFECF4B8: 93E1001C stw r31,28(r1)
- 31: GETL R31, t24
- 32: GETL R1, t26
- 33: ADDL $0x1C, t26
- 34: STL t24, (t26)
- 35: INCEIPL $4
-
- 0xFECF4BC: 80090000 lwz r0,0(r9)
- 36: GETL R9, t28
- 37: LDL (t28), t30
- 38: PUTL t30, R0
- 39: INCEIPL $4
-
- 0xFECF4C0: 2F800000 cmpi cr7,r0,0
- 40: GETL R0, t32
- 41: CMP0L t32, t34 (-rSo)
- 42: ICRFL t34, $0x7, CR
- 43: INCEIPL $4
-
- 0xFECF4C4: 419E0034 bc 12,30,0xFECF4F8
- 44: Js30o $0xFECF4F8
-
-
-
-. 1874 FECF49C 44
-. 93 C1 00 18 7F C8 02 A6 93 81 00 10 90 01 00 24 7C 7C 1B 78 93 A1 00 14 81 3E 1D 88 93 E1 00 1C 80 09 00 00 2F 80 00 00 41 9E 00 34
-==== BB 1875 (0xFECF4F8) approx BBs exec'd 0 ====
-
- 0xFECF4F8: 2C030000 cmpi cr0,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0xFECF4FC: 41A2FFDC bc 13,2,0xFECF4D8
- 4: Js02o $0xFECF4D8
-
-
-
-. 1875 FECF4F8 8
-. 2C 03 00 00 41 A2 FF DC
-==== BB 1876 (0xFECF500) approx BBs exec'd 0 ====
-
- 0xFECF500: 3903FFF8 addi r8,r3,-8
- 0: GETL R3, t0
- 1: ADDL $0xFFFFFFF8, t0
- 2: PUTL t0, R8
- 3: INCEIPL $4
-
- 0xFECF504: 80880004 lwz r4,4(r8)
- 4: GETL R8, t2
- 5: ADDL $0x4, t2
- 6: LDL (t2), t4
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0xFECF508: 70800002 andi. r0,r4,0x2
- 9: GETL R4, t6
- 10: ANDL $0x2, t6
- 11: PUTL t6, R0
- 12: CMP0L t6, t8 (-rSo)
- 13: ICRFL t8, $0x0, CR
- 14: INCEIPL $4
-
- 0xFECF50C: 40820088 bc 4,2,0xFECF594
- 15: Jc02o $0xFECF594
-
-
-
-. 1876 FECF500 16
-. 39 03 FF F8 80 88 00 04 70 80 00 02 40 82 00 88
-==== BB 1877 (0xFECF510) approx BBs exec'd 0 ====
-
- 0xFECF510: 70800004 andi. r0,r4,0x4
- 0: GETL R4, t0
- 1: ANDL $0x4, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFECF514: 83FE05FC lwz r31,1532(r30)
- 6: GETL R30, t4
- 7: ADDL $0x5FC, t4
- 8: LDL (t4), t6
- 9: PUTL t6, R31
- 10: INCEIPL $4
-
- 0xFECF518: 40820070 bc 4,2,0xFECF588
- 11: Jc02o $0xFECF588
-
-
-
-. 1877 FECF510 12
-. 70 80 00 04 83 FE 05 FC 40 82 00 70
-==== BB 1878 (0xFECF51C) approx BBs exec'd 0 ====
-
- 0xFECF51C: 3BA00000 li r29,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R29
- 2: INCEIPL $4
-
- 0xFECF520: 38000001 li r0,1
- 3: MOVL $0x1, t2
- 4: PUTL t2, R0
- 5: INCEIPL $4
-
- 0xFECF524: 7D00F828 lwarx r8,r0,r31
- 6: GETL R31, t4
- 7: LOCKo
- 8: LDL (t4), t6
- 9: PUTL t6, R8
- 10: INCEIPL $4
-
- 0xFECF528: 7C08E800 cmp cr0,r8,r29
- 11: GETL R8, t8
- 12: GETL R29, t10
- 13: CMPL t8, t10, t12 (-rSo)
- 14: ICRFL t12, $0x0, CR
- 15: INCEIPL $4
-
- 0xFECF52C: 4082000C bc 4,2,0xFECF538
- 16: Jc02o $0xFECF538
-
-
-
-. 1878 FECF51C 20
-. 3B A0 00 00 38 00 00 01 7D 00 F8 28 7C 08 E8 00 40 82 00 0C
-==== BB 1879 (0xFECF530) approx BBs exec'd 0 ====
-
- 0xFECF530: 7C00F92D stwcx. r0,r0,r31
- 0: GETL R31, t0
- 1: GETL R0, t2
- 2: LOCKo
- 3: STL t2, (t0) (-rSo)
- 4: ICRFL cr, $0x0, CR
- 5: INCEIPL $4
-
- 0xFECF534: 40A2FFF0 bc 5,2,0xFECF524
- 6: Jc02o $0xFECF524
-
-
-
-. 1879 FECF530 8
-. 7C 00 F9 2D 40 A2 FF F0
-==== BB 1880 (0xFECF524) approx BBs exec'd 0 ====
-
- 0xFECF524: 7D00F828 lwarx r8,r0,r31
- 0: GETL R31, t0
- 1: LOCKo
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0xFECF528: 7C08E800 cmp cr0,r8,r29
- 5: GETL R8, t4
- 6: GETL R29, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x0, CR
- 9: INCEIPL $4
-
- 0xFECF52C: 4082000C bc 4,2,0xFECF538
- 10: Jc02o $0xFECF538
-
-
-
-. 1880 FECF524 12
-. 7D 00 F8 28 7C 08 E8 00 40 82 00 0C
-==== BB 1881 (0xFECF538) approx BBs exec'd 0 ====
-
- 0xFECF538: 4C00012C 0: INCEIPL $4
-
- 0xFECF53C: 2C880000 cmpi cr1,r8,0
- 1: GETL R8, t0
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0xFECF540: 40860090 bc 4,6,0xFECF5D0
- 5: Jc06o $0xFECF5D0
-
-
-
-. 1881 FECF538 12
-. 4C 00 01 2C 2C 88 00 00 40 86 00 90
-==== BB 1882 (0xFECF544) approx BBs exec'd 0 ====
-
- 0xFECF544: 7F84E378 or r4,r28,r28
- 0: GETL R28, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0xFECF548: 7FE3FB78 or r3,r31,r31
- 3: GETL R31, t2
- 4: PUTL t2, R3
- 5: INCEIPL $4
-
- 0xFECF54C: 4BFFF64D bl 0xFECEB98
- 6: MOVL $0xFECF550, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0xFECEB98 ($4)
-
-
-
-. 1882 FECF544 12
-. 7F 84 E3 78 7F E3 FB 78 4B FF F6 4D
-==== BB 1883 _int_free(0xFECEB98) approx BBs exec'd 0 ====
-
- 0xFECEB98: 7CA802A6 mflr r5
- 0: GETL LR, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0xFECEB9C: 9421FFA0 stwu r1,-96(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFA0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFECEBA0: 93E1005C stw r31,92(r1)
- 9: GETL R31, t6
- 10: GETL R1, t8
- 11: ADDL $0x5C, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFECEBA4: 3BE4FFF8 addi r31,r4,-8
- 14: GETL R4, t10
- 15: ADDL $0xFFFFFFF8, t10
- 16: PUTL t10, R31
- 17: INCEIPL $4
-
- 0xFECEBA8: 93A10054 stw r29,84(r1)
- 18: GETL R29, t12
- 19: GETL R1, t14
- 20: ADDL $0x54, t14
- 21: STL t12, (t14)
- 22: INCEIPL $4
-
- 0xFECEBAC: 480D92A5 bl 0xFFA7E50
- 23: MOVL $0xFECEBB0, t16
- 24: PUTL t16, LR
- 25: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 1883 FECEB98 24
-. 7C A8 02 A6 94 21 FF A0 93 E1 00 5C 3B E4 FF F8 93 A1 00 54 48 0D 92 A5
-==== BB 1884 (0xFECEBB0) approx BBs exec'd 0 ====
-
- 0xFECEBB0: 90A10064 stw r5,100(r1)
- 0: GETL R5, t0
- 1: GETL R1, t2
- 2: ADDL $0x64, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFECEBB4: 813F0004 lwz r9,4(r31)
- 5: GETL R31, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R9
- 9: INCEIPL $4
-
- 0xFECEBB8: 93810050 stw r28,80(r1)
- 10: GETL R28, t8
- 11: GETL R1, t10
- 12: ADDL $0x50, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0xFECEBBC: 7C7C1B78 or r28,r3,r3
- 15: GETL R3, t12
- 16: PUTL t12, R28
- 17: INCEIPL $4
-
- 0xFECEBC0: 553D0038 rlwinm r29,r9,0,0,28
- 18: GETL R9, t14
- 19: ANDL $0xFFFFFFF8, t14
- 20: PUTL t14, R29
- 21: INCEIPL $4
-
- 0xFECEBC4: 93C10058 stw r30,88(r1)
- 22: GETL R30, t16
- 23: GETL R1, t18
- 24: ADDL $0x58, t18
- 25: STL t16, (t18)
- 26: INCEIPL $4
-
- 0xFECEBC8: 7C1D00D0 neg r0,r29
- 27: GETL R29, t20
- 28: NEGL t20
- 29: PUTL t20, R0
- 30: INCEIPL $4
-
- 0xFECEBCC: 92210024 stw r17,36(r1)
- 31: GETL R17, t22
- 32: GETL R1, t24
- 33: ADDL $0x24, t24
- 34: STL t22, (t24)
- 35: INCEIPL $4
-
- 0xFECEBD0: 7F9F0040 cmpl cr7,r31,r0
- 36: GETL R31, t26
- 37: GETL R0, t28
- 38: CMPUL t26, t28, t30 (-rSo)
- 39: ICRFL t30, $0x7, CR
- 40: INCEIPL $4
-
- 0xFECEBD4: 92410028 stw r18,40(r1)
- 41: GETL R18, t32
- 42: GETL R1, t34
- 43: ADDL $0x28, t34
- 44: STL t32, (t34)
- 45: INCEIPL $4
-
- 0xFECEBD8: 9261002C stw r19,44(r1)
- 46: GETL R19, t36
- 47: GETL R1, t38
- 48: ADDL $0x2C, t38
- 49: STL t36, (t38)
- 50: INCEIPL $4
-
- 0xFECEBDC: 7FC802A6 mflr r30
- 51: GETL LR, t40
- 52: PUTL t40, R30
- 53: INCEIPL $4
-
- 0xFECEBE0: 92810030 stw r20,48(r1)
- 54: GETL R20, t42
- 55: GETL R1, t44
- 56: ADDL $0x30, t44
- 57: STL t42, (t44)
- 58: INCEIPL $4
-
- 0xFECEBE4: 92A10034 stw r21,52(r1)
- 59: GETL R21, t46
- 60: GETL R1, t48
- 61: ADDL $0x34, t48
- 62: STL t46, (t48)
- 63: INCEIPL $4
-
- 0xFECEBE8: 92C10038 stw r22,56(r1)
- 64: GETL R22, t50
- 65: GETL R1, t52
- 66: ADDL $0x38, t52
- 67: STL t50, (t52)
- 68: INCEIPL $4
-
- 0xFECEBEC: 92E1003C stw r23,60(r1)
- 69: GETL R23, t54
- 70: GETL R1, t56
- 71: ADDL $0x3C, t56
- 72: STL t54, (t56)
- 73: INCEIPL $4
-
- 0xFECEBF0: 93010040 stw r24,64(r1)
- 74: GETL R24, t58
- 75: GETL R1, t60
- 76: ADDL $0x40, t60
- 77: STL t58, (t60)
- 78: INCEIPL $4
-
- 0xFECEBF4: 93210044 stw r25,68(r1)
- 79: GETL R25, t62
- 80: GETL R1, t64
- 81: ADDL $0x44, t64
- 82: STL t62, (t64)
- 83: INCEIPL $4
-
- 0xFECEBF8: 93410048 stw r26,72(r1)
- 84: GETL R26, t66
- 85: GETL R1, t68
- 86: ADDL $0x48, t68
- 87: STL t66, (t68)
- 88: INCEIPL $4
-
- 0xFECEBFC: 9361004C stw r27,76(r1)
- 89: GETL R27, t70
- 90: GETL R1, t72
- 91: ADDL $0x4C, t72
- 92: STL t70, (t72)
- 93: INCEIPL $4
-
- 0xFECEC00: 419D02A0 bc 12,29,0xFECEEA0
- 94: Js29o $0xFECEEA0
-
-
-
-. 1884 FECEBB0 84
-. 90 A1 00 64 81 3F 00 04 93 81 00 50 7C 7C 1B 78 55 3D 00 38 93 C1 00 58 7C 1D 00 D0 92 21 00 24 7F 9F 00 40 92 41 00 28 92 61 00 2C 7F C8 02 A6 92 81 00 30 92 A1 00 34 92 C1 00 38 92 E1 00 3C 93 01 00 40 93 21 00 44 93 41 00 48 93 61 00 4C 41 9D 02 A0
-==== BB 1885 (0xFECEC04) approx BBs exec'd 0 ====
-
- 0xFECEC04: 73E00007 andi. r0,r31,0x7
- 0: GETL R31, t0
- 1: ANDL $0x7, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFECEC08: 40820298 bc 4,2,0xFECEEA0
- 6: Jc02o $0xFECEEA0
-
-
-
-. 1885 FECEC04 8
-. 73 E0 00 07 40 82 02 98
-==== BB 1886 (0xFECEC0C) approx BBs exec'd 0 ====
-
- 0xFECEC0C: 81630004 lwz r11,4(r3)
- 0: GETL R3, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0xFECEC10: 7F0BE840 cmpl cr6,r11,r29
- 5: GETL R11, t4
- 6: GETL R29, t6
- 7: CMPUL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x6, CR
- 9: INCEIPL $4
-
- 0xFECEC14: 409801DC bc 4,24,0xFECEDF0
- 10: Jc24o $0xFECEDF0
-
-
-
-. 1886 FECEC0C 12
-. 81 63 00 04 7F 0B E8 40 40 98 01 DC
-==== BB 1887 (0xFECEDF0) approx BBs exec'd 0 ====
-
- 0xFECEDF0: 7CDFEA14 add r6,r31,r29
- 0: GETL R31, t0
- 1: GETL R29, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0xFECEDF4: 81260004 lwz r9,4(r6)
- 5: GETL R6, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R9
- 9: INCEIPL $4
-
- 0xFECEDF8: 2B890008 cmpli cr7,r9,8
- 10: GETL R9, t8
- 11: MOVL $0x8, t12
- 12: CMPUL t8, t12, t10 (-rSo)
- 13: ICRFL t10, $0x7, CR
- 14: INCEIPL $4
-
- 0xFECEDFC: 409D0154 bc 4,29,0xFECEF50
- 15: Jc29o $0xFECEF50
-
-
-
-. 1887 FECEDF0 16
-. 7C DF EA 14 81 26 00 04 2B 89 00 08 40 9D 01 54
-==== BB 1888 (0xFECEE00) approx BBs exec'd 0 ====
-
- 0xFECEE00: 8103044C lwz r8,1100(r3)
- 0: GETL R3, t0
- 1: ADDL $0x44C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0xFECEE04: 552A0038 rlwinm r10,r9,0,0,28
- 5: GETL R9, t4
- 6: ANDL $0xFFFFFFF8, t4
- 7: PUTL t4, R10
- 8: INCEIPL $4
-
- 0xFECEE08: 7C8A4040 cmpl cr1,r10,r8
- 9: GETL R10, t6
- 10: GETL R8, t8
- 11: CMPUL t6, t8, t10 (-rSo)
- 12: ICRFL t10, $0x1, CR
- 13: INCEIPL $4
-
- 0xFECEE0C: 40840144 bc 4,4,0xFECEF50
- 14: Jc04o $0xFECEF50
-
-
-
-. 1888 FECEE00 16
-. 81 03 04 4C 55 2A 00 38 7C 8A 40 40 40 84 01 44
-==== BB 1889 (0xFECEE10) approx BBs exec'd 0 ====
-
- 0xFECEE10: 57AAF87A rlwinm r10,r29,31,1,29
- 0: GETL R29, t0
- 1: ROLL $0x1F, t0
- 2: ANDL $0x7FFFFFFC, t0
- 3: PUTL t0, R10
- 4: INCEIPL $4
-
- 0xFECEE14: 556C003C rlwinm r12,r11,0,0,30
- 5: GETL R11, t2
- 6: ANDL $0xFFFFFFFE, t2
- 7: PUTL t2, R12
- 8: INCEIPL $4
-
- 0xFECEE18: 7D2A182E lwzx r9,r10,r3
- 9: GETL R3, t4
- 10: GETL R10, t6
- 11: ADDL t6, t4
- 12: LDL (t4), t8
- 13: PUTL t8, R9
- 14: INCEIPL $4
-
- 0xFECEE1C: 91830004 stw r12,4(r3)
- 15: GETL R12, t10
- 16: GETL R3, t12
- 17: ADDL $0x4, t12
- 18: STL t10, (t12)
- 19: INCEIPL $4
-
- 0xFECEE20: 7C09F800 cmp cr0,r9,r31
- 20: GETL R9, t14
- 21: GETL R31, t16
- 22: CMPL t14, t16, t18 (-rSo)
- 23: ICRFL t18, $0x0, CR
- 24: INCEIPL $4
-
- 0xFECEE24: 837E0664 lwz r27,1636(r30)
- 25: GETL R30, t20
- 26: ADDL $0x664, t20
- 27: LDL (t20), t22
- 28: PUTL t22, R27
- 29: INCEIPL $4
-
- 0xFECEE28: 4182005C bc 12,2,0xFECEE84
- 30: Js02o $0xFECEE84
-
-
-
-. 1889 FECEE10 28
-. 57 AA F8 7A 55 6C 00 3C 7D 2A 18 2E 91 83 00 04 7C 09 F8 00 83 7E 06 64 41 82 00 5C
-==== BB 1890 (0xFECEE2C) approx BBs exec'd 0 ====
-
- 0xFECEE2C: 913F0008 stw r9,8(r31)
- 0: GETL R9, t0
- 1: GETL R31, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFECEE30: 7FEA192E stwx r31,r10,r3
- 5: GETL R3, t4
- 6: GETL R10, t6
- 7: ADDL t6, t4
- 8: GETL R31, t8
- 9: STL t8, (t4)
- 10: INCEIPL $4
-
- 0xFECEE34: 83A10064 lwz r29,100(r1)
- 11: GETL R1, t10
- 12: ADDL $0x64, t10
- 13: LDL (t10), t12
- 14: PUTL t12, R29
- 15: INCEIPL $4
-
- 0xFECEE38: 82210024 lwz r17,36(r1)
- 16: GETL R1, t14
- 17: ADDL $0x24, t14
- 18: LDL (t14), t16
- 19: PUTL t16, R17
- 20: INCEIPL $4
-
- 0xFECEE3C: 7FA803A6 mtlr r29
- 21: GETL R29, t18
- 22: PUTL t18, LR
- 23: INCEIPL $4
-
- 0xFECEE40: 82410028 lwz r18,40(r1)
- 24: GETL R1, t20
- 25: ADDL $0x28, t20
- 26: LDL (t20), t22
- 27: PUTL t22, R18
- 28: INCEIPL $4
-
- 0xFECEE44: 8261002C lwz r19,44(r1)
- 29: GETL R1, t24
- 30: ADDL $0x2C, t24
- 31: LDL (t24), t26
- 32: PUTL t26, R19
- 33: INCEIPL $4
-
- 0xFECEE48: 82810030 lwz r20,48(r1)
- 34: GETL R1, t28
- 35: ADDL $0x30, t28
- 36: LDL (t28), t30
- 37: PUTL t30, R20
- 38: INCEIPL $4
-
- 0xFECEE4C: 82A10034 lwz r21,52(r1)
- 39: GETL R1, t32
- 40: ADDL $0x34, t32
- 41: LDL (t32), t34
- 42: PUTL t34, R21
- 43: INCEIPL $4
-
- 0xFECEE50: 82C10038 lwz r22,56(r1)
- 44: GETL R1, t36
- 45: ADDL $0x38, t36
- 46: LDL (t36), t38
- 47: PUTL t38, R22
- 48: INCEIPL $4
-
- 0xFECEE54: 82E1003C lwz r23,60(r1)
- 49: GETL R1, t40
- 50: ADDL $0x3C, t40
- 51: LDL (t40), t42
- 52: PUTL t42, R23
- 53: INCEIPL $4
-
- 0xFECEE58: 83010040 lwz r24,64(r1)
- 54: GETL R1, t44
- 55: ADDL $0x40, t44
- 56: LDL (t44), t46
- 57: PUTL t46, R24
- 58: INCEIPL $4
-
- 0xFECEE5C: 83210044 lwz r25,68(r1)
- 59: GETL R1, t48
- 60: ADDL $0x44, t48
- 61: LDL (t48), t50
- 62: PUTL t50, R25
- 63: INCEIPL $4
-
- 0xFECEE60: 83410048 lwz r26,72(r1)
- 64: GETL R1, t52
- 65: ADDL $0x48, t52
- 66: LDL (t52), t54
- 67: PUTL t54, R26
- 68: INCEIPL $4
-
- 0xFECEE64: 8361004C lwz r27,76(r1)
- 69: GETL R1, t56
- 70: ADDL $0x4C, t56
- 71: LDL (t56), t58
- 72: PUTL t58, R27
- 73: INCEIPL $4
-
- 0xFECEE68: 83810050 lwz r28,80(r1)
- 74: GETL R1, t60
- 75: ADDL $0x50, t60
- 76: LDL (t60), t62
- 77: PUTL t62, R28
- 78: INCEIPL $4
-
- 0xFECEE6C: 83A10054 lwz r29,84(r1)
- 79: GETL R1, t64
- 80: ADDL $0x54, t64
- 81: LDL (t64), t66
- 82: PUTL t66, R29
- 83: INCEIPL $4
-
- 0xFECEE70: 83C10058 lwz r30,88(r1)
- 84: GETL R1, t68
- 85: ADDL $0x58, t68
- 86: LDL (t68), t70
- 87: PUTL t70, R30
- 88: INCEIPL $4
-
- 0xFECEE74: 83E1005C lwz r31,92(r1)
- 89: GETL R1, t72
- 90: ADDL $0x5C, t72
- 91: LDL (t72), t74
- 92: PUTL t74, R31
- 93: INCEIPL $4
-
- 0xFECEE78: 38210060 addi r1,r1,96
- 94: GETL R1, t76
- 95: ADDL $0x60, t76
- 96: PUTL t76, R1
- 97: INCEIPL $4
-
- 0xFECEE7C: 4E800020 blr
- 98: GETL LR, t78
- 99: JMPo-r t78 ($4)
-
-
-
-. 1890 FECEE2C 84
-. 91 3F 00 08 7F EA 19 2E 83 A1 00 64 82 21 00 24 7F A8 03 A6 82 41 00 28 82 61 00 2C 82 81 00 30 82 A1 00 34 82 C1 00 38 82 E1 00 3C 83 01 00 40 83 21 00 44 83 41 00 48 83 61 00 4C 83 81 00 50 83 A1 00 54 83 C1 00 58 83 E1 00 5C 38 21 00 60 4E 80 00 20
-==== BB 1891 (0xFECF550) approx BBs exec'd 0 ====
-
- 0xFECF550: 7C0004AC sync
- 0: INCEIPL $4
-
- 0xFECF554: 7F80F828 lwarx r28,r0,r31
- 1: GETL R31, t0
- 2: LOCKo
- 3: LDL (t0), t2
- 4: PUTL t2, R28
- 5: INCEIPL $4
-
- 0xFECF558: 7FA0F92D stwcx. r29,r0,r31
- 6: GETL R31, t4
- 7: GETL R29, t6
- 8: LOCKo
- 9: STL t6, (t4) (-rSo)
- 10: ICRFL cr, $0x0, CR
- 11: INCEIPL $4
-
- 0xFECF55C: 40A2FFF8 bc 5,2,0xFECF554
- 12: Jc02o $0xFECF554
-
-
-
-. 1891 FECF550 16
-. 7C 00 04 AC 7F 80 F8 28 7F A0 F9 2D 40 A2 FF F8
-==== BB 1892 (0xFECF560) approx BBs exec'd 0 ====
-
- 0xFECF560: 2F1C0001 cmpi cr6,r28,1
- 0: GETL R28, t0
- 1: MOVL $0x1, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x6, CR
- 4: INCEIPL $4
-
- 0xFECF564: 4099FF74 bc 4,25,0xFECF4D8
- 5: Jc25o $0xFECF4D8
-
-
-
-. 1892 FECF560 8
-. 2F 1C 00 01 40 99 FF 74
-==== BB 1893 (0xFECF4D8) approx BBs exec'd 0 ====
-
- 0xFECF4D8: 80A10024 lwz r5,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0xFECF4DC: 83810010 lwz r28,16(r1)
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R28
- 9: INCEIPL $4
-
- 0xFECF4E0: 83A10014 lwz r29,20(r1)
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R29
- 14: INCEIPL $4
-
- 0xFECF4E4: 7CA803A6 mtlr r5
- 15: GETL R5, t12
- 16: PUTL t12, LR
- 17: INCEIPL $4
-
- 0xFECF4E8: 83C10018 lwz r30,24(r1)
- 18: GETL R1, t14
- 19: ADDL $0x18, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R30
- 22: INCEIPL $4
-
- 0xFECF4EC: 83E1001C lwz r31,28(r1)
- 23: GETL R1, t18
- 24: ADDL $0x1C, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R31
- 27: INCEIPL $4
-
- 0xFECF4F0: 38210020 addi r1,r1,32
- 28: GETL R1, t22
- 29: ADDL $0x20, t22
- 30: PUTL t22, R1
- 31: INCEIPL $4
-
- 0xFECF4F4: 4E800020 blr
- 32: GETL LR, t24
- 33: JMPo-r t24 ($4)
-
-
-
-. 1893 FECF4D8 32
-. 80 A1 00 24 83 81 00 10 83 A1 00 14 7C A8 03 A6 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 1894 (0xFE8831C) approx BBs exec'd 0 ====
-
- 0xFE8831C: 4BFFF9C0 b 0xFE87CDC
- 0: JMPo $0xFE87CDC ($4)
-
-
-
-. 1894 FE8831C 4
-. 4B FF F9 C0
-==== BB 1895 (0xFE87CDC) approx BBs exec'd 0 ====
-
- 0xFE87CDC: 823E012C lwz r17,300(r30)
- 0: GETL R30, t0
- 1: ADDL $0x12C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R17
- 4: INCEIPL $4
-
- 0xFE87CE0: 82DE0130 lwz r22,304(r30)
- 5: GETL R30, t4
- 6: ADDL $0x130, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R22
- 9: INCEIPL $4
-
- 0xFE87CE4: 80B10000 lwz r5,0(r17)
- 10: GETL R17, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R5
- 13: INCEIPL $4
-
- 0xFE87CE8: 2F050000 cmpi cr6,r5,0
- 14: GETL R5, t12
- 15: CMP0L t12, t14 (-rSo)
- 16: ICRFL t14, $0x6, CR
- 17: INCEIPL $4
-
- 0xFE87CEC: 419A0454 bc 12,26,0xFE88140
- 18: Js26o $0xFE88140
-
-
-
-. 1895 FE87CDC 20
-. 82 3E 01 2C 82 DE 01 30 80 B1 00 00 2F 05 00 00 41 9A 04 54
-==== BB 1896 (0xFE88140) approx BBs exec'd 0 ====
-
- 0xFE88140: 807E0120 lwz r3,288(r30)
- 0: GETL R30, t0
- 1: ADDL $0x120, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFE88144: 3C800001 lis r4,1
- 5: MOVL $0x10000, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0xFE88148: 92D10000 stw r22,0(r17)
- 8: GETL R22, t6
- 9: GETL R17, t8
- 10: STL t6, (t8)
- 11: INCEIPL $4
-
- 0xFE8814C: 48099BD5 bl 0xFF21D20
- 12: MOVL $0xFE88150, t10
- 13: PUTL t10, LR
- 14: JMPo-c $0xFF21D20 ($4)
-
-
-
-. 1896 FE88140 16
-. 80 7E 01 20 3C 80 00 01 92 D1 00 00 48 09 9B D5
-==== BB 1897 __open_nocancel(0xFF21D20) approx BBs exec'd 0 ====
-
- 0xFF21D20: 38000005 li r0,5
- 0: MOVL $0x5, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFF21D24: 44000002 sc
- 3: JMPo-sys $0xFF21D28 ($4)
-
-
-
-. 1897 FF21D20 8
-. 38 00 00 05 44 00 00 02
-==== BB 1898 (0xFF21D28) approx BBs exec'd 0 ====
-
- 0xFF21D28: 4CA30020 bclr 5,3
- 0: GETL LR, t0
- 1: Jc03o-r t0
-
-
-
-. 1898 FF21D28 4
-. 4C A3 00 20
-==== BB 1899 (0xFE88150) approx BBs exec'd 0 ====
-
- 0xFE88150: 39200000 li r9,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R9
- 2: INCEIPL $4
-
- 0xFE88154: 7C731B79 or. r19,r3,r3
- 3: GETL R3, t2
- 4: PUTL t2, R19
- 5: CMP0L t2, t4 (-rSo)
- 6: ICRFL t4, $0x0, CR
- 7: INCEIPL $4
-
- 0xFE88158: 7F200026 mfcr r25
- 8: GETL CR, t6
- 9: PUTL t6, R25
- 10: INCEIPL $4
-
- 0xFE8815C: 41A0FC9C bc 13,0,0xFE87DF8
- 11: Js00o $0xFE87DF8
-
-
-
-. 1899 FE88150 16
-. 39 20 00 00 7C 73 1B 79 7F 20 00 26 41 A0 FC 9C
-==== BB 1900 (0xFE88160) approx BBs exec'd 0 ====
-
- 0xFE88160: 80BE0134 lwz r5,308(r30)
- 0: GETL R30, t0
- 1: ADDL $0x134, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0xFE88164: 38600003 li r3,3
- 5: MOVL $0x3, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFE88168: 7E649B78 or r4,r19,r19
- 8: GETL R19, t6
- 9: PUTL t6, R4
- 10: INCEIPL $4
-
- 0xFE8816C: 48099155 bl 0xFF212C0
- 11: MOVL $0xFE88170, t8
- 12: PUTL t8, LR
- 13: JMPo-c $0xFF212C0 ($4)
-
-
-
-. 1900 FE88160 16
-. 80 BE 01 34 38 60 00 03 7E 64 9B 78 48 09 91 55
-==== BB 1901 __fxstat64@@GLIBC_2.2(0xFF212C0) approx BBs exec'd 0 ====
-
- 0xFF212C0: 7D8802A6 mflr r12
- 0: GETL LR, t0
- 1: PUTL t0, R12
- 2: INCEIPL $4
-
- 0xFF212C4: 9421FFF0 stwu r1,-16(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFF0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFF212C8: 48086B89 bl 0xFFA7E50
- 9: MOVL $0xFF212CC, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 1901 FF212C0 12
-. 7D 88 02 A6 94 21 FF F0 48 08 6B 89
-==== BB 1902 (0xFF212CC) approx BBs exec'd 0 ====
-
- 0xFF212CC: 93C10008 stw r30,8(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFF212D0: 7C832378 or r3,r4,r4
- 5: GETL R4, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFF212D4: 7FC802A6 mflr r30
- 8: GETL LR, t6
- 9: PUTL t6, R30
- 10: INCEIPL $4
-
- 0xFF212D8: 7CA42B78 or r4,r5,r5
- 11: GETL R5, t8
- 12: PUTL t8, R4
- 13: INCEIPL $4
-
- 0xFF212DC: 380000C5 li r0,197
- 14: MOVL $0xC5, t10
- 15: PUTL t10, R0
- 16: INCEIPL $4
-
- 0xFF212E0: 7D8803A6 mtlr r12
- 17: GETL R12, t12
- 18: PUTL t12, LR
- 19: INCEIPL $4
-
- 0xFF212E4: 44000002 sc
- 20: JMPo-sys $0xFF212E8 ($4)
-
-
-
-. 1902 FF212CC 28
-. 93 C1 00 08 7C 83 23 78 7F C8 02 A6 7C A4 2B 78 38 00 00 C5 7D 88 03 A6 44 00 00 02
-==== BB 1903 (0xFF212E8) approx BBs exec'd 0 ====
-
- 0xFF212E8: 7C000026 mfcr r0
- 0: GETL CR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFF212EC: 74091000 andis. r9,r0,0x1000
- 3: GETL R0, t2
- 4: ANDL $0x10000000, t2
- 5: PUTL t2, R9
- 6: CMP0L t2, t4 (-rSo)
- 7: ICRFL t4, $0x0, CR
- 8: INCEIPL $4
-
- 0xFF212F0: 813E1C4C lwz r9,7244(r30)
- 9: GETL R30, t6
- 10: ADDL $0x1C4C, t6
- 11: LDL (t6), t8
- 12: PUTL t8, R9
- 13: INCEIPL $4
-
- 0xFF212F4: 7D291214 add r9,r9,r2
- 14: GETL R9, t10
- 15: GETL R2, t12
- 16: ADDL t10, t12
- 17: PUTL t12, R9
- 18: INCEIPL $4
-
- 0xFF212F8: 40820010 bc 4,2,0xFF21308
- 19: Jc02o $0xFF21308
-
-
-
-. 1903 FF212E8 20
-. 7C 00 00 26 74 09 10 00 81 3E 1C 4C 7D 29 12 14 40 82 00 10
-==== BB 1904 (0xFF212FC) approx BBs exec'd 0 ====
-
- 0xFF212FC: 83C10008 lwz r30,8(r1)
- 0: GETL R1, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R30
- 4: INCEIPL $4
-
- 0xFF21300: 38210010 addi r1,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R1
- 8: INCEIPL $4
-
- 0xFF21304: 4E800020 blr
- 9: GETL LR, t6
- 10: JMPo-r t6 ($4)
-
-
-
-. 1904 FF212FC 12
-. 83 C1 00 08 38 21 00 10 4E 80 00 20
-==== BB 1905 (0xFE88170) approx BBs exec'd 0 ====
-
- 0xFE88170: 2F83FFFF cmpi cr7,r3,-1
- 0: GETL R3, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFE88174: 41BEFC50 bc 13,30,0xFE87DC4
- 5: Js30o $0xFE87DC4
-
-
-
-. 1905 FE88170 8
-. 2F 83 FF FF 41 BE FC 50
-==== BB 1906 (0xFE88178) approx BBs exec'd 0 ====
-
- 0xFE88178: 82BE0134 lwz r21,308(r30)
- 0: GETL R30, t0
- 1: ADDL $0x134, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R21
- 4: INCEIPL $4
-
- 0xFE8817C: 83550030 lwz r26,48(r21)
- 5: GETL R21, t4
- 6: ADDL $0x30, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R26
- 9: INCEIPL $4
-
- 0xFE88180: 83750034 lwz r27,52(r21)
- 10: GETL R21, t8
- 11: ADDL $0x34, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R27
- 14: INCEIPL $4
-
- 0xFE88184: 2F9A0000 cmpi cr7,r26,0
- 15: GETL R26, t12
- 16: CMP0L t12, t14 (-rSo)
- 17: ICRFL t14, $0x7, CR
- 18: INCEIPL $4
-
- 0xFE88188: 419C0018 bc 12,28,0xFE881A0
- 19: Js28o $0xFE881A0
-
-
-
-. 1906 FE88178 20
-. 82 BE 01 34 83 55 00 30 83 75 00 34 2F 9A 00 00 41 9C 00 18
-==== BB 1907 (0xFE8818C) approx BBs exec'd 0 ====
-
- 0xFE8818C: 409E0010 bc 4,30,0xFE8819C
- 0: Jc30o $0xFE8819C
-
-
-
-. 1907 FE8818C 4
-. 40 9E 00 10
-==== BB 1908 (0xFE88190) approx BBs exec'd 0 ====
-
- 0xFE88190: 3F000020 lis r24,32
- 0: MOVL $0x200000, t0
- 1: PUTL t0, R24
- 2: INCEIPL $4
-
- 0xFE88194: 7F1BC040 cmpl cr6,r27,r24
- 3: GETL R27, t2
- 4: GETL R24, t4
- 5: CMPUL t2, t4, t6 (-rSo)
- 6: ICRFL t6, $0x6, CR
- 7: INCEIPL $4
-
- 0xFE88198: 41980008 bc 12,24,0xFE881A0
- 8: Js24o $0xFE881A0
-
-
-
-. 1908 FE88190 12
-. 3F 00 00 20 7F 1B C0 40 41 98 00 08
-==== BB 1909 (0xFE8819C) approx BBs exec'd 0 ====
-
- 0xFE8819C: 3F600020 lis r27,32
- 0: MOVL $0x200000, t0
- 1: PUTL t0, R27
- 2: INCEIPL $4
-
- 0xFE881A0: 38600000 li r3,0
- 3: MOVL $0x0, t2
- 4: PUTL t2, R3
- 5: INCEIPL $4
-
- 0xFE881A4: 7F64DB78 or r4,r27,r27
- 6: GETL R27, t4
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0xFE881A8: 38A00001 li r5,1
- 9: MOVL $0x1, t6
- 10: PUTL t6, R5
- 11: INCEIPL $4
-
- 0xFE881AC: 38C00002 li r6,2
- 12: MOVL $0x2, t8
- 13: PUTL t8, R6
- 14: INCEIPL $4
-
- 0xFE881B0: 7E679B78 or r7,r19,r19
- 15: GETL R19, t10
- 16: PUTL t10, R7
- 17: INCEIPL $4
-
- 0xFE881B4: 39200000 li r9,0
- 18: MOVL $0x0, t12
- 19: PUTL t12, R9
- 20: INCEIPL $4
-
- 0xFE881B8: 39400000 li r10,0
- 21: MOVL $0x0, t14
- 22: PUTL t14, R10
- 23: INCEIPL $4
-
- 0xFE881BC: 7F78DB78 or r24,r27,r27
- 24: GETL R27, t16
- 25: PUTL t16, R24
- 26: INCEIPL $4
-
- 0xFE881C0: 480A6009 bl 0xFF2E1C8
- 27: MOVL $0xFE881C4, t18
- 28: PUTL t18, LR
- 29: JMPo-c $0xFF2E1C8 ($4)
-
-
-
-. 1909 FE8819C 40
-. 3F 60 00 20 38 60 00 00 7F 64 DB 78 38 A0 00 01 38 C0 00 02 7E 67 9B 78 39 20 00 00 39 40 00 00 7F 78 DB 78 48 0A 60 09
-==== BB 1910 mmap64(0xFF2E1C8) approx BBs exec'd 0 ====
-
- 0xFF2E1C8: 7C0802A6 mflr r0
- 0: GETL LR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFF2E1CC: 9421FFE0 stwu r1,-32(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFE0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFF2E1D0: 48079C81 bl 0xFFA7E50
- 9: MOVL $0xFF2E1D4, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 1910 FF2E1C8 12
-. 7C 08 02 A6 94 21 FF E0 48 07 9C 81
-==== BB 1911 (0xFF2E1D4) approx BBs exec'd 0 ====
-
- 0xFF2E1D4: 39600000 li r11,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0xFF2E1D8: 554C053E rlwinm r12,r10,0,20,31
- 3: GETL R10, t2
- 4: ANDL $0xFFF, t2
- 5: PUTL t2, R12
- 6: INCEIPL $4
-
- 0xFF2E1DC: 93C10018 stw r30,24(r1)
- 7: GETL R30, t4
- 8: GETL R1, t6
- 9: ADDL $0x18, t6
- 10: STL t4, (t6)
- 11: INCEIPL $4
-
- 0xFF2E1E0: 7FC802A6 mflr r30
- 12: GETL LR, t8
- 13: PUTL t8, R30
- 14: INCEIPL $4
-
- 0xFF2E1E4: 93810010 stw r28,16(r1)
- 15: GETL R28, t10
- 16: GETL R1, t12
- 17: ADDL $0x10, t12
- 18: STL t10, (t12)
- 19: INCEIPL $4
-
- 0xFF2E1E8: 93A10014 stw r29,20(r1)
- 20: GETL R29, t14
- 21: GETL R1, t16
- 22: ADDL $0x14, t16
- 23: STL t14, (t16)
- 24: INCEIPL $4
-
- 0xFF2E1EC: 555DA33E rlwinm r29,r10,20,12,31
- 25: GETL R10, t18
- 26: SHRL $0xC, t18
- 27: PUTL t18, R29
- 28: INCEIPL $4
-
- 0xFF2E1F0: 513DA016 rlwimi r29,r9,20,0,11
- 29: GETL R29, t20
- 30: GETL R9, t22
- 31: ROLL $0x14, t22
- 32: ANDL $0xFFF00000, t22
- 33: ANDL $0xFFFFF, t20
- 34: ORL t20, t22
- 35: PUTL t22, R29
- 36: INCEIPL $4
-
- 0xFF2E1F4: 7D3C6670 srawi r28,r9,12
- 37: GETL R9, t24
- 38: SARL $0xC, t24 (-wCa)
- 39: PUTL t24, R28
- 40: INCEIPL $4
-
- 0xFF2E1F8: 7C0803A6 mtlr r0
- 41: GETL R0, t26
- 42: PUTL t26, LR
- 43: INCEIPL $4
-
- 0xFF2E1FC: 7D606379 or. r0,r11,r12
- 44: GETL R11, t28
- 45: GETL R12, t30
- 46: ORL t30, t28
- 47: PUTL t28, R0
- 48: CMP0L t28, t32 (-rSo)
- 49: ICRFL t32, $0x0, CR
- 50: INCEIPL $4
-
- 0xFF2E200: 813E1C4C lwz r9,7244(r30)
- 51: GETL R30, t34
- 52: ADDL $0x1C4C, t34
- 53: LDL (t34), t36
- 54: PUTL t36, R9
- 55: INCEIPL $4
-
- 0xFF2E204: 7FA8EB78 or r8,r29,r29
- 56: GETL R29, t38
- 57: PUTL t38, R8
- 58: INCEIPL $4
-
- 0xFF2E208: 380000C0 li r0,192
- 59: MOVL $0xC0, t40
- 60: PUTL t40, R0
- 61: INCEIPL $4
-
- 0xFF2E20C: 7D291214 add r9,r9,r2
- 62: GETL R9, t42
- 63: GETL R2, t44
- 64: ADDL t42, t44
- 65: PUTL t44, R9
- 66: INCEIPL $4
-
- 0xFF2E210: 3960FFFF li r11,-1
- 67: MOVL $0xFFFFFFFF, t46
- 68: PUTL t46, R11
- 69: INCEIPL $4
-
- 0xFF2E214: 41820024 bc 12,2,0xFF2E238
- 70: Js02o $0xFF2E238
-
-
-
-. 1911 FF2E1D4 68
-. 39 60 00 00 55 4C 05 3E 93 C1 00 18 7F C8 02 A6 93 81 00 10 93 A1 00 14 55 5D A3 3E 51 3D A0 16 7D 3C 66 70 7C 08 03 A6 7D 60 63 79 81 3E 1C 4C 7F A8 EB 78 38 00 00 C0 7D 29 12 14 39 60 FF FF 41 82 00 24
-==== BB 1912 (0xFF2E238) approx BBs exec'd 0 ====
-
- 0xFF2E238: 44000002 sc
- 0: JMPo-sys $0xFF2E23C ($4)
-
-
-
-. 1912 FF2E238 4
-. 44 00 00 02
-==== BB 1913 (0xFF2E23C) approx BBs exec'd 0 ====
-
- 0xFF2E23C: 7C000026 mfcr r0
- 0: GETL CR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFF2E240: 74091000 andis. r9,r0,0x1000
- 3: GETL R0, t2
- 4: ANDL $0x10000000, t2
- 5: PUTL t2, R9
- 6: CMP0L t2, t4 (-rSo)
- 7: ICRFL t4, $0x0, CR
- 8: INCEIPL $4
-
- 0xFF2E244: 809E1C4C lwz r4,7244(r30)
- 9: GETL R30, t6
- 10: ADDL $0x1C4C, t6
- 11: LDL (t6), t8
- 12: PUTL t8, R4
- 13: INCEIPL $4
-
- 0xFF2E248: 7D241214 add r9,r4,r2
- 14: GETL R4, t10
- 15: GETL R2, t12
- 16: ADDL t10, t12
- 17: PUTL t12, R9
- 18: INCEIPL $4
-
- 0xFF2E24C: 40820020 bc 4,2,0xFF2E26C
- 19: Jc02o $0xFF2E26C
-
-
-
-. 1913 FF2E23C 20
-. 7C 00 00 26 74 09 10 00 80 9E 1C 4C 7D 24 12 14 40 82 00 20
-==== BB 1914 (0xFF2E250) approx BBs exec'd 0 ====
-
- 0xFF2E250: 7C6B1B78 or r11,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0xFF2E254: 7D635B78 or r3,r11,r11
- 3: GETL R11, t2
- 4: PUTL t2, R3
- 5: INCEIPL $4
-
- 0xFF2E258: 83810010 lwz r28,16(r1)
- 6: GETL R1, t4
- 7: ADDL $0x10, t4
- 8: LDL (t4), t6
- 9: PUTL t6, R28
- 10: INCEIPL $4
-
- 0xFF2E25C: 83A10014 lwz r29,20(r1)
- 11: GETL R1, t8
- 12: ADDL $0x14, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R29
- 15: INCEIPL $4
-
- 0xFF2E260: 83C10018 lwz r30,24(r1)
- 16: GETL R1, t12
- 17: ADDL $0x18, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R30
- 20: INCEIPL $4
-
- 0xFF2E264: 38210020 addi r1,r1,32
- 21: GETL R1, t16
- 22: ADDL $0x20, t16
- 23: PUTL t16, R1
- 24: INCEIPL $4
-
- 0xFF2E268: 4E800020 blr
- 25: GETL LR, t18
- 26: JMPo-r t18 ($4)
-
-
-
-. 1914 FF2E250 28
-. 7C 6B 1B 78 7D 63 5B 78 83 81 00 10 83 A1 00 14 83 C1 00 18 38 21 00 20 4E 80 00 20
-==== BB 1915 (0xFE881C4) approx BBs exec'd 0 ====
-
- 0xFE881C4: 2F83FFFF cmpi cr7,r3,-1
- 0: GETL R3, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFE881C8: 7C7D1B78 or r29,r3,r3
- 5: GETL R3, t6
- 6: PUTL t6, R29
- 7: INCEIPL $4
-
- 0xFE881CC: 41BEFBF8 bc 13,30,0xFE87DC4
- 8: Js30o $0xFE87DC4
-
-
-
-. 1915 FE881C4 12
-. 2F 83 FF FF 7C 7D 1B 78 41 BE FB F8
-==== BB 1916 (0xFE881D0) approx BBs exec'd 0 ====
-
- 0xFE881D0: 81030024 lwz r8,36(r3)
- 0: GETL R3, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0xFE881D4: 83830014 lwz r28,20(r3)
- 5: GETL R3, t4
- 6: ADDL $0x14, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R28
- 9: INCEIPL $4
-
- 0xFE881D8: 1C88006C mulli r4,r8,108
- 10: GETL R8, t8
- 11: MULL $0x6C, t8
- 12: PUTL t8, R4
- 13: INCEIPL $4
-
- 0xFE881DC: 80E30018 lwz r7,24(r3)
- 14: GETL R3, t10
- 15: ADDL $0x18, t10
- 16: LDL (t10), t12
- 17: PUTL t12, R7
- 18: INCEIPL $4
-
- 0xFE881E0: 80C30020 lwz r6,32(r3)
- 19: GETL R3, t14
- 20: ADDL $0x20, t14
- 21: LDL (t14), t16
- 22: PUTL t16, R6
- 23: INCEIPL $4
-
- 0xFE881E4: 7D5C3A14 add r10,r28,r7
- 24: GETL R28, t18
- 25: GETL R7, t20
- 26: ADDL t18, t20
- 27: PUTL t20, R10
- 28: INCEIPL $4
-
- 0xFE881E8: 81230010 lwz r9,16(r3)
- 29: GETL R3, t22
- 30: ADDL $0x10, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R9
- 33: INCEIPL $4
-
- 0xFE881EC: 7F862214 add r28,r6,r4
- 34: GETL R6, t26
- 35: GETL R4, t28
- 36: ADDL t26, t28
- 37: PUTL t28, R28
- 38: INCEIPL $4
-
- 0xFE881F0: 81830008 lwz r12,8(r3)
- 39: GETL R3, t30
- 40: ADDL $0x8, t30
- 41: LDL (t30), t32
- 42: PUTL t32, R12
- 43: INCEIPL $4
-
- 0xFE881F4: 7C9C5000 cmp cr1,r28,r10
- 44: GETL R28, t34
- 45: GETL R10, t36
- 46: CMPL t34, t36, t38 (-rSo)
- 47: ICRFL t38, $0x1, CR
- 48: INCEIPL $4
-
- 0xFE881F8: 1C09000C mulli r0,r9,12
- 49: GETL R9, t40
- 50: MULL $0xC, t40
- 51: PUTL t40, R0
- 52: INCEIPL $4
-
- 0xFE881FC: 7D2C0214 add r9,r12,r0
- 53: GETL R12, t42
- 54: GETL R0, t44
- 55: ADDL t42, t44
- 56: PUTL t44, R9
- 57: INCEIPL $4
-
- 0xFE88200: 40840008 bc 4,4,0xFE88208
- 58: Jc04o $0xFE88208
-
-
-
-. 1916 FE881D0 52
-. 81 03 00 24 83 83 00 14 1C 88 00 6C 80 E3 00 18 80 C3 00 20 7D 5C 3A 14 81 23 00 10 7F 86 22 14 81 83 00 08 7C 9C 50 00 1C 09 00 0C 7D 2C 02 14 40 84 00 08
-==== BB 1917 (0xFE88208) approx BBs exec'd 0 ====
-
- 0xFE88208: 7C1C4800 cmp cr0,r28,r9
- 0: GETL R28, t0
- 1: GETL R9, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x0, CR
- 4: INCEIPL $4
-
- 0xFE8820C: 40800008 bc 4,0,0xFE88214
- 5: Jc00o $0xFE88214
-
-
-
-. 1917 FE88208 8
-. 7C 1C 48 00 40 80 00 08
-==== BB 1918 (0xFE88214) approx BBs exec'd 0 ====
-
- 0xFE88214: 7E1CC040 cmpl cr4,r28,r24
- 0: GETL R28, t0
- 1: GETL R24, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x4, CR
- 4: INCEIPL $4
-
- 0xFE88218: 41910288 bc 12,17,0xFE884A0
- 5: Js17o $0xFE884A0
-
-
-
-. 1918 FE88214 8
-. 7E 1C C0 40 41 91 02 88
-==== BB 1919 (0xFE8821C) approx BBs exec'd 0 ====
-
- 0xFE8821C: 80B50030 lwz r5,48(r21)
- 0: GETL R21, t0
- 1: ADDL $0x30, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0xFE88220: 3B200000 li r25,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R25
- 7: INCEIPL $4
-
- 0xFE88224: 7F85C800 cmp cr7,r5,r25
- 8: GETL R5, t6
- 9: GETL R25, t8
- 10: CMPL t6, t8, t10 (-rSo)
- 11: ICRFL t10, $0x7, CR
- 12: INCEIPL $4
-
- 0xFE88228: 419D0028 bc 12,29,0xFE88250
- 13: Js29o $0xFE88250
-
-
-
-. 1919 FE8821C 16
-. 80 B5 00 30 3B 20 00 00 7F 85 C8 00 41 9D 00 28
-==== BB 1920 (0xFE8822C) approx BBs exec'd 0 ====
-
- 0xFE8822C: 409E0010 bc 4,30,0xFE8823C
- 0: Jc30o $0xFE8823C
-
-
-
-. 1920 FE8822C 4
-. 40 9E 00 10
-==== BB 1921 (0xFE88230) approx BBs exec'd 0 ====
-
- 0xFE88230: 83550034 lwz r26,52(r21)
- 0: GETL R21, t0
- 1: ADDL $0x34, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0xFE88234: 7C9AC040 cmpl cr1,r26,r24
- 5: GETL R26, t4
- 6: GETL R24, t6
- 7: CMPUL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x1, CR
- 9: INCEIPL $4
-
- 0xFE88238: 41850018 bc 12,5,0xFE88250
- 10: Js05o $0xFE88250
-
-
-
-. 1921 FE88230 12
-. 83 55 00 34 7C 9A C0 40 41 85 00 18
-==== BB 1922 (0xFE88250) approx BBs exec'd 0 ====
-
- 0xFE88250: 93B60000 stw r29,0(r22)
- 0: GETL R29, t0
- 1: GETL R22, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0xFE88254: 93160008 stw r24,8(r22)
- 4: GETL R24, t4
- 5: GETL R22, t6
- 6: ADDL $0x8, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0xFE88258: 4BFFFA98 b 0xFE87CF0
- 9: JMPo $0xFE87CF0 ($4)
-
-
-
-. 1922 FE88250 12
-. 93 B6 00 00 93 16 00 08 4B FF FA 98
-==== BB 1923 (0xFE87CF0) approx BBs exec'd 0 ====
-
- 0xFE87CF0: 82B60000 lwz r21,0(r22)
- 0: GETL R22, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R21
- 3: INCEIPL $4
-
- 0xFE87CF4: 2C150000 cmpi cr0,r21,0
- 4: GETL R21, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x0, CR
- 7: INCEIPL $4
-
- 0xFE87CF8: 41820628 bc 12,2,0xFE88320
- 8: Js02o $0xFE88320
-
-
-
-. 1923 FE87CF0 12
-. 82 B6 00 00 2C 15 00 00 41 82 06 28
-==== BB 1924 (0xFE87CFC) approx BBs exec'd 0 ====
-
- 0xFE87CFC: 7EE3BB78 or r3,r23,r23
- 0: GETL R23, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE87D00: 4804EDD9 bl 0xFED6AD8
- 3: MOVL $0xFE87D04, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0xFED6AD8 ($4)
-
-
-
-. 1924 FE87CFC 8
-. 7E E3 BB 78 48 04 ED D9
-==== BB 1925 (0xFE87D04) approx BBs exec'd 0 ====
-
- 0xFE87D04: 39600000 li r11,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0xFE87D08: 7E0B1840 cmpl cr4,r11,r3
- 3: GETL R11, t2
- 4: GETL R3, t4
- 5: CMPUL t2, t4, t6 (-rSo)
- 6: ICRFL t6, $0x4, CR
- 7: INCEIPL $4
-
- 0xFE87D0C: 4090001C bc 4,16,0xFE87D28
- 8: Jc16o $0xFE87D28
-
-
-
-. 1925 FE87D04 12
-. 39 60 00 00 7E 0B 18 40 40 90 00 1C
-==== BB 1926 (0xFE87D10) approx BBs exec'd 0 ====
-
- 0xFE87D10: 7C6903A6 mtctr r3
- 0: GETL R3, t0
- 1: PUTL t0, CTR
- 2: INCEIPL $4
-
- 0xFE87D14: 7F0BB8AE lbzx r24,r11,r23
- 3: GETL R23, t2
- 4: GETL R11, t4
- 5: ADDL t4, t2
- 6: LDB (t2), t6
- 7: PUTL t6, R24
- 8: INCEIPL $4
-
- 0xFE87D18: 546C483E rlwinm r12,r3,9,0,31
- 9: GETL R3, t8
- 10: ROLL $0x9, t8
- 11: PUTL t8, R12
- 12: INCEIPL $4
-
- 0xFE87D1C: 396B0001 addi r11,r11,1
- 13: GETL R11, t10
- 14: ADDL $0x1, t10
- 15: PUTL t10, R11
- 16: INCEIPL $4
-
- 0xFE87D20: 7C6CC214 add r3,r12,r24
- 17: GETL R12, t12
- 18: GETL R24, t14
- 19: ADDL t12, t14
- 20: PUTL t14, R3
- 21: INCEIPL $4
-
- 0xFE87D24: 4200FFF0 bc 16,0,0xFE87D14
- 22: GETL CTR, t16
- 23: ADDL $0xFFFFFFFF, t16
- 24: PUTL t16, CTR
- 25: JIFZL t16, $0xFE87D28
- 26: JMPo $0xFE87D14 ($4)
-
-
-
-. 1926 FE87D10 24
-. 7C 69 03 A6 7F 0B B8 AE 54 6C 48 3E 39 6B 00 01 7C 6C C2 14 42 00 FF F0
-==== BB 1927 (0xFE87D14) approx BBs exec'd 0 ====
-
- 0xFE87D14: 7F0BB8AE lbzx r24,r11,r23
- 0: GETL R23, t0
- 1: GETL R11, t2
- 2: ADDL t2, t0
- 3: LDB (t0), t4
- 4: PUTL t4, R24
- 5: INCEIPL $4
-
- 0xFE87D18: 546C483E rlwinm r12,r3,9,0,31
- 6: GETL R3, t6
- 7: ROLL $0x9, t6
- 8: PUTL t6, R12
- 9: INCEIPL $4
-
- 0xFE87D1C: 396B0001 addi r11,r11,1
- 10: GETL R11, t8
- 11: ADDL $0x1, t8
- 12: PUTL t8, R11
- 13: INCEIPL $4
-
- 0xFE87D20: 7C6CC214 add r3,r12,r24
- 14: GETL R12, t10
- 15: GETL R24, t12
- 16: ADDL t10, t12
- 17: PUTL t12, R3
- 18: INCEIPL $4
-
- 0xFE87D24: 4200FFF0 bc 16,0,0xFE87D14
- 19: GETL CTR, t14
- 20: ADDL $0xFFFFFFFF, t14
- 21: PUTL t14, CTR
- 22: JIFZL t14, $0xFE87D28
- 23: JMPo $0xFE87D14 ($4)
-
-
-
-. 1927 FE87D14 20
-. 7F 0B B8 AE 54 6C 48 3E 39 6B 00 01 7C 6C C2 14 42 00 FF F0
-==== BB 1928 (0xFE87D28) approx BBs exec'd 0 ====
-
- 0xFE87D28: 2F030000 cmpi cr6,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0xFE87D2C: 7C791B78 or r25,r3,r3
- 4: GETL R3, t4
- 5: PUTL t4, R25
- 6: INCEIPL $4
-
- 0xFE87D30: 409A0008 bc 4,26,0xFE87D38
- 7: Jc26o $0xFE87D38
-
-
-
-. 1928 FE87D28 12
-. 2F 03 00 00 7C 79 1B 78 40 9A 00 08
-==== BB 1929 (0xFE87D38) approx BBs exec'd 0 ====
-
- 0xFE87D38: 80760000 lwz r3,0(r22)
- 0: GETL R22, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0xFE87D3C: 83430010 lwz r26,16(r3)
- 4: GETL R3, t4
- 5: ADDL $0x10, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R26
- 8: INCEIPL $4
-
- 0xFE87D40: 81030008 lwz r8,8(r3)
- 9: GETL R3, t8
- 10: ADDL $0x8, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R8
- 13: INCEIPL $4
-
- 0xFE87D44: 38FAFFFE addi r7,r26,-2
- 14: GETL R26, t12
- 15: ADDL $0xFFFFFFFE, t12
- 16: PUTL t12, R7
- 17: INCEIPL $4
-
- 0xFE87D48: 7CD9D396 divwu r6, r25, r26
- 18: GETL R25, t16
- 19: GETL R26, t14
- 20: UDIVL t14, t16
- 21: PUTL t16, R6
- 22: INCEIPL $4
-
- 0xFE87D4C: 7F681A14 add r27,r8,r3
- 23: GETL R8, t18
- 24: GETL R3, t20
- 25: ADDL t18, t20
- 26: PUTL t20, R27
- 27: INCEIPL $4
-
- 0xFE87D50: 7F993B96 divwu r28, r25, r7
- 28: GETL R25, t24
- 29: GETL R7, t22
- 30: UDIVL t22, t24
- 31: PUTL t24, R28
- 32: INCEIPL $4
-
- 0xFE87D54: 7C9C39D6 mullw r4,r28,r7
- 33: GETL R28, t26
- 34: GETL R7, t28
- 35: MULL t26, t28
- 36: PUTL t28, R4
- 37: INCEIPL $4
-
- 0xFE87D58: 7C06D1D6 mullw r0,r6,r26
- 38: GETL R6, t30
- 39: GETL R26, t32
- 40: MULL t30, t32
- 41: PUTL t32, R0
- 42: INCEIPL $4
-
- 0xFE87D5C: 7D24C850 subf r9,r4,r25
- 43: GETL R4, t34
- 44: GETL R25, t36
- 45: SUBL t34, t36
- 46: PUTL t36, R9
- 47: INCEIPL $4
-
- 0xFE87D60: 3B090001 addi r24,r9,1
- 48: GETL R9, t38
- 49: ADDL $0x1, t38
- 50: PUTL t38, R24
- 51: INCEIPL $4
-
- 0xFE87D64: 7FA0C850 subf r29,r0,r25
- 52: GETL R0, t40
- 53: GETL R25, t42
- 54: SUBL t40, t42
- 55: PUTL t42, R29
- 56: INCEIPL $4
-
- 0xFE87D68: 1F9D000C mulli r28,r29,12
- 57: GETL R29, t44
- 58: MULL $0xC, t44
- 59: PUTL t44, R28
- 60: INCEIPL $4
-
- 0xFE87D6C: 7EE3BB78 or r3,r23,r23
- 61: GETL R23, t46
- 62: PUTL t46, R3
- 63: INCEIPL $4
-
- 0xFE87D70: 7FBDC214 add r29,r29,r24
- 64: GETL R29, t48
- 65: GETL R24, t50
- 66: ADDL t48, t50
- 67: PUTL t50, R29
- 68: INCEIPL $4
-
- 0xFE87D74: 7D5CDA14 add r10,r28,r27
- 69: GETL R28, t52
- 70: GETL R27, t54
- 71: ADDL t52, t54
- 72: PUTL t54, R10
- 73: INCEIPL $4
-
- 0xFE87D78: 812A0004 lwz r9,4(r10)
- 74: GETL R10, t56
- 75: ADDL $0x4, t56
- 76: LDL (t56), t58
- 77: PUTL t58, R9
- 78: INCEIPL $4
-
- 0xFE87D7C: 2F890000 cmpi cr7,r9,0
- 79: GETL R9, t60
- 80: CMP0L t60, t62 (-rSo)
- 81: ICRFL t62, $0x7, CR
- 82: INCEIPL $4
-
- 0xFE87D80: 419E0038 bc 12,30,0xFE87DB8
- 83: Js30o $0xFE87DB8
-
-
-
-. 1929 FE87D38 76
-. 80 76 00 00 83 43 00 10 81 03 00 08 38 FA FF FE 7C D9 D3 96 7F 68 1A 14 7F 99 3B 96 7C 9C 39 D6 7C 06 D1 D6 7D 24 C8 50 3B 09 00 01 7F A0 C8 50 1F 9D 00 0C 7E E3 BB 78 7F BD C2 14 7D 5C DA 14 81 2A 00 04 2F 89 00 00 41 9E 00 38
-==== BB 1930 (0xFE87D84) approx BBs exec'd 0 ====
-
- 0xFE87D84: 7D7CD82E lwzx r11,r28,r27
- 0: GETL R27, t0
- 1: GETL R28, t2
- 2: ADDL t2, t0
- 3: LDL (t0), t4
- 4: PUTL t4, R11
- 5: INCEIPL $4
-
- 0xFE87D88: 7C8BC800 cmp cr1,r11,r25
- 6: GETL R11, t6
- 7: GETL R25, t8
- 8: CMPL t6, t8, t10 (-rSo)
- 9: ICRFL t10, $0x1, CR
- 10: INCEIPL $4
-
- 0xFE87D8C: 418600D4 bc 12,6,0xFE87E60
- 11: Js06o $0xFE87E60
-
-
-
-. 1930 FE87D84 12
-. 7D 7C D8 2E 7C 8B C8 00 41 86 00 D4
-==== BB 1931 (0xFE87E60) approx BBs exec'd 0 ====
-
- 0xFE87E60: 82160000 lwz r16,0(r22)
- 0: GETL R22, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R16
- 3: INCEIPL $4
-
- 0xFE87E64: 7C904A14 add r4,r16,r9
- 4: GETL R16, t4
- 5: GETL R9, t6
- 6: ADDL t4, t6
- 7: PUTL t6, R4
- 8: INCEIPL $4
-
- 0xFE87E68: 4804E549 bl 0xFED63B0
- 9: MOVL $0xFE87E6C, t8
- 10: PUTL t8, LR
- 11: JMPo-c $0xFED63B0 ($4)
-
-
-
-. 1931 FE87E60 12
-. 82 16 00 00 7C 90 4A 14 48 04 E5 49
-==== BB 1932 (0xFED63D8) approx BBs exec'd 0 ====
-
- 0xFED63D8: 84A30004 lwzu r5,4(r3)
- 0: GETL R3, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R3
- 3: LDL (t0), t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0xFED63DC: 40860054 bc 4,6,0xFED6430
- 6: Jc06o $0xFED6430
-
-
-
-. 1932 FED63D8 8
-. 84 A3 00 04 40 86 00 54
-==== BB 1933 (0xFED63E0) approx BBs exec'd 0 ====
-
- 0xFED63E0: 84C40004 lwzu r6,4(r4)
- 0: GETL R4, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R4
- 3: LDL (t0), t2
- 4: PUTL t2, R6
- 5: INCEIPL $4
-
- 0xFED63E4: 7C072A14 add r0,r7,r5
- 6: GETL R7, t4
- 7: GETL R5, t6
- 8: ADDL t4, t6
- 9: PUTL t6, R0
- 10: INCEIPL $4
-
- 0xFED63E8: 7D0928F8 nor r9,r8,r5
- 11: GETL R8, t8
- 12: GETL R5, t10
- 13: ORL t10, t8
- 14: NOTL t8
- 15: PUTL t8, R9
- 16: INCEIPL $4
-
- 0xFED63EC: 7C004839 and. r0,r0,r9
- 17: GETL R0, t12
- 18: GETL R9, t14
- 19: ANDL t12, t14
- 20: PUTL t14, R0
- 21: CMP0L t14, t16 (-rSo)
- 22: ICRFL t16, $0x0, CR
- 23: INCEIPL $4
-
- 0xFED63F0: 7C853000 cmp cr1,r5,r6
- 24: GETL R5, t18
- 25: GETL R6, t20
- 26: CMPL t18, t20, t22 (-rSo)
- 27: ICRFL t22, $0x1, CR
- 28: INCEIPL $4
-
- 0xFED63F4: 4182FFE4 bc 12,2,0xFED63D8
- 29: Js02o $0xFED63D8
-
-
-
-. 1933 FED63E0 24
-. 84 C4 00 04 7C 07 2A 14 7D 09 28 F8 7C 00 48 39 7C 85 30 00 41 82 FF E4
-==== BB 1934 (0xFED6428) approx BBs exec'd 0 ====
-
- 0xFED6428: 38600000 li r3,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFED642C: 4E800020 blr
- 3: GETL LR, t2
- 4: JMPo-r t2 ($4)
-
-
-
-. 1934 FED6428 8
-. 38 60 00 00 4E 80 00 20
-==== BB 1935 (0xFE87E6C) approx BBs exec'd 0 ====
-
- 0xFE87E6C: 2C030000 cmpi cr0,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0xFE87E70: 4082FF20 bc 4,2,0xFE87D90
- 4: Jc02o $0xFE87D90
-
-
-
-. 1935 FE87E6C 8
-. 2C 03 00 00 40 82 FF 20
-==== BB 1936 (0xFE87E74) approx BBs exec'd 0 ====
-
- 0xFE87E74: 7EFCDA14 add r23,r28,r27
- 0: GETL R28, t0
- 1: GETL R27, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R23
- 4: INCEIPL $4
-
- 0xFE87E78: 80970008 lwz r4,8(r23)
- 5: GETL R23, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R4
- 9: INCEIPL $4
-
- 0xFE87E7C: 2F040000 cmpi cr6,r4,0
- 10: GETL R4, t8
- 11: CMP0L t8, t10 (-rSo)
- 12: ICRFL t10, $0x6, CR
- 13: INCEIPL $4
-
- 0xFE87E80: 419A04A0 bc 12,26,0xFE88320
- 14: Js26o $0xFE88320
-
-
-
-. 1936 FE87E74 16
-. 7E FC DA 14 80 97 00 08 2F 04 00 00 41 9A 04 A0
-==== BB 1937 (0xFE87E84) approx BBs exec'd 0 ====
-
- 0xFE87E84: 83B60000 lwz r29,0(r22)
- 0: GETL R22, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R29
- 3: INCEIPL $4
-
- 0xFE87E88: 3AA00000 li r21,0
- 4: MOVL $0x0, t4
- 5: PUTL t4, R21
- 6: INCEIPL $4
-
- 0xFE87E8C: 3AC0000D li r22,13
- 7: MOVL $0xD, t6
- 8: PUTL t6, R22
- 9: INCEIPL $4
-
- 0xFE87E90: 7C9D2214 add r4,r29,r4
- 10: GETL R29, t8
- 11: GETL R4, t10
- 12: ADDL t8, t10
- 13: PUTL t10, R4
- 14: INCEIPL $4
-
- 0xFE87E94: 7EC903A6 mtctr r22
- 15: GETL R22, t12
- 16: PUTL t12, CTR
- 17: INCEIPL $4
-
- 0xFE87E98: 39600000 li r11,0
- 18: MOVL $0x0, t14
- 19: PUTL t14, R11
- 20: INCEIPL $4
-
- 0xFE87E9C: 391F0008 addi r8,r31,8
- 21: GETL R31, t16
- 22: ADDL $0x8, t16
- 23: PUTL t16, R8
- 24: INCEIPL $4
-
- 0xFE87EA0: 38C00000 li r6,0
- 25: MOVL $0x0, t18
- 26: PUTL t18, R6
- 27: INCEIPL $4
-
- 0xFE87EA4: 2F8B0006 cmpi cr7,r11,6
- 28: GETL R11, t20
- 29: MOVL $0x6, t24
- 30: CMPL t20, t24, t22 (-rSo)
- 31: ICRFL t22, $0x7, CR
- 32: INCEIPL $4
-
- 0xFE87EA8: 56BB2036 rlwinm r27,r21,4,0,27
- 33: GETL R21, t26
- 34: SHLL $0x4, t26
- 35: PUTL t26, R27
- 36: INCEIPL $4
-
- 0xFE87EAC: 7CFB4214 add r7,r27,r8
- 37: GETL R27, t28
- 38: GETL R8, t30
- 39: ADDL t28, t30
- 40: PUTL t30, R7
- 41: INCEIPL $4
-
- 0xFE87EB0: 39470078 addi r10,r7,120
- 42: GETL R7, t32
- 43: ADDL $0x78, t32
- 44: PUTL t32, R10
- 45: INCEIPL $4
-
- 0xFE87EB4: 419E0020 bc 12,30,0xFE87ED4
- 46: Js30o $0xFE87ED4
-
-
-
-. 1937 FE87E84 52
-. 83 B6 00 00 3A A0 00 00 3A C0 00 0D 7C 9D 22 14 7E C9 03 A6 39 60 00 00 39 1F 00 08 38 C0 00 00 2F 8B 00 06 56 BB 20 36 7C FB 42 14 39 47 00 78 41 9E 00 20
-==== BB 1938 (0xFE87EB8) approx BBs exec'd 0 ====
-
- 0xFE87EB8: 80A40004 lwz r5,4(r4)
- 0: GETL R4, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0xFE87EBC: 3AB50001 addi r21,r21,1
- 5: GETL R21, t4
- 6: ADDL $0x1, t4
- 7: PUTL t4, R21
- 8: INCEIPL $4
-
- 0xFE87EC0: 90CA000C stw r6,12(r10)
- 9: GETL R6, t6
- 10: GETL R10, t8
- 11: ADDL $0xC, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFE87EC4: 90A70078 stw r5,120(r7)
- 14: GETL R5, t10
- 15: GETL R7, t12
- 16: ADDL $0x78, t12
- 17: STL t10, (t12)
- 18: INCEIPL $4
-
- 0xFE87EC8: 83240008 lwz r25,8(r4)
- 19: GETL R4, t14
- 20: ADDL $0x8, t14
- 21: LDL (t14), t16
- 22: PUTL t16, R25
- 23: INCEIPL $4
-
- 0xFE87ECC: 916A0008 stw r11,8(r10)
- 24: GETL R11, t18
- 25: GETL R10, t20
- 26: ADDL $0x8, t20
- 27: STL t18, (t20)
- 28: INCEIPL $4
-
- 0xFE87ED0: 932A0004 stw r25,4(r10)
- 29: GETL R25, t22
- 30: GETL R10, t24
- 31: ADDL $0x4, t24
- 32: STL t22, (t24)
- 33: INCEIPL $4
-
- 0xFE87ED4: 396B0001 addi r11,r11,1
- 34: GETL R11, t26
- 35: ADDL $0x1, t26
- 36: PUTL t26, R11
- 37: INCEIPL $4
-
- 0xFE87ED8: 38840008 addi r4,r4,8
- 38: GETL R4, t28
- 39: ADDL $0x8, t28
- 40: PUTL t28, R4
- 41: INCEIPL $4
-
- 0xFE87EDC: 4200FFC8 bc 16,0,0xFE87EA4
- 42: GETL CTR, t30
- 43: ADDL $0xFFFFFFFF, t30
- 44: PUTL t30, CTR
- 45: JIFZL t30, $0xFE87EE0
- 46: JMPo $0xFE87EA4 ($4)
-
-
-
-. 1938 FE87EB8 40
-. 80 A4 00 04 3A B5 00 01 90 CA 00 0C 90 A7 00 78 83 24 00 08 91 6A 00 08 93 2A 00 04 39 6B 00 01 38 84 00 08 42 00 FF C8
-==== BB 1939 (0xFE87EA4) approx BBs exec'd 0 ====
-
- 0xFE87EA4: 2F8B0006 cmpi cr7,r11,6
- 0: GETL R11, t0
- 1: MOVL $0x6, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFE87EA8: 56BB2036 rlwinm r27,r21,4,0,27
- 5: GETL R21, t6
- 6: SHLL $0x4, t6
- 7: PUTL t6, R27
- 8: INCEIPL $4
-
- 0xFE87EAC: 7CFB4214 add r7,r27,r8
- 9: GETL R27, t8
- 10: GETL R8, t10
- 11: ADDL t8, t10
- 12: PUTL t10, R7
- 13: INCEIPL $4
-
- 0xFE87EB0: 39470078 addi r10,r7,120
- 14: GETL R7, t12
- 15: ADDL $0x78, t12
- 16: PUTL t12, R10
- 17: INCEIPL $4
-
- 0xFE87EB4: 419E0020 bc 12,30,0xFE87ED4
- 18: Js30o $0xFE87ED4
-
-
-
-. 1939 FE87EA4 20
-. 2F 8B 00 06 56 BB 20 36 7C FB 42 14 39 47 00 78 41 9E 00 20
-==== BB 1940 (0xFE87ED4) approx BBs exec'd 0 ====
-
- 0xFE87ED4: 396B0001 addi r11,r11,1
- 0: GETL R11, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R11
- 3: INCEIPL $4
-
- 0xFE87ED8: 38840008 addi r4,r4,8
- 4: GETL R4, t2
- 5: ADDL $0x8, t2
- 6: PUTL t2, R4
- 7: INCEIPL $4
-
- 0xFE87EDC: 4200FFC8 bc 16,0,0xFE87EA4
- 8: GETL CTR, t4
- 9: ADDL $0xFFFFFFFF, t4
- 10: PUTL t4, CTR
- 11: JIFZL t4, $0xFE87EE0
- 12: JMPo $0xFE87EA4 ($4)
-
-
-
-. 1940 FE87ED4 12
-. 39 6B 00 01 38 84 00 08 42 00 FF C8
-==== BB 1941 (0xFE87EE0) approx BBs exec'd 0 ====
-
- 0xFE87EE0: 80DE0124 lwz r6,292(r30)
- 0: GETL R30, t0
- 1: ADDL $0x124, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0xFE87EE4: 387F0080 addi r3,r31,128
- 5: GETL R31, t4
- 6: ADDL $0x80, t4
- 7: PUTL t4, R3
- 8: INCEIPL $4
-
- 0xFE87EE8: 7EA4AB78 or r4,r21,r21
- 9: GETL R21, t6
- 10: PUTL t6, R4
- 11: INCEIPL $4
-
- 0xFE87EEC: 38A00010 li r5,16
- 12: MOVL $0x10, t8
- 13: PUTL t8, R5
- 14: INCEIPL $4
-
- 0xFE87EF0: 3B400000 li r26,0
- 15: MOVL $0x0, t10
- 16: PUTL t10, R26
- 17: INCEIPL $4
-
- 0xFE87EF4: 4800B09D bl 0xFE92F90
- 18: MOVL $0xFE87EF8, t12
- 19: PUTL t12, LR
- 20: JMPo-c $0xFE92F90 ($4)
-
-
-
-. 1941 FE87EE0 24
-. 80 DE 01 24 38 7F 00 80 7E A4 AB 78 38 A0 00 10 3B 40 00 00 48 00 B0 9D
-==== BB 1942 qsort(0xFE92F90) approx BBs exec'd 0 ====
-
- 0xFE92F90: 9421FFD0 stwu r1,-48(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFD0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFE92F94: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFE92F98: 93810020 stw r28,32(r1)
- 9: GETL R28, t6
- 10: GETL R1, t8
- 11: ADDL $0x20, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFE92F9C: 7F8429D6 mullw r28,r4,r5
- 14: GETL R4, t10
- 15: GETL R5, t12
- 16: MULL t10, t12
- 17: PUTL t12, R28
- 18: INCEIPL $4
-
- 0xFE92FA0: 48114EB1 bl 0xFFA7E50
- 19: MOVL $0xFE92FA4, t14
- 20: PUTL t14, LR
- 21: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 1942 FE92F90 20
-. 94 21 FF D0 7C 08 02 A6 93 81 00 20 7F 84 29 D6 48 11 4E B1
-==== BB 1943 (0xFE92FA4) approx BBs exec'd 0 ====
-
- 0xFE92FA4: 92E1000C stw r23,12(r1)
- 0: GETL R23, t0
- 1: GETL R1, t2
- 2: ADDL $0xC, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFE92FA8: 93010010 stw r24,16(r1)
- 5: GETL R24, t4
- 6: GETL R1, t6
- 7: ADDL $0x10, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFE92FAC: 7CD73378 or r23,r6,r6
- 10: GETL R6, t8
- 11: PUTL t8, R23
- 12: INCEIPL $4
-
- 0xFE92FB0: 93210014 stw r25,20(r1)
- 13: GETL R25, t10
- 14: GETL R1, t12
- 15: ADDL $0x14, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFE92FB4: 7C781B78 or r24,r3,r3
- 18: GETL R3, t14
- 19: PUTL t14, R24
- 20: INCEIPL $4
-
- 0xFE92FB8: 2B9C03FF cmpli cr7,r28,1023
- 21: GETL R28, t16
- 22: MOVL $0x3FF, t20
- 23: CMPUL t16, t20, t18 (-rSo)
- 24: ICRFL t18, $0x7, CR
- 25: INCEIPL $4
-
- 0xFE92FBC: 93410018 stw r26,24(r1)
- 26: GETL R26, t22
- 27: GETL R1, t24
- 28: ADDL $0x18, t24
- 29: STL t22, (t24)
- 30: INCEIPL $4
-
- 0xFE92FC0: 93C10028 stw r30,40(r1)
- 31: GETL R30, t26
- 32: GETL R1, t28
- 33: ADDL $0x28, t28
- 34: STL t26, (t28)
- 35: INCEIPL $4
-
- 0xFE92FC4: 7C9A2378 or r26,r4,r4
- 36: GETL R4, t30
- 37: PUTL t30, R26
- 38: INCEIPL $4
-
- 0xFE92FC8: 93E1002C stw r31,44(r1)
- 39: GETL R31, t32
- 40: GETL R1, t34
- 41: ADDL $0x2C, t34
- 42: STL t32, (t34)
- 43: INCEIPL $4
-
- 0xFE92FCC: 7FC802A6 mflr r30
- 44: GETL LR, t36
- 45: PUTL t36, R30
- 46: INCEIPL $4
-
- 0xFE92FD0: 92C10008 stw r22,8(r1)
- 47: GETL R22, t38
- 48: GETL R1, t40
- 49: ADDL $0x8, t40
- 50: STL t38, (t40)
- 51: INCEIPL $4
-
- 0xFE92FD4: 7C3F0B78 or r31,r1,r1
- 52: GETL R1, t42
- 53: PUTL t42, R31
- 54: INCEIPL $4
-
- 0xFE92FD8: 9361001C stw r27,28(r1)
- 55: GETL R27, t44
- 56: GETL R1, t46
- 57: ADDL $0x1C, t46
- 58: STL t44, (t46)
- 59: INCEIPL $4
-
- 0xFE92FDC: 7CB92B78 or r25,r5,r5
- 60: GETL R5, t48
- 61: PUTL t48, R25
- 62: INCEIPL $4
-
- 0xFE92FE0: 93A10024 stw r29,36(r1)
- 63: GETL R29, t50
- 64: GETL R1, t52
- 65: ADDL $0x24, t52
- 66: STL t50, (t52)
- 67: INCEIPL $4
-
- 0xFE92FE4: 90010034 stw r0,52(r1)
- 68: GETL R0, t54
- 69: GETL R1, t56
- 70: ADDL $0x34, t56
- 71: STL t54, (t56)
- 72: INCEIPL $4
-
- 0xFE92FE8: 409D0140 bc 4,29,0xFE93128
- 73: Jc29o $0xFE93128
-
-
-
-. 1943 FE92FA4 72
-. 92 E1 00 0C 93 01 00 10 7C D7 33 78 93 21 00 14 7C 78 1B 78 2B 9C 03 FF 93 41 00 18 93 C1 00 28 7C 9A 23 78 93 E1 00 2C 7F C8 02 A6 92 C1 00 08 7C 3F 0B 78 93 61 00 1C 7C B9 2B 78 93 A1 00 24 90 01 00 34 40 9D 01 40
-==== BB 1944 (0xFE93128) approx BBs exec'd 0 ====
-
- 0xFE93128: 397C001E addi r11,r28,30
- 0: GETL R28, t0
- 1: ADDL $0x1E, t0
- 2: PUTL t0, R11
- 3: INCEIPL $4
-
- 0xFE9312C: 81210000 lwz r9,0(r1)
- 4: GETL R1, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R9
- 7: INCEIPL $4
-
- 0xFE93130: 556A0036 rlwinm r10,r11,0,0,27
- 8: GETL R11, t6
- 9: ANDL $0xFFFFFFF0, t6
- 10: PUTL t6, R10
- 11: INCEIPL $4
-
- 0xFE93134: 7D0A00D0 neg r8,r10
- 12: GETL R10, t8
- 13: NEGL t8
- 14: PUTL t8, R8
- 15: INCEIPL $4
-
- 0xFE93138: 7D21416E stwux r9,r1,r8
- 16: GETL R8, t10
- 17: GETL R1, t12
- 18: ADDL t12, t10
- 19: PUTL t10, R1
- 20: GETL R9, t14
- 21: STL t14, (t10)
- 22: INCEIPL $4
-
- 0xFE9313C: 38E10017 addi r7,r1,23
- 23: GETL R1, t16
- 24: ADDL $0x17, t16
- 25: PUTL t16, R7
- 26: INCEIPL $4
-
- 0xFE93140: 54E70036 rlwinm r7,r7,0,0,27
- 27: GETL R7, t18
- 28: ANDL $0xFFFFFFF0, t18
- 29: PUTL t18, R7
- 30: INCEIPL $4
-
- 0xFE93144: 4BFFFBE5 bl 0xFE92D28
- 31: MOVL $0xFE93148, t20
- 32: PUTL t20, LR
- 33: JMPo-c $0xFE92D28 ($4)
-
-
-
-. 1944 FE93128 32
-. 39 7C 00 1E 81 21 00 00 55 6A 00 36 7D 0A 00 D0 7D 21 41 6E 38 E1 00 17 54 E7 00 36 4B FF FB E5
-==== BB 1945 msort_with_tmp(0xFE92D28) approx BBs exec'd 0 ====
-
- 0xFE92D28: 2B840001 cmpli cr7,r4,1
- 0: GETL R4, t0
- 1: MOVL $0x1, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFE92D2C: 7C0802A6 mflr r0
- 5: GETL LR, t6
- 6: PUTL t6, R0
- 7: INCEIPL $4
-
- 0xFE92D30: 9421FFC0 stwu r1,-64(r1)
- 8: GETL R1, t8
- 9: GETL R1, t10
- 10: ADDL $0xFFFFFFC0, t10
- 11: PUTL t10, R1
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0xFE92D34: 9261000C stw r19,12(r1)
- 14: GETL R19, t12
- 15: GETL R1, t14
- 16: ADDL $0xC, t14
- 17: STL t12, (t14)
- 18: INCEIPL $4
-
- 0xFE92D38: 7CF33B78 or r19,r7,r7
- 19: GETL R7, t16
- 20: PUTL t16, R19
- 21: INCEIPL $4
-
- 0xFE92D3C: 92810010 stw r20,16(r1)
- 22: GETL R20, t18
- 23: GETL R1, t20
- 24: ADDL $0x10, t20
- 25: STL t18, (t20)
- 26: INCEIPL $4
-
- 0xFE92D40: 7C741B78 or r20,r3,r3
- 27: GETL R3, t22
- 28: PUTL t22, R20
- 29: INCEIPL $4
-
- 0xFE92D44: 92C10018 stw r22,24(r1)
- 30: GETL R22, t24
- 31: GETL R1, t26
- 32: ADDL $0x18, t26
- 33: STL t24, (t26)
- 34: INCEIPL $4
-
- 0xFE92D48: 7CD63378 or r22,r6,r6
- 35: GETL R6, t28
- 36: PUTL t28, R22
- 37: INCEIPL $4
-
- 0xFE92D4C: 92E1001C stw r23,28(r1)
- 38: GETL R23, t30
- 39: GETL R1, t32
- 40: ADDL $0x1C, t32
- 41: STL t30, (t32)
- 42: INCEIPL $4
-
- 0xFE92D50: 7C972378 or r23,r4,r4
- 43: GETL R4, t34
- 44: PUTL t34, R23
- 45: INCEIPL $4
-
- 0xFE92D54: 93A10034 stw r29,52(r1)
- 46: GETL R29, t36
- 47: GETL R1, t38
- 48: ADDL $0x34, t38
- 49: STL t36, (t38)
- 50: INCEIPL $4
-
- 0xFE92D58: 7CBD2B78 or r29,r5,r5
- 51: GETL R5, t40
- 52: PUTL t40, R29
- 53: INCEIPL $4
-
- 0xFE92D5C: 92A10014 stw r21,20(r1)
- 54: GETL R21, t42
- 55: GETL R1, t44
- 56: ADDL $0x14, t44
- 57: STL t42, (t44)
- 58: INCEIPL $4
-
- 0xFE92D60: 93010020 stw r24,32(r1)
- 59: GETL R24, t46
- 60: GETL R1, t48
- 61: ADDL $0x20, t48
- 62: STL t46, (t48)
- 63: INCEIPL $4
-
- 0xFE92D64: 93210024 stw r25,36(r1)
- 64: GETL R25, t50
- 65: GETL R1, t52
- 66: ADDL $0x24, t52
- 67: STL t50, (t52)
- 68: INCEIPL $4
-
- 0xFE92D68: 93410028 stw r26,40(r1)
- 69: GETL R26, t54
- 70: GETL R1, t56
- 71: ADDL $0x28, t56
- 72: STL t54, (t56)
- 73: INCEIPL $4
-
- 0xFE92D6C: 9361002C stw r27,44(r1)
- 74: GETL R27, t58
- 75: GETL R1, t60
- 76: ADDL $0x2C, t60
- 77: STL t58, (t60)
- 78: INCEIPL $4
-
- 0xFE92D70: 93810030 stw r28,48(r1)
- 79: GETL R28, t62
- 80: GETL R1, t64
- 81: ADDL $0x30, t64
- 82: STL t62, (t64)
- 83: INCEIPL $4
-
- 0xFE92D74: 93C10038 stw r30,56(r1)
- 84: GETL R30, t66
- 85: GETL R1, t68
- 86: ADDL $0x38, t68
- 87: STL t66, (t68)
- 88: INCEIPL $4
-
- 0xFE92D78: 93E1003C stw r31,60(r1)
- 89: GETL R31, t70
- 90: GETL R1, t72
- 91: ADDL $0x3C, t72
- 92: STL t70, (t72)
- 93: INCEIPL $4
-
- 0xFE92D7C: 90010044 stw r0,68(r1)
- 94: GETL R0, t74
- 95: GETL R1, t76
- 96: ADDL $0x44, t76
- 97: STL t74, (t76)
- 98: INCEIPL $4
-
- 0xFE92D80: 419D0048 bc 12,29,0xFE92DC8
- 99: Js29o $0xFE92DC8
-
-
-
-. 1945 FE92D28 92
-. 2B 84 00 01 7C 08 02 A6 94 21 FF C0 92 61 00 0C 7C F3 3B 78 92 81 00 10 7C 74 1B 78 92 C1 00 18 7C D6 33 78 92 E1 00 1C 7C 97 23 78 93 A1 00 34 7C BD 2B 78 92 A1 00 14 93 01 00 20 93 21 00 24 93 41 00 28 93 61 00 2C 93 81 00 30 93 C1 00 38 93 E1 00 3C 90 01 00 44 41 9D 00 48
-==== BB 1946 (0xFE92DC8) approx BBs exec'd 0 ====
-
- 0xFE92DC8: 5499F87E rlwinm r25,r4,31,1,31
- 0: GETL R4, t0
- 1: SHRL $0x1, t0
- 2: PUTL t0, R25
- 3: INCEIPL $4
-
- 0xFE92DCC: 7C7A1B78 or r26,r3,r3
- 4: GETL R3, t2
- 5: PUTL t2, R26
- 6: INCEIPL $4
-
- 0xFE92DD0: 7D1929D6 mullw r8,r25,r5
- 7: GETL R25, t4
- 8: GETL R5, t6
- 9: MULL t4, t6
- 10: PUTL t6, R8
- 11: INCEIPL $4
-
- 0xFE92DD4: 7F24CB78 or r4,r25,r25
- 12: GETL R25, t8
- 13: PUTL t8, R4
- 14: INCEIPL $4
-
- 0xFE92DD8: 7F79B850 subf r27,r25,r23
- 15: GETL R25, t10
- 16: GETL R23, t12
- 17: SUBL t10, t12
- 18: PUTL t12, R27
- 19: INCEIPL $4
-
- 0xFE92DDC: 7E7C9B78 or r28,r19,r19
- 20: GETL R19, t14
- 21: PUTL t14, R28
- 22: INCEIPL $4
-
- 0xFE92DE0: 7FE81A14 add r31,r8,r3
- 23: GETL R8, t16
- 24: GETL R3, t18
- 25: ADDL t16, t18
- 26: PUTL t18, R31
- 27: INCEIPL $4
-
- 0xFE92DE4: 4BFFFF45 bl 0xFE92D28
- 28: MOVL $0xFE92DE8, t20
- 29: PUTL t20, LR
- 30: JMPo-c $0xFE92D28 ($4)
-
-
-
-. 1946 FE92DC8 32
-. 54 99 F8 7E 7C 7A 1B 78 7D 19 29 D6 7F 24 CB 78 7F 79 B8 50 7E 7C 9B 78 7F E8 1A 14 4B FF FF 45
-==== BB 1947 (0xFE92D84) approx BBs exec'd 0 ====
-
- 0xFE92D84: 82610044 lwz r19,68(r1)
- 0: GETL R1, t0
- 1: ADDL $0x44, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R19
- 4: INCEIPL $4
-
- 0xFE92D88: 82810010 lwz r20,16(r1)
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R20
- 9: INCEIPL $4
-
- 0xFE92D8C: 7E6803A6 mtlr r19
- 10: GETL R19, t8
- 11: PUTL t8, LR
- 12: INCEIPL $4
-
- 0xFE92D90: 82A10014 lwz r21,20(r1)
- 13: GETL R1, t10
- 14: ADDL $0x14, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R21
- 17: INCEIPL $4
-
- 0xFE92D94: 8261000C lwz r19,12(r1)
- 18: GETL R1, t14
- 19: ADDL $0xC, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R19
- 22: INCEIPL $4
-
- 0xFE92D98: 82C10018 lwz r22,24(r1)
- 23: GETL R1, t18
- 24: ADDL $0x18, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R22
- 27: INCEIPL $4
-
- 0xFE92D9C: 82E1001C lwz r23,28(r1)
- 28: GETL R1, t22
- 29: ADDL $0x1C, t22
- 30: LDL (t22), t24
- 31: PUTL t24, R23
- 32: INCEIPL $4
-
- 0xFE92DA0: 83010020 lwz r24,32(r1)
- 33: GETL R1, t26
- 34: ADDL $0x20, t26
- 35: LDL (t26), t28
- 36: PUTL t28, R24
- 37: INCEIPL $4
-
- 0xFE92DA4: 83210024 lwz r25,36(r1)
- 38: GETL R1, t30
- 39: ADDL $0x24, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R25
- 42: INCEIPL $4
-
- 0xFE92DA8: 83410028 lwz r26,40(r1)
- 43: GETL R1, t34
- 44: ADDL $0x28, t34
- 45: LDL (t34), t36
- 46: PUTL t36, R26
- 47: INCEIPL $4
-
- 0xFE92DAC: 8361002C lwz r27,44(r1)
- 48: GETL R1, t38
- 49: ADDL $0x2C, t38
- 50: LDL (t38), t40
- 51: PUTL t40, R27
- 52: INCEIPL $4
-
- 0xFE92DB0: 83810030 lwz r28,48(r1)
- 53: GETL R1, t42
- 54: ADDL $0x30, t42
- 55: LDL (t42), t44
- 56: PUTL t44, R28
- 57: INCEIPL $4
-
- 0xFE92DB4: 83A10034 lwz r29,52(r1)
- 58: GETL R1, t46
- 59: ADDL $0x34, t46
- 60: LDL (t46), t48
- 61: PUTL t48, R29
- 62: INCEIPL $4
-
- 0xFE92DB8: 83C10038 lwz r30,56(r1)
- 63: GETL R1, t50
- 64: ADDL $0x38, t50
- 65: LDL (t50), t52
- 66: PUTL t52, R30
- 67: INCEIPL $4
-
- 0xFE92DBC: 83E1003C lwz r31,60(r1)
- 68: GETL R1, t54
- 69: ADDL $0x3C, t54
- 70: LDL (t54), t56
- 71: PUTL t56, R31
- 72: INCEIPL $4
-
- 0xFE92DC0: 38210040 addi r1,r1,64
- 73: GETL R1, t58
- 74: ADDL $0x40, t58
- 75: PUTL t58, R1
- 76: INCEIPL $4
-
- 0xFE92DC4: 4E800020 blr
- 77: GETL LR, t60
- 78: JMPo-r t60 ($4)
-
-
-
-. 1947 FE92D84 68
-. 82 61 00 44 82 81 00 10 7E 68 03 A6 82 A1 00 14 82 61 00 0C 82 C1 00 18 82 E1 00 1C 83 01 00 20 83 21 00 24 83 41 00 28 83 61 00 2C 83 81 00 30 83 A1 00 34 83 C1 00 38 83 E1 00 3C 38 21 00 40 4E 80 00 20
-==== BB 1948 (0xFE92DE8) approx BBs exec'd 0 ====
-
- 0xFE92DE8: 7FE3FB78 or r3,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE92DEC: 7F64DB78 or r4,r27,r27
- 3: GETL R27, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0xFE92DF0: 7FA5EB78 or r5,r29,r29
- 6: GETL R29, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0xFE92DF4: 7EC6B378 or r6,r22,r22
- 9: GETL R22, t6
- 10: PUTL t6, R6
- 11: INCEIPL $4
-
- 0xFE92DF8: 7E679B78 or r7,r19,r19
- 12: GETL R19, t8
- 13: PUTL t8, R7
- 14: INCEIPL $4
-
- 0xFE92DFC: 4BFFFF2D bl 0xFE92D28
- 15: MOVL $0xFE92E00, t10
- 16: PUTL t10, LR
- 17: JMPo-c $0xFE92D28 ($4)
-
-
-
-. 1948 FE92DE8 24
-. 7F E3 FB 78 7F 64 DB 78 7F A5 EB 78 7E C6 B3 78 7E 67 9B 78 4B FF FF 2D
-==== BB 1949 (0xFE92E00) approx BBs exec'd 0 ====
-
- 0xFE92E00: 2C1D0004 cmpi cr0,r29,4
- 0: GETL R29, t0
- 1: MOVL $0x4, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0xFE92E04: 418200E4 bc 12,2,0xFE92EE8
- 5: Js02o $0xFE92EE8
-
-
-
-. 1949 FE92E00 8
-. 2C 1D 00 04 41 82 00 E4
-==== BB 1950 (0xFE92E08) approx BBs exec'd 0 ====
-
- 0xFE92E08: 3139FFFF addic r9,r25,-1
- 0: GETL R25, t0
- 1: ADCL $0xFFFFFFFF, t0 (-wCa)
- 2: PUTL t0, R9
- 3: INCEIPL $4
-
- 0xFE92E0C: 7CE9C910 subfe r7,r9,r25
- 4: GETL R9, t2
- 5: GETL R25, t4
- 6: SBBL t2, t4 (-rCa-wCa)
- 7: PUTL t4, R7
- 8: INCEIPL $4
-
- 0xFE92E10: 317BFFFF addic r11,r27,-1
- 9: GETL R27, t6
- 10: ADCL $0xFFFFFFFF, t6 (-wCa)
- 11: PUTL t6, R11
- 12: INCEIPL $4
-
- 0xFE92E14: 7CCBD910 subfe r6,r11,r27
- 13: GETL R11, t8
- 14: GETL R27, t10
- 15: SBBL t8, t10 (-rCa-wCa)
- 16: PUTL t10, R6
- 17: INCEIPL $4
-
- 0xFE92E18: 7CEB3039 and. r11,r7,r6
- 18: GETL R7, t12
- 19: GETL R6, t14
- 20: ANDL t12, t14
- 21: PUTL t14, R11
- 22: CMP0L t14, t16 (-rSo)
- 23: ICRFL t16, $0x0, CR
- 24: INCEIPL $4
-
- 0xFE92E1C: 7F38FE70 srawi r24,r25,31
- 25: GETL R25, t18
- 26: SARL $0x1F, t18 (-wCa)
- 27: PUTL t18, R24
- 28: INCEIPL $4
-
- 0xFE92E20: 7F65FE70 srawi r5,r27,31
- 29: GETL R27, t20
- 30: SARL $0x1F, t20 (-wCa)
- 31: PUTL t20, R5
- 32: INCEIPL $4
-
- 0xFE92E24: 7F15CA78 xor r21,r24,r25
- 33: GETL R24, t22
- 34: GETL R25, t24
- 35: XORL t22, t24
- 36: PUTL t24, R21
- 37: INCEIPL $4
-
- 0xFE92E28: 7CA4DA78 xor r4,r5,r27
- 38: GETL R5, t26
- 39: GETL R27, t28
- 40: XORL t26, t28
- 41: PUTL t28, R4
- 42: INCEIPL $4
-
- 0xFE92E2C: 7EB8A850 subf r21,r24,r21
- 43: GETL R24, t30
- 44: GETL R21, t32
- 45: SUBL t30, t32
- 46: PUTL t32, R21
- 47: INCEIPL $4
-
- 0xFE92E30: 7F052050 subf r24,r5,r4
- 48: GETL R5, t34
- 49: GETL R4, t36
- 50: SUBL t34, t36
- 51: PUTL t36, R24
- 52: INCEIPL $4
-
- 0xFE92E34: 4082005C bc 4,2,0xFE92E90
- 53: Jc02o $0xFE92E90
-
-
-
-. 1950 FE92E08 48
-. 31 39 FF FF 7C E9 C9 10 31 7B FF FF 7C CB D9 10 7C EB 30 39 7F 38 FE 70 7F 65 FE 70 7F 15 CA 78 7C A4 DA 78 7E B8 A8 50 7F 05 20 50 40 82 00 5C
-==== BB 1951 (0xFE92E90) approx BBs exec'd 0 ====
-
- 0xFE92E90: 7FE4FB78 or r4,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0xFE92E94: 7F43D378 or r3,r26,r26
- 3: GETL R26, t2
- 4: PUTL t2, R3
- 5: INCEIPL $4
-
- 0xFE92E98: 7EC903A6 mtctr r22
- 6: GETL R22, t4
- 7: PUTL t4, CTR
- 8: INCEIPL $4
-
- 0xFE92E9C: 4E800421 bctrl
- 9: MOVL $0xFE92EA0, t6
- 10: PUTL t6, LR
- 11: GETL CTR, t8
- 12: JMPo-c t8 ($4)
-
-
-
-. 1951 FE92E90 16
-. 7F E4 FB 78 7F 43 D3 78 7E C9 03 A6 4E 80 04 21
-==== BB 1952 rangecmp(0xFE87BD8) approx BBs exec'd 0 ====
-
- 0xFE87BD8: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFE87BDC: 80030000 lwz r0,0(r3)
- 6: GETL R3, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R0
- 9: INCEIPL $4
-
- 0xFE87BE0: 38210010 addi r1,r1,16
- 10: GETL R1, t8
- 11: ADDL $0x10, t8
- 12: PUTL t8, R1
- 13: INCEIPL $4
-
- 0xFE87BE4: 80640000 lwz r3,0(r4)
- 14: GETL R4, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R3
- 17: INCEIPL $4
-
- 0xFE87BE8: 7C630050 subf r3,r3,r0
- 18: GETL R3, t14
- 19: GETL R0, t16
- 20: SUBL t14, t16
- 21: PUTL t16, R3
- 22: INCEIPL $4
-
- 0xFE87BEC: 4E800020 blr
- 23: GETL LR, t18
- 24: JMPo-r t18 ($4)
-
-
-
-. 1952 FE87BD8 24
-. 94 21 FF F0 80 03 00 00 38 21 00 10 80 64 00 00 7C 63 00 50 4E 80 00 20
-==== BB 1953 (0xFE92EA0) approx BBs exec'd 0 ====
-
- 0xFE92EA0: 7F44D378 or r4,r26,r26
- 0: GETL R26, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0xFE92EA4: 2F030000 cmpi cr6,r3,0
- 3: GETL R3, t2
- 4: CMP0L t2, t4 (-rSo)
- 5: ICRFL t4, $0x6, CR
- 6: INCEIPL $4
-
- 0xFE92EA8: 7FA5EB78 or r5,r29,r29
- 7: GETL R29, t6
- 8: PUTL t6, R5
- 9: INCEIPL $4
-
- 0xFE92EAC: 7F83E378 or r3,r28,r28
- 10: GETL R28, t8
- 11: PUTL t8, R3
- 12: INCEIPL $4
-
- 0xFE92EB0: 4199FFA8 bc 12,25,0xFE92E58
- 13: Js25o $0xFE92E58
-
-
-
-. 1953 FE92EA0 20
-. 7F 44 D3 78 2F 03 00 00 7F A5 EB 78 7F 83 E3 78 41 99 FF A8
-==== BB 1954 (0xFE92EB4) approx BBs exec'd 0 ====
-
- 0xFE92EB4: 3B39FFFF addi r25,r25,-1
- 0: GETL R25, t0
- 1: ADDL $0xFFFFFFFF, t0
- 2: PUTL t0, R25
- 3: INCEIPL $4
-
- 0xFE92EB8: 48045149 bl 0xFED8000
- 4: MOVL $0xFE92EBC, t2
- 5: PUTL t2, LR
- 6: JMPo-c $0xFED8000 ($4)
-
-
-
-. 1954 FE92EB4 8
-. 3B 39 FF FF 48 04 51 49
-==== BB 1955 (0xFED802C) approx BBs exec'd 0 ====
-
- 0xFED802C: 7C8300D0 neg r4,r3
- 0: GETL R3, t0
- 1: NEGL t0
- 2: PUTL t0, R4
- 3: INCEIPL $4
-
- 0xFED8030: 548307BE rlwinm r3,r4,0,30,31
- 4: GETL R4, t2
- 5: ANDL $0x3, t2
- 6: PUTL t2, R3
- 7: INCEIPL $4
-
- 0xFED8034: 7C691B79 or. r9,r3,r3
- 8: GETL R3, t4
- 9: PUTL t4, R9
- 10: CMP0L t4, t6 (-rSo)
- 11: ICRFL t6, $0x0, CR
- 12: INCEIPL $4
-
- 0xFED8038: 7F832850 subf r28,r3,r5
- 13: GETL R3, t8
- 14: GETL R5, t10
- 15: SUBL t8, t10
- 16: PUTL t10, R28
- 17: INCEIPL $4
-
- 0xFED803C: 4182001C bc 12,2,0xFED8058
- 18: Js02o $0xFED8058
-
-
-
-. 1955 FED802C 20
-. 7C 83 00 D0 54 83 07 BE 7C 69 1B 79 7F 83 28 50 41 82 00 1C
-==== BB 1956 (0xFED8058) approx BBs exec'd 0 ====
-
- 0xFED8058: 73E00003 andi. r0,r31,0x3
- 0: GETL R31, t0
- 1: ANDL $0x3, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFED805C: 40820068 bc 4,2,0xFED80C4
- 6: Jc02o $0xFED80C4
-
-
-
-. 1956 FED8058 8
-. 73 E0 00 03 40 82 00 68
-==== BB 1957 (0xFED8060) approx BBs exec'd 0 ====
-
- 0xFED8060: 7FA3EB78 or r3,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFED8064: 7FE4FB78 or r4,r31,r31
- 3: GETL R31, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0xFED8068: 5785F0BE rlwinm r5,r28,30,2,31
- 6: GETL R28, t4
- 7: SHRL $0x2, t4
- 8: PUTL t4, R5
- 9: INCEIPL $4
-
- 0xFED806C: 48000751 bl 0xFED87BC
- 10: MOVL $0xFED8070, t6
- 11: PUTL t6, LR
- 12: JMPo-c $0xFED87BC ($4)
-
-
-
-. 1957 FED8060 16
-. 7F A3 EB 78 7F E4 FB 78 57 85 F0 BE 48 00 07 51
-==== BB 1958 _wordcopy_fwd_aligned(0xFED87BC) approx BBs exec'd 0 ====
-
- 0xFED87BC: 54A0077E rlwinm r0,r5,0,29,31
- 0: GETL R5, t0
- 1: ANDL $0x7, t0
- 2: PUTL t0, R0
- 3: INCEIPL $4
-
- 0xFED87C0: 7D8802A6 mflr r12
- 4: GETL LR, t2
- 5: PUTL t2, R12
- 6: INCEIPL $4
-
- 0xFED87C4: 2B800007 cmpli cr7,r0,7
- 7: GETL R0, t4
- 8: MOVL $0x7, t8
- 9: CMPUL t4, t8, t6 (-rSo)
- 10: ICRFL t6, $0x7, CR
- 11: INCEIPL $4
-
- 0xFED87C8: 480CF689 bl 0xFFA7E50
- 12: MOVL $0xFED87CC, t10
- 13: PUTL t10, LR
- 14: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 1958 FED87BC 16
-. 54 A0 07 7E 7D 88 02 A6 2B 80 00 07 48 0C F6 89
-==== BB 1959 (0xFED87CC) approx BBs exec'd 0 ====
-
- 0xFED87CC: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFED87D0: 93C10008 stw r30,8(r1)
- 6: GETL R30, t4
- 7: GETL R1, t6
- 8: ADDL $0x8, t6
- 9: STL t4, (t6)
- 10: INCEIPL $4
-
- 0xFED87D4: 7FC802A6 mflr r30
- 11: GETL LR, t8
- 12: PUTL t8, R30
- 13: INCEIPL $4
-
- 0xFED87D8: 7D8803A6 mtlr r12
- 14: GETL R12, t10
- 15: PUTL t10, LR
- 16: INCEIPL $4
-
- 0xFED87DC: 419D0028 bc 12,29,0xFED8804
- 17: Js29o $0xFED8804
-
-
-
-. 1959 FED87CC 20
-. 94 21 FF F0 93 C1 00 08 7F C8 02 A6 7D 88 03 A6 41 9D 00 28
-==== BB 1960 (0xFED87E0) approx BBs exec'd 0 ====
-
- 0xFED87E0: 817E07C8 lwz r11,1992(r30)
- 0: GETL R30, t0
- 1: ADDL $0x7C8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0xFED87E4: 5400103A rlwinm r0,r0,2,0,29
- 5: GETL R0, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFED87E8: 7CCB002E lwzx r6,r11,r0
- 9: GETL R0, t6
- 10: GETL R11, t8
- 11: ADDL t8, t6
- 12: LDL (t6), t10
- 13: PUTL t10, R6
- 14: INCEIPL $4
-
- 0xFED87EC: 7D265A14 add r9,r6,r11
- 15: GETL R6, t12
- 16: GETL R11, t14
- 17: ADDL t12, t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0xFED87F0: 7D2903A6 mtctr r9
- 20: GETL R9, t16
- 21: PUTL t16, CTR
- 22: INCEIPL $4
-
- 0xFED87F4: 4E800420 bctr
- 23: GETL CTR, t18
- 24: JMPo t18 ($4)
-
-
-
-. 1960 FED87E0 24
-. 81 7E 07 C8 54 00 10 3A 7C CB 00 2E 7D 26 5A 14 7D 29 03 A6 4E 80 04 20
-==== BB 1961 (0xFED88A0) approx BBs exec'd 0 ====
-
- 0xFED88A0: 80040000 lwz r0,0(r4)
- 0: GETL R4, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0xFED88A4: 3884FFF0 addi r4,r4,-16
- 4: GETL R4, t4
- 5: ADDL $0xFFFFFFF0, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0xFED88A8: 81240014 lwz r9,20(r4)
- 8: GETL R4, t6
- 9: ADDL $0x14, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R9
- 12: INCEIPL $4
-
- 0xFED88AC: 3863FFEC addi r3,r3,-20
- 13: GETL R3, t10
- 14: ADDL $0xFFFFFFEC, t10
- 15: PUTL t10, R3
- 16: INCEIPL $4
-
- 0xFED88B0: 38A50004 addi r5,r5,4
- 17: GETL R5, t12
- 18: ADDL $0x4, t12
- 19: PUTL t12, R5
- 20: INCEIPL $4
-
- 0xFED88B4: 90030014 stw r0,20(r3)
- 21: GETL R0, t14
- 22: GETL R3, t16
- 23: ADDL $0x14, t16
- 24: STL t14, (t16)
- 25: INCEIPL $4
-
- 0xFED88B8: 4BFFFF7C b 0xFED8834
- 26: JMPo $0xFED8834 ($4)
-
-
-
-. 1961 FED88A0 28
-. 80 04 00 00 38 84 FF F0 81 24 00 14 38 63 FF EC 38 A5 00 04 90 03 00 14 4B FF FF 7C
-==== BB 1962 (0xFED8834) approx BBs exec'd 0 ====
-
- 0xFED8834: 80040018 lwz r0,24(r4)
- 0: GETL R4, t0
- 1: ADDL $0x18, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFED8838: 91230018 stw r9,24(r3)
- 5: GETL R9, t4
- 6: GETL R3, t6
- 7: ADDL $0x18, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFED883C: 34A5FFF8 addic. r5,r5,-8
- 10: GETL R5, t8
- 11: ADCL $0xFFFFFFF8, t8 (-wCa)
- 12: PUTL t8, R5
- 13: CMP0L t8, t10 (-rSo)
- 14: ICRFL t10, $0x0, CR
- 15: INCEIPL $4
-
- 0xFED8840: 8124001C lwz r9,28(r4)
- 16: GETL R4, t12
- 17: ADDL $0x1C, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R9
- 20: INCEIPL $4
-
- 0xFED8844: 9003001C stw r0,28(r3)
- 21: GETL R0, t16
- 22: GETL R3, t18
- 23: ADDL $0x1C, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFED8848: 38840020 addi r4,r4,32
- 26: GETL R4, t20
- 27: ADDL $0x20, t20
- 28: PUTL t20, R4
- 29: INCEIPL $4
-
- 0xFED884C: 38630020 addi r3,r3,32
- 30: GETL R3, t22
- 31: ADDL $0x20, t22
- 32: PUTL t22, R3
- 33: INCEIPL $4
-
- 0xFED8850: 40A2FFB4 bc 5,2,0xFED8804
- 34: Jc02o $0xFED8804
-
-
-
-. 1962 FED8834 32
-. 80 04 00 18 91 23 00 18 34 A5 FF F8 81 24 00 1C 90 03 00 1C 38 84 00 20 38 63 00 20 40 A2 FF B4
-==== BB 1963 (0xFED8854) approx BBs exec'd 0 ====
-
- 0xFED8854: 83C10008 lwz r30,8(r1)
- 0: GETL R1, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R30
- 4: INCEIPL $4
-
- 0xFED8858: 38210010 addi r1,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R1
- 8: INCEIPL $4
-
- 0xFED885C: 91230000 stw r9,0(r3)
- 9: GETL R9, t6
- 10: GETL R3, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFED8860: 4E800020 blr
- 13: GETL LR, t10
- 14: JMPo-r t10 ($4)
-
-
-
-. 1963 FED8854 16
-. 83 C1 00 08 38 21 00 10 91 23 00 00 4E 80 00 20
-==== BB 1964 (0xFED8070) approx BBs exec'd 0 ====
-
- 0xFED8070: 5786003A rlwinm r6,r28,0,0,29
- 0: GETL R28, t0
- 1: ANDL $0xFFFFFFFC, t0
- 2: PUTL t0, R6
- 3: INCEIPL $4
-
- 0xFED8074: 578507BE rlwinm r5,r28,0,30,31
- 4: GETL R28, t2
- 5: ANDL $0x3, t2
- 6: PUTL t2, R5
- 7: INCEIPL $4
-
- 0xFED8078: 7FBD3214 add r29,r29,r6
- 8: GETL R29, t4
- 9: GETL R6, t6
- 10: ADDL t4, t6
- 11: PUTL t6, R29
- 12: INCEIPL $4
-
- 0xFED807C: 7FFF3214 add r31,r31,r6
- 13: GETL R31, t8
- 14: GETL R6, t10
- 15: ADDL t8, t10
- 16: PUTL t10, R31
- 17: INCEIPL $4
-
- 0xFED8080: 2C850000 cmpi cr1,r5,0
- 18: GETL R5, t12
- 19: CMP0L t12, t14 (-rSo)
- 20: ICRFL t14, $0x1, CR
- 21: INCEIPL $4
-
- 0xFED8084: 4186001C bc 12,6,0xFED80A0
- 22: Js06o $0xFED80A0
-
-
-
-. 1964 FED8070 24
-. 57 86 00 3A 57 85 07 BE 7F BD 32 14 7F FF 32 14 2C 85 00 00 41 86 00 1C
-==== BB 1965 (0xFE92EBC) approx BBs exec'd 0 ====
-
- 0xFE92EBC: 7F2BFE70 srawi r11,r25,31
- 0: GETL R25, t0
- 1: SARL $0x1F, t0 (-wCa)
- 2: PUTL t0, R11
- 3: INCEIPL $4
-
- 0xFE92EC0: 7C7C1B78 or r28,r3,r3
- 4: GETL R3, t2
- 5: PUTL t2, R28
- 6: INCEIPL $4
-
- 0xFE92EC4: 7D6ACA78 xor r10,r11,r25
- 7: GETL R11, t4
- 8: GETL R25, t6
- 9: XORL t4, t6
- 10: PUTL t6, R10
- 11: INCEIPL $4
-
- 0xFE92EC8: 7F5AEA14 add r26,r26,r29
- 12: GETL R26, t8
- 13: GETL R29, t10
- 14: ADDL t8, t10
- 15: PUTL t10, R26
- 16: INCEIPL $4
-
- 0xFE92ECC: 7EAB5050 subf r21,r11,r10
- 17: GETL R11, t12
- 18: GETL R10, t14
- 19: SUBL t12, t14
- 20: PUTL t14, R21
- 21: INCEIPL $4
-
- 0xFE92ED0: 4BFFFFB0 b 0xFE92E80
- 22: JMPo $0xFE92E80 ($4)
-
-
-
-. 1965 FE92EBC 24
-. 7F 2B FE 70 7C 7C 1B 78 7D 6A CA 78 7F 5A EA 14 7E AB 50 50 4B FF FF B0
-==== BB 1966 (0xFE92E80) approx BBs exec'd 0 ====
-
- 0xFE92E80: 7D1500D0 neg r8,r21
- 0: GETL R21, t0
- 1: NEGL t0
- 2: PUTL t0, R8
- 3: INCEIPL $4
-
- 0xFE92E84: 7C7800D0 neg r3,r24
- 4: GETL R24, t2
- 5: NEGL t2
- 6: PUTL t2, R3
- 7: INCEIPL $4
-
- 0xFE92E88: 7C6B4039 and. r11,r3,r8
- 8: GETL R3, t4
- 9: GETL R8, t6
- 10: ANDL t4, t6
- 11: PUTL t6, R11
- 12: CMP0L t6, t8 (-rSo)
- 13: ICRFL t8, $0x0, CR
- 14: INCEIPL $4
-
- 0xFE92E8C: 40A0FFAC bc 5,0,0xFE92E38
- 15: Jc00o $0xFE92E38
-
-
-
-. 1966 FE92E80 16
-. 7D 15 00 D0 7C 78 00 D0 7C 6B 40 39 40 A0 FF AC
-==== BB 1967 (0xFE92E38) approx BBs exec'd 0 ====
-
- 0xFE92E38: 2F990000 cmpi cr7,r25,0
- 0: GETL R25, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xFE92E3C: 409E0098 bc 4,30,0xFE92ED4
- 4: Jc30o $0xFE92ED4
-
-
-
-. 1967 FE92E38 8
-. 2F 99 00 00 40 9E 00 98
-==== BB 1968 (0xFE92E40) approx BBs exec'd 0 ====
-
- 0xFE92E40: 7EDBB850 subf r22,r27,r23
- 0: GETL R27, t0
- 1: GETL R23, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R22
- 4: INCEIPL $4
-
- 0xFE92E44: 7E83A378 or r3,r20,r20
- 5: GETL R20, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFE92E48: 7CB6E9D6 mullw r5,r22,r29
- 8: GETL R22, t6
- 9: GETL R29, t8
- 10: MULL t6, t8
- 11: PUTL t8, R5
- 12: INCEIPL $4
-
- 0xFE92E4C: 7E649B78 or r4,r19,r19
- 13: GETL R19, t10
- 14: PUTL t10, R4
- 15: INCEIPL $4
-
- 0xFE92E50: 48045889 bl 0xFED86D8
- 16: MOVL $0xFE92E54, t12
- 17: PUTL t12, LR
- 18: JMPo-c $0xFED86D8 ($4)
-
-
-
-. 1968 FE92E40 20
-. 7E DB B8 50 7E 83 A3 78 7C B6 E9 D6 7E 64 9B 78 48 04 58 89
-==== BB 1969 (0xFED870C) approx BBs exec'd 0 ====
-
- 0xFED870C: 7C8300D0 neg r4,r3
- 0: GETL R3, t0
- 1: NEGL t0
- 2: PUTL t0, R4
- 3: INCEIPL $4
-
- 0xFED8710: 548307BE rlwinm r3,r4,0,30,31
- 4: GETL R4, t2
- 5: ANDL $0x3, t2
- 6: PUTL t2, R3
- 7: INCEIPL $4
-
- 0xFED8714: 7C691B79 or. r9,r3,r3
- 8: GETL R3, t4
- 9: PUTL t4, R9
- 10: CMP0L t4, t6 (-rSo)
- 11: ICRFL t6, $0x0, CR
- 12: INCEIPL $4
-
- 0xFED8718: 7F832850 subf r28,r3,r5
- 13: GETL R3, t8
- 14: GETL R5, t10
- 15: SUBL t8, t10
- 16: PUTL t10, R28
- 17: INCEIPL $4
-
- 0xFED871C: 4182001C bc 12,2,0xFED8738
- 18: Js02o $0xFED8738
-
-
-
-. 1969 FED870C 20
-. 7C 83 00 D0 54 83 07 BE 7C 69 1B 79 7F 83 28 50 41 82 00 1C
-==== BB 1970 (0xFED8738) approx BBs exec'd 0 ====
-
- 0xFED8738: 73A00003 andi. r0,r29,0x3
- 0: GETL R29, t0
- 1: ANDL $0x3, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFED873C: 4082006C bc 4,2,0xFED87A8
- 6: Jc02o $0xFED87A8
-
-
-
-. 1970 FED8738 8
-. 73 A0 00 03 40 82 00 6C
-==== BB 1971 (0xFED8740) approx BBs exec'd 0 ====
-
- 0xFED8740: 7FE3FB78 or r3,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFED8744: 7FA4EB78 or r4,r29,r29
- 3: GETL R29, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0xFED8748: 5785F0BE rlwinm r5,r28,30,2,31
- 6: GETL R28, t4
- 7: SHRL $0x2, t4
- 8: PUTL t4, R5
- 9: INCEIPL $4
-
- 0xFED874C: 48000071 bl 0xFED87BC
- 10: MOVL $0xFED8750, t6
- 11: PUTL t6, LR
- 12: JMPo-c $0xFED87BC ($4)
-
-
-
-. 1971 FED8740 16
-. 7F E3 FB 78 7F A4 EB 78 57 85 F0 BE 48 00 00 71
-==== BB 1972 (0xFED8750) approx BBs exec'd 0 ====
-
- 0xFED8750: 5786003A rlwinm r6,r28,0,0,29
- 0: GETL R28, t0
- 1: ANDL $0xFFFFFFFC, t0
- 2: PUTL t0, R6
- 3: INCEIPL $4
-
- 0xFED8754: 578507BE rlwinm r5,r28,0,30,31
- 4: GETL R28, t2
- 5: ANDL $0x3, t2
- 6: PUTL t2, R5
- 7: INCEIPL $4
-
- 0xFED8758: 7FFF3214 add r31,r31,r6
- 8: GETL R31, t4
- 9: GETL R6, t6
- 10: ADDL t4, t6
- 11: PUTL t6, R31
- 12: INCEIPL $4
-
- 0xFED875C: 7FBD3214 add r29,r29,r6
- 13: GETL R29, t8
- 14: GETL R6, t10
- 15: ADDL t8, t10
- 16: PUTL t10, R29
- 17: INCEIPL $4
-
- 0xFED8760: 2C850000 cmpi cr1,r5,0
- 18: GETL R5, t12
- 19: CMP0L t12, t14 (-rSo)
- 20: ICRFL t14, $0x1, CR
- 21: INCEIPL $4
-
- 0xFED8764: 4186001C bc 12,6,0xFED8780
- 22: Js06o $0xFED8780
-
-
-
-. 1972 FED8750 24
-. 57 86 00 3A 57 85 07 BE 7F FF 32 14 7F BD 32 14 2C 85 00 00 41 86 00 1C
-==== BB 1973 (0xFE92E54) approx BBs exec'd 0 ====
-
- 0xFE92E54: 4BFFFF30 b 0xFE92D84
- 0: JMPo $0xFE92D84 ($4)
-
-
-
-. 1973 FE92E54 4
-. 4B FF FF 30
-==== BB 1974 (0xFE92E58) approx BBs exec'd 0 ====
-
- 0xFE92E58: 7F83E378 or r3,r28,r28
- 0: GETL R28, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE92E5C: 7FE4FB78 or r4,r31,r31
- 3: GETL R31, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0xFE92E60: 3B7BFFFF addi r27,r27,-1
- 6: GETL R27, t4
- 7: ADDL $0xFFFFFFFF, t4
- 8: PUTL t4, R27
- 9: INCEIPL $4
-
- 0xFE92E64: 7FA5EB78 or r5,r29,r29
- 10: GETL R29, t6
- 11: PUTL t6, R5
- 12: INCEIPL $4
-
- 0xFE92E68: 48045199 bl 0xFED8000
- 13: MOVL $0xFE92E6C, t8
- 14: PUTL t8, LR
- 15: JMPo-c $0xFED8000 ($4)
-
-
-
-. 1974 FE92E58 20
-. 7F 83 E3 78 7F E4 FB 78 3B 7B FF FF 7F A5 EB 78 48 04 51 99
-==== BB 1975 (0xFE92E6C) approx BBs exec'd 0 ====
-
- 0xFE92E6C: 7F60FE70 srawi r0,r27,31
- 0: GETL R27, t0
- 1: SARL $0x1F, t0 (-wCa)
- 2: PUTL t0, R0
- 3: INCEIPL $4
-
- 0xFE92E70: 7C0CDA78 xor r12,r0,r27
- 4: GETL R0, t2
- 5: GETL R27, t4
- 6: XORL t2, t4
- 7: PUTL t4, R12
- 8: INCEIPL $4
-
- 0xFE92E74: 7C7C1B78 or r28,r3,r3
- 9: GETL R3, t6
- 10: PUTL t6, R28
- 11: INCEIPL $4
-
- 0xFE92E78: 7FFFEA14 add r31,r31,r29
- 12: GETL R31, t8
- 13: GETL R29, t10
- 14: ADDL t8, t10
- 15: PUTL t10, R31
- 16: INCEIPL $4
-
- 0xFE92E7C: 7F006050 subf r24,r0,r12
- 17: GETL R0, t12
- 18: GETL R12, t14
- 19: SUBL t12, t14
- 20: PUTL t14, R24
- 21: INCEIPL $4
-
- 0xFE92E80: 7D1500D0 neg r8,r21
- 22: GETL R21, t16
- 23: NEGL t16
- 24: PUTL t16, R8
- 25: INCEIPL $4
-
- 0xFE92E84: 7C7800D0 neg r3,r24
- 26: GETL R24, t18
- 27: NEGL t18
- 28: PUTL t18, R3
- 29: INCEIPL $4
-
- 0xFE92E88: 7C6B4039 and. r11,r3,r8
- 30: GETL R3, t20
- 31: GETL R8, t22
- 32: ANDL t20, t22
- 33: PUTL t22, R11
- 34: CMP0L t22, t24 (-rSo)
- 35: ICRFL t24, $0x0, CR
- 36: INCEIPL $4
-
- 0xFE92E8C: 40A0FFAC bc 5,0,0xFE92E38
- 37: Jc00o $0xFE92E38
-
-
-
-. 1975 FE92E6C 36
-. 7F 60 FE 70 7C 0C DA 78 7C 7C 1B 78 7F FF EA 14 7F 00 60 50 7D 15 00 D0 7C 78 00 D0 7C 6B 40 39 40 A0 FF AC
-==== BB 1976 (0xFED8864) approx BBs exec'd 0 ====
-
- 0xFED8864: 80040000 lwz r0,0(r4)
- 0: GETL R4, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0xFED8868: 3863FFFC addi r3,r3,-4
- 4: GETL R3, t4
- 5: ADDL $0xFFFFFFFC, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFED886C: 81240004 lwz r9,4(r4)
- 8: GETL R4, t6
- 9: ADDL $0x4, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R9
- 12: INCEIPL $4
-
- 0xFED8870: 90030004 stw r0,4(r3)
- 13: GETL R0, t10
- 14: GETL R3, t12
- 15: ADDL $0x4, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFED8874: 4BFFFFA0 b 0xFED8814
- 18: JMPo $0xFED8814 ($4)
-
-
-
-. 1976 FED8864 20
-. 80 04 00 00 38 63 FF FC 81 24 00 04 90 03 00 04 4B FF FF A0
-==== BB 1977 (0xFED8814) approx BBs exec'd 0 ====
-
- 0xFED8814: 80040008 lwz r0,8(r4)
- 0: GETL R4, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFED8818: 91230008 stw r9,8(r3)
- 5: GETL R9, t4
- 6: GETL R3, t6
- 7: ADDL $0x8, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFED881C: 8124000C lwz r9,12(r4)
- 10: GETL R4, t8
- 11: ADDL $0xC, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R9
- 14: INCEIPL $4
-
- 0xFED8820: 9003000C stw r0,12(r3)
- 15: GETL R0, t12
- 16: GETL R3, t14
- 17: ADDL $0xC, t14
- 18: STL t12, (t14)
- 19: INCEIPL $4
-
- 0xFED8824: 80040010 lwz r0,16(r4)
- 20: GETL R4, t16
- 21: ADDL $0x10, t16
- 22: LDL (t16), t18
- 23: PUTL t18, R0
- 24: INCEIPL $4
-
- 0xFED8828: 91230010 stw r9,16(r3)
- 25: GETL R9, t20
- 26: GETL R3, t22
- 27: ADDL $0x10, t22
- 28: STL t20, (t22)
- 29: INCEIPL $4
-
- 0xFED882C: 81240014 lwz r9,20(r4)
- 30: GETL R4, t24
- 31: ADDL $0x14, t24
- 32: LDL (t24), t26
- 33: PUTL t26, R9
- 34: INCEIPL $4
-
- 0xFED8830: 90030014 stw r0,20(r3)
- 35: GETL R0, t28
- 36: GETL R3, t30
- 37: ADDL $0x14, t30
- 38: STL t28, (t30)
- 39: INCEIPL $4
-
- 0xFED8834: 80040018 lwz r0,24(r4)
- 40: GETL R4, t32
- 41: ADDL $0x18, t32
- 42: LDL (t32), t34
- 43: PUTL t34, R0
- 44: INCEIPL $4
-
- 0xFED8838: 91230018 stw r9,24(r3)
- 45: GETL R9, t36
- 46: GETL R3, t38
- 47: ADDL $0x18, t38
- 48: STL t36, (t38)
- 49: INCEIPL $4
-
- 0xFED883C: 34A5FFF8 addic. r5,r5,-8
- 50: GETL R5, t40
- 51: ADCL $0xFFFFFFF8, t40 (-wCa)
- 52: PUTL t40, R5
- 53: CMP0L t40, t42 (-rSo)
- 54: ICRFL t42, $0x0, CR
- 55: INCEIPL $4
-
- 0xFED8840: 8124001C lwz r9,28(r4)
- 56: GETL R4, t44
- 57: ADDL $0x1C, t44
- 58: LDL (t44), t46
- 59: PUTL t46, R9
- 60: INCEIPL $4
-
- 0xFED8844: 9003001C stw r0,28(r3)
- 61: GETL R0, t48
- 62: GETL R3, t50
- 63: ADDL $0x1C, t50
- 64: STL t48, (t50)
- 65: INCEIPL $4
-
- 0xFED8848: 38840020 addi r4,r4,32
- 66: GETL R4, t52
- 67: ADDL $0x20, t52
- 68: PUTL t52, R4
- 69: INCEIPL $4
-
- 0xFED884C: 38630020 addi r3,r3,32
- 70: GETL R3, t54
- 71: ADDL $0x20, t54
- 72: PUTL t54, R3
- 73: INCEIPL $4
-
- 0xFED8850: 40A2FFB4 bc 5,2,0xFED8804
- 74: Jc02o $0xFED8804
-
-
-
-. 1977 FED8814 64
-. 80 04 00 08 91 23 00 08 81 24 00 0C 90 03 00 0C 80 04 00 10 91 23 00 10 81 24 00 14 90 03 00 14 80 04 00 18 91 23 00 18 34 A5 FF F8 81 24 00 1C 90 03 00 1C 38 84 00 20 38 63 00 20 40 A2 FF B4
-==== BB 1978 (0xFED8804) approx BBs exec'd 0 ====
-
- 0xFED8804: 80040000 lwz r0,0(r4)
- 0: GETL R4, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0xFED8808: 91230000 stw r9,0(r3)
- 4: GETL R9, t4
- 5: GETL R3, t6
- 6: STL t4, (t6)
- 7: INCEIPL $4
-
- 0xFED880C: 81240004 lwz r9,4(r4)
- 8: GETL R4, t8
- 9: ADDL $0x4, t8
- 10: LDL (t8), t10
- 11: PUTL t10, R9
- 12: INCEIPL $4
-
- 0xFED8810: 90030004 stw r0,4(r3)
- 13: GETL R0, t12
- 14: GETL R3, t14
- 15: ADDL $0x4, t14
- 16: STL t12, (t14)
- 17: INCEIPL $4
-
- 0xFED8814: 80040008 lwz r0,8(r4)
- 18: GETL R4, t16
- 19: ADDL $0x8, t16
- 20: LDL (t16), t18
- 21: PUTL t18, R0
- 22: INCEIPL $4
-
- 0xFED8818: 91230008 stw r9,8(r3)
- 23: GETL R9, t20
- 24: GETL R3, t22
- 25: ADDL $0x8, t22
- 26: STL t20, (t22)
- 27: INCEIPL $4
-
- 0xFED881C: 8124000C lwz r9,12(r4)
- 28: GETL R4, t24
- 29: ADDL $0xC, t24
- 30: LDL (t24), t26
- 31: PUTL t26, R9
- 32: INCEIPL $4
-
- 0xFED8820: 9003000C stw r0,12(r3)
- 33: GETL R0, t28
- 34: GETL R3, t30
- 35: ADDL $0xC, t30
- 36: STL t28, (t30)
- 37: INCEIPL $4
-
- 0xFED8824: 80040010 lwz r0,16(r4)
- 38: GETL R4, t32
- 39: ADDL $0x10, t32
- 40: LDL (t32), t34
- 41: PUTL t34, R0
- 42: INCEIPL $4
-
- 0xFED8828: 91230010 stw r9,16(r3)
- 43: GETL R9, t36
- 44: GETL R3, t38
- 45: ADDL $0x10, t38
- 46: STL t36, (t38)
- 47: INCEIPL $4
-
- 0xFED882C: 81240014 lwz r9,20(r4)
- 48: GETL R4, t40
- 49: ADDL $0x14, t40
- 50: LDL (t40), t42
- 51: PUTL t42, R9
- 52: INCEIPL $4
-
- 0xFED8830: 90030014 stw r0,20(r3)
- 53: GETL R0, t44
- 54: GETL R3, t46
- 55: ADDL $0x14, t46
- 56: STL t44, (t46)
- 57: INCEIPL $4
-
- 0xFED8834: 80040018 lwz r0,24(r4)
- 58: GETL R4, t48
- 59: ADDL $0x18, t48
- 60: LDL (t48), t50
- 61: PUTL t50, R0
- 62: INCEIPL $4
-
- 0xFED8838: 91230018 stw r9,24(r3)
- 63: GETL R9, t52
- 64: GETL R3, t54
- 65: ADDL $0x18, t54
- 66: STL t52, (t54)
- 67: INCEIPL $4
-
- 0xFED883C: 34A5FFF8 addic. r5,r5,-8
- 68: GETL R5, t56
- 69: ADCL $0xFFFFFFF8, t56 (-wCa)
- 70: PUTL t56, R5
- 71: CMP0L t56, t58 (-rSo)
- 72: ICRFL t58, $0x0, CR
- 73: INCEIPL $4
-
- 0xFED8840: 8124001C lwz r9,28(r4)
- 74: GETL R4, t60
- 75: ADDL $0x1C, t60
- 76: LDL (t60), t62
- 77: PUTL t62, R9
- 78: INCEIPL $4
-
- 0xFED8844: 9003001C stw r0,28(r3)
- 79: GETL R0, t64
- 80: GETL R3, t66
- 81: ADDL $0x1C, t66
- 82: STL t64, (t66)
- 83: INCEIPL $4
-
- 0xFED8848: 38840020 addi r4,r4,32
- 84: GETL R4, t68
- 85: ADDL $0x20, t68
- 86: PUTL t68, R4
- 87: INCEIPL $4
-
- 0xFED884C: 38630020 addi r3,r3,32
- 88: GETL R3, t70
- 89: ADDL $0x20, t70
- 90: PUTL t70, R3
- 91: INCEIPL $4
-
- 0xFED8850: 40A2FFB4 bc 5,2,0xFED8804
- 92: Jc02o $0xFED8804
-
-
-
-. 1978 FED8804 80
-. 80 04 00 00 91 23 00 00 81 24 00 04 90 03 00 04 80 04 00 08 91 23 00 08 81 24 00 0C 90 03 00 0C 80 04 00 10 91 23 00 10 81 24 00 14 90 03 00 14 80 04 00 18 91 23 00 18 34 A5 FF F8 81 24 00 1C 90 03 00 1C 38 84 00 20 38 63 00 20 40 A2 FF B4
-==== BB 1979 (0xFE93148) approx BBs exec'd 0 ====
-
- 0xFE93148: 80E10000 lwz r7,0(r1)
- 0: GETL R1, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R7
- 3: INCEIPL $4
-
- 0xFE9314C: 82E70004 lwz r23,4(r7)
- 4: GETL R7, t4
- 5: ADDL $0x4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R23
- 8: INCEIPL $4
-
- 0xFE93150: 82C7FFD8 lwz r22,-40(r7)
- 9: GETL R7, t8
- 10: ADDL $0xFFFFFFD8, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R22
- 13: INCEIPL $4
-
- 0xFE93154: 7EE803A6 mtlr r23
- 14: GETL R23, t12
- 15: PUTL t12, LR
- 16: INCEIPL $4
-
- 0xFE93158: 8307FFE0 lwz r24,-32(r7)
- 17: GETL R7, t14
- 18: ADDL $0xFFFFFFE0, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R24
- 21: INCEIPL $4
-
- 0xFE9315C: 82E7FFDC lwz r23,-36(r7)
- 22: GETL R7, t18
- 23: ADDL $0xFFFFFFDC, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R23
- 26: INCEIPL $4
-
- 0xFE93160: 8327FFE4 lwz r25,-28(r7)
- 27: GETL R7, t22
- 28: ADDL $0xFFFFFFE4, t22
- 29: LDL (t22), t24
- 30: PUTL t24, R25
- 31: INCEIPL $4
-
- 0xFE93164: 8347FFE8 lwz r26,-24(r7)
- 32: GETL R7, t26
- 33: ADDL $0xFFFFFFE8, t26
- 34: LDL (t26), t28
- 35: PUTL t28, R26
- 36: INCEIPL $4
-
- 0xFE93168: 8367FFEC lwz r27,-20(r7)
- 37: GETL R7, t30
- 38: ADDL $0xFFFFFFEC, t30
- 39: LDL (t30), t32
- 40: PUTL t32, R27
- 41: INCEIPL $4
-
- 0xFE9316C: 8387FFF0 lwz r28,-16(r7)
- 42: GETL R7, t34
- 43: ADDL $0xFFFFFFF0, t34
- 44: LDL (t34), t36
- 45: PUTL t36, R28
- 46: INCEIPL $4
-
- 0xFE93170: 83A7FFF4 lwz r29,-12(r7)
- 47: GETL R7, t38
- 48: ADDL $0xFFFFFFF4, t38
- 49: LDL (t38), t40
- 50: PUTL t40, R29
- 51: INCEIPL $4
-
- 0xFE93174: 83C7FFF8 lwz r30,-8(r7)
- 52: GETL R7, t42
- 53: ADDL $0xFFFFFFF8, t42
- 54: LDL (t42), t44
- 55: PUTL t44, R30
- 56: INCEIPL $4
-
- 0xFE93178: 83E7FFFC lwz r31,-4(r7)
- 57: GETL R7, t46
- 58: ADDL $0xFFFFFFFC, t46
- 59: LDL (t46), t48
- 60: PUTL t48, R31
- 61: INCEIPL $4
-
- 0xFE9317C: 7CE13B78 or r1,r7,r7
- 62: GETL R7, t50
- 63: PUTL t50, R1
- 64: INCEIPL $4
-
- 0xFE93180: 4E800020 blr
- 65: GETL LR, t52
- 66: JMPo-r t52 ($4)
-
-
-
-. 1979 FE93148 60
-. 80 E1 00 00 82 E7 00 04 82 C7 FF D8 7E E8 03 A6 83 07 FF E0 82 E7 FF DC 83 27 FF E4 83 47 FF E8 83 67 FF EC 83 87 FF F0 83 A7 FF F4 83 C7 FF F8 83 E7 FF FC 7C E1 3B 78 4E 80 00 20
-==== BB 1980 (0xFE87EF8) approx BBs exec'd 0 ====
-
- 0xFE87EF8: 7C9AA800 cmp cr1,r26,r21
- 0: GETL R26, t0
- 1: GETL R21, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x1, CR
- 4: INCEIPL $4
-
- 0xFE87EFC: 83710000 lwz r27,0(r17)
- 5: GETL R17, t6
- 6: LDL (t6), t8
- 7: PUTL t8, R27
- 8: INCEIPL $4
-
- 0xFE87F00: 7F71DB78 or r17,r27,r27
- 9: GETL R27, t10
- 10: PUTL t10, R17
- 11: INCEIPL $4
-
- 0xFE87F04: 4084017C bc 4,4,0xFE88080
- 12: Jc04o $0xFE88080
-
-
-
-. 1980 FE87EF8 16
-. 7C 9A A8 00 83 71 00 00 7F 71 DB 78 40 84 01 7C
-==== BB 1981 (0xFE87F08) approx BBs exec'd 0 ====
-
- 0xFE87F08: 819E0134 lwz r12,308(r30)
- 0: GETL R30, t0
- 1: ADDL $0x134, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R12
- 4: INCEIPL $4
-
- 0xFE87F0C: 3B14FFFF addi r24,r20,-1
- 5: GETL R20, t4
- 6: ADDL $0xFFFFFFFF, t4
- 7: PUTL t4, R24
- 8: INCEIPL $4
-
- 0xFE87F10: 2E1B0000 cmpi cr4,r27,0
- 9: GETL R27, t6
- 10: CMP0L t6, t8 (-rSo)
- 11: ICRFL t8, $0x4, CR
- 12: INCEIPL $4
-
- 0xFE87F14: 931F01B0 stw r24,432(r31)
- 13: GETL R24, t10
- 14: GETL R31, t12
- 15: ADDL $0x1B0, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFE87F18: 919F01B4 stw r12,436(r31)
- 18: GETL R12, t14
- 19: GETL R31, t16
- 20: ADDL $0x1B4, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0xFE87F1C: 3B3F0008 addi r25,r31,8
- 23: GETL R31, t18
- 24: ADDL $0x8, t18
- 25: PUTL t18, R25
- 26: INCEIPL $4
-
- 0xFE87F20: 7F10C0F8 nor r16,r24,r24
- 27: GETL R24, t20
- 28: NOTL t20
- 29: PUTL t20, R16
- 30: INCEIPL $4
-
- 0xFE87F24: 41920460 bc 12,18,0xFE88384
- 31: Js18o $0xFE88384
-
-
-
-. 1981 FE87F08 32
-. 81 9E 01 34 3B 14 FF FF 2E 1B 00 00 93 1F 01 B0 91 9F 01 B4 3B 3F 00 08 7F 10 C0 F8 41 92 04 60
-==== BB 1982 (0xFE87F28) approx BBs exec'd 0 ====
-
- 0xFE87F28: 57582036 rlwinm r24,r26,4,0,27
- 0: GETL R26, t0
- 1: SHLL $0x4, t0
- 2: PUTL t0, R24
- 3: INCEIPL $4
-
- 0xFE87F2C: 7D18CA14 add r8,r24,r25
- 4: GETL R24, t2
- 5: GETL R25, t4
- 6: ADDL t2, t4
- 7: PUTL t4, R8
- 8: INCEIPL $4
-
- 0xFE87F30: 38E80078 addi r7,r8,120
- 9: GETL R8, t6
- 10: ADDL $0x78, t6
- 11: PUTL t6, R7
- 12: INCEIPL $4
-
- 0xFE87F34: 839B0004 lwz r28,4(r27)
- 13: GETL R27, t8
- 14: ADDL $0x4, t8
- 15: LDL (t8), t10
- 16: PUTL t10, R28
- 17: INCEIPL $4
-
- 0xFE87F38: 807B0008 lwz r3,8(r27)
- 18: GETL R27, t12
- 19: ADDL $0x8, t12
- 20: LDL (t12), t14
- 21: PUTL t14, R3
- 22: INCEIPL $4
-
- 0xFE87F3C: 80880078 lwz r4,120(r8)
- 23: GETL R8, t16
- 24: ADDL $0x78, t16
- 25: LDL (t16), t18
- 26: PUTL t18, R4
- 27: INCEIPL $4
-
- 0xFE87F40: 80C70004 lwz r6,4(r7)
- 28: GETL R7, t20
- 29: ADDL $0x4, t20
- 30: LDL (t20), t22
- 31: PUTL t22, R6
- 32: INCEIPL $4
-
- 0xFE87F44: 7D3C1A14 add r9,r28,r3
- 33: GETL R28, t24
- 34: GETL R3, t26
- 35: ADDL t24, t26
- 36: PUTL t26, R9
- 37: INCEIPL $4
-
- 0xFE87F48: 7C043214 add r0,r4,r6
- 38: GETL R4, t28
- 39: GETL R6, t30
- 40: ADDL t28, t30
- 41: PUTL t30, R0
- 42: INCEIPL $4
-
- 0xFE87F4C: 7C090040 cmpl cr0,r9,r0
- 43: GETL R9, t32
- 44: GETL R0, t34
- 45: CMPUL t32, t34, t36 (-rSo)
- 46: ICRFL t36, $0x0, CR
- 47: INCEIPL $4
-
- 0xFE87F50: 41810438 bc 12,1,0xFE88388
- 48: Js01o $0xFE88388
-
-
-
-. 1982 FE87F28 44
-. 57 58 20 36 7D 18 CA 14 38 E8 00 78 83 9B 00 04 80 7B 00 08 80 88 00 78 80 C7 00 04 7D 3C 1A 14 7C 04 32 14 7C 09 00 40 41 81 04 38
-==== BB 1983 (0xFE88388) approx BBs exec'd 0 ====
-
- 0xFE88388: 41B2FBDC bc 13,18,0xFE87F64
- 0: Js18o $0xFE87F64
-
-
-
-. 1983 FE88388 4
-. 41 B2 FB DC
-==== BB 1984 (0xFE8838C) approx BBs exec'd 0 ====
-
- 0xFE8838C: 7CF8CA14 add r7,r24,r25
- 0: GETL R24, t0
- 1: GETL R25, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0xFE88390: 817B0004 lwz r11,4(r27)
- 5: GETL R27, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R11
- 9: INCEIPL $4
-
- 0xFE88394: 81470078 lwz r10,120(r7)
- 10: GETL R7, t8
- 11: ADDL $0x78, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R10
- 14: INCEIPL $4
-
- 0xFE88398: 39070078 addi r8,r7,120
- 15: GETL R7, t12
- 16: ADDL $0x78, t12
- 17: PUTL t12, R8
- 18: INCEIPL $4
-
- 0xFE8839C: 7F0B5040 cmpl cr6,r11,r10
- 19: GETL R11, t14
- 20: GETL R10, t16
- 21: CMPUL t14, t16, t18 (-rSo)
- 22: ICRFL t18, $0x6, CR
- 23: INCEIPL $4
-
- 0xFE883A0: 41B9FBC4 bc 13,25,0xFE87F64
- 24: Js25o $0xFE87F64
-
-
-
-. 1984 FE8838C 24
-. 7C F8 CA 14 81 7B 00 04 81 47 00 78 39 07 00 78 7F 0B 50 40 41 B9 FB C4
-==== BB 1985 (0xFE883A4) approx BBs exec'd 0 ====
-
- 0xFE883A4: 80E80004 lwz r7,4(r8)
- 0: GETL R8, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0xFE883A8: 83BB0008 lwz r29,8(r27)
- 5: GETL R27, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R29
- 9: INCEIPL $4
-
- 0xFE883AC: 7ECA3A14 add r22,r10,r7
- 10: GETL R10, t8
- 11: GETL R7, t10
- 12: ADDL t8, t10
- 13: PUTL t10, R22
- 14: INCEIPL $4
-
- 0xFE883B0: 7EEBEA14 add r23,r11,r29
- 15: GETL R11, t12
- 16: GETL R29, t14
- 17: ADDL t12, t14
- 18: PUTL t14, R23
- 19: INCEIPL $4
-
- 0xFE883B4: 7F96B840 cmpl cr7,r22,r23
- 20: GETL R22, t16
- 21: GETL R23, t18
- 22: CMPUL t16, t18, t20 (-rSo)
- 23: ICRFL t20, $0x7, CR
- 24: INCEIPL $4
-
- 0xFE883B8: 41BDFBAC bc 13,29,0xFE87F64
- 25: Js29o $0xFE87F64
-
-
-
-. 1985 FE883A4 24
-. 80 E8 00 04 83 BB 00 08 7E CA 3A 14 7E EB EA 14 7F 96 B8 40 41 BD FB AC
-==== BB 1986 (0xFE883BC) approx BBs exec'd 0 ====
-
- 0xFE883BC: 80080008 lwz r0,8(r8)
- 0: GETL R8, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFE883C0: 819B0000 lwz r12,0(r27)
- 5: GETL R27, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R12
- 8: INCEIPL $4
-
- 0xFE883C4: 54051838 rlwinm r5,r0,3,0,28
- 9: GETL R0, t8
- 10: SHLL $0x3, t8
- 11: PUTL t8, R5
- 12: INCEIPL $4
-
- 0xFE883C8: 7F0C5214 add r24,r12,r10
- 13: GETL R12, t10
- 14: GETL R10, t12
- 15: ADDL t10, t12
- 16: PUTL t12, R24
- 17: INCEIPL $4
-
- 0xFE883CC: 7D05CA14 add r8,r5,r25
- 18: GETL R5, t14
- 19: GETL R25, t16
- 20: ADDL t14, t16
- 21: PUTL t16, R8
- 22: INCEIPL $4
-
- 0xFE883D0: 7D4BC050 subf r10,r11,r24
- 23: GETL R11, t18
- 24: GETL R24, t20
- 25: SUBL t18, t20
- 26: PUTL t20, R10
- 27: INCEIPL $4
-
- 0xFE883D4: 90E8000C stw r7,12(r8)
- 28: GETL R7, t22
- 29: GETL R8, t24
- 30: ADDL $0xC, t24
- 31: STL t22, (t24)
- 32: INCEIPL $4
-
- 0xFE883D8: 91480008 stw r10,8(r8)
- 33: GETL R10, t26
- 34: GETL R8, t28
- 35: ADDL $0x8, t28
- 36: STL t26, (t28)
- 37: INCEIPL $4
-
- 0xFE883DC: 4BFFFC98 b 0xFE88074
- 38: JMPo $0xFE88074 ($4)
-
-
-
-. 1986 FE883BC 36
-. 80 08 00 08 81 9B 00 00 54 05 18 38 7F 0C 52 14 7D 05 CA 14 7D 4B C0 50 90 E8 00 0C 91 48 00 08 4B FF FC 98
-==== BB 1987 (0xFE88074) approx BBs exec'd 0 ====
-
- 0xFE88074: 3B5A0001 addi r26,r26,1
- 0: GETL R26, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R26
- 3: INCEIPL $4
-
- 0xFE88078: 7F9AA800 cmp cr7,r26,r21
- 4: GETL R26, t2
- 5: GETL R21, t4
- 6: CMPL t2, t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0xFE8807C: 419CFEA8 bc 12,28,0xFE87F24
- 9: Js28o $0xFE87F24
-
-
-
-. 1987 FE88074 12
-. 3B 5A 00 01 7F 9A A8 00 41 9C FE A8
-==== BB 1988 (0xFE87F24) approx BBs exec'd 0 ====
-
- 0xFE87F24: 41920460 bc 12,18,0xFE88384
- 0: Js18o $0xFE88384
-
-
-
-. 1988 FE87F24 4
-. 41 92 04 60
-==== BB 1989 (0xFE88080) approx BBs exec'd 0 ====
-
- 0xFE88080: 2E130000 cmpi cr4,r19,0
- 0: GETL R19, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0xFE88084: 41900014 bc 12,16,0xFE88098
- 4: Js16o $0xFE88098
-
-
-
-. 1989 FE88080 8
-. 2E 13 00 00 41 90 00 14
-==== BB 1990 (0xFE88088) approx BBs exec'd 0 ====
-
- 0xFE88088: 7E639B78 or r3,r19,r19
- 0: GETL R19, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE8808C: 38000006 li r0,6
- 3: MOVL $0x6, t2
- 4: PUTL t2, R0
- 5: INCEIPL $4
-
- 0xFE88090: 44000002 sc
- 6: JMPo-sys $0xFE88094 ($4)
-
-
-
-. 1990 FE88088 12
-. 7E 63 9B 78 38 00 00 06 44 00 00 02
-==== BB 1991 (0xFE88094) approx BBs exec'd 0 ====
-
- 0xFE88094: 7C000026 mfcr r0
- 0: GETL CR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFE88098: 3860003C li r3,60
- 3: MOVL $0x3C, t2
- 4: PUTL t2, R3
- 5: INCEIPL $4
-
- 0xFE8809C: 4812226D bl 0xFFAA308
- 6: MOVL $0xFE880A0, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0xFFAA308 ($4)
-
-
-
-. 1991 FE88094 12
-. 7C 00 00 26 38 60 00 3C 48 12 22 6D
-==== BB 1992 (0xFECF66C) approx BBs exec'd 0 ====
-
- 0xFECF66C: 5729E8FE rlwinm r9,r25,29,3,31
- 0: GETL R25, t0
- 1: SHRL $0x3, t0
- 2: PUTL t0, R9
- 3: INCEIPL $4
-
- 0xFECF670: 3809FFFE addi r0,r9,-2
- 4: GETL R9, t2
- 5: ADDL $0xFFFFFFFE, t2
- 6: PUTL t2, R0
- 7: INCEIPL $4
-
- 0xFECF674: 5406103A rlwinm r6,r0,2,0,29
- 8: GETL R0, t4
- 9: SHLL $0x2, t4
- 10: PUTL t4, R6
- 11: INCEIPL $4
-
- 0xFECF678: 7D66E214 add r11,r6,r28
- 12: GETL R6, t6
- 13: GETL R28, t8
- 14: ADDL t6, t8
- 15: PUTL t8, R11
- 16: INCEIPL $4
-
- 0xFECF67C: 83AB0008 lwz r29,8(r11)
- 17: GETL R11, t10
- 18: ADDL $0x8, t10
- 19: LDL (t10), t12
- 20: PUTL t12, R29
- 21: INCEIPL $4
-
- 0xFECF680: 3B6B0008 addi r27,r11,8
- 22: GETL R11, t14
- 23: ADDL $0x8, t14
- 24: PUTL t14, R27
- 25: INCEIPL $4
-
- 0xFECF684: 2D9D0000 cmpi cr3,r29,0
- 26: GETL R29, t16
- 27: CMP0L t16, t18 (-rSo)
- 28: ICRFL t18, $0x3, CR
- 29: INCEIPL $4
-
- 0xFECF688: 418E009C bc 12,14,0xFECF724
- 30: Js14o $0xFECF724
-
-
-
-. 1992 FECF66C 32
-. 57 29 E8 FE 38 09 FF FE 54 06 10 3A 7D 66 E2 14 83 AB 00 08 3B 6B 00 08 2D 9D 00 00 41 8E 00 9C
-==== BB 1993 (0xFECFEB0) approx BBs exec'd 0 ====
-
- 0xFECFEB0: 829E05FC lwz r20,1532(r30)
- 0: GETL R30, t0
- 1: ADDL $0x5FC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R20
- 4: INCEIPL $4
-
- 0xFECFEB4: 7D190050 subf r8,r25,r0
- 5: GETL R25, t4
- 6: GETL R0, t6
- 7: SUBL t4, t6
- 8: PUTL t6, R8
- 9: INCEIPL $4
-
- 0xFECFEB8: 63310001 ori r17,r25,0x1
- 10: GETL R25, t8
- 11: ORL $0x1, t8
- 12: PUTL t8, R17
- 13: INCEIPL $4
-
- 0xFECFEBC: 610A0001 ori r10,r8,0x1
- 14: GETL R8, t10
- 15: ORL $0x1, t10
- 16: PUTL t10, R10
- 17: INCEIPL $4
-
- 0xFECFEC0: 7F93A278 xor r19,r28,r20
- 18: GETL R28, t12
- 19: GETL R20, t14
- 20: XORL t12, t14
- 21: PUTL t14, R19
- 22: INCEIPL $4
-
- 0xFECFEC4: 7DDDCA14 add r14,r29,r25
- 23: GETL R29, t16
- 24: GETL R25, t18
- 25: ADDL t16, t18
- 26: PUTL t18, R14
- 27: INCEIPL $4
-
- 0xFECFEC8: 3173FFFF addic r11,r19,-1
- 28: GETL R19, t20
- 29: ADCL $0xFFFFFFFF, t20 (-wCa)
- 30: PUTL t20, R11
- 31: INCEIPL $4
-
- 0xFECFECC: 7E4B9910 subfe r18,r11,r19
- 32: GETL R11, t22
- 33: GETL R19, t24
- 34: SBBL t22, t24 (-rCa-wCa)
- 35: PUTL t24, R18
- 36: INCEIPL $4
-
- 0xFECFED0: 391D0008 addi r8,r29,8
- 37: GETL R29, t26
- 38: ADDL $0x8, t26
- 39: PUTL t26, R8
- 40: INCEIPL $4
-
- 0xFECFED4: 5650103A rlwinm r16,r18,2,0,29
- 41: GETL R18, t28
- 42: SHLL $0x2, t28
- 43: PUTL t28, R16
- 44: INCEIPL $4
-
- 0xFECFED8: 91DC0030 stw r14,48(r28)
- 45: GETL R14, t30
- 46: GETL R28, t32
- 47: ADDL $0x30, t32
- 48: STL t30, (t32)
- 49: INCEIPL $4
-
- 0xFECFEDC: 7E0F8B78 or r15,r16,r17
- 50: GETL R16, t34
- 51: GETL R17, t36
- 52: ORL t36, t34
- 53: PUTL t34, R15
- 54: INCEIPL $4
-
- 0xFECFEE0: 91FD0004 stw r15,4(r29)
- 55: GETL R15, t38
- 56: GETL R29, t40
- 57: ADDL $0x4, t40
- 58: STL t38, (t40)
- 59: INCEIPL $4
-
- 0xFECFEE4: 914E0004 stw r10,4(r14)
- 60: GETL R10, t42
- 61: GETL R14, t44
- 62: ADDL $0x4, t44
- 63: STL t42, (t44)
- 64: INCEIPL $4
-
- 0xFECFEE8: 4BFFF7C8 b 0xFECF6B0
- 65: JMPo $0xFECF6B0 ($4)
-
-
-
-. 1993 FECFEB0 60
-. 82 9E 05 FC 7D 19 00 50 63 31 00 01 61 0A 00 01 7F 93 A2 78 7D DD CA 14 31 73 FF FF 7E 4B 99 10 39 1D 00 08 56 50 10 3A 91 DC 00 30 7E 0F 8B 78 91 FD 00 04 91 4E 00 04 4B FF F7 C8
-==== BB 1994 (0xFE880A0) approx BBs exec'd 0 ====
-
- 0xFE880A0: 39200000 li r9,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R9
- 2: INCEIPL $4
-
- 0xFE880A4: 7C7A1B79 or. r26,r3,r3
- 3: GETL R3, t2
- 4: PUTL t2, R26
- 5: CMP0L t2, t4 (-rSo)
- 6: ICRFL t4, $0x0, CR
- 7: INCEIPL $4
-
- 0xFE880A8: 41A2FD50 bc 13,2,0xFE87DF8
- 8: Js02o $0xFE87DF8
-
-
-
-. 1994 FE880A0 12
-. 39 20 00 00 7C 7A 1B 79 41 A2 FD 50
-==== BB 1995 (0xFE880AC) approx BBs exec'd 0 ====
-
- 0xFE880AC: 80720000 lwz r3,0(r18)
- 0: GETL R18, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0xFE880B0: 4804E6ED bl 0xFED679C
- 4: MOVL $0xFE880B4, t4
- 5: PUTL t4, LR
- 6: JMPo-c $0xFED679C ($4)
-
-
-
-. 1995 FE880AC 8
-. 80 72 00 00 48 04 E6 ED
-==== BB 1996 strdup(0xFED679C) approx BBs exec'd 0 ====
-
- 0xFED679C: 7C0802A6 mflr r0
- 0: GETL LR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFED67A0: 9421FFE0 stwu r1,-32(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFE0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFED67A4: 93810010 stw r28,16(r1)
- 9: GETL R28, t6
- 10: GETL R1, t8
- 11: ADDL $0x10, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFED67A8: 93A10014 stw r29,20(r1)
- 14: GETL R29, t10
- 15: GETL R1, t12
- 16: ADDL $0x14, t12
- 17: STL t10, (t12)
- 18: INCEIPL $4
-
- 0xFED67AC: 7C7D1B78 or r29,r3,r3
- 19: GETL R3, t14
- 20: PUTL t14, R29
- 21: INCEIPL $4
-
- 0xFED67B0: 90010024 stw r0,36(r1)
- 22: GETL R0, t16
- 23: GETL R1, t18
- 24: ADDL $0x24, t18
- 25: STL t16, (t18)
- 26: INCEIPL $4
-
- 0xFED67B4: 93C10018 stw r30,24(r1)
- 27: GETL R30, t20
- 28: GETL R1, t22
- 29: ADDL $0x18, t22
- 30: STL t20, (t22)
- 31: INCEIPL $4
-
- 0xFED67B8: 48000321 bl 0xFED6AD8
- 32: MOVL $0xFED67BC, t24
- 33: PUTL t24, LR
- 34: JMPo-c $0xFED6AD8 ($4)
-
-
-
-. 1996 FED679C 32
-. 7C 08 02 A6 94 21 FF E0 93 81 00 10 93 A1 00 14 7C 7D 1B 78 90 01 00 24 93 C1 00 18 48 00 03 21
-==== BB 1997 (0xFED67BC) approx BBs exec'd 0 ====
-
- 0xFED67BC: 3B830001 addi r28,r3,1
- 0: GETL R3, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R28
- 3: INCEIPL $4
-
- 0xFED67C0: 7F83E378 or r3,r28,r28
- 4: GETL R28, t2
- 5: PUTL t2, R3
- 6: INCEIPL $4
-
- 0xFED67C4: 480D3B45 bl 0xFFAA308
- 7: MOVL $0xFED67C8, t4
- 8: PUTL t4, LR
- 9: JMPo-c $0xFFAA308 ($4)
-
-
-
-. 1997 FED67BC 12
-. 3B 83 00 01 7F 83 E3 78 48 0D 3B 45
-==== BB 1998 (0xFECF68C) approx BBs exec'd 0 ====
-
- 0xFECF68C: 815D0004 lwz r10,4(r29)
- 0: GETL R29, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0xFECF690: 3B9D0008 addi r28,r29,8
- 5: GETL R29, t4
- 6: ADDL $0x8, t4
- 7: PUTL t4, R28
- 8: INCEIPL $4
-
- 0xFECF694: 5548E8FE rlwinm r8,r10,29,3,31
- 9: GETL R10, t6
- 10: SHRL $0x3, t6
- 11: PUTL t6, R8
- 12: INCEIPL $4
-
- 0xFECF698: 38E8FFFE addi r7,r8,-2
- 13: GETL R8, t8
- 14: ADDL $0xFFFFFFFE, t8
- 15: PUTL t8, R7
- 16: INCEIPL $4
-
- 0xFECF69C: 7E070000 cmp cr4,r7,r0
- 17: GETL R7, t10
- 18: GETL R0, t12
- 19: CMPL t10, t12, t14 (-rSo)
- 20: ICRFL t14, $0x4, CR
- 21: INCEIPL $4
-
- 0xFECF6A0: 40920620 bc 4,18,0xFECFCC0
- 22: Jc18o $0xFECFCC0
-
-
-
-. 1998 FECF68C 24
-. 81 5D 00 04 3B 9D 00 08 55 48 E8 FE 38 E8 FF FE 7E 07 00 00 40 92 06 20
-==== BB 1999 (0xFECF6A4) approx BBs exec'd 0 ====
-
- 0xFECF6A4: 823D0008 lwz r17,8(r29)
- 0: GETL R29, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R17
- 4: INCEIPL $4
-
- 0xFECF6A8: 7F88E378 or r8,r28,r28
- 5: GETL R28, t4
- 6: PUTL t4, R8
- 7: INCEIPL $4
-
- 0xFECF6AC: 923B0000 stw r17,0(r27)
- 8: GETL R17, t6
- 9: GETL R27, t8
- 10: STL t6, (t8)
- 11: INCEIPL $4
-
- 0xFECF6B0: 83810074 lwz r28,116(r1)
- 12: GETL R1, t10
- 13: ADDL $0x74, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R28
- 16: INCEIPL $4
-
- 0xFECF6B4: 7D034378 or r3,r8,r8
- 17: GETL R8, t14
- 18: PUTL t14, R3
- 19: INCEIPL $4
-
- 0xFECF6B8: 81810024 lwz r12,36(r1)
- 20: GETL R1, t16
- 21: ADDL $0x24, t16
- 22: LDL (t16), t18
- 23: PUTL t18, R12
- 24: INCEIPL $4
-
- 0xFECF6BC: 7F8803A6 mtlr r28
- 25: GETL R28, t20
- 26: PUTL t20, LR
- 27: INCEIPL $4
-
- 0xFECF6C0: 81C10028 lwz r14,40(r1)
- 28: GETL R1, t22
- 29: ADDL $0x28, t22
- 30: LDL (t22), t24
- 31: PUTL t24, R14
- 32: INCEIPL $4
-
- 0xFECF6C4: 81E1002C lwz r15,44(r1)
- 33: GETL R1, t26
- 34: ADDL $0x2C, t26
- 35: LDL (t26), t28
- 36: PUTL t28, R15
- 37: INCEIPL $4
-
- 0xFECF6C8: 7D818120 mtcrf 0x18,r12
- 38: GETL R12, t30
- 39: ICRFL t30, $0x3, CR
- 40: ICRFL t30, $0x4, CR
- 41: INCEIPL $4
-
- 0xFECF6CC: 82010030 lwz r16,48(r1)
- 42: GETL R1, t32
- 43: ADDL $0x30, t32
- 44: LDL (t32), t34
- 45: PUTL t34, R16
- 46: INCEIPL $4
-
- 0xFECF6D0: 82210034 lwz r17,52(r1)
- 47: GETL R1, t36
- 48: ADDL $0x34, t36
- 49: LDL (t36), t38
- 50: PUTL t38, R17
- 51: INCEIPL $4
-
- 0xFECF6D4: 82410038 lwz r18,56(r1)
- 52: GETL R1, t40
- 53: ADDL $0x38, t40
- 54: LDL (t40), t42
- 55: PUTL t42, R18
- 56: INCEIPL $4
-
- 0xFECF6D8: 8261003C lwz r19,60(r1)
- 57: GETL R1, t44
- 58: ADDL $0x3C, t44
- 59: LDL (t44), t46
- 60: PUTL t46, R19
- 61: INCEIPL $4
-
- 0xFECF6DC: 82810040 lwz r20,64(r1)
- 62: GETL R1, t48
- 63: ADDL $0x40, t48
- 64: LDL (t48), t50
- 65: PUTL t50, R20
- 66: INCEIPL $4
-
- 0xFECF6E0: 82A10044 lwz r21,68(r1)
- 67: GETL R1, t52
- 68: ADDL $0x44, t52
- 69: LDL (t52), t54
- 70: PUTL t54, R21
- 71: INCEIPL $4
-
- 0xFECF6E4: 82C10048 lwz r22,72(r1)
- 72: GETL R1, t56
- 73: ADDL $0x48, t56
- 74: LDL (t56), t58
- 75: PUTL t58, R22
- 76: INCEIPL $4
-
- 0xFECF6E8: 82E1004C lwz r23,76(r1)
- 77: GETL R1, t60
- 78: ADDL $0x4C, t60
- 79: LDL (t60), t62
- 80: PUTL t62, R23
- 81: INCEIPL $4
-
- 0xFECF6EC: 83010050 lwz r24,80(r1)
- 82: GETL R1, t64
- 83: ADDL $0x50, t64
- 84: LDL (t64), t66
- 85: PUTL t66, R24
- 86: INCEIPL $4
-
- 0xFECF6F0: 83210054 lwz r25,84(r1)
- 87: GETL R1, t68
- 88: ADDL $0x54, t68
- 89: LDL (t68), t70
- 90: PUTL t70, R25
- 91: INCEIPL $4
-
- 0xFECF6F4: 83410058 lwz r26,88(r1)
- 92: GETL R1, t72
- 93: ADDL $0x58, t72
- 94: LDL (t72), t74
- 95: PUTL t74, R26
- 96: INCEIPL $4
-
- 0xFECF6F8: 8361005C lwz r27,92(r1)
- 97: GETL R1, t76
- 98: ADDL $0x5C, t76
- 99: LDL (t76), t78
- 100: PUTL t78, R27
- 101: INCEIPL $4
-
- 0xFECF6FC: 83810060 lwz r28,96(r1)
- 102: GETL R1, t80
- 103: ADDL $0x60, t80
- 104: LDL (t80), t82
- 105: PUTL t82, R28
- 106: INCEIPL $4
-
- 0xFECF700: 83A10064 lwz r29,100(r1)
- 107: GETL R1, t84
- 108: ADDL $0x64, t84
- 109: LDL (t84), t86
- 110: PUTL t86, R29
- 111: INCEIPL $4
-
- 0xFECF704: 83C10068 lwz r30,104(r1)
- 112: GETL R1, t88
- 113: ADDL $0x68, t88
- 114: LDL (t88), t90
- 115: PUTL t90, R30
- 116: INCEIPL $4
-
- 0xFECF708: 83E1006C lwz r31,108(r1)
- 117: GETL R1, t92
- 118: ADDL $0x6C, t92
- 119: LDL (t92), t94
- 120: PUTL t94, R31
- 121: INCEIPL $4
-
- 0xFECF70C: 38210070 addi r1,r1,112
- 122: GETL R1, t96
- 123: ADDL $0x70, t96
- 124: PUTL t96, R1
- 125: INCEIPL $4
-
- 0xFECF710: 4E800020 blr
- 126: GETL LR, t98
- 127: JMPo-r t98 ($4)
-
-
-
-. 1999 FECF6A4 112
-. 82 3D 00 08 7F 88 E3 78 92 3B 00 00 83 81 00 74 7D 03 43 78 81 81 00 24 7F 88 03 A6 81 C1 00 28 81 E1 00 2C 7D 81 81 20 82 01 00 30 82 21 00 34 82 41 00 38 82 61 00 3C 82 81 00 40 82 A1 00 44 82 C1 00 48 82 E1 00 4C 83 01 00 50 83 21 00 54 83 41 00 58 83 61 00 5C 83 81 00 60 83 A1 00 64 83 C1 00 68 83 E1 00 6C 38 21 00 70 4E 80 00 20
-==== BB 2000 (0xFED67C8) approx BBs exec'd 0 ====
-
- 0xFED67C8: 7FA4EB78 or r4,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0xFED67CC: 2F830000 cmpi cr7,r3,0
- 3: GETL R3, t2
- 4: CMP0L t2, t4 (-rSo)
- 5: ICRFL t4, $0x7, CR
- 6: INCEIPL $4
-
- 0xFED67D0: 7F85E378 or r5,r28,r28
- 7: GETL R28, t6
- 8: PUTL t6, R5
- 9: INCEIPL $4
-
- 0xFED67D4: 38000000 li r0,0
- 10: MOVL $0x0, t8
- 11: PUTL t8, R0
- 12: INCEIPL $4
-
- 0xFED67D8: 419E000C bc 12,30,0xFED67E4
- 13: Js30o $0xFED67E4
-
-
-
-. 2000 FED67C8 20
-. 7F A4 EB 78 2F 83 00 00 7F 85 E3 78 38 00 00 00 41 9E 00 0C
-==== BB 2001 (0xFED67DC) approx BBs exec'd 0 ====
-
- 0xFED67DC: 48001EFD bl 0xFED86D8
- 0: MOVL $0xFED67E0, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0xFED86D8 ($4)
-
-
-
-. 2001 FED67DC 4
-. 48 00 1E FD
-==== BB 2002 (0xFED876C) approx BBs exec'd 0 ====
-
- 0xFED876C: 88FD0000 lbz r7,0(r29)
- 0: GETL R29, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R7
- 3: INCEIPL $4
-
- 0xFED8770: 3BBD0001 addi r29,r29,1
- 4: GETL R29, t4
- 5: ADDL $0x1, t4
- 6: PUTL t4, R29
- 7: INCEIPL $4
-
- 0xFED8774: 98FF0000 stb r7,0(r31)
- 8: GETL R7, t6
- 9: GETL R31, t8
- 10: STB t6, (t8)
- 11: INCEIPL $4
-
- 0xFED8778: 3BFF0001 addi r31,r31,1
- 12: GETL R31, t10
- 13: ADDL $0x1, t10
- 14: PUTL t10, R31
- 15: INCEIPL $4
-
- 0xFED877C: 4200FFF0 bc 16,0,0xFED876C
- 16: GETL CTR, t12
- 17: ADDL $0xFFFFFFFF, t12
- 18: PUTL t12, CTR
- 19: JIFZL t12, $0xFED8780
- 20: JMPo $0xFED876C ($4)
-
-
-
-. 2002 FED876C 20
-. 88 FD 00 00 3B BD 00 01 98 FF 00 00 3B FF 00 01 42 00 FF F0
-==== BB 2003 (0xFED67E0) approx BBs exec'd 0 ====
-
- 0xFED67E0: 7C601B78 or r0,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFED67E4: 80810024 lwz r4,36(r1)
- 3: GETL R1, t2
- 4: ADDL $0x24, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0xFED67E8: 7C030378 or r3,r0,r0
- 8: GETL R0, t6
- 9: PUTL t6, R3
- 10: INCEIPL $4
-
- 0xFED67EC: 83810010 lwz r28,16(r1)
- 11: GETL R1, t8
- 12: ADDL $0x10, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R28
- 15: INCEIPL $4
-
- 0xFED67F0: 83A10014 lwz r29,20(r1)
- 16: GETL R1, t12
- 17: ADDL $0x14, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R29
- 20: INCEIPL $4
-
- 0xFED67F4: 7C8803A6 mtlr r4
- 21: GETL R4, t16
- 22: PUTL t16, LR
- 23: INCEIPL $4
-
- 0xFED67F8: 83C10018 lwz r30,24(r1)
- 24: GETL R1, t18
- 25: ADDL $0x18, t18
- 26: LDL (t18), t20
- 27: PUTL t20, R30
- 28: INCEIPL $4
-
- 0xFED67FC: 38210020 addi r1,r1,32
- 29: GETL R1, t22
- 30: ADDL $0x20, t22
- 31: PUTL t22, R1
- 32: INCEIPL $4
-
- 0xFED6800: 4E800020 blr
- 33: GETL LR, t24
- 34: JMPo-r t24 ($4)
-
-
-
-. 2003 FED67E0 36
-. 7C 60 1B 78 80 81 00 24 7C 03 03 78 83 81 00 10 83 A1 00 14 7C 88 03 A6 83 C1 00 18 38 21 00 20 4E 80 00 20
-==== BB 2004 (0xFE880B4) approx BBs exec'd 0 ====
-
- 0xFE880B4: 2C830000 cmpi cr1,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFE880B8: 907A0004 stw r3,4(r26)
- 4: GETL R3, t4
- 5: GETL R26, t6
- 6: ADDL $0x4, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0xFE880BC: 4186044C bc 12,6,0xFE88508
- 9: Js06o $0xFE88508
-
-
-
-. 2004 FE880B4 12
-. 2C 83 00 00 90 7A 00 04 41 86 04 4C
-==== BB 2005 (0xFE880C0) approx BBs exec'd 0 ====
-
- 0xFE880C0: 822F0000 lwz r17,0(r15)
- 0: GETL R15, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R17
- 3: INCEIPL $4
-
- 0xFE880C4: 3B800000 li r28,0
- 4: MOVL $0x0, t4
- 5: PUTL t4, R28
- 6: INCEIPL $4
-
- 0xFE880C8: 3B000002 li r24,2
- 7: MOVL $0x2, t6
- 8: PUTL t6, R24
- 9: INCEIPL $4
-
- 0xFE880CC: 3B20FFFF li r25,-1
- 10: MOVL $0xFFFFFFFF, t8
- 11: PUTL t8, R25
- 12: INCEIPL $4
-
- 0xFE880D0: 923A0000 stw r17,0(r26)
- 13: GETL R17, t10
- 14: GETL R26, t12
- 15: STL t10, (t12)
- 16: INCEIPL $4
-
- 0xFE880D4: 3BBA0008 addi r29,r26,8
- 17: GETL R26, t14
- 18: ADDL $0x8, t14
- 19: PUTL t14, R29
- 20: INCEIPL $4
-
- 0xFE880D8: 934F0000 stw r26,0(r15)
- 21: GETL R26, t16
- 22: GETL R15, t18
- 23: STL t16, (t18)
- 24: INCEIPL $4
-
- 0xFE880DC: 3B7F0008 addi r27,r31,8
- 25: GETL R31, t20
- 26: ADDL $0x8, t20
- 27: PUTL t20, R27
- 28: INCEIPL $4
-
- 0xFE880E0: 2F1C0006 cmpi cr6,r28,6
- 29: GETL R28, t22
- 30: MOVL $0x6, t26
- 31: CMPL t22, t26, t24 (-rSo)
- 32: ICRFL t24, $0x6, CR
- 33: INCEIPL $4
-
- 0xFE880E4: 7F83E378 or r3,r28,r28
- 34: GETL R28, t28
- 35: PUTL t28, R3
- 36: INCEIPL $4
-
- 0xFE880E8: 3B9C0001 addi r28,r28,1
- 37: MOVL $0x1, t30
- 38: PUTL t30, R28
- 39: INCEIPL $4
-
- 0xFE880EC: 419A002C bc 12,26,0xFE88118
- 40: Js26o $0xFE88118
-
-
-
-. 2005 FE880C0 48
-. 82 2F 00 00 3B 80 00 00 3B 00 00 02 3B 20 FF FF 92 3A 00 00 3B BA 00 08 93 4F 00 00 3B 7F 00 08 2F 1C 00 06 7F 83 E3 78 3B 9C 00 01 41 9A 00 2C
-==== BB 2006 (0xFE880F0) approx BBs exec'd 0 ====
-
- 0xFE880F0: 809B0008 lwz r4,8(r27)
- 0: GETL R27, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFE880F4: 80BB000C lwz r5,12(r27)
- 5: GETL R27, t4
- 6: ADDL $0xC, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R5
- 9: INCEIPL $4
-
- 0xFE880F8: 4BFFF579 bl 0xFE87670
- 10: MOVL $0xFE880FC, t8
- 11: PUTL t8, LR
- 12: JMPo-c $0xFE87670 ($4)
-
-
-
-. 2006 FE880F0 12
-. 80 9B 00 08 80 BB 00 0C 4B FF F5 79
-==== BB 2007 _nl_intern_locale_data(0xFE87670) approx BBs exec'd 0 ====
-
- 0xFE87670: 2B850007 cmpli cr7,r5,7
- 0: GETL R5, t0
- 1: MOVL $0x7, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFE87674: 7C0802A6 mflr r0
- 5: GETL LR, t6
- 6: PUTL t6, R0
- 7: INCEIPL $4
-
- 0xFE87678: 9421FFE0 stwu r1,-32(r1)
- 8: GETL R1, t8
- 9: GETL R1, t10
- 10: ADDL $0xFFFFFFE0, t10
- 11: PUTL t10, R1
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0xFE8767C: 481207D5 bl 0xFFA7E50
- 14: MOVL $0xFE87680, t12
- 15: PUTL t12, LR
- 16: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 2007 FE87670 16
-. 2B 85 00 07 7C 08 02 A6 94 21 FF E0 48 12 07 D5
-==== BB 2008 (0xFE87680) approx BBs exec'd 0 ====
-
- 0xFE87680: 93810010 stw r28,16(r1)
- 0: GETL R28, t0
- 1: GETL R1, t2
- 2: ADDL $0x10, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFE87684: 7C7C1B78 or r28,r3,r3
- 5: GETL R3, t4
- 6: PUTL t4, R28
- 7: INCEIPL $4
-
- 0xFE87688: 93A10014 stw r29,20(r1)
- 8: GETL R29, t6
- 9: GETL R1, t8
- 10: ADDL $0x14, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFE8768C: 7C9D2378 or r29,r4,r4
- 13: GETL R4, t10
- 14: PUTL t10, R29
- 15: INCEIPL $4
-
- 0xFE87690: 93C10018 stw r30,24(r1)
- 16: GETL R30, t12
- 17: GETL R1, t14
- 18: ADDL $0x18, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0xFE87694: 7FC802A6 mflr r30
- 21: GETL LR, t16
- 22: PUTL t16, R30
- 23: INCEIPL $4
-
- 0xFE87698: 93E1001C stw r31,28(r1)
- 24: GETL R31, t18
- 25: GETL R1, t20
- 26: ADDL $0x1C, t20
- 27: STL t18, (t20)
- 28: INCEIPL $4
-
- 0xFE8769C: 7CBF2B78 or r31,r5,r5
- 29: GETL R5, t22
- 30: PUTL t22, R31
- 31: INCEIPL $4
-
- 0xFE876A0: 9361000C stw r27,12(r1)
- 32: GETL R27, t24
- 33: GETL R1, t26
- 34: ADDL $0xC, t26
- 35: STL t24, (t26)
- 36: INCEIPL $4
-
- 0xFE876A4: 90010024 stw r0,36(r1)
- 37: GETL R0, t28
- 38: GETL R1, t30
- 39: ADDL $0x24, t30
- 40: STL t28, (t30)
- 41: INCEIPL $4
-
- 0xFE876A8: 409D0188 bc 4,29,0xFE87830
- 42: Jc29o $0xFE87830
-
-
-
-. 2008 FE87680 44
-. 93 81 00 10 7C 7C 1B 78 93 A1 00 14 7C 9D 23 78 93 C1 00 18 7F C8 02 A6 93 E1 00 1C 7C BF 2B 78 93 61 00 0C 90 01 00 24 40 9D 01 88
-==== BB 2009 (0xFE876AC) approx BBs exec'd 0 ====
-
- 0xFE876AC: 6C642003 xoris r4,r3,0x2003
- 0: GETL R3, t0
- 1: XORL $0x20030000, t0
- 2: PUTL t0, R4
- 3: INCEIPL $4
-
- 0xFE876B0: 813D0000 lwz r9,0(r29)
- 4: GETL R29, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R9
- 7: INCEIPL $4
-
- 0xFE876B4: 68831115 xori r3,r4,0x1115
- 8: GETL R4, t6
- 9: XORL $0x1115, t6
- 10: PUTL t6, R3
- 11: INCEIPL $4
-
- 0xFE876B8: 7C091800 cmp cr0,r9,r3
- 12: GETL R9, t8
- 13: GETL R3, t10
- 14: CMPL t8, t10, t12 (-rSo)
- 15: ICRFL t12, $0x0, CR
- 16: INCEIPL $4
-
- 0xFE876BC: 40820174 bc 4,2,0xFE87830
- 17: Jc02o $0xFE87830
-
-
-
-. 2009 FE876AC 20
-. 6C 64 20 03 81 3D 00 00 68 83 11 15 7C 09 18 00 40 82 01 74
-==== BB 2010 (0xFE876C0) approx BBs exec'd 0 ====
-
- 0xFE876C0: 80DE0114 lwz r6,276(r30)
- 0: GETL R30, t0
- 1: ADDL $0x114, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0xFE876C4: 579B103A rlwinm r27,r28,2,0,29
- 5: GETL R28, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R27
- 8: INCEIPL $4
-
- 0xFE876C8: 807D0004 lwz r3,4(r29)
- 9: GETL R29, t6
- 10: ADDL $0x4, t6
- 11: LDL (t6), t8
- 12: PUTL t8, R3
- 13: INCEIPL $4
-
- 0xFE876CC: 7CBB302E lwzx r5,r27,r6
- 14: GETL R6, t10
- 15: GETL R27, t12
- 16: ADDL t12, t10
- 17: LDL (t10), t14
- 18: PUTL t14, R5
- 19: INCEIPL $4
-
- 0xFE876D0: 7C832840 cmpl cr1,r3,r5
- 20: GETL R3, t16
- 21: GETL R5, t18
- 22: CMPUL t16, t18, t20 (-rSo)
- 23: ICRFL t20, $0x1, CR
- 24: INCEIPL $4
-
- 0xFE876D4: 4184015C bc 12,4,0xFE87830
- 25: Js04o $0xFE87830
-
-
-
-. 2010 FE876C0 24
-. 80 DE 01 14 57 9B 10 3A 80 7D 00 04 7C BB 30 2E 7C 83 28 40 41 84 01 5C
-==== BB 2011 (0xFE876D8) approx BBs exec'd 0 ====
-
- 0xFE876D8: 5463103A rlwinm r3,r3,2,0,29
- 0: GETL R3, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0xFE876DC: 38E30008 addi r7,r3,8
- 4: GETL R3, t2
- 5: ADDL $0x8, t2
- 6: PUTL t2, R7
- 7: INCEIPL $4
-
- 0xFE876E0: 7F07F840 cmpl cr6,r7,r31
- 8: GETL R7, t4
- 9: GETL R31, t6
- 10: CMPUL t4, t6, t8 (-rSo)
- 11: ICRFL t8, $0x6, CR
- 12: INCEIPL $4
-
- 0xFE876E4: 4098014C bc 4,24,0xFE87830
- 13: Jc24o $0xFE87830
-
-
-
-. 2011 FE876D8 16
-. 54 63 10 3A 38 E3 00 08 7F 07 F8 40 40 98 01 4C
-==== BB 2012 (0xFE876E8) approx BBs exec'd 0 ====
-
- 0xFE876E8: 38630024 addi r3,r3,36
- 0: GETL R3, t0
- 1: ADDL $0x24, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0xFE876EC: 48122C1D bl 0xFFAA308
- 4: MOVL $0xFE876F0, t2
- 5: PUTL t2, LR
- 6: JMPo-c $0xFFAA308 ($4)
-
-
-
-. 2012 FE876E8 8
-. 38 63 00 24 48 12 2C 1D
-==== BB 2013 (0xFE876F0) approx BBs exec'd 0 ====
-
- 0xFE876F0: 39600000 li r11,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0xFE876F4: 2F830000 cmpi cr7,r3,0
- 3: GETL R3, t2
- 4: CMP0L t2, t4 (-rSo)
- 5: ICRFL t4, $0x7, CR
- 6: INCEIPL $4
-
- 0xFE876F8: 419E0110 bc 12,30,0xFE87808
- 7: Js30o $0xFE87808
-
-
-
-. 2013 FE876F0 12
-. 39 60 00 00 2F 83 00 00 41 9E 01 10
-==== BB 2014 (0xFE876FC) approx BBs exec'd 0 ====
-
- 0xFE876FC: 38000000 li r0,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFE87700: 7FE5FB78 or r5,r31,r31
- 3: GETL R31, t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0xFE87704: 9003001C stw r0,28(r3)
- 6: GETL R0, t4
- 7: GETL R3, t6
- 8: ADDL $0x1C, t6
- 9: STL t4, (t6)
- 10: INCEIPL $4
-
- 0xFE87708: 38E00000 li r7,0
- 11: MOVL $0x0, t8
- 12: PUTL t8, R7
- 13: INCEIPL $4
-
- 0xFE8770C: 90030014 stw r0,20(r3)
- 14: GETL R0, t10
- 15: GETL R3, t12
- 16: ADDL $0x14, t12
- 17: STL t10, (t12)
- 18: INCEIPL $4
-
- 0xFE87710: 90030018 stw r0,24(r3)
- 19: GETL R0, t14
- 20: GETL R3, t16
- 21: ADDL $0x18, t16
- 22: STL t14, (t16)
- 23: INCEIPL $4
-
- 0xFE87714: 819D0004 lwz r12,4(r29)
- 24: GETL R29, t18
- 25: ADDL $0x4, t18
- 26: LDL (t18), t20
- 27: PUTL t20, R12
- 28: INCEIPL $4
-
- 0xFE87718: 93A30004 stw r29,4(r3)
- 29: GETL R29, t22
- 30: GETL R3, t24
- 31: ADDL $0x4, t24
- 32: STL t22, (t24)
- 33: INCEIPL $4
-
- 0xFE8771C: 280C0000 cmpli cr0,r12,0
- 34: GETL R12, t26
- 35: MOVL $0x0, t30
- 36: CMPUL t26, t30, t28 (-rSo)
- 37: ICRFL t28, $0x0, CR
- 38: INCEIPL $4
-
- 0xFE87720: 93E30008 stw r31,8(r3)
- 39: GETL R31, t32
- 40: GETL R3, t34
- 41: ADDL $0x8, t34
- 42: STL t32, (t34)
- 43: INCEIPL $4
-
- 0xFE87724: 90030010 stw r0,16(r3)
- 44: GETL R0, t36
- 45: GETL R3, t38
- 46: ADDL $0x10, t38
- 47: STL t36, (t38)
- 48: INCEIPL $4
-
- 0xFE87728: 91830020 stw r12,32(r3)
- 49: GETL R12, t40
- 50: GETL R3, t42
- 51: ADDL $0x20, t42
- 52: STL t40, (t42)
- 53: INCEIPL $4
-
- 0xFE8772C: 408100D8 bc 4,1,0xFE87804
- 54: Jc01o $0xFE87804
-
-
-
-. 2014 FE876FC 52
-. 38 00 00 00 7F E5 FB 78 90 03 00 1C 38 E0 00 00 90 03 00 14 90 03 00 18 81 9D 00 04 93 A3 00 04 28 0C 00 00 93 E3 00 08 90 03 00 10 91 83 00 20 40 81 00 D8
-==== BB 2015 (0xFE87730) approx BBs exec'd 0 ====
-
- 0xFE87730: 201C0000 subfic r0,r28,0
- 0: GETL R28, t0
- 1: MOVL $0x0, t2
- 2: SBBL t0, t2 (-wCa)
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFE87734: 7CC0E114 adde r6,r0,r28
- 5: GETL R0, t4
- 6: GETL R28, t6
- 7: ADCL t4, t6 (-rCa-wCa)
- 8: PUTL t6, R6
- 9: INCEIPL $4
-
- 0xFE87738: 839E1C4C lwz r28,7244(r30)
- 10: GETL R30, t8
- 11: ADDL $0x1C4C, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R28
- 14: INCEIPL $4
-
- 0xFE8773C: 7FFC1214 add r31,r28,r2
- 15: GETL R28, t12
- 16: GETL R2, t14
- 17: ADDL t12, t14
- 18: PUTL t14, R31
- 19: INCEIPL $4
-
- 0xFE87740: 809E0118 lwz r4,280(r30)
- 20: GETL R30, t16
- 21: ADDL $0x118, t16
- 22: LDL (t16), t18
- 23: PUTL t18, R4
- 24: INCEIPL $4
-
- 0xFE87744: 39030024 addi r8,r3,36
- 25: GETL R3, t20
- 26: ADDL $0x24, t20
- 27: PUTL t20, R8
- 28: INCEIPL $4
-
- 0xFE87748: 54EA103A rlwinm r10,r7,2,0,29
- 29: GETL R7, t22
- 30: SHLL $0x2, t22
- 31: PUTL t22, R10
- 32: INCEIPL $4
-
- 0xFE8774C: 7D2AEA14 add r9,r10,r29
- 33: GETL R10, t24
- 34: GETL R29, t26
- 35: ADDL t24, t26
- 36: PUTL t26, R9
- 37: INCEIPL $4
-
- 0xFE87750: 21870046 subfic r12,r7,70
- 38: GETL R7, t28
- 39: MOVL $0x46, t30
- 40: SBBL t28, t30 (-wCa)
- 41: PUTL t30, R12
- 42: INCEIPL $4
-
- 0xFE87754: 7D8C6110 subfe r12,r12,r12
- 43: GETL R12, t32
- 44: GETL R12, t34
- 45: SBBL t32, t34 (-rCa-wCa)
- 46: PUTL t34, R12
- 47: INCEIPL $4
-
- 0xFE87758: 7D8C00D0 neg r12,r12
- 48: GETL R12, t36
- 49: NEGL t36
- 50: PUTL t36, R12
- 51: INCEIPL $4
-
- 0xFE8775C: 81690008 lwz r11,8(r9)
- 52: GETL R9, t38
- 53: ADDL $0x8, t38
- 54: LDL (t38), t40
- 55: PUTL t40, R11
- 56: INCEIPL $4
-
- 0xFE87760: 7CC96039 and. r9,r6,r12
- 57: GETL R6, t42
- 58: GETL R12, t44
- 59: ANDL t42, t44
- 60: PUTL t44, R9
- 61: CMP0L t44, t46 (-rSo)
- 62: ICRFL t46, $0x0, CR
- 63: INCEIPL $4
-
- 0xFE87764: 7C855840 cmpl cr1,r5,r11
- 64: GETL R5, t48
- 65: GETL R11, t50
- 66: CMPUL t48, t50, t52 (-rSo)
- 67: ICRFL t52, $0x1, CR
- 68: INCEIPL $4
-
- 0xFE87768: 41840064 bc 12,4,0xFE877CC
- 69: Js04o $0xFE877CC
-
-
-
-. 2015 FE87730 60
-. 20 1C 00 00 7C C0 E1 14 83 9E 1C 4C 7F FC 12 14 80 9E 01 18 39 03 00 24 54 EA 10 3A 7D 2A EA 14 21 87 00 46 7D 8C 61 10 7D 8C 00 D0 81 69 00 08 7C C9 60 39 7C 85 58 40 41 84 00 64
-==== BB 2016 (0xFE8776C) approx BBs exec'd 0 ====
-
- 0xFE8776C: 40820018 bc 4,2,0xFE87784
- 0: Jc02o $0xFE87784
-
-
-
-. 2016 FE8776C 4
-. 40 82 00 18
-==== BB 2017 (0xFE87770) approx BBs exec'd 0 ====
-
- 0xFE87770: 7F9B202E lwzx r28,r27,r4
- 0: GETL R4, t0
- 1: GETL R27, t2
- 2: ADDL t2, t0
- 3: LDL (t0), t4
- 4: PUTL t4, R28
- 5: INCEIPL $4
-
- 0xFE87774: 71600003 andi. r0,r11,0x3
- 6: GETL R11, t6
- 7: ANDL $0x3, t6
- 8: PUTL t6, R0
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x0, CR
- 11: INCEIPL $4
-
- 0xFE87778: 7CAAE02E lwzx r5,r10,r28
- 12: GETL R28, t10
- 13: GETL R10, t12
- 14: ADDL t12, t10
- 15: LDL (t10), t14
- 16: PUTL t14, R5
- 17: INCEIPL $4
-
- 0xFE8777C: 2F050005 cmpi cr6,r5,5
- 18: GETL R5, t16
- 19: MOVL $0x5, t20
- 20: CMPL t16, t20, t18 (-rSo)
- 21: ICRFL t18, $0x6, CR
- 22: INCEIPL $4
-
- 0xFE87780: 419A00EC bc 12,26,0xFE8786C
- 23: Js26o $0xFE8786C
-
-
-
-. 2017 FE87770 20
-. 7F 9B 20 2E 71 60 00 03 7C AA E0 2E 2F 05 00 05 41 9A 00 EC
-==== BB 2018 (0xFE87784) approx BBs exec'd 0 ====
-
- 0xFE87784: 81430004 lwz r10,4(r3)
- 0: GETL R3, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0xFE87788: 7C0A5A14 add r0,r10,r11
- 5: GETL R10, t4
- 6: GETL R11, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R0
- 9: INCEIPL $4
-
- 0xFE8778C: 90080000 stw r0,0(r8)
- 10: GETL R0, t8
- 11: GETL R8, t10
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0xFE87790: 38E70001 addi r7,r7,1
- 14: GETL R7, t12
- 15: ADDL $0x1, t12
- 16: PUTL t12, R7
- 17: INCEIPL $4
-
- 0xFE87794: 81630020 lwz r11,32(r3)
- 18: GETL R3, t14
- 19: ADDL $0x20, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R11
- 22: INCEIPL $4
-
- 0xFE87798: 39080004 addi r8,r8,4
- 23: GETL R8, t18
- 24: ADDL $0x4, t18
- 25: PUTL t18, R8
- 26: INCEIPL $4
-
- 0xFE8779C: 7F8B3840 cmpl cr7,r11,r7
- 27: GETL R11, t20
- 28: GETL R7, t22
- 29: CMPUL t20, t22, t24 (-rSo)
- 30: ICRFL t24, $0x7, CR
- 31: INCEIPL $4
-
- 0xFE877A0: 409D0064 bc 4,29,0xFE87804
- 32: Jc29o $0xFE87804
-
-
-
-. 2018 FE87784 32
-. 81 43 00 04 7C 0A 5A 14 90 08 00 00 38 E7 00 01 81 63 00 20 39 08 00 04 7F 8B 38 40 40 9D 00 64
-==== BB 2019 (0xFE877A4) approx BBs exec'd 0 ====
-
- 0xFE877A4: 54EA103A rlwinm r10,r7,2,0,29
- 0: GETL R7, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R10
- 3: INCEIPL $4
-
- 0xFE877A8: 80A30008 lwz r5,8(r3)
- 4: GETL R3, t2
- 5: ADDL $0x8, t2
- 6: LDL (t2), t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0xFE877AC: 7D2AEA14 add r9,r10,r29
- 9: GETL R10, t6
- 10: GETL R29, t8
- 11: ADDL t6, t8
- 12: PUTL t8, R9
- 13: INCEIPL $4
-
- 0xFE877B0: 21870046 subfic r12,r7,70
- 14: GETL R7, t10
- 15: MOVL $0x46, t12
- 16: SBBL t10, t12 (-wCa)
- 17: PUTL t12, R12
- 18: INCEIPL $4
-
- 0xFE877B4: 7D8C6110 subfe r12,r12,r12
- 19: GETL R12, t14
- 20: GETL R12, t16
- 21: SBBL t14, t16 (-rCa-wCa)
- 22: PUTL t16, R12
- 23: INCEIPL $4
-
- 0xFE877B8: 7D8C00D0 neg r12,r12
- 24: GETL R12, t18
- 25: NEGL t18
- 26: PUTL t18, R12
- 27: INCEIPL $4
-
- 0xFE877BC: 81690008 lwz r11,8(r9)
- 28: GETL R9, t20
- 29: ADDL $0x8, t20
- 30: LDL (t20), t22
- 31: PUTL t22, R11
- 32: INCEIPL $4
-
- 0xFE877C0: 7CC96039 and. r9,r6,r12
- 33: GETL R6, t24
- 34: GETL R12, t26
- 35: ANDL t24, t26
- 36: PUTL t26, R9
- 37: CMP0L t26, t28 (-rSo)
- 38: ICRFL t28, $0x0, CR
- 39: INCEIPL $4
-
- 0xFE877C4: 7C855840 cmpl cr1,r5,r11
- 40: GETL R5, t30
- 41: GETL R11, t32
- 42: CMPUL t30, t32, t34 (-rSo)
- 43: ICRFL t34, $0x1, CR
- 44: INCEIPL $4
-
- 0xFE877C8: 4084FFA4 bc 4,4,0xFE8776C
- 45: Jc04o $0xFE8776C
-
-
-
-. 2019 FE877A4 40
-. 54 EA 10 3A 80 A3 00 08 7D 2A EA 14 21 87 00 46 7D 8C 61 10 7D 8C 00 D0 81 69 00 08 7C C9 60 39 7C 85 58 40 40 84 FF A4
-==== BB 2020 (0xFE8786C) approx BBs exec'd 0 ====
-
- 0xFE8786C: 40A2FF60 bc 5,2,0xFE877CC
- 0: Jc02o $0xFE877CC
-
-
-
-. 2020 FE8786C 4
-. 40 A2 FF 60
-==== BB 2021 (0xFE87870) approx BBs exec'd 0 ====
-
- 0xFE87870: 81830004 lwz r12,4(r3)
- 0: GETL R3, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R12
- 4: INCEIPL $4
-
- 0xFE87874: 7C0C582E lwzx r0,r12,r11
- 5: GETL R11, t4
- 6: GETL R12, t6
- 7: ADDL t6, t4
- 8: LDL (t4), t8
- 9: PUTL t8, R0
- 10: INCEIPL $4
-
- 0xFE87878: 4BFFFF14 b 0xFE8778C
- 11: JMPo $0xFE8778C ($4)
-
-
-
-. 2021 FE87870 12
-. 81 83 00 04 7C 0C 58 2E 4B FF FF 14
-==== BB 2022 (0xFE8778C) approx BBs exec'd 0 ====
-
- 0xFE8778C: 90080000 stw r0,0(r8)
- 0: GETL R0, t0
- 1: GETL R8, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0xFE87790: 38E70001 addi r7,r7,1
- 4: GETL R7, t4
- 5: ADDL $0x1, t4
- 6: PUTL t4, R7
- 7: INCEIPL $4
-
- 0xFE87794: 81630020 lwz r11,32(r3)
- 8: GETL R3, t6
- 9: ADDL $0x20, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R11
- 12: INCEIPL $4
-
- 0xFE87798: 39080004 addi r8,r8,4
- 13: GETL R8, t10
- 14: ADDL $0x4, t10
- 15: PUTL t10, R8
- 16: INCEIPL $4
-
- 0xFE8779C: 7F8B3840 cmpl cr7,r11,r7
- 17: GETL R11, t12
- 18: GETL R7, t14
- 19: CMPUL t12, t14, t16 (-rSo)
- 20: ICRFL t16, $0x7, CR
- 21: INCEIPL $4
-
- 0xFE877A0: 409D0064 bc 4,29,0xFE87804
- 22: Jc29o $0xFE87804
-
-
-
-. 2022 FE8778C 24
-. 90 08 00 00 38 E7 00 01 81 63 00 20 39 08 00 04 7F 8B 38 40 40 9D 00 64
-==== BB 2023 (0xFE87804) approx BBs exec'd 0 ====
-
- 0xFE87804: 7C6B1B78 or r11,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0xFE87808: 83A10024 lwz r29,36(r1)
- 3: GETL R1, t2
- 4: ADDL $0x24, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R29
- 7: INCEIPL $4
-
- 0xFE8780C: 7D635B78 or r3,r11,r11
- 8: GETL R11, t6
- 9: PUTL t6, R3
- 10: INCEIPL $4
-
- 0xFE87810: 8361000C lwz r27,12(r1)
- 11: GETL R1, t8
- 12: ADDL $0xC, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R27
- 15: INCEIPL $4
-
- 0xFE87814: 7FA803A6 mtlr r29
- 16: GETL R29, t12
- 17: PUTL t12, LR
- 18: INCEIPL $4
-
- 0xFE87818: 83810010 lwz r28,16(r1)
- 19: GETL R1, t14
- 20: ADDL $0x10, t14
- 21: LDL (t14), t16
- 22: PUTL t16, R28
- 23: INCEIPL $4
-
- 0xFE8781C: 83A10014 lwz r29,20(r1)
- 24: GETL R1, t18
- 25: ADDL $0x14, t18
- 26: LDL (t18), t20
- 27: PUTL t20, R29
- 28: INCEIPL $4
-
- 0xFE87820: 83C10018 lwz r30,24(r1)
- 29: GETL R1, t22
- 30: ADDL $0x18, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R30
- 33: INCEIPL $4
-
- 0xFE87824: 83E1001C lwz r31,28(r1)
- 34: GETL R1, t26
- 35: ADDL $0x1C, t26
- 36: LDL (t26), t28
- 37: PUTL t28, R31
- 38: INCEIPL $4
-
- 0xFE87828: 38210020 addi r1,r1,32
- 39: GETL R1, t30
- 40: ADDL $0x20, t30
- 41: PUTL t30, R1
- 42: INCEIPL $4
-
- 0xFE8782C: 4E800020 blr
- 43: GETL LR, t32
- 44: JMPo-r t32 ($4)
-
-
-
-. 2023 FE87804 44
-. 7C 6B 1B 78 83 A1 00 24 7D 63 5B 78 83 61 00 0C 7F A8 03 A6 83 81 00 10 83 A1 00 14 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 2024 (0xFE880FC) approx BBs exec'd 0 ====
-
- 0xFE880FC: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xFE88100: 907D0000 stw r3,0(r29)
- 4: GETL R3, t4
- 5: GETL R29, t6
- 6: STL t4, (t6)
- 7: INCEIPL $4
-
- 0xFE88104: 419E0014 bc 12,30,0xFE88118
- 8: Js30o $0xFE88118
-
-
-
-. 2024 FE880FC 12
-. 2F 83 00 00 90 7D 00 00 41 9E 00 14
-==== BB 2025 (0xFE88108) approx BBs exec'd 0 ====
-
- 0xFE88108: 81FA0004 lwz r15,4(r26)
- 0: GETL R26, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R15
- 4: INCEIPL $4
-
- 0xFE8810C: 93230018 stw r25,24(r3)
- 5: GETL R25, t4
- 6: GETL R3, t6
- 7: ADDL $0x18, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFE88110: 91E30000 stw r15,0(r3)
- 10: GETL R15, t8
- 11: GETL R3, t10
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0xFE88114: 9303000C stw r24,12(r3)
- 14: GETL R24, t12
- 15: GETL R3, t14
- 16: ADDL $0xC, t14
- 17: STL t12, (t14)
- 18: INCEIPL $4
-
- 0xFE88118: 2E1C000C cmpi cr4,r28,12
- 19: GETL R28, t16
- 20: MOVL $0xC, t20
- 21: CMPL t16, t20, t18 (-rSo)
- 22: ICRFL t18, $0x4, CR
- 23: INCEIPL $4
-
- 0xFE8811C: 3B7B0008 addi r27,r27,8
- 24: GETL R27, t22
- 25: ADDL $0x8, t22
- 26: PUTL t22, R27
- 27: INCEIPL $4
-
- 0xFE88120: 3BBD0004 addi r29,r29,4
- 28: GETL R29, t24
- 29: ADDL $0x4, t24
- 30: PUTL t24, R29
- 31: INCEIPL $4
-
- 0xFE88124: 4091FFBC bc 4,17,0xFE880E0
- 32: Jc17o $0xFE880E0
-
-
-
-. 2025 FE88108 32
-. 81 FA 00 04 93 23 00 18 91 E3 00 00 93 03 00 0C 2E 1C 00 0C 3B 7B 00 08 3B BD 00 04 40 91 FF BC
-==== BB 2026 (0xFE880E0) approx BBs exec'd 0 ====
-
- 0xFE880E0: 2F1C0006 cmpi cr6,r28,6
- 0: GETL R28, t0
- 1: MOVL $0x6, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x6, CR
- 4: INCEIPL $4
-
- 0xFE880E4: 7F83E378 or r3,r28,r28
- 5: GETL R28, t6
- 6: PUTL t6, R3
- 7: INCEIPL $4
-
- 0xFE880E8: 3B9C0001 addi r28,r28,1
- 8: GETL R28, t8
- 9: ADDL $0x1, t8
- 10: PUTL t8, R28
- 11: INCEIPL $4
-
- 0xFE880EC: 419A002C bc 12,26,0xFE88118
- 12: Js26o $0xFE88118
-
-
-
-. 2026 FE880E0 16
-. 2F 1C 00 06 7F 83 E3 78 3B 9C 00 01 41 9A 00 2C
-==== BB 2027 (0xFE88118) approx BBs exec'd 0 ====
-
- 0xFE88118: 2E1C000C cmpi cr4,r28,12
- 0: GETL R28, t0
- 1: MOVL $0xC, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x4, CR
- 4: INCEIPL $4
-
- 0xFE8811C: 3B7B0008 addi r27,r27,8
- 5: GETL R27, t6
- 6: ADDL $0x8, t6
- 7: PUTL t6, R27
- 8: INCEIPL $4
-
- 0xFE88120: 3BBD0004 addi r29,r29,4
- 9: GETL R29, t8
- 10: ADDL $0x4, t8
- 11: PUTL t8, R29
- 12: INCEIPL $4
-
- 0xFE88124: 4091FFBC bc 4,17,0xFE880E0
- 13: Jc17o $0xFE880E0
-
-
-
-. 2027 FE88118 16
-. 2E 1C 00 0C 3B 7B 00 08 3B BD 00 04 40 91 FF BC
-==== BB 2028 (0xFE88128) approx BBs exec'd 0 ====
-
- 0xFE88128: 55D4103A rlwinm r20,r14,2,0,29
- 0: GETL R14, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R20
- 3: INCEIPL $4
-
- 0xFE8812C: 81DA0004 lwz r14,4(r26)
- 4: GETL R26, t2
- 5: ADDL $0x4, t2
- 6: LDL (t2), t4
- 7: PUTL t4, R14
- 8: INCEIPL $4
-
- 0xFE88130: 7E74D214 add r19,r20,r26
- 9: GETL R20, t6
- 10: GETL R26, t8
- 11: ADDL t6, t8
- 12: PUTL t8, R19
- 13: INCEIPL $4
-
- 0xFE88134: 81330008 lwz r9,8(r19)
- 14: GETL R19, t10
- 15: ADDL $0x8, t10
- 16: LDL (t10), t12
- 17: PUTL t12, R9
- 18: INCEIPL $4
-
- 0xFE88138: 91D20000 stw r14,0(r18)
- 19: GETL R14, t14
- 20: GETL R18, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0xFE8813C: 4BFFFCBC b 0xFE87DF8
- 23: JMPo $0xFE87DF8 ($4)
-
-
-
-. 2028 FE88128 24
-. 55 D4 10 3A 81 DA 00 04 7E 74 D2 14 81 33 00 08 91 D2 00 00 4B FF FC BC
-==== BB 2029 (0xFE87DF8) approx BBs exec'd 0 ====
-
- 0xFE87DF8: 81010000 lwz r8,0(r1)
- 0: GETL R1, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R8
- 3: INCEIPL $4
-
- 0xFE87DFC: 7D234B78 or r3,r9,r9
- 4: GETL R9, t4
- 5: PUTL t4, R3
- 6: INCEIPL $4
-
- 0xFE87E00: 82480004 lwz r18,4(r8)
- 7: GETL R8, t6
- 8: ADDL $0x4, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R18
- 11: INCEIPL $4
-
- 0xFE87E04: 8148FFB4 lwz r10,-76(r8)
- 12: GETL R8, t10
- 13: ADDL $0xFFFFFFB4, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R10
- 16: INCEIPL $4
-
- 0xFE87E08: 7E4803A6 mtlr r18
- 17: GETL R18, t14
- 18: PUTL t14, LR
- 19: INCEIPL $4
-
- 0xFE87E0C: 81C8FFB8 lwz r14,-72(r8)
- 20: GETL R8, t16
- 21: ADDL $0xFFFFFFB8, t16
- 22: LDL (t16), t18
- 23: PUTL t18, R14
- 24: INCEIPL $4
-
- 0xFE87E10: 81E8FFBC lwz r15,-68(r8)
- 25: GETL R8, t20
- 26: ADDL $0xFFFFFFBC, t20
- 27: LDL (t20), t22
- 28: PUTL t22, R15
- 29: INCEIPL $4
-
- 0xFE87E14: 7D408120 mtcrf 0x8,r10
- 30: GETL R10, t24
- 31: ICRFL t24, $0x4, CR
- 32: INCEIPL $4
-
- 0xFE87E18: 8208FFC0 lwz r16,-64(r8)
- 33: GETL R8, t26
- 34: ADDL $0xFFFFFFC0, t26
- 35: LDL (t26), t28
- 36: PUTL t28, R16
- 37: INCEIPL $4
-
- 0xFE87E1C: 8228FFC4 lwz r17,-60(r8)
- 38: GETL R8, t30
- 39: ADDL $0xFFFFFFC4, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R17
- 42: INCEIPL $4
-
- 0xFE87E20: 8248FFC8 lwz r18,-56(r8)
- 43: GETL R8, t34
- 44: ADDL $0xFFFFFFC8, t34
- 45: LDL (t34), t36
- 46: PUTL t36, R18
- 47: INCEIPL $4
-
- 0xFE87E24: 8268FFCC lwz r19,-52(r8)
- 48: GETL R8, t38
- 49: ADDL $0xFFFFFFCC, t38
- 50: LDL (t38), t40
- 51: PUTL t40, R19
- 52: INCEIPL $4
-
- 0xFE87E28: 8288FFD0 lwz r20,-48(r8)
- 53: GETL R8, t42
- 54: ADDL $0xFFFFFFD0, t42
- 55: LDL (t42), t44
- 56: PUTL t44, R20
- 57: INCEIPL $4
-
- 0xFE87E2C: 82A8FFD4 lwz r21,-44(r8)
- 58: GETL R8, t46
- 59: ADDL $0xFFFFFFD4, t46
- 60: LDL (t46), t48
- 61: PUTL t48, R21
- 62: INCEIPL $4
-
- 0xFE87E30: 82C8FFD8 lwz r22,-40(r8)
- 63: GETL R8, t50
- 64: ADDL $0xFFFFFFD8, t50
- 65: LDL (t50), t52
- 66: PUTL t52, R22
- 67: INCEIPL $4
-
- 0xFE87E34: 82E8FFDC lwz r23,-36(r8)
- 68: GETL R8, t54
- 69: ADDL $0xFFFFFFDC, t54
- 70: LDL (t54), t56
- 71: PUTL t56, R23
- 72: INCEIPL $4
-
- 0xFE87E38: 8308FFE0 lwz r24,-32(r8)
- 73: GETL R8, t58
- 74: ADDL $0xFFFFFFE0, t58
- 75: LDL (t58), t60
- 76: PUTL t60, R24
- 77: INCEIPL $4
-
- 0xFE87E3C: 8328FFE4 lwz r25,-28(r8)
- 78: GETL R8, t62
- 79: ADDL $0xFFFFFFE4, t62
- 80: LDL (t62), t64
- 81: PUTL t64, R25
- 82: INCEIPL $4
-
- 0xFE87E40: 8348FFE8 lwz r26,-24(r8)
- 83: GETL R8, t66
- 84: ADDL $0xFFFFFFE8, t66
- 85: LDL (t66), t68
- 86: PUTL t68, R26
- 87: INCEIPL $4
-
- 0xFE87E44: 8368FFEC lwz r27,-20(r8)
- 88: GETL R8, t70
- 89: ADDL $0xFFFFFFEC, t70
- 90: LDL (t70), t72
- 91: PUTL t72, R27
- 92: INCEIPL $4
-
- 0xFE87E48: 8388FFF0 lwz r28,-16(r8)
- 93: GETL R8, t74
- 94: ADDL $0xFFFFFFF0, t74
- 95: LDL (t74), t76
- 96: PUTL t76, R28
- 97: INCEIPL $4
-
- 0xFE87E4C: 83A8FFF4 lwz r29,-12(r8)
- 98: GETL R8, t78
- 99: ADDL $0xFFFFFFF4, t78
- 100: LDL (t78), t80
- 101: PUTL t80, R29
- 102: INCEIPL $4
-
- 0xFE87E50: 83C8FFF8 lwz r30,-8(r8)
- 103: GETL R8, t82
- 104: ADDL $0xFFFFFFF8, t82
- 105: LDL (t82), t84
- 106: PUTL t84, R30
- 107: INCEIPL $4
-
- 0xFE87E54: 83E8FFFC lwz r31,-4(r8)
- 108: GETL R8, t86
- 109: ADDL $0xFFFFFFFC, t86
- 110: LDL (t86), t88
- 111: PUTL t88, R31
- 112: INCEIPL $4
-
- 0xFE87E58: 7D014378 or r1,r8,r8
- 113: GETL R8, t90
- 114: PUTL t90, R1
- 115: INCEIPL $4
-
- 0xFE87E5C: 4E800020 blr
- 116: GETL LR, t92
- 117: JMPo-r t92 ($4)
-
-
-
-. 2029 FE87DF8 104
-. 81 01 00 00 7D 23 4B 78 82 48 00 04 81 48 FF B4 7E 48 03 A6 81 C8 FF B8 81 E8 FF BC 7D 40 81 20 82 08 FF C0 82 28 FF C4 82 48 FF C8 82 68 FF CC 82 88 FF D0 82 A8 FF D4 82 C8 FF D8 82 E8 FF DC 83 08 FF E0 83 28 FF E4 83 48 FF E8 83 68 FF EC 83 88 FF F0 83 A8 FF F4 83 C8 FF F8 83 E8 FF FC 7D 01 43 78 4E 80 00 20
-==== BB 2030 (0xFE86FAC) approx BBs exec'd 0 ====
-
- 0xFE86FAC: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xFE86FB0: 419E0120 bc 12,30,0xFE870D0
- 4: Js30o $0xFE870D0
-
-
-
-. 2030 FE86FAC 8
-. 2F 83 00 00 41 9E 01 20
-==== BB 2031 (0xFE86FB4) approx BBs exec'd 0 ====
-
- 0xFE86FB4: 80E10000 lwz r7,0(r1)
- 0: GETL R1, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R7
- 3: INCEIPL $4
-
- 0xFE86FB8: 83A70004 lwz r29,4(r7)
- 4: GETL R7, t4
- 5: ADDL $0x4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R29
- 8: INCEIPL $4
-
- 0xFE86FBC: 82C7FFD8 lwz r22,-40(r7)
- 9: GETL R7, t8
- 10: ADDL $0xFFFFFFD8, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R22
- 13: INCEIPL $4
-
- 0xFE86FC0: 7FA803A6 mtlr r29
- 14: GETL R29, t12
- 15: PUTL t12, LR
- 16: INCEIPL $4
-
- 0xFE86FC4: 82E7FFDC lwz r23,-36(r7)
- 17: GETL R7, t14
- 18: ADDL $0xFFFFFFDC, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R23
- 21: INCEIPL $4
-
- 0xFE86FC8: 8307FFE0 lwz r24,-32(r7)
- 22: GETL R7, t18
- 23: ADDL $0xFFFFFFE0, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R24
- 26: INCEIPL $4
-
- 0xFE86FCC: 8327FFE4 lwz r25,-28(r7)
- 27: GETL R7, t22
- 28: ADDL $0xFFFFFFE4, t22
- 29: LDL (t22), t24
- 30: PUTL t24, R25
- 31: INCEIPL $4
-
- 0xFE86FD0: 8347FFE8 lwz r26,-24(r7)
- 32: GETL R7, t26
- 33: ADDL $0xFFFFFFE8, t26
- 34: LDL (t26), t28
- 35: PUTL t28, R26
- 36: INCEIPL $4
-
- 0xFE86FD4: 8367FFEC lwz r27,-20(r7)
- 37: GETL R7, t30
- 38: ADDL $0xFFFFFFEC, t30
- 39: LDL (t30), t32
- 40: PUTL t32, R27
- 41: INCEIPL $4
-
- 0xFE86FD8: 8387FFF0 lwz r28,-16(r7)
- 42: GETL R7, t34
- 43: ADDL $0xFFFFFFF0, t34
- 44: LDL (t34), t36
- 45: PUTL t36, R28
- 46: INCEIPL $4
-
- 0xFE86FDC: 83A7FFF4 lwz r29,-12(r7)
- 47: GETL R7, t38
- 48: ADDL $0xFFFFFFF4, t38
- 49: LDL (t38), t40
- 50: PUTL t40, R29
- 51: INCEIPL $4
-
- 0xFE86FE0: 83C7FFF8 lwz r30,-8(r7)
- 52: GETL R7, t42
- 53: ADDL $0xFFFFFFF8, t42
- 54: LDL (t42), t44
- 55: PUTL t44, R30
- 56: INCEIPL $4
-
- 0xFE86FE4: 83E7FFFC lwz r31,-4(r7)
- 57: GETL R7, t46
- 58: ADDL $0xFFFFFFFC, t46
- 59: LDL (t46), t48
- 60: PUTL t48, R31
- 61: INCEIPL $4
-
- 0xFE86FE8: 7CE13B78 or r1,r7,r7
- 62: GETL R7, t50
- 63: PUTL t50, R1
- 64: INCEIPL $4
-
- 0xFE86FEC: 4E800020 blr
- 65: GETL LR, t52
- 66: JMPo-r t52 ($4)
-
-
-
-. 2031 FE86FB4 60
-. 80 E1 00 00 83 A7 00 04 82 C7 FF D8 7F A8 03 A6 82 E7 FF DC 83 07 FF E0 83 27 FF E4 83 47 FF E8 83 67 FF EC 83 87 FF F0 83 A7 FF F4 83 C7 FF F8 83 E7 FF FC 7C E1 3B 78 4E 80 00 20
-==== BB 2032 (0xFE86BB4) approx BBs exec'd 0 ====
-
- 0xFE86BB4: 7C9DC214 add r4,r29,r24
- 0: GETL R29, t0
- 1: GETL R24, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFE86BB8: 2F830000 cmpi cr7,r3,0
- 5: GETL R3, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0xFE86BBC: 907B0048 stw r3,72(r27)
- 9: GETL R3, t8
- 10: GETL R27, t10
- 11: ADDL $0x48, t10
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0xFE86BC0: 419E0050 bc 12,30,0xFE86C10
- 14: Js30o $0xFE86C10
-
-
-
-. 2032 FE86BB4 16
-. 7C 9D C2 14 2F 83 00 00 90 7B 00 48 41 9E 00 50
-==== BB 2033 (0xFE86BC4) approx BBs exec'd 0 ====
-
- 0xFE86BC4: 81230018 lwz r9,24(r3)
- 0: GETL R3, t0
- 1: ADDL $0x18, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFE86BC8: 2C89FFFF cmpi cr1,r9,-1
- 5: GETL R9, t4
- 6: MOVL $0xFFFFFFFF, t8
- 7: CMPL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x1, CR
- 9: INCEIPL $4
-
- 0xFE86BCC: 4186000C bc 12,6,0xFE86BD8
- 10: Js06o $0xFE86BD8
-
-
-
-. 2033 FE86BC4 12
-. 81 23 00 18 2C 89 FF FF 41 86 00 0C
-==== BB 2034 (0xFE86BD8) approx BBs exec'd 0 ====
-
- 0xFE86BD8: 83BB0008 lwz r29,8(r27)
- 0: GETL R27, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0xFE86BDC: 7F1DA800 cmp cr6,r29,r21
- 5: GETL R29, t4
- 6: GETL R21, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x6, CR
- 9: INCEIPL $4
-
- 0xFE86BE0: 7FA3EB78 or r3,r29,r29
- 10: GETL R29, t10
- 11: PUTL t10, R3
- 12: INCEIPL $4
-
- 0xFE86BE4: 41BAFF9C bc 13,26,0xFE86B80
- 13: Js26o $0xFE86B80
-
-
-
-. 2034 FE86BD8 16
-. 83 BB 00 08 7F 1D A8 00 7F A3 EB 78 41 BA FF 9C
-==== BB 2035 (0xFE86BE8) approx BBs exec'd 0 ====
-
- 0xFE86BE8: 83440040 lwz r26,64(r4)
- 0: GETL R4, t0
- 1: ADDL $0x40, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0xFE86BEC: 7F44D378 or r4,r26,r26
- 5: GETL R26, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0xFE86BF0: 4804F7C1 bl 0xFED63B0
- 8: MOVL $0xFE86BF4, t6
- 9: PUTL t6, LR
- 10: JMPo-c $0xFED63B0 ($4)
-
-
-
-. 2035 FE86BE8 12
-. 83 44 00 40 7F 44 D3 78 48 04 F7 C1
-==== BB 2036 (0xFED6430) approx BBs exec'd 0 ====
-
- 0xFED6430: 80A3FFFC lwz r5,-4(r3)
- 0: GETL R3, t0
- 1: ADDL $0xFFFFFFFC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0xFED6434: 7CAA3279 xor. r10,r5,r6
- 5: GETL R5, t4
- 6: GETL R6, t6
- 7: XORL t4, t6
- 8: PUTL t6, R10
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x0, CR
- 11: INCEIPL $4
-
- 0xFED6438: 7C662850 subf r3,r6,r5
- 12: GETL R6, t10
- 13: GETL R5, t12
- 14: SUBL t10, t12
- 15: PUTL t12, R3
- 16: INCEIPL $4
-
- 0xFED643C: 4CA00020 bclr 5,0
- 17: GETL LR, t14
- 18: Jc00o-r t14
-
-
-
-. 2036 FED6430 16
-. 80 A3 FF FC 7C AA 32 79 7C 66 28 50 4C A0 00 20
-==== BB 2037 (0xFE86BF4) approx BBs exec'd 0 ====
-
- 0xFE86BF4: 2C030000 cmpi cr0,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0xFE86BF8: 7FA3EB78 or r3,r29,r29
- 4: GETL R29, t4
- 5: PUTL t4, R3
- 6: INCEIPL $4
-
- 0xFE86BFC: 4182FF80 bc 12,2,0xFE86B7C
- 7: Js02o $0xFE86B7C
-
-
-
-. 2037 FE86BF4 12
-. 2C 03 00 00 7F A3 EB 78 41 82 FF 80
-==== BB 2038 (0xFE86C00) approx BBs exec'd 0 ====
-
- 0xFE86C00: 4804FB9D bl 0xFED679C
- 0: MOVL $0xFE86C04, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0xFED679C ($4)
-
-
-
-. 2038 FE86C00 4
-. 48 04 FB 9D
-==== BB 2039 (0xFE86C04) approx BBs exec'd 0 ====
-
- 0xFE86C04: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xFE86C08: 907B0008 stw r3,8(r27)
- 4: GETL R3, t4
- 5: GETL R27, t6
- 6: ADDL $0x8, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0xFE86C0C: 409EFF74 bc 4,30,0xFE86B80
- 9: Jc30o $0xFE86B80
-
-
-
-. 2039 FE86C04 12
-. 2F 83 00 00 90 7B 00 08 40 9E FF 74
-==== BB 2040 (0xFE86B80) approx BBs exec'd 0 ====
-
- 0xFE86B80: 7F83E378 or r3,r28,r28
- 0: GETL R28, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE86B84: 3B9CFFFF addi r28,r28,-1
- 3: GETL R28, t2
- 4: ADDL $0xFFFFFFFF, t2
- 5: PUTL t2, R28
- 6: INCEIPL $4
-
- 0xFE86B88: 2C830000 cmpi cr1,r3,0
- 7: GETL R3, t4
- 8: CMP0L t4, t6 (-rSo)
- 9: ICRFL t6, $0x1, CR
- 10: INCEIPL $4
-
- 0xFE86B8C: 40850084 bc 4,5,0xFE86C10
- 11: Jc05o $0xFE86C10
-
-
-
-. 2040 FE86B80 16
-. 7F 83 E3 78 3B 9C FF FF 2C 83 00 00 40 85 00 84
-==== BB 2041 (0xFE87C84) approx BBs exec'd 0 ====
-
- 0xFE87C84: 55DB103A rlwinm r27,r14,2,0,29
- 0: GETL R14, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R27
- 3: INCEIPL $4
-
- 0xFE87C88: 83BC0004 lwz r29,4(r28)
- 4: GETL R28, t2
- 5: ADDL $0x4, t2
- 6: LDL (t2), t4
- 7: PUTL t4, R29
- 8: INCEIPL $4
-
- 0xFE87C8C: 7EE3BB78 or r3,r23,r23
- 9: GETL R23, t6
- 10: PUTL t6, R3
- 11: INCEIPL $4
-
- 0xFE87C90: 7C1DB800 cmp cr0,r29,r23
- 12: GETL R29, t8
- 13: GETL R23, t10
- 14: CMPL t8, t10, t12 (-rSo)
- 15: ICRFL t12, $0x0, CR
- 16: INCEIPL $4
-
- 0xFE87C94: 7FA4EB78 or r4,r29,r29
- 17: GETL R29, t14
- 18: PUTL t14, R4
- 19: INCEIPL $4
-
- 0xFE87C98: 41820154 bc 12,2,0xFE87DEC
- 20: Js02o $0xFE87DEC
-
-
-
-. 2041 FE87C84 24
-. 55 DB 10 3A 83 BC 00 04 7E E3 BB 78 7C 1D B8 00 7F A4 EB 78 41 82 01 54
-==== BB 2042 (0xFE87C9C) approx BBs exec'd 0 ====
-
- 0xFE87C9C: 4804E715 bl 0xFED63B0
- 0: MOVL $0xFE87CA0, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0xFED63B0 ($4)
-
-
-
-. 2042 FE87C9C 4
-. 48 04 E7 15
-==== BB 2043 (0xFED6478) approx BBs exec'd 0 ====
-
- 0xFED6478: 8CA30001 lbzu r5,1(r3)
- 0: GETL R3, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R3
- 3: LDB (t0), t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0xFED647C: 8CC40001 lbzu r6,1(r4)
- 6: GETL R4, t4
- 7: ADDL $0x1, t4
- 8: PUTL t4, R4
- 9: LDB (t4), t6
- 10: PUTL t6, R6
- 11: INCEIPL $4
-
- 0xFED6480: 2C850000 cmpi cr1,r5,0
- 12: GETL R5, t8
- 13: CMP0L t8, t10 (-rSo)
- 14: ICRFL t10, $0x1, CR
- 15: INCEIPL $4
-
- 0xFED6484: 7C053000 cmp cr0,r5,r6
- 16: GETL R5, t12
- 17: GETL R6, t14
- 18: CMPL t12, t14, t16 (-rSo)
- 19: ICRFL t16, $0x0, CR
- 20: INCEIPL $4
-
- 0xFED6488: 4086FFD4 bc 4,6,0xFED645C
- 21: Jc06o $0xFED645C
-
-
-
-. 2043 FED6478 20
-. 8C A3 00 01 8C C4 00 01 2C 85 00 00 7C 05 30 00 40 86 FF D4
-==== BB 2044 (0xFED645C) approx BBs exec'd 0 ====
-
- 0xFED645C: 8CA30001 lbzu r5,1(r3)
- 0: GETL R3, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R3
- 3: LDB (t0), t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0xFED6460: 40820034 bc 4,2,0xFED6494
- 6: Jc02o $0xFED6494
-
-
-
-. 2044 FED645C 8
-. 8C A3 00 01 40 82 00 34
-==== BB 2045 (0xFED6464) approx BBs exec'd 0 ====
-
- 0xFED6464: 8CC40001 lbzu r6,1(r4)
- 0: GETL R4, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R4
- 3: LDB (t0), t2
- 4: PUTL t2, R6
- 5: INCEIPL $4
-
- 0xFED6468: 2C850000 cmpi cr1,r5,0
- 6: GETL R5, t4
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x1, CR
- 9: INCEIPL $4
-
- 0xFED646C: 41860020 bc 12,6,0xFED648C
- 10: Js06o $0xFED648C
-
-
-
-. 2045 FED6464 12
-. 8C C4 00 01 2C 85 00 00 41 86 00 20
-==== BB 2046 (0xFE87CA0) approx BBs exec'd 0 ====
-
- 0xFE87CA0: 2C830000 cmpi cr1,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFE87CA4: 41860148 bc 12,6,0xFE87DEC
- 4: Js06o $0xFE87DEC
-
-
-
-. 2046 FE87CA0 8
-. 2C 83 00 00 41 86 01 48
-==== BB 2047 (0xFE87DEC) approx BBs exec'd 0 ====
-
- 0xFE87DEC: 7D3BE214 add r9,r27,r28
- 0: GETL R27, t0
- 1: GETL R28, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFE87DF0: 93B20000 stw r29,0(r18)
- 5: GETL R29, t4
- 6: GETL R18, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0xFE87DF4: 81290008 lwz r9,8(r9)
- 9: GETL R9, t8
- 10: ADDL $0x8, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R9
- 13: INCEIPL $4
-
- 0xFE87DF8: 81010000 lwz r8,0(r1)
- 14: GETL R1, t12
- 15: LDL (t12), t14
- 16: PUTL t14, R8
- 17: INCEIPL $4
-
- 0xFE87DFC: 7D234B78 or r3,r9,r9
- 18: GETL R9, t16
- 19: PUTL t16, R3
- 20: INCEIPL $4
-
- 0xFE87E00: 82480004 lwz r18,4(r8)
- 21: GETL R8, t18
- 22: ADDL $0x4, t18
- 23: LDL (t18), t20
- 24: PUTL t20, R18
- 25: INCEIPL $4
-
- 0xFE87E04: 8148FFB4 lwz r10,-76(r8)
- 26: GETL R8, t22
- 27: ADDL $0xFFFFFFB4, t22
- 28: LDL (t22), t24
- 29: PUTL t24, R10
- 30: INCEIPL $4
-
- 0xFE87E08: 7E4803A6 mtlr r18
- 31: GETL R18, t26
- 32: PUTL t26, LR
- 33: INCEIPL $4
-
- 0xFE87E0C: 81C8FFB8 lwz r14,-72(r8)
- 34: GETL R8, t28
- 35: ADDL $0xFFFFFFB8, t28
- 36: LDL (t28), t30
- 37: PUTL t30, R14
- 38: INCEIPL $4
-
- 0xFE87E10: 81E8FFBC lwz r15,-68(r8)
- 39: GETL R8, t32
- 40: ADDL $0xFFFFFFBC, t32
- 41: LDL (t32), t34
- 42: PUTL t34, R15
- 43: INCEIPL $4
-
- 0xFE87E14: 7D408120 mtcrf 0x8,r10
- 44: GETL R10, t36
- 45: ICRFL t36, $0x4, CR
- 46: INCEIPL $4
-
- 0xFE87E18: 8208FFC0 lwz r16,-64(r8)
- 47: GETL R8, t38
- 48: ADDL $0xFFFFFFC0, t38
- 49: LDL (t38), t40
- 50: PUTL t40, R16
- 51: INCEIPL $4
-
- 0xFE87E1C: 8228FFC4 lwz r17,-60(r8)
- 52: GETL R8, t42
- 53: ADDL $0xFFFFFFC4, t42
- 54: LDL (t42), t44
- 55: PUTL t44, R17
- 56: INCEIPL $4
-
- 0xFE87E20: 8248FFC8 lwz r18,-56(r8)
- 57: GETL R8, t46
- 58: ADDL $0xFFFFFFC8, t46
- 59: LDL (t46), t48
- 60: PUTL t48, R18
- 61: INCEIPL $4
-
- 0xFE87E24: 8268FFCC lwz r19,-52(r8)
- 62: GETL R8, t50
- 63: ADDL $0xFFFFFFCC, t50
- 64: LDL (t50), t52
- 65: PUTL t52, R19
- 66: INCEIPL $4
-
- 0xFE87E28: 8288FFD0 lwz r20,-48(r8)
- 67: GETL R8, t54
- 68: ADDL $0xFFFFFFD0, t54
- 69: LDL (t54), t56
- 70: PUTL t56, R20
- 71: INCEIPL $4
-
- 0xFE87E2C: 82A8FFD4 lwz r21,-44(r8)
- 72: GETL R8, t58
- 73: ADDL $0xFFFFFFD4, t58
- 74: LDL (t58), t60
- 75: PUTL t60, R21
- 76: INCEIPL $4
-
- 0xFE87E30: 82C8FFD8 lwz r22,-40(r8)
- 77: GETL R8, t62
- 78: ADDL $0xFFFFFFD8, t62
- 79: LDL (t62), t64
- 80: PUTL t64, R22
- 81: INCEIPL $4
-
- 0xFE87E34: 82E8FFDC lwz r23,-36(r8)
- 82: GETL R8, t66
- 83: ADDL $0xFFFFFFDC, t66
- 84: LDL (t66), t68
- 85: PUTL t68, R23
- 86: INCEIPL $4
-
- 0xFE87E38: 8308FFE0 lwz r24,-32(r8)
- 87: GETL R8, t70
- 88: ADDL $0xFFFFFFE0, t70
- 89: LDL (t70), t72
- 90: PUTL t72, R24
- 91: INCEIPL $4
-
- 0xFE87E3C: 8328FFE4 lwz r25,-28(r8)
- 92: GETL R8, t74
- 93: ADDL $0xFFFFFFE4, t74
- 94: LDL (t74), t76
- 95: PUTL t76, R25
- 96: INCEIPL $4
-
- 0xFE87E40: 8348FFE8 lwz r26,-24(r8)
- 97: GETL R8, t78
- 98: ADDL $0xFFFFFFE8, t78
- 99: LDL (t78), t80
- 100: PUTL t80, R26
- 101: INCEIPL $4
-
- 0xFE87E44: 8368FFEC lwz r27,-20(r8)
- 102: GETL R8, t82
- 103: ADDL $0xFFFFFFEC, t82
- 104: LDL (t82), t84
- 105: PUTL t84, R27
- 106: INCEIPL $4
-
- 0xFE87E48: 8388FFF0 lwz r28,-16(r8)
- 107: GETL R8, t86
- 108: ADDL $0xFFFFFFF0, t86
- 109: LDL (t86), t88
- 110: PUTL t88, R28
- 111: INCEIPL $4
-
- 0xFE87E4C: 83A8FFF4 lwz r29,-12(r8)
- 112: GETL R8, t90
- 113: ADDL $0xFFFFFFF4, t90
- 114: LDL (t90), t92
- 115: PUTL t92, R29
- 116: INCEIPL $4
-
- 0xFE87E50: 83C8FFF8 lwz r30,-8(r8)
- 117: GETL R8, t94
- 118: ADDL $0xFFFFFFF8, t94
- 119: LDL (t94), t96
- 120: PUTL t96, R30
- 121: INCEIPL $4
-
- 0xFE87E54: 83E8FFFC lwz r31,-4(r8)
- 122: GETL R8, t98
- 123: ADDL $0xFFFFFFFC, t98
- 124: LDL (t98), t100
- 125: PUTL t100, R31
- 126: INCEIPL $4
-
- 0xFE87E58: 7D014378 or r1,r8,r8
- 127: GETL R8, t102
- 128: PUTL t102, R1
- 129: INCEIPL $4
-
- 0xFE87E5C: 4E800020 blr
- 130: GETL LR, t104
- 131: JMPo-r t104 ($4)
-
-
-
-. 2047 FE87DEC 116
-. 7D 3B E2 14 93 B2 00 00 81 29 00 08 81 01 00 00 7D 23 4B 78 82 48 00 04 81 48 FF B4 7E 48 03 A6 81 C8 FF B8 81 E8 FF BC 7D 40 81 20 82 08 FF C0 82 28 FF C4 82 48 FF C8 82 68 FF CC 82 88 FF D0 82 A8 FF D4 82 C8 FF D8 82 E8 FF DC 83 08 FF E0 83 28 FF E4 83 48 FF E8 83 68 FF EC 83 88 FF F0 83 A8 FF F4 83 C8 FF F8 83 E8 FF FC 7D 01 43 78 4E 80 00 20
-==== BB 2048 (0xFE86C10) approx BBs exec'd 0 ====
-
- 0xFE86C10: 2F1C0000 cmpi cr6,r28,0
- 0: GETL R28, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0xFE86C14: 3AE00000 li r23,0
- 4: MOVL $0x0, t4
- 5: PUTL t4, R23
- 6: INCEIPL $4
-
- 0xFE86C18: 419801F8 bc 12,24,0xFE86E10
- 7: Js24o $0xFE86E10
-
-
-
-. 2048 FE86C10 12
-. 2F 1C 00 00 3A E0 00 00 41 98 01 F8
-==== BB 2049 (0xFE86E10) approx BBs exec'd 0 ====
-
- 0xFE86E10: 38600006 li r3,6
- 0: MOVL $0x6, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE86E14: 389F0010 addi r4,r31,16
- 3: GETL R31, t2
- 4: ADDL $0x10, t2
- 5: PUTL t2, R4
- 6: INCEIPL $4
-
- 0xFE86E18: 4BFFF801 bl 0xFE86618
- 7: MOVL $0xFE86E1C, t4
- 8: PUTL t4, LR
- 9: JMPo-c $0xFE86618 ($4)
-
-
-
-. 2049 FE86E10 12
-. 38 60 00 06 38 9F 00 10 4B FF F8 01
-==== BB 2050 new_composite_name(0xFE86618) approx BBs exec'd 0 ====
-
- 0xFE86618: 9421FFC0 stwu r1,-64(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFC0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFE8661C: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFE86620: 48121831 bl 0xFFA7E50
- 9: MOVL $0xFE86624, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 2050 FE86618 12
-. 94 21 FF C0 7C 08 02 A6 48 12 18 31
-==== BB 2051 (0xFE86624) approx BBs exec'd 0 ====
-
- 0xFE86624: 93C10038 stw r30,56(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x38, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFE86628: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFE8662C: 7D800026 mfcr r12
- 8: GETL CR, t6
- 9: PUTL t6, R12
- 10: INCEIPL $4
-
- 0xFE86630: 2E030006 cmpi cr4,r3,6
- 11: GETL R3, t8
- 12: MOVL $0x6, t12
- 13: CMPL t8, t12, t10 (-rSo)
- 14: ICRFL t10, $0x4, CR
- 15: INCEIPL $4
-
- 0xFE86634: 92A10014 stw r21,20(r1)
- 16: GETL R21, t14
- 17: GETL R1, t16
- 18: ADDL $0x14, t16
- 19: STL t14, (t16)
- 20: INCEIPL $4
-
- 0xFE86638: 92C10018 stw r22,24(r1)
- 21: GETL R22, t18
- 22: GETL R1, t20
- 23: ADDL $0x18, t20
- 24: STL t18, (t20)
- 25: INCEIPL $4
-
- 0xFE8663C: 82BE1D78 lwz r21,7544(r30)
- 26: GETL R30, t22
- 27: ADDL $0x1D78, t22
- 28: LDL (t22), t24
- 29: PUTL t24, R21
- 30: INCEIPL $4
-
- 0xFE86640: 82DE1D1C lwz r22,7452(r30)
- 31: GETL R30, t26
- 32: ADDL $0x1D1C, t26
- 33: LDL (t26), t28
- 34: PUTL t28, R22
- 35: INCEIPL $4
-
- 0xFE86644: 92E1001C stw r23,28(r1)
- 36: GETL R23, t30
- 37: GETL R1, t32
- 38: ADDL $0x1C, t32
- 39: STL t30, (t32)
- 40: INCEIPL $4
-
- 0xFE86648: 7C771B78 or r23,r3,r3
- 41: GETL R3, t34
- 42: PUTL t34, R23
- 43: INCEIPL $4
-
- 0xFE8664C: 93010020 stw r24,32(r1)
- 44: GETL R24, t36
- 45: GETL R1, t38
- 46: ADDL $0x20, t38
- 47: STL t36, (t38)
- 48: INCEIPL $4
-
- 0xFE86650: 7C982378 or r24,r4,r4
- 49: GETL R4, t40
- 50: PUTL t40, R24
- 51: INCEIPL $4
-
- 0xFE86654: 93210024 stw r25,36(r1)
- 52: GETL R25, t42
- 53: GETL R1, t44
- 54: ADDL $0x24, t44
- 55: STL t42, (t44)
- 56: INCEIPL $4
-
- 0xFE86658: 3B200000 li r25,0
- 57: MOVL $0x0, t46
- 58: PUTL t46, R25
- 59: INCEIPL $4
-
- 0xFE8665C: 93410028 stw r26,40(r1)
- 60: GETL R26, t48
- 61: GETL R1, t50
- 62: ADDL $0x28, t50
- 63: STL t48, (t50)
- 64: INCEIPL $4
-
- 0xFE86660: 3B400000 li r26,0
- 65: MOVL $0x0, t52
- 66: PUTL t52, R26
- 67: INCEIPL $4
-
- 0xFE86664: 9361002C stw r27,44(r1)
- 68: GETL R27, t54
- 69: GETL R1, t56
- 70: ADDL $0x2C, t56
- 71: STL t54, (t56)
- 72: INCEIPL $4
-
- 0xFE86668: 3B600001 li r27,1
- 73: MOVL $0x1, t58
- 74: PUTL t58, R27
- 75: INCEIPL $4
-
- 0xFE8666C: 93810030 stw r28,48(r1)
- 76: GETL R28, t60
- 77: GETL R1, t62
- 78: ADDL $0x30, t62
- 79: STL t60, (t62)
- 80: INCEIPL $4
-
- 0xFE86670: 3B800000 li r28,0
- 81: MOVL $0x0, t64
- 82: PUTL t64, R28
- 83: INCEIPL $4
-
- 0xFE86674: 93A10034 stw r29,52(r1)
- 84: GETL R29, t66
- 85: GETL R1, t68
- 86: ADDL $0x34, t68
- 87: STL t66, (t68)
- 88: INCEIPL $4
-
- 0xFE86678: 93E1003C stw r31,60(r1)
- 89: GETL R31, t70
- 90: GETL R1, t72
- 91: ADDL $0x3C, t72
- 92: STL t70, (t72)
- 93: INCEIPL $4
-
- 0xFE8667C: 90010044 stw r0,68(r1)
- 94: GETL R0, t74
- 95: GETL R1, t76
- 96: ADDL $0x44, t76
- 97: STL t74, (t76)
- 98: INCEIPL $4
-
- 0xFE86680: 91810010 stw r12,16(r1)
- 99: GETL R12, t78
- 100: GETL R1, t80
- 101: ADDL $0x10, t80
- 102: STL t78, (t80)
- 103: INCEIPL $4
-
- 0xFE86684: 48000064 b 0xFE866E8
- 104: JMPo $0xFE866E8 ($4)
-
-
-
-. 2051 FE86624 100
-. 93 C1 00 38 7F C8 02 A6 7D 80 00 26 2E 03 00 06 92 A1 00 14 92 C1 00 18 82 BE 1D 78 82 DE 1D 1C 92 E1 00 1C 7C 77 1B 78 93 01 00 20 7C 98 23 78 93 21 00 24 3B 20 00 00 93 41 00 28 3B 40 00 00 93 61 00 2C 3B 60 00 01 93 81 00 30 3B 80 00 00 93 A1 00 34 93 E1 00 3C 90 01 00 44 91 81 00 10 48 00 00 64
-==== BB 2052 (0xFE866E8) approx BBs exec'd 0 ====
-
- 0xFE866E8: 2F9C0006 cmpi cr7,r28,6
- 0: GETL R28, t0
- 1: MOVL $0x6, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFE866EC: 41BEFFF0 bc 13,30,0xFE866DC
- 5: Js30o $0xFE866DC
-
-
-
-. 2052 FE866E8 8
-. 2F 9C 00 06 41 BE FF F0
-==== BB 2053 (0xFE866F0) approx BBs exec'd 0 ====
-
- 0xFE866F0: 7F97E000 cmp cr7,r23,r28
- 0: GETL R23, t0
- 1: GETL R28, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x7, CR
- 4: INCEIPL $4
-
- 0xFE866F4: 579F103A rlwinm r31,r28,2,0,29
- 5: GETL R28, t6
- 6: SHLL $0x2, t6
- 7: PUTL t6, R31
- 8: INCEIPL $4
-
- 0xFE866F8: 41B2FF90 bc 13,18,0xFE86688
- 9: Js18o $0xFE86688
-
-
-
-. 2053 FE866F0 12
-. 7F 97 E0 00 57 9F 10 3A 41 B2 FF 90
-==== BB 2054 (0xFE86688) approx BBs exec'd 0 ====
-
- 0xFE86688: 7FBFC02E lwzx r29,r31,r24
- 0: GETL R24, t0
- 1: GETL R31, t2
- 2: ADDL t2, t0
- 3: LDL (t0), t4
- 4: PUTL t4, R29
- 5: INCEIPL $4
-
- 0xFE8668C: 7FA3EB78 or r3,r29,r29
- 6: GETL R29, t6
- 7: PUTL t6, R3
- 8: INCEIPL $4
-
- 0xFE86690: 48050449 bl 0xFED6AD8
- 9: MOVL $0xFE86694, t8
- 10: PUTL t8, LR
- 11: JMPo-c $0xFED6AD8 ($4)
-
-
-
-. 2054 FE86688 12
-. 7F BF C0 2E 7F A3 EB 78 48 05 04 49
-==== BB 2055 (0xFE86694) approx BBs exec'd 0 ====
-
- 0xFE86694: 301BFFFF addic r0,r27,-1
- 0: GETL R27, t0
- 1: ADCL $0xFFFFFFFF, t0 (-wCa)
- 2: PUTL t0, R0
- 3: INCEIPL $4
-
- 0xFE86698: 7D60D910 subfe r11,r0,r27
- 4: GETL R0, t2
- 5: GETL R27, t4
- 6: SBBL t2, t4 (-rCa-wCa)
- 7: PUTL t4, R11
- 8: INCEIPL $4
-
- 0xFE8669C: 7C7A1B78 or r26,r3,r3
- 9: GETL R3, t6
- 10: PUTL t6, R26
- 11: INCEIPL $4
-
- 0xFE866A0: 207C0000 subfic r3,r28,0
- 12: GETL R28, t8
- 13: MOVL $0x0, t10
- 14: SBBL t8, t10 (-wCa)
- 15: PUTL t10, R3
- 16: INCEIPL $4
-
- 0xFE866A4: 7C6301D4 addme r3,r3
- 17: GETL R3, t12
- 18: ADCL $0xFFFFFFFF, t12 (-rCa-wCa)
- 19: PUTL t12, R3
- 20: INCEIPL $4
-
- 0xFE866A8: 54630FFE rlwinm r3,r3,1,31,31
- 21: GETL R3, t14
- 22: SHRL $0x1F, t14
- 23: PUTL t14, R3
- 24: INCEIPL $4
-
- 0xFE866AC: 7C695839 and. r9,r3,r11
- 25: GETL R3, t16
- 26: GETL R11, t18
- 27: ANDL t16, t18
- 28: PUTL t18, R9
- 29: CMP0L t18, t20 (-rSo)
- 30: ICRFL t20, $0x0, CR
- 31: INCEIPL $4
-
- 0xFE866B0: 7CBFB02E lwzx r5,r31,r22
- 32: GETL R22, t22
- 33: GETL R31, t24
- 34: ADDL t24, t22
- 35: LDL (t22), t26
- 36: PUTL t26, R5
- 37: INCEIPL $4
-
- 0xFE866B4: 7FA3EB78 or r3,r29,r29
- 38: GETL R29, t28
- 39: PUTL t28, R3
- 40: INCEIPL $4
-
- 0xFE866B8: 7C85D214 add r4,r5,r26
- 41: GETL R5, t30
- 42: GETL R26, t32
- 43: ADDL t30, t32
- 44: PUTL t32, R4
- 45: INCEIPL $4
-
- 0xFE866BC: 7D24CA14 add r9,r4,r25
- 46: GETL R4, t34
- 47: GETL R25, t36
- 48: ADDL t34, t36
- 49: PUTL t36, R9
- 50: INCEIPL $4
-
- 0xFE866C0: 3B290002 addi r25,r9,2
- 51: GETL R9, t38
- 52: ADDL $0x2, t38
- 53: PUTL t38, R25
- 54: INCEIPL $4
-
- 0xFE866C4: 41820018 bc 12,2,0xFE866DC
- 55: Js02o $0xFE866DC
-
-
-
-. 2055 FE86694 52
-. 30 1B FF FF 7D 60 D9 10 7C 7A 1B 78 20 7C 00 00 7C 63 01 D4 54 63 0F FE 7C 69 58 39 7C BF B0 2E 7F A3 EB 78 7C 85 D2 14 7D 24 CA 14 3B 29 00 02 41 82 00 18
-==== BB 2056 (0xFE866DC) approx BBs exec'd 0 ====
-
- 0xFE866DC: 3B9C0001 addi r28,r28,1
- 0: GETL R28, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R28
- 3: INCEIPL $4
-
- 0xFE866E0: 2C9C000C cmpi cr1,r28,12
- 4: GETL R28, t2
- 5: MOVL $0xC, t6
- 6: CMPL t2, t6, t4 (-rSo)
- 7: ICRFL t4, $0x1, CR
- 8: INCEIPL $4
-
- 0xFE866E4: 41850038 bc 12,5,0xFE8671C
- 9: Js05o $0xFE8671C
-
-
-
-. 2056 FE866DC 12
-. 3B 9C 00 01 2C 9C 00 0C 41 85 00 38
-==== BB 2057 (0xFE866C8) approx BBs exec'd 0 ====
-
- 0xFE866C8: 80980000 lwz r4,0(r24)
- 0: GETL R24, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R4
- 3: INCEIPL $4
-
- 0xFE866CC: 4804FCE5 bl 0xFED63B0
- 4: MOVL $0xFE866D0, t4
- 5: PUTL t4, LR
- 6: JMPo-c $0xFED63B0 ($4)
-
-
-
-. 2057 FE866C8 8
-. 80 98 00 00 48 04 FC E5
-==== BB 2058 (0xFE866D0) approx BBs exec'd 0 ====
-
- 0xFE866D0: 30C3FFFF addic r6,r3,-1
- 0: GETL R3, t0
- 1: ADCL $0xFFFFFFFF, t0 (-wCa)
- 2: PUTL t0, R6
- 3: INCEIPL $4
-
- 0xFE866D4: 7CC63110 subfe r6,r6,r6
- 4: GETL R6, t2
- 5: GETL R6, t4
- 6: SBBL t2, t4 (-rCa-wCa)
- 7: PUTL t4, R6
- 8: INCEIPL $4
-
- 0xFE866D8: 7F7B3038 and r27,r27,r6
- 9: GETL R27, t6
- 10: GETL R6, t8
- 11: ANDL t6, t8
- 12: PUTL t8, R27
- 13: INCEIPL $4
-
- 0xFE866DC: 3B9C0001 addi r28,r28,1
- 14: GETL R28, t10
- 15: ADDL $0x1, t10
- 16: PUTL t10, R28
- 17: INCEIPL $4
-
- 0xFE866E0: 2C9C000C cmpi cr1,r28,12
- 18: GETL R28, t12
- 19: MOVL $0xC, t16
- 20: CMPL t12, t16, t14 (-rSo)
- 21: ICRFL t14, $0x1, CR
- 22: INCEIPL $4
-
- 0xFE866E4: 41850038 bc 12,5,0xFE8671C
- 23: Js05o $0xFE8671C
-
-
-
-. 2058 FE866D0 24
-. 30 C3 FF FF 7C C6 31 10 7F 7B 30 38 3B 9C 00 01 2C 9C 00 0C 41 85 00 38
-==== BB 2059 (0xFE8671C) approx BBs exec'd 0 ====
-
- 0xFE8671C: 2E1B0000 cmpi cr4,r27,0
- 0: GETL R27, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0xFE86720: 41920078 bc 12,18,0xFE86798
- 4: Js18o $0xFE86798
-
-
-
-. 2059 FE8671C 8
-. 2E 1B 00 00 41 92 00 78
-==== BB 2060 (0xFE86724) approx BBs exec'd 0 ====
-
- 0xFE86724: 83F80000 lwz r31,0(r24)
- 0: GETL R24, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R31
- 3: INCEIPL $4
-
- 0xFE86728: 809E1CB8 lwz r4,7352(r30)
- 4: GETL R30, t4
- 5: ADDL $0x1CB8, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R4
- 8: INCEIPL $4
-
- 0xFE8672C: 7FE3FB78 or r3,r31,r31
- 9: GETL R31, t8
- 10: PUTL t8, R3
- 11: INCEIPL $4
-
- 0xFE86730: 4804FC81 bl 0xFED63B0
- 12: MOVL $0xFE86734, t10
- 13: PUTL t10, LR
- 14: JMPo-c $0xFED63B0 ($4)
-
-
-
-. 2060 FE86724 16
-. 83 F8 00 00 80 9E 1C B8 7F E3 FB 78 48 04 FC 81
-==== BB 2061 (0xFE86734) approx BBs exec'd 0 ====
-
- 0xFE86734: 2F030000 cmpi cr6,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0xFE86738: 419A0018 bc 12,26,0xFE86750
- 4: Js26o $0xFE86750
-
-
-
-. 2061 FE86734 8
-. 2F 03 00 00 41 9A 00 18
-==== BB 2062 (0xFE8673C) approx BBs exec'd 0 ====
-
- 0xFE8673C: 809E1CC8 lwz r4,7368(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1CC8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFE86740: 7FE3FB78 or r3,r31,r31
- 5: GETL R31, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFE86744: 4804FC6D bl 0xFED63B0
- 8: MOVL $0xFE86748, t6
- 9: PUTL t6, LR
- 10: JMPo-c $0xFED63B0 ($4)
-
-
-
-. 2062 FE8673C 12
-. 80 9E 1C C8 7F E3 FB 78 48 04 FC 6D
-==== BB 2063 (0xFE86748) approx BBs exec'd 0 ====
-
- 0xFE86748: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xFE8674C: 409E00E4 bc 4,30,0xFE86830
- 4: Jc30o $0xFE86830
-
-
-
-. 2063 FE86748 8
-. 2F 83 00 00 40 9E 00 E4
-==== BB 2064 (0xFE86830) approx BBs exec'd 0 ====
-
- 0xFE86830: 3BFA0001 addi r31,r26,1
- 0: GETL R26, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R31
- 3: INCEIPL $4
-
- 0xFE86834: 7FE3FB78 or r3,r31,r31
- 4: GETL R31, t2
- 5: PUTL t2, R3
- 6: INCEIPL $4
-
- 0xFE86838: 48123AD1 bl 0xFFAA308
- 7: MOVL $0xFE8683C, t4
- 8: PUTL t4, LR
- 9: JMPo-c $0xFFAA308 ($4)
-
-
-
-. 2064 FE86830 12
-. 3B FA 00 01 7F E3 FB 78 48 12 3A D1
-==== BB 2065 (0xFE8683C) approx BBs exec'd 0 ====
-
- 0xFE8683C: 38000000 li r0,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFE86840: 2C030000 cmpi cr0,r3,0
- 3: GETL R3, t2
- 4: CMP0L t2, t4 (-rSo)
- 5: ICRFL t4, $0x0, CR
- 6: INCEIPL $4
-
- 0xFE86844: 41820014 bc 12,2,0xFE86858
- 7: Js02o $0xFE86858
-
-
-
-. 2065 FE8683C 12
-. 38 00 00 00 2C 03 00 00 41 82 00 14
-==== BB 2066 (0xFE86848) approx BBs exec'd 0 ====
-
- 0xFE86848: 80980000 lwz r4,0(r24)
- 0: GETL R24, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R4
- 3: INCEIPL $4
-
- 0xFE8684C: 7FE5FB78 or r5,r31,r31
- 4: GETL R31, t4
- 5: PUTL t4, R5
- 6: INCEIPL $4
-
- 0xFE86850: 48051E89 bl 0xFED86D8
- 7: MOVL $0xFE86854, t6
- 8: PUTL t6, LR
- 9: JMPo-c $0xFED86D8 ($4)
-
-
-
-. 2066 FE86848 12
-. 80 98 00 00 7F E5 FB 78 48 05 1E 89
-==== BB 2067 (0xFE86854) approx BBs exec'd 0 ====
-
- 0xFE86854: 7C601B78 or r0,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFE86858: 7C030378 or r3,r0,r0
- 3: GETL R0, t2
- 4: PUTL t2, R3
- 5: INCEIPL $4
-
- 0xFE8685C: 4BFFFEF8 b 0xFE86754
- 6: JMPo $0xFE86754 ($4)
-
-
-
-. 2067 FE86854 12
-. 7C 60 1B 78 7C 03 03 78 4B FF FE F8
-==== BB 2068 (0xFE86754) approx BBs exec'd 0 ====
-
- 0xFE86754: 81410044 lwz r10,68(r1)
- 0: GETL R1, t0
- 1: ADDL $0x44, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0xFE86758: 81010010 lwz r8,16(r1)
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R8
- 9: INCEIPL $4
-
- 0xFE8675C: 82A10014 lwz r21,20(r1)
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R21
- 14: INCEIPL $4
-
- 0xFE86760: 7D4803A6 mtlr r10
- 15: GETL R10, t12
- 16: PUTL t12, LR
- 17: INCEIPL $4
-
- 0xFE86764: 82C10018 lwz r22,24(r1)
- 18: GETL R1, t14
- 19: ADDL $0x18, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R22
- 22: INCEIPL $4
-
- 0xFE86768: 7D008120 mtcrf 0x8,r8
- 23: GETL R8, t18
- 24: ICRFL t18, $0x4, CR
- 25: INCEIPL $4
-
- 0xFE8676C: 82E1001C lwz r23,28(r1)
- 26: GETL R1, t20
- 27: ADDL $0x1C, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R23
- 30: INCEIPL $4
-
- 0xFE86770: 83010020 lwz r24,32(r1)
- 31: GETL R1, t24
- 32: ADDL $0x20, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R24
- 35: INCEIPL $4
-
- 0xFE86774: 83210024 lwz r25,36(r1)
- 36: GETL R1, t28
- 37: ADDL $0x24, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R25
- 40: INCEIPL $4
-
- 0xFE86778: 83410028 lwz r26,40(r1)
- 41: GETL R1, t32
- 42: ADDL $0x28, t32
- 43: LDL (t32), t34
- 44: PUTL t34, R26
- 45: INCEIPL $4
-
- 0xFE8677C: 8361002C lwz r27,44(r1)
- 46: GETL R1, t36
- 47: ADDL $0x2C, t36
- 48: LDL (t36), t38
- 49: PUTL t38, R27
- 50: INCEIPL $4
-
- 0xFE86780: 83810030 lwz r28,48(r1)
- 51: GETL R1, t40
- 52: ADDL $0x30, t40
- 53: LDL (t40), t42
- 54: PUTL t42, R28
- 55: INCEIPL $4
-
- 0xFE86784: 83A10034 lwz r29,52(r1)
- 56: GETL R1, t44
- 57: ADDL $0x34, t44
- 58: LDL (t44), t46
- 59: PUTL t46, R29
- 60: INCEIPL $4
-
- 0xFE86788: 83C10038 lwz r30,56(r1)
- 61: GETL R1, t48
- 62: ADDL $0x38, t48
- 63: LDL (t48), t50
- 64: PUTL t50, R30
- 65: INCEIPL $4
-
- 0xFE8678C: 83E1003C lwz r31,60(r1)
- 66: GETL R1, t52
- 67: ADDL $0x3C, t52
- 68: LDL (t52), t54
- 69: PUTL t54, R31
- 70: INCEIPL $4
-
- 0xFE86790: 38210040 addi r1,r1,64
- 71: GETL R1, t56
- 72: ADDL $0x40, t56
- 73: PUTL t56, R1
- 74: INCEIPL $4
-
- 0xFE86794: 4E800020 blr
- 75: GETL LR, t58
- 76: JMPo-r t58 ($4)
-
-
-
-. 2068 FE86754 68
-. 81 41 00 44 81 01 00 10 82 A1 00 14 7D 48 03 A6 82 C1 00 18 7D 00 81 20 82 E1 00 1C 83 01 00 20 83 21 00 24 83 41 00 28 83 61 00 2C 83 81 00 30 83 A1 00 34 83 C1 00 38 83 E1 00 3C 38 21 00 40 4E 80 00 20
-==== BB 2069 (0xFE86E1C) approx BBs exec'd 0 ====
-
- 0xFE86E1C: 7C771B79 or. r23,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R23
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0xFE86E20: 41A2FDFC bc 13,2,0xFE86C1C
- 5: Js02o $0xFE86C1C
-
-
-
-. 2069 FE86E1C 8
-. 7C 77 1B 79 41 A2 FD FC
-==== BB 2070 (0xFE86E24) approx BBs exec'd 0 ====
-
- 0xFE86E24: 82BE00FC lwz r21,252(r30)
- 0: GETL R30, t0
- 1: ADDL $0xFC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R21
- 4: INCEIPL $4
-
- 0xFE86E28: 3B600000 li r27,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R27
- 7: INCEIPL $4
-
- 0xFE86E2C: 82DE1CB8 lwz r22,7352(r30)
- 8: GETL R30, t6
- 9: ADDL $0x1CB8, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R22
- 12: INCEIPL $4
-
- 0xFE86E30: 3BBF0008 addi r29,r31,8
- 13: GETL R31, t10
- 14: ADDL $0x8, t10
- 15: PUTL t10, R29
- 16: INCEIPL $4
-
- 0xFE86E34: 2F9B0006 cmpi cr7,r27,6
- 17: GETL R27, t12
- 18: MOVL $0x6, t16
- 19: CMPL t12, t16, t14 (-rSo)
- 20: ICRFL t14, $0x7, CR
- 21: INCEIPL $4
-
- 0xFE86E38: 5769103A rlwinm r9,r27,2,0,29
- 22: GETL R27, t18
- 23: SHLL $0x2, t18
- 24: PUTL t18, R9
- 25: INCEIPL $4
-
- 0xFE86E3C: 7F89EA14 add r28,r9,r29
- 26: GETL R9, t20
- 27: GETL R29, t22
- 28: ADDL t20, t22
- 29: PUTL t22, R28
- 30: INCEIPL $4
-
- 0xFE86E40: 3B7B0001 addi r27,r27,1
- 31: MOVL $0x1, t24
- 32: PUTL t24, R27
- 33: INCEIPL $4
-
- 0xFE86E44: 7F49C214 add r26,r9,r24
- 34: GETL R9, t26
- 35: GETL R24, t28
- 36: ADDL t26, t28
- 37: PUTL t28, R26
- 38: INCEIPL $4
-
- 0xFE86E48: 419E0038 bc 12,30,0xFE86E80
- 39: Js30o $0xFE86E80
-
-
-
-. 2070 FE86E24 40
-. 82 BE 00 FC 3B 60 00 00 82 DE 1C B8 3B BF 00 08 2F 9B 00 06 57 69 10 3A 7F 89 EA 14 3B 7B 00 01 7F 49 C2 14 41 9E 00 38
-==== BB 2071 (0xFE86E4C) approx BBs exec'd 0 ====
-
- 0xFE86E4C: 7D69A82E lwzx r11,r9,r21
- 0: GETL R21, t0
- 1: GETL R9, t2
- 2: ADDL t2, t0
- 3: LDL (t0), t4
- 4: PUTL t4, R11
- 5: INCEIPL $4
-
- 0xFE86E50: 809C0048 lwz r4,72(r28)
- 6: GETL R28, t6
- 7: ADDL $0x48, t6
- 8: LDL (t6), t8
- 9: PUTL t8, R4
- 10: INCEIPL $4
-
- 0xFE86E54: 2C8B0000 cmpi cr1,r11,0
- 11: GETL R11, t10
- 12: CMP0L t10, t12 (-rSo)
- 13: ICRFL t12, $0x1, CR
- 14: INCEIPL $4
-
- 0xFE86E58: 7C89C12E stwx r4,r9,r24
- 15: GETL R24, t14
- 16: GETL R9, t16
- 17: ADDL t16, t14
- 18: GETL R4, t18
- 19: STL t18, (t14)
- 20: INCEIPL $4
-
- 0xFE86E5C: 40860060 bc 4,6,0xFE86EBC
- 21: Jc06o $0xFE86EBC
-
-
-
-. 2071 FE86E4C 20
-. 7D 69 A8 2E 80 9C 00 48 2C 8B 00 00 7C 89 C1 2E 40 86 00 60
-==== BB 2072 (0xFE86EBC) approx BBs exec'd 0 ====
-
- 0xFE86EBC: 7D6903A6 mtctr r11
- 0: GETL R11, t0
- 1: PUTL t0, CTR
- 2: INCEIPL $4
-
- 0xFE86EC0: 4E800421 bctrl
- 3: MOVL $0xFE86EC4, t2
- 4: PUTL t2, LR
- 5: GETL CTR, t4
- 6: JMPo-c t4 ($4)
-
-
-
-. 2072 FE86EBC 8
-. 7D 69 03 A6 4E 80 04 21
-==== BB 2073 _nl_postload_ctype(0xFE89240) approx BBs exec'd 0 ====
-
- 0xFE89240: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFE89244: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFE89248: 4811EC09 bl 0xFFA7E50
- 9: MOVL $0xFE8924C, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 2073 FE89240 12
-. 94 21 FF F0 7C 08 02 A6 48 11 EC 09
-==== BB 2074 (0xFE8924C) approx BBs exec'd 0 ====
-
- 0xFE8924C: 93C10008 stw r30,8(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFE89250: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFE89254: 7C0803A6 mtlr r0
- 8: GETL R0, t6
- 9: PUTL t6, LR
- 10: INCEIPL $4
-
- 0xFE89258: 811E1D78 lwz r8,7544(r30)
- 11: GETL R30, t8
- 12: ADDL $0x1D78, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R8
- 15: INCEIPL $4
-
- 0xFE8925C: 817E1D50 lwz r11,7504(r30)
- 16: GETL R30, t12
- 17: ADDL $0x1D50, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R11
- 20: INCEIPL $4
-
- 0xFE89260: 7D8B1214 add r12,r11,r2
- 21: GETL R11, t16
- 22: GETL R2, t18
- 23: ADDL t16, t18
- 24: PUTL t18, R12
- 25: INCEIPL $4
-
- 0xFE89264: 807E1CF8 lwz r3,7416(r30)
- 26: GETL R30, t20
- 27: ADDL $0x1CF8, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R3
- 30: INCEIPL $4
-
- 0xFE89268: 80A80000 lwz r5,0(r8)
- 31: GETL R8, t24
- 32: LDL (t24), t26
- 33: PUTL t26, R5
- 34: INCEIPL $4
-
- 0xFE8926C: 813E1D8C lwz r9,7564(r30)
- 35: GETL R30, t28
- 36: ADDL $0x1D8C, t28
- 37: LDL (t28), t30
- 38: PUTL t30, R9
- 39: INCEIPL $4
-
- 0xFE89270: 817E1B80 lwz r11,7040(r30)
- 40: GETL R30, t32
- 41: ADDL $0x1B80, t32
- 42: LDL (t32), t34
- 43: PUTL t34, R11
- 44: INCEIPL $4
-
- 0xFE89274: 7D291214 add r9,r9,r2
- 45: GETL R9, t36
- 46: GETL R2, t38
- 47: ADDL t36, t38
- 48: PUTL t38, R9
- 49: INCEIPL $4
-
- 0xFE89278: 80C50024 lwz r6,36(r5)
- 50: GETL R5, t40
- 51: ADDL $0x24, t40
- 52: LDL (t40), t42
- 53: PUTL t42, R6
- 54: INCEIPL $4
-
- 0xFE8927C: 38E50024 addi r7,r5,36
- 55: GETL R5, t44
- 56: ADDL $0x24, t44
- 57: PUTL t44, R7
- 58: INCEIPL $4
-
- 0xFE89280: 7D6B1214 add r11,r11,r2
- 59: GETL R11, t46
- 60: GETL R2, t48
- 61: ADDL t46, t48
- 62: PUTL t48, R11
- 63: INCEIPL $4
-
- 0xFE89284: 38A60100 addi r5,r6,256
- 64: GETL R6, t50
- 65: ADDL $0x100, t50
- 66: PUTL t50, R5
- 67: INCEIPL $4
-
- 0xFE89288: 80CC0000 lwz r6,0(r12)
- 68: GETL R12, t52
- 69: LDL (t52), t54
- 70: PUTL t54, R6
- 71: INCEIPL $4
-
- 0xFE8928C: 90A80034 stw r5,52(r8)
- 72: GETL R5, t56
- 73: GETL R8, t58
- 74: ADDL $0x34, t58
- 75: STL t56, (t58)
- 76: INCEIPL $4
-
- 0xFE89290: 8147000C lwz r10,12(r7)
- 77: GETL R7, t60
- 78: ADDL $0xC, t60
- 79: LDL (t60), t62
- 80: PUTL t62, R10
- 81: INCEIPL $4
-
- 0xFE89294: 7F864000 cmp cr7,r6,r8
- 82: GETL R6, t64
- 83: GETL R8, t66
- 84: CMPL t64, t66, t68 (-rSo)
- 85: ICRFL t68, $0x7, CR
- 86: INCEIPL $4
-
- 0xFE89298: 394A0200 addi r10,r10,512
- 87: GETL R10, t70
- 88: ADDL $0x200, t70
- 89: PUTL t70, R10
- 90: INCEIPL $4
-
- 0xFE8929C: 91480038 stw r10,56(r8)
- 91: GETL R10, t72
- 92: GETL R8, t74
- 93: ADDL $0x38, t74
- 94: STL t72, (t74)
- 95: INCEIPL $4
-
- 0xFE892A0: 80870004 lwz r4,4(r7)
- 96: GETL R7, t76
- 97: ADDL $0x4, t76
- 98: LDL (t76), t78
- 99: PUTL t78, R4
- 100: INCEIPL $4
-
- 0xFE892A4: 7CE31214 add r7,r3,r2
- 101: GETL R3, t80
- 102: GETL R2, t82
- 103: ADDL t80, t82
- 104: PUTL t82, R7
- 105: INCEIPL $4
-
- 0xFE892A8: 38040200 addi r0,r4,512
- 106: GETL R4, t84
- 107: ADDL $0x200, t84
- 108: PUTL t84, R0
- 109: INCEIPL $4
-
- 0xFE892AC: 9008003C stw r0,60(r8)
- 110: GETL R0, t86
- 111: GETL R8, t88
- 112: ADDL $0x3C, t88
- 113: STL t86, (t88)
- 114: INCEIPL $4
-
- 0xFE892B0: 419E0068 bc 12,30,0xFE89318
- 115: Js30o $0xFE89318
-
-
-
-. 2074 FE8924C 104
-. 93 C1 00 08 7F C8 02 A6 7C 08 03 A6 81 1E 1D 78 81 7E 1D 50 7D 8B 12 14 80 7E 1C F8 80 A8 00 00 81 3E 1D 8C 81 7E 1B 80 7D 29 12 14 80 C5 00 24 38 E5 00 24 7D 6B 12 14 38 A6 01 00 80 CC 00 00 90 A8 00 34 81 47 00 0C 7F 86 40 00 39 4A 02 00 91 48 00 38 80 87 00 04 7C E3 12 14 38 04 02 00 90 08 00 3C 41 9E 00 68
-==== BB 2075 (0xFE89318) approx BBs exec'd 0 ====
-
- 0xFE89318: 90A70000 stw r5,0(r7)
- 0: GETL R5, t0
- 1: GETL R7, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0xFE8931C: 90090000 stw r0,0(r9)
- 4: GETL R0, t4
- 5: GETL R9, t6
- 6: STL t4, (t6)
- 7: INCEIPL $4
-
- 0xFE89320: 914B0000 stw r10,0(r11)
- 8: GETL R10, t8
- 9: GETL R11, t10
- 10: STL t8, (t10)
- 11: INCEIPL $4
-
- 0xFE89324: 4BFFFF90 b 0xFE892B4
- 12: JMPo $0xFE892B4 ($4)
-
-
-
-. 2075 FE89318 16
-. 90 A7 00 00 90 09 00 00 91 4B 00 00 4B FF FF 90
-==== BB 2076 (0xFE892B4) approx BBs exec'd 0 ====
-
- 0xFE892B4: 80A60000 lwz r5,0(r6)
- 0: GETL R6, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R5
- 3: INCEIPL $4
-
- 0xFE892B8: 813E1DE0 lwz r9,7648(r30)
- 4: GETL R30, t4
- 5: ADDL $0x1DE0, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R9
- 8: INCEIPL $4
-
- 0xFE892BC: 81450024 lwz r10,36(r5)
- 9: GETL R5, t8
- 10: ADDL $0x24, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R10
- 13: INCEIPL $4
-
- 0xFE892C0: 81050028 lwz r8,40(r5)
- 14: GETL R5, t12
- 15: ADDL $0x28, t12
- 16: LDL (t12), t14
- 17: PUTL t14, R8
- 18: INCEIPL $4
-
- 0xFE892C4: 80E50030 lwz r7,48(r5)
- 19: GETL R5, t16
- 20: ADDL $0x30, t16
- 21: LDL (t16), t18
- 22: PUTL t18, R7
- 23: INCEIPL $4
-
- 0xFE892C8: 380A0100 addi r0,r10,256
- 24: GETL R10, t20
- 25: ADDL $0x100, t20
- 26: PUTL t20, R0
- 27: INCEIPL $4
-
- 0xFE892CC: 80650064 lwz r3,100(r5)
- 28: GETL R5, t22
- 29: ADDL $0x64, t22
- 30: LDL (t22), t24
- 31: PUTL t24, R3
- 32: INCEIPL $4
-
- 0xFE892D0: 39680200 addi r11,r8,512
- 33: GETL R8, t26
- 34: ADDL $0x200, t26
- 35: PUTL t26, R11
- 36: INCEIPL $4
-
- 0xFE892D4: 81850038 lwz r12,56(r5)
- 37: GETL R5, t28
- 38: ADDL $0x38, t28
- 39: LDL (t28), t30
- 40: PUTL t30, R12
- 41: INCEIPL $4
-
- 0xFE892D8: 38C70200 addi r6,r7,512
- 42: GETL R7, t32
- 43: ADDL $0x200, t32
- 44: PUTL t32, R6
- 45: INCEIPL $4
-
- 0xFE892DC: 80850060 lwz r4,96(r5)
- 46: GETL R5, t34
- 47: ADDL $0x60, t34
- 48: LDL (t34), t36
- 49: PUTL t36, R4
- 50: INCEIPL $4
-
- 0xFE892E0: 815E1C7C lwz r10,7292(r30)
- 51: GETL R30, t38
- 52: ADDL $0x1C7C, t38
- 53: LDL (t38), t40
- 54: PUTL t40, R10
- 55: INCEIPL $4
-
- 0xFE892E4: 80BE1BDC lwz r5,7132(r30)
- 56: GETL R30, t42
- 57: ADDL $0x1BDC, t42
- 58: LDL (t42), t44
- 59: PUTL t44, R5
- 60: INCEIPL $4
-
- 0xFE892E8: 80FE1E18 lwz r7,7704(r30)
- 61: GETL R30, t46
- 62: ADDL $0x1E18, t46
- 63: LDL (t46), t48
- 64: PUTL t48, R7
- 65: INCEIPL $4
-
- 0xFE892EC: 811E1D84 lwz r8,7556(r30)
- 66: GETL R30, t50
- 67: ADDL $0x1D84, t50
- 68: LDL (t50), t52
- 69: PUTL t52, R8
- 70: INCEIPL $4
-
- 0xFE892F0: 90090000 stw r0,0(r9)
- 71: GETL R0, t54
- 72: GETL R9, t56
- 73: STL t54, (t56)
- 74: INCEIPL $4
-
- 0xFE892F4: 813E1BC0 lwz r9,7104(r30)
- 75: GETL R30, t58
- 76: ADDL $0x1BC0, t58
- 77: LDL (t58), t60
- 78: PUTL t60, R9
- 79: INCEIPL $4
-
- 0xFE892F8: 83C10008 lwz r30,8(r1)
- 80: GETL R1, t62
- 81: ADDL $0x8, t62
- 82: LDL (t62), t64
- 83: PUTL t64, R30
- 84: INCEIPL $4
-
- 0xFE892FC: 38210010 addi r1,r1,16
- 85: GETL R1, t66
- 86: ADDL $0x10, t66
- 87: PUTL t66, R1
- 88: INCEIPL $4
-
- 0xFE89300: 91650000 stw r11,0(r5)
- 89: GETL R11, t68
- 90: GETL R5, t70
- 91: STL t68, (t70)
- 92: INCEIPL $4
-
- 0xFE89304: 90CA0000 stw r6,0(r10)
- 93: GETL R6, t72
- 94: GETL R10, t74
- 95: STL t72, (t74)
- 96: INCEIPL $4
-
- 0xFE89308: 91870000 stw r12,0(r7)
- 97: GETL R12, t76
- 98: GETL R7, t78
- 99: STL t76, (t78)
- 100: INCEIPL $4
-
- 0xFE8930C: 90890000 stw r4,0(r9)
- 101: GETL R4, t80
- 102: GETL R9, t82
- 103: STL t80, (t82)
- 104: INCEIPL $4
-
- 0xFE89310: 90680000 stw r3,0(r8)
- 105: GETL R3, t84
- 106: GETL R8, t86
- 107: STL t84, (t86)
- 108: INCEIPL $4
-
- 0xFE89314: 4E800020 blr
- 109: GETL LR, t88
- 110: JMPo-r t88 ($4)
-
-
-
-. 2076 FE892B4 100
-. 80 A6 00 00 81 3E 1D E0 81 45 00 24 81 05 00 28 80 E5 00 30 38 0A 01 00 80 65 00 64 39 68 02 00 81 85 00 38 38 C7 02 00 80 85 00 60 81 5E 1C 7C 80 BE 1B DC 80 FE 1E 18 81 1E 1D 84 90 09 00 00 81 3E 1B C0 83 C1 00 08 38 21 00 10 91 65 00 00 90 CA 00 00 91 87 00 00 90 89 00 00 90 68 00 00 4E 80 00 20
-==== BB 2077 (0xFE86EC4) approx BBs exec'd 0 ====
-
- 0xFE86EC4: 4BFFFF9C b 0xFE86E60
- 0: JMPo $0xFE86E60 ($4)
-
-
-
-. 2077 FE86EC4 4
-. 4B FF FF 9C
-==== BB 2078 (0xFE86E60) approx BBs exec'd 0 ====
-
- 0xFE86E60: 807A0040 lwz r3,64(r26)
- 0: GETL R26, t0
- 1: ADDL $0x40, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFE86E64: 839C0008 lwz r28,8(r28)
- 5: GETL R28, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R28
- 9: INCEIPL $4
-
- 0xFE86E68: 7F03B000 cmp cr6,r3,r22
- 10: GETL R3, t8
- 11: GETL R22, t10
- 12: CMPL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x6, CR
- 14: INCEIPL $4
-
- 0xFE86E6C: 7C03E000 cmp cr0,r3,r28
- 15: GETL R3, t14
- 16: GETL R28, t16
- 17: CMPL t14, t16, t18 (-rSo)
- 18: ICRFL t18, $0x0, CR
- 19: INCEIPL $4
-
- 0xFE86E70: 41820010 bc 12,2,0xFE86E80
- 20: Js02o $0xFE86E80
-
-
-
-. 2078 FE86E60 20
-. 80 7A 00 40 83 9C 00 08 7F 03 B0 00 7C 03 E0 00 41 82 00 10
-==== BB 2079 (0xFE86E74) approx BBs exec'd 0 ====
-
- 0xFE86E74: 419A0008 bc 12,26,0xFE86E7C
- 0: Js26o $0xFE86E7C
-
-
-
-. 2079 FE86E74 4
-. 41 9A 00 08
-==== BB 2080 (0xFE86E7C) approx BBs exec'd 0 ====
-
- 0xFE86E7C: 939A0040 stw r28,64(r26)
- 0: GETL R28, t0
- 1: GETL R26, t2
- 2: ADDL $0x40, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFE86E80: 2F1B000C cmpi cr6,r27,12
- 5: GETL R27, t4
- 6: MOVL $0xC, t8
- 7: CMPL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x6, CR
- 9: INCEIPL $4
-
- 0xFE86E84: 4099FFB0 bc 4,25,0xFE86E34
- 10: Jc25o $0xFE86E34
-
-
-
-. 2080 FE86E7C 12
-. 93 9A 00 40 2F 1B 00 0C 40 99 FF B0
-==== BB 2081 (0xFE86E34) approx BBs exec'd 0 ====
-
- 0xFE86E34: 2F9B0006 cmpi cr7,r27,6
- 0: GETL R27, t0
- 1: MOVL $0x6, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFE86E38: 5769103A rlwinm r9,r27,2,0,29
- 5: GETL R27, t6
- 6: SHLL $0x2, t6
- 7: PUTL t6, R9
- 8: INCEIPL $4
-
- 0xFE86E3C: 7F89EA14 add r28,r9,r29
- 9: GETL R9, t8
- 10: GETL R29, t10
- 11: ADDL t8, t10
- 12: PUTL t10, R28
- 13: INCEIPL $4
-
- 0xFE86E40: 3B7B0001 addi r27,r27,1
- 14: GETL R27, t12
- 15: ADDL $0x1, t12
- 16: PUTL t12, R27
- 17: INCEIPL $4
-
- 0xFE86E44: 7F49C214 add r26,r9,r24
- 18: GETL R9, t14
- 19: GETL R24, t16
- 20: ADDL t14, t16
- 21: PUTL t16, R26
- 22: INCEIPL $4
-
- 0xFE86E48: 419E0038 bc 12,30,0xFE86E80
- 23: Js30o $0xFE86E80
-
-
-
-. 2081 FE86E34 24
-. 2F 9B 00 06 57 69 10 3A 7F 89 EA 14 3B 7B 00 01 7F 49 C2 14 41 9E 00 38
-==== BB 2082 (0xFE86E80) approx BBs exec'd 0 ====
-
- 0xFE86E80: 2F1B000C cmpi cr6,r27,12
- 0: GETL R27, t0
- 1: MOVL $0xC, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x6, CR
- 4: INCEIPL $4
-
- 0xFE86E84: 4099FFB0 bc 4,25,0xFE86E34
- 5: Jc25o $0xFE86E34
-
-
-
-. 2082 FE86E80 8
-. 2F 1B 00 0C 40 99 FF B0
-==== BB 2083 (0xFE86E88) approx BBs exec'd 0 ====
-
- 0xFE86E88: 80780058 lwz r3,88(r24)
- 0: GETL R24, t0
- 1: ADDL $0x58, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFE86E8C: 7F83B800 cmp cr7,r3,r23
- 5: GETL R3, t4
- 6: GETL R23, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x7, CR
- 9: INCEIPL $4
-
- 0xFE86E90: 419E0018 bc 12,30,0xFE86EA8
- 10: Js30o $0xFE86EA8
-
-
-
-. 2083 FE86E88 12
-. 80 78 00 58 7F 83 B8 00 41 9E 00 18
-==== BB 2084 (0xFE86E94) approx BBs exec'd 0 ====
-
- 0xFE86E94: 839E1CB8 lwz r28,7352(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1CB8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0xFE86E98: 7C83E000 cmp cr1,r3,r28
- 5: GETL R3, t4
- 6: GETL R28, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x1, CR
- 9: INCEIPL $4
-
- 0xFE86E9C: 41860008 bc 12,6,0xFE86EA4
- 10: Js06o $0xFE86EA4
-
-
-
-. 2084 FE86E94 12
-. 83 9E 1C B8 7C 83 E0 00 41 86 00 08
-==== BB 2085 (0xFE86EA4) approx BBs exec'd 0 ====
-
- 0xFE86EA4: 92F80058 stw r23,88(r24)
- 0: GETL R23, t0
- 1: GETL R24, t2
- 2: ADDL $0x58, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFE86EA8: 831E1B1C lwz r24,6940(r30)
- 5: GETL R30, t4
- 6: ADDL $0x1B1C, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R24
- 9: INCEIPL $4
-
- 0xFE86EAC: 80D80000 lwz r6,0(r24)
- 10: GETL R24, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R6
- 13: INCEIPL $4
-
- 0xFE86EB0: 38A60001 addi r5,r6,1
- 14: GETL R6, t12
- 15: ADDL $0x1, t12
- 16: PUTL t12, R5
- 17: INCEIPL $4
-
- 0xFE86EB4: 90B80000 stw r5,0(r24)
- 18: GETL R5, t14
- 19: GETL R24, t16
- 20: STL t14, (t16)
- 21: INCEIPL $4
-
- 0xFE86EB8: 4BFFFDB8 b 0xFE86C70
- 22: JMPo $0xFE86C70 ($4)
-
-
-
-. 2085 FE86EA4 24
-. 92 F8 00 58 83 1E 1B 1C 80 D8 00 00 38 A6 00 01 90 B8 00 00 4B FF FD B8
-==== BB 2086 (0xFE86C70) approx BBs exec'd 0 ====
-
- 0xFE86C70: 39400000 li r10,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R10
- 2: INCEIPL $4
-
- 0xFE86C74: 7C0004AC sync
- 3: INCEIPL $4
-
- 0xFE86C78: 7D00C828 lwarx r8,r0,r25
- 4: GETL R25, t2
- 5: LOCKo
- 6: LDL (t2), t4
- 7: PUTL t4, R8
- 8: INCEIPL $4
-
- 0xFE86C7C: 7D40C92D stwcx. r10,r0,r25
- 9: GETL R25, t6
- 10: GETL R10, t8
- 11: LOCKo
- 12: STL t8, (t6) (-rSo)
- 13: ICRFL cr, $0x0, CR
- 14: INCEIPL $4
-
- 0xFE86C80: 40A2FFF8 bc 5,2,0xFE86C78
- 15: Jc02o $0xFE86C78
-
-
-
-. 2086 FE86C70 20
-. 39 40 00 00 7C 00 04 AC 7D 00 C8 28 7D 40 C9 2D 40 A2 FF F8
-==== BB 2087 (0xFE86C84) approx BBs exec'd 0 ====
-
- 0xFE86C84: 2F080001 cmpi cr6,r8,1
- 0: GETL R8, t0
- 1: MOVL $0x1, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x6, CR
- 4: INCEIPL $4
-
- 0xFE86C88: 41990240 bc 12,25,0xFE86EC8
- 5: Js25o $0xFE86EC8
-
-
-
-. 2087 FE86C84 8
-. 2F 08 00 01 41 99 02 40
-==== BB 2088 (0xFE86C8C) approx BBs exec'd 0 ====
-
- 0xFE86C8C: 807F0090 lwz r3,144(r31)
- 0: GETL R31, t0
- 1: ADDL $0x90, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFE86C90: 481236A1 bl 0xFFAA330
- 5: MOVL $0xFE86C94, t4
- 6: PUTL t4, LR
- 7: JMPo-c $0xFFAA330 ($4)
-
-
-
-. 2088 FE86C8C 8
-. 80 7F 00 90 48 12 36 A1
-==== BB 2089 (0xFE86C94) approx BBs exec'd 0 ====
-
- 0xFE86C94: 7EE3BB78 or r3,r23,r23
- 0: GETL R23, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE86C98: 4BFFFC6C b 0xFE86904
- 3: JMPo $0xFE86904 ($4)
-
-
-
-. 2089 FE86C94 8
-. 7E E3 BB 78 4B FF FC 6C
-==== BB 2090 (0xFE86904) approx BBs exec'd 0 ====
-
- 0xFE86904: 80A10000 lwz r5,0(r1)
- 0: GETL R1, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R5
- 3: INCEIPL $4
-
- 0xFE86908: 83650004 lwz r27,4(r5)
- 4: GETL R5, t4
- 5: ADDL $0x4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R27
- 8: INCEIPL $4
-
- 0xFE8690C: 8245FFC8 lwz r18,-56(r5)
- 9: GETL R5, t8
- 10: ADDL $0xFFFFFFC8, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R18
- 13: INCEIPL $4
-
- 0xFE86910: 7F6803A6 mtlr r27
- 14: GETL R27, t12
- 15: PUTL t12, LR
- 16: INCEIPL $4
-
- 0xFE86914: 8265FFCC lwz r19,-52(r5)
- 17: GETL R5, t14
- 18: ADDL $0xFFFFFFCC, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R19
- 21: INCEIPL $4
-
- 0xFE86918: 8285FFD0 lwz r20,-48(r5)
- 22: GETL R5, t18
- 23: ADDL $0xFFFFFFD0, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R20
- 26: INCEIPL $4
-
- 0xFE8691C: 82A5FFD4 lwz r21,-44(r5)
- 27: GETL R5, t22
- 28: ADDL $0xFFFFFFD4, t22
- 29: LDL (t22), t24
- 30: PUTL t24, R21
- 31: INCEIPL $4
-
- 0xFE86920: 82C5FFD8 lwz r22,-40(r5)
- 32: GETL R5, t26
- 33: ADDL $0xFFFFFFD8, t26
- 34: LDL (t26), t28
- 35: PUTL t28, R22
- 36: INCEIPL $4
-
- 0xFE86924: 82E5FFDC lwz r23,-36(r5)
- 37: GETL R5, t30
- 38: ADDL $0xFFFFFFDC, t30
- 39: LDL (t30), t32
- 40: PUTL t32, R23
- 41: INCEIPL $4
-
- 0xFE86928: 8305FFE0 lwz r24,-32(r5)
- 42: GETL R5, t34
- 43: ADDL $0xFFFFFFE0, t34
- 44: LDL (t34), t36
- 45: PUTL t36, R24
- 46: INCEIPL $4
-
- 0xFE8692C: 8325FFE4 lwz r25,-28(r5)
- 47: GETL R5, t38
- 48: ADDL $0xFFFFFFE4, t38
- 49: LDL (t38), t40
- 50: PUTL t40, R25
- 51: INCEIPL $4
-
- 0xFE86930: 8345FFE8 lwz r26,-24(r5)
- 52: GETL R5, t42
- 53: ADDL $0xFFFFFFE8, t42
- 54: LDL (t42), t44
- 55: PUTL t44, R26
- 56: INCEIPL $4
-
- 0xFE86934: 8365FFEC lwz r27,-20(r5)
- 57: GETL R5, t46
- 58: ADDL $0xFFFFFFEC, t46
- 59: LDL (t46), t48
- 60: PUTL t48, R27
- 61: INCEIPL $4
-
- 0xFE86938: 8385FFF0 lwz r28,-16(r5)
- 62: GETL R5, t50
- 63: ADDL $0xFFFFFFF0, t50
- 64: LDL (t50), t52
- 65: PUTL t52, R28
- 66: INCEIPL $4
-
- 0xFE8693C: 83A5FFF4 lwz r29,-12(r5)
- 67: GETL R5, t54
- 68: ADDL $0xFFFFFFF4, t54
- 69: LDL (t54), t56
- 70: PUTL t56, R29
- 71: INCEIPL $4
-
- 0xFE86940: 83C5FFF8 lwz r30,-8(r5)
- 72: GETL R5, t58
- 73: ADDL $0xFFFFFFF8, t58
- 74: LDL (t58), t60
- 75: PUTL t60, R30
- 76: INCEIPL $4
-
- 0xFE86944: 83E5FFFC lwz r31,-4(r5)
- 77: GETL R5, t62
- 78: ADDL $0xFFFFFFFC, t62
- 79: LDL (t62), t64
- 80: PUTL t64, R31
- 81: INCEIPL $4
-
- 0xFE86948: 7CA12B78 or r1,r5,r5
- 82: GETL R5, t66
- 83: PUTL t66, R1
- 84: INCEIPL $4
-
- 0xFE8694C: 4E800020 blr
- 85: GETL LR, t68
- 86: JMPo-r t68 ($4)
-
-
-
-. 2090 FE86904 76
-. 80 A1 00 00 83 65 00 04 82 45 FF C8 7F 68 03 A6 82 65 FF CC 82 85 FF D0 82 A5 FF D4 82 C5 FF D8 82 E5 FF DC 83 05 FF E0 83 25 FF E4 83 45 FF E8 83 65 FF EC 83 85 FF F0 83 A5 FF F4 83 C5 FF F8 83 E5 FF FC 7C A1 2B 78 4E 80 00 20
-==== BB 2091 (0x10001614) approx BBs exec'd 0 ====
-
- 0x10001614: 809E0088 lwz r4,136(r30)
- 0: GETL R30, t0
- 1: ADDL $0x88, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x10001618: 807E008C lwz r3,140(r30)
- 5: GETL R30, t4
- 6: ADDL $0x8C, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0x1000161C: 837E0204 lwz r27,516(r30)
- 10: GETL R30, t8
- 11: ADDL $0x204, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R27
- 14: INCEIPL $4
-
- 0x10001620: 480195CD bl 0x1001ABEC
- 15: MOVL $0x10001624, t12
- 16: PUTL t12, LR
- 17: JMPo-c $0x1001ABEC ($4)
-
-
-
-. 2091 10001614 16
-. 80 9E 00 88 80 7E 00 8C 83 7E 02 04 48 01 95 CD
-==== BB 2092 (0x1001ABEC) approx BBs exec'd 0 ====
-
- 0x1001ABEC: 3960005C li r11,92
- 0: MOVL $0x5C, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0x1001ABF0: 4BFFFF1C b 0x1001AB0C
- 3: JMPo $0x1001AB0C ($4)
-
-
-
-. 2092 1001ABEC 8
-. 39 60 00 5C 4B FF FF 1C
-==== BB 2093 bindtextdomain(0xFE8A420) approx BBs exec'd 0 ====
-
- 0xFE8A420: 7CA802A6 mflr r5
- 0: GETL LR, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0xFE8A424: 9421FFE0 stwu r1,-32(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFE0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFE8A428: 90810008 stw r4,8(r1)
- 9: GETL R4, t6
- 10: GETL R1, t8
- 11: ADDL $0x8, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFE8A42C: 38810008 addi r4,r1,8
- 14: GETL R1, t10
- 15: ADDL $0x8, t10
- 16: PUTL t10, R4
- 17: INCEIPL $4
-
- 0xFE8A430: 90A10024 stw r5,36(r1)
- 18: GETL R5, t12
- 19: GETL R1, t14
- 20: ADDL $0x24, t14
- 21: STL t12, (t14)
- 22: INCEIPL $4
-
- 0xFE8A434: 38A00000 li r5,0
- 23: MOVL $0x0, t16
- 24: PUTL t16, R5
- 25: INCEIPL $4
-
- 0xFE8A438: 4BFFFBB1 bl 0xFE89FE8
- 26: MOVL $0xFE8A43C, t18
- 27: PUTL t18, LR
- 28: JMPo-c $0xFE89FE8 ($4)
-
-
-
-. 2093 FE8A420 28
-. 7C A8 02 A6 94 21 FF E0 90 81 00 08 38 81 00 08 90 A1 00 24 38 A0 00 00 4B FF FB B1
-==== BB 2094 set_binding_values(0xFE89FE8) approx BBs exec'd 0 ====
-
- 0xFE89FE8: 9421FFD0 stwu r1,-48(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFD0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFE89FEC: 7D800026 mfcr r12
- 6: GETL CR, t4
- 7: PUTL t4, R12
- 8: INCEIPL $4
-
- 0xFE89FF0: 93810020 stw r28,32(r1)
- 9: GETL R28, t6
- 10: GETL R1, t8
- 11: ADDL $0x20, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFE89FF4: 7C7C1B79 or. r28,r3,r3
- 14: GETL R3, t10
- 15: PUTL t10, R28
- 16: CMP0L t10, t12 (-rSo)
- 17: ICRFL t12, $0x0, CR
- 18: INCEIPL $4
-
- 0xFE89FF8: 7C0802A6 mflr r0
- 19: GETL LR, t14
- 20: PUTL t14, R0
- 21: INCEIPL $4
-
- 0xFE89FFC: 4811DE55 bl 0xFFA7E50
- 22: MOVL $0xFE8A000, t16
- 23: PUTL t16, LR
- 24: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 2094 FE89FE8 24
-. 94 21 FF D0 7D 80 00 26 93 81 00 20 7C 7C 1B 79 7C 08 02 A6 48 11 DE 55
-==== BB 2095 (0xFE8A000) approx BBs exec'd 0 ====
-
- 0xFE8A000: 93410018 stw r26,24(r1)
- 0: GETL R26, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFE8A004: 7CBA2B78 or r26,r5,r5
- 5: GETL R5, t4
- 6: PUTL t4, R26
- 7: INCEIPL $4
-
- 0xFE8A008: 93A10024 stw r29,36(r1)
- 8: GETL R29, t6
- 9: GETL R1, t8
- 10: ADDL $0x24, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFE8A00C: 7C9D2378 or r29,r4,r4
- 13: GETL R4, t10
- 14: PUTL t10, R29
- 15: INCEIPL $4
-
- 0xFE8A010: 93C10028 stw r30,40(r1)
- 16: GETL R30, t12
- 17: GETL R1, t14
- 18: ADDL $0x28, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0xFE8A014: 7FC802A6 mflr r30
- 21: GETL LR, t16
- 22: PUTL t16, R30
- 23: INCEIPL $4
-
- 0xFE8A018: 92E1000C stw r23,12(r1)
- 24: GETL R23, t18
- 25: GETL R1, t20
- 26: ADDL $0xC, t20
- 27: STL t18, (t20)
- 28: INCEIPL $4
-
- 0xFE8A01C: 93010010 stw r24,16(r1)
- 29: GETL R24, t22
- 30: GETL R1, t24
- 31: ADDL $0x10, t24
- 32: STL t22, (t24)
- 33: INCEIPL $4
-
- 0xFE8A020: 93210014 stw r25,20(r1)
- 34: GETL R25, t26
- 35: GETL R1, t28
- 36: ADDL $0x14, t28
- 37: STL t26, (t28)
- 38: INCEIPL $4
-
- 0xFE8A024: 9361001C stw r27,28(r1)
- 39: GETL R27, t30
- 40: GETL R1, t32
- 41: ADDL $0x1C, t32
- 42: STL t30, (t32)
- 43: INCEIPL $4
-
- 0xFE8A028: 93E1002C stw r31,44(r1)
- 44: GETL R31, t34
- 45: GETL R1, t36
- 46: ADDL $0x2C, t36
- 47: STL t34, (t36)
- 48: INCEIPL $4
-
- 0xFE8A02C: 90010034 stw r0,52(r1)
- 49: GETL R0, t38
- 50: GETL R1, t40
- 51: ADDL $0x34, t40
- 52: STL t38, (t40)
- 53: INCEIPL $4
-
- 0xFE8A030: 91810008 stw r12,8(r1)
- 54: GETL R12, t42
- 55: GETL R1, t44
- 56: ADDL $0x8, t44
- 57: STL t42, (t44)
- 58: INCEIPL $4
-
- 0xFE8A034: 4182014C bc 12,2,0xFE8A180
- 59: Js02o $0xFE8A180
-
-
-
-. 2095 FE8A000 56
-. 93 41 00 18 7C BA 2B 78 93 A1 00 24 7C 9D 23 78 93 C1 00 28 7F C8 02 A6 92 E1 00 0C 93 01 00 10 93 21 00 14 93 61 00 1C 93 E1 00 2C 90 01 00 34 91 81 00 08 41 82 01 4C
-==== BB 2096 (0xFE8A038) approx BBs exec'd 0 ====
-
- 0xFE8A038: 887C0000 lbz r3,0(r28)
- 0: GETL R28, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0xFE8A03C: 2F830000 cmpi cr7,r3,0
- 4: GETL R3, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x7, CR
- 7: INCEIPL $4
-
- 0xFE8A040: 419E0140 bc 12,30,0xFE8A180
- 8: Js30o $0xFE8A180
-
-
-
-. 2096 FE8A038 12
-. 88 7C 00 00 2F 83 00 00 41 9E 01 40
-==== BB 2097 (0xFE8A044) approx BBs exec'd 0 ====
-
- 0xFE8A044: 82FE1B48 lwz r23,6984(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1B48, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R23
- 4: INCEIPL $4
-
- 0xFE8A048: 801700A4 lwz r0,164(r23)
- 5: GETL R23, t4
- 6: ADDL $0xA4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R0
- 9: INCEIPL $4
-
- 0xFE8A04C: 2E000000 cmpi cr4,r0,0
- 10: GETL R0, t8
- 11: CMP0L t8, t10 (-rSo)
- 12: ICRFL t10, $0x4, CR
- 13: INCEIPL $4
-
- 0xFE8A050: 4092018C bc 4,18,0xFE8A1DC
- 14: Jc18o $0xFE8A1DC
-
-
-
-. 2097 FE8A044 16
-. 82 FE 1B 48 80 17 00 A4 2E 00 00 00 40 92 01 8C
-==== BB 2098 (0xFE8A054) approx BBs exec'd 0 ====
-
- 0xFE8A054: 833E1AC8 lwz r25,6856(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1AC8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R25
- 4: INCEIPL $4
-
- 0xFE8A058: 3B000000 li r24,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R24
- 7: INCEIPL $4
-
- 0xFE8A05C: 83F90000 lwz r31,0(r25)
- 8: GETL R25, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R31
- 11: INCEIPL $4
-
- 0xFE8A060: 48000020 b 0xFE8A080
- 12: JMPo $0xFE8A080 ($4)
-
-
-
-. 2098 FE8A054 16
-. 83 3E 1A C8 3B 00 00 00 83 F9 00 00 48 00 00 20
-==== BB 2099 (0xFE8A080) approx BBs exec'd 0 ====
-
- 0xFE8A080: 2E1F0000 cmpi cr4,r31,0
- 0: GETL R31, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0xFE8A084: 4092FFE0 bc 4,18,0xFE8A064
- 4: Jc18o $0xFE8A064
-
-
-
-. 2099 FE8A080 8
-. 2E 1F 00 00 40 92 FF E0
-==== BB 2100 (0xFE8A088) approx BBs exec'd 0 ====
-
- 0xFE8A088: 2E1D0000 cmpi cr4,r29,0
- 0: GETL R29, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0xFE8A08C: 41920014 bc 12,18,0xFE8A0A0
- 4: Js18o $0xFE8A0A0
-
-
-
-. 2100 FE8A088 8
-. 2E 1D 00 00 41 92 00 14
-==== BB 2101 (0xFE8A090) approx BBs exec'd 0 ====
-
- 0xFE8A090: 817D0000 lwz r11,0(r29)
- 0: GETL R29, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R11
- 3: INCEIPL $4
-
- 0xFE8A094: 2D9A0000 cmpi cr3,r26,0
- 4: GETL R26, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x3, CR
- 7: INCEIPL $4
-
- 0xFE8A098: 2F0B0000 cmpi cr6,r11,0
- 8: GETL R11, t8
- 9: CMP0L t8, t10 (-rSo)
- 10: ICRFL t10, $0x6, CR
- 11: INCEIPL $4
-
- 0xFE8A09C: 409A0018 bc 4,26,0xFE8A0B4
- 12: Jc26o $0xFE8A0B4
-
-
-
-. 2101 FE8A090 16
-. 81 7D 00 00 2D 9A 00 00 2F 0B 00 00 40 9A 00 18
-==== BB 2102 (0xFE8A0B4) approx BBs exec'd 0 ====
-
- 0xFE8A0B4: 7F83E378 or r3,r28,r28
- 0: GETL R28, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE8A0B8: 4804CA21 bl 0xFED6AD8
- 3: MOVL $0xFE8A0BC, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0xFED6AD8 ($4)
-
-
-
-. 2102 FE8A0B4 8
-. 7F 83 E3 78 48 04 CA 21
-==== BB 2103 (0xFE8A0BC) approx BBs exec'd 0 ====
-
- 0xFE8A0BC: 7C7B1B78 or r27,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R27
- 2: INCEIPL $4
-
- 0xFE8A0C0: 38630011 addi r3,r3,17
- 3: GETL R3, t2
- 4: ADDL $0x11, t2
- 5: PUTL t2, R3
- 6: INCEIPL $4
-
- 0xFE8A0C4: 3BFB0001 addi r31,r27,1
- 7: GETL R27, t4
- 8: ADDL $0x1, t4
- 9: PUTL t4, R31
- 10: INCEIPL $4
-
- 0xFE8A0C8: 48120241 bl 0xFFAA308
- 11: MOVL $0xFE8A0CC, t6
- 12: PUTL t6, LR
- 13: JMPo-c $0xFFAA308 ($4)
-
-
-
-. 2103 FE8A0BC 16
-. 7C 7B 1B 78 38 63 00 11 3B FB 00 01 48 12 02 41
-==== BB 2104 (0xFE8A0CC) approx BBs exec'd 0 ====
-
- 0xFE8A0CC: 7C7B1B79 or. r27,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R27
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0xFE8A0D0: 418202E0 bc 12,2,0xFE8A3B0
- 5: Js02o $0xFE8A3B0
-
-
-
-. 2104 FE8A0CC 8
-. 7C 7B 1B 79 41 82 02 E0
-==== BB 2105 (0xFE8A0D4) approx BBs exec'd 0 ====
-
- 0xFE8A0D4: 7FE5FB78 or r5,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0xFE8A0D8: 387B0010 addi r3,r27,16
- 3: GETL R27, t2
- 4: ADDL $0x10, t2
- 5: PUTL t2, R3
- 6: INCEIPL $4
-
- 0xFE8A0DC: 7F84E378 or r4,r28,r28
- 7: GETL R28, t4
- 8: PUTL t4, R4
- 9: INCEIPL $4
-
- 0xFE8A0E0: 4804E5F9 bl 0xFED86D8
- 10: MOVL $0xFE8A0E4, t6
- 11: PUTL t6, LR
- 12: JMPo-c $0xFED86D8 ($4)
-
-
-
-. 2105 FE8A0D4 16
-. 7F E5 FB 78 38 7B 00 10 7F 84 E3 78 48 04 E5 F9
-==== BB 2106 (0xFE8A0E4) approx BBs exec'd 0 ====
-
- 0xFE8A0E4: 41920108 bc 12,18,0xFE8A1EC
- 0: Js18o $0xFE8A1EC
-
-
-
-. 2106 FE8A0E4 4
-. 41 92 01 08
-==== BB 2107 (0xFE8A0E8) approx BBs exec'd 0 ====
-
- 0xFE8A0E8: 83FD0000 lwz r31,0(r29)
- 0: GETL R29, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R31
- 3: INCEIPL $4
-
- 0xFE8A0EC: 807E1C48 lwz r3,7240(r30)
- 4: GETL R30, t4
- 5: ADDL $0x1C48, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R3
- 8: INCEIPL $4
-
- 0xFE8A0F0: 2C9F0000 cmpi cr1,r31,0
- 9: GETL R31, t8
- 10: CMP0L t8, t10 (-rSo)
- 11: ICRFL t10, $0x1, CR
- 12: INCEIPL $4
-
- 0xFE8A0F4: 4186001C bc 12,6,0xFE8A110
- 13: Js06o $0xFE8A110
-
-
-
-. 2107 FE8A0E8 16
-. 83 FD 00 00 80 7E 1C 48 2C 9F 00 00 41 86 00 1C
-==== BB 2108 (0xFE8A0F8) approx BBs exec'd 0 ====
-
- 0xFE8A0F8: 7C641B78 or r4,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0xFE8A0FC: 7FE3FB78 or r3,r31,r31
- 3: GETL R31, t2
- 4: PUTL t2, R3
- 5: INCEIPL $4
-
- 0xFE8A100: 4804C2B1 bl 0xFED63B0
- 6: MOVL $0xFE8A104, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0xFED63B0 ($4)
-
-
-
-. 2108 FE8A0F8 12
-. 7C 64 1B 78 7F E3 FB 78 48 04 C2 B1
-==== BB 2109 (0xFE8A104) approx BBs exec'd 0 ====
-
- 0xFE8A104: 2F030000 cmpi cr6,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0xFE8A108: 807E1C48 lwz r3,7240(r30)
- 4: GETL R30, t4
- 5: ADDL $0x1C48, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R3
- 8: INCEIPL $4
-
- 0xFE8A10C: 409A028C bc 4,26,0xFE8A398
- 9: Jc26o $0xFE8A398
-
-
-
-. 2109 FE8A104 12
-. 2F 03 00 00 80 7E 1C 48 40 9A 02 8C
-==== BB 2110 (0xFE8A110) approx BBs exec'd 0 ====
-
- 0xFE8A110: 39800000 li r12,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R12
- 2: INCEIPL $4
-
- 0xFE8A114: 907D0000 stw r3,0(r29)
- 3: GETL R3, t2
- 4: GETL R29, t4
- 5: STL t2, (t4)
- 6: INCEIPL $4
-
- 0xFE8A118: 919B0008 stw r12,8(r27)
- 7: GETL R12, t6
- 8: GETL R27, t8
- 9: ADDL $0x8, t8
- 10: STL t6, (t8)
- 11: INCEIPL $4
-
- 0xFE8A11C: 907B0004 stw r3,4(r27)
- 12: GETL R3, t10
- 13: GETL R27, t12
- 14: ADDL $0x4, t12
- 15: STL t10, (t12)
- 16: INCEIPL $4
-
- 0xFE8A120: 408E00E0 bc 4,14,0xFE8A200
- 17: Jc14o $0xFE8A200
-
-
-
-. 2110 FE8A110 20
-. 39 80 00 00 90 7D 00 00 91 9B 00 08 90 7B 00 04 40 8E 00 E0
-==== BB 2111 (0xFE8A124) approx BBs exec'd 0 ====
-
- 0xFE8A124: 935B000C stw r26,12(r27)
- 0: GETL R26, t0
- 1: GETL R27, t2
- 2: ADDL $0xC, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFE8A128: 83F90000 lwz r31,0(r25)
- 5: GETL R25, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R31
- 8: INCEIPL $4
-
- 0xFE8A12C: 2E1F0000 cmpi cr4,r31,0
- 9: GETL R31, t8
- 10: CMP0L t8, t10 (-rSo)
- 11: ICRFL t10, $0x4, CR
- 12: INCEIPL $4
-
- 0xFE8A130: 41920100 bc 12,18,0xFE8A230
- 13: Js18o $0xFE8A230
-
-
-
-. 2111 FE8A124 16
-. 93 5B 00 0C 83 F9 00 00 2E 1F 00 00 41 92 01 00
-==== BB 2112 (0xFE8A230) approx BBs exec'd 0 ====
-
- 0xFE8A230: 93FB0000 stw r31,0(r27)
- 0: GETL R31, t0
- 1: GETL R27, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0xFE8A234: 93790000 stw r27,0(r25)
- 4: GETL R27, t4
- 5: GETL R25, t6
- 6: STL t4, (t6)
- 7: INCEIPL $4
-
- 0xFE8A238: 835E1B1C lwz r26,6940(r30)
- 8: GETL R30, t8
- 9: ADDL $0x1B1C, t8
- 10: LDL (t8), t10
- 11: PUTL t10, R26
- 12: INCEIPL $4
-
- 0xFE8A23C: 80DA0000 lwz r6,0(r26)
- 13: GETL R26, t12
- 14: LDL (t12), t14
- 15: PUTL t14, R6
- 16: INCEIPL $4
-
- 0xFE8A240: 38A60001 addi r5,r6,1
- 17: GETL R6, t16
- 18: ADDL $0x1, t16
- 19: PUTL t16, R5
- 20: INCEIPL $4
-
- 0xFE8A244: 90BA0000 stw r5,0(r26)
- 21: GETL R5, t18
- 22: GETL R26, t20
- 23: STL t18, (t20)
- 24: INCEIPL $4
-
- 0xFE8A248: 801700A8 lwz r0,168(r23)
- 25: GETL R23, t22
- 26: ADDL $0xA8, t22
- 27: LDL (t22), t24
- 28: PUTL t24, R0
- 29: INCEIPL $4
-
- 0xFE8A24C: 2E000000 cmpi cr4,r0,0
- 30: GETL R0, t26
- 31: CMP0L t26, t28 (-rSo)
- 32: ICRFL t28, $0x4, CR
- 33: INCEIPL $4
-
- 0xFE8A250: 4192FF50 bc 12,18,0xFE8A1A0
- 34: Js18o $0xFE8A1A0
-
-
-
-. 2112 FE8A230 36
-. 93 FB 00 00 93 79 00 00 83 5E 1B 1C 80 DA 00 00 38 A6 00 01 90 BA 00 00 80 17 00 A8 2E 00 00 00 41 92 FF 50
-==== BB 2113 (0xFE8A1A0) approx BBs exec'd 0 ====
-
- 0xFE8A1A0: 82E10034 lwz r23,52(r1)
- 0: GETL R1, t0
- 1: ADDL $0x34, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R23
- 4: INCEIPL $4
-
- 0xFE8A1A4: 81810008 lwz r12,8(r1)
- 5: GETL R1, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R12
- 9: INCEIPL $4
-
- 0xFE8A1A8: 7EE803A6 mtlr r23
- 10: GETL R23, t8
- 11: PUTL t8, LR
- 12: INCEIPL $4
-
- 0xFE8A1AC: 83010010 lwz r24,16(r1)
- 13: GETL R1, t10
- 14: ADDL $0x10, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R24
- 17: INCEIPL $4
-
- 0xFE8A1B0: 82E1000C lwz r23,12(r1)
- 18: GETL R1, t14
- 19: ADDL $0xC, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R23
- 22: INCEIPL $4
-
- 0xFE8A1B4: 7D818120 mtcrf 0x18,r12
- 23: GETL R12, t18
- 24: ICRFL t18, $0x3, CR
- 25: ICRFL t18, $0x4, CR
- 26: INCEIPL $4
-
- 0xFE8A1B8: 83210014 lwz r25,20(r1)
- 27: GETL R1, t20
- 28: ADDL $0x14, t20
- 29: LDL (t20), t22
- 30: PUTL t22, R25
- 31: INCEIPL $4
-
- 0xFE8A1BC: 83410018 lwz r26,24(r1)
- 32: GETL R1, t24
- 33: ADDL $0x18, t24
- 34: LDL (t24), t26
- 35: PUTL t26, R26
- 36: INCEIPL $4
-
- 0xFE8A1C0: 8361001C lwz r27,28(r1)
- 37: GETL R1, t28
- 38: ADDL $0x1C, t28
- 39: LDL (t28), t30
- 40: PUTL t30, R27
- 41: INCEIPL $4
-
- 0xFE8A1C4: 83810020 lwz r28,32(r1)
- 42: GETL R1, t32
- 43: ADDL $0x20, t32
- 44: LDL (t32), t34
- 45: PUTL t34, R28
- 46: INCEIPL $4
-
- 0xFE8A1C8: 83A10024 lwz r29,36(r1)
- 47: GETL R1, t36
- 48: ADDL $0x24, t36
- 49: LDL (t36), t38
- 50: PUTL t38, R29
- 51: INCEIPL $4
-
- 0xFE8A1CC: 83C10028 lwz r30,40(r1)
- 52: GETL R1, t40
- 53: ADDL $0x28, t40
- 54: LDL (t40), t42
- 55: PUTL t42, R30
- 56: INCEIPL $4
-
- 0xFE8A1D0: 83E1002C lwz r31,44(r1)
- 57: GETL R1, t44
- 58: ADDL $0x2C, t44
- 59: LDL (t44), t46
- 60: PUTL t46, R31
- 61: INCEIPL $4
-
- 0xFE8A1D4: 38210030 addi r1,r1,48
- 62: GETL R1, t48
- 63: ADDL $0x30, t48
- 64: PUTL t48, R1
- 65: INCEIPL $4
-
- 0xFE8A1D8: 4E800020 blr
- 66: GETL LR, t50
- 67: JMPo-r t50 ($4)
-
-
-
-. 2113 FE8A1A0 60
-. 82 E1 00 34 81 81 00 08 7E E8 03 A6 83 01 00 10 82 E1 00 0C 7D 81 81 20 83 21 00 14 83 41 00 18 83 61 00 1C 83 81 00 20 83 A1 00 24 83 C1 00 28 83 E1 00 2C 38 21 00 30 4E 80 00 20
-==== BB 2114 (0xFE8A43C) approx BBs exec'd 0 ====
-
- 0xFE8A43C: 80010024 lwz r0,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFE8A440: 80610008 lwz r3,8(r1)
- 5: GETL R1, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0xFE8A444: 38210020 addi r1,r1,32
- 10: GETL R1, t8
- 11: ADDL $0x20, t8
- 12: PUTL t8, R1
- 13: INCEIPL $4
-
- 0xFE8A448: 7C0803A6 mtlr r0
- 14: GETL R0, t10
- 15: PUTL t10, LR
- 16: INCEIPL $4
-
- 0xFE8A44C: 4E800020 blr
- 17: GETL LR, t12
- 18: JMPo-r t12 ($4)
-
-
-
-. 2114 FE8A43C 20
-. 80 01 00 24 80 61 00 08 38 21 00 20 7C 08 03 A6 4E 80 00 20
-==== BB 2115 (0x10001624) approx BBs exec'd 0 ====
-
- 0x10001624: 807E008C lwz r3,140(r30)
- 0: GETL R30, t0
- 1: ADDL $0x8C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x10001628: 821E0018 lwz r16,24(r30)
- 5: GETL R30, t4
- 6: ADDL $0x18, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R16
- 9: INCEIPL $4
-
- 0x1000162C: 48019621 bl 0x1001AC4C
- 10: MOVL $0x10001630, t8
- 11: PUTL t8, LR
- 12: JMPo-c $0x1001AC4C ($4)
-
-
-
-. 2115 10001624 12
-. 80 7E 00 8C 82 1E 00 18 48 01 96 21
-==== BB 2116 (0x1001AC4C) approx BBs exec'd 0 ====
-
- 0x1001AC4C: 3960008C li r11,140
- 0: MOVL $0x8C, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0x1001AC50: 4BFFFEBC b 0x1001AB0C
- 3: JMPo $0x1001AB0C ($4)
-
-
-
-. 2116 1001AC4C 8
-. 39 60 00 8C 4B FF FE BC
-==== BB 2117 textdomain(0xFE8D790) approx BBs exec'd 0 ====
-
- 0xFE8D790: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFE8D794: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFE8D798: 93E1001C stw r31,28(r1)
- 9: GETL R31, t6
- 10: GETL R1, t8
- 11: ADDL $0x1C, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFE8D79C: 7C7F1B79 or. r31,r3,r3
- 14: GETL R3, t10
- 15: PUTL t10, R31
- 16: CMP0L t10, t12 (-rSo)
- 17: ICRFL t12, $0x0, CR
- 18: INCEIPL $4
-
- 0xFE8D7A0: 4811A6B1 bl 0xFFA7E50
- 19: MOVL $0xFE8D7A4, t14
- 20: PUTL t14, LR
- 21: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 2117 FE8D790 20
-. 94 21 FF E0 7C 08 02 A6 93 E1 00 1C 7C 7F 1B 79 48 11 A6 B1
-==== BB 2118 (0xFE8D7A4) approx BBs exec'd 0 ====
-
- 0xFE8D7A4: 93C10018 stw r30,24(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFE8D7A8: 93410008 stw r26,8(r1)
- 5: GETL R26, t4
- 6: GETL R1, t6
- 7: ADDL $0x8, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFE8D7AC: 7FC802A6 mflr r30
- 10: GETL LR, t8
- 11: PUTL t8, R30
- 12: INCEIPL $4
-
- 0xFE8D7B0: 9361000C stw r27,12(r1)
- 13: GETL R27, t10
- 14: GETL R1, t12
- 15: ADDL $0xC, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFE8D7B4: 93810010 stw r28,16(r1)
- 18: GETL R28, t14
- 19: GETL R1, t16
- 20: ADDL $0x10, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0xFE8D7B8: 93A10014 stw r29,20(r1)
- 23: GETL R29, t18
- 24: GETL R1, t20
- 25: ADDL $0x14, t20
- 26: STL t18, (t20)
- 27: INCEIPL $4
-
- 0xFE8D7BC: 90010024 stw r0,36(r1)
- 28: GETL R0, t22
- 29: GETL R1, t24
- 30: ADDL $0x24, t24
- 31: STL t22, (t24)
- 32: INCEIPL $4
-
- 0xFE8D7C0: 41820108 bc 12,2,0xFE8D8C8
- 33: Js02o $0xFE8D8C8
-
-
-
-. 2118 FE8D7A4 32
-. 93 C1 00 18 93 41 00 08 7F C8 02 A6 93 61 00 0C 93 81 00 10 93 A1 00 14 90 01 00 24 41 82 01 08
-==== BB 2119 (0xFE8D7C4) approx BBs exec'd 0 ====
-
- 0xFE8D7C4: 835E1B48 lwz r26,6984(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1B48, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0xFE8D7C8: 801A00A4 lwz r0,164(r26)
- 5: GETL R26, t4
- 6: ADDL $0xA4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R0
- 9: INCEIPL $4
-
- 0xFE8D7CC: 2F800000 cmpi cr7,r0,0
- 10: GETL R0, t8
- 11: CMP0L t8, t10 (-rSo)
- 12: ICRFL t10, $0x7, CR
- 13: INCEIPL $4
-
- 0xFE8D7D0: 409E00D0 bc 4,30,0xFE8D8A0
- 14: Jc30o $0xFE8D8A0
-
-
-
-. 2119 FE8D7C4 16
-. 83 5E 1B 48 80 1A 00 A4 2F 80 00 00 40 9E 00 D0
-==== BB 2120 (0xFE8D7D4) approx BBs exec'd 0 ====
-
- 0xFE8D7D4: 887F0000 lbz r3,0(r31)
- 0: GETL R31, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0xFE8D7D8: 837E1B14 lwz r27,6932(r30)
- 4: GETL R30, t4
- 5: ADDL $0x1B14, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R27
- 8: INCEIPL $4
-
- 0xFE8D7DC: 2C830000 cmpi cr1,r3,0
- 9: GETL R3, t8
- 10: CMP0L t8, t10 (-rSo)
- 11: ICRFL t10, $0x1, CR
- 12: INCEIPL $4
-
- 0xFE8D7E0: 839B0000 lwz r28,0(r27)
- 13: GETL R27, t12
- 14: LDL (t12), t14
- 15: PUTL t14, R28
- 16: INCEIPL $4
-
- 0xFE8D7E4: 4186009C bc 12,6,0xFE8D880
- 17: Js06o $0xFE8D880
-
-
-
-. 2120 FE8D7D4 20
-. 88 7F 00 00 83 7E 1B 14 2C 83 00 00 83 9B 00 00 41 86 00 9C
-==== BB 2121 (0xFE8D7E8) approx BBs exec'd 0 ====
-
- 0xFE8D7E8: 809E1DD0 lwz r4,7632(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1DD0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFE8D7EC: 7FE3FB78 or r3,r31,r31
- 5: GETL R31, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFE8D7F0: 48048BC1 bl 0xFED63B0
- 8: MOVL $0xFE8D7F4, t6
- 9: PUTL t6, LR
- 10: JMPo-c $0xFED63B0 ($4)
-
-
-
-. 2121 FE8D7E8 12
-. 80 9E 1D D0 7F E3 FB 78 48 04 8B C1
-==== BB 2122 (0xFE8D7F4) approx BBs exec'd 0 ====
-
- 0xFE8D7F4: 2F030000 cmpi cr6,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0xFE8D7F8: 419A0088 bc 12,26,0xFE8D880
- 4: Js26o $0xFE8D880
-
-
-
-. 2122 FE8D7F4 8
-. 2F 03 00 00 41 9A 00 88
-==== BB 2123 (0xFE8D7FC) approx BBs exec'd 0 ====
-
- 0xFE8D7FC: 7FE3FB78 or r3,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE8D800: 7F84E378 or r4,r28,r28
- 3: GETL R28, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0xFE8D804: 48048BAD bl 0xFED63B0
- 6: MOVL $0xFE8D808, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0xFED63B0 ($4)
-
-
-
-. 2123 FE8D7FC 12
-. 7F E3 FB 78 7F 84 E3 78 48 04 8B AD
-==== BB 2124 (0xFE8D808) approx BBs exec'd 0 ====
-
- 0xFE8D808: 7F9DE379 or. r29,r28,r28
- 0: GETL R28, t0
- 1: PUTL t0, R29
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0xFE8D80C: 2F830000 cmpi cr7,r3,0
- 5: GETL R3, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0xFE8D810: 409E00A0 bc 4,30,0xFE8D8B0
- 9: Jc30o $0xFE8D8B0
-
-
-
-. 2124 FE8D808 12
-. 7F 9D E3 79 2F 83 00 00 40 9E 00 A0
-==== BB 2125 (0xFE8D8B0) approx BBs exec'd 0 ====
-
- 0xFE8D8B0: 7FE3FB78 or r3,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE8D8B4: 48048EE9 bl 0xFED679C
- 3: MOVL $0xFE8D8B8, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0xFED679C ($4)
-
-
-
-. 2125 FE8D8B0 8
-. 7F E3 FB 78 48 04 8E E9
-==== BB 2126 (0xFE8D8B8) approx BBs exec'd 0 ====
-
- 0xFE8D8B8: 7C7D1B79 or. r29,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R29
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0xFE8D8BC: 41A2FF88 bc 13,2,0xFE8D844
- 5: Js02o $0xFE8D844
-
-
-
-. 2126 FE8D8B8 8
-. 7C 7D 1B 79 41 A2 FF 88
-==== BB 2127 (0xFE8D8C0) approx BBs exec'd 0 ====
-
- 0xFE8D8C0: 93BB0000 stw r29,0(r27)
- 0: GETL R29, t0
- 1: GETL R27, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0xFE8D8C4: 4BFFFF50 b 0xFE8D814
- 4: JMPo $0xFE8D814 ($4)
-
-
-
-. 2127 FE8D8C0 8
-. 93 BB 00 00 4B FF FF 50
-==== BB 2128 (0xFE8D814) approx BBs exec'd 0 ====
-
- 0xFE8D814: 41820030 bc 12,2,0xFE8D844
- 0: Js02o $0xFE8D844
-
-
-
-. 2128 FE8D814 4
-. 41 82 00 30
-==== BB 2129 (0xFE8D818) approx BBs exec'd 0 ====
-
- 0xFE8D818: 80BE1B1C lwz r5,6940(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1B1C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0xFE8D81C: 7C1CE800 cmp cr0,r28,r29
- 5: GETL R28, t4
- 6: GETL R29, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x0, CR
- 9: INCEIPL $4
-
- 0xFE8D820: 80C50000 lwz r6,0(r5)
- 10: GETL R5, t10
- 11: LDL (t10), t12
- 12: PUTL t12, R6
- 13: INCEIPL $4
-
- 0xFE8D824: 39660001 addi r11,r6,1
- 14: GETL R6, t14
- 15: ADDL $0x1, t14
- 16: PUTL t14, R11
- 17: INCEIPL $4
-
- 0xFE8D828: 91650000 stw r11,0(r5)
- 18: GETL R11, t16
- 19: GETL R5, t18
- 20: STL t16, (t18)
- 21: INCEIPL $4
-
- 0xFE8D82C: 41820018 bc 12,2,0xFE8D844
- 22: Js02o $0xFE8D844
-
-
-
-. 2129 FE8D818 24
-. 80 BE 1B 1C 7C 1C E8 00 80 C5 00 00 39 66 00 01 91 65 00 00 41 82 00 18
-==== BB 2130 (0xFE8D830) approx BBs exec'd 0 ====
-
- 0xFE8D830: 80FE1DD0 lwz r7,7632(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1DD0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0xFE8D834: 7C9C3800 cmp cr1,r28,r7
- 5: GETL R28, t4
- 6: GETL R7, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x1, CR
- 9: INCEIPL $4
-
- 0xFE8D838: 4186000C bc 12,6,0xFE8D844
- 10: Js06o $0xFE8D844
-
-
-
-. 2130 FE8D830 12
-. 80 FE 1D D0 7C 9C 38 00 41 86 00 0C
-==== BB 2131 (0xFE8D844) approx BBs exec'd 0 ====
-
- 0xFE8D844: 801A00A8 lwz r0,168(r26)
- 0: GETL R26, t0
- 1: ADDL $0xA8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFE8D848: 2F000000 cmpi cr6,r0,0
- 5: GETL R0, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0xFE8D84C: 409A0044 bc 4,26,0xFE8D890
- 9: Jc26o $0xFE8D890
-
-
-
-. 2131 FE8D844 12
-. 80 1A 00 A8 2F 00 00 00 40 9A 00 44
-==== BB 2132 (0xFE8D850) approx BBs exec'd 0 ====
-
- 0xFE8D850: 81010024 lwz r8,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0xFE8D854: 7FA0EB78 or r0,r29,r29
- 5: GETL R29, t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0xFE8D858: 7C030378 or r3,r0,r0
- 8: GETL R0, t6
- 9: PUTL t6, R3
- 10: INCEIPL $4
-
- 0xFE8D85C: 83410008 lwz r26,8(r1)
- 11: GETL R1, t8
- 12: ADDL $0x8, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R26
- 15: INCEIPL $4
-
- 0xFE8D860: 8361000C lwz r27,12(r1)
- 16: GETL R1, t12
- 17: ADDL $0xC, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R27
- 20: INCEIPL $4
-
- 0xFE8D864: 7D0803A6 mtlr r8
- 21: GETL R8, t16
- 22: PUTL t16, LR
- 23: INCEIPL $4
-
- 0xFE8D868: 83810010 lwz r28,16(r1)
- 24: GETL R1, t18
- 25: ADDL $0x10, t18
- 26: LDL (t18), t20
- 27: PUTL t20, R28
- 28: INCEIPL $4
-
- 0xFE8D86C: 83A10014 lwz r29,20(r1)
- 29: GETL R1, t22
- 30: ADDL $0x14, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R29
- 33: INCEIPL $4
-
- 0xFE8D870: 83C10018 lwz r30,24(r1)
- 34: GETL R1, t26
- 35: ADDL $0x18, t26
- 36: LDL (t26), t28
- 37: PUTL t28, R30
- 38: INCEIPL $4
-
- 0xFE8D874: 83E1001C lwz r31,28(r1)
- 39: GETL R1, t30
- 40: ADDL $0x1C, t30
- 41: LDL (t30), t32
- 42: PUTL t32, R31
- 43: INCEIPL $4
-
- 0xFE8D878: 38210020 addi r1,r1,32
- 44: GETL R1, t34
- 45: ADDL $0x20, t34
- 46: PUTL t34, R1
- 47: INCEIPL $4
-
- 0xFE8D87C: 4E800020 blr
- 48: GETL LR, t36
- 49: JMPo-r t36 ($4)
-
-
-
-. 2132 FE8D850 48
-. 81 01 00 24 7F A0 EB 78 7C 03 03 78 83 41 00 08 83 61 00 0C 7D 08 03 A6 83 81 00 10 83 A1 00 14 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 2133 (0x10001630) approx BBs exec'd 0 ====
-
- 0x10001630: 807E01DC lwz r3,476(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1DC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x10001634: 823E0014 lwz r17,20(r30)
- 5: GETL R30, t4
- 6: ADDL $0x14, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R17
- 9: INCEIPL $4
-
- 0x10001638: 831E000C lwz r24,12(r30)
- 10: GETL R30, t8
- 11: ADDL $0xC, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R24
- 14: INCEIPL $4
-
- 0x1000163C: 48006505 bl 0x10007B40
- 15: MOVL $0x10001640, t12
- 16: PUTL t12, LR
- 17: JMPo-c $0x10007B40 ($4)
-
-
-
-. 2133 10001630 16
-. 80 7E 01 DC 82 3E 00 14 83 1E 00 0C 48 00 65 05
-==== BB 2134 (0x10007B40) approx BBs exec'd 0 ====
-
- 0x10007B40: 7C8802A6 mflr r4
- 0: GETL LR, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0x10007B44: 9421FFE0 stwu r1,-32(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFE0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0x10007B48: 429F0005 bcl 20,31,0x10007B4C
- 9: MOVL $0x10007B4C, t6
- 10: PUTL t6, LR
- 11: INCEIPL $4
-
- 0x10007B4C: 93C10018 stw r30,24(r1)
- 12: GETL R30, t8
- 13: GETL R1, t10
- 14: ADDL $0x18, t10
- 15: STL t8, (t10)
- 16: INCEIPL $4
-
- 0x10007B50: 7FC802A6 mflr r30
- 17: GETL LR, t12
- 18: PUTL t12, R30
- 19: INCEIPL $4
-
- 0x10007B54: 38A00000 li r5,0
- 20: MOVL $0x0, t14
- 21: PUTL t14, R5
- 22: INCEIPL $4
-
- 0x10007B58: 90810024 stw r4,36(r1)
- 23: GETL R4, t16
- 24: GETL R1, t18
- 25: ADDL $0x24, t18
- 26: STL t16, (t18)
- 27: INCEIPL $4
-
- 0x10007B5C: 38800000 li r4,0
- 28: MOVL $0x0, t20
- 29: PUTL t20, R4
- 30: INCEIPL $4
-
- 0x10007B60: 801EFFF0 lwz r0,-16(r30)
- 31: GETL R30, t22
- 32: ADDL $0xFFFFFFF0, t22
- 33: LDL (t22), t24
- 34: PUTL t24, R0
- 35: INCEIPL $4
-
- 0x10007B64: 7FC0F214 add r30,r0,r30
- 36: GETL R0, t26
- 37: GETL R30, t28
- 38: ADDL t26, t28
- 39: PUTL t28, R30
- 40: INCEIPL $4
-
- 0x10007B68: 813E8000 lwz r9,-32768(r30)
- 41: GETL R30, t30
- 42: ADDL $0xFFFF8000, t30
- 43: LDL (t30), t32
- 44: PUTL t32, R9
- 45: INCEIPL $4
-
- 0x10007B6C: 2F890000 cmpi cr7,r9,0
- 46: GETL R9, t34
- 47: CMP0L t34, t36 (-rSo)
- 48: ICRFL t36, $0x7, CR
- 49: INCEIPL $4
-
- 0x10007B70: 419E0008 bc 12,30,0x10007B78
- 50: Js30o $0x10007B78
-
-
-
-. 2134 10007B40 52
-. 7C 88 02 A6 94 21 FF E0 42 9F 00 05 93 C1 00 18 7F C8 02 A6 38 A0 00 00 90 81 00 24 38 80 00 00 80 1E FF F0 7F C0 F2 14 81 3E 80 00 2F 89 00 00 41 9E 00 08
-==== BB 2135 (0x10007B74) approx BBs exec'd 0 ====
-
- 0x10007B74: 80A90000 lwz r5,0(r9)
- 0: GETL R9, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R5
- 3: INCEIPL $4
-
- 0x10007B78: 48013035 bl 0x1001ABAC
- 4: MOVL $0x10007B7C, t4
- 5: PUTL t4, LR
- 6: JMPo-c $0x1001ABAC ($4)
-
-
-
-. 2135 10007B74 8
-. 80 A9 00 00 48 01 30 35
-==== BB 2136 (0x1001ABAC) approx BBs exec'd 0 ====
-
- 0x1001ABAC: 3960003C li r11,60
- 0: MOVL $0x3C, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0x1001ABB0: 4BFFFF5C b 0x1001AB0C
- 3: JMPo $0x1001AB0C ($4)
-
-
-
-. 2136 1001ABAC 8
-. 39 60 00 3C 4B FF FF 5C
-==== BB 2137 (0xFE93DA4) approx BBs exec'd 0 ====
-
- 0xFE93DA4: 80890000 lwz r4,0(r9)
- 0: GETL R9, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R4
- 3: INCEIPL $4
-
- 0xFE93DA8: 39290010 addi r9,r9,16
- 4: GETL R9, t4
- 5: ADDL $0x10, t4
- 6: PUTL t4, R9
- 7: INCEIPL $4
-
- 0xFE93DAC: 2C840000 cmpi cr1,r4,0
- 8: GETL R4, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x1, CR
- 11: INCEIPL $4
-
- 0xFE93DB0: 41860010 bc 12,6,0xFE93DC0
- 12: Js06o $0xFE93DC0
-
-
-
-. 2137 FE93DA4 16
-. 80 89 00 00 39 29 00 10 2C 84 00 00 41 86 00 10
-==== BB 2138 (0x10007B7C) approx BBs exec'd 0 ====
-
- 0x10007B7C: 80A10024 lwz r5,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x10007B80: 83C10018 lwz r30,24(r1)
- 5: GETL R1, t4
- 6: ADDL $0x18, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R30
- 9: INCEIPL $4
-
- 0x10007B84: 38210020 addi r1,r1,32
- 10: GETL R1, t8
- 11: ADDL $0x20, t8
- 12: PUTL t8, R1
- 13: INCEIPL $4
-
- 0x10007B88: 7CA803A6 mtlr r5
- 14: GETL R5, t10
- 15: PUTL t10, LR
- 16: INCEIPL $4
-
- 0x10007B8C: 4E800020 blr
- 17: GETL LR, t12
- 18: JMPo-r t12 ($4)
-
-
-
-. 2138 10007B7C 20
-. 80 A1 00 24 83 C1 00 18 38 21 00 20 7C A8 03 A6 4E 80 00 20
-==== BB 2139 (0x10001640) approx BBs exec'd 0 ====
-
- 0x10001640: 80DE001C lwz r6,28(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x10001644: 7FA3EB78 or r3,r29,r29
- 5: GETL R29, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x10001648: 7FE4FB78 or r4,r31,r31
- 8: GETL R31, t6
- 9: PUTL t6, R4
- 10: INCEIPL $4
-
- 0x1000164C: 7F85E378 or r5,r28,r28
- 11: GETL R28, t8
- 12: PUTL t8, R5
- 13: INCEIPL $4
-
- 0x10001650: 38E00000 li r7,0
- 14: MOVL $0x0, t10
- 15: PUTL t10, R7
- 16: INCEIPL $4
-
- 0x10001654: 48019629 bl 0x1001AC7C
- 17: MOVL $0x10001658, t12
- 18: PUTL t12, LR
- 19: JMPo-c $0x1001AC7C ($4)
-
-
-
-. 2139 10001640 24
-. 80 DE 00 1C 7F A3 EB 78 7F E4 FB 78 7F 85 E3 78 38 E0 00 00 48 01 96 29
-==== BB 2140 (0x1001AC7C) approx BBs exec'd 0 ====
-
- 0x1001AC7C: 396000A4 li r11,164
- 0: MOVL $0xA4, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0x1001AC80: 4BFFFE8C b 0x1001AB0C
- 3: JMPo $0x1001AB0C ($4)
-
-
-
-. 2140 1001AC7C 8
-. 39 60 00 A4 4B FF FE 8C
-==== BB 2141 getopt_long(0xFF17FB4) approx BBs exec'd 0 ====
-
- 0xFF17FB4: 7D0802A6 mflr r8
- 0: GETL LR, t0
- 1: PUTL t0, R8
- 2: INCEIPL $4
-
- 0xFF17FB8: 9421FFF0 stwu r1,-16(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFF0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFF17FBC: 91010014 stw r8,20(r1)
- 9: GETL R8, t6
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFF17FC0: 39000000 li r8,0
- 14: MOVL $0x0, t10
- 15: PUTL t10, R8
- 16: INCEIPL $4
-
- 0xFF17FC4: 4BFFFF45 bl 0xFF17F08
- 17: MOVL $0xFF17FC8, t12
- 18: PUTL t12, LR
- 19: JMPo-c $0xFF17F08 ($4)
-
-
-
-. 2141 FF17FB4 20
-. 7D 08 02 A6 94 21 FF F0 91 01 00 14 39 00 00 00 4B FF FF 45
-==== BB 2142 _getopt_internal(0xFF17F08) approx BBs exec'd 0 ====
-
- 0xFF17F08: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFF17F0C: 7D2802A6 mflr r9
- 6: GETL LR, t4
- 7: PUTL t4, R9
- 8: INCEIPL $4
-
- 0xFF17F10: 4808FF41 bl 0xFFA7E50
- 9: MOVL $0xFF17F14, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 2142 FF17F08 12
-. 94 21 FF E0 7D 28 02 A6 48 08 FF 41
-==== BB 2143 (0xFF17F14) approx BBs exec'd 0 ====
-
- 0xFF17F14: 93C10018 stw r30,24(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFF17F18: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFF17F1C: 93810010 stw r28,16(r1)
- 8: GETL R28, t6
- 9: GETL R1, t8
- 10: ADDL $0x10, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFF17F20: 91210024 stw r9,36(r1)
- 13: GETL R9, t10
- 14: GETL R1, t12
- 15: ADDL $0x24, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFF17F24: 93A10014 stw r29,20(r1)
- 18: GETL R29, t14
- 19: GETL R1, t16
- 20: ADDL $0x14, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0xFF17F28: 839E1C14 lwz r28,7188(r30)
- 23: GETL R30, t18
- 24: ADDL $0x1C14, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R28
- 27: INCEIPL $4
-
- 0xFF17F2C: 817E1B58 lwz r11,7000(r30)
- 28: GETL R30, t22
- 29: ADDL $0x1B58, t22
- 30: LDL (t22), t24
- 31: PUTL t24, R11
- 32: INCEIPL $4
-
- 0xFF17F30: 83BE0BAC lwz r29,2988(r30)
- 33: GETL R30, t26
- 34: ADDL $0xBAC, t26
- 35: LDL (t26), t28
- 36: PUTL t28, R29
- 37: INCEIPL $4
-
- 0xFF17F34: 801C0000 lwz r0,0(r28)
- 38: GETL R28, t30
- 39: LDL (t30), t32
- 40: PUTL t32, R0
- 41: INCEIPL $4
-
- 0xFF17F38: 818B0000 lwz r12,0(r11)
- 42: GETL R11, t34
- 43: LDL (t34), t36
- 44: PUTL t36, R12
- 45: INCEIPL $4
-
- 0xFF17F3C: 7FA9EB78 or r9,r29,r29
- 46: GETL R29, t38
- 47: PUTL t38, R9
- 48: INCEIPL $4
-
- 0xFF17F40: 901D0000 stw r0,0(r29)
- 49: GETL R0, t40
- 50: GETL R29, t42
- 51: STL t40, (t42)
- 52: INCEIPL $4
-
- 0xFF17F44: 919D0004 stw r12,4(r29)
- 53: GETL R12, t44
- 54: GETL R29, t46
- 55: ADDL $0x4, t46
- 56: STL t44, (t46)
- 57: INCEIPL $4
-
- 0xFF17F48: 4BFFEDE1 bl 0xFF16D28
- 58: MOVL $0xFF17F4C, t48
- 59: PUTL t48, LR
- 60: JMPo-c $0xFF16D28 ($4)
-
-
-
-. 2143 FF17F14 56
-. 93 C1 00 18 7F C8 02 A6 93 81 00 10 91 21 00 24 93 A1 00 14 83 9E 1C 14 81 7E 1B 58 83 BE 0B AC 80 1C 00 00 81 8B 00 00 7F A9 EB 78 90 1D 00 00 91 9D 00 04 4B FF ED E1
-==== BB 2144 _getopt_internal_r(0xFF16D28) approx BBs exec'd 0 ====
-
- 0xFF16D28: 7D6802A6 mflr r11
- 0: GETL LR, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0xFF16D2C: 7D800026 mfcr r12
- 3: GETL CR, t2
- 4: PUTL t2, R12
- 5: INCEIPL $4
-
- 0xFF16D30: 9421FF60 stwu r1,-160(r1)
- 6: GETL R1, t4
- 7: GETL R1, t6
- 8: ADDL $0xFFFFFF60, t6
- 9: PUTL t6, R1
- 10: STL t4, (t6)
- 11: INCEIPL $4
-
- 0xFF16D34: 4809111D bl 0xFFA7E50
- 12: MOVL $0xFF16D38, t8
- 13: PUTL t8, LR
- 14: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 2144 FF16D28 16
-. 7D 68 02 A6 7D 80 00 26 94 21 FF 60 48 09 11 1D
-==== BB 2145 (0xFF16D38) approx BBs exec'd 0 ====
-
- 0xFF16D38: 91E1005C stw r15,92(r1)
- 0: GETL R15, t0
- 1: GETL R1, t2
- 2: ADDL $0x5C, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFF16D3C: 7CEF3B78 or r15,r7,r7
- 5: GETL R7, t4
- 6: PUTL t4, R15
- 7: INCEIPL $4
-
- 0xFF16D40: 92010060 stw r16,96(r1)
- 8: GETL R16, t6
- 9: GETL R1, t8
- 10: ADDL $0x60, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFF16D44: 92210064 stw r17,100(r1)
- 13: GETL R17, t10
- 14: GETL R1, t12
- 15: ADDL $0x64, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFF16D48: 7D114378 or r17,r8,r8
- 18: GETL R8, t14
- 19: PUTL t14, R17
- 20: INCEIPL $4
-
- 0xFF16D4C: 92410068 stw r18,104(r1)
- 21: GETL R18, t16
- 22: GETL R1, t18
- 23: ADDL $0x68, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFF16D50: 7CD23378 or r18,r6,r6
- 26: GETL R6, t20
- 27: PUTL t20, R18
- 28: INCEIPL $4
-
- 0xFF16D54: 92C10078 stw r22,120(r1)
- 29: GETL R22, t22
- 30: GETL R1, t24
- 31: ADDL $0x78, t24
- 32: STL t22, (t24)
- 33: INCEIPL $4
-
- 0xFF16D58: 7CB62B78 or r22,r5,r5
- 34: GETL R5, t26
- 35: PUTL t26, R22
- 36: INCEIPL $4
-
- 0xFF16D5C: 93210084 stw r25,132(r1)
- 37: GETL R25, t28
- 38: GETL R1, t30
- 39: ADDL $0x84, t30
- 40: STL t28, (t30)
- 41: INCEIPL $4
-
- 0xFF16D60: 7C791B79 or. r25,r3,r3
- 42: GETL R3, t32
- 43: PUTL t32, R25
- 44: CMP0L t32, t34 (-rSo)
- 45: ICRFL t34, $0x0, CR
- 46: INCEIPL $4
-
- 0xFF16D64: 93810090 stw r28,144(r1)
- 47: GETL R28, t36
- 48: GETL R1, t38
- 49: ADDL $0x90, t38
- 50: STL t36, (t38)
- 51: INCEIPL $4
-
- 0xFF16D68: 7D3C4B78 or r28,r9,r9
- 52: GETL R9, t40
- 53: PUTL t40, R28
- 54: INCEIPL $4
-
- 0xFF16D6C: 93C10098 stw r30,152(r1)
- 55: GETL R30, t42
- 56: GETL R1, t44
- 57: ADDL $0x98, t44
- 58: STL t42, (t44)
- 59: INCEIPL $4
-
- 0xFF16D70: 7FC802A6 mflr r30
- 60: GETL LR, t46
- 61: PUTL t46, R30
- 62: INCEIPL $4
-
- 0xFF16D74: 93E1009C stw r31,156(r1)
- 63: GETL R31, t48
- 64: GETL R1, t50
- 65: ADDL $0x9C, t50
- 66: STL t48, (t50)
- 67: INCEIPL $4
-
- 0xFF16D78: 7C9F2378 or r31,r4,r4
- 68: GETL R4, t52
- 69: PUTL t52, R31
- 70: INCEIPL $4
-
- 0xFF16D7C: 916100A4 stw r11,164(r1)
- 71: GETL R11, t54
- 72: GETL R1, t56
- 73: ADDL $0xA4, t56
- 74: STL t54, (t56)
- 75: INCEIPL $4
-
- 0xFF16D80: 91C10058 stw r14,88(r1)
- 76: GETL R14, t58
- 77: GETL R1, t60
- 78: ADDL $0x58, t60
- 79: STL t58, (t60)
- 80: INCEIPL $4
-
- 0xFF16D84: 9261006C stw r19,108(r1)
- 81: GETL R19, t62
- 82: GETL R1, t64
- 83: ADDL $0x6C, t64
- 84: STL t62, (t64)
- 85: INCEIPL $4
-
- 0xFF16D88: 92810070 stw r20,112(r1)
- 86: GETL R20, t66
- 87: GETL R1, t68
- 88: ADDL $0x70, t68
- 89: STL t66, (t68)
- 90: INCEIPL $4
-
- 0xFF16D8C: 92A10074 stw r21,116(r1)
- 91: GETL R21, t70
- 92: GETL R1, t72
- 93: ADDL $0x74, t72
- 94: STL t70, (t72)
- 95: INCEIPL $4
-
- 0xFF16D90: 92E1007C stw r23,124(r1)
- 96: GETL R23, t74
- 97: GETL R1, t76
- 98: ADDL $0x7C, t76
- 99: STL t74, (t76)
- 100: INCEIPL $4
-
- 0xFF16D94: 93010080 stw r24,128(r1)
- 101: GETL R24, t78
- 102: GETL R1, t80
- 103: ADDL $0x80, t80
- 104: STL t78, (t80)
- 105: INCEIPL $4
-
- 0xFF16D98: 93410088 stw r26,136(r1)
- 106: GETL R26, t82
- 107: GETL R1, t84
- 108: ADDL $0x88, t84
- 109: STL t82, (t84)
- 110: INCEIPL $4
-
- 0xFF16D9C: 9361008C stw r27,140(r1)
- 111: GETL R27, t86
- 112: GETL R1, t88
- 113: ADDL $0x8C, t88
- 114: STL t86, (t88)
- 115: INCEIPL $4
-
- 0xFF16DA0: 93A10094 stw r29,148(r1)
- 116: GETL R29, t90
- 117: GETL R1, t92
- 118: ADDL $0x94, t92
- 119: STL t90, (t92)
- 120: INCEIPL $4
-
- 0xFF16DA4: 91810054 stw r12,84(r1)
- 121: GETL R12, t94
- 122: GETL R1, t96
- 123: ADDL $0x54, t96
- 124: STL t94, (t96)
- 125: INCEIPL $4
-
- 0xFF16DA8: 89450000 lbz r10,0(r5)
- 126: GETL R5, t98
- 127: LDB (t98), t100
- 128: PUTL t100, R10
- 129: INCEIPL $4
-
- 0xFF16DAC: 81290004 lwz r9,4(r9)
- 130: GETL R9, t102
- 131: ADDL $0x4, t102
- 132: LDL (t102), t104
- 133: PUTL t104, R9
- 134: INCEIPL $4
-
- 0xFF16DB0: 6945003A xori r5,r10,0x3A
- 135: GETL R10, t106
- 136: XORL $0x3A, t106
- 137: PUTL t106, R5
- 138: INCEIPL $4
-
- 0xFF16DB4: 7C6500D0 neg r3,r5
- 139: GETL R5, t108
- 140: NEGL t108
- 141: PUTL t108, R3
- 142: INCEIPL $4
-
- 0xFF16DB8: 38A0FFFF li r5,-1
- 143: MOVL $0xFFFFFFFF, t110
- 144: PUTL t110, R5
- 145: INCEIPL $4
-
- 0xFF16DBC: 7C60FE70 srawi r0,r3,31
- 146: GETL R3, t112
- 147: SARL $0x1F, t112 (-wCa)
- 148: PUTL t112, R0
- 149: INCEIPL $4
-
- 0xFF16DC0: 7D300038 and r16,r9,r0
- 150: GETL R9, t114
- 151: GETL R0, t116
- 152: ANDL t114, t116
- 153: PUTL t116, R16
- 154: INCEIPL $4
-
- 0xFF16DC4: 408101DC bc 4,1,0xFF16FA0
- 155: Jc01o $0xFF16FA0
-
-
-
-. 2145 FF16D38 144
-. 91 E1 00 5C 7C EF 3B 78 92 01 00 60 92 21 00 64 7D 11 43 78 92 41 00 68 7C D2 33 78 92 C1 00 78 7C B6 2B 78 93 21 00 84 7C 79 1B 79 93 81 00 90 7D 3C 4B 78 93 C1 00 98 7F C8 02 A6 93 E1 00 9C 7C 9F 23 78 91 61 00 A4 91 C1 00 58 92 61 00 6C 92 81 00 70 92 A1 00 74 92 E1 00 7C 93 01 00 80 93 41 00 88 93 61 00 8C 93 A1 00 94 91 81 00 54 89 45 00 00 81 29 00 04 69 45 00 3A 7C 65 00 D0 38 A0 FF FF 7C 60 FE 70 7D 30 00 38 40 81 01 DC
-==== BB 2146 (0xFF16DC8) approx BBs exec'd 0 ====
-
- 0xFF16DC8: 813C0000 lwz r9,0(r28)
- 0: GETL R28, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0xFF16DCC: 3BA00000 li r29,0
- 4: MOVL $0x0, t4
- 5: PUTL t4, R29
- 6: INCEIPL $4
-
- 0xFF16DD0: 93BC000C stw r29,12(r28)
- 7: GETL R29, t6
- 8: GETL R28, t8
- 9: ADDL $0xC, t8
- 10: STL t6, (t8)
- 11: INCEIPL $4
-
- 0xFF16DD4: 2F890000 cmpi cr7,r9,0
- 12: GETL R9, t10
- 13: CMP0L t10, t12 (-rSo)
- 14: ICRFL t12, $0x7, CR
- 15: INCEIPL $4
-
- 0xFF16DD8: 419E0130 bc 12,30,0xFF16F08
- 16: Js30o $0xFF16F08
-
-
-
-. 2146 FF16DC8 20
-. 81 3C 00 00 3B A0 00 00 93 BC 00 0C 2F 89 00 00 41 9E 01 30
-==== BB 2147 (0xFF16DDC) approx BBs exec'd 0 ====
-
- 0xFF16DDC: 809C0010 lwz r4,16(r28)
- 0: GETL R28, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFF16DE0: 2C840000 cmpi cr1,r4,0
- 5: GETL R4, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0xFF16DE4: 4186012C bc 12,6,0xFF16F10
- 9: Js06o $0xFF16F10
-
-
-
-. 2147 FF16DDC 12
-. 80 9C 00 10 2C 84 00 00 41 86 01 2C
-==== BB 2148 (0xFF16F10) approx BBs exec'd 0 ====
-
- 0xFF16F10: 807E0BB0 lwz r3,2992(r30)
- 0: GETL R30, t0
- 1: ADDL $0xBB0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFF16F14: 913C0020 stw r9,32(r28)
- 5: GETL R9, t4
- 6: GETL R28, t6
- 7: ADDL $0x20, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFF16F18: 913C0024 stw r9,36(r28)
- 10: GETL R9, t8
- 11: GETL R28, t10
- 12: ADDL $0x24, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0xFF16F1C: 93BC0014 stw r29,20(r28)
- 15: GETL R29, t12
- 16: GETL R28, t14
- 17: ADDL $0x14, t14
- 18: STL t12, (t14)
- 19: INCEIPL $4
-
- 0xFF16F20: 4BF7C279 bl 0xFE93198
- 20: MOVL $0xFF16F24, t16
- 21: PUTL t16, LR
- 22: JMPo-c $0xFE93198 ($4)
-
-
-
-. 2148 FF16F10 20
-. 80 7E 0B B0 91 3C 00 20 91 3C 00 24 93 BC 00 14 4B F7 C2 79
-==== BB 2149 (0xFF16F24) approx BBs exec'd 0 ====
-
- 0xFF16F24: 7ECBB378 or r11,r22,r22
- 0: GETL R22, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0xFF16F28: 3003FFFF addic r0,r3,-1
- 3: GETL R3, t2
- 4: ADCL $0xFFFFFFFF, t2 (-wCa)
- 5: PUTL t2, R0
- 6: INCEIPL $4
-
- 0xFF16F2C: 7D201910 subfe r9,r0,r3
- 7: GETL R0, t4
- 8: GETL R3, t6
- 9: SBBL t4, t6 (-rCa-wCa)
- 10: PUTL t6, R9
- 11: INCEIPL $4
-
- 0xFF16F30: 913C001C stw r9,28(r28)
- 12: GETL R9, t8
- 13: GETL R28, t10
- 14: ADDL $0x1C, t10
- 15: STL t8, (t10)
- 16: INCEIPL $4
-
- 0xFF16F34: 88160000 lbz r0,0(r22)
- 17: GETL R22, t12
- 18: LDB (t12), t14
- 19: PUTL t14, R0
- 20: INCEIPL $4
-
- 0xFF16F38: 2E00002D cmpi cr4,r0,45
- 21: GETL R0, t16
- 22: MOVL $0x2D, t20
- 23: CMPL t16, t20, t18 (-rSo)
- 24: ICRFL t18, $0x4, CR
- 25: INCEIPL $4
-
- 0xFF16F3C: 41920254 bc 12,18,0xFF17190
- 26: Js18o $0xFF17190
-
-
-
-. 2149 FF16F24 28
-. 7E CB B3 78 30 03 FF FF 7D 20 19 10 91 3C 00 1C 88 16 00 00 2E 00 00 2D 41 92 02 54
-==== BB 2150 (0xFF16F40) approx BBs exec'd 0 ====
-
- 0xFF16F40: 2F00002B cmpi cr6,r0,43
- 0: GETL R0, t0
- 1: MOVL $0x2B, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x6, CR
- 4: INCEIPL $4
-
- 0xFF16F44: 419A0258 bc 12,26,0xFF1719C
- 5: Js26o $0xFF1719C
-
-
-
-. 2150 FF16F40 8
-. 2F 00 00 2B 41 9A 02 58
-==== BB 2151 (0xFF16F48) approx BBs exec'd 0 ====
-
- 0xFF16F48: 2C090000 cmpi cr0,r9,0
- 0: GETL R9, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0xFF16F4C: 38000001 li r0,1
- 4: MOVL $0x1, t4
- 5: PUTL t4, R0
- 6: INCEIPL $4
-
- 0xFF16F50: 40820250 bc 4,2,0xFF171A0
- 7: Jc02o $0xFF171A0
-
-
-
-. 2151 FF16F48 12
-. 2C 09 00 00 38 00 00 01 40 82 02 50
-==== BB 2152 (0xFF16F54) approx BBs exec'd 0 ====
-
- 0xFF16F54: 901C0018 stw r0,24(r28)
- 0: GETL R0, t0
- 1: GETL R28, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFF16F58: 38C00001 li r6,1
- 5: MOVL $0x1, t4
- 6: PUTL t4, R6
- 7: INCEIPL $4
-
- 0xFF16F5C: 7D765B78 or r22,r11,r11
- 8: GETL R11, t6
- 9: PUTL t6, R22
- 10: INCEIPL $4
-
- 0xFF16F60: 90DC0010 stw r6,16(r28)
- 11: GETL R6, t8
- 12: GETL R28, t10
- 13: ADDL $0x10, t10
- 14: STL t8, (t10)
- 15: INCEIPL $4
-
- 0xFF16F64: 4BFFFE84 b 0xFF16DE8
- 16: JMPo $0xFF16DE8 ($4)
-
-
-
-. 2152 FF16F54 20
-. 90 1C 00 18 38 C0 00 01 7D 76 5B 78 90 DC 00 10 4B FF FE 84
-==== BB 2153 (0xFF16DE8) approx BBs exec'd 0 ====
-
- 0xFF16DE8: 835C0014 lwz r26,20(r28)
- 0: GETL R28, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0xFF16DEC: 2F9A0000 cmpi cr7,r26,0
- 5: GETL R26, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0xFF16DF0: 419E0014 bc 12,30,0xFF16E04
- 9: Js30o $0xFF16E04
-
-
-
-. 2153 FF16DE8 12
-. 83 5C 00 14 2F 9A 00 00 41 9E 00 14
-==== BB 2154 (0xFF16E04) approx BBs exec'd 0 ====
-
- 0xFF16E04: 80BC0024 lwz r5,36(r28)
- 0: GETL R28, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0xFF16E08: 811C0000 lwz r8,0(r28)
- 5: GETL R28, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R8
- 8: INCEIPL $4
-
- 0xFF16E0C: 7E054000 cmp cr4,r5,r8
- 9: GETL R5, t8
- 10: GETL R8, t10
- 11: CMPL t8, t10, t12 (-rSo)
- 12: ICRFL t12, $0x4, CR
- 13: INCEIPL $4
-
- 0xFF16E10: 4091000C bc 4,17,0xFF16E1C
- 14: Jc17o $0xFF16E1C
-
-
-
-. 2154 FF16E04 16
-. 80 BC 00 24 81 1C 00 00 7E 05 40 00 40 91 00 0C
-==== BB 2155 (0xFF16E1C) approx BBs exec'd 0 ====
-
- 0xFF16E1C: 83BC0020 lwz r29,32(r28)
- 0: GETL R28, t0
- 1: ADDL $0x20, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0xFF16E20: 7F1D4000 cmp cr6,r29,r8
- 5: GETL R29, t4
- 6: GETL R8, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x6, CR
- 9: INCEIPL $4
-
- 0xFF16E24: 4099000C bc 4,25,0xFF16E30
- 10: Jc25o $0xFF16E30
-
-
-
-. 2155 FF16E1C 12
-. 83 BC 00 20 7F 1D 40 00 40 99 00 0C
-==== BB 2156 (0xFF16E30) approx BBs exec'd 0 ====
-
- 0xFF16E30: 837C0018 lwz r27,24(r28)
- 0: GETL R28, t0
- 1: ADDL $0x18, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R27
- 4: INCEIPL $4
-
- 0xFF16E34: 2C1B0001 cmpi cr0,r27,1
- 5: GETL R27, t4
- 6: MOVL $0x1, t8
- 7: CMPL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0xFF16E38: 418202C4 bc 12,2,0xFF170FC
- 10: Js02o $0xFF170FC
-
-
-
-. 2156 FF16E30 12
-. 83 7C 00 18 2C 1B 00 01 41 82 02 C4
-==== BB 2157 (0xFF170FC) approx BBs exec'd 0 ====
-
- 0xFF170FC: 7F9D2800 cmp cr7,r29,r5
- 0: GETL R29, t0
- 1: GETL R5, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x7, CR
- 4: INCEIPL $4
-
- 0xFF17100: 419E0248 bc 12,30,0xFF17348
- 5: Js30o $0xFF17348
-
-
-
-. 2157 FF170FC 8
-. 7F 9D 28 00 41 9E 02 48
-==== BB 2158 (0xFF17348) approx BBs exec'd 0 ====
-
- 0xFF17348: 7F854000 cmp cr7,r5,r8
- 0: GETL R5, t0
- 1: GETL R8, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x7, CR
- 4: INCEIPL $4
-
- 0xFF1734C: 419E000C bc 12,30,0xFF17358
- 5: Js30o $0xFF17358
-
-
-
-. 2158 FF17348 8
-. 7F 85 40 00 41 9E 00 0C
-==== BB 2159 (0xFF17358) approx BBs exec'd 0 ====
-
- 0xFF17358: 7C88C800 cmp cr1,r8,r25
- 0: GETL R8, t0
- 1: GETL R25, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x1, CR
- 4: INCEIPL $4
-
- 0xFF1735C: 5500103A rlwinm r0,r8,2,0,29
- 5: GETL R8, t6
- 6: SHLL $0x2, t6
- 7: PUTL t6, R0
- 8: INCEIPL $4
-
- 0xFF17360: 40840028 bc 4,4,0xFF17388
- 9: Jc04o $0xFF17388
-
-
-
-. 2159 FF17358 12
-. 7C 88 C8 00 55 00 10 3A 40 84 00 28
-==== BB 2160 (0xFF17388) approx BBs exec'd 0 ====
-
- 0xFF17388: 7D054378 or r5,r8,r8
- 0: GETL R8, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0xFF1738C: 911C0024 stw r8,36(r28)
- 3: GETL R8, t2
- 4: GETL R28, t4
- 5: ADDL $0x24, t4
- 6: STL t2, (t4)
- 7: INCEIPL $4
-
- 0xFF17390: 4BFFFAAC b 0xFF16E3C
- 8: JMPo $0xFF16E3C ($4)
-
-
-
-. 2160 FF17388 12
-. 7D 05 43 78 91 1C 00 24 4B FF FA AC
-==== BB 2161 (0xFF16E3C) approx BBs exec'd 0 ====
-
- 0xFF16E3C: 7C08C800 cmp cr0,r8,r25
- 0: GETL R8, t0
- 1: GETL R25, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x0, CR
- 4: INCEIPL $4
-
- 0xFF16E40: 418201DC bc 12,2,0xFF1701C
- 5: Js02o $0xFF1701C
-
-
-
-. 2161 FF16E3C 8
-. 7C 08 C8 00 41 82 01 DC
-==== BB 2162 (0xFF1701C) approx BBs exec'd 0 ====
-
- 0xFF1701C: 7F08C800 cmp cr6,r8,r25
- 0: GETL R8, t0
- 1: GETL R25, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x6, CR
- 4: INCEIPL $4
-
- 0xFF17020: 419A07D8 bc 12,26,0xFF177F8
- 5: Js26o $0xFF177F8
-
-
-
-. 2162 FF1701C 8
-. 7F 08 C8 00 41 9A 07 D8
-==== BB 2163 (0xFF177F8) approx BBs exec'd 0 ====
-
- 0xFF177F8: 7F9D2800 cmp cr7,r29,r5
- 0: GETL R29, t0
- 1: GETL R5, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x7, CR
- 4: INCEIPL $4
-
- 0xFF177FC: 419E0008 bc 12,30,0xFF17804
- 5: Js30o $0xFF17804
-
-
-
-. 2163 FF177F8 8
-. 7F 9D 28 00 41 9E 00 08
-==== BB 2164 (0xFF17804) approx BBs exec'd 0 ====
-
- 0xFF17804: 38A0FFFF li r5,-1
- 0: MOVL $0xFFFFFFFF, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0xFF17808: 4BFFF798 b 0xFF16FA0
- 3: JMPo $0xFF16FA0 ($4)
-
-
-
-. 2164 FF17804 8
-. 38 A0 FF FF 4B FF F7 98
-==== BB 2165 (0xFF16FA0) approx BBs exec'd 0 ====
-
- 0xFF16FA0: 800100A4 lwz r0,164(r1)
- 0: GETL R1, t0
- 1: ADDL $0xA4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFF16FA4: 7CA32B78 or r3,r5,r5
- 5: GETL R5, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFF16FA8: 81410054 lwz r10,84(r1)
- 8: GETL R1, t6
- 9: ADDL $0x54, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R10
- 12: INCEIPL $4
-
- 0xFF16FAC: 81C10058 lwz r14,88(r1)
- 13: GETL R1, t10
- 14: ADDL $0x58, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R14
- 17: INCEIPL $4
-
- 0xFF16FB0: 7C0803A6 mtlr r0
- 18: GETL R0, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0xFF16FB4: 81E1005C lwz r15,92(r1)
- 21: GETL R1, t16
- 22: ADDL $0x5C, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R15
- 25: INCEIPL $4
-
- 0xFF16FB8: 7D408120 mtcrf 0x8,r10
- 26: GETL R10, t20
- 27: ICRFL t20, $0x4, CR
- 28: INCEIPL $4
-
- 0xFF16FBC: 82010060 lwz r16,96(r1)
- 29: GETL R1, t22
- 30: ADDL $0x60, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R16
- 33: INCEIPL $4
-
- 0xFF16FC0: 82210064 lwz r17,100(r1)
- 34: GETL R1, t26
- 35: ADDL $0x64, t26
- 36: LDL (t26), t28
- 37: PUTL t28, R17
- 38: INCEIPL $4
-
- 0xFF16FC4: 82410068 lwz r18,104(r1)
- 39: GETL R1, t30
- 40: ADDL $0x68, t30
- 41: LDL (t30), t32
- 42: PUTL t32, R18
- 43: INCEIPL $4
-
- 0xFF16FC8: 8261006C lwz r19,108(r1)
- 44: GETL R1, t34
- 45: ADDL $0x6C, t34
- 46: LDL (t34), t36
- 47: PUTL t36, R19
- 48: INCEIPL $4
-
- 0xFF16FCC: 82810070 lwz r20,112(r1)
- 49: GETL R1, t38
- 50: ADDL $0x70, t38
- 51: LDL (t38), t40
- 52: PUTL t40, R20
- 53: INCEIPL $4
-
- 0xFF16FD0: 82A10074 lwz r21,116(r1)
- 54: GETL R1, t42
- 55: ADDL $0x74, t42
- 56: LDL (t42), t44
- 57: PUTL t44, R21
- 58: INCEIPL $4
-
- 0xFF16FD4: 82C10078 lwz r22,120(r1)
- 59: GETL R1, t46
- 60: ADDL $0x78, t46
- 61: LDL (t46), t48
- 62: PUTL t48, R22
- 63: INCEIPL $4
-
- 0xFF16FD8: 82E1007C lwz r23,124(r1)
- 64: GETL R1, t50
- 65: ADDL $0x7C, t50
- 66: LDL (t50), t52
- 67: PUTL t52, R23
- 68: INCEIPL $4
-
- 0xFF16FDC: 83010080 lwz r24,128(r1)
- 69: GETL R1, t54
- 70: ADDL $0x80, t54
- 71: LDL (t54), t56
- 72: PUTL t56, R24
- 73: INCEIPL $4
-
- 0xFF16FE0: 83210084 lwz r25,132(r1)
- 74: GETL R1, t58
- 75: ADDL $0x84, t58
- 76: LDL (t58), t60
- 77: PUTL t60, R25
- 78: INCEIPL $4
-
- 0xFF16FE4: 83410088 lwz r26,136(r1)
- 79: GETL R1, t62
- 80: ADDL $0x88, t62
- 81: LDL (t62), t64
- 82: PUTL t64, R26
- 83: INCEIPL $4
-
- 0xFF16FE8: 8361008C lwz r27,140(r1)
- 84: GETL R1, t66
- 85: ADDL $0x8C, t66
- 86: LDL (t66), t68
- 87: PUTL t68, R27
- 88: INCEIPL $4
-
- 0xFF16FEC: 83810090 lwz r28,144(r1)
- 89: GETL R1, t70
- 90: ADDL $0x90, t70
- 91: LDL (t70), t72
- 92: PUTL t72, R28
- 93: INCEIPL $4
-
- 0xFF16FF0: 83A10094 lwz r29,148(r1)
- 94: GETL R1, t74
- 95: ADDL $0x94, t74
- 96: LDL (t74), t76
- 97: PUTL t76, R29
- 98: INCEIPL $4
-
- 0xFF16FF4: 83C10098 lwz r30,152(r1)
- 99: GETL R1, t78
- 100: ADDL $0x98, t78
- 101: LDL (t78), t80
- 102: PUTL t80, R30
- 103: INCEIPL $4
-
- 0xFF16FF8: 83E1009C lwz r31,156(r1)
- 104: GETL R1, t82
- 105: ADDL $0x9C, t82
- 106: LDL (t82), t84
- 107: PUTL t84, R31
- 108: INCEIPL $4
-
- 0xFF16FFC: 382100A0 addi r1,r1,160
- 109: GETL R1, t86
- 110: ADDL $0xA0, t86
- 111: PUTL t86, R1
- 112: INCEIPL $4
-
- 0xFF17000: 4E800020 blr
- 113: GETL LR, t88
- 114: JMPo-r t88 ($4)
-
-
-
-. 2165 FF16FA0 100
-. 80 01 00 A4 7C A3 2B 78 81 41 00 54 81 C1 00 58 7C 08 03 A6 81 E1 00 5C 7D 40 81 20 82 01 00 60 82 21 00 64 82 41 00 68 82 61 00 6C 82 81 00 70 82 A1 00 74 82 C1 00 78 82 E1 00 7C 83 01 00 80 83 21 00 84 83 41 00 88 83 61 00 8C 83 81 00 90 83 A1 00 94 83 C1 00 98 83 E1 00 9C 38 21 00 A0 4E 80 00 20
-==== BB 2166 (0xFF17F4C) approx BBs exec'd 0 ====
-
- 0xFF17F4C: 809D0000 lwz r4,0(r29)
- 0: GETL R29, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R4
- 3: INCEIPL $4
-
- 0xFF17F50: 80010024 lwz r0,36(r1)
- 4: GETL R1, t4
- 5: ADDL $0x24, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R0
- 8: INCEIPL $4
-
- 0xFF17F54: 811D0008 lwz r8,8(r29)
- 9: GETL R29, t8
- 10: ADDL $0x8, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R8
- 13: INCEIPL $4
-
- 0xFF17F58: 815D000C lwz r10,12(r29)
- 14: GETL R29, t12
- 15: ADDL $0xC, t12
- 16: LDL (t12), t14
- 17: PUTL t14, R10
- 18: INCEIPL $4
-
- 0xFF17F5C: 7C0803A6 mtlr r0
- 19: GETL R0, t16
- 20: PUTL t16, LR
- 21: INCEIPL $4
-
- 0xFF17F60: 813E1B34 lwz r9,6964(r30)
- 22: GETL R30, t18
- 23: ADDL $0x1B34, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R9
- 26: INCEIPL $4
-
- 0xFF17F64: 817E1D28 lwz r11,7464(r30)
- 27: GETL R30, t22
- 28: ADDL $0x1D28, t22
- 29: LDL (t22), t24
- 30: PUTL t24, R11
- 31: INCEIPL $4
-
- 0xFF17F68: 909C0000 stw r4,0(r28)
- 32: GETL R4, t26
- 33: GETL R28, t28
- 34: STL t26, (t28)
- 35: INCEIPL $4
-
- 0xFF17F6C: 83A10014 lwz r29,20(r1)
- 36: GETL R1, t30
- 37: ADDL $0x14, t30
- 38: LDL (t30), t32
- 39: PUTL t32, R29
- 40: INCEIPL $4
-
- 0xFF17F70: 83810010 lwz r28,16(r1)
- 41: GETL R1, t34
- 42: ADDL $0x10, t34
- 43: LDL (t34), t36
- 44: PUTL t36, R28
- 45: INCEIPL $4
-
- 0xFF17F74: 83C10018 lwz r30,24(r1)
- 46: GETL R1, t38
- 47: ADDL $0x18, t38
- 48: LDL (t38), t40
- 49: PUTL t40, R30
- 50: INCEIPL $4
-
- 0xFF17F78: 38210020 addi r1,r1,32
- 51: GETL R1, t42
- 52: ADDL $0x20, t42
- 53: PUTL t42, R1
- 54: INCEIPL $4
-
- 0xFF17F7C: 91490000 stw r10,0(r9)
- 55: GETL R10, t44
- 56: GETL R9, t46
- 57: STL t44, (t46)
- 58: INCEIPL $4
-
- 0xFF17F80: 910B0000 stw r8,0(r11)
- 59: GETL R8, t48
- 60: GETL R11, t50
- 61: STL t48, (t50)
- 62: INCEIPL $4
-
- 0xFF17F84: 4E800020 blr
- 63: GETL LR, t52
- 64: JMPo-r t52 ($4)
-
-
-
-. 2166 FF17F4C 60
-. 80 9D 00 00 80 01 00 24 81 1D 00 08 81 5D 00 0C 7C 08 03 A6 81 3E 1B 34 81 7E 1D 28 90 9C 00 00 83 A1 00 14 83 81 00 10 83 C1 00 18 38 21 00 20 91 49 00 00 91 0B 00 00 4E 80 00 20
-==== BB 2167 (0xFF17FC8) approx BBs exec'd 0 ====
-
- 0xFF17FC8: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFF17FCC: 38210010 addi r1,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R1
- 8: INCEIPL $4
-
- 0xFF17FD0: 7C0803A6 mtlr r0
- 9: GETL R0, t6
- 10: PUTL t6, LR
- 11: INCEIPL $4
-
- 0xFF17FD4: 4E800020 blr
- 12: GETL LR, t8
- 13: JMPo-r t8 ($4)
-
-
-
-. 2167 FF17FC8 16
-. 80 01 00 14 38 21 00 10 7C 08 03 A6 4E 80 00 20
-==== BB 2168 (0x10001658) approx BBs exec'd 0 ====
-
- 0x10001658: 2F83FFFF cmpi cr7,r3,-1
- 0: GETL R3, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x1000165C: 419E004C bc 12,30,0x100016A8
- 5: Js30o $0x100016A8
-
-
-
-. 2168 10001658 8
-. 2F 83 FF FF 41 9E 00 4C
-==== BB 2169 (0x100016A8) approx BBs exec'd 0 ====
-
- 0x100016A8: 3135FFFF addic r9,r21,-1
- 0: GETL R21, t0
- 1: ADCL $0xFFFFFFFF, t0 (-wCa)
- 2: PUTL t0, R9
- 3: INCEIPL $4
-
- 0x100016AC: 7C09A910 subfe r0,r9,r21
- 4: GETL R9, t2
- 5: GETL R21, t4
- 6: SBBL t2, t4 (-rCa-wCa)
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x100016B0: 837E0208 lwz r27,520(r30)
- 9: GETL R30, t6
- 10: ADDL $0x208, t6
- 11: LDL (t6), t8
- 12: PUTL t8, R27
- 13: INCEIPL $4
-
- 0x100016B4: 3173FFFF addic r11,r19,-1
- 14: GETL R19, t10
- 15: ADCL $0xFFFFFFFF, t10 (-wCa)
- 16: PUTL t10, R11
- 17: INCEIPL $4
-
- 0x100016B8: 7C000194 addze r0,r0
- 18: GETL R0, t12
- 19: ADCL $0x0, t12 (-rCa-wCa)
- 20: PUTL t12, R0
- 21: INCEIPL $4
-
- 0x100016BC: 3134FFFF addic r9,r20,-1
- 22: GETL R20, t14
- 23: ADCL $0xFFFFFFFF, t14 (-wCa)
- 24: PUTL t14, R9
- 25: INCEIPL $4
-
- 0x100016C0: 7F800194 addze r28,r0
- 26: GETL R0, t16
- 27: ADCL $0x0, t16 (-rCa-wCa)
- 28: PUTL t16, R28
- 29: INCEIPL $4
-
- 0x100016C4: 801B0000 lwz r0,0(r27)
- 30: GETL R27, t18
- 31: LDL (t18), t20
- 32: PUTL t20, R0
- 33: INCEIPL $4
-
- 0x100016C8: 2F9C0001 cmpi cr7,r28,1
- 34: GETL R28, t22
- 35: MOVL $0x1, t26
- 36: CMPL t22, t26, t24 (-rSo)
- 37: ICRFL t24, $0x7, CR
- 38: INCEIPL $4
-
- 0x100016CC: 7FA0E850 subf r29,r0,r29
- 39: GETL R0, t28
- 40: GETL R29, t30
- 41: SUBL t28, t30
- 42: PUTL t30, R29
- 43: INCEIPL $4
-
- 0x100016D0: 419D03E8 bc 12,29,0x10001AB8
- 44: Js29o $0x10001AB8
-
-
-
-. 2169 100016A8 44
-. 31 35 FF FF 7C 09 A9 10 83 7E 02 08 31 73 FF FF 7C 00 01 94 31 34 FF FF 7F 80 01 94 80 1B 00 00 2F 9C 00 01 7F A0 E8 50 41 9D 03 E8
-==== BB 2170 (0x100016D4) approx BBs exec'd 0 ====
-
- 0x100016D4: 313CFFFF addic r9,r28,-1
- 0: GETL R28, t0
- 1: ADCL $0xFFFFFFFF, t0 (-wCa)
- 2: PUTL t0, R9
- 3: INCEIPL $4
-
- 0x100016D8: 7C09E110 subfe r0,r9,r28
- 4: GETL R9, t2
- 5: GETL R28, t4
- 6: SBBL t2, t4 (-rCa-wCa)
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x100016DC: 7ECB0039 and. r11,r22,r0
- 9: GETL R22, t6
- 10: GETL R0, t8
- 11: ANDL t6, t8
- 12: PUTL t8, R11
- 13: CMP0L t8, t10 (-rSo)
- 14: ICRFL t10, $0x0, CR
- 15: INCEIPL $4
-
- 0x100016E0: 408203AC bc 4,2,0x10001A8C
- 16: Jc02o $0x10001A8C
-
-
-
-. 2170 100016D4 16
-. 31 3C FF FF 7C 09 E1 10 7E CB 00 39 40 82 03 AC
-==== BB 2171 (0x100016E4) approx BBs exec'd 0 ====
-
- 0x100016E4: 2E1D0001 cmpi cr4,r29,1
- 0: GETL R29, t0
- 1: MOVL $0x1, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x4, CR
- 4: INCEIPL $4
-
- 0x100016E8: 41910354 bc 12,17,0x10001A3C
- 5: Js17o $0x10001A3C
-
-
-
-. 2171 100016E4 8
-. 2E 1D 00 01 41 91 03 54
-==== BB 2172 (0x100016EC) approx BBs exec'd 0 ====
-
- 0x100016EC: 7EDCE378 or r28,r22,r28
- 0: GETL R22, t0
- 1: GETL R28, t2
- 2: ORL t2, t0
- 3: PUTL t0, R28
- 4: INCEIPL $4
-
- 0x100016F0: 7C000026 mfcr r0
- 5: GETL CR, t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0x100016F4: 54009FFE rlwinm r0,r0,19,31,31
- 8: GETL R0, t6
- 9: ROLL $0x13, t6
- 10: ANDL $0x1, t6
- 11: PUTL t6, R0
- 12: INCEIPL $4
-
- 0x100016F8: 317CFFFF addic r11,r28,-1
- 13: GETL R28, t8
- 14: ADCL $0xFFFFFFFF, t8 (-wCa)
- 15: PUTL t8, R11
- 16: INCEIPL $4
-
- 0x100016FC: 7D2BE110 subfe r9,r11,r28
- 17: GETL R11, t10
- 18: GETL R28, t12
- 19: SBBL t10, t12 (-rCa-wCa)
- 20: PUTL t12, R9
- 21: INCEIPL $4
-
- 0x10001700: 7D2B0039 and. r11,r9,r0
- 22: GETL R9, t14
- 23: GETL R0, t16
- 24: ANDL t14, t16
- 25: PUTL t16, R11
- 26: CMP0L t16, t18 (-rSo)
- 27: ICRFL t18, $0x0, CR
- 28: INCEIPL $4
-
- 0x10001704: 41820054 bc 12,2,0x10001758
- 29: Js02o $0x10001758
-
-
-
-. 2172 100016EC 28
-. 7E DC E3 78 7C 00 00 26 54 00 9F FE 31 7C FF FF 7D 2B E1 10 7D 2B 00 39 41 82 00 54
-==== BB 2173 (0x10001758) approx BBs exec'd 0 ====
-
- 0x10001758: 813E000C lwz r9,12(r30)
- 0: GETL R30, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x1000175C: 2D960000 cmpi cr3,r22,0
- 5: GETL R22, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x3, CR
- 8: INCEIPL $4
-
- 0x10001760: 80090000 lwz r0,0(r9)
- 9: GETL R9, t8
- 10: LDL (t8), t10
- 11: PUTL t10, R0
- 12: INCEIPL $4
-
- 0x10001764: 3120FFFF addic r9,r0,-1
- 13: GETL R0, t12
- 14: ADCL $0xFFFFFFFF, t12 (-wCa)
- 15: PUTL t12, R9
- 16: INCEIPL $4
-
- 0x10001768: 7D690110 subfe r11,r9,r0
- 17: GETL R9, t14
- 18: GETL R0, t16
- 19: SBBL t14, t16 (-rCa-wCa)
- 20: PUTL t16, R11
- 21: INCEIPL $4
-
- 0x1000176C: 7D60B079 andc. r0,r11,r22
- 22: GETL R11, t18
- 23: GETL R22, t20
- 24: NOTL t20
- 25: ANDL t18, t20
- 26: PUTL t20, R0
- 27: CMP0L t20, t22 (-rSo)
- 28: ICRFL t22, $0x0, CR
- 29: INCEIPL $4
-
- 0x10001770: 41820034 bc 12,2,0x100017A4
- 30: Js02o $0x100017A4
-
-
-
-. 2173 10001758 28
-. 81 3E 00 0C 2D 96 00 00 80 09 00 00 31 20 FF FF 7D 69 01 10 7D 60 B0 79 41 82 00 34
-==== BB 2174 (0x100017A4) approx BBs exec'd 0 ====
-
- 0x100017A4: 418E0008 bc 12,14,0x100017AC
- 0: Js14o $0x100017AC
-
-
-
-. 2174 100017A4 4
-. 41 8E 00 08
-==== BB 2175 (0x100017AC) approx BBs exec'd 0 ====
-
- 0x100017AC: 2F950000 cmpi cr7,r21,0
- 0: GETL R21, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x100017B0: 419E036C bc 12,30,0x10001B1C
- 4: Js30o $0x10001B1C
-
-
-
-. 2175 100017AC 8
-. 2F 95 00 00 41 9E 03 6C
-==== BB 2176 (0x10001B1C) approx BBs exec'd 0 ====
-
- 0x10001B1C: 2F9C0000 cmpi cr7,r28,0
- 0: GETL R28, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x10001B20: 3BA00001 li r29,1
- 4: MOVL $0x1, t4
- 5: PUTL t4, R29
- 6: INCEIPL $4
-
- 0x10001B24: 3B800000 li r28,0
- 7: MOVL $0x0, t6
- 8: PUTL t6, R28
- 9: INCEIPL $4
-
- 0x10001B28: 409E0078 bc 4,30,0x10001BA0
- 10: Jc30o $0x10001BA0
-
-
-
-. 2176 10001B1C 16
-. 2F 9C 00 00 3B A0 00 01 3B 80 00 00 40 9E 00 78
-==== BB 2177 (0x10001B2C) approx BBs exec'd 0 ====
-
- 0x10001B2C: 4092015C bc 4,18,0x10001C88
- 0: Jc18o $0x10001C88
-
-
-
-. 2177 10001B2C 4
-. 40 92 01 5C
-==== BB 2178 (0x10001C88) approx BBs exec'd 0 ====
-
- 0x10001C88: 809E00D8 lwz r4,216(r30)
- 0: GETL R30, t0
- 1: ADDL $0xD8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x10001C8C: 38A00005 li r5,5
- 5: MOVL $0x5, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x10001C90: 38600000 li r3,0
- 8: MOVL $0x0, t6
- 9: PUTL t6, R3
- 10: INCEIPL $4
-
- 0x10001C94: 48018F01 bl 0x1001AB94
- 11: MOVL $0x10001C98, t8
- 12: PUTL t8, LR
- 13: JMPo-c $0x1001AB94 ($4)
-
-
-
-. 2178 10001C88 16
-. 80 9E 00 D8 38 A0 00 05 38 60 00 00 48 01 8F 01
-==== BB 2179 (0x1001AB94) approx BBs exec'd 0 ====
-
- 0x1001AB94: 39600030 li r11,48
- 0: MOVL $0x30, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0x1001AB98: 4BFFFF74 b 0x1001AB0C
- 3: JMPo $0x1001AB0C ($4)
-
-
-
-. 2179 1001AB94 8
-. 39 60 00 30 4B FF FF 74
-==== BB 2180 __dcgettext_internal(0xFE8A480) approx BBs exec'd 0 ====
-
- 0xFE8A480: 7CC802A6 mflr r6
- 0: GETL LR, t0
- 1: PUTL t0, R6
- 2: INCEIPL $4
-
- 0xFE8A484: 9421FFF0 stwu r1,-16(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFF0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFE8A488: 7CA82B78 or r8,r5,r5
- 9: GETL R5, t6
- 10: PUTL t6, R8
- 11: INCEIPL $4
-
- 0xFE8A48C: 38E00000 li r7,0
- 12: MOVL $0x0, t8
- 13: PUTL t8, R7
- 14: INCEIPL $4
-
- 0xFE8A490: 38A00000 li r5,0
- 15: MOVL $0x0, t10
- 16: PUTL t10, R5
- 17: INCEIPL $4
-
- 0xFE8A494: 90C10014 stw r6,20(r1)
- 18: GETL R6, t12
- 19: GETL R1, t14
- 20: ADDL $0x14, t14
- 21: STL t12, (t14)
- 22: INCEIPL $4
-
- 0xFE8A498: 38C00000 li r6,0
- 23: MOVL $0x0, t16
- 24: PUTL t16, R6
- 25: INCEIPL $4
-
- 0xFE8A49C: 480009E1 bl 0xFE8AE7C
- 26: MOVL $0xFE8A4A0, t18
- 27: PUTL t18, LR
- 28: JMPo-c $0xFE8AE7C ($4)
-
-
-
-. 2180 FE8A480 32
-. 7C C8 02 A6 94 21 FF F0 7C A8 2B 78 38 E0 00 00 38 A0 00 00 90 C1 00 14 38 C0 00 00 48 00 09 E1
-==== BB 2181 __dcigettext(0xFE8AE7C) approx BBs exec'd 0 ====
-
- 0xFE8AE7C: 9421FF90 stwu r1,-112(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFF90, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFE8AE80: 7D800026 mfcr r12
- 6: GETL CR, t4
- 7: PUTL t4, R12
- 8: INCEIPL $4
-
- 0xFE8AE84: 92C10048 stw r22,72(r1)
- 9: GETL R22, t6
- 10: GETL R1, t8
- 11: ADDL $0x48, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFE8AE88: 7C962379 or. r22,r4,r4
- 14: GETL R4, t10
- 15: PUTL t10, R22
- 16: CMP0L t10, t12 (-rSo)
- 17: ICRFL t12, $0x0, CR
- 18: INCEIPL $4
-
- 0xFE8AE8C: 7C0802A6 mflr r0
- 19: GETL LR, t14
- 20: PUTL t14, R0
- 21: INCEIPL $4
-
- 0xFE8AE90: 93E1006C stw r31,108(r1)
- 22: GETL R31, t16
- 23: GETL R1, t18
- 24: ADDL $0x6C, t18
- 25: STL t16, (t18)
- 26: INCEIPL $4
-
- 0xFE8AE94: 4811CFBD bl 0xFFA7E50
- 27: MOVL $0xFE8AE98, t20
- 28: PUTL t20, LR
- 29: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 2181 FE8AE7C 28
-. 94 21 FF 90 7D 80 00 26 92 C1 00 48 7C 96 23 79 7C 08 02 A6 93 E1 00 6C 48 11 CF BD
-==== BB 2182 (0xFE8AE98) approx BBs exec'd 0 ====
-
- 0xFE8AE98: 7C3F0B78 or r31,r1,r1
- 0: GETL R1, t0
- 1: PUTL t0, R31
- 2: INCEIPL $4
-
- 0xFE8AE9C: 91C10028 stw r14,40(r1)
- 3: GETL R14, t2
- 4: GETL R1, t4
- 5: ADDL $0x28, t4
- 6: STL t2, (t4)
- 7: INCEIPL $4
-
- 0xFE8AEA0: 7CAE2B78 or r14,r5,r5
- 8: GETL R5, t6
- 9: PUTL t6, R14
- 10: INCEIPL $4
-
- 0xFE8AEA4: 92410038 stw r18,56(r1)
- 11: GETL R18, t8
- 12: GETL R1, t10
- 13: ADDL $0x38, t10
- 14: STL t8, (t10)
- 15: INCEIPL $4
-
- 0xFE8AEA8: 7D124378 or r18,r8,r8
- 16: GETL R8, t12
- 17: PUTL t12, R18
- 18: INCEIPL $4
-
- 0xFE8AEAC: 92A10044 stw r21,68(r1)
- 19: GETL R21, t14
- 20: GETL R1, t16
- 21: ADDL $0x44, t16
- 22: STL t14, (t16)
- 23: INCEIPL $4
-
- 0xFE8AEB0: 7C751B78 or r21,r3,r3
- 24: GETL R3, t18
- 25: PUTL t18, R21
- 26: INCEIPL $4
-
- 0xFE8AEB4: 93410058 stw r26,88(r1)
- 27: GETL R26, t20
- 28: GETL R1, t22
- 29: ADDL $0x58, t22
- 30: STL t20, (t22)
- 31: INCEIPL $4
-
- 0xFE8AEB8: 38600000 li r3,0
- 32: MOVL $0x0, t24
- 33: PUTL t24, R3
- 34: INCEIPL $4
-
- 0xFE8AEBC: 93C10068 stw r30,104(r1)
- 35: GETL R30, t26
- 36: GETL R1, t28
- 37: ADDL $0x68, t28
- 38: STL t26, (t28)
- 39: INCEIPL $4
-
- 0xFE8AEC0: 7CDA3378 or r26,r6,r6
- 40: GETL R6, t30
- 41: PUTL t30, R26
- 42: INCEIPL $4
-
- 0xFE8AEC4: 91E1002C stw r15,44(r1)
- 43: GETL R15, t32
- 44: GETL R1, t34
- 45: ADDL $0x2C, t34
- 46: STL t32, (t34)
- 47: INCEIPL $4
-
- 0xFE8AEC8: 7FC802A6 mflr r30
- 48: GETL LR, t36
- 49: PUTL t36, R30
- 50: INCEIPL $4
-
- 0xFE8AECC: 92010030 stw r16,48(r1)
- 51: GETL R16, t38
- 52: GETL R1, t40
- 53: ADDL $0x30, t40
- 54: STL t38, (t40)
- 55: INCEIPL $4
-
- 0xFE8AED0: 92210034 stw r17,52(r1)
- 56: GETL R17, t42
- 57: GETL R1, t44
- 58: ADDL $0x34, t44
- 59: STL t42, (t44)
- 60: INCEIPL $4
-
- 0xFE8AED4: 9261003C stw r19,60(r1)
- 61: GETL R19, t46
- 62: GETL R1, t48
- 63: ADDL $0x3C, t48
- 64: STL t46, (t48)
- 65: INCEIPL $4
-
- 0xFE8AED8: 92810040 stw r20,64(r1)
- 66: GETL R20, t50
- 67: GETL R1, t52
- 68: ADDL $0x40, t52
- 69: STL t50, (t52)
- 70: INCEIPL $4
-
- 0xFE8AEDC: 92E1004C stw r23,76(r1)
- 71: GETL R23, t54
- 72: GETL R1, t56
- 73: ADDL $0x4C, t56
- 74: STL t54, (t56)
- 75: INCEIPL $4
-
- 0xFE8AEE0: 93010050 stw r24,80(r1)
- 76: GETL R24, t58
- 77: GETL R1, t60
- 78: ADDL $0x50, t60
- 79: STL t58, (t60)
- 80: INCEIPL $4
-
- 0xFE8AEE4: 93210054 stw r25,84(r1)
- 81: GETL R25, t62
- 82: GETL R1, t64
- 83: ADDL $0x54, t64
- 84: STL t62, (t64)
- 85: INCEIPL $4
-
- 0xFE8AEE8: 9361005C stw r27,92(r1)
- 86: GETL R27, t66
- 87: GETL R1, t68
- 88: ADDL $0x5C, t68
- 89: STL t66, (t68)
- 90: INCEIPL $4
-
- 0xFE8AEEC: 93810060 stw r28,96(r1)
- 91: GETL R28, t70
- 92: GETL R1, t72
- 93: ADDL $0x60, t72
- 94: STL t70, (t72)
- 95: INCEIPL $4
-
- 0xFE8AEF0: 93A10064 stw r29,100(r1)
- 96: GETL R29, t74
- 97: GETL R1, t76
- 98: ADDL $0x64, t76
- 99: STL t74, (t76)
- 100: INCEIPL $4
-
- 0xFE8AEF4: 90010074 stw r0,116(r1)
- 101: GETL R0, t78
- 102: GETL R1, t80
- 103: ADDL $0x74, t80
- 104: STL t78, (t80)
- 105: INCEIPL $4
-
- 0xFE8AEF8: 91810024 stw r12,36(r1)
- 106: GETL R12, t82
- 107: GETL R1, t84
- 108: ADDL $0x24, t84
- 109: STL t82, (t84)
- 110: INCEIPL $4
-
- 0xFE8AEFC: 90FF000C stw r7,12(r31)
- 111: GETL R7, t86
- 112: GETL R31, t88
- 113: ADDL $0xC, t88
- 114: STL t86, (t88)
- 115: INCEIPL $4
-
- 0xFE8AF00: 4182034C bc 12,2,0xFE8B24C
- 116: Js02o $0xFE8B24C
-
-
-
-. 2182 FE8AE98 108
-. 7C 3F 0B 78 91 C1 00 28 7C AE 2B 78 92 41 00 38 7D 12 43 78 92 A1 00 44 7C 75 1B 78 93 41 00 58 38 60 00 00 93 C1 00 68 7C DA 33 78 91 E1 00 2C 7F C8 02 A6 92 01 00 30 92 21 00 34 92 61 00 3C 92 81 00 40 92 E1 00 4C 93 01 00 50 93 21 00 54 93 61 00 5C 93 81 00 60 93 A1 00 64 90 01 00 74 91 81 00 24 90 FF 00 0C 41 82 03 4C
-==== BB 2183 (0xFE8AF04) approx BBs exec'd 0 ====
-
- 0xFE8AF04: 69030006 xori r3,r8,0x6
- 0: GETL R8, t0
- 1: XORL $0x6, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0xFE8AF08: 21230000 subfic r9,r3,0
- 4: GETL R3, t2
- 5: MOVL $0x0, t4
- 6: SBBL t2, t4 (-wCa)
- 7: PUTL t4, R9
- 8: INCEIPL $4
-
- 0xFE8AF0C: 7C691914 adde r3,r9,r3
- 9: GETL R9, t6
- 10: GETL R3, t8
- 11: ADCL t6, t8 (-rCa-wCa)
- 12: PUTL t8, R3
- 13: INCEIPL $4
-
- 0xFE8AF10: 2128000C subfic r9,r8,12
- 14: GETL R8, t10
- 15: MOVL $0xC, t12
- 16: SBBL t10, t12 (-wCa)
- 17: PUTL t12, R9
- 18: INCEIPL $4
-
- 0xFE8AF14: 7D294910 subfe r9,r9,r9
- 19: GETL R9, t14
- 20: GETL R9, t16
- 21: SBBL t14, t16 (-rCa-wCa)
- 22: PUTL t16, R9
- 23: INCEIPL $4
-
- 0xFE8AF18: 7D2900D0 neg r9,r9
- 24: GETL R9, t18
- 25: NEGL t18
- 26: PUTL t18, R9
- 27: INCEIPL $4
-
- 0xFE8AF1C: 7D2B1B79 or. r11,r9,r3
- 28: GETL R9, t20
- 29: GETL R3, t22
- 30: ORL t22, t20
- 31: PUTL t20, R11
- 32: CMP0L t20, t24 (-rSo)
- 33: ICRFL t24, $0x0, CR
- 34: INCEIPL $4
-
- 0xFE8AF20: 40820314 bc 4,2,0xFE8B234
- 35: Jc02o $0xFE8B234
-
-
-
-. 2183 FE8AF04 32
-. 69 03 00 06 21 23 00 00 7C 69 19 14 21 28 00 0C 7D 29 49 10 7D 29 00 D0 7D 2B 1B 79 40 82 03 14
-==== BB 2184 (0xFE8AF24) approx BBs exec'd 0 ====
-
- 0xFE8AF24: 81FE1B48 lwz r15,6984(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1B48, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R15
- 4: INCEIPL $4
-
- 0xFE8AF28: 800F00A0 lwz r0,160(r15)
- 5: GETL R15, t4
- 6: ADDL $0xA0, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R0
- 9: INCEIPL $4
-
- 0xFE8AF2C: 2C800000 cmpi cr1,r0,0
- 10: GETL R0, t8
- 11: CMP0L t8, t10 (-rSo)
- 12: ICRFL t10, $0x1, CR
- 13: INCEIPL $4
-
- 0xFE8AF30: 408603FC bc 4,6,0xFE8B32C
- 14: Jc06o $0xFE8B32C
-
-
-
-. 2184 FE8AF24 16
-. 81 FE 1B 48 80 0F 00 A0 2C 80 00 00 40 86 03 FC
-==== BB 2185 (0xFE8AF34) approx BBs exec'd 0 ====
-
- 0xFE8AF34: 2D950000 cmpi cr3,r21,0
- 0: GETL R21, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x3, CR
- 3: INCEIPL $4
-
- 0xFE8AF38: 418E0424 bc 12,14,0xFE8B35C
- 4: Js14o $0xFE8B35C
-
-
-
-. 2185 FE8AF34 8
-. 2D 95 00 00 41 8E 04 24
-==== BB 2186 (0xFE8B35C) approx BBs exec'd 0 ====
-
- 0xFE8B35C: 809E1B14 lwz r4,6932(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1B14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFE8B360: 82A40000 lwz r21,0(r4)
- 5: GETL R4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R21
- 8: INCEIPL $4
-
- 0xFE8B364: 4BFFFBD8 b 0xFE8AF3C
- 9: JMPo $0xFE8AF3C ($4)
-
-
-
-. 2186 FE8B35C 12
-. 80 9E 1B 14 82 A4 00 00 4B FF FB D8
-==== BB 2187 (0xFE8AF3C) approx BBs exec'd 0 ====
-
- 0xFE8AF3C: 7EC3B378 or r3,r22,r22
- 0: GETL R22, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE8AF40: 4804BB99 bl 0xFED6AD8
- 3: MOVL $0xFE8AF44, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0xFED6AD8 ($4)
-
-
-
-. 2187 FE8AF3C 8
-. 7E C3 B3 78 48 04 BB 99
-==== BB 2188 (0xFE8AF44) approx BBs exec'd 0 ====
-
- 0xFE8AF44: 81610000 lwz r11,0(r1)
- 0: GETL R1, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R11
- 3: INCEIPL $4
-
- 0xFE8AF48: 39430037 addi r10,r3,55
- 4: GETL R3, t4
- 5: ADDL $0x37, t4
- 6: PUTL t4, R10
- 7: INCEIPL $4
-
- 0xFE8AF4C: 38A30001 addi r5,r3,1
- 8: GETL R3, t6
- 9: ADDL $0x1, t6
- 10: PUTL t6, R5
- 11: INCEIPL $4
-
- 0xFE8AF50: 55480036 rlwinm r8,r10,0,0,27
- 12: GETL R10, t8
- 13: ANDL $0xFFFFFFF0, t8
- 14: PUTL t8, R8
- 15: INCEIPL $4
-
- 0xFE8AF54: 90BF0014 stw r5,20(r31)
- 16: GETL R5, t10
- 17: GETL R31, t12
- 18: ADDL $0x14, t12
- 19: STL t10, (t12)
- 20: INCEIPL $4
-
- 0xFE8AF58: 7CE800D0 neg r7,r8
- 21: GETL R8, t14
- 22: NEGL t14
- 23: PUTL t14, R7
- 24: INCEIPL $4
-
- 0xFE8AF5C: 80BF0014 lwz r5,20(r31)
- 25: GETL R31, t16
- 26: ADDL $0x14, t16
- 27: LDL (t16), t18
- 28: PUTL t18, R5
- 29: INCEIPL $4
-
- 0xFE8AF60: 7D61396E stwux r11,r1,r7
- 30: GETL R7, t20
- 31: GETL R1, t22
- 32: ADDL t22, t20
- 33: PUTL t20, R1
- 34: GETL R11, t24
- 35: STL t24, (t20)
- 36: INCEIPL $4
-
- 0xFE8AF64: 7EC4B378 or r4,r22,r22
- 37: GETL R22, t26
- 38: PUTL t26, R4
- 39: INCEIPL $4
-
- 0xFE8AF68: 38C10017 addi r6,r1,23
- 40: GETL R1, t28
- 41: ADDL $0x17, t28
- 42: PUTL t28, R6
- 43: INCEIPL $4
-
- 0xFE8AF6C: 54DD0036 rlwinm r29,r6,0,0,27
- 44: GETL R6, t30
- 45: ANDL $0xFFFFFFF0, t30
- 46: PUTL t30, R29
- 47: INCEIPL $4
-
- 0xFE8AF70: 387D0018 addi r3,r29,24
- 48: GETL R29, t32
- 49: ADDL $0x18, t32
- 50: PUTL t32, R3
- 51: INCEIPL $4
-
- 0xFE8AF74: 4804D765 bl 0xFED86D8
- 52: MOVL $0xFE8AF78, t34
- 53: PUTL t34, LR
- 54: JMPo-c $0xFED86D8 ($4)
-
-
-
-. 2188 FE8AF44 52
-. 81 61 00 00 39 43 00 37 38 A3 00 01 55 48 00 36 90 BF 00 14 7C E8 00 D0 80 BF 00 14 7D 61 39 6E 7E C4 B3 78 38 C1 00 17 54 DD 00 36 38 7D 00 18 48 04 D7 65
-==== BB 2189 (0xFE8AF78) approx BBs exec'd 0 ====
-
- 0xFE8AF78: 800F00A0 lwz r0,160(r15)
- 0: GETL R15, t0
- 1: ADDL $0xA0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFE8AF7C: 92BD0000 stw r21,0(r29)
- 5: GETL R21, t4
- 6: GETL R29, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0xFE8AF80: 2E000000 cmpi cr4,r0,0
- 9: GETL R0, t8
- 10: CMP0L t8, t10 (-rSo)
- 11: ICRFL t10, $0x4, CR
- 12: INCEIPL $4
-
- 0xFE8AF84: 925D0004 stw r18,4(r29)
- 13: GETL R18, t12
- 14: GETL R29, t14
- 15: ADDL $0x4, t14
- 16: STL t12, (t14)
- 17: INCEIPL $4
-
- 0xFE8AF88: 40920394 bc 4,18,0xFE8B31C
- 18: Jc18o $0xFE8B31C
-
-
-
-. 2189 FE8AF78 20
-. 80 0F 00 A0 92 BD 00 00 2E 00 00 00 92 5D 00 04 40 92 03 94
-==== BB 2190 (0xFE8AF8C) approx BBs exec'd 0 ====
-
- 0xFE8AF8C: 809E018C lwz r4,396(r30)
- 0: GETL R30, t0
- 1: ADDL $0x18C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFE8AF90: 7FA3EB78 or r3,r29,r29
- 5: GETL R29, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFE8AF94: 80BE0174 lwz r5,372(r30)
- 8: GETL R30, t6
- 9: ADDL $0x174, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R5
- 12: INCEIPL $4
-
- 0xFE8AF98: 480A4831 bl 0xFF2F7C8
- 13: MOVL $0xFE8AF9C, t10
- 14: PUTL t10, LR
- 15: JMPo-c $0xFF2F7C8 ($4)
-
-
-
-. 2190 FE8AF8C 16
-. 80 9E 01 8C 7F A3 EB 78 80 BE 01 74 48 0A 48 31
-==== BB 2191 tfind(0xFF2F7C8) approx BBs exec'd 0 ====
-
- 0xFF2F7C8: 2C040000 cmpi cr0,r4,0
- 0: GETL R4, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0xFF2F7CC: 7C0802A6 mflr r0
- 4: GETL LR, t4
- 5: PUTL t4, R0
- 6: INCEIPL $4
-
- 0xFF2F7D0: 9421FFE0 stwu r1,-32(r1)
- 7: GETL R1, t6
- 8: GETL R1, t8
- 9: ADDL $0xFFFFFFE0, t8
- 10: PUTL t8, R1
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFF2F7D4: 93810010 stw r28,16(r1)
- 13: GETL R28, t10
- 14: GETL R1, t12
- 15: ADDL $0x10, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFF2F7D8: 7C7C1B78 or r28,r3,r3
- 18: GETL R3, t14
- 19: PUTL t14, R28
- 20: INCEIPL $4
-
- 0xFF2F7DC: 93A10014 stw r29,20(r1)
- 21: GETL R29, t16
- 22: GETL R1, t18
- 23: ADDL $0x14, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFF2F7E0: 38600000 li r3,0
- 26: MOVL $0x0, t20
- 27: PUTL t20, R3
- 28: INCEIPL $4
-
- 0xFF2F7E4: 93C10018 stw r30,24(r1)
- 29: GETL R30, t22
- 30: GETL R1, t24
- 31: ADDL $0x18, t24
- 32: STL t22, (t24)
- 33: INCEIPL $4
-
- 0xFF2F7E8: 7CBD2B78 or r29,r5,r5
- 34: GETL R5, t26
- 35: PUTL t26, R29
- 36: INCEIPL $4
-
- 0xFF2F7EC: 93E1001C stw r31,28(r1)
- 37: GETL R31, t28
- 38: GETL R1, t30
- 39: ADDL $0x1C, t30
- 40: STL t28, (t30)
- 41: INCEIPL $4
-
- 0xFF2F7F0: 90010024 stw r0,36(r1)
- 42: GETL R0, t32
- 43: GETL R1, t34
- 44: ADDL $0x24, t34
- 45: STL t32, (t34)
- 46: INCEIPL $4
-
- 0xFF2F7F4: 41820048 bc 12,2,0xFF2F83C
- 47: Js02o $0xFF2F83C
-
-
-
-. 2191 FF2F7C8 48
-. 2C 04 00 00 7C 08 02 A6 94 21 FF E0 93 81 00 10 7C 7C 1B 78 93 A1 00 14 38 60 00 00 93 C1 00 18 7C BD 2B 78 93 E1 00 1C 90 01 00 24 41 82 00 48
-==== BB 2192 (0xFF2F7F8) approx BBs exec'd 0 ====
-
- 0xFF2F7F8: 80640000 lwz r3,0(r4)
- 0: GETL R4, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0xFF2F7FC: 2F830000 cmpi cr7,r3,0
- 4: GETL R3, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x7, CR
- 7: INCEIPL $4
-
- 0xFF2F800: 419E0038 bc 12,30,0xFF2F838
- 8: Js30o $0xFF2F838
-
-
-
-. 2192 FF2F7F8 12
-. 80 64 00 00 2F 83 00 00 41 9E 00 38
-==== BB 2193 (0xFF2F838) approx BBs exec'd 0 ====
-
- 0xFF2F838: 38600000 li r3,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFF2F83C: 80810024 lwz r4,36(r1)
- 3: GETL R1, t2
- 4: ADDL $0x24, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0xFF2F840: 83810010 lwz r28,16(r1)
- 8: GETL R1, t6
- 9: ADDL $0x10, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R28
- 12: INCEIPL $4
-
- 0xFF2F844: 83A10014 lwz r29,20(r1)
- 13: GETL R1, t10
- 14: ADDL $0x14, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R29
- 17: INCEIPL $4
-
- 0xFF2F848: 7C8803A6 mtlr r4
- 18: GETL R4, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0xFF2F84C: 83C10018 lwz r30,24(r1)
- 21: GETL R1, t16
- 22: ADDL $0x18, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R30
- 25: INCEIPL $4
-
- 0xFF2F850: 83E1001C lwz r31,28(r1)
- 26: GETL R1, t20
- 27: ADDL $0x1C, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R31
- 30: INCEIPL $4
-
- 0xFF2F854: 38210020 addi r1,r1,32
- 31: GETL R1, t24
- 32: ADDL $0x20, t24
- 33: PUTL t24, R1
- 34: INCEIPL $4
-
- 0xFF2F858: 4E800020 blr
- 35: GETL LR, t26
- 36: JMPo-r t26 ($4)
-
-
-
-. 2193 FF2F838 36
-. 38 60 00 00 80 81 00 24 83 81 00 10 83 A1 00 14 7C 88 03 A6 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 2194 (0xFE8AF9C) approx BBs exec'd 0 ====
-
- 0xFE8AF9C: 800F00A8 lwz r0,168(r15)
- 0: GETL R15, t0
- 1: ADDL $0xA8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFE8AFA0: 7C701B78 or r16,r3,r3
- 5: GETL R3, t4
- 6: PUTL t4, R16
- 7: INCEIPL $4
-
- 0xFE8AFA4: 2F000000 cmpi cr6,r0,0
- 8: GETL R0, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x6, CR
- 11: INCEIPL $4
-
- 0xFE8AFA8: 409A0364 bc 4,26,0xFE8B30C
- 12: Jc26o $0xFE8B30C
-
-
-
-. 2194 FE8AF9C 16
-. 80 0F 00 A8 7C 70 1B 78 2F 00 00 00 40 9A 03 64
-==== BB 2195 (0xFE8AFAC) approx BBs exec'd 0 ====
-
- 0xFE8AFAC: 2D900000 cmpi cr3,r16,0
- 0: GETL R16, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x3, CR
- 3: INCEIPL $4
-
- 0xFE8AFB0: 418E001C bc 12,14,0xFE8AFCC
- 4: Js14o $0xFE8AFCC
-
-
-
-. 2195 FE8AFAC 8
-. 2D 90 00 00 41 8E 00 1C
-==== BB 2196 (0xFE8AFCC) approx BBs exec'd 0 ====
-
- 0xFE8AFCC: 839E1AC8 lwz r28,6856(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1AC8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0xFE8AFD0: 831E1C4C lwz r24,7244(r30)
- 5: GETL R30, t4
- 6: ADDL $0x1C4C, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R24
- 9: INCEIPL $4
-
- 0xFE8AFD4: 7F781214 add r27,r24,r2
- 10: GETL R24, t8
- 11: GETL R2, t10
- 12: ADDL t8, t10
- 13: PUTL t10, R27
- 14: INCEIPL $4
-
- 0xFE8AFD8: 82FC0000 lwz r23,0(r28)
- 15: GETL R28, t12
- 16: LDL (t12), t14
- 17: PUTL t14, R23
- 18: INCEIPL $4
-
- 0xFE8AFDC: 833B0000 lwz r25,0(r27)
- 19: GETL R27, t16
- 20: LDL (t16), t18
- 21: PUTL t18, R25
- 22: INCEIPL $4
-
- 0xFE8AFE0: 2E170000 cmpi cr4,r23,0
- 23: GETL R23, t20
- 24: CMP0L t20, t22 (-rSo)
- 25: ICRFL t22, $0x4, CR
- 26: INCEIPL $4
-
- 0xFE8AFE4: 933F0010 stw r25,16(r31)
- 27: GETL R25, t24
- 28: GETL R31, t26
- 29: ADDL $0x10, t26
- 30: STL t24, (t26)
- 31: INCEIPL $4
-
- 0xFE8AFE8: 41920028 bc 12,18,0xFE8B010
- 32: Js18o $0xFE8B010
-
-
-
-. 2196 FE8AFCC 32
-. 83 9E 1A C8 83 1E 1C 4C 7F 78 12 14 82 FC 00 00 83 3B 00 00 2E 17 00 00 93 3F 00 10 41 92 00 28
-==== BB 2197 (0xFE8AFEC) approx BBs exec'd 0 ====
-
- 0xFE8AFEC: 38970010 addi r4,r23,16
- 0: GETL R23, t0
- 1: ADDL $0x10, t0
- 2: PUTL t0, R4
- 3: INCEIPL $4
-
- 0xFE8AFF0: 7EA3AB78 or r3,r21,r21
- 4: GETL R21, t2
- 5: PUTL t2, R3
- 6: INCEIPL $4
-
- 0xFE8AFF4: 4804B3BD bl 0xFED63B0
- 7: MOVL $0xFE8AFF8, t4
- 8: PUTL t4, LR
- 9: JMPo-c $0xFED63B0 ($4)
-
-
-
-. 2197 FE8AFEC 12
-. 38 97 00 10 7E A3 AB 78 48 04 B3 BD
-==== BB 2198 (0xFE8AFF8) approx BBs exec'd 0 ====
-
- 0xFE8AFF8: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xFE8AFFC: 419E036C bc 12,30,0xFE8B368
- 4: Js30o $0xFE8B368
-
-
-
-. 2198 FE8AFF8 8
-. 2F 83 00 00 41 9E 03 6C
-==== BB 2199 (0xFE8B368) approx BBs exec'd 0 ====
-
- 0xFE8B368: 41B2FCA8 bc 13,18,0xFE8B010
- 0: Js18o $0xFE8B010
-
-
-
-. 2199 FE8B368 4
-. 41 B2 FC A8
-==== BB 2200 (0xFE8B36C) approx BBs exec'd 0 ====
-
- 0xFE8B36C: 80770004 lwz r3,4(r23)
- 0: GETL R23, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFE8B370: 89830000 lbz r12,0(r3)
- 5: GETL R3, t4
- 6: LDB (t4), t6
- 7: PUTL t6, R12
- 8: INCEIPL $4
-
- 0xFE8B374: 7C731B78 or r19,r3,r3
- 9: GETL R3, t8
- 10: PUTL t8, R19
- 11: INCEIPL $4
-
- 0xFE8B378: 2F0C002F cmpi cr6,r12,47
- 12: GETL R12, t10
- 13: MOVL $0x2F, t14
- 14: CMPL t10, t14, t12 (-rSo)
- 15: ICRFL t12, $0x6, CR
- 16: INCEIPL $4
-
- 0xFE8B37C: 41BAFC98 bc 13,26,0xFE8B014
- 17: Js26o $0xFE8B014
-
-
-
-. 2200 FE8B36C 20
-. 80 77 00 04 89 83 00 00 7C 73 1B 78 2F 0C 00 2F 41 BA FC 98
-==== BB 2201 (0xFE8B014) approx BBs exec'd 0 ====
-
- 0xFE8B014: 807E0194 lwz r3,404(r30)
- 0: GETL R30, t0
- 1: ADDL $0x194, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFE8B018: 5654103A rlwinm r20,r18,2,0,29
- 5: GETL R18, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R20
- 8: INCEIPL $4
-
- 0xFE8B01C: 823E1DC4 lwz r17,7620(r30)
- 9: GETL R30, t6
- 10: ADDL $0x1DC4, t6
- 11: LDL (t6), t8
- 12: PUTL t8, R17
- 13: INCEIPL $4
-
- 0xFE8B020: 7F94882E lwzx r28,r20,r17
- 14: GETL R17, t10
- 15: GETL R20, t12
- 16: ADDL t12, t10
- 17: LDL (t10), t14
- 18: PUTL t14, R28
- 19: INCEIPL $4
-
- 0xFE8B024: 48008175 bl 0xFE93198
- 20: MOVL $0xFE8B028, t16
- 21: PUTL t16, LR
- 22: JMPo-c $0xFE93198 ($4)
-
-
-
-. 2201 FE8B014 20
-. 80 7E 01 94 56 54 10 3A 82 3E 1D C4 7F 94 88 2E 48 00 81 75
-==== BB 2202 (0xFED6E98) approx BBs exec'd 0 ====
-
- 0xFED6E98: 2C860000 cmpi cr1,r6,0
- 0: GETL R6, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFED6E9C: 7C063800 cmp cr0,r6,r7
- 4: GETL R6, t4
- 5: GETL R7, t6
- 6: CMPL t4, t6, t8 (-rSo)
- 7: ICRFL t8, $0x0, CR
- 8: INCEIPL $4
-
- 0xFED6EA0: 40820010 bc 4,2,0xFED6EB0
- 9: Jc02o $0xFED6EB0
-
-
-
-. 2202 FED6E98 12
-. 2C 86 00 00 7C 06 38 00 40 82 00 10
-==== BB 2203 (0xFED6EA4) approx BBs exec'd 0 ====
-
- 0xFED6EA4: 8CC30001 lbzu r6,1(r3)
- 0: GETL R3, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R3
- 3: LDB (t0), t2
- 4: PUTL t2, R6
- 5: INCEIPL $4
-
- 0xFED6EA8: 4086FFCC bc 4,6,0xFED6E74
- 6: Jc06o $0xFED6E74
-
-
-
-. 2203 FED6EA4 8
-. 8C C3 00 01 40 86 FF CC
-==== BB 2204 (0xFED6E74) approx BBs exec'd 0 ====
-
- 0xFED6E74: 8CE40001 lbzu r7,1(r4)
- 0: GETL R4, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R4
- 3: LDB (t0), t2
- 4: PUTL t2, R7
- 5: INCEIPL $4
-
- 0xFED6E78: 42400038 bc 18,0,0xFED6EB0
- 6: GETL CTR, t4
- 7: ADDL $0xFFFFFFFF, t4
- 8: PUTL t4, CTR
- 9: SETZL t4, NoValue
- 10: JIFZL t4, $0xFED6E7C
- 11: JMPo $0xFED6EB0 ($4)
-
-
-
-. 2204 FED6E74 8
-. 8C E4 00 01 42 40 00 38
-==== BB 2205 (0xFE8B028) approx BBs exec'd 0 ====
-
- 0xFE8B028: 2E030000 cmpi cr4,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0xFE8B02C: 7C7D1B78 or r29,r3,r3
- 4: GETL R3, t4
- 5: PUTL t4, R29
- 6: INCEIPL $4
-
- 0xFE8B030: 41920018 bc 12,18,0xFE8B048
- 7: Js18o $0xFE8B048
-
-
-
-. 2205 FE8B028 12
-. 2E 03 00 00 7C 7D 1B 78 41 92 00 18
-==== BB 2206 (0xFE8B048) approx BBs exec'd 0 ====
-
- 0xFE8B048: 7E439378 or r3,r18,r18
- 0: GETL R18, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE8B04C: 4BFFE2DD bl 0xFE89328
- 3: MOVL $0xFE8B050, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0xFE89328 ($4)
-
-
-
-. 2206 FE8B048 8
-. 7E 43 93 78 4B FF E2 DD
-==== BB 2207 __current_locale_name(0xFE89328) approx BBs exec'd 0 ====
-
- 0xFE89328: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFE8932C: 7D8802A6 mflr r12
- 6: GETL LR, t4
- 7: PUTL t4, R12
- 8: INCEIPL $4
-
- 0xFE89330: 4811EB21 bl 0xFFA7E50
- 9: MOVL $0xFE89334, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 2207 FE89328 12
-. 94 21 FF F0 7D 88 02 A6 48 11 EB 21
-==== BB 2208 (0xFE89334) approx BBs exec'd 0 ====
-
- 0xFE89334: 93C10008 stw r30,8(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFE89338: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFE8933C: 5464103A rlwinm r4,r3,2,0,29
- 8: GETL R3, t6
- 9: SHLL $0x2, t6
- 10: PUTL t6, R4
- 11: INCEIPL $4
-
- 0xFE89340: 7D8803A6 mtlr r12
- 12: GETL R12, t8
- 13: PUTL t8, LR
- 14: INCEIPL $4
-
- 0xFE89344: 80BE1D50 lwz r5,7504(r30)
- 15: GETL R30, t10
- 16: ADDL $0x1D50, t10
- 17: LDL (t10), t12
- 18: PUTL t12, R5
- 19: INCEIPL $4
-
- 0xFE89348: 83C10008 lwz r30,8(r1)
- 20: GETL R1, t14
- 21: ADDL $0x8, t14
- 22: LDL (t14), t16
- 23: PUTL t16, R30
- 24: INCEIPL $4
-
- 0xFE8934C: 7D251214 add r9,r5,r2
- 25: GETL R5, t18
- 26: GETL R2, t20
- 27: ADDL t18, t20
- 28: PUTL t20, R9
- 29: INCEIPL $4
-
- 0xFE89350: 38210010 addi r1,r1,16
- 30: GETL R1, t22
- 31: ADDL $0x10, t22
- 32: PUTL t22, R1
- 33: INCEIPL $4
-
- 0xFE89354: 80090000 lwz r0,0(r9)
- 34: GETL R9, t24
- 35: LDL (t24), t26
- 36: PUTL t26, R0
- 37: INCEIPL $4
-
- 0xFE89358: 7C640214 add r3,r4,r0
- 38: GETL R4, t28
- 39: GETL R0, t30
- 40: ADDL t28, t30
- 41: PUTL t30, R3
- 42: INCEIPL $4
-
- 0xFE8935C: 80630040 lwz r3,64(r3)
- 43: GETL R3, t32
- 44: ADDL $0x40, t32
- 45: LDL (t32), t34
- 46: PUTL t34, R3
- 47: INCEIPL $4
-
- 0xFE89360: 4E800020 blr
- 48: GETL LR, t36
- 49: JMPo-r t36 ($4)
-
-
-
-. 2208 FE89334 48
-. 93 C1 00 08 7F C8 02 A6 54 64 10 3A 7D 88 03 A6 80 BE 1D 50 83 C1 00 08 7D 25 12 14 38 21 00 10 80 09 00 00 7C 64 02 14 80 63 00 40 4E 80 00 20
-==== BB 2209 (0xFE8B050) approx BBs exec'd 0 ====
-
- 0xFE8B050: 419202B4 bc 12,18,0xFE8B304
- 0: Js18o $0xFE8B304
-
-
-
-. 2209 FE8B050 4
-. 41 92 02 B4
-==== BB 2210 (0xFE8B304) approx BBs exec'd 0 ====
-
- 0xFE8B304: 7C601B78 or r0,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFE8B308: 4BFFFD6C b 0xFE8B074
- 3: JMPo $0xFE8B074 ($4)
-
-
-
-. 2210 FE8B304 8
-. 7C 60 1B 78 4B FF FD 6C
-==== BB 2211 (0xFE8B074) approx BBs exec'd 0 ====
-
- 0xFE8B074: 7EA3AB78 or r3,r21,r21
- 0: GETL R21, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE8B078: 7C1B0378 or r27,r0,r0
- 3: GETL R0, t2
- 4: PUTL t2, R27
- 5: INCEIPL $4
-
- 0xFE8B07C: 4804BA5D bl 0xFED6AD8
- 6: MOVL $0xFE8B080, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0xFED6AD8 ($4)
-
-
-
-. 2211 FE8B074 12
-. 7E A3 AB 78 7C 1B 03 78 48 04 BA 5D
-==== BB 2212 (0xFE8B080) approx BBs exec'd 0 ====
-
- 0xFE8B080: 2E1A0000 cmpi cr4,r26,0
- 0: GETL R26, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0xFE8B084: 7C711B78 or r17,r3,r3
- 4: GETL R3, t4
- 5: PUTL t4, R17
- 6: INCEIPL $4
-
- 0xFE8B088: 7F83E378 or r3,r28,r28
- 7: GETL R28, t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0xFE8B08C: 4804BA4D bl 0xFED6AD8
- 10: MOVL $0xFE8B090, t8
- 11: PUTL t8, LR
- 12: JMPo-c $0xFED6AD8 ($4)
-
-
-
-. 2212 FE8B080 16
-. 2E 1A 00 00 7C 71 1B 78 7F 83 E3 78 48 04 BA 4D
-==== BB 2213 (0xFE8B090) approx BBs exec'd 0 ====
-
- 0xFE8B090: 81610000 lwz r11,0(r1)
- 0: GETL R1, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R11
- 3: INCEIPL $4
-
- 0xFE8B094: 7E838A14 add r20,r3,r17
- 4: GETL R3, t4
- 5: GETL R17, t6
- 6: ADDL t4, t6
- 7: PUTL t6, R20
- 8: INCEIPL $4
-
- 0xFE8B098: 7F84E378 or r4,r28,r28
- 9: GETL R28, t8
- 10: PUTL t8, R4
- 11: INCEIPL $4
-
- 0xFE8B09C: 39540023 addi r10,r20,35
- 12: GETL R20, t10
- 13: ADDL $0x23, t10
- 14: PUTL t10, R10
- 15: INCEIPL $4
-
- 0xFE8B0A0: 7F181214 add r24,r24,r2
- 16: GETL R24, t12
- 17: GETL R2, t14
- 18: ADDL t12, t14
- 19: PUTL t14, R24
- 20: INCEIPL $4
-
- 0xFE8B0A4: 55480036 rlwinm r8,r10,0,0,27
- 21: GETL R10, t16
- 22: ANDL $0xFFFFFFF0, t16
- 23: PUTL t16, R8
- 24: INCEIPL $4
-
- 0xFE8B0A8: 7CE800D0 neg r7,r8
- 25: GETL R8, t18
- 26: NEGL t18
- 27: PUTL t18, R7
- 28: INCEIPL $4
-
- 0xFE8B0AC: 7D61396E stwux r11,r1,r7
- 29: GETL R7, t20
- 30: GETL R1, t22
- 31: ADDL t22, t20
- 32: PUTL t20, R1
- 33: GETL R11, t24
- 34: STL t24, (t20)
- 35: INCEIPL $4
-
- 0xFE8B0B0: 38C10017 addi r6,r1,23
- 36: GETL R1, t26
- 37: ADDL $0x17, t26
- 38: PUTL t26, R6
- 39: INCEIPL $4
-
- 0xFE8B0B4: 54D40036 rlwinm r20,r6,0,0,27
- 40: GETL R6, t28
- 41: ANDL $0xFFFFFFF0, t28
- 42: PUTL t28, R20
- 43: INCEIPL $4
-
- 0xFE8B0B8: 7E83A378 or r3,r20,r20
- 44: GETL R20, t30
- 45: PUTL t30, R3
- 46: INCEIPL $4
-
- 0xFE8B0BC: 4804D245 bl 0xFED8300
- 47: MOVL $0xFE8B0C0, t32
- 48: PUTL t32, LR
- 49: JMPo-c $0xFED8300 ($4)
-
-
-
-. 2213 FE8B090 48
-. 81 61 00 00 7E 83 8A 14 7F 84 E3 78 39 54 00 23 7F 18 12 14 55 48 00 36 7C E8 00 D0 7D 61 39 6E 38 C1 00 17 54 D4 00 36 7E 83 A3 78 48 04 D2 45
-==== BB 2214 stpcpy(0xFED8300) approx BBs exec'd 0 ====
-
- 0xFED8300: 7C801B78 or r0,r4,r3
- 0: GETL R4, t0
- 1: GETL R3, t2
- 2: ORL t2, t0
- 3: PUTL t0, R0
- 4: INCEIPL $4
-
- 0xFED8304: 540007BF rlwinm. r0,r0,0,30,31
- 5: GETL R0, t4
- 6: ANDL $0x3, t4
- 7: PUTL t4, R0
- 8: CMP0L t4, t6 (-rSo)
- 9: ICRFL t6, $0x0, CR
- 10: INCEIPL $4
-
- 0xFED8308: 3863FFFC addi r3,r3,-4
- 11: GETL R3, t8
- 12: ADDL $0xFFFFFFFC, t8
- 13: PUTL t8, R3
- 14: INCEIPL $4
-
- 0xFED830C: 40820088 bc 4,2,0xFED8394
- 15: Jc02o $0xFED8394
-
-
-
-. 2214 FED8300 16
-. 7C 80 1B 78 54 00 07 BF 38 63 FF FC 40 82 00 88
-==== BB 2215 (0xFED8310) approx BBs exec'd 0 ====
-
- 0xFED8310: 3CE0FEFF lis r7,-257
- 0: MOVL $0xFEFF0000, t0
- 1: PUTL t0, R7
- 2: INCEIPL $4
-
- 0xFED8314: 3D007F7F lis r8,32639
- 3: MOVL $0x7F7F0000, t2
- 4: PUTL t2, R8
- 5: INCEIPL $4
-
- 0xFED8318: 80C40000 lwz r6,0(r4)
- 6: GETL R4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R6
- 9: INCEIPL $4
-
- 0xFED831C: 38E7FEFF addi r7,r7,-257
- 10: MOVL $0xFEFEFEFF, t8
- 11: PUTL t8, R7
- 12: INCEIPL $4
-
- 0xFED8320: 39087F7F addi r8,r8,32639
- 13: MOVL $0x7F7F7F7F, t10
- 14: PUTL t10, R8
- 15: INCEIPL $4
-
- 0xFED8324: 48000024 b 0xFED8348
- 16: JMPo $0xFED8348 ($4)
-
-
-
-. 2215 FED8310 24
-. 3C E0 FE FF 3D 00 7F 7F 80 C4 00 00 38 E7 FE FF 39 08 7F 7F 48 00 00 24
-==== BB 2216 (0xFED8348) approx BBs exec'd 0 ====
-
- 0xFED8348: 7C073214 add r0,r7,r6
- 0: GETL R7, t0
- 1: GETL R6, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFED834C: 7D0930F8 nor r9,r8,r6
- 5: GETL R8, t4
- 6: GETL R6, t6
- 7: ORL t6, t4
- 8: NOTL t4
- 9: PUTL t4, R9
- 10: INCEIPL $4
-
- 0xFED8350: 7C004839 and. r0,r0,r9
- 11: GETL R0, t8
- 12: GETL R9, t10
- 13: ANDL t8, t10
- 14: PUTL t10, R0
- 15: CMP0L t10, t12 (-rSo)
- 16: ICRFL t12, $0x0, CR
- 17: INCEIPL $4
-
- 0xFED8354: 4182FFD4 bc 12,2,0xFED8328
- 18: Js02o $0xFED8328
-
-
-
-. 2216 FED8348 16
-. 7C 07 32 14 7D 09 30 F8 7C 00 48 39 41 82 FF D4
-==== BB 2217 (0xFED8328) approx BBs exec'd 0 ====
-
- 0xFED8328: 85440004 lwzu r10,4(r4)
- 0: GETL R4, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R4
- 3: LDL (t0), t2
- 4: PUTL t2, R10
- 5: INCEIPL $4
-
- 0xFED832C: 94C30004 stwu r6,4(r3)
- 6: GETL R6, t4
- 7: GETL R3, t6
- 8: ADDL $0x4, t6
- 9: PUTL t6, R3
- 10: STL t4, (t6)
- 11: INCEIPL $4
-
- 0xFED8330: 7C075214 add r0,r7,r10
- 12: GETL R7, t8
- 13: GETL R10, t10
- 14: ADDL t8, t10
- 15: PUTL t10, R0
- 16: INCEIPL $4
-
- 0xFED8334: 7D0950F8 nor r9,r8,r10
- 17: GETL R8, t12
- 18: GETL R10, t14
- 19: ORL t14, t12
- 20: NOTL t12
- 21: PUTL t12, R9
- 22: INCEIPL $4
-
- 0xFED8338: 7C004839 and. r0,r0,r9
- 23: GETL R0, t16
- 24: GETL R9, t18
- 25: ANDL t16, t18
- 26: PUTL t18, R0
- 27: CMP0L t18, t20 (-rSo)
- 28: ICRFL t20, $0x0, CR
- 29: INCEIPL $4
-
- 0xFED833C: 40820020 bc 4,2,0xFED835C
- 30: Jc02o $0xFED835C
-
-
-
-. 2217 FED8328 24
-. 85 44 00 04 94 C3 00 04 7C 07 52 14 7D 09 50 F8 7C 00 48 39 40 82 00 20
-==== BB 2218 (0xFED8340) approx BBs exec'd 0 ====
-
- 0xFED8340: 84C40004 lwzu r6,4(r4)
- 0: GETL R4, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R4
- 3: LDL (t0), t2
- 4: PUTL t2, R6
- 5: INCEIPL $4
-
- 0xFED8344: 95430004 stwu r10,4(r3)
- 6: GETL R10, t4
- 7: GETL R3, t6
- 8: ADDL $0x4, t6
- 9: PUTL t6, R3
- 10: STL t4, (t6)
- 11: INCEIPL $4
-
- 0xFED8348: 7C073214 add r0,r7,r6
- 12: GETL R7, t8
- 13: GETL R6, t10
- 14: ADDL t8, t10
- 15: PUTL t10, R0
- 16: INCEIPL $4
-
- 0xFED834C: 7D0930F8 nor r9,r8,r6
- 17: GETL R8, t12
- 18: GETL R6, t14
- 19: ORL t14, t12
- 20: NOTL t12
- 21: PUTL t12, R9
- 22: INCEIPL $4
-
- 0xFED8350: 7C004839 and. r0,r0,r9
- 23: GETL R0, t16
- 24: GETL R9, t18
- 25: ANDL t16, t18
- 26: PUTL t18, R0
- 27: CMP0L t18, t20 (-rSo)
- 28: ICRFL t20, $0x0, CR
- 29: INCEIPL $4
-
- 0xFED8354: 4182FFD4 bc 12,2,0xFED8328
- 30: Js02o $0xFED8328
-
-
-
-. 2218 FED8340 24
-. 84 C4 00 04 95 43 00 04 7C 07 32 14 7D 09 30 F8 7C 00 48 39 41 82 FF D4
-==== BB 2219 (0xFED8358) approx BBs exec'd 0 ====
-
- 0xFED8358: 7CCA3378 or r10,r6,r6
- 0: GETL R6, t0
- 1: PUTL t0, R10
- 2: INCEIPL $4
-
- 0xFED835C: 5540463F rlwinm. r0,r10,8,24,31
- 3: GETL R10, t2
- 4: SHRL $0x18, t2
- 5: PUTL t2, R0
- 6: CMP0L t2, t4 (-rSo)
- 7: ICRFL t4, $0x0, CR
- 8: INCEIPL $4
-
- 0xFED8360: 9C030004 stbu r0,4(r3)
- 9: GETL R0, t6
- 10: GETL R3, t8
- 11: ADDL $0x4, t8
- 12: PUTL t8, R3
- 13: STB t6, (t8)
- 14: INCEIPL $4
-
- 0xFED8364: 4D820020 bclr 12,2
- 15: GETL LR, t10
- 16: Js02o-r t10
-
-
-
-. 2219 FED8358 16
-. 7C CA 33 78 55 40 46 3F 9C 03 00 04 4D 82 00 20
-==== BB 2220 (0xFED8368) approx BBs exec'd 0 ====
-
- 0xFED8368: 5540863F rlwinm. r0,r10,16,24,31
- 0: GETL R10, t0
- 1: ROLL $0x10, t0
- 2: ANDL $0xFF, t0
- 3: PUTL t0, R0
- 4: CMP0L t0, t2 (-rSo)
- 5: ICRFL t2, $0x0, CR
- 6: INCEIPL $4
-
- 0xFED836C: 9C030001 stbu r0,1(r3)
- 7: GETL R0, t4
- 8: GETL R3, t6
- 9: ADDL $0x1, t6
- 10: PUTL t6, R3
- 11: STB t4, (t6)
- 12: INCEIPL $4
-
- 0xFED8370: 4D820020 bclr 12,2
- 13: GETL LR, t8
- 14: Js02o-r t8
-
-
-
-. 2220 FED8368 12
-. 55 40 86 3F 9C 03 00 01 4D 82 00 20
-==== BB 2221 (0xFED8374) approx BBs exec'd 0 ====
-
- 0xFED8374: 5540C63F rlwinm. r0,r10,24,24,31
- 0: GETL R10, t0
- 1: ROLL $0x18, t0
- 2: ANDL $0xFF, t0
- 3: PUTL t0, R0
- 4: CMP0L t0, t2 (-rSo)
- 5: ICRFL t2, $0x0, CR
- 6: INCEIPL $4
-
- 0xFED8378: 9C030001 stbu r0,1(r3)
- 7: GETL R0, t4
- 8: GETL R3, t6
- 9: ADDL $0x1, t6
- 10: PUTL t6, R3
- 11: STB t4, (t6)
- 12: INCEIPL $4
-
- 0xFED837C: 4D820020 bclr 12,2
- 13: GETL LR, t8
- 14: Js02o-r t8
-
-
-
-. 2221 FED8374 12
-. 55 40 C6 3F 9C 03 00 01 4D 82 00 20
-==== BB 2222 (0xFED8380) approx BBs exec'd 0 ====
-
- 0xFED8380: 9D430001 stbu r10,1(r3)
- 0: GETL R10, t0
- 1: GETL R3, t2
- 2: ADDL $0x1, t2
- 3: PUTL t2, R3
- 4: STB t0, (t2)
- 5: INCEIPL $4
-
- 0xFED8384: 4E800020 blr
- 6: GETL LR, t4
- 7: JMPo-r t4 ($4)
-
-
-
-. 2222 FED8380 8
-. 9D 43 00 01 4E 80 00 20
-==== BB 2223 (0xFE8B0C0) approx BBs exec'd 0 ====
-
- 0xFE8B0C0: 38A02F00 li r5,12032
- 0: MOVL $0x2F00, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0xFE8B0C4: B0A30000 sth r5,0(r3)
- 3: GETL R5, t2
- 4: GETL R3, t4
- 5: STW t2, (t4)
- 6: INCEIPL $4
-
- 0xFE8B0C8: 7EA4AB78 or r4,r21,r21
- 7: GETL R21, t6
- 8: PUTL t6, R4
- 9: INCEIPL $4
-
- 0xFE8B0CC: 7E258B78 or r5,r17,r17
- 10: GETL R17, t8
- 11: PUTL t8, R5
- 12: INCEIPL $4
-
- 0xFE8B0D0: 38630001 addi r3,r3,1
- 13: GETL R3, t10
- 14: ADDL $0x1, t10
- 15: PUTL t10, R3
- 16: INCEIPL $4
-
- 0xFE8B0D4: 4804CF2D bl 0xFED8000
- 17: MOVL $0xFE8B0D8, t12
- 18: PUTL t12, LR
- 19: JMPo-c $0xFED8000 ($4)
-
-
-
-. 2223 FE8B0C0 24
-. 38 A0 2F 00 B0 A3 00 00 7E A4 AB 78 7E 25 8B 78 38 63 00 01 48 04 CF 2D
-==== BB 2224 (0xFE8B0D8) approx BBs exec'd 0 ====
-
- 0xFE8B0D8: 3C802E6D lis r4,11885
- 0: MOVL $0x2E6D0000, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0xFE8B0DC: 60896F00 ori r9,r4,0x6F00
- 3: MOVL $0x2E6D6F00, t2
- 4: PUTL t2, R9
- 5: INCEIPL $4
-
- 0xFE8B0E0: 91230000 stw r9,0(r3)
- 6: GETL R9, t4
- 7: GETL R3, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFE8B0E4: 7F63DB78 or r3,r27,r27
- 10: GETL R27, t8
- 11: PUTL t8, R3
- 12: INCEIPL $4
-
- 0xFE8B0E8: 4804B9F1 bl 0xFED6AD8
- 13: MOVL $0xFE8B0EC, t10
- 14: PUTL t10, LR
- 15: JMPo-c $0xFED6AD8 ($4)
-
-
-
-. 2224 FE8B0D8 20
-. 3C 80 2E 6D 60 89 6F 00 91 23 00 00 7F 63 DB 78 48 04 B9 F1
-==== BB 2225 (0xFE8B0EC) approx BBs exec'd 0 ====
-
- 0xFE8B0EC: 83810000 lwz r28,0(r1)
- 0: GETL R1, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R28
- 3: INCEIPL $4
-
- 0xFE8B0F0: 3803001F addi r0,r3,31
- 4: GETL R3, t4
- 5: ADDL $0x1F, t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0xFE8B0F4: 931F0018 stw r24,24(r31)
- 8: GETL R24, t6
- 9: GETL R31, t8
- 10: ADDL $0x18, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFE8B0F8: 54030036 rlwinm r3,r0,0,0,27
- 13: GETL R0, t10
- 14: ANDL $0xFFFFFFF0, t10
- 15: PUTL t10, R3
- 16: INCEIPL $4
-
- 0xFE8B0FC: 7FA300D0 neg r29,r3
- 17: GETL R3, t12
- 18: NEGL t12
- 19: PUTL t12, R29
- 20: INCEIPL $4
-
- 0xFE8B100: 7F81E96E stwux r28,r1,r29
- 21: GETL R29, t14
- 22: GETL R1, t16
- 23: ADDL t16, t14
- 24: PUTL t14, R1
- 25: GETL R28, t18
- 26: STL t18, (t14)
- 27: INCEIPL $4
-
- 0xFE8B104: 3B410017 addi r26,r1,23
- 28: GETL R1, t20
- 29: ADDL $0x17, t20
- 30: PUTL t20, R26
- 31: INCEIPL $4
-
- 0xFE8B108: 57590036 rlwinm r25,r26,0,0,27
- 32: GETL R26, t22
- 33: ANDL $0xFFFFFFF0, t22
- 34: PUTL t22, R25
- 35: INCEIPL $4
-
- 0xFE8B10C: 893B0000 lbz r9,0(r27)
- 36: GETL R27, t24
- 37: LDB (t24), t26
- 38: PUTL t26, R9
- 39: INCEIPL $4
-
- 0xFE8B110: 2F09003A cmpi cr6,r9,58
- 40: GETL R9, t28
- 41: MOVL $0x3A, t32
- 42: CMPL t28, t32, t30 (-rSo)
- 43: ICRFL t30, $0x6, CR
- 44: INCEIPL $4
-
- 0xFE8B114: 409A0010 bc 4,26,0xFE8B124
- 45: Jc26o $0xFE8B124
-
-
-
-. 2225 FE8B0EC 44
-. 83 81 00 00 38 03 00 1F 93 1F 00 18 54 03 00 36 7F A3 00 D0 7F 81 E9 6E 3B 41 00 17 57 59 00 36 89 3B 00 00 2F 09 00 3A 40 9A 00 10
-==== BB 2226 (0xFE8B124) approx BBs exec'd 0 ====
-
- 0xFE8B124: 7D2B4B79 or. r11,r9,r9
- 0: GETL R9, t0
- 1: PUTL t0, R11
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0xFE8B128: 40820188 bc 4,2,0xFE8B2B0
- 5: Jc02o $0xFE8B2B0
-
-
-
-. 2226 FE8B124 8
-. 7D 2B 4B 79 40 82 01 88
-==== BB 2227 (0xFE8B2B0) approx BBs exec'd 0 ====
-
- 0xFE8B2B0: 2F8B003A cmpi cr7,r11,58
- 0: GETL R11, t0
- 1: MOVL $0x3A, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFE8B2B4: 7F2ACB78 or r10,r25,r25
- 5: GETL R25, t6
- 6: PUTL t6, R10
- 7: INCEIPL $4
-
- 0xFE8B2B8: 419E001C bc 12,30,0xFE8B2D4
- 8: Js30o $0xFE8B2D4
-
-
-
-. 2227 FE8B2B0 12
-. 2F 8B 00 3A 7F 2A CB 78 41 9E 00 1C
-==== BB 2228 (0xFE8B2BC) approx BBs exec'd 0 ====
-
- 0xFE8B2BC: 992A0000 stb r9,0(r10)
- 0: GETL R9, t0
- 1: GETL R10, t2
- 2: STB t0, (t2)
- 3: INCEIPL $4
-
- 0xFE8B2C0: 394A0001 addi r10,r10,1
- 4: GETL R10, t4
- 5: ADDL $0x1, t4
- 6: PUTL t4, R10
- 7: INCEIPL $4
-
- 0xFE8B2C4: 8D3B0001 lbzu r9,1(r27)
- 8: GETL R27, t6
- 9: ADDL $0x1, t6
- 10: PUTL t6, R27
- 11: LDB (t6), t8
- 12: PUTL t8, R9
- 13: INCEIPL $4
-
- 0xFE8B2C8: 7D384B79 or. r24,r9,r9
- 14: GETL R9, t10
- 15: PUTL t10, R24
- 16: CMP0L t10, t12 (-rSo)
- 17: ICRFL t12, $0x0, CR
- 18: INCEIPL $4
-
- 0xFE8B2CC: 2F98003A cmpi cr7,r24,58
- 19: GETL R24, t14
- 20: MOVL $0x3A, t18
- 21: CMPL t14, t18, t16 (-rSo)
- 22: ICRFL t16, $0x7, CR
- 23: INCEIPL $4
-
- 0xFE8B2D0: 4082FFE8 bc 4,2,0xFE8B2B8
- 24: Jc02o $0xFE8B2B8
-
-
-
-. 2228 FE8B2BC 24
-. 99 2A 00 00 39 4A 00 01 8D 3B 00 01 7D 38 4B 79 2F 98 00 3A 40 82 FF E8
-==== BB 2229 (0xFE8B2B8) approx BBs exec'd 0 ====
-
- 0xFE8B2B8: 419E001C bc 12,30,0xFE8B2D4
- 0: Js30o $0xFE8B2D4
-
-
-
-. 2229 FE8B2B8 4
-. 41 9E 00 1C
-==== BB 2230 (0xFE8B2D4) approx BBs exec'd 0 ====
-
- 0xFE8B2D4: 839E1D70 lwz r28,7536(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1D70, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0xFE8B2D8: 3BA00000 li r29,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R29
- 7: INCEIPL $4
-
- 0xFE8B2DC: 835C0000 lwz r26,0(r28)
- 8: GETL R28, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R26
- 11: INCEIPL $4
-
- 0xFE8B2E0: 9BAA0000 stb r29,0(r10)
- 12: GETL R29, t10
- 13: GETL R10, t12
- 14: STB t10, (t12)
- 15: INCEIPL $4
-
- 0xFE8B2E4: 2F9A0000 cmpi cr7,r26,0
- 16: GETL R26, t14
- 17: CMP0L t14, t16 (-rSo)
- 18: ICRFL t16, $0x7, CR
- 19: INCEIPL $4
-
- 0xFE8B2E8: 41BEFE50 bc 13,30,0xFE8B138
- 20: Js30o $0xFE8B138
-
-
-
-. 2230 FE8B2D4 24
-. 83 9E 1D 70 3B A0 00 00 83 5C 00 00 9B AA 00 00 2F 9A 00 00 41 BE FE 50
-==== BB 2231 (0xFE8B138) approx BBs exec'd 0 ====
-
- 0xFE8B138: 88790000 lbz r3,0(r25)
- 0: GETL R25, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0xFE8B13C: 3523FFBD addic. r9,r3,-67
- 4: GETL R3, t4
- 5: ADCL $0xFFFFFFBD, t4 (-wCa)
- 6: PUTL t4, R9
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0xFE8B140: 4F421042 crnor 26,2,2
- 10: GETL CR, t8
- 11: XBITB t8, $0x2, t10
- 12: XBITB t8, $0x2, t12
- 13: NOTB t10
- 14: NOTB t12
- 15: ANDB t12, t10
- 16: IBITL t10, $0x1A, t8
- 17: PUTL t8, CR
- 18: INCEIPL $4
-
- 0xFE8B144: 419A000C bc 12,26,0xFE8B150
- 19: Js26o $0xFE8B150
-
-
-
-. 2231 FE8B138 16
-. 88 79 00 00 35 23 FF BD 4F 42 10 42 41 9A 00 0C
-==== BB 2232 (0xFE8B150) approx BBs exec'd 0 ====
-
- 0xFE8B150: 418202F8 bc 12,2,0xFE8B448
- 0: Js02o $0xFE8B448
-
-
-
-. 2232 FE8B150 4
-. 41 82 02 F8
-==== BB 2233 (0xFE8B154) approx BBs exec'd 0 ====
-
- 0xFE8B154: 809E0198 lwz r4,408(r30)
- 0: GETL R30, t0
- 1: ADDL $0x198, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFE8B158: 7F23CB78 or r3,r25,r25
- 5: GETL R25, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFE8B15C: 4804B255 bl 0xFED63B0
- 8: MOVL $0xFE8B160, t6
- 9: PUTL t6, LR
- 10: JMPo-c $0xFED63B0 ($4)
-
-
-
-. 2233 FE8B154 12
-. 80 9E 01 98 7F 23 CB 78 48 04 B2 55
-==== BB 2234 (0xFE8B160) approx BBs exec'd 0 ====
-
- 0xFE8B160: 2C030000 cmpi cr0,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0xFE8B164: 418202E4 bc 12,2,0xFE8B448
- 4: Js02o $0xFE8B448
-
-
-
-. 2234 FE8B160 8
-. 2C 03 00 00 41 82 02 E4
-==== BB 2235 (0xFE8B168) approx BBs exec'd 0 ====
-
- 0xFE8B168: 7E639B78 or r3,r19,r19
- 0: GETL R19, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE8B16C: 7F24CB78 or r4,r25,r25
- 3: GETL R25, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0xFE8B170: 7E85A378 or r5,r20,r20
- 6: GETL R20, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0xFE8B174: 7EE6BB78 or r6,r23,r23
- 9: GETL R23, t6
- 10: PUTL t6, R6
- 11: INCEIPL $4
-
- 0xFE8B178: 48000585 bl 0xFE8B6FC
- 12: MOVL $0xFE8B17C, t8
- 13: PUTL t8, LR
- 14: JMPo-c $0xFE8B6FC ($4)
-
-
-
-. 2235 FE8B168 20
-. 7E 63 9B 78 7F 24 CB 78 7E 85 A3 78 7E E6 BB 78 48 00 05 85
-==== BB 2236 _nl_find_domain(0xFE8B6FC) approx BBs exec'd 0 ====
-
- 0xFE8B6FC: 9421FFA0 stwu r1,-96(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFA0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFE8B700: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFE8B704: 4811C74D bl 0xFFA7E50
- 9: MOVL $0xFE8B708, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 2236 FE8B6FC 12
-. 94 21 FF A0 7C 08 02 A6 48 11 C7 4D
-==== BB 2237 (0xFE8B708) approx BBs exec'd 0 ====
-
- 0xFE8B708: 93C10058 stw r30,88(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x58, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFE8B70C: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFE8B710: 93810050 stw r28,80(r1)
- 8: GETL R28, t6
- 9: GETL R1, t8
- 10: ADDL $0x50, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFE8B714: 90010064 stw r0,100(r1)
- 13: GETL R0, t10
- 14: GETL R1, t12
- 15: ADDL $0x64, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFE8B718: 7D800026 mfcr r12
- 18: GETL CR, t14
- 19: PUTL t14, R12
- 20: INCEIPL $4
-
- 0xFE8B71C: 93210044 stw r25,68(r1)
- 21: GETL R25, t16
- 22: GETL R1, t18
- 23: ADDL $0x44, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFE8B720: 7CB92B78 or r25,r5,r5
- 26: GETL R5, t20
- 27: PUTL t20, R25
- 28: INCEIPL $4
-
- 0xFE8B724: 839E1B48 lwz r28,6984(r30)
- 29: GETL R30, t22
- 30: ADDL $0x1B48, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R28
- 33: INCEIPL $4
-
- 0xFE8B728: 93410048 stw r26,72(r1)
- 34: GETL R26, t26
- 35: GETL R1, t28
- 36: ADDL $0x48, t28
- 37: STL t26, (t28)
- 38: INCEIPL $4
-
- 0xFE8B72C: 7C9A2378 or r26,r4,r4
- 39: GETL R4, t30
- 40: PUTL t30, R26
- 41: INCEIPL $4
-
- 0xFE8B730: 801C00A0 lwz r0,160(r28)
- 42: GETL R28, t32
- 43: ADDL $0xA0, t32
- 44: LDL (t32), t34
- 45: PUTL t34, R0
- 46: INCEIPL $4
-
- 0xFE8B734: 9361004C stw r27,76(r1)
- 47: GETL R27, t36
- 48: GETL R1, t38
- 49: ADDL $0x4C, t38
- 50: STL t36, (t38)
- 51: INCEIPL $4
-
- 0xFE8B738: 7CDB3378 or r27,r6,r6
- 52: GETL R6, t40
- 53: PUTL t40, R27
- 54: INCEIPL $4
-
- 0xFE8B73C: 2F800000 cmpi cr7,r0,0
- 55: GETL R0, t42
- 56: CMP0L t42, t44 (-rSo)
- 57: ICRFL t44, $0x7, CR
- 58: INCEIPL $4
-
- 0xFE8B740: 93A10054 stw r29,84(r1)
- 59: GETL R29, t46
- 60: GETL R1, t48
- 61: ADDL $0x54, t48
- 62: STL t46, (t48)
- 63: INCEIPL $4
-
- 0xFE8B744: 93010040 stw r24,64(r1)
- 64: GETL R24, t50
- 65: GETL R1, t52
- 66: ADDL $0x40, t52
- 67: STL t50, (t52)
- 68: INCEIPL $4
-
- 0xFE8B748: 7C7D1B78 or r29,r3,r3
- 69: GETL R3, t54
- 70: PUTL t54, R29
- 71: INCEIPL $4
-
- 0xFE8B74C: 93E1005C stw r31,92(r1)
- 72: GETL R31, t56
- 73: GETL R1, t58
- 74: ADDL $0x5C, t58
- 75: STL t56, (t58)
- 76: INCEIPL $4
-
- 0xFE8B750: 9181003C stw r12,60(r1)
- 77: GETL R12, t60
- 78: GETL R1, t62
- 79: ADDL $0x3C, t62
- 80: STL t60, (t62)
- 81: INCEIPL $4
-
- 0xFE8B754: 409E0120 bc 4,30,0xFE8B874
- 82: Jc30o $0xFE8B874
-
-
-
-. 2237 FE8B708 80
-. 93 C1 00 58 7F C8 02 A6 93 81 00 50 90 01 00 64 7D 80 00 26 93 21 00 44 7C B9 2B 78 83 9E 1B 48 93 41 00 48 7C 9A 23 78 80 1C 00 A0 93 61 00 4C 7C DB 33 78 2F 80 00 00 93 A1 00 54 93 01 00 40 7C 7D 1B 78 93 E1 00 5C 91 81 00 3C 40 9E 01 20
-==== BB 2238 (0xFE8B758) approx BBs exec'd 0 ====
-
- 0xFE8B758: 7FA3EB78 or r3,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE8B75C: 4804B37D bl 0xFED6AD8
- 3: MOVL $0xFE8B760, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0xFED6AD8 ($4)
-
-
-
-. 2238 FE8B758 8
-. 7F A3 EB 78 48 04 B3 7D
-==== BB 2239 (0xFE8B760) approx BBs exec'd 0 ====
-
- 0xFE8B760: 39600000 li r11,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0xFE8B764: 38A30001 addi r5,r3,1
- 3: GETL R3, t2
- 4: ADDL $0x1, t2
- 5: PUTL t2, R5
- 6: INCEIPL $4
-
- 0xFE8B768: 807E01A0 lwz r3,416(r30)
- 7: GETL R30, t4
- 8: ADDL $0x1A0, t4
- 9: LDL (t4), t6
- 10: PUTL t6, R3
- 11: INCEIPL $4
-
- 0xFE8B76C: 7FA4EB78 or r4,r29,r29
- 12: GETL R29, t8
- 13: PUTL t8, R4
- 14: INCEIPL $4
-
- 0xFE8B770: 38C00000 li r6,0
- 15: MOVL $0x0, t10
- 16: PUTL t10, R6
- 17: INCEIPL $4
-
- 0xFE8B774: 7F47D378 or r7,r26,r26
- 18: GETL R26, t12
- 19: PUTL t12, R7
- 20: INCEIPL $4
-
- 0xFE8B778: 39000000 li r8,0
- 21: MOVL $0x0, t14
- 22: PUTL t14, R8
- 23: INCEIPL $4
-
- 0xFE8B77C: 39200000 li r9,0
- 24: MOVL $0x0, t16
- 25: PUTL t16, R9
- 26: INCEIPL $4
-
- 0xFE8B780: 39400000 li r10,0
- 27: MOVL $0x0, t18
- 28: PUTL t18, R10
- 29: INCEIPL $4
-
- 0xFE8B784: 91610010 stw r11,16(r1)
- 30: GETL R11, t20
- 31: GETL R1, t22
- 32: ADDL $0x10, t22
- 33: STL t20, (t22)
- 34: INCEIPL $4
-
- 0xFE8B788: 91610008 stw r11,8(r1)
- 35: GETL R11, t24
- 36: GETL R1, t26
- 37: ADDL $0x8, t26
- 38: STL t24, (t26)
- 39: INCEIPL $4
-
- 0xFE8B78C: 9321000C stw r25,12(r1)
- 40: GETL R25, t28
- 41: GETL R1, t30
- 42: ADDL $0xC, t30
- 43: STL t28, (t30)
- 44: INCEIPL $4
-
- 0xFE8B790: 4800216D bl 0xFE8D8FC
- 45: MOVL $0xFE8B794, t32
- 46: PUTL t32, LR
- 47: JMPo-c $0xFE8D8FC ($4)
-
-
-
-. 2239 FE8B760 52
-. 39 60 00 00 38 A3 00 01 80 7E 01 A0 7F A4 EB 78 38 C0 00 00 7F 47 D3 78 39 00 00 00 39 20 00 00 39 40 00 00 91 61 00 10 91 61 00 08 93 21 00 0C 48 00 21 6D
-==== BB 2240 _nl_make_l10nflist(0xFE8D8FC) approx BBs exec'd 0 ====
-
- 0xFE8D8FC: 7C0802A6 mflr r0
- 0: GETL LR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFE8D900: 7D800026 mfcr r12
- 3: GETL CR, t2
- 4: PUTL t2, R12
- 5: INCEIPL $4
-
- 0xFE8D904: 9421FF90 stwu r1,-112(r1)
- 6: GETL R1, t4
- 7: GETL R1, t6
- 8: ADDL $0xFFFFFF90, t6
- 9: PUTL t6, R1
- 10: STL t4, (t6)
- 11: INCEIPL $4
-
- 0xFE8D908: 91E1002C stw r15,44(r1)
- 12: GETL R15, t8
- 13: GETL R1, t10
- 14: ADDL $0x2C, t10
- 15: STL t8, (t10)
- 16: INCEIPL $4
-
- 0xFE8D90C: 92010030 stw r16,48(r1)
- 17: GETL R16, t12
- 18: GETL R1, t14
- 19: ADDL $0x30, t14
- 20: STL t12, (t14)
- 21: INCEIPL $4
-
- 0xFE8D910: 92410038 stw r18,56(r1)
- 22: GETL R18, t16
- 23: GETL R1, t18
- 24: ADDL $0x38, t18
- 25: STL t16, (t18)
- 26: INCEIPL $4
-
- 0xFE8D914: 7C721B78 or r18,r3,r3
- 27: GETL R3, t20
- 28: PUTL t20, R18
- 29: INCEIPL $4
-
- 0xFE8D918: 9261003C stw r19,60(r1)
- 30: GETL R19, t22
- 31: GETL R1, t24
- 32: ADDL $0x3C, t24
- 33: STL t22, (t24)
- 34: INCEIPL $4
-
- 0xFE8D91C: 7CE33B78 or r3,r7,r7
- 35: GETL R7, t26
- 36: PUTL t26, R3
- 37: INCEIPL $4
-
- 0xFE8D920: 92810040 stw r20,64(r1)
- 38: GETL R20, t28
- 39: GETL R1, t30
- 40: ADDL $0x40, t30
- 41: STL t28, (t30)
- 42: INCEIPL $4
-
- 0xFE8D924: 7D334B78 or r19,r9,r9
- 43: GETL R9, t32
- 44: PUTL t32, R19
- 45: INCEIPL $4
-
- 0xFE8D928: 92A10044 stw r21,68(r1)
- 46: GETL R21, t34
- 47: GETL R1, t36
- 48: ADDL $0x44, t36
- 49: STL t34, (t36)
- 50: INCEIPL $4
-
- 0xFE8D92C: 7D144378 or r20,r8,r8
- 51: GETL R8, t38
- 52: PUTL t38, R20
- 53: INCEIPL $4
-
- 0xFE8D930: 92C10048 stw r22,72(r1)
- 54: GETL R22, t40
- 55: GETL R1, t42
- 56: ADDL $0x48, t42
- 57: STL t40, (t42)
- 58: INCEIPL $4
-
- 0xFE8D934: 7D555378 or r21,r10,r10
- 59: GETL R10, t44
- 60: PUTL t44, R21
- 61: INCEIPL $4
-
- 0xFE8D938: 93010050 stw r24,80(r1)
- 62: GETL R24, t46
- 63: GETL R1, t48
- 64: ADDL $0x50, t48
- 65: STL t46, (t48)
- 66: INCEIPL $4
-
- 0xFE8D93C: 54D8F0BE rlwinm r24,r6,30,2,31
- 67: GETL R6, t50
- 68: SHRL $0x2, t50
- 69: PUTL t50, R24
- 70: INCEIPL $4
-
- 0xFE8D940: 93410058 stw r26,88(r1)
- 71: GETL R26, t52
- 72: GETL R1, t54
- 73: ADDL $0x58, t54
- 74: STL t52, (t54)
- 75: INCEIPL $4
-
- 0xFE8D944: 7CF63B78 or r22,r7,r7
- 76: GETL R7, t56
- 77: PUTL t56, R22
- 78: INCEIPL $4
-
- 0xFE8D948: 93810060 stw r28,96(r1)
- 79: GETL R28, t58
- 80: GETL R1, t60
- 81: ADDL $0x60, t60
- 82: STL t58, (t60)
- 83: INCEIPL $4
-
- 0xFE8D94C: 7CBA2B78 or r26,r5,r5
- 84: GETL R5, t62
- 85: PUTL t62, R26
- 86: INCEIPL $4
-
- 0xFE8D950: 93A10064 stw r29,100(r1)
- 87: GETL R29, t64
- 88: GETL R1, t66
- 89: ADDL $0x64, t66
- 90: STL t64, (t66)
- 91: INCEIPL $4
-
- 0xFE8D954: 7CDC3378 or r28,r6,r6
- 92: GETL R6, t68
- 93: PUTL t68, R28
- 94: INCEIPL $4
-
- 0xFE8D958: 93E1006C stw r31,108(r1)
- 95: GETL R31, t70
- 96: GETL R1, t72
- 97: ADDL $0x6C, t72
- 98: STL t70, (t72)
- 99: INCEIPL $4
-
- 0xFE8D95C: 90010074 stw r0,116(r1)
- 100: GETL R0, t74
- 101: GETL R1, t76
- 102: ADDL $0x74, t76
- 103: STL t74, (t76)
- 104: INCEIPL $4
-
- 0xFE8D960: 91C10028 stw r14,40(r1)
- 105: GETL R14, t78
- 106: GETL R1, t80
- 107: ADDL $0x28, t80
- 108: STL t78, (t80)
- 109: INCEIPL $4
-
- 0xFE8D964: 92210034 stw r17,52(r1)
- 110: GETL R17, t82
- 111: GETL R1, t84
- 112: ADDL $0x34, t84
- 113: STL t82, (t84)
- 114: INCEIPL $4
-
- 0xFE8D968: 92E1004C stw r23,76(r1)
- 115: GETL R23, t86
- 116: GETL R1, t88
- 117: ADDL $0x4C, t88
- 118: STL t86, (t88)
- 119: INCEIPL $4
-
- 0xFE8D96C: 93210054 stw r25,84(r1)
- 120: GETL R25, t90
- 121: GETL R1, t92
- 122: ADDL $0x54, t92
- 123: STL t90, (t92)
- 124: INCEIPL $4
-
- 0xFE8D970: 9361005C stw r27,92(r1)
- 125: GETL R27, t94
- 126: GETL R1, t96
- 127: ADDL $0x5C, t96
- 128: STL t94, (t96)
- 129: INCEIPL $4
-
- 0xFE8D974: 93C10068 stw r30,104(r1)
- 130: GETL R30, t98
- 131: GETL R1, t100
- 132: ADDL $0x68, t100
- 133: STL t98, (t100)
- 134: INCEIPL $4
-
- 0xFE8D978: 91810024 stw r12,36(r1)
- 135: GETL R12, t102
- 136: GETL R1, t104
- 137: ADDL $0x24, t104
- 138: STL t102, (t104)
- 139: INCEIPL $4
-
- 0xFE8D97C: 90810018 stw r4,24(r1)
- 140: GETL R4, t106
- 141: GETL R1, t108
- 142: ADDL $0x18, t108
- 143: STL t106, (t108)
- 144: INCEIPL $4
-
- 0xFE8D980: 48049159 bl 0xFED6AD8
- 145: MOVL $0xFE8D984, t110
- 146: PUTL t110, LR
- 147: JMPo-c $0xFED6AD8 ($4)
-
-
-
-. 2240 FE8D8FC 136
-. 7C 08 02 A6 7D 80 00 26 94 21 FF 90 91 E1 00 2C 92 01 00 30 92 41 00 38 7C 72 1B 78 92 61 00 3C 7C E3 3B 78 92 81 00 40 7D 33 4B 78 92 A1 00 44 7D 14 43 78 92 C1 00 48 7D 55 53 78 93 01 00 50 54 D8 F0 BE 93 41 00 58 7C F6 3B 78 93 81 00 60 7C BA 2B 78 93 A1 00 64 7C DC 33 78 93 E1 00 6C 90 01 00 74 91 C1 00 28 92 21 00 34 92 E1 00 4C 93 21 00 54 93 61 00 5C 93 C1 00 68 91 81 00 24 90 81 00 18 48 04 91 59
-==== BB 2241 (0xFE8D984) approx BBs exec'd 0 ====
-
- 0xFE8D984: 73000001 andi. r0,r24,0x1
- 0: GETL R24, t0
- 1: ANDL $0x1, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFE8D988: 7FA3D214 add r29,r3,r26
- 6: GETL R3, t4
- 7: GETL R26, t6
- 8: ADDL t4, t6
- 9: PUTL t6, R29
- 10: INCEIPL $4
-
- 0xFE8D98C: 81E10078 lwz r15,120(r1)
- 11: GETL R1, t8
- 12: ADDL $0x78, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R15
- 15: INCEIPL $4
-
- 0xFE8D990: 8201007C lwz r16,124(r1)
- 16: GETL R1, t12
- 17: ADDL $0x7C, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R16
- 20: INCEIPL $4
-
- 0xFE8D994: 7FBFEB78 or r31,r29,r29
- 21: GETL R29, t16
- 22: PUTL t16, R31
- 23: INCEIPL $4
-
- 0xFE8D998: 41820014 bc 12,2,0xFE8D9AC
- 24: Js02o $0xFE8D9AC
-
-
-
-. 2241 FE8D984 24
-. 73 00 00 01 7F A3 D2 14 81 E1 00 78 82 01 00 7C 7F BF EB 78 41 82 00 14
-==== BB 2242 (0xFE8D9AC) approx BBs exec'd 0 ====
-
- 0xFE8D9AC: 5799F87E rlwinm r25,r28,31,1,31
- 0: GETL R28, t0
- 1: SHRL $0x1, t0
- 2: PUTL t0, R25
- 3: INCEIPL $4
-
- 0xFE8D9B0: 7FFDFB78 or r29,r31,r31
- 4: GETL R31, t2
- 5: PUTL t2, R29
- 6: INCEIPL $4
-
- 0xFE8D9B4: 73200001 andi. r0,r25,0x1
- 7: GETL R25, t4
- 8: ANDL $0x1, t4
- 9: PUTL t4, R0
- 10: CMP0L t4, t6 (-rSo)
- 11: ICRFL t6, $0x0, CR
- 12: INCEIPL $4
-
- 0xFE8D9B8: 41820014 bc 12,2,0xFE8D9CC
- 13: Js02o $0xFE8D9CC
-
-
-
-. 2242 FE8D9AC 16
-. 57 99 F8 7E 7F FD FB 78 73 20 00 01 41 82 00 14
-==== BB 2243 (0xFE8D9CC) approx BBs exec'd 0 ====
-
- 0xFE8D9CC: 73970001 andi. r23,r28,0x1
- 0: GETL R28, t0
- 1: ANDL $0x1, t0
- 2: PUTL t0, R23
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFE8D9D0: 41820188 bc 12,2,0xFE8DB58
- 6: Js02o $0xFE8DB58
-
-
-
-. 2243 FE8D9CC 8
-. 73 97 00 01 41 82 01 88
-==== BB 2244 (0xFE8DB58) approx BBs exec'd 0 ====
-
- 0xFE8DB58: 7FBFEB78 or r31,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R31
- 2: INCEIPL $4
-
- 0xFE8DB5C: 4BFFFE88 b 0xFE8D9E4
- 3: JMPo $0xFE8D9E4 ($4)
-
-
-
-. 2244 FE8DB58 8
-. 7F BF EB 78 4B FF FE 88
-==== BB 2245 (0xFE8D9E4) approx BBs exec'd 0 ====
-
- 0xFE8D9E4: 7E038378 or r3,r16,r16
- 0: GETL R16, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE8D9E8: 579BE8FE rlwinm r27,r28,29,3,31
- 3: GETL R28, t2
- 4: SHRL $0x3, t2
- 5: PUTL t2, R27
- 6: INCEIPL $4
-
- 0xFE8D9EC: 480490ED bl 0xFED6AD8
- 7: MOVL $0xFE8D9F0, t4
- 8: PUTL t4, LR
- 9: JMPo-c $0xFED6AD8 ($4)
-
-
-
-. 2245 FE8D9E4 12
-. 7E 03 83 78 57 9B E8 FE 48 04 90 ED
-==== BB 2246 (0xFE8D9F0) approx BBs exec'd 0 ====
-
- 0xFE8D9F0: 73600001 andi. r0,r27,0x1
- 0: GETL R27, t0
- 1: ANDL $0x1, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFE8D9F4: 7D3F1A14 add r9,r31,r3
- 6: GETL R31, t4
- 7: GETL R3, t6
- 8: ADDL t4, t6
- 9: PUTL t6, R9
- 10: INCEIPL $4
-
- 0xFE8D9F8: 7C7D1B78 or r29,r3,r3
- 11: GETL R3, t8
- 12: PUTL t8, R29
- 13: INCEIPL $4
-
- 0xFE8D9FC: 38690002 addi r3,r9,2
- 14: GETL R9, t10
- 15: ADDL $0x2, t10
- 16: PUTL t10, R3
- 17: INCEIPL $4
-
- 0xFE8DA00: 41820018 bc 12,2,0xFE8DA18
- 18: Js02o $0xFE8DA18
-
-
-
-. 2246 FE8D9F0 20
-. 73 60 00 01 7D 3F 1A 14 7C 7D 1B 78 38 69 00 02 41 82 00 18
-==== BB 2247 (0xFE8DA18) approx BBs exec'd 0 ====
-
- 0xFE8DA18: 4811C8F1 bl 0xFFAA308
- 0: MOVL $0xFE8DA1C, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0xFFAA308 ($4)
-
-
-
-. 2247 FE8DA18 4
-. 48 11 C8 F1
-==== BB 2248 (0xFE8DA1C) approx BBs exec'd 0 ====
-
- 0xFE8DA1C: 38000000 li r0,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFE8DA20: 7C7D1B79 or. r29,r3,r3
- 3: GETL R3, t2
- 4: PUTL t2, R29
- 5: CMP0L t2, t4 (-rSo)
- 6: ICRFL t4, $0x0, CR
- 7: INCEIPL $4
-
- 0xFE8DA24: 418200D0 bc 12,2,0xFE8DAF4
- 8: Js02o $0xFE8DAF4
-
-
-
-. 2248 FE8DA1C 12
-. 38 00 00 00 7C 7D 1B 79 41 82 00 D0
-==== BB 2249 (0xFE8DA28) approx BBs exec'd 0 ====
-
- 0xFE8DA28: 80810018 lwz r4,24(r1)
- 0: GETL R1, t0
- 1: ADDL $0x18, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFE8DA2C: 7F45D378 or r5,r26,r26
- 5: GETL R26, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0xFE8DA30: 4804ACA9 bl 0xFED86D8
- 8: MOVL $0xFE8DA34, t6
- 9: PUTL t6, LR
- 10: JMPo-c $0xFED86D8 ($4)
-
-
-
-. 2249 FE8DA28 12
-. 80 81 00 18 7F 45 D3 78 48 04 AC A9
-==== BB 2250 (0xFE8DA34) approx BBs exec'd 0 ====
-
- 0xFE8DA34: 7FA3EB78 or r3,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE8DA38: 7F44D378 or r4,r26,r26
- 3: GETL R26, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0xFE8DA3C: 38A0003A li r5,58
- 6: MOVL $0x3A, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0xFE8DA40: 4804BF49 bl 0xFED9988
- 9: MOVL $0xFE8DA44, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFED9988 ($4)
-
-
-
-. 2250 FE8DA34 16
-. 7F A3 EB 78 7F 44 D3 78 38 A0 00 3A 48 04 BF 49
-==== BB 2251 __argz_stringify_internal(0xFED9988) approx BBs exec'd 0 ====
-
- 0xFED9988: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFED998C: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFED9990: 93A10014 stw r29,20(r1)
- 9: GETL R29, t6
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFED9994: 7C9D2379 or. r29,r4,r4
- 14: GETL R4, t10
- 15: PUTL t10, R29
- 16: CMP0L t10, t12 (-rSo)
- 17: ICRFL t12, $0x0, CR
- 18: INCEIPL $4
-
- 0xFED9998: 93810010 stw r28,16(r1)
- 19: GETL R28, t14
- 20: GETL R1, t16
- 21: ADDL $0x10, t16
- 22: STL t14, (t16)
- 23: INCEIPL $4
-
- 0xFED999C: 7CBC2B78 or r28,r5,r5
- 24: GETL R5, t18
- 25: PUTL t18, R28
- 26: INCEIPL $4
-
- 0xFED99A0: 93E1001C stw r31,28(r1)
- 27: GETL R31, t20
- 28: GETL R1, t22
- 29: ADDL $0x1C, t22
- 30: STL t20, (t22)
- 31: INCEIPL $4
-
- 0xFED99A4: 7C7F1B78 or r31,r3,r3
- 32: GETL R3, t24
- 33: PUTL t24, R31
- 34: INCEIPL $4
-
- 0xFED99A8: 93C10018 stw r30,24(r1)
- 35: GETL R30, t26
- 36: GETL R1, t28
- 37: ADDL $0x18, t28
- 38: STL t26, (t28)
- 39: INCEIPL $4
-
- 0xFED99AC: 90010024 stw r0,36(r1)
- 40: GETL R0, t30
- 41: GETL R1, t32
- 42: ADDL $0x24, t32
- 43: STL t30, (t32)
- 44: INCEIPL $4
-
- 0xFED99B0: 41820030 bc 12,2,0xFED99E0
- 45: Js02o $0xFED99E0
-
-
-
-. 2251 FED9988 44
-. 94 21 FF E0 7C 08 02 A6 93 A1 00 14 7C 9D 23 79 93 81 00 10 7C BC 2B 78 93 E1 00 1C 7C 7F 1B 78 93 C1 00 18 90 01 00 24 41 82 00 30
-==== BB 2252 (0xFED99B4) approx BBs exec'd 0 ====
-
- 0xFED99B4: 4800000C b 0xFED99C0
- 0: JMPo $0xFED99C0 ($4)
-
-
-
-. 2252 FED99B4 4
-. 48 00 00 0C
-==== BB 2253 (0xFED99C0) approx BBs exec'd 0 ====
-
- 0xFED99C0: 7FA4EB78 or r4,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0xFED99C4: 7FE3FB78 or r3,r31,r31
- 3: GETL R31, t2
- 4: PUTL t2, R3
- 5: INCEIPL $4
-
- 0xFED99C8: 4BFFD1C9 bl 0xFED6B90
- 6: MOVL $0xFED99CC, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0xFED6B90 ($4)
-
-
-
-. 2253 FED99C0 12
-. 7F A4 EB 78 7F E3 FB 78 4B FF D1 C9
-==== BB 2254 strnlen(0xFED6B90) approx BBs exec'd 0 ====
-
- 0xFED6B90: 2F840000 cmpi cr7,r4,0
- 0: GETL R4, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xFED6B94: 7C681B78 or r8,r3,r3
- 4: GETL R3, t4
- 5: PUTL t4, R8
- 6: INCEIPL $4
-
- 0xFED6B98: 7D432214 add r10,r3,r4
- 7: GETL R3, t6
- 8: GETL R4, t8
- 9: ADDL t6, t8
- 10: PUTL t8, R10
- 11: INCEIPL $4
-
- 0xFED6B9C: 9421FFF0 stwu r1,-16(r1)
- 12: GETL R1, t10
- 13: GETL R1, t12
- 14: ADDL $0xFFFFFFF0, t12
- 15: PUTL t12, R1
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFED6BA0: 38600000 li r3,0
- 18: MOVL $0x0, t14
- 19: PUTL t14, R3
- 20: INCEIPL $4
-
- 0xFED6BA4: 419E00C0 bc 12,30,0xFED6C64
- 21: Js30o $0xFED6C64
-
-
-
-. 2254 FED6B90 24
-. 2F 84 00 00 7C 68 1B 78 7D 43 22 14 94 21 FF F0 38 60 00 00 41 9E 00 C0
-==== BB 2255 (0xFED6BA8) approx BBs exec'd 0 ====
-
- 0xFED6BA8: 7C0A4040 cmpl cr0,r10,r8
- 0: GETL R10, t0
- 1: GETL R8, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x0, CR
- 4: INCEIPL $4
-
- 0xFED6BAC: 418000C0 bc 12,0,0xFED6C6C
- 5: Js00o $0xFED6C6C
-
-
-
-. 2255 FED6BA8 8
-. 7C 0A 40 40 41 80 00 C0
-==== BB 2256 (0xFED6BB0) approx BBs exec'd 0 ====
-
- 0xFED6BB0: 71000003 andi. r0,r8,0x3
- 0: GETL R8, t0
- 1: ANDL $0x3, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFED6BB4: 7D034378 or r3,r8,r8
- 6: GETL R8, t4
- 7: PUTL t4, R3
- 8: INCEIPL $4
-
- 0xFED6BB8: 4182001C bc 12,2,0xFED6BD4
- 9: Js02o $0xFED6BD4
-
-
-
-. 2256 FED6BB0 12
-. 71 00 00 03 7D 03 43 78 41 82 00 1C
-==== BB 2257 (0xFED6BD4) approx BBs exec'd 0 ====
-
- 0xFED6BD4: 7F835040 cmpl cr7,r3,r10
- 0: GETL R3, t0
- 1: GETL R10, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x7, CR
- 4: INCEIPL $4
-
- 0xFED6BD8: 3CC08080 lis r6,-32640
- 5: MOVL $0x80800000, t6
- 6: PUTL t6, R6
- 7: INCEIPL $4
-
- 0xFED6BDC: 3CE00101 lis r7,257
- 8: MOVL $0x1010000, t8
- 9: PUTL t8, R7
- 10: INCEIPL $4
-
- 0xFED6BE0: 60C68080 ori r6,r6,0x8080
- 11: MOVL $0x80808080, t10
- 12: PUTL t10, R6
- 13: INCEIPL $4
-
- 0xFED6BE4: 60E70101 ori r7,r7,0x101
- 14: MOVL $0x1010101, t12
- 15: PUTL t12, R7
- 16: INCEIPL $4
-
- 0xFED6BE8: 7C691B78 or r9,r3,r3
- 17: GETL R3, t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0xFED6BEC: 409C0068 bc 4,28,0xFED6C54
- 20: Jc28o $0xFED6C54
-
-
-
-. 2257 FED6BD4 28
-. 7F 83 50 40 3C C0 80 80 3C E0 01 01 60 C6 80 80 60 E7 01 01 7C 69 1B 78 40 9C 00 68
-==== BB 2258 (0xFED6BF0) approx BBs exec'd 0 ====
-
- 0xFED6BF0: 80890000 lwz r4,0(r9)
- 0: GETL R9, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R4
- 3: INCEIPL $4
-
- 0xFED6BF4: 39290004 addi r9,r9,4
- 4: GETL R9, t4
- 5: ADDL $0x4, t4
- 6: PUTL t4, R9
- 7: INCEIPL $4
-
- 0xFED6BF8: 7C672050 subf r3,r7,r4
- 8: GETL R7, t6
- 9: GETL R4, t8
- 10: SUBL t6, t8
- 11: PUTL t8, R3
- 12: INCEIPL $4
-
- 0xFED6BFC: 7C6B3039 and. r11,r3,r6
- 13: GETL R3, t10
- 14: GETL R6, t12
- 15: ANDL t10, t12
- 16: PUTL t12, R11
- 17: CMP0L t12, t14 (-rSo)
- 18: ICRFL t14, $0x0, CR
- 19: INCEIPL $4
-
- 0xFED6C00: 3869FFFC addi r3,r9,-4
- 20: GETL R9, t16
- 21: ADDL $0xFFFFFFFC, t16
- 22: PUTL t16, R3
- 23: INCEIPL $4
-
- 0xFED6C04: 7C6B1B78 or r11,r3,r3
- 24: GETL R3, t18
- 25: PUTL t18, R11
- 26: INCEIPL $4
-
- 0xFED6C08: 41820040 bc 12,2,0xFED6C48
- 27: Js02o $0xFED6C48
-
-
-
-. 2258 FED6BF0 28
-. 80 89 00 00 39 29 00 04 7C 67 20 50 7C 6B 30 39 38 69 FF FC 7C 6B 1B 78 41 82 00 40
-==== BB 2259 (0xFED6C48) approx BBs exec'd 0 ====
-
- 0xFED6C48: 7D435378 or r3,r10,r10
- 0: GETL R10, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFED6C4C: 7F895040 cmpl cr7,r9,r10
- 3: GETL R9, t2
- 4: GETL R10, t4
- 5: CMPUL t2, t4, t6 (-rSo)
- 6: ICRFL t6, $0x7, CR
- 7: INCEIPL $4
-
- 0xFED6C50: 419CFFA0 bc 12,28,0xFED6BF0
- 8: Js28o $0xFED6BF0
-
-
-
-. 2259 FED6C48 12
-. 7D 43 53 78 7F 89 50 40 41 9C FF A0
-==== BB 2260 (0xFED6C0C) approx BBs exec'd 0 ====
-
- 0xFED6C0C: 88A9FFFC lbz r5,-4(r9)
- 0: GETL R9, t0
- 1: ADDL $0xFFFFFFFC, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0xFED6C10: 2F050000 cmpi cr6,r5,0
- 5: GETL R5, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0xFED6C14: 419A0040 bc 12,26,0xFED6C54
- 9: Js26o $0xFED6C54
-
-
-
-. 2260 FED6C0C 12
-. 88 A9 FF FC 2F 05 00 00 41 9A 00 40
-==== BB 2261 (0xFED6C18) approx BBs exec'd 0 ====
-
- 0xFED6C18: 89830001 lbz r12,1(r3)
- 0: GETL R3, t0
- 1: ADDL $0x1, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R12
- 4: INCEIPL $4
-
- 0xFED6C1C: 3869FFFD addi r3,r9,-3
- 5: GETL R9, t4
- 6: ADDL $0xFFFFFFFD, t4
- 7: PUTL t4, R3
- 8: INCEIPL $4
-
- 0xFED6C20: 2F8C0000 cmpi cr7,r12,0
- 9: GETL R12, t6
- 10: CMP0L t6, t8 (-rSo)
- 11: ICRFL t8, $0x7, CR
- 12: INCEIPL $4
-
- 0xFED6C24: 419E0030 bc 12,30,0xFED6C54
- 13: Js30o $0xFED6C54
-
-
-
-. 2261 FED6C18 16
-. 89 83 00 01 38 69 FF FD 2F 8C 00 00 41 9E 00 30
-==== BB 2262 (0xFED6C54) approx BBs exec'd 0 ====
-
- 0xFED6C54: 7F035040 cmpl cr6,r3,r10
- 0: GETL R3, t0
- 1: GETL R10, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x6, CR
- 4: INCEIPL $4
-
- 0xFED6C58: 40990008 bc 4,25,0xFED6C60
- 5: Jc25o $0xFED6C60
-
-
-
-. 2262 FED6C54 8
-. 7F 03 50 40 40 99 00 08
-==== BB 2263 (0xFED6C60) approx BBs exec'd 0 ====
-
- 0xFED6C60: 7C681850 subf r3,r8,r3
- 0: GETL R8, t0
- 1: GETL R3, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFED6C64: 38210010 addi r1,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R1
- 8: INCEIPL $4
-
- 0xFED6C68: 4E800020 blr
- 9: GETL LR, t6
- 10: JMPo-r t6 ($4)
-
-
-
-. 2263 FED6C60 12
-. 7C 68 18 50 38 21 00 10 4E 80 00 20
-==== BB 2264 (0xFED99CC) approx BBs exec'd 0 ====
-
- 0xFED99CC: 7D23E850 subf r9,r3,r29
- 0: GETL R3, t0
- 1: GETL R29, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFED99D0: 7D7F1A14 add r11,r31,r3
- 5: GETL R31, t4
- 6: GETL R3, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R11
- 9: INCEIPL $4
-
- 0xFED99D4: 2B890001 cmpli cr7,r9,1
- 10: GETL R9, t8
- 11: MOVL $0x1, t12
- 12: CMPUL t8, t12, t10 (-rSo)
- 13: ICRFL t10, $0x7, CR
- 14: INCEIPL $4
-
- 0xFED99D8: 3BA9FFFF addi r29,r9,-1
- 15: GETL R9, t14
- 16: ADDL $0xFFFFFFFF, t14
- 17: PUTL t14, R29
- 18: INCEIPL $4
-
- 0xFED99DC: 419DFFDC bc 12,29,0xFED99B8
- 19: Js29o $0xFED99B8
-
-
-
-. 2264 FED99CC 20
-. 7D 23 E8 50 7D 7F 1A 14 2B 89 00 01 3B A9 FF FF 41 9D FF DC
-==== BB 2265 (0xFED99E0) approx BBs exec'd 0 ====
-
- 0xFED99E0: 80610024 lwz r3,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFED99E4: 83810010 lwz r28,16(r1)
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R28
- 9: INCEIPL $4
-
- 0xFED99E8: 83A10014 lwz r29,20(r1)
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R29
- 14: INCEIPL $4
-
- 0xFED99EC: 7C6803A6 mtlr r3
- 15: GETL R3, t12
- 16: PUTL t12, LR
- 17: INCEIPL $4
-
- 0xFED99F0: 83C10018 lwz r30,24(r1)
- 18: GETL R1, t14
- 19: ADDL $0x18, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R30
- 22: INCEIPL $4
-
- 0xFED99F4: 83E1001C lwz r31,28(r1)
- 23: GETL R1, t18
- 24: ADDL $0x1C, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R31
- 27: INCEIPL $4
-
- 0xFED99F8: 38210020 addi r1,r1,32
- 28: GETL R1, t22
- 29: ADDL $0x20, t22
- 30: PUTL t22, R1
- 31: INCEIPL $4
-
- 0xFED99FC: 4E800020 blr
- 32: GETL LR, t24
- 33: JMPo-r t24 ($4)
-
-
-
-. 2265 FED99E0 32
-. 80 61 00 24 83 81 00 10 83 A1 00 14 7C 68 03 A6 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 2266 (0xFE8DA44) approx BBs exec'd 0 ====
-
- 0xFE8DA44: 3BE0002F li r31,47
- 0: MOVL $0x2F, t0
- 1: PUTL t0, R31
- 2: INCEIPL $4
-
- 0xFE8DA48: 7C7DD214 add r3,r29,r26
- 3: GETL R29, t2
- 4: GETL R26, t4
- 5: ADDL t2, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFE8DA4C: 7EC4B378 or r4,r22,r22
- 8: GETL R22, t6
- 9: PUTL t6, R4
- 10: INCEIPL $4
-
- 0xFE8DA50: 9BE3FFFF stb r31,-1(r3)
- 11: GETL R31, t8
- 12: GETL R3, t10
- 13: ADDL $0xFFFFFFFF, t10
- 14: STB t8, (t10)
- 15: INCEIPL $4
-
- 0xFE8DA54: 4804A8AD bl 0xFED8300
- 16: MOVL $0xFE8DA58, t12
- 17: PUTL t12, LR
- 18: JMPo-c $0xFED8300 ($4)
-
-
-
-. 2266 FE8DA44 20
-. 3B E0 00 2F 7C 7D D2 14 7E C4 B3 78 9B E3 FF FF 48 04 A8 AD
-==== BB 2267 (0xFED8394) approx BBs exec'd 0 ====
-
- 0xFED8394: 88C40000 lbz r6,0(r4)
- 0: GETL R4, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R6
- 3: INCEIPL $4
-
- 0xFED8398: 38630003 addi r3,r3,3
- 4: GETL R3, t4
- 5: ADDL $0x3, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFED839C: 2C060000 cmpi cr0,r6,0
- 8: GETL R6, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x0, CR
- 11: INCEIPL $4
-
- 0xFED83A0: 41820028 bc 12,2,0xFED83C8
- 12: Js02o $0xFED83C8
-
-
-
-. 2267 FED8394 16
-. 88 C4 00 00 38 63 00 03 2C 06 00 00 41 82 00 28
-==== BB 2268 (0xFED83A4) approx BBs exec'd 0 ====
-
- 0xFED83A4: 8D440001 lbzu r10,1(r4)
- 0: GETL R4, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R4
- 3: LDB (t0), t2
- 4: PUTL t2, R10
- 5: INCEIPL $4
-
- 0xFED83A8: 9CC30001 stbu r6,1(r3)
- 6: GETL R6, t4
- 7: GETL R3, t6
- 8: ADDL $0x1, t6
- 9: PUTL t6, R3
- 10: STB t4, (t6)
- 11: INCEIPL $4
-
- 0xFED83AC: 2C0A0000 cmpi cr0,r10,0
- 12: GETL R10, t8
- 13: CMP0L t8, t10 (-rSo)
- 14: ICRFL t10, $0x0, CR
- 15: INCEIPL $4
-
- 0xFED83B0: 41820020 bc 12,2,0xFED83D0
- 16: Js02o $0xFED83D0
-
-
-
-. 2268 FED83A4 16
-. 8D 44 00 01 9C C3 00 01 2C 0A 00 00 41 82 00 20
-==== BB 2269 (0xFED83B4) approx BBs exec'd 0 ====
-
- 0xFED83B4: 60000000 nop
- 0: NOPo
- 1: INCEIPL $4
-
- 0xFED83B8: 8CC40001 lbzu r6,1(r4)
- 2: GETL R4, t0
- 3: ADDL $0x1, t0
- 4: PUTL t0, R4
- 5: LDB (t0), t2
- 6: PUTL t2, R6
- 7: INCEIPL $4
-
- 0xFED83BC: 9D430001 stbu r10,1(r3)
- 8: GETL R10, t4
- 9: GETL R3, t6
- 10: ADDL $0x1, t6
- 11: PUTL t6, R3
- 12: STB t4, (t6)
- 13: INCEIPL $4
-
- 0xFED83C0: 2C060000 cmpi cr0,r6,0
- 14: GETL R6, t8
- 15: CMP0L t8, t10 (-rSo)
- 16: ICRFL t10, $0x0, CR
- 17: INCEIPL $4
-
- 0xFED83C4: 4082FFE0 bc 4,2,0xFED83A4
- 18: Jc02o $0xFED83A4
-
-
-
-. 2269 FED83B4 20
-. 60 00 00 00 8C C4 00 01 9D 43 00 01 2C 06 00 00 40 82 FF E0
-==== BB 2270 (0xFED83D0) approx BBs exec'd 0 ====
-
- 0xFED83D0: 9D430001 stbu r10,1(r3)
- 0: GETL R10, t0
- 1: GETL R3, t2
- 2: ADDL $0x1, t2
- 3: PUTL t2, R3
- 4: STB t0, (t2)
- 5: INCEIPL $4
-
- 0xFED83D4: 4E800020 blr
- 6: GETL LR, t4
- 7: JMPo-r t4 ($4)
-
-
-
-. 2270 FED83D0 8
-. 9D 43 00 01 4E 80 00 20
-==== BB 2271 (0xFE8DA58) approx BBs exec'd 0 ====
-
- 0xFE8DA58: 73000001 andi. r0,r24,0x1
- 0: GETL R24, t0
- 1: ANDL $0x1, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFE8DA5C: 408202EC bc 4,2,0xFE8DD48
- 6: Jc02o $0xFE8DD48
-
-
-
-. 2271 FE8DA58 8
-. 73 00 00 01 40 82 02 EC
-==== BB 2272 (0xFE8DA60) approx BBs exec'd 0 ====
-
- 0xFE8DA60: 73200001 andi. r0,r25,0x1
- 0: GETL R25, t0
- 1: ANDL $0x1, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFE8DA64: 408202CC bc 4,2,0xFE8DD30
- 6: Jc02o $0xFE8DD30
-
-
-
-. 2272 FE8DA60 8
-. 73 20 00 01 40 82 02 CC
-==== BB 2273 (0xFE8DA68) approx BBs exec'd 0 ====
-
- 0xFE8DA68: 2F970000 cmpi cr7,r23,0
- 0: GETL R23, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xFE8DA6C: 409E02AC bc 4,30,0xFE8DD18
- 4: Jc30o $0xFE8DD18
-
-
-
-. 2273 FE8DA68 8
-. 2F 97 00 00 40 9E 02 AC
-==== BB 2274 (0xFE8DA70) approx BBs exec'd 0 ====
-
- 0xFE8DA70: 73600001 andi. r0,r27,0x1
- 0: GETL R27, t0
- 1: ANDL $0x1, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFE8DA74: 4082028C bc 4,2,0xFE8DD00
- 6: Jc02o $0xFE8DD00
-
-
-
-. 2274 FE8DA70 8
-. 73 60 00 01 40 82 02 8C
-==== BB 2275 (0xFE8DA78) approx BBs exec'd 0 ====
-
- 0xFE8DA78: 9BE30000 stb r31,0(r3)
- 0: GETL R31, t0
- 1: GETL R3, t2
- 2: STB t0, (t2)
- 3: INCEIPL $4
-
- 0xFE8DA7C: 7E048378 or r4,r16,r16
- 4: GETL R16, t4
- 5: PUTL t4, R4
- 6: INCEIPL $4
-
- 0xFE8DA80: 38630001 addi r3,r3,1
- 7: GETL R3, t6
- 8: ADDL $0x1, t6
- 9: PUTL t6, R3
- 10: INCEIPL $4
-
- 0xFE8DA84: 3B600000 li r27,0
- 11: MOVL $0x0, t8
- 12: PUTL t8, R27
- 13: INCEIPL $4
-
- 0xFE8DA88: 48048A49 bl 0xFED64D0
- 14: MOVL $0xFE8DA8C, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0xFED64D0 ($4)
-
-
-
-. 2275 FE8DA78 20
-. 9B E3 00 00 7E 04 83 78 38 63 00 01 3B 60 00 00 48 04 8A 49
-==== BB 2276 strcpy(0xFED64D0) approx BBs exec'd 0 ====
-
- 0xFED64D0: 7C801B78 or r0,r4,r3
- 0: GETL R4, t0
- 1: GETL R3, t2
- 2: ORL t2, t0
- 3: PUTL t0, R0
- 4: INCEIPL $4
-
- 0xFED64D4: 540007BF rlwinm. r0,r0,0,30,31
- 5: GETL R0, t4
- 6: ANDL $0x3, t4
- 7: PUTL t4, R0
- 8: CMP0L t4, t6 (-rSo)
- 9: ICRFL t6, $0x0, CR
- 10: INCEIPL $4
-
- 0xFED64D8: 38A3FFFC addi r5,r3,-4
- 11: GETL R3, t8
- 12: ADDL $0xFFFFFFFC, t8
- 13: PUTL t8, R5
- 14: INCEIPL $4
-
- 0xFED64DC: 40820088 bc 4,2,0xFED6564
- 15: Jc02o $0xFED6564
-
-
-
-. 2276 FED64D0 16
-. 7C 80 1B 78 54 00 07 BF 38 A3 FF FC 40 82 00 88
-==== BB 2277 (0xFED6564) approx BBs exec'd 0 ====
-
- 0xFED6564: 88C40000 lbz r6,0(r4)
- 0: GETL R4, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R6
- 3: INCEIPL $4
-
- 0xFED6568: 38A3FFFF addi r5,r3,-1
- 4: GETL R3, t4
- 5: ADDL $0xFFFFFFFF, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0xFED656C: 2C060000 cmpi cr0,r6,0
- 8: GETL R6, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x0, CR
- 11: INCEIPL $4
-
- 0xFED6570: 41820028 bc 12,2,0xFED6598
- 12: Js02o $0xFED6598
-
-
-
-. 2277 FED6564 16
-. 88 C4 00 00 38 A3 FF FF 2C 06 00 00 41 82 00 28
-==== BB 2278 (0xFED6574) approx BBs exec'd 0 ====
-
- 0xFED6574: 8D440001 lbzu r10,1(r4)
- 0: GETL R4, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R4
- 3: LDB (t0), t2
- 4: PUTL t2, R10
- 5: INCEIPL $4
-
- 0xFED6578: 9CC50001 stbu r6,1(r5)
- 6: GETL R6, t4
- 7: GETL R5, t6
- 8: ADDL $0x1, t6
- 9: PUTL t6, R5
- 10: STB t4, (t6)
- 11: INCEIPL $4
-
- 0xFED657C: 2C0A0000 cmpi cr0,r10,0
- 12: GETL R10, t8
- 13: CMP0L t8, t10 (-rSo)
- 14: ICRFL t10, $0x0, CR
- 15: INCEIPL $4
-
- 0xFED6580: 41820020 bc 12,2,0xFED65A0
- 16: Js02o $0xFED65A0
-
-
-
-. 2278 FED6574 16
-. 8D 44 00 01 9C C5 00 01 2C 0A 00 00 41 82 00 20
-==== BB 2279 (0xFED6584) approx BBs exec'd 0 ====
-
- 0xFED6584: 60000000 nop
- 0: NOPo
- 1: INCEIPL $4
-
- 0xFED6588: 8CC40001 lbzu r6,1(r4)
- 2: GETL R4, t0
- 3: ADDL $0x1, t0
- 4: PUTL t0, R4
- 5: LDB (t0), t2
- 6: PUTL t2, R6
- 7: INCEIPL $4
-
- 0xFED658C: 9D450001 stbu r10,1(r5)
- 8: GETL R10, t4
- 9: GETL R5, t6
- 10: ADDL $0x1, t6
- 11: PUTL t6, R5
- 12: STB t4, (t6)
- 13: INCEIPL $4
-
- 0xFED6590: 2C060000 cmpi cr0,r6,0
- 14: GETL R6, t8
- 15: CMP0L t8, t10 (-rSo)
- 16: ICRFL t10, $0x0, CR
- 17: INCEIPL $4
-
- 0xFED6594: 4082FFE0 bc 4,2,0xFED6574
- 18: Jc02o $0xFED6574
-
-
-
-. 2279 FED6584 20
-. 60 00 00 00 8C C4 00 01 9D 45 00 01 2C 06 00 00 40 82 FF E0
-==== BB 2280 (0xFED6598) approx BBs exec'd 0 ====
-
- 0xFED6598: 98C50001 stb r6,1(r5)
- 0: GETL R6, t0
- 1: GETL R5, t2
- 2: ADDL $0x1, t2
- 3: STB t0, (t2)
- 4: INCEIPL $4
-
- 0xFED659C: 4E800020 blr
- 5: GETL LR, t4
- 6: JMPo-r t4 ($4)
-
-
-
-. 2280 FED6598 8
-. 98 C5 00 01 4E 80 00 20
-==== BB 2281 (0xFE8DA8C) approx BBs exec'd 0 ====
-
- 0xFE8DA8C: 83F20000 lwz r31,0(r18)
- 0: GETL R18, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R31
- 3: INCEIPL $4
-
- 0xFE8DA90: 2C9F0000 cmpi cr1,r31,0
- 4: GETL R31, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x1, CR
- 7: INCEIPL $4
-
- 0xFE8DA94: 41860038 bc 12,6,0xFE8DACC
- 8: Js06o $0xFE8DACC
-
-
-
-. 2281 FE8DA8C 12
-. 83 F2 00 00 2C 9F 00 00 41 86 00 38
-==== BB 2282 (0xFE8DACC) approx BBs exec'd 0 ====
-
- 0xFE8DACC: 80010080 lwz r0,128(r1)
- 0: GETL R1, t0
- 1: ADDL $0x80, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFE8DAD0: 317FFFFF addic r11,r31,-1
- 5: GETL R31, t4
- 6: ADCL $0xFFFFFFFF, t4 (-wCa)
- 7: PUTL t4, R11
- 8: INCEIPL $4
-
- 0xFE8DAD4: 7D8BF910 subfe r12,r11,r31
- 9: GETL R11, t6
- 10: GETL R31, t8
- 11: SBBL t6, t8 (-rCa-wCa)
- 12: PUTL t8, R12
- 13: INCEIPL $4
-
- 0xFE8DAD8: 21200000 subfic r9,r0,0
- 14: GETL R0, t10
- 15: MOVL $0x0, t12
- 16: SBBL t10, t12 (-wCa)
- 17: PUTL t12, R9
- 18: INCEIPL $4
-
- 0xFE8DADC: 7F090114 adde r24,r9,r0
- 19: GETL R9, t14
- 20: GETL R0, t16
- 21: ADCL t14, t16 (-rCa-wCa)
- 22: PUTL t16, R24
- 23: INCEIPL $4
-
- 0xFE8DAE0: 7D8BC379 or. r11,r12,r24
- 24: GETL R12, t18
- 25: GETL R24, t20
- 26: ORL t20, t18
- 27: PUTL t18, R11
- 28: CMP0L t18, t22 (-rSo)
- 29: ICRFL t22, $0x0, CR
- 30: INCEIPL $4
-
- 0xFE8DAE4: 4182007C bc 12,2,0xFE8DB60
- 31: Js02o $0xFE8DB60
-
-
-
-. 2282 FE8DACC 28
-. 80 01 00 80 31 7F FF FF 7D 8B F9 10 21 20 00 00 7F 09 01 14 7D 8B C3 79 41 82 00 7C
-==== BB 2283 (0xFE8DAE8) approx BBs exec'd 0 ====
-
- 0xFE8DAE8: 7FA3EB78 or r3,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE8DAEC: 4811C845 bl 0xFFAA330
- 3: MOVL $0xFE8DAF0, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0xFFAA330 ($4)
-
-
-
-. 2283 FE8DAE8 8
-. 7F A3 EB 78 48 11 C8 45
-==== BB 2284 (0xFE8DAF0) approx BBs exec'd 0 ====
-
- 0xFE8DAF0: 7FE0FB78 or r0,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFE8DAF4: 82610074 lwz r19,116(r1)
- 3: GETL R1, t2
- 4: ADDL $0x74, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R19
- 7: INCEIPL $4
-
- 0xFE8DAF8: 7C030378 or r3,r0,r0
- 8: GETL R0, t6
- 9: PUTL t6, R3
- 10: INCEIPL $4
-
- 0xFE8DAFC: 81210024 lwz r9,36(r1)
- 11: GETL R1, t8
- 12: ADDL $0x24, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R9
- 15: INCEIPL $4
-
- 0xFE8DB00: 7E6803A6 mtlr r19
- 16: GETL R19, t12
- 17: PUTL t12, LR
- 18: INCEIPL $4
-
- 0xFE8DB04: 81C10028 lwz r14,40(r1)
- 19: GETL R1, t14
- 20: ADDL $0x28, t14
- 21: LDL (t14), t16
- 22: PUTL t16, R14
- 23: INCEIPL $4
-
- 0xFE8DB08: 81E1002C lwz r15,44(r1)
- 24: GETL R1, t18
- 25: ADDL $0x2C, t18
- 26: LDL (t18), t20
- 27: PUTL t20, R15
- 28: INCEIPL $4
-
- 0xFE8DB0C: 7D208120 mtcrf 0x8,r9
- 29: GETL R9, t22
- 30: ICRFL t22, $0x4, CR
- 31: INCEIPL $4
-
- 0xFE8DB10: 82010030 lwz r16,48(r1)
- 32: GETL R1, t24
- 33: ADDL $0x30, t24
- 34: LDL (t24), t26
- 35: PUTL t26, R16
- 36: INCEIPL $4
-
- 0xFE8DB14: 82210034 lwz r17,52(r1)
- 37: GETL R1, t28
- 38: ADDL $0x34, t28
- 39: LDL (t28), t30
- 40: PUTL t30, R17
- 41: INCEIPL $4
-
- 0xFE8DB18: 82410038 lwz r18,56(r1)
- 42: GETL R1, t32
- 43: ADDL $0x38, t32
- 44: LDL (t32), t34
- 45: PUTL t34, R18
- 46: INCEIPL $4
-
- 0xFE8DB1C: 8261003C lwz r19,60(r1)
- 47: GETL R1, t36
- 48: ADDL $0x3C, t36
- 49: LDL (t36), t38
- 50: PUTL t38, R19
- 51: INCEIPL $4
-
- 0xFE8DB20: 82810040 lwz r20,64(r1)
- 52: GETL R1, t40
- 53: ADDL $0x40, t40
- 54: LDL (t40), t42
- 55: PUTL t42, R20
- 56: INCEIPL $4
-
- 0xFE8DB24: 82A10044 lwz r21,68(r1)
- 57: GETL R1, t44
- 58: ADDL $0x44, t44
- 59: LDL (t44), t46
- 60: PUTL t46, R21
- 61: INCEIPL $4
-
- 0xFE8DB28: 82C10048 lwz r22,72(r1)
- 62: GETL R1, t48
- 63: ADDL $0x48, t48
- 64: LDL (t48), t50
- 65: PUTL t50, R22
- 66: INCEIPL $4
-
- 0xFE8DB2C: 82E1004C lwz r23,76(r1)
- 67: GETL R1, t52
- 68: ADDL $0x4C, t52
- 69: LDL (t52), t54
- 70: PUTL t54, R23
- 71: INCEIPL $4
-
- 0xFE8DB30: 83010050 lwz r24,80(r1)
- 72: GETL R1, t56
- 73: ADDL $0x50, t56
- 74: LDL (t56), t58
- 75: PUTL t58, R24
- 76: INCEIPL $4
-
- 0xFE8DB34: 83210054 lwz r25,84(r1)
- 77: GETL R1, t60
- 78: ADDL $0x54, t60
- 79: LDL (t60), t62
- 80: PUTL t62, R25
- 81: INCEIPL $4
-
- 0xFE8DB38: 83410058 lwz r26,88(r1)
- 82: GETL R1, t64
- 83: ADDL $0x58, t64
- 84: LDL (t64), t66
- 85: PUTL t66, R26
- 86: INCEIPL $4
-
- 0xFE8DB3C: 8361005C lwz r27,92(r1)
- 87: GETL R1, t68
- 88: ADDL $0x5C, t68
- 89: LDL (t68), t70
- 90: PUTL t70, R27
- 91: INCEIPL $4
-
- 0xFE8DB40: 83810060 lwz r28,96(r1)
- 92: GETL R1, t72
- 93: ADDL $0x60, t72
- 94: LDL (t72), t74
- 95: PUTL t74, R28
- 96: INCEIPL $4
-
- 0xFE8DB44: 83A10064 lwz r29,100(r1)
- 97: GETL R1, t76
- 98: ADDL $0x64, t76
- 99: LDL (t76), t78
- 100: PUTL t78, R29
- 101: INCEIPL $4
-
- 0xFE8DB48: 83C10068 lwz r30,104(r1)
- 102: GETL R1, t80
- 103: ADDL $0x68, t80
- 104: LDL (t80), t82
- 105: PUTL t82, R30
- 106: INCEIPL $4
-
- 0xFE8DB4C: 83E1006C lwz r31,108(r1)
- 107: GETL R1, t84
- 108: ADDL $0x6C, t84
- 109: LDL (t84), t86
- 110: PUTL t86, R31
- 111: INCEIPL $4
-
- 0xFE8DB50: 38210070 addi r1,r1,112
- 112: GETL R1, t88
- 113: ADDL $0x70, t88
- 114: PUTL t88, R1
- 115: INCEIPL $4
-
- 0xFE8DB54: 4E800020 blr
- 116: GETL LR, t90
- 117: JMPo-r t90 ($4)
-
-
-
-. 2284 FE8DAF0 104
-. 7F E0 FB 78 82 61 00 74 7C 03 03 78 81 21 00 24 7E 68 03 A6 81 C1 00 28 81 E1 00 2C 7D 20 81 20 82 01 00 30 82 21 00 34 82 41 00 38 82 61 00 3C 82 81 00 40 82 A1 00 44 82 C1 00 48 82 E1 00 4C 83 01 00 50 83 21 00 54 83 41 00 58 83 61 00 5C 83 81 00 60 83 A1 00 64 83 C1 00 68 83 E1 00 6C 38 21 00 70 4E 80 00 20
-==== BB 2285 (0xFE8B794) approx BBs exec'd 0 ====
-
- 0xFE8B794: 801C00A8 lwz r0,168(r28)
- 0: GETL R28, t0
- 1: ADDL $0xA8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFE8B798: 7C7F1B78 or r31,r3,r3
- 5: GETL R3, t4
- 6: PUTL t4, R31
- 7: INCEIPL $4
-
- 0xFE8B79C: 2C000000 cmpi cr0,r0,0
- 8: GETL R0, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x0, CR
- 11: INCEIPL $4
-
- 0xFE8B7A0: 408200C4 bc 4,2,0xFE8B864
- 12: Jc02o $0xFE8B864
-
-
-
-. 2285 FE8B794 16
-. 80 1C 00 A8 7C 7F 1B 78 2C 00 00 00 40 82 00 C4
-==== BB 2286 (0xFE8B7A4) approx BBs exec'd 0 ====
-
- 0xFE8B7A4: 2C9F0000 cmpi cr1,r31,0
- 0: GETL R31, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFE8B7A8: 418600F8 bc 12,6,0xFE8B8A0
- 4: Js06o $0xFE8B8A0
-
-
-
-. 2286 FE8B7A4 8
-. 2C 9F 00 00 41 86 00 F8
-==== BB 2287 (0xFE8B8A0) approx BBs exec'd 0 ====
-
- 0xFE8B8A0: 7F43D378 or r3,r26,r26
- 0: GETL R26, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE8B8A4: 48001C8D bl 0xFE8D530
- 3: MOVL $0xFE8B8A8, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0xFE8D530 ($4)
-
-
-
-. 2287 FE8B8A0 8
-. 7F 43 D3 78 48 00 1C 8D
-==== BB 2288 _nl_expand_alias(0xFE8D530) approx BBs exec'd 0 ====
-
- 0xFE8D530: 9421FFC0 stwu r1,-64(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFC0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFE8D534: 7C8802A6 mflr r4
- 6: GETL LR, t4
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0xFE8D538: 4811A919 bl 0xFFA7E50
- 9: MOVL $0xFE8D53C, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 2288 FE8D530 12
-. 94 21 FF C0 7C 88 02 A6 48 11 A9 19
-==== BB 2289 (0xFE8D53C) approx BBs exec'd 0 ====
-
- 0xFE8D53C: 93C10038 stw r30,56(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x38, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFE8D540: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFE8D544: 92C10018 stw r22,24(r1)
- 8: GETL R22, t6
- 9: GETL R1, t8
- 10: ADDL $0x18, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFE8D548: 93410028 stw r26,40(r1)
- 13: GETL R26, t10
- 14: GETL R1, t12
- 15: ADDL $0x28, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFE8D54C: 3AC00000 li r22,0
- 18: MOVL $0x0, t14
- 19: PUTL t14, R22
- 20: INCEIPL $4
-
- 0xFE8D550: 9361002C stw r27,44(r1)
- 21: GETL R27, t16
- 22: GETL R1, t18
- 23: ADDL $0x2C, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFE8D554: 7C7A1B78 or r26,r3,r3
- 26: GETL R3, t20
- 27: PUTL t20, R26
- 28: INCEIPL $4
-
- 0xFE8D558: 92E1001C stw r23,28(r1)
- 29: GETL R23, t22
- 30: GETL R1, t24
- 31: ADDL $0x1C, t24
- 32: STL t22, (t24)
- 33: INCEIPL $4
-
- 0xFE8D55C: 38000001 li r0,1
- 34: MOVL $0x1, t26
- 35: PUTL t26, R0
- 36: INCEIPL $4
-
- 0xFE8D560: 93010020 stw r24,32(r1)
- 37: GETL R24, t28
- 38: GETL R1, t30
- 39: ADDL $0x20, t30
- 40: STL t28, (t30)
- 41: INCEIPL $4
-
- 0xFE8D564: 93210024 stw r25,36(r1)
- 42: GETL R25, t32
- 43: GETL R1, t34
- 44: ADDL $0x24, t34
- 45: STL t32, (t34)
- 46: INCEIPL $4
-
- 0xFE8D568: 93810030 stw r28,48(r1)
- 47: GETL R28, t36
- 48: GETL R1, t38
- 49: ADDL $0x30, t38
- 50: STL t36, (t38)
- 51: INCEIPL $4
-
- 0xFE8D56C: 93A10034 stw r29,52(r1)
- 52: GETL R29, t40
- 53: GETL R1, t42
- 54: ADDL $0x34, t42
- 55: STL t40, (t42)
- 56: INCEIPL $4
-
- 0xFE8D570: 93E1003C stw r31,60(r1)
- 57: GETL R31, t44
- 58: GETL R1, t46
- 59: ADDL $0x3C, t46
- 60: STL t44, (t46)
- 61: INCEIPL $4
-
- 0xFE8D574: 90810044 stw r4,68(r1)
- 62: GETL R4, t48
- 63: GETL R1, t50
- 64: ADDL $0x44, t50
- 65: STL t48, (t50)
- 66: INCEIPL $4
-
- 0xFE8D578: 837E0204 lwz r27,516(r30)
- 67: GETL R30, t52
- 68: ADDL $0x204, t52
- 69: LDL (t52), t54
- 70: PUTL t54, R27
- 71: INCEIPL $4
-
- 0xFE8D57C: 7D20D828 lwarx r9,r0,r27
- 72: GETL R27, t56
- 73: LOCKo
- 74: LDL (t56), t58
- 75: PUTL t58, R9
- 76: INCEIPL $4
-
- 0xFE8D580: 7C09B000 cmp cr0,r9,r22
- 77: GETL R9, t60
- 78: GETL R22, t62
- 79: CMPL t60, t62, t64 (-rSo)
- 80: ICRFL t64, $0x0, CR
- 81: INCEIPL $4
-
- 0xFE8D584: 4082000C bc 4,2,0xFE8D590
- 82: Jc02o $0xFE8D590
-
-
-
-. 2289 FE8D53C 76
-. 93 C1 00 38 7F C8 02 A6 92 C1 00 18 93 41 00 28 3A C0 00 00 93 61 00 2C 7C 7A 1B 78 92 E1 00 1C 38 00 00 01 93 01 00 20 93 21 00 24 93 81 00 30 93 A1 00 34 93 E1 00 3C 90 81 00 44 83 7E 02 04 7D 20 D8 28 7C 09 B0 00 40 82 00 0C
-==== BB 2290 (0xFE8D588) approx BBs exec'd 0 ====
-
- 0xFE8D588: 7C00D92D stwcx. r0,r0,r27
- 0: GETL R27, t0
- 1: GETL R0, t2
- 2: LOCKo
- 3: STL t2, (t0) (-rSo)
- 4: ICRFL cr, $0x0, CR
- 5: INCEIPL $4
-
- 0xFE8D58C: 40A2FFF0 bc 5,2,0xFE8D57C
- 6: Jc02o $0xFE8D57C
-
-
-
-. 2290 FE8D588 8
-. 7C 00 D9 2D 40 A2 FF F0
-==== BB 2291 (0xFE8D57C) approx BBs exec'd 0 ====
-
- 0xFE8D57C: 7D20D828 lwarx r9,r0,r27
- 0: GETL R27, t0
- 1: LOCKo
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFE8D580: 7C09B000 cmp cr0,r9,r22
- 5: GETL R9, t4
- 6: GETL R22, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x0, CR
- 9: INCEIPL $4
-
- 0xFE8D584: 4082000C bc 4,2,0xFE8D590
- 10: Jc02o $0xFE8D590
-
-
-
-. 2291 FE8D57C 12
-. 7D 20 D8 28 7C 09 B0 00 40 82 00 0C
-==== BB 2292 (0xFE8D590) approx BBs exec'd 0 ====
-
- 0xFE8D590: 4C00012C 0: INCEIPL $4
-
- 0xFE8D594: 2F890000 cmpi cr7,r9,0
- 1: GETL R9, t0
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFE8D598: 409E01D8 bc 4,30,0xFE8D770
- 5: Jc30o $0xFE8D770
-
-
-
-. 2292 FE8D590 12
-. 4C 00 01 2C 2F 89 00 00 40 9E 01 D8
-==== BB 2293 (0xFE8D59C) approx BBs exec'd 0 ====
-
- 0xFE8D59C: 82FE0200 lwz r23,512(r30)
- 0: GETL R30, t0
- 1: ADDL $0x200, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R23
- 4: INCEIPL $4
-
- 0xFE8D5A0: 833E01F0 lwz r25,496(r30)
- 5: GETL R30, t4
- 6: ADDL $0x1F0, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R25
- 9: INCEIPL $4
-
- 0xFE8D5A4: 7EF8BB78 or r24,r23,r23
- 10: GETL R23, t8
- 11: PUTL t8, R24
- 12: INCEIPL $4
-
- 0xFE8D5A8: 80B90000 lwz r5,0(r25)
- 13: GETL R25, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R5
- 16: INCEIPL $4
-
- 0xFE8D5AC: 93410008 stw r26,8(r1)
- 17: GETL R26, t14
- 18: GETL R1, t16
- 19: ADDL $0x8, t16
- 20: STL t14, (t16)
- 21: INCEIPL $4
-
- 0xFE8D5B0: 2C050000 cmpi cr0,r5,0
- 22: GETL R5, t18
- 23: CMP0L t18, t20 (-rSo)
- 24: ICRFL t20, $0x0, CR
- 25: INCEIPL $4
-
- 0xFE8D5B4: 40820124 bc 4,2,0xFE8D6D8
- 26: Jc02o $0xFE8D6D8
-
-
-
-. 2293 FE8D59C 28
-. 82 FE 02 00 83 3E 01 F0 7E F8 BB 78 80 B9 00 00 93 41 00 08 2C 05 00 00 40 82 01 24
-==== BB 2294 (0xFE8D5B8) approx BBs exec'd 0 ====
-
- 0xFE8D5B8: 80D80000 lwz r6,0(r24)
- 0: GETL R24, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R6
- 3: INCEIPL $4
-
- 0xFE8D5BC: 7F1CC378 or r28,r24,r24
- 4: GETL R24, t4
- 5: PUTL t4, R28
- 6: INCEIPL $4
-
- 0xFE8D5C0: 39000000 li r8,0
- 7: MOVL $0x0, t6
- 8: PUTL t6, R8
- 9: INCEIPL $4
-
- 0xFE8D5C4: 88A60000 lbz r5,0(r6)
- 10: GETL R6, t8
- 11: LDB (t8), t10
- 12: PUTL t10, R5
- 13: INCEIPL $4
-
- 0xFE8D5C8: 2F050000 cmpi cr6,r5,0
- 14: GETL R5, t12
- 15: CMP0L t12, t14 (-rSo)
- 16: ICRFL t14, $0x6, CR
- 17: INCEIPL $4
-
- 0xFE8D5CC: 419A0094 bc 12,26,0xFE8D660
- 18: Js26o $0xFE8D660
-
-
-
-. 2294 FE8D5B8 24
-. 80 D8 00 00 7F 1C C3 78 39 00 00 00 88 A6 00 00 2F 05 00 00 41 9A 00 94
-==== BB 2295 (0xFE8D5D0) approx BBs exec'd 0 ====
-
- 0xFE8D5D0: 7EFDBB78 or r29,r23,r23
- 0: GETL R23, t0
- 1: PUTL t0, R29
- 2: INCEIPL $4
-
- 0xFE8D5D4: 815C0000 lwz r10,0(r28)
- 3: GETL R28, t2
- 4: LDL (t2), t4
- 5: PUTL t4, R10
- 6: INCEIPL $4
-
- 0xFE8D5D8: 88EA0000 lbz r7,0(r10)
- 7: GETL R10, t6
- 8: LDB (t6), t8
- 9: PUTL t8, R7
- 10: INCEIPL $4
-
- 0xFE8D5DC: 2F87003A cmpi cr7,r7,58
- 11: GETL R7, t10
- 12: MOVL $0x3A, t14
- 13: CMPL t10, t14, t12 (-rSo)
- 14: ICRFL t12, $0x7, CR
- 15: INCEIPL $4
-
- 0xFE8D5E0: 409E001C bc 4,30,0xFE8D5FC
- 16: Jc30o $0xFE8D5FC
-
-
-
-. 2295 FE8D5D0 20
-. 7E FD BB 78 81 5C 00 00 88 EA 00 00 2F 87 00 3A 40 9E 00 1C
-==== BB 2296 (0xFE8D5FC) approx BBs exec'd 0 ====
-
- 0xFE8D5FC: 807C0000 lwz r3,0(r28)
- 0: GETL R28, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0xFE8D600: 7F8AE378 or r10,r28,r28
- 4: GETL R28, t4
- 5: PUTL t4, R10
- 6: INCEIPL $4
-
- 0xFE8D604: 88030000 lbz r0,0(r3)
- 7: GETL R3, t6
- 8: LDB (t6), t8
- 9: PUTL t8, R0
- 10: INCEIPL $4
-
- 0xFE8D608: 2F800000 cmpi cr7,r0,0
- 11: GETL R0, t10
- 12: CMP0L t10, t12 (-rSo)
- 13: ICRFL t12, $0x7, CR
- 14: INCEIPL $4
-
- 0xFE8D60C: 419E002C bc 12,30,0xFE8D638
- 15: Js30o $0xFE8D638
-
-
-
-. 2296 FE8D5FC 20
-. 80 7C 00 00 7F 8A E3 78 88 03 00 00 2F 80 00 00 41 9E 00 2C
-==== BB 2297 (0xFE8D610) approx BBs exec'd 0 ====
-
- 0xFE8D610: 2C00003A cmpi cr0,r0,58
- 0: GETL R0, t0
- 1: MOVL $0x3A, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0xFE8D614: 41820024 bc 12,2,0xFE8D638
- 5: Js02o $0xFE8D638
-
-
-
-. 2297 FE8D610 8
-. 2C 00 00 3A 41 82 00 24
-==== BB 2298 (0xFE8D618) approx BBs exec'd 0 ====
-
- 0xFE8D618: 808A0000 lwz r4,0(r10)
- 0: GETL R10, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R4
- 3: INCEIPL $4
-
- 0xFE8D61C: 38040001 addi r0,r4,1
- 4: GETL R4, t4
- 5: ADDL $0x1, t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0xFE8D620: 900A0000 stw r0,0(r10)
- 8: GETL R0, t6
- 9: GETL R10, t8
- 10: STL t6, (t8)
- 11: INCEIPL $4
-
- 0xFE8D624: 89240001 lbz r9,1(r4)
- 12: GETL R4, t10
- 13: ADDL $0x1, t10
- 14: LDB (t10), t12
- 15: PUTL t12, R9
- 16: INCEIPL $4
-
- 0xFE8D628: 2C890000 cmpi cr1,r9,0
- 17: GETL R9, t14
- 18: CMP0L t14, t16 (-rSo)
- 19: ICRFL t16, $0x1, CR
- 20: INCEIPL $4
-
- 0xFE8D62C: 2F09003A cmpi cr6,r9,58
- 21: GETL R9, t18
- 22: MOVL $0x3A, t22
- 23: CMPL t18, t22, t20 (-rSo)
- 24: ICRFL t20, $0x6, CR
- 25: INCEIPL $4
-
- 0xFE8D630: 41860008 bc 12,6,0xFE8D638
- 26: Js06o $0xFE8D638
-
-
-
-. 2298 FE8D618 28
-. 80 8A 00 00 38 04 00 01 90 0A 00 00 89 24 00 01 2C 89 00 00 2F 09 00 3A 41 86 00 08
-==== BB 2299 (0xFE8D634) approx BBs exec'd 0 ====
-
- 0xFE8D634: 409AFFE4 bc 4,26,0xFE8D618
- 0: Jc26o $0xFE8D618
-
-
-
-. 2299 FE8D634 4
-. 40 9A FF E4
-==== BB 2300 (0xFE8D638) approx BBs exec'd 0 ====
-
- 0xFE8D638: 809C0000 lwz r4,0(r28)
- 0: GETL R28, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R4
- 3: INCEIPL $4
-
- 0xFE8D63C: 7F9FE378 or r31,r28,r28
- 4: GETL R28, t4
- 5: PUTL t4, R31
- 6: INCEIPL $4
-
- 0xFE8D640: 2C080000 cmpi cr0,r8,0
- 7: GETL R8, t6
- 8: CMP0L t6, t8 (-rSo)
- 9: ICRFL t8, $0x0, CR
- 10: INCEIPL $4
-
- 0xFE8D644: 7F032040 cmpl cr6,r3,r4
- 11: GETL R3, t10
- 12: GETL R4, t12
- 13: CMPUL t10, t12, t14 (-rSo)
- 14: ICRFL t14, $0x6, CR
- 15: INCEIPL $4
-
- 0xFE8D648: 41980070 bc 12,24,0xFE8D6B8
- 16: Js24o $0xFE8D6B8
-
-
-
-. 2300 FE8D638 20
-. 80 9C 00 00 7F 9F E3 78 2C 08 00 00 7F 03 20 40 41 98 00 70
-==== BB 2301 (0xFE8D6B8) approx BBs exec'd 0 ====
-
- 0xFE8D6B8: 7C832050 subf r4,r3,r4
- 0: GETL R3, t0
- 1: GETL R4, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFE8D6BC: 4BFFF8F1 bl 0xFE8CFAC
- 5: MOVL $0xFE8D6C0, t4
- 6: PUTL t4, LR
- 7: JMPo-c $0xFE8CFAC ($4)
-
-
-
-. 2301 FE8D6B8 8
-. 7C 83 20 50 4B FF F8 F1
-==== BB 2302 read_alias_file(0xFE8CFAC) approx BBs exec'd 0 ====
-
- 0xFE8CFAC: 9421FDF0 stwu r1,-528(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFDF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFE8CFB0: 7CA802A6 mflr r5
- 6: GETL LR, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0xFE8CFB4: 91C101C8 stw r14,456(r1)
- 9: GETL R14, t6
- 10: GETL R1, t8
- 11: ADDL $0x1C8, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFE8CFB8: 39C4002C addi r14,r4,44
- 14: GETL R4, t10
- 15: ADDL $0x2C, t10
- 16: PUTL t10, R14
- 17: INCEIPL $4
-
- 0xFE8CFBC: 55CC0036 rlwinm r12,r14,0,0,27
- 18: GETL R14, t12
- 19: ANDL $0xFFFFFFF0, t12
- 20: PUTL t12, R12
- 21: INCEIPL $4
-
- 0xFE8CFC0: 80E10000 lwz r7,0(r1)
- 22: GETL R1, t14
- 23: LDL (t14), t16
- 24: PUTL t16, R7
- 25: INCEIPL $4
-
- 0xFE8CFC4: 7CCC00D0 neg r6,r12
- 26: GETL R12, t18
- 27: NEGL t18
- 28: PUTL t18, R6
- 29: INCEIPL $4
-
- 0xFE8CFC8: 936101FC stw r27,508(r1)
- 30: GETL R27, t20
- 31: GETL R1, t22
- 32: ADDL $0x1FC, t22
- 33: STL t20, (t22)
- 34: INCEIPL $4
-
- 0xFE8CFCC: 93A10204 stw r29,516(r1)
- 35: GETL R29, t24
- 36: GETL R1, t26
- 37: ADDL $0x204, t26
- 38: STL t24, (t26)
- 39: INCEIPL $4
-
- 0xFE8CFD0: 4811AE81 bl 0xFFA7E50
- 40: MOVL $0xFE8CFD4, t28
- 41: PUTL t28, LR
- 42: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 2302 FE8CFAC 40
-. 94 21 FD F0 7C A8 02 A6 91 C1 01 C8 39 C4 00 2C 55 CC 00 36 80 E1 00 00 7C CC 00 D0 93 61 01 FC 93 A1 02 04 48 11 AE 81
-==== BB 2303 (0xFE8CFD4) approx BBs exec'd 0 ====
-
- 0xFE8CFD4: 93C10208 stw r30,520(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x208, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFE8CFD8: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFE8CFDC: 93E1020C stw r31,524(r1)
- 8: GETL R31, t6
- 9: GETL R1, t8
- 10: ADDL $0x20C, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFE8CFE0: 7C3F0B78 or r31,r1,r1
- 13: GETL R1, t10
- 14: PUTL t10, R31
- 15: INCEIPL $4
-
- 0xFE8CFE4: 90A10214 stw r5,532(r1)
- 16: GETL R5, t12
- 17: GETL R1, t14
- 18: ADDL $0x214, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0xFE8CFE8: 7C852378 or r5,r4,r4
- 21: GETL R4, t16
- 22: PUTL t16, R5
- 23: INCEIPL $4
-
- 0xFE8CFEC: 91E101CC stw r15,460(r1)
- 24: GETL R15, t18
- 25: GETL R1, t20
- 26: ADDL $0x1CC, t20
- 27: STL t18, (t20)
- 28: INCEIPL $4
-
- 0xFE8CFF0: 920101D0 stw r16,464(r1)
- 29: GETL R16, t22
- 30: GETL R1, t24
- 31: ADDL $0x1D0, t24
- 32: STL t22, (t24)
- 33: INCEIPL $4
-
- 0xFE8CFF4: 922101D4 stw r17,468(r1)
- 34: GETL R17, t26
- 35: GETL R1, t28
- 36: ADDL $0x1D4, t28
- 37: STL t26, (t28)
- 38: INCEIPL $4
-
- 0xFE8CFF8: 924101D8 stw r18,472(r1)
- 39: GETL R18, t30
- 40: GETL R1, t32
- 41: ADDL $0x1D8, t32
- 42: STL t30, (t32)
- 43: INCEIPL $4
-
- 0xFE8CFFC: 926101DC stw r19,476(r1)
- 44: GETL R19, t34
- 45: GETL R1, t36
- 46: ADDL $0x1DC, t36
- 47: STL t34, (t36)
- 48: INCEIPL $4
-
- 0xFE8D000: 928101E0 stw r20,480(r1)
- 49: GETL R20, t38
- 50: GETL R1, t40
- 51: ADDL $0x1E0, t40
- 52: STL t38, (t40)
- 53: INCEIPL $4
-
- 0xFE8D004: 92A101E4 stw r21,484(r1)
- 54: GETL R21, t42
- 55: GETL R1, t44
- 56: ADDL $0x1E4, t44
- 57: STL t42, (t44)
- 58: INCEIPL $4
-
- 0xFE8D008: 92C101E8 stw r22,488(r1)
- 59: GETL R22, t46
- 60: GETL R1, t48
- 61: ADDL $0x1E8, t48
- 62: STL t46, (t48)
- 63: INCEIPL $4
-
- 0xFE8D00C: 92E101EC stw r23,492(r1)
- 64: GETL R23, t50
- 65: GETL R1, t52
- 66: ADDL $0x1EC, t52
- 67: STL t50, (t52)
- 68: INCEIPL $4
-
- 0xFE8D010: 930101F0 stw r24,496(r1)
- 69: GETL R24, t54
- 70: GETL R1, t56
- 71: ADDL $0x1F0, t56
- 72: STL t54, (t56)
- 73: INCEIPL $4
-
- 0xFE8D014: 932101F4 stw r25,500(r1)
- 74: GETL R25, t58
- 75: GETL R1, t60
- 76: ADDL $0x1F4, t60
- 77: STL t58, (t60)
- 78: INCEIPL $4
-
- 0xFE8D018: 934101F8 stw r26,504(r1)
- 79: GETL R26, t62
- 80: GETL R1, t64
- 81: ADDL $0x1F8, t64
- 82: STL t62, (t64)
- 83: INCEIPL $4
-
- 0xFE8D01C: 93810200 stw r28,512(r1)
- 84: GETL R28, t66
- 85: GETL R1, t68
- 86: ADDL $0x200, t68
- 87: STL t66, (t68)
- 88: INCEIPL $4
-
- 0xFE8D020: 7CE1316E stwux r7,r1,r6
- 89: GETL R6, t70
- 90: GETL R1, t72
- 91: ADDL t72, t70
- 92: PUTL t70, R1
- 93: GETL R7, t74
- 94: STL t74, (t70)
- 95: INCEIPL $4
-
- 0xFE8D024: 38810017 addi r4,r1,23
- 96: GETL R1, t76
- 97: ADDL $0x17, t76
- 98: PUTL t76, R4
- 99: INCEIPL $4
-
- 0xFE8D028: 549D0036 rlwinm r29,r4,0,0,27
- 100: GETL R4, t78
- 101: ANDL $0xFFFFFFF0, t78
- 102: PUTL t78, R29
- 103: INCEIPL $4
-
- 0xFE8D02C: 7C641B78 or r4,r3,r3
- 104: GETL R3, t80
- 105: PUTL t80, R4
- 106: INCEIPL $4
-
- 0xFE8D030: 7FA3EB78 or r3,r29,r29
- 107: GETL R29, t82
- 108: PUTL t82, R3
- 109: INCEIPL $4
-
- 0xFE8D034: 4804AFCD bl 0xFED8000
- 110: MOVL $0xFE8D038, t84
- 111: PUTL t84, LR
- 112: JMPo-c $0xFED8000 ($4)
-
-
-
-. 2303 FE8CFD4 100
-. 93 C1 02 08 7F C8 02 A6 93 E1 02 0C 7C 3F 0B 78 90 A1 02 14 7C 85 23 78 91 E1 01 CC 92 01 01 D0 92 21 01 D4 92 41 01 D8 92 61 01 DC 92 81 01 E0 92 A1 01 E4 92 C1 01 E8 92 E1 01 EC 93 01 01 F0 93 21 01 F4 93 41 01 F8 93 81 02 00 7C E1 31 6E 38 81 00 17 54 9D 00 36 7C 64 1B 78 7F A3 EB 78 48 04 AF CD
-==== BB 2304 (0xFE8D038) approx BBs exec'd 0 ====
-
- 0xFE8D038: 813E01EC lwz r9,492(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1EC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFE8D03C: 809E0208 lwz r4,520(r30)
- 5: GETL R30, t4
- 6: ADDL $0x208, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R4
- 9: INCEIPL $4
-
- 0xFE8D040: A009000C lhz r0,12(r9)
- 10: GETL R9, t8
- 11: ADDL $0xC, t8
- 12: LDW (t8), t10
- 13: PUTL t10, R0
- 14: INCEIPL $4
-
- 0xFE8D044: 81690000 lwz r11,0(r9)
- 15: GETL R9, t12
- 16: LDL (t12), t14
- 17: PUTL t14, R11
- 18: INCEIPL $4
-
- 0xFE8D048: 81490004 lwz r10,4(r9)
- 19: GETL R9, t16
- 20: ADDL $0x4, t16
- 21: LDL (t16), t18
- 22: PUTL t18, R10
- 23: INCEIPL $4
-
- 0xFE8D04C: 81090008 lwz r8,8(r9)
- 24: GETL R9, t20
- 25: ADDL $0x8, t20
- 26: LDL (t20), t22
- 27: PUTL t22, R8
- 28: INCEIPL $4
-
- 0xFE8D050: B003000C sth r0,12(r3)
- 29: GETL R0, t24
- 30: GETL R3, t26
- 31: ADDL $0xC, t26
- 32: STW t24, (t26)
- 33: INCEIPL $4
-
- 0xFE8D054: 91630000 stw r11,0(r3)
- 34: GETL R11, t28
- 35: GETL R3, t30
- 36: STL t28, (t30)
- 37: INCEIPL $4
-
- 0xFE8D058: 91430004 stw r10,4(r3)
- 38: GETL R10, t32
- 39: GETL R3, t34
- 40: ADDL $0x4, t34
- 41: STL t32, (t34)
- 42: INCEIPL $4
-
- 0xFE8D05C: 91030008 stw r8,8(r3)
- 43: GETL R8, t36
- 44: GETL R3, t38
- 45: ADDL $0x8, t38
- 46: STL t36, (t38)
- 47: INCEIPL $4
-
- 0xFE8D060: 7FA3EB78 or r3,r29,r29
- 48: GETL R29, t40
- 49: PUTL t40, R3
- 50: INCEIPL $4
-
- 0xFE8D064: 4802F531 bl 0xFEBC594
- 51: MOVL $0xFE8D068, t42
- 52: PUTL t42, LR
- 53: JMPo-c $0xFEBC594 ($4)
-
-
-
-. 2304 FE8D038 48
-. 81 3E 01 EC 80 9E 02 08 A0 09 00 0C 81 69 00 00 81 49 00 04 81 09 00 08 B0 03 00 0C 91 63 00 00 91 43 00 04 91 03 00 08 7F A3 EB 78 48 02 F5 31
-==== BB 2305 _IO_fopen@@GLIBC_2.1(0xFEBC594) approx BBs exec'd 0 ====
-
- 0xFEBC594: 7CA802A6 mflr r5
- 0: GETL LR, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0xFEBC598: 9421FFF0 stwu r1,-16(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFF0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFEBC59C: 90A10014 stw r5,20(r1)
- 9: GETL R5, t6
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFEBC5A0: 38A00001 li r5,1
- 14: MOVL $0x1, t10
- 15: PUTL t10, R5
- 16: INCEIPL $4
-
- 0xFEBC5A4: 4BFFFF15 bl 0xFEBC4B8
- 17: MOVL $0xFEBC5A8, t12
- 18: PUTL t12, LR
- 19: JMPo-c $0xFEBC4B8 ($4)
-
-
-
-. 2305 FEBC594 20
-. 7C A8 02 A6 94 21 FF F0 90 A1 00 14 38 A0 00 01 4B FF FF 15
-==== BB 2306 __fopen_internal(0xFEBC4B8) approx BBs exec'd 0 ====
-
- 0xFEBC4B8: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFEBC4BC: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFEBC4C0: 480EB991 bl 0xFFA7E50
- 9: MOVL $0xFEBC4C4, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 2306 FEBC4B8 12
-. 94 21 FF E0 7C 08 02 A6 48 0E B9 91
-==== BB 2307 (0xFEBC4C4) approx BBs exec'd 0 ====
-
- 0xFEBC4C4: 93C10018 stw r30,24(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFEBC4C8: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFEBC4CC: 9361000C stw r27,12(r1)
- 8: GETL R27, t6
- 9: GETL R1, t8
- 10: ADDL $0xC, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFEBC4D0: 7C7B1B78 or r27,r3,r3
- 13: GETL R3, t10
- 14: PUTL t10, R27
- 15: INCEIPL $4
-
- 0xFEBC4D4: 38600168 li r3,360
- 16: MOVL $0x168, t12
- 17: PUTL t12, R3
- 18: INCEIPL $4
-
- 0xFEBC4D8: 93810010 stw r28,16(r1)
- 19: GETL R28, t14
- 20: GETL R1, t16
- 21: ADDL $0x10, t16
- 22: STL t14, (t16)
- 23: INCEIPL $4
-
- 0xFEBC4DC: 7CBC2B78 or r28,r5,r5
- 24: GETL R5, t18
- 25: PUTL t18, R28
- 26: INCEIPL $4
-
- 0xFEBC4E0: 93A10014 stw r29,20(r1)
- 27: GETL R29, t20
- 28: GETL R1, t22
- 29: ADDL $0x14, t22
- 30: STL t20, (t22)
- 31: INCEIPL $4
-
- 0xFEBC4E4: 7C9D2378 or r29,r4,r4
- 32: GETL R4, t24
- 33: PUTL t24, R29
- 34: INCEIPL $4
-
- 0xFEBC4E8: 93E1001C stw r31,28(r1)
- 35: GETL R31, t26
- 36: GETL R1, t28
- 37: ADDL $0x1C, t28
- 38: STL t26, (t28)
- 39: INCEIPL $4
-
- 0xFEBC4EC: 90010024 stw r0,36(r1)
- 40: GETL R0, t30
- 41: GETL R1, t32
- 42: ADDL $0x24, t32
- 43: STL t30, (t32)
- 44: INCEIPL $4
-
- 0xFEBC4F0: 480EDE19 bl 0xFFAA308
- 45: MOVL $0xFEBC4F4, t34
- 46: PUTL t34, LR
- 47: JMPo-c $0xFFAA308 ($4)
-
-
-
-. 2307 FEBC4C4 48
-. 93 C1 00 18 7F C8 02 A6 93 61 00 0C 7C 7B 1B 78 38 60 01 68 93 81 00 10 7C BC 2B 78 93 A1 00 14 7C 9D 23 78 93 E1 00 1C 90 01 00 24 48 0E DE 19
-==== BB 2308 (0xFEBC4F4) approx BBs exec'd 0 ====
-
- 0xFEBC4F4: 7C7F1B79 or. r31,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R31
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0xFEBC4F8: 80FE1B78 lwz r7,7032(r30)
- 5: GETL R30, t4
- 6: ADDL $0x1B78, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R7
- 9: INCEIPL $4
-
- 0xFEBC4FC: 38800000 li r4,0
- 10: MOVL $0x0, t8
- 11: PUTL t8, R4
- 12: INCEIPL $4
-
- 0xFEBC500: 38A00000 li r5,0
- 13: MOVL $0x0, t10
- 14: PUTL t10, R5
- 15: INCEIPL $4
-
- 0xFEBC504: 39200000 li r9,0
- 16: MOVL $0x0, t12
- 17: PUTL t12, R9
- 18: INCEIPL $4
-
- 0xFEBC508: 381F00A0 addi r0,r31,160
- 19: GETL R31, t14
- 20: ADDL $0xA0, t14
- 21: PUTL t14, R0
- 22: INCEIPL $4
-
- 0xFEBC50C: 38DF00AC addi r6,r31,172
- 23: GETL R31, t16
- 24: ADDL $0xAC, t16
- 25: PUTL t16, R6
- 26: INCEIPL $4
-
- 0xFEBC510: 41820044 bc 12,2,0xFEBC554
- 27: Js02o $0xFEBC554
-
-
-
-. 2308 FEBC4F4 32
-. 7C 7F 1B 79 80 FE 1B 78 38 80 00 00 38 A0 00 00 39 20 00 00 38 1F 00 A0 38 DF 00 AC 41 82 00 44
-==== BB 2309 (0xFEBC514) approx BBs exec'd 0 ====
-
- 0xFEBC514: 901F0048 stw r0,72(r31)
- 0: GETL R0, t0
- 1: GETL R31, t2
- 2: ADDL $0x48, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFEBC518: 4800FC9D bl 0xFECC1B4
- 5: MOVL $0xFEBC51C, t4
- 6: PUTL t4, LR
- 7: JMPo-c $0xFECC1B4 ($4)
-
-
-
-. 2309 FEBC514 8
-. 90 1F 00 48 48 00 FC 9D
-==== BB 2310 _IO_no_init(0xFECC1B4) approx BBs exec'd 0 ====
-
- 0xFECC1B4: 7C0802A6 mflr r0
- 0: GETL LR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFECC1B8: 9421FFE0 stwu r1,-32(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFE0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFECC1BC: 93A10014 stw r29,20(r1)
- 9: GETL R29, t6
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFECC1C0: 7CBD2B78 or r29,r5,r5
- 14: GETL R5, t10
- 15: PUTL t10, R29
- 16: INCEIPL $4
-
- 0xFECC1C4: 93E1001C stw r31,28(r1)
- 17: GETL R31, t12
- 18: GETL R1, t14
- 19: ADDL $0x1C, t14
- 20: STL t12, (t14)
- 21: INCEIPL $4
-
- 0xFECC1C8: 7CDF3378 or r31,r6,r6
- 22: GETL R6, t16
- 23: PUTL t16, R31
- 24: INCEIPL $4
-
- 0xFECC1CC: 9361000C stw r27,12(r1)
- 25: GETL R27, t18
- 26: GETL R1, t20
- 27: ADDL $0xC, t20
- 28: STL t18, (t20)
- 29: INCEIPL $4
-
- 0xFECC1D0: 7CFB3B78 or r27,r7,r7
- 30: GETL R7, t22
- 31: PUTL t22, R27
- 32: INCEIPL $4
-
- 0xFECC1D4: 93810010 stw r28,16(r1)
- 33: GETL R28, t24
- 34: GETL R1, t26
- 35: ADDL $0x10, t26
- 36: STL t24, (t26)
- 37: INCEIPL $4
-
- 0xFECC1D8: 7C7C1B78 or r28,r3,r3
- 38: GETL R3, t28
- 39: PUTL t28, R28
- 40: INCEIPL $4
-
- 0xFECC1DC: 90010024 stw r0,36(r1)
- 41: GETL R0, t30
- 42: GETL R1, t32
- 43: ADDL $0x24, t32
- 44: STL t30, (t32)
- 45: INCEIPL $4
-
- 0xFECC1E0: 93C10018 stw r30,24(r1)
- 46: GETL R30, t34
- 47: GETL R1, t36
- 48: ADDL $0x18, t36
- 49: STL t34, (t36)
- 50: INCEIPL $4
-
- 0xFECC1E4: 4BFFFF51 bl 0xFECC134
- 51: MOVL $0xFECC1E8, t38
- 52: PUTL t38, LR
- 53: JMPo-c $0xFECC134 ($4)
-
-
-
-. 2310 FECC1B4 52
-. 7C 08 02 A6 94 21 FF E0 93 A1 00 14 7C BD 2B 78 93 E1 00 1C 7C DF 33 78 93 61 00 0C 7C FB 3B 78 93 81 00 10 7C 7C 1B 78 90 01 00 24 93 C1 00 18 4B FF FF 51
-==== BB 2311 _IO_old_init(0xFECC134) approx BBs exec'd 0 ====
-
- 0xFECC134: 81630048 lwz r11,72(r3)
- 0: GETL R3, t0
- 1: ADDL $0x48, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0xFECC138: 39200000 li r9,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R9
- 7: INCEIPL $4
-
- 0xFECC13C: 6484FBAD oris r4,r4,0xFBAD
- 8: GETL R4, t6
- 9: ORL $0xFBAD0000, t6
- 10: PUTL t6, R4
- 11: INCEIPL $4
-
- 0xFECC140: 38000000 li r0,0
- 12: MOVL $0x0, t8
- 13: PUTL t8, R0
- 14: INCEIPL $4
-
- 0xFECC144: 2F8B0000 cmpi cr7,r11,0
- 15: GETL R11, t10
- 16: CMP0L t10, t12 (-rSo)
- 17: ICRFL t12, $0x7, CR
- 18: INCEIPL $4
-
- 0xFECC148: 9421FFD0 stwu r1,-48(r1)
- 19: GETL R1, t14
- 20: GETL R1, t16
- 21: ADDL $0xFFFFFFD0, t16
- 22: PUTL t16, R1
- 23: STL t14, (t16)
- 24: INCEIPL $4
-
- 0xFECC14C: 90830000 stw r4,0(r3)
- 25: GETL R4, t18
- 26: GETL R3, t20
- 27: STL t18, (t20)
- 28: INCEIPL $4
-
- 0xFECC150: 98030046 stb r0,70(r3)
- 29: GETL R0, t22
- 30: GETL R3, t24
- 31: ADDL $0x46, t24
- 32: STB t22, (t24)
- 33: INCEIPL $4
-
- 0xFECC154: 9123003C stw r9,60(r3)
- 34: GETL R9, t26
- 35: GETL R3, t28
- 36: ADDL $0x3C, t28
- 37: STL t26, (t28)
- 38: INCEIPL $4
-
- 0xFECC158: 9123001C stw r9,28(r3)
- 39: GETL R9, t30
- 40: GETL R3, t32
- 41: ADDL $0x1C, t32
- 42: STL t30, (t32)
- 43: INCEIPL $4
-
- 0xFECC15C: 91230020 stw r9,32(r3)
- 44: GETL R9, t34
- 45: GETL R3, t36
- 46: ADDL $0x20, t36
- 47: STL t34, (t36)
- 48: INCEIPL $4
-
- 0xFECC160: 9123000C stw r9,12(r3)
- 49: GETL R9, t38
- 50: GETL R3, t40
- 51: ADDL $0xC, t40
- 52: STL t38, (t40)
- 53: INCEIPL $4
-
- 0xFECC164: 91230004 stw r9,4(r3)
- 54: GETL R9, t42
- 55: GETL R3, t44
- 56: ADDL $0x4, t44
- 57: STL t42, (t44)
- 58: INCEIPL $4
-
- 0xFECC168: 91230008 stw r9,8(r3)
- 59: GETL R9, t46
- 60: GETL R3, t48
- 61: ADDL $0x8, t48
- 62: STL t46, (t48)
- 63: INCEIPL $4
-
- 0xFECC16C: 91230010 stw r9,16(r3)
- 64: GETL R9, t50
- 65: GETL R3, t52
- 66: ADDL $0x10, t52
- 67: STL t50, (t52)
- 68: INCEIPL $4
-
- 0xFECC170: 91230014 stw r9,20(r3)
- 69: GETL R9, t54
- 70: GETL R3, t56
- 71: ADDL $0x14, t56
- 72: STL t54, (t56)
- 73: INCEIPL $4
-
- 0xFECC174: 91230018 stw r9,24(r3)
- 74: GETL R9, t58
- 75: GETL R3, t60
- 76: ADDL $0x18, t60
- 77: STL t58, (t60)
- 78: INCEIPL $4
-
- 0xFECC178: 91230034 stw r9,52(r3)
- 79: GETL R9, t62
- 80: GETL R3, t64
- 81: ADDL $0x34, t64
- 82: STL t62, (t64)
- 83: INCEIPL $4
-
- 0xFECC17C: 91230024 stw r9,36(r3)
- 84: GETL R9, t66
- 85: GETL R3, t68
- 86: ADDL $0x24, t68
- 87: STL t66, (t68)
- 88: INCEIPL $4
-
- 0xFECC180: 91230028 stw r9,40(r3)
- 89: GETL R9, t70
- 90: GETL R3, t72
- 91: ADDL $0x28, t72
- 92: STL t70, (t72)
- 93: INCEIPL $4
-
- 0xFECC184: 9123002C stw r9,44(r3)
- 94: GETL R9, t74
- 95: GETL R3, t76
- 96: ADDL $0x2C, t76
- 97: STL t74, (t76)
- 98: INCEIPL $4
-
- 0xFECC188: 91230030 stw r9,48(r3)
- 99: GETL R9, t78
- 100: GETL R3, t80
- 101: ADDL $0x30, t80
- 102: STL t78, (t80)
- 103: INCEIPL $4
-
- 0xFECC18C: B1230044 sth r9,68(r3)
- 104: GETL R9, t82
- 105: GETL R3, t84
- 106: ADDL $0x44, t84
- 107: STW t82, (t84)
- 108: INCEIPL $4
-
- 0xFECC190: 419E001C bc 12,30,0xFECC1AC
- 109: Js30o $0xFECC1AC
-
-
-
-. 2311 FECC134 96
-. 81 63 00 48 39 20 00 00 64 84 FB AD 38 00 00 00 2F 8B 00 00 94 21 FF D0 90 83 00 00 98 03 00 46 91 23 00 3C 91 23 00 1C 91 23 00 20 91 23 00 0C 91 23 00 04 91 23 00 08 91 23 00 10 91 23 00 14 91 23 00 18 91 23 00 34 91 23 00 24 91 23 00 28 91 23 00 2C 91 23 00 30 B1 23 00 44 41 9E 00 1C
-==== BB 2312 (0xFECC194) approx BBs exec'd 0 ====
-
- 0xFECC194: 91210010 stw r9,16(r1)
- 0: GETL R9, t0
- 1: GETL R1, t2
- 2: ADDL $0x10, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFECC198: 91210014 stw r9,20(r1)
- 5: GETL R9, t4
- 6: GETL R1, t6
- 7: ADDL $0x14, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFECC19C: 91210018 stw r9,24(r1)
- 10: GETL R9, t8
- 11: GETL R1, t10
- 12: ADDL $0x18, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0xFECC1A0: 912B0008 stw r9,8(r11)
- 15: GETL R9, t12
- 16: GETL R11, t14
- 17: ADDL $0x8, t14
- 18: STL t12, (t14)
- 19: INCEIPL $4
-
- 0xFECC1A4: 912B0000 stw r9,0(r11)
- 20: GETL R9, t16
- 21: GETL R11, t18
- 22: STL t16, (t18)
- 23: INCEIPL $4
-
- 0xFECC1A8: 912B0004 stw r9,4(r11)
- 24: GETL R9, t20
- 25: GETL R11, t22
- 26: ADDL $0x4, t22
- 27: STL t20, (t22)
- 28: INCEIPL $4
-
- 0xFECC1AC: 38210030 addi r1,r1,48
- 29: GETL R1, t24
- 30: ADDL $0x30, t24
- 31: PUTL t24, R1
- 32: INCEIPL $4
-
- 0xFECC1B0: 4E800020 blr
- 33: GETL LR, t26
- 34: JMPo-r t26 ($4)
-
-
-
-. 2312 FECC194 32
-. 91 21 00 10 91 21 00 14 91 21 00 18 91 2B 00 08 91 2B 00 00 91 2B 00 04 38 21 00 30 4E 80 00 20
-==== BB 2313 (0xFECC1E8) approx BBs exec'd 0 ====
-
- 0xFECC1E8: 2F9D0000 cmpi cr7,r29,0
- 0: GETL R29, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xFECC1EC: 38000000 li r0,0
- 4: MOVL $0x0, t4
- 5: PUTL t4, R0
- 6: INCEIPL $4
-
- 0xFECC1F0: 93BC0060 stw r29,96(r28)
- 7: GETL R29, t6
- 8: GETL R28, t8
- 9: ADDL $0x60, t8
- 10: STL t6, (t8)
- 11: INCEIPL $4
-
- 0xFECC1F4: 419C0038 bc 12,28,0xFECC22C
- 12: Js28o $0xFECC22C
-
-
-
-. 2313 FECC1E8 16
-. 2F 9D 00 00 38 00 00 00 93 BC 00 60 41 9C 00 38
-==== BB 2314 (0xFECC1F8) approx BBs exec'd 0 ====
-
- 0xFECC1F8: 937F00B8 stw r27,184(r31)
- 0: GETL R27, t0
- 1: GETL R31, t2
- 2: ADDL $0xB8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFECC1FC: 93FC005C stw r31,92(r28)
- 5: GETL R31, t4
- 6: GETL R28, t6
- 7: ADDL $0x5C, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFECC200: 901F0028 stw r0,40(r31)
- 10: GETL R0, t8
- 11: GETL R31, t10
- 12: ADDL $0x28, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0xFECC204: 901F0018 stw r0,24(r31)
- 15: GETL R0, t12
- 16: GETL R31, t14
- 17: ADDL $0x18, t14
- 18: STL t12, (t14)
- 19: INCEIPL $4
-
- 0xFECC208: 901F001C stw r0,28(r31)
- 20: GETL R0, t16
- 21: GETL R31, t18
- 22: ADDL $0x1C, t18
- 23: STL t16, (t18)
- 24: INCEIPL $4
-
- 0xFECC20C: 901F0008 stw r0,8(r31)
- 25: GETL R0, t20
- 26: GETL R31, t22
- 27: ADDL $0x8, t22
- 28: STL t20, (t22)
- 29: INCEIPL $4
-
- 0xFECC210: 901F0000 stw r0,0(r31)
- 30: GETL R0, t24
- 31: GETL R31, t26
- 32: STL t24, (t26)
- 33: INCEIPL $4
-
- 0xFECC214: 901F0004 stw r0,4(r31)
- 34: GETL R0, t28
- 35: GETL R31, t30
- 36: ADDL $0x4, t30
- 37: STL t28, (t30)
- 38: INCEIPL $4
-
- 0xFECC218: 901F000C stw r0,12(r31)
- 39: GETL R0, t32
- 40: GETL R31, t34
- 41: ADDL $0xC, t34
- 42: STL t32, (t34)
- 43: INCEIPL $4
-
- 0xFECC21C: 901F0010 stw r0,16(r31)
- 44: GETL R0, t36
- 45: GETL R31, t38
- 46: ADDL $0x10, t38
- 47: STL t36, (t38)
- 48: INCEIPL $4
-
- 0xFECC220: 901F0014 stw r0,20(r31)
- 49: GETL R0, t40
- 50: GETL R31, t42
- 51: ADDL $0x14, t42
- 52: STL t40, (t42)
- 53: INCEIPL $4
-
- 0xFECC224: 901F0020 stw r0,32(r31)
- 54: GETL R0, t44
- 55: GETL R31, t46
- 56: ADDL $0x20, t46
- 57: STL t44, (t46)
- 58: INCEIPL $4
-
- 0xFECC228: 901F0024 stw r0,36(r31)
- 59: GETL R0, t48
- 60: GETL R31, t50
- 61: ADDL $0x24, t50
- 62: STL t48, (t50)
- 63: INCEIPL $4
-
- 0xFECC22C: 80610024 lwz r3,36(r1)
- 64: GETL R1, t52
- 65: ADDL $0x24, t52
- 66: LDL (t52), t54
- 67: PUTL t54, R3
- 68: INCEIPL $4
-
- 0xFECC230: 8361000C lwz r27,12(r1)
- 69: GETL R1, t56
- 70: ADDL $0xC, t56
- 71: LDL (t56), t58
- 72: PUTL t58, R27
- 73: INCEIPL $4
-
- 0xFECC234: 83810010 lwz r28,16(r1)
- 74: GETL R1, t60
- 75: ADDL $0x10, t60
- 76: LDL (t60), t62
- 77: PUTL t62, R28
- 78: INCEIPL $4
-
- 0xFECC238: 7C6803A6 mtlr r3
- 79: GETL R3, t64
- 80: PUTL t64, LR
- 81: INCEIPL $4
-
- 0xFECC23C: 83A10014 lwz r29,20(r1)
- 82: GETL R1, t66
- 83: ADDL $0x14, t66
- 84: LDL (t66), t68
- 85: PUTL t68, R29
- 86: INCEIPL $4
-
- 0xFECC240: 83C10018 lwz r30,24(r1)
- 87: GETL R1, t70
- 88: ADDL $0x18, t70
- 89: LDL (t70), t72
- 90: PUTL t72, R30
- 91: INCEIPL $4
-
- 0xFECC244: 83E1001C lwz r31,28(r1)
- 92: GETL R1, t74
- 93: ADDL $0x1C, t74
- 94: LDL (t74), t76
- 95: PUTL t76, R31
- 96: INCEIPL $4
-
- 0xFECC248: 38210020 addi r1,r1,32
- 97: GETL R1, t78
- 98: ADDL $0x20, t78
- 99: PUTL t78, R1
- 100: INCEIPL $4
-
- 0xFECC24C: 4E800020 blr
- 101: GETL LR, t80
- 102: JMPo-r t80 ($4)
-
-
-
-. 2314 FECC1F8 88
-. 93 7F 00 B8 93 FC 00 5C 90 1F 00 28 90 1F 00 18 90 1F 00 1C 90 1F 00 08 90 1F 00 00 90 1F 00 04 90 1F 00 0C 90 1F 00 10 90 1F 00 14 90 1F 00 20 90 1F 00 24 80 61 00 24 83 61 00 0C 83 81 00 10 7C 68 03 A6 83 A1 00 14 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 2315 (0xFEBC51C) approx BBs exec'd 0 ====
-
- 0xFEBC51C: 809E1B50 lwz r4,6992(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1B50, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFEBC520: 7FE3FB78 or r3,r31,r31
- 5: GETL R31, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFEBC524: 909F0098 stw r4,152(r31)
- 8: GETL R4, t6
- 9: GETL R31, t8
- 10: ADDL $0x98, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFEBC528: 4800BD11 bl 0xFEC8238
- 13: MOVL $0xFEBC52C, t10
- 14: PUTL t10, LR
- 15: JMPo-c $0xFEC8238 ($4)
-
-
-
-. 2315 FEBC51C 16
-. 80 9E 1B 50 7F E3 FB 78 90 9F 00 98 48 00 BD 11
-==== BB 2316 _IO_file_init@@GLIBC_2.1(0xFEC8238) approx BBs exec'd 0 ====
-
- 0xFEC8238: 7CC802A6 mflr r6
- 0: GETL LR, t0
- 1: PUTL t0, R6
- 2: INCEIPL $4
-
- 0xFEC823C: 9421FFE0 stwu r1,-32(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFE0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFEC8240: 3920FFFF li r9,-1
- 9: MOVL $0xFFFFFFFF, t6
- 10: PUTL t6, R9
- 11: INCEIPL $4
-
- 0xFEC8244: 3940FFFF li r10,-1
- 12: MOVL $0xFFFFFFFF, t8
- 13: PUTL t8, R10
- 14: INCEIPL $4
-
- 0xFEC8248: 93A10014 stw r29,20(r1)
- 15: GETL R29, t10
- 16: GETL R1, t12
- 17: ADDL $0x14, t12
- 18: STL t10, (t12)
- 19: INCEIPL $4
-
- 0xFEC824C: 7C7D1B78 or r29,r3,r3
- 20: GETL R3, t14
- 21: PUTL t14, R29
- 22: INCEIPL $4
-
- 0xFEC8250: 90C10024 stw r6,36(r1)
- 23: GETL R6, t16
- 24: GETL R1, t18
- 25: ADDL $0x24, t18
- 26: STL t16, (t18)
- 27: INCEIPL $4
-
- 0xFEC8254: 80A30000 lwz r5,0(r3)
- 28: GETL R3, t20
- 29: LDL (t20), t22
- 30: PUTL t22, R5
- 31: INCEIPL $4
-
- 0xFEC8258: 91230050 stw r9,80(r3)
- 32: GETL R9, t24
- 33: GETL R3, t26
- 34: ADDL $0x50, t26
- 35: STL t24, (t26)
- 36: INCEIPL $4
-
- 0xFEC825C: 60A4240C ori r4,r5,0x240C
- 37: GETL R5, t28
- 38: ORL $0x240C, t28
- 39: PUTL t28, R4
- 40: INCEIPL $4
-
- 0xFEC8260: 91430054 stw r10,84(r3)
- 41: GETL R10, t30
- 42: GETL R3, t32
- 43: ADDL $0x54, t32
- 44: STL t30, (t32)
- 45: INCEIPL $4
-
- 0xFEC8264: 90830000 stw r4,0(r3)
- 46: GETL R4, t34
- 47: GETL R3, t36
- 48: STL t34, (t36)
- 49: INCEIPL $4
-
- 0xFEC8268: 93C10018 stw r30,24(r1)
- 50: GETL R30, t38
- 51: GETL R1, t40
- 52: ADDL $0x18, t40
- 53: STL t38, (t40)
- 54: INCEIPL $4
-
- 0xFEC826C: 48002EA9 bl 0xFECB114
- 55: MOVL $0xFEC8270, t42
- 56: PUTL t42, LR
- 57: JMPo-c $0xFECB114 ($4)
-
-
-
-. 2316 FEC8238 56
-. 7C C8 02 A6 94 21 FF E0 39 20 FF FF 39 40 FF FF 93 A1 00 14 7C 7D 1B 78 90 C1 00 24 80 A3 00 00 91 23 00 50 60 A4 24 0C 91 43 00 54 90 83 00 00 93 C1 00 18 48 00 2E A9
-==== BB 2317 _IO_link_in_internal(0xFECB114) approx BBs exec'd 0 ====
-
- 0xFECB114: 7C0802A6 mflr r0
- 0: GETL LR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFECB118: 9421FFC0 stwu r1,-64(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFC0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFECB11C: 7D800026 mfcr r12
- 9: GETL CR, t6
- 10: PUTL t6, R12
- 11: INCEIPL $4
-
- 0xFECB120: 480DCD31 bl 0xFFA7E50
- 12: MOVL $0xFECB124, t8
- 13: PUTL t8, LR
- 14: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 2317 FECB114 16
-. 7C 08 02 A6 94 21 FF C0 7D 80 00 26 48 0D CD 31
-==== BB 2318 (0xFECB124) approx BBs exec'd 0 ====
-
- 0xFECB124: 93C10038 stw r30,56(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x38, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFECB128: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFECB12C: 90010044 stw r0,68(r1)
- 8: GETL R0, t6
- 9: GETL R1, t8
- 10: ADDL $0x44, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFECB130: 80030000 lwz r0,0(r3)
- 13: GETL R3, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R0
- 16: INCEIPL $4
-
- 0xFECB134: 93E1003C stw r31,60(r1)
- 17: GETL R31, t14
- 18: GETL R1, t16
- 19: ADDL $0x3C, t16
- 20: STL t14, (t16)
- 21: INCEIPL $4
-
- 0xFECB138: 7C7F1B78 or r31,r3,r3
- 22: GETL R3, t18
- 23: PUTL t18, R31
- 24: INCEIPL $4
-
- 0xFECB13C: 70090080 andi. r9,r0,0x80
- 25: GETL R0, t20
- 26: ANDL $0x80, t20
- 27: PUTL t20, R9
- 28: CMP0L t20, t22 (-rSo)
- 29: ICRFL t22, $0x0, CR
- 30: INCEIPL $4
-
- 0xFECB140: 93410028 stw r26,40(r1)
- 31: GETL R26, t24
- 32: GETL R1, t26
- 33: ADDL $0x28, t26
- 34: STL t24, (t26)
- 35: INCEIPL $4
-
- 0xFECB144: 9361002C stw r27,44(r1)
- 36: GETL R27, t28
- 37: GETL R1, t30
- 38: ADDL $0x2C, t30
- 39: STL t28, (t30)
- 40: INCEIPL $4
-
- 0xFECB148: 93810030 stw r28,48(r1)
- 41: GETL R28, t32
- 42: GETL R1, t34
- 43: ADDL $0x30, t34
- 44: STL t32, (t34)
- 45: INCEIPL $4
-
- 0xFECB14C: 93A10034 stw r29,52(r1)
- 46: GETL R29, t36
- 47: GETL R1, t38
- 48: ADDL $0x34, t38
- 49: STL t36, (t38)
- 50: INCEIPL $4
-
- 0xFECB150: 91810024 stw r12,36(r1)
- 51: GETL R12, t40
- 52: GETL R1, t42
- 53: ADDL $0x24, t42
- 54: STL t40, (t42)
- 55: INCEIPL $4
-
- 0xFECB154: 40820160 bc 4,2,0xFECB2B4
- 56: Jc02o $0xFECB2B4
-
-
-
-. 2318 FECB124 52
-. 93 C1 00 38 7F C8 02 A6 90 01 00 44 80 03 00 00 93 E1 00 3C 7C 7F 1B 78 70 09 00 80 93 41 00 28 93 61 00 2C 93 81 00 30 93 A1 00 34 91 81 00 24 40 82 01 60
-==== BB 2319 (0xFECB158) approx BBs exec'd 0 ====
-
- 0xFECB158: 835E1B48 lwz r26,6984(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1B48, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0xFECB15C: 60030080 ori r3,r0,0x80
- 5: GETL R0, t4
- 6: ORL $0x80, t4
- 7: PUTL t4, R3
- 8: INCEIPL $4
-
- 0xFECB160: 907F0000 stw r3,0(r31)
- 9: GETL R3, t6
- 10: GETL R31, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFECB164: 813A00B8 lwz r9,184(r26)
- 13: GETL R26, t10
- 14: ADDL $0xB8, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R9
- 17: INCEIPL $4
-
- 0xFECB168: 3169FFFF addic r11,r9,-1
- 18: GETL R9, t14
- 19: ADCL $0xFFFFFFFF, t14 (-wCa)
- 20: PUTL t14, R11
- 21: INCEIPL $4
-
- 0xFECB16C: 7C0B4910 subfe r0,r11,r9
- 22: GETL R11, t16
- 23: GETL R9, t18
- 24: SBBL t16, t18 (-rCa-wCa)
- 25: PUTL t18, R0
- 26: INCEIPL $4
-
- 0xFECB170: 2E000000 cmpi cr4,r0,0
- 27: GETL R0, t20
- 28: CMP0L t20, t22 (-rSo)
- 29: ICRFL t22, $0x4, CR
- 30: INCEIPL $4
-
- 0xFECB174: 409201B4 bc 4,18,0xFECB328
- 31: Jc18o $0xFECB328
-
-
-
-. 2319 FECB158 32
-. 83 5E 1B 48 60 03 00 80 90 7F 00 00 81 3A 00 B8 31 69 FF FF 7C 0B 49 10 2E 00 00 00 40 92 01 B4
-==== BB 2320 (0xFECB178) approx BBs exec'd 0 ====
-
- 0xFECB178: 809E05E4 lwz r4,1508(r30)
- 0: GETL R30, t0
- 1: ADDL $0x5E4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFECB17C: 90010014 stw r0,20(r1)
- 5: GETL R0, t4
- 6: GETL R1, t6
- 7: ADDL $0x14, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFECB180: 90810010 stw r4,16(r1)
- 10: GETL R4, t8
- 11: GETL R1, t10
- 12: ADDL $0x10, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0xFECB184: 83BE05E0 lwz r29,1504(r30)
- 15: GETL R30, t12
- 16: ADDL $0x5E0, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R29
- 19: INCEIPL $4
-
- 0xFECB188: 3B828BA0 addi r28,r2,-29792
- 20: GETL R2, t16
- 21: ADDL $0xFFFF8BA0, t16
- 22: PUTL t16, R28
- 23: INCEIPL $4
-
- 0xFECB18C: 80BD0008 lwz r5,8(r29)
- 24: GETL R29, t18
- 25: ADDL $0x8, t18
- 26: LDL (t18), t20
- 27: PUTL t20, R5
- 28: INCEIPL $4
-
- 0xFECB190: 7F85E000 cmp cr7,r5,r28
- 29: GETL R5, t22
- 30: GETL R28, t24
- 31: CMPL t22, t24, t26 (-rSo)
- 32: ICRFL t26, $0x7, CR
- 33: INCEIPL $4
-
- 0xFECB194: 419E0030 bc 12,30,0xFECB1C4
- 34: Js30o $0xFECB1C4
-
-
-
-. 2320 FECB178 32
-. 80 9E 05 E4 90 01 00 14 90 81 00 10 83 BE 05 E0 3B 82 8B A0 80 BD 00 08 7F 85 E0 00 41 9E 00 30
-==== BB 2321 (0xFECB198) approx BBs exec'd 0 ====
-
- 0xFECB198: 39600000 li r11,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0xFECB19C: 38C00001 li r6,1
- 3: MOVL $0x1, t2
- 4: PUTL t2, R6
- 5: INCEIPL $4
-
- 0xFECB1A0: 7D20E828 lwarx r9,r0,r29
- 6: GETL R29, t4
- 7: LOCKo
- 8: LDL (t4), t6
- 9: PUTL t6, R9
- 10: INCEIPL $4
-
- 0xFECB1A4: 7C095800 cmp cr0,r9,r11
- 11: GETL R9, t8
- 12: GETL R11, t10
- 13: CMPL t8, t10, t12 (-rSo)
- 14: ICRFL t12, $0x0, CR
- 15: INCEIPL $4
-
- 0xFECB1A8: 4082000C bc 4,2,0xFECB1B4
- 16: Jc02o $0xFECB1B4
-
-
-
-. 2321 FECB198 20
-. 39 60 00 00 38 C0 00 01 7D 20 E8 28 7C 09 58 00 40 82 00 0C
-==== BB 2322 (0xFECB1AC) approx BBs exec'd 0 ====
-
- 0xFECB1AC: 7CC0E92D stwcx. r6,r0,r29
- 0: GETL R29, t0
- 1: GETL R6, t2
- 2: LOCKo
- 3: STL t2, (t0) (-rSo)
- 4: ICRFL cr, $0x0, CR
- 5: INCEIPL $4
-
- 0xFECB1B0: 40A2FFF0 bc 5,2,0xFECB1A0
- 6: Jc02o $0xFECB1A0
-
-
-
-. 2322 FECB1AC 8
-. 7C C0 E9 2D 40 A2 FF F0
-==== BB 2323 (0xFECB1A0) approx BBs exec'd 0 ====
-
- 0xFECB1A0: 7D20E828 lwarx r9,r0,r29
- 0: GETL R29, t0
- 1: LOCKo
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFECB1A4: 7C095800 cmp cr0,r9,r11
- 5: GETL R9, t4
- 6: GETL R11, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x0, CR
- 9: INCEIPL $4
-
- 0xFECB1A8: 4082000C bc 4,2,0xFECB1B4
- 10: Jc02o $0xFECB1B4
-
-
-
-. 2323 FECB1A0 12
-. 7D 20 E8 28 7C 09 58 00 40 82 00 0C
-==== BB 2324 (0xFECB1B4) approx BBs exec'd 0 ====
-
- 0xFECB1B4: 4C00012C 0: INCEIPL $4
-
- 0xFECB1B8: 2C890000 cmpi cr1,r9,0
- 1: GETL R9, t0
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0xFECB1BC: 408601BC bc 4,6,0xFECB378
- 5: Jc06o $0xFECB378
-
-
-
-. 2324 FECB1B4 12
-. 4C 00 01 2C 2C 89 00 00 40 86 01 BC
-==== BB 2325 (0xFECB1C0) approx BBs exec'd 0 ====
-
- 0xFECB1C0: 939D0008 stw r28,8(r29)
- 0: GETL R28, t0
- 1: GETL R29, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFECB1C4: 815D0004 lwz r10,4(r29)
- 5: GETL R29, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R10
- 9: INCEIPL $4
-
- 0xFECB1C8: 837E05E8 lwz r27,1512(r30)
- 10: GETL R30, t8
- 11: ADDL $0x5E8, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R27
- 14: INCEIPL $4
-
- 0xFECB1CC: 390A0001 addi r8,r10,1
- 15: GETL R10, t12
- 16: ADDL $0x1, t12
- 17: PUTL t12, R8
- 18: INCEIPL $4
-
- 0xFECB1D0: 911D0004 stw r8,4(r29)
- 19: GETL R8, t14
- 20: GETL R29, t16
- 21: ADDL $0x4, t16
- 22: STL t14, (t16)
- 23: INCEIPL $4
-
- 0xFECB1D4: 80FF0000 lwz r7,0(r31)
- 24: GETL R31, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R7
- 27: INCEIPL $4
-
- 0xFECB1D8: 93FB0000 stw r31,0(r27)
- 28: GETL R31, t22
- 29: GETL R27, t24
- 30: STL t22, (t24)
- 31: INCEIPL $4
-
- 0xFECB1DC: 70E98000 andi. r9,r7,0x8000
- 32: GETL R7, t26
- 33: ANDL $0x8000, t26
- 34: PUTL t26, R9
- 35: CMP0L t26, t28 (-rSo)
- 36: ICRFL t28, $0x0, CR
- 37: INCEIPL $4
-
- 0xFECB1E0: 40820054 bc 4,2,0xFECB234
- 38: Jc02o $0xFECB234
-
-
-
-. 2325 FECB1C0 36
-. 93 9D 00 08 81 5D 00 04 83 7E 05 E8 39 0A 00 01 91 1D 00 04 80 FF 00 00 93 FB 00 00 70 E9 80 00 40 82 00 54
-==== BB 2326 (0xFECB1E4) approx BBs exec'd 0 ====
-
- 0xFECB1E4: 807F0048 lwz r3,72(r31)
- 0: GETL R31, t0
- 1: ADDL $0x48, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFECB1E8: 3B828BA0 addi r28,r2,-29792
- 5: GETL R2, t4
- 6: ADDL $0xFFFF8BA0, t4
- 7: PUTL t4, R28
- 8: INCEIPL $4
-
- 0xFECB1EC: 81830008 lwz r12,8(r3)
- 9: GETL R3, t6
- 10: ADDL $0x8, t6
- 11: LDL (t6), t8
- 12: PUTL t8, R12
- 13: INCEIPL $4
-
- 0xFECB1F0: 7F0CE000 cmp cr6,r12,r28
- 14: GETL R12, t10
- 15: GETL R28, t12
- 16: CMPL t10, t12, t14 (-rSo)
- 17: ICRFL t14, $0x6, CR
- 18: INCEIPL $4
-
- 0xFECB1F4: 419A0034 bc 12,26,0xFECB228
- 19: Js26o $0xFECB228
-
-
-
-. 2326 FECB1E4 20
-. 80 7F 00 48 3B 82 8B A0 81 83 00 08 7F 0C E0 00 41 9A 00 34
-==== BB 2327 (0xFECB1F8) approx BBs exec'd 0 ====
-
- 0xFECB1F8: 38A00000 li r5,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0xFECB1FC: 38000001 li r0,1
- 3: MOVL $0x1, t2
- 4: PUTL t2, R0
- 5: INCEIPL $4
-
- 0xFECB200: 7C801828 lwarx r4,r0,r3
- 6: GETL R3, t4
- 7: LOCKo
- 8: LDL (t4), t6
- 9: PUTL t6, R4
- 10: INCEIPL $4
-
- 0xFECB204: 7C042800 cmp cr0,r4,r5
- 11: GETL R4, t8
- 12: GETL R5, t10
- 13: CMPL t8, t10, t12 (-rSo)
- 14: ICRFL t12, $0x0, CR
- 15: INCEIPL $4
-
- 0xFECB208: 4082000C bc 4,2,0xFECB214
- 16: Jc02o $0xFECB214
-
-
-
-. 2327 FECB1F8 20
-. 38 A0 00 00 38 00 00 01 7C 80 18 28 7C 04 28 00 40 82 00 0C
-==== BB 2328 (0xFECB20C) approx BBs exec'd 0 ====
-
- 0xFECB20C: 7C00192D stwcx. r0,r0,r3
- 0: GETL R3, t0
- 1: GETL R0, t2
- 2: LOCKo
- 3: STL t2, (t0) (-rSo)
- 4: ICRFL cr, $0x0, CR
- 5: INCEIPL $4
-
- 0xFECB210: 40A2FFF0 bc 5,2,0xFECB200
- 6: Jc02o $0xFECB200
-
-
-
-. 2328 FECB20C 8
-. 7C 00 19 2D 40 A2 FF F0
-==== BB 2329 (0xFECB200) approx BBs exec'd 0 ====
-
- 0xFECB200: 7C801828 lwarx r4,r0,r3
- 0: GETL R3, t0
- 1: LOCKo
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFECB204: 7C042800 cmp cr0,r4,r5
- 5: GETL R4, t4
- 6: GETL R5, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x0, CR
- 9: INCEIPL $4
-
- 0xFECB208: 4082000C bc 4,2,0xFECB214
- 10: Jc02o $0xFECB214
-
-
-
-. 2329 FECB200 12
-. 7C 80 18 28 7C 04 28 00 40 82 00 0C
-==== BB 2330 (0xFECB214) approx BBs exec'd 0 ====
-
- 0xFECB214: 4C00012C 0: INCEIPL $4
-
- 0xFECB218: 2F840000 cmpi cr7,r4,0
- 1: GETL R4, t0
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFECB21C: 409E018C bc 4,30,0xFECB3A8
- 5: Jc30o $0xFECB3A8
-
-
-
-. 2330 FECB214 12
-. 4C 00 01 2C 2F 84 00 00 40 9E 01 8C
-==== BB 2331 (0xFECB220) approx BBs exec'd 0 ====
-
- 0xFECB220: 807F0048 lwz r3,72(r31)
- 0: GETL R31, t0
- 1: ADDL $0x48, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFECB224: 93830008 stw r28,8(r3)
- 5: GETL R28, t4
- 6: GETL R3, t6
- 7: ADDL $0x8, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFECB228: 81230004 lwz r9,4(r3)
- 10: GETL R3, t8
- 11: ADDL $0x4, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R9
- 14: INCEIPL $4
-
- 0xFECB22C: 3B890001 addi r28,r9,1
- 15: GETL R9, t12
- 16: ADDL $0x1, t12
- 17: PUTL t12, R28
- 18: INCEIPL $4
-
- 0xFECB230: 93830004 stw r28,4(r3)
- 19: GETL R28, t14
- 20: GETL R3, t16
- 21: ADDL $0x4, t16
- 22: STL t14, (t16)
- 23: INCEIPL $4
-
- 0xFECB234: 815F0000 lwz r10,0(r31)
- 24: GETL R31, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R10
- 27: INCEIPL $4
-
- 0xFECB238: 817E05EC lwz r11,1516(r30)
- 28: GETL R30, t22
- 29: ADDL $0x5EC, t22
- 30: LDL (t22), t24
- 31: PUTL t24, R11
- 32: INCEIPL $4
-
- 0xFECB23C: 807E1BEC lwz r3,7148(r30)
- 33: GETL R30, t26
- 34: ADDL $0x1BEC, t26
- 35: LDL (t26), t28
- 36: PUTL t28, R3
- 37: INCEIPL $4
-
- 0xFECB240: 71498000 andi. r9,r10,0x8000
- 38: GETL R10, t30
- 39: ANDL $0x8000, t30
- 40: PUTL t30, R9
- 41: CMP0L t30, t32 (-rSo)
- 42: ICRFL t32, $0x0, CR
- 43: INCEIPL $4
-
- 0xFECB244: 810B0000 lwz r8,0(r11)
- 44: GETL R11, t34
- 45: LDL (t34), t36
- 46: PUTL t36, R8
- 47: INCEIPL $4
-
- 0xFECB248: 80C30000 lwz r6,0(r3)
- 48: GETL R3, t38
- 49: LDL (t38), t40
- 50: PUTL t40, R6
- 51: INCEIPL $4
-
- 0xFECB24C: 38E80001 addi r7,r8,1
- 52: GETL R8, t42
- 53: ADDL $0x1, t42
- 54: PUTL t42, R7
- 55: INCEIPL $4
-
- 0xFECB250: 93E30000 stw r31,0(r3)
- 56: GETL R31, t44
- 57: GETL R3, t46
- 58: STL t44, (t46)
- 59: INCEIPL $4
-
- 0xFECB254: 90EB0000 stw r7,0(r11)
- 60: GETL R7, t48
- 61: GETL R11, t50
- 62: STL t48, (t50)
- 63: INCEIPL $4
-
- 0xFECB258: 90DF0034 stw r6,52(r31)
- 64: GETL R6, t52
- 65: GETL R31, t54
- 66: ADDL $0x34, t54
- 67: STL t52, (t54)
- 68: INCEIPL $4
-
- 0xFECB25C: 4082001C bc 4,2,0xFECB278
- 69: Jc02o $0xFECB278
-
-
-
-. 2331 FECB220 64
-. 80 7F 00 48 93 83 00 08 81 23 00 04 3B 89 00 01 93 83 00 04 81 5F 00 00 81 7E 05 EC 80 7E 1B EC 71 49 80 00 81 0B 00 00 80 C3 00 00 38 E8 00 01 93 E3 00 00 90 EB 00 00 90 DF 00 34 40 82 00 1C
-==== BB 2332 (0xFECB260) approx BBs exec'd 0 ====
-
- 0xFECB260: 807F0048 lwz r3,72(r31)
- 0: GETL R31, t0
- 1: ADDL $0x48, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFECB264: 83E30004 lwz r31,4(r3)
- 5: GETL R3, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R31
- 9: INCEIPL $4
-
- 0xFECB268: 393FFFFF addi r9,r31,-1
- 10: GETL R31, t8
- 11: ADDL $0xFFFFFFFF, t8
- 12: PUTL t8, R9
- 13: INCEIPL $4
-
- 0xFECB26C: 2C890000 cmpi cr1,r9,0
- 14: GETL R9, t10
- 15: CMP0L t10, t12 (-rSo)
- 16: ICRFL t12, $0x1, CR
- 17: INCEIPL $4
-
- 0xFECB270: 91230004 stw r9,4(r3)
- 18: GETL R9, t14
- 19: GETL R3, t16
- 20: ADDL $0x4, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0xFECB274: 418600CC bc 12,6,0xFECB340
- 23: Js06o $0xFECB340
-
-
-
-. 2332 FECB260 24
-. 80 7F 00 48 83 E3 00 04 39 3F FF FF 2C 89 00 00 91 23 00 04 41 86 00 CC
-==== BB 2333 (0xFECB340) approx BBs exec'd 0 ====
-
- 0xFECB340: 91230008 stw r9,8(r3)
- 0: GETL R9, t0
- 1: GETL R3, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFECB344: 7C0004AC sync
- 5: INCEIPL $4
-
- 0xFECB348: 7D801828 lwarx r12,r0,r3
- 6: GETL R3, t4
- 7: LOCKo
- 8: LDL (t4), t6
- 9: PUTL t6, R12
- 10: INCEIPL $4
-
- 0xFECB34C: 7D20192D stwcx. r9,r0,r3
- 11: GETL R3, t8
- 12: GETL R9, t10
- 13: LOCKo
- 14: STL t10, (t8) (-rSo)
- 15: ICRFL cr, $0x0, CR
- 16: INCEIPL $4
-
- 0xFECB350: 40A2FFF8 bc 5,2,0xFECB348
- 17: Jc02o $0xFECB348
-
-
-
-. 2333 FECB340 20
-. 91 23 00 08 7C 00 04 AC 7D 80 18 28 7D 20 19 2D 40 A2 FF F8
-==== BB 2334 (0xFECB354) approx BBs exec'd 0 ====
-
- 0xFECB354: 2F0C0001 cmpi cr6,r12,1
- 0: GETL R12, t0
- 1: MOVL $0x1, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x6, CR
- 4: INCEIPL $4
-
- 0xFECB358: 4099FF20 bc 4,25,0xFECB278
- 5: Jc25o $0xFECB278
-
-
-
-. 2334 FECB354 8
-. 2F 0C 00 01 40 99 FF 20
-==== BB 2335 (0xFECB278) approx BBs exec'd 0 ====
-
- 0xFECB278: 80BD0004 lwz r5,4(r29)
- 0: GETL R29, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0xFECB27C: 38800000 li r4,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0xFECB280: 909B0000 stw r4,0(r27)
- 8: GETL R4, t6
- 9: GETL R27, t8
- 10: STL t6, (t8)
- 11: INCEIPL $4
-
- 0xFECB284: 3925FFFF addi r9,r5,-1
- 12: GETL R5, t10
- 13: ADDL $0xFFFFFFFF, t10
- 14: PUTL t10, R9
- 15: INCEIPL $4
-
- 0xFECB288: 2F890000 cmpi cr7,r9,0
- 16: GETL R9, t12
- 17: CMP0L t12, t14 (-rSo)
- 18: ICRFL t14, $0x7, CR
- 19: INCEIPL $4
-
- 0xFECB28C: 913D0004 stw r9,4(r29)
- 20: GETL R9, t16
- 21: GETL R29, t18
- 22: ADDL $0x4, t18
- 23: STL t16, (t18)
- 24: INCEIPL $4
-
- 0xFECB290: 409E0020 bc 4,30,0xFECB2B0
- 25: Jc30o $0xFECB2B0
-
-
-
-. 2335 FECB278 28
-. 80 BD 00 04 38 80 00 00 90 9B 00 00 39 25 FF FF 2F 89 00 00 91 3D 00 04 40 9E 00 20
-==== BB 2336 (0xFECB294) approx BBs exec'd 0 ====
-
- 0xFECB294: 913D0008 stw r9,8(r29)
- 0: GETL R9, t0
- 1: GETL R29, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFECB298: 7C0004AC sync
- 5: INCEIPL $4
-
- 0xFECB29C: 7F60E828 lwarx r27,r0,r29
- 6: GETL R29, t4
- 7: LOCKo
- 8: LDL (t4), t6
- 9: PUTL t6, R27
- 10: INCEIPL $4
-
- 0xFECB2A0: 7D20E92D stwcx. r9,r0,r29
- 11: GETL R29, t8
- 12: GETL R9, t10
- 13: LOCKo
- 14: STL t10, (t8) (-rSo)
- 15: ICRFL cr, $0x0, CR
- 16: INCEIPL $4
-
- 0xFECB2A4: 40A2FFF8 bc 5,2,0xFECB29C
- 17: Jc02o $0xFECB29C
-
-
-
-. 2336 FECB294 20
-. 91 3D 00 08 7C 00 04 AC 7F 60 E8 28 7D 20 E9 2D 40 A2 FF F8
-==== BB 2337 (0xFECB2A8) approx BBs exec'd 0 ====
-
- 0xFECB2A8: 2C1B0001 cmpi cr0,r27,1
- 0: GETL R27, t0
- 1: MOVL $0x1, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0xFECB2AC: 418100D8 bc 12,1,0xFECB384
- 5: Js01o $0xFECB384
-
-
-
-. 2337 FECB2A8 8
-. 2C 1B 00 01 41 81 00 D8
-==== BB 2338 (0xFECB2B0) approx BBs exec'd 0 ====
-
- 0xFECB2B0: 40920034 bc 4,18,0xFECB2E4
- 0: Jc18o $0xFECB2E4
-
-
-
-. 2338 FECB2B0 4
-. 40 92 00 34
-==== BB 2339 (0xFECB2B4) approx BBs exec'd 0 ====
-
- 0xFECB2B4: 83A10044 lwz r29,68(r1)
- 0: GETL R1, t0
- 1: ADDL $0x44, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0xFECB2B8: 81210024 lwz r9,36(r1)
- 5: GETL R1, t4
- 6: ADDL $0x24, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R9
- 9: INCEIPL $4
-
- 0xFECB2BC: 7FA803A6 mtlr r29
- 10: GETL R29, t8
- 11: PUTL t8, LR
- 12: INCEIPL $4
-
- 0xFECB2C0: 83410028 lwz r26,40(r1)
- 13: GETL R1, t10
- 14: ADDL $0x28, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R26
- 17: INCEIPL $4
-
- 0xFECB2C4: 8361002C lwz r27,44(r1)
- 18: GETL R1, t14
- 19: ADDL $0x2C, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R27
- 22: INCEIPL $4
-
- 0xFECB2C8: 7D208120 mtcrf 0x8,r9
- 23: GETL R9, t18
- 24: ICRFL t18, $0x4, CR
- 25: INCEIPL $4
-
- 0xFECB2CC: 83810030 lwz r28,48(r1)
- 26: GETL R1, t20
- 27: ADDL $0x30, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R28
- 30: INCEIPL $4
-
- 0xFECB2D0: 83A10034 lwz r29,52(r1)
- 31: GETL R1, t24
- 32: ADDL $0x34, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R29
- 35: INCEIPL $4
-
- 0xFECB2D4: 83C10038 lwz r30,56(r1)
- 36: GETL R1, t28
- 37: ADDL $0x38, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R30
- 40: INCEIPL $4
-
- 0xFECB2D8: 83E1003C lwz r31,60(r1)
- 41: GETL R1, t32
- 42: ADDL $0x3C, t32
- 43: LDL (t32), t34
- 44: PUTL t34, R31
- 45: INCEIPL $4
-
- 0xFECB2DC: 38210040 addi r1,r1,64
- 46: GETL R1, t36
- 47: ADDL $0x40, t36
- 48: PUTL t36, R1
- 49: INCEIPL $4
-
- 0xFECB2E0: 4E800020 blr
- 50: GETL LR, t38
- 51: JMPo-r t38 ($4)
-
-
-
-. 2339 FECB2B4 48
-. 83 A1 00 44 81 21 00 24 7F A8 03 A6 83 41 00 28 83 61 00 2C 7D 20 81 20 83 81 00 30 83 A1 00 34 83 C1 00 38 83 E1 00 3C 38 21 00 40 4E 80 00 20
-==== BB 2340 (0xFEC8270) approx BBs exec'd 0 ====
-
- 0xFEC8270: 80010024 lwz r0,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFEC8274: 3860FFFF li r3,-1
- 5: MOVL $0xFFFFFFFF, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFEC8278: 907D0038 stw r3,56(r29)
- 8: GETL R3, t6
- 9: GETL R29, t8
- 10: ADDL $0x38, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFEC827C: 83C10018 lwz r30,24(r1)
- 13: GETL R1, t10
- 14: ADDL $0x18, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R30
- 17: INCEIPL $4
-
- 0xFEC8280: 7C0803A6 mtlr r0
- 18: GETL R0, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0xFEC8284: 83A10014 lwz r29,20(r1)
- 21: GETL R1, t16
- 22: ADDL $0x14, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R29
- 25: INCEIPL $4
-
- 0xFEC8288: 38210020 addi r1,r1,32
- 26: GETL R1, t20
- 27: ADDL $0x20, t20
- 28: PUTL t20, R1
- 29: INCEIPL $4
-
- 0xFEC828C: 4E800020 blr
- 30: GETL LR, t22
- 31: JMPo-r t22 ($4)
-
-
-
-. 2340 FEC8270 32
-. 80 01 00 24 38 60 FF FF 90 7D 00 38 83 C1 00 18 7C 08 03 A6 83 A1 00 14 38 21 00 20 4E 80 00 20
-==== BB 2341 (0xFEBC52C) approx BBs exec'd 0 ====
-
- 0xFEBC52C: 7FE3FB78 or r3,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFEBC530: 7F64DB78 or r4,r27,r27
- 3: GETL R27, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0xFEBC534: 7FA5EB78 or r5,r29,r29
- 6: GETL R29, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0xFEBC538: 7F86E378 or r6,r28,r28
- 9: GETL R28, t6
- 10: PUTL t6, R6
- 11: INCEIPL $4
-
- 0xFEBC53C: 4800C141 bl 0xFEC867C
- 12: MOVL $0xFEBC540, t8
- 13: PUTL t8, LR
- 14: JMPo-c $0xFEC867C ($4)
-
-
-
-. 2341 FEBC52C 20
-. 7F E3 FB 78 7F 64 DB 78 7F A5 EB 78 7F 86 E3 78 48 00 C1 41
-==== BB 2342 _IO_file_fopen@@GLIBC_2.1(0xFEC867C) approx BBs exec'd 0 ====
-
- 0xFEC867C: 7CE802A6 mflr r7
- 0: GETL LR, t0
- 1: PUTL t0, R7
- 2: INCEIPL $4
-
- 0xFEC8680: 9421FFC0 stwu r1,-64(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFC0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFEC8684: 480DF7CD bl 0xFFA7E50
- 9: MOVL $0xFEC8688, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 2342 FEC867C 12
-. 7C E8 02 A6 94 21 FF C0 48 0D F7 CD
-==== BB 2343 (0xFEC8688) approx BBs exec'd 0 ====
-
- 0xFEC8688: 9361002C stw r27,44(r1)
- 0: GETL R27, t0
- 1: GETL R1, t2
- 2: ADDL $0x2C, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFEC868C: 93C10038 stw r30,56(r1)
- 5: GETL R30, t4
- 6: GETL R1, t6
- 7: ADDL $0x38, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFEC8690: 7C7B1B78 or r27,r3,r3
- 10: GETL R3, t8
- 11: PUTL t8, R27
- 12: INCEIPL $4
-
- 0xFEC8694: 90E10044 stw r7,68(r1)
- 13: GETL R7, t10
- 14: GETL R1, t12
- 15: ADDL $0x44, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFEC8698: 7FC802A6 mflr r30
- 18: GETL LR, t14
- 19: PUTL t14, R30
- 20: INCEIPL $4
-
- 0xFEC869C: 80030038 lwz r0,56(r3)
- 21: GETL R3, t16
- 22: ADDL $0x38, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R0
- 25: INCEIPL $4
-
- 0xFEC86A0: 7C872378 or r7,r4,r4
- 26: GETL R4, t20
- 27: PUTL t20, R7
- 28: INCEIPL $4
-
- 0xFEC86A4: 93E1003C stw r31,60(r1)
- 29: GETL R31, t22
- 30: GETL R1, t24
- 31: ADDL $0x3C, t24
- 32: STL t22, (t24)
- 33: INCEIPL $4
-
- 0xFEC86A8: 39400000 li r10,0
- 34: MOVL $0x0, t26
- 35: PUTL t26, R10
- 36: INCEIPL $4
-
- 0xFEC86AC: 2F80FFFF cmpi cr7,r0,-1
- 37: GETL R0, t28
- 38: MOVL $0xFFFFFFFF, t32
- 39: CMPL t28, t32, t30 (-rSo)
- 40: ICRFL t30, $0x7, CR
- 41: INCEIPL $4
-
- 0xFEC86B0: 93210024 stw r25,36(r1)
- 42: GETL R25, t34
- 43: GETL R1, t36
- 44: ADDL $0x24, t36
- 45: STL t34, (t36)
- 46: INCEIPL $4
-
- 0xFEC86B4: 93410028 stw r26,40(r1)
- 47: GETL R26, t38
- 48: GETL R1, t40
- 49: ADDL $0x28, t40
- 50: STL t38, (t40)
- 51: INCEIPL $4
-
- 0xFEC86B8: 7C3F0B78 or r31,r1,r1
- 52: GETL R1, t42
- 53: PUTL t42, R31
- 54: INCEIPL $4
-
- 0xFEC86BC: 93810030 stw r28,48(r1)
- 55: GETL R28, t44
- 56: GETL R1, t46
- 57: ADDL $0x30, t46
- 58: STL t44, (t46)
- 59: INCEIPL $4
-
- 0xFEC86C0: 38600000 li r3,0
- 60: MOVL $0x0, t48
- 61: PUTL t48, R3
- 62: INCEIPL $4
-
- 0xFEC86C4: 93A10034 stw r29,52(r1)
- 63: GETL R29, t50
- 64: GETL R1, t52
- 65: ADDL $0x34, t52
- 66: STL t50, (t52)
- 67: INCEIPL $4
-
- 0xFEC86C8: 409E0030 bc 4,30,0xFEC86F8
- 68: Jc30o $0xFEC86F8
-
-
-
-. 2343 FEC8688 68
-. 93 61 00 2C 93 C1 00 38 7C 7B 1B 78 90 E1 00 44 7F C8 02 A6 80 03 00 38 7C 87 23 78 93 E1 00 3C 39 40 00 00 2F 80 FF FF 93 21 00 24 93 41 00 28 7C 3F 0B 78 93 81 00 30 38 60 00 00 93 A1 00 34 40 9E 00 30
-==== BB 2344 (0xFEC86CC) approx BBs exec'd 0 ====
-
- 0xFEC86CC: 88050000 lbz r0,0(r5)
- 0: GETL R5, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0xFEC86D0: 2F800072 cmpi cr7,r0,114
- 4: GETL R0, t4
- 5: MOVL $0x72, t8
- 6: CMPL t4, t8, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0xFEC86D4: 419E006C bc 12,30,0xFEC8740
- 9: Js30o $0xFEC8740
-
-
-
-. 2344 FEC86CC 12
-. 88 05 00 00 2F 80 00 72 41 9E 00 6C
-==== BB 2345 (0xFEC8740) approx BBs exec'd 0 ====
-
- 0xFEC8740: 39000000 li r8,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R8
- 2: INCEIPL $4
-
- 0xFEC8744: 3B800008 li r28,8
- 3: MOVL $0x8, t2
- 4: PUTL t2, R28
- 5: INCEIPL $4
-
- 0xFEC8748: 817B003C lwz r11,60(r27)
- 6: GETL R27, t4
- 7: ADDL $0x3C, t4
- 8: LDL (t4), t6
- 9: PUTL t6, R11
- 10: INCEIPL $4
-
- 0xFEC874C: 7CBA2B78 or r26,r5,r5
- 11: GETL R5, t8
- 12: PUTL t8, R26
- 13: INCEIPL $4
-
- 0xFEC8750: 39200001 li r9,1
- 14: MOVL $0x1, t10
- 15: PUTL t10, R9
- 16: INCEIPL $4
-
- 0xFEC8754: 8C050001 lbzu r0,1(r5)
- 17: GETL R5, t12
- 18: ADDL $0x1, t12
- 19: PUTL t12, R5
- 20: LDB (t12), t14
- 21: PUTL t14, R0
- 22: INCEIPL $4
-
- 0xFEC8758: 2F800063 cmpi cr7,r0,99
- 23: GETL R0, t16
- 24: MOVL $0x63, t20
- 25: CMPL t16, t20, t18 (-rSo)
- 26: ICRFL t18, $0x7, CR
- 27: INCEIPL $4
-
- 0xFEC875C: 419E0394 bc 12,30,0xFEC8AF0
- 28: Js30o $0xFEC8AF0
-
-
-
-. 2345 FEC8740 32
-. 39 00 00 00 3B 80 00 08 81 7B 00 3C 7C BA 2B 78 39 20 00 01 8C 05 00 01 2F 80 00 63 41 9E 03 94
-==== BB 2346 (0xFEC8AF0) approx BBs exec'd 0 ====
-
- 0xFEC8AF0: 616B0002 ori r11,r11,0x2
- 0: GETL R11, t0
- 1: ORL $0x2, t0
- 2: PUTL t0, R11
- 3: INCEIPL $4
-
- 0xFEC8AF4: 917B003C stw r11,60(r27)
- 4: GETL R11, t2
- 5: GETL R27, t4
- 6: ADDL $0x3C, t4
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFEC8AF8: 4BFFFC90 b 0xFEC8788
- 9: JMPo $0xFEC8788 ($4)
-
-
-
-. 2346 FEC8AF0 12
-. 61 6B 00 02 91 7B 00 3C 4B FF FC 90
-==== BB 2347 (0xFEC8788) approx BBs exec'd 0 ====
-
- 0xFEC8788: 71600002 andi. r0,r11,0x2
- 0: GETL R11, t0
- 1: ANDL $0x2, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFEC878C: 7D005378 or r0,r8,r10
- 6: GETL R8, t4
- 7: GETL R10, t6
- 8: ORL t6, t4
- 9: PUTL t4, R0
- 10: INCEIPL $4
-
- 0xFEC8790: 40820388 bc 4,2,0xFEC8B18
- 11: Jc02o $0xFEC8B18
-
-
-
-. 2347 FEC8788 12
-. 71 60 00 02 7D 00 53 78 40 82 03 88
-==== BB 2348 (0xFEC8B18) approx BBs exec'd 0 ====
-
- 0xFEC8B18: 21260000 subfic r9,r6,0
- 0: GETL R6, t0
- 1: MOVL $0x0, t2
- 2: SBBL t0, t2 (-wCa)
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFEC8B1C: 7D093114 adde r8,r9,r6
- 5: GETL R9, t4
- 6: GETL R6, t6
- 7: ADCL t4, t6 (-rCa-wCa)
- 8: PUTL t6, R8
- 9: INCEIPL $4
-
- 0xFEC8B20: 7CE33B78 or r3,r7,r7
- 10: GETL R7, t8
- 11: PUTL t8, R3
- 12: INCEIPL $4
-
- 0xFEC8B24: 5505801E rlwinm r5,r8,16,0,15
- 13: GETL R8, t10
- 14: SHLL $0x10, t10
- 15: PUTL t10, R5
- 16: INCEIPL $4
-
- 0xFEC8B28: 7CA40378 or r4,r5,r0
- 17: GETL R5, t12
- 18: GETL R0, t14
- 19: ORL t14, t12
- 20: PUTL t12, R4
- 21: INCEIPL $4
-
- 0xFEC8B2C: 38A001B6 li r5,438
- 22: MOVL $0x1B6, t16
- 23: PUTL t16, R5
- 24: INCEIPL $4
-
- 0xFEC8B30: 4CC63182 crxor 6,6,6
- 25: GETL CR, t18
- 26: XBITB t18, $0x6, t20
- 27: XBITB t18, $0x6, t22
- 28: XORB t22, t20
- 29: IBITL t20, $0x6, t18
- 30: PUTL t18, CR
- 31: INCEIPL $4
-
- 0xFEC8B34: 480591ED bl 0xFF21D20
- 32: MOVL $0xFEC8B38, t24
- 33: PUTL t24, LR
- 34: JMPo-c $0xFF21D20 ($4)
-
-
-
-. 2348 FEC8B18 32
-. 21 26 00 00 7D 09 31 14 7C E3 3B 78 55 05 80 1E 7C A4 03 78 38 A0 01 B6 4C C6 31 82 48 05 91 ED
-==== BB 2349 (0xFEC8B38) approx BBs exec'd 0 ====
-
- 0xFEC8B38: 4BFFFC7C b 0xFEC87B4
- 0: JMPo $0xFEC87B4 ($4)
-
-
-
-. 2349 FEC8B38 4
-. 4B FF FC 7C
-==== BB 2350 (0xFEC87B4) approx BBs exec'd 0 ====
-
- 0xFEC87B4: 2C830000 cmpi cr1,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFEC87B8: 7C7D1B78 or r29,r3,r3
- 4: GETL R3, t4
- 5: PUTL t4, R29
- 6: INCEIPL $4
-
- 0xFEC87BC: 3B200000 li r25,0
- 7: MOVL $0x0, t6
- 8: PUTL t6, R25
- 9: INCEIPL $4
-
- 0xFEC87C0: 41840250 bc 12,4,0xFEC8A10
- 10: Js04o $0xFEC8A10
-
-
-
-. 2350 FEC87B4 16
-. 2C 83 00 00 7C 7D 1B 78 3B 20 00 00 41 84 02 50
-==== BB 2351 (0xFEC87C4) approx BBs exec'd 0 ====
-
- 0xFEC87C4: 5780A33F rlwinm. r0,r28,20,12,31
- 0: GETL R28, t0
- 1: SHRL $0xC, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFEC87C8: 801B0000 lwz r0,0(r27)
- 6: GETL R27, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R0
- 9: INCEIPL $4
-
- 0xFEC87CC: 38E0EFF3 li r7,-4109
- 10: MOVL $0xFFFFEFF3, t8
- 11: PUTL t8, R7
- 12: INCEIPL $4
-
- 0xFEC87D0: 907B0038 stw r3,56(r27)
- 13: GETL R3, t10
- 14: GETL R27, t12
- 15: ADDL $0x38, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFEC87D4: 7C0C3838 and r12,r0,r7
- 18: GETL R0, t14
- 19: GETL R7, t16
- 20: ANDL t14, t16
- 21: PUTL t16, R12
- 22: INCEIPL $4
-
- 0xFEC87D8: 7D8BE378 or r11,r12,r28
- 23: GETL R12, t18
- 24: GETL R28, t20
- 25: ORL t20, t18
- 26: PUTL t18, R11
- 27: INCEIPL $4
-
- 0xFEC87DC: 917B0000 stw r11,0(r27)
- 28: GETL R11, t22
- 29: GETL R27, t24
- 30: STL t22, (t24)
- 31: INCEIPL $4
-
- 0xFEC87E0: 4182000C bc 12,2,0xFEC87EC
- 32: Js02o $0xFEC87EC
-
-
-
-. 2351 FEC87C4 32
-. 57 80 A3 3F 80 1B 00 00 38 E0 EF F3 90 7B 00 38 7C 0C 38 38 7D 8B E3 78 91 7B 00 00 41 82 00 0C
-==== BB 2352 (0xFEC87EC) approx BBs exec'd 0 ====
-
- 0xFEC87EC: 7F63DB78 or r3,r27,r27
- 0: GETL R27, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFEC87F0: 48002925 bl 0xFECB114
- 3: MOVL $0xFEC87F4, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0xFECB114 ($4)
-
-
-
-. 2352 FEC87EC 8
-. 7F 63 DB 78 48 00 29 25
-==== BB 2353 (0xFEC87F4) approx BBs exec'd 0 ====
-
- 0xFEC87F4: 7F79DB79 or. r25,r27,r27
- 0: GETL R27, t0
- 1: PUTL t0, R25
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0xFEC87F8: 41820218 bc 12,2,0xFEC8A10
- 5: Js02o $0xFEC8A10
-
-
-
-. 2353 FEC87F4 8
-. 7F 79 DB 79 41 82 02 18
-==== BB 2354 (0xFEC87FC) approx BBs exec'd 0 ====
-
- 0xFEC87FC: 809E05DC lwz r4,1500(r30)
- 0: GETL R30, t0
- 1: ADDL $0x5DC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFEC8800: 387A0001 addi r3,r26,1
- 5: GETL R26, t4
- 6: ADDL $0x1, t4
- 7: PUTL t4, R3
- 8: INCEIPL $4
-
- 0xFEC8804: 4800EC0D bl 0xFED7410
- 9: MOVL $0xFEC8808, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFED7410 ($4)
-
-
-
-. 2354 FEC87FC 12
-. 80 9E 05 DC 38 7A 00 01 48 00 EC 0D
-==== BB 2355 strstr(0xFED7410) approx BBs exec'd 0 ====
-
- 0xFED7410: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFED7414: 89640000 lbz r11,0(r4)
- 6: GETL R4, t4
- 7: LDB (t4), t6
- 8: PUTL t6, R11
- 9: INCEIPL $4
-
- 0xFED7418: 2F8B0000 cmpi cr7,r11,0
- 10: GETL R11, t8
- 11: CMP0L t8, t10 (-rSo)
- 12: ICRFL t10, $0x7, CR
- 13: INCEIPL $4
-
- 0xFED741C: 419E0078 bc 12,30,0xFED7494
- 14: Js30o $0xFED7494
-
-
-
-. 2355 FED7410 16
-. 94 21 FF F0 89 64 00 00 2F 8B 00 00 41 9E 00 78
-==== BB 2356 (0xFED7420) approx BBs exec'd 0 ====
-
- 0xFED7420: 3863FFFF addi r3,r3,-1
- 0: GETL R3, t0
- 1: ADDL $0xFFFFFFFF, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0xFED7424: 8C030001 lbzu r0,1(r3)
- 4: GETL R3, t2
- 5: ADDL $0x1, t2
- 6: PUTL t2, R3
- 7: LDB (t2), t4
- 8: PUTL t4, R0
- 9: INCEIPL $4
-
- 0xFED7428: 2C000000 cmpi cr0,r0,0
- 10: GETL R0, t6
- 11: CMP0L t6, t8 (-rSo)
- 12: ICRFL t8, $0x0, CR
- 13: INCEIPL $4
-
- 0xFED742C: 7F005800 cmp cr6,r0,r11
- 14: GETL R0, t10
- 15: GETL R11, t12
- 16: CMPL t10, t12, t14 (-rSo)
- 17: ICRFL t14, $0x6, CR
- 18: INCEIPL $4
-
- 0xFED7430: 41820060 bc 12,2,0xFED7490
- 19: Js02o $0xFED7490
-
-
-
-. 2356 FED7420 20
-. 38 63 FF FF 8C 03 00 01 2C 00 00 00 7F 00 58 00 41 82 00 60
-==== BB 2357 (0xFED7434) approx BBs exec'd 0 ====
-
- 0xFED7434: 409AFFF0 bc 4,26,0xFED7424
- 0: Jc26o $0xFED7424
-
-
-
-. 2357 FED7434 4
-. 40 9A FF F0
-==== BB 2358 (0xFED7424) approx BBs exec'd 0 ====
-
- 0xFED7424: 8C030001 lbzu r0,1(r3)
- 0: GETL R3, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R3
- 3: LDB (t0), t2
- 4: PUTL t2, R0
- 5: INCEIPL $4
-
- 0xFED7428: 2C000000 cmpi cr0,r0,0
- 6: GETL R0, t4
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0xFED742C: 7F005800 cmp cr6,r0,r11
- 10: GETL R0, t8
- 11: GETL R11, t10
- 12: CMPL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x6, CR
- 14: INCEIPL $4
-
- 0xFED7430: 41820060 bc 12,2,0xFED7490
- 15: Js02o $0xFED7490
-
-
-
-. 2358 FED7424 16
-. 8C 03 00 01 2C 00 00 00 7F 00 58 00 41 82 00 60
-==== BB 2359 (0xFED7490) approx BBs exec'd 0 ====
-
- 0xFED7490: 38600000 li r3,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFED7494: 38210010 addi r1,r1,16
- 3: GETL R1, t2
- 4: ADDL $0x10, t2
- 5: PUTL t2, R1
- 6: INCEIPL $4
-
- 0xFED7498: 4E800020 blr
- 7: GETL LR, t4
- 8: JMPo-r t4 ($4)
-
-
-
-. 2359 FED7490 12
-. 38 60 00 00 38 21 00 10 4E 80 00 20
-==== BB 2360 (0xFEC8808) approx BBs exec'd 0 ====
-
- 0xFEC8808: 7C7D1B79 or. r29,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R29
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0xFEC880C: 41820204 bc 12,2,0xFEC8A10
- 5: Js02o $0xFEC8A10
-
-
-
-. 2360 FEC8808 8
-. 7C 7D 1B 79 41 82 02 04
-==== BB 2361 (0xFEC8A10) approx BBs exec'd 0 ====
-
- 0xFEC8A10: 7F23CB78 or r3,r25,r25
- 0: GETL R25, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFEC8A14: 80C10000 lwz r6,0(r1)
- 3: GETL R1, t2
- 4: LDL (t2), t4
- 5: PUTL t4, R6
- 6: INCEIPL $4
-
- 0xFEC8A18: 83460004 lwz r26,4(r6)
- 7: GETL R6, t6
- 8: ADDL $0x4, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R26
- 11: INCEIPL $4
-
- 0xFEC8A1C: 8326FFE4 lwz r25,-28(r6)
- 12: GETL R6, t10
- 13: ADDL $0xFFFFFFE4, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R25
- 16: INCEIPL $4
-
- 0xFEC8A20: 7F4803A6 mtlr r26
- 17: GETL R26, t14
- 18: PUTL t14, LR
- 19: INCEIPL $4
-
- 0xFEC8A24: 8366FFEC lwz r27,-20(r6)
- 20: GETL R6, t16
- 21: ADDL $0xFFFFFFEC, t16
- 22: LDL (t16), t18
- 23: PUTL t18, R27
- 24: INCEIPL $4
-
- 0xFEC8A28: 8346FFE8 lwz r26,-24(r6)
- 25: GETL R6, t20
- 26: ADDL $0xFFFFFFE8, t20
- 27: LDL (t20), t22
- 28: PUTL t22, R26
- 29: INCEIPL $4
-
- 0xFEC8A2C: 8386FFF0 lwz r28,-16(r6)
- 30: GETL R6, t24
- 31: ADDL $0xFFFFFFF0, t24
- 32: LDL (t24), t26
- 33: PUTL t26, R28
- 34: INCEIPL $4
-
- 0xFEC8A30: 83A6FFF4 lwz r29,-12(r6)
- 35: GETL R6, t28
- 36: ADDL $0xFFFFFFF4, t28
- 37: LDL (t28), t30
- 38: PUTL t30, R29
- 39: INCEIPL $4
-
- 0xFEC8A34: 83C6FFF8 lwz r30,-8(r6)
- 40: GETL R6, t32
- 41: ADDL $0xFFFFFFF8, t32
- 42: LDL (t32), t34
- 43: PUTL t34, R30
- 44: INCEIPL $4
-
- 0xFEC8A38: 83E6FFFC lwz r31,-4(r6)
- 45: GETL R6, t36
- 46: ADDL $0xFFFFFFFC, t36
- 47: LDL (t36), t38
- 48: PUTL t38, R31
- 49: INCEIPL $4
-
- 0xFEC8A3C: 7CC13378 or r1,r6,r6
- 50: GETL R6, t40
- 51: PUTL t40, R1
- 52: INCEIPL $4
-
- 0xFEC8A40: 4E800020 blr
- 53: GETL LR, t42
- 54: JMPo-r t42 ($4)
-
-
-
-. 2361 FEC8A10 52
-. 7F 23 CB 78 80 C1 00 00 83 46 00 04 83 26 FF E4 7F 48 03 A6 83 66 FF EC 83 46 FF E8 83 86 FF F0 83 A6 FF F4 83 C6 FF F8 83 E6 FF FC 7C C1 33 78 4E 80 00 20
-==== BB 2362 (0xFEBC540) approx BBs exec'd 0 ====
-
- 0xFEBC540: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xFEBC544: 7FE3FB78 or r3,r31,r31
- 4: GETL R31, t4
- 5: PUTL t4, R3
- 6: INCEIPL $4
-
- 0xFEBC548: 419E0034 bc 12,30,0xFEBC57C
- 7: Js30o $0xFEBC57C
-
-
-
-. 2362 FEBC540 12
-. 2F 83 00 00 7F E3 FB 78 41 9E 00 34
-==== BB 2363 (0xFEBC54C) approx BBs exec'd 0 ====
-
- 0xFEBC54C: 4BFFFF01 bl 0xFEBC44C
- 0: MOVL $0xFEBC550, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0xFEBC44C ($4)
-
-
-
-. 2363 FEBC54C 4
-. 4B FF FF 01
-==== BB 2364 __fopen_maybe_mmap(0xFEBC44C) approx BBs exec'd 0 ====
-
- 0xFEBC44C: 8003003C lwz r0,60(r3)
- 0: GETL R3, t0
- 1: ADDL $0x3C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFEBC450: 7D8802A6 mflr r12
- 5: GETL LR, t4
- 6: PUTL t4, R12
- 7: INCEIPL $4
-
- 0xFEBC454: 9421FFF0 stwu r1,-16(r1)
- 8: GETL R1, t6
- 9: GETL R1, t8
- 10: ADDL $0xFFFFFFF0, t8
- 11: PUTL t8, R1
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFEBC458: 480EB9F9 bl 0xFFA7E50
- 14: MOVL $0xFEBC45C, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 2364 FEBC44C 16
-. 80 03 00 3C 7D 88 02 A6 94 21 FF F0 48 0E B9 F9
-==== BB 2365 (0xFEBC45C) approx BBs exec'd 0 ====
-
- 0xFEBC45C: 70090001 andi. r9,r0,0x1
- 0: GETL R0, t0
- 1: ANDL $0x1, t0
- 2: PUTL t0, R9
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFEBC460: 93C10008 stw r30,8(r1)
- 6: GETL R30, t4
- 7: GETL R1, t6
- 8: ADDL $0x8, t6
- 9: STL t4, (t6)
- 10: INCEIPL $4
-
- 0xFEBC464: 7FC802A6 mflr r30
- 11: GETL LR, t8
- 12: PUTL t8, R30
- 13: INCEIPL $4
-
- 0xFEBC468: 7D8803A6 mtlr r12
- 14: GETL R12, t10
- 15: PUTL t10, LR
- 16: INCEIPL $4
-
- 0xFEBC46C: 4182002C bc 12,2,0xFEBC498
- 17: Js02o $0xFEBC498
-
-
-
-. 2365 FEBC45C 20
-. 70 09 00 01 93 C1 00 08 7F C8 02 A6 7D 88 03 A6 41 82 00 2C
-==== BB 2366 (0xFEBC498) approx BBs exec'd 0 ====
-
- 0xFEBC498: 83C10008 lwz r30,8(r1)
- 0: GETL R1, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R30
- 4: INCEIPL $4
-
- 0xFEBC49C: 38210010 addi r1,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R1
- 8: INCEIPL $4
-
- 0xFEBC4A0: 4E800020 blr
- 9: GETL LR, t6
- 10: JMPo-r t6 ($4)
-
-
-
-. 2366 FEBC498 12
-. 83 C1 00 08 38 21 00 10 4E 80 00 20
-==== BB 2367 (0xFEBC550) approx BBs exec'd 0 ====
-
- 0xFEBC550: 7C691B78 or r9,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R9
- 2: INCEIPL $4
-
- 0xFEBC554: 80A10024 lwz r5,36(r1)
- 3: GETL R1, t2
- 4: ADDL $0x24, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0xFEBC558: 7D234B78 or r3,r9,r9
- 8: GETL R9, t6
- 9: PUTL t6, R3
- 10: INCEIPL $4
-
- 0xFEBC55C: 8361000C lwz r27,12(r1)
- 11: GETL R1, t8
- 12: ADDL $0xC, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R27
- 15: INCEIPL $4
-
- 0xFEBC560: 83810010 lwz r28,16(r1)
- 16: GETL R1, t12
- 17: ADDL $0x10, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R28
- 20: INCEIPL $4
-
- 0xFEBC564: 7CA803A6 mtlr r5
- 21: GETL R5, t16
- 22: PUTL t16, LR
- 23: INCEIPL $4
-
- 0xFEBC568: 83A10014 lwz r29,20(r1)
- 24: GETL R1, t18
- 25: ADDL $0x14, t18
- 26: LDL (t18), t20
- 27: PUTL t20, R29
- 28: INCEIPL $4
-
- 0xFEBC56C: 83C10018 lwz r30,24(r1)
- 29: GETL R1, t22
- 30: ADDL $0x18, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R30
- 33: INCEIPL $4
-
- 0xFEBC570: 83E1001C lwz r31,28(r1)
- 34: GETL R1, t26
- 35: ADDL $0x1C, t26
- 36: LDL (t26), t28
- 37: PUTL t28, R31
- 38: INCEIPL $4
-
- 0xFEBC574: 38210020 addi r1,r1,32
- 39: GETL R1, t30
- 40: ADDL $0x20, t30
- 41: PUTL t30, R1
- 42: INCEIPL $4
-
- 0xFEBC578: 4E800020 blr
- 43: GETL LR, t32
- 44: JMPo-r t32 ($4)
-
-
-
-. 2367 FEBC550 44
-. 7C 69 1B 78 80 A1 00 24 7D 23 4B 78 83 61 00 0C 83 81 00 10 7C A8 03 A6 83 A1 00 14 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 2368 (0xFEBC5A8) approx BBs exec'd 0 ====
-
- 0xFEBC5A8: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFEBC5AC: 38210010 addi r1,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R1
- 8: INCEIPL $4
-
- 0xFEBC5B0: 7C0803A6 mtlr r0
- 9: GETL R0, t6
- 10: PUTL t6, LR
- 11: INCEIPL $4
-
- 0xFEBC5B4: 4E800020 blr
- 12: GETL LR, t8
- 13: JMPo-r t8 ($4)
-
-
-
-. 2368 FEBC5A8 16
-. 80 01 00 14 38 21 00 10 7C 08 03 A6 4E 80 00 20
-==== BB 2369 (0xFE8D068) approx BBs exec'd 0 ====
-
- 0xFE8D068: 38000000 li r0,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFE8D06C: 7C7B1B79 or. r27,r3,r3
- 3: GETL R3, t2
- 4: PUTL t2, R27
- 5: CMP0L t2, t4 (-rSo)
- 6: ICRFL t4, $0x0, CR
- 7: INCEIPL $4
-
- 0xFE8D070: 4182039C bc 12,2,0xFE8D40C
- 8: Js02o $0xFE8D40C
-
-
-
-. 2369 FE8D068 12
-. 38 00 00 00 7C 7B 1B 79 41 82 03 9C
-==== BB 2370 (0xFE8D074) approx BBs exec'd 0 ====
-
- 0xFE8D074: 38800002 li r4,2
- 0: MOVL $0x2, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0xFE8D078: 39C00000 li r14,0
- 3: MOVL $0x0, t2
- 4: PUTL t2, R14
- 5: INCEIPL $4
-
- 0xFE8D07C: 4803A2E1 bl 0xFEC735C
- 6: MOVL $0xFE8D080, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0xFEC735C ($4)
-
-
-
-. 2370 FE8D074 12
-. 38 80 00 02 39 C0 00 00 48 03 A2 E1
-==== BB 2371 __fsetlocking_internal(0xFEC735C) approx BBs exec'd 0 ====
-
- 0xFEC735C: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFEC7360: 2F040000 cmpi cr6,r4,0
- 6: GETL R4, t4
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x6, CR
- 9: INCEIPL $4
-
- 0xFEC7364: 81230000 lwz r9,0(r3)
- 10: GETL R3, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R9
- 13: INCEIPL $4
-
- 0xFEC7368: 2F840002 cmpi cr7,r4,2
- 14: GETL R4, t12
- 15: MOVL $0x2, t16
- 16: CMPL t12, t16, t14 (-rSo)
- 17: ICRFL t14, $0x7, CR
- 18: INCEIPL $4
-
- 0xFEC736C: 71208000 andi. r0,r9,0x8000
- 19: GETL R9, t18
- 20: ANDL $0x8000, t18
- 21: PUTL t18, R0
- 22: CMP0L t18, t20 (-rSo)
- 23: ICRFL t20, $0x0, CR
- 24: INCEIPL $4
-
- 0xFEC7370: 5529045E rlwinm r9,r9,0,17,15
- 25: GETL R9, t22
- 26: ANDL $0xFFFF7FFF, t22
- 27: PUTL t22, R9
- 28: INCEIPL $4
-
- 0xFEC7374: 7C000026 mfcr r0
- 29: GETL CR, t24
- 30: PUTL t24, R0
- 31: INCEIPL $4
-
- 0xFEC7378: 54001FFE rlwinm r0,r0,3,31,31
- 32: GETL R0, t26
- 33: ROLL $0x3, t26
- 34: ANDL $0x1, t26
- 35: PUTL t26, R0
- 36: INCEIPL $4
-
- 0xFEC737C: 20000002 subfic r0,r0,2
- 37: GETL R0, t28
- 38: MOVL $0x2, t30
- 39: SBBL t28, t30 (-wCa)
- 40: PUTL t30, R0
- 41: INCEIPL $4
-
- 0xFEC7380: 419A0010 bc 12,26,0xFEC7390
- 42: Js26o $0xFEC7390
-
-
-
-. 2371 FEC735C 40
-. 94 21 FF F0 2F 04 00 00 81 23 00 00 2F 84 00 02 71 20 80 00 55 29 04 5E 7C 00 00 26 54 00 1F FE 20 00 00 02 41 9A 00 10
-==== BB 2372 (0xFEC7384) approx BBs exec'd 0 ====
-
- 0xFEC7384: 612B8000 ori r11,r9,0x8000
- 0: GETL R9, t0
- 1: ORL $0x8000, t0
- 2: PUTL t0, R11
- 3: INCEIPL $4
-
- 0xFEC7388: 419E0014 bc 12,30,0xFEC739C
- 4: Js30o $0xFEC739C
-
-
-
-. 2372 FEC7384 8
-. 61 2B 80 00 41 9E 00 14
-==== BB 2373 (0xFEC739C) approx BBs exec'd 0 ====
-
- 0xFEC739C: 91630000 stw r11,0(r3)
- 0: GETL R11, t0
- 1: GETL R3, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0xFEC73A0: 38210010 addi r1,r1,16
- 4: GETL R1, t4
- 5: ADDL $0x10, t4
- 6: PUTL t4, R1
- 7: INCEIPL $4
-
- 0xFEC73A4: 7C030378 or r3,r0,r0
- 8: GETL R0, t6
- 9: PUTL t6, R3
- 10: INCEIPL $4
-
- 0xFEC73A8: 4E800020 blr
- 11: GETL LR, t8
- 12: JMPo-r t8 ($4)
-
-
-
-. 2373 FEC739C 16
-. 91 63 00 00 38 21 00 10 7C 03 03 78 4E 80 00 20
-==== BB 2374 (0xFE8D080) approx BBs exec'd 0 ====
-
- 0xFE8D080: 807B0000 lwz r3,0(r27)
- 0: GETL R27, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0xFE8D084: 70690010 andi. r9,r3,0x10
- 4: GETL R3, t4
- 5: ANDL $0x10, t4
- 6: PUTL t4, R9
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0xFE8D088: 40820370 bc 4,2,0xFE8D3F8
- 10: Jc02o $0xFE8D3F8
-
-
-
-. 2374 FE8D080 12
-. 80 7B 00 00 70 69 00 10 40 82 03 70
-==== BB 2375 (0xFE8D08C) approx BBs exec'd 0 ====
-
- 0xFE8D08C: 81FE1D50 lwz r15,7504(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1D50, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R15
- 4: INCEIPL $4
-
- 0xFE8D090: 3B5F0010 addi r26,r31,16
- 5: GETL R31, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R26
- 8: INCEIPL $4
-
- 0xFE8D094: 7E0F1214 add r16,r15,r2
- 9: GETL R15, t6
- 10: GETL R2, t8
- 11: ADDL t6, t8
- 12: PUTL t8, R16
- 13: INCEIPL $4
-
- 0xFE8D098: 825E1CF8 lwz r18,7416(r30)
- 14: GETL R30, t10
- 15: ADDL $0x1CF8, t10
- 16: LDL (t10), t12
- 17: PUTL t12, R18
- 18: INCEIPL $4
-
- 0xFE8D09C: 921F01A4 stw r16,420(r31)
- 19: GETL R16, t14
- 20: GETL R31, t16
- 21: ADDL $0x1A4, t16
- 22: STL t14, (t16)
- 23: INCEIPL $4
-
- 0xFE8D0A0: 7E0F8378 or r15,r16,r16
- 24: GETL R16, t18
- 25: PUTL t18, R15
- 26: INCEIPL $4
-
- 0xFE8D0A4: 921F01A0 stw r16,416(r31)
- 27: GETL R16, t20
- 28: GETL R31, t22
- 29: ADDL $0x1A0, t22
- 30: STL t20, (t22)
- 31: INCEIPL $4
-
- 0xFE8D0A8: 7F43D378 or r3,r26,r26
- 32: GETL R26, t24
- 33: PUTL t24, R3
- 34: INCEIPL $4
-
- 0xFE8D0AC: 38800190 li r4,400
- 35: MOVL $0x190, t26
- 36: PUTL t26, R4
- 37: INCEIPL $4
-
- 0xFE8D0B0: 7F65DB78 or r5,r27,r27
- 38: GETL R27, t28
- 39: PUTL t28, R5
- 40: INCEIPL $4
-
- 0xFE8D0B4: 4803AFC5 bl 0xFEC8078
- 41: MOVL $0xFE8D0B8, t30
- 42: PUTL t30, LR
- 43: JMPo-c $0xFEC8078 ($4)
-
-
-
-. 2375 FE8D08C 44
-. 81 FE 1D 50 3B 5F 00 10 7E 0F 12 14 82 5E 1C F8 92 1F 01 A4 7E 0F 83 78 92 1F 01 A0 7F 43 D3 78 38 80 01 90 7F 65 DB 78 48 03 AF C5
-==== BB 2376 fgets_unlocked(0xFEC8078) approx BBs exec'd 0 ====
-
- 0xFEC8078: 2C040000 cmpi cr0,r4,0
- 0: GETL R4, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0xFEC807C: 7C0802A6 mflr r0
- 4: GETL LR, t4
- 5: PUTL t4, R0
- 6: INCEIPL $4
-
- 0xFEC8080: 9421FFE0 stwu r1,-32(r1)
- 7: GETL R1, t6
- 8: GETL R1, t8
- 9: ADDL $0xFFFFFFE0, t8
- 10: PUTL t8, R1
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFEC8084: 480DFDCD bl 0xFFA7E50
- 13: MOVL $0xFEC8088, t10
- 14: PUTL t10, LR
- 15: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 2376 FEC8078 16
-. 2C 04 00 00 7C 08 02 A6 94 21 FF E0 48 0D FD CD
-==== BB 2377 (0xFEC8088) approx BBs exec'd 0 ====
-
- 0xFEC8088: 93E1001C stw r31,28(r1)
- 0: GETL R31, t0
- 1: GETL R1, t2
- 2: ADDL $0x1C, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFEC808C: 7CBF2B78 or r31,r5,r5
- 5: GETL R5, t4
- 6: PUTL t4, R31
- 7: INCEIPL $4
-
- 0xFEC8090: 93A10014 stw r29,20(r1)
- 8: GETL R29, t6
- 9: GETL R1, t8
- 10: ADDL $0x14, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFEC8094: 38A4FFFF addi r5,r4,-1
- 13: GETL R4, t10
- 14: ADDL $0xFFFFFFFF, t10
- 15: PUTL t10, R5
- 16: INCEIPL $4
-
- 0xFEC8098: 93C10018 stw r30,24(r1)
- 17: GETL R30, t12
- 18: GETL R1, t14
- 19: ADDL $0x18, t14
- 20: STL t12, (t14)
- 21: INCEIPL $4
-
- 0xFEC809C: 7C7D1B78 or r29,r3,r3
- 22: GETL R3, t16
- 23: PUTL t16, R29
- 24: INCEIPL $4
-
- 0xFEC80A0: 7C641B78 or r4,r3,r3
- 25: GETL R3, t18
- 26: PUTL t18, R4
- 27: INCEIPL $4
-
- 0xFEC80A4: 93810010 stw r28,16(r1)
- 28: GETL R28, t20
- 29: GETL R1, t22
- 30: ADDL $0x10, t22
- 31: STL t20, (t22)
- 32: INCEIPL $4
-
- 0xFEC80A8: 90010024 stw r0,36(r1)
- 33: GETL R0, t24
- 34: GETL R1, t26
- 35: ADDL $0x24, t26
- 36: STL t24, (t26)
- 37: INCEIPL $4
-
- 0xFEC80AC: 7FC802A6 mflr r30
- 38: GETL LR, t28
- 39: PUTL t28, R30
- 40: INCEIPL $4
-
- 0xFEC80B0: 38C0000A li r6,10
- 41: MOVL $0xA, t30
- 42: PUTL t30, R6
- 43: INCEIPL $4
-
- 0xFEC80B4: 38E00001 li r7,1
- 44: MOVL $0x1, t32
- 45: PUTL t32, R7
- 46: INCEIPL $4
-
- 0xFEC80B8: 7FE3FB78 or r3,r31,r31
- 47: GETL R31, t34
- 48: PUTL t34, R3
- 49: INCEIPL $4
-
- 0xFEC80BC: 39200000 li r9,0
- 50: MOVL $0x0, t36
- 51: PUTL t36, R9
- 52: INCEIPL $4
-
- 0xFEC80C0: 40810034 bc 4,1,0xFEC80F4
- 53: Jc01o $0xFEC80F4
-
-
-
-. 2377 FEC8088 60
-. 93 E1 00 1C 7C BF 2B 78 93 A1 00 14 38 A4 FF FF 93 C1 00 18 7C 7D 1B 78 7C 64 1B 78 93 81 00 10 90 01 00 24 7F C8 02 A6 38 C0 00 0A 38 E0 00 01 7F E3 FB 78 39 20 00 00 40 81 00 34
-==== BB 2378 (0xFEC80C4) approx BBs exec'd 0 ====
-
- 0xFEC80C4: 811F0000 lwz r8,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R8
- 3: INCEIPL $4
-
- 0xFEC80C8: 550906F2 rlwinm r9,r8,0,27,25
- 4: GETL R8, t4
- 5: ANDL $0xFFFFFFDF, t4
- 6: PUTL t4, R9
- 7: INCEIPL $4
-
- 0xFEC80CC: 551C06B4 rlwinm r28,r8,0,26,26
- 8: GETL R8, t6
- 9: ANDL $0x20, t6
- 10: PUTL t6, R28
- 11: INCEIPL $4
-
- 0xFEC80D0: 913F0000 stw r9,0(r31)
- 12: GETL R9, t8
- 13: GETL R31, t10
- 14: STL t8, (t10)
- 15: INCEIPL $4
-
- 0xFEC80D4: 4BFF56F9 bl 0xFEBD7CC
- 16: MOVL $0xFEC80D8, t12
- 17: PUTL t12, LR
- 18: JMPo-c $0xFEBD7CC ($4)
-
-
-
-. 2378 FEC80C4 20
-. 81 1F 00 00 55 09 06 F2 55 1C 06 B4 91 3F 00 00 4B FF 56 F9
-==== BB 2379 _IO_getline_internal(0xFEBD7CC) approx BBs exec'd 0 ====
-
- 0xFEBD7CC: 7D0802A6 mflr r8
- 0: GETL LR, t0
- 1: PUTL t0, R8
- 2: INCEIPL $4
-
- 0xFEBD7D0: 9421FFF0 stwu r1,-16(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFF0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFEBD7D4: 91010014 stw r8,20(r1)
- 9: GETL R8, t6
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFEBD7D8: 39000000 li r8,0
- 14: MOVL $0x0, t10
- 15: PUTL t10, R8
- 16: INCEIPL $4
-
- 0xFEBD7DC: 48000015 bl 0xFEBD7F0
- 17: MOVL $0xFEBD7E0, t12
- 18: PUTL t12, LR
- 19: JMPo-c $0xFEBD7F0 ($4)
-
-
-
-. 2379 FEBD7CC 20
-. 7D 08 02 A6 94 21 FF F0 91 01 00 14 39 00 00 00 48 00 00 15
-==== BB 2380 _IO_getline_info_internal(0xFEBD7F0) approx BBs exec'd 0 ====
-
- 0xFEBD7F0: 7D800026 mfcr r12
- 0: GETL CR, t0
- 1: PUTL t0, R12
- 2: INCEIPL $4
-
- 0xFEBD7F4: 2D880000 cmpi cr3,r8,0
- 3: GETL R8, t2
- 4: CMP0L t2, t4 (-rSo)
- 5: ICRFL t4, $0x3, CR
- 6: INCEIPL $4
-
- 0xFEBD7F8: 7C0802A6 mflr r0
- 7: GETL LR, t6
- 8: PUTL t6, R0
- 9: INCEIPL $4
-
- 0xFEBD7FC: 9421FFC0 stwu r1,-64(r1)
- 10: GETL R1, t8
- 11: GETL R1, t10
- 12: ADDL $0xFFFFFFC0, t10
- 13: PUTL t10, R1
- 14: STL t8, (t10)
- 15: INCEIPL $4
-
- 0xFEBD800: 480EA651 bl 0xFFA7E50
- 16: MOVL $0xFEBD804, t12
- 17: PUTL t12, LR
- 18: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 2380 FEBD7F0 20
-. 7D 80 00 26 2D 88 00 00 7C 08 02 A6 94 21 FF C0 48 0E A6 51
-==== BB 2381 (0xFEBD804) approx BBs exec'd 0 ====
-
- 0xFEBD804: 92C10018 stw r22,24(r1)
- 0: GETL R22, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFEBD808: 92E1001C stw r23,28(r1)
- 5: GETL R23, t4
- 6: GETL R1, t6
- 7: ADDL $0x1C, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFEBD80C: 7D164378 or r22,r8,r8
- 10: GETL R8, t8
- 11: PUTL t8, R22
- 12: INCEIPL $4
-
- 0xFEBD810: 93010020 stw r24,32(r1)
- 13: GETL R24, t10
- 14: GETL R1, t12
- 15: ADDL $0x20, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFEBD814: 7C972378 or r23,r4,r4
- 18: GETL R4, t14
- 19: PUTL t14, R23
- 20: INCEIPL $4
-
- 0xFEBD818: 93410028 stw r26,40(r1)
- 21: GETL R26, t16
- 22: GETL R1, t18
- 23: ADDL $0x28, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFEBD81C: 7CD83378 or r24,r6,r6
- 26: GETL R6, t20
- 27: PUTL t20, R24
- 28: INCEIPL $4
-
- 0xFEBD820: 9361002C stw r27,44(r1)
- 29: GETL R27, t22
- 30: GETL R1, t24
- 31: ADDL $0x2C, t24
- 32: STL t22, (t24)
- 33: INCEIPL $4
-
- 0xFEBD824: 7C9A2378 or r26,r4,r4
- 34: GETL R4, t26
- 35: PUTL t26, R26
- 36: INCEIPL $4
-
- 0xFEBD828: 93810030 stw r28,48(r1)
- 37: GETL R28, t28
- 38: GETL R1, t30
- 39: ADDL $0x30, t30
- 40: STL t28, (t30)
- 41: INCEIPL $4
-
- 0xFEBD82C: 7C7B1B78 or r27,r3,r3
- 42: GETL R3, t32
- 43: PUTL t32, R27
- 44: INCEIPL $4
-
- 0xFEBD830: 93C10038 stw r30,56(r1)
- 45: GETL R30, t34
- 46: GETL R1, t36
- 47: ADDL $0x38, t36
- 48: STL t34, (t36)
- 49: INCEIPL $4
-
- 0xFEBD834: 7CBC2B78 or r28,r5,r5
- 50: GETL R5, t38
- 51: PUTL t38, R28
- 52: INCEIPL $4
-
- 0xFEBD838: 93E1003C stw r31,60(r1)
- 53: GETL R31, t40
- 54: GETL R1, t42
- 55: ADDL $0x3C, t42
- 56: STL t40, (t42)
- 57: INCEIPL $4
-
- 0xFEBD83C: 7FC802A6 mflr r30
- 58: GETL LR, t44
- 59: PUTL t44, R30
- 60: INCEIPL $4
-
- 0xFEBD840: 93210024 stw r25,36(r1)
- 61: GETL R25, t46
- 62: GETL R1, t48
- 63: ADDL $0x24, t48
- 64: STL t46, (t48)
- 65: INCEIPL $4
-
- 0xFEBD844: 7CFF3B78 or r31,r7,r7
- 66: GETL R7, t50
- 67: PUTL t50, R31
- 68: INCEIPL $4
-
- 0xFEBD848: 93A10034 stw r29,52(r1)
- 69: GETL R29, t52
- 70: GETL R1, t54
- 71: ADDL $0x34, t54
- 72: STL t52, (t54)
- 73: INCEIPL $4
-
- 0xFEBD84C: 90010044 stw r0,68(r1)
- 74: GETL R0, t56
- 75: GETL R1, t58
- 76: ADDL $0x44, t58
- 77: STL t56, (t58)
- 78: INCEIPL $4
-
- 0xFEBD850: 91810014 stw r12,20(r1)
- 79: GETL R12, t60
- 80: GETL R1, t62
- 81: ADDL $0x14, t62
- 82: STL t60, (t62)
- 83: INCEIPL $4
-
- 0xFEBD854: 418E000C bc 12,14,0xFEBD860
- 84: Js14o $0xFEBD860
-
-
-
-. 2381 FEBD804 84
-. 92 C1 00 18 92 E1 00 1C 7D 16 43 78 93 01 00 20 7C 97 23 78 93 41 00 28 7C D8 33 78 93 61 00 2C 7C 9A 23 78 93 81 00 30 7C 7B 1B 78 93 C1 00 38 7C BC 2B 78 93 E1 00 3C 7F C8 02 A6 93 21 00 24 7C FF 3B 78 93 A1 00 34 90 01 00 44 91 81 00 14 41 8E 00 0C
-==== BB 2382 (0xFEBD860) approx BBs exec'd 0 ====
-
- 0xFEBD860: 80BB0060 lwz r5,96(r27)
- 0: GETL R27, t0
- 1: ADDL $0x60, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0xFEBD864: 2F850000 cmpi cr7,r5,0
- 5: GETL R5, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0xFEBD868: 419E0150 bc 12,30,0xFEBD9B8
- 9: Js30o $0xFEBD9B8
-
-
-
-. 2382 FEBD860 12
-. 80 BB 00 60 2F 85 00 00 41 9E 01 50
-==== BB 2383 (0xFEBD9B8) approx BBs exec'd 0 ====
-
- 0xFEBD9B8: 80DE1DC8 lwz r6,7624(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1DC8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0xFEBD9BC: 2C060000 cmpi cr0,r6,0
- 5: GETL R6, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0xFEBD9C0: 4182002C bc 12,2,0xFEBD9EC
- 9: Js02o $0xFEBD9EC
-
-
-
-. 2383 FEBD9B8 12
-. 80 DE 1D C8 2C 06 00 00 41 82 00 2C
-==== BB 2384 (0xFEBD9C4) approx BBs exec'd 0 ====
-
- 0xFEBD9C4: 3860FFFF li r3,-1
- 0: MOVL $0xFFFFFFFF, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFEBD9C8: 907B0060 stw r3,96(r27)
- 3: GETL R3, t2
- 4: GETL R27, t4
- 5: ADDL $0x60, t4
- 6: STL t2, (t4)
- 7: INCEIPL $4
-
- 0xFEBD9CC: 4BFFFEA0 b 0xFEBD86C
- 8: JMPo $0xFEBD86C ($4)
-
-
-
-. 2384 FEBD9C4 12
-. 38 60 FF FF 90 7B 00 60 4B FF FE A0
-==== BB 2385 (0xFEBD86C) approx BBs exec'd 0 ====
-
- 0xFEBD86C: 2C9C0000 cmpi cr1,r28,0
- 0: GETL R28, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFEBD870: 41860070 bc 12,6,0xFEBD8E0
- 4: Js06o $0xFEBD8E0
-
-
-
-. 2385 FEBD86C 8
-. 2C 9C 00 00 41 86 00 70
-==== BB 2386 (0xFEBD874) approx BBs exec'd 0 ====
-
- 0xFEBD874: 2E1F0000 cmpi cr4,r31,0
- 0: GETL R31, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0xFEBD878: 4D100000 mcrf cr2,cr4
- 4: ICRFL CR, $0x2, CR
- 5: INCEIPL $4
-
- 0xFEBD87C: 83BB0004 lwz r29,4(r27)
- 6: GETL R27, t4
- 7: ADDL $0x4, t4
- 8: LDL (t4), t6
- 9: PUTL t6, R29
- 10: INCEIPL $4
-
- 0xFEBD880: 7F63DB78 or r3,r27,r27
- 11: GETL R27, t8
- 12: PUTL t8, R3
- 13: INCEIPL $4
-
- 0xFEBD884: 80FB0008 lwz r7,8(r27)
- 14: GETL R27, t10
- 15: ADDL $0x8, t10
- 16: LDL (t10), t12
- 17: PUTL t12, R7
- 18: INCEIPL $4
-
- 0xFEBD888: 7F04C378 or r4,r24,r24
- 19: GETL R24, t14
- 20: PUTL t14, R4
- 21: INCEIPL $4
-
- 0xFEBD88C: 7FFD3851 subf. r31,r29,r7
- 22: GETL R29, t16
- 23: GETL R7, t18
- 24: SUBL t16, t18
- 25: PUTL t18, R31
- 26: CMP0L t18, t20 (-rSo)
- 27: ICRFL t20, $0x0, CR
- 28: INCEIPL $4
-
- 0xFEBD890: 7F9FE040 cmpl cr7,r31,r28
- 29: GETL R31, t22
- 30: GETL R28, t24
- 31: CMPUL t22, t24, t26 (-rSo)
- 32: ICRFL t26, $0x7, CR
- 33: INCEIPL $4
-
- 0xFEBD894: 40810090 bc 4,1,0xFEBD924
- 34: Jc01o $0xFEBD924
-
-
-
-. 2386 FEBD874 36
-. 2E 1F 00 00 4D 10 00 00 83 BB 00 04 7F 63 DB 78 80 FB 00 08 7F 04 C3 78 7F FD 38 51 7F 9F E0 40 40 81 00 90
-==== BB 2387 (0xFEBD924) approx BBs exec'd 0 ====
-
- 0xFEBD924: 4800E089 bl 0xFECB9AC
- 0: MOVL $0xFEBD928, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0xFECB9AC ($4)
-
-
-
-. 2387 FEBD924 4
-. 48 00 E0 89
-==== BB 2388 __GI___uflow(0xFECB9AC) approx BBs exec'd 0 ====
-
- 0xFECB9AC: 7C8802A6 mflr r4
- 0: GETL LR, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0xFECB9B0: 9421FFF0 stwu r1,-16(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFF0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFECB9B4: 93C10008 stw r30,8(r1)
- 9: GETL R30, t6
- 10: GETL R1, t8
- 11: ADDL $0x8, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFECB9B8: 480DC499 bl 0xFFA7E50
- 14: MOVL $0xFECB9BC, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 2388 FECB9AC 16
-. 7C 88 02 A6 94 21 FF F0 93 C1 00 08 48 0D C4 99
-==== BB 2389 (0xFECB9BC) approx BBs exec'd 0 ====
-
- 0xFECB9BC: 93E1000C stw r31,12(r1)
- 0: GETL R31, t0
- 1: GETL R1, t2
- 2: ADDL $0xC, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFECB9C0: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFECB9C4: 90810014 stw r4,20(r1)
- 8: GETL R4, t6
- 9: GETL R1, t8
- 10: ADDL $0x14, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFECB9C8: 7C7F1B78 or r31,r3,r3
- 13: GETL R3, t10
- 14: PUTL t10, R31
- 15: INCEIPL $4
-
- 0xFECB9CC: 88030046 lbz r0,70(r3)
- 16: GETL R3, t12
- 17: ADDL $0x46, t12
- 18: LDB (t12), t14
- 19: PUTL t14, R0
- 20: INCEIPL $4
-
- 0xFECB9D0: 2F800000 cmpi cr7,r0,0
- 21: GETL R0, t16
- 22: CMP0L t16, t18 (-rSo)
- 23: ICRFL t18, $0x7, CR
- 24: INCEIPL $4
-
- 0xFECB9D4: 409E0030 bc 4,30,0xFECBA04
- 25: Jc30o $0xFECBA04
-
-
-
-. 2389 FECB9BC 28
-. 93 E1 00 0C 7F C8 02 A6 90 81 00 14 7C 7F 1B 78 88 03 00 46 2F 80 00 00 40 9E 00 30
-==== BB 2390 (0xFECB9D8) approx BBs exec'd 0 ====
-
- 0xFECB9D8: 80BE1DC8 lwz r5,7624(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1DC8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0xFECB9DC: 2C050000 cmpi cr0,r5,0
- 5: GETL R5, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0xFECB9E0: 41820180 bc 12,2,0xFECBB60
- 9: Js02o $0xFECBB60
-
-
-
-. 2390 FECB9D8 12
-. 80 BE 1D C8 2C 05 00 00 41 82 01 80
-==== BB 2391 (0xFECB9E4) approx BBs exec'd 0 ====
-
- 0xFECB9E4: 80630060 lwz r3,96(r3)
- 0: GETL R3, t0
- 1: ADDL $0x60, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFECB9E8: 2C830000 cmpi cr1,r3,0
- 5: GETL R3, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0xFECB9EC: 4086000C bc 4,6,0xFECB9F8
- 9: Jc06o $0xFECB9F8
-
-
-
-. 2391 FECB9E4 12
-. 80 63 00 60 2C 83 00 00 40 86 00 0C
-==== BB 2392 (0xFECB9F8) approx BBs exec'd 0 ====
-
- 0xFECB9F8: 2F03FFFF cmpi cr6,r3,-1
- 0: GETL R3, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x6, CR
- 4: INCEIPL $4
-
- 0xFECB9FC: 3800FFFF li r0,-1
- 5: MOVL $0xFFFFFFFF, t6
- 6: PUTL t6, R0
- 7: INCEIPL $4
-
- 0xFECBA00: 409A00E0 bc 4,26,0xFECBAE0
- 8: Jc26o $0xFECBAE0
-
-
-
-. 2392 FECB9F8 12
-. 2F 03 FF FF 38 00 FF FF 40 9A 00 E0
-==== BB 2393 (0xFECBA04) approx BBs exec'd 0 ====
-
- 0xFECBA04: 807F0060 lwz r3,96(r31)
- 0: GETL R31, t0
- 1: ADDL $0x60, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFECBA08: 2F830000 cmpi cr7,r3,0
- 5: GETL R3, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0xFECBA0C: 419E0084 bc 12,30,0xFECBA90
- 9: Js30o $0xFECBA90
-
-
-
-. 2393 FECBA04 12
-. 80 7F 00 60 2F 83 00 00 41 9E 00 84
-==== BB 2394 (0xFECBA10) approx BBs exec'd 0 ====
-
- 0xFECBA10: 811F0000 lwz r8,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R8
- 3: INCEIPL $4
-
- 0xFECBA14: 71090800 andi. r9,r8,0x800
- 4: GETL R8, t4
- 5: ANDL $0x800, t4
- 6: PUTL t4, R9
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0xFECBA18: 40820098 bc 4,2,0xFECBAB0
- 10: Jc02o $0xFECBAB0
-
-
-
-. 2394 FECBA10 12
-. 81 1F 00 00 71 09 08 00 40 82 00 98
-==== BB 2395 (0xFECBA1C) approx BBs exec'd 0 ====
-
- 0xFECBA1C: 813F0004 lwz r9,4(r31)
- 0: GETL R31, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFECBA20: 809F0008 lwz r4,8(r31)
- 5: GETL R31, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R4
- 9: INCEIPL $4
-
- 0xFECBA24: 7F092040 cmpl cr6,r9,r4
- 10: GETL R9, t8
- 11: GETL R4, t10
- 12: CMPUL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x6, CR
- 14: INCEIPL $4
-
- 0xFECBA28: 419800AC bc 12,24,0xFECBAD4
- 15: Js24o $0xFECBAD4
-
-
-
-. 2395 FECBA1C 16
-. 81 3F 00 04 80 9F 00 08 7F 09 20 40 41 98 00 AC
-==== BB 2396 (0xFECBA2C) approx BBs exec'd 0 ====
-
- 0xFECBA2C: 815F0000 lwz r10,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R10
- 3: INCEIPL $4
-
- 0xFECBA30: 71490100 andi. r9,r10,0x100
- 4: GETL R10, t4
- 5: ANDL $0x100, t4
- 6: PUTL t4, R9
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0xFECBA34: 408200D4 bc 4,2,0xFECBB08
- 10: Jc02o $0xFECBB08
-
-
-
-. 2396 FECBA2C 12
-. 81 5F 00 00 71 49 01 00 40 82 00 D4
-==== BB 2397 (0xFECBA38) approx BBs exec'd 0 ====
-
- 0xFECBA38: 817F0030 lwz r11,48(r31)
- 0: GETL R31, t0
- 1: ADDL $0x30, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0xFECBA3C: 2C8B0000 cmpi cr1,r11,0
- 5: GETL R11, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0xFECBA40: 408600E4 bc 4,6,0xFECBB24
- 9: Jc06o $0xFECBB24
-
-
-
-. 2397 FECBA38 12
-. 81 7F 00 30 2C 8B 00 00 40 86 00 E4
-==== BB 2398 (0xFECBA44) approx BBs exec'd 0 ====
-
- 0xFECBA44: 819F0024 lwz r12,36(r31)
- 0: GETL R31, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R12
- 4: INCEIPL $4
-
- 0xFECBA48: 2C0C0000 cmpi cr0,r12,0
- 5: GETL R12, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0xFECBA4C: 408200B0 bc 4,2,0xFECBAFC
- 9: Jc02o $0xFECBAFC
-
-
-
-. 2398 FECBA44 12
-. 81 9F 00 24 2C 0C 00 00 40 82 00 B0
-==== BB 2399 (0xFECBA50) approx BBs exec'd 0 ====
-
- 0xFECBA50: 88DF0046 lbz r6,70(r31)
- 0: GETL R31, t0
- 1: ADDL $0x46, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0xFECBA54: 7FE3FB78 or r3,r31,r31
- 5: GETL R31, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFECBA58: 7CC00774 extsb r0,r6
- 8: GETB R6, t6
- 9: WIDENL_Bs _st6
- 10: PUTL t6, R0
- 11: INCEIPL $4
-
- 0xFECBA5C: 7CA0FA14 add r5,r0,r31
- 12: GETL R0, t8
- 13: GETL R31, t10
- 14: ADDL t8, t10
- 15: PUTL t10, R5
- 16: INCEIPL $4
-
- 0xFECBA60: 80850098 lwz r4,152(r5)
- 17: GETL R5, t12
- 18: ADDL $0x98, t12
- 19: LDL (t12), t14
- 20: PUTL t14, R4
- 21: INCEIPL $4
-
- 0xFECBA64: 83E40014 lwz r31,20(r4)
- 22: GETL R4, t16
- 23: ADDL $0x14, t16
- 24: LDL (t16), t18
- 25: PUTL t18, R31
- 26: INCEIPL $4
-
- 0xFECBA68: 7FE903A6 mtctr r31
- 27: GETL R31, t20
- 28: PUTL t20, CTR
- 29: INCEIPL $4
-
- 0xFECBA6C: 4E800421 bctrl
- 30: MOVL $0xFECBA70, t22
- 31: PUTL t22, LR
- 32: GETL CTR, t24
- 33: JMPo-c t24 ($4)
-
-
-
-. 2399 FECBA50 32
-. 88 DF 00 46 7F E3 FB 78 7C C0 07 74 7C A0 FA 14 80 85 00 98 83 E4 00 14 7F E9 03 A6 4E 80 04 21
-==== BB 2400 _IO_default_uflow_internal(0xFECBCF0) approx BBs exec'd 0 ====
-
- 0xFECBCF0: 7CC802A6 mflr r6
- 0: GETL LR, t0
- 1: PUTL t0, R6
- 2: INCEIPL $4
-
- 0xFECBCF4: 9421FFF0 stwu r1,-16(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFF0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFECBCF8: 93E10008 stw r31,8(r1)
- 9: GETL R31, t6
- 10: GETL R1, t8
- 11: ADDL $0x8, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFECBCFC: 7C7F1B78 or r31,r3,r3
- 14: GETL R3, t10
- 15: PUTL t10, R31
- 16: INCEIPL $4
-
- 0xFECBD00: 90C10014 stw r6,20(r1)
- 17: GETL R6, t12
- 18: GETL R1, t14
- 19: ADDL $0x14, t14
- 20: STL t12, (t14)
- 21: INCEIPL $4
-
- 0xFECBD04: 88A30046 lbz r5,70(r3)
- 22: GETL R3, t16
- 23: ADDL $0x46, t16
- 24: LDB (t16), t18
- 25: PUTL t18, R5
- 26: INCEIPL $4
-
- 0xFECBD08: 7CA00774 extsb r0,r5
- 27: GETB R5, t20
- 28: WIDENL_Bs _st20
- 29: PUTL t20, R0
- 30: INCEIPL $4
-
- 0xFECBD0C: 7D201A14 add r9,r0,r3
- 31: GETL R0, t22
- 32: GETL R3, t24
- 33: ADDL t22, t24
- 34: PUTL t24, R9
- 35: INCEIPL $4
-
- 0xFECBD10: 80890098 lwz r4,152(r9)
- 36: GETL R9, t26
- 37: ADDL $0x98, t26
- 38: LDL (t26), t28
- 39: PUTL t28, R4
- 40: INCEIPL $4
-
- 0xFECBD14: 81640010 lwz r11,16(r4)
- 41: GETL R4, t30
- 42: ADDL $0x10, t30
- 43: LDL (t30), t32
- 44: PUTL t32, R11
- 45: INCEIPL $4
-
- 0xFECBD18: 7D6903A6 mtctr r11
- 46: GETL R11, t34
- 47: PUTL t34, CTR
- 48: INCEIPL $4
-
- 0xFECBD1C: 4E800421 bctrl
- 49: MOVL $0xFECBD20, t36
- 50: PUTL t36, LR
- 51: GETL CTR, t38
- 52: JMPo-c t38 ($4)
-
-
-
-. 2400 FECBCF0 48
-. 7C C8 02 A6 94 21 FF F0 93 E1 00 08 7C 7F 1B 78 90 C1 00 14 88 A3 00 46 7C A0 07 74 7D 20 1A 14 80 89 00 98 81 64 00 10 7D 69 03 A6 4E 80 04 21
-==== BB 2401 _IO_file_underflow@@GLIBC_2.1(0xFEC8EB8) approx BBs exec'd 0 ====
-
- 0xFEC8EB8: 7C0802A6 mflr r0
- 0: GETL LR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFEC8EBC: 9421FFE0 stwu r1,-32(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFE0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFEC8EC0: 480DEF91 bl 0xFFA7E50
- 9: MOVL $0xFEC8EC4, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 2401 FEC8EB8 12
-. 7C 08 02 A6 94 21 FF E0 48 0D EF 91
-==== BB 2402 (0xFEC8EC4) approx BBs exec'd 0 ====
-
- 0xFEC8EC4: 93C10018 stw r30,24(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFEC8EC8: 93E1001C stw r31,28(r1)
- 5: GETL R31, t4
- 6: GETL R1, t6
- 7: ADDL $0x1C, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFEC8ECC: 7FC802A6 mflr r30
- 10: GETL LR, t8
- 11: PUTL t8, R30
- 12: INCEIPL $4
-
- 0xFEC8ED0: 90010024 stw r0,36(r1)
- 13: GETL R0, t10
- 14: GETL R1, t12
- 15: ADDL $0x24, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFEC8ED4: 7C7F1B78 or r31,r3,r3
- 18: GETL R3, t14
- 19: PUTL t14, R31
- 20: INCEIPL $4
-
- 0xFEC8ED8: 81630000 lwz r11,0(r3)
- 21: GETL R3, t16
- 22: LDL (t16), t18
- 23: PUTL t18, R11
- 24: INCEIPL $4
-
- 0xFEC8EDC: 9361000C stw r27,12(r1)
- 25: GETL R27, t20
- 26: GETL R1, t22
- 27: ADDL $0xC, t22
- 28: STL t20, (t22)
- 29: INCEIPL $4
-
- 0xFEC8EE0: 71600004 andi. r0,r11,0x4
- 30: GETL R11, t24
- 31: ANDL $0x4, t24
- 32: PUTL t24, R0
- 33: CMP0L t24, t26 (-rSo)
- 34: ICRFL t26, $0x0, CR
- 35: INCEIPL $4
-
- 0xFEC8EE4: 93810010 stw r28,16(r1)
- 36: GETL R28, t28
- 37: GETL R1, t30
- 38: ADDL $0x10, t30
- 39: STL t28, (t30)
- 40: INCEIPL $4
-
- 0xFEC8EE8: 93A10014 stw r29,20(r1)
- 41: GETL R29, t32
- 42: GETL R1, t34
- 43: ADDL $0x14, t34
- 44: STL t32, (t34)
- 45: INCEIPL $4
-
- 0xFEC8EEC: 40820284 bc 4,2,0xFEC9170
- 46: Jc02o $0xFEC9170
-
-
-
-. 2402 FEC8EC4 44
-. 93 C1 00 18 93 E1 00 1C 7F C8 02 A6 90 01 00 24 7C 7F 1B 78 81 63 00 00 93 61 00 0C 71 60 00 04 93 81 00 10 93 A1 00 14 40 82 02 84
-==== BB 2403 (0xFEC8EF0) approx BBs exec'd 0 ====
-
- 0xFEC8EF0: 80630004 lwz r3,4(r3)
- 0: GETL R3, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFEC8EF4: 80BF0008 lwz r5,8(r31)
- 5: GETL R31, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R5
- 9: INCEIPL $4
-
- 0xFEC8EF8: 7F832840 cmpl cr7,r3,r5
- 10: GETL R3, t8
- 11: GETL R5, t10
- 12: CMPUL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x7, CR
- 14: INCEIPL $4
-
- 0xFEC8EFC: 409C002C bc 4,28,0xFEC8F28
- 15: Jc28o $0xFEC8F28
-
-
-
-. 2403 FEC8EF0 16
-. 80 63 00 04 80 BF 00 08 7F 83 28 40 40 9C 00 2C
-==== BB 2404 (0xFEC8F28) approx BBs exec'd 0 ====
-
- 0xFEC8F28: 80DF001C lwz r6,28(r31)
- 0: GETL R31, t0
- 1: ADDL $0x1C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0xFEC8F2C: 2C860000 cmpi cr1,r6,0
- 5: GETL R6, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0xFEC8F30: 4086001C bc 4,6,0xFEC8F4C
- 9: Jc06o $0xFEC8F4C
-
-
-
-. 2404 FEC8F28 12
-. 80 DF 00 1C 2C 86 00 00 40 86 00 1C
-==== BB 2405 (0xFEC8F34) approx BBs exec'd 0 ====
-
- 0xFEC8F34: 807F0024 lwz r3,36(r31)
- 0: GETL R31, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFEC8F38: 2F030000 cmpi cr6,r3,0
- 5: GETL R3, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0xFEC8F3C: 409A0194 bc 4,26,0xFEC90D0
- 9: Jc26o $0xFEC90D0
-
-
-
-. 2405 FEC8F34 12
-. 80 7F 00 24 2F 03 00 00 40 9A 01 94
-==== BB 2406 (0xFEC8F40) approx BBs exec'd 0 ====
-
- 0xFEC8F40: 7FE3FB78 or r3,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFEC8F44: 48002D05 bl 0xFECBC48
- 3: MOVL $0xFEC8F48, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0xFECBC48 ($4)
-
-
-
-. 2406 FEC8F40 8
-. 7F E3 FB 78 48 00 2D 05
-==== BB 2407 _IO_doallocbuf_internal(0xFECBC48) approx BBs exec'd 0 ====
-
- 0xFECBC48: 7C8802A6 mflr r4
- 0: GETL LR, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0xFECBC4C: 9421FFF0 stwu r1,-16(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFF0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFECBC50: 93E10008 stw r31,8(r1)
- 9: GETL R31, t6
- 10: GETL R1, t8
- 11: ADDL $0x8, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFECBC54: 7C7F1B78 or r31,r3,r3
- 14: GETL R3, t10
- 15: PUTL t10, R31
- 16: INCEIPL $4
-
- 0xFECBC58: 90810014 stw r4,20(r1)
- 17: GETL R4, t12
- 18: GETL R1, t14
- 19: ADDL $0x14, t14
- 20: STL t12, (t14)
- 21: INCEIPL $4
-
- 0xFECBC5C: 8003001C lwz r0,28(r3)
- 22: GETL R3, t16
- 23: ADDL $0x1C, t16
- 24: LDL (t16), t18
- 25: PUTL t18, R0
- 26: INCEIPL $4
-
- 0xFECBC60: 2F800000 cmpi cr7,r0,0
- 27: GETL R0, t20
- 28: CMP0L t20, t22 (-rSo)
- 29: ICRFL t22, $0x7, CR
- 30: INCEIPL $4
-
- 0xFECBC64: 409E0040 bc 4,30,0xFECBCA4
- 31: Jc30o $0xFECBCA4
-
-
-
-. 2407 FECBC48 32
-. 7C 88 02 A6 94 21 FF F0 93 E1 00 08 7C 7F 1B 78 90 81 00 14 80 03 00 1C 2F 80 00 00 40 9E 00 40
-==== BB 2408 (0xFECBC68) approx BBs exec'd 0 ====
-
- 0xFECBC68: 80A30000 lwz r5,0(r3)
- 0: GETL R3, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R5
- 3: INCEIPL $4
-
- 0xFECBC6C: 70A90002 andi. r9,r5,0x2
- 4: GETL R5, t4
- 5: ANDL $0x2, t4
- 6: PUTL t4, R9
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0xFECBC70: 41820010 bc 12,2,0xFECBC80
- 10: Js02o $0xFECBC80
-
-
-
-. 2408 FECBC68 12
-. 80 A3 00 00 70 A9 00 02 41 82 00 10
-==== BB 2409 (0xFECBC80) approx BBs exec'd 0 ====
-
- 0xFECBC80: 895F0046 lbz r10,70(r31)
- 0: GETL R31, t0
- 1: ADDL $0x46, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0xFECBC84: 7D480774 extsb r8,r10
- 5: GETB R10, t4
- 6: WIDENL_Bs _st4
- 7: PUTL t4, R8
- 8: INCEIPL $4
-
- 0xFECBC88: 7D28FA14 add r9,r8,r31
- 9: GETL R8, t6
- 10: GETL R31, t8
- 11: ADDL t6, t8
- 12: PUTL t8, R9
- 13: INCEIPL $4
-
- 0xFECBC8C: 80E90098 lwz r7,152(r9)
- 14: GETL R9, t10
- 15: ADDL $0x98, t10
- 16: LDL (t10), t12
- 17: PUTL t12, R7
- 18: INCEIPL $4
-
- 0xFECBC90: 81670034 lwz r11,52(r7)
- 19: GETL R7, t14
- 20: ADDL $0x34, t14
- 21: LDL (t14), t16
- 22: PUTL t16, R11
- 23: INCEIPL $4
-
- 0xFECBC94: 7D6903A6 mtctr r11
- 24: GETL R11, t18
- 25: PUTL t18, CTR
- 26: INCEIPL $4
-
- 0xFECBC98: 4E800421 bctrl
- 27: MOVL $0xFECBC9C, t20
- 28: PUTL t20, LR
- 29: GETL CTR, t22
- 30: JMPo-c t22 ($4)
-
-
-
-. 2409 FECBC80 28
-. 89 5F 00 46 7D 48 07 74 7D 28 FA 14 80 E9 00 98 81 67 00 34 7D 69 03 A6 4E 80 04 21
-==== BB 2410 _IO_file_doallocate_internal(0xFEBB788) approx BBs exec'd 0 ====
-
- 0xFEBB788: 7C8802A6 mflr r4
- 0: GETL LR, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0xFEBB78C: 9421FF70 stwu r1,-144(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFF70, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFEBB790: 93A10084 stw r29,132(r1)
- 9: GETL R29, t6
- 10: GETL R1, t8
- 11: ADDL $0x84, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFEBB794: 3BA02000 li r29,8192
- 14: MOVL $0x2000, t10
- 15: PUTL t10, R29
- 16: INCEIPL $4
-
- 0xFEBB798: 93E1008C stw r31,140(r1)
- 17: GETL R31, t12
- 18: GETL R1, t14
- 19: ADDL $0x8C, t14
- 20: STL t12, (t14)
- 21: INCEIPL $4
-
- 0xFEBB79C: 7C7F1B78 or r31,r3,r3
- 22: GETL R3, t16
- 23: PUTL t16, R31
- 24: INCEIPL $4
-
- 0xFEBB7A0: 90810094 stw r4,148(r1)
- 25: GETL R4, t18
- 26: GETL R1, t20
- 27: ADDL $0x94, t20
- 28: STL t18, (t20)
- 29: INCEIPL $4
-
- 0xFEBB7A4: 80030038 lwz r0,56(r3)
- 30: GETL R3, t22
- 31: ADDL $0x38, t22
- 32: LDL (t22), t24
- 33: PUTL t24, R0
- 34: INCEIPL $4
-
- 0xFEBB7A8: 93C10088 stw r30,136(r1)
- 35: GETL R30, t26
- 36: GETL R1, t28
- 37: ADDL $0x88, t28
- 38: STL t26, (t28)
- 39: INCEIPL $4
-
- 0xFEBB7AC: 2F800000 cmpi cr7,r0,0
- 40: GETL R0, t30
- 41: CMP0L t30, t32 (-rSo)
- 42: ICRFL t32, $0x7, CR
- 43: INCEIPL $4
-
- 0xFEBB7B0: 419C004C bc 12,28,0xFEBB7FC
- 44: Js28o $0xFEBB7FC
-
-
-
-. 2410 FEBB788 44
-. 7C 88 02 A6 94 21 FF 70 93 A1 00 84 3B A0 20 00 93 E1 00 8C 7C 7F 1B 78 90 81 00 94 80 03 00 38 93 C1 00 88 2F 80 00 00 41 9C 00 4C
-==== BB 2411 (0xFEBB7B4) approx BBs exec'd 0 ====
-
- 0xFEBB7B4: 88E30046 lbz r7,70(r3)
- 0: GETL R3, t0
- 1: ADDL $0x46, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0xFEBB7B8: 38810010 addi r4,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0xFEBB7BC: 7CE60774 extsb r6,r7
- 9: GETB R7, t6
- 10: WIDENL_Bs _st6
- 11: PUTL t6, R6
- 12: INCEIPL $4
-
- 0xFEBB7C0: 7D261A14 add r9,r6,r3
- 13: GETL R6, t8
- 14: GETL R3, t10
- 15: ADDL t8, t10
- 16: PUTL t10, R9
- 17: INCEIPL $4
-
- 0xFEBB7C4: 80A90098 lwz r5,152(r9)
- 18: GETL R9, t12
- 19: ADDL $0x98, t12
- 20: LDL (t12), t14
- 21: PUTL t14, R5
- 22: INCEIPL $4
-
- 0xFEBB7C8: 81650048 lwz r11,72(r5)
- 23: GETL R5, t16
- 24: ADDL $0x48, t16
- 25: LDL (t16), t18
- 26: PUTL t18, R11
- 27: INCEIPL $4
-
- 0xFEBB7CC: 7D6903A6 mtctr r11
- 28: GETL R11, t20
- 29: PUTL t20, CTR
- 30: INCEIPL $4
-
- 0xFEBB7D0: 4E800421 bctrl
- 31: MOVL $0xFEBB7D4, t22
- 32: PUTL t22, LR
- 33: GETL CTR, t24
- 34: JMPo-c t24 ($4)
-
-
-
-. 2411 FEBB7B4 32
-. 88 E3 00 46 38 81 00 10 7C E6 07 74 7D 26 1A 14 80 A9 00 98 81 65 00 48 7D 69 03 A6 4E 80 04 21
-==== BB 2412 _IO_file_stat_internal(0xFECA4EC) approx BBs exec'd 0 ====
-
- 0xFECA4EC: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFECA4F0: 7C852378 or r5,r4,r4
- 6: GETL R4, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0xFECA4F4: 80030038 lwz r0,56(r3)
- 9: GETL R3, t6
- 10: ADDL $0x38, t6
- 11: LDL (t6), t8
- 12: PUTL t8, R0
- 13: INCEIPL $4
-
- 0xFECA4F8: 38210010 addi r1,r1,16
- 14: GETL R1, t10
- 15: ADDL $0x10, t10
- 16: PUTL t10, R1
- 17: INCEIPL $4
-
- 0xFECA4FC: 38600003 li r3,3
- 18: MOVL $0x3, t12
- 19: PUTL t12, R3
- 20: INCEIPL $4
-
- 0xFECA500: 7C040378 or r4,r0,r0
- 21: GETL R0, t14
- 22: PUTL t14, R4
- 23: INCEIPL $4
-
- 0xFECA504: 48056DBC b 0xFF212C0
- 24: JMPo $0xFF212C0 ($4)
-
-
-
-. 2412 FECA4EC 28
-. 94 21 FF F0 7C 85 23 78 80 03 00 38 38 21 00 10 38 60 00 03 7C 04 03 78 48 05 6D BC
-==== BB 2413 (0xFEBB7D4) approx BBs exec'd 0 ====
-
- 0xFEBB7D4: 2C030000 cmpi cr0,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0xFEBB7D8: 41800024 bc 12,0,0xFEBB7FC
- 4: Js00o $0xFEBB7FC
-
-
-
-. 2413 FEBB7D4 8
-. 2C 03 00 00 41 80 00 24
-==== BB 2414 (0xFEBB7DC) approx BBs exec'd 0 ====
-
- 0xFEBB7DC: 81010020 lwz r8,32(r1)
- 0: GETL R1, t0
- 1: ADDL $0x20, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0xFEBB7E0: 55030426 rlwinm r3,r8,0,16,19
- 5: GETL R8, t4
- 6: ANDL $0xF000, t4
- 7: PUTL t4, R3
- 8: INCEIPL $4
-
- 0xFEBB7E4: 2C832000 cmpi cr1,r3,8192
- 9: GETL R3, t6
- 10: MOVL $0x2000, t10
- 11: CMPL t6, t10, t8 (-rSo)
- 12: ICRFL t8, $0x1, CR
- 13: INCEIPL $4
-
- 0xFEBB7E8: 41860078 bc 12,6,0xFEBB860
- 14: Js06o $0xFEBB860
-
-
-
-. 2414 FEBB7DC 16
-. 81 01 00 20 55 03 04 26 2C 83 20 00 41 86 00 78
-==== BB 2415 (0xFEBB7EC) approx BBs exec'd 0 ====
-
- 0xFEBB7EC: 80010048 lwz r0,72(r1)
- 0: GETL R1, t0
- 1: ADDL $0x48, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFEBB7F0: 2C000000 cmpi cr0,r0,0
- 5: GETL R0, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0xFEBB7F4: 40810008 bc 4,1,0xFEBB7FC
- 9: Jc01o $0xFEBB7FC
-
-
-
-. 2415 FEBB7EC 12
-. 80 01 00 48 2C 00 00 00 40 81 00 08
-==== BB 2416 (0xFEBB7F8) approx BBs exec'd 0 ====
-
- 0xFEBB7F8: 7C1D0378 or r29,r0,r0
- 0: GETL R0, t0
- 1: PUTL t0, R29
- 2: INCEIPL $4
-
- 0xFEBB7FC: 399D0FFF addi r12,r29,4095
- 3: GETL R29, t2
- 4: ADDL $0xFFF, t2
- 5: PUTL t2, R12
- 6: INCEIPL $4
-
- 0xFEBB800: 38600000 li r3,0
- 7: MOVL $0x0, t4
- 8: PUTL t4, R3
- 9: INCEIPL $4
-
- 0xFEBB804: 55840026 rlwinm r4,r12,0,0,19
- 10: GETL R12, t6
- 11: ANDL $0xFFFFF000, t6
- 12: PUTL t6, R4
- 13: INCEIPL $4
-
- 0xFEBB808: 38A00003 li r5,3
- 14: MOVL $0x3, t8
- 15: PUTL t8, R5
- 16: INCEIPL $4
-
- 0xFEBB80C: 38C00022 li r6,34
- 17: MOVL $0x22, t10
- 18: PUTL t10, R6
- 19: INCEIPL $4
-
- 0xFEBB810: 38E0FFFF li r7,-1
- 20: MOVL $0xFFFFFFFF, t12
- 21: PUTL t12, R7
- 22: INCEIPL $4
-
- 0xFEBB814: 39000000 li r8,0
- 23: MOVL $0x0, t14
- 24: PUTL t14, R8
- 25: INCEIPL $4
-
- 0xFEBB818: 480729A1 bl 0xFF2E1B8
- 26: MOVL $0xFEBB81C, t16
- 27: PUTL t16, LR
- 28: JMPo-c $0xFF2E1B8 ($4)
-
-
-
-. 2416 FEBB7F8 36
-. 7C 1D 03 78 39 9D 0F FF 38 60 00 00 55 84 00 26 38 A0 00 03 38 C0 00 22 38 E0 FF FF 39 00 00 00 48 07 29 A1
-==== BB 2417 mmap(0xFF2E1B8) approx BBs exec'd 0 ====
-
- 0xFF2E1B8: 3800005A li r0,90
- 0: MOVL $0x5A, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFF2E1BC: 44000002 sc
- 3: JMPo-sys $0xFF2E1C0 ($4)
-
-
-
-. 2417 FF2E1B8 8
-. 38 00 00 5A 44 00 00 02
-==== BB 2418 (0xFF2E1C0) approx BBs exec'd 0 ====
-
- 0xFF2E1C0: 4CA30020 bclr 5,3
- 0: GETL LR, t0
- 1: Jc03o-r t0
-
-
-
-. 2418 FF2E1C0 4
-. 4C A3 00 20
-==== BB 2419 (0xFEBB81C) approx BBs exec'd 0 ====
-
- 0xFEBB81C: 3800FFFF li r0,-1
- 0: MOVL $0xFFFFFFFF, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFEBB820: 2C83FFFF cmpi cr1,r3,-1
- 3: GETL R3, t2
- 4: MOVL $0xFFFFFFFF, t6
- 5: CMPL t2, t6, t4 (-rSo)
- 6: ICRFL t4, $0x1, CR
- 7: INCEIPL $4
-
- 0xFEBB824: 4186001C bc 12,6,0xFEBB840
- 8: Js06o $0xFEBB840
-
-
-
-. 2419 FEBB81C 12
-. 38 00 FF FF 2C 83 FF FF 41 86 00 1C
-==== BB 2420 (0xFEBB828) approx BBs exec'd 0 ====
-
- 0xFEBB828: 7C641B78 or r4,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0xFEBB82C: 38C00001 li r6,1
- 3: MOVL $0x1, t2
- 4: PUTL t2, R6
- 5: INCEIPL $4
-
- 0xFEBB830: 7FE3FB78 or r3,r31,r31
- 6: GETL R31, t4
- 7: PUTL t4, R3
- 8: INCEIPL $4
-
- 0xFEBB834: 7CA4EA14 add r5,r4,r29
- 9: GETL R4, t6
- 10: GETL R29, t8
- 11: ADDL t6, t8
- 12: PUTL t8, R5
- 13: INCEIPL $4
-
- 0xFEBB838: 48010345 bl 0xFECBB7C
- 14: MOVL $0xFEBB83C, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0xFECBB7C ($4)
-
-
-
-. 2420 FEBB828 20
-. 7C 64 1B 78 38 C0 00 01 7F E3 FB 78 7C A4 EA 14 48 01 03 45
-==== BB 2421 _IO_setb_internal(0xFECBB7C) approx BBs exec'd 0 ====
-
- 0xFECBB7C: 7C0802A6 mflr r0
- 0: GETL LR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFECBB80: 9421FFE0 stwu r1,-32(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFE0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFECBB84: 9361000C stw r27,12(r1)
- 9: GETL R27, t6
- 10: GETL R1, t8
- 11: ADDL $0xC, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFECBB88: 7C9B2378 or r27,r4,r4
- 14: GETL R4, t10
- 15: PUTL t10, R27
- 16: INCEIPL $4
-
- 0xFECBB8C: 93810010 stw r28,16(r1)
- 17: GETL R28, t12
- 18: GETL R1, t14
- 19: ADDL $0x10, t14
- 20: STL t12, (t14)
- 21: INCEIPL $4
-
- 0xFECBB90: 7CBC2B78 or r28,r5,r5
- 22: GETL R5, t16
- 23: PUTL t16, R28
- 24: INCEIPL $4
-
- 0xFECBB94: 90010024 stw r0,36(r1)
- 25: GETL R0, t18
- 26: GETL R1, t20
- 27: ADDL $0x24, t20
- 28: STL t18, (t20)
- 29: INCEIPL $4
-
- 0xFECBB98: 8123001C lwz r9,28(r3)
- 30: GETL R3, t22
- 31: ADDL $0x1C, t22
- 32: LDL (t22), t24
- 33: PUTL t24, R9
- 34: INCEIPL $4
-
- 0xFECBB9C: 93A10014 stw r29,20(r1)
- 35: GETL R29, t26
- 36: GETL R1, t28
- 37: ADDL $0x14, t28
- 38: STL t26, (t28)
- 39: INCEIPL $4
-
- 0xFECBBA0: 7CDD3378 or r29,r6,r6
- 40: GETL R6, t30
- 41: PUTL t30, R29
- 42: INCEIPL $4
-
- 0xFECBBA4: 2F890000 cmpi cr7,r9,0
- 43: GETL R9, t32
- 44: CMP0L t32, t34 (-rSo)
- 45: ICRFL t34, $0x7, CR
- 46: INCEIPL $4
-
- 0xFECBBA8: 93E1001C stw r31,28(r1)
- 47: GETL R31, t36
- 48: GETL R1, t38
- 49: ADDL $0x1C, t38
- 50: STL t36, (t38)
- 51: INCEIPL $4
-
- 0xFECBBAC: 93C10018 stw r30,24(r1)
- 52: GETL R30, t40
- 53: GETL R1, t42
- 54: ADDL $0x18, t42
- 55: STL t40, (t42)
- 56: INCEIPL $4
-
- 0xFECBBB0: 7C7F1B78 or r31,r3,r3
- 57: GETL R3, t44
- 58: PUTL t44, R31
- 59: INCEIPL $4
-
- 0xFECBBB4: 419E0028 bc 12,30,0xFECBBDC
- 60: Js30o $0xFECBBDC
-
-
-
-. 2421 FECBB7C 60
-. 7C 08 02 A6 94 21 FF E0 93 61 00 0C 7C 9B 23 78 93 81 00 10 7C BC 2B 78 90 01 00 24 81 23 00 1C 93 A1 00 14 7C DD 33 78 2F 89 00 00 93 E1 00 1C 93 C1 00 18 7C 7F 1B 78 41 9E 00 28
-==== BB 2422 (0xFECBBDC) approx BBs exec'd 0 ====
-
- 0xFECBBDC: 801F0000 lwz r0,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0xFECBBE0: 2C9D0000 cmpi cr1,r29,0
- 4: GETL R29, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x1, CR
- 7: INCEIPL $4
-
- 0xFECBBE4: 5409003C rlwinm r9,r0,0,0,30
- 8: GETL R0, t8
- 9: ANDL $0xFFFFFFFE, t8
- 10: PUTL t8, R9
- 11: INCEIPL $4
-
- 0xFECBBE8: 937F001C stw r27,28(r31)
- 12: GETL R27, t10
- 13: GETL R31, t12
- 14: ADDL $0x1C, t12
- 15: STL t10, (t12)
- 16: INCEIPL $4
-
- 0xFECBBEC: 60000001 ori r0,r0,0x1
- 17: GETL R0, t14
- 18: ORL $0x1, t14
- 19: PUTL t14, R0
- 20: INCEIPL $4
-
- 0xFECBBF0: 939F0020 stw r28,32(r31)
- 21: GETL R28, t16
- 22: GETL R31, t18
- 23: ADDL $0x20, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFECBBF4: 4186002C bc 12,6,0xFECBC20
- 26: Js06o $0xFECBC20
-
-
-
-. 2422 FECBBDC 28
-. 80 1F 00 00 2C 9D 00 00 54 09 00 3C 93 7F 00 1C 60 00 00 01 93 9F 00 20 41 86 00 2C
-==== BB 2423 (0xFECBBF8) approx BBs exec'd 0 ====
-
- 0xFECBBF8: 80610024 lwz r3,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFECBBFC: 913F0000 stw r9,0(r31)
- 5: GETL R9, t4
- 6: GETL R31, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0xFECBC00: 8361000C lwz r27,12(r1)
- 9: GETL R1, t8
- 10: ADDL $0xC, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R27
- 13: INCEIPL $4
-
- 0xFECBC04: 7C6803A6 mtlr r3
- 14: GETL R3, t12
- 15: PUTL t12, LR
- 16: INCEIPL $4
-
- 0xFECBC08: 83810010 lwz r28,16(r1)
- 17: GETL R1, t14
- 18: ADDL $0x10, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R28
- 21: INCEIPL $4
-
- 0xFECBC0C: 83A10014 lwz r29,20(r1)
- 22: GETL R1, t18
- 23: ADDL $0x14, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R29
- 26: INCEIPL $4
-
- 0xFECBC10: 83C10018 lwz r30,24(r1)
- 27: GETL R1, t22
- 28: ADDL $0x18, t22
- 29: LDL (t22), t24
- 30: PUTL t24, R30
- 31: INCEIPL $4
-
- 0xFECBC14: 83E1001C lwz r31,28(r1)
- 32: GETL R1, t26
- 33: ADDL $0x1C, t26
- 34: LDL (t26), t28
- 35: PUTL t28, R31
- 36: INCEIPL $4
-
- 0xFECBC18: 38210020 addi r1,r1,32
- 37: GETL R1, t30
- 38: ADDL $0x20, t30
- 39: PUTL t30, R1
- 40: INCEIPL $4
-
- 0xFECBC1C: 4E800020 blr
- 41: GETL LR, t32
- 42: JMPo-r t32 ($4)
-
-
-
-. 2423 FECBBF8 40
-. 80 61 00 24 91 3F 00 00 83 61 00 0C 7C 68 03 A6 83 81 00 10 83 A1 00 14 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 2424 (0xFEBB83C) approx BBs exec'd 0 ====
-
- 0xFEBB83C: 38000001 li r0,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFEBB840: 83A10094 lwz r29,148(r1)
- 3: GETL R1, t2
- 4: ADDL $0x94, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R29
- 7: INCEIPL $4
-
- 0xFEBB844: 7C030378 or r3,r0,r0
- 8: GETL R0, t6
- 9: PUTL t6, R3
- 10: INCEIPL $4
-
- 0xFEBB848: 83C10088 lwz r30,136(r1)
- 11: GETL R1, t8
- 12: ADDL $0x88, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R30
- 15: INCEIPL $4
-
- 0xFEBB84C: 7FA803A6 mtlr r29
- 16: GETL R29, t12
- 17: PUTL t12, LR
- 18: INCEIPL $4
-
- 0xFEBB850: 83E1008C lwz r31,140(r1)
- 19: GETL R1, t14
- 20: ADDL $0x8C, t14
- 21: LDL (t14), t16
- 22: PUTL t16, R31
- 23: INCEIPL $4
-
- 0xFEBB854: 83A10084 lwz r29,132(r1)
- 24: GETL R1, t18
- 25: ADDL $0x84, t18
- 26: LDL (t18), t20
- 27: PUTL t20, R29
- 28: INCEIPL $4
-
- 0xFEBB858: 38210090 addi r1,r1,144
- 29: GETL R1, t22
- 30: ADDL $0x90, t22
- 31: PUTL t22, R1
- 32: INCEIPL $4
-
- 0xFEBB85C: 4E800020 blr
- 33: GETL LR, t24
- 34: JMPo-r t24 ($4)
-
-
-
-. 2424 FEBB83C 36
-. 38 00 00 01 83 A1 00 94 7C 03 03 78 83 C1 00 88 7F A8 03 A6 83 E1 00 8C 83 A1 00 84 38 21 00 90 4E 80 00 20
-==== BB 2425 (0xFECBC9C) approx BBs exec'd 0 ====
-
- 0xFECBC9C: 2F03FFFF cmpi cr6,r3,-1
- 0: GETL R3, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x6, CR
- 4: INCEIPL $4
-
- 0xFECBCA0: 419A0018 bc 12,26,0xFECBCB8
- 5: Js26o $0xFECBCB8
-
-
-
-. 2425 FECBC9C 8
-. 2F 03 FF FF 41 9A 00 18
-==== BB 2426 (0xFECBCA4) approx BBs exec'd 0 ====
-
- 0xFECBCA4: 80610014 lwz r3,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFECBCA8: 83E10008 lwz r31,8(r1)
- 5: GETL R1, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R31
- 9: INCEIPL $4
-
- 0xFECBCAC: 38210010 addi r1,r1,16
- 10: GETL R1, t8
- 11: ADDL $0x10, t8
- 12: PUTL t8, R1
- 13: INCEIPL $4
-
- 0xFECBCB0: 7C6803A6 mtlr r3
- 14: GETL R3, t10
- 15: PUTL t10, LR
- 16: INCEIPL $4
-
- 0xFECBCB4: 4E800020 blr
- 17: GETL LR, t12
- 18: JMPo-r t12 ($4)
-
-
-
-. 2426 FECBCA4 20
-. 80 61 00 14 83 E1 00 08 38 21 00 10 7C 68 03 A6 4E 80 00 20
-==== BB 2427 (0xFEC8F48) approx BBs exec'd 0 ====
-
- 0xFEC8F48: 817F0000 lwz r11,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R11
- 3: INCEIPL $4
-
- 0xFEC8F4C: 71600202 andi. r0,r11,0x202
- 4: GETL R11, t4
- 5: ANDL $0x202, t4
- 6: PUTL t4, R0
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0xFEC8F50: 4182006C bc 12,2,0xFEC8FBC
- 10: Js02o $0xFEC8FBC
-
-
-
-. 2427 FEC8F48 12
-. 81 7F 00 00 71 60 02 02 41 82 00 6C
-==== BB 2428 (0xFEC8FBC) approx BBs exec'd 0 ====
-
- 0xFEC8FBC: 7FE3FB78 or r3,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFEC8FC0: 480024A5 bl 0xFECB464
- 3: MOVL $0xFEC8FC4, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0xFECB464 ($4)
-
-
-
-. 2428 FEC8FBC 8
-. 7F E3 FB 78 48 00 24 A5
-==== BB 2429 _IO_switch_to_get_mode_internal(0xFECB464) approx BBs exec'd 0 ====
-
- 0xFECB464: 7C8802A6 mflr r4
- 0: GETL LR, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0xFECB468: 9421FFF0 stwu r1,-16(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFF0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFECB46C: 93E10008 stw r31,8(r1)
- 9: GETL R31, t6
- 10: GETL R1, t8
- 11: ADDL $0x8, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFECB470: 7C7F1B78 or r31,r3,r3
- 14: GETL R3, t10
- 15: PUTL t10, R31
- 16: INCEIPL $4
-
- 0xFECB474: 90810014 stw r4,20(r1)
- 17: GETL R4, t12
- 18: GETL R1, t14
- 19: ADDL $0x14, t14
- 20: STL t12, (t14)
- 21: INCEIPL $4
-
- 0xFECB478: 3880FFFF li r4,-1
- 22: MOVL $0xFFFFFFFF, t16
- 23: PUTL t16, R4
- 24: INCEIPL $4
-
- 0xFECB47C: 81630014 lwz r11,20(r3)
- 25: GETL R3, t18
- 26: ADDL $0x14, t18
- 27: LDL (t18), t20
- 28: PUTL t20, R11
- 29: INCEIPL $4
-
- 0xFECB480: 80030010 lwz r0,16(r3)
- 30: GETL R3, t22
- 31: ADDL $0x10, t22
- 32: LDL (t22), t24
- 33: PUTL t24, R0
- 34: INCEIPL $4
-
- 0xFECB484: 7F8B0040 cmpl cr7,r11,r0
- 35: GETL R11, t26
- 36: GETL R0, t28
- 37: CMPUL t26, t28, t30 (-rSo)
- 38: ICRFL t30, $0x7, CR
- 39: INCEIPL $4
-
- 0xFECB488: 419D0064 bc 12,29,0xFECB4EC
- 40: Js29o $0xFECB4EC
-
-
-
-. 2429 FECB464 40
-. 7C 88 02 A6 94 21 FF F0 93 E1 00 08 7C 7F 1B 78 90 81 00 14 38 80 FF FF 81 63 00 14 80 03 00 10 7F 8B 00 40 41 9D 00 64
-==== BB 2430 (0xFECB48C) approx BBs exec'd 0 ====
-
- 0xFECB48C: 815F0000 lwz r10,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R10
- 3: INCEIPL $4
-
- 0xFECB490: 71400100 andi. r0,r10,0x100
- 4: GETL R10, t4
- 5: ANDL $0x100, t4
- 6: PUTL t4, R0
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0xFECB494: 4082004C bc 4,2,0xFECB4E0
- 10: Jc02o $0xFECB4E0
-
-
-
-. 2430 FECB48C 12
-. 81 5F 00 00 71 40 01 00 40 82 00 4C
-==== BB 2431 (0xFECB498) approx BBs exec'd 0 ====
-
- 0xFECB498: 819F0008 lwz r12,8(r31)
- 0: GETL R31, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R12
- 4: INCEIPL $4
-
- 0xFECB49C: 811F001C lwz r8,28(r31)
- 5: GETL R31, t4
- 6: ADDL $0x1C, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R8
- 9: INCEIPL $4
-
- 0xFECB4A0: 7C8B6040 cmpl cr1,r11,r12
- 10: GETL R11, t8
- 11: GETL R12, t10
- 12: CMPUL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x1, CR
- 14: INCEIPL $4
-
- 0xFECB4A4: 911F000C stw r8,12(r31)
- 15: GETL R8, t14
- 16: GETL R31, t16
- 17: ADDL $0xC, t16
- 18: STL t14, (t16)
- 19: INCEIPL $4
-
- 0xFECB4A8: 40850008 bc 4,5,0xFECB4B0
- 20: Jc05o $0xFECB4B0
-
-
-
-. 2431 FECB498 20
-. 81 9F 00 08 81 1F 00 1C 7C 8B 60 40 91 1F 00 0C 40 85 00 08
-==== BB 2432 (0xFECB4B0) approx BBs exec'd 0 ====
-
- 0xFECB4B0: 55400566 rlwinm r0,r10,0,21,19
- 0: GETL R10, t0
- 1: ANDL $0xFFFFF7FF, t0
- 2: PUTL t0, R0
- 3: INCEIPL $4
-
- 0xFECB4B4: 917F0010 stw r11,16(r31)
- 4: GETL R11, t2
- 5: GETL R31, t4
- 6: ADDL $0x10, t4
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFECB4B8: 917F0004 stw r11,4(r31)
- 9: GETL R11, t6
- 10: GETL R31, t8
- 11: ADDL $0x4, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFECB4BC: 38600000 li r3,0
- 14: MOVL $0x0, t10
- 15: PUTL t10, R3
- 16: INCEIPL $4
-
- 0xFECB4C0: 917F0018 stw r11,24(r31)
- 17: GETL R11, t12
- 18: GETL R31, t14
- 19: ADDL $0x18, t14
- 20: STL t12, (t14)
- 21: INCEIPL $4
-
- 0xFECB4C4: 917F0014 stw r11,20(r31)
- 22: GETL R11, t16
- 23: GETL R31, t18
- 24: ADDL $0x14, t18
- 25: STL t16, (t18)
- 26: INCEIPL $4
-
- 0xFECB4C8: 901F0000 stw r0,0(r31)
- 27: GETL R0, t20
- 28: GETL R31, t22
- 29: STL t20, (t22)
- 30: INCEIPL $4
-
- 0xFECB4CC: 81410014 lwz r10,20(r1)
- 31: GETL R1, t24
- 32: ADDL $0x14, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R10
- 35: INCEIPL $4
-
- 0xFECB4D0: 83E10008 lwz r31,8(r1)
- 36: GETL R1, t28
- 37: ADDL $0x8, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R31
- 40: INCEIPL $4
-
- 0xFECB4D4: 38210010 addi r1,r1,16
- 41: GETL R1, t32
- 42: ADDL $0x10, t32
- 43: PUTL t32, R1
- 44: INCEIPL $4
-
- 0xFECB4D8: 7D4803A6 mtlr r10
- 45: GETL R10, t34
- 46: PUTL t34, LR
- 47: INCEIPL $4
-
- 0xFECB4DC: 4E800020 blr
- 48: GETL LR, t36
- 49: JMPo-r t36 ($4)
-
-
-
-. 2432 FECB4B0 48
-. 55 40 05 66 91 7F 00 10 91 7F 00 04 38 60 00 00 91 7F 00 18 91 7F 00 14 90 1F 00 00 81 41 00 14 83 E1 00 08 38 21 00 10 7D 48 03 A6 4E 80 00 20
-==== BB 2433 (0xFEC8FC4) approx BBs exec'd 0 ====
-
- 0xFEC8FC4: 891F0046 lbz r8,70(r31)
- 0: GETL R31, t0
- 1: ADDL $0x46, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0xFEC8FC8: 80BF001C lwz r5,28(r31)
- 5: GETL R31, t4
- 6: ADDL $0x1C, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R5
- 9: INCEIPL $4
-
- 0xFEC8FCC: 7D070774 extsb r7,r8
- 10: GETB R8, t8
- 11: WIDENL_Bs _st8
- 12: PUTL t8, R7
- 13: INCEIPL $4
-
- 0xFEC8FD0: 837F0020 lwz r27,32(r31)
- 14: GETL R31, t10
- 15: ADDL $0x20, t10
- 16: LDL (t10), t12
- 17: PUTL t12, R27
- 18: INCEIPL $4
-
- 0xFEC8FD4: 7CC7FA14 add r6,r7,r31
- 19: GETL R7, t14
- 20: GETL R31, t16
- 21: ADDL t14, t16
- 22: PUTL t16, R6
- 23: INCEIPL $4
-
- 0xFEC8FD8: 7CA42B78 or r4,r5,r5
- 24: GETL R5, t18
- 25: PUTL t18, R4
- 26: INCEIPL $4
-
- 0xFEC8FDC: 80660098 lwz r3,152(r6)
- 27: GETL R6, t20
- 28: ADDL $0x98, t20
- 29: LDL (t20), t22
- 30: PUTL t22, R3
- 31: INCEIPL $4
-
- 0xFEC8FE0: 90BF0004 stw r5,4(r31)
- 32: GETL R5, t24
- 33: GETL R31, t26
- 34: ADDL $0x4, t26
- 35: STL t24, (t26)
- 36: INCEIPL $4
-
- 0xFEC8FE4: 81630038 lwz r11,56(r3)
- 37: GETL R3, t28
- 38: ADDL $0x38, t28
- 39: LDL (t28), t30
- 40: PUTL t30, R11
- 41: INCEIPL $4
-
- 0xFEC8FE8: 7FE3FB78 or r3,r31,r31
- 42: GETL R31, t32
- 43: PUTL t32, R3
- 44: INCEIPL $4
-
- 0xFEC8FEC: 90BF000C stw r5,12(r31)
- 45: GETL R5, t34
- 46: GETL R31, t36
- 47: ADDL $0xC, t36
- 48: STL t34, (t36)
- 49: INCEIPL $4
-
- 0xFEC8FF0: 90BF0008 stw r5,8(r31)
- 50: GETL R5, t38
- 51: GETL R31, t40
- 52: ADDL $0x8, t40
- 53: STL t38, (t40)
- 54: INCEIPL $4
-
- 0xFEC8FF4: 7D6903A6 mtctr r11
- 55: GETL R11, t42
- 56: PUTL t42, CTR
- 57: INCEIPL $4
-
- 0xFEC8FF8: 90BF0018 stw r5,24(r31)
- 58: GETL R5, t44
- 59: GETL R31, t46
- 60: ADDL $0x18, t46
- 61: STL t44, (t46)
- 62: INCEIPL $4
-
- 0xFEC8FFC: 90BF0014 stw r5,20(r31)
- 63: GETL R5, t48
- 64: GETL R31, t50
- 65: ADDL $0x14, t50
- 66: STL t48, (t50)
- 67: INCEIPL $4
-
- 0xFEC9000: 90BF0010 stw r5,16(r31)
- 68: GETL R5, t52
- 69: GETL R31, t54
- 70: ADDL $0x10, t54
- 71: STL t52, (t54)
- 72: INCEIPL $4
-
- 0xFEC9004: 7CA5D850 subf r5,r5,r27
- 73: GETL R5, t56
- 74: GETL R27, t58
- 75: SUBL t56, t58
- 76: PUTL t58, R5
- 77: INCEIPL $4
-
- 0xFEC9008: 4E800421 bctrl
- 78: MOVL $0xFEC900C, t60
- 79: PUTL t60, LR
- 80: GETL CTR, t62
- 81: JMPo-c t62 ($4)
-
-
-
-. 2433 FEC8FC4 72
-. 89 1F 00 46 80 BF 00 1C 7D 07 07 74 83 7F 00 20 7C C7 FA 14 7C A4 2B 78 80 66 00 98 90 BF 00 04 81 63 00 38 7F E3 FB 78 90 BF 00 0C 90 BF 00 08 7D 69 03 A6 90 BF 00 18 90 BF 00 14 90 BF 00 10 7C A5 D8 50 4E 80 04 21
-==== BB 2434 _IO_file_read_internal(0xFECA48C) approx BBs exec'd 0 ====
-
- 0xFECA48C: 7CC802A6 mflr r6
- 0: GETL LR, t0
- 1: PUTL t0, R6
- 2: INCEIPL $4
-
- 0xFECA490: 9421FFF0 stwu r1,-16(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFF0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFECA494: 90C10014 stw r6,20(r1)
- 9: GETL R6, t6
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFECA498: 8003003C lwz r0,60(r3)
- 14: GETL R3, t10
- 15: ADDL $0x3C, t10
- 16: LDL (t10), t12
- 17: PUTL t12, R0
- 18: INCEIPL $4
-
- 0xFECA49C: 70090002 andi. r9,r0,0x2
- 19: GETL R0, t14
- 20: ANDL $0x2, t14
- 21: PUTL t14, R9
- 22: CMP0L t14, t16 (-rSo)
- 23: ICRFL t16, $0x0, CR
- 24: INCEIPL $4
-
- 0xFECA4A0: 4082001C bc 4,2,0xFECA4BC
- 25: Jc02o $0xFECA4BC
-
-
-
-. 2434 FECA48C 24
-. 7C C8 02 A6 94 21 FF F0 90 C1 00 14 80 03 00 3C 70 09 00 02 40 82 00 1C
-==== BB 2435 (0xFECA4BC) approx BBs exec'd 0 ====
-
- 0xFECA4BC: 80630038 lwz r3,56(r3)
- 0: GETL R3, t0
- 1: ADDL $0x38, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFECA4C0: 48057AA1 bl 0xFF21F60
- 5: MOVL $0xFECA4C4, t4
- 6: PUTL t4, LR
- 7: JMPo-c $0xFF21F60 ($4)
-
-
-
-. 2435 FECA4BC 8
-. 80 63 00 38 48 05 7A A1
-==== BB 2436 __read_nocancel(0xFF21F60) approx BBs exec'd 0 ====
-
- 0xFF21F60: 38000003 li r0,3
- 0: MOVL $0x3, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFF21F64: 44000002 sc
- 3: JMPo-sys $0xFF21F68 ($4)
-
-
-
-. 2436 FF21F60 8
-. 38 00 00 03 44 00 00 02
-==== BB 2437 (0xFF21F68) approx BBs exec'd 0 ====
-
- 0xFF21F68: 4CA30020 bclr 5,3
- 0: GETL LR, t0
- 1: Jc03o-r t0
-
-
-
-. 2437 FF21F68 4
-. 4C A3 00 20
-==== BB 2438 (0xFECA4C4) approx BBs exec'd 0 ====
-
- 0xFECA4C4: 4BFFFFE8 b 0xFECA4AC
- 0: JMPo $0xFECA4AC ($4)
-
-
-
-. 2438 FECA4C4 4
-. 4B FF FF E8
-==== BB 2439 (0xFECA4AC) approx BBs exec'd 0 ====
-
- 0xFECA4AC: 80810014 lwz r4,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFECA4B0: 38210010 addi r1,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R1
- 8: INCEIPL $4
-
- 0xFECA4B4: 7C8803A6 mtlr r4
- 9: GETL R4, t6
- 10: PUTL t6, LR
- 11: INCEIPL $4
-
- 0xFECA4B8: 4E800020 blr
- 12: GETL LR, t8
- 13: JMPo-r t8 ($4)
-
-
-
-. 2439 FECA4AC 16
-. 80 81 00 14 38 21 00 10 7C 88 03 A6 4E 80 00 20
-==== BB 2440 (0xFEC900C) approx BBs exec'd 0 ====
-
- 0xFEC900C: 2C030000 cmpi cr0,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0xFEC9010: 408100EC bc 4,1,0xFEC90FC
- 4: Jc01o $0xFEC90FC
-
-
-
-. 2440 FEC900C 8
-. 2C 03 00 00 40 81 00 EC
-==== BB 2441 (0xFEC9014) approx BBs exec'd 0 ====
-
- 0xFEC9014: 809F0008 lwz r4,8(r31)
- 0: GETL R31, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFEC9018: 7FA41A14 add r29,r4,r3
- 5: GETL R4, t4
- 6: GETL R3, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R29
- 9: INCEIPL $4
-
- 0xFEC901C: 93BF0008 stw r29,8(r31)
- 10: GETL R29, t8
- 11: GETL R31, t10
- 12: ADDL $0x8, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0xFEC9020: 41820170 bc 12,2,0xFEC9190
- 15: Js02o $0xFEC9190
-
-
-
-. 2441 FEC9014 16
-. 80 9F 00 08 7F A4 1A 14 93 BF 00 08 41 82 01 70
-==== BB 2442 (0xFEC9024) approx BBs exec'd 0 ====
-
- 0xFEC9024: 801F0050 lwz r0,80(r31)
- 0: GETL R31, t0
- 1: ADDL $0x50, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFEC9028: 2C80FFFF cmpi cr1,r0,-1
- 5: GETL R0, t4
- 6: MOVL $0xFFFFFFFF, t8
- 7: CMPL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x1, CR
- 9: INCEIPL $4
-
- 0xFEC902C: 418600B8 bc 12,6,0xFEC90E4
- 10: Js06o $0xFEC90E4
-
-
-
-. 2442 FEC9024 12
-. 80 1F 00 50 2C 80 FF FF 41 86 00 B8
-==== BB 2443 (0xFEC90E4) approx BBs exec'd 0 ====
-
- 0xFEC90E4: 813F0054 lwz r9,84(r31)
- 0: GETL R31, t0
- 1: ADDL $0x54, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFEC90E8: 2C09FFFF cmpi cr0,r9,-1
- 5: GETL R9, t4
- 6: MOVL $0xFFFFFFFF, t8
- 7: CMPL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0xFEC90EC: 4082FF44 bc 4,2,0xFEC9030
- 10: Jc02o $0xFEC9030
-
-
-
-. 2443 FEC90E4 12
-. 81 3F 00 54 2C 09 FF FF 40 82 FF 44
-==== BB 2444 (0xFEC90F0) approx BBs exec'd 0 ====
-
- 0xFEC90F0: 839F0004 lwz r28,4(r31)
- 0: GETL R31, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0xFEC90F4: 887C0000 lbz r3,0(r28)
- 5: GETL R28, t4
- 6: LDB (t4), t6
- 7: PUTL t6, R3
- 8: INCEIPL $4
-
- 0xFEC90F8: 4BFFFF60 b 0xFEC9058
- 9: JMPo $0xFEC9058 ($4)
-
-
-
-. 2444 FEC90F0 12
-. 83 9F 00 04 88 7C 00 00 4B FF FF 60
-==== BB 2445 (0xFEC9058) approx BBs exec'd 0 ====
-
- 0xFEC9058: 83E10024 lwz r31,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R31
- 4: INCEIPL $4
-
- 0xFEC905C: 8361000C lwz r27,12(r1)
- 5: GETL R1, t4
- 6: ADDL $0xC, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R27
- 9: INCEIPL $4
-
- 0xFEC9060: 7FE803A6 mtlr r31
- 10: GETL R31, t8
- 11: PUTL t8, LR
- 12: INCEIPL $4
-
- 0xFEC9064: 83810010 lwz r28,16(r1)
- 13: GETL R1, t10
- 14: ADDL $0x10, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R28
- 17: INCEIPL $4
-
- 0xFEC9068: 83A10014 lwz r29,20(r1)
- 18: GETL R1, t14
- 19: ADDL $0x14, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R29
- 22: INCEIPL $4
-
- 0xFEC906C: 83C10018 lwz r30,24(r1)
- 23: GETL R1, t18
- 24: ADDL $0x18, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R30
- 27: INCEIPL $4
-
- 0xFEC9070: 83E1001C lwz r31,28(r1)
- 28: GETL R1, t22
- 29: ADDL $0x1C, t22
- 30: LDL (t22), t24
- 31: PUTL t24, R31
- 32: INCEIPL $4
-
- 0xFEC9074: 38210020 addi r1,r1,32
- 33: GETL R1, t26
- 34: ADDL $0x20, t26
- 35: PUTL t26, R1
- 36: INCEIPL $4
-
- 0xFEC9078: 4E800020 blr
- 37: GETL LR, t28
- 38: JMPo-r t28 ($4)
-
-
-
-. 2445 FEC9058 36
-. 83 E1 00 24 83 61 00 0C 7F E8 03 A6 83 81 00 10 83 A1 00 14 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 2446 (0xFECBD20) approx BBs exec'd 0 ====
-
- 0xFECBD20: 2F83FFFF cmpi cr7,r3,-1
- 0: GETL R3, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFECBD24: 3860FFFF li r3,-1
- 5: MOVL $0xFFFFFFFF, t6
- 6: PUTL t6, R3
- 7: INCEIPL $4
-
- 0xFECBD28: 419E0018 bc 12,30,0xFECBD40
- 8: Js30o $0xFECBD40
-
-
-
-. 2446 FECBD20 12
-. 2F 83 FF FF 38 60 FF FF 41 9E 00 18
-==== BB 2447 (0xFECBD2C) approx BBs exec'd 0 ====
-
- 0xFECBD2C: 811F0004 lwz r8,4(r31)
- 0: GETL R31, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0xFECBD30: 88E80000 lbz r7,0(r8)
- 5: GETL R8, t4
- 6: LDB (t4), t6
- 7: PUTL t6, R7
- 8: INCEIPL $4
-
- 0xFECBD34: 38680001 addi r3,r8,1
- 9: GETL R8, t8
- 10: ADDL $0x1, t8
- 11: PUTL t8, R3
- 12: INCEIPL $4
-
- 0xFECBD38: 907F0004 stw r3,4(r31)
- 13: GETL R3, t10
- 14: GETL R31, t12
- 15: ADDL $0x4, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFECBD3C: 7CE33B78 or r3,r7,r7
- 18: GETL R7, t14
- 19: PUTL t14, R3
- 20: INCEIPL $4
-
- 0xFECBD40: 81410014 lwz r10,20(r1)
- 21: GETL R1, t16
- 22: ADDL $0x14, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R10
- 25: INCEIPL $4
-
- 0xFECBD44: 83E10008 lwz r31,8(r1)
- 26: GETL R1, t20
- 27: ADDL $0x8, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R31
- 30: INCEIPL $4
-
- 0xFECBD48: 38210010 addi r1,r1,16
- 31: GETL R1, t24
- 32: ADDL $0x10, t24
- 33: PUTL t24, R1
- 34: INCEIPL $4
-
- 0xFECBD4C: 7D4803A6 mtlr r10
- 35: GETL R10, t26
- 36: PUTL t26, LR
- 37: INCEIPL $4
-
- 0xFECBD50: 4E800020 blr
- 38: GETL LR, t28
- 39: JMPo-r t28 ($4)
-
-
-
-. 2447 FECBD2C 40
-. 81 1F 00 04 88 E8 00 00 38 68 00 01 90 7F 00 04 7C E3 3B 78 81 41 00 14 83 E1 00 08 38 21 00 10 7D 48 03 A6 4E 80 00 20
-==== BB 2448 (0xFECBA70) approx BBs exec'd 0 ====
-
- 0xFECBA70: 7C601B78 or r0,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFECBA74: 80E10014 lwz r7,20(r1)
- 3: GETL R1, t2
- 4: ADDL $0x14, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R7
- 7: INCEIPL $4
-
- 0xFECBA78: 7C030378 or r3,r0,r0
- 8: GETL R0, t6
- 9: PUTL t6, R3
- 10: INCEIPL $4
-
- 0xFECBA7C: 83C10008 lwz r30,8(r1)
- 11: GETL R1, t8
- 12: ADDL $0x8, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R30
- 15: INCEIPL $4
-
- 0xFECBA80: 83E1000C lwz r31,12(r1)
- 16: GETL R1, t12
- 17: ADDL $0xC, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R31
- 20: INCEIPL $4
-
- 0xFECBA84: 7CE803A6 mtlr r7
- 21: GETL R7, t16
- 22: PUTL t16, LR
- 23: INCEIPL $4
-
- 0xFECBA88: 38210010 addi r1,r1,16
- 24: GETL R1, t18
- 25: ADDL $0x10, t18
- 26: PUTL t18, R1
- 27: INCEIPL $4
-
- 0xFECBA8C: 4E800020 blr
- 28: GETL LR, t20
- 29: JMPo-r t20 ($4)
-
-
-
-. 2448 FECBA70 32
-. 7C 60 1B 78 80 E1 00 14 7C 03 03 78 83 C1 00 08 83 E1 00 0C 7C E8 03 A6 38 21 00 10 4E 80 00 20
-==== BB 2449 (0xFEBD928) approx BBs exec'd 0 ====
-
- 0xFEBD928: 3B9CFFFF addi r28,r28,-1
- 0: GETL R28, t0
- 1: ADDL $0xFFFFFFFF, t0
- 2: PUTL t0, R28
- 3: INCEIPL $4
-
- 0xFEBD92C: 2F83FFFF cmpi cr7,r3,-1
- 4: GETL R3, t2
- 5: MOVL $0xFFFFFFFF, t6
- 6: CMPL t2, t6, t4 (-rSo)
- 7: ICRFL t4, $0x7, CR
- 8: INCEIPL $4
-
- 0xFEBD930: 7F03C000 cmp cr6,r3,r24
- 9: GETL R3, t8
- 10: GETL R24, t10
- 11: CMPL t8, t10, t12 (-rSo)
- 12: ICRFL t12, $0x6, CR
- 13: INCEIPL $4
-
- 0xFEBD934: 419E009C bc 12,30,0xFEBD9D0
- 14: Js30o $0xFEBD9D0
-
-
-
-. 2449 FEBD928 16
-. 3B 9C FF FF 2F 83 FF FF 7F 03 C0 00 41 9E 00 9C
-==== BB 2450 (0xFEBD938) approx BBs exec'd 0 ====
-
- 0xFEBD938: 419A00A4 bc 12,26,0xFEBD9DC
- 0: Js26o $0xFEBD9DC
-
-
-
-. 2450 FEBD938 4
-. 41 9A 00 A4
-==== BB 2451 (0xFEBD93C) approx BBs exec'd 0 ====
-
- 0xFEBD93C: 987A0000 stb r3,0(r26)
- 0: GETL R3, t0
- 1: GETL R26, t2
- 2: STB t0, (t2)
- 3: INCEIPL $4
-
- 0xFEBD940: 3B5A0001 addi r26,r26,1
- 4: GETL R26, t4
- 5: ADDL $0x1, t4
- 6: PUTL t4, R26
- 7: INCEIPL $4
-
- 0xFEBD944: 4BFFFF94 b 0xFEBD8D8
- 8: JMPo $0xFEBD8D8 ($4)
-
-
-
-. 2451 FEBD93C 12
-. 98 7A 00 00 3B 5A 00 01 4B FF FF 94
-==== BB 2452 (0xFEBD8D8) approx BBs exec'd 0 ====
-
- 0xFEBD8D8: 2F1C0000 cmpi cr6,r28,0
- 0: GETL R28, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0xFEBD8DC: 409AFFA0 bc 4,26,0xFEBD87C
- 4: Jc26o $0xFEBD87C
-
-
-
-. 2452 FEBD8D8 8
-. 2F 1C 00 00 40 9A FF A0
-==== BB 2453 (0xFEBD87C) approx BBs exec'd 0 ====
-
- 0xFEBD87C: 83BB0004 lwz r29,4(r27)
- 0: GETL R27, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0xFEBD880: 7F63DB78 or r3,r27,r27
- 5: GETL R27, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFEBD884: 80FB0008 lwz r7,8(r27)
- 8: GETL R27, t6
- 9: ADDL $0x8, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R7
- 12: INCEIPL $4
-
- 0xFEBD888: 7F04C378 or r4,r24,r24
- 13: GETL R24, t10
- 14: PUTL t10, R4
- 15: INCEIPL $4
-
- 0xFEBD88C: 7FFD3851 subf. r31,r29,r7
- 16: GETL R29, t12
- 17: GETL R7, t14
- 18: SUBL t12, t14
- 19: PUTL t14, R31
- 20: CMP0L t14, t16 (-rSo)
- 21: ICRFL t16, $0x0, CR
- 22: INCEIPL $4
-
- 0xFEBD890: 7F9FE040 cmpl cr7,r31,r28
- 23: GETL R31, t18
- 24: GETL R28, t20
- 25: CMPUL t18, t20, t22 (-rSo)
- 26: ICRFL t22, $0x7, CR
- 27: INCEIPL $4
-
- 0xFEBD894: 40810090 bc 4,1,0xFEBD924
- 28: Jc01o $0xFEBD924
-
-
-
-. 2453 FEBD87C 28
-. 83 BB 00 04 7F 63 DB 78 80 FB 00 08 7F 04 C3 78 7F FD 38 51 7F 9F E0 40 40 81 00 90
-==== BB 2454 (0xFEBD898) approx BBs exec'd 0 ====
-
- 0xFEBD898: 7FA3EB78 or r3,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFEBD89C: 419C0008 bc 12,28,0xFEBD8A4
- 3: Js28o $0xFEBD8A4
-
-
-
-. 2454 FEBD898 8
-. 7F A3 EB 78 41 9C 00 08
-==== BB 2455 (0xFEBD8A0) approx BBs exec'd 0 ====
-
- 0xFEBD8A0: 7F9FE378 or r31,r28,r28
- 0: GETL R28, t0
- 1: PUTL t0, R31
- 2: INCEIPL $4
-
- 0xFEBD8A4: 7FE5FB78 or r5,r31,r31
- 3: GETL R31, t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0xFEBD8A8: 7F9FE050 subf r28,r31,r28
- 6: GETL R31, t4
- 7: GETL R28, t6
- 8: SUBL t4, t6
- 9: PUTL t6, R28
- 10: INCEIPL $4
-
- 0xFEBD8AC: 48019EA9 bl 0xFED7754
- 11: MOVL $0xFEBD8B0, t8
- 12: PUTL t8, LR
- 13: JMPo-c $0xFED7754 ($4)
-
-
-
-. 2455 FEBD8A0 16
-. 7F 9F E3 78 7F E5 FB 78 7F 9F E0 50 48 01 9E A9
-==== BB 2456 memchr(0xFED7754) approx BBs exec'd 0 ====
-
- 0xFED7754: 2C050000 cmpi cr0,r5,0
- 0: GETL R5, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0xFED7758: 9421FFF0 stwu r1,-16(r1)
- 4: GETL R1, t4
- 5: GETL R1, t6
- 6: ADDL $0xFFFFFFF0, t6
- 7: PUTL t6, R1
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFED775C: 5484063E rlwinm r4,r4,0,24,31
- 10: GETL R4, t8
- 11: ANDL $0xFF, t8
- 12: PUTL t8, R4
- 13: INCEIPL $4
-
- 0xFED7760: 41820030 bc 12,2,0xFED7790
- 14: Js02o $0xFED7790
-
-
-
-. 2456 FED7754 16
-. 2C 05 00 00 94 21 FF F0 54 84 06 3E 41 82 00 30
-==== BB 2457 (0xFED7764) approx BBs exec'd 0 ====
-
- 0xFED7764: 70600003 andi. r0,r3,0x3
- 0: GETL R3, t0
- 1: ANDL $0x3, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFED7768: 41820028 bc 12,2,0xFED7790
- 6: Js02o $0xFED7790
-
-
-
-. 2457 FED7764 8
-. 70 60 00 03 41 82 00 28
-==== BB 2458 (0xFED776C) approx BBs exec'd 0 ====
-
- 0xFED776C: 88030000 lbz r0,0(r3)
- 0: GETL R3, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0xFED7770: 7F802000 cmp cr7,r0,r4
- 4: GETL R0, t4
- 5: GETL R4, t6
- 6: CMPL t4, t6, t8 (-rSo)
- 7: ICRFL t8, $0x7, CR
- 8: INCEIPL $4
-
- 0xFED7774: 419E00CC bc 12,30,0xFED7840
- 9: Js30o $0xFED7840
-
-
-
-. 2458 FED776C 12
-. 88 03 00 00 7F 80 20 00 41 9E 00 CC
-==== BB 2459 (0xFED7778) approx BBs exec'd 0 ====
-
- 0xFED7778: 34A5FFFF addic. r5,r5,-1
- 0: GETL R5, t0
- 1: ADCL $0xFFFFFFFF, t0 (-wCa)
- 2: PUTL t0, R5
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFED777C: 38630001 addi r3,r3,1
- 6: GETL R3, t4
- 7: ADDL $0x1, t4
- 8: PUTL t4, R3
- 9: INCEIPL $4
-
- 0xFED7780: 546907BE rlwinm r9,r3,0,30,31
- 10: GETL R3, t6
- 11: ANDL $0x3, t6
- 12: PUTL t6, R9
- 13: INCEIPL $4
-
- 0xFED7784: 2F890000 cmpi cr7,r9,0
- 14: GETL R9, t8
- 15: CMP0L t8, t10 (-rSo)
- 16: ICRFL t10, $0x7, CR
- 17: INCEIPL $4
-
- 0xFED7788: 41820008 bc 12,2,0xFED7790
- 18: Js02o $0xFED7790
-
-
-
-. 2459 FED7778 20
-. 34 A5 FF FF 38 63 00 01 54 69 07 BE 2F 89 00 00 41 82 00 08
-==== BB 2460 (0xFED778C) approx BBs exec'd 0 ====
-
- 0xFED778C: 409EFFE0 bc 4,30,0xFED776C
- 0: Jc30o $0xFED776C
-
-
-
-. 2460 FED778C 4
-. 40 9E FF E0
-==== BB 2461 (0xFED7790) approx BBs exec'd 0 ====
-
- 0xFED7790: 28850003 cmpli cr1,r5,3
- 0: GETL R5, t0
- 1: MOVL $0x3, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0xFED7794: 5488402E rlwinm r8,r4,8,0,23
- 5: GETL R4, t6
- 6: SHLL $0x8, t6
- 7: PUTL t6, R8
- 8: INCEIPL $4
-
- 0xFED7798: 7C874378 or r7,r4,r8
- 9: GETL R4, t8
- 10: GETL R8, t10
- 11: ORL t10, t8
- 12: PUTL t8, R7
- 13: INCEIPL $4
-
- 0xFED779C: 3D407EFE lis r10,32510
- 14: MOVL $0x7EFE0000, t12
- 15: PUTL t12, R10
- 16: INCEIPL $4
-
- 0xFED77A0: 54E6801E rlwinm r6,r7,16,0,15
- 17: GETL R7, t14
- 18: SHLL $0x10, t14
- 19: PUTL t14, R6
- 20: INCEIPL $4
-
- 0xFED77A4: 614AFEFF ori r10,r10,0xFEFF
- 21: MOVL $0x7EFEFEFF, t16
- 22: PUTL t16, R10
- 23: INCEIPL $4
-
- 0xFED77A8: 7CE83378 or r8,r7,r6
- 24: GETL R7, t18
- 25: GETL R6, t20
- 26: ORL t20, t18
- 27: PUTL t18, R8
- 28: INCEIPL $4
-
- 0xFED77AC: 40850068 bc 4,5,0xFED7814
- 29: Jc05o $0xFED7814
-
-
-
-. 2461 FED7790 32
-. 28 85 00 03 54 88 40 2E 7C 87 43 78 3D 40 7E FE 54 E6 80 1E 61 4A FE FF 7C E8 33 78 40 85 00 68
-==== BB 2462 (0xFED77B0) approx BBs exec'd 0 ====
-
- 0xFED77B0: 3D608101 lis r11,-32511
- 0: MOVL $0x81010000, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0xFED77B4: 616B0100 ori r11,r11,0x100
- 3: MOVL $0x81010100, t2
- 4: PUTL t2, R11
- 5: INCEIPL $4
-
- 0xFED77B8: 80C30000 lwz r6,0(r3)
- 6: GETL R3, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R6
- 9: INCEIPL $4
-
- 0xFED77BC: 38A5FFFC addi r5,r5,-4
- 10: GETL R5, t8
- 11: ADDL $0xFFFFFFFC, t8
- 12: PUTL t8, R5
- 13: INCEIPL $4
-
- 0xFED77C0: 38630004 addi r3,r3,4
- 14: GETL R3, t10
- 15: ADDL $0x4, t10
- 16: PUTL t10, R3
- 17: INCEIPL $4
-
- 0xFED77C4: 2B050003 cmpli cr6,r5,3
- 18: GETL R5, t12
- 19: MOVL $0x3, t16
- 20: CMPUL t12, t16, t14 (-rSo)
- 21: ICRFL t14, $0x6, CR
- 22: INCEIPL $4
-
- 0xFED77C8: 7CC04278 xor r0,r6,r8
- 23: GETL R6, t18
- 24: GETL R8, t20
- 25: XORL t18, t20
- 26: PUTL t20, R0
- 27: INCEIPL $4
-
- 0xFED77CC: 7D205214 add r9,r0,r10
- 28: GETL R0, t22
- 29: GETL R10, t24
- 30: ADDL t22, t24
- 31: PUTL t24, R9
- 32: INCEIPL $4
-
- 0xFED77D0: 7C0C4A78 xor r12,r0,r9
- 33: GETL R0, t26
- 34: GETL R9, t28
- 35: XORL t26, t28
- 36: PUTL t28, R12
- 37: INCEIPL $4
-
- 0xFED77D4: 7D696079 andc. r9,r11,r12
- 38: GETL R11, t30
- 39: GETL R12, t32
- 40: NOTL t32
- 41: ANDL t30, t32
- 42: PUTL t32, R9
- 43: CMP0L t32, t34 (-rSo)
- 44: ICRFL t34, $0x0, CR
- 45: INCEIPL $4
-
- 0xFED77D8: 3923FFFC addi r9,r3,-4
- 46: GETL R3, t36
- 47: ADDL $0xFFFFFFFC, t36
- 48: PUTL t36, R9
- 49: INCEIPL $4
-
- 0xFED77DC: 41820034 bc 12,2,0xFED7810
- 50: Js02o $0xFED7810
-
-
-
-. 2462 FED77B0 48
-. 3D 60 81 01 61 6B 01 00 80 C3 00 00 38 A5 FF FC 38 63 00 04 2B 05 00 03 7C C0 42 78 7D 20 52 14 7C 0C 4A 78 7D 69 60 79 39 23 FF FC 41 82 00 34
-==== BB 2463 (0xFED7810) approx BBs exec'd 0 ====
-
- 0xFED7810: 4199FFA8 bc 12,25,0xFED77B8
- 0: Js25o $0xFED77B8
-
-
-
-. 2463 FED7810 4
-. 41 99 FF A8
-==== BB 2464 (0xFED77B8) approx BBs exec'd 0 ====
-
- 0xFED77B8: 80C30000 lwz r6,0(r3)
- 0: GETL R3, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R6
- 3: INCEIPL $4
-
- 0xFED77BC: 38A5FFFC addi r5,r5,-4
- 4: GETL R5, t4
- 5: ADDL $0xFFFFFFFC, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0xFED77C0: 38630004 addi r3,r3,4
- 8: GETL R3, t6
- 9: ADDL $0x4, t6
- 10: PUTL t6, R3
- 11: INCEIPL $4
-
- 0xFED77C4: 2B050003 cmpli cr6,r5,3
- 12: GETL R5, t8
- 13: MOVL $0x3, t12
- 14: CMPUL t8, t12, t10 (-rSo)
- 15: ICRFL t10, $0x6, CR
- 16: INCEIPL $4
-
- 0xFED77C8: 7CC04278 xor r0,r6,r8
- 17: GETL R6, t14
- 18: GETL R8, t16
- 19: XORL t14, t16
- 20: PUTL t16, R0
- 21: INCEIPL $4
-
- 0xFED77CC: 7D205214 add r9,r0,r10
- 22: GETL R0, t18
- 23: GETL R10, t20
- 24: ADDL t18, t20
- 25: PUTL t20, R9
- 26: INCEIPL $4
-
- 0xFED77D0: 7C0C4A78 xor r12,r0,r9
- 27: GETL R0, t22
- 28: GETL R9, t24
- 29: XORL t22, t24
- 30: PUTL t24, R12
- 31: INCEIPL $4
-
- 0xFED77D4: 7D696079 andc. r9,r11,r12
- 32: GETL R11, t26
- 33: GETL R12, t28
- 34: NOTL t28
- 35: ANDL t26, t28
- 36: PUTL t28, R9
- 37: CMP0L t28, t30 (-rSo)
- 38: ICRFL t30, $0x0, CR
- 39: INCEIPL $4
-
- 0xFED77D8: 3923FFFC addi r9,r3,-4
- 40: GETL R3, t32
- 41: ADDL $0xFFFFFFFC, t32
- 42: PUTL t32, R9
- 43: INCEIPL $4
-
- 0xFED77DC: 41820034 bc 12,2,0xFED7810
- 44: Js02o $0xFED7810
-
-
-
-. 2464 FED77B8 40
-. 80 C3 00 00 38 A5 FF FC 38 63 00 04 2B 05 00 03 7C C0 42 78 7D 20 52 14 7C 0C 4A 78 7D 69 60 79 39 23 FF FC 41 82 00 34
-==== BB 2465 (0xFED77E0) approx BBs exec'd 0 ====
-
- 0xFED77E0: 88E3FFFC lbz r7,-4(r3)
- 0: GETL R3, t0
- 1: ADDL $0xFFFFFFFC, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0xFED77E4: 7F872000 cmp cr7,r7,r4
- 5: GETL R7, t4
- 6: GETL R4, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x7, CR
- 9: INCEIPL $4
-
- 0xFED77E8: 419E006C bc 12,30,0xFED7854
- 10: Js30o $0xFED7854
-
-
-
-. 2465 FED77E0 12
-. 88 E3 FF FC 7F 87 20 00 41 9E 00 6C
-==== BB 2466 (0xFED77EC) approx BBs exec'd 0 ====
-
- 0xFED77EC: 89890001 lbz r12,1(r9)
- 0: GETL R9, t0
- 1: ADDL $0x1, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R12
- 4: INCEIPL $4
-
- 0xFED77F0: 7C8C2000 cmp cr1,r12,r4
- 5: GETL R12, t4
- 6: GETL R4, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x1, CR
- 9: INCEIPL $4
-
- 0xFED77F4: 4186006C bc 12,6,0xFED7860
- 10: Js06o $0xFED7860
-
-
-
-. 2466 FED77EC 12
-. 89 89 00 01 7C 8C 20 00 41 86 00 6C
-==== BB 2467 (0xFED77F8) approx BBs exec'd 0 ====
-
- 0xFED77F8: 88090002 lbz r0,2(r9)
- 0: GETL R9, t0
- 1: ADDL $0x2, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFED77FC: 7C002000 cmp cr0,r0,r4
- 5: GETL R0, t4
- 6: GETL R4, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x0, CR
- 9: INCEIPL $4
-
- 0xFED7800: 4182006C bc 12,2,0xFED786C
- 10: Js02o $0xFED786C
-
-
-
-. 2467 FED77F8 12
-. 88 09 00 02 7C 00 20 00 41 82 00 6C
-==== BB 2468 (0xFED786C) approx BBs exec'd 0 ====
-
- 0xFED786C: 3863FFFE addi r3,r3,-2
- 0: GETL R3, t0
- 1: ADDL $0xFFFFFFFE, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0xFED7870: 38210010 addi r1,r1,16
- 4: GETL R1, t2
- 5: ADDL $0x10, t2
- 6: PUTL t2, R1
- 7: INCEIPL $4
-
- 0xFED7874: 4E800020 blr
- 8: GETL LR, t4
- 9: JMPo-r t4 ($4)
-
-
-
-. 2468 FED786C 12
-. 38 63 FF FE 38 21 00 10 4E 80 00 20
-==== BB 2469 (0xFEBD8B0) approx BBs exec'd 0 ====
-
- 0xFEBD8B0: 7FA4EB78 or r4,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0xFEBD8B4: 7C791B79 or. r25,r3,r3
- 3: GETL R3, t2
- 4: PUTL t2, R25
- 5: CMP0L t2, t4 (-rSo)
- 6: ICRFL t4, $0x0, CR
- 7: INCEIPL $4
-
- 0xFEBD8B8: 7FE5FB78 or r5,r31,r31
- 8: GETL R31, t6
- 9: PUTL t6, R5
- 10: INCEIPL $4
-
- 0xFEBD8BC: 7F43D378 or r3,r26,r26
- 11: GETL R26, t8
- 12: PUTL t8, R3
- 13: INCEIPL $4
-
- 0xFEBD8C0: 40820088 bc 4,2,0xFEBD948
- 14: Jc02o $0xFEBD948
-
-
-
-. 2469 FEBD8B0 20
-. 7F A4 EB 78 7C 79 1B 79 7F E5 FB 78 7F 43 D3 78 40 82 00 88
-==== BB 2470 (0xFEBD948) approx BBs exec'd 0 ====
-
- 0xFEBD948: 7F97D050 subf r28,r23,r26
- 0: GETL R23, t0
- 1: GETL R26, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0xFEBD94C: 7FFDC850 subf r31,r29,r25
- 5: GETL R29, t4
- 6: GETL R25, t6
- 7: SUBL t4, t6
- 8: PUTL t6, R31
- 9: INCEIPL $4
-
- 0xFEBD950: 41900010 bc 12,16,0xFEBD960
- 10: Js16o $0xFEBD960
-
-
-
-. 2470 FEBD948 12
-. 7F 97 D0 50 7F FD C8 50 41 90 00 10
-==== BB 2471 (0xFEBD954) approx BBs exec'd 0 ====
-
- 0xFEBD954: 3B390001 addi r25,r25,1
- 0: GETL R25, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R25
- 3: INCEIPL $4
-
- 0xFEBD958: 40910008 bc 4,17,0xFEBD960
- 4: Jc17o $0xFEBD960
-
-
-
-. 2471 FEBD954 8
-. 3B 39 00 01 40 91 00 08
-==== BB 2472 (0xFEBD95C) approx BBs exec'd 0 ====
-
- 0xFEBD95C: 3BFF0001 addi r31,r31,1
- 0: GETL R31, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R31
- 3: INCEIPL $4
-
- 0xFEBD960: 7F43D378 or r3,r26,r26
- 4: GETL R26, t2
- 5: PUTL t2, R3
- 6: INCEIPL $4
-
- 0xFEBD964: 7FA4EB78 or r4,r29,r29
- 7: GETL R29, t4
- 8: PUTL t4, R4
- 9: INCEIPL $4
-
- 0xFEBD968: 7FE5FB78 or r5,r31,r31
- 10: GETL R31, t6
- 11: PUTL t6, R5
- 12: INCEIPL $4
-
- 0xFEBD96C: 4801AD6D bl 0xFED86D8
- 13: MOVL $0xFEBD970, t8
- 14: PUTL t8, LR
- 15: JMPo-c $0xFED86D8 ($4)
-
-
-
-. 2472 FEBD95C 20
-. 3B FF 00 01 7F 43 D3 78 7F A4 EB 78 7F E5 FB 78 48 01 AD 6D
-==== BB 2473 (0xFED8720) approx BBs exec'd 0 ====
-
- 0xFED8720: 7D2903A6 mtctr r9
- 0: GETL R9, t0
- 1: PUTL t0, CTR
- 2: INCEIPL $4
-
- 0xFED8724: 88BD0000 lbz r5,0(r29)
- 3: GETL R29, t2
- 4: LDB (t2), t4
- 5: PUTL t4, R5
- 6: INCEIPL $4
-
- 0xFED8728: 3BBD0001 addi r29,r29,1
- 7: GETL R29, t6
- 8: ADDL $0x1, t6
- 9: PUTL t6, R29
- 10: INCEIPL $4
-
- 0xFED872C: 98BF0000 stb r5,0(r31)
- 11: GETL R5, t8
- 12: GETL R31, t10
- 13: STB t8, (t10)
- 14: INCEIPL $4
-
- 0xFED8730: 3BFF0001 addi r31,r31,1
- 15: GETL R31, t12
- 16: ADDL $0x1, t12
- 17: PUTL t12, R31
- 18: INCEIPL $4
-
- 0xFED8734: 4200FFF0 bc 16,0,0xFED8724
- 19: GETL CTR, t14
- 20: ADDL $0xFFFFFFFF, t14
- 21: PUTL t14, CTR
- 22: JIFZL t14, $0xFED8738
- 23: JMPo $0xFED8724 ($4)
-
-
-
-. 2473 FED8720 24
-. 7D 29 03 A6 88 BD 00 00 3B BD 00 01 98 BF 00 00 3B FF 00 01 42 00 FF F0
-==== BB 2474 (0xFED8724) approx BBs exec'd 0 ====
-
- 0xFED8724: 88BD0000 lbz r5,0(r29)
- 0: GETL R29, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R5
- 3: INCEIPL $4
-
- 0xFED8728: 3BBD0001 addi r29,r29,1
- 4: GETL R29, t4
- 5: ADDL $0x1, t4
- 6: PUTL t4, R29
- 7: INCEIPL $4
-
- 0xFED872C: 98BF0000 stb r5,0(r31)
- 8: GETL R5, t6
- 9: GETL R31, t8
- 10: STB t6, (t8)
- 11: INCEIPL $4
-
- 0xFED8730: 3BFF0001 addi r31,r31,1
- 12: GETL R31, t10
- 13: ADDL $0x1, t10
- 14: PUTL t10, R31
- 15: INCEIPL $4
-
- 0xFED8734: 4200FFF0 bc 16,0,0xFED8724
- 16: GETL CTR, t12
- 17: ADDL $0xFFFFFFFF, t12
- 18: PUTL t12, CTR
- 19: JIFZL t12, $0xFED8738
- 20: JMPo $0xFED8724 ($4)
-
-
-
-. 2474 FED8724 20
-. 88 BD 00 00 3B BD 00 01 98 BF 00 00 3B FF 00 01 42 00 FF F0
-==== BB 2475 (0xFED88D8) approx BBs exec'd 0 ====
-
- 0xFED88D8: 80040000 lwz r0,0(r4)
- 0: GETL R4, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0xFED88DC: 3884FFF8 addi r4,r4,-8
- 4: GETL R4, t4
- 5: ADDL $0xFFFFFFF8, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0xFED88E0: 8124000C lwz r9,12(r4)
- 8: GETL R4, t6
- 9: ADDL $0xC, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R9
- 12: INCEIPL $4
-
- 0xFED88E4: 3863FFF4 addi r3,r3,-12
- 13: GETL R3, t10
- 14: ADDL $0xFFFFFFF4, t10
- 15: PUTL t10, R3
- 16: INCEIPL $4
-
- 0xFED88E8: 38A50002 addi r5,r5,2
- 17: GETL R5, t12
- 18: ADDL $0x2, t12
- 19: PUTL t12, R5
- 20: INCEIPL $4
-
- 0xFED88EC: 9003000C stw r0,12(r3)
- 21: GETL R0, t14
- 22: GETL R3, t16
- 23: ADDL $0xC, t16
- 24: STL t14, (t16)
- 25: INCEIPL $4
-
- 0xFED88F0: 4BFFFF34 b 0xFED8824
- 26: JMPo $0xFED8824 ($4)
-
-
-
-. 2475 FED88D8 28
-. 80 04 00 00 38 84 FF F8 81 24 00 0C 38 63 FF F4 38 A5 00 02 90 03 00 0C 4B FF FF 34
-==== BB 2476 (0xFED8824) approx BBs exec'd 0 ====
-
- 0xFED8824: 80040010 lwz r0,16(r4)
- 0: GETL R4, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFED8828: 91230010 stw r9,16(r3)
- 5: GETL R9, t4
- 6: GETL R3, t6
- 7: ADDL $0x10, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFED882C: 81240014 lwz r9,20(r4)
- 10: GETL R4, t8
- 11: ADDL $0x14, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R9
- 14: INCEIPL $4
-
- 0xFED8830: 90030014 stw r0,20(r3)
- 15: GETL R0, t12
- 16: GETL R3, t14
- 17: ADDL $0x14, t14
- 18: STL t12, (t14)
- 19: INCEIPL $4
-
- 0xFED8834: 80040018 lwz r0,24(r4)
- 20: GETL R4, t16
- 21: ADDL $0x18, t16
- 22: LDL (t16), t18
- 23: PUTL t18, R0
- 24: INCEIPL $4
-
- 0xFED8838: 91230018 stw r9,24(r3)
- 25: GETL R9, t20
- 26: GETL R3, t22
- 27: ADDL $0x18, t22
- 28: STL t20, (t22)
- 29: INCEIPL $4
-
- 0xFED883C: 34A5FFF8 addic. r5,r5,-8
- 30: GETL R5, t24
- 31: ADCL $0xFFFFFFF8, t24 (-wCa)
- 32: PUTL t24, R5
- 33: CMP0L t24, t26 (-rSo)
- 34: ICRFL t26, $0x0, CR
- 35: INCEIPL $4
-
- 0xFED8840: 8124001C lwz r9,28(r4)
- 36: GETL R4, t28
- 37: ADDL $0x1C, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R9
- 40: INCEIPL $4
-
- 0xFED8844: 9003001C stw r0,28(r3)
- 41: GETL R0, t32
- 42: GETL R3, t34
- 43: ADDL $0x1C, t34
- 44: STL t32, (t34)
- 45: INCEIPL $4
-
- 0xFED8848: 38840020 addi r4,r4,32
- 46: GETL R4, t36
- 47: ADDL $0x20, t36
- 48: PUTL t36, R4
- 49: INCEIPL $4
-
- 0xFED884C: 38630020 addi r3,r3,32
- 50: GETL R3, t38
- 51: ADDL $0x20, t38
- 52: PUTL t38, R3
- 53: INCEIPL $4
-
- 0xFED8850: 40A2FFB4 bc 5,2,0xFED8804
- 54: Jc02o $0xFED8804
-
-
-
-. 2476 FED8824 48
-. 80 04 00 10 91 23 00 10 81 24 00 14 90 03 00 14 80 04 00 18 91 23 00 18 34 A5 FF F8 81 24 00 1C 90 03 00 1C 38 84 00 20 38 63 00 20 40 A2 FF B4
-==== BB 2477 (0xFEBD970) approx BBs exec'd 0 ====
-
- 0xFEBD970: 81410044 lwz r10,68(r1)
- 0: GETL R1, t0
- 1: ADDL $0x44, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0xFEBD974: 81810014 lwz r12,20(r1)
- 5: GETL R1, t4
- 6: ADDL $0x14, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R12
- 9: INCEIPL $4
-
- 0xFEBD978: 7C7CFA14 add r3,r28,r31
- 10: GETL R28, t8
- 11: GETL R31, t10
- 12: ADDL t8, t10
- 13: PUTL t10, R3
- 14: INCEIPL $4
-
- 0xFEBD97C: 933B0004 stw r25,4(r27)
- 15: GETL R25, t12
- 16: GETL R27, t14
- 17: ADDL $0x4, t14
- 18: STL t12, (t14)
- 19: INCEIPL $4
-
- 0xFEBD980: 7D4803A6 mtlr r10
- 20: GETL R10, t16
- 21: PUTL t16, LR
- 22: INCEIPL $4
-
- 0xFEBD984: 82C10018 lwz r22,24(r1)
- 23: GETL R1, t18
- 24: ADDL $0x18, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R22
- 27: INCEIPL $4
-
- 0xFEBD988: 7D838120 mtcrf 0x38,r12
- 28: GETL R12, t22
- 29: ICRFL t22, $0x2, CR
- 30: ICRFL t22, $0x3, CR
- 31: ICRFL t22, $0x4, CR
- 32: INCEIPL $4
-
- 0xFEBD98C: 82E1001C lwz r23,28(r1)
- 33: GETL R1, t24
- 34: ADDL $0x1C, t24
- 35: LDL (t24), t26
- 36: PUTL t26, R23
- 37: INCEIPL $4
-
- 0xFEBD990: 83010020 lwz r24,32(r1)
- 38: GETL R1, t28
- 39: ADDL $0x20, t28
- 40: LDL (t28), t30
- 41: PUTL t30, R24
- 42: INCEIPL $4
-
- 0xFEBD994: 83210024 lwz r25,36(r1)
- 43: GETL R1, t32
- 44: ADDL $0x24, t32
- 45: LDL (t32), t34
- 46: PUTL t34, R25
- 47: INCEIPL $4
-
- 0xFEBD998: 83410028 lwz r26,40(r1)
- 48: GETL R1, t36
- 49: ADDL $0x28, t36
- 50: LDL (t36), t38
- 51: PUTL t38, R26
- 52: INCEIPL $4
-
- 0xFEBD99C: 8361002C lwz r27,44(r1)
- 53: GETL R1, t40
- 54: ADDL $0x2C, t40
- 55: LDL (t40), t42
- 56: PUTL t42, R27
- 57: INCEIPL $4
-
- 0xFEBD9A0: 83810030 lwz r28,48(r1)
- 58: GETL R1, t44
- 59: ADDL $0x30, t44
- 60: LDL (t44), t46
- 61: PUTL t46, R28
- 62: INCEIPL $4
-
- 0xFEBD9A4: 83A10034 lwz r29,52(r1)
- 63: GETL R1, t48
- 64: ADDL $0x34, t48
- 65: LDL (t48), t50
- 66: PUTL t50, R29
- 67: INCEIPL $4
-
- 0xFEBD9A8: 83C10038 lwz r30,56(r1)
- 68: GETL R1, t52
- 69: ADDL $0x38, t52
- 70: LDL (t52), t54
- 71: PUTL t54, R30
- 72: INCEIPL $4
-
- 0xFEBD9AC: 83E1003C lwz r31,60(r1)
- 73: GETL R1, t56
- 74: ADDL $0x3C, t56
- 75: LDL (t56), t58
- 76: PUTL t58, R31
- 77: INCEIPL $4
-
- 0xFEBD9B0: 38210040 addi r1,r1,64
- 78: GETL R1, t60
- 79: ADDL $0x40, t60
- 80: PUTL t60, R1
- 81: INCEIPL $4
-
- 0xFEBD9B4: 4E800020 blr
- 82: GETL LR, t62
- 83: JMPo-r t62 ($4)
-
-
-
-. 2477 FEBD970 72
-. 81 41 00 44 81 81 00 14 7C 7C FA 14 93 3B 00 04 7D 48 03 A6 82 C1 00 18 7D 83 81 20 82 E1 00 1C 83 01 00 20 83 21 00 24 83 41 00 28 83 61 00 2C 83 81 00 30 83 A1 00 34 83 C1 00 38 83 E1 00 3C 38 21 00 40 4E 80 00 20
-==== BB 2478 (0xFEBD7E0) approx BBs exec'd 0 ====
-
- 0xFEBD7E0: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFEBD7E4: 38210010 addi r1,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R1
- 8: INCEIPL $4
-
- 0xFEBD7E8: 7C0803A6 mtlr r0
- 9: GETL R0, t6
- 10: PUTL t6, LR
- 11: INCEIPL $4
-
- 0xFEBD7EC: 4E800020 blr
- 12: GETL LR, t8
- 13: JMPo-r t8 ($4)
-
-
-
-. 2478 FEBD7E0 16
-. 80 01 00 14 38 21 00 10 7C 08 03 A6 4E 80 00 20
-==== BB 2479 (0xFEC80D8) approx BBs exec'd 0 ====
-
- 0xFEC80D8: 39400000 li r10,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R10
- 2: INCEIPL $4
-
- 0xFEC80DC: 2C830000 cmpi cr1,r3,0
- 3: GETL R3, t2
- 4: CMP0L t2, t4 (-rSo)
- 5: ICRFL t4, $0x1, CR
- 6: INCEIPL $4
-
- 0xFEC80E0: 40860038 bc 4,6,0xFEC8118
- 7: Jc06o $0xFEC8118
-
-
-
-. 2479 FEC80D8 12
-. 39 40 00 00 2C 83 00 00 40 86 00 38
-==== BB 2480 (0xFEC8118) approx BBs exec'd 0 ====
-
- 0xFEC8118: 813F0000 lwz r9,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0xFEC811C: 809E1C4C lwz r4,7244(r30)
- 4: GETL R30, t4
- 5: ADDL $0x1C4C, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R4
- 8: INCEIPL $4
-
- 0xFEC8120: 7D641214 add r11,r4,r2
- 9: GETL R4, t8
- 10: GETL R2, t10
- 11: ADDL t8, t10
- 12: PUTL t10, R11
- 13: INCEIPL $4
-
- 0xFEC8124: 71200020 andi. r0,r9,0x20
- 14: GETL R9, t12
- 15: ANDL $0x20, t12
- 16: PUTL t12, R0
- 17: CMP0L t12, t14 (-rSo)
- 18: ICRFL t14, $0x0, CR
- 19: INCEIPL $4
-
- 0xFEC8128: 41820010 bc 12,2,0xFEC8138
- 20: Js02o $0xFEC8138
-
-
-
-. 2480 FEC8118 20
-. 81 3F 00 00 80 9E 1C 4C 7D 64 12 14 71 20 00 20 41 82 00 10
-==== BB 2481 (0xFEC8138) approx BBs exec'd 0 ====
-
- 0xFEC8138: 38C00000 li r6,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R6
- 2: INCEIPL $4
-
- 0xFEC813C: 7FAAEB78 or r10,r29,r29
- 3: GETL R29, t2
- 4: PUTL t2, R10
- 5: INCEIPL $4
-
- 0xFEC8140: 7CDD19AE stbx r6,r29,r3
- 6: GETL R3, t4
- 7: GETL R29, t6
- 8: ADDL t6, t4
- 9: GETL R6, t8
- 10: STB t8, (t4)
- 11: INCEIPL $4
-
- 0xFEC8144: 4BFFFFA0 b 0xFEC80E4
- 12: JMPo $0xFEC80E4 ($4)
-
-
-
-. 2481 FEC8138 16
-. 38 C0 00 00 7F AA EB 78 7C DD 19 AE 4B FF FF A0
-==== BB 2482 (0xFEC80E4) approx BBs exec'd 0 ====
-
- 0xFEC80E4: 813F0000 lwz r9,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0xFEC80E8: 7D23E378 or r3,r9,r28
- 4: GETL R9, t4
- 5: GETL R28, t6
- 6: ORL t6, t4
- 7: PUTL t4, R3
- 8: INCEIPL $4
-
- 0xFEC80EC: 7D495378 or r9,r10,r10
- 9: GETL R10, t8
- 10: PUTL t8, R9
- 11: INCEIPL $4
-
- 0xFEC80F0: 907F0000 stw r3,0(r31)
- 12: GETL R3, t10
- 13: GETL R31, t12
- 14: STL t10, (t12)
- 15: INCEIPL $4
-
- 0xFEC80F4: 80E10024 lwz r7,36(r1)
- 16: GETL R1, t14
- 17: ADDL $0x24, t14
- 18: LDL (t14), t16
- 19: PUTL t16, R7
- 20: INCEIPL $4
-
- 0xFEC80F8: 7D234B78 or r3,r9,r9
- 21: GETL R9, t18
- 22: PUTL t18, R3
- 23: INCEIPL $4
-
- 0xFEC80FC: 83810010 lwz r28,16(r1)
- 24: GETL R1, t20
- 25: ADDL $0x10, t20
- 26: LDL (t20), t22
- 27: PUTL t22, R28
- 28: INCEIPL $4
-
- 0xFEC8100: 83A10014 lwz r29,20(r1)
- 29: GETL R1, t24
- 30: ADDL $0x14, t24
- 31: LDL (t24), t26
- 32: PUTL t26, R29
- 33: INCEIPL $4
-
- 0xFEC8104: 7CE803A6 mtlr r7
- 34: GETL R7, t28
- 35: PUTL t28, LR
- 36: INCEIPL $4
-
- 0xFEC8108: 83C10018 lwz r30,24(r1)
- 37: GETL R1, t30
- 38: ADDL $0x18, t30
- 39: LDL (t30), t32
- 40: PUTL t32, R30
- 41: INCEIPL $4
-
- 0xFEC810C: 83E1001C lwz r31,28(r1)
- 42: GETL R1, t34
- 43: ADDL $0x1C, t34
- 44: LDL (t34), t36
- 45: PUTL t36, R31
- 46: INCEIPL $4
-
- 0xFEC8110: 38210020 addi r1,r1,32
- 47: GETL R1, t38
- 48: ADDL $0x20, t38
- 49: PUTL t38, R1
- 50: INCEIPL $4
-
- 0xFEC8114: 4E800020 blr
- 51: GETL LR, t40
- 52: JMPo-r t40 ($4)
-
-
-
-. 2482 FEC80E4 52
-. 81 3F 00 00 7D 23 E3 78 7D 49 53 78 90 7F 00 00 80 E1 00 24 7D 23 4B 78 83 81 00 10 83 A1 00 14 7C E8 03 A6 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 2483 (0xFE8D0B8) approx BBs exec'd 0 ====
-
- 0xFE8D0B8: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xFE8D0BC: 419E033C bc 12,30,0xFE8D3F8
- 4: Js30o $0xFE8D3F8
-
-
-
-. 2483 FE8D0B8 8
-. 2F 83 00 00 41 9E 03 3C
-==== BB 2484 (0xFE8D0C0) approx BBs exec'd 0 ====
-
- 0xFE8D0C0: 7F43D378 or r3,r26,r26
- 0: GETL R26, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE8D0C4: 3880000A li r4,10
- 3: MOVL $0xA, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0xFE8D0C8: 48049205 bl 0xFED62CC
- 6: MOVL $0xFE8D0CC, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0xFED62CC ($4)
-
-
-
-. 2484 FE8D0C0 12
-. 7F 43 D3 78 38 80 00 0A 48 04 92 05
-==== BB 2485 (0xFED6348) approx BBs exec'd 0 ====
-
- 0xFED6348: 7CE62838 and r6,r7,r5
- 0: GETL R7, t0
- 1: GETL R5, t2
- 2: ANDL t0, t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0xFED634C: 7CEB2B78 or r11,r7,r5
- 5: GETL R7, t4
- 6: GETL R5, t6
- 7: ORL t6, t4
- 8: PUTL t4, R11
- 9: INCEIPL $4
-
- 0xFED6350: 7CE06038 and r0,r7,r12
- 10: GETL R7, t8
- 11: GETL R12, t10
- 12: ANDL t8, t10
- 13: PUTL t10, R0
- 14: INCEIPL $4
-
- 0xFED6354: 7CEA6378 or r10,r7,r12
- 15: GETL R7, t12
- 16: GETL R12, t14
- 17: ORL t14, t12
- 18: PUTL t12, R10
- 19: INCEIPL $4
-
- 0xFED6358: 7CC63A14 add r6,r6,r7
- 20: GETL R6, t16
- 21: GETL R7, t18
- 22: ADDL t16, t18
- 23: PUTL t18, R6
- 24: INCEIPL $4
-
- 0xFED635C: 7C003A14 add r0,r0,r7
- 25: GETL R0, t20
- 26: GETL R7, t22
- 27: ADDL t20, t22
- 28: PUTL t22, R0
- 29: INCEIPL $4
-
- 0xFED6360: 7D6530F8 nor r5,r11,r6
- 30: GETL R11, t24
- 31: GETL R6, t26
- 32: ORL t26, t24
- 33: NOTL t24
- 34: PUTL t24, R5
- 35: INCEIPL $4
-
- 0xFED6364: 7D4900F8 nor r9,r10,r0
- 36: GETL R10, t28
- 37: GETL R0, t30
- 38: ORL t30, t28
- 39: NOTL t28
- 40: PUTL t28, R9
- 41: INCEIPL $4
-
- 0xFED6368: 7C054840 cmpl cr0,r5,r9
- 42: GETL R5, t32
- 43: GETL R9, t34
- 44: CMPUL t32, t34, t36 (-rSo)
- 45: ICRFL t36, $0x0, CR
- 46: INCEIPL $4
-
- 0xFED636C: 4D810020 bclr 12,1
- 47: GETL LR, t38
- 48: Js01o-r t38
-
-
-
-. 2485 FED6348 40
-. 7C E6 28 38 7C EB 2B 78 7C E0 60 38 7C EA 63 78 7C C6 3A 14 7C 00 3A 14 7D 65 30 F8 7D 49 00 F8 7C 05 48 40 4D 81 00 20
-==== BB 2486 (0xFED6370) approx BBs exec'd 0 ====
-
- 0xFED6370: 7D240034 cntlzw r4,r9
- 0: GETL R9, t0
- 1: CNTLZL t0
- 2: PUTL t0, R4
- 3: INCEIPL $4
-
- 0xFED6374: 5484E8FE rlwinm r4,r4,29,3,31
- 4: GETL R4, t2
- 5: SHRL $0x3, t2
- 6: PUTL t2, R4
- 7: INCEIPL $4
-
- 0xFED6378: 7C682214 add r3,r8,r4
- 8: GETL R8, t4
- 9: GETL R4, t6
- 10: ADDL t4, t6
- 11: PUTL t6, R3
- 12: INCEIPL $4
-
- 0xFED637C: 4E800020 blr
- 13: GETL LR, t8
- 14: JMPo-r t8 ($4)
-
-
-
-. 2486 FED6370 16
-. 7D 24 00 34 54 84 E8 FE 7C 68 22 14 4E 80 00 20
-==== BB 2487 (0xFE8D0CC) approx BBs exec'd 0 ====
-
- 0xFE8D0CC: 7D121214 add r8,r18,r2
- 0: GETL R18, t0
- 1: GETL R2, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0xFE8D0D0: 3003FFFF addic r0,r3,-1
- 5: GETL R3, t4
- 6: ADCL $0xFFFFFFFF, t4 (-wCa)
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFE8D0D4: 7E201910 subfe r17,r0,r3
- 9: GETL R0, t6
- 10: GETL R3, t8
- 11: SBBL t6, t8 (-rCa-wCa)
- 12: PUTL t8, R17
- 13: INCEIPL $4
-
- 0xFE8D0D8: 7F43D378 or r3,r26,r26
- 14: GETL R26, t10
- 15: PUTL t10, R3
- 16: INCEIPL $4
-
- 0xFE8D0DC: 48000008 b 0xFE8D0E4
- 17: JMPo $0xFE8D0E4 ($4)
-
-
-
-. 2487 FE8D0CC 20
-. 7D 12 12 14 30 03 FF FF 7E 20 19 10 7F 43 D3 78 48 00 00 08
-==== BB 2488 (0xFE8D0E4) approx BBs exec'd 0 ====
-
- 0xFE8D0E4: 82680000 lwz r19,0(r8)
- 0: GETL R8, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R19
- 3: INCEIPL $4
-
- 0xFE8D0E8: 2C930000 cmpi cr1,r19,0
- 4: GETL R19, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x1, CR
- 7: INCEIPL $4
-
- 0xFE8D0EC: 41860380 bc 12,6,0xFE8D46C
- 8: Js06o $0xFE8D46C
-
-
-
-. 2488 FE8D0E4 12
-. 82 68 00 00 2C 93 00 00 41 86 03 80
-==== BB 2489 (0xFE8D0F0) approx BBs exec'd 0 ====
-
- 0xFE8D0F0: 89430000 lbz r10,0(r3)
- 0: GETL R3, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R10
- 3: INCEIPL $4
-
- 0xFE8D0F4: 83280000 lwz r25,0(r8)
- 4: GETL R8, t4
- 5: LDL (t4), t6
- 6: PUTL t6, R25
- 7: INCEIPL $4
-
- 0xFE8D0F8: 555C083C rlwinm r28,r10,1,0,30
- 8: GETL R10, t8
- 9: SHLL $0x1, t8
- 10: PUTL t8, R28
- 11: INCEIPL $4
-
- 0xFE8D0FC: 7F1CCA2E lhzx r24,r28,r25
- 12: GETL R25, t10
- 13: GETL R28, t12
- 14: ADDL t12, t10
- 15: LDW (t10), t14
- 16: PUTL t14, R24
- 17: INCEIPL $4
-
- 0xFE8D100: 73090020 andi. r9,r24,0x20
- 18: GETL R24, t16
- 19: ANDL $0x20, t16
- 20: PUTL t16, R9
- 21: CMP0L t16, t18 (-rSo)
- 22: ICRFL t18, $0x0, CR
- 23: INCEIPL $4
-
- 0xFE8D104: 4082FFDC bc 4,2,0xFE8D0E0
- 24: Jc02o $0xFE8D0E0
-
-
-
-. 2489 FE8D0F0 24
-. 89 43 00 00 83 28 00 00 55 5C 08 3C 7F 1C CA 2E 73 09 00 20 40 82 FF DC
-==== BB 2490 (0xFE8D108) approx BBs exec'd 0 ====
-
- 0xFE8D108: 2F0A0000 cmpi cr6,r10,0
- 0: GETL R10, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0xFE8D10C: 419A02D8 bc 12,26,0xFE8D3E4
- 4: Js26o $0xFE8D3E4
-
-
-
-. 2490 FE8D108 8
-. 2F 0A 00 00 41 9A 02 D8
-==== BB 2491 (0xFE8D110) approx BBs exec'd 0 ====
-
- 0xFE8D110: 2F8A0023 cmpi cr7,r10,35
- 0: GETL R10, t0
- 1: MOVL $0x23, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFE8D114: 7C761B78 or r22,r3,r3
- 5: GETL R3, t6
- 6: PUTL t6, R22
- 7: INCEIPL $4
-
- 0xFE8D118: 7D121214 add r8,r18,r2
- 8: GETL R18, t8
- 9: GETL R2, t10
- 10: ADDL t8, t10
- 11: PUTL t10, R8
- 12: INCEIPL $4
-
- 0xFE8D11C: 38630001 addi r3,r3,1
- 13: GETL R3, t12
- 14: ADDL $0x1, t12
- 15: PUTL t12, R3
- 16: INCEIPL $4
-
- 0xFE8D120: 40BE0020 bc 5,30,0xFE8D140
- 17: Jc30o $0xFE8D140
-
-
-
-. 2491 FE8D110 20
-. 2F 8A 00 23 7C 76 1B 78 7D 12 12 14 38 63 00 01 40 BE 00 20
-==== BB 2492 (0xFE8D124) approx BBs exec'd 0 ====
-
- 0xFE8D124: 480002C0 b 0xFE8D3E4
- 0: JMPo $0xFE8D3E4 ($4)
-
-
-
-. 2492 FE8D124 4
-. 48 00 02 C0
-==== BB 2493 (0xFE8D3E4) approx BBs exec'd 0 ====
-
- 0xFE8D3E4: 2C110000 cmpi cr0,r17,0
- 0: GETL R17, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0xFE8D3E8: 4182009C bc 12,2,0xFE8D484
- 4: Js02o $0xFE8D484
-
-
-
-. 2493 FE8D3E4 8
-. 2C 11 00 00 41 82 00 9C
-==== BB 2494 (0xFE8D3EC) approx BBs exec'd 0 ====
-
- 0xFE8D3EC: 823B0000 lwz r17,0(r27)
- 0: GETL R27, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R17
- 3: INCEIPL $4
-
- 0xFE8D3F0: 72290010 andi. r9,r17,0x10
- 4: GETL R17, t4
- 5: ANDL $0x10, t4
- 6: PUTL t4, R9
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0xFE8D3F4: 4182FCB4 bc 12,2,0xFE8D0A8
- 10: Js02o $0xFE8D0A8
-
-
-
-. 2494 FE8D3EC 12
-. 82 3B 00 00 72 29 00 10 41 82 FC B4
-==== BB 2495 (0xFE8D0A8) approx BBs exec'd 0 ====
-
- 0xFE8D0A8: 7F43D378 or r3,r26,r26
- 0: GETL R26, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE8D0AC: 38800190 li r4,400
- 3: MOVL $0x190, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0xFE8D0B0: 7F65DB78 or r5,r27,r27
- 6: GETL R27, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0xFE8D0B4: 4803AFC5 bl 0xFEC8078
- 9: MOVL $0xFE8D0B8, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFEC8078 ($4)
-
-
-
-. 2495 FE8D0A8 16
-. 7F 43 D3 78 38 80 01 90 7F 65 DB 78 48 03 AF C5
-==== BB 2496 (0xFED7854) approx BBs exec'd 0 ====
-
- 0xFED7854: 7D234B78 or r3,r9,r9
- 0: GETL R9, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFED7858: 38210010 addi r1,r1,16
- 3: GETL R1, t2
- 4: ADDL $0x10, t2
- 5: PUTL t2, R1
- 6: INCEIPL $4
-
- 0xFED785C: 4E800020 blr
- 7: GETL LR, t4
- 8: JMPo-r t4 ($4)
-
-
-
-. 2496 FED7854 12
-. 7D 23 4B 78 38 21 00 10 4E 80 00 20
-==== BB 2497 (0xFED87A8) approx BBs exec'd 0 ====
-
- 0xFED87A8: 7FE3FB78 or r3,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFED87AC: 7FA4EB78 or r4,r29,r29
- 3: GETL R29, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0xFED87B0: 5785F0BE rlwinm r5,r28,30,2,31
- 6: GETL R28, t4
- 7: SHRL $0x2, t4
- 8: PUTL t4, R5
- 9: INCEIPL $4
-
- 0xFED87B4: 4800015D bl 0xFED8910
- 10: MOVL $0xFED87B8, t6
- 11: PUTL t6, LR
- 12: JMPo-c $0xFED8910 ($4)
-
-
-
-. 2497 FED87A8 16
-. 7F E3 FB 78 7F A4 EB 78 57 85 F0 BE 48 00 01 5D
-==== BB 2498 _wordcopy_fwd_dest_aligned(0xFED8910) approx BBs exec'd 0 ====
-
- 0xFED8910: 54A007BE rlwinm r0,r5,0,30,31
- 0: GETL R5, t0
- 1: ANDL $0x3, t0
- 2: PUTL t0, R0
- 3: INCEIPL $4
-
- 0xFED8914: 54881EF8 rlwinm r8,r4,3,27,28
- 4: GETL R4, t2
- 5: ROLL $0x3, t2
- 6: ANDL $0x18, t2
- 7: PUTL t2, R8
- 8: INCEIPL $4
-
- 0xFED8918: 2F800001 cmpi cr7,r0,1
- 9: GETL R0, t4
- 10: MOVL $0x1, t8
- 11: CMPL t4, t8, t6 (-rSo)
- 12: ICRFL t6, $0x7, CR
- 13: INCEIPL $4
-
- 0xFED891C: 9421FFF0 stwu r1,-16(r1)
- 14: GETL R1, t10
- 15: GETL R1, t12
- 16: ADDL $0xFFFFFFF0, t12
- 17: PUTL t12, R1
- 18: STL t10, (t12)
- 19: INCEIPL $4
-
- 0xFED8920: 5484003A rlwinm r4,r4,0,0,29
- 20: GETL R4, t14
- 21: ANDL $0xFFFFFFFC, t14
- 22: PUTL t14, R4
- 23: INCEIPL $4
-
- 0xFED8924: 20E80020 subfic r7,r8,32
- 24: GETL R8, t16
- 25: MOVL $0x20, t18
- 26: SBBL t16, t18 (-wCa)
- 27: PUTL t18, R7
- 28: INCEIPL $4
-
- 0xFED8928: 419E00B8 bc 12,30,0xFED89E0
- 29: Js30o $0xFED89E0
-
-
-
-. 2498 FED8910 28
-. 54 A0 07 BE 54 88 1E F8 2F 80 00 01 94 21 FF F0 54 84 00 3A 20 E8 00 20 41 9E 00 B8
-==== BB 2499 (0xFED892C) approx BBs exec'd 0 ====
-
- 0xFED892C: 28000001 cmpli cr0,r0,1
- 0: GETL R0, t0
- 1: MOVL $0x1, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0xFED8930: 4180008C bc 12,0,0xFED89BC
- 5: Js00o $0xFED89BC
-
-
-
-. 2499 FED892C 8
-. 28 00 00 01 41 80 00 8C
-==== BB 2500 (0xFED8934) approx BBs exec'd 0 ====
-
- 0xFED8934: 2C800002 cmpi cr1,r0,2
- 0: GETL R0, t0
- 1: MOVL $0x2, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0xFED8938: 418600BC bc 12,6,0xFED89F4
- 5: Js06o $0xFED89F4
-
-
-
-. 2500 FED8934 8
-. 2C 80 00 02 41 86 00 BC
-==== BB 2501 (0xFED893C) approx BBs exec'd 0 ====
-
- 0xFED893C: 2F000003 cmpi cr6,r0,3
- 0: GETL R0, t0
- 1: MOVL $0x3, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x6, CR
- 4: INCEIPL $4
-
- 0xFED8940: 419A008C bc 12,26,0xFED89CC
- 5: Js26o $0xFED89CC
-
-
-
-. 2501 FED893C 8
-. 2F 00 00 03 41 9A 00 8C
-==== BB 2502 (0xFED89CC) approx BBs exec'd 0 ====
-
- 0xFED89CC: 81640000 lwz r11,0(r4)
- 0: GETL R4, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R11
- 3: INCEIPL $4
-
- 0xFED89D0: 3863FFF8 addi r3,r3,-8
- 4: GETL R3, t4
- 5: ADDL $0xFFFFFFF8, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFED89D4: 81440004 lwz r10,4(r4)
- 8: GETL R4, t6
- 9: ADDL $0x4, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R10
- 12: INCEIPL $4
-
- 0xFED89D8: 38A50001 addi r5,r5,1
- 13: GETL R5, t10
- 14: ADDL $0x1, t10
- 15: PUTL t10, R5
- 16: INCEIPL $4
-
- 0xFED89DC: 4BFFFF90 b 0xFED896C
- 17: JMPo $0xFED896C ($4)
-
-
-
-. 2502 FED89CC 20
-. 81 64 00 00 38 63 FF F8 81 44 00 04 38 A5 00 01 4B FF FF 90
-==== BB 2503 (0xFED896C) approx BBs exec'd 0 ====
-
- 0xFED896C: 7D6C4030 slw r12,r11,r8
- 0: GETL R11, t2
- 1: GETL R8, t0
- 2: SHLL t0, t2
- 3: PUTL t2, R12
- 4: INCEIPL $4
-
- 0xFED8970: 7D4B3C30 srw r11,r10,r7
- 5: GETL R10, t6
- 6: GETL R7, t4
- 7: SHRL t4, t6
- 8: PUTL t6, R11
- 9: INCEIPL $4
-
- 0xFED8974: 7D865B78 or r6,r12,r11
- 10: GETL R12, t8
- 11: GETL R11, t10
- 12: ORL t10, t8
- 13: PUTL t8, R6
- 14: INCEIPL $4
-
- 0xFED8978: 81640008 lwz r11,8(r4)
- 15: GETL R4, t12
- 16: ADDL $0x8, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R11
- 19: INCEIPL $4
-
- 0xFED897C: 90C30008 stw r6,8(r3)
- 20: GETL R6, t16
- 21: GETL R3, t18
- 22: ADDL $0x8, t18
- 23: STL t16, (t18)
- 24: INCEIPL $4
-
- 0xFED8980: 34A5FFFC addic. r5,r5,-4
- 25: GETL R5, t20
- 26: ADCL $0xFFFFFFFC, t20 (-wCa)
- 27: PUTL t20, R5
- 28: CMP0L t20, t22 (-rSo)
- 29: ICRFL t22, $0x0, CR
- 30: INCEIPL $4
-
- 0xFED8984: 7D464030 slw r6,r10,r8
- 31: GETL R10, t26
- 32: GETL R8, t24
- 33: SHLL t24, t26
- 34: PUTL t26, R6
- 35: INCEIPL $4
-
- 0xFED8988: 7D693C30 srw r9,r11,r7
- 36: GETL R11, t30
- 37: GETL R7, t28
- 38: SHRL t28, t30
- 39: PUTL t30, R9
- 40: INCEIPL $4
-
- 0xFED898C: 8144000C lwz r10,12(r4)
- 41: GETL R4, t32
- 42: ADDL $0xC, t32
- 43: LDL (t32), t34
- 44: PUTL t34, R10
- 45: INCEIPL $4
-
- 0xFED8990: 7CC04B78 or r0,r6,r9
- 46: GETL R6, t36
- 47: GETL R9, t38
- 48: ORL t38, t36
- 49: PUTL t36, R0
- 50: INCEIPL $4
-
- 0xFED8994: 38840010 addi r4,r4,16
- 51: GETL R4, t40
- 52: ADDL $0x10, t40
- 53: PUTL t40, R4
- 54: INCEIPL $4
-
- 0xFED8998: 9003000C stw r0,12(r3)
- 55: GETL R0, t42
- 56: GETL R3, t44
- 57: ADDL $0xC, t44
- 58: STL t42, (t44)
- 59: INCEIPL $4
-
- 0xFED899C: 38630010 addi r3,r3,16
- 60: GETL R3, t46
- 61: ADDL $0x10, t46
- 62: PUTL t46, R3
- 63: INCEIPL $4
-
- 0xFED89A0: 40A2FFA4 bc 5,2,0xFED8944
- 64: Jc02o $0xFED8944
-
-
-
-. 2503 FED896C 56
-. 7D 6C 40 30 7D 4B 3C 30 7D 86 5B 78 81 64 00 08 90 C3 00 08 34 A5 FF FC 7D 46 40 30 7D 69 3C 30 81 44 00 0C 7C C0 4B 78 38 84 00 10 90 03 00 0C 38 63 00 10 40 A2 FF A4
-==== BB 2504 (0xFED8944) approx BBs exec'd 0 ====
-
- 0xFED8944: 7D664030 slw r6,r11,r8
- 0: GETL R11, t2
- 1: GETL R8, t0
- 2: SHLL t0, t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0xFED8948: 7D493C30 srw r9,r10,r7
- 5: GETL R10, t6
- 6: GETL R7, t4
- 7: SHRL t4, t6
- 8: PUTL t6, R9
- 9: INCEIPL $4
-
- 0xFED894C: 7CC04B78 or r0,r6,r9
- 10: GETL R6, t8
- 11: GETL R9, t10
- 12: ORL t10, t8
- 13: PUTL t8, R0
- 14: INCEIPL $4
-
- 0xFED8950: 81640000 lwz r11,0(r4)
- 15: GETL R4, t12
- 16: LDL (t12), t14
- 17: PUTL t14, R11
- 18: INCEIPL $4
-
- 0xFED8954: 90030000 stw r0,0(r3)
- 19: GETL R0, t16
- 20: GETL R3, t18
- 21: STL t16, (t18)
- 22: INCEIPL $4
-
- 0xFED8958: 7D404030 slw r0,r10,r8
- 23: GETL R10, t22
- 24: GETL R8, t20
- 25: SHLL t20, t22
- 26: PUTL t22, R0
- 27: INCEIPL $4
-
- 0xFED895C: 7D6A3C30 srw r10,r11,r7
- 28: GETL R11, t26
- 29: GETL R7, t24
- 30: SHRL t24, t26
- 31: PUTL t26, R10
- 32: INCEIPL $4
-
- 0xFED8960: 7C0C5378 or r12,r0,r10
- 33: GETL R0, t28
- 34: GETL R10, t30
- 35: ORL t30, t28
- 36: PUTL t28, R12
- 37: INCEIPL $4
-
- 0xFED8964: 81440004 lwz r10,4(r4)
- 38: GETL R4, t32
- 39: ADDL $0x4, t32
- 40: LDL (t32), t34
- 41: PUTL t34, R10
- 42: INCEIPL $4
-
- 0xFED8968: 91830004 stw r12,4(r3)
- 43: GETL R12, t36
- 44: GETL R3, t38
- 45: ADDL $0x4, t38
- 46: STL t36, (t38)
- 47: INCEIPL $4
-
- 0xFED896C: 7D6C4030 slw r12,r11,r8
- 48: GETL R11, t42
- 49: GETL R8, t40
- 50: SHLL t40, t42
- 51: PUTL t42, R12
- 52: INCEIPL $4
-
- 0xFED8970: 7D4B3C30 srw r11,r10,r7
- 53: GETL R10, t46
- 54: GETL R7, t44
- 55: SHRL t44, t46
- 56: PUTL t46, R11
- 57: INCEIPL $4
-
- 0xFED8974: 7D865B78 or r6,r12,r11
- 58: GETL R12, t48
- 59: GETL R11, t50
- 60: ORL t50, t48
- 61: PUTL t48, R6
- 62: INCEIPL $4
-
- 0xFED8978: 81640008 lwz r11,8(r4)
- 63: GETL R4, t52
- 64: ADDL $0x8, t52
- 65: LDL (t52), t54
- 66: PUTL t54, R11
- 67: INCEIPL $4
-
- 0xFED897C: 90C30008 stw r6,8(r3)
- 68: GETL R6, t56
- 69: GETL R3, t58
- 70: ADDL $0x8, t58
- 71: STL t56, (t58)
- 72: INCEIPL $4
-
- 0xFED8980: 34A5FFFC addic. r5,r5,-4
- 73: GETL R5, t60
- 74: ADCL $0xFFFFFFFC, t60 (-wCa)
- 75: PUTL t60, R5
- 76: CMP0L t60, t62 (-rSo)
- 77: ICRFL t62, $0x0, CR
- 78: INCEIPL $4
-
- 0xFED8984: 7D464030 slw r6,r10,r8
- 79: GETL R10, t66
- 80: GETL R8, t64
- 81: SHLL t64, t66
- 82: PUTL t66, R6
- 83: INCEIPL $4
-
- 0xFED8988: 7D693C30 srw r9,r11,r7
- 84: GETL R11, t70
- 85: GETL R7, t68
- 86: SHRL t68, t70
- 87: PUTL t70, R9
- 88: INCEIPL $4
-
- 0xFED898C: 8144000C lwz r10,12(r4)
- 89: GETL R4, t72
- 90: ADDL $0xC, t72
- 91: LDL (t72), t74
- 92: PUTL t74, R10
- 93: INCEIPL $4
-
- 0xFED8990: 7CC04B78 or r0,r6,r9
- 94: GETL R6, t76
- 95: GETL R9, t78
- 96: ORL t78, t76
- 97: PUTL t76, R0
- 98: INCEIPL $4
-
- 0xFED8994: 38840010 addi r4,r4,16
- 99: GETL R4, t80
- 100: ADDL $0x10, t80
- 101: PUTL t80, R4
- 102: INCEIPL $4
-
- 0xFED8998: 9003000C stw r0,12(r3)
- 103: GETL R0, t82
- 104: GETL R3, t84
- 105: ADDL $0xC, t84
- 106: STL t82, (t84)
- 107: INCEIPL $4
-
- 0xFED899C: 38630010 addi r3,r3,16
- 108: GETL R3, t86
- 109: ADDL $0x10, t86
- 110: PUTL t86, R3
- 111: INCEIPL $4
-
- 0xFED89A0: 40A2FFA4 bc 5,2,0xFED8944
- 112: Jc02o $0xFED8944
-
-
-
-. 2504 FED8944 96
-. 7D 66 40 30 7D 49 3C 30 7C C0 4B 78 81 64 00 00 90 03 00 00 7D 40 40 30 7D 6A 3C 30 7C 0C 53 78 81 44 00 04 91 83 00 04 7D 6C 40 30 7D 4B 3C 30 7D 86 5B 78 81 64 00 08 90 C3 00 08 34 A5 FF FC 7D 46 40 30 7D 69 3C 30 81 44 00 0C 7C C0 4B 78 38 84 00 10 90 03 00 0C 38 63 00 10 40 A2 FF A4
-==== BB 2505 (0xFED89A4) approx BBs exec'd 0 ====
-
- 0xFED89A4: 7D654030 slw r5,r11,r8
- 0: GETL R11, t2
- 1: GETL R8, t0
- 2: SHLL t0, t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0xFED89A8: 7D483C30 srw r8,r10,r7
- 5: GETL R10, t6
- 6: GETL R7, t4
- 7: SHRL t4, t6
- 8: PUTL t6, R8
- 9: INCEIPL $4
-
- 0xFED89AC: 7CA44378 or r4,r5,r8
- 10: GETL R5, t8
- 11: GETL R8, t10
- 12: ORL t10, t8
- 13: PUTL t8, R4
- 14: INCEIPL $4
-
- 0xFED89B0: 38210010 addi r1,r1,16
- 15: GETL R1, t12
- 16: ADDL $0x10, t12
- 17: PUTL t12, R1
- 18: INCEIPL $4
-
- 0xFED89B4: 90830000 stw r4,0(r3)
- 19: GETL R4, t14
- 20: GETL R3, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0xFED89B8: 4E800020 blr
- 23: GETL LR, t18
- 24: JMPo-r t18 ($4)
-
-
-
-. 2505 FED89A4 24
-. 7D 65 40 30 7D 48 3C 30 7C A4 43 78 38 21 00 10 90 83 00 00 4E 80 00 20
-==== BB 2506 (0xFED87B8) approx BBs exec'd 0 ====
-
- 0xFED87B8: 4BFFFF98 b 0xFED8750
- 0: JMPo $0xFED8750 ($4)
-
-
-
-. 2506 FED87B8 4
-. 4B FF FF 98
-==== BB 2507 (0xFED7840) approx BBs exec'd 0 ====
-
- 0xFED7840: 38210010 addi r1,r1,16
- 0: GETL R1, t0
- 1: ADDL $0x10, t0
- 2: PUTL t0, R1
- 3: INCEIPL $4
-
- 0xFED7844: 4E800020 blr
- 4: GETL LR, t2
- 5: JMPo-r t2 ($4)
-
-
-
-. 2507 FED7840 8
-. 38 21 00 10 4E 80 00 20
-==== BB 2508 (0xFED7860) approx BBs exec'd 0 ====
-
- 0xFED7860: 3863FFFD addi r3,r3,-3
- 0: GETL R3, t0
- 1: ADDL $0xFFFFFFFD, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0xFED7864: 38210010 addi r1,r1,16
- 4: GETL R1, t2
- 5: ADDL $0x10, t2
- 6: PUTL t2, R1
- 7: INCEIPL $4
-
- 0xFED7868: 4E800020 blr
- 8: GETL LR, t4
- 9: JMPo-r t4 ($4)
-
-
-
-. 2508 FED7860 12
-. 38 63 FF FD 38 21 00 10 4E 80 00 20
-==== BB 2509 (0xFED89E0) approx BBs exec'd 0 ====
-
- 0xFED89E0: 81640000 lwz r11,0(r4)
- 0: GETL R4, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R11
- 3: INCEIPL $4
-
- 0xFED89E4: 38A5FFFF addi r5,r5,-1
- 4: GETL R5, t4
- 5: ADDL $0xFFFFFFFF, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0xFED89E8: 81440004 lwz r10,4(r4)
- 8: GETL R4, t6
- 9: ADDL $0x4, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R10
- 12: INCEIPL $4
-
- 0xFED89EC: 38840008 addi r4,r4,8
- 13: GETL R4, t10
- 14: ADDL $0x8, t10
- 15: PUTL t10, R4
- 16: INCEIPL $4
-
- 0xFED89F0: 4BFFFF54 b 0xFED8944
- 17: JMPo $0xFED8944 ($4)
-
-
-
-. 2509 FED89E0 20
-. 81 64 00 00 38 A5 FF FF 81 44 00 04 38 84 00 08 4B FF FF 54
-==== BB 2510 (0xFED7804) approx BBs exec'd 0 ====
-
- 0xFED7804: 88C90003 lbz r6,3(r9)
- 0: GETL R9, t0
- 1: ADDL $0x3, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0xFED7808: 7F862000 cmp cr7,r6,r4
- 5: GETL R6, t4
- 6: GETL R4, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x7, CR
- 9: INCEIPL $4
-
- 0xFED780C: 419E003C bc 12,30,0xFED7848
- 10: Js30o $0xFED7848
-
-
-
-. 2510 FED7804 12
-. 88 C9 00 03 7F 86 20 00 41 9E 00 3C
-==== BB 2511 (0xFED7848) approx BBs exec'd 0 ====
-
- 0xFED7848: 3863FFFF addi r3,r3,-1
- 0: GETL R3, t0
- 1: ADDL $0xFFFFFFFF, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0xFED784C: 38210010 addi r1,r1,16
- 4: GETL R1, t2
- 5: ADDL $0x10, t2
- 6: PUTL t2, R1
- 7: INCEIPL $4
-
- 0xFED7850: 4E800020 blr
- 8: GETL LR, t4
- 9: JMPo-r t4 ($4)
-
-
-
-. 2511 FED7848 12
-. 38 63 FF FF 38 21 00 10 4E 80 00 20
-==== BB 2512 (0xFED89BC) approx BBs exec'd 0 ====
-
- 0xFED89BC: 81440000 lwz r10,0(r4)
- 0: GETL R4, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R10
- 3: INCEIPL $4
-
- 0xFED89C0: 3863FFFC addi r3,r3,-4
- 4: GETL R3, t4
- 5: ADDL $0xFFFFFFFC, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFED89C4: 85640004 lwzu r11,4(r4)
- 8: GETL R4, t6
- 9: ADDL $0x4, t6
- 10: PUTL t6, R4
- 11: LDL (t6), t8
- 12: PUTL t8, R11
- 13: INCEIPL $4
-
- 0xFED89C8: 4BFFFF90 b 0xFED8958
- 14: JMPo $0xFED8958 ($4)
-
-
-
-. 2512 FED89BC 16
-. 81 44 00 00 38 63 FF FC 85 64 00 04 4B FF FF 90
-==== BB 2513 (0xFED8958) approx BBs exec'd 0 ====
-
- 0xFED8958: 7D404030 slw r0,r10,r8
- 0: GETL R10, t2
- 1: GETL R8, t0
- 2: SHLL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFED895C: 7D6A3C30 srw r10,r11,r7
- 5: GETL R11, t6
- 6: GETL R7, t4
- 7: SHRL t4, t6
- 8: PUTL t6, R10
- 9: INCEIPL $4
-
- 0xFED8960: 7C0C5378 or r12,r0,r10
- 10: GETL R0, t8
- 11: GETL R10, t10
- 12: ORL t10, t8
- 13: PUTL t8, R12
- 14: INCEIPL $4
-
- 0xFED8964: 81440004 lwz r10,4(r4)
- 15: GETL R4, t12
- 16: ADDL $0x4, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R10
- 19: INCEIPL $4
-
- 0xFED8968: 91830004 stw r12,4(r3)
- 20: GETL R12, t16
- 21: GETL R3, t18
- 22: ADDL $0x4, t18
- 23: STL t16, (t18)
- 24: INCEIPL $4
-
- 0xFED896C: 7D6C4030 slw r12,r11,r8
- 25: GETL R11, t22
- 26: GETL R8, t20
- 27: SHLL t20, t22
- 28: PUTL t22, R12
- 29: INCEIPL $4
-
- 0xFED8970: 7D4B3C30 srw r11,r10,r7
- 30: GETL R10, t26
- 31: GETL R7, t24
- 32: SHRL t24, t26
- 33: PUTL t26, R11
- 34: INCEIPL $4
-
- 0xFED8974: 7D865B78 or r6,r12,r11
- 35: GETL R12, t28
- 36: GETL R11, t30
- 37: ORL t30, t28
- 38: PUTL t28, R6
- 39: INCEIPL $4
-
- 0xFED8978: 81640008 lwz r11,8(r4)
- 40: GETL R4, t32
- 41: ADDL $0x8, t32
- 42: LDL (t32), t34
- 43: PUTL t34, R11
- 44: INCEIPL $4
-
- 0xFED897C: 90C30008 stw r6,8(r3)
- 45: GETL R6, t36
- 46: GETL R3, t38
- 47: ADDL $0x8, t38
- 48: STL t36, (t38)
- 49: INCEIPL $4
-
- 0xFED8980: 34A5FFFC addic. r5,r5,-4
- 50: GETL R5, t40
- 51: ADCL $0xFFFFFFFC, t40 (-wCa)
- 52: PUTL t40, R5
- 53: CMP0L t40, t42 (-rSo)
- 54: ICRFL t42, $0x0, CR
- 55: INCEIPL $4
-
- 0xFED8984: 7D464030 slw r6,r10,r8
- 56: GETL R10, t46
- 57: GETL R8, t44
- 58: SHLL t44, t46
- 59: PUTL t46, R6
- 60: INCEIPL $4
-
- 0xFED8988: 7D693C30 srw r9,r11,r7
- 61: GETL R11, t50
- 62: GETL R7, t48
- 63: SHRL t48, t50
- 64: PUTL t50, R9
- 65: INCEIPL $4
-
- 0xFED898C: 8144000C lwz r10,12(r4)
- 66: GETL R4, t52
- 67: ADDL $0xC, t52
- 68: LDL (t52), t54
- 69: PUTL t54, R10
- 70: INCEIPL $4
-
- 0xFED8990: 7CC04B78 or r0,r6,r9
- 71: GETL R6, t56
- 72: GETL R9, t58
- 73: ORL t58, t56
- 74: PUTL t56, R0
- 75: INCEIPL $4
-
- 0xFED8994: 38840010 addi r4,r4,16
- 76: GETL R4, t60
- 77: ADDL $0x10, t60
- 78: PUTL t60, R4
- 79: INCEIPL $4
-
- 0xFED8998: 9003000C stw r0,12(r3)
- 80: GETL R0, t62
- 81: GETL R3, t64
- 82: ADDL $0xC, t64
- 83: STL t62, (t64)
- 84: INCEIPL $4
-
- 0xFED899C: 38630010 addi r3,r3,16
- 85: GETL R3, t66
- 86: ADDL $0x10, t66
- 87: PUTL t66, R3
- 88: INCEIPL $4
-
- 0xFED89A0: 40A2FFA4 bc 5,2,0xFED8944
- 89: Jc02o $0xFED8944
-
-
-
-. 2513 FED8958 76
-. 7D 40 40 30 7D 6A 3C 30 7C 0C 53 78 81 44 00 04 91 83 00 04 7D 6C 40 30 7D 4B 3C 30 7D 86 5B 78 81 64 00 08 90 C3 00 08 34 A5 FF FC 7D 46 40 30 7D 69 3C 30 81 44 00 0C 7C C0 4B 78 38 84 00 10 90 03 00 0C 38 63 00 10 40 A2 FF A4
-==== BB 2514 (0xFED888C) approx BBs exec'd 0 ====
-
- 0xFED888C: 81240000 lwz r9,0(r4)
- 0: GETL R4, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0xFED8890: 3863FFE8 addi r3,r3,-24
- 4: GETL R3, t4
- 5: ADDL $0xFFFFFFE8, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFED8894: 3884FFEC addi r4,r4,-20
- 8: GETL R4, t6
- 9: ADDL $0xFFFFFFEC, t6
- 10: PUTL t6, R4
- 11: INCEIPL $4
-
- 0xFED8898: 38A50005 addi r5,r5,5
- 12: GETL R5, t8
- 13: ADDL $0x5, t8
- 14: PUTL t8, R5
- 15: INCEIPL $4
-
- 0xFED889C: 4BFFFF98 b 0xFED8834
- 16: JMPo $0xFED8834 ($4)
-
-
-
-. 2514 FED888C 20
-. 81 24 00 00 38 63 FF E8 38 84 FF EC 38 A5 00 05 4B FF FF 98
-==== BB 2515 (0xFE8D0E0) approx BBs exec'd 0 ====
-
- 0xFE8D0E0: 38630001 addi r3,r3,1
- 0: GETL R3, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0xFE8D0E4: 82680000 lwz r19,0(r8)
- 4: GETL R8, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R19
- 7: INCEIPL $4
-
- 0xFE8D0E8: 2C930000 cmpi cr1,r19,0
- 8: GETL R19, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x1, CR
- 11: INCEIPL $4
-
- 0xFE8D0EC: 41860380 bc 12,6,0xFE8D46C
- 12: Js06o $0xFE8D46C
-
-
-
-. 2515 FE8D0E0 16
-. 38 63 00 01 82 68 00 00 2C 93 00 00 41 86 03 80
-==== BB 2516 (0xFED89F4) approx BBs exec'd 0 ====
-
- 0xFED89F4: 81440000 lwz r10,0(r4)
- 0: GETL R4, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R10
- 3: INCEIPL $4
-
- 0xFED89F8: 3863FFF4 addi r3,r3,-12
- 4: GETL R3, t4
- 5: ADDL $0xFFFFFFF4, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFED89FC: 81640004 lwz r11,4(r4)
- 8: GETL R4, t6
- 9: ADDL $0x4, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R11
- 12: INCEIPL $4
-
- 0xFED8A00: 38A50002 addi r5,r5,2
- 13: GETL R5, t10
- 14: ADDL $0x2, t10
- 15: PUTL t10, R5
- 16: INCEIPL $4
-
- 0xFED8A04: 3884FFFC addi r4,r4,-4
- 17: GETL R4, t12
- 18: ADDL $0xFFFFFFFC, t12
- 19: PUTL t12, R4
- 20: INCEIPL $4
-
- 0xFED8A08: 4BFFFF78 b 0xFED8980
- 21: JMPo $0xFED8980 ($4)
-
-
-
-. 2516 FED89F4 24
-. 81 44 00 00 38 63 FF F4 81 64 00 04 38 A5 00 02 38 84 FF FC 4B FF FF 78
-==== BB 2517 (0xFED8980) approx BBs exec'd 0 ====
-
- 0xFED8980: 34A5FFFC addic. r5,r5,-4
- 0: GETL R5, t0
- 1: ADCL $0xFFFFFFFC, t0 (-wCa)
- 2: PUTL t0, R5
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFED8984: 7D464030 slw r6,r10,r8
- 6: GETL R10, t6
- 7: GETL R8, t4
- 8: SHLL t4, t6
- 9: PUTL t6, R6
- 10: INCEIPL $4
-
- 0xFED8988: 7D693C30 srw r9,r11,r7
- 11: GETL R11, t10
- 12: GETL R7, t8
- 13: SHRL t8, t10
- 14: PUTL t10, R9
- 15: INCEIPL $4
-
- 0xFED898C: 8144000C lwz r10,12(r4)
- 16: GETL R4, t12
- 17: ADDL $0xC, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R10
- 20: INCEIPL $4
-
- 0xFED8990: 7CC04B78 or r0,r6,r9
- 21: GETL R6, t16
- 22: GETL R9, t18
- 23: ORL t18, t16
- 24: PUTL t16, R0
- 25: INCEIPL $4
-
- 0xFED8994: 38840010 addi r4,r4,16
- 26: GETL R4, t20
- 27: ADDL $0x10, t20
- 28: PUTL t20, R4
- 29: INCEIPL $4
-
- 0xFED8998: 9003000C stw r0,12(r3)
- 30: GETL R0, t22
- 31: GETL R3, t24
- 32: ADDL $0xC, t24
- 33: STL t22, (t24)
- 34: INCEIPL $4
-
- 0xFED899C: 38630010 addi r3,r3,16
- 35: GETL R3, t26
- 36: ADDL $0x10, t26
- 37: PUTL t26, R3
- 38: INCEIPL $4
-
- 0xFED89A0: 40A2FFA4 bc 5,2,0xFED8944
- 39: Jc02o $0xFED8944
-
-
-
-. 2517 FED8980 36
-. 34 A5 FF FC 7D 46 40 30 7D 69 3C 30 81 44 00 0C 7C C0 4B 78 38 84 00 10 90 03 00 0C 38 63 00 10 40 A2 FF A4
-==== BB 2518 (0xFE8D140) approx BBs exec'd 0 ====
-
- 0xFE8D140: 89430000 lbz r10,0(r3)
- 0: GETL R3, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R10
- 3: INCEIPL $4
-
- 0xFE8D144: 2C8A0000 cmpi cr1,r10,0
- 4: GETL R10, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x1, CR
- 7: INCEIPL $4
-
- 0xFE8D148: 4186003C bc 12,6,0xFE8D184
- 8: Js06o $0xFE8D184
-
-
-
-. 2518 FE8D140 12
-. 89 43 00 00 2C 8A 00 00 41 86 00 3C
-==== BB 2519 (0xFE8D14C) approx BBs exec'd 0 ====
-
- 0xFE8D14C: 83A80000 lwz r29,0(r8)
- 0: GETL R8, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R29
- 3: INCEIPL $4
-
- 0xFE8D150: 2C1D0000 cmpi cr0,r29,0
- 4: GETL R29, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x0, CR
- 7: INCEIPL $4
-
- 0xFE8D154: 4082FFD4 bc 4,2,0xFE8D128
- 8: Jc02o $0xFE8D128
-
-
-
-. 2519 FE8D14C 12
-. 83 A8 00 00 2C 1D 00 00 40 82 FF D4
-==== BB 2520 (0xFE8D128) approx BBs exec'd 0 ====
-
- 0xFE8D128: 80C80000 lwz r6,0(r8)
- 0: GETL R8, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R6
- 3: INCEIPL $4
-
- 0xFE8D12C: 5547083C rlwinm r7,r10,1,0,30
- 4: GETL R10, t4
- 5: SHLL $0x1, t4
- 6: PUTL t4, R7
- 7: INCEIPL $4
-
- 0xFE8D130: 7C07322E lhzx r0,r7,r6
- 8: GETL R6, t6
- 9: GETL R7, t8
- 10: ADDL t8, t6
- 11: LDW (t6), t10
- 12: PUTL t10, R0
- 13: INCEIPL $4
-
- 0xFE8D134: 700B0020 andi. r11,r0,0x20
- 14: GETL R0, t12
- 15: ANDL $0x20, t12
- 16: PUTL t12, R11
- 17: CMP0L t12, t14 (-rSo)
- 18: ICRFL t14, $0x0, CR
- 19: INCEIPL $4
-
- 0xFE8D138: 4082004C bc 4,2,0xFE8D184
- 20: Jc02o $0xFE8D184
-
-
-
-. 2520 FE8D128 20
-. 80 C8 00 00 55 47 08 3C 7C 07 32 2E 70 0B 00 20 40 82 00 4C
-==== BB 2521 (0xFE8D13C) approx BBs exec'd 0 ====
-
- 0xFE8D13C: 38630001 addi r3,r3,1
- 0: GETL R3, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0xFE8D140: 89430000 lbz r10,0(r3)
- 4: GETL R3, t2
- 5: LDB (t2), t4
- 6: PUTL t4, R10
- 7: INCEIPL $4
-
- 0xFE8D144: 2C8A0000 cmpi cr1,r10,0
- 8: GETL R10, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x1, CR
- 11: INCEIPL $4
-
- 0xFE8D148: 4186003C bc 12,6,0xFE8D184
- 12: Js06o $0xFE8D184
-
-
-
-. 2521 FE8D13C 16
-. 38 63 00 01 89 43 00 00 2C 8A 00 00 41 86 00 3C
-==== BB 2522 (0xFE8D184) approx BBs exec'd 0 ====
-
- 0xFE8D184: 2F0A0000 cmpi cr6,r10,0
- 0: GETL R10, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0xFE8D188: 419A0010 bc 12,26,0xFE8D198
- 4: Js26o $0xFE8D198
-
-
-
-. 2522 FE8D184 8
-. 2F 0A 00 00 41 9A 00 10
-==== BB 2523 (0xFE8D18C) approx BBs exec'd 0 ====
-
- 0xFE8D18C: 39000000 li r8,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R8
- 2: INCEIPL $4
-
- 0xFE8D190: 99030000 stb r8,0(r3)
- 3: GETL R8, t2
- 4: GETL R3, t4
- 5: STB t2, (t4)
- 6: INCEIPL $4
-
- 0xFE8D194: 38630001 addi r3,r3,1
- 7: GETL R3, t6
- 8: ADDL $0x1, t6
- 9: PUTL t6, R3
- 10: INCEIPL $4
-
- 0xFE8D198: 7D121214 add r8,r18,r2
- 11: GETL R18, t8
- 12: GETL R2, t10
- 13: ADDL t8, t10
- 14: PUTL t10, R8
- 15: INCEIPL $4
-
- 0xFE8D19C: 48000020 b 0xFE8D1BC
- 16: JMPo $0xFE8D1BC ($4)
-
-
-
-. 2523 FE8D18C 20
-. 39 00 00 00 99 03 00 00 38 63 00 01 7D 12 12 14 48 00 00 20
-==== BB 2524 (0xFE8D1BC) approx BBs exec'd 0 ====
-
- 0xFE8D1BC: 81880000 lwz r12,0(r8)
- 0: GETL R8, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R12
- 3: INCEIPL $4
-
- 0xFE8D1C0: 2F8C0000 cmpi cr7,r12,0
- 4: GETL R12, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x7, CR
- 7: INCEIPL $4
-
- 0xFE8D1C4: 409EFFDC bc 4,30,0xFE8D1A0
- 8: Jc30o $0xFE8D1A0
-
-
-
-. 2524 FE8D1BC 12
-. 81 88 00 00 2F 8C 00 00 40 9E FF DC
-==== BB 2525 (0xFE8D1A0) approx BBs exec'd 0 ====
-
- 0xFE8D1A0: 89430000 lbz r10,0(r3)
- 0: GETL R3, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R10
- 3: INCEIPL $4
-
- 0xFE8D1A4: 83280000 lwz r25,0(r8)
- 4: GETL R8, t4
- 5: LDL (t4), t6
- 6: PUTL t6, R25
- 7: INCEIPL $4
-
- 0xFE8D1A8: 555C083C rlwinm r28,r10,1,0,30
- 8: GETL R10, t8
- 9: SHLL $0x1, t8
- 10: PUTL t8, R28
- 11: INCEIPL $4
-
- 0xFE8D1AC: 7F1CCA2E lhzx r24,r28,r25
- 12: GETL R25, t10
- 13: GETL R28, t12
- 14: ADDL t12, t10
- 15: LDW (t10), t14
- 16: PUTL t14, R24
- 17: INCEIPL $4
-
- 0xFE8D1B0: 73090020 andi. r9,r24,0x20
- 18: GETL R24, t16
- 19: ANDL $0x20, t16
- 20: PUTL t16, R9
- 21: CMP0L t16, t18 (-rSo)
- 22: ICRFL t18, $0x0, CR
- 23: INCEIPL $4
-
- 0xFE8D1B4: 41820044 bc 12,2,0xFE8D1F8
- 24: Js02o $0xFE8D1F8
-
-
-
-. 2525 FE8D1A0 24
-. 89 43 00 00 83 28 00 00 55 5C 08 3C 7F 1C CA 2E 73 09 00 20 41 82 00 44
-==== BB 2526 (0xFE8D1B8) approx BBs exec'd 0 ====
-
- 0xFE8D1B8: 38630001 addi r3,r3,1
- 0: GETL R3, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0xFE8D1BC: 81880000 lwz r12,0(r8)
- 4: GETL R8, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R12
- 7: INCEIPL $4
-
- 0xFE8D1C0: 2F8C0000 cmpi cr7,r12,0
- 8: GETL R12, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x7, CR
- 11: INCEIPL $4
-
- 0xFE8D1C4: 409EFFDC bc 4,30,0xFE8D1A0
- 12: Jc30o $0xFE8D1A0
-
-
-
-. 2526 FE8D1B8 16
-. 38 63 00 01 81 88 00 00 2F 8C 00 00 40 9E FF DC
-==== BB 2527 (0xFE8D1F8) approx BBs exec'd 0 ====
-
- 0xFE8D1F8: 2C8A0000 cmpi cr1,r10,0
- 0: GETL R10, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFE8D1FC: 7C751B78 or r21,r3,r3
- 4: GETL R3, t4
- 5: PUTL t4, R21
- 6: INCEIPL $4
-
- 0xFE8D200: 39030001 addi r8,r3,1
- 7: GETL R3, t6
- 8: ADDL $0x1, t6
- 9: PUTL t6, R8
- 10: INCEIPL $4
-
- 0xFE8D204: 7CF21214 add r7,r18,r2
- 11: GETL R18, t8
- 12: GETL R2, t10
- 13: ADDL t8, t10
- 14: PUTL t10, R7
- 15: INCEIPL $4
-
- 0xFE8D208: 40860020 bc 4,6,0xFE8D228
- 16: Jc06o $0xFE8D228
-
-
-
-. 2527 FE8D1F8 20
-. 2C 8A 00 00 7C 75 1B 78 39 03 00 01 7C F2 12 14 40 86 00 20
-==== BB 2528 (0xFE8D228) approx BBs exec'd 0 ====
-
- 0xFE8D228: 89480000 lbz r10,0(r8)
- 0: GETL R8, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R10
- 3: INCEIPL $4
-
- 0xFE8D22C: 2F0A0000 cmpi cr6,r10,0
- 4: GETL R10, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x6, CR
- 7: INCEIPL $4
-
- 0xFE8D230: 419A0040 bc 12,26,0xFE8D270
- 8: Js26o $0xFE8D270
-
-
-
-. 2528 FE8D228 12
-. 89 48 00 00 2F 0A 00 00 41 9A 00 40
-==== BB 2529 (0xFE8D234) approx BBs exec'd 0 ====
-
- 0xFE8D234: 80670000 lwz r3,0(r7)
- 0: GETL R7, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0xFE8D238: 2F830000 cmpi cr7,r3,0
- 4: GETL R3, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x7, CR
- 7: INCEIPL $4
-
- 0xFE8D23C: 409EFFD4 bc 4,30,0xFE8D210
- 8: Jc30o $0xFE8D210
-
-
-
-. 2529 FE8D234 12
-. 80 67 00 00 2F 83 00 00 40 9E FF D4
-==== BB 2530 (0xFE8D210) approx BBs exec'd 0 ====
-
- 0xFE8D210: 80C70000 lwz r6,0(r7)
- 0: GETL R7, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R6
- 3: INCEIPL $4
-
- 0xFE8D214: 554C083C rlwinm r12,r10,1,0,30
- 4: GETL R10, t4
- 5: SHLL $0x1, t4
- 6: PUTL t4, R12
- 7: INCEIPL $4
-
- 0xFE8D218: 7C0C322E lhzx r0,r12,r6
- 8: GETL R6, t6
- 9: GETL R12, t8
- 10: ADDL t8, t6
- 11: LDW (t6), t10
- 12: PUTL t10, R0
- 13: INCEIPL $4
-
- 0xFE8D21C: 70090020 andi. r9,r0,0x20
- 14: GETL R0, t12
- 15: ANDL $0x20, t12
- 16: PUTL t12, R9
- 17: CMP0L t12, t14 (-rSo)
- 18: ICRFL t14, $0x0, CR
- 19: INCEIPL $4
-
- 0xFE8D220: 40820050 bc 4,2,0xFE8D270
- 20: Jc02o $0xFE8D270
-
-
-
-. 2530 FE8D210 20
-. 80 C7 00 00 55 4C 08 3C 7C 0C 32 2E 70 09 00 20 40 82 00 50
-==== BB 2531 (0xFE8D224) approx BBs exec'd 0 ====
-
- 0xFE8D224: 39080001 addi r8,r8,1
- 0: GETL R8, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R8
- 3: INCEIPL $4
-
- 0xFE8D228: 89480000 lbz r10,0(r8)
- 4: GETL R8, t2
- 5: LDB (t2), t4
- 6: PUTL t4, R10
- 7: INCEIPL $4
-
- 0xFE8D22C: 2F0A0000 cmpi cr6,r10,0
- 8: GETL R10, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x6, CR
- 11: INCEIPL $4
-
- 0xFE8D230: 419A0040 bc 12,26,0xFE8D270
- 12: Js26o $0xFE8D270
-
-
-
-. 2531 FE8D224 16
-. 39 08 00 01 89 48 00 00 2F 0A 00 00 41 9A 00 40
-==== BB 2532 (0xFE8D270) approx BBs exec'd 0 ====
-
- 0xFE8D270: 2C8A000A cmpi cr1,r10,10
- 0: GETL R10, t0
- 1: MOVL $0xA, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0xFE8D274: 418602AC bc 12,6,0xFE8D520
- 5: Js06o $0xFE8D520
-
-
-
-. 2532 FE8D270 8
-. 2C 8A 00 0A 41 86 02 AC
-==== BB 2533 (0xFE8D520) approx BBs exec'd 0 ====
-
- 0xFE8D520: 38E00000 li r7,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R7
- 2: INCEIPL $4
-
- 0xFE8D524: 99480001 stb r10,1(r8)
- 3: GETL R10, t2
- 4: GETL R8, t4
- 5: ADDL $0x1, t4
- 6: STB t2, (t4)
- 7: INCEIPL $4
-
- 0xFE8D528: 98E80000 stb r7,0(r8)
- 8: GETL R7, t6
- 9: GETL R8, t8
- 10: STB t6, (t8)
- 11: INCEIPL $4
-
- 0xFE8D52C: 4BFFFD5C b 0xFE8D288
- 12: JMPo $0xFE8D288 ($4)
-
-
-
-. 2533 FE8D520 16
-. 38 E0 00 00 99 48 00 01 98 E8 00 00 4B FF FD 5C
-==== BB 2534 (0xFE8D288) approx BBs exec'd 0 ====
-
- 0xFE8D288: 82FE020C lwz r23,524(r30)
- 0: GETL R30, t0
- 1: ADDL $0x20C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R23
- 4: INCEIPL $4
-
- 0xFE8D28C: 829E0210 lwz r20,528(r30)
- 5: GETL R30, t4
- 6: ADDL $0x210, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R20
- 9: INCEIPL $4
-
- 0xFE8D290: 82770000 lwz r19,0(r23)
- 10: GETL R23, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R19
- 13: INCEIPL $4
-
- 0xFE8D294: 83340000 lwz r25,0(r20)
- 14: GETL R20, t12
- 15: LDL (t12), t14
- 16: PUTL t14, R25
- 17: INCEIPL $4
-
- 0xFE8D298: 81130000 lwz r8,0(r19)
- 18: GETL R19, t16
- 19: LDL (t16), t18
- 20: PUTL t18, R8
- 21: INCEIPL $4
-
- 0xFE8D29C: 80990000 lwz r4,0(r25)
- 22: GETL R25, t20
- 23: LDL (t20), t22
- 24: PUTL t22, R4
- 25: INCEIPL $4
-
- 0xFE8D2A0: 7F882040 cmpl cr7,r8,r4
- 26: GETL R8, t24
- 27: GETL R4, t26
- 28: CMPUL t24, t26, t28 (-rSo)
- 29: ICRFL t28, $0x7, CR
- 30: INCEIPL $4
-
- 0xFE8D2A4: 419C0034 bc 12,28,0xFE8D2D8
- 31: Js28o $0xFE8D2D8
-
-
-
-. 2534 FE8D288 32
-. 82 FE 02 0C 82 9E 02 10 82 77 00 00 83 34 00 00 81 13 00 00 80 99 00 00 7F 88 20 40 41 9C 00 34
-==== BB 2535 (0xFE8D2A8) approx BBs exec'd 0 ====
-
- 0xFE8D2A8: 2C040000 cmpi cr0,r4,0
- 0: GETL R4, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0xFE8D2AC: 549D083C rlwinm r29,r4,1,0,30
- 4: GETL R4, t4
- 5: SHLL $0x1, t4
- 6: PUTL t4, R29
- 7: INCEIPL $4
-
- 0xFE8D2B0: 40820008 bc 4,2,0xFE8D2B8
- 8: Jc02o $0xFE8D2B8
-
-
-
-. 2535 FE8D2A8 12
-. 2C 04 00 00 54 9D 08 3C 40 82 00 08
-==== BB 2536 (0xFE8D2B4) approx BBs exec'd 0 ====
-
- 0xFE8D2B4: 3BA00064 li r29,100
- 0: MOVL $0x64, t0
- 1: PUTL t0, R29
- 2: INCEIPL $4
-
- 0xFE8D2B8: 839E01F4 lwz r28,500(r30)
- 3: GETL R30, t2
- 4: ADDL $0x1F4, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R28
- 7: INCEIPL $4
-
- 0xFE8D2BC: 57A41838 rlwinm r4,r29,3,0,28
- 8: GETL R29, t6
- 9: SHLL $0x3, t6
- 10: PUTL t6, R4
- 11: INCEIPL $4
-
- 0xFE8D2C0: 807C0000 lwz r3,0(r28)
- 12: GETL R28, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R3
- 15: INCEIPL $4
-
- 0xFE8D2C4: 4811D055 bl 0xFFAA318
- 16: MOVL $0xFE8D2C8, t12
- 17: PUTL t12, LR
- 18: JMPo-c $0xFFAA318 ($4)
-
-
-
-. 2536 FE8D2B4 20
-. 3B A0 00 64 83 9E 01 F4 57 A4 18 38 80 7C 00 00 48 11 D0 55
-==== BB 2537 (0xFFAA318) approx BBs exec'd 0 ====
-
- 0xFFAA318: 4BF27EC8 b 0xFED21E0
- 0: JMPo $0xFED21E0 ($4)
-
-
-
-. 2537 FFAA318 4
-. 4B F2 7E C8
-==== BB 2538 realloc(0xFED21E0) approx BBs exec'd 0 ====
-
- 0xFED21E0: 9421FFB0 stwu r1,-80(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFB0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFED21E4: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFED21E8: 480D5C69 bl 0xFFA7E50
- 9: MOVL $0xFED21EC, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 2538 FED21E0 12
-. 94 21 FF B0 7C 08 02 A6 48 0D 5C 69
-==== BB 2539 (0xFED21EC) approx BBs exec'd 0 ====
-
- 0xFED21EC: 93C10048 stw r30,72(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x48, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFED21F0: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFED21F4: 9361003C stw r27,60(r1)
- 8: GETL R27, t6
- 9: GETL R1, t8
- 10: ADDL $0x3C, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFED21F8: 90010054 stw r0,84(r1)
- 13: GETL R0, t10
- 14: GETL R1, t12
- 15: ADDL $0x54, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFED21FC: 7C9B2378 or r27,r4,r4
- 18: GETL R4, t14
- 19: PUTL t14, R27
- 20: INCEIPL $4
-
- 0xFED2200: 93810040 stw r28,64(r1)
- 21: GETL R28, t16
- 22: GETL R1, t18
- 23: ADDL $0x40, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFED2204: 7C7C1B78 or r28,r3,r3
- 26: GETL R3, t20
- 27: PUTL t20, R28
- 28: INCEIPL $4
-
- 0xFED2208: 813E1AF8 lwz r9,6904(r30)
- 29: GETL R30, t22
- 30: ADDL $0x1AF8, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R9
- 33: INCEIPL $4
-
- 0xFED220C: 92C10028 stw r22,40(r1)
- 34: GETL R22, t26
- 35: GETL R1, t28
- 36: ADDL $0x28, t28
- 37: STL t26, (t28)
- 38: INCEIPL $4
-
- 0xFED2210: 80090000 lwz r0,0(r9)
- 39: GETL R9, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R0
- 42: INCEIPL $4
-
- 0xFED2214: 92E1002C stw r23,44(r1)
- 43: GETL R23, t34
- 44: GETL R1, t36
- 45: ADDL $0x2C, t36
- 46: STL t34, (t36)
- 47: INCEIPL $4
-
- 0xFED2218: 2F800000 cmpi cr7,r0,0
- 48: GETL R0, t38
- 49: CMP0L t38, t40 (-rSo)
- 50: ICRFL t40, $0x7, CR
- 51: INCEIPL $4
-
- 0xFED221C: 93010030 stw r24,48(r1)
- 52: GETL R24, t42
- 53: GETL R1, t44
- 54: ADDL $0x30, t44
- 55: STL t42, (t44)
- 56: INCEIPL $4
-
- 0xFED2220: 93210034 stw r25,52(r1)
- 57: GETL R25, t46
- 58: GETL R1, t48
- 59: ADDL $0x34, t48
- 60: STL t46, (t48)
- 61: INCEIPL $4
-
- 0xFED2224: 93410038 stw r26,56(r1)
- 62: GETL R26, t50
- 63: GETL R1, t52
- 64: ADDL $0x38, t52
- 65: STL t50, (t52)
- 66: INCEIPL $4
-
- 0xFED2228: 93A10044 stw r29,68(r1)
- 67: GETL R29, t54
- 68: GETL R1, t56
- 69: ADDL $0x44, t56
- 70: STL t54, (t56)
- 71: INCEIPL $4
-
- 0xFED222C: 93E1004C stw r31,76(r1)
- 72: GETL R31, t58
- 73: GETL R1, t60
- 74: ADDL $0x4C, t60
- 75: STL t58, (t60)
- 76: INCEIPL $4
-
- 0xFED2230: 419E0054 bc 12,30,0xFED2284
- 77: Js30o $0xFED2284
-
-
-
-. 2539 FED21EC 72
-. 93 C1 00 48 7F C8 02 A6 93 61 00 3C 90 01 00 54 7C 9B 23 78 93 81 00 40 7C 7C 1B 78 81 3E 1A F8 92 C1 00 28 80 09 00 00 92 E1 00 2C 2F 80 00 00 93 01 00 30 93 21 00 34 93 41 00 38 93 A1 00 44 93 E1 00 4C 41 9E 00 54
-==== BB 2540 (0xFED2234) approx BBs exec'd 0 ====
-
- 0xFED2234: 80C10000 lwz r6,0(r1)
- 0: GETL R1, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R6
- 3: INCEIPL $4
-
- 0xFED2238: 7C0903A6 mtctr r0
- 4: GETL R0, t4
- 5: PUTL t4, CTR
- 6: INCEIPL $4
-
- 0xFED223C: 80A60004 lwz r5,4(r6)
- 7: GETL R6, t6
- 8: ADDL $0x4, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R5
- 11: INCEIPL $4
-
- 0xFED2240: 4E800421 bctrl
- 12: MOVL $0xFED2244, t10
- 13: PUTL t10, LR
- 14: GETL CTR, t12
- 15: JMPo-c t12 ($4)
-
-
-
-. 2540 FED2234 16
-. 80 C1 00 00 7C 09 03 A6 80 A6 00 04 4E 80 04 21
-==== BB 2541 realloc_hook_ini(0xFED2CC0) approx BBs exec'd 0 ====
-
- 0xFED2CC0: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFED2CC4: 7CA802A6 mflr r5
- 6: GETL LR, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0xFED2CC8: 480D5189 bl 0xFFA7E50
- 9: MOVL $0xFED2CCC, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 2541 FED2CC0 12
-. 94 21 FF E0 7C A8 02 A6 48 0D 51 89
-==== BB 2542 (0xFED2CCC) approx BBs exec'd 0 ====
-
- 0xFED2CCC: 93C10018 stw r30,24(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFED2CD0: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFED2CD4: 93A10014 stw r29,20(r1)
- 8: GETL R29, t6
- 9: GETL R1, t8
- 10: ADDL $0x14, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFED2CD8: 7C7D1B78 or r29,r3,r3
- 13: GETL R3, t10
- 14: PUTL t10, R29
- 15: INCEIPL $4
-
- 0xFED2CDC: 38600000 li r3,0
- 16: MOVL $0x0, t12
- 17: PUTL t12, R3
- 18: INCEIPL $4
-
- 0xFED2CE0: 90A10024 stw r5,36(r1)
- 19: GETL R5, t14
- 20: GETL R1, t16
- 21: ADDL $0x24, t16
- 22: STL t14, (t16)
- 23: INCEIPL $4
-
- 0xFED2CE4: 813E1AF8 lwz r9,6904(r30)
- 24: GETL R30, t18
- 25: ADDL $0x1AF8, t18
- 26: LDL (t18), t20
- 27: PUTL t20, R9
- 28: INCEIPL $4
-
- 0xFED2CE8: 817E1A7C lwz r11,6780(r30)
- 29: GETL R30, t22
- 30: ADDL $0x1A7C, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R11
- 33: INCEIPL $4
-
- 0xFED2CEC: 90690000 stw r3,0(r9)
- 34: GETL R3, t26
- 35: GETL R9, t28
- 36: STL t26, (t28)
- 37: INCEIPL $4
-
- 0xFED2CF0: 906B0000 stw r3,0(r11)
- 38: GETL R3, t30
- 39: GETL R11, t32
- 40: STL t30, (t32)
- 41: INCEIPL $4
-
- 0xFED2CF4: 93810010 stw r28,16(r1)
- 42: GETL R28, t34
- 43: GETL R1, t36
- 44: ADDL $0x10, t36
- 45: STL t34, (t36)
- 46: INCEIPL $4
-
- 0xFED2CF8: 7C9C2378 or r28,r4,r4
- 47: GETL R4, t38
- 48: PUTL t38, R28
- 49: INCEIPL $4
-
- 0xFED2CFC: 93E1001C stw r31,28(r1)
- 50: GETL R31, t40
- 51: GETL R1, t42
- 52: ADDL $0x1C, t42
- 53: STL t40, (t42)
- 54: INCEIPL $4
-
- 0xFED2D00: 4BFFF975 bl 0xFED2674
- 55: MOVL $0xFED2D04, t44
- 56: PUTL t44, LR
- 57: JMPo-c $0xFED2674 ($4)
-
-
-
-. 2542 FED2CCC 56
-. 93 C1 00 18 7F C8 02 A6 93 A1 00 14 7C 7D 1B 78 38 60 00 00 90 A1 00 24 81 3E 1A F8 81 7E 1A 7C 90 69 00 00 90 6B 00 00 93 81 00 10 7C 9C 23 78 93 E1 00 1C 4B FF F9 75
-==== BB 2543 (0xFED26B4) approx BBs exec'd 0 ====
-
- 0xFED26B4: 83610054 lwz r27,84(r1)
- 0: GETL R1, t0
- 1: ADDL $0x54, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R27
- 4: INCEIPL $4
-
- 0xFED26B8: 83410038 lwz r26,56(r1)
- 5: GETL R1, t4
- 6: ADDL $0x38, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R26
- 9: INCEIPL $4
-
- 0xFED26BC: 7F6803A6 mtlr r27
- 10: GETL R27, t8
- 11: PUTL t8, LR
- 12: INCEIPL $4
-
- 0xFED26C0: 83810040 lwz r28,64(r1)
- 13: GETL R1, t10
- 14: ADDL $0x40, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R28
- 17: INCEIPL $4
-
- 0xFED26C4: 8361003C lwz r27,60(r1)
- 18: GETL R1, t14
- 19: ADDL $0x3C, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R27
- 22: INCEIPL $4
-
- 0xFED26C8: 83A10044 lwz r29,68(r1)
- 23: GETL R1, t18
- 24: ADDL $0x44, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R29
- 27: INCEIPL $4
-
- 0xFED26CC: 83C10048 lwz r30,72(r1)
- 28: GETL R1, t22
- 29: ADDL $0x48, t22
- 30: LDL (t22), t24
- 31: PUTL t24, R30
- 32: INCEIPL $4
-
- 0xFED26D0: 83E1004C lwz r31,76(r1)
- 33: GETL R1, t26
- 34: ADDL $0x4C, t26
- 35: LDL (t26), t28
- 36: PUTL t28, R31
- 37: INCEIPL $4
-
- 0xFED26D4: 38210050 addi r1,r1,80
- 38: GETL R1, t30
- 39: ADDL $0x50, t30
- 40: PUTL t30, R1
- 41: INCEIPL $4
-
- 0xFED26D8: 4E800020 blr
- 42: GETL LR, t32
- 43: JMPo-r t32 ($4)
-
-
-
-. 2543 FED26B4 40
-. 83 61 00 54 83 41 00 38 7F 68 03 A6 83 81 00 40 83 61 00 3C 83 A1 00 44 83 C1 00 48 83 E1 00 4C 38 21 00 50 4E 80 00 20
-==== BB 2544 (0xFED2D04) approx BBs exec'd 0 ====
-
- 0xFED2D04: 80010024 lwz r0,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFED2D08: 7FA3EB78 or r3,r29,r29
- 5: GETL R29, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFED2D0C: 83C10018 lwz r30,24(r1)
- 8: GETL R1, t6
- 9: ADDL $0x18, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R30
- 12: INCEIPL $4
-
- 0xFED2D10: 7F84E378 or r4,r28,r28
- 13: GETL R28, t10
- 14: PUTL t10, R4
- 15: INCEIPL $4
-
- 0xFED2D14: 83E1001C lwz r31,28(r1)
- 16: GETL R1, t12
- 17: ADDL $0x1C, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R31
- 20: INCEIPL $4
-
- 0xFED2D18: 7C0803A6 mtlr r0
- 21: GETL R0, t16
- 22: PUTL t16, LR
- 23: INCEIPL $4
-
- 0xFED2D1C: 83810010 lwz r28,16(r1)
- 24: GETL R1, t18
- 25: ADDL $0x10, t18
- 26: LDL (t18), t20
- 27: PUTL t20, R28
- 28: INCEIPL $4
-
- 0xFED2D20: 83A10014 lwz r29,20(r1)
- 29: GETL R1, t22
- 30: ADDL $0x14, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R29
- 33: INCEIPL $4
-
- 0xFED2D24: 38210020 addi r1,r1,32
- 34: GETL R1, t26
- 35: ADDL $0x20, t26
- 36: PUTL t26, R1
- 37: INCEIPL $4
-
- 0xFED2D28: 4BFFF4B8 b 0xFED21E0
- 38: JMPo $0xFED21E0 ($4)
-
-
-
-. 2544 FED2D04 40
-. 80 01 00 24 7F A3 EB 78 83 C1 00 18 7F 84 E3 78 83 E1 00 1C 7C 08 03 A6 83 81 00 10 83 A1 00 14 38 21 00 20 4B FF F4 B8
-==== BB 2545 (0xFED2284) approx BBs exec'd 0 ====
-
- 0xFED2284: 21240000 subfic r9,r4,0
- 0: GETL R4, t0
- 1: MOVL $0x0, t2
- 2: SBBL t0, t2 (-wCa)
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFED2288: 7CA92114 adde r5,r9,r4
- 5: GETL R9, t4
- 6: GETL R4, t6
- 7: ADCL t4, t6 (-rCa-wCa)
- 8: PUTL t6, R5
- 9: INCEIPL $4
-
- 0xFED228C: 3163FFFF addic r11,r3,-1
- 10: GETL R3, t8
- 11: ADCL $0xFFFFFFFF, t8 (-wCa)
- 12: PUTL t8, R11
- 13: INCEIPL $4
-
- 0xFED2290: 7C8B1910 subfe r4,r11,r3
- 14: GETL R11, t10
- 15: GETL R3, t12
- 16: SBBL t10, t12 (-rCa-wCa)
- 17: PUTL t12, R4
- 18: INCEIPL $4
-
- 0xFED2294: 7CAB2039 and. r11,r5,r4
- 19: GETL R5, t14
- 20: GETL R4, t16
- 21: ANDL t14, t16
- 22: PUTL t16, R11
- 23: CMP0L t16, t18 (-rSo)
- 24: ICRFL t18, $0x0, CR
- 25: INCEIPL $4
-
- 0xFED2298: 40820270 bc 4,2,0xFED2508
- 26: Jc02o $0xFED2508
-
-
-
-. 2545 FED2284 24
-. 21 24 00 00 7C A9 21 14 31 63 FF FF 7C 8B 19 10 7C AB 20 39 40 82 02 70
-==== BB 2546 (0xFED229C) approx BBs exec'd 0 ====
-
- 0xFED229C: 2C830000 cmpi cr1,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFED22A0: 41860248 bc 12,6,0xFED24E8
- 4: Js06o $0xFED24E8
-
-
-
-. 2546 FED229C 8
-. 2C 83 00 00 41 86 02 48
-==== BB 2547 (0xFED24E8) approx BBs exec'd 0 ====
-
- 0xFED24E8: 7F63DB78 or r3,r27,r27
- 0: GETL R27, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFED24EC: 4BFFF3F5 bl 0xFED18E0
- 3: MOVL $0xFED24F0, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0xFED18E0 ($4)
-
-
-
-. 2547 FED24E8 8
-. 7F 63 DB 78 4B FF F3 F5
-==== BB 2548 (0xFECF788) approx BBs exec'd 0 ====
-
- 0xFECF788: 573AD1BE rlwinm r26,r25,26,6,31
- 0: GETL R25, t0
- 1: SHRL $0x6, t0
- 2: PUTL t0, R26
- 3: INCEIPL $4
-
- 0xFECF78C: 2B1A0020 cmpli cr6,r26,32
- 4: GETL R26, t2
- 5: MOVL $0x20, t6
- 6: CMPUL t2, t6, t4 (-rSo)
- 7: ICRFL t4, $0x6, CR
- 8: INCEIPL $4
-
- 0xFECF790: 3B1A0038 addi r24,r26,56
- 9: GETL R26, t8
- 10: ADDL $0x38, t8
- 11: PUTL t8, R24
- 12: INCEIPL $4
-
- 0xFECF794: 4199018C bc 12,25,0xFECF920
- 13: Js25o $0xFECF920
-
-
-
-. 2548 FECF788 16
-. 57 3A D1 BE 2B 1A 00 20 3B 1A 00 38 41 99 01 8C
-==== BB 2549 (0xFECF798) approx BBs exec'd 0 ====
-
- 0xFECF798: 71400001 andi. r0,r10,0x1
- 0: GETL R10, t0
- 1: ANDL $0x1, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFECF79C: 418201CC bc 12,2,0xFECF968
- 6: Js02o $0xFECF968
-
-
-
-. 2549 FECF798 8
-. 71 40 00 01 41 82 01 CC
-==== BB 2550 (0xFECE53C) approx BBs exec'd 0 ====
-
- 0xFECE53C: 61630001 ori r3,r11,0x1
- 0: GETL R11, t0
- 1: ORL $0x1, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0xFECE540: 81DE064C lwz r14,1612(r30)
- 4: GETL R30, t2
- 5: ADDL $0x64C, t2
- 6: LDL (t2), t4
- 7: PUTL t4, R14
- 8: INCEIPL $4
-
- 0xFECE544: 5469F87A rlwinm r9,r3,31,1,29
- 9: GETL R3, t6
- 10: ROLL $0x1F, t6
- 11: ANDL $0x7FFFFFFC, t6
- 12: PUTL t6, R9
- 13: INCEIPL $4
-
- 0xFECE548: 821E05F0 lwz r16,1520(r30)
- 14: GETL R30, t8
- 15: ADDL $0x5F0, t8
- 16: LDL (t8), t10
- 17: PUTL t10, R16
- 18: INCEIPL $4
-
- 0xFECE54C: 90780004 stw r3,4(r24)
- 19: GETL R3, t12
- 20: GETL R24, t14
- 21: ADDL $0x4, t14
- 22: STL t12, (t14)
- 23: INCEIPL $4
-
- 0xFECE550: 7E89C214 add r20,r9,r24
- 24: GETL R9, t16
- 25: GETL R24, t18
- 26: ADDL t16, t18
- 27: PUTL t18, R20
- 28: INCEIPL $4
-
- 0xFECE554: 3B580038 addi r26,r24,56
- 29: GETL R24, t20
- 30: ADDL $0x38, t20
- 31: PUTL t20, R26
- 32: INCEIPL $4
-
- 0xFECE558: 3AD80008 addi r22,r24,8
- 33: GETL R24, t22
- 34: ADDL $0x8, t22
- 35: PUTL t22, R22
- 36: INCEIPL $4
-
- 0xFECE55C: 7DCF7378 or r15,r14,r14
- 37: GETL R14, t24
- 38: PUTL t24, R15
- 39: INCEIPL $4
-
- 0xFECE560: 83F60000 lwz r31,0(r22)
- 40: GETL R22, t26
- 41: LDL (t26), t28
- 42: PUTL t28, R31
- 43: INCEIPL $4
-
- 0xFECE564: 2C1F0000 cmpi cr0,r31,0
- 44: GETL R31, t30
- 45: CMP0L t30, t32 (-rSo)
- 46: ICRFL t32, $0x0, CR
- 47: INCEIPL $4
-
- 0xFECE568: 418201A0 bc 12,2,0xFECE708
- 48: Js02o $0xFECE708
-
-
-
-. 2550 FECE53C 48
-. 61 63 00 01 81 DE 06 4C 54 69 F8 7A 82 1E 05 F0 90 78 00 04 7E 89 C2 14 3B 58 00 38 3A D8 00 08 7D CF 73 78 83 F6 00 00 2C 1F 00 00 41 82 01 A0
-==== BB 2551 (0xFECE708) approx BBs exec'd 0 ====
-
- 0xFECE708: 7F96A000 cmp cr7,r22,r20
- 0: GETL R22, t0
- 1: GETL R20, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x7, CR
- 4: INCEIPL $4
-
- 0xFECE70C: 3AD60004 addi r22,r22,4
- 5: GETL R22, t6
- 6: ADDL $0x4, t6
- 7: PUTL t6, R22
- 8: INCEIPL $4
-
- 0xFECE710: 409EFE50 bc 4,30,0xFECE560
- 9: Jc30o $0xFECE560
-
-
-
-. 2551 FECE708 12
-. 7F 96 A0 00 3A D6 00 04 40 9E FE 50
-==== BB 2552 (0xFECE560) approx BBs exec'd 0 ====
-
- 0xFECE560: 83F60000 lwz r31,0(r22)
- 0: GETL R22, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R31
- 3: INCEIPL $4
-
- 0xFECE564: 2C1F0000 cmpi cr0,r31,0
- 4: GETL R31, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x0, CR
- 7: INCEIPL $4
-
- 0xFECE568: 418201A0 bc 12,2,0xFECE708
- 8: Js02o $0xFECE708
-
-
-
-. 2552 FECE560 12
-. 83 F6 00 00 2C 1F 00 00 41 82 01 A0
-==== BB 2553 (0xFECE56C) approx BBs exec'd 0 ====
-
- 0xFECE56C: 38A00000 li r5,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0xFECE570: 7E138378 or r19,r16,r16
- 3: GETL R16, t2
- 4: PUTL t2, R19
- 5: INCEIPL $4
-
- 0xFECE574: 90B60000 stw r5,0(r22)
- 6: GETL R5, t4
- 7: GETL R22, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFECE578: 7DF27B78 or r18,r15,r15
- 10: GETL R15, t8
- 11: PUTL t8, R18
- 12: INCEIPL $4
-
- 0xFECE57C: 7DD17378 or r17,r14,r14
- 13: GETL R14, t10
- 14: PUTL t10, R17
- 15: INCEIPL $4
-
- 0xFECE580: 4800005C b 0xFECE5DC
- 16: JMPo $0xFECE5DC ($4)
-
-
-
-. 2553 FECE56C 24
-. 38 A0 00 00 7E 13 83 78 90 B6 00 00 7D F2 7B 78 7D D1 73 78 48 00 00 5C
-==== BB 2554 (0xFECE5DC) approx BBs exec'd 0 ====
-
- 0xFECE5DC: 80FF0004 lwz r7,4(r31)
- 0: GETL R31, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0xFECE5E0: 3900FFFA li r8,-6
- 5: MOVL $0xFFFFFFFA, t4
- 6: PUTL t4, R8
- 7: INCEIPL $4
-
- 0xFECE5E4: 82FF0008 lwz r23,8(r31)
- 8: GETL R31, t6
- 9: ADDL $0x8, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R23
- 12: INCEIPL $4
-
- 0xFECE5E8: 7CFC4038 and r28,r7,r8
- 13: GETL R7, t10
- 14: GETL R8, t12
- 15: ANDL t10, t12
- 16: PUTL t12, R28
- 17: INCEIPL $4
-
- 0xFECE5EC: 70E80001 andi. r8,r7,0x1
- 18: GETL R7, t14
- 19: ANDL $0x1, t14
- 20: PUTL t14, R8
- 21: CMP0L t14, t16 (-rSo)
- 22: ICRFL t16, $0x0, CR
- 23: INCEIPL $4
-
- 0xFECE5F0: 7FBFE214 add r29,r31,r28
- 24: GETL R31, t18
- 25: GETL R28, t20
- 26: ADDL t18, t20
- 27: PUTL t20, R29
- 28: INCEIPL $4
-
- 0xFECE5F4: 80DD0004 lwz r6,4(r29)
- 29: GETL R29, t22
- 30: ADDL $0x4, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R6
- 33: INCEIPL $4
-
- 0xFECE5F8: 54DB0038 rlwinm r27,r6,0,0,28
- 34: GETL R6, t26
- 35: ANDL $0xFFFFFFF8, t26
- 36: PUTL t26, R27
- 37: INCEIPL $4
-
- 0xFECE5FC: 40820038 bc 4,2,0xFECE634
- 38: Jc02o $0xFECE634
-
-
-
-. 2554 FECE5DC 36
-. 80 FF 00 04 39 00 FF FA 82 FF 00 08 7C FC 40 38 70 E8 00 01 7F BF E2 14 80 DD 00 04 54 DB 00 38 40 82 00 38
-==== BB 2555 (0xFECE634) approx BBs exec'd 0 ====
-
- 0xFECE634: 83380030 lwz r25,48(r24)
- 0: GETL R24, t0
- 1: ADDL $0x30, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R25
- 4: INCEIPL $4
-
- 0xFECE638: 7C99E800 cmp cr1,r25,r29
- 5: GETL R25, t4
- 6: GETL R29, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x1, CR
- 9: INCEIPL $4
-
- 0xFECE63C: 418600B0 bc 12,6,0xFECE6EC
- 10: Js06o $0xFECE6EC
-
-
-
-. 2555 FECE634 12
-. 83 38 00 30 7C 99 E8 00 41 86 00 B0
-==== BB 2556 (0xFECE640) approx BBs exec'd 0 ====
-
- 0xFECE640: 7C9DDA14 add r4,r29,r27
- 0: GETL R29, t0
- 1: GETL R27, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFECE644: 80040004 lwz r0,4(r4)
- 5: GETL R4, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R0
- 9: INCEIPL $4
-
- 0xFECE648: 700A0001 andi. r10,r0,0x1
- 10: GETL R0, t8
- 11: ANDL $0x1, t8
- 12: PUTL t8, R10
- 13: CMP0L t8, t10 (-rSo)
- 14: ICRFL t10, $0x0, CR
- 15: INCEIPL $4
-
- 0xFECE64C: 41A2FF38 bc 13,2,0xFECE584
- 16: Js02o $0xFECE584
-
-
-
-. 2556 FECE640 16
-. 7C 9D DA 14 80 04 00 04 70 0A 00 01 41 A2 FF 38
-==== BB 2557 (0xFECE650) approx BBs exec'd 0 ====
-
- 0xFECE650: 80BD0004 lwz r5,4(r29)
- 0: GETL R29, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0xFECE654: 54A9003C rlwinm r9,r5,0,0,30
- 5: GETL R5, t4
- 6: ANDL $0xFFFFFFFE, t4
- 7: PUTL t4, R9
- 8: INCEIPL $4
-
- 0xFECE658: 913D0004 stw r9,4(r29)
- 9: GETL R9, t6
- 10: GETL R29, t8
- 11: ADDL $0x4, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFECE65C: 4BFFFF54 b 0xFECE5B0
- 14: JMPo $0xFECE5B0 ($4)
-
-
-
-. 2557 FECE650 16
-. 80 BD 00 04 54 A9 00 3C 91 3D 00 04 4B FF FF 54
-==== BB 2558 (0xFECE5B0) approx BBs exec'd 0 ====
-
- 0xFECE5B0: 2F170000 cmpi cr6,r23,0
- 0: GETL R23, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0xFECE5B4: 80DA0008 lwz r6,8(r26)
- 4: GETL R26, t4
- 5: ADDL $0x8, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R6
- 8: INCEIPL $4
-
- 0xFECE5B8: 63870001 ori r7,r28,0x1
- 9: GETL R28, t8
- 10: ORL $0x1, t8
- 11: PUTL t8, R7
- 12: INCEIPL $4
-
- 0xFECE5BC: 93FA0008 stw r31,8(r26)
- 13: GETL R31, t10
- 14: GETL R26, t12
- 15: ADDL $0x8, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFECE5C0: 93E6000C stw r31,12(r6)
- 18: GETL R31, t14
- 19: GETL R6, t16
- 20: ADDL $0xC, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0xFECE5C4: 7F9FE12E stwx r28,r31,r28
- 23: GETL R28, t18
- 24: GETL R31, t20
- 25: ADDL t20, t18
- 26: GETL R28, t22
- 27: STL t22, (t18)
- 28: INCEIPL $4
-
- 0xFECE5C8: 90FF0004 stw r7,4(r31)
- 29: GETL R7, t24
- 30: GETL R31, t26
- 31: ADDL $0x4, t26
- 32: STL t24, (t26)
- 33: INCEIPL $4
-
- 0xFECE5CC: 90DF0008 stw r6,8(r31)
- 34: GETL R6, t28
- 35: GETL R31, t30
- 36: ADDL $0x8, t30
- 37: STL t28, (t30)
- 38: INCEIPL $4
-
- 0xFECE5D0: 935F000C stw r26,12(r31)
- 39: GETL R26, t32
- 40: GETL R31, t34
- 41: ADDL $0xC, t34
- 42: STL t32, (t34)
- 43: INCEIPL $4
-
- 0xFECE5D4: 7EFFBB78 or r31,r23,r23
- 44: GETL R23, t36
- 45: PUTL t36, R31
- 46: INCEIPL $4
-
- 0xFECE5D8: 419A0130 bc 12,26,0xFECE708
- 47: Js26o $0xFECE708
-
-
-
-. 2558 FECE5B0 44
-. 2F 17 00 00 80 DA 00 08 63 87 00 01 93 FA 00 08 93 E6 00 0C 7F 9F E1 2E 90 FF 00 04 90 DF 00 08 93 5F 00 0C 7E FF BB 78 41 9A 01 30
-==== BB 2559 (0xFECE714) approx BBs exec'd 0 ====
-
- 0xFECE714: 4BFFFF80 b 0xFECE694
- 0: JMPo $0xFECE694 ($4)
-
-
-
-. 2559 FECE714 4
-. 4B FF FF 80
-==== BB 2560 (0xFECE694) approx BBs exec'd 0 ====
-
- 0xFECE694: 82610074 lwz r19,116(r1)
- 0: GETL R1, t0
- 1: ADDL $0x74, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R19
- 4: INCEIPL $4
-
- 0xFECE698: 81C10028 lwz r14,40(r1)
- 5: GETL R1, t4
- 6: ADDL $0x28, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R14
- 9: INCEIPL $4
-
- 0xFECE69C: 7E6803A6 mtlr r19
- 10: GETL R19, t8
- 11: PUTL t8, LR
- 12: INCEIPL $4
-
- 0xFECE6A0: 81E1002C lwz r15,44(r1)
- 13: GETL R1, t10
- 14: ADDL $0x2C, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R15
- 17: INCEIPL $4
-
- 0xFECE6A4: 82010030 lwz r16,48(r1)
- 18: GETL R1, t14
- 19: ADDL $0x30, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R16
- 22: INCEIPL $4
-
- 0xFECE6A8: 82210034 lwz r17,52(r1)
- 23: GETL R1, t18
- 24: ADDL $0x34, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R17
- 27: INCEIPL $4
-
- 0xFECE6AC: 82410038 lwz r18,56(r1)
- 28: GETL R1, t22
- 29: ADDL $0x38, t22
- 30: LDL (t22), t24
- 31: PUTL t24, R18
- 32: INCEIPL $4
-
- 0xFECE6B0: 8261003C lwz r19,60(r1)
- 33: GETL R1, t26
- 34: ADDL $0x3C, t26
- 35: LDL (t26), t28
- 36: PUTL t28, R19
- 37: INCEIPL $4
-
- 0xFECE6B4: 82810040 lwz r20,64(r1)
- 38: GETL R1, t30
- 39: ADDL $0x40, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R20
- 42: INCEIPL $4
-
- 0xFECE6B8: 82A10044 lwz r21,68(r1)
- 43: GETL R1, t34
- 44: ADDL $0x44, t34
- 45: LDL (t34), t36
- 46: PUTL t36, R21
- 47: INCEIPL $4
-
- 0xFECE6BC: 82C10048 lwz r22,72(r1)
- 48: GETL R1, t38
- 49: ADDL $0x48, t38
- 50: LDL (t38), t40
- 51: PUTL t40, R22
- 52: INCEIPL $4
-
- 0xFECE6C0: 82E1004C lwz r23,76(r1)
- 53: GETL R1, t42
- 54: ADDL $0x4C, t42
- 55: LDL (t42), t44
- 56: PUTL t44, R23
- 57: INCEIPL $4
-
- 0xFECE6C4: 83010050 lwz r24,80(r1)
- 58: GETL R1, t46
- 59: ADDL $0x50, t46
- 60: LDL (t46), t48
- 61: PUTL t48, R24
- 62: INCEIPL $4
-
- 0xFECE6C8: 83210054 lwz r25,84(r1)
- 63: GETL R1, t50
- 64: ADDL $0x54, t50
- 65: LDL (t50), t52
- 66: PUTL t52, R25
- 67: INCEIPL $4
-
- 0xFECE6CC: 83410058 lwz r26,88(r1)
- 68: GETL R1, t54
- 69: ADDL $0x58, t54
- 70: LDL (t54), t56
- 71: PUTL t56, R26
- 72: INCEIPL $4
-
- 0xFECE6D0: 8361005C lwz r27,92(r1)
- 73: GETL R1, t58
- 74: ADDL $0x5C, t58
- 75: LDL (t58), t60
- 76: PUTL t60, R27
- 77: INCEIPL $4
-
- 0xFECE6D4: 83810060 lwz r28,96(r1)
- 78: GETL R1, t62
- 79: ADDL $0x60, t62
- 80: LDL (t62), t64
- 81: PUTL t64, R28
- 82: INCEIPL $4
-
- 0xFECE6D8: 83A10064 lwz r29,100(r1)
- 83: GETL R1, t66
- 84: ADDL $0x64, t66
- 85: LDL (t66), t68
- 86: PUTL t68, R29
- 87: INCEIPL $4
-
- 0xFECE6DC: 83C10068 lwz r30,104(r1)
- 88: GETL R1, t70
- 89: ADDL $0x68, t70
- 90: LDL (t70), t72
- 91: PUTL t72, R30
- 92: INCEIPL $4
-
- 0xFECE6E0: 83E1006C lwz r31,108(r1)
- 93: GETL R1, t74
- 94: ADDL $0x6C, t74
- 95: LDL (t74), t76
- 96: PUTL t76, R31
- 97: INCEIPL $4
-
- 0xFECE6E4: 38210070 addi r1,r1,112
- 98: GETL R1, t78
- 99: ADDL $0x70, t78
- 100: PUTL t78, R1
- 101: INCEIPL $4
-
- 0xFECE6E8: 4E800020 blr
- 102: GETL LR, t80
- 103: JMPo-r t80 ($4)
-
-
-
-. 2560 FECE694 88
-. 82 61 00 74 81 C1 00 28 7E 68 03 A6 81 E1 00 2C 82 01 00 30 82 21 00 34 82 41 00 38 82 61 00 3C 82 81 00 40 82 A1 00 44 82 C1 00 48 82 E1 00 4C 83 01 00 50 83 21 00 54 83 41 00 58 83 61 00 5C 83 81 00 60 83 A1 00 64 83 C1 00 68 83 E1 00 6C 38 21 00 70 4E 80 00 20
-==== BB 2561 (0xFECF7DC) approx BBs exec'd 0 ====
-
- 0xFECF7DC: 7E559378 or r21,r18,r18
- 0: GETL R18, t0
- 1: PUTL t0, R21
- 2: INCEIPL $4
-
- 0xFECF7E0: 48000054 b 0xFECF834
- 3: JMPo $0xFECF834 ($4)
-
-
-
-. 2561 FECF7DC 8
-. 7E 55 93 78 48 00 00 54
-==== BB 2562 (0xFECF834) approx BBs exec'd 0 ====
-
- 0xFECF834: 815F0004 lwz r10,4(r31)
- 0: GETL R31, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0xFECF838: 83BF000C lwz r29,12(r31)
- 5: GETL R31, t4
- 6: ADDL $0xC, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R29
- 9: INCEIPL $4
-
- 0xFECF83C: 2B8A0008 cmpli cr7,r10,8
- 10: GETL R10, t8
- 11: MOVL $0x8, t12
- 12: CMPUL t8, t12, t10 (-rSo)
- 13: ICRFL t10, $0x7, CR
- 14: INCEIPL $4
-
- 0xFECF840: 409D0320 bc 4,29,0xFECFB60
- 15: Jc29o $0xFECFB60
-
-
-
-. 2562 FECF834 16
-. 81 5F 00 04 83 BF 00 0C 2B 8A 00 08 40 9D 03 20
-==== BB 2563 (0xFECF844) approx BBs exec'd 0 ====
-
- 0xFECF844: 82FC044C lwz r23,1100(r28)
- 0: GETL R28, t0
- 1: ADDL $0x44C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R23
- 4: INCEIPL $4
-
- 0xFECF848: 7C8AB840 cmpl cr1,r10,r23
- 5: GETL R10, t4
- 6: GETL R23, t6
- 7: CMPUL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x1, CR
- 9: INCEIPL $4
-
- 0xFECF84C: 41850314 bc 12,5,0xFECFB60
- 10: Js05o $0xFECFB60
-
-
-
-. 2563 FECF844 12
-. 82 FC 04 4C 7C 8A B8 40 41 85 03 14
-==== BB 2564 (0xFECF850) approx BBs exec'd 0 ====
-
- 0xFECF850: 2B9901FF cmpli cr7,r25,511
- 0: GETL R25, t0
- 1: MOVL $0x1FF, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFECF854: 554A0038 rlwinm r10,r10,0,0,28
- 5: GETL R10, t6
- 6: ANDL $0xFFFFFFF8, t6
- 7: PUTL t6, R10
- 8: INCEIPL $4
-
- 0xFECF858: 419D000C bc 12,29,0xFECF864
- 9: Js29o $0xFECF864
-
-
-
-. 2564 FECF850 12
-. 2B 99 01 FF 55 4A 00 38 41 9D 00 0C
-==== BB 2565 (0xFECF864) approx BBs exec'd 0 ====
-
- 0xFECF864: 7F8AC800 cmp cr7,r10,r25
- 0: GETL R10, t0
- 1: GETL R25, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x7, CR
- 4: INCEIPL $4
-
- 0xFECF868: 935D0008 stw r26,8(r29)
- 5: GETL R26, t6
- 6: GETL R29, t8
- 7: ADDL $0x8, t8
- 8: STL t6, (t8)
- 9: INCEIPL $4
-
- 0xFECF86C: 93BC0044 stw r29,68(r28)
- 10: GETL R29, t10
- 11: GETL R28, t12
- 12: ADDL $0x44, t12
- 13: STL t10, (t12)
- 14: INCEIPL $4
-
- 0xFECF870: 419E03EC bc 12,30,0xFECFC5C
- 15: Js30o $0xFECFC5C
-
-
-
-. 2565 FECF864 16
-. 7F 8A C8 00 93 5D 00 08 93 BC 00 44 41 9E 03 EC
-==== BB 2566 (0xFECF874) approx BBs exec'd 0 ====
-
- 0xFECF874: 288A01FF cmpli cr1,r10,511
- 0: GETL R10, t0
- 1: MOVL $0x1FF, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0xFECF878: 40A5FF6C bc 5,5,0xFECF7E4
- 5: Jc05o $0xFECF7E4
-
-
-
-. 2566 FECF874 8
-. 28 8A 01 FF 40 A5 FF 6C
-==== BB 2567 (0xFECF7E4) approx BBs exec'd 0 ====
-
- 0xFECF7E4: 7FAAE214 add r29,r10,r28
- 0: GETL R10, t0
- 1: GETL R28, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0xFECF7E8: 5548E8FE rlwinm r8,r10,29,3,31
- 5: GETL R10, t4
- 6: SHRL $0x3, t4
- 7: PUTL t4, R8
- 8: INCEIPL $4
-
- 0xFECF7EC: 393D0030 addi r9,r29,48
- 9: GETL R29, t6
- 10: ADDL $0x30, t6
- 11: PUTL t6, R9
- 12: INCEIPL $4
-
- 0xFECF7F0: 81690008 lwz r11,8(r9)
- 13: GETL R9, t8
- 14: ADDL $0x8, t8
- 15: LDL (t8), t10
- 16: PUTL t10, R11
- 17: INCEIPL $4
-
- 0xFECF7F4: 913F000C stw r9,12(r31)
- 18: GETL R9, t12
- 19: GETL R31, t14
- 20: ADDL $0xC, t14
- 21: STL t12, (t14)
- 22: INCEIPL $4
-
- 0xFECF7F8: 550306FE rlwinm r3,r8,0,27,31
- 23: GETL R8, t16
- 24: ANDL $0x1F, t16
- 25: PUTL t16, R3
- 26: INCEIPL $4
-
- 0xFECF7FC: 93EB000C stw r31,12(r11)
- 27: GETL R31, t18
- 28: GETL R11, t20
- 29: ADDL $0xC, t20
- 30: STL t18, (t20)
- 31: INCEIPL $4
-
- 0xFECF800: 3BA00001 li r29,1
- 32: MOVL $0x1, t22
- 33: PUTL t22, R29
- 34: INCEIPL $4
-
- 0xFECF804: 917F0008 stw r11,8(r31)
- 35: GETL R11, t24
- 36: GETL R31, t26
- 37: ADDL $0x8, t26
- 38: STL t24, (t26)
- 39: INCEIPL $4
-
- 0xFECF808: 7D0B2E70 srawi r11,r8,5
- 40: GETL R8, t28
- 41: SARL $0x5, t28 (-wCa)
- 42: PUTL t28, R11
- 43: INCEIPL $4
-
- 0xFECF80C: 93E90008 stw r31,8(r9)
- 44: GETL R31, t30
- 45: GETL R9, t32
- 46: ADDL $0x8, t32
- 47: STL t30, (t32)
- 48: INCEIPL $4
-
- 0xFECF810: 5566103A rlwinm r6,r11,2,0,29
- 49: GETL R11, t34
- 50: SHLL $0x2, t34
- 51: PUTL t34, R6
- 52: INCEIPL $4
-
- 0xFECF814: 83FC0044 lwz r31,68(r28)
- 53: GETL R28, t36
- 54: ADDL $0x44, t36
- 55: LDL (t36), t38
- 56: PUTL t38, R31
- 57: INCEIPL $4
-
- 0xFECF818: 7F66E214 add r27,r6,r28
- 58: GETL R6, t40
- 59: GETL R28, t42
- 60: ADDL t40, t42
- 61: PUTL t42, R27
- 62: INCEIPL $4
-
- 0xFECF81C: 811B0438 lwz r8,1080(r27)
- 63: GETL R27, t44
- 64: ADDL $0x438, t44
- 65: LDL (t44), t46
- 66: PUTL t46, R8
- 67: INCEIPL $4
-
- 0xFECF820: 7FA41830 slw r4,r29,r3
- 68: GETL R29, t50
- 69: GETL R3, t48
- 70: SHLL t48, t50
- 71: PUTL t50, R4
- 72: INCEIPL $4
-
- 0xFECF824: 7F1FD000 cmp cr6,r31,r26
- 73: GETL R31, t52
- 74: GETL R26, t54
- 75: CMPL t52, t54, t56 (-rSo)
- 76: ICRFL t56, $0x6, CR
- 77: INCEIPL $4
-
- 0xFECF828: 7D0A2378 or r10,r8,r4
- 78: GETL R8, t58
- 79: GETL R4, t60
- 80: ORL t60, t58
- 81: PUTL t58, R10
- 82: INCEIPL $4
-
- 0xFECF82C: 915B0438 stw r10,1080(r27)
- 83: GETL R10, t62
- 84: GETL R27, t64
- 85: ADDL $0x438, t64
- 86: STL t62, (t64)
- 87: INCEIPL $4
-
- 0xFECF830: 419A0144 bc 12,26,0xFECF974
- 88: Js26o $0xFECF974
-
-
-
-. 2567 FECF7E4 80
-. 7F AA E2 14 55 48 E8 FE 39 3D 00 30 81 69 00 08 91 3F 00 0C 55 03 06 FE 93 EB 00 0C 3B A0 00 01 91 7F 00 08 7D 0B 2E 70 93 E9 00 08 55 66 10 3A 83 FC 00 44 7F 66 E2 14 81 1B 04 38 7F A4 18 30 7F 1F D0 00 7D 0A 23 78 91 5B 04 38 41 9A 01 44
-==== BB 2568 (0xFECF97C) approx BBs exec'd 0 ====
-
- 0xFECF97C: 57151838 rlwinm r21,r24,3,0,28
- 0: GETL R24, t0
- 1: SHLL $0x3, t0
- 2: PUTL t0, R21
- 3: INCEIPL $4
-
- 0xFECF980: 7FF5E214 add r31,r21,r28
- 4: GETL R21, t2
- 5: GETL R28, t4
- 6: ADDL t2, t4
- 7: PUTL t4, R31
- 8: INCEIPL $4
-
- 0xFECF984: 393F0030 addi r9,r31,48
- 9: GETL R31, t6
- 10: ADDL $0x30, t6
- 11: PUTL t6, R9
- 12: INCEIPL $4
-
- 0xFECF988: 83A9000C lwz r29,12(r9)
- 13: GETL R9, t8
- 14: ADDL $0xC, t8
- 15: LDL (t8), t10
- 16: PUTL t10, R29
- 17: INCEIPL $4
-
- 0xFECF98C: 7F9D4800 cmp cr7,r29,r9
- 18: GETL R29, t12
- 19: GETL R9, t14
- 20: CMPL t12, t14, t16 (-rSo)
- 21: ICRFL t16, $0x7, CR
- 22: INCEIPL $4
-
- 0xFECF990: 419E0014 bc 12,30,0xFECF9A4
- 23: Js30o $0xFECF9A4
-
-
-
-. 2568 FECF97C 24
-. 57 15 18 38 7F F5 E2 14 39 3F 00 30 83 A9 00 0C 7F 9D 48 00 41 9E 00 14
-==== BB 2569 (0xFED24F0) approx BBs exec'd 0 ====
-
- 0xFED24F0: 4BFFFD54 b 0xFED2244
- 0: JMPo $0xFED2244 ($4)
-
-
-
-. 2569 FED24F0 4
-. 4B FF FD 54
-==== BB 2570 (0xFED2244) approx BBs exec'd 0 ====
-
- 0xFED2244: 7C691B78 or r9,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R9
- 2: INCEIPL $4
-
- 0xFED2248: 83A10054 lwz r29,84(r1)
- 3: GETL R1, t2
- 4: ADDL $0x54, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R29
- 7: INCEIPL $4
-
- 0xFED224C: 7D234B78 or r3,r9,r9
- 8: GETL R9, t6
- 9: PUTL t6, R3
- 10: INCEIPL $4
-
- 0xFED2250: 82C10028 lwz r22,40(r1)
- 11: GETL R1, t8
- 12: ADDL $0x28, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R22
- 15: INCEIPL $4
-
- 0xFED2254: 7FA803A6 mtlr r29
- 16: GETL R29, t12
- 17: PUTL t12, LR
- 18: INCEIPL $4
-
- 0xFED2258: 82E1002C lwz r23,44(r1)
- 19: GETL R1, t14
- 20: ADDL $0x2C, t14
- 21: LDL (t14), t16
- 22: PUTL t16, R23
- 23: INCEIPL $4
-
- 0xFED225C: 83010030 lwz r24,48(r1)
- 24: GETL R1, t18
- 25: ADDL $0x30, t18
- 26: LDL (t18), t20
- 27: PUTL t20, R24
- 28: INCEIPL $4
-
- 0xFED2260: 83210034 lwz r25,52(r1)
- 29: GETL R1, t22
- 30: ADDL $0x34, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R25
- 33: INCEIPL $4
-
- 0xFED2264: 83410038 lwz r26,56(r1)
- 34: GETL R1, t26
- 35: ADDL $0x38, t26
- 36: LDL (t26), t28
- 37: PUTL t28, R26
- 38: INCEIPL $4
-
- 0xFED2268: 8361003C lwz r27,60(r1)
- 39: GETL R1, t30
- 40: ADDL $0x3C, t30
- 41: LDL (t30), t32
- 42: PUTL t32, R27
- 43: INCEIPL $4
-
- 0xFED226C: 83810040 lwz r28,64(r1)
- 44: GETL R1, t34
- 45: ADDL $0x40, t34
- 46: LDL (t34), t36
- 47: PUTL t36, R28
- 48: INCEIPL $4
-
- 0xFED2270: 83A10044 lwz r29,68(r1)
- 49: GETL R1, t38
- 50: ADDL $0x44, t38
- 51: LDL (t38), t40
- 52: PUTL t40, R29
- 53: INCEIPL $4
-
- 0xFED2274: 83C10048 lwz r30,72(r1)
- 54: GETL R1, t42
- 55: ADDL $0x48, t42
- 56: LDL (t42), t44
- 57: PUTL t44, R30
- 58: INCEIPL $4
-
- 0xFED2278: 83E1004C lwz r31,76(r1)
- 59: GETL R1, t46
- 60: ADDL $0x4C, t46
- 61: LDL (t46), t48
- 62: PUTL t48, R31
- 63: INCEIPL $4
-
- 0xFED227C: 38210050 addi r1,r1,80
- 64: GETL R1, t50
- 65: ADDL $0x50, t50
- 66: PUTL t50, R1
- 67: INCEIPL $4
-
- 0xFED2280: 4E800020 blr
- 68: GETL LR, t52
- 69: JMPo-r t52 ($4)
-
-
-
-. 2570 FED2244 64
-. 7C 69 1B 78 83 A1 00 54 7D 23 4B 78 82 C1 00 28 7F A8 03 A6 82 E1 00 2C 83 01 00 30 83 21 00 34 83 41 00 38 83 61 00 3C 83 81 00 40 83 A1 00 44 83 C1 00 48 83 E1 00 4C 38 21 00 50 4E 80 00 20
-==== BB 2571 (0xFE8D2C8) approx BBs exec'd 0 ====
-
- 0xFE8D2C8: 2C830000 cmpi cr1,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFE8D2CC: 4186013C bc 12,6,0xFE8D408
- 4: Js06o $0xFE8D408
-
-
-
-. 2571 FE8D2C8 8
-. 2C 83 00 00 41 86 01 3C
-==== BB 2572 (0xFE8D2D0) approx BBs exec'd 0 ====
-
- 0xFE8D2D0: 907C0000 stw r3,0(r28)
- 0: GETL R3, t0
- 1: GETL R28, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0xFE8D2D4: 93B90000 stw r29,0(r25)
- 4: GETL R29, t4
- 5: GETL R25, t6
- 6: STL t4, (t6)
- 7: INCEIPL $4
-
- 0xFE8D2D8: 7EC3B378 or r3,r22,r22
- 8: GETL R22, t8
- 9: PUTL t8, R3
- 10: INCEIPL $4
-
- 0xFE8D2DC: 839E0214 lwz r28,532(r30)
- 11: GETL R30, t10
- 12: ADDL $0x214, t10
- 13: LDL (t10), t12
- 14: PUTL t12, R28
- 15: INCEIPL $4
-
- 0xFE8D2E0: 480497F9 bl 0xFED6AD8
- 16: MOVL $0xFE8D2E4, t14
- 17: PUTL t14, LR
- 18: JMPo-c $0xFED6AD8 ($4)
-
-
-
-. 2572 FE8D2D0 20
-. 90 7C 00 00 93 B9 00 00 7E C3 B3 78 83 9E 02 14 48 04 97 F9
-==== BB 2573 (0xFE8D2E4) approx BBs exec'd 0 ====
-
- 0xFE8D2E4: 3B030001 addi r24,r3,1
- 0: GETL R3, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R24
- 3: INCEIPL $4
-
- 0xFE8D2E8: 7EA3AB78 or r3,r21,r21
- 4: GETL R21, t2
- 5: PUTL t2, R3
- 6: INCEIPL $4
-
- 0xFE8D2EC: 480497ED bl 0xFED6AD8
- 7: MOVL $0xFE8D2F0, t4
- 8: PUTL t4, LR
- 9: JMPo-c $0xFED6AD8 ($4)
-
-
-
-. 2573 FE8D2E4 12
-. 3B 03 00 01 7E A3 AB 78 48 04 97 ED
-==== BB 2574 (0xFE8D2F0) approx BBs exec'd 0 ====
-
- 0xFE8D2F0: 829C0000 lwz r20,0(r28)
- 0: GETL R28, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R20
- 3: INCEIPL $4
-
- 0xFE8D2F4: 817E0218 lwz r11,536(r30)
- 4: GETL R30, t4
- 5: ADDL $0x218, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R11
- 8: INCEIPL $4
-
- 0xFE8D2F8: 3AE30001 addi r23,r3,1
- 9: GETL R3, t8
- 10: ADDL $0x1, t8
- 11: PUTL t8, R23
- 12: INCEIPL $4
-
- 0xFE8D2FC: 83B40000 lwz r29,0(r20)
- 13: GETL R20, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R29
- 16: INCEIPL $4
-
- 0xFE8D300: 838B0000 lwz r28,0(r11)
- 17: GETL R11, t14
- 18: LDL (t14), t16
- 19: PUTL t16, R28
- 20: INCEIPL $4
-
- 0xFE8D304: 7C7DC214 add r3,r29,r24
- 21: GETL R29, t18
- 22: GETL R24, t20
- 23: ADDL t18, t20
- 24: PUTL t20, R3
- 25: INCEIPL $4
-
- 0xFE8D308: 819E01F4 lwz r12,500(r30)
- 26: GETL R30, t22
- 27: ADDL $0x1F4, t22
- 28: LDL (t22), t24
- 29: PUTL t24, R12
- 30: INCEIPL $4
-
- 0xFE8D30C: 813C0000 lwz r9,0(r28)
- 31: GETL R28, t26
- 32: LDL (t26), t28
- 33: PUTL t28, R9
- 34: INCEIPL $4
-
- 0xFE8D310: 7F23BA14 add r25,r3,r23
- 35: GETL R3, t30
- 36: GETL R23, t32
- 37: ADDL t30, t32
- 38: PUTL t32, R25
- 39: INCEIPL $4
-
- 0xFE8D314: 7F194840 cmpl cr6,r25,r9
- 40: GETL R25, t34
- 41: GETL R9, t36
- 42: CMPUL t34, t36, t38 (-rSo)
- 43: ICRFL t38, $0x6, CR
- 44: INCEIPL $4
-
- 0xFE8D318: 833E01F8 lwz r25,504(r30)
- 45: GETL R30, t40
- 46: ADDL $0x1F8, t40
- 47: LDL (t40), t42
- 48: PUTL t42, R25
- 49: INCEIPL $4
-
- 0xFE8D31C: 40990048 bc 4,25,0xFE8D364
- 50: Jc25o $0xFE8D364
-
-
-
-. 2574 FE8D2F0 48
-. 82 9C 00 00 81 7E 02 18 3A E3 00 01 83 B4 00 00 83 8B 00 00 7C 7D C2 14 81 9E 01 F4 81 3C 00 00 7F 23 BA 14 7F 19 48 40 83 3E 01 F8 40 99 00 48
-==== BB 2575 (0xFE8D320) approx BBs exec'd 0 ====
-
- 0xFE8D320: 7C98BA14 add r4,r24,r23
- 0: GETL R24, t0
- 1: GETL R23, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFE8D324: 2B840400 cmpli cr7,r4,1024
- 5: GETL R4, t4
- 6: MOVL $0x400, t8
- 7: CMPUL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x7, CR
- 9: INCEIPL $4
-
- 0xFE8D328: 409C0008 bc 4,28,0xFE8D330
- 10: Jc28o $0xFE8D330
-
-
-
-. 2575 FE8D320 12
-. 7C 98 BA 14 2B 84 04 00 40 9C 00 08
-==== BB 2576 (0xFE8D32C) approx BBs exec'd 0 ====
-
- 0xFE8D32C: 38800400 li r4,1024
- 0: MOVL $0x400, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0xFE8D330: 833E01F8 lwz r25,504(r30)
- 3: GETL R30, t2
- 4: ADDL $0x1F8, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R25
- 7: INCEIPL $4
-
- 0xFE8D334: 7FA44A14 add r29,r4,r9
- 8: GETL R4, t6
- 9: GETL R9, t8
- 10: ADDL t6, t8
- 11: PUTL t8, R29
- 12: INCEIPL $4
-
- 0xFE8D338: 7FA4EB78 or r4,r29,r29
- 13: GETL R29, t10
- 14: PUTL t10, R4
- 15: INCEIPL $4
-
- 0xFE8D33C: 80790000 lwz r3,0(r25)
- 16: GETL R25, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R3
- 19: INCEIPL $4
-
- 0xFE8D340: 4811CFD9 bl 0xFFAA318
- 20: MOVL $0xFE8D344, t16
- 21: PUTL t16, LR
- 22: JMPo-c $0xFFAA318 ($4)
-
-
-
-. 2576 FE8D32C 24
-. 38 80 04 00 83 3E 01 F8 7F A4 4A 14 7F A4 EB 78 80 79 00 00 48 11 CF D9
-==== BB 2577 (0xFE8D344) approx BBs exec'd 0 ====
-
- 0xFE8D344: 2C030000 cmpi cr0,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0xFE8D348: 418200C0 bc 12,2,0xFE8D408
- 4: Js02o $0xFE8D408
-
-
-
-. 2577 FE8D344 8
-. 2C 03 00 00 41 82 00 C0
-==== BB 2578 (0xFE8D34C) approx BBs exec'd 0 ====
-
- 0xFE8D34C: 81590000 lwz r10,0(r25)
- 0: GETL R25, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R10
- 3: INCEIPL $4
-
- 0xFE8D350: 819E01F4 lwz r12,500(r30)
- 4: GETL R30, t4
- 5: ADDL $0x1F4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R12
- 8: INCEIPL $4
-
- 0xFE8D354: 7C8A1800 cmp cr1,r10,r3
- 9: GETL R10, t8
- 10: GETL R3, t10
- 11: CMPL t8, t10, t12 (-rSo)
- 12: ICRFL t12, $0x1, CR
- 13: INCEIPL $4
-
- 0xFE8D358: 4086017C bc 4,6,0xFE8D4D4
- 14: Jc06o $0xFE8D4D4
-
-
-
-. 2578 FE8D34C 16
-. 81 59 00 00 81 9E 01 F4 7C 8A 18 00 40 86 01 7C
-==== BB 2579 (0xFE8D4D4) approx BBs exec'd 0 ====
-
- 0xFE8D4D4: 80B30000 lwz r5,0(r19)
- 0: GETL R19, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R5
- 3: INCEIPL $4
-
- 0xFE8D4D8: 38C00000 li r6,0
- 4: MOVL $0x0, t4
- 5: PUTL t4, R6
- 6: INCEIPL $4
-
- 0xFE8D4DC: 7F062840 cmpl cr6,r6,r5
- 7: GETL R6, t6
- 8: GETL R5, t8
- 9: CMPUL t6, t8, t10 (-rSo)
- 10: ICRFL t10, $0x6, CR
- 11: INCEIPL $4
-
- 0xFE8D4E0: 40B8FE7C bc 5,24,0xFE8D35C
- 12: Jc24o $0xFE8D35C
-
-
-
-. 2579 FE8D4D4 16
-. 80 B3 00 00 38 C0 00 00 7F 06 28 40 40 B8 FE 7C
-==== BB 2580 (0xFE8D35C) approx BBs exec'd 0 ====
-
- 0xFE8D35C: 93BC0000 stw r29,0(r28)
- 0: GETL R29, t0
- 1: GETL R28, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0xFE8D360: 90790000 stw r3,0(r25)
- 4: GETL R3, t4
- 5: GETL R25, t6
- 6: STL t4, (t6)
- 7: INCEIPL $4
-
- 0xFE8D364: 81790000 lwz r11,0(r25)
- 8: GETL R25, t8
- 9: LDL (t8), t10
- 10: PUTL t10, R11
- 11: INCEIPL $4
-
- 0xFE8D368: 7EC4B378 or r4,r22,r22
- 12: GETL R22, t12
- 13: PUTL t12, R4
- 14: INCEIPL $4
-
- 0xFE8D36C: 81540000 lwz r10,0(r20)
- 15: GETL R20, t14
- 16: LDL (t14), t16
- 17: PUTL t16, R10
- 18: INCEIPL $4
-
- 0xFE8D370: 7F05C378 or r5,r24,r24
- 19: GETL R24, t18
- 20: PUTL t18, R5
- 21: INCEIPL $4
-
- 0xFE8D374: 81130000 lwz r8,0(r19)
- 22: GETL R19, t20
- 23: LDL (t20), t22
- 24: PUTL t22, R8
- 25: INCEIPL $4
-
- 0xFE8D378: 39CE0001 addi r14,r14,1
- 26: GETL R14, t24
- 27: ADDL $0x1, t24
- 28: PUTL t24, R14
- 29: INCEIPL $4
-
- 0xFE8D37C: 82CC0000 lwz r22,0(r12)
- 30: GETL R12, t26
- 31: LDL (t26), t28
- 32: PUTL t28, R22
- 33: INCEIPL $4
-
- 0xFE8D380: 7C6B5214 add r3,r11,r10
- 34: GETL R11, t30
- 35: GETL R10, t32
- 36: ADDL t30, t32
- 37: PUTL t32, R3
- 38: INCEIPL $4
-
- 0xFE8D384: 551C1838 rlwinm r28,r8,3,0,28
- 39: GETL R8, t34
- 40: SHLL $0x3, t34
- 41: PUTL t34, R28
- 42: INCEIPL $4
-
- 0xFE8D388: 919F01B0 stw r12,432(r31)
- 43: GETL R12, t36
- 44: GETL R31, t38
- 45: ADDL $0x1B0, t38
- 46: STL t36, (t38)
- 47: INCEIPL $4
-
- 0xFE8D38C: 4804B34D bl 0xFED86D8
- 48: MOVL $0xFE8D390, t40
- 49: PUTL t40, LR
- 50: JMPo-c $0xFED86D8 ($4)
-
-
-
-. 2580 FE8D35C 52
-. 93 BC 00 00 90 79 00 00 81 79 00 00 7E C4 B3 78 81 54 00 00 7F 05 C3 78 81 13 00 00 39 CE 00 01 82 CC 00 00 7C 6B 52 14 55 1C 18 38 91 9F 01 B0 48 04 B3 4D
-==== BB 2581 (0xFE8D390) approx BBs exec'd 0 ====
-
- 0xFE8D390: 80940000 lwz r4,0(r20)
- 0: GETL R20, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R4
- 3: INCEIPL $4
-
- 0xFE8D394: 7C7CB12E stwx r3,r28,r22
- 4: GETL R22, t4
- 5: GETL R28, t6
- 6: ADDL t6, t4
- 7: GETL R3, t8
- 8: STL t8, (t4)
- 9: INCEIPL $4
-
- 0xFE8D398: 80790000 lwz r3,0(r25)
- 10: GETL R25, t10
- 11: LDL (t10), t12
- 12: PUTL t12, R3
- 13: INCEIPL $4
-
- 0xFE8D39C: 7CE4C214 add r7,r4,r24
- 14: GETL R4, t14
- 15: GETL R24, t16
- 16: ADDL t14, t16
- 17: PUTL t16, R7
- 18: INCEIPL $4
-
- 0xFE8D3A0: 80B30000 lwz r5,0(r19)
- 19: GETL R19, t18
- 20: LDL (t18), t20
- 21: PUTL t20, R5
- 22: INCEIPL $4
-
- 0xFE8D3A4: 7EA4AB78 or r4,r21,r21
- 23: GETL R21, t22
- 24: PUTL t22, R4
- 25: INCEIPL $4
-
- 0xFE8D3A8: 83BF01B0 lwz r29,432(r31)
- 26: GETL R31, t24
- 27: ADDL $0x1B0, t24
- 28: LDL (t24), t26
- 29: PUTL t26, R29
- 30: INCEIPL $4
-
- 0xFE8D3AC: 7C633A14 add r3,r3,r7
- 31: GETL R3, t28
- 32: GETL R7, t30
- 33: ADDL t28, t30
- 34: PUTL t30, R3
- 35: INCEIPL $4
-
- 0xFE8D3B0: 54B91838 rlwinm r25,r5,3,0,28
- 36: GETL R5, t32
- 37: SHLL $0x3, t32
- 38: PUTL t32, R25
- 39: INCEIPL $4
-
- 0xFE8D3B4: 90F40000 stw r7,0(r20)
- 40: GETL R7, t34
- 41: GETL R20, t36
- 42: STL t34, (t36)
- 43: INCEIPL $4
-
- 0xFE8D3B8: 7EE5BB78 or r5,r23,r23
- 44: GETL R23, t38
- 45: PUTL t38, R5
- 46: INCEIPL $4
-
- 0xFE8D3BC: 839D0000 lwz r28,0(r29)
- 47: GETL R29, t40
- 48: LDL (t40), t42
- 49: PUTL t42, R28
- 50: INCEIPL $4
-
- 0xFE8D3C0: 4804B319 bl 0xFED86D8
- 51: MOVL $0xFE8D3C4, t44
- 52: PUTL t44, LR
- 53: JMPo-c $0xFED86D8 ($4)
-
-
-
-. 2581 FE8D390 52
-. 80 94 00 00 7C 7C B1 2E 80 79 00 00 7C E4 C2 14 80 B3 00 00 7E A4 AB 78 83 BF 01 B0 7C 63 3A 14 54 B9 18 38 90 F4 00 00 7E E5 BB 78 83 9D 00 00 48 04 B3 19
-==== BB 2582 (0xFE8D3C4) approx BBs exec'd 0 ====
-
- 0xFE8D3C4: 81940000 lwz r12,0(r20)
- 0: GETL R20, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R12
- 3: INCEIPL $4
-
- 0xFE8D3C8: 80D30000 lwz r6,0(r19)
- 4: GETL R19, t4
- 5: LDL (t4), t6
- 6: PUTL t6, R6
- 7: INCEIPL $4
-
- 0xFE8D3CC: 7F19E214 add r24,r25,r28
- 8: GETL R25, t8
- 9: GETL R28, t10
- 10: ADDL t8, t10
- 11: PUTL t10, R24
- 12: INCEIPL $4
-
- 0xFE8D3D0: 7EACBA14 add r21,r12,r23
- 13: GETL R12, t12
- 14: GETL R23, t14
- 15: ADDL t12, t14
- 16: PUTL t14, R21
- 17: INCEIPL $4
-
- 0xFE8D3D4: 90780004 stw r3,4(r24)
- 18: GETL R3, t16
- 19: GETL R24, t18
- 20: ADDL $0x4, t18
- 21: STL t16, (t18)
- 22: INCEIPL $4
-
- 0xFE8D3D8: 3AC60001 addi r22,r6,1
- 23: GETL R6, t20
- 24: ADDL $0x1, t20
- 25: PUTL t20, R22
- 26: INCEIPL $4
-
- 0xFE8D3DC: 92B40000 stw r21,0(r20)
- 27: GETL R21, t22
- 28: GETL R20, t24
- 29: STL t22, (t24)
- 30: INCEIPL $4
-
- 0xFE8D3E0: 92D30000 stw r22,0(r19)
- 31: GETL R22, t26
- 32: GETL R19, t28
- 33: STL t26, (t28)
- 34: INCEIPL $4
-
- 0xFE8D3E4: 2C110000 cmpi cr0,r17,0
- 35: GETL R17, t30
- 36: CMP0L t30, t32 (-rSo)
- 37: ICRFL t32, $0x0, CR
- 38: INCEIPL $4
-
- 0xFE8D3E8: 4182009C bc 12,2,0xFE8D484
- 39: Js02o $0xFE8D484
-
-
-
-. 2582 FE8D3C4 40
-. 81 94 00 00 80 D3 00 00 7F 19 E2 14 7E AC BA 14 90 78 00 04 3A C6 00 01 92 B4 00 00 92 D3 00 00 2C 11 00 00 41 82 00 9C
-==== BB 2583 (0xFE8D2D8) approx BBs exec'd 0 ====
-
- 0xFE8D2D8: 7EC3B378 or r3,r22,r22
- 0: GETL R22, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE8D2DC: 839E0214 lwz r28,532(r30)
- 3: GETL R30, t2
- 4: ADDL $0x214, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R28
- 7: INCEIPL $4
-
- 0xFE8D2E0: 480497F9 bl 0xFED6AD8
- 8: MOVL $0xFE8D2E4, t6
- 9: PUTL t6, LR
- 10: JMPo-c $0xFED6AD8 ($4)
-
-
-
-. 2583 FE8D2D8 12
-. 7E C3 B3 78 83 9E 02 14 48 04 97 F9
-==== BB 2584 (0xFE8D364) approx BBs exec'd 0 ====
-
- 0xFE8D364: 81790000 lwz r11,0(r25)
- 0: GETL R25, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R11
- 3: INCEIPL $4
-
- 0xFE8D368: 7EC4B378 or r4,r22,r22
- 4: GETL R22, t4
- 5: PUTL t4, R4
- 6: INCEIPL $4
-
- 0xFE8D36C: 81540000 lwz r10,0(r20)
- 7: GETL R20, t6
- 8: LDL (t6), t8
- 9: PUTL t8, R10
- 10: INCEIPL $4
-
- 0xFE8D370: 7F05C378 or r5,r24,r24
- 11: GETL R24, t10
- 12: PUTL t10, R5
- 13: INCEIPL $4
-
- 0xFE8D374: 81130000 lwz r8,0(r19)
- 14: GETL R19, t12
- 15: LDL (t12), t14
- 16: PUTL t14, R8
- 17: INCEIPL $4
-
- 0xFE8D378: 39CE0001 addi r14,r14,1
- 18: GETL R14, t16
- 19: ADDL $0x1, t16
- 20: PUTL t16, R14
- 21: INCEIPL $4
-
- 0xFE8D37C: 82CC0000 lwz r22,0(r12)
- 22: GETL R12, t18
- 23: LDL (t18), t20
- 24: PUTL t20, R22
- 25: INCEIPL $4
-
- 0xFE8D380: 7C6B5214 add r3,r11,r10
- 26: GETL R11, t22
- 27: GETL R10, t24
- 28: ADDL t22, t24
- 29: PUTL t24, R3
- 30: INCEIPL $4
-
- 0xFE8D384: 551C1838 rlwinm r28,r8,3,0,28
- 31: GETL R8, t26
- 32: SHLL $0x3, t26
- 33: PUTL t26, R28
- 34: INCEIPL $4
-
- 0xFE8D388: 919F01B0 stw r12,432(r31)
- 35: GETL R12, t28
- 36: GETL R31, t30
- 37: ADDL $0x1B0, t30
- 38: STL t28, (t30)
- 39: INCEIPL $4
-
- 0xFE8D38C: 4804B34D bl 0xFED86D8
- 40: MOVL $0xFE8D390, t32
- 41: PUTL t32, LR
- 42: JMPo-c $0xFED86D8 ($4)
-
-
-
-. 2584 FE8D364 44
-. 81 79 00 00 7E C4 B3 78 81 54 00 00 7F 05 C3 78 81 13 00 00 39 CE 00 01 82 CC 00 00 7C 6B 52 14 55 1C 18 38 91 9F 01 B0 48 04 B3 4D
-==== BB 2585 (0xFEBD8A4) approx BBs exec'd 0 ====
-
- 0xFEBD8A4: 7FE5FB78 or r5,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0xFEBD8A8: 7F9FE050 subf r28,r31,r28
- 3: GETL R31, t2
- 4: GETL R28, t4
- 5: SUBL t2, t4
- 6: PUTL t4, R28
- 7: INCEIPL $4
-
- 0xFEBD8AC: 48019EA9 bl 0xFED7754
- 8: MOVL $0xFEBD8B0, t6
- 9: PUTL t6, LR
- 10: JMPo-c $0xFED7754 ($4)
-
-
-
-. 2585 FEBD8A4 12
-. 7F E5 FB 78 7F 9F E0 50 48 01 9E A9
-==== BB 2586 (0xFED22A4) approx BBs exec'd 0 ====
-
- 0xFED22A4: 3BA3FFF8 addi r29,r3,-8
- 0: GETL R3, t0
- 1: ADDL $0xFFFFFFF8, t0
- 2: PUTL t0, R29
- 3: INCEIPL $4
-
- 0xFED22A8: 815D0004 lwz r10,4(r29)
- 4: GETL R29, t2
- 5: ADDL $0x4, t2
- 6: LDL (t2), t4
- 7: PUTL t4, R10
- 8: INCEIPL $4
-
- 0xFED22AC: 55590038 rlwinm r25,r10,0,0,28
- 9: GETL R10, t6
- 10: ANDL $0xFFFFFFF8, t6
- 11: PUTL t6, R25
- 12: INCEIPL $4
-
- 0xFED22B0: 7CF900D0 neg r7,r25
- 13: GETL R25, t8
- 14: NEGL t8
- 15: PUTL t8, R7
- 16: INCEIPL $4
-
- 0xFED22B4: 7F1D3840 cmpl cr6,r29,r7
- 17: GETL R29, t10
- 18: GETL R7, t12
- 19: CMPUL t10, t12, t14 (-rSo)
- 20: ICRFL t14, $0x6, CR
- 21: INCEIPL $4
-
- 0xFED22B8: 419901E0 bc 12,25,0xFED2498
- 22: Js25o $0xFED2498
-
-
-
-. 2586 FED22A4 24
-. 3B A3 FF F8 81 5D 00 04 55 59 00 38 7C F9 00 D0 7F 1D 38 40 41 99 01 E0
-==== BB 2587 (0xFED22BC) approx BBs exec'd 0 ====
-
- 0xFED22BC: 73A00007 andi. r0,r29,0x7
- 0: GETL R29, t0
- 1: ANDL $0x7, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFED22C0: 408201D8 bc 4,2,0xFED2498
- 6: Jc02o $0xFED2498
-
-
-
-. 2587 FED22BC 8
-. 73 A0 00 07 40 82 01 D8
-==== BB 2588 (0xFED22C4) approx BBs exec'd 0 ====
-
- 0xFED22C4: 3960FFDF li r11,-33
- 0: MOVL $0xFFFFFFDF, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0xFED22C8: 7C9B5840 cmpl cr1,r27,r11
- 3: GETL R27, t2
- 4: GETL R11, t4
- 5: CMPUL t2, t4, t6 (-rSo)
- 6: ICRFL t6, $0x1, CR
- 7: INCEIPL $4
-
- 0xFED22CC: 41850228 bc 12,5,0xFED24F4
- 8: Js05o $0xFED24F4
-
-
-
-. 2588 FED22C4 12
-. 39 60 FF DF 7C 9B 58 40 41 85 02 28
-==== BB 2589 (0xFED22D0) approx BBs exec'd 0 ====
-
- 0xFED22D0: 399B000B addi r12,r27,11
- 0: GETL R27, t0
- 1: ADDL $0xB, t0
- 2: PUTL t0, R12
- 3: INCEIPL $4
-
- 0xFED22D4: 2B0C000F cmpli cr6,r12,15
- 4: GETL R12, t2
- 5: MOVL $0xF, t6
- 6: CMPUL t2, t6, t4 (-rSo)
- 7: ICRFL t4, $0x6, CR
- 8: INCEIPL $4
-
- 0xFED22D8: 55980038 rlwinm r24,r12,0,0,28
- 9: GETL R12, t8
- 10: ANDL $0xFFFFFFF8, t8
- 11: PUTL t8, R24
- 12: INCEIPL $4
-
- 0xFED22DC: 409900C0 bc 4,25,0xFED239C
- 13: Jc25o $0xFED239C
-
-
-
-. 2589 FED22D0 16
-. 39 9B 00 0B 2B 0C 00 0F 55 98 00 38 40 99 00 C0
-==== BB 2590 (0xFED22E0) approx BBs exec'd 0 ====
-
- 0xFED22E0: 71400002 andi. r0,r10,0x2
- 0: GETL R10, t0
- 1: ANDL $0x2, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFED22E4: 408200C0 bc 4,2,0xFED23A4
- 6: Jc02o $0xFED23A4
-
-
-
-. 2590 FED22E0 8
-. 71 40 00 02 40 82 00 C0
-==== BB 2591 (0xFED22E8) approx BBs exec'd 0 ====
-
- 0xFED22E8: 71400004 andi. r0,r10,0x4
- 0: GETL R10, t0
- 1: ANDL $0x4, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFED22EC: 83FE05FC lwz r31,1532(r30)
- 6: GETL R30, t4
- 7: ADDL $0x5FC, t4
- 8: LDL (t4), t6
- 9: PUTL t6, R31
- 10: INCEIPL $4
-
- 0xFED22F0: 4182000C bc 12,2,0xFED22FC
- 11: Js02o $0xFED22FC
-
-
-
-. 2591 FED22E8 12
-. 71 40 00 04 83 FE 05 FC 41 82 00 0C
-==== BB 2592 (0xFED22FC) approx BBs exec'd 0 ====
-
- 0xFED22FC: 3BA00000 li r29,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R29
- 2: INCEIPL $4
-
- 0xFED2300: 39200001 li r9,1
- 3: MOVL $0x1, t2
- 4: PUTL t2, R9
- 5: INCEIPL $4
-
- 0xFED2304: 7F40F828 lwarx r26,r0,r31
- 6: GETL R31, t4
- 7: LOCKo
- 8: LDL (t4), t6
- 9: PUTL t6, R26
- 10: INCEIPL $4
-
- 0xFED2308: 7C1AE800 cmp cr0,r26,r29
- 11: GETL R26, t8
- 12: GETL R29, t10
- 13: CMPL t8, t10, t12 (-rSo)
- 14: ICRFL t12, $0x0, CR
- 15: INCEIPL $4
-
- 0xFED230C: 4082000C bc 4,2,0xFED2318
- 16: Jc02o $0xFED2318
-
-
-
-. 2592 FED22FC 20
-. 3B A0 00 00 39 20 00 01 7F 40 F8 28 7C 1A E8 00 40 82 00 0C
-==== BB 2593 (0xFED2310) approx BBs exec'd 0 ====
-
- 0xFED2310: 7D20F92D stwcx. r9,r0,r31
- 0: GETL R31, t0
- 1: GETL R9, t2
- 2: LOCKo
- 3: STL t2, (t0) (-rSo)
- 4: ICRFL cr, $0x0, CR
- 5: INCEIPL $4
-
- 0xFED2314: 40A2FFF0 bc 5,2,0xFED2304
- 6: Jc02o $0xFED2304
-
-
-
-. 2593 FED2310 8
-. 7D 20 F9 2D 40 A2 FF F0
-==== BB 2594 (0xFED2304) approx BBs exec'd 0 ====
-
- 0xFED2304: 7F40F828 lwarx r26,r0,r31
- 0: GETL R31, t0
- 1: LOCKo
- 2: LDL (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0xFED2308: 7C1AE800 cmp cr0,r26,r29
- 5: GETL R26, t4
- 6: GETL R29, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x0, CR
- 9: INCEIPL $4
-
- 0xFED230C: 4082000C bc 4,2,0xFED2318
- 10: Jc02o $0xFED2318
-
-
-
-. 2594 FED2304 12
-. 7F 40 F8 28 7C 1A E8 00 40 82 00 0C
-==== BB 2595 (0xFED2318) approx BBs exec'd 0 ====
-
- 0xFED2318: 4C00012C 0: INCEIPL $4
-
- 0xFED231C: 2F9A0000 cmpi cr7,r26,0
- 1: GETL R26, t0
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFED2320: 409E01F4 bc 4,30,0xFED2514
- 5: Jc30o $0xFED2514
-
-
-
-. 2595 FED2318 12
-. 4C 00 01 2C 2F 9A 00 00 40 9E 01 F4
-==== BB 2596 (0xFED2324) approx BBs exec'd 0 ====
-
- 0xFED2324: 80FE0600 lwz r7,1536(r30)
- 0: GETL R30, t0
- 1: ADDL $0x600, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0xFED2328: 7F84E378 or r4,r28,r28
- 5: GETL R28, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0xFED232C: 7CA71214 add r5,r7,r2
- 8: GETL R7, t6
- 9: GETL R2, t8
- 10: ADDL t6, t8
- 11: PUTL t8, R5
- 12: INCEIPL $4
-
- 0xFED2330: 7FE3FB78 or r3,r31,r31
- 13: GETL R31, t10
- 14: PUTL t10, R3
- 15: INCEIPL $4
-
- 0xFED2334: 93E50000 stw r31,0(r5)
- 16: GETL R31, t12
- 17: GETL R5, t14
- 18: STL t12, (t14)
- 19: INCEIPL $4
-
- 0xFED2338: 7F65DB78 or r5,r27,r27
- 20: GETL R27, t16
- 21: PUTL t16, R5
- 22: INCEIPL $4
-
- 0xFED233C: 4BFFE6B1 bl 0xFED09EC
- 23: MOVL $0xFED2340, t18
- 24: PUTL t18, LR
- 25: JMPo-c $0xFED09EC ($4)
-
-
-
-. 2596 FED2324 28
-. 80 FE 06 00 7F 84 E3 78 7C A7 12 14 7F E3 FB 78 93 E5 00 00 7F 65 DB 78 4B FF E6 B1
-==== BB 2597 _int_realloc(0xFED09EC) approx BBs exec'd 0 ====
-
- 0xFED09EC: 3800FFDF li r0,-33
- 0: MOVL $0xFFFFFFDF, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFED09F0: 7CC802A6 mflr r6
- 3: GETL LR, t2
- 4: PUTL t2, R6
- 5: INCEIPL $4
-
- 0xFED09F4: 7F850040 cmpl cr7,r5,r0
- 6: GETL R5, t4
- 7: GETL R0, t6
- 8: CMPUL t4, t6, t8 (-rSo)
- 9: ICRFL t8, $0x7, CR
- 10: INCEIPL $4
-
- 0xFED09F8: 9421FFB0 stwu r1,-80(r1)
- 11: GETL R1, t10
- 12: GETL R1, t12
- 13: ADDL $0xFFFFFFB0, t12
- 14: PUTL t12, R1
- 15: STL t10, (t12)
- 16: INCEIPL $4
-
- 0xFED09FC: 480D7455 bl 0xFFA7E50
- 17: MOVL $0xFED0A00, t14
- 18: PUTL t14, LR
- 19: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 2597 FED09EC 20
-. 38 00 FF DF 7C C8 02 A6 7F 85 00 40 94 21 FF B0 48 0D 74 55
-==== BB 2598 (0xFED0A00) approx BBs exec'd 0 ====
-
- 0xFED0A00: 92C10028 stw r22,40(r1)
- 0: GETL R22, t0
- 1: GETL R1, t2
- 2: ADDL $0x28, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFED0A04: 9361003C stw r27,60(r1)
- 5: GETL R27, t4
- 6: GETL R1, t6
- 7: ADDL $0x3C, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFED0A08: 7C761B78 or r22,r3,r3
- 10: GETL R3, t8
- 11: PUTL t8, R22
- 12: INCEIPL $4
-
- 0xFED0A0C: 93C10048 stw r30,72(r1)
- 13: GETL R30, t10
- 14: GETL R1, t12
- 15: ADDL $0x48, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFED0A10: 7C9B2378 or r27,r4,r4
- 18: GETL R4, t14
- 19: PUTL t14, R27
- 20: INCEIPL $4
-
- 0xFED0A14: 92E1002C stw r23,44(r1)
- 21: GETL R23, t16
- 22: GETL R1, t18
- 23: ADDL $0x2C, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFED0A18: 7FC802A6 mflr r30
- 26: GETL LR, t20
- 27: PUTL t20, R30
- 28: INCEIPL $4
-
- 0xFED0A1C: 93010030 stw r24,48(r1)
- 29: GETL R24, t22
- 30: GETL R1, t24
- 31: ADDL $0x30, t24
- 32: STL t22, (t24)
- 33: INCEIPL $4
-
- 0xFED0A20: 93210034 stw r25,52(r1)
- 34: GETL R25, t26
- 35: GETL R1, t28
- 36: ADDL $0x34, t28
- 37: STL t26, (t28)
- 38: INCEIPL $4
-
- 0xFED0A24: 93410038 stw r26,56(r1)
- 39: GETL R26, t30
- 40: GETL R1, t32
- 41: ADDL $0x38, t32
- 42: STL t30, (t32)
- 43: INCEIPL $4
-
- 0xFED0A28: 93810040 stw r28,64(r1)
- 44: GETL R28, t34
- 45: GETL R1, t36
- 46: ADDL $0x40, t36
- 47: STL t34, (t36)
- 48: INCEIPL $4
-
- 0xFED0A2C: 93A10044 stw r29,68(r1)
- 49: GETL R29, t38
- 50: GETL R1, t40
- 51: ADDL $0x44, t40
- 52: STL t38, (t40)
- 53: INCEIPL $4
-
- 0xFED0A30: 93E1004C stw r31,76(r1)
- 54: GETL R31, t42
- 55: GETL R1, t44
- 56: ADDL $0x4C, t44
- 57: STL t42, (t44)
- 58: INCEIPL $4
-
- 0xFED0A34: 90C10054 stw r6,84(r1)
- 59: GETL R6, t46
- 60: GETL R1, t48
- 61: ADDL $0x54, t48
- 62: STL t46, (t48)
- 63: INCEIPL $4
-
- 0xFED0A38: 419D034C bc 12,29,0xFED0D84
- 64: Js29o $0xFED0D84
-
-
-
-. 2598 FED0A00 60
-. 92 C1 00 28 93 61 00 3C 7C 76 1B 78 93 C1 00 48 7C 9B 23 78 92 E1 00 2C 7F C8 02 A6 93 01 00 30 93 21 00 34 93 41 00 38 93 81 00 40 93 A1 00 44 93 E1 00 4C 90 C1 00 54 41 9D 03 4C
-==== BB 2599 (0xFED0A3C) approx BBs exec'd 0 ====
-
- 0xFED0A3C: 3865000B addi r3,r5,11
- 0: GETL R5, t0
- 1: ADDL $0xB, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0xFED0A40: 2803000F cmpli cr0,r3,15
- 4: GETL R3, t2
- 5: MOVL $0xF, t6
- 6: CMPUL t2, t6, t4 (-rSo)
- 7: ICRFL t4, $0x0, CR
- 8: INCEIPL $4
-
- 0xFED0A44: 54780038 rlwinm r24,r3,0,0,28
- 9: GETL R3, t8
- 10: ANDL $0xFFFFFFF8, t8
- 11: PUTL t8, R24
- 12: INCEIPL $4
-
- 0xFED0A48: 40810178 bc 4,1,0xFED0BC0
- 13: Jc01o $0xFED0BC0
-
-
-
-. 2599 FED0A3C 16
-. 38 65 00 0B 28 03 00 0F 54 78 00 38 40 81 01 78
-==== BB 2600 (0xFED0A4C) approx BBs exec'd 0 ====
-
- 0xFED0A4C: 3B5BFFF8 addi r26,r27,-8
- 0: GETL R27, t0
- 1: ADDL $0xFFFFFFF8, t0
- 2: PUTL t0, R26
- 3: INCEIPL $4
-
- 0xFED0A50: 73400007 andi. r0,r26,0x7
- 4: GETL R26, t2
- 5: ANDL $0x7, t2
- 6: PUTL t2, R0
- 7: CMP0L t2, t4 (-rSo)
- 8: ICRFL t4, $0x0, CR
- 9: INCEIPL $4
-
- 0xFED0A54: 817A0004 lwz r11,4(r26)
- 10: GETL R26, t6
- 11: ADDL $0x4, t6
- 12: LDL (t6), t8
- 13: PUTL t8, R11
- 14: INCEIPL $4
-
- 0xFED0A58: 557D0038 rlwinm r29,r11,0,0,28
- 15: GETL R11, t10
- 16: ANDL $0xFFFFFFF8, t10
- 17: PUTL t10, R29
- 18: INCEIPL $4
-
- 0xFED0A5C: 40820374 bc 4,2,0xFED0DD0
- 19: Jc02o $0xFED0DD0
-
-
-
-. 2600 FED0A4C 20
-. 3B 5B FF F8 73 40 00 07 81 7A 00 04 55 7D 00 38 40 82 03 74
-==== BB 2601 (0xFED0A60) approx BBs exec'd 0 ====
-
- 0xFED0A60: 2B0B0008 cmpli cr6,r11,8
- 0: GETL R11, t0
- 1: MOVL $0x8, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x6, CR
- 4: INCEIPL $4
-
- 0xFED0A64: 409902C4 bc 4,25,0xFED0D28
- 5: Jc25o $0xFED0D28
-
-
-
-. 2601 FED0A60 8
-. 2B 0B 00 08 40 99 02 C4
-==== BB 2602 (0xFED0A68) approx BBs exec'd 0 ====
-
- 0xFED0A68: 8016044C lwz r0,1100(r22)
- 0: GETL R22, t0
- 1: ADDL $0x44C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFED0A6C: 7F80E840 cmpl cr7,r0,r29
- 5: GETL R0, t4
- 6: GETL R29, t6
- 7: CMPUL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x7, CR
- 9: INCEIPL $4
-
- 0xFED0A70: 409D02B8 bc 4,29,0xFED0D28
- 10: Jc29o $0xFED0D28
-
-
-
-. 2602 FED0A68 12
-. 80 16 04 4C 7F 80 E8 40 40 9D 02 B8
-==== BB 2603 (0xFED0A74) approx BBs exec'd 0 ====
-
- 0xFED0A74: 71680002 andi. r8,r11,0x2
- 0: GETL R11, t0
- 1: ANDL $0x2, t0
- 2: PUTL t0, R8
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFED0A78: 40820150 bc 4,2,0xFED0BC8
- 6: Jc02o $0xFED0BC8
-
-
-
-. 2603 FED0A74 8
-. 71 68 00 02 40 82 01 50
-==== BB 2604 (0xFED0A7C) approx BBs exec'd 0 ====
-
- 0xFED0A7C: 7FFAEA14 add r31,r26,r29
- 0: GETL R26, t0
- 1: GETL R29, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R31
- 4: INCEIPL $4
-
- 0xFED0A80: 813F0004 lwz r9,4(r31)
- 5: GETL R31, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R9
- 9: INCEIPL $4
-
- 0xFED0A84: 28890008 cmpli cr1,r9,8
- 10: GETL R9, t8
- 11: MOVL $0x8, t12
- 12: CMPUL t8, t12, t10 (-rSo)
- 13: ICRFL t10, $0x1, CR
- 14: INCEIPL $4
-
- 0xFED0A88: 55280038 rlwinm r8,r9,0,0,28
- 15: GETL R9, t14
- 16: ANDL $0xFFFFFFF8, t14
- 17: PUTL t14, R8
- 18: INCEIPL $4
-
- 0xFED0A8C: 4085034C bc 4,5,0xFED0DD8
- 19: Jc05o $0xFED0DD8
-
-
-
-. 2604 FED0A7C 20
-. 7F FA EA 14 81 3F 00 04 28 89 00 08 55 28 00 38 40 85 03 4C
-==== BB 2605 (0xFED0A90) approx BBs exec'd 0 ====
-
- 0xFED0A90: 7F004040 cmpl cr6,r0,r8
- 0: GETL R0, t0
- 1: GETL R8, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x6, CR
- 4: INCEIPL $4
-
- 0xFED0A94: 40990344 bc 4,25,0xFED0DD8
- 5: Jc25o $0xFED0DD8
-
-
-
-. 2605 FED0A90 8
-. 7F 00 40 40 40 99 03 44
-==== BB 2606 (0xFED0A98) approx BBs exec'd 0 ====
-
- 0xFED0A98: 7F9DC040 cmpl cr7,r29,r24
- 0: GETL R29, t0
- 1: GETL R24, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x7, CR
- 4: INCEIPL $4
-
- 0xFED0A9C: 7FBCEB78 or r28,r29,r29
- 5: GETL R29, t6
- 6: PUTL t6, R28
- 7: INCEIPL $4
-
- 0xFED0AA0: 409C0208 bc 4,28,0xFED0CA8
- 8: Jc28o $0xFED0CA8
-
-
-
-. 2606 FED0A98 12
-. 7F 9D C0 40 7F BC EB 78 40 9C 02 08
-==== BB 2607 (0xFED0AA4) approx BBs exec'd 0 ====
-
- 0xFED0AA4: 80F60030 lwz r7,48(r22)
- 0: GETL R22, t0
- 1: ADDL $0x30, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0xFED0AA8: 7C07F800 cmp cr0,r7,r31
- 5: GETL R7, t4
- 6: GETL R31, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x0, CR
- 9: INCEIPL $4
-
- 0xFED0AAC: 418203F4 bc 12,2,0xFED0EA0
- 10: Js02o $0xFED0EA0
-
-
-
-. 2607 FED0AA4 12
-. 80 F6 00 30 7C 07 F8 00 41 82 03 F4
-==== BB 2608 (0xFED0EA0) approx BBs exec'd 0 ====
-
- 0xFED0EA0: 7D5D4214 add r10,r29,r8
- 0: GETL R29, t0
- 1: GETL R8, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0xFED0EA4: 39980010 addi r12,r24,16
- 5: GETL R24, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R12
- 8: INCEIPL $4
-
- 0xFED0EA8: 7C8A6040 cmpl cr1,r10,r12
- 9: GETL R10, t6
- 10: GETL R12, t8
- 11: CMPUL t6, t8, t10 (-rSo)
- 12: ICRFL t10, $0x1, CR
- 13: INCEIPL $4
-
- 0xFED0EAC: 41A4FC04 bc 13,4,0xFED0AB0
- 14: Js04o $0xFED0AB0
-
-
-
-. 2608 FED0EA0 16
-. 7D 5D 42 14 39 98 00 10 7C 8A 60 40 41 A4 FC 04
-==== BB 2609 (0xFED0EB0) approx BBs exec'd 0 ====
-
- 0xFED0EB0: 80DE05FC lwz r6,1532(r30)
- 0: GETL R30, t0
- 1: ADDL $0x5FC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0xFED0EB4: 557D077E rlwinm r29,r11,0,29,31
- 5: GETL R11, t4
- 6: ANDL $0x7, t4
- 7: PUTL t4, R29
- 8: INCEIPL $4
-
- 0xFED0EB8: 7F385050 subf r25,r24,r10
- 9: GETL R24, t6
- 10: GETL R10, t8
- 11: SUBL t6, t8
- 12: PUTL t8, R25
- 13: INCEIPL $4
-
- 0xFED0EBC: 7FABC378 or r11,r29,r24
- 14: GETL R29, t10
- 15: GETL R24, t12
- 16: ORL t12, t10
- 17: PUTL t10, R11
- 18: INCEIPL $4
-
- 0xFED0EC0: 7EC03278 xor r0,r22,r6
- 19: GETL R22, t14
- 20: GETL R6, t16
- 21: XORL t14, t16
- 22: PUTL t16, R0
- 23: INCEIPL $4
-
- 0xFED0EC4: 632A0001 ori r10,r25,0x1
- 24: GETL R25, t18
- 25: ORL $0x1, t18
- 26: PUTL t18, R10
- 27: INCEIPL $4
-
- 0xFED0EC8: 3100FFFF addic r8,r0,-1
- 28: GETL R0, t20
- 29: ADCL $0xFFFFFFFF, t20 (-wCa)
- 30: PUTL t20, R8
- 31: INCEIPL $4
-
- 0xFED0ECC: 7FE80110 subfe r31,r8,r0
- 32: GETL R8, t22
- 33: GETL R0, t24
- 34: SBBL t22, t24 (-rCa-wCa)
- 35: PUTL t24, R31
- 36: INCEIPL $4
-
- 0xFED0ED0: 7F67DB78 or r7,r27,r27
- 37: GETL R27, t26
- 38: PUTL t26, R7
- 39: INCEIPL $4
-
- 0xFED0ED4: 57FC103A rlwinm r28,r31,2,0,29
- 40: GETL R31, t28
- 41: SHLL $0x2, t28
- 42: PUTL t28, R28
- 43: INCEIPL $4
-
- 0xFED0ED8: 7D1AC214 add r8,r26,r24
- 44: GETL R26, t30
- 45: GETL R24, t32
- 46: ADDL t30, t32
- 47: PUTL t32, R8
- 48: INCEIPL $4
-
- 0xFED0EDC: 7F975B78 or r23,r28,r11
- 49: GETL R28, t34
- 50: GETL R11, t36
- 51: ORL t36, t34
- 52: PUTL t34, R23
- 53: INCEIPL $4
-
- 0xFED0EE0: 91160030 stw r8,48(r22)
- 54: GETL R8, t38
- 55: GETL R22, t40
- 56: ADDL $0x30, t40
- 57: STL t38, (t40)
- 58: INCEIPL $4
-
- 0xFED0EE4: 92FA0004 stw r23,4(r26)
- 59: GETL R23, t42
- 60: GETL R26, t44
- 61: ADDL $0x4, t44
- 62: STL t42, (t44)
- 63: INCEIPL $4
-
- 0xFED0EE8: 91480004 stw r10,4(r8)
- 64: GETL R10, t46
- 65: GETL R8, t48
- 66: ADDL $0x4, t48
- 67: STL t46, (t48)
- 68: INCEIPL $4
-
- 0xFED0EEC: 4BFFFC98 b 0xFED0B84
- 69: JMPo $0xFED0B84 ($4)
-
-
-
-. 2609 FED0EB0 64
-. 80 DE 05 FC 55 7D 07 7E 7F 38 50 50 7F AB C3 78 7E C0 32 78 63 2A 00 01 31 00 FF FF 7F E8 01 10 7F 67 DB 78 57 FC 10 3A 7D 1A C2 14 7F 97 5B 78 91 16 00 30 92 FA 00 04 91 48 00 04 4B FF FC 98
-==== BB 2610 (0xFED0B84) approx BBs exec'd 0 ====
-
- 0xFED0B84: 83210054 lwz r25,84(r1)
- 0: GETL R1, t0
- 1: ADDL $0x54, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R25
- 4: INCEIPL $4
-
- 0xFED0B88: 7CE33B78 or r3,r7,r7
- 5: GETL R7, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFED0B8C: 82C10028 lwz r22,40(r1)
- 8: GETL R1, t6
- 9: ADDL $0x28, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R22
- 12: INCEIPL $4
-
- 0xFED0B90: 7F2803A6 mtlr r25
- 13: GETL R25, t10
- 14: PUTL t10, LR
- 15: INCEIPL $4
-
- 0xFED0B94: 82E1002C lwz r23,44(r1)
- 16: GETL R1, t12
- 17: ADDL $0x2C, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R23
- 20: INCEIPL $4
-
- 0xFED0B98: 83010030 lwz r24,48(r1)
- 21: GETL R1, t16
- 22: ADDL $0x30, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R24
- 25: INCEIPL $4
-
- 0xFED0B9C: 83210034 lwz r25,52(r1)
- 26: GETL R1, t20
- 27: ADDL $0x34, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R25
- 30: INCEIPL $4
-
- 0xFED0BA0: 83410038 lwz r26,56(r1)
- 31: GETL R1, t24
- 32: ADDL $0x38, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R26
- 35: INCEIPL $4
-
- 0xFED0BA4: 8361003C lwz r27,60(r1)
- 36: GETL R1, t28
- 37: ADDL $0x3C, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R27
- 40: INCEIPL $4
-
- 0xFED0BA8: 83810040 lwz r28,64(r1)
- 41: GETL R1, t32
- 42: ADDL $0x40, t32
- 43: LDL (t32), t34
- 44: PUTL t34, R28
- 45: INCEIPL $4
-
- 0xFED0BAC: 83A10044 lwz r29,68(r1)
- 46: GETL R1, t36
- 47: ADDL $0x44, t36
- 48: LDL (t36), t38
- 49: PUTL t38, R29
- 50: INCEIPL $4
-
- 0xFED0BB0: 83C10048 lwz r30,72(r1)
- 51: GETL R1, t40
- 52: ADDL $0x48, t40
- 53: LDL (t40), t42
- 54: PUTL t42, R30
- 55: INCEIPL $4
-
- 0xFED0BB4: 83E1004C lwz r31,76(r1)
- 56: GETL R1, t44
- 57: ADDL $0x4C, t44
- 58: LDL (t44), t46
- 59: PUTL t46, R31
- 60: INCEIPL $4
-
- 0xFED0BB8: 38210050 addi r1,r1,80
- 61: GETL R1, t48
- 62: ADDL $0x50, t48
- 63: PUTL t48, R1
- 64: INCEIPL $4
-
- 0xFED0BBC: 4E800020 blr
- 65: GETL LR, t50
- 66: JMPo-r t50 ($4)
-
-
-
-. 2610 FED0B84 60
-. 83 21 00 54 7C E3 3B 78 82 C1 00 28 7F 28 03 A6 82 E1 00 2C 83 01 00 30 83 21 00 34 83 41 00 38 83 61 00 3C 83 81 00 40 83 A1 00 44 83 C1 00 48 83 E1 00 4C 38 21 00 50 4E 80 00 20
-==== BB 2611 (0xFED2340) approx BBs exec'd 0 ====
-
- 0xFED2340: 7C7C1B78 or r28,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R28
- 2: INCEIPL $4
-
- 0xFED2344: 7C0004AC sync
- 3: INCEIPL $4
-
- 0xFED2348: 7C80F828 lwarx r4,r0,r31
- 4: GETL R31, t2
- 5: LOCKo
- 6: LDL (t2), t4
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0xFED234C: 7FA0F92D stwcx. r29,r0,r31
- 9: GETL R31, t6
- 10: GETL R29, t8
- 11: LOCKo
- 12: STL t8, (t6) (-rSo)
- 13: ICRFL cr, $0x0, CR
- 14: INCEIPL $4
-
- 0xFED2350: 40A2FFF8 bc 5,2,0xFED2348
- 15: Jc02o $0xFED2348
-
-
-
-. 2611 FED2340 20
-. 7C 7C 1B 78 7C 00 04 AC 7C 80 F8 28 7F A0 F9 2D 40 A2 FF F8
-==== BB 2612 (0xFED2354) approx BBs exec'd 0 ====
-
- 0xFED2354: 2C840001 cmpi cr1,r4,1
- 0: GETL R4, t0
- 1: MOVL $0x1, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0xFED2358: 41850168 bc 12,5,0xFED24C0
- 5: Js05o $0xFED24C0
-
-
-
-. 2612 FED2354 8
-. 2C 84 00 01 41 85 01 68
-==== BB 2613 (0xFED235C) approx BBs exec'd 0 ====
-
- 0xFED235C: 7F89E378 or r9,r28,r28
- 0: GETL R28, t0
- 1: PUTL t0, R9
- 2: INCEIPL $4
-
- 0xFED2360: 83A10054 lwz r29,84(r1)
- 3: GETL R1, t2
- 4: ADDL $0x54, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R29
- 7: INCEIPL $4
-
- 0xFED2364: 7D234B78 or r3,r9,r9
- 8: GETL R9, t6
- 9: PUTL t6, R3
- 10: INCEIPL $4
-
- 0xFED2368: 82C10028 lwz r22,40(r1)
- 11: GETL R1, t8
- 12: ADDL $0x28, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R22
- 15: INCEIPL $4
-
- 0xFED236C: 7FA803A6 mtlr r29
- 16: GETL R29, t12
- 17: PUTL t12, LR
- 18: INCEIPL $4
-
- 0xFED2370: 82E1002C lwz r23,44(r1)
- 19: GETL R1, t14
- 20: ADDL $0x2C, t14
- 21: LDL (t14), t16
- 22: PUTL t16, R23
- 23: INCEIPL $4
-
- 0xFED2374: 83010030 lwz r24,48(r1)
- 24: GETL R1, t18
- 25: ADDL $0x30, t18
- 26: LDL (t18), t20
- 27: PUTL t20, R24
- 28: INCEIPL $4
-
- 0xFED2378: 83210034 lwz r25,52(r1)
- 29: GETL R1, t22
- 30: ADDL $0x34, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R25
- 33: INCEIPL $4
-
- 0xFED237C: 83410038 lwz r26,56(r1)
- 34: GETL R1, t26
- 35: ADDL $0x38, t26
- 36: LDL (t26), t28
- 37: PUTL t28, R26
- 38: INCEIPL $4
-
- 0xFED2380: 8361003C lwz r27,60(r1)
- 39: GETL R1, t30
- 40: ADDL $0x3C, t30
- 41: LDL (t30), t32
- 42: PUTL t32, R27
- 43: INCEIPL $4
-
- 0xFED2384: 83810040 lwz r28,64(r1)
- 44: GETL R1, t34
- 45: ADDL $0x40, t34
- 46: LDL (t34), t36
- 47: PUTL t36, R28
- 48: INCEIPL $4
-
- 0xFED2388: 83A10044 lwz r29,68(r1)
- 49: GETL R1, t38
- 50: ADDL $0x44, t38
- 51: LDL (t38), t40
- 52: PUTL t40, R29
- 53: INCEIPL $4
-
- 0xFED238C: 83C10048 lwz r30,72(r1)
- 54: GETL R1, t42
- 55: ADDL $0x48, t42
- 56: LDL (t42), t44
- 57: PUTL t44, R30
- 58: INCEIPL $4
-
- 0xFED2390: 83E1004C lwz r31,76(r1)
- 59: GETL R1, t46
- 60: ADDL $0x4C, t46
- 61: LDL (t46), t48
- 62: PUTL t48, R31
- 63: INCEIPL $4
-
- 0xFED2394: 38210050 addi r1,r1,80
- 64: GETL R1, t50
- 65: ADDL $0x50, t50
- 66: PUTL t50, R1
- 67: INCEIPL $4
-
- 0xFED2398: 4E800020 blr
- 68: GETL LR, t52
- 69: JMPo-r t52 ($4)
-
-
-
-. 2613 FED235C 64
-. 7F 89 E3 78 83 A1 00 54 7D 23 4B 78 82 C1 00 28 7F A8 03 A6 82 E1 00 2C 83 01 00 30 83 21 00 34 83 41 00 38 83 61 00 3C 83 81 00 40 83 A1 00 44 83 C1 00 48 83 E1 00 4C 38 21 00 50 4E 80 00 20
-==== BB 2614 (0xFEC8F4C) approx BBs exec'd 0 ====
-
- 0xFEC8F4C: 71600202 andi. r0,r11,0x202
- 0: GETL R11, t0
- 1: ANDL $0x202, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFEC8F50: 4182006C bc 12,2,0xFEC8FBC
- 6: Js02o $0xFEC8FBC
-
-
-
-. 2614 FEC8F4C 8
-. 71 60 02 02 41 82 00 6C
-==== BB 2615 (0xFEC90FC) approx BBs exec'd 0 ====
-
- 0xFEC90FC: 40820014 bc 4,2,0xFEC9110
- 0: Jc02o $0xFEC9110
-
-
-
-. 2615 FEC90FC 4
-. 40 82 00 14
-==== BB 2616 (0xFEC9100) approx BBs exec'd 0 ====
-
- 0xFEC9100: 815F0000 lwz r10,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R10
- 3: INCEIPL $4
-
- 0xFEC9104: 61400010 ori r0,r10,0x10
- 4: GETL R10, t4
- 5: ORL $0x10, t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0xFEC9108: 901F0000 stw r0,0(r31)
- 8: GETL R0, t6
- 9: GETL R31, t8
- 10: STL t6, (t8)
- 11: INCEIPL $4
-
- 0xFEC910C: 4BFFFF08 b 0xFEC9014
- 12: JMPo $0xFEC9014 ($4)
-
-
-
-. 2616 FEC9100 16
-. 81 5F 00 00 61 40 00 10 90 1F 00 00 4B FF FF 08
-==== BB 2617 (0xFEC9190) approx BBs exec'd 0 ====
-
- 0xFEC9190: 3860FFFF li r3,-1
- 0: MOVL $0xFFFFFFFF, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFEC9194: 4BFFFD70 b 0xFEC8F04
- 3: JMPo $0xFEC8F04 ($4)
-
-
-
-. 2617 FEC9190 8
-. 38 60 FF FF 4B FF FD 70
-==== BB 2618 (0xFEC8F04) approx BBs exec'd 0 ====
-
- 0xFEC8F04: 83E10024 lwz r31,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R31
- 4: INCEIPL $4
-
- 0xFEC8F08: 8361000C lwz r27,12(r1)
- 5: GETL R1, t4
- 6: ADDL $0xC, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R27
- 9: INCEIPL $4
-
- 0xFEC8F0C: 7FE803A6 mtlr r31
- 10: GETL R31, t8
- 11: PUTL t8, LR
- 12: INCEIPL $4
-
- 0xFEC8F10: 83810010 lwz r28,16(r1)
- 13: GETL R1, t10
- 14: ADDL $0x10, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R28
- 17: INCEIPL $4
-
- 0xFEC8F14: 83A10014 lwz r29,20(r1)
- 18: GETL R1, t14
- 19: ADDL $0x14, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R29
- 22: INCEIPL $4
-
- 0xFEC8F18: 83C10018 lwz r30,24(r1)
- 23: GETL R1, t18
- 24: ADDL $0x18, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R30
- 27: INCEIPL $4
-
- 0xFEC8F1C: 83E1001C lwz r31,28(r1)
- 28: GETL R1, t22
- 29: ADDL $0x1C, t22
- 30: LDL (t22), t24
- 31: PUTL t24, R31
- 32: INCEIPL $4
-
- 0xFEC8F20: 38210020 addi r1,r1,32
- 33: GETL R1, t26
- 34: ADDL $0x20, t26
- 35: PUTL t26, R1
- 36: INCEIPL $4
-
- 0xFEC8F24: 4E800020 blr
- 37: GETL LR, t28
- 38: JMPo-r t28 ($4)
-
-
-
-. 2618 FEC8F04 36
-. 83 E1 00 24 83 61 00 0C 7F E8 03 A6 83 81 00 10 83 A1 00 14 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 2619 (0xFECBD40) approx BBs exec'd 0 ====
-
- 0xFECBD40: 81410014 lwz r10,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0xFECBD44: 83E10008 lwz r31,8(r1)
- 5: GETL R1, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R31
- 9: INCEIPL $4
-
- 0xFECBD48: 38210010 addi r1,r1,16
- 10: GETL R1, t8
- 11: ADDL $0x10, t8
- 12: PUTL t8, R1
- 13: INCEIPL $4
-
- 0xFECBD4C: 7D4803A6 mtlr r10
- 14: GETL R10, t10
- 15: PUTL t10, LR
- 16: INCEIPL $4
-
- 0xFECBD50: 4E800020 blr
- 17: GETL LR, t12
- 18: JMPo-r t12 ($4)
-
-
-
-. 2619 FECBD40 20
-. 81 41 00 14 83 E1 00 08 38 21 00 10 7D 48 03 A6 4E 80 00 20
-==== BB 2620 (0xFEBD9D0) approx BBs exec'd 0 ====
-
- 0xFEBD9D0: 41AEFF10 bc 13,14,0xFEBD8E0
- 0: Js14o $0xFEBD8E0
-
-
-
-. 2620 FEBD9D0 4
-. 41 AE FF 10
-==== BB 2621 (0xFEBD8E0) approx BBs exec'd 0 ====
-
- 0xFEBD8E0: 81410044 lwz r10,68(r1)
- 0: GETL R1, t0
- 1: ADDL $0x44, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0xFEBD8E4: 7C77D050 subf r3,r23,r26
- 5: GETL R23, t4
- 6: GETL R26, t6
- 7: SUBL t4, t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0xFEBD8E8: 81810014 lwz r12,20(r1)
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R12
- 14: INCEIPL $4
-
- 0xFEBD8EC: 82C10018 lwz r22,24(r1)
- 15: GETL R1, t12
- 16: ADDL $0x18, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R22
- 19: INCEIPL $4
-
- 0xFEBD8F0: 7D4803A6 mtlr r10
- 20: GETL R10, t16
- 21: PUTL t16, LR
- 22: INCEIPL $4
-
- 0xFEBD8F4: 82E1001C lwz r23,28(r1)
- 23: GETL R1, t18
- 24: ADDL $0x1C, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R23
- 27: INCEIPL $4
-
- 0xFEBD8F8: 7D838120 mtcrf 0x38,r12
- 28: GETL R12, t22
- 29: ICRFL t22, $0x2, CR
- 30: ICRFL t22, $0x3, CR
- 31: ICRFL t22, $0x4, CR
- 32: INCEIPL $4
-
- 0xFEBD8FC: 83010020 lwz r24,32(r1)
- 33: GETL R1, t24
- 34: ADDL $0x20, t24
- 35: LDL (t24), t26
- 36: PUTL t26, R24
- 37: INCEIPL $4
-
- 0xFEBD900: 83210024 lwz r25,36(r1)
- 38: GETL R1, t28
- 39: ADDL $0x24, t28
- 40: LDL (t28), t30
- 41: PUTL t30, R25
- 42: INCEIPL $4
-
- 0xFEBD904: 83410028 lwz r26,40(r1)
- 43: GETL R1, t32
- 44: ADDL $0x28, t32
- 45: LDL (t32), t34
- 46: PUTL t34, R26
- 47: INCEIPL $4
-
- 0xFEBD908: 8361002C lwz r27,44(r1)
- 48: GETL R1, t36
- 49: ADDL $0x2C, t36
- 50: LDL (t36), t38
- 51: PUTL t38, R27
- 52: INCEIPL $4
-
- 0xFEBD90C: 83810030 lwz r28,48(r1)
- 53: GETL R1, t40
- 54: ADDL $0x30, t40
- 55: LDL (t40), t42
- 56: PUTL t42, R28
- 57: INCEIPL $4
-
- 0xFEBD910: 83A10034 lwz r29,52(r1)
- 58: GETL R1, t44
- 59: ADDL $0x34, t44
- 60: LDL (t44), t46
- 61: PUTL t46, R29
- 62: INCEIPL $4
-
- 0xFEBD914: 83C10038 lwz r30,56(r1)
- 63: GETL R1, t48
- 64: ADDL $0x38, t48
- 65: LDL (t48), t50
- 66: PUTL t50, R30
- 67: INCEIPL $4
-
- 0xFEBD918: 83E1003C lwz r31,60(r1)
- 68: GETL R1, t52
- 69: ADDL $0x3C, t52
- 70: LDL (t52), t54
- 71: PUTL t54, R31
- 72: INCEIPL $4
-
- 0xFEBD91C: 38210040 addi r1,r1,64
- 73: GETL R1, t56
- 74: ADDL $0x40, t56
- 75: PUTL t56, R1
- 76: INCEIPL $4
-
- 0xFEBD920: 4E800020 blr
- 77: GETL LR, t58
- 78: JMPo-r t58 ($4)
-
-
-
-. 2621 FEBD8E0 68
-. 81 41 00 44 7C 77 D0 50 81 81 00 14 82 C1 00 18 7D 48 03 A6 82 E1 00 1C 7D 83 81 20 83 01 00 20 83 21 00 24 83 41 00 28 83 61 00 2C 83 81 00 30 83 A1 00 34 83 C1 00 38 83 E1 00 3C 38 21 00 40 4E 80 00 20
-==== BB 2622 (0xFE8D3F8) approx BBs exec'd 0 ====
-
- 0xFE8D3F8: 7F63DB78 or r3,r27,r27
- 0: GETL R27, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE8D3FC: 4802E4B5 bl 0xFEBB8B0
- 3: MOVL $0xFE8D400, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0xFEBB8B0 ($4)
-
-
-
-. 2622 FE8D3F8 8
-. 7F 63 DB 78 48 02 E4 B5
-==== BB 2623 _IO_fclose@@GLIBC_2.1(0xFEBB8B0) approx BBs exec'd 0 ====
-
- 0xFEBB8B0: 7C8802A6 mflr r4
- 0: GETL LR, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0xFEBB8B4: 9421FFE0 stwu r1,-32(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFE0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFEBB8B8: 93A10014 stw r29,20(r1)
- 9: GETL R29, t6
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFEBB8BC: 480EC595 bl 0xFFA7E50
- 14: MOVL $0xFEBB8C0, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 2623 FEBB8B0 16
-. 7C 88 02 A6 94 21 FF E0 93 A1 00 14 48 0E C5 95
-==== BB 2624 (0xFEBB8C0) approx BBs exec'd 0 ====
-
- 0xFEBB8C0: 93C10018 stw r30,24(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFEBB8C4: 7C7D1B78 or r29,r3,r3
- 5: GETL R3, t4
- 6: PUTL t4, R29
- 7: INCEIPL $4
-
- 0xFEBB8C8: 93E1001C stw r31,28(r1)
- 8: GETL R31, t6
- 9: GETL R1, t8
- 10: ADDL $0x1C, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFEBB8CC: 7FC802A6 mflr r30
- 13: GETL LR, t10
- 14: PUTL t10, R30
- 15: INCEIPL $4
-
- 0xFEBB8D0: 93410008 stw r26,8(r1)
- 16: GETL R26, t12
- 17: GETL R1, t14
- 18: ADDL $0x8, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0xFEBB8D4: 9361000C stw r27,12(r1)
- 21: GETL R27, t16
- 22: GETL R1, t18
- 23: ADDL $0xC, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFEBB8D8: 93810010 stw r28,16(r1)
- 26: GETL R28, t20
- 27: GETL R1, t22
- 28: ADDL $0x10, t22
- 29: STL t20, (t22)
- 30: INCEIPL $4
-
- 0xFEBB8DC: 90810024 stw r4,36(r1)
- 31: GETL R4, t24
- 32: GETL R1, t26
- 33: ADDL $0x24, t26
- 34: STL t24, (t26)
- 35: INCEIPL $4
-
- 0xFEBB8E0: 88030046 lbz r0,70(r3)
- 36: GETL R3, t28
- 37: ADDL $0x46, t28
- 38: LDB (t28), t30
- 39: PUTL t30, R0
- 40: INCEIPL $4
-
- 0xFEBB8E4: 7C1F0774 extsb r31,r0
- 41: GETB R0, t32
- 42: WIDENL_Bs _st32
- 43: PUTL t32, R31
- 44: INCEIPL $4
-
- 0xFEBB8E8: 2F9F0000 cmpi cr7,r31,0
- 45: GETL R31, t34
- 46: CMP0L t34, t36 (-rSo)
- 47: ICRFL t36, $0x7, CR
- 48: INCEIPL $4
-
- 0xFEBB8EC: 409E0190 bc 4,30,0xFEBBA7C
- 49: Jc30o $0xFEBBA7C
-
-
-
-. 2624 FEBB8C0 48
-. 93 C1 00 18 7C 7D 1B 78 93 E1 00 1C 7F C8 02 A6 93 41 00 08 93 61 00 0C 93 81 00 10 90 81 00 24 88 03 00 46 7C 1F 07 74 2F 9F 00 00 40 9E 01 90
-==== BB 2625 (0xFEBB8F0) approx BBs exec'd 0 ====
-
- 0xFEBB8F0: 80030000 lwz r0,0(r3)
- 0: GETL R3, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0xFEBB8F4: 70092000 andi. r9,r0,0x2000
- 4: GETL R0, t4
- 5: ANDL $0x2000, t4
- 6: PUTL t4, R9
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0xFEBB8F8: 40820178 bc 4,2,0xFEBBA70
- 10: Jc02o $0xFEBBA70
-
-
-
-. 2625 FEBB8F0 12
-. 80 03 00 00 70 09 20 00 40 82 01 78
-==== BB 2626 (0xFEBBA70) approx BBs exec'd 0 ====
-
- 0xFEBBA70: 4800F3E1 bl 0xFECAE50
- 0: MOVL $0xFEBBA74, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0xFECAE50 ($4)
-
-
-
-. 2626 FEBBA70 4
-. 48 00 F3 E1
-==== BB 2627 _IO_un_link_internal(0xFECAE50) approx BBs exec'd 0 ====
-
- 0xFECAE50: 7C8802A6 mflr r4
- 0: GETL LR, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0xFECAE54: 9421FFC0 stwu r1,-64(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFC0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFECAE58: 7D800026 mfcr r12
- 9: GETL CR, t6
- 10: PUTL t6, R12
- 11: INCEIPL $4
-
- 0xFECAE5C: 480DCFF5 bl 0xFFA7E50
- 12: MOVL $0xFECAE60, t8
- 13: PUTL t8, LR
- 14: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 2627 FECAE50 16
-. 7C 88 02 A6 94 21 FF C0 7D 80 00 26 48 0D CF F5
-==== BB 2628 (0xFECAE60) approx BBs exec'd 0 ====
-
- 0xFECAE60: 93C10038 stw r30,56(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x38, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFECAE64: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFECAE68: 90810044 stw r4,68(r1)
- 8: GETL R4, t6
- 9: GETL R1, t8
- 10: ADDL $0x44, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFECAE6C: 80030000 lwz r0,0(r3)
- 13: GETL R3, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R0
- 16: INCEIPL $4
-
- 0xFECAE70: 93E1003C stw r31,60(r1)
- 17: GETL R31, t14
- 18: GETL R1, t16
- 19: ADDL $0x3C, t16
- 20: STL t14, (t16)
- 21: INCEIPL $4
-
- 0xFECAE74: 7C7F1B78 or r31,r3,r3
- 22: GETL R3, t18
- 23: PUTL t18, R31
- 24: INCEIPL $4
-
- 0xFECAE78: 70090080 andi. r9,r0,0x80
- 25: GETL R0, t20
- 26: ANDL $0x80, t20
- 27: PUTL t20, R9
- 28: CMP0L t20, t22 (-rSo)
- 29: ICRFL t22, $0x0, CR
- 30: INCEIPL $4
-
- 0xFECAE7C: 93410028 stw r26,40(r1)
- 31: GETL R26, t24
- 32: GETL R1, t26
- 33: ADDL $0x28, t26
- 34: STL t24, (t26)
- 35: INCEIPL $4
-
- 0xFECAE80: 9361002C stw r27,44(r1)
- 36: GETL R27, t28
- 37: GETL R1, t30
- 38: ADDL $0x2C, t30
- 39: STL t28, (t30)
- 40: INCEIPL $4
-
- 0xFECAE84: 93810030 stw r28,48(r1)
- 41: GETL R28, t32
- 42: GETL R1, t34
- 43: ADDL $0x30, t34
- 44: STL t32, (t34)
- 45: INCEIPL $4
-
- 0xFECAE88: 93A10034 stw r29,52(r1)
- 46: GETL R29, t36
- 47: GETL R1, t38
- 48: ADDL $0x34, t38
- 49: STL t36, (t38)
- 50: INCEIPL $4
-
- 0xFECAE8C: 91810024 stw r12,36(r1)
- 51: GETL R12, t40
- 52: GETL R1, t42
- 53: ADDL $0x24, t42
- 54: STL t40, (t42)
- 55: INCEIPL $4
-
- 0xFECAE90: 4182016C bc 12,2,0xFECAFFC
- 56: Js02o $0xFECAFFC
-
-
-
-. 2628 FECAE60 52
-. 93 C1 00 38 7F C8 02 A6 90 81 00 44 80 03 00 00 93 E1 00 3C 7C 7F 1B 78 70 09 00 80 93 41 00 28 93 61 00 2C 93 81 00 30 93 A1 00 34 91 81 00 24 41 82 01 6C
-==== BB 2629 (0xFECAE94) approx BBs exec'd 0 ====
-
- 0xFECAE94: 835E1B48 lwz r26,6984(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1B48, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0xFECAE98: 813A00B8 lwz r9,184(r26)
- 5: GETL R26, t4
- 6: ADDL $0xB8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R9
- 9: INCEIPL $4
-
- 0xFECAE9C: 3169FFFF addic r11,r9,-1
- 10: GETL R9, t8
- 11: ADCL $0xFFFFFFFF, t8 (-wCa)
- 12: PUTL t8, R11
- 13: INCEIPL $4
-
- 0xFECAEA0: 7C0B4910 subfe r0,r11,r9
- 14: GETL R11, t10
- 15: GETL R9, t12
- 16: SBBL t10, t12 (-rCa-wCa)
- 17: PUTL t12, R0
- 18: INCEIPL $4
-
- 0xFECAEA4: 2E000000 cmpi cr4,r0,0
- 19: GETL R0, t14
- 20: CMP0L t14, t16 (-rSo)
- 21: ICRFL t16, $0x4, CR
- 22: INCEIPL $4
-
- 0xFECAEA8: 409201C8 bc 4,18,0xFECB070
- 23: Jc18o $0xFECB070
-
-
-
-. 2629 FECAE94 24
-. 83 5E 1B 48 81 3A 00 B8 31 69 FF FF 7C 0B 49 10 2E 00 00 00 40 92 01 C8
-==== BB 2630 (0xFECAEAC) approx BBs exec'd 0 ====
-
- 0xFECAEAC: 80DE05E4 lwz r6,1508(r30)
- 0: GETL R30, t0
- 1: ADDL $0x5E4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0xFECAEB0: 90010014 stw r0,20(r1)
- 5: GETL R0, t4
- 6: GETL R1, t6
- 7: ADDL $0x14, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFECAEB4: 90C10010 stw r6,16(r1)
- 10: GETL R6, t8
- 11: GETL R1, t10
- 12: ADDL $0x10, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0xFECAEB8: 83BE05E0 lwz r29,1504(r30)
- 15: GETL R30, t12
- 16: ADDL $0x5E0, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R29
- 19: INCEIPL $4
-
- 0xFECAEBC: 3B828BA0 addi r28,r2,-29792
- 20: GETL R2, t16
- 21: ADDL $0xFFFF8BA0, t16
- 22: PUTL t16, R28
- 23: INCEIPL $4
-
- 0xFECAEC0: 80FD0008 lwz r7,8(r29)
- 24: GETL R29, t18
- 25: ADDL $0x8, t18
- 26: LDL (t18), t20
- 27: PUTL t20, R7
- 28: INCEIPL $4
-
- 0xFECAEC4: 7F87E000 cmp cr7,r7,r28
- 29: GETL R7, t22
- 30: GETL R28, t24
- 31: CMPL t22, t24, t26 (-rSo)
- 32: ICRFL t26, $0x7, CR
- 33: INCEIPL $4
-
- 0xFECAEC8: 419E0030 bc 12,30,0xFECAEF8
- 34: Js30o $0xFECAEF8
-
-
-
-. 2630 FECAEAC 32
-. 80 DE 05 E4 90 01 00 14 90 C1 00 10 83 BE 05 E0 3B 82 8B A0 80 FD 00 08 7F 87 E0 00 41 9E 00 30
-==== BB 2631 (0xFECAECC) approx BBs exec'd 0 ====
-
- 0xFECAECC: 39400000 li r10,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R10
- 2: INCEIPL $4
-
- 0xFECAED0: 3B600001 li r27,1
- 3: MOVL $0x1, t2
- 4: PUTL t2, R27
- 5: INCEIPL $4
-
- 0xFECAED4: 7D00E828 lwarx r8,r0,r29
- 6: GETL R29, t4
- 7: LOCKo
- 8: LDL (t4), t6
- 9: PUTL t6, R8
- 10: INCEIPL $4
-
- 0xFECAED8: 7C085000 cmp cr0,r8,r10
- 11: GETL R8, t8
- 12: GETL R10, t10
- 13: CMPL t8, t10, t12 (-rSo)
- 14: ICRFL t12, $0x0, CR
- 15: INCEIPL $4
-
- 0xFECAEDC: 4082000C bc 4,2,0xFECAEE8
- 16: Jc02o $0xFECAEE8
-
-
-
-. 2631 FECAECC 20
-. 39 40 00 00 3B 60 00 01 7D 00 E8 28 7C 08 50 00 40 82 00 0C
-==== BB 2632 (0xFECAEE0) approx BBs exec'd 0 ====
-
- 0xFECAEE0: 7F60E92D stwcx. r27,r0,r29
- 0: GETL R29, t0
- 1: GETL R27, t2
- 2: LOCKo
- 3: STL t2, (t0) (-rSo)
- 4: ICRFL cr, $0x0, CR
- 5: INCEIPL $4
-
- 0xFECAEE4: 40A2FFF0 bc 5,2,0xFECAED4
- 6: Jc02o $0xFECAED4
-
-
-
-. 2632 FECAEE0 8
-. 7F 60 E9 2D 40 A2 FF F0
-==== BB 2633 (0xFECAED4) approx BBs exec'd 0 ====
-
- 0xFECAED4: 7D00E828 lwarx r8,r0,r29
- 0: GETL R29, t0
- 1: LOCKo
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0xFECAED8: 7C085000 cmp cr0,r8,r10
- 5: GETL R8, t4
- 6: GETL R10, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x0, CR
- 9: INCEIPL $4
-
- 0xFECAEDC: 4082000C bc 4,2,0xFECAEE8
- 10: Jc02o $0xFECAEE8
-
-
-
-. 2633 FECAED4 12
-. 7D 00 E8 28 7C 08 50 00 40 82 00 0C
-==== BB 2634 (0xFECAEE8) approx BBs exec'd 0 ====
-
- 0xFECAEE8: 4C00012C 0: INCEIPL $4
-
- 0xFECAEEC: 2C880000 cmpi cr1,r8,0
- 1: GETL R8, t0
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0xFECAEF0: 408601EC bc 4,6,0xFECB0DC
- 5: Jc06o $0xFECB0DC
-
-
-
-. 2634 FECAEE8 12
-. 4C 00 01 2C 2C 88 00 00 40 86 01 EC
-==== BB 2635 (0xFECAEF4) approx BBs exec'd 0 ====
-
- 0xFECAEF4: 939D0008 stw r28,8(r29)
- 0: GETL R28, t0
- 1: GETL R29, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFECAEF8: 819D0004 lwz r12,4(r29)
- 5: GETL R29, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R12
- 9: INCEIPL $4
-
- 0xFECAEFC: 837E05E8 lwz r27,1512(r30)
- 10: GETL R30, t8
- 11: ADDL $0x5E8, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R27
- 14: INCEIPL $4
-
- 0xFECAF00: 380C0001 addi r0,r12,1
- 15: GETL R12, t12
- 16: ADDL $0x1, t12
- 17: PUTL t12, R0
- 18: INCEIPL $4
-
- 0xFECAF04: 901D0004 stw r0,4(r29)
- 19: GETL R0, t14
- 20: GETL R29, t16
- 21: ADDL $0x4, t16
- 22: STL t14, (t16)
- 23: INCEIPL $4
-
- 0xFECAF08: 839F0000 lwz r28,0(r31)
- 24: GETL R31, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R28
- 27: INCEIPL $4
-
- 0xFECAF0C: 93FB0000 stw r31,0(r27)
- 28: GETL R31, t22
- 29: GETL R27, t24
- 30: STL t22, (t24)
- 31: INCEIPL $4
-
- 0xFECAF10: 73898000 andi. r9,r28,0x8000
- 32: GETL R28, t26
- 33: ANDL $0x8000, t26
- 34: PUTL t26, R9
- 35: CMP0L t26, t28 (-rSo)
- 36: ICRFL t28, $0x0, CR
- 37: INCEIPL $4
-
- 0xFECAF14: 40820054 bc 4,2,0xFECAF68
- 38: Jc02o $0xFECAF68
-
-
-
-. 2635 FECAEF4 36
-. 93 9D 00 08 81 9D 00 04 83 7E 05 E8 38 0C 00 01 90 1D 00 04 83 9F 00 00 93 FB 00 00 73 89 80 00 40 82 00 54
-==== BB 2636 (0xFECAF68) approx BBs exec'd 0 ====
-
- 0xFECAF68: 815E1BEC lwz r10,7148(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1BEC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0xFECAF6C: 812A0000 lwz r9,0(r10)
- 5: GETL R10, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R9
- 8: INCEIPL $4
-
- 0xFECAF70: 2F890000 cmpi cr7,r9,0
- 9: GETL R9, t8
- 10: CMP0L t8, t10 (-rSo)
- 11: ICRFL t10, $0x7, CR
- 12: INCEIPL $4
-
- 0xFECAF74: 419E0020 bc 12,30,0xFECAF94
- 13: Js30o $0xFECAF94
-
-
-
-. 2636 FECAF68 16
-. 81 5E 1B EC 81 2A 00 00 2F 89 00 00 41 9E 00 20
-==== BB 2637 (0xFECAF78) approx BBs exec'd 0 ====
-
- 0xFECAF78: 7C89F800 cmp cr1,r9,r31
- 0: GETL R9, t0
- 1: GETL R31, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x1, CR
- 4: INCEIPL $4
-
- 0xFECAF7C: 41860144 bc 12,6,0xFECB0C0
- 5: Js06o $0xFECB0C0
-
-
-
-. 2637 FECAF78 8
-. 7C 89 F8 00 41 86 01 44
-==== BB 2638 (0xFECB0C0) approx BBs exec'd 0 ====
-
- 0xFECB0C0: 817E05EC lwz r11,1516(r30)
- 0: GETL R30, t0
- 1: ADDL $0x5EC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0xFECB0C4: 80BF0034 lwz r5,52(r31)
- 5: GETL R31, t4
- 6: ADDL $0x34, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R5
- 9: INCEIPL $4
-
- 0xFECB0C8: 806B0000 lwz r3,0(r11)
- 10: GETL R11, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R3
- 13: INCEIPL $4
-
- 0xFECB0CC: 90AA0000 stw r5,0(r10)
- 14: GETL R5, t12
- 15: GETL R10, t14
- 16: STL t12, (t14)
- 17: INCEIPL $4
-
- 0xFECB0D0: 39230001 addi r9,r3,1
- 18: GETL R3, t16
- 19: ADDL $0x1, t16
- 20: PUTL t16, R9
- 21: INCEIPL $4
-
- 0xFECB0D4: 912B0000 stw r9,0(r11)
- 22: GETL R9, t18
- 23: GETL R11, t20
- 24: STL t18, (t20)
- 25: INCEIPL $4
-
- 0xFECB0D8: 4BFFFEBC b 0xFECAF94
- 26: JMPo $0xFECAF94 ($4)
-
-
-
-. 2638 FECB0C0 28
-. 81 7E 05 EC 80 BF 00 34 80 6B 00 00 90 AA 00 00 39 23 00 01 91 2B 00 00 4B FF FE BC
-==== BB 2639 (0xFECAF94) approx BBs exec'd 0 ====
-
- 0xFECAF94: 815F0000 lwz r10,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R10
- 3: INCEIPL $4
-
- 0xFECAF98: 5548066E rlwinm r8,r10,0,25,23
- 4: GETL R10, t4
- 5: ANDL $0xFFFFFF7F, t4
- 6: PUTL t4, R8
- 7: INCEIPL $4
-
- 0xFECAF9C: 71098000 andi. r9,r8,0x8000
- 8: GETL R8, t6
- 9: ANDL $0x8000, t6
- 10: PUTL t6, R9
- 11: CMP0L t6, t8 (-rSo)
- 12: ICRFL t8, $0x0, CR
- 13: INCEIPL $4
-
- 0xFECAFA0: 911F0000 stw r8,0(r31)
- 14: GETL R8, t10
- 15: GETL R31, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFECAFA4: 4082001C bc 4,2,0xFECAFC0
- 18: Jc02o $0xFECAFC0
-
-
-
-. 2639 FECAF94 20
-. 81 5F 00 00 55 48 06 6E 71 09 80 00 91 1F 00 00 40 82 00 1C
-==== BB 2640 (0xFECAFC0) approx BBs exec'd 0 ====
-
- 0xFECAFC0: 819D0004 lwz r12,4(r29)
- 0: GETL R29, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R12
- 4: INCEIPL $4
-
- 0xFECAFC4: 38000000 li r0,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0xFECAFC8: 901B0000 stw r0,0(r27)
- 8: GETL R0, t6
- 9: GETL R27, t8
- 10: STL t6, (t8)
- 11: INCEIPL $4
-
- 0xFECAFCC: 392CFFFF addi r9,r12,-1
- 12: GETL R12, t10
- 13: ADDL $0xFFFFFFFF, t10
- 14: PUTL t10, R9
- 15: INCEIPL $4
-
- 0xFECAFD0: 2C890000 cmpi cr1,r9,0
- 16: GETL R9, t12
- 17: CMP0L t12, t14 (-rSo)
- 18: ICRFL t14, $0x1, CR
- 19: INCEIPL $4
-
- 0xFECAFD4: 913D0004 stw r9,4(r29)
- 20: GETL R9, t16
- 21: GETL R29, t18
- 22: ADDL $0x4, t18
- 23: STL t16, (t18)
- 24: INCEIPL $4
-
- 0xFECAFD8: 40860020 bc 4,6,0xFECAFF8
- 25: Jc06o $0xFECAFF8
-
-
-
-. 2640 FECAFC0 28
-. 81 9D 00 04 38 00 00 00 90 1B 00 00 39 2C FF FF 2C 89 00 00 91 3D 00 04 40 86 00 20
-==== BB 2641 (0xFECAFDC) approx BBs exec'd 0 ====
-
- 0xFECAFDC: 913D0008 stw r9,8(r29)
- 0: GETL R9, t0
- 1: GETL R29, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFECAFE0: 7C0004AC sync
- 5: INCEIPL $4
-
- 0xFECAFE4: 7F60E828 lwarx r27,r0,r29
- 6: GETL R29, t4
- 7: LOCKo
- 8: LDL (t4), t6
- 9: PUTL t6, R27
- 10: INCEIPL $4
-
- 0xFECAFE8: 7D20E92D stwcx. r9,r0,r29
- 11: GETL R29, t8
- 12: GETL R9, t10
- 13: LOCKo
- 14: STL t10, (t8) (-rSo)
- 15: ICRFL cr, $0x0, CR
- 16: INCEIPL $4
-
- 0xFECAFEC: 40A2FFF8 bc 5,2,0xFECAFE4
- 17: Jc02o $0xFECAFE4
-
-
-
-. 2641 FECAFDC 20
-. 91 3D 00 08 7C 00 04 AC 7F 60 E8 28 7D 20 E9 2D 40 A2 FF F8
-==== BB 2642 (0xFECAFF0) approx BBs exec'd 0 ====
-
- 0xFECAFF0: 2C1B0001 cmpi cr0,r27,1
- 0: GETL R27, t0
- 1: MOVL $0x1, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0xFECAFF4: 418100F4 bc 12,1,0xFECB0E8
- 5: Js01o $0xFECB0E8
-
-
-
-. 2642 FECAFF0 8
-. 2C 1B 00 01 41 81 00 F4
-==== BB 2643 (0xFECAFF8) approx BBs exec'd 0 ====
-
- 0xFECAFF8: 40920034 bc 4,18,0xFECB02C
- 0: Jc18o $0xFECB02C
-
-
-
-. 2643 FECAFF8 4
-. 40 92 00 34
-==== BB 2644 (0xFECAFFC) approx BBs exec'd 0 ====
-
- 0xFECAFFC: 83A10044 lwz r29,68(r1)
- 0: GETL R1, t0
- 1: ADDL $0x44, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0xFECB000: 80810024 lwz r4,36(r1)
- 5: GETL R1, t4
- 6: ADDL $0x24, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R4
- 9: INCEIPL $4
-
- 0xFECB004: 7FA803A6 mtlr r29
- 10: GETL R29, t8
- 11: PUTL t8, LR
- 12: INCEIPL $4
-
- 0xFECB008: 83410028 lwz r26,40(r1)
- 13: GETL R1, t10
- 14: ADDL $0x28, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R26
- 17: INCEIPL $4
-
- 0xFECB00C: 8361002C lwz r27,44(r1)
- 18: GETL R1, t14
- 19: ADDL $0x2C, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R27
- 22: INCEIPL $4
-
- 0xFECB010: 7C808120 mtcrf 0x8,r4
- 23: GETL R4, t18
- 24: ICRFL t18, $0x4, CR
- 25: INCEIPL $4
-
- 0xFECB014: 83810030 lwz r28,48(r1)
- 26: GETL R1, t20
- 27: ADDL $0x30, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R28
- 30: INCEIPL $4
-
- 0xFECB018: 83A10034 lwz r29,52(r1)
- 31: GETL R1, t24
- 32: ADDL $0x34, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R29
- 35: INCEIPL $4
-
- 0xFECB01C: 83C10038 lwz r30,56(r1)
- 36: GETL R1, t28
- 37: ADDL $0x38, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R30
- 40: INCEIPL $4
-
- 0xFECB020: 83E1003C lwz r31,60(r1)
- 41: GETL R1, t32
- 42: ADDL $0x3C, t32
- 43: LDL (t32), t34
- 44: PUTL t34, R31
- 45: INCEIPL $4
-
- 0xFECB024: 38210040 addi r1,r1,64
- 46: GETL R1, t36
- 47: ADDL $0x40, t36
- 48: PUTL t36, R1
- 49: INCEIPL $4
-
- 0xFECB028: 4E800020 blr
- 50: GETL LR, t38
- 51: JMPo-r t38 ($4)
-
-
-
-. 2644 FECAFFC 48
-. 83 A1 00 44 80 81 00 24 7F A8 03 A6 83 41 00 28 83 61 00 2C 7C 80 81 20 83 81 00 30 83 A1 00 34 83 C1 00 38 83 E1 00 3C 38 21 00 40 4E 80 00 20
-==== BB 2645 (0xFEBBA74) approx BBs exec'd 0 ====
-
- 0xFEBBA74: 801D0000 lwz r0,0(r29)
- 0: GETL R29, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0xFEBBA78: 4BFFFE84 b 0xFEBB8FC
- 4: JMPo $0xFEBB8FC ($4)
-
-
-
-. 2645 FEBBA74 8
-. 80 1D 00 00 4B FF FE 84
-==== BB 2646 (0xFEBB8FC) approx BBs exec'd 0 ====
-
- 0xFEBB8FC: 70098000 andi. r9,r0,0x8000
- 0: GETL R0, t0
- 1: ANDL $0x8000, t0
- 2: PUTL t0, R9
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFEBB900: 40820054 bc 4,2,0xFEBB954
- 6: Jc02o $0xFEBB954
-
-
-
-. 2646 FEBB8FC 8
-. 70 09 80 00 40 82 00 54
-==== BB 2647 (0xFEBB954) approx BBs exec'd 0 ====
-
- 0xFEBB954: 540ADFFE rlwinm r10,r0,27,31,31
- 0: GETL R0, t0
- 1: ROLL $0x1B, t0
- 2: ANDL $0x1, t0
- 3: PUTL t0, R10
- 4: INCEIPL $4
-
- 0xFEBB958: 70092000 andi. r9,r0,0x2000
- 5: GETL R0, t2
- 6: ANDL $0x2000, t2
- 7: PUTL t2, R9
- 8: CMP0L t2, t4 (-rSo)
- 9: ICRFL t4, $0x0, CR
- 10: INCEIPL $4
-
- 0xFEBB95C: 2F8A0000 cmpi cr7,r10,0
- 11: GETL R10, t6
- 12: CMP0L t6, t8 (-rSo)
- 13: ICRFL t8, $0x7, CR
- 14: INCEIPL $4
-
- 0xFEBB960: 7C600026 mfcr r3
- 15: GETL CR, t10
- 16: PUTL t10, R3
- 17: INCEIPL $4
-
- 0xFEBB964: 5463FFFE rlwinm r3,r3,31,31,31
- 18: GETL R3, t12
- 19: ROLL $0x1F, t12
- 20: ANDL $0x1, t12
- 21: PUTL t12, R3
- 22: INCEIPL $4
-
- 0xFEBB968: 3B43FFFF addi r26,r3,-1
- 23: GETL R3, t14
- 24: ADDL $0xFFFFFFFF, t14
- 25: PUTL t14, R26
- 26: INCEIPL $4
-
- 0xFEBB96C: 4082013C bc 4,2,0xFEBBAA8
- 27: Jc02o $0xFEBBAA8
-
-
-
-. 2647 FEBB954 28
-. 54 0A DF FE 70 09 20 00 2F 8A 00 00 7C 60 00 26 54 63 FF FE 3B 43 FF FF 40 82 01 3C
-==== BB 2648 (0xFEBBAA8) approx BBs exec'd 0 ====
-
- 0xFEBBAA8: 7FA3EB78 or r3,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFEBBAAC: 4800C7E5 bl 0xFEC8290
- 3: MOVL $0xFEBBAB0, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0xFEC8290 ($4)
-
-
-
-. 2648 FEBBAA8 8
-. 7F A3 EB 78 48 00 C7 E5
-==== BB 2649 _IO_file_close_it@@GLIBC_2.1(0xFEC8290) approx BBs exec'd 0 ====
-
- 0xFEC8290: 7C8802A6 mflr r4
- 0: GETL LR, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0xFEC8294: 9421FFE0 stwu r1,-32(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFE0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFEC8298: 93E1001C stw r31,28(r1)
- 9: GETL R31, t6
- 10: GETL R1, t8
- 11: ADDL $0x1C, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFEC829C: 3920FFFF li r9,-1
- 14: MOVL $0xFFFFFFFF, t10
- 15: PUTL t10, R9
- 16: INCEIPL $4
-
- 0xFEC82A0: 93810010 stw r28,16(r1)
- 17: GETL R28, t12
- 18: GETL R1, t14
- 19: ADDL $0x10, t14
- 20: STL t12, (t14)
- 21: INCEIPL $4
-
- 0xFEC82A4: 7C7F1B78 or r31,r3,r3
- 22: GETL R3, t16
- 23: PUTL t16, R31
- 24: INCEIPL $4
-
- 0xFEC82A8: 90810024 stw r4,36(r1)
- 25: GETL R4, t18
- 26: GETL R1, t20
- 27: ADDL $0x24, t20
- 28: STL t18, (t20)
- 29: INCEIPL $4
-
- 0xFEC82AC: 80030038 lwz r0,56(r3)
- 30: GETL R3, t22
- 31: ADDL $0x38, t22
- 32: LDL (t22), t24
- 33: PUTL t24, R0
- 34: INCEIPL $4
-
- 0xFEC82B0: 93A10014 stw r29,20(r1)
- 35: GETL R29, t26
- 36: GETL R1, t28
- 37: ADDL $0x14, t28
- 38: STL t26, (t28)
- 39: INCEIPL $4
-
- 0xFEC82B4: 2F80FFFF cmpi cr7,r0,-1
- 40: GETL R0, t30
- 41: MOVL $0xFFFFFFFF, t34
- 42: CMPL t30, t34, t32 (-rSo)
- 43: ICRFL t32, $0x7, CR
- 44: INCEIPL $4
-
- 0xFEC82B8: 93C10018 stw r30,24(r1)
- 45: GETL R30, t36
- 46: GETL R1, t38
- 47: ADDL $0x18, t38
- 48: STL t36, (t38)
- 49: INCEIPL $4
-
- 0xFEC82BC: 419E00D0 bc 12,30,0xFEC838C
- 50: Js30o $0xFEC838C
-
-
-
-. 2649 FEC8290 48
-. 7C 88 02 A6 94 21 FF E0 93 E1 00 1C 39 20 FF FF 93 81 00 10 7C 7F 1B 78 90 81 00 24 80 03 00 38 93 A1 00 14 2F 80 FF FF 93 C1 00 18 41 9E 00 D0
-==== BB 2650 (0xFEC82C0) approx BBs exec'd 0 ====
-
- 0xFEC82C0: 80030000 lwz r0,0(r3)
- 0: GETL R3, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0xFEC82C4: 70090008 andi. r9,r0,0x8
- 4: GETL R0, t4
- 5: ANDL $0x8, t4
- 6: PUTL t4, R9
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0xFEC82C8: 418200E8 bc 12,2,0xFEC83B0
- 10: Js02o $0xFEC83B0
-
-
-
-. 2650 FEC82C0 12
-. 80 03 00 00 70 09 00 08 41 82 00 E8
-==== BB 2651 (0xFEC82CC) approx BBs exec'd 0 ====
-
- 0xFEC82CC: 7FE3FB78 or r3,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFEC82D0: 3B800000 li r28,0
- 3: MOVL $0x0, t2
- 4: PUTL t2, R28
- 5: INCEIPL $4
-
- 0xFEC82D4: 48004B15 bl 0xFECCDE8
- 6: MOVL $0xFEC82D8, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0xFECCDE8 ($4)
-
-
-
-. 2651 FEC82CC 12
-. 7F E3 FB 78 3B 80 00 00 48 00 4B 15
-==== BB 2652 _IO_unsave_markers_internal(0xFECCDE8) approx BBs exec'd 0 ====
-
- 0xFECCDE8: 7C8802A6 mflr r4
- 0: GETL LR, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0xFECCDEC: 9421FFF0 stwu r1,-16(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFF0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFECCDF0: 7C691B78 or r9,r3,r3
- 9: GETL R3, t6
- 10: PUTL t6, R9
- 11: INCEIPL $4
-
- 0xFECCDF4: 90810014 stw r4,20(r1)
- 12: GETL R4, t8
- 13: GETL R1, t10
- 14: ADDL $0x14, t10
- 15: STL t8, (t10)
- 16: INCEIPL $4
-
- 0xFECCDF8: 80030030 lwz r0,48(r3)
- 17: GETL R3, t12
- 18: ADDL $0x30, t12
- 19: LDL (t12), t14
- 20: PUTL t14, R0
- 21: INCEIPL $4
-
- 0xFECCDFC: 2F800000 cmpi cr7,r0,0
- 22: GETL R0, t16
- 23: CMP0L t16, t18 (-rSo)
- 24: ICRFL t18, $0x7, CR
- 25: INCEIPL $4
-
- 0xFECCE00: 419E000C bc 12,30,0xFECCE0C
- 26: Js30o $0xFECCE0C
-
-
-
-. 2652 FECCDE8 28
-. 7C 88 02 A6 94 21 FF F0 7C 69 1B 78 90 81 00 14 80 03 00 30 2F 80 00 00 41 9E 00 0C
-==== BB 2653 (0xFECCE0C) approx BBs exec'd 0 ====
-
- 0xFECCE0C: 80C90024 lwz r6,36(r9)
- 0: GETL R9, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0xFECCE10: 2C060000 cmpi cr0,r6,0
- 5: GETL R6, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0xFECCE14: 40820014 bc 4,2,0xFECCE28
- 9: Jc02o $0xFECCE28
-
-
-
-. 2653 FECCE0C 12
-. 80 C9 00 24 2C 06 00 00 40 82 00 14
-==== BB 2654 (0xFECCE18) approx BBs exec'd 0 ====
-
- 0xFECCE18: 80610014 lwz r3,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFECCE1C: 38210010 addi r1,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R1
- 8: INCEIPL $4
-
- 0xFECCE20: 7C6803A6 mtlr r3
- 9: GETL R3, t6
- 10: PUTL t6, LR
- 11: INCEIPL $4
-
- 0xFECCE24: 4E800020 blr
- 12: GETL LR, t8
- 13: JMPo-r t8 ($4)
-
-
-
-. 2654 FECCE18 16
-. 80 61 00 14 38 21 00 10 7C 68 03 A6 4E 80 00 20
-==== BB 2655 (0xFEC82D8) approx BBs exec'd 0 ====
-
- 0xFEC82D8: 881F0046 lbz r0,70(r31)
- 0: GETL R31, t0
- 1: ADDL $0x46, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFEC82DC: 7FE3FB78 or r3,r31,r31
- 5: GETL R31, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFEC82E0: 7C1D0774 extsb r29,r0
- 8: GETB R0, t6
- 9: WIDENL_Bs _st6
- 10: PUTL t6, R29
- 11: INCEIPL $4
-
- 0xFEC82E4: 7D9DFA14 add r12,r29,r31
- 12: GETL R29, t8
- 13: GETL R31, t10
- 14: ADDL t8, t10
- 15: PUTL t10, R12
- 16: INCEIPL $4
-
- 0xFEC82E8: 814C0098 lwz r10,152(r12)
- 17: GETL R12, t12
- 18: ADDL $0x98, t12
- 19: LDL (t12), t14
- 20: PUTL t14, R10
- 21: INCEIPL $4
-
- 0xFEC82EC: 816A0044 lwz r11,68(r10)
- 22: GETL R10, t16
- 23: ADDL $0x44, t16
- 24: LDL (t16), t18
- 25: PUTL t18, R11
- 26: INCEIPL $4
-
- 0xFEC82F0: 7D6903A6 mtctr r11
- 27: GETL R11, t20
- 28: PUTL t20, CTR
- 29: INCEIPL $4
-
- 0xFEC82F4: 4E800421 bctrl
- 30: MOVL $0xFEC82F8, t22
- 31: PUTL t22, LR
- 32: GETL CTR, t24
- 33: JMPo-c t24 ($4)
-
-
-
-. 2655 FEC82D8 32
-. 88 1F 00 46 7F E3 FB 78 7C 1D 07 74 7D 9D FA 14 81 4C 00 98 81 6A 00 44 7D 69 03 A6 4E 80 04 21
-==== BB 2656 _IO_file_close_internal(0xFECA560) approx BBs exec'd 0 ====
-
- 0xFECA560: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFECA564: 80630038 lwz r3,56(r3)
- 6: GETL R3, t4
- 7: ADDL $0x38, t4
- 8: LDL (t4), t6
- 9: PUTL t6, R3
- 10: INCEIPL $4
-
- 0xFECA568: 38210010 addi r1,r1,16
- 11: GETL R1, t8
- 12: ADDL $0x10, t8
- 13: PUTL t8, R1
- 14: INCEIPL $4
-
- 0xFECA56C: 48057980 b 0xFF21EEC
- 15: JMPo $0xFF21EEC ($4)
-
-
-
-. 2656 FECA560 16
-. 94 21 FF F0 80 63 00 38 38 21 00 10 48 05 79 80
-==== BB 2657 __close_nocancel(0xFF21EEC) approx BBs exec'd 0 ====
-
- 0xFF21EEC: 38000006 li r0,6
- 0: MOVL $0x6, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFF21EF0: 44000002 sc
- 3: JMPo-sys $0xFF21EF4 ($4)
-
-
-
-. 2657 FF21EEC 8
-. 38 00 00 06 44 00 00 02
-==== BB 2658 (0xFF21EF4) approx BBs exec'd 0 ====
-
- 0xFF21EF4: 4CA30020 bclr 5,3
- 0: GETL LR, t0
- 1: Jc03o-r t0
-
-
-
-. 2658 FF21EF4 4
-. 4C A3 00 20
-==== BB 2659 (0xFEC82F8) approx BBs exec'd 0 ====
-
- 0xFEC82F8: 7C7D1B78 or r29,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R29
- 2: INCEIPL $4
-
- 0xFEC82FC: 807F0060 lwz r3,96(r31)
- 3: GETL R31, t2
- 4: ADDL $0x60, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFEC8300: 2F030000 cmpi cr6,r3,0
- 8: GETL R3, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x6, CR
- 11: INCEIPL $4
-
- 0xFEC8304: 40990114 bc 4,25,0xFEC8418
- 12: Jc25o $0xFEC8418
-
-
-
-. 2659 FEC82F8 16
-. 7C 7D 1B 78 80 7F 00 60 2F 03 00 00 40 99 01 14
-==== BB 2660 (0xFEC8418) approx BBs exec'd 0 ====
-
- 0xFEC8418: 38800000 li r4,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0xFEC841C: 7FE3FB78 or r3,r31,r31
- 3: GETL R31, t2
- 4: PUTL t2, R3
- 5: INCEIPL $4
-
- 0xFEC8420: 38A00000 li r5,0
- 6: MOVL $0x0, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0xFEC8424: 38C00000 li r6,0
- 9: MOVL $0x0, t6
- 10: PUTL t6, R6
- 11: INCEIPL $4
-
- 0xFEC8428: 48003755 bl 0xFECBB7C
- 12: MOVL $0xFEC842C, t8
- 13: PUTL t8, LR
- 14: JMPo-c $0xFECBB7C ($4)
-
-
-
-. 2660 FEC8418 20
-. 38 80 00 00 7F E3 FB 78 38 A0 00 00 38 C0 00 00 48 00 37 55
-==== BB 2661 (0xFECBBB8) approx BBs exec'd 0 ====
-
- 0xFECBBB8: 80030000 lwz r0,0(r3)
- 0: GETL R3, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0xFECBBBC: 7D234B78 or r3,r9,r9
- 4: GETL R9, t4
- 5: PUTL t4, R3
- 6: INCEIPL $4
-
- 0xFECBBC0: 700B0001 andi. r11,r0,0x1
- 7: GETL R0, t6
- 8: ANDL $0x1, t6
- 9: PUTL t6, R11
- 10: CMP0L t6, t8 (-rSo)
- 11: ICRFL t8, $0x0, CR
- 12: INCEIPL $4
-
- 0xFECBBC4: 40A2001C bc 5,2,0xFECBBE0
- 13: Jc02o $0xFECBBE0
-
-
-
-. 2661 FECBBB8 16
-. 80 03 00 00 7D 23 4B 78 70 0B 00 01 40 A2 00 1C
-==== BB 2662 (0xFECBBC8) approx BBs exec'd 0 ====
-
- 0xFECBBC8: 80DF0020 lwz r6,32(r31)
- 0: GETL R31, t0
- 1: ADDL $0x20, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0xFECBBCC: 7CA93050 subf r5,r9,r6
- 5: GETL R9, t4
- 6: GETL R6, t6
- 7: SUBL t4, t6
- 8: PUTL t6, R5
- 9: INCEIPL $4
-
- 0xFECBBD0: 38850FFF addi r4,r5,4095
- 10: GETL R5, t8
- 11: ADDL $0xFFF, t8
- 12: PUTL t8, R4
- 13: INCEIPL $4
-
- 0xFECBBD4: 54840026 rlwinm r4,r4,0,0,19
- 14: GETL R4, t10
- 15: ANDL $0xFFFFF000, t10
- 16: PUTL t10, R4
- 17: INCEIPL $4
-
- 0xFECBBD8: 480626A5 bl 0xFF2E27C
- 18: MOVL $0xFECBBDC, t12
- 19: PUTL t12, LR
- 20: JMPo-c $0xFF2E27C ($4)
-
-
-
-. 2662 FECBBC8 20
-. 80 DF 00 20 7C A9 30 50 38 85 0F FF 54 84 00 26 48 06 26 A5
-==== BB 2663 munmap(0xFF2E27C) approx BBs exec'd 0 ====
-
- 0xFF2E27C: 3800005B li r0,91
- 0: MOVL $0x5B, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFF2E280: 44000002 sc
- 3: JMPo-sys $0xFF2E284 ($4)
-
-
-
-. 2663 FF2E27C 8
-. 38 00 00 5B 44 00 00 02
-==== BB 2664 (0xFF2E284) approx BBs exec'd 0 ====
-
- 0xFF2E284: 4CA30020 bclr 5,3
- 0: GETL LR, t0
- 1: Jc03o-r t0
-
-
-
-. 2664 FF2E284 4
-. 4C A3 00 20
-==== BB 2665 (0xFECBC20) approx BBs exec'd 0 ====
-
- 0xFECBC20: 80610024 lwz r3,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFECBC24: 901F0000 stw r0,0(r31)
- 5: GETL R0, t4
- 6: GETL R31, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0xFECBC28: 8361000C lwz r27,12(r1)
- 9: GETL R1, t8
- 10: ADDL $0xC, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R27
- 13: INCEIPL $4
-
- 0xFECBC2C: 7C6803A6 mtlr r3
- 14: GETL R3, t12
- 15: PUTL t12, LR
- 16: INCEIPL $4
-
- 0xFECBC30: 83810010 lwz r28,16(r1)
- 17: GETL R1, t14
- 18: ADDL $0x10, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R28
- 21: INCEIPL $4
-
- 0xFECBC34: 83A10014 lwz r29,20(r1)
- 22: GETL R1, t18
- 23: ADDL $0x14, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R29
- 26: INCEIPL $4
-
- 0xFECBC38: 83C10018 lwz r30,24(r1)
- 27: GETL R1, t22
- 28: ADDL $0x18, t22
- 29: LDL (t22), t24
- 30: PUTL t24, R30
- 31: INCEIPL $4
-
- 0xFECBC3C: 83E1001C lwz r31,28(r1)
- 32: GETL R1, t26
- 33: ADDL $0x1C, t26
- 34: LDL (t26), t28
- 35: PUTL t28, R31
- 36: INCEIPL $4
-
- 0xFECBC40: 38210020 addi r1,r1,32
- 37: GETL R1, t30
- 38: ADDL $0x20, t30
- 39: PUTL t30, R1
- 40: INCEIPL $4
-
- 0xFECBC44: 4E800020 blr
- 41: GETL LR, t32
- 42: JMPo-r t32 ($4)
-
-
-
-. 2665 FECBC20 40
-. 80 61 00 24 90 1F 00 00 83 61 00 0C 7C 68 03 A6 83 81 00 10 83 A1 00 14 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 2666 (0xFEC842C) approx BBs exec'd 0 ====
-
- 0xFEC842C: 38800000 li r4,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0xFEC8430: 909F0018 stw r4,24(r31)
- 3: GETL R4, t2
- 4: GETL R31, t4
- 5: ADDL $0x18, t4
- 6: STL t2, (t4)
- 7: INCEIPL $4
-
- 0xFEC8434: 909F000C stw r4,12(r31)
- 8: GETL R4, t6
- 9: GETL R31, t8
- 10: ADDL $0xC, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFEC8438: 909F0004 stw r4,4(r31)
- 13: GETL R4, t10
- 14: GETL R31, t12
- 15: ADDL $0x4, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFEC843C: 909F0008 stw r4,8(r31)
- 18: GETL R4, t14
- 19: GETL R31, t16
- 20: ADDL $0x8, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0xFEC8440: 909F0014 stw r4,20(r31)
- 23: GETL R4, t18
- 24: GETL R31, t20
- 25: ADDL $0x14, t20
- 26: STL t18, (t20)
- 27: INCEIPL $4
-
- 0xFEC8444: 909F0010 stw r4,16(r31)
- 28: GETL R4, t22
- 29: GETL R31, t24
- 30: ADDL $0x10, t24
- 31: STL t22, (t24)
- 32: INCEIPL $4
-
- 0xFEC8448: 4BFFFF04 b 0xFEC834C
- 33: JMPo $0xFEC834C ($4)
-
-
-
-. 2666 FEC842C 32
-. 38 80 00 00 90 9F 00 18 90 9F 00 0C 90 9F 00 04 90 9F 00 08 90 9F 00 14 90 9F 00 10 4B FF FF 04
-==== BB 2667 (0xFEC834C) approx BBs exec'd 0 ====
-
- 0xFEC834C: 7FE3FB78 or r3,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFEC8350: 48002B01 bl 0xFECAE50
- 3: MOVL $0xFEC8354, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0xFECAE50 ($4)
-
-
-
-. 2667 FEC834C 8
-. 7F E3 FB 78 48 00 2B 01
-==== BB 2668 (0xFEC8354) approx BBs exec'd 0 ====
-
- 0xFEC8354: 2C1D0000 cmpi cr0,r29,0
- 0: GETL R29, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0xFEC8358: 7FA3EB78 or r3,r29,r29
- 4: GETL R29, t4
- 5: PUTL t4, R3
- 6: INCEIPL $4
-
- 0xFEC835C: 3FA0FBAD lis r29,-1107
- 7: MOVL $0xFBAD0000, t6
- 8: PUTL t6, R29
- 9: INCEIPL $4
-
- 0xFEC8360: 63AB240C ori r11,r29,0x240C
- 10: MOVL $0xFBAD240C, t8
- 11: PUTL t8, R11
- 12: INCEIPL $4
-
- 0xFEC8364: 3980FFFF li r12,-1
- 13: MOVL $0xFFFFFFFF, t10
- 14: PUTL t10, R12
- 15: INCEIPL $4
-
- 0xFEC8368: 3940FFFF li r10,-1
- 16: MOVL $0xFFFFFFFF, t12
- 17: PUTL t12, R10
- 18: INCEIPL $4
-
- 0xFEC836C: 3920FFFF li r9,-1
- 19: MOVL $0xFFFFFFFF, t14
- 20: PUTL t14, R9
- 21: INCEIPL $4
-
- 0xFEC8370: 919F0050 stw r12,80(r31)
- 22: GETL R12, t16
- 23: GETL R31, t18
- 24: ADDL $0x50, t18
- 25: STL t16, (t18)
- 26: INCEIPL $4
-
- 0xFEC8374: 915F0054 stw r10,84(r31)
- 27: GETL R10, t20
- 28: GETL R31, t22
- 29: ADDL $0x54, t22
- 30: STL t20, (t22)
- 31: INCEIPL $4
-
- 0xFEC8378: 917F0000 stw r11,0(r31)
- 32: GETL R11, t24
- 33: GETL R31, t26
- 34: STL t24, (t26)
- 35: INCEIPL $4
-
- 0xFEC837C: 913F0038 stw r9,56(r31)
- 36: GETL R9, t28
- 37: GETL R31, t30
- 38: ADDL $0x38, t30
- 39: STL t28, (t30)
- 40: INCEIPL $4
-
- 0xFEC8380: 40820008 bc 4,2,0xFEC8388
- 41: Jc02o $0xFEC8388
-
-
-
-. 2668 FEC8354 48
-. 2C 1D 00 00 7F A3 EB 78 3F A0 FB AD 63 AB 24 0C 39 80 FF FF 39 40 FF FF 39 20 FF FF 91 9F 00 50 91 5F 00 54 91 7F 00 00 91 3F 00 38 40 82 00 08
-==== BB 2669 (0xFEC8384) approx BBs exec'd 0 ====
-
- 0xFEC8384: 7F83E378 or r3,r28,r28
- 0: GETL R28, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFEC8388: 7C691B78 or r9,r3,r3
- 3: GETL R3, t2
- 4: PUTL t2, R9
- 5: INCEIPL $4
-
- 0xFEC838C: 83810024 lwz r28,36(r1)
- 6: GETL R1, t4
- 7: ADDL $0x24, t4
- 8: LDL (t4), t6
- 9: PUTL t6, R28
- 10: INCEIPL $4
-
- 0xFEC8390: 7D234B78 or r3,r9,r9
- 11: GETL R9, t8
- 12: PUTL t8, R3
- 13: INCEIPL $4
-
- 0xFEC8394: 83A10014 lwz r29,20(r1)
- 14: GETL R1, t10
- 15: ADDL $0x14, t10
- 16: LDL (t10), t12
- 17: PUTL t12, R29
- 18: INCEIPL $4
-
- 0xFEC8398: 7F8803A6 mtlr r28
- 19: GETL R28, t14
- 20: PUTL t14, LR
- 21: INCEIPL $4
-
- 0xFEC839C: 83C10018 lwz r30,24(r1)
- 22: GETL R1, t16
- 23: ADDL $0x18, t16
- 24: LDL (t16), t18
- 25: PUTL t18, R30
- 26: INCEIPL $4
-
- 0xFEC83A0: 83810010 lwz r28,16(r1)
- 27: GETL R1, t20
- 28: ADDL $0x10, t20
- 29: LDL (t20), t22
- 30: PUTL t22, R28
- 31: INCEIPL $4
-
- 0xFEC83A4: 83E1001C lwz r31,28(r1)
- 32: GETL R1, t24
- 33: ADDL $0x1C, t24
- 34: LDL (t24), t26
- 35: PUTL t26, R31
- 36: INCEIPL $4
-
- 0xFEC83A8: 38210020 addi r1,r1,32
- 37: GETL R1, t28
- 38: ADDL $0x20, t28
- 39: PUTL t28, R1
- 40: INCEIPL $4
-
- 0xFEC83AC: 4E800020 blr
- 41: GETL LR, t30
- 42: JMPo-r t30 ($4)
-
-
-
-. 2669 FEC8384 44
-. 7F 83 E3 78 7C 69 1B 78 83 81 00 24 7D 23 4B 78 83 A1 00 14 7F 88 03 A6 83 C1 00 18 83 81 00 10 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 2670 (0xFEBBAB0) approx BBs exec'd 0 ====
-
- 0xFEBBAB0: 7C7A1B78 or r26,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R26
- 2: INCEIPL $4
-
- 0xFEBBAB4: 4BFFFEBC b 0xFEBB970
- 3: JMPo $0xFEBB970 ($4)
-
-
-
-. 2670 FEBBAB0 8
-. 7C 7A 1B 78 4B FF FE BC
-==== BB 2671 (0xFEBB970) approx BBs exec'd 0 ====
-
- 0xFEBB970: 8BFD0046 lbz r31,70(r29)
- 0: GETL R29, t0
- 1: ADDL $0x46, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R31
- 4: INCEIPL $4
-
- 0xFEBB974: 7FA3EB78 or r3,r29,r29
- 5: GETL R29, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFEBB978: 38800000 li r4,0
- 8: MOVL $0x0, t6
- 9: PUTL t6, R4
- 10: INCEIPL $4
-
- 0xFEBB97C: 7FFC0774 extsb r28,r31
- 11: GETB R31, t8
- 12: WIDENL_Bs _st8
- 13: PUTL t8, R28
- 14: INCEIPL $4
-
- 0xFEBB980: 7F7CEA14 add r27,r28,r29
- 15: GETL R28, t10
- 16: GETL R29, t12
- 17: ADDL t10, t12
- 18: PUTL t12, R27
- 19: INCEIPL $4
-
- 0xFEBB984: 819B0098 lwz r12,152(r27)
- 20: GETL R27, t14
- 21: ADDL $0x98, t14
- 22: LDL (t14), t16
- 23: PUTL t16, R12
- 24: INCEIPL $4
-
- 0xFEBB988: 816C0008 lwz r11,8(r12)
- 25: GETL R12, t18
- 26: ADDL $0x8, t18
- 27: LDL (t18), t20
- 28: PUTL t20, R11
- 29: INCEIPL $4
-
- 0xFEBB98C: 7D6903A6 mtctr r11
- 30: GETL R11, t22
- 31: PUTL t22, CTR
- 32: INCEIPL $4
-
- 0xFEBB990: 4E800421 bctrl
- 33: MOVL $0xFEBB994, t24
- 34: PUTL t24, LR
- 35: GETL CTR, t26
- 36: JMPo-c t26 ($4)
-
-
-
-. 2671 FEBB970 36
-. 8B FD 00 46 7F A3 EB 78 38 80 00 00 7F FC 07 74 7F 7C EA 14 81 9B 00 98 81 6C 00 08 7D 69 03 A6 4E 80 04 21
-==== BB 2672 _IO_file_finish@@GLIBC_2.1(0xFEC8470) approx BBs exec'd 0 ====
-
- 0xFEC8470: 7C8802A6 mflr r4
- 0: GETL LR, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0xFEC8474: 9421FFF0 stwu r1,-16(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFF0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFEC8478: 93E10008 stw r31,8(r1)
- 9: GETL R31, t6
- 10: GETL R1, t8
- 11: ADDL $0x8, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFEC847C: 7C7F1B78 or r31,r3,r3
- 14: GETL R3, t10
- 15: PUTL t10, R31
- 16: INCEIPL $4
-
- 0xFEC8480: 90810014 stw r4,20(r1)
- 17: GETL R4, t12
- 18: GETL R1, t14
- 19: ADDL $0x14, t14
- 20: STL t12, (t14)
- 21: INCEIPL $4
-
- 0xFEC8484: 80030038 lwz r0,56(r3)
- 22: GETL R3, t16
- 23: ADDL $0x38, t16
- 24: LDL (t16), t18
- 25: PUTL t18, R0
- 26: INCEIPL $4
-
- 0xFEC8488: 2F80FFFF cmpi cr7,r0,-1
- 27: GETL R0, t20
- 28: MOVL $0xFFFFFFFF, t24
- 29: CMPL t20, t24, t22 (-rSo)
- 30: ICRFL t22, $0x7, CR
- 31: INCEIPL $4
-
- 0xFEC848C: 419E0038 bc 12,30,0xFEC84C4
- 32: Js30o $0xFEC84C4
-
-
-
-. 2672 FEC8470 32
-. 7C 88 02 A6 94 21 FF F0 93 E1 00 08 7C 7F 1B 78 90 81 00 14 80 03 00 38 2F 80 FF FF 41 9E 00 38
-==== BB 2673 (0xFEC84C4) approx BBs exec'd 0 ====
-
- 0xFEC84C4: 7FE3FB78 or r3,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFEC84C8: 38800000 li r4,0
- 3: MOVL $0x0, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0xFEC84CC: 48003DC1 bl 0xFECC28C
- 6: MOVL $0xFEC84D0, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0xFECC28C ($4)
-
-
-
-. 2673 FEC84C4 12
-. 7F E3 FB 78 38 80 00 00 48 00 3D C1
-==== BB 2674 _IO_default_finish_internal(0xFECC28C) approx BBs exec'd 0 ====
-
- 0xFECC28C: 7C0802A6 mflr r0
- 0: GETL LR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFECC290: 9421FFE0 stwu r1,-32(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFE0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFECC294: 93E1001C stw r31,28(r1)
- 9: GETL R31, t6
- 10: GETL R1, t8
- 11: ADDL $0x1C, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFECC298: 7C7F1B78 or r31,r3,r3
- 14: GETL R3, t10
- 15: PUTL t10, R31
- 16: INCEIPL $4
-
- 0xFECC29C: 93A10014 stw r29,20(r1)
- 17: GETL R29, t12
- 18: GETL R1, t14
- 19: ADDL $0x14, t14
- 20: STL t12, (t14)
- 21: INCEIPL $4
-
- 0xFECC2A0: 90010024 stw r0,36(r1)
- 22: GETL R0, t16
- 23: GETL R1, t18
- 24: ADDL $0x24, t18
- 25: STL t16, (t18)
- 26: INCEIPL $4
-
- 0xFECC2A4: 8123001C lwz r9,28(r3)
- 27: GETL R3, t20
- 28: ADDL $0x1C, t20
- 29: LDL (t20), t22
- 30: PUTL t22, R9
- 31: INCEIPL $4
-
- 0xFECC2A8: 93C10018 stw r30,24(r1)
- 32: GETL R30, t24
- 33: GETL R1, t26
- 34: ADDL $0x18, t26
- 35: STL t24, (t26)
- 36: INCEIPL $4
-
- 0xFECC2AC: 2F890000 cmpi cr7,r9,0
- 37: GETL R9, t28
- 38: CMP0L t28, t30 (-rSo)
- 39: ICRFL t30, $0x7, CR
- 40: INCEIPL $4
-
- 0xFECC2B0: 419E0010 bc 12,30,0xFECC2C0
- 41: Js30o $0xFECC2C0
-
-
-
-. 2674 FECC28C 40
-. 7C 08 02 A6 94 21 FF E0 93 E1 00 1C 7C 7F 1B 78 93 A1 00 14 90 01 00 24 81 23 00 1C 93 C1 00 18 2F 89 00 00 41 9E 00 10
-==== BB 2675 (0xFECC2C0) approx BBs exec'd 0 ====
-
- 0xFECC2C0: 813F0030 lwz r9,48(r31)
- 0: GETL R31, t0
- 1: ADDL $0x30, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFECC2C4: 2C890000 cmpi cr1,r9,0
- 5: GETL R9, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0xFECC2C8: 41860018 bc 12,6,0xFECC2E0
- 9: Js06o $0xFECC2E0
-
-
-
-. 2675 FECC2C0 12
-. 81 3F 00 30 2C 89 00 00 41 86 00 18
-==== BB 2676 (0xFECC2E0) approx BBs exec'd 0 ====
-
- 0xFECC2E0: 807F0024 lwz r3,36(r31)
- 0: GETL R31, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFECC2E4: 2F830000 cmpi cr7,r3,0
- 5: GETL R3, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0xFECC2E8: 409E0028 bc 4,30,0xFECC310
- 9: Jc30o $0xFECC310
-
-
-
-. 2676 FECC2E0 12
-. 80 7F 00 24 2F 83 00 00 40 9E 00 28
-==== BB 2677 (0xFECC2EC) approx BBs exec'd 0 ====
-
- 0xFECC2EC: 7FE3FB78 or r3,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFECC2F0: 4BFFEB61 bl 0xFECAE50
- 3: MOVL $0xFECC2F4, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0xFECAE50 ($4)
-
-
-
-. 2677 FECC2EC 8
-. 7F E3 FB 78 4B FF EB 61
-==== BB 2678 (0xFECC2F4) approx BBs exec'd 0 ====
-
- 0xFECC2F4: 81010024 lwz r8,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0xFECC2F8: 83A10014 lwz r29,20(r1)
- 5: GETL R1, t4
- 6: ADDL $0x14, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R29
- 9: INCEIPL $4
-
- 0xFECC2FC: 83C10018 lwz r30,24(r1)
- 10: GETL R1, t8
- 11: ADDL $0x18, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R30
- 14: INCEIPL $4
-
- 0xFECC300: 7D0803A6 mtlr r8
- 15: GETL R8, t12
- 16: PUTL t12, LR
- 17: INCEIPL $4
-
- 0xFECC304: 83E1001C lwz r31,28(r1)
- 18: GETL R1, t14
- 19: ADDL $0x1C, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R31
- 22: INCEIPL $4
-
- 0xFECC308: 38210020 addi r1,r1,32
- 23: GETL R1, t18
- 24: ADDL $0x20, t18
- 25: PUTL t18, R1
- 26: INCEIPL $4
-
- 0xFECC30C: 4E800020 blr
- 27: GETL LR, t20
- 28: JMPo-r t20 ($4)
-
-
-
-. 2678 FECC2F4 28
-. 81 01 00 24 83 A1 00 14 83 C1 00 18 7D 08 03 A6 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 2679 (0xFEC84D0) approx BBs exec'd 0 ====
-
- 0xFEC84D0: 80610014 lwz r3,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFEC84D4: 83E10008 lwz r31,8(r1)
- 5: GETL R1, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R31
- 9: INCEIPL $4
-
- 0xFEC84D8: 38210010 addi r1,r1,16
- 10: GETL R1, t8
- 11: ADDL $0x10, t8
- 12: PUTL t8, R1
- 13: INCEIPL $4
-
- 0xFEC84DC: 7C6803A6 mtlr r3
- 14: GETL R3, t10
- 15: PUTL t10, LR
- 16: INCEIPL $4
-
- 0xFEC84E0: 4E800020 blr
- 17: GETL LR, t12
- 18: JMPo-r t12 ($4)
-
-
-
-. 2679 FEC84D0 20
-. 80 61 00 14 83 E1 00 08 38 21 00 10 7C 68 03 A6 4E 80 00 20
-==== BB 2680 (0xFEBB994) approx BBs exec'd 0 ====
-
- 0xFEBB994: 809D0000 lwz r4,0(r29)
- 0: GETL R29, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R4
- 3: INCEIPL $4
-
- 0xFEBB998: 70898000 andi. r9,r4,0x8000
- 4: GETL R4, t4
- 5: ANDL $0x8000, t4
- 6: PUTL t4, R9
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0xFEBB99C: 4182011C bc 12,2,0xFEBBAB8
- 10: Js02o $0xFEBBAB8
-
-
-
-. 2680 FEBB994 12
-. 80 9D 00 00 70 89 80 00 41 82 01 1C
-==== BB 2681 (0xFEBBAB8) approx BBs exec'd 0 ====
-
- 0xFEBBAB8: 807D0048 lwz r3,72(r29)
- 0: GETL R29, t0
- 1: ADDL $0x48, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFEBBABC: 80A30004 lwz r5,4(r3)
- 5: GETL R3, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R5
- 9: INCEIPL $4
-
- 0xFEBBAC0: 3925FFFF addi r9,r5,-1
- 10: GETL R5, t8
- 11: ADDL $0xFFFFFFFF, t8
- 12: PUTL t8, R9
- 13: INCEIPL $4
-
- 0xFEBBAC4: 2F890000 cmpi cr7,r9,0
- 14: GETL R9, t10
- 15: CMP0L t10, t12 (-rSo)
- 16: ICRFL t12, $0x7, CR
- 17: INCEIPL $4
-
- 0xFEBBAC8: 91230004 stw r9,4(r3)
- 18: GETL R9, t14
- 19: GETL R3, t16
- 20: ADDL $0x4, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0xFEBBACC: 40BEFED4 bc 5,30,0xFEBB9A0
- 23: Jc30o $0xFEBB9A0
-
-
-
-. 2681 FEBBAB8 24
-. 80 7D 00 48 80 A3 00 04 39 25 FF FF 2F 89 00 00 91 23 00 04 40 BE FE D4
-==== BB 2682 (0xFEBB9A0) approx BBs exec'd 0 ====
-
- 0xFEBB9A0: 813D0060 lwz r9,96(r29)
- 0: GETL R29, t0
- 1: ADDL $0x60, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFEBB9A4: 2F090000 cmpi cr6,r9,0
- 5: GETL R9, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0xFEBB9A8: 409901C8 bc 4,25,0xFEBBB70
- 9: Jc25o $0xFEBBB70
-
-
-
-. 2682 FEBB9A0 12
-. 81 3D 00 60 2F 09 00 00 40 99 01 C8
-==== BB 2683 (0xFEBBB70) approx BBs exec'd 0 ====
-
- 0xFEBBB70: 815D0024 lwz r10,36(r29)
- 0: GETL R29, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0xFEBBB74: 2C8A0000 cmpi cr1,r10,0
- 5: GETL R10, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0xFEBBB78: 4186FE8C bc 12,6,0xFEBBA04
- 9: Js06o $0xFEBBA04
-
-
-
-. 2683 FEBBB70 12
-. 81 5D 00 24 2C 8A 00 00 41 86 FE 8C
-==== BB 2684 (0xFEBBA04) approx BBs exec'd 0 ====
-
- 0xFEBBA04: 819E1D98 lwz r12,7576(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1D98, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R12
- 4: INCEIPL $4
-
- 0xFEBBA08: 816C0000 lwz r11,0(r12)
- 5: GETL R12, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R11
- 8: INCEIPL $4
-
- 0xFEBBA0C: 7F1D5800 cmp cr6,r29,r11
- 9: GETL R29, t8
- 10: GETL R11, t10
- 11: CMPL t8, t10, t12 (-rSo)
- 12: ICRFL t12, $0x6, CR
- 13: INCEIPL $4
-
- 0xFEBBA10: 419A0034 bc 12,26,0xFEBBA44
- 14: Js26o $0xFEBBA44
-
-
-
-. 2684 FEBBA04 16
-. 81 9E 1D 98 81 6C 00 00 7F 1D 58 00 41 9A 00 34
-==== BB 2685 (0xFEBBA14) approx BBs exec'd 0 ====
-
- 0xFEBBA14: 839E1C24 lwz r28,7204(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1C24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0xFEBBA18: 837C0000 lwz r27,0(r28)
- 5: GETL R28, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R27
- 8: INCEIPL $4
-
- 0xFEBBA1C: 7C1DD800 cmp cr0,r29,r27
- 9: GETL R29, t8
- 10: GETL R27, t10
- 11: CMPL t8, t10, t12 (-rSo)
- 12: ICRFL t12, $0x0, CR
- 13: INCEIPL $4
-
- 0xFEBBA20: 41820024 bc 12,2,0xFEBBA44
- 14: Js02o $0xFEBBA44
-
-
-
-. 2685 FEBBA14 16
-. 83 9E 1C 24 83 7C 00 00 7C 1D D8 00 41 82 00 24
-==== BB 2686 (0xFEBBA24) approx BBs exec'd 0 ====
-
- 0xFEBBA24: 809E1D24 lwz r4,7460(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1D24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFEBBA28: 83E40000 lwz r31,0(r4)
- 5: GETL R4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R31
- 8: INCEIPL $4
-
- 0xFEBBA2C: 7F9DF800 cmp cr7,r29,r31
- 9: GETL R29, t8
- 10: GETL R31, t10
- 11: CMPL t8, t10, t12 (-rSo)
- 12: ICRFL t12, $0x7, CR
- 13: INCEIPL $4
-
- 0xFEBBA30: 419E0014 bc 12,30,0xFEBBA44
- 14: Js30o $0xFEBBA44
-
-
-
-. 2686 FEBBA24 16
-. 80 9E 1D 24 83 E4 00 00 7F 9D F8 00 41 9E 00 14
-==== BB 2687 (0xFEBBA34) approx BBs exec'd 0 ====
-
- 0xFEBBA34: 38000000 li r0,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFEBBA38: 7FA3EB78 or r3,r29,r29
- 3: GETL R29, t2
- 4: PUTL t2, R3
- 5: INCEIPL $4
-
- 0xFEBBA3C: 901D0000 stw r0,0(r29)
- 6: GETL R0, t4
- 7: GETL R29, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFEBBA40: 480EE8F1 bl 0xFFAA330
- 10: MOVL $0xFEBBA44, t8
- 11: PUTL t8, LR
- 12: JMPo-c $0xFFAA330 ($4)
-
-
-
-. 2687 FEBBA34 16
-. 38 00 00 00 7F A3 EB 78 90 1D 00 00 48 0E E8 F1
-==== BB 2688 (0xFECEC18) approx BBs exec'd 0 ====
-
- 0xFECEC18: 71200002 andi. r0,r9,0x2
- 0: GETL R9, t0
- 1: ANDL $0x2, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFECEC1C: 408202FC bc 4,2,0xFECEF18
- 6: Jc02o $0xFECEF18
-
-
-
-. 2688 FECEC18 8
-. 71 20 00 02 40 82 02 FC
-==== BB 2689 (0xFECEC20) approx BBs exec'd 0 ====
-
- 0xFECEC20: 81030030 lwz r8,48(r3)
- 0: GETL R3, t0
- 1: ADDL $0x30, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0xFECEC24: 7F5FEA14 add r26,r31,r29
- 5: GETL R31, t4
- 6: GETL R29, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R26
- 9: INCEIPL $4
-
- 0xFECEC28: 837E065C lwz r27,1628(r30)
- 10: GETL R30, t8
- 11: ADDL $0x65C, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R27
- 14: INCEIPL $4
-
- 0xFECEC2C: 7F08F800 cmp cr6,r8,r31
- 15: GETL R8, t12
- 16: GETL R31, t14
- 17: CMPL t12, t14, t16 (-rSo)
- 18: ICRFL t16, $0x6, CR
- 19: INCEIPL $4
-
- 0xFECEC30: 419A0254 bc 12,26,0xFECEE84
- 20: Js26o $0xFECEE84
-
-
-
-. 2689 FECEC20 20
-. 81 03 00 30 7F 5F EA 14 83 7E 06 5C 7F 08 F8 00 41 9A 02 54
-==== BB 2690 (0xFECEC34) approx BBs exec'd 0 ====
-
- 0xFECEC34: 71600002 andi. r0,r11,0x2
- 0: GETL R11, t0
- 1: ANDL $0x2, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFECEC38: 41820350 bc 12,2,0xFECEF88
- 6: Js02o $0xFECEF88
-
-
-
-. 2690 FECEC34 8
-. 71 60 00 02 41 82 03 50
-==== BB 2691 (0xFECEF88) approx BBs exec'd 0 ====
-
- 0xFECEF88: 82480004 lwz r18,4(r8)
- 0: GETL R8, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R18
- 4: INCEIPL $4
-
- 0xFECEF8C: 837E0674 lwz r27,1652(r30)
- 5: GETL R30, t4
- 6: ADDL $0x674, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R27
- 9: INCEIPL $4
-
- 0xFECEF90: 56510038 rlwinm r17,r18,0,0,28
- 10: GETL R18, t8
- 11: ANDL $0xFFFFFFF8, t8
- 12: PUTL t8, R17
- 13: INCEIPL $4
-
- 0xFECEF94: 7D688A14 add r11,r8,r17
- 14: GETL R8, t10
- 15: GETL R17, t12
- 16: ADDL t10, t12
- 17: PUTL t12, R11
- 18: INCEIPL $4
-
- 0xFECEF98: 7F8BD040 cmpl cr7,r11,r26
- 19: GETL R11, t14
- 20: GETL R26, t16
- 21: CMPUL t14, t16, t18 (-rSo)
- 22: ICRFL t18, $0x7, CR
- 23: INCEIPL $4
-
- 0xFECEF9C: 419DFCA0 bc 12,29,0xFECEC3C
- 24: Js29o $0xFECEC3C
-
-
-
-. 2691 FECEF88 24
-. 82 48 00 04 83 7E 06 74 56 51 00 38 7D 68 8A 14 7F 8B D0 40 41 9D FC A0
-==== BB 2692 (0xFECEC3C) approx BBs exec'd 0 ====
-
- 0xFECEC3C: 801A0004 lwz r0,4(r26)
- 0: GETL R26, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFECEC40: 837E0660 lwz r27,1632(r30)
- 5: GETL R30, t4
- 6: ADDL $0x660, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R27
- 9: INCEIPL $4
-
- 0xFECEC44: 700B0001 andi. r11,r0,0x1
- 10: GETL R0, t8
- 11: ANDL $0x1, t8
- 12: PUTL t8, R11
- 13: CMP0L t8, t10 (-rSo)
- 14: ICRFL t10, $0x0, CR
- 15: INCEIPL $4
-
- 0xFECEC48: 4182023C bc 12,2,0xFECEE84
- 16: Js02o $0xFECEE84
-
-
-
-. 2692 FECEC3C 16
-. 80 1A 00 04 83 7E 06 60 70 0B 00 01 41 82 02 3C
-==== BB 2693 (0xFECEC4C) approx BBs exec'd 0 ====
-
- 0xFECEC4C: 28800008 cmpli cr1,r0,8
- 0: GETL R0, t0
- 1: MOVL $0x8, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0xFECEC50: 541B0038 rlwinm r27,r0,0,0,28
- 5: GETL R0, t6
- 6: ANDL $0xFFFFFFF8, t6
- 7: PUTL t6, R27
- 8: INCEIPL $4
-
- 0xFECEC54: 4085022C bc 4,5,0xFECEE80
- 9: Jc05o $0xFECEE80
-
-
-
-. 2693 FECEC4C 12
-. 28 80 00 08 54 1B 00 38 40 85 02 2C
-==== BB 2694 (0xFECEC58) approx BBs exec'd 0 ====
-
- 0xFECEC58: 827C044C lwz r19,1100(r28)
- 0: GETL R28, t0
- 1: ADDL $0x44C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R19
- 4: INCEIPL $4
-
- 0xFECEC5C: 7F13D840 cmpl cr6,r19,r27
- 5: GETL R19, t4
- 6: GETL R27, t6
- 7: CMPUL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x6, CR
- 9: INCEIPL $4
-
- 0xFECEC60: 40990220 bc 4,25,0xFECEE80
- 10: Jc25o $0xFECEE80
-
-
-
-. 2694 FECEC58 12
-. 82 7C 04 4C 7F 13 D8 40 40 99 02 20
-==== BB 2695 (0xFECEC64) approx BBs exec'd 0 ====
-
- 0xFECEC64: 71270001 andi. r7,r9,0x1
- 0: GETL R9, t0
- 1: ANDL $0x1, t0
- 2: PUTL t0, R7
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFECEC68: 4082003C bc 4,2,0xFECECA4
- 6: Jc02o $0xFECECA4
-
-
-
-. 2695 FECEC64 8
-. 71 27 00 01 40 82 00 3C
-==== BB 2696 (0xFECEC6C) approx BBs exec'd 0 ====
-
- 0xFECEC6C: 829F0000 lwz r20,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R20
- 3: INCEIPL $4
-
- 0xFECEC70: 7FF4F850 subf r31,r20,r31
- 4: GETL R20, t4
- 5: GETL R31, t6
- 6: SUBL t4, t6
- 7: PUTL t6, R31
- 8: INCEIPL $4
-
- 0xFECEC74: 7FBDA214 add r29,r29,r20
- 9: GETL R29, t8
- 10: GETL R20, t10
- 11: ADDL t8, t10
- 12: PUTL t10, R29
- 13: INCEIPL $4
-
- 0xFECEC78: 815F0008 lwz r10,8(r31)
- 14: GETL R31, t12
- 15: ADDL $0x8, t12
- 16: LDL (t12), t14
- 17: PUTL t14, R10
- 18: INCEIPL $4
-
- 0xFECEC7C: 817F000C lwz r11,12(r31)
- 19: GETL R31, t16
- 20: ADDL $0xC, t16
- 21: LDL (t16), t18
- 22: PUTL t18, R11
- 23: INCEIPL $4
-
- 0xFECEC80: 808A000C lwz r4,12(r10)
- 24: GETL R10, t20
- 25: ADDL $0xC, t20
- 26: LDL (t20), t22
- 27: PUTL t22, R4
- 28: INCEIPL $4
-
- 0xFECEC84: 7F84F800 cmp cr7,r4,r31
- 29: GETL R4, t24
- 30: GETL R31, t26
- 31: CMPL t24, t26, t28 (-rSo)
- 32: ICRFL t28, $0x7, CR
- 33: INCEIPL $4
-
- 0xFECEC88: 409E0420 bc 4,30,0xFECF0A8
- 34: Jc30o $0xFECF0A8
-
-
-
-. 2696 FECEC6C 32
-. 82 9F 00 00 7F F4 F8 50 7F BD A2 14 81 5F 00 08 81 7F 00 0C 80 8A 00 0C 7F 84 F8 00 40 9E 04 20
-==== BB 2697 (0xFECEC8C) approx BBs exec'd 0 ====
-
- 0xFECEC8C: 82AB0008 lwz r21,8(r11)
- 0: GETL R11, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R21
- 4: INCEIPL $4
-
- 0xFECEC90: 7C95F800 cmp cr1,r21,r31
- 5: GETL R21, t4
- 6: GETL R31, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x1, CR
- 9: INCEIPL $4
-
- 0xFECEC94: 40860414 bc 4,6,0xFECF0A8
- 10: Jc06o $0xFECF0A8
-
-
-
-. 2697 FECEC8C 12
-. 82 AB 00 08 7C 95 F8 00 40 86 04 14
-==== BB 2698 (0xFECEC98) approx BBs exec'd 0 ====
-
- 0xFECEC98: 914B0008 stw r10,8(r11)
- 0: GETL R10, t0
- 1: GETL R11, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFECEC9C: 916A000C stw r11,12(r10)
- 5: GETL R11, t4
- 6: GETL R10, t6
- 7: ADDL $0xC, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFECECA0: 811C0030 lwz r8,48(r28)
- 10: GETL R28, t8
- 11: ADDL $0x30, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R8
- 14: INCEIPL $4
-
- 0xFECECA4: 7F88D000 cmp cr7,r8,r26
- 15: GETL R8, t12
- 16: GETL R26, t14
- 17: CMPL t12, t14, t16 (-rSo)
- 18: ICRFL t16, $0x7, CR
- 19: INCEIPL $4
-
- 0xFECECA8: 419E02C0 bc 12,30,0xFECEF68
- 20: Js30o $0xFECEF68
-
-
-
-. 2698 FECEC98 20
-. 91 4B 00 08 91 6A 00 0C 81 1C 00 30 7F 88 D0 00 41 9E 02 C0
-==== BB 2699 (0xFECECAC) approx BBs exec'd 0 ====
-
- 0xFECECAC: 7F3ADA14 add r25,r26,r27
- 0: GETL R26, t0
- 1: GETL R27, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R25
- 4: INCEIPL $4
-
- 0xFECECB0: 83190004 lwz r24,4(r25)
- 5: GETL R25, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R24
- 9: INCEIPL $4
-
- 0xFECECB4: 730A0001 andi. r10,r24,0x1
- 10: GETL R24, t8
- 11: ANDL $0x1, t8
- 12: PUTL t8, R10
- 13: CMP0L t8, t10 (-rSo)
- 14: ICRFL t10, $0x0, CR
- 15: INCEIPL $4
-
- 0xFECECB8: 408202A0 bc 4,2,0xFECEF58
- 16: Jc02o $0xFECEF58
-
-
-
-. 2699 FECECAC 16
-. 7F 3A DA 14 83 19 00 04 73 0A 00 01 40 82 02 A0
-==== BB 2700 (0xFECEF58) approx BBs exec'd 0 ====
-
- 0xFECEF58: 80FA0004 lwz r7,4(r26)
- 0: GETL R26, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0xFECEF5C: 54FB003C rlwinm r27,r7,0,0,30
- 5: GETL R7, t4
- 6: ANDL $0xFFFFFFFE, t4
- 7: PUTL t4, R27
- 8: INCEIPL $4
-
- 0xFECEF60: 937A0004 stw r27,4(r26)
- 9: GETL R27, t6
- 10: GETL R26, t8
- 11: ADDL $0x4, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFECEF64: 4BFFFD84 b 0xFECECE8
- 14: JMPo $0xFECECE8 ($4)
-
-
-
-. 2700 FECEF58 16
-. 80 FA 00 04 54 FB 00 3C 93 7A 00 04 4B FF FD 84
-==== BB 2701 (0xFECECE8) approx BBs exec'd 0 ====
-
- 0xFECECE8: 387C0038 addi r3,r28,56
- 0: GETL R28, t0
- 1: ADDL $0x38, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0xFECECEC: 63A80001 ori r8,r29,0x1
- 4: GETL R29, t2
- 5: ORL $0x1, t2
- 6: PUTL t2, R8
- 7: INCEIPL $4
-
- 0xFECECF0: 80C30008 lwz r6,8(r3)
- 8: GETL R3, t4
- 9: ADDL $0x8, t4
- 10: LDL (t4), t6
- 11: PUTL t6, R6
- 12: INCEIPL $4
-
- 0xFECECF4: 907F000C stw r3,12(r31)
- 13: GETL R3, t8
- 14: GETL R31, t10
- 15: ADDL $0xC, t10
- 16: STL t8, (t10)
- 17: INCEIPL $4
-
- 0xFECECF8: 90DF0008 stw r6,8(r31)
- 18: GETL R6, t12
- 19: GETL R31, t14
- 20: ADDL $0x8, t14
- 21: STL t12, (t14)
- 22: INCEIPL $4
-
- 0xFECECFC: 911F0004 stw r8,4(r31)
- 23: GETL R8, t16
- 24: GETL R31, t18
- 25: ADDL $0x4, t18
- 26: STL t16, (t18)
- 27: INCEIPL $4
-
- 0xFECED00: 7FBFE92E stwx r29,r31,r29
- 28: GETL R29, t20
- 29: GETL R31, t22
- 30: ADDL t22, t20
- 31: GETL R29, t24
- 32: STL t24, (t20)
- 33: INCEIPL $4
-
- 0xFECED04: 93E6000C stw r31,12(r6)
- 34: GETL R31, t26
- 35: GETL R6, t28
- 36: ADDL $0xC, t28
- 37: STL t26, (t28)
- 38: INCEIPL $4
-
- 0xFECED08: 93E30008 stw r31,8(r3)
- 39: GETL R31, t30
- 40: GETL R3, t32
- 41: ADDL $0x8, t32
- 42: STL t30, (t32)
- 43: INCEIPL $4
-
- 0xFECED0C: 289DFFFF cmpli cr1,r29,65535
- 44: GETL R29, t34
- 45: MOVL $0xFFFF, t38
- 46: CMPUL t34, t38, t36 (-rSo)
- 47: ICRFL t36, $0x1, CR
- 48: INCEIPL $4
-
- 0xFECED10: 40850124 bc 4,5,0xFECEE34
- 49: Jc05o $0xFECEE34
-
-
-
-. 2701 FECECE8 44
-. 38 7C 00 38 63 A8 00 01 80 C3 00 08 90 7F 00 0C 90 DF 00 08 91 1F 00 04 7F BF E9 2E 93 E6 00 0C 93 E3 00 08 28 9D FF FF 40 85 01 24
-==== BB 2702 (0xFECEE34) approx BBs exec'd 0 ====
-
- 0xFECEE34: 83A10064 lwz r29,100(r1)
- 0: GETL R1, t0
- 1: ADDL $0x64, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0xFECEE38: 82210024 lwz r17,36(r1)
- 5: GETL R1, t4
- 6: ADDL $0x24, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R17
- 9: INCEIPL $4
-
- 0xFECEE3C: 7FA803A6 mtlr r29
- 10: GETL R29, t8
- 11: PUTL t8, LR
- 12: INCEIPL $4
-
- 0xFECEE40: 82410028 lwz r18,40(r1)
- 13: GETL R1, t10
- 14: ADDL $0x28, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R18
- 17: INCEIPL $4
-
- 0xFECEE44: 8261002C lwz r19,44(r1)
- 18: GETL R1, t14
- 19: ADDL $0x2C, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R19
- 22: INCEIPL $4
-
- 0xFECEE48: 82810030 lwz r20,48(r1)
- 23: GETL R1, t18
- 24: ADDL $0x30, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R20
- 27: INCEIPL $4
-
- 0xFECEE4C: 82A10034 lwz r21,52(r1)
- 28: GETL R1, t22
- 29: ADDL $0x34, t22
- 30: LDL (t22), t24
- 31: PUTL t24, R21
- 32: INCEIPL $4
-
- 0xFECEE50: 82C10038 lwz r22,56(r1)
- 33: GETL R1, t26
- 34: ADDL $0x38, t26
- 35: LDL (t26), t28
- 36: PUTL t28, R22
- 37: INCEIPL $4
-
- 0xFECEE54: 82E1003C lwz r23,60(r1)
- 38: GETL R1, t30
- 39: ADDL $0x3C, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R23
- 42: INCEIPL $4
-
- 0xFECEE58: 83010040 lwz r24,64(r1)
- 43: GETL R1, t34
- 44: ADDL $0x40, t34
- 45: LDL (t34), t36
- 46: PUTL t36, R24
- 47: INCEIPL $4
-
- 0xFECEE5C: 83210044 lwz r25,68(r1)
- 48: GETL R1, t38
- 49: ADDL $0x44, t38
- 50: LDL (t38), t40
- 51: PUTL t40, R25
- 52: INCEIPL $4
-
- 0xFECEE60: 83410048 lwz r26,72(r1)
- 53: GETL R1, t42
- 54: ADDL $0x48, t42
- 55: LDL (t42), t44
- 56: PUTL t44, R26
- 57: INCEIPL $4
-
- 0xFECEE64: 8361004C lwz r27,76(r1)
- 58: GETL R1, t46
- 59: ADDL $0x4C, t46
- 60: LDL (t46), t48
- 61: PUTL t48, R27
- 62: INCEIPL $4
-
- 0xFECEE68: 83810050 lwz r28,80(r1)
- 63: GETL R1, t50
- 64: ADDL $0x50, t50
- 65: LDL (t50), t52
- 66: PUTL t52, R28
- 67: INCEIPL $4
-
- 0xFECEE6C: 83A10054 lwz r29,84(r1)
- 68: GETL R1, t54
- 69: ADDL $0x54, t54
- 70: LDL (t54), t56
- 71: PUTL t56, R29
- 72: INCEIPL $4
-
- 0xFECEE70: 83C10058 lwz r30,88(r1)
- 73: GETL R1, t58
- 74: ADDL $0x58, t58
- 75: LDL (t58), t60
- 76: PUTL t60, R30
- 77: INCEIPL $4
-
- 0xFECEE74: 83E1005C lwz r31,92(r1)
- 78: GETL R1, t62
- 79: ADDL $0x5C, t62
- 80: LDL (t62), t64
- 81: PUTL t64, R31
- 82: INCEIPL $4
-
- 0xFECEE78: 38210060 addi r1,r1,96
- 83: GETL R1, t66
- 84: ADDL $0x60, t66
- 85: PUTL t66, R1
- 86: INCEIPL $4
-
- 0xFECEE7C: 4E800020 blr
- 87: GETL LR, t68
- 88: JMPo-r t68 ($4)
-
-
-
-. 2702 FECEE34 76
-. 83 A1 00 64 82 21 00 24 7F A8 03 A6 82 41 00 28 82 61 00 2C 82 81 00 30 82 A1 00 34 82 C1 00 38 82 E1 00 3C 83 01 00 40 83 21 00 44 83 41 00 48 83 61 00 4C 83 81 00 50 83 A1 00 54 83 C1 00 58 83 E1 00 5C 38 21 00 60 4E 80 00 20
-==== BB 2703 (0xFEBBA44) approx BBs exec'd 0 ====
-
- 0xFEBBA44: 7F43D378 or r3,r26,r26
- 0: GETL R26, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFEBBA48: 83410024 lwz r26,36(r1)
- 3: GETL R1, t2
- 4: ADDL $0x24, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R26
- 7: INCEIPL $4
-
- 0xFEBBA4C: 8361000C lwz r27,12(r1)
- 8: GETL R1, t6
- 9: ADDL $0xC, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R27
- 12: INCEIPL $4
-
- 0xFEBBA50: 7F4803A6 mtlr r26
- 13: GETL R26, t10
- 14: PUTL t10, LR
- 15: INCEIPL $4
-
- 0xFEBBA54: 83810010 lwz r28,16(r1)
- 16: GETL R1, t12
- 17: ADDL $0x10, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R28
- 20: INCEIPL $4
-
- 0xFEBBA58: 83410008 lwz r26,8(r1)
- 21: GETL R1, t16
- 22: ADDL $0x8, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R26
- 25: INCEIPL $4
-
- 0xFEBBA5C: 83A10014 lwz r29,20(r1)
- 26: GETL R1, t20
- 27: ADDL $0x14, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R29
- 30: INCEIPL $4
-
- 0xFEBBA60: 83C10018 lwz r30,24(r1)
- 31: GETL R1, t24
- 32: ADDL $0x18, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R30
- 35: INCEIPL $4
-
- 0xFEBBA64: 83E1001C lwz r31,28(r1)
- 36: GETL R1, t28
- 37: ADDL $0x1C, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R31
- 40: INCEIPL $4
-
- 0xFEBBA68: 38210020 addi r1,r1,32
- 41: GETL R1, t32
- 42: ADDL $0x20, t32
- 43: PUTL t32, R1
- 44: INCEIPL $4
-
- 0xFEBBA6C: 4E800020 blr
- 45: GETL LR, t34
- 46: JMPo-r t34 ($4)
-
-
-
-. 2703 FEBBA44 44
-. 7F 43 D3 78 83 41 00 24 83 61 00 0C 7F 48 03 A6 83 81 00 10 83 41 00 08 83 A1 00 14 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 2704 (0xFE8D400) approx BBs exec'd 0 ====
-
- 0xFE8D400: 2F8E0000 cmpi cr7,r14,0
- 0: GETL R14, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xFE8D404: 409E00B0 bc 4,30,0xFE8D4B4
- 4: Jc30o $0xFE8D4B4
-
-
-
-. 2704 FE8D400 8
-. 2F 8E 00 00 40 9E 00 B0
-==== BB 2705 (0xFE8D4B4) approx BBs exec'd 0 ====
-
- 0xFE8D4B4: 825E01F4 lwz r18,500(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1F4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R18
- 4: INCEIPL $4
-
- 0xFE8D4B8: 38A00008 li r5,8
- 5: MOVL $0x8, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0xFE8D4BC: 821E01F0 lwz r16,496(r30)
- 8: GETL R30, t6
- 9: ADDL $0x1F0, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R16
- 12: INCEIPL $4
-
- 0xFE8D4C0: 80720000 lwz r3,0(r18)
- 13: GETL R18, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R3
- 16: INCEIPL $4
-
- 0xFE8D4C4: 80900000 lwz r4,0(r16)
- 17: GETL R16, t14
- 18: LDL (t14), t16
- 19: PUTL t16, R4
- 20: INCEIPL $4
-
- 0xFE8D4C8: 80DE01FC lwz r6,508(r30)
- 21: GETL R30, t18
- 22: ADDL $0x1FC, t18
- 23: LDL (t18), t20
- 24: PUTL t20, R6
- 25: INCEIPL $4
-
- 0xFE8D4CC: 48005AC5 bl 0xFE92F90
- 26: MOVL $0xFE8D4D0, t22
- 27: PUTL t22, LR
- 28: JMPo-c $0xFE92F90 ($4)
-
-
-
-. 2705 FE8D4B4 28
-. 82 5E 01 F4 38 A0 00 08 82 1E 01 F0 80 72 00 00 80 90 00 00 80 DE 01 FC 48 00 5A C5
-==== BB 2706 alias_compare(0xFE8D77C) approx BBs exec'd 0 ====
-
- 0xFE8D77C: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFE8D780: 80630000 lwz r3,0(r3)
- 6: GETL R3, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0xFE8D784: 38210010 addi r1,r1,16
- 10: GETL R1, t8
- 11: ADDL $0x10, t8
- 12: PUTL t8, R1
- 13: INCEIPL $4
-
- 0xFE8D788: 80840000 lwz r4,0(r4)
- 14: GETL R4, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R4
- 17: INCEIPL $4
-
- 0xFE8D78C: 4804AD48 b 0xFED84D4
- 18: JMPo $0xFED84D4 ($4)
-
-
-
-. 2706 FE8D77C 20
-. 94 21 FF F0 80 63 00 00 38 21 00 10 80 84 00 00 48 04 AD 48
-==== BB 2707 strcasecmp(0xFED84D4) approx BBs exec'd 0 ====
-
- 0xFED84D4: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFED84D8: 7D8802A6 mflr r12
- 6: GETL LR, t4
- 7: PUTL t4, R12
- 8: INCEIPL $4
-
- 0xFED84DC: 480CF975 bl 0xFFA7E50
- 9: MOVL $0xFED84E0, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 2707 FED84D4 12
-. 94 21 FF F0 7D 88 02 A6 48 0C F9 75
-==== BB 2708 (0xFED84E0) approx BBs exec'd 0 ====
-
- 0xFED84E0: 93C10008 stw r30,8(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFED84E4: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFED84E8: 7F832000 cmp cr7,r3,r4
- 8: GETL R3, t6
- 9: GETL R4, t8
- 10: CMPL t6, t8, t10 (-rSo)
- 11: ICRFL t10, $0x7, CR
- 12: INCEIPL $4
-
- 0xFED84EC: 39400000 li r10,0
- 13: MOVL $0x0, t12
- 14: PUTL t12, R10
- 15: INCEIPL $4
-
- 0xFED84F0: 7D8803A6 mtlr r12
- 16: GETL R12, t14
- 17: PUTL t14, LR
- 18: INCEIPL $4
-
- 0xFED84F4: 80BE1D50 lwz r5,7504(r30)
- 19: GETL R30, t16
- 20: ADDL $0x1D50, t16
- 21: LDL (t16), t18
- 22: PUTL t18, R5
- 23: INCEIPL $4
-
- 0xFED84F8: 7D251214 add r9,r5,r2
- 24: GETL R5, t20
- 25: GETL R2, t22
- 26: ADDL t20, t22
- 27: PUTL t22, R9
- 28: INCEIPL $4
-
- 0xFED84FC: 81290000 lwz r9,0(r9)
- 29: GETL R9, t24
- 30: LDL (t24), t26
- 31: PUTL t26, R9
- 32: INCEIPL $4
-
- 0xFED8500: 419E0038 bc 12,30,0xFED8538
- 33: Js30o $0xFED8538
-
-
-
-. 2708 FED84E0 36
-. 93 C1 00 08 7F C8 02 A6 7F 83 20 00 39 40 00 00 7D 88 03 A6 80 BE 1D 50 7D 25 12 14 81 29 00 00 41 9E 00 38
-==== BB 2709 (0xFED8504) approx BBs exec'd 0 ====
-
- 0xFED8504: 81090038 lwz r8,56(r9)
- 0: GETL R9, t0
- 1: ADDL $0x38, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0xFED8508: 88E30000 lbz r7,0(r3)
- 5: GETL R3, t4
- 6: LDB (t4), t6
- 7: PUTL t6, R7
- 8: INCEIPL $4
-
- 0xFED850C: 38630001 addi r3,r3,1
- 9: GETL R3, t8
- 10: ADDL $0x1, t8
- 11: PUTL t8, R3
- 12: INCEIPL $4
-
- 0xFED8510: 89240000 lbz r9,0(r4)
- 13: GETL R4, t10
- 14: LDB (t10), t12
- 15: PUTL t12, R9
- 16: INCEIPL $4
-
- 0xFED8514: 38840001 addi r4,r4,1
- 17: GETL R4, t14
- 18: ADDL $0x1, t14
- 19: PUTL t14, R4
- 20: INCEIPL $4
-
- 0xFED8518: 54E6103A rlwinm r6,r7,2,0,29
- 21: GETL R7, t16
- 22: SHLL $0x2, t16
- 23: PUTL t16, R6
- 24: INCEIPL $4
-
- 0xFED851C: 2F870000 cmpi cr7,r7,0
- 25: GETL R7, t18
- 26: CMP0L t18, t20 (-rSo)
- 27: ICRFL t20, $0x7, CR
- 28: INCEIPL $4
-
- 0xFED8520: 552B103A rlwinm r11,r9,2,0,29
- 29: GETL R9, t22
- 30: SHLL $0x2, t22
- 31: PUTL t22, R11
- 32: INCEIPL $4
-
- 0xFED8524: 7D46402E lwzx r10,r6,r8
- 33: GETL R8, t24
- 34: GETL R6, t26
- 35: ADDL t26, t24
- 36: LDL (t24), t28
- 37: PUTL t28, R10
- 38: INCEIPL $4
-
- 0xFED8528: 7C0B402E lwzx r0,r11,r8
- 39: GETL R8, t30
- 40: GETL R11, t32
- 41: ADDL t32, t30
- 42: LDL (t30), t34
- 43: PUTL t34, R0
- 44: INCEIPL $4
-
- 0xFED852C: 7D405051 subf. r10,r0,r10
- 45: GETL R0, t36
- 46: GETL R10, t38
- 47: SUBL t36, t38
- 48: PUTL t38, R10
- 49: CMP0L t38, t40 (-rSo)
- 50: ICRFL t40, $0x0, CR
- 51: INCEIPL $4
-
- 0xFED8530: 40820008 bc 4,2,0xFED8538
- 52: Jc02o $0xFED8538
-
-
-
-. 2709 FED8504 48
-. 81 09 00 38 88 E3 00 00 38 63 00 01 89 24 00 00 38 84 00 01 54 E6 10 3A 2F 87 00 00 55 2B 10 3A 7D 46 40 2E 7C 0B 40 2E 7D 40 50 51 40 82 00 08
-==== BB 2710 (0xFED8534) approx BBs exec'd 0 ====
-
- 0xFED8534: 409EFFD4 bc 4,30,0xFED8508
- 0: Jc30o $0xFED8508
-
-
-
-. 2710 FED8534 4
-. 40 9E FF D4
-==== BB 2711 (0xFED8508) approx BBs exec'd 0 ====
-
- 0xFED8508: 88E30000 lbz r7,0(r3)
- 0: GETL R3, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R7
- 3: INCEIPL $4
-
- 0xFED850C: 38630001 addi r3,r3,1
- 4: GETL R3, t4
- 5: ADDL $0x1, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFED8510: 89240000 lbz r9,0(r4)
- 8: GETL R4, t6
- 9: LDB (t6), t8
- 10: PUTL t8, R9
- 11: INCEIPL $4
-
- 0xFED8514: 38840001 addi r4,r4,1
- 12: GETL R4, t10
- 13: ADDL $0x1, t10
- 14: PUTL t10, R4
- 15: INCEIPL $4
-
- 0xFED8518: 54E6103A rlwinm r6,r7,2,0,29
- 16: GETL R7, t12
- 17: SHLL $0x2, t12
- 18: PUTL t12, R6
- 19: INCEIPL $4
-
- 0xFED851C: 2F870000 cmpi cr7,r7,0
- 20: GETL R7, t14
- 21: CMP0L t14, t16 (-rSo)
- 22: ICRFL t16, $0x7, CR
- 23: INCEIPL $4
-
- 0xFED8520: 552B103A rlwinm r11,r9,2,0,29
- 24: GETL R9, t18
- 25: SHLL $0x2, t18
- 26: PUTL t18, R11
- 27: INCEIPL $4
-
- 0xFED8524: 7D46402E lwzx r10,r6,r8
- 28: GETL R8, t20
- 29: GETL R6, t22
- 30: ADDL t22, t20
- 31: LDL (t20), t24
- 32: PUTL t24, R10
- 33: INCEIPL $4
-
- 0xFED8528: 7C0B402E lwzx r0,r11,r8
- 34: GETL R8, t26
- 35: GETL R11, t28
- 36: ADDL t28, t26
- 37: LDL (t26), t30
- 38: PUTL t30, R0
- 39: INCEIPL $4
-
- 0xFED852C: 7D405051 subf. r10,r0,r10
- 40: GETL R0, t32
- 41: GETL R10, t34
- 42: SUBL t32, t34
- 43: PUTL t34, R10
- 44: CMP0L t34, t36 (-rSo)
- 45: ICRFL t36, $0x0, CR
- 46: INCEIPL $4
-
- 0xFED8530: 40820008 bc 4,2,0xFED8538
- 47: Jc02o $0xFED8538
-
-
-
-. 2711 FED8508 44
-. 88 E3 00 00 38 63 00 01 89 24 00 00 38 84 00 01 54 E6 10 3A 2F 87 00 00 55 2B 10 3A 7D 46 40 2E 7C 0B 40 2E 7D 40 50 51 40 82 00 08
-==== BB 2712 (0xFED8538) approx BBs exec'd 0 ====
-
- 0xFED8538: 7D435378 or r3,r10,r10
- 0: GETL R10, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFED853C: 83C10008 lwz r30,8(r1)
- 3: GETL R1, t2
- 4: ADDL $0x8, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFED8540: 38210010 addi r1,r1,16
- 8: GETL R1, t6
- 9: ADDL $0x10, t6
- 10: PUTL t6, R1
- 11: INCEIPL $4
-
- 0xFED8544: 4E800020 blr
- 12: GETL LR, t8
- 13: JMPo-r t8 ($4)
-
-
-
-. 2712 FED8538 16
-. 7D 43 53 78 83 C1 00 08 38 21 00 10 4E 80 00 20
-==== BB 2713 (0xFED8878) approx BBs exec'd 0 ====
-
- 0xFED8878: 80040000 lwz r0,0(r4)
- 0: GETL R4, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0xFED887C: 3863FFE4 addi r3,r3,-28
- 4: GETL R3, t4
- 5: ADDL $0xFFFFFFE4, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFED8880: 3884FFE8 addi r4,r4,-24
- 8: GETL R4, t6
- 9: ADDL $0xFFFFFFE8, t6
- 10: PUTL t6, R4
- 11: INCEIPL $4
-
- 0xFED8884: 38A50006 addi r5,r5,6
- 12: GETL R5, t8
- 13: ADDL $0x6, t8
- 14: PUTL t8, R5
- 15: INCEIPL $4
-
- 0xFED8888: 4BFFFFB4 b 0xFED883C
- 16: JMPo $0xFED883C ($4)
-
-
-
-. 2713 FED8878 20
-. 80 04 00 00 38 63 FF E4 38 84 FF E8 38 A5 00 06 4B FF FF B4
-==== BB 2714 (0xFED883C) approx BBs exec'd 0 ====
-
- 0xFED883C: 34A5FFF8 addic. r5,r5,-8
- 0: GETL R5, t0
- 1: ADCL $0xFFFFFFF8, t0 (-wCa)
- 2: PUTL t0, R5
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFED8840: 8124001C lwz r9,28(r4)
- 6: GETL R4, t4
- 7: ADDL $0x1C, t4
- 8: LDL (t4), t6
- 9: PUTL t6, R9
- 10: INCEIPL $4
-
- 0xFED8844: 9003001C stw r0,28(r3)
- 11: GETL R0, t8
- 12: GETL R3, t10
- 13: ADDL $0x1C, t10
- 14: STL t8, (t10)
- 15: INCEIPL $4
-
- 0xFED8848: 38840020 addi r4,r4,32
- 16: GETL R4, t12
- 17: ADDL $0x20, t12
- 18: PUTL t12, R4
- 19: INCEIPL $4
-
- 0xFED884C: 38630020 addi r3,r3,32
- 20: GETL R3, t14
- 21: ADDL $0x20, t14
- 22: PUTL t14, R3
- 23: INCEIPL $4
-
- 0xFED8850: 40A2FFB4 bc 5,2,0xFED8804
- 24: Jc02o $0xFED8804
-
-
-
-. 2714 FED883C 24
-. 34 A5 FF F8 81 24 00 1C 90 03 00 1C 38 84 00 20 38 63 00 20 40 A2 FF B4
-==== BB 2715 (0xFE92ED4) approx BBs exec'd 0 ====
-
- 0xFE92ED4: 7CB9E9D6 mullw r5,r25,r29
- 0: GETL R25, t0
- 1: GETL R29, t2
- 2: MULL t0, t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0xFE92ED8: 7F83E378 or r3,r28,r28
- 5: GETL R28, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFE92EDC: 7F44D378 or r4,r26,r26
- 8: GETL R26, t6
- 9: PUTL t6, R4
- 10: INCEIPL $4
-
- 0xFE92EE0: 480457F9 bl 0xFED86D8
- 11: MOVL $0xFE92EE4, t8
- 12: PUTL t8, LR
- 13: JMPo-c $0xFED86D8 ($4)
-
-
-
-. 2715 FE92ED4 16
-. 7C B9 E9 D6 7F 83 E3 78 7F 44 D3 78 48 04 57 F9
-==== BB 2716 (0xFE92EE4) approx BBs exec'd 0 ====
-
- 0xFE92EE4: 4BFFFF5C b 0xFE92E40
- 0: JMPo $0xFE92E40 ($4)
-
-
-
-. 2716 FE92EE4 4
-. 4B FF FF 5C
-==== BB 2717 (0xFE8D4D0) approx BBs exec'd 0 ====
-
- 0xFE8D4D0: 4BFFFF38 b 0xFE8D408
- 0: JMPo $0xFE8D408 ($4)
-
-
-
-. 2717 FE8D4D0 4
-. 4B FF FF 38
-==== BB 2718 (0xFE8D408) approx BBs exec'd 0 ====
-
- 0xFE8D408: 7DC07378 or r0,r14,r14
- 0: GETL R14, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFE8D40C: 81210000 lwz r9,0(r1)
- 3: GETL R1, t2
- 4: LDL (t2), t4
- 5: PUTL t4, R9
- 6: INCEIPL $4
-
- 0xFE8D410: 7C030378 or r3,r0,r0
- 7: GETL R0, t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0xFE8D414: 83490004 lwz r26,4(r9)
- 10: GETL R9, t8
- 11: ADDL $0x4, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R26
- 14: INCEIPL $4
-
- 0xFE8D418: 81C9FFB8 lwz r14,-72(r9)
- 15: GETL R9, t12
- 16: ADDL $0xFFFFFFB8, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R14
- 19: INCEIPL $4
-
- 0xFE8D41C: 7F4803A6 mtlr r26
- 20: GETL R26, t16
- 21: PUTL t16, LR
- 22: INCEIPL $4
-
- 0xFE8D420: 81E9FFBC lwz r15,-68(r9)
- 23: GETL R9, t18
- 24: ADDL $0xFFFFFFBC, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R15
- 27: INCEIPL $4
-
- 0xFE8D424: 8209FFC0 lwz r16,-64(r9)
- 28: GETL R9, t22
- 29: ADDL $0xFFFFFFC0, t22
- 30: LDL (t22), t24
- 31: PUTL t24, R16
- 32: INCEIPL $4
-
- 0xFE8D428: 8229FFC4 lwz r17,-60(r9)
- 33: GETL R9, t26
- 34: ADDL $0xFFFFFFC4, t26
- 35: LDL (t26), t28
- 36: PUTL t28, R17
- 37: INCEIPL $4
-
- 0xFE8D42C: 8249FFC8 lwz r18,-56(r9)
- 38: GETL R9, t30
- 39: ADDL $0xFFFFFFC8, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R18
- 42: INCEIPL $4
-
- 0xFE8D430: 8269FFCC lwz r19,-52(r9)
- 43: GETL R9, t34
- 44: ADDL $0xFFFFFFCC, t34
- 45: LDL (t34), t36
- 46: PUTL t36, R19
- 47: INCEIPL $4
-
- 0xFE8D434: 8289FFD0 lwz r20,-48(r9)
- 48: GETL R9, t38
- 49: ADDL $0xFFFFFFD0, t38
- 50: LDL (t38), t40
- 51: PUTL t40, R20
- 52: INCEIPL $4
-
- 0xFE8D438: 82A9FFD4 lwz r21,-44(r9)
- 53: GETL R9, t42
- 54: ADDL $0xFFFFFFD4, t42
- 55: LDL (t42), t44
- 56: PUTL t44, R21
- 57: INCEIPL $4
-
- 0xFE8D43C: 82C9FFD8 lwz r22,-40(r9)
- 58: GETL R9, t46
- 59: ADDL $0xFFFFFFD8, t46
- 60: LDL (t46), t48
- 61: PUTL t48, R22
- 62: INCEIPL $4
-
- 0xFE8D440: 82E9FFDC lwz r23,-36(r9)
- 63: GETL R9, t50
- 64: ADDL $0xFFFFFFDC, t50
- 65: LDL (t50), t52
- 66: PUTL t52, R23
- 67: INCEIPL $4
-
- 0xFE8D444: 8309FFE0 lwz r24,-32(r9)
- 68: GETL R9, t54
- 69: ADDL $0xFFFFFFE0, t54
- 70: LDL (t54), t56
- 71: PUTL t56, R24
- 72: INCEIPL $4
-
- 0xFE8D448: 8329FFE4 lwz r25,-28(r9)
- 73: GETL R9, t58
- 74: ADDL $0xFFFFFFE4, t58
- 75: LDL (t58), t60
- 76: PUTL t60, R25
- 77: INCEIPL $4
-
- 0xFE8D44C: 8349FFE8 lwz r26,-24(r9)
- 78: GETL R9, t62
- 79: ADDL $0xFFFFFFE8, t62
- 80: LDL (t62), t64
- 81: PUTL t64, R26
- 82: INCEIPL $4
-
- 0xFE8D450: 8369FFEC lwz r27,-20(r9)
- 83: GETL R9, t66
- 84: ADDL $0xFFFFFFEC, t66
- 85: LDL (t66), t68
- 86: PUTL t68, R27
- 87: INCEIPL $4
-
- 0xFE8D454: 8389FFF0 lwz r28,-16(r9)
- 88: GETL R9, t70
- 89: ADDL $0xFFFFFFF0, t70
- 90: LDL (t70), t72
- 91: PUTL t72, R28
- 92: INCEIPL $4
-
- 0xFE8D458: 83A9FFF4 lwz r29,-12(r9)
- 93: GETL R9, t74
- 94: ADDL $0xFFFFFFF4, t74
- 95: LDL (t74), t76
- 96: PUTL t76, R29
- 97: INCEIPL $4
-
- 0xFE8D45C: 83C9FFF8 lwz r30,-8(r9)
- 98: GETL R9, t78
- 99: ADDL $0xFFFFFFF8, t78
- 100: LDL (t78), t80
- 101: PUTL t80, R30
- 102: INCEIPL $4
-
- 0xFE8D460: 83E9FFFC lwz r31,-4(r9)
- 103: GETL R9, t82
- 104: ADDL $0xFFFFFFFC, t82
- 105: LDL (t82), t84
- 106: PUTL t84, R31
- 107: INCEIPL $4
-
- 0xFE8D464: 7D214B78 or r1,r9,r9
- 108: GETL R9, t86
- 109: PUTL t86, R1
- 110: INCEIPL $4
-
- 0xFE8D468: 4E800020 blr
- 111: GETL LR, t88
- 112: JMPo-r t88 ($4)
-
-
-
-. 2718 FE8D408 100
-. 7D C0 73 78 81 21 00 00 7C 03 03 78 83 49 00 04 81 C9 FF B8 7F 48 03 A6 81 E9 FF BC 82 09 FF C0 82 29 FF C4 82 49 FF C8 82 69 FF CC 82 89 FF D0 82 A9 FF D4 82 C9 FF D8 82 E9 FF DC 83 09 FF E0 83 29 FF E4 83 49 FF E8 83 69 FF EC 83 89 FF F0 83 A9 FF F4 83 C9 FF F8 83 E9 FF FC 7D 21 4B 78 4E 80 00 20
-==== BB 2719 (0xFE8D6C0) approx BBs exec'd 0 ====
-
- 0xFE8D6C0: 7C681B79 or. r8,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R8
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0xFE8D6C4: 4182FF88 bc 12,2,0xFE8D64C
- 5: Js02o $0xFE8D64C
-
-
-
-. 2719 FE8D6C0 8
-. 7C 68 1B 79 41 82 FF 88
-==== BB 2720 (0xFE8D6C8) approx BBs exec'd 0 ====
-
- 0xFE8D6C8: 80B90000 lwz r5,0(r25)
- 0: GETL R25, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R5
- 3: INCEIPL $4
-
- 0xFE8D6CC: 93410008 stw r26,8(r1)
- 4: GETL R26, t4
- 5: GETL R1, t6
- 6: ADDL $0x8, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0xFE8D6D0: 2C050000 cmpi cr0,r5,0
- 9: GETL R5, t8
- 10: CMP0L t8, t10 (-rSo)
- 11: ICRFL t10, $0x0, CR
- 12: INCEIPL $4
-
- 0xFE8D6D4: 4182FEE4 bc 12,2,0xFE8D5B8
- 13: Js02o $0xFE8D5B8
-
-
-
-. 2720 FE8D6C8 16
-. 80 B9 00 00 93 41 00 08 2C 05 00 00 41 82 FE E4
-==== BB 2721 (0xFE8D6D8) approx BBs exec'd 0 ====
-
- 0xFE8D6D8: 807E01F4 lwz r3,500(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1F4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFE8D6DC: 38C00008 li r6,8
- 5: MOVL $0x8, t4
- 6: PUTL t4, R6
- 7: INCEIPL $4
-
- 0xFE8D6E0: 80FE01FC lwz r7,508(r30)
- 8: GETL R30, t6
- 9: ADDL $0x1FC, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R7
- 12: INCEIPL $4
-
- 0xFE8D6E4: 80830000 lwz r4,0(r3)
- 13: GETL R3, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R4
- 16: INCEIPL $4
-
- 0xFE8D6E8: 38610008 addi r3,r1,8
- 17: GETL R1, t14
- 18: ADDL $0x8, t14
- 19: PUTL t14, R3
- 20: INCEIPL $4
-
- 0xFE8D6EC: 4800512D bl 0xFE92818
- 21: MOVL $0xFE8D6F0, t16
- 22: PUTL t16, LR
- 23: JMPo-c $0xFE92818 ($4)
-
-
-
-. 2721 FE8D6D8 24
-. 80 7E 01 F4 38 C0 00 08 80 FE 01 FC 80 83 00 00 38 61 00 08 48 00 51 2D
-==== BB 2722 bsearch(0xFE92818) approx BBs exec'd 0 ====
-
- 0xFE92818: 9421FFD0 stwu r1,-48(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFD0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFE9281C: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFE92820: 9361001C stw r27,28(r1)
- 9: GETL R27, t6
- 10: GETL R1, t8
- 11: ADDL $0x1C, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFE92824: 3B600000 li r27,0
- 14: MOVL $0x0, t10
- 15: PUTL t10, R27
- 16: INCEIPL $4
-
- 0xFE92828: 7F9B2840 cmpl cr7,r27,r5
- 17: GETL R27, t12
- 18: GETL R5, t14
- 19: CMPUL t12, t14, t16 (-rSo)
- 20: ICRFL t16, $0x7, CR
- 21: INCEIPL $4
-
- 0xFE9282C: 92E1000C stw r23,12(r1)
- 22: GETL R23, t18
- 23: GETL R1, t20
- 24: ADDL $0xC, t20
- 25: STL t18, (t20)
- 26: INCEIPL $4
-
- 0xFE92830: 93010010 stw r24,16(r1)
- 27: GETL R24, t22
- 28: GETL R1, t24
- 29: ADDL $0x10, t24
- 30: STL t22, (t24)
- 31: INCEIPL $4
-
- 0xFE92834: 7C771B78 or r23,r3,r3
- 32: GETL R3, t26
- 33: PUTL t26, R23
- 34: INCEIPL $4
-
- 0xFE92838: 93210014 stw r25,20(r1)
- 35: GETL R25, t28
- 36: GETL R1, t30
- 37: ADDL $0x14, t30
- 38: STL t28, (t30)
- 39: INCEIPL $4
-
- 0xFE9283C: 7C982378 or r24,r4,r4
- 40: GETL R4, t32
- 41: PUTL t32, R24
- 42: INCEIPL $4
-
- 0xFE92840: 93410018 stw r26,24(r1)
- 43: GETL R26, t34
- 44: GETL R1, t36
- 45: ADDL $0x18, t36
- 46: STL t34, (t36)
- 47: INCEIPL $4
-
- 0xFE92844: 7CD93378 or r25,r6,r6
- 48: GETL R6, t38
- 49: PUTL t38, R25
- 50: INCEIPL $4
-
- 0xFE92848: 93810020 stw r28,32(r1)
- 51: GETL R28, t40
- 52: GETL R1, t42
- 53: ADDL $0x20, t42
- 54: STL t40, (t42)
- 55: INCEIPL $4
-
- 0xFE9284C: 7CFA3B78 or r26,r7,r7
- 56: GETL R7, t44
- 57: PUTL t44, R26
- 58: INCEIPL $4
-
- 0xFE92850: 93A10024 stw r29,36(r1)
- 59: GETL R29, t46
- 60: GETL R1, t48
- 61: ADDL $0x24, t48
- 62: STL t46, (t48)
- 63: INCEIPL $4
-
- 0xFE92854: 7CBC2B78 or r28,r5,r5
- 64: GETL R5, t50
- 65: PUTL t50, R28
- 66: INCEIPL $4
-
- 0xFE92858: 93C10028 stw r30,40(r1)
- 67: GETL R30, t52
- 68: GETL R1, t54
- 69: ADDL $0x28, t54
- 70: STL t52, (t54)
- 71: INCEIPL $4
-
- 0xFE9285C: 93E1002C stw r31,44(r1)
- 72: GETL R31, t56
- 73: GETL R1, t58
- 74: ADDL $0x2C, t58
- 75: STL t56, (t58)
- 76: INCEIPL $4
-
- 0xFE92860: 90010034 stw r0,52(r1)
- 77: GETL R0, t60
- 78: GETL R1, t62
- 79: ADDL $0x34, t62
- 80: STL t60, (t62)
- 81: INCEIPL $4
-
- 0xFE92864: 409C003C bc 4,28,0xFE928A0
- 82: Jc28o $0xFE928A0
-
-
-
-. 2722 FE92818 80
-. 94 21 FF D0 7C 08 02 A6 93 61 00 1C 3B 60 00 00 7F 9B 28 40 92 E1 00 0C 93 01 00 10 7C 77 1B 78 93 21 00 14 7C 98 23 78 93 41 00 18 7C D9 33 78 93 81 00 20 7C FA 3B 78 93 A1 00 24 7C BC 2B 78 93 C1 00 28 93 E1 00 2C 90 01 00 34 40 9C 00 3C
-==== BB 2723 (0xFE92868) approx BBs exec'd 0 ====
-
- 0xFE92868: 7C7BE214 add r3,r27,r28
- 0: GETL R27, t0
- 1: GETL R28, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFE9286C: 7F4803A6 mtlr r26
- 5: GETL R26, t4
- 6: PUTL t4, LR
- 7: INCEIPL $4
-
- 0xFE92870: 547FF87E rlwinm r31,r3,31,1,31
- 8: GETL R3, t6
- 9: SHRL $0x1, t6
- 10: PUTL t6, R31
- 11: INCEIPL $4
-
- 0xFE92874: 7EE3BB78 or r3,r23,r23
- 12: GETL R23, t8
- 13: PUTL t8, R3
- 14: INCEIPL $4
-
- 0xFE92878: 7D3FC9D6 mullw r9,r31,r25
- 15: GETL R31, t10
- 16: GETL R25, t12
- 17: MULL t10, t12
- 18: PUTL t12, R9
- 19: INCEIPL $4
-
- 0xFE9287C: 7FA9C214 add r29,r9,r24
- 20: GETL R9, t14
- 21: GETL R24, t16
- 22: ADDL t14, t16
- 23: PUTL t16, R29
- 24: INCEIPL $4
-
- 0xFE92880: 7FA4EB78 or r4,r29,r29
- 25: GETL R29, t18
- 26: PUTL t18, R4
- 27: INCEIPL $4
-
- 0xFE92884: 4E800021 blrl
- 28: GETL LR, t20
- 29: MOVL $0xFE92888, t22
- 30: PUTL t22, LR
- 31: JMPo-r t20 ($4)
-
-
-
-. 2723 FE92868 32
-. 7C 7B E2 14 7F 48 03 A6 54 7F F8 7E 7E E3 BB 78 7D 3F C9 D6 7F A9 C2 14 7F A4 EB 78 4E 80 00 21
-==== BB 2724 (0xFE92888) approx BBs exec'd 0 ====
-
- 0xFE92888: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xFE9288C: 419C0084 bc 12,28,0xFE92910
- 4: Js28o $0xFE92910
-
-
-
-. 2724 FE92888 8
-. 2F 83 00 00 41 9C 00 84
-==== BB 2725 (0xFE92910) approx BBs exec'd 0 ====
-
- 0xFE92910: 7FFCFB78 or r28,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R28
- 2: INCEIPL $4
-
- 0xFE92914: 7F9BE040 cmpl cr7,r27,r28
- 3: GETL R27, t2
- 4: GETL R28, t4
- 5: CMPUL t2, t4, t6 (-rSo)
- 6: ICRFL t6, $0x7, CR
- 7: INCEIPL $4
-
- 0xFE92918: 4BFFFF84 b 0xFE9289C
- 8: JMPo $0xFE9289C ($4)
-
-
-
-. 2725 FE92910 12
-. 7F FC FB 78 7F 9B E0 40 4B FF FF 84
-==== BB 2726 (0xFE9289C) approx BBs exec'd 0 ====
-
- 0xFE9289C: 419CFFCC bc 12,28,0xFE92868
- 0: Js28o $0xFE92868
-
-
-
-. 2726 FE9289C 4
-. 41 9C FF CC
-==== BB 2727 (0xFE92890) approx BBs exec'd 0 ====
-
- 0xFE92890: 3B7F0001 addi r27,r31,1
- 0: GETL R31, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R27
- 3: INCEIPL $4
-
- 0xFE92894: 409D0044 bc 4,29,0xFE928D8
- 4: Jc29o $0xFE928D8
-
-
-
-. 2727 FE92890 8
-. 3B 7F 00 01 40 9D 00 44
-==== BB 2728 (0xFE92898) approx BBs exec'd 0 ====
-
- 0xFE92898: 7F9BE040 cmpl cr7,r27,r28
- 0: GETL R27, t0
- 1: GETL R28, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x7, CR
- 4: INCEIPL $4
-
- 0xFE9289C: 419CFFCC bc 12,28,0xFE92868
- 5: Js28o $0xFE92868
-
-
-
-. 2728 FE92898 8
-. 7F 9B E0 40 41 9C FF CC
-==== BB 2729 (0xFE928A0) approx BBs exec'd 0 ====
-
- 0xFE928A0: 80810034 lwz r4,52(r1)
- 0: GETL R1, t0
- 1: ADDL $0x34, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFE928A4: 38600000 li r3,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFE928A8: 82E1000C lwz r23,12(r1)
- 8: GETL R1, t6
- 9: ADDL $0xC, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R23
- 12: INCEIPL $4
-
- 0xFE928AC: 83010010 lwz r24,16(r1)
- 13: GETL R1, t10
- 14: ADDL $0x10, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R24
- 17: INCEIPL $4
-
- 0xFE928B0: 7C8803A6 mtlr r4
- 18: GETL R4, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0xFE928B4: 83210014 lwz r25,20(r1)
- 21: GETL R1, t16
- 22: ADDL $0x14, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R25
- 25: INCEIPL $4
-
- 0xFE928B8: 83410018 lwz r26,24(r1)
- 26: GETL R1, t20
- 27: ADDL $0x18, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R26
- 30: INCEIPL $4
-
- 0xFE928BC: 8361001C lwz r27,28(r1)
- 31: GETL R1, t24
- 32: ADDL $0x1C, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R27
- 35: INCEIPL $4
-
- 0xFE928C0: 83810020 lwz r28,32(r1)
- 36: GETL R1, t28
- 37: ADDL $0x20, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R28
- 40: INCEIPL $4
-
- 0xFE928C4: 83A10024 lwz r29,36(r1)
- 41: GETL R1, t32
- 42: ADDL $0x24, t32
- 43: LDL (t32), t34
- 44: PUTL t34, R29
- 45: INCEIPL $4
-
- 0xFE928C8: 83C10028 lwz r30,40(r1)
- 46: GETL R1, t36
- 47: ADDL $0x28, t36
- 48: LDL (t36), t38
- 49: PUTL t38, R30
- 50: INCEIPL $4
-
- 0xFE928CC: 83E1002C lwz r31,44(r1)
- 51: GETL R1, t40
- 52: ADDL $0x2C, t40
- 53: LDL (t40), t42
- 54: PUTL t42, R31
- 55: INCEIPL $4
-
- 0xFE928D0: 38210030 addi r1,r1,48
- 56: GETL R1, t44
- 57: ADDL $0x30, t44
- 58: PUTL t44, R1
- 59: INCEIPL $4
-
- 0xFE928D4: 4E800020 blr
- 60: GETL LR, t46
- 61: JMPo-r t46 ($4)
-
-
-
-. 2729 FE928A0 56
-. 80 81 00 34 38 60 00 00 82 E1 00 0C 83 01 00 10 7C 88 03 A6 83 21 00 14 83 41 00 18 83 61 00 1C 83 81 00 20 83 A1 00 24 83 C1 00 28 83 E1 00 2C 38 21 00 30 4E 80 00 20
-==== BB 2730 (0xFE8D6F0) approx BBs exec'd 0 ====
-
- 0xFE8D6F0: 2C830000 cmpi cr1,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFE8D6F4: 4186FEC4 bc 12,6,0xFE8D5B8
- 4: Js06o $0xFE8D5B8
-
-
-
-. 2730 FE8D6F0 8
-. 2C 83 00 00 41 86 FE C4
-==== BB 2731 (0xFE8D660) approx BBs exec'd 0 ====
-
- 0xFE8D660: 3AE00000 li r23,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R23
- 2: INCEIPL $4
-
- 0xFE8D664: 7C0004AC sync
- 3: INCEIPL $4
-
- 0xFE8D668: 7D00D828 lwarx r8,r0,r27
- 4: GETL R27, t2
- 5: LOCKo
- 6: LDL (t2), t4
- 7: PUTL t4, R8
- 8: INCEIPL $4
-
- 0xFE8D66C: 7EE0D92D stwcx. r23,r0,r27
- 9: GETL R27, t6
- 10: GETL R23, t8
- 11: LOCKo
- 12: STL t8, (t6) (-rSo)
- 13: ICRFL cr, $0x0, CR
- 14: INCEIPL $4
-
- 0xFE8D670: 40A2FFF8 bc 5,2,0xFE8D668
- 15: Jc02o $0xFE8D668
-
-
-
-. 2731 FE8D660 20
-. 3A E0 00 00 7C 00 04 AC 7D 00 D8 28 7E E0 D9 2D 40 A2 FF F8
-==== BB 2732 (0xFE8D674) approx BBs exec'd 0 ====
-
- 0xFE8D674: 2C080001 cmpi cr0,r8,1
- 0: GETL R8, t0
- 1: MOVL $0x1, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0xFE8D678: 418100A0 bc 12,1,0xFE8D718
- 5: Js01o $0xFE8D718
-
-
-
-. 2732 FE8D674 8
-. 2C 08 00 01 41 81 00 A0
-==== BB 2733 (0xFE8D67C) approx BBs exec'd 0 ====
-
- 0xFE8D67C: 7EC3B378 or r3,r22,r22
- 0: GETL R22, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE8D680: 82C10044 lwz r22,68(r1)
- 3: GETL R1, t2
- 4: ADDL $0x44, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R22
- 7: INCEIPL $4
-
- 0xFE8D684: 82E1001C lwz r23,28(r1)
- 8: GETL R1, t6
- 9: ADDL $0x1C, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R23
- 12: INCEIPL $4
-
- 0xFE8D688: 7EC803A6 mtlr r22
- 13: GETL R22, t10
- 14: PUTL t10, LR
- 15: INCEIPL $4
-
- 0xFE8D68C: 83010020 lwz r24,32(r1)
- 16: GETL R1, t12
- 17: ADDL $0x20, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R24
- 20: INCEIPL $4
-
- 0xFE8D690: 82C10018 lwz r22,24(r1)
- 21: GETL R1, t16
- 22: ADDL $0x18, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R22
- 25: INCEIPL $4
-
- 0xFE8D694: 83210024 lwz r25,36(r1)
- 26: GETL R1, t20
- 27: ADDL $0x24, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R25
- 30: INCEIPL $4
-
- 0xFE8D698: 83410028 lwz r26,40(r1)
- 31: GETL R1, t24
- 32: ADDL $0x28, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R26
- 35: INCEIPL $4
-
- 0xFE8D69C: 8361002C lwz r27,44(r1)
- 36: GETL R1, t28
- 37: ADDL $0x2C, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R27
- 40: INCEIPL $4
-
- 0xFE8D6A0: 83810030 lwz r28,48(r1)
- 41: GETL R1, t32
- 42: ADDL $0x30, t32
- 43: LDL (t32), t34
- 44: PUTL t34, R28
- 45: INCEIPL $4
-
- 0xFE8D6A4: 83A10034 lwz r29,52(r1)
- 46: GETL R1, t36
- 47: ADDL $0x34, t36
- 48: LDL (t36), t38
- 49: PUTL t38, R29
- 50: INCEIPL $4
-
- 0xFE8D6A8: 83C10038 lwz r30,56(r1)
- 51: GETL R1, t40
- 52: ADDL $0x38, t40
- 53: LDL (t40), t42
- 54: PUTL t42, R30
- 55: INCEIPL $4
-
- 0xFE8D6AC: 83E1003C lwz r31,60(r1)
- 56: GETL R1, t44
- 57: ADDL $0x3C, t44
- 58: LDL (t44), t46
- 59: PUTL t46, R31
- 60: INCEIPL $4
-
- 0xFE8D6B0: 38210040 addi r1,r1,64
- 61: GETL R1, t48
- 62: ADDL $0x40, t48
- 63: PUTL t48, R1
- 64: INCEIPL $4
-
- 0xFE8D6B4: 4E800020 blr
- 65: GETL LR, t50
- 66: JMPo-r t50 ($4)
-
-
-
-. 2733 FE8D67C 60
-. 7E C3 B3 78 82 C1 00 44 82 E1 00 1C 7E C8 03 A6 83 01 00 20 82 C1 00 18 83 21 00 24 83 41 00 28 83 61 00 2C 83 81 00 30 83 A1 00 34 83 C1 00 38 83 E1 00 3C 38 21 00 40 4E 80 00 20
-==== BB 2734 (0xFE8B8A8) approx BBs exec'd 0 ====
-
- 0xFE8B8A8: 2E030000 cmpi cr4,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0xFE8B8AC: 41920014 bc 12,18,0xFE8B8C0
- 4: Js18o $0xFE8B8C0
-
-
-
-. 2734 FE8B8A8 8
-. 2E 03 00 00 41 92 00 14
-==== BB 2735 (0xFE8B8C0) approx BBs exec'd 0 ====
-
- 0xFE8B8C0: 7F43D378 or r3,r26,r26
- 0: GETL R26, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE8B8C4: 38810018 addi r4,r1,24
- 3: GETL R1, t2
- 4: ADDL $0x18, t2
- 5: PUTL t2, R4
- 6: INCEIPL $4
-
- 0xFE8B8C8: 38A1001C addi r5,r1,28
- 7: GETL R1, t4
- 8: ADDL $0x1C, t4
- 9: PUTL t4, R5
- 10: INCEIPL $4
-
- 0xFE8B8CC: 38C10020 addi r6,r1,32
- 11: GETL R1, t6
- 12: ADDL $0x20, t6
- 13: PUTL t6, R6
- 14: INCEIPL $4
-
- 0xFE8B8D0: 38E10024 addi r7,r1,36
- 15: GETL R1, t8
- 16: ADDL $0x24, t8
- 17: PUTL t8, R7
- 18: INCEIPL $4
-
- 0xFE8B8D4: 39010028 addi r8,r1,40
- 19: GETL R1, t10
- 20: ADDL $0x28, t10
- 21: PUTL t10, R8
- 22: INCEIPL $4
-
- 0xFE8B8D8: 480026E9 bl 0xFE8DFC0
- 23: MOVL $0xFE8B8DC, t12
- 24: PUTL t12, LR
- 25: JMPo-c $0xFE8DFC0 ($4)
-
-
-
-. 2735 FE8B8C0 28
-. 7F 43 D3 78 38 81 00 18 38 A1 00 1C 38 C1 00 20 38 E1 00 24 39 01 00 28 48 00 26 E9
-==== BB 2736 _nl_explode_name(0xFE8DFC0) approx BBs exec'd 0 ====
-
- 0xFE8DFC0: 7D2802A6 mflr r9
- 0: GETL LR, t0
- 1: PUTL t0, R9
- 2: INCEIPL $4
-
- 0xFE8DFC4: 9421FFD0 stwu r1,-48(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFD0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFE8DFC8: 38000000 li r0,0
- 9: MOVL $0x0, t6
- 10: PUTL t6, R0
- 11: INCEIPL $4
-
- 0xFE8DFCC: 93010010 stw r24,16(r1)
- 12: GETL R24, t8
- 13: GETL R1, t10
- 14: ADDL $0x10, t10
- 15: STL t8, (t10)
- 16: INCEIPL $4
-
- 0xFE8DFD0: 93210014 stw r25,20(r1)
- 17: GETL R25, t12
- 18: GETL R1, t14
- 19: ADDL $0x14, t14
- 20: STL t12, (t14)
- 21: INCEIPL $4
-
- 0xFE8DFD4: 7CB82B78 or r24,r5,r5
- 22: GETL R5, t16
- 23: PUTL t16, R24
- 24: INCEIPL $4
-
- 0xFE8DFD8: 91210034 stw r9,52(r1)
- 25: GETL R9, t18
- 26: GETL R1, t20
- 27: ADDL $0x34, t20
- 28: STL t18, (t20)
- 29: INCEIPL $4
-
- 0xFE8DFDC: 7D194378 or r25,r8,r8
- 30: GETL R8, t22
- 31: PUTL t22, R25
- 32: INCEIPL $4
-
- 0xFE8DFE0: 90050000 stw r0,0(r5)
- 33: GETL R0, t24
- 34: GETL R5, t26
- 35: STL t24, (t26)
- 36: INCEIPL $4
-
- 0xFE8DFE4: 7C6A1B78 or r10,r3,r3
- 37: GETL R3, t28
- 38: PUTL t28, R10
- 39: INCEIPL $4
-
- 0xFE8DFE8: 90060000 stw r0,0(r6)
- 40: GETL R0, t30
- 41: GETL R6, t32
- 42: STL t30, (t32)
- 43: INCEIPL $4
-
- 0xFE8DFEC: 9361001C stw r27,28(r1)
- 44: GETL R27, t34
- 45: GETL R1, t36
- 46: ADDL $0x1C, t36
- 47: STL t34, (t36)
- 48: INCEIPL $4
-
- 0xFE8DFF0: 7CFB3B78 or r27,r7,r7
- 49: GETL R7, t38
- 50: PUTL t38, R27
- 51: INCEIPL $4
-
- 0xFE8DFF4: 90070000 stw r0,0(r7)
- 52: GETL R0, t40
- 53: GETL R7, t42
- 54: STL t40, (t42)
- 55: INCEIPL $4
-
- 0xFE8DFF8: 93810020 stw r28,32(r1)
- 56: GETL R28, t44
- 57: GETL R1, t46
- 58: ADDL $0x20, t46
- 59: STL t44, (t46)
- 60: INCEIPL $4
-
- 0xFE8DFFC: 3B800000 li r28,0
- 61: MOVL $0x0, t48
- 62: PUTL t48, R28
- 63: INCEIPL $4
-
- 0xFE8E000: 93A10024 stw r29,36(r1)
- 64: GETL R29, t50
- 65: GETL R1, t52
- 66: ADDL $0x24, t52
- 67: STL t50, (t52)
- 68: INCEIPL $4
-
- 0xFE8E004: 7CDD3378 or r29,r6,r6
- 69: GETL R6, t54
- 70: PUTL t54, R29
- 71: INCEIPL $4
-
- 0xFE8E008: 90080000 stw r0,0(r8)
- 72: GETL R0, t56
- 73: GETL R8, t58
- 74: STL t56, (t58)
- 75: INCEIPL $4
-
- 0xFE8E00C: 93410018 stw r26,24(r1)
- 76: GETL R26, t60
- 77: GETL R1, t62
- 78: ADDL $0x18, t62
- 79: STL t60, (t62)
- 80: INCEIPL $4
-
- 0xFE8E010: 93C10028 stw r30,40(r1)
- 81: GETL R30, t64
- 82: GETL R1, t66
- 83: ADDL $0x28, t66
- 84: STL t64, (t66)
- 85: INCEIPL $4
-
- 0xFE8E014: 93E1002C stw r31,44(r1)
- 86: GETL R31, t68
- 87: GETL R1, t70
- 88: ADDL $0x2C, t70
- 89: STL t68, (t70)
- 90: INCEIPL $4
-
- 0xFE8E018: 90640000 stw r3,0(r4)
- 91: GETL R3, t72
- 92: GETL R4, t74
- 93: STL t72, (t74)
- 94: INCEIPL $4
-
- 0xFE8E01C: 88030000 lbz r0,0(r3)
- 95: GETL R3, t76
- 96: LDB (t76), t78
- 97: PUTL t78, R0
- 98: INCEIPL $4
-
- 0xFE8E020: 2F800000 cmpi cr7,r0,0
- 99: GETL R0, t80
- 100: CMP0L t80, t82 (-rSo)
- 101: ICRFL t82, $0x7, CR
- 102: INCEIPL $4
-
- 0xFE8E024: 419E0040 bc 12,30,0xFE8E064
- 103: Js30o $0xFE8E064
-
-
-
-. 2736 FE8DFC0 104
-. 7D 28 02 A6 94 21 FF D0 38 00 00 00 93 01 00 10 93 21 00 14 7C B8 2B 78 91 21 00 34 7D 19 43 78 90 05 00 00 7C 6A 1B 78 90 06 00 00 93 61 00 1C 7C FB 3B 78 90 07 00 00 93 81 00 20 3B 80 00 00 93 A1 00 24 7C DD 33 78 90 08 00 00 93 41 00 18 93 C1 00 28 93 E1 00 2C 90 64 00 00 88 03 00 00 2F 80 00 00 41 9E 00 40
-==== BB 2737 (0xFE8E028) approx BBs exec'd 0 ====
-
- 0xFE8E028: 2C00005F cmpi cr0,r0,95
- 0: GETL R0, t0
- 1: MOVL $0x5F, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0xFE8E02C: 41820038 bc 12,2,0xFE8E064
- 5: Js02o $0xFE8E064
-
-
-
-. 2737 FE8E028 8
-. 2C 00 00 5F 41 82 00 38
-==== BB 2738 (0xFE8E030) approx BBs exec'd 0 ====
-
- 0xFE8E030: 2C800040 cmpi cr1,r0,64
- 0: GETL R0, t0
- 1: MOVL $0x40, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0xFE8E034: 41860030 bc 12,6,0xFE8E064
- 5: Js06o $0xFE8E064
-
-
-
-. 2738 FE8E030 8
-. 2C 80 00 40 41 86 00 30
-==== BB 2739 (0xFE8E038) approx BBs exec'd 0 ====
-
- 0xFE8E038: 2F00002E cmpi cr6,r0,46
- 0: GETL R0, t0
- 1: MOVL $0x2E, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x6, CR
- 4: INCEIPL $4
-
- 0xFE8E03C: 419A0028 bc 12,26,0xFE8E064
- 5: Js26o $0xFE8E064
-
-
-
-. 2739 FE8E038 8
-. 2F 00 00 2E 41 9A 00 28
-==== BB 2740 (0xFE8E040) approx BBs exec'd 0 ====
-
- 0xFE8E040: 8C8A0001 lbzu r4,1(r10)
- 0: GETL R10, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R10
- 3: LDB (t0), t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0xFE8E044: 2F840000 cmpi cr7,r4,0
- 6: GETL R4, t4
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x7, CR
- 9: INCEIPL $4
-
- 0xFE8E048: 2C04002E cmpi cr0,r4,46
- 10: GETL R4, t8
- 11: MOVL $0x2E, t12
- 12: CMPL t8, t12, t10 (-rSo)
- 13: ICRFL t10, $0x0, CR
- 14: INCEIPL $4
-
- 0xFE8E04C: 2F04005F cmpi cr6,r4,95
- 15: GETL R4, t14
- 16: MOVL $0x5F, t18
- 17: CMPL t14, t18, t16 (-rSo)
- 18: ICRFL t16, $0x6, CR
- 19: INCEIPL $4
-
- 0xFE8E050: 2C840040 cmpi cr1,r4,64
- 20: GETL R4, t20
- 21: MOVL $0x40, t24
- 22: CMPL t20, t24, t22 (-rSo)
- 23: ICRFL t22, $0x1, CR
- 24: INCEIPL $4
-
- 0xFE8E054: 419E0010 bc 12,30,0xFE8E064
- 25: Js30o $0xFE8E064
-
-
-
-. 2740 FE8E040 24
-. 8C 8A 00 01 2F 84 00 00 2C 04 00 2E 2F 04 00 5F 2C 84 00 40 41 9E 00 10
-==== BB 2741 (0xFE8E058) approx BBs exec'd 0 ====
-
- 0xFE8E058: 419A000C bc 12,26,0xFE8E064
- 0: Js26o $0xFE8E064
-
-
-
-. 2741 FE8E058 4
-. 41 9A 00 0C
-==== BB 2742 (0xFE8E05C) approx BBs exec'd 0 ====
-
- 0xFE8E05C: 41860008 bc 12,6,0xFE8E064
- 0: Js06o $0xFE8E064
-
-
-
-. 2742 FE8E05C 4
-. 41 86 00 08
-==== BB 2743 (0xFE8E060) approx BBs exec'd 0 ====
-
- 0xFE8E060: 4082FFE0 bc 4,2,0xFE8E040
- 0: Jc02o $0xFE8E040
-
-
-
-. 2743 FE8E060 4
-. 40 82 FF E0
-==== BB 2744 (0xFE8E064) approx BBs exec'd 0 ====
-
- 0xFE8E064: 7C035000 cmp cr0,r3,r10
- 0: GETL R3, t0
- 1: GETL R10, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x0, CR
- 4: INCEIPL $4
-
- 0xFE8E068: 7D5F5378 or r31,r10,r10
- 5: GETL R10, t6
- 6: PUTL t6, R31
- 7: INCEIPL $4
-
- 0xFE8E06C: 418200BC bc 12,2,0xFE8E128
- 8: Js02o $0xFE8E128
-
-
-
-. 2744 FE8E064 12
-. 7C 03 50 00 7D 5F 53 78 41 82 00 BC
-==== BB 2745 (0xFE8E070) approx BBs exec'd 0 ====
-
- 0xFE8E070: 886A0000 lbz r3,0(r10)
- 0: GETL R10, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0xFE8E074: 2C830040 cmpi cr1,r3,64
- 4: GETL R3, t4
- 5: MOVL $0x40, t8
- 6: CMPL t4, t8, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0xFE8E078: 7C691B78 or r9,r3,r3
- 9: GETL R3, t10
- 10: PUTL t10, R9
- 11: INCEIPL $4
-
- 0xFE8E07C: 41860014 bc 12,6,0xFE8E090
- 12: Js06o $0xFE8E090
-
-
-
-. 2745 FE8E070 16
-. 88 6A 00 00 2C 83 00 40 7C 69 1B 78 41 86 00 14
-==== BB 2746 (0xFE8E080) approx BBs exec'd 0 ====
-
- 0xFE8E080: 2F03005F cmpi cr6,r3,95
- 0: GETL R3, t0
- 1: MOVL $0x5F, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x6, CR
- 4: INCEIPL $4
-
- 0xFE8E084: 419A013C bc 12,26,0xFE8E1C0
- 5: Js26o $0xFE8E1C0
-
-
-
-. 2746 FE8E080 8
-. 2F 03 00 5F 41 9A 01 3C
-==== BB 2747 (0xFE8E1C0) approx BBs exec'd 0 ====
-
- 0xFE8E1C0: 38A00000 li r5,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0xFE8E1C4: 3BEA0001 addi r31,r10,1
- 3: GETL R10, t2
- 4: ADDL $0x1, t2
- 5: PUTL t2, R31
- 6: INCEIPL $4
-
- 0xFE8E1C8: 98AA0000 stb r5,0(r10)
- 7: GETL R5, t4
- 8: GETL R10, t6
- 9: STB t4, (t6)
- 10: INCEIPL $4
-
- 0xFE8E1CC: 93FD0000 stw r31,0(r29)
- 11: GETL R31, t8
- 12: GETL R29, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0xFE8E1D0: 892A0001 lbz r9,1(r10)
- 15: GETL R10, t12
- 16: ADDL $0x1, t12
- 17: LDB (t12), t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0xFE8E1D4: 7D204B79 or. r0,r9,r9
- 20: GETL R9, t16
- 21: PUTL t16, R0
- 22: CMP0L t16, t18 (-rSo)
- 23: ICRFL t18, $0x0, CR
- 24: INCEIPL $4
-
- 0xFE8E1D8: 41820030 bc 12,2,0xFE8E208
- 25: Js02o $0xFE8E208
-
-
-
-. 2747 FE8E1C0 28
-. 38 A0 00 00 3B EA 00 01 98 AA 00 00 93 FD 00 00 89 2A 00 01 7D 20 4B 79 41 82 00 30
-==== BB 2748 (0xFE8E1DC) approx BBs exec'd 0 ====
-
- 0xFE8E1DC: 2F80002E cmpi cr7,r0,46
- 0: GETL R0, t0
- 1: MOVL $0x2E, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFE8E1E0: 419E0028 bc 12,30,0xFE8E208
- 5: Js30o $0xFE8E208
-
-
-
-. 2748 FE8E1DC 8
-. 2F 80 00 2E 41 9E 00 28
-==== BB 2749 (0xFE8E1E4) approx BBs exec'd 0 ====
-
- 0xFE8E1E4: 2C800040 cmpi cr1,r0,64
- 0: GETL R0, t0
- 1: MOVL $0x40, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0xFE8E1E8: 41860020 bc 12,6,0xFE8E208
- 5: Js06o $0xFE8E208
-
-
-
-. 2749 FE8E1E4 8
-. 2C 80 00 40 41 86 00 20
-==== BB 2750 (0xFE8E1EC) approx BBs exec'd 0 ====
-
- 0xFE8E1EC: 8D3F0001 lbzu r9,1(r31)
- 0: GETL R31, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R31
- 3: LDB (t0), t2
- 4: PUTL t2, R9
- 5: INCEIPL $4
-
- 0xFE8E1F0: 7D264B79 or. r6,r9,r9
- 6: GETL R9, t4
- 7: PUTL t4, R6
- 8: CMP0L t4, t6 (-rSo)
- 9: ICRFL t6, $0x0, CR
- 10: INCEIPL $4
-
- 0xFE8E1F4: 2F060040 cmpi cr6,r6,64
- 11: GETL R6, t8
- 12: MOVL $0x40, t12
- 13: CMPL t8, t12, t10 (-rSo)
- 14: ICRFL t10, $0x6, CR
- 15: INCEIPL $4
-
- 0xFE8E1F8: 2F86002E cmpi cr7,r6,46
- 16: GETL R6, t14
- 17: MOVL $0x2E, t18
- 18: CMPL t14, t18, t16 (-rSo)
- 19: ICRFL t16, $0x7, CR
- 20: INCEIPL $4
-
- 0xFE8E1FC: 4182000C bc 12,2,0xFE8E208
- 21: Js02o $0xFE8E208
-
-
-
-. 2750 FE8E1EC 20
-. 8D 3F 00 01 7D 26 4B 79 2F 06 00 40 2F 86 00 2E 41 82 00 0C
-==== BB 2751 (0xFE8E200) approx BBs exec'd 0 ====
-
- 0xFE8E200: 419E0008 bc 12,30,0xFE8E208
- 0: Js30o $0xFE8E208
-
-
-
-. 2751 FE8E200 4
-. 41 9E 00 08
-==== BB 2752 (0xFE8E204) approx BBs exec'd 0 ====
-
- 0xFE8E204: 409AFFE8 bc 4,26,0xFE8E1EC
- 0: Jc26o $0xFE8E1EC
-
-
-
-. 2752 FE8E204 4
-. 40 9A FF E8
-==== BB 2753 (0xFE8E208) approx BBs exec'd 0 ====
-
- 0xFE8E208: 3B800004 li r28,4
- 0: MOVL $0x4, t0
- 1: PUTL t0, R28
- 2: INCEIPL $4
-
- 0xFE8E20C: 4BFFFE7C b 0xFE8E088
- 3: JMPo $0xFE8E088 ($4)
-
-
-
-. 2753 FE8E208 8
-. 3B 80 00 04 4B FF FE 7C
-==== BB 2754 (0xFE8E088) approx BBs exec'd 0 ====
-
- 0xFE8E088: 2F09002E cmpi cr6,r9,46
- 0: GETL R9, t0
- 1: MOVL $0x2E, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x6, CR
- 4: INCEIPL $4
-
- 0xFE8E08C: 419A00B4 bc 12,26,0xFE8E140
- 5: Js26o $0xFE8E140
-
-
-
-. 2754 FE8E088 8
-. 2F 09 00 2E 41 9A 00 B4
-==== BB 2755 (0xFE8E140) approx BBs exec'd 0 ====
-
- 0xFE8E140: 38E00000 li r7,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R7
- 2: INCEIPL $4
-
- 0xFE8E144: 98FF0000 stb r7,0(r31)
- 3: GETL R7, t2
- 4: GETL R31, t4
- 5: STB t2, (t4)
- 6: INCEIPL $4
-
- 0xFE8E148: 3BFF0001 addi r31,r31,1
- 7: GETL R31, t6
- 8: ADDL $0x1, t6
- 9: PUTL t6, R31
- 10: INCEIPL $4
-
- 0xFE8E14C: 93FB0000 stw r31,0(r27)
- 11: GETL R31, t8
- 12: GETL R27, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0xFE8E150: 7FE3FB78 or r3,r31,r31
- 15: GETL R31, t12
- 16: PUTL t12, R3
- 17: INCEIPL $4
-
- 0xFE8E154: 893F0000 lbz r9,0(r31)
- 18: GETL R31, t14
- 19: LDB (t14), t16
- 20: PUTL t16, R9
- 21: INCEIPL $4
-
- 0xFE8E158: 7D204B79 or. r0,r9,r9
- 22: GETL R9, t18
- 23: PUTL t18, R0
- 24: CMP0L t18, t20 (-rSo)
- 25: ICRFL t20, $0x0, CR
- 26: INCEIPL $4
-
- 0xFE8E15C: 4182001C bc 12,2,0xFE8E178
- 27: Js02o $0xFE8E178
-
-
-
-. 2755 FE8E140 32
-. 38 E0 00 00 98 FF 00 00 3B FF 00 01 93 FB 00 00 7F E3 FB 78 89 3F 00 00 7D 20 4B 79 41 82 00 1C
-==== BB 2756 (0xFE8E160) approx BBs exec'd 0 ====
-
- 0xFE8E160: 2F800040 cmpi cr7,r0,64
- 0: GETL R0, t0
- 1: MOVL $0x40, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFE8E164: 419E0014 bc 12,30,0xFE8E178
- 5: Js30o $0xFE8E178
-
-
-
-. 2756 FE8E160 8
-. 2F 80 00 40 41 9E 00 14
-==== BB 2757 (0xFE8E168) approx BBs exec'd 0 ====
-
- 0xFE8E168: 8D3F0001 lbzu r9,1(r31)
- 0: GETL R31, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R31
- 3: LDB (t0), t2
- 4: PUTL t2, R9
- 5: INCEIPL $4
-
- 0xFE8E16C: 7D284B79 or. r8,r9,r9
- 6: GETL R9, t4
- 7: PUTL t4, R8
- 8: CMP0L t4, t6 (-rSo)
- 9: ICRFL t6, $0x0, CR
- 10: INCEIPL $4
-
- 0xFE8E170: 2F880040 cmpi cr7,r8,64
- 11: GETL R8, t8
- 12: MOVL $0x40, t12
- 13: CMPL t8, t12, t10 (-rSo)
- 14: ICRFL t10, $0x7, CR
- 15: INCEIPL $4
-
- 0xFE8E174: 4082FFF0 bc 4,2,0xFE8E164
- 16: Jc02o $0xFE8E164
-
-
-
-. 2757 FE8E168 16
-. 8D 3F 00 01 7D 28 4B 79 2F 88 00 40 40 82 FF F0
-==== BB 2758 (0xFE8E164) approx BBs exec'd 0 ====
-
- 0xFE8E164: 419E0014 bc 12,30,0xFE8E178
- 0: Js30o $0xFE8E178
-
-
-
-. 2758 FE8E164 4
-. 41 9E 00 14
-==== BB 2759 (0xFE8E178) approx BBs exec'd 0 ====
-
- 0xFE8E178: 7F83F800 cmp cr7,r3,r31
- 0: GETL R3, t0
- 1: GETL R31, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x7, CR
- 4: INCEIPL $4
-
- 0xFE8E17C: 639C0002 ori r28,r28,0x2
- 5: GETL R28, t6
- 6: ORL $0x2, t6
- 7: PUTL t6, R28
- 8: INCEIPL $4
-
- 0xFE8E180: 41BEFF10 bc 13,30,0xFE8E090
- 9: Js30o $0xFE8E090
-
-
-
-. 2759 FE8E178 12
-. 7F 83 F8 00 63 9C 00 02 41 BE FF 10
-==== BB 2760 (0xFE8E184) approx BBs exec'd 0 ====
-
- 0xFE8E184: 89430000 lbz r10,0(r3)
- 0: GETL R3, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R10
- 3: INCEIPL $4
-
- 0xFE8E188: 2C8A0000 cmpi cr1,r10,0
- 4: GETL R10, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x1, CR
- 7: INCEIPL $4
-
- 0xFE8E18C: 4186FF04 bc 12,6,0xFE8E090
- 8: Js06o $0xFE8E090
-
-
-
-. 2760 FE8E184 12
-. 89 43 00 00 2C 8A 00 00 41 86 FF 04
-==== BB 2761 (0xFE8E190) approx BBs exec'd 0 ====
-
- 0xFE8E190: 7C83F850 subf r4,r3,r31
- 0: GETL R3, t0
- 1: GETL R31, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFE8E194: 4BFFFC11 bl 0xFE8DDA4
- 5: MOVL $0xFE8E198, t4
- 6: PUTL t4, LR
- 7: JMPo-c $0xFE8DDA4 ($4)
-
-
-
-. 2761 FE8E190 8
-. 7C 83 F8 50 4B FF FC 11
-==== BB 2762 (0xFECF85C) approx BBs exec'd 0 ====
-
- 0xFECF85C: 7C9AE800 cmp cr1,r26,r29
- 0: GETL R26, t0
- 1: GETL R29, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x1, CR
- 4: INCEIPL $4
-
- 0xFECF860: 41860214 bc 12,6,0xFECFA74
- 5: Js06o $0xFECFA74
-
-
-
-. 2762 FECF85C 8
-. 7C 9A E8 00 41 86 02 14
-==== BB 2763 (0xFECFA74) approx BBs exec'd 0 ====
-
- 0xFECFA74: 837C0034 lwz r27,52(r28)
- 0: GETL R28, t0
- 1: ADDL $0x34, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R27
- 4: INCEIPL $4
-
- 0xFECFA78: 7F1BF800 cmp cr6,r27,r31
- 5: GETL R27, t4
- 6: GETL R31, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x6, CR
- 9: INCEIPL $4
-
- 0xFECFA7C: 409AFDE8 bc 4,26,0xFECF864
- 10: Jc26o $0xFECF864
-
-
-
-. 2763 FECFA74 12
-. 83 7C 00 34 7F 1B F8 00 40 9A FD E8
-==== BB 2764 (0xFECFA38) approx BBs exec'd 0 ====
-
- 0xFECFA38: 7CC02839 and. r0,r6,r5
- 0: GETL R6, t0
- 1: GETL R5, t2
- 2: ANDL t0, t2
- 3: PUTL t2, R0
- 4: CMP0L t2, t4 (-rSo)
- 5: ICRFL t4, $0x0, CR
- 6: INCEIPL $4
-
- 0xFECFA3C: 40820014 bc 4,2,0xFECFA50
- 7: Jc02o $0xFECFA50
-
-
-
-. 2764 FECFA38 8
-. 7C C0 28 39 40 82 00 14
-==== BB 2765 (0xFECFA40) approx BBs exec'd 0 ====
-
- 0xFECFA40: 54C6083C rlwinm r6,r6,1,0,30
- 0: GETL R6, t0
- 1: SHLL $0x1, t0
- 2: PUTL t0, R6
- 3: INCEIPL $4
-
- 0xFECFA44: 396B0008 addi r11,r11,8
- 4: GETL R11, t2
- 5: ADDL $0x8, t2
- 6: PUTL t2, R11
- 7: INCEIPL $4
-
- 0xFECFA48: 7CC92839 and. r9,r6,r5
- 8: GETL R6, t4
- 9: GETL R5, t6
- 10: ANDL t4, t6
- 11: PUTL t6, R9
- 12: CMP0L t6, t8 (-rSo)
- 13: ICRFL t8, $0x0, CR
- 14: INCEIPL $4
-
- 0xFECFA4C: 4182FFF4 bc 12,2,0xFECFA40
- 15: Js02o $0xFECFA40
-
-
-
-. 2765 FECFA40 16
-. 54 C6 08 3C 39 6B 00 08 7C C9 28 39 41 82 FF F4
-==== BB 2766 (0xFECFA50) approx BBs exec'd 0 ====
-
- 0xFECFA50: 814B000C lwz r10,12(r11)
- 0: GETL R11, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0xFECFA54: 7F8A5800 cmp cr7,r10,r11
- 5: GETL R10, t4
- 6: GETL R11, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x7, CR
- 9: INCEIPL $4
-
- 0xFECFA58: 409E01BC bc 4,30,0xFECFC14
- 10: Jc30o $0xFECFC14
-
-
-
-. 2766 FECFA50 12
-. 81 4B 00 0C 7F 8A 58 00 40 9E 01 BC
-==== BB 2767 (0xFECFA5C) approx BBs exec'd 0 ====
-
- 0xFECFA5C: 7CA53078 andc r5,r5,r6
- 0: GETL R5, t0
- 1: GETL R6, t2
- 2: NOTL t2
- 3: ANDL t0, t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0xFECFA60: 7F03E214 add r24,r3,r28
- 6: GETL R3, t4
- 7: GETL R28, t6
- 8: ADDL t4, t6
- 9: PUTL t6, R24
- 10: INCEIPL $4
-
- 0xFECFA64: 396A0008 addi r11,r10,8
- 11: GETL R10, t8
- 12: ADDL $0x8, t8
- 13: PUTL t8, R11
- 14: INCEIPL $4
-
- 0xFECFA68: 54C6083C rlwinm r6,r6,1,0,30
- 15: GETL R6, t10
- 16: SHLL $0x1, t10
- 17: PUTL t10, R6
- 18: INCEIPL $4
-
- 0xFECFA6C: 90B80438 stw r5,1080(r24)
- 19: GETL R5, t12
- 20: GETL R24, t14
- 21: ADDL $0x438, t14
- 22: STL t12, (t14)
- 23: INCEIPL $4
-
- 0xFECFA70: 4BFFFF7C b 0xFECF9EC
- 24: JMPo $0xFECF9EC ($4)
-
-
-
-. 2767 FECFA5C 24
-. 7C A5 30 78 7F 03 E2 14 39 6A 00 08 54 C6 08 3C 90 B8 04 38 4B FF FF 7C
-==== BB 2768 (0xFECF9EC) approx BBs exec'd 0 ====
-
- 0xFECF9EC: 21260000 subfic r9,r6,0
- 0: GETL R6, t0
- 1: MOVL $0x0, t2
- 2: SBBL t0, t2 (-wCa)
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFECF9F0: 7EA93114 adde r21,r9,r6
- 5: GETL R9, t4
- 6: GETL R6, t6
- 7: ADCL t4, t6 (-rCa-wCa)
- 8: PUTL t6, R21
- 9: INCEIPL $4
-
- 0xFECF9F4: 7D262810 subfc r9,r6,r5
- 10: GETL R6, t8
- 11: GETL R5, t10
- 12: SBBL t8, t10 (-wCa)
- 13: PUTL t10, R9
- 14: INCEIPL $4
-
- 0xFECF9F8: 7D294910 subfe r9,r9,r9
- 15: GETL R9, t12
- 16: GETL R9, t14
- 17: SBBL t12, t14 (-rCa-wCa)
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0xFECF9FC: 7D2900D0 neg r9,r9
- 20: GETL R9, t16
- 21: NEGL t16
- 22: PUTL t16, R9
- 23: INCEIPL $4
-
- 0xFECFA00: 7D2AAB79 or. r10,r9,r21
- 24: GETL R9, t18
- 25: GETL R21, t20
- 26: ORL t20, t18
- 27: PUTL t18, R10
- 28: CMP0L t18, t22 (-rSo)
- 29: ICRFL t22, $0x0, CR
- 30: INCEIPL $4
-
- 0xFECFA04: 41820034 bc 12,2,0xFECFA38
- 31: Js02o $0xFECFA38
-
-
-
-. 2768 FECF9EC 28
-. 21 26 00 00 7E A9 31 14 7D 26 28 10 7D 29 49 10 7D 29 00 D0 7D 2A AB 79 41 82 00 34
-==== BB 2769 (0xFECFA30) approx BBs exec'd 0 ====
-
- 0xFECFA30: 39680030 addi r11,r8,48
- 0: GETL R8, t0
- 1: ADDL $0x30, t0
- 2: PUTL t0, R11
- 3: INCEIPL $4
-
- 0xFECFA34: 38C00001 li r6,1
- 4: MOVL $0x1, t2
- 5: PUTL t2, R6
- 6: INCEIPL $4
-
- 0xFECFA38: 7CC02839 and. r0,r6,r5
- 7: GETL R6, t4
- 8: GETL R5, t6
- 9: ANDL t4, t6
- 10: PUTL t6, R0
- 11: CMP0L t6, t8 (-rSo)
- 12: ICRFL t8, $0x0, CR
- 13: INCEIPL $4
-
- 0xFECFA3C: 40820014 bc 4,2,0xFECFA50
- 14: Jc02o $0xFECFA50
-
-
-
-. 2769 FECFA30 16
-. 39 68 00 30 38 C0 00 01 7C C0 28 39 40 82 00 14
-==== BB 2770 (0xFECFC14) approx BBs exec'd 0 ====
-
- 0xFECFC14: 806A0004 lwz r3,4(r10)
- 0: GETL R10, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFECFC18: 808A000C lwz r4,12(r10)
- 5: GETL R10, t4
- 6: ADDL $0xC, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R4
- 9: INCEIPL $4
-
- 0xFECFC1C: 54600038 rlwinm r0,r3,0,0,28
- 10: GETL R3, t8
- 11: ANDL $0xFFFFFFF8, t8
- 12: PUTL t8, R0
- 13: INCEIPL $4
-
- 0xFECFC20: 7CF90050 subf r7,r25,r0
- 14: GETL R25, t10
- 15: GETL R0, t12
- 16: SUBL t10, t12
- 17: PUTL t12, R7
- 18: INCEIPL $4
-
- 0xFECFC24: 91640008 stw r11,8(r4)
- 19: GETL R11, t14
- 20: GETL R4, t16
- 21: ADDL $0x8, t16
- 22: STL t14, (t16)
- 23: INCEIPL $4
-
- 0xFECFC28: 2A07000F cmpli cr4,r7,15
- 24: GETL R7, t18
- 25: MOVL $0xF, t22
- 26: CMPUL t18, t22, t20 (-rSo)
- 27: ICRFL t20, $0x4, CR
- 28: INCEIPL $4
-
- 0xFECFC2C: 908B000C stw r4,12(r11)
- 29: GETL R4, t24
- 30: GETL R11, t26
- 31: ADDL $0xC, t26
- 32: STL t24, (t26)
- 33: INCEIPL $4
-
- 0xFECFC30: 41910054 bc 12,17,0xFECFC84
- 34: Js17o $0xFECFC84
-
-
-
-. 2770 FECFC14 32
-. 80 6A 00 04 80 8A 00 0C 54 60 00 38 7C F9 00 50 91 64 00 08 2A 07 00 0F 90 8B 00 0C 41 91 00 54
-==== BB 2771 (0xFECFC84) approx BBs exec'd 0 ====
-
- 0xFECFC84: 7C6ACA14 add r3,r10,r25
- 0: GETL R10, t0
- 1: GETL R25, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFECFC88: 907C0040 stw r3,64(r28)
- 5: GETL R3, t4
- 6: GETL R28, t6
- 7: ADDL $0x40, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFECFC8C: 907C0044 stw r3,68(r28)
- 10: GETL R3, t8
- 11: GETL R28, t10
- 12: ADDL $0x44, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0xFECFC90: 93430008 stw r26,8(r3)
- 15: GETL R26, t12
- 16: GETL R3, t14
- 17: ADDL $0x8, t14
- 18: STL t12, (t14)
- 19: INCEIPL $4
-
- 0xFECFC94: 9343000C stw r26,12(r3)
- 20: GETL R26, t16
- 21: GETL R3, t18
- 22: ADDL $0xC, t18
- 23: STL t16, (t18)
- 24: INCEIPL $4
-
- 0xFECFC98: 41850008 bc 12,5,0xFECFCA0
- 25: Js05o $0xFECFCA0
-
-
-
-. 2771 FECFC84 24
-. 7C 6A CA 14 90 7C 00 40 90 7C 00 44 93 43 00 08 93 43 00 0C 41 85 00 08
-==== BB 2772 (0xFECFC9C) approx BBs exec'd 0 ====
-
- 0xFECFC9C: 907C0034 stw r3,52(r28)
- 0: GETL R3, t0
- 1: GETL R28, t2
- 2: ADDL $0x34, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFECFCA0: 57AF103A rlwinm r15,r29,2,0,29
- 5: GETL R29, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R15
- 8: INCEIPL $4
-
- 0xFECFCA4: 60F20001 ori r18,r7,0x1
- 9: GETL R7, t6
- 10: ORL $0x1, t6
- 11: PUTL t6, R18
- 12: INCEIPL $4
-
- 0xFECFCA8: 7DF69B78 or r22,r15,r19
- 13: GETL R15, t8
- 14: GETL R19, t10
- 15: ORL t10, t8
- 16: PUTL t8, R22
- 17: INCEIPL $4
-
- 0xFECFCAC: 390A0008 addi r8,r10,8
- 18: GETL R10, t12
- 19: ADDL $0x8, t12
- 20: PUTL t12, R8
- 21: INCEIPL $4
-
- 0xFECFCB0: 92CA0004 stw r22,4(r10)
- 22: GETL R22, t14
- 23: GETL R10, t16
- 24: ADDL $0x4, t16
- 25: STL t14, (t16)
- 26: INCEIPL $4
-
- 0xFECFCB4: 7CE3392E stwx r7,r3,r7
- 27: GETL R7, t18
- 28: GETL R3, t20
- 29: ADDL t20, t18
- 30: GETL R7, t22
- 31: STL t22, (t18)
- 32: INCEIPL $4
-
- 0xFECFCB8: 92430004 stw r18,4(r3)
- 33: GETL R18, t24
- 34: GETL R3, t26
- 35: ADDL $0x4, t26
- 36: STL t24, (t26)
- 37: INCEIPL $4
-
- 0xFECFCBC: 4BFFF9F4 b 0xFECF6B0
- 38: JMPo $0xFECF6B0 ($4)
-
-
-
-. 2772 FECFC9C 36
-. 90 7C 00 34 57 AF 10 3A 60 F2 00 01 7D F6 9B 78 39 0A 00 08 92 CA 00 04 7C E3 39 2E 92 43 00 04 4B FF F9 F4
-==== BB 2773 (0xFE8E198) approx BBs exec'd 0 ====
-
- 0xFE8E198: 90790000 stw r3,0(r25)
- 0: GETL R3, t0
- 1: GETL R25, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0xFE8E19C: 7C7A1B78 or r26,r3,r3
- 4: GETL R3, t4
- 5: PUTL t4, R26
- 6: INCEIPL $4
-
- 0xFE8E1A0: 807B0000 lwz r3,0(r27)
- 7: GETL R27, t6
- 8: LDL (t6), t8
- 9: PUTL t8, R3
- 10: INCEIPL $4
-
- 0xFE8E1A4: 7F44D378 or r4,r26,r26
- 11: GETL R26, t10
- 12: PUTL t10, R4
- 13: INCEIPL $4
-
- 0xFE8E1A8: 48048209 bl 0xFED63B0
- 14: MOVL $0xFE8E1AC, t12
- 15: PUTL t12, LR
- 16: JMPo-c $0xFED63B0 ($4)
-
-
-
-. 2773 FE8E198 20
-. 90 79 00 00 7C 7A 1B 78 80 7B 00 00 7F 44 D3 78 48 04 82 09
-==== BB 2774 (0xFE8E1AC) approx BBs exec'd 0 ====
-
- 0xFE8E1AC: 2F030000 cmpi cr6,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0xFE8E1B0: 419A0060 bc 12,26,0xFE8E210
- 4: Js26o $0xFE8E210
-
-
-
-. 2774 FE8E1AC 8
-. 2F 03 00 00 41 9A 00 60
-==== BB 2775 (0xFE8E1B4) approx BBs exec'd 0 ====
-
- 0xFE8E1B4: 893F0000 lbz r9,0(r31)
- 0: GETL R31, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0xFE8E1B8: 639C0001 ori r28,r28,0x1
- 4: GETL R28, t4
- 5: ORL $0x1, t4
- 6: PUTL t4, R28
- 7: INCEIPL $4
-
- 0xFE8E1BC: 4BFFFED4 b 0xFE8E090
- 8: JMPo $0xFE8E090 ($4)
-
-
-
-. 2775 FE8E1B4 12
-. 89 3F 00 00 63 9C 00 01 4B FF FE D4
-==== BB 2776 (0xFE8E090) approx BBs exec'd 0 ====
-
- 0xFE8E090: 2C090040 cmpi cr0,r9,64
- 0: GETL R9, t0
- 1: MOVL $0x40, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0xFE8E094: 41820070 bc 12,2,0xFE8E104
- 5: Js02o $0xFE8E104
-
-
-
-. 2776 FE8E090 8
-. 2C 09 00 40 41 82 00 70
-==== BB 2777 (0xFE8E098) approx BBs exec'd 0 ====
-
- 0xFE8E098: 80DD0000 lwz r6,0(r29)
- 0: GETL R29, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R6
- 3: INCEIPL $4
-
- 0xFE8E09C: 2C860000 cmpi cr1,r6,0
- 4: GETL R6, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x1, CR
- 7: INCEIPL $4
-
- 0xFE8E0A0: 41860014 bc 12,6,0xFE8E0B4
- 8: Js06o $0xFE8E0B4
-
-
-
-. 2777 FE8E098 12
-. 80 DD 00 00 2C 86 00 00 41 86 00 14
-==== BB 2778 (0xFE8E0A4) approx BBs exec'd 0 ====
-
- 0xFE8E0A4: 8B060000 lbz r24,0(r6)
- 0: GETL R6, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R24
- 3: INCEIPL $4
-
- 0xFE8E0A8: 2F180000 cmpi cr6,r24,0
- 4: GETL R24, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x6, CR
- 7: INCEIPL $4
-
- 0xFE8E0AC: 409A0008 bc 4,26,0xFE8E0B4
- 8: Jc26o $0xFE8E0B4
-
-
-
-. 2778 FE8E0A4 12
-. 8B 06 00 00 2F 18 00 00 40 9A 00 08
-==== BB 2779 (0xFE8E0B4) approx BBs exec'd 0 ====
-
- 0xFE8E0B4: 807B0000 lwz r3,0(r27)
- 0: GETL R27, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0xFE8E0B8: 2C030000 cmpi cr0,r3,0
- 4: GETL R3, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x0, CR
- 7: INCEIPL $4
-
- 0xFE8E0BC: 41820014 bc 12,2,0xFE8E0D0
- 8: Js02o $0xFE8E0D0
-
-
-
-. 2779 FE8E0B4 12
-. 80 7B 00 00 2C 03 00 00 41 82 00 14
-==== BB 2780 (0xFE8E0C0) approx BBs exec'd 0 ====
-
- 0xFE8E0C0: 8B430000 lbz r26,0(r3)
- 0: GETL R3, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R26
- 3: INCEIPL $4
-
- 0xFE8E0C4: 2F9A0000 cmpi cr7,r26,0
- 4: GETL R26, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x7, CR
- 7: INCEIPL $4
-
- 0xFE8E0C8: 409E0008 bc 4,30,0xFE8E0D0
- 8: Jc30o $0xFE8E0D0
-
-
-
-. 2780 FE8E0C0 12
-. 8B 43 00 00 2F 9A 00 00 40 9E 00 08
-==== BB 2781 (0xFE8E0D0) approx BBs exec'd 0 ====
-
- 0xFE8E0D0: 83610034 lwz r27,52(r1)
- 0: GETL R1, t0
- 1: ADDL $0x34, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R27
- 4: INCEIPL $4
-
- 0xFE8E0D4: 7F83E378 or r3,r28,r28
- 5: GETL R28, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFE8E0D8: 83010010 lwz r24,16(r1)
- 8: GETL R1, t6
- 9: ADDL $0x10, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R24
- 12: INCEIPL $4
-
- 0xFE8E0DC: 7F6803A6 mtlr r27
- 13: GETL R27, t10
- 14: PUTL t10, LR
- 15: INCEIPL $4
-
- 0xFE8E0E0: 83210014 lwz r25,20(r1)
- 16: GETL R1, t12
- 17: ADDL $0x14, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R25
- 20: INCEIPL $4
-
- 0xFE8E0E4: 83410018 lwz r26,24(r1)
- 21: GETL R1, t16
- 22: ADDL $0x18, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R26
- 25: INCEIPL $4
-
- 0xFE8E0E8: 8361001C lwz r27,28(r1)
- 26: GETL R1, t20
- 27: ADDL $0x1C, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R27
- 30: INCEIPL $4
-
- 0xFE8E0EC: 83810020 lwz r28,32(r1)
- 31: GETL R1, t24
- 32: ADDL $0x20, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R28
- 35: INCEIPL $4
-
- 0xFE8E0F0: 83A10024 lwz r29,36(r1)
- 36: GETL R1, t28
- 37: ADDL $0x24, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R29
- 40: INCEIPL $4
-
- 0xFE8E0F4: 83C10028 lwz r30,40(r1)
- 41: GETL R1, t32
- 42: ADDL $0x28, t32
- 43: LDL (t32), t34
- 44: PUTL t34, R30
- 45: INCEIPL $4
-
- 0xFE8E0F8: 83E1002C lwz r31,44(r1)
- 46: GETL R1, t36
- 47: ADDL $0x2C, t36
- 48: LDL (t36), t38
- 49: PUTL t38, R31
- 50: INCEIPL $4
-
- 0xFE8E0FC: 38210030 addi r1,r1,48
- 51: GETL R1, t40
- 52: ADDL $0x30, t40
- 53: PUTL t40, R1
- 54: INCEIPL $4
-
- 0xFE8E100: 4E800020 blr
- 55: GETL LR, t42
- 56: JMPo-r t42 ($4)
-
-
-
-. 2781 FE8E0D0 52
-. 83 61 00 34 7F 83 E3 78 83 01 00 10 7F 68 03 A6 83 21 00 14 83 41 00 18 83 61 00 1C 83 81 00 20 83 A1 00 24 83 C1 00 28 83 E1 00 2C 38 21 00 30 4E 80 00 20
-==== BB 2782 (0xFE8B8DC) approx BBs exec'd 0 ====
-
- 0xFE8B8DC: 801C00A4 lwz r0,164(r28)
- 0: GETL R28, t0
- 1: ADDL $0xA4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFE8B8E0: 7C781B78 or r24,r3,r3
- 5: GETL R3, t4
- 6: PUTL t4, R24
- 7: INCEIPL $4
-
- 0xFE8B8E4: 2F800000 cmpi cr7,r0,0
- 8: GETL R0, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x7, CR
- 11: INCEIPL $4
-
- 0xFE8B8E8: 409E00F8 bc 4,30,0xFE8B9E0
- 12: Jc30o $0xFE8B9E0
-
-
-
-. 2782 FE8B8DC 16
-. 80 1C 00 A4 7C 78 1B 78 2F 80 00 00 40 9E 00 F8
-==== BB 2783 (0xFE8B8EC) approx BBs exec'd 0 ====
-
- 0xFE8B8EC: 7FA3EB78 or r3,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE8B8F0: 4804B1E9 bl 0xFED6AD8
- 3: MOVL $0xFE8B8F4, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0xFED6AD8 ($4)
-
-
-
-. 2783 FE8B8EC 8
-. 7F A3 EB 78 48 04 B1 E9
-==== BB 2784 (0xFE8B8F4) approx BBs exec'd 0 ====
-
- 0xFE8B8F4: 7FA4EB78 or r4,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0xFE8B8F8: 38A30001 addi r5,r3,1
- 3: GETL R3, t2
- 4: ADDL $0x1, t2
- 5: PUTL t2, R5
- 6: INCEIPL $4
-
- 0xFE8B8FC: 83A1001C lwz r29,28(r1)
- 7: GETL R1, t4
- 8: ADDL $0x1C, t4
- 9: LDL (t4), t6
- 10: PUTL t6, R29
- 11: INCEIPL $4
-
- 0xFE8B900: 807E01A0 lwz r3,416(r30)
- 12: GETL R30, t8
- 13: ADDL $0x1A0, t8
- 14: LDL (t8), t10
- 15: PUTL t10, R3
- 16: INCEIPL $4
-
- 0xFE8B904: 7F06C378 or r6,r24,r24
- 17: GETL R24, t12
- 18: PUTL t12, R6
- 19: INCEIPL $4
-
- 0xFE8B908: 80E10018 lwz r7,24(r1)
- 20: GETL R1, t14
- 21: ADDL $0x18, t14
- 22: LDL (t14), t16
- 23: PUTL t16, R7
- 24: INCEIPL $4
-
- 0xFE8B90C: 81010020 lwz r8,32(r1)
- 25: GETL R1, t18
- 26: ADDL $0x20, t18
- 27: LDL (t18), t20
- 28: PUTL t20, R8
- 29: INCEIPL $4
-
- 0xFE8B910: 81210024 lwz r9,36(r1)
- 30: GETL R1, t22
- 31: ADDL $0x24, t22
- 32: LDL (t22), t24
- 33: PUTL t24, R9
- 34: INCEIPL $4
-
- 0xFE8B914: 81410028 lwz r10,40(r1)
- 35: GETL R1, t26
- 36: ADDL $0x28, t26
- 37: LDL (t26), t28
- 38: PUTL t28, R10
- 39: INCEIPL $4
-
- 0xFE8B918: 9321000C stw r25,12(r1)
- 40: GETL R25, t30
- 41: GETL R1, t32
- 42: ADDL $0xC, t32
- 43: STL t30, (t32)
- 44: INCEIPL $4
-
- 0xFE8B91C: 3B200001 li r25,1
- 45: MOVL $0x1, t34
- 46: PUTL t34, R25
- 47: INCEIPL $4
-
- 0xFE8B920: 93A10008 stw r29,8(r1)
- 48: GETL R29, t36
- 49: GETL R1, t38
- 50: ADDL $0x8, t38
- 51: STL t36, (t38)
- 52: INCEIPL $4
-
- 0xFE8B924: 93210010 stw r25,16(r1)
- 53: GETL R25, t40
- 54: GETL R1, t42
- 55: ADDL $0x10, t42
- 56: STL t40, (t42)
- 57: INCEIPL $4
-
- 0xFE8B928: 48001FD5 bl 0xFE8D8FC
- 58: MOVL $0xFE8B92C, t44
- 59: PUTL t44, LR
- 60: JMPo-c $0xFE8D8FC ($4)
-
-
-
-. 2784 FE8B8F4 56
-. 7F A4 EB 78 38 A3 00 01 83 A1 00 1C 80 7E 01 A0 7F 06 C3 78 80 E1 00 18 81 01 00 20 81 21 00 24 81 41 00 28 93 21 00 0C 3B 20 00 01 93 A1 00 08 93 21 00 10 48 00 1F D5
-==== BB 2785 (0xFE8D99C) approx BBs exec'd 0 ====
-
- 0xFE8D99C: 7E83A378 or r3,r20,r20
- 0: GETL R20, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE8D9A0: 48049139 bl 0xFED6AD8
- 3: MOVL $0xFE8D9A4, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0xFED6AD8 ($4)
-
-
-
-. 2785 FE8D99C 8
-. 7E 83 A3 78 48 04 91 39
-==== BB 2786 (0xFE8D9A4) approx BBs exec'd 0 ====
-
- 0xFE8D9A4: 7C7D1A14 add r3,r29,r3
- 0: GETL R29, t0
- 1: GETL R3, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFE8D9A8: 3BE30001 addi r31,r3,1
- 5: GETL R3, t4
- 6: ADDL $0x1, t4
- 7: PUTL t4, R31
- 8: INCEIPL $4
-
- 0xFE8D9AC: 5799F87E rlwinm r25,r28,31,1,31
- 9: GETL R28, t6
- 10: SHRL $0x1, t6
- 11: PUTL t6, R25
- 12: INCEIPL $4
-
- 0xFE8D9B0: 7FFDFB78 or r29,r31,r31
- 13: GETL R31, t8
- 14: PUTL t8, R29
- 15: INCEIPL $4
-
- 0xFE8D9B4: 73200001 andi. r0,r25,0x1
- 16: GETL R25, t10
- 17: ANDL $0x1, t10
- 18: PUTL t10, R0
- 19: CMP0L t10, t12 (-rSo)
- 20: ICRFL t12, $0x0, CR
- 21: INCEIPL $4
-
- 0xFE8D9B8: 41820014 bc 12,2,0xFE8D9CC
- 22: Js02o $0xFE8D9CC
-
-
-
-. 2786 FE8D9A4 24
-. 7C 7D 1A 14 3B E3 00 01 57 99 F8 7E 7F FD FB 78 73 20 00 01 41 82 00 14
-==== BB 2787 (0xFE8D9BC) approx BBs exec'd 0 ====
-
- 0xFE8D9BC: 7E639B78 or r3,r19,r19
- 0: GETL R19, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE8D9C0: 48049119 bl 0xFED6AD8
- 3: MOVL $0xFE8D9C4, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0xFED6AD8 ($4)
-
-
-
-. 2787 FE8D9BC 8
-. 7E 63 9B 78 48 04 91 19
-==== BB 2788 (0xFE8D9C4) approx BBs exec'd 0 ====
-
- 0xFE8D9C4: 7C9F1A14 add r4,r31,r3
- 0: GETL R31, t0
- 1: GETL R3, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFE8D9C8: 3BA40001 addi r29,r4,1
- 5: GETL R4, t4
- 6: ADDL $0x1, t4
- 7: PUTL t4, R29
- 8: INCEIPL $4
-
- 0xFE8D9CC: 73970001 andi. r23,r28,0x1
- 9: GETL R28, t6
- 10: ANDL $0x1, t6
- 11: PUTL t6, R23
- 12: CMP0L t6, t8 (-rSo)
- 13: ICRFL t8, $0x0, CR
- 14: INCEIPL $4
-
- 0xFE8D9D0: 41820188 bc 12,2,0xFE8DB58
- 15: Js02o $0xFE8DB58
-
-
-
-. 2788 FE8D9C4 16
-. 7C 9F 1A 14 3B A4 00 01 73 97 00 01 41 82 01 88
-==== BB 2789 (0xFE8D9D4) approx BBs exec'd 0 ====
-
- 0xFE8D9D4: 7EA3AB78 or r3,r21,r21
- 0: GETL R21, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE8D9D8: 48049101 bl 0xFED6AD8
- 3: MOVL $0xFE8D9DC, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0xFED6AD8 ($4)
-
-
-
-. 2789 FE8D9D4 8
-. 7E A3 AB 78 48 04 91 01
-==== BB 2790 (0xFE8D9DC) approx BBs exec'd 0 ====
-
- 0xFE8D9DC: 7CBD1A14 add r5,r29,r3
- 0: GETL R29, t0
- 1: GETL R3, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0xFE8D9E0: 3BE50001 addi r31,r5,1
- 5: GETL R5, t4
- 6: ADDL $0x1, t4
- 7: PUTL t4, R31
- 8: INCEIPL $4
-
- 0xFE8D9E4: 7E038378 or r3,r16,r16
- 9: GETL R16, t6
- 10: PUTL t6, R3
- 11: INCEIPL $4
-
- 0xFE8D9E8: 579BE8FE rlwinm r27,r28,29,3,31
- 12: GETL R28, t8
- 13: SHRL $0x3, t8
- 14: PUTL t8, R27
- 15: INCEIPL $4
-
- 0xFE8D9EC: 480490ED bl 0xFED6AD8
- 16: MOVL $0xFE8D9F0, t10
- 17: PUTL t10, LR
- 18: JMPo-c $0xFED6AD8 ($4)
-
-
-
-. 2790 FE8D9DC 20
-. 7C BD 1A 14 3B E5 00 01 7E 03 83 78 57 9B E8 FE 48 04 90 ED
-==== BB 2791 (0xFECFA80) approx BBs exec'd 0 ====
-
- 0xFECFA80: 38990010 addi r4,r25,16
- 0: GETL R25, t0
- 1: ADDL $0x10, t0
- 2: PUTL t0, R4
- 3: INCEIPL $4
-
- 0xFECFA84: 7C045040 cmpl cr0,r4,r10
- 4: GETL R4, t2
- 5: GETL R10, t4
- 6: CMPUL t2, t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0xFECFA88: 4080FDDC bc 4,0,0xFECF864
- 9: Jc00o $0xFECF864
-
-
-
-. 2791 FECFA80 12
-. 38 99 00 10 7C 04 50 40 40 80 FD DC
-==== BB 2792 (0xFECFA8C) approx BBs exec'd 0 ====
-
- 0xFECFA8C: 813E05FC lwz r9,1532(r30)
- 0: GETL R30, t0
- 1: ADDL $0x5FC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFECFA90: 7C995050 subf r4,r25,r10
- 5: GETL R25, t4
- 6: GETL R10, t6
- 7: SUBL t4, t6
- 8: PUTL t6, R4
- 9: INCEIPL $4
-
- 0xFECFA94: 63260001 ori r6,r25,0x1
- 10: GETL R25, t8
- 11: ORL $0x1, t8
- 12: PUTL t8, R6
- 13: INCEIPL $4
-
- 0xFECFA98: 60800001 ori r0,r4,0x1
- 14: GETL R4, t10
- 15: ORL $0x1, t10
- 16: PUTL t10, R0
- 17: INCEIPL $4
-
- 0xFECFA9C: 7F874A78 xor r7,r28,r9
- 18: GETL R28, t12
- 19: GETL R9, t14
- 20: XORL t12, t14
- 21: PUTL t14, R7
- 22: INCEIPL $4
-
- 0xFECFAA0: 391F0008 addi r8,r31,8
- 23: GETL R31, t16
- 24: ADDL $0x8, t16
- 25: PUTL t16, R8
- 26: INCEIPL $4
-
- 0xFECFAA4: 3127FFFF addic r9,r7,-1
- 27: GETL R7, t18
- 28: ADCL $0xFFFFFFFF, t18 (-wCa)
- 29: PUTL t18, R9
- 30: INCEIPL $4
-
- 0xFECFAA8: 7D693910 subfe r11,r9,r7
- 31: GETL R9, t20
- 32: GETL R7, t22
- 33: SBBL t20, t22 (-rCa-wCa)
- 34: PUTL t22, R11
- 35: INCEIPL $4
-
- 0xFECFAAC: 7D3FCA14 add r9,r31,r25
- 36: GETL R31, t24
- 37: GETL R25, t26
- 38: ADDL t24, t26
- 39: PUTL t26, R9
- 40: INCEIPL $4
-
- 0xFECFAB0: 5563103A rlwinm r3,r11,2,0,29
- 41: GETL R11, t28
- 42: SHLL $0x2, t28
- 43: PUTL t28, R3
- 44: INCEIPL $4
-
- 0xFECFAB4: 913C0034 stw r9,52(r28)
- 45: GETL R9, t30
- 46: GETL R28, t32
- 47: ADDL $0x34, t32
- 48: STL t30, (t32)
- 49: INCEIPL $4
-
- 0xFECFAB8: 7C653378 or r5,r3,r6
- 50: GETL R3, t34
- 51: GETL R6, t36
- 52: ORL t36, t34
- 53: PUTL t34, R5
- 54: INCEIPL $4
-
- 0xFECFABC: 913C0040 stw r9,64(r28)
- 55: GETL R9, t38
- 56: GETL R28, t40
- 57: ADDL $0x40, t40
- 58: STL t38, (t40)
- 59: INCEIPL $4
-
- 0xFECFAC0: 90BF0004 stw r5,4(r31)
- 60: GETL R5, t42
- 61: GETL R31, t44
- 62: ADDL $0x4, t44
- 63: STL t42, (t44)
- 64: INCEIPL $4
-
- 0xFECFAC4: 913C0044 stw r9,68(r28)
- 65: GETL R9, t46
- 66: GETL R28, t48
- 67: ADDL $0x44, t48
- 68: STL t46, (t48)
- 69: INCEIPL $4
-
- 0xFECFAC8: 7C89212E stwx r4,r9,r4
- 70: GETL R4, t50
- 71: GETL R9, t52
- 72: ADDL t52, t50
- 73: GETL R4, t54
- 74: STL t54, (t50)
- 75: INCEIPL $4
-
- 0xFECFACC: 90090004 stw r0,4(r9)
- 76: GETL R0, t56
- 77: GETL R9, t58
- 78: ADDL $0x4, t58
- 79: STL t56, (t58)
- 80: INCEIPL $4
-
- 0xFECFAD0: 9349000C stw r26,12(r9)
- 81: GETL R26, t60
- 82: GETL R9, t62
- 83: ADDL $0xC, t62
- 84: STL t60, (t62)
- 85: INCEIPL $4
-
- 0xFECFAD4: 93490008 stw r26,8(r9)
- 86: GETL R26, t64
- 87: GETL R9, t66
- 88: ADDL $0x8, t66
- 89: STL t64, (t66)
- 90: INCEIPL $4
-
- 0xFECFAD8: 4BFFFBD8 b 0xFECF6B0
- 91: JMPo $0xFECF6B0 ($4)
-
-
-
-. 2792 FECFA8C 80
-. 81 3E 05 FC 7C 99 50 50 63 26 00 01 60 80 00 01 7F 87 4A 78 39 1F 00 08 31 27 FF FF 7D 69 39 10 7D 3F CA 14 55 63 10 3A 91 3C 00 34 7C 65 33 78 91 3C 00 40 90 BF 00 04 91 3C 00 44 7C 89 21 2E 90 09 00 04 93 49 00 0C 93 49 00 08 4B FF FB D8
-==== BB 2793 (0xFED83C8) approx BBs exec'd 0 ====
-
- 0xFED83C8: 9CC30001 stbu r6,1(r3)
- 0: GETL R6, t0
- 1: GETL R3, t2
- 2: ADDL $0x1, t2
- 3: PUTL t2, R3
- 4: STB t0, (t2)
- 5: INCEIPL $4
-
- 0xFED83CC: 4E800020 blr
- 6: GETL LR, t4
- 7: JMPo-r t4 ($4)
-
-
-
-. 2793 FED83C8 8
-. 9C C3 00 01 4E 80 00 20
-==== BB 2794 (0xFE8DD48) approx BBs exec'd 0 ====
-
- 0xFE8DD48: 3900005F li r8,95
- 0: MOVL $0x5F, t0
- 1: PUTL t0, R8
- 2: INCEIPL $4
-
- 0xFE8DD4C: 7E84A378 or r4,r20,r20
- 3: GETL R20, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0xFE8DD50: 99030000 stb r8,0(r3)
- 6: GETL R8, t4
- 7: GETL R3, t6
- 8: STB t4, (t6)
- 9: INCEIPL $4
-
- 0xFE8DD54: 38630001 addi r3,r3,1
- 10: GETL R3, t8
- 11: ADDL $0x1, t8
- 12: PUTL t8, R3
- 13: INCEIPL $4
-
- 0xFE8DD58: 4804A5A9 bl 0xFED8300
- 14: MOVL $0xFE8DD5C, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0xFED8300 ($4)
-
-
-
-. 2794 FE8DD48 20
-. 39 00 00 5F 7E 84 A3 78 99 03 00 00 38 63 00 01 48 04 A5 A9
-==== BB 2795 (0xFE8DD5C) approx BBs exec'd 0 ====
-
- 0xFE8DD5C: 4BFFFD04 b 0xFE8DA60
- 0: JMPo $0xFE8DA60 ($4)
-
-
-
-. 2795 FE8DD5C 4
-. 4B FF FD 04
-==== BB 2796 (0xFE8DD30) approx BBs exec'd 0 ====
-
- 0xFE8DD30: 3940002E li r10,46
- 0: MOVL $0x2E, t0
- 1: PUTL t0, R10
- 2: INCEIPL $4
-
- 0xFE8DD34: 7E649B78 or r4,r19,r19
- 3: GETL R19, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0xFE8DD38: 99430000 stb r10,0(r3)
- 6: GETL R10, t4
- 7: GETL R3, t6
- 8: STB t4, (t6)
- 9: INCEIPL $4
-
- 0xFE8DD3C: 38630001 addi r3,r3,1
- 10: GETL R3, t8
- 11: ADDL $0x1, t8
- 12: PUTL t8, R3
- 13: INCEIPL $4
-
- 0xFE8DD40: 4804A5C1 bl 0xFED8300
- 14: MOVL $0xFE8DD44, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0xFED8300 ($4)
-
-
-
-. 2796 FE8DD30 20
-. 39 40 00 2E 7E 64 9B 78 99 43 00 00 38 63 00 01 48 04 A5 C1
-==== BB 2797 (0xFE8DD44) approx BBs exec'd 0 ====
-
- 0xFE8DD44: 4BFFFD24 b 0xFE8DA68
- 0: JMPo $0xFE8DA68 ($4)
-
-
-
-. 2797 FE8DD44 4
-. 4B FF FD 24
-==== BB 2798 (0xFE8DD18) approx BBs exec'd 0 ====
-
- 0xFE8DD18: 3960002E li r11,46
- 0: MOVL $0x2E, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0xFE8DD1C: 7EA4AB78 or r4,r21,r21
- 3: GETL R21, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0xFE8DD20: 99630000 stb r11,0(r3)
- 6: GETL R11, t4
- 7: GETL R3, t6
- 8: STB t4, (t6)
- 9: INCEIPL $4
-
- 0xFE8DD24: 38630001 addi r3,r3,1
- 10: GETL R3, t8
- 11: ADDL $0x1, t8
- 12: PUTL t8, R3
- 13: INCEIPL $4
-
- 0xFE8DD28: 4804A5D9 bl 0xFED8300
- 14: MOVL $0xFE8DD2C, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0xFED8300 ($4)
-
-
-
-. 2798 FE8DD18 20
-. 39 60 00 2E 7E A4 AB 78 99 63 00 00 38 63 00 01 48 04 A5 D9
-==== BB 2799 (0xFE8DD2C) approx BBs exec'd 0 ====
-
- 0xFE8DD2C: 4BFFFD44 b 0xFE8DA70
- 0: JMPo $0xFE8DA70 ($4)
-
-
-
-. 2799 FE8DD2C 4
-. 4B FF FD 44
-==== BB 2800 (0xFE8DB60) approx BBs exec'd 0 ====
-
- 0xFE8DB60: 80610018 lwz r3,24(r1)
- 0: GETL R1, t0
- 1: ADDL $0x18, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFE8DB64: 7F44D378 or r4,r26,r26
- 5: GETL R26, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0xFE8DB68: 4804B8B1 bl 0xFED9418
- 8: MOVL $0xFE8DB6C, t6
- 9: PUTL t6, LR
- 10: JMPo-c $0xFED9418 ($4)
-
-
-
-. 2800 FE8DB60 12
-. 80 61 00 18 7F 44 D3 78 48 04 B8 B1
-==== BB 2801 __argz_count_internal(0xFED9418) approx BBs exec'd 0 ====
-
- 0xFED9418: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFED941C: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFED9420: 93A10014 stw r29,20(r1)
- 9: GETL R29, t6
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFED9424: 7C9D2379 or. r29,r4,r4
- 14: GETL R4, t10
- 15: PUTL t10, R29
- 16: CMP0L t10, t12 (-rSo)
- 17: ICRFL t12, $0x0, CR
- 18: INCEIPL $4
-
- 0xFED9428: 93810010 stw r28,16(r1)
- 19: GETL R28, t14
- 20: GETL R1, t16
- 21: ADDL $0x10, t16
- 22: STL t14, (t16)
- 23: INCEIPL $4
-
- 0xFED942C: 3B800000 li r28,0
- 24: MOVL $0x0, t18
- 25: PUTL t18, R28
- 26: INCEIPL $4
-
- 0xFED9430: 93E1001C stw r31,28(r1)
- 27: GETL R31, t20
- 28: GETL R1, t22
- 29: ADDL $0x1C, t22
- 30: STL t20, (t22)
- 31: INCEIPL $4
-
- 0xFED9434: 7C7F1B78 or r31,r3,r3
- 32: GETL R3, t24
- 33: PUTL t24, R31
- 34: INCEIPL $4
-
- 0xFED9438: 93C10018 stw r30,24(r1)
- 35: GETL R30, t26
- 36: GETL R1, t28
- 37: ADDL $0x18, t28
- 38: STL t26, (t28)
- 39: INCEIPL $4
-
- 0xFED943C: 90010024 stw r0,36(r1)
- 40: GETL R0, t30
- 41: GETL R1, t32
- 42: ADDL $0x24, t32
- 43: STL t30, (t32)
- 44: INCEIPL $4
-
- 0xFED9440: 41820024 bc 12,2,0xFED9464
- 45: Js02o $0xFED9464
-
-
-
-. 2801 FED9418 44
-. 94 21 FF E0 7C 08 02 A6 93 A1 00 14 7C 9D 23 79 93 81 00 10 3B 80 00 00 93 E1 00 1C 7C 7F 1B 78 93 C1 00 18 90 01 00 24 41 82 00 24
-==== BB 2802 (0xFED9444) approx BBs exec'd 0 ====
-
- 0xFED9444: 7FE3FB78 or r3,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFED9448: 3B9C0001 addi r28,r28,1
- 3: GETL R28, t2
- 4: ADDL $0x1, t2
- 5: PUTL t2, R28
- 6: INCEIPL $4
-
- 0xFED944C: 4BFFD68D bl 0xFED6AD8
- 7: MOVL $0xFED9450, t4
- 8: PUTL t4, LR
- 9: JMPo-c $0xFED6AD8 ($4)
-
-
-
-. 2802 FED9444 12
-. 7F E3 FB 78 3B 9C 00 01 4B FF D6 8D
-==== BB 2803 (0xFED9450) approx BBs exec'd 0 ====
-
- 0xFED9450: 7FA3E850 subf r29,r3,r29
- 0: GETL R3, t0
- 1: GETL R29, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0xFED9454: 7C7F1A14 add r3,r31,r3
- 5: GETL R31, t4
- 6: GETL R3, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0xFED9458: 3BE30001 addi r31,r3,1
- 10: GETL R3, t8
- 11: ADDL $0x1, t8
- 12: PUTL t8, R31
- 13: INCEIPL $4
-
- 0xFED945C: 37BDFFFF addic. r29,r29,-1
- 14: GETL R29, t10
- 15: ADCL $0xFFFFFFFF, t10 (-wCa)
- 16: PUTL t10, R29
- 17: CMP0L t10, t12 (-rSo)
- 18: ICRFL t12, $0x0, CR
- 19: INCEIPL $4
-
- 0xFED9460: 4082FFE4 bc 4,2,0xFED9444
- 20: Jc02o $0xFED9444
-
-
-
-. 2803 FED9450 20
-. 7F A3 E8 50 7C 7F 1A 14 3B E3 00 01 37 BD FF FF 40 82 FF E4
-==== BB 2804 (0xFED9464) approx BBs exec'd 0 ====
-
- 0xFED9464: 80810024 lwz r4,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFED9468: 7F83E378 or r3,r28,r28
- 5: GETL R28, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFED946C: 83A10014 lwz r29,20(r1)
- 8: GETL R1, t6
- 9: ADDL $0x14, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R29
- 12: INCEIPL $4
-
- 0xFED9470: 83810010 lwz r28,16(r1)
- 13: GETL R1, t10
- 14: ADDL $0x10, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R28
- 17: INCEIPL $4
-
- 0xFED9474: 7C8803A6 mtlr r4
- 18: GETL R4, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0xFED9478: 83C10018 lwz r30,24(r1)
- 21: GETL R1, t16
- 22: ADDL $0x18, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R30
- 25: INCEIPL $4
-
- 0xFED947C: 83E1001C lwz r31,28(r1)
- 26: GETL R1, t20
- 27: ADDL $0x1C, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R31
- 30: INCEIPL $4
-
- 0xFED9480: 38210020 addi r1,r1,32
- 31: GETL R1, t24
- 32: ADDL $0x20, t24
- 33: PUTL t24, R1
- 34: INCEIPL $4
-
- 0xFED9484: 4E800020 blr
- 35: GETL LR, t26
- 36: JMPo-r t26 ($4)
-
-
-
-. 2804 FED9464 36
-. 80 81 00 24 7F 83 E3 78 83 A1 00 14 83 81 00 10 7C 88 03 A6 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 2805 (0xFE8DB6C) approx BBs exec'd 0 ====
-
- 0xFE8DB6C: 38A0AAAA li r5,-21846
- 0: MOVL $0xFFFFAAAA, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0xFE8DB70: 7F842838 and r4,r28,r5
- 3: GETL R28, t2
- 4: GETL R5, t4
- 5: ANDL t2, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0xFE8DB74: 739F5555 andi. r31,r28,0x5555
- 8: GETL R28, t6
- 9: ANDL $0x5555, t6
- 10: PUTL t6, R31
- 11: CMP0L t6, t8 (-rSo)
- 12: ICRFL t8, $0x0, CR
- 13: INCEIPL $4
-
- 0xFE8DB78: 7C800E70 srawi r0,r4,1
- 14: GETL R4, t10
- 15: SARL $0x1, t10 (-wCa)
- 16: PUTL t10, R0
- 17: INCEIPL $4
-
- 0xFE8DB7C: 3980CCCC li r12,-13108
- 18: MOVL $0xFFFFCCCC, t12
- 19: PUTL t12, R12
- 20: INCEIPL $4
-
- 0xFE8DB80: 7F00FA14 add r24,r0,r31
- 21: GETL R0, t14
- 22: GETL R31, t16
- 23: ADDL t14, t16
- 24: PUTL t16, R24
- 25: INCEIPL $4
-
- 0xFE8DB84: 7F116038 and r17,r24,r12
- 26: GETL R24, t18
- 27: GETL R12, t20
- 28: ANDL t18, t20
- 29: PUTL t20, R17
- 30: INCEIPL $4
-
- 0xFE8DB88: 730E3333 andi. r14,r24,0x3333
- 31: GETL R24, t22
- 32: ANDL $0x3333, t22
- 33: PUTL t22, R14
- 34: CMP0L t22, t24 (-rSo)
- 35: ICRFL t24, $0x0, CR
- 36: INCEIPL $4
-
- 0xFE8DB8C: 7E2B1670 srawi r11,r17,2
- 37: GETL R17, t26
- 38: SARL $0x2, t26 (-wCa)
- 39: PUTL t26, R11
- 40: INCEIPL $4
-
- 0xFE8DB90: 7D4B7214 add r10,r11,r14
- 41: GETL R11, t28
- 42: GETL R14, t30
- 43: ADDL t28, t30
- 44: PUTL t30, R10
- 45: INCEIPL $4
-
- 0xFE8DB94: 7D482670 srawi r8,r10,4
- 46: GETL R10, t32
- 47: SARL $0x4, t32 (-wCa)
- 48: PUTL t32, R8
- 49: INCEIPL $4
-
- 0xFE8DB98: 7CE85214 add r7,r8,r10
- 50: GETL R8, t34
- 51: GETL R10, t36
- 52: ADDL t34, t36
- 53: PUTL t36, R7
- 54: INCEIPL $4
-
- 0xFE8DB9C: 70E60F0F andi. r6,r7,0xF0F
- 55: GETL R7, t38
- 56: ANDL $0xF0F, t38
- 57: PUTL t38, R6
- 58: CMP0L t38, t40 (-rSo)
- 59: ICRFL t40, $0x0, CR
- 60: INCEIPL $4
-
- 0xFE8DBA0: 7CC94670 srawi r9,r6,8
- 61: GETL R6, t42
- 62: SARL $0x8, t42 (-wCa)
- 63: PUTL t42, R9
- 64: INCEIPL $4
-
- 0xFE8DBA4: 7CA93214 add r5,r9,r6
- 65: GETL R9, t44
- 66: GETL R6, t46
- 67: ADDL t44, t46
- 68: PUTL t46, R5
- 69: INCEIPL $4
-
- 0xFE8DBA8: 54A4063E rlwinm r4,r5,0,24,31
- 70: GETL R5, t48
- 71: ANDL $0xFF, t48
- 72: PUTL t48, R4
- 73: INCEIPL $4
-
- 0xFE8DBAC: 7C632030 slw r3,r3,r4
- 74: GETL R3, t52
- 75: GETL R4, t50
- 76: SHLL t50, t52
- 77: PUTL t52, R3
- 78: INCEIPL $4
-
- 0xFE8DBB0: 547F103A rlwinm r31,r3,2,0,29
- 79: GETL R3, t54
- 80: SHLL $0x2, t54
- 81: PUTL t54, R31
- 82: INCEIPL $4
-
- 0xFE8DBB4: 387F0014 addi r3,r31,20
- 83: GETL R31, t56
- 84: ADDL $0x14, t56
- 85: PUTL t56, R3
- 86: INCEIPL $4
-
- 0xFE8DBB8: 4811C751 bl 0xFFAA308
- 87: MOVL $0xFE8DBBC, t58
- 88: PUTL t58, LR
- 89: JMPo-c $0xFFAA308 ($4)
-
-
-
-. 2805 FE8DB6C 80
-. 38 A0 AA AA 7F 84 28 38 73 9F 55 55 7C 80 0E 70 39 80 CC CC 7F 00 FA 14 7F 11 60 38 73 0E 33 33 7E 2B 16 70 7D 4B 72 14 7D 48 26 70 7C E8 52 14 70 E6 0F 0F 7C C9 46 70 7C A9 32 14 54 A4 06 3E 7C 63 20 30 54 7F 10 3A 38 7F 00 14 48 11 C7 51
-==== BB 2806 (0xFE8DBBC) approx BBs exec'd 0 ====
-
- 0xFE8DBBC: 38000000 li r0,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFE8DBC0: 7C711B79 or. r17,r3,r3
- 3: GETL R3, t2
- 4: PUTL t2, R17
- 5: CMP0L t2, t4 (-rSo)
- 6: ICRFL t4, $0x0, CR
- 7: INCEIPL $4
-
- 0xFE8DBC4: 41A2FF30 bc 13,2,0xFE8DAF4
- 8: Js02o $0xFE8DAF4
-
-
-
-. 2806 FE8DBBC 12
-. 38 00 00 00 7C 71 1B 79 41 A2 FF 30
-==== BB 2807 (0xFE8DBC8) approx BBs exec'd 0 ====
-
- 0xFE8DBC8: 80610018 lwz r3,24(r1)
- 0: GETL R1, t0
- 1: ADDL $0x18, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFE8DBCC: 7F44D378 or r4,r26,r26
- 5: GETL R26, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0xFE8DBD0: 93B10000 stw r29,0(r17)
- 8: GETL R29, t6
- 9: GETL R17, t8
- 10: STL t6, (t8)
- 11: INCEIPL $4
-
- 0xFE8DBD4: 4804B845 bl 0xFED9418
- 12: MOVL $0xFE8DBD8, t10
- 13: PUTL t10, LR
- 14: JMPo-c $0xFED9418 ($4)
-
-
-
-. 2807 FE8DBC8 16
-. 80 61 00 18 7F 44 D3 78 93 B1 00 00 48 04 B8 45
-==== BB 2808 (0xFE8DBD8) approx BBs exec'd 0 ====
-
- 0xFE8DBD8: 38000000 li r0,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFE8DBDC: 2F030001 cmpi cr6,r3,1
- 3: GETL R3, t2
- 4: MOVL $0x1, t6
- 5: CMPL t2, t6, t4 (-rSo)
- 6: ICRFL t4, $0x6, CR
- 7: INCEIPL $4
-
- 0xFE8DBE0: 419A0180 bc 12,26,0xFE8DD60
- 8: Js26o $0xFE8DD60
-
-
-
-. 2808 FE8DBD8 12
-. 38 00 00 00 2F 03 00 01 41 9A 01 80
-==== BB 2809 (0xFE8DD60) approx BBs exec'd 0 ====
-
- 0xFE8DD60: 73290001 andi. r9,r25,0x1
- 0: GETL R25, t0
- 1: ANDL $0x1, t0
- 2: PUTL t0, R9
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFE8DD64: 41A2FE84 bc 13,2,0xFE8DBE8
- 6: Js02o $0xFE8DBE8
-
-
-
-. 2809 FE8DD60 8
-. 73 29 00 01 41 A2 FE 84
-==== BB 2810 (0xFE8DD68) approx BBs exec'd 0 ====
-
- 0xFE8DD68: 2F970000 cmpi cr7,r23,0
- 0: GETL R23, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xFE8DD6C: 41BEFE7C bc 13,30,0xFE8DBE8
- 4: Js30o $0xFE8DBE8
-
-
-
-. 2810 FE8DD68 8
-. 2F 97 00 00 41 BE FE 7C
-==== BB 2811 (0xFE8DD70) approx BBs exec'd 0 ====
-
- 0xFE8DD70: 4BFFFE74 b 0xFE8DBE4
- 0: JMPo $0xFE8DBE4 ($4)
-
-
-
-. 2811 FE8DD70 4
-. 4B FF FE 74
-==== BB 2812 (0xFE8DBE4) approx BBs exec'd 0 ====
-
- 0xFE8DBE4: 38000001 li r0,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFE8DBE8: 2C9B0000 cmpi cr1,r27,0
- 3: GETL R27, t2
- 4: CMP0L t2, t4 (-rSo)
- 5: ICRFL t4, $0x1, CR
- 6: INCEIPL $4
-
- 0xFE8DBEC: 3AE00000 li r23,0
- 7: MOVL $0x0, t6
- 8: PUTL t6, R23
- 9: INCEIPL $4
-
- 0xFE8DBF0: 90110004 stw r0,4(r17)
- 10: GETL R0, t8
- 11: GETL R17, t10
- 12: ADDL $0x4, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0xFE8DBF4: 92F10008 stw r23,8(r17)
- 15: GETL R23, t12
- 16: GETL R17, t14
- 17: ADDL $0x8, t14
- 18: STL t12, (t14)
- 19: INCEIPL $4
-
- 0xFE8DBF8: 4186019C bc 12,6,0xFE8DD94
- 20: Js06o $0xFE8DD94
-
-
-
-. 2812 FE8DBE4 24
-. 38 00 00 01 2C 9B 00 00 3A E0 00 00 90 11 00 04 92 F1 00 08 41 86 01 9C
-==== BB 2813 (0xFE8DD94) approx BBs exec'd 0 ====
-
- 0xFE8DD94: 83320000 lwz r25,0(r18)
- 0: GETL R18, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R25
- 3: INCEIPL $4
-
- 0xFE8DD98: 9331000C stw r25,12(r17)
- 4: GETL R25, t4
- 5: GETL R17, t6
- 6: ADDL $0xC, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0xFE8DD9C: 92320000 stw r17,0(r18)
- 9: GETL R17, t8
- 10: GETL R18, t10
- 11: STL t8, (t10)
- 12: INCEIPL $4
-
- 0xFE8DDA0: 4BFFFE68 b 0xFE8DC08
- 13: JMPo $0xFE8DC08 ($4)
-
-
-
-. 2813 FE8DD94 16
-. 83 32 00 00 93 31 00 0C 92 32 00 00 4B FF FE 68
-==== BB 2814 (0xFE8DC08) approx BBs exec'd 0 ====
-
- 0xFE8DC08: 80610018 lwz r3,24(r1)
- 0: GETL R1, t0
- 1: ADDL $0x18, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFE8DC0C: 7F44D378 or r4,r26,r26
- 5: GETL R26, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0xFE8DC10: 3B000000 li r24,0
- 8: MOVL $0x0, t6
- 9: PUTL t6, R24
- 10: INCEIPL $4
-
- 0xFE8DC14: 4804B805 bl 0xFED9418
- 11: MOVL $0xFE8DC18, t8
- 12: PUTL t8, LR
- 13: JMPo-c $0xFED9418 ($4)
-
-
-
-. 2814 FE8DC08 16
-. 80 61 00 18 7F 44 D3 78 3B 00 00 00 48 04 B8 05
-==== BB 2815 (0xFE8DC18) approx BBs exec'd 0 ====
-
- 0xFE8DC18: 68630001 xori r3,r3,0x1
- 0: GETL R3, t0
- 1: XORL $0x1, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0xFE8DC1C: 20030000 subfic r0,r3,0
- 4: GETL R3, t2
- 5: MOVL $0x0, t4
- 6: SBBL t2, t4 (-wCa)
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFE8DC20: 7C601914 adde r3,r0,r3
- 9: GETL R0, t6
- 10: GETL R3, t8
- 11: ADCL t6, t8 (-rCa-wCa)
- 12: PUTL t8, R3
- 13: INCEIPL $4
-
- 0xFE8DC24: 7F63E051 subf. r27,r3,r28
- 14: GETL R3, t10
- 15: GETL R28, t12
- 16: SUBL t10, t12
- 17: PUTL t12, R27
- 18: CMP0L t12, t14 (-rSo)
- 19: ICRFL t14, $0x0, CR
- 20: INCEIPL $4
-
- 0xFE8DC28: 4180014C bc 12,0,0xFE8DD74
- 21: Js00o $0xFE8DD74
-
-
-
-. 2815 FE8DC18 20
-. 68 63 00 01 20 03 00 00 7C 60 19 14 7F 63 E0 51 41 80 01 4C
-==== BB 2816 (0xFE8DC2C) approx BBs exec'd 0 ====
-
- 0xFE8DC2C: 2E1A0000 cmpi cr4,r26,0
- 0: GETL R26, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0xFE8DC30: 7F8EE0F8 nor r14,r28,r28
- 4: GETL R28, t4
- 5: NOTL t4
- 6: PUTL t4, R14
- 7: INCEIPL $4
-
- 0xFE8DC34: 83810018 lwz r28,24(r1)
- 8: GETL R1, t6
- 9: ADDL $0x18, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R28
- 12: INCEIPL $4
-
- 0xFE8DC38: 7F3CD214 add r25,r28,r26
- 13: GETL R28, t10
- 14: GETL R26, t12
- 15: ADDL t10, t12
- 16: PUTL t12, R25
- 17: INCEIPL $4
-
- 0xFE8DC3C: 7E3C8B78 or r28,r17,r17
- 18: GETL R17, t14
- 19: PUTL t14, R28
- 20: INCEIPL $4
-
- 0xFE8DC40: 4800000C b 0xFE8DC4C
- 21: JMPo $0xFE8DC4C ($4)
-
-
-
-. 2816 FE8DC2C 24
-. 2E 1A 00 00 7F 8E E0 F8 83 81 00 18 7F 3C D2 14 7E 3C 8B 78 48 00 00 0C
-==== BB 2817 (0xFE8DC4C) approx BBs exec'd 0 ====
-
- 0xFE8DC4C: 7DCBD839 and. r11,r14,r27
- 0: GETL R14, t0
- 1: GETL R27, t2
- 2: ANDL t0, t2
- 3: PUTL t2, R11
- 4: CMP0L t2, t4 (-rSo)
- 5: ICRFL t4, $0x0, CR
- 6: INCEIPL $4
-
- 0xFE8DC50: 3BA00000 li r29,0
- 7: MOVL $0x0, t6
- 8: PUTL t6, R29
- 9: INCEIPL $4
-
- 0xFE8DC54: 3AE00001 li r23,1
- 10: MOVL $0x1, t8
- 11: PUTL t8, R23
- 12: INCEIPL $4
-
- 0xFE8DC58: 3B5C000C addi r26,r28,12
- 13: GETL R28, t10
- 14: ADDL $0xC, t10
- 15: PUTL t10, R26
- 16: INCEIPL $4
-
- 0xFE8DC5C: 40A2FFE8 bc 5,2,0xFE8DC44
- 17: Jc02o $0xFE8DC44
-
-
-
-. 2817 FE8DC4C 20
-. 7D CB D8 39 3B A0 00 00 3A E0 00 01 3B 5C 00 0C 40 A2 FF E8
-==== BB 2818 (0xFE8DC60) approx BBs exec'd 0 ====
-
- 0xFE8DC60: 2F9D0000 cmpi cr7,r29,0
- 0: GETL R29, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xFE8DC64: 7F19E840 cmpl cr6,r25,r29
- 4: GETL R25, t4
- 5: GETL R29, t6
- 6: CMPUL t4, t6, t8 (-rSo)
- 7: ICRFL t8, $0x6, CR
- 8: INCEIPL $4
-
- 0xFE8DC68: 7FA0EB78 or r0,r29,r29
- 9: GETL R29, t10
- 10: PUTL t10, R0
- 11: INCEIPL $4
-
- 0xFE8DC6C: 419E0084 bc 12,30,0xFE8DCF0
- 12: Js30o $0xFE8DCF0
-
-
-
-. 2818 FE8DC60 16
-. 2F 9D 00 00 7F 19 E8 40 7F A0 EB 78 41 9E 00 84
-==== BB 2819 (0xFE8DCF0) approx BBs exec'd 0 ====
-
- 0xFE8DCF0: 83E10018 lwz r31,24(r1)
- 0: GETL R1, t0
- 1: ADDL $0x18, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R31
- 4: INCEIPL $4
-
- 0xFE8DCF4: 40B2FF9C bc 5,18,0xFE8DC90
- 5: Jc18o $0xFE8DC90
-
-
-
-. 2819 FE8DCF0 8
-. 83 E1 00 18 40 B2 FF 9C
-==== BB 2820 (0xFE8DC90) approx BBs exec'd 0 ====
-
- 0xFE8DC90: 2C9F0000 cmpi cr1,r31,0
- 0: GETL R31, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFE8DC94: 7FE3FB78 or r3,r31,r31
- 4: GETL R31, t4
- 5: PUTL t4, R3
- 6: INCEIPL $4
-
- 0xFE8DC98: 7FFDFB78 or r29,r31,r31
- 7: GETL R31, t6
- 8: PUTL t6, R29
- 9: INCEIPL $4
-
- 0xFE8DC9C: 41A6FFA8 bc 13,6,0xFE8DC44
- 10: Js06o $0xFE8DC44
-
-
-
-. 2820 FE8DC90 16
-. 2C 9F 00 00 7F E3 FB 78 7F FD FB 78 41 A6 FF A8
-==== BB 2821 (0xFE8DCA0) approx BBs exec'd 0 ====
-
- 0xFE8DCA0: 48048E39 bl 0xFED6AD8
- 0: MOVL $0xFE8DCA4, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0xFED6AD8 ($4)
-
-
-
-. 2821 FE8DCA0 4
-. 48 04 8E 39
-==== BB 2822 (0xFE8DCA4) approx BBs exec'd 0 ====
-
- 0xFE8DCA4: 7FE4FB78 or r4,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0xFE8DCA8: 38A30001 addi r5,r3,1
- 3: GETL R3, t2
- 4: ADDL $0x1, t2
- 5: PUTL t2, R5
- 6: INCEIPL $4
-
- 0xFE8DCAC: 7F66DB78 or r6,r27,r27
- 7: GETL R27, t4
- 8: PUTL t4, R6
- 9: INCEIPL $4
-
- 0xFE8DCB0: 7E439378 or r3,r18,r18
- 10: GETL R18, t6
- 11: PUTL t6, R3
- 12: INCEIPL $4
-
- 0xFE8DCB4: 7EC7B378 or r7,r22,r22
- 13: GETL R22, t8
- 14: PUTL t8, R7
- 15: INCEIPL $4
-
- 0xFE8DCB8: 7E88A378 or r8,r20,r20
- 16: GETL R20, t10
- 17: PUTL t10, R8
- 18: INCEIPL $4
-
- 0xFE8DCBC: 7E699B78 or r9,r19,r19
- 19: GETL R19, t12
- 20: PUTL t12, R9
- 21: INCEIPL $4
-
- 0xFE8DCC0: 7EAAAB78 or r10,r21,r21
- 22: GETL R21, t14
- 23: PUTL t14, R10
- 24: INCEIPL $4
-
- 0xFE8DCC4: 91E10008 stw r15,8(r1)
- 25: GETL R15, t16
- 26: GETL R1, t18
- 27: ADDL $0x8, t18
- 28: STL t16, (t18)
- 29: INCEIPL $4
-
- 0xFE8DCC8: 9201000C stw r16,12(r1)
- 30: GETL R16, t20
- 31: GETL R1, t22
- 32: ADDL $0xC, t22
- 33: STL t20, (t22)
- 34: INCEIPL $4
-
- 0xFE8DCCC: 3B180001 addi r24,r24,1
- 35: GETL R24, t24
- 36: ADDL $0x1, t24
- 37: PUTL t24, R24
- 38: INCEIPL $4
-
- 0xFE8DCD0: 92E10010 stw r23,16(r1)
- 39: GETL R23, t26
- 40: GETL R1, t28
- 41: ADDL $0x10, t28
- 42: STL t26, (t28)
- 43: INCEIPL $4
-
- 0xFE8DCD4: 4BFFFC29 bl 0xFE8D8FC
- 44: MOVL $0xFE8DCD8, t30
- 45: PUTL t30, LR
- 46: JMPo-c $0xFE8D8FC ($4)
-
-
-
-. 2822 FE8DCA4 52
-. 7F E4 FB 78 38 A3 00 01 7F 66 DB 78 7E 43 93 78 7E C7 B3 78 7E 88 A3 78 7E 69 9B 78 7E AA AB 78 91 E1 00 08 92 01 00 0C 3B 18 00 01 92 E1 00 10 4B FF FC 29
-==== BB 2823 (0xFE8DA98) approx BBs exec'd 0 ====
-
- 0xFE8DA98: 823F0000 lwz r17,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R17
- 3: INCEIPL $4
-
- 0xFE8DA9C: 7FA4EB78 or r4,r29,r29
- 4: GETL R29, t4
- 5: PUTL t4, R4
- 6: INCEIPL $4
-
- 0xFE8DAA0: 2E110000 cmpi cr4,r17,0
- 7: GETL R17, t6
- 8: CMP0L t6, t8 (-rSo)
- 9: ICRFL t8, $0x4, CR
- 10: INCEIPL $4
-
- 0xFE8DAA4: 7E238B78 or r3,r17,r17
- 11: GETL R17, t10
- 12: PUTL t10, R3
- 13: INCEIPL $4
-
- 0xFE8DAA8: 41920018 bc 12,18,0xFE8DAC0
- 14: Js18o $0xFE8DAC0
-
-
-
-. 2823 FE8DA98 20
-. 82 3F 00 00 7F A4 EB 78 2E 11 00 00 7E 23 8B 78 41 92 00 18
-==== BB 2824 (0xFE8DAAC) approx BBs exec'd 0 ====
-
- 0xFE8DAAC: 48048905 bl 0xFED63B0
- 0: MOVL $0xFE8DAB0, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0xFED63B0 ($4)
-
-
-
-. 2824 FE8DAAC 4
-. 48 04 89 05
-==== BB 2825 (0xFE8DAB0) approx BBs exec'd 0 ====
-
- 0xFE8DAB0: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xFE8DAB4: 419E0018 bc 12,30,0xFE8DACC
- 4: Js30o $0xFE8DACC
-
-
-
-. 2825 FE8DAB0 8
-. 2F 83 00 00 41 9E 00 18
-==== BB 2826 (0xFE8DAB8) approx BBs exec'd 0 ====
-
- 0xFE8DAB8: 419C02D4 bc 12,28,0xFE8DD8C
- 0: Js28o $0xFE8DD8C
-
-
-
-. 2826 FE8DAB8 4
-. 41 9C 02 D4
-==== BB 2827 (0xFE8DD8C) approx BBs exec'd 0 ====
-
- 0xFE8DD8C: 3BE00000 li r31,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R31
- 2: INCEIPL $4
-
- 0xFE8DD90: 4BFFFD3C b 0xFE8DACC
- 3: JMPo $0xFE8DACC ($4)
-
-
-
-. 2827 FE8DD8C 8
-. 3B E0 00 00 4B FF FD 3C
-==== BB 2828 (0xFE8DBE8) approx BBs exec'd 0 ====
-
- 0xFE8DBE8: 2C9B0000 cmpi cr1,r27,0
- 0: GETL R27, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFE8DBEC: 3AE00000 li r23,0
- 4: MOVL $0x0, t4
- 5: PUTL t4, R23
- 6: INCEIPL $4
-
- 0xFE8DBF0: 90110004 stw r0,4(r17)
- 7: GETL R0, t6
- 8: GETL R17, t8
- 9: ADDL $0x4, t8
- 10: STL t6, (t8)
- 11: INCEIPL $4
-
- 0xFE8DBF4: 92F10008 stw r23,8(r17)
- 12: GETL R23, t10
- 13: GETL R17, t12
- 14: ADDL $0x8, t12
- 15: STL t10, (t12)
- 16: INCEIPL $4
-
- 0xFE8DBF8: 4186019C bc 12,6,0xFE8DD94
- 17: Js06o $0xFE8DD94
-
-
-
-. 2828 FE8DBE8 20
-. 2C 9B 00 00 3A E0 00 00 90 11 00 04 92 F1 00 08 41 86 01 9C
-==== BB 2829 (0xFE8DC44) approx BBs exec'd 0 ====
-
- 0xFE8DC44: 377BFFFF addic. r27,r27,-1
- 0: GETL R27, t0
- 1: ADCL $0xFFFFFFFF, t0 (-wCa)
- 2: PUTL t0, R27
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFE8DC48: 4180012C bc 12,0,0xFE8DD74
- 6: Js00o $0xFE8DD74
-
-
-
-. 2829 FE8DC44 8
-. 37 7B FF FF 41 80 01 2C
-==== BB 2830 (0xFED64E0) approx BBs exec'd 0 ====
-
- 0xFED64E0: 3CE0FEFF lis r7,-257
- 0: MOVL $0xFEFF0000, t0
- 1: PUTL t0, R7
- 2: INCEIPL $4
-
- 0xFED64E4: 3D007F7F lis r8,32639
- 3: MOVL $0x7F7F0000, t2
- 4: PUTL t2, R8
- 5: INCEIPL $4
-
- 0xFED64E8: 80C40000 lwz r6,0(r4)
- 6: GETL R4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R6
- 9: INCEIPL $4
-
- 0xFED64EC: 38E7FEFF addi r7,r7,-257
- 10: MOVL $0xFEFEFEFF, t8
- 11: PUTL t8, R7
- 12: INCEIPL $4
-
- 0xFED64F0: 39087F7F addi r8,r8,32639
- 13: MOVL $0x7F7F7F7F, t10
- 14: PUTL t10, R8
- 15: INCEIPL $4
-
- 0xFED64F4: 48000024 b 0xFED6518
- 16: JMPo $0xFED6518 ($4)
-
-
-
-. 2830 FED64E0 24
-. 3C E0 FE FF 3D 00 7F 7F 80 C4 00 00 38 E7 FE FF 39 08 7F 7F 48 00 00 24
-==== BB 2831 (0xFED6518) approx BBs exec'd 0 ====
-
- 0xFED6518: 7C073214 add r0,r7,r6
- 0: GETL R7, t0
- 1: GETL R6, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFED651C: 7D0930F8 nor r9,r8,r6
- 5: GETL R8, t4
- 6: GETL R6, t6
- 7: ORL t6, t4
- 8: NOTL t4
- 9: PUTL t4, R9
- 10: INCEIPL $4
-
- 0xFED6520: 7C004839 and. r0,r0,r9
- 11: GETL R0, t8
- 12: GETL R9, t10
- 13: ANDL t8, t10
- 14: PUTL t10, R0
- 15: CMP0L t10, t12 (-rSo)
- 16: ICRFL t12, $0x0, CR
- 17: INCEIPL $4
-
- 0xFED6524: 4182FFD4 bc 12,2,0xFED64F8
- 18: Js02o $0xFED64F8
-
-
-
-. 2831 FED6518 16
-. 7C 07 32 14 7D 09 30 F8 7C 00 48 39 41 82 FF D4
-==== BB 2832 (0xFED64F8) approx BBs exec'd 0 ====
-
- 0xFED64F8: 85440004 lwzu r10,4(r4)
- 0: GETL R4, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R4
- 3: LDL (t0), t2
- 4: PUTL t2, R10
- 5: INCEIPL $4
-
- 0xFED64FC: 94C50004 stwu r6,4(r5)
- 6: GETL R6, t4
- 7: GETL R5, t6
- 8: ADDL $0x4, t6
- 9: PUTL t6, R5
- 10: STL t4, (t6)
- 11: INCEIPL $4
-
- 0xFED6500: 7C075214 add r0,r7,r10
- 12: GETL R7, t8
- 13: GETL R10, t10
- 14: ADDL t8, t10
- 15: PUTL t10, R0
- 16: INCEIPL $4
-
- 0xFED6504: 7D0950F8 nor r9,r8,r10
- 17: GETL R8, t12
- 18: GETL R10, t14
- 19: ORL t14, t12
- 20: NOTL t12
- 21: PUTL t12, R9
- 22: INCEIPL $4
-
- 0xFED6508: 7C004839 and. r0,r0,r9
- 23: GETL R0, t16
- 24: GETL R9, t18
- 25: ANDL t16, t18
- 26: PUTL t18, R0
- 27: CMP0L t18, t20 (-rSo)
- 28: ICRFL t20, $0x0, CR
- 29: INCEIPL $4
-
- 0xFED650C: 40820020 bc 4,2,0xFED652C
- 30: Jc02o $0xFED652C
-
-
-
-. 2832 FED64F8 24
-. 85 44 00 04 94 C5 00 04 7C 07 52 14 7D 09 50 F8 7C 00 48 39 40 82 00 20
-==== BB 2833 (0xFED6510) approx BBs exec'd 0 ====
-
- 0xFED6510: 84C40004 lwzu r6,4(r4)
- 0: GETL R4, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R4
- 3: LDL (t0), t2
- 4: PUTL t2, R6
- 5: INCEIPL $4
-
- 0xFED6514: 95450004 stwu r10,4(r5)
- 6: GETL R10, t4
- 7: GETL R5, t6
- 8: ADDL $0x4, t6
- 9: PUTL t6, R5
- 10: STL t4, (t6)
- 11: INCEIPL $4
-
- 0xFED6518: 7C073214 add r0,r7,r6
- 12: GETL R7, t8
- 13: GETL R6, t10
- 14: ADDL t8, t10
- 15: PUTL t10, R0
- 16: INCEIPL $4
-
- 0xFED651C: 7D0930F8 nor r9,r8,r6
- 17: GETL R8, t12
- 18: GETL R6, t14
- 19: ORL t14, t12
- 20: NOTL t12
- 21: PUTL t12, R9
- 22: INCEIPL $4
-
- 0xFED6520: 7C004839 and. r0,r0,r9
- 23: GETL R0, t16
- 24: GETL R9, t18
- 25: ANDL t16, t18
- 26: PUTL t18, R0
- 27: CMP0L t18, t20 (-rSo)
- 28: ICRFL t20, $0x0, CR
- 29: INCEIPL $4
-
- 0xFED6524: 4182FFD4 bc 12,2,0xFED64F8
- 30: Js02o $0xFED64F8
-
-
-
-. 2833 FED6510 24
-. 84 C4 00 04 95 45 00 04 7C 07 32 14 7D 09 30 F8 7C 00 48 39 41 82 FF D4
-==== BB 2834 (0xFED6528) approx BBs exec'd 0 ====
-
- 0xFED6528: 7CCA3378 or r10,r6,r6
- 0: GETL R6, t0
- 1: PUTL t0, R10
- 2: INCEIPL $4
-
- 0xFED652C: 5540463F rlwinm. r0,r10,8,24,31
- 3: GETL R10, t2
- 4: SHRL $0x18, t2
- 5: PUTL t2, R0
- 6: CMP0L t2, t4 (-rSo)
- 7: ICRFL t4, $0x0, CR
- 8: INCEIPL $4
-
- 0xFED6530: 98050004 stb r0,4(r5)
- 9: GETL R0, t6
- 10: GETL R5, t8
- 11: ADDL $0x4, t8
- 12: STB t6, (t8)
- 13: INCEIPL $4
-
- 0xFED6534: 4D820020 bclr 12,2
- 14: GETL LR, t10
- 15: Js02o-r t10
-
-
-
-. 2834 FED6528 16
-. 7C CA 33 78 55 40 46 3F 98 05 00 04 4D 82 00 20
-==== BB 2835 (0xFE8DABC) approx BBs exec'd 0 ====
-
- 0xFE8DABC: 7FFBFB78 or r27,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R27
- 2: INCEIPL $4
-
- 0xFE8DAC0: 83FF000C lwz r31,12(r31)
- 3: GETL R31, t2
- 4: ADDL $0xC, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R31
- 7: INCEIPL $4
-
- 0xFE8DAC4: 2C9F0000 cmpi cr1,r31,0
- 8: GETL R31, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x1, CR
- 11: INCEIPL $4
-
- 0xFE8DAC8: 4086FFD0 bc 4,6,0xFE8DA98
- 12: Jc06o $0xFE8DA98
-
-
-
-. 2835 FE8DABC 16
-. 7F FB FB 78 83 FF 00 0C 2C 9F 00 00 40 86 FF D0
-==== BB 2836 (0xFE8DBFC) approx BBs exec'd 0 ====
-
- 0xFE8DBFC: 83BB000C lwz r29,12(r27)
- 0: GETL R27, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0xFE8DC00: 93B1000C stw r29,12(r17)
- 5: GETL R29, t4
- 6: GETL R17, t6
- 7: ADDL $0xC, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFE8DC04: 923B000C stw r17,12(r27)
- 10: GETL R17, t8
- 11: GETL R27, t10
- 12: ADDL $0xC, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0xFE8DC08: 80610018 lwz r3,24(r1)
- 15: GETL R1, t12
- 16: ADDL $0x18, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R3
- 19: INCEIPL $4
-
- 0xFE8DC0C: 7F44D378 or r4,r26,r26
- 20: GETL R26, t16
- 21: PUTL t16, R4
- 22: INCEIPL $4
-
- 0xFE8DC10: 3B000000 li r24,0
- 23: MOVL $0x0, t18
- 24: PUTL t18, R24
- 25: INCEIPL $4
-
- 0xFE8DC14: 4804B805 bl 0xFED9418
- 26: MOVL $0xFE8DC18, t20
- 27: PUTL t20, LR
- 28: JMPo-c $0xFED9418 ($4)
-
-
-
-. 2836 FE8DBFC 28
-. 83 BB 00 0C 93 B1 00 0C 92 3B 00 0C 80 61 00 18 7F 44 D3 78 3B 00 00 00 48 04 B8 05
-==== BB 2837 (0xFE8DD74) approx BBs exec'd 0 ====
-
- 0xFE8DD74: 5712103A rlwinm r18,r24,2,0,29
- 0: GETL R24, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R18
- 3: INCEIPL $4
-
- 0xFE8DD78: 3A000000 li r16,0
- 4: MOVL $0x0, t2
- 5: PUTL t2, R16
- 6: INCEIPL $4
-
- 0xFE8DD7C: 7DF28A14 add r15,r18,r17
- 7: GETL R18, t4
- 8: GETL R17, t6
- 9: ADDL t4, t6
- 10: PUTL t6, R15
- 11: INCEIPL $4
-
- 0xFE8DD80: 7E208B78 or r0,r17,r17
- 12: GETL R17, t8
- 13: PUTL t8, R0
- 14: INCEIPL $4
-
- 0xFE8DD84: 920F0010 stw r16,16(r15)
- 15: GETL R16, t10
- 16: GETL R15, t12
- 17: ADDL $0x10, t12
- 18: STL t10, (t12)
- 19: INCEIPL $4
-
- 0xFE8DD88: 4BFFFD6C b 0xFE8DAF4
- 20: JMPo $0xFE8DAF4 ($4)
-
-
-
-. 2837 FE8DD74 24
-. 57 12 10 3A 3A 00 00 00 7D F2 8A 14 7E 20 8B 78 92 0F 00 10 4B FF FD 6C
-==== BB 2838 (0xFE8DAF4) approx BBs exec'd 0 ====
-
- 0xFE8DAF4: 82610074 lwz r19,116(r1)
- 0: GETL R1, t0
- 1: ADDL $0x74, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R19
- 4: INCEIPL $4
-
- 0xFE8DAF8: 7C030378 or r3,r0,r0
- 5: GETL R0, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFE8DAFC: 81210024 lwz r9,36(r1)
- 8: GETL R1, t6
- 9: ADDL $0x24, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R9
- 12: INCEIPL $4
-
- 0xFE8DB00: 7E6803A6 mtlr r19
- 13: GETL R19, t10
- 14: PUTL t10, LR
- 15: INCEIPL $4
-
- 0xFE8DB04: 81C10028 lwz r14,40(r1)
- 16: GETL R1, t12
- 17: ADDL $0x28, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R14
- 20: INCEIPL $4
-
- 0xFE8DB08: 81E1002C lwz r15,44(r1)
- 21: GETL R1, t16
- 22: ADDL $0x2C, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R15
- 25: INCEIPL $4
-
- 0xFE8DB0C: 7D208120 mtcrf 0x8,r9
- 26: GETL R9, t20
- 27: ICRFL t20, $0x4, CR
- 28: INCEIPL $4
-
- 0xFE8DB10: 82010030 lwz r16,48(r1)
- 29: GETL R1, t22
- 30: ADDL $0x30, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R16
- 33: INCEIPL $4
-
- 0xFE8DB14: 82210034 lwz r17,52(r1)
- 34: GETL R1, t26
- 35: ADDL $0x34, t26
- 36: LDL (t26), t28
- 37: PUTL t28, R17
- 38: INCEIPL $4
-
- 0xFE8DB18: 82410038 lwz r18,56(r1)
- 39: GETL R1, t30
- 40: ADDL $0x38, t30
- 41: LDL (t30), t32
- 42: PUTL t32, R18
- 43: INCEIPL $4
-
- 0xFE8DB1C: 8261003C lwz r19,60(r1)
- 44: GETL R1, t34
- 45: ADDL $0x3C, t34
- 46: LDL (t34), t36
- 47: PUTL t36, R19
- 48: INCEIPL $4
-
- 0xFE8DB20: 82810040 lwz r20,64(r1)
- 49: GETL R1, t38
- 50: ADDL $0x40, t38
- 51: LDL (t38), t40
- 52: PUTL t40, R20
- 53: INCEIPL $4
-
- 0xFE8DB24: 82A10044 lwz r21,68(r1)
- 54: GETL R1, t42
- 55: ADDL $0x44, t42
- 56: LDL (t42), t44
- 57: PUTL t44, R21
- 58: INCEIPL $4
-
- 0xFE8DB28: 82C10048 lwz r22,72(r1)
- 59: GETL R1, t46
- 60: ADDL $0x48, t46
- 61: LDL (t46), t48
- 62: PUTL t48, R22
- 63: INCEIPL $4
-
- 0xFE8DB2C: 82E1004C lwz r23,76(r1)
- 64: GETL R1, t50
- 65: ADDL $0x4C, t50
- 66: LDL (t50), t52
- 67: PUTL t52, R23
- 68: INCEIPL $4
-
- 0xFE8DB30: 83010050 lwz r24,80(r1)
- 69: GETL R1, t54
- 70: ADDL $0x50, t54
- 71: LDL (t54), t56
- 72: PUTL t56, R24
- 73: INCEIPL $4
-
- 0xFE8DB34: 83210054 lwz r25,84(r1)
- 74: GETL R1, t58
- 75: ADDL $0x54, t58
- 76: LDL (t58), t60
- 77: PUTL t60, R25
- 78: INCEIPL $4
-
- 0xFE8DB38: 83410058 lwz r26,88(r1)
- 79: GETL R1, t62
- 80: ADDL $0x58, t62
- 81: LDL (t62), t64
- 82: PUTL t64, R26
- 83: INCEIPL $4
-
- 0xFE8DB3C: 8361005C lwz r27,92(r1)
- 84: GETL R1, t66
- 85: ADDL $0x5C, t66
- 86: LDL (t66), t68
- 87: PUTL t68, R27
- 88: INCEIPL $4
-
- 0xFE8DB40: 83810060 lwz r28,96(r1)
- 89: GETL R1, t70
- 90: ADDL $0x60, t70
- 91: LDL (t70), t72
- 92: PUTL t72, R28
- 93: INCEIPL $4
-
- 0xFE8DB44: 83A10064 lwz r29,100(r1)
- 94: GETL R1, t74
- 95: ADDL $0x64, t74
- 96: LDL (t74), t76
- 97: PUTL t76, R29
- 98: INCEIPL $4
-
- 0xFE8DB48: 83C10068 lwz r30,104(r1)
- 99: GETL R1, t78
- 100: ADDL $0x68, t78
- 101: LDL (t78), t80
- 102: PUTL t80, R30
- 103: INCEIPL $4
-
- 0xFE8DB4C: 83E1006C lwz r31,108(r1)
- 104: GETL R1, t82
- 105: ADDL $0x6C, t82
- 106: LDL (t82), t84
- 107: PUTL t84, R31
- 108: INCEIPL $4
-
- 0xFE8DB50: 38210070 addi r1,r1,112
- 109: GETL R1, t86
- 110: ADDL $0x70, t86
- 111: PUTL t86, R1
- 112: INCEIPL $4
-
- 0xFE8DB54: 4E800020 blr
- 113: GETL LR, t88
- 114: JMPo-r t88 ($4)
-
-
-
-. 2838 FE8DAF4 100
-. 82 61 00 74 7C 03 03 78 81 21 00 24 7E 68 03 A6 81 C1 00 28 81 E1 00 2C 7D 20 81 20 82 01 00 30 82 21 00 34 82 41 00 38 82 61 00 3C 82 81 00 40 82 A1 00 44 82 C1 00 48 82 E1 00 4C 83 01 00 50 83 21 00 54 83 41 00 58 83 61 00 5C 83 81 00 60 83 A1 00 64 83 C1 00 68 83 E1 00 6C 38 21 00 70 4E 80 00 20
-==== BB 2839 (0xFE8DCD8) approx BBs exec'd 0 ====
-
- 0xFE8DCD8: 2F9D0000 cmpi cr7,r29,0
- 0: GETL R29, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xFE8DCDC: 947A0004 stwu r3,4(r26)
- 4: GETL R3, t4
- 5: GETL R26, t6
- 6: ADDL $0x4, t6
- 7: PUTL t6, R26
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFE8DCE0: 3B9C0004 addi r28,r28,4
- 10: GETL R28, t8
- 11: ADDL $0x4, t8
- 12: PUTL t8, R28
- 13: INCEIPL $4
-
- 0xFE8DCE4: 7F19E840 cmpl cr6,r25,r29
- 14: GETL R25, t10
- 15: GETL R29, t12
- 16: CMPUL t10, t12, t14 (-rSo)
- 17: ICRFL t14, $0x6, CR
- 18: INCEIPL $4
-
- 0xFE8DCE8: 7FA0EB78 or r0,r29,r29
- 19: GETL R29, t16
- 20: PUTL t16, R0
- 21: INCEIPL $4
-
- 0xFE8DCEC: 409EFF84 bc 4,30,0xFE8DC70
- 22: Jc30o $0xFE8DC70
-
-
-
-. 2839 FE8DCD8 24
-. 2F 9D 00 00 94 7A 00 04 3B 9C 00 04 7F 19 E8 40 7F A0 EB 78 40 9E FF 84
-==== BB 2840 (0xFE8DC70) approx BBs exec'd 0 ====
-
- 0xFE8DC70: 7FA3EB78 or r3,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE8DC74: 38800000 li r4,0
- 3: MOVL $0x0, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0xFE8DC78: 4099000C bc 4,25,0xFE8DC84
- 6: Jc25o $0xFE8DC84
-
-
-
-. 2840 FE8DC70 12
-. 7F A3 EB 78 38 80 00 00 40 99 00 0C
-==== BB 2841 (0xFE8DC7C) approx BBs exec'd 0 ====
-
- 0xFE8DC7C: 4804B4A5 bl 0xFED9120
- 0: MOVL $0xFE8DC80, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0xFED9120 ($4)
-
-
-
-. 2841 FE8DC7C 4
-. 48 04 B4 A5
-==== BB 2842 rawmemchr(0xFED9120) approx BBs exec'd 0 ====
-
- 0xFED9120: 70600003 andi. r0,r3,0x3
- 0: GETL R3, t0
- 1: ANDL $0x3, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFED9124: 9421FFF0 stwu r1,-16(r1)
- 6: GETL R1, t4
- 7: GETL R1, t6
- 8: ADDL $0xFFFFFFF0, t6
- 9: PUTL t6, R1
- 10: STL t4, (t6)
- 11: INCEIPL $4
-
- 0xFED9128: 5484063E rlwinm r4,r4,0,24,31
- 12: GETL R4, t8
- 13: ANDL $0xFF, t8
- 14: PUTL t8, R4
- 15: INCEIPL $4
-
- 0xFED912C: 4182001C bc 12,2,0xFED9148
- 16: Js02o $0xFED9148
-
-
-
-. 2842 FED9120 16
-. 70 60 00 03 94 21 FF F0 54 84 06 3E 41 82 00 1C
-==== BB 2843 (0xFED9148) approx BBs exec'd 0 ====
-
- 0xFED9148: 5486402E rlwinm r6,r4,8,0,23
- 0: GETL R4, t0
- 1: SHLL $0x8, t0
- 2: PUTL t0, R6
- 3: INCEIPL $4
-
- 0xFED914C: 3D007EFE lis r8,32510
- 4: MOVL $0x7EFE0000, t2
- 5: PUTL t2, R8
- 6: INCEIPL $4
-
- 0xFED9150: 7C853378 or r5,r4,r6
- 7: GETL R4, t4
- 8: GETL R6, t6
- 9: ORL t6, t4
- 10: PUTL t4, R5
- 11: INCEIPL $4
-
- 0xFED9154: 3D608101 lis r11,-32511
- 12: MOVL $0x81010000, t8
- 13: PUTL t8, R11
- 14: INCEIPL $4
-
- 0xFED9158: 54A9801E rlwinm r9,r5,16,0,15
- 15: GETL R5, t10
- 16: SHLL $0x10, t10
- 17: PUTL t10, R9
- 18: INCEIPL $4
-
- 0xFED915C: 6108FEFF ori r8,r8,0xFEFF
- 19: MOVL $0x7EFEFEFF, t12
- 20: PUTL t12, R8
- 21: INCEIPL $4
-
- 0xFED9160: 7CAA4B78 or r10,r5,r9
- 22: GETL R5, t14
- 23: GETL R9, t16
- 24: ORL t16, t14
- 25: PUTL t14, R10
- 26: INCEIPL $4
-
- 0xFED9164: 616B0100 ori r11,r11,0x100
- 27: MOVL $0x81010100, t18
- 28: PUTL t18, R11
- 29: INCEIPL $4
-
- 0xFED9168: 80030000 lwz r0,0(r3)
- 30: GETL R3, t20
- 31: LDL (t20), t22
- 32: PUTL t22, R0
- 33: INCEIPL $4
-
- 0xFED916C: 38630004 addi r3,r3,4
- 34: GETL R3, t24
- 35: ADDL $0x4, t24
- 36: PUTL t24, R3
- 37: INCEIPL $4
-
- 0xFED9170: 7C0C5278 xor r12,r0,r10
- 38: GETL R0, t26
- 39: GETL R10, t28
- 40: XORL t26, t28
- 41: PUTL t28, R12
- 42: INCEIPL $4
-
- 0xFED9174: 7D2C4214 add r9,r12,r8
- 43: GETL R12, t30
- 44: GETL R8, t32
- 45: ADDL t30, t32
- 46: PUTL t32, R9
- 47: INCEIPL $4
-
- 0xFED9178: 7D874A78 xor r7,r12,r9
- 48: GETL R12, t34
- 49: GETL R9, t36
- 50: XORL t34, t36
- 51: PUTL t36, R7
- 52: INCEIPL $4
-
- 0xFED917C: 7D693879 andc. r9,r11,r7
- 53: GETL R11, t38
- 54: GETL R7, t40
- 55: NOTL t40
- 56: ANDL t38, t40
- 57: PUTL t40, R9
- 58: CMP0L t40, t42 (-rSo)
- 59: ICRFL t42, $0x0, CR
- 60: INCEIPL $4
-
- 0xFED9180: 3923FFFC addi r9,r3,-4
- 61: GETL R3, t44
- 62: ADDL $0xFFFFFFFC, t44
- 63: PUTL t44, R9
- 64: INCEIPL $4
-
- 0xFED9184: 41A2FFE4 bc 13,2,0xFED9168
- 65: Js02o $0xFED9168
-
-
-
-. 2843 FED9148 64
-. 54 86 40 2E 3D 00 7E FE 7C 85 33 78 3D 60 81 01 54 A9 80 1E 61 08 FE FF 7C AA 4B 78 61 6B 01 00 80 03 00 00 38 63 00 04 7C 0C 52 78 7D 2C 42 14 7D 87 4A 78 7D 69 38 79 39 23 FF FC 41 A2 FF E4
-==== BB 2844 (0xFED9168) approx BBs exec'd 0 ====
-
- 0xFED9168: 80030000 lwz r0,0(r3)
- 0: GETL R3, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0xFED916C: 38630004 addi r3,r3,4
- 4: GETL R3, t4
- 5: ADDL $0x4, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFED9170: 7C0C5278 xor r12,r0,r10
- 8: GETL R0, t6
- 9: GETL R10, t8
- 10: XORL t6, t8
- 11: PUTL t8, R12
- 12: INCEIPL $4
-
- 0xFED9174: 7D2C4214 add r9,r12,r8
- 13: GETL R12, t10
- 14: GETL R8, t12
- 15: ADDL t10, t12
- 16: PUTL t12, R9
- 17: INCEIPL $4
-
- 0xFED9178: 7D874A78 xor r7,r12,r9
- 18: GETL R12, t14
- 19: GETL R9, t16
- 20: XORL t14, t16
- 21: PUTL t16, R7
- 22: INCEIPL $4
-
- 0xFED917C: 7D693879 andc. r9,r11,r7
- 23: GETL R11, t18
- 24: GETL R7, t20
- 25: NOTL t20
- 26: ANDL t18, t20
- 27: PUTL t20, R9
- 28: CMP0L t20, t22 (-rSo)
- 29: ICRFL t22, $0x0, CR
- 30: INCEIPL $4
-
- 0xFED9180: 3923FFFC addi r9,r3,-4
- 31: GETL R3, t24
- 32: ADDL $0xFFFFFFFC, t24
- 33: PUTL t24, R9
- 34: INCEIPL $4
-
- 0xFED9184: 41A2FFE4 bc 13,2,0xFED9168
- 35: Js02o $0xFED9168
-
-
-
-. 2844 FED9168 32
-. 80 03 00 00 38 63 00 04 7C 0C 52 78 7D 2C 42 14 7D 87 4A 78 7D 69 38 79 39 23 FF FC 41 A2 FF E4
-==== BB 2845 (0xFED9188) approx BBs exec'd 0 ====
-
- 0xFED9188: 88A3FFFC lbz r5,-4(r3)
- 0: GETL R3, t0
- 1: ADDL $0xFFFFFFFC, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0xFED918C: 7C852000 cmp cr1,r5,r4
- 5: GETL R5, t4
- 6: GETL R4, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x1, CR
- 9: INCEIPL $4
-
- 0xFED9190: 41860034 bc 12,6,0xFED91C4
- 10: Js06o $0xFED91C4
-
-
-
-. 2845 FED9188 12
-. 88 A3 FF FC 7C 85 20 00 41 86 00 34
-==== BB 2846 (0xFED9194) approx BBs exec'd 0 ====
-
- 0xFED9194: 88C90001 lbz r6,1(r9)
- 0: GETL R9, t0
- 1: ADDL $0x1, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0xFED9198: 7F062000 cmp cr6,r6,r4
- 5: GETL R6, t4
- 6: GETL R4, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x6, CR
- 9: INCEIPL $4
-
- 0xFED919C: 419A0034 bc 12,26,0xFED91D0
- 10: Js26o $0xFED91D0
-
-
-
-. 2846 FED9194 12
-. 88 C9 00 01 7F 06 20 00 41 9A 00 34
-==== BB 2847 (0xFED91D0) approx BBs exec'd 0 ====
-
- 0xFED91D0: 3863FFFD addi r3,r3,-3
- 0: GETL R3, t0
- 1: ADDL $0xFFFFFFFD, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0xFED91D4: 38210010 addi r1,r1,16
- 4: GETL R1, t2
- 5: ADDL $0x10, t2
- 6: PUTL t2, R1
- 7: INCEIPL $4
-
- 0xFED91D8: 4E800020 blr
- 8: GETL LR, t4
- 9: JMPo-r t4 ($4)
-
-
-
-. 2847 FED91D0 12
-. 38 63 FF FD 38 21 00 10 4E 80 00 20
-==== BB 2848 (0xFE8DC80) approx BBs exec'd 0 ====
-
- 0xFE8DC80: 38030001 addi r0,r3,1
- 0: GETL R3, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R0
- 3: INCEIPL $4
-
- 0xFE8DC84: 7F190040 cmpl cr6,r25,r0
- 4: GETL R25, t2
- 5: GETL R0, t4
- 6: CMPUL t2, t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0xFE8DC88: 7C1F0378 or r31,r0,r0
- 9: GETL R0, t8
- 10: PUTL t8, R31
- 11: INCEIPL $4
-
- 0xFE8DC8C: 4099006C bc 4,25,0xFE8DCF8
- 12: Jc25o $0xFE8DCF8
-
-
-
-. 2848 FE8DC80 16
-. 38 03 00 01 7F 19 00 40 7C 1F 03 78 40 99 00 6C
-==== BB 2849 (0xFE8DCF8) approx BBs exec'd 0 ====
-
- 0xFE8DCF8: 3BE00000 li r31,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R31
- 2: INCEIPL $4
-
- 0xFE8DCFC: 4BFFFF94 b 0xFE8DC90
- 3: JMPo $0xFE8DC90 ($4)
-
-
-
-. 2849 FE8DCF8 8
-. 3B E0 00 00 4B FF FF 94
-==== BB 2850 (0xFED835C) approx BBs exec'd 0 ====
-
- 0xFED835C: 5540463F rlwinm. r0,r10,8,24,31
- 0: GETL R10, t0
- 1: SHRL $0x18, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFED8360: 9C030004 stbu r0,4(r3)
- 6: GETL R0, t4
- 7: GETL R3, t6
- 8: ADDL $0x4, t6
- 9: PUTL t6, R3
- 10: STB t4, (t6)
- 11: INCEIPL $4
-
- 0xFED8364: 4D820020 bclr 12,2
- 12: GETL LR, t8
- 13: Js02o-r t8
-
-
-
-. 2850 FED835C 12
-. 55 40 46 3F 9C 03 00 04 4D 82 00 20
-==== BB 2851 (0xFE8B92C) approx BBs exec'd 0 ====
-
- 0xFE8B92C: 801C00A8 lwz r0,168(r28)
- 0: GETL R28, t0
- 1: ADDL $0xA8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFE8B930: 7C7F1B78 or r31,r3,r3
- 5: GETL R3, t4
- 6: PUTL t4, R31
- 7: INCEIPL $4
-
- 0xFE8B934: 2C800000 cmpi cr1,r0,0
- 8: GETL R0, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x1, CR
- 11: INCEIPL $4
-
- 0xFE8B938: 40860098 bc 4,6,0xFE8B9D0
- 12: Jc06o $0xFE8B9D0
-
-
-
-. 2851 FE8B92C 16
-. 80 1C 00 A8 7C 7F 1B 78 2C 80 00 00 40 86 00 98
-==== BB 2852 (0xFE8B93C) approx BBs exec'd 0 ====
-
- 0xFE8B93C: 2F1F0000 cmpi cr6,r31,0
- 0: GETL R31, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0xFE8B940: 38600000 li r3,0
- 4: MOVL $0x0, t4
- 5: PUTL t4, R3
- 6: INCEIPL $4
-
- 0xFE8B944: 41BAFEE8 bc 13,26,0xFE8B82C
- 7: Js26o $0xFE8B82C
-
-
-
-. 2852 FE8B93C 12
-. 2F 1F 00 00 38 60 00 00 41 BA FE E8
-==== BB 2853 (0xFE8B948) approx BBs exec'd 0 ====
-
- 0xFE8B948: 815F0004 lwz r10,4(r31)
- 0: GETL R31, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0xFE8B94C: 2C0A0000 cmpi cr0,r10,0
- 5: GETL R10, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0xFE8B950: 408100B8 bc 4,1,0xFE8BA08
- 9: Jc01o $0xFE8BA08
-
-
-
-. 2853 FE8B948 12
-. 81 5F 00 04 2C 0A 00 00 40 81 00 B8
-==== BB 2854 (0xFE8B954) approx BBs exec'd 0 ====
-
- 0xFE8B954: 839F0008 lwz r28,8(r31)
- 0: GETL R31, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0xFE8B958: 2F9C0000 cmpi cr7,r28,0
- 5: GETL R28, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0xFE8B95C: 409E0058 bc 4,30,0xFE8B9B4
- 9: Jc30o $0xFE8B9B4
-
-
-
-. 2854 FE8B954 12
-. 83 9F 00 08 2F 9C 00 00 40 9E 00 58
-==== BB 2855 (0xFE8B960) approx BBs exec'd 0 ====
-
- 0xFE8B960: 819F0010 lwz r12,16(r31)
- 0: GETL R31, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R12
- 4: INCEIPL $4
-
- 0xFE8B964: 3B800000 li r28,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R28
- 7: INCEIPL $4
-
- 0xFE8B968: 2C8C0000 cmpi cr1,r12,0
- 8: GETL R12, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x1, CR
- 11: INCEIPL $4
-
- 0xFE8B96C: 41860048 bc 12,6,0xFE8B9B4
- 12: Js06o $0xFE8B9B4
-
-
-
-. 2855 FE8B960 16
-. 81 9F 00 10 3B 80 00 00 2C 8C 00 00 41 86 00 48
-==== BB 2856 (0xFE8B970) approx BBs exec'd 0 ====
-
- 0xFE8B970: 39400000 li r10,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R10
- 2: INCEIPL $4
-
- 0xFE8B974: 7FAAFA14 add r29,r10,r31
- 3: GETL R10, t2
- 4: GETL R31, t4
- 5: ADDL t2, t4
- 6: PUTL t4, R29
- 7: INCEIPL $4
-
- 0xFE8B978: 3B9C0001 addi r28,r28,1
- 8: GETL R28, t6
- 9: ADDL $0x1, t6
- 10: PUTL t6, R28
- 11: INCEIPL $4
-
- 0xFE8B97C: 813D0010 lwz r9,16(r29)
- 12: GETL R29, t8
- 13: ADDL $0x10, t8
- 14: LDL (t8), t10
- 15: PUTL t10, R9
- 16: INCEIPL $4
-
- 0xFE8B980: 7F64DB78 or r4,r27,r27
- 17: GETL R27, t12
- 18: PUTL t12, R4
- 19: INCEIPL $4
-
- 0xFE8B984: 80090004 lwz r0,4(r9)
- 20: GETL R9, t14
- 21: ADDL $0x4, t14
- 22: LDL (t14), t16
- 23: PUTL t16, R0
- 24: INCEIPL $4
-
- 0xFE8B988: 7D234B78 or r3,r9,r9
- 25: GETL R9, t18
- 26: PUTL t18, R3
- 27: INCEIPL $4
-
- 0xFE8B98C: 2F000000 cmpi cr6,r0,0
- 28: GETL R0, t20
- 29: CMP0L t20, t22 (-rSo)
- 30: ICRFL t22, $0x6, CR
- 31: INCEIPL $4
-
- 0xFE8B990: 4099006C bc 4,25,0xFE8B9FC
- 32: Jc25o $0xFE8B9FC
-
-
-
-. 2856 FE8B970 36
-. 39 40 00 00 7F AA FA 14 3B 9C 00 01 81 3D 00 10 7F 64 DB 78 80 09 00 04 7D 23 4B 78 2F 00 00 00 40 99 00 6C
-==== BB 2857 (0xFE8B9FC) approx BBs exec'd 0 ====
-
- 0xFE8B9FC: 48000399 bl 0xFE8BD94
- 0: MOVL $0xFE8BA00, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0xFE8BD94 ($4)
-
-
-
-. 2857 FE8B9FC 4
-. 48 00 03 99
-==== BB 2858 _nl_load_domain(0xFE8BD94) approx BBs exec'd 0 ====
-
- 0xFE8BD94: 9421FEF0 stwu r1,-272(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFEF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFE8BD98: 7CA802A6 mflr r5
- 6: GETL LR, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0xFE8BD9C: 4811C0B5 bl 0xFFA7E50
- 9: MOVL $0xFE8BDA0, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 2858 FE8BD94 12
-. 94 21 FE F0 7C A8 02 A6 48 11 C0 B5
-==== BB 2859 (0xFE8BDA0) approx BBs exec'd 0 ====
-
- 0xFE8BDA0: 93C10108 stw r30,264(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x108, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFE8BDA4: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFE8BDA8: 936100FC stw r27,252(r1)
- 8: GETL R27, t6
- 9: GETL R1, t8
- 10: ADDL $0xFC, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFE8BDAC: 90A10114 stw r5,276(r1)
- 13: GETL R5, t10
- 14: GETL R1, t12
- 15: ADDL $0x114, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFE8BDB0: 7D800026 mfcr r12
- 18: GETL CR, t14
- 19: PUTL t14, R12
- 20: INCEIPL $4
-
- 0xFE8BDB4: 93A10104 stw r29,260(r1)
- 21: GETL R29, t16
- 22: GETL R1, t18
- 23: ADDL $0x104, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFE8BDB8: 3BA28BA0 addi r29,r2,-29792
- 26: GETL R2, t20
- 27: ADDL $0xFFFF8BA0, t20
- 28: PUTL t20, R29
- 29: INCEIPL $4
-
- 0xFE8BDBC: 837E01A4 lwz r27,420(r30)
- 30: GETL R30, t22
- 31: ADDL $0x1A4, t22
- 32: LDL (t22), t24
- 33: PUTL t24, R27
- 34: INCEIPL $4
-
- 0xFE8BDC0: 926100DC stw r19,220(r1)
- 35: GETL R19, t26
- 36: GETL R1, t28
- 37: ADDL $0xDC, t28
- 38: STL t26, (t28)
- 39: INCEIPL $4
-
- 0xFE8BDC4: 7C932378 or r19,r4,r4
- 40: GETL R4, t30
- 41: PUTL t30, R19
- 42: INCEIPL $4
-
- 0xFE8BDC8: 801B0008 lwz r0,8(r27)
- 43: GETL R27, t32
- 44: ADDL $0x8, t32
- 45: LDL (t32), t34
- 46: PUTL t34, R0
- 47: INCEIPL $4
-
- 0xFE8BDCC: 930100F0 stw r24,240(r1)
- 48: GETL R24, t36
- 49: GETL R1, t38
- 50: ADDL $0xF0, t38
- 51: STL t36, (t38)
- 52: INCEIPL $4
-
- 0xFE8BDD0: 3B000000 li r24,0
- 53: MOVL $0x0, t40
- 54: PUTL t40, R24
- 55: INCEIPL $4
-
- 0xFE8BDD4: 7F80E800 cmp cr7,r0,r29
- 56: GETL R0, t42
- 57: GETL R29, t44
- 58: CMPL t42, t44, t46 (-rSo)
- 59: ICRFL t46, $0x7, CR
- 60: INCEIPL $4
-
- 0xFE8BDD8: 934100F8 stw r26,248(r1)
- 61: GETL R26, t48
- 62: GETL R1, t50
- 63: ADDL $0xF8, t50
- 64: STL t48, (t50)
- 65: INCEIPL $4
-
- 0xFE8BDDC: 93E1010C stw r31,268(r1)
- 66: GETL R31, t52
- 67: GETL R1, t54
- 68: ADDL $0x10C, t54
- 69: STL t52, (t54)
- 70: INCEIPL $4
-
- 0xFE8BDE0: 7C7A1B78 or r26,r3,r3
- 71: GETL R3, t56
- 72: PUTL t56, R26
- 73: INCEIPL $4
-
- 0xFE8BDE4: 91C100C8 stw r14,200(r1)
- 74: GETL R14, t58
- 75: GETL R1, t60
- 76: ADDL $0xC8, t60
- 77: STL t58, (t60)
- 78: INCEIPL $4
-
- 0xFE8BDE8: 7C3F0B78 or r31,r1,r1
- 79: GETL R1, t62
- 80: PUTL t62, R31
- 81: INCEIPL $4
-
- 0xFE8BDEC: 91E100CC stw r15,204(r1)
- 82: GETL R15, t64
- 83: GETL R1, t66
- 84: ADDL $0xCC, t66
- 85: STL t64, (t66)
- 86: INCEIPL $4
-
- 0xFE8BDF0: 920100D0 stw r16,208(r1)
- 87: GETL R16, t68
- 88: GETL R1, t70
- 89: ADDL $0xD0, t70
- 90: STL t68, (t70)
- 91: INCEIPL $4
-
- 0xFE8BDF4: 922100D4 stw r17,212(r1)
- 92: GETL R17, t72
- 93: GETL R1, t74
- 94: ADDL $0xD4, t74
- 95: STL t72, (t74)
- 96: INCEIPL $4
-
- 0xFE8BDF8: 924100D8 stw r18,216(r1)
- 97: GETL R18, t76
- 98: GETL R1, t78
- 99: ADDL $0xD8, t78
- 100: STL t76, (t78)
- 101: INCEIPL $4
-
- 0xFE8BDFC: 928100E0 stw r20,224(r1)
- 102: GETL R20, t80
- 103: GETL R1, t82
- 104: ADDL $0xE0, t82
- 105: STL t80, (t82)
- 106: INCEIPL $4
-
- 0xFE8BE00: 92A100E4 stw r21,228(r1)
- 107: GETL R21, t84
- 108: GETL R1, t86
- 109: ADDL $0xE4, t86
- 110: STL t84, (t86)
- 111: INCEIPL $4
-
- 0xFE8BE04: 92C100E8 stw r22,232(r1)
- 112: GETL R22, t88
- 113: GETL R1, t90
- 114: ADDL $0xE8, t90
- 115: STL t88, (t90)
- 116: INCEIPL $4
-
- 0xFE8BE08: 92E100EC stw r23,236(r1)
- 117: GETL R23, t92
- 118: GETL R1, t94
- 119: ADDL $0xEC, t94
- 120: STL t92, (t94)
- 121: INCEIPL $4
-
- 0xFE8BE0C: 932100F4 stw r25,244(r1)
- 122: GETL R25, t96
- 123: GETL R1, t98
- 124: ADDL $0xF4, t98
- 125: STL t96, (t98)
- 126: INCEIPL $4
-
- 0xFE8BE10: 93810100 stw r28,256(r1)
- 127: GETL R28, t100
- 128: GETL R1, t102
- 129: ADDL $0x100, t102
- 130: STL t100, (t102)
- 131: INCEIPL $4
-
- 0xFE8BE14: 918100C4 stw r12,196(r1)
- 132: GETL R12, t104
- 133: GETL R1, t106
- 134: ADDL $0xC4, t106
- 135: STL t104, (t106)
- 136: INCEIPL $4
-
- 0xFE8BE18: 419E002C bc 12,30,0xFE8BE44
- 137: Js30o $0xFE8BE44
-
-
-
-. 2859 FE8BDA0 124
-. 93 C1 01 08 7F C8 02 A6 93 61 00 FC 90 A1 01 14 7D 80 00 26 93 A1 01 04 3B A2 8B A0 83 7E 01 A4 92 61 00 DC 7C 93 23 78 80 1B 00 08 93 01 00 F0 3B 00 00 00 7F 80 E8 00 93 41 00 F8 93 E1 01 0C 7C 7A 1B 78 91 C1 00 C8 7C 3F 0B 78 91 E1 00 CC 92 01 00 D0 92 21 00 D4 92 41 00 D8 92 81 00 E0 92 A1 00 E4 92 C1 00 E8 92 E1 00 EC 93 21 00 F4 93 81 01 00 91 81 00 C4 41 9E 00 2C
-==== BB 2860 (0xFE8BE1C) approx BBs exec'd 0 ====
-
- 0xFE8BE1C: 38600001 li r3,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE8BE20: 7D20D828 lwarx r9,r0,r27
- 3: GETL R27, t2
- 4: LOCKo
- 5: LDL (t2), t4
- 6: PUTL t4, R9
- 7: INCEIPL $4
-
- 0xFE8BE24: 7C09C000 cmp cr0,r9,r24
- 8: GETL R9, t6
- 9: GETL R24, t8
- 10: CMPL t6, t8, t10 (-rSo)
- 11: ICRFL t10, $0x0, CR
- 12: INCEIPL $4
-
- 0xFE8BE28: 4082000C bc 4,2,0xFE8BE34
- 13: Jc02o $0xFE8BE34
-
-
-
-. 2860 FE8BE1C 16
-. 38 60 00 01 7D 20 D8 28 7C 09 C0 00 40 82 00 0C
-==== BB 2861 (0xFE8BE2C) approx BBs exec'd 0 ====
-
- 0xFE8BE2C: 7C60D92D stwcx. r3,r0,r27
- 0: GETL R27, t0
- 1: GETL R3, t2
- 2: LOCKo
- 3: STL t2, (t0) (-rSo)
- 4: ICRFL cr, $0x0, CR
- 5: INCEIPL $4
-
- 0xFE8BE30: 40A2FFF0 bc 5,2,0xFE8BE20
- 6: Jc02o $0xFE8BE20
-
-
-
-. 2861 FE8BE2C 8
-. 7C 60 D9 2D 40 A2 FF F0
-==== BB 2862 (0xFE8BE20) approx BBs exec'd 0 ====
-
- 0xFE8BE20: 7D20D828 lwarx r9,r0,r27
- 0: GETL R27, t0
- 1: LOCKo
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFE8BE24: 7C09C000 cmp cr0,r9,r24
- 5: GETL R9, t4
- 6: GETL R24, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x0, CR
- 9: INCEIPL $4
-
- 0xFE8BE28: 4082000C bc 4,2,0xFE8BE34
- 10: Jc02o $0xFE8BE34
-
-
-
-. 2862 FE8BE20 12
-. 7D 20 D8 28 7C 09 C0 00 40 82 00 0C
-==== BB 2863 (0xFE8BE34) approx BBs exec'd 0 ====
-
- 0xFE8BE34: 4C00012C 0: INCEIPL $4
-
- 0xFE8BE38: 2C090000 cmpi cr0,r9,0
- 1: GETL R9, t0
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0xFE8BE3C: 40820614 bc 4,2,0xFE8C450
- 5: Jc02o $0xFE8C450
-
-
-
-. 2863 FE8BE34 12
-. 4C 00 01 2C 2C 09 00 00 40 82 06 14
-==== BB 2864 (0xFE8BE40) approx BBs exec'd 0 ====
-
- 0xFE8BE40: 93BB0008 stw r29,8(r27)
- 0: GETL R29, t0
- 1: GETL R27, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFE8BE44: 813B0004 lwz r9,4(r27)
- 5: GETL R27, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R9
- 9: INCEIPL $4
-
- 0xFE8BE48: 38890001 addi r4,r9,1
- 10: GETL R9, t8
- 11: ADDL $0x1, t8
- 12: PUTL t8, R4
- 13: INCEIPL $4
-
- 0xFE8BE4C: 909B0004 stw r4,4(r27)
- 14: GETL R4, t10
- 15: GETL R27, t12
- 16: ADDL $0x4, t12
- 17: STL t10, (t12)
- 18: INCEIPL $4
-
- 0xFE8BE50: 817A0004 lwz r11,4(r26)
- 19: GETL R26, t14
- 20: ADDL $0x4, t14
- 21: LDL (t14), t16
- 22: PUTL t16, R11
- 23: INCEIPL $4
-
- 0xFE8BE54: 2C8B0000 cmpi cr1,r11,0
- 24: GETL R11, t18
- 25: CMP0L t18, t20 (-rSo)
- 26: ICRFL t20, $0x1, CR
- 27: INCEIPL $4
-
- 0xFE8BE58: 41860090 bc 12,6,0xFE8BEE8
- 28: Js06o $0xFE8BEE8
-
-
-
-. 2864 FE8BE40 28
-. 93 BB 00 08 81 3B 00 04 38 89 00 01 90 9B 00 04 81 7A 00 04 2C 8B 00 00 41 86 00 90
-==== BB 2865 (0xFE8BEE8) approx BBs exec'd 0 ====
-
- 0xFE8BEE8: 807A0000 lwz r3,0(r26)
- 0: GETL R26, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0xFE8BEEC: 38E0FFFF li r7,-1
- 4: MOVL $0xFFFFFFFF, t4
- 5: PUTL t4, R7
- 6: INCEIPL $4
-
- 0xFE8BEF0: 90FA0004 stw r7,4(r26)
- 7: GETL R7, t6
- 8: GETL R26, t8
- 9: ADDL $0x4, t8
- 10: STL t6, (t8)
- 11: INCEIPL $4
-
- 0xFE8BEF4: 2F830000 cmpi cr7,r3,0
- 12: GETL R3, t10
- 13: CMP0L t10, t12 (-rSo)
- 14: ICRFL t12, $0x7, CR
- 15: INCEIPL $4
-
- 0xFE8BEF8: 917A0008 stw r11,8(r26)
- 16: GETL R11, t14
- 17: GETL R26, t16
- 18: ADDL $0x8, t16
- 19: STL t14, (t16)
- 20: INCEIPL $4
-
- 0xFE8BEFC: 409E005C bc 4,30,0xFE8BF58
- 21: Jc30o $0xFE8BF58
-
-
-
-. 2865 FE8BEE8 24
-. 80 7A 00 00 38 E0 FF FF 90 FA 00 04 2F 83 00 00 91 7A 00 08 40 9E 00 5C
-==== BB 2866 (0xFE8BF58) approx BBs exec'd 0 ====
-
- 0xFE8BF58: 38800000 li r4,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0xFE8BF5C: 48095DC5 bl 0xFF21D20
- 3: MOVL $0xFE8BF60, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0xFF21D20 ($4)
-
-
-
-. 2866 FE8BF58 8
-. 38 80 00 00 48 09 5D C5
-==== BB 2867 (0xFF21D2C) approx BBs exec'd 0 ====
-
- 0xFF21D2C: 4BF59C5C b 0xFE7B988
- 0: JMPo $0xFE7B988 ($4)
-
-
-
-. 2867 FF21D2C 4
-. 4B F5 9C 5C
-==== BB 2868 __syscall_error(0xFE7B988) approx BBs exec'd 0 ====
-
- 0xFE7B988: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFE7B98C: 7D8802A6 mflr r12
- 6: GETL LR, t4
- 7: PUTL t4, R12
- 8: INCEIPL $4
-
- 0xFE7B990: 4812C4C1 bl 0xFFA7E50
- 9: MOVL $0xFE7B994, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 2868 FE7B988 12
-. 94 21 FF F0 7D 88 02 A6 48 12 C4 C1
-==== BB 2869 (0xFE7B994) approx BBs exec'd 0 ====
-
- 0xFE7B994: 93C10008 stw r30,8(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFE7B998: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFE7B99C: 7D8803A6 mtlr r12
- 8: GETL R12, t6
- 9: PUTL t6, LR
- 10: INCEIPL $4
-
- 0xFE7B9A0: 809E1C4C lwz r4,7244(r30)
- 11: GETL R30, t8
- 12: ADDL $0x1C4C, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R4
- 15: INCEIPL $4
-
- 0xFE7B9A4: 83C10008 lwz r30,8(r1)
- 16: GETL R1, t12
- 17: ADDL $0x8, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R30
- 20: INCEIPL $4
-
- 0xFE7B9A8: 7D241214 add r9,r4,r2
- 21: GETL R4, t16
- 22: GETL R2, t18
- 23: ADDL t16, t18
- 24: PUTL t18, R9
- 25: INCEIPL $4
-
- 0xFE7B9AC: 38210010 addi r1,r1,16
- 26: GETL R1, t20
- 27: ADDL $0x10, t20
- 28: PUTL t20, R1
- 29: INCEIPL $4
-
- 0xFE7B9B0: 90690000 stw r3,0(r9)
- 30: GETL R3, t22
- 31: GETL R9, t24
- 32: STL t22, (t24)
- 33: INCEIPL $4
-
- 0xFE7B9B4: 3860FFFF li r3,-1
- 34: MOVL $0xFFFFFFFF, t26
- 35: PUTL t26, R3
- 36: INCEIPL $4
-
- 0xFE7B9B8: 4E800020 blr
- 37: GETL LR, t28
- 38: JMPo-r t28 ($4)
-
-
-
-. 2869 FE7B994 40
-. 93 C1 00 08 7F C8 02 A6 7D 88 03 A6 80 9E 1C 4C 83 C1 00 08 7D 24 12 14 38 21 00 10 90 69 00 00 38 60 FF FF 4E 80 00 20
-==== BB 2870 (0xFE8BF60) approx BBs exec'd 0 ====
-
- 0xFE8BF60: 2E03FFFF cmpi cr4,r3,-1
- 0: GETL R3, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x4, CR
- 4: INCEIPL $4
-
- 0xFE8BF64: 7C791B78 or r25,r3,r3
- 5: GETL R3, t6
- 6: PUTL t6, R25
- 7: INCEIPL $4
-
- 0xFE8BF68: 41B2FF98 bc 13,18,0xFE8BF00
- 8: Js18o $0xFE8BF00
-
-
-
-. 2870 FE8BF60 12
-. 2E 03 FF FF 7C 79 1B 78 41 B2 FF 98
-==== BB 2871 (0xFE8BF00) approx BBs exec'd 0 ====
-
- 0xFE8BF00: 3B200001 li r25,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R25
- 2: INCEIPL $4
-
- 0xFE8BF04: 933A0004 stw r25,4(r26)
- 3: GETL R25, t2
- 4: GETL R26, t4
- 5: ADDL $0x4, t4
- 6: STL t2, (t4)
- 7: INCEIPL $4
-
- 0xFE8BF08: 82DB0004 lwz r22,4(r27)
- 8: GETL R27, t6
- 9: ADDL $0x4, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R22
- 12: INCEIPL $4
-
- 0xFE8BF0C: 3936FFFF addi r9,r22,-1
- 13: GETL R22, t10
- 14: ADDL $0xFFFFFFFF, t10
- 15: PUTL t10, R9
- 16: INCEIPL $4
-
- 0xFE8BF10: 2F890000 cmpi cr7,r9,0
- 17: GETL R9, t12
- 18: CMP0L t12, t14 (-rSo)
- 19: ICRFL t14, $0x7, CR
- 20: INCEIPL $4
-
- 0xFE8BF14: 913B0004 stw r9,4(r27)
- 21: GETL R9, t16
- 22: GETL R27, t18
- 23: ADDL $0x4, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFE8BF18: 40BEFF6C bc 5,30,0xFE8BE84
- 26: Jc30o $0xFE8BE84
-
-
-
-. 2871 FE8BF00 28
-. 3B 20 00 01 93 3A 00 04 82 DB 00 04 39 36 FF FF 2F 89 00 00 91 3B 00 04 40 BE FF 6C
-==== BB 2872 (0xFE8BF1C) approx BBs exec'd 0 ====
-
- 0xFE8BF1C: 913B0008 stw r9,8(r27)
- 0: GETL R9, t0
- 1: GETL R27, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFE8BF20: 7C0004AC sync
- 5: INCEIPL $4
-
- 0xFE8BF24: 7F40D828 lwarx r26,r0,r27
- 6: GETL R27, t4
- 7: LOCKo
- 8: LDL (t4), t6
- 9: PUTL t6, R26
- 10: INCEIPL $4
-
- 0xFE8BF28: 7D20D92D stwcx. r9,r0,r27
- 11: GETL R27, t8
- 12: GETL R9, t10
- 13: LOCKo
- 14: STL t10, (t8) (-rSo)
- 15: ICRFL cr, $0x0, CR
- 16: INCEIPL $4
-
- 0xFE8BF2C: 40A2FFF8 bc 5,2,0xFE8BF24
- 17: Jc02o $0xFE8BF24
-
-
-
-. 2872 FE8BF1C 20
-. 91 3B 00 08 7C 00 04 AC 7F 40 D8 28 7D 20 D9 2D 40 A2 FF F8
-==== BB 2873 (0xFE8BF30) approx BBs exec'd 0 ====
-
- 0xFE8BF30: 2C1A0001 cmpi cr0,r26,1
- 0: GETL R26, t0
- 1: MOVL $0x1, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0xFE8BF34: 4081FF50 bc 4,1,0xFE8BE84
- 5: Jc01o $0xFE8BE84
-
-
-
-. 2873 FE8BF30 8
-. 2C 1A 00 01 40 81 FF 50
-==== BB 2874 (0xFE8BE84) approx BBs exec'd 0 ====
-
- 0xFE8BE84: 80A10000 lwz r5,0(r1)
- 0: GETL R1, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R5
- 3: INCEIPL $4
-
- 0xFE8BE88: 83650004 lwz r27,4(r5)
- 4: GETL R5, t4
- 5: ADDL $0x4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R27
- 8: INCEIPL $4
-
- 0xFE8BE8C: 8145FFB4 lwz r10,-76(r5)
- 9: GETL R5, t8
- 10: ADDL $0xFFFFFFB4, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R10
- 13: INCEIPL $4
-
- 0xFE8BE90: 7F6803A6 mtlr r27
- 14: GETL R27, t12
- 15: PUTL t12, LR
- 16: INCEIPL $4
-
- 0xFE8BE94: 81C5FFB8 lwz r14,-72(r5)
- 17: GETL R5, t14
- 18: ADDL $0xFFFFFFB8, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R14
- 21: INCEIPL $4
-
- 0xFE8BE98: 81E5FFBC lwz r15,-68(r5)
- 22: GETL R5, t18
- 23: ADDL $0xFFFFFFBC, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R15
- 26: INCEIPL $4
-
- 0xFE8BE9C: 7D408120 mtcrf 0x8,r10
- 27: GETL R10, t22
- 28: ICRFL t22, $0x4, CR
- 29: INCEIPL $4
-
- 0xFE8BEA0: 8205FFC0 lwz r16,-64(r5)
- 30: GETL R5, t24
- 31: ADDL $0xFFFFFFC0, t24
- 32: LDL (t24), t26
- 33: PUTL t26, R16
- 34: INCEIPL $4
-
- 0xFE8BEA4: 8225FFC4 lwz r17,-60(r5)
- 35: GETL R5, t28
- 36: ADDL $0xFFFFFFC4, t28
- 37: LDL (t28), t30
- 38: PUTL t30, R17
- 39: INCEIPL $4
-
- 0xFE8BEA8: 8245FFC8 lwz r18,-56(r5)
- 40: GETL R5, t32
- 41: ADDL $0xFFFFFFC8, t32
- 42: LDL (t32), t34
- 43: PUTL t34, R18
- 44: INCEIPL $4
-
- 0xFE8BEAC: 8265FFCC lwz r19,-52(r5)
- 45: GETL R5, t36
- 46: ADDL $0xFFFFFFCC, t36
- 47: LDL (t36), t38
- 48: PUTL t38, R19
- 49: INCEIPL $4
-
- 0xFE8BEB0: 8285FFD0 lwz r20,-48(r5)
- 50: GETL R5, t40
- 51: ADDL $0xFFFFFFD0, t40
- 52: LDL (t40), t42
- 53: PUTL t42, R20
- 54: INCEIPL $4
-
- 0xFE8BEB4: 82A5FFD4 lwz r21,-44(r5)
- 55: GETL R5, t44
- 56: ADDL $0xFFFFFFD4, t44
- 57: LDL (t44), t46
- 58: PUTL t46, R21
- 59: INCEIPL $4
-
- 0xFE8BEB8: 82C5FFD8 lwz r22,-40(r5)
- 60: GETL R5, t48
- 61: ADDL $0xFFFFFFD8, t48
- 62: LDL (t48), t50
- 63: PUTL t50, R22
- 64: INCEIPL $4
-
- 0xFE8BEBC: 82E5FFDC lwz r23,-36(r5)
- 65: GETL R5, t52
- 66: ADDL $0xFFFFFFDC, t52
- 67: LDL (t52), t54
- 68: PUTL t54, R23
- 69: INCEIPL $4
-
- 0xFE8BEC0: 8305FFE0 lwz r24,-32(r5)
- 70: GETL R5, t56
- 71: ADDL $0xFFFFFFE0, t56
- 72: LDL (t56), t58
- 73: PUTL t58, R24
- 74: INCEIPL $4
-
- 0xFE8BEC4: 8325FFE4 lwz r25,-28(r5)
- 75: GETL R5, t60
- 76: ADDL $0xFFFFFFE4, t60
- 77: LDL (t60), t62
- 78: PUTL t62, R25
- 79: INCEIPL $4
-
- 0xFE8BEC8: 8345FFE8 lwz r26,-24(r5)
- 80: GETL R5, t64
- 81: ADDL $0xFFFFFFE8, t64
- 82: LDL (t64), t66
- 83: PUTL t66, R26
- 84: INCEIPL $4
-
- 0xFE8BECC: 8365FFEC lwz r27,-20(r5)
- 85: GETL R5, t68
- 86: ADDL $0xFFFFFFEC, t68
- 87: LDL (t68), t70
- 88: PUTL t70, R27
- 89: INCEIPL $4
-
- 0xFE8BED0: 8385FFF0 lwz r28,-16(r5)
- 90: GETL R5, t72
- 91: ADDL $0xFFFFFFF0, t72
- 92: LDL (t72), t74
- 93: PUTL t74, R28
- 94: INCEIPL $4
-
- 0xFE8BED4: 83A5FFF4 lwz r29,-12(r5)
- 95: GETL R5, t76
- 96: ADDL $0xFFFFFFF4, t76
- 97: LDL (t76), t78
- 98: PUTL t78, R29
- 99: INCEIPL $4
-
- 0xFE8BED8: 83C5FFF8 lwz r30,-8(r5)
- 100: GETL R5, t80
- 101: ADDL $0xFFFFFFF8, t80
- 102: LDL (t80), t82
- 103: PUTL t82, R30
- 104: INCEIPL $4
-
- 0xFE8BEDC: 83E5FFFC lwz r31,-4(r5)
- 105: GETL R5, t84
- 106: ADDL $0xFFFFFFFC, t84
- 107: LDL (t84), t86
- 108: PUTL t86, R31
- 109: INCEIPL $4
-
- 0xFE8BEE0: 7CA12B78 or r1,r5,r5
- 110: GETL R5, t88
- 111: PUTL t88, R1
- 112: INCEIPL $4
-
- 0xFE8BEE4: 4E800020 blr
- 113: GETL LR, t90
- 114: JMPo-r t90 ($4)
-
-
-
-. 2874 FE8BE84 100
-. 80 A1 00 00 83 65 00 04 81 45 FF B4 7F 68 03 A6 81 C5 FF B8 81 E5 FF BC 7D 40 81 20 82 05 FF C0 82 25 FF C4 82 45 FF C8 82 65 FF CC 82 85 FF D0 82 A5 FF D4 82 C5 FF D8 82 E5 FF DC 83 05 FF E0 83 25 FF E4 83 45 FF E8 83 65 FF EC 83 85 FF F0 83 A5 FF F4 83 C5 FF F8 83 E5 FF FC 7C A1 2B 78 4E 80 00 20
-==== BB 2875 (0xFE8BA00) approx BBs exec'd 0 ====
-
- 0xFE8BA00: 813D0010 lwz r9,16(r29)
- 0: GETL R29, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFE8BA04: 4BFFFF90 b 0xFE8B994
- 5: JMPo $0xFE8B994 ($4)
-
-
-
-. 2875 FE8BA00 8
-. 81 3D 00 10 4B FF FF 90
-==== BB 2876 (0xFE8B994) approx BBs exec'd 0 ====
-
- 0xFE8B994: 80690008 lwz r3,8(r9)
- 0: GETL R9, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFE8B998: 578A103A rlwinm r10,r28,2,0,29
- 5: GETL R28, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R10
- 8: INCEIPL $4
-
- 0xFE8B99C: 7D6AFA14 add r11,r10,r31
- 9: GETL R10, t6
- 10: GETL R31, t8
- 11: ADDL t6, t8
- 12: PUTL t8, R11
- 13: INCEIPL $4
-
- 0xFE8B9A0: 2C030000 cmpi cr0,r3,0
- 14: GETL R3, t10
- 15: CMP0L t10, t12 (-rSo)
- 16: ICRFL t12, $0x0, CR
- 17: INCEIPL $4
-
- 0xFE8B9A4: 40820010 bc 4,2,0xFE8B9B4
- 18: Jc02o $0xFE8B9B4
-
-
-
-. 2876 FE8B994 20
-. 80 69 00 08 57 8A 10 3A 7D 6A FA 14 2C 03 00 00 40 82 00 10
-==== BB 2877 (0xFE8B9A8) approx BBs exec'd 0 ====
-
- 0xFE8B9A8: 808B0010 lwz r4,16(r11)
- 0: GETL R11, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFE8B9AC: 2F840000 cmpi cr7,r4,0
- 5: GETL R4, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0xFE8B9B0: 409EFFC4 bc 4,30,0xFE8B974
- 9: Jc30o $0xFE8B974
-
-
-
-. 2877 FE8B9A8 12
-. 80 8B 00 10 2F 84 00 00 40 9E FF C4
-==== BB 2878 (0xFE8B974) approx BBs exec'd 0 ====
-
- 0xFE8B974: 7FAAFA14 add r29,r10,r31
- 0: GETL R10, t0
- 1: GETL R31, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0xFE8B978: 3B9C0001 addi r28,r28,1
- 5: GETL R28, t4
- 6: ADDL $0x1, t4
- 7: PUTL t4, R28
- 8: INCEIPL $4
-
- 0xFE8B97C: 813D0010 lwz r9,16(r29)
- 9: GETL R29, t6
- 10: ADDL $0x10, t6
- 11: LDL (t6), t8
- 12: PUTL t8, R9
- 13: INCEIPL $4
-
- 0xFE8B980: 7F64DB78 or r4,r27,r27
- 14: GETL R27, t10
- 15: PUTL t10, R4
- 16: INCEIPL $4
-
- 0xFE8B984: 80090004 lwz r0,4(r9)
- 17: GETL R9, t12
- 18: ADDL $0x4, t12
- 19: LDL (t12), t14
- 20: PUTL t14, R0
- 21: INCEIPL $4
-
- 0xFE8B988: 7D234B78 or r3,r9,r9
- 22: GETL R9, t16
- 23: PUTL t16, R3
- 24: INCEIPL $4
-
- 0xFE8B98C: 2F000000 cmpi cr6,r0,0
- 25: GETL R0, t18
- 26: CMP0L t18, t20 (-rSo)
- 27: ICRFL t20, $0x6, CR
- 28: INCEIPL $4
-
- 0xFE8B990: 4099006C bc 4,25,0xFE8B9FC
- 29: Jc25o $0xFE8B9FC
-
-
-
-. 2878 FE8B974 32
-. 7F AA FA 14 3B 9C 00 01 81 3D 00 10 7F 64 DB 78 80 09 00 04 7D 23 4B 78 2F 00 00 00 40 99 00 6C
-==== BB 2879 (0xFE8B9B4) approx BBs exec'd 0 ====
-
- 0xFE8B9B4: 4092003C bc 4,18,0xFE8B9F0
- 0: Jc18o $0xFE8B9F0
-
-
-
-. 2879 FE8B9B4 4
-. 40 92 00 3C
-==== BB 2880 (0xFE8B9B8) approx BBs exec'd 0 ====
-
- 0xFE8B9B8: 73000001 andi. r0,r24,0x1
- 0: GETL R24, t0
- 1: ANDL $0x1, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFE8B9BC: 4182FE6C bc 12,2,0xFE8B828
- 6: Js02o $0xFE8B828
-
-
-
-. 2880 FE8B9B8 8
-. 73 00 00 01 41 82 FE 6C
-==== BB 2881 (0xFE8B9C0) approx BBs exec'd 0 ====
-
- 0xFE8B9C0: 80610028 lwz r3,40(r1)
- 0: GETL R1, t0
- 1: ADDL $0x28, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFE8B9C4: 4811E96D bl 0xFFAA330
- 5: MOVL $0xFE8B9C8, t4
- 6: PUTL t4, LR
- 7: JMPo-c $0xFFAA330 ($4)
-
-
-
-. 2881 FE8B9C0 8
-. 80 61 00 28 48 11 E9 6D
-==== BB 2882 (0xFE8B9C8) approx BBs exec'd 0 ====
-
- 0xFE8B9C8: 7FE3FB78 or r3,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE8B9CC: 4BFFFE60 b 0xFE8B82C
- 3: JMPo $0xFE8B82C ($4)
-
-
-
-. 2882 FE8B9C8 8
-. 7F E3 FB 78 4B FF FE 60
-==== BB 2883 (0xFE8B82C) approx BBs exec'd 0 ====
-
- 0xFE8B82C: 83010064 lwz r24,100(r1)
- 0: GETL R1, t0
- 1: ADDL $0x64, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R24
- 4: INCEIPL $4
-
- 0xFE8B830: 8161003C lwz r11,60(r1)
- 5: GETL R1, t4
- 6: ADDL $0x3C, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R11
- 9: INCEIPL $4
-
- 0xFE8B834: 7F0803A6 mtlr r24
- 10: GETL R24, t8
- 11: PUTL t8, LR
- 12: INCEIPL $4
-
- 0xFE8B838: 83210044 lwz r25,68(r1)
- 13: GETL R1, t10
- 14: ADDL $0x44, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R25
- 17: INCEIPL $4
-
- 0xFE8B83C: 83010040 lwz r24,64(r1)
- 18: GETL R1, t14
- 19: ADDL $0x40, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R24
- 22: INCEIPL $4
-
- 0xFE8B840: 7D608120 mtcrf 0x8,r11
- 23: GETL R11, t18
- 24: ICRFL t18, $0x4, CR
- 25: INCEIPL $4
-
- 0xFE8B844: 83410048 lwz r26,72(r1)
- 26: GETL R1, t20
- 27: ADDL $0x48, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R26
- 30: INCEIPL $4
-
- 0xFE8B848: 8361004C lwz r27,76(r1)
- 31: GETL R1, t24
- 32: ADDL $0x4C, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R27
- 35: INCEIPL $4
-
- 0xFE8B84C: 83810050 lwz r28,80(r1)
- 36: GETL R1, t28
- 37: ADDL $0x50, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R28
- 40: INCEIPL $4
-
- 0xFE8B850: 83A10054 lwz r29,84(r1)
- 41: GETL R1, t32
- 42: ADDL $0x54, t32
- 43: LDL (t32), t34
- 44: PUTL t34, R29
- 45: INCEIPL $4
-
- 0xFE8B854: 83C10058 lwz r30,88(r1)
- 46: GETL R1, t36
- 47: ADDL $0x58, t36
- 48: LDL (t36), t38
- 49: PUTL t38, R30
- 50: INCEIPL $4
-
- 0xFE8B858: 83E1005C lwz r31,92(r1)
- 51: GETL R1, t40
- 52: ADDL $0x5C, t40
- 53: LDL (t40), t42
- 54: PUTL t42, R31
- 55: INCEIPL $4
-
- 0xFE8B85C: 38210060 addi r1,r1,96
- 56: GETL R1, t44
- 57: ADDL $0x60, t44
- 58: PUTL t44, R1
- 59: INCEIPL $4
-
- 0xFE8B860: 4E800020 blr
- 60: GETL LR, t46
- 61: JMPo-r t46 ($4)
-
-
-
-. 2883 FE8B82C 56
-. 83 01 00 64 81 61 00 3C 7F 08 03 A6 83 21 00 44 83 01 00 40 7D 60 81 20 83 41 00 48 83 61 00 4C 83 81 00 50 83 A1 00 54 83 C1 00 58 83 E1 00 5C 38 21 00 60 4E 80 00 20
-==== BB 2884 (0xFE8B17C) approx BBs exec'd 0 ====
-
- 0xFE8B17C: 7C7A1B79 or. r26,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R26
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0xFE8B180: 41A2FF8C bc 13,2,0xFE8B10C
- 5: Js02o $0xFE8B10C
-
-
-
-. 2884 FE8B17C 8
-. 7C 7A 1B 79 41 A2 FF 8C
-==== BB 2885 (0xFE8B184) approx BBs exec'd 0 ====
-
- 0xFE8B184: 7EE4BB78 or r4,r23,r23
- 0: GETL R23, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0xFE8B188: 7EC5B378 or r5,r22,r22
- 3: GETL R22, t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0xFE8B18C: 38DF0008 addi r6,r31,8
- 6: GETL R31, t4
- 7: ADDL $0x8, t4
- 8: PUTL t4, R6
- 9: INCEIPL $4
-
- 0xFE8B190: 4BFFF5F5 bl 0xFE8A784
- 10: MOVL $0xFE8B194, t6
- 11: PUTL t6, LR
- 12: JMPo-c $0xFE8A784 ($4)
-
-
-
-. 2885 FE8B184 16
-. 7E E4 BB 78 7E C5 B3 78 38 DF 00 08 4B FF F5 F5
-==== BB 2886 _nl_find_msg(0xFE8A784) approx BBs exec'd 0 ====
-
- 0xFE8A784: 7CE802A6 mflr r7
- 0: GETL LR, t0
- 1: PUTL t0, R7
- 2: INCEIPL $4
-
- 0xFE8A788: 9421FFA0 stwu r1,-96(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFA0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFE8A78C: 4811D6C5 bl 0xFFA7E50
- 9: MOVL $0xFE8A790, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 2886 FE8A784 12
-. 7C E8 02 A6 94 21 FF A0 48 11 D6 C5
-==== BB 2887 (0xFE8A790) approx BBs exec'd 0 ====
-
- 0xFE8A790: 92210024 stw r17,36(r1)
- 0: GETL R17, t0
- 1: GETL R1, t2
- 2: ADDL $0x24, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFE8A794: 9261002C stw r19,44(r1)
- 5: GETL R19, t4
- 6: GETL R1, t6
- 7: ADDL $0x2C, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFE8A798: 7CD13378 or r17,r6,r6
- 10: GETL R6, t8
- 11: PUTL t8, R17
- 12: INCEIPL $4
-
- 0xFE8A79C: 90E10064 stw r7,100(r1)
- 13: GETL R7, t10
- 14: GETL R1, t12
- 15: ADDL $0x64, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFE8A7A0: 7C932378 or r19,r4,r4
- 18: GETL R4, t14
- 19: PUTL t14, R19
- 20: INCEIPL $4
-
- 0xFE8A7A4: 80030004 lwz r0,4(r3)
- 21: GETL R3, t16
- 22: ADDL $0x4, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R0
- 25: INCEIPL $4
-
- 0xFE8A7A8: 92810030 stw r20,48(r1)
- 26: GETL R20, t20
- 27: GETL R1, t22
- 28: ADDL $0x30, t22
- 29: STL t20, (t22)
- 30: INCEIPL $4
-
- 0xFE8A7AC: 7C741B78 or r20,r3,r3
- 31: GETL R3, t24
- 32: PUTL t24, R20
- 33: INCEIPL $4
-
- 0xFE8A7B0: 2F800000 cmpi cr7,r0,0
- 34: GETL R0, t26
- 35: CMP0L t26, t28 (-rSo)
- 36: ICRFL t28, $0x7, CR
- 37: INCEIPL $4
-
- 0xFE8A7B4: 93010040 stw r24,64(r1)
- 38: GETL R24, t30
- 39: GETL R1, t32
- 40: ADDL $0x40, t32
- 41: STL t30, (t32)
- 42: INCEIPL $4
-
- 0xFE8A7B8: 93C10058 stw r30,88(r1)
- 43: GETL R30, t34
- 44: GETL R1, t36
- 45: ADDL $0x58, t36
- 46: STL t34, (t36)
- 47: INCEIPL $4
-
- 0xFE8A7BC: 7CB82B78 or r24,r5,r5
- 48: GETL R5, t38
- 49: PUTL t38, R24
- 50: INCEIPL $4
-
- 0xFE8A7C0: 92410028 stw r18,40(r1)
- 51: GETL R18, t40
- 52: GETL R1, t42
- 53: ADDL $0x28, t42
- 54: STL t40, (t42)
- 55: INCEIPL $4
-
- 0xFE8A7C4: 7FC802A6 mflr r30
- 56: GETL LR, t44
- 57: PUTL t44, R30
- 58: INCEIPL $4
-
- 0xFE8A7C8: 92A10034 stw r21,52(r1)
- 59: GETL R21, t46
- 60: GETL R1, t48
- 61: ADDL $0x34, t48
- 62: STL t46, (t48)
- 63: INCEIPL $4
-
- 0xFE8A7CC: 92C10038 stw r22,56(r1)
- 64: GETL R22, t50
- 65: GETL R1, t52
- 66: ADDL $0x38, t52
- 67: STL t50, (t52)
- 68: INCEIPL $4
-
- 0xFE8A7D0: 92E1003C stw r23,60(r1)
- 69: GETL R23, t54
- 70: GETL R1, t56
- 71: ADDL $0x3C, t56
- 72: STL t54, (t56)
- 73: INCEIPL $4
-
- 0xFE8A7D4: 93210044 stw r25,68(r1)
- 74: GETL R25, t58
- 75: GETL R1, t60
- 76: ADDL $0x44, t60
- 77: STL t58, (t60)
- 78: INCEIPL $4
-
- 0xFE8A7D8: 93410048 stw r26,72(r1)
- 79: GETL R26, t62
- 80: GETL R1, t64
- 81: ADDL $0x48, t64
- 82: STL t62, (t64)
- 83: INCEIPL $4
-
- 0xFE8A7DC: 9361004C stw r27,76(r1)
- 84: GETL R27, t66
- 85: GETL R1, t68
- 86: ADDL $0x4C, t68
- 87: STL t66, (t68)
- 88: INCEIPL $4
-
- 0xFE8A7E0: 93810050 stw r28,80(r1)
- 89: GETL R28, t70
- 90: GETL R1, t72
- 91: ADDL $0x50, t72
- 92: STL t70, (t72)
- 93: INCEIPL $4
-
- 0xFE8A7E4: 93A10054 stw r29,84(r1)
- 94: GETL R29, t74
- 95: GETL R1, t76
- 96: ADDL $0x54, t76
- 97: STL t74, (t76)
- 98: INCEIPL $4
-
- 0xFE8A7E8: 93E1005C stw r31,92(r1)
- 99: GETL R31, t78
- 100: GETL R1, t80
- 101: ADDL $0x5C, t80
- 102: STL t78, (t80)
- 103: INCEIPL $4
-
- 0xFE8A7EC: 409D0508 bc 4,29,0xFE8ACF4
- 104: Jc29o $0xFE8ACF4
-
-
-
-. 2887 FE8A790 96
-. 92 21 00 24 92 61 00 2C 7C D1 33 78 90 E1 00 64 7C 93 23 78 80 03 00 04 92 81 00 30 7C 74 1B 78 2F 80 00 00 93 01 00 40 93 C1 00 58 7C B8 2B 78 92 41 00 28 7F C8 02 A6 92 A1 00 34 92 C1 00 38 92 E1 00 3C 93 21 00 44 93 41 00 48 93 61 00 4C 93 81 00 50 93 A1 00 54 93 E1 00 5C 40 9D 05 08
-==== BB 2888 (0xFE8A7F0) approx BBs exec'd 0 ====
-
- 0xFE8A7F0: 83740008 lwz r27,8(r20)
- 0: GETL R20, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R27
- 4: INCEIPL $4
-
- 0xFE8A7F4: 38600000 li r3,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFE8A7F8: 2C1B0000 cmpi cr0,r27,0
- 8: GETL R27, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x0, CR
- 11: INCEIPL $4
-
- 0xFE8A7FC: 418200A8 bc 12,2,0xFE8A8A4
- 12: Js02o $0xFE8A8A4
-
-
-
-. 2888 FE8A7F0 16
-. 83 74 00 08 38 60 00 00 2C 1B 00 00 41 82 00 A8
-==== BB 2889 (0xFE8A8A4) approx BBs exec'd 0 ====
-
- 0xFE8A8A4: 82210064 lwz r17,100(r1)
- 0: GETL R1, t0
- 1: ADDL $0x64, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R17
- 4: INCEIPL $4
-
- 0xFE8A8A8: 82410028 lwz r18,40(r1)
- 5: GETL R1, t4
- 6: ADDL $0x28, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R18
- 9: INCEIPL $4
-
- 0xFE8A8AC: 7E2803A6 mtlr r17
- 10: GETL R17, t8
- 11: PUTL t8, LR
- 12: INCEIPL $4
-
- 0xFE8A8B0: 8261002C lwz r19,44(r1)
- 13: GETL R1, t10
- 14: ADDL $0x2C, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R19
- 17: INCEIPL $4
-
- 0xFE8A8B4: 82210024 lwz r17,36(r1)
- 18: GETL R1, t14
- 19: ADDL $0x24, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R17
- 22: INCEIPL $4
-
- 0xFE8A8B8: 82810030 lwz r20,48(r1)
- 23: GETL R1, t18
- 24: ADDL $0x30, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R20
- 27: INCEIPL $4
-
- 0xFE8A8BC: 82A10034 lwz r21,52(r1)
- 28: GETL R1, t22
- 29: ADDL $0x34, t22
- 30: LDL (t22), t24
- 31: PUTL t24, R21
- 32: INCEIPL $4
-
- 0xFE8A8C0: 82C10038 lwz r22,56(r1)
- 33: GETL R1, t26
- 34: ADDL $0x38, t26
- 35: LDL (t26), t28
- 36: PUTL t28, R22
- 37: INCEIPL $4
-
- 0xFE8A8C4: 82E1003C lwz r23,60(r1)
- 38: GETL R1, t30
- 39: ADDL $0x3C, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R23
- 42: INCEIPL $4
-
- 0xFE8A8C8: 83010040 lwz r24,64(r1)
- 43: GETL R1, t34
- 44: ADDL $0x40, t34
- 45: LDL (t34), t36
- 46: PUTL t36, R24
- 47: INCEIPL $4
-
- 0xFE8A8CC: 83210044 lwz r25,68(r1)
- 48: GETL R1, t38
- 49: ADDL $0x44, t38
- 50: LDL (t38), t40
- 51: PUTL t40, R25
- 52: INCEIPL $4
-
- 0xFE8A8D0: 83410048 lwz r26,72(r1)
- 53: GETL R1, t42
- 54: ADDL $0x48, t42
- 55: LDL (t42), t44
- 56: PUTL t44, R26
- 57: INCEIPL $4
-
- 0xFE8A8D4: 8361004C lwz r27,76(r1)
- 58: GETL R1, t46
- 59: ADDL $0x4C, t46
- 60: LDL (t46), t48
- 61: PUTL t48, R27
- 62: INCEIPL $4
-
- 0xFE8A8D8: 83810050 lwz r28,80(r1)
- 63: GETL R1, t50
- 64: ADDL $0x50, t50
- 65: LDL (t50), t52
- 66: PUTL t52, R28
- 67: INCEIPL $4
-
- 0xFE8A8DC: 83A10054 lwz r29,84(r1)
- 68: GETL R1, t54
- 69: ADDL $0x54, t54
- 70: LDL (t54), t56
- 71: PUTL t56, R29
- 72: INCEIPL $4
-
- 0xFE8A8E0: 83C10058 lwz r30,88(r1)
- 73: GETL R1, t58
- 74: ADDL $0x58, t58
- 75: LDL (t58), t60
- 76: PUTL t60, R30
- 77: INCEIPL $4
-
- 0xFE8A8E4: 83E1005C lwz r31,92(r1)
- 78: GETL R1, t62
- 79: ADDL $0x5C, t62
- 80: LDL (t62), t64
- 81: PUTL t64, R31
- 82: INCEIPL $4
-
- 0xFE8A8E8: 38210060 addi r1,r1,96
- 83: GETL R1, t66
- 84: ADDL $0x60, t66
- 85: PUTL t66, R1
- 86: INCEIPL $4
-
- 0xFE8A8EC: 4E800020 blr
- 87: GETL LR, t68
- 88: JMPo-r t68 ($4)
-
-
-
-. 2889 FE8A8A4 76
-. 82 21 00 64 82 41 00 28 7E 28 03 A6 82 61 00 2C 82 21 00 24 82 81 00 30 82 A1 00 34 82 C1 00 38 82 E1 00 3C 83 01 00 40 83 21 00 44 83 41 00 48 83 61 00 4C 83 81 00 50 83 A1 00 54 83 C1 00 58 83 E1 00 5C 38 21 00 60 4E 80 00 20
-==== BB 2890 (0xFE8B194) approx BBs exec'd 0 ====
-
- 0xFE8B194: 7C781B79 or. r24,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R24
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0xFE8B198: 40820054 bc 4,2,0xFE8B1EC
- 5: Jc02o $0xFE8B1EC
-
-
-
-. 2890 FE8B194 8
-. 7C 78 1B 79 40 82 00 54
-==== BB 2891 (0xFE8B19C) approx BBs exec'd 0 ====
-
- 0xFE8B19C: 813A0010 lwz r9,16(r26)
- 0: GETL R26, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFE8B1A0: 3B800000 li r28,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R28
- 7: INCEIPL $4
-
- 0xFE8B1A4: 2F890000 cmpi cr7,r9,0
- 8: GETL R9, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x7, CR
- 11: INCEIPL $4
-
- 0xFE8B1A8: 419E0040 bc 12,30,0xFE8B1E8
- 12: Js30o $0xFE8B1E8
-
-
-
-. 2891 FE8B19C 16
-. 81 3A 00 10 3B 80 00 00 2F 89 00 00 41 9E 00 40
-==== BB 2892 (0xFE8B1AC) approx BBs exec'd 0 ====
-
- 0xFE8B1AC: 39600000 li r11,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0xFE8B1B0: 7FABD214 add r29,r11,r26
- 3: GETL R11, t2
- 4: GETL R26, t4
- 5: ADDL t2, t4
- 6: PUTL t4, R29
- 7: INCEIPL $4
-
- 0xFE8B1B4: 7EE4BB78 or r4,r23,r23
- 8: GETL R23, t6
- 9: PUTL t6, R4
- 10: INCEIPL $4
-
- 0xFE8B1B8: 807D0010 lwz r3,16(r29)
- 11: GETL R29, t8
- 12: ADDL $0x10, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R3
- 15: INCEIPL $4
-
- 0xFE8B1BC: 7EC5B378 or r5,r22,r22
- 16: GETL R22, t12
- 17: PUTL t12, R5
- 18: INCEIPL $4
-
- 0xFE8B1C0: 38DF0008 addi r6,r31,8
- 19: GETL R31, t14
- 20: ADDL $0x8, t14
- 21: PUTL t14, R6
- 22: INCEIPL $4
-
- 0xFE8B1C4: 3B9C0001 addi r28,r28,1
- 23: GETL R28, t16
- 24: ADDL $0x1, t16
- 25: PUTL t16, R28
- 26: INCEIPL $4
-
- 0xFE8B1C8: 4BFFF5BD bl 0xFE8A784
- 27: MOVL $0xFE8B1CC, t18
- 28: PUTL t18, LR
- 29: JMPo-c $0xFE8A784 ($4)
-
-
-
-. 2892 FE8B1AC 32
-. 39 60 00 00 7F AB D2 14 7E E4 BB 78 80 7D 00 10 7E C5 B3 78 38 DF 00 08 3B 9C 00 01 4B FF F5 BD
-==== BB 2893 (0xFE8B1CC) approx BBs exec'd 0 ====
-
- 0xFE8B1CC: 578B103A rlwinm r11,r28,2,0,29
- 0: GETL R28, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R11
- 3: INCEIPL $4
-
- 0xFE8B1D0: 7C781B79 or. r24,r3,r3
- 4: GETL R3, t2
- 5: PUTL t2, R24
- 6: CMP0L t2, t4 (-rSo)
- 7: ICRFL t4, $0x0, CR
- 8: INCEIPL $4
-
- 0xFE8B1D4: 7D2BD214 add r9,r11,r26
- 9: GETL R11, t6
- 10: GETL R26, t8
- 11: ADDL t6, t8
- 12: PUTL t8, R9
- 13: INCEIPL $4
-
- 0xFE8B1D8: 40820264 bc 4,2,0xFE8B43C
- 14: Jc02o $0xFE8B43C
-
-
-
-. 2893 FE8B1CC 16
-. 57 8B 10 3A 7C 78 1B 79 7D 2B D2 14 40 82 02 64
-==== BB 2894 (0xFE8B1DC) approx BBs exec'd 0 ====
-
- 0xFE8B1DC: 80890010 lwz r4,16(r9)
- 0: GETL R9, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFE8B1E0: 2C840000 cmpi cr1,r4,0
- 5: GETL R4, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0xFE8B1E4: 4086FFCC bc 4,6,0xFE8B1B0
- 9: Jc06o $0xFE8B1B0
-
-
-
-. 2894 FE8B1DC 12
-. 80 89 00 10 2C 84 00 00 40 86 FF CC
-==== BB 2895 (0xFE8B1B0) approx BBs exec'd 0 ====
-
- 0xFE8B1B0: 7FABD214 add r29,r11,r26
- 0: GETL R11, t0
- 1: GETL R26, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0xFE8B1B4: 7EE4BB78 or r4,r23,r23
- 5: GETL R23, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0xFE8B1B8: 807D0010 lwz r3,16(r29)
- 8: GETL R29, t6
- 9: ADDL $0x10, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R3
- 12: INCEIPL $4
-
- 0xFE8B1BC: 7EC5B378 or r5,r22,r22
- 13: GETL R22, t10
- 14: PUTL t10, R5
- 15: INCEIPL $4
-
- 0xFE8B1C0: 38DF0008 addi r6,r31,8
- 16: GETL R31, t12
- 17: ADDL $0x8, t12
- 18: PUTL t12, R6
- 19: INCEIPL $4
-
- 0xFE8B1C4: 3B9C0001 addi r28,r28,1
- 20: GETL R28, t14
- 21: ADDL $0x1, t14
- 22: PUTL t14, R28
- 23: INCEIPL $4
-
- 0xFE8B1C8: 4BFFF5BD bl 0xFE8A784
- 24: MOVL $0xFE8B1CC, t16
- 25: PUTL t16, LR
- 26: JMPo-c $0xFE8A784 ($4)
-
-
-
-. 2895 FE8B1B0 28
-. 7F AB D2 14 7E E4 BB 78 80 7D 00 10 7E C5 B3 78 38 DF 00 08 3B 9C 00 01 4B FF F5 BD
-==== BB 2896 (0xFE8B1E8) approx BBs exec'd 0 ====
-
- 0xFE8B1E8: 4182FF24 bc 12,2,0xFE8B10C
- 0: Js02o $0xFE8B10C
-
-
-
-. 2896 FE8B1E8 4
-. 41 82 FF 24
-==== BB 2897 (0xFE8B10C) approx BBs exec'd 0 ====
-
- 0xFE8B10C: 893B0000 lbz r9,0(r27)
- 0: GETL R27, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0xFE8B110: 2F09003A cmpi cr6,r9,58
- 4: GETL R9, t4
- 5: MOVL $0x3A, t8
- 6: CMPL t4, t8, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0xFE8B114: 409A0010 bc 4,26,0xFE8B124
- 9: Jc26o $0xFE8B124
-
-
-
-. 2897 FE8B10C 12
-. 89 3B 00 00 2F 09 00 3A 40 9A 00 10
-==== BB 2898 (0xFE8B12C) approx BBs exec'd 0 ====
-
- 0xFE8B12C: 39800043 li r12,67
- 0: MOVL $0x43, t0
- 1: PUTL t0, R12
- 2: INCEIPL $4
-
- 0xFE8B130: 99790001 stb r11,1(r25)
- 3: GETL R11, t2
- 4: GETL R25, t4
- 5: ADDL $0x1, t4
- 6: STB t2, (t4)
- 7: INCEIPL $4
-
- 0xFE8B134: 99990000 stb r12,0(r25)
- 8: GETL R12, t6
- 9: GETL R25, t8
- 10: STB t6, (t8)
- 11: INCEIPL $4
-
- 0xFE8B138: 88790000 lbz r3,0(r25)
- 12: GETL R25, t10
- 13: LDB (t10), t12
- 14: PUTL t12, R3
- 15: INCEIPL $4
-
- 0xFE8B13C: 3523FFBD addic. r9,r3,-67
- 16: GETL R3, t14
- 17: ADCL $0xFFFFFFBD, t14 (-wCa)
- 18: PUTL t14, R9
- 19: CMP0L t14, t16 (-rSo)
- 20: ICRFL t16, $0x0, CR
- 21: INCEIPL $4
-
- 0xFE8B140: 4F421042 crnor 26,2,2
- 22: GETL CR, t18
- 23: XBITB t18, $0x2, t20
- 24: XBITB t18, $0x2, t22
- 25: NOTB t20
- 26: NOTB t22
- 27: ANDB t22, t20
- 28: IBITL t20, $0x1A, t18
- 29: PUTL t18, CR
- 30: INCEIPL $4
-
- 0xFE8B144: 419A000C bc 12,26,0xFE8B150
- 31: Js26o $0xFE8B150
-
-
-
-. 2898 FE8B12C 28
-. 39 80 00 43 99 79 00 01 99 99 00 00 88 79 00 00 35 23 FF BD 4F 42 10 42 41 9A 00 0C
-==== BB 2899 (0xFE8B148) approx BBs exec'd 0 ====
-
- 0xFE8B148: 88190001 lbz r0,1(r25)
- 0: GETL R25, t0
- 1: ADDL $0x1, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFE8B14C: 2C000000 cmpi cr0,r0,0
- 5: GETL R0, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0xFE8B150: 418202F8 bc 12,2,0xFE8B448
- 9: Js02o $0xFE8B448
-
-
-
-. 2899 FE8B148 12
-. 88 19 00 01 2C 00 00 00 41 82 02 F8
-==== BB 2900 (0xFE8B448) approx BBs exec'd 0 ====
-
- 0xFE8B448: 800F00A8 lwz r0,168(r15)
- 0: GETL R15, t0
- 1: ADDL $0xA8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFE8B44C: 2D800000 cmpi cr3,r0,0
- 5: GETL R0, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x3, CR
- 8: INCEIPL $4
-
- 0xFE8B450: 408E002C bc 4,14,0xFE8B47C
- 9: Jc14o $0xFE8B47C
-
-
-
-. 2900 FE8B448 12
-. 80 0F 00 A8 2D 80 00 00 40 8E 00 2C
-==== BB 2901 (0xFE8B454) approx BBs exec'd 0 ====
-
- 0xFE8B454: 821F0010 lwz r16,16(r31)
- 0: GETL R31, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R16
- 4: INCEIPL $4
-
- 0xFE8B458: 827F0018 lwz r19,24(r31)
- 5: GETL R31, t4
- 6: ADDL $0x18, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R19
- 9: INCEIPL $4
-
- 0xFE8B45C: 92130000 stw r16,0(r19)
- 10: GETL R16, t8
- 11: GETL R19, t10
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0xFE8B460: 41920014 bc 12,18,0xFE8B474
- 14: Js18o $0xFE8B474
-
-
-
-. 2901 FE8B454 16
-. 82 1F 00 10 82 7F 00 18 92 13 00 00 41 92 00 14
-==== BB 2902 (0xFE8B474) approx BBs exec'd 0 ====
-
- 0xFE8B474: 7EC3B378 or r3,r22,r22
- 0: GETL R22, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE8B478: 4BFFFDD4 b 0xFE8B24C
- 3: JMPo $0xFE8B24C ($4)
-
-
-
-. 2902 FE8B474 8
-. 7E C3 B3 78 4B FF FD D4
-==== BB 2903 (0xFE8B24C) approx BBs exec'd 0 ====
-
- 0xFE8B24C: 81210000 lwz r9,0(r1)
- 0: GETL R1, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0xFE8B250: 81E90004 lwz r15,4(r9)
- 4: GETL R9, t4
- 5: ADDL $0x4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R15
- 8: INCEIPL $4
-
- 0xFE8B254: 8189FFB4 lwz r12,-76(r9)
- 9: GETL R9, t8
- 10: ADDL $0xFFFFFFB4, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R12
- 13: INCEIPL $4
-
- 0xFE8B258: 7DE803A6 mtlr r15
- 14: GETL R15, t12
- 15: PUTL t12, LR
- 16: INCEIPL $4
-
- 0xFE8B25C: 81C9FFB8 lwz r14,-72(r9)
- 17: GETL R9, t14
- 18: ADDL $0xFFFFFFB8, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R14
- 21: INCEIPL $4
-
- 0xFE8B260: 81E9FFBC lwz r15,-68(r9)
- 22: GETL R9, t18
- 23: ADDL $0xFFFFFFBC, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R15
- 26: INCEIPL $4
-
- 0xFE8B264: 7D818120 mtcrf 0x18,r12
- 27: GETL R12, t22
- 28: ICRFL t22, $0x3, CR
- 29: ICRFL t22, $0x4, CR
- 30: INCEIPL $4
-
- 0xFE8B268: 8209FFC0 lwz r16,-64(r9)
- 31: GETL R9, t24
- 32: ADDL $0xFFFFFFC0, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R16
- 35: INCEIPL $4
-
- 0xFE8B26C: 8229FFC4 lwz r17,-60(r9)
- 36: GETL R9, t28
- 37: ADDL $0xFFFFFFC4, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R17
- 40: INCEIPL $4
-
- 0xFE8B270: 8249FFC8 lwz r18,-56(r9)
- 41: GETL R9, t32
- 42: ADDL $0xFFFFFFC8, t32
- 43: LDL (t32), t34
- 44: PUTL t34, R18
- 45: INCEIPL $4
-
- 0xFE8B274: 8269FFCC lwz r19,-52(r9)
- 46: GETL R9, t36
- 47: ADDL $0xFFFFFFCC, t36
- 48: LDL (t36), t38
- 49: PUTL t38, R19
- 50: INCEIPL $4
-
- 0xFE8B278: 8289FFD0 lwz r20,-48(r9)
- 51: GETL R9, t40
- 52: ADDL $0xFFFFFFD0, t40
- 53: LDL (t40), t42
- 54: PUTL t42, R20
- 55: INCEIPL $4
-
- 0xFE8B27C: 82A9FFD4 lwz r21,-44(r9)
- 56: GETL R9, t44
- 57: ADDL $0xFFFFFFD4, t44
- 58: LDL (t44), t46
- 59: PUTL t46, R21
- 60: INCEIPL $4
-
- 0xFE8B280: 82C9FFD8 lwz r22,-40(r9)
- 61: GETL R9, t48
- 62: ADDL $0xFFFFFFD8, t48
- 63: LDL (t48), t50
- 64: PUTL t50, R22
- 65: INCEIPL $4
-
- 0xFE8B284: 82E9FFDC lwz r23,-36(r9)
- 66: GETL R9, t52
- 67: ADDL $0xFFFFFFDC, t52
- 68: LDL (t52), t54
- 69: PUTL t54, R23
- 70: INCEIPL $4
-
- 0xFE8B288: 8309FFE0 lwz r24,-32(r9)
- 71: GETL R9, t56
- 72: ADDL $0xFFFFFFE0, t56
- 73: LDL (t56), t58
- 74: PUTL t58, R24
- 75: INCEIPL $4
-
- 0xFE8B28C: 8329FFE4 lwz r25,-28(r9)
- 76: GETL R9, t60
- 77: ADDL $0xFFFFFFE4, t60
- 78: LDL (t60), t62
- 79: PUTL t62, R25
- 80: INCEIPL $4
-
- 0xFE8B290: 8349FFE8 lwz r26,-24(r9)
- 81: GETL R9, t64
- 82: ADDL $0xFFFFFFE8, t64
- 83: LDL (t64), t66
- 84: PUTL t66, R26
- 85: INCEIPL $4
-
- 0xFE8B294: 8369FFEC lwz r27,-20(r9)
- 86: GETL R9, t68
- 87: ADDL $0xFFFFFFEC, t68
- 88: LDL (t68), t70
- 89: PUTL t70, R27
- 90: INCEIPL $4
-
- 0xFE8B298: 8389FFF0 lwz r28,-16(r9)
- 91: GETL R9, t72
- 92: ADDL $0xFFFFFFF0, t72
- 93: LDL (t72), t74
- 94: PUTL t74, R28
- 95: INCEIPL $4
-
- 0xFE8B29C: 83A9FFF4 lwz r29,-12(r9)
- 96: GETL R9, t76
- 97: ADDL $0xFFFFFFF4, t76
- 98: LDL (t76), t78
- 99: PUTL t78, R29
- 100: INCEIPL $4
-
- 0xFE8B2A0: 83C9FFF8 lwz r30,-8(r9)
- 101: GETL R9, t80
- 102: ADDL $0xFFFFFFF8, t80
- 103: LDL (t80), t82
- 104: PUTL t82, R30
- 105: INCEIPL $4
-
- 0xFE8B2A4: 83E9FFFC lwz r31,-4(r9)
- 106: GETL R9, t84
- 107: ADDL $0xFFFFFFFC, t84
- 108: LDL (t84), t86
- 109: PUTL t86, R31
- 110: INCEIPL $4
-
- 0xFE8B2A8: 7D214B78 or r1,r9,r9
- 111: GETL R9, t88
- 112: PUTL t88, R1
- 113: INCEIPL $4
-
- 0xFE8B2AC: 4E800020 blr
- 114: GETL LR, t90
- 115: JMPo-r t90 ($4)
-
-
-
-. 2903 FE8B24C 100
-. 81 21 00 00 81 E9 00 04 81 89 FF B4 7D E8 03 A6 81 C9 FF B8 81 E9 FF BC 7D 81 81 20 82 09 FF C0 82 29 FF C4 82 49 FF C8 82 69 FF CC 82 89 FF D0 82 A9 FF D4 82 C9 FF D8 82 E9 FF DC 83 09 FF E0 83 29 FF E4 83 49 FF E8 83 69 FF EC 83 89 FF F0 83 A9 FF F4 83 C9 FF F8 83 E9 FF FC 7D 21 4B 78 4E 80 00 20
-==== BB 2904 (0xFE8A4A0) approx BBs exec'd 0 ====
-
- 0xFE8A4A0: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFE8A4A4: 38210010 addi r1,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R1
- 8: INCEIPL $4
-
- 0xFE8A4A8: 7C0803A6 mtlr r0
- 9: GETL R0, t6
- 10: PUTL t6, LR
- 11: INCEIPL $4
-
- 0xFE8A4AC: 4E800020 blr
- 12: GETL LR, t8
- 13: JMPo-r t8 ($4)
-
-
-
-. 2904 FE8A4A0 16
-. 80 01 00 14 38 21 00 10 7C 08 03 A6 4E 80 00 20
-==== BB 2905 (0x10001C98) approx BBs exec'd 0 ====
-
- 0x10001C98: 38610090 addi r3,r1,144
- 0: GETL R1, t0
- 1: ADDL $0x90, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0x10001C9C: 48003541 bl 0x100051DC
- 4: MOVL $0x10001CA0, t2
- 5: PUTL t2, LR
- 6: JMPo-c $0x100051DC ($4)
-
-
-
-. 2905 10001C98 8
-. 38 61 00 90 48 00 35 41
-==== BB 2906 (0x100051DC) approx BBs exec'd 0 ====
-
- 0x100051DC: 7C0802A6 mflr r0
- 0: GETL LR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x100051E0: 9421FFE0 stwu r1,-32(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFE0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0x100051E4: 7C641B78 or r4,r3,r3
- 9: GETL R3, t6
- 10: PUTL t6, R4
- 11: INCEIPL $4
-
- 0x100051E8: 93E10018 stw r31,24(r1)
- 12: GETL R31, t8
- 13: GETL R1, t10
- 14: ADDL $0x18, t10
- 15: STL t8, (t10)
- 16: INCEIPL $4
-
- 0x100051EC: 7C7F1B78 or r31,r3,r3
- 17: GETL R3, t12
- 18: PUTL t12, R31
- 19: INCEIPL $4
-
- 0x100051F0: 38600000 li r3,0
- 20: MOVL $0x0, t14
- 21: PUTL t14, R3
- 22: INCEIPL $4
-
- 0x100051F4: 90010024 stw r0,36(r1)
- 23: GETL R0, t16
- 24: GETL R1, t18
- 25: ADDL $0x24, t18
- 26: STL t16, (t18)
- 27: INCEIPL $4
-
- 0x100051F8: 48015ADD bl 0x1001ACD4
- 28: MOVL $0x100051FC, t20
- 29: PUTL t20, LR
- 30: JMPo-c $0x1001ACD4 ($4)
-
-
-
-. 2906 100051DC 32
-. 7C 08 02 A6 94 21 FF E0 7C 64 1B 78 93 E1 00 18 7C 7F 1B 78 38 60 00 00 90 01 00 24 48 01 5A DD
-==== BB 2907 (0x1001ACD4) approx BBs exec'd 0 ====
-
- 0x1001ACD4: 396000D0 li r11,208
- 0: MOVL $0xD0, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0x1001ACD8: 4BFFFE34 b 0x1001AB0C
- 3: JMPo $0x1001AB0C ($4)
-
-
-
-. 2907 1001ACD4 8
-. 39 60 00 D0 4B FF FE 34
-==== BB 2908 clock_gettime(0xEE84410) approx BBs exec'd 0 ====
-
- 0xEE84410: 2B830001 cmpli cr7,r3,1
- 0: GETL R3, t0
- 1: MOVL $0x1, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xEE84414: 7C0802A6 mflr r0
- 5: GETL LR, t6
- 6: PUTL t6, R0
- 7: INCEIPL $4
-
- 0xEE84418: 9421FFD0 stwu r1,-48(r1)
- 8: GETL R1, t8
- 9: GETL R1, t10
- 10: ADDL $0xFFFFFFD0, t10
- 11: PUTL t10, R1
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0xEE8441C: 48013C29 bl 0xEE98044
- 14: MOVL $0xEE84420, t12
- 15: PUTL t12, LR
- 16: JMPo-c $0xEE98044 ($4)
-
-
-
-. 2908 EE84410 16
-. 2B 83 00 01 7C 08 02 A6 94 21 FF D0 48 01 3C 29
-==== BB 2909 (0xEE84420) approx BBs exec'd 0 ====
-
- 0xEE84420: 93410018 stw r26,24(r1)
- 0: GETL R26, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xEE84424: 7C9A2378 or r26,r4,r4
- 5: GETL R4, t4
- 6: PUTL t4, R26
- 7: INCEIPL $4
-
- 0xEE84428: 93810020 stw r28,32(r1)
- 8: GETL R28, t6
- 9: GETL R1, t8
- 10: ADDL $0x20, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xEE8442C: 3B80FFFF li r28,-1
- 13: MOVL $0xFFFFFFFF, t10
- 14: PUTL t10, R28
- 15: INCEIPL $4
-
- 0xEE84430: 93C10028 stw r30,40(r1)
- 16: GETL R30, t12
- 17: GETL R1, t14
- 18: ADDL $0x28, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0xEE84434: 7FC802A6 mflr r30
- 21: GETL LR, t16
- 22: PUTL t16, R30
- 23: INCEIPL $4
-
- 0xEE84438: 93E1002C stw r31,44(r1)
- 24: GETL R31, t18
- 25: GETL R1, t20
- 26: ADDL $0x2C, t20
- 27: STL t18, (t20)
- 28: INCEIPL $4
-
- 0xEE8443C: 7C7F1B78 or r31,r3,r3
- 29: GETL R3, t22
- 30: PUTL t22, R31
- 31: INCEIPL $4
-
- 0xEE84440: 9361001C stw r27,28(r1)
- 32: GETL R27, t24
- 33: GETL R1, t26
- 34: ADDL $0x1C, t26
- 35: STL t24, (t26)
- 36: INCEIPL $4
-
- 0xEE84444: 93A10024 stw r29,36(r1)
- 37: GETL R29, t28
- 38: GETL R1, t30
- 39: ADDL $0x24, t30
- 40: STL t28, (t30)
- 41: INCEIPL $4
-
- 0xEE84448: 90010034 stw r0,52(r1)
- 42: GETL R0, t32
- 43: GETL R1, t34
- 44: ADDL $0x34, t34
- 45: STL t32, (t34)
- 46: INCEIPL $4
-
- 0xEE8444C: 419D005C bc 12,29,0xEE844A8
- 47: Js29o $0xEE844A8
-
-
-
-. 2909 EE84420 48
-. 93 41 00 18 7C 9A 23 78 93 81 00 20 3B 80 FF FF 93 C1 00 28 7F C8 02 A6 93 E1 00 2C 7C 7F 1B 78 93 61 00 1C 93 A1 00 24 90 01 00 34 41 9D 00 5C
-==== BB 2910 (0xEE84450) approx BBs exec'd 0 ====
-
- 0xEE84450: 837E00DC lwz r27,220(r30)
- 0: GETL R30, t0
- 1: ADDL $0xDC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R27
- 4: INCEIPL $4
-
- 0xEE84454: 3BA00016 li r29,22
- 5: MOVL $0x16, t4
- 6: PUTL t4, R29
- 7: INCEIPL $4
-
- 0xEE84458: 80BB0000 lwz r5,0(r27)
- 8: GETL R27, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R5
- 11: INCEIPL $4
-
- 0xEE8445C: 2C050000 cmpi cr0,r5,0
- 12: GETL R5, t10
- 13: CMP0L t10, t12 (-rSo)
- 14: ICRFL t12, $0x0, CR
- 15: INCEIPL $4
-
- 0xEE84460: 40820098 bc 4,2,0xEE844F8
- 16: Jc02o $0xEE844F8
-
-
-
-. 2910 EE84450 20
-. 83 7E 00 DC 3B A0 00 16 80 BB 00 00 2C 05 00 00 40 82 00 98
-==== BB 2911 (0xEE84464) approx BBs exec'd 0 ====
-
- 0xEE84464: 380000F6 li r0,246
- 0: MOVL $0xF6, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xEE84468: 44000002 sc
- 3: JMPo-sys $0xEE8446C ($4)
-
-
-
-. 2911 EE84464 8
-. 38 00 00 F6 44 00 00 02
-==== BB 2912 (0xEE8446C) approx BBs exec'd 0 ====
-
- 0xEE8446C: 7C000026 mfcr r0
- 0: GETL CR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xEE84470: 74091000 andis. r9,r0,0x1000
- 3: GETL R0, t2
- 4: ANDL $0x10000000, t2
- 5: PUTL t2, R9
- 6: CMP0L t2, t4 (-rSo)
- 7: ICRFL t4, $0x0, CR
- 8: INCEIPL $4
-
- 0xEE84474: 4082006C bc 4,2,0xEE844E0
- 9: Jc02o $0xEE844E0
-
-
-
-. 2912 EE8446C 12
-. 7C 00 00 26 74 09 10 00 40 82 00 6C
-==== BB 2913 (0xEE84478) approx BBs exec'd 0 ====
-
- 0xEE84478: 81610034 lwz r11,52(r1)
- 0: GETL R1, t0
- 1: ADDL $0x34, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0xEE8447C: 3B800000 li r28,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R28
- 7: INCEIPL $4
-
- 0xEE84480: 7F83E378 or r3,r28,r28
- 8: GETL R28, t6
- 9: PUTL t6, R3
- 10: INCEIPL $4
-
- 0xEE84484: 83410018 lwz r26,24(r1)
- 11: GETL R1, t8
- 12: ADDL $0x18, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R26
- 15: INCEIPL $4
-
- 0xEE84488: 8361001C lwz r27,28(r1)
- 16: GETL R1, t12
- 17: ADDL $0x1C, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R27
- 20: INCEIPL $4
-
- 0xEE8448C: 7D6803A6 mtlr r11
- 21: GETL R11, t16
- 22: PUTL t16, LR
- 23: INCEIPL $4
-
- 0xEE84490: 83810020 lwz r28,32(r1)
- 24: GETL R1, t18
- 25: ADDL $0x20, t18
- 26: LDL (t18), t20
- 27: PUTL t20, R28
- 28: INCEIPL $4
-
- 0xEE84494: 83A10024 lwz r29,36(r1)
- 29: GETL R1, t22
- 30: ADDL $0x24, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R29
- 33: INCEIPL $4
-
- 0xEE84498: 83C10028 lwz r30,40(r1)
- 34: GETL R1, t26
- 35: ADDL $0x28, t26
- 36: LDL (t26), t28
- 37: PUTL t28, R30
- 38: INCEIPL $4
-
- 0xEE8449C: 83E1002C lwz r31,44(r1)
- 39: GETL R1, t30
- 40: ADDL $0x2C, t30
- 41: LDL (t30), t32
- 42: PUTL t32, R31
- 43: INCEIPL $4
-
- 0xEE844A0: 38210030 addi r1,r1,48
- 44: GETL R1, t34
- 45: ADDL $0x30, t34
- 46: PUTL t34, R1
- 47: INCEIPL $4
-
- 0xEE844A4: 4E800020 blr
- 48: GETL LR, t36
- 49: JMPo-r t36 ($4)
-
-
-
-. 2913 EE84478 48
-. 81 61 00 34 3B 80 00 00 7F 83 E3 78 83 41 00 18 83 61 00 1C 7D 68 03 A6 83 81 00 20 83 A1 00 24 83 C1 00 28 83 E1 00 2C 38 21 00 30 4E 80 00 20
-==== BB 2914 (0x100051FC) approx BBs exec'd 0 ====
-
- 0x100051FC: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x10005200: 38800000 li r4,0
- 4: MOVL $0x0, t4
- 5: PUTL t4, R4
- 6: INCEIPL $4
-
- 0x10005204: 38610008 addi r3,r1,8
- 7: GETL R1, t6
- 8: ADDL $0x8, t6
- 9: PUTL t6, R3
- 10: INCEIPL $4
-
- 0x10005208: 39600000 li r11,0
- 11: MOVL $0x0, t8
- 12: PUTL t8, R11
- 13: INCEIPL $4
-
- 0x1000520C: 409E001C bc 4,30,0x10005228
- 14: Jc30o $0x10005228
-
-
-
-. 2914 100051FC 20
-. 2F 83 00 00 38 80 00 00 38 61 00 08 39 60 00 00 40 9E 00 1C
-==== BB 2915 (0x10005210) approx BBs exec'd 0 ====
-
- 0x10005210: 80010024 lwz r0,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x10005214: 7D635B78 or r3,r11,r11
- 5: GETL R11, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x10005218: 83E10018 lwz r31,24(r1)
- 8: GETL R1, t6
- 9: ADDL $0x18, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R31
- 12: INCEIPL $4
-
- 0x1000521C: 38210020 addi r1,r1,32
- 13: GETL R1, t10
- 14: ADDL $0x20, t10
- 15: PUTL t10, R1
- 16: INCEIPL $4
-
- 0x10005220: 7C0803A6 mtlr r0
- 17: GETL R0, t12
- 18: PUTL t12, LR
- 19: INCEIPL $4
-
- 0x10005224: 4E800020 blr
- 20: GETL LR, t14
- 21: JMPo-r t14 ($4)
-
-
-
-. 2915 10005210 24
-. 80 01 00 24 7D 63 5B 78 83 E1 00 18 38 21 00 20 7C 08 03 A6 4E 80 00 20
-==== BB 2916 (0x10001CA0) approx BBs exec'd 0 ====
-
- 0x10001CA0: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x10001CA4: 409E001C bc 4,30,0x10001CC0
- 4: Jc30o $0x10001CC0
-
-
-
-. 2916 10001CA0 8
-. 2F 83 00 00 40 9E 00 1C
-==== BB 2917 (0x10001CA8) approx BBs exec'd 0 ====
-
- 0x10001CA8: 40920044 bc 4,18,0x10001CEC
- 0: Jc18o $0x10001CEC
-
-
-
-. 2917 10001CA8 4
-. 40 92 00 44
-==== BB 2918 (0x10001CEC) approx BBs exec'd 0 ====
-
- 0x10001CEC: 3BE00000 li r31,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R31
- 2: INCEIPL $4
-
- 0x10001CF0: 4BFFFEFC b 0x10001BEC
- 3: JMPo $0x10001BEC ($4)
-
-
-
-. 2918 10001CEC 8
-. 3B E0 00 00 4B FF FE FC
-==== BB 2919 (0x10001BEC) approx BBs exec'd 0 ====
-
- 0x10001BEC: 408E0028 bc 4,14,0x10001C14
- 0: Jc14o $0x10001C14
-
-
-
-. 2919 10001BEC 4
-. 40 8E 00 28
-==== BB 2920 (0x10001BF0) approx BBs exec'd 0 ====
-
- 0x10001BF0: C8010090 lfd f0,144(r1)
- 0: GETL R1, t0
- 1: ADDL $0x90, t0
- 2: FPU_RQ (t0), 0x0:0x0
- 3: INCEIPL $4
-
- 0x10001BF4: 7FE3FB78 or r3,r31,r31
- 4: GETL R31, t2
- 5: PUTL t2, R3
- 6: INCEIPL $4
-
- 0x10001BF8: 38810080 addi r4,r1,128
- 7: GETL R1, t4
- 8: ADDL $0x80, t4
- 9: PUTL t4, R4
- 10: INCEIPL $4
-
- 0x10001BFC: D8010080 stfd f0,128(r1)
- 11: GETL R1, t6
- 12: ADDL $0x80, t6
- 13: FPU_WQ 0x0:0x0, (t6)
- 14: INCEIPL $4
-
- 0x10001C00: 4BFFF751 bl 0x10001350
- 15: MOVL $0x10001C04, t8
- 16: PUTL t8, LR
- 17: JMPo-c $0x10001350 ($4)
-
-
-
-. 2920 10001BF0 20
-. C8 01 00 90 7F E3 FB 78 38 81 00 80 D8 01 00 80 4B FF F7 51
-==== BB 2921 (0x10001350) approx BBs exec'd 0 ====
-
- 0x10001350: 7C0802A6 mflr r0
- 0: GETL LR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x10001354: 9421FFA0 stwu r1,-96(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFA0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0x10001358: 9361004C stw r27,76(r1)
- 9: GETL R27, t6
- 10: GETL R1, t8
- 11: ADDL $0x4C, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x1000135C: 7C7B1B79 or. r27,r3,r3
- 14: GETL R3, t10
- 15: PUTL t10, R27
- 16: CMP0L t10, t12 (-rSo)
- 17: ICRFL t12, $0x0, CR
- 18: INCEIPL $4
-
- 0x10001360: 93A10054 stw r29,84(r1)
- 19: GETL R29, t14
- 20: GETL R1, t16
- 21: ADDL $0x54, t16
- 22: STL t14, (t16)
- 23: INCEIPL $4
-
- 0x10001364: 48019549 bl 0x1001A8AC
- 24: MOVL $0x10001368, t18
- 25: PUTL t18, LR
- 26: JMPo-c $0x1001A8AC ($4)
-
-
-
-. 2921 10001350 24
-. 7C 08 02 A6 94 21 FF A0 93 61 00 4C 7C 7B 1B 79 93 A1 00 54 48 01 95 49
-==== BB 2922 (0x10001368) approx BBs exec'd 0 ====
-
- 0x10001368: 90010064 stw r0,100(r1)
- 0: GETL R0, t0
- 1: GETL R1, t2
- 2: ADDL $0x64, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x1000136C: 3BA00000 li r29,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R29
- 7: INCEIPL $4
-
- 0x10001370: C8040000 lfd f0,0(r4)
- 8: GETL R4, t6
- 9: FPU_RQ (t6), 0x0:0x0
- 10: INCEIPL $4
-
- 0x10001374: 93C10058 stw r30,88(r1)
- 11: GETL R30, t8
- 12: GETL R1, t10
- 13: ADDL $0x58, t10
- 14: STL t8, (t10)
- 15: INCEIPL $4
-
- 0x10001378: 7FC802A6 mflr r30
- 16: GETL LR, t12
- 17: PUTL t12, R30
- 18: INCEIPL $4
-
- 0x1000137C: 93010040 stw r24,64(r1)
- 19: GETL R24, t14
- 20: GETL R1, t16
- 21: ADDL $0x40, t16
- 22: STL t14, (t16)
- 23: INCEIPL $4
-
- 0x10001380: 93210044 stw r25,68(r1)
- 24: GETL R25, t18
- 25: GETL R1, t20
- 26: ADDL $0x44, t20
- 27: STL t18, (t20)
- 28: INCEIPL $4
-
- 0x10001384: 93410048 stw r26,72(r1)
- 29: GETL R26, t22
- 30: GETL R1, t24
- 31: ADDL $0x48, t24
- 32: STL t22, (t24)
- 33: INCEIPL $4
-
- 0x10001388: 93810050 stw r28,80(r1)
- 34: GETL R28, t26
- 35: GETL R1, t28
- 36: ADDL $0x50, t28
- 37: STL t26, (t28)
- 38: INCEIPL $4
-
- 0x1000138C: 93E1005C stw r31,92(r1)
- 39: GETL R31, t30
- 40: GETL R1, t32
- 41: ADDL $0x5C, t32
- 42: STL t30, (t32)
- 43: INCEIPL $4
-
- 0x10001390: D8010030 stfd f0,48(r1)
- 44: GETL R1, t34
- 45: ADDL $0x30, t34
- 46: FPU_WQ 0x0:0x0, (t34)
- 47: INCEIPL $4
-
- 0x10001394: 93A10038 stw r29,56(r1)
- 48: GETL R29, t36
- 49: GETL R1, t38
- 50: ADDL $0x38, t38
- 51: STL t36, (t38)
- 52: INCEIPL $4
-
- 0x10001398: 41820118 bc 12,2,0x100014B0
- 53: Js02o $0x100014B0
-
-
-
-. 2922 10001368 52
-. 90 01 00 64 3B A0 00 00 C8 04 00 00 93 C1 00 58 7F C8 02 A6 93 01 00 40 93 21 00 44 93 41 00 48 93 81 00 50 93 E1 00 5C D8 01 00 30 93 A1 00 38 41 82 01 18
-==== BB 2923 (0x100014B0) approx BBs exec'd 0 ====
-
- 0x100014B0: 83FE000C lwz r31,12(r30)
- 0: GETL R30, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R31
- 4: INCEIPL $4
-
- 0x100014B4: 837E0078 lwz r27,120(r30)
- 5: GETL R30, t4
- 6: ADDL $0x78, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R27
- 9: INCEIPL $4
-
- 0x100014B8: 801F0000 lwz r0,0(r31)
- 10: GETL R31, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R0
- 13: INCEIPL $4
-
- 0x100014BC: 2F800000 cmpi cr7,r0,0
- 14: GETL R0, t12
- 15: CMP0L t12, t14 (-rSo)
- 16: ICRFL t14, $0x7, CR
- 17: INCEIPL $4
-
- 0x100014C0: 40BEFEE8 bc 5,30,0x100013A8
- 18: Jc30o $0x100013A8
-
-
-
-. 2923 100014B0 20
-. 83 FE 00 0C 83 7E 00 78 80 1F 00 00 2F 80 00 00 40 BE FE E8
-==== BB 2924 (0x100014C4) approx BBs exec'd 0 ====
-
- 0x100014C4: 813E0018 lwz r9,24(r30)
- 0: GETL R30, t0
- 1: ADDL $0x18, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x100014C8: 81290000 lwz r9,0(r9)
- 5: GETL R9, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R9
- 8: INCEIPL $4
-
- 0x100014CC: 2F890000 cmpi cr7,r9,0
- 9: GETL R9, t8
- 10: CMP0L t8, t10 (-rSo)
- 11: ICRFL t10, $0x7, CR
- 12: INCEIPL $4
-
- 0x100014D0: 419E0068 bc 12,30,0x10001538
- 13: Js30o $0x10001538
-
-
-
-. 2924 100014C4 16
-. 81 3E 00 18 81 29 00 00 2F 89 00 00 41 9E 00 68
-==== BB 2925 (0x10001538) approx BBs exec'd 0 ====
-
- 0x10001538: 3C600002 lis r3,2
- 0: MOVL $0x20000, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x1000153C: 6063006C ori r3,r3,0x6C
- 3: MOVL $0x2006C, t2
- 4: PUTL t2, R3
- 5: INCEIPL $4
-
- 0x10001540: 480195F5 bl 0x1001AB34
- 6: MOVL $0x10001544, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0x1001AB34 ($4)
-
-
-
-. 2925 10001538 12
-. 3C 60 00 02 60 63 00 6C 48 01 95 F5
-==== BB 2926 (0x1001AB34) approx BBs exec'd 0 ====
-
- 0x1001AB34: 39600000 li r11,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0x1001AB38: 4BFFFFD4 b 0x1001AB0C
- 3: JMPo $0x1001AB0C ($4)
-
-
-
-. 2926 1001AB34 8
-. 39 60 00 00 4B FF FF D4
-==== BB 2927 nl_langinfo(0xFE88704) approx BBs exec'd 0 ====
-
- 0xFE88704: 7C688670 srawi r8,r3,16
- 0: GETL R3, t0
- 1: SARL $0x10, t0 (-wCa)
- 2: PUTL t0, R8
- 3: INCEIPL $4
-
- 0xFE88708: 7D8802A6 mflr r12
- 4: GETL LR, t2
- 5: PUTL t2, R12
- 6: INCEIPL $4
-
- 0xFE8870C: 69090006 xori r9,r8,0x6
- 7: GETL R8, t4
- 8: XORL $0x6, t4
- 9: PUTL t4, R9
- 10: INCEIPL $4
-
- 0xFE88710: 20090000 subfic r0,r9,0
- 11: GETL R9, t6
- 12: MOVL $0x0, t8
- 13: SBBL t6, t8 (-wCa)
- 14: PUTL t8, R0
- 15: INCEIPL $4
-
- 0xFE88714: 7D204914 adde r9,r0,r9
- 16: GETL R0, t10
- 17: GETL R9, t12
- 18: ADCL t10, t12 (-rCa-wCa)
- 19: PUTL t12, R9
- 20: INCEIPL $4
-
- 0xFE88718: 55000FFE rlwinm r0,r8,1,31,31
- 21: GETL R8, t14
- 22: SHRL $0x1F, t14
- 23: PUTL t14, R0
- 24: INCEIPL $4
-
- 0xFE8871C: 4811F735 bl 0xFFA7E50
- 25: MOVL $0xFE88720, t16
- 26: PUTL t16, LR
- 27: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 2927 FE88704 28
-. 7C 68 86 70 7D 88 02 A6 69 09 00 06 20 09 00 00 7D 20 49 14 55 00 0F FE 48 11 F7 35
-==== BB 2928 (0xFE88720) approx BBs exec'd 0 ====
-
- 0xFE88720: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFE88724: 7C0B4B79 or. r11,r0,r9
- 6: GETL R0, t4
- 7: GETL R9, t6
- 8: ORL t6, t4
- 9: PUTL t4, R11
- 10: CMP0L t4, t8 (-rSo)
- 11: ICRFL t8, $0x0, CR
- 12: INCEIPL $4
-
- 0xFE88728: 93C10008 stw r30,8(r1)
- 13: GETL R30, t10
- 14: GETL R1, t12
- 15: ADDL $0x8, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFE8872C: 7FC802A6 mflr r30
- 18: GETL LR, t14
- 19: PUTL t14, R30
- 20: INCEIPL $4
-
- 0xFE88730: 2F88000C cmpi cr7,r8,12
- 21: GETL R8, t16
- 22: MOVL $0xC, t20
- 23: CMPL t16, t20, t18 (-rSo)
- 24: ICRFL t18, $0x7, CR
- 25: INCEIPL $4
-
- 0xFE88734: 5463043E rlwinm r3,r3,0,16,31
- 26: GETL R3, t22
- 27: ANDL $0xFFFF, t22
- 28: PUTL t22, R3
- 29: INCEIPL $4
-
- 0xFE88738: 7D8803A6 mtlr r12
- 30: GETL R12, t24
- 31: PUTL t24, LR
- 32: INCEIPL $4
-
- 0xFE8873C: 80FE0140 lwz r7,320(r30)
- 33: GETL R30, t26
- 34: ADDL $0x140, t26
- 35: LDL (t26), t28
- 36: PUTL t28, R7
- 37: INCEIPL $4
-
- 0xFE88740: 40820014 bc 4,2,0xFE88754
- 38: Jc02o $0xFE88754
-
-
-
-. 2928 FE88720 36
-. 94 21 FF F0 7C 0B 4B 79 93 C1 00 08 7F C8 02 A6 2F 88 00 0C 54 63 04 3E 7D 88 03 A6 80 FE 01 40 40 82 00 14
-==== BB 2929 (0xFE88744) approx BBs exec'd 0 ====
-
- 0xFE88744: 809E1D50 lwz r4,7504(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1D50, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFE88748: 5500103A rlwinm r0,r8,2,0,29
- 5: GETL R8, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFE8874C: 7D641214 add r11,r4,r2
- 9: GETL R4, t6
- 10: GETL R2, t8
- 11: ADDL t6, t8
- 12: PUTL t8, R11
- 13: INCEIPL $4
-
- 0xFE88750: 409D0014 bc 4,29,0xFE88764
- 14: Jc29o $0xFE88764
-
-
-
-. 2929 FE88744 16
-. 80 9E 1D 50 55 00 10 3A 7D 64 12 14 40 9D 00 14
-==== BB 2930 (0xFE88764) approx BBs exec'd 0 ====
-
- 0xFE88764: 816B0000 lwz r11,0(r11)
- 0: GETL R11, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R11
- 3: INCEIPL $4
-
- 0xFE88768: 546A103A rlwinm r10,r3,2,0,29
- 4: GETL R3, t4
- 5: SHLL $0x2, t4
- 6: PUTL t4, R10
- 7: INCEIPL $4
-
- 0xFE8876C: 80FE0140 lwz r7,320(r30)
- 8: GETL R30, t6
- 9: ADDL $0x140, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R7
- 12: INCEIPL $4
-
- 0xFE88770: 7CCB002E lwzx r6,r11,r0
- 13: GETL R0, t10
- 14: GETL R11, t12
- 15: ADDL t12, t10
- 16: LDL (t10), t14
- 17: PUTL t14, R6
- 18: INCEIPL $4
-
- 0xFE88774: 80A60020 lwz r5,32(r6)
- 19: GETL R6, t16
- 20: ADDL $0x20, t16
- 21: LDL (t16), t18
- 22: PUTL t18, R5
- 23: INCEIPL $4
-
- 0xFE88778: 7D2A3214 add r9,r10,r6
- 24: GETL R10, t20
- 25: GETL R6, t22
- 26: ADDL t20, t22
- 27: PUTL t22, R9
- 28: INCEIPL $4
-
- 0xFE8877C: 7F851840 cmpl cr7,r5,r3
- 29: GETL R5, t24
- 30: GETL R3, t26
- 31: CMPUL t24, t26, t28 (-rSo)
- 32: ICRFL t28, $0x7, CR
- 33: INCEIPL $4
-
- 0xFE88780: 40BDFFD4 bc 5,29,0xFE88754
- 34: Jc29o $0xFE88754
-
-
-
-. 2930 FE88764 32
-. 81 6B 00 00 54 6A 10 3A 80 FE 01 40 7C CB 00 2E 80 A6 00 20 7D 2A 32 14 7F 85 18 40 40 BD FF D4
-==== BB 2931 (0xFE88784) approx BBs exec'd 0 ====
-
- 0xFE88784: 80E90024 lwz r7,36(r9)
- 0: GETL R9, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0xFE88788: 83C10008 lwz r30,8(r1)
- 5: GETL R1, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R30
- 9: INCEIPL $4
-
- 0xFE8878C: 38210010 addi r1,r1,16
- 10: GETL R1, t8
- 11: ADDL $0x10, t8
- 12: PUTL t8, R1
- 13: INCEIPL $4
-
- 0xFE88790: 7CE33B78 or r3,r7,r7
- 14: GETL R7, t10
- 15: PUTL t10, R3
- 16: INCEIPL $4
-
- 0xFE88794: 4E800020 blr
- 17: GETL LR, t12
- 18: JMPo-r t12 ($4)
-
-
-
-. 2931 FE88784 20
-. 80 E9 00 24 83 C1 00 08 38 21 00 10 7C E3 3B 78 4E 80 00 20
-==== BB 2932 (0x10001544) approx BBs exec'd 0 ====
-
- 0x10001544: 88030000 lbz r0,0(r3)
- 0: GETL R3, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0x10001548: 7C7B1B78 or r27,r3,r3
- 4: GETL R3, t4
- 5: PUTL t4, R27
- 6: INCEIPL $4
-
- 0x1000154C: 2F800000 cmpi cr7,r0,0
- 7: GETL R0, t6
- 8: CMP0L t6, t8 (-rSo)
- 9: ICRFL t8, $0x7, CR
- 10: INCEIPL $4
-
- 0x10001550: 409EFE58 bc 4,30,0x100013A8
- 11: Jc30o $0x100013A8
-
-
-
-. 2932 10001544 16
-. 88 03 00 00 7C 7B 1B 78 2F 80 00 00 40 9E FE 58
-==== BB 2933 (0x100013A8) approx BBs exec'd 0 ====
-
- 0x100013A8: 38610030 addi r3,r1,48
- 0: GETL R1, t0
- 1: ADDL $0x30, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0x100013AC: 480197B9 bl 0x1001AB64
- 4: MOVL $0x100013B0, t2
- 5: PUTL t2, LR
- 6: JMPo-c $0x1001AB64 ($4)
-
-
-
-. 2933 100013A8 8
-. 38 61 00 30 48 01 97 B9
-==== BB 2934 (0x1001AB64) approx BBs exec'd 0 ====
-
- 0x1001AB64: 39600018 li r11,24
- 0: MOVL $0x18, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0x1001AB68: 4BFFFFA4 b 0x1001AB0C
- 3: JMPo $0x1001AB0C ($4)
-
-
-
-. 2934 1001AB64 8
-. 39 60 00 18 4B FF FF A4
-==== BB 2935 localtime(0xFEE5FB8) approx BBs exec'd 0 ====
-
- 0xFEE5FB8: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFEE5FBC: 7C8802A6 mflr r4
- 6: GETL LR, t4
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0xFEE5FC0: 480C1E91 bl 0xFFA7E50
- 9: MOVL $0xFEE5FC4, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 2935 FEE5FB8 12
-. 94 21 FF F0 7C 88 02 A6 48 0C 1E 91
-==== BB 2936 (0xFEE5FC4) approx BBs exec'd 0 ====
-
- 0xFEE5FC4: 93C10008 stw r30,8(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFEE5FC8: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFEE5FCC: 90810014 stw r4,20(r1)
- 8: GETL R4, t6
- 9: GETL R1, t8
- 10: ADDL $0x14, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFEE5FD0: 38800001 li r4,1
- 13: MOVL $0x1, t10
- 14: PUTL t10, R4
- 15: INCEIPL $4
-
- 0xFEE5FD4: 80BE1CC0 lwz r5,7360(r30)
- 16: GETL R30, t12
- 17: ADDL $0x1CC0, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R5
- 20: INCEIPL $4
-
- 0xFEE5FD8: 48001BA9 bl 0xFEE7B80
- 21: MOVL $0xFEE5FDC, t16
- 22: PUTL t16, LR
- 23: JMPo-c $0xFEE7B80 ($4)
-
-
-
-. 2936 FEE5FC4 24
-. 93 C1 00 08 7F C8 02 A6 90 81 00 14 38 80 00 01 80 BE 1C C0 48 00 1B A9
-==== BB 2937 __tz_convert(0xFEE7B80) approx BBs exec'd 0 ====
-
- 0xFEE7B80: 9421FFD0 stwu r1,-48(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFD0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFEE7B84: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFEE7B88: 9361001C stw r27,28(r1)
- 9: GETL R27, t6
- 10: GETL R1, t8
- 11: ADDL $0x1C, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFEE7B8C: 7C7B1B79 or. r27,r3,r3
- 14: GETL R3, t10
- 15: PUTL t10, R27
- 16: CMP0L t10, t12 (-rSo)
- 17: ICRFL t12, $0x0, CR
- 18: INCEIPL $4
-
- 0xFEE7B90: 480C02C1 bl 0xFFA7E50
- 19: MOVL $0xFEE7B94, t14
- 20: PUTL t14, LR
- 21: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 2937 FEE7B80 20
-. 94 21 FF D0 7C 08 02 A6 93 61 00 1C 7C 7B 1B 79 48 0C 02 C1
-==== BB 2938 (0xFEE7B94) approx BBs exec'd 0 ====
-
- 0xFEE7B94: 93810020 stw r28,32(r1)
- 0: GETL R28, t0
- 1: GETL R1, t2
- 2: ADDL $0x20, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFEE7B98: 93C10028 stw r30,40(r1)
- 5: GETL R30, t4
- 6: GETL R1, t6
- 7: ADDL $0x28, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFEE7B9C: 7C9C2378 or r28,r4,r4
- 10: GETL R4, t8
- 11: PUTL t8, R28
- 12: INCEIPL $4
-
- 0xFEE7BA0: 93E1002C stw r31,44(r1)
- 13: GETL R31, t10
- 14: GETL R1, t12
- 15: ADDL $0x2C, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFEE7BA4: 7FC802A6 mflr r30
- 18: GETL LR, t14
- 19: PUTL t14, R30
- 20: INCEIPL $4
-
- 0xFEE7BA8: 93410018 stw r26,24(r1)
- 21: GETL R26, t16
- 22: GETL R1, t18
- 23: ADDL $0x18, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFEE7BAC: 7CBF2B78 or r31,r5,r5
- 26: GETL R5, t20
- 27: PUTL t20, R31
- 28: INCEIPL $4
-
- 0xFEE7BB0: 93A10024 stw r29,36(r1)
- 29: GETL R29, t22
- 30: GETL R1, t24
- 31: ADDL $0x24, t24
- 32: STL t22, (t24)
- 33: INCEIPL $4
-
- 0xFEE7BB4: 90010034 stw r0,52(r1)
- 34: GETL R0, t26
- 35: GETL R1, t28
- 36: ADDL $0x34, t28
- 37: STL t26, (t28)
- 38: INCEIPL $4
-
- 0xFEE7BB8: 418201FC bc 12,2,0xFEE7DB4
- 39: Js02o $0xFEE7DB4
-
-
-
-. 2938 FEE7B94 40
-. 93 81 00 20 93 C1 00 28 7C 9C 23 78 93 E1 00 2C 7F C8 02 A6 93 41 00 18 7C BF 2B 78 93 A1 00 24 90 01 00 34 41 82 01 FC
-==== BB 2939 (0xFEE7BBC) approx BBs exec'd 0 ====
-
- 0xFEE7BBC: 83BE08A0 lwz r29,2208(r30)
- 0: GETL R30, t0
- 1: ADDL $0x8A0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0xFEE7BC0: 39600000 li r11,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R11
- 7: INCEIPL $4
-
- 0xFEE7BC4: 38600001 li r3,1
- 8: MOVL $0x1, t6
- 9: PUTL t6, R3
- 10: INCEIPL $4
-
- 0xFEE7BC8: 7D20E828 lwarx r9,r0,r29
- 11: GETL R29, t8
- 12: LOCKo
- 13: LDL (t8), t10
- 14: PUTL t10, R9
- 15: INCEIPL $4
-
- 0xFEE7BCC: 7C095800 cmp cr0,r9,r11
- 16: GETL R9, t12
- 17: GETL R11, t14
- 18: CMPL t12, t14, t16 (-rSo)
- 19: ICRFL t16, $0x0, CR
- 20: INCEIPL $4
-
- 0xFEE7BD0: 4082000C bc 4,2,0xFEE7BDC
- 21: Jc02o $0xFEE7BDC
-
-
-
-. 2939 FEE7BBC 24
-. 83 BE 08 A0 39 60 00 00 38 60 00 01 7D 20 E8 28 7C 09 58 00 40 82 00 0C
-==== BB 2940 (0xFEE7BD4) approx BBs exec'd 0 ====
-
- 0xFEE7BD4: 7C60E92D stwcx. r3,r0,r29
- 0: GETL R29, t0
- 1: GETL R3, t2
- 2: LOCKo
- 3: STL t2, (t0) (-rSo)
- 4: ICRFL cr, $0x0, CR
- 5: INCEIPL $4
-
- 0xFEE7BD8: 40A2FFF0 bc 5,2,0xFEE7BC8
- 6: Jc02o $0xFEE7BC8
-
-
-
-. 2940 FEE7BD4 8
-. 7C 60 E9 2D 40 A2 FF F0
-==== BB 2941 (0xFEE7BC8) approx BBs exec'd 0 ====
-
- 0xFEE7BC8: 7D20E828 lwarx r9,r0,r29
- 0: GETL R29, t0
- 1: LOCKo
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFEE7BCC: 7C095800 cmp cr0,r9,r11
- 5: GETL R9, t4
- 6: GETL R11, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x0, CR
- 9: INCEIPL $4
-
- 0xFEE7BD0: 4082000C bc 4,2,0xFEE7BDC
- 10: Jc02o $0xFEE7BDC
-
-
-
-. 2941 FEE7BC8 12
-. 7D 20 E8 28 7C 09 58 00 40 82 00 0C
-==== BB 2942 (0xFEE7BDC) approx BBs exec'd 0 ====
-
- 0xFEE7BDC: 4C00012C 0: INCEIPL $4
-
- 0xFEE7BE0: 2F890000 cmpi cr7,r9,0
- 1: GETL R9, t0
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFEE7BE4: 409E01C4 bc 4,30,0xFEE7DA8
- 5: Jc30o $0xFEE7DA8
-
-
-
-. 2942 FEE7BDC 12
-. 4C 00 01 2C 2F 89 00 00 40 9E 01 C4
-==== BB 2943 (0xFEE7BE8) approx BBs exec'd 0 ====
-
- 0xFEE7BE8: 80DE1CC0 lwz r6,7360(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1CC0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0xFEE7BEC: 38800000 li r4,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0xFEE7BF0: 835E1DC0 lwz r26,7616(r30)
- 8: GETL R30, t6
- 9: ADDL $0x1DC0, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R26
- 12: INCEIPL $4
-
- 0xFEE7BF4: 7FE33278 xor r3,r31,r6
- 13: GETL R31, t10
- 14: GETL R6, t12
- 15: XORL t10, t12
- 16: PUTL t12, R3
- 17: INCEIPL $4
-
- 0xFEE7BF8: 20030000 subfic r0,r3,0
- 18: GETL R3, t14
- 19: MOVL $0x0, t16
- 20: SBBL t14, t16 (-wCa)
- 21: PUTL t16, R0
- 22: INCEIPL $4
-
- 0xFEE7BFC: 7C601914 adde r3,r0,r3
- 23: GETL R0, t18
- 24: GETL R3, t20
- 25: ADCL t18, t20 (-rCa-wCa)
- 26: PUTL t20, R3
- 27: INCEIPL $4
-
- 0xFEE7C00: 4BFFF1D9 bl 0xFEE6DD8
- 28: MOVL $0xFEE7C04, t22
- 29: PUTL t22, LR
- 30: JMPo-c $0xFEE6DD8 ($4)
-
-
-
-. 2943 FEE7BE8 28
-. 80 DE 1C C0 38 80 00 00 83 5E 1D C0 7F E3 32 78 20 03 00 00 7C 60 19 14 4B FF F1 D9
-==== BB 2944 tzset_internal(0xFEE6DD8) approx BBs exec'd 0 ====
-
- 0xFEE6DD8: 9421FFB0 stwu r1,-80(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFB0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFEE6DDC: 7CA802A6 mflr r5
- 6: GETL LR, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0xFEE6DE0: 480C1071 bl 0xFFA7E50
- 9: MOVL $0xFEE6DE4, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 2944 FEE6DD8 12
-. 94 21 FF B0 7C A8 02 A6 48 0C 10 71
-==== BB 2945 (0xFEE6DE4) approx BBs exec'd 0 ====
-
- 0xFEE6DE4: 93C10048 stw r30,72(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x48, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFEE6DE8: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFEE6DEC: 20030000 subfic r0,r3,0
- 8: GETL R3, t6
- 9: MOVL $0x0, t8
- 10: SBBL t6, t8 (-wCa)
- 11: PUTL t8, R0
- 12: INCEIPL $4
-
- 0xFEE6DF0: 7C601914 adde r3,r0,r3
- 13: GETL R0, t10
- 14: GETL R3, t12
- 15: ADCL t10, t12 (-rCa-wCa)
- 16: PUTL t12, R3
- 17: INCEIPL $4
-
- 0xFEE6DF4: 90A10054 stw r5,84(r1)
- 18: GETL R5, t14
- 19: GETL R1, t16
- 20: ADDL $0x54, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0xFEE6DF8: 7D800026 mfcr r12
- 23: GETL CR, t18
- 24: PUTL t18, R12
- 25: INCEIPL $4
-
- 0xFEE6DFC: 93A10044 stw r29,68(r1)
- 26: GETL R29, t20
- 27: GETL R1, t22
- 28: ADDL $0x44, t22
- 29: STL t20, (t22)
- 30: INCEIPL $4
-
- 0xFEE6E00: 7C9D2378 or r29,r4,r4
- 31: GETL R4, t24
- 32: PUTL t24, R29
- 33: INCEIPL $4
-
- 0xFEE6E04: 817E0894 lwz r11,2196(r30)
- 34: GETL R30, t26
- 35: ADDL $0x894, t26
- 36: LDL (t26), t28
- 37: PUTL t28, R11
- 38: INCEIPL $4
-
- 0xFEE6E08: 93E1004C stw r31,76(r1)
- 39: GETL R31, t30
- 40: GETL R1, t32
- 41: ADDL $0x4C, t32
- 42: STL t30, (t32)
- 43: INCEIPL $4
-
- 0xFEE6E0C: 7C3F0B78 or r31,r1,r1
- 44: GETL R1, t34
- 45: PUTL t34, R31
- 46: INCEIPL $4
-
- 0xFEE6E10: 812B0000 lwz r9,0(r11)
- 47: GETL R11, t36
- 48: LDL (t36), t38
- 49: PUTL t38, R9
- 50: INCEIPL $4
-
- 0xFEE6E14: 92C10028 stw r22,40(r1)
- 51: GETL R22, t40
- 52: GETL R1, t42
- 53: ADDL $0x28, t42
- 54: STL t40, (t42)
- 55: INCEIPL $4
-
- 0xFEE6E18: 3149FFFF addic r10,r9,-1
- 56: GETL R9, t44
- 57: ADCL $0xFFFFFFFF, t44 (-wCa)
- 58: PUTL t44, R10
- 59: INCEIPL $4
-
- 0xFEE6E1C: 7C0A4910 subfe r0,r10,r9
- 60: GETL R10, t46
- 61: GETL R9, t48
- 62: SBBL t46, t48 (-rCa-wCa)
- 63: PUTL t48, R0
- 64: INCEIPL $4
-
- 0xFEE6E20: 92E1002C stw r23,44(r1)
- 65: GETL R23, t50
- 66: GETL R1, t52
- 67: ADDL $0x2C, t52
- 68: STL t50, (t52)
- 69: INCEIPL $4
-
- 0xFEE6E24: 7C091839 and. r9,r0,r3
- 70: GETL R0, t54
- 71: GETL R3, t56
- 72: ANDL t54, t56
- 73: PUTL t56, R9
- 74: CMP0L t56, t58 (-rSo)
- 75: ICRFL t58, $0x0, CR
- 76: INCEIPL $4
-
- 0xFEE6E28: 93010030 stw r24,48(r1)
- 77: GETL R24, t60
- 78: GETL R1, t62
- 79: ADDL $0x30, t62
- 80: STL t60, (t62)
- 81: INCEIPL $4
-
- 0xFEE6E2C: 93210034 stw r25,52(r1)
- 82: GETL R25, t64
- 83: GETL R1, t66
- 84: ADDL $0x34, t66
- 85: STL t64, (t66)
- 86: INCEIPL $4
-
- 0xFEE6E30: 93410038 stw r26,56(r1)
- 87: GETL R26, t68
- 88: GETL R1, t70
- 89: ADDL $0x38, t70
- 90: STL t68, (t70)
- 91: INCEIPL $4
-
- 0xFEE6E34: 9361003C stw r27,60(r1)
- 92: GETL R27, t72
- 93: GETL R1, t74
- 94: ADDL $0x3C, t74
- 95: STL t72, (t74)
- 96: INCEIPL $4
-
- 0xFEE6E38: 93810040 stw r28,64(r1)
- 97: GETL R28, t76
- 98: GETL R1, t78
- 99: ADDL $0x40, t78
- 100: STL t76, (t78)
- 101: INCEIPL $4
-
- 0xFEE6E3C: 91810024 stw r12,36(r1)
- 102: GETL R12, t80
- 103: GETL R1, t82
- 104: ADDL $0x24, t82
- 105: STL t80, (t82)
- 106: INCEIPL $4
-
- 0xFEE6E40: 41820048 bc 12,2,0xFEE6E88
- 107: Js02o $0xFEE6E88
-
-
-
-. 2945 FEE6DE4 96
-. 93 C1 00 48 7F C8 02 A6 20 03 00 00 7C 60 19 14 90 A1 00 54 7D 80 00 26 93 A1 00 44 7C 9D 23 78 81 7E 08 94 93 E1 00 4C 7C 3F 0B 78 81 2B 00 00 92 C1 00 28 31 49 FF FF 7C 0A 49 10 92 E1 00 2C 7C 09 18 39 93 01 00 30 93 21 00 34 93 41 00 38 93 61 00 3C 93 81 00 40 91 81 00 24 41 82 00 48
-==== BB 2946 (0xFEE6E88) approx BBs exec'd 0 ====
-
- 0xFEE6E88: 38E00001 li r7,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R7
- 2: INCEIPL $4
-
- 0xFEE6E8C: 807E08A4 lwz r3,2212(r30)
- 3: GETL R30, t2
- 4: ADDL $0x8A4, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFEE6E90: 90EB0000 stw r7,0(r11)
- 8: GETL R7, t6
- 9: GETL R11, t8
- 10: STL t6, (t8)
- 11: INCEIPL $4
-
- 0xFEE6E94: 4BFAC305 bl 0xFE93198
- 12: MOVL $0xFEE6E98, t10
- 13: PUTL t10, LR
- 14: JMPo-c $0xFE93198 ($4)
-
-
-
-. 2946 FEE6E88 16
-. 38 E0 00 01 80 7E 08 A4 90 EB 00 00 4B FA C3 05
-==== BB 2947 (0xFEE6E98) approx BBs exec'd 0 ====
-
- 0xFEE6E98: 201D0000 subfic r0,r29,0
- 0: GETL R29, t0
- 1: MOVL $0x0, t2
- 2: SBBL t0, t2 (-wCa)
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFEE6E9C: 7C80E914 adde r4,r0,r29
- 5: GETL R0, t4
- 6: GETL R29, t6
- 7: ADCL t4, t6 (-rCa-wCa)
- 8: PUTL t6, R4
- 9: INCEIPL $4
-
- 0xFEE6EA0: 2F030000 cmpi cr6,r3,0
- 10: GETL R3, t8
- 11: CMP0L t8, t10 (-rSo)
- 12: ICRFL t10, $0x6, CR
- 13: INCEIPL $4
-
- 0xFEE6EA4: 7C7C1B78 or r28,r3,r3
- 14: GETL R3, t12
- 15: PUTL t12, R28
- 16: INCEIPL $4
-
- 0xFEE6EA8: 7CC00026 mfcr r6
- 17: GETL CR, t14
- 18: PUTL t14, R6
- 19: INCEIPL $4
-
- 0xFEE6EAC: 54C6DFFE rlwinm r6,r6,27,31,31
- 20: GETL R6, t16
- 21: ROLL $0x1B, t16
- 22: ANDL $0x1, t16
- 23: PUTL t16, R6
- 24: INCEIPL $4
-
- 0xFEE6EB0: 7CCA2039 and. r10,r6,r4
- 25: GETL R6, t18
- 26: GETL R4, t20
- 27: ANDL t18, t20
- 28: PUTL t20, R10
- 29: CMP0L t20, t22 (-rSo)
- 30: ICRFL t22, $0x0, CR
- 31: INCEIPL $4
-
- 0xFEE6EB4: 408201F4 bc 4,2,0xFEE70A8
- 32: Jc02o $0xFEE70A8
-
-
-
-. 2947 FEE6E98 32
-. 20 1D 00 00 7C 80 E9 14 2F 03 00 00 7C 7C 1B 78 7C C0 00 26 54 C6 DF FE 7C CA 20 39 40 82 01 F4
-==== BB 2948 (0xFEE70A8) approx BBs exec'd 0 ====
-
- 0xFEE70A8: 839E08AC lwz r28,2220(r30)
- 0: GETL R30, t0
- 1: ADDL $0x8AC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0xFEE70AC: 2F1C0000 cmpi cr6,r28,0
- 5: GETL R28, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0xFEE70B0: 4BFFFE08 b 0xFEE6EB8
- 9: JMPo $0xFEE6EB8 ($4)
-
-
-
-. 2948 FEE70A8 12
-. 83 9E 08 AC 2F 1C 00 00 4B FF FE 08
-==== BB 2949 (0xFEE6EB8) approx BBs exec'd 0 ====
-
- 0xFEE6EB8: 419A0030 bc 12,26,0xFEE6EE8
- 0: Js26o $0xFEE6EE8
-
-
-
-. 2949 FEE6EB8 4
-. 41 9A 00 30
-==== BB 2950 (0xFEE6EBC) approx BBs exec'd 0 ====
-
- 0xFEE6EBC: 891C0000 lbz r8,0(r28)
- 0: GETL R28, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R8
- 3: INCEIPL $4
-
- 0xFEE6EC0: 2F880000 cmpi cr7,r8,0
- 4: GETL R8, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x7, CR
- 7: INCEIPL $4
-
- 0xFEE6EC4: 409E000C bc 4,30,0xFEE6ED0
- 8: Jc30o $0xFEE6ED0
-
-
-
-. 2950 FEE6EBC 12
-. 89 1C 00 00 2F 88 00 00 40 9E 00 0C
-==== BB 2951 (0xFEE6ED0) approx BBs exec'd 0 ====
-
- 0xFEE6ED0: 419A0018 bc 12,26,0xFEE6EE8
- 0: Js26o $0xFEE6EE8
-
-
-
-. 2951 FEE6ED0 4
-. 41 9A 00 18
-==== BB 2952 (0xFEE6ED4) approx BBs exec'd 0 ====
-
- 0xFEE6ED4: 895C0000 lbz r10,0(r28)
- 0: GETL R28, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R10
- 3: INCEIPL $4
-
- 0xFEE6ED8: 694B003A xori r11,r10,0x3A
- 4: GETL R10, t4
- 5: XORL $0x3A, t4
- 6: PUTL t4, R11
- 7: INCEIPL $4
-
- 0xFEE6EDC: 216B0000 subfic r11,r11,0
- 8: GETL R11, t6
- 9: MOVL $0x0, t8
- 10: SBBL t6, t8 (-wCa)
- 11: PUTL t8, R11
- 12: INCEIPL $4
-
- 0xFEE6EE0: 7D7C0194 addze r11,r28
- 13: GETL R28, t10
- 14: ADCL $0x0, t10 (-rCa-wCa)
- 15: PUTL t10, R11
- 16: INCEIPL $4
-
- 0xFEE6EE4: 7D7C5B78 or r28,r11,r11
- 17: GETL R11, t12
- 18: PUTL t12, R28
- 19: INCEIPL $4
-
- 0xFEE6EE8: 835E0898 lwz r26,2200(r30)
- 20: GETL R30, t14
- 21: ADDL $0x898, t14
- 22: LDL (t14), t16
- 23: PUTL t16, R26
- 24: INCEIPL $4
-
- 0xFEE6EEC: 313CFFFF addic r9,r28,-1
- 25: GETL R28, t18
- 26: ADCL $0xFFFFFFFF, t18 (-wCa)
- 27: PUTL t18, R9
- 28: INCEIPL $4
-
- 0xFEE6EF0: 7EC9E110 subfe r22,r9,r28
- 29: GETL R9, t20
- 30: GETL R28, t22
- 31: SBBL t20, t22 (-rCa-wCa)
- 32: PUTL t22, R22
- 33: INCEIPL $4
-
- 0xFEE6EF4: 83BA0000 lwz r29,0(r26)
- 34: GETL R26, t24
- 35: LDL (t24), t26
- 36: PUTL t26, R29
- 37: INCEIPL $4
-
- 0xFEE6EF8: 315DFFFF addic r10,r29,-1
- 38: GETL R29, t28
- 39: ADCL $0xFFFFFFFF, t28 (-wCa)
- 40: PUTL t28, R10
- 41: INCEIPL $4
-
- 0xFEE6EFC: 7EEAE910 subfe r23,r10,r29
- 42: GETL R10, t30
- 43: GETL R29, t32
- 44: SBBL t30, t32 (-rCa-wCa)
- 45: PUTL t32, R23
- 46: INCEIPL $4
-
- 0xFEE6F00: 7EEBB039 and. r11,r23,r22
- 47: GETL R23, t34
- 48: GETL R22, t36
- 49: ANDL t34, t36
- 50: PUTL t36, R11
- 51: CMP0L t36, t38 (-rSo)
- 52: ICRFL t38, $0x0, CR
- 53: INCEIPL $4
-
- 0xFEE6F04: 41820018 bc 12,2,0xFEE6F1C
- 54: Js02o $0xFEE6F1C
-
-
-
-. 2952 FEE6ED4 52
-. 89 5C 00 00 69 4B 00 3A 21 6B 00 00 7D 7C 01 94 7D 7C 5B 78 83 5E 08 98 31 3C FF FF 7E C9 E1 10 83 BA 00 00 31 5D FF FF 7E EA E9 10 7E EB B0 39 41 82 00 18
-==== BB 2953 (0xFEE6F1C) approx BBs exec'd 0 ====
-
- 0xFEE6F1C: 2E1C0000 cmpi cr4,r28,0
- 0: GETL R28, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0xFEE6F20: 41920458 bc 12,18,0xFEE7378
- 4: Js18o $0xFEE7378
-
-
-
-. 2953 FEE6F1C 8
-. 2E 1C 00 00 41 92 04 58
-==== BB 2954 (0xFEE6F24) approx BBs exec'd 0 ====
-
- 0xFEE6F24: 2F1D0000 cmpi cr6,r29,0
- 0: GETL R29, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0xFEE6F28: 837E089C lwz r27,2204(r30)
- 4: GETL R30, t4
- 5: ADDL $0x89C, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R27
- 8: INCEIPL $4
-
- 0xFEE6F2C: 3B000000 li r24,0
- 9: MOVL $0x0, t8
- 10: PUTL t8, R24
- 11: INCEIPL $4
-
- 0xFEE6F30: 931B0020 stw r24,32(r27)
- 12: GETL R24, t10
- 13: GETL R27, t12
- 14: ADDL $0x20, t12
- 15: STL t10, (t12)
- 16: INCEIPL $4
-
- 0xFEE6F34: 931B0000 stw r24,0(r27)
- 17: GETL R24, t14
- 18: GETL R27, t16
- 19: STL t14, (t16)
- 20: INCEIPL $4
-
- 0xFEE6F38: 409A017C bc 4,26,0xFEE70B4
- 21: Jc26o $0xFEE70B4
-
-
-
-. 2954 FEE6F24 24
-. 2F 1D 00 00 83 7E 08 9C 3B 00 00 00 93 1B 00 20 93 1B 00 00 40 9A 01 7C
-==== BB 2955 (0xFEE6F3C) approx BBs exec'd 0 ====
-
- 0xFEE6F3C: 7F5DD378 or r29,r26,r26
- 0: GETL R26, t0
- 1: PUTL t0, R29
- 2: INCEIPL $4
-
- 0xFEE6F40: 40920180 bc 4,18,0xFEE70C0
- 3: Jc18o $0xFEE70C0
-
-
-
-. 2955 FEE6F3C 8
-. 7F 5D D3 78 40 92 01 80
-==== BB 2956 (0xFEE70C0) approx BBs exec'd 0 ====
-
- 0xFEE70C0: 7F83E378 or r3,r28,r28
- 0: GETL R28, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFEE70C4: 4BFEF6D9 bl 0xFED679C
- 3: MOVL $0xFEE70C8, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0xFED679C ($4)
-
-
-
-. 2956 FEE70C0 8
-. 7F 83 E3 78 4B FE F6 D9
-==== BB 2957 (0xFEE70C8) approx BBs exec'd 0 ====
-
- 0xFEE70C8: 7C601B78 or r0,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFEE70CC: 4BFFFE7C b 0xFEE6F48
- 3: JMPo $0xFEE6F48 ($4)
-
-
-
-. 2957 FEE70C8 8
-. 7C 60 1B 78 4B FF FE 7C
-==== BB 2958 (0xFEE6F48) approx BBs exec'd 0 ====
-
- 0xFEE6F48: 833E1DC0 lwz r25,7616(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1DC0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R25
- 4: INCEIPL $4
-
- 0xFEE6F4C: 7F83E378 or r3,r28,r28
- 5: GETL R28, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFEE6F50: 901D0000 stw r0,0(r29)
- 8: GETL R0, t6
- 9: GETL R29, t8
- 10: STL t6, (t8)
- 11: INCEIPL $4
-
- 0xFEE6F54: 38800000 li r4,0
- 12: MOVL $0x0, t10
- 13: PUTL t10, R4
- 14: INCEIPL $4
-
- 0xFEE6F58: 38A00000 li r5,0
- 15: MOVL $0x0, t12
- 16: PUTL t12, R5
- 17: INCEIPL $4
-
- 0xFEE6F5C: 48000E8D bl 0xFEE7DE8
- 18: MOVL $0xFEE6F60, t14
- 19: PUTL t14, LR
- 20: JMPo-c $0xFEE7DE8 ($4)
-
-
-
-. 2958 FEE6F48 24
-. 83 3E 1D C0 7F 83 E3 78 90 1D 00 00 38 80 00 00 38 A0 00 00 48 00 0E 8D
-==== BB 2959 __tzfile_read(0xFEE7DE8) approx BBs exec'd 0 ====
-
- 0xFEE7DE8: 9421FEF0 stwu r1,-272(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFEF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFEE7DEC: 7CC802A6 mflr r6
- 6: GETL LR, t4
- 7: PUTL t4, R6
- 8: INCEIPL $4
-
- 0xFEE7DF0: 480C0061 bl 0xFFA7E50
- 9: MOVL $0xFEE7DF4, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 2959 FEE7DE8 12
-. 94 21 FE F0 7C C8 02 A6 48 0C 00 61
-==== BB 2960 (0xFEE7DF4) approx BBs exec'd 0 ====
-
- 0xFEE7DF4: 93C10108 stw r30,264(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x108, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFEE7DF8: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFEE7DFC: 936100FC stw r27,252(r1)
- 8: GETL R27, t6
- 9: GETL R1, t8
- 10: ADDL $0xFC, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFEE7E00: 7C7B1B79 or. r27,r3,r3
- 13: GETL R3, t10
- 14: PUTL t10, R27
- 15: CMP0L t10, t12 (-rSo)
- 16: ICRFL t12, $0x0, CR
- 17: INCEIPL $4
-
- 0xFEE7E04: 928100E0 stw r20,224(r1)
- 18: GETL R20, t14
- 19: GETL R1, t16
- 20: ADDL $0xE0, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0xFEE7E08: 90C10114 stw r6,276(r1)
- 23: GETL R6, t18
- 24: GETL R1, t20
- 25: ADDL $0x114, t20
- 26: STL t18, (t20)
- 27: INCEIPL $4
-
- 0xFEE7E0C: 38000000 li r0,0
- 28: MOVL $0x0, t22
- 29: PUTL t22, R0
- 30: INCEIPL $4
-
- 0xFEE7E10: 829E1DC0 lwz r20,7616(r30)
- 31: GETL R30, t24
- 32: ADDL $0x1DC0, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R20
- 35: INCEIPL $4
-
- 0xFEE7E14: 92C100E8 stw r22,232(r1)
- 36: GETL R22, t28
- 37: GETL R1, t30
- 38: ADDL $0xE8, t30
- 39: STL t28, (t30)
- 40: INCEIPL $4
-
- 0xFEE7E18: 7CB62B78 or r22,r5,r5
- 41: GETL R5, t32
- 42: PUTL t32, R22
- 43: INCEIPL $4
-
- 0xFEE7E1C: 92E100EC stw r23,236(r1)
- 44: GETL R23, t34
- 45: GETL R1, t36
- 46: ADDL $0xEC, t36
- 47: STL t34, (t36)
- 48: INCEIPL $4
-
- 0xFEE7E20: 7C972378 or r23,r4,r4
- 49: GETL R4, t38
- 50: PUTL t38, R23
- 51: INCEIPL $4
-
- 0xFEE7E24: 930100F0 stw r24,240(r1)
- 52: GETL R24, t40
- 53: GETL R1, t42
- 54: ADDL $0xF0, t42
- 55: STL t40, (t42)
- 56: INCEIPL $4
-
- 0xFEE7E28: 93E1010C stw r31,268(r1)
- 57: GETL R31, t44
- 58: GETL R1, t46
- 59: ADDL $0x10C, t46
- 60: STL t44, (t46)
- 61: INCEIPL $4
-
- 0xFEE7E2C: 7C3F0B78 or r31,r1,r1
- 62: GETL R1, t48
- 63: PUTL t48, R31
- 64: INCEIPL $4
-
- 0xFEE7E30: 83140000 lwz r24,0(r20)
- 65: GETL R20, t50
- 66: LDL (t50), t52
- 67: PUTL t52, R24
- 68: INCEIPL $4
-
- 0xFEE7E34: 91C100C8 stw r14,200(r1)
- 69: GETL R14, t54
- 70: GETL R1, t56
- 71: ADDL $0xC8, t56
- 72: STL t54, (t56)
- 73: INCEIPL $4
-
- 0xFEE7E38: 91E100CC stw r15,204(r1)
- 74: GETL R15, t58
- 75: GETL R1, t60
- 76: ADDL $0xCC, t60
- 77: STL t58, (t60)
- 78: INCEIPL $4
-
- 0xFEE7E3C: 920100D0 stw r16,208(r1)
- 79: GETL R16, t62
- 80: GETL R1, t64
- 81: ADDL $0xD0, t64
- 82: STL t62, (t64)
- 83: INCEIPL $4
-
- 0xFEE7E40: 922100D4 stw r17,212(r1)
- 84: GETL R17, t66
- 85: GETL R1, t68
- 86: ADDL $0xD4, t68
- 87: STL t66, (t68)
- 88: INCEIPL $4
-
- 0xFEE7E44: 924100D8 stw r18,216(r1)
- 89: GETL R18, t70
- 90: GETL R1, t72
- 91: ADDL $0xD8, t72
- 92: STL t70, (t72)
- 93: INCEIPL $4
-
- 0xFEE7E48: 926100DC stw r19,220(r1)
- 94: GETL R19, t74
- 95: GETL R1, t76
- 96: ADDL $0xDC, t76
- 97: STL t74, (t76)
- 98: INCEIPL $4
-
- 0xFEE7E4C: 92A100E4 stw r21,228(r1)
- 99: GETL R21, t78
- 100: GETL R1, t80
- 101: ADDL $0xE4, t80
- 102: STL t78, (t80)
- 103: INCEIPL $4
-
- 0xFEE7E50: 932100F4 stw r25,244(r1)
- 104: GETL R25, t82
- 105: GETL R1, t84
- 106: ADDL $0xF4, t84
- 107: STL t82, (t84)
- 108: INCEIPL $4
-
- 0xFEE7E54: 934100F8 stw r26,248(r1)
- 109: GETL R26, t86
- 110: GETL R1, t88
- 111: ADDL $0xF8, t88
- 112: STL t86, (t88)
- 113: INCEIPL $4
-
- 0xFEE7E58: 93810100 stw r28,256(r1)
- 114: GETL R28, t90
- 115: GETL R1, t92
- 116: ADDL $0x100, t92
- 117: STL t90, (t92)
- 118: INCEIPL $4
-
- 0xFEE7E5C: 93A10104 stw r29,260(r1)
- 119: GETL R29, t94
- 120: GETL R1, t96
- 121: ADDL $0x104, t96
- 122: STL t94, (t96)
- 123: INCEIPL $4
-
- 0xFEE7E60: 90140000 stw r0,0(r20)
- 124: GETL R0, t98
- 125: GETL R20, t100
- 126: STL t98, (t100)
- 127: INCEIPL $4
-
- 0xFEE7E64: 418200AC bc 12,2,0xFEE7F10
- 128: Js02o $0xFEE7F10
-
-
-
-. 2960 FEE7DF4 116
-. 93 C1 01 08 7F C8 02 A6 93 61 00 FC 7C 7B 1B 79 92 81 00 E0 90 C1 01 14 38 00 00 00 82 9E 1D C0 92 C1 00 E8 7C B6 2B 78 92 E1 00 EC 7C 97 23 78 93 01 00 F0 93 E1 01 0C 7C 3F 0B 78 83 14 00 00 91 C1 00 C8 91 E1 00 CC 92 01 00 D0 92 21 00 D4 92 41 00 D8 92 61 00 DC 92 A1 00 E4 93 21 00 F4 93 41 00 F8 93 81 01 00 93 A1 01 04 90 14 00 00 41 82 00 AC
-==== BB 2961 (0xFEE7E68) approx BBs exec'd 0 ====
-
- 0xFEE7E68: 8BBB0000 lbz r29,0(r27)
- 0: GETL R27, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R29
- 3: INCEIPL $4
-
- 0xFEE7E6C: 7FABEB79 or. r11,r29,r29
- 4: GETL R29, t4
- 5: PUTL t4, R11
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0xFEE7E70: 418202FC bc 12,2,0xFEE816C
- 9: Js02o $0xFEE816C
-
-
-
-. 2961 FEE7E68 12
-. 8B BB 00 00 7F AB EB 79 41 82 02 FC
-==== BB 2962 (0xFEE7E74) approx BBs exec'd 0 ====
-
- 0xFEE7E74: 813E1D70 lwz r9,7536(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1D70, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFEE7E78: 80890000 lwz r4,0(r9)
- 5: GETL R9, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R4
- 8: INCEIPL $4
-
- 0xFEE7E7C: 2F840000 cmpi cr7,r4,0
- 9: GETL R4, t8
- 10: CMP0L t8, t10 (-rSo)
- 11: ICRFL t10, $0x7, CR
- 12: INCEIPL $4
-
- 0xFEE7E80: 419E0098 bc 12,30,0xFEE7F18
- 13: Js30o $0xFEE7F18
-
-
-
-. 2962 FEE7E74 16
-. 81 3E 1D 70 80 89 00 00 2F 84 00 00 41 9E 00 98
-==== BB 2963 (0xFEE7F18) approx BBs exec'd 0 ====
-
- 0xFEE7F18: 2C9D002F cmpi cr1,r29,47
- 0: GETL R29, t0
- 1: MOVL $0x2F, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0xFEE7F1C: 41860080 bc 12,6,0xFEE7F9C
- 5: Js06o $0xFEE7F9C
-
-
-
-. 2963 FEE7F18 8
-. 2C 9D 00 2F 41 86 00 80
-==== BB 2964 (0xFEE7F9C) approx BBs exec'd 0 ====
-
- 0xFEE7F9C: 2F980000 cmpi cr7,r24,0
- 0: GETL R24, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xFEE7FA0: 419E001C bc 12,30,0xFEE7FBC
- 4: Js30o $0xFEE7FBC
-
-
-
-. 2964 FEE7F9C 8
-. 2F 98 00 00 41 9E 00 1C
-==== BB 2965 (0xFEE7FBC) approx BBs exec'd 0 ====
-
- 0xFEE7FBC: 809E090C lwz r4,2316(r30)
- 0: GETL R30, t0
- 1: ADDL $0x90C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFEE7FC0: 7F63DB78 or r3,r27,r27
- 5: GETL R27, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFEE7FC4: 4BFD45D1 bl 0xFEBC594
- 8: MOVL $0xFEE7FC8, t6
- 9: PUTL t6, LR
- 10: JMPo-c $0xFEBC594 ($4)
-
-
-
-. 2965 FEE7FBC 12
-. 80 9E 09 0C 7F 63 DB 78 4B FD 45 D1
-==== BB 2966 (0xFEE7FC8) approx BBs exec'd 0 ====
-
- 0xFEE7FC8: 7C7B1B79 or. r27,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R27
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0xFEE7FCC: 418201A0 bc 12,2,0xFEE816C
- 5: Js02o $0xFEE816C
-
-
-
-. 2966 FEE7FC8 8
-. 7C 7B 1B 79 41 82 01 A0
-==== BB 2967 (0xFEE7FD0) approx BBs exec'd 0 ====
-
- 0xFEE7FD0: 4BFDD015 bl 0xFEC4FE4
- 0: MOVL $0xFEE7FD4, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0xFEC4FE4 ($4)
-
-
-
-. 2967 FEE7FD0 4
-. 4B FD D0 15
-==== BB 2968 fileno_unlocked(0xFEC4FE4) approx BBs exec'd 0 ====
-
- 0xFEC4FE4: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFEC4FE8: 7D8802A6 mflr r12
- 6: GETL LR, t4
- 7: PUTL t4, R12
- 8: INCEIPL $4
-
- 0xFEC4FEC: 80030000 lwz r0,0(r3)
- 9: GETL R3, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R0
- 12: INCEIPL $4
-
- 0xFEC4FF0: 480E2E61 bl 0xFFA7E50
- 13: MOVL $0xFEC4FF4, t10
- 14: PUTL t10, LR
- 15: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 2968 FEC4FE4 16
-. 94 21 FF F0 7D 88 02 A6 80 03 00 00 48 0E 2E 61
-==== BB 2969 (0xFEC4FF4) approx BBs exec'd 0 ====
-
- 0xFEC4FF4: 93C10008 stw r30,8(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFEC4FF8: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFEC4FFC: 70092000 andi. r9,r0,0x2000
- 8: GETL R0, t6
- 9: ANDL $0x2000, t6
- 10: PUTL t6, R9
- 11: CMP0L t6, t8 (-rSo)
- 12: ICRFL t8, $0x0, CR
- 13: INCEIPL $4
-
- 0xFEC5000: 7D8803A6 mtlr r12
- 14: GETL R12, t10
- 15: PUTL t10, LR
- 16: INCEIPL $4
-
- 0xFEC5004: 813E1C4C lwz r9,7244(r30)
- 17: GETL R30, t12
- 18: ADDL $0x1C4C, t12
- 19: LDL (t12), t14
- 20: PUTL t14, R9
- 21: INCEIPL $4
-
- 0xFEC5008: 7D291214 add r9,r9,r2
- 22: GETL R9, t16
- 23: GETL R2, t18
- 24: ADDL t16, t18
- 25: PUTL t18, R9
- 26: INCEIPL $4
-
- 0xFEC500C: 41820020 bc 12,2,0xFEC502C
- 27: Js02o $0xFEC502C
-
-
-
-. 2969 FEC4FF4 28
-. 93 C1 00 08 7F C8 02 A6 70 09 20 00 7D 88 03 A6 81 3E 1C 4C 7D 29 12 14 41 82 00 20
-==== BB 2970 (0xFEC5010) approx BBs exec'd 0 ====
-
- 0xFEC5010: 80030038 lwz r0,56(r3)
- 0: GETL R3, t0
- 1: ADDL $0x38, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFEC5014: 2F800000 cmpi cr7,r0,0
- 5: GETL R0, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0xFEC5018: 419C0014 bc 12,28,0xFEC502C
- 9: Js28o $0xFEC502C
-
-
-
-. 2970 FEC5010 12
-. 80 03 00 38 2F 80 00 00 41 9C 00 14
-==== BB 2971 (0xFEC501C) approx BBs exec'd 0 ====
-
- 0xFEC501C: 7C030378 or r3,r0,r0
- 0: GETL R0, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFEC5020: 83C10008 lwz r30,8(r1)
- 3: GETL R1, t2
- 4: ADDL $0x8, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFEC5024: 38210010 addi r1,r1,16
- 8: GETL R1, t6
- 9: ADDL $0x10, t6
- 10: PUTL t6, R1
- 11: INCEIPL $4
-
- 0xFEC5028: 4E800020 blr
- 12: GETL LR, t8
- 13: JMPo-r t8 ($4)
-
-
-
-. 2971 FEC501C 16
-. 7C 03 03 78 83 C1 00 08 38 21 00 10 4E 80 00 20
-==== BB 2972 (0xFEE7FD4) approx BBs exec'd 0 ====
-
- 0xFEE7FD4: 38BF0040 addi r5,r31,64
- 0: GETL R31, t0
- 1: ADDL $0x40, t0
- 2: PUTL t0, R5
- 3: INCEIPL $4
-
- 0xFEE7FD8: 7C641B78 or r4,r3,r3
- 4: GETL R3, t2
- 5: PUTL t2, R4
- 6: INCEIPL $4
-
- 0xFEE7FDC: 38600003 li r3,3
- 7: MOVL $0x3, t4
- 8: PUTL t4, R3
- 9: INCEIPL $4
-
- 0xFEE7FE0: 480392E1 bl 0xFF212C0
- 10: MOVL $0xFEE7FE4, t6
- 11: PUTL t6, LR
- 12: JMPo-c $0xFF212C0 ($4)
-
-
-
-. 2972 FEE7FD4 16
-. 38 BF 00 40 7C 64 1B 78 38 60 00 03 48 03 92 E1
-==== BB 2973 (0xFEE7FE4) approx BBs exec'd 0 ====
-
- 0xFEE7FE4: 7C7D1B79 or. r29,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R29
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0xFEE7FE8: 408204E0 bc 4,2,0xFEE84C8
- 5: Jc02o $0xFEE84C8
-
-
-
-. 2973 FEE7FE4 8
-. 7C 7D 1B 79 40 82 04 E0
-==== BB 2974 (0xFEE7FEC) approx BBs exec'd 0 ====
-
- 0xFEE7FEC: 827E08CC lwz r19,2252(r30)
- 0: GETL R30, t0
- 1: ADDL $0x8CC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R19
- 4: INCEIPL $4
-
- 0xFEE7FF0: 839E08D0 lwz r28,2256(r30)
- 5: GETL R30, t4
- 6: ADDL $0x8D0, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R28
- 9: INCEIPL $4
-
- 0xFEE7FF4: 80730000 lwz r3,0(r19)
- 10: GETL R19, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R3
- 13: INCEIPL $4
-
- 0xFEE7FF8: 480C2339 bl 0xFFAA330
- 14: MOVL $0xFEE7FFC, t12
- 15: PUTL t12, LR
- 16: JMPo-c $0xFFAA330 ($4)
-
-
-
-. 2974 FEE7FEC 16
-. 82 7E 08 CC 83 9E 08 D0 80 73 00 00 48 0C 23 39
-==== BB 2975 (0xFEE7FFC) approx BBs exec'd 0 ====
-
- 0xFEE7FFC: C81F0040 lfd f0,64(r31)
- 0: GETL R31, t0
- 1: ADDL $0x40, t0
- 2: FPU_RQ (t0), 0x0:0x0
- 3: INCEIPL $4
-
- 0xFEE8000: C9BF0048 lfd f13,72(r31)
- 4: GETL R31, t2
- 5: ADDL $0x48, t2
- 6: FPU_RQ (t2), 0x0:0xD
- 7: INCEIPL $4
-
- 0xFEE8004: 38800002 li r4,2
- 8: MOVL $0x2, t4
- 9: PUTL t4, R4
- 10: INCEIPL $4
-
- 0xFEE8008: 80BF0090 lwz r5,144(r31)
- 11: GETL R31, t6
- 12: ADDL $0x90, t6
- 13: LDL (t6), t8
- 14: PUTL t8, R5
- 15: INCEIPL $4
-
- 0xFEE800C: 7F63DB78 or r3,r27,r27
- 16: GETL R27, t10
- 17: PUTL t10, R3
- 18: INCEIPL $4
-
- 0xFEE8010: 813E08D4 lwz r9,2260(r30)
- 19: GETL R30, t12
- 20: ADDL $0x8D4, t12
- 21: LDL (t12), t14
- 22: PUTL t14, R9
- 23: INCEIPL $4
-
- 0xFEE8014: 93B30000 stw r29,0(r19)
- 24: GETL R29, t16
- 25: GETL R19, t18
- 26: STL t16, (t18)
- 27: INCEIPL $4
-
- 0xFEE8018: 83BE08D8 lwz r29,2264(r30)
- 28: GETL R30, t20
- 29: ADDL $0x8D8, t20
- 30: LDL (t20), t22
- 31: PUTL t22, R29
- 32: INCEIPL $4
-
- 0xFEE801C: 90A90000 stw r5,0(r9)
- 33: GETL R5, t24
- 34: GETL R9, t26
- 35: STL t24, (t26)
- 36: INCEIPL $4
-
- 0xFEE8020: D81C0000 stfd f0,0(r28)
- 37: GETL R28, t28
- 38: FPU_WQ 0x0:0x0, (t28)
- 39: INCEIPL $4
-
- 0xFEE8024: D9BD0000 stfd f13,0(r29)
- 40: GETL R29, t30
- 41: FPU_WQ 0x0:0xD, (t30)
- 42: INCEIPL $4
-
- 0xFEE8028: 4BFDF335 bl 0xFEC735C
- 43: MOVL $0xFEE802C, t32
- 44: PUTL t32, LR
- 45: JMPo-c $0xFEC735C ($4)
-
-
-
-. 2975 FEE7FFC 48
-. C8 1F 00 40 C9 BF 00 48 38 80 00 02 80 BF 00 90 7F 63 DB 78 81 3E 08 D4 93 B3 00 00 83 BE 08 D8 90 A9 00 00 D8 1C 00 00 D9 BD 00 00 4B FD F3 35
-==== BB 2976 (0xFEE802C) approx BBs exec'd 0 ====
-
- 0xFEE802C: 387F0010 addi r3,r31,16
- 0: GETL R31, t0
- 1: ADDL $0x10, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0xFEE8030: 3880002C li r4,44
- 4: MOVL $0x2C, t2
- 5: PUTL t2, R4
- 6: INCEIPL $4
-
- 0xFEE8034: 38A00001 li r5,1
- 7: MOVL $0x1, t4
- 8: PUTL t4, R5
- 9: INCEIPL $4
-
- 0xFEE8038: 7F66DB78 or r6,r27,r27
- 10: GETL R27, t6
- 11: PUTL t6, R6
- 12: INCEIPL $4
-
- 0xFEE803C: 4BFDFEA1 bl 0xFEC7EDC
- 13: MOVL $0xFEE8040, t8
- 14: PUTL t8, LR
- 15: JMPo-c $0xFEC7EDC ($4)
-
-
-
-. 2976 FEE802C 20
-. 38 7F 00 10 38 80 00 2C 38 A0 00 01 7F 66 DB 78 4B FD FE A1
-==== BB 2977 fread_unlocked(0xFEC7EDC) approx BBs exec'd 0 ====
-
- 0xFEC7EDC: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFEC7EE0: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFEC7EE4: 93810010 stw r28,16(r1)
- 9: GETL R28, t6
- 10: GETL R1, t8
- 11: ADDL $0x10, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFEC7EE8: 7F8429D7 mullw. r28,r4,r5
- 14: GETL R4, t10
- 15: GETL R5, t12
- 16: MULL t10, t12
- 17: PUTL t12, R28
- 18: CMP0L t12, t14 (-rSo)
- 19: ICRFL t14, $0x0, CR
- 20: INCEIPL $4
-
- 0xFEC7EEC: 93A10014 stw r29,20(r1)
- 21: GETL R29, t16
- 22: GETL R1, t18
- 23: ADDL $0x14, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFEC7EF0: 7C9D2378 or r29,r4,r4
- 26: GETL R4, t20
- 27: PUTL t20, R29
- 28: INCEIPL $4
-
- 0xFEC7EF4: 93E1001C stw r31,28(r1)
- 29: GETL R31, t22
- 30: GETL R1, t24
- 31: ADDL $0x1C, t24
- 32: STL t22, (t24)
- 33: INCEIPL $4
-
- 0xFEC7EF8: 7C641B78 or r4,r3,r3
- 34: GETL R3, t26
- 35: PUTL t26, R4
- 36: INCEIPL $4
-
- 0xFEC7EFC: 90010024 stw r0,36(r1)
- 37: GETL R0, t28
- 38: GETL R1, t30
- 39: ADDL $0x24, t30
- 40: STL t28, (t30)
- 41: INCEIPL $4
-
- 0xFEC7F00: 7CBF2B78 or r31,r5,r5
- 42: GETL R5, t32
- 43: PUTL t32, R31
- 44: INCEIPL $4
-
- 0xFEC7F04: 93C10018 stw r30,24(r1)
- 45: GETL R30, t34
- 46: GETL R1, t36
- 47: ADDL $0x18, t36
- 48: STL t34, (t36)
- 49: INCEIPL $4
-
- 0xFEC7F08: 7CC33378 or r3,r6,r6
- 50: GETL R6, t38
- 51: PUTL t38, R3
- 52: INCEIPL $4
-
- 0xFEC7F0C: 7F85E378 or r5,r28,r28
- 53: GETL R28, t40
- 54: PUTL t40, R5
- 55: INCEIPL $4
-
- 0xFEC7F10: 38000000 li r0,0
- 56: MOVL $0x0, t42
- 57: PUTL t42, R0
- 58: INCEIPL $4
-
- 0xFEC7F14: 40820028 bc 4,2,0xFEC7F3C
- 59: Jc02o $0xFEC7F3C
-
-
-
-. 2977 FEC7EDC 60
-. 94 21 FF E0 7C 08 02 A6 93 81 00 10 7F 84 29 D7 93 A1 00 14 7C 9D 23 78 93 E1 00 1C 7C 64 1B 78 90 01 00 24 7C BF 2B 78 93 C1 00 18 7C C3 33 78 7F 85 E3 78 38 00 00 00 40 82 00 28
-==== BB 2978 (0xFEC7F3C) approx BBs exec'd 0 ====
-
- 0xFEC7F3C: 48003F35 bl 0xFECBE70
- 0: MOVL $0xFEC7F40, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0xFECBE70 ($4)
-
-
-
-. 2978 FEC7F3C 4
-. 48 00 3F 35
-==== BB 2979 _IO_sgetn_internal(0xFECBE70) approx BBs exec'd 0 ====
-
- 0xFECBE70: 7D8802A6 mflr r12
- 0: GETL LR, t0
- 1: PUTL t0, R12
- 2: INCEIPL $4
-
- 0xFECBE74: 9421FFF0 stwu r1,-16(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFF0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFECBE78: 91810014 stw r12,20(r1)
- 9: GETL R12, t6
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFECBE7C: 89030046 lbz r8,70(r3)
- 14: GETL R3, t10
- 15: ADDL $0x46, t10
- 16: LDB (t10), t12
- 17: PUTL t12, R8
- 18: INCEIPL $4
-
- 0xFECBE80: 7D070774 extsb r7,r8
- 19: GETB R8, t14
- 20: WIDENL_Bs _st14
- 21: PUTL t14, R7
- 22: INCEIPL $4
-
- 0xFECBE84: 7D271A14 add r9,r7,r3
- 23: GETL R7, t16
- 24: GETL R3, t18
- 25: ADDL t16, t18
- 26: PUTL t18, R9
- 27: INCEIPL $4
-
- 0xFECBE88: 80C90098 lwz r6,152(r9)
- 28: GETL R9, t20
- 29: ADDL $0x98, t20
- 30: LDL (t20), t22
- 31: PUTL t22, R6
- 32: INCEIPL $4
-
- 0xFECBE8C: 81660020 lwz r11,32(r6)
- 33: GETL R6, t24
- 34: ADDL $0x20, t24
- 35: LDL (t24), t26
- 36: PUTL t26, R11
- 37: INCEIPL $4
-
- 0xFECBE90: 7D6903A6 mtctr r11
- 38: GETL R11, t28
- 39: PUTL t28, CTR
- 40: INCEIPL $4
-
- 0xFECBE94: 4E800421 bctrl
- 41: MOVL $0xFECBE98, t30
- 42: PUTL t30, LR
- 43: GETL CTR, t32
- 44: JMPo-c t32 ($4)
-
-
-
-. 2979 FECBE70 40
-. 7D 88 02 A6 94 21 FF F0 91 81 00 14 89 03 00 46 7D 07 07 74 7D 27 1A 14 80 C9 00 98 81 66 00 20 7D 69 03 A6 4E 80 04 21
-==== BB 2980 _IO_file_xsgetn_internal(0xFECA96C) approx BBs exec'd 0 ====
-
- 0xFECA96C: 7CC802A6 mflr r6
- 0: GETL LR, t0
- 1: PUTL t0, R6
- 2: INCEIPL $4
-
- 0xFECA970: 9421FFE0 stwu r1,-32(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFE0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFECA974: 93410008 stw r26,8(r1)
- 9: GETL R26, t6
- 10: GETL R1, t8
- 11: ADDL $0x8, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFECA978: 7CBA2B78 or r26,r5,r5
- 14: GETL R5, t10
- 15: PUTL t10, R26
- 16: INCEIPL $4
-
- 0xFECA97C: 9361000C stw r27,12(r1)
- 17: GETL R27, t12
- 18: GETL R1, t14
- 19: ADDL $0xC, t14
- 20: STL t12, (t14)
- 21: INCEIPL $4
-
- 0xFECA980: 7C9B2378 or r27,r4,r4
- 22: GETL R4, t16
- 23: PUTL t16, R27
- 24: INCEIPL $4
-
- 0xFECA984: 90C10024 stw r6,36(r1)
- 25: GETL R6, t18
- 26: GETL R1, t20
- 27: ADDL $0x24, t20
- 28: STL t18, (t20)
- 29: INCEIPL $4
-
- 0xFECA988: 8003001C lwz r0,28(r3)
- 30: GETL R3, t22
- 31: ADDL $0x1C, t22
- 32: LDL (t22), t24
- 33: PUTL t24, R0
- 34: INCEIPL $4
-
- 0xFECA98C: 93810010 stw r28,16(r1)
- 35: GETL R28, t26
- 36: GETL R1, t28
- 37: ADDL $0x10, t28
- 38: STL t26, (t28)
- 39: INCEIPL $4
-
- 0xFECA990: 7CBC2B78 or r28,r5,r5
- 40: GETL R5, t30
- 41: PUTL t30, R28
- 42: INCEIPL $4
-
- 0xFECA994: 2F800000 cmpi cr7,r0,0
- 43: GETL R0, t32
- 44: CMP0L t32, t34 (-rSo)
- 45: ICRFL t34, $0x7, CR
- 46: INCEIPL $4
-
- 0xFECA998: 93A10014 stw r29,20(r1)
- 47: GETL R29, t36
- 48: GETL R1, t38
- 49: ADDL $0x14, t38
- 50: STL t36, (t38)
- 51: INCEIPL $4
-
- 0xFECA99C: 93C10018 stw r30,24(r1)
- 52: GETL R30, t40
- 53: GETL R1, t42
- 54: ADDL $0x18, t42
- 55: STL t40, (t42)
- 56: INCEIPL $4
-
- 0xFECA9A0: 7C7D1B78 or r29,r3,r3
- 57: GETL R3, t44
- 58: PUTL t44, R29
- 59: INCEIPL $4
-
- 0xFECA9A4: 93E1001C stw r31,28(r1)
- 60: GETL R31, t46
- 61: GETL R1, t48
- 62: ADDL $0x1C, t48
- 63: STL t46, (t48)
- 64: INCEIPL $4
-
- 0xFECA9A8: 409E0018 bc 4,30,0xFECA9C0
- 65: Jc30o $0xFECA9C0
-
-
-
-. 2980 FECA96C 64
-. 7C C8 02 A6 94 21 FF E0 93 41 00 08 7C BA 2B 78 93 61 00 0C 7C 9B 23 78 90 C1 00 24 80 03 00 1C 93 81 00 10 7C BC 2B 78 2F 80 00 00 93 A1 00 14 93 C1 00 18 7C 7D 1B 78 93 E1 00 1C 40 9E 00 18
-==== BB 2981 (0xFECA9AC) approx BBs exec'd 0 ====
-
- 0xFECA9AC: 80630024 lwz r3,36(r3)
- 0: GETL R3, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFECA9B0: 2C030000 cmpi cr0,r3,0
- 5: GETL R3, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0xFECA9B4: 40820188 bc 4,2,0xFECAB3C
- 9: Jc02o $0xFECAB3C
-
-
-
-. 2981 FECA9AC 12
-. 80 63 00 24 2C 03 00 00 40 82 01 88
-==== BB 2982 (0xFECA9B8) approx BBs exec'd 0 ====
-
- 0xFECA9B8: 7FA3EB78 or r3,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFECA9BC: 4800128D bl 0xFECBC48
- 3: MOVL $0xFECA9C0, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0xFECBC48 ($4)
-
-
-
-. 2982 FECA9B8 8
-. 7F A3 EB 78 48 00 12 8D
-==== BB 2983 (0xFECA9C0) approx BBs exec'd 0 ====
-
- 0xFECA9C0: 2F9A0000 cmpi cr7,r26,0
- 0: GETL R26, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xFECA9C4: 419E00EC bc 12,30,0xFECAAB0
- 4: Js30o $0xFECAAB0
-
-
-
-. 2983 FECA9C0 8
-. 2F 9A 00 00 41 9E 00 EC
-==== BB 2984 (0xFECA9C8) approx BBs exec'd 0 ====
-
- 0xFECA9C8: 80BD0008 lwz r5,8(r29)
- 0: GETL R29, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0xFECA9CC: 809D0004 lwz r4,4(r29)
- 5: GETL R29, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R4
- 9: INCEIPL $4
-
- 0xFECA9D0: 7FE42850 subf r31,r4,r5
- 10: GETL R4, t8
- 11: GETL R5, t10
- 12: SUBL t8, t10
- 13: PUTL t10, R31
- 14: INCEIPL $4
-
- 0xFECA9D4: 7C9CF840 cmpl cr1,r28,r31
- 15: GETL R28, t12
- 16: GETL R31, t14
- 17: CMPUL t12, t14, t16 (-rSo)
- 18: ICRFL t16, $0x1, CR
- 19: INCEIPL $4
-
- 0xFECA9D8: 40850180 bc 4,5,0xFECAB58
- 20: Jc05o $0xFECAB58
-
-
-
-. 2984 FECA9C8 20
-. 80 BD 00 08 80 9D 00 04 7F E4 28 50 7C 9C F8 40 40 85 01 80
-==== BB 2985 (0xFECA9DC) approx BBs exec'd 0 ====
-
- 0xFECA9DC: 2F1F0000 cmpi cr6,r31,0
- 0: GETL R31, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0xFECA9E0: 409A010C bc 4,26,0xFECAAEC
- 4: Jc26o $0xFECAAEC
-
-
-
-. 2985 FECA9DC 8
-. 2F 1F 00 00 40 9A 01 0C
-==== BB 2986 (0xFECA9E4) approx BBs exec'd 0 ====
-
- 0xFECA9E4: 817D0000 lwz r11,0(r29)
- 0: GETL R29, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R11
- 3: INCEIPL $4
-
- 0xFECA9E8: 71690100 andi. r9,r11,0x100
- 4: GETL R11, t4
- 5: ANDL $0x100, t4
- 6: PUTL t4, R9
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0xFECA9EC: 408200F0 bc 4,2,0xFECAADC
- 10: Jc02o $0xFECAADC
-
-
-
-. 2986 FECA9E4 12
-. 81 7D 00 00 71 69 01 00 40 82 00 F0
-==== BB 2987 (0xFECA9F0) approx BBs exec'd 0 ====
-
- 0xFECA9F0: 813D001C lwz r9,28(r29)
- 0: GETL R29, t0
- 1: ADDL $0x1C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFECA9F4: 2F890000 cmpi cr7,r9,0
- 5: GETL R9, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0xFECA9F8: 419E0014 bc 12,30,0xFECAA0C
- 9: Js30o $0xFECAA0C
-
-
-
-. 2987 FECA9F0 12
-. 81 3D 00 1C 2F 89 00 00 41 9E 00 14
-==== BB 2988 (0xFECA9FC) approx BBs exec'd 0 ====
-
- 0xFECA9FC: 83FD0020 lwz r31,32(r29)
- 0: GETL R29, t0
- 1: ADDL $0x20, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R31
- 4: INCEIPL $4
-
- 0xFECAA00: 7D89F850 subf r12,r9,r31
- 5: GETL R9, t4
- 6: GETL R31, t6
- 7: SUBL t4, t6
- 8: PUTL t6, R12
- 9: INCEIPL $4
-
- 0xFECAA04: 7C8CE040 cmpl cr1,r12,r28
- 10: GETL R12, t8
- 11: GETL R28, t10
- 12: CMPUL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x1, CR
- 14: INCEIPL $4
-
- 0xFECAA08: 4185011C bc 12,5,0xFECAB24
- 15: Js05o $0xFECAB24
-
-
-
-. 2988 FECA9FC 16
-. 83 FD 00 20 7D 89 F8 50 7C 8C E0 40 41 85 01 1C
-==== BB 2989 (0xFECAB24) approx BBs exec'd 0 ====
-
- 0xFECAB24: 7FA3EB78 or r3,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFECAB28: 48000CCD bl 0xFECB7F4
- 3: MOVL $0xFECAB2C, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0xFECB7F4 ($4)
-
-
-
-. 2989 FECAB24 8
-. 7F A3 EB 78 48 00 0C CD
-==== BB 2990 __GI___underflow(0xFECB7F4) approx BBs exec'd 0 ====
-
- 0xFECB7F4: 7C8802A6 mflr r4
- 0: GETL LR, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0xFECB7F8: 9421FFF0 stwu r1,-16(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFF0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFECB7FC: 93C10008 stw r30,8(r1)
- 9: GETL R30, t6
- 10: GETL R1, t8
- 11: ADDL $0x8, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFECB800: 480DC651 bl 0xFFA7E50
- 14: MOVL $0xFECB804, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 2990 FECB7F4 16
-. 7C 88 02 A6 94 21 FF F0 93 C1 00 08 48 0D C6 51
-==== BB 2991 (0xFECB804) approx BBs exec'd 0 ====
-
- 0xFECB804: 93E1000C stw r31,12(r1)
- 0: GETL R31, t0
- 1: GETL R1, t2
- 2: ADDL $0xC, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFECB808: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFECB80C: 90810014 stw r4,20(r1)
- 8: GETL R4, t6
- 9: GETL R1, t8
- 10: ADDL $0x14, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFECB810: 7C7F1B78 or r31,r3,r3
- 13: GETL R3, t10
- 14: PUTL t10, R31
- 15: INCEIPL $4
-
- 0xFECB814: 88030046 lbz r0,70(r3)
- 16: GETL R3, t12
- 17: ADDL $0x46, t12
- 18: LDB (t12), t14
- 19: PUTL t14, R0
- 20: INCEIPL $4
-
- 0xFECB818: 2F800000 cmpi cr7,r0,0
- 21: GETL R0, t16
- 22: CMP0L t16, t18 (-rSo)
- 23: ICRFL t18, $0x7, CR
- 24: INCEIPL $4
-
- 0xFECB81C: 409E0030 bc 4,30,0xFECB84C
- 25: Jc30o $0xFECB84C
-
-
-
-. 2991 FECB804 28
-. 93 E1 00 0C 7F C8 02 A6 90 81 00 14 7C 7F 1B 78 88 03 00 46 2F 80 00 00 40 9E 00 30
-==== BB 2992 (0xFECB820) approx BBs exec'd 0 ====
-
- 0xFECB820: 80BE1DC8 lwz r5,7624(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1DC8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0xFECB824: 2C050000 cmpi cr0,r5,0
- 5: GETL R5, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0xFECB828: 41820168 bc 12,2,0xFECB990
- 9: Js02o $0xFECB990
-
-
-
-. 2992 FECB820 12
-. 80 BE 1D C8 2C 05 00 00 41 82 01 68
-==== BB 2993 (0xFECB82C) approx BBs exec'd 0 ====
-
- 0xFECB82C: 80630060 lwz r3,96(r3)
- 0: GETL R3, t0
- 1: ADDL $0x60, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFECB830: 2C830000 cmpi cr1,r3,0
- 5: GETL R3, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0xFECB834: 4086000C bc 4,6,0xFECB840
- 9: Jc06o $0xFECB840
-
-
-
-. 2993 FECB82C 12
-. 80 63 00 60 2C 83 00 00 40 86 00 0C
-==== BB 2994 (0xFECB838) approx BBs exec'd 0 ====
-
- 0xFECB838: 3860FFFF li r3,-1
- 0: MOVL $0xFFFFFFFF, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFECB83C: 907F0060 stw r3,96(r31)
- 3: GETL R3, t2
- 4: GETL R31, t4
- 5: ADDL $0x60, t4
- 6: STL t2, (t4)
- 7: INCEIPL $4
-
- 0xFECB840: 2F03FFFF cmpi cr6,r3,-1
- 8: GETL R3, t6
- 9: MOVL $0xFFFFFFFF, t10
- 10: CMPL t6, t10, t8 (-rSo)
- 11: ICRFL t8, $0x6, CR
- 12: INCEIPL $4
-
- 0xFECB844: 3860FFFF li r3,-1
- 13: MOVL $0xFFFFFFFF, t12
- 14: PUTL t12, R3
- 15: INCEIPL $4
-
- 0xFECB848: 409A00D0 bc 4,26,0xFECB918
- 16: Jc26o $0xFECB918
-
-
-
-. 2994 FECB838 20
-. 38 60 FF FF 90 7F 00 60 2F 03 FF FF 38 60 FF FF 40 9A 00 D0
-==== BB 2995 (0xFECB84C) approx BBs exec'd 0 ====
-
- 0xFECB84C: 807F0060 lwz r3,96(r31)
- 0: GETL R31, t0
- 1: ADDL $0x60, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFECB850: 2F830000 cmpi cr7,r3,0
- 5: GETL R3, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0xFECB854: 419E007C bc 12,30,0xFECB8D0
- 9: Js30o $0xFECB8D0
-
-
-
-. 2995 FECB84C 12
-. 80 7F 00 60 2F 83 00 00 41 9E 00 7C
-==== BB 2996 (0xFECB858) approx BBs exec'd 0 ====
-
- 0xFECB858: 811F0000 lwz r8,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R8
- 3: INCEIPL $4
-
- 0xFECB85C: 71090800 andi. r9,r8,0x800
- 4: GETL R8, t4
- 5: ANDL $0x800, t4
- 6: PUTL t4, R9
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0xFECB860: 40820090 bc 4,2,0xFECB8F0
- 10: Jc02o $0xFECB8F0
-
-
-
-. 2996 FECB858 12
-. 81 1F 00 00 71 09 08 00 40 82 00 90
-==== BB 2997 (0xFECB864) approx BBs exec'd 0 ====
-
- 0xFECB864: 807F0004 lwz r3,4(r31)
- 0: GETL R31, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFECB868: 809F0008 lwz r4,8(r31)
- 5: GETL R31, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R4
- 9: INCEIPL $4
-
- 0xFECB86C: 7F032040 cmpl cr6,r3,r4
- 10: GETL R3, t8
- 11: GETL R4, t10
- 12: CMPUL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x6, CR
- 14: INCEIPL $4
-
- 0xFECB870: 419800A4 bc 12,24,0xFECB914
- 15: Js24o $0xFECB914
-
-
-
-. 2997 FECB864 16
-. 80 7F 00 04 80 9F 00 08 7F 03 20 40 41 98 00 A4
-==== BB 2998 (0xFECB874) approx BBs exec'd 0 ====
-
- 0xFECB874: 815F0000 lwz r10,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R10
- 3: INCEIPL $4
-
- 0xFECB878: 71490100 andi. r9,r10,0x100
- 4: GETL R10, t4
- 5: ANDL $0x100, t4
- 6: PUTL t4, R9
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0xFECB87C: 408200C0 bc 4,2,0xFECB93C
- 10: Jc02o $0xFECB93C
-
-
-
-. 2998 FECB874 12
-. 81 5F 00 00 71 49 01 00 40 82 00 C0
-==== BB 2999 (0xFECB880) approx BBs exec'd 0 ====
-
- 0xFECB880: 813F0030 lwz r9,48(r31)
- 0: GETL R31, t0
- 1: ADDL $0x30, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFECB884: 2C890000 cmpi cr1,r9,0
- 5: GETL R9, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0xFECB888: 408600D0 bc 4,6,0xFECB958
- 9: Jc06o $0xFECB958
-
-
-
-. 2999 FECB880 12
-. 81 3F 00 30 2C 89 00 00 40 86 00 D0
-==== BB 3000 (0xFECB88C) approx BBs exec'd 0 ====
-
- 0xFECB88C: 817F0024 lwz r11,36(r31)
- 0: GETL R31, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0xFECB890: 2C0B0000 cmpi cr0,r11,0
- 5: GETL R11, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0xFECB894: 4082009C bc 4,2,0xFECB930
- 9: Jc02o $0xFECB930
-
-
-
-. 3000 FECB88C 12
-. 81 7F 00 24 2C 0B 00 00 40 82 00 9C
-==== BB 3001 (0xFECB898) approx BBs exec'd 0 ====
-
- 0xFECB898: 88BF0046 lbz r5,70(r31)
- 0: GETL R31, t0
- 1: ADDL $0x46, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0xFECB89C: 7FE3FB78 or r3,r31,r31
- 5: GETL R31, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFECB8A0: 7CA00774 extsb r0,r5
- 8: GETB R5, t6
- 9: WIDENL_Bs _st6
- 10: PUTL t6, R0
- 11: INCEIPL $4
-
- 0xFECB8A4: 7C80FA14 add r4,r0,r31
- 12: GETL R0, t8
- 13: GETL R31, t10
- 14: ADDL t8, t10
- 15: PUTL t10, R4
- 16: INCEIPL $4
-
- 0xFECB8A8: 83E40098 lwz r31,152(r4)
- 17: GETL R4, t12
- 18: ADDL $0x98, t12
- 19: LDL (t12), t14
- 20: PUTL t14, R31
- 21: INCEIPL $4
-
- 0xFECB8AC: 819F0010 lwz r12,16(r31)
- 22: GETL R31, t16
- 23: ADDL $0x10, t16
- 24: LDL (t16), t18
- 25: PUTL t18, R12
- 26: INCEIPL $4
-
- 0xFECB8B0: 7D8903A6 mtctr r12
- 27: GETL R12, t20
- 28: PUTL t20, CTR
- 29: INCEIPL $4
-
- 0xFECB8B4: 4E800421 bctrl
- 30: MOVL $0xFECB8B8, t22
- 31: PUTL t22, LR
- 32: GETL CTR, t24
- 33: JMPo-c t24 ($4)
-
-
-
-. 3001 FECB898 32
-. 88 BF 00 46 7F E3 FB 78 7C A0 07 74 7C 80 FA 14 83 E4 00 98 81 9F 00 10 7D 89 03 A6 4E 80 04 21
-==== BB 3002 (0xFECB8B8) approx BBs exec'd 0 ====
-
- 0xFECB8B8: 80C10014 lwz r6,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0xFECB8BC: 83C10008 lwz r30,8(r1)
- 5: GETL R1, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R30
- 9: INCEIPL $4
-
- 0xFECB8C0: 83E1000C lwz r31,12(r1)
- 10: GETL R1, t8
- 11: ADDL $0xC, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R31
- 14: INCEIPL $4
-
- 0xFECB8C4: 7CC803A6 mtlr r6
- 15: GETL R6, t12
- 16: PUTL t12, LR
- 17: INCEIPL $4
-
- 0xFECB8C8: 38210010 addi r1,r1,16
- 18: GETL R1, t14
- 19: ADDL $0x10, t14
- 20: PUTL t14, R1
- 21: INCEIPL $4
-
- 0xFECB8CC: 4E800020 blr
- 22: GETL LR, t16
- 23: JMPo-r t16 ($4)
-
-
-
-. 3002 FECB8B8 24
-. 80 C1 00 14 83 C1 00 08 83 E1 00 0C 7C C8 03 A6 38 21 00 10 4E 80 00 20
-==== BB 3003 (0xFECAB2C) approx BBs exec'd 0 ====
-
- 0xFECAB2C: 2F03FFFF cmpi cr6,r3,-1
- 0: GETL R3, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x6, CR
- 4: INCEIPL $4
-
- 0xFECAB30: 41BAFF80 bc 13,26,0xFECAAB0
- 5: Js26o $0xFECAAB0
-
-
-
-. 3003 FECAB2C 8
-. 2F 03 FF FF 41 BA FF 80
-==== BB 3004 (0xFECAB34) approx BBs exec'd 0 ====
-
- 0xFECAB34: 2F9C0000 cmpi cr7,r28,0
- 0: GETL R28, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xFECAB38: 4BFFFF74 b 0xFECAAAC
- 4: JMPo $0xFECAAAC ($4)
-
-
-
-. 3004 FECAB34 8
-. 2F 9C 00 00 4B FF FF 74
-==== BB 3005 (0xFECAAAC) approx BBs exec'd 0 ====
-
- 0xFECAAAC: 409EFF1C bc 4,30,0xFECA9C8
- 0: Jc30o $0xFECA9C8
-
-
-
-. 3005 FECAAAC 4
-. 40 9E FF 1C
-==== BB 3006 (0xFECAB58) approx BBs exec'd 0 ====
-
- 0xFECAB58: 7F85E378 or r5,r28,r28
- 0: GETL R28, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0xFECAB5C: 7F63DB78 or r3,r27,r27
- 3: GETL R27, t2
- 4: PUTL t2, R3
- 5: INCEIPL $4
-
- 0xFECAB60: 4800DB79 bl 0xFED86D8
- 6: MOVL $0xFECAB64, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0xFED86D8 ($4)
-
-
-
-. 3006 FECAB58 12
-. 7F 85 E3 78 7F 63 DB 78 48 00 DB 79
-==== BB 3007 (0xFECAB64) approx BBs exec'd 0 ====
-
- 0xFECAB64: 811D0004 lwz r8,4(r29)
- 0: GETL R29, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0xFECAB68: 7CE8E214 add r7,r8,r28
- 5: GETL R8, t4
- 6: GETL R28, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R7
- 9: INCEIPL $4
-
- 0xFECAB6C: 3B800000 li r28,0
- 10: MOVL $0x0, t8
- 11: PUTL t8, R28
- 12: INCEIPL $4
-
- 0xFECAB70: 90FD0004 stw r7,4(r29)
- 13: GETL R7, t10
- 14: GETL R29, t12
- 15: ADDL $0x4, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFECAB74: 4BFFFF3C b 0xFECAAB0
- 18: JMPo $0xFECAAB0 ($4)
-
-
-
-. 3007 FECAB64 20
-. 81 1D 00 04 7C E8 E2 14 3B 80 00 00 90 FD 00 04 4B FF FF 3C
-==== BB 3008 (0xFECAAB0) approx BBs exec'd 0 ====
-
- 0xFECAAB0: 7C7CD050 subf r3,r28,r26
- 0: GETL R28, t0
- 1: GETL R26, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFECAAB4: 83410024 lwz r26,36(r1)
- 5: GETL R1, t4
- 6: ADDL $0x24, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R26
- 9: INCEIPL $4
-
- 0xFECAAB8: 8361000C lwz r27,12(r1)
- 10: GETL R1, t8
- 11: ADDL $0xC, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R27
- 14: INCEIPL $4
-
- 0xFECAABC: 7F4803A6 mtlr r26
- 15: GETL R26, t12
- 16: PUTL t12, LR
- 17: INCEIPL $4
-
- 0xFECAAC0: 83810010 lwz r28,16(r1)
- 18: GETL R1, t14
- 19: ADDL $0x10, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R28
- 22: INCEIPL $4
-
- 0xFECAAC4: 83410008 lwz r26,8(r1)
- 23: GETL R1, t18
- 24: ADDL $0x8, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R26
- 27: INCEIPL $4
-
- 0xFECAAC8: 83A10014 lwz r29,20(r1)
- 28: GETL R1, t22
- 29: ADDL $0x14, t22
- 30: LDL (t22), t24
- 31: PUTL t24, R29
- 32: INCEIPL $4
-
- 0xFECAACC: 83C10018 lwz r30,24(r1)
- 33: GETL R1, t26
- 34: ADDL $0x18, t26
- 35: LDL (t26), t28
- 36: PUTL t28, R30
- 37: INCEIPL $4
-
- 0xFECAAD0: 83E1001C lwz r31,28(r1)
- 38: GETL R1, t30
- 39: ADDL $0x1C, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R31
- 42: INCEIPL $4
-
- 0xFECAAD4: 38210020 addi r1,r1,32
- 43: GETL R1, t34
- 44: ADDL $0x20, t34
- 45: PUTL t34, R1
- 46: INCEIPL $4
-
- 0xFECAAD8: 4E800020 blr
- 47: GETL LR, t36
- 48: JMPo-r t36 ($4)
-
-
-
-. 3008 FECAAB0 44
-. 7C 7C D0 50 83 41 00 24 83 61 00 0C 7F 48 03 A6 83 81 00 10 83 41 00 08 83 A1 00 14 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 3009 (0xFECBE98) approx BBs exec'd 0 ====
-
- 0xFECBE98: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFECBE9C: 38210010 addi r1,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R1
- 8: INCEIPL $4
-
- 0xFECBEA0: 7C0803A6 mtlr r0
- 9: GETL R0, t6
- 10: PUTL t6, LR
- 11: INCEIPL $4
-
- 0xFECBEA4: 4E800020 blr
- 12: GETL LR, t8
- 13: JMPo-r t8 ($4)
-
-
-
-. 3009 FECBE98 16
-. 80 01 00 14 38 21 00 10 7C 08 03 A6 4E 80 00 20
-==== BB 3010 (0xFEC7F40) approx BBs exec'd 0 ====
-
- 0xFEC7F40: 7F9C1800 cmp cr7,r28,r3
- 0: GETL R28, t0
- 1: GETL R3, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x7, CR
- 4: INCEIPL $4
-
- 0xFEC7F44: 7C601B78 or r0,r3,r3
- 5: GETL R3, t6
- 6: PUTL t6, R0
- 7: INCEIPL $4
-
- 0xFEC7F48: 7FE3FB78 or r3,r31,r31
- 8: GETL R31, t8
- 9: PUTL t8, R3
- 10: INCEIPL $4
-
- 0xFEC7F4C: 419E0008 bc 12,30,0xFEC7F54
- 11: Js30o $0xFEC7F54
-
-
-
-. 3010 FEC7F40 16
-. 7F 9C 18 00 7C 60 1B 78 7F E3 FB 78 41 9E 00 08
-==== BB 3011 (0xFEC7F54) approx BBs exec'd 0 ====
-
- 0xFEC7F54: 80810024 lwz r4,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFEC7F58: 7C601B78 or r0,r3,r3
- 5: GETL R3, t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0xFEC7F5C: 7C030378 or r3,r0,r0
- 8: GETL R0, t6
- 9: PUTL t6, R3
- 10: INCEIPL $4
-
- 0xFEC7F60: 83810010 lwz r28,16(r1)
- 11: GETL R1, t8
- 12: ADDL $0x10, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R28
- 15: INCEIPL $4
-
- 0xFEC7F64: 83A10014 lwz r29,20(r1)
- 16: GETL R1, t12
- 17: ADDL $0x14, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R29
- 20: INCEIPL $4
-
- 0xFEC7F68: 7C8803A6 mtlr r4
- 21: GETL R4, t16
- 22: PUTL t16, LR
- 23: INCEIPL $4
-
- 0xFEC7F6C: 83C10018 lwz r30,24(r1)
- 24: GETL R1, t18
- 25: ADDL $0x18, t18
- 26: LDL (t18), t20
- 27: PUTL t20, R30
- 28: INCEIPL $4
-
- 0xFEC7F70: 83E1001C lwz r31,28(r1)
- 29: GETL R1, t22
- 30: ADDL $0x1C, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R31
- 33: INCEIPL $4
-
- 0xFEC7F74: 38210020 addi r1,r1,32
- 34: GETL R1, t26
- 35: ADDL $0x20, t26
- 36: PUTL t26, R1
- 37: INCEIPL $4
-
- 0xFEC7F78: 4E800020 blr
- 38: GETL LR, t28
- 39: JMPo-r t28 ($4)
-
-
-
-. 3011 FEC7F54 40
-. 80 81 00 24 7C 60 1B 78 7C 03 03 78 83 81 00 10 83 A1 00 14 7C 88 03 A6 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 3012 (0xFEE8040) approx BBs exec'd 0 ====
-
- 0xFEE8040: 2F030001 cmpi cr6,r3,1
- 0: GETL R3, t0
- 1: MOVL $0x1, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x6, CR
- 4: INCEIPL $4
-
- 0xFEE8044: 409A011C bc 4,26,0xFEE8160
- 5: Jc26o $0xFEE8160
-
-
-
-. 3012 FEE8040 8
-. 2F 03 00 01 40 9A 01 1C
-==== BB 3013 (0xFEE8048) approx BBs exec'd 0 ====
-
- 0xFEE8048: 815F0030 lwz r10,48(r31)
- 0: GETL R31, t0
- 1: ADDL $0x30, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0xFEE804C: 811F0034 lwz r8,52(r31)
- 5: GETL R31, t4
- 6: ADDL $0x34, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R8
- 9: INCEIPL $4
-
- 0xFEE8050: 1F0A0005 mulli r24,r10,5
- 10: GETL R10, t8
- 11: MULL $0x5, t8
- 12: PUTL t8, R24
- 13: INCEIPL $4
-
- 0xFEE8054: 82BF0038 lwz r21,56(r31)
- 14: GETL R31, t10
- 15: ADDL $0x38, t10
- 16: LDL (t10), t12
- 17: PUTL t12, R21
- 18: INCEIPL $4
-
- 0xFEE8058: 55111838 rlwinm r17,r8,3,0,28
- 19: GETL R8, t14
- 20: SHLL $0x3, t14
- 21: PUTL t14, R17
- 22: INCEIPL $4
-
- 0xFEE805C: 817F002C lwz r11,44(r31)
- 23: GETL R31, t16
- 24: ADDL $0x2C, t16
- 25: LDL (t16), t18
- 26: PUTL t18, R11
- 27: INCEIPL $4
-
- 0xFEE8060: 3A580003 addi r18,r24,3
- 28: GETL R24, t20
- 29: ADDL $0x3, t20
- 30: PUTL t20, R18
- 31: INCEIPL $4
-
- 0xFEE8064: 7E11AA14 add r16,r17,r21
- 32: GETL R17, t22
- 33: GETL R21, t24
- 34: ADDL t22, t24
- 35: PUTL t24, R16
- 36: INCEIPL $4
-
- 0xFEE8068: 565C003A rlwinm r28,r18,0,0,29
- 37: GETL R18, t26
- 38: ANDL $0xFFFFFFFC, t26
- 39: PUTL t26, R28
- 40: INCEIPL $4
-
- 0xFEE806C: 831E08DC lwz r24,2268(r30)
- 41: GETL R30, t28
- 42: ADDL $0x8DC, t28
- 43: LDL (t28), t30
- 44: PUTL t30, R24
- 45: INCEIPL $4
-
- 0xFEE8070: 7DFC8214 add r15,r28,r16
- 46: GETL R28, t32
- 47: GETL R16, t34
- 48: ADDL t32, t34
- 49: PUTL t34, R15
- 50: INCEIPL $4
-
- 0xFEE8074: 825E08E0 lwz r18,2272(r30)
- 51: GETL R30, t36
- 52: ADDL $0x8E0, t36
- 53: LDL (t36), t38
- 54: PUTL t38, R18
- 55: INCEIPL $4
-
- 0xFEE8078: 821E08E4 lwz r16,2276(r30)
- 56: GETL R30, t40
- 57: ADDL $0x8E4, t40
- 58: LDL (t40), t42
- 59: PUTL t42, R16
- 60: INCEIPL $4
-
- 0xFEE807C: 39CF0003 addi r14,r15,3
- 61: GETL R15, t44
- 62: ADDL $0x3, t44
- 63: PUTL t44, R14
- 64: INCEIPL $4
-
- 0xFEE8080: 91180000 stw r8,0(r24)
- 65: GETL R8, t46
- 66: GETL R24, t48
- 67: STL t46, (t48)
- 68: INCEIPL $4
-
- 0xFEE8084: 556C1838 rlwinm r12,r11,3,0,28
- 69: GETL R11, t50
- 70: SHLL $0x3, t50
- 71: PUTL t50, R12
- 72: INCEIPL $4
-
- 0xFEE8088: 91500000 stw r10,0(r16)
- 73: GETL R10, t52
- 74: GETL R16, t54
- 75: STL t52, (t54)
- 76: INCEIPL $4
-
- 0xFEE808C: 55DA003A rlwinm r26,r14,0,0,29
- 77: GETL R14, t56
- 78: ANDL $0xFFFFFFFC, t56
- 79: PUTL t56, R26
- 80: INCEIPL $4
-
- 0xFEE8090: 91720000 stw r11,0(r18)
- 81: GETL R11, t58
- 82: GETL R18, t60
- 83: STL t58, (t60)
- 84: INCEIPL $4
-
- 0xFEE8094: 7C7A6214 add r3,r26,r12
- 85: GETL R26, t62
- 86: GETL R12, t64
- 87: ADDL t62, t64
- 88: PUTL t64, R3
- 89: INCEIPL $4
-
- 0xFEE8098: 80FF0028 lwz r7,40(r31)
- 90: GETL R31, t66
- 91: ADDL $0x28, t66
- 92: LDL (t66), t68
- 93: PUTL t68, R7
- 94: INCEIPL $4
-
- 0xFEE809C: 7C63BA14 add r3,r3,r23
- 95: GETL R3, t70
- 96: GETL R23, t72
- 97: ADDL t70, t72
- 98: PUTL t72, R3
- 99: INCEIPL $4
-
- 0xFEE80A0: 809F0024 lwz r4,36(r31)
- 100: GETL R31, t74
- 101: ADDL $0x24, t74
- 102: LDL (t74), t76
- 103: PUTL t76, R4
- 104: INCEIPL $4
-
- 0xFEE80A4: 90FF00B8 stw r7,184(r31)
- 105: GETL R7, t78
- 106: GETL R31, t80
- 107: ADDL $0xB8, t80
- 108: STL t78, (t80)
- 109: INCEIPL $4
-
- 0xFEE80A8: 909F00BC stw r4,188(r31)
- 110: GETL R4, t82
- 111: GETL R31, t84
- 112: ADDL $0xBC, t84
- 113: STL t82, (t84)
- 114: INCEIPL $4
-
- 0xFEE80AC: 480C225D bl 0xFFAA308
- 115: MOVL $0xFEE80B0, t86
- 116: PUTL t86, LR
- 117: JMPo-c $0xFFAA308 ($4)
-
-
-
-. 3013 FEE8048 104
-. 81 5F 00 30 81 1F 00 34 1F 0A 00 05 82 BF 00 38 55 11 18 38 81 7F 00 2C 3A 58 00 03 7E 11 AA 14 56 5C 00 3A 83 1E 08 DC 7D FC 82 14 82 5E 08 E0 82 1E 08 E4 39 CF 00 03 91 18 00 00 55 6C 18 38 91 50 00 00 55 DA 00 3A 91 72 00 00 7C 7A 62 14 80 FF 00 28 7C 63 BA 14 80 9F 00 24 90 FF 00 B8 90 9F 00 BC 48 0C 22 5D
-==== BB 3014 (0xFEE80B0) approx BBs exec'd 0 ====
-
- 0xFEE80B0: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xFEE80B4: 90730000 stw r3,0(r19)
- 4: GETL R3, t4
- 5: GETL R19, t6
- 6: STL t4, (t6)
- 7: INCEIPL $4
-
- 0xFEE80B8: 419E00A8 bc 12,30,0xFEE8160
- 8: Js30o $0xFEE8160
-
-
-
-. 3014 FEE80B0 12
-. 2F 83 00 00 90 73 00 00 41 9E 00 A8
-==== BB 3015 (0xFEE80BC) approx BBs exec'd 0 ====
-
- 0xFEE80BC: 2C970000 cmpi cr1,r23,0
- 0: GETL R23, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFEE80C0: 83B00000 lwz r29,0(r16)
- 4: GETL R16, t4
- 5: LDL (t4), t6
- 6: PUTL t6, R29
- 7: INCEIPL $4
-
- 0xFEE80C4: 82F80000 lwz r23,0(r24)
- 8: GETL R24, t8
- 9: LDL (t8), t10
- 10: PUTL t10, R23
- 11: INCEIPL $4
-
- 0xFEE80C8: 7F23E214 add r25,r3,r28
- 12: GETL R3, t12
- 13: GETL R28, t14
- 14: ADDL t12, t14
- 15: PUTL t14, R25
- 16: INCEIPL $4
-
- 0xFEE80CC: 81DE08E8 lwz r14,2280(r30)
- 17: GETL R30, t16
- 18: ADDL $0x8E8, t16
- 19: LDL (t16), t18
- 20: PUTL t18, R14
- 21: INCEIPL $4
-
- 0xFEE80D0: 57A0103A rlwinm r0,r29,2,0,29
- 22: GETL R29, t20
- 23: SHLL $0x2, t20
- 24: PUTL t20, R0
- 25: INCEIPL $4
-
- 0xFEE80D4: 56E91838 rlwinm r9,r23,3,0,28
- 26: GETL R23, t22
- 27: SHLL $0x3, t22
- 28: PUTL t22, R9
- 29: INCEIPL $4
-
- 0xFEE80D8: 81FE08EC lwz r15,2284(r30)
- 30: GETL R30, t24
- 31: ADDL $0x8EC, t24
- 32: LDL (t24), t26
- 33: PUTL t26, R15
- 34: INCEIPL $4
-
- 0xFEE80DC: 82FE08F0 lwz r23,2288(r30)
- 35: GETL R30, t28
- 36: ADDL $0x8F0, t28
- 37: LDL (t28), t30
- 38: PUTL t30, R23
- 39: INCEIPL $4
-
- 0xFEE80E0: 7D43D214 add r10,r3,r26
- 40: GETL R3, t32
- 41: GETL R26, t34
- 42: ADDL t32, t34
- 43: PUTL t34, R10
- 44: INCEIPL $4
-
- 0xFEE80E4: 823E08F4 lwz r17,2292(r30)
- 45: GETL R30, t36
- 46: ADDL $0x8F4, t36
- 47: LDL (t36), t38
- 48: PUTL t38, R17
- 49: INCEIPL $4
-
- 0xFEE80E8: 7CC9CA14 add r6,r9,r25
- 50: GETL R9, t40
- 51: GETL R25, t42
- 52: ADDL t40, t42
- 53: PUTL t42, R6
- 54: INCEIPL $4
-
- 0xFEE80EC: 7F401A14 add r26,r0,r3
- 55: GETL R0, t44
- 56: GETL R3, t46
- 57: ADDL t44, t46
- 58: PUTL t46, R26
- 59: INCEIPL $4
-
- 0xFEE80F0: 90CF0000 stw r6,0(r15)
- 60: GETL R6, t48
- 61: GETL R15, t50
- 62: STL t48, (t50)
- 63: INCEIPL $4
-
- 0xFEE80F4: 934E0000 stw r26,0(r14)
- 64: GETL R26, t52
- 65: GETL R14, t54
- 66: STL t52, (t54)
- 67: INCEIPL $4
-
- 0xFEE80F8: 93370000 stw r25,0(r23)
- 68: GETL R25, t56
- 69: GETL R23, t58
- 70: STL t56, (t58)
- 71: INCEIPL $4
-
- 0xFEE80FC: 91510000 stw r10,0(r17)
- 72: GETL R10, t60
- 73: GETL R17, t62
- 74: STL t60, (t62)
- 75: INCEIPL $4
-
- 0xFEE8100: 408600DC bc 4,6,0xFEE81DC
- 76: Jc06o $0xFEE81DC
-
-
-
-. 3015 FEE80BC 72
-. 2C 97 00 00 83 B0 00 00 82 F8 00 00 7F 23 E2 14 81 DE 08 E8 57 A0 10 3A 56 E9 18 38 81 FE 08 EC 82 FE 08 F0 7D 43 D2 14 82 3E 08 F4 7C C9 CA 14 7F 40 1A 14 90 CF 00 00 93 4E 00 00 93 37 00 00 91 51 00 00 40 86 00 DC
-==== BB 3016 (0xFEE8104) approx BBs exec'd 0 ====
-
- 0xFEE8104: 1EDD0005 mulli r22,r29,5
- 0: GETL R29, t0
- 1: MULL $0x5, t0
- 2: PUTL t0, R22
- 3: INCEIPL $4
-
- 0xFEE8108: 80F00000 lwz r7,0(r16)
- 4: GETL R16, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R7
- 7: INCEIPL $4
-
- 0xFEE810C: 38800001 li r4,1
- 8: MOVL $0x1, t6
- 9: PUTL t6, R4
- 10: INCEIPL $4
-
- 0xFEE8110: 1CA70005 mulli r5,r7,5
- 11: GETL R7, t8
- 12: MULL $0x5, t8
- 13: PUTL t8, R5
- 14: INCEIPL $4
-
- 0xFEE8114: 80730000 lwz r3,0(r19)
- 15: GETL R19, t10
- 16: LDL (t10), t12
- 17: PUTL t12, R3
- 18: INCEIPL $4
-
- 0xFEE8118: 7F66DB78 or r6,r27,r27
- 19: GETL R27, t14
- 20: PUTL t14, R6
- 21: INCEIPL $4
-
- 0xFEE811C: 4BFDFDC1 bl 0xFEC7EDC
- 22: MOVL $0xFEE8120, t16
- 23: PUTL t16, LR
- 24: JMPo-c $0xFEC7EDC ($4)
-
-
-
-. 3016 FEE8104 28
-. 1E DD 00 05 80 F0 00 00 38 80 00 01 1C A7 00 05 80 73 00 00 7F 66 DB 78 4B FD FD C1
-==== BB 3017 (0xFEE8120) approx BBs exec'd 0 ====
-
- 0xFEE8120: 7C03B000 cmp cr0,r3,r22
- 0: GETL R3, t0
- 1: GETL R22, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x0, CR
- 4: INCEIPL $4
-
- 0xFEE8124: 4082003C bc 4,2,0xFEE8160
- 5: Jc02o $0xFEE8160
-
-
-
-. 3017 FEE8120 8
-. 7C 03 B0 00 40 82 00 3C
-==== BB 3018 (0xFEE8128) approx BBs exec'd 0 ====
-
- 0xFEE8128: 80100000 lwz r0,0(r16)
- 0: GETL R16, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0xFEE812C: 39200000 li r9,0
- 4: MOVL $0x0, t4
- 5: PUTL t4, R9
- 6: INCEIPL $4
-
- 0xFEE8130: 7F090040 cmpl cr6,r9,r0
- 7: GETL R9, t6
- 8: GETL R0, t8
- 9: CMPUL t6, t8, t10 (-rSo)
- 10: ICRFL t10, $0x6, CR
- 11: INCEIPL $4
-
- 0xFEE8134: 409800C8 bc 4,24,0xFEE81FC
- 12: Jc24o $0xFEE81FC
-
-
-
-. 3018 FEE8128 16
-. 80 10 00 00 39 20 00 00 7F 09 00 40 40 98 00 C8
-==== BB 3019 (0xFEE8138) approx BBs exec'd 0 ====
-
- 0xFEE8138: 810E0000 lwz r8,0(r14)
- 0: GETL R14, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R8
- 3: INCEIPL $4
-
- 0xFEE813C: 7C0B0378 or r11,r0,r0
- 4: GETL R0, t4
- 5: PUTL t4, R11
- 6: INCEIPL $4
-
- 0xFEE8140: 81580000 lwz r10,0(r24)
- 7: GETL R24, t6
- 8: LDL (t6), t8
- 9: PUTL t8, R10
- 10: INCEIPL $4
-
- 0xFEE8144: 48000008 b 0xFEE814C
- 11: JMPo $0xFEE814C ($4)
-
-
-
-. 3019 FEE8138 16
-. 81 0E 00 00 7C 0B 03 78 81 58 00 00 48 00 00 08
-==== BB 3020 (0xFEE814C) approx BBs exec'd 0 ====
-
- 0xFEE814C: 7FA848AE lbzx r29,r8,r9
- 0: GETL R9, t0
- 1: GETL R8, t2
- 2: ADDL t2, t0
- 3: LDB (t0), t4
- 4: PUTL t4, R29
- 5: INCEIPL $4
-
- 0xFEE8150: 39290001 addi r9,r9,1
- 6: GETL R9, t6
- 7: ADDL $0x1, t6
- 8: PUTL t6, R9
- 9: INCEIPL $4
-
- 0xFEE8154: 7F095840 cmpl cr6,r9,r11
- 10: GETL R9, t8
- 11: GETL R11, t10
- 12: CMPUL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x6, CR
- 14: INCEIPL $4
-
- 0xFEE8158: 7F9D5040 cmpl cr7,r29,r10
- 15: GETL R29, t14
- 16: GETL R10, t16
- 17: CMPUL t14, t16, t18 (-rSo)
- 18: ICRFL t18, $0x7, CR
- 19: INCEIPL $4
-
- 0xFEE815C: 419CFFEC bc 12,28,0xFEE8148
- 20: Js28o $0xFEE8148
-
-
-
-. 3020 FEE814C 20
-. 7F A8 48 AE 39 29 00 01 7F 09 58 40 7F 9D 50 40 41 9C FF EC
-==== BB 3021 (0xFEE8148) approx BBs exec'd 0 ====
-
- 0xFEE8148: 409800B4 bc 4,24,0xFEE81FC
- 0: Jc24o $0xFEE81FC
-
-
-
-. 3021 FEE8148 4
-. 40 98 00 B4
-==== BB 3022 (0xFEE81FC) approx BBs exec'd 0 ====
-
- 0xFEE81FC: 81780000 lwz r11,0(r24)
- 0: GETL R24, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R11
- 3: INCEIPL $4
-
- 0xFEE8200: 3B400000 li r26,0
- 4: MOVL $0x0, t4
- 5: PUTL t4, R26
- 6: INCEIPL $4
-
- 0xFEE8204: 7C9A5840 cmpl cr1,r26,r11
- 7: GETL R26, t6
- 8: GETL R11, t8
- 9: CMPUL t6, t8, t10 (-rSo)
- 10: ICRFL t10, $0x1, CR
- 11: INCEIPL $4
-
- 0xFEE8208: 408400D0 bc 4,4,0xFEE82D8
- 12: Jc04o $0xFEE82D8
-
-
-
-. 3022 FEE81FC 16
-. 81 78 00 00 3B 40 00 00 7C 9A 58 40 40 84 00 D0
-==== BB 3023 (0xFEE820C) approx BBs exec'd 0 ====
-
- 0xFEE820C: 3B3F00B0 addi r25,r31,176
- 0: GETL R31, t0
- 1: ADDL $0xB0, t0
- 2: PUTL t0, R25
- 3: INCEIPL $4
-
- 0xFEE8210: 7F3CCB78 or r28,r25,r25
- 4: GETL R25, t2
- 5: PUTL t2, R28
- 6: INCEIPL $4
-
- 0xFEE8214: 3BA00004 li r29,4
- 7: MOVL $0x4, t4
- 8: PUTL t4, R29
- 9: INCEIPL $4
-
- 0xFEE8218: 813B0004 lwz r9,4(r27)
- 10: GETL R27, t6
- 11: ADDL $0x4, t6
- 12: LDL (t6), t8
- 13: PUTL t8, R9
- 14: INCEIPL $4
-
- 0xFEE821C: 7F63DB78 or r3,r27,r27
- 15: GETL R27, t10
- 16: PUTL t10, R3
- 17: INCEIPL $4
-
- 0xFEE8220: 811B0008 lwz r8,8(r27)
- 18: GETL R27, t12
- 19: ADDL $0x8, t12
- 20: LDL (t12), t14
- 21: PUTL t14, R8
- 22: INCEIPL $4
-
- 0xFEE8224: 38090001 addi r0,r9,1
- 23: GETL R9, t16
- 24: ADDL $0x1, t16
- 25: PUTL t16, R0
- 26: INCEIPL $4
-
- 0xFEE8228: 7C094040 cmpl cr0,r9,r8
- 27: GETL R9, t18
- 28: GETL R8, t20
- 29: CMPUL t18, t20, t22 (-rSo)
- 30: ICRFL t22, $0x0, CR
- 31: INCEIPL $4
-
- 0xFEE822C: 408002E0 bc 4,0,0xFEE850C
- 32: Jc00o $0xFEE850C
-
-
-
-. 3023 FEE820C 36
-. 3B 3F 00 B0 7F 3C CB 78 3B A0 00 04 81 3B 00 04 7F 63 DB 78 81 1B 00 08 38 09 00 01 7C 09 40 40 40 80 02 E0
-==== BB 3024 (0xFEE8230) approx BBs exec'd 0 ====
-
- 0xFEE8230: 88690000 lbz r3,0(r9)
- 0: GETL R9, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0xFEE8234: 901B0004 stw r0,4(r27)
- 4: GETL R0, t4
- 5: GETL R27, t6
- 6: ADDL $0x4, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0xFEE8238: 2F03FFFF cmpi cr6,r3,-1
- 9: GETL R3, t8
- 10: MOVL $0xFFFFFFFF, t12
- 11: CMPL t8, t12, t10 (-rSo)
- 12: ICRFL t10, $0x6, CR
- 13: INCEIPL $4
-
- 0xFEE823C: 419A0014 bc 12,26,0xFEE8250
- 14: Js26o $0xFEE8250
-
-
-
-. 3024 FEE8230 16
-. 88 69 00 00 90 1B 00 04 2F 03 FF FF 41 9A 00 14
-==== BB 3025 (0xFEE8240) approx BBs exec'd 0 ====
-
- 0xFEE8240: 37BDFFFF addic. r29,r29,-1
- 0: GETL R29, t0
- 1: ADCL $0xFFFFFFFF, t0 (-wCa)
- 2: PUTL t0, R29
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFEE8244: 987C0000 stb r3,0(r28)
- 6: GETL R3, t4
- 7: GETL R28, t6
- 8: STB t4, (t6)
- 9: INCEIPL $4
-
- 0xFEE8248: 3B9C0001 addi r28,r28,1
- 10: GETL R28, t8
- 11: ADDL $0x1, t8
- 12: PUTL t8, R28
- 13: INCEIPL $4
-
- 0xFEE824C: 4082FFCC bc 4,2,0xFEE8218
- 14: Jc02o $0xFEE8218
-
-
-
-. 3025 FEE8240 16
-. 37 BD FF FF 98 7C 00 00 3B 9C 00 01 40 82 FF CC
-==== BB 3026 (0xFEE8218) approx BBs exec'd 0 ====
-
- 0xFEE8218: 813B0004 lwz r9,4(r27)
- 0: GETL R27, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFEE821C: 7F63DB78 or r3,r27,r27
- 5: GETL R27, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFEE8220: 811B0008 lwz r8,8(r27)
- 8: GETL R27, t6
- 9: ADDL $0x8, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R8
- 12: INCEIPL $4
-
- 0xFEE8224: 38090001 addi r0,r9,1
- 13: GETL R9, t10
- 14: ADDL $0x1, t10
- 15: PUTL t10, R0
- 16: INCEIPL $4
-
- 0xFEE8228: 7C094040 cmpl cr0,r9,r8
- 17: GETL R9, t12
- 18: GETL R8, t14
- 19: CMPUL t12, t14, t16 (-rSo)
- 20: ICRFL t16, $0x0, CR
- 21: INCEIPL $4
-
- 0xFEE822C: 408002E0 bc 4,0,0xFEE850C
- 22: Jc00o $0xFEE850C
-
-
-
-. 3026 FEE8218 24
-. 81 3B 00 04 7F 63 DB 78 81 1B 00 08 38 09 00 01 7C 09 40 40 40 80 02 E0
-==== BB 3027 (0xFEE8250) approx BBs exec'd 0 ====
-
- 0xFEE8250: 2F9D0000 cmpi cr7,r29,0
- 0: GETL R29, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xFEE8254: 40BEFF0C bc 5,30,0xFEE8160
- 4: Jc30o $0xFEE8160
-
-
-
-. 3027 FEE8250 8
-. 2F 9D 00 00 40 BE FF 0C
-==== BB 3028 (0xFEE8258) approx BBs exec'd 0 ====
-
- 0xFEE8258: 807B0004 lwz r3,4(r27)
- 0: GETL R27, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFEE825C: 815B0008 lwz r10,8(r27)
- 5: GETL R27, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R10
- 9: INCEIPL $4
-
- 0xFEE8260: 7C835040 cmpl cr1,r3,r10
- 10: GETL R3, t8
- 11: GETL R10, t10
- 12: CMPUL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x1, CR
- 14: INCEIPL $4
-
- 0xFEE8264: 408402C0 bc 4,4,0xFEE8524
- 15: Jc04o $0xFEE8524
-
-
-
-. 3028 FEE8258 16
-. 80 7B 00 04 81 5B 00 08 7C 83 50 40 40 84 02 C0
-==== BB 3029 (0xFEE8268) approx BBs exec'd 0 ====
-
- 0xFEE8268: 39830001 addi r12,r3,1
- 0: GETL R3, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R12
- 3: INCEIPL $4
-
- 0xFEE826C: 88630000 lbz r3,0(r3)
- 4: GETL R3, t2
- 5: LDB (t2), t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFEE8270: 919B0004 stw r12,4(r27)
- 8: GETL R12, t6
- 9: GETL R27, t8
- 10: ADDL $0x4, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFEE8274: 2B030001 cmpli cr6,r3,1
- 13: GETL R3, t10
- 14: MOVL $0x1, t14
- 15: CMPUL t10, t14, t12 (-rSo)
- 16: ICRFL t12, $0x6, CR
- 17: INCEIPL $4
-
- 0xFEE8278: 41B9FEE8 bc 13,25,0xFEE8160
- 18: Js25o $0xFEE8160
-
-
-
-. 3029 FEE8268 20
-. 39 83 00 01 88 63 00 00 91 9B 00 04 2B 03 00 01 41 B9 FE E8
-==== BB 3030 (0xFEE827C) approx BBs exec'd 0 ====
-
- 0xFEE827C: 80170000 lwz r0,0(r23)
- 0: GETL R23, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0xFEE8280: 575D1838 rlwinm r29,r26,3,0,28
- 4: GETL R26, t4
- 5: SHLL $0x3, t4
- 6: PUTL t4, R29
- 7: INCEIPL $4
-
- 0xFEE8284: 7D3D0214 add r9,r29,r0
- 8: GETL R29, t6
- 9: GETL R0, t8
- 10: ADDL t6, t8
- 11: PUTL t8, R9
- 12: INCEIPL $4
-
- 0xFEE8288: 98690004 stb r3,4(r9)
- 13: GETL R3, t10
- 14: GETL R9, t12
- 15: ADDL $0x4, t12
- 16: STB t10, (t12)
- 17: INCEIPL $4
-
- 0xFEE828C: 807B0004 lwz r3,4(r27)
- 18: GETL R27, t14
- 19: ADDL $0x4, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R3
- 22: INCEIPL $4
-
- 0xFEE8290: 80DB0008 lwz r6,8(r27)
- 23: GETL R27, t18
- 24: ADDL $0x8, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R6
- 27: INCEIPL $4
-
- 0xFEE8294: 7C033040 cmpl cr0,r3,r6
- 28: GETL R3, t22
- 29: GETL R6, t24
- 30: CMPUL t22, t24, t26 (-rSo)
- 31: ICRFL t26, $0x0, CR
- 32: INCEIPL $4
-
- 0xFEE8298: 40800298 bc 4,0,0xFEE8530
- 33: Jc00o $0xFEE8530
-
-
-
-. 3030 FEE827C 32
-. 80 17 00 00 57 5D 18 38 7D 3D 02 14 98 69 00 04 80 7B 00 04 80 DB 00 08 7C 03 30 40 40 80 02 98
-==== BB 3031 (0xFEE829C) approx BBs exec'd 0 ====
-
- 0xFEE829C: 38A30001 addi r5,r3,1
- 0: GETL R3, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R5
- 3: INCEIPL $4
-
- 0xFEE82A0: 88630000 lbz r3,0(r3)
- 4: GETL R3, t2
- 5: LDB (t2), t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFEE82A4: 90BB0004 stw r5,4(r27)
- 8: GETL R5, t6
- 9: GETL R27, t8
- 10: ADDL $0x4, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFEE82A8: 7F83A840 cmpl cr7,r3,r21
- 13: GETL R3, t10
- 14: GETL R21, t12
- 15: CMPUL t10, t12, t14 (-rSo)
- 16: ICRFL t14, $0x7, CR
- 17: INCEIPL $4
-
- 0xFEE82AC: 41BDFEB4 bc 13,29,0xFEE8160
- 18: Js29o $0xFEE8160
-
-
-
-. 3031 FEE829C 20
-. 38 A3 00 01 88 63 00 00 90 BB 00 04 7F 83 A8 40 41 BD FE B4
-==== BB 3032 (0xFEE82B0) approx BBs exec'd 0 ====
-
- 0xFEE82B0: 80F70000 lwz r7,0(r23)
- 0: GETL R23, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R7
- 3: INCEIPL $4
-
- 0xFEE82B4: 3B5A0001 addi r26,r26,1
- 4: GETL R26, t4
- 5: ADDL $0x1, t4
- 6: PUTL t4, R26
- 7: INCEIPL $4
-
- 0xFEE82B8: 7EDD3A14 add r22,r29,r7
- 8: GETL R29, t6
- 9: GETL R7, t8
- 10: ADDL t6, t8
- 11: PUTL t8, R22
- 12: INCEIPL $4
-
- 0xFEE82BC: 98760005 stb r3,5(r22)
- 13: GETL R3, t10
- 14: GETL R22, t12
- 15: ADDL $0x5, t12
- 16: STB t10, (t12)
- 17: INCEIPL $4
-
- 0xFEE82C0: 80980000 lwz r4,0(r24)
- 18: GETL R24, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R4
- 21: INCEIPL $4
-
- 0xFEE82C4: 80770000 lwz r3,0(r23)
- 22: GETL R23, t18
- 23: LDL (t18), t20
- 24: PUTL t20, R3
- 25: INCEIPL $4
-
- 0xFEE82C8: 7C9A2040 cmpl cr1,r26,r4
- 26: GETL R26, t22
- 27: GETL R4, t24
- 28: CMPUL t22, t24, t26 (-rSo)
- 29: ICRFL t26, $0x1, CR
- 30: INCEIPL $4
-
- 0xFEE82CC: 839F00B0 lwz r28,176(r31)
- 31: GETL R31, t28
- 32: ADDL $0xB0, t28
- 33: LDL (t28), t30
- 34: PUTL t30, R28
- 35: INCEIPL $4
-
- 0xFEE82D0: 7F9D192E stwx r28,r29,r3
- 36: GETL R3, t32
- 37: GETL R29, t34
- 38: ADDL t34, t32
- 39: GETL R28, t36
- 40: STL t36, (t32)
- 41: INCEIPL $4
-
- 0xFEE82D4: 4184FF3C bc 12,4,0xFEE8210
- 42: Js04o $0xFEE8210
-
-
-
-. 3032 FEE82B0 40
-. 80 F7 00 00 3B 5A 00 01 7E DD 3A 14 98 76 00 05 80 98 00 00 80 77 00 00 7C 9A 20 40 83 9F 00 B0 7F 9D 19 2E 41 84 FF 3C
-==== BB 3033 (0xFEE8210) approx BBs exec'd 0 ====
-
- 0xFEE8210: 7F3CCB78 or r28,r25,r25
- 0: GETL R25, t0
- 1: PUTL t0, R28
- 2: INCEIPL $4
-
- 0xFEE8214: 3BA00004 li r29,4
- 3: MOVL $0x4, t2
- 4: PUTL t2, R29
- 5: INCEIPL $4
-
- 0xFEE8218: 813B0004 lwz r9,4(r27)
- 6: GETL R27, t4
- 7: ADDL $0x4, t4
- 8: LDL (t4), t6
- 9: PUTL t6, R9
- 10: INCEIPL $4
-
- 0xFEE821C: 7F63DB78 or r3,r27,r27
- 11: GETL R27, t8
- 12: PUTL t8, R3
- 13: INCEIPL $4
-
- 0xFEE8220: 811B0008 lwz r8,8(r27)
- 14: GETL R27, t10
- 15: ADDL $0x8, t10
- 16: LDL (t10), t12
- 17: PUTL t12, R8
- 18: INCEIPL $4
-
- 0xFEE8224: 38090001 addi r0,r9,1
- 19: GETL R9, t14
- 20: ADDL $0x1, t14
- 21: PUTL t14, R0
- 22: INCEIPL $4
-
- 0xFEE8228: 7C094040 cmpl cr0,r9,r8
- 23: GETL R9, t16
- 24: GETL R8, t18
- 25: CMPUL t16, t18, t20 (-rSo)
- 26: ICRFL t20, $0x0, CR
- 27: INCEIPL $4
-
- 0xFEE822C: 408002E0 bc 4,0,0xFEE850C
- 28: Jc00o $0xFEE850C
-
-
-
-. 3033 FEE8210 32
-. 7F 3C CB 78 3B A0 00 04 81 3B 00 04 7F 63 DB 78 81 1B 00 08 38 09 00 01 7C 09 40 40 40 80 02 E0
-==== BB 3034 (0xFEE82D8) approx BBs exec'd 0 ====
-
- 0xFEE82D8: 806F0000 lwz r3,0(r15)
- 0: GETL R15, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0xFEE82DC: 38800001 li r4,1
- 4: MOVL $0x1, t4
- 5: PUTL t4, R4
- 6: INCEIPL $4
-
- 0xFEE82E0: 7EA5AB78 or r5,r21,r21
- 7: GETL R21, t6
- 8: PUTL t6, R5
- 9: INCEIPL $4
-
- 0xFEE82E4: 7F66DB78 or r6,r27,r27
- 10: GETL R27, t8
- 11: PUTL t8, R6
- 12: INCEIPL $4
-
- 0xFEE82E8: 4BFDFBF5 bl 0xFEC7EDC
- 13: MOVL $0xFEE82EC, t10
- 14: PUTL t10, LR
- 15: JMPo-c $0xFEC7EDC ($4)
-
-
-
-. 3034 FEE82D8 20
-. 80 6F 00 00 38 80 00 01 7E A5 AB 78 7F 66 DB 78 4B FD FB F5
-==== BB 3035 (0xFEE82EC) approx BBs exec'd 0 ====
-
- 0xFEE82EC: 7F03A800 cmp cr6,r3,r21
- 0: GETL R3, t0
- 1: GETL R21, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x6, CR
- 4: INCEIPL $4
-
- 0xFEE82F0: 40BAFE70 bc 5,26,0xFEE8160
- 5: Jc26o $0xFEE8160
-
-
-
-. 3035 FEE82EC 8
-. 7F 03 A8 00 40 BA FE 70
-==== BB 3036 (0xFEE82F4) approx BBs exec'd 0 ====
-
- 0xFEE82F4: 83520000 lwz r26,0(r18)
- 0: GETL R18, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R26
- 3: INCEIPL $4
-
- 0xFEE82F8: 3B200000 li r25,0
- 4: MOVL $0x0, t4
- 5: PUTL t4, R25
- 6: INCEIPL $4
-
- 0xFEE82FC: 7C19D040 cmpl cr0,r25,r26
- 7: GETL R25, t6
- 8: GETL R26, t8
- 9: CMPUL t6, t8, t10 (-rSo)
- 10: ICRFL t10, $0x0, CR
- 11: INCEIPL $4
-
- 0xFEE8300: 408000C8 bc 4,0,0xFEE83C8
- 12: Jc00o $0xFEE83C8
-
-
-
-. 3036 FEE82F4 16
-. 83 52 00 00 3B 20 00 00 7C 19 D0 40 40 80 00 C8
-==== BB 3037 (0xFEE83C8) approx BBs exec'd 0 ====
-
- 0xFEE83C8: 823F00B8 lwz r17,184(r31)
- 0: GETL R31, t0
- 1: ADDL $0xB8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R17
- 4: INCEIPL $4
-
- 0xFEE83CC: 3BA00000 li r29,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R29
- 7: INCEIPL $4
-
- 0xFEE83D0: 7C9D8840 cmpl cr1,r29,r17
- 8: GETL R29, t6
- 9: GETL R17, t8
- 10: CMPUL t6, t8, t10 (-rSo)
- 11: ICRFL t10, $0x1, CR
- 12: INCEIPL $4
-
- 0xFEE83D4: 40840054 bc 4,4,0xFEE8428
- 13: Jc04o $0xFEE8428
-
-
-
-. 3037 FEE83C8 16
-. 82 3F 00 B8 3B A0 00 00 7C 9D 88 40 40 84 00 54
-==== BB 3038 (0xFEE83D8) approx BBs exec'd 0 ====
-
- 0xFEE83D8: 813B0004 lwz r9,4(r27)
- 0: GETL R27, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFEE83DC: 7F63DB78 or r3,r27,r27
- 5: GETL R27, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFEE83E0: 825B0008 lwz r18,8(r27)
- 8: GETL R27, t6
- 9: ADDL $0x8, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R18
- 12: INCEIPL $4
-
- 0xFEE83E4: 38090001 addi r0,r9,1
- 13: GETL R9, t10
- 14: ADDL $0x1, t10
- 15: PUTL t10, R0
- 16: INCEIPL $4
-
- 0xFEE83E8: 7C099040 cmpl cr0,r9,r18
- 17: GETL R9, t12
- 18: GETL R18, t14
- 19: CMPUL t12, t14, t16 (-rSo)
- 20: ICRFL t16, $0x0, CR
- 21: INCEIPL $4
-
- 0xFEE83EC: 408002FC bc 4,0,0xFEE86E8
- 22: Jc00o $0xFEE86E8
-
-
-
-. 3038 FEE83D8 24
-. 81 3B 00 04 7F 63 DB 78 82 5B 00 08 38 09 00 01 7C 09 90 40 40 80 02 FC
-==== BB 3039 (0xFEE83F0) approx BBs exec'd 0 ====
-
- 0xFEE83F0: 88690000 lbz r3,0(r9)
- 0: GETL R9, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0xFEE83F4: 901B0004 stw r0,4(r27)
- 4: GETL R0, t4
- 5: GETL R27, t6
- 6: ADDL $0x4, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0xFEE83F8: 2F83FFFF cmpi cr7,r3,-1
- 9: GETL R3, t8
- 10: MOVL $0xFFFFFFFF, t12
- 11: CMPL t8, t12, t10 (-rSo)
- 12: ICRFL t10, $0x7, CR
- 13: INCEIPL $4
-
- 0xFEE83FC: 833F00B8 lwz r25,184(r31)
- 14: GETL R31, t14
- 15: ADDL $0xB8, t14
- 16: LDL (t14), t16
- 17: PUTL t16, R25
- 18: INCEIPL $4
-
- 0xFEE8400: 57A01838 rlwinm r0,r29,3,0,28
- 19: GETL R29, t18
- 20: SHLL $0x3, t18
- 21: PUTL t18, R0
- 22: INCEIPL $4
-
- 0xFEE8404: 3BBD0001 addi r29,r29,1
- 23: GETL R29, t20
- 24: ADDL $0x1, t20
- 25: PUTL t20, R29
- 26: INCEIPL $4
-
- 0xFEE8408: 3163FFFF addic r11,r3,-1
- 27: GETL R3, t22
- 28: ADCL $0xFFFFFFFF, t22 (-wCa)
- 29: PUTL t22, R11
- 30: INCEIPL $4
-
- 0xFEE840C: 7CAB1910 subfe r5,r11,r3
- 31: GETL R11, t24
- 32: GETL R3, t26
- 33: SBBL t24, t26 (-rCa-wCa)
- 34: PUTL t26, R5
- 35: INCEIPL $4
-
- 0xFEE8410: 7F1DC840 cmpl cr6,r29,r25
- 36: GETL R29, t28
- 37: GETL R25, t30
- 38: CMPUL t28, t30, t32 (-rSo)
- 39: ICRFL t32, $0x6, CR
- 40: INCEIPL $4
-
- 0xFEE8414: 41BEFD4C bc 13,30,0xFEE8160
- 41: Js30o $0xFEE8160
-
-
-
-. 3039 FEE83F0 40
-. 88 69 00 00 90 1B 00 04 2F 83 FF FF 83 3F 00 B8 57 A0 18 38 3B BD 00 01 31 63 FF FF 7C AB 19 10 7F 1D C8 40 41 BE FD 4C
-==== BB 3040 (0xFEE8418) approx BBs exec'd 0 ====
-
- 0xFEE8418: 80970000 lwz r4,0(r23)
- 0: GETL R23, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R4
- 3: INCEIPL $4
-
- 0xFEE841C: 7F802214 add r28,r0,r4
- 4: GETL R0, t4
- 5: GETL R4, t6
- 6: ADDL t4, t6
- 7: PUTL t6, R28
- 8: INCEIPL $4
-
- 0xFEE8420: 98BC0006 stb r5,6(r28)
- 9: GETL R5, t8
- 10: GETL R28, t10
- 11: ADDL $0x6, t10
- 12: STB t8, (t10)
- 13: INCEIPL $4
-
- 0xFEE8424: 4198FFB4 bc 12,24,0xFEE83D8
- 14: Js24o $0xFEE83D8
-
-
-
-. 3040 FEE8418 16
-. 80 97 00 00 7F 80 22 14 98 BC 00 06 41 98 FF B4
-==== BB 3041 (0xFEE8428) approx BBs exec'd 0 ====
-
- 0xFEE8428: 80780000 lwz r3,0(r24)
- 0: GETL R24, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0xFEE842C: 7F0AC378 or r10,r24,r24
- 4: GETL R24, t4
- 5: PUTL t4, R10
- 6: INCEIPL $4
-
- 0xFEE8430: 7F1D1840 cmpl cr6,r29,r3
- 7: GETL R29, t6
- 8: GETL R3, t8
- 9: CMPUL t6, t8, t10 (-rSo)
- 10: ICRFL t10, $0x6, CR
- 11: INCEIPL $4
-
- 0xFEE8434: 40980028 bc 4,24,0xFEE845C
- 12: Jc24o $0xFEE845C
-
-
-
-. 3041 FEE8428 16
-. 80 78 00 00 7F 0A C3 78 7F 1D 18 40 40 98 00 28
-==== BB 3042 (0xFEE845C) approx BBs exec'd 0 ====
-
- 0xFEE845C: 817F00BC lwz r11,188(r31)
- 0: GETL R31, t0
- 1: ADDL $0xBC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0xFEE8460: 3BA00000 li r29,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R29
- 7: INCEIPL $4
-
- 0xFEE8464: 7C1D5840 cmpl cr0,r29,r11
- 8: GETL R29, t6
- 9: GETL R11, t8
- 10: CMPUL t6, t8, t10 (-rSo)
- 11: ICRFL t10, $0x0, CR
- 12: INCEIPL $4
-
- 0xFEE8468: 41A00040 bc 13,0,0xFEE84A8
- 13: Js00o $0xFEE84A8
-
-
-
-. 3042 FEE845C 16
-. 81 7F 00 BC 3B A0 00 00 7C 1D 58 40 41 A0 00 40
-==== BB 3043 (0xFEE84A8) approx BBs exec'd 0 ====
-
- 0xFEE84A8: 813B0004 lwz r9,4(r27)
- 0: GETL R27, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFEE84AC: 7F63DB78 or r3,r27,r27
- 5: GETL R27, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFEE84B0: 815B0008 lwz r10,8(r27)
- 8: GETL R27, t6
- 9: ADDL $0x8, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R10
- 12: INCEIPL $4
-
- 0xFEE84B4: 38090001 addi r0,r9,1
- 13: GETL R9, t10
- 14: ADDL $0x1, t10
- 15: PUTL t10, R0
- 16: INCEIPL $4
-
- 0xFEE84B8: 7F895040 cmpl cr7,r9,r10
- 17: GETL R9, t12
- 18: GETL R10, t14
- 19: CMPUL t12, t14, t16 (-rSo)
- 20: ICRFL t16, $0x7, CR
- 21: INCEIPL $4
-
- 0xFEE84BC: 419CFFB4 bc 12,28,0xFEE8470
- 22: Js28o $0xFEE8470
-
-
-
-. 3043 FEE84A8 24
-. 81 3B 00 04 7F 63 DB 78 81 5B 00 08 38 09 00 01 7F 89 50 40 41 9C FF B4
-==== BB 3044 (0xFEE8470) approx BBs exec'd 0 ====
-
- 0xFEE8470: 88690000 lbz r3,0(r9)
- 0: GETL R9, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0xFEE8474: 901B0004 stw r0,4(r27)
- 4: GETL R0, t4
- 5: GETL R27, t6
- 6: ADDL $0x4, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0xFEE8478: 2C83FFFF cmpi cr1,r3,-1
- 9: GETL R3, t8
- 10: MOVL $0xFFFFFFFF, t12
- 11: CMPL t8, t12, t10 (-rSo)
- 12: ICRFL t10, $0x1, CR
- 13: INCEIPL $4
-
- 0xFEE847C: 819F00BC lwz r12,188(r31)
- 14: GETL R31, t14
- 15: ADDL $0xBC, t14
- 16: LDL (t14), t16
- 17: PUTL t16, R12
- 18: INCEIPL $4
-
- 0xFEE8480: 57A01838 rlwinm r0,r29,3,0,28
- 19: GETL R29, t18
- 20: SHLL $0x3, t18
- 21: PUTL t18, R0
- 22: INCEIPL $4
-
- 0xFEE8484: 3BBD0001 addi r29,r29,1
- 23: GETL R29, t20
- 24: ADDL $0x1, t20
- 25: PUTL t20, R29
- 26: INCEIPL $4
-
- 0xFEE8488: 3163FFFF addic r11,r3,-1
- 27: GETL R3, t22
- 28: ADCL $0xFFFFFFFF, t22 (-wCa)
- 29: PUTL t22, R11
- 30: INCEIPL $4
-
- 0xFEE848C: 7CCB1910 subfe r6,r11,r3
- 31: GETL R11, t24
- 32: GETL R3, t26
- 33: SBBL t24, t26 (-rCa-wCa)
- 34: PUTL t26, R6
- 35: INCEIPL $4
-
- 0xFEE8490: 7F1D6040 cmpl cr6,r29,r12
- 36: GETL R29, t28
- 37: GETL R12, t30
- 38: CMPUL t28, t30, t32 (-rSo)
- 39: ICRFL t32, $0x6, CR
- 40: INCEIPL $4
-
- 0xFEE8494: 41A6FCCC bc 13,6,0xFEE8160
- 41: Js06o $0xFEE8160
-
-
-
-. 3044 FEE8470 40
-. 88 69 00 00 90 1B 00 04 2C 83 FF FF 81 9F 00 BC 57 A0 18 38 3B BD 00 01 31 63 FF FF 7C CB 19 10 7F 1D 60 40 41 A6 FC CC
-==== BB 3045 (0xFEE8498) approx BBs exec'd 0 ====
-
- 0xFEE8498: 82370000 lwz r17,0(r23)
- 0: GETL R23, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R17
- 3: INCEIPL $4
-
- 0xFEE849C: 7D208A14 add r9,r0,r17
- 4: GETL R0, t4
- 5: GETL R17, t6
- 6: ADDL t4, t6
- 7: PUTL t6, R9
- 8: INCEIPL $4
-
- 0xFEE84A0: 98C90007 stb r6,7(r9)
- 9: GETL R6, t8
- 10: GETL R9, t10
- 11: ADDL $0x7, t10
- 12: STB t8, (t10)
- 13: INCEIPL $4
-
- 0xFEE84A4: 40980098 bc 4,24,0xFEE853C
- 14: Jc24o $0xFEE853C
-
-
-
-. 3045 FEE8498 16
-. 82 37 00 00 7D 20 8A 14 98 C9 00 07 40 98 00 98
-==== BB 3046 (0xFEE853C) approx BBs exec'd 0 ====
-
- 0xFEE853C: 82780000 lwz r19,0(r24)
- 0: GETL R24, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R19
- 3: INCEIPL $4
-
- 0xFEE8540: 7F0AC378 or r10,r24,r24
- 4: GETL R24, t4
- 5: PUTL t4, R10
- 6: INCEIPL $4
-
- 0xFEE8544: 7F1D9840 cmpl cr6,r29,r19
- 7: GETL R29, t6
- 8: GETL R19, t8
- 9: CMPUL t6, t8, t10 (-rSo)
- 10: ICRFL t10, $0x6, CR
- 11: INCEIPL $4
-
- 0xFEE8548: 40980028 bc 4,24,0xFEE8570
- 12: Jc24o $0xFEE8570
-
-
-
-. 3046 FEE853C 16
-. 82 78 00 00 7F 0A C3 78 7F 1D 98 40 40 98 00 28
-==== BB 3047 (0xFEE8570) approx BBs exec'd 0 ====
-
- 0xFEE8570: 7F63DB78 or r3,r27,r27
- 0: GETL R27, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFEE8574: 3BA00000 li r29,0
- 3: MOVL $0x0, t2
- 4: PUTL t2, R29
- 5: INCEIPL $4
-
- 0xFEE8578: 4BFD3339 bl 0xFEBB8B0
- 6: MOVL $0xFEE857C, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0xFEBB8B0 ($4)
-
-
-
-. 3047 FEE8570 12
-. 7F 63 DB 78 3B A0 00 00 4B FD 33 39
-==== BB 3048 (0xFECECA4) approx BBs exec'd 0 ====
-
- 0xFECECA4: 7F88D000 cmp cr7,r8,r26
- 0: GETL R8, t0
- 1: GETL R26, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x7, CR
- 4: INCEIPL $4
-
- 0xFECECA8: 419E02C0 bc 12,30,0xFECEF68
- 5: Js30o $0xFECEF68
-
-
-
-. 3048 FECECA4 8
-. 7F 88 D0 00 41 9E 02 C0
-==== BB 3049 (0xFEE857C) approx BBs exec'd 0 ====
-
- 0xFEE857C: 80180000 lwz r0,0(r24)
- 0: GETL R24, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0xFEE8580: 7F9D0040 cmpl cr7,r29,r0
- 4: GETL R29, t4
- 5: GETL R0, t6
- 6: CMPUL t4, t6, t8 (-rSo)
- 7: ICRFL t8, $0x7, CR
- 8: INCEIPL $4
-
- 0xFEE8584: 409C0030 bc 4,28,0xFEE85B4
- 9: Jc28o $0xFEE85B4
-
-
-
-. 3049 FEE857C 12
-. 80 18 00 00 7F 9D 00 40 40 9C 00 30
-==== BB 3050 (0xFEE8588) approx BBs exec'd 0 ====
-
- 0xFEE8588: 82D70000 lwz r22,0(r23)
- 0: GETL R23, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R22
- 3: INCEIPL $4
-
- 0xFEE858C: 57A31838 rlwinm r3,r29,3,0,28
- 4: GETL R29, t4
- 5: SHLL $0x3, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFEE8590: 836F0000 lwz r27,0(r15)
- 8: GETL R15, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R27
- 11: INCEIPL $4
-
- 0xFEE8594: 3BBD0001 addi r29,r29,1
- 12: GETL R29, t10
- 13: ADDL $0x1, t10
- 14: PUTL t10, R29
- 15: INCEIPL $4
-
- 0xFEE8598: 7C83B214 add r4,r3,r22
- 16: GETL R3, t12
- 17: GETL R22, t14
- 18: ADDL t12, t14
- 19: PUTL t14, R4
- 20: INCEIPL $4
-
- 0xFEE859C: 8B840005 lbz r28,5(r4)
- 21: GETL R4, t16
- 22: ADDL $0x5, t16
- 23: LDB (t16), t18
- 24: PUTL t18, R28
- 25: INCEIPL $4
-
- 0xFEE85A0: 7C7CDA14 add r3,r28,r27
- 26: GETL R28, t20
- 27: GETL R27, t22
- 28: ADDL t20, t22
- 29: PUTL t22, R3
- 30: INCEIPL $4
-
- 0xFEE85A4: 4BFFE705 bl 0xFEE6CA8
- 31: MOVL $0xFEE85A8, t24
- 32: PUTL t24, LR
- 33: JMPo-c $0xFEE6CA8 ($4)
-
-
-
-. 3050 FEE8588 32
-. 82 D7 00 00 57 A3 18 38 83 6F 00 00 3B BD 00 01 7C 83 B2 14 8B 84 00 05 7C 7C DA 14 4B FF E7 05
-==== BB 3051 __tzstring(0xFEE6CA8) approx BBs exec'd 0 ====
-
- 0xFEE6CA8: 9421FFD0 stwu r1,-48(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFD0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFEE6CAC: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFEE6CB0: 480C11A1 bl 0xFFA7E50
- 9: MOVL $0xFEE6CB4, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 3051 FEE6CA8 12
-. 94 21 FF D0 7C 08 02 A6 48 0C 11 A1
-==== BB 3052 (0xFEE6CB4) approx BBs exec'd 0 ====
-
- 0xFEE6CB4: 93C10028 stw r30,40(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x28, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFEE6CB8: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFEE6CBC: 93210014 stw r25,20(r1)
- 8: GETL R25, t6
- 9: GETL R1, t8
- 10: ADDL $0x14, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFEE6CC0: 9361001C stw r27,28(r1)
- 13: GETL R27, t10
- 14: GETL R1, t12
- 15: ADDL $0x1C, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFEE6CC4: 7C7B1B78 or r27,r3,r3
- 18: GETL R3, t14
- 19: PUTL t14, R27
- 20: INCEIPL $4
-
- 0xFEE6CC8: 93810020 stw r28,32(r1)
- 21: GETL R28, t16
- 22: GETL R1, t18
- 23: ADDL $0x20, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFEE6CCC: 833E0890 lwz r25,2192(r30)
- 26: GETL R30, t20
- 27: ADDL $0x890, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R25
- 30: INCEIPL $4
-
- 0xFEE6CD0: 93A10024 stw r29,36(r1)
- 31: GETL R29, t24
- 32: GETL R1, t26
- 33: ADDL $0x24, t26
- 34: STL t24, (t26)
- 35: INCEIPL $4
-
- 0xFEE6CD4: 93410018 stw r26,24(r1)
- 36: GETL R26, t28
- 37: GETL R1, t30
- 38: ADDL $0x18, t30
- 39: STL t28, (t30)
- 40: INCEIPL $4
-
- 0xFEE6CD8: 93E1002C stw r31,44(r1)
- 41: GETL R31, t32
- 42: GETL R1, t34
- 43: ADDL $0x2C, t34
- 44: STL t32, (t34)
- 45: INCEIPL $4
-
- 0xFEE6CDC: 90010034 stw r0,52(r1)
- 46: GETL R0, t36
- 47: GETL R1, t38
- 48: ADDL $0x34, t38
- 49: STL t36, (t38)
- 50: INCEIPL $4
-
- 0xFEE6CE0: 4BFEFDF9 bl 0xFED6AD8
- 51: MOVL $0xFEE6CE4, t40
- 52: PUTL t40, LR
- 53: JMPo-c $0xFED6AD8 ($4)
-
-
-
-. 3052 FEE6CB4 48
-. 93 C1 00 28 7F C8 02 A6 93 21 00 14 93 61 00 1C 7C 7B 1B 78 93 81 00 20 83 3E 08 90 93 A1 00 24 93 41 00 18 93 E1 00 2C 90 01 00 34 4B FE FD F9
-==== BB 3053 (0xFEE6CE4) approx BBs exec'd 0 ====
-
- 0xFEE6CE4: 83990000 lwz r28,0(r25)
- 0: GETL R25, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R28
- 3: INCEIPL $4
-
- 0xFEE6CE8: 7C7D1B78 or r29,r3,r3
- 4: GETL R3, t4
- 5: PUTL t4, R29
- 6: INCEIPL $4
-
- 0xFEE6CEC: 2F9C0000 cmpi cr7,r28,0
- 7: GETL R28, t6
- 8: CMP0L t6, t8 (-rSo)
- 9: ICRFL t8, $0x7, CR
- 10: INCEIPL $4
-
- 0xFEE6CF0: 7F8BE378 or r11,r28,r28
- 11: GETL R28, t10
- 12: PUTL t10, R11
- 13: INCEIPL $4
-
- 0xFEE6CF4: 419E0040 bc 12,30,0xFEE6D34
- 14: Js30o $0xFEE6D34
-
-
-
-. 3053 FEE6CE4 20
-. 83 99 00 00 7C 7D 1B 78 2F 9C 00 00 7F 8B E3 78 41 9E 00 40
-==== BB 3054 (0xFEE6D34) approx BBs exec'd 0 ====
-
- 0xFEE6D34: 387D0009 addi r3,r29,9
- 0: GETL R29, t0
- 1: ADDL $0x9, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0xFEE6D38: 480C35D1 bl 0xFFAA308
- 4: MOVL $0xFEE6D3C, t2
- 5: PUTL t2, LR
- 6: JMPo-c $0xFFAA308 ($4)
-
-
-
-. 3054 FEE6D34 8
-. 38 7D 00 09 48 0C 35 D1
-==== BB 3055 (0xFECF74C) approx BBs exec'd 0 ====
-
- 0xFECF74C: 82FE05FC lwz r23,1532(r30)
- 0: GETL R30, t0
- 1: ADDL $0x5FC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R23
- 4: INCEIPL $4
-
- 0xFECF750: 7E83CA14 add r20,r3,r25
- 5: GETL R3, t4
- 6: GETL R25, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R20
- 9: INCEIPL $4
-
- 0xFECF754: 82D40004 lwz r22,4(r20)
- 10: GETL R20, t8
- 11: ADDL $0x4, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R22
- 14: INCEIPL $4
-
- 0xFECF758: 7E1CB800 cmp cr4,r28,r23
- 15: GETL R28, t12
- 16: GETL R23, t14
- 17: CMPL t12, t14, t16 (-rSo)
- 18: ICRFL t16, $0x4, CR
- 19: INCEIPL $4
-
- 0xFECF75C: 8263000C lwz r19,12(r3)
- 20: GETL R3, t18
- 21: ADDL $0xC, t18
- 22: LDL (t18), t20
- 23: PUTL t20, R19
- 24: INCEIPL $4
-
- 0xFECF760: 62D50001 ori r21,r22,0x1
- 25: GETL R22, t22
- 26: ORL $0x1, t22
- 27: PUTL t22, R21
- 28: INCEIPL $4
-
- 0xFECF764: 92B40004 stw r21,4(r20)
- 29: GETL R21, t24
- 30: GETL R20, t26
- 31: ADDL $0x4, t26
- 32: STL t24, (t26)
- 33: INCEIPL $4
-
- 0xFECF768: 91530008 stw r10,8(r19)
- 34: GETL R10, t28
- 35: GETL R19, t30
- 36: ADDL $0x8, t30
- 37: STL t28, (t30)
- 38: INCEIPL $4
-
- 0xFECF76C: 926A000C stw r19,12(r10)
- 39: GETL R19, t32
- 40: GETL R10, t34
- 41: ADDL $0xC, t34
- 42: STL t32, (t34)
- 43: INCEIPL $4
-
- 0xFECF770: 41920010 bc 12,18,0xFECF780
- 44: Js18o $0xFECF780
-
-
-
-. 3055 FECF74C 40
-. 82 FE 05 FC 7E 83 CA 14 82 D4 00 04 7E 1C B8 00 82 63 00 0C 62 D5 00 01 92 B4 00 04 91 53 00 08 92 6A 00 0C 41 92 00 10
-==== BB 3056 (0xFECF780) approx BBs exec'd 0 ====
-
- 0xFECF780: 39030008 addi r8,r3,8
- 0: GETL R3, t0
- 1: ADDL $0x8, t0
- 2: PUTL t0, R8
- 3: INCEIPL $4
-
- 0xFECF784: 4BFFFF2C b 0xFECF6B0
- 4: JMPo $0xFECF6B0 ($4)
-
-
-
-. 3056 FECF780 8
-. 39 03 00 08 4B FF FF 2C
-==== BB 3057 (0xFEE6D3C) approx BBs exec'd 0 ====
-
- 0xFEE6D3C: 7C7F1B79 or. r31,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R31
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0xFEE6D40: 38600000 li r3,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFEE6D44: 41820030 bc 12,2,0xFEE6D74
- 8: Js02o $0xFEE6D74
-
-
-
-. 3057 FEE6D3C 12
-. 7C 7F 1B 79 38 60 00 00 41 82 00 30
-==== BB 3058 (0xFEE6D48) approx BBs exec'd 0 ====
-
- 0xFEE6D48: 38600000 li r3,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFEE6D4C: 3B5F0008 addi r26,r31,8
- 3: GETL R31, t2
- 4: ADDL $0x8, t2
- 5: PUTL t2, R26
- 6: INCEIPL $4
-
- 0xFEE6D50: 907F0000 stw r3,0(r31)
- 7: GETL R3, t4
- 8: GETL R31, t6
- 9: STL t4, (t6)
- 10: INCEIPL $4
-
- 0xFEE6D54: 7F64DB78 or r4,r27,r27
- 11: GETL R27, t8
- 12: PUTL t8, R4
- 13: INCEIPL $4
-
- 0xFEE6D58: 93BF0004 stw r29,4(r31)
- 14: GETL R29, t10
- 15: GETL R31, t12
- 16: ADDL $0x4, t12
- 17: STL t10, (t12)
- 18: INCEIPL $4
-
- 0xFEE6D5C: 7F43D378 or r3,r26,r26
- 19: GETL R26, t14
- 20: PUTL t14, R3
- 21: INCEIPL $4
-
- 0xFEE6D60: 4BFEF771 bl 0xFED64D0
- 22: MOVL $0xFEE6D64, t16
- 23: PUTL t16, LR
- 24: JMPo-c $0xFED64D0 ($4)
-
-
-
-. 3058 FEE6D48 28
-. 38 60 00 00 3B 5F 00 08 90 7F 00 00 7F 64 DB 78 93 BF 00 04 7F 43 D3 78 4B FE F7 71
-==== BB 3059 (0xFED6538) approx BBs exec'd 0 ====
-
- 0xFED6538: 5540863F rlwinm. r0,r10,16,24,31
- 0: GETL R10, t0
- 1: ROLL $0x10, t0
- 2: ANDL $0xFF, t0
- 3: PUTL t0, R0
- 4: CMP0L t0, t2 (-rSo)
- 5: ICRFL t2, $0x0, CR
- 6: INCEIPL $4
-
- 0xFED653C: 98050005 stb r0,5(r5)
- 7: GETL R0, t4
- 8: GETL R5, t6
- 9: ADDL $0x5, t6
- 10: STB t4, (t6)
- 11: INCEIPL $4
-
- 0xFED6540: 4D820020 bclr 12,2
- 12: GETL LR, t8
- 13: Js02o-r t8
-
-
-
-. 3059 FED6538 12
-. 55 40 86 3F 98 05 00 05 4D 82 00 20
-==== BB 3060 (0xFED6544) approx BBs exec'd 0 ====
-
- 0xFED6544: 5540C63F rlwinm. r0,r10,24,24,31
- 0: GETL R10, t0
- 1: ROLL $0x18, t0
- 2: ANDL $0xFF, t0
- 3: PUTL t0, R0
- 4: CMP0L t0, t2 (-rSo)
- 5: ICRFL t2, $0x0, CR
- 6: INCEIPL $4
-
- 0xFED6548: 98050006 stb r0,6(r5)
- 7: GETL R0, t4
- 8: GETL R5, t6
- 9: ADDL $0x6, t6
- 10: STB t4, (t6)
- 11: INCEIPL $4
-
- 0xFED654C: 4D820020 bclr 12,2
- 12: GETL LR, t8
- 13: Js02o-r t8
-
-
-
-. 3060 FED6544 12
-. 55 40 C6 3F 98 05 00 06 4D 82 00 20
-==== BB 3061 (0xFED6550) approx BBs exec'd 0 ====
-
- 0xFED6550: 99450007 stb r10,7(r5)
- 0: GETL R10, t0
- 1: GETL R5, t2
- 2: ADDL $0x7, t2
- 3: STB t0, (t2)
- 4: INCEIPL $4
-
- 0xFED6554: 4E800020 blr
- 5: GETL LR, t4
- 6: JMPo-r t4 ($4)
-
-
-
-. 3061 FED6550 8
-. 99 45 00 07 4E 80 00 20
-==== BB 3062 (0xFEE6D64) approx BBs exec'd 0 ====
-
- 0xFEE6D64: 2C9C0000 cmpi cr1,r28,0
- 0: GETL R28, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFEE6D68: 41860068 bc 12,6,0xFEE6DD0
- 4: Js06o $0xFEE6DD0
-
-
-
-. 3062 FEE6D64 8
-. 2C 9C 00 00 41 86 00 68
-==== BB 3063 (0xFEE6DD0) approx BBs exec'd 0 ====
-
- 0xFEE6DD0: 93F90000 stw r31,0(r25)
- 0: GETL R31, t0
- 1: GETL R25, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0xFEE6DD4: 4BFFFF9C b 0xFEE6D70
- 4: JMPo $0xFEE6D70 ($4)
-
-
-
-. 3063 FEE6DD0 8
-. 93 F9 00 00 4B FF FF 9C
-==== BB 3064 (0xFEE6D70) approx BBs exec'd 0 ====
-
- 0xFEE6D70: 7F43D378 or r3,r26,r26
- 0: GETL R26, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFEE6D74: 80C10034 lwz r6,52(r1)
- 3: GETL R1, t2
- 4: ADDL $0x34, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R6
- 7: INCEIPL $4
-
- 0xFEE6D78: 83210014 lwz r25,20(r1)
- 8: GETL R1, t6
- 9: ADDL $0x14, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R25
- 12: INCEIPL $4
-
- 0xFEE6D7C: 83410018 lwz r26,24(r1)
- 13: GETL R1, t10
- 14: ADDL $0x18, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R26
- 17: INCEIPL $4
-
- 0xFEE6D80: 7CC803A6 mtlr r6
- 18: GETL R6, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0xFEE6D84: 8361001C lwz r27,28(r1)
- 21: GETL R1, t16
- 22: ADDL $0x1C, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R27
- 25: INCEIPL $4
-
- 0xFEE6D88: 83810020 lwz r28,32(r1)
- 26: GETL R1, t20
- 27: ADDL $0x20, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R28
- 30: INCEIPL $4
-
- 0xFEE6D8C: 83A10024 lwz r29,36(r1)
- 31: GETL R1, t24
- 32: ADDL $0x24, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R29
- 35: INCEIPL $4
-
- 0xFEE6D90: 83C10028 lwz r30,40(r1)
- 36: GETL R1, t28
- 37: ADDL $0x28, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R30
- 40: INCEIPL $4
-
- 0xFEE6D94: 83E1002C lwz r31,44(r1)
- 41: GETL R1, t32
- 42: ADDL $0x2C, t32
- 43: LDL (t32), t34
- 44: PUTL t34, R31
- 45: INCEIPL $4
-
- 0xFEE6D98: 38210030 addi r1,r1,48
- 46: GETL R1, t36
- 47: ADDL $0x30, t36
- 48: PUTL t36, R1
- 49: INCEIPL $4
-
- 0xFEE6D9C: 4E800020 blr
- 50: GETL LR, t38
- 51: JMPo-r t38 ($4)
-
-
-
-. 3064 FEE6D70 48
-. 7F 43 D3 78 80 C1 00 34 83 21 00 14 83 41 00 18 7C C8 03 A6 83 61 00 1C 83 81 00 20 83 A1 00 24 83 C1 00 28 83 E1 00 2C 38 21 00 30 4E 80 00 20
-==== BB 3065 (0xFEE85A8) approx BBs exec'd 0 ====
-
- 0xFEE85A8: 80180000 lwz r0,0(r24)
- 0: GETL R24, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0xFEE85AC: 7F9D0040 cmpl cr7,r29,r0
- 4: GETL R29, t4
- 5: GETL R0, t6
- 6: CMPUL t4, t6, t8 (-rSo)
- 7: ICRFL t8, $0x7, CR
- 8: INCEIPL $4
-
- 0xFEE85B0: 419CFFD8 bc 12,28,0xFEE8588
- 9: Js28o $0xFEE8588
-
-
-
-. 3065 FEE85A8 12
-. 80 18 00 00 7F 9D 00 40 41 9C FF D8
-==== BB 3066 (0xFEE6CF8) approx BBs exec'd 0 ====
-
- 0xFEE6CF8: 80AB0004 lwz r5,4(r11)
- 0: GETL R11, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0xFEE6CFC: 7D7C5B78 or r28,r11,r11
- 5: GETL R11, t4
- 6: PUTL t4, R28
- 7: INCEIPL $4
-
- 0xFEE6D00: 7F63DB78 or r3,r27,r27
- 8: GETL R27, t6
- 9: PUTL t6, R3
- 10: INCEIPL $4
-
- 0xFEE6D04: 7F85E840 cmpl cr7,r5,r29
- 11: GETL R5, t8
- 12: GETL R29, t10
- 13: CMPUL t8, t10, t12 (-rSo)
- 14: ICRFL t12, $0x7, CR
- 15: INCEIPL $4
-
- 0xFEE6D08: 7C9D2850 subf r4,r29,r5
- 16: GETL R29, t14
- 17: GETL R5, t16
- 18: SUBL t14, t16
- 19: PUTL t16, R4
- 20: INCEIPL $4
-
- 0xFEE6D0C: 7D2B2214 add r9,r11,r4
- 21: GETL R11, t18
- 22: GETL R4, t20
- 23: ADDL t18, t20
- 24: PUTL t20, R9
- 25: INCEIPL $4
-
- 0xFEE6D10: 3BE90008 addi r31,r9,8
- 26: GETL R9, t22
- 27: ADDL $0x8, t22
- 28: PUTL t22, R31
- 29: INCEIPL $4
-
- 0xFEE6D14: 7FE4FB78 or r4,r31,r31
- 30: GETL R31, t24
- 31: PUTL t24, R4
- 32: INCEIPL $4
-
- 0xFEE6D18: 419C0010 bc 12,28,0xFEE6D28
- 33: Js28o $0xFEE6D28
-
-
-
-. 3066 FEE6CF8 36
-. 80 AB 00 04 7D 7C 5B 78 7F 63 DB 78 7F 85 E8 40 7C 9D 28 50 7D 2B 22 14 3B E9 00 08 7F E4 FB 78 41 9C 00 10
-==== BB 3067 (0xFEE6D1C) approx BBs exec'd 0 ====
-
- 0xFEE6D1C: 4BFEF695 bl 0xFED63B0
- 0: MOVL $0xFEE6D20, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0xFED63B0 ($4)
-
-
-
-. 3067 FEE6D1C 4
-. 4B FE F6 95
-==== BB 3068 (0xFEE6D20) approx BBs exec'd 0 ====
-
- 0xFEE6D20: 2C030000 cmpi cr0,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0xFEE6D24: 4182007C bc 12,2,0xFEE6DA0
- 4: Js02o $0xFEE6DA0
-
-
-
-. 3068 FEE6D20 8
-. 2C 03 00 00 41 82 00 7C
-==== BB 3069 (0xFEE6D28) approx BBs exec'd 0 ====
-
- 0xFEE6D28: 817C0000 lwz r11,0(r28)
- 0: GETL R28, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R11
- 3: INCEIPL $4
-
- 0xFEE6D2C: 2F8B0000 cmpi cr7,r11,0
- 4: GETL R11, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x7, CR
- 7: INCEIPL $4
-
- 0xFEE6D30: 409EFFC8 bc 4,30,0xFEE6CF8
- 8: Jc30o $0xFEE6CF8
-
-
-
-. 3069 FEE6D28 12
-. 81 7C 00 00 2F 8B 00 00 40 9E FF C8
-==== BB 3070 (0xFEE6D6C) approx BBs exec'd 0 ====
-
- 0xFEE6D6C: 93FC0000 stw r31,0(r28)
- 0: GETL R31, t0
- 1: GETL R28, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0xFEE6D70: 7F43D378 or r3,r26,r26
- 4: GETL R26, t4
- 5: PUTL t4, R3
- 6: INCEIPL $4
-
- 0xFEE6D74: 80C10034 lwz r6,52(r1)
- 7: GETL R1, t6
- 8: ADDL $0x34, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R6
- 11: INCEIPL $4
-
- 0xFEE6D78: 83210014 lwz r25,20(r1)
- 12: GETL R1, t10
- 13: ADDL $0x14, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R25
- 16: INCEIPL $4
-
- 0xFEE6D7C: 83410018 lwz r26,24(r1)
- 17: GETL R1, t14
- 18: ADDL $0x18, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R26
- 21: INCEIPL $4
-
- 0xFEE6D80: 7CC803A6 mtlr r6
- 22: GETL R6, t18
- 23: PUTL t18, LR
- 24: INCEIPL $4
-
- 0xFEE6D84: 8361001C lwz r27,28(r1)
- 25: GETL R1, t20
- 26: ADDL $0x1C, t20
- 27: LDL (t20), t22
- 28: PUTL t22, R27
- 29: INCEIPL $4
-
- 0xFEE6D88: 83810020 lwz r28,32(r1)
- 30: GETL R1, t24
- 31: ADDL $0x20, t24
- 32: LDL (t24), t26
- 33: PUTL t26, R28
- 34: INCEIPL $4
-
- 0xFEE6D8C: 83A10024 lwz r29,36(r1)
- 35: GETL R1, t28
- 36: ADDL $0x24, t28
- 37: LDL (t28), t30
- 38: PUTL t30, R29
- 39: INCEIPL $4
-
- 0xFEE6D90: 83C10028 lwz r30,40(r1)
- 40: GETL R1, t32
- 41: ADDL $0x28, t32
- 42: LDL (t32), t34
- 43: PUTL t34, R30
- 44: INCEIPL $4
-
- 0xFEE6D94: 83E1002C lwz r31,44(r1)
- 45: GETL R1, t36
- 46: ADDL $0x2C, t36
- 47: LDL (t36), t38
- 48: PUTL t38, R31
- 49: INCEIPL $4
-
- 0xFEE6D98: 38210030 addi r1,r1,48
- 50: GETL R1, t40
- 51: ADDL $0x30, t40
- 52: PUTL t40, R1
- 53: INCEIPL $4
-
- 0xFEE6D9C: 4E800020 blr
- 54: GETL LR, t42
- 55: JMPo-r t42 ($4)
-
-
-
-. 3070 FEE6D6C 52
-. 93 FC 00 00 7F 43 D3 78 80 C1 00 34 83 21 00 14 83 41 00 18 7C C8 03 A6 83 61 00 1C 83 81 00 20 83 A1 00 24 83 C1 00 28 83 E1 00 2C 38 21 00 30 4E 80 00 20
-==== BB 3071 (0xFED652C) approx BBs exec'd 0 ====
-
- 0xFED652C: 5540463F rlwinm. r0,r10,8,24,31
- 0: GETL R10, t0
- 1: SHRL $0x18, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFED6530: 98050004 stb r0,4(r5)
- 6: GETL R0, t4
- 7: GETL R5, t6
- 8: ADDL $0x4, t6
- 9: STB t4, (t6)
- 10: INCEIPL $4
-
- 0xFED6534: 4D820020 bclr 12,2
- 11: GETL LR, t8
- 12: Js02o-r t8
-
-
-
-. 3071 FED652C 12
-. 55 40 46 3F 98 05 00 04 4D 82 00 20
-==== BB 3072 (0xFEE6DA0) approx BBs exec'd 0 ====
-
- 0xFEE6DA0: 80C10034 lwz r6,52(r1)
- 0: GETL R1, t0
- 1: ADDL $0x34, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0xFEE6DA4: 7FE3FB78 or r3,r31,r31
- 5: GETL R31, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFEE6DA8: 83210014 lwz r25,20(r1)
- 8: GETL R1, t6
- 9: ADDL $0x14, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R25
- 12: INCEIPL $4
-
- 0xFEE6DAC: 83410018 lwz r26,24(r1)
- 13: GETL R1, t10
- 14: ADDL $0x18, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R26
- 17: INCEIPL $4
-
- 0xFEE6DB0: 7CC803A6 mtlr r6
- 18: GETL R6, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0xFEE6DB4: 8361001C lwz r27,28(r1)
- 21: GETL R1, t16
- 22: ADDL $0x1C, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R27
- 25: INCEIPL $4
-
- 0xFEE6DB8: 83810020 lwz r28,32(r1)
- 26: GETL R1, t20
- 27: ADDL $0x20, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R28
- 30: INCEIPL $4
-
- 0xFEE6DBC: 83A10024 lwz r29,36(r1)
- 31: GETL R1, t24
- 32: ADDL $0x24, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R29
- 35: INCEIPL $4
-
- 0xFEE6DC0: 83C10028 lwz r30,40(r1)
- 36: GETL R1, t28
- 37: ADDL $0x28, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R30
- 40: INCEIPL $4
-
- 0xFEE6DC4: 83E1002C lwz r31,44(r1)
- 41: GETL R1, t32
- 42: ADDL $0x2C, t32
- 43: LDL (t32), t34
- 44: PUTL t34, R31
- 45: INCEIPL $4
-
- 0xFEE6DC8: 38210030 addi r1,r1,48
- 46: GETL R1, t36
- 47: ADDL $0x30, t36
- 48: PUTL t36, R1
- 49: INCEIPL $4
-
- 0xFEE6DCC: 4E800020 blr
- 50: GETL LR, t38
- 51: JMPo-r t38 ($4)
-
-
-
-. 3072 FEE6DA0 48
-. 80 C1 00 34 7F E3 FB 78 83 21 00 14 83 41 00 18 7C C8 03 A6 83 61 00 1C 83 81 00 20 83 A1 00 24 83 C1 00 28 83 E1 00 2C 38 21 00 30 4E 80 00 20
-==== BB 3073 (0xFEE85B4) approx BBs exec'd 0 ====
-
- 0xFEE85B4: 83B00000 lwz r29,0(r16)
- 0: GETL R16, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R29
- 3: INCEIPL $4
-
- 0xFEE85B8: 3B000000 li r24,0
- 4: MOVL $0x0, t4
- 5: PUTL t4, R24
- 6: INCEIPL $4
-
- 0xFEE85BC: 835E1AE4 lwz r26,6884(r30)
- 7: GETL R30, t6
- 8: ADDL $0x1AE4, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R26
- 11: INCEIPL $4
-
- 0xFEE85C0: 2F9D0000 cmpi cr7,r29,0
- 12: GETL R29, t10
- 13: CMP0L t10, t12 (-rSo)
- 14: ICRFL t12, $0x7, CR
- 15: INCEIPL $4
-
- 0xFEE85C4: 931A0004 stw r24,4(r26)
- 16: GETL R24, t14
- 17: GETL R26, t16
- 18: ADDL $0x4, t16
- 19: STL t14, (t16)
- 20: INCEIPL $4
-
- 0xFEE85C8: 931A0000 stw r24,0(r26)
- 21: GETL R24, t18
- 22: GETL R26, t20
- 23: STL t18, (t20)
- 24: INCEIPL $4
-
- 0xFEE85CC: 419E0060 bc 12,30,0xFEE862C
- 25: Js30o $0xFEE862C
-
-
-
-. 3073 FEE85B4 28
-. 83 B0 00 00 3B 00 00 00 83 5E 1A E4 2F 9D 00 00 93 1A 00 04 93 1A 00 00 41 9E 00 60
-==== BB 3074 (0xFEE85D0) approx BBs exec'd 0 ====
-
- 0xFEE85D0: 818E0000 lwz r12,0(r14)
- 0: GETL R14, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R12
- 3: INCEIPL $4
-
- 0xFEE85D4: 3BBDFFFF addi r29,r29,-1
- 4: GETL R29, t4
- 5: ADDL $0xFFFFFFFF, t4
- 6: PUTL t4, R29
- 7: INCEIPL $4
-
- 0xFEE85D8: 81170000 lwz r8,0(r23)
- 8: GETL R23, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R8
- 11: INCEIPL $4
-
- 0xFEE85DC: 7D5D60AE lbzx r10,r29,r12
- 12: GETL R12, t10
- 13: GETL R29, t12
- 14: ADDL t12, t10
- 15: LDB (t10), t14
- 16: PUTL t14, R10
- 17: INCEIPL $4
-
- 0xFEE85E0: 554B1838 rlwinm r11,r10,3,0,28
- 18: GETL R10, t16
- 19: SHLL $0x3, t16
- 20: PUTL t16, R11
- 21: INCEIPL $4
-
- 0xFEE85E4: 7D2B4214 add r9,r11,r8
- 22: GETL R11, t18
- 23: GETL R8, t20
- 24: ADDL t18, t20
- 25: PUTL t20, R9
- 26: INCEIPL $4
-
- 0xFEE85E8: 8B890004 lbz r28,4(r9)
- 27: GETL R9, t22
- 28: ADDL $0x4, t22
- 29: LDB (t22), t24
- 30: PUTL t24, R28
- 31: INCEIPL $4
-
- 0xFEE85EC: 579B103A rlwinm r27,r28,2,0,29
- 32: GETL R28, t26
- 33: SHLL $0x2, t26
- 34: PUTL t26, R27
- 35: INCEIPL $4
-
- 0xFEE85F0: 7CFBD02E lwzx r7,r27,r26
- 36: GETL R26, t28
- 37: GETL R27, t30
- 38: ADDL t30, t28
- 39: LDL (t28), t32
- 40: PUTL t32, R7
- 41: INCEIPL $4
-
- 0xFEE85F4: 2C870000 cmpi cr1,r7,0
- 42: GETL R7, t34
- 43: CMP0L t34, t36 (-rSo)
- 44: ICRFL t36, $0x1, CR
- 45: INCEIPL $4
-
- 0xFEE85F8: 4186000C bc 12,6,0xFEE8604
- 46: Js06o $0xFEE8604
-
-
-
-. 3074 FEE85D0 44
-. 81 8E 00 00 3B BD FF FF 81 17 00 00 7D 5D 60 AE 55 4B 18 38 7D 2B 42 14 8B 89 00 04 57 9B 10 3A 7C FB D0 2E 2C 87 00 00 41 86 00 0C
-==== BB 3075 (0xFEE8604) approx BBs exec'd 0 ====
-
- 0xFEE8604: 88090005 lbz r0,5(r9)
- 0: GETL R9, t0
- 1: ADDL $0x5, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFEE8608: 223C0001 subfic r17,r28,1
- 5: GETL R28, t4
- 6: MOVL $0x1, t6
- 7: SBBL t4, t6 (-wCa)
- 8: PUTL t6, R17
- 9: INCEIPL $4
-
- 0xFEE860C: 826F0000 lwz r19,0(r15)
- 10: GETL R15, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R19
- 13: INCEIPL $4
-
- 0xFEE8610: 7C730214 add r3,r19,r0
- 14: GETL R19, t12
- 15: GETL R0, t14
- 16: ADDL t12, t14
- 17: PUTL t14, R3
- 18: INCEIPL $4
-
- 0xFEE8614: 4BFFE695 bl 0xFEE6CA8
- 19: MOVL $0xFEE8618, t16
- 20: PUTL t16, LR
- 21: JMPo-c $0xFEE6CA8 ($4)
-
-
-
-. 3075 FEE8604 20
-. 88 09 00 05 22 3C 00 01 82 6F 00 00 7C 73 02 14 4B FF E6 95
-==== BB 3076 (0xFEE8618) approx BBs exec'd 0 ====
-
- 0xFEE8618: 5629103A rlwinm r9,r17,2,0,29
- 0: GETL R17, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R9
- 3: INCEIPL $4
-
- 0xFEE861C: 7C7BD12E stwx r3,r27,r26
- 4: GETL R26, t2
- 5: GETL R27, t4
- 6: ADDL t4, t2
- 7: GETL R3, t6
- 8: STL t6, (t2)
- 9: INCEIPL $4
-
- 0xFEE8620: 7CC9D02E lwzx r6,r9,r26
- 10: GETL R26, t8
- 11: GETL R9, t10
- 12: ADDL t10, t8
- 13: LDL (t8), t12
- 14: PUTL t12, R6
- 15: INCEIPL $4
-
- 0xFEE8624: 2F060000 cmpi cr6,r6,0
- 16: GETL R6, t14
- 17: CMP0L t14, t16 (-rSo)
- 18: ICRFL t16, $0x6, CR
- 19: INCEIPL $4
-
- 0xFEE8628: 419AFFD4 bc 12,26,0xFEE85FC
- 20: Js26o $0xFEE85FC
-
-
-
-. 3076 FEE8618 20
-. 56 29 10 3A 7C 7B D1 2E 7C C9 D0 2E 2F 06 00 00 41 9A FF D4
-==== BB 3077 (0xFEE85FC) approx BBs exec'd 0 ====
-
- 0xFEE85FC: 2F9D0000 cmpi cr7,r29,0
- 0: GETL R29, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xFEE8600: 4BFFFFCC b 0xFEE85CC
- 4: JMPo $0xFEE85CC ($4)
-
-
-
-. 3077 FEE85FC 8
-. 2F 9D 00 00 4B FF FF CC
-==== BB 3078 (0xFEE85CC) approx BBs exec'd 0 ====
-
- 0xFEE85CC: 419E0060 bc 12,30,0xFEE862C
- 0: Js30o $0xFEE862C
-
-
-
-. 3078 FEE85CC 4
-. 41 9E 00 60
-==== BB 3079 (0xFEE862C) approx BBs exec'd 0 ====
-
- 0xFEE862C: 807A0000 lwz r3,0(r26)
- 0: GETL R26, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0xFEE8630: 2C030000 cmpi cr0,r3,0
- 4: GETL R3, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x0, CR
- 7: INCEIPL $4
-
- 0xFEE8634: 4182016C bc 12,2,0xFEE87A0
- 8: Js02o $0xFEE87A0
-
-
-
-. 3079 FEE862C 12
-. 80 7A 00 00 2C 03 00 00 41 82 01 6C
-==== BB 3080 (0xFEE8638) approx BBs exec'd 0 ====
-
- 0xFEE8638: 83BA0004 lwz r29,4(r26)
- 0: GETL R26, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0xFEE863C: 2F9D0000 cmpi cr7,r29,0
- 5: GETL R29, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0xFEE8640: 409E0008 bc 4,30,0xFEE8648
- 9: Jc30o $0xFEE8648
-
-
-
-. 3080 FEE8638 12
-. 83 BA 00 04 2F 9D 00 00 40 9E 00 08
-==== BB 3081 (0xFEE8648) approx BBs exec'd 0 ====
-
- 0xFEE8648: 812F0000 lwz r9,0(r15)
- 0: GETL R15, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0xFEE864C: 815E1C2C lwz r10,7212(r30)
- 4: GETL R30, t4
- 5: ADDL $0x1C2C, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R10
- 8: INCEIPL $4
-
- 0xFEE8650: 88090000 lbz r0,0(r9)
- 9: GETL R9, t8
- 10: LDB (t8), t10
- 11: PUTL t10, R0
- 12: INCEIPL $4
-
- 0xFEE8654: 7D2B4B78 or r11,r9,r9
- 13: GETL R9, t12
- 14: PUTL t12, R11
- 15: INCEIPL $4
-
- 0xFEE8658: 48000008 b 0xFEE8660
- 16: JMPo $0xFEE8660 ($4)
-
-
-
-. 3081 FEE8648 20
-. 81 2F 00 00 81 5E 1C 2C 88 09 00 00 7D 2B 4B 78 48 00 00 08
-==== BB 3082 (0xFEE8660) approx BBs exec'd 0 ====
-
- 0xFEE8660: 2C800000 cmpi cr1,r0,0
- 0: GETL R0, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFEE8664: 4086FFF8 bc 4,6,0xFEE865C
- 4: Jc06o $0xFEE865C
-
-
-
-. 3082 FEE8660 8
-. 2C 80 00 00 40 86 FF F8
-==== BB 3083 (0xFEE865C) approx BBs exec'd 0 ====
-
- 0xFEE865C: 8C090001 lbzu r0,1(r9)
- 0: GETL R9, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R9
- 3: LDB (t0), t2
- 4: PUTL t2, R0
- 5: INCEIPL $4
-
- 0xFEE8660: 2C800000 cmpi cr1,r0,0
- 6: GETL R0, t4
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x1, CR
- 9: INCEIPL $4
-
- 0xFEE8664: 4086FFF8 bc 4,6,0xFEE865C
- 10: Jc06o $0xFEE865C
-
-
-
-. 3083 FEE865C 12
-. 8C 09 00 01 2C 80 00 00 40 86 FF F8
-==== BB 3084 (0xFEE8668) approx BBs exec'd 0 ====
-
- 0xFEE8668: 834A0000 lwz r26,0(r10)
- 0: GETL R10, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R26
- 3: INCEIPL $4
-
- 0xFEE866C: 7D6B4850 subf r11,r11,r9
- 4: GETL R11, t4
- 5: GETL R9, t6
- 6: SUBL t4, t6
- 7: PUTL t6, R11
- 8: INCEIPL $4
-
- 0xFEE8670: 7F0BD040 cmpl cr6,r11,r26
- 9: GETL R11, t8
- 10: GETL R26, t10
- 11: CMPUL t8, t10, t12 (-rSo)
- 12: ICRFL t12, $0x6, CR
- 13: INCEIPL $4
-
- 0xFEE8674: 40990008 bc 4,25,0xFEE867C
- 14: Jc25o $0xFEE867C
-
-
-
-. 3084 FEE8668 16
-. 83 4A 00 00 7D 6B 48 50 7F 0B D0 40 40 99 00 08
-==== BB 3085 (0xFEE8678) approx BBs exec'd 0 ====
-
- 0xFEE8678: 916A0000 stw r11,0(r10)
- 0: GETL R11, t0
- 1: GETL R10, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0xFEE867C: 832F0000 lwz r25,0(r15)
- 4: GETL R15, t4
- 5: LDL (t4), t6
- 6: PUTL t6, R25
- 7: INCEIPL $4
-
- 0xFEE8680: 39290001 addi r9,r9,1
- 8: GETL R9, t8
- 9: ADDL $0x1, t8
- 10: PUTL t8, R9
- 11: INCEIPL $4
-
- 0xFEE8684: 7E59AA14 add r18,r25,r21
- 12: GETL R25, t10
- 13: GETL R21, t12
- 14: ADDL t10, t12
- 15: PUTL t12, R18
- 16: INCEIPL $4
-
- 0xFEE8688: 7C099040 cmpl cr0,r9,r18
- 17: GETL R9, t14
- 18: GETL R18, t16
- 19: CMPUL t14, t16, t18 (-rSo)
- 20: ICRFL t18, $0x0, CR
- 21: INCEIPL $4
-
- 0xFEE868C: 4180FFC4 bc 12,0,0xFEE8650
- 22: Js00o $0xFEE8650
-
-
-
-. 3085 FEE8678 24
-. 91 6A 00 00 83 2F 00 00 39 29 00 01 7E 59 AA 14 7C 09 90 40 41 80 FF C4
-==== BB 3086 (0xFEE8650) approx BBs exec'd 0 ====
-
- 0xFEE8650: 88090000 lbz r0,0(r9)
- 0: GETL R9, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0xFEE8654: 7D2B4B78 or r11,r9,r9
- 4: GETL R9, t4
- 5: PUTL t4, R11
- 6: INCEIPL $4
-
- 0xFEE8658: 48000008 b 0xFEE8660
- 7: JMPo $0xFEE8660 ($4)
-
-
-
-. 3086 FEE8650 12
-. 88 09 00 00 7D 2B 4B 78 48 00 00 08
-==== BB 3087 (0xFEE867C) approx BBs exec'd 0 ====
-
- 0xFEE867C: 832F0000 lwz r25,0(r15)
- 0: GETL R15, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R25
- 3: INCEIPL $4
-
- 0xFEE8680: 39290001 addi r9,r9,1
- 4: GETL R9, t4
- 5: ADDL $0x1, t4
- 6: PUTL t4, R9
- 7: INCEIPL $4
-
- 0xFEE8684: 7E59AA14 add r18,r25,r21
- 8: GETL R25, t6
- 9: GETL R21, t8
- 10: ADDL t6, t8
- 11: PUTL t8, R18
- 12: INCEIPL $4
-
- 0xFEE8688: 7C099040 cmpl cr0,r9,r18
- 13: GETL R9, t10
- 14: GETL R18, t12
- 15: CMPUL t10, t12, t14 (-rSo)
- 16: ICRFL t14, $0x0, CR
- 17: INCEIPL $4
-
- 0xFEE868C: 4180FFC4 bc 12,0,0xFEE8650
- 18: Js00o $0xFEE8650
-
-
-
-. 3087 FEE867C 20
-. 83 2F 00 00 39 29 00 01 7E 59 AA 14 7C 09 90 40 41 80 FF C4
-==== BB 3088 (0xFEE8690) approx BBs exec'd 0 ====
-
- 0xFEE8690: 80B00000 lwz r5,0(r16)
- 0: GETL R16, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R5
- 3: INCEIPL $4
-
- 0xFEE8694: 2F850000 cmpi cr7,r5,0
- 4: GETL R5, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x7, CR
- 7: INCEIPL $4
-
- 0xFEE8698: 409E0058 bc 4,30,0xFEE86F0
- 8: Jc30o $0xFEE86F0
-
-
-
-. 3088 FEE8690 12
-. 80 B0 00 00 2F 85 00 00 40 9E 00 58
-==== BB 3089 (0xFEE86F0) approx BBs exec'd 0 ====
-
- 0xFEE86F0: 38C00000 li r6,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R6
- 2: INCEIPL $4
-
- 0xFEE86F4: 815E08F8 lwz r10,2296(r30)
- 3: GETL R30, t2
- 4: ADDL $0x8F8, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R10
- 7: INCEIPL $4
-
- 0xFEE86F8: 2F060000 cmpi cr6,r6,0
- 8: GETL R6, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x6, CR
- 11: INCEIPL $4
-
- 0xFEE86FC: 809E08FC lwz r4,2300(r30)
- 12: GETL R30, t10
- 13: ADDL $0x8FC, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R4
- 16: INCEIPL $4
-
- 0xFEE8700: 38A5FFFF addi r5,r5,-1
- 17: GETL R5, t14
- 18: ADDL $0xFFFFFFFF, t14
- 19: PUTL t14, R5
- 20: INCEIPL $4
-
- 0xFEE8704: 38E00000 li r7,0
- 21: MOVL $0x0, t16
- 22: PUTL t16, R7
- 23: INCEIPL $4
-
- 0xFEE8708: 90C40000 stw r6,0(r4)
- 24: GETL R6, t18
- 25: GETL R4, t20
- 26: STL t18, (t20)
- 27: INCEIPL $4
-
- 0xFEE870C: 90CA0000 stw r6,0(r10)
- 28: GETL R6, t22
- 29: GETL R10, t24
- 30: STL t22, (t24)
- 31: INCEIPL $4
-
- 0xFEE8710: 48000044 b 0xFEE8754
- 32: JMPo $0xFEE8754 ($4)
-
-
-
-. 3089 FEE86F0 36
-. 38 C0 00 00 81 5E 08 F8 2F 06 00 00 80 9E 08 FC 38 A5 FF FF 38 E0 00 00 90 C4 00 00 90 CA 00 00 48 00 00 44
-==== BB 3090 (0xFEE8754) approx BBs exec'd 0 ====
-
- 0xFEE8754: 2C870000 cmpi cr1,r7,0
- 0: GETL R7, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFEE8758: 41A6FFBC bc 13,6,0xFEE8714
- 4: Js06o $0xFEE8714
-
-
-
-. 3090 FEE8754 8
-. 2C 87 00 00 41 A6 FF BC
-==== BB 3091 (0xFEE8714) approx BBs exec'd 0 ====
-
- 0xFEE8714: 838E0000 lwz r28,0(r14)
- 0: GETL R14, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R28
- 3: INCEIPL $4
-
- 0xFEE8718: 81170000 lwz r8,0(r23)
- 4: GETL R23, t4
- 5: LDL (t4), t6
- 6: PUTL t6, R8
- 7: INCEIPL $4
-
- 0xFEE871C: 7F7C28AE lbzx r27,r28,r5
- 8: GETL R5, t8
- 9: GETL R28, t10
- 10: ADDL t10, t8
- 11: LDB (t8), t12
- 12: PUTL t12, R27
- 13: INCEIPL $4
-
- 0xFEE8720: 576B1838 rlwinm r11,r27,3,0,28
- 14: GETL R27, t14
- 15: SHLL $0x3, t14
- 16: PUTL t14, R11
- 17: INCEIPL $4
-
- 0xFEE8724: 7E0B4214 add r16,r11,r8
- 18: GETL R11, t16
- 19: GETL R8, t18
- 20: ADDL t16, t18
- 21: PUTL t18, R16
- 22: INCEIPL $4
-
- 0xFEE8728: 89F00004 lbz r15,4(r16)
- 23: GETL R16, t20
- 24: ADDL $0x4, t20
- 25: LDB (t20), t22
- 26: PUTL t22, R15
- 27: INCEIPL $4
-
- 0xFEE872C: 2C0F0000 cmpi cr0,r15,0
- 28: GETL R15, t24
- 29: CMP0L t24, t26 (-rSo)
- 30: ICRFL t26, $0x0, CR
- 31: INCEIPL $4
-
- 0xFEE8730: 4082002C bc 4,2,0xFEE875C
- 32: Jc02o $0xFEE875C
-
-
-
-. 3091 FEE8714 32
-. 83 8E 00 00 81 17 00 00 7F 7C 28 AE 57 6B 18 38 7E 0B 42 14 89 F0 00 04 2C 0F 00 00 40 82 00 2C
-==== BB 3092 (0xFEE8734) approx BBs exec'd 0 ====
-
- 0xFEE8734: 7C6B402E lwzx r3,r11,r8
- 0: GETL R8, t0
- 1: GETL R11, t2
- 2: ADDL t2, t0
- 3: LDL (t0), t4
- 4: PUTL t4, R3
- 5: INCEIPL $4
-
- 0xFEE8738: 38E00001 li r7,1
- 6: MOVL $0x1, t6
- 7: PUTL t6, R7
- 8: INCEIPL $4
-
- 0xFEE873C: 906A0000 stw r3,0(r10)
- 9: GETL R3, t8
- 10: GETL R10, t10
- 11: STL t8, (t10)
- 12: INCEIPL $4
-
- 0xFEE8740: 7CE03039 and. r0,r7,r6
- 13: GETL R7, t12
- 14: GETL R6, t14
- 15: ANDL t12, t14
- 16: PUTL t14, R0
- 17: CMP0L t14, t16 (-rSo)
- 18: ICRFL t16, $0x0, CR
- 19: INCEIPL $4
-
- 0xFEE8744: 2F850000 cmpi cr7,r5,0
- 20: GETL R5, t18
- 21: CMP0L t18, t20 (-rSo)
- 22: ICRFL t20, $0x7, CR
- 23: INCEIPL $4
-
- 0xFEE8748: 38A5FFFF addi r5,r5,-1
- 24: GETL R5, t22
- 25: ADDL $0xFFFFFFFF, t22
- 26: PUTL t22, R5
- 27: INCEIPL $4
-
- 0xFEE874C: 40820048 bc 4,2,0xFEE8794
- 28: Jc02o $0xFEE8794
-
-
-
-. 3092 FEE8734 28
-. 7C 6B 40 2E 38 E0 00 01 90 6A 00 00 7C E0 30 39 2F 85 00 00 38 A5 FF FF 40 82 00 48
-==== BB 3093 (0xFEE8750) approx BBs exec'd 0 ====
-
- 0xFEE8750: 419E0044 bc 12,30,0xFEE8794
- 0: Js30o $0xFEE8794
-
-
-
-. 3093 FEE8750 4
-. 41 9E 00 44
-==== BB 3094 (0xFEE875C) approx BBs exec'd 0 ====
-
- 0xFEE875C: 40BAFFE4 bc 5,26,0xFEE8740
- 0: Jc26o $0xFEE8740
-
-
-
-. 3094 FEE875C 4
-. 40 BA FF E4
-==== BB 3095 (0xFEE8760) approx BBs exec'd 0 ====
-
- 0xFEE8760: 816E0000 lwz r11,0(r14)
- 0: GETL R14, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R11
- 3: INCEIPL $4
-
- 0xFEE8764: 81170000 lwz r8,0(r23)
- 4: GETL R23, t4
- 5: LDL (t4), t6
- 6: PUTL t6, R8
- 7: INCEIPL $4
-
- 0xFEE8768: 7D8B28AE lbzx r12,r11,r5
- 8: GETL R5, t8
- 9: GETL R11, t10
- 10: ADDL t10, t8
- 11: LDB (t8), t12
- 12: PUTL t12, R12
- 13: INCEIPL $4
-
- 0xFEE876C: 558B1838 rlwinm r11,r12,3,0,28
- 14: GETL R12, t14
- 15: SHLL $0x3, t14
- 16: PUTL t14, R11
- 17: INCEIPL $4
-
- 0xFEE8770: 7F0B4214 add r24,r11,r8
- 18: GETL R11, t16
- 19: GETL R8, t18
- 20: ADDL t16, t18
- 21: PUTL t18, R24
- 22: INCEIPL $4
-
- 0xFEE8774: 8AD80004 lbz r22,4(r24)
- 23: GETL R24, t20
- 24: ADDL $0x4, t20
- 25: LDB (t20), t22
- 26: PUTL t22, R22
- 27: INCEIPL $4
-
- 0xFEE8778: 2F960000 cmpi cr7,r22,0
- 28: GETL R22, t24
- 29: CMP0L t24, t26 (-rSo)
- 30: ICRFL t26, $0x7, CR
- 31: INCEIPL $4
-
- 0xFEE877C: 41BEFFC4 bc 13,30,0xFEE8740
- 32: Js30o $0xFEE8740
-
-
-
-. 3095 FEE8760 32
-. 81 6E 00 00 81 17 00 00 7D 8B 28 AE 55 8B 18 38 7F 0B 42 14 8A D8 00 04 2F 96 00 00 41 BE FF C4
-==== BB 3096 (0xFEE8780) approx BBs exec'd 0 ====
-
- 0xFEE8780: 38C00001 li r6,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R6
- 2: INCEIPL $4
-
- 0xFEE8784: 7D2B402E lwzx r9,r11,r8
- 3: GETL R8, t2
- 4: GETL R11, t4
- 5: ADDL t4, t2
- 6: LDL (t2), t6
- 7: PUTL t6, R9
- 8: INCEIPL $4
-
- 0xFEE8788: 2F060000 cmpi cr6,r6,0
- 9: GETL R6, t8
- 10: CMP0L t8, t10 (-rSo)
- 11: ICRFL t10, $0x6, CR
- 12: INCEIPL $4
-
- 0xFEE878C: 91240000 stw r9,0(r4)
- 13: GETL R9, t12
- 14: GETL R4, t14
- 15: STL t12, (t14)
- 16: INCEIPL $4
-
- 0xFEE8790: 4BFFFFB0 b 0xFEE8740
- 17: JMPo $0xFEE8740 ($4)
-
-
-
-. 3096 FEE8780 20
-. 38 C0 00 01 7D 2B 40 2E 2F 06 00 00 91 24 00 00 4B FF FF B0
-==== BB 3097 (0xFEE8740) approx BBs exec'd 0 ====
-
- 0xFEE8740: 7CE03039 and. r0,r7,r6
- 0: GETL R7, t0
- 1: GETL R6, t2
- 2: ANDL t0, t2
- 3: PUTL t2, R0
- 4: CMP0L t2, t4 (-rSo)
- 5: ICRFL t4, $0x0, CR
- 6: INCEIPL $4
-
- 0xFEE8744: 2F850000 cmpi cr7,r5,0
- 7: GETL R5, t6
- 8: CMP0L t6, t8 (-rSo)
- 9: ICRFL t8, $0x7, CR
- 10: INCEIPL $4
-
- 0xFEE8748: 38A5FFFF addi r5,r5,-1
- 11: GETL R5, t10
- 12: ADDL $0xFFFFFFFF, t10
- 13: PUTL t10, R5
- 14: INCEIPL $4
-
- 0xFEE874C: 40820048 bc 4,2,0xFEE8794
- 15: Jc02o $0xFEE8794
-
-
-
-. 3097 FEE8740 16
-. 7C E0 30 39 2F 85 00 00 38 A5 FF FF 40 82 00 48
-==== BB 3098 (0xFEE8794) approx BBs exec'd 0 ====
-
- 0xFEE8794: 40BAFF20 bc 5,26,0xFEE86B4
- 0: Jc26o $0xFEE86B4
-
-
-
-. 3098 FEE8794 4
-. 40 BA FF 20
-==== BB 3099 (0xFEE86B4) approx BBs exec'd 0 ====
-
- 0xFEE86B4: 80EA0000 lwz r7,0(r10)
- 0: GETL R10, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R7
- 3: INCEIPL $4
-
- 0xFEE86B8: 39400001 li r10,1
- 4: MOVL $0x1, t4
- 5: PUTL t4, R10
- 6: INCEIPL $4
-
- 0xFEE86BC: 80C40000 lwz r6,0(r4)
- 7: GETL R4, t6
- 8: LDL (t6), t8
- 9: PUTL t8, R6
- 10: INCEIPL $4
-
- 0xFEE86C0: 80BE1A78 lwz r5,6776(r30)
- 11: GETL R30, t10
- 12: ADDL $0x1A78, t10
- 13: LDL (t10), t12
- 14: PUTL t12, R5
- 15: INCEIPL $4
-
- 0xFEE86C4: 7EE700D0 neg r23,r7
- 16: GETL R7, t14
- 17: NEGL t14
- 18: PUTL t14, R23
- 19: INCEIPL $4
-
- 0xFEE86C8: 7CE83278 xor r8,r7,r6
- 20: GETL R7, t16
- 21: GETL R6, t18
- 22: XORL t16, t18
- 23: PUTL t18, R8
- 24: INCEIPL $4
-
- 0xFEE86CC: 81DE1D40 lwz r14,7488(r30)
- 25: GETL R30, t20
- 26: ADDL $0x1D40, t20
- 27: LDL (t20), t22
- 28: PUTL t22, R14
- 29: INCEIPL $4
-
- 0xFEE86D0: 3128FFFF addic r9,r8,-1
- 30: GETL R8, t24
- 31: ADCL $0xFFFFFFFF, t24 (-wCa)
- 32: PUTL t24, R9
- 33: INCEIPL $4
-
- 0xFEE86D4: 7C894110 subfe r4,r9,r8
- 34: GETL R9, t26
- 35: GETL R8, t28
- 36: SBBL t26, t28 (-rCa-wCa)
- 37: PUTL t28, R4
- 38: INCEIPL $4
-
- 0xFEE86D8: 91540000 stw r10,0(r20)
- 39: GETL R10, t30
- 40: GETL R20, t32
- 41: STL t30, (t32)
- 42: INCEIPL $4
-
- 0xFEE86DC: 90850000 stw r4,0(r5)
- 43: GETL R4, t34
- 44: GETL R5, t36
- 45: STL t34, (t36)
- 46: INCEIPL $4
-
- 0xFEE86E0: 92EE0000 stw r23,0(r14)
- 47: GETL R23, t38
- 48: GETL R14, t40
- 49: STL t38, (t40)
- 50: INCEIPL $4
-
- 0xFEE86E4: 4BFFF7D0 b 0xFEE7EB4
- 51: JMPo $0xFEE7EB4 ($4)
-
-
-
-. 3099 FEE86B4 52
-. 80 EA 00 00 39 40 00 01 80 C4 00 00 80 BE 1A 78 7E E7 00 D0 7C E8 32 78 81 DE 1D 40 31 28 FF FF 7C 89 41 10 91 54 00 00 90 85 00 00 92 EE 00 00 4B FF F7 D0
-==== BB 3100 (0xFEE7EB4) approx BBs exec'd 0 ====
-
- 0xFEE7EB4: 80610000 lwz r3,0(r1)
- 0: GETL R1, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0xFEE7EB8: 82230004 lwz r17,4(r3)
- 4: GETL R3, t4
- 5: ADDL $0x4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R17
- 8: INCEIPL $4
-
- 0xFEE7EBC: 81C3FFB8 lwz r14,-72(r3)
- 9: GETL R3, t8
- 10: ADDL $0xFFFFFFB8, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R14
- 13: INCEIPL $4
-
- 0xFEE7EC0: 7E2803A6 mtlr r17
- 14: GETL R17, t12
- 15: PUTL t12, LR
- 16: INCEIPL $4
-
- 0xFEE7EC4: 81E3FFBC lwz r15,-68(r3)
- 17: GETL R3, t14
- 18: ADDL $0xFFFFFFBC, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R15
- 21: INCEIPL $4
-
- 0xFEE7EC8: 8203FFC0 lwz r16,-64(r3)
- 22: GETL R3, t18
- 23: ADDL $0xFFFFFFC0, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R16
- 26: INCEIPL $4
-
- 0xFEE7ECC: 8223FFC4 lwz r17,-60(r3)
- 27: GETL R3, t22
- 28: ADDL $0xFFFFFFC4, t22
- 29: LDL (t22), t24
- 30: PUTL t24, R17
- 31: INCEIPL $4
-
- 0xFEE7ED0: 8243FFC8 lwz r18,-56(r3)
- 32: GETL R3, t26
- 33: ADDL $0xFFFFFFC8, t26
- 34: LDL (t26), t28
- 35: PUTL t28, R18
- 36: INCEIPL $4
-
- 0xFEE7ED4: 8263FFCC lwz r19,-52(r3)
- 37: GETL R3, t30
- 38: ADDL $0xFFFFFFCC, t30
- 39: LDL (t30), t32
- 40: PUTL t32, R19
- 41: INCEIPL $4
-
- 0xFEE7ED8: 8283FFD0 lwz r20,-48(r3)
- 42: GETL R3, t34
- 43: ADDL $0xFFFFFFD0, t34
- 44: LDL (t34), t36
- 45: PUTL t36, R20
- 46: INCEIPL $4
-
- 0xFEE7EDC: 82A3FFD4 lwz r21,-44(r3)
- 47: GETL R3, t38
- 48: ADDL $0xFFFFFFD4, t38
- 49: LDL (t38), t40
- 50: PUTL t40, R21
- 51: INCEIPL $4
-
- 0xFEE7EE0: 82C3FFD8 lwz r22,-40(r3)
- 52: GETL R3, t42
- 53: ADDL $0xFFFFFFD8, t42
- 54: LDL (t42), t44
- 55: PUTL t44, R22
- 56: INCEIPL $4
-
- 0xFEE7EE4: 82E3FFDC lwz r23,-36(r3)
- 57: GETL R3, t46
- 58: ADDL $0xFFFFFFDC, t46
- 59: LDL (t46), t48
- 60: PUTL t48, R23
- 61: INCEIPL $4
-
- 0xFEE7EE8: 8303FFE0 lwz r24,-32(r3)
- 62: GETL R3, t50
- 63: ADDL $0xFFFFFFE0, t50
- 64: LDL (t50), t52
- 65: PUTL t52, R24
- 66: INCEIPL $4
-
- 0xFEE7EEC: 8323FFE4 lwz r25,-28(r3)
- 67: GETL R3, t54
- 68: ADDL $0xFFFFFFE4, t54
- 69: LDL (t54), t56
- 70: PUTL t56, R25
- 71: INCEIPL $4
-
- 0xFEE7EF0: 8343FFE8 lwz r26,-24(r3)
- 72: GETL R3, t58
- 73: ADDL $0xFFFFFFE8, t58
- 74: LDL (t58), t60
- 75: PUTL t60, R26
- 76: INCEIPL $4
-
- 0xFEE7EF4: 8363FFEC lwz r27,-20(r3)
- 77: GETL R3, t62
- 78: ADDL $0xFFFFFFEC, t62
- 79: LDL (t62), t64
- 80: PUTL t64, R27
- 81: INCEIPL $4
-
- 0xFEE7EF8: 8383FFF0 lwz r28,-16(r3)
- 82: GETL R3, t66
- 83: ADDL $0xFFFFFFF0, t66
- 84: LDL (t66), t68
- 85: PUTL t68, R28
- 86: INCEIPL $4
-
- 0xFEE7EFC: 83A3FFF4 lwz r29,-12(r3)
- 87: GETL R3, t70
- 88: ADDL $0xFFFFFFF4, t70
- 89: LDL (t70), t72
- 90: PUTL t72, R29
- 91: INCEIPL $4
-
- 0xFEE7F00: 83C3FFF8 lwz r30,-8(r3)
- 92: GETL R3, t74
- 93: ADDL $0xFFFFFFF8, t74
- 94: LDL (t74), t76
- 95: PUTL t76, R30
- 96: INCEIPL $4
-
- 0xFEE7F04: 83E3FFFC lwz r31,-4(r3)
- 97: GETL R3, t78
- 98: ADDL $0xFFFFFFFC, t78
- 99: LDL (t78), t80
- 100: PUTL t80, R31
- 101: INCEIPL $4
-
- 0xFEE7F08: 7C611B78 or r1,r3,r3
- 102: GETL R3, t82
- 103: PUTL t82, R1
- 104: INCEIPL $4
-
- 0xFEE7F0C: 4E800020 blr
- 105: GETL LR, t84
- 106: JMPo-r t84 ($4)
-
-
-
-. 3100 FEE7EB4 92
-. 80 61 00 00 82 23 00 04 81 C3 FF B8 7E 28 03 A6 81 E3 FF BC 82 03 FF C0 82 23 FF C4 82 43 FF C8 82 63 FF CC 82 83 FF D0 82 A3 FF D4 82 C3 FF D8 82 E3 FF DC 83 03 FF E0 83 23 FF E4 83 43 FF E8 83 63 FF EC 83 83 FF F0 83 A3 FF F4 83 C3 FF F8 83 E3 FF FC 7C 61 1B 78 4E 80 00 20
-==== BB 3101 (0xFEE6F60) approx BBs exec'd 0 ====
-
- 0xFEE6F60: 83B90000 lwz r29,0(r25)
- 0: GETL R25, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R29
- 3: INCEIPL $4
-
- 0xFEE6F64: 2F9D0000 cmpi cr7,r29,0
- 4: GETL R29, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x7, CR
- 7: INCEIPL $4
-
- 0xFEE6F68: 40BEFEDC bc 5,30,0xFEE6E44
- 8: Jc30o $0xFEE6E44
-
-
-
-. 3101 FEE6F60 12
-. 83 B9 00 00 2F 9D 00 00 40 BE FE DC
-==== BB 3102 (0xFEE6E44) approx BBs exec'd 0 ====
-
- 0xFEE6E44: 80C10000 lwz r6,0(r1)
- 0: GETL R1, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R6
- 3: INCEIPL $4
-
- 0xFEE6E48: 80660004 lwz r3,4(r6)
- 4: GETL R6, t4
- 5: ADDL $0x4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R3
- 8: INCEIPL $4
-
- 0xFEE6E4C: 80E6FFD4 lwz r7,-44(r6)
- 9: GETL R6, t8
- 10: ADDL $0xFFFFFFD4, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R7
- 13: INCEIPL $4
-
- 0xFEE6E50: 82C6FFD8 lwz r22,-40(r6)
- 14: GETL R6, t12
- 15: ADDL $0xFFFFFFD8, t12
- 16: LDL (t12), t14
- 17: PUTL t14, R22
- 18: INCEIPL $4
-
- 0xFEE6E54: 7C6803A6 mtlr r3
- 19: GETL R3, t16
- 20: PUTL t16, LR
- 21: INCEIPL $4
-
- 0xFEE6E58: 82E6FFDC lwz r23,-36(r6)
- 22: GETL R6, t18
- 23: ADDL $0xFFFFFFDC, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R23
- 26: INCEIPL $4
-
- 0xFEE6E5C: 7CE08120 mtcrf 0x8,r7
- 27: GETL R7, t22
- 28: ICRFL t22, $0x4, CR
- 29: INCEIPL $4
-
- 0xFEE6E60: 8306FFE0 lwz r24,-32(r6)
- 30: GETL R6, t24
- 31: ADDL $0xFFFFFFE0, t24
- 32: LDL (t24), t26
- 33: PUTL t26, R24
- 34: INCEIPL $4
-
- 0xFEE6E64: 8326FFE4 lwz r25,-28(r6)
- 35: GETL R6, t28
- 36: ADDL $0xFFFFFFE4, t28
- 37: LDL (t28), t30
- 38: PUTL t30, R25
- 39: INCEIPL $4
-
- 0xFEE6E68: 8346FFE8 lwz r26,-24(r6)
- 40: GETL R6, t32
- 41: ADDL $0xFFFFFFE8, t32
- 42: LDL (t32), t34
- 43: PUTL t34, R26
- 44: INCEIPL $4
-
- 0xFEE6E6C: 8366FFEC lwz r27,-20(r6)
- 45: GETL R6, t36
- 46: ADDL $0xFFFFFFEC, t36
- 47: LDL (t36), t38
- 48: PUTL t38, R27
- 49: INCEIPL $4
-
- 0xFEE6E70: 8386FFF0 lwz r28,-16(r6)
- 50: GETL R6, t40
- 51: ADDL $0xFFFFFFF0, t40
- 52: LDL (t40), t42
- 53: PUTL t42, R28
- 54: INCEIPL $4
-
- 0xFEE6E74: 83A6FFF4 lwz r29,-12(r6)
- 55: GETL R6, t44
- 56: ADDL $0xFFFFFFF4, t44
- 57: LDL (t44), t46
- 58: PUTL t46, R29
- 59: INCEIPL $4
-
- 0xFEE6E78: 83C6FFF8 lwz r30,-8(r6)
- 60: GETL R6, t48
- 61: ADDL $0xFFFFFFF8, t48
- 62: LDL (t48), t50
- 63: PUTL t50, R30
- 64: INCEIPL $4
-
- 0xFEE6E7C: 83E6FFFC lwz r31,-4(r6)
- 65: GETL R6, t52
- 66: ADDL $0xFFFFFFFC, t52
- 67: LDL (t52), t54
- 68: PUTL t54, R31
- 69: INCEIPL $4
-
- 0xFEE6E80: 7CC13378 or r1,r6,r6
- 70: GETL R6, t56
- 71: PUTL t56, R1
- 72: INCEIPL $4
-
- 0xFEE6E84: 4E800020 blr
- 73: GETL LR, t58
- 74: JMPo-r t58 ($4)
-
-
-
-. 3102 FEE6E44 68
-. 80 C1 00 00 80 66 00 04 80 E6 FF D4 82 C6 FF D8 7C 68 03 A6 82 E6 FF DC 7C E0 81 20 83 06 FF E0 83 26 FF E4 83 46 FF E8 83 66 FF EC 83 86 FF F0 83 A6 FF F4 83 C6 FF F8 83 E6 FF FC 7C C1 33 78 4E 80 00 20
-==== BB 3103 (0xFEE7C04) approx BBs exec'd 0 ====
-
- 0xFEE7C04: 80BA0000 lwz r5,0(r26)
- 0: GETL R26, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R5
- 3: INCEIPL $4
-
- 0xFEE7C08: 2C850000 cmpi cr1,r5,0
- 4: GETL R5, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x1, CR
- 7: INCEIPL $4
-
- 0xFEE7C0C: 40860114 bc 4,6,0xFEE7D20
- 8: Jc06o $0xFEE7D20
-
-
-
-. 3103 FEE7C04 12
-. 80 BA 00 00 2C 85 00 00 40 86 01 14
-==== BB 3104 (0xFEE7D20) approx BBs exec'd 0 ====
-
- 0xFEE7D20: 807B0000 lwz r3,0(r27)
- 0: GETL R27, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0xFEE7D24: 7F84E378 or r4,r28,r28
- 4: GETL R28, t4
- 5: PUTL t4, R4
- 6: INCEIPL $4
-
- 0xFEE7D28: 38A10008 addi r5,r1,8
- 7: GETL R1, t6
- 8: ADDL $0x8, t6
- 9: PUTL t6, R5
- 10: INCEIPL $4
-
- 0xFEE7D2C: 38C1000C addi r6,r1,12
- 11: GETL R1, t8
- 12: ADDL $0xC, t8
- 13: PUTL t8, R6
- 14: INCEIPL $4
-
- 0xFEE7D30: 7FE7FB78 or r7,r31,r31
- 15: GETL R31, t10
- 16: PUTL t10, R7
- 17: INCEIPL $4
-
- 0xFEE7D34: 48000D09 bl 0xFEE8A3C
- 18: MOVL $0xFEE7D38, t12
- 19: PUTL t12, LR
- 20: JMPo-c $0xFEE8A3C ($4)
-
-
-
-. 3104 FEE7D20 24
-. 80 7B 00 00 7F 84 E3 78 38 A1 00 08 38 C1 00 0C 7F E7 FB 78 48 00 0D 09
-==== BB 3105 __tzfile_compute(0xFEE8A3C) approx BBs exec'd 0 ====
-
- 0xFEE8A3C: 2F840000 cmpi cr7,r4,0
- 0: GETL R4, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xFEE8A40: 7C0802A6 mflr r0
- 4: GETL LR, t4
- 5: PUTL t4, R0
- 6: INCEIPL $4
-
- 0xFEE8A44: 9421FFC0 stwu r1,-64(r1)
- 7: GETL R1, t6
- 8: GETL R1, t8
- 9: ADDL $0xFFFFFFC0, t8
- 10: PUTL t8, R1
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFEE8A48: 480BF409 bl 0xFFA7E50
- 13: MOVL $0xFEE8A4C, t10
- 14: PUTL t10, LR
- 15: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 3105 FEE8A3C 16
-. 2F 84 00 00 7C 08 02 A6 94 21 FF C0 48 0B F4 09
-==== BB 3106 (0xFEE8A4C) approx BBs exec'd 0 ====
-
- 0xFEE8A4C: 9261000C stw r19,12(r1)
- 0: GETL R19, t0
- 1: GETL R1, t2
- 2: ADDL $0xC, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFEE8A50: 7CD33378 or r19,r6,r6
- 5: GETL R6, t4
- 6: PUTL t4, R19
- 7: INCEIPL $4
-
- 0xFEE8A54: 92810010 stw r20,16(r1)
- 8: GETL R20, t6
- 9: GETL R1, t8
- 10: ADDL $0x10, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFEE8A58: 7CB42B78 or r20,r5,r5
- 13: GETL R5, t10
- 14: PUTL t10, R20
- 15: INCEIPL $4
-
- 0xFEE8A5C: 92C10018 stw r22,24(r1)
- 16: GETL R22, t12
- 17: GETL R1, t14
- 18: ADDL $0x18, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0xFEE8A60: 7CF63B78 or r22,r7,r7
- 21: GETL R7, t16
- 22: PUTL t16, R22
- 23: INCEIPL $4
-
- 0xFEE8A64: 93410028 stw r26,40(r1)
- 24: GETL R26, t18
- 25: GETL R1, t20
- 26: ADDL $0x28, t20
- 27: STL t18, (t20)
- 28: INCEIPL $4
-
- 0xFEE8A68: 7C7A1B78 or r26,r3,r3
- 29: GETL R3, t22
- 30: PUTL t22, R26
- 31: INCEIPL $4
-
- 0xFEE8A6C: 93C10038 stw r30,56(r1)
- 32: GETL R30, t24
- 33: GETL R1, t26
- 34: ADDL $0x38, t26
- 35: STL t24, (t26)
- 36: INCEIPL $4
-
- 0xFEE8A70: 7FC802A6 mflr r30
- 37: GETL LR, t28
- 38: PUTL t28, R30
- 39: INCEIPL $4
-
- 0xFEE8A74: 92A10014 stw r21,20(r1)
- 40: GETL R21, t30
- 41: GETL R1, t32
- 42: ADDL $0x14, t32
- 43: STL t30, (t32)
- 44: INCEIPL $4
-
- 0xFEE8A78: 92E1001C stw r23,28(r1)
- 45: GETL R23, t34
- 46: GETL R1, t36
- 47: ADDL $0x1C, t36
- 48: STL t34, (t36)
- 49: INCEIPL $4
-
- 0xFEE8A7C: 93010020 stw r24,32(r1)
- 50: GETL R24, t38
- 51: GETL R1, t40
- 52: ADDL $0x20, t40
- 53: STL t38, (t40)
- 54: INCEIPL $4
-
- 0xFEE8A80: 93210024 stw r25,36(r1)
- 55: GETL R25, t42
- 56: GETL R1, t44
- 57: ADDL $0x24, t44
- 58: STL t42, (t44)
- 59: INCEIPL $4
-
- 0xFEE8A84: 9361002C stw r27,44(r1)
- 60: GETL R27, t46
- 61: GETL R1, t48
- 62: ADDL $0x2C, t48
- 63: STL t46, (t48)
- 64: INCEIPL $4
-
- 0xFEE8A88: 93810030 stw r28,48(r1)
- 65: GETL R28, t50
- 66: GETL R1, t52
- 67: ADDL $0x30, t52
- 68: STL t50, (t52)
- 69: INCEIPL $4
-
- 0xFEE8A8C: 93A10034 stw r29,52(r1)
- 70: GETL R29, t54
- 71: GETL R1, t56
- 72: ADDL $0x34, t56
- 73: STL t54, (t56)
- 74: INCEIPL $4
-
- 0xFEE8A90: 93E1003C stw r31,60(r1)
- 75: GETL R31, t58
- 76: GETL R1, t60
- 77: ADDL $0x3C, t60
- 78: STL t58, (t60)
- 79: INCEIPL $4
-
- 0xFEE8A94: 90010044 stw r0,68(r1)
- 80: GETL R0, t62
- 81: GETL R1, t64
- 82: ADDL $0x44, t64
- 83: STL t62, (t64)
- 84: INCEIPL $4
-
- 0xFEE8A98: 419E0170 bc 12,30,0xFEE8C08
- 85: Js30o $0xFEE8C08
-
-
-
-. 3106 FEE8A4C 80
-. 92 61 00 0C 7C D3 33 78 92 81 00 10 7C B4 2B 78 92 C1 00 18 7C F6 3B 78 93 41 00 28 7C 7A 1B 78 93 C1 00 38 7F C8 02 A6 92 A1 00 14 92 E1 00 1C 93 01 00 20 93 21 00 24 93 61 00 2C 93 81 00 30 93 A1 00 34 93 E1 00 3C 90 01 00 44 41 9E 01 70
-==== BB 3107 (0xFEE8A9C) approx BBs exec'd 0 ====
-
- 0xFEE8A9C: 80DE08E4 lwz r6,2276(r30)
- 0: GETL R30, t0
- 1: ADDL $0x8E4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0xFEE8AA0: 81660000 lwz r11,0(r6)
- 5: GETL R6, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R11
- 8: INCEIPL $4
-
- 0xFEE8AA4: 2C0B0000 cmpi cr0,r11,0
- 9: GETL R11, t8
- 10: CMP0L t8, t10 (-rSo)
- 11: ICRFL t10, $0x0, CR
- 12: INCEIPL $4
-
- 0xFEE8AA8: 408201F8 bc 4,2,0xFEE8CA0
- 13: Jc02o $0xFEE8CA0
-
-
-
-. 3107 FEE8A9C 16
-. 80 DE 08 E4 81 66 00 00 2C 0B 00 00 40 82 01 F8
-==== BB 3108 (0xFEE8CA0) approx BBs exec'd 0 ====
-
- 0xFEE8CA0: 813E08CC lwz r9,2252(r30)
- 0: GETL R30, t0
- 1: ADDL $0x8CC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFEE8CA4: 81290000 lwz r9,0(r9)
- 5: GETL R9, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R9
- 8: INCEIPL $4
-
- 0xFEE8CA8: 80690000 lwz r3,0(r9)
- 9: GETL R9, t8
- 10: LDL (t8), t10
- 11: PUTL t10, R3
- 12: INCEIPL $4
-
- 0xFEE8CAC: 7C83D000 cmp cr1,r3,r26
- 13: GETL R3, t12
- 14: GETL R26, t14
- 15: CMPL t12, t14, t16 (-rSo)
- 16: ICRFL t16, $0x1, CR
- 17: INCEIPL $4
-
- 0xFEE8CB0: 41A5FDFC bc 13,5,0xFEE8AAC
- 18: Js05o $0xFEE8AAC
-
-
-
-. 3108 FEE8CA0 20
-. 81 3E 08 CC 81 29 00 00 80 69 00 00 7C 83 D0 00 41 A5 FD FC
-==== BB 3109 (0xFEE8CB4) approx BBs exec'd 0 ====
-
- 0xFEE8CB4: 39400001 li r10,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R10
- 2: INCEIPL $4
-
- 0xFEE8CB8: 7F0A5840 cmpl cr6,r10,r11
- 3: GETL R10, t2
- 4: GETL R11, t4
- 5: CMPUL t2, t4, t6 (-rSo)
- 6: ICRFL t6, $0x6, CR
- 7: INCEIPL $4
-
- 0xFEE8CBC: 40980024 bc 4,24,0xFEE8CE0
- 8: Jc24o $0xFEE8CE0
-
-
-
-. 3109 FEE8CB4 12
-. 39 40 00 01 7F 0A 58 40 40 98 00 24
-==== BB 3110 (0xFEE8CC0) approx BBs exec'd 0 ====
-
- 0xFEE8CC0: 7D284B78 or r8,r9,r9
- 0: GETL R9, t0
- 1: PUTL t0, R8
- 2: INCEIPL $4
-
- 0xFEE8CC4: 554C103A rlwinm r12,r10,2,0,29
- 3: GETL R10, t2
- 4: SHLL $0x2, t2
- 5: PUTL t2, R12
- 6: INCEIPL $4
-
- 0xFEE8CC8: 7CEC402E lwzx r7,r12,r8
- 7: GETL R8, t4
- 8: GETL R12, t6
- 9: ADDL t6, t4
- 10: LDL (t4), t8
- 11: PUTL t8, R7
- 12: INCEIPL $4
-
- 0xFEE8CCC: 7F87D000 cmp cr7,r7,r26
- 13: GETL R7, t10
- 14: GETL R26, t12
- 15: CMPL t10, t12, t14 (-rSo)
- 16: ICRFL t14, $0x7, CR
- 17: INCEIPL $4
-
- 0xFEE8CD0: 419D0010 bc 12,29,0xFEE8CE0
- 18: Js29o $0xFEE8CE0
-
-
-
-. 3110 FEE8CC0 20
-. 7D 28 4B 78 55 4C 10 3A 7C EC 40 2E 7F 87 D0 00 41 9D 00 10
-==== BB 3111 (0xFEE8CD4) approx BBs exec'd 0 ====
-
- 0xFEE8CD4: 394A0001 addi r10,r10,1
- 0: GETL R10, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R10
- 3: INCEIPL $4
-
- 0xFEE8CD8: 7C0A5840 cmpl cr0,r10,r11
- 4: GETL R10, t2
- 5: GETL R11, t4
- 6: CMPUL t2, t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0xFEE8CDC: 4180FFE8 bc 12,0,0xFEE8CC4
- 9: Js00o $0xFEE8CC4
-
-
-
-. 3111 FEE8CD4 12
-. 39 4A 00 01 7C 0A 58 40 41 80 FF E8
-==== BB 3112 (0xFEE8CC4) approx BBs exec'd 0 ====
-
- 0xFEE8CC4: 554C103A rlwinm r12,r10,2,0,29
- 0: GETL R10, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R12
- 3: INCEIPL $4
-
- 0xFEE8CC8: 7CEC402E lwzx r7,r12,r8
- 4: GETL R8, t2
- 5: GETL R12, t4
- 6: ADDL t4, t2
- 7: LDL (t2), t6
- 8: PUTL t6, R7
- 9: INCEIPL $4
-
- 0xFEE8CCC: 7F87D000 cmp cr7,r7,r26
- 10: GETL R7, t8
- 11: GETL R26, t10
- 12: CMPL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x7, CR
- 14: INCEIPL $4
-
- 0xFEE8CD0: 419D0010 bc 12,29,0xFEE8CE0
- 15: Js29o $0xFEE8CE0
-
-
-
-. 3112 FEE8CC4 16
-. 55 4C 10 3A 7C EC 40 2E 7F 87 D0 00 41 9D 00 10
-==== BB 3113 (0xFEE8CE0) approx BBs exec'd 0 ====
-
- 0xFEE8CE0: 817E08E8 lwz r11,2280(r30)
- 0: GETL R30, t0
- 1: ADDL $0x8E8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0xFEE8CE4: 831E08F0 lwz r24,2288(r30)
- 5: GETL R30, t4
- 6: ADDL $0x8F0, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R24
- 9: INCEIPL $4
-
- 0xFEE8CE8: 82AB0000 lwz r21,0(r11)
- 10: GETL R11, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R21
- 13: INCEIPL $4
-
- 0xFEE8CEC: 7D155214 add r8,r21,r10
- 14: GETL R21, t12
- 15: GETL R10, t14
- 16: ADDL t12, t14
- 17: PUTL t14, R8
- 18: INCEIPL $4
-
- 0xFEE8CF0: 88E8FFFF lbz r7,-1(r8)
- 19: GETL R8, t16
- 20: ADDL $0xFFFFFFFF, t16
- 21: LDB (t16), t18
- 22: PUTL t18, R7
- 23: INCEIPL $4
-
- 0xFEE8CF4: 4BFFFE14 b 0xFEE8B08
- 24: JMPo $0xFEE8B08 ($4)
-
-
-
-. 3113 FEE8CE0 24
-. 81 7E 08 E8 83 1E 08 F0 82 AB 00 00 7D 15 52 14 88 E8 FF FF 4B FF FE 14
-==== BB 3114 (0xFEE8B08) approx BBs exec'd 0 ====
-
- 0xFEE8B08: 83860000 lwz r28,0(r6)
- 0: GETL R6, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R28
- 3: INCEIPL $4
-
- 0xFEE8B0C: 3AE00000 li r23,0
- 4: MOVL $0x0, t4
- 5: PUTL t4, R23
- 6: INCEIPL $4
-
- 0xFEE8B10: 813E08FC lwz r9,2300(r30)
- 7: GETL R30, t6
- 8: ADDL $0x8FC, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R9
- 11: INCEIPL $4
-
- 0xFEE8B14: 54FD1838 rlwinm r29,r7,3,0,28
- 12: GETL R7, t10
- 13: SHLL $0x3, t10
- 14: PUTL t10, R29
- 15: INCEIPL $4
-
- 0xFEE8B18: 815E08F8 lwz r10,2296(r30)
- 16: GETL R30, t12
- 17: ADDL $0x8F8, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R10
- 20: INCEIPL $4
-
- 0xFEE8B1C: 2C9C0000 cmpi cr1,r28,0
- 21: GETL R28, t16
- 22: CMP0L t16, t18 (-rSo)
- 23: ICRFL t18, $0x1, CR
- 24: INCEIPL $4
-
- 0xFEE8B20: 83690000 lwz r27,0(r9)
- 25: GETL R9, t20
- 26: LDL (t20), t22
- 27: PUTL t22, R27
- 28: INCEIPL $4
-
- 0xFEE8B24: 80AA0000 lwz r5,0(r10)
- 29: GETL R10, t24
- 30: LDL (t24), t26
- 31: PUTL t26, R5
- 32: INCEIPL $4
-
- 0xFEE8B28: 833E1D40 lwz r25,7488(r30)
- 33: GETL R30, t28
- 34: ADDL $0x1D40, t28
- 35: LDL (t28), t30
- 36: PUTL t30, R25
- 37: INCEIPL $4
-
- 0xFEE8B2C: 7CA0DA78 xor r0,r5,r27
- 38: GETL R5, t32
- 39: GETL R27, t34
- 40: XORL t32, t34
- 41: PUTL t34, R0
- 42: INCEIPL $4
-
- 0xFEE8B30: 80D80000 lwz r6,0(r24)
- 43: GETL R24, t36
- 44: LDL (t36), t38
- 45: PUTL t38, R6
- 46: INCEIPL $4
-
- 0xFEE8B34: 837E1AE4 lwz r27,6884(r30)
- 47: GETL R30, t40
- 48: ADDL $0x1AE4, t40
- 49: LDL (t40), t42
- 50: PUTL t42, R27
- 51: INCEIPL $4
-
- 0xFEE8B38: 3120FFFF addic r9,r0,-1
- 52: GETL R0, t44
- 53: ADCL $0xFFFFFFFF, t44 (-wCa)
- 54: PUTL t44, R9
- 55: INCEIPL $4
-
- 0xFEE8B3C: 7C890110 subfe r4,r9,r0
- 56: GETL R9, t46
- 57: GETL R0, t48
- 58: SBBL t46, t48 (-rCa-wCa)
- 59: PUTL t48, R4
- 60: INCEIPL $4
-
- 0xFEE8B40: 807E1A78 lwz r3,6776(r30)
- 61: GETL R30, t50
- 62: ADDL $0x1A78, t50
- 63: LDL (t50), t52
- 64: PUTL t52, R3
- 65: INCEIPL $4
-
- 0xFEE8B44: 7FE500D0 neg r31,r5
- 66: GETL R5, t54
- 67: NEGL t54
- 68: PUTL t54, R31
- 69: INCEIPL $4
-
- 0xFEE8B48: 93F90000 stw r31,0(r25)
- 70: GETL R31, t56
- 71: GETL R25, t58
- 72: STL t56, (t58)
- 73: INCEIPL $4
-
- 0xFEE8B4C: 7F3D3214 add r25,r29,r6
- 74: GETL R29, t60
- 75: GETL R6, t62
- 76: ADDL t60, t62
- 77: PUTL t62, R25
- 78: INCEIPL $4
-
- 0xFEE8B50: 90830000 stw r4,0(r3)
- 79: GETL R4, t64
- 80: GETL R3, t66
- 81: STL t64, (t66)
- 82: INCEIPL $4
-
- 0xFEE8B54: 92FB0004 stw r23,4(r27)
- 83: GETL R23, t68
- 84: GETL R27, t70
- 85: ADDL $0x4, t70
- 86: STL t68, (t70)
- 87: INCEIPL $4
-
- 0xFEE8B58: 92FB0000 stw r23,0(r27)
- 88: GETL R23, t72
- 89: GETL R27, t74
- 90: STL t72, (t74)
- 91: INCEIPL $4
-
- 0xFEE8B5C: 82BE08EC lwz r21,2284(r30)
- 92: GETL R30, t76
- 93: ADDL $0x8EC, t76
- 94: LDL (t76), t78
- 95: PUTL t78, R21
- 96: INCEIPL $4
-
- 0xFEE8B60: 41860068 bc 12,6,0xFEE8BC8
- 97: Js06o $0xFEE8BC8
-
-
-
-. 3114 FEE8B08 92
-. 83 86 00 00 3A E0 00 00 81 3E 08 FC 54 FD 18 38 81 5E 08 F8 2C 9C 00 00 83 69 00 00 80 AA 00 00 83 3E 1D 40 7C A0 DA 78 80 D8 00 00 83 7E 1A E4 31 20 FF FF 7C 89 01 10 80 7E 1A 78 7F E5 00 D0 93 F9 00 00 7F 3D 32 14 90 83 00 00 92 FB 00 04 92 FB 00 00 82 BE 08 EC 41 86 00 68
-==== BB 3115 (0xFEE8B64) approx BBs exec'd 0 ====
-
- 0xFEE8B64: 82FE08E8 lwz r23,2280(r30)
- 0: GETL R30, t0
- 1: ADDL $0x8E8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R23
- 4: INCEIPL $4
-
- 0xFEE8B68: 4800000C b 0xFEE8B74
- 5: JMPo $0xFEE8B74 ($4)
-
-
-
-. 3115 FEE8B64 8
-. 82 FE 08 E8 48 00 00 0C
-==== BB 3116 (0xFEE8B74) approx BBs exec'd 0 ====
-
- 0xFEE8B74: 83B70000 lwz r29,0(r23)
- 0: GETL R23, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R29
- 3: INCEIPL $4
-
- 0xFEE8B78: 3B9CFFFF addi r28,r28,-1
- 4: GETL R28, t4
- 5: ADDL $0xFFFFFFFF, t4
- 6: PUTL t4, R28
- 7: INCEIPL $4
-
- 0xFEE8B7C: 81780000 lwz r11,0(r24)
- 8: GETL R24, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R11
- 11: INCEIPL $4
-
- 0xFEE8B80: 7CDCE8AE lbzx r6,r28,r29
- 12: GETL R29, t10
- 13: GETL R28, t12
- 14: ADDL t12, t10
- 15: LDB (t10), t14
- 16: PUTL t14, R6
- 17: INCEIPL $4
-
- 0xFEE8B84: 54C81838 rlwinm r8,r6,3,0,28
- 18: GETL R6, t16
- 19: SHLL $0x3, t16
- 20: PUTL t16, R8
- 21: INCEIPL $4
-
- 0xFEE8B88: 7D885A14 add r12,r8,r11
- 22: GETL R8, t18
- 23: GETL R11, t20
- 24: ADDL t18, t20
- 25: PUTL t20, R12
- 26: INCEIPL $4
-
- 0xFEE8B8C: 8BAC0004 lbz r29,4(r12)
- 27: GETL R12, t22
- 28: ADDL $0x4, t22
- 29: LDB (t22), t24
- 30: PUTL t24, R29
- 31: INCEIPL $4
-
- 0xFEE8B90: 892C0005 lbz r9,5(r12)
- 32: GETL R12, t26
- 33: ADDL $0x5, t26
- 34: LDB (t26), t28
- 35: PUTL t28, R9
- 36: INCEIPL $4
-
- 0xFEE8B94: 57BF103A rlwinm r31,r29,2,0,29
- 37: GETL R29, t30
- 38: SHLL $0x2, t30
- 39: PUTL t30, R31
- 40: INCEIPL $4
-
- 0xFEE8B98: 7CFFD82E lwzx r7,r31,r27
- 41: GETL R27, t32
- 42: GETL R31, t34
- 43: ADDL t34, t32
- 44: LDL (t32), t36
- 45: PUTL t36, R7
- 46: INCEIPL $4
-
- 0xFEE8B9C: 2F070000 cmpi cr6,r7,0
- 47: GETL R7, t38
- 48: CMP0L t38, t40 (-rSo)
- 49: ICRFL t40, $0x6, CR
- 50: INCEIPL $4
-
- 0xFEE8BA0: 409AFFCC bc 4,26,0xFEE8B6C
- 51: Jc26o $0xFEE8B6C
-
-
-
-. 3116 FEE8B74 48
-. 83 B7 00 00 3B 9C FF FF 81 78 00 00 7C DC E8 AE 54 C8 18 38 7D 88 5A 14 8B AC 00 04 89 2C 00 05 57 BF 10 3A 7C FF D8 2E 2F 07 00 00 40 9A FF CC
-==== BB 3117 (0xFEE8BA4) approx BBs exec'd 0 ====
-
- 0xFEE8BA4: 80B50000 lwz r5,0(r21)
- 0: GETL R21, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R5
- 3: INCEIPL $4
-
- 0xFEE8BA8: 7C654A14 add r3,r5,r9
- 4: GETL R5, t4
- 5: GETL R9, t6
- 6: ADDL t4, t6
- 7: PUTL t6, R3
- 8: INCEIPL $4
-
- 0xFEE8BAC: 4BFFE0FD bl 0xFEE6CA8
- 9: MOVL $0xFEE8BB0, t8
- 10: PUTL t8, LR
- 11: JMPo-c $0xFEE6CA8 ($4)
-
-
-
-. 3117 FEE8BA4 12
-. 80 B5 00 00 7C 65 4A 14 4B FF E0 FD
-==== BB 3118 (0xFEE8BB0) approx BBs exec'd 0 ====
-
- 0xFEE8BB0: 209D0001 subfic r4,r29,1
- 0: GETL R29, t0
- 1: MOVL $0x1, t2
- 2: SBBL t0, t2 (-wCa)
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFEE8BB4: 7C7FD92E stwx r3,r31,r27
- 5: GETL R27, t4
- 6: GETL R31, t6
- 7: ADDL t6, t4
- 8: GETL R3, t8
- 9: STL t8, (t4)
- 10: INCEIPL $4
-
- 0xFEE8BB8: 5483103A rlwinm r3,r4,2,0,29
- 11: GETL R4, t10
- 12: SHLL $0x2, t10
- 13: PUTL t10, R3
- 14: INCEIPL $4
-
- 0xFEE8BBC: 7FE3D82E lwzx r31,r3,r27
- 15: GETL R27, t12
- 16: GETL R3, t14
- 17: ADDL t14, t12
- 18: LDL (t12), t16
- 19: PUTL t16, R31
- 20: INCEIPL $4
-
- 0xFEE8BC0: 2F9F0000 cmpi cr7,r31,0
- 21: GETL R31, t18
- 22: CMP0L t18, t20 (-rSo)
- 23: ICRFL t20, $0x7, CR
- 24: INCEIPL $4
-
- 0xFEE8BC4: 419EFFA8 bc 12,30,0xFEE8B6C
- 25: Js30o $0xFEE8B6C
-
-
-
-. 3118 FEE8BB0 24
-. 20 9D 00 01 7C 7F D9 2E 54 83 10 3A 7F E3 D8 2E 2F 9F 00 00 41 9E FF A8
-==== BB 3119 (0xFEE8B6C) approx BBs exec'd 0 ====
-
- 0xFEE8B6C: 2C1C0000 cmpi cr0,r28,0
- 0: GETL R28, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0xFEE8B70: 41820058 bc 12,2,0xFEE8BC8
- 4: Js02o $0xFEE8BC8
-
-
-
-. 3119 FEE8B6C 8
-. 2C 1C 00 00 41 82 00 58
-==== BB 3120 (0xFEE8BC8) approx BBs exec'd 0 ====
-
- 0xFEE8BC8: 807B0000 lwz r3,0(r27)
- 0: GETL R27, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0xFEE8BCC: 2C830000 cmpi cr1,r3,0
- 4: GETL R3, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x1, CR
- 7: INCEIPL $4
-
- 0xFEE8BD0: 418601B0 bc 12,6,0xFEE8D80
- 8: Js06o $0xFEE8D80
-
-
-
-. 3120 FEE8BC8 12
-. 80 7B 00 00 2C 83 00 00 41 86 01 B0
-==== BB 3121 (0xFEE8BD4) approx BBs exec'd 0 ====
-
- 0xFEE8BD4: 831B0004 lwz r24,4(r27)
- 0: GETL R27, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R24
- 4: INCEIPL $4
-
- 0xFEE8BD8: 2F180000 cmpi cr6,r24,0
- 5: GETL R24, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0xFEE8BDC: 409A0008 bc 4,26,0xFEE8BE4
- 9: Jc26o $0xFEE8BE4
-
-
-
-. 3121 FEE8BD4 12
-. 83 1B 00 04 2F 18 00 00 40 9A 00 08
-==== BB 3122 (0xFEE8BE4) approx BBs exec'd 0 ====
-
- 0xFEE8BE4: 88190004 lbz r0,4(r25)
- 0: GETL R25, t0
- 1: ADDL $0x4, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFEE8BE8: 82F50000 lwz r23,0(r21)
- 5: GETL R21, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R23
- 8: INCEIPL $4
-
- 0xFEE8BEC: 90160020 stw r0,32(r22)
- 9: GETL R0, t8
- 10: GETL R22, t10
- 11: ADDL $0x20, t10
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0xFEE8BF0: 8AB90005 lbz r21,5(r25)
- 14: GETL R25, t12
- 15: ADDL $0x5, t12
- 16: LDB (t12), t14
- 17: PUTL t14, R21
- 18: INCEIPL $4
-
- 0xFEE8BF4: 7C75BA14 add r3,r21,r23
- 19: GETL R21, t16
- 20: GETL R23, t18
- 21: ADDL t16, t18
- 22: PUTL t18, R3
- 23: INCEIPL $4
-
- 0xFEE8BF8: 4BFFE0B1 bl 0xFEE6CA8
- 24: MOVL $0xFEE8BFC, t20
- 25: PUTL t20, LR
- 26: JMPo-c $0xFEE6CA8 ($4)
-
-
-
-. 3122 FEE8BE4 24
-. 88 19 00 04 82 F5 00 00 90 16 00 20 8A B9 00 05 7C 75 BA 14 4B FF E0 B1
-==== BB 3123 (0xFEE8BFC) approx BBs exec'd 0 ====
-
- 0xFEE8BFC: 83990000 lwz r28,0(r25)
- 0: GETL R25, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R28
- 3: INCEIPL $4
-
- 0xFEE8C00: 90760028 stw r3,40(r22)
- 4: GETL R3, t4
- 5: GETL R22, t6
- 6: ADDL $0x28, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0xFEE8C04: 93960024 stw r28,36(r22)
- 9: GETL R28, t8
- 10: GETL R22, t10
- 11: ADDL $0x24, t10
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0xFEE8C08: 3AC00000 li r22,0
- 14: MOVL $0x0, t12
- 15: PUTL t12, R22
- 16: INCEIPL $4
-
- 0xFEE8C0C: 833E08E0 lwz r25,2272(r30)
- 17: GETL R30, t14
- 18: ADDL $0x8E0, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R25
- 21: INCEIPL $4
-
- 0xFEE8C10: 92D30000 stw r22,0(r19)
- 22: GETL R22, t18
- 23: GETL R19, t20
- 24: STL t18, (t20)
- 25: INCEIPL $4
-
- 0xFEE8C14: 81590000 lwz r10,0(r25)
- 26: GETL R25, t22
- 27: LDL (t22), t24
- 28: PUTL t24, R10
- 29: INCEIPL $4
-
- 0xFEE8C18: 811E08F4 lwz r8,2292(r30)
- 30: GETL R30, t26
- 31: ADDL $0x8F4, t26
- 32: LDL (t26), t28
- 33: PUTL t28, R8
- 34: INCEIPL $4
-
- 0xFEE8C1C: 92D40000 stw r22,0(r20)
- 35: GETL R22, t30
- 36: GETL R20, t32
- 37: STL t30, (t32)
- 38: INCEIPL $4
-
- 0xFEE8C20: 2F8A0000 cmpi cr7,r10,0
- 39: GETL R10, t34
- 40: CMP0L t34, t36 (-rSo)
- 41: ICRFL t36, $0x7, CR
- 42: INCEIPL $4
-
- 0xFEE8C24: 394AFFFF addi r10,r10,-1
- 43: GETL R10, t38
- 44: ADDL $0xFFFFFFFF, t38
- 45: PUTL t38, R10
- 46: INCEIPL $4
-
- 0xFEE8C28: 7D054378 or r5,r8,r8
- 47: GETL R8, t40
- 48: PUTL t40, R5
- 49: INCEIPL $4
-
- 0xFEE8C2C: 55491838 rlwinm r9,r10,3,0,28
- 50: GETL R10, t42
- 51: SHLL $0x3, t42
- 52: PUTL t42, R9
- 53: INCEIPL $4
-
- 0xFEE8C30: 419E002C bc 12,30,0xFEE8C5C
- 54: Js30o $0xFEE8C5C
-
-
-
-. 3123 FEE8BFC 56
-. 83 99 00 00 90 76 00 28 93 96 00 24 3A C0 00 00 83 3E 08 E0 92 D3 00 00 81 59 00 00 81 1E 08 F4 92 D4 00 00 2F 8A 00 00 39 4A FF FF 7D 05 43 78 55 49 18 38 41 9E 00 2C
-==== BB 3124 (0xFEE8C5C) approx BBs exec'd 0 ====
-
- 0xFEE8C5C: 82610044 lwz r19,68(r1)
- 0: GETL R1, t0
- 1: ADDL $0x44, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R19
- 4: INCEIPL $4
-
- 0xFEE8C60: 82810010 lwz r20,16(r1)
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R20
- 9: INCEIPL $4
-
- 0xFEE8C64: 7E6803A6 mtlr r19
- 10: GETL R19, t8
- 11: PUTL t8, LR
- 12: INCEIPL $4
-
- 0xFEE8C68: 82A10014 lwz r21,20(r1)
- 13: GETL R1, t10
- 14: ADDL $0x14, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R21
- 17: INCEIPL $4
-
- 0xFEE8C6C: 8261000C lwz r19,12(r1)
- 18: GETL R1, t14
- 19: ADDL $0xC, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R19
- 22: INCEIPL $4
-
- 0xFEE8C70: 82C10018 lwz r22,24(r1)
- 23: GETL R1, t18
- 24: ADDL $0x18, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R22
- 27: INCEIPL $4
-
- 0xFEE8C74: 82E1001C lwz r23,28(r1)
- 28: GETL R1, t22
- 29: ADDL $0x1C, t22
- 30: LDL (t22), t24
- 31: PUTL t24, R23
- 32: INCEIPL $4
-
- 0xFEE8C78: 83010020 lwz r24,32(r1)
- 33: GETL R1, t26
- 34: ADDL $0x20, t26
- 35: LDL (t26), t28
- 36: PUTL t28, R24
- 37: INCEIPL $4
-
- 0xFEE8C7C: 83210024 lwz r25,36(r1)
- 38: GETL R1, t30
- 39: ADDL $0x24, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R25
- 42: INCEIPL $4
-
- 0xFEE8C80: 83410028 lwz r26,40(r1)
- 43: GETL R1, t34
- 44: ADDL $0x28, t34
- 45: LDL (t34), t36
- 46: PUTL t36, R26
- 47: INCEIPL $4
-
- 0xFEE8C84: 8361002C lwz r27,44(r1)
- 48: GETL R1, t38
- 49: ADDL $0x2C, t38
- 50: LDL (t38), t40
- 51: PUTL t40, R27
- 52: INCEIPL $4
-
- 0xFEE8C88: 83810030 lwz r28,48(r1)
- 53: GETL R1, t42
- 54: ADDL $0x30, t42
- 55: LDL (t42), t44
- 56: PUTL t44, R28
- 57: INCEIPL $4
-
- 0xFEE8C8C: 83A10034 lwz r29,52(r1)
- 58: GETL R1, t46
- 59: ADDL $0x34, t46
- 60: LDL (t46), t48
- 61: PUTL t48, R29
- 62: INCEIPL $4
-
- 0xFEE8C90: 83C10038 lwz r30,56(r1)
- 63: GETL R1, t50
- 64: ADDL $0x38, t50
- 65: LDL (t50), t52
- 66: PUTL t52, R30
- 67: INCEIPL $4
-
- 0xFEE8C94: 83E1003C lwz r31,60(r1)
- 68: GETL R1, t54
- 69: ADDL $0x3C, t54
- 70: LDL (t54), t56
- 71: PUTL t56, R31
- 72: INCEIPL $4
-
- 0xFEE8C98: 38210040 addi r1,r1,64
- 73: GETL R1, t58
- 74: ADDL $0x40, t58
- 75: PUTL t58, R1
- 76: INCEIPL $4
-
- 0xFEE8C9C: 4E800020 blr
- 77: GETL LR, t60
- 78: JMPo-r t60 ($4)
-
-
-
-. 3124 FEE8C5C 68
-. 82 61 00 44 82 81 00 10 7E 68 03 A6 82 A1 00 14 82 61 00 0C 82 C1 00 18 82 E1 00 1C 83 01 00 20 83 21 00 24 83 41 00 28 83 61 00 2C 83 81 00 30 83 A1 00 34 83 C1 00 38 83 E1 00 3C 38 21 00 40 4E 80 00 20
-==== BB 3125 (0xFEE7D38) approx BBs exec'd 0 ====
-
- 0xFEE7D38: 4BFFFF00 b 0xFEE7C38
- 0: JMPo $0xFEE7C38 ($4)
-
-
-
-. 3125 FEE7D38 4
-. 4B FF FF 00
-==== BB 3126 (0xFEE7C38) approx BBs exec'd 0 ====
-
- 0xFEE7C38: 2C1F0000 cmpi cr0,r31,0
- 0: GETL R31, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0xFEE7C3C: 41820098 bc 12,2,0xFEE7CD4
- 4: Js02o $0xFEE7CD4
-
-
-
-. 3126 FEE7C38 8
-. 2C 1F 00 00 41 82 00 98
-==== BB 3127 (0xFEE7C40) approx BBs exec'd 0 ====
-
- 0xFEE7C40: 2F9C0000 cmpi cr7,r28,0
- 0: GETL R28, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xFEE7C44: 419E00F8 bc 12,30,0xFEE7D3C
- 4: Js30o $0xFEE7D3C
-
-
-
-. 3127 FEE7C40 8
-. 2F 9C 00 00 41 9E 00 F8
-==== BB 3128 (0xFEE7C48) approx BBs exec'd 0 ====
-
- 0xFEE7C48: 839A0000 lwz r28,0(r26)
- 0: GETL R26, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R28
- 3: INCEIPL $4
-
- 0xFEE7C4C: 2C9C0000 cmpi cr1,r28,0
- 4: GETL R28, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x1, CR
- 7: INCEIPL $4
-
- 0xFEE7C50: 40860108 bc 4,6,0xFEE7D58
- 8: Jc06o $0xFEE7D58
-
-
-
-. 3128 FEE7C48 12
-. 83 9A 00 00 2C 9C 00 00 40 86 01 08
-==== BB 3129 (0xFEE7D58) approx BBs exec'd 0 ====
-
- 0xFEE7D58: 813F0024 lwz r9,36(r31)
- 0: GETL R31, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFEE7D5C: 4BFFFF4C b 0xFEE7CA8
- 5: JMPo $0xFEE7CA8 ($4)
-
-
-
-. 3129 FEE7D58 8
-. 81 3F 00 24 4B FF FF 4C
-==== BB 3130 (0xFEE7CA8) approx BBs exec'd 0 ====
-
- 0xFEE7CA8: 7F63DB78 or r3,r27,r27
- 0: GETL R27, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFEE7CAC: 83610008 lwz r27,8(r1)
- 3: GETL R1, t2
- 4: ADDL $0x8, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R27
- 7: INCEIPL $4
-
- 0xFEE7CB0: 7FE5FB78 or r5,r31,r31
- 8: GETL R31, t6
- 9: PUTL t6, R5
- 10: INCEIPL $4
-
- 0xFEE7CB4: 7C9B4850 subf r4,r27,r9
- 11: GETL R27, t8
- 12: GETL R9, t10
- 13: SUBL t8, t10
- 14: PUTL t10, R4
- 15: INCEIPL $4
-
- 0xFEE7CB8: 4BFFDC91 bl 0xFEE5948
- 16: MOVL $0xFEE7CBC, t12
- 17: PUTL t12, LR
- 18: JMPo-c $0xFEE5948 ($4)
-
-
-
-. 3130 FEE7CA8 20
-. 7F 63 DB 78 83 61 00 08 7F E5 FB 78 7C 9B 48 50 4B FF DC 91
-==== BB 3131 __offtime(0xFEE5948) approx BBs exec'd 0 ====
-
- 0xFEE5948: 9421FFD0 stwu r1,-48(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFD0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFEE594C: 3D800001 lis r12,1
- 6: MOVL $0x10000, t4
- 7: PUTL t4, R12
- 8: INCEIPL $4
-
- 0xFEE5950: 80C30000 lwz r6,0(r3)
- 9: GETL R3, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R6
- 12: INCEIPL $4
-
- 0xFEE5954: 61835180 ori r3,r12,0x5180
- 13: MOVL $0x15180, t10
- 14: PUTL t10, R3
- 15: INCEIPL $4
-
- 0xFEE5958: 93010010 stw r24,16(r1)
- 16: GETL R24, t12
- 17: GETL R1, t14
- 18: ADDL $0x10, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0xFEE595C: 3F00C22E lis r24,-15826
- 21: MOVL $0xC22E0000, t16
- 22: PUTL t16, R24
- 23: INCEIPL $4
-
- 0xFEE5960: 92E1000C stw r23,12(r1)
- 24: GETL R23, t18
- 25: GETL R1, t20
- 26: ADDL $0xC, t20
- 27: STL t18, (t20)
- 28: INCEIPL $4
-
- 0xFEE5964: 63174507 ori r23,r24,0x4507
- 29: MOVL $0xC22E4507, t22
- 30: PUTL t22, R23
- 31: INCEIPL $4
-
- 0xFEE5968: 7D06B896 mulhw r8,r6,r23
- 32: GETL R6, t24
- 33: GETL R23, t26
- 34: MULHL t24, t26
- 35: PUTL t26, R8
- 36: INCEIPL $4
-
- 0xFEE596C: 7CCAFE70 srawi r10,r6,31
- 37: GETL R6, t28
- 38: SARL $0x1F, t28 (-wCa)
- 39: PUTL t28, R10
- 40: INCEIPL $4
-
- 0xFEE5970: 93210014 stw r25,20(r1)
- 41: GETL R25, t30
- 42: GETL R1, t32
- 43: ADDL $0x14, t32
- 44: STL t30, (t32)
- 45: INCEIPL $4
-
- 0xFEE5974: 7F2802A6 mflr r25
- 46: GETL LR, t34
- 47: PUTL t34, R25
- 48: INCEIPL $4
-
- 0xFEE5978: 480C24D9 bl 0xFFA7E50
- 49: MOVL $0xFEE597C, t36
- 50: PUTL t36, LR
- 51: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 3131 FEE5948 52
-. 94 21 FF D0 3D 80 00 01 80 C3 00 00 61 83 51 80 93 01 00 10 3F 00 C2 2E 92 E1 00 0C 63 17 45 07 7D 06 B8 96 7C CA FE 70 93 21 00 14 7F 28 02 A6 48 0C 24 D9
-==== BB 3132 (0xFEE597C) approx BBs exec'd 0 ====
-
- 0xFEE597C: 93C10028 stw r30,40(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x28, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFEE5980: 93410018 stw r26,24(r1)
- 5: GETL R26, t4
- 6: GETL R1, t6
- 7: ADDL $0x18, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFEE5984: 7FC802A6 mflr r30
- 10: GETL LR, t8
- 11: PUTL t8, R30
- 12: INCEIPL $4
-
- 0xFEE5988: 7CE83214 add r7,r8,r6
- 13: GETL R8, t10
- 14: GETL R6, t12
- 15: ADDL t10, t12
- 16: PUTL t12, R7
- 17: INCEIPL $4
-
- 0xFEE598C: 9361001C stw r27,28(r1)
- 18: GETL R27, t14
- 19: GETL R1, t16
- 20: ADDL $0x1C, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0xFEE5990: 7CE08670 srawi r0,r7,16
- 23: GETL R7, t18
- 24: SARL $0x10, t18 (-wCa)
- 25: PUTL t18, R0
- 26: INCEIPL $4
-
- 0xFEE5994: 93810020 stw r28,32(r1)
- 27: GETL R28, t20
- 28: GETL R1, t22
- 29: ADDL $0x20, t22
- 30: STL t20, (t22)
- 31: INCEIPL $4
-
- 0xFEE5998: 7D8A0050 subf r12,r10,r0
- 32: GETL R10, t24
- 33: GETL R0, t26
- 34: SUBL t24, t26
- 35: PUTL t26, R12
- 36: INCEIPL $4
-
- 0xFEE599C: 93A10024 stw r29,36(r1)
- 37: GETL R29, t28
- 38: GETL R1, t30
- 39: ADDL $0x24, t30
- 40: STL t28, (t30)
- 41: INCEIPL $4
-
- 0xFEE59A0: 7D6C19D6 mullw r11,r12,r3
- 42: GETL R12, t32
- 43: GETL R3, t34
- 44: MULL t32, t34
- 45: PUTL t34, R11
- 46: INCEIPL $4
-
- 0xFEE59A4: 93E1002C stw r31,44(r1)
- 47: GETL R31, t36
- 48: GETL R1, t38
- 49: ADDL $0x2C, t38
- 50: STL t36, (t38)
- 51: INCEIPL $4
-
- 0xFEE59A8: 7F2803A6 mtlr r25
- 52: GETL R25, t40
- 53: PUTL t40, LR
- 54: INCEIPL $4
-
- 0xFEE59AC: 7CB72B78 or r23,r5,r5
- 55: GETL R5, t42
- 56: PUTL t42, R23
- 57: INCEIPL $4
-
- 0xFEE59B0: 7D2B3050 subf r9,r11,r6
- 58: GETL R11, t44
- 59: GETL R6, t46
- 60: SUBL t44, t46
- 61: PUTL t46, R9
- 62: INCEIPL $4
-
- 0xFEE59B4: 7CE92215 add. r7,r9,r4
- 63: GETL R9, t48
- 64: GETL R4, t50
- 65: ADDL t48, t50
- 66: PUTL t50, R7
- 67: CMP0L t50, t52 (-rSo)
- 68: ICRFL t52, $0x0, CR
- 69: INCEIPL $4
-
- 0xFEE59B8: 41800210 bc 12,0,0xFEE5BC8
- 70: Js00o $0xFEE5BC8
-
-
-
-. 3132 FEE597C 64
-. 93 C1 00 28 93 41 00 18 7F C8 02 A6 7C E8 32 14 93 61 00 1C 7C E0 86 70 93 81 00 20 7D 8A 00 50 93 A1 00 24 7D 6C 19 D6 93 E1 00 2C 7F 28 03 A6 7C B7 2B 78 7D 2B 30 50 7C E9 22 15 41 80 02 10
-==== BB 3133 (0xFEE59BC) approx BBs exec'd 0 ====
-
- 0xFEE59BC: 3F400001 lis r26,1
- 0: MOVL $0x10000, t0
- 1: PUTL t0, R26
- 2: INCEIPL $4
-
- 0xFEE59C0: 6345517F ori r5,r26,0x517F
- 3: MOVL $0x1517F, t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0xFEE59C4: 7F872800 cmp cr7,r7,r5
- 6: GETL R7, t4
- 7: GETL R5, t6
- 8: CMPL t4, t6, t8 (-rSo)
- 9: ICRFL t8, $0x7, CR
- 10: INCEIPL $4
-
- 0xFEE59C8: 409D0020 bc 4,29,0xFEE59E8
- 11: Jc29o $0xFEE59E8
-
-
-
-. 3133 FEE59BC 16
-. 3F 40 00 01 63 45 51 7F 7F 87 28 00 40 9D 00 20
-==== BB 3134 (0xFEE59E8) approx BBs exec'd 0 ====
-
- 0xFEE59E8: 3F2091A2 lis r25,-28254
- 0: MOVL $0x91A20000, t0
- 1: PUTL t0, R25
- 2: INCEIPL $4
-
- 0xFEE59EC: 7CE8FE70 srawi r8,r7,31
- 3: GETL R7, t2
- 4: SARL $0x1F, t2 (-wCa)
- 5: PUTL t2, R8
- 6: INCEIPL $4
-
- 0xFEE59F0: 6338B3C5 ori r24,r25,0xB3C5
- 7: MOVL $0x91A2B3C5, t4
- 8: PUTL t4, R24
- 9: INCEIPL $4
-
- 0xFEE59F4: 3D609249 lis r11,-28087
- 10: MOVL $0x92490000, t6
- 11: PUTL t6, R11
- 12: INCEIPL $4
-
- 0xFEE59F8: 7D27C096 mulhw r9,r7,r24
- 13: GETL R7, t8
- 14: GETL R24, t10
- 15: MULHL t8, t10
- 16: PUTL t10, R9
- 17: INCEIPL $4
-
- 0xFEE59FC: 617F2493 ori r31,r11,0x2493
- 18: MOVL $0x92492493, t12
- 19: PUTL t12, R31
- 20: INCEIPL $4
-
- 0xFEE5A00: 3CC08888 lis r6,-30584
- 21: MOVL $0x88880000, t14
- 22: PUTL t14, R6
- 23: INCEIPL $4
-
- 0xFEE5A04: 60DC8889 ori r28,r6,0x8889
- 24: MOVL $0x88888889, t16
- 25: PUTL t16, R28
- 26: INCEIPL $4
-
- 0xFEE5A08: 7C093A14 add r0,r9,r7
- 27: GETL R9, t18
- 28: GETL R7, t20
- 29: ADDL t18, t20
- 30: PUTL t20, R0
- 31: INCEIPL $4
-
- 0xFEE5A0C: 7C035E70 srawi r3,r0,11
- 32: GETL R0, t22
- 33: SARL $0xB, t22 (-wCa)
- 34: PUTL t22, R3
- 35: INCEIPL $4
-
- 0xFEE5A10: 7FA81850 subf r29,r8,r3
- 36: GETL R8, t24
- 37: GETL R3, t26
- 38: SUBL t24, t26
- 39: PUTL t26, R29
- 40: INCEIPL $4
-
- 0xFEE5A14: 390C0004 addi r8,r12,4
- 41: GETL R12, t28
- 42: ADDL $0x4, t28
- 43: PUTL t28, R8
- 44: INCEIPL $4
-
- 0xFEE5A18: 1D5D0E10 mulli r10,r29,3600
- 45: GETL R29, t30
- 46: MULL $0xE10, t30
- 47: PUTL t30, R10
- 48: INCEIPL $4
-
- 0xFEE5A1C: 7D05FE70 srawi r5,r8,31
- 49: GETL R8, t32
- 50: SARL $0x1F, t32 (-wCa)
- 51: PUTL t32, R5
- 52: INCEIPL $4
-
- 0xFEE5A20: 93B70008 stw r29,8(r23)
- 53: GETL R29, t34
- 54: GETL R23, t36
- 55: ADDL $0x8, t36
- 56: STL t34, (t36)
- 57: INCEIPL $4
-
- 0xFEE5A24: 7F68F896 mulhw r27,r8,r31
- 58: GETL R8, t38
- 59: GETL R31, t40
- 60: MULHL t38, t40
- 61: PUTL t40, R27
- 62: INCEIPL $4
-
- 0xFEE5A28: 7C6A3850 subf r3,r10,r7
- 63: GETL R10, t42
- 64: GETL R7, t44
- 65: SUBL t42, t44
- 66: PUTL t44, R3
- 67: INCEIPL $4
-
- 0xFEE5A2C: 7C78FE70 srawi r24,r3,31
- 68: GETL R3, t46
- 69: SARL $0x1F, t46 (-wCa)
- 70: PUTL t46, R24
- 71: INCEIPL $4
-
- 0xFEE5A30: 7F23E096 mulhw r25,r3,r28
- 72: GETL R3, t48
- 73: GETL R28, t50
- 74: MULHL t48, t50
- 75: PUTL t50, R25
- 76: INCEIPL $4
-
- 0xFEE5A34: 7F5B4214 add r26,r27,r8
- 77: GETL R27, t52
- 78: GETL R8, t54
- 79: ADDL t52, t54
- 80: PUTL t54, R26
- 81: INCEIPL $4
-
- 0xFEE5A38: 7F441670 srawi r4,r26,2
- 82: GETL R26, t56
- 83: SARL $0x2, t56 (-wCa)
- 84: PUTL t56, R4
- 85: INCEIPL $4
-
- 0xFEE5A3C: 7C052050 subf r0,r5,r4
- 86: GETL R5, t58
- 87: GETL R4, t60
- 88: SUBL t58, t60
- 89: PUTL t60, R0
- 90: INCEIPL $4
-
- 0xFEE5A40: 7CF91A14 add r7,r25,r3
- 91: GETL R25, t62
- 92: GETL R3, t64
- 93: ADDL t62, t64
- 94: PUTL t64, R7
- 95: INCEIPL $4
-
- 0xFEE5A44: 1D600007 mulli r11,r0,7
- 96: GETL R0, t66
- 97: MULL $0x7, t66
- 98: PUTL t66, R11
- 99: INCEIPL $4
-
- 0xFEE5A48: 7CE92E70 srawi r9,r7,5
- 100: GETL R7, t68
- 101: SARL $0x5, t68 (-wCa)
- 102: PUTL t68, R9
- 103: INCEIPL $4
-
- 0xFEE5A4C: 7FB84850 subf r29,r24,r9
- 104: GETL R24, t70
- 105: GETL R9, t72
- 106: SUBL t70, t72
- 107: PUTL t72, R29
- 108: INCEIPL $4
-
- 0xFEE5A50: 7D0B4051 subf. r8,r11,r8
- 109: GETL R11, t74
- 110: GETL R8, t76
- 111: SUBL t74, t76
- 112: PUTL t76, R8
- 113: CMP0L t76, t78 (-rSo)
- 114: ICRFL t78, $0x0, CR
- 115: INCEIPL $4
-
- 0xFEE5A54: 1CDD003C mulli r6,r29,60
- 116: GETL R29, t80
- 117: MULL $0x3C, t80
- 118: PUTL t80, R6
- 119: INCEIPL $4
-
- 0xFEE5A58: 93B70004 stw r29,4(r23)
- 120: GETL R29, t82
- 121: GETL R23, t84
- 122: ADDL $0x4, t84
- 123: STL t82, (t84)
- 124: INCEIPL $4
-
- 0xFEE5A5C: 7FE61850 subf r31,r6,r3
- 125: GETL R6, t86
- 126: GETL R3, t88
- 127: SUBL t86, t88
- 128: PUTL t88, R31
- 129: INCEIPL $4
-
- 0xFEE5A60: 93F70000 stw r31,0(r23)
- 130: GETL R31, t90
- 131: GETL R23, t92
- 132: STL t90, (t92)
- 133: INCEIPL $4
-
- 0xFEE5A64: 41800258 bc 12,0,0xFEE5CBC
- 134: Js00o $0xFEE5CBC
-
-
-
-. 3134 FEE59E8 128
-. 3F 20 91 A2 7C E8 FE 70 63 38 B3 C5 3D 60 92 49 7D 27 C0 96 61 7F 24 93 3C C0 88 88 60 DC 88 89 7C 09 3A 14 7C 03 5E 70 7F A8 18 50 39 0C 00 04 1D 5D 0E 10 7D 05 FE 70 93 B7 00 08 7F 68 F8 96 7C 6A 38 50 7C 78 FE 70 7F 23 E0 96 7F 5B 42 14 7F 44 16 70 7C 05 20 50 7C F9 1A 14 1D 60 00 07 7C E9 2E 70 7F B8 48 50 7D 0B 40 51 1C DD 00 3C 93 B7 00 04 7F E6 18 50 93 F7 00 00 41 80 02 58
-==== BB 3135 (0xFEE5A68) approx BBs exec'd 0 ====
-
- 0xFEE5A68: 91170018 stw r8,24(r23)
- 0: GETL R8, t0
- 1: GETL R23, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFEE5A6C: 3CA051EB lis r5,20971
- 5: MOVL $0x51EB0000, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0xFEE5A70: 3C80B38C lis r4,-19572
- 8: MOVL $0xB38C0000, t6
- 9: PUTL t6, R4
- 10: INCEIPL $4
-
- 0xFEE5A74: 60BA851F ori r26,r5,0x851F
- 11: MOVL $0x51EB851F, t8
- 12: PUTL t8, R26
- 13: INCEIPL $4
-
- 0xFEE5A78: 6098F9B1 ori r24,r4,0xF9B1
- 14: MOVL $0xB38CF9B1, t10
- 15: PUTL t10, R24
- 16: INCEIPL $4
-
- 0xFEE5A7C: 3BE007B2 li r31,1970
- 17: MOVL $0x7B2, t12
- 18: PUTL t12, R31
- 19: INCEIPL $4
-
- 0xFEE5A80: 391FFFFF addi r8,r31,-1
- 20: MOVL $0x7B1, t14
- 21: PUTL t14, R8
- 22: INCEIPL $4
-
- 0xFEE5A84: 2F0C0000 cmpi cr6,r12,0
- 23: GETL R12, t16
- 24: CMP0L t16, t18 (-rSo)
- 25: ICRFL t18, $0x6, CR
- 26: INCEIPL $4
-
- 0xFEE5A88: 7D1B1670 srawi r27,r8,2
- 27: GETL R8, t20
- 28: SARL $0x2, t20 (-wCa)
- 29: PUTL t20, R27
- 30: INCEIPL $4
-
- 0xFEE5A8C: 7F7B0194 addze r27,r27
- 31: GETL R27, t22
- 32: ADCL $0x0, t22 (-rCa-wCa)
- 33: PUTL t22, R27
- 34: INCEIPL $4
-
- 0xFEE5A90: 7D8AFE70 srawi r10,r12,31
- 35: GETL R12, t24
- 36: SARL $0x1F, t24 (-wCa)
- 37: PUTL t24, R10
- 38: INCEIPL $4
-
- 0xFEE5A94: 5779103A rlwinm r25,r27,2,0,29
- 39: GETL R27, t26
- 40: SHLL $0x2, t26
- 41: PUTL t26, R25
- 42: INCEIPL $4
-
- 0xFEE5A98: 7D05FE70 srawi r5,r8,31
- 43: GETL R8, t28
- 44: SARL $0x1F, t28 (-wCa)
- 45: PUTL t28, R5
- 46: INCEIPL $4
-
- 0xFEE5A9C: 7C994050 subf r4,r25,r8
- 47: GETL R25, t30
- 48: GETL R8, t32
- 49: SUBL t30, t32
- 50: PUTL t32, R4
- 51: INCEIPL $4
-
- 0xFEE5AA0: 73E70003 andi. r7,r31,0x3
- 52: GETL R31, t34
- 53: ANDL $0x3, t34
- 54: PUTL t34, R7
- 55: CMP0L t34, t36 (-rSo)
- 56: ICRFL t36, $0x0, CR
- 57: INCEIPL $4
-
- 0xFEE5AA4: 54990FFE rlwinm r25,r4,1,31,31
- 58: GETL R4, t38
- 59: SHRL $0x1F, t38
- 60: PUTL t38, R25
- 61: INCEIPL $4
-
- 0xFEE5AA8: 41980044 bc 12,24,0xFEE5AEC
- 62: Js24o $0xFEE5AEC
-
-
-
-. 3135 FEE5A68 68
-. 91 17 00 18 3C A0 51 EB 3C 80 B3 8C 60 BA 85 1F 60 98 F9 B1 3B E0 07 B2 39 1F FF FF 2F 0C 00 00 7D 1B 16 70 7F 7B 01 94 7D 8A FE 70 57 79 10 3A 7D 05 FE 70 7C 99 40 50 73 E7 00 03 54 99 0F FE 41 98 00 44
-==== BB 3136 (0xFEE5AAC) approx BBs exec'd 0 ====
-
- 0xFEE5AAC: 7FEBFE70 srawi r11,r31,31
- 0: GETL R31, t0
- 1: SARL $0x1F, t0 (-wCa)
- 2: PUTL t0, R11
- 3: INCEIPL $4
-
- 0xFEE5AB0: 2C8C016C cmpi cr1,r12,364
- 4: GETL R12, t2
- 5: MOVL $0x16C, t6
- 6: CMPL t2, t6, t4 (-rSo)
- 7: ICRFL t4, $0x1, CR
- 8: INCEIPL $4
-
- 0xFEE5AB4: 40820034 bc 4,2,0xFEE5AE8
- 9: Jc02o $0xFEE5AE8
-
-
-
-. 3136 FEE5AAC 12
-. 7F EB FE 70 2C 8C 01 6C 40 82 00 34
-==== BB 3137 (0xFEE5AE8) approx BBs exec'd 0 ====
-
- 0xFEE5AE8: 40850108 bc 4,5,0xFEE5BF0
- 0: Jc05o $0xFEE5BF0
-
-
-
-. 3137 FEE5AE8 4
-. 40 85 01 08
-==== BB 3138 (0xFEE5AEC) approx BBs exec'd 0 ====
-
- 0xFEE5AEC: 7C0CC096 mulhw r0,r12,r24
- 0: GETL R12, t0
- 1: GETL R24, t2
- 2: MULHL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFEE5AF0: 7FA06214 add r29,r0,r12
- 5: GETL R0, t4
- 6: GETL R12, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R29
- 9: INCEIPL $4
-
- 0xFEE5AF4: 7C88D096 mulhw r4,r8,r26
- 10: GETL R8, t8
- 11: GETL R26, t10
- 12: MULHL t8, t10
- 13: PUTL t10, R4
- 14: INCEIPL $4
-
- 0xFEE5AF8: 7FAB4670 srawi r11,r29,8
- 15: GETL R29, t12
- 16: SARL $0x8, t12 (-wCa)
- 17: PUTL t12, R11
- 18: INCEIPL $4
-
- 0xFEE5AFC: 7F8A5850 subf r28,r10,r11
- 19: GETL R10, t14
- 20: GETL R11, t16
- 21: SUBL t14, t16
- 22: PUTL t16, R28
- 23: INCEIPL $4
-
- 0xFEE5B00: 7CDCFA14 add r6,r28,r31
- 24: GETL R28, t18
- 25: GETL R31, t20
- 26: ADDL t18, t20
- 27: PUTL t20, R6
- 28: INCEIPL $4
-
- 0xFEE5B04: 1D3C016D mulli r9,r28,365
- 29: GETL R28, t22
- 30: MULL $0x16D, t22
- 31: PUTL t22, R9
- 32: INCEIPL $4
-
- 0xFEE5B08: 7C9C3E70 srawi r28,r4,7
- 33: GETL R4, t24
- 34: SARL $0x7, t24 (-wCa)
- 35: PUTL t24, R28
- 36: INCEIPL $4
-
- 0xFEE5B0C: 7F85E050 subf r28,r5,r28
- 37: GETL R5, t26
- 38: GETL R28, t28
- 39: SUBL t26, t28
- 40: PUTL t28, R28
- 41: INCEIPL $4
-
- 0xFEE5B10: 7C696050 subf r3,r9,r12
- 42: GETL R9, t30
- 43: GETL R12, t32
- 44: SUBL t30, t32
- 45: PUTL t32, R3
- 46: INCEIPL $4
-
- 0xFEE5B14: 7C892E70 srawi r9,r4,5
- 47: GETL R4, t34
- 48: SARL $0x5, t34 (-wCa)
- 49: PUTL t34, R9
- 50: INCEIPL $4
-
- 0xFEE5B18: 54670FFE rlwinm r7,r3,1,31,31
- 51: GETL R3, t36
- 52: SHRL $0x1F, t36
- 53: PUTL t36, R7
- 54: INCEIPL $4
-
- 0xFEE5B1C: 7D254850 subf r9,r5,r9
- 55: GETL R5, t38
- 56: GETL R9, t40
- 57: SUBL t38, t40
- 58: PUTL t40, R9
- 59: INCEIPL $4
-
- 0xFEE5B20: 7CC73050 subf r6,r7,r6
- 60: GETL R7, t42
- 61: GETL R6, t44
- 62: SUBL t42, t44
- 63: PUTL t44, R6
- 64: INCEIPL $4
-
- 0xFEE5B24: 38E6FFFF addi r7,r6,-1
- 65: GETL R6, t46
- 66: ADDL $0xFFFFFFFF, t46
- 67: PUTL t46, R7
- 68: INCEIPL $4
-
- 0xFEE5B28: 7C07D096 mulhw r0,r7,r26
- 69: GETL R7, t48
- 70: GETL R26, t50
- 71: MULHL t48, t50
- 72: PUTL t50, R0
- 73: INCEIPL $4
-
- 0xFEE5B2C: 7CEBFE70 srawi r11,r7,31
- 74: GETL R7, t52
- 75: SARL $0x1F, t52 (-wCa)
- 76: PUTL t52, R11
- 77: INCEIPL $4
-
- 0xFEE5B30: 7C0A2E70 srawi r10,r0,5
- 78: GETL R0, t54
- 79: SARL $0x5, t54 (-wCa)
- 80: PUTL t54, R10
- 81: INCEIPL $4
-
- 0xFEE5B34: 7C1D3E70 srawi r29,r0,7
- 82: GETL R0, t56
- 83: SARL $0x7, t56 (-wCa)
- 84: PUTL t56, R29
- 85: INCEIPL $4
-
- 0xFEE5B38: 7D4B5050 subf r10,r11,r10
- 86: GETL R11, t58
- 87: GETL R10, t60
- 88: SUBL t58, t60
- 89: PUTL t60, R10
- 90: INCEIPL $4
-
- 0xFEE5B3C: 7FABE850 subf r29,r11,r29
- 91: GETL R11, t62
- 92: GETL R29, t64
- 93: SUBL t62, t64
- 94: PUTL t64, R29
- 95: INCEIPL $4
-
- 0xFEE5B40: 1C6A0064 mulli r3,r10,100
- 96: GETL R10, t66
- 97: MULL $0x64, t66
- 98: PUTL t66, R3
- 99: INCEIPL $4
-
- 0xFEE5B44: 1C9D0190 mulli r4,r29,400
- 100: GETL R29, t68
- 101: MULL $0x190, t68
- 102: PUTL t68, R4
- 103: INCEIPL $4
-
- 0xFEE5B48: 7CA33850 subf r5,r3,r7
- 104: GETL R3, t70
- 105: GETL R7, t72
- 106: SUBL t70, t72
- 107: PUTL t72, R5
- 108: INCEIPL $4
-
- 0xFEE5B4C: 1C090064 mulli r0,r9,100
- 109: GETL R9, t74
- 110: MULL $0x64, t74
- 111: PUTL t74, R0
- 112: INCEIPL $4
-
- 0xFEE5B50: 54AB0FFE rlwinm r11,r5,1,31,31
- 113: GETL R5, t76
- 114: SHRL $0x1F, t76
- 115: PUTL t76, R11
- 116: INCEIPL $4
-
- 0xFEE5B54: 1C7C0190 mulli r3,r28,400
- 117: GETL R28, t78
- 118: MULL $0x190, t78
- 119: PUTL t78, R3
- 120: INCEIPL $4
-
- 0xFEE5B58: 7CA43850 subf r5,r4,r7
- 121: GETL R4, t80
- 122: GETL R7, t82
- 123: SUBL t80, t82
- 124: PUTL t82, R5
- 125: INCEIPL $4
-
- 0xFEE5B5C: 7C804050 subf r4,r0,r8
- 126: GETL R0, t84
- 127: GETL R8, t86
- 128: SUBL t84, t86
- 129: PUTL t86, R4
- 130: INCEIPL $4
-
- 0xFEE5B60: 7CE01670 srawi r0,r7,2
- 131: GETL R7, t88
- 132: SARL $0x2, t88 (-wCa)
- 133: PUTL t88, R0
- 134: INCEIPL $4
-
- 0xFEE5B64: 7C000194 addze r0,r0
- 135: GETL R0, t90
- 136: ADCL $0x0, t90 (-rCa-wCa)
- 137: PUTL t90, R0
- 138: INCEIPL $4
-
- 0xFEE5B68: 7D4B5050 subf r10,r11,r10
- 139: GETL R11, t92
- 140: GETL R10, t94
- 141: SUBL t92, t94
- 142: PUTL t94, R10
- 143: INCEIPL $4
-
- 0xFEE5B6C: 7C634050 subf r3,r3,r8
- 144: GETL R3, t96
- 145: GETL R8, t98
- 146: SUBL t96, t98
- 147: PUTL t98, R3
- 148: INCEIPL $4
-
- 0xFEE5B70: 54A50FFE rlwinm r5,r5,1,31,31
- 149: GETL R5, t100
- 150: SHRL $0x1F, t100
- 151: PUTL t100, R5
- 152: INCEIPL $4
-
- 0xFEE5B74: 54840FFE rlwinm r4,r4,1,31,31
- 153: GETL R4, t102
- 154: SHRL $0x1F, t102
- 155: PUTL t102, R4
- 156: INCEIPL $4
-
- 0xFEE5B78: 7D7F3050 subf r11,r31,r6
- 157: GETL R31, t104
- 158: GETL R6, t106
- 159: SUBL t104, t106
- 160: PUTL t106, R11
- 161: INCEIPL $4
-
- 0xFEE5B7C: 541F103A rlwinm r31,r0,2,0,29
- 162: GETL R0, t108
- 163: SHLL $0x2, t108
- 164: PUTL t108, R31
- 165: INCEIPL $4
-
- 0xFEE5B80: 7FA5E850 subf r29,r5,r29
- 166: GETL R5, t110
- 167: GETL R29, t112
- 168: SUBL t110, t112
- 169: PUTL t112, R29
- 170: INCEIPL $4
-
- 0xFEE5B84: 7D0A0050 subf r8,r10,r0
- 171: GETL R10, t114
- 172: GETL R0, t116
- 173: SUBL t114, t116
- 174: PUTL t116, R8
- 175: INCEIPL $4
-
- 0xFEE5B88: 7CBF3850 subf r5,r31,r7
- 176: GETL R31, t118
- 177: GETL R7, t120
- 178: SUBL t118, t120
- 179: PUTL t120, R5
- 180: INCEIPL $4
-
- 0xFEE5B8C: 7D244850 subf r9,r4,r9
- 181: GETL R4, t122
- 182: GETL R9, t124
- 183: SUBL t122, t124
- 184: PUTL t124, R9
- 185: INCEIPL $4
-
- 0xFEE5B90: 547F0FFE rlwinm r31,r3,1,31,31
- 186: GETL R3, t126
- 187: SHRL $0x1F, t126
- 188: PUTL t126, R31
- 189: INCEIPL $4
-
- 0xFEE5B94: 1D4B016D mulli r10,r11,365
- 190: GETL R11, t128
- 191: MULL $0x16D, t128
- 192: PUTL t128, R10
- 193: INCEIPL $4
-
- 0xFEE5B98: 7C08EA14 add r0,r8,r29
- 194: GETL R8, t130
- 195: GETL R29, t132
- 196: ADDL t130, t132
- 197: PUTL t132, R0
- 198: INCEIPL $4
-
- 0xFEE5B9C: 7C9FE050 subf r4,r31,r28
- 199: GETL R31, t134
- 200: GETL R28, t136
- 201: SUBL t134, t136
- 202: PUTL t136, R4
- 203: INCEIPL $4
-
- 0xFEE5BA0: 7D09D850 subf r8,r9,r27
- 204: GETL R9, t138
- 205: GETL R27, t140
- 206: SUBL t138, t140
- 207: PUTL t140, R8
- 208: INCEIPL $4
-
- 0xFEE5BA4: 54A70FFE rlwinm r7,r5,1,31,31
- 209: GETL R5, t142
- 210: SHRL $0x1F, t142
- 211: PUTL t142, R7
- 212: INCEIPL $4
-
- 0xFEE5BA8: 7FE82214 add r31,r8,r4
- 213: GETL R8, t144
- 214: GETL R4, t146
- 215: ADDL t144, t146
- 216: PUTL t146, R31
- 217: INCEIPL $4
-
- 0xFEE5BAC: 7C670050 subf r3,r7,r0
- 218: GETL R7, t148
- 219: GETL R0, t150
- 220: SUBL t148, t150
- 221: PUTL t150, R3
- 222: INCEIPL $4
-
- 0xFEE5BB0: 7FB9F850 subf r29,r25,r31
- 223: GETL R25, t152
- 224: GETL R31, t154
- 225: SUBL t152, t154
- 226: PUTL t154, R29
- 227: INCEIPL $4
-
- 0xFEE5BB4: 7F8A1A14 add r28,r10,r3
- 228: GETL R10, t156
- 229: GETL R3, t158
- 230: ADDL t156, t158
- 231: PUTL t158, R28
- 232: INCEIPL $4
-
- 0xFEE5BB8: 7F7DE050 subf r27,r29,r28
- 233: GETL R29, t160
- 234: GETL R28, t162
- 235: SUBL t160, t162
- 236: PUTL t162, R27
- 237: INCEIPL $4
-
- 0xFEE5BBC: 7CDF3378 or r31,r6,r6
- 238: GETL R6, t164
- 239: PUTL t164, R31
- 240: INCEIPL $4
-
- 0xFEE5BC0: 7D9B6050 subf r12,r27,r12
- 241: GETL R27, t166
- 242: GETL R12, t168
- 243: SUBL t166, t168
- 244: PUTL t168, R12
- 245: INCEIPL $4
-
- 0xFEE5BC4: 4BFFFEBC b 0xFEE5A80
- 246: JMPo $0xFEE5A80 ($4)
-
-
-
-. 3138 FEE5AEC 220
-. 7C 0C C0 96 7F A0 62 14 7C 88 D0 96 7F AB 46 70 7F 8A 58 50 7C DC FA 14 1D 3C 01 6D 7C 9C 3E 70 7F 85 E0 50 7C 69 60 50 7C 89 2E 70 54 67 0F FE 7D 25 48 50 7C C7 30 50 38 E6 FF FF 7C 07 D0 96 7C EB FE 70 7C 0A 2E 70 7C 1D 3E 70 7D 4B 50 50 7F AB E8 50 1C 6A 00 64 1C 9D 01 90 7C A3 38 50 1C 09 00 64 54 AB 0F FE 1C 7C 01 90 7C A4 38 50 7C 80 40 50 7C E0 16 70 7C 00 01 94 7D 4B 50 50 7C 63 40 50 54 A5 0F FE 54 84 0F FE 7D 7F 30 50 54 1F 10 3A 7F A5 E8 50 7D 0A 00 50 7C BF 38 50 7D 24 48 50 54 7F 0F FE 1D 4B 01 6D 7C 08 EA 14 7C 9F E0 50 7D 09 D8 50 54 A7 0F FE 7F E8 22 14 7C 67 00 50 7F B9 F8 50 7F 8A 1A 14 7F 7D E0 50 7C DF 33 78 7D 9B 60 50 4B FF FE BC
-==== BB 3139 (0xFEE5A80) approx BBs exec'd 0 ====
-
- 0xFEE5A80: 391FFFFF addi r8,r31,-1
- 0: GETL R31, t0
- 1: ADDL $0xFFFFFFFF, t0
- 2: PUTL t0, R8
- 3: INCEIPL $4
-
- 0xFEE5A84: 2F0C0000 cmpi cr6,r12,0
- 4: GETL R12, t2
- 5: CMP0L t2, t4 (-rSo)
- 6: ICRFL t4, $0x6, CR
- 7: INCEIPL $4
-
- 0xFEE5A88: 7D1B1670 srawi r27,r8,2
- 8: GETL R8, t6
- 9: SARL $0x2, t6 (-wCa)
- 10: PUTL t6, R27
- 11: INCEIPL $4
-
- 0xFEE5A8C: 7F7B0194 addze r27,r27
- 12: GETL R27, t8
- 13: ADCL $0x0, t8 (-rCa-wCa)
- 14: PUTL t8, R27
- 15: INCEIPL $4
-
- 0xFEE5A90: 7D8AFE70 srawi r10,r12,31
- 16: GETL R12, t10
- 17: SARL $0x1F, t10 (-wCa)
- 18: PUTL t10, R10
- 19: INCEIPL $4
-
- 0xFEE5A94: 5779103A rlwinm r25,r27,2,0,29
- 20: GETL R27, t12
- 21: SHLL $0x2, t12
- 22: PUTL t12, R25
- 23: INCEIPL $4
-
- 0xFEE5A98: 7D05FE70 srawi r5,r8,31
- 24: GETL R8, t14
- 25: SARL $0x1F, t14 (-wCa)
- 26: PUTL t14, R5
- 27: INCEIPL $4
-
- 0xFEE5A9C: 7C994050 subf r4,r25,r8
- 28: GETL R25, t16
- 29: GETL R8, t18
- 30: SUBL t16, t18
- 31: PUTL t18, R4
- 32: INCEIPL $4
-
- 0xFEE5AA0: 73E70003 andi. r7,r31,0x3
- 33: GETL R31, t20
- 34: ANDL $0x3, t20
- 35: PUTL t20, R7
- 36: CMP0L t20, t22 (-rSo)
- 37: ICRFL t22, $0x0, CR
- 38: INCEIPL $4
-
- 0xFEE5AA4: 54990FFE rlwinm r25,r4,1,31,31
- 39: GETL R4, t24
- 40: SHRL $0x1F, t24
- 41: PUTL t24, R25
- 42: INCEIPL $4
-
- 0xFEE5AA8: 41980044 bc 12,24,0xFEE5AEC
- 43: Js24o $0xFEE5AEC
-
-
-
-. 3139 FEE5A80 44
-. 39 1F FF FF 2F 0C 00 00 7D 1B 16 70 7F 7B 01 94 7D 8A FE 70 57 79 10 3A 7D 05 FE 70 7C 99 40 50 73 E7 00 03 54 99 0F FE 41 98 00 44
-==== BB 3140 (0xFEE5BF0) approx BBs exec'd 0 ====
-
- 0xFEE5BF0: 2C870000 cmpi cr1,r7,0
- 0: GETL R7, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFEE5BF4: 3B5FF894 addi r26,r31,-1900
- 4: GETL R31, t4
- 5: ADDL $0xFFFFF894, t4
- 6: PUTL t4, R26
- 7: INCEIPL $4
-
- 0xFEE5BF8: 93570014 stw r26,20(r23)
- 8: GETL R26, t6
- 9: GETL R23, t8
- 10: ADDL $0x14, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFEE5BFC: 39600000 li r11,0
- 13: MOVL $0x0, t10
- 14: PUTL t10, R11
- 15: INCEIPL $4
-
- 0xFEE5C00: 9197001C stw r12,28(r23)
- 16: GETL R12, t12
- 17: GETL R23, t14
- 18: ADDL $0x1C, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0xFEE5C04: 40860040 bc 4,6,0xFEE5C44
- 21: Jc06o $0xFEE5C44
-
-
-
-. 3140 FEE5BF0 24
-. 2C 87 00 00 3B 5F F8 94 93 57 00 14 39 60 00 00 91 97 00 1C 40 86 00 40
-==== BB 3141 (0xFEE5C44) approx BBs exec'd 0 ====
-
- 0xFEE5C44: 1D6B001A mulli r11,r11,26
- 0: GETL R11, t0
- 1: MULL $0x1A, t0
- 2: PUTL t0, R11
- 3: INCEIPL $4
-
- 0xFEE5C48: 807E1CAC lwz r3,7340(r30)
- 4: GETL R30, t2
- 5: ADDL $0x1CAC, t2
- 6: LDL (t2), t4
- 7: PUTL t4, R3
- 8: INCEIPL $4
-
- 0xFEE5C4C: 3900000B li r8,11
- 9: MOVL $0xB, t6
- 10: PUTL t6, R8
- 11: INCEIPL $4
-
- 0xFEE5C50: 39400016 li r10,22
- 12: MOVL $0x16, t8
- 13: PUTL t8, R10
- 14: INCEIPL $4
-
- 0xFEE5C54: 7D6B1A14 add r11,r11,r3
- 15: GETL R11, t10
- 16: GETL R3, t12
- 17: ADDL t10, t12
- 18: PUTL t12, R11
- 19: INCEIPL $4
-
- 0xFEE5C58: A3EB0016 lhz r31,22(r11)
- 20: GETL R11, t14
- 21: ADDL $0x16, t14
- 22: LDW (t14), t16
- 23: PUTL t16, R31
- 24: INCEIPL $4
-
- 0xFEE5C5C: 7F9F6000 cmp cr7,r31,r12
- 25: GETL R31, t18
- 26: GETL R12, t20
- 27: CMPL t18, t20, t22 (-rSo)
- 28: ICRFL t22, $0x7, CR
- 29: INCEIPL $4
-
- 0xFEE5C60: 409D0018 bc 4,29,0xFEE5C78
- 30: Jc29o $0xFEE5C78
-
-
-
-. 3141 FEE5C44 32
-. 1D 6B 00 1A 80 7E 1C AC 39 00 00 0B 39 40 00 16 7D 6B 1A 14 A3 EB 00 16 7F 9F 60 00 40 9D 00 18
-==== BB 3142 (0xFEE5C64) approx BBs exec'd 0 ====
-
- 0xFEE5C64: 3908FFFF addi r8,r8,-1
- 0: GETL R8, t0
- 1: ADDL $0xFFFFFFFF, t0
- 2: PUTL t0, R8
- 3: INCEIPL $4
-
- 0xFEE5C68: 550A083C rlwinm r10,r8,1,0,30
- 4: GETL R8, t2
- 5: SHLL $0x1, t2
- 6: PUTL t2, R10
- 7: INCEIPL $4
-
- 0xFEE5C6C: 7F8A5A2E lhzx r28,r10,r11
- 8: GETL R11, t4
- 9: GETL R10, t6
- 10: ADDL t6, t4
- 11: LDW (t4), t8
- 12: PUTL t8, R28
- 13: INCEIPL $4
-
- 0xFEE5C70: 7F9C6000 cmp cr7,r28,r12
- 14: GETL R28, t10
- 15: GETL R12, t12
- 16: CMPL t10, t12, t14 (-rSo)
- 17: ICRFL t14, $0x7, CR
- 18: INCEIPL $4
-
- 0xFEE5C74: 419DFFF0 bc 12,29,0xFEE5C64
- 19: Js29o $0xFEE5C64
-
-
-
-. 3142 FEE5C64 20
-. 39 08 FF FF 55 0A 08 3C 7F 8A 5A 2E 7F 9C 60 00 41 9D FF F0
-==== BB 3143 (0xFEE5C78) approx BBs exec'd 0 ====
-
- 0xFEE5C78: 7FAA5A2E lhzx r29,r10,r11
- 0: GETL R11, t0
- 1: GETL R10, t2
- 2: ADDL t2, t0
- 3: LDW (t0), t4
- 4: PUTL t4, R29
- 5: INCEIPL $4
-
- 0xFEE5C7C: 38600001 li r3,1
- 6: MOVL $0x1, t6
- 7: PUTL t6, R3
- 8: INCEIPL $4
-
- 0xFEE5C80: 91170010 stw r8,16(r23)
- 9: GETL R8, t8
- 10: GETL R23, t10
- 11: ADDL $0x10, t10
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0xFEE5C84: 7D3D6050 subf r9,r29,r12
- 14: GETL R29, t12
- 15: GETL R12, t14
- 16: SUBL t12, t14
- 17: PUTL t14, R9
- 18: INCEIPL $4
-
- 0xFEE5C88: 83010010 lwz r24,16(r1)
- 19: GETL R1, t16
- 20: ADDL $0x10, t16
- 21: LDL (t16), t18
- 22: PUTL t18, R24
- 23: INCEIPL $4
-
- 0xFEE5C8C: 39890001 addi r12,r9,1
- 24: GETL R9, t20
- 25: ADDL $0x1, t20
- 26: PUTL t20, R12
- 27: INCEIPL $4
-
- 0xFEE5C90: 83210014 lwz r25,20(r1)
- 28: GETL R1, t22
- 29: ADDL $0x14, t22
- 30: LDL (t22), t24
- 31: PUTL t24, R25
- 32: INCEIPL $4
-
- 0xFEE5C94: 9197000C stw r12,12(r23)
- 33: GETL R12, t26
- 34: GETL R23, t28
- 35: ADDL $0xC, t28
- 36: STL t26, (t28)
- 37: INCEIPL $4
-
- 0xFEE5C98: 83410018 lwz r26,24(r1)
- 38: GETL R1, t30
- 39: ADDL $0x18, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R26
- 42: INCEIPL $4
-
- 0xFEE5C9C: 82E1000C lwz r23,12(r1)
- 43: GETL R1, t34
- 44: ADDL $0xC, t34
- 45: LDL (t34), t36
- 46: PUTL t36, R23
- 47: INCEIPL $4
-
- 0xFEE5CA0: 8361001C lwz r27,28(r1)
- 48: GETL R1, t38
- 49: ADDL $0x1C, t38
- 50: LDL (t38), t40
- 51: PUTL t40, R27
- 52: INCEIPL $4
-
- 0xFEE5CA4: 83810020 lwz r28,32(r1)
- 53: GETL R1, t42
- 54: ADDL $0x20, t42
- 55: LDL (t42), t44
- 56: PUTL t44, R28
- 57: INCEIPL $4
-
- 0xFEE5CA8: 83A10024 lwz r29,36(r1)
- 58: GETL R1, t46
- 59: ADDL $0x24, t46
- 60: LDL (t46), t48
- 61: PUTL t48, R29
- 62: INCEIPL $4
-
- 0xFEE5CAC: 83C10028 lwz r30,40(r1)
- 63: GETL R1, t50
- 64: ADDL $0x28, t50
- 65: LDL (t50), t52
- 66: PUTL t52, R30
- 67: INCEIPL $4
-
- 0xFEE5CB0: 83E1002C lwz r31,44(r1)
- 68: GETL R1, t54
- 69: ADDL $0x2C, t54
- 70: LDL (t54), t56
- 71: PUTL t56, R31
- 72: INCEIPL $4
-
- 0xFEE5CB4: 38210030 addi r1,r1,48
- 73: GETL R1, t58
- 74: ADDL $0x30, t58
- 75: PUTL t58, R1
- 76: INCEIPL $4
-
- 0xFEE5CB8: 4E800020 blr
- 77: GETL LR, t60
- 78: JMPo-r t60 ($4)
-
-
-
-. 3143 FEE5C78 68
-. 7F AA 5A 2E 38 60 00 01 91 17 00 10 7D 3D 60 50 83 01 00 10 39 89 00 01 83 21 00 14 91 97 00 0C 83 41 00 18 82 E1 00 0C 83 61 00 1C 83 81 00 20 83 A1 00 24 83 C1 00 28 83 E1 00 2C 38 21 00 30 4E 80 00 20
-==== BB 3144 (0xFEE7CBC) approx BBs exec'd 0 ====
-
- 0xFEE7CBC: 2C030000 cmpi cr0,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0xFEE7CC0: 41820090 bc 12,2,0xFEE7D50
- 4: Js02o $0xFEE7D50
-
-
-
-. 3144 FEE7CBC 8
-. 2C 03 00 00 41 82 00 90
-==== BB 3145 (0xFEE7CC4) approx BBs exec'd 0 ====
-
- 0xFEE7CC4: 80DF0000 lwz r6,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R6
- 3: INCEIPL $4
-
- 0xFEE7CC8: 80E1000C lwz r7,12(r1)
- 4: GETL R1, t4
- 5: ADDL $0xC, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R7
- 8: INCEIPL $4
-
- 0xFEE7CCC: 7CA63A14 add r5,r6,r7
- 9: GETL R6, t8
- 10: GETL R7, t10
- 11: ADDL t8, t10
- 12: PUTL t10, R5
- 13: INCEIPL $4
-
- 0xFEE7CD0: 90BF0000 stw r5,0(r31)
- 14: GETL R5, t12
- 15: GETL R31, t14
- 16: STL t12, (t14)
- 17: INCEIPL $4
-
- 0xFEE7CD4: 39400000 li r10,0
- 18: MOVL $0x0, t16
- 19: PUTL t16, R10
- 20: INCEIPL $4
-
- 0xFEE7CD8: 7C0004AC sync
- 21: INCEIPL $4
-
- 0xFEE7CDC: 7D00E828 lwarx r8,r0,r29
- 22: GETL R29, t18
- 23: LOCKo
- 24: LDL (t18), t20
- 25: PUTL t20, R8
- 26: INCEIPL $4
-
- 0xFEE7CE0: 7D40E92D stwcx. r10,r0,r29
- 27: GETL R29, t22
- 28: GETL R10, t24
- 29: LOCKo
- 30: STL t24, (t22) (-rSo)
- 31: ICRFL cr, $0x0, CR
- 32: INCEIPL $4
-
- 0xFEE7CE4: 40A2FFF8 bc 5,2,0xFEE7CDC
- 33: Jc02o $0xFEE7CDC
-
-
-
-. 3145 FEE7CC4 36
-. 80 DF 00 00 80 E1 00 0C 7C A6 3A 14 90 BF 00 00 39 40 00 00 7C 00 04 AC 7D 00 E8 28 7D 40 E9 2D 40 A2 FF F8
-==== BB 3146 (0xFEE7CE8) approx BBs exec'd 0 ====
-
- 0xFEE7CE8: 2F880001 cmpi cr7,r8,1
- 0: GETL R8, t0
- 1: MOVL $0x1, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFEE7CEC: 419D0074 bc 12,29,0xFEE7D60
- 5: Js29o $0xFEE7D60
-
-
-
-. 3146 FEE7CE8 8
-. 2F 88 00 01 41 9D 00 74
-==== BB 3147 (0xFEE7CF0) approx BBs exec'd 0 ====
-
- 0xFEE7CF0: 7FE5FB78 or r5,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0xFEE7CF4: 83A10034 lwz r29,52(r1)
- 3: GETL R1, t2
- 4: ADDL $0x34, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R29
- 7: INCEIPL $4
-
- 0xFEE7CF8: 7CA32B78 or r3,r5,r5
- 8: GETL R5, t6
- 9: PUTL t6, R3
- 10: INCEIPL $4
-
- 0xFEE7CFC: 83410018 lwz r26,24(r1)
- 11: GETL R1, t8
- 12: ADDL $0x18, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R26
- 15: INCEIPL $4
-
- 0xFEE7D00: 7FA803A6 mtlr r29
- 16: GETL R29, t12
- 17: PUTL t12, LR
- 18: INCEIPL $4
-
- 0xFEE7D04: 8361001C lwz r27,28(r1)
- 19: GETL R1, t14
- 20: ADDL $0x1C, t14
- 21: LDL (t14), t16
- 22: PUTL t16, R27
- 23: INCEIPL $4
-
- 0xFEE7D08: 83810020 lwz r28,32(r1)
- 24: GETL R1, t18
- 25: ADDL $0x20, t18
- 26: LDL (t18), t20
- 27: PUTL t20, R28
- 28: INCEIPL $4
-
- 0xFEE7D0C: 83A10024 lwz r29,36(r1)
- 29: GETL R1, t22
- 30: ADDL $0x24, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R29
- 33: INCEIPL $4
-
- 0xFEE7D10: 83C10028 lwz r30,40(r1)
- 34: GETL R1, t26
- 35: ADDL $0x28, t26
- 36: LDL (t26), t28
- 37: PUTL t28, R30
- 38: INCEIPL $4
-
- 0xFEE7D14: 83E1002C lwz r31,44(r1)
- 39: GETL R1, t30
- 40: ADDL $0x2C, t30
- 41: LDL (t30), t32
- 42: PUTL t32, R31
- 43: INCEIPL $4
-
- 0xFEE7D18: 38210030 addi r1,r1,48
- 44: GETL R1, t34
- 45: ADDL $0x30, t34
- 46: PUTL t34, R1
- 47: INCEIPL $4
-
- 0xFEE7D1C: 4E800020 blr
- 48: GETL LR, t36
- 49: JMPo-r t36 ($4)
-
-
-
-. 3147 FEE7CF0 48
-. 7F E5 FB 78 83 A1 00 34 7C A3 2B 78 83 41 00 18 7F A8 03 A6 83 61 00 1C 83 81 00 20 83 A1 00 24 83 C1 00 28 83 E1 00 2C 38 21 00 30 4E 80 00 20
-==== BB 3148 (0xFEE5FDC) approx BBs exec'd 0 ====
-
- 0xFEE5FDC: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFEE5FE0: 83C10008 lwz r30,8(r1)
- 5: GETL R1, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R30
- 9: INCEIPL $4
-
- 0xFEE5FE4: 38210010 addi r1,r1,16
- 10: GETL R1, t8
- 11: ADDL $0x10, t8
- 12: PUTL t8, R1
- 13: INCEIPL $4
-
- 0xFEE5FE8: 7C0803A6 mtlr r0
- 14: GETL R0, t10
- 15: PUTL t10, LR
- 16: INCEIPL $4
-
- 0xFEE5FEC: 4E800020 blr
- 17: GETL LR, t12
- 18: JMPo-r t12 ($4)
-
-
-
-. 3148 FEE5FDC 20
-. 80 01 00 14 83 C1 00 08 38 21 00 10 7C 08 03 A6 4E 80 00 20
-==== BB 3149 (0x100013B0) approx BBs exec'd 0 ====
-
- 0x100013B0: 7C7A1B79 or. r26,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R26
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x100013B4: 41820134 bc 12,2,0x100014E8
- 5: Js02o $0x100014E8
-
-
-
-. 3149 100013B0 8
-. 7C 7A 1B 79 41 82 01 34
-==== BB 3150 (0x100013B8) approx BBs exec'd 0 ====
-
- 0x100013B8: 83FE000C lwz r31,12(r30)
- 0: GETL R30, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R31
- 4: INCEIPL $4
-
- 0x100013BC: 3B010030 addi r24,r1,48
- 5: GETL R1, t4
- 6: ADDL $0x30, t4
- 7: PUTL t4, R24
- 8: INCEIPL $4
-
- 0x100013C0: 3B200001 li r25,1
- 9: MOVL $0x1, t6
- 10: PUTL t6, R25
- 11: INCEIPL $4
-
- 0x100013C4: 7FA3EB78 or r3,r29,r29
- 12: GETL R29, t8
- 13: PUTL t8, R3
- 14: INCEIPL $4
-
- 0x100013C8: 38810038 addi r4,r1,56
- 15: GETL R1, t10
- 16: ADDL $0x38, t10
- 17: PUTL t10, R4
- 18: INCEIPL $4
-
- 0x100013CC: 38A00001 li r5,1
- 19: MOVL $0x1, t12
- 20: PUTL t12, R5
- 21: INCEIPL $4
-
- 0x100013D0: 3B800000 li r28,0
- 22: MOVL $0x0, t14
- 23: PUTL t14, R28
- 24: INCEIPL $4
-
- 0x100013D4: 48005185 bl 0x10006558
- 25: MOVL $0x100013D8, t16
- 26: PUTL t16, LR
- 27: JMPo-c $0x10006558 ($4)
-
-
-
-. 3150 100013B8 32
-. 83 FE 00 0C 3B 01 00 30 3B 20 00 01 7F A3 EB 78 38 81 00 38 38 A0 00 01 3B 80 00 00 48 00 51 85
-==== BB 3151 (0x10006558) approx BBs exec'd 0 ====
-
- 0x10006558: 7C0802A6 mflr r0
- 0: GETL LR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x1000655C: 2C030000 cmpi cr0,r3,0
- 3: GETL R3, t2
- 4: CMP0L t2, t4 (-rSo)
- 5: ICRFL t4, $0x0, CR
- 6: INCEIPL $4
-
- 0x10006560: 9421FFF0 stwu r1,-16(r1)
- 7: GETL R1, t6
- 8: GETL R1, t8
- 9: ADDL $0xFFFFFFF0, t8
- 10: PUTL t8, R1
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x10006564: 7C8B2378 or r11,r4,r4
- 13: GETL R4, t10
- 14: PUTL t10, R11
- 15: INCEIPL $4
-
- 0x10006568: 90010014 stw r0,20(r1)
- 16: GETL R0, t12
- 17: GETL R1, t14
- 18: ADDL $0x14, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0x1000656C: 3C007FFF lis r0,32767
- 21: MOVL $0x7FFF0000, t16
- 22: PUTL t16, R0
- 23: INCEIPL $4
-
- 0x10006570: 6000FFFF ori r0,r0,0xFFFF
- 24: MOVL $0x7FFFFFFF, t18
- 25: PUTL t18, R0
- 26: INCEIPL $4
-
- 0x10006574: 81240000 lwz r9,0(r4)
- 27: GETL R4, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R9
- 30: INCEIPL $4
-
- 0x10006578: 41820030 bc 12,2,0x100065A8
- 31: Js02o $0x100065A8
-
-
-
-. 3151 10006558 36
-. 7C 08 02 A6 2C 03 00 00 94 21 FF F0 7C 8B 23 78 90 01 00 14 3C 00 7F FF 60 00 FF FF 81 24 00 00 41 82 00 30
-==== BB 3152 (0x100065A8) approx BBs exec'd 0 ====
-
- 0x100065A8: 2F890000 cmpi cr7,r9,0
- 0: GETL R9, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x100065AC: 40BEFFE0 bc 5,30,0x1000658C
- 4: Jc30o $0x1000658C
-
-
-
-. 3152 100065A8 8
-. 2F 89 00 00 40 BE FF E0
-==== BB 3153 (0x100065B0) approx BBs exec'd 0 ====
-
- 0x100065B0: 38000040 li r0,64
- 0: MOVL $0x40, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x100065B4: 7D202B96 divwu r9, r0, r5
- 3: GETL R0, t4
- 4: GETL R5, t2
- 5: UDIVL t2, t4
- 6: PUTL t4, R9
- 7: INCEIPL $4
-
- 0x100065B8: 20090000 subfic r0,r9,0
- 8: GETL R9, t6
- 9: MOVL $0x0, t8
- 10: SBBL t6, t8 (-wCa)
- 11: PUTL t8, R0
- 12: INCEIPL $4
-
- 0x100065BC: 7C090194 addze r0,r9
- 13: GETL R9, t10
- 14: ADCL $0x0, t10 (-rCa-wCa)
- 15: PUTL t10, R0
- 16: INCEIPL $4
-
- 0x100065C0: 7C090378 or r9,r0,r0
- 17: GETL R0, t12
- 18: PUTL t12, R9
- 19: INCEIPL $4
-
- 0x100065C4: 4BFFFFC8 b 0x1000658C
- 20: JMPo $0x1000658C ($4)
-
-
-
-. 3153 100065B0 24
-. 38 00 00 40 7D 20 2B 96 20 09 00 00 7C 09 01 94 7C 09 03 78 4B FF FF C8
-==== BB 3154 (0x1000658C) approx BBs exec'd 0 ====
-
- 0x1000658C: 7C8929D6 mullw r4,r9,r5
- 0: GETL R9, t0
- 1: GETL R5, t2
- 2: MULL t0, t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x10006590: 912B0000 stw r9,0(r11)
- 5: GETL R9, t4
- 6: GETL R11, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0x10006594: 4BFFFF8D bl 0x10006520
- 9: MOVL $0x10006598, t8
- 10: PUTL t8, LR
- 11: JMPo-c $0x10006520 ($4)
-
-
-
-. 3154 1000658C 12
-. 7C 89 29 D6 91 2B 00 00 4B FF FF 8D
-==== BB 3155 (0x10006520) approx BBs exec'd 0 ====
-
- 0x10006520: 7C0802A6 mflr r0
- 0: GETL LR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x10006524: 9421FFF0 stwu r1,-16(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFF0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0x10006528: 90010014 stw r0,20(r1)
- 9: GETL R0, t6
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x1000652C: 3800FFFF li r0,-1
- 14: MOVL $0xFFFFFFFF, t10
- 15: PUTL t10, R0
- 16: INCEIPL $4
-
- 0x10006530: 7F802040 cmpl cr7,r0,r4
- 17: GETL R0, t12
- 18: GETL R4, t14
- 19: CMPUL t12, t14, t16 (-rSo)
- 20: ICRFL t16, $0x7, CR
- 21: INCEIPL $4
-
- 0x10006534: 419C0020 bc 12,28,0x10006554
- 22: Js28o $0x10006554
-
-
-
-. 3155 10006520 24
-. 7C 08 02 A6 94 21 FF F0 90 01 00 14 38 00 FF FF 7F 80 20 40 41 9C 00 20
-==== BB 3156 (0x10006538) approx BBs exec'd 0 ====
-
- 0x10006538: 48014705 bl 0x1001AC3C
- 0: MOVL $0x1000653C, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x1001AC3C ($4)
-
-
-
-. 3156 10006538 4
-. 48 01 47 05
-==== BB 3157 (0x1001AC3C) approx BBs exec'd 0 ====
-
- 0x1001AC3C: 39600084 li r11,132
- 0: MOVL $0x84, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0x1001AC40: 4BFFFECC b 0x1001AB0C
- 3: JMPo $0x1001AB0C ($4)
-
-
-
-. 3157 1001AC3C 8
-. 39 60 00 84 4B FF FE CC
-==== BB 3158 (0x1000653C) approx BBs exec'd 0 ====
-
- 0x1000653C: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x10006540: 419E0014 bc 12,30,0x10006554
- 4: Js30o $0x10006554
-
-
-
-. 3158 1000653C 8
-. 2F 83 00 00 41 9E 00 14
-==== BB 3159 (0x10006544) approx BBs exec'd 0 ====
-
- 0x10006544: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x10006548: 38210010 addi r1,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R1
- 8: INCEIPL $4
-
- 0x1000654C: 7C0803A6 mtlr r0
- 9: GETL R0, t6
- 10: PUTL t6, LR
- 11: INCEIPL $4
-
- 0x10006550: 4E800020 blr
- 12: GETL LR, t8
- 13: JMPo-r t8 ($4)
-
-
-
-. 3159 10006544 16
-. 80 01 00 14 38 21 00 10 7C 08 03 A6 4E 80 00 20
-==== BB 3160 (0x10006598) approx BBs exec'd 0 ====
-
- 0x10006598: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x1000659C: 38210010 addi r1,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R1
- 8: INCEIPL $4
-
- 0x100065A0: 7C0803A6 mtlr r0
- 9: GETL R0, t6
- 10: PUTL t6, LR
- 11: INCEIPL $4
-
- 0x100065A4: 4E800020 blr
- 12: GETL LR, t8
- 13: JMPo-r t8 ($4)
-
-
-
-. 3160 10006598 16
-. 80 01 00 14 38 21 00 10 7C 08 03 A6 4E 80 00 20
-==== BB 3161 (0x100013D8) approx BBs exec'd 0 ====
-
- 0x100013D8: 809E0070 lwz r4,112(r30)
- 0: GETL R30, t0
- 1: ADDL $0x70, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x100013DC: 9B230000 stb r25,0(r3)
- 5: GETL R25, t4
- 6: GETL R3, t6
- 7: STB t4, (t6)
- 8: INCEIPL $4
-
- 0x100013E0: 7C7D1B78 or r29,r3,r3
- 9: GETL R3, t8
- 10: PUTL t8, R29
- 11: INCEIPL $4
-
- 0x100013E4: 801F0000 lwz r0,0(r31)
- 12: GETL R31, t10
- 13: LDL (t10), t12
- 14: PUTL t12, R0
- 15: INCEIPL $4
-
- 0x100013E8: 38600006 li r3,6
- 16: MOVL $0x6, t14
- 17: PUTL t14, R3
- 18: INCEIPL $4
-
- 0x100013EC: 2F800000 cmpi cr7,r0,0
- 19: GETL R0, t16
- 20: CMP0L t16, t18 (-rSo)
- 21: ICRFL t18, $0x7, CR
- 22: INCEIPL $4
-
- 0x100013F0: 409E00AC bc 4,30,0x1000149C
- 23: Jc30o $0x1000149C
-
-
-
-. 3161 100013D8 28
-. 80 9E 00 70 9B 23 00 00 7C 7D 1B 78 80 1F 00 00 38 60 00 06 2F 80 00 00 40 9E 00 AC
-==== BB 3162 (0x100013F4) approx BBs exec'd 0 ====
-
- 0x100013F4: 80810038 lwz r4,56(r1)
- 0: GETL R1, t0
- 1: ADDL $0x38, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x100013F8: 7F65DB78 or r5,r27,r27
- 5: GETL R27, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x100013FC: 81180004 lwz r8,4(r24)
- 8: GETL R24, t6
- 9: ADDL $0x4, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R8
- 12: INCEIPL $4
-
- 0x10001400: 7F46D378 or r6,r26,r26
- 13: GETL R26, t10
- 14: PUTL t10, R6
- 15: INCEIPL $4
-
- 0x10001404: 38E00000 li r7,0
- 16: MOVL $0x0, t12
- 17: PUTL t12, R7
- 18: INCEIPL $4
-
- 0x10001408: 7FA3EB78 or r3,r29,r29
- 19: GETL R29, t14
- 20: PUTL t14, R3
- 21: INCEIPL $4
-
- 0x1000140C: 480023C9 bl 0x100037D4
- 22: MOVL $0x10001410, t16
- 23: PUTL t16, LR
- 24: JMPo-c $0x100037D4 ($4)
-
-
-
-. 3162 100013F4 28
-. 80 81 00 38 7F 65 DB 78 81 18 00 04 7F 46 D3 78 38 E0 00 00 7F A3 EB 78 48 00 23 C9
-==== BB 3163 (0x100037D4) approx BBs exec'd 0 ====
-
- 0x100037D4: 7C0802A6 mflr r0
- 0: GETL LR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x100037D8: 9421FB40 stwu r1,-1216(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFB40, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0x100037DC: 92C10498 stw r22,1176(r1)
- 9: GETL R22, t6
- 10: GETL R1, t8
- 11: ADDL $0x498, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x100037E0: 480170CD bl 0x1001A8AC
- 14: MOVL $0x100037E4, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0x1001A8AC ($4)
-
-
-
-. 3163 100037D4 16
-. 7C 08 02 A6 94 21 FB 40 92 C1 04 98 48 01 70 CD
-==== BB 3164 (0x100037E4) approx BBs exec'd 0 ====
-
- 0x100037E4: 91E1047C stw r15,1148(r1)
- 0: GETL R15, t0
- 1: GETL R1, t2
- 2: ADDL $0x47C, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x100037E8: 7CEF3B78 or r15,r7,r7
- 5: GETL R7, t4
- 6: PUTL t4, R15
- 7: INCEIPL $4
-
- 0x100037EC: 900104C4 stw r0,1220(r1)
- 8: GETL R0, t6
- 9: GETL R1, t8
- 10: ADDL $0x4C4, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x100037F0: 82C60008 lwz r22,8(r6)
- 13: GETL R6, t10
- 14: ADDL $0x8, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R22
- 17: INCEIPL $4
-
- 0x100037F4: 92210484 stw r17,1156(r1)
- 18: GETL R17, t14
- 19: GETL R1, t16
- 20: ADDL $0x484, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0x100037F8: 3A200000 li r17,0
- 23: MOVL $0x0, t18
- 24: PUTL t18, R17
- 25: INCEIPL $4
-
- 0x100037FC: 2F96000C cmpi cr7,r22,12
- 26: GETL R22, t20
- 27: MOVL $0xC, t24
- 28: CMPL t20, t24, t22 (-rSo)
- 29: ICRFL t22, $0x7, CR
- 30: INCEIPL $4
-
- 0x10003800: 92410488 stw r18,1160(r1)
- 31: GETL R18, t26
- 32: GETL R1, t28
- 33: ADDL $0x488, t28
- 34: STL t26, (t28)
- 35: INCEIPL $4
-
- 0x10003804: 9261048C stw r19,1164(r1)
- 36: GETL R19, t30
- 37: GETL R1, t32
- 38: ADDL $0x48C, t32
- 39: STL t30, (t32)
- 40: INCEIPL $4
-
- 0x10003808: 7D134378 or r19,r8,r8
- 41: GETL R8, t34
- 42: PUTL t34, R19
- 43: INCEIPL $4
-
- 0x1000380C: 92A10494 stw r21,1172(r1)
- 44: GETL R21, t36
- 45: GETL R1, t38
- 46: ADDL $0x494, t38
- 47: STL t36, (t38)
- 48: INCEIPL $4
-
- 0x10003810: 3AA00000 li r21,0
- 49: MOVL $0x0, t40
- 50: PUTL t40, R21
- 51: INCEIPL $4
-
- 0x10003814: 92E1049C stw r23,1180(r1)
- 52: GETL R23, t42
- 53: GETL R1, t44
- 54: ADDL $0x49C, t44
- 55: STL t42, (t44)
- 56: INCEIPL $4
-
- 0x10003818: 7C972378 or r23,r4,r4
- 57: GETL R4, t46
- 58: PUTL t46, R23
- 59: INCEIPL $4
-
- 0x1000381C: 930104A0 stw r24,1184(r1)
- 60: GETL R24, t48
- 61: GETL R1, t50
- 62: ADDL $0x4A0, t50
- 63: STL t48, (t50)
- 64: INCEIPL $4
-
- 0x10003820: 7CA42B78 or r4,r5,r5
- 65: GETL R5, t52
- 66: PUTL t52, R4
- 67: INCEIPL $4
-
- 0x10003824: 932104A4 stw r25,1188(r1)
- 68: GETL R25, t54
- 69: GETL R1, t56
- 70: ADDL $0x4A4, t56
- 71: STL t54, (t56)
- 72: INCEIPL $4
-
- 0x10003828: 7CD83378 or r24,r6,r6
- 73: GETL R6, t58
- 74: PUTL t58, R24
- 75: INCEIPL $4
-
- 0x1000382C: 93C104B8 stw r30,1208(r1)
- 76: GETL R30, t60
- 77: GETL R1, t62
- 78: ADDL $0x4B8, t62
- 79: STL t60, (t62)
- 80: INCEIPL $4
-
- 0x10003830: 7C791B78 or r25,r3,r3
- 81: GETL R3, t64
- 82: PUTL t64, R25
- 83: INCEIPL $4
-
- 0x10003834: 91C10478 stw r14,1144(r1)
- 84: GETL R14, t66
- 85: GETL R1, t68
- 86: ADDL $0x478, t68
- 87: STL t66, (t68)
- 88: INCEIPL $4
-
- 0x10003838: 7FC802A6 mflr r30
- 89: GETL LR, t70
- 90: PUTL t70, R30
- 91: INCEIPL $4
-
- 0x1000383C: 92010480 stw r16,1152(r1)
- 92: GETL R16, t72
- 93: GETL R1, t74
- 94: ADDL $0x480, t74
- 95: STL t72, (t74)
- 96: INCEIPL $4
-
- 0x10003840: 92810490 stw r20,1168(r1)
- 97: GETL R20, t76
- 98: GETL R1, t78
- 99: ADDL $0x490, t78
- 100: STL t76, (t78)
- 101: INCEIPL $4
-
- 0x10003844: 934104A8 stw r26,1192(r1)
- 102: GETL R26, t80
- 103: GETL R1, t82
- 104: ADDL $0x4A8, t82
- 105: STL t80, (t82)
- 106: INCEIPL $4
-
- 0x10003848: 936104AC stw r27,1196(r1)
- 107: GETL R27, t84
- 108: GETL R1, t86
- 109: ADDL $0x4AC, t86
- 110: STL t84, (t86)
- 111: INCEIPL $4
-
- 0x1000384C: 938104B0 stw r28,1200(r1)
- 112: GETL R28, t88
- 113: GETL R1, t90
- 114: ADDL $0x4B0, t90
- 115: STL t88, (t90)
- 116: INCEIPL $4
-
- 0x10003850: 93A104B4 stw r29,1204(r1)
- 117: GETL R29, t92
- 118: GETL R1, t94
- 119: ADDL $0x4B4, t94
- 120: STL t92, (t94)
- 121: INCEIPL $4
-
- 0x10003854: 93E104BC stw r31,1212(r1)
- 122: GETL R31, t96
- 123: GETL R1, t98
- 124: ADDL $0x4BC, t98
- 125: STL t96, (t98)
- 126: INCEIPL $4
-
- 0x10003858: 82460028 lwz r18,40(r6)
- 127: GETL R6, t100
- 128: ADDL $0x28, t100
- 129: LDL (t100), t102
- 130: PUTL t102, R18
- 131: INCEIPL $4
-
- 0x1000385C: 409D016C bc 4,29,0x100039C8
- 132: Jc29o $0x100039C8
-
-
-
-. 3164 100037E4 124
-. 91 E1 04 7C 7C EF 3B 78 90 01 04 C4 82 C6 00 08 92 21 04 84 3A 20 00 00 2F 96 00 0C 92 41 04 88 92 61 04 8C 7D 13 43 78 92 A1 04 94 3A A0 00 00 92 E1 04 9C 7C 97 23 78 93 01 04 A0 7C A4 2B 78 93 21 04 A4 7C D8 33 78 93 C1 04 B8 7C 79 1B 78 91 C1 04 78 7F C8 02 A6 92 01 04 80 92 81 04 90 93 41 04 A8 93 61 04 AC 93 81 04 B0 93 A1 04 B4 93 E1 04 BC 82 46 00 28 40 9D 01 6C
-==== BB 3165 (0x100039C8) approx BBs exec'd 0 ====
-
- 0x100039C8: 2F960000 cmpi cr7,r22,0
- 0: GETL R22, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x100039CC: 40BEFE98 bc 5,30,0x10003864
- 4: Jc30o $0x10003864
-
-
-
-. 3165 100039C8 8
-. 2F 96 00 00 40 BE FE 98
-==== BB 3166 (0x10003864) approx BBs exec'd 0 ====
-
- 0x10003864: 88040000 lbz r0,0(r4)
- 0: GETL R4, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0x10003868: 7C9A2378 or r26,r4,r4
- 4: GETL R4, t4
- 5: PUTL t4, R26
- 6: INCEIPL $4
-
- 0x1000386C: 2F800000 cmpi cr7,r0,0
- 7: GETL R0, t6
- 8: CMP0L t6, t8 (-rSo)
- 9: ICRFL t8, $0x7, CR
- 10: INCEIPL $4
-
- 0x10003870: 419E005C bc 12,30,0x100038CC
- 11: Js30o $0x100038CC
-
-
-
-. 3166 10003864 16
-. 88 04 00 00 7C 9A 23 78 2F 80 00 00 41 9E 00 5C
-==== BB 3167 (0x10003874) approx BBs exec'd 0 ====
-
- 0x10003874: 7C090774 extsb r9,r0
- 0: GETB R0, t0
- 1: WIDENL_Bs _st0
- 2: PUTL t0, R9
- 3: INCEIPL $4
-
- 0x10003878: 3B600000 li r27,0
- 4: MOVL $0x0, t2
- 5: PUTL t2, R27
- 6: INCEIPL $4
-
- 0x1000387C: 2F89003F cmpi cr7,r9,63
- 7: GETL R9, t4
- 8: MOVL $0x3F, t8
- 9: CMPL t4, t8, t6 (-rSo)
- 10: ICRFL t6, $0x7, CR
- 11: INCEIPL $4
-
- 0x10003880: 3B80FFFF li r28,-1
- 12: MOVL $0xFFFFFFFF, t10
- 13: PUTL t10, R28
- 14: INCEIPL $4
-
- 0x10003884: 9361045C stw r27,1116(r1)
- 15: GETL R27, t12
- 16: GETL R1, t14
- 17: ADDL $0x45C, t14
- 18: STL t12, (t14)
- 19: INCEIPL $4
-
- 0x10003888: 3A800000 li r20,0
- 20: MOVL $0x0, t16
- 21: PUTL t16, R20
- 22: INCEIPL $4
-
- 0x1000388C: 39400000 li r10,0
- 23: MOVL $0x0, t18
- 24: PUTL t18, R10
- 25: INCEIPL $4
-
- 0x10003890: 419D0064 bc 12,29,0x100038F4
- 26: Js29o $0x100038F4
-
-
-
-. 3167 10003874 32
-. 7C 09 07 74 3B 60 00 00 2F 89 00 3F 3B 80 FF FF 93 61 04 5C 3A 80 00 00 39 40 00 00 41 9D 00 64
-==== BB 3168 (0x10003894) approx BBs exec'd 0 ====
-
- 0x10003894: 2F890026 cmpi cr7,r9,38
- 0: GETL R9, t0
- 1: MOVL $0x26, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x10003898: 419C0140 bc 12,28,0x100039D8
- 5: Js28o $0x100039D8
-
-
-
-. 3168 10003894 8
-. 2F 89 00 26 41 9C 01 40
-==== BB 3169 (0x100039D8) approx BBs exec'd 0 ====
-
- 0x100039D8: 2F890023 cmpi cr7,r9,35
- 0: GETL R9, t0
- 1: MOVL $0x23, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x100039DC: 419D0078 bc 12,29,0x10003A54
- 5: Js29o $0x10003A54
-
-
-
-. 3169 100039D8 8
-. 2F 89 00 23 41 9D 00 78
-==== BB 3170 (0x10003A54) approx BBs exec'd 0 ====
-
- 0x10003A54: 2F890025 cmpi cr7,r9,37
- 0: GETL R9, t0
- 1: MOVL $0x25, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x10003A58: 409EFEB8 bc 4,30,0x10003910
- 5: Jc30o $0x10003910
-
-
-
-. 3170 10003A54 8
-. 2F 89 00 25 40 9E FE B8
-==== BB 3171 (0x10003A5C) approx BBs exec'd 0 ====
-
- 0x10003A5C: 8D1A0001 lbzu r8,1(r26)
- 0: GETL R26, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R26
- 3: LDB (t0), t2
- 4: PUTL t2, R8
- 5: INCEIPL $4
-
- 0x10003A60: 7D000774 extsb r0,r8
- 6: GETB R8, t4
- 7: WIDENL_Bs _st4
- 8: PUTL t4, R0
- 9: INCEIPL $4
-
- 0x10003A64: 2F800030 cmpi cr7,r0,48
- 10: GETL R0, t6
- 11: MOVL $0x30, t10
- 12: CMPL t6, t10, t8 (-rSo)
- 13: ICRFL t8, $0x7, CR
- 14: INCEIPL $4
-
- 0x10003A68: 419E0018 bc 12,30,0x10003A80
- 15: Js30o $0x10003A80
-
-
-
-. 3171 10003A5C 16
-. 8D 1A 00 01 7D 00 07 74 2F 80 00 30 41 9E 00 18
-==== BB 3172 (0x10003A6C) approx BBs exec'd 0 ====
-
- 0x10003A6C: 419D0D7C bc 12,29,0x100047E8
- 0: Js29o $0x100047E8
-
-
-
-. 3172 10003A6C 4
-. 41 9D 0D 7C
-==== BB 3173 (0x100047E8) approx BBs exec'd 0 ====
-
- 0x100047E8: 2F80005E cmpi cr7,r0,94
- 0: GETL R0, t0
- 1: MOVL $0x5E, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x100047EC: 419E0018 bc 12,30,0x10004804
- 5: Js30o $0x10004804
-
-
-
-. 3173 100047E8 8
-. 2F 80 00 5E 41 9E 00 18
-==== BB 3174 (0x100047F0) approx BBs exec'd 0 ====
-
- 0x100047F0: 2F80005F cmpi cr7,r0,95
- 0: GETL R0, t0
- 1: MOVL $0x5F, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x100047F4: 419EF28C bc 12,30,0x10003A80
- 5: Js30o $0x10003A80
-
-
-
-. 3174 100047F0 8
-. 2F 80 00 5F 41 9E F2 8C
-==== BB 3175 (0x100047F8) approx BBs exec'd 0 ====
-
- 0x100047F8: 4BFFF2DC b 0x10003AD4
- 0: JMPo $0x10003AD4 ($4)
-
-
-
-. 3175 100047F8 4
-. 4B FF F2 DC
-==== BB 3176 (0x10003AD4) approx BBs exec'd 0 ====
-
- 0x10003AD4: 7D090774 extsb r9,r8
- 0: GETB R8, t0
- 1: WIDENL_Bs _st0
- 2: PUTL t0, R9
- 3: INCEIPL $4
-
- 0x10003AD8: 3929FFD0 addi r9,r9,-48
- 4: GETL R9, t2
- 5: ADDL $0xFFFFFFD0, t2
- 6: PUTL t2, R9
- 7: INCEIPL $4
-
- 0x10003ADC: 2B890009 cmpli cr7,r9,9
- 8: GETL R9, t4
- 9: MOVL $0x9, t8
- 10: CMPUL t4, t8, t6 (-rSo)
- 11: ICRFL t6, $0x7, CR
- 12: INCEIPL $4
-
- 0x10003AE0: 419D0048 bc 12,29,0x10003B28
- 13: Js29o $0x10003B28
-
-
-
-. 3176 10003AD4 16
-. 7D 09 07 74 39 29 FF D0 2B 89 00 09 41 9D 00 48
-==== BB 3177 (0x10003B28) approx BBs exec'd 0 ====
-
- 0x10003B28: 7D000774 extsb r0,r8
- 0: GETB R8, t0
- 1: WIDENL_Bs _st0
- 2: PUTL t0, R0
- 3: INCEIPL $4
-
- 0x10003B2C: 2F800045 cmpi cr7,r0,69
- 4: GETL R0, t2
- 5: MOVL $0x45, t6
- 6: CMPL t2, t6, t4 (-rSo)
- 7: ICRFL t4, $0x7, CR
- 8: INCEIPL $4
-
- 0x10003B30: 419E0CDC bc 12,30,0x1000480C
- 9: Js30o $0x1000480C
-
-
-
-. 3177 10003B28 12
-. 7D 00 07 74 2F 80 00 45 41 9E 0C DC
-==== BB 3178 (0x10003B34) approx BBs exec'd 0 ====
-
- 0x10003B34: 2F80004F cmpi cr7,r0,79
- 0: GETL R0, t0
- 1: MOVL $0x4F, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x10003B38: 3A000000 li r16,0
- 5: MOVL $0x0, t6
- 6: PUTL t6, R16
- 7: INCEIPL $4
-
- 0x10003B3C: 419E0CD0 bc 12,30,0x1000480C
- 8: Js30o $0x1000480C
-
-
-
-. 3178 10003B34 12
-. 2F 80 00 4F 3A 00 00 00 41 9E 0C D0
-==== BB 3179 (0x10003B40) approx BBs exec'd 0 ====
-
- 0x10003B40: 7D0E0774 extsb r14,r8
- 0: GETB R8, t0
- 1: WIDENL_Bs _st0
- 2: PUTL t0, R14
- 3: INCEIPL $4
-
- 0x10003B44: 2B8E007A cmpli cr7,r14,122
- 4: GETL R14, t2
- 5: MOVL $0x7A, t6
- 6: CMPUL t2, t6, t4 (-rSo)
- 7: ICRFL t4, $0x7, CR
- 8: INCEIPL $4
-
- 0x10003B48: 419D0138 bc 12,29,0x10003C80
- 9: Js29o $0x10003C80
-
-
-
-. 3179 10003B40 12
-. 7D 0E 07 74 2B 8E 00 7A 41 9D 01 38
-==== BB 3180 (0x10003B4C) approx BBs exec'd 0 ====
-
- 0x10003B4C: 817E0130 lwz r11,304(r30)
- 0: GETL R30, t0
- 1: ADDL $0x130, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x10003B50: 55C0103A rlwinm r0,r14,2,0,29
- 5: GETL R14, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x10003B54: 7D2B002E lwzx r9,r11,r0
- 9: GETL R0, t6
- 10: GETL R11, t8
- 11: ADDL t8, t6
- 12: LDL (t6), t10
- 13: PUTL t10, R9
- 14: INCEIPL $4
-
- 0x10003B58: 7D295A14 add r9,r9,r11
- 15: GETL R9, t12
- 16: GETL R11, t14
- 17: ADDL t12, t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0x10003B5C: 7D2903A6 mtctr r9
- 20: GETL R9, t16
- 21: PUTL t16, CTR
- 22: INCEIPL $4
-
- 0x10003B60: 4E800420 bctr
- 23: GETL CTR, t18
- 24: JMPo t18 ($4)
-
-
-
-. 3180 10003B4C 24
-. 81 7E 01 30 55 C0 10 3A 7D 2B 00 2E 7D 29 5A 14 7D 29 03 A6 4E 80 04 20
-==== BB 3181 (0x10003C5C) approx BBs exec'd 0 ====
-
- 0x10003C5C: 2F100000 cmpi cr6,r16,0
- 0: GETL R16, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x10003C60: 409A0020 bc 4,26,0x10003C80
- 4: Jc26o $0x10003C80
-
-
-
-. 3181 10003C5C 8
-. 2F 10 00 00 40 9A 00 20
-==== BB 3182 (0x10003C64) approx BBs exec'd 0 ====
-
- 0x10003C64: 2F8A0000 cmpi cr7,r10,0
- 0: GETL R10, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x10003C68: 41BEFF1C bc 13,30,0x10003B84
- 4: Js30o $0x10003B84
-
-
-
-. 3182 10003C64 8
-. 2F 8A 00 00 41 BE FF 1C
-==== BB 3183 (0x10003B84) approx BBs exec'd 0 ====
-
- 0x10003B84: 38000025 li r0,37
- 0: MOVL $0x25, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x10003B88: 39210459 addi r9,r1,1113
- 3: GETL R1, t2
- 4: ADDL $0x459, t2
- 5: PUTL t2, R9
- 6: INCEIPL $4
-
- 0x10003B8C: 98010458 stb r0,1112(r1)
- 7: GETL R0, t4
- 8: GETL R1, t6
- 9: ADDL $0x458, t6
- 10: STB t4, (t6)
- 11: INCEIPL $4
-
- 0x10003B90: 419A000C bc 12,26,0x10003B9C
- 12: Js26o $0x10003B9C
-
-
-
-. 3183 10003B84 16
-. 38 00 00 25 39 21 04 59 98 01 04 58 41 9A 00 0C
-==== BB 3184 (0x10003B9C) approx BBs exec'd 0 ====
-
- 0x10003B9C: 38000000 li r0,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x10003BA0: 3A010020 addi r16,r1,32
- 3: GETL R1, t2
- 4: ADDL $0x20, t2
- 5: PUTL t2, R16
- 6: INCEIPL $4
-
- 0x10003BA4: 98090001 stb r0,1(r9)
- 7: GETL R0, t4
- 8: GETL R9, t6
- 9: ADDL $0x1, t6
- 10: STB t4, (t6)
- 11: INCEIPL $4
-
- 0x10003BA8: 38A10458 addi r5,r1,1112
- 12: GETL R1, t8
- 13: ADDL $0x458, t8
- 14: PUTL t8, R5
- 15: INCEIPL $4
-
- 0x10003BAC: 99C90000 stb r14,0(r9)
- 16: GETL R14, t10
- 17: GETL R9, t12
- 18: STB t10, (t12)
- 19: INCEIPL $4
-
- 0x10003BB0: 7E038378 or r3,r16,r16
- 20: GETL R16, t14
- 21: PUTL t14, R3
- 22: INCEIPL $4
-
- 0x10003BB4: 38800400 li r4,1024
- 23: MOVL $0x400, t16
- 24: PUTL t16, R4
- 25: INCEIPL $4
-
- 0x10003BB8: 7F06C378 or r6,r24,r24
- 26: GETL R24, t18
- 27: PUTL t18, R6
- 28: INCEIPL $4
-
- 0x10003BBC: 48017019 bl 0x1001ABD4
- 29: MOVL $0x10003BC0, t20
- 30: PUTL t20, LR
- 31: JMPo-c $0x1001ABD4 ($4)
-
-
-
-. 3184 10003B9C 36
-. 38 00 00 00 3A 01 00 20 98 09 00 01 38 A1 04 58 99 C9 00 00 7E 03 83 78 38 80 04 00 7F 06 C3 78 48 01 70 19
-==== BB 3185 (0x1001ABD4) approx BBs exec'd 0 ====
-
- 0x1001ABD4: 39600050 li r11,80
- 0: MOVL $0x50, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0x1001ABD8: 4BFFFF34 b 0x1001AB0C
- 3: JMPo $0x1001AB0C ($4)
-
-
-
-. 3185 1001ABD4 8
-. 39 60 00 50 4B FF FF 34
-==== BB 3186 strftime(0xFEEC444) approx BBs exec'd 0 ====
-
- 0xFEEC444: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFEEC448: 7D8802A6 mflr r12
- 6: GETL LR, t4
- 7: PUTL t4, R12
- 8: INCEIPL $4
-
- 0xFEEC44C: 480BBA05 bl 0xFFA7E50
- 9: MOVL $0xFEEC450, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 3186 FEEC444 12
-. 94 21 FF F0 7D 88 02 A6 48 0B BA 05
-==== BB 3187 (0xFEEC450) approx BBs exec'd 0 ====
-
- 0xFEEC450: 93C10008 stw r30,8(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFEEC454: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFEEC458: 7D8803A6 mtlr r12
- 8: GETL R12, t6
- 9: PUTL t6, LR
- 10: INCEIPL $4
-
- 0xFEEC45C: 80FE1D50 lwz r7,7504(r30)
- 11: GETL R30, t8
- 12: ADDL $0x1D50, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R7
- 15: INCEIPL $4
-
- 0xFEEC460: 83C10008 lwz r30,8(r1)
- 16: GETL R1, t12
- 17: ADDL $0x8, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R30
- 20: INCEIPL $4
-
- 0xFEEC464: 7D271214 add r9,r7,r2
- 21: GETL R7, t16
- 22: GETL R2, t18
- 23: ADDL t16, t18
- 24: PUTL t18, R9
- 25: INCEIPL $4
-
- 0xFEEC468: 38210010 addi r1,r1,16
- 26: GETL R1, t20
- 27: ADDL $0x10, t20
- 28: PUTL t20, R1
- 29: INCEIPL $4
-
- 0xFEEC46C: 80E90000 lwz r7,0(r9)
- 30: GETL R9, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R7
- 33: INCEIPL $4
-
- 0xFEEC470: 48000034 b 0xFEEC4A4
- 34: JMPo $0xFEEC4A4 ($4)
-
-
-
-. 3187 FEEC450 36
-. 93 C1 00 08 7F C8 02 A6 7D 88 03 A6 80 FE 1D 50 83 C1 00 08 7D 27 12 14 38 21 00 10 80 E9 00 00 48 00 00 34
-==== BB 3188 strftime_l(0xFEEC4A4) approx BBs exec'd 0 ====
-
- 0xFEEC4A4: 7C0802A6 mflr r0
- 0: GETL LR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFEEC4A8: 9421FF60 stwu r1,-160(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFF60, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFEEC4AC: 480BB9A5 bl 0xFFA7E50
- 9: MOVL $0xFEEC4B0, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 3188 FEEC4A4 12
-. 7C 08 02 A6 94 21 FF 60 48 0B B9 A5
-==== BB 3189 (0xFEEC4B0) approx BBs exec'd 0 ====
-
- 0xFEEC4B0: 93C10098 stw r30,152(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x98, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFEEC4B4: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFEEC4B8: 7D800026 mfcr r12
- 8: GETL CR, t6
- 9: PUTL t6, R12
- 10: INCEIPL $4
-
- 0xFEEC4BC: 900100A4 stw r0,164(r1)
- 11: GETL R0, t8
- 12: GETL R1, t10
- 13: ADDL $0xA4, t10
- 14: STL t8, (t10)
- 15: INCEIPL $4
-
- 0xFEEC4C0: 9261006C stw r19,108(r1)
- 16: GETL R19, t12
- 17: GETL R1, t14
- 18: ADDL $0x6C, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0xFEEC4C4: 82660008 lwz r19,8(r6)
- 21: GETL R6, t16
- 22: ADDL $0x8, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R19
- 25: INCEIPL $4
-
- 0xFEEC4C8: 93E1009C stw r31,156(r1)
- 26: GETL R31, t20
- 27: GETL R1, t22
- 28: ADDL $0x9C, t22
- 29: STL t20, (t22)
- 30: INCEIPL $4
-
- 0xFEEC4CC: 7CBF2B78 or r31,r5,r5
- 31: GETL R5, t24
- 32: PUTL t24, R31
- 33: INCEIPL $4
-
- 0xFEEC4D0: 92010060 stw r16,96(r1)
- 34: GETL R16, t26
- 35: GETL R1, t28
- 36: ADDL $0x60, t28
- 37: STL t26, (t28)
- 38: INCEIPL $4
-
- 0xFEEC4D4: 92210064 stw r17,100(r1)
- 39: GETL R17, t30
- 40: GETL R1, t32
- 41: ADDL $0x64, t32
- 42: STL t30, (t32)
- 43: INCEIPL $4
-
- 0xFEEC4D8: 92810070 stw r20,112(r1)
- 44: GETL R20, t34
- 45: GETL R1, t36
- 46: ADDL $0x70, t36
- 47: STL t34, (t36)
- 48: INCEIPL $4
-
- 0xFEEC4DC: 7C942378 or r20,r4,r4
- 49: GETL R4, t38
- 50: PUTL t38, R20
- 51: INCEIPL $4
-
- 0xFEEC4E0: 92A10074 stw r21,116(r1)
- 52: GETL R21, t40
- 53: GETL R1, t42
- 54: ADDL $0x74, t42
- 55: STL t40, (t42)
- 56: INCEIPL $4
-
- 0xFEEC4E4: 3AA00000 li r21,0
- 57: MOVL $0x0, t44
- 58: PUTL t44, R21
- 59: INCEIPL $4
-
- 0xFEEC4E8: 92C10078 stw r22,120(r1)
- 60: GETL R22, t46
- 61: GETL R1, t48
- 62: ADDL $0x78, t48
- 63: STL t46, (t48)
- 64: INCEIPL $4
-
- 0xFEEC4EC: 7CF63B78 or r22,r7,r7
- 65: GETL R7, t50
- 66: PUTL t50, R22
- 67: INCEIPL $4
-
- 0xFEEC4F0: 92E1007C stw r23,124(r1)
- 68: GETL R23, t52
- 69: GETL R1, t54
- 70: ADDL $0x7C, t54
- 71: STL t52, (t54)
- 72: INCEIPL $4
-
- 0xFEEC4F4: 7CD73378 or r23,r6,r6
- 73: GETL R6, t56
- 74: PUTL t56, R23
- 75: INCEIPL $4
-
- 0xFEEC4F8: 9361008C stw r27,140(r1)
- 76: GETL R27, t58
- 77: GETL R1, t60
- 78: ADDL $0x8C, t60
- 79: STL t58, (t60)
- 80: INCEIPL $4
-
- 0xFEEC4FC: 7C7B1B78 or r27,r3,r3
- 81: GETL R3, t62
- 82: PUTL t62, R27
- 83: INCEIPL $4
-
- 0xFEEC500: 91C10058 stw r14,88(r1)
- 84: GETL R14, t64
- 85: GETL R1, t66
- 86: ADDL $0x58, t66
- 87: STL t64, (t66)
- 88: INCEIPL $4
-
- 0xFEEC504: 91E1005C stw r15,92(r1)
- 89: GETL R15, t68
- 90: GETL R1, t70
- 91: ADDL $0x5C, t70
- 92: STL t68, (t70)
- 93: INCEIPL $4
-
- 0xFEEC508: 92410068 stw r18,104(r1)
- 94: GETL R18, t72
- 95: GETL R1, t74
- 96: ADDL $0x68, t74
- 97: STL t72, (t74)
- 98: INCEIPL $4
-
- 0xFEEC50C: 93010080 stw r24,128(r1)
- 99: GETL R24, t76
- 100: GETL R1, t78
- 101: ADDL $0x80, t78
- 102: STL t76, (t78)
- 103: INCEIPL $4
-
- 0xFEEC510: 93210084 stw r25,132(r1)
- 104: GETL R25, t80
- 105: GETL R1, t82
- 106: ADDL $0x84, t82
- 107: STL t80, (t82)
- 108: INCEIPL $4
-
- 0xFEEC514: 93410088 stw r26,136(r1)
- 109: GETL R26, t84
- 110: GETL R1, t86
- 111: ADDL $0x88, t86
- 112: STL t84, (t86)
- 113: INCEIPL $4
-
- 0xFEEC518: 93810090 stw r28,144(r1)
- 114: GETL R28, t88
- 115: GETL R1, t90
- 116: ADDL $0x90, t90
- 117: STL t88, (t90)
- 118: INCEIPL $4
-
- 0xFEEC51C: 93A10094 stw r29,148(r1)
- 119: GETL R29, t92
- 120: GETL R1, t94
- 121: ADDL $0x94, t94
- 122: STL t92, (t94)
- 123: INCEIPL $4
-
- 0xFEEC520: 91810054 stw r12,84(r1)
- 124: GETL R12, t96
- 125: GETL R1, t98
- 126: ADDL $0x54, t98
- 127: STL t96, (t98)
- 128: INCEIPL $4
-
- 0xFEEC524: 82270008 lwz r17,8(r7)
- 129: GETL R7, t100
- 130: ADDL $0x8, t100
- 131: LDL (t100), t102
- 132: PUTL t102, R17
- 133: INCEIPL $4
-
- 0xFEEC528: 82060028 lwz r16,40(r6)
- 134: GETL R6, t104
- 135: ADDL $0x28, t104
- 136: LDL (t104), t106
- 137: PUTL t106, R16
- 138: INCEIPL $4
-
- 0xFEEC52C: 4BFFB575 bl 0xFEE7AA0
- 139: MOVL $0xFEEC530, t108
- 140: PUTL t108, LR
- 141: JMPo-c $0xFEE7AA0 ($4)
-
-
-
-. 3189 FEEC4B0 128
-. 93 C1 00 98 7F C8 02 A6 7D 80 00 26 90 01 00 A4 92 61 00 6C 82 66 00 08 93 E1 00 9C 7C BF 2B 78 92 01 00 60 92 21 00 64 92 81 00 70 7C 94 23 78 92 A1 00 74 3A A0 00 00 92 C1 00 78 7C F6 3B 78 92 E1 00 7C 7C D7 33 78 93 61 00 8C 7C 7B 1B 78 91 C1 00 58 91 E1 00 5C 92 41 00 68 93 01 00 80 93 21 00 84 93 41 00 88 93 81 00 90 93 A1 00 94 91 81 00 54 82 27 00 08 82 06 00 28 4B FF B5 75
-==== BB 3190 tzset(0xFEE7AA0) approx BBs exec'd 0 ====
-
- 0xFEE7AA0: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFEE7AA4: 7C6802A6 mflr r3
- 6: GETL LR, t4
- 7: PUTL t4, R3
- 8: INCEIPL $4
-
- 0xFEE7AA8: 480C03A9 bl 0xFFA7E50
- 9: MOVL $0xFEE7AAC, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 3190 FEE7AA0 12
-. 94 21 FF E0 7C 68 02 A6 48 0C 03 A9
-==== BB 3191 (0xFEE7AAC) approx BBs exec'd 0 ====
-
- 0xFEE7AAC: 93C10018 stw r30,24(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFEE7AB0: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFEE7AB4: 93A10014 stw r29,20(r1)
- 8: GETL R29, t6
- 9: GETL R1, t8
- 10: ADDL $0x14, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFEE7AB8: 93E1001C stw r31,28(r1)
- 13: GETL R31, t10
- 14: GETL R1, t12
- 15: ADDL $0x1C, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFEE7ABC: 3BA00000 li r29,0
- 18: MOVL $0x0, t14
- 19: PUTL t14, R29
- 20: INCEIPL $4
-
- 0xFEE7AC0: 90610024 stw r3,36(r1)
- 21: GETL R3, t16
- 22: GETL R1, t18
- 23: ADDL $0x24, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFEE7AC4: 38000001 li r0,1
- 26: MOVL $0x1, t20
- 27: PUTL t20, R0
- 28: INCEIPL $4
-
- 0xFEE7AC8: 83FE08A0 lwz r31,2208(r30)
- 29: GETL R30, t22
- 30: ADDL $0x8A0, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R31
- 33: INCEIPL $4
-
- 0xFEE7ACC: 7D20F828 lwarx r9,r0,r31
- 34: GETL R31, t26
- 35: LOCKo
- 36: LDL (t26), t28
- 37: PUTL t28, R9
- 38: INCEIPL $4
-
- 0xFEE7AD0: 7C09E800 cmp cr0,r9,r29
- 39: GETL R9, t30
- 40: GETL R29, t32
- 41: CMPL t30, t32, t34 (-rSo)
- 42: ICRFL t34, $0x0, CR
- 43: INCEIPL $4
-
- 0xFEE7AD4: 4082000C bc 4,2,0xFEE7AE0
- 44: Jc02o $0xFEE7AE0
-
-
-
-. 3191 FEE7AAC 44
-. 93 C1 00 18 7F C8 02 A6 93 A1 00 14 93 E1 00 1C 3B A0 00 00 90 61 00 24 38 00 00 01 83 FE 08 A0 7D 20 F8 28 7C 09 E8 00 40 82 00 0C
-==== BB 3192 (0xFEE7AD8) approx BBs exec'd 0 ====
-
- 0xFEE7AD8: 7C00F92D stwcx. r0,r0,r31
- 0: GETL R31, t0
- 1: GETL R0, t2
- 2: LOCKo
- 3: STL t2, (t0) (-rSo)
- 4: ICRFL cr, $0x0, CR
- 5: INCEIPL $4
-
- 0xFEE7ADC: 40A2FFF0 bc 5,2,0xFEE7ACC
- 6: Jc02o $0xFEE7ACC
-
-
-
-. 3192 FEE7AD8 8
-. 7C 00 F9 2D 40 A2 FF F0
-==== BB 3193 (0xFEE7ACC) approx BBs exec'd 0 ====
-
- 0xFEE7ACC: 7D20F828 lwarx r9,r0,r31
- 0: GETL R31, t0
- 1: LOCKo
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFEE7AD0: 7C09E800 cmp cr0,r9,r29
- 5: GETL R9, t4
- 6: GETL R29, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x0, CR
- 9: INCEIPL $4
-
- 0xFEE7AD4: 4082000C bc 4,2,0xFEE7AE0
- 10: Jc02o $0xFEE7AE0
-
-
-
-. 3193 FEE7ACC 12
-. 7D 20 F8 28 7C 09 E8 00 40 82 00 0C
-==== BB 3194 (0xFEE7AE0) approx BBs exec'd 0 ====
-
- 0xFEE7AE0: 4C00012C 0: INCEIPL $4
-
- 0xFEE7AE4: 2F890000 cmpi cr7,r9,0
- 1: GETL R9, t0
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFEE7AE8: 7FE3FB78 or r3,r31,r31
- 5: GETL R31, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFEE7AEC: 409E0078 bc 4,30,0xFEE7B64
- 8: Jc30o $0xFEE7B64
-
-
-
-. 3194 FEE7AE0 16
-. 4C 00 01 2C 2F 89 00 00 7F E3 FB 78 40 9E 00 78
-==== BB 3195 (0xFEE7AF0) approx BBs exec'd 0 ====
-
- 0xFEE7AF0: 38800001 li r4,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0xFEE7AF4: 38600001 li r3,1
- 3: MOVL $0x1, t2
- 4: PUTL t2, R3
- 5: INCEIPL $4
-
- 0xFEE7AF8: 4BFFF2E1 bl 0xFEE6DD8
- 6: MOVL $0xFEE7AFC, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0xFEE6DD8 ($4)
-
-
-
-. 3195 FEE7AF0 12
-. 38 80 00 01 38 60 00 01 4B FF F2 E1
-==== BB 3196 (0xFEE6EE8) approx BBs exec'd 0 ====
-
- 0xFEE6EE8: 835E0898 lwz r26,2200(r30)
- 0: GETL R30, t0
- 1: ADDL $0x898, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0xFEE6EEC: 313CFFFF addic r9,r28,-1
- 5: GETL R28, t4
- 6: ADCL $0xFFFFFFFF, t4 (-wCa)
- 7: PUTL t4, R9
- 8: INCEIPL $4
-
- 0xFEE6EF0: 7EC9E110 subfe r22,r9,r28
- 9: GETL R9, t6
- 10: GETL R28, t8
- 11: SBBL t6, t8 (-rCa-wCa)
- 12: PUTL t8, R22
- 13: INCEIPL $4
-
- 0xFEE6EF4: 83BA0000 lwz r29,0(r26)
- 14: GETL R26, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R29
- 17: INCEIPL $4
-
- 0xFEE6EF8: 315DFFFF addic r10,r29,-1
- 18: GETL R29, t14
- 19: ADCL $0xFFFFFFFF, t14 (-wCa)
- 20: PUTL t14, R10
- 21: INCEIPL $4
-
- 0xFEE6EFC: 7EEAE910 subfe r23,r10,r29
- 22: GETL R10, t16
- 23: GETL R29, t18
- 24: SBBL t16, t18 (-rCa-wCa)
- 25: PUTL t18, R23
- 26: INCEIPL $4
-
- 0xFEE6F00: 7EEBB039 and. r11,r23,r22
- 27: GETL R23, t20
- 28: GETL R22, t22
- 29: ANDL t20, t22
- 30: PUTL t22, R11
- 31: CMP0L t22, t24 (-rSo)
- 32: ICRFL t24, $0x0, CR
- 33: INCEIPL $4
-
- 0xFEE6F04: 41820018 bc 12,2,0xFEE6F1C
- 34: Js02o $0xFEE6F1C
-
-
-
-. 3196 FEE6EE8 32
-. 83 5E 08 98 31 3C FF FF 7E C9 E1 10 83 BA 00 00 31 5D FF FF 7E EA E9 10 7E EB B0 39 41 82 00 18
-==== BB 3197 (0xFEE7378) approx BBs exec'd 0 ====
-
- 0xFEE7378: 839E08AC lwz r28,2220(r30)
- 0: GETL R30, t0
- 1: ADDL $0x8AC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0xFEE737C: 2E1C0000 cmpi cr4,r28,0
- 5: GETL R28, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x4, CR
- 8: INCEIPL $4
-
- 0xFEE7380: 4BFFFBA4 b 0xFEE6F24
- 9: JMPo $0xFEE6F24 ($4)
-
-
-
-. 3197 FEE7378 12
-. 83 9E 08 AC 2E 1C 00 00 4B FF FB A4
-==== BB 3198 (0xFEE70B4) approx BBs exec'd 0 ====
-
- 0xFEE70B4: 7FA3EB78 or r3,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFEE70B8: 480C3279 bl 0xFFAA330
- 3: MOVL $0xFEE70BC, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0xFFAA330 ($4)
-
-
-
-. 3198 FEE70B4 8
-. 7F A3 EB 78 48 0C 32 79
-==== BB 3199 (0xFEE70BC) approx BBs exec'd 0 ====
-
- 0xFEE70BC: 4BFFFE80 b 0xFEE6F3C
- 0: JMPo $0xFEE6F3C ($4)
-
-
-
-. 3199 FEE70BC 4
-. 4B FF FE 80
-==== BB 3200 (0xFEE7FA4) approx BBs exec'd 0 ====
-
- 0xFEE7FA4: 38600003 li r3,3
- 0: MOVL $0x3, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFEE7FA8: 7F64DB78 or r4,r27,r27
- 3: GETL R27, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0xFEE7FAC: 38BF0040 addi r5,r31,64
- 6: GETL R31, t4
- 7: ADDL $0x40, t4
- 8: PUTL t4, R5
- 9: INCEIPL $4
-
- 0xFEE7FB0: 480392BD bl 0xFF2126C
- 10: MOVL $0xFEE7FB4, t6
- 11: PUTL t6, LR
- 12: JMPo-c $0xFF2126C ($4)
-
-
-
-. 3200 FEE7FA4 16
-. 38 60 00 03 7F 64 DB 78 38 BF 00 40 48 03 92 BD
-==== BB 3201 __xstat64@@GLIBC_2.2(0xFF2126C) approx BBs exec'd 0 ====
-
- 0xFF2126C: 7D8802A6 mflr r12
- 0: GETL LR, t0
- 1: PUTL t0, R12
- 2: INCEIPL $4
-
- 0xFF21270: 9421FFF0 stwu r1,-16(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFF0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFF21274: 48086BDD bl 0xFFA7E50
- 9: MOVL $0xFF21278, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 3201 FF2126C 12
-. 7D 88 02 A6 94 21 FF F0 48 08 6B DD
-==== BB 3202 (0xFF21278) approx BBs exec'd 0 ====
-
- 0xFF21278: 93C10008 stw r30,8(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFF2127C: 7C832378 or r3,r4,r4
- 5: GETL R4, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFF21280: 7FC802A6 mflr r30
- 8: GETL LR, t6
- 9: PUTL t6, R30
- 10: INCEIPL $4
-
- 0xFF21284: 7CA42B78 or r4,r5,r5
- 11: GETL R5, t8
- 12: PUTL t8, R4
- 13: INCEIPL $4
-
- 0xFF21288: 380000C3 li r0,195
- 14: MOVL $0xC3, t10
- 15: PUTL t10, R0
- 16: INCEIPL $4
-
- 0xFF2128C: 7D8803A6 mtlr r12
- 17: GETL R12, t12
- 18: PUTL t12, LR
- 19: INCEIPL $4
-
- 0xFF21290: 44000002 sc
- 20: JMPo-sys $0xFF21294 ($4)
-
-
-
-. 3202 FF21278 28
-. 93 C1 00 08 7C 83 23 78 7F C8 02 A6 7C A4 2B 78 38 00 00 C3 7D 88 03 A6 44 00 00 02
-==== BB 3203 (0xFF21294) approx BBs exec'd 0 ====
-
- 0xFF21294: 7C000026 mfcr r0
- 0: GETL CR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFF21298: 74091000 andis. r9,r0,0x1000
- 3: GETL R0, t2
- 4: ANDL $0x10000000, t2
- 5: PUTL t2, R9
- 6: CMP0L t2, t4 (-rSo)
- 7: ICRFL t4, $0x0, CR
- 8: INCEIPL $4
-
- 0xFF2129C: 813E1C4C lwz r9,7244(r30)
- 9: GETL R30, t6
- 10: ADDL $0x1C4C, t6
- 11: LDL (t6), t8
- 12: PUTL t8, R9
- 13: INCEIPL $4
-
- 0xFF212A0: 7D291214 add r9,r9,r2
- 14: GETL R9, t10
- 15: GETL R2, t12
- 16: ADDL t10, t12
- 17: PUTL t12, R9
- 18: INCEIPL $4
-
- 0xFF212A4: 40820010 bc 4,2,0xFF212B4
- 19: Jc02o $0xFF212B4
-
-
-
-. 3203 FF21294 20
-. 7C 00 00 26 74 09 10 00 81 3E 1C 4C 7D 29 12 14 40 82 00 10
-==== BB 3204 (0xFF212A8) approx BBs exec'd 0 ====
-
- 0xFF212A8: 83C10008 lwz r30,8(r1)
- 0: GETL R1, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R30
- 4: INCEIPL $4
-
- 0xFF212AC: 38210010 addi r1,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R1
- 8: INCEIPL $4
-
- 0xFF212B0: 4E800020 blr
- 9: GETL LR, t6
- 10: JMPo-r t6 ($4)
-
-
-
-. 3204 FF212A8 12
-. 83 C1 00 08 38 21 00 10 4E 80 00 20
-==== BB 3205 (0xFEE7FB4) approx BBs exec'd 0 ====
-
- 0xFEE7FB4: 2C830000 cmpi cr1,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFEE7FB8: 418601BC bc 12,6,0xFEE8174
- 4: Js06o $0xFEE8174
-
-
-
-. 3205 FEE7FB4 8
-. 2C 83 00 00 41 86 01 BC
-==== BB 3206 (0xFEE8174) approx BBs exec'd 0 ====
-
- 0xFEE8174: 817E08D8 lwz r11,2264(r30)
- 0: GETL R30, t0
- 1: ADDL $0x8D8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0xFEE8178: 821F0048 lwz r16,72(r31)
- 5: GETL R31, t4
- 6: ADDL $0x48, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R16
- 9: INCEIPL $4
-
- 0xFEE817C: 81EB0000 lwz r15,0(r11)
- 10: GETL R11, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R15
- 13: INCEIPL $4
-
- 0xFEE8180: 7C107800 cmp cr0,r16,r15
- 14: GETL R16, t12
- 15: GETL R15, t14
- 16: CMPL t12, t14, t16 (-rSo)
- 17: ICRFL t16, $0x0, CR
- 18: INCEIPL $4
-
- 0xFEE8184: 4082FE38 bc 4,2,0xFEE7FBC
- 19: Jc02o $0xFEE7FBC
-
-
-
-. 3206 FEE8174 20
-. 81 7E 08 D8 82 1F 00 48 81 EB 00 00 7C 10 78 00 40 82 FE 38
-==== BB 3207 (0xFEE8188) approx BBs exec'd 0 ====
-
- 0xFEE8188: 822B0004 lwz r17,4(r11)
- 0: GETL R11, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R17
- 4: INCEIPL $4
-
- 0xFEE818C: 825F004C lwz r18,76(r31)
- 5: GETL R31, t4
- 6: ADDL $0x4C, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R18
- 9: INCEIPL $4
-
- 0xFEE8190: 7F128800 cmp cr6,r18,r17
- 10: GETL R18, t8
- 11: GETL R17, t10
- 12: CMPL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x6, CR
- 14: INCEIPL $4
-
- 0xFEE8194: 409AFE28 bc 4,26,0xFEE7FBC
- 15: Jc26o $0xFEE7FBC
-
-
-
-. 3207 FEE8188 16
-. 82 2B 00 04 82 5F 00 4C 7F 12 88 00 40 9A FE 28
-==== BB 3208 (0xFEE8198) approx BBs exec'd 0 ====
-
- 0xFEE8198: 817E08D0 lwz r11,2256(r30)
- 0: GETL R30, t0
- 1: ADDL $0x8D0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0xFEE819C: 82BF0040 lwz r21,64(r31)
- 5: GETL R31, t4
- 6: ADDL $0x40, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R21
- 9: INCEIPL $4
-
- 0xFEE81A0: 826B0000 lwz r19,0(r11)
- 10: GETL R11, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R19
- 13: INCEIPL $4
-
- 0xFEE81A4: 7F959800 cmp cr7,r21,r19
- 14: GETL R21, t12
- 15: GETL R19, t14
- 16: CMPL t12, t14, t16 (-rSo)
- 17: ICRFL t16, $0x7, CR
- 18: INCEIPL $4
-
- 0xFEE81A8: 409EFE14 bc 4,30,0xFEE7FBC
- 19: Jc30o $0xFEE7FBC
-
-
-
-. 3208 FEE8198 20
-. 81 7E 08 D0 82 BF 00 40 82 6B 00 00 7F 95 98 00 40 9E FE 14
-==== BB 3209 (0xFEE81AC) approx BBs exec'd 0 ====
-
- 0xFEE81AC: 830B0004 lwz r24,4(r11)
- 0: GETL R11, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R24
- 4: INCEIPL $4
-
- 0xFEE81B0: 833F0044 lwz r25,68(r31)
- 5: GETL R31, t4
- 6: ADDL $0x44, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R25
- 9: INCEIPL $4
-
- 0xFEE81B4: 7C99C000 cmp cr1,r25,r24
- 10: GETL R25, t8
- 11: GETL R24, t10
- 12: CMPL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x1, CR
- 14: INCEIPL $4
-
- 0xFEE81B8: 4086FE04 bc 4,6,0xFEE7FBC
- 15: Jc06o $0xFEE7FBC
-
-
-
-. 3209 FEE81AC 16
-. 83 0B 00 04 83 3F 00 44 7C 99 C0 00 40 86 FE 04
-==== BB 3210 (0xFEE81BC) approx BBs exec'd 0 ====
-
- 0xFEE81BC: 80DE08D4 lwz r6,2260(r30)
- 0: GETL R30, t0
- 1: ADDL $0x8D4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0xFEE81C0: 801F0090 lwz r0,144(r31)
- 5: GETL R31, t4
- 6: ADDL $0x90, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R0
- 9: INCEIPL $4
-
- 0xFEE81C4: 83460000 lwz r26,0(r6)
- 10: GETL R6, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R26
- 13: INCEIPL $4
-
- 0xFEE81C8: 7C00D000 cmp cr0,r0,r26
- 14: GETL R0, t12
- 15: GETL R26, t14
- 16: CMPL t12, t14, t16 (-rSo)
- 17: ICRFL t16, $0x0, CR
- 18: INCEIPL $4
-
- 0xFEE81CC: 4082FDF0 bc 4,2,0xFEE7FBC
- 19: Jc02o $0xFEE7FBC
-
-
-
-. 3210 FEE81BC 20
-. 80 DE 08 D4 80 1F 00 90 83 46 00 00 7C 00 D0 00 40 82 FD F0
-==== BB 3211 (0xFEE81D0) approx BBs exec'd 0 ====
-
- 0xFEE81D0: 39400001 li r10,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R10
- 2: INCEIPL $4
-
- 0xFEE81D4: 91540000 stw r10,0(r20)
- 3: GETL R10, t2
- 4: GETL R20, t4
- 5: STL t2, (t4)
- 6: INCEIPL $4
-
- 0xFEE81D8: 4BFFFCDC b 0xFEE7EB4
- 7: JMPo $0xFEE7EB4 ($4)
-
-
-
-. 3211 FEE81D0 12
-. 39 40 00 01 91 54 00 00 4B FF FC DC
-==== BB 3212 (0xFEE7AFC) approx BBs exec'd 0 ====
-
- 0xFEE7AFC: 80BE1DC0 lwz r5,7616(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1DC0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0xFEE7B00: 815E089C lwz r10,2204(r30)
- 5: GETL R30, t4
- 6: ADDL $0x89C, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R10
- 9: INCEIPL $4
-
- 0xFEE7B04: 80850000 lwz r4,0(r5)
- 10: GETL R5, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R4
- 13: INCEIPL $4
-
- 0xFEE7B08: 817E1AE4 lwz r11,6884(r30)
- 14: GETL R30, t12
- 15: ADDL $0x1AE4, t12
- 16: LDL (t12), t14
- 17: PUTL t14, R11
- 18: INCEIPL $4
-
- 0xFEE7B0C: 2C040000 cmpi cr0,r4,0
- 19: GETL R4, t16
- 20: CMP0L t16, t18 (-rSo)
- 21: ICRFL t18, $0x0, CR
- 22: INCEIPL $4
-
- 0xFEE7B10: 40820014 bc 4,2,0xFEE7B24
- 23: Jc02o $0xFEE7B24
-
-
-
-. 3212 FEE7AFC 24
-. 80 BE 1D C0 81 5E 08 9C 80 85 00 00 81 7E 1A E4 2C 04 00 00 40 82 00 14
-==== BB 3213 (0xFEE7B24) approx BBs exec'd 0 ====
-
- 0xFEE7B24: 7C0004AC sync
- 0: INCEIPL $4
-
- 0xFEE7B28: 7D00F828 lwarx r8,r0,r31
- 1: GETL R31, t0
- 2: LOCKo
- 3: LDL (t0), t2
- 4: PUTL t2, R8
- 5: INCEIPL $4
-
- 0xFEE7B2C: 7FA0F92D stwcx. r29,r0,r31
- 6: GETL R31, t4
- 7: GETL R29, t6
- 8: LOCKo
- 9: STL t6, (t4) (-rSo)
- 10: ICRFL cr, $0x0, CR
- 11: INCEIPL $4
-
- 0xFEE7B30: 40A2FFF8 bc 5,2,0xFEE7B28
- 12: Jc02o $0xFEE7B28
-
-
-
-. 3213 FEE7B24 16
-. 7C 00 04 AC 7D 00 F8 28 7F A0 F9 2D 40 A2 FF F8
-==== BB 3214 (0xFEE7B34) approx BBs exec'd 0 ====
-
- 0xFEE7B34: 2C880001 cmpi cr1,r8,1
- 0: GETL R8, t0
- 1: MOVL $0x1, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0xFEE7B38: 7FE3FB78 or r3,r31,r31
- 5: GETL R31, t6
- 6: PUTL t6, R3
- 7: INCEIPL $4
-
- 0xFEE7B3C: 380000DD li r0,221
- 8: MOVL $0xDD, t8
- 9: PUTL t8, R0
- 10: INCEIPL $4
-
- 0xFEE7B40: 38800001 li r4,1
- 11: MOVL $0x1, t10
- 12: PUTL t10, R4
- 13: INCEIPL $4
-
- 0xFEE7B44: 41850028 bc 12,5,0xFEE7B6C
- 14: Js05o $0xFEE7B6C
-
-
-
-. 3214 FEE7B34 20
-. 2C 88 00 01 7F E3 FB 78 38 00 00 DD 38 80 00 01 41 85 00 28
-==== BB 3215 (0xFEE7B48) approx BBs exec'd 0 ====
-
- 0xFEE7B48: 81410024 lwz r10,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0xFEE7B4C: 83A10014 lwz r29,20(r1)
- 5: GETL R1, t4
- 6: ADDL $0x14, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R29
- 9: INCEIPL $4
-
- 0xFEE7B50: 83C10018 lwz r30,24(r1)
- 10: GETL R1, t8
- 11: ADDL $0x18, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R30
- 14: INCEIPL $4
-
- 0xFEE7B54: 7D4803A6 mtlr r10
- 15: GETL R10, t12
- 16: PUTL t12, LR
- 17: INCEIPL $4
-
- 0xFEE7B58: 83E1001C lwz r31,28(r1)
- 18: GETL R1, t14
- 19: ADDL $0x1C, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R31
- 22: INCEIPL $4
-
- 0xFEE7B5C: 38210020 addi r1,r1,32
- 23: GETL R1, t18
- 24: ADDL $0x20, t18
- 25: PUTL t18, R1
- 26: INCEIPL $4
-
- 0xFEE7B60: 4E800020 blr
- 27: GETL LR, t20
- 28: JMPo-r t20 ($4)
-
-
-
-. 3215 FEE7B48 28
-. 81 41 00 24 83 A1 00 14 83 C1 00 18 7D 48 03 A6 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 3216 (0xFEEC530) approx BBs exec'd 0 ====
-
- 0xFEEC530: 2F93000C cmpi cr7,r19,12
- 0: GETL R19, t0
- 1: MOVL $0xC, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFEEC534: 409D00EC bc 4,29,0xFEEC620
- 5: Jc29o $0xFEEC620
-
-
-
-. 3216 FEEC530 8
-. 2F 93 00 0C 40 9D 00 EC
-==== BB 3217 (0xFEEC620) approx BBs exec'd 0 ====
-
- 0xFEEC620: 2C130000 cmpi cr0,r19,0
- 0: GETL R19, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0xFEEC624: 40A2FF18 bc 5,2,0xFEEC53C
- 4: Jc02o $0xFEEC53C
-
-
-
-. 3217 FEEC620 8
-. 2C 13 00 00 40 A2 FF 18
-==== BB 3218 (0xFEEC53C) approx BBs exec'd 0 ====
-
- 0xFEEC53C: 881F0000 lbz r0,0(r31)
- 0: GETL R31, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0xFEEC540: 2C800000 cmpi cr1,r0,0
- 4: GETL R0, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x1, CR
- 7: INCEIPL $4
-
- 0xFEEC544: 41860050 bc 12,6,0xFEEC594
- 8: Js06o $0xFEEC594
-
-
-
-. 3218 FEEC53C 12
-. 88 1F 00 00 2C 80 00 00 41 86 00 50
-==== BB 3219 (0xFEEC548) approx BBs exec'd 0 ====
-
- 0xFEEC548: 2E000025 cmpi cr4,r0,37
- 0: GETL R0, t0
- 1: MOVL $0x25, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x4, CR
- 4: INCEIPL $4
-
- 0xFEEC54C: 3B400000 li r26,0
- 5: MOVL $0x0, t6
- 6: PUTL t6, R26
- 7: INCEIPL $4
-
- 0xFEEC550: 3B80FFFF li r28,-1
- 8: MOVL $0xFFFFFFFF, t8
- 9: PUTL t8, R28
- 10: INCEIPL $4
-
- 0xFEEC554: 3BA00000 li r29,0
- 11: MOVL $0x0, t10
- 12: PUTL t10, R29
- 13: INCEIPL $4
-
- 0xFEEC558: 3A400000 li r18,0
- 14: MOVL $0x0, t12
- 15: PUTL t12, R18
- 16: INCEIPL $4
-
- 0xFEEC55C: 39400000 li r10,0
- 17: MOVL $0x0, t14
- 18: PUTL t14, R10
- 19: INCEIPL $4
-
- 0xFEEC560: 419200D4 bc 12,18,0xFEEC634
- 20: Js18o $0xFEEC634
-
-
-
-. 3219 FEEC548 28
-. 2E 00 00 25 3B 40 00 00 3B 80 FF FF 3B A0 00 00 3A 40 00 00 39 40 00 00 41 92 00 D4
-==== BB 3220 (0xFEEC634) approx BBs exec'd 0 ====
-
- 0xFEEC634: 8D1F0001 lbzu r8,1(r31)
- 0: GETL R31, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R31
- 3: LDB (t0), t2
- 4: PUTL t2, R8
- 5: INCEIPL $4
-
- 0xFEEC638: 2F880030 cmpi cr7,r8,48
- 6: GETL R8, t4
- 7: MOVL $0x30, t8
- 8: CMPL t4, t8, t6 (-rSo)
- 9: ICRFL t6, $0x7, CR
- 10: INCEIPL $4
-
- 0xFEEC63C: 419E0018 bc 12,30,0xFEEC654
- 11: Js30o $0xFEEC654
-
-
-
-. 3220 FEEC634 12
-. 8D 1F 00 01 2F 88 00 30 41 9E 00 18
-==== BB 3221 (0xFEEC640) approx BBs exec'd 0 ====
-
- 0xFEEC640: 419D001C bc 12,29,0xFEEC65C
- 0: Js29o $0xFEEC65C
-
-
-
-. 3221 FEEC640 4
-. 41 9D 00 1C
-==== BB 3222 (0xFEEC65C) approx BBs exec'd 0 ====
-
- 0xFEEC65C: 2C88005E cmpi cr1,r8,94
- 0: GETL R8, t0
- 1: MOVL $0x5E, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0xFEEC660: 41860010 bc 12,6,0xFEEC670
- 5: Js06o $0xFEEC670
-
-
-
-. 3222 FEEC65C 8
-. 2C 88 00 5E 41 86 00 10
-==== BB 3223 (0xFEEC664) approx BBs exec'd 0 ====
-
- 0xFEEC664: 2F88005F cmpi cr7,r8,95
- 0: GETL R8, t0
- 1: MOVL $0x5F, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFEEC668: 419EFFEC bc 12,30,0xFEEC654
- 5: Js30o $0xFEEC654
-
-
-
-. 3223 FEEC664 8
-. 2F 88 00 5F 41 9E FF EC
-==== BB 3224 (0xFEEC66C) approx BBs exec'd 0 ====
-
- 0xFEEC66C: 4800000C b 0xFEEC678
- 0: JMPo $0xFEEC678 ($4)
-
-
-
-. 3224 FEEC66C 4
-. 48 00 00 0C
-==== BB 3225 (0xFEEC678) approx BBs exec'd 0 ====
-
- 0xFEEC678: 38A8FFD0 addi r5,r8,-48
- 0: GETL R8, t0
- 1: ADDL $0xFFFFFFD0, t0
- 2: PUTL t0, R5
- 3: INCEIPL $4
-
- 0xFEEC67C: 2A050009 cmpli cr4,r5,9
- 4: GETL R5, t2
- 5: MOVL $0x9, t6
- 6: CMPUL t2, t6, t4 (-rSo)
- 7: ICRFL t4, $0x4, CR
- 8: INCEIPL $4
-
- 0xFEEC680: 41910040 bc 12,17,0xFEEC6C0
- 9: Js17o $0xFEEC6C0
-
-
-
-. 3225 FEEC678 12
-. 38 A8 FF D0 2A 05 00 09 41 91 00 40
-==== BB 3226 (0xFEEC6C0) approx BBs exec'd 0 ====
-
- 0xFEEC6C0: 2C080045 cmpi cr0,r8,69
- 0: GETL R8, t0
- 1: MOVL $0x45, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0xFEEC6C4: 7D004378 or r0,r8,r8
- 5: GETL R8, t6
- 6: PUTL t6, R0
- 7: INCEIPL $4
-
- 0xFEEC6C8: 41820104 bc 12,2,0xFEEC7CC
- 8: Js02o $0xFEEC7CC
-
-
-
-. 3226 FEEC6C0 12
-. 2C 08 00 45 7D 00 43 78 41 82 01 04
-==== BB 3227 (0xFEEC6CC) approx BBs exec'd 0 ====
-
- 0xFEEC6CC: 2C88004F cmpi cr1,r8,79
- 0: GETL R8, t0
- 1: MOVL $0x4F, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0xFEEC6D0: 3B200000 li r25,0
- 5: MOVL $0x0, t6
- 6: PUTL t6, R25
- 7: INCEIPL $4
-
- 0xFEEC6D4: 418600F8 bc 12,6,0xFEEC7CC
- 8: Js06o $0xFEEC7CC
-
-
-
-. 3227 FEEC6CC 12
-. 2C 88 00 4F 3B 20 00 00 41 86 00 F8
-==== BB 3228 (0xFEEC6D8) approx BBs exec'd 0 ====
-
- 0xFEEC6D8: 2A08007A cmpli cr4,r8,122
- 0: GETL R8, t0
- 1: MOVL $0x7A, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x4, CR
- 4: INCEIPL $4
-
- 0xFEEC6DC: 41910030 bc 12,17,0xFEEC70C
- 5: Js17o $0xFEEC70C
-
-
-
-. 3228 FEEC6D8 8
-. 2A 08 00 7A 41 91 00 30
-==== BB 3229 (0xFEEC6E0) approx BBs exec'd 0 ====
-
- 0xFEEC6E0: 819E0938 lwz r12,2360(r30)
- 0: GETL R30, t0
- 1: ADDL $0x938, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R12
- 4: INCEIPL $4
-
- 0xFEEC6E4: 5500103A rlwinm r0,r8,2,0,29
- 5: GETL R8, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFEEC6E8: 7F0C002E lwzx r24,r12,r0
- 9: GETL R0, t6
- 10: GETL R12, t8
- 11: ADDL t8, t6
- 12: LDL (t6), t10
- 13: PUTL t10, R24
- 14: INCEIPL $4
-
- 0xFEEC6EC: 7DF86214 add r15,r24,r12
- 15: GETL R24, t12
- 16: GETL R12, t14
- 17: ADDL t12, t14
- 18: PUTL t14, R15
- 19: INCEIPL $4
-
- 0xFEEC6F0: 7DE903A6 mtctr r15
- 20: GETL R15, t16
- 21: PUTL t16, CTR
- 22: INCEIPL $4
-
- 0xFEEC6F4: 4E800420 bctr
- 23: GETL CTR, t18
- 24: JMPo t18 ($4)
-
-
-
-. 3229 FEEC6E0 24
-. 81 9E 09 38 55 00 10 3A 7F 0C 00 2E 7D F8 62 14 7D E9 03 A6 4E 80 04 20
-==== BB 3230 (0xFEED214) approx BBs exec'd 0 ====
-
- 0xFEED214: 2E190000 cmpi cr4,r25,0
- 0: GETL R25, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0xFEED218: 40B2F4F4 bc 5,18,0xFEEC70C
- 4: Jc18o $0xFEEC70C
-
-
-
-. 3230 FEED214 8
-. 2E 19 00 00 40 B2 F4 F4
-==== BB 3231 (0xFEED21C) approx BBs exec'd 0 ====
-
- 0xFEED21C: 2F0A0000 cmpi cr6,r10,0
- 0: GETL R10, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0xFEED220: 419A0008 bc 12,26,0xFEED228
- 4: Js26o $0xFEED228
-
-
-
-. 3231 FEED21C 8
-. 2F 0A 00 00 41 9A 00 08
-==== BB 3232 (0xFEED228) approx BBs exec'd 0 ====
-
- 0xFEED228: 83170018 lwz r24,24(r23)
- 0: GETL R23, t0
- 1: ADDL $0x18, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R24
- 4: INCEIPL $4
-
- 0xFEED22C: 571913BA rlwinm r25,r24,2,14,29
- 5: GETL R24, t4
- 6: ROLL $0x2, t4
- 7: ANDL $0x3FFFC, t4
- 8: PUTL t4, R25
- 9: INCEIPL $4
-
- 0xFEED230: 7D198A14 add r8,r25,r17
- 10: GETL R25, t6
- 11: GETL R17, t8
- 12: ADDL t6, t8
- 13: PUTL t8, R8
- 14: INCEIPL $4
-
- 0xFEED234: 80680024 lwz r3,36(r8)
- 15: GETL R8, t10
- 16: ADDL $0x24, t10
- 17: LDL (t10), t12
- 18: PUTL t12, R3
- 19: INCEIPL $4
-
- 0xFEED238: 4BFE98A1 bl 0xFED6AD8
- 20: MOVL $0xFEED23C, t14
- 21: PUTL t14, LR
- 22: JMPo-c $0xFED6AD8 ($4)
-
-
-
-. 3232 FEED228 20
-. 83 17 00 18 57 19 13 BA 7D 19 8A 14 80 68 00 24 4B FE 98 A1
-==== BB 3233 (0xFEED23C) approx BBs exec'd 0 ====
-
- 0xFEED23C: 7FA3E050 subf r29,r3,r28
- 0: GETL R3, t0
- 1: GETL R28, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0xFEED240: 7C791B78 or r25,r3,r3
- 5: GETL R3, t4
- 6: PUTL t4, R25
- 7: INCEIPL $4
-
- 0xFEED244: 2F1D0000 cmpi cr6,r29,0
- 8: GETL R29, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x6, CR
- 11: INCEIPL $4
-
- 0xFEED248: 7FA0EB78 or r0,r29,r29
- 12: GETL R29, t10
- 13: PUTL t10, R0
- 14: INCEIPL $4
-
- 0xFEED24C: 41980A08 bc 12,24,0xFEEDC54
- 15: Js24o $0xFEEDC54
-
-
-
-. 3233 FEED23C 20
-. 7F A3 E0 50 7C 79 1B 78 2F 1D 00 00 7F A0 EB 78 41 98 0A 08
-==== BB 3234 (0xFEEDC54) approx BBs exec'd 0 ====
-
- 0xFEEDC54: 38000000 li r0,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFEEDC58: 4BFFF5F8 b 0xFEED250
- 3: JMPo $0xFEED250 ($4)
-
-
-
-. 3234 FEEDC54 8
-. 38 00 00 00 4B FF F5 F8
-==== BB 3235 (0xFEED250) approx BBs exec'd 0 ====
-
- 0xFEED250: 7F80CA14 add r28,r0,r25
- 0: GETL R0, t0
- 1: GETL R25, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0xFEED254: 7C75A050 subf r3,r21,r20
- 5: GETL R21, t4
- 6: GETL R20, t6
- 7: SUBL t4, t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0xFEED258: 7F9C1840 cmpl cr7,r28,r3
- 10: GETL R28, t8
- 11: GETL R3, t10
- 12: CMPUL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x7, CR
- 14: INCEIPL $4
-
- 0xFEED25C: 40BCF360 bc 5,28,0xFEEC5BC
- 15: Jc28o $0xFEEC5BC
-
-
-
-. 3235 FEED250 16
-. 7F 80 CA 14 7C 75 A0 50 7F 9C 18 40 40 BC F3 60
-==== BB 3236 (0xFEED260) approx BBs exec'd 0 ====
-
- 0xFEED260: 2C1B0000 cmpi cr0,r27,0
- 0: GETL R27, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0xFEED264: 41A2F930 bc 13,2,0xFEECB94
- 4: Js02o $0xFEECB94
-
-
-
-. 3236 FEED260 8
-. 2C 1B 00 00 41 A2 F9 30
-==== BB 3237 (0xFEED268) approx BBs exec'd 0 ====
-
- 0xFEED268: 4099002C bc 4,25,0xFEED294
- 0: Jc25o $0xFEED294
-
-
-
-. 3237 FEED268 4
-. 40 99 00 2C
-==== BB 3238 (0xFEED294) approx BBs exec'd 0 ====
-
- 0xFEED294: 2E120000 cmpi cr4,r18,0
- 0: GETL R18, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0xFEED298: 41920948 bc 12,18,0xFEEDBE0
- 4: Js18o $0xFEEDBE0
-
-
-
-. 3238 FEED294 8
-. 2E 12 00 00 41 92 09 48
-==== BB 3239 (0xFEEDBE0) approx BBs exec'd 0 ====
-
- 0xFEEDBE0: 570913BA rlwinm r9,r24,2,14,29
- 0: GETL R24, t0
- 1: ROLL $0x2, t0
- 2: ANDL $0x3FFFC, t0
- 3: PUTL t0, R9
- 4: INCEIPL $4
-
- 0xFEEDBE4: 4BFFFEC8 b 0xFEEDAAC
- 5: JMPo $0xFEEDAAC ($4)
-
-
-
-. 3239 FEEDBE0 8
-. 57 09 13 BA 4B FF FE C8
-==== BB 3240 (0xFEEDAAC) approx BBs exec'd 0 ====
-
- 0xFEEDAAC: 7D498A14 add r10,r9,r17
- 0: GETL R9, t0
- 1: GETL R17, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0xFEEDAB0: 808A0024 lwz r4,36(r10)
- 5: GETL R10, t4
- 6: ADDL $0x24, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R4
- 9: INCEIPL $4
-
- 0xFEEDAB4: 4BFFFFBC b 0xFEEDA70
- 10: JMPo $0xFEEDA70 ($4)
-
-
-
-. 3240 FEEDAAC 12
-. 7D 49 8A 14 80 8A 00 24 4B FF FF BC
-==== BB 3241 (0xFEEDA70) approx BBs exec'd 0 ====
-
- 0xFEEDA70: 7F63DB78 or r3,r27,r27
- 0: GETL R27, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFEEDA74: 7F25CB78 or r5,r25,r25
- 3: GETL R25, t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0xFEEDA78: 4BFEAC61 bl 0xFED86D8
- 6: MOVL $0xFEEDA7C, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0xFED86D8 ($4)
-
-
-
-. 3241 FEEDA70 12
-. 7F 63 DB 78 7F 25 CB 78 4B FE AC 61
-==== BB 3242 (0xFEEDA7C) approx BBs exec'd 0 ====
-
- 0xFEEDA7C: 7F7BCA14 add r27,r27,r25
- 0: GETL R27, t0
- 1: GETL R25, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R27
- 4: INCEIPL $4
-
- 0xFEEDA80: 4BFFF784 b 0xFEED204
- 5: JMPo $0xFEED204 ($4)
-
-
-
-. 3242 FEEDA7C 8
-. 7F 7B CA 14 4B FF F7 84
-==== BB 3243 (0xFEED204) approx BBs exec'd 0 ====
-
- 0xFEED204: 7EB5E214 add r21,r21,r28
- 0: GETL R21, t0
- 1: GETL R28, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R21
- 4: INCEIPL $4
-
- 0xFEED208: 4BFFF990 b 0xFEECB98
- 5: JMPo $0xFEECB98 ($4)
-
-
-
-. 3243 FEED204 8
-. 7E B5 E2 14 4B FF F9 90
-==== BB 3244 (0xFEECB98) approx BBs exec'd 0 ====
-
- 0xFEECB98: 8C1F0001 lbzu r0,1(r31)
- 0: GETL R31, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R31
- 3: LDB (t0), t2
- 4: PUTL t2, R0
- 5: INCEIPL $4
-
- 0xFEECB9C: 4BFFF9F0 b 0xFEEC58C
- 6: JMPo $0xFEEC58C ($4)
-
-
-
-. 3244 FEECB98 8
-. 8C 1F 00 01 4B FF F9 F0
-==== BB 3245 (0xFEEC58C) approx BBs exec'd 0 ====
-
- 0xFEEC58C: 2C800000 cmpi cr1,r0,0
- 0: GETL R0, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFEEC590: 4086FFB8 bc 4,6,0xFEEC548
- 4: Jc06o $0xFEEC548
-
-
-
-. 3245 FEEC58C 8
-. 2C 80 00 00 40 86 FF B8
-==== BB 3246 (0xFEEC594) approx BBs exec'd 0 ====
-
- 0xFEEC594: 3134FFFF addic r9,r20,-1
- 0: GETL R20, t0
- 1: ADCL $0xFFFFFFFF, t0 (-wCa)
- 2: PUTL t0, R9
- 3: INCEIPL $4
-
- 0xFEEC598: 7E09A110 subfe r16,r9,r20
- 4: GETL R9, t2
- 5: GETL R20, t4
- 6: SBBL t2, t4 (-rCa-wCa)
- 7: PUTL t4, R16
- 8: INCEIPL $4
-
- 0xFEEC59C: 317BFFFF addic r11,r27,-1
- 9: GETL R27, t6
- 10: ADCL $0xFFFFFFFF, t6 (-wCa)
- 11: PUTL t6, R11
- 12: INCEIPL $4
-
- 0xFEEC5A0: 7E2BD910 subfe r17,r11,r27
- 13: GETL R11, t8
- 14: GETL R27, t10
- 15: SBBL t8, t10 (-rCa-wCa)
- 16: PUTL t10, R17
- 17: INCEIPL $4
-
- 0xFEEC5A4: 7E2B8039 and. r11,r17,r16
- 18: GETL R17, t12
- 19: GETL R16, t14
- 20: ANDL t12, t14
- 21: PUTL t14, R11
- 22: CMP0L t14, t16 (-rSo)
- 23: ICRFL t16, $0x0, CR
- 24: INCEIPL $4
-
- 0xFEEC5A8: 4182000C bc 12,2,0xFEEC5B4
- 25: Js02o $0xFEEC5B4
-
-
-
-. 3246 FEEC594 24
-. 31 34 FF FF 7E 09 A1 10 31 7B FF FF 7E 2B D9 10 7E 2B 80 39 41 82 00 0C
-==== BB 3247 (0xFEEC5AC) approx BBs exec'd 0 ====
-
- 0xFEEC5AC: 3A600000 li r19,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R19
- 2: INCEIPL $4
-
- 0xFEEC5B0: 9A7B0000 stb r19,0(r27)
- 3: GETL R19, t2
- 4: GETL R27, t4
- 5: STB t2, (t4)
- 6: INCEIPL $4
-
- 0xFEEC5B4: 7EA3AB78 or r3,r21,r21
- 7: GETL R21, t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0xFEEC5B8: 48000008 b 0xFEEC5C0
- 10: JMPo $0xFEEC5C0 ($4)
-
-
-
-. 3247 FEEC5AC 16
-. 3A 60 00 00 9A 7B 00 00 7E A3 AB 78 48 00 00 08
-==== BB 3248 (0xFEEC5C0) approx BBs exec'd 0 ====
-
- 0xFEEC5C0: 828100A4 lwz r20,164(r1)
- 0: GETL R1, t0
- 1: ADDL $0xA4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R20
- 4: INCEIPL $4
-
- 0xFEEC5C4: 81010054 lwz r8,84(r1)
- 5: GETL R1, t4
- 6: ADDL $0x54, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R8
- 9: INCEIPL $4
-
- 0xFEEC5C8: 7E8803A6 mtlr r20
- 10: GETL R20, t8
- 11: PUTL t8, LR
- 12: INCEIPL $4
-
- 0xFEEC5CC: 81C10058 lwz r14,88(r1)
- 13: GETL R1, t10
- 14: ADDL $0x58, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R14
- 17: INCEIPL $4
-
- 0xFEEC5D0: 81E1005C lwz r15,92(r1)
- 18: GETL R1, t14
- 19: ADDL $0x5C, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R15
- 22: INCEIPL $4
-
- 0xFEEC5D4: 7D008120 mtcrf 0x8,r8
- 23: GETL R8, t18
- 24: ICRFL t18, $0x4, CR
- 25: INCEIPL $4
-
- 0xFEEC5D8: 82010060 lwz r16,96(r1)
- 26: GETL R1, t20
- 27: ADDL $0x60, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R16
- 30: INCEIPL $4
-
- 0xFEEC5DC: 82210064 lwz r17,100(r1)
- 31: GETL R1, t24
- 32: ADDL $0x64, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R17
- 35: INCEIPL $4
-
- 0xFEEC5E0: 82410068 lwz r18,104(r1)
- 36: GETL R1, t28
- 37: ADDL $0x68, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R18
- 40: INCEIPL $4
-
- 0xFEEC5E4: 8261006C lwz r19,108(r1)
- 41: GETL R1, t32
- 42: ADDL $0x6C, t32
- 43: LDL (t32), t34
- 44: PUTL t34, R19
- 45: INCEIPL $4
-
- 0xFEEC5E8: 82810070 lwz r20,112(r1)
- 46: GETL R1, t36
- 47: ADDL $0x70, t36
- 48: LDL (t36), t38
- 49: PUTL t38, R20
- 50: INCEIPL $4
-
- 0xFEEC5EC: 82A10074 lwz r21,116(r1)
- 51: GETL R1, t40
- 52: ADDL $0x74, t40
- 53: LDL (t40), t42
- 54: PUTL t42, R21
- 55: INCEIPL $4
-
- 0xFEEC5F0: 82C10078 lwz r22,120(r1)
- 56: GETL R1, t44
- 57: ADDL $0x78, t44
- 58: LDL (t44), t46
- 59: PUTL t46, R22
- 60: INCEIPL $4
-
- 0xFEEC5F4: 82E1007C lwz r23,124(r1)
- 61: GETL R1, t48
- 62: ADDL $0x7C, t48
- 63: LDL (t48), t50
- 64: PUTL t50, R23
- 65: INCEIPL $4
-
- 0xFEEC5F8: 83010080 lwz r24,128(r1)
- 66: GETL R1, t52
- 67: ADDL $0x80, t52
- 68: LDL (t52), t54
- 69: PUTL t54, R24
- 70: INCEIPL $4
-
- 0xFEEC5FC: 83210084 lwz r25,132(r1)
- 71: GETL R1, t56
- 72: ADDL $0x84, t56
- 73: LDL (t56), t58
- 74: PUTL t58, R25
- 75: INCEIPL $4
-
- 0xFEEC600: 83410088 lwz r26,136(r1)
- 76: GETL R1, t60
- 77: ADDL $0x88, t60
- 78: LDL (t60), t62
- 79: PUTL t62, R26
- 80: INCEIPL $4
-
- 0xFEEC604: 8361008C lwz r27,140(r1)
- 81: GETL R1, t64
- 82: ADDL $0x8C, t64
- 83: LDL (t64), t66
- 84: PUTL t66, R27
- 85: INCEIPL $4
-
- 0xFEEC608: 83810090 lwz r28,144(r1)
- 86: GETL R1, t68
- 87: ADDL $0x90, t68
- 88: LDL (t68), t70
- 89: PUTL t70, R28
- 90: INCEIPL $4
-
- 0xFEEC60C: 83A10094 lwz r29,148(r1)
- 91: GETL R1, t72
- 92: ADDL $0x94, t72
- 93: LDL (t72), t74
- 94: PUTL t74, R29
- 95: INCEIPL $4
-
- 0xFEEC610: 83C10098 lwz r30,152(r1)
- 96: GETL R1, t76
- 97: ADDL $0x98, t76
- 98: LDL (t76), t78
- 99: PUTL t78, R30
- 100: INCEIPL $4
-
- 0xFEEC614: 83E1009C lwz r31,156(r1)
- 101: GETL R1, t80
- 102: ADDL $0x9C, t80
- 103: LDL (t80), t82
- 104: PUTL t82, R31
- 105: INCEIPL $4
-
- 0xFEEC618: 382100A0 addi r1,r1,160
- 106: GETL R1, t84
- 107: ADDL $0xA0, t84
- 108: PUTL t84, R1
- 109: INCEIPL $4
-
- 0xFEEC61C: 4E800020 blr
- 110: GETL LR, t86
- 111: JMPo-r t86 ($4)
-
-
-
-. 3248 FEEC5C0 96
-. 82 81 00 A4 81 01 00 54 7E 88 03 A6 81 C1 00 58 81 E1 00 5C 7D 00 81 20 82 01 00 60 82 21 00 64 82 41 00 68 82 61 00 6C 82 81 00 70 82 A1 00 74 82 C1 00 78 82 E1 00 7C 83 01 00 80 83 21 00 84 83 41 00 88 83 61 00 8C 83 81 00 90 83 A1 00 94 83 C1 00 98 83 E1 00 9C 38 21 00 A0 4E 80 00 20
-==== BB 3249 (0x10003BC0) approx BBs exec'd 0 ====
-
- 0x10003BC0: 7C7F1B79 or. r31,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R31
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x10003BC4: 40820010 bc 4,2,0x10003BD4
- 5: Jc02o $0x10003BD4
-
-
-
-. 3249 10003BC0 8
-. 7C 7F 1B 79 40 82 00 10
-==== BB 3250 (0x10003BD4) approx BBs exec'd 0 ====
-
- 0x10003BD4: 7FBFE050 subf r29,r31,r28
- 0: GETL R31, t0
- 1: GETL R28, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0x10003BD8: 2F1D0000 cmpi cr6,r29,0
- 5: GETL R29, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x10003BDC: 7FA0EB78 or r0,r29,r29
- 9: GETL R29, t8
- 10: PUTL t8, R0
- 11: INCEIPL $4
-
- 0x10003BE0: 41980C78 bc 12,24,0x10004858
- 12: Js24o $0x10004858
-
-
-
-. 3250 10003BD4 16
-. 7F BF E0 50 2F 1D 00 00 7F A0 EB 78 41 98 0C 78
-==== BB 3251 (0x10004858) approx BBs exec'd 0 ====
-
- 0x10004858: 38000000 li r0,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x1000485C: 4BFFF388 b 0x10003BE4
- 3: JMPo $0x10003BE4 ($4)
-
-
-
-. 3251 10004858 8
-. 38 00 00 00 4B FF F3 88
-==== BB 3252 (0x10003BE4) approx BBs exec'd 0 ====
-
- 0x10003BE4: 7F80FA14 add r28,r0,r31
- 0: GETL R0, t0
- 1: GETL R31, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0x10003BE8: 7C15B850 subf r0,r21,r23
- 5: GETL R21, t4
- 6: GETL R23, t6
- 7: SUBL t4, t6
- 8: PUTL t6, R0
- 9: INCEIPL $4
-
- 0x10003BEC: 7F9C0040 cmpl cr7,r28,r0
- 10: GETL R28, t8
- 11: GETL R0, t10
- 12: CMPUL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x7, CR
- 14: INCEIPL $4
-
- 0x10003BF0: 40BCFE08 bc 5,28,0x100039F8
- 15: Jc28o $0x100039F8
-
-
-
-. 3252 10003BE4 16
-. 7F 80 FA 14 7C 15 B8 50 7F 9C 00 40 40 BC FE 08
-==== BB 3253 (0x10003BF4) approx BBs exec'd 0 ====
-
- 0x10003BF4: 2C190000 cmpi cr0,r25,0
- 0: GETL R25, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0x10003BF8: 41820058 bc 12,2,0x10003C50
- 4: Js02o $0x10003C50
-
-
-
-. 3253 10003BF4 8
-. 2C 19 00 00 41 82 00 58
-==== BB 3254 (0x10003BFC) approx BBs exec'd 0 ====
-
- 0x10003BFC: 40990028 bc 4,25,0x10003C24
- 0: Jc25o $0x10003C24
-
-
-
-. 3254 10003BFC 4
-. 40 99 00 28
-==== BB 3255 (0x10003C24) approx BBs exec'd 0 ====
-
- 0x10003C24: 8001045C lwz r0,1116(r1)
- 0: GETL R1, t0
- 1: ADDL $0x45C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x10003C28: 2F800000 cmpi cr7,r0,0
- 5: GETL R0, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x10003C2C: 409E0C14 bc 4,30,0x10004840
- 9: Jc30o $0x10004840
-
-
-
-. 3255 10003C24 12
-. 80 01 04 5C 2F 80 00 00 40 9E 0C 14
-==== BB 3256 (0x10003C30) approx BBs exec'd 0 ====
-
- 0x10003C30: 2F940000 cmpi cr7,r20,0
- 0: GETL R20, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x10003C34: 7E048378 or r4,r16,r16
- 4: GETL R16, t4
- 5: PUTL t4, R4
- 6: INCEIPL $4
-
- 0x10003C38: 409E00D4 bc 4,30,0x10003D0C
- 7: Jc30o $0x10003D0C
-
-
-
-. 3256 10003C30 12
-. 2F 94 00 00 7E 04 83 78 40 9E 00 D4
-==== BB 3257 (0x10003C3C) approx BBs exec'd 0 ====
-
- 0x10003C3C: 7E048378 or r4,r16,r16
- 0: GETL R16, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0x10003C40: 7F23CB78 or r3,r25,r25
- 3: GETL R25, t2
- 4: PUTL t2, R3
- 5: INCEIPL $4
-
- 0x10003C44: 7FE5FB78 or r5,r31,r31
- 6: GETL R31, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x10003C48: 48017015 bl 0x1001AC5C
- 9: MOVL $0x10003C4C, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x1001AC5C ($4)
-
-
-
-. 3257 10003C3C 16
-. 7E 04 83 78 7F 23 CB 78 7F E5 FB 78 48 01 70 15
-==== BB 3258 (0x1001AC5C) approx BBs exec'd 0 ====
-
- 0x1001AC5C: 39600094 li r11,148
- 0: MOVL $0x94, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0x1001AC60: 4BFFFEAC b 0x1001AB0C
- 3: JMPo $0x1001AB0C ($4)
-
-
-
-. 3258 1001AC5C 8
-. 39 60 00 94 4B FF FE AC
-==== BB 3259 (0x10003C4C) approx BBs exec'd 0 ====
-
- 0x10003C4C: 7F39FA14 add r25,r25,r31
- 0: GETL R25, t0
- 1: GETL R31, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R25
- 4: INCEIPL $4
-
- 0x10003C50: 7EB5E214 add r21,r21,r28
- 5: GETL R21, t4
- 6: GETL R28, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R21
- 9: INCEIPL $4
-
- 0x10003C54: 8C1A0001 lbzu r0,1(r26)
- 10: GETL R26, t8
- 11: ADDL $0x1, t8
- 12: PUTL t8, R26
- 13: LDB (t8), t10
- 14: PUTL t10, R0
- 15: INCEIPL $4
-
- 0x10003C58: 4BFFFC6C b 0x100038C4
- 16: JMPo $0x100038C4 ($4)
-
-
-
-. 3259 10003C4C 16
-. 7F 39 FA 14 7E B5 E2 14 8C 1A 00 01 4B FF FC 6C
-==== BB 3260 (0x100038C4) approx BBs exec'd 0 ====
-
- 0x100038C4: 2F800000 cmpi cr7,r0,0
- 0: GETL R0, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x100038C8: 409EFFAC bc 4,30,0x10003874
- 4: Jc30o $0x10003874
-
-
-
-. 3260 100038C4 8
-. 2F 80 00 00 40 9E FF AC
-==== BB 3261 (0x100039E0) approx BBs exec'd 0 ====
-
- 0x100039E0: 2F890020 cmpi cr7,r9,32
- 0: GETL R9, t0
- 1: MOVL $0x20, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x100039E4: 40BCFEB8 bc 5,28,0x1000389C
- 5: Jc28o $0x1000389C
-
-
-
-. 3261 100039E0 8
-. 2F 89 00 20 40 BC FE B8
-==== BB 3262 (0x1000389C) approx BBs exec'd 0 ====
-
- 0x1000389C: 7C15B850 subf r0,r21,r23
- 0: GETL R21, t0
- 1: GETL R23, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x100038A0: 2B800001 cmpli cr7,r0,1
- 5: GETL R0, t4
- 6: MOVL $0x1, t8
- 7: CMPUL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x7, CR
- 9: INCEIPL $4
-
- 0x100038A4: 409D0154 bc 4,29,0x100039F8
- 10: Jc29o $0x100039F8
-
-
-
-. 3262 1000389C 12
-. 7C 15 B8 50 2B 80 00 01 40 9D 01 54
-==== BB 3263 (0x100038A8) approx BBs exec'd 0 ====
-
- 0x100038A8: 2C190000 cmpi cr0,r25,0
- 0: GETL R25, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0x100038AC: 41820010 bc 12,2,0x100038BC
- 4: Js02o $0x100038BC
-
-
-
-. 3263 100038A8 8
-. 2C 19 00 00 41 82 00 10
-==== BB 3264 (0x100038B0) approx BBs exec'd 0 ====
-
- 0x100038B0: 881A0000 lbz r0,0(r26)
- 0: GETL R26, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0x100038B4: 98190000 stb r0,0(r25)
- 4: GETL R0, t4
- 5: GETL R25, t6
- 6: STB t4, (t6)
- 7: INCEIPL $4
-
- 0x100038B8: 3B390001 addi r25,r25,1
- 8: GETL R25, t8
- 9: ADDL $0x1, t8
- 10: PUTL t8, R25
- 11: INCEIPL $4
-
- 0x100038BC: 3AB50001 addi r21,r21,1
- 12: GETL R21, t10
- 13: ADDL $0x1, t10
- 14: PUTL t10, R21
- 15: INCEIPL $4
-
- 0x100038C0: 8C1A0001 lbzu r0,1(r26)
- 16: GETL R26, t12
- 17: ADDL $0x1, t12
- 18: PUTL t12, R26
- 19: LDB (t12), t14
- 20: PUTL t14, R0
- 21: INCEIPL $4
-
- 0x100038C4: 2F800000 cmpi cr7,r0,0
- 22: GETL R0, t16
- 23: CMP0L t16, t18 (-rSo)
- 24: ICRFL t18, $0x7, CR
- 25: INCEIPL $4
-
- 0x100038C8: 409EFFAC bc 4,30,0x10003874
- 26: Jc30o $0x10003874
-
-
-
-. 3264 100038B0 28
-. 88 1A 00 00 98 19 00 00 3B 39 00 01 3A B5 00 01 8C 1A 00 01 2F 80 00 00 40 9E FF AC
-==== BB 3265 (0x10004460) approx BBs exec'd 0 ====
-
- 0x10004460: 2F8A0000 cmpi cr7,r10,0
- 0: GETL R10, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x10004464: 419E0010 bc 12,30,0x10004474
- 4: Js30o $0x10004474
-
-
-
-. 3265 10004460 8
-. 2F 8A 00 00 41 9E 00 10
-==== BB 3266 (0x10004474) approx BBs exec'd 0 ====
-
- 0x10004474: 2F100000 cmpi cr6,r16,0
- 0: GETL R16, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x10004478: 41BAF70C bc 13,26,0x10003B84
- 4: Js26o $0x10003B84
-
-
-
-. 3266 10004474 8
-. 2F 10 00 00 41 BA F7 0C
-==== BB 3267 (0x1001ABD4) approx BBs exec'd 0 ====
-
- 0x1001ABD4: 4BED1870 b 0xFEEC444
- 0: JMPo $0xFEEC444 ($4)
-
-
-
-. 3267 1001ABD4 4
-. 4B ED 18 70
-==== BB 3268 (0xFEED138) approx BBs exec'd 0 ====
-
- 0xFEED138: 2C8A0000 cmpi cr1,r10,0
- 0: GETL R10, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFEED13C: 41860008 bc 12,6,0xFEED144
- 4: Js06o $0xFEED144
-
-
-
-. 3268 FEED138 8
-. 2C 8A 00 00 41 86 00 08
-==== BB 3269 (0xFEED144) approx BBs exec'd 0 ====
-
- 0xFEED144: 2E190000 cmpi cr4,r25,0
- 0: GETL R25, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0xFEED148: 40B2F5C4 bc 5,18,0xFEEC70C
- 4: Jc18o $0xFEEC70C
-
-
-
-. 3269 FEED144 8
-. 2E 19 00 00 40 B2 F5 C4
-==== BB 3270 (0xFEED14C) approx BBs exec'd 0 ====
-
- 0xFEED14C: 83170010 lwz r24,16(r23)
- 0: GETL R23, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R24
- 4: INCEIPL $4
-
- 0xFEED150: 3B38000E addi r25,r24,14
- 5: GETL R24, t4
- 6: ADDL $0xE, t4
- 7: PUTL t4, R25
- 8: INCEIPL $4
-
- 0xFEED154: 572813BA rlwinm r8,r25,2,14,29
- 9: GETL R25, t6
- 10: ROLL $0x2, t6
- 11: ANDL $0x3FFFC, t6
- 12: PUTL t6, R8
- 13: INCEIPL $4
-
- 0xFEED158: 7D488A14 add r10,r8,r17
- 14: GETL R8, t8
- 15: GETL R17, t10
- 16: ADDL t8, t10
- 17: PUTL t10, R10
- 18: INCEIPL $4
-
- 0xFEED15C: 806A0024 lwz r3,36(r10)
- 19: GETL R10, t12
- 20: ADDL $0x24, t12
- 21: LDL (t12), t14
- 22: PUTL t14, R3
- 23: INCEIPL $4
-
- 0xFEED160: 4BFE9979 bl 0xFED6AD8
- 24: MOVL $0xFEED164, t16
- 25: PUTL t16, LR
- 26: JMPo-c $0xFED6AD8 ($4)
-
-
-
-. 3270 FEED14C 24
-. 83 17 00 10 3B 38 00 0E 57 28 13 BA 7D 48 8A 14 80 6A 00 24 4B FE 99 79
-==== BB 3271 (0xFEED164) approx BBs exec'd 0 ====
-
- 0xFEED164: 7FA3E050 subf r29,r3,r28
- 0: GETL R3, t0
- 1: GETL R28, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0xFEED168: 7C791B78 or r25,r3,r3
- 5: GETL R3, t4
- 6: PUTL t4, R25
- 7: INCEIPL $4
-
- 0xFEED16C: 2F1D0000 cmpi cr6,r29,0
- 8: GETL R29, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x6, CR
- 11: INCEIPL $4
-
- 0xFEED170: 7FA0EB78 or r0,r29,r29
- 12: GETL R29, t10
- 13: PUTL t10, R0
- 14: INCEIPL $4
-
- 0xFEED174: 41980A64 bc 12,24,0xFEEDBD8
- 15: Js24o $0xFEEDBD8
-
-
-
-. 3271 FEED164 20
-. 7F A3 E0 50 7C 79 1B 78 2F 1D 00 00 7F A0 EB 78 41 98 0A 64
-==== BB 3272 (0xFEEDBD8) approx BBs exec'd 0 ====
-
- 0xFEEDBD8: 38000000 li r0,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFEEDBDC: 4BFFF59C b 0xFEED178
- 3: JMPo $0xFEED178 ($4)
-
-
-
-. 3272 FEEDBD8 8
-. 38 00 00 00 4B FF F5 9C
-==== BB 3273 (0xFEED178) approx BBs exec'd 0 ====
-
- 0xFEED178: 7F80CA14 add r28,r0,r25
- 0: GETL R0, t0
- 1: GETL R25, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0xFEED17C: 7C95A050 subf r4,r21,r20
- 5: GETL R21, t4
- 6: GETL R20, t6
- 7: SUBL t4, t6
- 8: PUTL t6, R4
- 9: INCEIPL $4
-
- 0xFEED180: 7F9C2040 cmpl cr7,r28,r4
- 10: GETL R28, t8
- 11: GETL R4, t10
- 12: CMPUL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x7, CR
- 14: INCEIPL $4
-
- 0xFEED184: 40BCF438 bc 5,28,0xFEEC5BC
- 15: Jc28o $0xFEEC5BC
-
-
-
-. 3273 FEED178 16
-. 7F 80 CA 14 7C 95 A0 50 7F 9C 20 40 40 BC F4 38
-==== BB 3274 (0xFEED188) approx BBs exec'd 0 ====
-
- 0xFEED188: 2C1B0000 cmpi cr0,r27,0
- 0: GETL R27, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0xFEED18C: 41A2FA08 bc 13,2,0xFEECB94
- 4: Js02o $0xFEECB94
-
-
-
-. 3274 FEED188 8
-. 2C 1B 00 00 41 A2 FA 08
-==== BB 3275 (0xFEED190) approx BBs exec'd 0 ====
-
- 0xFEED190: 4099002C bc 4,25,0xFEED1BC
- 0: Jc25o $0xFEED1BC
-
-
-
-. 3275 FEED190 4
-. 40 99 00 2C
-==== BB 3276 (0xFEED1BC) approx BBs exec'd 0 ====
-
- 0xFEED1BC: 2C920000 cmpi cr1,r18,0
- 0: GETL R18, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFEED1C0: 41860A6C bc 12,6,0xFEEDC2C
- 4: Js06o $0xFEEDC2C
-
-
-
-. 3276 FEED1BC 8
-. 2C 92 00 00 41 86 0A 6C
-==== BB 3277 (0xFEEDC2C) approx BBs exec'd 0 ====
-
- 0xFEEDC2C: 3938000E addi r9,r24,14
- 0: GETL R24, t0
- 1: ADDL $0xE, t0
- 2: PUTL t0, R9
- 3: INCEIPL $4
-
- 0xFEEDC30: 4BFFFE78 b 0xFEEDAA8
- 4: JMPo $0xFEEDAA8 ($4)
-
-
-
-. 3277 FEEDC2C 8
-. 39 38 00 0E 4B FF FE 78
-==== BB 3278 (0xFEEDAA8) approx BBs exec'd 0 ====
-
- 0xFEEDAA8: 552913BA rlwinm r9,r9,2,14,29
- 0: GETL R9, t0
- 1: ROLL $0x2, t0
- 2: ANDL $0x3FFFC, t0
- 3: PUTL t0, R9
- 4: INCEIPL $4
-
- 0xFEEDAAC: 7D498A14 add r10,r9,r17
- 5: GETL R9, t2
- 6: GETL R17, t4
- 7: ADDL t2, t4
- 8: PUTL t4, R10
- 9: INCEIPL $4
-
- 0xFEEDAB0: 808A0024 lwz r4,36(r10)
- 10: GETL R10, t6
- 11: ADDL $0x24, t6
- 12: LDL (t6), t8
- 13: PUTL t8, R4
- 14: INCEIPL $4
-
- 0xFEEDAB4: 4BFFFFBC b 0xFEEDA70
- 15: JMPo $0xFEEDA70 ($4)
-
-
-
-. 3278 FEEDAA8 16
-. 55 29 13 BA 7D 49 8A 14 80 8A 00 24 4B FF FF BC
-==== BB 3279 (0x1001AC5C) approx BBs exec'd 0 ====
-
- 0x1001AC5C: 4BEBDA7C b 0xFED86D8
- 0: JMPo $0xFED86D8 ($4)
-
-
-
-. 3279 1001AC5C 4
-. 4B EB DA 7C
-==== BB 3280 (0x100045A4) approx BBs exec'd 0 ====
-
- 0x100045A4: 2F900045 cmpi cr7,r16,69
- 0: GETL R16, t0
- 1: MOVL $0x45, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x100045A8: 41BEF6D8 bc 13,30,0x10003C80
- 5: Js30o $0x10003C80
-
-
-
-. 3280 100045A4 8
-. 2F 90 00 45 41 BE F6 D8
-==== BB 3281 (0x100045AC) approx BBs exec'd 0 ====
-
- 0x100045AC: 2F9C0002 cmpi cr7,r28,2
- 0: GETL R28, t0
- 1: MOVL $0x2, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x100045B0: 7F87E378 or r7,r28,r28
- 5: GETL R28, t6
- 6: PUTL t6, R7
- 7: INCEIPL $4
-
- 0x100045B4: 419C04BC bc 12,28,0x10004A70
- 8: Js28o $0x10004A70
-
-
-
-. 3281 100045AC 12
-. 2F 9C 00 02 7F 87 E3 78 41 9C 04 BC
-==== BB 3282 (0x10004A70) approx BBs exec'd 0 ====
-
- 0x10004A70: 8118000C lwz r8,12(r24)
- 0: GETL R24, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x10004A74: 38E00002 li r7,2
- 5: MOVL $0x2, t4
- 6: PUTL t4, R7
- 7: INCEIPL $4
-
- 0x10004A78: 4BFFF978 b 0x100043F0
- 8: JMPo $0x100043F0 ($4)
-
-
-
-. 3282 10004A70 12
-. 81 18 00 0C 38 E0 00 02 4B FF F9 78
-==== BB 3283 (0x100043F0) approx BBs exec'd 0 ====
-
- 0x100043F0: 6B690030 xori r9,r27,0x30
- 0: GETL R27, t0
- 1: XORL $0x30, t0
- 2: PUTL t0, R9
- 3: INCEIPL $4
-
- 0x100043F4: 6B6B002D xori r11,r27,0x2D
- 4: GETL R27, t2
- 5: XORL $0x2D, t2
- 6: PUTL t2, R11
- 7: INCEIPL $4
-
- 0x100043F8: 3009FFFF addic r0,r9,-1
- 8: GETL R9, t4
- 9: ADCL $0xFFFFFFFF, t4 (-wCa)
- 10: PUTL t4, R0
- 11: INCEIPL $4
-
- 0x100043FC: 7D404910 subfe r10,r0,r9
- 12: GETL R0, t6
- 13: GETL R9, t8
- 14: SBBL t6, t8 (-rCa-wCa)
- 15: PUTL t8, R10
- 16: INCEIPL $4
-
- 0x10004400: 312BFFFF addic r9,r11,-1
- 17: GETL R11, t10
- 18: ADCL $0xFFFFFFFF, t10 (-wCa)
- 19: PUTL t10, R9
- 20: INCEIPL $4
-
- 0x10004404: 7C095910 subfe r0,r9,r11
- 21: GETL R9, t12
- 22: GETL R11, t14
- 23: SBBL t12, t14 (-rCa-wCa)
- 24: PUTL t14, R0
- 25: INCEIPL $4
-
- 0x10004408: 7D4B0039 and. r11,r10,r0
- 26: GETL R10, t16
- 27: GETL R0, t18
- 28: ANDL t16, t18
- 29: PUTL t18, R11
- 30: CMP0L t18, t20 (-rSo)
- 31: ICRFL t20, $0x0, CR
- 32: INCEIPL $4
-
- 0x1000440C: 2F10004F cmpi cr6,r16,79
- 33: GETL R16, t22
- 34: MOVL $0x4F, t26
- 35: CMPL t22, t26, t24 (-rSo)
- 36: ICRFL t24, $0x6, CR
- 37: INCEIPL $4
-
- 0x10004410: 41A2FB4C bc 13,2,0x10003F5C
- 38: Js02o $0x10003F5C
-
-
-
-. 3283 100043F0 36
-. 6B 69 00 30 6B 6B 00 2D 30 09 FF FF 7D 40 49 10 31 2B FF FF 7C 09 59 10 7D 4B 00 39 2F 10 00 4F 41 A2 FB 4C
-==== BB 3284 (0x10004414) approx BBs exec'd 0 ====
-
- 0x10004414: 3B60005F li r27,95
- 0: MOVL $0x5F, t0
- 1: PUTL t0, R27
- 2: INCEIPL $4
-
- 0x10004418: 4BFFFB44 b 0x10003F5C
- 3: JMPo $0x10003F5C ($4)
-
-
-
-. 3284 10004414 8
-. 3B 60 00 5F 4B FF FB 44
-==== BB 3285 (0x10003F5C) approx BBs exec'd 0 ====
-
- 0x10003F5C: 7C000026 mfcr r0
- 0: GETL CR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x10003F60: 5400DFFE rlwinm r0,r0,27,31,31
- 3: GETL R0, t2
- 4: ROLL $0x1B, t2
- 5: ANDL $0x1, t2
- 6: PUTL t2, R0
- 7: INCEIPL $4
-
- 0x10003F64: 7D0940F8 nor r9,r8,r8
- 8: GETL R8, t4
- 9: NOTL t4
- 10: PUTL t4, R9
- 11: INCEIPL $4
-
- 0x10003F68: 55290FFE rlwinm r9,r9,1,31,31
- 12: GETL R9, t6
- 13: SHRL $0x1F, t6
- 14: PUTL t6, R9
- 15: INCEIPL $4
-
- 0x10003F6C: 7C0B4839 and. r11,r0,r9
- 16: GETL R0, t8
- 17: GETL R9, t10
- 18: ANDL t8, t10
- 19: PUTL t10, R11
- 20: CMP0L t10, t12 (-rSo)
- 21: ICRFL t12, $0x0, CR
- 22: INCEIPL $4
-
- 0x10003F70: 40A2FDB0 bc 5,2,0x10003D20
- 23: Jc02o $0x10003D20
-
-
-
-. 3285 10003F5C 24
-. 7C 00 00 26 54 00 DF FE 7D 09 40 F8 55 29 0F FE 7C 0B 48 39 40 A2 FD B0
-==== BB 3286 (0x10003F74) approx BBs exec'd 0 ====
-
- 0x10003F74: 55000FFE rlwinm r0,r8,1,31,31
- 0: GETL R8, t0
- 1: SHRL $0x1F, t0
- 2: PUTL t0, R0
- 3: INCEIPL $4
-
- 0x10003F78: 7D0B4378 or r11,r8,r8
- 4: GETL R8, t2
- 5: PUTL t2, R11
- 6: INCEIPL $4
-
- 0x10003F7C: 2F000000 cmpi cr6,r0,0
- 7: GETL R0, t4
- 8: CMP0L t4, t6 (-rSo)
- 9: ICRFL t6, $0x6, CR
- 10: INCEIPL $4
-
- 0x10003F80: 3BE1001C addi r31,r1,28
- 11: GETL R1, t8
- 12: ADDL $0x1C, t8
- 13: PUTL t8, R31
- 14: INCEIPL $4
-
- 0x10003F84: 419A0008 bc 12,26,0x10003F8C
- 15: Js26o $0x10003F8C
-
-
-
-. 3286 10003F74 20
-. 55 00 0F FE 7D 0B 43 78 2F 00 00 00 3B E1 00 1C 41 9A 00 08
-==== BB 3287 (0x10003F8C) approx BBs exec'd 0 ====
-
- 0x10003F8C: 3D40CCCC lis r10,-13108
- 0: MOVL $0xCCCC0000, t0
- 1: PUTL t0, R10
- 2: INCEIPL $4
-
- 0x10003F90: 614ACCCD ori r10,r10,0xCCCD
- 3: MOVL $0xCCCCCCCD, t2
- 4: PUTL t2, R10
- 5: INCEIPL $4
-
- 0x10003F94: 7C0B5016 mulhwu r0,r11,r10
- 6: GETL R11, t4
- 7: GETL R10, t6
- 8: UMULHL t4, t6
- 9: PUTL t6, R0
- 10: INCEIPL $4
-
- 0x10003F98: 5400E8FE rlwinm r0,r0,29,3,31
- 11: GETL R0, t8
- 12: SHRL $0x3, t8
- 13: PUTL t8, R0
- 14: INCEIPL $4
-
- 0x10003F9C: 1D20000A mulli r9,r0,10
- 15: GETL R0, t10
- 16: MULL $0xA, t10
- 17: PUTL t10, R9
- 18: INCEIPL $4
-
- 0x10003FA0: 2F800000 cmpi cr7,r0,0
- 19: GETL R0, t12
- 20: CMP0L t12, t14 (-rSo)
- 21: ICRFL t14, $0x7, CR
- 22: INCEIPL $4
-
- 0x10003FA4: 7D295850 subf r9,r9,r11
- 23: GETL R9, t16
- 24: GETL R11, t18
- 25: SUBL t16, t18
- 26: PUTL t18, R9
- 27: INCEIPL $4
-
- 0x10003FA8: 7C0B0378 or r11,r0,r0
- 28: GETL R0, t20
- 29: PUTL t20, R11
- 30: INCEIPL $4
-
- 0x10003FAC: 39290030 addi r9,r9,48
- 31: GETL R9, t22
- 32: ADDL $0x30, t22
- 33: PUTL t22, R9
- 34: INCEIPL $4
-
- 0x10003FB0: 9D3FFFFF stbu r9,-1(r31)
- 35: GETL R9, t24
- 36: GETL R31, t26
- 37: ADDL $0xFFFFFFFF, t26
- 38: PUTL t26, R31
- 39: STB t24, (t26)
- 40: INCEIPL $4
-
- 0x10003FB4: 409EFFE0 bc 4,30,0x10003F94
- 41: Jc30o $0x10003F94
-
-
-
-. 3287 10003F8C 44
-. 3D 40 CC CC 61 4A CC CD 7C 0B 50 16 54 00 E8 FE 1D 20 00 0A 2F 80 00 00 7D 29 58 50 7C 0B 03 78 39 29 00 30 9D 3F FF FF 40 9E FF E0
-==== BB 3288 (0x10003F94) approx BBs exec'd 0 ====
-
- 0x10003F94: 7C0B5016 mulhwu r0,r11,r10
- 0: GETL R11, t0
- 1: GETL R10, t2
- 2: UMULHL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x10003F98: 5400E8FE rlwinm r0,r0,29,3,31
- 5: GETL R0, t4
- 6: SHRL $0x3, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x10003F9C: 1D20000A mulli r9,r0,10
- 9: GETL R0, t6
- 10: MULL $0xA, t6
- 11: PUTL t6, R9
- 12: INCEIPL $4
-
- 0x10003FA0: 2F800000 cmpi cr7,r0,0
- 13: GETL R0, t8
- 14: CMP0L t8, t10 (-rSo)
- 15: ICRFL t10, $0x7, CR
- 16: INCEIPL $4
-
- 0x10003FA4: 7D295850 subf r9,r9,r11
- 17: GETL R9, t12
- 18: GETL R11, t14
- 19: SUBL t12, t14
- 20: PUTL t14, R9
- 21: INCEIPL $4
-
- 0x10003FA8: 7C0B0378 or r11,r0,r0
- 22: GETL R0, t16
- 23: PUTL t16, R11
- 24: INCEIPL $4
-
- 0x10003FAC: 39290030 addi r9,r9,48
- 25: GETL R9, t18
- 26: ADDL $0x30, t18
- 27: PUTL t18, R9
- 28: INCEIPL $4
-
- 0x10003FB0: 9D3FFFFF stbu r9,-1(r31)
- 29: GETL R9, t20
- 30: GETL R31, t22
- 31: ADDL $0xFFFFFFFF, t22
- 32: PUTL t22, R31
- 33: STB t20, (t22)
- 34: INCEIPL $4
-
- 0x10003FB4: 409EFFE0 bc 4,30,0x10003F94
- 35: Jc30o $0x10003F94
-
-
-
-. 3288 10003F94 36
-. 7C 0B 50 16 54 00 E8 FE 1D 20 00 0A 2F 80 00 00 7D 29 58 50 7C 0B 03 78 39 29 00 30 9D 3F FF FF 40 9E FF E0
-==== BB 3289 (0x10003FB8) approx BBs exec'd 0 ====
-
- 0x10003FB8: 4BFFFE68 b 0x10003E20
- 0: JMPo $0x10003E20 ($4)
-
-
-
-. 3289 10003FB8 4
-. 4B FF FE 68
-==== BB 3290 (0x10003E20) approx BBs exec'd 0 ====
-
- 0x10003E20: 419A000C bc 12,26,0x10003E2C
- 0: Js26o $0x10003E2C
-
-
-
-. 3290 10003E20 4
-. 41 9A 00 0C
-==== BB 3291 (0x10003E2C) approx BBs exec'd 0 ====
-
- 0x10003E2C: 2F9B002D cmpi cr7,r27,45
- 0: GETL R27, t0
- 1: MOVL $0x2D, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x10003E30: 419E0A08 bc 12,30,0x10004838
- 5: Js30o $0x10004838
-
-
-
-. 3291 10003E2C 8
-. 2F 9B 00 2D 41 9E 0A 08
-==== BB 3292 (0x10003E34) approx BBs exec'd 0 ====
-
- 0x10003E34: 3A010010 addi r16,r1,16
- 0: GETL R1, t0
- 1: ADDL $0x10, t0
- 2: PUTL t0, R16
- 3: INCEIPL $4
-
- 0x10003E38: 7C10F850 subf r0,r16,r31
- 4: GETL R16, t2
- 5: GETL R31, t4
- 6: SUBL t2, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x10003E3C: 7C070214 add r0,r7,r0
- 9: GETL R7, t6
- 10: GETL R0, t8
- 11: ADDL t6, t8
- 12: PUTL t8, R0
- 13: INCEIPL $4
-
- 0x10003E40: 37A0FFF4 addic. r29,r0,-12
- 14: GETL R0, t10
- 15: ADCL $0xFFFFFFF4, t10 (-wCa)
- 16: PUTL t10, R29
- 17: CMP0L t10, t12 (-rSo)
- 18: ICRFL t12, $0x0, CR
- 19: INCEIPL $4
-
- 0x10003E44: 40810044 bc 4,1,0x10003E88
- 20: Jc01o $0x10003E88
-
-
-
-. 3292 10003E34 20
-. 3A 01 00 10 7C 10 F8 50 7C 07 02 14 37 A0 FF F4 40 81 00 44
-==== BB 3293 (0x10003E88) approx BBs exec'd 0 ====
-
- 0x10003E88: 7D3F8050 subf r9,r31,r16
- 0: GETL R31, t0
- 1: GETL R16, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x10003E8C: 3A09000C addi r16,r9,12
- 5: GETL R9, t4
- 6: ADDL $0xC, t4
- 7: PUTL t4, R16
- 8: INCEIPL $4
-
- 0x10003E90: 7FB0E050 subf r29,r16,r28
- 9: GETL R16, t6
- 10: GETL R28, t8
- 11: SUBL t6, t8
- 12: PUTL t8, R29
- 13: INCEIPL $4
-
- 0x10003E94: 2F1D0000 cmpi cr6,r29,0
- 14: GETL R29, t10
- 15: CMP0L t10, t12 (-rSo)
- 16: ICRFL t12, $0x6, CR
- 17: INCEIPL $4
-
- 0x10003E98: 7FA0EB78 or r0,r29,r29
- 18: GETL R29, t14
- 19: PUTL t14, R0
- 20: INCEIPL $4
-
- 0x10003E9C: 419809C4 bc 12,24,0x10004860
- 21: Js24o $0x10004860
-
-
-
-. 3293 10003E88 24
-. 7D 3F 80 50 3A 09 00 0C 7F B0 E0 50 2F 1D 00 00 7F A0 EB 78 41 98 09 C4
-==== BB 3294 (0x10004860) approx BBs exec'd 0 ====
-
- 0x10004860: 38000000 li r0,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x10004864: 4BFFF63C b 0x10003EA0
- 3: JMPo $0x10003EA0 ($4)
-
-
-
-. 3294 10004860 8
-. 38 00 00 00 4B FF F6 3C
-==== BB 3295 (0x10003EA0) approx BBs exec'd 0 ====
-
- 0x10003EA0: 7F808214 add r28,r0,r16
- 0: GETL R0, t0
- 1: GETL R16, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0x10003EA4: 7C15B850 subf r0,r21,r23
- 5: GETL R21, t4
- 6: GETL R23, t6
- 7: SUBL t4, t6
- 8: PUTL t6, R0
- 9: INCEIPL $4
-
- 0x10003EA8: 7F9C0040 cmpl cr7,r28,r0
- 10: GETL R28, t8
- 11: GETL R0, t10
- 12: CMPUL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x7, CR
- 14: INCEIPL $4
-
- 0x10003EAC: 40BCFB4C bc 5,28,0x100039F8
- 15: Jc28o $0x100039F8
-
-
-
-. 3295 10003EA0 16
-. 7F 80 82 14 7C 15 B8 50 7F 9C 00 40 40 BC FB 4C
-==== BB 3296 (0x10003EB0) approx BBs exec'd 0 ====
-
- 0x10003EB0: 2C190000 cmpi cr0,r25,0
- 0: GETL R25, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0x10003EB4: 41A2FD9C bc 13,2,0x10003C50
- 4: Js02o $0x10003C50
-
-
-
-. 3296 10003EB0 8
-. 2C 19 00 00 41 A2 FD 9C
-==== BB 3297 (0x10003EB8) approx BBs exec'd 0 ====
-
- 0x10003EB8: 40990028 bc 4,25,0x10003EE0
- 0: Jc25o $0x10003EE0
-
-
-
-. 3297 10003EB8 4
-. 40 99 00 28
-==== BB 3298 (0x10003EE0) approx BBs exec'd 0 ====
-
- 0x10003EE0: 2F940000 cmpi cr7,r20,0
- 0: GETL R20, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x10003EE4: 419E093C bc 12,30,0x10004820
- 4: Js30o $0x10004820
-
-
-
-. 3298 10003EE0 8
-. 2F 94 00 00 41 9E 09 3C
-==== BB 3299 (0x10004820) approx BBs exec'd 0 ====
-
- 0x10004820: 7F23CB78 or r3,r25,r25
- 0: GETL R25, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x10004824: 7FE4FB78 or r4,r31,r31
- 3: GETL R31, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0x10004828: 7E058378 or r5,r16,r16
- 6: GETL R16, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x1000482C: 7F398214 add r25,r25,r16
- 9: GETL R25, t6
- 10: GETL R16, t8
- 11: ADDL t6, t8
- 12: PUTL t8, R25
- 13: INCEIPL $4
-
- 0x10004830: 4801642D bl 0x1001AC5C
- 14: MOVL $0x10004834, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0x1001AC5C ($4)
-
-
-
-. 3299 10004820 20
-. 7F 23 CB 78 7F E4 FB 78 7E 05 83 78 7F 39 82 14 48 01 64 2D
-==== BB 3300 (0x10004834) approx BBs exec'd 0 ====
-
- 0x10004834: 4BFFF6C8 b 0x10003EFC
- 0: JMPo $0x10003EFC ($4)
-
-
-
-. 3300 10004834 4
-. 4B FF F6 C8
-==== BB 3301 (0x10003EFC) approx BBs exec'd 0 ====
-
- 0x10003EFC: 7EB5E214 add r21,r21,r28
- 0: GETL R21, t0
- 1: GETL R28, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R21
- 4: INCEIPL $4
-
- 0x10003F00: 4BFFFD54 b 0x10003C54
- 5: JMPo $0x10003C54 ($4)
-
-
-
-. 3301 10003EFC 8
-. 7E B5 E2 14 4B FF FD 54
-==== BB 3302 (0x10003C54) approx BBs exec'd 0 ====
-
- 0x10003C54: 8C1A0001 lbzu r0,1(r26)
- 0: GETL R26, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R26
- 3: LDB (t0), t2
- 4: PUTL t2, R0
- 5: INCEIPL $4
-
- 0x10003C58: 4BFFFC6C b 0x100038C4
- 6: JMPo $0x100038C4 ($4)
-
-
-
-. 3302 10003C54 8
-. 8C 1A 00 01 4B FF FC 6C
-==== BB 3303 (0x1000477C) approx BBs exec'd 0 ====
-
- 0x1000477C: 2F900045 cmpi cr7,r16,69
- 0: GETL R16, t0
- 1: MOVL $0x45, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x10004780: 41BEF500 bc 13,30,0x10003C80
- 5: Js30o $0x10003C80
-
-
-
-. 3303 1000477C 8
-. 2F 90 00 45 41 BE F5 00
-==== BB 3304 (0x10004784) approx BBs exec'd 0 ====
-
- 0x10004784: 2F9C0002 cmpi cr7,r28,2
- 0: GETL R28, t0
- 1: MOVL $0x2, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x10004788: 7F87E378 or r7,r28,r28
- 5: GETL R28, t6
- 6: PUTL t6, R7
- 7: INCEIPL $4
-
- 0x1000478C: 419C02D4 bc 12,28,0x10004A60
- 8: Js28o $0x10004A60
-
-
-
-. 3304 10004784 12
-. 2F 9C 00 02 7F 87 E3 78 41 9C 02 D4
-==== BB 3305 (0x10004A60) approx BBs exec'd 0 ====
-
- 0x10004A60: 2F10004F cmpi cr6,r16,79
- 0: GETL R16, t0
- 1: MOVL $0x4F, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x6, CR
- 4: INCEIPL $4
-
- 0x10004A64: 81180008 lwz r8,8(r24)
- 5: GETL R24, t6
- 6: ADDL $0x8, t6
- 7: LDL (t6), t8
- 8: PUTL t8, R8
- 9: INCEIPL $4
-
- 0x10004A68: 38E00002 li r7,2
- 10: MOVL $0x2, t10
- 11: PUTL t10, R7
- 12: INCEIPL $4
-
- 0x10004A6C: 4BFFF4F0 b 0x10003F5C
- 13: JMPo $0x10003F5C ($4)
-
-
-
-. 3305 10004A60 16
-. 2F 10 00 4F 81 18 00 08 38 E0 00 02 4B FF F4 F0
-==== BB 3306 (0x100046B4) approx BBs exec'd 0 ====
-
- 0x100046B4: 2F900045 cmpi cr7,r16,69
- 0: GETL R16, t0
- 1: MOVL $0x45, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x100046B8: 41BEF5C8 bc 13,30,0x10003C80
- 5: Js30o $0x10003C80
-
-
-
-. 3306 100046B4 8
-. 2F 90 00 45 41 BE F5 C8
-==== BB 3307 (0x100046BC) approx BBs exec'd 0 ====
-
- 0x100046BC: 2F9C0002 cmpi cr7,r28,2
- 0: GETL R28, t0
- 1: MOVL $0x2, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x100046C0: 7F87E378 or r7,r28,r28
- 5: GETL R28, t6
- 6: PUTL t6, R7
- 7: INCEIPL $4
-
- 0x100046C4: 419C0224 bc 12,28,0x100048E8
- 8: Js28o $0x100048E8
-
-
-
-. 3307 100046BC 12
-. 2F 9C 00 02 7F 87 E3 78 41 9C 02 24
-==== BB 3308 (0x100048E8) approx BBs exec'd 0 ====
-
- 0x100048E8: 2F10004F cmpi cr6,r16,79
- 0: GETL R16, t0
- 1: MOVL $0x4F, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x6, CR
- 4: INCEIPL $4
-
- 0x100048EC: 81180004 lwz r8,4(r24)
- 5: GETL R24, t6
- 6: ADDL $0x4, t6
- 7: LDL (t6), t8
- 8: PUTL t8, R8
- 9: INCEIPL $4
-
- 0x100048F0: 38E00002 li r7,2
- 10: MOVL $0x2, t10
- 11: PUTL t10, R7
- 12: INCEIPL $4
-
- 0x100048F4: 4BFFF668 b 0x10003F5C
- 13: JMPo $0x10003F5C ($4)
-
-
-
-. 3308 100048E8 16
-. 2F 10 00 4F 81 18 00 04 38 E0 00 02 4B FF F6 68
-==== BB 3309 (0x10003E48) approx BBs exec'd 0 ====
-
- 0x10003E48: 2F9B005F cmpi cr7,r27,95
- 0: GETL R27, t0
- 1: MOVL $0x5F, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x10003E4C: 419E0A28 bc 12,30,0x10004874
- 5: Js30o $0x10004874
-
-
-
-. 3309 10003E48 8
-. 2F 9B 00 5F 41 9E 0A 28
-==== BB 3310 (0x10003E50) approx BBs exec'd 0 ====
-
- 0x10003E50: 7C15B850 subf r0,r21,r23
- 0: GETL R21, t0
- 1: GETL R23, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x10003E54: 7F870040 cmpl cr7,r7,r0
- 5: GETL R7, t4
- 6: GETL R0, t6
- 7: CMPUL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x7, CR
- 9: INCEIPL $4
-
- 0x10003E58: 40BCFBA0 bc 5,28,0x100039F8
- 10: Jc28o $0x100039F8
-
-
-
-. 3310 10003E50 12
-. 7C 15 B8 50 7F 87 00 40 40 BC FB A0
-==== BB 3311 (0x10003E5C) approx BBs exec'd 0 ====
-
- 0x10003E5C: 419A0A0C bc 12,26,0x10004868
- 0: Js26o $0x10004868
-
-
-
-. 3311 10003E5C 4
-. 41 9A 0A 0C
-==== BB 3312 (0x10004868) approx BBs exec'd 0 ====
-
- 0x10004868: 2C190000 cmpi cr0,r25,0
- 0: GETL R25, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0x1000486C: 4182F614 bc 12,2,0x10003E80
- 4: Js02o $0x10003E80
-
-
-
-. 3312 10004868 8
-. 2C 19 00 00 41 82 F6 14
-==== BB 3313 (0x10004870) approx BBs exec'd 0 ====
-
- 0x10004870: 4BFFF694 b 0x10003F04
- 0: JMPo $0x10003F04 ($4)
-
-
-
-. 3313 10004870 4
-. 4B FF F6 94
-==== BB 3314 (0x10003F04) approx BBs exec'd 0 ====
-
- 0x10003F04: 7F23CB78 or r3,r25,r25
- 0: GETL R25, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x10003F08: 38800030 li r4,48
- 3: MOVL $0x30, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0x10003F0C: 7FA5EB78 or r5,r29,r29
- 6: GETL R29, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x10003F10: 7F39EA14 add r25,r25,r29
- 9: GETL R25, t6
- 10: GETL R29, t8
- 11: ADDL t6, t8
- 12: PUTL t8, R25
- 13: INCEIPL $4
-
- 0x10003F14: 48016DB1 bl 0x1001ACC4
- 14: MOVL $0x10003F18, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0x1001ACC4 ($4)
-
-
-
-. 3314 10003F04 20
-. 7F 23 CB 78 38 80 00 30 7F A5 EB 78 7F 39 EA 14 48 01 6D B1
-==== BB 3315 (0x1001ACC4) approx BBs exec'd 0 ====
-
- 0x1001ACC4: 396000C8 li r11,200
- 0: MOVL $0xC8, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0x1001ACC8: 4BFFFE44 b 0x1001AB0C
- 3: JMPo $0x1001AB0C ($4)
-
-
-
-. 3315 1001ACC4 8
-. 39 60 00 C8 4B FF FE 44
-==== BB 3316 memset(0xFED7D24) approx BBs exec'd 0 ====
-
- 0xFED7D24: 28850004 cmpli cr1,r5,4
- 0: GETL R5, t0
- 1: MOVL $0x4, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0xFED7D28: 70670003 andi. r7,r3,0x3
- 5: GETL R3, t6
- 6: ANDL $0x3, t6
- 7: PUTL t6, R7
- 8: CMP0L t6, t8 (-rSo)
- 9: ICRFL t8, $0x0, CR
- 10: INCEIPL $4
-
- 0xFED7D2C: 7C661B78 or r6,r3,r3
- 11: GETL R3, t10
- 12: PUTL t10, R6
- 13: INCEIPL $4
-
- 0xFED7D30: 40850190 bc 4,5,0xFED7EC0
- 14: Jc05o $0xFED7EC0
-
-
-
-. 3316 FED7D24 16
-. 28 85 00 04 70 67 00 03 7C 66 1B 78 40 85 01 90
-==== BB 3317 (0xFED7EC0) approx BBs exec'd 0 ====
-
- 0xFED7EC0: 2A850001 cmpli cr5,r5,1
- 0: GETL R5, t0
- 1: MOVL $0x1, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x5, CR
- 4: INCEIPL $4
-
- 0xFED7EC4: 28850003 cmpli cr1,r5,3
- 5: GETL R5, t6
- 6: MOVL $0x3, t10
- 7: CMPUL t6, t10, t8 (-rSo)
- 8: ICRFL t8, $0x1, CR
- 9: INCEIPL $4
-
- 0xFED7EC8: 4D940020 bclr 12,20
- 10: GETL LR, t12
- 11: Js20o-r t12
-
-
-
-. 3317 FED7EC0 12
-. 2A 85 00 01 28 85 00 03 4D 94 00 20
-==== BB 3318 (0xFED7ECC) approx BBs exec'd 0 ====
-
- 0xFED7ECC: 98860000 stb r4,0(r6)
- 0: GETL R4, t0
- 1: GETL R6, t2
- 2: STB t0, (t2)
- 3: INCEIPL $4
-
- 0xFED7ED0: 4D960020 bclr 12,22
- 4: GETL LR, t4
- 5: Js22o-r t4
-
-
-
-. 3318 FED7ECC 8
-. 98 86 00 00 4D 96 00 20
-==== BB 3319 (0x10003F18) approx BBs exec'd 0 ====
-
- 0x10003F18: 4BFFFF68 b 0x10003E80
- 0: JMPo $0x10003E80 ($4)
-
-
-
-. 3319 10003F18 4
-. 4B FF FF 68
-==== BB 3320 (0x10003E80) approx BBs exec'd 0 ====
-
- 0x10003E80: 7EB5EA14 add r21,r21,r29
- 0: GETL R21, t0
- 1: GETL R29, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R21
- 4: INCEIPL $4
-
- 0x10003E84: 3B800000 li r28,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R28
- 7: INCEIPL $4
-
- 0x10003E88: 7D3F8050 subf r9,r31,r16
- 8: GETL R31, t6
- 9: GETL R16, t8
- 10: SUBL t6, t8
- 11: PUTL t8, R9
- 12: INCEIPL $4
-
- 0x10003E8C: 3A09000C addi r16,r9,12
- 13: GETL R9, t10
- 14: ADDL $0xC, t10
- 15: PUTL t10, R16
- 16: INCEIPL $4
-
- 0x10003E90: 7FB0E050 subf r29,r16,r28
- 17: GETL R16, t12
- 18: GETL R28, t14
- 19: SUBL t12, t14
- 20: PUTL t14, R29
- 21: INCEIPL $4
-
- 0x10003E94: 2F1D0000 cmpi cr6,r29,0
- 22: GETL R29, t16
- 23: CMP0L t16, t18 (-rSo)
- 24: ICRFL t18, $0x6, CR
- 25: INCEIPL $4
-
- 0x10003E98: 7FA0EB78 or r0,r29,r29
- 26: GETL R29, t20
- 27: PUTL t20, R0
- 28: INCEIPL $4
-
- 0x10003E9C: 419809C4 bc 12,24,0x10004860
- 29: Js24o $0x10004860
-
-
-
-. 3320 10003E80 32
-. 7E B5 EA 14 3B 80 00 00 7D 3F 80 50 3A 09 00 0C 7F B0 E0 50 2F 1D 00 00 7F A0 EB 78 41 98 09 C4
-==== BB 3321 (0x1000441C) approx BBs exec'd 0 ====
-
- 0x1000441C: 2F900045 cmpi cr7,r16,69
- 0: GETL R16, t0
- 1: MOVL $0x45, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x10004420: 41BEF860 bc 13,30,0x10003C80
- 5: Js30o $0x10003C80
-
-
-
-. 3321 1000441C 8
-. 2F 90 00 45 41 BE F8 60
-==== BB 3322 (0x10004424) approx BBs exec'd 0 ====
-
- 0x10004424: 2F9C0002 cmpi cr7,r28,2
- 0: GETL R28, t0
- 1: MOVL $0x2, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x10004428: 7F87E378 or r7,r28,r28
- 5: GETL R28, t6
- 6: PUTL t6, R7
- 7: INCEIPL $4
-
- 0x1000442C: 419C06A4 bc 12,28,0x10004AD0
- 8: Js28o $0x10004AD0
-
-
-
-. 3322 10004424 12
-. 2F 9C 00 02 7F 87 E3 78 41 9C 06 A4
-==== BB 3323 (0x10004AD0) approx BBs exec'd 0 ====
-
- 0x10004AD0: 2F10004F cmpi cr6,r16,79
- 0: GETL R16, t0
- 1: MOVL $0x4F, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x6, CR
- 4: INCEIPL $4
-
- 0x10004AD4: 81180000 lwz r8,0(r24)
- 5: GETL R24, t6
- 6: LDL (t6), t8
- 7: PUTL t8, R8
- 8: INCEIPL $4
-
- 0x10004AD8: 38E00002 li r7,2
- 9: MOVL $0x2, t10
- 10: PUTL t10, R7
- 11: INCEIPL $4
-
- 0x10004ADC: 4BFFF480 b 0x10003F5C
- 12: JMPo $0x10003F5C ($4)
-
-
-
-. 3323 10004AD0 16
-. 2F 10 00 4F 81 18 00 00 38 E0 00 02 4B FF F4 80
-==== BB 3324 (0x1001ACC4) approx BBs exec'd 0 ====
-
- 0x1001ACC4: 4BEBD060 b 0xFED7D24
- 0: JMPo $0xFED7D24 ($4)
-
-
-
-. 3324 1001ACC4 4
-. 4B EB D0 60
-==== BB 3325 (0x100045C0) approx BBs exec'd 0 ====
-
- 0x100045C0: 2F8A0000 cmpi cr7,r10,0
- 0: GETL R10, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x100045C4: 419E0010 bc 12,30,0x100045D4
- 4: Js30o $0x100045D4
-
-
-
-. 3325 100045C0 8
-. 2F 8A 00 00 41 9E 00 10
-==== BB 3326 (0x100045D4) approx BBs exec'd 0 ====
-
- 0x100045D4: 2F920000 cmpi cr7,r18,0
- 0: GETL R18, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x100045D8: 419E0480 bc 12,30,0x10004A58
- 4: Js30o $0x10004A58
-
-
-
-. 3326 100045D4 8
-. 2F 92 00 00 41 9E 04 80
-==== BB 3327 (0x100045DC) approx BBs exec'd 0 ====
-
- 0x100045DC: 7E439378 or r3,r18,r18
- 0: GETL R18, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x100045E0: 4801661D bl 0x1001ABFC
- 3: MOVL $0x100045E4, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0x1001ABFC ($4)
-
-
-
-. 3327 100045DC 8
-. 7E 43 93 78 48 01 66 1D
-==== BB 3328 (0x1001ABFC) approx BBs exec'd 0 ====
-
- 0x1001ABFC: 39600064 li r11,100
- 0: MOVL $0x64, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0x1001AC00: 4BFFFF0C b 0x1001AB0C
- 3: JMPo $0x1001AB0C ($4)
-
-
-
-. 3328 1001ABFC 8
-. 39 60 00 64 4B FF FF 0C
-==== BB 3329 (0x100045E4) approx BBs exec'd 0 ====
-
- 0x100045E4: 7FE3E050 subf r31,r3,r28
- 0: GETL R3, t0
- 1: GETL R28, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R31
- 4: INCEIPL $4
-
- 0x100045E8: 7C7D1B78 or r29,r3,r3
- 5: GETL R3, t4
- 6: PUTL t4, R29
- 7: INCEIPL $4
-
- 0x100045EC: 2F1F0000 cmpi cr6,r31,0
- 8: GETL R31, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x6, CR
- 11: INCEIPL $4
-
- 0x100045F0: 7FE0FB78 or r0,r31,r31
- 12: GETL R31, t10
- 13: PUTL t10, R0
- 14: INCEIPL $4
-
- 0x100045F4: 41980488 bc 12,24,0x10004A7C
- 15: Js24o $0x10004A7C
-
-
-
-. 3329 100045E4 20
-. 7F E3 E0 50 7C 7D 1B 78 2F 1F 00 00 7F E0 FB 78 41 98 04 88
-==== BB 3330 (0x10004A7C) approx BBs exec'd 0 ====
-
- 0x10004A7C: 38000000 li r0,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x10004A80: 4BFFFB78 b 0x100045F8
- 3: JMPo $0x100045F8 ($4)
-
-
-
-. 3330 10004A7C 8
-. 38 00 00 00 4B FF FB 78
-==== BB 3331 (0x100045F8) approx BBs exec'd 0 ====
-
- 0x100045F8: 7F80EA14 add r28,r0,r29
- 0: GETL R0, t0
- 1: GETL R29, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0x100045FC: 7C15B850 subf r0,r21,r23
- 5: GETL R21, t4
- 6: GETL R23, t6
- 7: SUBL t4, t6
- 8: PUTL t6, R0
- 9: INCEIPL $4
-
- 0x10004600: 7F9C0040 cmpl cr7,r28,r0
- 10: GETL R28, t8
- 11: GETL R0, t10
- 12: CMPUL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x7, CR
- 14: INCEIPL $4
-
- 0x10004604: 40BCF3F4 bc 5,28,0x100039F8
- 15: Jc28o $0x100039F8
-
-
-
-. 3331 100045F8 16
-. 7F 80 EA 14 7C 15 B8 50 7F 9C 00 40 40 BC F3 F4
-==== BB 3332 (0x10004608) approx BBs exec'd 0 ====
-
- 0x10004608: 2C190000 cmpi cr0,r25,0
- 0: GETL R25, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0x1000460C: 41A2F644 bc 13,2,0x10003C50
- 4: Js02o $0x10003C50
-
-
-
-. 3332 10004608 8
-. 2C 19 00 00 41 A2 F6 44
-==== BB 3333 (0x10004610) approx BBs exec'd 0 ====
-
- 0x10004610: 40990028 bc 4,25,0x10004638
- 0: Jc25o $0x10004638
-
-
-
-. 3333 10004610 4
-. 40 99 00 28
-==== BB 3334 (0x10004638) approx BBs exec'd 0 ====
-
- 0x10004638: 8001045C lwz r0,1116(r1)
- 0: GETL R1, t0
- 1: ADDL $0x45C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x1000463C: 2F800000 cmpi cr7,r0,0
- 5: GETL R0, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x10004640: 409E03FC bc 4,30,0x10004A3C
- 9: Jc30o $0x10004A3C
-
-
-
-. 3334 10004638 12
-. 80 01 04 5C 2F 80 00 00 40 9E 03 FC
-==== BB 3335 (0x10004644) approx BBs exec'd 0 ====
-
- 0x10004644: 2F940000 cmpi cr7,r20,0
- 0: GETL R20, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x10004648: 419E0278 bc 12,30,0x100048C0
- 4: Js30o $0x100048C0
-
-
-
-. 3335 10004644 8
-. 2F 94 00 00 41 9E 02 78
-==== BB 3336 (0x100048C0) approx BBs exec'd 0 ====
-
- 0x100048C0: 7F23CB78 or r3,r25,r25
- 0: GETL R25, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x100048C4: 7E449378 or r4,r18,r18
- 3: GETL R18, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0x100048C8: 7FA5EB78 or r5,r29,r29
- 6: GETL R29, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x100048CC: 7F39EA14 add r25,r25,r29
- 9: GETL R25, t6
- 10: GETL R29, t8
- 11: ADDL t6, t8
- 12: PUTL t8, R25
- 13: INCEIPL $4
-
- 0x100048D0: 4801638D bl 0x1001AC5C
- 14: MOVL $0x100048D4, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0x1001AC5C ($4)
-
-
-
-. 3336 100048C0 20
-. 7F 23 CB 78 7E 44 93 78 7F A5 EB 78 7F 39 EA 14 48 01 63 8D
-==== BB 3337 (0x100048D4) approx BBs exec'd 0 ====
-
- 0x100048D4: 4BFFFD8C b 0x10004660
- 0: JMPo $0x10004660 ($4)
-
-
-
-. 3337 100048D4 4
-. 4B FF FD 8C
-==== BB 3338 (0x10004660) approx BBs exec'd 0 ====
-
- 0x10004660: 7EB5E214 add r21,r21,r28
- 0: GETL R21, t0
- 1: GETL R28, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R21
- 4: INCEIPL $4
-
- 0x10004664: 4BFFF5F0 b 0x10003C54
- 5: JMPo $0x10003C54 ($4)
-
-
-
-. 3338 10004660 8
-. 7E B5 E2 14 4B FF F5 F0
-==== BB 3339 (0x10004668) approx BBs exec'd 0 ====
-
- 0x10004668: 2F900045 cmpi cr7,r16,69
- 0: GETL R16, t0
- 1: MOVL $0x45, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x1000466C: 41BEF6B4 bc 13,30,0x10003D20
- 5: Js30o $0x10003D20
-
-
-
-. 3339 10004668 8
-. 2F 90 00 45 41 BE F6 B4
-==== BB 3340 (0x10004670) approx BBs exec'd 0 ====
-
- 0x10004670: 2F10004F cmpi cr6,r16,79
- 0: GETL R16, t0
- 1: MOVL $0x4F, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x6, CR
- 4: INCEIPL $4
-
- 0x10004674: 41BAF60C bc 13,26,0x10003C80
- 5: Js26o $0x10003C80
-
-
-
-. 3340 10004670 8
-. 2F 10 00 4F 41 BA F6 0C
-==== BB 3341 (0x10004678) approx BBs exec'd 0 ====
-
- 0x10004678: 2F9C0001 cmpi cr7,r28,1
- 0: GETL R28, t0
- 1: MOVL $0x1, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x1000467C: 7F87E378 or r7,r28,r28
- 5: GETL R28, t6
- 6: PUTL t6, R7
- 7: INCEIPL $4
-
- 0x10004680: 419C0438 bc 12,28,0x10004AB8
- 8: Js28o $0x10004AB8
-
-
-
-. 3341 10004678 12
-. 2F 9C 00 01 7F 87 E3 78 41 9C 04 38
-==== BB 3342 (0x10004AB8) approx BBs exec'd 0 ====
-
- 0x10004AB8: 81380014 lwz r9,20(r24)
- 0: GETL R24, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x10004ABC: 38E00001 li r7,1
- 5: MOVL $0x1, t4
- 6: PUTL t4, R7
- 7: INCEIPL $4
-
- 0x10004AC0: 3909076C addi r8,r9,1900
- 8: GETL R9, t6
- 9: ADDL $0x76C, t6
- 10: PUTL t6, R8
- 11: INCEIPL $4
-
- 0x10004AC4: 4BFFF498 b 0x10003F5C
- 12: JMPo $0x10003F5C ($4)
-
-
-
-. 3342 10004AB8 16
-. 81 38 00 14 38 E0 00 01 39 09 07 6C 4B FF F4 98
-==== BB 3343 (0x100038CC) approx BBs exec'd 0 ====
-
- 0x100038CC: 3137FFFF addic r9,r23,-1
- 0: GETL R23, t0
- 1: ADCL $0xFFFFFFFF, t0 (-wCa)
- 2: PUTL t0, R9
- 3: INCEIPL $4
-
- 0x100038D0: 7C09B910 subfe r0,r9,r23
- 4: GETL R9, t2
- 5: GETL R23, t4
- 6: SBBL t2, t4 (-rCa-wCa)
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x100038D4: 3179FFFF addic r11,r25,-1
- 9: GETL R25, t6
- 10: ADCL $0xFFFFFFFF, t6 (-wCa)
- 11: PUTL t6, R11
- 12: INCEIPL $4
-
- 0x100038D8: 7D2BC910 subfe r9,r11,r25
- 13: GETL R11, t8
- 14: GETL R25, t10
- 15: SBBL t8, t10 (-rCa-wCa)
- 16: PUTL t10, R9
- 17: INCEIPL $4
-
- 0x100038DC: 7D2B0039 and. r11,r9,r0
- 18: GETL R9, t12
- 19: GETL R0, t14
- 20: ANDL t12, t14
- 21: PUTL t14, R11
- 22: CMP0L t14, t16 (-rSo)
- 23: ICRFL t16, $0x0, CR
- 24: INCEIPL $4
-
- 0x100038E0: 4182000C bc 12,2,0x100038EC
- 25: Js02o $0x100038EC
-
-
-
-. 3343 100038CC 24
-. 31 37 FF FF 7C 09 B9 10 31 79 FF FF 7D 2B C9 10 7D 2B 00 39 41 82 00 0C
-==== BB 3344 (0x100038E4) approx BBs exec'd 0 ====
-
- 0x100038E4: 38000000 li r0,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x100038E8: 98190000 stb r0,0(r25)
- 3: GETL R0, t2
- 4: GETL R25, t4
- 5: STB t2, (t4)
- 6: INCEIPL $4
-
- 0x100038EC: 7EA3AB78 or r3,r21,r21
- 7: GETL R21, t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0x100038F0: 4800010C b 0x100039FC
- 10: JMPo $0x100039FC ($4)
-
-
-
-. 3344 100038E4 16
-. 38 00 00 00 98 19 00 00 7E A3 AB 78 48 00 01 0C
-==== BB 3345 (0x100039FC) approx BBs exec'd 0 ====
-
- 0x100039FC: 800104C4 lwz r0,1220(r1)
- 0: GETL R1, t0
- 1: ADDL $0x4C4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x10003A00: 81C10478 lwz r14,1144(r1)
- 5: GETL R1, t4
- 6: ADDL $0x478, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R14
- 9: INCEIPL $4
-
- 0x10003A04: 81E1047C lwz r15,1148(r1)
- 10: GETL R1, t8
- 11: ADDL $0x47C, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R15
- 14: INCEIPL $4
-
- 0x10003A08: 7C0803A6 mtlr r0
- 15: GETL R0, t12
- 16: PUTL t12, LR
- 17: INCEIPL $4
-
- 0x10003A0C: 82010480 lwz r16,1152(r1)
- 18: GETL R1, t14
- 19: ADDL $0x480, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R16
- 22: INCEIPL $4
-
- 0x10003A10: 82210484 lwz r17,1156(r1)
- 23: GETL R1, t18
- 24: ADDL $0x484, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R17
- 27: INCEIPL $4
-
- 0x10003A14: 82410488 lwz r18,1160(r1)
- 28: GETL R1, t22
- 29: ADDL $0x488, t22
- 30: LDL (t22), t24
- 31: PUTL t24, R18
- 32: INCEIPL $4
-
- 0x10003A18: 8261048C lwz r19,1164(r1)
- 33: GETL R1, t26
- 34: ADDL $0x48C, t26
- 35: LDL (t26), t28
- 36: PUTL t28, R19
- 37: INCEIPL $4
-
- 0x10003A1C: 82810490 lwz r20,1168(r1)
- 38: GETL R1, t30
- 39: ADDL $0x490, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R20
- 42: INCEIPL $4
-
- 0x10003A20: 82A10494 lwz r21,1172(r1)
- 43: GETL R1, t34
- 44: ADDL $0x494, t34
- 45: LDL (t34), t36
- 46: PUTL t36, R21
- 47: INCEIPL $4
-
- 0x10003A24: 82C10498 lwz r22,1176(r1)
- 48: GETL R1, t38
- 49: ADDL $0x498, t38
- 50: LDL (t38), t40
- 51: PUTL t40, R22
- 52: INCEIPL $4
-
- 0x10003A28: 82E1049C lwz r23,1180(r1)
- 53: GETL R1, t42
- 54: ADDL $0x49C, t42
- 55: LDL (t42), t44
- 56: PUTL t44, R23
- 57: INCEIPL $4
-
- 0x10003A2C: 830104A0 lwz r24,1184(r1)
- 58: GETL R1, t46
- 59: ADDL $0x4A0, t46
- 60: LDL (t46), t48
- 61: PUTL t48, R24
- 62: INCEIPL $4
-
- 0x10003A30: 832104A4 lwz r25,1188(r1)
- 63: GETL R1, t50
- 64: ADDL $0x4A4, t50
- 65: LDL (t50), t52
- 66: PUTL t52, R25
- 67: INCEIPL $4
-
- 0x10003A34: 834104A8 lwz r26,1192(r1)
- 68: GETL R1, t54
- 69: ADDL $0x4A8, t54
- 70: LDL (t54), t56
- 71: PUTL t56, R26
- 72: INCEIPL $4
-
- 0x10003A38: 836104AC lwz r27,1196(r1)
- 73: GETL R1, t58
- 74: ADDL $0x4AC, t58
- 75: LDL (t58), t60
- 76: PUTL t60, R27
- 77: INCEIPL $4
-
- 0x10003A3C: 838104B0 lwz r28,1200(r1)
- 78: GETL R1, t62
- 79: ADDL $0x4B0, t62
- 80: LDL (t62), t64
- 81: PUTL t64, R28
- 82: INCEIPL $4
-
- 0x10003A40: 83A104B4 lwz r29,1204(r1)
- 83: GETL R1, t66
- 84: ADDL $0x4B4, t66
- 85: LDL (t66), t68
- 86: PUTL t68, R29
- 87: INCEIPL $4
-
- 0x10003A44: 83C104B8 lwz r30,1208(r1)
- 88: GETL R1, t70
- 89: ADDL $0x4B8, t70
- 90: LDL (t70), t72
- 91: PUTL t72, R30
- 92: INCEIPL $4
-
- 0x10003A48: 83E104BC lwz r31,1212(r1)
- 93: GETL R1, t74
- 94: ADDL $0x4BC, t74
- 95: LDL (t74), t76
- 96: PUTL t76, R31
- 97: INCEIPL $4
-
- 0x10003A4C: 382104C0 addi r1,r1,1216
- 98: GETL R1, t78
- 99: ADDL $0x4C0, t78
- 100: PUTL t78, R1
- 101: INCEIPL $4
-
- 0x10003A50: 4E800020 blr
- 102: GETL LR, t80
- 103: JMPo-r t80 ($4)
-
-
-
-. 3345 100039FC 88
-. 80 01 04 C4 81 C1 04 78 81 E1 04 7C 7C 08 03 A6 82 01 04 80 82 21 04 84 82 41 04 88 82 61 04 8C 82 81 04 90 82 A1 04 94 82 C1 04 98 82 E1 04 9C 83 01 04 A0 83 21 04 A4 83 41 04 A8 83 61 04 AC 83 81 04 B0 83 A1 04 B4 83 C1 04 B8 83 E1 04 BC 38 21 04 C0 4E 80 00 20
-==== BB 3346 (0x10001410) approx BBs exec'd 0 ====
-
- 0x10001410: 809E0074 lwz r4,116(r30)
- 0: GETL R30, t0
- 1: ADDL $0x74, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x10001414: 2F830000 cmpi cr7,r3,0
- 5: GETL R3, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x10001418: 38600006 li r3,6
- 9: MOVL $0x6, t8
- 10: PUTL t8, R3
- 11: INCEIPL $4
-
- 0x1000141C: 409E0068 bc 4,30,0x10001484
- 12: Jc30o $0x10001484
-
-
-
-. 3346 10001410 16
-. 80 9E 00 74 2F 83 00 00 38 60 00 06 40 9E 00 68
-==== BB 3347 (0x10001484) approx BBs exec'd 0 ====
-
- 0x10001484: 801F0000 lwz r0,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0x10001488: 3B800001 li r28,1
- 4: MOVL $0x1, t4
- 5: PUTL t4, R28
- 6: INCEIPL $4
-
- 0x1000148C: 2F800000 cmpi cr7,r0,0
- 7: GETL R0, t6
- 8: CMP0L t6, t8 (-rSo)
- 9: ICRFL t8, $0x7, CR
- 10: INCEIPL $4
-
- 0x10001490: 419EFFA8 bc 12,30,0x10001438
- 11: Js30o $0x10001438
-
-
-
-. 3347 10001484 16
-. 80 1F 00 00 3B 80 00 01 2F 80 00 00 41 9E FF A8
-==== BB 3348 (0x10001438) approx BBs exec'd 0 ====
-
- 0x10001438: 2F9C0000 cmpi cr7,r28,0
- 0: GETL R28, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x1000143C: 419EFF88 bc 12,30,0x100013C4
- 4: Js30o $0x100013C4
-
-
-
-. 3348 10001438 8
-. 2F 9C 00 00 41 9E FF 88
-==== BB 3349 (0x10001440) approx BBs exec'd 0 ====
-
- 0x10001440: 7FA3EB78 or r3,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x10001444: 48019781 bl 0x1001ABC4
- 3: MOVL $0x10001448, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0x1001ABC4 ($4)
-
-
-
-. 3349 10001440 8
-. 7F A3 EB 78 48 01 97 81
-==== BB 3350 (0x1001ABC4) approx BBs exec'd 0 ====
-
- 0x1001ABC4: 39600048 li r11,72
- 0: MOVL $0x48, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0x1001ABC8: 4BFFFF44 b 0x1001AB0C
- 3: JMPo $0x1001AB0C ($4)
-
-
-
-. 3350 1001ABC4 8
-. 39 60 00 48 4B FF FF 44
-==== BB 3351 _IO_puts(0xFEBE3E0) approx BBs exec'd 0 ====
-
- 0xFEBE3E0: 9421FFD0 stwu r1,-48(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFD0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFEBE3E4: 7C8802A6 mflr r4
- 6: GETL LR, t4
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0xFEBE3E8: 480E9A69 bl 0xFFA7E50
- 9: MOVL $0xFEBE3EC, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 3351 FEBE3E0 12
-. 94 21 FF D0 7C 88 02 A6 48 0E 9A 69
-==== BB 3352 (0xFEBE3EC) approx BBs exec'd 0 ====
-
- 0xFEBE3EC: 93C10028 stw r30,40(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x28, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFEBE3F0: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFEBE3F4: 93810020 stw r28,32(r1)
- 8: GETL R28, t6
- 9: GETL R1, t8
- 10: ADDL $0x20, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFEBE3F8: 93210014 stw r25,20(r1)
- 13: GETL R25, t10
- 14: GETL R1, t12
- 15: ADDL $0x14, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFEBE3FC: 3B20FFFF li r25,-1
- 18: MOVL $0xFFFFFFFF, t14
- 19: PUTL t14, R25
- 20: INCEIPL $4
-
- 0xFEBE400: 93410018 stw r26,24(r1)
- 21: GETL R26, t16
- 22: GETL R1, t18
- 23: ADDL $0x18, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFEBE404: 7C7A1B78 or r26,r3,r3
- 26: GETL R3, t20
- 27: PUTL t20, R26
- 28: INCEIPL $4
-
- 0xFEBE408: 839E1C24 lwz r28,7204(r30)
- 29: GETL R30, t22
- 30: ADDL $0x1C24, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R28
- 33: INCEIPL $4
-
- 0xFEBE40C: 9361001C stw r27,28(r1)
- 34: GETL R27, t26
- 35: GETL R1, t28
- 36: ADDL $0x1C, t28
- 37: STL t26, (t28)
- 38: INCEIPL $4
-
- 0xFEBE410: 93E1002C stw r31,44(r1)
- 39: GETL R31, t30
- 40: GETL R1, t32
- 41: ADDL $0x2C, t32
- 42: STL t30, (t32)
- 43: INCEIPL $4
-
- 0xFEBE414: 93A10024 stw r29,36(r1)
- 44: GETL R29, t34
- 45: GETL R1, t36
- 46: ADDL $0x24, t36
- 47: STL t34, (t36)
- 48: INCEIPL $4
-
- 0xFEBE418: 90810034 stw r4,52(r1)
- 49: GETL R4, t38
- 50: GETL R1, t40
- 51: ADDL $0x34, t40
- 52: STL t38, (t40)
- 53: INCEIPL $4
-
- 0xFEBE41C: 480186BD bl 0xFED6AD8
- 54: MOVL $0xFEBE420, t42
- 55: PUTL t42, LR
- 56: JMPo-c $0xFED6AD8 ($4)
-
-
-
-. 3352 FEBE3EC 52
-. 93 C1 00 28 7F C8 02 A6 93 81 00 20 93 21 00 14 3B 20 FF FF 93 41 00 18 7C 7A 1B 78 83 9E 1C 24 93 61 00 1C 93 E1 00 2C 93 A1 00 24 90 81 00 34 48 01 86 BD
-==== BB 3353 (0xFEBE420) approx BBs exec'd 0 ====
-
- 0xFEBE420: 83FC0000 lwz r31,0(r28)
- 0: GETL R28, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R31
- 3: INCEIPL $4
-
- 0xFEBE424: 7C7B1B78 or r27,r3,r3
- 4: GETL R3, t4
- 5: PUTL t4, R27
- 6: INCEIPL $4
-
- 0xFEBE428: 801F0000 lwz r0,0(r31)
- 7: GETL R31, t6
- 8: LDL (t6), t8
- 9: PUTL t8, R0
- 10: INCEIPL $4
-
- 0xFEBE42C: 70098000 andi. r9,r0,0x8000
- 11: GETL R0, t10
- 12: ANDL $0x8000, t10
- 13: PUTL t10, R9
- 14: CMP0L t10, t12 (-rSo)
- 15: ICRFL t12, $0x0, CR
- 16: INCEIPL $4
-
- 0xFEBE430: 40820054 bc 4,2,0xFEBE484
- 17: Jc02o $0xFEBE484
-
-
-
-. 3353 FEBE420 20
-. 83 FC 00 00 7C 7B 1B 78 80 1F 00 00 70 09 80 00 40 82 00 54
-==== BB 3354 (0xFEBE434) approx BBs exec'd 0 ====
-
- 0xFEBE434: 807F0048 lwz r3,72(r31)
- 0: GETL R31, t0
- 1: ADDL $0x48, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFEBE438: 3BA28BA0 addi r29,r2,-29792
- 5: GETL R2, t4
- 6: ADDL $0xFFFF8BA0, t4
- 7: PUTL t4, R29
- 8: INCEIPL $4
-
- 0xFEBE43C: 80A30008 lwz r5,8(r3)
- 9: GETL R3, t6
- 10: ADDL $0x8, t6
- 11: LDL (t6), t8
- 12: PUTL t8, R5
- 13: INCEIPL $4
-
- 0xFEBE440: 7F85E800 cmp cr7,r5,r29
- 14: GETL R5, t10
- 15: GETL R29, t12
- 16: CMPL t10, t12, t14 (-rSo)
- 17: ICRFL t14, $0x7, CR
- 18: INCEIPL $4
-
- 0xFEBE444: 419E0034 bc 12,30,0xFEBE478
- 19: Js30o $0xFEBE478
-
-
-
-. 3354 FEBE434 20
-. 80 7F 00 48 3B A2 8B A0 80 A3 00 08 7F 85 E8 00 41 9E 00 34
-==== BB 3355 (0xFEBE448) approx BBs exec'd 0 ====
-
- 0xFEBE448: 39600000 li r11,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0xFEBE44C: 38C00001 li r6,1
- 3: MOVL $0x1, t2
- 4: PUTL t2, R6
- 5: INCEIPL $4
-
- 0xFEBE450: 7D201828 lwarx r9,r0,r3
- 6: GETL R3, t4
- 7: LOCKo
- 8: LDL (t4), t6
- 9: PUTL t6, R9
- 10: INCEIPL $4
-
- 0xFEBE454: 7C095800 cmp cr0,r9,r11
- 11: GETL R9, t8
- 12: GETL R11, t10
- 13: CMPL t8, t10, t12 (-rSo)
- 14: ICRFL t12, $0x0, CR
- 15: INCEIPL $4
-
- 0xFEBE458: 4082000C bc 4,2,0xFEBE464
- 16: Jc02o $0xFEBE464
-
-
-
-. 3355 FEBE448 20
-. 39 60 00 00 38 C0 00 01 7D 20 18 28 7C 09 58 00 40 82 00 0C
-==== BB 3356 (0xFEBE45C) approx BBs exec'd 0 ====
-
- 0xFEBE45C: 7CC0192D stwcx. r6,r0,r3
- 0: GETL R3, t0
- 1: GETL R6, t2
- 2: LOCKo
- 3: STL t2, (t0) (-rSo)
- 4: ICRFL cr, $0x0, CR
- 5: INCEIPL $4
-
- 0xFEBE460: 40A2FFF0 bc 5,2,0xFEBE450
- 6: Jc02o $0xFEBE450
-
-
-
-. 3356 FEBE45C 8
-. 7C C0 19 2D 40 A2 FF F0
-==== BB 3357 (0xFEBE450) approx BBs exec'd 0 ====
-
- 0xFEBE450: 7D201828 lwarx r9,r0,r3
- 0: GETL R3, t0
- 1: LOCKo
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFEBE454: 7C095800 cmp cr0,r9,r11
- 5: GETL R9, t4
- 6: GETL R11, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x0, CR
- 9: INCEIPL $4
-
- 0xFEBE458: 4082000C bc 4,2,0xFEBE464
- 10: Jc02o $0xFEBE464
-
-
-
-. 3357 FEBE450 12
-. 7D 20 18 28 7C 09 58 00 40 82 00 0C
-==== BB 3358 (0xFEBE464) approx BBs exec'd 0 ====
-
- 0xFEBE464: 4C00012C 0: INCEIPL $4
-
- 0xFEBE468: 2C890000 cmpi cr1,r9,0
- 1: GETL R9, t0
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0xFEBE46C: 4086019C bc 4,6,0xFEBE608
- 5: Jc06o $0xFEBE608
-
-
-
-. 3358 FEBE464 12
-. 4C 00 01 2C 2C 89 00 00 40 86 01 9C
-==== BB 3359 (0xFEBE470) approx BBs exec'd 0 ====
-
- 0xFEBE470: 807F0048 lwz r3,72(r31)
- 0: GETL R31, t0
- 1: ADDL $0x48, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFEBE474: 93A30008 stw r29,8(r3)
- 5: GETL R29, t4
- 6: GETL R3, t6
- 7: ADDL $0x8, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFEBE478: 81030004 lwz r8,4(r3)
- 10: GETL R3, t8
- 11: ADDL $0x4, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R8
- 14: INCEIPL $4
-
- 0xFEBE47C: 38E80001 addi r7,r8,1
- 15: GETL R8, t12
- 16: ADDL $0x1, t12
- 17: PUTL t12, R7
- 18: INCEIPL $4
-
- 0xFEBE480: 90E30004 stw r7,4(r3)
- 19: GETL R7, t14
- 20: GETL R3, t16
- 21: ADDL $0x4, t16
- 22: STL t14, (t16)
- 23: INCEIPL $4
-
- 0xFEBE484: 807C0000 lwz r3,0(r28)
- 24: GETL R28, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R3
- 27: INCEIPL $4
-
- 0xFEBE488: 89430046 lbz r10,70(r3)
- 28: GETL R3, t22
- 29: ADDL $0x46, t22
- 30: LDB (t22), t24
- 31: PUTL t24, R10
- 32: INCEIPL $4
-
- 0xFEBE48C: 2F0A0000 cmpi cr6,r10,0
- 33: GETL R10, t26
- 34: CMP0L t26, t28 (-rSo)
- 35: ICRFL t28, $0x6, CR
- 36: INCEIPL $4
-
- 0xFEBE490: 409A00A4 bc 4,26,0xFEBE534
- 37: Jc26o $0xFEBE534
-
-
-
-. 3359 FEBE470 36
-. 80 7F 00 48 93 A3 00 08 81 03 00 04 38 E8 00 01 90 E3 00 04 80 7C 00 00 89 43 00 46 2F 0A 00 00 40 9A 00 A4
-==== BB 3360 (0xFEBE494) approx BBs exec'd 0 ====
-
- 0xFEBE494: 819E1DC8 lwz r12,7624(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1DC8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R12
- 4: INCEIPL $4
-
- 0xFEBE498: 2C0C0000 cmpi cr0,r12,0
- 5: GETL R12, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0xFEBE49C: 41820160 bc 12,2,0xFEBE5FC
- 9: Js02o $0xFEBE5FC
-
-
-
-. 3360 FEBE494 12
-. 81 9E 1D C8 2C 0C 00 00 41 82 01 60
-==== BB 3361 (0xFEBE4A0) approx BBs exec'd 0 ====
-
- 0xFEBE4A0: 83A30060 lwz r29,96(r3)
- 0: GETL R3, t0
- 1: ADDL $0x60, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0xFEBE4A4: 2F9D0000 cmpi cr7,r29,0
- 5: GETL R29, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0xFEBE4A8: 419E0080 bc 12,30,0xFEBE528
- 9: Js30o $0xFEBE528
-
-
-
-. 3361 FEBE4A0 12
-. 83 A3 00 60 2F 9D 00 00 41 9E 00 80
-==== BB 3362 (0xFEBE528) approx BBs exec'd 0 ====
-
- 0xFEBE528: 3800FFFF li r0,-1
- 0: MOVL $0xFFFFFFFF, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFEBE52C: 90030060 stw r0,96(r3)
- 3: GETL R0, t2
- 4: GETL R3, t4
- 5: ADDL $0x60, t4
- 6: STL t2, (t4)
- 7: INCEIPL $4
-
- 0xFEBE530: 4BFFFF7C b 0xFEBE4AC
- 8: JMPo $0xFEBE4AC ($4)
-
-
-
-. 3362 FEBE528 12
-. 38 00 FF FF 90 03 00 60 4B FF FF 7C
-==== BB 3363 (0xFEBE4AC) approx BBs exec'd 0 ====
-
- 0xFEBE4AC: 80630060 lwz r3,96(r3)
- 0: GETL R3, t0
- 1: ADDL $0x60, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFEBE4B0: 2C83FFFF cmpi cr1,r3,-1
- 5: GETL R3, t4
- 6: MOVL $0xFFFFFFFF, t8
- 7: CMPL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x1, CR
- 9: INCEIPL $4
-
- 0xFEBE4B4: 41860080 bc 12,6,0xFEBE534
- 10: Js06o $0xFEBE534
-
-
-
-. 3363 FEBE4AC 12
-. 80 63 00 60 2C 83 FF FF 41 86 00 80
-==== BB 3364 (0xFEBE534) approx BBs exec'd 0 ====
-
- 0xFEBE534: 80DC0000 lwz r6,0(r28)
- 0: GETL R28, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R6
- 3: INCEIPL $4
-
- 0xFEBE538: 7F44D378 or r4,r26,r26
- 4: GETL R26, t4
- 5: PUTL t4, R4
- 6: INCEIPL $4
-
- 0xFEBE53C: 88E60046 lbz r7,70(r6)
- 7: GETL R6, t6
- 8: ADDL $0x46, t6
- 9: LDB (t6), t8
- 10: PUTL t8, R7
- 11: INCEIPL $4
-
- 0xFEBE540: 7CC33378 or r3,r6,r6
- 12: GETL R6, t10
- 13: PUTL t10, R3
- 14: INCEIPL $4
-
- 0xFEBE544: 7CE90774 extsb r9,r7
- 15: GETB R7, t12
- 16: WIDENL_Bs _st12
- 17: PUTL t12, R9
- 18: INCEIPL $4
-
- 0xFEBE548: 7CA93214 add r5,r9,r6
- 19: GETL R9, t14
- 20: GETL R6, t16
- 21: ADDL t14, t16
- 22: PUTL t16, R5
- 23: INCEIPL $4
-
- 0xFEBE54C: 81650098 lwz r11,152(r5)
- 24: GETL R5, t18
- 25: ADDL $0x98, t18
- 26: LDL (t18), t20
- 27: PUTL t20, R11
- 28: INCEIPL $4
-
- 0xFEBE550: 7F65DB78 or r5,r27,r27
- 29: GETL R27, t22
- 30: PUTL t22, R5
- 31: INCEIPL $4
-
- 0xFEBE554: 834B001C lwz r26,28(r11)
- 32: GETL R11, t24
- 33: ADDL $0x1C, t24
- 34: LDL (t24), t26
- 35: PUTL t26, R26
- 36: INCEIPL $4
-
- 0xFEBE558: 7F4903A6 mtctr r26
- 37: GETL R26, t28
- 38: PUTL t28, CTR
- 39: INCEIPL $4
-
- 0xFEBE55C: 4E800421 bctrl
- 40: MOVL $0xFEBE560, t30
- 41: PUTL t30, LR
- 42: GETL CTR, t32
- 43: JMPo-c t32 ($4)
-
-
-
-. 3364 FEBE534 44
-. 80 DC 00 00 7F 44 D3 78 88 E6 00 46 7C C3 33 78 7C E9 07 74 7C A9 32 14 81 65 00 98 7F 65 DB 78 83 4B 00 1C 7F 49 03 A6 4E 80 04 21
-==== BB 3365 _IO_file_xsputn@@GLIBC_2.1(0xFECA658) approx BBs exec'd 0 ====
-
- 0xFECA658: 2F850000 cmpi cr7,r5,0
- 0: GETL R5, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xFECA65C: 7C0802A6 mflr r0
- 4: GETL LR, t4
- 5: PUTL t4, R0
- 6: INCEIPL $4
-
- 0xFECA660: 9421FFD0 stwu r1,-48(r1)
- 7: GETL R1, t6
- 8: GETL R1, t8
- 9: ADDL $0xFFFFFFD0, t8
- 10: PUTL t8, R1
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFECA664: 93010010 stw r24,16(r1)
- 13: GETL R24, t10
- 14: GETL R1, t12
- 15: ADDL $0x10, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFECA668: 3B000000 li r24,0
- 18: MOVL $0x0, t14
- 19: PUTL t14, R24
- 20: INCEIPL $4
-
- 0xFECA66C: 93210014 stw r25,20(r1)
- 21: GETL R25, t16
- 22: GETL R1, t18
- 23: ADDL $0x14, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFECA670: 7CB92B78 or r25,r5,r5
- 26: GETL R5, t20
- 27: PUTL t20, R25
- 28: INCEIPL $4
-
- 0xFECA674: 93410018 stw r26,24(r1)
- 29: GETL R26, t22
- 30: GETL R1, t24
- 31: ADDL $0x18, t24
- 32: STL t22, (t24)
- 33: INCEIPL $4
-
- 0xFECA678: 7CBA2B78 or r26,r5,r5
- 34: GETL R5, t26
- 35: PUTL t26, R26
- 36: INCEIPL $4
-
- 0xFECA67C: 9361001C stw r27,28(r1)
- 37: GETL R27, t28
- 38: GETL R1, t30
- 39: ADDL $0x1C, t30
- 40: STL t28, (t30)
- 41: INCEIPL $4
-
- 0xFECA680: 7C9B2378 or r27,r4,r4
- 42: GETL R4, t32
- 43: PUTL t32, R27
- 44: INCEIPL $4
-
- 0xFECA684: 93810020 stw r28,32(r1)
- 45: GETL R28, t34
- 46: GETL R1, t36
- 47: ADDL $0x20, t36
- 48: STL t34, (t36)
- 49: INCEIPL $4
-
- 0xFECA688: 7C9C2378 or r28,r4,r4
- 50: GETL R4, t38
- 51: PUTL t38, R28
- 52: INCEIPL $4
-
- 0xFECA68C: 93A10024 stw r29,36(r1)
- 53: GETL R29, t40
- 54: GETL R1, t42
- 55: ADDL $0x24, t42
- 56: STL t40, (t42)
- 57: INCEIPL $4
-
- 0xFECA690: 7C7D1B78 or r29,r3,r3
- 58: GETL R3, t44
- 59: PUTL t44, R29
- 60: INCEIPL $4
-
- 0xFECA694: 93C10028 stw r30,40(r1)
- 61: GETL R30, t46
- 62: GETL R1, t48
- 63: ADDL $0x28, t48
- 64: STL t46, (t48)
- 65: INCEIPL $4
-
- 0xFECA698: 38600000 li r3,0
- 66: MOVL $0x0, t50
- 67: PUTL t50, R3
- 68: INCEIPL $4
-
- 0xFECA69C: 93E1002C stw r31,44(r1)
- 69: GETL R31, t52
- 70: GETL R1, t54
- 71: ADDL $0x2C, t54
- 72: STL t52, (t54)
- 73: INCEIPL $4
-
- 0xFECA6A0: 90010034 stw r0,52(r1)
- 74: GETL R0, t56
- 75: GETL R1, t58
- 76: ADDL $0x34, t58
- 77: STL t56, (t58)
- 78: INCEIPL $4
-
- 0xFECA6A4: 419E006C bc 12,30,0xFECA710
- 79: Js30o $0xFECA710
-
-
-
-. 3365 FECA658 80
-. 2F 85 00 00 7C 08 02 A6 94 21 FF D0 93 01 00 10 3B 00 00 00 93 21 00 14 7C B9 2B 78 93 41 00 18 7C BA 2B 78 93 61 00 1C 7C 9B 23 78 93 81 00 20 7C 9C 23 78 93 A1 00 24 7C 7D 1B 78 93 C1 00 28 38 60 00 00 93 E1 00 2C 90 01 00 34 41 9E 00 6C
-==== BB 3366 (0xFECA6A8) approx BBs exec'd 0 ====
-
- 0xFECA6A8: 817D0000 lwz r11,0(r29)
- 0: GETL R29, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R11
- 3: INCEIPL $4
-
- 0xFECA6AC: 809D0018 lwz r4,24(r29)
- 4: GETL R29, t4
- 5: ADDL $0x18, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R4
- 8: INCEIPL $4
-
- 0xFECA6B0: 71690200 andi. r9,r11,0x200
- 9: GETL R11, t8
- 10: ANDL $0x200, t8
- 11: PUTL t8, R9
- 12: CMP0L t8, t10 (-rSo)
- 13: ICRFL t10, $0x0, CR
- 14: INCEIPL $4
-
- 0xFECA6B4: 807D0014 lwz r3,20(r29)
- 15: GETL R29, t12
- 16: ADDL $0x14, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R3
- 19: INCEIPL $4
-
- 0xFECA6B8: 7FE32050 subf r31,r3,r4
- 20: GETL R3, t16
- 21: GETL R4, t18
- 22: SUBL t16, t18
- 23: PUTL t18, R31
- 24: INCEIPL $4
-
- 0xFECA6BC: 40820084 bc 4,2,0xFECA740
- 25: Jc02o $0xFECA740
-
-
-
-. 3366 FECA6A8 24
-. 81 7D 00 00 80 9D 00 18 71 69 02 00 80 7D 00 14 7F E3 20 50 40 82 00 84
-==== BB 3367 (0xFECA6C0) approx BBs exec'd 0 ====
-
- 0xFECA6C0: 2C1F0000 cmpi cr0,r31,0
- 0: GETL R31, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0xFECA6C4: 4182003C bc 12,2,0xFECA700
- 4: Js02o $0xFECA700
-
-
-
-. 3367 FECA6C0 8
-. 2C 1F 00 00 41 82 00 3C
-==== BB 3368 (0xFECA700) approx BBs exec'd 0 ====
-
- 0xFECA700: 7C79C214 add r3,r25,r24
- 0: GETL R25, t0
- 1: GETL R24, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFECA704: 2F830000 cmpi cr7,r3,0
- 5: GETL R3, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0xFECA708: 409E0074 bc 4,30,0xFECA77C
- 9: Jc30o $0xFECA77C
-
-
-
-. 3368 FECA700 12
-. 7C 79 C2 14 2F 83 00 00 40 9E 00 74
-==== BB 3369 (0xFECA77C) approx BBs exec'd 0 ====
-
- 0xFECA77C: 8B1D0046 lbz r24,70(r29)
- 0: GETL R29, t0
- 1: ADDL $0x46, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R24
- 4: INCEIPL $4
-
- 0xFECA780: 7FA3EB78 or r3,r29,r29
- 5: GETL R29, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFECA784: 3880FFFF li r4,-1
- 8: MOVL $0xFFFFFFFF, t6
- 9: PUTL t6, R4
- 10: INCEIPL $4
-
- 0xFECA788: 7F0C0774 extsb r12,r24
- 11: GETB R24, t8
- 12: WIDENL_Bs _st8
- 13: PUTL t8, R12
- 14: INCEIPL $4
-
- 0xFECA78C: 7D4CEA14 add r10,r12,r29
- 15: GETL R12, t10
- 16: GETL R29, t12
- 17: ADDL t10, t12
- 18: PUTL t12, R10
- 19: INCEIPL $4
-
- 0xFECA790: 810A0098 lwz r8,152(r10)
- 20: GETL R10, t14
- 21: ADDL $0x98, t14
- 22: LDL (t14), t16
- 23: PUTL t16, R8
- 24: INCEIPL $4
-
- 0xFECA794: 8168000C lwz r11,12(r8)
- 25: GETL R8, t18
- 26: ADDL $0xC, t18
- 27: LDL (t18), t20
- 28: PUTL t20, R11
- 29: INCEIPL $4
-
- 0xFECA798: 7D6903A6 mtctr r11
- 30: GETL R11, t22
- 31: PUTL t22, CTR
- 32: INCEIPL $4
-
- 0xFECA79C: 4E800421 bctrl
- 33: MOVL $0xFECA7A0, t24
- 34: PUTL t24, LR
- 35: GETL CTR, t26
- 36: JMPo-c t26 ($4)
-
-
-
-. 3369 FECA77C 36
-. 8B 1D 00 46 7F A3 EB 78 38 80 FF FF 7F 0C 07 74 7D 4C EA 14 81 0A 00 98 81 68 00 0C 7D 69 03 A6 4E 80 04 21
-==== BB 3370 _IO_file_overflow@@GLIBC_2.1(0xFEC984C) approx BBs exec'd 0 ====
-
- 0xFEC984C: 7C0802A6 mflr r0
- 0: GETL LR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFEC9850: 9421FFE0 stwu r1,-32(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFE0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFEC9854: 480DE5FD bl 0xFFA7E50
- 9: MOVL $0xFEC9858, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 3370 FEC984C 12
-. 7C 08 02 A6 94 21 FF E0 48 0D E5 FD
-==== BB 3371 (0xFEC9858) approx BBs exec'd 0 ====
-
- 0xFEC9858: 93A10014 stw r29,20(r1)
- 0: GETL R29, t0
- 1: GETL R1, t2
- 2: ADDL $0x14, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFEC985C: 93C10018 stw r30,24(r1)
- 5: GETL R30, t4
- 6: GETL R1, t6
- 7: ADDL $0x18, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFEC9860: 7C9D2378 or r29,r4,r4
- 10: GETL R4, t8
- 11: PUTL t8, R29
- 12: INCEIPL $4
-
- 0xFEC9864: 90010024 stw r0,36(r1)
- 13: GETL R0, t10
- 14: GETL R1, t12
- 15: ADDL $0x24, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFEC9868: 7FC802A6 mflr r30
- 18: GETL LR, t14
- 19: PUTL t14, R30
- 20: INCEIPL $4
-
- 0xFEC986C: 81630000 lwz r11,0(r3)
- 21: GETL R3, t16
- 22: LDL (t16), t18
- 23: PUTL t18, R11
- 24: INCEIPL $4
-
- 0xFEC9870: 93E1001C stw r31,28(r1)
- 25: GETL R31, t20
- 26: GETL R1, t22
- 27: ADDL $0x1C, t22
- 28: STL t20, (t22)
- 29: INCEIPL $4
-
- 0xFEC9874: 7C7F1B78 or r31,r3,r3
- 30: GETL R3, t24
- 31: PUTL t24, R31
- 32: INCEIPL $4
-
- 0xFEC9878: 71600008 andi. r0,r11,0x8
- 33: GETL R11, t26
- 34: ANDL $0x8, t26
- 35: PUTL t26, R0
- 36: CMP0L t26, t28 (-rSo)
- 37: ICRFL t28, $0x0, CR
- 38: INCEIPL $4
-
- 0xFEC987C: 93810010 stw r28,16(r1)
- 39: GETL R28, t30
- 40: GETL R1, t32
- 41: ADDL $0x10, t32
- 42: STL t30, (t32)
- 43: INCEIPL $4
-
- 0xFEC9880: 40820210 bc 4,2,0xFEC9A90
- 44: Jc02o $0xFEC9A90
-
-
-
-. 3371 FEC9858 44
-. 93 A1 00 14 93 C1 00 18 7C 9D 23 78 90 01 00 24 7F C8 02 A6 81 63 00 00 93 E1 00 1C 7C 7F 1B 78 71 60 00 08 93 81 00 10 40 82 02 10
-==== BB 3372 (0xFEC9884) approx BBs exec'd 0 ====
-
- 0xFEC9884: 71690800 andi. r9,r11,0x800
- 0: GETL R11, t0
- 1: ANDL $0x800, t0
- 2: PUTL t0, R9
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFEC9888: 408200F4 bc 4,2,0xFEC997C
- 6: Jc02o $0xFEC997C
-
-
-
-. 3372 FEC9884 8
-. 71 69 08 00 40 82 00 F4
-==== BB 3373 (0xFEC988C) approx BBs exec'd 0 ====
-
- 0xFEC988C: 80A30010 lwz r5,16(r3)
- 0: GETL R3, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0xFEC9890: 2C850000 cmpi cr1,r5,0
- 5: GETL R5, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0xFEC9894: 4086012C bc 4,6,0xFEC99C0
- 9: Jc06o $0xFEC99C0
-
-
-
-. 3373 FEC988C 12
-. 80 A3 00 10 2C 85 00 00 40 86 01 2C
-==== BB 3374 (0xFEC9898) approx BBs exec'd 0 ====
-
- 0xFEC9898: 480023B1 bl 0xFECBC48
- 0: MOVL $0xFEC989C, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0xFECBC48 ($4)
-
-
-
-. 3374 FEC9898 4
-. 48 00 23 B1
-==== BB 3375 (0xFEC989C) approx BBs exec'd 0 ====
-
- 0xFEC989C: 80DF001C lwz r6,28(r31)
- 0: GETL R31, t0
- 1: ADDL $0x1C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0xFEC98A0: 817F0000 lwz r11,0(r31)
- 5: GETL R31, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R11
- 8: INCEIPL $4
-
- 0xFEC98A4: 7CC53378 or r5,r6,r6
- 9: GETL R6, t8
- 10: PUTL t8, R5
- 11: INCEIPL $4
-
- 0xFEC98A8: 90DF000C stw r6,12(r31)
- 12: GETL R6, t10
- 13: GETL R31, t12
- 14: ADDL $0xC, t12
- 15: STL t10, (t12)
- 16: INCEIPL $4
-
- 0xFEC98AC: 90DF0004 stw r6,4(r31)
- 17: GETL R6, t14
- 18: GETL R31, t16
- 19: ADDL $0x4, t16
- 20: STL t14, (t16)
- 21: INCEIPL $4
-
- 0xFEC98B0: 90DF0008 stw r6,8(r31)
- 22: GETL R6, t18
- 23: GETL R31, t20
- 24: ADDL $0x8, t20
- 25: STL t18, (t20)
- 26: INCEIPL $4
-
- 0xFEC98B4: 71600100 andi. r0,r11,0x100
- 27: GETL R11, t22
- 28: ANDL $0x100, t22
- 29: PUTL t22, R0
- 30: CMP0L t22, t24 (-rSo)
- 31: ICRFL t24, $0x0, CR
- 32: INCEIPL $4
-
- 0xFEC98B8: 4082018C bc 4,2,0xFEC9A44
- 33: Jc02o $0xFEC9A44
-
-
-
-. 3375 FEC989C 32
-. 80 DF 00 1C 81 7F 00 00 7C C5 33 78 90 DF 00 0C 90 DF 00 04 90 DF 00 08 71 60 01 00 40 82 01 8C
-==== BB 3376 (0xFEC98BC) approx BBs exec'd 0 ====
-
- 0xFEC98BC: 815F0020 lwz r10,32(r31)
- 0: GETL R31, t0
- 1: ADDL $0x20, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0xFEC98C0: 7F855000 cmp cr7,r5,r10
- 5: GETL R5, t4
- 6: GETL R10, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x7, CR
- 9: INCEIPL $4
-
- 0xFEC98C4: 419E013C bc 12,30,0xFEC9A00
- 10: Js30o $0xFEC9A00
-
-
-
-. 3376 FEC98BC 12
-. 81 5F 00 20 7F 85 50 00 41 9E 01 3C
-==== BB 3377 (0xFEC98C8) approx BBs exec'd 0 ====
-
- 0xFEC98C8: 819F0060 lwz r12,96(r31)
- 0: GETL R31, t0
- 1: ADDL $0x60, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R12
- 4: INCEIPL $4
-
- 0xFEC98CC: 616B0800 ori r11,r11,0x800
- 5: GETL R11, t4
- 6: ORL $0x800, t4
- 7: PUTL t4, R11
- 8: INCEIPL $4
-
- 0xFEC98D0: 813F0008 lwz r9,8(r31)
- 9: GETL R31, t6
- 10: ADDL $0x8, t6
- 11: LDL (t6), t8
- 12: PUTL t8, R9
- 13: INCEIPL $4
-
- 0xFEC98D4: 7CA42B78 or r4,r5,r5
- 14: GETL R5, t10
- 15: PUTL t10, R4
- 16: INCEIPL $4
-
- 0xFEC98D8: 2C8C0000 cmpi cr1,r12,0
- 17: GETL R12, t12
- 18: CMP0L t12, t14 (-rSo)
- 19: ICRFL t14, $0x1, CR
- 20: INCEIPL $4
-
- 0xFEC98DC: 90BF0014 stw r5,20(r31)
- 21: GETL R5, t16
- 22: GETL R31, t18
- 23: ADDL $0x14, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFEC98E0: 913F000C stw r9,12(r31)
- 26: GETL R9, t20
- 27: GETL R31, t22
- 28: ADDL $0xC, t22
- 29: STL t20, (t22)
- 30: INCEIPL $4
-
- 0xFEC98E4: 90BF0010 stw r5,16(r31)
- 31: GETL R5, t24
- 32: GETL R31, t26
- 33: ADDL $0x10, t26
- 34: STL t24, (t26)
- 35: INCEIPL $4
-
- 0xFEC98E8: 913F0004 stw r9,4(r31)
- 36: GETL R9, t28
- 37: GETL R31, t30
- 38: ADDL $0x4, t30
- 39: STL t28, (t30)
- 40: INCEIPL $4
-
- 0xFEC98EC: 917F0000 stw r11,0(r31)
- 41: GETL R11, t32
- 42: GETL R31, t34
- 43: STL t32, (t34)
- 44: INCEIPL $4
-
- 0xFEC98F0: 40850144 bc 4,5,0xFEC9A34
- 45: Jc05o $0xFEC9A34
-
-
-
-. 3377 FEC98C8 44
-. 81 9F 00 60 61 6B 08 00 81 3F 00 08 7C A4 2B 78 2C 8C 00 00 90 BF 00 14 91 3F 00 0C 90 BF 00 10 91 3F 00 04 91 7F 00 00 40 85 01 44
-==== BB 3378 (0xFEC9A34) approx BBs exec'd 0 ====
-
- 0xFEC9A34: 71600202 andi. r0,r11,0x202
- 0: GETL R11, t0
- 1: ANDL $0x202, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFEC9A38: 41A2FEBC bc 13,2,0xFEC98F4
- 6: Js02o $0xFEC98F4
-
-
-
-. 3378 FEC9A34 8
-. 71 60 02 02 41 A2 FE BC
-==== BB 3379 (0xFEC98F4) approx BBs exec'd 0 ====
-
- 0xFEC98F4: 915F0018 stw r10,24(r31)
- 0: GETL R10, t0
- 1: GETL R31, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFEC98F8: 2F1DFFFF cmpi cr6,r29,-1
- 5: GETL R29, t4
- 6: MOVL $0xFFFFFFFF, t8
- 7: CMPL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x6, CR
- 9: INCEIPL $4
-
- 0xFEC98FC: 419A0098 bc 12,26,0xFEC9994
- 10: Js26o $0xFEC9994
-
-
-
-. 3379 FEC98F4 12
-. 91 5F 00 18 2F 1D FF FF 41 9A 00 98
-==== BB 3380 (0xFEC9994) approx BBs exec'd 0 ====
-
- 0xFEC9994: 7FE3FB78 or r3,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFEC9998: 7CA42850 subf r5,r4,r5
- 3: GETL R4, t2
- 4: GETL R5, t4
- 5: SUBL t2, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0xFEC999C: 4BFFF38D bl 0xFEC8D28
- 8: MOVL $0xFEC99A0, t6
- 9: PUTL t6, LR
- 10: JMPo-c $0xFEC8D28 ($4)
-
-
-
-. 3380 FEC9994 12
-. 7F E3 FB 78 7C A4 28 50 4B FF F3 8D
-==== BB 3381 _IO_do_write@@GLIBC_2.1(0xFEC8D28) approx BBs exec'd 0 ====
-
- 0xFEC8D28: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFEC8D2C: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFEC8D30: 9361000C stw r27,12(r1)
- 9: GETL R27, t6
- 10: GETL R1, t8
- 11: ADDL $0xC, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFEC8D34: 7CBB2B79 or. r27,r5,r5
- 14: GETL R5, t10
- 15: PUTL t10, R27
- 16: CMP0L t10, t12 (-rSo)
- 17: ICRFL t12, $0x0, CR
- 18: INCEIPL $4
-
- 0xFEC8D38: 93810010 stw r28,16(r1)
- 19: GETL R28, t14
- 20: GETL R1, t16
- 21: ADDL $0x10, t16
- 22: STL t14, (t16)
- 23: INCEIPL $4
-
- 0xFEC8D3C: 7C9C2378 or r28,r4,r4
- 24: GETL R4, t18
- 25: PUTL t18, R28
- 26: INCEIPL $4
-
- 0xFEC8D40: 93E1001C stw r31,28(r1)
- 27: GETL R31, t20
- 28: GETL R1, t22
- 29: ADDL $0x1C, t22
- 30: STL t20, (t22)
- 31: INCEIPL $4
-
- 0xFEC8D44: 7C7F1B78 or r31,r3,r3
- 32: GETL R3, t24
- 33: PUTL t24, R31
- 34: INCEIPL $4
-
- 0xFEC8D48: 93A10014 stw r29,20(r1)
- 35: GETL R29, t26
- 36: GETL R1, t28
- 37: ADDL $0x14, t28
- 38: STL t26, (t28)
- 39: INCEIPL $4
-
- 0xFEC8D4C: 93C10018 stw r30,24(r1)
- 40: GETL R30, t30
- 41: GETL R1, t32
- 42: ADDL $0x18, t32
- 43: STL t30, (t32)
- 44: INCEIPL $4
-
- 0xFEC8D50: 90010024 stw r0,36(r1)
- 45: GETL R0, t34
- 46: GETL R1, t36
- 47: ADDL $0x24, t36
- 48: STL t34, (t36)
- 49: INCEIPL $4
-
- 0xFEC8D54: 418200A4 bc 12,2,0xFEC8DF8
- 50: Js02o $0xFEC8DF8
-
-
-
-. 3381 FEC8D28 48
-. 94 21 FF E0 7C 08 02 A6 93 61 00 0C 7C BB 2B 79 93 81 00 10 7C 9C 23 78 93 E1 00 1C 7C 7F 1B 78 93 A1 00 14 93 C1 00 18 90 01 00 24 41 82 00 A4
-==== BB 3382 (0xFEC8DF8) approx BBs exec'd 0 ====
-
- 0xFEC8DF8: 38600000 li r3,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFEC8DFC: 83610024 lwz r27,36(r1)
- 3: GETL R1, t2
- 4: ADDL $0x24, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R27
- 7: INCEIPL $4
-
- 0xFEC8E00: 83810010 lwz r28,16(r1)
- 8: GETL R1, t6
- 9: ADDL $0x10, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R28
- 12: INCEIPL $4
-
- 0xFEC8E04: 7F6803A6 mtlr r27
- 13: GETL R27, t10
- 14: PUTL t10, LR
- 15: INCEIPL $4
-
- 0xFEC8E08: 83A10014 lwz r29,20(r1)
- 16: GETL R1, t12
- 17: ADDL $0x14, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R29
- 20: INCEIPL $4
-
- 0xFEC8E0C: 8361000C lwz r27,12(r1)
- 21: GETL R1, t16
- 22: ADDL $0xC, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R27
- 25: INCEIPL $4
-
- 0xFEC8E10: 83C10018 lwz r30,24(r1)
- 26: GETL R1, t20
- 27: ADDL $0x18, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R30
- 30: INCEIPL $4
-
- 0xFEC8E14: 83E1001C lwz r31,28(r1)
- 31: GETL R1, t24
- 32: ADDL $0x1C, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R31
- 35: INCEIPL $4
-
- 0xFEC8E18: 38210020 addi r1,r1,32
- 36: GETL R1, t28
- 37: ADDL $0x20, t28
- 38: PUTL t28, R1
- 39: INCEIPL $4
-
- 0xFEC8E1C: 4E800020 blr
- 40: GETL LR, t30
- 41: JMPo-r t30 ($4)
-
-
-
-. 3382 FEC8DF8 40
-. 38 60 00 00 83 61 00 24 83 81 00 10 7F 68 03 A6 83 A1 00 14 83 61 00 0C 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 3383 (0xFEC99A0) approx BBs exec'd 0 ====
-
- 0xFEC99A0: 83A10024 lwz r29,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0xFEC99A4: 83810010 lwz r28,16(r1)
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R28
- 9: INCEIPL $4
-
- 0xFEC99A8: 7FA803A6 mtlr r29
- 10: GETL R29, t8
- 11: PUTL t8, LR
- 12: INCEIPL $4
-
- 0xFEC99AC: 83C10018 lwz r30,24(r1)
- 13: GETL R1, t10
- 14: ADDL $0x18, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R30
- 17: INCEIPL $4
-
- 0xFEC99B0: 83A10014 lwz r29,20(r1)
- 18: GETL R1, t14
- 19: ADDL $0x14, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R29
- 22: INCEIPL $4
-
- 0xFEC99B4: 83E1001C lwz r31,28(r1)
- 23: GETL R1, t18
- 24: ADDL $0x1C, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R31
- 27: INCEIPL $4
-
- 0xFEC99B8: 38210020 addi r1,r1,32
- 28: GETL R1, t22
- 29: ADDL $0x20, t22
- 30: PUTL t22, R1
- 31: INCEIPL $4
-
- 0xFEC99BC: 4E800020 blr
- 32: GETL LR, t24
- 33: JMPo-r t24 ($4)
-
-
-
-. 3383 FEC99A0 32
-. 83 A1 00 24 83 81 00 10 7F A8 03 A6 83 C1 00 18 83 A1 00 14 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 3384 (0xFECA7A0) approx BBs exec'd 0 ====
-
- 0xFECA7A0: 2C83FFFF cmpi cr1,r3,-1
- 0: GETL R3, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0xFECA7A4: 7C79D050 subf r3,r25,r26
- 5: GETL R25, t6
- 6: GETL R26, t8
- 7: SUBL t6, t8
- 8: PUTL t8, R3
- 9: INCEIPL $4
-
- 0xFECA7A8: 41A6FF68 bc 13,6,0xFECA710
- 10: Js06o $0xFECA710
-
-
-
-. 3384 FECA7A0 12
-. 2C 83 FF FF 7C 79 D0 50 41 A6 FF 68
-==== BB 3385 (0xFECA7AC) approx BBs exec'd 0 ====
-
- 0xFECA7AC: 83FD0020 lwz r31,32(r29)
- 0: GETL R29, t0
- 1: ADDL $0x20, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R31
- 4: INCEIPL $4
-
- 0xFECA7B0: 7F3CCB78 or r28,r25,r25
- 5: GETL R25, t4
- 6: PUTL t4, R28
- 7: INCEIPL $4
-
- 0xFECA7B4: 801D001C lwz r0,28(r29)
- 8: GETL R29, t6
- 9: ADDL $0x1C, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R0
- 12: INCEIPL $4
-
- 0xFECA7B8: 7D20F850 subf r9,r0,r31
- 13: GETL R0, t10
- 14: GETL R31, t12
- 15: SUBL t10, t12
- 16: PUTL t12, R9
- 17: INCEIPL $4
-
- 0xFECA7BC: 2B09007F cmpli cr6,r9,127
- 18: GETL R9, t14
- 19: MOVL $0x7F, t18
- 20: CMPUL t14, t18, t16 (-rSo)
- 21: ICRFL t16, $0x6, CR
- 22: INCEIPL $4
-
- 0xFECA7C0: 4099000C bc 4,25,0xFECA7CC
- 23: Jc25o $0xFECA7CC
-
-
-
-. 3385 FECA7AC 24
-. 83 FD 00 20 7F 3C CB 78 80 1D 00 1C 7D 20 F8 50 2B 09 00 7F 40 99 00 0C
-==== BB 3386 (0xFECA7C4) approx BBs exec'd 0 ====
-
- 0xFECA7C4: 7C994B96 divwu r4, r25, r9
- 0: GETL R25, t2
- 1: GETL R9, t0
- 2: UDIVL t0, t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFECA7C8: 7F8449D6 mullw r28,r4,r9
- 5: GETL R4, t4
- 6: GETL R9, t6
- 7: MULL t4, t6
- 8: PUTL t6, R28
- 9: INCEIPL $4
-
- 0xFECA7CC: 2C1C0000 cmpi cr0,r28,0
- 10: GETL R28, t8
- 11: CMP0L t8, t10 (-rSo)
- 12: ICRFL t10, $0x0, CR
- 13: INCEIPL $4
-
- 0xFECA7D0: 418200A8 bc 12,2,0xFECA878
- 14: Js02o $0xFECA878
-
-
-
-. 3386 FECA7C4 16
-. 7C 99 4B 96 7F 84 49 D6 2C 1C 00 00 41 82 00 A8
-==== BB 3387 (0xFECA878) approx BBs exec'd 0 ====
-
- 0xFECA878: 2F190000 cmpi cr6,r25,0
- 0: GETL R25, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0xFECA87C: 419AFE90 bc 12,26,0xFECA70C
- 4: Js26o $0xFECA70C
-
-
-
-. 3387 FECA878 8
-. 2F 19 00 00 41 9A FE 90
-==== BB 3388 (0xFECA880) approx BBs exec'd 0 ====
-
- 0xFECA880: 7F25CB78 or r5,r25,r25
- 0: GETL R25, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0xFECA884: 7C9BE214 add r4,r27,r28
- 3: GETL R27, t2
- 4: GETL R28, t4
- 5: ADDL t2, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0xFECA888: 7FA3EB78 or r3,r29,r29
- 8: GETL R29, t6
- 9: PUTL t6, R3
- 10: INCEIPL $4
-
- 0xFECA88C: 480014C9 bl 0xFECBD54
- 11: MOVL $0xFECA890, t8
- 12: PUTL t8, LR
- 13: JMPo-c $0xFECBD54 ($4)
-
-
-
-. 3388 FECA880 16
-. 7F 25 CB 78 7C 9B E2 14 7F A3 EB 78 48 00 14 C9
-==== BB 3389 _IO_default_xsputn_internal(0xFECBD54) approx BBs exec'd 0 ====
-
- 0xFECBD54: 2F850000 cmpi cr7,r5,0
- 0: GETL R5, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xFECBD58: 7C0802A6 mflr r0
- 4: GETL LR, t4
- 5: PUTL t4, R0
- 6: INCEIPL $4
-
- 0xFECBD5C: 9421FFE0 stwu r1,-32(r1)
- 7: GETL R1, t6
- 8: GETL R1, t8
- 9: ADDL $0xFFFFFFE0, t8
- 10: PUTL t8, R1
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFECBD60: 93410008 stw r26,8(r1)
- 13: GETL R26, t10
- 14: GETL R1, t12
- 15: ADDL $0x8, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFECBD64: 7CBA2B78 or r26,r5,r5
- 18: GETL R5, t14
- 19: PUTL t14, R26
- 20: INCEIPL $4
-
- 0xFECBD68: 9361000C stw r27,12(r1)
- 21: GETL R27, t16
- 22: GETL R1, t18
- 23: ADDL $0xC, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFECBD6C: 7CBB2B78 or r27,r5,r5
- 26: GETL R5, t20
- 27: PUTL t20, R27
- 28: INCEIPL $4
-
- 0xFECBD70: 93810010 stw r28,16(r1)
- 29: GETL R28, t22
- 30: GETL R1, t24
- 31: ADDL $0x10, t24
- 32: STL t22, (t24)
- 33: INCEIPL $4
-
- 0xFECBD74: 7C7C1B78 or r28,r3,r3
- 34: GETL R3, t26
- 35: PUTL t26, R28
- 36: INCEIPL $4
-
- 0xFECBD78: 93E1001C stw r31,28(r1)
- 37: GETL R31, t28
- 38: GETL R1, t30
- 39: ADDL $0x1C, t30
- 40: STL t28, (t30)
- 41: INCEIPL $4
-
- 0xFECBD7C: 38600000 li r3,0
- 42: MOVL $0x0, t32
- 43: PUTL t32, R3
- 44: INCEIPL $4
-
- 0xFECBD80: 93A10014 stw r29,20(r1)
- 45: GETL R29, t34
- 46: GETL R1, t36
- 47: ADDL $0x14, t36
- 48: STL t34, (t36)
- 49: INCEIPL $4
-
- 0xFECBD84: 7C9F2378 or r31,r4,r4
- 50: GETL R4, t38
- 51: PUTL t38, R31
- 52: INCEIPL $4
-
- 0xFECBD88: 93C10018 stw r30,24(r1)
- 53: GETL R30, t40
- 54: GETL R1, t42
- 55: ADDL $0x18, t42
- 56: STL t40, (t42)
- 57: INCEIPL $4
-
- 0xFECBD8C: 90010024 stw r0,36(r1)
- 58: GETL R0, t44
- 59: GETL R1, t46
- 60: ADDL $0x24, t46
- 61: STL t44, (t46)
- 62: INCEIPL $4
-
- 0xFECBD90: 419E00A0 bc 12,30,0xFECBE30
- 63: Js30o $0xFECBE30
-
-
-
-. 3389 FECBD54 64
-. 2F 85 00 00 7C 08 02 A6 94 21 FF E0 93 41 00 08 7C BA 2B 78 93 61 00 0C 7C BB 2B 78 93 81 00 10 7C 7C 1B 78 93 E1 00 1C 38 60 00 00 93 A1 00 14 7C 9F 23 78 93 C1 00 18 90 01 00 24 41 9E 00 A0
-==== BB 3390 (0xFECBD94) approx BBs exec'd 0 ====
-
- 0xFECBD94: 807C0014 lwz r3,20(r28)
- 0: GETL R28, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFECBD98: 80BC0018 lwz r5,24(r28)
- 5: GETL R28, t4
- 6: ADDL $0x18, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R5
- 9: INCEIPL $4
-
- 0xFECBD9C: 7C032840 cmpl cr0,r3,r5
- 10: GETL R3, t8
- 11: GETL R5, t10
- 12: CMPUL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x0, CR
- 14: INCEIPL $4
-
- 0xFECBDA0: 4080004C bc 4,0,0xFECBDEC
- 15: Jc00o $0xFECBDEC
-
-
-
-. 3390 FECBD94 16
-. 80 7C 00 14 80 BC 00 18 7C 03 28 40 40 80 00 4C
-==== BB 3391 (0xFECBDA4) approx BBs exec'd 0 ====
-
- 0xFECBDA4: 7FA32850 subf r29,r3,r5
- 0: GETL R3, t0
- 1: GETL R5, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0xFECBDA8: 7C9DD840 cmpl cr1,r29,r27
- 5: GETL R29, t4
- 6: GETL R27, t6
- 7: CMPUL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x1, CR
- 9: INCEIPL $4
-
- 0xFECBDAC: 40850008 bc 4,5,0xFECBDB4
- 10: Jc05o $0xFECBDB4
-
-
-
-. 3391 FECBDA4 12
-. 7F A3 28 50 7C 9D D8 40 40 85 00 08
-==== BB 3392 (0xFECBDB0) approx BBs exec'd 0 ====
-
- 0xFECBDB0: 7F7DDB78 or r29,r27,r27
- 0: GETL R27, t0
- 1: PUTL t0, R29
- 2: INCEIPL $4
-
- 0xFECBDB4: 2B1D0014 cmpli cr6,r29,20
- 3: GETL R29, t2
- 4: MOVL $0x14, t6
- 5: CMPUL t2, t6, t4 (-rSo)
- 6: ICRFL t4, $0x6, CR
- 7: INCEIPL $4
-
- 0xFECBDB8: 419900A0 bc 12,25,0xFECBE58
- 8: Js25o $0xFECBE58
-
-
-
-. 3392 FECBDB0 12
-. 7F 7D DB 78 2B 1D 00 14 41 99 00 A0
-==== BB 3393 (0xFECBE58) approx BBs exec'd 0 ====
-
- 0xFECBE58: 7FE4FB78 or r4,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0xFECBE5C: 7FA5EB78 or r5,r29,r29
- 3: GETL R29, t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0xFECBE60: 4800C1A1 bl 0xFED8000
- 6: MOVL $0xFECBE64, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0xFED8000 ($4)
-
-
-
-. 3393 FECBE58 12
-. 7F E4 FB 78 7F A5 EB 78 48 00 C1 A1
-==== BB 3394 (0xFED88F4) approx BBs exec'd 0 ====
-
- 0xFED88F4: 81240000 lwz r9,0(r4)
- 0: GETL R4, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0xFED88F8: 3884FFFC addi r4,r4,-4
- 4: GETL R4, t4
- 5: ADDL $0xFFFFFFFC, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0xFED88FC: 80040008 lwz r0,8(r4)
- 8: GETL R4, t6
- 9: ADDL $0x8, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R0
- 12: INCEIPL $4
-
- 0xFED8900: 3863FFF8 addi r3,r3,-8
- 13: GETL R3, t10
- 14: ADDL $0xFFFFFFF8, t10
- 15: PUTL t10, R3
- 16: INCEIPL $4
-
- 0xFED8904: 38A50001 addi r5,r5,1
- 17: GETL R5, t12
- 18: ADDL $0x1, t12
- 19: PUTL t12, R5
- 20: INCEIPL $4
-
- 0xFED8908: 91230008 stw r9,8(r3)
- 21: GETL R9, t14
- 22: GETL R3, t16
- 23: ADDL $0x8, t16
- 24: STL t14, (t16)
- 25: INCEIPL $4
-
- 0xFED890C: 4BFFFF10 b 0xFED881C
- 26: JMPo $0xFED881C ($4)
-
-
-
-. 3394 FED88F4 28
-. 81 24 00 00 38 84 FF FC 80 04 00 08 38 63 FF F8 38 A5 00 01 91 23 00 08 4B FF FF 10
-==== BB 3395 (0xFED881C) approx BBs exec'd 0 ====
-
- 0xFED881C: 8124000C lwz r9,12(r4)
- 0: GETL R4, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFED8820: 9003000C stw r0,12(r3)
- 5: GETL R0, t4
- 6: GETL R3, t6
- 7: ADDL $0xC, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFED8824: 80040010 lwz r0,16(r4)
- 10: GETL R4, t8
- 11: ADDL $0x10, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R0
- 14: INCEIPL $4
-
- 0xFED8828: 91230010 stw r9,16(r3)
- 15: GETL R9, t12
- 16: GETL R3, t14
- 17: ADDL $0x10, t14
- 18: STL t12, (t14)
- 19: INCEIPL $4
-
- 0xFED882C: 81240014 lwz r9,20(r4)
- 20: GETL R4, t16
- 21: ADDL $0x14, t16
- 22: LDL (t16), t18
- 23: PUTL t18, R9
- 24: INCEIPL $4
-
- 0xFED8830: 90030014 stw r0,20(r3)
- 25: GETL R0, t20
- 26: GETL R3, t22
- 27: ADDL $0x14, t22
- 28: STL t20, (t22)
- 29: INCEIPL $4
-
- 0xFED8834: 80040018 lwz r0,24(r4)
- 30: GETL R4, t24
- 31: ADDL $0x18, t24
- 32: LDL (t24), t26
- 33: PUTL t26, R0
- 34: INCEIPL $4
-
- 0xFED8838: 91230018 stw r9,24(r3)
- 35: GETL R9, t28
- 36: GETL R3, t30
- 37: ADDL $0x18, t30
- 38: STL t28, (t30)
- 39: INCEIPL $4
-
- 0xFED883C: 34A5FFF8 addic. r5,r5,-8
- 40: GETL R5, t32
- 41: ADCL $0xFFFFFFF8, t32 (-wCa)
- 42: PUTL t32, R5
- 43: CMP0L t32, t34 (-rSo)
- 44: ICRFL t34, $0x0, CR
- 45: INCEIPL $4
-
- 0xFED8840: 8124001C lwz r9,28(r4)
- 46: GETL R4, t36
- 47: ADDL $0x1C, t36
- 48: LDL (t36), t38
- 49: PUTL t38, R9
- 50: INCEIPL $4
-
- 0xFED8844: 9003001C stw r0,28(r3)
- 51: GETL R0, t40
- 52: GETL R3, t42
- 53: ADDL $0x1C, t42
- 54: STL t40, (t42)
- 55: INCEIPL $4
-
- 0xFED8848: 38840020 addi r4,r4,32
- 56: GETL R4, t44
- 57: ADDL $0x20, t44
- 58: PUTL t44, R4
- 59: INCEIPL $4
-
- 0xFED884C: 38630020 addi r3,r3,32
- 60: GETL R3, t46
- 61: ADDL $0x20, t46
- 62: PUTL t46, R3
- 63: INCEIPL $4
-
- 0xFED8850: 40A2FFB4 bc 5,2,0xFED8804
- 64: Jc02o $0xFED8804
-
-
-
-. 3395 FED881C 56
-. 81 24 00 0C 90 03 00 0C 80 04 00 10 91 23 00 10 81 24 00 14 90 03 00 14 80 04 00 18 91 23 00 18 34 A5 FF F8 81 24 00 1C 90 03 00 1C 38 84 00 20 38 63 00 20 40 A2 FF B4
-==== BB 3396 (0xFECBE64) approx BBs exec'd 0 ====
-
- 0xFECBE64: 7FFFEA14 add r31,r31,r29
- 0: GETL R31, t0
- 1: GETL R29, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R31
- 4: INCEIPL $4
-
- 0xFECBE68: 907C0014 stw r3,20(r28)
- 5: GETL R3, t4
- 6: GETL R28, t6
- 7: ADDL $0x14, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFECBE6C: 4BFFFF7C b 0xFECBDE8
- 10: JMPo $0xFECBDE8 ($4)
-
-
-
-. 3396 FECBE64 12
-. 7F FF EA 14 90 7C 00 14 4B FF FF 7C
-==== BB 3397 (0xFECBDE8) approx BBs exec'd 0 ====
-
- 0xFECBDE8: 7F7DD850 subf r27,r29,r27
- 0: GETL R29, t0
- 1: GETL R27, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R27
- 4: INCEIPL $4
-
- 0xFECBDEC: 2C9B0000 cmpi cr1,r27,0
- 5: GETL R27, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0xFECBDF0: 4186003C bc 12,6,0xFECBE2C
- 9: Js06o $0xFECBE2C
-
-
-
-. 3397 FECBDE8 12
-. 7F 7D D8 50 2C 9B 00 00 41 86 00 3C
-==== BB 3398 (0xFECBE2C) approx BBs exec'd 0 ====
-
- 0xFECBE2C: 7C7BD050 subf r3,r27,r26
- 0: GETL R27, t0
- 1: GETL R26, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFECBE30: 80E10024 lwz r7,36(r1)
- 5: GETL R1, t4
- 6: ADDL $0x24, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R7
- 9: INCEIPL $4
-
- 0xFECBE34: 83410008 lwz r26,8(r1)
- 10: GETL R1, t8
- 11: ADDL $0x8, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R26
- 14: INCEIPL $4
-
- 0xFECBE38: 8361000C lwz r27,12(r1)
- 15: GETL R1, t12
- 16: ADDL $0xC, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R27
- 19: INCEIPL $4
-
- 0xFECBE3C: 7CE803A6 mtlr r7
- 20: GETL R7, t16
- 21: PUTL t16, LR
- 22: INCEIPL $4
-
- 0xFECBE40: 83810010 lwz r28,16(r1)
- 23: GETL R1, t18
- 24: ADDL $0x10, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R28
- 27: INCEIPL $4
-
- 0xFECBE44: 83A10014 lwz r29,20(r1)
- 28: GETL R1, t22
- 29: ADDL $0x14, t22
- 30: LDL (t22), t24
- 31: PUTL t24, R29
- 32: INCEIPL $4
-
- 0xFECBE48: 83C10018 lwz r30,24(r1)
- 33: GETL R1, t26
- 34: ADDL $0x18, t26
- 35: LDL (t26), t28
- 36: PUTL t28, R30
- 37: INCEIPL $4
-
- 0xFECBE4C: 83E1001C lwz r31,28(r1)
- 38: GETL R1, t30
- 39: ADDL $0x1C, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R31
- 42: INCEIPL $4
-
- 0xFECBE50: 38210020 addi r1,r1,32
- 43: GETL R1, t34
- 44: ADDL $0x20, t34
- 45: PUTL t34, R1
- 46: INCEIPL $4
-
- 0xFECBE54: 4E800020 blr
- 47: GETL LR, t36
- 48: JMPo-r t36 ($4)
-
-
-
-. 3398 FECBE2C 44
-. 7C 7B D0 50 80 E1 00 24 83 41 00 08 83 61 00 0C 7C E8 03 A6 83 81 00 10 83 A1 00 14 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 3399 (0xFECA890) approx BBs exec'd 0 ====
-
- 0xFECA890: 7F23C850 subf r25,r3,r25
- 0: GETL R3, t0
- 1: GETL R25, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R25
- 4: INCEIPL $4
-
- 0xFECA894: 7C79D050 subf r3,r25,r26
- 5: GETL R25, t4
- 6: GETL R26, t6
- 7: SUBL t4, t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0xFECA898: 4BFFFE78 b 0xFECA710
- 10: JMPo $0xFECA710 ($4)
-
-
-
-. 3399 FECA890 12
-. 7F 23 C8 50 7C 79 D0 50 4B FF FE 78
-==== BB 3400 (0xFECA710) approx BBs exec'd 0 ====
-
- 0xFECA710: 83210034 lwz r25,52(r1)
- 0: GETL R1, t0
- 1: ADDL $0x34, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R25
- 4: INCEIPL $4
-
- 0xFECA714: 83010010 lwz r24,16(r1)
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R24
- 9: INCEIPL $4
-
- 0xFECA718: 7F2803A6 mtlr r25
- 10: GETL R25, t8
- 11: PUTL t8, LR
- 12: INCEIPL $4
-
- 0xFECA71C: 83410018 lwz r26,24(r1)
- 13: GETL R1, t10
- 14: ADDL $0x18, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R26
- 17: INCEIPL $4
-
- 0xFECA720: 83210014 lwz r25,20(r1)
- 18: GETL R1, t14
- 19: ADDL $0x14, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R25
- 22: INCEIPL $4
-
- 0xFECA724: 8361001C lwz r27,28(r1)
- 23: GETL R1, t18
- 24: ADDL $0x1C, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R27
- 27: INCEIPL $4
-
- 0xFECA728: 83810020 lwz r28,32(r1)
- 28: GETL R1, t22
- 29: ADDL $0x20, t22
- 30: LDL (t22), t24
- 31: PUTL t24, R28
- 32: INCEIPL $4
-
- 0xFECA72C: 83A10024 lwz r29,36(r1)
- 33: GETL R1, t26
- 34: ADDL $0x24, t26
- 35: LDL (t26), t28
- 36: PUTL t28, R29
- 37: INCEIPL $4
-
- 0xFECA730: 83C10028 lwz r30,40(r1)
- 38: GETL R1, t30
- 39: ADDL $0x28, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R30
- 42: INCEIPL $4
-
- 0xFECA734: 83E1002C lwz r31,44(r1)
- 43: GETL R1, t34
- 44: ADDL $0x2C, t34
- 45: LDL (t34), t36
- 46: PUTL t36, R31
- 47: INCEIPL $4
-
- 0xFECA738: 38210030 addi r1,r1,48
- 48: GETL R1, t38
- 49: ADDL $0x30, t38
- 50: PUTL t38, R1
- 51: INCEIPL $4
-
- 0xFECA73C: 4E800020 blr
- 52: GETL LR, t40
- 53: JMPo-r t40 ($4)
-
-
-
-. 3400 FECA710 48
-. 83 21 00 34 83 01 00 10 7F 28 03 A6 83 41 00 18 83 21 00 14 83 61 00 1C 83 81 00 20 83 A1 00 24 83 C1 00 28 83 E1 00 2C 38 21 00 30 4E 80 00 20
-==== BB 3401 (0xFEBE560) approx BBs exec'd 0 ====
-
- 0xFEBE560: 7F03D800 cmp cr6,r3,r27
- 0: GETL R3, t0
- 1: GETL R27, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x6, CR
- 4: INCEIPL $4
-
- 0xFEBE564: 409AFF54 bc 4,26,0xFEBE4B8
- 5: Jc26o $0xFEBE4B8
-
-
-
-. 3401 FEBE560 8
-. 7F 03 D8 00 40 9A FF 54
-==== BB 3402 (0xFEBE568) approx BBs exec'd 0 ====
-
- 0xFEBE568: 807C0000 lwz r3,0(r28)
- 0: GETL R28, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0xFEBE56C: 81430014 lwz r10,20(r3)
- 4: GETL R3, t4
- 5: ADDL $0x14, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R10
- 8: INCEIPL $4
-
- 0xFEBE570: 83830018 lwz r28,24(r3)
- 9: GETL R3, t8
- 10: ADDL $0x18, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R28
- 13: INCEIPL $4
-
- 0xFEBE574: 7C0AE040 cmpl cr0,r10,r28
- 14: GETL R10, t12
- 15: GETL R28, t14
- 16: CMPUL t12, t14, t16 (-rSo)
- 17: ICRFL t16, $0x0, CR
- 18: INCEIPL $4
-
- 0xFEBE578: 408000B4 bc 4,0,0xFEBE62C
- 19: Jc00o $0xFEBE62C
-
-
-
-. 3402 FEBE568 20
-. 80 7C 00 00 81 43 00 14 83 83 00 18 7C 0A E0 40 40 80 00 B4
-==== BB 3403 (0xFEBE57C) approx BBs exec'd 0 ====
-
- 0xFEBE57C: 3B2A0001 addi r25,r10,1
- 0: GETL R10, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R25
- 3: INCEIPL $4
-
- 0xFEBE580: 3880000A li r4,10
- 4: MOVL $0xA, t2
- 5: PUTL t2, R4
- 6: INCEIPL $4
-
- 0xFEBE584: 988A0000 stb r4,0(r10)
- 7: GETL R4, t4
- 8: GETL R10, t6
- 9: STB t4, (t6)
- 10: INCEIPL $4
-
- 0xFEBE588: 93230014 stw r25,20(r3)
- 11: GETL R25, t8
- 12: GETL R3, t10
- 13: ADDL $0x14, t10
- 14: STL t8, (t10)
- 15: INCEIPL $4
-
- 0xFEBE58C: 3B3B0001 addi r25,r27,1
- 16: GETL R27, t12
- 17: ADDL $0x1, t12
- 18: PUTL t12, R25
- 19: INCEIPL $4
-
- 0xFEBE590: 4BFFFF28 b 0xFEBE4B8
- 20: JMPo $0xFEBE4B8 ($4)
-
-
-
-. 3403 FEBE57C 24
-. 3B 2A 00 01 38 80 00 0A 98 8A 00 00 93 23 00 14 3B 3B 00 01 4B FF FF 28
-==== BB 3404 (0xFEBE4B8) approx BBs exec'd 0 ====
-
- 0xFEBE4B8: 807F0000 lwz r3,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0xFEBE4BC: 70698000 andi. r9,r3,0x8000
- 4: GETL R3, t4
- 5: ANDL $0x8000, t4
- 6: PUTL t4, R9
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0xFEBE4C0: 40820038 bc 4,2,0xFEBE4F8
- 10: Jc02o $0xFEBE4F8
-
-
-
-. 3404 FEBE4B8 12
-. 80 7F 00 00 70 69 80 00 40 82 00 38
-==== BB 3405 (0xFEBE4C4) approx BBs exec'd 0 ====
-
- 0xFEBE4C4: 807F0048 lwz r3,72(r31)
- 0: GETL R31, t0
- 1: ADDL $0x48, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFEBE4C8: 81430004 lwz r10,4(r3)
- 5: GETL R3, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R10
- 9: INCEIPL $4
-
- 0xFEBE4CC: 392AFFFF addi r9,r10,-1
- 10: GETL R10, t8
- 11: ADDL $0xFFFFFFFF, t8
- 12: PUTL t8, R9
- 13: INCEIPL $4
-
- 0xFEBE4D0: 2F890000 cmpi cr7,r9,0
- 14: GETL R9, t10
- 15: CMP0L t10, t12 (-rSo)
- 16: ICRFL t12, $0x7, CR
- 17: INCEIPL $4
-
- 0xFEBE4D4: 91230004 stw r9,4(r3)
- 18: GETL R9, t14
- 19: GETL R3, t16
- 20: ADDL $0x4, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0xFEBE4D8: 409E0020 bc 4,30,0xFEBE4F8
- 23: Jc30o $0xFEBE4F8
-
-
-
-. 3405 FEBE4C4 24
-. 80 7F 00 48 81 43 00 04 39 2A FF FF 2F 89 00 00 91 23 00 04 40 9E 00 20
-==== BB 3406 (0xFEBE4DC) approx BBs exec'd 0 ====
-
- 0xFEBE4DC: 91230008 stw r9,8(r3)
- 0: GETL R9, t0
- 1: GETL R3, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFEBE4E0: 7C0004AC sync
- 5: INCEIPL $4
-
- 0xFEBE4E4: 7D801828 lwarx r12,r0,r3
- 6: GETL R3, t4
- 7: LOCKo
- 8: LDL (t4), t6
- 9: PUTL t6, R12
- 10: INCEIPL $4
-
- 0xFEBE4E8: 7D20192D stwcx. r9,r0,r3
- 11: GETL R3, t8
- 12: GETL R9, t10
- 13: LOCKo
- 14: STL t10, (t8) (-rSo)
- 15: ICRFL cr, $0x0, CR
- 16: INCEIPL $4
-
- 0xFEBE4EC: 40A2FFF8 bc 5,2,0xFEBE4E4
- 17: Jc02o $0xFEBE4E4
-
-
-
-. 3406 FEBE4DC 20
-. 91 23 00 08 7C 00 04 AC 7D 80 18 28 7D 20 19 2D 40 A2 FF F8
-==== BB 3407 (0xFEBE4F0) approx BBs exec'd 0 ====
-
- 0xFEBE4F0: 2C8C0001 cmpi cr1,r12,1
- 0: GETL R12, t0
- 1: MOVL $0x1, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0xFEBE4F4: 4185011C bc 12,5,0xFEBE610
- 5: Js05o $0xFEBE610
-
-
-
-. 3407 FEBE4F0 8
-. 2C 8C 00 01 41 85 01 1C
-==== BB 3408 (0xFEBE4F8) approx BBs exec'd 0 ====
-
- 0xFEBE4F8: 83A10034 lwz r29,52(r1)
- 0: GETL R1, t0
- 1: ADDL $0x34, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0xFEBE4FC: 7F23CB78 or r3,r25,r25
- 5: GETL R25, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFEBE500: 83410018 lwz r26,24(r1)
- 8: GETL R1, t6
- 9: ADDL $0x18, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R26
- 12: INCEIPL $4
-
- 0xFEBE504: 7FA803A6 mtlr r29
- 13: GETL R29, t10
- 14: PUTL t10, LR
- 15: INCEIPL $4
-
- 0xFEBE508: 83210014 lwz r25,20(r1)
- 16: GETL R1, t12
- 17: ADDL $0x14, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R25
- 20: INCEIPL $4
-
- 0xFEBE50C: 8361001C lwz r27,28(r1)
- 21: GETL R1, t16
- 22: ADDL $0x1C, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R27
- 25: INCEIPL $4
-
- 0xFEBE510: 83810020 lwz r28,32(r1)
- 26: GETL R1, t20
- 27: ADDL $0x20, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R28
- 30: INCEIPL $4
-
- 0xFEBE514: 83A10024 lwz r29,36(r1)
- 31: GETL R1, t24
- 32: ADDL $0x24, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R29
- 35: INCEIPL $4
-
- 0xFEBE518: 83C10028 lwz r30,40(r1)
- 36: GETL R1, t28
- 37: ADDL $0x28, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R30
- 40: INCEIPL $4
-
- 0xFEBE51C: 83E1002C lwz r31,44(r1)
- 41: GETL R1, t32
- 42: ADDL $0x2C, t32
- 43: LDL (t32), t34
- 44: PUTL t34, R31
- 45: INCEIPL $4
-
- 0xFEBE520: 38210030 addi r1,r1,48
- 46: GETL R1, t36
- 47: ADDL $0x30, t36
- 48: PUTL t36, R1
- 49: INCEIPL $4
-
- 0xFEBE524: 4E800020 blr
- 50: GETL LR, t38
- 51: JMPo-r t38 ($4)
-
-
-
-. 3408 FEBE4F8 48
-. 83 A1 00 34 7F 23 CB 78 83 41 00 18 7F A8 03 A6 83 21 00 14 83 61 00 1C 83 81 00 20 83 A1 00 24 83 C1 00 28 83 E1 00 2C 38 21 00 30 4E 80 00 20
-==== BB 3409 (0x10001448) approx BBs exec'd 0 ====
-
- 0x10001448: 7FA3EB78 or r3,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x1000144C: 48005B5D bl 0x10006FA8
- 3: MOVL $0x10001450, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0x10006FA8 ($4)
-
-
-
-. 3409 10001448 8
-. 7F A3 EB 78 48 00 5B 5D
-==== BB 3410 (0x10006FA8) approx BBs exec'd 0 ====
-
- 0x10006FA8: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x10006FAC: 7C0802A6 mflr r0
- 4: GETL LR, t4
- 5: PUTL t4, R0
- 6: INCEIPL $4
-
- 0x10006FB0: 9421FFF0 stwu r1,-16(r1)
- 7: GETL R1, t6
- 8: GETL R1, t8
- 9: ADDL $0xFFFFFFF0, t8
- 10: PUTL t8, R1
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x10006FB4: 90010014 stw r0,20(r1)
- 13: GETL R0, t10
- 14: GETL R1, t12
- 15: ADDL $0x14, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x10006FB8: 419E0008 bc 12,30,0x10006FC0
- 18: Js30o $0x10006FC0
-
-
-
-. 3410 10006FA8 20
-. 2F 83 00 00 7C 08 02 A6 94 21 FF F0 90 01 00 14 41 9E 00 08
-==== BB 3411 (0x10006FBC) approx BBs exec'd 0 ====
-
- 0x10006FBC: 48013D01 bl 0x1001ACBC
- 0: MOVL $0x10006FC0, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x1001ACBC ($4)
-
-
-
-. 3411 10006FBC 4
-. 48 01 3D 01
-==== BB 3412 (0x1001ACBC) approx BBs exec'd 0 ====
-
- 0x1001ACBC: 396000C4 li r11,196
- 0: MOVL $0xC4, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0x1001ACC0: 4BFFFE4C b 0x1001AB0C
- 3: JMPo $0x1001AB0C ($4)
-
-
-
-. 3412 1001ACBC 8
-. 39 60 00 C4 4B FF FE 4C
-==== BB 3413 (0x10006FC0) approx BBs exec'd 0 ====
-
- 0x10006FC0: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x10006FC4: 38210010 addi r1,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R1
- 8: INCEIPL $4
-
- 0x10006FC8: 7C0803A6 mtlr r0
- 9: GETL R0, t6
- 10: PUTL t6, LR
- 11: INCEIPL $4
-
- 0x10006FCC: 4E800020 blr
- 12: GETL LR, t8
- 13: JMPo-r t8 ($4)
-
-
-
-. 3413 10006FC0 16
-. 80 01 00 14 38 21 00 10 7C 08 03 A6 4E 80 00 20
-==== BB 3414 (0x10001450) approx BBs exec'd 0 ====
-
- 0x10001450: 38600000 li r3,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x10001454: 80010064 lwz r0,100(r1)
- 3: GETL R1, t2
- 4: ADDL $0x64, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0x10001458: 83010040 lwz r24,64(r1)
- 8: GETL R1, t6
- 9: ADDL $0x40, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R24
- 12: INCEIPL $4
-
- 0x1000145C: 83210044 lwz r25,68(r1)
- 13: GETL R1, t10
- 14: ADDL $0x44, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R25
- 17: INCEIPL $4
-
- 0x10001460: 7C0803A6 mtlr r0
- 18: GETL R0, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0x10001464: 83410048 lwz r26,72(r1)
- 21: GETL R1, t16
- 22: ADDL $0x48, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R26
- 25: INCEIPL $4
-
- 0x10001468: 8361004C lwz r27,76(r1)
- 26: GETL R1, t20
- 27: ADDL $0x4C, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R27
- 30: INCEIPL $4
-
- 0x1000146C: 83810050 lwz r28,80(r1)
- 31: GETL R1, t24
- 32: ADDL $0x50, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R28
- 35: INCEIPL $4
-
- 0x10001470: 83A10054 lwz r29,84(r1)
- 36: GETL R1, t28
- 37: ADDL $0x54, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R29
- 40: INCEIPL $4
-
- 0x10001474: 83C10058 lwz r30,88(r1)
- 41: GETL R1, t32
- 42: ADDL $0x58, t32
- 43: LDL (t32), t34
- 44: PUTL t34, R30
- 45: INCEIPL $4
-
- 0x10001478: 83E1005C lwz r31,92(r1)
- 46: GETL R1, t36
- 47: ADDL $0x5C, t36
- 48: LDL (t36), t38
- 49: PUTL t38, R31
- 50: INCEIPL $4
-
- 0x1000147C: 38210060 addi r1,r1,96
- 51: GETL R1, t40
- 52: ADDL $0x60, t40
- 53: PUTL t40, R1
- 54: INCEIPL $4
-
- 0x10001480: 4E800020 blr
- 55: GETL LR, t42
- 56: JMPo-r t42 ($4)
-
-
-
-. 3414 10001450 52
-. 38 60 00 00 80 01 00 64 83 01 00 40 83 21 00 44 7C 08 03 A6 83 41 00 48 83 61 00 4C 83 81 00 50 83 A1 00 54 83 C1 00 58 83 E1 00 5C 38 21 00 60 4E 80 00 20
-==== BB 3415 (0x10001C04) approx BBs exec'd 0 ====
-
- 0x10001C04: 7F9C1B78 or r28,r28,r3
- 0: GETL R28, t0
- 1: GETL R3, t2
- 2: ORL t2, t0
- 3: PUTL t0, R28
- 4: INCEIPL $4
-
- 0x10001C08: 301CFFFF addic r0,r28,-1
- 5: GETL R28, t4
- 6: ADCL $0xFFFFFFFF, t4 (-wCa)
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x10001C0C: 7C60E110 subfe r3,r0,r28
- 9: GETL R0, t6
- 10: GETL R28, t8
- 11: SBBL t6, t8 (-rCa-wCa)
- 12: PUTL t8, R3
- 13: INCEIPL $4
-
- 0x10001C10: 4BFFFCCC b 0x100018DC
- 14: JMPo $0x100018DC ($4)
-
-
-
-. 3415 10001C04 16
-. 7F 9C 1B 78 30 1C FF FF 7C 60 E1 10 4B FF FC CC
-==== BB 3416 (0x100018DC) approx BBs exec'd 0 ====
-
- 0x100018DC: 480193C1 bl 0x1001AC9C
- 0: MOVL $0x100018E0, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x1001AC9C ($4)
-
-
-
-. 3416 100018DC 4
-. 48 01 93 C1
-==== BB 3417 (0x1001AC9C) approx BBs exec'd 0 ====
-
- 0x1001AC9C: 396000B4 li r11,180
- 0: MOVL $0xB4, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0x1001ACA0: 4BFFFE6C b 0x1001AB0C
- 3: JMPo $0x1001AB0C ($4)
-
-
-
-. 3417 1001AC9C 8
-. 39 60 00 B4 4B FF FE 6C
-==== BB 3418 exit(0xFE93B98) approx BBs exec'd 0 ====
-
- 0xFE93B98: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFE93B9C: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFE93BA0: 481142B1 bl 0xFFA7E50
- 9: MOVL $0xFE93BA4, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 3418 FE93B98 12
-. 94 21 FF E0 7C 08 02 A6 48 11 42 B1
-==== BB 3419 (0xFE93BA4) approx BBs exec'd 0 ====
-
- 0xFE93BA4: 93C10018 stw r30,24(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFE93BA8: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFE93BAC: 93E1001C stw r31,28(r1)
- 8: GETL R31, t6
- 9: GETL R1, t8
- 10: ADDL $0x1C, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFE93BB0: 93810010 stw r28,16(r1)
- 13: GETL R28, t10
- 14: GETL R1, t12
- 15: ADDL $0x10, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFE93BB4: 7C7C1B78 or r28,r3,r3
- 18: GETL R3, t14
- 19: PUTL t14, R28
- 20: INCEIPL $4
-
- 0xFE93BB8: 93A10014 stw r29,20(r1)
- 21: GETL R29, t16
- 22: GETL R1, t18
- 23: ADDL $0x14, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFE93BBC: 83FE1AFC lwz r31,6908(r30)
- 26: GETL R30, t20
- 27: ADDL $0x1AFC, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R31
- 30: INCEIPL $4
-
- 0xFE93BC0: 90010024 stw r0,36(r1)
- 31: GETL R0, t24
- 32: GETL R1, t26
- 33: ADDL $0x24, t26
- 34: STL t24, (t26)
- 35: INCEIPL $4
-
- 0xFE93BC4: 801F0000 lwz r0,0(r31)
- 36: GETL R31, t28
- 37: LDL (t28), t30
- 38: PUTL t30, R0
- 39: INCEIPL $4
-
- 0xFE93BC8: 2F800000 cmpi cr7,r0,0
- 40: GETL R0, t32
- 41: CMP0L t32, t34 (-rSo)
- 42: ICRFL t34, $0x7, CR
- 43: INCEIPL $4
-
- 0xFE93BCC: 419E00CC bc 12,30,0xFE93C98
- 44: Js30o $0xFE93C98
-
-
-
-. 3419 FE93BA4 44
-. 93 C1 00 18 7F C8 02 A6 93 E1 00 1C 93 81 00 10 7C 7C 1B 78 93 A1 00 14 83 FE 1A FC 90 01 00 24 80 1F 00 00 2F 80 00 00 41 9E 00 CC
-==== BB 3420 (0xFE93BD0) approx BBs exec'd 0 ====
-
- 0xFE93BD0: 813F0000 lwz r9,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0xFE93BD4: 80690004 lwz r3,4(r9)
- 4: GETL R9, t4
- 5: ADDL $0x4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R3
- 8: INCEIPL $4
-
- 0xFE93BD8: 2C030000 cmpi cr0,r3,0
- 9: GETL R3, t8
- 10: CMP0L t8, t10 (-rSo)
- 11: ICRFL t10, $0x0, CR
- 12: INCEIPL $4
-
- 0xFE93BDC: 41820078 bc 12,2,0xFE93C54
- 13: Js02o $0xFE93C54
-
-
-
-. 3420 FE93BD0 16
-. 81 3F 00 00 80 69 00 04 2C 03 00 00 41 82 00 78
-==== BB 3421 (0xFE93BE0) approx BBs exec'd 0 ====
-
- 0xFE93BE0: 7D2A4B78 or r10,r9,r9
- 0: GETL R9, t0
- 1: PUTL t0, R10
- 2: INCEIPL $4
-
- 0xFE93BE4: 48000018 b 0xFE93BFC
- 3: JMPo $0xFE93BFC ($4)
-
-
-
-. 3421 FE93BE0 8
-. 7D 2A 4B 78 48 00 00 18
-==== BB 3422 (0xFE93BFC) approx BBs exec'd 0 ====
-
- 0xFE93BFC: 80AA0004 lwz r5,4(r10)
- 0: GETL R10, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0xFE93C00: 3925FFFF addi r9,r5,-1
- 5: GETL R5, t4
- 6: ADDL $0xFFFFFFFF, t4
- 7: PUTL t4, R9
- 8: INCEIPL $4
-
- 0xFE93C04: 55242036 rlwinm r4,r9,4,0,27
- 9: GETL R9, t6
- 10: SHLL $0x4, t6
- 11: PUTL t6, R4
- 12: INCEIPL $4
-
- 0xFE93C08: 912A0004 stw r9,4(r10)
- 13: GETL R9, t8
- 14: GETL R10, t10
- 15: ADDL $0x4, t10
- 16: STL t8, (t10)
- 17: INCEIPL $4
-
- 0xFE93C0C: 7D645214 add r11,r4,r10
- 18: GETL R4, t12
- 19: GETL R10, t14
- 20: ADDL t12, t14
- 21: PUTL t14, R11
- 22: INCEIPL $4
-
- 0xFE93C10: 800B0008 lwz r0,8(r11)
- 23: GETL R11, t16
- 24: ADDL $0x8, t16
- 25: LDL (t16), t18
- 26: PUTL t18, R0
- 27: INCEIPL $4
-
- 0xFE93C14: 396B0008 addi r11,r11,8
- 28: GETL R11, t20
- 29: ADDL $0x8, t20
- 30: PUTL t20, R11
- 31: INCEIPL $4
-
- 0xFE93C18: 2F800003 cmpi cr7,r0,3
- 32: GETL R0, t22
- 33: MOVL $0x3, t26
- 34: CMPL t22, t26, t24 (-rSo)
- 35: ICRFL t24, $0x7, CR
- 36: INCEIPL $4
-
- 0xFE93C1C: 419E0054 bc 12,30,0xFE93C70
- 37: Js30o $0xFE93C70
-
-
-
-. 3422 FE93BFC 36
-. 80 AA 00 04 39 25 FF FF 55 24 20 36 91 2A 00 04 7D 64 52 14 80 0B 00 08 39 6B 00 08 2F 80 00 03 41 9E 00 54
-==== BB 3423 (0xFE93C20) approx BBs exec'd 0 ====
-
- 0xFE93C20: 2C800002 cmpi cr1,r0,2
- 0: GETL R0, t0
- 1: MOVL $0x2, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0xFE93C24: 2F000004 cmpi cr6,r0,4
- 5: GETL R0, t6
- 6: MOVL $0x4, t10
- 7: CMPL t6, t10, t8 (-rSo)
- 8: ICRFL t8, $0x6, CR
- 9: INCEIPL $4
-
- 0xFE93C28: 40BDFFC0 bc 5,29,0xFE93BE8
- 10: Jc29o $0xFE93BE8
-
-
-
-. 3423 FE93C20 12
-. 2C 80 00 02 2F 00 00 04 40 BD FF C0
-==== BB 3424 (0xFE93C2C) approx BBs exec'd 0 ====
-
- 0xFE93C2C: 409AFFC0 bc 4,26,0xFE93BEC
- 0: Jc26o $0xFE93BEC
-
-
-
-. 3424 FE93C2C 4
-. 40 9A FF C0
-==== BB 3425 (0xFE93C30) approx BBs exec'd 0 ====
-
- 0xFE93C30: 810B0004 lwz r8,4(r11)
- 0: GETL R11, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0xFE93C34: 7F84E378 or r4,r28,r28
- 5: GETL R28, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0xFE93C38: 806B0008 lwz r3,8(r11)
- 8: GETL R11, t6
- 9: ADDL $0x8, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R3
- 12: INCEIPL $4
-
- 0xFE93C3C: 7D0903A6 mtctr r8
- 13: GETL R8, t10
- 14: PUTL t10, CTR
- 15: INCEIPL $4
-
- 0xFE93C40: 4E800421 bctrl
- 16: MOVL $0xFE93C44, t12
- 17: PUTL t12, LR
- 18: GETL CTR, t14
- 19: JMPo-c t14 ($4)
-
-
-
-. 3425 FE93C30 20
-. 81 0B 00 04 7F 84 E3 78 80 6B 00 08 7D 09 03 A6 4E 80 04 21
-==== BB 3426 close_stdout(0x100050CC) approx BBs exec'd 0 ====
-
- 0x100050CC: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x100050D0: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x100050D4: 480157D9 bl 0x1001A8AC
- 9: MOVL $0x100050D8, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x1001A8AC ($4)
-
-
-
-. 3426 100050CC 12
-. 94 21 FF E0 7C 08 02 A6 48 01 57 D9
-==== BB 3427 (0x100050D8) approx BBs exec'd 0 ====
-
- 0x100050D8: 93C10018 stw r30,24(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x100050DC: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x100050E0: 93A10014 stw r29,20(r1)
- 8: GETL R29, t6
- 9: GETL R1, t8
- 10: ADDL $0x14, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x100050E4: 90010024 stw r0,36(r1)
- 13: GETL R0, t10
- 14: GETL R1, t12
- 15: ADDL $0x24, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x100050E8: 93E1001C stw r31,28(r1)
- 18: GETL R31, t14
- 19: GETL R1, t16
- 20: ADDL $0x1C, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0x100050EC: 83BE01EC lwz r29,492(r30)
- 23: GETL R30, t18
- 24: ADDL $0x1EC, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R29
- 27: INCEIPL $4
-
- 0x100050F0: 807D0000 lwz r3,0(r29)
- 28: GETL R29, t22
- 29: LDL (t22), t24
- 30: PUTL t24, R3
- 31: INCEIPL $4
-
- 0x100050F4: 80030000 lwz r0,0(r3)
- 32: GETL R3, t26
- 33: LDL (t26), t28
- 34: PUTL t28, R0
- 35: INCEIPL $4
-
- 0x100050F8: 5400DFFE rlwinm r0,r0,27,31,31
- 36: GETL R0, t30
- 37: ROLL $0x1B, t30
- 38: ANDL $0x1, t30
- 39: PUTL t30, R0
- 40: INCEIPL $4
-
- 0x100050FC: 33E0FFFF addic r31,r0,-1
- 41: GETL R0, t32
- 42: ADCL $0xFFFFFFFF, t32 (-wCa)
- 43: PUTL t32, R31
- 44: INCEIPL $4
-
- 0x10005100: 7FFFF910 subfe r31,r31,r31
- 45: GETL R31, t34
- 46: GETL R31, t36
- 47: SBBL t34, t36 (-rCa-wCa)
- 48: PUTL t36, R31
- 49: INCEIPL $4
-
- 0x10005104: 2F9F0000 cmpi cr7,r31,0
- 50: GETL R31, t38
- 51: CMP0L t38, t40 (-rSo)
- 52: ICRFL t40, $0x7, CR
- 53: INCEIPL $4
-
- 0x10005108: 419E0010 bc 12,30,0x10005118
- 54: Js30o $0x10005118
-
-
-
-. 3427 100050D8 52
-. 93 C1 00 18 7F C8 02 A6 93 A1 00 14 90 01 00 24 93 E1 00 1C 83 BE 01 EC 80 7D 00 00 80 03 00 00 54 00 DF FE 33 E0 FF FF 7F FF F9 10 2F 9F 00 00 41 9E 00 10
-==== BB 3428 (0x1000510C) approx BBs exec'd 0 ====
-
- 0x1000510C: 48015A31 bl 0x1001AB3C
- 0: MOVL $0x10005110, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x1001AB3C ($4)
-
-
-
-. 3428 1000510C 4
-. 48 01 5A 31
-==== BB 3429 (0x1001AB3C) approx BBs exec'd 0 ====
-
- 0x1001AB3C: 39600004 li r11,4
- 0: MOVL $0x4, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0x1001AB40: 4BFFFFCC b 0x1001AB0C
- 3: JMPo $0x1001AB0C ($4)
-
-
-
-. 3429 1001AB3C 8
-. 39 60 00 04 4B FF FF CC
-==== BB 3430 __fpending(0xFEC731C) approx BBs exec'd 0 ====
-
- 0xFEC731C: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFEC7320: 80030060 lwz r0,96(r3)
- 6: GETL R3, t4
- 7: ADDL $0x60, t4
- 8: LDL (t4), t6
- 9: PUTL t6, R0
- 10: INCEIPL $4
-
- 0xFEC7324: 2F800000 cmpi cr7,r0,0
- 11: GETL R0, t8
- 12: CMP0L t8, t10 (-rSo)
- 13: ICRFL t10, $0x7, CR
- 14: INCEIPL $4
-
- 0xFEC7328: 409D0020 bc 4,29,0xFEC7348
- 15: Jc29o $0xFEC7348
-
-
-
-. 3430 FEC731C 16
-. 94 21 FF F0 80 03 00 60 2F 80 00 00 40 9D 00 20
-==== BB 3431 (0xFEC7348) approx BBs exec'd 0 ====
-
- 0xFEC7348: 80A30010 lwz r5,16(r3)
- 0: GETL R3, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0xFEC734C: 38210010 addi r1,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R1
- 8: INCEIPL $4
-
- 0xFEC7350: 80C30014 lwz r6,20(r3)
- 9: GETL R3, t6
- 10: ADDL $0x14, t6
- 11: LDL (t6), t8
- 12: PUTL t8, R6
- 13: INCEIPL $4
-
- 0xFEC7354: 7C653050 subf r3,r5,r6
- 14: GETL R5, t10
- 15: GETL R6, t12
- 16: SUBL t10, t12
- 17: PUTL t12, R3
- 18: INCEIPL $4
-
- 0xFEC7358: 4E800020 blr
- 19: GETL LR, t14
- 20: JMPo-r t14 ($4)
-
-
-
-. 3431 FEC7348 20
-. 80 A3 00 10 38 21 00 10 80 C3 00 14 7C 65 30 50 4E 80 00 20
-==== BB 3432 (0x10005110) approx BBs exec'd 0 ====
-
- 0x10005110: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x10005114: 419E0074 bc 12,30,0x10005188
- 4: Js30o $0x10005188
-
-
-
-. 3432 10005110 8
-. 2F 83 00 00 41 9E 00 74
-==== BB 3433 (0x10005118) approx BBs exec'd 0 ====
-
- 0x10005118: 807D0000 lwz r3,0(r29)
- 0: GETL R29, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0x1000511C: 48015B49 bl 0x1001AC64
- 4: MOVL $0x10005120, t4
- 5: PUTL t4, LR
- 6: JMPo-c $0x1001AC64 ($4)
-
-
-
-. 3433 10005118 8
-. 80 7D 00 00 48 01 5B 49
-==== BB 3434 (0x1001AC64) approx BBs exec'd 0 ====
-
- 0x1001AC64: 39600098 li r11,152
- 0: MOVL $0x98, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0x1001AC68: 4BFFFEA4 b 0x1001AB0C
- 3: JMPo $0x1001AB0C ($4)
-
-
-
-. 3434 1001AC64 8
-. 39 60 00 98 4B FF FE A4
-==== BB 3435 (0xFECAF18) approx BBs exec'd 0 ====
-
- 0xFECAF18: 807F0048 lwz r3,72(r31)
- 0: GETL R31, t0
- 1: ADDL $0x48, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFECAF1C: 3B828BA0 addi r28,r2,-29792
- 5: GETL R2, t4
- 6: ADDL $0xFFFF8BA0, t4
- 7: PUTL t4, R28
- 8: INCEIPL $4
-
- 0xFECAF20: 80830008 lwz r4,8(r3)
- 9: GETL R3, t6
- 10: ADDL $0x8, t6
- 11: LDL (t6), t8
- 12: PUTL t8, R4
- 13: INCEIPL $4
-
- 0xFECAF24: 7F04E000 cmp cr6,r4,r28
- 14: GETL R4, t10
- 15: GETL R28, t12
- 16: CMPL t10, t12, t14 (-rSo)
- 17: ICRFL t14, $0x6, CR
- 18: INCEIPL $4
-
- 0xFECAF28: 419A0034 bc 12,26,0xFECAF5C
- 19: Js26o $0xFECAF5C
-
-
-
-. 3435 FECAF18 20
-. 80 7F 00 48 3B 82 8B A0 80 83 00 08 7F 04 E0 00 41 9A 00 34
-==== BB 3436 (0xFECAF2C) approx BBs exec'd 0 ====
-
- 0xFECAF2C: 39600000 li r11,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0xFECAF30: 38A00001 li r5,1
- 3: MOVL $0x1, t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0xFECAF34: 7D201828 lwarx r9,r0,r3
- 6: GETL R3, t4
- 7: LOCKo
- 8: LDL (t4), t6
- 9: PUTL t6, R9
- 10: INCEIPL $4
-
- 0xFECAF38: 7C095800 cmp cr0,r9,r11
- 11: GETL R9, t8
- 12: GETL R11, t10
- 13: CMPL t8, t10, t12 (-rSo)
- 14: ICRFL t12, $0x0, CR
- 15: INCEIPL $4
-
- 0xFECAF3C: 4082000C bc 4,2,0xFECAF48
- 16: Jc02o $0xFECAF48
-
-
-
-. 3436 FECAF2C 20
-. 39 60 00 00 38 A0 00 01 7D 20 18 28 7C 09 58 00 40 82 00 0C
-==== BB 3437 (0xFECAF40) approx BBs exec'd 0 ====
-
- 0xFECAF40: 7CA0192D stwcx. r5,r0,r3
- 0: GETL R3, t0
- 1: GETL R5, t2
- 2: LOCKo
- 3: STL t2, (t0) (-rSo)
- 4: ICRFL cr, $0x0, CR
- 5: INCEIPL $4
-
- 0xFECAF44: 40A2FFF0 bc 5,2,0xFECAF34
- 6: Jc02o $0xFECAF34
-
-
-
-. 3437 FECAF40 8
-. 7C A0 19 2D 40 A2 FF F0
-==== BB 3438 (0xFECAF34) approx BBs exec'd 0 ====
-
- 0xFECAF34: 7D201828 lwarx r9,r0,r3
- 0: GETL R3, t0
- 1: LOCKo
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFECAF38: 7C095800 cmp cr0,r9,r11
- 5: GETL R9, t4
- 6: GETL R11, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x0, CR
- 9: INCEIPL $4
-
- 0xFECAF3C: 4082000C bc 4,2,0xFECAF48
- 10: Jc02o $0xFECAF48
-
-
-
-. 3438 FECAF34 12
-. 7D 20 18 28 7C 09 58 00 40 82 00 0C
-==== BB 3439 (0xFECAF48) approx BBs exec'd 0 ====
-
- 0xFECAF48: 4C00012C 0: INCEIPL $4
-
- 0xFECAF4C: 2F890000 cmpi cr7,r9,0
- 1: GETL R9, t0
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFECAF50: 409E01BC bc 4,30,0xFECB10C
- 5: Jc30o $0xFECB10C
-
-
-
-. 3439 FECAF48 12
-. 4C 00 01 2C 2F 89 00 00 40 9E 01 BC
-==== BB 3440 (0xFECAF54) approx BBs exec'd 0 ====
-
- 0xFECAF54: 807F0048 lwz r3,72(r31)
- 0: GETL R31, t0
- 1: ADDL $0x48, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFECAF58: 93830008 stw r28,8(r3)
- 5: GETL R28, t4
- 6: GETL R3, t6
- 7: ADDL $0x8, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFECAF5C: 80E30004 lwz r7,4(r3)
- 10: GETL R3, t8
- 11: ADDL $0x4, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R7
- 14: INCEIPL $4
-
- 0xFECAF60: 38C70001 addi r6,r7,1
- 15: GETL R7, t12
- 16: ADDL $0x1, t12
- 17: PUTL t12, R6
- 18: INCEIPL $4
-
- 0xFECAF64: 90C30004 stw r6,4(r3)
- 19: GETL R6, t14
- 20: GETL R3, t16
- 21: ADDL $0x4, t16
- 22: STL t14, (t16)
- 23: INCEIPL $4
-
- 0xFECAF68: 815E1BEC lwz r10,7148(r30)
- 24: GETL R30, t18
- 25: ADDL $0x1BEC, t18
- 26: LDL (t18), t20
- 27: PUTL t20, R10
- 28: INCEIPL $4
-
- 0xFECAF6C: 812A0000 lwz r9,0(r10)
- 29: GETL R10, t22
- 30: LDL (t22), t24
- 31: PUTL t24, R9
- 32: INCEIPL $4
-
- 0xFECAF70: 2F890000 cmpi cr7,r9,0
- 33: GETL R9, t26
- 34: CMP0L t26, t28 (-rSo)
- 35: ICRFL t28, $0x7, CR
- 36: INCEIPL $4
-
- 0xFECAF74: 419E0020 bc 12,30,0xFECAF94
- 37: Js30o $0xFECAF94
-
-
-
-. 3440 FECAF54 36
-. 80 7F 00 48 93 83 00 08 80 E3 00 04 38 C7 00 01 90 C3 00 04 81 5E 1B EC 81 2A 00 00 2F 89 00 00 41 9E 00 20
-==== BB 3441 (0xFECAF80) approx BBs exec'd 0 ====
-
- 0xFECAF80: 80690034 lwz r3,52(r9)
- 0: GETL R9, t0
- 1: ADDL $0x34, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFECAF84: 39490034 addi r10,r9,52
- 5: GETL R9, t4
- 6: ADDL $0x34, t4
- 7: PUTL t4, R10
- 8: INCEIPL $4
-
- 0xFECAF88: 2F830000 cmpi cr7,r3,0
- 9: GETL R3, t6
- 10: CMP0L t6, t8 (-rSo)
- 11: ICRFL t8, $0x7, CR
- 12: INCEIPL $4
-
- 0xFECAF8C: 7C691B78 or r9,r3,r3
- 13: GETL R3, t10
- 14: PUTL t10, R9
- 15: INCEIPL $4
-
- 0xFECAF90: 409EFFE8 bc 4,30,0xFECAF78
- 16: Jc30o $0xFECAF78
-
-
-
-. 3441 FECAF80 20
-. 80 69 00 34 39 49 00 34 2F 83 00 00 7C 69 1B 78 40 9E FF E8
-==== BB 3442 (0xFECAFA8) approx BBs exec'd 0 ====
-
- 0xFECAFA8: 807F0048 lwz r3,72(r31)
- 0: GETL R31, t0
- 1: ADDL $0x48, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFECAFAC: 83E30004 lwz r31,4(r3)
- 5: GETL R3, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R31
- 9: INCEIPL $4
-
- 0xFECAFB0: 393FFFFF addi r9,r31,-1
- 10: GETL R31, t8
- 11: ADDL $0xFFFFFFFF, t8
- 12: PUTL t8, R9
- 13: INCEIPL $4
-
- 0xFECAFB4: 2F090000 cmpi cr6,r9,0
- 14: GETL R9, t10
- 15: CMP0L t10, t12 (-rSo)
- 16: ICRFL t12, $0x6, CR
- 17: INCEIPL $4
-
- 0xFECAFB8: 91230004 stw r9,4(r3)
- 18: GETL R9, t14
- 19: GETL R3, t16
- 20: ADDL $0x4, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0xFECAFBC: 419A00CC bc 12,26,0xFECB088
- 23: Js26o $0xFECB088
-
-
-
-. 3442 FECAFA8 24
-. 80 7F 00 48 83 E3 00 04 39 3F FF FF 2F 09 00 00 91 23 00 04 41 9A 00 CC
-==== BB 3443 (0xFECB088) approx BBs exec'd 0 ====
-
- 0xFECB088: 91230008 stw r9,8(r3)
- 0: GETL R9, t0
- 1: GETL R3, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFECB08C: 7C0004AC sync
- 5: INCEIPL $4
-
- 0xFECB090: 7F801828 lwarx r28,r0,r3
- 6: GETL R3, t4
- 7: LOCKo
- 8: LDL (t4), t6
- 9: PUTL t6, R28
- 10: INCEIPL $4
-
- 0xFECB094: 7D20192D stwcx. r9,r0,r3
- 11: GETL R3, t8
- 12: GETL R9, t10
- 13: LOCKo
- 14: STL t10, (t8) (-rSo)
- 15: ICRFL cr, $0x0, CR
- 16: INCEIPL $4
-
- 0xFECB098: 40A2FFF8 bc 5,2,0xFECB090
- 17: Jc02o $0xFECB090
-
-
-
-. 3443 FECB088 20
-. 91 23 00 08 7C 00 04 AC 7F 80 18 28 7D 20 19 2D 40 A2 FF F8
-==== BB 3444 (0xFECB09C) approx BBs exec'd 0 ====
-
- 0xFECB09C: 2F9C0001 cmpi cr7,r28,1
- 0: GETL R28, t0
- 1: MOVL $0x1, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFECB0A0: 409DFF20 bc 4,29,0xFECAFC0
- 5: Jc29o $0xFECAFC0
-
-
-
-. 3444 FECB09C 8
-. 2F 9C 00 01 40 9D FF 20
-==== BB 3445 (0xFEBB904) approx BBs exec'd 0 ====
-
- 0xFEBB904: 807D0048 lwz r3,72(r29)
- 0: GETL R29, t0
- 1: ADDL $0x48, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFEBB908: 3B828BA0 addi r28,r2,-29792
- 5: GETL R2, t4
- 6: ADDL $0xFFFF8BA0, t4
- 7: PUTL t4, R28
- 8: INCEIPL $4
-
- 0xFEBB90C: 80A30008 lwz r5,8(r3)
- 9: GETL R3, t6
- 10: ADDL $0x8, t6
- 11: LDL (t6), t8
- 12: PUTL t8, R5
- 13: INCEIPL $4
-
- 0xFEBB910: 7C85E000 cmp cr1,r5,r28
- 14: GETL R5, t10
- 15: GETL R28, t12
- 16: CMPL t10, t12, t14 (-rSo)
- 17: ICRFL t14, $0x1, CR
- 18: INCEIPL $4
-
- 0xFEBB914: 41860030 bc 12,6,0xFEBB944
- 19: Js06o $0xFEBB944
-
-
-
-. 3445 FEBB904 20
-. 80 7D 00 48 3B 82 8B A0 80 A3 00 08 7C 85 E0 00 41 86 00 30
-==== BB 3446 (0xFEBB918) approx BBs exec'd 0 ====
-
- 0xFEBB918: 38C00001 li r6,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R6
- 2: INCEIPL $4
-
- 0xFEBB91C: 7D201828 lwarx r9,r0,r3
- 3: GETL R3, t2
- 4: LOCKo
- 5: LDL (t2), t4
- 6: PUTL t4, R9
- 7: INCEIPL $4
-
- 0xFEBB920: 7C09F800 cmp cr0,r9,r31
- 8: GETL R9, t6
- 9: GETL R31, t8
- 10: CMPL t6, t8, t10 (-rSo)
- 11: ICRFL t10, $0x0, CR
- 12: INCEIPL $4
-
- 0xFEBB924: 4082000C bc 4,2,0xFEBB930
- 13: Jc02o $0xFEBB930
-
-
-
-. 3446 FEBB918 16
-. 38 C0 00 01 7D 20 18 28 7C 09 F8 00 40 82 00 0C
-==== BB 3447 (0xFEBB928) approx BBs exec'd 0 ====
-
- 0xFEBB928: 7CC0192D stwcx. r6,r0,r3
- 0: GETL R3, t0
- 1: GETL R6, t2
- 2: LOCKo
- 3: STL t2, (t0) (-rSo)
- 4: ICRFL cr, $0x0, CR
- 5: INCEIPL $4
-
- 0xFEBB92C: 40A2FFF0 bc 5,2,0xFEBB91C
- 6: Jc02o $0xFEBB91C
-
-
-
-. 3447 FEBB928 8
-. 7C C0 19 2D 40 A2 FF F0
-==== BB 3448 (0xFEBB91C) approx BBs exec'd 0 ====
-
- 0xFEBB91C: 7D201828 lwarx r9,r0,r3
- 0: GETL R3, t0
- 1: LOCKo
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFEBB920: 7C09F800 cmp cr0,r9,r31
- 5: GETL R9, t4
- 6: GETL R31, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x0, CR
- 9: INCEIPL $4
-
- 0xFEBB924: 4082000C bc 4,2,0xFEBB930
- 10: Jc02o $0xFEBB930
-
-
-
-. 3448 FEBB91C 12
-. 7D 20 18 28 7C 09 F8 00 40 82 00 0C
-==== BB 3449 (0xFEBB930) approx BBs exec'd 0 ====
-
- 0xFEBB930: 4C00012C 0: INCEIPL $4
-
- 0xFEBB934: 2F090000 cmpi cr6,r9,0
- 1: GETL R9, t0
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x6, CR
- 4: INCEIPL $4
-
- 0xFEBB938: 409A0250 bc 4,26,0xFEBBB88
- 5: Jc26o $0xFEBBB88
-
-
-
-. 3449 FEBB930 12
-. 4C 00 01 2C 2F 09 00 00 40 9A 02 50
-==== BB 3450 (0xFEBB93C) approx BBs exec'd 0 ====
-
- 0xFEBB93C: 807D0048 lwz r3,72(r29)
- 0: GETL R29, t0
- 1: ADDL $0x48, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFEBB940: 93830008 stw r28,8(r3)
- 5: GETL R28, t4
- 6: GETL R3, t6
- 7: ADDL $0x8, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFEBB944: 81030004 lwz r8,4(r3)
- 10: GETL R3, t8
- 11: ADDL $0x4, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R8
- 14: INCEIPL $4
-
- 0xFEBB948: 38E80001 addi r7,r8,1
- 15: GETL R8, t12
- 16: ADDL $0x1, t12
- 17: PUTL t12, R7
- 18: INCEIPL $4
-
- 0xFEBB94C: 90E30004 stw r7,4(r3)
- 19: GETL R7, t14
- 20: GETL R3, t16
- 21: ADDL $0x4, t16
- 22: STL t14, (t16)
- 23: INCEIPL $4
-
- 0xFEBB950: 801D0000 lwz r0,0(r29)
- 24: GETL R29, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R0
- 27: INCEIPL $4
-
- 0xFEBB954: 540ADFFE rlwinm r10,r0,27,31,31
- 28: GETL R0, t22
- 29: ROLL $0x1B, t22
- 30: ANDL $0x1, t22
- 31: PUTL t22, R10
- 32: INCEIPL $4
-
- 0xFEBB958: 70092000 andi. r9,r0,0x2000
- 33: GETL R0, t24
- 34: ANDL $0x2000, t24
- 35: PUTL t24, R9
- 36: CMP0L t24, t26 (-rSo)
- 37: ICRFL t26, $0x0, CR
- 38: INCEIPL $4
-
- 0xFEBB95C: 2F8A0000 cmpi cr7,r10,0
- 39: GETL R10, t28
- 40: CMP0L t28, t30 (-rSo)
- 41: ICRFL t30, $0x7, CR
- 42: INCEIPL $4
-
- 0xFEBB960: 7C600026 mfcr r3
- 43: GETL CR, t32
- 44: PUTL t32, R3
- 45: INCEIPL $4
-
- 0xFEBB964: 5463FFFE rlwinm r3,r3,31,31,31
- 46: GETL R3, t34
- 47: ROLL $0x1F, t34
- 48: ANDL $0x1, t34
- 49: PUTL t34, R3
- 50: INCEIPL $4
-
- 0xFEBB968: 3B43FFFF addi r26,r3,-1
- 51: GETL R3, t36
- 52: ADDL $0xFFFFFFFF, t36
- 53: PUTL t36, R26
- 54: INCEIPL $4
-
- 0xFEBB96C: 4082013C bc 4,2,0xFEBBAA8
- 55: Jc02o $0xFEBBAA8
-
-
-
-. 3450 FEBB93C 52
-. 80 7D 00 48 93 83 00 08 81 03 00 04 38 E8 00 01 90 E3 00 04 80 1D 00 00 54 0A DF FE 70 09 20 00 2F 8A 00 00 7C 60 00 26 54 63 FF FE 3B 43 FF FF 40 82 01 3C
-==== BB 3451 (0xFEC83B0) approx BBs exec'd 0 ====
-
- 0xFEC83B0: 70090800 andi. r9,r0,0x800
- 0: GETL R0, t0
- 1: ANDL $0x800, t0
- 2: PUTL t0, R9
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFEC83B4: 41A2FF18 bc 13,2,0xFEC82CC
- 6: Js02o $0xFEC82CC
-
-
-
-. 3451 FEC83B0 8
-. 70 09 08 00 41 A2 FF 18
-==== BB 3452 (0xFEC83B8) approx BBs exec'd 0 ====
-
- 0xFEC83B8: 80A30060 lwz r5,96(r3)
- 0: GETL R3, t0
- 1: ADDL $0x60, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0xFEC83BC: 2C850000 cmpi cr1,r5,0
- 5: GETL R5, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0xFEC83C0: 40850098 bc 4,5,0xFEC8458
- 9: Jc05o $0xFEC8458
-
-
-
-. 3452 FEC83B8 12
-. 80 A3 00 60 2C 85 00 00 40 85 00 98
-==== BB 3453 (0xFEC8458) approx BBs exec'd 0 ====
-
- 0xFEC8458: 80830010 lwz r4,16(r3)
- 0: GETL R3, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFEC845C: 80C30014 lwz r6,20(r3)
- 5: GETL R3, t4
- 6: ADDL $0x14, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R6
- 9: INCEIPL $4
-
- 0xFEC8460: 7CA43050 subf r5,r4,r6
- 10: GETL R4, t8
- 11: GETL R6, t10
- 12: SUBL t8, t10
- 13: PUTL t10, R5
- 14: INCEIPL $4
-
- 0xFEC8464: 480008C5 bl 0xFEC8D28
- 15: MOVL $0xFEC8468, t12
- 16: PUTL t12, LR
- 17: JMPo-c $0xFEC8D28 ($4)
-
-
-
-. 3453 FEC8458 16
-. 80 83 00 10 80 C3 00 14 7C A4 30 50 48 00 08 C5
-==== BB 3454 (0xFEC8D58) approx BBs exec'd 0 ====
-
- 0xFEC8D58: 80830000 lwz r4,0(r3)
- 0: GETL R3, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R4
- 3: INCEIPL $4
-
- 0xFEC8D5C: 70891000 andi. r9,r4,0x1000
- 4: GETL R4, t4
- 5: ANDL $0x1000, t4
- 6: PUTL t4, R9
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0xFEC8D60: 418200C0 bc 12,2,0xFEC8E20
- 10: Js02o $0xFEC8E20
-
-
-
-. 3454 FEC8D58 12
-. 80 83 00 00 70 89 10 00 41 82 00 C0
-==== BB 3455 (0xFEC8E20) approx BBs exec'd 0 ====
-
- 0xFEC8E20: 80030008 lwz r0,8(r3)
- 0: GETL R3, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFEC8E24: 80A30010 lwz r5,16(r3)
- 5: GETL R3, t4
- 6: ADDL $0x10, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R5
- 9: INCEIPL $4
-
- 0xFEC8E28: 7F802800 cmp cr7,r0,r5
- 10: GETL R0, t8
- 11: GETL R5, t10
- 12: CMPL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x7, CR
- 14: INCEIPL $4
-
- 0xFEC8E2C: 41BEFF48 bc 13,30,0xFEC8D74
- 15: Js30o $0xFEC8D74
-
-
-
-. 3455 FEC8E20 16
-. 80 03 00 08 80 A3 00 10 7F 80 28 00 41 BE FF 48
-==== BB 3456 (0xFEC8D74) approx BBs exec'd 0 ====
-
- 0xFEC8D74: 891F0046 lbz r8,70(r31)
- 0: GETL R31, t0
- 1: ADDL $0x46, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0xFEC8D78: 7F84E378 or r4,r28,r28
- 5: GETL R28, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0xFEC8D7C: 7FE3FB78 or r3,r31,r31
- 8: GETL R31, t6
- 9: PUTL t6, R3
- 10: INCEIPL $4
-
- 0xFEC8D80: 7F65DB78 or r5,r27,r27
- 11: GETL R27, t8
- 12: PUTL t8, R5
- 13: INCEIPL $4
-
- 0xFEC8D84: 7D070774 extsb r7,r8
- 14: GETB R8, t10
- 15: WIDENL_Bs _st10
- 16: PUTL t10, R7
- 17: INCEIPL $4
-
- 0xFEC8D88: 7D27FA14 add r9,r7,r31
- 18: GETL R7, t12
- 19: GETL R31, t14
- 20: ADDL t12, t14
- 21: PUTL t14, R9
- 22: INCEIPL $4
-
- 0xFEC8D8C: 81690098 lwz r11,152(r9)
- 23: GETL R9, t16
- 24: ADDL $0x98, t16
- 25: LDL (t16), t18
- 26: PUTL t18, R11
- 27: INCEIPL $4
-
- 0xFEC8D90: 83AB003C lwz r29,60(r11)
- 28: GETL R11, t20
- 29: ADDL $0x3C, t20
- 30: LDL (t20), t22
- 31: PUTL t22, R29
- 32: INCEIPL $4
-
- 0xFEC8D94: 7FA903A6 mtctr r29
- 33: GETL R29, t24
- 34: PUTL t24, CTR
- 35: INCEIPL $4
-
- 0xFEC8D98: 4E800421 bctrl
- 36: MOVL $0xFEC8D9C, t26
- 37: PUTL t26, LR
- 38: GETL CTR, t28
- 39: JMPo-c t28 ($4)
-
-
-
-. 3456 FEC8D74 40
-. 89 1F 00 46 7F 84 E3 78 7F E3 FB 78 7F 65 DB 78 7D 07 07 74 7D 27 FA 14 81 69 00 98 83 AB 00 3C 7F A9 03 A6 4E 80 04 21
-==== BB 3457 _IO_file_write@@GLIBC_2.1(0xFECA570) approx BBs exec'd 0 ====
-
- 0xFECA570: 2F850000 cmpi cr7,r5,0
- 0: GETL R5, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xFECA574: 7C0802A6 mflr r0
- 4: GETL LR, t4
- 5: PUTL t4, R0
- 6: INCEIPL $4
-
- 0xFECA578: 9421FFE0 stwu r1,-32(r1)
- 7: GETL R1, t6
- 8: GETL R1, t8
- 9: ADDL $0xFFFFFFE0, t8
- 10: PUTL t8, R1
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFECA57C: 9361000C stw r27,12(r1)
- 13: GETL R27, t10
- 14: GETL R1, t12
- 15: ADDL $0xC, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFECA580: 7CBB2B78 or r27,r5,r5
- 18: GETL R5, t14
- 19: PUTL t14, R27
- 20: INCEIPL $4
-
- 0xFECA584: 93810010 stw r28,16(r1)
- 21: GETL R28, t16
- 22: GETL R1, t18
- 23: ADDL $0x10, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFECA588: 7C7C1B78 or r28,r3,r3
- 26: GETL R3, t20
- 27: PUTL t20, R28
- 28: INCEIPL $4
-
- 0xFECA58C: 93A10014 stw r29,20(r1)
- 29: GETL R29, t22
- 30: GETL R1, t24
- 31: ADDL $0x14, t24
- 32: STL t22, (t24)
- 33: INCEIPL $4
-
- 0xFECA590: 7C9D2378 or r29,r4,r4
- 34: GETL R4, t26
- 35: PUTL t26, R29
- 36: INCEIPL $4
-
- 0xFECA594: 93E1001C stw r31,28(r1)
- 37: GETL R31, t28
- 38: GETL R1, t30
- 39: ADDL $0x1C, t30
- 40: STL t28, (t30)
- 41: INCEIPL $4
-
- 0xFECA598: 7CBF2B78 or r31,r5,r5
- 42: GETL R5, t32
- 43: PUTL t32, R31
- 44: INCEIPL $4
-
- 0xFECA59C: 93C10018 stw r30,24(r1)
- 45: GETL R30, t34
- 46: GETL R1, t36
- 47: ADDL $0x18, t36
- 48: STL t34, (t36)
- 49: INCEIPL $4
-
- 0xFECA5A0: 90010024 stw r0,36(r1)
- 50: GETL R0, t38
- 51: GETL R1, t40
- 52: ADDL $0x24, t40
- 53: STL t38, (t40)
- 54: INCEIPL $4
-
- 0xFECA5A4: 409D003C bc 4,29,0xFECA5E0
- 55: Jc29o $0xFECA5E0
-
-
-
-. 3457 FECA570 56
-. 2F 85 00 00 7C 08 02 A6 94 21 FF E0 93 61 00 0C 7C BB 2B 78 93 81 00 10 7C 7C 1B 78 93 A1 00 14 7C 9D 23 78 93 E1 00 1C 7C BF 2B 78 93 C1 00 18 90 01 00 24 40 9D 00 3C
-==== BB 3458 (0xFECA5A8) approx BBs exec'd 0 ====
-
- 0xFECA5A8: 807C003C lwz r3,60(r28)
- 0: GETL R28, t0
- 1: ADDL $0x3C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFECA5AC: 7FA4EB78 or r4,r29,r29
- 5: GETL R29, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0xFECA5B0: 7FE5FB78 or r5,r31,r31
- 8: GETL R31, t6
- 9: PUTL t6, R5
- 10: INCEIPL $4
-
- 0xFECA5B4: 70690002 andi. r9,r3,0x2
- 11: GETL R3, t8
- 12: ANDL $0x2, t8
- 13: PUTL t8, R9
- 14: CMP0L t8, t10 (-rSo)
- 15: ICRFL t10, $0x0, CR
- 16: INCEIPL $4
-
- 0xFECA5B8: 4082007C bc 4,2,0xFECA634
- 17: Jc02o $0xFECA634
-
-
-
-. 3458 FECA5A8 20
-. 80 7C 00 3C 7F A4 EB 78 7F E5 FB 78 70 69 00 02 40 82 00 7C
-==== BB 3459 (0xFECA5BC) approx BBs exec'd 0 ====
-
- 0xFECA5BC: 807C0038 lwz r3,56(r28)
- 0: GETL R28, t0
- 1: ADDL $0x38, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFECA5C0: 7FA4EB78 or r4,r29,r29
- 5: GETL R29, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0xFECA5C4: 7FE5FB78 or r5,r31,r31
- 8: GETL R31, t6
- 9: PUTL t6, R5
- 10: INCEIPL $4
-
- 0xFECA5C8: 48057A11 bl 0xFF21FD8
- 11: MOVL $0xFECA5CC, t8
- 12: PUTL t8, LR
- 13: JMPo-c $0xFF21FD8 ($4)
-
-
-
-. 3459 FECA5BC 16
-. 80 7C 00 38 7F A4 EB 78 7F E5 FB 78 48 05 7A 11
-==== BB 3460 write(0xFF21FD8) approx BBs exec'd 0 ====
-
- 0xFF21FD8: 81428BA0 lwz r10,-29792(r2)
- 0: GETL R2, t0
- 1: ADDL $0xFFFF8BA0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0xFF21FDC: 2C0A0000 cmpi cr0,r10,0
- 5: GETL R10, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0xFF21FE0: 40820014 bc 4,2,0xFF21FF4
- 9: Jc02o $0xFF21FF4
-
-
-
-. 3460 FF21FD8 12
-. 81 42 8B A0 2C 0A 00 00 40 82 00 14
-==== BB 3461 __write_nocancel(0xFF21FE4) approx BBs exec'd 0 ====
-
- 0xFF21FE4: 38000004 li r0,4
- 0: MOVL $0x4, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFF21FE8: 44000002 sc
- 3: JMPo-sys $0xFF21FEC ($4)
-
-
-
-. 3461 FF21FE4 8
-. 38 00 00 04 44 00 00 02
-Wed Jan 12 11:03:06 GMT 2005
-==== BB 3462 (0xFF21FEC) approx BBs exec'd 0 ====
-
- 0xFF21FEC: 4CA30020 bclr 5,3
- 0: GETL LR, t0
- 1: Jc03o-r t0
-
-
-
-. 3462 FF21FEC 4
-. 4C A3 00 20
-==== BB 3463 (0xFECA5CC) approx BBs exec'd 0 ====
-
- 0xFECA5CC: 2C830000 cmpi cr1,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFECA5D0: 7FBD1A14 add r29,r29,r3
- 4: GETL R29, t4
- 5: GETL R3, t6
- 6: ADDL t4, t6
- 7: PUTL t6, R29
- 8: INCEIPL $4
-
- 0xFECA5D4: 41840074 bc 12,4,0xFECA648
- 9: Js04o $0xFECA648
-
-
-
-. 3463 FECA5CC 12
-. 2C 83 00 00 7F BD 1A 14 41 84 00 74
-==== BB 3464 (0xFECA5D8) approx BBs exec'd 0 ====
-
- 0xFECA5D8: 7FE3F851 subf. r31,r3,r31
- 0: GETL R3, t0
- 1: GETL R31, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R31
- 4: CMP0L t2, t4 (-rSo)
- 5: ICRFL t4, $0x0, CR
- 6: INCEIPL $4
-
- 0xFECA5DC: 4181FFCC bc 12,1,0xFECA5A8
- 7: Js01o $0xFECA5A8
-
-
-
-. 3464 FECA5D8 8
-. 7F E3 F8 51 41 81 FF CC
-==== BB 3465 (0xFECA5E0) approx BBs exec'd 0 ====
-
- 0xFECA5E0: 80DC0050 lwz r6,80(r28)
- 0: GETL R28, t0
- 1: ADDL $0x50, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0xFECA5E4: 7C7FD850 subf r3,r31,r27
- 5: GETL R31, t4
- 6: GETL R27, t6
- 7: SUBL t4, t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0xFECA5E8: 2F060000 cmpi cr6,r6,0
- 10: GETL R6, t8
- 11: CMP0L t8, t10 (-rSo)
- 12: ICRFL t10, $0x6, CR
- 13: INCEIPL $4
-
- 0xFECA5EC: 41980024 bc 12,24,0xFECA610
- 14: Js24o $0xFECA610
-
-
-
-. 3465 FECA5E0 16
-. 80 DC 00 50 7C 7F D8 50 2F 06 00 00 41 98 00 24
-==== BB 3466 (0xFECA610) approx BBs exec'd 0 ====
-
- 0xFECA610: 80E10024 lwz r7,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0xFECA614: 8361000C lwz r27,12(r1)
- 5: GETL R1, t4
- 6: ADDL $0xC, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R27
- 9: INCEIPL $4
-
- 0xFECA618: 83810010 lwz r28,16(r1)
- 10: GETL R1, t8
- 11: ADDL $0x10, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R28
- 14: INCEIPL $4
-
- 0xFECA61C: 7CE803A6 mtlr r7
- 15: GETL R7, t12
- 16: PUTL t12, LR
- 17: INCEIPL $4
-
- 0xFECA620: 83A10014 lwz r29,20(r1)
- 18: GETL R1, t14
- 19: ADDL $0x14, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R29
- 22: INCEIPL $4
-
- 0xFECA624: 83C10018 lwz r30,24(r1)
- 23: GETL R1, t18
- 24: ADDL $0x18, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R30
- 27: INCEIPL $4
-
- 0xFECA628: 83E1001C lwz r31,28(r1)
- 28: GETL R1, t22
- 29: ADDL $0x1C, t22
- 30: LDL (t22), t24
- 31: PUTL t24, R31
- 32: INCEIPL $4
-
- 0xFECA62C: 38210020 addi r1,r1,32
- 33: GETL R1, t26
- 34: ADDL $0x20, t26
- 35: PUTL t26, R1
- 36: INCEIPL $4
-
- 0xFECA630: 4E800020 blr
- 37: GETL LR, t28
- 38: JMPo-r t28 ($4)
-
-
-
-. 3466 FECA610 36
-. 80 E1 00 24 83 61 00 0C 83 81 00 10 7C E8 03 A6 83 A1 00 14 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 3467 (0xFEC8D9C) approx BBs exec'd 0 ====
-
- 0xFEC8D9C: 7C7D1B78 or r29,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R29
- 2: INCEIPL $4
-
- 0xFEC8DA0: A07F0044 lhz r3,68(r31)
- 3: GETL R31, t2
- 4: ADDL $0x44, t2
- 5: LDW (t2), t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFEC8DA4: 301DFFFF addic r0,r29,-1
- 8: GETL R29, t6
- 9: ADCL $0xFFFFFFFF, t6 (-wCa)
- 10: PUTL t6, R0
- 11: INCEIPL $4
-
- 0xFEC8DA8: 7C80E910 subfe r4,r0,r29
- 12: GETL R0, t8
- 13: GETL R29, t10
- 14: SBBL t8, t10 (-rCa-wCa)
- 15: PUTL t10, R4
- 16: INCEIPL $4
-
- 0xFEC8DAC: 7D4300D0 neg r10,r3
- 17: GETL R3, t12
- 18: NEGL t12
- 19: PUTL t12, R10
- 20: INCEIPL $4
-
- 0xFEC8DB0: 55400FFE rlwinm r0,r10,1,31,31
- 21: GETL R10, t14
- 22: SHRL $0x1F, t14
- 23: PUTL t14, R0
- 24: INCEIPL $4
-
- 0xFEC8DB4: 7C0B2039 and. r11,r0,r4
- 25: GETL R0, t16
- 26: GETL R4, t18
- 27: ANDL t16, t18
- 28: PUTL t18, R11
- 29: CMP0L t18, t20 (-rSo)
- 30: ICRFL t20, $0x0, CR
- 31: INCEIPL $4
-
- 0xFEC8DB8: 408200CC bc 4,2,0xFEC8E84
- 32: Jc02o $0xFEC8E84
-
-
-
-. 3467 FEC8D9C 32
-. 7C 7D 1B 78 A0 7F 00 44 30 1D FF FF 7C 80 E9 10 7D 43 00 D0 55 40 0F FE 7C 0B 20 39 40 82 00 CC
-==== BB 3468 (0xFEC8DBC) approx BBs exec'd 0 ====
-
- 0xFEC8DBC: 839F0060 lwz r28,96(r31)
- 0: GETL R31, t0
- 1: ADDL $0x60, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0xFEC8DC0: 813F001C lwz r9,28(r31)
- 5: GETL R31, t4
- 6: ADDL $0x1C, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R9
- 9: INCEIPL $4
-
- 0xFEC8DC4: 2F9C0000 cmpi cr7,r28,0
- 10: GETL R28, t8
- 11: CMP0L t8, t10 (-rSo)
- 12: ICRFL t10, $0x7, CR
- 13: INCEIPL $4
-
- 0xFEC8DC8: 913F000C stw r9,12(r31)
- 14: GETL R9, t12
- 15: GETL R31, t14
- 16: ADDL $0xC, t14
- 17: STL t12, (t14)
- 18: INCEIPL $4
-
- 0xFEC8DCC: 913F0004 stw r9,4(r31)
- 19: GETL R9, t16
- 20: GETL R31, t18
- 21: ADDL $0x4, t18
- 22: STL t16, (t18)
- 23: INCEIPL $4
-
- 0xFEC8DD0: 913F0008 stw r9,8(r31)
- 24: GETL R9, t20
- 25: GETL R31, t22
- 26: ADDL $0x8, t22
- 27: STL t20, (t22)
- 28: INCEIPL $4
-
- 0xFEC8DD4: 913F0014 stw r9,20(r31)
- 29: GETL R9, t24
- 30: GETL R31, t26
- 31: ADDL $0x14, t26
- 32: STL t24, (t26)
- 33: INCEIPL $4
-
- 0xFEC8DD8: 913F0010 stw r9,16(r31)
- 34: GETL R9, t28
- 35: GETL R31, t30
- 36: ADDL $0x10, t30
- 37: STL t28, (t30)
- 38: INCEIPL $4
-
- 0xFEC8DDC: 409D0094 bc 4,29,0xFEC8E70
- 39: Jc29o $0xFEC8E70
-
-
-
-. 3468 FEC8DBC 36
-. 83 9F 00 60 81 3F 00 1C 2F 9C 00 00 91 3F 00 0C 91 3F 00 04 91 3F 00 08 91 3F 00 14 91 3F 00 10 40 9D 00 94
-==== BB 3469 (0xFEC8E70) approx BBs exec'd 0 ====
-
- 0xFEC8E70: 80BF0000 lwz r5,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R5
- 3: INCEIPL $4
-
- 0xFEC8E74: 70AB0202 andi. r11,r5,0x202
- 4: GETL R5, t4
- 5: ANDL $0x202, t4
- 6: PUTL t4, R11
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0xFEC8E78: 40A2FF6C bc 5,2,0xFEC8DE4
- 10: Jc02o $0xFEC8DE4
-
-
-
-. 3469 FEC8E70 12
-. 80 BF 00 00 70 AB 02 02 40 A2 FF 6C
-==== BB 3470 (0xFEC8E7C) approx BBs exec'd 0 ====
-
- 0xFEC8E7C: 813F0020 lwz r9,32(r31)
- 0: GETL R31, t0
- 1: ADDL $0x20, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFEC8E80: 4BFFFF64 b 0xFEC8DE4
- 5: JMPo $0xFEC8DE4 ($4)
-
-
-
-. 3470 FEC8E7C 8
-. 81 3F 00 20 4B FF FF 64
-==== BB 3471 (0xFEC8DE4) approx BBs exec'd 0 ====
-
- 0xFEC8DE4: 913F0018 stw r9,24(r31)
- 0: GETL R9, t0
- 1: GETL R31, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFEC8DE8: 7FA5EB78 or r5,r29,r29
- 5: GETL R29, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0xFEC8DEC: 7C85D800 cmp cr1,r5,r27
- 8: GETL R5, t6
- 9: GETL R27, t8
- 10: CMPL t6, t8, t10 (-rSo)
- 11: ICRFL t10, $0x1, CR
- 12: INCEIPL $4
-
- 0xFEC8DF0: 3860FFFF li r3,-1
- 13: MOVL $0xFFFFFFFF, t12
- 14: PUTL t12, R3
- 15: INCEIPL $4
-
- 0xFEC8DF4: 40A60008 bc 5,6,0xFEC8DFC
- 16: Jc06o $0xFEC8DFC
-
-
-
-. 3471 FEC8DE4 20
-. 91 3F 00 18 7F A5 EB 78 7C 85 D8 00 38 60 FF FF 40 A6 00 08
-==== BB 3472 (0xFEC8468) approx BBs exec'd 0 ====
-
- 0xFEC8468: 7C7C1B78 or r28,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R28
- 2: INCEIPL $4
-
- 0xFEC846C: 4BFFFF74 b 0xFEC83E0
- 3: JMPo $0xFEC83E0 ($4)
-
-
-
-. 3472 FEC8468 8
-. 7C 7C 1B 78 4B FF FF 74
-==== BB 3473 (0xFEC83E0) approx BBs exec'd 0 ====
-
- 0xFEC83E0: 7FE3FB78 or r3,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFEC83E4: 48004A05 bl 0xFECCDE8
- 3: MOVL $0xFEC83E8, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0xFECCDE8 ($4)
-
-
-
-. 3473 FEC83E0 8
-. 7F E3 FB 78 48 00 4A 05
-==== BB 3474 (0xFEC83E8) approx BBs exec'd 0 ====
-
- 0xFEC83E8: 881F0046 lbz r0,70(r31)
- 0: GETL R31, t0
- 1: ADDL $0x46, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFEC83EC: 7FE3FB78 or r3,r31,r31
- 5: GETL R31, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFEC83F0: 7C1D0774 extsb r29,r0
- 8: GETB R0, t6
- 9: WIDENL_Bs _st6
- 10: PUTL t6, R29
- 11: INCEIPL $4
-
- 0xFEC83F4: 7D9DFA14 add r12,r29,r31
- 12: GETL R29, t8
- 13: GETL R31, t10
- 14: ADDL t8, t10
- 15: PUTL t10, R12
- 16: INCEIPL $4
-
- 0xFEC83F8: 814C0098 lwz r10,152(r12)
- 17: GETL R12, t12
- 18: ADDL $0x98, t12
- 19: LDL (t12), t14
- 20: PUTL t14, R10
- 21: INCEIPL $4
-
- 0xFEC83FC: 816A0044 lwz r11,68(r10)
- 22: GETL R10, t16
- 23: ADDL $0x44, t16
- 24: LDL (t16), t18
- 25: PUTL t18, R11
- 26: INCEIPL $4
-
- 0xFEC8400: 7D6903A6 mtctr r11
- 27: GETL R11, t20
- 28: PUTL t20, CTR
- 29: INCEIPL $4
-
- 0xFEC8404: 4E800421 bctrl
- 30: MOVL $0xFEC8408, t22
- 31: PUTL t22, LR
- 32: GETL CTR, t24
- 33: JMPo-c t24 ($4)
-
-
-
-. 3474 FEC83E8 32
-. 88 1F 00 46 7F E3 FB 78 7C 1D 07 74 7D 9D FA 14 81 4C 00 98 81 6A 00 44 7D 69 03 A6 4E 80 04 21
-==== BB 3475 (0xFEC8408) approx BBs exec'd 0 ====
-
- 0xFEC8408: 7C7D1B78 or r29,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R29
- 2: INCEIPL $4
-
- 0xFEC840C: 807F0060 lwz r3,96(r31)
- 3: GETL R31, t2
- 4: ADDL $0x60, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFEC8410: 2F030000 cmpi cr6,r3,0
- 8: GETL R3, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x6, CR
- 11: INCEIPL $4
-
- 0xFEC8414: 4199FEF4 bc 12,25,0xFEC8308
- 12: Js25o $0xFEC8308
-
-
-
-. 3475 FEC8408 16
-. 7C 7D 1B 78 80 7F 00 60 2F 03 00 00 41 99 FE F4
-==== BB 3476 (0xFEBBAD0) approx BBs exec'd 0 ====
-
- 0xFEBBAD0: 91230008 stw r9,8(r3)
- 0: GETL R9, t0
- 1: GETL R3, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFEBBAD4: 7C0004AC sync
- 5: INCEIPL $4
-
- 0xFEBBAD8: 7CC01828 lwarx r6,r0,r3
- 6: GETL R3, t4
- 7: LOCKo
- 8: LDL (t4), t6
- 9: PUTL t6, R6
- 10: INCEIPL $4
-
- 0xFEBBADC: 7D20192D stwcx. r9,r0,r3
- 11: GETL R3, t8
- 12: GETL R9, t10
- 13: LOCKo
- 14: STL t10, (t8) (-rSo)
- 15: ICRFL cr, $0x0, CR
- 16: INCEIPL $4
-
- 0xFEBBAE0: 40A2FFF8 bc 5,2,0xFEBBAD8
- 17: Jc02o $0xFEBBAD8
-
-
-
-. 3476 FEBBAD0 20
-. 91 23 00 08 7C 00 04 AC 7C C0 18 28 7D 20 19 2D 40 A2 FF F8
-==== BB 3477 (0xFEBBAE4) approx BBs exec'd 0 ====
-
- 0xFEBBAE4: 2C860001 cmpi cr1,r6,1
- 0: GETL R6, t0
- 1: MOVL $0x1, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0xFEBBAE8: 4085FEB8 bc 4,5,0xFEBB9A0
- 5: Jc05o $0xFEBB9A0
-
-
-
-. 3477 FEBBAE4 8
-. 2C 86 00 01 40 85 FE B8
-==== BB 3478 (0x10005120) approx BBs exec'd 0 ====
-
- 0x10005120: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x10005124: 409E0080 bc 4,30,0x100051A4
- 4: Jc30o $0x100051A4
-
-
-
-. 3478 10005120 8
-. 2F 83 00 00 40 9E 00 80
-==== BB 3479 (0x10005128) approx BBs exec'd 0 ====
-
- 0x10005128: 2F9F0000 cmpi cr7,r31,0
- 0: GETL R31, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x1000512C: 809E0160 lwz r4,352(r30)
- 4: GETL R30, t4
- 5: ADDL $0x160, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R4
- 8: INCEIPL $4
-
- 0x10005130: 38A00005 li r5,5
- 9: MOVL $0x5, t8
- 10: PUTL t8, R5
- 11: INCEIPL $4
-
- 0x10005134: 38600000 li r3,0
- 12: MOVL $0x0, t10
- 13: PUTL t10, R3
- 14: INCEIPL $4
-
- 0x10005138: 419C0050 bc 12,28,0x10005188
- 15: Js28o $0x10005188
-
-
-
-. 3479 10005128 20
-. 2F 9F 00 00 80 9E 01 60 38 A0 00 05 38 60 00 00 41 9C 00 50
-==== BB 3480 (0x10005188) approx BBs exec'd 0 ====
-
- 0x10005188: 80010024 lwz r0,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x1000518C: 83A10014 lwz r29,20(r1)
- 5: GETL R1, t4
- 6: ADDL $0x14, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R29
- 9: INCEIPL $4
-
- 0x10005190: 83C10018 lwz r30,24(r1)
- 10: GETL R1, t8
- 11: ADDL $0x18, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R30
- 14: INCEIPL $4
-
- 0x10005194: 7C0803A6 mtlr r0
- 15: GETL R0, t12
- 16: PUTL t12, LR
- 17: INCEIPL $4
-
- 0x10005198: 83E1001C lwz r31,28(r1)
- 18: GETL R1, t14
- 19: ADDL $0x1C, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R31
- 22: INCEIPL $4
-
- 0x1000519C: 38210020 addi r1,r1,32
- 23: GETL R1, t18
- 24: ADDL $0x20, t18
- 25: PUTL t18, R1
- 26: INCEIPL $4
-
- 0x100051A0: 4E800020 blr
- 27: GETL LR, t20
- 28: JMPo-r t20 ($4)
-
-
-
-. 3480 10005188 28
-. 80 01 00 24 83 A1 00 14 83 C1 00 18 7C 08 03 A6 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 3481 (0xFE93C44) approx BBs exec'd 0 ====
-
- 0xFE93C44: 815F0000 lwz r10,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R10
- 3: INCEIPL $4
-
- 0xFE93C48: 818A0004 lwz r12,4(r10)
- 4: GETL R10, t4
- 5: ADDL $0x4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R12
- 8: INCEIPL $4
-
- 0xFE93C4C: 2C8C0000 cmpi cr1,r12,0
- 9: GETL R12, t8
- 10: CMP0L t8, t10 (-rSo)
- 11: ICRFL t10, $0x1, CR
- 12: INCEIPL $4
-
- 0xFE93C50: 4086FFAC bc 4,6,0xFE93BFC
- 13: Jc06o $0xFE93BFC
-
-
-
-. 3481 FE93C44 16
-. 81 5F 00 00 81 8A 00 04 2C 8C 00 00 40 86 FF AC
-==== BB 3482 (0x10007AB4) approx BBs exec'd 0 ====
-
- 0x10007AB4: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x10007AB8: 7CA802A6 mflr r5
- 6: GETL LR, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x10007ABC: 429F0005 bcl 20,31,0x10007AC0
- 9: MOVL $0x10007AC0, t6
- 10: PUTL t6, LR
- 11: INCEIPL $4
-
- 0x10007AC0: 93C10018 stw r30,24(r1)
- 12: GETL R30, t8
- 13: GETL R1, t10
- 14: ADDL $0x18, t10
- 15: STL t8, (t10)
- 16: INCEIPL $4
-
- 0x10007AC4: 7FC802A6 mflr r30
- 17: GETL LR, t12
- 18: PUTL t12, R30
- 19: INCEIPL $4
-
- 0x10007AC8: 93E1001C stw r31,28(r1)
- 20: GETL R31, t14
- 21: GETL R1, t16
- 22: ADDL $0x1C, t16
- 23: STL t14, (t16)
- 24: INCEIPL $4
-
- 0x10007ACC: 93A10014 stw r29,20(r1)
- 25: GETL R29, t18
- 26: GETL R1, t20
- 27: ADDL $0x14, t20
- 28: STL t18, (t20)
- 29: INCEIPL $4
-
- 0x10007AD0: 90A10024 stw r5,36(r1)
- 30: GETL R5, t22
- 31: GETL R1, t24
- 32: ADDL $0x24, t24
- 33: STL t22, (t24)
- 34: INCEIPL $4
-
- 0x10007AD4: 809EFFF0 lwz r4,-16(r30)
- 35: GETL R30, t26
- 36: ADDL $0xFFFFFFF0, t26
- 37: LDL (t26), t28
- 38: PUTL t28, R4
- 39: INCEIPL $4
-
- 0x10007AD8: 7FC4F214 add r30,r4,r30
- 40: GETL R4, t30
- 41: GETL R30, t32
- 42: ADDL t30, t32
- 43: PUTL t32, R30
- 44: INCEIPL $4
-
- 0x10007ADC: 817E800C lwz r11,-32756(r30)
- 45: GETL R30, t34
- 46: ADDL $0xFFFF800C, t34
- 47: LDL (t34), t36
- 48: PUTL t36, R11
- 49: INCEIPL $4
-
- 0x10007AE0: 807E8008 lwz r3,-32760(r30)
- 50: GETL R30, t38
- 51: ADDL $0xFFFF8008, t38
- 52: LDL (t38), t40
- 53: PUTL t40, R3
- 54: INCEIPL $4
-
- 0x10007AE4: 7C0B1850 subf r0,r11,r3
- 55: GETL R11, t42
- 56: GETL R3, t44
- 57: SUBL t42, t44
- 58: PUTL t44, R0
- 59: INCEIPL $4
-
- 0x10007AE8: 7C091670 srawi r9,r0,2
- 60: GETL R0, t46
- 61: SARL $0x2, t46 (-wCa)
- 62: PUTL t46, R9
- 63: INCEIPL $4
-
- 0x10007AEC: 2F890000 cmpi cr7,r9,0
- 64: GETL R9, t48
- 65: CMP0L t48, t50 (-rSo)
- 66: ICRFL t50, $0x7, CR
- 67: INCEIPL $4
-
- 0x10007AF0: 3BE9FFFF addi r31,r9,-1
- 68: GETL R9, t52
- 69: ADDL $0xFFFFFFFF, t52
- 70: PUTL t52, R31
- 71: INCEIPL $4
-
- 0x10007AF4: 419E0028 bc 12,30,0x10007B1C
- 72: Js30o $0x10007B1C
-
-
-
-. 3482 10007AB4 68
-. 94 21 FF E0 7C A8 02 A6 42 9F 00 05 93 C1 00 18 7F C8 02 A6 93 E1 00 1C 93 A1 00 14 90 A1 00 24 80 9E FF F0 7F C4 F2 14 81 7E 80 0C 80 7E 80 08 7C 0B 18 50 7C 09 16 70 2F 89 00 00 3B E9 FF FF 41 9E 00 28
-==== BB 3483 (0x10007B1C) approx BBs exec'd 0 ====
-
- 0x10007B1C: 480002BD bl 0x10007DD8
- 0: MOVL $0x10007B20, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x10007DD8 ($4)
-
-
-
-. 3483 10007B1C 4
-. 48 00 02 BD
-==== BB 3484 (0x10007DD8) approx BBs exec'd 0 ====
-
- 0x10007DD8: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x10007DDC: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x10007DE0: 90010024 stw r0,36(r1)
- 9: GETL R0, t6
- 10: GETL R1, t8
- 11: ADDL $0x24, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x10007DE4: 4BFF9275 bl 0x10001058
- 14: MOVL $0x10007DE8, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0x10001058 ($4)
-
-
-
-. 3484 10007DD8 16
-. 94 21 FF E0 7C 08 02 A6 90 01 00 24 4B FF 92 75
-==== BB 3485 (0x10001058) approx BBs exec'd 0 ====
-
- 0x10001058: 7C0802A6 mflr r0
- 0: GETL LR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x1000105C: 9421FFF0 stwu r1,-16(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFF0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0x10001060: 93C10008 stw r30,8(r1)
- 9: GETL R30, t6
- 10: GETL R1, t8
- 11: ADDL $0x8, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x10001064: 3FC01002 lis r30,4098
- 14: MOVL $0x10020000, t10
- 15: PUTL t10, R30
- 16: INCEIPL $4
-
- 0x10001068: 93E1000C stw r31,12(r1)
- 17: GETL R31, t12
- 18: GETL R1, t14
- 19: ADDL $0xC, t14
- 20: STL t12, (t14)
- 21: INCEIPL $4
-
- 0x1000106C: 90010014 stw r0,20(r1)
- 22: GETL R0, t16
- 23: GETL R1, t18
- 24: ADDL $0x14, t18
- 25: STL t16, (t18)
- 26: INCEIPL $4
-
- 0x10001070: 881EADD4 lbz r0,-21036(r30)
- 27: MOVL $0x1001ADD4, t20
- 28: LDB (t20), t22
- 29: PUTL t22, R0
- 30: INCEIPL $4
-
- 0x10001074: 2F800000 cmpi cr7,r0,0
- 31: GETL R0, t24
- 32: CMP0L t24, t26 (-rSo)
- 33: ICRFL t26, $0x7, CR
- 34: INCEIPL $4
-
- 0x10001078: 409E0034 bc 4,30,0x100010AC
- 35: Jc30o $0x100010AC
-
-
-
-. 3485 10001058 36
-. 7C 08 02 A6 94 21 FF F0 93 C1 00 08 3F C0 10 02 93 E1 00 0C 90 01 00 14 88 1E AD D4 2F 80 00 00 40 9E 00 34
-==== BB 3486 (0x1000107C) approx BBs exec'd 0 ====
-
- 0x1000107C: 3FE01002 lis r31,4098
- 0: MOVL $0x10020000, t0
- 1: PUTL t0, R31
- 2: INCEIPL $4
-
- 0x10001080: 48000014 b 0x10001094
- 3: JMPo $0x10001094 ($4)
-
-
-
-. 3486 1000107C 8
-. 3F E0 10 02 48 00 00 14
-==== BB 3487 (0x10001094) approx BBs exec'd 0 ====
-
- 0x10001094: 817FA898 lwz r11,-22376(r31)
- 0: GETL R31, t0
- 1: ADDL $0xFFFFA898, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x10001098: 812B0000 lwz r9,0(r11)
- 5: GETL R11, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R9
- 8: INCEIPL $4
-
- 0x1000109C: 2F890000 cmpi cr7,r9,0
- 9: GETL R9, t8
- 10: CMP0L t8, t10 (-rSo)
- 11: ICRFL t10, $0x7, CR
- 12: INCEIPL $4
-
- 0x100010A0: 409EFFE4 bc 4,30,0x10001084
- 13: Jc30o $0x10001084
-
-
-
-. 3487 10001094 16
-. 81 7F A8 98 81 2B 00 00 2F 89 00 00 40 9E FF E4
-==== BB 3488 (0x100010A4) approx BBs exec'd 0 ====
-
- 0x100010A4: 38000001 li r0,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x100010A8: 981EADD4 stb r0,-21036(r30)
- 3: GETL R0, t2
- 4: GETL R30, t4
- 5: ADDL $0xFFFFADD4, t4
- 6: STB t2, (t4)
- 7: INCEIPL $4
-
- 0x100010AC: 80010014 lwz r0,20(r1)
- 8: GETL R1, t6
- 9: ADDL $0x14, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R0
- 12: INCEIPL $4
-
- 0x100010B0: 83C10008 lwz r30,8(r1)
- 13: GETL R1, t10
- 14: ADDL $0x8, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R30
- 17: INCEIPL $4
-
- 0x100010B4: 83E1000C lwz r31,12(r1)
- 18: GETL R1, t14
- 19: ADDL $0xC, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R31
- 22: INCEIPL $4
-
- 0x100010B8: 7C0803A6 mtlr r0
- 23: GETL R0, t18
- 24: PUTL t18, LR
- 25: INCEIPL $4
-
- 0x100010BC: 38210010 addi r1,r1,16
- 26: GETL R1, t20
- 27: ADDL $0x10, t20
- 28: PUTL t20, R1
- 29: INCEIPL $4
-
- 0x100010C0: 4E800020 blr
- 30: GETL LR, t22
- 31: JMPo-r t22 ($4)
-
-
-
-. 3488 100010A4 32
-. 38 00 00 01 98 1E AD D4 80 01 00 14 83 C1 00 08 83 E1 00 0C 7C 08 03 A6 38 21 00 10 4E 80 00 20
-==== BB 3489 (0x10007DE8) approx BBs exec'd 0 ====
-
- 0x10007DE8: 80010024 lwz r0,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x10007DEC: 7C0803A6 mtlr r0
- 5: GETL R0, t4
- 6: PUTL t4, LR
- 7: INCEIPL $4
-
- 0x10007DF0: 38210020 addi r1,r1,32
- 8: GETL R1, t6
- 9: ADDL $0x20, t6
- 10: PUTL t6, R1
- 11: INCEIPL $4
-
- 0x10007DF4: 4E800020 blr
- 12: GETL LR, t8
- 13: JMPo-r t8 ($4)
-
-
-
-. 3489 10007DE8 16
-. 80 01 00 24 7C 08 03 A6 38 21 00 20 4E 80 00 20
-==== BB 3490 (0x10007B20) approx BBs exec'd 0 ====
-
- 0x10007B20: 81010024 lwz r8,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x10007B24: 83A10014 lwz r29,20(r1)
- 5: GETL R1, t4
- 6: ADDL $0x14, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R29
- 9: INCEIPL $4
-
- 0x10007B28: 83C10018 lwz r30,24(r1)
- 10: GETL R1, t8
- 11: ADDL $0x18, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R30
- 14: INCEIPL $4
-
- 0x10007B2C: 7D0803A6 mtlr r8
- 15: GETL R8, t12
- 16: PUTL t12, LR
- 17: INCEIPL $4
-
- 0x10007B30: 83E1001C lwz r31,28(r1)
- 18: GETL R1, t14
- 19: ADDL $0x1C, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R31
- 22: INCEIPL $4
-
- 0x10007B34: 38210020 addi r1,r1,32
- 23: GETL R1, t18
- 24: ADDL $0x20, t18
- 25: PUTL t18, R1
- 26: INCEIPL $4
-
- 0x10007B38: 4E800020 blr
- 27: GETL LR, t20
- 28: JMPo-r t20 ($4)
-
-
-
-. 3490 10007B20 28
-. 81 01 00 24 83 A1 00 14 83 C1 00 18 7D 08 03 A6 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 3491 _dl_fini(0x2547BAE0) approx BBs exec'd 0 ====
-
- 0x2547BAE0: 9421FFA0 stwu r1,-96(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFA0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547BAE4: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x2547BAE8: 4801B519 bl 0x25497000
- 9: MOVL $0x2547BAEC, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-
-. 3491 2547BAE0 12
-. 94 21 FF A0 7C 08 02 A6 48 01 B5 19
-==== BB 3492 (0x2547BAEC) approx BBs exec'd 0 ====
-
- 0x2547BAEC: 93C10058 stw r30,88(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x58, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547BAF0: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x2547BAF4: 7D800026 mfcr r12
- 8: GETL CR, t6
- 9: PUTL t6, R12
- 10: INCEIPL $4
-
- 0x2547BAF8: 91C10018 stw r14,24(r1)
- 11: GETL R14, t8
- 12: GETL R1, t10
- 13: ADDL $0x18, t10
- 14: STL t8, (t10)
- 15: INCEIPL $4
-
- 0x2547BAFC: 92410028 stw r18,40(r1)
- 16: GETL R18, t12
- 17: GETL R1, t14
- 18: ADDL $0x28, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0x2547BB00: 81DE04F4 lwz r14,1268(r30)
- 21: GETL R30, t16
- 22: ADDL $0x4F4, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R14
- 25: INCEIPL $4
-
- 0x2547BB04: 825E04C8 lwz r18,1224(r30)
- 26: GETL R30, t20
- 27: ADDL $0x4C8, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R18
- 30: INCEIPL $4
-
- 0x2547BB08: 91E1001C stw r15,28(r1)
- 31: GETL R15, t24
- 32: GETL R1, t26
- 33: ADDL $0x1C, t26
- 34: STL t24, (t26)
- 35: INCEIPL $4
-
- 0x2547BB0C: 39E0000F li r15,15
- 36: MOVL $0xF, t28
- 37: PUTL t28, R15
- 38: INCEIPL $4
-
- 0x2547BB10: 92010020 stw r16,32(r1)
- 39: GETL R16, t30
- 40: GETL R1, t32
- 41: ADDL $0x20, t32
- 42: STL t30, (t32)
- 43: INCEIPL $4
-
- 0x2547BB14: 3A000000 li r16,0
- 44: MOVL $0x0, t34
- 45: PUTL t34, R16
- 46: INCEIPL $4
-
- 0x2547BB18: 92210024 stw r17,36(r1)
- 47: GETL R17, t36
- 48: GETL R1, t38
- 49: ADDL $0x24, t38
- 50: STL t36, (t38)
- 51: INCEIPL $4
-
- 0x2547BB1C: 3A200168 li r17,360
- 52: MOVL $0x168, t40
- 53: PUTL t40, R17
- 54: INCEIPL $4
-
- 0x2547BB20: 92C10038 stw r22,56(r1)
- 55: GETL R22, t42
- 56: GETL R1, t44
- 57: ADDL $0x38, t44
- 58: STL t42, (t44)
- 59: INCEIPL $4
-
- 0x2547BB24: 3AC00000 li r22,0
- 60: MOVL $0x0, t46
- 61: PUTL t46, R22
- 62: INCEIPL $4
-
- 0x2547BB28: 93E1005C stw r31,92(r1)
- 63: GETL R31, t48
- 64: GETL R1, t50
- 65: ADDL $0x5C, t50
- 66: STL t48, (t50)
- 67: INCEIPL $4
-
- 0x2547BB2C: 7C3F0B78 or r31,r1,r1
- 68: GETL R1, t52
- 69: PUTL t52, R31
- 70: INCEIPL $4
-
- 0x2547BB30: 9261002C stw r19,44(r1)
- 71: GETL R19, t54
- 72: GETL R1, t56
- 73: ADDL $0x2C, t56
- 74: STL t54, (t56)
- 75: INCEIPL $4
-
- 0x2547BB34: 92810030 stw r20,48(r1)
- 76: GETL R20, t58
- 77: GETL R1, t60
- 78: ADDL $0x30, t60
- 79: STL t58, (t60)
- 80: INCEIPL $4
-
- 0x2547BB38: 92A10034 stw r21,52(r1)
- 81: GETL R21, t62
- 82: GETL R1, t64
- 83: ADDL $0x34, t64
- 84: STL t62, (t64)
- 85: INCEIPL $4
-
- 0x2547BB3C: 92E1003C stw r23,60(r1)
- 86: GETL R23, t66
- 87: GETL R1, t68
- 88: ADDL $0x3C, t68
- 89: STL t66, (t68)
- 90: INCEIPL $4
-
- 0x2547BB40: 93010040 stw r24,64(r1)
- 91: GETL R24, t70
- 92: GETL R1, t72
- 93: ADDL $0x40, t72
- 94: STL t70, (t72)
- 95: INCEIPL $4
-
- 0x2547BB44: 93210044 stw r25,68(r1)
- 96: GETL R25, t74
- 97: GETL R1, t76
- 98: ADDL $0x44, t76
- 99: STL t74, (t76)
- 100: INCEIPL $4
-
- 0x2547BB48: 93410048 stw r26,72(r1)
- 101: GETL R26, t78
- 102: GETL R1, t80
- 103: ADDL $0x48, t80
- 104: STL t78, (t80)
- 105: INCEIPL $4
-
- 0x2547BB4C: 9361004C stw r27,76(r1)
- 106: GETL R27, t82
- 107: GETL R1, t84
- 108: ADDL $0x4C, t84
- 109: STL t82, (t84)
- 110: INCEIPL $4
-
- 0x2547BB50: 93810050 stw r28,80(r1)
- 111: GETL R28, t86
- 112: GETL R1, t88
- 113: ADDL $0x50, t88
- 114: STL t86, (t88)
- 115: INCEIPL $4
-
- 0x2547BB54: 93A10054 stw r29,84(r1)
- 116: GETL R29, t90
- 117: GETL R1, t92
- 118: ADDL $0x54, t92
- 119: STL t90, (t92)
- 120: INCEIPL $4
-
- 0x2547BB58: 90010064 stw r0,100(r1)
- 121: GETL R0, t94
- 122: GETL R1, t96
- 123: ADDL $0x64, t96
- 124: STL t94, (t96)
- 125: INCEIPL $4
-
- 0x2547BB5C: 91810014 stw r12,20(r1)
- 126: GETL R12, t98
- 127: GETL R1, t100
- 128: ADDL $0x14, t100
- 129: STL t98, (t100)
- 130: INCEIPL $4
-
- 0x2547BB60: 809203F8 lwz r4,1016(r18)
- 131: GETL R18, t102
- 132: ADDL $0x3F8, t102
- 133: LDL (t102), t104
- 134: PUTL t104, R4
- 135: INCEIPL $4
-
- 0x2547BB64: 38720180 addi r3,r18,384
- 136: GETL R18, t106
- 137: ADDL $0x180, t106
- 138: PUTL t106, R3
- 139: INCEIPL $4
-
- 0x2547BB68: 7C8903A6 mtctr r4
- 140: GETL R4, t108
- 141: PUTL t108, CTR
- 142: INCEIPL $4
-
- 0x2547BB6C: 4E800421 bctrl
- 143: MOVL $0x2547BB70, t110
- 144: PUTL t110, LR
- 145: GETL CTR, t112
- 146: JMPo-c t112 ($4)
-
-
-
-. 3492 2547BAEC 132
-. 93 C1 00 58 7F C8 02 A6 7D 80 00 26 91 C1 00 18 92 41 00 28 81 DE 04 F4 82 5E 04 C8 91 E1 00 1C 39 E0 00 0F 92 01 00 20 3A 00 00 00 92 21 00 24 3A 20 01 68 92 C1 00 38 3A C0 00 00 93 E1 00 5C 7C 3F 0B 78 92 61 00 2C 92 81 00 30 92 A1 00 34 92 E1 00 3C 93 01 00 40 93 21 00 44 93 41 00 48 93 61 00 4C 93 81 00 50 93 A1 00 54 90 01 00 64 91 81 00 14 80 92 03 F8 38 72 01 80 7C 89 03 A6 4E 80 04 21
-==== BB 3493 (0x2547BB70) approx BBs exec'd 0 ====
-
- 0x2547BB70: 7D319214 add r9,r17,r18
- 0: GETL R17, t0
- 1: GETL R18, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x2547BB74: 80690004 lwz r3,4(r9)
- 5: GETL R9, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0x2547BB78: 546A103A rlwinm r10,r3,2,0,29
- 10: GETL R3, t8
- 11: SHLL $0x2, t8
- 12: PUTL t8, R10
- 13: INCEIPL $4
-
- 0x2547BB7C: 7F8A8040 cmpl cr7,r10,r16
- 14: GETL R10, t10
- 15: GETL R16, t12
- 16: CMPUL t10, t12, t14 (-rSo)
- 17: ICRFL t14, $0x7, CR
- 18: INCEIPL $4
-
- 0x2547BB80: 409D002C bc 4,29,0x2547BBAC
- 19: Jc29o $0x2547BBAC
-
-
-
-. 3493 2547BB70 20
-. 7D 31 92 14 80 69 00 04 54 6A 10 3A 7F 8A 80 40 40 9D 00 2C
-==== BB 3494 (0x2547BBAC) approx BBs exec'd 0 ====
-
- 0x2547BBAC: 7D71902E lwzx r11,r17,r18
- 0: GETL R18, t0
- 1: GETL R17, t2
- 2: ADDL t2, t0
- 3: LDL (t0), t4
- 4: PUTL t4, R11
- 5: INCEIPL $4
-
- 0x2547BBB0: 3AE00000 li r23,0
- 6: MOVL $0x0, t6
- 7: PUTL t6, R23
- 8: INCEIPL $4
-
- 0x2547BBB4: 2E0B0000 cmpi cr4,r11,0
- 9: GETL R11, t8
- 10: CMP0L t8, t10 (-rSo)
- 11: ICRFL t10, $0x4, CR
- 12: INCEIPL $4
-
- 0x2547BBB8: 41920020 bc 12,18,0x2547BBD8
- 13: Js18o $0x2547BBD8
-
-
-
-. 3494 2547BBAC 16
-. 7D 71 90 2E 3A E0 00 00 2E 0B 00 00 41 92 00 20
-==== BB 3495 (0x2547BBD8) approx BBs exec'd 0 ====
-
- 0x2547BBD8: 7EF3BB79 or. r19,r23,r23
- 0: GETL R23, t0
- 1: PUTL t0, R19
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x2547BBDC: 41820110 bc 12,2,0x2547BCEC
- 5: Js02o $0x2547BCEC
-
-
-
-. 3495 2547BBD8 8
-. 7E F3 BB 79 41 82 01 10
-==== BB 3496 (0x2547BCEC) approx BBs exec'd 0 ====
-
- 0x2547BCEC: 80B203FC lwz r5,1020(r18)
- 0: GETL R18, t0
- 1: ADDL $0x3FC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x2547BCF0: 3B400000 li r26,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R26
- 7: INCEIPL $4
-
- 0x2547BCF4: 38720180 addi r3,r18,384
- 8: GETL R18, t6
- 9: ADDL $0x180, t6
- 10: PUTL t6, R3
- 11: INCEIPL $4
-
- 0x2547BCF8: 7E1A9840 cmpl cr4,r26,r19
- 12: GETL R26, t8
- 13: GETL R19, t10
- 14: CMPUL t8, t10, t12 (-rSo)
- 15: ICRFL t12, $0x4, CR
- 16: INCEIPL $4
-
- 0x2547BCFC: 7CA903A6 mtctr r5
- 17: GETL R5, t14
- 18: PUTL t14, CTR
- 19: INCEIPL $4
-
- 0x2547BD00: 4E800421 bctrl
- 20: MOVL $0x2547BD04, t16
- 21: PUTL t16, LR
- 22: GETL CTR, t18
- 23: JMPo-c t18 ($4)
-
-
-
-. 3496 2547BCEC 24
-. 80 B2 03 FC 3B 40 00 00 38 72 01 80 7E 1A 98 40 7C A9 03 A6 4E 80 04 21
-==== BB 3497 (0x2547BD04) approx BBs exec'd 0 ====
-
- 0x2547BD04: 40900068 bc 4,16,0x2547BD6C
- 0: Jc16o $0x2547BD6C
-
-
-
-. 3497 2547BD04 4
-. 40 90 00 68
-==== BB 3498 (0x2547BD6C) approx BBs exec'd 0 ====
-
- 0x2547BD6C: 35EFFFFF addic. r15,r15,-1
- 0: GETL R15, t0
- 1: ADCL $0xFFFFFFFF, t0 (-wCa)
- 2: PUTL t0, R15
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0x2547BD70: 3A31FFE8 addi r17,r17,-24
- 6: GETL R17, t4
- 7: ADDL $0xFFFFFFE8, t4
- 8: PUTL t4, R17
- 9: INCEIPL $4
-
- 0x2547BD74: 4080FDEC bc 4,0,0x2547BB60
- 10: Jc00o $0x2547BB60
-
-
-
-. 3498 2547BD6C 12
-. 35 EF FF FF 3A 31 FF E8 40 80 FD EC
-==== BB 3499 (0x2547BB60) approx BBs exec'd 0 ====
-
- 0x2547BB60: 809203F8 lwz r4,1016(r18)
- 0: GETL R18, t0
- 1: ADDL $0x3F8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x2547BB64: 38720180 addi r3,r18,384
- 5: GETL R18, t4
- 6: ADDL $0x180, t4
- 7: PUTL t4, R3
- 8: INCEIPL $4
-
- 0x2547BB68: 7C8903A6 mtctr r4
- 9: GETL R4, t6
- 10: PUTL t6, CTR
- 11: INCEIPL $4
-
- 0x2547BB6C: 4E800421 bctrl
- 12: MOVL $0x2547BB70, t8
- 13: PUTL t8, LR
- 14: GETL CTR, t10
- 15: JMPo-c t10 ($4)
-
-
-
-. 3499 2547BB60 16
-. 80 92 03 F8 38 72 01 80 7C 89 03 A6 4E 80 04 21
-==== BB 3500 (0x2547BB84) approx BBs exec'd 0 ====
-
- 0x2547BB84: 2C100000 cmpi cr0,r16,0
- 0: GETL R16, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0x2547BB88: 40820110 bc 4,2,0x2547BC98
- 4: Jc02o $0x2547BC98
-
-
-
-. 3500 2547BB84 8
-. 2C 10 00 00 40 82 01 10
-==== BB 3501 (0x2547BB8C) approx BBs exec'd 0 ====
-
- 0x2547BB8C: 390A001E addi r8,r10,30
- 0: GETL R10, t0
- 1: ADDL $0x1E, t0
- 2: PUTL t0, R8
- 3: INCEIPL $4
-
- 0x2547BB90: 81610000 lwz r11,0(r1)
- 4: GETL R1, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R11
- 7: INCEIPL $4
-
- 0x2547BB94: 55070036 rlwinm r7,r8,0,0,27
- 8: GETL R8, t6
- 9: ANDL $0xFFFFFFF0, t6
- 10: PUTL t6, R7
- 11: INCEIPL $4
-
- 0x2547BB98: 7D505378 or r16,r10,r10
- 12: GETL R10, t8
- 13: PUTL t8, R16
- 14: INCEIPL $4
-
- 0x2547BB9C: 7CC700D0 neg r6,r7
- 15: GETL R7, t10
- 16: NEGL t10
- 17: PUTL t10, R6
- 18: INCEIPL $4
-
- 0x2547BBA0: 7D61316E stwux r11,r1,r6
- 19: GETL R6, t12
- 20: GETL R1, t14
- 21: ADDL t14, t12
- 22: PUTL t12, R1
- 23: GETL R11, t16
- 24: STL t16, (t12)
- 25: INCEIPL $4
-
- 0x2547BBA4: 38A10017 addi r5,r1,23
- 26: GETL R1, t18
- 27: ADDL $0x17, t18
- 28: PUTL t18, R5
- 29: INCEIPL $4
-
- 0x2547BBA8: 54B60036 rlwinm r22,r5,0,0,27
- 30: GETL R5, t20
- 31: ANDL $0xFFFFFFF0, t20
- 32: PUTL t20, R22
- 33: INCEIPL $4
-
- 0x2547BBAC: 7D71902E lwzx r11,r17,r18
- 34: GETL R18, t22
- 35: GETL R17, t24
- 36: ADDL t24, t22
- 37: LDL (t22), t26
- 38: PUTL t26, R11
- 39: INCEIPL $4
-
- 0x2547BBB0: 3AE00000 li r23,0
- 40: MOVL $0x0, t28
- 41: PUTL t28, R23
- 42: INCEIPL $4
-
- 0x2547BBB4: 2E0B0000 cmpi cr4,r11,0
- 43: GETL R11, t30
- 44: CMP0L t30, t32 (-rSo)
- 45: ICRFL t32, $0x4, CR
- 46: INCEIPL $4
-
- 0x2547BBB8: 41920020 bc 12,18,0x2547BBD8
- 47: Js18o $0x2547BBD8
-
-
-
-. 3501 2547BB8C 48
-. 39 0A 00 1E 81 61 00 00 55 07 00 36 7D 50 53 78 7C C7 00 D0 7D 61 31 6E 38 A1 00 17 54 B6 00 36 7D 71 90 2E 3A E0 00 00 2E 0B 00 00 41 92 00 20
-==== BB 3502 (0x2547BBBC) approx BBs exec'd 0 ====
-
- 0x2547BBBC: 834B0014 lwz r26,20(r11)
- 0: GETL R11, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0x2547BBC0: 56EA103A rlwinm r10,r23,2,0,29
- 5: GETL R23, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R10
- 8: INCEIPL $4
-
- 0x2547BBC4: 7F1A5800 cmp cr6,r26,r11
- 9: GETL R26, t6
- 10: GETL R11, t8
- 11: CMPL t6, t8, t10 (-rSo)
- 12: ICRFL t10, $0x6, CR
- 13: INCEIPL $4
-
- 0x2547BBC8: 419A0108 bc 12,26,0x2547BCD0
- 14: Js26o $0x2547BCD0
-
-
-
-. 3502 2547BBBC 16
-. 83 4B 00 14 56 EA 10 3A 7F 1A 58 00 41 9A 01 08
-==== BB 3503 (0x2547BCD0) approx BBs exec'd 0 ====
-
- 0x2547BCD0: 836B0178 lwz r27,376(r11)
- 0: GETL R11, t0
- 1: ADDL $0x178, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R27
- 4: INCEIPL $4
-
- 0x2547BCD4: 3AF70001 addi r23,r23,1
- 5: GETL R23, t4
- 6: ADDL $0x1, t4
- 7: PUTL t4, R23
- 8: INCEIPL $4
-
- 0x2547BCD8: 7D6AB12E stwx r11,r10,r22
- 9: GETL R22, t6
- 10: GETL R10, t8
- 11: ADDL t8, t6
- 12: GETL R11, t10
- 13: STL t10, (t6)
- 14: INCEIPL $4
-
- 0x2547BCDC: 395B0001 addi r10,r27,1
- 15: GETL R27, t12
- 16: ADDL $0x1, t12
- 17: PUTL t12, R10
- 18: INCEIPL $4
-
- 0x2547BCE0: 914B0178 stw r10,376(r11)
- 19: GETL R10, t14
- 20: GETL R11, t16
- 21: ADDL $0x178, t16
- 22: STL t14, (t16)
- 23: INCEIPL $4
-
- 0x2547BCE4: 816B000C lwz r11,12(r11)
- 24: GETL R11, t18
- 25: ADDL $0xC, t18
- 26: LDL (t18), t20
- 27: PUTL t20, R11
- 28: INCEIPL $4
-
- 0x2547BCE8: 4BFFFEE8 b 0x2547BBD0
- 29: JMPo $0x2547BBD0 ($4)
-
-
-
-. 3503 2547BCD0 28
-. 83 6B 01 78 3A F7 00 01 7D 6A B1 2E 39 5B 00 01 91 4B 01 78 81 6B 00 0C 4B FF FE E8
-==== BB 3504 (0x2547BBD0) approx BBs exec'd 0 ====
-
- 0x2547BBD0: 2E0B0000 cmpi cr4,r11,0
- 0: GETL R11, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0x2547BBD4: 4092FFE8 bc 4,18,0x2547BBBC
- 4: Jc18o $0x2547BBBC
-
-
-
-. 3504 2547BBD0 8
-. 2E 0B 00 00 40 92 FF E8
-==== BB 3505 (0x2547BBE0) approx BBs exec'd 0 ====
-
- 0x2547BBE0: 2E0F0000 cmpi cr4,r15,0
- 0: GETL R15, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0x2547BBE4: 7F71902E lwzx r27,r17,r18
- 4: GETL R18, t4
- 5: GETL R17, t6
- 6: ADDL t6, t4
- 7: LDL (t4), t8
- 8: PUTL t8, R27
- 9: INCEIPL $4
-
- 0x2547BBE8: 40920008 bc 4,18,0x2547BBF0
- 10: Jc18o $0x2547BBF0
-
-
-
-. 3505 2547BBE0 12
-. 2E 0F 00 00 7F 71 90 2E 40 92 00 08
-==== BB 3506 (0x2547BBEC) approx BBs exec'd 0 ====
-
- 0x2547BBEC: 837B000C lwz r27,12(r27)
- 0: GETL R27, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R27
- 4: INCEIPL $4
-
- 0x2547BBF0: 2F9B0000 cmpi cr7,r27,0
- 5: GETL R27, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x2547BBF4: 419E00F8 bc 12,30,0x2547BCEC
- 9: Js30o $0x2547BCEC
-
-
-
-. 3506 2547BBEC 12
-. 83 7B 00 0C 2F 9B 00 00 41 9E 00 F8
-==== BB 3507 (0x2547BBF8) approx BBs exec'd 0 ====
-
- 0x2547BBF8: 839B0014 lwz r28,20(r27)
- 0: GETL R27, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0x2547BBFC: 7C9CD800 cmp cr1,r28,r27
- 5: GETL R28, t4
- 6: GETL R27, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x1, CR
- 9: INCEIPL $4
-
- 0x2547BC00: 4086FFEC bc 4,6,0x2547BBEC
- 10: Jc06o $0x2547BBEC
-
-
-
-. 3507 2547BBF8 12
-. 83 9B 00 14 7C 9C D8 00 40 86 FF EC
-==== BB 3508 (0x2547BC04) approx BBs exec'd 0 ====
-
- 0x2547BC04: 7F200026 mfcr r25
- 0: GETL CR, t0
- 1: PUTL t0, R25
- 2: INCEIPL $4
-
- 0x2547BC08: 57399FFE rlwinm r25,r25,19,31,31
- 3: GETL R25, t2
- 4: ROLL $0x13, t2
- 5: ANDL $0x1, t2
- 6: PUTL t2, R25
- 7: INCEIPL $4
-
- 0x2547BC0C: 48000008 b 0x2547BC14
- 8: JMPo $0x2547BC14 ($4)
-
-
-
-. 3508 2547BC04 12
-. 7F 20 00 26 57 39 9F FE 48 00 00 08
-==== BB 3509 (0x2547BC14) approx BBs exec'd 0 ====
-
- 0x2547BC14: 572C103A rlwinm r12,r25,2,0,29
- 0: GETL R25, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R12
- 3: INCEIPL $4
-
- 0x2547BC18: 7FACB02E lwzx r29,r12,r22
- 4: GETL R22, t2
- 5: GETL R12, t4
- 6: ADDL t4, t2
- 7: LDL (t2), t6
- 8: PUTL t6, R29
- 9: INCEIPL $4
-
- 0x2547BC1C: 7F1DD800 cmp cr6,r29,r27
- 10: GETL R29, t8
- 11: GETL R27, t10
- 12: CMPL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x6, CR
- 14: INCEIPL $4
-
- 0x2547BC20: 409AFFF0 bc 4,26,0x2547BC10
- 15: Jc26o $0x2547BC10
-
-
-
-. 3509 2547BC14 16
-. 57 2C 10 3A 7F AC B0 2E 7F 1D D8 00 40 9A FF F0
-==== BB 3510 (0x2547BC24) approx BBs exec'd 0 ====
-
- 0x2547BC24: 3B590001 addi r26,r25,1
- 0: GETL R25, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R26
- 3: INCEIPL $4
-
- 0x2547BC28: 7C1AB840 cmpl cr0,r26,r23
- 4: GETL R26, t2
- 5: GETL R23, t4
- 6: CMPUL t2, t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0x2547BC2C: 40A0FFC0 bc 5,0,0x2547BBEC
- 9: Jc00o $0x2547BBEC
-
-
-
-. 3510 2547BC24 12
-. 3B 59 00 01 7C 1A B8 40 40 A0 FF C0
-==== BB 3511 (0x2547BC30) approx BBs exec'd 0 ====
-
- 0x2547BC30: 5720103A rlwinm r0,r25,2,0,29
- 0: GETL R25, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R0
- 3: INCEIPL $4
-
- 0x2547BC34: 7C140378 or r20,r0,r0
- 4: GETL R0, t2
- 5: PUTL t2, R20
- 6: INCEIPL $4
-
- 0x2547BC38: 7EA0B214 add r21,r0,r22
- 7: GETL R0, t4
- 8: GETL R22, t6
- 9: ADDL t4, t6
- 10: PUTL t6, R21
- 11: INCEIPL $4
-
- 0x2547BC3C: 5758103A rlwinm r24,r26,2,0,29
- 12: GETL R26, t8
- 13: SHLL $0x2, t8
- 14: PUTL t8, R24
- 15: INCEIPL $4
-
- 0x2547BC40: 7C78B02E lwzx r3,r24,r22
- 16: GETL R22, t10
- 17: GETL R24, t12
- 18: ADDL t12, t10
- 19: LDL (t10), t14
- 20: PUTL t14, R3
- 21: INCEIPL $4
-
- 0x2547BC44: 816301E8 lwz r11,488(r3)
- 22: GETL R3, t16
- 23: ADDL $0x1E8, t16
- 24: LDL (t16), t18
- 25: PUTL t18, R11
- 26: INCEIPL $4
-
- 0x2547BC48: 2F8B0000 cmpi cr7,r11,0
- 27: GETL R11, t20
- 28: CMP0L t20, t22 (-rSo)
- 29: ICRFL t22, $0x7, CR
- 30: INCEIPL $4
-
- 0x2547BC4C: 419E002C bc 12,30,0x2547BC78
- 31: Js30o $0x2547BC78
-
-
-
-. 3511 2547BC30 32
-. 57 20 10 3A 7C 14 03 78 7E A0 B2 14 57 58 10 3A 7C 78 B0 2E 81 63 01 E8 2F 8B 00 00 41 9E 00 2C
-==== BB 3512 (0x2547BC50) approx BBs exec'd 0 ====
-
- 0x2547BC50: 812B0000 lwz r9,0(r11)
- 0: GETL R11, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0x2547BC54: 2C890000 cmpi cr1,r9,0
- 4: GETL R9, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x1, CR
- 7: INCEIPL $4
-
- 0x2547BC58: 41860020 bc 12,6,0x2547BC78
- 8: Js06o $0x2547BC78
-
-
-
-. 3512 2547BC50 12
-. 81 2B 00 00 2C 89 00 00 41 86 00 20
-==== BB 3513 (0x2547BC5C) approx BBs exec'd 0 ====
-
- 0x2547BC5C: 7C99D050 subf r4,r25,r26
- 0: GETL R25, t0
- 1: GETL R26, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x2547BC60: 5485103A rlwinm r5,r4,2,0,29
- 5: GETL R4, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x2547BC64: 7F09D800 cmp cr6,r9,r27
- 9: GETL R9, t6
- 10: GETL R27, t8
- 11: CMPL t6, t8, t10 (-rSo)
- 12: ICRFL t10, $0x6, CR
- 13: INCEIPL $4
-
- 0x2547BC68: 419A0240 bc 12,26,0x2547BEA8
- 14: Js26o $0x2547BEA8
-
-
-
-. 3513 2547BC5C 16
-. 7C 99 D0 50 54 85 10 3A 7F 09 D8 00 41 9A 02 40
-==== BB 3514 (0x2547BC6C) approx BBs exec'd 0 ====
-
- 0x2547BC6C: 852B0004 lwzu r9,4(r11)
- 0: GETL R11, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R11
- 3: LDL (t0), t2
- 4: PUTL t2, R9
- 5: INCEIPL $4
-
- 0x2547BC70: 2C090000 cmpi cr0,r9,0
- 6: GETL R9, t4
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0x2547BC74: 4082FFF0 bc 4,2,0x2547BC64
- 10: Jc02o $0x2547BC64
-
-
-
-. 3514 2547BC6C 12
-. 85 2B 00 04 2C 09 00 00 40 82 FF F0
-==== BB 3515 (0x2547BC64) approx BBs exec'd 0 ====
-
- 0x2547BC64: 7F09D800 cmp cr6,r9,r27
- 0: GETL R9, t0
- 1: GETL R27, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x6, CR
- 4: INCEIPL $4
-
- 0x2547BC68: 419A0240 bc 12,26,0x2547BEA8
- 5: Js26o $0x2547BEA8
-
-
-
-. 3515 2547BC64 8
-. 7F 09 D8 00 41 9A 02 40
-==== BB 3516 (0x2547BC78) approx BBs exec'd 0 ====
-
- 0x2547BC78: 7D38B02E lwzx r9,r24,r22
- 0: GETL R22, t0
- 1: GETL R24, t2
- 2: ADDL t2, t0
- 3: LDL (t0), t4
- 4: PUTL t4, R9
- 5: INCEIPL $4
-
- 0x2547BC7C: 814901F4 lwz r10,500(r9)
- 6: GETL R9, t6
- 7: ADDL $0x1F4, t6
- 8: LDL (t6), t8
- 9: PUTL t8, R10
- 10: INCEIPL $4
-
- 0x2547BC80: 2F8A0000 cmpi cr7,r10,0
- 11: GETL R10, t10
- 12: CMP0L t10, t12 (-rSo)
- 13: ICRFL t12, $0x7, CR
- 14: INCEIPL $4
-
- 0x2547BC84: 409E0258 bc 4,30,0x2547BEDC
- 15: Jc30o $0x2547BEDC
-
-
-
-. 3516 2547BC78 16
-. 7D 38 B0 2E 81 49 01 F4 2F 8A 00 00 40 9E 02 58
-==== BB 3517 (0x2547BC88) approx BBs exec'd 0 ====
-
- 0x2547BC88: 3B5A0001 addi r26,r26,1
- 0: GETL R26, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R26
- 3: INCEIPL $4
-
- 0x2547BC8C: 7F1AB840 cmpl cr6,r26,r23
- 4: GETL R26, t2
- 5: GETL R23, t4
- 6: CMPUL t2, t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x2547BC90: 4198FFAC bc 12,24,0x2547BC3C
- 9: Js24o $0x2547BC3C
-
-
-
-. 3517 2547BC88 12
-. 3B 5A 00 01 7F 1A B8 40 41 98 FF AC
-==== BB 3518 (0x2547BC3C) approx BBs exec'd 0 ====
-
- 0x2547BC3C: 5758103A rlwinm r24,r26,2,0,29
- 0: GETL R26, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R24
- 3: INCEIPL $4
-
- 0x2547BC40: 7C78B02E lwzx r3,r24,r22
- 4: GETL R22, t2
- 5: GETL R24, t4
- 6: ADDL t4, t2
- 7: LDL (t2), t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0x2547BC44: 816301E8 lwz r11,488(r3)
- 10: GETL R3, t8
- 11: ADDL $0x1E8, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R11
- 14: INCEIPL $4
-
- 0x2547BC48: 2F8B0000 cmpi cr7,r11,0
- 15: GETL R11, t12
- 16: CMP0L t12, t14 (-rSo)
- 17: ICRFL t14, $0x7, CR
- 18: INCEIPL $4
-
- 0x2547BC4C: 419E002C bc 12,30,0x2547BC78
- 19: Js30o $0x2547BC78
-
-
-
-. 3518 2547BC3C 20
-. 57 58 10 3A 7C 78 B0 2E 81 63 01 E8 2F 8B 00 00 41 9E 00 2C
-==== BB 3519 (0x2547BC94) approx BBs exec'd 0 ====
-
- 0x2547BC94: 4BFFFF58 b 0x2547BBEC
- 0: JMPo $0x2547BBEC ($4)
-
-
-
-. 3519 2547BC94 4
-. 4B FF FF 58
-==== BB 3520 (0x2547BC10) approx BBs exec'd 0 ====
-
- 0x2547BC10: 3B390001 addi r25,r25,1
- 0: GETL R25, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R25
- 3: INCEIPL $4
-
- 0x2547BC14: 572C103A rlwinm r12,r25,2,0,29
- 4: GETL R25, t2
- 5: SHLL $0x2, t2
- 6: PUTL t2, R12
- 7: INCEIPL $4
-
- 0x2547BC18: 7FACB02E lwzx r29,r12,r22
- 8: GETL R22, t4
- 9: GETL R12, t6
- 10: ADDL t6, t4
- 11: LDL (t4), t8
- 12: PUTL t8, R29
- 13: INCEIPL $4
-
- 0x2547BC1C: 7F1DD800 cmp cr6,r29,r27
- 14: GETL R29, t10
- 15: GETL R27, t12
- 16: CMPL t10, t12, t14 (-rSo)
- 17: ICRFL t14, $0x6, CR
- 18: INCEIPL $4
-
- 0x2547BC20: 409AFFF0 bc 4,26,0x2547BC10
- 19: Jc26o $0x2547BC10
-
-
-
-. 3520 2547BC10 20
-. 3B 39 00 01 57 2C 10 3A 7F AC B0 2E 7F 1D D8 00 40 9A FF F0
-==== BB 3521 (0x2547BEA8) approx BBs exec'd 0 ====
-
- 0x2547BEA8: 7F98B02E lwzx r28,r24,r22
- 0: GETL R22, t0
- 1: GETL R24, t2
- 2: ADDL t2, t0
- 3: LDL (t0), t4
- 4: PUTL t4, R28
- 5: INCEIPL $4
-
- 0x2547BEAC: 3BB50004 addi r29,r21,4
- 6: GETL R21, t6
- 7: ADDL $0x4, t6
- 8: PUTL t6, R29
- 9: INCEIPL $4
-
- 0x2547BEB0: 7EA4AB78 or r4,r21,r21
- 10: GETL R21, t8
- 11: PUTL t8, R4
- 12: INCEIPL $4
-
- 0x2547BEB4: 7FA3EB78 or r3,r29,r29
- 13: GETL R29, t10
- 14: PUTL t10, R3
- 15: INCEIPL $4
-
- 0x2547BEB8: 480076E5 bl 0x2548359C
- 16: MOVL $0x2547BEBC, t12
- 17: PUTL t12, LR
- 18: JMPo-c $0x2548359C ($4)
-
-
-
-. 3521 2547BEA8 20
-. 7F 98 B0 2E 3B B5 00 04 7E A4 AB 78 7F A3 EB 78 48 00 76 E5
-==== BB 3522 (0x2547BEBC) approx BBs exec'd 0 ====
-
- 0x2547BEBC: 93950000 stw r28,0(r21)
- 0: GETL R28, t0
- 1: GETL R21, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0x2547BEC0: 7D38B02E lwzx r9,r24,r22
- 4: GETL R22, t4
- 5: GETL R24, t6
- 6: ADDL t6, t4
- 7: LDL (t4), t8
- 8: PUTL t8, R9
- 9: INCEIPL $4
-
- 0x2547BEC4: 3B390001 addi r25,r25,1
- 10: GETL R25, t10
- 11: ADDL $0x1, t10
- 12: PUTL t10, R25
- 13: INCEIPL $4
-
- 0x2547BEC8: 3A940004 addi r20,r20,4
- 14: GETL R20, t12
- 15: ADDL $0x4, t12
- 16: PUTL t12, R20
- 17: INCEIPL $4
-
- 0x2547BECC: 7FB5EB78 or r21,r29,r29
- 18: GETL R29, t14
- 19: PUTL t14, R21
- 20: INCEIPL $4
-
- 0x2547BED0: 814901F4 lwz r10,500(r9)
- 21: GETL R9, t16
- 22: ADDL $0x1F4, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R10
- 25: INCEIPL $4
-
- 0x2547BED4: 2F8A0000 cmpi cr7,r10,0
- 26: GETL R10, t20
- 27: CMP0L t20, t22 (-rSo)
- 28: ICRFL t22, $0x7, CR
- 29: INCEIPL $4
-
- 0x2547BED8: 419EFDB0 bc 12,30,0x2547BC88
- 30: Js30o $0x2547BC88
-
-
-
-. 3522 2547BEBC 32
-. 93 95 00 00 7D 38 B0 2E 3B 39 00 01 3A 94 00 04 7F B5 EB 78 81 49 01 F4 2F 8A 00 00 41 9E FD B0
-==== BB 3523 (0x2547BD08) approx BBs exec'd 0 ====
-
- 0x2547BD08: 817E034C lwz r11,844(r30)
- 0: GETL R30, t0
- 1: ADDL $0x34C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x2547BD0C: 832B0000 lwz r25,0(r11)
- 5: GETL R11, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R25
- 8: INCEIPL $4
-
- 0x2547BD10: 48000030 b 0x2547BD40
- 9: JMPo $0x2547BD40 ($4)
-
-
-
-. 3523 2547BD08 12
-. 81 7E 03 4C 83 2B 00 00 48 00 00 30
-==== BB 3524 (0x2547BD40) approx BBs exec'd 0 ====
-
- 0x2547BD40: 5748103A rlwinm r8,r26,2,0,29
- 0: GETL R26, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R8
- 3: INCEIPL $4
-
- 0x2547BD44: 7F88B02E lwzx r28,r8,r22
- 4: GETL R22, t2
- 5: GETL R8, t4
- 6: ADDL t4, t2
- 7: LDL (t2), t6
- 8: PUTL t6, R28
- 9: INCEIPL $4
-
- 0x2547BD48: 817C0180 lwz r11,384(r28)
- 10: GETL R28, t8
- 11: ADDL $0x180, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R11
- 14: INCEIPL $4
-
- 0x2547BD4C: 75601000 andis. r0,r11,0x1000
- 15: GETL R11, t12
- 16: ANDL $0x10000000, t12
- 17: PUTL t12, R0
- 18: CMP0L t12, t14 (-rSo)
- 19: ICRFL t14, $0x0, CR
- 20: INCEIPL $4
-
- 0x2547BD50: 40A2FFC4 bc 5,2,0x2547BD14
- 21: Jc02o $0x2547BD14
-
-
-
-. 3524 2547BD40 20
-. 57 48 10 3A 7F 88 B0 2E 81 7C 01 80 75 60 10 00 40 A2 FF C4
-==== BB 3525 (0x2547BD14) approx BBs exec'd 0 ====
-
- 0x2547BD14: 55750104 rlwinm r21,r11,0,4,2
- 0: GETL R11, t0
- 1: ANDL $0xEFFFFFFF, t0
- 2: PUTL t0, R21
- 3: INCEIPL $4
-
- 0x2547BD18: 809C0004 lwz r4,4(r28)
- 4: GETL R28, t2
- 5: ADDL $0x4, t2
- 6: LDL (t2), t4
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0x2547BD1C: 92BC0180 stw r21,384(r28)
- 9: GETL R21, t6
- 10: GETL R28, t8
- 11: ADDL $0x180, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x2547BD20: 8A840000 lbz r20,0(r4)
- 14: GETL R4, t10
- 15: LDB (t10), t12
- 16: PUTL t12, R20
- 17: INCEIPL $4
-
- 0x2547BD24: 2F140000 cmpi cr6,r20,0
- 18: GETL R20, t14
- 19: CMP0L t14, t16 (-rSo)
- 20: ICRFL t16, $0x6, CR
- 21: INCEIPL $4
-
- 0x2547BD28: 409A00C0 bc 4,26,0x2547BDE8
- 22: Jc26o $0x2547BDE8
-
-
-
-. 3525 2547BD14 24
-. 55 75 01 04 80 9C 00 04 92 BC 01 80 8A 84 00 00 2F 14 00 00 40 9A 00 C0
-==== BB 3526 (0x2547BD2C) approx BBs exec'd 0 ====
-
- 0x2547BD2C: 7569C000 andis. r9,r11,0xC000
- 0: GETL R11, t0
- 1: ANDL $0xC0000000, t0
- 2: PUTL t0, R9
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0x2547BD30: 408200B8 bc 4,2,0x2547BDE8
- 6: Jc02o $0x2547BDE8
-
-
-
-. 3526 2547BD2C 8
-. 75 69 C0 00 40 82 00 B8
-==== BB 3527 (0x2547BD34) approx BBs exec'd 0 ====
-
- 0x2547BD34: 3B5A0001 addi r26,r26,1
- 0: GETL R26, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R26
- 3: INCEIPL $4
-
- 0x2547BD38: 7F9A9840 cmpl cr7,r26,r19
- 4: GETL R26, t2
- 5: GETL R19, t4
- 6: CMPUL t2, t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x2547BD3C: 409C0030 bc 4,28,0x2547BD6C
- 9: Jc28o $0x2547BD6C
-
-
-
-. 3527 2547BD34 12
-. 3B 5A 00 01 7F 9A 98 40 40 9C 00 30
-==== BB 3528 (0x2547BDE8) approx BBs exec'd 0 ====
-
- 0x2547BDE8: 813C0088 lwz r9,136(r28)
- 0: GETL R28, t0
- 1: ADDL $0x88, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x2547BDEC: 2F890000 cmpi cr7,r9,0
- 5: GETL R9, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x2547BDF0: 409E0010 bc 4,30,0x2547BE00
- 9: Jc30o $0x2547BE00
-
-
-
-. 3528 2547BDE8 12
-. 81 3C 00 88 2F 89 00 00 40 9E 00 10
-==== BB 3529 (0x2547BDF4) approx BBs exec'd 0 ====
-
- 0x2547BDF4: 82FC0054 lwz r23,84(r28)
- 0: GETL R28, t0
- 1: ADDL $0x54, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R23
- 4: INCEIPL $4
-
- 0x2547BDF8: 2C970000 cmpi cr1,r23,0
- 5: GETL R23, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x2547BDFC: 4186FF38 bc 12,6,0x2547BD34
- 9: Js06o $0x2547BD34
-
-
-
-. 3529 2547BDF4 12
-. 82 FC 00 54 2C 97 00 00 41 86 FF 38
-==== BB 3530 (0x2547BE00) approx BBs exec'd 0 ====
-
- 0x2547BE00: 830E0000 lwz r24,0(r14)
- 0: GETL R14, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R24
- 3: INCEIPL $4
-
- 0x2547BE04: 730B0002 andi. r11,r24,0x2
- 4: GETL R24, t4
- 5: ANDL $0x2, t4
- 6: PUTL t4, R11
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0x2547BE08: 4082007C bc 4,2,0x2547BE84
- 10: Jc02o $0x2547BE84
-
-
-
-. 3530 2547BE00 12
-. 83 0E 00 00 73 0B 00 02 40 82 00 7C
-==== BB 3531 (0x2547BE0C) approx BBs exec'd 0 ====
-
- 0x2547BE0C: 2F090000 cmpi cr6,r9,0
- 0: GETL R9, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x2547BE10: 419A0044 bc 12,26,0x2547BE54
- 4: Js26o $0x2547BE54
-
-
-
-. 3531 2547BE0C 8
-. 2F 09 00 00 41 9A 00 44
-==== BB 3532 (0x2547BE54) approx BBs exec'd 0 ====
-
- 0x2547BE54: 813C0054 lwz r9,84(r28)
- 0: GETL R28, t0
- 1: ADDL $0x54, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x2547BE58: 2E090000 cmpi cr4,r9,0
- 5: GETL R9, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x4, CR
- 8: INCEIPL $4
-
- 0x2547BE5C: 4192FEF8 bc 12,18,0x2547BD54
- 9: Js18o $0x2547BD54
-
-
-
-. 3532 2547BE54 12
-. 81 3C 00 54 2E 09 00 00 41 92 FE F8
-==== BB 3533 (0x2547BE60) approx BBs exec'd 0 ====
-
- 0x2547BE60: 80A90004 lwz r5,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x2547BE64: 83BC0000 lwz r29,0(r28)
- 5: GETL R28, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R29
- 8: INCEIPL $4
-
- 0x2547BE68: 7CFD2A14 add r7,r29,r5
- 9: GETL R29, t8
- 10: GETL R5, t10
- 11: ADDL t8, t10
- 12: PUTL t10, R7
- 13: INCEIPL $4
-
- 0x2547BE6C: 7CE903A6 mtctr r7
- 14: GETL R7, t12
- 15: PUTL t12, CTR
- 16: INCEIPL $4
-
- 0x2547BE70: 4E800421 bctrl
- 17: MOVL $0x2547BE74, t14
- 18: PUTL t14, LR
- 19: GETL CTR, t16
- 20: JMPo-c t16 ($4)
-
-
-
-. 3533 2547BE60 20
-. 80 A9 00 04 83 BC 00 00 7C FD 2A 14 7C E9 03 A6 4E 80 04 21
-==== BB 3534 (0xFFDEF80) approx BBs exec'd 0 ====
-
- 0xFFDEF80: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFFDEF84: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFFDEF88: 90010014 stw r0,20(r1)
- 9: GETL R0, t6
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFFDEF8C: 4BFFF979 bl 0xFFDE904
- 14: MOVL $0xFFDEF90, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0xFFDE904 ($4)
-
-
-
-. 3534 FFDEF80 16
-. 94 21 FF F0 7C 08 02 A6 90 01 00 14 4B FF F9 79
-==== BB 3535 (0xFFDE904) approx BBs exec'd 0 ====
-
- 0xFFDE904: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFFDE908: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFFDE90C: 429F0005 bcl 20,31,0xFFDE910
- 9: MOVL $0xFFDE910, t6
- 10: PUTL t6, LR
- 11: INCEIPL $4
-
- 0xFFDE910: 93C10008 stw r30,8(r1)
- 12: GETL R30, t8
- 13: GETL R1, t10
- 14: ADDL $0x8, t10
- 15: STL t8, (t10)
- 16: INCEIPL $4
-
- 0xFFDE914: 7FC802A6 mflr r30
- 17: GETL LR, t12
- 18: PUTL t12, R30
- 19: INCEIPL $4
-
- 0xFFDE918: 93E1000C stw r31,12(r1)
- 20: GETL R31, t14
- 21: GETL R1, t16
- 22: ADDL $0xC, t16
- 23: STL t14, (t16)
- 24: INCEIPL $4
-
- 0xFFDE91C: 90010014 stw r0,20(r1)
- 25: GETL R0, t18
- 26: GETL R1, t20
- 27: ADDL $0x14, t20
- 28: STL t18, (t20)
- 29: INCEIPL $4
-
- 0xFFDE920: 801EFFF0 lwz r0,-16(r30)
- 30: GETL R30, t22
- 31: ADDL $0xFFFFFFF0, t22
- 32: LDL (t22), t24
- 33: PUTL t24, R0
- 34: INCEIPL $4
-
- 0xFFDE924: 7FC0F214 add r30,r0,r30
- 35: GETL R0, t26
- 36: GETL R30, t28
- 37: ADDL t26, t28
- 38: PUTL t28, R30
- 39: INCEIPL $4
-
- 0xFFDE928: 813E8000 lwz r9,-32768(r30)
- 40: GETL R30, t30
- 41: ADDL $0xFFFF8000, t30
- 42: LDL (t30), t32
- 43: PUTL t32, R9
- 44: INCEIPL $4
-
- 0xFFDE92C: 88090000 lbz r0,0(r9)
- 45: GETL R9, t34
- 46: LDB (t34), t36
- 47: PUTL t36, R0
- 48: INCEIPL $4
-
- 0xFFDE930: 2F800000 cmpi cr7,r0,0
- 49: GETL R0, t38
- 50: CMP0L t38, t40 (-rSo)
- 51: ICRFL t40, $0x7, CR
- 52: INCEIPL $4
-
- 0xFFDE934: 409E0050 bc 4,30,0xFFDE984
- 53: Jc30o $0xFFDE984
-
-
-
-. 3535 FFDE904 52
-. 94 21 FF F0 7C 08 02 A6 42 9F 00 05 93 C1 00 08 7F C8 02 A6 93 E1 00 0C 90 01 00 14 80 1E FF F0 7F C0 F2 14 81 3E 80 00 88 09 00 00 2F 80 00 00 40 9E 00 50
-==== BB 3536 (0xFFDE938) approx BBs exec'd 0 ====
-
- 0xFFDE938: 801E8004 lwz r0,-32764(r30)
- 0: GETL R30, t0
- 1: ADDL $0xFFFF8004, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFFDE93C: 2F800000 cmpi cr7,r0,0
- 5: GETL R0, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0xFFDE940: 419E0010 bc 12,30,0xFFDE950
- 9: Js30o $0xFFDE950
-
-
-
-. 3536 FFDE938 12
-. 80 1E 80 04 2F 80 00 00 41 9E 00 10
-==== BB 3537 (0xFFDE944) approx BBs exec'd 0 ====
-
- 0xFFDE944: 813E8008 lwz r9,-32760(r30)
- 0: GETL R30, t0
- 1: ADDL $0xFFFF8008, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFFDE948: 80690000 lwz r3,0(r9)
- 5: GETL R9, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R3
- 8: INCEIPL $4
-
- 0xFFDE94C: 48010831 bl 0xFFEF17C
- 9: MOVL $0xFFDE950, t8
- 10: PUTL t8, LR
- 11: JMPo-c $0xFFEF17C ($4)
-
-
-
-. 3537 FFDE944 12
-. 81 3E 80 08 80 69 00 00 48 01 08 31
-==== BB 3538 (0xFFEF17C) approx BBs exec'd 0 ====
-
- 0xFFEF17C: 3960000C li r11,12
- 0: MOVL $0xC, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0xFFEF180: 4BFFFFBC b 0xFFEF13C
- 3: JMPo $0xFFEF13C ($4)
-
-
-
-. 3538 FFEF17C 8
-. 39 60 00 0C 4B FF FF BC
-==== BB 3539 (0xFFEF13C) approx BBs exec'd 0 ====
-
- 0xFFEF13C: 556C083C rlwinm r12,r11,1,0,30
- 0: GETL R11, t0
- 1: SHLL $0x1, t0
- 2: PUTL t0, R12
- 3: INCEIPL $4
-
- 0xFFEF140: 7D6C5A14 add r11,r12,r11
- 4: GETL R12, t2
- 5: GETL R11, t4
- 6: ADDL t2, t4
- 7: PUTL t4, R11
- 8: INCEIPL $4
-
- 0xFFEF144: 3980AF5C li r12,-20644
- 9: MOVL $0xFFFFAF5C, t6
- 10: PUTL t6, R12
- 11: INCEIPL $4
-
- 0xFFEF148: 3D8C2548 addis r12,r12,9544
- 12: MOVL $0x2547AF5C, t8
- 13: PUTL t8, R12
- 14: INCEIPL $4
-
- 0xFFEF14C: 7D8903A6 mtctr r12
- 15: GETL R12, t10
- 16: PUTL t10, CTR
- 17: INCEIPL $4
-
- 0xFFEF150: 39808040 li r12,-32704
- 18: MOVL $0xFFFF8040, t12
- 19: PUTL t12, R12
- 20: INCEIPL $4
-
- 0xFFEF154: 3D8C2547 addis r12,r12,9543
- 21: MOVL $0x25468040, t14
- 22: PUTL t14, R12
- 23: INCEIPL $4
-
- 0xFFEF158: 4E800420 bctr
- 24: GETL CTR, t16
- 25: JMPo t16 ($4)
-
-
-
-. 3539 FFEF13C 32
-. 55 6C 08 3C 7D 6C 5A 14 39 80 AF 5C 3D 8C 25 48 7D 89 03 A6 39 80 80 40 3D 8C 25 47 4E 80 04 20
-==== BB 3540 __cxa_finalize(0xFE93F44) approx BBs exec'd 0 ====
-
- 0xFE93F44: 9421FFD0 stwu r1,-48(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFD0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFE93F48: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFE93F4C: 48113F05 bl 0xFFA7E50
- 9: MOVL $0xFE93F50, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 3540 FE93F44 12
-. 94 21 FF D0 7C 08 02 A6 48 11 3F 05
-==== BB 3541 (0xFE93F50) approx BBs exec'd 0 ====
-
- 0xFE93F50: 93C10028 stw r30,40(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x28, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFE93F54: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFE93F58: 93810020 stw r28,32(r1)
- 8: GETL R28, t6
- 9: GETL R1, t8
- 10: ADDL $0x20, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFE93F5C: 90010034 stw r0,52(r1)
- 13: GETL R0, t10
- 14: GETL R1, t12
- 15: ADDL $0x34, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFE93F60: 7D800026 mfcr r12
- 18: GETL CR, t14
- 19: PUTL t14, R12
- 20: INCEIPL $4
-
- 0xFE93F64: 93210014 stw r25,20(r1)
- 21: GETL R25, t16
- 22: GETL R1, t18
- 23: ADDL $0x14, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFE93F68: 2E030000 cmpi cr4,r3,0
- 26: GETL R3, t20
- 27: CMP0L t20, t22 (-rSo)
- 28: ICRFL t22, $0x4, CR
- 29: INCEIPL $4
-
- 0xFE93F6C: 813E1AFC lwz r9,6908(r30)
- 30: GETL R30, t24
- 31: ADDL $0x1AFC, t24
- 32: LDL (t24), t26
- 33: PUTL t26, R9
- 34: INCEIPL $4
-
- 0xFE93F70: 7C791B78 or r25,r3,r3
- 35: GETL R3, t28
- 36: PUTL t28, R25
- 37: INCEIPL $4
-
- 0xFE93F74: 93010010 stw r24,16(r1)
- 38: GETL R24, t30
- 39: GETL R1, t32
- 40: ADDL $0x10, t32
- 41: STL t30, (t32)
- 42: INCEIPL $4
-
- 0xFE93F78: 83890000 lwz r28,0(r9)
- 43: GETL R9, t34
- 44: LDL (t34), t36
- 45: PUTL t36, R28
- 46: INCEIPL $4
-
- 0xFE93F7C: 93410018 stw r26,24(r1)
- 47: GETL R26, t38
- 48: GETL R1, t40
- 49: ADDL $0x18, t40
- 50: STL t38, (t40)
- 51: INCEIPL $4
-
- 0xFE93F80: 2F9C0000 cmpi cr7,r28,0
- 52: GETL R28, t42
- 53: CMP0L t42, t44 (-rSo)
- 54: ICRFL t44, $0x7, CR
- 55: INCEIPL $4
-
- 0xFE93F84: 9361001C stw r27,28(r1)
- 56: GETL R27, t46
- 57: GETL R1, t48
- 58: ADDL $0x1C, t48
- 59: STL t46, (t48)
- 60: INCEIPL $4
-
- 0xFE93F88: 93A10024 stw r29,36(r1)
- 61: GETL R29, t50
- 62: GETL R1, t52
- 63: ADDL $0x24, t52
- 64: STL t50, (t52)
- 65: INCEIPL $4
-
- 0xFE93F8C: 93E1002C stw r31,44(r1)
- 66: GETL R31, t54
- 67: GETL R1, t56
- 68: ADDL $0x2C, t56
- 69: STL t54, (t56)
- 70: INCEIPL $4
-
- 0xFE93F90: 9181000C stw r12,12(r1)
- 71: GETL R12, t58
- 72: GETL R1, t60
- 73: ADDL $0xC, t60
- 74: STL t58, (t60)
- 75: INCEIPL $4
-
- 0xFE93F94: 419E0088 bc 12,30,0xFE9401C
- 76: Js30o $0xFE9401C
-
-
-
-. 3541 FE93F50 72
-. 93 C1 00 28 7F C8 02 A6 93 81 00 20 90 01 00 34 7D 80 00 26 93 21 00 14 2E 03 00 00 81 3E 1A FC 7C 79 1B 78 93 01 00 10 83 89 00 00 93 41 00 18 2F 9C 00 00 93 61 00 1C 93 A1 00 24 93 E1 00 2C 91 81 00 0C 41 9E 00 88
-==== BB 3542 (0xFE93F98) approx BBs exec'd 0 ====
-
- 0xFE93F98: 80BC0004 lwz r5,4(r28)
- 0: GETL R28, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0xFE93F9C: 3BBC0008 addi r29,r28,8
- 5: GETL R28, t4
- 6: ADDL $0x8, t4
- 7: PUTL t4, R29
- 8: INCEIPL $4
-
- 0xFE93FA0: 54A42036 rlwinm r4,r5,4,0,27
- 9: GETL R5, t6
- 10: SHLL $0x4, t6
- 11: PUTL t6, R4
- 12: INCEIPL $4
-
- 0xFE93FA4: 7C64E214 add r3,r4,r28
- 13: GETL R4, t8
- 14: GETL R28, t10
- 15: ADDL t8, t10
- 16: PUTL t10, R3
- 17: INCEIPL $4
-
- 0xFE93FA8: 3BE3FFF8 addi r31,r3,-8
- 18: GETL R3, t12
- 19: ADDL $0xFFFFFFF8, t12
- 20: PUTL t12, R31
- 21: INCEIPL $4
-
- 0xFE93FAC: 7C1DF840 cmpl cr0,r29,r31
- 22: GETL R29, t14
- 23: GETL R31, t16
- 24: CMPUL t14, t16, t18 (-rSo)
- 25: ICRFL t18, $0x0, CR
- 26: INCEIPL $4
-
- 0xFE93FB0: 41810060 bc 12,1,0xFE94010
- 27: Js01o $0xFE94010
-
-
-
-. 3542 FE93F98 28
-. 80 BC 00 04 3B BC 00 08 54 A4 20 36 7C 64 E2 14 3B E3 FF F8 7C 1D F8 40 41 81 00 60
-==== BB 3543 (0xFE94010) approx BBs exec'd 0 ====
-
- 0xFE94010: 839C0000 lwz r28,0(r28)
- 0: GETL R28, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R28
- 3: INCEIPL $4
-
- 0xFE94014: 2F9C0000 cmpi cr7,r28,0
- 4: GETL R28, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x7, CR
- 7: INCEIPL $4
-
- 0xFE94018: 409EFF80 bc 4,30,0xFE93F98
- 8: Jc30o $0xFE93F98
-
-
-
-. 3543 FE94010 12
-. 83 9C 00 00 2F 9C 00 00 40 9E FF 80
-==== BB 3544 (0xFE9401C) approx BBs exec'd 0 ====
-
- 0xFE9401C: 40920098 bc 4,18,0xFE940B4
- 0: Jc18o $0xFE940B4
-
-
-
-. 3544 FE9401C 4
-. 40 92 00 98
-==== BB 3545 (0xFE940B4) approx BBs exec'd 0 ====
-
- 0xFE940B4: 81410034 lwz r10,52(r1)
- 0: GETL R1, t0
- 1: ADDL $0x34, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0xFE940B8: 7F23CB78 or r3,r25,r25
- 5: GETL R25, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFE940BC: 8101000C lwz r8,12(r1)
- 8: GETL R1, t6
- 9: ADDL $0xC, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R8
- 12: INCEIPL $4
-
- 0xFE940C0: 83C10028 lwz r30,40(r1)
- 13: GETL R1, t10
- 14: ADDL $0x28, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R30
- 17: INCEIPL $4
-
- 0xFE940C4: 7D4803A6 mtlr r10
- 18: GETL R10, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0xFE940C8: 83E1002C lwz r31,44(r1)
- 21: GETL R1, t16
- 22: ADDL $0x2C, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R31
- 25: INCEIPL $4
-
- 0xFE940CC: 7D008120 mtcrf 0x8,r8
- 26: GETL R8, t20
- 27: ICRFL t20, $0x4, CR
- 28: INCEIPL $4
-
- 0xFE940D0: 83010010 lwz r24,16(r1)
- 29: GETL R1, t22
- 30: ADDL $0x10, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R24
- 33: INCEIPL $4
-
- 0xFE940D4: 83210014 lwz r25,20(r1)
- 34: GETL R1, t26
- 35: ADDL $0x14, t26
- 36: LDL (t26), t28
- 37: PUTL t28, R25
- 38: INCEIPL $4
-
- 0xFE940D8: 83410018 lwz r26,24(r1)
- 39: GETL R1, t30
- 40: ADDL $0x18, t30
- 41: LDL (t30), t32
- 42: PUTL t32, R26
- 43: INCEIPL $4
-
- 0xFE940DC: 8361001C lwz r27,28(r1)
- 44: GETL R1, t34
- 45: ADDL $0x1C, t34
- 46: LDL (t34), t36
- 47: PUTL t36, R27
- 48: INCEIPL $4
-
- 0xFE940E0: 83810020 lwz r28,32(r1)
- 49: GETL R1, t38
- 50: ADDL $0x20, t38
- 51: LDL (t38), t40
- 52: PUTL t40, R28
- 53: INCEIPL $4
-
- 0xFE940E4: 83A10024 lwz r29,36(r1)
- 54: GETL R1, t42
- 55: ADDL $0x24, t42
- 56: LDL (t42), t44
- 57: PUTL t44, R29
- 58: INCEIPL $4
-
- 0xFE940E8: 38210030 addi r1,r1,48
- 59: GETL R1, t46
- 60: ADDL $0x30, t46
- 61: PUTL t46, R1
- 62: INCEIPL $4
-
- 0xFE940EC: 480ABD24 b 0xFF3FE10
- 63: JMPo $0xFF3FE10 ($4)
-
-
-
-. 3545 FE940B4 60
-. 81 41 00 34 7F 23 CB 78 81 01 00 0C 83 C1 00 28 7D 48 03 A6 83 E1 00 2C 7D 00 81 20 83 01 00 10 83 21 00 14 83 41 00 18 83 61 00 1C 83 81 00 20 83 A1 00 24 38 21 00 30 48 0A BD 24
-==== BB 3546 __unregister_atfork(0xFF3FE10) approx BBs exec'd 0 ====
-
- 0xFF3FE10: 9421FFD0 stwu r1,-48(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFD0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFF3FE14: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFF3FE18: 48068039 bl 0xFFA7E50
- 9: MOVL $0xFF3FE1C, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 3546 FF3FE10 12
-. 94 21 FF D0 7C 08 02 A6 48 06 80 39
-==== BB 3547 (0xFF3FE1C) approx BBs exec'd 0 ====
-
- 0xFF3FE1C: 93C10028 stw r30,40(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x28, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFF3FE20: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFF3FE24: 93010010 stw r24,16(r1)
- 8: GETL R24, t6
- 9: GETL R1, t8
- 10: ADDL $0x10, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFF3FE28: 90010034 stw r0,52(r1)
- 13: GETL R0, t10
- 14: GETL R1, t12
- 15: ADDL $0x34, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFF3FE2C: 93A10024 stw r29,36(r1)
- 18: GETL R29, t14
- 19: GETL R1, t16
- 20: ADDL $0x24, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0xFF3FE30: 831E1CD4 lwz r24,7380(r30)
- 23: GETL R30, t18
- 24: ADDL $0x1CD4, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R24
- 27: INCEIPL $4
-
- 0xFF3FE34: 93410018 stw r26,24(r1)
- 28: GETL R26, t22
- 29: GETL R1, t24
- 30: ADDL $0x18, t24
- 31: STL t22, (t24)
- 32: INCEIPL $4
-
- 0xFF3FE38: 7C7A1B78 or r26,r3,r3
- 33: GETL R3, t26
- 34: PUTL t26, R26
- 35: INCEIPL $4
-
- 0xFF3FE3C: 83B80000 lwz r29,0(r24)
- 36: GETL R24, t28
- 37: LDL (t28), t30
- 38: PUTL t30, R29
- 39: INCEIPL $4
-
- 0xFF3FE40: 9361001C stw r27,28(r1)
- 40: GETL R27, t32
- 41: GETL R1, t34
- 42: ADDL $0x1C, t34
- 43: STL t32, (t34)
- 44: INCEIPL $4
-
- 0xFF3FE44: 3B600000 li r27,0
- 45: MOVL $0x0, t36
- 46: PUTL t36, R27
- 47: INCEIPL $4
-
- 0xFF3FE48: 93E1002C stw r31,44(r1)
- 48: GETL R31, t38
- 49: GETL R1, t40
- 50: ADDL $0x2C, t40
- 51: STL t38, (t40)
- 52: INCEIPL $4
-
- 0xFF3FE4C: 7C3F0B78 or r31,r1,r1
- 53: GETL R1, t42
- 54: PUTL t42, R31
- 55: INCEIPL $4
-
- 0xFF3FE50: 93210014 stw r25,20(r1)
- 56: GETL R25, t44
- 57: GETL R1, t46
- 58: ADDL $0x14, t46
- 59: STL t44, (t46)
- 60: INCEIPL $4
-
- 0xFF3FE54: 93810020 stw r28,32(r1)
- 61: GETL R28, t48
- 62: GETL R1, t50
- 63: ADDL $0x20, t50
- 64: STL t48, (t50)
- 65: INCEIPL $4
-
- 0xFF3FE58: 48000018 b 0xFF3FE70
- 66: JMPo $0xFF3FE70 ($4)
-
-
-
-. 3547 FF3FE1C 64
-. 93 C1 00 28 7F C8 02 A6 93 01 00 10 90 01 00 34 93 A1 00 24 83 1E 1C D4 93 41 00 18 7C 7A 1B 78 83 B8 00 00 93 61 00 1C 3B 60 00 00 93 E1 00 2C 7C 3F 0B 78 93 21 00 14 93 81 00 20 48 00 00 18
-==== BB 3548 (0xFF3FE70) approx BBs exec'd 0 ====
-
- 0xFF3FE70: 2F1D0000 cmpi cr6,r29,0
- 0: GETL R29, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0xFF3FE74: 409AFFE8 bc 4,26,0xFF3FE5C
- 4: Jc26o $0xFF3FE5C
-
-
-
-. 3548 FF3FE70 8
-. 2F 1D 00 00 40 9A FF E8
-==== BB 3549 (0xFF3FE5C) approx BBs exec'd 0 ====
-
- 0xFF3FE5C: 807D0010 lwz r3,16(r29)
- 0: GETL R29, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFF3FE60: 7F83D000 cmp cr7,r3,r26
- 5: GETL R3, t4
- 6: GETL R26, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x7, CR
- 9: INCEIPL $4
-
- 0xFF3FE64: 419E0048 bc 12,30,0xFF3FEAC
- 10: Js30o $0xFF3FEAC
-
-
-
-. 3549 FF3FE5C 12
-. 80 7D 00 10 7F 83 D0 00 41 9E 00 48
-==== BB 3550 (0xFF3FE68) approx BBs exec'd 0 ====
-
- 0xFF3FE68: 7FBBEB78 or r27,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R27
- 2: INCEIPL $4
-
- 0xFF3FE6C: 83BD0000 lwz r29,0(r29)
- 3: GETL R29, t2
- 4: LDL (t2), t4
- 5: PUTL t4, R29
- 6: INCEIPL $4
-
- 0xFF3FE70: 2F1D0000 cmpi cr6,r29,0
- 7: GETL R29, t6
- 8: CMP0L t6, t8 (-rSo)
- 9: ICRFL t8, $0x6, CR
- 10: INCEIPL $4
-
- 0xFF3FE74: 409AFFE8 bc 4,26,0xFF3FE5C
- 11: Jc26o $0xFF3FE5C
-
-
-
-. 3550 FF3FE68 16
-. 7F BB EB 78 83 BD 00 00 2F 1D 00 00 40 9A FF E8
-==== BB 3551 (0xFF3FE78) approx BBs exec'd 0 ====
-
- 0xFF3FE78: 80610000 lwz r3,0(r1)
- 0: GETL R1, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0xFF3FE7C: 83830004 lwz r28,4(r3)
- 4: GETL R3, t4
- 5: ADDL $0x4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R28
- 8: INCEIPL $4
-
- 0xFF3FE80: 8303FFE0 lwz r24,-32(r3)
- 9: GETL R3, t8
- 10: ADDL $0xFFFFFFE0, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R24
- 13: INCEIPL $4
-
- 0xFF3FE84: 7F8803A6 mtlr r28
- 14: GETL R28, t12
- 15: PUTL t12, LR
- 16: INCEIPL $4
-
- 0xFF3FE88: 8323FFE4 lwz r25,-28(r3)
- 17: GETL R3, t14
- 18: ADDL $0xFFFFFFE4, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R25
- 21: INCEIPL $4
-
- 0xFF3FE8C: 8343FFE8 lwz r26,-24(r3)
- 22: GETL R3, t18
- 23: ADDL $0xFFFFFFE8, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R26
- 26: INCEIPL $4
-
- 0xFF3FE90: 8363FFEC lwz r27,-20(r3)
- 27: GETL R3, t22
- 28: ADDL $0xFFFFFFEC, t22
- 29: LDL (t22), t24
- 30: PUTL t24, R27
- 31: INCEIPL $4
-
- 0xFF3FE94: 8383FFF0 lwz r28,-16(r3)
- 32: GETL R3, t26
- 33: ADDL $0xFFFFFFF0, t26
- 34: LDL (t26), t28
- 35: PUTL t28, R28
- 36: INCEIPL $4
-
- 0xFF3FE98: 83A3FFF4 lwz r29,-12(r3)
- 37: GETL R3, t30
- 38: ADDL $0xFFFFFFF4, t30
- 39: LDL (t30), t32
- 40: PUTL t32, R29
- 41: INCEIPL $4
-
- 0xFF3FE9C: 83C3FFF8 lwz r30,-8(r3)
- 42: GETL R3, t34
- 43: ADDL $0xFFFFFFF8, t34
- 44: LDL (t34), t36
- 45: PUTL t36, R30
- 46: INCEIPL $4
-
- 0xFF3FEA0: 83E3FFFC lwz r31,-4(r3)
- 47: GETL R3, t38
- 48: ADDL $0xFFFFFFFC, t38
- 49: LDL (t38), t40
- 50: PUTL t40, R31
- 51: INCEIPL $4
-
- 0xFF3FEA4: 7C611B78 or r1,r3,r3
- 52: GETL R3, t42
- 53: PUTL t42, R1
- 54: INCEIPL $4
-
- 0xFF3FEA8: 4E800020 blr
- 55: GETL LR, t44
- 56: JMPo-r t44 ($4)
-
-
-
-. 3551 FF3FE78 52
-. 80 61 00 00 83 83 00 04 83 03 FF E0 7F 88 03 A6 83 23 FF E4 83 43 FF E8 83 63 FF EC 83 83 FF F0 83 A3 FF F4 83 C3 FF F8 83 E3 FF FC 7C 61 1B 78 4E 80 00 20
-==== BB 3552 (0xFFDE950) approx BBs exec'd 0 ====
-
- 0xFFDE950: 83FE800C lwz r31,-32756(r30)
- 0: GETL R30, t0
- 1: ADDL $0xFFFF800C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R31
- 4: INCEIPL $4
-
- 0xFFDE954: 48000014 b 0xFFDE968
- 5: JMPo $0xFFDE968 ($4)
-
-
-
-. 3552 FFDE950 8
-. 83 FE 80 0C 48 00 00 14
-==== BB 3553 (0xFFDE968) approx BBs exec'd 0 ====
-
- 0xFFDE968: 813F0000 lwz r9,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0xFFDE96C: 81690000 lwz r11,0(r9)
- 4: GETL R9, t4
- 5: LDL (t4), t6
- 6: PUTL t6, R11
- 7: INCEIPL $4
-
- 0xFFDE970: 2F8B0000 cmpi cr7,r11,0
- 8: GETL R11, t8
- 9: CMP0L t8, t10 (-rSo)
- 10: ICRFL t10, $0x7, CR
- 11: INCEIPL $4
-
- 0xFFDE974: 409EFFE4 bc 4,30,0xFFDE958
- 12: Jc30o $0xFFDE958
-
-
-
-. 3553 FFDE968 16
-. 81 3F 00 00 81 69 00 00 2F 8B 00 00 40 9E FF E4
-==== BB 3554 (0xFFDE978) approx BBs exec'd 0 ====
-
- 0xFFDE978: 813E8000 lwz r9,-32768(r30)
- 0: GETL R30, t0
- 1: ADDL $0xFFFF8000, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFFDE97C: 38000001 li r0,1
- 5: MOVL $0x1, t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0xFFDE980: 98090000 stb r0,0(r9)
- 8: GETL R0, t6
- 9: GETL R9, t8
- 10: STB t6, (t8)
- 11: INCEIPL $4
-
- 0xFFDE984: 80010014 lwz r0,20(r1)
- 12: GETL R1, t10
- 13: ADDL $0x14, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R0
- 16: INCEIPL $4
-
- 0xFFDE988: 83C10008 lwz r30,8(r1)
- 17: GETL R1, t14
- 18: ADDL $0x8, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R30
- 21: INCEIPL $4
-
- 0xFFDE98C: 83E1000C lwz r31,12(r1)
- 22: GETL R1, t18
- 23: ADDL $0xC, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R31
- 26: INCEIPL $4
-
- 0xFFDE990: 7C0803A6 mtlr r0
- 27: GETL R0, t22
- 28: PUTL t22, LR
- 29: INCEIPL $4
-
- 0xFFDE994: 38210010 addi r1,r1,16
- 30: GETL R1, t24
- 31: ADDL $0x10, t24
- 32: PUTL t24, R1
- 33: INCEIPL $4
-
- 0xFFDE998: 4E800020 blr
- 34: GETL LR, t26
- 35: JMPo-r t26 ($4)
-
-
-
-. 3554 FFDE978 36
-. 81 3E 80 00 38 00 00 01 98 09 00 00 80 01 00 14 83 C1 00 08 83 E1 00 0C 7C 08 03 A6 38 21 00 10 4E 80 00 20
-==== BB 3555 (0xFFDEF90) approx BBs exec'd 0 ====
-
- 0xFFDEF90: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFFDEF94: 7C0803A6 mtlr r0
- 5: GETL R0, t4
- 6: PUTL t4, LR
- 7: INCEIPL $4
-
- 0xFFDEF98: 38210010 addi r1,r1,16
- 8: GETL R1, t6
- 9: ADDL $0x10, t6
- 10: PUTL t6, R1
- 11: INCEIPL $4
-
- 0xFFDEF9C: 4E800020 blr
- 12: GETL LR, t8
- 13: JMPo-r t8 ($4)
-
-
-
-. 3555 FFDEF90 16
-. 80 01 00 14 7C 08 03 A6 38 21 00 10 4E 80 00 20
-==== BB 3556 (0x2547BE74) approx BBs exec'd 0 ====
-
- 0x2547BE74: 811C0178 lwz r8,376(r28)
- 0: GETL R28, t0
- 1: ADDL $0x178, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x2547BE78: 3968FFFF addi r11,r8,-1
- 5: GETL R8, t4
- 6: ADDL $0xFFFFFFFF, t4
- 7: PUTL t4, R11
- 8: INCEIPL $4
-
- 0x2547BE7C: 917C0178 stw r11,376(r28)
- 9: GETL R11, t6
- 10: GETL R28, t8
- 11: ADDL $0x178, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x2547BE80: 4BFFFEE0 b 0x2547BD60
- 14: JMPo $0x2547BD60 ($4)
-
-
-
-. 3556 2547BE74 16
-. 81 1C 01 78 39 68 FF FF 91 7C 01 78 4B FF FE E0
-==== BB 3557 (0x2547BD60) approx BBs exec'd 0 ====
-
- 0x2547BD60: 3B5A0001 addi r26,r26,1
- 0: GETL R26, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R26
- 3: INCEIPL $4
-
- 0x2547BD64: 7F9A9840 cmpl cr7,r26,r19
- 4: GETL R26, t2
- 5: GETL R19, t4
- 6: CMPUL t2, t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x2547BD68: 419CFFD8 bc 12,28,0x2547BD40
- 9: Js28o $0x2547BD40
-
-
-
-. 3557 2547BD60 12
-. 3B 5A 00 01 7F 9A 98 40 41 9C FF D8
-==== BB 3558 (0xEE87878) approx BBs exec'd 0 ====
-
- 0xEE87878: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xEE8787C: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xEE87880: 90010014 stw r0,20(r1)
- 9: GETL R0, t6
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xEE87884: 4BFFA7B5 bl 0xEE82038
- 14: MOVL $0xEE87888, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0xEE82038 ($4)
-
-
-
-. 3558 EE87878 16
-. 94 21 FF F0 7C 08 02 A6 90 01 00 14 4B FF A7 B5
-==== BB 3559 (0xEE82038) approx BBs exec'd 0 ====
-
- 0xEE82038: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xEE8203C: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xEE82040: 429F0005 bcl 20,31,0xEE82044
- 9: MOVL $0xEE82044, t6
- 10: PUTL t6, LR
- 11: INCEIPL $4
-
- 0xEE82044: 93C10008 stw r30,8(r1)
- 12: GETL R30, t8
- 13: GETL R1, t10
- 14: ADDL $0x8, t10
- 15: STL t8, (t10)
- 16: INCEIPL $4
-
- 0xEE82048: 7FC802A6 mflr r30
- 17: GETL LR, t12
- 18: PUTL t12, R30
- 19: INCEIPL $4
-
- 0xEE8204C: 93E1000C stw r31,12(r1)
- 20: GETL R31, t14
- 21: GETL R1, t16
- 22: ADDL $0xC, t16
- 23: STL t14, (t16)
- 24: INCEIPL $4
-
- 0xEE82050: 90010014 stw r0,20(r1)
- 25: GETL R0, t18
- 26: GETL R1, t20
- 27: ADDL $0x14, t20
- 28: STL t18, (t20)
- 29: INCEIPL $4
-
- 0xEE82054: 801EFFF0 lwz r0,-16(r30)
- 30: GETL R30, t22
- 31: ADDL $0xFFFFFFF0, t22
- 32: LDL (t22), t24
- 33: PUTL t24, R0
- 34: INCEIPL $4
-
- 0xEE82058: 7FC0F214 add r30,r0,r30
- 35: GETL R0, t26
- 36: GETL R30, t28
- 37: ADDL t26, t28
- 38: PUTL t28, R30
- 39: INCEIPL $4
-
- 0xEE8205C: 813E8000 lwz r9,-32768(r30)
- 40: GETL R30, t30
- 41: ADDL $0xFFFF8000, t30
- 42: LDL (t30), t32
- 43: PUTL t32, R9
- 44: INCEIPL $4
-
- 0xEE82060: 88090000 lbz r0,0(r9)
- 45: GETL R9, t34
- 46: LDB (t34), t36
- 47: PUTL t36, R0
- 48: INCEIPL $4
-
- 0xEE82064: 2F800000 cmpi cr7,r0,0
- 49: GETL R0, t38
- 50: CMP0L t38, t40 (-rSo)
- 51: ICRFL t40, $0x7, CR
- 52: INCEIPL $4
-
- 0xEE82068: 409E0050 bc 4,30,0xEE820B8
- 53: Jc30o $0xEE820B8
-
-
-
-. 3559 EE82038 52
-. 94 21 FF F0 7C 08 02 A6 42 9F 00 05 93 C1 00 08 7F C8 02 A6 93 E1 00 0C 90 01 00 14 80 1E FF F0 7F C0 F2 14 81 3E 80 00 88 09 00 00 2F 80 00 00 40 9E 00 50
-==== BB 3560 (0xEE8206C) approx BBs exec'd 0 ====
-
- 0xEE8206C: 801E8004 lwz r0,-32764(r30)
- 0: GETL R30, t0
- 1: ADDL $0xFFFF8004, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xEE82070: 2F800000 cmpi cr7,r0,0
- 5: GETL R0, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0xEE82074: 419E0010 bc 12,30,0xEE82084
- 9: Js30o $0xEE82084
-
-
-
-. 3560 EE8206C 12
-. 80 1E 80 04 2F 80 00 00 41 9E 00 10
-==== BB 3561 (0xEE82078) approx BBs exec'd 0 ====
-
- 0xEE82078: 813E8008 lwz r9,-32760(r30)
- 0: GETL R30, t0
- 1: ADDL $0xFFFF8008, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xEE8207C: 80690000 lwz r3,0(r9)
- 5: GETL R9, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R3
- 8: INCEIPL $4
-
- 0xEE82080: 48016361 bl 0xEE983E0
- 9: MOVL $0xEE82084, t8
- 10: PUTL t8, LR
- 11: JMPo-c $0xEE983E0 ($4)
-
-
-
-. 3561 EE82078 12
-. 81 3E 80 08 80 69 00 00 48 01 63 61
-==== BB 3562 (0xEE983E0) approx BBs exec'd 0 ====
-
- 0xEE983E0: 396000F0 li r11,240
- 0: MOVL $0xF0, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0xEE983E4: 4BFFFDF4 b 0xEE981D8
- 3: JMPo $0xEE981D8 ($4)
-
-
-
-. 3562 EE983E0 8
-. 39 60 00 F0 4B FF FD F4
-==== BB 3563 (0xEE981D8) approx BBs exec'd 0 ====
-
- 0xEE981D8: 556C083C rlwinm r12,r11,1,0,30
- 0: GETL R11, t0
- 1: SHLL $0x1, t0
- 2: PUTL t0, R12
- 3: INCEIPL $4
-
- 0xEE981DC: 7D6C5A14 add r11,r12,r11
- 4: GETL R12, t2
- 5: GETL R11, t4
- 6: ADDL t2, t4
- 7: PUTL t4, R11
- 8: INCEIPL $4
-
- 0xEE981E0: 3980AF5C li r12,-20644
- 9: MOVL $0xFFFFAF5C, t6
- 10: PUTL t6, R12
- 11: INCEIPL $4
-
- 0xEE981E4: 3D8C2548 addis r12,r12,9544
- 12: MOVL $0x2547AF5C, t8
- 13: PUTL t8, R12
- 14: INCEIPL $4
-
- 0xEE981E8: 7D8903A6 mtctr r12
- 15: GETL R12, t10
- 16: PUTL t10, CTR
- 17: INCEIPL $4
-
- 0xEE981EC: 39808328 li r12,-31960
- 18: MOVL $0xFFFF8328, t12
- 19: PUTL t12, R12
- 20: INCEIPL $4
-
- 0xEE981F0: 3D8C2547 addis r12,r12,9543
- 21: MOVL $0x25468328, t14
- 22: PUTL t14, R12
- 23: INCEIPL $4
-
- 0xEE981F4: 4E800420 bctr
- 24: GETL CTR, t16
- 25: JMPo t16 ($4)
-
-
-
-. 3563 EE981D8 32
-. 55 6C 08 3C 7D 6C 5A 14 39 80 AF 5C 3D 8C 25 48 7D 89 03 A6 39 80 83 28 3D 8C 25 47 4E 80 04 20
-==== BB 3564 (0xEE82084) approx BBs exec'd 0 ====
-
- 0xEE82084: 83FE800C lwz r31,-32756(r30)
- 0: GETL R30, t0
- 1: ADDL $0xFFFF800C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R31
- 4: INCEIPL $4
-
- 0xEE82088: 48000014 b 0xEE8209C
- 5: JMPo $0xEE8209C ($4)
-
-
-
-. 3564 EE82084 8
-. 83 FE 80 0C 48 00 00 14
-==== BB 3565 (0xEE8209C) approx BBs exec'd 0 ====
-
- 0xEE8209C: 813F0000 lwz r9,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0xEE820A0: 81690000 lwz r11,0(r9)
- 4: GETL R9, t4
- 5: LDL (t4), t6
- 6: PUTL t6, R11
- 7: INCEIPL $4
-
- 0xEE820A4: 2F8B0000 cmpi cr7,r11,0
- 8: GETL R11, t8
- 9: CMP0L t8, t10 (-rSo)
- 10: ICRFL t10, $0x7, CR
- 11: INCEIPL $4
-
- 0xEE820A8: 409EFFE4 bc 4,30,0xEE8208C
- 12: Jc30o $0xEE8208C
-
-
-
-. 3565 EE8209C 16
-. 81 3F 00 00 81 69 00 00 2F 8B 00 00 40 9E FF E4
-==== BB 3566 (0xEE820AC) approx BBs exec'd 0 ====
-
- 0xEE820AC: 813E8000 lwz r9,-32768(r30)
- 0: GETL R30, t0
- 1: ADDL $0xFFFF8000, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xEE820B0: 38000001 li r0,1
- 5: MOVL $0x1, t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0xEE820B4: 98090000 stb r0,0(r9)
- 8: GETL R0, t6
- 9: GETL R9, t8
- 10: STB t6, (t8)
- 11: INCEIPL $4
-
- 0xEE820B8: 80010014 lwz r0,20(r1)
- 12: GETL R1, t10
- 13: ADDL $0x14, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R0
- 16: INCEIPL $4
-
- 0xEE820BC: 83C10008 lwz r30,8(r1)
- 17: GETL R1, t14
- 18: ADDL $0x8, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R30
- 21: INCEIPL $4
-
- 0xEE820C0: 83E1000C lwz r31,12(r1)
- 22: GETL R1, t18
- 23: ADDL $0xC, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R31
- 26: INCEIPL $4
-
- 0xEE820C4: 7C0803A6 mtlr r0
- 27: GETL R0, t22
- 28: PUTL t22, LR
- 29: INCEIPL $4
-
- 0xEE820C8: 38210010 addi r1,r1,16
- 30: GETL R1, t24
- 31: ADDL $0x10, t24
- 32: PUTL t24, R1
- 33: INCEIPL $4
-
- 0xEE820CC: 4E800020 blr
- 34: GETL LR, t26
- 35: JMPo-r t26 ($4)
-
-
-
-. 3566 EE820AC 36
-. 81 3E 80 00 38 00 00 01 98 09 00 00 80 01 00 14 83 C1 00 08 83 E1 00 0C 7C 08 03 A6 38 21 00 10 4E 80 00 20
-==== BB 3567 (0xEE87888) approx BBs exec'd 0 ====
-
- 0xEE87888: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xEE8788C: 7C0803A6 mtlr r0
- 5: GETL R0, t4
- 6: PUTL t4, LR
- 7: INCEIPL $4
-
- 0xEE87890: 38210010 addi r1,r1,16
- 8: GETL R1, t6
- 9: ADDL $0x10, t6
- 10: PUTL t6, R1
- 11: INCEIPL $4
-
- 0xEE87894: 4E800020 blr
- 12: GETL LR, t8
- 13: JMPo-r t8 ($4)
-
-
-
-. 3567 EE87888 16
-. 80 01 00 14 7C 08 03 A6 38 21 00 10 4E 80 00 20
-==== BB 3568 (0xEE3D124) approx BBs exec'd 0 ====
-
- 0xEE3D124: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xEE3D128: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xEE3D12C: 90010014 stw r0,20(r1)
- 9: GETL R0, t6
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xEE3D130: 4BFF7161 bl 0xEE34290
- 14: MOVL $0xEE3D134, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0xEE34290 ($4)
-
-
-
-. 3568 EE3D124 16
-. 94 21 FF F0 7C 08 02 A6 90 01 00 14 4B FF 71 61
-==== BB 3569 (0xEE34290) approx BBs exec'd 0 ====
-
- 0xEE34290: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xEE34294: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xEE34298: 429F0005 bcl 20,31,0xEE3429C
- 9: MOVL $0xEE3429C, t6
- 10: PUTL t6, LR
- 11: INCEIPL $4
-
- 0xEE3429C: 93C10008 stw r30,8(r1)
- 12: GETL R30, t8
- 13: GETL R1, t10
- 14: ADDL $0x8, t10
- 15: STL t8, (t10)
- 16: INCEIPL $4
-
- 0xEE342A0: 7FC802A6 mflr r30
- 17: GETL LR, t12
- 18: PUTL t12, R30
- 19: INCEIPL $4
-
- 0xEE342A4: 93E1000C stw r31,12(r1)
- 20: GETL R31, t14
- 21: GETL R1, t16
- 22: ADDL $0xC, t16
- 23: STL t14, (t16)
- 24: INCEIPL $4
-
- 0xEE342A8: 90010014 stw r0,20(r1)
- 25: GETL R0, t18
- 26: GETL R1, t20
- 27: ADDL $0x14, t20
- 28: STL t18, (t20)
- 29: INCEIPL $4
-
- 0xEE342AC: 801EFFF0 lwz r0,-16(r30)
- 30: GETL R30, t22
- 31: ADDL $0xFFFFFFF0, t22
- 32: LDL (t22), t24
- 33: PUTL t24, R0
- 34: INCEIPL $4
-
- 0xEE342B0: 7FC0F214 add r30,r0,r30
- 35: GETL R0, t26
- 36: GETL R30, t28
- 37: ADDL t26, t28
- 38: PUTL t28, R30
- 39: INCEIPL $4
-
- 0xEE342B4: 813E8000 lwz r9,-32768(r30)
- 40: GETL R30, t30
- 41: ADDL $0xFFFF8000, t30
- 42: LDL (t30), t32
- 43: PUTL t32, R9
- 44: INCEIPL $4
-
- 0xEE342B8: 88090000 lbz r0,0(r9)
- 45: GETL R9, t34
- 46: LDB (t34), t36
- 47: PUTL t36, R0
- 48: INCEIPL $4
-
- 0xEE342BC: 2F800000 cmpi cr7,r0,0
- 49: GETL R0, t38
- 50: CMP0L t38, t40 (-rSo)
- 51: ICRFL t40, $0x7, CR
- 52: INCEIPL $4
-
- 0xEE342C0: 409E0050 bc 4,30,0xEE34310
- 53: Jc30o $0xEE34310
-
-
-
-. 3569 EE34290 52
-. 94 21 FF F0 7C 08 02 A6 42 9F 00 05 93 C1 00 08 7F C8 02 A6 93 E1 00 0C 90 01 00 14 80 1E FF F0 7F C0 F2 14 81 3E 80 00 88 09 00 00 2F 80 00 00 40 9E 00 50
-==== BB 3570 (0xEE342C4) approx BBs exec'd 0 ====
-
- 0xEE342C4: 801E8004 lwz r0,-32764(r30)
- 0: GETL R30, t0
- 1: ADDL $0xFFFF8004, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xEE342C8: 2F800000 cmpi cr7,r0,0
- 5: GETL R0, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0xEE342CC: 419E0010 bc 12,30,0xEE342DC
- 9: Js30o $0xEE342DC
-
-
-
-. 3570 EE342C4 12
-. 80 1E 80 04 2F 80 00 00 41 9E 00 10
-==== BB 3571 (0xEE342D0) approx BBs exec'd 0 ====
-
- 0xEE342D0: 813E8008 lwz r9,-32760(r30)
- 0: GETL R30, t0
- 1: ADDL $0xFFFF8008, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xEE342D4: 80690000 lwz r3,0(r9)
- 5: GETL R9, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R3
- 8: INCEIPL $4
-
- 0xEE342D8: 4801B805 bl 0xEE4FADC
- 9: MOVL $0xEE342DC, t8
- 10: PUTL t8, LR
- 11: JMPo-c $0xEE4FADC ($4)
-
-
-
-. 3571 EE342D0 12
-. 81 3E 80 08 80 69 00 00 48 01 B8 05
-==== BB 3572 (0xEE4FADC) approx BBs exec'd 0 ====
-
- 0xEE4FADC: 39600070 li r11,112
- 0: MOVL $0x70, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0xEE4FAE0: 4BFFFEF4 b 0xEE4F9D4
- 3: JMPo $0xEE4F9D4 ($4)
-
-
-
-. 3572 EE4FADC 8
-. 39 60 00 70 4B FF FE F4
-==== BB 3573 (0xEE342DC) approx BBs exec'd 0 ====
-
- 0xEE342DC: 83FE800C lwz r31,-32756(r30)
- 0: GETL R30, t0
- 1: ADDL $0xFFFF800C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R31
- 4: INCEIPL $4
-
- 0xEE342E0: 48000014 b 0xEE342F4
- 5: JMPo $0xEE342F4 ($4)
-
-
-
-. 3573 EE342DC 8
-. 83 FE 80 0C 48 00 00 14
-==== BB 3574 (0xEE342F4) approx BBs exec'd 0 ====
-
- 0xEE342F4: 813F0000 lwz r9,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0xEE342F8: 81690000 lwz r11,0(r9)
- 4: GETL R9, t4
- 5: LDL (t4), t6
- 6: PUTL t6, R11
- 7: INCEIPL $4
-
- 0xEE342FC: 2F8B0000 cmpi cr7,r11,0
- 8: GETL R11, t8
- 9: CMP0L t8, t10 (-rSo)
- 10: ICRFL t10, $0x7, CR
- 11: INCEIPL $4
-
- 0xEE34300: 409EFFE4 bc 4,30,0xEE342E4
- 12: Jc30o $0xEE342E4
-
-
-
-. 3574 EE342F4 16
-. 81 3F 00 00 81 69 00 00 2F 8B 00 00 40 9E FF E4
-==== BB 3575 (0xEE34304) approx BBs exec'd 0 ====
-
- 0xEE34304: 813E8000 lwz r9,-32768(r30)
- 0: GETL R30, t0
- 1: ADDL $0xFFFF8000, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xEE34308: 38000001 li r0,1
- 5: MOVL $0x1, t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0xEE3430C: 98090000 stb r0,0(r9)
- 8: GETL R0, t6
- 9: GETL R9, t8
- 10: STB t6, (t8)
- 11: INCEIPL $4
-
- 0xEE34310: 80010014 lwz r0,20(r1)
- 12: GETL R1, t10
- 13: ADDL $0x14, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R0
- 16: INCEIPL $4
-
- 0xEE34314: 83C10008 lwz r30,8(r1)
- 17: GETL R1, t14
- 18: ADDL $0x8, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R30
- 21: INCEIPL $4
-
- 0xEE34318: 83E1000C lwz r31,12(r1)
- 22: GETL R1, t18
- 23: ADDL $0xC, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R31
- 26: INCEIPL $4
-
- 0xEE3431C: 7C0803A6 mtlr r0
- 27: GETL R0, t22
- 28: PUTL t22, LR
- 29: INCEIPL $4
-
- 0xEE34320: 38210010 addi r1,r1,16
- 30: GETL R1, t24
- 31: ADDL $0x10, t24
- 32: PUTL t24, R1
- 33: INCEIPL $4
-
- 0xEE34324: 4E800020 blr
- 34: GETL LR, t26
- 35: JMPo-r t26 ($4)
-
-
-
-. 3575 EE34304 36
-. 81 3E 80 00 38 00 00 01 98 09 00 00 80 01 00 14 83 C1 00 08 83 E1 00 0C 7C 08 03 A6 38 21 00 10 4E 80 00 20
-==== BB 3576 (0xEE3D134) approx BBs exec'd 0 ====
-
- 0xEE3D134: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xEE3D138: 7C0803A6 mtlr r0
- 5: GETL R0, t4
- 6: PUTL t4, LR
- 7: INCEIPL $4
-
- 0xEE3D13C: 38210010 addi r1,r1,16
- 8: GETL R1, t6
- 9: ADDL $0x10, t6
- 10: PUTL t6, R1
- 11: INCEIPL $4
-
- 0xEE3D140: 4E800020 blr
- 12: GETL LR, t8
- 13: JMPo-r t8 ($4)
-
-
-
-. 3576 EE3D134 16
-. 80 01 00 14 7C 08 03 A6 38 21 00 10 4E 80 00 20
-==== BB 3577 (0xFFB1EC0) approx BBs exec'd 0 ====
-
- 0xFFB1EC0: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFFB1EC4: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFFB1EC8: 90010014 stw r0,20(r1)
- 9: GETL R0, t6
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFFB1ECC: 4BFFEED5 bl 0xFFB0DA0
- 14: MOVL $0xFFB1ED0, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0xFFB0DA0 ($4)
-
-
-
-. 3577 FFB1EC0 16
-. 94 21 FF F0 7C 08 02 A6 90 01 00 14 4B FF EE D5
-==== BB 3578 (0xFFB0DA0) approx BBs exec'd 0 ====
-
- 0xFFB0DA0: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFFB0DA4: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFFB0DA8: 429F0005 bcl 20,31,0xFFB0DAC
- 9: MOVL $0xFFB0DAC, t6
- 10: PUTL t6, LR
- 11: INCEIPL $4
-
- 0xFFB0DAC: 93C10008 stw r30,8(r1)
- 12: GETL R30, t8
- 13: GETL R1, t10
- 14: ADDL $0x8, t10
- 15: STL t8, (t10)
- 16: INCEIPL $4
-
- 0xFFB0DB0: 7FC802A6 mflr r30
- 17: GETL LR, t12
- 18: PUTL t12, R30
- 19: INCEIPL $4
-
- 0xFFB0DB4: 93E1000C stw r31,12(r1)
- 20: GETL R31, t14
- 21: GETL R1, t16
- 22: ADDL $0xC, t16
- 23: STL t14, (t16)
- 24: INCEIPL $4
-
- 0xFFB0DB8: 90010014 stw r0,20(r1)
- 25: GETL R0, t18
- 26: GETL R1, t20
- 27: ADDL $0x14, t20
- 28: STL t18, (t20)
- 29: INCEIPL $4
-
- 0xFFB0DBC: 801EFFF0 lwz r0,-16(r30)
- 30: GETL R30, t22
- 31: ADDL $0xFFFFFFF0, t22
- 32: LDL (t22), t24
- 33: PUTL t24, R0
- 34: INCEIPL $4
-
- 0xFFB0DC0: 7FC0F214 add r30,r0,r30
- 35: GETL R0, t26
- 36: GETL R30, t28
- 37: ADDL t26, t28
- 38: PUTL t28, R30
- 39: INCEIPL $4
-
- 0xFFB0DC4: 813E8000 lwz r9,-32768(r30)
- 40: GETL R30, t30
- 41: ADDL $0xFFFF8000, t30
- 42: LDL (t30), t32
- 43: PUTL t32, R9
- 44: INCEIPL $4
-
- 0xFFB0DC8: 88090000 lbz r0,0(r9)
- 45: GETL R9, t34
- 46: LDB (t34), t36
- 47: PUTL t36, R0
- 48: INCEIPL $4
-
- 0xFFB0DCC: 2F800000 cmpi cr7,r0,0
- 49: GETL R0, t38
- 50: CMP0L t38, t40 (-rSo)
- 51: ICRFL t40, $0x7, CR
- 52: INCEIPL $4
-
- 0xFFB0DD0: 409E0050 bc 4,30,0xFFB0E20
- 53: Jc30o $0xFFB0E20
-
-
-
-. 3578 FFB0DA0 52
-. 94 21 FF F0 7C 08 02 A6 42 9F 00 05 93 C1 00 08 7F C8 02 A6 93 E1 00 0C 90 01 00 14 80 1E FF F0 7F C0 F2 14 81 3E 80 00 88 09 00 00 2F 80 00 00 40 9E 00 50
-==== BB 3579 (0xFFB0DD4) approx BBs exec'd 0 ====
-
- 0xFFB0DD4: 801E8004 lwz r0,-32764(r30)
- 0: GETL R30, t0
- 1: ADDL $0xFFFF8004, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFFB0DD8: 2F800000 cmpi cr7,r0,0
- 5: GETL R0, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0xFFB0DDC: 419E0010 bc 12,30,0xFFB0DEC
- 9: Js30o $0xFFB0DEC
-
-
-
-. 3579 FFB0DD4 12
-. 80 1E 80 04 2F 80 00 00 41 9E 00 10
-==== BB 3580 (0xFFB0DE0) approx BBs exec'd 0 ====
-
- 0xFFB0DE0: 813E8008 lwz r9,-32760(r30)
- 0: GETL R30, t0
- 1: ADDL $0xFFFF8008, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFFB0DE4: 80690000 lwz r3,0(r9)
- 5: GETL R9, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R3
- 8: INCEIPL $4
-
- 0xFFB0DE8: 4801235D bl 0xFFC3144
- 9: MOVL $0xFFB0DEC, t8
- 10: PUTL t8, LR
- 11: JMPo-c $0xFFC3144 ($4)
-
-
-
-. 3580 FFB0DE0 12
-. 81 3E 80 08 80 69 00 00 48 01 23 5D
-==== BB 3581 (0xFFC3144) approx BBs exec'd 0 ====
-
- 0xFFC3144: 39600028 li r11,40
- 0: MOVL $0x28, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0xFFC3148: 4BFFFF84 b 0xFFC30CC
- 3: JMPo $0xFFC30CC ($4)
-
-
-
-. 3581 FFC3144 8
-. 39 60 00 28 4B FF FF 84
-==== BB 3582 (0xFFC30CC) approx BBs exec'd 0 ====
-
- 0xFFC30CC: 556C083C rlwinm r12,r11,1,0,30
- 0: GETL R11, t0
- 1: SHLL $0x1, t0
- 2: PUTL t0, R12
- 3: INCEIPL $4
-
- 0xFFC30D0: 7D6C5A14 add r11,r12,r11
- 4: GETL R12, t2
- 5: GETL R11, t4
- 6: ADDL t2, t4
- 7: PUTL t4, R11
- 8: INCEIPL $4
-
- 0xFFC30D4: 3980AF5C li r12,-20644
- 9: MOVL $0xFFFFAF5C, t6
- 10: PUTL t6, R12
- 11: INCEIPL $4
-
- 0xFFC30D8: 3D8C2548 addis r12,r12,9544
- 12: MOVL $0x2547AF5C, t8
- 13: PUTL t8, R12
- 14: INCEIPL $4
-
- 0xFFC30DC: 7D8903A6 mtctr r12
- 15: GETL R12, t10
- 16: PUTL t10, CTR
- 17: INCEIPL $4
-
- 0xFFC30E0: 39808B90 li r12,-29808
- 18: MOVL $0xFFFF8B90, t12
- 19: PUTL t12, R12
- 20: INCEIPL $4
-
- 0xFFC30E4: 3D8C2547 addis r12,r12,9543
- 21: MOVL $0x25468B90, t14
- 22: PUTL t14, R12
- 23: INCEIPL $4
-
- 0xFFC30E8: 4E800420 bctr
- 24: GETL CTR, t16
- 25: JMPo t16 ($4)
-
-
-
-. 3582 FFC30CC 32
-. 55 6C 08 3C 7D 6C 5A 14 39 80 AF 5C 3D 8C 25 48 7D 89 03 A6 39 80 8B 90 3D 8C 25 47 4E 80 04 20
-==== BB 3583 (0xFFB0DEC) approx BBs exec'd 0 ====
-
- 0xFFB0DEC: 83FE800C lwz r31,-32756(r30)
- 0: GETL R30, t0
- 1: ADDL $0xFFFF800C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R31
- 4: INCEIPL $4
-
- 0xFFB0DF0: 48000014 b 0xFFB0E04
- 5: JMPo $0xFFB0E04 ($4)
-
-
-
-. 3583 FFB0DEC 8
-. 83 FE 80 0C 48 00 00 14
-==== BB 3584 (0xFFB0E04) approx BBs exec'd 0 ====
-
- 0xFFB0E04: 813F0000 lwz r9,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0xFFB0E08: 81690000 lwz r11,0(r9)
- 4: GETL R9, t4
- 5: LDL (t4), t6
- 6: PUTL t6, R11
- 7: INCEIPL $4
-
- 0xFFB0E0C: 2F8B0000 cmpi cr7,r11,0
- 8: GETL R11, t8
- 9: CMP0L t8, t10 (-rSo)
- 10: ICRFL t10, $0x7, CR
- 11: INCEIPL $4
-
- 0xFFB0E10: 409EFFE4 bc 4,30,0xFFB0DF4
- 12: Jc30o $0xFFB0DF4
-
-
-
-. 3584 FFB0E04 16
-. 81 3F 00 00 81 69 00 00 2F 8B 00 00 40 9E FF E4
-==== BB 3585 (0xFFB0DF4) approx BBs exec'd 0 ====
-
- 0xFFB0DF4: 38090004 addi r0,r9,4
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R0
- 3: INCEIPL $4
-
- 0xFFB0DF8: 7D6803A6 mtlr r11
- 4: GETL R11, t2
- 5: PUTL t2, LR
- 6: INCEIPL $4
-
- 0xFFB0DFC: 901F0000 stw r0,0(r31)
- 7: GETL R0, t4
- 8: GETL R31, t6
- 9: STL t4, (t6)
- 10: INCEIPL $4
-
- 0xFFB0E00: 4E800021 blrl
- 11: GETL LR, t8
- 12: MOVL $0xFFB0E04, t10
- 13: PUTL t10, LR
- 14: JMPo-r t8 ($4)
-
-
-
-. 3585 FFB0DF4 16
-. 38 09 00 04 7D 68 03 A6 90 1F 00 00 4E 80 00 21
-==== BB 3586 fini(0xFFB16B0) approx BBs exec'd 0 ====
-
- 0xFFB16B0: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFFB16B4: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFFB16B8: 48011951 bl 0xFFC3008
- 9: MOVL $0xFFB16BC, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFC3008 ($4)
-
-
-
-. 3586 FFB16B0 12
-. 94 21 FF F0 7C 08 02 A6 48 01 19 51
-==== BB 3587 (0xFFB16BC) approx BBs exec'd 0 ====
-
- 0xFFB16BC: 93C10008 stw r30,8(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFFB16C0: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFFB16C4: 93E1000C stw r31,12(r1)
- 8: GETL R31, t6
- 9: GETL R1, t8
- 10: ADDL $0xC, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFFB16C8: 90010014 stw r0,20(r1)
- 13: GETL R0, t10
- 14: GETL R1, t12
- 15: ADDL $0x14, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFFB16CC: 813E002C lwz r9,44(r30)
- 18: GETL R30, t14
- 19: ADDL $0x2C, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R9
- 22: INCEIPL $4
-
- 0xFFB16D0: 809E0038 lwz r4,56(r30)
- 23: GETL R30, t18
- 24: ADDL $0x38, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R4
- 27: INCEIPL $4
-
- 0xFFB16D4: 83E9000C lwz r31,12(r9)
- 28: GETL R9, t22
- 29: ADDL $0xC, t22
- 30: LDL (t22), t24
- 31: PUTL t24, R31
- 32: INCEIPL $4
-
- 0xFFB16D8: 2F9F0000 cmpi cr7,r31,0
- 33: GETL R31, t26
- 34: CMP0L t26, t28 (-rSo)
- 35: ICRFL t28, $0x7, CR
- 36: INCEIPL $4
-
- 0xFFB16DC: 7FE3FB78 or r3,r31,r31
- 37: GETL R31, t30
- 38: PUTL t30, R3
- 39: INCEIPL $4
-
- 0xFFB16E0: 419E0014 bc 12,30,0xFFB16F4
- 40: Js30o $0xFFB16F4
-
-
-
-. 3587 FFB16BC 40
-. 93 C1 00 08 7F C8 02 A6 93 E1 00 0C 90 01 00 14 81 3E 00 2C 80 9E 00 38 83 E9 00 0C 2F 9F 00 00 7F E3 FB 78 41 9E 00 14
-==== BB 3588 (0xFFB16F4) approx BBs exec'd 0 ====
-
- 0xFFB16F4: 80610014 lwz r3,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFFB16F8: 83C10008 lwz r30,8(r1)
- 5: GETL R1, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R30
- 9: INCEIPL $4
-
- 0xFFB16FC: 83E1000C lwz r31,12(r1)
- 10: GETL R1, t8
- 11: ADDL $0xC, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R31
- 14: INCEIPL $4
-
- 0xFFB1700: 7C6803A6 mtlr r3
- 15: GETL R3, t12
- 16: PUTL t12, LR
- 17: INCEIPL $4
-
- 0xFFB1704: 38210010 addi r1,r1,16
- 18: GETL R1, t14
- 19: ADDL $0x10, t14
- 20: PUTL t14, R1
- 21: INCEIPL $4
-
- 0xFFB1708: 4E800020 blr
- 22: GETL LR, t16
- 23: JMPo-r t16 ($4)
-
-
-
-. 3588 FFB16F4 24
-. 80 61 00 14 83 C1 00 08 83 E1 00 0C 7C 68 03 A6 38 21 00 10 4E 80 00 20
-==== BB 3589 (0xFFB0E14) approx BBs exec'd 0 ====
-
- 0xFFB0E14: 813E8000 lwz r9,-32768(r30)
- 0: GETL R30, t0
- 1: ADDL $0xFFFF8000, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFFB0E18: 38000001 li r0,1
- 5: MOVL $0x1, t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0xFFB0E1C: 98090000 stb r0,0(r9)
- 8: GETL R0, t6
- 9: GETL R9, t8
- 10: STB t6, (t8)
- 11: INCEIPL $4
-
- 0xFFB0E20: 80010014 lwz r0,20(r1)
- 12: GETL R1, t10
- 13: ADDL $0x14, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R0
- 16: INCEIPL $4
-
- 0xFFB0E24: 83C10008 lwz r30,8(r1)
- 17: GETL R1, t14
- 18: ADDL $0x8, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R30
- 21: INCEIPL $4
-
- 0xFFB0E28: 83E1000C lwz r31,12(r1)
- 22: GETL R1, t18
- 23: ADDL $0xC, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R31
- 26: INCEIPL $4
-
- 0xFFB0E2C: 7C0803A6 mtlr r0
- 27: GETL R0, t22
- 28: PUTL t22, LR
- 29: INCEIPL $4
-
- 0xFFB0E30: 38210010 addi r1,r1,16
- 30: GETL R1, t24
- 31: ADDL $0x10, t24
- 32: PUTL t24, R1
- 33: INCEIPL $4
-
- 0xFFB0E34: 4E800020 blr
- 34: GETL LR, t26
- 35: JMPo-r t26 ($4)
-
-
-
-. 3589 FFB0E14 36
-. 81 3E 80 00 38 00 00 01 98 09 00 00 80 01 00 14 83 C1 00 08 83 E1 00 0C 7C 08 03 A6 38 21 00 10 4E 80 00 20
-==== BB 3590 (0xFFB1ED0) approx BBs exec'd 0 ====
-
- 0xFFB1ED0: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFFB1ED4: 7C0803A6 mtlr r0
- 5: GETL R0, t4
- 6: PUTL t4, LR
- 7: INCEIPL $4
-
- 0xFFB1ED8: 38210010 addi r1,r1,16
- 8: GETL R1, t6
- 9: ADDL $0x10, t6
- 10: PUTL t6, R1
- 11: INCEIPL $4
-
- 0xFFB1EDC: 4E800020 blr
- 12: GETL LR, t8
- 13: JMPo-r t8 ($4)
-
-
-
-. 3590 FFB1ED0 16
-. 80 01 00 14 7C 08 03 A6 38 21 00 10 4E 80 00 20
-==== BB 3591 (0x2547BE14) approx BBs exec'd 0 ====
-
- 0x2547BE14: 809C0090 lwz r4,144(r28)
- 0: GETL R28, t0
- 1: ADDL $0x90, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x2547BE18: 80690004 lwz r3,4(r9)
- 5: GETL R9, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0x2547BE1C: 83640004 lwz r27,4(r4)
- 10: GETL R4, t8
- 11: ADDL $0x4, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R27
- 14: INCEIPL $4
-
- 0x2547BE20: 801C0000 lwz r0,0(r28)
- 15: GETL R28, t12
- 16: LDL (t12), t14
- 17: PUTL t14, R0
- 18: INCEIPL $4
-
- 0x2547BE24: 576CF0BE rlwinm r12,r27,30,2,31
- 19: GETL R27, t16
- 20: SHRL $0x2, t16
- 21: PUTL t16, R12
- 22: INCEIPL $4
-
- 0x2547BE28: 2F8C0000 cmpi cr7,r12,0
- 23: GETL R12, t18
- 24: CMP0L t18, t20 (-rSo)
- 25: ICRFL t20, $0x7, CR
- 26: INCEIPL $4
-
- 0x2547BE2C: 7F601A14 add r27,r0,r3
- 27: GETL R0, t22
- 28: GETL R3, t24
- 29: ADDL t22, t24
- 30: PUTL t24, R27
- 31: INCEIPL $4
-
- 0x2547BE30: 3BACFFFF addi r29,r12,-1
- 32: GETL R12, t26
- 33: ADDL $0xFFFFFFFF, t26
- 34: PUTL t26, R29
- 35: INCEIPL $4
-
- 0x2547BE34: 419E0020 bc 12,30,0x2547BE54
- 36: Js30o $0x2547BE54
-
-
-
-. 3591 2547BE14 36
-. 80 9C 00 90 80 69 00 04 83 64 00 04 80 1C 00 00 57 6C F0 BE 2F 8C 00 00 7F 60 1A 14 3B AC FF FF 41 9E 00 20
-==== BB 3592 (0x2547BE38) approx BBs exec'd 0 ====
-
- 0x2547BE38: 57A6103A rlwinm r6,r29,2,0,29
- 0: GETL R29, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R6
- 3: INCEIPL $4
-
- 0x2547BE3C: 7D26D82E lwzx r9,r6,r27
- 4: GETL R27, t2
- 5: GETL R6, t4
- 6: ADDL t4, t2
- 7: LDL (t2), t6
- 8: PUTL t6, R9
- 9: INCEIPL $4
-
- 0x2547BE40: 7D2903A6 mtctr r9
- 10: GETL R9, t8
- 11: PUTL t8, CTR
- 12: INCEIPL $4
-
- 0x2547BE44: 4E800421 bctrl
- 13: MOVL $0x2547BE48, t10
- 14: PUTL t10, LR
- 15: GETL CTR, t12
- 16: JMPo-c t12 ($4)
-
-
-
-. 3592 2547BE38 16
-. 57 A6 10 3A 7D 26 D8 2E 7D 29 03 A6 4E 80 04 21
-==== BB 3593 __libc_fini(0xFE7B5BC) approx BBs exec'd 0 ====
-
- 0xFE7B5BC: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFE7B5C0: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFE7B5C4: 4812C88D bl 0xFFA7E50
- 9: MOVL $0xFE7B5C8, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 3593 FE7B5BC 12
-. 94 21 FF F0 7C 08 02 A6 48 12 C8 8D
-==== BB 3594 (0xFE7B5C8) approx BBs exec'd 0 ====
-
- 0xFE7B5C8: 93C10008 stw r30,8(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFE7B5CC: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFE7B5D0: 93E1000C stw r31,12(r1)
- 8: GETL R31, t6
- 9: GETL R1, t8
- 10: ADDL $0xC, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFE7B5D4: 90010014 stw r0,20(r1)
- 13: GETL R0, t10
- 14: GETL R1, t12
- 15: ADDL $0x14, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFE7B5D8: 813E0014 lwz r9,20(r30)
- 18: GETL R30, t14
- 19: ADDL $0x14, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R9
- 22: INCEIPL $4
-
- 0xFE7B5DC: 80090004 lwz r0,4(r9)
- 23: GETL R9, t18
- 24: ADDL $0x4, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R0
- 27: INCEIPL $4
-
- 0xFE7B5E0: 3BE90004 addi r31,r9,4
- 28: GETL R9, t22
- 29: ADDL $0x4, t22
- 30: PUTL t22, R31
- 31: INCEIPL $4
-
- 0xFE7B5E4: 2F800000 cmpi cr7,r0,0
- 32: GETL R0, t24
- 33: CMP0L t24, t26 (-rSo)
- 34: ICRFL t26, $0x7, CR
- 35: INCEIPL $4
-
- 0xFE7B5E8: 419E0018 bc 12,30,0xFE7B600
- 36: Js30o $0xFE7B600
-
-
-
-. 3594 FE7B5C8 36
-. 93 C1 00 08 7F C8 02 A6 93 E1 00 0C 90 01 00 14 81 3E 00 14 80 09 00 04 3B E9 00 04 2F 80 00 00 41 9E 00 18
-==== BB 3595 (0xFE7B600) approx BBs exec'd 0 ====
-
- 0xFE7B600: 80610014 lwz r3,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFE7B604: 83C10008 lwz r30,8(r1)
- 5: GETL R1, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R30
- 9: INCEIPL $4
-
- 0xFE7B608: 83E1000C lwz r31,12(r1)
- 10: GETL R1, t8
- 11: ADDL $0xC, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R31
- 14: INCEIPL $4
-
- 0xFE7B60C: 7C6803A6 mtlr r3
- 15: GETL R3, t12
- 16: PUTL t12, LR
- 17: INCEIPL $4
-
- 0xFE7B610: 38210010 addi r1,r1,16
- 18: GETL R1, t14
- 19: ADDL $0x10, t14
- 20: PUTL t14, R1
- 21: INCEIPL $4
-
- 0xFE7B614: 4E800020 blr
- 22: GETL LR, t16
- 23: JMPo-r t16 ($4)
-
-
-
-. 3595 FE7B600 24
-. 80 61 00 14 83 C1 00 08 83 E1 00 0C 7C 68 03 A6 38 21 00 10 4E 80 00 20
-==== BB 3596 (0x2547BE48) approx BBs exec'd 0 ====
-
- 0x2547BE48: 2F9D0000 cmpi cr7,r29,0
- 0: GETL R29, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x2547BE4C: 3BBDFFFF addi r29,r29,-1
- 4: GETL R29, t4
- 5: ADDL $0xFFFFFFFF, t4
- 6: PUTL t4, R29
- 7: INCEIPL $4
-
- 0x2547BE50: 409EFFE8 bc 4,30,0x2547BE38
- 8: Jc30o $0x2547BE38
-
-
-
-. 3596 2547BE48 12
-. 2F 9D 00 00 3B BD FF FF 40 9E FF E8
-==== BB 3597 (0x2547BD54) approx BBs exec'd 0 ====
-
- 0x2547BD54: 811C0178 lwz r8,376(r28)
- 0: GETL R28, t0
- 1: ADDL $0x178, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x2547BD58: 3968FFFF addi r11,r8,-1
- 5: GETL R8, t4
- 6: ADDL $0xFFFFFFFF, t4
- 7: PUTL t4, R11
- 8: INCEIPL $4
-
- 0x2547BD5C: 917C0178 stw r11,376(r28)
- 9: GETL R11, t6
- 10: GETL R28, t8
- 11: ADDL $0x178, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x2547BD60: 3B5A0001 addi r26,r26,1
- 14: GETL R26, t10
- 15: ADDL $0x1, t10
- 16: PUTL t10, R26
- 17: INCEIPL $4
-
- 0x2547BD64: 7F9A9840 cmpl cr7,r26,r19
- 18: GETL R26, t12
- 19: GETL R19, t14
- 20: CMPUL t12, t14, t16 (-rSo)
- 21: ICRFL t16, $0x7, CR
- 22: INCEIPL $4
-
- 0x2547BD68: 419CFFD8 bc 12,28,0x2547BD40
- 23: Js28o $0x2547BD40
-
-
-
-. 3597 2547BD54 24
-. 81 1C 01 78 39 68 FF FF 91 7C 01 78 3B 5A 00 01 7F 9A 98 40 41 9C FF D8
-==== BB 3598 (0x2547BD78) approx BBs exec'd 0 ====
-
- 0x2547BD78: 81EE0000 lwz r15,0(r14)
- 0: GETL R14, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R15
- 3: INCEIPL $4
-
- 0x2547BD7C: 71E90080 andi. r9,r15,0x80
- 4: GETL R15, t4
- 5: ANDL $0x80, t4
- 6: PUTL t4, R9
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0x2547BD80: 408201AC bc 4,2,0x2547BF2C
- 10: Jc02o $0x2547BF2C
-
-
-
-. 3598 2547BD78 12
-. 81 EE 00 00 71 E9 00 80 40 82 01 AC
-==== BB 3599 (0x2547BD84) approx BBs exec'd 0 ====
-
- 0x2547BD84: 81410000 lwz r10,0(r1)
- 0: GETL R1, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R10
- 3: INCEIPL $4
-
- 0x2547BD88: 81CA0004 lwz r14,4(r10)
- 4: GETL R10, t4
- 5: ADDL $0x4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R14
- 8: INCEIPL $4
-
- 0x2547BD8C: 818AFFB4 lwz r12,-76(r10)
- 9: GETL R10, t8
- 10: ADDL $0xFFFFFFB4, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R12
- 13: INCEIPL $4
-
- 0x2547BD90: 7DC803A6 mtlr r14
- 14: GETL R14, t12
- 15: PUTL t12, LR
- 16: INCEIPL $4
-
- 0x2547BD94: 81EAFFBC lwz r15,-68(r10)
- 17: GETL R10, t14
- 18: ADDL $0xFFFFFFBC, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R15
- 21: INCEIPL $4
-
- 0x2547BD98: 81CAFFB8 lwz r14,-72(r10)
- 22: GETL R10, t18
- 23: ADDL $0xFFFFFFB8, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R14
- 26: INCEIPL $4
-
- 0x2547BD9C: 7D808120 mtcrf 0x8,r12
- 27: GETL R12, t22
- 28: ICRFL t22, $0x4, CR
- 29: INCEIPL $4
-
- 0x2547BDA0: 820AFFC0 lwz r16,-64(r10)
- 30: GETL R10, t24
- 31: ADDL $0xFFFFFFC0, t24
- 32: LDL (t24), t26
- 33: PUTL t26, R16
- 34: INCEIPL $4
-
- 0x2547BDA4: 822AFFC4 lwz r17,-60(r10)
- 35: GETL R10, t28
- 36: ADDL $0xFFFFFFC4, t28
- 37: LDL (t28), t30
- 38: PUTL t30, R17
- 39: INCEIPL $4
-
- 0x2547BDA8: 824AFFC8 lwz r18,-56(r10)
- 40: GETL R10, t32
- 41: ADDL $0xFFFFFFC8, t32
- 42: LDL (t32), t34
- 43: PUTL t34, R18
- 44: INCEIPL $4
-
- 0x2547BDAC: 826AFFCC lwz r19,-52(r10)
- 45: GETL R10, t36
- 46: ADDL $0xFFFFFFCC, t36
- 47: LDL (t36), t38
- 48: PUTL t38, R19
- 49: INCEIPL $4
-
- 0x2547BDB0: 828AFFD0 lwz r20,-48(r10)
- 50: GETL R10, t40
- 51: ADDL $0xFFFFFFD0, t40
- 52: LDL (t40), t42
- 53: PUTL t42, R20
- 54: INCEIPL $4
-
- 0x2547BDB4: 82AAFFD4 lwz r21,-44(r10)
- 55: GETL R10, t44
- 56: ADDL $0xFFFFFFD4, t44
- 57: LDL (t44), t46
- 58: PUTL t46, R21
- 59: INCEIPL $4
-
- 0x2547BDB8: 82CAFFD8 lwz r22,-40(r10)
- 60: GETL R10, t48
- 61: ADDL $0xFFFFFFD8, t48
- 62: LDL (t48), t50
- 63: PUTL t50, R22
- 64: INCEIPL $4
-
- 0x2547BDBC: 82EAFFDC lwz r23,-36(r10)
- 65: GETL R10, t52
- 66: ADDL $0xFFFFFFDC, t52
- 67: LDL (t52), t54
- 68: PUTL t54, R23
- 69: INCEIPL $4
-
- 0x2547BDC0: 830AFFE0 lwz r24,-32(r10)
- 70: GETL R10, t56
- 71: ADDL $0xFFFFFFE0, t56
- 72: LDL (t56), t58
- 73: PUTL t58, R24
- 74: INCEIPL $4
-
- 0x2547BDC4: 832AFFE4 lwz r25,-28(r10)
- 75: GETL R10, t60
- 76: ADDL $0xFFFFFFE4, t60
- 77: LDL (t60), t62
- 78: PUTL t62, R25
- 79: INCEIPL $4
-
- 0x2547BDC8: 834AFFE8 lwz r26,-24(r10)
- 80: GETL R10, t64
- 81: ADDL $0xFFFFFFE8, t64
- 82: LDL (t64), t66
- 83: PUTL t66, R26
- 84: INCEIPL $4
-
- 0x2547BDCC: 836AFFEC lwz r27,-20(r10)
- 85: GETL R10, t68
- 86: ADDL $0xFFFFFFEC, t68
- 87: LDL (t68), t70
- 88: PUTL t70, R27
- 89: INCEIPL $4
-
- 0x2547BDD0: 838AFFF0 lwz r28,-16(r10)
- 90: GETL R10, t72
- 91: ADDL $0xFFFFFFF0, t72
- 92: LDL (t72), t74
- 93: PUTL t74, R28
- 94: INCEIPL $4
-
- 0x2547BDD4: 83AAFFF4 lwz r29,-12(r10)
- 95: GETL R10, t76
- 96: ADDL $0xFFFFFFF4, t76
- 97: LDL (t76), t78
- 98: PUTL t78, R29
- 99: INCEIPL $4
-
- 0x2547BDD8: 83CAFFF8 lwz r30,-8(r10)
- 100: GETL R10, t80
- 101: ADDL $0xFFFFFFF8, t80
- 102: LDL (t80), t82
- 103: PUTL t82, R30
- 104: INCEIPL $4
-
- 0x2547BDDC: 83EAFFFC lwz r31,-4(r10)
- 105: GETL R10, t84
- 106: ADDL $0xFFFFFFFC, t84
- 107: LDL (t84), t86
- 108: PUTL t86, R31
- 109: INCEIPL $4
-
- 0x2547BDE0: 7D415378 or r1,r10,r10
- 110: GETL R10, t88
- 111: PUTL t88, R1
- 112: INCEIPL $4
-
- 0x2547BDE4: 4E800020 blr
- 113: GETL LR, t90
- 114: JMPo-r t90 ($4)
-
-
-
-. 3599 2547BD84 100
-. 81 41 00 00 81 CA 00 04 81 8A FF B4 7D C8 03 A6 81 EA FF BC 81 CA FF B8 7D 80 81 20 82 0A FF C0 82 2A FF C4 82 4A FF C8 82 6A FF CC 82 8A FF D0 82 AA FF D4 82 CA FF D8 82 EA FF DC 83 0A FF E0 83 2A FF E4 83 4A FF E8 83 6A FF EC 83 8A FF F0 83 AA FF F4 83 CA FF F8 83 EA FF FC 7D 41 53 78 4E 80 00 20
-==== BB 3600 (0xFE93C54) approx BBs exec'd 0 ====
-
- 0xFE93C54: 807F0000 lwz r3,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0xFE93C58: 80030000 lwz r0,0(r3)
- 4: GETL R3, t4
- 5: LDL (t4), t6
- 6: PUTL t6, R0
- 7: INCEIPL $4
-
- 0xFE93C5C: 2F000000 cmpi cr6,r0,0
- 8: GETL R0, t8
- 9: CMP0L t8, t10 (-rSo)
- 10: ICRFL t10, $0x6, CR
- 11: INCEIPL $4
-
- 0xFE93C60: 901F0000 stw r0,0(r31)
- 12: GETL R0, t12
- 13: GETL R31, t14
- 14: STL t12, (t14)
- 15: INCEIPL $4
-
- 0xFE93C64: 419AFF64 bc 12,26,0xFE93BC8
- 16: Js26o $0xFE93BC8
-
-
-
-. 3600 FE93C54 20
-. 80 7F 00 00 80 03 00 00 2F 00 00 00 90 1F 00 00 41 9A FF 64
-==== BB 3601 (0xFE93BC8) approx BBs exec'd 0 ====
-
- 0xFE93BC8: 2F800000 cmpi cr7,r0,0
- 0: GETL R0, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xFE93BCC: 419E00CC bc 12,30,0xFE93C98
- 4: Js30o $0xFE93C98
-
-
-
-. 3601 FE93BC8 8
-. 2F 80 00 00 41 9E 00 CC
-==== BB 3602 (0xFE93C98) approx BBs exec'd 0 ====
-
- 0xFE93C98: 83FE1BBC lwz r31,7100(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1BBC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R31
- 4: INCEIPL $4
-
- 0xFE93C9C: 83BE1C38 lwz r29,7224(r30)
- 5: GETL R30, t4
- 6: ADDL $0x1C38, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R29
- 9: INCEIPL $4
-
- 0xFE93CA0: 7F9FE840 cmpl cr7,r31,r29
- 10: GETL R31, t8
- 11: GETL R29, t10
- 12: CMPUL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x7, CR
- 14: INCEIPL $4
-
- 0xFE93CA4: 409C001C bc 4,28,0xFE93CC0
- 15: Jc28o $0xFE93CC0
-
-
-
-. 3602 FE93C98 16
-. 83 FE 1B BC 83 BE 1C 38 7F 9F E8 40 40 9C 00 1C
-==== BB 3603 (0xFE93CA8) approx BBs exec'd 0 ====
-
- 0xFE93CA8: 815F0000 lwz r10,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R10
- 3: INCEIPL $4
-
- 0xFE93CAC: 3BFF0004 addi r31,r31,4
- 4: GETL R31, t4
- 5: ADDL $0x4, t4
- 6: PUTL t4, R31
- 7: INCEIPL $4
-
- 0xFE93CB0: 7D4903A6 mtctr r10
- 8: GETL R10, t6
- 9: PUTL t6, CTR
- 10: INCEIPL $4
-
- 0xFE93CB4: 4E800421 bctrl
- 11: MOVL $0xFE93CB8, t8
- 12: PUTL t8, LR
- 13: GETL CTR, t10
- 14: JMPo-c t10 ($4)
-
-
-
-. 3603 FE93CA8 16
-. 81 5F 00 00 3B FF 00 04 7D 49 03 A6 4E 80 04 21
-==== BB 3604 _IO_cleanup(0xFECCB0C) approx BBs exec'd 0 ====
-
- 0xFECCB0C: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFECCB10: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFECCB14: 480DB33D bl 0xFFA7E50
- 9: MOVL $0xFECCB18, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 3604 FECCB0C 12
-. 94 21 FF E0 7C 08 02 A6 48 0D B3 3D
-==== BB 3605 (0xFECCB18) approx BBs exec'd 0 ====
-
- 0xFECCB18: 93C10018 stw r30,24(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFECCB1C: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFECCB20: 38600000 li r3,0
- 8: MOVL $0x0, t6
- 9: PUTL t6, R3
- 10: INCEIPL $4
-
- 0xFECCB24: 93810010 stw r28,16(r1)
- 11: GETL R28, t8
- 12: GETL R1, t10
- 13: ADDL $0x10, t10
- 14: STL t8, (t10)
- 15: INCEIPL $4
-
- 0xFECCB28: 93E1001C stw r31,28(r1)
- 16: GETL R31, t12
- 17: GETL R1, t14
- 18: ADDL $0x1C, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0xFECCB2C: 93A10014 stw r29,20(r1)
- 21: GETL R29, t16
- 22: GETL R1, t18
- 23: ADDL $0x14, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFECCB30: 90010024 stw r0,36(r1)
- 26: GETL R0, t20
- 27: GETL R1, t22
- 28: ADDL $0x24, t22
- 29: STL t20, (t22)
- 30: INCEIPL $4
-
- 0xFECCB34: 4BFFF98D bl 0xFECC4C0
- 31: MOVL $0xFECCB38, t24
- 32: PUTL t24, LR
- 33: JMPo-c $0xFECC4C0 ($4)
-
-
-
-. 3605 FECCB18 32
-. 93 C1 00 18 7F C8 02 A6 38 60 00 00 93 81 00 10 93 E1 00 1C 93 A1 00 14 90 01 00 24 4B FF F9 8D
-==== BB 3606 _IO_flush_all_lockp(0xFECC4C0) approx BBs exec'd 0 ====
-
- 0xFECC4C0: 9421FFB0 stwu r1,-80(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFB0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFECC4C4: 7C8802A6 mflr r4
- 6: GETL LR, t4
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0xFECC4C8: 480DB989 bl 0xFFA7E50
- 9: MOVL $0xFECC4CC, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 3606 FECC4C0 12
-. 94 21 FF B0 7C 88 02 A6 48 0D B9 89
-==== BB 3607 (0xFECC4CC) approx BBs exec'd 0 ====
-
- 0xFECC4CC: 93C10048 stw r30,72(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x48, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFECC4D0: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFECC4D4: 92C10028 stw r22,40(r1)
- 8: GETL R22, t6
- 9: GETL R1, t8
- 10: ADDL $0x28, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFECC4D8: 90810054 stw r4,84(r1)
- 13: GETL R4, t10
- 14: GETL R1, t12
- 15: ADDL $0x54, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFECC4DC: 7D800026 mfcr r12
- 18: GETL CR, t14
- 19: PUTL t14, R12
- 20: INCEIPL $4
-
- 0xFECC4E0: 92E1002C stw r23,44(r1)
- 21: GETL R23, t16
- 22: GETL R1, t18
- 23: ADDL $0x2C, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFECC4E4: 3AE00000 li r23,0
- 26: MOVL $0x0, t20
- 27: PUTL t20, R23
- 28: INCEIPL $4
-
- 0xFECC4E8: 82DE1B48 lwz r22,6984(r30)
- 29: GETL R30, t22
- 30: ADDL $0x1B48, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R22
- 33: INCEIPL $4
-
- 0xFECC4EC: 93E1004C stw r31,76(r1)
- 34: GETL R31, t26
- 35: GETL R1, t28
- 36: ADDL $0x4C, t28
- 37: STL t26, (t28)
- 38: INCEIPL $4
-
- 0xFECC4F0: 7C7F1B78 or r31,r3,r3
- 39: GETL R3, t30
- 40: PUTL t30, R31
- 41: INCEIPL $4
-
- 0xFECC4F4: 813600B8 lwz r9,184(r22)
- 42: GETL R22, t32
- 43: ADDL $0xB8, t32
- 44: LDL (t32), t34
- 45: PUTL t34, R9
- 46: INCEIPL $4
-
- 0xFECC4F8: 93010030 stw r24,48(r1)
- 47: GETL R24, t36
- 48: GETL R1, t38
- 49: ADDL $0x30, t38
- 50: STL t36, (t38)
- 51: INCEIPL $4
-
- 0xFECC4FC: 3169FFFF addic r11,r9,-1
- 52: GETL R9, t40
- 53: ADCL $0xFFFFFFFF, t40 (-wCa)
- 54: PUTL t40, R11
- 55: INCEIPL $4
-
- 0xFECC500: 7C0B4910 subfe r0,r11,r9
- 56: GETL R11, t42
- 57: GETL R9, t44
- 58: SBBL t42, t44 (-rCa-wCa)
- 59: PUTL t44, R0
- 60: INCEIPL $4
-
- 0xFECC504: 93210034 stw r25,52(r1)
- 61: GETL R25, t46
- 62: GETL R1, t48
- 63: ADDL $0x34, t48
- 64: STL t46, (t48)
- 65: INCEIPL $4
-
- 0xFECC508: 2D800000 cmpi cr3,r0,0
- 66: GETL R0, t50
- 67: CMP0L t50, t52 (-rSo)
- 68: ICRFL t52, $0x3, CR
- 69: INCEIPL $4
-
- 0xFECC50C: 93410038 stw r26,56(r1)
- 70: GETL R26, t54
- 71: GETL R1, t56
- 72: ADDL $0x38, t56
- 73: STL t54, (t56)
- 74: INCEIPL $4
-
- 0xFECC510: 9361003C stw r27,60(r1)
- 75: GETL R27, t58
- 76: GETL R1, t60
- 77: ADDL $0x3C, t60
- 78: STL t58, (t60)
- 79: INCEIPL $4
-
- 0xFECC514: 93810040 stw r28,64(r1)
- 80: GETL R28, t62
- 81: GETL R1, t64
- 82: ADDL $0x40, t64
- 83: STL t62, (t64)
- 84: INCEIPL $4
-
- 0xFECC518: 93A10044 stw r29,68(r1)
- 85: GETL R29, t66
- 86: GETL R1, t68
- 87: ADDL $0x44, t68
- 88: STL t66, (t68)
- 89: INCEIPL $4
-
- 0xFECC51C: 91810024 stw r12,36(r1)
- 90: GETL R12, t70
- 91: GETL R1, t72
- 92: ADDL $0x24, t72
- 93: STL t70, (t72)
- 94: INCEIPL $4
-
- 0xFECC520: 408E0248 bc 4,14,0xFECC768
- 95: Jc14o $0xFECC768
-
-
-
-. 3607 FECC4CC 88
-. 93 C1 00 48 7F C8 02 A6 92 C1 00 28 90 81 00 54 7D 80 00 26 92 E1 00 2C 3A E0 00 00 82 DE 1B 48 93 E1 00 4C 7C 7F 1B 78 81 36 00 B8 93 01 00 30 31 69 FF FF 7C 0B 49 10 93 21 00 34 2D 80 00 00 93 41 00 38 93 61 00 3C 93 81 00 40 93 A1 00 44 91 81 00 24 40 8E 02 48
-==== BB 3608 (0xFECC524) approx BBs exec'd 0 ====
-
- 0xFECC524: 807E05E4 lwz r3,1508(r30)
- 0: GETL R30, t0
- 1: ADDL $0x5E4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFECC528: 92E10014 stw r23,20(r1)
- 5: GETL R23, t4
- 6: GETL R1, t6
- 7: ADDL $0x14, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFECC52C: 90610010 stw r3,16(r1)
- 10: GETL R3, t8
- 11: GETL R1, t10
- 12: ADDL $0x10, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0xFECC530: 2E1F0000 cmpi cr4,r31,0
- 15: GETL R31, t12
- 16: CMP0L t12, t14 (-rSo)
- 17: ICRFL t14, $0x4, CR
- 18: INCEIPL $4
-
- 0xFECC534: 41920050 bc 12,18,0xFECC584
- 19: Js18o $0xFECC584
-
-
-
-. 3608 FECC524 20
-. 80 7E 05 E4 92 E1 00 14 90 61 00 10 2E 1F 00 00 41 92 00 50
-==== BB 3609 (0xFECC584) approx BBs exec'd 0 ====
-
- 0xFECC584: 831E1BEC lwz r24,7148(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1BEC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R24
- 4: INCEIPL $4
-
- 0xFECC588: 833E05EC lwz r25,1516(r30)
- 5: GETL R30, t4
- 6: ADDL $0x5EC, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R25
- 9: INCEIPL $4
-
- 0xFECC58C: 83F80000 lwz r31,0(r24)
- 10: GETL R24, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R31
- 13: INCEIPL $4
-
- 0xFECC590: 83990000 lwz r28,0(r25)
- 14: GETL R25, t12
- 15: LDL (t12), t14
- 16: PUTL t14, R28
- 17: INCEIPL $4
-
- 0xFECC594: 2C9F0000 cmpi cr1,r31,0
- 18: GETL R31, t16
- 19: CMP0L t16, t18 (-rSo)
- 20: ICRFL t18, $0x1, CR
- 21: INCEIPL $4
-
- 0xFECC598: 41860128 bc 12,6,0xFECC6C0
- 22: Js06o $0xFECC6C0
-
-
-
-. 3609 FECC584 24
-. 83 1E 1B EC 83 3E 05 EC 83 F8 00 00 83 99 00 00 2C 9F 00 00 41 86 01 28
-==== BB 3610 (0xFECC59C) approx BBs exec'd 0 ====
-
- 0xFECC59C: 835E05E8 lwz r26,1512(r30)
- 0: GETL R30, t0
- 1: ADDL $0x5E8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0xFECC5A0: 3B600000 li r27,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R27
- 7: INCEIPL $4
-
- 0xFECC5A4: 93FA0000 stw r31,0(r26)
- 8: GETL R31, t6
- 9: GETL R26, t8
- 10: STL t6, (t8)
- 11: INCEIPL $4
-
- 0xFECC5A8: 4192005C bc 12,18,0xFECC604
- 12: Js18o $0xFECC604
-
-
-
-. 3610 FECC59C 16
-. 83 5E 05 E8 3B 60 00 00 93 FA 00 00 41 92 00 5C
-==== BB 3611 (0xFECC604) approx BBs exec'd 0 ====
-
- 0xFECC604: 807F0060 lwz r3,96(r31)
- 0: GETL R31, t0
- 1: ADDL $0x60, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFECC608: 2F030000 cmpi cr6,r3,0
- 5: GETL R3, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0xFECC60C: 40990144 bc 4,25,0xFECC750
- 9: Jc25o $0xFECC750
-
-
-
-. 3611 FECC604 12
-. 80 7F 00 60 2F 03 00 00 40 99 01 44
-==== BB 3612 (0xFECC750) approx BBs exec'd 0 ====
-
- 0xFECC750: 817F0014 lwz r11,20(r31)
- 0: GETL R31, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0xFECC754: 813F0010 lwz r9,16(r31)
- 5: GETL R31, t4
- 6: ADDL $0x10, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R9
- 9: INCEIPL $4
-
- 0xFECC758: 7C8B4840 cmpl cr1,r11,r9
- 10: GETL R11, t8
- 11: GETL R9, t10
- 12: CMPUL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x1, CR
- 14: INCEIPL $4
-
- 0xFECC75C: 40A5FEB4 bc 5,5,0xFECC610
- 15: Jc05o $0xFECC610
-
-
-
-. 3612 FECC750 16
-. 81 7F 00 14 81 3F 00 10 7C 8B 48 40 40 A5 FE B4
-==== BB 3613 (0xFECC610) approx BBs exec'd 0 ====
-
- 0xFECC610: 895F0046 lbz r10,70(r31)
- 0: GETL R31, t0
- 1: ADDL $0x46, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0xFECC614: 2C0A0000 cmpi cr0,r10,0
- 5: GETL R10, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0xFECC618: 40820044 bc 4,2,0xFECC65C
- 9: Jc02o $0xFECC65C
-
-
-
-. 3613 FECC610 12
-. 89 5F 00 46 2C 0A 00 00 40 82 00 44
-==== BB 3614 (0xFECC61C) approx BBs exec'd 0 ====
-
- 0xFECC61C: 40990040 bc 4,25,0xFECC65C
- 0: Jc25o $0xFECC65C
-
-
-
-. 3614 FECC61C 4
-. 40 99 00 40
-==== BB 3615 (0xFECC65C) approx BBs exec'd 0 ====
-
- 0xFECC65C: 41920044 bc 12,18,0xFECC6A0
- 0: Js18o $0xFECC6A0
-
-
-
-. 3615 FECC65C 4
-. 41 92 00 44
-==== BB 3616 (0xFECC6A0) approx BBs exec'd 0 ====
-
- 0xFECC6A0: 80190000 lwz r0,0(r25)
- 0: GETL R25, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0xFECC6A4: 937A0000 stw r27,0(r26)
- 4: GETL R27, t4
- 5: GETL R26, t6
- 6: STL t4, (t6)
- 7: INCEIPL $4
-
- 0xFECC6A8: 7F9C0000 cmp cr7,r28,r0
- 8: GETL R28, t8
- 9: GETL R0, t10
- 10: CMPL t8, t10, t12 (-rSo)
- 11: ICRFL t12, $0x7, CR
- 12: INCEIPL $4
-
- 0xFECC6AC: 419E009C bc 12,30,0xFECC748
- 13: Js30o $0xFECC748
-
-
-
-. 3616 FECC6A0 16
-. 80 19 00 00 93 7A 00 00 7F 9C 00 00 41 9E 00 9C
-==== BB 3617 (0xFECC748) approx BBs exec'd 0 ====
-
- 0xFECC748: 83FF0034 lwz r31,52(r31)
- 0: GETL R31, t0
- 1: ADDL $0x34, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R31
- 4: INCEIPL $4
-
- 0xFECC74C: 4BFFFF6C b 0xFECC6B8
- 5: JMPo $0xFECC6B8 ($4)
-
-
-
-. 3617 FECC748 8
-. 83 FF 00 34 4B FF FF 6C
-==== BB 3618 (0xFECC6B8) approx BBs exec'd 0 ====
-
- 0xFECC6B8: 2C1F0000 cmpi cr0,r31,0
- 0: GETL R31, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0xFECC6BC: 4082FEE8 bc 4,2,0xFECC5A4
- 4: Jc02o $0xFECC5A4
-
-
-
-. 3618 FECC6B8 8
-. 2C 1F 00 00 40 82 FE E8
-==== BB 3619 (0xFECC5A4) approx BBs exec'd 0 ====
-
- 0xFECC5A4: 93FA0000 stw r31,0(r26)
- 0: GETL R31, t0
- 1: GETL R26, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0xFECC5A8: 4192005C bc 12,18,0xFECC604
- 4: Js18o $0xFECC604
-
-
-
-. 3619 FECC5A4 8
-. 93 FA 00 00 41 92 00 5C
-==== BB 3620 (0xFECC6C0) approx BBs exec'd 0 ====
-
- 0xFECC6C0: 41920038 bc 12,18,0xFECC6F8
- 0: Js18o $0xFECC6F8
-
-
-
-. 3620 FECC6C0 4
-. 41 92 00 38
-==== BB 3621 (0xFECC6F8) approx BBs exec'd 0 ====
-
- 0xFECC6F8: 408E0088 bc 4,14,0xFECC780
- 0: Jc14o $0xFECC780
-
-
-
-. 3621 FECC6F8 4
-. 40 8E 00 88
-==== BB 3622 (0xFECC6FC) approx BBs exec'd 0 ====
-
- 0xFECC6FC: 7EE3BB78 or r3,r23,r23
- 0: GETL R23, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFECC700: 81810024 lwz r12,36(r1)
- 3: GETL R1, t2
- 4: ADDL $0x24, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R12
- 7: INCEIPL $4
-
- 0xFECC704: 82E10054 lwz r23,84(r1)
- 8: GETL R1, t6
- 9: ADDL $0x54, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R23
- 12: INCEIPL $4
-
- 0xFECC708: 82C10028 lwz r22,40(r1)
- 13: GETL R1, t10
- 14: ADDL $0x28, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R22
- 17: INCEIPL $4
-
- 0xFECC70C: 7D818120 mtcrf 0x18,r12
- 18: GETL R12, t14
- 19: ICRFL t14, $0x3, CR
- 20: ICRFL t14, $0x4, CR
- 21: INCEIPL $4
-
- 0xFECC710: 7EE803A6 mtlr r23
- 22: GETL R23, t16
- 23: PUTL t16, LR
- 24: INCEIPL $4
-
- 0xFECC714: 83010030 lwz r24,48(r1)
- 25: GETL R1, t18
- 26: ADDL $0x30, t18
- 27: LDL (t18), t20
- 28: PUTL t20, R24
- 29: INCEIPL $4
-
- 0xFECC718: 82E1002C lwz r23,44(r1)
- 30: GETL R1, t22
- 31: ADDL $0x2C, t22
- 32: LDL (t22), t24
- 33: PUTL t24, R23
- 34: INCEIPL $4
-
- 0xFECC71C: 83210034 lwz r25,52(r1)
- 35: GETL R1, t26
- 36: ADDL $0x34, t26
- 37: LDL (t26), t28
- 38: PUTL t28, R25
- 39: INCEIPL $4
-
- 0xFECC720: 83410038 lwz r26,56(r1)
- 40: GETL R1, t30
- 41: ADDL $0x38, t30
- 42: LDL (t30), t32
- 43: PUTL t32, R26
- 44: INCEIPL $4
-
- 0xFECC724: 8361003C lwz r27,60(r1)
- 45: GETL R1, t34
- 46: ADDL $0x3C, t34
- 47: LDL (t34), t36
- 48: PUTL t36, R27
- 49: INCEIPL $4
-
- 0xFECC728: 83810040 lwz r28,64(r1)
- 50: GETL R1, t38
- 51: ADDL $0x40, t38
- 52: LDL (t38), t40
- 53: PUTL t40, R28
- 54: INCEIPL $4
-
- 0xFECC72C: 83A10044 lwz r29,68(r1)
- 55: GETL R1, t42
- 56: ADDL $0x44, t42
- 57: LDL (t42), t44
- 58: PUTL t44, R29
- 59: INCEIPL $4
-
- 0xFECC730: 83C10048 lwz r30,72(r1)
- 60: GETL R1, t46
- 61: ADDL $0x48, t46
- 62: LDL (t46), t48
- 63: PUTL t48, R30
- 64: INCEIPL $4
-
- 0xFECC734: 83E1004C lwz r31,76(r1)
- 65: GETL R1, t50
- 66: ADDL $0x4C, t50
- 67: LDL (t50), t52
- 68: PUTL t52, R31
- 69: INCEIPL $4
-
- 0xFECC738: 38210050 addi r1,r1,80
- 70: GETL R1, t54
- 71: ADDL $0x50, t54
- 72: PUTL t54, R1
- 73: INCEIPL $4
-
- 0xFECC73C: 4E800020 blr
- 74: GETL LR, t56
- 75: JMPo-r t56 ($4)
-
-
-
-. 3622 FECC6FC 68
-. 7E E3 BB 78 81 81 00 24 82 E1 00 54 82 C1 00 28 7D 81 81 20 7E E8 03 A6 83 01 00 30 82 E1 00 2C 83 21 00 34 83 41 00 38 83 61 00 3C 83 81 00 40 83 A1 00 44 83 C1 00 48 83 E1 00 4C 38 21 00 50 4E 80 00 20
-==== BB 3623 (0xFECCB38) approx BBs exec'd 0 ====
-
- 0xFECCB38: 813E1BEC lwz r9,7148(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1BEC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFECCB3C: 7C7C1B78 or r28,r3,r3
- 5: GETL R3, t4
- 6: PUTL t4, R28
- 7: INCEIPL $4
-
- 0xFECCB40: 83E90000 lwz r31,0(r9)
- 8: GETL R9, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R31
- 11: INCEIPL $4
-
- 0xFECCB44: 2F9F0000 cmpi cr7,r31,0
- 12: GETL R31, t10
- 13: CMP0L t10, t12 (-rSo)
- 14: ICRFL t12, $0x7, CR
- 15: INCEIPL $4
-
- 0xFECCB48: 419E0080 bc 12,30,0xFECCBC8
- 16: Js30o $0xFECCBC8
-
-
-
-. 3623 FECCB38 20
-. 81 3E 1B EC 7C 7C 1B 78 83 E9 00 00 2F 9F 00 00 41 9E 00 80
-==== BB 3624 (0xFECCB4C) approx BBs exec'd 0 ====
-
- 0xFECCB4C: 3BA0FFFF li r29,-1
- 0: MOVL $0xFFFFFFFF, t0
- 1: PUTL t0, R29
- 2: INCEIPL $4
-
- 0xFECCB50: 48000014 b 0xFECCB64
- 3: JMPo $0xFECCB64 ($4)
-
-
-
-. 3624 FECCB4C 8
-. 3B A0 FF FF 48 00 00 14
-==== BB 3625 (0xFECCB64) approx BBs exec'd 0 ====
-
- 0xFECCB64: 801F0000 lwz r0,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0xFECCB68: 70090002 andi. r9,r0,0x2
- 4: GETL R0, t4
- 5: ANDL $0x2, t4
- 6: PUTL t4, R9
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0xFECCB6C: 5403EFFE rlwinm r3,r0,29,31,31
- 10: GETL R0, t8
- 11: ROLL $0x1D, t8
- 12: ANDL $0x1, t8
- 13: PUTL t8, R3
- 14: INCEIPL $4
-
- 0xFECCB70: 2F830000 cmpi cr7,r3,0
- 15: GETL R3, t10
- 16: CMP0L t10, t12 (-rSo)
- 17: ICRFL t12, $0x7, CR
- 18: INCEIPL $4
-
- 0xFECCB74: 40A2FFE0 bc 5,2,0xFECCB54
- 19: Jc02o $0xFECCB54
-
-
-
-. 3625 FECCB64 20
-. 80 1F 00 00 70 09 00 02 54 03 EF FE 2F 83 00 00 40 A2 FF E0
-==== BB 3626 (0xFECCB54) approx BBs exec'd 0 ====
-
- 0xFECCB54: 93BF0060 stw r29,96(r31)
- 0: GETL R29, t0
- 1: GETL R31, t2
- 2: ADDL $0x60, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFECCB58: 83FF0034 lwz r31,52(r31)
- 5: GETL R31, t4
- 6: ADDL $0x34, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R31
- 9: INCEIPL $4
-
- 0xFECCB5C: 2F1F0000 cmpi cr6,r31,0
- 10: GETL R31, t8
- 11: CMP0L t8, t10 (-rSo)
- 12: ICRFL t10, $0x6, CR
- 13: INCEIPL $4
-
- 0xFECCB60: 419A0068 bc 12,26,0xFECCBC8
- 14: Js26o $0xFECCBC8
-
-
-
-. 3626 FECCB54 16
-. 93 BF 00 60 83 FF 00 34 2F 1F 00 00 41 9A 00 68
-==== BB 3627 (0xFECCB78) approx BBs exec'd 0 ====
-
- 0xFECCB78: 70091000 andi. r9,r0,0x1000
- 0: GETL R0, t0
- 1: ANDL $0x1000, t0
- 2: PUTL t0, R9
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFECCB7C: 419E0008 bc 12,30,0xFECCB84
- 6: Js30o $0xFECCB84
-
-
-
-. 3627 FECCB78 8
-. 70 09 10 00 41 9E 00 08
-==== BB 3628 (0xFECCB80) approx BBs exec'd 0 ====
-
- 0xFECCB80: 41A2FFD4 bc 13,2,0xFECCB54
- 0: Js02o $0xFECCB54
-
-
-
-. 3628 FECCB80 4
-. 41 A2 FF D4
-==== BB 3629 (0xFECCBC8) approx BBs exec'd 0 ====
-
- 0xFECCBC8: 80810024 lwz r4,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFECCBCC: 7F83E378 or r3,r28,r28
- 5: GETL R28, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFECCBD0: 83A10014 lwz r29,20(r1)
- 8: GETL R1, t6
- 9: ADDL $0x14, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R29
- 12: INCEIPL $4
-
- 0xFECCBD4: 83810010 lwz r28,16(r1)
- 13: GETL R1, t10
- 14: ADDL $0x10, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R28
- 17: INCEIPL $4
-
- 0xFECCBD8: 7C8803A6 mtlr r4
- 18: GETL R4, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0xFECCBDC: 83C10018 lwz r30,24(r1)
- 21: GETL R1, t16
- 22: ADDL $0x18, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R30
- 25: INCEIPL $4
-
- 0xFECCBE0: 83E1001C lwz r31,28(r1)
- 26: GETL R1, t20
- 27: ADDL $0x1C, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R31
- 30: INCEIPL $4
-
- 0xFECCBE4: 38210020 addi r1,r1,32
- 31: GETL R1, t24
- 32: ADDL $0x20, t24
- 33: PUTL t24, R1
- 34: INCEIPL $4
-
- 0xFECCBE8: 4E800020 blr
- 35: GETL LR, t26
- 36: JMPo-r t26 ($4)
-
-
-
-. 3629 FECCBC8 36
-. 80 81 00 24 7F 83 E3 78 83 A1 00 14 83 81 00 10 7C 88 03 A6 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-==== BB 3630 (0xFE93CB8) approx BBs exec'd 0 ====
-
- 0xFE93CB8: 7F9FE840 cmpl cr7,r31,r29
- 0: GETL R31, t0
- 1: GETL R29, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x7, CR
- 4: INCEIPL $4
-
- 0xFE93CBC: 419CFFEC bc 12,28,0xFE93CA8
- 5: Js28o $0xFE93CA8
-
-
-
-. 3630 FE93CB8 8
-. 7F 9F E8 40 41 9C FF EC
-==== BB 3631 (0xFE93CC0) approx BBs exec'd 0 ====
-
- 0xFE93CC0: 7F83E378 or r3,r28,r28
- 0: GETL R28, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE93CC4: 48062141 bl 0xFEF5E04
- 3: MOVL $0xFE93CC8, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0xFEF5E04 ($4)
-
-
-
-. 3631 FE93CC0 8
-. 7F 83 E3 78 48 06 21 41
-==== BB 3632 __GI__exit(0xFEF5E04) approx BBs exec'd 0 ====
-
- 0xFEF5E04: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFEF5E08: 480B2049 bl 0xFFA7E50
- 6: MOVL $0xFEF5E0C, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0xFFA7E50 ($4)
-
-
-
-. 3632 FEF5E04 8
-. 94 21 FF E0 48 0B 20 49
-==== BB 3633 (0xFEF5E0C) approx BBs exec'd 0 ====
-
- 0xFEF5E0C: 93C10018 stw r30,24(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFEF5E10: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFEF5E14: 93A10014 stw r29,20(r1)
- 8: GETL R29, t6
- 9: GETL R1, t8
- 10: ADDL $0x14, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFEF5E18: 93E1001C stw r31,28(r1)
- 13: GETL R31, t10
- 14: GETL R1, t12
- 15: ADDL $0x1C, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFEF5E1C: 7C7F1B78 or r31,r3,r3
- 18: GETL R3, t14
- 19: PUTL t14, R31
- 20: INCEIPL $4
-
- 0xFEF5E20: 813E1C4C lwz r9,7244(r30)
- 21: GETL R30, t16
- 22: ADDL $0x1C4C, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R9
- 25: INCEIPL $4
-
- 0xFEF5E24: 7FA91214 add r29,r9,r2
- 26: GETL R9, t20
- 27: GETL R2, t22
- 28: ADDL t20, t22
- 29: PUTL t22, R29
- 30: INCEIPL $4
-
- 0xFEF5E28: 380000EA li r0,234
- 31: MOVL $0xEA, t24
- 32: PUTL t24, R0
- 33: INCEIPL $4
-
- 0xFEF5E2C: 7FE3FB78 or r3,r31,r31
- 34: GETL R31, t26
- 35: PUTL t26, R3
- 36: INCEIPL $4
-
- 0xFEF5E30: 44000002 sc
- 37: JMPo-sys $0xFEF5E34 ($4)
-
-
-
-. 3633 FEF5E0C 40
-. 93 C1 00 18 7F C8 02 A6 93 A1 00 14 93 E1 00 1C 7C 7F 1B 78 81 3E 1C 4C 7F A9 12 14 38 00 00 EA 7F E3 FB 78 44 00 00 02
diff --git a/VEX/orig_ppc32/loadsafp.orig b/VEX/orig_ppc32/loadsafp.orig
deleted file mode 100644
index fea268b..0000000
--- a/VEX/orig_ppc32/loadsafp.orig
+++ /dev/null
@@ -1,22354 +0,0 @@
-==3281== Nulgrind, a binary JIT-compiler for Linux.
-==3281== Copyright (C) 2002-2004, and GNU GPL'd, by Nicholas Nethercote.
-==3281== Using valgrind-2.2.0-ppc, a program supervision framework for Linux.
-==3281== Copyright (C) 2000-2004, and GNU GPL'd, by Julian Seward et al.
-==3281== For more details, rerun with: -v
-==3281==
-. 0 254804D4 20
-. 7C 23 0B 78 38 80 00 00 38 21 FF F0 90 81 00 00 4B FF 15 81
-
-. 0 25471A64 80
-. 7C 08 02 A6 39 60 00 4B 94 21 FD 50 7D 69 03 A6 92 E1 02 8C 90 01 02 B4 7C 77 1B 78 93 01 02 90 38 00 00 00 93 21 02 94 39 21 00 30 93 41 02 98 93 61 02 9C 93 81 02 A0 93 A1 02 A4 93 C1 02 A8 93 E1 02 AC 90 09 00 00 39 29 00 04 42 00 FF F8
-
-. 0 25471AA8 12
-. 90 09 00 00 39 29 00 04 42 00 FF F8
-
-. 0 25471AB4 4
-. 48 00 00 09
-
-. 0 25471ABC 12
-. 7C E8 02 A6 3B 01 00 10 48 02 55 3D
-
-. 0 25497000 4
-. 4E 80 00 21
-
-. 0 25471AC8 64
-. 7D 48 02 A6 81 87 00 00 81 0A 00 00 55 86 30 2E 7C C4 36 70 7C A8 38 50 39 01 00 30 7C E5 22 14 90 E1 00 10 80 6A 00 00 7C 07 18 2E 7D 27 1A 14 91 21 00 18 7D 2A 4B 78 2F 80 00 00 41 9E 00 68
-
-. 0 25471B08 64
-. 3F E0 6F FF 3F 60 70 00 3F 40 6F FF 3F 20 6F FF 3F A0 6F FF 3F 80 6F FF 7C 0B 03 78 63 E6 FF FF 63 65 00 21 63 44 FD FF 63 23 FE 34 63 BD FE FF 63 9C FF 40 2C 0B 00 21 55 60 10 3A 40 81 00 18
-
-. 0 25471B5C 16
-. 7D 48 01 2E 85 6A 00 08 2C 8B 00 00 40 86 FF D4
-
-. 0 25471B3C 12
-. 2C 0B 00 21 55 60 10 3A 40 81 00 18
-
-. 0 25471B48 12
-. 7C 0B 30 50 28 80 00 0F 41 85 02 D8
-
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-. 7C 0B 28 50 54 00 10 3A 7D 48 01 2E 85 6A 00 08 2C 8B 00 00 40 86 FF D4
-
-. 0 25471E28 24
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-
-. 0 25471E40 12
-. 7F 4B 20 50 2B 9A 00 0B 41 9D 00 10
-
-. 0 25471E4C 12
-. 7C 0B 18 50 54 00 10 3A 4B FF FD 08
-
-. 0 25471B6C 12
-. 81 78 00 00 2F 0B 00 00 41 9A 00 B0
-
-. 0 25471B78 12
-. 81 28 00 10 2F 89 00 00 41 9E 00 10
-
-. 0 25471B84 24
-. 81 49 00 04 7C 6A 5A 14 90 69 00 04 81 28 00 0C 2C 09 00 00 41 82 00 10
-
-. 0 25471B9C 24
-. 80 A9 00 04 7C 85 5A 14 90 89 00 04 81 28 00 14 2C 89 00 00 41 86 00 10
-
-. 0 25471BB4 24
-. 80 E9 00 04 7C C7 5A 14 90 C9 00 04 81 28 00 18 2F 09 00 00 41 9A 00 10
-
-. 0 25471BCC 24
-. 83 A9 00 04 7F 9D 5A 14 93 89 00 04 81 28 00 1C 2F 89 00 00 41 9E 00 10
-
-. 0 25471BE4 24
-. 80 09 00 04 7F E0 5A 14 93 E9 00 04 81 28 00 5C 2C 09 00 00 41 82 00 10
-
-. 0 25471BFC 24
-. 83 29 00 04 7D 99 5A 14 91 89 00 04 81 28 00 C4 2C 89 00 00 41 86 00 10
-
-. 0 25471C14 32
-. 83 49 00 04 7D 1A 5A 14 91 09 00 04 80 E1 00 10 2F 07 00 00 39 60 FF FF 91 61 02 3C 40 9A 00 10
-
-. 0 25471C40 20
-. 7F 03 C3 78 38 80 00 00 38 A0 00 00 3B 60 00 00 48 00 EB E1
-
-. 0 25480830 16
-. 7C C8 02 A6 94 21 FF D0 7D 80 00 26 48 01 67 C5
-
-. 0 25480840 68
-. 93 21 00 14 7C 99 23 78 90 C1 00 34 80 03 00 7C 93 A1 00 24 7C 7D 1B 78 2F 80 00 00 93 C1 00 28 92 E1 00 0C 7F C8 02 A6 93 01 00 10 93 41 00 18 93 61 00 1C 93 81 00 20 93 E1 00 2C 91 81 00 08 41 9E 02 94
-
-. 0 25480884 56
-. 82 E3 00 28 3D 40 AA AA 61 48 AA AB 80 83 00 2C 80 F7 00 04 83 E4 00 04 7D 67 40 16 55 7B E8 FE 28 1B 20 00 57 63 08 3C 38 03 00 12 7D 20 1A 14 3A E9 C0 00 40 81 02 9C
-
-. 0 25480B54 8
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-. 56 E8 10 3A 2E 19 00 00 7F 48 FA 14 3C 60 7D 69 3C FA 00 01 57 4B 04 3E 38 87 80 00 3C C0 4E 80 54 89 84 3E 65 60 81 6B 65 2C 3D 6B 60 7C 03 A6 60 D8 04 20 91 9F 00 00 90 1F 00 04 93 9F 00 08 93 1F 00 0C 41 92 01 78
-
-. 0 25480A78 32
-. 81 7E 04 F0 31 59 FF FF 7C AA C9 10 31 4B FF FF 7C 8A 59 10 7C AA 20 39 39 40 00 04 41 82 00 10
-
-. 0 25480AA4 4
-. 41 92 00 B8
-
-. 0 25480B5C 8
-. 39 60 00 06 4B FF FF 4C
-
-. 0 25480AAC 8
-. 39 20 00 00 48 00 00 14
-
-. 0 25480AC4 8
-. 7E 09 58 40 41 90 FF EC
-
-. 0 25480AB4 24
-. 55 3A 10 3A 7E FA FA 14 7C 00 B8 6C 7D 29 52 14 7E 09 58 40 41 90 FF EC
-
-. 0 25480ACC 28
-. 55 68 10 3A 7C E8 FA 14 39 27 FF FC 7C 00 48 6C 7C 00 04 AC 39 20 00 00 48 00 00 14
-
-. 0 25480AF8 8
-. 7F 89 58 40 41 9C FF EC
-
-. 0 25480AE8 12
-. 55 3B 10 3A 7C DB FA 14 7C 00 37 AC
-
-. 0 25480AF4 12
-. 7D 29 52 14 7F 89 58 40 41 9C FF EC
-
-. 0 25480B00 12
-. 7C 68 FA 14 3B E3 FF FC 7C 00 FF AC
-
-. 0 25480B0C 72
-. 7C 00 04 AC 4C 00 01 2C 7F 23 CB 78 81 01 00 08 83 21 00 34 82 E1 00 0C 7D 00 81 20 7F 28 03 A6 83 01 00 10 83 21 00 14 83 41 00 18 83 61 00 1C 83 81 00 20 83 A1 00 24 83 C1 00 28 83 E1 00 2C 38 21 00 30 4E 80 00 20
-
-. 0 25471C54 44
-. 38 E0 00 00 81 61 00 4C 39 40 00 01 91 41 02 64 2C 0B 00 00 93 61 02 60 93 61 02 70 93 61 02 58 93 61 02 6C 90 E1 02 54 41 82 00 18
-
-. 0 25471C80 28
-. 80 AB 00 04 80 81 00 50 90 A1 02 50 80 E4 00 04 90 E1 02 54 2C 83 00 00 41 86 00 10
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-PASS: fft_complex_bitreverse_order, n = 1
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-PASS: gsl_fft_complex_radix2_forward with signal_noise, n = 1, stride = 1
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-PASS: gsl_fft_complex_radix2_inverse with signal_noise, n = 1, stride = 1
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-PASS: gsl_fft_complex_radix2_backward with signal_noise, n = 1, stride = 1
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-. 0 1000187C 24
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-PASS: gsl_fft_complex_radix2_forward with signal_pulse, n = 1, stride = 1
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-. 0 100018D0 36
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-. 0 FEF808C 20
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-PASS: gsl_fft_complex_radix2_forward with signal_constant, n = 1, stride = 1
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-. 0 10001980 12
-. 7F 9F F0 40 7F BD 1B 78 41 9C FF 94
-
-. 0 1000198C 28
-. 3C 80 10 01 7F C5 F3 78 7F 46 D3 78 38 84 6D C4 7F A3 EB 78 4C C6 31 82 48 01 3C 45
-
-PASS: gsl_fft_complex_radix2_forward with signal_exp, n = 1, stride = 1
-. 0 100019A8 8
-. 7F 63 DB 78 48 02 75 D9
-
-. 0 10028F84 4
-. 4B EC 65 0C
-
-. 0 100019B0 8
-. 7F 23 CB 78 48 02 75 D1
-
-. 0 100019B8 8
-. 7F 03 C3 78 48 02 75 C9
-
-. 0 100019C0 8
-. 7E E3 BB 78 48 02 75 C1
-
-. 0 100019C8 72
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-
-. 0 100046BC 12
-. 7F A3 EB 78 7F E4 FB 78 4B FF D7 69
-
-. 0 10001E2C 60
-. 94 21 FF D0 7C 08 02 A6 93 81 00 20 7F 84 19 D6 93 A1 00 24 93 61 00 1C 7C 7B 1B 78 90 01 00 34 57 9D 18 38 93 41 00 18 7F A3 EB 78 93 C1 00 28 93 E1 00 2C 7C 9E 23 78 48 02 70 D1
-
-. 0 10001E68 12
-. 7C 7A 1B 78 7F A3 EB 78 48 02 70 C5
-
-. 0 10001E74 12
-. 7C 7F 1B 78 7F A3 EB 78 48 02 70 B9
-
-. 0 10001E80 16
-. 2B 9C 00 00 7C 7D 1B 78 39 40 00 00 40 9D 00 38
-
-. 0 10001E90 52
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-
-. 0 10001EC4 16
-. 57 85 18 38 7F 43 D3 78 7F E4 FB 78 48 02 70 A5
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-. 0 10028F74 4
-. 4B EC F7 64
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-. 0 FEF8760 8
-. 2C 85 00 00 41 86 00 1C
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-. 0 FEF8768 24
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-
-. 0 FEF876C 20
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-
-. 0 10001ED4 12
-. 2B 9E 00 01 38 E0 00 00 40 9D 00 18
-
-. 0 10001EF4 12
-. 39 40 00 00 7F 8A F0 40 40 9C 00 54
-
-. 0 10001F00 24
-. 7F E8 FB 78 57 66 18 38 39 60 00 00 7D 49 53 78 7F 8B 38 40 40 9C 00 1C
-
-. 0 10001F30 32
-. 7C 0B D9 D6 39 4A 00 01 7F 8A F0 40 C8 08 00 00 7D 08 32 14 54 00 18 38 7C 1D 05 AE 41 9C FF BC
-
-. 0 10001F50 16
-. 34 DE FF FF 39 60 00 00 39 40 00 00 41 82 00 5C
-
-. 0 10001FB8 44
-. 3D 20 10 02 3C A0 10 01 C8 29 81 10 3C 60 10 01 7F 67 DB 78 7F E6 FB 78 7F C8 F3 78 7F A4 EB 78 38 A5 6B FC 38 63 6C 1C 4B FF EA 69
-
-. 0 10000A48 124
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-
-. 0 10000AC4 56
-. 3D 20 10 02 7F A9 03 A6 39 29 80 F8 38 00 00 00 C9 69 00 00 54 E9 18 38 7D 9F 04 AE 7D BE 04 AE 7C 00 4A 14 FC 0C 68 28 FC 00 02 10 FF E0 02 F2 FF 9F 08 00 40 9D 00 08
-
-. 0 10000B00 4
-. 42 00 FF DC
-
-. 0 10000B04 12
-. FF 81 50 00 38 60 00 00 40 9C 00 58
-
-. 0 10000B10 84
-. 80 01 00 64 82 41 00 10 82 61 00 14 7C 08 03 A6 82 81 00 18 82 A1 00 1C 82 C1 00 20 82 E1 00 24 83 01 00 28 83 21 00 2C 83 41 00 30 83 61 00 34 83 81 00 38 83 A1 00 3C 83 C1 00 40 83 E1 00 44 CB A1 00 48 CB C1 00 50 CB E1 00 58 38 21 00 60 4E 80 00 20
-
-. 0 10001FE4 20
-. 3C 80 10 01 7F C5 F3 78 38 84 70 08 4C C6 31 82 48 01 35 F5
-
-. 0 FEF8934 8
-. 2C 80 00 02 41 86 00 BC
-
-. 0 FEF893C 8
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-. 0 FEF89CC 20
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-
-. 0 FEF896C 56
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-
-PASS: fft_real_bitreverse_order, n = 1
-. 0 10001FF8 8
-. 7F A3 EB 78 48 02 6F 89
-
-. 0 10002000 8
-. 7F E3 FB 78 48 02 6F 81
-
-. 0 10002008 8
-. 7F 43 D3 78 48 02 6F 79
-
-. 0 10002010 40
-. 80 01 00 34 83 41 00 18 83 61 00 1C 7C 08 03 A6 83 81 00 20 83 A1 00 24 83 C1 00 28 83 E1 00 2C 38 21 00 30 4E 80 00 20
-
-. 0 100046C8 16
-. 7F A3 EB 78 7F E4 FB 78 3B BD 00 01 4B FF D9 65
-
-. 0 10002038 64
-. 94 21 FF D0 7C 08 02 A6 93 41 00 18 7F 44 19 D6 93 61 00 1C 7C 7B 1B 78 90 01 00 34 93 21 00 14 57 43 18 38 93 81 00 20 93 A1 00 24 7C 9C 23 78 57 5D 20 36 93 C1 00 28 93 E1 00 2C 48 02 6E C1
-
-. 0 10002078 12
-. 7C 7F 1B 78 7F A3 EB 78 48 02 6E B5
-
-. 0 10002084 12
-. 7C 7E 1B 78 7F A3 EB 78 48 02 6E A9
-
-. 0 10002090 12
-. 7C 79 1B 78 7F A3 EB 78 48 02 6E 9D
-
-. 0 1000209C 16
-. 2B 9A 00 00 7C 7D 1B 78 39 40 00 00 40 9D 00 38
-
-. 0 100020AC 52
-. 3D 60 10 02 7F 49 03 A6 39 6B 80 F8 3D 20 43 30 C9 AB 00 00 91 41 00 0C 55 40 18 38 91 21 00 08 39 4A 00 01 C8 01 00 08 FC 00 68 28 7C 1F 05 AE 42 00 FF E4
-
-. 0 100020E0 16
-. 57 40 08 3C 39 40 00 00 2B 80 00 00 40 9D 00 64
-
-. 0 100020F0 96
-. 3D 60 10 02 3D 20 10 02 C9 2B 81 00 3D 60 10 02 39 6B 80 F8 C9 09 80 E8 7C 09 03 A6 3D 20 10 02 C9 6B 00 00 C9 49 81 08 3D 20 43 30 91 41 00 0C 55 40 18 38 91 21 00 08 39 4A 00 01 C8 01 00 08 FC 00 58 28 FD A0 50 2A FD 80 40 2A FC 00 48 2A 7D BD 05 AE 7D 9E 05 AE 7C 19 05 AE 42 00 FF D0
-
-. 0 1000211C 52
-. 91 41 00 0C 55 40 18 38 91 21 00 08 39 4A 00 01 C8 01 00 08 FC 00 58 28 FD A0 50 2A FD 80 40 2A FC 00 48 2A 7D BD 05 AE 7D 9E 05 AE 7C 19 05 AE 42 00 FF D0
-
-. 0 10002150 8
-. 38 60 00 00 48 01 32 A1
-
-. 0 10002158 20
-. 7F 64 DB 78 7F C5 F3 78 7F A6 EB 78 7F 83 E3 78 48 00 2F AD
-
-. 0 10005114 68
-. 94 21 FF D0 7C 08 02 A6 93 21 00 14 7C 79 1B 79 92 E1 00 0C 7C D7 33 78 93 01 00 10 7C 98 23 78 93 A1 00 24 7C BD 2B 78 93 41 00 18 93 61 00 1C 93 81 00 20 93 C1 00 28 93 E1 00 2C 90 01 00 34 41 82 00 88
-
-. 0 10005158 8
-. 2F 99 00 00 41 9E 00 38
-
-. 0 10005160 24
-. 3B 40 00 00 3B 60 00 00 3B C0 00 00 54 9C 20 36 7F 3F CB 78 4B FF F6 19
-
-. 0 10005178 28
-. 37 FF FF FF 7D 3E EA 14 7C 3E ED AE 93 49 00 08 93 69 00 0C 7F DE E2 14 40 82 FF E4
-
-. 0 10005194 20
-. 7F A3 EB 78 7F 04 C3 78 7F 25 CB 78 7E E6 BB 78 48 00 0D 7D
-
-. 0 100051A8 52
-. 80 01 00 34 82 E1 00 0C 83 01 00 10 7C 08 03 A6 83 21 00 14 83 41 00 18 83 61 00 1C 83 81 00 20 83 A1 00 24 83 C1 00 28 83 E1 00 2C 38 21 00 30 4E 80 00 20
-
-. 0 1000216C 16
-. 7F 23 CB 78 7F C4 F3 78 57 45 20 36 48 02 6D FD
-
-. 0 1000217C 8
-. 2F 9C 00 00 41 9E 00 24
-
-. 0 10002184 32
-. 7F 89 03 A6 39 60 00 00 55 60 20 36 55 69 18 38 7C 1E 04 AE 7D 6B DA 14 7C 09 FD AE 42 00 FF EC
-
-. 0 100021A4 20
-. 7F 64 DB 78 7F 85 E3 78 7F E3 FB 78 3F 40 10 02 48 01 03 D1
-
-. 0 10012584 124
-. 94 21 FF 90 7C 08 02 A6 42 9F 00 05 93 C1 00 48 7F C8 02 A6 2F 85 00 01 90 01 00 74 93 81 00 40 7C BC 2B 78 80 1E FF F0 93 A1 00 44 7C 9D 23 78 93 E1 00 4C 7F C0 F2 14 7C 7F 1B 78 DB 81 00 50 DB A1 00 58 38 60 00 00 DB C1 00 60 DB E1 00 68 92 41 00 18 92 61 00 1C 92 81 00 20 92 A1 00 24 92 C1 00 28 92 E1 00 2C 93 01 00 30 93 21 00 34 93 41 00 38 93 61 00 3C 41 9E 02 10
-
-. 0 1001280C 88
-. 80 01 00 74 82 41 00 18 82 61 00 1C 7C 08 03 A6 82 81 00 20 82 A1 00 24 82 C1 00 28 82 E1 00 2C 83 01 00 30 83 21 00 34 83 41 00 38 83 61 00 3C 83 81 00 40 83 A1 00 44 83 C1 00 48 83 E1 00 4C CB 81 00 50 CB A1 00 58 CB C1 00 60 CB E1 00 68 38 21 00 70 4E 80 00 20
-
-. 0 100021B8 20
-. 7F C4 F3 78 7F 65 DB 78 7F 86 E3 78 7F E3 FB 78 48 00 C4 15
-
-. 0 1000E5DC 48
-. 94 21 FF F0 7C 08 02 A6 42 9F 00 05 93 C1 00 08 7F C8 02 A6 2C 06 00 00 90 01 00 14 7C AC 2B 78 93 E1 00 0C 80 1E FF F0 7F C0 F2 14 41 82 00 C4
-
-. 0 1000E60C 40
-. 38 06 FF FF 83 FE 81 CC 2B 80 00 01 C8 03 00 00 C9 BF 00 00 38 A0 00 01 D8 04 00 00 7C 07 03 78 D9 A4 00 08 40 9D 00 54
-
-. 0 1000E684 8
-. 7F 87 28 00 41 9E 00 20
-
-. 0 1000E68C 28
-. 80 01 00 14 38 60 00 00 83 C1 00 08 83 E1 00 0C 7C 08 03 A6 38 21 00 10 4E 80 00 20
-
-. 0 100021CC 40
-. C8 3A 81 10 3C A0 10 01 3C 60 10 01 7F 67 DB 78 7F 88 E3 78 38 A5 69 3C 7F A4 EB 78 7F C6 F3 78 38 63 69 4C 4B FF E6 29
-
-. 0 100021F4 24
-. 3C 80 10 01 38 84 70 2C 7F 85 E3 78 7F 66 DB 78 4C C6 31 82 48 01 33 E1
-
-PASS: gsl_fft_real_radix2 with signal_real_noise, n = 1, stride = 1
-. 0 1000220C 16
-. 7F E3 FB 78 7F 64 DB 78 7F 85 E3 78 48 00 BE 79
-
-. 0 1000E090 132
-. 94 21 FF 80 7C 08 02 A6 42 9F 00 05 93 C1 00 50 7F C8 02 A6 2F 85 00 01 90 01 00 84 92 E1 00 34 7C B7 2B 78 80 1E FF F0 93 A1 00 4C 7C 9D 23 78 93 E1 00 54 7F C0 F2 14 7C 7F 1B 78 DB 61 00 58 DB 81 00 60 38 60 00 00 DB A1 00 68 DB C1 00 70 DB E1 00 78 92 21 00 1C 92 41 00 20 92 61 00 24 92 81 00 28 92 A1 00 2C 92 C1 00 30 93 01 00 38 93 21 00 3C 93 41 00 40 93 61 00 44 93 81 00 48 41 9E 02 34
-
-. 0 1000E344 96
-. 80 01 00 84 82 21 00 1C 82 41 00 20 7C 08 03 A6 82 61 00 24 82 81 00 28 82 A1 00 2C 82 C1 00 30 82 E1 00 34 83 01 00 38 83 21 00 3C 83 41 00 40 83 61 00 44 83 81 00 48 83 A1 00 4C 83 C1 00 50 83 E1 00 54 CB 61 00 58 CB 81 00 60 CB A1 00 68 CB C1 00 70 CB E1 00 78 38 21 00 80 4E 80 00 20
-
-. 0 1000221C 8
-. 2F 9C 00 00 41 9E 00 44
-
-. 0 10002224 64
-. 3C 00 43 30 3D 20 10 02 90 01 00 08 39 29 80 F8 93 81 00 0C 7F 89 03 A6 C8 09 00 00 38 00 00 00 C9 A1 00 08 57 69 18 38 FD AD 00 28 7C 1F 04 AE FC 00 68 24 7C 1F 05 AE 7C 00 4A 14 42 00 FF F0
-
-. 0 10002264 20
-. 7F C4 F3 78 7F 65 DB 78 7F 86 E3 78 7F E3 FB 78 48 01 06 11
-
-. 0 10012884 40
-. 7C 08 02 A6 94 21 FF F0 42 9F 00 05 93 C1 00 08 7F C8 02 A6 2C 06 00 00 90 01 00 14 80 1E FF F0 7F C0 F2 14 41 82 00 54
-
-. 0 100128AC 8
-. 2F 86 00 00 41 9E 00 34
-
-. 0 100128B4 48
-. 81 3E 82 9C 7C C9 03 A6 39 40 00 00 C9 A9 00 00 55 40 18 38 55 49 20 36 7C 03 04 AE 7D 69 22 14 7D 4A 2A 14 7C 09 25 AE D9 AB 00 08 42 00 FF E4
-
-. 0 100128E4 24
-. 80 01 00 14 38 60 00 00 83 C1 00 08 38 21 00 10 7C 08 03 A6 4E 80 00 20
-
-. 0 10002278 40
-. C8 3A 81 10 3C A0 10 01 3C 60 10 01 7F 67 DB 78 7F 88 E3 78 7F 24 CB 78 7F C6 F3 78 38 A5 69 98 38 63 69 90 4B FF E5 7D
-
-. 0 100022A0 24
-. 3C 80 10 01 7F 85 E3 78 7F 66 DB 78 38 84 70 6C 4C C6 31 82 48 01 33 35
-
-. 0 FEF89F4 24
-. 81 44 00 00 38 63 FF F4 81 64 00 04 38 A5 00 02 38 84 FF FC 4B FF FF 78
-
-. 0 FEF8980 36
-. 34 A5 FF FC 7D 46 40 30 7D 69 3C 30 81 44 00 0C 7C C0 4B 78 38 84 00 10 90 03 00 0C 38 63 00 10 40 A2 FF A4
-
-PASS: gsl_fft_halfcomplex_radix2 with data from signal_noise, n = 1, stride = 1
-. 0 100022B8 8
-. 7F E3 FB 78 48 02 6C C9
-
-. 0 100022C0 8
-. 7F C3 F3 78 48 02 6C C1
-
-. 0 100022C8 8
-. 7F 23 CB 78 48 02 6C B9
-
-. 0 100022D0 8
-. 7F A3 EB 78 48 02 6C B1
-
-. 0 100022D8 44
-. 80 01 00 34 83 21 00 14 83 41 00 18 7C 08 03 A6 83 61 00 1C 83 81 00 20 83 A1 00 24 83 C1 00 28 83 E1 00 2C 38 21 00 30 4E 80 00 20
-
-. 0 100046D8 8
-. 2B 9D 00 03 40 9D FF C8
-
-. 0 100046A4 12
-. 7F A3 EB 78 7F E4 FB 78 4B FF CC 4D
-
-. 0 FEF8864 20
-. 80 04 00 00 38 63 FF FC 81 24 00 04 90 03 00 04 4B FF FF A0
-
-. 0 FEF8814 64
-. 80 04 00 08 91 23 00 08 81 24 00 0C 90 03 00 0C 80 04 00 10 91 23 00 10 81 24 00 14 90 03 00 14 80 04 00 18 91 23 00 18 34 A5 FF F8 81 24 00 1C 90 03 00 1C 38 84 00 20 38 63 00 20 40 A2 FF B4
-
-PASS: fft_complex_bitreverse_order, n = 1
-PASS: gsl_fft_complex_radix2_forward with signal_noise, n = 1, stride = 2
-. 0 10001A70 20
-. 7F 44 D3 78 7F C5 F3 78 38 C0 00 00 7F 63 DB 78 4B FF F1 B1
-
-. 0 10000C30 20
-. 39 40 00 00 94 21 FF F0 7F 8A 28 40 39 60 00 00 40 9C 00 98
-
-. 0 10000C44 16
-. 7C A7 2B 78 2B 84 00 01 39 6B 00 02 40 9D 00 80
-
-. 0 10000C54 124
-. 3D 20 10 02 38 04 FF FF 39 29 80 F8 7C 09 03 A6 C9 49 00 00 3D 00 43 30 55 69 18 38 7C 0B 32 14 39 6B 00 01 90 01 00 0C 91 01 00 08 7C 0B 32 14 C9 81 00 08 90 01 00 0C 55 60 18 38 C8 01 00 08 FD 8C 50 28 7D 69 1C AE 39 6B 00 01 FC 00 50 28 7D A3 04 AE FF 8B 60 00 FF 0D 00 00 4F DE F0 42 4F 5A D0 42 7D 20 00 26 55 20 FF FE 55 29 DF FE 7D 4A 03 78 7D 4A 4B 78 42 00 FF A0
-
-. 0 10000CD0 8
-. 34 E7 FF FF 40 82 FF 74
-
-. 0 10000CD8 12
-. 7D 43 53 78 38 21 00 10 4E 80 00 20
-
-. 0 10001A84 24
-. 3C 80 10 01 38 84 6E A0 7F C5 F3 78 7F 46 D3 78 4C C6 31 82 48 01 3B 51
-
-PASS: gsl_fft_complex_radix2_forward avoids unstrided data, n = 1, stride = 2
-. 0 10001A9C 4
-. 4B FF FC 70
-
-PASS: gsl_fft_complex_radix2_inverse with signal_noise, n = 1, stride = 2
-. 0 10001A40 20
-. 7F 44 D3 78 7F C5 F3 78 38 C0 00 00 7F 63 DB 78 4B FF F1 E1
-
-. 0 10001A54 24
-. 3C 80 10 01 38 84 6E 54 7F C5 F3 78 7F 46 D3 78 4C C6 31 82 48 01 3B 81
-
-PASS: gsl_fft_complex_radix2_inverse other data untouched, n = 1, stride = 2
-. 0 10001A6C 4
-. 4B FF FC F4
-
-PASS: gsl_fft_complex_radix2_backward with signal_noise, n = 1, stride = 2
-. 0 10001A10 20
-. 7F 44 D3 78 7F C5 F3 78 38 C0 0B B8 7E E3 BB 78 4B FF F2 11
-
-. 0 10001A24 24
-. 3C 80 10 01 38 84 6E 08 7F C5 F3 78 7F 46 D3 78 4C C6 31 82 48 01 3B B1
-
-PASS: gsl_fft_complex_radix2_backward avoids unstrided data, n = 1, stride = 2
-. 0 10001A3C 4
-. 4B FF FD D4
-
-PASS: gsl_fft_complex_radix2_forward with signal_pulse, n = 1, stride = 2
-PASS: gsl_fft_complex_radix2_forward with signal_constant, n = 1, stride = 2
-PASS: gsl_fft_complex_radix2_forward with signal_exp, n = 1, stride = 2
-. 0 10001EA4 32
-. 91 41 00 0C 55 40 18 38 91 21 00 08 39 4A 00 01 C8 01 00 08 FC 00 68 28 7C 1F 05 AE 42 00 FF E4
-
-PASS: fft_real_bitreverse_order, n = 1
-. 0 100020C0 32
-. 91 41 00 0C 55 40 18 38 91 21 00 08 39 4A 00 01 C8 01 00 08 FC 00 68 28 7C 1F 05 AE 42 00 FF E4
-
-PASS: gsl_fft_real_radix2 with signal_real_noise, n = 1, stride = 2
-PASS: gsl_fft_halfcomplex_radix2 with data from signal_noise, n = 1, stride = 2
-. 0 FEF8804 80
-. 80 04 00 00 91 23 00 00 81 24 00 04 90 03 00 04 80 04 00 08 91 23 00 08 81 24 00 0C 90 03 00 0C 80 04 00 10 91 23 00 10 81 24 00 14 90 03 00 14 80 04 00 18 91 23 00 18 34 A5 FF F8 81 24 00 1C 90 03 00 1C 38 84 00 20 38 63 00 20 40 A2 FF B4
-
-PASS: fft_complex_bitreverse_order, n = 1
-PASS: gsl_fft_complex_radix2_forward with signal_noise, n = 1, stride = 3
-. 0 10000C6C 100
-. 55 69 18 38 7C 0B 32 14 39 6B 00 01 90 01 00 0C 91 01 00 08 7C 0B 32 14 C9 81 00 08 90 01 00 0C 55 60 18 38 C8 01 00 08 FD 8C 50 28 7D 69 1C AE 39 6B 00 01 FC 00 50 28 7D A3 04 AE FF 8B 60 00 FF 0D 00 00 4F DE F0 42 4F 5A D0 42 7D 20 00 26 55 20 FF FE 55 29 DF FE 7D 4A 03 78 7D 4A 4B 78 42 00 FF A0
-
-PASS: gsl_fft_complex_radix2_forward avoids unstrided data, n = 1, stride = 3
-PASS: gsl_fft_complex_radix2_inverse with signal_noise, n = 1, stride = 3
-PASS: gsl_fft_complex_radix2_inverse other data untouched, n = 1, stride = 3
-PASS: gsl_fft_complex_radix2_backward with signal_noise, n = 1, stride = 3
-PASS: gsl_fft_complex_radix2_backward avoids unstrided data, n = 1, stride = 3
-PASS: gsl_fft_complex_radix2_forward with signal_pulse, n = 1, stride = 3
-PASS: gsl_fft_complex_radix2_forward with signal_constant, n = 1, stride = 3
-PASS: gsl_fft_complex_radix2_forward with signal_exp, n = 1, stride = 3
-. 0 FEF88D8 28
-. 80 04 00 00 38 84 FF F8 81 24 00 0C 38 63 FF F4 38 A5 00 02 90 03 00 0C 4B FF FF 34
-
-. 0 FEF8824 48
-. 80 04 00 10 91 23 00 10 81 24 00 14 90 03 00 14 80 04 00 18 91 23 00 18 34 A5 FF F8 81 24 00 1C 90 03 00 1C 38 84 00 20 38 63 00 20 40 A2 FF B4
-
-PASS: fft_real_bitreverse_order, n = 1
-PASS: gsl_fft_real_radix2 with signal_real_noise, n = 1, stride = 3
-PASS: gsl_fft_halfcomplex_radix2 with data from signal_noise, n = 1, stride = 3
-. 0 100046E0 12
-. 57 FF 08 3C 7F 9F F0 40 40 9D FF B0
-
-. 0 100013B0 20
-. 39 20 00 01 38 E7 00 01 7D 20 38 30 7F 80 F0 40 41 9C FF F4
-
-. 0 100013E8 24
-. 7C E9 03 A6 55 20 07 FE 55 6B 08 3C 7D 6B 03 78 55 29 F8 7E 42 00 FF F0
-
-. 0 100013D8 16
-. 39 60 00 00 7D 49 53 78 7F 8B 38 40 40 9C 00 1C
-
-. 0 10001440 24
-. 57 C3 F8 7E 38 C0 00 00 57 65 20 36 7F 87 40 40 7C 6A 1B 78 40 9C 00 40
-
-. 0 10001494 8
-. 7F 8A 40 40 40 9D FF F4
-
-. 0 1000149C 20
-. 38 E7 00 01 7D 08 52 14 7F 84 38 40 7C C6 2A 14 41 9D FF A0
-
-. 0 100008AC 60
-. 7D 20 FA 14 7D 60 F2 14 C9 AB 00 08 7D 9F 04 AE 7C 1E 04 AE 7C 00 52 14 C9 69 00 08 FC 0C 00 28 FD 4B 68 28 FC 00 02 10 FD A0 52 10 FC 00 68 2A FF E0 02 72 FF 9F 08 00 40 9D 00 08
-
-PASS: fft_complex_bitreverse_order, n = 2
-. 0 10005068 4
-. 4B FF F7 25
-
-. 0 10005D50 28
-. 93 A1 00 14 92 E1 00 10 CB E1 00 10 FF FF D8 28 FF FF 06 B2 FC 20 F8 90 48 02 31 8D
-
-. 0 10005D2C 20
-. 2F 9B 00 00 CB 93 00 00 3B A0 00 00 FF A0 E0 90 41 9E 00 7C
-
-. 0 FE0DFA0 16
-. 3C C0 3F EB 60 C5 5F FF 7C 09 28 00 41 81 02 08
-
-. 0 FE0E1B4 16
-. 3D 60 40 03 61 6A 68 FC 7C 09 50 00 41 81 00 E4
-
-. 0 FE0E2A4 16
-. 3C 60 41 99 60 65 21 FA 7C 09 28 00 41 81 01 F8
-
-. 0 FE0E2B4 120
-. 81 5E 0E 58 81 7E 0E 5C C8 0A 00 00 C9 6B 00 00 80 FE 0E 54 FC 8B 00 7A 81 3E 0E 50 C8 A7 00 00 C9 89 00 00 80 9E 0E 4C FD A4 00 28 80 DE 0F C4 CB A4 00 00 C8 46 00 00 FC 65 03 72 D8 81 00 30 81 21 00 30 81 41 00 34 FC EC 03 72 55 5F 07 BE FD 01 18 28 FC DD 03 72 FD 48 38 28 FC 81 10 00 D8 C1 00 28 FC 4A 30 28 FC 2A 10 28 D8 41 00 20 FC 81 30 28 40 85 03 9C
-
-. 0 FE0E6C4 8
-. 81 3E 10 08 4B FF FC 68
-
-. 0 FE0E330 16
-. 2F 1F 00 01 C9 29 00 00 FC 7F 02 72 41 9A 05 C0
-
-. 0 FE0E340 4
-. 40 99 03 98
-
-. 0 FE0E344 8
-. 2C 1F 00 02 41 82 03 98
-
-. 0 FE0E6E0 12
-. C8 26 00 00 FC 02 08 00 40 80 00 10
-
-. 0 FE0E6F8 180
-. 81 5E 0E 80 80 BE 0F C8 C9 6A 00 00 80 9E 0F CC FC 0B 10 2A 80 7E 0F D0 83 BE 0F D4 CB C5 00 00 FD 20 58 28 C8 C4 00 00 C9 03 00 00 CB BD 00 00 FD 42 48 28 80 FE 0F D8 D8 01 00 30 C8 A7 00 00 FD AA 20 2A 81 61 00 30 81 81 00 34 81 1E 0E 7C 55 80 28 34 D8 81 00 28 FD 2D 03 72 7D 20 42 14 C9 49 00 08 FD 89 37 BA CB C9 00 18 FC E9 EA 3A C9 09 00 10 7F A8 04 AE FD 6D 02 72 FC 0C 2A 7A FD 6B 69 FA FC C0 02 72 FC EB 02 B2 FD 88 01 B2 FC 1E 38 28 FD 5D 02 F2 FD A0 60 28 FC AD 50 28 FD A8 28 2A FF C8 68 28 FD 45 F0 2A FC 8A 08 00 40 85 04 B4
-
-. 0 FE0EC5C 16
-. 81 9E 10 04 C8 EC 00 00 FC 0A 19 F8 4B FF FB 50
-
-. 0 FE0E7B8 12
-. FC 6D 00 2A FF 03 68 00 40 9A 03 04
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-PASS: gsl_fft_complex_radix2_forward with signal_noise, n = 2, stride = 1
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-PASS: gsl_fft_complex_radix2_inverse with signal_noise, n = 2, stride = 1
-. 0 100017A4 36
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-PASS: gsl_fft_complex_radix2_backward with signal_noise, n = 2, stride = 1
-. 0 10004864 36
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-PASS: gsl_fft_complex_radix2_forward with signal_pulse, n = 2, stride = 1
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-. 0 10004A18 36
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-PASS: gsl_fft_complex_radix2_forward with signal_constant, n = 2, stride = 1
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-. 0 FE0E32C 20
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-
-PASS: gsl_fft_complex_radix2_forward with signal_exp, n = 2, stride = 1
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-
-. 0 10001F18 24
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-. 0 10001F08 16
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-. 0 10001F60 24
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-. 0 10001F9C 8
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-. 0 10001FA4 20
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-
-. 0 10000ADC 32
-. 7D 9F 04 AE 7D BE 04 AE 7C 00 4A 14 FC 0C 68 28 FC 00 02 10 FF E0 02 F2 FF 9F 08 00 40 9D 00 08
-
-PASS: fft_real_bitreverse_order, n = 2
-. 0 10005174 4
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-. 0 1000218C 24
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-. 0 10012600 8
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-. 0 10012608 12
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-. 0 10012614 24
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-. 0 100062E8 20
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-. 0 100062FC 24
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-. 0 10006338 8
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-. 0 10006340 20
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-. 0 10006354 12
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-. 0 1001262C 16
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-. 0 1001263C 40
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-. 0 10012664 60
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-. 0 100126A0 44
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-. 0 100126CC 16
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-. 0 100126DC 24
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-. 0 100127C8 8
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-. 0 100127FC 12
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-. 0 1000E6A8 36
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-
-PASS: gsl_fft_real_radix2 with signal_real_noise, n = 2, stride = 1
-. 0 1000E114 8
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-
-. 0 1000E11C 12
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-. 0 1000E128 24
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-
-. 0 1000E140 40
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-. 0 1000E168 60
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-
-. 0 1000E1A4 44
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-. 0 1000E1D0 16
-. FF 80 08 90 C8 31 00 00 FC 3F 00 72 48 01 AD B9
-
-. 0 1000E1E0 24
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-
-. 0 1000E2BC 8
-. 2B 9B 00 01 40 9D 00 54
-
-. 0 1000E314 24
-. 3B 39 00 01 7C BB 2B 78 7F 99 C0 40 57 9C F8 7E 57 5A 08 3C 40 9D FE 38
-
-. 0 1000E32C 20
-. 7F E3 FB 78 7F A4 EB 78 7E E5 BB 78 7F 06 C3 78 4B FF 7F AD
-
-. 0 1000E340 100
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-
-. 0 10002250 20
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-
-. 0 100128C4 32
-. 55 40 18 38 55 49 20 36 7C 03 04 AE 7D 69 22 14 7D 4A 2A 14 7C 09 25 AE D9 AB 00 08 42 00 FF E4
-
-PASS: gsl_fft_halfcomplex_radix2 with data from signal_noise, n = 2, stride = 1
-PASS: fft_complex_bitreverse_order, n = 2
-PASS: gsl_fft_complex_radix2_forward with signal_noise, n = 2, stride = 2
-. 0 10000C48 12
-. 2B 84 00 01 39 6B 00 02 40 9D 00 80
-
-PASS: gsl_fft_complex_radix2_forward avoids unstrided data, n = 2, stride = 2
-PASS: gsl_fft_complex_radix2_inverse with signal_noise, n = 2, stride = 2
-PASS: gsl_fft_complex_radix2_inverse other data untouched, n = 2, stride = 2
-PASS: gsl_fft_complex_radix2_backward with signal_noise, n = 2, stride = 2
-PASS: gsl_fft_complex_radix2_backward avoids unstrided data, n = 2, stride = 2
-PASS: gsl_fft_complex_radix2_forward with signal_pulse, n = 2, stride = 2
-PASS: gsl_fft_complex_radix2_forward with signal_constant, n = 2, stride = 2
-PASS: gsl_fft_complex_radix2_forward with signal_exp, n = 2, stride = 2
-PASS: fft_real_bitreverse_order, n = 2
-PASS: gsl_fft_real_radix2 with signal_real_noise, n = 2, stride = 2
-PASS: gsl_fft_halfcomplex_radix2 with data from signal_noise, n = 2, stride = 2
-PASS: fft_complex_bitreverse_order, n = 2
-. 0 FEEEC18 8
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-
-. 0 FEEEC20 20
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-. 0 FEEEC34 8
-. 71 60 00 02 41 82 03 50
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-. 0 FEEEF88 24
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-. 0 FEEEC3C 16
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-. 0 FEEEC4C 12
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-
-. 0 FEEEC58 12
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-. 0 FEEEC64 8
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-. 0 FEEECA4 8
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-. 0 FEEEF68 20
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-. 0 FEEED0C 8
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-. 0 FEEED14 12
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-. 0 FEEEF7C 8
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-. 0 FEEE53C 48
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-. 0 FEEE56C 24
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-
-. 0 FEEE5DC 36
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-. 0 FEEE634 12
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-. 0 FEEE650 16
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-
-. 0 FEEEF84 4
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-. 0 FEEED20 12
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-. 0 FEEF0C4 28
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-. 0 FEEF0E0 36
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-
-. 0 FEEEE34 76
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-. 0 FEEEC8C 12
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-. 0 FEEEC98 20
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-
-PASS: gsl_fft_complex_radix2_forward with signal_noise, n = 2, stride = 3
-PASS: gsl_fft_complex_radix2_forward avoids unstrided data, n = 2, stride = 3
-PASS: gsl_fft_complex_radix2_inverse with signal_noise, n = 2, stride = 3
-PASS: gsl_fft_complex_radix2_inverse other data untouched, n = 2, stride = 3
-PASS: gsl_fft_complex_radix2_backward with signal_noise, n = 2, stride = 3
-PASS: gsl_fft_complex_radix2_backward avoids unstrided data, n = 2, stride = 3
-PASS: gsl_fft_complex_radix2_forward with signal_pulse, n = 2, stride = 3
-PASS: gsl_fft_complex_radix2_forward with signal_constant, n = 2, stride = 3
-PASS: gsl_fft_complex_radix2_forward with signal_exp, n = 2, stride = 3
-. 0 FEEECAC 16
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-
-. 0 FEEEF58 16
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-
-. 0 FEEECE8 44
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-
-PASS: fft_real_bitreverse_order, n = 2
-PASS: gsl_fft_real_radix2 with signal_real_noise, n = 2, stride = 3
-PASS: gsl_fft_halfcomplex_radix2 with data from signal_noise, n = 2, stride = 3
-. 0 FEEE6EC 28
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-
-. 0 100013B4 16
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-. 0 100013EC 20
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-. 0 1000144C 12
-. 7F 87 40 40 7C 6A 1B 78 40 9C 00 40
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-. 0 10001458 52
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-
-. 0 1000148C 16
-. 7D 0A 40 50 55 4A F8 7E 7F 8A 40 40 40 9D FF F4
-
-PASS: fft_complex_bitreverse_order, n = 4
-. 0 FE0E1C4 16
-. 80 DE 0F C4 CB A6 00 00 FC 81 E8 00 41 85 01 98
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-. 0 FE0E210 100
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-. 0 FE0E6AC 24
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-. 0 FE0E294 12
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-. 0 FE0BA98 12
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-. D8 01 00 30 80 E1 00 30 81 01 00 34 40 9D 02 E8
-
-. 0 FE0CDC8 28
-. 90 E1 00 30 91 01 00 34 CB C6 00 00 C8 41 00 30 FF A2 F0 28 FD 5D F8 2A 4B FF FD 14
-
-. 0 FE0CAF4 88
-. FC 0A 02 B2 81 5E 0F 6C 80 FE 0F 70 55 04 28 34 CB 6A 00 00 CB 47 00 00 81 3E 0F 74 FC 8A 00 32 81 7E 0F 78 FD 60 D6 FA 80 BE 0F 7C C8 69 00 00 CB CB 00 00 CB A5 00 00 FC 20 1F BA 81 5E 0E 7C FD AB E8 3A 7D 24 54 AE 7D 24 52 14 FD 64 50 7A FC 0D 00 32 41 9D 00 08
-
-. 0 FE0CB4C 12
-. FD 20 48 50 C9 49 00 08 41 9D 00 08
-
-. 0 FE0CB58 64
-. FD 40 50 50 C9 A9 00 18 FC 29 00 32 CB 89 00 10 FC 8B 53 7A 81 1E 0F 80 C8 E8 00 00 FC 44 08 28 FD 9C 12 FA FC C9 60 2A FD 49 30 28 FC 20 30 90 FD 0C 50 2A FC A8 31 FA FC 05 30 00 41 A2 FE C4
-
-. 0 10009098 48
-. FC 1C 07 B2 39 00 00 00 7F 88 E0 40 FD 7C F7 7A FD A8 07 B2 FD 88 07 72 FC 1D 00 28 FD 2B 68 28 FD 40 60 28 FF C0 48 90 FF A0 50 90 40 9C 00 78
-
-. 0 100090C8 116
-. 7D 28 3A 14 7D 08 32 14 7C 09 DA 14 7D 3D 49 D6 7F 88 E0 40 7C 1D 01 D6 55 29 20 36 7D A9 FC AE 7D 69 FA 14 54 00 20 36 7D 40 FA 14 7C 1F 04 AE C9 6A 00 08 FD 89 02 F2 FD 8A 60 38 FC 09 00 32 FD AD 60 28 FD 6A 02 FA 7D BF 05 AE C8 0B 00 08 FC 00 58 28 D8 0A 00 08 7D A9 FC AE FD AD 60 2A 7D A9 FD AE C8 0B 00 08 FC 00 58 2A D8 0B 00 08 41 9C FF 90
-
-. 0 1000913C 12
-. 38 E7 00 01 7F 87 D8 40 41 9C FF 54
-
-PASS: gsl_fft_complex_radix2_forward with signal_noise, n = 4, stride = 1
-. 0 FE0CAC8 28
-. 80 DE 0E 80 C9 46 00 00 FC 0A 08 2A D8 01 00 30 80 E1 00 30 81 01 00 34 40 9D 02 E8
-
-. 0 FE0CAE4 104
-. CB 86 00 00 C9 21 00 30 FF 69 E0 28 FD 5F D8 28 FC 0A 02 B2 81 5E 0F 6C 80 FE 0F 70 55 04 28 34 CB 6A 00 00 CB 47 00 00 81 3E 0F 74 FC 8A 00 32 81 7E 0F 78 FD 60 D6 FA 80 BE 0F 7C C8 69 00 00 CB CB 00 00 CB A5 00 00 FC 20 1F BA 81 5E 0E 7C FD AB E8 3A 7D 24 54 AE 7D 24 52 14 FD 64 50 7A FC 0D 00 32 41 9D 00 08
-
-. 0 FE0CB50 8
-. C9 49 00 08 41 9D 00 08
-
-. 0 FE0CB5C 60
-. C9 A9 00 18 FC 29 00 32 CB 89 00 10 FC 8B 53 7A 81 1E 0F 80 C8 E8 00 00 FC 44 08 28 FD 9C 12 FA FC C9 60 2A FD 49 30 28 FC 20 30 90 FD 0C 50 2A FC A8 31 FA FC 05 30 00 41 A2 FE C4
-
-PASS: gsl_fft_complex_radix2_inverse with signal_noise, n = 4, stride = 1
-PASS: gsl_fft_complex_radix2_backward with signal_noise, n = 4, stride = 1
-PASS: gsl_fft_complex_radix2_forward with signal_pulse, n = 4, stride = 1
-PASS: gsl_fft_complex_radix2_forward with signal_constant, n = 4, stride = 1
-. 0 FE0E368 60
-. 81 9E 0E 78 80 7E 0E 74 C8 8C 00 00 83 FE 0F EC FC 04 08 28 C8 23 00 00 C9 BF 00 00 FC C1 00 2A FD 46 01 B2 D8 C1 00 20 FD 60 30 28 FF 8A 68 00 FC 4B 08 2A D8 41 00 28 41 BC FE 70
-
-. 0 FE0BC68 8
-. 81 3E 0E 9C 4B FF FF 8C
-
-. 0 FE0BBF8 24
-. C9 A9 00 00 FD 7E 03 72 FD 8C 58 28 FC 81 60 2A FF 04 08 00 41 BA FF AC
-
-. 0 FE0BDD0 8
-. 81 3E 0E A8 4B FF FE C4
-
-. 0 FE0BC98 28
-. C9 29 00 00 FC 1E 02 72 FC 0D 00 28 C9 A1 00 10 FD 8D 00 2A FF 8D 60 00 41 9E 00 E4
-
-. 0 FE0BDF8 20
-. 81 3E 0E B0 C8 29 00 00 FD 7E 00 72 FC 0D 58 28 4B FF FF 7C
-
-. 0 FE0E34C 8
-. 2C 9F 00 03 41 86 05 AC
-
-. 0 FE0E910 20
-. 81 1E 0F EC D8 81 00 28 CB C8 00 00 FF 0A F0 00 40 98 00 A4
-
-. 0 FE0BBA0 24
-. 81 3E 0E 9C C8 E9 00 00 FD 9E 61 FA FC 81 60 2A FF 04 08 00 40 9A 00 5C
-
-. 0 FE0BD78 28
-. 81 3E 0E B0 C9 09 00 00 FC 1E 6A 3A C9 A1 00 10 FC AD 00 2A FC 8D 28 00 40 86 00 7C
-
-. 0 FE0D344 8
-. 2C 1F 00 03 40 82 FF E8
-
-. 0 FE0D358 192
-. FF C0 F0 50 FC 40 10 50 DB C1 00 20 81 5E 0E 80 80 FE 0F 6C C9 4A 00 00 80 DE 0F 70 FD 8A F0 2A 80 9E 0F 78 80 7E 0F 74 C8 27 00 00 FC CC 50 28 C9 66 00 00 CB A4 00 00 C8 03 00 00 FD BE 30 28 80 BE 0F 7C D9 81 00 30 C8 A5 00 00 FF 6D 10 2A 81 61 00 30 81 81 00 34 81 1E 0E 7C 55 99 28 34 D8 41 00 28 FD 3B 06 F2 7F 59 42 14 CB 5A 00 08 FF 89 58 7A C8 3A 00 18 FD 09 07 7A CB BA 00 10 FC FB 02 72 FD 9C 2A 7A 7F 99 44 AE FD 67 DA 3A FD 4C 02 72 FC CB 06 B2 FD 1D 02 B2 FC 01 30 28 FC BC 02 F2 FD A0 40 28 FF 6D 28 28 FD BD D8 2A FC FD 68 28 FD 5B 38 2A FC 8A 18 00 40 85 04 00
-
-. 0 FE0D7C8 8
-. FC 20 08 50 4B FF F5 F4
-
-PASS: gsl_fft_complex_radix2_forward with signal_exp, n = 4, stride = 1
-. 0 10001EE4 16
-. 38 E7 00 01 7D 20 38 30 7F 80 F0 40 41 9C FF F4
-
-. 0 10001F1C 20
-. 55 20 07 FE 55 6B 08 3C 7D 6B 03 78 55 29 F8 7E 42 00 FF F0
-
-. 0 10001F6C 12
-. 7F 8A 58 40 7C A9 2B 78 40 9C 00 28
-
-. 0 10001F78 28
-. 7C 1B 59 D6 7D A8 FC AE 54 00 18 38 7C 1F 04 AE 7C 08 FD AE 7D BF 05 AE 48 00 00 0C
-
-. 0 10001F94 16
-. 7D 69 58 50 55 29 F8 7E 7F 89 58 40 40 9D FF F4
-
-PASS: fft_real_bitreverse_order, n = 4
-. 0 10006308 12
-. 7F 8A 58 40 7C A9 2B 78 40 9C 00 28
-
-. 0 10006314 28
-. 7C 04 59 D6 7D A8 1C AE 54 00 18 38 7C 03 04 AE 7C 08 1D AE 7D A3 05 AE 48 00 00 0C
-
-. 0 10006330 16
-. 7D 69 58 50 55 29 F8 7E 7F 89 58 40 40 9D FF F4
-
-. 0 1001266C 52
-. 7C 0B DA 14 7D 2B E9 D6 7D 6B E2 14 7C 00 E9 D6 55 29 18 38 7C 09 FC AE 54 00 18 38 7D 9F 04 AE FD A0 60 28 FC 00 60 2A 7C 09 FD AE 7D BF 05 AE 42 00 FF D0
-
-. 0 10012654 16
-. 57 5A F8 7F 7F 9B E3 78 57 9C 08 3C 41 82 00 40
-
-. 0 100127D0 8
-. 2F 9A 00 00 41 9E 00 28
-
-. 0 100127D8 36
-. 7F 49 03 A6 7D 25 E0 50 7C 09 E9 D6 7D 29 E2 14 54 00 18 38 7C 1F 04 AE FC 00 00 50 7C 1F 05 AE 42 00 FF E8
-
-. 0 1000E634 80
-. 7D 88 63 78 7D 67 61 D6 38 A5 00 01 7C E5 30 50 7F 87 28 40 55 09 18 38 55 60 18 38 7C 09 1C AE 7D A3 04 AE 55 6B 20 36 55 00 20 36 7D 4B 22 14 FD 80 68 50 7D 20 22 14 7C 04 05 AE 7D 08 62 14 D9 A9 00 08 7C 0B 25 AE D9 8A 00 08 41 9D FF B8
-
-PASS: gsl_fft_real_radix2 with signal_real_noise, n = 4, stride = 1
-. 0 1000E2C4 8
-. 2F 9A 00 00 41 9E 00 4C
-
-. 0 1000E2CC 72
-. 7D 7B 2A 14 FD A0 D8 90 39 40 00 00 7F 49 03 A6 7C 0A 2A 14 7D 2B E9 D6 7D 4A E2 14 7D 6B E2 14 7C 00 E9 D6 55 29 18 38 54 00 18 38 7C 1F 04 AE FC 00 00 2A 7C 1F 05 AE 7C 09 FC AE FC 00 03 72 7C 09 FD AE 42 00 FF CC
-
-. 0 1000E160 8
-. 2F 9A 00 00 41 9E 00 40
-
-. 0 1000E170 52
-. 7C 0B DA 14 7D 2B E9 D6 7D 6B E2 14 7C 00 E9 D6 55 29 18 38 7C 09 FC AE 54 00 18 38 7D 9F 04 AE FD A0 60 28 FC 00 60 2A 7C 09 FD AE 7D BF 05 AE 42 00 FF D0
-
-PASS: gsl_fft_halfcomplex_radix2 with data from signal_noise, n = 4, stride = 1
-PASS: fft_complex_bitreverse_order, n = 4
-PASS: gsl_fft_complex_radix2_forward with signal_noise, n = 4, stride = 2
-PASS: gsl_fft_complex_radix2_forward avoids unstrided data, n = 4, stride = 2
-PASS: gsl_fft_complex_radix2_inverse with signal_noise, n = 4, stride = 2
-PASS: gsl_fft_complex_radix2_inverse other data untouched, n = 4, stride = 2
-PASS: gsl_fft_complex_radix2_backward with signal_noise, n = 4, stride = 2
-PASS: gsl_fft_complex_radix2_backward avoids unstrided data, n = 4, stride = 2
-PASS: gsl_fft_complex_radix2_forward with signal_pulse, n = 4, stride = 2
-PASS: gsl_fft_complex_radix2_forward with signal_constant, n = 4, stride = 2
-PASS: gsl_fft_complex_radix2_forward with signal_exp, n = 4, stride = 2
-PASS: fft_real_bitreverse_order, n = 4
-PASS: gsl_fft_real_radix2 with signal_real_noise, n = 4, stride = 2
-PASS: gsl_fft_halfcomplex_radix2 with data from signal_noise, n = 4, stride = 2
-PASS: fft_complex_bitreverse_order, n = 4
-PASS: gsl_fft_complex_radix2_forward with signal_noise, n = 4, stride = 3
-PASS: gsl_fft_complex_radix2_forward avoids unstrided data, n = 4, stride = 3
-PASS: gsl_fft_complex_radix2_inverse with signal_noise, n = 4, stride = 3
-PASS: gsl_fft_complex_radix2_inverse other data untouched, n = 4, stride = 3
-PASS: gsl_fft_complex_radix2_backward with signal_noise, n = 4, stride = 3
-PASS: gsl_fft_complex_radix2_backward avoids unstrided data, n = 4, stride = 3
-PASS: gsl_fft_complex_radix2_forward with signal_pulse, n = 4, stride = 3
-PASS: gsl_fft_complex_radix2_forward with signal_constant, n = 4, stride = 3
-PASS: gsl_fft_complex_radix2_forward with signal_exp, n = 4, stride = 3
-PASS: fft_real_bitreverse_order, n = 4
-PASS: gsl_fft_real_radix2 with signal_real_noise, n = 4, stride = 3
-PASS: gsl_fft_halfcomplex_radix2 with data from signal_noise, n = 4, stride = 3
-PASS: fft_complex_bitreverse_order, n = 8
-. 0 FE0DFB0 20
-. 80 FE 0F C4 FC 00 08 90 CB A7 00 00 FF 01 E8 00 41 99 00 08
-
-. 0 FE0DFC4 192
-. FC 00 08 50 81 3E 0E 80 80 9E 0F C8 C8 C9 00 00 80 7E 0F CC FC 66 00 2A 83 FE 0F D0 83 BE 0F D4 C8 83 00 00 FC 43 30 28 D8 61 00 30 C8 64 00 00 CB DF 00 00 FD 80 10 28 C8 5D 00 00 81 9E 0F D8 80 E1 00 30 81 01 00 34 FD 4C 03 32 C8 AC 00 00 80 DE 0E 7C 55 0A 28 34 81 1E 0F DC 7D 6A 32 14 FC 2A 20 FA C9 6B 00 08 C9 2B 00 18 FD 0C 02 B2 FC EA 17 BA FD A1 2A BA C8 2B 00 10 FD 08 61 FA FC 0D 02 B2 7D 4A 34 AE FD 68 02 F2 FD A1 00 32 FC E9 58 28 FD 8A 02 32 FC 07 68 28 C9 A8 00 00 FD 40 60 28 FD 61 50 2A FD 21 58 28 FC 20 58 90 FD 0A 48 2A FC E8 5B 7A FC 87 58 00 41 86 01 0C
-
-. 0 FE0E3A4 24
-. C8 A6 00 00 38 A0 00 01 FC 00 30 90 FC 86 28 00 FC A0 10 90 41 85 00 10
-
-. 0 FE0E3BC 188
-. FC 00 30 50 38 A0 00 00 FC A0 10 50 81 1E 0E 80 81 7E 0F C8 CB A8 00 00 81 5E 0F CC FC 7D 00 2A C9 AB 00 00 C8 8A 00 00 80 9E 0F D8 FD 83 E8 28 D8 61 00 30 80 E1 00 30 81 01 00 34 81 3E 0F D4 FD 80 60 28 80 FE 0F D0 CB C4 00 00 55 00 28 34 C9 07 00 00 FD 4C 03 32 C8 E9 00 00 80 7E 0E 7C 7F E0 1A 14 FD 2A 23 7A FC 2A 3A 3A C8 FF 00 08 FD 69 F2 BA 7D 23 04 AE CB DF 00 18 FC 6C 02 B2 FF AB 02 B2 FC 03 28 7A C8 3F 00 10 FC 8C E9 7A CB A6 00 00 FD 40 60 2A FD A9 01 32 FD 0A 3F BA FD 68 68 28 FC 81 5A BA FC 29 20 2A FC 69 08 28 FD 44 18 2A FF 8A E8 00 40 9D 02 08
-
-. 0 FE0E67C 24
-. 83 FE 0F F8 83 BE 0F F0 C9 3F 00 00 C9 7D 00 00 FD 4A 5A 78 4B FF FD FC
-
-. 0 FE0E48C 12
-. FF C1 50 2A FF 1E 08 00 40 9A 05 20
-
-. 0 FE0E498 8
-. 2F 85 00 00 40 BE FC F0
-
-. 0 FE0E4A0 8
-. FC 20 08 50 4B FF FC E8
-
-. 0 FE0CCEC 200
-. 81 5E 0E 80 83 BE 0E 74 C9 4A 00 00 C9 7D 00 00 FC 2A 60 28 FC 60 58 50 FC 01 50 28 D8 21 00 30 81 61 00 30 81 81 00 34 FD 20 60 2A FD 43 48 28 FD 0A 02 B2 80 DE 0F 6C 80 BE 0F 70 55 80 28 34 80 9E 0F 78 80 7E 0F 74 C8 46 00 00 FD 2A 02 32 C8 E5 00 00 CB 64 00 00 CB 83 00 00 FF 48 38 BA 80 FE 0F 7C FF A8 E6 FA 81 1E 0E 7C C9 67 00 00 7D 20 42 14 7D A8 04 AE FC 3A 5A 3A C8 49 00 10 C8 89 00 18 FC C9 57 7A C9 49 00 08 81 9E 0F 90 FC 01 02 32 CB 4C 00 00 FC 66 02 B2 FD 82 00 32 FC A4 18 28 FF CD 01 B2 FC E5 60 28 FF 67 F0 28 FD 82 D8 2A FF 82 60 28 FF BB E0 2A FD 1D 66 BA FC 08 60 00 40 82 08 10
-
-. 0 FE0E9C4 24
-. C8 26 00 00 38 A0 00 01 FC 00 10 90 FC 82 08 00 FC C0 20 90 41 85 00 10
-
-. 0 FE0E9DC 188
-. FC 00 10 50 38 A0 00 00 FC C0 20 50 80 7E 0E 80 83 FE 0F C8 CB A3 00 00 83 BE 0F CC FD 3D 00 2A C9 1F 00 00 C8 FD 00 00 81 7E 0F D8 FD 89 E8 28 D9 21 00 30 80 E1 00 30 81 01 00 34 81 9E 0F D0 FD 80 60 28 55 00 28 34 81 1E 0F D4 C8 0B 00 00 FF CC 03 32 C8 2C 00 00 C9 48 00 00 81 5E 0E 7C FC BE 3A 3A 7C E0 52 14 FD 7E 50 7A C8 27 00 18 C9 47 00 08 FD A5 07 BA 7C AA 04 AE FD 2C 07 B2 FF AD 07 B2 FC E9 32 FA C9 27 00 10 FD 0C E9 BA CB A6 00 00 FC 07 60 2A FC C5 02 32 FF C0 50 7A FD 7E 30 28 FD A9 58 3A FC 25 68 2A FD 85 08 28 FD 4D 60 2A FF 0A E8 00 40 99 02 E8
-
-. 0 FE0ED7C 16
-. 80 9E 0F F8 C9 64 00 00 FC 0A 1A F8 4B FF FD 1C
-
-. 0 FE0EAA4 12
-. FC 61 00 2A FF 83 08 00 41 9E F9 EC
-
-. 0 FE0E6D8 8
-. 2F 9F 00 00 40 BE FC 78
-
-. 0 FE0E7AC 24
-. 81 7E 10 04 C8 2B 00 00 FC 0A 18 7A FC 6D 00 2A FF 03 68 00 40 9A 03 04
-
-. 0 FE0CE84 8
-. 2F 9F 00 00 40 9E 04 A8
-
-. 0 FE0CEA0 20
-. 80 DE 0F 98 D8 41 00 28 C8 C6 00 00 FC 8A 30 00 40 84 0A B8
-
-. 0 FE0D968 24
-. CB 5D 00 00 3B E0 00 01 FD A0 F0 90 FC 1E D0 00 FC C0 10 90 41 81 00 10
-
-. 0 FE0D98C 180
-. 81 7E 0E 80 80 BE 0F 6C C8 2B 00 00 80 9E 0F 70 FF 41 68 2A C8 E5 00 00 C9 24 00 00 80 7E 0F 7C DB 41 00 30 C9 61 00 30 80 FE 0F 78 FD 8B 08 28 80 DE 0F 74 C8 A3 00 00 C8 67 00 00 FF 4D 60 28 C9 A6 00 00 81 21 00 30 81 41 00 34 81 1E 0E 7C FD 5A 06 B2 55 5C 28 34 7F 7C 42 14 C9 7B 00 18 FF 6A 49 FA C8 FB 00 08 FD 0A 68 FA FF 9B 2A BA 7F 7C 44 AE FF BA 02 B2 FC 1C 02 B2 FC 3D 32 3A CB BB 00 10 C9 1D 00 00 FD 3A 01 BA FD A1 D0 2A FC 7B 02 72 FC AD 3A FA FF 85 18 28 FD 9D E3 7A FD BB 60 2A FC 1B 68 28 FD 4C 00 2A FE 0A 40 00 40 91 02 D8
-
-. 0 FE0DD14 16
-. 81 9E 0F B4 C8 0C 00 00 FC 0A 20 38 4B FF FD 2C
-
-. 0 FE0DA4C 12
-. FC 8D 00 2A FF 84 68 00 40 9E 00 58
-
-. 0 FE0DA58 12
-. 2F 9F 00 00 FC 20 68 90 40 BE EF F8
-
-PASS: gsl_fft_complex_radix2_forward with signal_noise, n = 8, stride = 1
-PASS: gsl_fft_complex_radix2_inverse with signal_noise, n = 8, stride = 1
-PASS: gsl_fft_complex_radix2_backward with signal_noise, n = 8, stride = 1
-PASS: gsl_fft_complex_radix2_forward with signal_pulse, n = 8, stride = 1
-PASS: gsl_fft_complex_radix2_forward with signal_constant, n = 8, stride = 1
-. 0 FE0DFC8 188
-. 81 3E 0E 80 80 9E 0F C8 C8 C9 00 00 80 7E 0F CC FC 66 00 2A 83 FE 0F D0 83 BE 0F D4 C8 83 00 00 FC 43 30 28 D8 61 00 30 C8 64 00 00 CB DF 00 00 FD 80 10 28 C8 5D 00 00 81 9E 0F D8 80 E1 00 30 81 01 00 34 FD 4C 03 32 C8 AC 00 00 80 DE 0E 7C 55 0A 28 34 81 1E 0F DC 7D 6A 32 14 FC 2A 20 FA C9 6B 00 08 C9 2B 00 18 FD 0C 02 B2 FC EA 17 BA FD A1 2A BA C8 2B 00 10 FD 08 61 FA FC 0D 02 B2 7D 4A 34 AE FD 68 02 F2 FD A1 00 32 FC E9 58 28 FD 8A 02 32 FC 07 68 28 C9 A8 00 00 FD 40 60 28 FD 61 50 2A FD 21 58 28 FC 20 58 90 FD 0A 48 2A FC E8 5B 7A FC 87 58 00 41 86 01 0C
-
-. 0 FE0D980 192
-. FD A0 F0 50 3B E0 00 00 FC C0 10 50 81 7E 0E 80 80 BE 0F 6C C8 2B 00 00 80 9E 0F 70 FF 41 68 2A C8 E5 00 00 C9 24 00 00 80 7E 0F 7C DB 41 00 30 C9 61 00 30 80 FE 0F 78 FD 8B 08 28 80 DE 0F 74 C8 A3 00 00 C8 67 00 00 FF 4D 60 28 C9 A6 00 00 81 21 00 30 81 41 00 34 81 1E 0E 7C FD 5A 06 B2 55 5C 28 34 7F 7C 42 14 C9 7B 00 18 FF 6A 49 FA C8 FB 00 08 FD 0A 68 FA FF 9B 2A BA 7F 7C 44 AE FF BA 02 B2 FC 1C 02 B2 FC 3D 32 3A CB BB 00 10 C9 1D 00 00 FD 3A 01 BA FD A1 D0 2A FC 7B 02 72 FC AD 3A FA FF 85 18 28 FD 9D E3 7A FD BB 60 2A FC 1B 68 28 FD 4C 00 2A FE 0A 40 00 40 91 02 D8
-
-. 0 FE0DA64 8
-. FC 20 08 50 4B FF F3 58
-
-PASS: gsl_fft_complex_radix2_forward with signal_exp, n = 8, stride = 1
-PASS: fft_real_bitreverse_order, n = 8
-. 0 100127E0 28
-. 7C 09 E9 D6 7D 29 E2 14 54 00 18 38 7C 1F 04 AE FC 00 00 50 7C 1F 05 AE 42 00 FF E8
-
-. 0 100126F4 44
-. FC 1C 07 B2 2F 9A 00 00 FD 7C F7 7A FD A4 07 B2 FD 84 07 72 FC 1D 00 28 FC AB 68 28 FC C0 60 28 FF C0 28 90 FF A0 30 90 41 9E 00 A0
-
-. 0 10012720 156
-. 7F 49 03 A6 7D 06 E0 50 38 E0 00 00 7D 48 E9 D6 7C 07 DA 14 7D 60 32 14 7C 06 00 50 7D 27 32 14 7D 6B E9 D6 55 4A 18 38 7D 4A FC AE 7C E7 E2 14 7D 08 E2 14 FD 66 02 B2 7C 00 E9 D6 55 6B 18 38 7C 0B FC AE FD 45 02 B2 FC E5 00 32 7D 29 E9 D6 54 00 18 38 7D 1F 04 AE FC 06 00 32 FD A8 58 28 55 29 18 38 FD 6B 40 2A 7D 29 FC AE FD AD 38 28 FD 89 00 28 FC 00 48 2A FD 6B 38 2A FD 8C 50 2A FC 00 50 28 FD A0 68 50 7C 09 FD AE 7D 6A FD AE 7D 9F 05 AE 7D AB FD AE 42 00 FF 74
-
-. 0 100127BC 12
-. 38 C6 00 01 7F 85 30 40 41 9D FF 30
-
-. 0 1000E638 76
-. 7D 67 61 D6 38 A5 00 01 7C E5 30 50 7F 87 28 40 55 09 18 38 55 60 18 38 7C 09 1C AE 7D A3 04 AE 55 6B 20 36 55 00 20 36 7D 4B 22 14 FD 80 68 50 7D 20 22 14 7C 04 05 AE 7D 08 62 14 D9 A9 00 08 7C 0B 25 AE D9 8A 00 08 41 9D FF B8
-
-PASS: gsl_fft_real_radix2 with signal_real_noise, n = 8, stride = 1
-. 0 1000E1F8 44
-. FC 1C 07 B2 2F 9A 00 00 FD 7C F7 7A FD A5 07 B2 FD 85 07 72 FC 1D 00 28 FC CB 68 28 FC E0 60 28 FF C0 30 90 FF A0 38 90 41 9E 00 90
-
-. 0 1000E224 140
-. 7F 49 03 A6 7D 06 E0 50 38 E0 00 00 7C 07 DA 14 7D 27 32 14 7D 40 32 14 7C 06 00 50 7D 4A E9 D6 7C E7 E2 14 7D 68 E9 D6 55 4A 18 38 7D 0A FC AE 7D 08 E2 14 FD 00 40 50 7D 29 E9 D6 55 6B 18 38 7C 0B FC AE FD 80 40 28 7C 00 E9 D6 55 29 18 38 7D 69 FC AE FC 00 40 2A 54 00 18 38 7D 3F 04 AE FD AB 48 28 FD 6B 48 2A FD 26 03 32 FD 46 03 72 7D 69 FD AE 7C 1F 05 AE FD A7 4B 78 FD 87 53 3A 7D AA FD AE 7D 8B FD AE 42 00 FF 84
-
-. 0 1000E2B0 12
-. 38 C6 00 01 7F 85 30 40 41 9D FF 40
-
-. 0 1000E2DC 56
-. 7C 0A 2A 14 7D 2B E9 D6 7D 4A E2 14 7D 6B E2 14 7C 00 E9 D6 55 29 18 38 54 00 18 38 7C 1F 04 AE FC 00 00 2A 7C 1F 05 AE 7C 09 FC AE FC 00 03 72 7C 09 FD AE 42 00 FF CC
-
-PASS: gsl_fft_halfcomplex_radix2 with data from signal_noise, n = 8, stride = 1
-PASS: fft_complex_bitreverse_order, n = 8
-PASS: gsl_fft_complex_radix2_forward with signal_noise, n = 8, stride = 2
-PASS: gsl_fft_complex_radix2_forward avoids unstrided data, n = 8, stride = 2
-PASS: gsl_fft_complex_radix2_inverse with signal_noise, n = 8, stride = 2
-PASS: gsl_fft_complex_radix2_inverse other data untouched, n = 8, stride = 2
-PASS: gsl_fft_complex_radix2_backward with signal_noise, n = 8, stride = 2
-PASS: gsl_fft_complex_radix2_backward avoids unstrided data, n = 8, stride = 2
-PASS: gsl_fft_complex_radix2_forward with signal_pulse, n = 8, stride = 2
-PASS: gsl_fft_complex_radix2_forward with signal_constant, n = 8, stride = 2
-PASS: gsl_fft_complex_radix2_forward with signal_exp, n = 8, stride = 2
-PASS: fft_real_bitreverse_order, n = 8
-PASS: gsl_fft_real_radix2 with signal_real_noise, n = 8, stride = 2
-PASS: gsl_fft_halfcomplex_radix2 with data from signal_noise, n = 8, stride = 2
-PASS: fft_complex_bitreverse_order, n = 8
-PASS: gsl_fft_complex_radix2_forward with signal_noise, n = 8, stride = 3
-PASS: gsl_fft_complex_radix2_forward avoids unstrided data, n = 8, stride = 3
-PASS: gsl_fft_complex_radix2_inverse with signal_noise, n = 8, stride = 3
-PASS: gsl_fft_complex_radix2_inverse other data untouched, n = 8, stride = 3
-PASS: gsl_fft_complex_radix2_backward with signal_noise, n = 8, stride = 3
-PASS: gsl_fft_complex_radix2_backward avoids unstrided data, n = 8, stride = 3
-PASS: gsl_fft_complex_radix2_forward with signal_pulse, n = 8, stride = 3
-PASS: gsl_fft_complex_radix2_forward with signal_constant, n = 8, stride = 3
-PASS: gsl_fft_complex_radix2_forward with signal_exp, n = 8, stride = 3
-PASS: fft_real_bitreverse_order, n = 8
-PASS: gsl_fft_real_radix2 with signal_real_noise, n = 8, stride = 3
-PASS: gsl_fft_halfcomplex_radix2 with data from signal_noise, n = 8, stride = 3
-. 0 FEC184C 36
-. 7C C3 50 16 54 C0 E8 FE 1C A0 00 0A 2C 00 00 00 7D 25 18 50 7C 03 03 78 7D 69 40 AE 9D 64 FF FF 40 82 FF E0
-
-PASS: fft_complex_bitreverse_order, n = 16
-. 0 FE0E3C8 176
-. 81 1E 0E 80 81 7E 0F C8 CB A8 00 00 81 5E 0F CC FC 7D 00 2A C9 AB 00 00 C8 8A 00 00 80 9E 0F D8 FD 83 E8 28 D8 61 00 30 80 E1 00 30 81 01 00 34 81 3E 0F D4 FD 80 60 28 80 FE 0F D0 CB C4 00 00 55 00 28 34 C9 07 00 00 FD 4C 03 32 C8 E9 00 00 80 7E 0E 7C 7F E0 1A 14 FD 2A 23 7A FC 2A 3A 3A C8 FF 00 08 FD 69 F2 BA 7D 23 04 AE CB DF 00 18 FC 6C 02 B2 FF AB 02 B2 FC 03 28 7A C8 3F 00 10 FC 8C E9 7A CB A6 00 00 FD 40 60 2A FD A9 01 32 FD 0A 3F BA FD 68 68 28 FC 81 5A BA FC 29 20 2A FC 69 08 28 FD 44 18 2A FF 8A E8 00 40 9D 02 08
-
-. 0 FE0EA98 24
-. 80 DE 0F F8 C8 C6 00 00 FC 0A 19 BA FC 61 00 2A FF 83 08 00 41 9E F9 EC
-
-. 0 FE0D418 32
-. 83 7E 0F 80 C8 7B 00 00 FC 0A 20 FA FC 8D 00 2A 57 E0 F8 7F FC 20 68 90 FF 04 68 00 41 9A 03 90
-
-. 0 FE0E9E8 176
-. 80 7E 0E 80 83 FE 0F C8 CB A3 00 00 83 BE 0F CC FD 3D 00 2A C9 1F 00 00 C8 FD 00 00 81 7E 0F D8 FD 89 E8 28 D9 21 00 30 80 E1 00 30 81 01 00 34 81 9E 0F D0 FD 80 60 28 55 00 28 34 81 1E 0F D4 C8 0B 00 00 FF CC 03 32 C8 2C 00 00 C9 48 00 00 81 5E 0E 7C FC BE 3A 3A 7C E0 52 14 FD 7E 50 7A C8 27 00 18 C9 47 00 08 FD A5 07 BA 7C AA 04 AE FD 2C 07 B2 FF AD 07 B2 FC E9 32 FA C9 27 00 10 FD 0C E9 BA CB A6 00 00 FC 07 60 2A FC C5 02 32 FF C0 50 7A FD 7E 30 28 FD A9 58 3A FC 25 68 2A FD 85 08 28 FD 4D 60 2A FF 0A E8 00 40 99 02 E8
-
-. 0 FE0DA40 24
-. 83 1E 0F B4 C8 D8 00 00 FC 0A 21 BA FC 8D 00 2A FF 84 68 00 40 9E 00 58
-
-. 0 FE0C910 108
-. FC E1 00 72 83 1E 0E 70 81 5E 0E 6C CB 98 00 00 CB AA 00 00 81 1E 0E 68 FD 47 00 72 80 FE 0E 64 FF 5C E9 FA CB 68 00 00 C9 27 00 00 81 7E 0E 60 81 3E 0F 54 FC DA D9 FA C8 AB 00 00 C9 A9 00 00 FD 06 49 FA FC C8 01 F2 FC 26 28 2A FD 81 02 B2 FD 7F 60 2A FC 9F 58 28 FC 20 58 90 FC 64 60 2A FC 43 5B 7A FC 82 58 00 41 86 00 E0
-
-PASS: gsl_fft_complex_radix2_forward with signal_noise, n = 16, stride = 1
-PASS: gsl_fft_complex_radix2_inverse with signal_noise, n = 16, stride = 1
-PASS: gsl_fft_complex_radix2_backward with signal_noise, n = 16, stride = 1
-PASS: gsl_fft_complex_radix2_forward with signal_pulse, n = 16, stride = 1
-PASS: gsl_fft_complex_radix2_forward with signal_constant, n = 16, stride = 1
-PASS: gsl_fft_complex_radix2_forward with signal_exp, n = 16, stride = 1
-PASS: fft_real_bitreverse_order, n = 16
-. 0 1001272C 144
-. 7D 48 E9 D6 7C 07 DA 14 7D 60 32 14 7C 06 00 50 7D 27 32 14 7D 6B E9 D6 55 4A 18 38 7D 4A FC AE 7C E7 E2 14 7D 08 E2 14 FD 66 02 B2 7C 00 E9 D6 55 6B 18 38 7C 0B FC AE FD 45 02 B2 FC E5 00 32 7D 29 E9 D6 54 00 18 38 7D 1F 04 AE FC 06 00 32 FD A8 58 28 55 29 18 38 FD 6B 40 2A 7D 29 FC AE FD AD 38 28 FD 89 00 28 FC 00 48 2A FD 6B 38 2A FD 8C 50 2A FC 00 50 28 FD A0 68 50 7C 09 FD AE 7D 6A FD AE 7D 9F 05 AE 7D AB FD AE 42 00 FF 74
-
-PASS: gsl_fft_real_radix2 with signal_real_noise, n = 16, stride = 1
-. 0 1000E230 128
-. 7C 07 DA 14 7D 27 32 14 7D 40 32 14 7C 06 00 50 7D 4A E9 D6 7C E7 E2 14 7D 68 E9 D6 55 4A 18 38 7D 0A FC AE 7D 08 E2 14 FD 00 40 50 7D 29 E9 D6 55 6B 18 38 7C 0B FC AE FD 80 40 28 7C 00 E9 D6 55 29 18 38 7D 69 FC AE FC 00 40 2A 54 00 18 38 7D 3F 04 AE FD AB 48 28 FD 6B 48 2A FD 26 03 32 FD 46 03 72 7D 69 FD AE 7C 1F 05 AE FD A7 4B 78 FD 87 53 3A 7D AA FD AE 7D 8B FD AE 42 00 FF 84
-
-PASS: gsl_fft_halfcomplex_radix2 with data from signal_noise, n = 16, stride = 1
-. 0 FEEF788 16
-. 57 3A D1 BE 2B 1A 00 20 3B 1A 00 38 41 99 01 8C
-
-. 0 FEEF798 8
-. 71 40 00 01 41 82 01 CC
-
-. 0 FEEF97C 24
-. 57 15 18 38 7F F5 E2 14 39 3F 00 30 83 A9 00 0C 7F 9D 48 00 41 9E 00 14
-
-PASS: fft_complex_bitreverse_order, n = 16
-PASS: gsl_fft_complex_radix2_forward with signal_noise, n = 16, stride = 2
-PASS: gsl_fft_complex_radix2_forward avoids unstrided data, n = 16, stride = 2
-PASS: gsl_fft_complex_radix2_inverse with signal_noise, n = 16, stride = 2
-PASS: gsl_fft_complex_radix2_inverse other data untouched, n = 16, stride = 2
-PASS: gsl_fft_complex_radix2_backward with signal_noise, n = 16, stride = 2
-PASS: gsl_fft_complex_radix2_backward avoids unstrided data, n = 16, stride = 2
-PASS: gsl_fft_complex_radix2_forward with signal_pulse, n = 16, stride = 2
-PASS: gsl_fft_complex_radix2_forward with signal_constant, n = 16, stride = 2
-PASS: gsl_fft_complex_radix2_forward with signal_exp, n = 16, stride = 2
-PASS: fft_real_bitreverse_order, n = 16
-PASS: gsl_fft_real_radix2 with signal_real_noise, n = 16, stride = 2
-PASS: gsl_fft_halfcomplex_radix2 with data from signal_noise, n = 16, stride = 2
-PASS: fft_complex_bitreverse_order, n = 16
-PASS: gsl_fft_complex_radix2_forward with signal_noise, n = 16, stride = 3
-PASS: gsl_fft_complex_radix2_forward avoids unstrided data, n = 16, stride = 3
-PASS: gsl_fft_complex_radix2_inverse with signal_noise, n = 16, stride = 3
-PASS: gsl_fft_complex_radix2_inverse other data untouched, n = 16, stride = 3
-PASS: gsl_fft_complex_radix2_backward with signal_noise, n = 16, stride = 3
-PASS: gsl_fft_complex_radix2_backward avoids unstrided data, n = 16, stride = 3
-PASS: gsl_fft_complex_radix2_forward with signal_pulse, n = 16, stride = 3
-PASS: gsl_fft_complex_radix2_forward with signal_constant, n = 16, stride = 3
-PASS: gsl_fft_complex_radix2_forward with signal_exp, n = 16, stride = 3
-PASS: fft_real_bitreverse_order, n = 16
-PASS: gsl_fft_real_radix2 with signal_real_noise, n = 16, stride = 3
-PASS: gsl_fft_halfcomplex_radix2 with data from signal_noise, n = 16, stride = 3
-PASS: fft_complex_bitreverse_order, n = 32
-. 0 FE0E478 32
-. 81 9E 0F F8 80 DE 0F F0 C8 0C 00 00 C8 A6 00 00 FD 4A 28 3A FF C1 50 2A FF 1E 08 00 40 9A 05 20
-
-. 0 FE0DAAC 20
-. CB BD 00 00 FF 80 10 90 FC A0 F0 90 FF 9E E8 00 41 9D 00 08
-
-. 0 FE0DAC0 36
-. FC A0 F0 50 C9 4B 00 00 FC 6A 28 2A FD 03 50 28 D8 61 00 30 81 21 00 30 81 41 00 34 FC 25 40 28 41 9D 00 08
-
-. 0 FE0DAE4 192
-. FF 80 10 50 FC A1 00 72 C8 06 00 00 C8 87 00 00 55 40 28 34 83 FE 0F 84 7C C0 42 14 C8 66 00 10 FF 65 01 3A C9 5F 00 00 C9 06 00 18 FC 41 01 72 C8 E6 00 08 C9 85 00 00 FD A3 50 2A CB 44 00 00 FD 21 50 2A C8 03 00 00 FC C2 06 F2 FC 4D 50 28 FF 65 D3 3A FD 66 3A 3A FC 83 10 28 FD 29 50 28 FC E3 59 BA 7C C8 04 AE FF 44 40 2A FD 61 48 28 FD 9B 01 7A FD 1A 38 7A FD 46 00 72 FD 22 02 72 FC 6B E0 2A FF 6C 01 72 FC 02 40 FA FC 8A 07 32 FC E9 30 2A FF 46 06 F2 FD 60 20 28 FC 26 38 28 FD AB D0 28 FD 81 48 2A FC AD 60 2A FC 27 28 2A FC 47 08 28 FC 85 10 2A FC 84 E8 00 40 85 02 14
-
-. 0 FE0DDB4 20
-. 80 7E 0F 88 FC 1F E8 00 C9 03 00 00 FC 84 02 32 40 81 00 F0
-
-. 0 FE0DEB4 8
-. 81 3E 0F B8 4B FF FF 14
-
-. 0 FE0DDCC 16
-. C9 69 00 00 FC 7F 02 F2 FC 04 18 28 4B FF FD EC
-
-. 0 FE0DBC4 12
-. FC C1 00 2A FE 06 08 00 41 B2 F5 78
-
-PASS: gsl_fft_complex_radix2_forward with signal_noise, n = 32, stride = 1
-PASS: gsl_fft_complex_radix2_inverse with signal_noise, n = 32, stride = 1
-PASS: gsl_fft_complex_radix2_backward with signal_noise, n = 32, stride = 1
-PASS: gsl_fft_complex_radix2_forward with signal_pulse, n = 32, stride = 1
-PASS: gsl_fft_complex_radix2_forward with signal_constant, n = 32, stride = 1
-. 0 FE0DAC4 32
-. C9 4B 00 00 FC 6A 28 2A FD 03 50 28 D8 61 00 30 81 21 00 30 81 41 00 34 FC 25 40 28 41 9D 00 08
-
-. 0 FE0DAE8 188
-. FC A1 00 72 C8 06 00 00 C8 87 00 00 55 40 28 34 83 FE 0F 84 7C C0 42 14 C8 66 00 10 FF 65 01 3A C9 5F 00 00 C9 06 00 18 FC 41 01 72 C8 E6 00 08 C9 85 00 00 FD A3 50 2A CB 44 00 00 FD 21 50 2A C8 03 00 00 FC C2 06 F2 FC 4D 50 28 FF 65 D3 3A FD 66 3A 3A FC 83 10 28 FD 29 50 28 FC E3 59 BA 7C C8 04 AE FF 44 40 2A FD 61 48 28 FD 9B 01 7A FD 1A 38 7A FD 46 00 72 FD 22 02 72 FC 6B E0 2A FF 6C 01 72 FC 02 40 FA FC 8A 07 32 FC E9 30 2A FF 46 06 F2 FD 60 20 28 FC 26 38 28 FD AB D0 28 FD 81 48 2A FC AD 60 2A FC 27 28 2A FC 47 08 28 FC 85 10 2A FC 84 E8 00 40 85 02 14
-
-. 0 FE0DDC8 20
-. 81 3E 0F 9C C9 69 00 00 FC 7F 02 F2 FC 04 18 28 4B FF FD EC
-
-PASS: gsl_fft_complex_radix2_forward with signal_exp, n = 32, stride = 1
-PASS: fft_real_bitreverse_order, n = 32
-PASS: gsl_fft_real_radix2 with signal_real_noise, n = 32, stride = 1
-PASS: gsl_fft_halfcomplex_radix2 with data from signal_noise, n = 32, stride = 1
-PASS: fft_complex_bitreverse_order, n = 32
-PASS: gsl_fft_complex_radix2_forward with signal_noise, n = 32, stride = 2
-PASS: gsl_fft_complex_radix2_forward avoids unstrided data, n = 32, stride = 2
-PASS: gsl_fft_complex_radix2_inverse with signal_noise, n = 32, stride = 2
-PASS: gsl_fft_complex_radix2_inverse other data untouched, n = 32, stride = 2
-PASS: gsl_fft_complex_radix2_backward with signal_noise, n = 32, stride = 2
-PASS: gsl_fft_complex_radix2_backward avoids unstrided data, n = 32, stride = 2
-PASS: gsl_fft_complex_radix2_forward with signal_pulse, n = 32, stride = 2
-PASS: gsl_fft_complex_radix2_forward with signal_constant, n = 32, stride = 2
-PASS: gsl_fft_complex_radix2_forward with signal_exp, n = 32, stride = 2
-PASS: fft_real_bitreverse_order, n = 32
-PASS: gsl_fft_real_radix2 with signal_real_noise, n = 32, stride = 2
-PASS: gsl_fft_halfcomplex_radix2 with data from signal_noise, n = 32, stride = 2
-PASS: fft_complex_bitreverse_order, n = 32
-PASS: gsl_fft_complex_radix2_forward with signal_noise, n = 32, stride = 3
-PASS: gsl_fft_complex_radix2_forward avoids unstrided data, n = 32, stride = 3
-PASS: gsl_fft_complex_radix2_inverse with signal_noise, n = 32, stride = 3
-PASS: gsl_fft_complex_radix2_inverse other data untouched, n = 32, stride = 3
-PASS: gsl_fft_complex_radix2_backward with signal_noise, n = 32, stride = 3
-PASS: gsl_fft_complex_radix2_backward avoids unstrided data, n = 32, stride = 3
-PASS: gsl_fft_complex_radix2_forward with signal_pulse, n = 32, stride = 3
-PASS: gsl_fft_complex_radix2_forward with signal_constant, n = 32, stride = 3
-PASS: gsl_fft_complex_radix2_forward with signal_exp, n = 32, stride = 3
-PASS: fft_real_bitreverse_order, n = 32
-PASS: gsl_fft_real_radix2 with signal_real_noise, n = 32, stride = 3
-PASS: gsl_fft_halfcomplex_radix2 with data from signal_noise, n = 32, stride = 3
-PASS: fft_complex_bitreverse_order, n = 64
-. 0 FE0D5C0 16
-. C9 9F 00 00 FD A0 F8 90 FC 9F 60 00 41 85 00 08
-
-. 0 FE0D5D0 24
-. FD A0 F8 50 CB DC 00 00 FC FE 68 28 FF 07 60 00 4F 59 D3 82 41 9A 01 EC
-
-. 0 FE0D7D0 36
-. C8 CA 00 00 C9 5D 00 00 FD 86 38 2A FC AC 30 28 D9 81 00 30 81 41 00 30 81 61 00 34 FC 47 28 28 4B FF FE 20
-
-. 0 FE0D610 200
-. FD 22 00 B2 C8 E5 00 00 CB C6 00 00 55 6B 28 34 CB 87 00 00 7C AB 42 14 80 FE 0F 84 FF A9 3F BA C8 83 00 00 CB 47 00 00 C8 C4 00 00 FF 62 D0 2A C8 65 00 08 FD 7D E2 7A 7F AB 44 AE 80 7E 0F 88 FD 9D D0 2A FD 1B D0 28 FC 2B 02 72 C9 65 00 18 FF CC D0 28 FC 02 40 28 FD A2 0A BA C8 25 00 10 FC E0 50 2A FC BD F0 28 FF 81 03 72 FF 69 21 BA FF 42 02 72 FC 9E 02 32 FD 45 18 2A FD 9E 01 F2 FC 0B E0 28 FD 3A 06 F2 CB 43 00 00 FC 6A 00 B2 FF 81 20 28 FD A0 60 28 FC BD 02 72 FF C1 E0 28 FC CD 18 28 FC FE 20 28 FC 46 28 28 FF 62 38 2A FC 3C D8 2A FD 7C 08 28 FF BB 58 2A FD 5D 0E BA FE 0A 08 00 41 92 00 68
-
-. 0 FE0D73C 12
-. C8 1F 00 00 FF 9F 00 00 41 BD F3 14
-
-. 0 FE0D748 4
-. 4B FF FA 08
-
-. 0 FE0E9B4 12
-. FC 20 30 90 FC 60 F8 90 4B FF D4 79
-
-. 0 FE0BE34 12
-. 94 21 FF B0 7C 08 02 A6 48 06 72 75
-
-. 0 FE0BE40 56
-. 93 C1 00 30 7F C8 02 A6 93 E1 00 34 DB C1 00 40 FF C0 08 90 DB A1 00 38 FF A0 18 90 83 FE 0E B8 DB E1 00 48 FC A0 F0 90 C8 3F 00 00 90 01 00 54 FF 9E 08 00 41 9D 00 08
-
-. 0 FE0BE78 40
-. FC A0 F0 50 81 3E 0E 80 C8 69 00 00 FD A3 28 2A FC 0D 18 28 D9 A1 00 20 80 E1 00 20 81 01 00 24 FC 65 00 28 41 9D 00 08
-
-. 0 FE0BEA0 216
-. FC 40 10 50 FC A3 00 F2 81 3E 0E BC 81 9E 0E C0 55 04 28 34 CB E9 00 00 C9 AC 00 00 81 5E 0E 7C FC E3 01 72 80 FE 0E C4 FC 85 6F FA 7C C4 52 14 C9 47 00 00 CB E6 00 10 C9 86 00 08 FD 23 50 2A FD 07 01 32 C8 86 00 18 80 BE 0E C8 FD 7F 50 2A 81 7E 0E CC C8 C5 00 00 FD 29 50 28 FD A8 61 3A C8 0B 00 00 80 7E 0E D0 FD 6B 50 28 FD 85 01 BA C8 03 00 00 FC FF 58 28 FC DF 6A 3A 7D A4 54 AE FD 47 20 2A FD 03 48 28 FF EC 01 7A FC EA 30 FA FC 8D 00 F2 FD 2B 02 72 FC C8 10 2A FC 7F 01 72 FC 0B 39 BA FD 44 00 B2 FC A9 68 2A FD 8D 00 F2 FD 0D 28 28 FF E0 50 28 FC E8 48 2A FC DF 60 28 FD 66 38 2A FD A5 58 2A FC 85 68 28 FC AB 20 2A FF 85 08 00 40 9D 00 68
-
-. 0 FE0BF78 20
-. FC 1D 08 00 81 1E 0E D4 C8 28 00 00 FC A5 00 72 40 81 00 D8
-
-. 0 FE0C060 16
-. 81 3E 0E DC C8 69 00 00 FC 1D 28 FA 4B FF FF 2C
-
-. 0 FE0BF98 12
-. FC AD 00 2A FF 05 68 00 40 9A 00 6C
-
-. 0 FE0BFA4 16
-. CB BF 00 00 FC 20 68 90 FC 1E E8 00 41 81 00 08
-
-. 0 FE0BFB4 40
-. FC 20 68 50 83 E1 00 54 83 C1 00 30 7F E8 03 A6 CB A1 00 38 83 E1 00 34 CB C1 00 40 CB E1 00 48 38 21 00 50 4E 80 00 20
-
-. 0 FE0E9C0 4
-. 4B FF F7 CC
-
-. 0 FE0EAB0 16
-. FC 20 10 90 FC 60 F8 90 FC 40 20 90 4B FF D3 79
-
-. 0 FE0BFDC 20
-. 80 7E 0E D4 FC 9D 08 00 C9 03 00 00 FC A5 02 32 41 85 00 6C
-
-. 0 FE0BFF0 28
-. 81 3E 0E DC C9 49 00 00 FD 3D 02 B2 FC 05 48 28 FC AD 00 2A FF 05 68 00 41 BA FF 9C
-
-. 0 FE0EAC0 4
-. 4B FF F6 CC
-
-. 0 FE0ED6C 16
-. 81 3E 0F DC C8 E9 00 00 FC 0D 19 F8 4B FF FC 1C
-
-. 0 FE0E994 12
-. FC 61 00 2A FC 03 08 00 41 82 F7 F0
-
-PASS: gsl_fft_complex_radix2_forward with signal_noise, n = 64, stride = 1
-PASS: gsl_fft_complex_radix2_inverse with signal_noise, n = 64, stride = 1
-PASS: gsl_fft_complex_radix2_backward with signal_noise, n = 64, stride = 1
-PASS: gsl_fft_complex_radix2_forward with signal_pulse, n = 64, stride = 1
-PASS: gsl_fft_complex_radix2_forward with signal_constant, n = 64, stride = 1
-. 0 FE0D5D4 20
-. CB DC 00 00 FC FE 68 28 FF 07 60 00 4F 59 D3 82 41 9A 01 EC
-
-. 0 FE0BF8C 24
-. 81 3E 0E D8 C8 69 00 00 FC 1D 28 FA FC AD 00 2A FF 05 68 00 40 9A 00 6C
-
-. 0 FE0C058 8
-. 81 3E 0E D8 4B FF FF 98
-
-. 0 FE0BFF4 24
-. C9 49 00 00 FD 3D 02 B2 FC 05 48 28 FC AD 00 2A FF 05 68 00 41 BA FF 9C
-
-PASS: gsl_fft_complex_radix2_forward with signal_exp, n = 64, stride = 1
-PASS: fft_real_bitreverse_order, n = 64
-PASS: gsl_fft_real_radix2 with signal_real_noise, n = 64, stride = 1
-PASS: gsl_fft_halfcomplex_radix2 with data from signal_noise, n = 64, stride = 1
-PASS: fft_complex_bitreverse_order, n = 64
-PASS: gsl_fft_complex_radix2_forward with signal_noise, n = 64, stride = 2
-PASS: gsl_fft_complex_radix2_forward avoids unstrided data, n = 64, stride = 2
-PASS: gsl_fft_complex_radix2_inverse with signal_noise, n = 64, stride = 2
-PASS: gsl_fft_complex_radix2_inverse other data untouched, n = 64, stride = 2
-PASS: gsl_fft_complex_radix2_backward with signal_noise, n = 64, stride = 2
-PASS: gsl_fft_complex_radix2_backward avoids unstrided data, n = 64, stride = 2
-PASS: gsl_fft_complex_radix2_forward with signal_pulse, n = 64, stride = 2
-PASS: gsl_fft_complex_radix2_forward with signal_constant, n = 64, stride = 2
-PASS: gsl_fft_complex_radix2_forward with signal_exp, n = 64, stride = 2
-PASS: fft_real_bitreverse_order, n = 64
-PASS: gsl_fft_real_radix2 with signal_real_noise, n = 64, stride = 2
-PASS: gsl_fft_halfcomplex_radix2 with data from signal_noise, n = 64, stride = 2
-. 0 FEEF920 16
-. 57 3B BA 7E 28 1B 00 14 3B 1B 00 5B 40 A1 FE 6C
-
-PASS: fft_complex_bitreverse_order, n = 64
-PASS: gsl_fft_complex_radix2_forward with signal_noise, n = 64, stride = 3
-PASS: gsl_fft_complex_radix2_forward avoids unstrided data, n = 64, stride = 3
-PASS: gsl_fft_complex_radix2_inverse with signal_noise, n = 64, stride = 3
-PASS: gsl_fft_complex_radix2_inverse other data untouched, n = 64, stride = 3
-PASS: gsl_fft_complex_radix2_backward with signal_noise, n = 64, stride = 3
-PASS: gsl_fft_complex_radix2_backward avoids unstrided data, n = 64, stride = 3
-PASS: gsl_fft_complex_radix2_forward with signal_pulse, n = 64, stride = 3
-PASS: gsl_fft_complex_radix2_forward with signal_constant, n = 64, stride = 3
-PASS: gsl_fft_complex_radix2_forward with signal_exp, n = 64, stride = 3
-PASS: fft_real_bitreverse_order, n = 64
-PASS: gsl_fft_real_radix2 with signal_real_noise, n = 64, stride = 3
-PASS: gsl_fft_halfcomplex_radix2 with data from signal_noise, n = 64, stride = 3
-. 0 100046EC 12
-. 7F 9F E3 78 7F 9F F0 40 41 9D 00 50
-
-. 0 100046F8 16
-. 3B A0 00 01 7F A3 EB 78 7F E4 FB 78 4B FF C5 E1
-
-. 0 10000CE4 108
-. 94 21 FF B0 7C 08 02 A6 93 81 00 38 7F 84 19 D6 93 A1 00 3C 93 41 00 30 7C 7A 1B 78 93 E1 00 44 3B E0 00 00 7D 80 00 26 57 9D 20 36 7F A3 EB 78 90 01 00 54 91 81 00 10 57 9C 08 3C 92 E1 00 24 93 01 00 28 93 21 00 2C 93 61 00 34 93 C1 00 40 7C 9E 23 78 DB E1 00 48 92 61 00 14 92 81 00 18 92 A1 00 1C 92 C1 00 20 48 02 81 E9
-
-. 0 10000D50 12
-. 7C 7B 1B 78 7F A3 EB 78 48 02 81 DD
-
-. 0 10000D5C 12
-. 7C 79 1B 78 7F A3 EB 78 48 02 81 D1
-
-. 0 10000D68 12
-. 7C 78 1B 78 7F A3 EB 78 48 02 81 C5
-
-. 0 10000D74 12
-. 2B 9C 00 00 7C 77 1B 78 40 9D 00 68
-
-. 0 10000D80 100
-. 3D 60 10 02 3D 20 10 02 C9 0B 81 00 3D 60 10 02 39 6B 80 F8 C8 E9 80 E8 7F 89 03 A6 3D 20 10 02 C9 4B 00 00 C9 29 81 08 3D 20 43 30 93 E1 00 0C 57 E0 18 38 91 21 00 08 3B FF 00 01 C8 01 00 08 FC 00 50 28 FD A0 48 2A 7C 1B 05 AE FD 80 38 2A FD 60 40 2A 7D B7 05 AE 7D 99 05 AE 7D 78 05 AE 42 00 FF CC
-
-. 0 10000DAC 56
-. 93 E1 00 0C 57 E0 18 38 91 21 00 08 3B FF 00 01 C8 01 00 08 FC 00 50 28 FD A0 48 2A 7C 1B 05 AE FD 80 38 2A FD 60 40 2A 7D B7 05 AE 7D 99 05 AE 7D 78 05 AE 42 00 FF CC
-
-. 0 10000DE4 8
-. 38 60 00 00 48 01 46 0D
-
-. 0 10000DEC 8
-. 7F C3 F3 78 48 00 5A 51
-
-. 0 10006840 128
-. 94 21 FF 70 7C 08 02 A6 42 9F 00 05 93 C1 00 60 7F C8 02 A6 92 E1 00 44 7C 77 1B 79 90 01 00 94 DB 61 00 68 80 1E FF F0 DB 81 00 70 DB A1 00 78 7F C0 F2 14 DB C1 00 80 DB E1 00 88 91 C1 00 20 91 E1 00 24 92 01 00 28 92 21 00 2C 92 41 00 30 92 61 00 34 92 81 00 38 92 A1 00 3C 92 C1 00 40 93 01 00 48 93 21 00 4C 93 41 00 50 93 61 00 54 93 81 00 58 93 A1 00 5C 93 E1 00 64 41 82 01 DC
-
-. 0 100068C0 8
-. 38 60 02 0C 48 02 26 71
-
-. 0 100068C8 12
-. 7C 69 1B 79 91 21 00 14 41 82 02 44
-
-. 0 100068D4 8
-. 56 E3 20 36 48 02 26 5D
-
-. 0 100068DC 16
-. 81 21 00 14 2F 83 00 00 90 69 02 08 41 9E 02 48
-
-. 0 100068EC 24
-. 81 21 00 14 7E E3 BB 78 38 81 00 10 92 E9 00 00 38 A9 00 08 4B FF FE 69
-
-. 0 10006768 116
-. 94 21 FF C0 7C 08 02 A6 42 9F 00 05 93 C1 00 38 7F C8 02 A6 93 81 00 30 90 01 00 44 7C A6 2B 78 93 A1 00 34 7C 85 23 78 80 1E FF F0 38 81 00 10 7F C0 F2 14 81 3E 80 10 83 89 00 18 80 09 00 00 83 A9 00 14 81 69 00 04 81 49 00 08 81 09 00 0C 80 E9 00 10 90 01 00 10 93 A1 00 24 93 81 00 28 91 61 00 14 91 41 00 18 91 01 00 1C 90 E1 00 20 4B FF FC A1
-
-. 0 10006478 60
-. 94 21 FF F0 7C 08 02 A6 42 9F 00 05 93 C1 00 08 7F C8 02 A6 2F 83 00 00 90 01 00 14 38 E0 00 00 93 E1 00 0C 7C 68 1B 78 80 1E FF F0 7C BF 2B 78 38 A0 00 00 7F C0 F2 14 41 9E 01 7C
-
-. 0 100064B4 8
-. 2F 83 00 01 41 9E 01 4C
-
-. 0 10006604 40
-. 90 66 00 00 38 00 00 00 90 7F 00 00 7C 03 03 78 80 01 00 14 83 C1 00 08 83 E1 00 0C 7C 08 03 A6 38 21 00 10 4E 80 00 20
-
-. 0 100067DC 28
-. 80 01 00 44 83 81 00 30 83 A1 00 34 7C 08 03 A6 83 C1 00 38 38 21 00 40 4E 80 00 20
-
-. 0 10006904 8
-. 2F 83 00 00 40 9E 01 DC
-
-. 0 1000690C 68
-. 81 61 00 10 3C 00 43 30 81 21 00 14 3A A0 00 00 7F 95 58 40 39 C0 00 01 91 69 00 04 81 3E 80 20 90 01 00 08 92 E1 00 0C C9 89 00 00 C9 A1 00 08 81 3E 80 24 FD AD 60 28 C8 09 00 00 FF A0 68 24 40 9C 00 DC
-
-. 0 10006950 60
-. 81 21 00 14 FF 60 60 90 7D 6F 5B 78 3B 40 00 00 83 09 02 08 7D 30 4B 78 7F 1B C3 78 82 50 00 08 3A 60 00 01 7D D1 73 78 93 70 01 08 7D CE 91 D6 7F 93 90 40 7E D7 73 96 40 9C 00 8C
-
-. 0 10006A14 12
-. 35 EF FF FF 3A 10 00 04 40 82 FF 50
-
-. 0 10006A20 8
-. 7F 95 B8 40 41 9D 00 90
-
-. 0 10006A28 112
-. 80 61 00 14 80 01 00 94 81 C1 00 20 81 E1 00 24 7C 08 03 A6 82 01 00 28 82 21 00 2C 82 41 00 30 82 61 00 34 82 81 00 38 82 A1 00 3C 82 C1 00 40 82 E1 00 44 83 01 00 48 83 21 00 4C 83 41 00 50 83 61 00 54 83 81 00 58 83 A1 00 5C 83 C1 00 60 83 E1 00 64 CB 61 00 68 CB 81 00 70 CB A1 00 78 CB C1 00 80 CB E1 00 88 38 21 00 90 4E 80 00 20
-
-. 0 10000DF4 36
-. 3C 80 10 01 7F 46 D3 78 38 84 68 DC 7F C5 F3 78 7C 76 1B 78 20 03 00 00 7C 60 19 14 4C C6 31 82 48 01 47 D5
-
-PASS: gsl_fft_complex_wavetable_alloc, n = 1, stride = 1
-. 0 10000E18 8
-. 7F C3 F3 78 48 00 5D 3D
-
-. 0 10006B58 60
-. 94 21 FF E0 7C 08 02 A6 42 9F 00 05 93 C1 00 18 7F C8 02 A6 93 A1 00 14 7C 7D 1B 79 90 01 00 24 93 E1 00 1C 38 60 00 08 80 1E FF F0 38 A0 00 7B 38 C0 00 01 7F C0 F2 14 41 82 00 5C
-
-. 0 10006B94 4
-. 48 02 23 A1
-
-. 0 10006B98 20
-. 38 A0 00 83 7C 7F 1B 79 38 C0 00 08 57 A3 20 36 41 82 00 74
-
-. 0 10006BAC 8
-. 93 BF 00 00 48 02 23 85
-
-. 0 10006BB4 24
-. 2F 83 00 00 7C 60 1B 78 90 1F 00 04 7F E3 FB 78 7F E0 FB 78 41 9E 00 68
-
-. 0 10006BCC 32
-. 7C 03 03 78 80 01 00 24 83 A1 00 14 83 C1 00 18 7C 08 03 A6 83 E1 00 1C 38 21 00 20 4E 80 00 20
-
-. 0 10000E20 32
-. 3C 80 10 01 38 84 69 14 7F C5 F3 78 7C 7C 1B 78 20 03 00 00 7C 60 19 14 4C C6 31 82 48 01 47 AD
-
-PASS: gsl_fft_complex_workspace_alloc, n = 1
-. 0 10000E40 20
-. 7F C3 F3 78 7F 44 D3 78 7F 65 DB 78 7F 06 C3 78 48 00 41 C9
-
-. 0 10000E54 8
-. 2F 9E 00 00 41 9E 00 30
-
-. 0 10000E5C 44
-. 7F C9 03 A6 38 00 00 00 57 4B 20 36 7D 20 DA 14 7C 1B 04 AE C9 A9 00 08 7D 20 CA 14 7C 19 05 AE 7C 00 5A 14 D9 A9 00 08 42 00 FF E4
-
-. 0 10000E88 24
-. 7F 63 DB 78 7F 44 D3 78 7F C5 F3 78 7E C6 B3 78 7F 87 E3 78 48 00 80 21
-
-. 0 10008EBC 20
-. 7C 08 02 A6 94 21 FF F0 39 00 FF FF 90 01 00 14 4B FF DF 0D
-
-. 0 10006DD8 232
-. 94 21 FD 80 7C 08 02 A6 42 9F 00 05 D9 C1 01 F0 D9 E1 01 F8 7D 80 00 26 DA 01 02 00 39 20 00 00 DA 21 02 08 DA 41 02 10 DA 61 02 18 DA 81 02 20 DA A1 02 28 DA C1 02 30 DA E1 02 38 DB 01 02 40 DB 21 02 48 DB 41 02 50 DB 61 02 58 DB 81 02 60 DB A1 02 68 DB C1 02 70 DB E1 02 78 91 C1 01 A8 91 E1 01 AC 92 01 01 B0 92 21 01 B4 92 41 01 B8 92 61 01 BC 92 81 01 C0 92 A1 01 C4 92 C1 01 C8 92 E1 01 CC 93 01 01 D0 93 21 01 D4 93 41 01 D8 93 61 01 DC 93 81 01 E0 93 C1 01 E8 7F C8 02 A6 90 01 02 84 81 67 00 04 80 1E FF F0 91 01 00 1C 39 00 00 01 7F C0 F2 14 7C A0 2B 79 93 A1 01 E4 93 E1 01 EC 91 81 01 A4 90 01 00 18 90 61 00 10 90 81 00 14 81 46 00 04 91 01 00 24 91 21 00 28 91 61 00 2C 41 82 0D 70
-
-. 0 10006EC0 16
-. 80 01 00 18 38 60 00 00 2F 80 00 01 41 9E 06 D8
-
-. 0 100075A4 168
-. 80 01 02 84 81 81 01 A4 81 C1 01 A8 7C 08 03 A6 81 E1 01 AC 7D 81 81 20 82 01 01 B0 82 21 01 B4 82 41 01 B8 82 61 01 BC 82 81 01 C0 82 A1 01 C4 82 C1 01 C8 82 E1 01 CC 83 01 01 D0 83 21 01 D4 83 41 01 D8 83 61 01 DC 83 81 01 E0 83 A1 01 E4 83 C1 01 E8 83 E1 01 EC C9 C1 01 F0 C9 E1 01 F8 CA 01 02 00 CA 21 02 08 CA 41 02 10 CA 61 02 18 CA 81 02 20 CA A1 02 28 CA C1 02 30 CA E1 02 38 CB 01 02 40 CB 21 02 48 CB 41 02 50 CB 61 02 58 CB 81 02 60 CB A1 02 68 CB C1 02 70 CB E1 02 78 38 21 02 80 4E 80 00 20
-
-. 0 10008ED0 16
-. 80 01 00 14 38 21 00 10 7C 08 03 A6 4E 80 00 20
-
-. 0 10000EA0 8
-. 2F 9E 00 00 41 9E 00 30
-
-. 0 10000EA8 44
-. 7F C9 03 A6 38 00 00 00 57 4B 20 36 7D 20 DA 14 7C 1B 04 AE C9 A9 00 08 7D 20 BA 14 7C 17 05 AE 7C 00 5A 14 D9 A9 00 08 42 00 FF E4
-
-. 0 10000ED4 52
-. 3E 60 10 02 2A 1A 00 01 CB F3 81 10 3C A0 10 01 3C 60 10 01 38 A5 69 3C FC 20 F8 90 7F 04 C3 78 7F 66 DB 78 38 63 69 4C 7F 47 D3 78 7F C8 F3 78 4B FF F9 15
-
-. 0 10000F08 24
-. 3C 80 10 01 38 84 69 50 7F C5 F3 78 7F 46 D3 78 4C C6 31 82 48 01 46 CD
-
-PASS: gsl_fft_complex_forward with signal_noise, n = 1, stride = 1
-. 0 10000F20 4
-. 41 91 03 A8
-
-. 0 10000F24 24
-. 7F 44 D3 78 7F C5 F3 78 7E C6 B3 78 7F 87 E3 78 7F 63 DB 78 48 00 7E 99
-
-. 0 10008DD0 64
-. 94 21 FF E0 7C 08 02 A6 42 9F 00 05 93 C1 00 18 7F C8 02 A6 93 E1 00 1C 90 01 00 24 39 00 00 01 7C 7F 1B 78 93 81 00 10 80 1E FF F0 7C 9C 23 78 93 A1 00 14 7C BD 2B 78 7F C0 F2 14 4B FF DF CD
-
-. 0 10008E10 8
-. 2C 03 00 00 40 82 00 64
-
-. 0 10008E18 48
-. 81 3E 80 74 3C 00 43 30 90 01 00 08 7F 83 E8 40 93 A1 00 0C C8 09 00 00 C9 A1 00 08 81 3E 80 78 FD AD 00 28 C8 09 00 00 FD 80 68 24 40 9C 00 34
-
-. 0 10008E48 48
-. 7F A9 03 A6 57 84 20 36 38 00 00 00 7C 1F 04 AE 7D 20 FA 14 FC 00 03 32 7C 1F 05 AE 7C 00 22 14 C9 A9 00 08 FD AD 03 32 D9 A9 00 08 42 00 FF E0
-
-. 0 10008E78 32
-. 80 01 00 24 83 81 00 10 83 A1 00 14 7C 08 03 A6 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-
-. 0 10000F3C 40
-. FC 20 F8 90 3F E0 10 01 3C A0 10 01 38 A5 69 98 7F 24 CB 78 7F 66 DB 78 38 7F 69 90 7F 47 D3 78 7F C8 F3 78 4B FF F8 B9
-
-. 0 10000F64 24
-. 3C 80 10 01 38 84 69 A4 7F C5 F3 78 7F 46 D3 78 4C C6 31 82 48 01 46 71
-
-PASS: gsl_fft_complex_inverse with signal_noise, n = 1, stride = 1
-. 0 10000F7C 4
-. 41 91 03 1C
-
-. 0 10000F80 24
-. 7E E3 BB 78 7F 44 D3 78 7F C5 F3 78 7E C6 B3 78 7F 87 E3 78 48 00 7F 05
-
-. 0 10008E98 20
-. 7C 08 02 A6 94 21 FF F0 39 00 00 01 90 01 00 14 4B FF DF 31
-
-. 0 10008EAC 16
-. 80 01 00 14 38 21 00 10 7C 08 03 A6 4E 80 00 20
-
-. 0 10000F98 8
-. 2F 9E 00 00 41 9E 00 54
-
-. 0 10000FA0 80
-. 3C 00 43 30 3D 20 10 02 90 01 00 08 39 29 80 F8 93 C1 00 0C 7F C9 03 A6 C9 A1 00 08 38 00 00 00 C8 09 00 00 57 4B 20 36 FD 8D 00 28 7C 19 04 AE 7D 20 CA 14 FC 00 03 32 7C 19 05 AE 7C 00 5A 14 C9 A9 00 08 FD AD 03 32 D9 A9 00 08 42 00 FF E0
-
-. 0 10000FF0 40
-. CB F3 81 10 3C A0 10 01 38 A5 69 E4 7F 24 CB 78 FC 20 F8 90 7E E6 BB 78 7F 47 D3 78 7F C8 F3 78 38 7F 69 90 4B FF F8 05
-
-. 0 10001018 24
-. 3C 80 10 01 38 84 69 F4 7F C5 F3 78 7F 46 D3 78 4C C6 31 82 48 01 45 BD
-
-PASS: gsl_fft_complex_backward with signal_noise, n = 1, stride = 1
-. 0 10001030 8
-. 2B 9A 00 01 41 9D 02 34
-
-. 0 10001038 52
-. 3D 20 10 02 3D 60 10 02 39 29 80 F0 39 6B 81 18 C8 49 00 00 7F C4 F3 78 C8 2B 00 00 7F 45 D3 78 7F 66 DB 78 7F 07 C3 78 38 60 00 01 3E A0 10 01 48 00 37 81
-
-. 0 1000106C 24
-. 7F 44 D3 78 7F C5 F3 78 7E C6 B3 78 7F 87 E3 78 7F 63 DB 78 48 00 7E 3D
-
-. 0 10001084 40
-. FC 20 F8 90 3C A0 10 01 7F C8 F3 78 7F 47 D3 78 38 A5 6A 40 7F 04 C3 78 7F 66 DB 78 38 75 6A 34 3B A0 00 00 4B FF F7 71
-
-. 0 100010AC 24
-. 3C 80 10 01 38 84 6A 50 7F C5 F3 78 7F 46 D3 78 4C C6 31 82 48 01 45 29
-
-PASS: gsl_fft_complex_forward with signal_pulse, n = 1, stride = 1
-. 0 100010C4 44
-. 3D 20 10 02 3D 60 10 02 39 29 80 F0 39 6B 81 18 C8 49 00 00 C8 2B 00 00 7F 44 D3 78 7F 65 DB 78 7F 06 C3 78 7F C3 F3 78 48 00 38 D5
-
-. 0 100010F0 24
-. 7F 44 D3 78 7F C5 F3 78 7E C6 B3 78 7F 87 E3 78 7F 63 DB 78 48 00 7D B9
-
-. 0 10001108 36
-. FC 20 F8 90 3C A0 10 01 7F 04 C3 78 38 A5 6A 90 7F 66 DB 78 7F 47 D3 78 7F C8 F3 78 38 75 6A 34 4B FF F6 F1
-
-. 0 1000112C 24
-. 3C 80 10 01 38 84 6A A0 7F C5 F3 78 7F 46 D3 78 4C C6 31 82 48 01 44 A9
-
-PASS: gsl_fft_complex_forward with signal_constant, n = 1, stride = 1
-. 0 10001144 12
-. 7F 9D F0 40 3B E0 00 00 40 9C 00 80
-
-. 0 10001150 52
-. 3E 80 10 01 3D 20 10 02 3D 60 10 02 39 29 81 18 39 6B 80 F0 C8 29 00 00 7F E3 FB 78 C8 4B 00 00 7F C4 F3 78 7F 45 D3 78 7F 66 DB 78 7F 07 C3 78 48 00 39 31
-
-. 0 10001184 24
-. 7F 44 D3 78 7F C5 F3 78 7E C6 B3 78 7F 87 E3 78 7F 63 DB 78 48 00 7D 25
-
-. 0 1000119C 36
-. C8 33 81 10 3B FF 00 01 38 75 6A 34 7F 04 C3 78 38 B4 6A E4 7F 66 DB 78 7F 47 D3 78 7F C8 F3 78 4B FF F6 5D
-
-. 0 100011C0 12
-. 7F 9F F0 40 7F BD 1B 78 41 9C FF 8C
-
-. 0 100011CC 28
-. 3C 80 10 01 7F C5 F3 78 7F 46 D3 78 38 84 6A F0 7F A3 EB 78 4C C6 31 82 48 01 44 05
-
-PASS: gsl_fft_complex_forward with signal_exp, n = 1, stride = 1
-. 0 100011E8 8
-. 7E C3 B3 78 48 00 5A 65
-
-. 0 10006C50 32
-. 7C 08 02 A6 94 21 FF E0 93 A1 00 14 7C 7D 1B 78 93 C1 00 18 90 01 00 24 80 63 02 08 48 02 23 19
-
-. 0 10006C70 16
-. 38 00 00 00 90 1D 02 08 7F A3 EB 78 48 02 23 09
-
-. 0 10006C80 24
-. 80 01 00 24 83 A1 00 14 83 C1 00 18 7C 08 03 A6 38 21 00 20 4E 80 00 20
-
-. 0 100011F0 8
-. 7F 83 E3 78 48 00 5A A5
-
-. 0 10006C98 32
-. 7C 08 02 A6 94 21 FF E0 93 A1 00 14 7C 7D 1B 78 93 C1 00 18 90 01 00 24 80 63 00 04 48 02 22 D1
-
-. 0 10006CB8 16
-. 38 00 00 00 90 1D 00 04 7F A3 EB 78 48 02 22 C1
-
-. 0 10006CC8 24
-. 80 01 00 24 83 A1 00 14 83 C1 00 18 7C 08 03 A6 38 21 00 20 4E 80 00 20
-
-. 0 100011F8 8
-. 7F 63 DB 78 48 02 7D 89
-
-. 0 10001200 8
-. 7F 23 CB 78 48 02 7D 81
-
-. 0 10001208 8
-. 7F 03 C3 78 48 02 7D 79
-
-. 0 10001210 8
-. 7E E3 BB 78 48 02 7D 71
-
-. 0 10001218 80
-. 80 01 00 54 81 81 00 10 82 61 00 14 7C 08 03 A6 82 81 00 18 7D 80 81 20 82 A1 00 1C 82 C1 00 20 82 E1 00 24 83 01 00 28 83 21 00 2C 83 41 00 30 83 61 00 34 83 81 00 38 83 A1 00 3C 83 C1 00 40 83 E1 00 44 CB E1 00 48 38 21 00 50 4E 80 00 20
-
-. 0 10004708 12
-. 7F A3 EB 78 7F E4 FB 78 4B FF E4 CD
-
-. 0 10002BDC 108
-. 94 21 FF B0 7C 08 02 A6 93 81 00 38 7F 84 19 D6 93 A1 00 3C 93 41 00 30 7C 7A 1B 78 93 E1 00 44 3B E0 00 00 7D 80 00 26 57 9D 18 38 7F A3 EB 78 90 01 00 54 91 81 00 10 57 9C 08 3C 92 E1 00 24 93 01 00 28 93 21 00 2C 93 61 00 34 93 C1 00 40 7C 9E 23 78 DB E1 00 48 92 61 00 14 92 81 00 18 92 A1 00 1C 92 C1 00 20 48 02 62 F1
-
-. 0 10002C48 12
-. 7C 7B 1B 78 7F A3 EB 78 48 02 62 E5
-
-. 0 FEEF7DC 8
-. 7E 55 93 78 48 00 00 54
-
-. 0 FEEF834 16
-. 81 5F 00 04 83 BF 00 0C 2B 8A 00 08 40 9D 03 20
-
-. 0 FEEF844 12
-. 82 FC 04 4C 7C 8A B8 40 41 85 03 14
-
-. 0 FEEF850 12
-. 2B 99 01 FF 55 4A 00 38 41 9D 00 0C
-
-. 0 FEEF85C 8
-. 7C 9A E8 00 41 86 02 14
-
-. 0 FEEFA74 12
-. 83 7C 00 34 7F 1B F8 00 40 9A FD E8
-
-. 0 FEEF864 16
-. 7F 8A C8 00 93 5D 00 08 93 BC 00 44 41 9E 03 EC
-
-. 0 FEEF874 8
-. 28 8A 01 FF 40 A5 FF 6C
-
-. 0 FEEF87C 16
-. 55 43 D1 BE 2B 03 00 20 39 03 00 38 40 99 00 48
-
-. 0 FEEF8D0 24
-. 55 0C 18 38 7E EC E2 14 39 37 00 30 81 69 00 08 7C 0B 48 00 41 A2 FF 10
-
-. 0 FEEF7F4 64
-. 91 3F 00 0C 55 03 06 FE 93 EB 00 0C 3B A0 00 01 91 7F 00 08 7D 0B 2E 70 93 E9 00 08 55 66 10 3A 83 FC 00 44 7F 66 E2 14 81 1B 04 38 7F A4 18 30 7F 1F D0 00 7D 0A 23 78 91 5B 04 38 41 9A 01 44
-
-. 0 FEEFA30 16
-. 39 68 00 30 38 C0 00 01 7C C0 28 39 40 82 00 14
-
-. 0 FEEFA50 12
-. 81 4B 00 0C 7F 8A 58 00 40 9E 01 BC
-
-. 0 FEEFC14 32
-. 80 6A 00 04 80 8A 00 0C 54 60 00 38 7C F9 00 50 91 64 00 08 2A 07 00 0F 90 8B 00 0C 41 91 00 54
-
-. 0 FEEFC84 24
-. 7C 6A CA 14 90 7C 00 40 90 7C 00 44 93 43 00 08 93 43 00 0C 41 85 00 08
-
-. 0 FEEFC9C 36
-. 90 7C 00 34 57 AF 10 3A 60 F2 00 01 7D F6 9B 78 39 0A 00 08 92 CA 00 04 7C E3 39 2E 92 43 00 04 4B FF F9 F4
-
-. 0 10002C54 12
-. 7C 79 1B 78 7F A3 EB 78 48 02 62 D9
-
-. 0 FEEFA80 12
-. 38 99 00 10 7C 04 50 40 40 80 FD DC
-
-. 0 FEEFA8C 80
-. 81 3E 05 FC 7C 99 50 50 63 26 00 01 60 80 00 01 7F 87 4A 78 39 1F 00 08 31 27 FF FF 7D 69 39 10 7D 3F CA 14 55 63 10 3A 91 3C 00 34 7C 65 33 78 91 3C 00 40 90 BF 00 04 91 3C 00 44 7C 89 21 2E 90 09 00 04 93 49 00 0C 93 49 00 08 4B FF FB D8
-
-. 0 10002C60 12
-. 7C 78 1B 78 7F A3 EB 78 48 02 62 CD
-
-. 0 10002C6C 12
-. 2B 9C 00 00 7C 77 1B 78 40 9D 00 78
-
-. 0 10002C78 116
-. 3D 60 10 02 3D 20 10 02 C9 0B 81 00 3D 60 10 02 39 6B 80 F8 C8 E9 80 E8 7F 89 03 A6 3D 20 10 02 C9 4B 00 00 C9 29 81 08 3D 20 43 30 93 E1 00 0C 57 E0 10 3A 91 21 00 08 3B FF 00 01 C8 01 00 08 FC 00 50 28 FD A0 48 2A FD 80 38 2A FD 60 40 2A FD A0 68 18 FD 80 60 18 FD 60 58 18 FC 00 00 18 7D B7 05 2E 7D 99 05 2E 7D 78 05 2E 7C 1B 05 2E 42 00 FF BC
-
-. 0 10002CA4 72
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-
-. 0 10002CEC 8
-. 38 60 00 00 48 01 27 05
-
-. 0 10002CF4 8
-. 7F C3 F3 78 48 00 69 71
-
-. 0 10009668 128
-. 94 21 FF 70 7C 08 02 A6 42 9F 00 05 93 C1 00 60 7F C8 02 A6 92 E1 00 44 7C 77 1B 79 90 01 00 94 DB 61 00 68 80 1E FF F0 DB 81 00 70 DB A1 00 78 7F C0 F2 14 DB C1 00 80 DB E1 00 88 91 C1 00 20 91 E1 00 24 92 01 00 28 92 21 00 2C 92 41 00 30 92 61 00 34 92 81 00 38 92 A1 00 3C 92 C1 00 40 93 01 00 48 93 21 00 4C 93 41 00 50 93 61 00 54 93 81 00 58 93 A1 00 5C 93 E1 00 64 41 82 01 E4
-
-. 0 100096E8 8
-. 38 60 02 0C 48 01 F8 49
-
-. 0 FEEF7E4 80
-. 7F AA E2 14 55 48 E8 FE 39 3D 00 30 81 69 00 08 91 3F 00 0C 55 03 06 FE 93 EB 00 0C 3B A0 00 01 91 7F 00 08 7D 0B 2E 70 93 E9 00 08 55 66 10 3A 83 FC 00 44 7F 66 E2 14 81 1B 04 38 7F A4 18 30 7F 1F D0 00 7D 0A 23 78 91 5B 04 38 41 9A 01 44
-
-. 0 100096F0 12
-. 7C 69 1B 79 91 21 00 14 41 82 02 4C
-
-. 0 100096FC 8
-. 56 E3 18 38 48 01 F8 35
-
-. 0 FEEFA38 8
-. 7C C0 28 39 40 82 00 14
-
-. 0 FEEFA40 16
-. 54 C6 08 3C 39 6B 00 08 7C C9 28 39 41 82 FF F4
-
-. 0 10009704 16
-. 81 21 00 14 2F 83 00 00 90 69 02 08 41 9E 02 50
-
-. 0 10009714 24
-. 81 21 00 14 7E E3 BB 78 38 81 00 10 92 E9 00 00 38 A9 00 08 4B FF D0 41
-
-. 0 1000972C 8
-. 2F 83 00 00 40 9E 01 E4
-
-. 0 10009734 68
-. 81 61 00 10 3C 00 43 30 81 21 00 14 3A A0 00 00 7F 95 58 40 39 C0 00 01 91 69 00 04 81 3E 80 C4 90 01 00 08 92 E1 00 0C C9 89 00 00 C9 A1 00 08 81 3E 80 C8 FD AD 60 28 C8 09 00 00 FF A0 68 24 40 9C 00 E4
-
-. 0 10009778 60
-. 81 21 00 14 FF 60 60 90 7D 6F 5B 78 3B 40 00 00 83 09 02 08 7D 30 4B 78 7F 1B C3 78 82 50 00 08 3A 60 00 01 7D D1 73 78 93 70 01 08 7D CE 91 D6 7F 93 90 40 7E D7 73 96 40 9C 00 94
-
-. 0 10009844 12
-. 35 EF FF FF 3A 10 00 04 40 82 FF 48
-
-. 0 10009850 8
-. 7F 95 B8 40 41 9D 00 90
-
-. 0 10009858 112
-. 80 61 00 14 80 01 00 94 81 C1 00 20 81 E1 00 24 7C 08 03 A6 82 01 00 28 82 21 00 2C 82 41 00 30 82 61 00 34 82 81 00 38 82 A1 00 3C 82 C1 00 40 82 E1 00 44 83 01 00 48 83 21 00 4C 83 41 00 50 83 61 00 54 83 81 00 58 83 A1 00 5C 83 C1 00 60 83 E1 00 64 CB 61 00 68 CB 81 00 70 CB A1 00 78 CB C1 00 80 CB E1 00 88 38 21 00 90 4E 80 00 20
-
-. 0 10002CFC 36
-. 3C 80 10 01 7F 46 D3 78 38 84 74 BC 7F C5 F3 78 7C 76 1B 78 20 03 00 00 7C 60 19 14 4C C6 31 82 48 01 28 CD
-
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 1, stride = 1
-. 0 10002D20 8
-. 7F C3 F3 78 48 00 6C 65
-
-. 0 10009988 60
-. 94 21 FF E0 7C 08 02 A6 42 9F 00 05 93 C1 00 18 7F C8 02 A6 93 A1 00 14 7C 7D 1B 79 90 01 00 24 93 E1 00 1C 38 60 00 08 80 1E FF F0 38 A0 00 7B 38 C0 00 01 7F C0 F2 14 41 82 00 5C
-
-. 0 100099C4 4
-. 48 01 F5 71
-
-. 0 100099C8 20
-. 38 A0 00 83 7C 7F 1B 79 38 C0 00 08 57 A3 18 38 41 82 00 74
-
-. 0 100099DC 8
-. 93 BF 00 00 48 01 F5 55
-
-. 0 100099E4 24
-. 2F 83 00 00 7C 60 1B 78 90 1F 00 04 7F E3 FB 78 7F E0 FB 78 41 9E 00 68
-
-. 0 100099FC 32
-. 7C 03 03 78 80 01 00 24 83 A1 00 14 83 C1 00 18 7C 08 03 A6 83 E1 00 1C 38 21 00 20 4E 80 00 20
-
-. 0 10002D28 32
-. 3C 80 10 01 38 84 74 F8 7F C5 F3 78 7C 7C 1B 78 20 03 00 00 7C 60 19 14 4C C6 31 82 48 01 28 A5
-
-PASS: gsl_fft_complex_workspace_float_alloc, n = 1
-. 0 10002D48 20
-. 7F C3 F3 78 7F 44 D3 78 7F 65 DB 78 7F 06 C3 78 48 00 2C D1
-
-. 0 10005A28 64
-. 94 21 FF D0 7C 08 02 A6 93 41 00 18 7C 7A 1B 79 93 01 00 10 7C D8 33 78 93 21 00 14 7C 99 23 78 93 81 00 20 7C BC 2B 78 93 61 00 1C 93 A1 00 24 93 C1 00 28 93 E1 00 2C 90 01 00 34 41 82 00 84
-
-. 0 10005A68 8
-. 2F 9A 00 00 41 9E 00 38
-
-. 0 10005A70 16
-. 3B C0 00 00 54 9B 18 38 7F 5F D3 78 4B FF ED 11
-
-. 0 10005A80 20
-. 7F BE E2 14 FC 20 08 18 7C 3E E5 2E 7F DE DA 14 4B FF EC FD
-
-. 0 10005A94 16
-. 37 FF FF FF FC 20 08 18 D0 3D 00 04 40 82 FF DC
-
-. 0 10005AA4 20
-. 7F 83 E3 78 7F 24 CB 78 7F 45 D3 78 7F 06 C3 78 48 00 06 89
-
-. 0 1000613C 20
-. 7C 08 02 A6 94 21 FF F0 38 E0 FF FF 90 01 00 14 4B FF FD FD
-
-. 0 10005F48 208
-. 94 21 FF 70 7C 08 02 A6 42 9F 00 05 93 C1 00 50 7F C8 02 A6 6C E7 80 00 90 01 00 94 90 E1 00 0C 80 1E FF F0 90 A1 00 14 7F C0 F2 14 3C 00 43 30 81 3E 80 18 90 01 00 08 C8 09 00 00 C9 A1 00 08 81 3E 80 20 FD AD 00 28 90 01 00 10 C9 89 00 00 81 3E 80 1C FD AD 68 2A 93 21 00 3C C8 09 00 00 3B 20 00 00 7F 99 28 40 DB 41 00 60 FD AD 00 32 C8 01 00 10 92 A1 00 2C 7C D5 33 78 FC 00 60 28 93 41 00 40 93 61 00 44 7C 7A 1B 78 DB 21 00 58 7C BB 2B 78 DB 61 00 68 FF 4D 00 24 DB 81 00 70 DB A1 00 78 DB C1 00 80 DB E1 00 88 92 61 00 24 92 81 00 28 92 C1 00 30 92 E1 00 34 93 01 00 38 93 81 00 48 93 A1 00 4C 93 E1 00 54 40 9C 00 C4
-
-. 0 10006018 40
-. 54 94 18 38 82 7E 80 24 FF 20 60 90 3A C0 00 00 7E 98 A3 78 2F 9B 00 00 C3 93 00 00 3B A0 00 00 FF A0 E0 90 41 9E 00 80
-
-. 0 10006040 44
-. 3E E0 43 30 FF 60 C8 90 3B 80 00 00 7F 7F DB 78 93 A1 00 14 92 E1 00 10 CB E1 00 10 FF FF D8 28 FF FF 06 B2 FC 20 F8 90 48 02 2E 8D
-
-. 0 1000606C 12
-. FF C0 08 18 FC 20 F8 90 48 02 2F 21
-
-. 0 10006078 68
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-
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-
-. 0 100060D8 100
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-
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-
-. 0 10002D90 24
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-
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-
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-
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-
-. 0 1000BD90 16
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-. 0 10002DA8 8
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-. 0 10002DB0 44
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-
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-
-. 0 10002704 124
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-
-. 0 10002780 84
-. 3D 20 10 02 7F 89 03 A6 39 29 81 20 38 00 00 00 C9 49 00 00 54 EA 18 38 7D 20 FA 14 7D 60 F2 14 7C 1F 04 2E 7D 9E 04 2E 7C 00 52 14 C1 A9 00 04 C1 6B 00 04 EC 00 60 28 ED AD 58 28 FC 00 02 10 FD A0 6A 10 FC 00 68 2A FF E0 02 B2 FF 9F 08 00 40 9D 00 08
-
-. 0 100027D8 4
-. 42 00 FF C0
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-. 0 100027DC 12
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-
-. 0 100027E8 84
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-
-. 0 10002E10 24
-. 3C 80 10 01 38 84 75 28 7F C5 F3 78 7F 46 D3 78 4C C6 31 82 48 01 27 C5
-
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 1, stride = 1
-. 0 10002E28 4
-. 41 91 03 AC
-
-. 0 10002E2C 24
-. 7F 44 D3 78 7F C5 F3 78 7E C6 B3 78 7F 87 E3 78 7F 63 DB 78 48 00 8E 4D
-
-. 0 1000BC8C 64
-. 94 21 FF E0 7C 08 02 A6 42 9F 00 05 93 C1 00 18 7F C8 02 A6 93 E1 00 1C 90 01 00 24 39 00 00 01 7C 7F 1B 78 93 81 00 10 80 1E FF F0 7C 9C 23 78 93 A1 00 14 7C BD 2B 78 7F C0 F2 14 4B FF DF 41
-
-. 0 1000BCCC 8
-. 2C 03 00 00 40 82 00 68
-
-. 0 1000BCD4 52
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-
-. 0 1000BD08 48
-. 7F A9 03 A6 57 84 18 38 38 00 00 00 7C 1F 04 2E 7D 20 FA 14 EC 00 03 32 7C 1F 05 2E 7C 00 22 14 C1 A9 00 04 ED AD 03 32 D1 A9 00 04 42 00 FF E0
-
-. 0 1000BD38 32
-. 80 01 00 24 83 81 00 10 83 A1 00 14 7C 08 03 A6 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-
-. 0 10002E44 40
-. FC 20 F8 90 3F E0 10 01 3C A0 10 01 38 A5 69 98 7F 24 CB 78 7F 66 DB 78 38 7F 69 90 7F 47 D3 78 7F C8 F3 78 4B FF F8 9D
-
-. 0 10002E6C 24
-. 3C 80 10 01 38 84 75 70 7F C5 F3 78 7F 46 D3 78 4C C6 31 82 48 01 27 69
-
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 1, stride = 1
-. 0 10002E84 4
-. 41 91 03 20
-
-. 0 10002E88 24
-. 7E E3 BB 78 7F 44 D3 78 7F C5 F3 78 7E C6 B3 78 7F 87 E3 78 48 00 8E BD
-
-. 0 1000BD58 20
-. 7C 08 02 A6 94 21 FF F0 39 00 00 01 90 01 00 14 4B FF DE A1
-
-. 0 1000BD6C 16
-. 80 01 00 14 38 21 00 10 7C 08 03 A6 4E 80 00 20
-
-. 0 10002EA0 8
-. 2F 9E 00 00 41 9E 00 58
-
-. 0 10002EA8 84
-. 3C 00 43 30 3D 20 10 02 90 01 00 08 39 29 80 F8 93 C1 00 0C 7F C9 03 A6 C9 A1 00 08 38 00 00 00 C8 09 00 00 57 4B 18 38 FD AD 00 28 FD 80 68 18 7C 19 04 2E 7D 20 CA 14 EC 00 03 32 7C 19 05 2E 7C 00 5A 14 C1 A9 00 04 ED AD 03 32 D1 A9 00 04 42 00 FF E0
-
-. 0 10002EFC 40
-. CB F3 81 10 3C A0 10 01 38 A5 69 E4 7F 24 CB 78 FC 20 F8 90 7E E6 BB 78 7F 47 D3 78 7F C8 F3 78 38 7F 69 90 4B FF F7 E5
-
-. 0 10002F24 24
-. 3C 80 10 01 38 84 75 B8 7F C5 F3 78 7F 46 D3 78 4C C6 31 82 48 01 26 B1
-
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 1, stride = 1
-. 0 10002F3C 8
-. 2B 9A 00 01 41 9D 02 34
-
-. 0 10002F44 52
-. 3D 20 10 02 3D 60 10 02 39 29 81 28 39 6B 81 2C C0 49 00 00 7F C4 F3 78 C0 2B 00 00 7F 45 D3 78 7F 66 DB 78 7F 07 C3 78 38 60 00 01 3E A0 10 01 48 00 22 BD
-
-. 0 10005230 96
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-. 0 10005290 8
-. 2F 9E 00 00 41 9E 00 28
-
-. 0 10005298 36
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-
-. 0 100052BC 40
-. 7C 1B F3 96 2F 9E 00 00 7C 00 F1 D6 7C 00 D8 50 7C 00 29 D6 54 00 18 38 7D 20 32 14 7F 86 05 2E D3 A9 00 04 41 9E 00 A4
-
-. 0 100052E4 104
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-
-. 0 1000534C 12
-. FF C0 08 18 FC 20 F8 90 48 02 3C 41
-
-. 0 10005358 44
-. 37 FF FF FF FC 20 08 18 7D 3C CA 14 EC 01 07 32 EC 21 07 72 EC 1E 07 7A EF DE 0F 38 7F DC CD 2E 7F 9C D2 14 D0 09 00 04 40 82 FF 9C
-
-. 0 10005384 80
-. 38 60 00 00 80 01 00 74 83 01 00 18 83 21 00 1C 7C 08 03 A6 83 41 00 20 83 61 00 24 83 81 00 28 83 A1 00 2C 83 C1 00 30 83 E1 00 34 CB 21 00 38 CB 41 00 40 CB 61 00 48 CB 81 00 50 CB A1 00 58 CB C1 00 60 CB E1 00 68 38 21 00 70 4E 80 00 20
-
-. 0 10002F78 24
-. 7F 44 D3 78 7F C5 F3 78 7E C6 B3 78 7F 87 E3 78 7F 63 DB 78 48 00 8D F1
-
-. 0 10002F90 40
-. FC 20 F8 90 3C A0 10 01 7F C8 F3 78 7F 47 D3 78 38 A5 6A 40 7F 04 C3 78 7F 66 DB 78 38 75 6A 34 3B A0 00 00 4B FF F7 51
-
-. 0 10002FB8 24
-. 3C 80 10 01 38 84 76 00 7F C5 F3 78 7F 46 D3 78 4C C6 31 82 48 01 26 1D
-
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 1, stride = 1
-. 0 10002FD0 44
-. 3D 20 10 02 3D 60 10 02 39 29 81 28 39 6B 81 2C C0 49 00 00 C0 2B 00 00 7F 44 D3 78 7F 65 DB 78 7F 06 C3 78 7F C3 F3 78 48 00 24 01
-
-. 0 100053F8 20
-. 2C 03 00 00 7C 08 02 A6 94 21 FF F0 90 01 00 14 41 82 00 A0
-
-. 0 1000540C 8
-. 2F 83 00 00 41 9E 00 24
-
-. 0 10005414 32
-. 7C 69 03 A6 38 00 00 00 54 8B 18 38 7D 20 2A 14 7C 25 05 2E D0 49 00 04 7C 00 5A 14 42 00 FF F0
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-. 0 10005434 8
-. 2F 83 00 00 41 9E 00 28
-
-. 0 1000543C 36
-. 7C 69 03 A6 54 84 18 38 39 60 00 00 38 00 00 00 7D 20 32 14 7D 66 01 2E 91 69 00 04 7C 00 22 14 42 00 FF F0
-
-. 0 10005460 72
-. 3C 00 43 30 3D 20 10 02 90 61 00 0C 39 29 80 F8 90 01 00 08 38 60 00 00 C8 01 00 08 C9 A9 00 00 80 01 00 14 38 21 00 10 FC 00 68 28 7C 08 03 A6 FC 00 00 18 ED A0 00 B2 EC 00 00 72 D1 A6 00 04 D0 06 00 00 4E 80 00 20
-
-. 0 10002FFC 24
-. 7F 44 D3 78 7F C5 F3 78 7E C6 B3 78 7F 87 E3 78 7F 63 DB 78 48 00 8D 6D
-
-. 0 10003014 36
-. FC 20 F8 90 3C A0 10 01 7F 04 C3 78 38 A5 6A 90 7F 66 DB 78 7F 47 D3 78 7F C8 F3 78 38 75 6A 34 4B FF F6 D1
-
-. 0 10003038 24
-. 3C 80 10 01 38 84 76 48 7F C5 F3 78 7F 46 D3 78 4C C6 31 82 48 01 25 9D
-
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 1, stride = 1
-. 0 10003050 12
-. 7F 9D F0 40 3B E0 00 00 40 9C 00 80
-
-. 0 1000305C 52
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-
-. 0 100054D8 112
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-
-. 0 10005548 8
-. 2F 9E 00 00 41 9E 00 A4
-
-. 0 10005550 104
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-
-. 0 100055B8 12
-. FF C0 08 18 FC 20 F8 90 48 02 39 D5
-
-. 0 100055C4 44
-. 37 FF FF FF FC 20 08 18 7D 3C CA 14 EC 01 06 F2 EC 21 07 32 EC 1E 07 3A EF DE 0E F8 7F DC CD 2E 7F 9C C2 14 D0 09 00 04 40 82 FF 9C
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-. 0 100055F0 8
-. 2F 9E 00 00 41 9E 00 28
-
-. 0 100055F8 36
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-
-. 0 1000561C 8
-. 2F 9A 00 00 40 9D 00 CC
-
-. 0 100056EC 20
-. 7D 3A F0 50 7C 09 F3 96 7C 00 F1 D6 7C 60 48 50 4B FF FF 34
-
-. 0 10005630 152
-. 3C 00 43 30 3D 20 10 02 90 01 00 10 39 29 80 F8 93 C1 00 14 7C 17 19 D6 C9 A9 00 00 38 60 00 00 C8 01 00 10 FC 00 68 28 54 00 18 38 7D 20 DA 14 FC 00 00 18 ED A0 07 32 EC 00 06 F2 7C 1B 05 2E D1 A9 00 04 80 01 00 84 82 C1 00 20 82 E1 00 24 7C 08 03 A6 83 01 00 28 83 21 00 2C 83 41 00 30 83 61 00 34 83 81 00 38 83 A1 00 3C 83 C1 00 40 83 E1 00 44 CB 21 00 48 CB 41 00 50 CB 61 00 58 CB 81 00 60 CB A1 00 68 CB C1 00 70 CB E1 00 78 38 21 00 80 4E 80 00 20
-
-. 0 10003090 24
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-
-. 0 100030A8 36
-. C8 33 81 10 3B FF 00 01 38 75 6A 34 7F 04 C3 78 38 B4 6A E4 7F 66 DB 78 7F 47 D3 78 7F C8 F3 78 4B FF F6 3D
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-. 0 100030CC 12
-. 7F 9F F0 40 7F BD 1B 78 41 9C FF 8C
-
-. 0 100030D8 28
-. 3C 80 10 01 7F C5 F3 78 7F 46 D3 78 38 84 76 90 7F A3 EB 78 4C C6 31 82 48 01 24 F9
-
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 1, stride = 1
-. 0 100030F4 8
-. 7E C3 B3 78 48 00 69 89
-
-. 0 10009A80 32
-. 7C 08 02 A6 94 21 FF E0 93 A1 00 14 7C 7D 1B 78 93 C1 00 18 90 01 00 24 80 63 02 08 48 01 F4 E9
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-. 0 10009AA0 16
-. 38 00 00 00 90 1D 02 08 7F A3 EB 78 48 01 F4 D9
-
-. 0 10009AB0 24
-. 80 01 00 24 83 A1 00 14 83 C1 00 18 7C 08 03 A6 38 21 00 20 4E 80 00 20
-
-. 0 100030FC 8
-. 7F 83 E3 78 48 00 69 C9
-
-. 0 10009AC8 32
-. 7C 08 02 A6 94 21 FF E0 93 A1 00 14 7C 7D 1B 78 93 C1 00 18 90 01 00 24 80 63 00 04 48 01 F4 A1
-
-. 0 10009AE8 16
-. 38 00 00 00 90 1D 00 04 7F A3 EB 78 48 01 F4 91
-
-. 0 10009AF8 24
-. 80 01 00 24 83 A1 00 14 83 C1 00 18 7C 08 03 A6 38 21 00 20 4E 80 00 20
-
-. 0 10003104 8
-. 7F 63 DB 78 48 02 5E 7D
-
-. 0 1000310C 8
-. 7F 23 CB 78 48 02 5E 75
-
-. 0 10003114 8
-. 7F 03 C3 78 48 02 5E 6D
-
-. 0 1000311C 8
-. 7E E3 BB 78 48 02 5E 65
-
-. 0 10003124 80
-. 80 01 00 54 81 81 00 10 82 61 00 14 7C 08 03 A6 82 81 00 18 7D 80 81 20 82 A1 00 1C 82 C1 00 20 82 E1 00 24 83 01 00 28 83 21 00 2C 83 41 00 30 83 61 00 34 83 81 00 38 83 A1 00 3C 83 C1 00 40 83 E1 00 44 CB E1 00 48 38 21 00 50 4E 80 00 20
-
-. 0 10004714 12
-. 7F A3 EB 78 7F E4 FB 78 4B FF D3 85
-
-. 0 10001AA0 76
-. 94 21 FF C0 7C 08 02 A6 93 41 00 28 7F 44 19 D6 93 81 00 30 7C 7C 1B 78 90 01 00 44 93 21 00 24 57 43 18 38 93 61 00 2C 93 A1 00 34 57 5D 20 36 93 C1 00 38 7C 9E 23 78 93 E1 00 3C 92 C1 00 18 92 E1 00 1C 93 01 00 20 48 02 74 4D
-
-. 0 10001AEC 12
-. 7C 7F 1B 78 7F A3 EB 78 48 02 74 41
-
-. 0 10001AF8 12
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-
-. 0 FEEFC5C 20
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-
-. 0 FEEFC7C 8
-. 39 1F 00 08 4B FF FA 30
-
-. 0 10001B04 12
-. 7C 79 1B 78 7F A3 EB 78 48 02 74 29
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-. 0 FEEFA5C 24
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-
-. 0 FEEF9EC 28
-. 21 26 00 00 7E A9 31 14 7D 26 28 10 7D 29 49 10 7D 29 00 D0 7D 2A AB 79 41 82 00 34
-
-. 0 10001B10 16
-. 2B 9A 00 00 7C 7D 1B 78 39 40 00 00 40 9D 00 38
-
-. 0 10001B20 52
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-
-. 0 10001B54 16
-. 57 40 08 3C 39 40 00 00 2B 80 00 00 40 9D 00 64
-
-. 0 10001B64 96
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-. 0 10001B90 52
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-
-. 0 10001BC4 8
-. 38 60 00 00 48 01 38 2D
-
-. 0 10001BCC 8
-. 7F C3 F3 78 48 00 ED 75
-
-. 0 10010944 136
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-
-. 0 100109CC 8
-. 38 60 02 0C 48 01 85 65
-
-. 0 100109D4 12
-. 7C 69 1B 79 91 21 00 14 41 82 02 6C
-
-. 0 100109E0 8
-. 2F 98 00 01 41 9E 01 DC
-
-. 0 10010BC0 16
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-
-. 0 10010A00 24
-. 81 21 00 14 7F 03 C3 78 38 81 00 10 93 09 00 00 38 A9 00 08 4B FF 5C 6D
-
-. 0 10006680 92
-. 94 21 FF C0 7C 08 02 A6 42 9F 00 05 93 C1 00 38 7F C8 02 A6 7C A6 2B 78 90 01 00 44 7C 85 23 78 38 81 00 10 80 1E FF F0 7F C0 F2 14 81 3E 80 0C 80 09 00 00 80 E9 00 10 81 69 00 04 81 49 00 08 81 09 00 0C 90 01 00 10 91 61 00 14 91 41 00 18 91 01 00 1C 90 E1 00 20 4B FF FD A1
-
-. 0 100066DC 20
-. 80 01 00 44 83 C1 00 38 38 21 00 40 7C 08 03 A6 4E 80 00 20
-
-. 0 10010A18 8
-. 2F 83 00 00 40 9E 01 FC
-
-. 0 10010A20 68
-. 81 61 00 10 3C 00 43 30 81 21 00 14 3A C0 00 00 2B 8B 00 00 39 C0 00 01 91 69 00 04 81 3E 82 44 90 01 00 08 93 01 00 0C C9 89 00 00 C9 A1 00 08 81 3E 82 48 FD AD 60 28 C8 09 00 00 FF A0 68 24 40 9D 00 DC
-
-. 0 10010A64 60
-. 81 21 00 14 FF 60 60 90 7D 6F 5B 78 3B 20 00 00 82 E9 02 08 7D 31 4B 78 7E FA BB 78 82 71 00 08 3A 80 00 01 7D C9 73 78 93 51 01 08 7D CE 99 D6 7F 94 98 40 7E 58 73 96 40 9C 00 94
-
-. 0 10010B30 12
-. 35 EF FF FF 3A 31 00 04 40 82 FF 48
-
-. 0 10010B3C 16
-. 57 00 F8 7E 80 61 00 14 7F 80 B0 40 41 9C 00 A4
-
-. 0 10010B4C 116
-. 80 01 00 94 81 81 00 1C 81 C1 00 20 7C 08 03 A6 81 E1 00 24 7D 80 81 20 82 01 00 28 82 21 00 2C 82 41 00 30 82 61 00 34 82 81 00 38 82 A1 00 3C 82 C1 00 40 82 E1 00 44 83 01 00 48 83 21 00 4C 83 41 00 50 83 61 00 54 83 81 00 58 83 A1 00 5C 83 C1 00 60 83 E1 00 64 CB 61 00 68 CB 81 00 70 CB A1 00 78 CB C1 00 80 CB E1 00 88 38 21 00 90 4E 80 00 20
-
-. 0 10001BD4 36
-. 3C 80 10 01 7F 86 E3 78 38 84 6E EC 7F C5 F3 78 7C 76 1B 78 20 03 00 00 7C 60 19 14 4C C6 31 82 48 01 39 F5
-
-PASS: gsl_fft_real_wavetable_alloc, n = 1, stride = 1
-. 0 10001BF8 8
-. 7F C3 F3 78 48 00 F0 91
-
-. 0 10010C8C 60
-. 94 21 FF E0 7C 08 02 A6 42 9F 00 05 93 C1 00 18 7F C8 02 A6 93 A1 00 14 7C 7D 1B 79 90 01 00 24 93 E1 00 1C 38 60 00 08 80 1E FF F0 38 A0 00 84 38 C0 00 01 7F C0 F2 14 41 82 00 5C
-
-. 0 10010CC8 4
-. 48 01 82 6D
-
-. 0 10010CCC 20
-. 38 A0 00 8C 7C 7F 1B 79 38 C0 00 08 57 A3 18 38 41 82 00 74
-
-. 0 10010CE0 8
-. 93 BF 00 00 48 01 82 51
-
-. 0 10010CE8 24
-. 2F 83 00 00 7C 60 1B 78 90 1F 00 04 7F E3 FB 78 7F E0 FB 78 41 9E 00 68
-
-. 0 10010D00 32
-. 7C 03 03 78 80 01 00 24 83 A1 00 14 83 C1 00 18 7C 08 03 A6 83 E1 00 1C 38 21 00 20 4E 80 00 20
-
-. 0 10001C00 32
-. 3C 80 10 01 38 84 6F 20 7F C5 F3 78 7C 78 1B 78 20 03 00 00 7C 60 19 14 4C C6 31 82 48 01 39 CD
-
-PASS: gsl_fft_real_workspace_alloc, n = 1
-. 0 10001C20 20
-. 7F 84 E3 78 7F 65 DB 78 7F A6 EB 78 7F C3 F3 78 48 00 34 E5
-
-. 0 10001C34 16
-. 7F 23 CB 78 7F 64 DB 78 57 45 20 36 48 02 73 35
-
-. 0 10001C44 8
-. 2F 9E 00 00 41 9E 00 24
-
-. 0 10001C4C 32
-. 7F C9 03 A6 39 60 00 00 55 60 20 36 55 69 18 38 7C 1B 04 AE 7D 6B E2 14 7C 09 FD AE 42 00 FF EC
-
-. 0 10001C6C 28
-. 7F 07 C3 78 7F 84 E3 78 7F C5 F3 78 7E C6 B3 78 7F E3 FB 78 3E E0 10 02 48 00 F1 95
-
-. 0 10010E18 216
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
-
-. 0 10010EF0 16
-. 80 01 00 18 38 60 00 00 2F 80 00 01 41 9E 09 2C
-
-. 0 10011828 160
-. 80 01 01 14 81 C1 00 38 81 E1 00 3C 7C 08 03 A6 82 01 00 40 82 21 00 44 82 41 00 48 82 61 00 4C 82 81 00 50 82 A1 00 54 82 C1 00 58 82 E1 00 5C 83 01 00 60 83 21 00 64 83 41 00 68 83 61 00 6C 83 81 00 70 83 A1 00 74 83 C1 00 78 83 E1 00 7C C9 C1 00 80 C9 E1 00 88 CA 01 00 90 CA 21 00 98 CA 41 00 A0 CA 61 00 A8 CA 81 00 B0 CA A1 00 B8 CA C1 00 C0 CA E1 00 C8 CB 01 00 D0 CB 21 00 D8 CB 41 00 E0 CB 61 00 E8 CB 81 00 F0 CB A1 00 F8 CB C1 01 00 CB E1 01 08 38 21 01 10 4E 80 00 20
-
-. 0 10001C88 20
-. 7F 64 DB 78 7F 85 E3 78 7F C6 F3 78 7F E3 FB 78 48 00 C8 05
-
-. 0 1000E49C 56
-. 94 21 FF E0 7C 08 02 A6 42 9F 00 05 93 C1 00 18 7F C8 02 A6 2C 06 00 00 90 01 00 24 93 E1 00 1C 7C 7F 1B 78 80 1E FF F0 7C A3 2B 78 93 A1 00 14 7F C0 F2 14 41 82 00 D4
-
-. 0 1000E4D4 40
-. 39 26 FF FF 83 BE 81 C8 2B 89 00 01 C8 1F 00 00 C9 BD 00 00 38 A0 00 01 D8 04 00 00 7D 28 4B 78 D9 A4 00 08 40 9D 00 58
-
-. 0 1000E550 8
-. 7F 88 28 00 41 9E 00 24
-
-. 0 1000E558 32
-. 80 01 00 24 38 60 00 00 83 A1 00 14 83 C1 00 18 7C 08 03 A6 83 E1 00 1C 38 21 00 20 4E 80 00 20
-
-. 0 10001C9C 40
-. C8 37 81 10 3C A0 10 01 3C 60 10 01 7F 87 E3 78 7F C8 F3 78 38 A5 69 3C 7F A4 EB 78 7F 66 DB 78 38 63 69 4C 4B FF EB 59
-
-. 0 10001CC4 24
-. 3C 80 10 01 38 84 6F 48 7F C5 F3 78 7F 86 E3 78 4C C6 31 82 48 01 39 11
-
-PASS: gsl_fft_real with signal_real_noise, n = 1, stride = 1
-. 0 10001CDC 8
-. 7F C3 F3 78 48 00 A8 61
-
-. 0 1000C540 136
-. 94 21 FF 70 7C 08 02 A6 42 9F 00 05 93 C1 00 60 7F C8 02 A6 7D 80 00 26 92 E1 00 44 7C 77 1B 79 90 01 00 94 80 1E FF F0 DB 61 00 68 DB 81 00 70 7F C0 F2 14 DB A1 00 78 DB C1 00 80 DB E1 00 88 91 C1 00 20 91 E1 00 24 92 01 00 28 92 21 00 2C 92 41 00 30 92 61 00 34 92 81 00 38 92 A1 00 3C 92 C1 00 40 93 01 00 48 93 21 00 4C 93 41 00 50 93 61 00 54 93 81 00 58 93 A1 00 5C 93 E1 00 64 91 81 00 1C 41 82 01 F0
-
-. 0 1000C5C8 8
-. 38 60 02 0C 48 01 C9 69
-
-. 0 1000C5D0 12
-. 7C 69 1B 79 91 21 00 14 41 82 02 54
-
-. 0 1000C5DC 8
-. 56 E3 20 36 48 01 C9 55
-
-. 0 1000C5E4 16
-. 81 21 00 14 2F 83 00 00 90 69 02 08 41 9E 02 58
-
-. 0 1000C5F4 24
-. 81 21 00 14 7E E3 BB 78 38 81 00 10 92 E9 00 00 38 A9 00 08 4B FF A0 ED
-
-. 0 100066F4 92
-. 94 21 FF C0 7C 08 02 A6 42 9F 00 05 93 C1 00 38 7F C8 02 A6 7C A6 2B 78 90 01 00 44 7C 85 23 78 38 81 00 10 80 1E FF F0 7F C0 F2 14 81 3E 80 0C 80 09 00 00 80 E9 00 10 81 69 00 04 81 49 00 08 81 09 00 0C 90 01 00 10 91 61 00 14 91 41 00 18 91 01 00 1C 90 E1 00 20 4B FF FD 2D
-
-. 0 10006750 20
-. 80 01 00 44 83 C1 00 38 38 21 00 40 7C 08 03 A6 4E 80 00 20
-
-. 0 1000C60C 8
-. 2F 83 00 00 40 9E 01 EC
-
-. 0 1000C614 68
-. 81 61 00 10 3C 00 43 30 81 21 00 14 3A C0 00 00 7F 96 58 40 39 C0 00 01 91 69 00 04 81 3E 81 54 90 01 00 08 92 E1 00 0C C9 89 00 00 C9 A1 00 08 81 3E 81 58 FD AD 60 28 C8 09 00 00 FF A0 68 24 40 9C 00 DC
-
-. 0 1000C658 60
-. 81 21 00 14 FF 60 60 90 7D 6F 5B 78 3B 20 00 00 83 09 02 08 7D 31 4B 78 7F 1A C3 78 82 71 00 08 3A 80 00 01 7D D2 73 78 93 51 01 08 7D CE 99 D6 7F 94 98 40 7D 37 73 96 40 9C 00 94
-
-. 0 1000C724 12
-. 35 EF FF FF 3A 31 00 04 40 82 FF 48
-
-. 0 1000C730 16
-. 56 E0 F8 7E 80 61 00 14 7F 80 B0 40 41 9C 00 94
-
-. 0 1000C740 116
-. 80 01 00 94 81 81 00 1C 81 C1 00 20 7C 08 03 A6 81 E1 00 24 7D 80 81 20 82 01 00 28 82 21 00 2C 82 41 00 30 82 61 00 34 82 81 00 38 82 A1 00 3C 82 C1 00 40 82 E1 00 44 83 01 00 48 83 21 00 4C 83 41 00 50 83 61 00 54 83 81 00 58 83 A1 00 5C 83 C1 00 60 83 E1 00 64 CB 61 00 68 CB 81 00 70 CB A1 00 78 CB C1 00 80 CB E1 00 88 38 21 00 90 4E 80 00 20
-
-. 0 10001CE4 36
-. 3C 80 10 01 7C 7A 1B 78 38 84 6F 84 20 03 00 00 7C 60 19 14 7F C5 F3 78 7F 86 E3 78 4C C6 31 82 48 01 38 E5
-
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 1, stride = 1
-. 0 10001D08 24
-. 7F E3 FB 78 7F 84 E3 78 7F C5 F3 78 7F 46 D3 78 7F 07 C3 78 48 00 AB 9D
-
-. 0 1000C8B8 200
-. 94 21 FE F0 7C 08 02 A6 42 9F 00 05 D9 C1 00 80 D9 E1 00 88 DA 01 00 90 DA 21 00 98 DA 41 00 A0 DA 61 00 A8 DA 81 00 B0 DA A1 00 B8 DA C1 00 C0 DA E1 00 C8 DB 01 00 D0 DB 21 00 D8 DB 41 00 E0 DB 61 00 E8 DB 81 00 F0 DB A1 00 F8 DB C1 01 00 DB E1 01 08 91 C1 00 38 91 E1 00 3C 92 01 00 40 92 21 00 44 92 41 00 48 92 61 00 4C 92 81 00 50 92 A1 00 54 92 C1 00 58 92 E1 00 5C 93 01 00 60 93 21 00 64 93 41 00 68 93 61 00 6C 93 81 00 70 93 C1 00 78 7F C8 02 A6 90 01 01 14 81 07 00 04 80 1E FF F0 93 A1 00 74 7F C0 F2 14 7C A0 2B 79 93 E1 00 7C 90 01 00 18 90 61 00 10 90 81 00 14 91 01 00 1C 41 82 10 58
-
-. 0 1000C980 16
-. 80 01 00 18 38 60 00 00 2F 80 00 01 41 9E 05 98
-
-. 0 1000CF24 160
-. 80 01 01 14 81 C1 00 38 81 E1 00 3C 7C 08 03 A6 82 01 00 40 82 21 00 44 82 41 00 48 82 61 00 4C 82 81 00 50 82 A1 00 54 82 C1 00 58 82 E1 00 5C 83 01 00 60 83 21 00 64 83 41 00 68 83 61 00 6C 83 81 00 70 83 A1 00 74 83 C1 00 78 83 E1 00 7C C9 C1 00 80 C9 E1 00 88 CA 01 00 90 CA 21 00 98 CA 41 00 A0 CA 61 00 A8 CA 81 00 B0 CA A1 00 B8 CA C1 00 C0 CA E1 00 C8 CB 01 00 D0 CB 21 00 D8 CB 41 00 E0 CB 61 00 E8 CB 81 00 F0 CB A1 00 F8 CB C1 01 00 CB E1 01 08 38 21 01 10 4E 80 00 20
-
-. 0 10001D20 8
-. 2F 9E 00 00 41 9E 00 44
-
-. 0 10001D28 64
-. 3C 00 43 30 3D 20 10 02 90 01 00 08 39 29 80 F8 93 C1 00 0C 7F C9 03 A6 C8 09 00 00 38 00 00 00 C9 A1 00 08 57 89 18 38 FD AD 00 28 7C 1F 04 AE FC 00 68 24 7C 1F 05 AE 7C 00 4A 14 42 00 FF F0
-
-. 0 10001D68 20
-. 7F 64 DB 78 7F 85 E3 78 7F C6 F3 78 7F E3 FB 78 48 01 0B 0D
-
-. 0 10001D7C 40
-. C8 37 81 10 3C A0 10 01 3C 60 10 01 7F 87 E3 78 7F C8 F3 78 7F 24 CB 78 7F 66 DB 78 38 A5 69 98 38 63 69 90 4B FF EA 79
-
-. 0 10001DA4 24
-. 3C 80 10 01 7F C5 F3 78 7F 86 E3 78 38 84 6F C0 4C C6 31 82 48 01 38 31
-
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 1, stride = 1
-. 0 10001DBC 8
-. 7F 03 C3 78 48 00 F0 0D
-
-. 0 10010DCC 32
-. 7C 08 02 A6 94 21 FF E0 93 A1 00 14 7C 7D 1B 78 93 C1 00 18 90 01 00 24 80 63 00 04 48 01 81 9D
-
-. 0 10010DEC 16
-. 38 00 00 00 90 1D 00 04 7F A3 EB 78 48 01 81 8D
-
-. 0 10010DFC 24
-. 80 01 00 24 83 A1 00 14 83 C1 00 18 7C 08 03 A6 38 21 00 20 4E 80 00 20
-
-. 0 10001DC4 8
-. 7E C3 B3 78 48 00 EF BD
-
-. 0 10010D84 32
-. 7C 08 02 A6 94 21 FF E0 93 A1 00 14 7C 7D 1B 78 93 C1 00 18 90 01 00 24 80 63 02 08 48 01 81 E5
-
-. 0 10010DA4 16
-. 38 00 00 00 90 1D 02 08 7F A3 EB 78 48 01 81 D5
-
-. 0 10010DB4 24
-. 80 01 00 24 83 A1 00 14 83 C1 00 18 7C 08 03 A6 38 21 00 20 4E 80 00 20
-
-. 0 10001DCC 8
-. 7F 43 D3 78 48 00 AA 9D
-
-. 0 1000C86C 32
-. 7C 08 02 A6 94 21 FF E0 93 A1 00 14 7C 7D 1B 78 93 C1 00 18 90 01 00 24 80 63 02 08 48 01 C6 FD
-
-. 0 1000C88C 16
-. 38 00 00 00 90 1D 02 08 7F A3 EB 78 48 01 C6 ED
-
-. 0 1000C89C 24
-. 80 01 00 24 83 A1 00 14 83 C1 00 18 7C 08 03 A6 38 21 00 20 4E 80 00 20
-
-. 0 10001DD4 8
-. 7F E3 FB 78 48 02 71 AD
-
-. 0 10001DDC 8
-. 7F 63 DB 78 48 02 71 A5
-
-. 0 10001DE4 8
-. 7F 23 CB 78 48 02 71 9D
-
-. 0 10001DEC 8
-. 7F A3 EB 78 48 02 71 95
-
-. 0 10001DF4 56
-. 80 01 00 44 82 C1 00 18 82 E1 00 1C 7C 08 03 A6 83 01 00 20 83 21 00 24 83 41 00 28 83 61 00 2C 83 81 00 30 83 A1 00 34 83 C1 00 38 83 E1 00 3C 38 21 00 40 4E 80 00 20
-
-. 0 10004720 16
-. 7F A3 EB 78 7F E4 FB 78 3B BD 00 01 4B FF F2 99
-
-. 0 100039C4 76
-. 94 21 FF C0 7C 08 02 A6 93 41 00 28 7F 44 19 D6 93 81 00 30 7C 7C 1B 78 90 01 00 44 93 21 00 24 57 43 10 3A 93 61 00 2C 93 A1 00 34 57 5D 18 38 93 C1 00 38 7C 9E 23 78 93 E1 00 3C 92 C1 00 18 92 E1 00 1C 93 01 00 20 48 02 55 29
-
-. 0 FEEF714 16
-. 81 5C 00 04 3B 20 00 10 7C 8A C8 40 40 A4 FF 4C
-
-. 0 10003A10 12
-. 7C 7F 1B 78 7F A3 EB 78 48 02 55 1D
-
-. 0 10003A1C 12
-. 7C 7B 1B 78 7F A3 EB 78 48 02 55 11
-
-. 0 10003A28 12
-. 7C 79 1B 78 7F A3 EB 78 48 02 55 05
-
-. 0 10003A34 16
-. 2B 9A 00 00 7C 7D 1B 78 39 40 00 00 40 9D 00 3C
-
-. 0 10003A44 56
-. 3D 60 10 02 7F 49 03 A6 39 6B 80 F8 3D 20 43 30 C9 AB 00 00 91 41 00 0C 55 40 10 3A 91 21 00 08 39 4A 00 01 C8 01 00 08 FC 00 68 28 FC 00 00 18 7C 1F 05 2E 42 00 FF E0
-
-. 0 10003A7C 16
-. 57 40 08 3C 39 40 00 00 2B 80 00 00 40 9D 00 70
-
-. 0 10003A8C 108
-. 3D 60 10 02 3D 20 10 02 C9 2B 81 00 3D 60 10 02 39 6B 80 F8 C9 09 80 E8 7C 09 03 A6 3D 20 10 02 C9 6B 00 00 C9 49 81 08 3D 20 43 30 91 41 00 0C 55 40 10 3A 91 21 00 08 39 4A 00 01 C8 01 00 08 FC 00 58 28 FD A0 50 2A FD 80 40 2A FC 00 48 2A FD A0 68 18 FD 80 60 18 FC 00 00 18 7D BD 05 2E 7D 9B 05 2E 7C 19 05 2E 42 00 FF C4
-
-. 0 10003AB8 64
-. 91 41 00 0C 55 40 10 3A 91 21 00 08 39 4A 00 01 C8 01 00 08 FC 00 58 28 FD A0 50 2A FD 80 40 2A FC 00 48 2A FD A0 68 18 FD 80 60 18 FC 00 00 18 7D BD 05 2E 7D 9B 05 2E 7C 19 05 2E 42 00 FF C4
-
-. 0 10003AF8 8
-. 38 60 00 00 48 01 18 F9
-
-. 0 10003B00 8
-. 7F C3 F3 78 48 00 EE 29
-
-. 0 1001292C 136
-. 94 21 FF 70 7C 08 02 A6 42 9F 00 05 93 C1 00 60 7F C8 02 A6 7D 80 00 26 93 01 00 48 7C 78 1B 79 90 01 00 94 80 1E FF F0 DB 61 00 68 DB 81 00 70 7F C0 F2 14 DB A1 00 78 DB C1 00 80 DB E1 00 88 91 C1 00 20 91 E1 00 24 92 01 00 28 92 21 00 2C 92 41 00 30 92 61 00 34 92 81 00 38 92 A1 00 3C 92 C1 00 40 92 E1 00 44 93 21 00 4C 93 41 00 50 93 61 00 54 93 81 00 58 93 A1 00 5C 93 E1 00 64 91 81 00 1C 41 82 02 10
-
-. 0 100129B4 8
-. 38 60 02 0C 48 01 65 7D
-
-. 0 100129BC 12
-. 7C 69 1B 79 91 21 00 14 41 82 02 74
-
-. 0 100129C8 8
-. 2F 98 00 01 41 9E 01 E4
-
-. 0 10012BB0 16
-. 81 21 00 14 3A E0 00 00 92 E9 02 08 4B FF FE 2C
-
-. 0 100129E8 24
-. 81 21 00 14 7F 03 C3 78 38 81 00 10 93 09 00 00 38 A9 00 08 4B FF 3C 85
-
-. 0 10012A00 8
-. 2F 83 00 00 40 9E 02 04
-
-. 0 10012A08 68
-. 81 61 00 10 3C 00 43 30 81 21 00 14 3A C0 00 00 2B 8B 00 00 39 C0 00 01 91 69 00 04 81 3E 82 A0 90 01 00 08 93 01 00 0C C9 89 00 00 C9 A1 00 08 81 3E 82 A4 FD AD 60 28 C8 09 00 00 FF A0 68 24 40 9D 00 E4
-
-. 0 10012A4C 60
-. 81 21 00 14 FF 60 60 90 7D 6F 5B 78 3B 20 00 00 82 E9 02 08 7D 31 4B 78 7E FA BB 78 82 71 00 08 3A 80 00 01 7D C9 73 78 93 51 01 08 7D CE 99 D6 7F 94 98 40 7E 58 73 96 40 9C 00 9C
-
-. 0 10012B20 12
-. 35 EF FF FF 3A 31 00 04 40 82 FF 40
-
-. 0 10012B2C 16
-. 57 00 F8 7E 80 61 00 14 7F 80 B0 40 41 9C 00 A4
-
-. 0 10012B3C 116
-. 80 01 00 94 81 81 00 1C 81 C1 00 20 7C 08 03 A6 81 E1 00 24 7D 80 81 20 82 01 00 28 82 21 00 2C 82 41 00 30 82 61 00 34 82 81 00 38 82 A1 00 3C 82 C1 00 40 82 E1 00 44 83 01 00 48 83 21 00 4C 83 41 00 50 83 61 00 54 83 81 00 58 83 A1 00 5C 83 C1 00 60 83 E1 00 64 CB 61 00 68 CB 81 00 70 CB A1 00 78 CB C1 00 80 CB E1 00 88 38 21 00 90 4E 80 00 20
-
-. 0 10003B08 36
-. 3C 80 10 01 7F 86 E3 78 38 84 7A 78 7F C5 F3 78 7C 76 1B 78 20 03 00 00 7C 60 19 14 4C C6 31 82 48 01 1A C1
-
-PASS: gsl_fft_real_wavetable_float_alloc, n = 1, stride = 1
-. 0 10003B2C 8
-. 7F C3 F3 78 48 00 F1 4D
-
-. 0 10012C7C 60
-. 94 21 FF E0 7C 08 02 A6 42 9F 00 05 93 C1 00 18 7F C8 02 A6 93 A1 00 14 7C 7D 1B 79 90 01 00 24 93 E1 00 1C 38 60 00 08 80 1E FF F0 38 A0 00 84 38 C0 00 01 7F C0 F2 14 41 82 00 5C
-
-. 0 10012CB8 4
-. 48 01 62 7D
-
-. 0 10012CBC 20
-. 38 A0 00 8C 7C 7F 1B 79 38 C0 00 08 57 A3 10 3A 41 82 00 74
-
-. 0 10012CD0 8
-. 93 BF 00 00 48 01 62 61
-
-. 0 10012CD8 24
-. 2F 83 00 00 7C 60 1B 78 90 1F 00 04 7F E3 FB 78 7F E0 FB 78 41 9E 00 68
-
-. 0 10012CF0 32
-. 7C 03 03 78 80 01 00 24 83 A1 00 14 83 C1 00 18 7C 08 03 A6 83 E1 00 1C 38 21 00 20 4E 80 00 20
-
-. 0 10003B34 32
-. 3C 80 10 01 38 84 7A B0 7F C5 F3 78 7C 78 1B 78 20 03 00 00 7C 60 19 14 4C C6 31 82 48 01 1A 99
-
-PASS: gsl_fft_real_workspace_float_alloc, n = 1
-. 0 10003B54 20
-. 7F 84 E3 78 7F 65 DB 78 7F A6 EB 78 7F C3 F3 78 48 00 1F D5
-
-. 0 10005B38 64
-. 94 21 FF D0 7C 08 02 A6 93 61 00 1C 7C 7B 1B 79 93 01 00 10 7C D8 33 78 93 21 00 14 7C 99 23 78 93 A1 00 24 7C BD 2B 78 93 41 00 18 93 81 00 20 93 C1 00 28 93 E1 00 2C 90 01 00 34 41 82 00 80
-
-. 0 10005B78 8
-. 2F 9B 00 00 41 9E 00 34
-
-. 0 10005B80 20
-. 3B 40 00 00 3B C0 00 00 54 9C 18 38 7F 7F DB 78 4B FF EB FD
-
-. 0 10005B94 28
-. 37 FF FF FF FC 20 08 18 7D 3E EA 14 7C 3E ED 2E 7F DE E2 14 93 49 00 04 40 82 FF E4
-
-. 0 10005BB0 20
-. 7F A3 EB 78 7F 24 CB 78 7F 65 DB 78 7F 06 C3 78 48 00 05 7D
-
-. 0 10005BC4 48
-. 80 01 00 34 83 01 00 10 83 21 00 14 7C 08 03 A6 83 41 00 18 83 61 00 1C 83 81 00 20 83 A1 00 24 83 C1 00 28 83 E1 00 2C 38 21 00 30 4E 80 00 20
-
-. 0 10003B68 16
-. 7F 23 CB 78 7F 64 DB 78 57 45 18 38 48 02 54 01
-
-. 0 10003B78 8
-. 2F 9E 00 00 41 9E 00 24
-
-. 0 10003B80 32
-. 7F C9 03 A6 39 60 00 00 55 60 18 38 55 69 10 3A 7C 1B 04 2E 7D 6B E2 14 7C 09 FD 2E 42 00 FF EC
-
-. 0 10003BA0 28
-. 7F 07 C3 78 7F 84 E3 78 7F C5 F3 78 7E C6 B3 78 7F E3 FB 78 3E E0 10 02 48 00 F2 51
-
-. 0 10012E08 216
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
-
-. 0 10012EE0 16
-. 80 01 00 18 38 60 00 00 2F 80 00 01 41 9E 09 68
-
-. 0 10013854 160
-. 80 01 01 24 81 C1 00 48 81 E1 00 4C 7C 08 03 A6 82 01 00 50 82 21 00 54 82 41 00 58 82 61 00 5C 82 81 00 60 82 A1 00 64 82 C1 00 68 82 E1 00 6C 83 01 00 70 83 21 00 74 83 41 00 78 83 61 00 7C 83 81 00 80 83 A1 00 84 83 C1 00 88 83 E1 00 8C C9 C1 00 90 C9 E1 00 98 CA 01 00 A0 CA 21 00 A8 CA 41 00 B0 CA 61 00 B8 CA 81 00 C0 CA A1 00 C8 CA C1 00 D0 CA E1 00 D8 CB 01 00 E0 CB 21 00 E8 CB 41 00 F0 CB 61 00 F8 CB 81 01 00 CB A1 01 08 CB C1 01 10 CB E1 01 18 38 21 01 20 4E 80 00 20
-
-. 0 10003BBC 20
-. 7F 64 DB 78 7F 85 E3 78 7F C6 F3 78 7F E3 FB 78 48 00 CB 15
-
-. 0 100106E0 56
-. 94 21 FF E0 7C 08 02 A6 42 9F 00 05 93 C1 00 18 7F C8 02 A6 2C 06 00 00 90 01 00 24 93 E1 00 1C 7C 7F 1B 78 80 1E FF F0 7C A3 2B 78 93 A1 00 14 7F C0 F2 14 41 82 00 D4
-
-. 0 10010718 40
-. 39 26 FF FF 83 BE 82 38 2B 89 00 01 C0 1F 00 00 C1 BD 00 00 38 A0 00 01 D0 04 00 00 7D 28 4B 78 D1 A4 00 04 40 9D 00 58
-
-. 0 10010794 8
-. 7F 88 28 00 41 9E 00 24
-
-. 0 1001079C 32
-. 80 01 00 24 38 60 00 00 83 A1 00 14 83 C1 00 18 7C 08 03 A6 83 E1 00 1C 38 21 00 20 4E 80 00 20
-
-. 0 10003BD0 40
-. C8 37 81 10 3C A0 10 01 3C 60 10 01 7F 87 E3 78 7F C8 F3 78 38 A5 69 3C 7F A4 EB 78 7F 66 DB 78 38 63 69 4C 4B FF EB 11
-
-. 0 10003BF8 24
-. 3C 80 10 01 38 84 7A DC 7F C5 F3 78 7F 86 E3 78 4C C6 31 82 48 01 19 DD
-
-PASS: gsl_fft_real_float with signal_real_noise, n = 1, stride = 1
-. 0 10003C10 8
-. 7F C3 F3 78 48 00 AA ED
-
-. 0 1000E700 136
-. 94 21 FF 70 7C 08 02 A6 42 9F 00 05 93 C1 00 60 7F C8 02 A6 7D 80 00 26 92 E1 00 44 7C 77 1B 79 90 01 00 94 80 1E FF F0 DB 61 00 68 DB 81 00 70 7F C0 F2 14 DB A1 00 78 DB C1 00 80 DB E1 00 88 91 C1 00 20 91 E1 00 24 92 01 00 28 92 21 00 2C 92 41 00 30 92 61 00 34 92 81 00 38 92 A1 00 3C 92 C1 00 40 93 01 00 48 93 21 00 4C 93 41 00 50 93 61 00 54 93 81 00 58 93 A1 00 5C 93 E1 00 64 91 81 00 1C 41 82 01 F8
-
-. 0 1000E788 8
-. 38 60 02 0C 48 01 A7 A9
-
-. 0 1000E790 12
-. 7C 69 1B 79 91 21 00 14 41 82 02 5C
-
-. 0 1000E79C 8
-. 56 E3 18 38 48 01 A7 95
-
-. 0 1000E7A4 16
-. 81 21 00 14 2F 83 00 00 90 69 02 08 41 9E 02 60
-
-. 0 1000E7B4 24
-. 81 21 00 14 7E E3 BB 78 38 81 00 10 92 E9 00 00 38 A9 00 08 4B FF 7F 2D
-
-. 0 1000E7CC 8
-. 2F 83 00 00 40 9E 01 F4
-
-. 0 1000E7D4 68
-. 81 61 00 10 3C 00 43 30 81 21 00 14 3A C0 00 00 7F 96 58 40 39 C0 00 01 91 69 00 04 81 3E 81 D0 90 01 00 08 92 E1 00 0C C9 89 00 00 C9 A1 00 08 81 3E 81 D4 FD AD 60 28 C8 09 00 00 FF A0 68 24 40 9C 00 E4
-
-. 0 1000E818 60
-. 81 21 00 14 FF 60 60 90 7D 6F 5B 78 3B 20 00 00 83 09 02 08 7D 31 4B 78 7F 1A C3 78 82 71 00 08 3A 80 00 01 7D D2 73 78 93 51 01 08 7D CE 99 D6 7F 94 98 40 7D 37 73 96 40 9C 00 9C
-
-. 0 1000E8EC 12
-. 35 EF FF FF 3A 31 00 04 40 82 FF 40
-
-. 0 1000E8F8 16
-. 56 E0 F8 7E 80 61 00 14 7F 80 B0 40 41 9C 00 94
-
-. 0 1000E908 116
-. 80 01 00 94 81 81 00 1C 81 C1 00 20 7C 08 03 A6 81 E1 00 24 7D 80 81 20 82 01 00 28 82 21 00 2C 82 41 00 30 82 61 00 34 82 81 00 38 82 A1 00 3C 82 C1 00 40 82 E1 00 44 83 01 00 48 83 21 00 4C 83 41 00 50 83 61 00 54 83 81 00 58 83 A1 00 5C 83 C1 00 60 83 E1 00 64 CB 61 00 68 CB 81 00 70 CB A1 00 78 CB C1 00 80 CB E1 00 88 38 21 00 90 4E 80 00 20
-
-. 0 10003C18 36
-. 3C 80 10 01 7C 7A 1B 78 38 84 7B 1C 20 03 00 00 7C 60 19 14 7F C5 F3 78 7F 86 E3 78 4C C6 31 82 48 01 19 B1
-
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 1, stride = 1
-. 0 10003C3C 24
-. 7F E3 FB 78 7F 84 E3 78 7F C5 F3 78 7F 46 D3 78 7F 07 C3 78 48 00 AE 31
-
-. 0 1000EA80 200
-. 94 21 FE F0 7C 08 02 A6 42 9F 00 05 D9 C1 00 80 D9 E1 00 88 DA 01 00 90 DA 21 00 98 DA 41 00 A0 DA 61 00 A8 DA 81 00 B0 DA A1 00 B8 DA C1 00 C0 DA E1 00 C8 DB 01 00 D0 DB 21 00 D8 DB 41 00 E0 DB 61 00 E8 DB 81 00 F0 DB A1 00 F8 DB C1 01 00 DB E1 01 08 91 C1 00 38 91 E1 00 3C 92 01 00 40 92 21 00 44 92 41 00 48 92 61 00 4C 92 81 00 50 92 A1 00 54 92 C1 00 58 92 E1 00 5C 93 01 00 60 93 21 00 64 93 41 00 68 93 61 00 6C 93 81 00 70 93 C1 00 78 7F C8 02 A6 90 01 01 14 81 07 00 04 80 1E FF F0 93 A1 00 74 7F C0 F2 14 7C A0 2B 79 93 E1 00 7C 90 01 00 18 90 61 00 10 90 81 00 14 91 01 00 1C 41 82 10 7C
-
-. 0 1000EB48 16
-. 80 01 00 18 38 60 00 00 2F 80 00 01 41 9E 05 9C
-
-. 0 1000F0F0 160
-. 80 01 01 14 81 C1 00 38 81 E1 00 3C 7C 08 03 A6 82 01 00 40 82 21 00 44 82 41 00 48 82 61 00 4C 82 81 00 50 82 A1 00 54 82 C1 00 58 82 E1 00 5C 83 01 00 60 83 21 00 64 83 41 00 68 83 61 00 6C 83 81 00 70 83 A1 00 74 83 C1 00 78 83 E1 00 7C C9 C1 00 80 C9 E1 00 88 CA 01 00 90 CA 21 00 98 CA 41 00 A0 CA 61 00 A8 CA 81 00 B0 CA A1 00 B8 CA C1 00 C0 CA E1 00 C8 CB 01 00 D0 CB 21 00 D8 CB 41 00 E0 CB 61 00 E8 CB 81 00 F0 CB A1 00 F8 CB C1 01 00 CB E1 01 08 38 21 01 10 4E 80 00 20
-
-. 0 10003C54 8
-. 2F 9E 00 00 41 9E 00 48
-
-. 0 10003C5C 68
-. 3C 00 43 30 3D 20 10 02 90 01 00 08 39 29 80 F8 93 C1 00 0C 7F C9 03 A6 C8 09 00 00 38 00 00 00 C9 A1 00 08 57 89 10 3A FD AD 00 28 FD A0 68 18 7C 1F 04 2E EC 00 68 24 7C 1F 05 2E 7C 00 4A 14 42 00 FF F0
-
-. 0 10003CA0 20
-. 7F 64 DB 78 7F 85 E3 78 7F C6 F3 78 7F E3 FB 78 48 01 0C 41
-
-. 0 100148F0 40
-. 7C 08 02 A6 94 21 FF F0 42 9F 00 05 93 C1 00 08 7F C8 02 A6 2C 06 00 00 90 01 00 14 80 1E FF F0 7F C0 F2 14 41 82 00 54
-
-. 0 10014918 8
-. 2F 86 00 00 41 9E 00 34
-
-. 0 10014920 48
-. 81 3E 82 F0 7C C9 03 A6 39 40 00 00 C1 A9 00 00 55 40 10 3A 55 49 18 38 7C 03 04 2E 7D 69 22 14 7D 4A 2A 14 7C 09 25 2E D1 AB 00 04 42 00 FF E4
-
-. 0 10014950 24
-. 80 01 00 14 38 60 00 00 83 C1 00 08 38 21 00 10 7C 08 03 A6 4E 80 00 20
-
-. 0 10003CB4 40
-. C8 37 81 10 3C A0 10 01 3C 60 10 01 7F 87 E3 78 7F C8 F3 78 7F 24 CB 78 7F 66 DB 78 38 A5 69 98 38 63 69 90 4B FF EA 2D
-
-. 0 10003CDC 24
-. 3C 80 10 01 7F C5 F3 78 7F 86 E3 78 38 84 7B 5C 4C C6 31 82 48 01 18 F9
-
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 1, stride = 1
-. 0 10003CF4 8
-. 7F 03 C3 78 48 00 F0 C5
-
-. 0 10012DBC 32
-. 7C 08 02 A6 94 21 FF E0 93 A1 00 14 7C 7D 1B 78 93 C1 00 18 90 01 00 24 80 63 00 04 48 01 61 AD
-
-. 0 10012DDC 16
-. 38 00 00 00 90 1D 00 04 7F A3 EB 78 48 01 61 9D
-
-. 0 10012DEC 24
-. 80 01 00 24 83 A1 00 14 83 C1 00 18 7C 08 03 A6 38 21 00 20 4E 80 00 20
-
-. 0 10003CFC 8
-. 7E C3 B3 78 48 00 F0 75
-
-. 0 10012D74 32
-. 7C 08 02 A6 94 21 FF E0 93 A1 00 14 7C 7D 1B 78 93 C1 00 18 90 01 00 24 80 63 02 08 48 01 61 F5
-
-. 0 10012D94 16
-. 38 00 00 00 90 1D 02 08 7F A3 EB 78 48 01 61 E5
-
-. 0 10012DA4 24
-. 80 01 00 24 83 A1 00 14 83 C1 00 18 7C 08 03 A6 38 21 00 20 4E 80 00 20
-
-. 0 10003D04 8
-. 7F 43 D3 78 48 00 AD 2D
-
-. 0 1000EA34 32
-. 7C 08 02 A6 94 21 FF E0 93 A1 00 14 7C 7D 1B 78 93 C1 00 18 90 01 00 24 80 63 02 08 48 01 A5 35
-
-. 0 1000EA54 16
-. 38 00 00 00 90 1D 02 08 7F A3 EB 78 48 01 A5 25
-
-. 0 1000EA64 24
-. 80 01 00 24 83 A1 00 14 83 C1 00 18 7C 08 03 A6 38 21 00 20 4E 80 00 20
-
-. 0 10003D0C 8
-. 7F E3 FB 78 48 02 52 75
-
-. 0 10003D14 8
-. 7F 63 DB 78 48 02 52 6D
-
-. 0 10003D1C 8
-. 7F 23 CB 78 48 02 52 65
-
-. 0 10003D24 8
-. 7F A3 EB 78 48 02 52 5D
-
-. 0 10003D2C 56
-. 80 01 00 44 82 C1 00 18 82 E1 00 1C 7C 08 03 A6 83 01 00 20 83 21 00 24 83 41 00 28 83 61 00 2C 83 81 00 30 83 A1 00 34 83 C1 00 38 83 E1 00 3C 38 21 00 40 4E 80 00 20
-
-. 0 10004730 8
-. 2B 9D 00 03 40 9D FF C8
-
-. 0 100046FC 12
-. 7F A3 EB 78 7F E4 FB 78 4B FF C5 E1
-
-PASS: gsl_fft_complex_wavetable_alloc, n = 1, stride = 2
-. 0 FEEF74C 40
-. 82 FE 05 FC 7E 83 CA 14 82 D4 00 04 7E 1C B8 00 82 63 00 0C 62 D5 00 01 92 B4 00 04 91 53 00 08 92 6A 00 0C 41 92 00 10
-
-. 0 FEEF780 8
-. 39 03 00 08 4B FF FF 2C
-
-PASS: gsl_fft_complex_workspace_alloc, n = 1
-PASS: gsl_fft_complex_forward with signal_noise, n = 1, stride = 2
-. 0 100012C8 20
-. 7F 44 D3 78 7F C5 F3 78 38 C0 00 00 7F 63 DB 78 4B FF F9 59
-
-. 0 100012DC 24
-. 3C 80 10 01 38 84 6B B8 7F C5 F3 78 7F 46 D3 78 4C C6 31 82 48 01 42 F9
-
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 1, stride = 2
-. 0 100012F4 4
-. 4B FF FC 30
-
-PASS: gsl_fft_complex_inverse with signal_noise, n = 1, stride = 2
-. 0 10001298 20
-. 7F 44 D3 78 7F C5 F3 78 38 C0 00 00 7F 63 DB 78 4B FF F9 89
-
-. 0 100012AC 24
-. 3C 80 10 01 38 84 6B 74 7F C5 F3 78 7F 46 D3 78 4C C6 31 82 48 01 43 29
-
-PASS: gsl_fft_complex_inverse other data untouched, n = 1, stride = 2
-. 0 100012C4 4
-. 4B FF FC BC
-
-PASS: gsl_fft_complex_backward with signal_noise, n = 1, stride = 2
-. 0 10001268 20
-. 7F 44 D3 78 7F C5 F3 78 38 C0 0B B8 7E E3 BB 78 4B FF F9 B9
-
-. 0 1000127C 24
-. 3C 80 10 01 38 84 6B 30 7F C5 F3 78 7F 46 D3 78 4C C6 31 82 48 01 43 59
-
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 1, stride = 2
-. 0 10001294 4
-. 4B FF FD A4
-
-PASS: gsl_fft_complex_forward with signal_pulse, n = 1, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 1, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 1, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 1, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 1
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 1, stride = 2
-. 0 100031D4 20
-. 7F 44 D3 78 7F C5 F3 78 38 C0 00 00 7F 63 DB 78 4B FF F9 3D
-
-. 0 10002B20 20
-. 39 40 00 00 94 21 FF F0 7F 8A 28 40 39 60 00 00 40 9C 00 A0
-
-. 0 10002B34 16
-. 7C A7 2B 78 2B 84 00 01 39 6B 00 02 40 9D 00 88
-
-. 0 10002B44 132
-. 3D 20 10 02 38 04 FF FF 39 29 80 F8 7C 09 03 A6 C9 49 00 00 3D 00 43 30 55 69 10 3A 7C 0B 32 14 39 6B 00 01 90 01 00 0C 91 01 00 08 7C 0B 32 14 C9 A1 00 08 90 01 00 0C 55 60 10 3A C8 01 00 08 FD AD 50 28 7D 69 1C 2E 39 6B 00 01 FC 00 50 28 7D 83 04 2E FD A0 68 18 FC 00 00 18 FF 8B 68 00 FF 0C 00 00 4F DE F0 42 4F 5A D0 42 7D 20 00 26 55 20 FF FE 55 29 DF FE 7D 4A 03 78 7D 4A 4B 78 42 00 FF 98
-
-. 0 10002BC8 8
-. 34 E7 FF FF 40 82 FF 6C
-
-. 0 10002BD0 12
-. 7D 43 53 78 38 21 00 10 4E 80 00 20
-
-. 0 100031E8 24
-. 3C 80 10 01 38 84 77 68 7F C5 F3 78 7F 46 D3 78 4C C6 31 82 48 01 23 ED
-
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 1, stride = 2
-. 0 10003200 4
-. 4B FF FC 2C
-
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 1, stride = 2
-. 0 100031A4 20
-. 7F 44 D3 78 7F C5 F3 78 38 C0 00 00 7F 63 DB 78 4B FF F9 6D
-
-. 0 100031B8 24
-. 3C 80 10 01 38 84 77 20 7F C5 F3 78 7F 46 D3 78 4C C6 31 82 48 01 24 1D
-
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 1, stride = 2
-. 0 100031D0 4
-. 4B FF FC B8
-
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 1, stride = 2
-. 0 10003174 20
-. 7F 44 D3 78 7F C5 F3 78 38 C0 0B B8 7E E3 BB 78 4B FF F9 9D
-
-. 0 10003188 24
-. 3C 80 10 01 38 84 76 D4 7F C5 F3 78 7F 46 D3 78 4C C6 31 82 48 01 24 4D
-
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 1, stride = 2
-. 0 100031A0 4
-. 4B FF FD A4
-
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 1, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 1, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 1, stride = 2
-. 0 10001B34 32
-. 91 41 00 0C 55 40 18 38 91 21 00 08 39 4A 00 01 C8 01 00 08 FC 00 68 28 7C 1F 05 AE 42 00 FF E4
-
-PASS: gsl_fft_real_wavetable_alloc, n = 1, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 1
-PASS: gsl_fft_real with signal_real_noise, n = 1, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 1, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 1, stride = 2
-. 0 10003A58 36
-. 91 41 00 0C 55 40 10 3A 91 21 00 08 39 4A 00 01 C8 01 00 08 FC 00 68 28 FC 00 00 18 7C 1F 05 2E 42 00 FF E0
-
-PASS: gsl_fft_real_wavetable_float_alloc, n = 1, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 1
-PASS: gsl_fft_real_float with signal_real_noise, n = 1, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 1, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 1, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 1, stride = 3
-. 0 FEEFC34 20
-. 7F 4A 02 14 81 DA 00 04 61 C7 00 01 90 FA 00 04 41 9A 00 10
-
-. 0 FEEFC54 8
-. 39 0A 00 08 4B FF FA 58
-
-PASS: gsl_fft_complex_workspace_alloc, n = 1
-PASS: gsl_fft_complex_forward with signal_noise, n = 1, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 1, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 1, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 1, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 1, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 1, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 1, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 1, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 1, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 1, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 1
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 1, stride = 3
-. 0 10002B5C 108
-. 55 69 10 3A 7C 0B 32 14 39 6B 00 01 90 01 00 0C 91 01 00 08 7C 0B 32 14 C9 A1 00 08 90 01 00 0C 55 60 10 3A C8 01 00 08 FD AD 50 28 7D 69 1C 2E 39 6B 00 01 FC 00 50 28 7D 83 04 2E FD A0 68 18 FC 00 00 18 FF 8B 68 00 FF 0C 00 00 4F DE F0 42 4F 5A D0 42 7D 20 00 26 55 20 FF FE 55 29 DF FE 7D 4A 03 78 7D 4A 4B 78 42 00 FF 98
-
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 1, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 1, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 1, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 1, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 1, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 1, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 1, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 1, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 1, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 1
-PASS: gsl_fft_real with signal_real_noise, n = 1, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 1, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 1, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 1, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 1
-PASS: gsl_fft_real_float with signal_real_noise, n = 1, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 1, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 1, stride = 3
-. 0 10004738 12
-. 3B FF 00 01 7F 9F F0 40 40 9D FF B8
-
-. 0 100064BC 36
-. 81 24 00 00 68 6B 00 01 30 09 FF FF 7D 40 49 10 31 2B FF FF 7C 09 59 10 7D 49 00 39 7D 6A 5B 78 41 82 00 5C
-
-. 0 100064E0 16
-. 39 80 00 00 7D 6C 20 2E 7D 28 5B 96 48 00 00 18
-
-. 0 10006504 12
-. 7C 09 59 D6 7F 88 00 00 41 9E FF E4
-
-. 0 10006510 40
-. 38 A5 00 01 69 0A 00 01 54 AC 10 3A 7D 2C 20 2E 30 09 FF FF 7D 60 49 10 31 2A FF FF 7C 09 51 10 7D 69 00 39 40 82 FF B0
-
-. 0 100064E4 12
-. 7D 6C 20 2E 7D 28 5B 96 48 00 00 18
-
-. 0 100064F0 32
-. 7D 28 4B 78 7D 29 5B 96 54 E0 10 3A 7D 66 01 2E 38 E7 00 01 7C 09 59 D6 7F 88 00 00 41 9E FF E4
-
-. 0 10006538 20
-. 31 2A FF FF 7C 09 51 10 39 60 00 02 7C 0A 40 79 48 00 00 24
-
-. 0 1000656C 8
-. 55 00 F8 7E 40 82 FF DC
-
-. 0 10006574 12
-. 2F 88 00 01 39 60 00 03 40 BE 00 0C
-
-. 0 10006580 4
-. 48 00 00 30
-
-. 0 100065B0 16
-. 38 A0 00 00 39 60 00 01 7F 85 38 40 40 9C 00 1C
-
-. 0 100065C0 24
-. 7C E9 03 A6 54 A0 10 3A 38 A5 00 01 7D 26 00 2E 7D 6B 49 D6 42 00 FF F0
-
-. 0 100065D8 8
-. 7F 8B 18 00 40 9E 00 84
-
-. 0 100065E0 36
-. 38 00 00 00 90 FF 00 00 7C 03 03 78 80 01 00 14 83 C1 00 08 83 E1 00 0C 7C 08 03 A6 38 21 00 10 4E 80 00 20
-
-. 0 1000698C 24
-. FF 80 D8 90 7E 39 8B 78 3B 80 00 01 3B E0 00 00 7F 9C B0 40 41 9D 00 64
-
-. 0 100069A4 68
-. 3E 80 43 30 FF C0 E0 90 7F FF CA 14 92 81 00 08 7C 1F BB 96 3B 9C 00 01 7F BA C2 14 3A B5 00 01 3B 7B 00 10 7C 00 B9 D6 7F E0 F8 50 93 E1 00 0C CB E1 00 08 FF FF F0 28 FF FF 07 72 FC 20 F8 90 48 02 25 11
-
-. 0 100069E8 16
-. 7C 3A C5 AE FC 20 F8 90 3B 5A 00 10 48 02 25 A1
-
-. 0 100069F8 12
-. 7F 9C B0 40 D8 3D 00 08 40 9D FF AC
-
-. 0 10006A04 16
-. 3A 73 00 01 7F 39 8A 14 7F 93 90 40 41 9C FF 84
-
-PASS: gsl_fft_complex_wavetable_alloc, n = 2, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 2
-. 0 10000E68 32
-. 7D 20 DA 14 7C 1B 04 AE C9 A9 00 08 7D 20 CA 14 7C 19 05 AE 7C 00 5A 14 D9 A9 00 08 42 00 FF E4
-
-. 0 10006ED0 16
-. 80 06 00 00 81 01 00 18 7F 80 40 00 40 9E 1E B8
-
-. 0 10006EE0 16
-. 80 07 00 00 80 E1 00 18 7F 80 38 00 40 9E 1E C4
-
-. 0 10006EF0 12
-. 80 01 00 28 7F 80 50 40 40 9C 06 A8
-
-. 0 10006EFC 96
-. 80 E1 00 1C 38 C6 01 08 81 01 00 18 81 21 00 18 2E 07 FF FF 91 41 00 20 55 08 F8 7E 55 29 F0 BE 7D 47 00 D0 4D 90 00 00 90 C1 01 88 91 01 01 80 91 21 01 84 91 41 01 8C 81 61 01 88 80 01 00 24 82 EB FF 00 81 81 00 28 7C 00 B9 D6 80 C1 00 18 2F 8C 00 00 90 01 00 24 7D E6 03 96 40 9E 06 F4
-
-. 0 10006F5C 28
-. 2F 97 00 02 3B 00 00 01 83 E1 00 10 83 21 00 14 83 41 00 2C 93 01 00 28 41 9E 06 F8
-
-. 0 1000766C 36
-. 3B 60 00 00 81 01 01 88 7F 9B 78 40 81 21 00 24 82 68 00 00 38 A0 00 00 38 E0 00 00 55 26 F8 7E 40 BC FE EC
-
-. 0 10007690 32
-. 81 41 00 1C 7E 7C 9B 78 82 DE 80 40 38 80 00 00 2F 0A FF FF 82 FE 80 44 2F 9B 00 00 40 9E 00 CC
-
-. 0 100076B0 16
-. C8 B6 00 00 C8 D7 00 00 2F 86 00 00 41 9E 00 A0
-
-. 0 100076C0 156
-. 7C 07 C1 D6 7C C9 03 A6 54 88 20 36 57 3D 20 36 57 03 20 36 54 0A 20 36 81 61 01 80 7D 28 FA 14 C9 29 00 08 7C 84 CA 14 7C 05 5A 14 7D 88 FC AE 7C 00 C9 D6 7D 6A D2 14 38 A5 00 01 7D 08 EA 14 54 00 20 36 7D 20 FA 14 7D 1F 04 AE C8 E9 00 08 7C 07 32 14 FC 0C 40 28 7C 00 C1 D6 FD A9 38 28 38 E7 00 01 FD 8C 40 2A FD 66 00 32 54 00 20 36 FD 46 03 72 7D 20 D2 14 7D 8A D5 AE 7D 4A 1A 14 FD A5 5B 7A FC 05 50 38 FD 29 38 2A D9 2B 00 08 7C 1A 05 AE D9 A9 00 08 42 00 FF 80
-
-. 0 1000775C 20
-. 3B 7B 00 01 7C E7 32 14 7F 9B 78 40 3B 9C 00 10 40 BC FE 0C
-
-. 0 10007578 28
-. 80 C1 01 88 80 01 00 20 38 C6 00 04 90 C1 01 88 34 C0 FF FF 90 C1 00 20 40 82 F9 A4
-
-. 0 10007594 12
-. 80 E1 00 28 2F 87 00 01 41 9E 0A 48
-
-. 0 10007FE4 20
-. 81 21 00 18 39 00 00 00 91 01 00 20 7F 88 48 40 40 BC F5 AC
-
-. 0 10007FF8 76
-. 81 41 00 14 7D 29 03 A6 38 00 00 00 55 44 20 36 81 61 00 20 81 81 00 2C 55 69 20 36 80 C1 00 10 7C 09 64 AE 7D 29 62 14 80 E1 00 20 7D 60 32 14 7C 06 05 AE 7C 00 22 14 C9 A9 00 08 38 E7 00 01 90 E1 00 20 D9 AB 00 08 42 00 FF C8
-
-. 0 10008008 60
-. 81 61 00 20 81 81 00 2C 55 69 20 36 80 C1 00 10 7C 09 64 AE 7D 29 62 14 80 E1 00 20 7D 60 32 14 7C 06 05 AE 7C 00 22 14 C9 A9 00 08 38 E7 00 01 90 E1 00 20 D9 AB 00 08 42 00 FF C8
-
-. 0 10008044 8
-. 38 60 00 00 4B FF F5 5C
-
-. 0 10000EB4 32
-. 7D 20 DA 14 7C 1B 04 AE C9 A9 00 08 7D 20 BA 14 7C 17 05 AE 7C 00 5A 14 D9 A9 00 08 42 00 FF E4
-
-PASS: gsl_fft_complex_forward with signal_noise, n = 2, stride = 1
-. 0 10008E54 36
-. 7C 1F 04 AE 7D 20 FA 14 FC 00 03 32 7C 1F 05 AE 7C 00 22 14 C9 A9 00 08 FD AD 03 32 D9 A9 00 08 42 00 FF E0
-
-PASS: gsl_fft_complex_inverse with signal_noise, n = 2, stride = 1
-. 0 10000FCC 36
-. 7C 19 04 AE 7D 20 CA 14 FC 00 03 32 7C 19 05 AE 7C 00 5A 14 C9 A9 00 08 FD AD 03 32 D9 A9 00 08 42 00 FF E0
-
-PASS: gsl_fft_complex_backward with signal_noise, n = 2, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 2, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 2, stride = 1
-. 0 10001154 48
-. 3D 20 10 02 3D 60 10 02 39 29 81 18 39 6B 80 F0 C8 29 00 00 7F E3 FB 78 C8 4B 00 00 7F C4 F3 78 7F 45 D3 78 7F 66 DB 78 7F 07 C3 78 48 00 39 31
-
-PASS: gsl_fft_complex_forward with signal_exp, n = 2, stride = 1
-. 0 100097B4 24
-. FF 80 D8 90 7E 39 8B 78 3B 80 00 01 3B E0 00 00 7F 9C B0 40 41 9D 00 6C
-
-. 0 100097CC 68
-. 3E 80 43 30 FF C0 E0 90 7F FF CA 14 92 81 00 08 7C 1F BB 96 3B 9C 00 01 7F BA C2 14 3A B5 00 01 3B 7B 00 08 7C 00 B9 D6 7F E0 F8 50 93 E1 00 0C CB E1 00 08 FF FF F0 28 FF FF 07 72 FC 20 F8 90 48 01 F6 E9
-
-. 0 10009810 20
-. FC 00 08 18 FC 20 F8 90 7C 1A C5 2E 3B 5A 00 08 48 01 F7 75
-
-. 0 10009824 16
-. 7F 9C B0 40 FC 20 08 18 D0 3D 00 04 40 9D FF A4
-
-. 0 10009834 16
-. 3A 73 00 01 7F 39 8A 14 7F 93 90 40 41 9C FF 7C
-
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 2, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 2
-. 0 10005A7C 4
-. 4B FF ED 11
-
-. 0 10006050 28
-. 93 A1 00 14 92 E1 00 10 CB E1 00 10 FF FF D8 28 FF FF 06 B2 FC 20 F8 90 48 02 2E 8D
-
-. 0 1000602C 20
-. 2F 9B 00 00 C3 93 00 00 3B A0 00 00 FF A0 E0 90 41 9E 00 80
-
-. 0 10002D70 32
-. 7D 20 DA 14 7C 1B 04 2E C1 A9 00 04 7D 20 CA 14 7C 19 05 2E 7C 00 5A 14 D1 A9 00 04 42 00 FF E4
-
-. 0 10009D00 16
-. 80 06 00 00 81 01 00 18 7F 80 40 00 40 9E 1F 44
-
-. 0 10009D10 16
-. 80 07 00 00 80 E1 00 18 7F 80 38 00 40 9E 1F 50
-
-. 0 10009D20 12
-. 80 01 00 28 7F 80 50 40 40 9C 06 98
-
-. 0 10009D2C 88
-. 80 E1 00 1C 38 C6 01 08 81 01 00 18 81 21 00 18 2E 07 FF FF 55 08 F8 7E 90 C1 01 44 55 29 F0 BE 4D 90 00 00 91 41 00 20 91 01 01 3C 91 21 01 40 81 41 01 44 81 81 00 24 82 EA FF 00 81 61 00 28 7D 8C B9 D6 80 01 00 18 2F 8B 00 00 91 81 00 24 7D E0 63 96 40 9E 06 EC
-
-. 0 10009D84 28
-. 2F 97 00 02 3B 00 00 01 83 E1 00 10 83 21 00 14 83 41 00 2C 93 01 00 28 41 9E 06 F0
-
-. 0 1000A48C 36
-. 3B 60 00 00 81 01 01 44 7F 9B 78 40 81 21 00 24 82 88 00 00 38 A0 00 00 38 E0 00 00 55 26 F8 7E 40 BC FE EC
-
-. 0 1000A4B0 32
-. 81 41 00 1C 7E 9C A3 78 82 FE 80 CC 38 80 00 00 2F 0A FF FF 82 DE 80 D0 2F 9B 00 00 40 9E 00 CC
-
-. 0 1000A4D0 16
-. C0 B7 00 00 C0 D6 00 00 2F 86 00 00 41 9E 00 A0
-
-. 0 1000A4E0 156
-. 7C 07 C1 D6 7C C9 03 A6 54 88 18 38 57 3D 18 38 57 03 18 38 54 0A 18 38 81 61 01 3C 7D 28 FA 14 C1 29 00 04 7C 84 CA 14 7C 05 5A 14 7D 48 FC 2E 7C 00 C9 D6 38 A5 00 01 7D 08 EA 14 54 00 18 38 7D 20 FA 14 7D 1F 04 2E C0 E9 00 04 7C 07 32 14 EC 0A 40 28 7C 00 C1 D6 ED A9 38 28 7D 2A D2 14 ED 4A 40 2A 38 E7 00 01 ED 86 00 32 ED 66 03 72 54 00 18 38 ED 29 38 2A 7D 60 D2 14 ED A5 63 7A 7D 4A D5 2E EC 05 58 38 7D 4A 1A 14 D1 29 00 04 7C 1A 05 2E D1 AB 00 04 42 00 FF 80
-
-. 0 1000A57C 20
-. 3B 7B 00 01 7C E7 32 14 7F 9B 78 40 3B 9C 00 08 40 BC FE 0C
-
-. 0 1000A398 28
-. 80 E1 01 44 80 01 00 20 38 E7 00 04 90 E1 01 44 34 E0 FF FF 90 E1 00 20 40 82 F9 AC
-
-. 0 1000A3B4 12
-. 81 01 00 28 2F 88 00 01 41 9E 0A AC
-
-. 0 1000AE68 20
-. 81 41 00 18 39 20 00 00 91 21 00 20 7F 89 50 40 40 BC F5 48
-
-. 0 1000AE7C 72
-. 81 61 00 14 7D 49 03 A6 38 00 00 00 55 64 18 38 81 81 00 20 80 E1 00 2C 55 89 18 38 81 01 00 10 7C 09 3C 2E 7D 29 3A 14 7D 60 42 14 39 8C 00 01 7C 08 05 2E 7C 00 22 14 C1 A9 00 04 91 81 00 20 D1 AB 00 04 42 00 FF CC
-
-. 0 1000AE8C 56
-. 81 81 00 20 80 E1 00 2C 55 89 18 38 81 01 00 10 7C 09 3C 2E 7D 29 3A 14 7D 60 42 14 39 8C 00 01 7C 08 05 2E 7C 00 22 14 C1 A9 00 04 91 81 00 20 D1 AB 00 04 42 00 FF CC
-
-. 0 1000AEC4 8
-. 38 60 00 00 4B FF F4 FC
-
-. 0 10002DBC 32
-. 7D 20 DA 14 7C 1B 04 2E C1 A9 00 04 7D 20 BA 14 7C 17 05 2E 7C 00 5A 14 D1 A9 00 04 42 00 FF E4
-
-. 0 10002798 60
-. 7D 20 FA 14 7D 60 F2 14 7C 1F 04 2E 7D 9E 04 2E 7C 00 52 14 C1 A9 00 04 C1 6B 00 04 EC 00 60 28 ED AD 58 28 FC 00 02 10 FD A0 6A 10 FC 00 68 2A FF E0 02 B2 FF 9F 08 00 40 9D 00 08
-
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 2, stride = 1
-. 0 1000BD14 36
-. 7C 1F 04 2E 7D 20 FA 14 EC 00 03 32 7C 1F 05 2E 7C 00 22 14 C1 A9 00 04 ED AD 03 32 D1 A9 00 04 42 00 FF E0
-
-. 0 100027D4 8
-. FC 20 F8 90 42 00 FF C0
-
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 2, stride = 1
-. 0 10002ED8 36
-. 7C 19 04 2E 7D 20 CA 14 EC 00 03 32 7C 19 05 2E 7C 00 5A 14 C1 A9 00 04 ED AD 03 32 D1 A9 00 04 42 00 FF E0
-
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 2, stride = 1
-. 0 100052A8 20
-. 7D 20 32 14 7D 46 01 2E 91 49 00 04 7C 00 5A 14 42 00 FF F0
-
-. 0 1000531C 48
-. 7C 1D F3 96 93 01 00 08 7C 00 F1 D6 7C 00 E8 50 7F BD DA 14 90 01 00 0C CB E1 00 08 FF FF C8 28 FF FF 06 B2 FF FF D8 24 FC 20 F8 90 48 02 3B AD
-
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 2, stride = 1
-. 0 10005420 20
-. 7D 20 2A 14 7C 25 05 2E D0 49 00 04 7C 00 5A 14 42 00 FF F0
-
-. 0 1000544C 20
-. 7D 20 32 14 7D 66 01 2E 91 69 00 04 7C 00 22 14 42 00 FF F0
-
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 2, stride = 1
-. 0 10005588 48
-. 7C 1D F3 96 92 C1 00 08 7C 00 F1 D6 7C 00 E8 50 7F BD D2 14 90 01 00 0C CB E1 00 08 FF FF C8 28 FF FF 06 B2 FF FF E8 24 FC 20 F8 90 48 02 39 41
-
-. 0 10005608 20
-. 7D 20 DA 14 7D 5B 01 2E 91 49 00 04 7C 00 5A 14 42 00 FF F0
-
-. 0 10003060 48
-. 3D 20 10 02 3D 60 10 02 39 29 81 2C 39 6B 81 28 C0 29 00 00 7F E3 FB 78 C0 4B 00 00 7F C4 F3 78 7F 45 D3 78 7F 66 DB 78 7F 07 C3 78 48 00 24 4D
-
-. 0 10005624 164
-. 7C 1A F3 96 7C 00 F1 D6 7C 60 D0 50 3C 00 43 30 3D 20 10 02 90 01 00 10 39 29 80 F8 93 C1 00 14 7C 17 19 D6 C9 A9 00 00 38 60 00 00 C8 01 00 10 FC 00 68 28 54 00 18 38 7D 20 DA 14 FC 00 00 18 ED A0 07 32 EC 00 06 F2 7C 1B 05 2E D1 A9 00 04 80 01 00 84 82 C1 00 20 82 E1 00 24 7C 08 03 A6 83 01 00 28 83 21 00 2C 83 41 00 30 83 61 00 34 83 81 00 38 83 A1 00 3C 83 C1 00 40 83 E1 00 44 CB 21 00 48 CB 41 00 50 CB 61 00 58 CB 81 00 60 CB A1 00 68 CB C1 00 70 CB E1 00 78 38 21 00 80 4E 80 00 20
-
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 2, stride = 1
-. 0 100109E8 8
-. 57 03 18 36 48 01 85 49
-
-. 0 100109F0 16
-. 81 21 00 14 2F 83 00 00 90 69 02 08 41 9E 02 68
-
-. 0 10010AA0 32
-. 38 09 00 01 FF 80 D8 90 54 00 F8 7E 7E 5B 93 78 2A 00 00 01 7C 10 03 78 3B 80 00 00 40 91 00 64
-
-. 0 10010B20 16
-. 3A 94 00 01 7F 7B 92 14 7F 94 98 40 41 9C FF 8C
-
-PASS: gsl_fft_real_wavetable_alloc, n = 2, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 2
-. 0 10001C54 24
-. 55 60 20 36 55 69 18 38 7C 1B 04 AE 7D 6B E2 14 7C 09 FD AE 42 00 FF EC
-
-. 0 10010F00 16
-. 80 06 00 00 81 01 00 18 7F 80 40 00 40 9E 16 3C
-
-. 0 10010F10 16
-. 80 07 00 00 80 E1 00 18 7F 80 38 00 40 9E 16 48
-
-. 0 10010F20 12
-. 80 01 00 24 7F 80 50 40 40 9C 08 FC
-
-. 0 10010F2C 68
-. 80 E1 00 18 38 C6 01 08 81 01 00 18 54 E7 F8 7E 90 C1 00 30 91 41 00 1C 55 0E F0 BE 90 E1 00 2C 81 21 00 24 81 41 00 30 2F 89 00 00 39 31 00 01 83 6A FF 00 55 29 F8 7E 38 09 FF FF 7E 31 D9 D6 40 9E 09 9C
-
-. 0 10010F70 28
-. 2F 9B 00 02 3B 00 00 01 83 E1 00 10 83 A1 00 14 83 21 00 20 93 01 00 24 41 9E 09 A0
-
-. 0 10011928 28
-. 81 81 00 18 56 25 F8 7E 80 E1 00 30 7F 4C 8B 96 83 87 00 00 2F 9A 00 00 41 9E 00 64
-
-. 0 10011944 96
-. 7F 49 03 A6 39 51 FF FF 38 E0 00 00 39 00 00 00 81 21 00 2C 7D 78 39 D6 7C E7 8A 14 7C 08 4A 14 7C 1D 01 D6 55 6B 18 38 7D 3D 41 D6 54 00 18 38 7D BF 04 AE 7D 08 2A 14 55 29 18 38 7C 18 51 D6 7C 09 FC AE 7D 4A 8A 14 FD 80 68 28 FC 00 68 2A 54 00 18 38 7C 0B CD AE 7D 99 05 AE 42 00 FF B4
-
-. 0 100119A4 8
-. 2F 85 00 01 41 BE FE 0C
-
-. 0 100117B4 28
-. 80 E1 00 30 80 01 00 1C 38 E7 00 04 90 E1 00 30 34 E0 FF FF 90 E1 00 1C 40 82 F7 80
-
-. 0 100117D0 12
-. 81 01 00 24 2F 88 00 01 40 BE 00 4C
-
-. 0 100117DC 20
-. 81 41 00 18 39 20 00 00 91 21 00 1C 7F 89 50 40 40 9C 00 38
-
-. 0 100117F0 52
-. 81 61 00 14 7D 49 03 A6 80 61 00 10 55 64 18 38 81 81 00 1C 80 E1 00 20 55 80 18 38 39 8C 00 01 7C 07 04 AE 91 81 00 1C D8 03 00 00 7C 63 22 14 42 00 FF E0
-
-. 0 10011800 36
-. 81 81 00 1C 80 E1 00 20 55 80 18 38 39 8C 00 01 7C 07 04 AE 91 81 00 1C D8 03 00 00 7C 63 22 14 42 00 FF E0
-
-. 0 10011824 164
-. 38 60 00 00 80 01 01 14 81 C1 00 38 81 E1 00 3C 7C 08 03 A6 82 01 00 40 82 21 00 44 82 41 00 48 82 61 00 4C 82 81 00 50 82 A1 00 54 82 C1 00 58 82 E1 00 5C 83 01 00 60 83 21 00 64 83 41 00 68 83 61 00 6C 83 81 00 70 83 A1 00 74 83 C1 00 78 83 E1 00 7C C9 C1 00 80 C9 E1 00 88 CA 01 00 90 CA 21 00 98 CA 41 00 A0 CA 61 00 A8 CA 81 00 B0 CA A1 00 B8 CA C1 00 C0 CA E1 00 C8 CB 01 00 D0 CB 21 00 D8 CB 41 00 E0 CB 61 00 E8 CB 81 00 F0 CB A1 00 F8 CB C1 01 00 CB E1 01 08 38 21 01 10 4E 80 00 20
-
-. 0 1000E578 44
-. 54 C9 18 38 7C 03 29 D6 39 29 FF F8 C9 BD 00 00 7D 29 19 D6 54 00 20 36 7C 09 FC AE 7D 20 22 14 7C 04 05 AE D9 A9 00 08 4B FF FF B8
-
-PASS: gsl_fft_real with signal_real_noise, n = 2, stride = 1
-. 0 1000C694 32
-. 38 09 00 01 FF 80 D8 90 54 00 F8 7E 7E 5B 93 78 2A 00 00 01 7C 10 03 78 3B 80 00 00 40 91 00 64
-
-. 0 1000C714 16
-. 3A 94 00 01 7F 7B 92 14 7F 94 98 40 41 9C FF 8C
-
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 2, stride = 1
-. 0 1000C990 16
-. 80 06 00 00 81 01 00 18 7F 80 40 00 40 9E 15 FC
-
-. 0 1000C9A0 16
-. 80 07 00 00 80 E1 00 18 7F 80 38 00 40 9E 15 D0
-
-. 0 1000C9B0 28
-. 80 06 00 04 38 E0 00 00 39 00 00 01 90 E1 00 28 7F 87 00 40 91 01 00 20 40 9C 05 58
-
-. 0 1000C9CC 88
-. 81 21 00 18 38 C6 01 08 81 41 00 18 55 29 F8 7E 90 C1 00 34 55 4A F0 BE 90 01 00 24 91 21 00 2C 91 41 00 30 81 61 00 34 83 21 00 20 83 EB FF 00 80 01 00 18 7F 39 F9 D6 81 81 00 28 2F 8C 00 00 7F 60 CB 96 93 21 00 20 39 3B 00 01 55 29 F8 7E 38 09 FF FF 40 9E 06 5C
-
-. 0 1000CA24 28
-. 2F 9F 00 02 3A E0 00 01 83 A1 00 10 83 81 00 14 83 41 00 1C 92 E1 00 28 41 9E 06 60
-
-. 0 1000D09C 20
-. 80 E1 00 20 81 01 00 34 54 F6 F8 7F 82 08 00 00 41 82 00 60
-
-. 0 1000D0B0 92
-. 57 69 20 36 7E C9 03 A6 7D 27 4B 78 39 49 FF F8 39 00 00 00 81 61 00 2C 7C 08 E1 D6 7D 28 5A 14 7D 6A E1 D6 54 00 20 36 7C 1D 04 AE 7D 4A 3A 14 7D AB EC AE 7C 08 B9 D6 7D 08 DA 14 FD 80 68 28 FC 00 68 2A 7D 29 B9 D6 54 00 18 38 7C 1A 05 AE 55 29 18 38 7D 89 D5 AE 42 00 FF BC
-
-. 0 1000D10C 8
-. 2F 9B 00 01 41 BE FD A0
-
-. 0 1000CEB0 28
-. 80 C1 00 34 80 01 00 24 38 C6 00 04 90 C1 00 34 34 C0 FF FF 90 C1 00 24 40 82 FB 28
-
-. 0 1000CECC 12
-. 80 E1 00 28 2F 87 00 01 40 BE 00 4C
-
-. 0 1000CED8 20
-. 81 21 00 18 39 00 00 00 91 01 00 24 7F 88 48 40 40 9C 00 38
-
-. 0 1000CEEC 52
-. 81 41 00 14 7D 29 03 A6 80 61 00 10 55 44 18 38 81 61 00 24 81 81 00 1C 55 60 18 38 39 6B 00 01 7C 0C 04 AE 91 61 00 24 D8 03 00 00 7C 63 22 14 42 00 FF E0
-
-. 0 1000CEFC 36
-. 81 61 00 24 81 81 00 1C 55 60 18 38 39 6B 00 01 7C 0C 04 AE 91 61 00 24 D8 03 00 00 7C 63 22 14 42 00 FF E0
-
-. 0 1000CF20 164
-. 38 60 00 00 80 01 01 14 81 C1 00 38 81 E1 00 3C 7C 08 03 A6 82 01 00 40 82 21 00 44 82 41 00 48 82 61 00 4C 82 81 00 50 82 A1 00 54 82 C1 00 58 82 E1 00 5C 83 01 00 60 83 21 00 64 83 41 00 68 83 61 00 6C 83 81 00 70 83 A1 00 74 83 C1 00 78 83 E1 00 7C C9 C1 00 80 C9 E1 00 88 CA 01 00 90 CA 21 00 98 CA 41 00 A0 CA 61 00 A8 CA 81 00 B0 CA A1 00 B8 CA C1 00 C0 CA E1 00 C8 CB 01 00 D0 CB 21 00 D8 CB 41 00 E0 CB 61 00 E8 CB 81 00 F0 CB A1 00 F8 CB C1 01 00 CB E1 01 08 38 21 01 10 4E 80 00 20
-
-. 0 10001D54 20
-. 7C 1F 04 AE FC 00 68 24 7C 1F 05 AE 7C 00 4A 14 42 00 FF F0
-
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 2, stride = 1
-. 0 100129D0 8
-. 57 03 10 38 48 01 65 61
-
-. 0 100129D8 16
-. 81 21 00 14 2F 83 00 00 90 69 02 08 41 9E 02 70
-
-. 0 10012A88 32
-. 38 09 00 01 FF 80 D8 90 54 00 F8 7E 7E 5B 93 78 2A 00 00 01 7C 10 03 78 3B 80 00 00 40 91 00 6C
-
-. 0 10012B10 16
-. 3A 94 00 01 7F 7B 92 14 7F 94 98 40 41 9C FF 84
-
-PASS: gsl_fft_real_wavetable_float_alloc, n = 2, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 2
-. 0 10005B90 4
-. 4B FF EB FD
-
-. 0 10003B88 24
-. 55 60 18 38 55 69 10 3A 7C 1B 04 2E 7D 6B E2 14 7C 09 FD 2E 42 00 FF EC
-
-. 0 10012EF0 16
-. 80 06 00 00 81 01 00 18 7F 80 40 00 40 9E 16 B0
-
-. 0 10012F00 16
-. 80 07 00 00 80 E1 00 18 7F 80 38 00 40 9E 16 BC
-
-. 0 10012F10 12
-. 80 01 00 24 7F 80 50 40 40 9C 09 38
-
-. 0 10012F1C 68
-. 80 E1 00 18 38 C6 01 08 81 01 00 18 54 E7 F8 7E 90 C1 00 30 91 41 00 1C 55 0E F0 BE 90 E1 00 2C 81 21 00 24 81 41 00 30 2F 89 00 00 39 31 00 01 83 6A FF 00 55 29 F8 7E 38 09 FF FF 7E 31 D9 D6 40 9E 09 D8
-
-. 0 10012F60 28
-. 2F 9B 00 02 3B 00 00 01 83 A1 00 10 83 E1 00 14 83 21 00 20 93 01 00 24 41 9E 09 DC
-
-. 0 10013954 28
-. 81 81 00 18 56 24 F8 7E 80 E1 00 30 7F 4C 8B 96 83 87 00 00 2F 9A 00 00 41 9E 00 64
-
-. 0 10013970 96
-. 7F 49 03 A6 39 51 FF FF 38 E0 00 00 39 00 00 00 81 21 00 2C 7D 78 39 D6 7C E7 8A 14 7C 08 4A 14 7C 1F 01 D6 55 6B 10 3A 7D 3F 41 D6 54 00 10 3A 7D BD 04 2E 7D 08 22 14 55 29 10 3A 7C 18 51 D6 7C 09 EC 2E 7D 4A 8A 14 ED 80 68 28 EC 00 68 2A 54 00 10 3A 7C 0B CD 2E 7D 99 05 2E 42 00 FF B4
-
-. 0 100139D0 8
-. 2F 84 00 01 41 BE FE 0C
-
-. 0 100137E0 28
-. 80 E1 00 30 80 01 00 1C 38 E7 00 04 90 E1 00 30 34 E0 FF FF 90 E1 00 1C 40 82 F7 44
-
-. 0 100137FC 12
-. 81 01 00 24 2F 88 00 01 40 BE 00 4C
-
-. 0 10013808 20
-. 81 41 00 18 39 20 00 00 91 21 00 1C 7F 89 50 40 40 9C 00 38
-
-. 0 1001381C 52
-. 81 61 00 14 7D 49 03 A6 80 61 00 10 55 64 10 3A 81 81 00 1C 80 E1 00 20 55 80 10 3A 39 8C 00 01 7C 07 04 2E 91 81 00 1C D0 03 00 00 7C 63 22 14 42 00 FF E0
-
-. 0 1001382C 36
-. 81 81 00 1C 80 E1 00 20 55 80 10 3A 39 8C 00 01 7C 07 04 2E 91 81 00 1C D0 03 00 00 7C 63 22 14 42 00 FF E0
-
-. 0 10013850 164
-. 38 60 00 00 80 01 01 24 81 C1 00 48 81 E1 00 4C 7C 08 03 A6 82 01 00 50 82 21 00 54 82 41 00 58 82 61 00 5C 82 81 00 60 82 A1 00 64 82 C1 00 68 82 E1 00 6C 83 01 00 70 83 21 00 74 83 41 00 78 83 61 00 7C 83 81 00 80 83 A1 00 84 83 C1 00 88 83 E1 00 8C C9 C1 00 90 C9 E1 00 98 CA 01 00 A0 CA 21 00 A8 CA 41 00 B0 CA 61 00 B8 CA 81 00 C0 CA A1 00 C8 CA C1 00 D0 CA E1 00 D8 CB 01 00 E0 CB 21 00 E8 CB 41 00 F0 CB 61 00 F8 CB 81 01 00 CB A1 01 08 CB C1 01 10 CB E1 01 18 38 21 01 20 4E 80 00 20
-
-. 0 100107BC 44
-. 54 C9 10 3A 7C 03 29 D6 39 29 FF FC C1 BD 00 00 7D 29 19 D6 54 00 18 38 7C 09 FC 2E 7D 20 22 14 7C 04 05 2E D1 A9 00 04 4B FF FF B8
-
-PASS: gsl_fft_real_float with signal_real_noise, n = 2, stride = 1
-. 0 1000E854 32
-. 38 09 00 01 FF 80 D8 90 54 00 F8 7E 7E 5B 93 78 2A 00 00 01 7C 10 03 78 3B 80 00 00 40 91 00 6C
-
-. 0 1000E8DC 16
-. 3A 94 00 01 7F 7B 92 14 7F 94 98 40 41 9C FF 84
-
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 2, stride = 1
-. 0 1000EB58 16
-. 80 06 00 00 81 01 00 18 7F 80 40 00 40 9E 16 60
-
-. 0 1000EB68 16
-. 80 07 00 00 80 E1 00 18 7F 80 38 00 40 9E 16 34
-
-. 0 1000EB78 28
-. 80 06 00 04 38 E0 00 00 39 00 00 01 90 E1 00 28 7F 87 00 40 91 01 00 20 40 9C 05 5C
-
-. 0 1000EB94 88
-. 81 21 00 18 38 C6 01 08 81 41 00 18 55 29 F8 7E 90 C1 00 34 55 4A F0 BE 90 01 00 24 91 21 00 2C 91 41 00 30 81 61 00 34 83 21 00 20 83 AB FF 00 80 01 00 18 7F 39 E9 D6 81 81 00 28 2F 8C 00 00 7F 60 CB 96 93 21 00 20 39 3B 00 01 55 29 F8 7E 38 09 FF FF 40 9E 06 60
-
-. 0 1000EBEC 28
-. 2F 9D 00 02 3A E0 00 01 83 E1 00 10 83 81 00 14 83 41 00 1C 92 E1 00 28 41 9E 06 64
-
-. 0 1000F268 20
-. 80 E1 00 20 81 01 00 34 54 F6 F8 7F 82 08 00 00 41 82 00 60
-
-. 0 1000F27C 92
-. 57 69 18 38 7E C9 03 A6 7D 27 4B 78 39 49 FF FC 39 00 00 00 81 61 00 2C 7C 08 E1 D6 7D 28 5A 14 7D 6A E1 D6 54 00 18 38 7C 1F 04 2E 7D 4A 3A 14 7D AB FC 2E 7C 08 B9 D6 7D 08 DA 14 ED 80 68 28 EC 00 68 2A 7D 29 B9 D6 54 00 10 3A 7C 1A 05 2E 55 29 10 3A 7D 89 D5 2E 42 00 FF BC
-
-. 0 1000F2D8 8
-. 2F 9B 00 01 41 BE FD A0
-
-. 0 1000F07C 28
-. 80 C1 00 34 80 01 00 24 38 C6 00 04 90 C1 00 34 34 C0 FF FF 90 C1 00 24 40 82 FB 24
-
-. 0 1000F098 12
-. 80 E1 00 28 2F 87 00 01 40 BE 00 4C
-
-. 0 1000F0A4 20
-. 81 21 00 18 39 00 00 00 91 01 00 24 7F 88 48 40 40 9C 00 38
-
-. 0 1000F0B8 52
-. 81 41 00 14 7D 29 03 A6 80 61 00 10 55 44 10 3A 81 61 00 24 81 81 00 1C 55 60 10 3A 39 6B 00 01 7C 0C 04 2E 91 61 00 24 D0 03 00 00 7C 63 22 14 42 00 FF E0
-
-. 0 1000F0C8 36
-. 81 61 00 24 81 81 00 1C 55 60 10 3A 39 6B 00 01 7C 0C 04 2E 91 61 00 24 D0 03 00 00 7C 63 22 14 42 00 FF E0
-
-. 0 1000F0EC 164
-. 38 60 00 00 80 01 01 14 81 C1 00 38 81 E1 00 3C 7C 08 03 A6 82 01 00 40 82 21 00 44 82 41 00 48 82 61 00 4C 82 81 00 50 82 A1 00 54 82 C1 00 58 82 E1 00 5C 83 01 00 60 83 21 00 64 83 41 00 68 83 61 00 6C 83 81 00 70 83 A1 00 74 83 C1 00 78 83 E1 00 7C C9 C1 00 80 C9 E1 00 88 CA 01 00 90 CA 21 00 98 CA 41 00 A0 CA 61 00 A8 CA 81 00 B0 CA A1 00 B8 CA C1 00 C0 CA E1 00 C8 CB 01 00 D0 CB 21 00 D8 CB 41 00 E0 CB 61 00 E8 CB 81 00 F0 CB A1 00 F8 CB C1 01 00 CB E1 01 08 38 21 01 10 4E 80 00 20
-
-. 0 10003C8C 20
-. 7C 1F 04 2E EC 00 68 24 7C 1F 05 2E 7C 00 4A 14 42 00 FF F0
-
-. 0 10014930 32
-. 55 40 10 3A 55 49 18 38 7C 03 04 2E 7D 69 22 14 7D 4A 2A 14 7C 09 25 2E D1 AB 00 04 42 00 FF E4
-
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 2, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 2, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 2
-PASS: gsl_fft_complex_forward with signal_noise, n = 2, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 2, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 2, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 2, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 2, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 2, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 2, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 2, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 2, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 2, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 2
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 2, stride = 2
-. 0 10002B38 12
-. 2B 84 00 01 39 6B 00 02 40 9D 00 88
-
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 2, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 2, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 2, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 2, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 2, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 2, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 2, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 2, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 2, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 2
-PASS: gsl_fft_real with signal_real_noise, n = 2, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 2, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 2, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 2, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 2
-PASS: gsl_fft_real_float with signal_real_noise, n = 2, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 2, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 2, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 2, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 2
-PASS: gsl_fft_complex_forward with signal_noise, n = 2, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 2, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 2, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 2, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 2, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 2, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 2, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 2, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 2, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 2, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 2
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 2, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 2, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 2, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 2, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 2, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 2, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 2, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 2, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 2, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 2, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 2
-PASS: gsl_fft_real with signal_real_noise, n = 2, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 2, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 2, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 2, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 2
-PASS: gsl_fft_real_float with signal_real_noise, n = 2, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 2, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 2, stride = 3
-. 0 FEEF8E8 20
-. 80 E9 00 0C 61 4A 00 01 80 07 00 04 7F 80 50 40 41 9C 00 14
-
-. 0 FEEF8FC 12
-. 7D 2B 4B 78 7C E9 3B 78 4B FF FE F0
-
-. 0 FEEFCA0 32
-. 57 AF 10 3A 60 F2 00 01 7D F6 9B 78 39 0A 00 08 92 CA 00 04 7C E3 39 2E 92 43 00 04 4B FF F9 F4
-
-. 0 10006994 16
-. 3B 80 00 01 3B E0 00 00 7F 9C B0 40 41 9D 00 64
-
-PASS: gsl_fft_complex_wavetable_alloc, n = 3, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 3
-. 0 10006F78 8
-. 2F 97 00 03 41 9E 08 1C
-
-. 0 10007798 72
-. 3D 20 AA AA 81 81 00 24 61 29 AA AB 80 E1 00 18 7D 6C 48 16 3A 40 00 00 80 C1 01 88 7F 92 78 40 55 E0 20 36 82 66 00 00 38 80 00 00 7D 27 48 16 55 63 F8 7E 7E 20 9A 14 38 A0 00 00 54 77 08 3C 55 34 F8 7E 40 BC FD 9C
-
-. 0 100077E0 60
-. 81 1E 80 4C 7E 6C 9B 78 81 3E 80 50 7E 35 8B 78 81 5E 80 48 56 96 08 3C 82 1E 80 40 3E 60 43 30 81 DE 80 44 3B A0 00 00 CB 68 00 00 CB 49 00 00 CB 2A 00 00 2F 92 00 00 40 9E 01 64
-
-. 0 1000781C 24
-. CB D0 00 00 CB AE 00 00 FC 20 F0 90 FF E0 E8 90 2F 83 00 00 41 9E 01 2C
-
-. 0 10007834 296
-. 81 61 00 1C FF 80 D8 90 92 61 00 08 57 A6 20 36 6D 60 80 00 57 3B 20 36 90 01 00 0C 7C 05 C1 D6 C8 01 00 08 57 1C 20 36 7C 69 03 A6 FC 00 D0 28 54 07 20 36 FC 40 06 72 7C 04 A2 14 7D 76 22 14 7C 00 C9 D6 7D 26 FA 14 C8 E9 00 08 7D 07 D2 14 7D 06 FC AE 38 84 00 01 7F BD CA 14 7D 6B C9 D6 54 00 20 36 7D 40 FA 14 7D BF 04 AE C8 0A 00 08 7C 05 1A 14 7C C6 DA 14 55 6B 20 36 7C 00 C1 D6 7D 2B FA 14 7D 8B FC AE C9 69 00 08 7D 37 2A 14 FC 8D 60 2A 38 A5 00 01 FC 60 58 2A 7D 29 C1 D6 FD AD 60 28 54 00 20 36 FC 00 58 28 7D 60 D2 14 FD 44 07 32 55 29 20 36 FD 83 07 32 7D 49 D2 14 FD A2 03 72 FC 02 00 32 FD 48 50 28 FD 87 60 28 FD 08 20 2A FD 6A 00 2A FD 2C 68 28 FD 4A 00 28 7D 07 D5 AE FD 8C 68 2A 7C E7 E2 14 FC BF 02 F2 FC 1D 02 B2 FD BD 03 32 FC DF 02 72 FD 9E 03 3A FD 21 2A 7A FD 5E 6A B8 FD 61 32 F8 FC E7 18 2A D8 E8 00 08 7D 5A 05 AE D9 8B 00 08 7D 69 D5 AE D9 2A 00 08 42 00 FF 14
-
-. 0 1000795C 24
-. 3A 52 00 01 7C A5 BA 14 7F 92 78 40 39 8C 00 10 3A B5 00 10 40 BC FC 08
-
-PASS: gsl_fft_complex_forward with signal_noise, n = 3, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 3, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 3, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 3, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 3, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 3, stride = 1
-. 0 FEEECBC 20
-. 81 7A 00 08 81 3A 00 0C 80 0B 00 0C 7C 80 D0 00 40 86 04 DC
-
-. 0 FEEECD0 12
-. 80 A9 00 08 7F 05 D0 00 40 9A 04 D0
-
-. 0 FEEECDC 56
-. 91 69 00 08 91 2B 00 0C 7F BD DA 14 38 7C 00 38 63 A8 00 01 80 C3 00 08 90 7F 00 0C 90 DF 00 08 91 1F 00 04 7F BF E9 2E 93 E6 00 0C 93 E3 00 08 28 9D FF FF 40 85 01 24
-
-. 0 100097BC 16
-. 3B 80 00 01 3B E0 00 00 7F 9C B0 40 41 9D 00 6C
-
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 3, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 3
-. 0 10009DA0 8
-. 2F 97 00 03 41 9E 08 14
-
-. 0 1000A5B8 72
-. 3D 20 AA AA 81 81 00 24 61 29 AA AB 81 01 00 18 7D 6C 48 16 3A 40 00 00 80 E1 01 44 7F 92 78 40 55 E0 18 38 82 87 00 00 38 80 00 00 7D 28 48 16 55 63 F8 7E 7E 20 A2 14 38 A0 00 00 54 77 08 3C 55 33 F8 7E 40 BC FD 9C
-
-. 0 1000A600 60
-. 81 3E 80 D8 7E 8C A3 78 81 5E 80 DC 7E 35 8B 78 81 7E 80 D4 56 76 08 3C 82 1E 80 CC 3E 80 43 30 81 DE 80 D0 3B A0 00 00 CB 69 00 00 CB 4A 00 00 C3 2B 00 00 2F 92 00 00 40 9E 01 80
-
-. 0 1000A63C 24
-. C3 B0 00 00 C3 8E 00 00 FF E0 E8 90 FF C0 E0 90 2F 83 00 00 41 9E 01 48
-
-. 0 1000A654 324
-. 80 E1 00 1C FC 20 D8 90 92 81 00 08 57 A6 18 38 6C E0 80 00 57 3B 18 38 90 01 00 0C 7C 05 C1 D6 C8 01 00 08 57 1C 18 38 7C 69 03 A6 FC 00 D0 28 54 07 18 38 FC 00 00 18 EC 40 06 72 7C 04 9A 14 7D 76 22 14 7C 00 C9 D6 7D 26 FA 14 C0 A9 00 04 38 84 00 01 7C C6 FC 2E 7F BD CA 14 FD 80 28 90 7C C6 DA 14 7D 6B C9 D6 54 00 18 38 7D 40 FA 14 7D 3F 04 2E C1 4A 00 04 FD 60 30 90 7C 05 1A 14 55 6B 18 38 7C 00 C1 D6 7D 2B FA 14 7D 0B FC 2E C0 E9 00 04 7D 77 2A 14 EC 89 40 2A 7D 27 D2 14 EC 6A 38 2A 7D 6B C1 D6 ED 29 40 28 54 00 18 38 FC 00 20 90 7D 40 D2 14 FD A0 18 90 38 A5 00 01 ED 4A 38 28 55 6B 18 38 FC 00 00 72 7D 0B D2 14 FD AD 00 72 FD 6B 00 28 ED 22 02 72 FD 8C 68 28 ED 42 02 B2 FD 60 58 18 FD 80 60 18 EC C6 20 2A EC 0B 50 2A ED AC 48 28 ED 6B 50 28 7C C7 D5 2E ED 8C 48 2A 7C E7 E2 14 ED 3E 00 32 ED 5C 02 F2 ED 1C 03 32 EC FE 03 72 EC A5 18 2A ED 9D 53 3A ED BF 4B 7A ED 7D 42 F8 D0 A9 00 04 EC 1F 38 38 7D 7A 05 2E D1 8A 00 04 7C 0B D5 2E D1 A8 00 04 42 00 FE FC
-
-. 0 1000A798 24
-. 3A 52 00 01 7C A5 BA 14 7F 92 78 40 39 8C 00 08 3A B5 00 08 40 BC FB EC
-
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 3, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 3, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 3, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 3, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 3, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 3, stride = 1
-. 0 10010AB8 8
-. 3B 80 00 00 40 91 00 64
-
-PASS: gsl_fft_real_wavetable_alloc, n = 3, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 3
-. 0 10010F8C 8
-. 2F 9B 00 03 41 9E 0E 5C
-
-. 0 10011DEC 56
-. 80 E1 00 18 3D 20 AA AA 81 01 00 30 61 29 AA AB 7E A7 8B 96 54 00 20 36 83 88 00 00 7E E0 E2 14 2F 95 00 00 7C 11 48 16 7D 27 48 16 54 1B F8 7E 55 23 F8 7E 41 9E 00 A4
-
-. 0 10011E24 160
-. 81 3E 82 50 57 66 08 3C 81 7E 82 54 39 46 FF FF C9 49 00 00 38 E0 00 00 C9 2B 00 00 39 00 00 00 7E A9 03 A6 7C 08 1A 14 55 4B 18 38 7D 20 1A 14 7C 1D 01 D6 39 6B 00 08 7D 3D 49 D6 54 00 18 38 7D BF 04 AE 55 29 18 38 7C 1D 41 D6 7C 09 FC AE 7D 08 DA 14 FD 6D 00 2A FD AD 00 28 54 00 18 38 7C 1F 04 AE 7D 38 39 D6 FD 8B 02 B2 7C E7 8A 14 FD AD 02 72 7C 18 51 D6 55 29 18 38 FD 80 60 28 7D 4A 8A 14 FC 00 58 2A 7D 6B C1 D6 54 00 18 38 7C 09 CD AE 7D 99 05 AE 7D AB CD AE 42 00 FF 88
-
-. 0 10011EC4 8
-. 2F 9B 00 01 41 BE F8 EC
-
-. 0 1000E4FC 84
-. 54 6A 20 36 54 60 18 38 7C E0 FA 14 7D 4C 53 78 7C 03 41 D6 38 A5 00 01 7D AA FC AE 7D 05 30 50 7F 88 28 40 C8 07 00 00 FD 80 68 50 7D 2A 22 14 54 00 20 36 7C 0A 25 AE 7D 60 22 14 D9 A9 00 08 7C E7 62 14 7C 04 05 AE 7D 4A 62 14 D9 8B 00 08 41 9D FF C0
-
-PASS: gsl_fft_real with signal_real_noise, n = 3, stride = 1
-. 0 1000C6AC 8
-. 3B 80 00 00 40 91 00 64
-
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 3, stride = 1
-. 0 1000CA40 8
-. 2F 9F 00 03 41 9E 08 70
-
-. 0 1000D2B4 48
-. 81 41 00 20 54 00 20 36 81 61 00 34 7E 8A FB 96 81 9E 81 64 82 0B 00 00 83 21 00 18 7F 00 82 14 CB CC 00 00 2F 94 00 00 7F F9 FB 96 41 9E 00 94
-
-. 0 1000D2E4 144
-. FD 3E F0 2A 7E 89 03 A6 57 66 08 3C 38 E0 00 00 1C 07 00 03 7D 07 FA 14 7D 48 FA 14 7D 17 41 D6 7D 26 02 14 39 29 FF FF 55 2B 18 38 39 6B 00 08 7C 1C 01 D6 55 08 18 38 7D 6B E1 D6 54 00 18 38 7D 7D 04 AE 7D 3C 49 D6 7D AB EC AE FD A9 03 72 55 29 18 38 7C 17 39 D6 7C 09 EC AE 7C E7 DA 14 FD 8B 00 28 FC 00 00 2A 7D 57 51 D6 54 00 18 38 FD 4C 68 2A FD 6B 00 2A FD 8C 68 28 55 4A 18 38 7D 7A 05 AE 7D 88 D5 AE 7D 4A D5 AE 42 00 FF 84
-
-. 0 1000D374 8
-. 2F 9B 00 01 41 BE FB 38
-
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 3, stride = 1
-. 0 10012AA0 8
-. 3B 80 00 00 40 91 00 6C
-
-PASS: gsl_fft_real_wavetable_float_alloc, n = 3, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 3
-. 0 10012F7C 8
-. 2F 9B 00 03 41 9E 0E 9C
-
-. 0 10013E1C 56
-. 80 E1 00 18 3D 20 AA AA 81 01 00 30 61 29 AA AB 7E A7 8B 96 54 00 18 38 83 88 00 00 7E E0 E2 14 2F 95 00 00 7C 11 48 16 7D 27 48 16 54 1B F8 7E 55 23 F8 7E 41 9E 00 B0
-
-. 0 10013E54 172
-. 81 3E 82 A8 57 66 08 3C 81 7E 82 AC 39 46 FF FF C9 29 00 00 38 E0 00 00 C1 0B 00 00 39 00 00 00 7E A9 03 A6 7C 08 1A 14 55 4B 10 3A 7D 20 1A 14 7C 1F 01 D6 39 6B 00 04 7D 3F 49 D6 54 00 10 3A 7D 7D 04 2E 55 29 10 3A 7C 1F 41 D6 7C 09 EC 2E 7D 08 DA 14 ED 4B 00 2A 54 00 10 3A ED 6B 00 28 7D 9D 04 2E 7D 38 39 D6 FD A0 50 90 7C E7 8A 14 FC 00 60 90 ED 6B 02 32 FD AD 02 72 7C 18 51 D6 55 29 10 3A ED 8C 50 2A 7D 4A 8A 14 FC 00 68 28 7D 6B C1 D6 54 00 10 3A 7D 89 CD 2E FC 00 00 18 7C 19 05 2E 7D 6B CD 2E 42 00 FF 7C
-
-. 0 10013F00 8
-. 2F 9B 00 01 41 BE F8 DC
-
-. 0 10010740 84
-. 54 6A 18 38 54 60 10 3A 7C E0 FA 14 7D 4C 53 78 7C 03 41 D6 38 A5 00 01 7D AA FC 2E 7D 05 30 50 7F 88 28 40 C0 07 00 00 FD 80 68 50 7D 2A 22 14 54 00 18 38 7C 0A 25 2E 7D 60 22 14 D1 A9 00 04 7C E7 62 14 7C 04 05 2E 7D 4A 62 14 D1 8B 00 04 41 9D FF C0
-
-PASS: gsl_fft_real_float with signal_real_noise, n = 3, stride = 1
-. 0 1000E86C 8
-. 3B 80 00 00 40 91 00 6C
-
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 3, stride = 1
-. 0 1000EC08 8
-. 2F 9D 00 03 41 9E 08 74
-
-. 0 1000F480 48
-. 81 41 00 20 54 00 18 38 81 61 00 34 7E 6A EB 96 81 9E 81 DC 82 0B 00 00 C3 AC 00 00 7E C0 82 14 80 01 00 18 2F 93 00 00 7F 20 EB 96 41 9E 00 94
-
-. 0 1000F4B0 144
-. ED 3D E8 2A 7E 69 03 A6 57 66 08 3C 38 E0 00 00 1C 07 00 03 7D 07 CA 14 7D 48 CA 14 7D 17 41 D6 7D 26 02 14 39 29 FF FF 55 2B 10 3A 7C 1C 01 D6 39 6B 00 04 55 08 10 3A 7D 3C 49 D6 54 00 10 3A 7D 7F 04 2E 7D 6B E1 D6 55 29 10 3A 7C 09 FC 2E ED 8B 00 28 7D AB FC 2E EC 00 00 2A 7C 17 39 D6 7C E7 DA 14 ED A9 03 72 ED 6B 00 2A 7D 57 51 D6 ED 4C 68 2A ED 8C 68 28 54 00 10 3A 7D 7A 05 2E 55 4A 10 3A 7D 88 D5 2E 7D 4A D5 2E 42 00 FF 84
-
-. 0 1000F540 8
-. 2F 9B 00 01 41 BE FB 38
-
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 3, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 3, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 3
-PASS: gsl_fft_complex_forward with signal_noise, n = 3, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 3, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 3, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 3, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 3, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 3, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 3, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 3, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 3, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 3, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 3
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 3, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 3, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 3, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 3, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 3, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 3, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 3, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 3, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 3, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 3, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 3
-PASS: gsl_fft_real with signal_real_noise, n = 3, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 3, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 3, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 3, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 3
-PASS: gsl_fft_real_float with signal_real_noise, n = 3, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 3, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 3, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 3, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 3
-PASS: gsl_fft_complex_forward with signal_noise, n = 3, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 3, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 3, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 3, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 3, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 3, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 3, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 3, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 3, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 3, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 3
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 3, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 3, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 3, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 3, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 3, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 3, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 3, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 3, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 3, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 3, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 3
-PASS: gsl_fft_real with signal_real_noise, n = 3, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 3, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 3, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 3, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 3
-. 0 FEF8878 20
-. 80 04 00 00 38 63 FF E4 38 84 FF E8 38 A5 00 06 4B FF FF B4
-
-. 0 FEF883C 24
-. 34 A5 FF F8 81 24 00 1C 90 03 00 1C 38 84 00 20 38 63 00 20 40 A2 FF B4
-
-PASS: gsl_fft_real_float with signal_real_noise, n = 3, stride = 3
-. 0 FEEF994 16
-. 81 29 00 08 80 E9 00 04 7C 87 C8 40 40 84 01 54
-
-. 0 FEEFAF4 16
-. 81 DD 00 04 55 DF 00 38 7D 9F C8 40 41 8C FF F0
-
-. 0 FEEFB04 24
-. 81 7D 00 08 7F 19 F8 50 81 3D 00 0C 82 0B 00 0C 7F 10 E8 00 40 9A 05 AC
-
-. 0 FEEFB1C 12
-. 82 29 00 08 7C 11 E8 00 40 82 05 A0
-
-. 0 FEEFB28 16
-. 91 69 00 08 91 2B 00 0C 28 98 00 0F 41 85 05 54
-
-. 0 FEF0088 60
-. 31 2F FF FF 7C A9 79 10 63 17 00 01 54 A0 10 3A 7D 3D CA 14 7C 0C A3 78 39 1D 00 08 91 3C 00 44 91 9D 00 04 91 3C 00 40 7F 09 C1 2E 93 49 00 0C 92 E9 00 04 93 49 00 08 4B FF F5 F0
-
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 3, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 3, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 4, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 4
-. 0 10006F80 8
-. 2F 97 00 04 41 9E 0A 2C
-
-. 0 100079B0 52
-. 39 C0 00 00 81 81 01 88 7F 8E 78 40 80 C1 00 24 82 6C 00 00 55 E0 20 36 54 DC F0 BE 3B A0 00 00 7E 20 9A 14 38 60 00 00 7E 40 8A 14 1E BC 00 03 40 BC FB 98
-
-. 0 100079E4 68
-. 81 01 01 84 3D 60 43 30 80 E1 00 1C 7E 2C 8B 78 81 3E 80 44 7E 71 9B 78 81 5E 80 50 2F 07 FF FF 1E 08 00 03 91 21 01 7C 55 14 08 3C 57 93 08 3C CA CA 00 00 7D 68 03 A6 3B 60 00 00 2F 8E 00 00 40 9E 01 C0
-
-. 0 10007A28 40
-. 80 DE 80 40 80 E1 01 7C CB 06 00 00 CA E7 00 00 FF 60 C0 90 FF 20 B8 90 FF 80 C0 90 FF 40 B8 90 2F 9C 00 00 41 9E 01 74
-
-. 0 10007A50 368
-. 81 01 00 1C 7D 28 02 A6 57 64 20 36 57 36 20 36 6D 00 80 00 57 17 20 36 90 01 00 0C 7C 03 C1 D6 91 21 00 08 7F 89 03 A6 C8 01 00 08 54 05 20 36 FF A0 B0 28 81 41 01 84 7D 70 EA 14 7D 6B C9 D6 7D 24 FA 14 7C 1D 52 14 C9 29 00 08 7D 54 EA 14 7D 84 FC AE 7C C5 D2 14 7C 00 C9 D6 55 6B 20 36 7D 2B FA 14 7C CB FC AE C8 49 00 08 7D 73 1A 14 3B BD 00 01 54 00 20 36 7D 4A C9 D6 7D 00 FA 14 7C 7F 04 AE C8 88 00 08 7C 15 1A 14 FD 43 30 28 7F 7B CA 14 FD 64 10 28 55 4A 20 36 7D 2A FA 14 7D 0A FC AE C8 E9 00 08 FD 5D 02 B2 7D 23 E2 14 7D 6B C1 D6 FD 7D 02 F2 7C 84 B2 14 38 63 00 01 FC 0C 40 28 FD A9 38 28 7D 29 C1 D6 FC 63 30 2A 55 6B 20 36 FC 84 10 2A 7D 0B D2 14 FD 8C 40 2A FD 29 38 2A 7C 00 C1 D6 FC A0 58 2A 55 29 20 36 FC CD 50 28 7D 49 D2 14 FD 0C 18 28 FC E9 20 28 54 00 20 36 FD AD 50 2A 7C E0 D2 14 FC 00 58 28 FF D9 02 32 FD 77 00 32 FD 5A 01 72 FC 57 03 72 FC 39 01 F2 FF FA 01 B2 FD B8 5B 7A FC FB F1 FA FC DC 51 BA FC 18 10 38 FD 1B 0A 38 FC BC F9 78 FD 8C 18 2A FD 29 20 2A 7D 85 D5 AE 7C A5 BA 14 D9 26 00 08 7C 09 D5 AE D9 AA 00 08 7D 0B D5 AE D8 E8 00 08 7C BA 05 AE D8 C7 00 08 42 00 FE C8
-
-. 0 10007BC0 28
-. 39 CE 00 01 7C 63 AA 14 7F 8E 78 40 3A 31 00 10 39 8C 00 10 3A 52 00 10 40 BC F9 A0
-
-PASS: gsl_fft_complex_forward with signal_noise, n = 4, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 4, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 4, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 4, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 4, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 4, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 4, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 4
-. 0 10009DA8 8
-. 2F 97 00 04 41 9E 0A 40
-
-. 0 1000A7EC 52
-. 39 C0 00 00 81 01 01 44 7F 8E 78 40 81 21 00 24 82 88 00 00 55 E0 18 38 55 3C F0 BE 3B A0 00 00 7E 20 A2 14 38 60 00 00 7E 40 8A 14 1E BC 00 03 40 BC FB 7C
-
-. 0 1000A820 80
-. 81 61 01 40 3D 20 43 30 81 9E 80 CC 57 93 08 3C 81 41 00 1C 1E 0B 00 03 80 FE 80 D0 7D 28 03 A6 81 1E 80 DC 2F 0A FF FF 91 81 01 34 3B 60 00 00 7E 4C 93 78 90 E1 01 38 7E 32 8B 78 CA C8 00 00 7E 91 A3 78 55 74 08 3C 2F 8E 00 00 40 9E 01 C4
-
-. 0 1000A870 40
-. 81 41 01 34 81 61 01 38 C3 0A 00 00 C2 EB 00 00 FF 60 C0 90 FF 40 B8 90 FF 80 C0 90 FF 20 B8 90 2F 9C 00 00 41 9E 01 78
-
-. 0 1000A898 372
-. 80 E1 00 1C 7D 08 02 A6 57 64 18 38 57 36 18 38 6C E0 80 00 57 17 18 38 90 01 00 0C 7C 03 C1 D6 91 01 00 08 7F 89 03 A6 C8 01 00 08 FC 00 B0 28 54 05 18 38 FF A0 00 18 81 21 01 40 7D 70 EA 14 7D 6B C9 D6 7D 54 EA 14 7C 1D 4A 14 7D A4 FC 2E 7D 24 FA 14 C0 E9 00 04 3B BD 00 01 7C 00 C9 D6 55 6B 18 38 7D 2B FA 14 7C AB FC 2E C0 89 00 04 7D 75 1A 14 7F 7B CA 14 7D 4A C9 D6 54 00 18 38 7D 00 FA 14 7C 7F 04 2E C0 C8 00 04 7C 03 E2 14 ED 43 28 28 7C 84 B2 14 55 4A 18 38 EC 06 20 28 7D 2A FA 14 7D 2A FC 2E C1 09 00 04 ED 5D 02 B2 ED 8D 48 28 7D 33 1A 14 ED 67 40 28 7C 00 C1 D6 EC 1D 00 32 7D 45 D2 14 ED AD 48 2A 38 63 00 01 EC E7 40 2A EC 63 28 2A 7D 29 C1 D6 EC C6 20 2A 54 00 18 38 EC 4C 00 2A 7D 00 D2 14 EC 8B 50 28 ED 0D 18 28 7D 6B C1 D6 EC A7 30 28 55 29 18 38 ED 8C 00 28 7C E9 D2 14 ED 6B 50 2A EF FA 02 32 55 6B 18 38 EC 37 03 32 7C CB D2 14 EF D9 00 B2 EC 17 02 F2 ED 5A 01 72 ED 39 01 32 ED 78 0A FA EC BB F9 7A EC 9C F1 3A ED 98 03 38 ED 1B 52 38 EC 5C 48 B8 ED AD 18 2A EC E7 30 2A 7D A5 D5 2E 7C A5 BA 14 D0 EA 00 04 7D 9A 05 2E D1 68 00 04 7D 09 D5 2E D0 A7 00 04 7C 4B D5 2E D0 86 00 04 42 00 FE C8
-
-. 0 1000AA0C 28
-. 39 CE 00 01 7C 63 AA 14 7F 8E 78 40 3A 31 00 08 3A 52 00 08 39 8C 00 08 40 BC F9 74
-
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 4, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 4, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 4, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 4, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 4, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 4, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 4, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 4
-. 0 10010F94 8
-. 2F 9B 00 04 41 9E 11 B0
-
-. 0 10012148 40
-. 81 61 00 18 54 00 20 36 81 81 00 30 56 3A F0 BE 7E 4B 8B 96 83 8C 00 00 7E E0 E2 14 7E A0 BA 14 2F 92 00 00 41 9E 00 B8
-
-. 0 10012170 180
-. 57 44 08 3C 7E 49 03 A6 38 E4 FF FF 38 A0 00 00 38 C0 00 00 7C 06 72 14 7D 44 3A 14 7D 20 72 14 7C 1D 01 D6 7D 69 72 14 54 E8 18 38 39 08 00 08 54 00 18 38 7D 3D 49 D6 7D BF 04 AE 7D 7D 59 D6 55 29 18 38 7D 29 FC AE 7C 1D 31 D6 55 6B 18 38 7D 6B FC AE 7C C6 D2 14 FD 4D 58 28 54 00 18 38 FD AD 58 2A 7D 9F 04 AE 7D 38 39 D6 FD 40 50 50 7C E7 8A 14 FC 0C 48 2A FD 8C 48 28 7C 18 29 D6 55 29 18 38 FD 60 68 28 7C A5 8A 14 FC 00 68 2A 7D 58 51 D6 54 00 18 38 7C 19 05 AE 7D 89 CD AE 7D 08 C1 D6 55 4A 18 38 7D 48 CD AE 7D 6A CD AE 42 00 FF 64
-
-. 0 10012224 8
-. 2F 9A 00 01 41 BE F5 8C
-
-PASS: gsl_fft_real with signal_real_noise, n = 4, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 4, stride = 1
-. 0 1000CA48 8
-. 2F 9F 00 04 41 9E 0B A8
-
-. 0 1000D5F4 32
-. 81 01 00 20 54 00 20 36 81 21 00 34 55 11 F0 BF 82 09 00 00 7F 00 82 14 7E C0 C2 14 41 82 00 BC
-
-. 0 1000D614 184
-. 7E 29 03 A6 57 63 08 3C 38 A0 00 00 54 A0 10 3A 81 81 00 30 7D 23 02 14 7C 1C 01 D6 39 29 FF FF 55 2A 18 38 7D 63 4A 14 39 4A 00 08 7D 7C 59 D6 54 00 18 38 7D 9D 04 AE 7D 05 62 14 7C E8 62 14 7D 3C 49 D6 55 6B 18 38 7D 4B EC AE 7C C7 62 14 FD 6C 50 28 7D 4A E1 D6 55 29 18 38 7C 09 EC AE FD 8C 50 2A FC 00 00 2A 7D AA EC AE 7C 17 29 D6 7C A5 DA 14 FD AD 68 2A FD 4C 00 28 7D 17 41 D6 FD 8C 00 2A FD 2B 68 2A 54 00 18 38 FD 6B 68 28 7D 9A 05 AE 7C F7 39 D6 55 08 18 38 7D 68 D5 AE 7C D7 31 D6 54 E7 18 38 7D 47 D5 AE 54 C6 18 38 7D 26 D5 AE 42 00 FF 58
-
-. 0 1000D6CC 8
-. 2F 9B 00 01 41 BE F7 E0
-
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 4, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 4, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 4
-. 0 10012F84 8
-. 2F 9B 00 04 41 9E 12 1C
-
-. 0 100141A4 40
-. 81 81 00 18 54 00 18 38 80 E1 00 30 56 3A F0 BE 7E 4C 8B 96 83 87 00 00 7E E0 E2 14 7F 60 BA 14 2F 92 00 00 41 9E 00 B8
-
-. 0 100141CC 180
-. 57 44 08 3C 7E 49 03 A6 38 E4 FF FF 38 A0 00 00 38 C0 00 00 7C 06 72 14 7D 44 3A 14 7D 20 72 14 7C 1F 01 D6 7D 69 72 14 54 E8 10 3A 39 08 00 04 54 00 10 3A 7D 3F 49 D6 7D BD 04 2E 7D 7F 59 D6 55 29 10 3A 7D 29 EC 2E 7C 1F 31 D6 55 6B 10 3A 7D 6B EC 2E 7C C6 D2 14 ED 4D 58 28 54 00 10 3A ED AD 58 2A 7D 9D 04 2E 7D 38 39 D6 FD 40 50 50 7C E7 8A 14 EC 0C 48 2A ED 8C 48 28 7C 18 29 D6 55 29 10 3A ED 60 68 28 7C A5 8A 14 EC 00 68 2A 7D 58 51 D6 54 00 10 3A 7C 19 05 2E 7D 89 CD 2E 7D 08 C1 D6 55 4A 10 3A 7D 48 CD 2E 7D 6A CD 2E 42 00 FF 64
-
-. 0 10014280 8
-. 2F 9A 00 01 41 BE F5 5C
-
-PASS: gsl_fft_real_float with signal_real_noise, n = 4, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 4, stride = 1
-. 0 1000EC10 8
-. 2F 9D 00 04 41 9E 0B C4
-
-. 0 1000F7D8 32
-. 81 01 00 20 54 00 18 38 81 21 00 34 55 11 F0 BF 82 09 00 00 7E C0 82 14 7F 20 B2 14 41 82 00 BC
-
-. 0 1000F7F8 184
-. 7E 29 03 A6 57 63 08 3C 38 A0 00 00 54 A0 10 3A 81 81 00 30 7D 23 02 14 7C 1C 01 D6 39 29 FF FF 55 2A 10 3A 7D 63 4A 14 39 4A 00 04 7D 7C 59 D6 54 00 10 3A 7D 9F 04 2E 7D 05 62 14 7C E8 62 14 7D 3C 49 D6 55 6B 10 3A 7D 4B FC 2E 7C C7 62 14 ED 6C 50 28 7D 4A E1 D6 55 29 10 3A 7C 09 FC 2E ED 8C 50 2A EC 00 00 2A 7D AA FC 2E 7C 17 29 D6 7C A5 DA 14 ED AD 68 2A ED 4C 00 28 7D 17 41 D6 ED 8C 00 2A ED 2B 68 2A 54 00 10 3A ED 6B 68 28 7D 9A 05 2E 7C F7 39 D6 55 08 10 3A 7D 68 D5 2E 7C D7 31 D6 54 E7 10 3A 7D 47 D5 2E 54 C6 10 3A 7D 26 D5 2E 42 00 FF 58
-
-. 0 1000F8B0 8
-. 2F 9B 00 01 41 BE F7 C8
-
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 4, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 4, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 4
-PASS: gsl_fft_complex_forward with signal_noise, n = 4, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 4, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 4, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 4, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 4, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 4, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 4, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 4, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 4, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 4, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 4
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 4, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 4, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 4, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 4, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 4, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 4, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 4, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 4, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 4, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 4, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 4
-PASS: gsl_fft_real with signal_real_noise, n = 4, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 4, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 4, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 4, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 4
-PASS: gsl_fft_real_float with signal_real_noise, n = 4, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 4, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 4, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 4, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 4
-PASS: gsl_fft_complex_forward with signal_noise, n = 4, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 4, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 4, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 4, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 4, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 4, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 4, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 4, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 4, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 4, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 4
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 4, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 4, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 4, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 4, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 4, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 4, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 4, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 4, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 4, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 4, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 4
-PASS: gsl_fft_real with signal_real_noise, n = 4, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 4, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 4, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 4, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 4
-PASS: gsl_fft_real_float with signal_real_noise, n = 4, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 4, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 4, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 5, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 5
-. 0 10006F88 8
-. 2F 97 00 05 41 9E 0C BC
-
-. 0 10007C48 80
-. 81 81 01 88 3C 00 CC CC 80 C1 00 18 60 00 CC CD 81 61 00 24 3B 80 00 00 82 6C 00 00 3B 60 00 00 7D 4B 00 16 81 3E 80 54 55 EB 20 36 7E 2B 9A 14 C8 29 00 00 7E 4B 8A 14 7C 06 00 16 55 57 F0 BE 7F AB 92 14 56 F0 10 3A 54 15 F0 BE 48 02 13 01
-
-. 0 10007C98 16
-. 81 3E 80 58 FE E0 08 90 C8 29 00 00 48 02 12 F1
-
-. 0 10007CA8 16
-. 7F 9C 78 40 FF 00 08 90 93 81 00 30 40 BC F8 C4
-
-. 0 10007CB8 64
-. 1C 17 00 03 80 DE 80 44 92 41 01 70 1D D5 00 03 92 21 01 74 7C 08 03 A6 90 C1 01 68 56 B2 08 3C 93 A1 01 6C 56 B1 10 3A 92 61 01 78 56 EC 08 3C 3A C0 00 00 80 E1 00 30 2F 87 00 00 40 9E 02 B8
-
-. 0 10007CF8 48
-. 81 1E 80 40 81 21 01 68 CA 08 00 00 C9 E9 00 00 FE 40 80 90 FE 20 78 90 FE C0 80 90 FE A0 78 90 FE 80 80 90 FE 60 78 90 2F 97 00 00 41 9E 02 34
-
-. 0 10007D28 400
-. 80 C1 00 1C 3C E0 43 30 81 1E 80 50 56 DD 20 36 6C C0 80 00 90 E1 00 08 90 01 00 0C 7C 1C C1 D6 C8 01 00 08 57 33 20 36 C8 48 00 00 57 14 20 36 80 DE 80 5C 7E E9 03 A6 FF 20 10 28 54 03 20 36 C9 C6 00 00 7C 1B AA 14 7D 72 DA 14 7D 4E DA 14 7D 11 DA 14 7C 00 C9 D6 7D 3D FA 14 CB 89 00 08 7C 83 D2 14 7F BD FC AE 3B 7B 00 01 7E D6 CA 14 7D 6B C9 D6 54 00 20 36 7D 20 FA 14 7C FF 04 AE C9 49 00 08 7C 1C BA 14 7F BD 9A 14 7D 4A C9 D6 55 6B 20 36 7C CB FA 14 7D AB FC AE C8 06 00 08 7D 08 C9 D6 55 4A 20 36 7C EA FA 14 7D 8A FC AE C9 67 00 08 7C E8 02 A6 FC 8D 60 2A 7D 50 E2 14 55 08 20 36 FC 60 58 2A 7D 28 FA 14 7C 48 FC AE C8 29 00 08 FD AD 60 28 FD 27 10 2A 81 1E 80 60 FD 0A 08 2A 7D 67 E2 14 FC 00 58 28 7D 2C E2 14 FF 69 20 2A 7C 00 C1 D6 FF 48 18 2A 3B 9C 00 01 FC E7 10 28 C8 48 00 00 FC B7 03 72 7D 29 C1 D6 54 00 20 36 FC D7 00 32 7C E0 D2 14 FD B8 03 72 7D 6B C1 D6 55 29 20 36 FC 18 00 32 7C C9 D2 14 FD 4A 08 28 FD 29 20 28 7D 4A C1 D6 FD 08 18 28 55 6B 20 36 FD 7B 00 B2 7C AB D2 14 FD 9A 00 B2 55 4A 20 36 7D 0A D2 14 FC B8 29 F8 FC D8 32 B8 FC F7 69 FA FD 57 02 BA FD 29 03 B2 FD 08 03 B2 FD 7D 58 28 FD 9C 60 28 FC F9 01 F2 FD 59 02 B2 FC B9 01 72 FC D9 01 B2 FC 0B 48 28 FD AC 40 28
-
-. 0 10007EB8 160
-. FD 6B 48 2A FD 8C 40 2A FC 80 30 2A FC 6D 28 28 FC 4B 50 2A FC 2C 38 28 FD 6B 50 28 FC 00 30 28 FD AD 28 2A FD 8C 38 2A FF CF 02 F2 FF F1 00 32 FC B5 01 32 FC D3 00 B2 FC EF 03 32 FD 51 03 72 FD 35 00 F2 FD 13 00 72 FD 90 F3 3A FD B2 FB 7A FC 76 28 FA FC 34 30 7A FD 70 3A F8 FC 12 50 38 FC 96 49 38 FC 54 40 B8 FF BD D8 2A FF 9C D0 2A 7F A3 D5 AE 7C 63 A2 14 DB 84 00 08 7D 7A 05 AE D9 87 00 08 7C 09 D5 AE D9 A6 00 08 7C 8B D5 AE D8 65 00 08 7C 4A D5 AE D8 28 00 08 42 00 FE 18
-
-. 0 10007F58 72
-. 80 E1 00 30 7F 9C 82 14 81 01 01 78 38 E7 00 01 81 21 01 74 7F 87 78 40 81 41 01 70 81 61 01 6C 39 08 00 10 39 29 00 10 39 4A 00 10 39 6B 00 10 90 E1 00 30 91 01 01 78 91 21 01 74 91 41 01 70 91 61 01 6C 40 BC F5 DC
-
-PASS: gsl_fft_complex_forward with signal_noise, n = 5, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 5, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 5, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 5, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 5, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 5, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 5, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 5
-. 0 10009DB0 8
-. 2F 97 00 05 41 9E 0C E0
-
-. 0 1000AA94 80
-. 81 81 01 44 3C 00 CC CC 80 E1 00 18 60 00 CC CD 81 61 00 24 3B 60 00 00 82 8C 00 00 3B 80 00 00 7D 4B 00 16 81 3E 80 E0 55 EB 18 38 7E 2B A2 14 C8 29 00 00 7E 4B 8A 14 7C 07 00 16 55 57 F0 BE 7F AB 92 14 56 F0 10 3A 54 15 F0 BE 48 01 E4 B5
-
-. 0 1000AAE4 16
-. 81 3E 80 E4 FE E0 08 18 C8 29 00 00 48 01 E4 A5
-
-. 0 1000AAF4 16
-. 7F 9B 78 40 93 61 00 30 FF 00 08 18 40 BC F8 98
-
-. 0 1000AB04 72
-. 1C 17 00 03 80 FE 80 CC 81 1E 80 D0 1D D5 00 03 92 41 01 28 7C 08 03 A6 92 21 01 2C 56 B2 08 3C 90 E1 01 1C 56 B1 10 3A 91 01 01 20 56 EC 08 3C 93 A1 01 24 3A C0 00 00 92 81 01 30 81 21 00 30 2F 89 00 00 40 9E 02 E4
-
-. 0 1000AB4C 52
-. 81 41 01 1C 81 61 01 20 C1 CA 00 00 C0 0B 00 00 FE 80 70 90 D0 01 00 34 FE 60 00 90 FE 40 70 90 FE 20 00 90 FE 00 70 90 FD E0 00 90 2F 97 00 00 41 9E 02 5C
-
-. 0 1000AB80 400
-. 81 21 00 1C 3D 40 43 30 81 7E 80 DC 56 C3 18 38 6D 20 80 00 91 41 00 08 90 01 00 0C 7C 1C C1 D6 C8 01 00 08 57 33 18 38 C8 2B 00 00 57 14 18 38 80 FE 80 E8 7E E9 03 A6 FC 00 08 28 81 1E 80 EC CA C7 00 00 54 1D 18 38 CA A8 00 00 FF 20 00 18 7C 1B AA 14 7D 72 DA 14 7D 4E DA 14 7D 11 DA 14 7C 00 C9 D6 7D 23 FA 14 C3 89 00 04 7C BC BA 14 7F A3 FC 2E 7C 8C E2 14 3B 7B 00 01 7D 6B C9 D6 54 00 18 38 7D 20 FA 14 7C 9F 04 2E C0 A9 00 04 7E D6 CA 14 7C 63 9A 14 7D 4A C9 D6 55 6B 18 38 7C CB FA 14 7C EB FC 2E C1 06 00 04 7C D0 E2 14 7D 08 C9 D6 55 4A 18 38 7C EA FA 14 7D 4A FC 2E C0 C7 00 04 ED 87 50 2A 55 08 18 38 ED 68 30 2A 7D 28 FA 14 7C 68 FC 2E C0 49 00 04 EC E7 50 28 EC 04 18 2A 7D 28 02 A6 ED A5 10 2A 7C A5 C1 D6 ED 08 30 28 EF 60 60 2A 7C 09 E2 14 EF 4D 58 2A 7D 3D D2 14 EC 00 60 28 7C 84 C1 D6 ED AD 58 28 54 A5 18 38 FD 40 D8 90 7D 65 D2 14 FD 20 D0 90 3B 9C 00 01 7C 00 C1 D6 FD 4A 05 72 54 84 18 38 7D 44 D2 14 FD 29 05 72 7C C6 C1 D6 54 00 18 38 7D 00 D2 14 FD 80 E8 90 FD 60 E0 90 FC 00 05 B2 54 C6 18 38 7C E6 D2 14 FD AD 05 B2 EC 84 18 28 EC A5 10 28 C0 41 00 34 FD 8C 50 28 FD 6B 48 28 EC D7 01 F2 ED 57 02 32 EC F8 01 F2 ED 18 02 32 FC 00 00 18 FD A0 68 18 EC D8 31 38 ED 58 51 78
-
-. 0 1000AD10 200
-. FD 80 60 18 FD 60 58 18 EC 97 39 3A EC B7 41 7A ED 2C 00 28 ED 0B 68 28 EC 99 01 32 EC B9 01 72 EC D9 01 B2 ED 59 02 B2 ED 8C 00 2A ED 6B 68 2A EC 09 50 2A ED A8 30 28 EC 6B 20 28 EC EC 28 2A ED 29 50 28 ED 8C 28 28 ED 08 30 2A ED 6B 20 2A EC 22 03 32 EF F3 02 72 EC 82 02 F2 EF D1 00 32 EC AF 01 F2 EC 53 02 32 ED 51 03 72 EC CF 00 F2 EF BD D8 2A EF 9C D0 2A ED 6E 0A FA ED 14 FA 3A 7F BD D5 2E ED B2 F3 7A D3 89 00 04 EC 70 28 FA 7F BD A2 14 ED 8E 23 38 ED 34 12 78 EC 12 50 38 EC F0 31 F8 7D 85 D5 2E D1 6B 00 04 7D 24 D5 2E D1 0A 00 04 7C 1A 05 2E D1 A8 00 04 7C E6 D5 2E D0 67 00 04 42 00 FD FC
-
-. 0 1000ADD8 72
-. 80 E1 00 30 7F 9C 82 14 81 01 01 30 38 E7 00 01 81 21 01 2C 7F 87 78 40 81 41 01 28 81 61 01 24 39 08 00 08 39 29 00 08 39 4A 00 08 39 6B 00 08 90 E1 00 30 91 01 01 30 91 21 01 2C 91 41 01 28 91 61 01 24 40 BC F5 7C
-
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 5, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 5, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 5, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 5, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 5, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 5, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 5, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 5
-. 0 10010F9C 8
-. 2F 9B 00 05 41 9E 02 78
-
-. 0 10011218 68
-. 81 01 00 18 54 00 20 36 81 21 00 30 3D 60 CC CC 7E 48 8B 96 61 6B CC CD 83 89 00 00 81 3E 82 5C 7E E0 E2 14 7E A0 BA 14 C8 29 00 00 7E 80 AA 14 7C 11 58 16 7D 68 58 16 54 16 F0 BE 55 7A F0 BE 48 01 7D 3D
-
-. 0 1001125C 16
-. 81 3E 82 60 FF 80 08 90 C8 29 00 00 48 01 7D 2D
-
-. 0 1001126C 12
-. 2F 92 00 00 FF 60 08 90 41 9E 01 14
-
-. 0 10011278 272
-. 80 FE 82 64 56 C3 08 3C 81 1E 82 68 FC C0 E0 50 FC A0 08 50 C8 87 00 00 C8 68 00 00 38 A3 FF FF 38 80 00 00 3B 60 00 00 7E 49 03 A6 7C 1B D2 14 7D 03 2A 14 7D 20 D2 14 7C 1D 01 D6 7D 69 D2 14 7D 4B D2 14 55 07 18 38 7D 3D 49 D6 54 00 18 38 7D 7F 04 AE 54 A6 18 38 38 C6 00 08 38 E7 00 08 7D 7D 59 D6 55 29 18 38 7D A9 FC AE 7D 5D 51 D6 55 6B 18 38 7D 4B FC AE FD 8D 50 2A 55 4A 18 38 7C 1D D9 D6 7D 0A FC AE FD AD 50 28 7F 7B B2 14 FC 0B 40 2A 54 00 18 38 FD 3C 03 72 7D 5F 04 AE 7D 38 21 D6 FC E0 60 2A 7C 84 8A 14 FC 00 60 28 FD BB 03 72 7C 18 29 D6 55 29 18 38 FD 87 00 F2 7C A5 8A 14 FD 6B 40 28 FC 00 01 32 7D 18 41 D6 54 00 18 38 FD 8A 60 28 FD 25 4A FA 7C C6 C1 D6 55 08 18 38 FD 66 6A F8 FD 4A 38 2A 7C E7 C1 D6 FD AC 00 28 FD 8C 00 2A 7D 49 CD AE 7D 99 05 AE 7D 66 CD AE 7D A8 CD AE 7D 27 CD AE 42 00 FF 20
-
-. 0 10011388 8
-. 2F 96 00 01 41 9E 04 28
-
-. 0 1000E50C 68
-. 7C 03 41 D6 38 A5 00 01 7D AA FC AE 7D 05 30 50 7F 88 28 40 C8 07 00 00 FD 80 68 50 7D 2A 22 14 54 00 20 36 7C 0A 25 AE 7D 60 22 14 D9 A9 00 08 7C E7 62 14 7C 04 05 AE 7D 4A 62 14 D9 8B 00 08 41 9D FF C0
-
-PASS: gsl_fft_real with signal_real_noise, n = 5, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 5, stride = 1
-. 0 1000CA50 8
-. 2F 9F 00 05 41 9E 0F 9C
-
-. 0 1000D9F0 36
-. 83 21 00 34 54 00 20 36 81 3E 81 70 82 19 00 00 C8 29 00 00 7F 00 82 14 7E C0 C2 14 7E A0 B2 14 48 01 B5 85
-
-. 0 1000DA14 16
-. 81 3E 81 74 FF 20 08 90 C8 29 00 00 48 01 B5 75
-
-. 0 1000DA24 28
-. 80 01 00 20 80 C1 00 18 FF 00 08 90 7E 60 FB 96 2F 93 00 00 7F 26 FB 96 41 9E 01 14
-
-. 0 1000DA40 272
-. 80 FE 81 78 57 66 08 3C 81 1E 81 7C 38 A0 00 00 C8 E7 00 00 7E 69 03 A6 C8 C8 00 00 1D 05 00 05 7C E5 CA 14 7D 26 42 14 7D 1C 41 D6 39 29 FF FF 7C 06 4A 14 54 0A 18 38 7D 7C 49 D6 39 4A 00 08 55 29 18 38 39 29 00 08 55 08 18 38 7C 1C 01 D6 55 6B 18 38 7D 8B EC AE 7D 67 CA 14 7D 08 EC AE 54 00 18 38 7D 4A E1 D6 7C 1D 04 AE FD 2C 00 2A 7D 6A EC AE 7D 29 E1 D6 FD 8C 00 28 7D 4B CA 14 FD 29 48 2A FD B9 02 F2 7C 09 EC AE 7D 2A CA 14 FD 78 02 F2 7C 17 29 D6 7C A5 DA 14 FD 49 01 B2 FD 8C 01 F2 7C F7 39 D6 54 00 18 38 FD B8 68 38 FC 19 58 3A 7D 77 59 D6 54 E7 18 38 FD 48 50 28 FD AD 68 2A FC 00 00 2A 7D 57 51 D6 FD 6A 60 28 55 6B 18 38 FD 8C 50 2A FD 08 48 2A 7D 37 49 D6 FD 4B 68 2A FD 2C 00 2A 55 4A 18 38 FD 8C 00 28 7D 1A 05 AE FD 6B 68 28 55 29 18 38 7D 87 D5 AE 7D 6B D5 AE 7D 4A D5 AE 7D 29 D5 AE 42 00 FF 10
-
-. 0 1000DB50 8
-. 2F 9B 00 01 41 BE F3 5C
-
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 5, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 5, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 5
-. 0 10012F8C 8
-. 2F 9B 00 05 41 9E 02 78
-
-. 0 10013208 68
-. 81 41 00 18 54 00 18 38 81 81 00 30 3D 60 CC CC 7E 6A 8B 96 61 6B CC CD 83 8C 00 00 81 3E 82 B8 7E E0 E2 14 7F 60 BA 14 C8 29 00 00 7E C0 DA 14 7C 11 58 16 7D 6A 58 16 54 15 F0 BE 55 7A F0 BE 48 01 5D 4D
-
-. 0 1001324C 16
-. 81 3E 82 BC FF 60 08 18 C8 29 00 00 48 01 5D 3D
-
-. 0 1001325C 12
-. 2F 93 00 00 FF 40 08 18 41 9E 01 24
-
-. 0 10013268 288
-. 80 FE 82 C0 56 B4 08 3C 81 1E 82 C4 FC 80 D8 50 FC 60 D0 50 C8 C7 00 00 C8 A8 00 00 38 B4 FF FF 38 80 00 00 38 60 00 00 7E 69 03 A6 7C 03 D2 14 7D 14 2A 14 7D 20 D2 14 7C 1F 01 D6 7D 69 D2 14 7D 4B D2 14 55 07 10 3A 7D 3F 49 D6 54 00 10 3A 7D 5D 04 2E 54 A6 10 3A 38 C6 00 04 38 E7 00 04 7D 7F 59 D6 55 29 10 3A 7D 69 EC 2E 7D 5F 51 D6 55 6B 10 3A 7D 8B EC 2E ED AB 60 2A 55 4A 10 3A 7C 1F 19 D6 7D 0A EC 2E ED 6B 60 28 7C 63 AA 14 EC 0A 40 2A 54 00 10 3A ED 4A 40 28 7D 3D 04 2E 7D 38 21 D6 EC E0 68 2A 7C 84 8A 14 EC 00 68 28 FD A0 48 90 FD 80 38 90 7C 18 29 D6 55 29 10 3A ED 29 38 2A 7C A5 8A 14 FD 8C 01 72 7D 18 41 D6 54 00 10 3A FC 00 01 B2 7D 29 CD 2E FD AD 60 28 ED 9B 02 F2 7C C6 C1 D6 FC 00 00 18 55 08 10 3A FD A0 68 18 ED 7A 02 F2 7C E7 C1 D6 ED 83 62 BA ED 0D 00 28 ED 44 5A B8 ED AD 00 2A 7D B9 05 2E 7D 46 CD 2E 7D 08 CD 2E 7D 87 CD 2E 42 00 FF 10
-
-. 0 10013388 8
-. 2F 95 00 01 41 9E 04 54
-
-. 0 10010750 68
-. 7C 03 41 D6 38 A5 00 01 7D AA FC 2E 7D 05 30 50 7F 88 28 40 C0 07 00 00 FD 80 68 50 7D 2A 22 14 54 00 18 38 7C 0A 25 2E 7D 60 22 14 D1 A9 00 04 7C E7 62 14 7C 04 05 2E 7D 4A 62 14 D1 8B 00 04 41 9D FF C0
-
-PASS: gsl_fft_real_float with signal_real_noise, n = 5, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 5, stride = 1
-. 0 1000EC18 8
-. 2F 9D 00 05 41 9E 0F C0
-
-. 0 1000FBDC 36
-. 83 21 00 34 54 00 18 38 81 3E 81 E8 82 19 00 00 C8 29 00 00 7E C0 82 14 7F 20 B2 14 7E A0 CA 14 48 01 93 99
-
-. 0 1000FC00 16
-. 81 3E 81 EC FF 20 08 18 C8 29 00 00 48 01 93 89
-
-. 0 1000FC10 28
-. 80 01 00 20 80 C1 00 18 FF 00 08 18 7E 40 EB 96 2F 92 00 00 7F 06 EB 96 41 9E 01 24
-
-. 0 1000FC2C 288
-. 80 FE 81 F0 57 65 08 3C 81 1E 81 F4 38 80 00 00 C8 C7 00 00 7E 49 03 A6 C8 A8 00 00 1D 44 00 05 7C C4 C2 14 7C E6 C2 14 7C D7 31 D6 7D 65 52 14 39 6B FF FF 7C 05 5A 14 7D 3C 59 D6 54 08 10 3A 39 08 00 04 55 6B 10 3A 39 6B 00 04 7C 1C 01 D6 55 29 10 3A 7C 09 FC 2E 7D 27 C2 14 54 C6 10 3A 54 00 10 3A 7D 5C 51 D6 7D BF 04 2E ED 00 68 2A EC 00 68 28 55 4A 10 3A 7D 08 E1 D6 7C EA FC 2E ED 08 40 2A FD A0 38 90 FD 80 40 90 7D 6B E1 D6 7D 28 FC 2E FC 00 01 B2 FD 8C 01 72 7D 6B FC 2E 7D 69 C2 14 ED 59 02 72 7C 17 21 D6 ED 38 02 72 7C 84 DA 14 FD AD 60 28 FC 00 00 18 ED 58 52 F8 7C F7 39 D6 FD A0 68 18 54 00 10 3A ED 79 4A FA ED 4A 50 2A ED 8D 00 28 7D 37 49 D6 EC 00 68 2A 54 E7 10 3A ED 6B 58 2A ED AC 50 2A 7D 77 59 D6 EC E7 40 2A ED 20 58 2A 55 29 10 3A EC 00 58 28 ED 8C 50 28 7C FA 05 2E 55 6B 10 3A 7C 06 D5 2E 7D 87 D5 2E 7D A9 D5 2E 7D 2B D5 2E 42 00 FF 00
-
-. 0 1000FD4C 8
-. 2F 9B 00 01 41 BE F3 2C
-
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 5, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 5, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 5
-PASS: gsl_fft_complex_forward with signal_noise, n = 5, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 5, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 5, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 5, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 5, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 5, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 5, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 5, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 5, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 5, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 5
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 5, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 5, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 5, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 5, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 5, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 5, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 5, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 5, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 5, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 5, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 5
-PASS: gsl_fft_real with signal_real_noise, n = 5, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 5, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 5, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 5, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 5
-PASS: gsl_fft_real_float with signal_real_noise, n = 5, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 5, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 5, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 5, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 5
-PASS: gsl_fft_complex_forward with signal_noise, n = 5, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 5, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 5, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 5, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 5, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 5, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 5, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 5, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 5, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 5, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 5
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 5, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 5, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 5, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 5, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 5, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 5, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 5, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 5, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 5, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 5, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 5
-PASS: gsl_fft_real with signal_real_noise, n = 5, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 5, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 5, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 5, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 5
-PASS: gsl_fft_real_float with signal_real_noise, n = 5, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 5, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 5, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 6, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 6
-. 0 10006F90 8
-. 2F 97 00 06 41 9E 11 2C
-
-. 0 100080C0 88
-. 81 81 00 24 3D 20 AA AA 80 C1 01 88 61 29 AA AB 81 01 00 18 7D 6C 48 16 38 E0 00 00 82 66 00 00 55 E0 20 36 90 E1 00 34 7F 87 78 40 7D 28 48 16 7E 20 9A 14 7E 40 8A 14 55 76 F0 BE 7F A0 92 14 7F 80 EA 14 55 35 F0 BE 39 80 00 00 3A E0 00 00 1E 16 00 05 40 BC F4 64
-
-. 0 10008118 100
-. 81 21 00 1C 1D 55 00 05 1D 76 00 03 80 DE 80 44 2F 09 FF FF 56 A7 10 3A 56 C8 08 3C 56 C9 10 3A 92 21 01 60 1D D5 00 03 91 41 01 40 56 B1 08 3C 91 61 01 48 7C E8 03 A6 90 C1 01 50 3A 80 00 00 93 81 01 54 93 A1 01 58 92 41 01 5C 92 61 01 64 91 01 01 44 91 21 01 4C 81 41 00 34 2F 8A 00 00 40 9E 03 58
-
-. 0 1000817C 76
-. 81 7E 80 40 80 C1 01 50 C8 0B 00 00 D8 01 00 38 C8 06 00 00 CA 01 00 38 D8 01 00 40 FD C0 00 90 80 C1 00 40 80 E1 00 44 FD E0 80 90 FE 60 80 90 D8 01 00 50 90 C1 00 48 90 E1 00 4C FE 40 00 90 FE 20 80 90 2F 96 00 00 41 9E 02 AC
-
-. 0 100081C8 400
-. 80 C1 00 1C 3C E0 43 30 81 1E 80 50 56 9B 20 36 6C C0 80 00 90 E1 00 08 90 01 00 0C 7C 17 C1 D6 C8 48 00 00 57 32 20 36 C8 01 00 08 57 13 20 36 80 FE 80 48 7E C9 03 A6 FC 00 10 28 80 DE 80 4C C8 47 00 00 54 1C 20 36 CA 86 00 00 FE A0 00 B2 7C C8 02 A6 80 E1 01 40 7C 0C AA 14 7D 71 62 14 7D 07 62 14 7C 00 C9 D6 7D 46 62 14 7C 9B FC AE 7D 3B FA 14 CA E1 00 40 C8 29 00 08 7C EE 62 14 7D 6B C9 D6 54 00 20 36 7D 20 FA 14 7C FF 04 AE C9 09 00 08 7F BC D2 14 CB 01 00 48 39 8C 00 01 7D 4A C9 D6 55 6B 20 36 7D 2B FC AE 7C AB FA 14 C9 65 00 08 7E 94 CA 14 80 01 01 48 7F 7B 92 14 7D 08 C9 D6 55 4A 20 36 7C 0A FC AE 7C CA FA 14 C9 A6 00 08 7D 40 BA 14 FC C9 00 2A 80 C1 01 4C 55 08 20 36 7C E7 C9 D6 7D 48 FC AE 7D 28 FA 14 C9 89 00 08 FC AB 68 2A FC 6A 38 2A 81 01 01 44 FC 4C 40 2A 54 E7 20 36 FD 6B 68 28 7F 87 FC AE FD 4A 38 28 7D 27 FA 14 FD 8C 40 28 CB A9 00 08 FC E6 05 32 7D 68 BA 14 7D 37 B2 14 7D 06 BA 14 FD A3 05 32 7C 10 BA 14 7D 29 C1 D6 3A F7 00 01 FD 29 00 28 FD 05 05 32 FC 02 05 32 7D 6B C1 D6 55 29 20 36 FD 75 02 F2 7C E9 D2 14 FD 95 03 32 7D 4A C1 D6 55 6B 20 36 FD 35 02 72 7C CB D2 14 FD 55 02 B2 7D 08 C1 D6 55 4A 20 36 FC E4 38 28 7C AA D2 14 FD BC 68 28 FD 01 40 28 7C 00 C1 D6
-
-. 0 10008358 280
-. FC 1D 00 28 55 08 20 36 FC 84 30 2A 7C 88 D2 14 FC C7 58 2A FF 9C 18 2A 54 00 20 36 FC 6D 60 2A 7C 60 D2 14 FC 21 28 2A FF BD 10 2A FC A8 48 28 FC 40 50 28 FC E7 58 28 FD AD 60 28 FC 00 50 2A FF E6 18 28 FD 08 48 2A FC C6 18 2A FF C5 10 28 FC A5 10 2A C8 41 00 48 FD 87 68 28 FD 68 00 28 FC 42 01 B2 FD 08 00 2A C8 01 00 40 FD 24 E0 28 FD 41 E8 28 D8 41 01 98 FC E7 68 2A C9 A1 00 50 FC 00 03 32 FF 6D 07 F2 FF 57 02 F2 D8 01 01 90 FF 38 01 72 FE CD 07 B2 C9 A1 00 38 FC 6E 02 72 FC 52 01 F2 FF 0E 02 B2 FE F2 02 32 FD 6D 02 FA C8 01 01 98 FD 4F 1A BA FC B0 01 7A FD 13 12 3A FF D1 DF BA FD 8D D3 38 FC D0 C9 B8 FD 2F C2 78 FC F3 B9 F8 FF F1 B7 F8 FC 84 E0 2A FC 21 E8 2A 7C 9C D5 AE 7F 9C 9A 14 D8 3D 00 08 7D 89 D5 AE D9 67 00 08 7C CB D5 AE D8 A6 00 08 7D 2A D5 AE D9 45 00 08 7C E8 D5 AE D9 04 00 08 7F FA 05 AE DB C3 00 08 42 00 FD AC
-
-. 0 10008470 84
-. 80 C1 00 34 7E F7 82 14 80 E1 01 64 38 C6 00 01 81 01 01 60 7F 86 78 40 81 21 01 5C 81 41 01 58 38 E7 00 10 81 61 01 54 39 08 00 10 39 29 00 10 39 4A 00 10 39 6B 00 10 90 C1 00 34 90 E1 01 64 91 01 01 60 91 21 01 5C 91 41 01 58 91 61 01 54 40 BC F0 B8
-
-PASS: gsl_fft_complex_forward with signal_noise, n = 6, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 6, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 6, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 6, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 6, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 6, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 6, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 6
-. 0 10009DB8 8
-. 2F 97 00 06 41 9E 11 88
-
-. 0 1000AF44 88
-. 81 81 00 24 3D 20 AA AA 80 E1 01 44 61 29 AA AB 81 41 00 18 7D 6C 48 16 39 00 00 00 82 87 00 00 55 E0 18 38 91 01 00 38 7F 88 78 40 7D 2A 48 16 7E 20 A2 14 7E 40 8A 14 55 76 F0 BE 7F A0 92 14 7F 80 EA 14 55 35 F0 BE 39 80 00 00 3A E0 00 00 1E 16 00 05 40 BC F4 00
-
-. 0 1000AF9C 108
-. 81 61 00 1C 1C 15 00 03 1C F5 00 05 81 3E 80 CC 1D 16 00 03 81 5E 80 D0 2F 0B FF FF 90 01 00 F0 56 CB 08 3C 56 C0 10 3A 92 21 01 14 7C E8 03 A6 92 81 01 18 56 B1 08 3C 91 01 00 F8 56 AE 10 3A 91 21 01 00 3A 80 00 00 91 41 01 04 93 81 01 08 93 A1 01 0C 92 41 01 10 91 61 00 F4 90 01 00 FC 80 E1 00 38 2F 87 00 00 40 9E 03 48
-
-. 0 1000B008 64
-. 81 01 01 00 80 E1 01 04 C0 08 00 00 D0 01 00 3C C2 61 00 3C C0 07 00 00 FE 40 98 90 D0 01 00 40 FE 20 00 90 D0 01 00 44 FE 00 98 90 FD E0 00 90 D0 01 00 48 FD C0 98 90 2F 96 00 00 41 9E 02 A8
-
-. 0 1000B048 400
-. 80 E1 00 1C 3D 00 43 30 81 3E 80 DC 56 9B 18 38 6C E0 80 00 91 01 00 08 90 01 00 0C 7C 17 C1 D6 C8 29 00 00 57 32 18 38 C8 01 00 08 57 13 18 38 81 1E 80 D4 7E C9 03 A6 FC 00 08 28 80 FE 80 F0 C0 28 00 00 54 1C 18 38 C2 87 00 00 FC 00 00 18 EE A0 00 72 7C E8 02 A6 7C 0C AA 14 7D 71 62 14 7D 4E 62 14 7C 00 C9 D6 81 21 00 F0 7D 07 62 14 7C 9B FC 2E 7C E9 62 14 7D 3B FA 14 7D 6B C9 D6 54 00 18 38 C0 69 00 04 7D 20 FA 14 C1 09 00 04 39 8C 00 01 7C FF 04 2E 7C 17 B2 14 7D 4A C9 D6 55 6B 18 38 7C AB FA 14 7D 2B FC 2E C1 65 00 04 7E 94 CA 14 7F 7B 92 14 7D 08 C9 D6 55 4A 18 38 7C CA FA 14 7C 0A FC 2E C1 A6 00 04 EC C9 00 2A 81 41 00 F4 55 08 18 38 7C E7 C9 D6 7D 28 FA 14 7D 48 FC 2E C1 89 00 04 EC AB 68 2A EC 4A 38 2A 81 01 00 FC EC 2C 40 2A 54 E7 18 38 7D 27 FA 14 ED 29 00 28 ED 6B 68 28 7F E7 FC 2E ED 4A 38 28 C3 C9 00 04 ED 8C 40 28 80 E1 00 F8 ED 06 05 32 7D 2A BA 14 EC E5 05 32 7D 67 BA 14 EC 02 05 32 7D 48 BA 14 ED A1 05 32 7D 10 BA 14 EC E3 38 28 7C 00 C1 D6 ED 04 40 28 7C FC D2 14 ED 35 02 72 3A F7 00 01 ED 75 02 F2 EC 1F 00 28 7D 29 C1 D6 ED BE 68 28 54 00 18 38 ED 55 02 B2 7C C0 D2 14 ED 95 03 32 EC 84 30 2A 7D 6B C1 D6 EC C8 58 2A 55 29 18 38 EC 63 28 2A 7C A9 D2 14 EC A7 48 28
-
-. 0 1000B1D8 276
-. EF FF 10 2A 7D 4A C1 D6 EC 40 60 2A 55 6B 18 38 EF DE 08 2A 7C 8B D2 14 EC 2D 50 28 ED 08 58 28 7D 08 C1 D6 ED AD 50 2A 55 4A 18 38 EC E7 48 2A 7C 6A D2 14 EC 00 60 28 EF 85 08 28 55 08 18 38 ED 67 68 28 7F A8 D2 14 ED 88 00 28 ED 08 00 2A C0 01 00 40 EF A6 10 28 EC E7 68 2A EC C6 10 2A C0 41 00 48 EC A5 08 2A C0 21 00 44 EF 60 03 32 EE E0 02 F2 C0 01 00 48 ED 24 F8 28 ED 43 F0 28 EC 00 07 32 EF 41 01 B2 ED A1 01 72 EC 2F 01 F2 D0 01 01 48 EF 02 07 72 C0 01 00 3C EE D1 02 72 EF 2F 02 32 EC 51 02 B2 ED 10 0A 38 C0 21 01 48 ED 60 DA FA EC B3 D1 7A ED 52 B2 BA EC F0 C9 FA EF 8E C7 3A ED 80 BB 38 EC D3 69 B8 ED 32 12 78 EF AE 0F 78 EC 84 F8 2A EC 63 F0 2A 7C 9C D5 2E 7F 9C 9A 14 D0 67 00 04 7D 9A 05 2E D1 66 00 04 7C C9 D5 2E D0 A5 00 04 7D 2B D5 2E D1 44 00 04 7D 0A D5 2E D0 E3 00 04 7F A8 D5 2E D3 9D 00 04 42 00 FD B4
-
-. 0 1000B2EC 84
-. 80 E1 00 38 7E F7 82 14 81 01 01 18 38 E7 00 01 81 21 01 14 7F 87 78 40 81 41 01 10 81 61 01 0C 39 08 00 08 90 E1 00 38 39 29 00 08 80 E1 01 08 39 4A 00 08 39 6B 00 08 91 01 01 18 38 E7 00 08 91 21 01 14 91 41 01 10 91 61 01 0C 90 E1 01 08 40 BC F0 5C
-
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 6, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 6, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 6, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 6, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 6, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 6, stride = 1
-. 0 100065C4 20
-. 54 A0 10 3A 38 A5 00 01 7D 26 00 2E 7D 6B 49 D6 42 00 FF F0
-
-. 0 10010A80 32
-. 82 71 00 08 3A 80 00 01 7D C9 73 78 93 51 01 08 7D CE 99 D6 7F 94 98 40 7E 58 73 96 40 9C 00 94
-
-. 0 10010AC0 68
-. 3E A0 43 30 FF C0 E0 90 3B F0 FF FF 7F 9C DA 14 92 A1 00 08 7C 1C C3 96 7F B9 BA 14 3A D6 00 01 3B 5A 00 10 7C 00 C1 D6 7F 80 E0 50 93 81 00 0C CB E1 00 08 FF FF F0 28 FF FF 07 72 FC 20 F8 90 48 01 83 F5
-
-. 0 10010B04 16
-. 7C 39 BD AE FC 20 F8 90 3B 39 00 10 48 01 84 85
-
-. 0 10010B14 12
-. 37 FF FF FF D8 3D 00 08 40 82 FF B0
-
-PASS: gsl_fft_real_wavetable_alloc, n = 6, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 6
-. 0 10011E48 124
-. 7C 08 1A 14 55 4B 18 38 7D 20 1A 14 7C 1D 01 D6 39 6B 00 08 7D 3D 49 D6 54 00 18 38 7D BF 04 AE 55 29 18 38 7C 1D 41 D6 7C 09 FC AE 7D 08 DA 14 FD 6D 00 2A FD AD 00 28 54 00 18 38 7C 1F 04 AE 7D 38 39 D6 FD 8B 02 B2 7C E7 8A 14 FD AD 02 72 7C 18 51 D6 55 29 18 38 FD 80 60 28 7D 4A 8A 14 FC 00 58 2A 7D 6B C1 D6 54 00 18 38 7C 09 CD AE 7D 99 05 AE 7D AB CD AE 42 00 FF 88
-
-. 0 10010F4C 36
-. 81 21 00 24 81 41 00 30 2F 89 00 00 39 31 00 01 83 6A FF 00 55 29 F8 7E 38 09 FF FF 7E 31 D9 D6 40 9E 09 9C
-
-. 0 10011908 32
-. 2F 9B 00 02 39 60 00 00 83 E1 00 20 3B A0 00 01 83 21 00 10 83 01 00 14 91 61 00 24 40 9E F6 68
-
-. 0 100119AC 20
-. 38 05 00 01 3B 60 00 01 54 00 F8 7E 2B 80 00 01 40 9D 00 F8
-
-. 0 100119C0 32
-. 7C 17 03 78 38 9C 00 10 38 71 FF FE 2F 9A 00 00 C8 04 FF F8 C9 04 FF F0 FC E0 00 50 41 9E 00 C4
-
-. 0 100119E0 192
-. 57 69 08 3C 7F 49 03 A6 38 C9 FF FF 38 E3 FF FF 7C C8 33 78 81 41 00 2C 55 0B 18 38 39 6B 00 08 7D 28 52 14 7D 6B E9 D6 54 CA 18 38 39 4A 00 08 7C 1D 49 D6 55 29 18 38 39 29 00 08 7D 6B FC AE 54 EB 18 38 39 6B 00 08 54 00 18 38 7D 29 E9 D6 7D 9F 04 AE FC 07 03 32 7D A9 FC AE 7C 1D 41 D6 7D 08 2A 14 FD 47 03 72 FD A8 03 7A 54 00 18 38 7C 1F 04 AE 7D 38 39 D6 FD 88 53 38 7C E7 8A 14 FD 4B 68 28 7C 18 31 D6 FD 6B 68 2A FD 20 60 28 55 29 18 38 FD 40 50 50 7C C6 8A 14 FC 00 60 2A 7D 4A C1 D6 54 00 18 38 7C 19 05 AE 7D 6B C1 D6 7D 6A CD AE 7D 29 CD AE 7D 4B CD AE 42 00 FF 58
-
-. 0 10011AA0 20
-. 3B 7B 00 01 38 63 FF FE 7F 97 D8 40 38 84 00 10 41 9D FF 1C
-
-. 0 10011AB4 8
-. 70 AB 00 01 40 A2 FC FC
-
-PASS: gsl_fft_real with signal_real_noise, n = 6, stride = 1
-. 0 1000C674 32
-. 82 71 00 08 3A 80 00 01 7D D2 73 78 93 51 01 08 7D CE 99 D6 7F 94 98 40 7D 37 73 96 40 9C 00 94
-
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 6, stride = 1
-. 0 1000D37C 20
-. 38 1B 00 01 3A A0 00 01 54 00 F8 7E 2B 80 00 01 40 9D 01 98
-
-. 0 1000D524 8
-. 73 67 00 01 40 A2 F9 88
-
-. 0 1000D52C 8
-. 2F 94 00 00 41 BE F9 80
-
-. 0 1000D534 160
-. FD 3E F0 2A 7E 89 03 A6 57 66 08 3C 38 FB FF FF 38 A0 00 00 1D 25 00 03 7D 47 FA 14 7D 0A FA 14 7D 57 51 D6 7D 29 DA 14 39 29 FF FF 7C 06 4A 14 55 2B 18 38 7C 1C 01 D6 39 6B 00 08 55 4A 18 38 7C A5 DA 14 7D 3C 49 D6 54 00 18 38 7D 5D 04 AE 7D 6B E1 D6 55 29 18 38 7C 09 EC AE FD 80 50 28 7D AB EC AE FC 00 00 2A 7C 17 39 D6 7C E7 DA 14 FD A9 03 72 FD 60 60 50 7D 17 41 D6 FC 00 50 2A FD 8C 68 28 54 00 18 38 FD 6B 68 28 7C 1A 05 AE 55 08 18 38 7D 8A D5 AE 7D 68 D5 AE 42 00 FF 78
-
-. 0 1000D5D4 28
-. 80 C1 00 34 80 01 00 24 38 C6 00 04 90 C1 00 34 34 C0 FF FF 90 C1 00 24 40 82 F4 04
-
-. 0 1000C9F0 52
-. 81 61 00 34 83 21 00 20 83 EB FF 00 80 01 00 18 7F 39 F9 D6 81 81 00 28 2F 8C 00 00 7F 60 CB 96 93 21 00 20 39 3B 00 01 55 29 F8 7E 38 09 FF FF 40 9E 06 5C
-
-. 0 1000D07C 32
-. 2F 9F 00 02 38 C0 00 00 83 A1 00 1C 3B 80 00 01 83 41 00 10 82 E1 00 14 90 C1 00 28 40 9E F9 A8
-
-. 0 1000D0C4 72
-. 81 61 00 2C 7C 08 E1 D6 7D 28 5A 14 7D 6A E1 D6 54 00 20 36 7C 1D 04 AE 7D 4A 3A 14 7D AB EC AE 7C 08 B9 D6 7D 08 DA 14 FD 80 68 28 FC 00 68 2A 7D 29 B9 D6 54 00 18 38 7C 1A 05 AE 55 29 18 38 7D 89 D5 AE 42 00 FF BC
-
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 6, stride = 1
-. 0 10012A68 32
-. 82 71 00 08 3A 80 00 01 7D C9 73 78 93 51 01 08 7D CE 99 D6 7F 94 98 40 7E 58 73 96 40 9C 00 9C
-
-. 0 10012AA8 68
-. 3E A0 43 30 FF C0 E0 90 3B F0 FF FF 7F 9C DA 14 92 A1 00 08 7C 1C C3 96 7F B9 BA 14 3A D6 00 01 3B 5A 00 08 7C 00 C1 D6 7F 80 E0 50 93 81 00 0C CB E1 00 08 FF FF F0 28 FF FF 07 72 FC 20 F8 90 48 01 64 0D
-
-. 0 10012AEC 20
-. FC 00 08 18 FC 20 F8 90 7C 19 BD 2E 3B 39 00 08 48 01 64 99
-
-. 0 10012B00 16
-. 37 FF FF FF FC 20 08 18 D0 3D 00 04 40 82 FF A8
-
-PASS: gsl_fft_real_wavetable_float_alloc, n = 6, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 6
-. 0 10013E78 136
-. 7C 08 1A 14 55 4B 10 3A 7D 20 1A 14 7C 1F 01 D6 39 6B 00 04 7D 3F 49 D6 54 00 10 3A 7D 7D 04 2E 55 29 10 3A 7C 1F 41 D6 7C 09 EC 2E 7D 08 DA 14 ED 4B 00 2A 54 00 10 3A ED 6B 00 28 7D 9D 04 2E 7D 38 39 D6 FD A0 50 90 7C E7 8A 14 FC 00 60 90 ED 6B 02 32 FD AD 02 72 7C 18 51 D6 55 29 10 3A ED 8C 50 2A 7D 4A 8A 14 FC 00 68 28 7D 6B C1 D6 54 00 10 3A 7D 89 CD 2E FC 00 00 18 7C 19 05 2E 7D 6B CD 2E 42 00 FF 7C
-
-. 0 10012F3C 36
-. 81 21 00 24 81 41 00 30 2F 89 00 00 39 31 00 01 83 6A FF 00 55 29 F8 7E 38 09 FF FF 7E 31 D9 D6 40 9E 09 D8
-
-. 0 10013934 32
-. 2F 9B 00 02 39 60 00 00 83 A1 00 20 3B E0 00 01 83 21 00 10 83 01 00 14 91 61 00 24 40 9E F6 2C
-
-. 0 100139D8 20
-. 38 04 00 01 3B 60 00 01 54 00 F8 7E 2B 80 00 01 40 9D 00 F8
-
-. 0 100139EC 32
-. 38 7C 00 08 7C 17 03 78 3B 91 FF FE 2F 9A 00 00 C0 03 FF FC C1 03 FF F8 FC E0 00 50 41 9E 00 C4
-
-. 0 10013A0C 192
-. 57 69 08 3C 7F 49 03 A6 38 A9 FF FF 38 DC FF FF 7C A7 2B 78 81 41 00 2C 54 EB 10 3A 39 6B 00 04 54 A8 10 3A 7D 27 52 14 7D 6B F9 D6 54 CA 10 3A 39 08 00 04 39 4A 00 04 7C 1F 49 D6 55 29 10 3A 39 29 00 04 7D 6B EC 2E 54 00 10 3A 7D 29 F9 D6 7D BD 04 2E ED 87 03 72 7C 09 EC 2E 7C 1F 39 D6 7C E7 22 14 ED 88 60 3A EC 07 00 32 54 00 10 3A 7D 38 31 D6 ED 4B 60 28 7C C6 8A 14 ED A8 03 78 7C 1D 04 2E ED 6B 60 2A 7C 18 29 D6 FD 40 50 50 ED 20 68 28 55 29 10 3A EC 00 68 2A 7C A5 8A 14 7D 08 C1 D6 54 00 10 3A 7C 19 05 2E 7D 4A C1 D6 7D 68 CD 2E 7D 29 CD 2E 7D 4A CD 2E 42 00 FF 58
-
-. 0 10013ACC 20
-. 3B 7B 00 01 3B 9C FF FE 7F 97 D8 40 38 63 00 08 41 9D FF 1C
-
-. 0 10013AE0 8
-. 70 8B 00 01 40 A2 FC FC
-
-PASS: gsl_fft_real_float with signal_real_noise, n = 6, stride = 1
-. 0 1000E834 32
-. 82 71 00 08 3A 80 00 01 7D D2 73 78 93 51 01 08 7D CE 99 D6 7F 94 98 40 7D 37 73 96 40 9C 00 9C
-
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 6, stride = 1
-. 0 1000F548 20
-. 38 1B 00 01 3A 80 00 01 54 00 F8 7E 2B 80 00 01 40 9D 01 B0
-
-. 0 1000F708 8
-. 73 67 00 01 40 A2 F9 70
-
-. 0 1000F710 8
-. 2F 93 00 00 41 BE F9 68
-
-. 0 1000F718 160
-. ED 3D E8 2A 7E 69 03 A6 57 66 08 3C 38 FB FF FF 38 A0 00 00 1D 25 00 03 7D 47 CA 14 7D 0A CA 14 7D 57 51 D6 7D 29 DA 14 39 29 FF FF 7C 06 4A 14 55 2B 10 3A 7C 1C 01 D6 39 6B 00 04 55 4A 10 3A 7C A5 DA 14 7D 3C 49 D6 54 00 10 3A 7D 5F 04 2E 55 29 10 3A 7D 6B E1 D6 7C 09 FC 2E ED 80 50 28 7D AB FC 2E EC 00 00 2A 7C 17 39 D6 7C E7 DA 14 ED A9 03 72 FD 60 60 50 EC 00 50 2A 7D 17 41 D6 ED 8C 68 28 ED 6B 68 28 54 00 10 3A 7C 1A 05 2E 7D 8A D5 2E 55 08 10 3A 7D 68 D5 2E 42 00 FF 78
-
-. 0 1000F7B8 28
-. 80 C1 00 34 80 01 00 24 38 C6 00 04 90 C1 00 34 34 C0 FF FF 90 C1 00 24 40 82 F3 E8
-
-. 0 1000EBB8 52
-. 81 61 00 34 83 21 00 20 83 AB FF 00 80 01 00 18 7F 39 E9 D6 81 81 00 28 2F 8C 00 00 7F 60 CB 96 93 21 00 20 39 3B 00 01 55 29 F8 7E 38 09 FF FF 40 9E 06 60
-
-. 0 1000F248 32
-. 2F 9D 00 02 38 C0 00 00 83 E1 00 1C 3B 80 00 01 83 41 00 10 82 E1 00 14 90 C1 00 28 40 9E F9 A4
-
-. 0 1000F290 72
-. 81 61 00 2C 7C 08 E1 D6 7D 28 5A 14 7D 6A E1 D6 54 00 18 38 7C 1F 04 2E 7D 4A 3A 14 7D AB FC 2E 7C 08 B9 D6 7D 08 DA 14 ED 80 68 28 EC 00 68 2A 7D 29 B9 D6 54 00 10 3A 7C 1A 05 2E 55 29 10 3A 7D 89 D5 2E 42 00 FF BC
-
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 6, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 6, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 6
-PASS: gsl_fft_complex_forward with signal_noise, n = 6, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 6, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 6, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 6, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 6, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 6, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 6, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 6, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 6, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 6, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 6
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 6, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 6, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 6, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 6, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 6, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 6, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 6, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 6, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 6, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 6, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 6
-PASS: gsl_fft_real with signal_real_noise, n = 6, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 6, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 6, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 6, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 6
-PASS: gsl_fft_real_float with signal_real_noise, n = 6, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 6, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 6, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 6, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 6
-PASS: gsl_fft_complex_forward with signal_noise, n = 6, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 6, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 6, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 6, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 6, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 6, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 6, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 6, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 6, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 6, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 6
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 6, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 6, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 6, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 6, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 6, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 6, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 6, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 6, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 6, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 6, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 6
-PASS: gsl_fft_real with signal_real_noise, n = 6, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 6, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 6, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 6, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 6
-PASS: gsl_fft_real_float with signal_real_noise, n = 6, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 6, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 6, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 7, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 7
-. 0 10006F98 8
-. 2F 97 00 07 41 9E 15 EC
-
-. 0 10008588 108
-. 81 81 00 24 3D 20 24 92 80 E1 00 18 61 29 49 25 80 C1 01 88 7D 0C 48 16 55 EA 20 36 82 66 00 00 3A C0 00 00 3A 80 00 00 7D 27 48 16 7E 2A 9A 14 7D 68 60 50 81 9E 80 64 7E 4A 8A 14 55 6B F8 7E C8 2C 00 00 7C 09 38 50 7F AA 92 14 54 00 F8 7E 7D 08 5A 14 7F 8A EA 14 7D 29 02 14 55 10 F0 BE 7F 6A E2 14 55 2E F0 BE 48 02 09 05
-
-. 0 100085F4 28
-. 81 3E 80 68 1C 10 00 06 D8 21 00 60 CB C9 00 00 90 01 01 00 FC 20 F0 90 48 02 08 E9
-
-. 0 10008610 20
-. 81 3E 80 6C D8 21 00 68 CB E9 00 00 FC 20 F8 90 48 02 08 D5
-
-. 0 10008624 16
-. 80 DE 80 64 D8 21 00 70 C8 26 00 00 48 02 09 65
-
-. 0 10008634 12
-. D8 21 00 78 FC 20 F0 90 48 02 09 59
-
-. 0 10008640 12
-. D8 21 00 80 FC 20 F8 90 48 02 09 4D
-
-. 0 1000864C 16
-. 7F 96 78 40 D8 21 00 88 92 C1 00 58 40 BC EF 20
-
-. 0 1000865C 124
-. 80 01 00 1C 1C CE 00 03 1C EE 00 05 81 9E 80 44 1D 0E 00 06 2F 00 FF FF 1D 50 00 03 90 C1 01 08 1D 70 00 05 90 E1 01 0C 55 C0 10 3A 56 06 08 3C 56 07 10 3A 91 81 01 24 92 61 01 3C 55 CC 08 3C 91 01 01 10 7C 08 03 A6 91 41 01 18 3A 60 00 00 91 61 01 20 93 61 01 28 93 81 01 2C 93 A1 01 30 92 41 01 34 92 21 01 38 90 C1 01 14 90 E1 01 1C 81 01 00 58 2F 88 00 00 40 9E 05 AC
-
-. 0 100086D8 160
-. 81 3E 80 40 80 C1 01 24 C8 09 00 00 D8 01 00 90 C8 06 00 00 80 C1 00 90 80 E1 00 94 D8 01 00 98 90 C1 00 A0 90 E1 00 A4 80 E1 00 98 81 01 00 9C 90 E1 00 A8 91 01 00 AC 81 01 00 A0 81 21 00 A4 91 01 00 B0 91 21 00 B4 81 21 00 A8 81 41 00 AC 91 21 00 B8 91 41 00 BC 80 C1 00 B8 80 E1 00 BC 81 41 00 B0 81 61 00 B4 90 C1 00 C8 90 E1 00 CC 91 41 00 C0 91 61 00 C4 91 41 00 D0 91 61 00 D4 90 C1 00 D8 90 E1 00 DC 91 41 00 E0 91 61 00 E4 90 C1 00 E8 90 E1 00 EC 2F 90 00 00 41 9E 04 9C
-
-. 0 10008778 400
-. C8 E1 00 78 3C E0 43 30 C9 01 00 80 7E 09 03 A6 FD A7 38 2A C9 61 00 88 FD 88 40 2A CA E1 00 60 FD 47 40 2A CB 01 00 68 FD AD 40 28 CB 21 00 88 FD 87 60 28 80 DE 80 70 FD 2B 58 2A CB 41 00 70 FD 17 C0 2A C8 46 00 00 FD AD C8 2A 80 C1 01 8C FD 2A 48 2A 81 3E 80 50 FD 8C C8 28 6C C0 80 00 FD 4A C8 28 90 01 00 0C FC E8 D0 2A 90 E1 00 08 FD AD 10 24 80 DE 80 40 7C 16 C1 D6 56 75 20 36 57 31 20 36 57 12 20 36 54 17 20 36 FD 4A 10 24 FD 8C 10 24 FD 29 10 24 FC E7 10 24 FC 17 B8 2A FD 78 C0 2A FC DA D0 2A FC 00 C0 28 FD 77 58 28 FD 08 30 28 FC 00 D0 28 FD 6B D0 2A FE 08 10 24 FE 40 10 24 C8 01 00 08 FE 2B 10 24 C8 49 00 00 FC 00 10 28 C8 46 00 00 FE 67 10 28 FD 20 02 72 FD E0 02 B2 FD C0 03 72 D9 21 00 F8 FC 00 03 32 D8 01 00 F0 7C E8 02 A6 81 21 01 0C 80 C1 01 08 7C 14 72 14 7D 6C A2 14 7C 00 C9 D6 7D 07 A2 14 7E F5 FC AE 7C E9 A2 14 81 21 01 10 7D 46 A2 14 7C C9 A2 14 7D 6B C9 D6 7D 35 FA 14 54 00 20 36 CA C9 00 08 7D 20 FA 14 7C BF 04 AE 7C E7 C9 D6 55 6B 20 36 C8 E9 00 08 7C AB FA 14 7C CB FC AE 7F 77 D2 14 C9 05 00 08 3A 94 00 01 7C C6 C9 D6 54 E7 20 36 7D 67 FA 14 7C 87 FC AE C8 6B 00 08 7D 76 82 14 FD 46 20 28 80 01 01 14 7D 4A C9 D6 54 C6 20 36 7D 26 FA 14 7D 86 FC AE C9 69 00 08
-
-. 0 10008908 400
-. FD 28 18 28 FF 25 60 28 80 C1 01 1C 7D 08 C9 D6 55 4A 20 36 7C 2A FC AE 7C 6A FA 14 C8 43 00 08 FF 07 58 28 FC C6 20 2A 7D 40 B2 14 55 08 20 36 FD 08 18 2A 7D A8 FC AE 7C 88 FA 14 C8 04 00 08 FC A5 60 2A FF ED 08 2A C8 61 00 F8 FC E7 58 2A 80 01 01 18 FF C0 10 2A 7C E6 B2 14 FD AD 08 28 81 21 01 20 FC 00 10 28 80 C1 01 00 FD 86 28 2A 7D 00 B2 14 FD 68 38 2A 7C 09 B2 14 FC 2A C8 28 7D 26 B2 14 FC 49 C0 28 7D 6B C1 D6 FF A5 F8 28 7E 73 CA 14 FF 87 F0 28 7E B5 8A 14 FC 23 00 72 3A D6 00 01 7D 4A C1 D6 55 6B 20 36 FC 43 00 B2 C8 61 00 F0 7C CB D2 14 FF 6D 50 28 FF 40 48 28 7D 08 C1 D6 FC A6 28 28 55 4A 20 36 FC E8 38 28 7C AA D2 14 FF B2 07 72 7C E7 C1 D6 55 08 20 36 FE F7 60 2A 7C 88 D2 14 FE D6 58 2A FC DF 30 28 FD 1E 40 28 7C 00 C1 D6 FD 4D 50 2A 54 E7 20 36 FD 20 48 2A 7C 67 D2 14 FD B9 68 28 FC 18 00 28 7D 29 C1 D6 FF 92 07 32 54 00 20 36 7F A0 D2 14 FE F7 F8 2A FF 63 06 F2 55 29 20 36 7F 89 D2 14 FF 43 06 B2 7E F7 D5 AE 7E F7 92 14 FE D6 F0 2A FC D1 01 B2 FD 11 02 32 FC B0 01 72 FD AE 03 72 FC 0E 00 32 FD 8C F8 2A FD 6B F0 2A FD 4A C8 2A FD 29 C0 2A CB 01 00 B8 FF E0 E8 50 FC 60 08 50 FC 80 10 50 FC F0 01 F2 FD 4F 02 B2 FD 2F 02 72 FD 93 BB 3A CA E1 00 D8 FD 73 B2 FA FF C0 E0 50
-
-. 0 10008A98 376
-. FF FF 28 28 FC 63 68 28 FC 84 00 28 FF BD 30 2A FF 9C 40 2A FD AD D8 2A FC 00 D0 2A FC A5 30 28 FC 42 D0 28 FF DE 38 28 FC 21 D8 28 FC E7 40 28 FC 84 48 2A FD AD 50 2A FC 00 48 2A FF EC F8 2A FF AC E8 2A FF 8B E0 2A FC 42 48 2A FD 8C 28 2A FC 63 50 2A FC 21 50 2A FF CB F0 2A FD 6B 38 2A FC BF 20 28 FC FD 00 28 FC DC 68 2A FF BD 00 2A C8 01 00 C8 FF 9C 68 28 C9 A1 00 A8 FD 4C 10 2A FF FF 20 2A C8 81 00 98 FD 8C 10 28 C8 41 00 D8 FD 2B 08 28 FD 1E 18 2A FD 6B 08 2A FF 64 07 72 FF DE 18 28 C8 61 00 E8 FE A2 01 72 FC 44 07 32 C8 81 00 B8 FF 38 03 32 FE 83 01 F2 C8 61 00 C8 DA DB 00 08 FF 00 02 B2 FC 04 02 F2 FC 97 02 32 CA E1 00 E8 FF 4D 07 F2 FC 2D 07 B2 FD A3 02 72 FC 77 01 B2 CA E1 00 90 FF 97 DF 3A CA E1 00 B0 CB 61 00 A0 FD 77 CA FA CB 21 00 C0 CA E1 00 90 FF DB D7 BA CB 41 00 D0 CB 61 00 E0 FD 39 C2 7A CB 21 00 B0 CB 01 00 A0 FD 1A AA 3A CB 41 00 C0 FC DB A1 BA CB 61 00 D0 FD 99 03 38 C8 01 00 E0 FF B7 17 78 FF F8 0F F8 FD 5A 6A B8 7F AB D5 AE DB 86 00 08 FC BB 21 78 7F EA D5 AE DB C5 00 08 FC E0 19 F8 7D 88 D5 AE D9 64 00 08 7D 47 D5 AE D9 23 00 08 7C BA 05 AE D9 1D 00 08 7C E9 D5 AE D8 DC 00 08 42 00 FC 60
-
-. 0 10008C10 100
-. 80 C1 00 58 80 E1 01 00 38 C6 00 01 81 01 01 3C 7F 86 78 40 81 21 01 38 81 41 01 34 7E D6 3A 14 81 61 01 30 39 08 00 10 80 E1 01 28 39 29 00 10 90 C1 00 58 39 4A 00 10 80 C1 01 2C 39 6B 00 10 38 E7 00 10 91 01 01 3C 38 C6 00 10 91 21 01 38 91 41 01 34 91 61 01 30 90 C1 01 2C 90 E1 01 28 40 BC E9 08
-
-PASS: gsl_fft_complex_forward with signal_noise, n = 7, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 7, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 7, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 7, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 7, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 7, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 7, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 7
-. 0 10009DC0 8
-. 2F 97 00 07 41 9E 16 40
-
-. 0 1000B404 112
-. 81 81 00 18 3D 20 24 92 81 41 00 24 61 29 49 25 81 61 01 44 3A 60 00 00 7D 0A 48 16 80 01 00 24 82 8B 00 00 55 EA 18 38 80 FE 80 F4 3A E0 00 00 7E 2A A2 14 7D 2C 48 16 7E 4A 8A 14 7D 68 00 50 C8 27 00 00 55 6B F8 7E 7F AA 92 14 7C 09 60 50 7D 08 5A 14 54 00 F8 7E 7F 8A EA 14 7D 29 02 14 55 10 F0 BE 7F 6A E2 14 55 2E F0 BE 48 01 DA 85
-
-. 0 1000B474 32
-. 81 3E 80 F8 FC 20 08 18 1C 10 00 06 CB C9 00 00 90 01 00 A8 D0 21 00 4C FC 20 F0 90 48 01 DA 65
-
-. 0 1000B494 24
-. 81 3E 80 FC FC 20 08 18 CB E9 00 00 D0 21 00 50 FC 20 F8 90 48 01 DA 4D
-
-. 0 1000B4AC 20
-. 80 FE 80 F4 FC 20 08 18 D0 21 00 54 C8 27 00 00 48 01 DA D9
-
-. 0 1000B4C0 16
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-
-. 0 1000B4D0 16
-. FC 20 08 18 D0 21 00 5C FC 20 F8 90 48 01 DA B9
-
-. 0 1000B4E0 20
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-
-. 0 1000B4F4 140
-. 1C EE 00 03 80 01 00 1C 1D 0E 00 05 92 81 00 EC 1D 2E 00 06 90 E1 00 AC 1D 50 00 03 80 FE 80 CC 1D 70 00 05 91 01 00 B4 81 1E 80 D0 2F 00 FF FF 91 21 00 B8 55 C9 08 3C 91 41 00 C4 55 CA 10 3A 91 61 00 CC 7D 60 00 D0 90 E1 00 D0 56 00 08 3C 56 07 10 3A 91 01 00 D4 93 61 00 D8 7D 28 03 A6 93 81 00 DC 3A 80 00 00 93 A1 00 E0 92 41 00 E4 92 21 00 E8 91 41 00 B0 91 61 00 BC 90 01 00 C0 90 E1 00 C8 2F 8C 00 00 40 9E 05 B4
-
-. 0 1000B580 76
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-
-. 0 1000B5CC 400
-. C0 21 00 58 3D 20 43 30 C0 41 00 5C 7E 09 03 A6 FD 80 08 90 C1 21 00 4C C1 A1 00 50 FC 00 10 90 C2 E1 00 50 ED 41 10 2A EC C9 68 2A C0 A1 00 60 FD A0 48 90 C3 41 00 54 FD 0C 60 2A 80 FE 81 00 FC E0 00 2A 81 5E 80 DC FD 20 B8 90 C8 27 00 00 FD 08 00 28 80 E1 00 BC FC 0D 68 2A 91 21 00 08 FD 60 28 90 6C E0 80 00 FC 60 50 90 90 01 00 0C ED 4A 28 28 80 FE 81 04 FC A0 D0 90 7C 17 C1 D6 FC 00 48 28 56 95 18 38 FD 8C 38 28 57 31 18 38 FC 8B 58 2A 57 12 18 38 FC 00 28 28 54 16 18 38 EC E6 D0 2A FD 08 58 2A FC 00 08 24 FD 8C 58 28 D8 01 00 98 FC 63 20 2A C8 01 00 08 FD 65 28 2A FD 4A 08 24 FD 08 08 24 FD 8C 08 24 FC 63 08 24 FC C6 58 28 FC E7 08 24 FC C6 08 24 FC 49 48 2A D8 C1 00 A0 FD AD 10 28 FD AD 28 2A FE 4D 08 24 C8 2A 00 00 FC 00 08 28 C8 27 00 00 FE 67 08 28 FD C0 00 F2 FE 20 02 B2 FE 00 02 32 FD E0 03 32 81 01 00 AC 7C E8 02 A6 81 21 00 B0 7C 13 72 14 7D 48 9A 14 7C 00 C9 D6 7D 09 9A 14 81 21 00 B4 7D 67 9A 14 CA E1 00 98 7C E9 9A 14 81 21 00 B8 7D 6B C9 D6 54 00 18 38 7C C9 9A 14 7C BF 04 2E 7D 35 FA 14 7E 95 FC 2E C2 A9 00 04 7D 20 FA 14 7C E7 C9 D6 55 6B 18 38 C0 E9 00 04 7C AB FA 14 7C CB FC 2E 7F B7 82 14 C1 45 00 04 7F 76 D2 14 7C C6 C9 D6 54 E7 18 38 7D 67 FA 14 7C 87 FC 2E
-
-. 0 1000B75C 400
-. C0 6B 00 04 3A 73 00 01 ED 86 20 28 80 01 00 C0 7D 4A C9 D6 54 C6 18 38 7D 26 FA 14 7D 26 FC 2E C1 09 00 04 ED 6A 18 28 EF A5 48 28 80 E1 00 C4 7D 08 C9 D6 55 4A 18 38 7C 6A FA 14 7C 2A FC 2E C0 43 00 04 EF 87 40 28 EC A5 48 2A 81 21 00 CC 55 08 18 38 EC C6 20 2A 7C 88 FA 14 7D A8 FC 2E C0 04 00 04 EC E7 40 2A EF 6D 08 2A 81 01 00 C8 EF 40 10 2A 81 41 00 A8 ED 4A 18 2A 7F 80 BA 14 EF 26 28 2A 7C 07 BA 14 EC 00 10 28 7C A8 BA 14 EC 4B E0 28 7C 89 BA 14 EF 0A 38 2A 7C 6A BA 14 ED AD 08 28 7F BD C1 D6 EC 2C E8 28 7E 94 CA 14 EC 85 D8 28 7E B5 8A 14 EC 67 D0 28 3A F7 00 01 ED 39 D8 2A 7F 9C C1 D6 EF C0 58 28 57 BD 18 38 EC A6 28 28 7D 3D D2 14 EC DB 30 28 ED 60 58 2A 7C 00 C1 D6 EC 1C 00 28 57 9C 18 38 7D 7C D2 14 ED 18 D0 2A EF ED 60 28 7C A5 C1 D6 EC EA 38 28 54 00 18 38 ED 5A 50 28 7D 40 D2 14 ED 8D 60 2A 7C 84 C1 D6 ED BD 68 28 54 A5 18 38 7D 05 D2 14 ED 6B E0 2A 7C 63 C1 D6 54 84 18 38 7C E4 D2 14 54 63 18 38 FC 4E 00 B2 7C C3 D2 14 FC 97 01 32 FC 77 00 F2 CA E1 00 A0 ED 8C E8 2A FC 2E 00 72 FD 33 02 72 FC D2 01 B2 FC 10 00 32 FF CF 07 B2 FC B7 01 72 FC F7 01 F2 FC 40 10 18 EE 94 C8 2A FD 13 02 32 FD 52 02 B2 FD B0 03 72 FF EF 07 F2 FC 80 20 18 FC 60 18 18 FC 20 08 18 EE B5 C0 2A
-
-. 0 1000B8EC 400
-. FD 71 02 F2 EE 94 D8 2A FC C0 30 18 FF C0 F0 18 FC 00 00 18 FF 60 10 50 FD 91 03 32 FD 20 48 18 EE B5 D0 2A FD 40 50 18 FF E0 F8 18 FC A0 28 18 FC E0 38 18 FD A0 68 18 FF A0 20 50 FF 80 18 50 FF 40 08 50 FD 00 40 18 FD 60 58 18 ED 34 48 2A EF 7B 00 28 EC 84 30 2A EC 00 F0 2A FD 80 60 18 ED 15 40 2A EF BD 28 28 EF 9C 38 28 EC A5 30 28 EC E7 50 28 EF 5A 68 28 EC 21 F8 28 EC 42 F0 28 C3 C1 00 70 EC 63 50 2A ED AD F8 2A C3 E1 00 78 EC 00 58 2A EC 89 20 2A EF 7B 58 2A ED AD 60 2A EC 21 60 2A EC 42 58 2A EF A9 E8 2A EF 88 E0 2A EC 68 18 2A ED 29 28 2A ED 08 38 2A EF 5A 60 2A EC E4 00 28 EC BD D8 28 ED 68 08 28 ED 89 10 2A EC C3 68 2A EC 84 00 2A C0 01 00 80 ED 29 10 28 C0 41 00 90 ED 08 08 2A C0 21 00 88 EC 63 68 28 EF BD D8 2A C3 61 00 68 ED 5C D0 2A EC 42 01 F2 EF 9C D0 28 EE E0 03 32 EF 5B 01 32 D0 41 01 48 ED BB 00 F2 C3 61 00 88 EF 1F 02 72 EE C1 01 72 EC 3F 02 32 EF E0 02 F2 C0 01 00 90 EF 3E 07 72 EC 5E 07 32 EF DB 02 B2 EF 60 01 B2 C0 01 00 64 EC 60 D0 FA C3 41 00 6C C0 01 00 74 EF 9A CF 3A C3 41 00 7C ED 00 C2 3A C0 01 00 84 ED 7A BA FA C2 E1 00 8C C3 41 01 48 ED 40 B2 BA C0 01 00 64 EC D7 D1 BA C3 41 00 7C EC 80 69 38 C2 E1 00 74 C1 A1 00 6C ED 9A FB 38 C0 01 00 8C ED 37 0A 78
-
-. 0 1000BA7C 80
-. C3 E1 00 84 EF AD 17 78 EC E0 D9 F8 7E 96 D5 2E EC BF F1 78 D2 BB 00 04 7E D6 92 14 7C 9D D5 2E D0 69 00 04 7F BC D5 2E D3 8B 00 04 7D 3A 05 2E D1 0A 00 04 7D 85 D5 2E D1 68 00 04 7C A4 D5 2E D1 47 00 04 7C E3 D5 2E D0 C6 00 04 42 00 FC 14
-
-. 0 1000BACC 92
-. 80 E1 00 EC 39 8C 00 01 7F 8C 78 40 81 01 00 E8 38 E7 00 08 81 21 00 E4 81 41 00 E0 39 08 00 08 81 61 00 DC 39 29 00 08 90 E1 00 EC 39 4A 00 08 80 E1 00 D8 39 6B 00 08 80 01 00 A8 38 E7 00 08 91 01 00 E8 7E F7 02 14 91 21 00 E4 91 41 00 E0 91 61 00 DC 90 E1 00 D8 40 BC E8 74
-
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 7, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 7, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 7, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 7, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 7, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 7, stride = 1
-. 0 10006588 16
-. 7D 28 5B 96 7C 09 59 D6 7F 88 00 00 40 9E FF F0
-
-. 0 10006584 20
-. 39 6B 00 02 7D 28 5B 96 7C 09 59 D6 7F 88 00 00 40 9E FF F0
-
-. 0 10006598 24
-. 54 E0 10 3A 7D 28 4B 78 2F 89 00 01 7D 66 01 2E 38 E7 00 01 40 9E FF DC
-
-PASS: gsl_fft_real_wavetable_alloc, n = 7, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 7
-. 0 10010FA4 76
-. 3C 00 43 30 80 FE 82 6C 90 01 00 08 3A 40 00 00 93 61 00 0C 7E 91 DB 96 C9 A7 00 00 C8 01 00 08 81 3E 82 70 FC 00 68 28 81 01 00 18 CB E9 00 00 81 21 00 30 FF FF 00 24 83 89 00 00 7E 08 8B 96 FC 20 F8 90 7F 48 DB 96 48 01 7F 09
-
-. 0 10010FF0 12
-. FF C0 08 90 FC 20 F8 90 48 01 7F 9D
-
-. 0 10010FFC 12
-. 7F 92 80 40 FF A0 08 90 40 9C 00 D8
-
-. 0 10011008 72
-. 82 FE 82 74 38 60 00 00 82 DE 82 78 56 86 08 3C 38 A0 00 00 7C 18 19 D6 C8 D7 00 00 C8 F6 00 00 38 E0 00 00 39 43 FF FF 7F 6B DB 78 54 04 18 38 2F 07 00 00 C9 36 00 00 C9 57 00 00 FD 00 48 90 FD 60 48 90 41 9A 00 14
-
-. 0 10011060 12
-. 39 00 00 00 7F 88 D8 40 40 9C 00 44
-
-. 0 1001106C 36
-. 7F 69 03 A6 7C A9 2B 78 7C 09 E9 D6 2F 88 00 00 7D 29 D2 14 39 08 00 01 54 00 18 38 7D 9F 04 AE 41 9E 00 14
-
-. 0 100110A0 12
-. FD 0B 43 3A FD 2A 4B 3A 42 00 FF CC
-
-. 0 10011074 28
-. 7C 09 E9 D6 2F 88 00 00 7D 29 D2 14 39 08 00 01 54 00 18 38 7D 9F 04 AE 41 9E 00 14
-
-. 0 10011090 28
-. FC 07 02 F2 FD A7 02 B2 FD 46 02 B8 FD 66 6A FA FD 0B 43 3A FD 2A 4B 3A 42 00 FF CC
-
-. 0 100110AC 4
-. 40 9A 08 1C
-
-. 0 100110B0 24
-. 7D 24 CD AE 38 E7 00 01 39 6B FF FF 7F 8B 38 40 7D 4A 32 14 40 9C FF 74
-
-. 0 10011038 24
-. 2F 07 00 00 C9 36 00 00 C9 57 00 00 FD 00 48 90 FD 60 48 90 41 9A 00 14
-
-. 0 10011050 28
-. FC 07 07 72 FD A6 07 72 FC C6 07 BA FC E7 6F B8 39 00 00 00 7F 88 D8 40 40 9C 00 44
-
-. 0 100118C8 8
-. 7F 8B 38 40 40 9D 00 24
-
-. 0 100118D0 32
-. 55 49 18 38 7C 18 51 D6 39 29 00 08 7D 29 C1 D6 54 00 18 38 7D 39 05 AE 7D 09 CD AE 4B FF F7 C8
-
-. 0 100110B4 20
-. 38 E7 00 01 39 6B FF FF 7F 8B 38 40 7D 4A 32 14 40 9C FF 74
-
-. 0 100110C8 20
-. 3A 52 00 01 7C A5 A2 14 7F 92 80 40 7C 63 8A 14 41 9C FF 44
-
-. 0 100110DC 8
-. 2F 94 00 01 41 9E 06 D4
-
-PASS: gsl_fft_real with signal_real_noise, n = 7, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 7, stride = 1
-. 0 1000CA58 76
-. 3C 00 43 30 81 1E 81 84 90 01 00 08 3A 40 00 00 93 E1 00 0C 81 21 00 20 C9 A8 00 00 C8 01 00 08 7D C9 FB 96 81 3E 81 88 FC 00 68 28 81 41 00 34 CB E9 00 00 81 61 00 18 FF FF 00 24 82 0A 00 00 7E 6B FB 96 FC 20 F8 90 48 01 C4 55
-
-. 0 1000CAA4 12
-. FF C0 08 90 FC 20 F8 90 48 01 C4 E9
-
-. 0 1000CAB0 12
-. 7F 92 70 40 FF A0 08 90 40 9C 00 DC
-
-. 0 1000CABC 40
-. 7E BF D9 D6 82 DE 81 8C 80 BE 81 90 3B 20 00 00 3B 00 00 00 38 60 00 00 C9 16 00 00 7F 83 F8 40 C9 25 00 00 40 9C 00 A0
-
-. 0 1000CAE4 40
-. 7C 18 D9 D6 7F 26 CB 78 7C 1C 01 D6 7C 95 91 D6 54 07 18 38 2F 83 00 00 C9 85 00 00 C9 76 00 00 FD 40 60 90 41 9E 00 18
-
-. 0 1000CB20 28
-. 39 00 00 00 39 64 FF FF 57 6A 08 3C 2F 88 00 00 7C 08 F8 50 7F 00 40 00 40 9E 04 8C
-
-. 0 1000CB3C 40
-. C8 05 00 00 7D A7 EC AE FC 0A 00 32 FC 0B 03 78 FD 8C 00 2A 39 08 00 01 7D 6B 52 14 7C 08 F8 50 7F 80 40 40 40 9C FF CC
-
-. 0 1000CB2C 16
-. 2F 88 00 00 7C 08 F8 50 7F 00 40 00 40 9E 04 8C
-
-. 0 1000CFC4 28
-. FD A9 02 B2 55 69 18 38 39 29 00 08 FC 09 02 F2 FD 68 6A F8 FD 48 02 BA 41 9A 00 28
-
-. 0 1000CFE0 36
-. 7D 29 E1 D6 7C 1C 59 D6 7C 09 EC AE FC 0A 00 32 54 00 18 38 7D BD 04 AE FC 0B 03 78 FC 00 00 2A 4B FF FB 4C
-
-. 0 1000CB4C 24
-. FD 8C 00 2A 39 08 00 01 7D 6B 52 14 7C 08 F8 50 7F 80 40 40 40 9C FF CC
-
-. 0 1000CB64 28
-. 7C 17 31 D6 38 63 00 01 7F 83 F8 40 7C C6 9A 14 54 00 18 38 7D 9A 05 AE 41 9C FF 7C
-
-. 0 1000CAF8 20
-. 2F 83 00 00 C9 85 00 00 C9 76 00 00 FD 40 60 90 41 9E 00 18
-
-. 0 1000CB0C 48
-. FC 09 07 B2 FD A9 07 72 FC 08 07 7A FD 08 6F B8 FD 20 00 90 39 00 00 00 39 64 FF FF 57 6A 08 3C 2F 88 00 00 7C 08 F8 50 7F 00 40 00 40 9E 04 8C
-
-. 0 1000CB80 20
-. 3A 52 00 01 7F 18 FA 14 7F 92 70 40 7F 39 DA 14 41 9C FF 40
-
-. 0 1000CB94 8
-. 2F 9B 00 01 41 9E 03 18
-
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 7, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 7, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 7
-. 0 10012F94 76
-. 3C 00 43 30 80 FE 82 C8 90 01 00 08 3A 40 00 00 93 61 00 0C 7E 91 DB 96 C9 A7 00 00 C8 01 00 08 81 3E 82 CC FC 00 68 28 81 01 00 18 CB E9 00 00 81 21 00 30 FF FF 00 24 83 89 00 00 7E 08 8B 96 FC 20 F8 90 7F 48 DB 96 48 01 5F 19
-
-. 0 10012FE0 12
-. FF C0 08 18 FC 20 F8 90 48 01 5F AD
-
-. 0 10012FEC 12
-. 7F 92 80 40 FF A0 08 18 40 9C 00 D8
-
-. 0 10012FF8 72
-. 82 FE 82 D0 38 60 00 00 82 DE 82 D4 56 86 08 3C 38 A0 00 00 7C 18 19 D6 C0 D7 00 00 C0 F6 00 00 38 E0 00 00 39 43 FF FF 7F 6B DB 78 54 04 10 3A 2F 07 00 00 C1 36 00 00 C1 57 00 00 FD 00 48 90 FD 60 48 90 41 9A 00 14
-
-. 0 10013050 12
-. 39 00 00 00 7F 88 D8 40 40 9C 00 44
-
-. 0 1001305C 36
-. 7F 69 03 A6 7C A9 2B 78 7C 09 F9 D6 2F 88 00 00 7D 29 D2 14 39 08 00 01 54 00 10 3A 7D 9D 04 2E 41 9E 00 14
-
-. 0 10013090 12
-. ED 0B 43 3A ED 2A 4B 3A 42 00 FF CC
-
-. 0 10013064 28
-. 7C 09 F9 D6 2F 88 00 00 7D 29 D2 14 39 08 00 01 54 00 10 3A 7D 9D 04 2E 41 9E 00 14
-
-. 0 10013080 28
-. EC 07 02 F2 ED A7 02 B2 ED 46 02 B8 ED 66 6A FA ED 0B 43 3A ED 2A 4B 3A 42 00 FF CC
-
-. 0 1001309C 4
-. 40 9A 08 58
-
-. 0 100130A0 24
-. 7D 24 CD 2E 38 E7 00 01 39 6B FF FF 7F 8B 38 40 7D 4A 32 14 40 9C FF 74
-
-. 0 10013028 24
-. 2F 07 00 00 C1 36 00 00 C1 57 00 00 FD 00 48 90 FD 60 48 90 41 9A 00 14
-
-. 0 10013040 28
-. EC 07 07 72 ED A6 07 72 EC C6 07 BA EC E7 6F B8 39 00 00 00 7F 88 D8 40 40 9C 00 44
-
-. 0 100138F4 8
-. 7F 8B 38 40 40 9D 00 24
-
-. 0 100138FC 32
-. 55 49 10 3A 7C 18 51 D6 39 29 00 04 7D 29 C1 D6 54 00 10 3A 7D 39 05 2E 7D 09 CD 2E 4B FF F7 8C
-
-. 0 100130A4 20
-. 38 E7 00 01 39 6B FF FF 7F 8B 38 40 7D 4A 32 14 40 9C FF 74
-
-. 0 100130B8 20
-. 3A 52 00 01 7C A5 A2 14 7F 92 80 40 7C 63 8A 14 41 9C FF 44
-
-. 0 100130CC 8
-. 2F 94 00 01 41 9E 07 10
-
-PASS: gsl_fft_real_float with signal_real_noise, n = 7, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 7, stride = 1
-. 0 1000EC20 76
-. 3C 00 43 30 80 DE 81 FC 90 01 00 08 3A 40 00 00 93 A1 00 0C C9 A6 00 00 C8 01 00 08 81 3E 82 00 FC 00 68 28 80 E1 00 20 CB E9 00 00 7D C7 EB 96 81 01 00 34 FF FF 00 24 81 21 00 18 82 08 00 00 7E 69 EB 96 FC 20 F8 90 48 01 A2 8D
-
-. 0 1000EC6C 12
-. FF C0 08 18 FC 20 F8 90 48 01 A3 21
-
-. 0 1000EC78 12
-. 7F 92 70 40 FF A0 08 18 40 9C 00 DC
-
-. 0 1000EC84 40
-. 7E BD D9 D6 82 DE 82 04 80 BE 82 08 3B 20 00 00 3B 00 00 00 38 60 00 00 C1 16 00 00 7F 83 E8 40 C1 25 00 00 40 9C 00 A0
-
-. 0 1000ECAC 40
-. 7C 18 D9 D6 7F 26 CB 78 7C 1C 01 D6 7C 95 91 D6 54 07 10 3A 2F 83 00 00 C1 85 00 00 C1 76 00 00 FD 40 60 90 41 9E 00 18
-
-. 0 1000ECE8 28
-. 39 00 00 00 39 64 FF FF 57 6A 08 3C 2F 88 00 00 7C 08 E8 50 7F 00 40 00 40 9E 04 90
-
-. 0 1000ED04 40
-. C0 05 00 00 7D A7 FC 2E EC 0A 00 32 EC 0B 03 78 ED 8C 00 2A 39 08 00 01 7D 6B 52 14 7C 08 E8 50 7F 80 40 40 40 9C FF CC
-
-. 0 1000ECF4 16
-. 2F 88 00 00 7C 08 E8 50 7F 00 40 00 40 9E 04 90
-
-. 0 1000F190 28
-. EC 09 02 B2 55 69 10 3A ED A9 02 F2 39 29 00 04 ED 68 02 F8 ED 48 6A BA 41 9A 00 28
-
-. 0 1000F1AC 36
-. 7D 29 E1 D6 7C 1C 59 D6 7C 09 FC 2E EC 0A 00 32 54 00 10 3A 7D BF 04 2E EC 0B 03 78 EC 00 00 2A 4B FF FB 48
-
-. 0 1000ED14 24
-. ED 8C 00 2A 39 08 00 01 7D 6B 52 14 7C 08 E8 50 7F 80 40 40 40 9C FF CC
-
-. 0 1000ED2C 28
-. 7C 17 31 D6 38 63 00 01 7F 83 E8 40 7C C6 9A 14 54 00 10 3A 7D 9A 05 2E 41 9C FF 7C
-
-. 0 1000ECC0 20
-. 2F 83 00 00 C1 85 00 00 C1 76 00 00 FD 40 60 90 41 9E 00 18
-
-. 0 1000ECD4 48
-. EC 09 07 B2 ED A9 07 72 EC 08 07 7A ED 08 6F B8 FD 20 00 90 39 00 00 00 39 64 FF FF 57 6A 08 3C 2F 88 00 00 7C 08 E8 50 7F 00 40 00 40 9E 04 90
-
-. 0 1000ED48 20
-. 3A 52 00 01 7F 18 EA 14 7F 92 70 40 7F 39 DA 14 41 9C FF 40
-
-. 0 1000ED5C 8
-. 2F 9B 00 01 41 9E 03 1C
-
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 7, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 7, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 7
-PASS: gsl_fft_complex_forward with signal_noise, n = 7, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 7, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 7, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 7, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 7, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 7, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 7, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 7, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 7, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 7, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 7
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 7, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 7, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 7, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 7, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 7, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 7, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 7, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 7, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 7, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 7, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 7
-PASS: gsl_fft_real with signal_real_noise, n = 7, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 7, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 7, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 7, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 7
-PASS: gsl_fft_real_float with signal_real_noise, n = 7, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 7, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 7, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 7, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 7
-PASS: gsl_fft_complex_forward with signal_noise, n = 7, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 7, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 7, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 7, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 7, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 7, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 7, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 7, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 7, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 7, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 7
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 7, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 7, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 7, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 7, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 7, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 7, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 7, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 7, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 7, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 7, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 7
-PASS: gsl_fft_real with signal_real_noise, n = 7, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 7, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 7, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 7, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 7
-PASS: gsl_fft_real_float with signal_real_noise, n = 7, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 7, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 7, stride = 3
-. 0 100069AC 60
-. 7F FF CA 14 92 81 00 08 7C 1F BB 96 3B 9C 00 01 7F BA C2 14 3A B5 00 01 3B 7B 00 10 7C 00 B9 D6 7F E0 F8 50 93 E1 00 0C CB E1 00 08 FF FF F0 28 FF FF 07 72 FC 20 F8 90 48 02 25 11
-
-. 0 1000696C 32
-. 82 50 00 08 3A 60 00 01 7D D1 73 78 93 70 01 08 7D CE 91 D6 7F 93 90 40 7E D7 73 96 40 9C 00 8C
-
-PASS: gsl_fft_complex_wavetable_alloc, n = 8, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 8
-. 0 10007BDC 8
-. 2F 8E 00 00 41 BE FE 48
-
-. 0 10007BE4 4
-. 40 9A 00 20
-
-. 0 10007BE8 28
-. CB 11 FF F0 CA F1 FF F8 CB 6C FF F0 CB 2C FF F8 CB 92 FF F0 CB 52 FF F8 4B FF FE 48
-
-. 0 10007A48 8
-. 2F 9C 00 00 41 9E 01 74
-
-. 0 10006F34 40
-. 81 61 01 88 80 01 00 24 82 EB FF 00 81 81 00 28 7C 00 B9 D6 80 C1 00 18 2F 8C 00 00 90 01 00 24 7D E6 03 96 40 9E 06 F4
-
-. 0 1000764C 32
-. 2F 97 00 02 38 E0 00 00 83 E1 00 2C 3B 20 00 01 83 41 00 10 83 01 00 14 90 E1 00 28 40 9E F9 10
-
-. 0 100076D8 132
-. 81 61 01 80 7D 28 FA 14 C9 29 00 08 7C 84 CA 14 7C 05 5A 14 7D 88 FC AE 7C 00 C9 D6 7D 6A D2 14 38 A5 00 01 7D 08 EA 14 54 00 20 36 7D 20 FA 14 7D 1F 04 AE C8 E9 00 08 7C 07 32 14 FC 0C 40 28 7C 00 C1 D6 FD A9 38 28 38 E7 00 01 FD 8C 40 2A FD 66 00 32 54 00 20 36 FD 46 03 72 7D 20 D2 14 7D 8A D5 AE 7D 4A 1A 14 FD A5 5B 7A FC 05 50 38 FD 29 38 2A D9 2B 00 08 7C 1A 05 AE D9 A9 00 08 42 00 FF 80
-
-. 0 100075A0 172
-. 38 60 00 00 80 01 02 84 81 81 01 A4 81 C1 01 A8 7C 08 03 A6 81 E1 01 AC 7D 81 81 20 82 01 01 B0 82 21 01 B4 82 41 01 B8 82 61 01 BC 82 81 01 C0 82 A1 01 C4 82 C1 01 C8 82 E1 01 CC 83 01 01 D0 83 21 01 D4 83 41 01 D8 83 61 01 DC 83 81 01 E0 83 A1 01 E4 83 C1 01 E8 83 E1 01 EC C9 C1 01 F0 C9 E1 01 F8 CA 01 02 00 CA 21 02 08 CA 41 02 10 CA 61 02 18 CA 81 02 20 CA A1 02 28 CA C1 02 30 CA E1 02 38 CB 01 02 40 CB 21 02 48 CB 41 02 50 CB 61 02 58 CB 81 02 60 CB A1 02 68 CB C1 02 70 CB E1 02 78 38 21 02 80 4E 80 00 20
-
-PASS: gsl_fft_complex_forward with signal_noise, n = 8, stride = 1
-. 0 10007C04 40
-. C8 11 FF F8 C9 AC FF F8 C9 92 FF F8 FE E0 00 50 FF 20 68 50 CB 11 FF F0 FF 40 60 50 CB 6C FF F0 CB 92 FF F0 4B FF FE 20
-
-PASS: gsl_fft_complex_inverse with signal_noise, n = 8, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 8, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 8, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 8, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 8, stride = 1
-. 0 100097D4 60
-. 7F FF CA 14 92 81 00 08 7C 1F BB 96 3B 9C 00 01 7F BA C2 14 3A B5 00 01 3B 7B 00 08 7C 00 B9 D6 7F E0 F8 50 93 E1 00 0C CB E1 00 08 FF FF F0 28 FF FF 07 72 FC 20 F8 90 48 01 F6 E9
-
-. 0 10009794 32
-. 82 50 00 08 3A 60 00 01 7D D1 73 78 93 70 01 08 7D CE 91 D6 7F 93 90 40 7E D7 73 96 40 9C 00 94
-
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 8, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 8
-. 0 1000AA28 8
-. 2F 8E 00 00 41 BE FE 44
-
-. 0 1000AA30 4
-. 40 9A 00 20
-
-. 0 1000AA34 28
-. C3 11 FF F8 C2 F1 FF FC C3 72 FF F8 C3 52 FF FC C3 8C FF F8 C3 2C FF FC 4B FF FE 44
-
-. 0 1000A890 8
-. 2F 9C 00 00 41 9E 01 78
-
-. 0 10009D5C 40
-. 81 41 01 44 81 81 00 24 82 EA FF 00 81 61 00 28 7D 8C B9 D6 80 01 00 18 2F 8B 00 00 91 81 00 24 7D E0 63 96 40 9E 06 EC
-
-. 0 1000A46C 32
-. 2F 97 00 02 38 E0 00 00 83 E1 00 2C 3B 20 00 01 83 41 00 10 83 01 00 14 90 E1 00 28 40 9E F9 18
-
-. 0 1000A4F8 132
-. 81 61 01 3C 7D 28 FA 14 C1 29 00 04 7C 84 CA 14 7C 05 5A 14 7D 48 FC 2E 7C 00 C9 D6 38 A5 00 01 7D 08 EA 14 54 00 18 38 7D 20 FA 14 7D 1F 04 2E C0 E9 00 04 7C 07 32 14 EC 0A 40 28 7C 00 C1 D6 ED A9 38 28 7D 2A D2 14 ED 4A 40 2A 38 E7 00 01 ED 86 00 32 ED 66 03 72 54 00 18 38 ED 29 38 2A 7D 60 D2 14 ED A5 63 7A 7D 4A D5 2E EC 05 58 38 7D 4A 1A 14 D1 29 00 04 7C 1A 05 2E D1 AB 00 04 42 00 FF 80
-
-. 0 1000A3C0 172
-. 38 60 00 00 80 01 02 34 81 81 01 54 81 C1 01 58 7C 08 03 A6 81 E1 01 5C 7D 81 81 20 82 01 01 60 82 21 01 64 82 41 01 68 82 61 01 6C 82 81 01 70 82 A1 01 74 82 C1 01 78 82 E1 01 7C 83 01 01 80 83 21 01 84 83 41 01 88 83 61 01 8C 83 81 01 90 83 A1 01 94 83 C1 01 98 83 E1 01 9C C9 C1 01 A0 C9 E1 01 A8 CA 01 01 B0 CA 21 01 B8 CA 41 01 C0 CA 61 01 C8 CA 81 01 D0 CA A1 01 D8 CA C1 01 E0 CA E1 01 E8 CB 01 01 F0 CB 21 01 F8 CB 41 02 00 CB 61 02 08 CB 81 02 10 CB A1 02 18 CB C1 02 20 CB E1 02 28 38 21 02 30 4E 80 00 20
-
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 8, stride = 1
-. 0 1000AA50 40
-. C0 11 FF FC C1 B2 FF FC C1 8C FF FC FE E0 00 50 FF 40 68 50 C3 11 FF F8 FF 20 60 50 C3 72 FF F8 C3 8C FF F8 4B FF FE 1C
-
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 8, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 8, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 8, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 8, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 8, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 8, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 8
-. 0 10012184 160
-. 7C 06 72 14 7D 44 3A 14 7D 20 72 14 7C 1D 01 D6 7D 69 72 14 54 E8 18 38 39 08 00 08 54 00 18 38 7D 3D 49 D6 7D BF 04 AE 7D 7D 59 D6 55 29 18 38 7D 29 FC AE 7C 1D 31 D6 55 6B 18 38 7D 6B FC AE 7C C6 D2 14 FD 4D 58 28 54 00 18 38 FD AD 58 2A 7D 9F 04 AE 7D 38 39 D6 FD 40 50 50 7C E7 8A 14 FC 0C 48 2A FD 8C 48 28 7C 18 29 D6 55 29 18 38 FD 60 68 28 7C A5 8A 14 FC 00 68 2A 7D 58 51 D6 54 00 18 38 7C 19 05 AE 7D 89 CD AE 7D 08 C1 D6 55 4A 18 38 7D 48 CD AE 7D 6A CD AE 42 00 FF 64
-
-. 0 10011ABC 8
-. 2F 9A 00 00 41 BE FC F4
-
-. 0 10011AC4 88
-. 38 E5 FF FF 7F 49 03 A6 7C E8 3B 78 7C 1D 41 D6 81 81 00 2C 54 EA 18 38 7D 68 62 14 39 4A 00 08 7D 38 39 D6 54 00 18 38 7C 1F 04 AE 7D 08 2A 14 7C E7 8A 14 7D 7D 59 D6 55 29 18 38 7C 09 CD AE 55 6B 18 38 7D 4A C1 D6 7C 0B FC AE FC 00 00 50 7C 0A CD AE 42 00 FF B8
-
-. 0 10011B1C 28
-. 80 E1 00 30 80 01 00 1C 38 E7 00 04 90 E1 00 30 34 E0 FF FF 90 E1 00 1C 40 82 F4 18
-
-. 0 10011B38 4
-. 4B FF FC 98
-
-PASS: gsl_fft_real with signal_real_noise, n = 8, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 8, stride = 1
-. 0 1000D6D4 20
-. 39 FB 00 01 3A 40 00 01 55 E0 F8 7E 2B 80 00 01 40 9D 01 F0
-
-. 0 1000D8D4 8
-. 73 66 00 01 40 A2 F5 D8
-
-. 0 1000D8DC 8
-. 2F 91 00 00 41 BE F5 D0
-
-. 0 1000D8E4 208
-. 80 FE 81 6C 38 9B FF FF 7E 29 03 A6 57 63 08 3C C9 27 00 00 7C 85 23 78 57 7F 10 3A 7D 23 2A 14 54 AB 18 38 55 2A 18 38 7C 1C 29 D6 39 6B 00 08 81 81 00 30 39 4A 00 08 7D 04 62 14 7D 3C 49 D6 54 00 18 38 7D 9D 04 AE 7C E8 62 14 7C C7 62 14 7C A5 FA 14 7D 6B E1 D6 55 29 18 38 7D A9 EC AE FD 4C 68 28 7D 4A E1 D6 7D 6B EC AE FD 8C 68 2A FD 4A 02 72 7C 0A EC AE 7C 17 21 D6 FD 8C 60 2A 7C 84 DA 14 FD AB 00 2A FC 00 58 28 7D 17 41 D6 54 00 18 38 FD AD 02 72 7D 9A 05 AE FC 00 00 2A 7C F7 39 D6 55 08 18 38 FD 6A 68 2A FD 4A 68 28 7C D7 31 D6 FD 60 58 50 54 E7 18 38 7D 48 D5 AE 7C 07 D5 AE 54 C6 18 38 7D 66 D5 AE 42 00 FF 50
-
-. 0 1000D9B4 28
-. 80 C1 00 34 80 01 00 24 38 C6 00 04 90 C1 00 34 34 C0 FF FF 90 C1 00 24 40 82 F0 24
-
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 8, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 8, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 8
-. 0 100141E0 160
-. 7C 06 72 14 7D 44 3A 14 7D 20 72 14 7C 1F 01 D6 7D 69 72 14 54 E8 10 3A 39 08 00 04 54 00 10 3A 7D 3F 49 D6 7D BD 04 2E 7D 7F 59 D6 55 29 10 3A 7D 29 EC 2E 7C 1F 31 D6 55 6B 10 3A 7D 6B EC 2E 7C C6 D2 14 ED 4D 58 28 54 00 10 3A ED AD 58 2A 7D 9D 04 2E 7D 38 39 D6 FD 40 50 50 7C E7 8A 14 EC 0C 48 2A ED 8C 48 28 7C 18 29 D6 55 29 10 3A ED 60 68 28 7C A5 8A 14 EC 00 68 2A 7D 58 51 D6 54 00 10 3A 7C 19 05 2E 7D 89 CD 2E 7D 08 C1 D6 55 4A 10 3A 7D 48 CD 2E 7D 6A CD 2E 42 00 FF 64
-
-. 0 10013AE8 8
-. 2F 9A 00 00 41 BE FC F4
-
-. 0 10013AF0 88
-. 38 E4 FF FF 7F 49 03 A6 7C E8 3B 78 7C 1F 41 D6 81 81 00 2C 54 EA 10 3A 7D 68 62 14 39 4A 00 04 7D 38 39 D6 54 00 10 3A 7C 1D 04 2E 7D 08 22 14 7C E7 8A 14 7D 7F 59 D6 55 29 10 3A 7C 09 CD 2E 55 6B 10 3A 7D 4A C1 D6 7C 0B EC 2E FC 00 00 50 7C 0A CD 2E 42 00 FF B8
-
-. 0 10013B48 28
-. 80 E1 00 30 80 01 00 1C 38 E7 00 04 90 E1 00 30 34 E0 FF FF 90 E1 00 1C 40 82 F3 DC
-
-. 0 10013B64 4
-. 4B FF FC 98
-
-PASS: gsl_fft_real_float with signal_real_noise, n = 8, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 8, stride = 1
-. 0 1000F8B8 20
-. 39 FB 00 01 3A 40 00 01 55 E0 F8 7E 2B 80 00 01 40 9D 01 F0
-
-. 0 1000FAB8 8
-. 73 66 00 01 40 A2 F5 C0
-
-. 0 1000FAC0 8
-. 2F 91 00 00 41 BE F5 B8
-
-. 0 1000FAC8 216
-. 80 FE 81 E4 38 9B FF FF 7E 29 03 A6 57 63 08 3C C9 27 00 00 7C 85 23 78 57 7D 10 3A 7D 23 2A 14 54 AB 10 3A 55 2A 10 3A 7C 1C 29 D6 39 6B 00 04 81 81 00 30 39 4A 00 04 7D 04 62 14 7D 3C 49 D6 54 00 10 3A 7D 5F 04 2E 7C E8 62 14 7C C7 62 14 7C A5 EA 14 7D 6B E1 D6 55 29 10 3A 7C 09 FC 2E ED AA 00 28 7D 4A E1 D6 7D 6B FC 2E ED 4A 00 2A 7D 8A FC 2E 7C 17 21 D6 FD AD 02 72 7C 84 DA 14 EC 0B 60 2A ED 8C 58 28 7D 17 41 D6 FD A0 68 18 54 00 10 3A ED 4A 50 2A 7C F7 39 D6 ED 8C 60 2A FC 00 02 72 55 08 10 3A 7D 5A 05 2E 7C D7 31 D6 54 E7 10 3A FC 00 00 18 ED 6D 00 2A 54 C6 10 3A ED AD 00 28 FD 60 58 50 7D A8 D5 2E 7D 87 D5 2E 7D 66 D5 2E 42 00 FF 48
-
-. 0 1000FBA0 28
-. 80 C1 00 34 80 01 00 24 38 C6 00 04 90 C1 00 34 34 C0 FF FF 90 C1 00 24 40 82 F0 00
-
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 8, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 8, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 8
-PASS: gsl_fft_complex_forward with signal_noise, n = 8, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 8, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 8, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 8, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 8, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 8, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 8, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 8, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 8, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 8, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 8
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 8, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 8, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 8, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 8, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 8, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 8, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 8, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 8, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 8, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 8, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 8
-PASS: gsl_fft_real with signal_real_noise, n = 8, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 8, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 8, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 8, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 8
-PASS: gsl_fft_real_float with signal_real_noise, n = 8, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 8, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 8, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 8, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 8
-PASS: gsl_fft_complex_forward with signal_noise, n = 8, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 8, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 8, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 8, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 8, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 8, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 8, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 8, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 8, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 8, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 8
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 8, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 8, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 8, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 8, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 8, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 8, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 8, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 8, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 8, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 8, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 8
-PASS: gsl_fft_real with signal_real_noise, n = 8, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 8, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 8, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 8, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 8
-PASS: gsl_fft_real_float with signal_real_noise, n = 8, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 8, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 8, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 9, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 9
-. 0 10007974 8
-. 2F 92 00 00 41 BE FE A4
-
-. 0 1000797C 4
-. 40 92 00 18
-
-. 0 10007980 20
-. CB CC FF F0 CB AC FF F8 C8 35 FF F0 CB F5 FF F8 4B FF FE 9C
-
-. 0 1000782C 8
-. 2F 83 00 00 41 9E 01 2C
-
-. 0 1000786C 240
-. 7C 04 A2 14 7D 76 22 14 7C 00 C9 D6 7D 26 FA 14 C8 E9 00 08 7D 07 D2 14 7D 06 FC AE 38 84 00 01 7F BD CA 14 7D 6B C9 D6 54 00 20 36 7D 40 FA 14 7D BF 04 AE C8 0A 00 08 7C 05 1A 14 7C C6 DA 14 55 6B 20 36 7C 00 C1 D6 7D 2B FA 14 7D 8B FC AE C9 69 00 08 7D 37 2A 14 FC 8D 60 2A 38 A5 00 01 FC 60 58 2A 7D 29 C1 D6 FD AD 60 28 54 00 20 36 FC 00 58 28 7D 60 D2 14 FD 44 07 32 55 29 20 36 FD 83 07 32 7D 49 D2 14 FD A2 03 72 FC 02 00 32 FD 48 50 28 FD 87 60 28 FD 08 20 2A FD 6A 00 2A FD 2C 68 28 FD 4A 00 28 7D 07 D5 AE FD 8C 68 2A 7C E7 E2 14 FC BF 02 F2 FC 1D 02 B2 FD BD 03 32 FC DF 02 72 FD 9E 03 3A FD 21 2A 7A FD 5E 6A B8 FD 61 32 F8 FC E7 18 2A D8 E8 00 08 7D 5A 05 AE D9 8B 00 08 7D 69 D5 AE D9 2A 00 08 42 00 FF 14
-
-PASS: gsl_fft_complex_forward with signal_noise, n = 9, stride = 1
-. 0 10007994 28
-. C8 0C FF F8 C9 B5 FF F8 FF A0 00 50 CB CC FF F0 FF E0 68 50 C8 35 FF F0 4B FF FE 80
-
-PASS: gsl_fft_complex_inverse with signal_noise, n = 9, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 9, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 9, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 9, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 9, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 9, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 9
-. 0 1000A7B0 8
-. 2F 92 00 00 41 BE FE 88
-
-. 0 1000A7B8 4
-. 40 92 00 18
-
-. 0 1000A7BC 20
-. C3 AC FF F8 C3 8C FF FC C3 F5 FF F8 C3 D5 FF FC 4B FF FE 80
-
-. 0 1000A64C 8
-. 2F 83 00 00 41 9E 01 48
-
-. 0 1000A690 264
-. 7C 04 9A 14 7D 76 22 14 7C 00 C9 D6 7D 26 FA 14 C0 A9 00 04 38 84 00 01 7C C6 FC 2E 7F BD CA 14 FD 80 28 90 7C C6 DA 14 7D 6B C9 D6 54 00 18 38 7D 40 FA 14 7D 3F 04 2E C1 4A 00 04 FD 60 30 90 7C 05 1A 14 55 6B 18 38 7C 00 C1 D6 7D 2B FA 14 7D 0B FC 2E C0 E9 00 04 7D 77 2A 14 EC 89 40 2A 7D 27 D2 14 EC 6A 38 2A 7D 6B C1 D6 ED 29 40 28 54 00 18 38 FC 00 20 90 7D 40 D2 14 FD A0 18 90 38 A5 00 01 ED 4A 38 28 55 6B 18 38 FC 00 00 72 7D 0B D2 14 FD AD 00 72 FD 6B 00 28 ED 22 02 72 FD 8C 68 28 ED 42 02 B2 FD 60 58 18 FD 80 60 18 EC C6 20 2A EC 0B 50 2A ED AC 48 28 ED 6B 50 28 7C C7 D5 2E ED 8C 48 2A 7C E7 E2 14 ED 3E 00 32 ED 5C 02 F2 ED 1C 03 32 EC FE 03 72 EC A5 18 2A ED 9D 53 3A ED BF 4B 7A ED 7D 42 F8 D0 A9 00 04 EC 1F 38 38 7D 7A 05 2E D1 8A 00 04 7C 0B D5 2E D1 A8 00 04 42 00 FE FC
-
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 9, stride = 1
-. 0 1000A7D0 28
-. C0 0C FF FC C1 B5 FF FC FF 80 00 50 C3 AC FF F8 FF C0 68 50 C3 F5 FF F8 4B FF FE 64
-
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 9, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 9, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 9, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 9, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 9, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 9, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 9
-. 0 10011ECC 20
-. 38 1B 00 01 3A C0 00 01 54 00 F8 7E 2B 80 00 01 40 9D 01 A4
-
-. 0 10011EE0 64
-. 81 9E 82 50 3B 57 00 10 80 FE 82 54 3B 9C 00 10 7C 14 03 78 57 77 08 3C CB CC 00 00 CB A7 00 00 2F 95 00 00 C8 1C FF F8 C9 BA FF F8 FC 80 00 50 C8 BC FF F0 FC 40 68 50 C8 7A FF F0 41 9E 01 50
-
-. 0 10011F20 332
-. 56 CB 08 3C 7D 36 D8 50 55 29 08 3C 38 AB FF FF 38 89 FF FF FC 20 F0 90 FF E0 E8 90 7C A6 2B 78 7E A9 03 A6 7D 26 1A 14 7C F7 2A 14 7C 09 1A 14 7D 7D 49 D6 54 0A 18 38 55 29 18 38 39 29 00 08 7C 1D 01 D6 39 4A 00 08 55 6B 18 38 7D 8B FC AE 54 CB 18 38 39 6B 00 08 7D 29 E9 D6 54 00 18 38 7D 7F 04 AE FD 04 03 32 54 E8 18 38 FC E2 02 F2 39 08 00 08 7D 4A E9 D6 7D A9 FC AE 54 A9 18 38 FD 44 03 72 39 29 00 08 7C 0A FC AE FD A5 43 7A 7D 6B E9 D6 FD 22 00 32 FC 03 38 3A 7C 1D 31 D6 7C EB FC AE FD 63 4A F8 54 8B 18 38 39 6B 00 08 FD 85 53 38 7C C6 DA 14 54 00 18 38 7D 58 21 D6 FC CD 00 2A 7C 84 8A 14 FD AD 00 28 FD 4C 58 28 FD 26 00 72 7C F8 39 D6 55 4A 18 38 FD 8C 58 2A 7D 7F 04 AE FD 4A 07 F2 7C 18 29 D6 54 E7 18 38 FC 0C 00 72 7C A5 8A 14 FD 27 48 28 FD AD 07 F2 7D 29 C1 D6 54 00 18 38 FC 0B 00 28 FD 09 50 28 7D 08 C1 D6 FD 6B 60 2A FC E7 30 2A FD 80 68 2A FD 00 40 50 7D 79 05 AE 7D 6B C1 D6 FC 00 68 28 FD 29 50 2A 7C E9 CD AE 7C 07 CD AE 7D 28 CD AE 7D 8A CD AE 7D 0B CD AE 42 00 FE DC
-
-. 0 1001206C 20
-. 3A D6 00 01 3B 9C 00 10 7F 94 B0 40 3B 5A 00 10 41 9D FE 84
-
-. 0 10012080 8
-. 73 68 00 01 40 A2 F7 30
-
-PASS: gsl_fft_real with signal_real_noise, n = 9, stride = 1
-. 0 1000C6B4 68
-. 3E A0 43 30 FF C0 E0 90 3B F0 FF FF 7F 9C DA 14 92 A1 00 08 7C 1C BB 96 7F B9 C2 14 3A D6 00 01 3B 5A 00 10 7C 00 B9 D6 7F 80 E0 50 93 81 00 0C CB E1 00 08 FF FF F0 28 FF FF 07 72 FC 20 F8 90 48 01 C8 01
-
-. 0 1000C6F8 16
-. 7C 39 C5 AE FC 20 F8 90 3B 39 00 10 48 01 C8 91
-
-. 0 1000C708 12
-. 37 FF FF FF D8 3D 00 08 40 82 FF B0
-
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 9, stride = 1
-. 0 1000D390 48
-. 80 DE 81 68 7C 13 03 78 3B 18 00 10 3A D0 00 10 57 79 08 3C CB 86 00 00 2F 94 00 00 C8 36 FF F0 CB F6 FF F8 C8 78 FF F0 C8 58 FF F8 41 9E 01 54
-
-. 0 1000D3C0 336
-. 56 A4 08 3C FF A0 E0 90 38 A4 FF FF 38 60 00 00 7E 89 03 A6 1D 03 00 03 7C C5 FA 14 7C 63 DA 14 7D 64 40 50 7D 08 22 14 7D 6B CA 14 39 08 FF FF 39 6B FF FF 7C 19 42 14 55 6A 18 38 54 09 18 38 39 4A 00 08 39 29 00 08 7D 4A E1 D6 55 07 18 38 38 E7 00 08 7D 29 E1 D6 7D 4A EC AE 54 CA 18 38 FD 40 50 50 39 4A 00 08 7C 1C 01 D6 7D 69 EC AE 54 A9 18 38 FC 8B 50 2A 39 29 00 08 FD 6B 50 28 7D 7C 59 D6 54 00 18 38 7D 1D 04 AE FD A4 07 72 FD 6B 07 B2 55 6B 18 38 7C E7 E1 D6 7C 0B EC AE FD 88 00 28 7D 1C 41 D6 FD 08 00 2A 7C C7 EC AE 7C E6 FA 14 FD 8C 07 B2 54 EB 18 38 39 6B 00 08 FD A6 68 28 55 08 18 38 FC 08 07 72 7D 28 EC AE 7C 17 29 D6 7C A5 DA 14 FD 4D 60 28 FD AD 60 2A FC 09 00 28 FC A3 02 B2 7C D7 31 D6 54 00 18 38 FC E1 03 72 FD 42 02 B2 7C F7 39 D6 54 C6 18 38 FD BF 03 72 FD 80 58 2A 7D 29 B9 D6 FC 00 58 28 54 E7 18 38 FD 29 40 2A FC A2 2B 3A 7D 4A B9 D6 FC FF 38 3A 7D 3A 05 AE FC 01 68 38 7D 6B B9 D6 FD 83 53 38 FC C6 20 2A 7C C9 D5 AE 7C 06 D5 AE 7C EA D5 AE 7D 87 D5 AE 7C AB D5 AE 42 00 FE C8
-
-. 0 1000D510 20
-. 3A B5 00 01 3A D6 00 10 7F 93 A8 40 3B 18 00 10 41 9D FE 88
-
-. 0 1000D2F4 128
-. 1C 07 00 03 7D 07 FA 14 7D 48 FA 14 7D 17 41 D6 7D 26 02 14 39 29 FF FF 55 2B 18 38 39 6B 00 08 7C 1C 01 D6 55 08 18 38 7D 6B E1 D6 54 00 18 38 7D 7D 04 AE 7D 3C 49 D6 7D AB EC AE FD A9 03 72 55 29 18 38 7C 17 39 D6 7C 09 EC AE 7C E7 DA 14 FD 8B 00 28 FC 00 00 2A 7D 57 51 D6 54 00 18 38 FD 4C 68 2A FD 6B 00 2A FD 8C 68 28 55 4A 18 38 7D 7A 05 AE 7D 88 D5 AE 7D 4A D5 AE 42 00 FF 84
-
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 9, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 9, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 9
-. 0 10013F08 20
-. 38 1B 00 01 3A C0 00 01 54 00 F8 7E 2B 80 00 01 40 9D 01 B8
-
-. 0 10013F1C 76
-. 81 9E 82 B0 3B 57 00 08 80 FE 82 AC 3B 9C 00 08 C0 0C 00 00 7C 14 03 78 57 77 08 3C C3 C7 00 00 D0 01 00 38 81 81 00 38 7D 88 03 A6 2F 95 00 00 C0 1C FF FC C1 BA FF FC FC 80 00 50 C0 BC FF F8 FC 40 68 50 C0 7A FF F8 41 9E 01 58
-
-. 0 10013F68 340
-. 56 CB 08 3C 7D 36 D8 50 7D 08 02 A6 55 29 08 3C 38 AB FF FF 91 01 00 38 38 89 FF FF C0 21 00 38 FF E0 F0 90 7C A6 2B 78 7E A9 03 A6 7D 26 1A 14 54 88 10 3A 7C 09 1A 14 7D 7F 49 D6 54 0A 10 3A 55 29 10 3A 39 29 00 04 7C 1F 01 D6 39 4A 00 04 55 6B 10 3A 7D 4B EC 2E 54 CB 10 3A 39 6B 00 04 7D 29 F9 D6 54 00 10 3A 7D 7D 04 2E ED 84 02 B2 39 08 00 04 ED 22 02 F2 7D 4A F9 D6 7D A9 EC 2E 54 A9 10 3A ED 85 63 7A 39 29 00 04 ED A4 03 72 7C 0A EC 2E 7D 6B F9 D6 ED 23 48 3A EC 02 00 32 ED 45 6A B8 7C 1F 31 D6 EC CC 48 2A 7C EB EC 2E ED 63 02 F8 7D 77 2A 14 ED 8C 48 28 55 6A 10 3A 54 00 10 3A 7C F8 21 D6 ED 0A 58 28 7C 1D 04 2E ED 4A 58 2A 39 4A 00 04 ED 66 00 72 7C C6 DA 14 ED 08 07 F2 7C 18 29 D6 ED AA 00 72 54 E7 10 3A ED 67 58 28 7C A5 8A 14 ED 8C 07 F2 7C 84 8A 14 ED A0 68 28 7D 78 59 D6 ED 2B 40 28 54 00 10 3A EC 00 50 2A EC E7 30 2A 7D 29 C1 D6 ED 4D 60 2A FD 20 48 50 55 6B 10 3A ED AD 60 28 7C 19 05 2E ED 6B 40 2A 7D 4A C1 D6 7C E9 CD 2E 7D AB CD 2E 7D 08 C1 D6 7D 6A CD 2E 7D 47 CD 2E 7D 28 CD 2E 42 00 FE DC
-
-. 0 100140BC 20
-. 3A D6 00 01 3B 9C 00 08 7F 94 B0 40 3B 5A 00 08 41 9D FE 7C
-
-. 0 100140D0 8
-. 73 69 00 01 40 A2 F7 0C
-
-PASS: gsl_fft_real_float with signal_real_noise, n = 9, stride = 1
-. 0 1000E874 68
-. 3E A0 43 30 FF C0 E0 90 3B F0 FF FF 7F 9C DA 14 92 A1 00 08 7C 1C BB 96 7F B9 C2 14 3A D6 00 01 3B 5A 00 08 7C 00 B9 D6 7F 80 E0 50 93 81 00 0C CB E1 00 08 FF FF F0 28 FF FF 07 72 FC 20 F8 90 48 01 A6 41
-
-. 0 1000E8B8 20
-. FC 00 08 18 FC 20 F8 90 7C 19 C5 2E 3B 39 00 08 48 01 A6 CD
-
-. 0 1000E8CC 16
-. 37 FF FF FF FC 20 08 18 D0 3D 00 04 40 82 FF A8
-
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 9, stride = 1
-. 0 1000F55C 48
-. 80 DE 81 E0 7C 12 03 78 3A D6 00 08 3A B0 00 08 57 78 08 3C CB 86 00 00 2F 93 00 00 C0 75 FF F8 C0 55 FF FC C0 36 FF F8 C3 F6 FF FC 41 9E 01 6C
-
-. 0 1000F58C 360
-. 56 83 08 3C FF C0 E0 90 38 83 FF FF 3B A0 00 00 7E 69 03 A6 1D 1D 00 03 7C C4 CA 14 7C A6 CA 14 7F BD DA 14 7D 63 40 50 7D 08 1A 14 7D 6B C2 14 39 08 FF FF 39 6B FF FF 7C 18 42 14 55 6A 10 3A 54 09 10 3A 39 4A 00 04 39 29 00 04 7D 4A E1 D6 55 07 10 3A 38 E7 00 04 7D 29 E1 D6 7D 2A FC 2E 54 CA 10 3A FD 20 48 50 39 4A 00 04 7C 1C 01 D6 7D 49 FC 2E 54 89 10 3A EC 8A 48 2A 39 29 00 04 ED 4A 48 28 7D 7C 59 D6 54 00 10 3A 7D 7F 04 2E FD A0 20 90 ED 4A 07 72 55 6B 10 3A 7C E7 E1 D6 7C EB FC 2E FD AD 07 B2 54 AB 10 3A EC AB 38 2A 39 6B 00 04 7D 1C 41 D6 7C C7 FC 2E ED 6B 38 28 FD 80 28 90 FC 00 30 90 55 08 10 3A ED 6B 07 72 7D 08 FC 2E FD 8C 07 B2 7C 17 21 D6 7C 84 DA 14 FC 00 68 28 FD A0 40 90 EC C6 20 2A FC 00 00 18 7C D7 31 D6 FD AD 60 28 54 00 10 3A ED 08 28 2A ED 80 58 28 FD A0 68 18 7C B7 29 D6 EC 00 58 2A 54 C6 10 3A EC E1 03 32 7D 1A 05 2E ED 2D 50 2A ED 63 00 32 7D 29 B9 D6 ED AD 50 28 54 A5 10 3A EC 02 00 32 ED 9F 03 32 7D 4A B9 D6 ED 62 5B 7A EC FF 3A 7A 7C C9 D5 2E ED A3 03 78 ED 21 62 78 7D 6B B9 D6 7D A6 D5 2E 7D 6A D5 2E 7D 25 D5 2E 7C EB D5 2E 42 00 FE B0
-
-. 0 1000F6F4 20
-. 3A 94 00 01 3A B5 00 08 7F 92 A0 40 3A D6 00 08 41 9D FE 70
-
-. 0 1000F4C0 128
-. 1C 07 00 03 7D 07 CA 14 7D 48 CA 14 7D 17 41 D6 7D 26 02 14 39 29 FF FF 55 2B 10 3A 7C 1C 01 D6 39 6B 00 04 55 08 10 3A 7D 3C 49 D6 54 00 10 3A 7D 7F 04 2E 7D 6B E1 D6 55 29 10 3A 7C 09 FC 2E ED 8B 00 28 7D AB FC 2E EC 00 00 2A 7C 17 39 D6 7C E7 DA 14 ED A9 03 72 ED 6B 00 2A 7D 57 51 D6 ED 4C 68 2A ED 8C 68 28 54 00 10 3A 7D 7A 05 2E 55 4A 10 3A 7D 88 D5 2E 7D 4A D5 2E 42 00 FF 84
-
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 9, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 9, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 9
-PASS: gsl_fft_complex_forward with signal_noise, n = 9, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 9, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 9, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 9, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 9, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 9, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 9, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 9, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 9, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 9, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 9
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 9, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 9, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 9, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 9, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 9, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 9, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 9, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 9, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 9, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 9, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 9
-PASS: gsl_fft_real with signal_real_noise, n = 9, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 9, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 9, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 9, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 9
-PASS: gsl_fft_real_float with signal_real_noise, n = 9, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 9, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 9, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 9, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 9
-PASS: gsl_fft_complex_forward with signal_noise, n = 9, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 9, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 9, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 9, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 9, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 9, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 9, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 9, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 9, stride = 3
-. 0 FEEF88C 16
-. 55 46 BA 7E 28 06 00 14 39 06 00 5B 40 81 00 38
-
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 9, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 9
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 9, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 9, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 9, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 9, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 9, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 9, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 9, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 9, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 9, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 9, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 9
-PASS: gsl_fft_real with signal_real_noise, n = 9, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 9, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 9, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 9, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 9
-PASS: gsl_fft_real_float with signal_real_noise, n = 9, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 9, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 9, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 10, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 10
-. 0 10007FA0 12
-. 80 E1 00 30 2F 87 00 00 41 BE FD 50
-
-. 0 10007FAC 4
-. 40 8E 00 D0
-
-. 0 10007FB0 52
-. 81 41 01 78 81 61 01 74 80 C1 01 70 80 E1 01 6C CA 0A FF F0 C9 EA FF F8 CA 4B FF F0 CA 2B FF F8 CA C6 FF F0 CA A6 FF F8 CA 87 FF F0 CA 67 FF F8 4B FF FD 40
-
-. 0 10007D20 8
-. 2F 97 00 00 41 9E 02 34
-
-PASS: gsl_fft_complex_forward with signal_noise, n = 10, stride = 1
-. 0 1000807C 68
-. 81 01 01 78 81 21 01 74 81 41 01 70 81 61 01 6C C8 08 FF F8 C9 A9 FF F8 C9 8A FF F8 FD E0 00 50 C9 6B FF F8 FE 20 68 50 FE A0 60 50 CA 08 FF F0 FE 60 58 50 CA 49 FF F0 CA CA FF F0 CA 8B FF F0 4B FF FC 64
-
-PASS: gsl_fft_complex_inverse with signal_noise, n = 10, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 10, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 10, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 10, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 10, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 10, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 10
-. 0 1000AE20 12
-. 81 21 00 30 2F 89 00 00 41 BE FD 24
-
-. 0 1000AE2C 4
-. 40 8E 00 D0
-
-. 0 1000AE30 56
-. 80 E1 01 30 81 01 01 28 C0 07 FF FC 81 21 01 24 C1 C7 FF F8 80 E1 01 2C C2 48 FF F8 C2 87 FF F8 C2 67 FF FC C2 28 FF FC C2 09 FF F8 C1 E9 FF FC D0 01 00 34 4B FF FD 14
-
-. 0 1000AB78 8
-. 2F 97 00 00 41 9E 02 5C
-
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 10, stride = 1
-. 0 1000AEFC 72
-. 81 41 01 30 81 61 01 2C 80 E1 01 28 81 01 01 24 C0 0A FF FC C1 AB FF FC C1 87 FF FC FC 00 00 50 C1 68 FF FC FE 60 68 50 FE 20 60 50 C1 CA FF F8 FD E0 58 50 C2 8B FF F8 C2 47 FF F8 C2 08 FF F8 D0 01 00 34 4B FF FC 38
-
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 10, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 10, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 10, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 10, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 10, stride = 1
-. 0 10010ACC 56
-. 7F 9C DA 14 92 A1 00 08 7C 1C C3 96 7F B9 BA 14 3A D6 00 01 3B 5A 00 10 7C 00 C1 D6 7F 80 E0 50 93 81 00 0C CB E1 00 08 FF FF F0 28 FF FF 07 72 FC 20 F8 90 48 01 83 F5
-
-PASS: gsl_fft_real_wavetable_alloc, n = 10, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 10
-. 0 100112A4 228
-. 7C 1B D2 14 7D 03 2A 14 7D 20 D2 14 7C 1D 01 D6 7D 69 D2 14 7D 4B D2 14 55 07 18 38 7D 3D 49 D6 54 00 18 38 7D 7F 04 AE 54 A6 18 38 38 C6 00 08 38 E7 00 08 7D 7D 59 D6 55 29 18 38 7D A9 FC AE 7D 5D 51 D6 55 6B 18 38 7D 4B FC AE FD 8D 50 2A 55 4A 18 38 7C 1D D9 D6 7D 0A FC AE FD AD 50 28 7F 7B B2 14 FC 0B 40 2A 54 00 18 38 FD 3C 03 72 7D 5F 04 AE 7D 38 21 D6 FC E0 60 2A 7C 84 8A 14 FC 00 60 28 FD BB 03 72 7C 18 29 D6 55 29 18 38 FD 87 00 F2 7C A5 8A 14 FD 6B 40 28 FC 00 01 32 7D 18 41 D6 54 00 18 38 FD 8A 60 28 FD 25 4A FA 7C C6 C1 D6 55 08 18 38 FD 66 6A F8 FD 4A 38 2A 7C E7 C1 D6 FD AC 00 28 FD 8C 00 2A 7D 49 CD AE 7D 99 05 AE 7D 66 CD AE 7D A8 CD AE 7D 27 CD AE 42 00 FF 20
-
-. 0 100119CC 20
-. 2F 9A 00 00 C8 04 FF F8 C9 04 FF F0 FC E0 00 50 41 9E 00 C4
-
-PASS: gsl_fft_real with signal_real_noise, n = 10, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 10, stride = 1
-. 0 1000DB58 20
-. 3A 5B 00 01 3A 80 00 01 56 40 F8 7E 2B 80 00 01 40 9D 02 C0
-
-. 0 1000DE28 8
-. 73 6B 00 01 40 A2 F0 84
-
-. 0 1000DE30 8
-. 2F 93 00 00 41 BE F0 7C
-
-. 0 1000DE38 292
-. 81 9E 81 7C 7E 69 03 A6 80 FE 81 80 57 66 08 3C C8 CC 00 00 38 BB FF FF C8 A7 00 00 38 80 00 00 1D 24 00 05 7C E5 CA 14 7C 84 DA 14 7D 29 DA 14 39 29 FF FF 7C 06 4A 14 7D 7C 49 D6 54 0A 18 38 7D 06 02 14 39 4A 00 08 7C 1C 01 D6 55 6B 18 38 7D 6B EC AE 55 29 18 38 39 29 00 08 FD 6B 58 2A 54 00 18 38 7D 4A E1 D6 7C 1D 04 AE FC 00 00 2A 7D 1C 41 D6 7D AA EC AE FD 8B 00 28 FD 6B 00 2A 7D 29 E1 D6 55 08 18 38 7C E8 EC AE FD AD 68 2A FD 8C 01 72 FD 2B 39 B8 7C 09 EC AE 7D 27 CA 14 7C 17 29 D6 FD 58 03 72 7D 69 CA 14 7D 4B CA 14 FD B9 03 72 7C A5 DA 14 7C F7 39 D6 54 00 18 38 FC 00 00 2A FD 0C 48 28 FD 8C 48 2A FD 59 50 38 7D 37 49 D6 54 E7 18 38 FC 18 68 3A FD 20 60 50 7D 77 59 D6 FD A0 40 50 55 29 18 38 FD 6B 38 2A FD 29 00 28 7D 57 51 D6 FD AD 50 28 FD 8C 00 28 55 6B 18 38 FD 08 50 28 7D 7A 05 AE 55 4A 18 38 7D 87 D5 AE 7D 09 D5 AE 7D AB D5 AE 7D 2A D5 AE 42 00 FF 00
-
-. 0 1000DF5C 28
-. 80 C1 00 34 80 01 00 24 38 C6 00 04 90 C1 00 34 34 C0 FF FF 90 C1 00 24 40 82 EA 7C
-
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 10, stride = 1
-. 0 10012AB4 56
-. 7F 9C DA 14 92 A1 00 08 7C 1C C3 96 7F B9 BA 14 3A D6 00 01 3B 5A 00 08 7C 00 C1 D6 7F 80 E0 50 93 81 00 0C CB E1 00 08 FF FF F0 28 FF FF 07 72 FC 20 F8 90 48 01 64 0D
-
-PASS: gsl_fft_real_wavetable_float_alloc, n = 10, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 10
-. 0 10013294 244
-. 7C 03 D2 14 7D 14 2A 14 7D 20 D2 14 7C 1F 01 D6 7D 69 D2 14 7D 4B D2 14 55 07 10 3A 7D 3F 49 D6 54 00 10 3A 7D 5D 04 2E 54 A6 10 3A 38 C6 00 04 38 E7 00 04 7D 7F 59 D6 55 29 10 3A 7D 69 EC 2E 7D 5F 51 D6 55 6B 10 3A 7D 8B EC 2E ED AB 60 2A 55 4A 10 3A 7C 1F 19 D6 7D 0A EC 2E ED 6B 60 28 7C 63 AA 14 EC 0A 40 2A 54 00 10 3A ED 4A 40 28 7D 3D 04 2E 7D 38 21 D6 EC E0 68 2A 7C 84 8A 14 EC 00 68 28 FD A0 48 90 FD 80 38 90 7C 18 29 D6 55 29 10 3A ED 29 38 2A 7C A5 8A 14 FD 8C 01 72 7D 18 41 D6 54 00 10 3A FC 00 01 B2 7D 29 CD 2E FD AD 60 28 ED 9B 02 F2 7C C6 C1 D6 FC 00 00 18 55 08 10 3A FD A0 68 18 ED 7A 02 F2 7C E7 C1 D6 ED 83 62 BA ED 0D 00 28 ED 44 5A B8 ED AD 00 2A 7D B9 05 2E 7D 46 CD 2E 7D 08 CD 2E 7D 87 CD 2E 42 00 FF 10
-
-. 0 100139F8 20
-. 2F 9A 00 00 C0 03 FF FC C1 03 FF F8 FC E0 00 50 41 9E 00 C4
-
-PASS: gsl_fft_real_float with signal_real_noise, n = 10, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 10, stride = 1
-. 0 1000FD54 20
-. 3A 3B 00 01 3A 60 00 01 56 20 F8 7E 2B 80 00 01 40 9D 02 E0
-
-. 0 10010044 8
-. 73 6B 00 01 40 A2 F0 34
-
-. 0 1001004C 8
-. 2F 92 00 00 41 BE F0 2C
-
-. 0 10010054 308
-. 81 9E 81 F4 7E 49 03 A6 83 3E 81 F8 57 65 08 3C C8 CC 00 00 38 DB FF FF C8 B9 00 00 38 80 00 00 1D 24 00 05 7C E6 C2 14 7C 84 DA 14 7D 29 DA 14 39 29 FF FF 7C 05 4A 14 7D 7C 49 D6 7D 45 02 14 54 08 10 3A 39 08 00 04 7C 1C 01 D6 55 6B 10 3A 7D 4B FC 2E 55 29 10 3A 39 29 00 04 ED 4A 50 2A 54 00 10 3A 7D 5C 51 D6 7C 1F 04 2E EC 00 00 2A 55 4A 10 3A 7D 08 E1 D6 7C EA FC 2E 7D 47 C2 14 ED 8A 00 28 ED 4A 00 2A FC 00 38 90 7D 29 E1 D6 FD A0 50 90 ED 4A 38 2A FD 8C 01 72 7D 69 FC 2E 7D 2A C2 14 7C 17 31 D6 FD AD 01 B8 7C 08 FC 2E 7D 69 C2 14 FD 80 60 18 7C C6 DA 14 EC 00 00 2A 7C F7 39 D6 FD A0 68 18 54 00 10 3A ED 6B 58 2A 7D 5A 05 2E ED 38 00 32 ED 0C 68 28 7D 57 51 D6 ED 8C 68 2A 54 E7 10 3A EC 19 00 32 ED 39 4A F8 FD A0 40 50 7D 37 49 D6 ED 78 02 FA 55 4A 10 3A FC 00 60 50 ED AD 48 28 7D 77 59 D6 ED 8C 58 28 EC 00 58 28 55 29 10 3A ED 08 48 28 7D 87 D5 2E 55 6B 10 3A 7D 0A D5 2E 7D A9 D5 2E 7C 0B D5 2E 42 00 FE F0
-
-. 0 10010188 28
-. 80 C1 00 34 80 01 00 24 38 C6 00 04 90 C1 00 34 34 C0 FF FF 90 C1 00 24 40 82 EA 18
-
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 10, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 10, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 10
-PASS: gsl_fft_complex_forward with signal_noise, n = 10, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 10, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 10, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 10, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 10, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 10, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 10, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 10, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 10, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 10, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 10
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 10, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 10, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 10, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 10, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 10, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 10, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 10, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 10, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 10, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 10, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 10
-PASS: gsl_fft_real with signal_real_noise, n = 10, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 10, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 10, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 10, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 10
-PASS: gsl_fft_real_float with signal_real_noise, n = 10, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 10, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 10, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 10, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 10
-PASS: gsl_fft_complex_forward with signal_noise, n = 10, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 10, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 10, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 10, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 10, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 10, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 10, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 10, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 10, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 10, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 10
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 10, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 10, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 10, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 10, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 10, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 10, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 10, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 10, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 10, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 10, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 10
-PASS: gsl_fft_real with signal_real_noise, n = 10, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 10, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 10, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 10, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 10
-PASS: gsl_fft_real_float with signal_real_noise, n = 10, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 10, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 10, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 11, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 11
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-
-. 0 10007004 20
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-. 0 10007390 12
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-. 0 100073B0 60
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-. 0 100073EC 20
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-. 0 100073A4 12
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-
-PASS: gsl_fft_complex_forward with signal_noise, n = 11, stride = 1
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-
-PASS: gsl_fft_complex_inverse with signal_noise, n = 11, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 11, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 11, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 11, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 11, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 11, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 11
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-. 0 10009DF4 56
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-
-. 0 10009E2C 20
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-
-. 0 10009E40 20
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-. 0 10009E54 140
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-. 0 10009E48 12
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-. 0 10009F30 20
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-. 0 1000A05C 8
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-. 0 1000A170 8
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-. 0 1000A178 56
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-. 0 1000A1B0 12
-. 39 80 00 01 7F 8C B8 40 40 9C 00 68
-
-. 0 1000A1BC 20
-. 7F 8A E3 78 7C 60 1B 78 38 80 00 00 7F 84 E0 40 40 9C 00 40
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-. 0 1000A1D0 60
-. 7F 89 03 A6 7D 20 22 14 7D 6A 22 14 7D 29 C9 D6 38 84 00 01 7D 6B C1 D6 55 29 18 38 7D A9 FC 2E 7D 29 FA 14 55 6B 18 38 7D AB D5 2E 7D 6B D2 14 C0 09 00 04 D0 0B 00 04 42 00 FF CC
-
-. 0 1000A20C 20
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-
-. 0 1000A1C4 12
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-. 0 1000A220 12
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-. 0 1000A290 20
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-
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 11, stride = 1
-. 0 1000AEE4 24
-. 54 A9 18 38 7D 29 A2 14 C0 09 FF FC C0 E9 FF F8 FD 00 00 50 4B FF F1 88
-
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 11, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 11, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 11, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 11, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 11, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 11, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 11
-PASS: gsl_fft_real with signal_real_noise, n = 11, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 11, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 11, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 11, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 11
-PASS: gsl_fft_real_float with signal_real_noise, n = 11, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 11, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 11, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 11, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 11
-PASS: gsl_fft_complex_forward with signal_noise, n = 11, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 11, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 11, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 11, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 11, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 11, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 11, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 11, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 11, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 11, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 11
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 11, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 11, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 11, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 11, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 11, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 11, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 11, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 11, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 11, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 11, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 11
-PASS: gsl_fft_real with signal_real_noise, n = 11, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 11, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 11, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 11, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 11
-PASS: gsl_fft_real_float with signal_real_noise, n = 11, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 11, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 11, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 11, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 11
-PASS: gsl_fft_complex_forward with signal_noise, n = 11, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 11, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 11, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 11, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 11, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 11, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 11, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 11, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 11, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 11, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 11
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 11, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 11, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 11, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 11, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 11, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 11, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 11, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 11, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 11, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 11, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 11
-PASS: gsl_fft_real with signal_real_noise, n = 11, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 11, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 11, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 11, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 11
-PASS: gsl_fft_real_float with signal_real_noise, n = 11, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 11, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 11, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 12, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 12
-. 0 100084C4 12
-. 81 41 00 34 2F 8A 00 00 41 BE FC B0
-
-. 0 100084D0 4
-. 40 9A 00 54
-
-. 0 100084D4 80
-. 80 E1 01 64 80 C1 01 60 C8 07 FF F0 C8 47 FF F8 81 01 01 54 80 E1 01 58 D8 01 00 38 CA 06 FF F0 C8 06 FF F8 80 C1 01 5C D8 01 00 48 C9 E6 FF F0 C8 08 FF F8 C9 C6 FF F8 CA 67 FF F0 CA 47 FF F8 CA 28 FF F0 D8 41 00 40 D8 01 00 50 4B FF FC A0
-
-. 0 100081C0 8
-. 2F 96 00 00 41 9E 02 AC
-
-PASS: gsl_fft_complex_forward with signal_noise, n = 12, stride = 1
-. 0 10008524 100
-. 80 C1 01 64 80 E1 01 60 81 01 01 5C 81 21 01 58 81 41 01 54 C8 06 FF F8 C9 A7 FF F8 FC 00 00 50 C9 88 FF F8 C9 69 FF F8 FD A0 68 50 C9 4A FF F8 FD C0 60 50 FE 40 58 50 D8 01 00 40 FD 40 50 50 C8 06 FF F0 CA 07 FF F0 C9 E8 FF F0 CA 69 FF F0 CA 2A FF F0 D9 A1 00 48 D9 41 00 50 D8 01 00 38 4B FF FC 3C
-
-PASS: gsl_fft_complex_inverse with signal_noise, n = 12, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 12, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 12, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 12, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 12, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 12, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 12
-. 0 1000B340 12
-. 80 E1 00 38 2F 87 00 00 41 BE FC C0
-
-. 0 1000B34C 4
-. 40 9A 00 54
-
-. 0 1000B350 80
-. 80 E1 01 18 81 01 01 0C C0 07 FF F8 C0 27 FF FC 80 E1 01 14 81 21 01 08 D0 01 00 3C C2 67 FF F8 C0 07 FF FC 80 E1 01 10 D0 01 00 44 C2 47 FF F8 C0 09 FF FC C2 27 FF FC C2 08 FF F8 C1 E8 FF FC C1 C9 FF F8 D0 21 00 40 D0 01 00 48 4B FF FC A4
-
-. 0 1000B040 8
-. 2F 96 00 00 41 9E 02 A8
-
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 12, stride = 1
-. 0 1000B3A0 100
-. 80 E1 01 18 81 01 01 14 81 21 01 10 81 41 01 0C 81 61 01 08 C0 07 FF FC C1 A8 FF FC FC 00 00 50 C1 89 FF FC C1 6A FF FC FD A0 68 50 C1 4B FF FC FE 20 60 50 FD E0 58 50 D0 01 00 40 FD 40 50 50 C0 07 FF F8 C2 68 FF F8 C2 49 FF F8 C2 0A FF F8 C1 CB FF F8 D1 A1 00 44 D1 41 00 48 D0 01 00 3C 4B FF FC 40
-
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 12, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 12, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 12, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 12, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 12, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 12, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 12
-. 0 10012088 8
-. 2F 95 00 00 41 BE F7 28
-
-. 0 10012090 152
-. 81 3E 82 50 39 1B FF FF 81 5E 82 54 7E A9 03 A6 57 66 08 3C C9 49 00 00 C9 2A 00 00 7D 07 43 78 7C 07 1A 14 7D 66 42 14 7D 20 1A 14 7C 1D 01 D6 55 0A 18 38 39 4A 00 08 7D 3D 49 D6 54 00 18 38 7C 1F 04 AE 7C 1D 39 D6 55 29 18 38 7D 89 FC AE 7C E7 DA 14 FD 60 60 2A 54 00 18 38 FC 00 60 28 7D BF 04 AE 7D 78 59 D6 FD 6B 02 72 FD 80 6A BA 7C 18 41 D6 55 6B 18 38 FD AD 00 28 7D 08 8A 14 7D 4A C1 D6 54 00 18 38 7D 99 05 AE 7D 6A CD AE 7D AB CD AE 42 00 FF 8C
-
-. 0 10012128 28
-. 80 E1 00 30 80 01 00 1C 38 E7 00 04 90 E1 00 30 34 E0 FF FF 90 E1 00 1C 40 82 EE 0C
-
-. 0 10012144 4
-. 4B FF F6 8C
-
-PASS: gsl_fft_real with signal_real_noise, n = 12, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 12, stride = 1
-. 0 1000D6E8 52
-. 3A 98 00 10 3A 70 00 10 3A B6 00 10 57 78 08 3C 3A 00 00 02 2F 91 00 00 CB D3 FF F0 CB B3 FF F8 CB 94 FF F0 CB 74 FF F8 CB 55 FF F0 CB 35 FF F8 41 9E 01 9C
-
-. 0 1000D71C 400
-. 38 70 FF FF 7D 30 C0 50 7E 29 03 A6 3B E9 FF FF 7C 79 1B 78 57 76 10 3A 7C F8 FA 14 57 EB 18 38 54 E9 18 38 39 6B 00 08 39 29 00 08 7D 58 CA 14 7D 29 E1 D6 55 46 18 38 57 28 18 38 39 08 00 08 38 C6 00 08 7D 6B E1 D6 7D 69 EC AE FD 60 58 50 7C 1C C9 D6 7D 4B EC AE 7F 39 B2 14 FD 40 50 50 7D 3C F9 D6 54 00 18 38 7D 3D 04 AE 7F FF B2 14 80 01 00 30 7D 5C 51 D6 55 29 18 38 7C 29 EC AE 7D 63 02 14 7C AB 02 14 7C 85 02 14 7C FC 39 D6 55 4A 18 38 7C CA EC AE 54 69 18 38 55 6A 18 38 FC E6 08 28 39 29 00 08 7D 08 E1 D6 54 E7 18 38 7C A7 EC AE FC C6 08 2A 54 87 18 38 FD 89 28 28 39 4A 00 08 7C C6 E1 D6 7D A8 EC AE FD 29 28 2A 54 A8 18 38 FC 0D 58 28 39 08 00 08 FD AD 58 2A 38 E7 00 08 7D 06 EC AE 7C 17 19 D6 FC 60 38 28 7C 63 DA 14 FC 48 50 28 FD 08 50 2A FC 00 38 2A 7D 77 59 D6 FC 8C 10 2A 54 00 18 38 FD 6D 40 28 FC FE 00 32 7C B7 29 D6 55 6B 18 38 FC BC 02 F2 FC 39 01 32 7C 97 21 D6 54 A5 18 38 FF F9 00 F2 FC 1D 00 32 7D 29 B9 D6 54 84 18 38 FD 7B 02 F2 FD 49 30 28 FD 8C 10 28 7D 4A B9 D6 FC 7A 08 FA FC FD 3B 3A 7D 08 B9 D6 FC BB 2A BA FD 9E 03 38 7C E7 B9 D6 FD 5C 5A B8 FC 9A F9 38 FD 29 30 2A FD AD 40 2A 7D 3A 05 AE 7D A9 D5 AE 7D 8B D5 AE 7C EA D5 AE 7D 45 D5 AE 7C A8 D5 AE 7C 84 D5 AE
-
-. 0 1000D8AC 8
-. 7C 67 D5 AE 42 00 FE 84
-
-. 0 1000D8B4 32
-. 3A 52 00 01 55 E0 F8 7E 7F 80 90 40 3A 10 00 02 3A 73 00 10 3A 94 00 10 3A B5 00 10 41 9D FE 2C
-
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 12, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 12, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 12
-. 0 100140D8 8
-. 2F 95 00 00 41 BE F7 04
-
-. 0 100140E0 164
-. 81 5E 82 A8 39 1B FF FF 81 7E 82 AC 7E A9 03 A6 57 66 08 3C C9 2A 00 00 C1 0B 00 00 7D 07 43 78 7C 07 1A 14 7D 66 42 14 7D 20 1A 14 7C 1F 01 D6 55 0A 10 3A 39 4A 00 04 7D 3F 49 D6 54 00 10 3A 7D 7D 04 2E 7C 1F 39 D6 55 29 10 3A 7C 09 EC 2E 7C E7 DA 14 ED 4B 00 28 54 00 10 3A ED 6B 00 2A 7D 9D 04 2E 7D 78 59 D6 FC 00 50 90 FD A0 60 90 ED 6B 02 32 7C 18 41 D6 ED 8C 50 28 FC 00 6A 7A 55 6B 10 3A 7D 08 8A 14 7D 4A C1 D6 54 00 10 3A FC 00 00 18 7C 19 05 2E 7D 6A CD 2E 7D 8B CD 2E 42 00 FF 80
-
-. 0 10014184 28
-. 80 E1 00 30 80 01 00 1C 38 E7 00 04 90 E1 00 30 34 E0 FF FF 90 E1 00 1C 40 82 ED A0
-
-. 0 100141A0 4
-. 4B FF F6 5C
-
-PASS: gsl_fft_real_float with signal_real_noise, n = 12, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 12, stride = 1
-. 0 1000F8CC 52
-. 3A 70 00 08 3A B9 00 08 3A 96 00 08 57 78 08 3C 3A 00 00 02 2F 91 00 00 C3 F3 FF F8 C3 D3 FF FC C3 B4 FF F8 C3 94 FF FC C3 75 FF F8 C3 55 FF FC 41 9E 01 9C
-
-. 0 1000F900 400
-. 38 70 FF FF 7D 30 C0 50 7E 29 03 A6 3B A9 FF FF 7C 79 1B 78 57 76 10 3A 7C F8 EA 14 57 AB 10 3A 54 E9 10 3A 39 6B 00 04 39 29 00 04 7D 58 CA 14 7D 29 E1 D6 55 46 10 3A 57 28 10 3A 39 08 00 04 38 C6 00 04 7D 6B E1 D6 7D 49 FC 2E FD 40 50 50 7C 1C C9 D6 7D 2B FC 2E 7F 39 B2 14 FD 20 48 50 7D 3C E9 D6 54 00 10 3A 7D 7F 04 2E 7F BD B2 14 80 01 00 30 7D 5C 51 D6 55 29 10 3A 7C 29 FC 2E 7D 63 02 14 7C AB 02 14 7C 85 02 14 7C FC 39 D6 55 4A 10 3A 7C EA FC 2E 54 69 10 3A 55 6A 10 3A EC A7 08 28 39 29 00 04 7D 08 E1 D6 54 E7 10 3A 7C C7 FC 2E EC E7 08 2A 54 87 10 3A ED 8B 30 28 39 4A 00 04 7C C6 E1 D6 7D A8 FC 2E ED 6B 30 2A 54 A8 10 3A EC 0D 50 28 39 08 00 04 ED AD 50 2A 38 E7 00 04 7D 06 FC 2E 7C 17 19 D6 EC 40 28 28 7C 63 DA 14 EC 88 48 28 ED 08 48 2A EC 00 28 2A 7D 77 59 D6 EC 6C 20 2A 54 00 10 3A ED 4D 40 28 ED 2B 38 28 ED 8C 20 28 7C B7 29 D6 EC DF 00 32 55 6B 10 3A EC BD 02 B2 EC 3A 00 F2 EC 9A 00 B2 7C 97 21 D6 EC 1E 00 32 54 A5 10 3A ED 5C 02 B2 EC DE 33 3A 7D 29 B9 D6 EC BC 2A 7A EC 5B 08 BA 54 84 10 3A ED 9F 03 38 ED 3D 52 78 7D 4A B9 D6 EC 7B 20 F8 ED 6B 38 2A ED AD 40 2A 7D 08 B9 D6 7D 7A 05 2E 7D A9 D5 2E 7D 8B D5 2E 7C CA D5 2E 7C E7 B9 D6 7D 25 D5 2E 7C A8 D5 2E 7C 64 D5 2E
-
-. 0 1000FA90 8
-. 7C 47 D5 2E 42 00 FE 84
-
-. 0 1000FA98 32
-. 3A 52 00 01 55 E0 F8 7E 7F 80 90 40 3A 10 00 02 3A 73 00 08 3A 94 00 08 3A B5 00 08 41 9D FE 2C
-
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 12, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 12, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 12
-PASS: gsl_fft_complex_forward with signal_noise, n = 12, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 12, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 12, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 12, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 12, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 12, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 12, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 12, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 12, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 12, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 12
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 12, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 12, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 12, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 12, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 12, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 12, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 12, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 12, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 12, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 12, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 12
-PASS: gsl_fft_real with signal_real_noise, n = 12, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 12, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 12, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 12, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 12
-PASS: gsl_fft_real_float with signal_real_noise, n = 12, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 12, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 12, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 12, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 12
-PASS: gsl_fft_complex_forward with signal_noise, n = 12, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 12, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 12, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 12, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 12, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 12, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 12, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 12, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 12, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 12, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 12
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 12, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 12, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 12, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 12, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 12, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 12, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 12, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 12, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 12, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 12, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 12
-PASS: gsl_fft_real with signal_real_noise, n = 12, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 12, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 12, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 12, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 12
-PASS: gsl_fft_real_float with signal_real_noise, n = 12, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 12, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 12, stride = 3
-. 0 FE0BE7C 36
-. 81 3E 0E 80 C8 69 00 00 FD A3 28 2A FC 0D 18 28 D9 A1 00 20 80 E1 00 20 81 01 00 24 FC 65 00 28 41 9D 00 08
-
-. 0 FE0BEA4 212
-. FC A3 00 F2 81 3E 0E BC 81 9E 0E C0 55 04 28 34 CB E9 00 00 C9 AC 00 00 81 5E 0E 7C FC E3 01 72 80 FE 0E C4 FC 85 6F FA 7C C4 52 14 C9 47 00 00 CB E6 00 10 C9 86 00 08 FD 23 50 2A FD 07 01 32 C8 86 00 18 80 BE 0E C8 FD 7F 50 2A 81 7E 0E CC C8 C5 00 00 FD 29 50 28 FD A8 61 3A C8 0B 00 00 80 7E 0E D0 FD 6B 50 28 FD 85 01 BA C8 03 00 00 FC FF 58 28 FC DF 6A 3A 7D A4 54 AE FD 47 20 2A FD 03 48 28 FF EC 01 7A FC EA 30 FA FC 8D 00 F2 FD 2B 02 72 FC C8 10 2A FC 7F 01 72 FC 0B 39 BA FD 44 00 B2 FC A9 68 2A FD 8D 00 F2 FD 0D 28 28 FF E0 50 28 FC E8 48 2A FC DF 60 28 FD 66 38 2A FD A5 58 2A FC 85 68 28 FC AB 20 2A FF 85 08 00 40 9D 00 68
-
-. 0 FE0BFB8 36
-. 83 E1 00 54 83 C1 00 30 7F E8 03 A6 CB A1 00 38 83 E1 00 34 CB C1 00 40 CB E1 00 48 38 21 00 50 4E 80 00 20
-
-. 0 FE0E274 32
-. 81 7E 0F DC 80 DE 0F F0 C9 0B 00 00 C9 46 00 00 FC 0C 52 3A FD 81 00 2A FC 0C 08 00 41 82 FE FC
-
-PASS: gsl_fft_complex_wavetable_alloc, n = 13, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 13
-PASS: gsl_fft_complex_forward with signal_noise, n = 13, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 13, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 13, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 13, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 13, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 13, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 13, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 13
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 13, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 13, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 13, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 13, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 13, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 13, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 13, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 13
-PASS: gsl_fft_real with signal_real_noise, n = 13, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 13, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 13, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 13, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 13
-PASS: gsl_fft_real_float with signal_real_noise, n = 13, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 13, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 13, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 13, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 13
-PASS: gsl_fft_complex_forward with signal_noise, n = 13, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 13, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 13, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 13, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 13, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 13, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 13, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 13, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 13, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 13, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 13
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 13, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 13, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 13, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 13, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 13, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 13, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 13, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 13, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 13, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 13, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 13
-PASS: gsl_fft_real with signal_real_noise, n = 13, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 13, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 13, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 13, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 13
-PASS: gsl_fft_real_float with signal_real_noise, n = 13, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 13, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 13, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 13, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 13
-PASS: gsl_fft_complex_forward with signal_noise, n = 13, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 13, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 13, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 13, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 13, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 13, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 13, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 13, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 13, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 13, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 13
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 13, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 13, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 13, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 13, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 13, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 13, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 13, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 13, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 13, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 13, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 13
-PASS: gsl_fft_real with signal_real_noise, n = 13, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 13, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 13, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 13, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 13
-PASS: gsl_fft_real_float with signal_real_noise, n = 13, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 13, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 13, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 14, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 14
-. 0 10008C74 12
-. 81 01 00 58 2F 88 00 00 41 BE FA 5C
-
-. 0 10008C80 4
-. 40 9A 00 80
-
-. 0 10008C84 124
-. 80 E1 01 3C 80 C1 01 38 C8 07 FF F0 C8 47 FF F8 D8 01 00 90 D8 41 00 98 C8 06 FF F0 C8 46 FF F8 80 C1 01 34 D8 01 00 A0 D8 41 00 A8 C8 06 FF F0 C8 46 FF F8 80 C1 01 30 D8 01 00 B0 D8 41 00 B8 C8 06 FF F0 C8 46 FF F8 80 C1 01 2C D8 01 00 C0 D8 41 00 C8 C8 06 FF F0 C8 46 FF F8 80 C1 01 28 D8 01 00 D0 D8 41 00 D8 C8 06 FF F0 C8 46 FF F8 D8 01 00 E0 D8 41 00 E8 4B FF FA 74
-
-. 0 10008770 8
-. 2F 90 00 00 41 9E 04 9C
-
-PASS: gsl_fft_complex_forward with signal_noise, n = 14, stride = 1
-. 0 10008D00 148
-. 80 C1 01 3C 80 E1 01 38 81 01 01 34 81 21 01 30 81 41 01 2C 81 61 01 28 C8 06 FF F8 C9 A7 FF F8 FC 00 00 50 C9 88 FF F8 C9 69 FF F8 FD A0 68 50 C9 4A FF F8 FD 80 60 50 C9 2B FF F8 FD 60 58 50 FD 40 50 50 D8 01 00 98 FD 20 48 50 C8 06 FF F0 C8 47 FF F0 C8 68 FF F0 C8 89 FF F0 C8 AA FF F0 C8 CB FF F0 D9 A1 00 A8 D9 81 00 B8 D9 61 00 C8 D9 41 00 D8 D9 21 00 E8 D8 01 00 90 D8 41 00 A0 D8 61 00 B0 D8 81 00 C0 D8 A1 00 D0 D8 C1 00 E0 4B FF F9 E0
-
-PASS: gsl_fft_complex_inverse with signal_noise, n = 14, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 14, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 14, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 14, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 14, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 14, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 14
-. 0 1000BB28 8
-. 2F 8C 00 00 41 BE FA 54
-
-. 0 1000BB30 4
-. 40 9A 00 80
-
-. 0 1000BB34 124
-. 80 E1 00 EC C0 07 FF F8 C0 27 FF FC 80 E1 00 E8 D0 01 00 64 D0 21 00 68 C0 07 FF F8 C0 27 FF FC 80 E1 00 E4 D0 01 00 6C D0 21 00 70 C0 07 FF F8 C0 27 FF FC 80 E1 00 E0 D0 01 00 74 D0 21 00 78 C0 07 FF F8 C0 27 FF FC 80 E1 00 DC D0 01 00 7C D0 21 00 80 C0 07 FF F8 C0 27 FF FC 80 E1 00 D8 D0 01 00 84 D0 21 00 88 C0 07 FF F8 C0 27 FF FC D0 01 00 8C D0 21 00 90 4B FF FA 18
-
-. 0 1000B5C4 8
-. 2F 90 00 00 41 9E 05 04
-
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 14, stride = 1
-. 0 1000BBB0 160
-. 80 E1 00 EC 81 01 00 E8 C0 07 FF FC C1 A8 FF FC FC 00 00 50 80 E1 00 D8 81 01 00 EC FD A0 68 50 81 21 00 E4 81 41 00 E0 81 61 00 DC C1 27 FF FC D0 01 00 68 80 E1 00 E8 FD 20 48 50 C0 08 FF F8 C1 89 FF FC C1 6A FF FC C1 4B FF FC FD 80 60 50 D0 01 00 64 FD 60 58 50 C0 07 FF F8 FD 40 50 50 80 E1 00 D8 D0 01 00 6C C0 29 FF F8 C0 4A FF F8 C0 AB FF F8 C0 07 FF F8 D1 A1 00 70 D1 81 00 78 D1 61 00 80 D1 41 00 88 D1 21 00 90 D0 21 00 74 D0 41 00 7C D0 A1 00 84 D0 01 00 8C 4B FF F9 78
-
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 14, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 14, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 14, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 14, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 14, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 14, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 14
-. 0 10011954 80
-. 81 21 00 2C 7D 78 39 D6 7C E7 8A 14 7C 08 4A 14 7C 1D 01 D6 55 6B 18 38 7D 3D 41 D6 54 00 18 38 7D BF 04 AE 7D 08 2A 14 55 29 18 38 7C 18 51 D6 7C 09 FC AE 7D 4A 8A 14 FD 80 68 28 FC 00 68 2A 54 00 18 38 7C 0B CD AE 7D 99 05 AE 42 00 FF B4
-
-. 0 100110E4 20
-. 39 F4 00 01 3A 60 00 01 55 E0 F8 7E 2B 80 00 01 40 9D 0A A4
-
-. 0 10011B98 8
-. 72 80 00 01 40 A2 FC 18
-
-. 0 10011BA0 52
-. 3C 00 43 30 80 FE 82 6C 90 01 00 08 3A 40 00 00 93 61 00 0C C9 A7 00 00 C8 01 00 08 81 3E 82 7C FC 00 68 28 CB E9 00 00 FF FF 00 24 FC 20 F8 90 48 01 73 25
-
-. 0 10011BD4 12
-. FF 80 08 90 FC 20 F8 90 48 01 73 B9
-
-. 0 10011BE0 12
-. 7F 92 80 40 FC 20 08 50 40 BC FB CC
-
-. 0 10011BEC 40
-. 82 FE 82 74 56 6A 08 3C 82 DE 82 78 38 C0 00 00 38 A0 00 00 38 E0 00 00 C8 77 00 00 7F 87 D8 40 C8 96 00 00 40 9C 00 FC
-
-. 0 10011C14 32
-. 2F 87 00 00 C8 B6 00 00 C9 37 00 00 FC C0 28 90 FD 40 28 90 FC E0 48 90 FD 00 28 90 41 9E 00 14
-
-. 0 10011C44 12
-. 39 00 00 00 7F 88 D8 40 40 9C 00 74
-
-. 0 10011C50 36
-. 7D 25 52 14 7F 69 03 A6 39 29 FF FF 7C 1D 49 D6 2F 88 00 00 7D 29 D2 14 39 08 00 01 54 00 18 38 41 9E 00 28
-
-. 0 10011C98 40
-. 7C 1F 04 AE FD A8 00 32 FC 07 00 32 FD 6A 03 72 FD 8A 00 32 FC 09 58 38 FD A9 63 7A FC A5 00 2A FC C6 68 2A 42 00 FF A0
-
-. 0 10011C5C 24
-. 7C 1D 49 D6 2F 88 00 00 7D 29 D2 14 39 08 00 01 54 00 18 38 41 9E 00 28
-
-. 0 10011C74 76
-. FC 08 07 32 FD 68 00 72 FD A4 02 B2 FD 84 02 72 FC 07 00 7A FD 23 6A 78 FD 43 62 BA FC E7 5F 38 FD 00 00 90 7C 1F 04 AE FD A8 00 32 FC 07 00 32 FD 6A 03 72 FD 8A 00 32 FC 09 58 38 FD A9 63 7A FC A5 00 2A FC C6 68 2A 42 00 FF A0
-
-. 0 10011CC0 16
-. 38 07 00 01 7D 27 D8 50 7F 80 48 40 40 9C 00 AC
-
-. 0 10011CD0 60
-. 7D 27 A1 D6 7F 80 D8 40 7C 07 03 78 55 29 08 3C 7D 26 4A 14 7D 29 52 14 39 29 FF FF 55 2B 18 38 7D 38 49 D6 39 6B 00 08 7D 6B C1 D6 55 29 18 38 7C A9 CD AE 7C CB CD AE 41 9C FF 0C
-
-. 0 10011C34 28
-. FC 04 07 72 FD A3 07 72 FC 63 07 BA FC 84 6F B8 39 00 00 00 7F 88 D8 40 40 9C 00 74
-
-. 0 10011D78 8
-. 7F 80 48 00 41 9E 00 44
-
-. 0 10011DC0 44
-. 7D 27 A1 D6 7F 80 D8 40 7C 07 03 78 55 29 08 3C 7D 26 4A 14 7D 29 52 14 39 29 FF FF 7D 38 49 D6 55 29 18 38 7C A9 CD AE 4B FF FF 20
-
-. 0 10011D08 4
-. 41 9C FF 0C
-
-. 0 10011D80 64
-. 7D 29 A1 D6 7F 80 D8 40 FC 00 30 50 7C 07 03 78 55 29 08 3C 7D 26 4A 14 7D 2A 48 50 39 29 FF FF 55 2B 18 38 7D 38 49 D6 39 6B 00 08 7D 6B C1 D6 55 29 18 38 7C A9 CD AE 7C 0B CD AE 4B FF FF 4C
-
-. 0 10011D0C 20
-. 3A 52 00 01 7C A5 A2 14 7F 92 80 40 7C C6 8A 14 41 9C FE E4
-
-. 0 10011D20 28
-. 80 E1 00 30 80 01 00 1C 38 E7 00 04 90 E1 00 30 34 E0 FF FF 90 E1 00 1C 40 82 F2 14
-
-. 0 10011D3C 4
-. 4B FF FA 94
-
-PASS: gsl_fft_real with signal_real_noise, n = 14, stride = 1
-. 0 1000C6C0 56
-. 7F 9C DA 14 92 A1 00 08 7C 1C BB 96 7F B9 C2 14 3A D6 00 01 3B 5A 00 10 7C 00 B9 D6 7F 80 E0 50 93 81 00 0C CB E1 00 08 FF FF F0 28 FF FF 07 72 FC 20 F8 90 48 01 C8 01
-
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 14, stride = 1
-. 0 1000D114 20
-. 38 1B 00 01 3B 00 00 01 54 00 F8 7E 2B 80 00 01 40 9D 00 F8
-
-. 0 1000D128 28
-. 7C 15 03 78 3B F0 00 10 3B 3B FF FF 2F 96 00 00 C8 DF FF F0 C8 FF FF F8 41 9E 00 C8
-
-. 0 1000D144 196
-. 57 09 08 3C 57 2B 08 3C 38 C9 FF FF 7E C9 03 A6 38 8B FF FF 7C C5 33 78 57 63 08 3C 54 A9 18 38 54 8B 18 38 39 29 00 08 39 6B 00 08 7D 29 E1 D6 81 81 00 2C 54 C8 18 38 7D 46 62 14 55 47 18 38 7D 6B E1 D6 7D 29 EC AE 39 08 00 08 38 E7 00 08 7D 3C 29 D6 7D 0B EC AE 7C A5 1A 14 FD 89 40 2A FD 29 40 28 7C 1C 21 D6 55 29 18 38 7D 69 EC AE FD 46 03 32 7C 84 1A 14 FD 87 03 32 54 00 18 38 7D 57 51 D6 7D BD 04 AE FC 0B 68 28 7C 17 31 D6 FD 6B 68 2A 55 4A 18 38 FD 47 50 3A 7C C6 DA 14 FC 06 60 38 7D 08 B9 D6 54 00 18 38 7D 7A 05 AE 7C E7 B9 D6 7D 28 D5 AE 7C 0A D5 AE 7D 47 D5 AE 42 00 FF 5C
-
-. 0 1000D208 20
-. 3B 18 00 01 3B 39 FF FF 7F 95 C0 40 3B FF 00 10 41 9D FF 1C
-
-. 0 1000D134 16
-. 2F 96 00 00 C8 DF FF F0 C8 FF FF F8 41 9E 00 C8
-
-. 0 1000D21C 8
-. 73 79 00 01 40 A2 FC 90
-
-. 0 1000CAD0 20
-. 38 60 00 00 C9 16 00 00 7F 83 F8 40 C9 25 00 00 40 9C 00 A0
-
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 14, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 14, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 14
-. 0 10013980 80
-. 81 21 00 2C 7D 78 39 D6 7C E7 8A 14 7C 08 4A 14 7C 1F 01 D6 55 6B 10 3A 7D 3F 41 D6 54 00 10 3A 7D BD 04 2E 7D 08 22 14 55 29 10 3A 7C 18 51 D6 7C 09 EC 2E 7D 4A 8A 14 ED 80 68 28 EC 00 68 2A 54 00 10 3A 7C 0B CD 2E 7D 99 05 2E 42 00 FF B4
-
-. 0 100130D4 20
-. 39 F4 00 01 3A 60 00 01 55 E0 F8 7E 2B 80 00 01 40 9D 0A E0
-
-. 0 10013BC4 8
-. 72 80 00 01 40 A2 FC 18
-
-. 0 10013BCC 52
-. 3C 00 43 30 80 FE 82 C8 90 01 00 08 3A 40 00 00 93 61 00 0C C9 A7 00 00 C8 01 00 08 81 3E 82 D8 FC 00 68 28 CB E9 00 00 FF FF 00 24 FC 20 F8 90 48 01 52 F9
-
-. 0 10013C00 12
-. FF 80 08 18 FC 20 F8 90 48 01 53 8D
-
-. 0 10013C0C 16
-. 7F 92 80 40 FC 20 08 18 FC 20 08 50 40 BC FB C8
-
-. 0 10013C1C 40
-. 82 FE 82 D0 56 6A 08 3C 82 DE 82 D4 38 C0 00 00 38 A0 00 00 38 E0 00 00 C0 77 00 00 7F 87 D8 40 C0 96 00 00 40 9C 00 FC
-
-. 0 10013C44 32
-. 2F 87 00 00 C0 B6 00 00 C1 17 00 00 FC C0 28 90 FD 40 28 90 FC E0 40 90 FD 20 28 90 41 9E 00 14
-
-. 0 10013C74 12
-. 39 00 00 00 7F 88 D8 40 40 9C 00 74
-
-. 0 10013C80 36
-. 7D 25 52 14 7F 69 03 A6 39 29 FF FF 7C 1F 49 D6 2F 88 00 00 7D 29 D2 14 39 08 00 01 54 00 10 3A 41 9E 00 28
-
-. 0 10013CC8 40
-. 7C 1D 04 2E ED A7 00 32 EC 09 00 32 ED 6A 03 72 ED 8A 00 32 EC 08 58 3A ED A8 63 78 EC C6 00 2A EC A5 68 2A 42 00 FF A0
-
-. 0 10013C8C 24
-. 7C 1F 49 D6 2F 88 00 00 7D 29 D2 14 39 08 00 01 54 00 10 3A 41 9E 00 28
-
-. 0 10013CA4 76
-. EC 09 07 32 ED 89 00 72 ED 64 02 B2 EC 07 00 7A ED A4 02 32 EC E7 67 38 ED 03 5A 38 ED 43 6A BA FD 20 00 90 7C 1D 04 2E ED A7 00 32 EC 09 00 32 ED 6A 03 72 ED 8A 00 32 EC 08 58 3A ED A8 63 78 EC C6 00 2A EC A5 68 2A 42 00 FF A0
-
-. 0 10013CF0 16
-. 38 07 00 01 7D 27 D8 50 7F 80 48 40 40 9C 00 AC
-
-. 0 10013D00 60
-. 7D 27 A1 D6 7F 80 D8 40 7C 07 03 78 55 29 08 3C 7D 26 4A 14 7D 29 52 14 39 29 FF FF 55 2B 10 3A 7D 38 49 D6 39 6B 00 04 7D 6B C1 D6 55 29 10 3A 7C A9 CD 2E 7C CB CD 2E 41 9C FF 0C
-
-. 0 10013C64 28
-. EC 04 07 72 ED A3 07 72 EC 63 07 BA EC 84 6F B8 39 00 00 00 7F 88 D8 40 40 9C 00 74
-
-. 0 10013DA8 8
-. 7F 80 48 00 41 9E 00 44
-
-. 0 10013DF0 44
-. 7D 27 A1 D6 7F 80 D8 40 7C 07 03 78 55 29 08 3C 7D 26 4A 14 7D 29 52 14 39 29 FF FF 7D 38 49 D6 55 29 10 3A 7C A9 CD 2E 4B FF FF 20
-
-. 0 10013D38 4
-. 41 9C FF 0C
-
-. 0 10013DB0 64
-. 7D 29 A1 D6 7F 80 D8 40 FC 00 30 50 7C 07 03 78 55 29 08 3C 7D 26 4A 14 7D 2A 48 50 39 29 FF FF 55 2B 10 3A 7D 38 49 D6 39 6B 00 04 7D 6B C1 D6 55 29 10 3A 7C A9 CD 2E 7C 0B CD 2E 4B FF FF 4C
-
-. 0 10013D3C 20
-. 3A 52 00 01 7C A5 A2 14 7F 92 80 40 7C C6 8A 14 41 9C FE E4
-
-. 0 10013D50 28
-. 80 E1 00 30 80 01 00 1C 38 E7 00 04 90 E1 00 30 34 E0 FF FF 90 E1 00 1C 40 82 F1 D4
-
-. 0 10013D6C 4
-. 4B FF FA 90
-
-PASS: gsl_fft_real_float with signal_real_noise, n = 14, stride = 1
-. 0 1000E880 56
-. 7F 9C DA 14 92 A1 00 08 7C 1C BB 96 7F B9 C2 14 3A D6 00 01 3B 5A 00 08 7C 00 B9 D6 7F 80 E0 50 93 81 00 0C CB E1 00 08 FF FF F0 28 FF FF 07 72 FC 20 F8 90 48 01 A6 41
-
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 14, stride = 1
-. 0 1000F2E0 20
-. 38 1B 00 01 3B 00 00 01 54 00 F8 7E 2B 80 00 01 40 9D 00 F8
-
-. 0 1000F2F4 28
-. 7C 15 03 78 3B B0 00 08 3B 3B FF FF 2F 96 00 00 C0 DD FF F8 C0 FD FF FC 41 9E 00 C8
-
-. 0 1000F310 196
-. 57 09 08 3C 57 2B 08 3C 38 C9 FF FF 7E C9 03 A6 38 8B FF FF 7C C5 33 78 57 63 08 3C 54 A9 10 3A 54 8B 10 3A 39 29 00 04 39 6B 00 04 7D 29 E1 D6 81 81 00 2C 54 C8 10 3A 7D 46 62 14 55 47 10 3A 7D 6B E1 D6 7D 29 FC 2E 39 08 00 04 38 E7 00 04 7D 3C 29 D6 7D 0B FC 2E 7C A5 1A 14 EC 09 40 2A ED 29 40 28 7C 1C 21 D6 55 29 10 3A 7D A9 FC 2E ED 46 00 32 EC 07 00 32 7C 84 1A 14 54 00 10 3A 7D 57 51 D6 7D 9F 04 2E ED 6D 60 28 7C 17 31 D6 ED AD 60 2A 55 4A 10 3A ED 47 52 FA 7C C6 DA 14 ED 66 02 F8 7D 08 B9 D6 54 00 10 3A 7D BA 05 2E 7C E7 B9 D6 7D 28 D5 2E 7D 6A D5 2E 7D 47 D5 2E 42 00 FF 5C
-
-. 0 1000F3D4 20
-. 3B 18 00 01 3B 39 FF FF 7F 95 C0 40 3B BD 00 08 41 9D FF 1C
-
-. 0 1000F300 16
-. 2F 96 00 00 C0 DD FF F8 C0 FD FF FC 41 9E 00 C8
-
-. 0 1000F3E8 8
-. 73 79 00 01 40 A2 FC 90
-
-. 0 1000EC98 20
-. 38 60 00 00 C1 16 00 00 7F 83 E8 40 C1 25 00 00 40 9C 00 A0
-
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 14, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 14, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 14
-PASS: gsl_fft_complex_forward with signal_noise, n = 14, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 14, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 14, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 14, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 14, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 14, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 14, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 14, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 14, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 14, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 14
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 14, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 14, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 14, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 14, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 14, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 14, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 14, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 14, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 14, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 14, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 14
-PASS: gsl_fft_real with signal_real_noise, n = 14, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 14, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 14, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 14, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 14
-PASS: gsl_fft_real_float with signal_real_noise, n = 14, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 14, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 14, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 14, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 14
-PASS: gsl_fft_complex_forward with signal_noise, n = 14, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 14, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 14, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 14, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 14, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 14, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 14, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 14, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 14, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 14, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 14
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 14, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 14, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 14, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 14, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 14, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 14, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 14, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 14, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 14, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 14, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 14
-PASS: gsl_fft_real with signal_real_noise, n = 14, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 14, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 14, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 14, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 14
-PASS: gsl_fft_real_float with signal_real_noise, n = 14, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 14, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 14, stride = 3
-. 0 FE0CB98 20
-. 83 1E 0F 64 FD A0 F8 90 CB 98 00 00 FE 1F E0 00 40 91 07 50
-
-. 0 FE0D2F8 8
-. FD A0 F8 50 4B FF F8 B0
-
-. 0 FE0CBAC 192
-. C8 26 00 00 83 7E 0F 84 FD 01 68 2A 80 DE 0F 88 C8 9B 00 00 FD 48 08 28 D9 01 00 30 81 61 00 30 81 81 00 34 FD 6D 50 28 55 99 28 34 7F 59 52 14 7D 59 54 AE C8 FA 00 10 FD 0B 02 F2 C8 5A 00 18 C8 BA 00 08 FC 07 20 2A FC CB 20 2A FC 68 1F BA FD 2B 02 32 FC 20 20 28 FD A8 D6 FA FD 89 00 F2 FD 27 08 28 FC 66 20 28 FF CC 28 BA FD AD EA 3A FF 67 F3 3A FF 49 10 2A FC A1 00 F2 FD 9A DA FA CB 66 00 00 FC 8D 02 32 FC 4B 18 28 FF C5 50 2A FC EA 01 32 FC C1 60 BA FD 0A F0 28 FC 06 38 28 FD 68 28 2A FD 20 58 2A FC 3E 48 2A FF BE 08 28 FF 49 E8 2A FC 7A 0E FA FC 83 08 00 41 86 06 98
-
-. 0 FE0D300 4
-. 41 B1 F7 58
-
-. 0 FE0D304 8
-. FC 20 08 50 4B FF FA B8
-
-PASS: gsl_fft_complex_wavetable_alloc, n = 15, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 15
-. 0 FE0DBA4 20
-. FF 1F E8 00 81 3E 0F 88 CB A9 00 00 FC 84 07 72 40 99 03 30
-
-. 0 FE0DEE4 8
-. 81 3E 0F B8 4B FF FC D4
-
-. 0 FE0DBBC 20
-. C8 A9 00 00 FC 1F 21 7A FC C1 00 2A FE 06 08 00 41 B2 F5 78
-
-PASS: gsl_fft_complex_forward with signal_noise, n = 15, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 15, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 15, stride = 1
-. 0 FE0EAC4 20
-. CB C6 00 00 FF A0 20 90 FC E0 10 90 FF 82 F0 00 41 9D 00 08
-
-. 0 FE0EADC 32
-. C8 AA 00 00 FD A5 38 2A FD 8D 28 28 D9 A1 00 30 81 41 00 30 81 61 00 34 FC 27 60 28 41 9D 00 08
-
-. 0 FE0EB00 188
-. FD 21 00 72 C8 C5 00 00 C8 84 00 00 C9 07 00 00 55 67 28 34 81 5E 0F E0 7C A7 42 14 FC A9 21 BA C8 9D 00 00 C9 4A 00 00 C8 C3 00 00 FC 61 50 2A FD A5 42 7A 7C A7 44 AE FD 03 50 28 C8 65 00 08 FD 85 50 2A FD 6D 02 72 FD 8C 50 28 FC E1 40 28 FC 01 5F 7A C9 65 00 10 FC E7 E8 2A FD 45 60 28 FD AB 00 32 C8 05 00 18 FC C9 21 BA FD 21 02 72 FD 0C 02 32 FD 4A 18 2A FD 8C 01 F2 FC 80 68 28 FD A9 01 B2 FC 6A 00 72 FC E4 60 28 FC 8B 40 28 FC 25 03 72 FD 6B 20 28 FC 07 18 28 FD 2B 40 28 FD 40 08 28 FC CA 48 2A FC 24 30 2A FD 04 08 28 FC 86 40 2A FF 84 F0 00 40 9D 01 D4
-
-. 0 FE0ED8C 20
-. 83 BE 0F E4 FC 9F F0 00 C8 1D 00 00 FC 84 00 32 40 85 00 F0
-
-. 0 FE0EE8C 8
-. 81 3E 10 18 4B FF FF 14
-
-. 0 FE0EDA4 16
-. C9 69 00 00 FC FF 02 F2 FC 04 38 28 4B FF FE 2C
-
-. 0 FE0EBDC 12
-. FD 81 00 2A FF 0C 08 00 41 9A 00 60
-
-. 0 FE0EC44 8
-. 2F 9F 00 00 41 BE F5 44
-
-PASS: gsl_fft_complex_forward with signal_pulse, n = 15, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 15, stride = 1
-. 0 FE0EDA0 20
-. 81 3E 10 10 C9 69 00 00 FC FF 02 F2 FC 04 38 28 4B FF FE 2C
-
-PASS: gsl_fft_complex_forward with signal_exp, n = 15, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 15, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 15
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 15, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 15, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 15, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 15, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 15, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 15, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 15, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 15
-. 0 10011F00 32
-. 2F 95 00 00 C8 1C FF F8 C9 BA FF F8 FC 80 00 50 C8 BC FF F0 FC 40 68 50 C8 7A FF F0 41 9E 01 50
-
-PASS: gsl_fft_real with signal_real_noise, n = 15, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 15, stride = 1
-. 0 1000DB6C 60
-. 39 D8 00 10 3A 35 00 10 39 F6 00 10 3A 10 00 10 57 78 08 3C 2F 93 00 00 CA F0 FF F0 CA D0 FF F8 CA AE FF F0 CA 8E FF F8 CA 6F FF F0 CA 4F FF F8 CA 31 FF F0 CA 11 FF F8 41 9E 02 64
-
-. 0 1000DBA8 400
-. 81 3E 81 80 56 96 08 3C 81 5E 81 7C 3B F6 FF FF C9 E9 00 00 3A A0 00 00 C9 CA 00 00 7E 69 03 A6 1C F5 00 05 7C 7F CA 14 7E B5 DA 14 7D 76 38 50 7C E7 B2 14 7D 6B C2 14 38 E7 FF FF 39 6B FF FF 7C 18 3A 14 7C D8 5A 14 55 6A 18 38 54 C9 18 38 39 4A 00 08 39 29 00 08 7D 18 02 14 7D 29 E1 D6 54 05 18 38 55 04 18 38 38 A5 00 08 38 84 00 08 7D 4A E1 D6 7D 09 EC AE 54 E9 18 38 FD 00 40 50 39 29 00 08 7C 1C 01 D6 7C 8A EC AE 7D 43 CA 14 FC 80 20 50 7D 1C 41 D6 54 00 18 38 7C FD 04 AE 7C 0A CA 14 7C DC 31 D6 55 08 18 38 7D 48 EC AE 7D 00 CA 14 7D 7C 59 D6 54 C6 18 38 7C A6 EC AE 55 46 18 38 38 C6 00 08 FC CA 28 2A 7C A5 E1 D6 55 6B 18 38 7C 6B EC AE FD 4A 28 28 57 EB 18 38 FD A7 18 2A 39 6B 00 08 7C 84 E1 D6 7D 65 EC AE FC B9 02 B2 54 05 18 38 38 A5 00 08 FD 8B 20 2A 7C 04 EC AE FF 6D 30 2A 7C FC 39 D6 FD AD 30 28 FD 20 40 2A 55 04 18 38 FC 00 40 28 38 84 00 08 FD 1B 03 B2 7D 29 E1 D6 54 E7 18 38 FF 4C 48 2A 7C 47 EC AE FD 8C 48 28 54 67 18 38 FC D9 00 32 38 E7 00 08 7C 29 EC AE 7C 77 19 D6 FD 3A 03 B2 FD 58 02 B2 7D 37 F9 D6 54 63 18 38 FC 18 00 32 7F FF DA 14 FC E7 18 28 FD 6B 20 28 7D 57 51 D6 FD AD 03 F2 55 29 18 38 FD 8C 03 F2 7C 17 01 D6 55 4A 18 38 FD 02 40 28 FD 21 48 28 FC B8 29 F8
-
-. 0 1000DD38 208
-. 7D 17 41 D6 54 00 18 38 FC D8 32 F8 FC F9 51 FA 7D 6B B9 D6 55 08 18 38 FD 79 02 FA FD 49 60 28 FC 08 68 28 7C E7 B9 D6 FD 08 68 2A FD 29 60 2A FD A0 30 2A FD 8A 28 28 7C C6 B9 D6 FC 88 58 2A FC 69 38 28 FD 08 58 28 FD 29 38 2A 7C A5 B9 D6 FC 00 30 28 FD 4A 28 2A FF F6 02 32 7C 84 B9 D6 FF D4 00 32 FF B2 03 72 FF 90 01 32 FD 76 02 72 FC F4 02 B2 FC D2 03 32 FC B0 00 F2 FD 37 FA 7A FD 55 F2 BA FD 93 EB 3A FC 71 E0 FA FD 17 5A 38 FC 15 38 38 FD B3 33 78 FC 91 29 38 FC 42 D8 2A FC 21 D0 2A 7C 49 D5 AE 7C 2B D5 AE 7D 03 D5 AE 7D 27 D5 AE 7C 0A D5 AE 7D 46 D5 AE 7D BA 05 AE 7D 85 D5 AE 7C 88 D5 AE 7C 64 D5 AE 42 00 FD C4
-
-. 0 1000DE08 32
-. 3A 94 00 01 56 40 F8 7E 7F 80 A0 40 3A 10 00 10 39 CE 00 10 39 EF 00 10 3A 31 00 10 41 9D FD 5C
-
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 15, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 15, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 15
-. 0 10013F48 32
-. 2F 95 00 00 C0 1C FF FC C1 BA FF FC FC 80 00 50 C0 BC FF F8 FC 40 68 50 C0 7A FF F8 41 9E 01 58
-
-PASS: gsl_fft_real_float with signal_real_noise, n = 15, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 15, stride = 1
-. 0 1000FD68 60
-. 39 96 00 08 39 F5 00 08 39 D9 00 08 3A 10 00 08 57 76 08 3C 2F 92 00 00 C2 F0 FF F8 C2 D0 FF FC C2 AC FF F8 C2 8C FF FC C2 6E FF F8 C2 4E FF FC C2 2F FF F8 C2 0F FF FC 41 9E 02 84
-
-. 0 1000FDA4 400
-. 81 3E 81 F8 56 75 08 3C 81 5E 81 F4 3B 35 FF FF C9 E9 00 00 3A 80 00 00 C9 CA 00 00 7E 49 03 A6 1C F4 00 05 7F B9 C2 14 7C 7D C2 14 7E 94 DA 14 7D 75 38 50 7C E7 AA 14 7D 6B B2 14 38 E7 FF FF 39 6B FF FF 7C 16 3A 14 7C D6 5A 14 55 6A 10 3A 54 C9 10 3A 39 4A 00 04 39 29 00 04 7D 16 02 14 7D 29 E1 D6 54 05 10 3A 55 04 10 3A 38 A5 00 04 38 84 00 04 7D 4A E1 D6 7C 89 FC 2E 54 E9 10 3A FC 80 20 50 39 29 00 04 7C 1C 01 D6 7C 6A FC 2E FC 60 18 50 7D 1C 41 D6 54 00 10 3A 7C BF 04 2E 7C DC 31 D6 55 08 10 3A 7C C8 FC 2E 7D 7C 59 D6 54 C6 10 3A 7F E6 FC 2E 57 A6 10 3A 38 C6 00 04 ED 66 F8 2A 7C A5 E1 D6 55 6B 10 3A 7F CB FC 2E EC C6 F8 28 7D 63 C2 14 EC 05 F0 2A 55 6A 10 3A 7C 84 E1 D6 7C E5 FC 2E EC A5 F0 28 54 65 10 3A ED A7 18 2A 38 A5 00 04 EF 60 58 2A 39 4A 00 04 7D 04 FC 2E 7C FC 39 D6 EC 00 58 28 ED 88 20 2A FD 40 D8 90 7D 29 E1 D6 54 E7 10 3A EF 4D 60 2A 7C 47 FC 2E ED AD 60 28 7C EB C2 14 FD 4A 03 B2 54 E8 10 3A 7C 29 FC 2E 57 29 10 3A FD 20 D0 90 7C 17 C9 D6 39 29 00 04 39 08 00 04 FD 29 03 B2 7F 39 DA 14 7F B7 E9 D6 54 00 10 3A FD 80 10 90 FD 60 08 90 FC 00 03 F2 7C 77 19 D6 57 BD 10 3A FD AD 03 F2 ED 08 20 28 FD 8C 50 28 7D 77 59 D6 FD 6B 48 28 54 63 10 3A EC E7 18 28 FC 00 00 18
-
-. 0 1000FF34 240
-. FD A0 68 18 7C F7 39 D6 FD 80 60 18 55 6B 10 3A FD 60 58 18 ED 39 01 B2 ED 59 02 32 7D 29 B9 D6 EC D8 01 B2 54 E7 10 3A ED 18 02 32 ED 38 49 78 ED 58 51 F8 7C C6 B9 D6 EC 8C 00 28 EC 6B 68 28 EC B9 31 7A EC F9 41 FA 7C A5 B9 D6 ED 8C 00 2A ED 6B 68 2A EC 04 50 2A ED A3 48 28 7D 4A B9 D6 ED 0C 38 2A EC CB 28 28 ED 8C 38 28 ED 6B 28 2A 7D 08 B9 D6 EC 84 50 28 EC 63 48 2A ED 56 03 32 ED 34 01 32 EC F2 00 32 EC B0 02 32 EF F6 02 F2 EF D4 00 F2 EF B2 03 72 EF 90 01 B2 EC 42 D8 2A EC 21 D0 2A ED 77 52 FA EC 75 48 FA 7C 5A 05 2E ED B3 3B 7A 7C 29 D5 2E EC D1 29 BA ED 97 FB 38 EC 95 F1 38 EC 13 E8 38 ED 11 E2 38 7D 9D D5 2E 7D 66 D5 2E 7C 83 D5 2E 7C 65 D5 2E 7C 0B D5 2E 7D AA D5 2E 7D 07 D5 2E 7C C8 D5 2E 42 00 FD A4
-
-. 0 10010024 32
-. 3A 73 00 01 56 20 F8 7E 7F 80 98 40 3A 10 00 08 39 8C 00 08 39 CE 00 08 39 EF 00 08 41 9D FD 3C
-
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 15, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 15, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 15
-PASS: gsl_fft_complex_forward with signal_noise, n = 15, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 15, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 15, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 15, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 15, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 15, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 15, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 15, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 15, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 15, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 15
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 15, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 15, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 15, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 15, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 15, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 15, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 15, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 15, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 15, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 15, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 15
-PASS: gsl_fft_real with signal_real_noise, n = 15, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 15, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 15, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 15, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 15
-PASS: gsl_fft_real_float with signal_real_noise, n = 15, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 15, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 15, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 15, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 15
-PASS: gsl_fft_complex_forward with signal_noise, n = 15, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 15, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 15, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 15, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 15, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 15, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 15, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 15, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 15, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 15, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 15
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 15, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 15, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 15, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 15, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 15, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 15, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 15, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 15, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 15, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 15, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 15
-PASS: gsl_fft_real with signal_real_noise, n = 15, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 15, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 15, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 15, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 15
-PASS: gsl_fft_real_float with signal_real_noise, n = 15, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 15, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 15, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 16, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 16
-. 0 10007A84 316
-. 81 41 01 84 7D 70 EA 14 7D 6B C9 D6 7D 24 FA 14 7C 1D 52 14 C9 29 00 08 7D 54 EA 14 7D 84 FC AE 7C C5 D2 14 7C 00 C9 D6 55 6B 20 36 7D 2B FA 14 7C CB FC AE C8 49 00 08 7D 73 1A 14 3B BD 00 01 54 00 20 36 7D 4A C9 D6 7D 00 FA 14 7C 7F 04 AE C8 88 00 08 7C 15 1A 14 FD 43 30 28 7F 7B CA 14 FD 64 10 28 55 4A 20 36 7D 2A FA 14 7D 0A FC AE C8 E9 00 08 FD 5D 02 B2 7D 23 E2 14 7D 6B C1 D6 FD 7D 02 F2 7C 84 B2 14 38 63 00 01 FC 0C 40 28 FD A9 38 28 7D 29 C1 D6 FC 63 30 2A 55 6B 20 36 FC 84 10 2A 7D 0B D2 14 FD 8C 40 2A FD 29 38 2A 7C 00 C1 D6 FC A0 58 2A 55 29 20 36 FC CD 50 28 7D 49 D2 14 FD 0C 18 28 FC E9 20 28 54 00 20 36 FD AD 50 2A 7C E0 D2 14 FC 00 58 28 FF D9 02 32 FD 77 00 32 FD 5A 01 72 FC 57 03 72 FC 39 01 F2 FF FA 01 B2 FD B8 5B 7A FC FB F1 FA FC DC 51 BA FC 18 10 38 FD 1B 0A 38 FC BC F9 78 FD 8C 18 2A FD 29 20 2A 7D 85 D5 AE 7C A5 BA 14 D9 26 00 08 7C 09 D5 AE D9 AA 00 08 7D 0B D5 AE D8 E8 00 08 7C BA 05 AE D8 C7 00 08 42 00 FE C8
-
-PASS: gsl_fft_complex_forward with signal_noise, n = 16, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 16, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 16, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 16, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 16, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 16, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 16, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 16
-. 0 1000A8D0 316
-. 81 21 01 40 7D 70 EA 14 7D 6B C9 D6 7D 54 EA 14 7C 1D 4A 14 7D A4 FC 2E 7D 24 FA 14 C0 E9 00 04 3B BD 00 01 7C 00 C9 D6 55 6B 18 38 7D 2B FA 14 7C AB FC 2E C0 89 00 04 7D 75 1A 14 7F 7B CA 14 7D 4A C9 D6 54 00 18 38 7D 00 FA 14 7C 7F 04 2E C0 C8 00 04 7C 03 E2 14 ED 43 28 28 7C 84 B2 14 55 4A 18 38 EC 06 20 28 7D 2A FA 14 7D 2A FC 2E C1 09 00 04 ED 5D 02 B2 ED 8D 48 28 7D 33 1A 14 ED 67 40 28 7C 00 C1 D6 EC 1D 00 32 7D 45 D2 14 ED AD 48 2A 38 63 00 01 EC E7 40 2A EC 63 28 2A 7D 29 C1 D6 EC C6 20 2A 54 00 18 38 EC 4C 00 2A 7D 00 D2 14 EC 8B 50 28 ED 0D 18 28 7D 6B C1 D6 EC A7 30 28 55 29 18 38 ED 8C 00 28 7C E9 D2 14 ED 6B 50 2A EF FA 02 32 55 6B 18 38 EC 37 03 32 7C CB D2 14 EF D9 00 B2 EC 17 02 F2 ED 5A 01 72 ED 39 01 32 ED 78 0A FA EC BB F9 7A EC 9C F1 3A ED 98 03 38 ED 1B 52 38 EC 5C 48 B8 ED AD 18 2A EC E7 30 2A 7D A5 D5 2E 7C A5 BA 14 D0 EA 00 04 7D 9A 05 2E D1 68 00 04 7D 09 D5 2E D0 A7 00 04 7C 4B D5 2E D0 86 00 04 42 00 FE C8
-
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 16, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 16, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 16, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 16, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 16, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 16, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 16, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 16
-. 0 1001222C 20
-. 3A 1A 00 01 3A 60 00 01 56 00 F8 7E 2B 80 00 01 40 9D 01 FC
-
-. 0 10012240 60
-. 3A D5 00 10 3A 9C 00 10 3A B7 00 10 57 57 08 3C 2F 92 00 00 C8 14 FF F8 C9 B5 FF F8 C9 96 FF F8 FC 20 00 50 FF C0 68 50 C8 54 FF F0 FF 80 60 50 CB F5 FF F0 CB B6 FF F0 41 9E 01 A4
-
-. 0 1001227C 400
-. 56 67 08 3C 7D 33 D0 50 55 29 08 3C 3B 87 FF FF 7E 49 03 A6 38 69 FF FF 7F 9B E3 78 7C 1B 72 14 57 66 18 38 7D 60 72 14 54 09 18 38 7D 0B 72 14 39 29 00 08 55 0A 18 38 7D 29 E9 D6 39 4A 00 08 55 67 18 38 38 E7 00 08 7D 4A E9 D6 7D 49 FC AE 38 C6 00 08 FD 21 02 B2 7C B7 E2 14 7C 97 1A 14 7C 1D 01 D6 7C AA FC AE 54 69 18 38 FD 7C 01 72 57 8A 18 38 39 4A 00 08 7D 7D 59 D6 54 00 18 38 7D 9F 04 AE 39 29 00 08 FC 01 03 32 7D 1D 41 D6 55 6B 18 38 7C EB FC AE FD 82 4B 38 FC DE 01 F2 7C E7 E9 D6 55 08 18 38 7D 08 FC AE FD 42 02 BA 54 88 18 38 FC 9C 02 32 39 08 00 08 7D A7 FC AE 7C C6 E9 D6 FD 1D 5A 38 54 A7 18 38 38 E7 00 08 FD 3E 03 72 7C 1D D9 D6 7D 66 FC AE FD BF 33 7A 7F 7B D2 14 FC BD 21 7A 54 00 18 38 7D 78 19 D6 FC CC 40 28 7C 1F 04 AE FC FF 49 F8 7C 63 8A 14 FC 8B 68 28 7C 18 E1 D6 FD 2A 28 28 55 6B 18 38 FD 6B 68 2A 7F 9C 8A 14 FC C0 30 50 FD 4A 28 2A 7C B8 29 D6 FD A0 38 28 54 00 18 38 FC 00 38 2A FC 64 30 28 FC AB 50 28 7C 98 21 D6 FD 20 48 50 54 A5 18 38 FD 8C 40 2A FC A0 28 50 7D 4A C1 D6 FC ED 48 2A FD 00 60 28 54 84 18 38 FC 60 18 50 FC 00 60 2A 7C E7 C1 D6 FD 6B 50 2A FD AD 48 28 FC 84 30 2A 7C 19 05 AE 7D 6A CD AE 7D 08 C1 D6 7D A5 CD AE 7C 87 CD AE 7D 04 CD AE 7D 29 C1 D6
-
-. 0 1001240C 16
-. 7C A8 CD AE 7C EB CD AE 7C 69 CD AE 42 00 FE 80
-
-. 0 1001241C 28
-. 3A 73 00 01 56 00 F8 7E 7F 80 98 40 3A 94 00 10 3A B5 00 10 3A D6 00 10 41 9D FE 1C
-
-. 0 10012438 8
-. 73 40 00 01 40 A2 F3 78
-
-. 0 10012440 8
-. 2F 92 00 00 41 BE F3 70
-
-. 0 10012448 196
-. 56 67 08 3C 7E 49 03 A6 38 C7 FF FF 80 FE 82 58 57 44 08 3C 38 BA FF FF C9 07 00 00 7C 05 72 14 7D 44 32 14 7D 60 72 14 7C 1D 01 D6 7D 2B 72 14 55 48 18 38 54 C7 18 38 7D 3D 49 D6 54 00 18 38 7C 1F 04 AE 38 E7 00 08 39 08 00 08 7D 7D 59 D6 55 29 18 38 7D A9 FC AE FD 80 68 2A 7C 1D 29 D6 FC 00 68 28 55 6B 18 38 7D 4B FC AE FD 8C 02 32 7C A5 D2 14 FC 00 02 32 54 00 18 38 7D BF 04 AE 7D 58 51 D6 FD 60 50 50 FD 4A 60 28 FD 2D 00 28 7C 18 31 D6 FD 6B 60 28 FD AD 00 2A 55 4A 18 38 7C C6 8A 14 7C E7 C1 D6 54 00 18 38 7D B9 05 AE 7D 08 C1 D6 7D 67 CD AE 7D 2A CD AE 7D 48 CD AE 42 00 FF 5C
-
-. 0 1001250C 28
-. 80 E1 00 30 80 01 00 1C 38 E7 00 04 90 E1 00 30 34 E0 FF FF 90 E1 00 1C 40 82 EA 28
-
-. 0 10012528 4
-. 4B FF F2 A8
-
-PASS: gsl_fft_real with signal_real_noise, n = 16, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 16, stride = 1
-. 0 1000D620 172
-. 54 A0 10 3A 81 81 00 30 7D 23 02 14 7C 1C 01 D6 39 29 FF FF 55 2A 18 38 7D 63 4A 14 39 4A 00 08 7D 7C 59 D6 54 00 18 38 7D 9D 04 AE 7D 05 62 14 7C E8 62 14 7D 3C 49 D6 55 6B 18 38 7D 4B EC AE 7C C7 62 14 FD 6C 50 28 7D 4A E1 D6 55 29 18 38 7C 09 EC AE FD 8C 50 2A FC 00 00 2A 7D AA EC AE 7C 17 29 D6 7C A5 DA 14 FD AD 68 2A FD 4C 00 28 7D 17 41 D6 FD 8C 00 2A FD 2B 68 2A 54 00 18 38 FD 6B 68 28 7D 9A 05 AE 7C F7 39 D6 55 08 18 38 7D 68 D5 AE 7C D7 31 D6 54 E7 18 38 7D 47 D5 AE 54 C6 18 38 7D 26 D5 AE 42 00 FF 58
-
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 16, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 16, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 16
-. 0 10014288 20
-. 3A 1A 00 01 3A 60 00 01 56 00 F8 7E 2B 80 00 01 40 9D 01 FC
-
-. 0 1001429C 60
-. 3A B7 00 08 3A DB 00 08 3A 9C 00 08 57 57 08 3C 2F 92 00 00 C0 14 FF FC C1 B5 FF FC C1 96 FF FC FC 20 00 50 FF C0 68 50 C0 54 FF F8 FF 80 60 50 C3 F5 FF F8 C3 B6 FF F8 41 9E 01 A4
-
-. 0 100142D8 400
-. 56 68 08 3C 7D 33 D0 50 55 29 08 3C 3B 88 FF FF 7E 49 03 A6 38 69 FF FF 7F 9B E3 78 7C 1B 72 14 57 66 10 3A 7D 60 72 14 54 09 10 3A 7D 0B 72 14 39 29 00 04 55 0A 10 3A 7D 29 F9 D6 39 4A 00 04 55 67 10 3A 38 E7 00 04 7D 4A F9 D6 7D 49 EC 2E 38 C6 00 04 ED 21 02 B2 7C B7 E2 14 7C 97 1A 14 7C 1F 01 D6 7C EA EC 2E 57 89 10 3A EC 9C 01 F2 54 6A 10 3A 39 29 00 04 7D 7F 59 D6 54 00 10 3A 7D 7D 04 2E 39 4A 00 04 ED 22 4A F8 7D 1F 41 D6 55 6B 10 3A 7D 0B EC 2E ED 61 02 F2 54 AB 10 3A ED 9E 02 32 39 6B 00 04 7C E7 F9 D6 55 08 10 3A 7C 08 EC 2E ED 42 5A BA 54 88 10 3A EC 9D 20 38 39 08 00 04 EC 1C 00 32 7C C6 F9 D6 7D A7 EC 2E EC A9 20 28 ED 9F 63 7A 7C 1F D9 D6 EC FD 01 FA ED BE 03 72 7D 66 EC 2E FC A0 28 50 7F 7B D2 14 EC 6B 60 28 EC CA 38 28 54 00 10 3A ED 1F 6A 38 7C 1D 04 2E ED 4A 38 2A 7C 18 E1 D6 ED 6B 60 2A 7F 9C 8A 14 ED A0 40 28 ED 29 20 2A EC E3 28 28 7C F8 19 D6 ED 8B 50 28 54 00 10 3A FC C0 30 50 7C 63 8A 14 EC 00 40 2A 7C B8 29 D6 FD 80 60 50 EC 8D 30 2A 54 E7 10 3A ED 00 48 28 FC E0 38 50 7C 98 21 D6 EC 00 48 2A ED 6B 50 2A 54 A5 10 3A ED AD 30 28 EC 63 28 2A 7C 19 05 2E 7D 29 C1 D6 54 84 10 3A 7D 6B C1 D6 7D 69 CD 2E 7D A5 CD 2E 7D 08 C1 D6 7C 6B CD 2E 7D 04 CD 2E 7D 4A C1 D6
-
-. 0 10014468 16
-. 7D 88 CD 2E 7C 87 CD 2E 7C EA CD 2E 42 00 FE 80
-
-. 0 10014478 28
-. 3A 73 00 01 56 00 F8 7E 7F 80 98 40 3A 94 00 08 3A B5 00 08 3A D6 00 08 41 9D FE 1C
-
-. 0 10014494 8
-. 73 48 00 01 40 A2 F3 48
-
-. 0 1001449C 8
-. 2F 92 00 00 41 BE F3 40
-
-. 0 100144A4 204
-. 81 3E 82 B4 56 68 08 3C 38 C8 FF FF 7E 49 03 A6 57 44 08 3C C9 09 00 00 38 BA FF FF 7C 05 72 14 7D 44 32 14 7D 60 72 14 7C 1F 01 D6 7D 2B 72 14 55 47 10 3A 54 C8 10 3A 7D 3F 49 D6 54 00 10 3A 7D BD 04 2E 39 08 00 04 38 E7 00 04 55 29 10 3A 7D 7F 59 D6 7D 89 EC 2E EC 0D 60 2A ED AD 60 28 7C 1F 29 D6 55 6B 10 3A 7D 6B EC 2E 7C A5 D2 14 FD 40 58 50 54 00 10 3A FC 00 02 32 7D 9D 04 2E 7D 38 31 D6 7C C6 8A 14 FD AD 02 32 FC 00 00 18 7D 58 51 D6 55 29 10 3A FD A0 68 18 ED 6B 00 28 ED 4A 00 28 7D 08 C1 D6 ED 2C 68 28 ED 8C 68 2A 55 4A 10 3A 7C E7 C1 D6 7D 89 CD 2E 7D 48 CD 2E 7D 2A CD 2E 7D 67 CD 2E 42 00 FF 54
-
-. 0 10014570 28
-. 80 E1 00 30 80 01 00 1C 38 E7 00 04 90 E1 00 30 34 E0 FF FF 90 E1 00 1C 40 82 E9 B4
-
-. 0 1001458C 4
-. 4B FF F2 70
-
-PASS: gsl_fft_real_float with signal_real_noise, n = 16, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 16, stride = 1
-. 0 1000F804 172
-. 54 A0 10 3A 81 81 00 30 7D 23 02 14 7C 1C 01 D6 39 29 FF FF 55 2A 10 3A 7D 63 4A 14 39 4A 00 04 7D 7C 59 D6 54 00 10 3A 7D 9F 04 2E 7D 05 62 14 7C E8 62 14 7D 3C 49 D6 55 6B 10 3A 7D 4B FC 2E 7C C7 62 14 ED 6C 50 28 7D 4A E1 D6 55 29 10 3A 7C 09 FC 2E ED 8C 50 2A EC 00 00 2A 7D AA FC 2E 7C 17 29 D6 7C A5 DA 14 ED AD 68 2A ED 4C 00 28 7D 17 41 D6 ED 8C 00 2A ED 2B 68 2A 54 00 10 3A ED 6B 68 28 7D 9A 05 2E 7C F7 39 D6 55 08 10 3A 7D 68 D5 2E 7C D7 31 D6 54 E7 10 3A 7D 47 D5 2E 54 C6 10 3A 7D 26 D5 2E 42 00 FF 58
-
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 16, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 16, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 16
-PASS: gsl_fft_complex_forward with signal_noise, n = 16, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 16, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 16, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 16, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 16, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 16, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 16, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 16, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 16, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 16, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 16
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 16, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 16, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 16, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 16, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 16, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 16, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 16, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 16, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 16, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 16, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 16
-PASS: gsl_fft_real with signal_real_noise, n = 16, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 16, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 16, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 16, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 16
-PASS: gsl_fft_real_float with signal_real_noise, n = 16, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 16, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 16, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 16, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 16
-PASS: gsl_fft_complex_forward with signal_noise, n = 16, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 16, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 16, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 16, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 16, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 16, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 16, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 16, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 16, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 16, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 16
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 16, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 16, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 16, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 16, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 16, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 16, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 16, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 16, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 16, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 16, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 16
-PASS: gsl_fft_real with signal_real_noise, n = 16, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 16, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 16, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 16, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 16
-PASS: gsl_fft_real_float with signal_real_noise, n = 16, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 16, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 16, stride = 3
-. 0 FE0D438 16
-. CB BD 00 00 FC E0 F0 90 FF 9E E8 00 41 9D 00 08
-
-. 0 FE0D44C 32
-. C9 0A 00 00 FC A8 38 2A FF 65 40 28 D8 A1 00 30 81 41 00 30 81 61 00 34 FC 27 D8 28 41 9D 00 08
-
-. 0 FE0D470 188
-. FF 41 00 72 C9 47 00 00 C8 66 00 00 55 6A 28 34 C8 E5 00 00 7C EA 42 14 83 1E 0F 84 FF 9A 1A BA C8 A4 00 00 C8 18 00 00 C9 63 00 00 FD 81 00 2A C8 67 00 08 FD BC 3E BA 7F 8A 44 AE FD 0C 00 28 FC DC 00 2A FF 6D 06 B2 FD 86 00 28 C8 07 00 18 FD 21 40 28 FC 81 D8 BA CB 67 00 10 FC E9 10 2A FD 5C 60 28 FD BB 01 32 FC DA 59 7A FD 21 06 B2 FD 6C 01 F2 FF 4C 02 32 FC 8A 18 2A FC A0 68 28 FD 29 01 B2 FD 44 00 72 FD BB D0 28 FC 85 58 28 FC 7C 02 72 FD 84 50 28 FC DB 68 28 FC 2C 18 28 FD 66 D0 28 FC 01 58 2A FC 2D 00 2A FC ED 08 28 FC 80 38 2A FC 04 E8 00 40 81 05 5C
-
-. 0 FE0DA84 20
-. 81 1E 0F 88 FF 9F E8 00 CB 48 00 00 FC 84 06 B2 40 9D 02 F0
-
-. 0 FE0DD84 8
-. 81 3E 0F B8 4B FF FD 14
-
-. 0 FE0DA9C 16
-. C9 69 00 00 FC BF 02 F2 FC 04 28 28 4B FF FA A4
-
-. 0 FE0D54C 12
-. FC 81 00 2A FC 84 08 00 41 86 02 6C
-
-. 0 FE0D7C0 8
-. 57 E0 F8 7F 41 A2 F2 94
-
-PASS: gsl_fft_complex_wavetable_alloc, n = 17, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 17
-PASS: gsl_fft_complex_forward with signal_noise, n = 17, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 17, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 17, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 17, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 17, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 17, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 17, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 17
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 17, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 17, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 17, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 17, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 17, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 17, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 17, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 17
-PASS: gsl_fft_real with signal_real_noise, n = 17, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 17, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 17, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 17, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 17
-PASS: gsl_fft_real_float with signal_real_noise, n = 17, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 17, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 17, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 17, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 17
-PASS: gsl_fft_complex_forward with signal_noise, n = 17, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 17, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 17, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 17, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 17, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 17, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 17, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 17, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 17, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 17, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 17
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 17, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 17, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 17, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 17, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 17, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 17, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 17, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 17, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 17, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 17, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 17
-PASS: gsl_fft_real with signal_real_noise, n = 17, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 17, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 17, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 17, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 17
-PASS: gsl_fft_real_float with signal_real_noise, n = 17, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 17, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 17, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 17, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 17
-PASS: gsl_fft_complex_forward with signal_noise, n = 17, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 17, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 17, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 17, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 17, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 17, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 17, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 17, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 17, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 17, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 17
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 17, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 17, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 17, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 17, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 17, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 17, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 17, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 17, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 17, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 17, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 17
-PASS: gsl_fft_real with signal_real_noise, n = 17, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 17, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 17, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 17, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 17
-PASS: gsl_fft_real_float with signal_real_noise, n = 17, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 17, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 17, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 18, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 18
-. 0 FE0EBBC 20
-. FC 1F F0 00 81 1E 0F E4 CB C8 00 00 FC 84 07 B2 40 81 02 B8
-
-. 0 FE0EE84 8
-. 81 3E 10 18 4B FF FD 4C
-
-. 0 FE0EBD4 20
-. C9 29 00 00 FC 1F 22 7A FD 81 00 2A FF 0C 08 00 41 9A 00 60
-
-. 0 FE0EC4C 4
-. 4B FF FA 28
-
-PASS: gsl_fft_complex_forward with signal_noise, n = 18, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 18, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 18, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 18, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 18, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 18, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 18, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 18
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 18, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 18, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 18, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 18, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 18, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 18, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 18, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 18
-. 0 10011F44 296
-. 7D 26 1A 14 7C F7 2A 14 7C 09 1A 14 7D 7D 49 D6 54 0A 18 38 55 29 18 38 39 29 00 08 7C 1D 01 D6 39 4A 00 08 55 6B 18 38 7D 8B FC AE 54 CB 18 38 39 6B 00 08 7D 29 E9 D6 54 00 18 38 7D 7F 04 AE FD 04 03 32 54 E8 18 38 FC E2 02 F2 39 08 00 08 7D 4A E9 D6 7D A9 FC AE 54 A9 18 38 FD 44 03 72 39 29 00 08 7C 0A FC AE FD A5 43 7A 7D 6B E9 D6 FD 22 00 32 FC 03 38 3A 7C 1D 31 D6 7C EB FC AE FD 63 4A F8 54 8B 18 38 39 6B 00 08 FD 85 53 38 7C C6 DA 14 54 00 18 38 7D 58 21 D6 FC CD 00 2A 7C 84 8A 14 FD AD 00 28 FD 4C 58 28 FD 26 00 72 7C F8 39 D6 55 4A 18 38 FD 8C 58 2A 7D 7F 04 AE FD 4A 07 F2 7C 18 29 D6 54 E7 18 38 FC 0C 00 72 7C A5 8A 14 FD 27 48 28 FD AD 07 F2 7D 29 C1 D6 54 00 18 38 FC 0B 00 28 FD 09 50 28 7D 08 C1 D6 FD 6B 60 2A FC E7 30 2A FD 80 68 2A FD 00 40 50 7D 79 05 AE 7D 6B C1 D6 FC 00 68 28 FD 29 50 2A 7C E9 CD AE 7C 07 CD AE 7D 28 CD AE 7D 8A CD AE 7D 0B CD AE 42 00 FE DC
-
-PASS: gsl_fft_real with signal_real_noise, n = 18, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 18, stride = 1
-. 0 1000D3A8 24
-. 2F 94 00 00 C8 36 FF F0 CB F6 FF F8 C8 78 FF F0 C8 58 FF F8 41 9E 01 54
-
-. 0 1000D548 140
-. 1D 25 00 03 7D 47 FA 14 7D 0A FA 14 7D 57 51 D6 7D 29 DA 14 39 29 FF FF 7C 06 4A 14 55 2B 18 38 7C 1C 01 D6 39 6B 00 08 55 4A 18 38 7C A5 DA 14 7D 3C 49 D6 54 00 18 38 7D 5D 04 AE 7D 6B E1 D6 55 29 18 38 7C 09 EC AE FD 80 50 28 7D AB EC AE FC 00 00 2A 7C 17 39 D6 7C E7 DA 14 FD A9 03 72 FD 60 60 50 7D 17 41 D6 FC 00 50 2A FD 8C 68 28 54 00 18 38 FD 6B 68 28 7C 1A 05 AE 55 08 18 38 7D 8A D5 AE 7D 68 D5 AE 42 00 FF 78
-
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 18, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 18, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 18
-. 0 10013F94 296
-. 7D 26 1A 14 54 88 10 3A 7C 09 1A 14 7D 7F 49 D6 54 0A 10 3A 55 29 10 3A 39 29 00 04 7C 1F 01 D6 39 4A 00 04 55 6B 10 3A 7D 4B EC 2E 54 CB 10 3A 39 6B 00 04 7D 29 F9 D6 54 00 10 3A 7D 7D 04 2E ED 84 02 B2 39 08 00 04 ED 22 02 F2 7D 4A F9 D6 7D A9 EC 2E 54 A9 10 3A ED 85 63 7A 39 29 00 04 ED A4 03 72 7C 0A EC 2E 7D 6B F9 D6 ED 23 48 3A EC 02 00 32 ED 45 6A B8 7C 1F 31 D6 EC CC 48 2A 7C EB EC 2E ED 63 02 F8 7D 77 2A 14 ED 8C 48 28 55 6A 10 3A 54 00 10 3A 7C F8 21 D6 ED 0A 58 28 7C 1D 04 2E ED 4A 58 2A 39 4A 00 04 ED 66 00 72 7C C6 DA 14 ED 08 07 F2 7C 18 29 D6 ED AA 00 72 54 E7 10 3A ED 67 58 28 7C A5 8A 14 ED 8C 07 F2 7C 84 8A 14 ED A0 68 28 7D 78 59 D6 ED 2B 40 28 54 00 10 3A EC 00 50 2A EC E7 30 2A 7D 29 C1 D6 ED 4D 60 2A FD 20 48 50 55 6B 10 3A ED AD 60 28 7C 19 05 2E ED 6B 40 2A 7D 4A C1 D6 7C E9 CD 2E 7D AB CD 2E 7D 08 C1 D6 7D 6A CD 2E 7D 47 CD 2E 7D 28 CD 2E 42 00 FE DC
-
-PASS: gsl_fft_real_float with signal_real_noise, n = 18, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 18, stride = 1
-. 0 1000F574 24
-. 2F 93 00 00 C0 75 FF F8 C0 55 FF FC C0 36 FF F8 C3 F6 FF FC 41 9E 01 6C
-
-. 0 1000F72C 140
-. 1D 25 00 03 7D 47 CA 14 7D 0A CA 14 7D 57 51 D6 7D 29 DA 14 39 29 FF FF 7C 06 4A 14 55 2B 10 3A 7C 1C 01 D6 39 6B 00 04 55 4A 10 3A 7C A5 DA 14 7D 3C 49 D6 54 00 10 3A 7D 5F 04 2E 55 29 10 3A 7D 6B E1 D6 7C 09 FC 2E ED 80 50 28 7D AB FC 2E EC 00 00 2A 7C 17 39 D6 7C E7 DA 14 ED A9 03 72 FD 60 60 50 EC 00 50 2A 7D 17 41 D6 ED 8C 68 28 ED 6B 68 28 54 00 10 3A 7C 1A 05 2E 7D 8A D5 2E 55 08 10 3A 7D 68 D5 2E 42 00 FF 78
-
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 18, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 18, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 18
-PASS: gsl_fft_complex_forward with signal_noise, n = 18, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 18, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 18, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 18, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 18, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 18, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 18, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 18, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 18, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 18, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 18
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 18, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 18, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 18, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 18, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 18, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 18, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 18, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 18, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 18, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 18, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 18
-PASS: gsl_fft_real with signal_real_noise, n = 18, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 18, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 18, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 18, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 18
-PASS: gsl_fft_real_float with signal_real_noise, n = 18, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 18, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 18, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 18, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 18
-PASS: gsl_fft_complex_forward with signal_noise, n = 18, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 18, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 18, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 18, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 18, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 18, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 18, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 18, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 18, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 18, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 18
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 18, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 18, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 18, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 18, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 18, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 18, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 18, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 18, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 18, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 18, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 18
-PASS: gsl_fft_real with signal_real_noise, n = 18, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 18, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 18, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 18, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 18
-PASS: gsl_fft_real_float with signal_real_noise, n = 18, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 18, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 18, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 19, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 19
-PASS: gsl_fft_complex_forward with signal_noise, n = 19, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 19, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 19, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 19, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 19, stride = 1
-. 0 FE0DBB8 24
-. 81 3E 0F 9C C8 A9 00 00 FC 1F 21 7A FC C1 00 2A FE 06 08 00 41 B2 F5 78
-
-PASS: gsl_fft_complex_forward with signal_exp, n = 19, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 19, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 19
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 19, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 19, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 19, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 19, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 19, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 19, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 19, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 19
-PASS: gsl_fft_real with signal_real_noise, n = 19, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 19, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 19, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 19, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 19
-PASS: gsl_fft_real_float with signal_real_noise, n = 19, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 19, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 19, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 19, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 19
-PASS: gsl_fft_complex_forward with signal_noise, n = 19, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 19, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 19, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 19, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 19, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 19, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 19, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 19, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 19, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 19, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 19
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 19, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 19, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 19, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 19, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 19, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 19, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 19, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 19, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 19, stride = 2
-. 0 FEEF554 12
-. 7F 80 F8 28 7F A0 F9 2D 40 A2 FF F8
-
-PASS: gsl_fft_real_wavetable_alloc, n = 19, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 19
-PASS: gsl_fft_real with signal_real_noise, n = 19, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 19, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 19, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 19, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 19
-PASS: gsl_fft_real_float with signal_real_noise, n = 19, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 19, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 19, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 19, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 19
-PASS: gsl_fft_complex_forward with signal_noise, n = 19, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 19, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 19, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 19, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 19, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 19, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 19, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 19, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 19, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 19, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 19
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 19, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 19, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 19, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 19, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 19, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 19, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 19, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 19, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 19, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 19, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 19
-PASS: gsl_fft_real with signal_real_noise, n = 19, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 19, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 19, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 19, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 19
-PASS: gsl_fft_real_float with signal_real_noise, n = 19, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 19, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 19, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 20, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 20
-PASS: gsl_fft_complex_forward with signal_noise, n = 20, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 20, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 20, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 20, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 20, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 20, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 20, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 20
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 20, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 20, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 20, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 20, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 20, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 20, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 20, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 20
-. 0 10012250 44
-. 2F 92 00 00 C8 14 FF F8 C9 B5 FF F8 C9 96 FF F8 FC 20 00 50 FF C0 68 50 C8 54 FF F0 FF 80 60 50 CB F5 FF F0 CB B6 FF F0 41 9E 01 A4
-
-PASS: gsl_fft_real with signal_real_noise, n = 20, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 20, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 20, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 20, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 20
-. 0 100142AC 44
-. 2F 92 00 00 C0 14 FF FC C1 B5 FF FC C1 96 FF FC FC 20 00 50 FF C0 68 50 C0 54 FF F8 FF 80 60 50 C3 F5 FF F8 C3 B6 FF F8 41 9E 01 A4
-
-PASS: gsl_fft_real_float with signal_real_noise, n = 20, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 20, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 20, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 20, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 20
-PASS: gsl_fft_complex_forward with signal_noise, n = 20, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 20, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 20, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 20, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 20, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 20, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 20, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 20, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 20, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 20, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 20
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 20, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 20, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 20, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 20, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 20, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 20, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 20, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 20, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 20, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 20, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 20
-PASS: gsl_fft_real with signal_real_noise, n = 20, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 20, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 20, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 20, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 20
-PASS: gsl_fft_real_float with signal_real_noise, n = 20, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 20, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 20, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 20, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 20
-PASS: gsl_fft_complex_forward with signal_noise, n = 20, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 20, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 20, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 20, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 20, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 20, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 20, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 20, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 20, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 20, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 20
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 20, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 20, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 20, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 20, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 20, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 20, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 20, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 20, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 20, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 20, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 20
-PASS: gsl_fft_real with signal_real_noise, n = 20, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 20, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 20, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 20, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 20
-PASS: gsl_fft_real_float with signal_real_noise, n = 20, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 20, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 20, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 21, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 21
-PASS: gsl_fft_complex_forward with signal_noise, n = 21, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 21, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 21, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 21, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 21, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 21, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 21, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 21
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 21, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 21, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 21, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 21, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 21, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 21, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 21, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 21
-. 0 100110F8 20
-. 80 9E 82 74 80 7E 82 78 3A 40 00 00 7F 92 80 40 40 9C 0A 80
-
-. 0 1001110C 36
-. 56 6C 08 3C 3A A0 00 00 55 E5 F8 7E 3A C0 00 00 38 E0 00 00 C8 64 00 00 7F 87 D8 40 C8 83 00 00 40 9C 0A 48
-
-. 0 10011130 36
-. 7D 35 62 14 56 97 08 3C 38 C9 FF FF 2F 87 00 00 C8 A3 00 00 C8 E4 00 00 FC C0 28 90 FD 00 28 90 41 9E 00 14
-
-. 0 10011164 12
-. 39 00 00 00 7F 88 D8 40 40 9C 09 D0
-
-. 0 10011170 20
-. 7D 36 62 14 7F 69 03 A6 39 49 FF FF 7D 65 98 50 48 00 00 78
-
-. 0 100111F8 16
-. 2F 88 00 00 55 60 20 36 7D 20 E2 14 41 BE FF 80
-
-. 0 10011184 72
-. C9 24 00 00 C9 83 00 00 55 49 18 38 7C 1D 51 D6 39 29 00 08 7D 65 5A 14 39 08 00 01 7D 29 E9 D6 54 00 18 38 7D 7F 04 AE 7D 4A D2 14 39 6B FF FF FD AC 02 F2 7C 09 FC AE FD 8C 00 32 FD 49 68 3A FD 89 62 F8 41 9E 00 14
-
-. 0 100111DC 28
-. FC 08 03 32 FD A8 02 B2 FC 07 02 BA FD A7 6B 38 FC C6 00 2A FC A5 68 2A 42 40 09 48
-
-. 0 10011208 16
-. C8 09 00 08 7D 3C 04 AE FD 80 00 50 4B FF FF 78
-
-. 0 1001118C 64
-. 55 49 18 38 7C 1D 51 D6 39 29 00 08 7D 65 5A 14 39 08 00 01 7D 29 E9 D6 54 00 18 38 7D 7F 04 AE 7D 4A D2 14 39 6B FF FF FD AC 02 F2 7C 09 FC AE FD 8C 00 32 FD 49 68 3A FD 89 62 F8 41 9E 00 14
-
-. 0 100111CC 44
-. FC 04 02 32 FD A4 01 F2 FC E3 01 F8 FD 03 6A 3A FC 08 03 32 FD A8 02 B2 FC 07 02 BA FD A7 6B 38 FC C6 00 2A FC A5 68 2A 42 40 09 48
-
-. 0 10011B3C 12
-. 7D 27 D8 50 7F 89 38 40 40 9D 01 FC
-
-. 0 10011B48 44
-. 54 C9 18 38 7C 18 31 D6 39 29 00 08 7D 29 C1 D6 54 00 18 38 7C B9 05 AE 7C C9 CD AE 38 E7 00 01 7C C6 BA 14 7F 87 D8 40 41 9C F5 CC
-
-. 0 1001113C 24
-. 2F 87 00 00 C8 A3 00 00 C8 E4 00 00 FC C0 28 90 FD 00 28 90 41 9E 00 14
-
-. 0 10011154 28
-. FC 04 07 72 FD A3 07 72 FC 63 07 BA FC 84 6F B8 39 00 00 00 7F 88 D8 40 40 9C 09 D0
-
-. 0 10011D40 56
-. 7D 29 A1 D6 FC 00 30 50 55 29 08 3C 7D 35 4A 14 7D 2C 48 50 39 29 FF FF 55 2B 18 38 7D 38 49 D6 39 6B 00 08 7D 6B C1 D6 55 29 18 38 7C A9 CD AE 7C 0B CD AE 4B FF FD F0
-
-. 0 10011B64 16
-. 38 E7 00 01 7C C6 BA 14 7F 87 D8 40 41 9C F5 CC
-
-. 0 10011B74 20
-. 3A 52 00 01 7E D6 A2 14 7F 92 80 40 7E B5 8A 14 41 9C F5 98
-
-. 0 10011B88 16
-. 3A 73 00 01 55 E0 F8 7E 7F 80 98 40 41 9D F5 6C
-
-PASS: gsl_fft_real with signal_real_noise, n = 21, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 21, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 21, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 21, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 21
-. 0 100130E8 20
-. 80 9E 82 D0 80 7E 82 D4 3A 40 00 00 7F 92 80 40 40 9C 0A BC
-
-. 0 100130FC 36
-. 56 6C 08 3C 3A A0 00 00 55 E5 F8 7E 3A C0 00 00 38 E0 00 00 C0 64 00 00 7F 87 D8 40 C0 83 00 00 40 9C 0A 84
-
-. 0 10013120 36
-. 7D 35 62 14 56 97 08 3C 38 C9 FF FF 2F 87 00 00 C0 A3 00 00 C0 E4 00 00 FC C0 28 90 FD 00 28 90 41 9E 00 14
-
-. 0 10013154 12
-. 39 00 00 00 7F 88 D8 40 40 9C 0A 0C
-
-. 0 10013160 20
-. 7D 36 62 14 7F 69 03 A6 39 49 FF FF 7D 65 98 50 48 00 00 78
-
-. 0 100131E8 16
-. 2F 88 00 00 55 60 18 38 7D 20 E2 14 41 BE FF 80
-
-. 0 10013174 72
-. C1 24 00 00 C1 83 00 00 55 49 10 3A 7C 1F 51 D6 39 29 00 04 7D 65 5A 14 39 08 00 01 7D 29 F9 D6 54 00 10 3A 7D 7D 04 2E 7D 4A D2 14 39 6B FF FF ED AC 02 F2 7C 09 EC 2E ED 8C 00 32 ED 49 68 3A ED 89 62 F8 41 9E 00 14
-
-. 0 100131CC 28
-. EC 08 03 32 ED A8 02 B2 EC 07 02 BA ED A7 6B 38 EC C6 00 2A EC A5 68 2A 42 40 09 84
-
-. 0 100131F8 16
-. C0 09 00 04 7D 3C 04 2E FD 80 00 50 4B FF FF 78
-
-. 0 1001317C 64
-. 55 49 10 3A 7C 1F 51 D6 39 29 00 04 7D 65 5A 14 39 08 00 01 7D 29 F9 D6 54 00 10 3A 7D 7D 04 2E 7D 4A D2 14 39 6B FF FF ED AC 02 F2 7C 09 EC 2E ED 8C 00 32 ED 49 68 3A ED 89 62 F8 41 9E 00 14
-
-. 0 100131BC 44
-. EC 04 02 32 ED A4 01 F2 EC E3 01 F8 ED 03 6A 3A EC 08 03 32 ED A8 02 B2 EC 07 02 BA ED A7 6B 38 EC C6 00 2A EC A5 68 2A 42 40 09 84
-
-. 0 10013B68 12
-. 7D 27 D8 50 7F 89 38 40 40 9D 02 00
-
-. 0 10013B74 44
-. 54 C9 10 3A 7C 18 31 D6 39 29 00 04 7D 29 C1 D6 54 00 10 3A 7C B9 05 2E 7C C9 CD 2E 38 E7 00 01 7C C6 BA 14 7F 87 D8 40 41 9C F5 90
-
-. 0 1001312C 24
-. 2F 87 00 00 C0 A3 00 00 C0 E4 00 00 FC C0 28 90 FD 00 28 90 41 9E 00 14
-
-. 0 10013144 28
-. EC 04 07 72 ED A3 07 72 EC 63 07 BA EC 84 6F B8 39 00 00 00 7F 88 D8 40 40 9C 0A 0C
-
-. 0 10013D70 56
-. 7D 29 A1 D6 FC 00 30 50 55 29 08 3C 7D 35 4A 14 7D 2C 48 50 39 29 FF FF 55 2B 10 3A 7D 38 49 D6 39 6B 00 04 7D 6B C1 D6 55 29 10 3A 7C A9 CD 2E 7C 0B CD 2E 4B FF FD EC
-
-. 0 10013B90 16
-. 38 E7 00 01 7C C6 BA 14 7F 87 D8 40 41 9C F5 90
-
-. 0 10013BA0 20
-. 3A 52 00 01 7E D6 A2 14 7F 92 80 40 7E B5 8A 14 41 9C F5 5C
-
-. 0 10013BB4 16
-. 3A 73 00 01 55 E0 F8 7E 7F 80 98 40 41 9D F5 30
-
-PASS: gsl_fft_real_float with signal_real_noise, n = 21, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 21, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 21, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 21, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 21
-PASS: gsl_fft_complex_forward with signal_noise, n = 21, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 21, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 21, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 21, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 21, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 21, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 21, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 21, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 21, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 21, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 21
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 21, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 21, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 21, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 21, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 21, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 21, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 21, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 21, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 21, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 21, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 21
-PASS: gsl_fft_real with signal_real_noise, n = 21, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 21, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 21, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 21, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 21
-PASS: gsl_fft_real_float with signal_real_noise, n = 21, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 21, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 21, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 21, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 21
-PASS: gsl_fft_complex_forward with signal_noise, n = 21, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 21, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 21, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 21, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 21, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 21, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 21, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 21, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 21, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 21, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 21
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 21, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 21, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 21, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 21, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 21, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 21, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 21, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 21, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 21, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 21, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 21
-PASS: gsl_fft_real with signal_real_noise, n = 21, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 21, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 21, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 21, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 21
-PASS: gsl_fft_real_float with signal_real_noise, n = 21, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 21, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 21, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 22, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 22
-. 0 10007770 8
-. 2F 9B 00 00 41 BE FF 3C
-
-. 0 10007778 4
-. 40 9A 00 10
-
-. 0 1000777C 12
-. C8 BC FF F0 C8 DC FF F8 4B FF FF 34
-
-. 0 100076B8 8
-. 2F 86 00 00 41 9E 00 A0
-
-. 0 10006FE0 36
-. 7C 0A FC AE 7D 6A FA 14 7D 20 D2 14 7D 4A 42 14 7C 1A 05 AE 7C 00 3A 14 C9 AB 00 08 D9 A9 00 08 42 00 FF E0
-
-. 0 10007038 128
-. 7D 25 32 14 7C 04 32 14 7D 59 49 D6 38 C6 00 01 7D 79 01 D6 55 4A 20 36 7D AA FC AE 7C EA FA 14 55 6B 20 36 7D 38 49 D6 7C 0B FC AE 7D 0B FA 14 FD AD 00 2A 55 29 20 36 7C 18 01 D6 7D A9 D5 AE 7D 29 D2 14 C9 A8 00 08 C8 07 00 08 54 00 20 36 FC 00 68 2A D8 09 00 08 7D 20 D2 14 7C 0B FC AE 7D AA FC AE FD AD 00 28 7D BA 05 AE C8 07 00 08 C9 A8 00 08 FC 00 68 28 D8 09 00 08 42 00 FF 84
-
-. 0 100070E4 36
-. 7C 0A D4 AE 7D 6A D2 14 7D 20 FA 14 7D 4A 42 14 7C 1F 05 AE 7C 00 3A 14 C9 AB 00 08 D9 A9 00 08 42 00 FF E0
-
-. 0 1000713C 64
-. 7D 2A 32 14 7C 1F 04 AE 7D 29 C1 D6 7D 60 FA 14 38 C6 00 01 55 29 20 36 7D A9 D4 AE 7D 29 D2 14 FC 00 68 2A 7C 1F 05 AE 7C 00 42 14 C9 A9 00 08 C8 0B 00 08 FC 00 68 2A D8 0B 00 08 42 00 FF C4
-
-. 0 100071EC 80
-. 7D 26 EA 14 7C 1A 04 AE 7D 29 C9 D6 7D 40 D2 14 7D 66 DA 14 38 C6 00 01 55 29 20 36 7D 6B C9 D6 7C 09 FD AE 7D 29 FA 14 C8 0A 00 08 D8 09 00 08 55 6B 20 36 7D BA 04 AE 7C 00 42 14 7D AB FD AE 7D 6B FA 14 C8 0A 00 08 D8 0B 00 08 42 00 FF B4
-
-. 0 10007278 168
-. 7D 44 32 14 7D 27 32 14 7D 4A C1 D6 7C 06 EA 14 7D 06 DA 14 38 C6 00 01 7D 29 C1 D6 55 4A 20 36 7D 6A D2 14 7D 8A D4 AE C8 0B 00 08 FD 88 03 32 55 29 20 36 7C 00 C9 D6 7D 49 D4 AE FC 08 00 32 7D 29 D2 14 FD 47 02 B2 C9 69 00 08 54 00 20 36 7D 08 C9 D6 7D BF 04 AE FD 67 02 F2 7D 60 FA 14 FD 2A 00 28 FD 4A 00 2A 55 08 20 36 7D 28 FA 14 FD AD 48 2A FD 2B 60 2A FD 6B 60 28 7D BF 05 AE C8 0B 00 08 FC 00 48 2A D8 0B 00 08 7D A8 FC AE FD AD 50 2A 7D A8 FD AE C8 09 00 08 FC 00 58 2A D8 09 00 08 42 00 FF 5C
-
-. 0 1000736C 36
-. 7C 0A FC AE 7D 6A FA 14 7D 20 D2 14 7D 4A 42 14 7C 1A 05 AE 7C 00 3A 14 C9 AB 00 08 D9 A9 00 08 42 00 FF E0
-
-. 0 100073B4 56
-. 7D 20 22 14 7D 6A 22 14 7D 29 C9 D6 38 84 00 01 7D 6B C1 D6 55 29 20 36 7D A9 FC AE 7D 29 FA 14 55 6B 20 36 7D AB D5 AE 7D 6B D2 14 C8 09 00 08 D8 0B 00 08 42 00 FF CC
-
-PASS: gsl_fft_complex_forward with signal_noise, n = 22, stride = 1
-. 0 10007788 16
-. C8 1C FF F8 C8 BC FF F0 FC C0 00 50 4B FF FF 24
-
-PASS: gsl_fft_complex_inverse with signal_noise, n = 22, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 22, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 22, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 22, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 22, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 22, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 22
-. 0 1000A590 8
-. 2F 9B 00 00 41 BE FF 3C
-
-. 0 1000A598 4
-. 40 9A 00 10
-
-. 0 1000A59C 12
-. C0 BC FF F8 C0 DC FF FC 4B FF FF 34
-
-. 0 1000A4D8 8
-. 2F 86 00 00 41 9E 00 A0
-
-. 0 10009E08 36
-. 7C 0A FC 2E 7D 6A FA 14 7D 20 D2 14 7D 4A 42 14 7C 1A 05 2E 7C 00 3A 14 C1 AB 00 04 D1 A9 00 04 42 00 FF E0
-
-. 0 10009E60 128
-. 7D 25 32 14 7C 04 32 14 7D 59 49 D6 38 C6 00 01 7D 79 01 D6 55 4A 18 38 7D AA FC 2E 7C EA FA 14 55 6B 18 38 7D 38 49 D6 7C 0B FC 2E 7D 0B FA 14 ED AD 00 2A 55 29 18 38 7C 18 01 D6 7D A9 D5 2E 7D 29 D2 14 C1 A8 00 04 C0 07 00 04 54 00 18 38 EC 00 68 2A D0 09 00 04 7D 20 D2 14 7C 0B FC 2E 7D AA FC 2E ED AD 00 28 7D BA 05 2E C0 07 00 04 C1 A8 00 04 EC 00 68 28 D0 09 00 04 42 00 FF 84
-
-. 0 10009F0C 36
-. 7C 0A D4 2E 7D 6A D2 14 7D 20 FA 14 7D 4A 42 14 7C 1F 05 2E 7C 00 3A 14 C1 AB 00 04 D1 A9 00 04 42 00 FF E0
-
-. 0 10009F64 64
-. 7D 2A 32 14 7C 1F 04 2E 7D 29 C1 D6 7D 60 FA 14 38 C6 00 01 55 29 18 38 7D A9 D4 2E 7D 29 D2 14 EC 00 68 2A 7C 1F 05 2E 7C 00 42 14 C1 A9 00 04 C0 0B 00 04 EC 00 68 2A D0 0B 00 04 42 00 FF C4
-
-. 0 1000A00C 80
-. 7D 26 EA 14 7C 1A 04 2E 7D 29 C9 D6 7D 40 D2 14 7D 66 DA 14 38 C6 00 01 55 29 18 38 7D 6B C9 D6 7C 09 FD 2E 7D 29 FA 14 C0 0A 00 04 D0 09 00 04 55 6B 18 38 7D BA 04 2E 7C 00 42 14 7D AB FD 2E 7D 6B FA 14 C0 0A 00 04 D0 0B 00 04 42 00 FF B4
-
-. 0 1000A098 168
-. 7D 44 32 14 7D 67 32 14 7D 4A C1 D6 7C 06 EA 14 7D 06 DA 14 38 C6 00 01 7D 6B C1 D6 55 4A 18 38 7D 2A D2 14 7D AA D4 2E C1 29 00 04 ED A8 03 72 55 6B 18 38 7C 00 C9 D6 7D 4B D4 2E ED 28 02 72 7D 6B D2 14 ED 47 02 B2 C1 6B 00 04 54 00 18 38 7D 08 C9 D6 7C 1F 04 2E ED 67 02 F2 ED 8A 48 28 7D 20 FA 14 ED 4A 48 2A 55 08 18 38 EC 00 60 2A ED 8B 68 2A ED 6B 68 28 7C 1F 05 2E C0 09 00 04 EC 00 60 2A D0 09 00 04 7D 28 FA 14 7D A8 FC 2E ED AD 50 2A 7D A8 FD 2E C0 09 00 04 EC 00 58 2A D0 09 00 04 42 00 FF 5C
-
-. 0 1000A18C 36
-. 7C 0A FC 2E 7D 6A FA 14 7D 20 D2 14 7D 4A 42 14 7C 1A 05 2E 7C 00 3A 14 C1 AB 00 04 D1 A9 00 04 42 00 FF E0
-
-. 0 1000A1D4 56
-. 7D 20 22 14 7D 6A 22 14 7D 29 C9 D6 38 84 00 01 7D 6B C1 D6 55 29 18 38 7D A9 FC 2E 7D 29 FA 14 55 6B 18 38 7D AB D5 2E 7D 6B D2 14 C0 09 00 04 D0 0B 00 04 42 00 FF CC
-
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 22, stride = 1
-. 0 1000A5A8 16
-. C0 1C FF FC C0 BC FF F8 FC C0 00 50 4B FF FF 24
-
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 22, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 22, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 22, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 22, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 22, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 22, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 22
-PASS: gsl_fft_real with signal_real_noise, n = 22, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 22, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 22, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 22, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 22
-PASS: gsl_fft_real_float with signal_real_noise, n = 22, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 22, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 22, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 22, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 22
-PASS: gsl_fft_complex_forward with signal_noise, n = 22, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 22, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 22, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 22, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 22, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 22, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 22, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 22, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 22, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 22, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 22
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 22, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 22, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 22, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 22, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 22, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 22, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 22, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 22, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 22, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 22, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 22
-PASS: gsl_fft_real with signal_real_noise, n = 22, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 22, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 22, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 22, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 22
-PASS: gsl_fft_real_float with signal_real_noise, n = 22, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 22, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 22, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 22, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 22
-PASS: gsl_fft_complex_forward with signal_noise, n = 22, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 22, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 22, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 22, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 22, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 22, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 22, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 22, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 22, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 22, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 22
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 22, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 22, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 22, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 22, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 22, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 22, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 22, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 22, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 22, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 22, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 22
-PASS: gsl_fft_real with signal_real_noise, n = 22, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 22, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 22, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 22, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 22
-PASS: gsl_fft_real_float with signal_real_noise, n = 22, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 22, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 22, stride = 3
-. 0 FE0E084 8
-. FC 00 F8 90 40 99 02 D8
-
-. 0 FE0E360 8
-. FC 00 F8 50 4B FF FD 28
-
-. 0 FE0E08C 200
-. FD 46 00 2A 81 1E 0F E0 80 BE 0F E4 FD 0A 30 28 D9 41 00 30 81 21 00 30 81 41 00 34 FD 40 40 28 55 40 28 34 C8 08 00 00 7C E0 32 14 7C C6 04 AE FC 2A 02 B2 C9 07 00 10 FD 2A 00 2A FD 86 00 2A FC E1 20 FA C8 67 00 08 FD 8C 00 28 FD 29 00 28 C8 07 00 18 FD A7 28 7A FC 8A 48 28 FC E6 60 28 FD 6D 00 72 FC A1 17 BA FD A8 02 F2 FD 6A 00 72 FC 47 18 2A FC 2C 02 72 FD 8C 01 32 FF C0 68 28 FC 8B 01 72 FC E2 02 B2 FD A8 08 28 FC 7E 60 28 CB C5 00 00 FC 46 01 32 FD 83 38 28 FD 08 68 28 FC 0C 10 28 FD 48 08 28 FD 20 50 2A FC CD 48 2A FD 6D 30 28 FC 20 30 90 FC A9 58 2A FC 85 37 BA FF 84 30 00 41 9E 00 3C
-
-PASS: gsl_fft_complex_wavetable_alloc, n = 23, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 23
-PASS: gsl_fft_complex_forward with signal_noise, n = 23, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 23, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 23, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 23, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 23, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 23, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 23, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 23
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 23, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 23, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 23, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 23, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 23, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 23, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 23, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 23
-PASS: gsl_fft_real with signal_real_noise, n = 23, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 23, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 23, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 23, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 23
-PASS: gsl_fft_real_float with signal_real_noise, n = 23, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 23, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 23, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 23, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 23
-PASS: gsl_fft_complex_forward with signal_noise, n = 23, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 23, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 23, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 23, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 23, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 23, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 23, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 23, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 23, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 23, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 23
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 23, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 23, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 23, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 23, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 23, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 23, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 23, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 23, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 23, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 23, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 23
-PASS: gsl_fft_real with signal_real_noise, n = 23, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 23, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 23, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 23, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 23
-PASS: gsl_fft_real_float with signal_real_noise, n = 23, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 23, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 23, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 23, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 23
-PASS: gsl_fft_complex_forward with signal_noise, n = 23, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 23, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 23, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 23, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 23, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 23, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 23, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 23, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 23, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 23, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 23
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 23, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 23, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 23, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 23, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 23, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 23, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 23, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 23, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 23, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 23, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 23
-PASS: gsl_fft_real with signal_real_noise, n = 23, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 23, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 23, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 23, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 23
-PASS: gsl_fft_real_float with signal_real_noise, n = 23, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 23, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 23, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 24, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 24
-PASS: gsl_fft_complex_forward with signal_noise, n = 24, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 24, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 24, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 24, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 24, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 24, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 24, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 24
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 24, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 24, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 24, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 24, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 24, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 24, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 24, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 24
-. 0 100120B0 120
-. 7C 07 1A 14 7D 66 42 14 7D 20 1A 14 7C 1D 01 D6 55 0A 18 38 39 4A 00 08 7D 3D 49 D6 54 00 18 38 7C 1F 04 AE 7C 1D 39 D6 55 29 18 38 7D 89 FC AE 7C E7 DA 14 FD 60 60 2A 54 00 18 38 FC 00 60 28 7D BF 04 AE 7D 78 59 D6 FD 6B 02 72 FD 80 6A BA 7C 18 41 D6 55 6B 18 38 FD AD 00 28 7D 08 8A 14 7D 4A C1 D6 54 00 18 38 7D 99 05 AE 7D 6A CD AE 7D AB CD AE 42 00 FF 8C
-
-PASS: gsl_fft_real with signal_real_noise, n = 24, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 24, stride = 1
-. 0 1000D6FC 32
-. 2F 91 00 00 CB D3 FF F0 CB B3 FF F8 CB 94 FF F0 CB 74 FF F8 CB 55 FF F0 CB 35 FF F8 41 9E 01 9C
-
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 24, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 24, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 24
-. 0 10014100 132
-. 7C 07 1A 14 7D 66 42 14 7D 20 1A 14 7C 1F 01 D6 55 0A 10 3A 39 4A 00 04 7D 3F 49 D6 54 00 10 3A 7D 7D 04 2E 7C 1F 39 D6 55 29 10 3A 7C 09 EC 2E 7C E7 DA 14 ED 4B 00 28 54 00 10 3A ED 6B 00 2A 7D 9D 04 2E 7D 78 59 D6 FC 00 50 90 FD A0 60 90 ED 6B 02 32 7C 18 41 D6 ED 8C 50 28 FC 00 6A 7A 55 6B 10 3A 7D 08 8A 14 7D 4A C1 D6 54 00 10 3A FC 00 00 18 7C 19 05 2E 7D 6A CD 2E 7D 8B CD 2E 42 00 FF 80
-
-PASS: gsl_fft_real_float with signal_real_noise, n = 24, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 24, stride = 1
-. 0 1000F8E0 32
-. 2F 91 00 00 C3 F3 FF F8 C3 D3 FF FC C3 B4 FF F8 C3 94 FF FC C3 75 FF F8 C3 55 FF FC 41 9E 01 9C
-
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 24, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 24, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 24
-PASS: gsl_fft_complex_forward with signal_noise, n = 24, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 24, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 24, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 24, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 24, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 24, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 24, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 24, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 24, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 24, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 24
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 24, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 24, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 24, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 24, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 24, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 24, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 24, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 24, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 24, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 24, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 24
-PASS: gsl_fft_real with signal_real_noise, n = 24, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 24, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 24, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 24, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 24
-PASS: gsl_fft_real_float with signal_real_noise, n = 24, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 24, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 24, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 24, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 24
-PASS: gsl_fft_complex_forward with signal_noise, n = 24, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 24, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 24, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 24, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 24, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 24, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 24, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 24, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 24, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 24, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 24
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 24, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 24, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 24, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 24, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 24, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 24, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 24, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 24, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 24, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 24, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 24
-PASS: gsl_fft_real with signal_real_noise, n = 24, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 24, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 24, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 24, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 24
-PASS: gsl_fft_real_float with signal_real_noise, n = 24, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 24, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 24, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 25, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 25
-. 0 10007D6C 400
-. 7C 1B AA 14 7D 72 DA 14 7D 4E DA 14 7D 11 DA 14 7C 00 C9 D6 7D 3D FA 14 CB 89 00 08 7C 83 D2 14 7F BD FC AE 3B 7B 00 01 7E D6 CA 14 7D 6B C9 D6 54 00 20 36 7D 20 FA 14 7C FF 04 AE C9 49 00 08 7C 1C BA 14 7F BD 9A 14 7D 4A C9 D6 55 6B 20 36 7C CB FA 14 7D AB FC AE C8 06 00 08 7D 08 C9 D6 55 4A 20 36 7C EA FA 14 7D 8A FC AE C9 67 00 08 7C E8 02 A6 FC 8D 60 2A 7D 50 E2 14 55 08 20 36 FC 60 58 2A 7D 28 FA 14 7C 48 FC AE C8 29 00 08 FD AD 60 28 FD 27 10 2A 81 1E 80 60 FD 0A 08 2A 7D 67 E2 14 FC 00 58 28 7D 2C E2 14 FF 69 20 2A 7C 00 C1 D6 FF 48 18 2A 3B 9C 00 01 FC E7 10 28 C8 48 00 00 FC B7 03 72 7D 29 C1 D6 54 00 20 36 FC D7 00 32 7C E0 D2 14 FD B8 03 72 7D 6B C1 D6 55 29 20 36 FC 18 00 32 7C C9 D2 14 FD 4A 08 28 FD 29 20 28 7D 4A C1 D6 FD 08 18 28 55 6B 20 36 FD 7B 00 B2 7C AB D2 14 FD 9A 00 B2 55 4A 20 36 7D 0A D2 14 FC B8 29 F8 FC D8 32 B8 FC F7 69 FA FD 57 02 BA FD 29 03 B2 FD 08 03 B2 FD 7D 58 28 FD 9C 60 28 FC F9 01 F2 FD 59 02 B2 FC B9 01 72 FC D9 01 B2 FC 0B 48 28 FD AC 40 28 FD 6B 48 2A FD 8C 40 2A FC 80 30 2A FC 6D 28 28 FC 4B 50 2A FC 2C 38 28 FD 6B 50 28 FC 00 30 28 FD AD 28 2A FD 8C 38 2A FF CF 02 F2 FF F1 00 32 FC B5 01 32 FC D3 00 B2 FC EF 03 32 FD 51 03 72 FD 35 00 F2
-
-. 0 10007EFC 92
-. FD 13 00 72 FD 90 F3 3A FD B2 FB 7A FC 76 28 FA FC 34 30 7A FD 70 3A F8 FC 12 50 38 FC 96 49 38 FC 54 40 B8 FF BD D8 2A FF 9C D0 2A 7F A3 D5 AE 7C 63 A2 14 DB 84 00 08 7D 7A 05 AE D9 87 00 08 7C 09 D5 AE D9 A6 00 08 7C 8B D5 AE D8 65 00 08 7C 4A D5 AE D8 28 00 08 42 00 FE 18
-
-PASS: gsl_fft_complex_forward with signal_noise, n = 25, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 25, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 25, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 25, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 25, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 25, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 25, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 25
-. 0 1000ABD0 400
-. 7C 1B AA 14 7D 72 DA 14 7D 4E DA 14 7D 11 DA 14 7C 00 C9 D6 7D 23 FA 14 C3 89 00 04 7C BC BA 14 7F A3 FC 2E 7C 8C E2 14 3B 7B 00 01 7D 6B C9 D6 54 00 18 38 7D 20 FA 14 7C 9F 04 2E C0 A9 00 04 7E D6 CA 14 7C 63 9A 14 7D 4A C9 D6 55 6B 18 38 7C CB FA 14 7C EB FC 2E C1 06 00 04 7C D0 E2 14 7D 08 C9 D6 55 4A 18 38 7C EA FA 14 7D 4A FC 2E C0 C7 00 04 ED 87 50 2A 55 08 18 38 ED 68 30 2A 7D 28 FA 14 7C 68 FC 2E C0 49 00 04 EC E7 50 28 EC 04 18 2A 7D 28 02 A6 ED A5 10 2A 7C A5 C1 D6 ED 08 30 28 EF 60 60 2A 7C 09 E2 14 EF 4D 58 2A 7D 3D D2 14 EC 00 60 28 7C 84 C1 D6 ED AD 58 28 54 A5 18 38 FD 40 D8 90 7D 65 D2 14 FD 20 D0 90 3B 9C 00 01 7C 00 C1 D6 FD 4A 05 72 54 84 18 38 7D 44 D2 14 FD 29 05 72 7C C6 C1 D6 54 00 18 38 7D 00 D2 14 FD 80 E8 90 FD 60 E0 90 FC 00 05 B2 54 C6 18 38 7C E6 D2 14 FD AD 05 B2 EC 84 18 28 EC A5 10 28 C0 41 00 34 FD 8C 50 28 FD 6B 48 28 EC D7 01 F2 ED 57 02 32 EC F8 01 F2 ED 18 02 32 FC 00 00 18 FD A0 68 18 EC D8 31 38 ED 58 51 78 FD 80 60 18 FD 60 58 18 EC 97 39 3A EC B7 41 7A ED 2C 00 28 ED 0B 68 28 EC 99 01 32 EC B9 01 72 EC D9 01 B2 ED 59 02 B2 ED 8C 00 2A ED 6B 68 2A EC 09 50 2A ED A8 30 28 EC 6B 20 28 EC EC 28 2A ED 29 50 28 ED 8C 28 28 ED 08 30 2A ED 6B 20 2A
-
-. 0 1000AD60 120
-. EC 22 03 32 EF F3 02 72 EC 82 02 F2 EF D1 00 32 EC AF 01 F2 EC 53 02 32 ED 51 03 72 EC CF 00 F2 EF BD D8 2A EF 9C D0 2A ED 6E 0A FA ED 14 FA 3A 7F BD D5 2E ED B2 F3 7A D3 89 00 04 EC 70 28 FA 7F BD A2 14 ED 8E 23 38 ED 34 12 78 EC 12 50 38 EC F0 31 F8 7D 85 D5 2E D1 6B 00 04 7D 24 D5 2E D1 0A 00 04 7C 1A 05 2E D1 A8 00 04 7C E6 D5 2E D0 67 00 04 42 00 FD FC
-
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 25, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 25, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 25, stride = 1
-. 0 FEC3310 12
-. 7D 40 18 28 7D 20 19 2D 40 A2 FF F8
-
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 25, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 25, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 25, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 25, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 25
-. 0 10011390 20
-. 3A 16 00 01 3A 60 00 01 56 00 F8 7E 2B 80 00 01 40 9D 02 FC
-
-. 0 100113A4 108
-. 81 3E 82 64 3A F7 00 10 3B 9C 00 10 7E E8 03 A6 FE 40 E0 50 39 F4 00 10 FE 20 D8 50 39 95 00 10 93 81 00 28 56 D7 08 3C C9 C9 00 00 7D 68 02 A6 81 41 00 28 2F 92 00 00 C9 8C FF F8 C8 0A FF F8 C9 AB FF F8 FE A0 60 50 C9 6F FF F8 FF 20 00 50 FE E0 68 50 CB 4A FF F0 FE 60 58 50 CB 0B FF F0 CA CC FF F0 CA 8F FF F0 41 9E 02 60
-
-. 0 10011410 400
-. 56 69 08 3C 80 FE 82 68 3B 69 FF FF 7E 93 B0 50 FE 00 70 90 C9 E7 00 00 3A A0 00 00 7F 7C DB 78 7E 49 03 A6 7D 7C D2 14 7C 0B D2 14 7D 1D 59 D6 7D 20 D2 14 7D 49 D2 14 54 07 18 38 55 26 18 38 55 45 18 38 7C 1D 01 D6 55 6B 18 38 39 6B 00 08 38 E7 00 08 38 C6 00 08 7D 3D 49 D6 38 A5 00 08 55 08 18 38 54 00 18 38 7C E8 FC AE 7D 5F 04 AE 7D 5D 51 D6 55 29 18 38 7D 29 FC AE FC 39 01 F2 57 89 18 38 FC 17 02 B2 39 29 00 08 7D 6B E9 D6 55 4A 18 38 7C AA FC AE FD B5 02 72 57 6A 18 38 FD 93 01 72 39 4A 00 08 7C E7 E9 D6 7D 0B FC AE 56 8B 08 3C FC 79 02 32 7D 6B AA 14 39 6B FF FF 7C C6 E9 D6 7D 67 FC AE FD 1A 0A 3A 7C F7 5A 14 55 64 18 38 FC 57 02 F2 54 E3 18 38 7C A5 E9 D6 7C C6 FC AE FD 78 02 FA 38 84 00 08 38 63 00 08 FF F5 01 B2 7E B5 8A 14 7C 85 FC AE 7D 29 E9 D6 FC D6 69 BA FF D3 01 32 7C 1D E1 D6 7F A9 FC AE FC 94 61 3A 7D 37 DA 14 7D 17 4A 14 FD 36 FA 78 55 26 18 38 54 00 18 38 55 05 18 38 FC B4 F1 78 7C 3F 04 AE 38 C6 00 08 7C 18 D9 D6 FC FA 19 F8 38 A5 00 08 7F 9C B2 14 FD 58 12 B8 7F 7B 8A 14 7D 38 49 D6 54 00 18 38 FD AB 30 2A FC 08 20 2A FD 87 28 2A FC 6A 48 2A 7D 18 41 D6 FF C0 68 2A 55 29 18 38 FD 4A 48 28 FF EC 18 2A FC 00 68 28 7D 78 59 D6 FD 3E 03 F2 55 08 18 38 FD 6B 30 28
-
-. 0 10011410 204
-. FC 5C 02 B2 7C F8 39 D6 55 6B 18 38 FD 5B 02 B2 FC E7 28 28 7D 4A C1 D6 FC 00 04 32 54 E7 18 38 FD 8C 18 28 FD BF 03 F2 7C C6 C1 D6 FD 3D 48 28 FC DC 02 F2 7C A5 C1 D6 FD 7B 02 F2 FD 08 20 28 FC 51 11 FA 7C 84 C1 D6 FD 8C 04 32 FC F2 51 F8 7C 63 C1 D6 FD 49 00 28 FD A1 68 28 FD 29 00 2A FC D1 32 3A FD 12 5A 38 FC 0D 60 28 FC AA 10 28 FD 69 38 28 FD AD 60 2A FC 80 30 2A FC 21 F8 2A FD 8D 40 2A FF BD F0 2A FD 60 58 50 7C 39 05 AE FC A0 28 50 FD AD 40 28 7F AA CD AE FD 29 38 2A FC 00 30 28 FD 4A 10 2A 7D A9 CD AE 7D 26 CD AE 7C 08 CD AE 7D 45 CD AE 7D 8B CD AE 7D 64 CD AE 7C 87 CD AE 7C A3 CD AE 42 00 FD CC
-
-. 0 1001166C 48
-. 3A 73 00 01 56 00 F8 7E 7D 28 02 A6 7F 80 98 40 81 01 00 28 39 8C 00 10 39 EF 00 10 39 08 00 10 39 29 00 10 91 01 00 28 7D 28 03 A6 41 9D FD 38
-
-. 0 100113D0 64
-. 7D 68 02 A6 81 41 00 28 2F 92 00 00 C9 8C FF F8 C8 0A FF F8 C9 AB FF F8 FE A0 60 50 C9 6F FF F8 FF 20 00 50 FE E0 68 50 CB 4A FF F0 FE 60 58 50 CB 0B FF F0 CA CC FF F0 CA 8F FF F0 41 9E 02 60
-
-. 0 1001169C 8
-. 72 CA 00 01 40 82 01 14
-
-PASS: gsl_fft_real with signal_real_noise, n = 25, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 25, stride = 1
-. 0 1000DB80 40
-. 2F 93 00 00 CA F0 FF F0 CA D0 FF F8 CA AE FF F0 CA 8E FF F8 CA 6F FF F0 CA 4F FF F8 CA 31 FF F0 CA 11 FF F8 41 9E 02 64
-
-. 0 1000DA5C 244
-. 1D 05 00 05 7C E5 CA 14 7D 26 42 14 7D 1C 41 D6 39 29 FF FF 7C 06 4A 14 54 0A 18 38 7D 7C 49 D6 39 4A 00 08 55 29 18 38 39 29 00 08 55 08 18 38 7C 1C 01 D6 55 6B 18 38 7D 8B EC AE 7D 67 CA 14 7D 08 EC AE 54 00 18 38 7D 4A E1 D6 7C 1D 04 AE FD 2C 00 2A 7D 6A EC AE 7D 29 E1 D6 FD 8C 00 28 7D 4B CA 14 FD 29 48 2A FD B9 02 F2 7C 09 EC AE 7D 2A CA 14 FD 78 02 F2 7C 17 29 D6 7C A5 DA 14 FD 49 01 B2 FD 8C 01 F2 7C F7 39 D6 54 00 18 38 FD B8 68 38 FC 19 58 3A 7D 77 59 D6 54 E7 18 38 FD 48 50 28 FD AD 68 2A FC 00 00 2A 7D 57 51 D6 FD 6A 60 28 55 6B 18 38 FD 8C 50 2A FD 08 48 2A 7D 37 49 D6 FD 4B 68 2A FD 2C 00 2A 55 4A 18 38 FD 8C 00 28 7D 1A 05 AE FD 6B 68 28 55 29 18 38 7D 87 D5 AE 7D 6B D5 AE 7D 4A D5 AE 7D 29 D5 AE 42 00 FF 10
-
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 25, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 25, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 25
-. 0 10013390 20
-. 3A 55 00 01 3A 80 00 01 56 40 F8 7E 2B 80 00 01 40 9D 03 18
-
-. 0 100133A4 100
-. 3A F7 00 08 3B 9C 00 08 7E E8 03 A6 FD E0 D8 50 FD C0 D0 50 39 F6 00 08 39 9B 00 08 93 81 00 28 56 B7 08 3C 7D 48 02 A6 81 21 00 28 2F 93 00 00 C1 8C FF FC C0 09 FF FC C1 AA FF FC FE 80 60 50 C1 6F FF FC FF 00 00 50 FE C0 68 50 C3 29 FF F8 FE 40 58 50 C2 EA FF F8 C2 AC FF F8 C2 6F FF F8 41 9E 02 84
-
-. 0 10013408 400
-. 56 89 08 3C 81 7E 82 C0 80 FE 82 C4 3B 89 FF FF 7E 14 A8 50 CA 2B 00 00 CA 07 00 00 3A C0 00 00 7F 9B E3 78 7E 69 03 A6 7D 7B D2 14 7C 0B D2 14 7D 1F 59 D6 7D 20 D2 14 7D 49 D2 14 54 07 10 3A 55 26 10 3A 55 45 10 3A 7C 1F 01 D6 55 6B 10 3A 39 6B 00 04 38 E7 00 04 38 C6 00 04 7D 3F 49 D6 38 A5 00 04 55 08 10 3A 54 00 10 3A 7C C8 EC 2E 7D 1D 04 2E 7D 5F 51 D6 55 29 10 3A 7C 89 EC 2E EC B8 01 B2 EC F6 02 32 57 69 10 3A EC 54 01 32 39 29 00 04 7D 6B F9 D6 55 4A 10 3A 7C 6A EC 2E 57 8A 10 3A 39 4A 00 04 EC 32 00 F2 7C E7 F9 D6 7D 6B EC 2E EC B9 2A FA ED 78 02 F2 7C C6 F9 D6 7C 07 EC 2E EC F7 38 3A EC 16 00 32 7C A5 F9 D6 7D 86 EC 2E EC D9 59 B8 EC 55 13 3A ED 94 03 32 7D A5 EC 2E ED 17 02 38 7D 29 F9 D6 EC 33 0B 7A ED B2 03 72 EC 95 61 38 EC 05 08 2A 7C 1F D9 D6 ED 87 10 2A 7F C9 EC 2E EC 73 68 F8 56 09 08 3C ED 68 20 2A 7D 29 B2 14 EF 80 60 2A 54 00 10 3A ED A6 18 2A 7F FD 04 2E EC 00 60 28 7C 17 E2 14 FD 40 E0 90 39 29 FF FF EF AD 58 2A 7D 17 02 14 ED AD 58 28 7C 97 4A 14 FD 4A 04 32 54 07 10 3A 55 06 10 3A 55 25 10 3A 54 83 10 3A FD 80 E8 90 7D 78 E1 D6 FD 20 F0 90 38 E7 00 04 38 C6 00 04 FD 8C 04 32 38 A5 00 04 38 63 00 04 7C 18 01 D6 FC 00 04 72 55 6B 10 3A 7F 7B AA 14 ED 08 20 28
-
-. 0 10013598 240
-. 7E D6 8A 14 FD 29 50 28 7D 18 41 D6 FD 60 F8 90 54 00 10 3A FD AD 04 72 7F 9C 8A 14 EC C6 18 28 7D 38 49 D6 FC 00 00 18 55 08 10 3A EC E7 10 28 FD 6B 60 28 FD 20 48 18 7C 98 21 D6 ED 5B 02 32 55 29 10 3A ED 1A 02 32 EC 89 00 28 ED 4E 51 BA 7D 4A C1 D6 FD A0 68 18 54 84 10 3A ED 29 00 2A EC A5 08 28 FD 60 58 18 7C E7 C1 D6 EC CF 41 B8 ED 9B 01 F2 EC FA 01 F2 EC 0B 68 28 7C C6 C1 D6 ED 8E 61 7A ED 6B 68 2A EC 64 50 28 ED 09 30 28 7C A5 C1 D6 EC AF 39 78 ED A0 60 2A EF FF E8 2A 7C 63 C1 D6 EC EB 28 2A EF DE E0 2A FD 00 40 50 7F EB CD 2E FC 60 18 50 ED 6B 28 28 7F CA CD 2E ED 29 30 2A EC 00 60 28 EC 84 50 2A 7D 79 05 2E 7D 27 CD 2E 7C 08 CD 2E 7C 86 CD 2E 7C E9 CD 2E 7D 05 CD 2E 7D A4 CD 2E 7C 63 CD 2E 42 00 FD AC
-
-. 0 10013688 48
-. 3A 94 00 01 56 40 F8 7E 7D 28 02 A6 7F 80 A0 40 81 01 00 28 39 8C 00 08 39 EF 00 08 39 08 00 08 39 29 00 08 91 01 00 28 7D 28 03 A6 41 9D FD 14
-
-. 0 100133C8 64
-. 7D 48 02 A6 81 21 00 28 2F 93 00 00 C1 8C FF FC C0 09 FF FC C1 AA FF FC FE 80 60 50 C1 6F FF FC FF 00 00 50 FE C0 68 50 C3 29 FF F8 FE 40 58 50 C2 EA FF F8 C2 AC FF F8 C2 6F FF F8 41 9E 02 84
-
-. 0 100136B8 8
-. 72 AA 00 01 40 82 01 24
-
-PASS: gsl_fft_real_float with signal_real_noise, n = 25, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 25, stride = 1
-. 0 1000FD7C 40
-. 2F 92 00 00 C2 F0 FF F8 C2 D0 FF FC C2 AC FF F8 C2 8C FF FC C2 6E FF F8 C2 4E FF FC C2 2F FF F8 C2 0F FF FC 41 9E 02 84
-
-. 0 1000FC48 260
-. 1D 44 00 05 7C C4 C2 14 7C E6 C2 14 7C D7 31 D6 7D 65 52 14 39 6B FF FF 7C 05 5A 14 7D 3C 59 D6 54 08 10 3A 39 08 00 04 55 6B 10 3A 39 6B 00 04 7C 1C 01 D6 55 29 10 3A 7C 09 FC 2E 7D 27 C2 14 54 C6 10 3A 54 00 10 3A 7D 5C 51 D6 7D BF 04 2E ED 00 68 2A EC 00 68 28 55 4A 10 3A 7D 08 E1 D6 7C EA FC 2E ED 08 40 2A FD A0 38 90 FD 80 40 90 7D 6B E1 D6 7D 28 FC 2E FC 00 01 B2 FD 8C 01 72 7D 6B FC 2E 7D 69 C2 14 ED 59 02 72 7C 17 21 D6 ED 38 02 72 7C 84 DA 14 FD AD 60 28 FC 00 00 18 ED 58 52 F8 7C F7 39 D6 FD A0 68 18 54 00 10 3A ED 79 4A FA ED 4A 50 2A ED 8D 00 28 7D 37 49 D6 EC 00 68 2A 54 E7 10 3A ED 6B 58 2A ED AC 50 2A 7D 77 59 D6 EC E7 40 2A ED 20 58 2A 55 29 10 3A EC 00 58 28 ED 8C 50 28 7C FA 05 2E 55 6B 10 3A 7C 06 D5 2E 7D 87 D5 2E 7D A9 D5 2E 7D 2B D5 2E 42 00 FF 00
-
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 25, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 25, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 25
-PASS: gsl_fft_complex_forward with signal_noise, n = 25, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 25, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 25, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 25, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 25, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 25, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 25, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 25, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 25, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 25, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 25
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 25, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 25, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 25, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 25, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 25, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 25, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 25, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 25, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 25, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 25, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 25
-PASS: gsl_fft_real with signal_real_noise, n = 25, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 25, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 25, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 25, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 25
-PASS: gsl_fft_real_float with signal_real_noise, n = 25, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 25, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 25, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 25, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 25
-PASS: gsl_fft_complex_forward with signal_noise, n = 25, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 25, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 25, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 25, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 25, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 25, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 25, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 25, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 25, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 25, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 25
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 25, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 25, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 25, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 25, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 25, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 25, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 25, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 25, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 25, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 25, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 25
-PASS: gsl_fft_real with signal_real_noise, n = 25, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 25, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 25, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 25, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 25
-PASS: gsl_fft_real_float with signal_real_noise, n = 25, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 25, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 25, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 26, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 26
-PASS: gsl_fft_complex_forward with signal_noise, n = 26, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 26, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 26, stride = 1
-. 0 FE0D040 20
-. 83 FE 0F 68 FC 1F 00 00 C8 5F 00 00 FD AD 00 B2 40 81 0E AC
-
-. 0 FE0DEFC 8
-. 81 3E 0F BC 4B FF F1 58
-
-. 0 FE0D058 24
-. C8 A9 00 00 FC 1F 69 7A C8 21 00 10 FD 21 00 2A FF 01 48 00 41 9A 00 D8
-
-PASS: gsl_fft_complex_forward with signal_pulse, n = 26, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 26, stride = 1
-. 0 FE0D054 28
-. 81 3E 0F A0 C8 A9 00 00 FC 1F 69 7A C8 21 00 10 FD 21 00 2A FF 01 48 00 41 9A 00 D8
-
-PASS: gsl_fft_complex_forward with signal_exp, n = 26, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 26, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 26
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 26, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 26, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 26, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 26, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 26, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 26, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 26, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 26
-PASS: gsl_fft_real with signal_real_noise, n = 26, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 26, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 26, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 26, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 26
-PASS: gsl_fft_real_float with signal_real_noise, n = 26, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 26, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 26, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 26, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 26
-PASS: gsl_fft_complex_forward with signal_noise, n = 26, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 26, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 26, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 26, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 26, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 26, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 26, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 26, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 26, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 26, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 26
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 26, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 26, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 26, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 26, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 26, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 26, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 26, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 26, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 26, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 26, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 26
-PASS: gsl_fft_real with signal_real_noise, n = 26, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 26, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 26, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 26, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 26
-PASS: gsl_fft_real_float with signal_real_noise, n = 26, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 26, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 26, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 26, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 26
-PASS: gsl_fft_complex_forward with signal_noise, n = 26, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 26, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 26, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 26, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 26, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 26, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 26, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 26, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 26, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 26, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 26
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 26, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 26, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 26, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 26, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 26, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 26, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 26, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 26, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 26, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 26, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 26
-PASS: gsl_fft_real with signal_real_noise, n = 26, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 26, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 26, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 26, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 26
-PASS: gsl_fft_real_float with signal_real_noise, n = 26, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 26, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 26, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 27, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 27
-PASS: gsl_fft_complex_forward with signal_noise, n = 27, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 27, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 27, stride = 1
-. 0 FE0DEEC 8
-. 81 3E 0F B8 4B FF FF 04
-
-. 0 FE0DDF4 16
-. CB A9 00 00 FF 7F 07 72 FC 06 D8 28 4B FF F2 00
-
-PASS: gsl_fft_complex_forward with signal_pulse, n = 27, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 27, stride = 1
-. 0 FE0EBD0 24
-. 81 3E 10 10 C9 29 00 00 FC 1F 22 7A FD 81 00 2A FF 0C 08 00 41 9A 00 60
-
-. 0 FE0CFF4 24
-. 81 3E 0F 9C C8 09 00 00 FC 1F 30 3A FF 81 00 2A FF 1C 08 00 41 BA FA 50
-
-PASS: gsl_fft_complex_forward with signal_exp, n = 27, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 27, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 27
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 27, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 27, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 27, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 27, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 27, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 27, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 27, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 27
-PASS: gsl_fft_real with signal_real_noise, n = 27, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 27, stride = 1
-. 0 1000D3D4 316
-. 1D 03 00 03 7C C5 FA 14 7C 63 DA 14 7D 64 40 50 7D 08 22 14 7D 6B CA 14 39 08 FF FF 39 6B FF FF 7C 19 42 14 55 6A 18 38 54 09 18 38 39 4A 00 08 39 29 00 08 7D 4A E1 D6 55 07 18 38 38 E7 00 08 7D 29 E1 D6 7D 4A EC AE 54 CA 18 38 FD 40 50 50 39 4A 00 08 7C 1C 01 D6 7D 69 EC AE 54 A9 18 38 FC 8B 50 2A 39 29 00 08 FD 6B 50 28 7D 7C 59 D6 54 00 18 38 7D 1D 04 AE FD A4 07 72 FD 6B 07 B2 55 6B 18 38 7C E7 E1 D6 7C 0B EC AE FD 88 00 28 7D 1C 41 D6 FD 08 00 2A 7C C7 EC AE 7C E6 FA 14 FD 8C 07 B2 54 EB 18 38 39 6B 00 08 FD A6 68 28 55 08 18 38 FC 08 07 72 7D 28 EC AE 7C 17 29 D6 7C A5 DA 14 FD 4D 60 28 FD AD 60 2A FC 09 00 28 FC A3 02 B2 7C D7 31 D6 54 00 18 38 FC E1 03 72 FD 42 02 B2 7C F7 39 D6 54 C6 18 38 FD BF 03 72 FD 80 58 2A 7D 29 B9 D6 FC 00 58 28 54 E7 18 38 FD 29 40 2A FC A2 2B 3A 7D 4A B9 D6 FC FF 38 3A 7D 3A 05 AE FC 01 68 38 7D 6B B9 D6 FD 83 53 38 FC C6 20 2A 7C C9 D5 AE 7C 06 D5 AE 7C EA D5 AE 7D 87 D5 AE 7C AB D5 AE 42 00 FE C8
-
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 27, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 27, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 27
-PASS: gsl_fft_real_float with signal_real_noise, n = 27, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 27, stride = 1
-. 0 1000F5A0 340
-. 1D 1D 00 03 7C C4 CA 14 7C A6 CA 14 7F BD DA 14 7D 63 40 50 7D 08 1A 14 7D 6B C2 14 39 08 FF FF 39 6B FF FF 7C 18 42 14 55 6A 10 3A 54 09 10 3A 39 4A 00 04 39 29 00 04 7D 4A E1 D6 55 07 10 3A 38 E7 00 04 7D 29 E1 D6 7D 2A FC 2E 54 CA 10 3A FD 20 48 50 39 4A 00 04 7C 1C 01 D6 7D 49 FC 2E 54 89 10 3A EC 8A 48 2A 39 29 00 04 ED 4A 48 28 7D 7C 59 D6 54 00 10 3A 7D 7F 04 2E FD A0 20 90 ED 4A 07 72 55 6B 10 3A 7C E7 E1 D6 7C EB FC 2E FD AD 07 B2 54 AB 10 3A EC AB 38 2A 39 6B 00 04 7D 1C 41 D6 7C C7 FC 2E ED 6B 38 28 FD 80 28 90 FC 00 30 90 55 08 10 3A ED 6B 07 72 7D 08 FC 2E FD 8C 07 B2 7C 17 21 D6 7C 84 DA 14 FC 00 68 28 FD A0 40 90 EC C6 20 2A FC 00 00 18 7C D7 31 D6 FD AD 60 28 54 00 10 3A ED 08 28 2A ED 80 58 28 FD A0 68 18 7C B7 29 D6 EC 00 58 2A 54 C6 10 3A EC E1 03 32 7D 1A 05 2E ED 2D 50 2A ED 63 00 32 7D 29 B9 D6 ED AD 50 28 54 A5 10 3A EC 02 00 32 ED 9F 03 32 7D 4A B9 D6 ED 62 5B 7A EC FF 3A 7A 7C C9 D5 2E ED A3 03 78 ED 21 62 78 7D 6B B9 D6 7D A6 D5 2E 7D 6A D5 2E 7D 25 D5 2E 7C EB D5 2E 42 00 FE B0
-
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 27, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 27, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 27
-PASS: gsl_fft_complex_forward with signal_noise, n = 27, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 27, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 27, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 27, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 27, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 27, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 27, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 27, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 27, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 27, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 27
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 27, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 27, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 27, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 27, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 27, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 27, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 27, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 27, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 27, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 27, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 27
-PASS: gsl_fft_real with signal_real_noise, n = 27, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 27, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 27, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 27, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 27
-PASS: gsl_fft_real_float with signal_real_noise, n = 27, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 27, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 27, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 27, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 27
-PASS: gsl_fft_complex_forward with signal_noise, n = 27, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 27, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 27, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 27, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 27, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 27, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 27, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 27, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 27, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 27, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 27
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 27, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 27, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 27, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 27, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 27, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 27, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 27, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 27, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 27, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 27, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 27
-PASS: gsl_fft_real with signal_real_noise, n = 27, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 27, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 27, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 27, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 27
-PASS: gsl_fft_real_float with signal_real_noise, n = 27, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 27, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 27, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 28, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 28
-PASS: gsl_fft_complex_forward with signal_noise, n = 28, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 28, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 28, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 28, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 28, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 28, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 28, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 28
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 28, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 28, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 28, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 28, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 28, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 28, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 28, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 28
-PASS: gsl_fft_real with signal_real_noise, n = 28, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 28, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 28, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 28, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 28
-PASS: gsl_fft_real_float with signal_real_noise, n = 28, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 28, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 28, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 28, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 28
-PASS: gsl_fft_complex_forward with signal_noise, n = 28, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 28, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 28, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 28, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 28, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 28, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 28, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 28, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 28, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 28, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 28
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 28, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 28, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 28, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 28, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 28, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 28, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 28, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 28, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 28, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 28, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 28
-PASS: gsl_fft_real with signal_real_noise, n = 28, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 28, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 28, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 28, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 28
-PASS: gsl_fft_real_float with signal_real_noise, n = 28, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 28, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 28, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 28, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 28
-PASS: gsl_fft_complex_forward with signal_noise, n = 28, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 28, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 28, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 28, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 28, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 28, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 28, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 28, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 28, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 28, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 28
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 28, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 28, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 28, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 28, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 28, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 28, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 28, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 28, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 28, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 28, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 28
-PASS: gsl_fft_real with signal_real_noise, n = 28, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 28, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 28, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 28, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 28
-PASS: gsl_fft_real_float with signal_real_noise, n = 28, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 28, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 28, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 29, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 29
-PASS: gsl_fft_complex_forward with signal_noise, n = 29, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 29, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 29, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 29, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 29, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 29, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 29, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 29
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 29, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 29, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 29, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 29, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 29, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 29, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 29, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 29
-PASS: gsl_fft_real with signal_real_noise, n = 29, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 29, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 29, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 29, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 29
-PASS: gsl_fft_real_float with signal_real_noise, n = 29, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 29, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 29, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 29, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 29
-PASS: gsl_fft_complex_forward with signal_noise, n = 29, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 29, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 29, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 29, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 29, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 29, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 29, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 29, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 29, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 29, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 29
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 29, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 29, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 29, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 29, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 29, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 29, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 29, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 29, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 29, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 29, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 29
-PASS: gsl_fft_real with signal_real_noise, n = 29, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 29, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 29, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 29, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 29
-PASS: gsl_fft_real_float with signal_real_noise, n = 29, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 29, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 29, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 29, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 29
-PASS: gsl_fft_complex_forward with signal_noise, n = 29, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 29, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 29, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 29, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 29, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 29, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 29, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 29, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 29, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 29, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 29
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 29, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 29, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 29, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 29, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 29, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 29, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 29, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 29, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 29, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 29, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 29
-PASS: gsl_fft_real with signal_real_noise, n = 29, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 29, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 29, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 29, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 29
-PASS: gsl_fft_real_float with signal_real_noise, n = 29, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 29, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 29, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 30, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 30
-PASS: gsl_fft_complex_forward with signal_noise, n = 30, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 30, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 30, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 30, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 30, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 30, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 30, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 30
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 30, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 30, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 30, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 30, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 30, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 30, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 30, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 30
-PASS: gsl_fft_real with signal_real_noise, n = 30, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 30, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 30, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 30, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 30
-PASS: gsl_fft_real_float with signal_real_noise, n = 30, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 30, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 30, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 30, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 30
-PASS: gsl_fft_complex_forward with signal_noise, n = 30, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 30, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 30, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 30, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 30, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 30, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 30, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 30, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 30, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 30, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 30
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 30, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 30, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 30, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 30, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 30, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 30, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 30, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 30, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 30, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 30, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 30
-PASS: gsl_fft_real with signal_real_noise, n = 30, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 30, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 30, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 30, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 30
-PASS: gsl_fft_real_float with signal_real_noise, n = 30, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 30, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 30, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 30, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 30
-PASS: gsl_fft_complex_forward with signal_noise, n = 30, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 30, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 30, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 30, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 30, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 30, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 30, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 30, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 30, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 30, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 30
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 30, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 30, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 30, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 30, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 30, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 30, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 30, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 30, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 30, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 30, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 30
-PASS: gsl_fft_real with signal_real_noise, n = 30, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 30, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 30, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 30, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 30
-PASS: gsl_fft_real_float with signal_real_noise, n = 30, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 30, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 30, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 31, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 31
-PASS: gsl_fft_complex_forward with signal_noise, n = 31, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 31, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 31, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 31, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 31, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 31, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 31, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 31
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 31, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 31, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 31, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 31, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 31, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 31, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 31, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 31
-PASS: gsl_fft_real with signal_real_noise, n = 31, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 31, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 31, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 31, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 31
-PASS: gsl_fft_real_float with signal_real_noise, n = 31, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 31, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 31, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 31, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 31
-PASS: gsl_fft_complex_forward with signal_noise, n = 31, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 31, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 31, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 31, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 31, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 31, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 31, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 31, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 31, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 31, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 31
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 31, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 31, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 31, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 31, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 31, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 31, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 31, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 31, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 31, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 31, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 31
-PASS: gsl_fft_real with signal_real_noise, n = 31, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 31, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 31, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 31, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 31
-PASS: gsl_fft_real_float with signal_real_noise, n = 31, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 31, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 31, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 31, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 31
-PASS: gsl_fft_complex_forward with signal_noise, n = 31, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 31, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 31, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 31, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 31, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 31, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 31, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 31, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 31, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 31, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 31
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 31, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 31, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 31, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 31, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 31, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 31, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 31, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 31, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 31, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 31, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 31
-PASS: gsl_fft_real with signal_real_noise, n = 31, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 31, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 31, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 31, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 31
-PASS: gsl_fft_real_float with signal_real_noise, n = 31, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 31, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 31, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 32, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 32
-PASS: gsl_fft_complex_forward with signal_noise, n = 32, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 32, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 32, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 32, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 32, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 32, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 32, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 32
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 32, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 32, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 32, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 32, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 32, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 32, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 32, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 32
-. 0 10012298 388
-. 7C 1B 72 14 57 66 18 38 7D 60 72 14 54 09 18 38 7D 0B 72 14 39 29 00 08 55 0A 18 38 7D 29 E9 D6 39 4A 00 08 55 67 18 38 38 E7 00 08 7D 4A E9 D6 7D 49 FC AE 38 C6 00 08 FD 21 02 B2 7C B7 E2 14 7C 97 1A 14 7C 1D 01 D6 7C AA FC AE 54 69 18 38 FD 7C 01 72 57 8A 18 38 39 4A 00 08 7D 7D 59 D6 54 00 18 38 7D 9F 04 AE 39 29 00 08 FC 01 03 32 7D 1D 41 D6 55 6B 18 38 7C EB FC AE FD 82 4B 38 FC DE 01 F2 7C E7 E9 D6 55 08 18 38 7D 08 FC AE FD 42 02 BA 54 88 18 38 FC 9C 02 32 39 08 00 08 7D A7 FC AE 7C C6 E9 D6 FD 1D 5A 38 54 A7 18 38 38 E7 00 08 FD 3E 03 72 7C 1D D9 D6 7D 66 FC AE FD BF 33 7A 7F 7B D2 14 FC BD 21 7A 54 00 18 38 7D 78 19 D6 FC CC 40 28 7C 1F 04 AE FC FF 49 F8 7C 63 8A 14 FC 8B 68 28 7C 18 E1 D6 FD 2A 28 28 55 6B 18 38 FD 6B 68 2A 7F 9C 8A 14 FC C0 30 50 FD 4A 28 2A 7C B8 29 D6 FD A0 38 28 54 00 18 38 FC 00 38 2A FC 64 30 28 FC AB 50 28 7C 98 21 D6 FD 20 48 50 54 A5 18 38 FD 8C 40 2A FC A0 28 50 7D 4A C1 D6 FC ED 48 2A FD 00 60 28 54 84 18 38 FC 60 18 50 FC 00 60 2A 7C E7 C1 D6 FD 6B 50 2A FD AD 48 28 FC 84 30 2A 7C 19 05 AE 7D 6A CD AE 7D 08 C1 D6 7D A5 CD AE 7C 87 CD AE 7D 04 CD AE 7D 29 C1 D6 7C A8 CD AE 7C EB CD AE 7C 69 CD AE 42 00 FE 80
-
-. 0 10012464 168
-. 7C 05 72 14 7D 44 32 14 7D 60 72 14 7C 1D 01 D6 7D 2B 72 14 55 48 18 38 54 C7 18 38 7D 3D 49 D6 54 00 18 38 7C 1F 04 AE 38 E7 00 08 39 08 00 08 7D 7D 59 D6 55 29 18 38 7D A9 FC AE FD 80 68 2A 7C 1D 29 D6 FC 00 68 28 55 6B 18 38 7D 4B FC AE FD 8C 02 32 7C A5 D2 14 FC 00 02 32 54 00 18 38 7D BF 04 AE 7D 58 51 D6 FD 60 50 50 FD 4A 60 28 FD 2D 00 28 7C 18 31 D6 FD 6B 60 28 FD AD 00 2A 55 4A 18 38 7C C6 8A 14 7C E7 C1 D6 54 00 18 38 7D B9 05 AE 7D 08 C1 D6 7D 67 CD AE 7D 2A CD AE 7D 48 CD AE 42 00 FF 5C
-
-PASS: gsl_fft_real with signal_real_noise, n = 32, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 32, stride = 1
-. 0 1000D900 180
-. 7D 23 2A 14 54 AB 18 38 55 2A 18 38 7C 1C 29 D6 39 6B 00 08 81 81 00 30 39 4A 00 08 7D 04 62 14 7D 3C 49 D6 54 00 18 38 7D 9D 04 AE 7C E8 62 14 7C C7 62 14 7C A5 FA 14 7D 6B E1 D6 55 29 18 38 7D A9 EC AE FD 4C 68 28 7D 4A E1 D6 7D 6B EC AE FD 8C 68 2A FD 4A 02 72 7C 0A EC AE 7C 17 21 D6 FD 8C 60 2A 7C 84 DA 14 FD AB 00 2A FC 00 58 28 7D 17 41 D6 54 00 18 38 FD AD 02 72 7D 9A 05 AE FC 00 00 2A 7C F7 39 D6 55 08 18 38 FD 6A 68 2A FD 4A 68 28 7C D7 31 D6 FD 60 58 50 54 E7 18 38 7D 48 D5 AE 7C 07 D5 AE 54 C6 18 38 7D 66 D5 AE 42 00 FF 50
-
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 32, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 32, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 32
-. 0 100142F4 388
-. 7C 1B 72 14 57 66 10 3A 7D 60 72 14 54 09 10 3A 7D 0B 72 14 39 29 00 04 55 0A 10 3A 7D 29 F9 D6 39 4A 00 04 55 67 10 3A 38 E7 00 04 7D 4A F9 D6 7D 49 EC 2E 38 C6 00 04 ED 21 02 B2 7C B7 E2 14 7C 97 1A 14 7C 1F 01 D6 7C EA EC 2E 57 89 10 3A EC 9C 01 F2 54 6A 10 3A 39 29 00 04 7D 7F 59 D6 54 00 10 3A 7D 7D 04 2E 39 4A 00 04 ED 22 4A F8 7D 1F 41 D6 55 6B 10 3A 7D 0B EC 2E ED 61 02 F2 54 AB 10 3A ED 9E 02 32 39 6B 00 04 7C E7 F9 D6 55 08 10 3A 7C 08 EC 2E ED 42 5A BA 54 88 10 3A EC 9D 20 38 39 08 00 04 EC 1C 00 32 7C C6 F9 D6 7D A7 EC 2E EC A9 20 28 ED 9F 63 7A 7C 1F D9 D6 EC FD 01 FA ED BE 03 72 7D 66 EC 2E FC A0 28 50 7F 7B D2 14 EC 6B 60 28 EC CA 38 28 54 00 10 3A ED 1F 6A 38 7C 1D 04 2E ED 4A 38 2A 7C 18 E1 D6 ED 6B 60 2A 7F 9C 8A 14 ED A0 40 28 ED 29 20 2A EC E3 28 28 7C F8 19 D6 ED 8B 50 28 54 00 10 3A FC C0 30 50 7C 63 8A 14 EC 00 40 2A 7C B8 29 D6 FD 80 60 50 EC 8D 30 2A 54 E7 10 3A ED 00 48 28 FC E0 38 50 7C 98 21 D6 EC 00 48 2A ED 6B 50 2A 54 A5 10 3A ED AD 30 28 EC 63 28 2A 7C 19 05 2E 7D 29 C1 D6 54 84 10 3A 7D 6B C1 D6 7D 69 CD 2E 7D A5 CD 2E 7D 08 C1 D6 7C 6B CD 2E 7D 04 CD 2E 7D 4A C1 D6 7D 88 CD 2E 7C 87 CD 2E 7C EA CD 2E 42 00 FE 80
-
-. 0 100144C0 176
-. 7C 05 72 14 7D 44 32 14 7D 60 72 14 7C 1F 01 D6 7D 2B 72 14 55 47 10 3A 54 C8 10 3A 7D 3F 49 D6 54 00 10 3A 7D BD 04 2E 39 08 00 04 38 E7 00 04 55 29 10 3A 7D 7F 59 D6 7D 89 EC 2E EC 0D 60 2A ED AD 60 28 7C 1F 29 D6 55 6B 10 3A 7D 6B EC 2E 7C A5 D2 14 FD 40 58 50 54 00 10 3A FC 00 02 32 7D 9D 04 2E 7D 38 31 D6 7C C6 8A 14 FD AD 02 32 FC 00 00 18 7D 58 51 D6 55 29 10 3A FD A0 68 18 ED 6B 00 28 ED 4A 00 28 7D 08 C1 D6 ED 2C 68 28 ED 8C 68 2A 55 4A 10 3A 7C E7 C1 D6 7D 89 CD 2E 7D 48 CD 2E 7D 2A CD 2E 7D 67 CD 2E 42 00 FF 54
-
-PASS: gsl_fft_real_float with signal_real_noise, n = 32, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 32, stride = 1
-. 0 1000FAE4 188
-. 7D 23 2A 14 54 AB 10 3A 55 2A 10 3A 7C 1C 29 D6 39 6B 00 04 81 81 00 30 39 4A 00 04 7D 04 62 14 7D 3C 49 D6 54 00 10 3A 7D 5F 04 2E 7C E8 62 14 7C C7 62 14 7C A5 EA 14 7D 6B E1 D6 55 29 10 3A 7C 09 FC 2E ED AA 00 28 7D 4A E1 D6 7D 6B FC 2E ED 4A 00 2A 7D 8A FC 2E 7C 17 21 D6 FD AD 02 72 7C 84 DA 14 EC 0B 60 2A ED 8C 58 28 7D 17 41 D6 FD A0 68 18 54 00 10 3A ED 4A 50 2A 7C F7 39 D6 ED 8C 60 2A FC 00 02 72 55 08 10 3A 7D 5A 05 2E 7C D7 31 D6 54 E7 10 3A FC 00 00 18 ED 6D 00 2A 54 C6 10 3A ED AD 00 28 FD 60 58 50 7D A8 D5 2E 7D 87 D5 2E 7D 66 D5 2E 42 00 FF 48
-
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 32, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 32, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 32
-PASS: gsl_fft_complex_forward with signal_noise, n = 32, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 32, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 32, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 32, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 32, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 32, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 32, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 32, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 32, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 32, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 32
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 32, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 32, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 32, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 32, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 32, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 32, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 32, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 32, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 32, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 32, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 32
-PASS: gsl_fft_real with signal_real_noise, n = 32, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 32, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 32, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 32, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 32
-PASS: gsl_fft_real_float with signal_real_noise, n = 32, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 32, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 32, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 32, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 32
-PASS: gsl_fft_complex_forward with signal_noise, n = 32, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 32, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 32, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 32, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 32, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 32, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 32, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 32, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 32, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 32, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 32
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 32, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 32, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 32, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 32, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 32, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 32, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 32, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 32, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 32, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 32, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 32
-PASS: gsl_fft_real with signal_real_noise, n = 32, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 32, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 32, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 32, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 32
-PASS: gsl_fft_real_float with signal_real_noise, n = 32, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 32, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 32, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 33, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 33
-PASS: gsl_fft_complex_forward with signal_noise, n = 33, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 33, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 33, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 33, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 33, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 33, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 33, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 33
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 33, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 33, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 33, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 33, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 33, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 33, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 33, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 33
-PASS: gsl_fft_real with signal_real_noise, n = 33, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 33, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 33, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 33, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 33
-PASS: gsl_fft_real_float with signal_real_noise, n = 33, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 33, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 33, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 33, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 33
-PASS: gsl_fft_complex_forward with signal_noise, n = 33, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 33, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 33, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 33, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 33, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 33, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 33, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 33, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 33, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 33, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 33
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 33, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 33, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 33, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 33, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 33, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 33, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 33, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 33, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 33, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 33, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 33
-PASS: gsl_fft_real with signal_real_noise, n = 33, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 33, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 33, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 33, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 33
-PASS: gsl_fft_real_float with signal_real_noise, n = 33, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 33, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 33, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 33, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 33
-PASS: gsl_fft_complex_forward with signal_noise, n = 33, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 33, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 33, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 33, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 33, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 33, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 33, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 33, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 33, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 33, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 33
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 33, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 33, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 33, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 33, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 33, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 33, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 33, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 33, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 33, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 33, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 33
-PASS: gsl_fft_real with signal_real_noise, n = 33, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 33, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 33, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 33, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 33
-PASS: gsl_fft_real_float with signal_real_noise, n = 33, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 33, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 33, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 34, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 34
-PASS: gsl_fft_complex_forward with signal_noise, n = 34, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 34, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 34, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 34, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 34, stride = 1
-. 0 FE0DA98 20
-. 81 3E 0F 9C C9 69 00 00 FC BF 02 F2 FC 04 28 28 4B FF FA A4
-
-PASS: gsl_fft_complex_forward with signal_exp, n = 34, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 34, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 34
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 34, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 34, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 34, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 34, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 34, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 34, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 34, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 34
-PASS: gsl_fft_real with signal_real_noise, n = 34, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 34, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 34, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 34, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 34
-PASS: gsl_fft_real_float with signal_real_noise, n = 34, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 34, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 34, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 34, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 34
-PASS: gsl_fft_complex_forward with signal_noise, n = 34, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 34, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 34, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 34, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 34, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 34, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 34, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 34, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 34, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 34, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 34
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 34, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 34, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 34, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 34, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 34, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 34, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 34, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 34, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 34, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 34, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 34
-PASS: gsl_fft_real with signal_real_noise, n = 34, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 34, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 34, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 34, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 34
-PASS: gsl_fft_real_float with signal_real_noise, n = 34, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 34, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 34, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 34, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 34
-PASS: gsl_fft_complex_forward with signal_noise, n = 34, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 34, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 34, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 34, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 34, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 34, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 34, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 34, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 34, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 34, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 34
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 34, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 34, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 34, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 34, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 34, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 34, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 34, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 34, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 34, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 34, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 34
-PASS: gsl_fft_real with signal_real_noise, n = 34, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 34, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 34, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 34, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 34
-PASS: gsl_fft_real_float with signal_real_noise, n = 34, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 34, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 34, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 35, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 35
-PASS: gsl_fft_complex_forward with signal_noise, n = 35, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 35, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 35, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 35, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 35, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 35, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 35, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 35
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 35, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 35, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 35, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 35, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 35, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 35, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 35, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 35
-. 0 10011100 12
-. 3A 40 00 00 7F 92 80 40 40 9C 0A 80
-
-PASS: gsl_fft_real with signal_real_noise, n = 35, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 35, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 35, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 35, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 35
-. 0 100130F0 12
-. 3A 40 00 00 7F 92 80 40 40 9C 0A BC
-
-PASS: gsl_fft_real_float with signal_real_noise, n = 35, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 35, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 35, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 35, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 35
-PASS: gsl_fft_complex_forward with signal_noise, n = 35, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 35, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 35, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 35, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 35, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 35, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 35, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 35, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 35, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 35, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 35
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 35, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 35, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 35, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 35, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 35, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 35, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 35, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 35, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 35, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 35, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 35
-PASS: gsl_fft_real with signal_real_noise, n = 35, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 35, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 35, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 35, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 35
-PASS: gsl_fft_real_float with signal_real_noise, n = 35, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 35, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 35, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 35, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 35
-PASS: gsl_fft_complex_forward with signal_noise, n = 35, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 35, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 35, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 35, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 35, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 35, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 35, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 35, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 35, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 35, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 35
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 35, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 35, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 35, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 35, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 35, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 35, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 35, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 35, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 35, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 35, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 35
-PASS: gsl_fft_real with signal_real_noise, n = 35, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 35, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 35, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 35, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 35
-PASS: gsl_fft_real_float with signal_real_noise, n = 35, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 35, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 35, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 36, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 36
-. 0 10008218 400
-. 7C C8 02 A6 80 E1 01 40 7C 0C AA 14 7D 71 62 14 7D 07 62 14 7C 00 C9 D6 7D 46 62 14 7C 9B FC AE 7D 3B FA 14 CA E1 00 40 C8 29 00 08 7C EE 62 14 7D 6B C9 D6 54 00 20 36 7D 20 FA 14 7C FF 04 AE C9 09 00 08 7F BC D2 14 CB 01 00 48 39 8C 00 01 7D 4A C9 D6 55 6B 20 36 7D 2B FC AE 7C AB FA 14 C9 65 00 08 7E 94 CA 14 80 01 01 48 7F 7B 92 14 7D 08 C9 D6 55 4A 20 36 7C 0A FC AE 7C CA FA 14 C9 A6 00 08 7D 40 BA 14 FC C9 00 2A 80 C1 01 4C 55 08 20 36 7C E7 C9 D6 7D 48 FC AE 7D 28 FA 14 C9 89 00 08 FC AB 68 2A FC 6A 38 2A 81 01 01 44 FC 4C 40 2A 54 E7 20 36 FD 6B 68 28 7F 87 FC AE FD 4A 38 28 7D 27 FA 14 FD 8C 40 28 CB A9 00 08 FC E6 05 32 7D 68 BA 14 7D 37 B2 14 7D 06 BA 14 FD A3 05 32 7C 10 BA 14 7D 29 C1 D6 3A F7 00 01 FD 29 00 28 FD 05 05 32 FC 02 05 32 7D 6B C1 D6 55 29 20 36 FD 75 02 F2 7C E9 D2 14 FD 95 03 32 7D 4A C1 D6 55 6B 20 36 FD 35 02 72 7C CB D2 14 FD 55 02 B2 7D 08 C1 D6 55 4A 20 36 FC E4 38 28 7C AA D2 14 FD BC 68 28 FD 01 40 28 7C 00 C1 D6 FC 1D 00 28 55 08 20 36 FC 84 30 2A 7C 88 D2 14 FC C7 58 2A FF 9C 18 2A 54 00 20 36 FC 6D 60 2A 7C 60 D2 14 FC 21 28 2A FF BD 10 2A FC A8 48 28 FC 40 50 28 FC E7 58 28 FD AD 60 28 FC 00 50 2A FF E6 18 28 FD 08 48 2A FC C6 18 2A FF C5 10 28
-
-. 0 100083A8 200
-. FC A5 10 2A C8 41 00 48 FD 87 68 28 FD 68 00 28 FC 42 01 B2 FD 08 00 2A C8 01 00 40 FD 24 E0 28 FD 41 E8 28 D8 41 01 98 FC E7 68 2A C9 A1 00 50 FC 00 03 32 FF 6D 07 F2 FF 57 02 F2 D8 01 01 90 FF 38 01 72 FE CD 07 B2 C9 A1 00 38 FC 6E 02 72 FC 52 01 F2 FF 0E 02 B2 FE F2 02 32 FD 6D 02 FA C8 01 01 98 FD 4F 1A BA FC B0 01 7A FD 13 12 3A FF D1 DF BA FD 8D D3 38 FC D0 C9 B8 FD 2F C2 78 FC F3 B9 F8 FF F1 B7 F8 FC 84 E0 2A FC 21 E8 2A 7C 9C D5 AE 7F 9C 9A 14 D8 3D 00 08 7D 89 D5 AE D9 67 00 08 7C CB D5 AE D8 A6 00 08 7D 2A D5 AE D9 45 00 08 7C E8 D5 AE D9 04 00 08 7F FA 05 AE DB C3 00 08 42 00 FD AC
-
-PASS: gsl_fft_complex_forward with signal_noise, n = 36, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 36, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 36, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 36, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 36, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 36, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 36, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 36
-. 0 1000B09C 400
-. 7C E8 02 A6 7C 0C AA 14 7D 71 62 14 7D 4E 62 14 7C 00 C9 D6 81 21 00 F0 7D 07 62 14 7C 9B FC 2E 7C E9 62 14 7D 3B FA 14 7D 6B C9 D6 54 00 18 38 C0 69 00 04 7D 20 FA 14 C1 09 00 04 39 8C 00 01 7C FF 04 2E 7C 17 B2 14 7D 4A C9 D6 55 6B 18 38 7C AB FA 14 7D 2B FC 2E C1 65 00 04 7E 94 CA 14 7F 7B 92 14 7D 08 C9 D6 55 4A 18 38 7C CA FA 14 7C 0A FC 2E C1 A6 00 04 EC C9 00 2A 81 41 00 F4 55 08 18 38 7C E7 C9 D6 7D 28 FA 14 7D 48 FC 2E C1 89 00 04 EC AB 68 2A EC 4A 38 2A 81 01 00 FC EC 2C 40 2A 54 E7 18 38 7D 27 FA 14 ED 29 00 28 ED 6B 68 28 7F E7 FC 2E ED 4A 38 28 C3 C9 00 04 ED 8C 40 28 80 E1 00 F8 ED 06 05 32 7D 2A BA 14 EC E5 05 32 7D 67 BA 14 EC 02 05 32 7D 48 BA 14 ED A1 05 32 7D 10 BA 14 EC E3 38 28 7C 00 C1 D6 ED 04 40 28 7C FC D2 14 ED 35 02 72 3A F7 00 01 ED 75 02 F2 EC 1F 00 28 7D 29 C1 D6 ED BE 68 28 54 00 18 38 ED 55 02 B2 7C C0 D2 14 ED 95 03 32 EC 84 30 2A 7D 6B C1 D6 EC C8 58 2A 55 29 18 38 EC 63 28 2A 7C A9 D2 14 EC A7 48 28 EF FF 10 2A 7D 4A C1 D6 EC 40 60 2A 55 6B 18 38 EF DE 08 2A 7C 8B D2 14 EC 2D 50 28 ED 08 58 28 7D 08 C1 D6 ED AD 50 2A 55 4A 18 38 EC E7 48 2A 7C 6A D2 14 EC 00 60 28 EF 85 08 28 55 08 18 38 ED 67 68 28 7F A8 D2 14 ED 88 00 28 ED 08 00 2A C0 01 00 40
-
-. 0 1000B22C 192
-. EF A6 10 28 EC E7 68 2A EC C6 10 2A C0 41 00 48 EC A5 08 2A C0 21 00 44 EF 60 03 32 EE E0 02 F2 C0 01 00 48 ED 24 F8 28 ED 43 F0 28 EC 00 07 32 EF 41 01 B2 ED A1 01 72 EC 2F 01 F2 D0 01 01 48 EF 02 07 72 C0 01 00 3C EE D1 02 72 EF 2F 02 32 EC 51 02 B2 ED 10 0A 38 C0 21 01 48 ED 60 DA FA EC B3 D1 7A ED 52 B2 BA EC F0 C9 FA EF 8E C7 3A ED 80 BB 38 EC D3 69 B8 ED 32 12 78 EF AE 0F 78 EC 84 F8 2A EC 63 F0 2A 7C 9C D5 2E 7F 9C 9A 14 D0 67 00 04 7D 9A 05 2E D1 66 00 04 7C C9 D5 2E D0 A5 00 04 7D 2B D5 2E D1 44 00 04 7D 0A D5 2E D0 E3 00 04 7F A8 D5 2E D3 9D 00 04 42 00 FD B4
-
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 36, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 36, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 36, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 36, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 36, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 36, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 36, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 36
-PASS: gsl_fft_real with signal_real_noise, n = 36, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 36, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 36, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 36, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 36
-PASS: gsl_fft_real_float with signal_real_noise, n = 36, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 36, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 36, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 36, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 36
-PASS: gsl_fft_complex_forward with signal_noise, n = 36, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 36, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 36, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 36, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 36, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 36, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 36, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 36, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 36, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 36, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 36
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 36, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 36, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 36, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 36, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 36, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 36, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 36, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 36, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 36, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 36, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 36
-PASS: gsl_fft_real with signal_real_noise, n = 36, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 36, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 36, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 36, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 36
-PASS: gsl_fft_real_float with signal_real_noise, n = 36, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 36, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 36, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 36, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 36
-PASS: gsl_fft_complex_forward with signal_noise, n = 36, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 36, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 36, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 36, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 36, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 36, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 36, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 36, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 36, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 36, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 36
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 36, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 36, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 36, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 36, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 36, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 36, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 36, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 36, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 36, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 36, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 36
-PASS: gsl_fft_real with signal_real_noise, n = 36, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 36, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 36, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 36, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 36
-PASS: gsl_fft_real_float with signal_real_noise, n = 36, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 36, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 36, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 37, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 37
-PASS: gsl_fft_complex_forward with signal_noise, n = 37, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 37, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 37, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 37, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 37, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 37, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 37, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 37
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 37, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 37, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 37, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 37, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 37, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 37, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 37, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 37
-PASS: gsl_fft_real with signal_real_noise, n = 37, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 37, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 37, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 37, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 37
-PASS: gsl_fft_real_float with signal_real_noise, n = 37, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 37, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 37, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 37, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 37
-PASS: gsl_fft_complex_forward with signal_noise, n = 37, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 37, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 37, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 37, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 37, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 37, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 37, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 37, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 37, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 37, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 37
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 37, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 37, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 37, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 37, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 37, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 37, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 37, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 37, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 37, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 37, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 37
-PASS: gsl_fft_real with signal_real_noise, n = 37, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 37, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 37, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 37, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 37
-PASS: gsl_fft_real_float with signal_real_noise, n = 37, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 37, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 37, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 37, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 37
-PASS: gsl_fft_complex_forward with signal_noise, n = 37, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 37, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 37, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 37, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 37, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 37, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 37, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 37, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 37, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 37, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 37
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 37, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 37, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 37, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 37, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 37, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 37, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 37, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 37, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 37, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 37, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 37
-PASS: gsl_fft_real with signal_real_noise, n = 37, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 37, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 37, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 37, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 37
-PASS: gsl_fft_real_float with signal_real_noise, n = 37, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 37, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 37, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 38, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 38
-PASS: gsl_fft_complex_forward with signal_noise, n = 38, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 38, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 38, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 38, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 38, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 38, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 38, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 38
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 38, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 38, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 38, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 38, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 38, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 38, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 38, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 38
-PASS: gsl_fft_real with signal_real_noise, n = 38, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 38, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 38, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 38, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 38
-PASS: gsl_fft_real_float with signal_real_noise, n = 38, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 38, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 38, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 38, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 38
-PASS: gsl_fft_complex_forward with signal_noise, n = 38, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 38, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 38, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 38, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 38, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 38, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 38, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 38, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 38, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 38, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 38
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 38, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 38, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 38, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 38, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 38, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 38, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 38, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 38, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 38, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 38, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 38
-PASS: gsl_fft_real with signal_real_noise, n = 38, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 38, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 38, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 38, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 38
-PASS: gsl_fft_real_float with signal_real_noise, n = 38, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 38, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 38, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 38, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 38
-PASS: gsl_fft_complex_forward with signal_noise, n = 38, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 38, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 38, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 38, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 38, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 38, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 38, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 38, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 38, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 38, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 38
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 38, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 38, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 38, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 38, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 38, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 38, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 38, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 38, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 38, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 38, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 38
-PASS: gsl_fft_real with signal_real_noise, n = 38, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 38, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 38, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 38, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 38
-PASS: gsl_fft_real_float with signal_real_noise, n = 38, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 38, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 38, stride = 3
-. 0 FE0C97C 144
-. 83 BE 0F 58 83 9E 0E 88 C9 1D 00 00 83 7E 0F 5C FC BF 40 2A C8 9C 00 00 C8 3B 00 00 83 5E 0E 84 FC 05 40 28 83 3E 0F 60 FD 64 00 72 CB BA 00 00 FD A4 00 32 FD 3F 00 28 FC 4B 00 32 FC 6D 00 32 FF C4 02 72 FD 03 00 32 C8 19 00 00 FF 62 02 72 FF 9E 02 72 FF 46 E8 2A FD BF 40 2A FD 5C 02 72 FD 9A D9 FA FC BF 68 28 FC 8C 57 FA FC 25 40 2A FD 64 08 2A FC 4D 58 2A FC 6D 10 28 FC 20 10 90 FF C3 58 2A FC FE 10 3A FE 07 10 00 41 92 00 50
-
-PASS: gsl_fft_complex_wavetable_alloc, n = 39, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 39
-PASS: gsl_fft_complex_forward with signal_noise, n = 39, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 39, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 39, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 39, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 39, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 39, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 39, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 39
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 39, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 39, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 39, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 39, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 39, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 39, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 39, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 39
-PASS: gsl_fft_real with signal_real_noise, n = 39, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 39, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 39, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 39, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 39
-PASS: gsl_fft_real_float with signal_real_noise, n = 39, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 39, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 39, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 39, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 39
-PASS: gsl_fft_complex_forward with signal_noise, n = 39, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 39, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 39, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 39, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 39, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 39, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 39, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 39, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 39, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 39, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 39
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 39, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 39, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 39, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 39, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 39, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 39, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 39, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 39, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 39, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 39, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 39
-PASS: gsl_fft_real with signal_real_noise, n = 39, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 39, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 39, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 39, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 39
-PASS: gsl_fft_real_float with signal_real_noise, n = 39, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 39, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 39, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 39, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 39
-PASS: gsl_fft_complex_forward with signal_noise, n = 39, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 39, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 39, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 39, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 39, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 39, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 39, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 39, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 39, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 39, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 39
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 39, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 39, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 39, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 39, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 39, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 39, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 39, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 39, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 39, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 39, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 39
-PASS: gsl_fft_real with signal_real_noise, n = 39, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 39, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 39, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 39, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 39
-PASS: gsl_fft_real_float with signal_real_noise, n = 39, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 39, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 39, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 40, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 40
-. 0 FE0D52C 20
-. FE 1F E8 00 80 9E 0F 88 CB A4 00 00 FC 84 07 72 40 91 08 40
-
-. 0 FE0DD7C 8
-. 81 3E 0F B8 4B FF F7 C4
-
-. 0 FE0D544 20
-. C9 09 00 00 FC 1F 22 3A FC 81 00 2A FC 84 08 00 41 86 02 6C
-
-. 0 FE0DBD0 16
-. CB BD 00 00 FC 20 F0 90 FF 9E E8 00 41 9D 00 08
-
-. 0 FE0DBE4 12
-. FC 40 E0 90 38 61 00 10 48 01 76 01
-
-. 0 FE25858 8
-. FF 8C 68 00 40 9D 00 F4
-
-. 0 FE2589C 8
-. FF 83 F0 00 40 9D 00 60
-
-. 0 FE25900 80
-. FD 7E 60 28 83 C1 00 18 CB 01 00 20 CB 21 00 28 FC AB 08 2A CB 61 00 38 CB 81 00 40 CB A1 00 48 FC E5 10 2A CB C1 00 50 CB E1 00 58 FC 27 D0 2A FC 4C 08 2A FD 2C 10 28 D8 43 00 00 FF 49 08 2A DB 43 00 08 CB 41 00 30 38 21 00 60 4E 80 00 20
-
-. 0 FE0DBF0 12
-. C9 A1 00 18 FC 8D E8 00 40 85 02 C4
-
-. 0 FE0DBFC 20
-. 80 BE 0F 8C FF 1F E8 00 CB 85 00 00 FD AD 07 32 40 99 03 14
-
-. 0 FE0DF20 8
-. 81 3E 0F BC 4B FF F2 08
-
-. 0 FE0D12C 24
-. C8 29 00 00 FC 1F 68 7A C8 21 00 10 FF 41 00 2A FE 01 D0 00 40 92 04 70
-
-PASS: gsl_fft_complex_forward with signal_noise, n = 40, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 40, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 40, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 40, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 40, stride = 1
-. 0 FE0D540 24
-. 81 3E 0F 9C C9 09 00 00 FC 1F 22 3A FC 81 00 2A FC 84 08 00 41 86 02 6C
-
-. 0 FE0DBE0 16
-. FC 20 F0 50 FC 40 E0 90 38 61 00 10 48 01 76 01
-
-. 0 FE0DC10 8
-. 81 3E 0F A0 4B FF F5 18
-
-PASS: gsl_fft_complex_forward with signal_exp, n = 40, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 40, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 40
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 40, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 40, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 40, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 40, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 40, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 40, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 40, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 40
-PASS: gsl_fft_real with signal_real_noise, n = 40, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 40, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 40, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 40, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 40
-PASS: gsl_fft_real_float with signal_real_noise, n = 40, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 40, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 40, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 40, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 40
-PASS: gsl_fft_complex_forward with signal_noise, n = 40, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 40, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 40, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 40, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 40, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 40, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 40, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 40, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 40, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 40, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 40
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 40, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 40, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 40, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 40, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 40, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 40, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 40, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 40, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 40, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 40, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 40
-PASS: gsl_fft_real with signal_real_noise, n = 40, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 40, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 40, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 40, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 40
-PASS: gsl_fft_real_float with signal_real_noise, n = 40, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 40, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 40, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 40, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 40
-PASS: gsl_fft_complex_forward with signal_noise, n = 40, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 40, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 40, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 40, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 40, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 40, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 40, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 40, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 40, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 40, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 40
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 40, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 40, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 40, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 40, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 40, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 40, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 40, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 40, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 40, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 40, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 40
-PASS: gsl_fft_real with signal_real_noise, n = 40, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 40, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 40, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 40, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 40
-PASS: gsl_fft_real_float with signal_real_noise, n = 40, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 40, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 40, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 41, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 41
-PASS: gsl_fft_complex_forward with signal_noise, n = 41, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 41, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 41, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 41, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 41, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 41, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 41, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 41
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 41, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 41, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 41, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 41, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 41, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 41, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 41, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 41
-PASS: gsl_fft_real with signal_real_noise, n = 41, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 41, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 41, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 41, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 41
-PASS: gsl_fft_real_float with signal_real_noise, n = 41, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 41, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 41, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 41, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 41
-PASS: gsl_fft_complex_forward with signal_noise, n = 41, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 41, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 41, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 41, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 41, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 41, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 41, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 41, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 41, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 41, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 41
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 41, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 41, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 41, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 41, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 41, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 41, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 41, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 41, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 41, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 41, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 41
-PASS: gsl_fft_real with signal_real_noise, n = 41, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 41, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 41, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 41, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 41
-PASS: gsl_fft_real_float with signal_real_noise, n = 41, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 41, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 41, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 41, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 41
-PASS: gsl_fft_complex_forward with signal_noise, n = 41, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 41, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 41, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 41, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 41, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 41, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 41, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 41, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 41, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 41, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 41
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 41, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 41, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 41, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 41, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 41, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 41, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 41, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 41, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 41, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 41, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 41
-PASS: gsl_fft_real with signal_real_noise, n = 41, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 41, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 41, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 41, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 41
-PASS: gsl_fft_real_float with signal_real_noise, n = 41, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 41, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 41, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 42, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 42
-PASS: gsl_fft_complex_forward with signal_noise, n = 42, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 42, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 42, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 42, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 42, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 42, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 42, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 42
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 42, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 42, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 42, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 42, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 42, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 42, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 42, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 42
-. 0 100119F4 172
-. 81 41 00 2C 55 0B 18 38 39 6B 00 08 7D 28 52 14 7D 6B E9 D6 54 CA 18 38 39 4A 00 08 7C 1D 49 D6 55 29 18 38 39 29 00 08 7D 6B FC AE 54 EB 18 38 39 6B 00 08 54 00 18 38 7D 29 E9 D6 7D 9F 04 AE FC 07 03 32 7D A9 FC AE 7C 1D 41 D6 7D 08 2A 14 FD 47 03 72 FD A8 03 7A 54 00 18 38 7C 1F 04 AE 7D 38 39 D6 FD 88 53 38 7C E7 8A 14 FD 4B 68 28 7C 18 31 D6 FD 6B 68 2A FD 20 60 28 55 29 18 38 FD 40 50 50 7C C6 8A 14 FC 00 60 2A 7D 4A C1 D6 54 00 18 38 7C 19 05 AE 7D 6B C1 D6 7D 6A CD AE 7D 29 CD AE 7D 4B CD AE 42 00 FF 58
-
-PASS: gsl_fft_real with signal_real_noise, n = 42, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 42, stride = 1
-. 0 1000D160 168
-. 54 A9 18 38 54 8B 18 38 39 29 00 08 39 6B 00 08 7D 29 E1 D6 81 81 00 2C 54 C8 18 38 7D 46 62 14 55 47 18 38 7D 6B E1 D6 7D 29 EC AE 39 08 00 08 38 E7 00 08 7D 3C 29 D6 7D 0B EC AE 7C A5 1A 14 FD 89 40 2A FD 29 40 28 7C 1C 21 D6 55 29 18 38 7D 69 EC AE FD 46 03 32 7C 84 1A 14 FD 87 03 32 54 00 18 38 7D 57 51 D6 7D BD 04 AE FC 0B 68 28 7C 17 31 D6 FD 6B 68 2A 55 4A 18 38 FD 47 50 3A 7C C6 DA 14 FC 06 60 38 7D 08 B9 D6 54 00 18 38 7D 7A 05 AE 7C E7 B9 D6 7D 28 D5 AE 7C 0A D5 AE 7D 47 D5 AE 42 00 FF 5C
-
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 42, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 42, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 42
-. 0 10013A20 172
-. 81 41 00 2C 54 EB 10 3A 39 6B 00 04 54 A8 10 3A 7D 27 52 14 7D 6B F9 D6 54 CA 10 3A 39 08 00 04 39 4A 00 04 7C 1F 49 D6 55 29 10 3A 39 29 00 04 7D 6B EC 2E 54 00 10 3A 7D 29 F9 D6 7D BD 04 2E ED 87 03 72 7C 09 EC 2E 7C 1F 39 D6 7C E7 22 14 ED 88 60 3A EC 07 00 32 54 00 10 3A 7D 38 31 D6 ED 4B 60 28 7C C6 8A 14 ED A8 03 78 7C 1D 04 2E ED 6B 60 2A 7C 18 29 D6 FD 40 50 50 ED 20 68 28 55 29 10 3A EC 00 68 2A 7C A5 8A 14 7D 08 C1 D6 54 00 10 3A 7C 19 05 2E 7D 4A C1 D6 7D 68 CD 2E 7D 29 CD 2E 7D 4A CD 2E 42 00 FF 58
-
-PASS: gsl_fft_real_float with signal_real_noise, n = 42, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 42, stride = 1
-. 0 1000F32C 168
-. 54 A9 10 3A 54 8B 10 3A 39 29 00 04 39 6B 00 04 7D 29 E1 D6 81 81 00 2C 54 C8 10 3A 7D 46 62 14 55 47 10 3A 7D 6B E1 D6 7D 29 FC 2E 39 08 00 04 38 E7 00 04 7D 3C 29 D6 7D 0B FC 2E 7C A5 1A 14 EC 09 40 2A ED 29 40 28 7C 1C 21 D6 55 29 10 3A 7D A9 FC 2E ED 46 00 32 EC 07 00 32 7C 84 1A 14 54 00 10 3A 7D 57 51 D6 7D 9F 04 2E ED 6D 60 28 7C 17 31 D6 ED AD 60 2A 55 4A 10 3A ED 47 52 FA 7C C6 DA 14 ED 66 02 F8 7D 08 B9 D6 54 00 10 3A 7D BA 05 2E 7C E7 B9 D6 7D 28 D5 2E 7D 6A D5 2E 7D 47 D5 2E 42 00 FF 5C
-
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 42, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 42, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 42
-PASS: gsl_fft_complex_forward with signal_noise, n = 42, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 42, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 42, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 42, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 42, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 42, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 42, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 42, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 42, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 42, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 42
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 42, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 42, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 42, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 42, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 42, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 42, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 42, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 42, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 42, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 42, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 42
-PASS: gsl_fft_real with signal_real_noise, n = 42, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 42, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 42, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 42, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 42
-PASS: gsl_fft_real_float with signal_real_noise, n = 42, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 42, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 42, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 42, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 42
-PASS: gsl_fft_complex_forward with signal_noise, n = 42, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 42, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 42, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 42, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 42, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 42, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 42, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 42, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 42, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 42, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 42
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 42, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 42, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 42, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 42, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 42, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 42, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 42, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 42, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 42, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 42, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 42
-PASS: gsl_fft_real with signal_real_noise, n = 42, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 42, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 42, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 42, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 42
-PASS: gsl_fft_real_float with signal_real_noise, n = 42, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 42, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 42, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 43, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 43
-PASS: gsl_fft_complex_forward with signal_noise, n = 43, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 43, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 43, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 43, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 43, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 43, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 43, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 43
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 43, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 43, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 43, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 43, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 43, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 43, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 43, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 43
-PASS: gsl_fft_real with signal_real_noise, n = 43, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 43, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 43, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 43, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 43
-PASS: gsl_fft_real_float with signal_real_noise, n = 43, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 43, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 43, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 43, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 43
-PASS: gsl_fft_complex_forward with signal_noise, n = 43, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 43, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 43, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 43, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 43, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 43, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 43, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 43, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 43, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 43, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 43
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 43, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 43, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 43, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 43, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 43, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 43, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 43, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 43, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 43, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 43, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 43
-PASS: gsl_fft_real with signal_real_noise, n = 43, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 43, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 43, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 43, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 43
-PASS: gsl_fft_real_float with signal_real_noise, n = 43, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 43, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 43, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 43, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 43
-PASS: gsl_fft_complex_forward with signal_noise, n = 43, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 43, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 43, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 43, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 43, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 43, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 43, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 43, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 43, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 43, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 43
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 43, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 43, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 43, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 43, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 43, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 43, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 43, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 43, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 43, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 43, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 43
-PASS: gsl_fft_real with signal_real_noise, n = 43, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 43, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 43, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 43, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 43
-PASS: gsl_fft_real_float with signal_real_noise, n = 43, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 43, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 43, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 44, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 44
-PASS: gsl_fft_complex_forward with signal_noise, n = 44, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 44, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 44, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 44, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 44, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 44, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 44, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 44
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 44, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 44, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 44, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 44, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 44, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 44, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 44, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 44
-PASS: gsl_fft_real with signal_real_noise, n = 44, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 44, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 44, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 44, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 44
-PASS: gsl_fft_real_float with signal_real_noise, n = 44, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 44, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 44, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 44, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 44
-PASS: gsl_fft_complex_forward with signal_noise, n = 44, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 44, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 44, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 44, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 44, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 44, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 44, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 44, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 44, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 44, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 44
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 44, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 44, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 44, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 44, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 44, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 44, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 44, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 44, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 44, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 44, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 44
-PASS: gsl_fft_real with signal_real_noise, n = 44, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 44, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 44, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 44, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 44
-PASS: gsl_fft_real_float with signal_real_noise, n = 44, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 44, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 44, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 44, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 44
-PASS: gsl_fft_complex_forward with signal_noise, n = 44, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 44, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 44, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 44, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 44, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 44, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 44, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 44, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 44, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 44, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 44
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 44, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 44, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 44, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 44, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 44, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 44, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 44, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 44, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 44, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 44, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 44
-PASS: gsl_fft_real with signal_real_noise, n = 44, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 44, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 44, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 44, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 44
-PASS: gsl_fft_real_float with signal_real_noise, n = 44, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 44, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 44, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 45, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 45
-PASS: gsl_fft_complex_forward with signal_noise, n = 45, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 45, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 45, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 45, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 45, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 45, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 45, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 45
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 45, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 45, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 45, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 45, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 45, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 45, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 45, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 45
-PASS: gsl_fft_real with signal_real_noise, n = 45, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 45, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 45, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 45, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 45
-PASS: gsl_fft_real_float with signal_real_noise, n = 45, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 45, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 45, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 45, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 45
-PASS: gsl_fft_complex_forward with signal_noise, n = 45, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 45, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 45, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 45, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 45, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 45, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 45, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 45, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 45, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 45, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 45
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 45, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 45, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 45, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 45, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 45, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 45, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 45, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 45, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 45, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 45, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 45
-PASS: gsl_fft_real with signal_real_noise, n = 45, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 45, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 45, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 45, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 45
-PASS: gsl_fft_real_float with signal_real_noise, n = 45, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 45, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 45, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 45, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 45
-PASS: gsl_fft_complex_forward with signal_noise, n = 45, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 45, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 45, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 45, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 45, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 45, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 45, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 45, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 45, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 45, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 45
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 45, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 45, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 45, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 45, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 45, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 45, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 45, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 45, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 45, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 45, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 45
-PASS: gsl_fft_real with signal_real_noise, n = 45, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 45, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 45, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 45, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 45
-PASS: gsl_fft_real_float with signal_real_noise, n = 45, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 45, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 45, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 46, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 46
-PASS: gsl_fft_complex_forward with signal_noise, n = 46, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 46, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 46, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 46, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 46, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 46, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 46, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 46
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 46, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 46, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 46, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 46, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 46, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 46, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 46, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 46
-PASS: gsl_fft_real with signal_real_noise, n = 46, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 46, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 46, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 46, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 46
-PASS: gsl_fft_real_float with signal_real_noise, n = 46, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 46, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 46, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 46, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 46
-PASS: gsl_fft_complex_forward with signal_noise, n = 46, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 46, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 46, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 46, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 46, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 46, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 46, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 46, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 46, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 46, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 46
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 46, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 46, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 46, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 46, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 46, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 46, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 46, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 46, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 46, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 46, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 46
-PASS: gsl_fft_real with signal_real_noise, n = 46, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 46, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 46, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 46, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 46
-PASS: gsl_fft_real_float with signal_real_noise, n = 46, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 46, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 46, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 46, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 46
-PASS: gsl_fft_complex_forward with signal_noise, n = 46, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 46, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 46, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 46, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 46, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 46, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 46, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 46, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 46, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 46, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 46
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 46, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 46, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 46, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 46, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 46, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 46, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 46, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 46, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 46, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 46, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 46
-PASS: gsl_fft_real with signal_real_noise, n = 46, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 46, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 46, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 46, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 46
-PASS: gsl_fft_real_float with signal_real_noise, n = 46, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 46, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 46, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 47, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 47
-PASS: gsl_fft_complex_forward with signal_noise, n = 47, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 47, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 47, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 47, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 47, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 47, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 47, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 47
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 47, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 47, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 47, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 47, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 47, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 47, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 47, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 47
-PASS: gsl_fft_real with signal_real_noise, n = 47, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 47, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 47, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 47, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 47
-PASS: gsl_fft_real_float with signal_real_noise, n = 47, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 47, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 47, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 47, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 47
-PASS: gsl_fft_complex_forward with signal_noise, n = 47, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 47, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 47, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 47, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 47, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 47, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 47, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 47, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 47, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 47, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 47
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 47, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 47, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 47, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 47, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 47, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 47, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 47, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 47, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 47, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 47, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 47
-PASS: gsl_fft_real with signal_real_noise, n = 47, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 47, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 47, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 47, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 47
-PASS: gsl_fft_real_float with signal_real_noise, n = 47, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 47, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 47, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 47, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 47
-PASS: gsl_fft_complex_forward with signal_noise, n = 47, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 47, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 47, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 47, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 47, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 47, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 47, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 47, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 47, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 47, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 47
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 47, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 47, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 47, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 47, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 47, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 47, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 47, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 47, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 47, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 47, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 47
-PASS: gsl_fft_real with signal_real_noise, n = 47, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 47, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 47, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 47, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 47
-PASS: gsl_fft_real_float with signal_real_noise, n = 47, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 47, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 47, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 48, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 48
-PASS: gsl_fft_complex_forward with signal_noise, n = 48, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 48, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 48, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 48, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 48, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 48, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 48, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 48
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 48, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 48, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 48, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 48, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 48, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 48, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 48, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 48
-PASS: gsl_fft_real with signal_real_noise, n = 48, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 48, stride = 1
-. 0 1000D734 384
-. 7C F8 FA 14 57 EB 18 38 54 E9 18 38 39 6B 00 08 39 29 00 08 7D 58 CA 14 7D 29 E1 D6 55 46 18 38 57 28 18 38 39 08 00 08 38 C6 00 08 7D 6B E1 D6 7D 69 EC AE FD 60 58 50 7C 1C C9 D6 7D 4B EC AE 7F 39 B2 14 FD 40 50 50 7D 3C F9 D6 54 00 18 38 7D 3D 04 AE 7F FF B2 14 80 01 00 30 7D 5C 51 D6 55 29 18 38 7C 29 EC AE 7D 63 02 14 7C AB 02 14 7C 85 02 14 7C FC 39 D6 55 4A 18 38 7C CA EC AE 54 69 18 38 55 6A 18 38 FC E6 08 28 39 29 00 08 7D 08 E1 D6 54 E7 18 38 7C A7 EC AE FC C6 08 2A 54 87 18 38 FD 89 28 28 39 4A 00 08 7C C6 E1 D6 7D A8 EC AE FD 29 28 2A 54 A8 18 38 FC 0D 58 28 39 08 00 08 FD AD 58 2A 38 E7 00 08 7D 06 EC AE 7C 17 19 D6 FC 60 38 28 7C 63 DA 14 FC 48 50 28 FD 08 50 2A FC 00 38 2A 7D 77 59 D6 FC 8C 10 2A 54 00 18 38 FD 6D 40 28 FC FE 00 32 7C B7 29 D6 55 6B 18 38 FC BC 02 F2 FC 39 01 32 7C 97 21 D6 54 A5 18 38 FF F9 00 F2 FC 1D 00 32 7D 29 B9 D6 54 84 18 38 FD 7B 02 F2 FD 49 30 28 FD 8C 10 28 7D 4A B9 D6 FC 7A 08 FA FC FD 3B 3A 7D 08 B9 D6 FC BB 2A BA FD 9E 03 38 7C E7 B9 D6 FD 5C 5A B8 FC 9A F9 38 FD 29 30 2A FD AD 40 2A 7D 3A 05 AE 7D A9 D5 AE 7D 8B D5 AE 7C EA D5 AE 7D 45 D5 AE 7C A8 D5 AE 7C 84 D5 AE 7C 67 D5 AE 42 00 FE 84
-
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 48, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 48, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 48
-PASS: gsl_fft_real_float with signal_real_noise, n = 48, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 48, stride = 1
-. 0 1000F918 384
-. 7C F8 EA 14 57 AB 10 3A 54 E9 10 3A 39 6B 00 04 39 29 00 04 7D 58 CA 14 7D 29 E1 D6 55 46 10 3A 57 28 10 3A 39 08 00 04 38 C6 00 04 7D 6B E1 D6 7D 49 FC 2E FD 40 50 50 7C 1C C9 D6 7D 2B FC 2E 7F 39 B2 14 FD 20 48 50 7D 3C E9 D6 54 00 10 3A 7D 7F 04 2E 7F BD B2 14 80 01 00 30 7D 5C 51 D6 55 29 10 3A 7C 29 FC 2E 7D 63 02 14 7C AB 02 14 7C 85 02 14 7C FC 39 D6 55 4A 10 3A 7C EA FC 2E 54 69 10 3A 55 6A 10 3A EC A7 08 28 39 29 00 04 7D 08 E1 D6 54 E7 10 3A 7C C7 FC 2E EC E7 08 2A 54 87 10 3A ED 8B 30 28 39 4A 00 04 7C C6 E1 D6 7D A8 FC 2E ED 6B 30 2A 54 A8 10 3A EC 0D 50 28 39 08 00 04 ED AD 50 2A 38 E7 00 04 7D 06 FC 2E 7C 17 19 D6 EC 40 28 28 7C 63 DA 14 EC 88 48 28 ED 08 48 2A EC 00 28 2A 7D 77 59 D6 EC 6C 20 2A 54 00 10 3A ED 4D 40 28 ED 2B 38 28 ED 8C 20 28 7C B7 29 D6 EC DF 00 32 55 6B 10 3A EC BD 02 B2 EC 3A 00 F2 EC 9A 00 B2 7C 97 21 D6 EC 1E 00 32 54 A5 10 3A ED 5C 02 B2 EC DE 33 3A 7D 29 B9 D6 EC BC 2A 7A EC 5B 08 BA 54 84 10 3A ED 9F 03 38 ED 3D 52 78 7D 4A B9 D6 EC 7B 20 F8 ED 6B 38 2A ED AD 40 2A 7D 08 B9 D6 7D 7A 05 2E 7D A9 D5 2E 7D 8B D5 2E 7C CA D5 2E 7C E7 B9 D6 7D 25 D5 2E 7C A8 D5 2E 7C 64 D5 2E 7C 47 D5 2E 42 00 FE 84
-
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 48, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 48, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 48
-PASS: gsl_fft_complex_forward with signal_noise, n = 48, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 48, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 48, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 48, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 48, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 48, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 48, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 48, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 48, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 48, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 48
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 48, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 48, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 48, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 48, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 48, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 48, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 48, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 48, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 48, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 48, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 48
-PASS: gsl_fft_real with signal_real_noise, n = 48, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 48, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 48, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 48, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 48
-PASS: gsl_fft_real_float with signal_real_noise, n = 48, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 48, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 48, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 48, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 48
-PASS: gsl_fft_complex_forward with signal_noise, n = 48, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 48, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 48, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 48, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 48, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 48, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 48, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 48, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 48, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 48, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 48
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 48, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 48, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 48, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 48, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 48, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 48, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 48, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 48, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 48, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 48, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 48
-PASS: gsl_fft_real with signal_real_noise, n = 48, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 48, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 48, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 48, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 48
-PASS: gsl_fft_real_float with signal_real_noise, n = 48, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 48, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 48, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 49, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 49
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-
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-
-. 0 FE0D6EC 24
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-
-. 0 FE262DC 12
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-
-. 0 FE262E8 68
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-
-. 0 FE2632C 24
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-
-. 0 FE26410 4
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-
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-
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-
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-
-. 0 10008B8C 132
-. FD 77 CA FA CB 21 00 C0 CA E1 00 90 FF DB D7 BA CB 41 00 D0 CB 61 00 E0 FD 39 C2 7A CB 21 00 B0 CB 01 00 A0 FD 1A AA 3A CB 41 00 C0 FC DB A1 BA CB 61 00 D0 FD 99 03 38 C8 01 00 E0 FF B7 17 78 FF F8 0F F8 FD 5A 6A B8 7F AB D5 AE DB 86 00 08 FC BB 21 78 7F EA D5 AE DB C5 00 08 FC E0 19 F8 7D 88 D5 AE D9 64 00 08 7D 47 D5 AE D9 23 00 08 7C BA 05 AE D9 1D 00 08 7C E9 D5 AE D8 DC 00 08 42 00 FC 60
-
-PASS: gsl_fft_complex_forward with signal_noise, n = 49, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 49, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 49, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 49, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 49, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 49, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 49, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 49
-. 0 1000B6DC 400
-. 81 01 00 AC 7C E8 02 A6 81 21 00 B0 7C 13 72 14 7D 48 9A 14 7C 00 C9 D6 7D 09 9A 14 81 21 00 B4 7D 67 9A 14 CA E1 00 98 7C E9 9A 14 81 21 00 B8 7D 6B C9 D6 54 00 18 38 7C C9 9A 14 7C BF 04 2E 7D 35 FA 14 7E 95 FC 2E C2 A9 00 04 7D 20 FA 14 7C E7 C9 D6 55 6B 18 38 C0 E9 00 04 7C AB FA 14 7C CB FC 2E 7F B7 82 14 C1 45 00 04 7F 76 D2 14 7C C6 C9 D6 54 E7 18 38 7D 67 FA 14 7C 87 FC 2E C0 6B 00 04 3A 73 00 01 ED 86 20 28 80 01 00 C0 7D 4A C9 D6 54 C6 18 38 7D 26 FA 14 7D 26 FC 2E C1 09 00 04 ED 6A 18 28 EF A5 48 28 80 E1 00 C4 7D 08 C9 D6 55 4A 18 38 7C 6A FA 14 7C 2A FC 2E C0 43 00 04 EF 87 40 28 EC A5 48 2A 81 21 00 CC 55 08 18 38 EC C6 20 2A 7C 88 FA 14 7D A8 FC 2E C0 04 00 04 EC E7 40 2A EF 6D 08 2A 81 01 00 C8 EF 40 10 2A 81 41 00 A8 ED 4A 18 2A 7F 80 BA 14 EF 26 28 2A 7C 07 BA 14 EC 00 10 28 7C A8 BA 14 EC 4B E0 28 7C 89 BA 14 EF 0A 38 2A 7C 6A BA 14 ED AD 08 28 7F BD C1 D6 EC 2C E8 28 7E 94 CA 14 EC 85 D8 28 7E B5 8A 14 EC 67 D0 28 3A F7 00 01 ED 39 D8 2A 7F 9C C1 D6 EF C0 58 28 57 BD 18 38 EC A6 28 28 7D 3D D2 14 EC DB 30 28 ED 60 58 2A 7C 00 C1 D6 EC 1C 00 28 57 9C 18 38 7D 7C D2 14 ED 18 D0 2A EF ED 60 28 7C A5 C1 D6 EC EA 38 28 54 00 18 38 ED 5A 50 28 7D 40 D2 14 ED 8D 60 2A
-
-. 0 1000B86C 400
-. 7C 84 C1 D6 ED BD 68 28 54 A5 18 38 7D 05 D2 14 ED 6B E0 2A 7C 63 C1 D6 54 84 18 38 7C E4 D2 14 54 63 18 38 FC 4E 00 B2 7C C3 D2 14 FC 97 01 32 FC 77 00 F2 CA E1 00 A0 ED 8C E8 2A FC 2E 00 72 FD 33 02 72 FC D2 01 B2 FC 10 00 32 FF CF 07 B2 FC B7 01 72 FC F7 01 F2 FC 40 10 18 EE 94 C8 2A FD 13 02 32 FD 52 02 B2 FD B0 03 72 FF EF 07 F2 FC 80 20 18 FC 60 18 18 FC 20 08 18 EE B5 C0 2A FD 71 02 F2 EE 94 D8 2A FC C0 30 18 FF C0 F0 18 FC 00 00 18 FF 60 10 50 FD 91 03 32 FD 20 48 18 EE B5 D0 2A FD 40 50 18 FF E0 F8 18 FC A0 28 18 FC E0 38 18 FD A0 68 18 FF A0 20 50 FF 80 18 50 FF 40 08 50 FD 00 40 18 FD 60 58 18 ED 34 48 2A EF 7B 00 28 EC 84 30 2A EC 00 F0 2A FD 80 60 18 ED 15 40 2A EF BD 28 28 EF 9C 38 28 EC A5 30 28 EC E7 50 28 EF 5A 68 28 EC 21 F8 28 EC 42 F0 28 C3 C1 00 70 EC 63 50 2A ED AD F8 2A C3 E1 00 78 EC 00 58 2A EC 89 20 2A EF 7B 58 2A ED AD 60 2A EC 21 60 2A EC 42 58 2A EF A9 E8 2A EF 88 E0 2A EC 68 18 2A ED 29 28 2A ED 08 38 2A EF 5A 60 2A EC E4 00 28 EC BD D8 28 ED 68 08 28 ED 89 10 2A EC C3 68 2A EC 84 00 2A C0 01 00 80 ED 29 10 28 C0 41 00 90 ED 08 08 2A C0 21 00 88 EC 63 68 28 EF BD D8 2A C3 61 00 68 ED 5C D0 2A EC 42 01 F2 EF 9C D0 28 EE E0 03 32 EF 5B 01 32 D0 41 01 48
-
-. 0 1000B9FC 208
-. ED BB 00 F2 C3 61 00 88 EF 1F 02 72 EE C1 01 72 EC 3F 02 32 EF E0 02 F2 C0 01 00 90 EF 3E 07 72 EC 5E 07 32 EF DB 02 B2 EF 60 01 B2 C0 01 00 64 EC 60 D0 FA C3 41 00 6C C0 01 00 74 EF 9A CF 3A C3 41 00 7C ED 00 C2 3A C0 01 00 84 ED 7A BA FA C2 E1 00 8C C3 41 01 48 ED 40 B2 BA C0 01 00 64 EC D7 D1 BA C3 41 00 7C EC 80 69 38 C2 E1 00 74 C1 A1 00 6C ED 9A FB 38 C0 01 00 8C ED 37 0A 78 C3 E1 00 84 EF AD 17 78 EC E0 D9 F8 7E 96 D5 2E EC BF F1 78 D2 BB 00 04 7E D6 92 14 7C 9D D5 2E D0 69 00 04 7F BC D5 2E D3 8B 00 04 7D 3A 05 2E D1 0A 00 04 7D 85 D5 2E D1 68 00 04 7C A4 D5 2E D1 47 00 04 7C E3 D5 2E D0 C6 00 04 42 00 FC 14
-
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 49, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 49, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 49, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 49, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 49, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 49, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 49, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 49
-. 0 1001101C 52
-. 7C 18 19 D6 C8 D7 00 00 C8 F6 00 00 38 E0 00 00 39 43 FF FF 7F 6B DB 78 54 04 18 38 2F 07 00 00 C9 36 00 00 C9 57 00 00 FD 00 48 90 FD 60 48 90 41 9A 00 14
-
-PASS: gsl_fft_real with signal_real_noise, n = 49, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 49, stride = 1
-. 0 1000CB9C 24
-. 38 1B 00 01 39 E0 00 01 54 0B F8 7E 7C 08 03 A6 2B 8B 00 01 40 9D 01 8C
-
-. 0 1000CBB4 24
-. 83 3E 81 8C 7D 74 5B 78 83 1E 81 90 3A 40 00 00 7F 92 70 40 40 9C 01 60
-
-. 0 1000CBCC 40
-. 20 CF 00 00 7E C6 79 14 55 EC 08 3C 3A 20 00 00 3A A0 00 00 38 60 00 00 C8 B9 00 00 7F 83 F8 40 C8 D8 00 00 40 9C 01 24
-
-. 0 1000CBF4 40
-. 7D 31 62 14 7D 74 78 50 38 A9 FF FF 38 8B 00 01 2C 83 00 00 C9 18 00 00 C9 39 00 00 FC E0 40 90 FD 40 40 90 41 86 00 18
-
-. 0 1000CC30 12
-. 39 00 00 00 7F 88 F8 40 40 9C 00 80
-
-. 0 1000CC3C 48
-. 7C 15 D9 D6 7F E9 03 A6 57 67 08 3C 7D 20 62 14 7C CC 00 50 39 49 FF FF 2F 88 00 00 55 49 18 38 39 69 00 08 7D 28 F8 50 7F 09 40 40 41 9E 00 14
-
-. 0 1000CC7C 4
-. 40 99 03 9C
-
-. 0 1000CC80 56
-. 7C 1C 51 D6 7D 2B E1 D6 54 00 18 38 7D 9D 04 AE 7D 69 EC AE FD AA 03 32 39 08 00 01 7D 4A 3A 14 FC 0A 02 F2 FD A9 6A FA FC 09 03 38 FC E7 68 2A FD 08 00 2A 42 00 FF A0
-
-. 0 1000CC54 24
-. 2F 88 00 00 55 49 18 38 39 69 00 08 7D 28 F8 50 7F 09 40 40 41 9E 00 14
-
-. 0 1000CC6C 20
-. FC 06 02 B2 FD A6 02 72 FD 25 02 78 FD 45 6A BA 40 99 03 9C
-
-. 0 1000D018 52
-. 7D 29 D9 D6 55 29 08 3C 7D 26 4A 14 39 29 FF FF 55 2B 18 38 7D 3C 49 D6 39 6B 00 08 7D 6B E1 D6 55 29 18 38 7D 89 EC AE 7C 0B EC AE FD 60 00 50 4B FF FC 4C
-
-. 0 1000CC94 36
-. FD AA 03 32 39 08 00 01 7D 4A 3A 14 FC 0A 02 F2 FD A9 6A FA FC 09 03 38 FC E7 68 2A FD 08 00 2A 42 00 FF A0
-
-. 0 1000CCB8 16
-. 7C 00 00 26 54 00 3F FE 7E C7 03 79 41 82 03 88
-
-. 0 1000CCC8 76
-. C9 39 00 00 C9 58 00 00 FD AA 02 32 54 A9 18 38 7C 17 29 D6 39 29 00 08 FC 0A 01 F2 38 63 00 01 7F 83 F8 40 FD A9 69 FA 7D 74 22 14 7D 29 B9 D6 54 00 18 38 FC 09 02 38 38 8B FF FF 7C A5 9A 14 7C 1A 05 AE 7D A9 D5 AE 41 9C FE F4
-
-. 0 1000CC04 24
-. 2C 83 00 00 C9 18 00 00 C9 39 00 00 FC E0 40 90 FD 40 40 90 41 86 00 18
-
-. 0 1000CC1C 32
-. FC 06 07 B2 FD A6 07 72 FC 05 07 7A FC A5 6F B8 FC C0 00 90 39 00 00 00 7F 88 F8 40 40 9C 00 80
-
-. 0 1000D04C 20
-. 54 89 20 36 7D 29 82 14 C9 49 FF F8 C9 29 FF F0 4B FF FC 74
-
-. 0 1000CCD0 68
-. FD AA 02 32 54 A9 18 38 7C 17 29 D6 39 29 00 08 FC 0A 01 F2 38 63 00 01 7F 83 F8 40 FD A9 69 FA 7D 74 22 14 7D 29 B9 D6 54 00 18 38 FC 09 02 38 38 8B FF FF 7C A5 9A 14 7C 1A 05 AE 7D A9 D5 AE 41 9C FE F4
-
-. 0 1000CD14 20
-. 3A 52 00 01 7E B5 FA 14 7F 92 70 40 7E 31 DA 14 41 9C FE BC
-
-. 0 1000CD28 20
-. 7D 08 02 A6 39 EF 00 01 55 00 F8 7E 7F 80 78 40 41 9D FE 88
-
-. 0 1000CBC0 12
-. 3A 40 00 00 7F 92 70 40 40 9C 01 60
-
-. 0 1000CD3C 8
-. 73 69 00 01 40 82 01 70
-
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 49, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 49, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 49
-. 0 1001300C 52
-. 7C 18 19 D6 C0 D7 00 00 C0 F6 00 00 38 E0 00 00 39 43 FF FF 7F 6B DB 78 54 04 10 3A 2F 07 00 00 C1 36 00 00 C1 57 00 00 FD 00 48 90 FD 60 48 90 41 9A 00 14
-
-PASS: gsl_fft_real_float with signal_real_noise, n = 49, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 49, stride = 1
-. 0 1000ED64 24
-. 38 1B 00 01 39 E0 00 01 54 0B F8 7E 7C 08 03 A6 2B 8B 00 01 40 9D 01 8C
-
-. 0 1000ED7C 24
-. 83 3E 82 04 7D 74 5B 78 83 1E 82 08 3A 40 00 00 7F 92 70 40 40 9C 01 60
-
-. 0 1000ED94 40
-. 20 CF 00 00 7E C6 79 14 55 EC 08 3C 3A 20 00 00 3A A0 00 00 38 60 00 00 C0 B9 00 00 7F 83 E8 40 C0 D8 00 00 40 9C 01 24
-
-. 0 1000EDBC 40
-. 7D 31 62 14 7D 74 78 50 38 A9 FF FF 38 8B 00 01 2C 83 00 00 C1 18 00 00 C1 39 00 00 FC E0 40 90 FD 40 40 90 41 86 00 18
-
-. 0 1000EDF8 12
-. 39 00 00 00 7F 88 E8 40 40 9C 00 80
-
-. 0 1000EE04 48
-. 7C 15 D9 D6 7F A9 03 A6 57 67 08 3C 7D 20 62 14 7C CC 00 50 39 49 FF FF 2F 88 00 00 55 49 10 3A 39 69 00 04 7D 28 E8 50 7F 09 40 40 41 9E 00 14
-
-. 0 1000EE44 4
-. 40 99 03 A0
-
-. 0 1000EE48 56
-. 7C 1C 51 D6 7D 2B E1 D6 54 00 10 3A 7D 9F 04 2E 7D 69 FC 2E ED AA 03 32 39 08 00 01 EC 0A 02 F2 7D 4A 3A 14 ED A9 6A FA EC 09 03 38 EC E7 68 2A ED 08 00 2A 42 00 FF A0
-
-. 0 1000EE1C 24
-. 2F 88 00 00 55 49 10 3A 39 69 00 04 7D 28 E8 50 7F 09 40 40 41 9E 00 14
-
-. 0 1000EE34 20
-. EC 06 02 B2 ED A6 02 72 ED 25 02 78 ED 45 6A BA 40 99 03 A0
-
-. 0 1000F1E4 52
-. 7D 29 D9 D6 55 29 08 3C 7D 26 4A 14 39 29 FF FF 55 2B 10 3A 7D 3C 49 D6 39 6B 00 04 7D 6B E1 D6 55 29 10 3A 7D 89 FC 2E 7C 0B FC 2E FD 60 00 50 4B FF FC 48
-
-. 0 1000EE5C 36
-. ED AA 03 32 39 08 00 01 EC 0A 02 F2 7D 4A 3A 14 ED A9 6A FA EC 09 03 38 EC E7 68 2A ED 08 00 2A 42 00 FF A0
-
-. 0 1000EE80 16
-. 7C 00 00 26 54 00 3F FE 7E C7 03 79 41 82 03 8C
-
-. 0 1000EE90 76
-. C1 39 00 00 C1 58 00 00 54 A9 10 3A ED AA 02 32 EC 0A 01 F2 7C 17 29 D6 39 29 00 04 38 63 00 01 ED A9 69 FA 7F 83 E8 40 EC 09 02 38 7D 29 B9 D6 54 00 10 3A 7D 74 22 14 7C 1A 05 2E 38 8B FF FF 7C A5 9A 14 7D A9 D5 2E 41 9C FE F4
-
-. 0 1000EDCC 24
-. 2C 83 00 00 C1 18 00 00 C1 39 00 00 FC E0 40 90 FD 40 40 90 41 86 00 18
-
-. 0 1000EDE4 32
-. EC 06 07 B2 ED A6 07 72 EC 05 07 7A EC A5 6F B8 FC C0 00 90 39 00 00 00 7F 88 E8 40 40 9C 00 80
-
-. 0 1000F218 20
-. 54 89 18 38 7D 29 82 14 C1 49 FF FC C1 29 FF F8 4B FF FC 70
-
-. 0 1000EE98 68
-. 54 A9 10 3A ED AA 02 32 EC 0A 01 F2 7C 17 29 D6 39 29 00 04 38 63 00 01 ED A9 69 FA 7F 83 E8 40 EC 09 02 38 7D 29 B9 D6 54 00 10 3A 7D 74 22 14 7C 1A 05 2E 38 8B FF FF 7C A5 9A 14 7D A9 D5 2E 41 9C FE F4
-
-. 0 1000EEDC 20
-. 3A 52 00 01 7E B5 EA 14 7F 92 70 40 7E 31 DA 14 41 9C FE BC
-
-. 0 1000EEF0 20
-. 7D 08 02 A6 39 EF 00 01 55 00 F8 7E 7F 80 78 40 41 9D FE 88
-
-. 0 1000ED88 12
-. 3A 40 00 00 7F 92 70 40 40 9C 01 60
-
-. 0 1000EF04 8
-. 73 69 00 01 40 82 01 74
-
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 49, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 49, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 49
-PASS: gsl_fft_complex_forward with signal_noise, n = 49, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 49, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 49, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 49, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 49, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 49, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 49, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 49, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 49, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 49, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 49
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 49, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 49, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 49, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 49, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 49, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 49, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 49, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 49, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 49, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 49, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 49
-PASS: gsl_fft_real with signal_real_noise, n = 49, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 49, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 49, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 49, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 49
-PASS: gsl_fft_real_float with signal_real_noise, n = 49, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 49, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 49, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 49, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 49
-PASS: gsl_fft_complex_forward with signal_noise, n = 49, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 49, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 49, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 49, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 49, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 49, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 49, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 49, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 49, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 49, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 49
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 49, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 49, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 49, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 49, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 49, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 49, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 49, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 49, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 49, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 49, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 49
-PASS: gsl_fft_real with signal_real_noise, n = 49, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 49, stride = 3
-. 0 FEE0DB4 12
-. 7C 00 18 28 7D 20 19 2D 40 A2 FF F8
-
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 49, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 49, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 49
-PASS: gsl_fft_real_float with signal_real_noise, n = 49, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 49, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 49, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 50, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 50
-PASS: gsl_fft_complex_forward with signal_noise, n = 50, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 50, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 50, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 50, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 50, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 50, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 50, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 50
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 50, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 50, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 50, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 50, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 50, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 50, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 50, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 50
-. 0 10011434 400
-. 7D 7C D2 14 7C 0B D2 14 7D 1D 59 D6 7D 20 D2 14 7D 49 D2 14 54 07 18 38 55 26 18 38 55 45 18 38 7C 1D 01 D6 55 6B 18 38 39 6B 00 08 38 E7 00 08 38 C6 00 08 7D 3D 49 D6 38 A5 00 08 55 08 18 38 54 00 18 38 7C E8 FC AE 7D 5F 04 AE 7D 5D 51 D6 55 29 18 38 7D 29 FC AE FC 39 01 F2 57 89 18 38 FC 17 02 B2 39 29 00 08 7D 6B E9 D6 55 4A 18 38 7C AA FC AE FD B5 02 72 57 6A 18 38 FD 93 01 72 39 4A 00 08 7C E7 E9 D6 7D 0B FC AE 56 8B 08 3C FC 79 02 32 7D 6B AA 14 39 6B FF FF 7C C6 E9 D6 7D 67 FC AE FD 1A 0A 3A 7C F7 5A 14 55 64 18 38 FC 57 02 F2 54 E3 18 38 7C A5 E9 D6 7C C6 FC AE FD 78 02 FA 38 84 00 08 38 63 00 08 FF F5 01 B2 7E B5 8A 14 7C 85 FC AE 7D 29 E9 D6 FC D6 69 BA FF D3 01 32 7C 1D E1 D6 7F A9 FC AE FC 94 61 3A 7D 37 DA 14 7D 17 4A 14 FD 36 FA 78 55 26 18 38 54 00 18 38 55 05 18 38 FC B4 F1 78 7C 3F 04 AE 38 C6 00 08 7C 18 D9 D6 FC FA 19 F8 38 A5 00 08 7F 9C B2 14 FD 58 12 B8 7F 7B 8A 14 7D 38 49 D6 54 00 18 38 FD AB 30 2A FC 08 20 2A FD 87 28 2A FC 6A 48 2A 7D 18 41 D6 FF C0 68 2A 55 29 18 38 FD 4A 48 28 FF EC 18 2A FC 00 68 28 7D 78 59 D6 FD 3E 03 F2 55 08 18 38 FD 6B 30 28 FC 5C 02 B2 7C F8 39 D6 55 6B 18 38 FD 5B 02 B2 FC E7 28 28 7D 4A C1 D6 FC 00 04 32 54 E7 18 38 FD 8C 18 28
-
-. 0 100115C4 168
-. FD BF 03 F2 7C C6 C1 D6 FD 3D 48 28 FC DC 02 F2 7C A5 C1 D6 FD 7B 02 F2 FD 08 20 28 FC 51 11 FA 7C 84 C1 D6 FD 8C 04 32 FC F2 51 F8 7C 63 C1 D6 FD 49 00 28 FD A1 68 28 FD 29 00 2A FC D1 32 3A FD 12 5A 38 FC 0D 60 28 FC AA 10 28 FD 69 38 28 FD AD 60 2A FC 80 30 2A FC 21 F8 2A FD 8D 40 2A FF BD F0 2A FD 60 58 50 7C 39 05 AE FC A0 28 50 FD AD 40 28 7F AA CD AE FD 29 38 2A FC 00 30 28 FD 4A 10 2A 7D A9 CD AE 7D 26 CD AE 7C 08 CD AE 7D 45 CD AE 7D 8B CD AE 7D 64 CD AE 7C 87 CD AE 7C A3 CD AE 42 00 FD CC
-
-PASS: gsl_fft_real with signal_real_noise, n = 50, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 50, stride = 1
-. 0 1000DE58 260
-. 1D 24 00 05 7C E5 CA 14 7C 84 DA 14 7D 29 DA 14 39 29 FF FF 7C 06 4A 14 7D 7C 49 D6 54 0A 18 38 7D 06 02 14 39 4A 00 08 7C 1C 01 D6 55 6B 18 38 7D 6B EC AE 55 29 18 38 39 29 00 08 FD 6B 58 2A 54 00 18 38 7D 4A E1 D6 7C 1D 04 AE FC 00 00 2A 7D 1C 41 D6 7D AA EC AE FD 8B 00 28 FD 6B 00 2A 7D 29 E1 D6 55 08 18 38 7C E8 EC AE FD AD 68 2A FD 8C 01 72 FD 2B 39 B8 7C 09 EC AE 7D 27 CA 14 7C 17 29 D6 FD 58 03 72 7D 69 CA 14 7D 4B CA 14 FD B9 03 72 7C A5 DA 14 7C F7 39 D6 54 00 18 38 FC 00 00 2A FD 0C 48 28 FD 8C 48 2A FD 59 50 38 7D 37 49 D6 54 E7 18 38 FC 18 68 3A FD 20 60 50 7D 77 59 D6 FD A0 40 50 55 29 18 38 FD 6B 38 2A FD 29 00 28 7D 57 51 D6 FD AD 50 28 FD 8C 00 28 55 6B 18 38 FD 08 50 28 7D 7A 05 AE 55 4A 18 38 7D 87 D5 AE 7D 09 D5 AE 7D AB D5 AE 7D 2A D5 AE 42 00 FF 00
-
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 50, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 50, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 50
-. 0 10013430 400
-. 7D 7B D2 14 7C 0B D2 14 7D 1F 59 D6 7D 20 D2 14 7D 49 D2 14 54 07 10 3A 55 26 10 3A 55 45 10 3A 7C 1F 01 D6 55 6B 10 3A 39 6B 00 04 38 E7 00 04 38 C6 00 04 7D 3F 49 D6 38 A5 00 04 55 08 10 3A 54 00 10 3A 7C C8 EC 2E 7D 1D 04 2E 7D 5F 51 D6 55 29 10 3A 7C 89 EC 2E EC B8 01 B2 EC F6 02 32 57 69 10 3A EC 54 01 32 39 29 00 04 7D 6B F9 D6 55 4A 10 3A 7C 6A EC 2E 57 8A 10 3A 39 4A 00 04 EC 32 00 F2 7C E7 F9 D6 7D 6B EC 2E EC B9 2A FA ED 78 02 F2 7C C6 F9 D6 7C 07 EC 2E EC F7 38 3A EC 16 00 32 7C A5 F9 D6 7D 86 EC 2E EC D9 59 B8 EC 55 13 3A ED 94 03 32 7D A5 EC 2E ED 17 02 38 7D 29 F9 D6 EC 33 0B 7A ED B2 03 72 EC 95 61 38 EC 05 08 2A 7C 1F D9 D6 ED 87 10 2A 7F C9 EC 2E EC 73 68 F8 56 09 08 3C ED 68 20 2A 7D 29 B2 14 EF 80 60 2A 54 00 10 3A ED A6 18 2A 7F FD 04 2E EC 00 60 28 7C 17 E2 14 FD 40 E0 90 39 29 FF FF EF AD 58 2A 7D 17 02 14 ED AD 58 28 7C 97 4A 14 FD 4A 04 32 54 07 10 3A 55 06 10 3A 55 25 10 3A 54 83 10 3A FD 80 E8 90 7D 78 E1 D6 FD 20 F0 90 38 E7 00 04 38 C6 00 04 FD 8C 04 32 38 A5 00 04 38 63 00 04 7C 18 01 D6 FC 00 04 72 55 6B 10 3A 7F 7B AA 14 ED 08 20 28 7E D6 8A 14 FD 29 50 28 7D 18 41 D6 FD 60 F8 90 54 00 10 3A FD AD 04 72 7F 9C 8A 14 EC C6 18 28 7D 38 49 D6 FC 00 00 18
-
-. 0 100135C0 200
-. 55 08 10 3A EC E7 10 28 FD 6B 60 28 FD 20 48 18 7C 98 21 D6 ED 5B 02 32 55 29 10 3A ED 1A 02 32 EC 89 00 28 ED 4E 51 BA 7D 4A C1 D6 FD A0 68 18 54 84 10 3A ED 29 00 2A EC A5 08 28 FD 60 58 18 7C E7 C1 D6 EC CF 41 B8 ED 9B 01 F2 EC FA 01 F2 EC 0B 68 28 7C C6 C1 D6 ED 8E 61 7A ED 6B 68 2A EC 64 50 28 ED 09 30 28 7C A5 C1 D6 EC AF 39 78 ED A0 60 2A EF FF E8 2A 7C 63 C1 D6 EC EB 28 2A EF DE E0 2A FD 00 40 50 7F EB CD 2E FC 60 18 50 ED 6B 28 28 7F CA CD 2E ED 29 30 2A EC 00 60 28 EC 84 50 2A 7D 79 05 2E 7D 27 CD 2E 7C 08 CD 2E 7C 86 CD 2E 7C E9 CD 2E 7D 05 CD 2E 7D A4 CD 2E 7C 63 CD 2E 42 00 FD AC
-
-PASS: gsl_fft_real_float with signal_real_noise, n = 50, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 50, stride = 1
-. 0 10010074 276
-. 1D 24 00 05 7C E6 C2 14 7C 84 DA 14 7D 29 DA 14 39 29 FF FF 7C 05 4A 14 7D 7C 49 D6 7D 45 02 14 54 08 10 3A 39 08 00 04 7C 1C 01 D6 55 6B 10 3A 7D 4B FC 2E 55 29 10 3A 39 29 00 04 ED 4A 50 2A 54 00 10 3A 7D 5C 51 D6 7C 1F 04 2E EC 00 00 2A 55 4A 10 3A 7D 08 E1 D6 7C EA FC 2E 7D 47 C2 14 ED 8A 00 28 ED 4A 00 2A FC 00 38 90 7D 29 E1 D6 FD A0 50 90 ED 4A 38 2A FD 8C 01 72 7D 69 FC 2E 7D 2A C2 14 7C 17 31 D6 FD AD 01 B8 7C 08 FC 2E 7D 69 C2 14 FD 80 60 18 7C C6 DA 14 EC 00 00 2A 7C F7 39 D6 FD A0 68 18 54 00 10 3A ED 6B 58 2A 7D 5A 05 2E ED 38 00 32 ED 0C 68 28 7D 57 51 D6 ED 8C 68 2A 54 E7 10 3A EC 19 00 32 ED 39 4A F8 FD A0 40 50 7D 37 49 D6 ED 78 02 FA 55 4A 10 3A FC 00 60 50 ED AD 48 28 7D 77 59 D6 ED 8C 58 28 EC 00 58 28 55 29 10 3A ED 08 48 28 7D 87 D5 2E 55 6B 10 3A 7D 0A D5 2E 7D A9 D5 2E 7C 0B D5 2E 42 00 FE F0
-
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 50, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 50, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 50
-PASS: gsl_fft_complex_forward with signal_noise, n = 50, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 50, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 50, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 50, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 50, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 50, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 50, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 50, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 50, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 50, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 50
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 50, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 50, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 50, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 50, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 50, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 50, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 50, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 50, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 50, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 50, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 50
-PASS: gsl_fft_real with signal_real_noise, n = 50, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 50, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 50, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 50, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 50
-PASS: gsl_fft_real_float with signal_real_noise, n = 50, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 50, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 50, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 50, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 50
-PASS: gsl_fft_complex_forward with signal_noise, n = 50, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 50, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 50, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 50, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 50, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 50, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 50, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 50, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 50, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 50, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 50
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 50, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 50, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 50, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 50, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 50, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 50, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 50, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 50, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 50, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 50, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 50
-PASS: gsl_fft_real with signal_real_noise, n = 50, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 50, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 50, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 50, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 50
-PASS: gsl_fft_real_float with signal_real_noise, n = 50, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 50, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 50, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 51, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 51
-PASS: gsl_fft_complex_forward with signal_noise, n = 51, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 51, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 51, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 51, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 51, stride = 1
-. 0 FE0D6E4 32
-. C9 5C 00 00 FC 5F 50 28 C9 BD 00 00 38 61 00 10 FC 22 68 28 FC 82 08 28 FC 44 68 28 48 01 8B DD
-
-PASS: gsl_fft_complex_forward with signal_exp, n = 51, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 51, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 51
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 51, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 51, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 51, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 51, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 51, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 51, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 51, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 51
-PASS: gsl_fft_real with signal_real_noise, n = 51, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 51, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 51, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 51, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 51
-PASS: gsl_fft_real_float with signal_real_noise, n = 51, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 51, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 51, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 51, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 51
-PASS: gsl_fft_complex_forward with signal_noise, n = 51, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 51, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 51, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 51, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 51, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 51, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 51, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 51, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 51, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 51, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 51
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 51, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 51, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 51, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 51, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 51, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 51, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 51, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 51, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 51, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 51, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 51
-PASS: gsl_fft_real with signal_real_noise, n = 51, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 51, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 51, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 51, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 51
-PASS: gsl_fft_real_float with signal_real_noise, n = 51, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 51, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 51, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 51, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 51
-PASS: gsl_fft_complex_forward with signal_noise, n = 51, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 51, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 51, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 51, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 51, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 51, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 51, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 51, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 51, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 51, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 51
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 51, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 51, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 51, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 51, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 51, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 51, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 51, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 51, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 51, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 51, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 51
-PASS: gsl_fft_real with signal_real_noise, n = 51, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 51, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 51, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 51, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 51
-PASS: gsl_fft_real_float with signal_real_noise, n = 51, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 51, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 51, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 52, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 52
-PASS: gsl_fft_complex_forward with signal_noise, n = 52, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 52, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 52, stride = 1
-. 0 FE0BC44 20
-. 83 BE 0E A4 FC 9E 00 00 C8 5D 00 00 FD AD 00 B2 40 85 01 84
-
-. 0 FE0BDD8 16
-. 81 3E 0E AC C8 29 00 00 FC 1E 68 7A 4B FF FE C0
-
-. 0 FE0BCA4 16
-. C9 A1 00 10 FD 8D 00 2A FF 8D 60 00 41 9E 00 E4
-
-PASS: gsl_fft_complex_forward with signal_pulse, n = 52, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 52, stride = 1
-. 0 FE0BC58 16
-. 81 3E 0E A8 C8 29 00 00 FC 1E 68 7A 48 00 00 40
-
-PASS: gsl_fft_complex_forward with signal_exp, n = 52, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 52, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 52
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 52, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 52, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 52, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 52, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 52, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 52, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 52, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 52
-PASS: gsl_fft_real with signal_real_noise, n = 52, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 52, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 52, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 52, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 52
-PASS: gsl_fft_real_float with signal_real_noise, n = 52, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 52, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 52, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 52, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 52
-PASS: gsl_fft_complex_forward with signal_noise, n = 52, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 52, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 52, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 52, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 52, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 52, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 52, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 52, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 52, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 52, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 52
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 52, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 52, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 52, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 52, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 52, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 52, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 52, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 52, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 52, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 52, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 52
-PASS: gsl_fft_real with signal_real_noise, n = 52, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 52, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 52, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 52, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 52
-PASS: gsl_fft_real_float with signal_real_noise, n = 52, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 52, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 52, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 52, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 52
-PASS: gsl_fft_complex_forward with signal_noise, n = 52, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 52, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 52, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 52, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 52, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 52, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 52, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 52, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 52, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 52, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 52
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 52, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 52, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 52, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 52, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 52, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 52, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 52, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 52, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 52, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 52, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 52
-PASS: gsl_fft_real with signal_real_noise, n = 52, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 52, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 52, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 52, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 52
-PASS: gsl_fft_real_float with signal_real_noise, n = 52, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 52, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 52, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 53, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 53
-PASS: gsl_fft_complex_forward with signal_noise, n = 53, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 53, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 53, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 53, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 53, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 53, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 53, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 53
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 53, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 53, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 53, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 53, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 53, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 53, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 53, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 53
-PASS: gsl_fft_real with signal_real_noise, n = 53, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 53, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 53, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 53, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 53
-PASS: gsl_fft_real_float with signal_real_noise, n = 53, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 53, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 53, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 53, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 53
-PASS: gsl_fft_complex_forward with signal_noise, n = 53, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 53, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 53, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 53, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 53, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 53, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 53, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 53, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 53, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 53, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 53
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 53, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 53, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 53, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 53, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 53, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 53, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 53, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 53, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 53, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 53, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 53
-PASS: gsl_fft_real with signal_real_noise, n = 53, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 53, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 53, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 53, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 53
-PASS: gsl_fft_real_float with signal_real_noise, n = 53, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 53, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 53, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 53, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 53
-PASS: gsl_fft_complex_forward with signal_noise, n = 53, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 53, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 53, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 53, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 53, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 53, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 53, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 53, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 53, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 53, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 53
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 53, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 53, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 53, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 53, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 53, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 53, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 53, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 53, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 53, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 53, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 53
-PASS: gsl_fft_real with signal_real_noise, n = 53, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 53, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 53, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 53, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 53
-PASS: gsl_fft_real_float with signal_real_noise, n = 53, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 53, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 53, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 54, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 54
-PASS: gsl_fft_complex_forward with signal_noise, n = 54, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 54, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 54, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 54, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 54, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 54, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 54, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 54
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 54, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 54, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 54, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 54, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 54, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 54, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 54, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 54
-PASS: gsl_fft_real with signal_real_noise, n = 54, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 54, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 54, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 54, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 54
-PASS: gsl_fft_real_float with signal_real_noise, n = 54, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 54, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 54, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 54, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 54
-PASS: gsl_fft_complex_forward with signal_noise, n = 54, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 54, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 54, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 54, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 54, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 54, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 54, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 54, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 54, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 54, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 54
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 54, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 54, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 54, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 54, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 54, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 54, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 54, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 54, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 54, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 54, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 54
-PASS: gsl_fft_real with signal_real_noise, n = 54, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 54, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 54, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 54, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 54
-PASS: gsl_fft_real_float with signal_real_noise, n = 54, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 54, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 54, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 54, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 54
-PASS: gsl_fft_complex_forward with signal_noise, n = 54, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 54, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 54, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 54, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 54, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 54, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 54, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 54, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 54, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 54, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 54
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 54, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 54, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 54, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 54, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 54, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 54, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 54, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 54, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 54, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 54, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 54
-PASS: gsl_fft_real with signal_real_noise, n = 54, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 54, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 54, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 54, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 54
-PASS: gsl_fft_real_float with signal_real_noise, n = 54, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 54, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 54, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 55, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 55
-PASS: gsl_fft_complex_forward with signal_noise, n = 55, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 55, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 55, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 55, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 55, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 55, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 55, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 55
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 55, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 55, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 55, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 55, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 55, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 55, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 55, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 55
-PASS: gsl_fft_real with signal_real_noise, n = 55, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 55, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 55, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 55, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 55
-PASS: gsl_fft_real_float with signal_real_noise, n = 55, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 55, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 55, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 55, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 55
-PASS: gsl_fft_complex_forward with signal_noise, n = 55, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 55, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 55, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 55, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 55, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 55, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 55, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 55, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 55, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 55, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 55
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 55, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 55, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 55, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 55, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 55, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 55, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 55, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 55, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 55, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 55, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 55
-PASS: gsl_fft_real with signal_real_noise, n = 55, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 55, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 55, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 55, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 55
-PASS: gsl_fft_real_float with signal_real_noise, n = 55, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 55, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 55, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 55, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 55
-PASS: gsl_fft_complex_forward with signal_noise, n = 55, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 55, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 55, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 55, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 55, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 55, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 55, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 55, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 55, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 55, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 55
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 55, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 55, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 55, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 55, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 55, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 55, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 55, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 55, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 55, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 55, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 55
-PASS: gsl_fft_real with signal_real_noise, n = 55, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 55, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 55, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 55, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 55
-PASS: gsl_fft_real_float with signal_real_noise, n = 55, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 55, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 55, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 56, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 56
-PASS: gsl_fft_complex_forward with signal_noise, n = 56, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 56, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 56, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 56, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 56, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 56, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 56, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 56
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 56, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 56, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 56, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 56, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 56, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 56, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 56, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 56
-. 0 10011AD0 76
-. 7C 1D 41 D6 81 81 00 2C 54 EA 18 38 7D 68 62 14 39 4A 00 08 7D 38 39 D6 54 00 18 38 7C 1F 04 AE 7D 08 2A 14 7C E7 8A 14 7D 7D 59 D6 55 29 18 38 7C 09 CD AE 55 6B 18 38 7D 4A C1 D6 7C 0B FC AE FC 00 00 50 7C 0A CD AE 42 00 FF B8
-
-PASS: gsl_fft_real with signal_real_noise, n = 56, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 56, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 56, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 56, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 56
-. 0 10013AFC 76
-. 7C 1F 41 D6 81 81 00 2C 54 EA 10 3A 7D 68 62 14 39 4A 00 04 7D 38 39 D6 54 00 10 3A 7C 1D 04 2E 7D 08 22 14 7C E7 8A 14 7D 7F 59 D6 55 29 10 3A 7C 09 CD 2E 55 6B 10 3A 7D 4A C1 D6 7C 0B EC 2E FC 00 00 50 7C 0A CD 2E 42 00 FF B8
-
-PASS: gsl_fft_real_float with signal_real_noise, n = 56, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 56, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 56, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 56, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 56
-PASS: gsl_fft_complex_forward with signal_noise, n = 56, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 56, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 56, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 56, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 56, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 56, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 56, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 56, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 56, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 56, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 56
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 56, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 56, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 56, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 56, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 56, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 56, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 56, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 56, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 56, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 56, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 56
-PASS: gsl_fft_real with signal_real_noise, n = 56, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 56, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 56, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 56, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 56
-PASS: gsl_fft_real_float with signal_real_noise, n = 56, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 56, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 56, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 56, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 56
-PASS: gsl_fft_complex_forward with signal_noise, n = 56, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 56, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 56, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 56, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 56, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 56, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 56, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 56, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 56, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 56, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 56
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 56, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 56, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 56, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 56, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 56, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 56, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 56, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 56, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 56, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 56, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 56
-PASS: gsl_fft_real with signal_real_noise, n = 56, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 56, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 56, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 56, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 56
-PASS: gsl_fft_real_float with signal_real_noise, n = 56, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 56, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 56, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 57, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 57
-PASS: gsl_fft_complex_forward with signal_noise, n = 57, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 57, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 57, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 57, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 57, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 57, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 57, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 57
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 57, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 57, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 57, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 57, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 57, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 57, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 57, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 57
-PASS: gsl_fft_real with signal_real_noise, n = 57, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 57, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 57, stride = 1
-. 0 FEF19B8 12
-. 7F A0 F8 28 7C 00 F9 2D 40 A2 FF F8
-
-PASS: gsl_fft_real_wavetable_float_alloc, n = 57, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 57
-PASS: gsl_fft_real_float with signal_real_noise, n = 57, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 57, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 57, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 57, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 57
-PASS: gsl_fft_complex_forward with signal_noise, n = 57, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 57, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 57, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 57, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 57, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 57, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 57, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 57, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 57, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 57, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 57
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 57, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 57, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 57, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 57, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 57, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 57, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 57, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 57, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 57, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 57, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 57
-PASS: gsl_fft_real with signal_real_noise, n = 57, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 57, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 57, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 57, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 57
-PASS: gsl_fft_real_float with signal_real_noise, n = 57, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 57, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 57, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 57, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 57
-PASS: gsl_fft_complex_forward with signal_noise, n = 57, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 57, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 57, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 57, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 57, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 57, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 57, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 57, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 57, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 57, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 57
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 57, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 57, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 57, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 57, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 57, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 57, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 57, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 57, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 57, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 57, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 57
-PASS: gsl_fft_real with signal_real_noise, n = 57, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 57, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 57, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 57, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 57
-PASS: gsl_fft_real_float with signal_real_noise, n = 57, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 57, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 57, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 58, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 58
-PASS: gsl_fft_complex_forward with signal_noise, n = 58, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 58, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 58, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 58, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 58, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 58, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 58, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 58
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 58, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 58, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 58, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 58, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 58, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 58, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 58, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 58
-PASS: gsl_fft_real with signal_real_noise, n = 58, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 58, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 58, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 58, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 58
-PASS: gsl_fft_real_float with signal_real_noise, n = 58, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 58, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 58, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 58, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 58
-PASS: gsl_fft_complex_forward with signal_noise, n = 58, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 58, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 58, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 58, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 58, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 58, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 58, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 58, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 58, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 58, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 58
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 58, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 58, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 58, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 58, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 58, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 58, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 58, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 58, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 58, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 58, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 58
-PASS: gsl_fft_real with signal_real_noise, n = 58, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 58, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 58, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 58, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 58
-PASS: gsl_fft_real_float with signal_real_noise, n = 58, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 58, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 58, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 58, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 58
-PASS: gsl_fft_complex_forward with signal_noise, n = 58, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 58, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 58, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 58, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 58, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 58, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 58, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 58, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 58, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 58, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 58
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 58, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 58, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 58, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 58, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 58, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 58, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 58, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 58, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 58, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 58, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 58
-PASS: gsl_fft_real with signal_real_noise, n = 58, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 58, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 58, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 58, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 58
-PASS: gsl_fft_real_float with signal_real_noise, n = 58, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 58, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 58, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 59, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 59
-PASS: gsl_fft_complex_forward with signal_noise, n = 59, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 59, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 59, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 59, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 59, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 59, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 59, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 59
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 59, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 59, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 59, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 59, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 59, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 59, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 59, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 59
-PASS: gsl_fft_real with signal_real_noise, n = 59, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 59, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 59, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 59, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 59
-PASS: gsl_fft_real_float with signal_real_noise, n = 59, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 59, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 59, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 59, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 59
-PASS: gsl_fft_complex_forward with signal_noise, n = 59, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 59, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 59, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 59, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 59, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 59, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 59, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 59, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 59, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 59, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 59
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 59, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 59, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 59, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 59, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 59, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 59, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 59, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 59, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 59, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 59, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 59
-PASS: gsl_fft_real with signal_real_noise, n = 59, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 59, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 59, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 59, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 59
-PASS: gsl_fft_real_float with signal_real_noise, n = 59, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 59, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 59, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 59, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 59
-PASS: gsl_fft_complex_forward with signal_noise, n = 59, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 59, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 59, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 59, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 59, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 59, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 59, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 59, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 59, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 59, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 59
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 59, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 59, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 59, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 59, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 59, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 59, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 59, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 59, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 59, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 59, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 59
-PASS: gsl_fft_real with signal_real_noise, n = 59, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 59, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 59, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 59, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 59
-PASS: gsl_fft_real_float with signal_real_noise, n = 59, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 59, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 59, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 60, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 60
-PASS: gsl_fft_complex_forward with signal_noise, n = 60, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 60, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 60, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 60, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 60, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 60, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 60, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 60
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 60, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 60, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 60, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 60, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 60, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 60, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 60, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 60
-PASS: gsl_fft_real with signal_real_noise, n = 60, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 60, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 60, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 60, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 60
-PASS: gsl_fft_real_float with signal_real_noise, n = 60, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 60, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 60, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 60, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 60
-PASS: gsl_fft_complex_forward with signal_noise, n = 60, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 60, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 60, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 60, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 60, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 60, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 60, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 60, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 60, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 60, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 60
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 60, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 60, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 60, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 60, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 60, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 60, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 60, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 60, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 60, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 60, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 60
-PASS: gsl_fft_real with signal_real_noise, n = 60, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 60, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 60, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 60, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 60
-PASS: gsl_fft_real_float with signal_real_noise, n = 60, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 60, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 60, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 60, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 60
-PASS: gsl_fft_complex_forward with signal_noise, n = 60, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 60, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 60, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 60, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 60, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 60, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 60, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 60, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 60, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 60, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 60
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 60, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 60, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 60, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 60, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 60, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 60, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 60, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 60, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 60, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 60, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 60
-PASS: gsl_fft_real with signal_real_noise, n = 60, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 60, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 60, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 60, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 60
-PASS: gsl_fft_real_float with signal_real_noise, n = 60, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 60, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 60, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 61, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 61
-PASS: gsl_fft_complex_forward with signal_noise, n = 61, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 61, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 61, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 61, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 61, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 61, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 61, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 61
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 61, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 61, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 61, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 61, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 61, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 61, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 61, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 61
-PASS: gsl_fft_real with signal_real_noise, n = 61, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 61, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 61, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 61, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 61
-PASS: gsl_fft_real_float with signal_real_noise, n = 61, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 61, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 61, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 61, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 61
-PASS: gsl_fft_complex_forward with signal_noise, n = 61, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 61, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 61, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 61, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 61, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 61, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 61, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 61, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 61, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 61, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 61
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 61, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 61, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 61, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 61, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 61, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 61, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 61, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 61, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 61, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 61, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 61
-PASS: gsl_fft_real with signal_real_noise, n = 61, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 61, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 61, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 61, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 61
-PASS: gsl_fft_real_float with signal_real_noise, n = 61, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 61, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 61, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 61, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 61
-PASS: gsl_fft_complex_forward with signal_noise, n = 61, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 61, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 61, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 61, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 61, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 61, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 61, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 61, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 61, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 61, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 61
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 61, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 61, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 61, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 61, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 61, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 61, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 61, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 61, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 61, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 61, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 61
-PASS: gsl_fft_real with signal_real_noise, n = 61, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 61, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 61, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 61, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 61
-PASS: gsl_fft_real_float with signal_real_noise, n = 61, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 61, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 61, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 62, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 62
-PASS: gsl_fft_complex_forward with signal_noise, n = 62, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 62, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 62, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 62, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 62, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 62, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 62, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 62
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 62, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 62, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 62, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 62, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 62, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 62, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 62, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 62
-PASS: gsl_fft_real with signal_real_noise, n = 62, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 62, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 62, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 62, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 62
-PASS: gsl_fft_real_float with signal_real_noise, n = 62, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 62, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 62, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 62, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 62
-PASS: gsl_fft_complex_forward with signal_noise, n = 62, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 62, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 62, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 62, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 62, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 62, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 62, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 62, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 62, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 62, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 62
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 62, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 62, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 62, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 62, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 62, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 62, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 62, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 62, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 62, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 62, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 62
-PASS: gsl_fft_real with signal_real_noise, n = 62, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 62, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 62, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 62, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 62
-PASS: gsl_fft_real_float with signal_real_noise, n = 62, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 62, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 62, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 62, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 62
-PASS: gsl_fft_complex_forward with signal_noise, n = 62, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 62, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 62, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 62, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 62, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 62, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 62, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 62, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 62, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 62, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 62
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 62, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 62, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 62, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 62, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 62, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 62, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 62, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 62, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 62, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 62, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 62
-PASS: gsl_fft_real with signal_real_noise, n = 62, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 62, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 62, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 62, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 62
-PASS: gsl_fft_real_float with signal_real_noise, n = 62, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 62, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 62, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 63, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 63
-PASS: gsl_fft_complex_forward with signal_noise, n = 63, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 63, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 63, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 63, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 63, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 63, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 63, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 63
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 63, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 63, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 63, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 63, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 63, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 63, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 63, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 63
-PASS: gsl_fft_real with signal_real_noise, n = 63, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 63, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 63, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 63, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 63
-PASS: gsl_fft_real_float with signal_real_noise, n = 63, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 63, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 63, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 63, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 63
-PASS: gsl_fft_complex_forward with signal_noise, n = 63, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 63, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 63, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 63, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 63, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 63, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 63, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 63, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 63, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 63, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 63
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 63, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 63, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 63, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 63, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 63, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 63, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 63, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 63, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 63, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 63, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 63
-PASS: gsl_fft_real with signal_real_noise, n = 63, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 63, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 63, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 63, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 63
-PASS: gsl_fft_real_float with signal_real_noise, n = 63, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 63, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 63, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 63, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 63
-PASS: gsl_fft_complex_forward with signal_noise, n = 63, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 63, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 63, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 63, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 63, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 63, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 63, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 63, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 63, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 63, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 63
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 63, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 63, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 63, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 63, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 63, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 63, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 63, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 63, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 63, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 63, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 63
-PASS: gsl_fft_real with signal_real_noise, n = 63, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 63, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 63, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 63, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 63
-PASS: gsl_fft_real_float with signal_real_noise, n = 63, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 63, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 63, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 64, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 64
-PASS: gsl_fft_complex_forward with signal_noise, n = 64, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 64, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 64, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 64, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 64, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 64, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 64, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 64
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 64, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 64, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 64, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 64, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 64, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 64, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 64, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 64
-PASS: gsl_fft_real with signal_real_noise, n = 64, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 64, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 64, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 64, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 64
-PASS: gsl_fft_real_float with signal_real_noise, n = 64, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 64, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 64, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 64, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 64
-PASS: gsl_fft_complex_forward with signal_noise, n = 64, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 64, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 64, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 64, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 64, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 64, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 64, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 64, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 64, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 64, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 64
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 64, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 64, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 64, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 64, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 64, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 64, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 64, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 64, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 64, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 64, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 64
-PASS: gsl_fft_real with signal_real_noise, n = 64, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 64, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 64, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 64, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 64
-PASS: gsl_fft_real_float with signal_real_noise, n = 64, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 64, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 64, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 64, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 64
-PASS: gsl_fft_complex_forward with signal_noise, n = 64, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 64, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 64, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 64, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 64, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 64, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 64, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 64, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 64, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 64, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 64
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 64, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 64, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 64, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 64, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 64, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 64, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 64, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 64, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 64, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 64, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 64
-PASS: gsl_fft_real with signal_real_noise, n = 64, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 64, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 64, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 64, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 64
-PASS: gsl_fft_real_float with signal_real_noise, n = 64, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 64, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 64, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 65, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 65
-PASS: gsl_fft_complex_forward with signal_noise, n = 65, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 65, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 65, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 65, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 65, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 65, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 65, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 65
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 65, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 65, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 65, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 65, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 65, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 65, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 65, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 65
-PASS: gsl_fft_real with signal_real_noise, n = 65, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 65, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 65, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 65, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 65
-PASS: gsl_fft_real_float with signal_real_noise, n = 65, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 65, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 65, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 65, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 65
-PASS: gsl_fft_complex_forward with signal_noise, n = 65, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 65, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 65, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 65, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 65, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 65, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 65, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 65, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 65, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 65, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 65
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 65, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 65, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 65, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 65, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 65, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 65, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 65, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 65, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 65, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 65, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 65
-PASS: gsl_fft_real with signal_real_noise, n = 65, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 65, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 65, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 65, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 65
-PASS: gsl_fft_real_float with signal_real_noise, n = 65, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 65, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 65, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 65, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 65
-PASS: gsl_fft_complex_forward with signal_noise, n = 65, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 65, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 65, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 65, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 65, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 65, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 65, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 65, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 65, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 65, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 65
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 65, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 65, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 65, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 65, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 65, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 65, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 65, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 65, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 65, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 65, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 65
-PASS: gsl_fft_real with signal_real_noise, n = 65, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 65, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 65, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 65, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 65
-PASS: gsl_fft_real_float with signal_real_noise, n = 65, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 65, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 65, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 66, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 66
-PASS: gsl_fft_complex_forward with signal_noise, n = 66, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 66, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 66, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 66, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 66, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 66, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 66, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 66
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 66, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 66, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 66, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 66, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 66, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 66, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 66, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 66
-PASS: gsl_fft_real with signal_real_noise, n = 66, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 66, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 66, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 66, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 66
-PASS: gsl_fft_real_float with signal_real_noise, n = 66, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 66, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 66, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 66, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 66
-PASS: gsl_fft_complex_forward with signal_noise, n = 66, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 66, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 66, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 66, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 66, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 66, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 66, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 66, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 66, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 66, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 66
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 66, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 66, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 66, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 66, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 66, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 66, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 66, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 66, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 66, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 66, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 66
-PASS: gsl_fft_real with signal_real_noise, n = 66, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 66, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 66, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 66, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 66
-PASS: gsl_fft_real_float with signal_real_noise, n = 66, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 66, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 66, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 66, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 66
-PASS: gsl_fft_complex_forward with signal_noise, n = 66, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 66, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 66, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 66, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 66, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 66, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 66, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 66, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 66, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 66, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 66
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 66, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 66, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 66, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 66, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 66, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 66, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 66, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 66, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 66, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 66, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 66
-PASS: gsl_fft_real with signal_real_noise, n = 66, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 66, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 66, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 66, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 66
-PASS: gsl_fft_real_float with signal_real_noise, n = 66, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 66, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 66, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 67, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 67
-PASS: gsl_fft_complex_forward with signal_noise, n = 67, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 67, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 67, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 67, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 67, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 67, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 67, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 67
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 67, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 67, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 67, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 67, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 67, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 67, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 67, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 67
-PASS: gsl_fft_real with signal_real_noise, n = 67, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 67, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 67, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 67, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 67
-PASS: gsl_fft_real_float with signal_real_noise, n = 67, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 67, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 67, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 67, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 67
-PASS: gsl_fft_complex_forward with signal_noise, n = 67, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 67, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 67, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 67, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 67, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 67, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 67, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 67, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 67, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 67, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 67
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 67, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 67, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 67, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 67, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 67, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 67, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 67, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 67, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 67, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 67, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 67
-PASS: gsl_fft_real with signal_real_noise, n = 67, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 67, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 67, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 67, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 67
-PASS: gsl_fft_real_float with signal_real_noise, n = 67, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 67, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 67, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 67, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 67
-PASS: gsl_fft_complex_forward with signal_noise, n = 67, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 67, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 67, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 67, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 67, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 67, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 67, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 67, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 67, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 67, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 67
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 67, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 67, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 67, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 67, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 67, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 67, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 67, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 67, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 67, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 67, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 67
-PASS: gsl_fft_real with signal_real_noise, n = 67, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 67, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 67, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 67, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 67
-PASS: gsl_fft_real_float with signal_real_noise, n = 67, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 67, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 67, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 68, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 68
-PASS: gsl_fft_complex_forward with signal_noise, n = 68, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 68, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 68, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 68, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 68, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 68, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 68, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 68
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 68, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 68, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 68, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 68, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 68, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 68, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 68, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 68
-PASS: gsl_fft_real with signal_real_noise, n = 68, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 68, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 68, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 68, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 68
-PASS: gsl_fft_real_float with signal_real_noise, n = 68, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 68, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 68, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 68, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 68
-PASS: gsl_fft_complex_forward with signal_noise, n = 68, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 68, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 68, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 68, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 68, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 68, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 68, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 68, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 68, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 68, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 68
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 68, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 68, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 68, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 68, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 68, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 68, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 68, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 68, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 68, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 68, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 68
-PASS: gsl_fft_real with signal_real_noise, n = 68, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 68, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 68, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 68, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 68
-PASS: gsl_fft_real_float with signal_real_noise, n = 68, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 68, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 68, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 68, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 68
-PASS: gsl_fft_complex_forward with signal_noise, n = 68, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 68, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 68, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 68, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 68, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 68, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 68, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 68, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 68, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 68, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 68
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 68, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 68, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 68, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 68, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 68, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 68, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 68, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 68, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 68, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 68, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 68
-PASS: gsl_fft_real with signal_real_noise, n = 68, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 68, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 68, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 68, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 68
-PASS: gsl_fft_real_float with signal_real_noise, n = 68, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 68, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 68, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 69, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 69
-PASS: gsl_fft_complex_forward with signal_noise, n = 69, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 69, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 69, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 69, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 69, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 69, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 69, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 69
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 69, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 69, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 69, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 69, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 69, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 69, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 69, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 69
-PASS: gsl_fft_real with signal_real_noise, n = 69, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 69, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 69, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 69, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 69
-PASS: gsl_fft_real_float with signal_real_noise, n = 69, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 69, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 69, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 69, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 69
-PASS: gsl_fft_complex_forward with signal_noise, n = 69, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 69, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 69, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 69, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 69, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 69, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 69, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 69, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 69, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 69, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 69
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 69, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 69, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 69, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 69, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 69, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 69, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 69, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 69, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 69, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 69, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 69
-PASS: gsl_fft_real with signal_real_noise, n = 69, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 69, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 69, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 69, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 69
-PASS: gsl_fft_real_float with signal_real_noise, n = 69, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 69, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 69, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 69, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 69
-PASS: gsl_fft_complex_forward with signal_noise, n = 69, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 69, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 69, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 69, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 69, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 69, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 69, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 69, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 69, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 69, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 69
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 69, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 69, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 69, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 69, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 69, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 69, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 69, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 69, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 69, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 69, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 69
-PASS: gsl_fft_real with signal_real_noise, n = 69, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 69, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 69, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 69, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 69
-PASS: gsl_fft_real_float with signal_real_noise, n = 69, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 69, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 69, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 70, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 70
-PASS: gsl_fft_complex_forward with signal_noise, n = 70, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 70, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 70, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 70, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 70, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 70, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 70, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 70
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 70, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 70, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 70, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 70, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 70, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 70, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 70, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 70
-PASS: gsl_fft_real with signal_real_noise, n = 70, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 70, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 70, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 70, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 70
-PASS: gsl_fft_real_float with signal_real_noise, n = 70, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 70, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 70, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 70, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 70
-PASS: gsl_fft_complex_forward with signal_noise, n = 70, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 70, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 70, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 70, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 70, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 70, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 70, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 70, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 70, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 70, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 70
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 70, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 70, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 70, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 70, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 70, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 70, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 70, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 70, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 70, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 70, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 70
-PASS: gsl_fft_real with signal_real_noise, n = 70, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 70, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 70, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 70, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 70
-PASS: gsl_fft_real_float with signal_real_noise, n = 70, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 70, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 70, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 70, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 70
-PASS: gsl_fft_complex_forward with signal_noise, n = 70, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 70, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 70, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 70, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 70, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 70, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 70, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 70, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 70, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 70, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 70
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 70, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 70, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 70, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 70, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 70, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 70, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 70, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 70, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 70, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 70, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 70
-PASS: gsl_fft_real with signal_real_noise, n = 70, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 70, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 70, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 70, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 70
-PASS: gsl_fft_real_float with signal_real_noise, n = 70, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 70, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 70, stride = 3
-. 0 FE0D5E8 240
-. C8 0A 00 00 C9 3D 00 00 FD 00 38 28 FD 40 48 50 FC 68 00 28 D9 01 00 30 81 41 00 30 81 61 00 34 FC 83 38 2A FC 40 20 50 FD 22 00 B2 C8 E5 00 00 CB C6 00 00 55 6B 28 34 CB 87 00 00 7C AB 42 14 80 FE 0F 84 FF A9 3F BA C8 83 00 00 CB 47 00 00 C8 C4 00 00 FF 62 D0 2A C8 65 00 08 FD 7D E2 7A 7F AB 44 AE 80 7E 0F 88 FD 9D D0 2A FD 1B D0 28 FC 2B 02 72 C9 65 00 18 FF CC D0 28 FC 02 40 28 FD A2 0A BA C8 25 00 10 FC E0 50 2A FC BD F0 28 FF 81 03 72 FF 69 21 BA FF 42 02 72 FC 9E 02 32 FD 45 18 2A FD 9E 01 F2 FC 0B E0 28 FD 3A 06 F2 CB 43 00 00 FC 6A 00 B2 FF 81 20 28 FD A0 60 28 FC BD 02 72 FF C1 E0 28 FC CD 18 28 FC FE 20 28 FC 46 28 28 FF 62 38 2A FC 3C D8 2A FD 7C 08 28 FF BB 58 2A FD 5D 0E BA FE 0A 08 00 41 92 00 68
-
-PASS: gsl_fft_complex_wavetable_alloc, n = 71, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 71
-PASS: gsl_fft_complex_forward with signal_noise, n = 71, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 71, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 71, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 71, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 71, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 71, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 71, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 71
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 71, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 71, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 71, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 71, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 71, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 71, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 71, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 71
-PASS: gsl_fft_real with signal_real_noise, n = 71, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 71, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 71, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 71, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 71
-PASS: gsl_fft_real_float with signal_real_noise, n = 71, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 71, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 71, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 71, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 71
-PASS: gsl_fft_complex_forward with signal_noise, n = 71, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 71, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 71, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 71, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 71, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 71, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 71, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 71, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 71, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 71, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 71
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 71, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 71, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 71, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 71, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 71, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 71, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 71, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 71, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 71, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 71, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 71
-PASS: gsl_fft_real with signal_real_noise, n = 71, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 71, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 71, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 71, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 71
-PASS: gsl_fft_real_float with signal_real_noise, n = 71, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 71, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 71, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 71, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 71
-PASS: gsl_fft_complex_forward with signal_noise, n = 71, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 71, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 71, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 71, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 71, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 71, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 71, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 71, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 71, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 71, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 71
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 71, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 71, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 71, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 71, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 71, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 71, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 71, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 71, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 71, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 71, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 71
-PASS: gsl_fft_real with signal_real_noise, n = 71, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 71, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 71, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 71, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 71
-PASS: gsl_fft_real_float with signal_real_noise, n = 71, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 71, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 71, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 72, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 72
-PASS: gsl_fft_complex_forward with signal_noise, n = 72, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 72, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 72, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 72, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 72, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 72, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 72, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 72
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 72, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 72, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 72, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 72, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 72, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 72, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 72, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 72
-PASS: gsl_fft_real with signal_real_noise, n = 72, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 72, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 72, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 72, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 72
-PASS: gsl_fft_real_float with signal_real_noise, n = 72, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 72, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 72, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 72, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 72
-PASS: gsl_fft_complex_forward with signal_noise, n = 72, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 72, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 72, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 72, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 72, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 72, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 72, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 72, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 72, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 72, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 72
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 72, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 72, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 72, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 72, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 72, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 72, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 72, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 72, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 72, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 72, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 72
-PASS: gsl_fft_real with signal_real_noise, n = 72, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 72, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 72, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 72, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 72
-PASS: gsl_fft_real_float with signal_real_noise, n = 72, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 72, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 72, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 72, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 72
-PASS: gsl_fft_complex_forward with signal_noise, n = 72, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 72, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 72, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 72, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 72, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 72, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 72, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 72, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 72, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 72, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 72
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 72, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 72, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 72, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 72, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 72, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 72, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 72, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 72, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 72, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 72, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 72
-PASS: gsl_fft_real with signal_real_noise, n = 72, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 72, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 72, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 72, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 72
-PASS: gsl_fft_real_float with signal_real_noise, n = 72, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 72, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 72, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 73, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 73
-PASS: gsl_fft_complex_forward with signal_noise, n = 73, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 73, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 73, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 73, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 73, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 73, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 73, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 73
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 73, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 73, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 73, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 73, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 73, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 73, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 73, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 73
-PASS: gsl_fft_real with signal_real_noise, n = 73, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 73, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 73, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 73, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 73
-PASS: gsl_fft_real_float with signal_real_noise, n = 73, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 73, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 73, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 73, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 73
-PASS: gsl_fft_complex_forward with signal_noise, n = 73, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 73, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 73, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 73, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 73, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 73, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 73, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 73, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 73, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 73, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 73
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 73, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 73, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 73, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 73, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 73, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 73, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 73, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 73, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 73, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 73, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 73
-PASS: gsl_fft_real with signal_real_noise, n = 73, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 73, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 73, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 73, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 73
-PASS: gsl_fft_real_float with signal_real_noise, n = 73, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 73, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 73, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 73, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 73
-PASS: gsl_fft_complex_forward with signal_noise, n = 73, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 73, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 73, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 73, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 73, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 73, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 73, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 73, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 73, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 73, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 73
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 73, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 73, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 73, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 73, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 73, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 73, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 73, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 73, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 73, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 73, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 73
-PASS: gsl_fft_real with signal_real_noise, n = 73, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 73, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 73, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 73, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 73
-PASS: gsl_fft_real_float with signal_real_noise, n = 73, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 73, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 73, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 74, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 74
-PASS: gsl_fft_complex_forward with signal_noise, n = 74, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 74, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 74, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 74, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 74, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 74, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 74, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 74
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 74, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 74, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 74, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 74, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 74, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 74, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 74, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 74
-PASS: gsl_fft_real with signal_real_noise, n = 74, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 74, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 74, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 74, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 74
-PASS: gsl_fft_real_float with signal_real_noise, n = 74, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 74, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 74, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 74, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 74
-PASS: gsl_fft_complex_forward with signal_noise, n = 74, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 74, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 74, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 74, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 74, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 74, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 74, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 74, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 74, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 74, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 74
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 74, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 74, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 74, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 74, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 74, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 74, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 74, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 74, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 74, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 74, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 74
-PASS: gsl_fft_real with signal_real_noise, n = 74, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 74, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 74, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 74, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 74
-PASS: gsl_fft_real_float with signal_real_noise, n = 74, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 74, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 74, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 74, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 74
-PASS: gsl_fft_complex_forward with signal_noise, n = 74, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 74, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 74, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 74, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 74, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 74, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 74, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 74, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 74, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 74, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 74
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 74, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 74, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 74, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 74, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 74, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 74, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 74, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 74, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 74, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 74, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 74
-PASS: gsl_fft_real with signal_real_noise, n = 74, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 74, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 74, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 74, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 74
-PASS: gsl_fft_real_float with signal_real_noise, n = 74, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 74, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 74, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 75, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 75
-PASS: gsl_fft_complex_forward with signal_noise, n = 75, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 75, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 75, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 75, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 75, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 75, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 75, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 75
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 75, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 75, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 75, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 75, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 75, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 75, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 75, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 75
-PASS: gsl_fft_real with signal_real_noise, n = 75, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 75, stride = 1
-. 0 1000DBC8 400
-. 1C F5 00 05 7C 7F CA 14 7E B5 DA 14 7D 76 38 50 7C E7 B2 14 7D 6B C2 14 38 E7 FF FF 39 6B FF FF 7C 18 3A 14 7C D8 5A 14 55 6A 18 38 54 C9 18 38 39 4A 00 08 39 29 00 08 7D 18 02 14 7D 29 E1 D6 54 05 18 38 55 04 18 38 38 A5 00 08 38 84 00 08 7D 4A E1 D6 7D 09 EC AE 54 E9 18 38 FD 00 40 50 39 29 00 08 7C 1C 01 D6 7C 8A EC AE 7D 43 CA 14 FC 80 20 50 7D 1C 41 D6 54 00 18 38 7C FD 04 AE 7C 0A CA 14 7C DC 31 D6 55 08 18 38 7D 48 EC AE 7D 00 CA 14 7D 7C 59 D6 54 C6 18 38 7C A6 EC AE 55 46 18 38 38 C6 00 08 FC CA 28 2A 7C A5 E1 D6 55 6B 18 38 7C 6B EC AE FD 4A 28 28 57 EB 18 38 FD A7 18 2A 39 6B 00 08 7C 84 E1 D6 7D 65 EC AE FC B9 02 B2 54 05 18 38 38 A5 00 08 FD 8B 20 2A 7C 04 EC AE FF 6D 30 2A 7C FC 39 D6 FD AD 30 28 FD 20 40 2A 55 04 18 38 FC 00 40 28 38 84 00 08 FD 1B 03 B2 7D 29 E1 D6 54 E7 18 38 FF 4C 48 2A 7C 47 EC AE FD 8C 48 28 54 67 18 38 FC D9 00 32 38 E7 00 08 7C 29 EC AE 7C 77 19 D6 FD 3A 03 B2 FD 58 02 B2 7D 37 F9 D6 54 63 18 38 FC 18 00 32 7F FF DA 14 FC E7 18 28 FD 6B 20 28 7D 57 51 D6 FD AD 03 F2 55 29 18 38 FD 8C 03 F2 7C 17 01 D6 55 4A 18 38 FD 02 40 28 FD 21 48 28 FC B8 29 F8 7D 17 41 D6 54 00 18 38 FC D8 32 F8 FC F9 51 FA 7D 6B B9 D6 55 08 18 38 FD 79 02 FA FD 49 60 28
-
-. 0 1000DD58 176
-. FC 08 68 28 7C E7 B9 D6 FD 08 68 2A FD 29 60 2A FD A0 30 2A FD 8A 28 28 7C C6 B9 D6 FC 88 58 2A FC 69 38 28 FD 08 58 28 FD 29 38 2A 7C A5 B9 D6 FC 00 30 28 FD 4A 28 2A FF F6 02 32 7C 84 B9 D6 FF D4 00 32 FF B2 03 72 FF 90 01 32 FD 76 02 72 FC F4 02 B2 FC D2 03 32 FC B0 00 F2 FD 37 FA 7A FD 55 F2 BA FD 93 EB 3A FC 71 E0 FA FD 17 5A 38 FC 15 38 38 FD B3 33 78 FC 91 29 38 FC 42 D8 2A FC 21 D0 2A 7C 49 D5 AE 7C 2B D5 AE 7D 03 D5 AE 7D 27 D5 AE 7C 0A D5 AE 7D 46 D5 AE 7D BA 05 AE 7D 85 D5 AE 7C 88 D5 AE 7C 64 D5 AE 42 00 FD C4
-
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 75, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 75, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 75
-PASS: gsl_fft_real_float with signal_real_noise, n = 75, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 75, stride = 1
-. 0 1000FDC4 400
-. 1C F4 00 05 7F B9 C2 14 7C 7D C2 14 7E 94 DA 14 7D 75 38 50 7C E7 AA 14 7D 6B B2 14 38 E7 FF FF 39 6B FF FF 7C 16 3A 14 7C D6 5A 14 55 6A 10 3A 54 C9 10 3A 39 4A 00 04 39 29 00 04 7D 16 02 14 7D 29 E1 D6 54 05 10 3A 55 04 10 3A 38 A5 00 04 38 84 00 04 7D 4A E1 D6 7C 89 FC 2E 54 E9 10 3A FC 80 20 50 39 29 00 04 7C 1C 01 D6 7C 6A FC 2E FC 60 18 50 7D 1C 41 D6 54 00 10 3A 7C BF 04 2E 7C DC 31 D6 55 08 10 3A 7C C8 FC 2E 7D 7C 59 D6 54 C6 10 3A 7F E6 FC 2E 57 A6 10 3A 38 C6 00 04 ED 66 F8 2A 7C A5 E1 D6 55 6B 10 3A 7F CB FC 2E EC C6 F8 28 7D 63 C2 14 EC 05 F0 2A 55 6A 10 3A 7C 84 E1 D6 7C E5 FC 2E EC A5 F0 28 54 65 10 3A ED A7 18 2A 38 A5 00 04 EF 60 58 2A 39 4A 00 04 7D 04 FC 2E 7C FC 39 D6 EC 00 58 28 ED 88 20 2A FD 40 D8 90 7D 29 E1 D6 54 E7 10 3A EF 4D 60 2A 7C 47 FC 2E ED AD 60 28 7C EB C2 14 FD 4A 03 B2 54 E8 10 3A 7C 29 FC 2E 57 29 10 3A FD 20 D0 90 7C 17 C9 D6 39 29 00 04 39 08 00 04 FD 29 03 B2 7F 39 DA 14 7F B7 E9 D6 54 00 10 3A FD 80 10 90 FD 60 08 90 FC 00 03 F2 7C 77 19 D6 57 BD 10 3A FD AD 03 F2 ED 08 20 28 FD 8C 50 28 7D 77 59 D6 FD 6B 48 28 54 63 10 3A EC E7 18 28 FC 00 00 18 FD A0 68 18 7C F7 39 D6 FD 80 60 18 55 6B 10 3A FD 60 58 18 ED 39 01 B2 ED 59 02 32 7D 29 B9 D6
-
-. 0 1000FF54 208
-. EC D8 01 B2 54 E7 10 3A ED 18 02 32 ED 38 49 78 ED 58 51 F8 7C C6 B9 D6 EC 8C 00 28 EC 6B 68 28 EC B9 31 7A EC F9 41 FA 7C A5 B9 D6 ED 8C 00 2A ED 6B 68 2A EC 04 50 2A ED A3 48 28 7D 4A B9 D6 ED 0C 38 2A EC CB 28 28 ED 8C 38 28 ED 6B 28 2A 7D 08 B9 D6 EC 84 50 28 EC 63 48 2A ED 56 03 32 ED 34 01 32 EC F2 00 32 EC B0 02 32 EF F6 02 F2 EF D4 00 F2 EF B2 03 72 EF 90 01 B2 EC 42 D8 2A EC 21 D0 2A ED 77 52 FA EC 75 48 FA 7C 5A 05 2E ED B3 3B 7A 7C 29 D5 2E EC D1 29 BA ED 97 FB 38 EC 95 F1 38 EC 13 E8 38 ED 11 E2 38 7D 9D D5 2E 7D 66 D5 2E 7C 83 D5 2E 7C 65 D5 2E 7C 0B D5 2E 7D AA D5 2E 7D 07 D5 2E 7C C8 D5 2E 42 00 FD A4
-
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 75, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 75, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 75
-PASS: gsl_fft_complex_forward with signal_noise, n = 75, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 75, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 75, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 75, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 75, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 75, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 75, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 75, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 75, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 75, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 75
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 75, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 75, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 75, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 75, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 75, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 75, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 75, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 75, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 75, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 75, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 75
-PASS: gsl_fft_real with signal_real_noise, n = 75, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 75, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 75, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 75, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 75
-PASS: gsl_fft_real_float with signal_real_noise, n = 75, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 75, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 75, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 75, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 75
-PASS: gsl_fft_complex_forward with signal_noise, n = 75, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 75, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 75, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 75, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 75, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 75, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 75, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 75, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 75, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 75, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 75
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 75, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 75, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 75, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 75, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 75, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 75, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 75, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 75, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 75, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 75, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 75
-PASS: gsl_fft_real with signal_real_noise, n = 75, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 75, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 75, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 75, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 75
-PASS: gsl_fft_real_float with signal_real_noise, n = 75, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 75, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 75, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 76, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 76
-PASS: gsl_fft_complex_forward with signal_noise, n = 76, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 76, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 76, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 76, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 76, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 76, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 76, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 76
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 76, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 76, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 76, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 76, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 76, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 76, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 76, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 76
-PASS: gsl_fft_real with signal_real_noise, n = 76, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 76, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 76, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 76, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 76
-PASS: gsl_fft_real_float with signal_real_noise, n = 76, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 76, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 76, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 76, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 76
-PASS: gsl_fft_complex_forward with signal_noise, n = 76, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 76, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 76, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 76, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 76, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 76, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 76, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 76, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 76, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 76, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 76
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 76, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 76, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 76, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 76, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 76, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 76, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 76, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 76, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 76, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 76, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 76
-PASS: gsl_fft_real with signal_real_noise, n = 76, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 76, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 76, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 76, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 76
-PASS: gsl_fft_real_float with signal_real_noise, n = 76, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 76, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 76, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 76, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 76
-PASS: gsl_fft_complex_forward with signal_noise, n = 76, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 76, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 76, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 76, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 76, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 76, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 76, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 76, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 76, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 76, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 76
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 76, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 76, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 76, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 76, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 76, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 76, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 76, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 76, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 76, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 76, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 76
-PASS: gsl_fft_real with signal_real_noise, n = 76, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 76, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 76, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 76, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 76
-PASS: gsl_fft_real_float with signal_real_noise, n = 76, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 76, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 76, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 77, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 77
-PASS: gsl_fft_complex_forward with signal_noise, n = 77, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 77, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 77, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 77, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 77, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 77, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 77, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 77
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 77, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 77, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 77, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 77, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 77, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 77, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 77, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 77
-PASS: gsl_fft_real with signal_real_noise, n = 77, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 77, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 77, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 77, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 77
-PASS: gsl_fft_real_float with signal_real_noise, n = 77, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 77, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 77, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 77, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 77
-PASS: gsl_fft_complex_forward with signal_noise, n = 77, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 77, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 77, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 77, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 77, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 77, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 77, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 77, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 77, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 77, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 77
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 77, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 77, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 77, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 77, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 77, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 77, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 77, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 77, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 77, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 77, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 77
-PASS: gsl_fft_real with signal_real_noise, n = 77, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 77, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 77, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 77, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 77
-PASS: gsl_fft_real_float with signal_real_noise, n = 77, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 77, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 77, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 77, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 77
-PASS: gsl_fft_complex_forward with signal_noise, n = 77, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 77, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 77, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 77, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 77, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 77, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 77, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 77, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 77, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 77, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 77
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 77, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 77, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 77, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 77, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 77, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 77, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 77, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 77, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 77, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 77, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 77
-PASS: gsl_fft_real with signal_real_noise, n = 77, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 77, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 77, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 77, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 77
-PASS: gsl_fft_real_float with signal_real_noise, n = 77, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 77, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 77, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 78, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 78
-PASS: gsl_fft_complex_forward with signal_noise, n = 78, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 78, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 78, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 78, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 78, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 78, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 78, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 78
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 78, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 78, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 78, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 78, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 78, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 78, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 78, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 78
-PASS: gsl_fft_real with signal_real_noise, n = 78, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 78, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 78, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 78, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 78
-PASS: gsl_fft_real_float with signal_real_noise, n = 78, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 78, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 78, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 78, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 78
-PASS: gsl_fft_complex_forward with signal_noise, n = 78, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 78, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 78, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 78, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 78, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 78, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 78, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 78, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 78, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 78, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 78
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 78, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 78, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 78, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 78, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 78, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 78, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 78, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 78, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 78, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 78, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 78
-PASS: gsl_fft_real with signal_real_noise, n = 78, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 78, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 78, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 78, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 78
-PASS: gsl_fft_real_float with signal_real_noise, n = 78, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 78, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 78, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 78, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 78
-PASS: gsl_fft_complex_forward with signal_noise, n = 78, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 78, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 78, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 78, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 78, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 78, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 78, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 78, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 78, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 78, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 78
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 78, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 78, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 78, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 78, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 78, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 78, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 78, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 78, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 78, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 78, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 78
-PASS: gsl_fft_real with signal_real_noise, n = 78, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 78, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 78, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 78, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 78
-PASS: gsl_fft_real_float with signal_real_noise, n = 78, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 78, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 78, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 79, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 79
-PASS: gsl_fft_complex_forward with signal_noise, n = 79, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 79, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 79, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 79, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 79, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 79, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 79, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 79
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 79, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 79, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 79, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 79, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 79, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 79, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 79, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 79
-PASS: gsl_fft_real with signal_real_noise, n = 79, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 79, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 79, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 79, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 79
-PASS: gsl_fft_real_float with signal_real_noise, n = 79, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 79, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 79, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 79, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 79
-PASS: gsl_fft_complex_forward with signal_noise, n = 79, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 79, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 79, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 79, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 79, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 79, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 79, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 79, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 79, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 79, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 79
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 79, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 79, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 79, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 79, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 79, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 79, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 79, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 79, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 79, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 79, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 79
-PASS: gsl_fft_real with signal_real_noise, n = 79, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 79, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 79, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 79, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 79
-PASS: gsl_fft_real_float with signal_real_noise, n = 79, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 79, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 79, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 79, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 79
-PASS: gsl_fft_complex_forward with signal_noise, n = 79, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 79, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 79, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 79, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 79, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 79, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 79, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 79, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 79, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 79, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 79
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 79, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 79, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 79, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 79, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 79, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 79, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 79, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 79, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 79, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 79, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 79
-PASS: gsl_fft_real with signal_real_noise, n = 79, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 79, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 79, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 79, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 79
-PASS: gsl_fft_real_float with signal_real_noise, n = 79, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 79, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 79, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 80, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 80
-PASS: gsl_fft_complex_forward with signal_noise, n = 80, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 80, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 80, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 80, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 80, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 80, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 80, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 80
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 80, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 80, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 80, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 80, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 80, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 80, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 80, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 80
-PASS: gsl_fft_real with signal_real_noise, n = 80, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 80, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 80, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 80, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 80
-PASS: gsl_fft_real_float with signal_real_noise, n = 80, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 80, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 80, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 80, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 80
-PASS: gsl_fft_complex_forward with signal_noise, n = 80, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 80, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 80, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 80, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 80, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 80, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 80, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 80, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 80, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 80, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 80
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 80, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 80, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 80, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 80, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 80, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 80, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 80, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 80, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 80, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 80, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 80
-PASS: gsl_fft_real with signal_real_noise, n = 80, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 80, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 80, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 80, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 80
-PASS: gsl_fft_real_float with signal_real_noise, n = 80, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 80, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 80, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 80, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 80
-PASS: gsl_fft_complex_forward with signal_noise, n = 80, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 80, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 80, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 80, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 80, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 80, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 80, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 80, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 80, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 80, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 80
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 80, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 80, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 80, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 80, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 80, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 80, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 80, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 80, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 80, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 80, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 80
-PASS: gsl_fft_real with signal_real_noise, n = 80, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 80, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 80, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 80, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 80
-PASS: gsl_fft_real_float with signal_real_noise, n = 80, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 80, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 80, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 81, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 81
-PASS: gsl_fft_complex_forward with signal_noise, n = 81, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 81, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 81, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 81, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 81, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 81, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 81, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 81
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 81, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 81, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 81, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 81, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 81, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 81, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 81, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 81
-PASS: gsl_fft_real with signal_real_noise, n = 81, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 81, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 81, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 81, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 81
-PASS: gsl_fft_real_float with signal_real_noise, n = 81, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 81, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 81, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 81, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 81
-PASS: gsl_fft_complex_forward with signal_noise, n = 81, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 81, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 81, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 81, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 81, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 81, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 81, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 81, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 81, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 81, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 81
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 81, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 81, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 81, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 81, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 81, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 81, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 81, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 81, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 81, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 81, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 81
-PASS: gsl_fft_real with signal_real_noise, n = 81, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 81, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 81, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 81, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 81
-PASS: gsl_fft_real_float with signal_real_noise, n = 81, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 81, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 81, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 81, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 81
-PASS: gsl_fft_complex_forward with signal_noise, n = 81, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 81, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 81, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 81, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 81, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 81, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 81, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 81, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 81, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 81, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 81
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 81, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 81, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 81, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 81, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 81, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 81, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 81, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 81, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 81, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 81, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 81
-PASS: gsl_fft_real with signal_real_noise, n = 81, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 81, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 81, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 81, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 81
-PASS: gsl_fft_real_float with signal_real_noise, n = 81, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 81, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 81, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 82, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 82
-PASS: gsl_fft_complex_forward with signal_noise, n = 82, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 82, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 82, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 82, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 82, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 82, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 82, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 82
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 82, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 82, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 82, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 82, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 82, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 82, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 82, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 82
-PASS: gsl_fft_real with signal_real_noise, n = 82, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 82, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 82, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 82, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 82
-PASS: gsl_fft_real_float with signal_real_noise, n = 82, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 82, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 82, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 82, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 82
-PASS: gsl_fft_complex_forward with signal_noise, n = 82, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 82, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 82, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 82, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 82, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 82, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 82, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 82, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 82, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 82, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 82
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 82, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 82, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 82, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 82, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 82, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 82, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 82, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 82, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 82, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 82, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 82
-PASS: gsl_fft_real with signal_real_noise, n = 82, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 82, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 82, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 82, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 82
-PASS: gsl_fft_real_float with signal_real_noise, n = 82, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 82, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 82, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 82, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 82
-PASS: gsl_fft_complex_forward with signal_noise, n = 82, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 82, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 82, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 82, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 82, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 82, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 82, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 82, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 82, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 82, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 82
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 82, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 82, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 82, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 82, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 82, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 82, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 82, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 82, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 82, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 82, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 82
-PASS: gsl_fft_real with signal_real_noise, n = 82, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 82, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 82, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 82, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 82
-PASS: gsl_fft_real_float with signal_real_noise, n = 82, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 82, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 82, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 83, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 83
-PASS: gsl_fft_complex_forward with signal_noise, n = 83, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 83, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 83, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 83, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 83, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 83, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 83, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 83
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 83, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 83, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 83, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 83, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 83, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 83, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 83, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 83
-PASS: gsl_fft_real with signal_real_noise, n = 83, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 83, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 83, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 83, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 83
-PASS: gsl_fft_real_float with signal_real_noise, n = 83, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 83, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 83, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 83, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 83
-PASS: gsl_fft_complex_forward with signal_noise, n = 83, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 83, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 83, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 83, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 83, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 83, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 83, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 83, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 83, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 83, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 83
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 83, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 83, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 83, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 83, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 83, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 83, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 83, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 83, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 83, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 83, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 83
-PASS: gsl_fft_real with signal_real_noise, n = 83, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 83, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 83, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 83, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 83
-PASS: gsl_fft_real_float with signal_real_noise, n = 83, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 83, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 83, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 83, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 83
-PASS: gsl_fft_complex_forward with signal_noise, n = 83, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 83, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 83, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 83, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 83, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 83, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 83, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 83, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 83, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 83, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 83
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 83, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 83, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 83, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 83, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 83, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 83, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 83, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 83, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 83, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 83, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 83
-PASS: gsl_fft_real with signal_real_noise, n = 83, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 83, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 83, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 83, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 83
-PASS: gsl_fft_real_float with signal_real_noise, n = 83, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 83, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 83, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 84, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 84
-PASS: gsl_fft_complex_forward with signal_noise, n = 84, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 84, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 84, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 84, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 84, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 84, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 84, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 84
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 84, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 84, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 84, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 84, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 84, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 84, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 84, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 84
-PASS: gsl_fft_real with signal_real_noise, n = 84, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 84, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 84, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 84, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 84
-PASS: gsl_fft_real_float with signal_real_noise, n = 84, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 84, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 84, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 84, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 84
-PASS: gsl_fft_complex_forward with signal_noise, n = 84, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 84, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 84, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 84, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 84, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 84, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 84, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 84, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 84, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 84, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 84
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 84, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 84, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 84, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 84, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 84, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 84, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 84, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 84, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 84, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 84, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 84
-PASS: gsl_fft_real with signal_real_noise, n = 84, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 84, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 84, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 84, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 84
-PASS: gsl_fft_real_float with signal_real_noise, n = 84, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 84, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 84, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 84, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 84
-PASS: gsl_fft_complex_forward with signal_noise, n = 84, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 84, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 84, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 84, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 84, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 84, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 84, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 84, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 84, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 84, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 84
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 84, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 84, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 84, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 84, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 84, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 84, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 84, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 84, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 84, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 84, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 84
-PASS: gsl_fft_real with signal_real_noise, n = 84, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 84, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 84, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 84, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 84
-PASS: gsl_fft_real_float with signal_real_noise, n = 84, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 84, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 84, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 85, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 85
-PASS: gsl_fft_complex_forward with signal_noise, n = 85, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 85, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 85, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 85, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 85, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 85, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 85, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 85
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 85, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 85, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 85, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 85, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 85, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 85, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 85, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 85
-PASS: gsl_fft_real with signal_real_noise, n = 85, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 85, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 85, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 85, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 85
-PASS: gsl_fft_real_float with signal_real_noise, n = 85, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 85, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 85, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 85, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 85
-PASS: gsl_fft_complex_forward with signal_noise, n = 85, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 85, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 85, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 85, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 85, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 85, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 85, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 85, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 85, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 85, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 85
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 85, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 85, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 85, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 85, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 85, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 85, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 85, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 85, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 85, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 85, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 85
-PASS: gsl_fft_real with signal_real_noise, n = 85, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 85, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 85, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 85, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 85
-PASS: gsl_fft_real_float with signal_real_noise, n = 85, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 85, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 85, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 85, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 85
-PASS: gsl_fft_complex_forward with signal_noise, n = 85, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 85, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 85, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 85, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 85, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 85, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 85, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 85, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 85, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 85, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 85
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 85, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 85, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 85, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 85, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 85, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 85, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 85, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 85, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 85, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 85, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 85
-PASS: gsl_fft_real with signal_real_noise, n = 85, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 85, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 85, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 85, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 85
-PASS: gsl_fft_real_float with signal_real_noise, n = 85, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 85, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 85, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 86, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 86
-PASS: gsl_fft_complex_forward with signal_noise, n = 86, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 86, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 86, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 86, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 86, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 86, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 86, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 86
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 86, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 86, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 86, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 86, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 86, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 86, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 86, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 86
-PASS: gsl_fft_real with signal_real_noise, n = 86, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 86, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 86, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 86, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 86
-PASS: gsl_fft_real_float with signal_real_noise, n = 86, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 86, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 86, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 86, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 86
-PASS: gsl_fft_complex_forward with signal_noise, n = 86, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 86, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 86, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 86, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 86, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 86, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 86, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 86, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 86, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 86, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 86
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 86, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 86, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 86, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 86, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 86, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 86, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 86, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 86, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 86, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 86, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 86
-PASS: gsl_fft_real with signal_real_noise, n = 86, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 86, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 86, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 86, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 86
-PASS: gsl_fft_real_float with signal_real_noise, n = 86, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 86, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 86, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 86, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 86
-PASS: gsl_fft_complex_forward with signal_noise, n = 86, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 86, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 86, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 86, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 86, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 86, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 86, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 86, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 86, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 86, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 86
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 86, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 86, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 86, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 86, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 86, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 86, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 86, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 86, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 86, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 86, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 86
-PASS: gsl_fft_real with signal_real_noise, n = 86, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 86, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 86, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 86, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 86
-PASS: gsl_fft_real_float with signal_real_noise, n = 86, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 86, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 86, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 87, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 87
-PASS: gsl_fft_complex_forward with signal_noise, n = 87, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 87, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 87, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 87, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 87, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 87, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 87, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 87
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 87, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 87, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 87, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 87, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 87, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 87, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 87, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 87
-PASS: gsl_fft_real with signal_real_noise, n = 87, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 87, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 87, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 87, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 87
-PASS: gsl_fft_real_float with signal_real_noise, n = 87, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 87, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 87, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 87, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 87
-PASS: gsl_fft_complex_forward with signal_noise, n = 87, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 87, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 87, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 87, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 87, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 87, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 87, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 87, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 87, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 87, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 87
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 87, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 87, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 87, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 87, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 87, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 87, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 87, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 87, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 87, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 87, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 87
-PASS: gsl_fft_real with signal_real_noise, n = 87, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 87, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 87, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 87, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 87
-PASS: gsl_fft_real_float with signal_real_noise, n = 87, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 87, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 87, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 87, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 87
-PASS: gsl_fft_complex_forward with signal_noise, n = 87, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 87, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 87, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 87, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 87, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 87, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 87, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 87, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 87, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 87, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 87
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 87, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 87, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 87, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 87, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 87, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 87, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 87, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 87, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 87, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 87, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 87
-PASS: gsl_fft_real with signal_real_noise, n = 87, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 87, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 87, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 87, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 87
-PASS: gsl_fft_real_float with signal_real_noise, n = 87, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 87, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 87, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 88, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 88
-PASS: gsl_fft_complex_forward with signal_noise, n = 88, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 88, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 88, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 88, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 88, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 88, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 88, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 88
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 88, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 88, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 88, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 88, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 88, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 88, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 88, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 88
-PASS: gsl_fft_real with signal_real_noise, n = 88, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 88, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 88, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 88, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 88
-PASS: gsl_fft_real_float with signal_real_noise, n = 88, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 88, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 88, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 88, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 88
-PASS: gsl_fft_complex_forward with signal_noise, n = 88, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 88, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 88, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 88, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 88, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 88, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 88, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 88, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 88, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 88, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 88
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 88, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 88, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 88, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 88, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 88, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 88, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 88, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 88, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 88, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 88, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 88
-PASS: gsl_fft_real with signal_real_noise, n = 88, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 88, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 88, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 88, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 88
-PASS: gsl_fft_real_float with signal_real_noise, n = 88, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 88, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 88, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 88, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 88
-PASS: gsl_fft_complex_forward with signal_noise, n = 88, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 88, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 88, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 88, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 88, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 88, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 88, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 88, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 88, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 88, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 88
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 88, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 88, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 88, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 88, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 88, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 88, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 88, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 88, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 88, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 88, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 88
-PASS: gsl_fft_real with signal_real_noise, n = 88, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 88, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 88, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 88, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 88
-PASS: gsl_fft_real_float with signal_real_noise, n = 88, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 88, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 88, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 89, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 89
-PASS: gsl_fft_complex_forward with signal_noise, n = 89, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 89, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 89, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 89, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 89, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 89, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 89, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 89
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 89, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 89, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 89, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 89, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 89, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 89, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 89, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 89
-PASS: gsl_fft_real with signal_real_noise, n = 89, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 89, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 89, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 89, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 89
-PASS: gsl_fft_real_float with signal_real_noise, n = 89, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 89, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 89, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 89, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 89
-PASS: gsl_fft_complex_forward with signal_noise, n = 89, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 89, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 89, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 89, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 89, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 89, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 89, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 89, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 89, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 89, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 89
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 89, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 89, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 89, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 89, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 89, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 89, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 89, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 89, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 89, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 89, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 89
-PASS: gsl_fft_real with signal_real_noise, n = 89, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 89, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 89, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 89, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 89
-PASS: gsl_fft_real_float with signal_real_noise, n = 89, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 89, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 89, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 89, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 89
-PASS: gsl_fft_complex_forward with signal_noise, n = 89, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 89, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 89, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 89, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 89, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 89, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 89, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 89, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 89, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 89, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 89
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 89, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 89, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 89, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 89, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 89, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 89, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 89, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 89, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 89, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 89, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 89
-PASS: gsl_fft_real with signal_real_noise, n = 89, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 89, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 89, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 89, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 89
-PASS: gsl_fft_real_float with signal_real_noise, n = 89, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 89, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 89, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 90, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 90
-PASS: gsl_fft_complex_forward with signal_noise, n = 90, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 90, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 90, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 90, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 90, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 90, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 90, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 90
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 90, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 90, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 90, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 90, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 90, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 90, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 90, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 90
-PASS: gsl_fft_real with signal_real_noise, n = 90, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 90, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 90, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 90, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 90
-PASS: gsl_fft_real_float with signal_real_noise, n = 90, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 90, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 90, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 90, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 90
-PASS: gsl_fft_complex_forward with signal_noise, n = 90, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 90, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 90, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 90, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 90, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 90, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 90, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 90, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 90, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 90, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 90
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 90, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 90, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 90, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 90, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 90, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 90, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 90, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 90, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 90, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 90, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 90
-PASS: gsl_fft_real with signal_real_noise, n = 90, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 90, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 90, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 90, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 90
-PASS: gsl_fft_real_float with signal_real_noise, n = 90, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 90, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 90, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 90, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 90
-PASS: gsl_fft_complex_forward with signal_noise, n = 90, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 90, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 90, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 90, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 90, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 90, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 90, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 90, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 90, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 90, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 90
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 90, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 90, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 90, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 90, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 90, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 90, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 90, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 90, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 90, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 90, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 90
-PASS: gsl_fft_real with signal_real_noise, n = 90, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 90, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 90, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 90, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 90
-PASS: gsl_fft_real_float with signal_real_noise, n = 90, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 90, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 90, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 91, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 91
-PASS: gsl_fft_complex_forward with signal_noise, n = 91, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 91, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 91, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 91, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 91, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 91, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 91, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 91
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 91, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 91, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 91, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 91, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 91, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 91, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 91, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 91
-PASS: gsl_fft_real with signal_real_noise, n = 91, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 91, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 91, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 91, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 91
-PASS: gsl_fft_real_float with signal_real_noise, n = 91, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 91, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 91, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 91, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 91
-PASS: gsl_fft_complex_forward with signal_noise, n = 91, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 91, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 91, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 91, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 91, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 91, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 91, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 91, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 91, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 91, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 91
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 91, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 91, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 91, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 91, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 91, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 91, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 91, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 91, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 91, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 91, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 91
-PASS: gsl_fft_real with signal_real_noise, n = 91, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 91, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 91, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 91, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 91
-PASS: gsl_fft_real_float with signal_real_noise, n = 91, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 91, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 91, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 91, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 91
-PASS: gsl_fft_complex_forward with signal_noise, n = 91, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 91, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 91, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 91, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 91, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 91, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 91, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 91, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 91, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 91, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 91
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 91, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 91, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 91, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 91, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 91, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 91, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 91, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 91, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 91, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 91, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 91
-PASS: gsl_fft_real with signal_real_noise, n = 91, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 91, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 91, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 91, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 91
-PASS: gsl_fft_real_float with signal_real_noise, n = 91, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 91, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 91, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 92, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 92
-PASS: gsl_fft_complex_forward with signal_noise, n = 92, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 92, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 92, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 92, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 92, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 92, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 92, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 92
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 92, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 92, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 92, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 92, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 92, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 92, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 92, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 92
-PASS: gsl_fft_real with signal_real_noise, n = 92, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 92, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 92, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 92, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 92
-PASS: gsl_fft_real_float with signal_real_noise, n = 92, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 92, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 92, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 92, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 92
-PASS: gsl_fft_complex_forward with signal_noise, n = 92, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 92, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 92, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 92, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 92, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 92, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 92, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 92, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 92, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 92, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 92
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 92, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 92, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 92, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 92, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 92, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 92, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 92, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 92, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 92, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 92, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 92
-PASS: gsl_fft_real with signal_real_noise, n = 92, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 92, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 92, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 92, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 92
-PASS: gsl_fft_real_float with signal_real_noise, n = 92, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 92, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 92, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 92, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 92
-PASS: gsl_fft_complex_forward with signal_noise, n = 92, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 92, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 92, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 92, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 92, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 92, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 92, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 92, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 92, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 92, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 92
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 92, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 92, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 92, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 92, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 92, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 92, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 92, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 92, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 92, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 92, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 92
-PASS: gsl_fft_real with signal_real_noise, n = 92, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 92, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 92, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 92, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 92
-PASS: gsl_fft_real_float with signal_real_noise, n = 92, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 92, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 92, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 93, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 93
-PASS: gsl_fft_complex_forward with signal_noise, n = 93, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 93, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 93, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 93, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 93, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 93, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 93, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 93
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 93, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 93, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 93, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 93, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 93, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 93, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 93, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 93
-PASS: gsl_fft_real with signal_real_noise, n = 93, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 93, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 93, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 93, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 93
-PASS: gsl_fft_real_float with signal_real_noise, n = 93, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 93, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 93, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 93, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 93
-PASS: gsl_fft_complex_forward with signal_noise, n = 93, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 93, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 93, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 93, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 93, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 93, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 93, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 93, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 93, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 93, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 93
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 93, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 93, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 93, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 93, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 93, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 93, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 93, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 93, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 93, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 93, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 93
-PASS: gsl_fft_real with signal_real_noise, n = 93, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 93, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 93, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 93, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 93
-PASS: gsl_fft_real_float with signal_real_noise, n = 93, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 93, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 93, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 93, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 93
-PASS: gsl_fft_complex_forward with signal_noise, n = 93, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 93, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 93, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 93, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 93, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 93, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 93, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 93, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 93, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 93, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 93
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 93, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 93, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 93, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 93, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 93, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 93, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 93, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 93, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 93, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 93, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 93
-PASS: gsl_fft_real with signal_real_noise, n = 93, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 93, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 93, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 93, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 93
-PASS: gsl_fft_real_float with signal_real_noise, n = 93, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 93, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 93, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 94, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 94
-PASS: gsl_fft_complex_forward with signal_noise, n = 94, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 94, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 94, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 94, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 94, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 94, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 94, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 94
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 94, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 94, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 94, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 94, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 94, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 94, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 94, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 94
-PASS: gsl_fft_real with signal_real_noise, n = 94, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 94, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 94, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 94, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 94
-PASS: gsl_fft_real_float with signal_real_noise, n = 94, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 94, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 94, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 94, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 94
-PASS: gsl_fft_complex_forward with signal_noise, n = 94, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 94, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 94, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 94, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 94, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 94, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 94, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 94, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 94, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 94, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 94
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 94, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 94, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 94, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 94, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 94, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 94, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 94, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 94, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 94, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 94, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 94
-PASS: gsl_fft_real with signal_real_noise, n = 94, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 94, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 94, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 94, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 94
-PASS: gsl_fft_real_float with signal_real_noise, n = 94, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 94, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 94, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 94, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 94
-PASS: gsl_fft_complex_forward with signal_noise, n = 94, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 94, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 94, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 94, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 94, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 94, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 94, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 94, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 94, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 94, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 94
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 94, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 94, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 94, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 94, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 94, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 94, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 94, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 94, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 94, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 94, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 94
-PASS: gsl_fft_real with signal_real_noise, n = 94, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 94, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 94, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 94, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 94
-PASS: gsl_fft_real_float with signal_real_noise, n = 94, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 94, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 94, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 95, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 95
-PASS: gsl_fft_complex_forward with signal_noise, n = 95, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 95, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 95, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 95, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 95, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 95, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 95, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 95
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 95, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 95, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 95, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 95, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 95, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 95, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 95, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 95
-PASS: gsl_fft_real with signal_real_noise, n = 95, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 95, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 95, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 95, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 95
-PASS: gsl_fft_real_float with signal_real_noise, n = 95, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 95, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 95, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 95, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 95
-PASS: gsl_fft_complex_forward with signal_noise, n = 95, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 95, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 95, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 95, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 95, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 95, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 95, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 95, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 95, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 95, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 95
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 95, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 95, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 95, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 95, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 95, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 95, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 95, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 95, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 95, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 95, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 95
-PASS: gsl_fft_real with signal_real_noise, n = 95, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 95, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 95, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 95, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 95
-PASS: gsl_fft_real_float with signal_real_noise, n = 95, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 95, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 95, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 95, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 95
-PASS: gsl_fft_complex_forward with signal_noise, n = 95, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 95, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 95, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 95, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 95, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 95, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 95, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 95, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 95, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 95, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 95
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 95, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 95, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 95, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 95, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 95, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 95, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 95, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 95, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 95, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 95, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 95
-PASS: gsl_fft_real with signal_real_noise, n = 95, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 95, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 95, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 95, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 95
-PASS: gsl_fft_real_float with signal_real_noise, n = 95, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 95, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 95, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 96, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 96
-PASS: gsl_fft_complex_forward with signal_noise, n = 96, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 96, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 96, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 96, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 96, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 96, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 96, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 96
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 96, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 96, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 96, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 96, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 96, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 96, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 96, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 96
-PASS: gsl_fft_real with signal_real_noise, n = 96, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 96, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 96, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 96, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 96
-PASS: gsl_fft_real_float with signal_real_noise, n = 96, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 96, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 96, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 96, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 96
-PASS: gsl_fft_complex_forward with signal_noise, n = 96, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 96, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 96, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 96, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 96, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 96, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 96, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 96, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 96, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 96, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 96
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 96, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 96, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 96, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 96, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 96, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 96, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 96, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 96, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 96, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 96, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 96
-PASS: gsl_fft_real with signal_real_noise, n = 96, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 96, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 96, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 96, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 96
-PASS: gsl_fft_real_float with signal_real_noise, n = 96, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 96, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 96, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 96, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 96
-PASS: gsl_fft_complex_forward with signal_noise, n = 96, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 96, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 96, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 96, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 96, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 96, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 96, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 96, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 96, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 96, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 96
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 96, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 96, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 96, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 96, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 96, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 96, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 96, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 96, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 96, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 96, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 96
-PASS: gsl_fft_real with signal_real_noise, n = 96, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 96, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 96, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 96, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 96
-PASS: gsl_fft_real_float with signal_real_noise, n = 96, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 96, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 96, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 97, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 97
-PASS: gsl_fft_complex_forward with signal_noise, n = 97, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 97, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 97, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 97, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 97, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 97, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 97, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 97
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 97, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 97, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 97, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 97, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 97, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 97, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 97, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 97
-PASS: gsl_fft_real with signal_real_noise, n = 97, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 97, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 97, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 97, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 97
-PASS: gsl_fft_real_float with signal_real_noise, n = 97, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 97, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 97, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 97, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 97
-PASS: gsl_fft_complex_forward with signal_noise, n = 97, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 97, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 97, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 97, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 97, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 97, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 97, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 97, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 97, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 97, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 97
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 97, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 97, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 97, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 97, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 97, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 97, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 97, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 97, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 97, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 97, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 97
-PASS: gsl_fft_real with signal_real_noise, n = 97, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 97, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 97, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 97, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 97
-PASS: gsl_fft_real_float with signal_real_noise, n = 97, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 97, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 97, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 97, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 97
-PASS: gsl_fft_complex_forward with signal_noise, n = 97, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 97, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 97, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 97, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 97, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 97, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 97, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 97, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 97, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 97, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 97
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 97, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 97, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 97, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 97, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 97, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 97, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 97, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 97, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 97, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 97, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 97
-PASS: gsl_fft_real with signal_real_noise, n = 97, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 97, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 97, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 97, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 97
-PASS: gsl_fft_real_float with signal_real_noise, n = 97, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 97, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 97, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 98, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 98
-PASS: gsl_fft_complex_forward with signal_noise, n = 98, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 98, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 98, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 98, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 98, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 98, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 98, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 98
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 98, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 98, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 98, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 98, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 98, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 98, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 98, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 98
-. 0 10011C00 20
-. 38 E0 00 00 C8 77 00 00 7F 87 D8 40 C8 96 00 00 40 9C 00 FC
-
-PASS: gsl_fft_real with signal_real_noise, n = 98, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 98, stride = 1
-. 0 1000CBE0 20
-. 38 60 00 00 C8 B9 00 00 7F 83 F8 40 C8 D8 00 00 40 9C 01 24
-
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 98, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 98, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 98
-. 0 10013C30 20
-. 38 E0 00 00 C0 77 00 00 7F 87 D8 40 C0 96 00 00 40 9C 00 FC
-
-PASS: gsl_fft_real_float with signal_real_noise, n = 98, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 98, stride = 1
-. 0 1000EDA8 20
-. 38 60 00 00 C0 B9 00 00 7F 83 E8 40 C0 D8 00 00 40 9C 01 24
-
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 98, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 98, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 98
-PASS: gsl_fft_complex_forward with signal_noise, n = 98, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 98, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 98, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 98, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 98, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 98, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 98, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 98, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 98, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 98, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 98
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 98, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 98, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 98, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 98, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 98, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 98, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 98, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 98, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 98, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 98, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 98
-PASS: gsl_fft_real with signal_real_noise, n = 98, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 98, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 98, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 98, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 98
-PASS: gsl_fft_real_float with signal_real_noise, n = 98, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 98, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 98, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 98, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 98
-PASS: gsl_fft_complex_forward with signal_noise, n = 98, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 98, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 98, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 98, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 98, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 98, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 98, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 98, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 98, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 98, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 98
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 98, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 98, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 98, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 98, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 98, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 98, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 98, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 98, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 98, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 98, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 98
-PASS: gsl_fft_real with signal_real_noise, n = 98, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 98, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 98, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 98, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 98
-PASS: gsl_fft_real_float with signal_real_noise, n = 98, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 98, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 98, stride = 3
-PASS: gsl_fft_complex_wavetable_alloc, n = 99, stride = 1
-PASS: gsl_fft_complex_workspace_alloc, n = 99
-PASS: gsl_fft_complex_forward with signal_noise, n = 99, stride = 1
-PASS: gsl_fft_complex_inverse with signal_noise, n = 99, stride = 1
-PASS: gsl_fft_complex_backward with signal_noise, n = 99, stride = 1
-PASS: gsl_fft_complex_forward with signal_pulse, n = 99, stride = 1
-PASS: gsl_fft_complex_forward with signal_constant, n = 99, stride = 1
-PASS: gsl_fft_complex_forward with signal_exp, n = 99, stride = 1
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 99, stride = 1
-PASS: gsl_fft_complex_workspace_float_alloc, n = 99
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 99, stride = 1
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 99, stride = 1
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 99, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 99, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 99, stride = 1
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 99, stride = 1
-PASS: gsl_fft_real_wavetable_alloc, n = 99, stride = 1
-PASS: gsl_fft_real_workspace_alloc, n = 99
-PASS: gsl_fft_real with signal_real_noise, n = 99, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 99, stride = 1
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 99, stride = 1
-PASS: gsl_fft_real_wavetable_float_alloc, n = 99, stride = 1
-PASS: gsl_fft_real_workspace_float_alloc, n = 99
-PASS: gsl_fft_real_float with signal_real_noise, n = 99, stride = 1
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 99, stride = 1
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 99, stride = 1
-PASS: gsl_fft_complex_wavetable_alloc, n = 99, stride = 2
-PASS: gsl_fft_complex_workspace_alloc, n = 99
-PASS: gsl_fft_complex_forward with signal_noise, n = 99, stride = 2
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 99, stride = 2
-PASS: gsl_fft_complex_inverse with signal_noise, n = 99, stride = 2
-PASS: gsl_fft_complex_inverse other data untouched, n = 99, stride = 2
-PASS: gsl_fft_complex_backward with signal_noise, n = 99, stride = 2
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 99, stride = 2
-PASS: gsl_fft_complex_forward with signal_pulse, n = 99, stride = 2
-PASS: gsl_fft_complex_forward with signal_constant, n = 99, stride = 2
-PASS: gsl_fft_complex_forward with signal_exp, n = 99, stride = 2
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 99, stride = 2
-PASS: gsl_fft_complex_workspace_float_alloc, n = 99
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 99, stride = 2
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 99, stride = 2
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 99, stride = 2
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 99, stride = 2
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 99, stride = 2
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 99, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 99, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 99, stride = 2
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 99, stride = 2
-PASS: gsl_fft_real_wavetable_alloc, n = 99, stride = 2
-PASS: gsl_fft_real_workspace_alloc, n = 99
-PASS: gsl_fft_real with signal_real_noise, n = 99, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 99, stride = 2
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 99, stride = 2
-PASS: gsl_fft_real_wavetable_float_alloc, n = 99, stride = 2
-PASS: gsl_fft_real_workspace_float_alloc, n = 99
-PASS: gsl_fft_real_float with signal_real_noise, n = 99, stride = 2
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 99, stride = 2
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 99, stride = 2
-PASS: gsl_fft_complex_wavetable_alloc, n = 99, stride = 3
-PASS: gsl_fft_complex_workspace_alloc, n = 99
-PASS: gsl_fft_complex_forward with signal_noise, n = 99, stride = 3
-PASS: gsl_fft_complex_forward avoids unstrided data, n = 99, stride = 3
-PASS: gsl_fft_complex_inverse with signal_noise, n = 99, stride = 3
-PASS: gsl_fft_complex_inverse other data untouched, n = 99, stride = 3
-PASS: gsl_fft_complex_backward with signal_noise, n = 99, stride = 3
-PASS: gsl_fft_complex_backward avoids unstrided data, n = 99, stride = 3
-PASS: gsl_fft_complex_forward with signal_pulse, n = 99, stride = 3
-PASS: gsl_fft_complex_forward with signal_constant, n = 99, stride = 3
-PASS: gsl_fft_complex_forward with signal_exp, n = 99, stride = 3
-PASS: gsl_fft_complex_wavetable_float_alloc, n = 99, stride = 3
-PASS: gsl_fft_complex_workspace_float_alloc, n = 99
-PASS: gsl_fft_complex_float_forward with signal_noise, n = 99, stride = 3
-PASS: gsl_fft_complex_float_forward avoids unstrided data, n = 99, stride = 3
-PASS: gsl_fft_complex_float_inverse with signal_noise, n = 99, stride = 3
-PASS: gsl_fft_complex_float_inverse other data untouched, n = 99, stride = 3
-PASS: gsl_fft_complex_float_backward with signal_noise, n = 99, stride = 3
-PASS: gsl_fft_complex_float_backward avoids unstrided data, n = 99, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_pulse, n = 99, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_constant, n = 99, stride = 3
-PASS: gsl_fft_complex_float_forward with signal_exp, n = 99, stride = 3
-PASS: gsl_fft_real_wavetable_alloc, n = 99, stride = 3
-PASS: gsl_fft_real_workspace_alloc, n = 99
-PASS: gsl_fft_real with signal_real_noise, n = 99, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_alloc, n = 99, stride = 3
-PASS: gsl_fft_halfcomplex with data from signal_noise, n = 99, stride = 3
-PASS: gsl_fft_real_wavetable_float_alloc, n = 99, stride = 3
-PASS: gsl_fft_real_workspace_float_alloc, n = 99
-PASS: gsl_fft_real_float with signal_real_noise, n = 99, stride = 3
-PASS: gsl_fft_halfcomplex_wavetable_float_alloc, n = 99, stride = 3
-PASS: gsl_fft_halfcomplex_float with data from signal_noise, n = 99, stride = 3
-. 0 10004744 12
-. 3C 60 10 00 38 63 47 88 48 01 0C A9
-
-. 0 10004750 4
-. 4B FF DB B5
-
-. 0 10002304 56
-. 7C 08 02 A6 94 21 FF C0 38 60 00 00 92 C1 00 18 92 E1 00 1C 90 01 00 44 93 01 00 20 3B 01 00 08 93 21 00 24 93 41 00 28 93 61 00 2C 93 81 00 30 93 A1 00 34 48 00 45 09
-
-. 0 10006A98 20
-. 80 7E 80 00 38 A0 00 21 80 9E 80 14 38 C0 00 01 48 00 E8 B5
-
-. 0 1001535C 56
-. 94 21 FF E0 7C 08 02 A6 42 9F 00 05 93 C1 00 18 7F C8 02 A6 93 A1 00 14 90 01 00 24 80 1E FF F0 7F C0 F2 14 7C 60 1B 78 81 3E 80 00 81 29 00 00 2F 89 00 00 41 9E 00 24
-
-. 0 10015394 8
-. 7D 28 03 A6 4E 80 00 21
-
-. 0 10004788 4
-. 4E 80 00 20
-
-. 0 1001539C 24
-. 80 01 00 24 83 A1 00 14 83 C1 00 18 7C 08 03 A6 38 21 00 20 4E 80 00 20
-
-. 0 10006AAC 8
-. 38 60 00 00 4B FF FF 7C
-
-. 0 10006A2C 108
-. 80 01 00 94 81 C1 00 20 81 E1 00 24 7C 08 03 A6 82 01 00 28 82 21 00 2C 82 41 00 30 82 61 00 34 82 81 00 38 82 A1 00 3C 82 C1 00 40 82 E1 00 44 83 01 00 48 83 21 00 4C 83 41 00 50 83 61 00 54 83 81 00 58 83 A1 00 5C 83 C1 00 60 83 E1 00 64 CB 61 00 68 CB 81 00 70 CB A1 00 78 CB C1 00 80 CB E1 00 88 38 21 00 90 4E 80 00 20
-
-. 0 1000233C 24
-. 30 03 FF FF 7F 80 19 10 3C 80 10 01 38 84 70 B8 7F 83 E3 78 48 01 32 99
-
-PASS: trap for n = 0 in gsl_fft_complex_wavetable_alloc
-. 0 10002354 8
-. 38 60 00 00 48 00 E5 ED
-
-. 0 10010BD0 20
-. 80 7E 80 00 38 A0 00 21 80 9E 82 40 38 C0 00 01 48 00 47 7D
-
-. 0 10010BE4 8
-. 38 60 00 00 4B FF FF 64
-
-. 0 1000235C 24
-. 3C 80 10 01 30 03 FF FF 7F A0 19 10 38 84 70 EC 7F A3 EB 78 48 01 32 79
-
-. 0 1001563C 44
-. D8 21 00 28 D8 41 00 30 D8 61 00 38 D8 81 00 40 D8 A1 00 48 D8 C1 00 50 D8 E1 00 58 D9 01 00 60 91 7D 00 00 7C 9D 23 78 40 9E 00 54
-
-. 0 FECAE1C 68
-. D8 21 00 28 D8 41 00 30 D8 61 00 38 D8 81 00 40 D8 A1 00 48 D8 C1 00 50 D8 E1 00 58 D9 01 00 60 38 C1 00 98 39 21 00 08 39 00 00 01 38 E0 00 00 99 01 00 70 98 E1 00 71 90 C1 00 74 91 21 00 78 4B FF 80 79
-
-PASS: trap for n = 0 in gsl_fft_real_wavetable_alloc
-. 0 10002374 8
-. 38 60 00 00 48 00 A1 C9
-
-. 0 1000C7B4 20
-. 80 7E 80 00 38 A0 00 21 80 9E 81 50 38 C0 00 01 48 00 8B 99
-
-. 0 1000C7C8 8
-. 38 60 00 00 4B FF FF 74
-
-. 0 1000237C 24
-. 3C 80 10 01 31 23 FF FF 7C 09 19 10 38 84 71 1C 7C 03 03 78 48 01 32 59
-
-PASS: trap for n = 0 in gsl_fft_halfcomplex_wavetable_alloc
-. 0 10002394 8
-. 38 60 00 00 48 00 47 C1
-
-. 0 10006BEC 12
-. 80 7E 80 00 80 9E 80 14 48 00 E7 69
-
-. 0 10006BF8 36
-. 38 00 00 00 7C 03 03 78 80 01 00 24 83 A1 00 14 83 C1 00 18 7C 08 03 A6 83 E1 00 1C 38 21 00 20 4E 80 00 20
-
-. 0 1000239C 16
-. 3C 80 10 01 7F 83 E3 78 38 84 71 54 48 01 32 41
-
-PASS: trap for n = 0 in gsl_fft_complex_workspace_alloc
-. 0 100023AC 8
-. 38 60 00 00 48 00 E8 DD
-
-. 0 10010D20 12
-. 80 7E 80 00 80 9E 82 40 48 00 46 35
-
-. 0 10010D2C 36
-. 38 00 00 00 7C 03 03 78 80 01 00 24 83 A1 00 14 83 C1 00 18 7C 08 03 A6 83 E1 00 1C 38 21 00 20 4E 80 00 20
-
-. 0 100023B4 16
-. 3C 80 10 01 38 84 71 88 7F A3 EB 78 48 01 32 29
-
-PASS: trap for n = 0 in gsl_fft_real_workspace_alloc
-. 0 100023C4 8
-. 38 60 00 0A 48 00 44 79
-
-. 0 100023CC 16
-. 3B A1 00 10 7C 7B 1B 78 38 60 00 0A 48 00 A1 69
-
-. 0 100023DC 16
-. 3B 80 00 03 7C 76 1B 78 38 60 00 0A 48 00 E5 5D
-
-. 0 100023EC 12
-. 7C 77 1B 78 38 60 00 0A 48 00 47 65
-
-. 0 100023F8 12
-. 7C 7A 1B 78 38 60 00 0A 48 00 E8 8D
-
-. 0 10002404 28
-. 7F 66 DB 78 7C 79 1B 78 7F 47 D3 78 38 A0 00 00 7F A3 EB 78 38 80 00 01 48 00 6A A1
-
-. 0 10007C2C 20
-. 80 7E 80 00 38 A0 00 6B 80 9E 80 34 38 C0 00 01 48 00 D7 21
-
-. 0 10007C40 8
-. 38 60 00 01 4B FF F9 60
-
-. 0 10002420 20
-. 3C 80 10 01 20 03 00 00 7C 60 19 14 38 84 71 B8 48 01 31 B9
-
-PASS: trap for n = 0 in gsl_fft_complex_forward
-. 0 10002434 24
-. 7E E6 BB 78 7F 27 CB 78 38 A0 00 00 7F 03 C3 78 38 80 00 01 48 00 E9 D1
-
-. 0 1001252C 20
-. 80 7E 80 00 38 A0 00 36 80 9E 82 4C 38 C0 00 01 48 00 2E 21
-
-. 0 10012540 8
-. 38 60 00 01 4B FF F2 E4
-
-. 0 1000244C 20
-. 3C 80 10 01 20 03 00 00 7C 60 19 14 38 84 71 E4 48 01 31 8D
-
-PASS: trap for n = 0 in gsl_fft_real_transform
-. 0 10002460 24
-. 7E C6 B3 78 7F 27 CB 78 38 A0 00 00 7F 03 C3 78 38 80 00 01 48 00 A4 45
-
-. 0 1000D9D4 20
-. 80 7E 80 00 38 A0 00 58 80 9E 81 5C 38 C0 00 01 48 00 79 79
-
-. 0 1000D9E8 8
-. 38 60 00 01 4B FF F5 38
-
-. 0 10002478 20
-. 3C 80 10 01 20 03 00 00 7C 60 19 14 38 84 72 10 48 01 31 61
-
-PASS: trap for n = 0 in gsl_fft_halfcomplex_transform
-. 0 1000248C 16
-. 38 A0 00 00 7F A3 EB 78 38 80 00 01 48 00 6D 35
-
-. 0 10006834 8
-. 38 21 00 10 4E 80 00 20
-
-. 0 100091B0 20
-. 80 7E 80 7C 38 A0 00 5A 80 9E 80 80 38 C0 00 04 48 00 C1 9D
-
-. 0 100091C4 8
-. 38 60 00 04 4B FF FF 94
-
-. 0 1000249C 20
-. 3C 80 10 01 20 03 00 00 7C 60 19 14 38 84 72 40 48 01 31 3D
-
-PASS: trap for n = 0 in gsl_fft_complex_radix2_forward
-. 0 100024B0 24
-. 7F 66 DB 78 7F 47 D3 78 38 A0 00 00 7F A3 EB 78 38 80 00 01 48 00 69 D5
-
-. 0 100024C8 20
-. 3C 80 10 01 20 03 00 00 7C 60 19 14 38 84 72 74 48 01 31 11
-
-PASS: trap for n = 0 in gsl_fft_complex_backward
-. 0 100024DC 16
-. 38 A0 00 00 7F A3 EB 78 38 80 00 01 48 00 6D 09
-
-. 0 100024EC 20
-. 3C 80 10 01 20 03 00 00 7C 60 19 14 38 84 72 A0 48 01 30 ED
-
-PASS: trap for n = 0 in gsl_fft_complex_radix2_backward
-. 0 10002500 24
-. 7F 66 DB 78 7F 47 D3 78 38 A0 00 00 7F A3 EB 78 38 80 00 01 48 00 68 BD
-
-. 0 10002518 20
-. 3C 80 10 01 20 03 00 00 7C 60 19 14 38 84 72 D4 48 01 30 C1
-
-PASS: trap for n = 0 in gsl_fft_complex_inverse
-. 0 1000252C 16
-. 38 A0 00 00 7F A3 EB 78 38 80 00 01 48 00 6C E1
-
-. 0 1000253C 20
-. 3C 80 10 01 20 03 00 00 7C 60 19 14 38 84 73 00 48 01 30 9D
-
-PASS: trap for n = 0 in gsl_fft_complex_radix2_inverse
-. 0 10002550 16
-. 38 A0 00 11 7F A3 EB 78 38 80 00 01 48 00 6C 71
-
-. 0 10002560 20
-. 3C 80 10 01 20 03 00 00 7C 60 19 14 38 84 73 34 48 01 30 79
-
-PASS: trap for n != 2^k in gsl_fft_complex_radix2_forward
-. 0 10002574 16
-. 38 A0 00 11 7F A3 EB 78 38 80 00 01 48 00 6C 71
-
-. 0 10002584 20
-. 3C 80 10 01 20 03 00 00 7C 60 19 14 38 84 73 68 48 01 30 55
-
-PASS: trap for n != 2^k in gsl_fft_complex_radix2_backward
-. 0 10002598 16
-. 38 A0 00 11 7F A3 EB 78 38 80 00 01 48 00 6C 75
-
-. 0 100025A8 20
-. 3C 80 10 01 20 03 00 00 7C 60 19 14 38 84 73 A0 48 01 30 31
-
-PASS: trap for n != 2^k in gsl_fft_complex_radix2_inverse
-. 0 100025BC 28
-. 7F 66 DB 78 7F 47 D3 78 93 9B 00 00 38 A0 00 04 38 80 00 01 7F A3 EB 78 48 00 68 E9
-
-. 0 10008D94 20
-. 80 7E 80 38 38 A0 00 75 80 9E 80 34 38 C0 00 04 48 00 C5 B9
-
-. 0 10008DA8 8
-. 38 60 00 04 4B FF E7 F8
-
-. 0 100025D8 20
-. 3C 80 10 01 20 03 00 00 7C 60 19 14 38 84 73 D4 48 01 30 01
-
-PASS: trap for n != nw in gsl_fft_complex_forward
-. 0 100025EC 28
-. 7F 66 DB 78 7F 47 D3 78 93 9B 00 00 38 A0 00 04 38 80 00 01 7F A3 EB 78 48 00 68 95
-
-. 0 10002608 20
-. 3C 80 10 01 20 03 00 00 7C 60 19 14 38 84 74 00 48 01 2F D1
-
-PASS: trap for n != nw in gsl_fft_complex_backward
-. 0 1000261C 28
-. 7F 66 DB 78 7F 47 D3 78 93 9B 00 00 38 A0 00 04 7F A3 EB 78 38 80 00 01 48 00 67 9D
-
-. 0 10002638 20
-. 3C 80 10 01 20 03 00 00 7C 60 19 14 38 84 74 30 48 01 2F A1
-
-PASS: trap for n != nw in gsl_fft_complex_inverse
-. 0 1000264C 28
-. 7E E6 BB 78 7F 27 CB 78 93 97 00 00 38 A0 00 04 38 80 00 01 7F 03 C3 78 48 00 E7 B5
-
-. 0 10012548 20
-. 80 7E 80 38 38 A0 00 40 80 9E 82 4C 38 C0 00 04 48 00 2E 05
-
-. 0 1001255C 8
-. 38 60 00 04 4B FF F2 C8
-
-. 0 10002668 20
-. 3C 80 10 01 20 03 00 00 7C 60 19 14 38 84 74 5C 48 01 2F 71
-
-PASS: trap for n != nw in gsl_fft_real_transform
-. 0 1000267C 28
-. 7E C6 B3 78 7F 27 CB 78 38 A0 00 04 93 96 00 00 7F 03 C3 78 38 80 00 01 48 00 A2 25
-
-. 0 1000DF98 20
-. 80 7E 80 38 38 A0 00 62 80 9E 81 5C 38 C0 00 04 48 00 73 B5
-
-. 0 1000DFAC 8
-. 38 60 00 04 4B FF EF 74
-
-. 0 10002698 20
-. 3C 80 10 01 38 84 74 88 20 03 00 00 7C 60 19 14 48 01 2F 41
-
-PASS: trap for n != nw in gsl_fft_halfcomplex_transform
-. 0 100026AC 8
-. 7E C3 B3 78 48 00 A1 BD
-
-. 0 100026B4 8
-. 7E E3 BB 78 48 00 E6 CD
-
-. 0 100026BC 8
-. 7F 63 DB 78 48 00 45 91
-
-. 0 100026C4 8
-. 7F 23 CB 78 48 00 E7 05
-
-. 0 100026CC 8
-. 7F 43 D3 78 48 00 45 C9
-
-. 0 100026D4 48
-. 80 01 00 44 82 C1 00 18 82 E1 00 1C 7C 08 03 A6 83 01 00 20 83 21 00 24 83 41 00 28 83 61 00 2C 83 81 00 30 83 A1 00 34 38 21 00 40 4E 80 00 20
-
-. 0 10004754 4
-. 4B FF FB 01
-
-. 0 10004254 56
-. 7C 08 02 A6 94 21 FF C0 38 60 00 00 92 C1 00 18 92 E1 00 1C 90 01 00 44 93 01 00 20 3B 01 00 08 93 21 00 24 93 41 00 28 93 61 00 2C 93 81 00 30 93 A1 00 34 48 00 53 E1
-
-. 0 100098C8 20
-. 80 7E 80 00 38 A0 00 21 80 9E 80 14 38 C0 00 01 48 00 BA 85
-
-. 0 100098DC 8
-. 38 60 00 00 4B FF FF 7C
-
-. 0 1000985C 108
-. 80 01 00 94 81 C1 00 20 81 E1 00 24 7C 08 03 A6 82 01 00 28 82 21 00 2C 82 41 00 30 82 61 00 34 82 81 00 38 82 A1 00 3C 82 C1 00 40 82 E1 00 44 83 01 00 48 83 21 00 4C 83 41 00 50 83 61 00 54 83 81 00 58 83 A1 00 5C 83 C1 00 60 83 E1 00 64 CB 61 00 68 CB 81 00 70 CB A1 00 78 CB C1 00 80 CB E1 00 88 38 21 00 90 4E 80 00 20
-
-. 0 1000428C 24
-. 30 03 FF FF 7F 80 19 10 3C 80 10 01 38 84 7C 6C 7F 83 E3 78 48 01 13 49
-
-PASS: trap for n = 0 in gsl_fft_complex_wavetable_float_alloc
-. 0 100042A4 8
-. 38 60 00 00 48 00 E6 85
-
-. 0 10012BC0 20
-. 80 7E 80 00 38 A0 00 21 80 9E 82 40 38 C0 00 01 48 00 27 8D
-
-. 0 10012BD4 8
-. 38 60 00 00 4B FF FF 64
-
-. 0 100042AC 24
-. 3C 80 10 01 30 03 FF FF 7F A0 19 10 38 84 7C A4 7F A3 EB 78 48 01 13 29
-
-PASS: trap for n = 0 in gsl_fft_real_wavetable_float_alloc
-. 0 100042C4 8
-. 38 60 00 00 48 00 A4 39
-
-. 0 1000E97C 20
-. 80 7E 80 00 38 A0 00 21 80 9E 81 50 38 C0 00 01 48 00 69 D1
-
-. 0 1000E990 8
-. 38 60 00 00 4B FF FF 74
-
-. 0 100042CC 24
-. 3C 80 10 01 31 23 FF FF 7C 09 19 10 38 84 7C DC 7C 03 03 78 48 01 13 09
-
-PASS: trap for n = 0 in gsl_fft_halfcomplex_wavetable_float_alloc
-. 0 100042E4 8
-. 38 60 00 00 48 00 56 A1
-
-. 0 10009A1C 12
-. 80 7E 80 00 80 9E 80 14 48 00 B9 39
-
-. 0 10009A28 36
-. 38 00 00 00 7C 03 03 78 80 01 00 24 83 A1 00 14 83 C1 00 18 7C 08 03 A6 83 E1 00 1C 38 21 00 20 4E 80 00 20
-
-. 0 100042EC 16
-. 3C 80 10 01 7F 83 E3 78 38 84 7D 18 48 01 12 F1
-
-PASS: trap for n = 0 in gsl_fft_complex_workspace_float_alloc
-. 0 100042FC 8
-. 38 60 00 00 48 00 E9 7D
-
-. 0 10012D10 12
-. 80 7E 80 00 80 9E 82 40 48 00 26 45
-
-. 0 10012D1C 36
-. 38 00 00 00 7C 03 03 78 80 01 00 24 83 A1 00 14 83 C1 00 18 7C 08 03 A6 83 E1 00 1C 38 21 00 20 4E 80 00 20
-
-. 0 10004304 16
-. 3C 80 10 01 38 84 7D 50 7F A3 EB 78 48 01 12 D9
-
-PASS: trap for n = 0 in gsl_fft_real_workspace_float_alloc
-. 0 10004314 8
-. 38 60 00 0A 48 00 53 51
-
-. 0 1000431C 16
-. 3B A1 00 0C 7C 7B 1B 78 38 60 00 0A 48 00 A3 D9
-
-. 0 1000432C 16
-. 3B 80 00 03 7C 76 1B 78 38 60 00 0A 48 00 E5 F5
-
-. 0 1000433C 12
-. 7C 77 1B 78 38 60 00 0A 48 00 56 45
-
-. 0 10004348 12
-. 7C 7A 1B 78 38 60 00 0A 48 00 E9 2D
-
-. 0 10004354 28
-. 7F 66 DB 78 7C 79 1B 78 7F 47 D3 78 38 A0 00 00 7F A3 EB 78 38 80 00 01 48 00 7A 11
-
-. 0 1000AA78 20
-. 80 7E 80 00 38 A0 00 6B 80 9E 80 34 38 C0 00 01 48 00 A8 D5
-
-. 0 1000AA8C 8
-. 38 60 00 01 4B FF F9 34
-
-. 0 10004370 20
-. 3C 80 10 01 20 03 00 00 7C 60 19 14 38 84 7D 88 48 01 12 69
-
-PASS: trap for n = 0 in gsl_fft_complex_float_forward
-. 0 10004384 24
-. 7E E6 BB 78 7F 27 CB 78 38 A0 00 00 7F 03 C3 78 38 80 00 01 48 00 EA 71
-
-. 0 10014590 20
-. 80 7E 80 00 38 A0 00 36 80 9E 82 4C 38 C0 00 01 48 00 0D BD
-
-. 0 100145A4 8
-. 38 60 00 01 4B FF F2 AC
-
-. 0 1000439C 20
-. 3C 80 10 01 20 03 00 00 7C 60 19 14 38 84 7D B8 48 01 12 3D
-
-PASS: trap for n = 0 in gsl_fft_real_float_transform
-. 0 100043B0 24
-. 7E C6 B3 78 7F 27 CB 78 38 A0 00 00 7F 03 C3 78 38 80 00 01 48 00 A6 BD
-
-. 0 1000FBC0 20
-. 80 7E 80 00 38 A0 00 58 80 9E 81 5C 38 C0 00 01 48 00 57 8D
-
-. 0 1000FBD4 8
-. 38 60 00 01 4B FF F5 18
-
-. 0 100043C8 20
-. 3C 80 10 01 20 03 00 00 7C 60 19 14 38 84 7D E8 48 01 12 11
-
-PASS: trap for n = 0 in gsl_fft_halfcomplex_float_transform
-. 0 100043DC 16
-. 38 A0 00 00 7F A3 EB 78 38 80 00 01 48 00 7C AD
-
-. 0 1000C094 20
-. 7C 08 02 A6 94 21 FF F0 38 C0 FF FF 90 01 00 14 4B FF FD 01
-
-. 0 1000BDA4 124
-. 94 21 FF 90 7C 08 02 A6 42 9F 00 05 93 C1 00 40 7F C8 02 A6 2F 85 00 01 90 01 00 74 93 41 00 30 7C DA 33 78 80 1E FF F0 93 81 00 38 7C BC 2B 78 93 A1 00 3C 7F C0 F2 14 93 E1 00 44 7C 9D 23 78 7C 7F 1B 78 DB 61 00 48 DB 81 00 50 38 60 00 00 DB A1 00 58 DB C1 00 60 DB E1 00 68 92 81 00 18 92 A1 00 1C 92 C1 00 20 92 E1 00 24 93 01 00 28 93 21 00 2C 93 61 00 34 41 9E 02 08
-
-. 0 1000BE20 8
-. 7C A3 2B 78 4B FF A9 D5
-
-. 0 1000BE28 12
-. 2F 83 FF FF 7C 79 1B 78 41 9E 02 48
-
-. 0 1000C078 20
-. 80 7E 80 7C 38 A0 00 5A 80 9E 80 80 38 C0 00 04 48 00 92 D5
-
-. 0 1000C08C 8
-. 38 60 00 04 4B FF FF 94
-
-. 0 1000C024 84
-. 80 01 00 74 82 81 00 18 82 A1 00 1C 7C 08 03 A6 82 C1 00 20 82 E1 00 24 83 01 00 28 83 21 00 2C 83 41 00 30 83 61 00 34 83 81 00 38 83 A1 00 3C 83 C1 00 40 83 E1 00 44 CB 61 00 48 CB 81 00 50 CB A1 00 58 CB C1 00 60 CB E1 00 68 38 21 00 70 4E 80 00 20
-
-. 0 1000C0A8 16
-. 80 01 00 14 38 21 00 10 7C 08 03 A6 4E 80 00 20
-
-. 0 100043EC 20
-. 3C 80 10 01 20 03 00 00 7C 60 19 14 38 84 7E 20 48 01 11 ED
-
-PASS: trap for n = 0 in gsl_fft_complex_float_radix2_forward
-. 0 10004400 24
-. 7F 66 DB 78 7F 47 D3 78 38 A0 00 00 7F A3 EB 78 38 80 00 01 48 00 79 45
-
-. 0 10004418 20
-. 3C 80 10 01 20 03 00 00 7C 60 19 14 38 84 7E 58 48 01 11 C1
-
-PASS: trap for n = 0 in gsl_fft_complex_float_backward
-. 0 1000442C 16
-. 38 A0 00 00 7F A3 EB 78 38 80 00 01 48 00 7C 81
-
-. 0 1000C0B8 20
-. 7C 08 02 A6 94 21 FF F0 38 C0 00 01 90 01 00 14 4B FF FC DD
-
-. 0 1000C0CC 16
-. 80 01 00 14 38 21 00 10 7C 08 03 A6 4E 80 00 20
-
-. 0 1000443C 20
-. 3C 80 10 01 20 03 00 00 7C 60 19 14 38 84 7E 8C 48 01 11 9D
-
-PASS: trap for n = 0 in gsl_fft_complex_float_radix2_backward
-. 0 10004450 24
-. 7F 66 DB 78 7F 47 D3 78 38 A0 00 00 7F A3 EB 78 38 80 00 01 48 00 78 29
-
-. 0 10004468 20
-. 3C 80 10 01 20 03 00 00 7C 60 19 14 38 84 7E C4 48 01 11 71
-
-PASS: trap for n = 0 in gsl_fft_complex_float_inverse
-. 0 1000447C 16
-. 38 A0 00 00 7F A3 EB 78 38 80 00 01 48 00 7C 59
-
-. 0 1000C0E0 64
-. 94 21 FF E0 7C 08 02 A6 42 9F 00 05 93 C1 00 18 7F C8 02 A6 93 E1 00 1C 90 01 00 24 38 C0 00 01 7C 7F 1B 78 93 81 00 10 80 1E FF F0 7C 9C 23 78 93 A1 00 14 7C BD 2B 78 7F C0 F2 14 4B FF FC 89
-
-. 0 1000C120 8
-. 2C 03 00 00 40 82 00 68
-
-. 0 1000C18C 32
-. 80 01 00 24 83 81 00 10 83 A1 00 14 7C 08 03 A6 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-
-. 0 1000448C 20
-. 3C 80 10 01 20 03 00 00 7C 60 19 14 38 84 7E F4 48 01 11 4D
-
-PASS: trap for n = 0 in gsl_fft_complex_float_radix2_inverse
-. 0 100044A0 16
-. 38 A0 00 11 7F A3 EB 78 38 80 00 01 48 00 7B E9
-
-. 0 100044B0 20
-. 3C 80 10 01 20 03 00 00 7C 60 19 14 38 84 7F 2C 48 01 11 29
-
-PASS: trap for n != 2^k in gsl_fft_complex_float_radix2_forward
-. 0 100044C4 16
-. 38 A0 00 11 7F A3 EB 78 38 80 00 01 48 00 7B E9
-
-. 0 100044D4 20
-. 3C 80 10 01 20 03 00 00 7C 60 19 14 38 84 7F 68 48 01 11 05
-
-PASS: trap for n != 2^k in gsl_fft_complex_float_radix2_backward
-. 0 100044E8 16
-. 38 A0 00 11 7F A3 EB 78 38 80 00 01 48 00 7B ED
-
-. 0 100044F8 20
-. 3C 80 10 01 20 03 00 00 7C 60 19 14 38 84 7F A4 48 01 10 E1
-
-PASS: trap for n != 2^k in gsl_fft_complex_float_radix2_inverse
-. 0 1000450C 28
-. 7F 66 DB 78 7F 47 D3 78 93 9B 00 00 38 A0 00 04 38 80 00 01 7F A3 EB 78 48 00 78 59
-
-. 0 1000BC50 20
-. 80 7E 80 38 38 A0 00 75 80 9E 80 34 38 C0 00 04 48 00 96 FD
-
-. 0 1000BC64 8
-. 38 60 00 04 4B FF E7 5C
-
-. 0 10004528 20
-. 3C 80 10 01 20 03 00 00 7C 60 19 14 38 84 7F E0 48 01 10 B1
-
-PASS: trap for n != nw in gsl_fft_complex_float_forward
-. 0 1000453C 28
-. 7F 66 DB 78 7F 47 D3 78 93 9B 00 00 38 A0 00 04 38 80 00 01 7F A3 EB 78 48 00 78 05
-
-. 0 10004558 20
-. 3C 80 10 02 20 03 00 00 7C 60 19 14 38 84 80 14 48 01 10 81
-
-PASS: trap for n != nw in gsl_fft_complex_float_backward
-. 0 1000456C 28
-. 7F 66 DB 78 7F 47 D3 78 93 9B 00 00 38 A0 00 04 7F A3 EB 78 38 80 00 01 48 00 77 09
-
-. 0 10004588 20
-. 3C 80 10 02 20 03 00 00 7C 60 19 14 38 84 80 48 48 01 10 51
-
-PASS: trap for n != nw in gsl_fft_complex_float_inverse
-. 0 1000459C 28
-. 7E E6 BB 78 7F 27 CB 78 93 97 00 00 38 A0 00 04 38 80 00 01 7F 03 C3 78 48 00 E8 55
-
-. 0 100145AC 20
-. 80 7E 80 38 38 A0 00 40 80 9E 82 4C 38 C0 00 04 48 00 0D A1
-
-. 0 100145C0 8
-. 38 60 00 04 4B FF F2 90
-
-. 0 100045B8 20
-. 3C 80 10 02 20 03 00 00 7C 60 19 14 38 84 80 7C 48 01 10 21
-
-PASS: trap for n != nw in gsl_fft_real_float_transform
-. 0 100045CC 28
-. 7E C6 B3 78 7F 27 CB 78 38 A0 00 04 93 96 00 00 7F 03 C3 78 38 80 00 01 48 00 A4 9D
-
-. 0 100101C4 20
-. 80 7E 80 38 38 A0 00 62 80 9E 81 5C 38 C0 00 04 48 00 51 89
-
-. 0 100101D8 8
-. 38 60 00 04 4B FF EF 14
-
-. 0 100045E8 20
-. 3C 80 10 02 38 84 80 B0 20 03 00 00 7C 60 19 14 48 01 0F F1
-
-PASS: trap for n != nw in gsl_fft_halfcomplex_float_transform
-. 0 100045FC 8
-. 7E C3 B3 78 48 00 A4 35
-
-. 0 10004604 8
-. 7E E3 BB 78 48 00 E7 6D
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-. 0 1000460C 8
-. 7F 63 DB 78 48 00 54 71
-
-. 0 10004614 8
-. 7F 23 CB 78 48 00 E7 A5
-
-. 0 1000461C 8
-. 7F 43 D3 78 48 00 54 A9
-
-. 0 10004624 48
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-. 0 10004758 4
-. 48 01 1B 2D
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-
-. 0 100162B8 28
-. 81 3E 80 04 38 60 00 00 81 7E 80 00 80 A9 00 00 80 8B 00 00 7F 85 20 00 41 9E 00 1C
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-. 0 100162EC 20
-. 80 01 00 14 83 C1 00 08 38 21 00 10 7C 08 03 A6 4E 80 00 20
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-. 0 1000475C 4
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-. 0 10028F7C 8
-. 39 60 00 44 4B FF FF 4C
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-. 0 FEB3B98 12
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-. 0 FEB3BD0 16
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-. 0 FEB3BFC 36
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-. 0 FEB3C20 12
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-. 0 100165B4 4
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-. 0 10000750 8
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-. 0 2547BBBC 16
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-. 0 FF15E0C 40
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-
-==3281==
diff --git a/VEX/orig_ppc32/morefp.orig b/VEX/orig_ppc32/morefp.orig
deleted file mode 100644
index 818586b..0000000
--- a/VEX/orig_ppc32/morefp.orig
+++ /dev/null
@@ -1,6944 +0,0 @@
-==3289== Nulgrind, a binary JIT-compiler for Linux.
-==3289== Copyright (C) 2002-2004, and GNU GPL'd, by Nicholas Nethercote.
-==3289== Using valgrind-2.2.0-ppc, a program supervision framework for Linux.
-==3289== Copyright (C) 2000-2004, and GNU GPL'd, by Julian Seward et al.
-==3289== For more details, rerun with: -v
-==3289==
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-PASS: Simple DHT
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-PASS: Exp J1 DHT
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-PASS: Poly J1 DHT
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-. 0 FEEC604 12
-. 80 7F 00 60 2F 03 00 00 40 99 01 44
-
-. 0 FEEC750 16
-. 81 7F 00 14 81 3F 00 10 7C 8B 48 40 40 A5 FE B4
-
-. 0 FEEC610 12
-. 89 5F 00 46 2C 0A 00 00 40 82 00 44
-
-. 0 FEEC61C 4
-. 40 99 00 40
-
-. 0 FEEC65C 4
-. 41 92 00 44
-
-. 0 FEEC6A0 16
-. 80 19 00 00 93 7A 00 00 7F 9C 00 00 41 9E 00 9C
-
-. 0 FEEC748 8
-. 83 FF 00 34 4B FF FF 6C
-
-. 0 FEEC6B8 8
-. 2C 1F 00 00 40 82 FE E8
-
-. 0 FEEC5A4 8
-. 93 FA 00 00 41 92 00 5C
-
-. 0 FEEC6C0 4
-. 41 92 00 38
-
-. 0 FEEC6F8 4
-. 40 8E 00 88
-
-. 0 FEEC6FC 68
-. 7E E3 BB 78 81 81 00 24 82 E1 00 54 82 C1 00 28 7D 81 81 20 7E E8 03 A6 83 01 00 30 82 E1 00 2C 83 21 00 34 83 41 00 38 83 61 00 3C 83 81 00 40 83 A1 00 44 83 C1 00 48 83 E1 00 4C 38 21 00 50 4E 80 00 20
-
-. 0 FEECB38 20
-. 81 3E 1B EC 7C 7C 1B 78 83 E9 00 00 2F 9F 00 00 41 9E 00 80
-
-. 0 FEECB4C 8
-. 3B A0 FF FF 48 00 00 14
-
-. 0 FEECB64 20
-. 80 1F 00 00 70 09 00 02 54 03 EF FE 2F 83 00 00 40 A2 FF E0
-
-. 0 FEECB54 16
-. 93 BF 00 60 83 FF 00 34 2F 1F 00 00 41 9A 00 68
-
-. 0 FEECB78 8
-. 70 09 10 00 41 9E 00 08
-
-. 0 FEECB84 24
-. 80 DF 00 60 7F E3 FB 78 38 80 00 00 38 A0 00 00 2C 86 00 00 41 86 FF BC
-
-. 0 FEECB9C 28
-. 89 9F 00 46 7D 8A 07 74 7D 0A FA 14 80 E8 00 98 81 67 00 2C 7D 69 03 A6 4E 80 04 21
-
-. 0 FEE8C4C 24
-. 7C 08 02 A6 94 21 FF F0 93 E1 00 08 7C 7F 1B 78 90 01 00 14 48 00 33 3D
-
-. 0 FEEBF9C 68
-. 7D 48 02 A6 94 21 FF E0 93 81 00 10 7C BC 2B 78 93 A1 00 14 7C 9D 23 78 91 41 00 24 93 E1 00 1C 7C 7F 1B 78 93 C1 00 18 89 03 00 46 7D 07 07 74 7C C7 1A 14 80 86 00 98 81 64 00 30 7D 69 03 A6 4E 80 04 21
-
-. 0 FEEBFE0 32
-. 20 1D 00 00 7D 20 E9 14 2F 83 FF FF 21 7C 00 00 7C 0B E1 14 7D 2B 03 79 38 60 00 00 41 9E 00 54
-
-. 0 FEEC000 20
-. 7F A4 EB 78 7F E3 FB 78 38 BF 00 48 38 C0 00 00 40 82 00 60
-
-. 0 FEEC070 16
-. 81 9F 00 00 38 9F 00 47 61 80 00 02 4B FF FF AC
-
-. 0 FEEC028 8
-. 90 1F 00 00 4B FF FB 51
-
-. 0 FEEBBB8 16
-. 80 03 00 00 7D 23 4B 78 70 0B 00 01 40 A2 00 1C
-
-. 0 FEEBBC8 20
-. 80 DF 00 20 7C A9 30 50 38 85 0F FF 54 84 00 26 48 06 26 A5
-
-. 0 FF4E27C 8
-. 38 00 00 5B 44 00 00 02
-
-. 0 FF4E284 4
-. 4C A3 00 20
-
-. 0 FEEBC20 40
-. 80 61 00 24 90 1F 00 00 83 61 00 0C 7C 68 03 A6 83 81 00 10 83 A1 00 14 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-
-. 0 FEEC030 64
-. 38 A0 00 00 7F E3 FB 78 90 BF 00 0C 90 BF 00 18 90 BF 00 14 90 BF 00 10 90 BF 00 08 90 BF 00 04 83 81 00 24 83 A1 00 14 7F 88 03 A6 83 C1 00 18 83 81 00 10 83 E1 00 1C 38 21 00 20 4E 80 00 20
-
-. 0 FEE8C64 12
-. 2F 83 00 00 38 60 00 00 41 9E 00 24
-
-. 0 FEE8C70 52
-. 80 9F 00 1C 7F E3 FB 78 90 9F 00 08 90 9F 00 18 90 9F 00 14 90 9F 00 10 90 9F 00 0C 90 9F 00 04 80 A1 00 14 83 E1 00 08 38 21 00 10 7C A8 03 A6 4E 80 00 20
-
-. 0 FEECBB8 16
-. 93 BF 00 60 83 FF 00 34 2F 1F 00 00 40 9A FF A0
-
-. 0 FEECB80 4
-. 41 A2 FF D4
-
-. 0 FEECBC8 36
-. 80 81 00 24 7F 83 E3 78 83 A1 00 14 83 81 00 10 7C 88 03 A6 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-
-. 0 FEB3CB8 8
-. 7F 9F E8 40 41 9C FF EC
-
-. 0 FEB3CC0 8
-. 7F 83 E3 78 48 06 21 41
-
-. 0 FF15E04 8
-. 94 21 FF E0 48 0B 20 49
-
-. 0 FF15E0C 40
-. 93 C1 00 18 7F C8 02 A6 93 A1 00 14 93 E1 00 1C 7C 7F 1B 78 81 3E 1C 4C 7F A9 12 14 38 00 00 EA 7F E3 FB 78 44 00 00 02
-
-==3289==
diff --git a/VEX/orig_ppc32/return0.orig b/VEX/orig_ppc32/return0.orig
deleted file mode 100644
index 75adad9..0000000
--- a/VEX/orig_ppc32/return0.orig
+++ /dev/null
@@ -1,60452 +0,0 @@
-==== BB 0 _start(0x254804D4) approx BBs exec'd 0 ====
-
- 0x254804D4: 7C230B78 or r3,r1,r1
- 0: GETL R1, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x254804D8: 38800000 li r4,0
- 3: MOVL $0x0, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0x254804DC: 3821FFF0 addi r1,r1,-16
- 6: GETL R1, t4
- 7: ADDL $0xFFFFFFF0, t4
- 8: PUTL t4, R1
- 9: INCEIPL $4
-
- 0x254804E0: 90810000 stw r4,0(r1)
- 10: GETL R4, t6
- 11: GETL R1, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x254804E4: 4BFF1581 bl 0x25471A64
- 14: MOVL $0x254804E8, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0x25471A64 ($4)
-
-
-. 0 254804D4 20
-. 7C 23 0B 78 38 80 00 00 38 21 FF F0 90 81 00 00 4B FF 15 81
-
-==== BB 1 _dl_start(0x25471A64) approx BBs exec'd 0 ====
-
- 0x25471A64: 7C0802A6 mflr r0
- 0: GETL LR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x25471A68: 3960004B li r11,75
- 3: MOVL $0x4B, t2
- 4: PUTL t2, R11
- 5: INCEIPL $4
-
- 0x25471A6C: 9421FD50 stwu r1,-688(r1)
- 6: GETL R1, t4
- 7: GETL R1, t6
- 8: ADDL $0xFFFFFD50, t6
- 9: PUTL t6, R1
- 10: STL t4, (t6)
- 11: INCEIPL $4
-
- 0x25471A70: 7D6903A6 mtctr r11
- 12: GETL R11, t8
- 13: PUTL t8, CTR
- 14: INCEIPL $4
-
- 0x25471A74: 92E1028C stw r23,652(r1)
- 15: GETL R23, t10
- 16: GETL R1, t12
- 17: ADDL $0x28C, t12
- 18: STL t10, (t12)
- 19: INCEIPL $4
-
- 0x25471A78: 900102B4 stw r0,692(r1)
- 20: GETL R0, t14
- 21: GETL R1, t16
- 22: ADDL $0x2B4, t16
- 23: STL t14, (t16)
- 24: INCEIPL $4
-
- 0x25471A7C: 7C771B78 or r23,r3,r3
- 25: GETL R3, t18
- 26: PUTL t18, R23
- 27: INCEIPL $4
-
- 0x25471A80: 93010290 stw r24,656(r1)
- 28: GETL R24, t20
- 29: GETL R1, t22
- 30: ADDL $0x290, t22
- 31: STL t20, (t22)
- 32: INCEIPL $4
-
- 0x25471A84: 38000000 li r0,0
- 33: MOVL $0x0, t24
- 34: PUTL t24, R0
- 35: INCEIPL $4
-
- 0x25471A88: 93210294 stw r25,660(r1)
- 36: GETL R25, t26
- 37: GETL R1, t28
- 38: ADDL $0x294, t28
- 39: STL t26, (t28)
- 40: INCEIPL $4
-
- 0x25471A8C: 39210030 addi r9,r1,48
- 41: GETL R1, t30
- 42: ADDL $0x30, t30
- 43: PUTL t30, R9
- 44: INCEIPL $4
-
- 0x25471A90: 93410298 stw r26,664(r1)
- 45: GETL R26, t32
- 46: GETL R1, t34
- 47: ADDL $0x298, t34
- 48: STL t32, (t34)
- 49: INCEIPL $4
-
- 0x25471A94: 9361029C stw r27,668(r1)
- 50: GETL R27, t36
- 51: GETL R1, t38
- 52: ADDL $0x29C, t38
- 53: STL t36, (t38)
- 54: INCEIPL $4
-
- 0x25471A98: 938102A0 stw r28,672(r1)
- 55: GETL R28, t40
- 56: GETL R1, t42
- 57: ADDL $0x2A0, t42
- 58: STL t40, (t42)
- 59: INCEIPL $4
-
- 0x25471A9C: 93A102A4 stw r29,676(r1)
- 60: GETL R29, t44
- 61: GETL R1, t46
- 62: ADDL $0x2A4, t46
- 63: STL t44, (t46)
- 64: INCEIPL $4
-
- 0x25471AA0: 93C102A8 stw r30,680(r1)
- 65: GETL R30, t48
- 66: GETL R1, t50
- 67: ADDL $0x2A8, t50
- 68: STL t48, (t50)
- 69: INCEIPL $4
-
- 0x25471AA4: 93E102AC stw r31,684(r1)
- 70: GETL R31, t52
- 71: GETL R1, t54
- 72: ADDL $0x2AC, t54
- 73: STL t52, (t54)
- 74: INCEIPL $4
-
- 0x25471AA8: 90090000 stw r0,0(r9)
- 75: GETL R0, t56
- 76: GETL R9, t58
- 77: STL t56, (t58)
- 78: INCEIPL $4
-
- 0x25471AAC: 39290004 addi r9,r9,4
- 79: GETL R9, t60
- 80: ADDL $0x4, t60
- 81: PUTL t60, R9
- 82: INCEIPL $4
-
- 0x25471AB0: 4200FFF8 bc 16,0,0x25471AA8
- 83: GETL CTR, t62
- 84: ADDL $0xFFFFFFFF, t62
- 85: PUTL t62, CTR
- 86: JIFZL t62, $0x25471AB4
- 87: JMPo $0x25471AA8 ($4)
-
-
-. 0 25471A64 80
-. 7C 08 02 A6 39 60 00 4B 94 21 FD 50 7D 69 03 A6 92 E1 02 8C 90 01 02 B4 7C 77 1B 78 93 01 02 90 38 00 00 00 93 21 02 94 39 21 00 30 93 41 02 98 93 61 02 9C 93 81 02 A0 93 A1 02 A4 93 C1 02 A8 93 E1 02 AC 90 09 00 00 39 29 00 04 42 00 FF F8
-
-==== BB 2 (0x25471AA8) approx BBs exec'd 0 ====
-
- 0x25471AA8: 90090000 stw r0,0(r9)
- 0: GETL R0, t0
- 1: GETL R9, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0x25471AAC: 39290004 addi r9,r9,4
- 4: GETL R9, t4
- 5: ADDL $0x4, t4
- 6: PUTL t4, R9
- 7: INCEIPL $4
-
- 0x25471AB0: 4200FFF8 bc 16,0,0x25471AA8
- 8: GETL CTR, t6
- 9: ADDL $0xFFFFFFFF, t6
- 10: PUTL t6, CTR
- 11: JIFZL t6, $0x25471AB4
- 12: JMPo $0x25471AA8 ($4)
-
-
-. 0 25471AA8 12
-. 90 09 00 00 39 29 00 04 42 00 FF F8
-
-==== BB 3 (0x25471AB4) approx BBs exec'd 0 ====
-
- 0x25471AB4: 48000009 bl 0x25471ABC
- 0: MOVL $0x25471AB8, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x25471ABC ($4)
-
-
-. 0 25471AB4 4
-. 48 00 00 09
-
-==== BB 4 (0x25471ABC) approx BBs exec'd 0 ====
-
- 0x25471ABC: 7CE802A6 mflr r7
- 0: GETL LR, t0
- 1: PUTL t0, R7
- 2: INCEIPL $4
-
- 0x25471AC0: 3B010010 addi r24,r1,16
- 3: GETL R1, t2
- 4: ADDL $0x10, t2
- 5: PUTL t2, R24
- 6: INCEIPL $4
-
- 0x25471AC4: 4802553D bl 0x25497000
- 7: MOVL $0x25471AC8, t4
- 8: PUTL t4, LR
- 9: JMPo-c $0x25497000 ($4)
-
-
-. 0 25471ABC 12
-. 7C E8 02 A6 3B 01 00 10 48 02 55 3D
-
-==== BB 5 (0x25497000) approx BBs exec'd 0 ====
-
- 0x25497000: 4E800021 blrl
- 0: GETL LR, t0
- 1: MOVL $0x25497004, t2
- 2: PUTL t2, LR
- 3: JMPo-r t0 ($4)
-
-
-. 0 25497000 4
-. 4E 80 00 21
-
-==== BB 6 (0x25471AC8) approx BBs exec'd 0 ====
-
- 0x25471AC8: 7D4802A6 mflr r10
- 0: GETL LR, t0
- 1: PUTL t0, R10
- 2: INCEIPL $4
-
- 0x25471ACC: 81870000 lwz r12,0(r7)
- 3: GETL R7, t2
- 4: LDL (t2), t4
- 5: PUTL t4, R12
- 6: INCEIPL $4
-
- 0x25471AD0: 810A0000 lwz r8,0(r10)
- 7: GETL R10, t6
- 8: LDL (t6), t8
- 9: PUTL t8, R8
- 10: INCEIPL $4
-
- 0x25471AD4: 5586302E rlwinm r6,r12,6,0,23
- 11: GETL R12, t10
- 12: ROLL $0x6, t10
- 13: ANDL $0xFFFFFF00, t10
- 14: PUTL t10, R6
- 15: INCEIPL $4
-
- 0x25471AD8: 7CC43670 srawi r4,r6,6
- 16: GETL R6, t12
- 17: SARL $0x6, t12 (-wCa)
- 18: PUTL t12, R4
- 19: INCEIPL $4
-
- 0x25471ADC: 7CA83850 subf r5,r8,r7
- 20: GETL R8, t14
- 21: GETL R7, t16
- 22: SUBL t14, t16
- 23: PUTL t16, R5
- 24: INCEIPL $4
-
- 0x25471AE0: 39010030 addi r8,r1,48
- 25: GETL R1, t18
- 26: ADDL $0x30, t18
- 27: PUTL t18, R8
- 28: INCEIPL $4
-
- 0x25471AE4: 7CE52214 add r7,r5,r4
- 29: GETL R5, t20
- 30: GETL R4, t22
- 31: ADDL t20, t22
- 32: PUTL t22, R7
- 33: INCEIPL $4
-
- 0x25471AE8: 90E10010 stw r7,16(r1)
- 34: GETL R7, t24
- 35: GETL R1, t26
- 36: ADDL $0x10, t26
- 37: STL t24, (t26)
- 38: INCEIPL $4
-
- 0x25471AEC: 806A0000 lwz r3,0(r10)
- 39: GETL R10, t28
- 40: LDL (t28), t30
- 41: PUTL t30, R3
- 42: INCEIPL $4
-
- 0x25471AF0: 7C07182E lwzx r0,r7,r3
- 43: GETL R3, t32
- 44: GETL R7, t34
- 45: ADDL t34, t32
- 46: LDL (t32), t36
- 47: PUTL t36, R0
- 48: INCEIPL $4
-
- 0x25471AF4: 7D271A14 add r9,r7,r3
- 49: GETL R7, t38
- 50: GETL R3, t40
- 51: ADDL t38, t40
- 52: PUTL t40, R9
- 53: INCEIPL $4
-
- 0x25471AF8: 91210018 stw r9,24(r1)
- 54: GETL R9, t42
- 55: GETL R1, t44
- 56: ADDL $0x18, t44
- 57: STL t42, (t44)
- 58: INCEIPL $4
-
- 0x25471AFC: 7D2A4B78 or r10,r9,r9
- 59: GETL R9, t46
- 60: PUTL t46, R10
- 61: INCEIPL $4
-
- 0x25471B00: 2F800000 cmpi cr7,r0,0
- 62: GETL R0, t48
- 63: CMP0L t48, t50 (-rSo)
- 64: ICRFL t50, $0x7, CR
- 65: INCEIPL $4
-
- 0x25471B04: 419E0068 bc 12,30,0x25471B6C
- 66: Js30o $0x25471B6C
-
-
-. 0 25471AC8 64
-. 7D 48 02 A6 81 87 00 00 81 0A 00 00 55 86 30 2E 7C C4 36 70 7C A8 38 50 39 01 00 30 7C E5 22 14 90 E1 00 10 80 6A 00 00 7C 07 18 2E 7D 27 1A 14 91 21 00 18 7D 2A 4B 78 2F 80 00 00 41 9E 00 68
-
-==== BB 7 (0x25471B08) approx BBs exec'd 0 ====
-
- 0x25471B08: 3FE06FFF lis r31,28671
- 0: MOVL $0x6FFF0000, t0
- 1: PUTL t0, R31
- 2: INCEIPL $4
-
- 0x25471B0C: 3F607000 lis r27,28672
- 3: MOVL $0x70000000, t2
- 4: PUTL t2, R27
- 5: INCEIPL $4
-
- 0x25471B10: 3F406FFF lis r26,28671
- 6: MOVL $0x6FFF0000, t4
- 7: PUTL t4, R26
- 8: INCEIPL $4
-
- 0x25471B14: 3F206FFF lis r25,28671
- 9: MOVL $0x6FFF0000, t6
- 10: PUTL t6, R25
- 11: INCEIPL $4
-
- 0x25471B18: 3FA06FFF lis r29,28671
- 12: MOVL $0x6FFF0000, t8
- 13: PUTL t8, R29
- 14: INCEIPL $4
-
- 0x25471B1C: 3F806FFF lis r28,28671
- 15: MOVL $0x6FFF0000, t10
- 16: PUTL t10, R28
- 17: INCEIPL $4
-
- 0x25471B20: 7C0B0378 or r11,r0,r0
- 18: GETL R0, t12
- 19: PUTL t12, R11
- 20: INCEIPL $4
-
- 0x25471B24: 63E6FFFF ori r6,r31,0xFFFF
- 21: MOVL $0x6FFFFFFF, t14
- 22: PUTL t14, R6
- 23: INCEIPL $4
-
- 0x25471B28: 63650021 ori r5,r27,0x21
- 24: MOVL $0x70000021, t16
- 25: PUTL t16, R5
- 26: INCEIPL $4
-
- 0x25471B2C: 6344FDFF ori r4,r26,0xFDFF
- 27: MOVL $0x6FFFFDFF, t18
- 28: PUTL t18, R4
- 29: INCEIPL $4
-
- 0x25471B30: 6323FE34 ori r3,r25,0xFE34
- 30: MOVL $0x6FFFFE34, t20
- 31: PUTL t20, R3
- 32: INCEIPL $4
-
- 0x25471B34: 63BDFEFF ori r29,r29,0xFEFF
- 33: MOVL $0x6FFFFEFF, t22
- 34: PUTL t22, R29
- 35: INCEIPL $4
-
- 0x25471B38: 639CFF40 ori r28,r28,0xFF40
- 36: MOVL $0x6FFFFF40, t24
- 37: PUTL t24, R28
- 38: INCEIPL $4
-
- 0x25471B3C: 2C0B0021 cmpi cr0,r11,33
- 39: GETL R11, t26
- 40: MOVL $0x21, t30
- 41: CMPL t26, t30, t28 (-rSo)
- 42: ICRFL t28, $0x0, CR
- 43: INCEIPL $4
-
- 0x25471B40: 5560103A rlwinm r0,r11,2,0,29
- 44: GETL R11, t32
- 45: SHLL $0x2, t32
- 46: PUTL t32, R0
- 47: INCEIPL $4
-
- 0x25471B44: 40810018 bc 4,1,0x25471B5C
- 48: Jc01o $0x25471B5C
-
-
-. 0 25471B08 64
-. 3F E0 6F FF 3F 60 70 00 3F 40 6F FF 3F 20 6F FF 3F A0 6F FF 3F 80 6F FF 7C 0B 03 78 63 E6 FF FF 63 65 00 21 63 44 FD FF 63 23 FE 34 63 BD FE FF 63 9C FF 40 2C 0B 00 21 55 60 10 3A 40 81 00 18
-
-==== BB 8 (0x25471B5C) approx BBs exec'd 0 ====
-
- 0x25471B5C: 7D48012E stwx r10,r8,r0
- 0: GETL R0, t0
- 1: GETL R8, t2
- 2: ADDL t2, t0
- 3: GETL R10, t4
- 4: STL t4, (t0)
- 5: INCEIPL $4
-
- 0x25471B60: 856A0008 lwzu r11,8(r10)
- 6: GETL R10, t6
- 7: ADDL $0x8, t6
- 8: PUTL t6, R10
- 9: LDL (t6), t8
- 10: PUTL t8, R11
- 11: INCEIPL $4
-
- 0x25471B64: 2C8B0000 cmpi cr1,r11,0
- 12: GETL R11, t10
- 13: CMP0L t10, t12 (-rSo)
- 14: ICRFL t12, $0x1, CR
- 15: INCEIPL $4
-
- 0x25471B68: 4086FFD4 bc 4,6,0x25471B3C
- 16: Jc06o $0x25471B3C
-
-
-. 0 25471B5C 16
-. 7D 48 01 2E 85 6A 00 08 2C 8B 00 00 40 86 FF D4
-
-==== BB 9 (0x25471B3C) approx BBs exec'd 0 ====
-
- 0x25471B3C: 2C0B0021 cmpi cr0,r11,33
- 0: GETL R11, t0
- 1: MOVL $0x21, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x25471B40: 5560103A rlwinm r0,r11,2,0,29
- 5: GETL R11, t6
- 6: SHLL $0x2, t6
- 7: PUTL t6, R0
- 8: INCEIPL $4
-
- 0x25471B44: 40810018 bc 4,1,0x25471B5C
- 9: Jc01o $0x25471B5C
-
-
-. 0 25471B3C 12
-. 2C 0B 00 21 55 60 10 3A 40 81 00 18
-
-==== BB 10 (0x25471B48) approx BBs exec'd 0 ====
-
- 0x25471B48: 7C0B3050 subf r0,r11,r6
- 0: GETL R11, t0
- 1: GETL R6, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25471B4C: 2880000F cmpli cr1,r0,15
- 5: GETL R0, t4
- 6: MOVL $0xF, t8
- 7: CMPUL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x1, CR
- 9: INCEIPL $4
-
- 0x25471B50: 418502D8 bc 12,5,0x25471E28
- 10: Js05o $0x25471E28
-
-
-. 0 25471B48 12
-. 7C 0B 30 50 28 80 00 0F 41 85 02 D8
-
-==== BB 11 (0x25471B54) approx BBs exec'd 0 ====
-
- 0x25471B54: 7C0B2850 subf r0,r11,r5
- 0: GETL R11, t0
- 1: GETL R5, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25471B58: 5400103A rlwinm r0,r0,2,0,29
- 5: GETL R0, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x25471B5C: 7D48012E stwx r10,r8,r0
- 9: GETL R0, t6
- 10: GETL R8, t8
- 11: ADDL t8, t6
- 12: GETL R10, t10
- 13: STL t10, (t6)
- 14: INCEIPL $4
-
- 0x25471B60: 856A0008 lwzu r11,8(r10)
- 15: GETL R10, t12
- 16: ADDL $0x8, t12
- 17: PUTL t12, R10
- 18: LDL (t12), t14
- 19: PUTL t14, R11
- 20: INCEIPL $4
-
- 0x25471B64: 2C8B0000 cmpi cr1,r11,0
- 21: GETL R11, t16
- 22: CMP0L t16, t18 (-rSo)
- 23: ICRFL t18, $0x1, CR
- 24: INCEIPL $4
-
- 0x25471B68: 4086FFD4 bc 4,6,0x25471B3C
- 25: Jc06o $0x25471B3C
-
-
-. 0 25471B54 24
-. 7C 0B 28 50 54 00 10 3A 7D 48 01 2E 85 6A 00 08 2C 8B 00 00 40 86 FF D4
-
-==== BB 12 (0x25471E28) approx BBs exec'd 0 ====
-
- 0x25471E28: 5579083C rlwinm r25,r11,1,0,30
- 0: GETL R11, t0
- 1: SHLL $0x1, t0
- 2: PUTL t0, R25
- 3: INCEIPL $4
-
- 0x25471E2C: 7F2C0E70 srawi r12,r25,1
- 4: GETL R25, t2
- 5: SARL $0x1, t2 (-wCa)
- 6: PUTL t2, R12
- 7: INCEIPL $4
-
- 0x25471E30: 7D8960F8 nor r9,r12,r12
- 8: GETL R12, t4
- 9: NOTL t4
- 10: PUTL t4, R9
- 11: INCEIPL $4
-
- 0x25471E34: 200C0031 subfic r0,r12,49
- 12: GETL R12, t6
- 13: MOVL $0x31, t8
- 14: SBBL t6, t8 (-wCa)
- 15: PUTL t8, R0
- 16: INCEIPL $4
-
- 0x25471E38: 2B090002 cmpli cr6,r9,2
- 17: GETL R9, t10
- 18: MOVL $0x2, t14
- 19: CMPUL t10, t14, t12 (-rSo)
- 20: ICRFL t12, $0x6, CR
- 21: INCEIPL $4
-
- 0x25471E3C: 40B9FD1C bc 5,25,0x25471B58
- 22: Jc25o $0x25471B58
-
-
-. 0 25471E28 24
-. 55 79 08 3C 7F 2C 0E 70 7D 89 60 F8 20 0C 00 31 2B 09 00 02 40 B9 FD 1C
-
-==== BB 13 (0x25471E40) approx BBs exec'd 0 ====
-
- 0x25471E40: 7F4B2050 subf r26,r11,r4
- 0: GETL R11, t0
- 1: GETL R4, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0x25471E44: 2B9A000B cmpli cr7,r26,11
- 5: GETL R26, t4
- 6: MOVL $0xB, t8
- 7: CMPUL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x7, CR
- 9: INCEIPL $4
-
- 0x25471E48: 419D0010 bc 12,29,0x25471E58
- 10: Js29o $0x25471E58
-
-
-. 0 25471E40 12
-. 7F 4B 20 50 2B 9A 00 0B 41 9D 00 10
-
-==== BB 14 (0x25471E4C) approx BBs exec'd 0 ====
-
- 0x25471E4C: 7C0B1850 subf r0,r11,r3
- 0: GETL R11, t0
- 1: GETL R3, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25471E50: 5400103A rlwinm r0,r0,2,0,29
- 5: GETL R0, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x25471E54: 4BFFFD08 b 0x25471B5C
- 9: JMPo $0x25471B5C ($4)
-
-
-. 0 25471E4C 12
-. 7C 0B 18 50 54 00 10 3A 4B FF FD 08
-
-==== BB 15 (0x25471B6C) approx BBs exec'd 0 ====
-
- 0x25471B6C: 81780000 lwz r11,0(r24)
- 0: GETL R24, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R11
- 3: INCEIPL $4
-
- 0x25471B70: 2F0B0000 cmpi cr6,r11,0
- 4: GETL R11, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x6, CR
- 7: INCEIPL $4
-
- 0x25471B74: 419A00B0 bc 12,26,0x25471C24
- 8: Js26o $0x25471C24
-
-
-. 0 25471B6C 12
-. 81 78 00 00 2F 0B 00 00 41 9A 00 B0
-
-==== BB 16 (0x25471B78) approx BBs exec'd 0 ====
-
- 0x25471B78: 81280010 lwz r9,16(r8)
- 0: GETL R8, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25471B7C: 2F890000 cmpi cr7,r9,0
- 5: GETL R9, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x25471B80: 419E0010 bc 12,30,0x25471B90
- 9: Js30o $0x25471B90
-
-
-. 0 25471B78 12
-. 81 28 00 10 2F 89 00 00 41 9E 00 10
-
-==== BB 17 (0x25471B84) approx BBs exec'd 0 ====
-
- 0x25471B84: 81490004 lwz r10,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x25471B88: 7C6A5A14 add r3,r10,r11
- 5: GETL R10, t4
- 6: GETL R11, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0x25471B8C: 90690004 stw r3,4(r9)
- 10: GETL R3, t8
- 11: GETL R9, t10
- 12: ADDL $0x4, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x25471B90: 8128000C lwz r9,12(r8)
- 15: GETL R8, t12
- 16: ADDL $0xC, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0x25471B94: 2C090000 cmpi cr0,r9,0
- 20: GETL R9, t16
- 21: CMP0L t16, t18 (-rSo)
- 22: ICRFL t18, $0x0, CR
- 23: INCEIPL $4
-
- 0x25471B98: 41820010 bc 12,2,0x25471BA8
- 24: Js02o $0x25471BA8
-
-
-. 0 25471B84 24
-. 81 49 00 04 7C 6A 5A 14 90 69 00 04 81 28 00 0C 2C 09 00 00 41 82 00 10
-
-==== BB 18 (0x25471B9C) approx BBs exec'd 0 ====
-
- 0x25471B9C: 80A90004 lwz r5,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x25471BA0: 7C855A14 add r4,r5,r11
- 5: GETL R5, t4
- 6: GETL R11, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R4
- 9: INCEIPL $4
-
- 0x25471BA4: 90890004 stw r4,4(r9)
- 10: GETL R4, t8
- 11: GETL R9, t10
- 12: ADDL $0x4, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x25471BA8: 81280014 lwz r9,20(r8)
- 15: GETL R8, t12
- 16: ADDL $0x14, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0x25471BAC: 2C890000 cmpi cr1,r9,0
- 20: GETL R9, t16
- 21: CMP0L t16, t18 (-rSo)
- 22: ICRFL t18, $0x1, CR
- 23: INCEIPL $4
-
- 0x25471BB0: 41860010 bc 12,6,0x25471BC0
- 24: Js06o $0x25471BC0
-
-
-. 0 25471B9C 24
-. 80 A9 00 04 7C 85 5A 14 90 89 00 04 81 28 00 14 2C 89 00 00 41 86 00 10
-
-==== BB 19 (0x25471BB4) approx BBs exec'd 0 ====
-
- 0x25471BB4: 80E90004 lwz r7,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x25471BB8: 7CC75A14 add r6,r7,r11
- 5: GETL R7, t4
- 6: GETL R11, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R6
- 9: INCEIPL $4
-
- 0x25471BBC: 90C90004 stw r6,4(r9)
- 10: GETL R6, t8
- 11: GETL R9, t10
- 12: ADDL $0x4, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x25471BC0: 81280018 lwz r9,24(r8)
- 15: GETL R8, t12
- 16: ADDL $0x18, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0x25471BC4: 2F090000 cmpi cr6,r9,0
- 20: GETL R9, t16
- 21: CMP0L t16, t18 (-rSo)
- 22: ICRFL t18, $0x6, CR
- 23: INCEIPL $4
-
- 0x25471BC8: 419A0010 bc 12,26,0x25471BD8
- 24: Js26o $0x25471BD8
-
-
-. 0 25471BB4 24
-. 80 E9 00 04 7C C7 5A 14 90 C9 00 04 81 28 00 18 2F 09 00 00 41 9A 00 10
-
-==== BB 20 (0x25471BCC) approx BBs exec'd 0 ====
-
- 0x25471BCC: 83A90004 lwz r29,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0x25471BD0: 7F9D5A14 add r28,r29,r11
- 5: GETL R29, t4
- 6: GETL R11, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R28
- 9: INCEIPL $4
-
- 0x25471BD4: 93890004 stw r28,4(r9)
- 10: GETL R28, t8
- 11: GETL R9, t10
- 12: ADDL $0x4, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x25471BD8: 8128001C lwz r9,28(r8)
- 15: GETL R8, t12
- 16: ADDL $0x1C, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0x25471BDC: 2F890000 cmpi cr7,r9,0
- 20: GETL R9, t16
- 21: CMP0L t16, t18 (-rSo)
- 22: ICRFL t18, $0x7, CR
- 23: INCEIPL $4
-
- 0x25471BE0: 419E0010 bc 12,30,0x25471BF0
- 24: Js30o $0x25471BF0
-
-
-. 0 25471BCC 24
-. 83 A9 00 04 7F 9D 5A 14 93 89 00 04 81 28 00 1C 2F 89 00 00 41 9E 00 10
-
-==== BB 21 (0x25471BE4) approx BBs exec'd 0 ====
-
- 0x25471BE4: 80090004 lwz r0,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25471BE8: 7FE05A14 add r31,r0,r11
- 5: GETL R0, t4
- 6: GETL R11, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R31
- 9: INCEIPL $4
-
- 0x25471BEC: 93E90004 stw r31,4(r9)
- 10: GETL R31, t8
- 11: GETL R9, t10
- 12: ADDL $0x4, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x25471BF0: 8128005C lwz r9,92(r8)
- 15: GETL R8, t12
- 16: ADDL $0x5C, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0x25471BF4: 2C090000 cmpi cr0,r9,0
- 20: GETL R9, t16
- 21: CMP0L t16, t18 (-rSo)
- 22: ICRFL t18, $0x0, CR
- 23: INCEIPL $4
-
- 0x25471BF8: 41820010 bc 12,2,0x25471C08
- 24: Js02o $0x25471C08
-
-
-. 0 25471BE4 24
-. 80 09 00 04 7F E0 5A 14 93 E9 00 04 81 28 00 5C 2C 09 00 00 41 82 00 10
-
-==== BB 22 (0x25471BFC) approx BBs exec'd 0 ====
-
- 0x25471BFC: 83290004 lwz r25,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R25
- 4: INCEIPL $4
-
- 0x25471C00: 7D995A14 add r12,r25,r11
- 5: GETL R25, t4
- 6: GETL R11, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R12
- 9: INCEIPL $4
-
- 0x25471C04: 91890004 stw r12,4(r9)
- 10: GETL R12, t8
- 11: GETL R9, t10
- 12: ADDL $0x4, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x25471C08: 812800C4 lwz r9,196(r8)
- 15: GETL R8, t12
- 16: ADDL $0xC4, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0x25471C0C: 2C890000 cmpi cr1,r9,0
- 20: GETL R9, t16
- 21: CMP0L t16, t18 (-rSo)
- 22: ICRFL t18, $0x1, CR
- 23: INCEIPL $4
-
- 0x25471C10: 41860010 bc 12,6,0x25471C20
- 24: Js06o $0x25471C20
-
-
-. 0 25471BFC 24
-. 83 29 00 04 7D 99 5A 14 91 89 00 04 81 28 00 C4 2C 89 00 00 41 86 00 10
-
-==== BB 23 (0x25471C14) approx BBs exec'd 0 ====
-
- 0x25471C14: 83490004 lwz r26,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0x25471C18: 7D1A5A14 add r8,r26,r11
- 5: GETL R26, t4
- 6: GETL R11, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R8
- 9: INCEIPL $4
-
- 0x25471C1C: 91090004 stw r8,4(r9)
- 10: GETL R8, t8
- 11: GETL R9, t10
- 12: ADDL $0x4, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x25471C20: 80E10010 lwz r7,16(r1)
- 15: GETL R1, t12
- 16: ADDL $0x10, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R7
- 19: INCEIPL $4
-
- 0x25471C24: 2F070000 cmpi cr6,r7,0
- 20: GETL R7, t16
- 21: CMP0L t16, t18 (-rSo)
- 22: ICRFL t18, $0x6, CR
- 23: INCEIPL $4
-
- 0x25471C28: 3960FFFF li r11,-1
- 24: MOVL $0xFFFFFFFF, t20
- 25: PUTL t20, R11
- 26: INCEIPL $4
-
- 0x25471C2C: 9161023C stw r11,572(r1)
- 27: GETL R11, t22
- 28: GETL R1, t24
- 29: ADDL $0x23C, t24
- 30: STL t22, (t24)
- 31: INCEIPL $4
-
- 0x25471C30: 409A0010 bc 4,26,0x25471C40
- 32: Jc26o $0x25471C40
-
-
-. 0 25471C14 32
-. 83 49 00 04 7D 1A 5A 14 91 09 00 04 80 E1 00 10 2F 07 00 00 39 60 FF FF 91 61 02 3C 40 9A 00 10
-
-==== BB 24 (0x25471C40) approx BBs exec'd 0 ====
-
- 0x25471C40: 7F03C378 or r3,r24,r24
- 0: GETL R24, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25471C44: 38800000 li r4,0
- 3: MOVL $0x0, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0x25471C48: 38A00000 li r5,0
- 6: MOVL $0x0, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x25471C4C: 3B600000 li r27,0
- 9: MOVL $0x0, t6
- 10: PUTL t6, R27
- 11: INCEIPL $4
-
- 0x25471C50: 4800EBE1 bl 0x25480830
- 12: MOVL $0x25471C54, t8
- 13: PUTL t8, LR
- 14: JMPo-c $0x25480830 ($4)
-
-
-. 0 25471C40 20
-. 7F 03 C3 78 38 80 00 00 38 A0 00 00 3B 60 00 00 48 00 EB E1
-
-==== BB 25 __elf_machine_runtime_setup(0x25480830) approx BBs exec'd 0 ====
-
- 0x25480830: 7CC802A6 mflr r6
- 0: GETL LR, t0
- 1: PUTL t0, R6
- 2: INCEIPL $4
-
- 0x25480834: 9421FFD0 stwu r1,-48(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFD0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0x25480838: 7D800026 mfcr r12
- 9: GETL CR, t6
- 10: PUTL t6, R12
- 11: INCEIPL $4
-
- 0x2548083C: 480167C5 bl 0x25497000
- 12: MOVL $0x25480840, t8
- 13: PUTL t8, LR
- 14: JMPo-c $0x25497000 ($4)
-
-
-. 0 25480830 16
-. 7C C8 02 A6 94 21 FF D0 7D 80 00 26 48 01 67 C5
-
-==== BB 26 (0x25480840) approx BBs exec'd 0 ====
-
- 0x25480840: 93210014 stw r25,20(r1)
- 0: GETL R25, t0
- 1: GETL R1, t2
- 2: ADDL $0x14, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25480844: 7C992378 or r25,r4,r4
- 5: GETL R4, t4
- 6: PUTL t4, R25
- 7: INCEIPL $4
-
- 0x25480848: 90C10034 stw r6,52(r1)
- 8: GETL R6, t6
- 9: GETL R1, t8
- 10: ADDL $0x34, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x2548084C: 8003007C lwz r0,124(r3)
- 13: GETL R3, t10
- 14: ADDL $0x7C, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R0
- 17: INCEIPL $4
-
- 0x25480850: 93A10024 stw r29,36(r1)
- 18: GETL R29, t14
- 19: GETL R1, t16
- 20: ADDL $0x24, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0x25480854: 7C7D1B78 or r29,r3,r3
- 23: GETL R3, t18
- 24: PUTL t18, R29
- 25: INCEIPL $4
-
- 0x25480858: 2F800000 cmpi cr7,r0,0
- 26: GETL R0, t20
- 27: CMP0L t20, t22 (-rSo)
- 28: ICRFL t22, $0x7, CR
- 29: INCEIPL $4
-
- 0x2548085C: 93C10028 stw r30,40(r1)
- 30: GETL R30, t24
- 31: GETL R1, t26
- 32: ADDL $0x28, t26
- 33: STL t24, (t26)
- 34: INCEIPL $4
-
- 0x25480860: 92E1000C stw r23,12(r1)
- 35: GETL R23, t28
- 36: GETL R1, t30
- 37: ADDL $0xC, t30
- 38: STL t28, (t30)
- 39: INCEIPL $4
-
- 0x25480864: 7FC802A6 mflr r30
- 40: GETL LR, t32
- 41: PUTL t32, R30
- 42: INCEIPL $4
-
- 0x25480868: 93010010 stw r24,16(r1)
- 43: GETL R24, t34
- 44: GETL R1, t36
- 45: ADDL $0x10, t36
- 46: STL t34, (t36)
- 47: INCEIPL $4
-
- 0x2548086C: 93410018 stw r26,24(r1)
- 48: GETL R26, t38
- 49: GETL R1, t40
- 50: ADDL $0x18, t40
- 51: STL t38, (t40)
- 52: INCEIPL $4
-
- 0x25480870: 9361001C stw r27,28(r1)
- 53: GETL R27, t42
- 54: GETL R1, t44
- 55: ADDL $0x1C, t44
- 56: STL t42, (t44)
- 57: INCEIPL $4
-
- 0x25480874: 93810020 stw r28,32(r1)
- 58: GETL R28, t46
- 59: GETL R1, t48
- 60: ADDL $0x20, t48
- 61: STL t46, (t48)
- 62: INCEIPL $4
-
- 0x25480878: 93E1002C stw r31,44(r1)
- 63: GETL R31, t50
- 64: GETL R1, t52
- 65: ADDL $0x2C, t52
- 66: STL t50, (t52)
- 67: INCEIPL $4
-
- 0x2548087C: 91810008 stw r12,8(r1)
- 68: GETL R12, t54
- 69: GETL R1, t56
- 70: ADDL $0x8, t56
- 71: STL t54, (t56)
- 72: INCEIPL $4
-
- 0x25480880: 419E0294 bc 12,30,0x25480B14
- 73: Js30o $0x25480B14
-
-
-. 0 25480840 68
-. 93 21 00 14 7C 99 23 78 90 C1 00 34 80 03 00 7C 93 A1 00 24 7C 7D 1B 78 2F 80 00 00 93 C1 00 28 92 E1 00 0C 7F C8 02 A6 93 01 00 10 93 41 00 18 93 61 00 1C 93 81 00 20 93 E1 00 2C 91 81 00 08 41 9E 02 94
-
-==== BB 27 (0x25480884) approx BBs exec'd 0 ====
-
- 0x25480884: 82E30028 lwz r23,40(r3)
- 0: GETL R3, t0
- 1: ADDL $0x28, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R23
- 4: INCEIPL $4
-
- 0x25480888: 3D40AAAA lis r10,-21846
- 5: MOVL $0xAAAA0000, t4
- 6: PUTL t4, R10
- 7: INCEIPL $4
-
- 0x2548088C: 6148AAAB ori r8,r10,0xAAAB
- 8: MOVL $0xAAAAAAAB, t6
- 9: PUTL t6, R8
- 10: INCEIPL $4
-
- 0x25480890: 8083002C lwz r4,44(r3)
- 11: GETL R3, t8
- 12: ADDL $0x2C, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R4
- 15: INCEIPL $4
-
- 0x25480894: 80F70004 lwz r7,4(r23)
- 16: GETL R23, t12
- 17: ADDL $0x4, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R7
- 20: INCEIPL $4
-
- 0x25480898: 83E40004 lwz r31,4(r4)
- 21: GETL R4, t16
- 22: ADDL $0x4, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R31
- 25: INCEIPL $4
-
- 0x2548089C: 7D674016 mulhwu r11,r7,r8
- 26: GETL R7, t20
- 27: GETL R8, t22
- 28: UMULHL t20, t22
- 29: PUTL t22, R11
- 30: INCEIPL $4
-
- 0x254808A0: 557BE8FE rlwinm r27,r11,29,3,31
- 31: GETL R11, t24
- 32: SHRL $0x3, t24
- 33: PUTL t24, R27
- 34: INCEIPL $4
-
- 0x254808A4: 281B2000 cmpli cr0,r27,8192
- 35: GETL R27, t26
- 36: MOVL $0x2000, t30
- 37: CMPUL t26, t30, t28 (-rSo)
- 38: ICRFL t28, $0x0, CR
- 39: INCEIPL $4
-
- 0x254808A8: 5763083C rlwinm r3,r27,1,0,30
- 40: GETL R27, t32
- 41: SHLL $0x1, t32
- 42: PUTL t32, R3
- 43: INCEIPL $4
-
- 0x254808AC: 38030012 addi r0,r3,18
- 44: GETL R3, t34
- 45: ADDL $0x12, t34
- 46: PUTL t34, R0
- 47: INCEIPL $4
-
- 0x254808B0: 7D201A14 add r9,r0,r3
- 48: GETL R0, t36
- 49: GETL R3, t38
- 50: ADDL t36, t38
- 51: PUTL t38, R9
- 52: INCEIPL $4
-
- 0x254808B4: 3AE9C000 addi r23,r9,-16384
- 53: GETL R9, t40
- 54: ADDL $0xFFFFC000, t40
- 55: PUTL t40, R23
- 56: INCEIPL $4
-
- 0x254808B8: 4081029C bc 4,1,0x25480B54
- 57: Jc01o $0x25480B54
-
-
-. 0 25480884 56
-. 82 E3 00 28 3D 40 AA AA 61 48 AA AB 80 83 00 2C 80 F7 00 04 83 E4 00 04 7D 67 40 16 55 7B E8 FE 28 1B 20 00 57 63 08 3C 38 03 00 12 7D 20 1A 14 3A E9 C0 00 40 81 02 9C
-
-==== BB 28 (0x25480B54) approx BBs exec'd 0 ====
-
- 0x25480B54: 7C170378 or r23,r0,r0
- 0: GETL R0, t0
- 1: PUTL t0, R23
- 2: INCEIPL $4
-
- 0x25480B58: 4BFFFD64 b 0x254808BC
- 3: JMPo $0x254808BC ($4)
-
-
-. 0 25480B54 8
-. 7C 17 03 78 4B FF FD 64
-
-==== BB 29 (0x254808BC) approx BBs exec'd 0 ====
-
- 0x254808BC: 56E8103A rlwinm r8,r23,2,0,29
- 0: GETL R23, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R8
- 3: INCEIPL $4
-
- 0x254808C0: 2E190000 cmpi cr4,r25,0
- 4: GETL R25, t2
- 5: CMP0L t2, t4 (-rSo)
- 6: ICRFL t4, $0x4, CR
- 7: INCEIPL $4
-
- 0x254808C4: 7F48FA14 add r26,r8,r31
- 8: GETL R8, t6
- 9: GETL R31, t8
- 10: ADDL t6, t8
- 11: PUTL t8, R26
- 12: INCEIPL $4
-
- 0x254808C8: 3C607D69 lis r3,32105
- 13: MOVL $0x7D690000, t10
- 14: PUTL t10, R3
- 15: INCEIPL $4
-
- 0x254808CC: 3CFA0001 addis r7,r26,1
- 16: GETL R26, t12
- 17: ADDL $0x10000, t12
- 18: PUTL t12, R7
- 19: INCEIPL $4
-
- 0x254808D0: 574B043E rlwinm r11,r26,0,16,31
- 20: GETL R26, t14
- 21: ANDL $0xFFFF, t14
- 22: PUTL t14, R11
- 23: INCEIPL $4
-
- 0x254808D4: 38878000 addi r4,r7,-32768
- 24: GETL R7, t16
- 25: ADDL $0xFFFF8000, t16
- 26: PUTL t16, R4
- 27: INCEIPL $4
-
- 0x254808D8: 3CC04E80 lis r6,20096
- 28: MOVL $0x4E800000, t18
- 29: PUTL t18, R6
- 30: INCEIPL $4
-
- 0x254808DC: 5489843E rlwinm r9,r4,16,16,31
- 31: GETL R4, t20
- 32: SHRL $0x10, t20
- 33: PUTL t20, R9
- 34: INCEIPL $4
-
- 0x254808E0: 6560816B oris r0,r11,0x816B
- 35: GETL R11, t22
- 36: ORL $0x816B0000, t22
- 37: PUTL t22, R0
- 38: INCEIPL $4
-
- 0x254808E4: 652C3D6B oris r12,r9,0x3D6B
- 39: GETL R9, t24
- 40: ORL $0x3D6B0000, t24
- 41: PUTL t24, R12
- 42: INCEIPL $4
-
- 0x254808E8: 607C03A6 ori r28,r3,0x3A6
- 43: MOVL $0x7D6903A6, t26
- 44: PUTL t26, R28
- 45: INCEIPL $4
-
- 0x254808EC: 60D80420 ori r24,r6,0x420
- 46: MOVL $0x4E800420, t28
- 47: PUTL t28, R24
- 48: INCEIPL $4
-
- 0x254808F0: 919F0000 stw r12,0(r31)
- 49: GETL R12, t30
- 50: GETL R31, t32
- 51: STL t30, (t32)
- 52: INCEIPL $4
-
- 0x254808F4: 901F0004 stw r0,4(r31)
- 53: GETL R0, t34
- 54: GETL R31, t36
- 55: ADDL $0x4, t36
- 56: STL t34, (t36)
- 57: INCEIPL $4
-
- 0x254808F8: 939F0008 stw r28,8(r31)
- 58: GETL R28, t38
- 59: GETL R31, t40
- 60: ADDL $0x8, t40
- 61: STL t38, (t40)
- 62: INCEIPL $4
-
- 0x254808FC: 931F000C stw r24,12(r31)
- 63: GETL R24, t42
- 64: GETL R31, t44
- 65: ADDL $0xC, t44
- 66: STL t42, (t44)
- 67: INCEIPL $4
-
- 0x25480900: 41920178 bc 12,18,0x25480A78
- 68: Js18o $0x25480A78
-
-
-. 0 254808BC 72
-. 56 E8 10 3A 2E 19 00 00 7F 48 FA 14 3C 60 7D 69 3C FA 00 01 57 4B 04 3E 38 87 80 00 3C C0 4E 80 54 89 84 3E 65 60 81 6B 65 2C 3D 6B 60 7C 03 A6 60 D8 04 20 91 9F 00 00 90 1F 00 04 93 9F 00 08 93 1F 00 0C 41 92 01 78
-
-==== BB 30 (0x25480A78) approx BBs exec'd 0 ====
-
- 0x25480A78: 817E04F0 lwz r11,1264(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4F0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x25480A7C: 3159FFFF addic r10,r25,-1
- 5: GETL R25, t4
- 6: ADCL $0xFFFFFFFF, t4 (-wCa)
- 7: PUTL t4, R10
- 8: INCEIPL $4
-
- 0x25480A80: 7CAAC910 subfe r5,r10,r25
- 9: GETL R10, t6
- 10: GETL R25, t8
- 11: SBBL t6, t8 (-rCa-wCa)
- 12: PUTL t8, R5
- 13: INCEIPL $4
-
- 0x25480A84: 314BFFFF addic r10,r11,-1
- 14: GETL R11, t10
- 15: ADCL $0xFFFFFFFF, t10 (-wCa)
- 16: PUTL t10, R10
- 17: INCEIPL $4
-
- 0x25480A88: 7C8A5910 subfe r4,r10,r11
- 18: GETL R10, t12
- 19: GETL R11, t14
- 20: SBBL t12, t14 (-rCa-wCa)
- 21: PUTL t14, R4
- 22: INCEIPL $4
-
- 0x25480A8C: 7CAA2039 and. r10,r5,r4
- 23: GETL R5, t16
- 24: GETL R4, t18
- 25: ANDL t16, t18
- 26: PUTL t18, R10
- 27: CMP0L t18, t20 (-rSo)
- 28: ICRFL t20, $0x0, CR
- 29: INCEIPL $4
-
- 0x25480A90: 39400004 li r10,4
- 30: MOVL $0x4, t22
- 31: PUTL t22, R10
- 32: INCEIPL $4
-
- 0x25480A94: 41820010 bc 12,2,0x25480AA4
- 33: Js02o $0x25480AA4
-
-
-. 0 25480A78 32
-. 81 7E 04 F0 31 59 FF FF 7C AA C9 10 31 4B FF FF 7C 8A 59 10 7C AA 20 39 39 40 00 04 41 82 00 10
-
-==== BB 31 (0x25480AA4) approx BBs exec'd 0 ====
-
- 0x25480AA4: 419200B8 bc 12,18,0x25480B5C
- 0: Js18o $0x25480B5C
-
-
-. 0 25480AA4 4
-. 41 92 00 B8
-
-==== BB 32 (0x25480B5C) approx BBs exec'd 0 ====
-
- 0x25480B5C: 39600006 li r11,6
- 0: MOVL $0x6, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0x25480B60: 4BFFFF4C b 0x25480AAC
- 3: JMPo $0x25480AAC ($4)
-
-
-. 0 25480B5C 8
-. 39 60 00 06 4B FF FF 4C
-
-==== BB 33 (0x25480AAC) approx BBs exec'd 0 ====
-
- 0x25480AAC: 39200000 li r9,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R9
- 2: INCEIPL $4
-
- 0x25480AB0: 48000014 b 0x25480AC4
- 3: JMPo $0x25480AC4 ($4)
-
-
-. 0 25480AAC 8
-. 39 20 00 00 48 00 00 14
-
-==== BB 34 (0x25480AC4) approx BBs exec'd 0 ====
-
- 0x25480AC4: 7E095840 cmpl cr4,r9,r11
- 0: GETL R9, t0
- 1: GETL R11, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x4, CR
- 4: INCEIPL $4
-
- 0x25480AC8: 4190FFEC bc 12,16,0x25480AB4
- 5: Js16o $0x25480AB4
-
-
-. 0 25480AC4 8
-. 7E 09 58 40 41 90 FF EC
-
-==== BB 35 (0x25480AB4) approx BBs exec'd 0 ====
-
- 0x25480AB4: 553A103A rlwinm r26,r9,2,0,29
- 0: GETL R9, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R26
- 3: INCEIPL $4
-
- 0x25480AB8: 7EFAFA14 add r23,r26,r31
- 4: GETL R26, t2
- 5: GETL R31, t4
- 6: ADDL t2, t4
- 7: PUTL t4, R23
- 8: INCEIPL $4
-
- 0x25480ABC: 7C00B86C dcbst r0,r23
- 9: INCEIPL $4
-
- 0x25480AC0: 7D295214 add r9,r9,r10
- 10: GETL R9, t6
- 11: GETL R10, t8
- 12: ADDL t6, t8
- 13: PUTL t8, R9
- 14: INCEIPL $4
-
- 0x25480AC4: 7E095840 cmpl cr4,r9,r11
- 15: GETL R9, t10
- 16: GETL R11, t12
- 17: CMPUL t10, t12, t14 (-rSo)
- 18: ICRFL t14, $0x4, CR
- 19: INCEIPL $4
-
- 0x25480AC8: 4190FFEC bc 12,16,0x25480AB4
- 20: Js16o $0x25480AB4
-
-
-. 0 25480AB4 24
-. 55 3A 10 3A 7E FA FA 14 7C 00 B8 6C 7D 29 52 14 7E 09 58 40 41 90 FF EC
-
-==== BB 36 (0x25480ACC) approx BBs exec'd 0 ====
-
- 0x25480ACC: 5568103A rlwinm r8,r11,2,0,29
- 0: GETL R11, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R8
- 3: INCEIPL $4
-
- 0x25480AD0: 7CE8FA14 add r7,r8,r31
- 4: GETL R8, t2
- 5: GETL R31, t4
- 6: ADDL t2, t4
- 7: PUTL t4, R7
- 8: INCEIPL $4
-
- 0x25480AD4: 3927FFFC addi r9,r7,-4
- 9: GETL R7, t6
- 10: ADDL $0xFFFFFFFC, t6
- 11: PUTL t6, R9
- 12: INCEIPL $4
-
- 0x25480AD8: 7C00486C dcbst r0,r9
- 13: INCEIPL $4
-
- 0x25480ADC: 7C0004AC sync
- 14: INCEIPL $4
-
- 0x25480AE0: 39200000 li r9,0
- 15: MOVL $0x0, t8
- 16: PUTL t8, R9
- 17: INCEIPL $4
-
- 0x25480AE4: 48000014 b 0x25480AF8
- 18: JMPo $0x25480AF8 ($4)
-
-
-. 0 25480ACC 28
-. 55 68 10 3A 7C E8 FA 14 39 27 FF FC 7C 00 48 6C 7C 00 04 AC 39 20 00 00 48 00 00 14
-
-==== BB 37 (0x25480AF8) approx BBs exec'd 0 ====
-
- 0x25480AF8: 7F895840 cmpl cr7,r9,r11
- 0: GETL R9, t0
- 1: GETL R11, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x7, CR
- 4: INCEIPL $4
-
- 0x25480AFC: 419CFFEC bc 12,28,0x25480AE8
- 5: Js28o $0x25480AE8
-
-
-. 0 25480AF8 8
-. 7F 89 58 40 41 9C FF EC
-
-==== BB 38 (0x25480AE8) approx BBs exec'd 0 ====
-
- 0x25480AE8: 553B103A rlwinm r27,r9,2,0,29
- 0: GETL R9, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R27
- 3: INCEIPL $4
-
- 0x25480AEC: 7CDBFA14 add r6,r27,r31
- 4: GETL R27, t2
- 5: GETL R31, t4
- 6: ADDL t2, t4
- 7: PUTL t4, R6
- 8: INCEIPL $4
-
- 0x25480AF0: 7C0037AC icbi r0,r6
- 9: GETL R6, t6
- 10: CALLM_So
- 11: PUSHL t6
- 12: CALLMo $0x68
- 13: CALLM_Eo
- 14: INCEIPL $4
-
- 0x25480AF4: 7D295214 add r9,r9,r10
- 15: GETL R9, t8
- 16: GETL R10, t10
- 17: ADDL t8, t10
- 18: PUTL t10, R9
- 19: INCEIPL $4
-
- 0x25480AF8: 7F895840 cmpl cr7,r9,r11
- 20: GETL R9, t12
- 21: GETL R11, t14
- 22: CMPUL t12, t14, t16 (-rSo)
- 23: ICRFL t16, $0x7, CR
- 24: INCEIPL $4
-
- 0x25480AFC: 419CFFEC bc 12,28,0x25480AE8
- 25: Js28o $0x25480AE8
-
-
-. 0 25480AE8 24
-. 55 3B 10 3A 7C DB FA 14 7C 00 37 AC 7D 29 52 14 7F 89 58 40 41 9C FF EC
-
-==== BB 39 (0x25480B00) approx BBs exec'd 0 ====
-
- 0x25480B00: 7C68FA14 add r3,r8,r31
- 0: GETL R8, t0
- 1: GETL R31, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x25480B04: 3BE3FFFC addi r31,r3,-4
- 5: GETL R3, t4
- 6: ADDL $0xFFFFFFFC, t4
- 7: PUTL t4, R31
- 8: INCEIPL $4
-
- 0x25480B08: 7C00FFAC icbi r0,r31
- 9: GETL R31, t6
- 10: CALLM_So
- 11: PUSHL t6
- 12: CALLMo $0x68
- 13: CALLM_Eo
- 14: INCEIPL $4
-
- 0x25480B0C: 7C0004AC sync
- 15: INCEIPL $4
-
- 0x25480B10: 4C00012C 16: INCEIPL $4
-
- 0x25480B14: 7F23CB78 or r3,r25,r25
- 17: GETL R25, t8
- 18: PUTL t8, R3
- 19: INCEIPL $4
-
- 0x25480B18: 81010008 lwz r8,8(r1)
- 20: GETL R1, t10
- 21: ADDL $0x8, t10
- 22: LDL (t10), t12
- 23: PUTL t12, R8
- 24: INCEIPL $4
-
- 0x25480B1C: 83210034 lwz r25,52(r1)
- 25: GETL R1, t14
- 26: ADDL $0x34, t14
- 27: LDL (t14), t16
- 28: PUTL t16, R25
- 29: INCEIPL $4
-
- 0x25480B20: 82E1000C lwz r23,12(r1)
- 30: GETL R1, t18
- 31: ADDL $0xC, t18
- 32: LDL (t18), t20
- 33: PUTL t20, R23
- 34: INCEIPL $4
-
- 0x25480B24: 7D008120 mtcrf 0x8,r8
- 35: GETL R8, t22
- 36: ICRFL t22, $0x4, CR
- 37: INCEIPL $4
-
- 0x25480B28: 7F2803A6 mtlr r25
- 38: GETL R25, t24
- 39: PUTL t24, LR
- 40: INCEIPL $4
-
- 0x25480B2C: 83010010 lwz r24,16(r1)
- 41: GETL R1, t26
- 42: ADDL $0x10, t26
- 43: LDL (t26), t28
- 44: PUTL t28, R24
- 45: INCEIPL $4
-
- 0x25480B30: 83210014 lwz r25,20(r1)
- 46: GETL R1, t30
- 47: ADDL $0x14, t30
- 48: LDL (t30), t32
- 49: PUTL t32, R25
- 50: INCEIPL $4
-
- 0x25480B34: 83410018 lwz r26,24(r1)
- 51: GETL R1, t34
- 52: ADDL $0x18, t34
- 53: LDL (t34), t36
- 54: PUTL t36, R26
- 55: INCEIPL $4
-
- 0x25480B38: 8361001C lwz r27,28(r1)
- 56: GETL R1, t38
- 57: ADDL $0x1C, t38
- 58: LDL (t38), t40
- 59: PUTL t40, R27
- 60: INCEIPL $4
-
- 0x25480B3C: 83810020 lwz r28,32(r1)
- 61: GETL R1, t42
- 62: ADDL $0x20, t42
- 63: LDL (t42), t44
- 64: PUTL t44, R28
- 65: INCEIPL $4
-
- 0x25480B40: 83A10024 lwz r29,36(r1)
- 66: GETL R1, t46
- 67: ADDL $0x24, t46
- 68: LDL (t46), t48
- 69: PUTL t48, R29
- 70: INCEIPL $4
-
- 0x25480B44: 83C10028 lwz r30,40(r1)
- 71: GETL R1, t50
- 72: ADDL $0x28, t50
- 73: LDL (t50), t52
- 74: PUTL t52, R30
- 75: INCEIPL $4
-
- 0x25480B48: 83E1002C lwz r31,44(r1)
- 76: GETL R1, t54
- 77: ADDL $0x2C, t54
- 78: LDL (t54), t56
- 79: PUTL t56, R31
- 80: INCEIPL $4
-
- 0x25480B4C: 38210030 addi r1,r1,48
- 81: GETL R1, t58
- 82: ADDL $0x30, t58
- 83: PUTL t58, R1
- 84: INCEIPL $4
-
- 0x25480B50: 4E800020 blr
- 85: GETL LR, t60
- 86: JMPo-r t60 ($4)
-
-
-. 0 25480B00 84
-. 7C 68 FA 14 3B E3 FF FC 7C 00 FF AC 7C 00 04 AC 4C 00 01 2C 7F 23 CB 78 81 01 00 08 83 21 00 34 82 E1 00 0C 7D 00 81 20 7F 28 03 A6 83 01 00 10 83 21 00 14 83 41 00 18 83 61 00 1C 83 81 00 20 83 A1 00 24 83 C1 00 28 83 E1 00 2C 38 21 00 30 4E 80 00 20
-
-==== BB 40 (0x25471C54) approx BBs exec'd 0 ====
-
- 0x25471C54: 38E00000 li r7,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R7
- 2: INCEIPL $4
-
- 0x25471C58: 8161004C lwz r11,76(r1)
- 3: GETL R1, t2
- 4: ADDL $0x4C, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R11
- 7: INCEIPL $4
-
- 0x25471C5C: 39400001 li r10,1
- 8: MOVL $0x1, t6
- 9: PUTL t6, R10
- 10: INCEIPL $4
-
- 0x25471C60: 91410264 stw r10,612(r1)
- 11: GETL R10, t8
- 12: GETL R1, t10
- 13: ADDL $0x264, t10
- 14: STL t8, (t10)
- 15: INCEIPL $4
-
- 0x25471C64: 2C0B0000 cmpi cr0,r11,0
- 16: GETL R11, t12
- 17: CMP0L t12, t14 (-rSo)
- 18: ICRFL t14, $0x0, CR
- 19: INCEIPL $4
-
- 0x25471C68: 93610260 stw r27,608(r1)
- 20: GETL R27, t16
- 21: GETL R1, t18
- 22: ADDL $0x260, t18
- 23: STL t16, (t18)
- 24: INCEIPL $4
-
- 0x25471C6C: 93610270 stw r27,624(r1)
- 25: GETL R27, t20
- 26: GETL R1, t22
- 27: ADDL $0x270, t22
- 28: STL t20, (t22)
- 29: INCEIPL $4
-
- 0x25471C70: 93610258 stw r27,600(r1)
- 30: GETL R27, t24
- 31: GETL R1, t26
- 32: ADDL $0x258, t26
- 33: STL t24, (t26)
- 34: INCEIPL $4
-
- 0x25471C74: 9361026C stw r27,620(r1)
- 35: GETL R27, t28
- 36: GETL R1, t30
- 37: ADDL $0x26C, t30
- 38: STL t28, (t30)
- 39: INCEIPL $4
-
- 0x25471C78: 90E10254 stw r7,596(r1)
- 40: GETL R7, t32
- 41: GETL R1, t34
- 42: ADDL $0x254, t34
- 43: STL t32, (t34)
- 44: INCEIPL $4
-
- 0x25471C7C: 41820018 bc 12,2,0x25471C94
- 45: Js02o $0x25471C94
-
-
-. 0 25471C54 44
-. 38 E0 00 00 81 61 00 4C 39 40 00 01 91 41 02 64 2C 0B 00 00 93 61 02 60 93 61 02 70 93 61 02 58 93 61 02 6C 90 E1 02 54 41 82 00 18
-
-==== BB 41 (0x25471C80) approx BBs exec'd 0 ====
-
- 0x25471C80: 80AB0004 lwz r5,4(r11)
- 0: GETL R11, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x25471C84: 80810050 lwz r4,80(r1)
- 5: GETL R1, t4
- 6: ADDL $0x50, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R4
- 9: INCEIPL $4
-
- 0x25471C88: 90A10250 stw r5,592(r1)
- 10: GETL R5, t8
- 11: GETL R1, t10
- 12: ADDL $0x250, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x25471C8C: 80E40004 lwz r7,4(r4)
- 15: GETL R4, t12
- 16: ADDL $0x4, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R7
- 19: INCEIPL $4
-
- 0x25471C90: 90E10254 stw r7,596(r1)
- 20: GETL R7, t16
- 21: GETL R1, t18
- 22: ADDL $0x254, t18
- 23: STL t16, (t18)
- 24: INCEIPL $4
-
- 0x25471C94: 2C830000 cmpi cr1,r3,0
- 25: GETL R3, t20
- 26: CMP0L t20, t22 (-rSo)
- 27: ICRFL t22, $0x1, CR
- 28: INCEIPL $4
-
- 0x25471C98: 41860010 bc 12,6,0x25471CA8
- 29: Js06o $0x25471CA8
-
-
-. 0 25471C80 28
-. 80 AB 00 04 80 81 00 50 90 A1 02 50 80 E4 00 04 90 E1 02 54 2C 83 00 00 41 86 00 10
-
-==== BB 42 (0x25471CA8) approx BBs exec'd 0 ====
-
- 0x25471CA8: 3B610008 addi r27,r1,8
- 0: GETL R1, t0
- 1: ADDL $0x8, t0
- 2: PUTL t0, R27
- 3: INCEIPL $4
-
- 0x25471CAC: 3B200002 li r25,2
- 4: MOVL $0x2, t2
- 5: PUTL t2, R25
- 6: INCEIPL $4
-
- 0x25471CB0: 814100D0 lwz r10,208(r1)
- 7: GETL R1, t4
- 8: ADDL $0xD0, t4
- 9: LDL (t4), t6
- 10: PUTL t6, R10
- 11: INCEIPL $4
-
- 0x25471CB4: 81210048 lwz r9,72(r1)
- 12: GETL R1, t8
- 13: ADDL $0x48, t8
- 14: LDL (t8), t10
- 15: PUTL t10, R9
- 16: INCEIPL $4
-
- 0x25471CB8: 2F8A0000 cmpi cr7,r10,0
- 17: GETL R10, t12
- 18: CMP0L t12, t14 (-rSo)
- 19: ICRFL t14, $0x7, CR
- 20: INCEIPL $4
-
- 0x25471CBC: 811B0248 lwz r8,584(r27)
- 21: GETL R27, t16
- 22: ADDL $0x248, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R8
- 25: INCEIPL $4
-
- 0x25471CC0: 817B024C lwz r11,588(r27)
- 26: GETL R27, t20
- 27: ADDL $0x24C, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R11
- 30: INCEIPL $4
-
- 0x25471CC4: 83490004 lwz r26,4(r9)
- 31: GETL R9, t24
- 32: ADDL $0x4, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R26
- 35: INCEIPL $4
-
- 0x25471CC8: 39200000 li r9,0
- 36: MOVL $0x0, t28
- 37: PUTL t28, R9
- 38: INCEIPL $4
-
- 0x25471CCC: 7F885A14 add r28,r8,r11
- 39: GETL R8, t30
- 40: GETL R11, t32
- 41: ADDL t30, t32
- 42: PUTL t32, R28
- 43: INCEIPL $4
-
- 0x25471CD0: 83A10010 lwz r29,16(r1)
- 44: GETL R1, t34
- 45: ADDL $0x10, t34
- 46: LDL (t34), t36
- 47: PUTL t36, R29
- 48: INCEIPL $4
-
- 0x25471CD4: 419E0008 bc 12,30,0x25471CDC
- 49: Js30o $0x25471CDC
-
-
-. 0 25471CA8 48
-. 3B 61 00 08 3B 20 00 02 81 41 00 D0 81 21 00 48 2F 8A 00 00 81 1B 02 48 81 7B 02 4C 83 49 00 04 39 20 00 00 7F 88 5A 14 83 A1 00 10 41 9E 00 08
-
-==== BB 43 (0x25471CD8) approx BBs exec'd 0 ====
-
- 0x25471CD8: 812A0004 lwz r9,4(r10)
- 0: GETL R10, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25471CDC: 3CA0AAAA lis r5,-21846
- 5: MOVL $0xAAAA0000, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x25471CE0: 60A4AAAB ori r4,r5,0xAAAB
- 8: MOVL $0xAAAAAAAB, t6
- 9: PUTL t6, R4
- 10: INCEIPL $4
-
- 0x25471CE4: 7D4B2016 mulhwu r10,r11,r4
- 11: GETL R11, t8
- 12: GETL R4, t10
- 13: UMULHL t8, t10
- 14: PUTL t10, R10
- 15: INCEIPL $4
-
- 0x25471CE8: 7D0B4378 or r11,r8,r8
- 16: GETL R8, t12
- 17: PUTL t12, R11
- 18: INCEIPL $4
-
- 0x25471CEC: 5540E8FE rlwinm r0,r10,29,3,31
- 19: GETL R10, t14
- 20: SHRL $0x3, t14
- 21: PUTL t14, R0
- 22: INCEIPL $4
-
- 0x25471CF0: 7C004840 cmpl cr0,r0,r9
- 23: GETL R0, t16
- 24: GETL R9, t18
- 25: CMPUL t16, t18, t20 (-rSo)
- 26: ICRFL t20, $0x0, CR
- 27: INCEIPL $4
-
- 0x25471CF4: 40810008 bc 4,1,0x25471CFC
- 28: Jc01o $0x25471CFC
-
-
-. 0 25471CD8 32
-. 81 2A 00 04 3C A0 AA AA 60 A4 AA AB 7D 4B 20 16 7D 0B 43 78 55 40 E8 FE 7C 00 48 40 40 81 00 08
-
-==== BB 44 (0x25471CF8) approx BBs exec'd 0 ====
-
- 0x25471CF8: 7D204B78 or r0,r9,r9
- 0: GETL R9, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x25471CFC: 1C60000C mulli r3,r0,12
- 3: GETL R0, t2
- 4: MULL $0xC, t2
- 5: PUTL t2, R3
- 6: INCEIPL $4
-
- 0x25471D00: 7FEB1A14 add r31,r11,r3
- 7: GETL R11, t4
- 8: GETL R3, t6
- 9: ADDL t4, t6
- 10: PUTL t6, R31
- 11: INCEIPL $4
-
- 0x25471D04: 7F8BF840 cmpl cr7,r11,r31
- 12: GETL R11, t8
- 13: GETL R31, t10
- 14: CMPUL t8, t10, t12 (-rSo)
- 15: ICRFL t12, $0x7, CR
- 16: INCEIPL $4
-
- 0x25471D08: 409C0020 bc 4,28,0x25471D28
- 17: Jc28o $0x25471D28
-
-
-. 0 25471CF8 20
-. 7D 20 4B 78 1C 60 00 0C 7F EB 1A 14 7F 8B F8 40 40 9C 00 20
-
-==== BB 45 (0x25471D0C) approx BBs exec'd 0 ====
-
- 0x25471D0C: 818B0008 lwz r12,8(r11)
- 0: GETL R11, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R12
- 4: INCEIPL $4
-
- 0x25471D10: 80CB0000 lwz r6,0(r11)
- 5: GETL R11, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R6
- 8: INCEIPL $4
-
- 0x25471D14: 396B000C addi r11,r11,12
- 9: GETL R11, t8
- 10: ADDL $0xC, t8
- 11: PUTL t8, R11
- 12: INCEIPL $4
-
- 0x25471D18: 7CECEA14 add r7,r12,r29
- 13: GETL R12, t10
- 14: GETL R29, t12
- 15: ADDL t10, t12
- 16: PUTL t12, R7
- 17: INCEIPL $4
-
- 0x25471D1C: 7F8BF840 cmpl cr7,r11,r31
- 18: GETL R11, t14
- 19: GETL R31, t16
- 20: CMPUL t14, t16, t18 (-rSo)
- 21: ICRFL t18, $0x7, CR
- 22: INCEIPL $4
-
- 0x25471D20: 7CE6E92E stwx r7,r6,r29
- 23: GETL R29, t20
- 24: GETL R6, t22
- 25: ADDL t22, t20
- 26: GETL R7, t24
- 27: STL t24, (t20)
- 28: INCEIPL $4
-
- 0x25471D24: 419CFFE8 bc 12,28,0x25471D0C
- 29: Js28o $0x25471D0C
-
-
-. 0 25471D0C 28
-. 81 8B 00 08 80 CB 00 00 39 6B 00 0C 7C EC EA 14 7F 8B F8 40 7C E6 E9 2E 41 9C FF E8
-
-==== BB 46 (0x25471D28) approx BBs exec'd 0 ====
-
- 0x25471D28: 7C9FE040 cmpl cr1,r31,r28
- 0: GETL R31, t0
- 1: GETL R28, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x1, CR
- 4: INCEIPL $4
-
- 0x25471D2C: 4084008C bc 4,4,0x25471DB8
- 5: Jc04o $0x25471DB8
-
-
-. 0 25471D28 8
-. 7C 9F E0 40 40 84 00 8C
-
-==== BB 47 (0x25471D30) approx BBs exec'd 0 ====
-
- 0x25471D30: 811F0004 lwz r8,4(r31)
- 0: GETL R31, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x25471D34: 817F0000 lwz r11,0(r31)
- 5: GETL R31, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R11
- 8: INCEIPL $4
-
- 0x25471D38: 550A063E rlwinm r10,r8,0,24,31
- 9: GETL R8, t8
- 10: ANDL $0xFF, t8
- 11: PUTL t8, R10
- 12: INCEIPL $4
-
- 0x25471D3C: 5500E136 rlwinm r0,r8,28,4,27
- 13: GETL R8, t10
- 14: ROLL $0x1C, t10
- 15: ANDL $0xFFFFFF0, t10
- 16: PUTL t10, R0
- 17: INCEIPL $4
-
- 0x25471D40: 2F0A0016 cmpi cr6,r10,22
- 18: GETL R10, t12
- 19: MOVL $0x16, t16
- 20: CMPL t12, t16, t14 (-rSo)
- 21: ICRFL t14, $0x6, CR
- 22: INCEIPL $4
-
- 0x25471D44: 7CC0D214 add r6,r0,r26
- 23: GETL R0, t18
- 24: GETL R26, t20
- 25: ADDL t18, t20
- 26: PUTL t20, R6
- 27: INCEIPL $4
-
- 0x25471D48: 7D0BEA14 add r8,r11,r29
- 28: GETL R11, t22
- 29: GETL R29, t24
- 30: ADDL t22, t24
- 31: PUTL t24, R8
- 32: INCEIPL $4
-
- 0x25471D4C: 419A00C4 bc 12,26,0x25471E10
- 33: Js26o $0x25471E10
-
-
-. 0 25471D30 32
-. 81 1F 00 04 81 7F 00 00 55 0A 06 3E 55 00 E1 36 2F 0A 00 16 7C C0 D2 14 7D 0B EA 14 41 9A 00 C4
-
-==== BB 48 (0x25471D50) approx BBs exec'd 0 ====
-
- 0x25471D50: 2F8A0000 cmpi cr7,r10,0
- 0: GETL R10, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x25471D54: 419E0058 bc 12,30,0x25471DAC
- 4: Js30o $0x25471DAC
-
-
-. 0 25471D50 8
-. 2F 8A 00 00 41 9E 00 58
-
-==== BB 49 (0x25471D58) approx BBs exec'd 0 ====
-
- 0x25471D58: 8966000C lbz r11,12(r6)
- 0: GETL R6, t0
- 1: ADDL $0xC, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x25471D5C: 5569E13F rlwinm. r9,r11,28,4,31
- 5: GETL R11, t4
- 6: SHRL $0x4, t4
- 7: PUTL t4, R9
- 8: CMP0L t4, t6 (-rSo)
- 9: ICRFL t6, $0x0, CR
- 10: INCEIPL $4
-
- 0x25471D60: 4182014C bc 12,2,0x25471EAC
- 11: Js02o $0x25471EAC
-
-
-. 0 25471D58 12
-. 89 66 00 0C 55 69 E1 3F 41 82 01 4C
-
-==== BB 50 (0x25471D64) approx BBs exec'd 0 ====
-
- 0x25471D64: A006000E lhz r0,14(r6)
- 0: GETL R6, t0
- 1: ADDL $0xE, t0
- 2: LDW (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25471D68: 2F000000 cmpi cr6,r0,0
- 5: GETL R0, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x25471D6C: 39200000 li r9,0
- 9: MOVL $0x0, t8
- 10: PUTL t8, R9
- 11: INCEIPL $4
-
- 0x25471D70: 419A0008 bc 12,26,0x25471D78
- 12: Js26o $0x25471D78
-
-
-. 0 25471D64 16
-. A0 06 00 0E 2F 00 00 00 39 20 00 00 41 9A 00 08
-
-==== BB 51 (0x25471D74) approx BBs exec'd 0 ====
-
- 0x25471D74: 81210010 lwz r9,16(r1)
- 0: GETL R1, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25471D78: 80A60004 lwz r5,4(r6)
- 5: GETL R6, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R5
- 9: INCEIPL $4
-
- 0x25471D7C: 7D292A14 add r9,r9,r5
- 10: GETL R9, t8
- 11: GETL R5, t10
- 12: ADDL t8, t10
- 13: PUTL t10, R9
- 14: INCEIPL $4
-
- 0x25471D80: 2F8A0001 cmpi cr7,r10,1
- 15: GETL R10, t12
- 16: MOVL $0x1, t16
- 17: CMPL t12, t16, t14 (-rSo)
- 18: ICRFL t14, $0x7, CR
- 19: INCEIPL $4
-
- 0x25471D84: 807F0008 lwz r3,8(r31)
- 20: GETL R31, t18
- 21: ADDL $0x8, t18
- 22: LDL (t18), t20
- 23: PUTL t20, R3
- 24: INCEIPL $4
-
- 0x25471D88: 7D291A14 add r9,r9,r3
- 25: GETL R9, t22
- 26: GETL R3, t24
- 27: ADDL t22, t24
- 28: PUTL t24, R9
- 29: INCEIPL $4
-
- 0x25471D8C: 419E0078 bc 12,30,0x25471E04
- 30: Js30o $0x25471E04
-
-
-. 0 25471D74 28
-. 81 21 00 10 80 A6 00 04 7D 29 2A 14 2F 8A 00 01 80 7F 00 08 7D 29 1A 14 41 9E 00 78
-
-==== BB 52 (0x25471D90) approx BBs exec'd 0 ====
-
- 0x25471D90: 2C0A0014 cmpi cr0,r10,20
- 0: GETL R10, t0
- 1: MOVL $0x14, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x25471D94: 41820070 bc 12,2,0x25471E04
- 5: Js02o $0x25471E04
-
-
-. 0 25471D90 8
-. 2C 0A 00 14 41 82 00 70
-
-==== BB 53 (0x25471E04) approx BBs exec'd 0 ====
-
- 0x25471E04: 3BFF000C addi r31,r31,12
- 0: GETL R31, t0
- 1: ADDL $0xC, t0
- 2: PUTL t0, R31
- 3: INCEIPL $4
-
- 0x25471E08: 91280000 stw r9,0(r8)
- 4: GETL R9, t2
- 5: GETL R8, t4
- 6: STL t2, (t4)
- 7: INCEIPL $4
-
- 0x25471E0C: 4BFFFFA4 b 0x25471DB0
- 8: JMPo $0x25471DB0 ($4)
-
-
-. 0 25471E04 12
-. 3B FF 00 0C 91 28 00 00 4B FF FF A4
-
-==== BB 54 (0x25471DB0) approx BBs exec'd 0 ====
-
- 0x25471DB0: 7C9FE040 cmpl cr1,r31,r28
- 0: GETL R31, t0
- 1: GETL R28, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x1, CR
- 4: INCEIPL $4
-
- 0x25471DB4: 4184FF7C bc 12,4,0x25471D30
- 5: Js04o $0x25471D30
-
-
-. 0 25471DB0 8
-. 7C 9F E0 40 41 84 FF 7C
-
-==== BB 55 (0x25471D98) approx BBs exec'd 0 ====
-
- 0x25471D98: 7F03C378 or r3,r24,r24
- 0: GETL R24, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25471D9C: 7FE4FB78 or r4,r31,r31
- 3: GETL R31, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0x25471DA0: 38A00000 li r5,0
- 6: MOVL $0x0, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x25471DA4: 7CC73378 or r7,r6,r6
- 9: GETL R6, t6
- 10: PUTL t6, R7
- 11: INCEIPL $4
-
- 0x25471DA8: 4800EF01 bl 0x25480CA8
- 12: MOVL $0x25471DAC, t8
- 13: PUTL t8, LR
- 14: JMPo-c $0x25480CA8 ($4)
-
-
-. 0 25471D98 20
-. 7F 03 C3 78 7F E4 FB 78 38 A0 00 00 7C C7 33 78 48 00 EF 01
-
-==== BB 56 __process_machine_rela(0x25480CA8) approx BBs exec'd 0 ====
-
- 0x25480CA8: 2B8A004D cmpli cr7,r10,77
- 0: GETL R10, t0
- 1: MOVL $0x4D, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x25480CAC: 7C0802A6 mflr r0
- 5: GETL LR, t6
- 6: PUTL t6, R0
- 7: INCEIPL $4
-
- 0x25480CB0: 9421FFD0 stwu r1,-48(r1)
- 8: GETL R1, t8
- 9: GETL R1, t10
- 10: ADDL $0xFFFFFFD0, t10
- 11: PUTL t10, R1
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0x25480CB4: 4801634D bl 0x25497000
- 14: MOVL $0x25480CB8, t12
- 15: PUTL t12, LR
- 16: JMPo-c $0x25497000 ($4)
-
-
-. 0 25480CA8 16
-. 2B 8A 00 4D 7C 08 02 A6 94 21 FF D0 48 01 63 4D
-
-==== BB 57 (0x25480CB8) approx BBs exec'd 0 ====
-
- 0x25480CB8: 93410018 stw r26,24(r1)
- 0: GETL R26, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25480CBC: 7D3A4B78 or r26,r9,r9
- 5: GETL R9, t4
- 6: PUTL t4, R26
- 7: INCEIPL $4
-
- 0x25480CC0: 9361001C stw r27,28(r1)
- 8: GETL R27, t6
- 9: GETL R1, t8
- 10: ADDL $0x1C, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x25480CC4: 7CDB3378 or r27,r6,r6
- 13: GETL R6, t10
- 14: PUTL t10, R27
- 15: INCEIPL $4
-
- 0x25480CC8: 93810020 stw r28,32(r1)
- 16: GETL R28, t12
- 17: GETL R1, t14
- 18: ADDL $0x20, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0x25480CCC: 7C9C2378 or r28,r4,r4
- 21: GETL R4, t16
- 22: PUTL t16, R28
- 23: INCEIPL $4
-
- 0x25480CD0: 93A10024 stw r29,36(r1)
- 24: GETL R29, t18
- 25: GETL R1, t20
- 26: ADDL $0x24, t20
- 27: STL t18, (t20)
- 28: INCEIPL $4
-
- 0x25480CD4: 7CBD2B78 or r29,r5,r5
- 29: GETL R5, t22
- 30: PUTL t22, R29
- 31: INCEIPL $4
-
- 0x25480CD8: 93C10028 stw r30,40(r1)
- 32: GETL R30, t24
- 33: GETL R1, t26
- 34: ADDL $0x28, t26
- 35: STL t24, (t26)
- 36: INCEIPL $4
-
- 0x25480CDC: 7FC802A6 mflr r30
- 37: GETL LR, t28
- 38: PUTL t28, R30
- 39: INCEIPL $4
-
- 0x25480CE0: 93E1002C stw r31,44(r1)
- 40: GETL R31, t30
- 41: GETL R1, t32
- 42: ADDL $0x2C, t32
- 43: STL t30, (t32)
- 44: INCEIPL $4
-
- 0x25480CE4: 7D5F5378 or r31,r10,r10
- 45: GETL R10, t34
- 46: PUTL t34, R31
- 47: INCEIPL $4
-
- 0x25480CE8: 90010034 stw r0,52(r1)
- 48: GETL R0, t36
- 49: GETL R1, t38
- 50: ADDL $0x34, t38
- 51: STL t36, (t38)
- 52: INCEIPL $4
-
- 0x25480CEC: 90610008 stw r3,8(r1)
- 53: GETL R3, t40
- 54: GETL R1, t42
- 55: ADDL $0x8, t42
- 56: STL t40, (t42)
- 57: INCEIPL $4
-
- 0x25480CF0: 90E10010 stw r7,16(r1)
- 58: GETL R7, t44
- 59: GETL R1, t46
- 60: ADDL $0x10, t46
- 61: STL t44, (t46)
- 62: INCEIPL $4
-
- 0x25480CF4: 9101000C stw r8,12(r1)
- 63: GETL R8, t48
- 64: GETL R1, t50
- 65: ADDL $0xC, t50
- 66: STL t48, (t50)
- 67: INCEIPL $4
-
- 0x25480CF8: 419D0140 bc 12,29,0x25480E38
- 68: Js29o $0x25480E38
-
-
-. 0 25480CB8 68
-. 93 41 00 18 7D 3A 4B 78 93 61 00 1C 7C DB 33 78 93 81 00 20 7C 9C 23 78 93 A1 00 24 7C BD 2B 78 93 C1 00 28 7F C8 02 A6 93 E1 00 2C 7D 5F 53 78 90 01 00 34 90 61 00 08 90 E1 00 10 91 01 00 0C 41 9D 01 40
-
-==== BB 58 (0x25480CFC) approx BBs exec'd 0 ====
-
- 0x25480CFC: 817E0450 lwz r11,1104(r30)
- 0: GETL R30, t0
- 1: ADDL $0x450, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x25480D00: 5544103A rlwinm r4,r10,2,0,29
- 5: GETL R10, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0x25480D04: 7C64582E lwzx r3,r4,r11
- 9: GETL R11, t6
- 10: GETL R4, t8
- 11: ADDL t8, t6
- 12: LDL (t6), t10
- 13: PUTL t10, R3
- 14: INCEIPL $4
-
- 0x25480D08: 7D235A14 add r9,r3,r11
- 15: GETL R3, t12
- 16: GETL R11, t14
- 17: ADDL t12, t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0x25480D0C: 7D2903A6 mtctr r9
- 20: GETL R9, t16
- 21: PUTL t16, CTR
- 22: INCEIPL $4
-
- 0x25480D10: 4E800420 bctr
- 23: GETL CTR, t18
- 24: JMPo t18 ($4)
-
-
-. 0 25480CFC 24
-. 81 7E 04 50 55 44 10 3A 7C 64 58 2E 7D 23 5A 14 7D 29 03 A6 4E 80 04 20
-
-==== BB 59 (0x25480FD8) approx BBs exec'd 0 ====
-
- 0x25480FD8: 80A1000C lwz r5,12(r1)
- 0: GETL R1, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x25480FDC: 7FA5D050 subf r29,r5,r26
- 5: GETL R5, t4
- 6: GETL R26, t6
- 7: SUBL t4, t6
- 8: PUTL t6, R29
- 9: INCEIPL $4
-
- 0x25480FE0: 57BF3032 rlwinm r31,r29,6,0,25
- 10: GETL R29, t8
- 11: SHLL $0x6, t8
- 12: PUTL t8, R31
- 13: INCEIPL $4
-
- 0x25480FE4: 7FE93670 srawi r9,r31,6
- 14: GETL R31, t10
- 15: SARL $0x6, t10 (-wCa)
- 16: PUTL t10, R9
- 17: INCEIPL $4
-
- 0x25480FE8: 7F89E800 cmp cr7,r9,r29
- 18: GETL R9, t12
- 19: GETL R29, t14
- 20: CMPL t12, t14, t16 (-rSo)
- 21: ICRFL t16, $0x7, CR
- 22: INCEIPL $4
-
- 0x25480FEC: 419E0254 bc 12,30,0x25481240
- 23: Js30o $0x25481240
-
-
-. 0 25480FD8 24
-. 80 A1 00 0C 7F A5 D0 50 57 BF 30 32 7F E9 36 70 7F 89 E8 00 41 9E 02 54
-
-==== BB 60 (0x25481240) approx BBs exec'd 0 ====
-
- 0x25481240: 553A01BA rlwinm r26,r9,0,6,29
- 0: GETL R9, t0
- 1: ANDL $0x3FFFFFC, t0
- 2: PUTL t0, R26
- 3: INCEIPL $4
-
- 0x25481244: 67404800 oris r0,r26,0x4800
- 4: GETL R26, t2
- 5: ORL $0x48000000, t2
- 6: PUTL t2, R0
- 7: INCEIPL $4
-
- 0x25481248: 90050000 stw r0,0(r5)
- 8: GETL R0, t4
- 9: GETL R5, t6
- 10: STL t4, (t6)
- 11: INCEIPL $4
-
- 0x2548124C: 4BFFFBB4 b 0x25480E00
- 12: JMPo $0x25480E00 ($4)
-
-
-. 0 25481240 16
-. 55 3A 01 BA 67 40 48 00 90 05 00 00 4B FF FB B4
-
-==== BB 61 (0x25480E00) approx BBs exec'd 0 ====
-
- 0x25480E00: 7C00286C dcbst r0,r5
- 0: INCEIPL $4
-
- 0x25480E04: 7C0004AC sync
- 1: INCEIPL $4
-
- 0x25480E08: 8381000C lwz r28,12(r1)
- 2: GETL R1, t0
- 3: ADDL $0xC, t0
- 4: LDL (t0), t2
- 5: PUTL t2, R28
- 6: INCEIPL $4
-
- 0x25480E0C: 7C00E7AC icbi r0,r28
- 7: GETL R28, t4
- 8: CALLM_So
- 9: PUSHL t4
- 10: CALLMo $0x68
- 11: CALLM_Eo
- 12: INCEIPL $4
-
- 0x25480E10: 80610034 lwz r3,52(r1)
- 13: GETL R1, t6
- 14: ADDL $0x34, t6
- 15: LDL (t6), t8
- 16: PUTL t8, R3
- 17: INCEIPL $4
-
- 0x25480E14: 83410018 lwz r26,24(r1)
- 18: GETL R1, t10
- 19: ADDL $0x18, t10
- 20: LDL (t10), t12
- 21: PUTL t12, R26
- 22: INCEIPL $4
-
- 0x25480E18: 8361001C lwz r27,28(r1)
- 23: GETL R1, t14
- 24: ADDL $0x1C, t14
- 25: LDL (t14), t16
- 26: PUTL t16, R27
- 27: INCEIPL $4
-
- 0x25480E1C: 7C6803A6 mtlr r3
- 28: GETL R3, t18
- 29: PUTL t18, LR
- 30: INCEIPL $4
-
- 0x25480E20: 83810020 lwz r28,32(r1)
- 31: GETL R1, t20
- 32: ADDL $0x20, t20
- 33: LDL (t20), t22
- 34: PUTL t22, R28
- 35: INCEIPL $4
-
- 0x25480E24: 83A10024 lwz r29,36(r1)
- 36: GETL R1, t24
- 37: ADDL $0x24, t24
- 38: LDL (t24), t26
- 39: PUTL t26, R29
- 40: INCEIPL $4
-
- 0x25480E28: 83C10028 lwz r30,40(r1)
- 41: GETL R1, t28
- 42: ADDL $0x28, t28
- 43: LDL (t28), t30
- 44: PUTL t30, R30
- 45: INCEIPL $4
-
- 0x25480E2C: 83E1002C lwz r31,44(r1)
- 46: GETL R1, t32
- 47: ADDL $0x2C, t32
- 48: LDL (t32), t34
- 49: PUTL t34, R31
- 50: INCEIPL $4
-
- 0x25480E30: 38210030 addi r1,r1,48
- 51: GETL R1, t36
- 52: ADDL $0x30, t36
- 53: PUTL t36, R1
- 54: INCEIPL $4
-
- 0x25480E34: 4E800020 blr
- 55: GETL LR, t38
- 56: JMPo-r t38 ($4)
-
-
-. 0 25480E00 56
-. 7C 00 28 6C 7C 00 04 AC 83 81 00 0C 7C 00 E7 AC 80 61 00 34 83 41 00 18 83 61 00 1C 7C 68 03 A6 83 81 00 20 83 A1 00 24 83 C1 00 28 83 E1 00 2C 38 21 00 30 4E 80 00 20
-
-==== BB 62 (0x25471DAC) approx BBs exec'd 0 ====
-
- 0x25471DAC: 3BFF000C addi r31,r31,12
- 0: GETL R31, t0
- 1: ADDL $0xC, t0
- 2: PUTL t0, R31
- 3: INCEIPL $4
-
- 0x25471DB0: 7C9FE040 cmpl cr1,r31,r28
- 4: GETL R31, t2
- 5: GETL R28, t4
- 6: CMPUL t2, t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x25471DB4: 4184FF7C bc 12,4,0x25471D30
- 9: Js04o $0x25471D30
-
-
-. 0 25471DAC 12
-. 3B FF 00 0C 7C 9F E0 40 41 84 FF 7C
-
-==== BB 63 (0x25471DB8) approx BBs exec'd 0 ====
-
- 0x25471DB8: 3739FFFF addic. r25,r25,-1
- 0: GETL R25, t0
- 1: ADCL $0xFFFFFFFF, t0 (-wCa)
- 2: PUTL t0, R25
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0x25471DBC: 3B7B000C addi r27,r27,12
- 6: GETL R27, t4
- 7: ADDL $0xC, t4
- 8: PUTL t4, R27
- 9: INCEIPL $4
-
- 0x25471DC0: 4080FEF0 bc 4,0,0x25471CB0
- 10: Jc00o $0x25471CB0
-
-
-. 0 25471DB8 12
-. 37 39 FF FF 3B 7B 00 0C 40 80 FE F0
-
-==== BB 64 (0x25471CB0) approx BBs exec'd 0 ====
-
- 0x25471CB0: 814100D0 lwz r10,208(r1)
- 0: GETL R1, t0
- 1: ADDL $0xD0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x25471CB4: 81210048 lwz r9,72(r1)
- 5: GETL R1, t4
- 6: ADDL $0x48, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R9
- 9: INCEIPL $4
-
- 0x25471CB8: 2F8A0000 cmpi cr7,r10,0
- 10: GETL R10, t8
- 11: CMP0L t8, t10 (-rSo)
- 12: ICRFL t10, $0x7, CR
- 13: INCEIPL $4
-
- 0x25471CBC: 811B0248 lwz r8,584(r27)
- 14: GETL R27, t12
- 15: ADDL $0x248, t12
- 16: LDL (t12), t14
- 17: PUTL t14, R8
- 18: INCEIPL $4
-
- 0x25471CC0: 817B024C lwz r11,588(r27)
- 19: GETL R27, t16
- 20: ADDL $0x24C, t16
- 21: LDL (t16), t18
- 22: PUTL t18, R11
- 23: INCEIPL $4
-
- 0x25471CC4: 83490004 lwz r26,4(r9)
- 24: GETL R9, t20
- 25: ADDL $0x4, t20
- 26: LDL (t20), t22
- 27: PUTL t22, R26
- 28: INCEIPL $4
-
- 0x25471CC8: 39200000 li r9,0
- 29: MOVL $0x0, t24
- 30: PUTL t24, R9
- 31: INCEIPL $4
-
- 0x25471CCC: 7F885A14 add r28,r8,r11
- 32: GETL R8, t26
- 33: GETL R11, t28
- 34: ADDL t26, t28
- 35: PUTL t28, R28
- 36: INCEIPL $4
-
- 0x25471CD0: 83A10010 lwz r29,16(r1)
- 37: GETL R1, t30
- 38: ADDL $0x10, t30
- 39: LDL (t30), t32
- 40: PUTL t32, R29
- 41: INCEIPL $4
-
- 0x25471CD4: 419E0008 bc 12,30,0x25471CDC
- 42: Js30o $0x25471CDC
-
-
-. 0 25471CB0 40
-. 81 41 00 D0 81 21 00 48 2F 8A 00 00 81 1B 02 48 81 7B 02 4C 83 49 00 04 39 20 00 00 7F 88 5A 14 83 A1 00 10 41 9E 00 08
-
-==== BB 65 (0x25471CFC) approx BBs exec'd 0 ====
-
- 0x25471CFC: 1C60000C mulli r3,r0,12
- 0: GETL R0, t0
- 1: MULL $0xC, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0x25471D00: 7FEB1A14 add r31,r11,r3
- 4: GETL R11, t2
- 5: GETL R3, t4
- 6: ADDL t2, t4
- 7: PUTL t4, R31
- 8: INCEIPL $4
-
- 0x25471D04: 7F8BF840 cmpl cr7,r11,r31
- 9: GETL R11, t6
- 10: GETL R31, t8
- 11: CMPUL t6, t8, t10 (-rSo)
- 12: ICRFL t10, $0x7, CR
- 13: INCEIPL $4
-
- 0x25471D08: 409C0020 bc 4,28,0x25471D28
- 14: Jc28o $0x25471D28
-
-
-. 0 25471CFC 16
-. 1C 60 00 0C 7F EB 1A 14 7F 8B F8 40 40 9C 00 20
-
-==== BB 66 (0x25471DC4) approx BBs exec'd 0 ====
-
- 0x25471DC4: 7EE3BB78 or r3,r23,r23
- 0: GETL R23, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25471DC8: 7F04C378 or r4,r24,r24
- 3: GETL R24, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0x25471DCC: 4BFFFBBD bl 0x25471988
- 6: MOVL $0x25471DD0, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0x25471988 ($4)
-
-
-. 0 25471DC4 12
-. 7E E3 BB 78 7F 04 C3 78 4B FF FB BD
-
-==== BB 67 _dl_start_final(0x25471988) approx BBs exec'd 0 ====
-
- 0x25471988: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547198C: 7D2802A6 mflr r9
- 6: GETL LR, t4
- 7: PUTL t4, R9
- 8: INCEIPL $4
-
- 0x25471990: 48025671 bl 0x25497000
- 9: MOVL $0x25471994, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-. 0 25471988 12
-. 94 21 FF E0 7D 28 02 A6 48 02 56 71
-
-==== BB 68 (0x25471994) approx BBs exec'd 0 ====
-
- 0x25471994: 93C10018 stw r30,24(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25471998: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x2547199C: 93A10014 stw r29,20(r1)
- 8: GETL R29, t6
- 9: GETL R1, t8
- 10: ADDL $0x14, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x254719A0: 91210024 stw r9,36(r1)
- 13: GETL R9, t10
- 14: GETL R1, t12
- 15: ADDL $0x24, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x254719A4: 38A0012C li r5,300
- 18: MOVL $0x12C, t14
- 19: PUTL t14, R5
- 20: INCEIPL $4
-
- 0x254719A8: 80040000 lwz r0,0(r4)
- 21: GETL R4, t16
- 22: LDL (t16), t18
- 23: PUTL t18, R0
- 24: INCEIPL $4
-
- 0x254719AC: 83BE04C8 lwz r29,1224(r30)
- 25: GETL R30, t20
- 26: ADDL $0x4C8, t20
- 27: LDL (t20), t22
- 28: PUTL t22, R29
- 29: INCEIPL $4
-
- 0x254719B0: 81840008 lwz r12,8(r4)
- 30: GETL R4, t24
- 31: ADDL $0x8, t24
- 32: LDL (t24), t26
- 33: PUTL t26, R12
- 34: INCEIPL $4
-
- 0x254719B4: 38840020 addi r4,r4,32
- 35: GETL R4, t28
- 36: ADDL $0x20, t28
- 37: PUTL t28, R4
- 38: INCEIPL $4
-
- 0x254719B8: 901D01B8 stw r0,440(r29)
- 39: GETL R0, t30
- 40: GETL R29, t32
- 41: ADDL $0x1B8, t32
- 42: STL t30, (t32)
- 43: INCEIPL $4
-
- 0x254719BC: 919D01C0 stw r12,448(r29)
- 44: GETL R12, t34
- 45: GETL R29, t36
- 46: ADDL $0x1C0, t36
- 47: STL t34, (t36)
- 48: INCEIPL $4
-
- 0x254719C0: 9361000C stw r27,12(r1)
- 49: GETL R27, t38
- 50: GETL R1, t40
- 51: ADDL $0xC, t40
- 52: STL t38, (t40)
- 53: INCEIPL $4
-
- 0x254719C4: 7C7B1B78 or r27,r3,r3
- 54: GETL R3, t42
- 55: PUTL t42, R27
- 56: INCEIPL $4
-
- 0x254719C8: 93810010 stw r28,16(r1)
- 57: GETL R28, t44
- 58: GETL R1, t46
- 59: ADDL $0x10, t46
- 60: STL t44, (t46)
- 61: INCEIPL $4
-
- 0x254719CC: 387D01D8 addi r3,r29,472
- 62: GETL R29, t48
- 63: ADDL $0x1D8, t48
- 64: PUTL t48, R3
- 65: INCEIPL $4
-
- 0x254719D0: 3B9D01B8 addi r28,r29,440
- 66: GETL R29, t50
- 67: ADDL $0x1B8, t50
- 68: PUTL t50, R28
- 69: INCEIPL $4
-
- 0x254719D4: 4801220D bl 0x25483BE0
- 70: MOVL $0x254719D8, t52
- 71: PUTL t52, LR
- 72: JMPo-c $0x25483BE0 ($4)
-
-
-. 0 25471994 68
-. 93 C1 00 18 7F C8 02 A6 93 A1 00 14 91 21 00 24 38 A0 01 2C 80 04 00 00 83 BE 04 C8 81 84 00 08 38 84 00 20 90 1D 01 B8 91 9D 01 C0 93 61 00 0C 7C 7B 1B 78 93 81 00 10 38 7D 01 D8 3B 9D 01 B8 48 01 22 0D
-
-==== BB 69 memcpy(0x25483BE0) approx BBs exec'd 0 ====
-
- 0x25483BE0: 2B85000F cmpli cr7,r5,15
- 0: GETL R5, t0
- 1: MOVL $0xF, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x25483BE4: 7C0802A6 mflr r0
- 5: GETL LR, t6
- 6: PUTL t6, R0
- 7: INCEIPL $4
-
- 0x25483BE8: 9421FFE0 stwu r1,-32(r1)
- 8: GETL R1, t8
- 9: GETL R1, t10
- 10: ADDL $0xFFFFFFE0, t10
- 11: PUTL t10, R1
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0x25483BEC: 9361000C stw r27,12(r1)
- 14: GETL R27, t12
- 15: GETL R1, t14
- 16: ADDL $0xC, t14
- 17: STL t12, (t14)
- 18: INCEIPL $4
-
- 0x25483BF0: 7C7B1B78 or r27,r3,r3
- 19: GETL R3, t16
- 20: PUTL t16, R27
- 21: INCEIPL $4
-
- 0x25483BF4: 93A10014 stw r29,20(r1)
- 22: GETL R29, t18
- 23: GETL R1, t20
- 24: ADDL $0x14, t20
- 25: STL t18, (t20)
- 26: INCEIPL $4
-
- 0x25483BF8: 7C9D2378 or r29,r4,r4
- 27: GETL R4, t22
- 28: PUTL t22, R29
- 29: INCEIPL $4
-
- 0x25483BFC: 93E1001C stw r31,28(r1)
- 30: GETL R31, t24
- 31: GETL R1, t26
- 32: ADDL $0x1C, t26
- 33: STL t24, (t26)
- 34: INCEIPL $4
-
- 0x25483C00: 7C7F1B78 or r31,r3,r3
- 35: GETL R3, t28
- 36: PUTL t28, R31
- 37: INCEIPL $4
-
- 0x25483C04: 93810010 stw r28,16(r1)
- 38: GETL R28, t30
- 39: GETL R1, t32
- 40: ADDL $0x10, t32
- 41: STL t30, (t32)
- 42: INCEIPL $4
-
- 0x25483C08: 93C10018 stw r30,24(r1)
- 43: GETL R30, t34
- 44: GETL R1, t36
- 45: ADDL $0x18, t36
- 46: STL t34, (t36)
- 47: INCEIPL $4
-
- 0x25483C0C: 90010024 stw r0,36(r1)
- 48: GETL R0, t38
- 49: GETL R1, t40
- 50: ADDL $0x24, t40
- 51: STL t38, (t40)
- 52: INCEIPL $4
-
- 0x25483C10: 409D0058 bc 4,29,0x25483C68
- 53: Jc29o $0x25483C68
-
-
-. 0 25483BE0 52
-. 2B 85 00 0F 7C 08 02 A6 94 21 FF E0 93 61 00 0C 7C 7B 1B 78 93 A1 00 14 7C 9D 23 78 93 E1 00 1C 7C 7F 1B 78 93 81 00 10 93 C1 00 18 90 01 00 24 40 9D 00 58
-
-==== BB 70 (0x25483C14) approx BBs exec'd 0 ====
-
- 0x25483C14: 7C8300D0 neg r4,r3
- 0: GETL R3, t0
- 1: NEGL t0
- 2: PUTL t0, R4
- 3: INCEIPL $4
-
- 0x25483C18: 548307BE rlwinm r3,r4,0,30,31
- 4: GETL R4, t2
- 5: ANDL $0x3, t2
- 6: PUTL t2, R3
- 7: INCEIPL $4
-
- 0x25483C1C: 7C691B79 or. r9,r3,r3
- 8: GETL R3, t4
- 9: PUTL t4, R9
- 10: CMP0L t4, t6 (-rSo)
- 11: ICRFL t6, $0x0, CR
- 12: INCEIPL $4
-
- 0x25483C20: 7F832850 subf r28,r3,r5
- 13: GETL R3, t8
- 14: GETL R5, t10
- 15: SUBL t8, t10
- 16: PUTL t10, R28
- 17: INCEIPL $4
-
- 0x25483C24: 4182001C bc 12,2,0x25483C40
- 18: Js02o $0x25483C40
-
-
-. 0 25483C14 20
-. 7C 83 00 D0 54 83 07 BE 7C 69 1B 79 7F 83 28 50 41 82 00 1C
-
-==== BB 71 (0x25483C40) approx BBs exec'd 0 ====
-
- 0x25483C40: 73A00003 andi. r0,r29,0x3
- 0: GETL R29, t0
- 1: ANDL $0x3, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0x25483C44: 4082006C bc 4,2,0x25483CB0
- 6: Jc02o $0x25483CB0
-
-
-. 0 25483C40 8
-. 73 A0 00 03 40 82 00 6C
-
-==== BB 72 (0x25483C48) approx BBs exec'd 0 ====
-
- 0x25483C48: 7FE3FB78 or r3,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25483C4C: 7FA4EB78 or r4,r29,r29
- 3: GETL R29, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0x25483C50: 5785F0BE rlwinm r5,r28,30,2,31
- 6: GETL R28, t4
- 7: SHRL $0x2, t4
- 8: PUTL t4, R5
- 9: INCEIPL $4
-
- 0x25483C54: 48000071 bl 0x25483CC4
- 10: MOVL $0x25483C58, t6
- 11: PUTL t6, LR
- 12: JMPo-c $0x25483CC4 ($4)
-
-
-. 0 25483C48 16
-. 7F E3 FB 78 7F A4 EB 78 57 85 F0 BE 48 00 00 71
-
-==== BB 73 _wordcopy_fwd_aligned(0x25483CC4) approx BBs exec'd 0 ====
-
- 0x25483CC4: 54A0077E rlwinm r0,r5,0,29,31
- 0: GETL R5, t0
- 1: ANDL $0x7, t0
- 2: PUTL t0, R0
- 3: INCEIPL $4
-
- 0x25483CC8: 7D8802A6 mflr r12
- 4: GETL LR, t2
- 5: PUTL t2, R12
- 6: INCEIPL $4
-
- 0x25483CCC: 2B800007 cmpli cr7,r0,7
- 7: GETL R0, t4
- 8: MOVL $0x7, t8
- 9: CMPUL t4, t8, t6 (-rSo)
- 10: ICRFL t6, $0x7, CR
- 11: INCEIPL $4
-
- 0x25483CD0: 48013331 bl 0x25497000
- 12: MOVL $0x25483CD4, t10
- 13: PUTL t10, LR
- 14: JMPo-c $0x25497000 ($4)
-
-
-. 0 25483CC4 16
-. 54 A0 07 7E 7D 88 02 A6 2B 80 00 07 48 01 33 31
-
-==== BB 74 (0x25483CD4) approx BBs exec'd 0 ====
-
- 0x25483CD4: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x25483CD8: 93C10008 stw r30,8(r1)
- 6: GETL R30, t4
- 7: GETL R1, t6
- 8: ADDL $0x8, t6
- 9: STL t4, (t6)
- 10: INCEIPL $4
-
- 0x25483CDC: 7FC802A6 mflr r30
- 11: GETL LR, t8
- 12: PUTL t8, R30
- 13: INCEIPL $4
-
- 0x25483CE0: 7D8803A6 mtlr r12
- 14: GETL R12, t10
- 15: PUTL t10, LR
- 16: INCEIPL $4
-
- 0x25483CE4: 419D0028 bc 12,29,0x25483D0C
- 17: Js29o $0x25483D0C
-
-
-. 0 25483CD4 20
-. 94 21 FF F0 93 C1 00 08 7F C8 02 A6 7D 88 03 A6 41 9D 00 28
-
-==== BB 75 (0x25483CE8) approx BBs exec'd 0 ====
-
- 0x25483CE8: 817E0490 lwz r11,1168(r30)
- 0: GETL R30, t0
- 1: ADDL $0x490, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x25483CEC: 5400103A rlwinm r0,r0,2,0,29
- 5: GETL R0, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x25483CF0: 7CCB002E lwzx r6,r11,r0
- 9: GETL R0, t6
- 10: GETL R11, t8
- 11: ADDL t8, t6
- 12: LDL (t6), t10
- 13: PUTL t10, R6
- 14: INCEIPL $4
-
- 0x25483CF4: 7D265A14 add r9,r6,r11
- 15: GETL R6, t12
- 16: GETL R11, t14
- 17: ADDL t12, t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0x25483CF8: 7D2903A6 mtctr r9
- 20: GETL R9, t16
- 21: PUTL t16, CTR
- 22: INCEIPL $4
-
- 0x25483CFC: 4E800420 bctr
- 23: GETL CTR, t18
- 24: JMPo t18 ($4)
-
-
-. 0 25483CE8 24
-. 81 7E 04 90 54 00 10 3A 7C CB 00 2E 7D 26 5A 14 7D 29 03 A6 4E 80 04 20
-
-==== BB 76 (0x25483D94) approx BBs exec'd 0 ====
-
- 0x25483D94: 81240000 lwz r9,0(r4)
- 0: GETL R4, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0x25483D98: 3863FFE8 addi r3,r3,-24
- 4: GETL R3, t4
- 5: ADDL $0xFFFFFFE8, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x25483D9C: 3884FFEC addi r4,r4,-20
- 8: GETL R4, t6
- 9: ADDL $0xFFFFFFEC, t6
- 10: PUTL t6, R4
- 11: INCEIPL $4
-
- 0x25483DA0: 38A50005 addi r5,r5,5
- 12: GETL R5, t8
- 13: ADDL $0x5, t8
- 14: PUTL t8, R5
- 15: INCEIPL $4
-
- 0x25483DA4: 4BFFFF98 b 0x25483D3C
- 16: JMPo $0x25483D3C ($4)
-
-
-. 0 25483D94 20
-. 81 24 00 00 38 63 FF E8 38 84 FF EC 38 A5 00 05 4B FF FF 98
-
-==== BB 77 (0x25483D3C) approx BBs exec'd 0 ====
-
- 0x25483D3C: 80040018 lwz r0,24(r4)
- 0: GETL R4, t0
- 1: ADDL $0x18, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25483D40: 91230018 stw r9,24(r3)
- 5: GETL R9, t4
- 6: GETL R3, t6
- 7: ADDL $0x18, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0x25483D44: 34A5FFF8 addic. r5,r5,-8
- 10: GETL R5, t8
- 11: ADCL $0xFFFFFFF8, t8 (-wCa)
- 12: PUTL t8, R5
- 13: CMP0L t8, t10 (-rSo)
- 14: ICRFL t10, $0x0, CR
- 15: INCEIPL $4
-
- 0x25483D48: 8124001C lwz r9,28(r4)
- 16: GETL R4, t12
- 17: ADDL $0x1C, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R9
- 20: INCEIPL $4
-
- 0x25483D4C: 9003001C stw r0,28(r3)
- 21: GETL R0, t16
- 22: GETL R3, t18
- 23: ADDL $0x1C, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0x25483D50: 38840020 addi r4,r4,32
- 26: GETL R4, t20
- 27: ADDL $0x20, t20
- 28: PUTL t20, R4
- 29: INCEIPL $4
-
- 0x25483D54: 38630020 addi r3,r3,32
- 30: GETL R3, t22
- 31: ADDL $0x20, t22
- 32: PUTL t22, R3
- 33: INCEIPL $4
-
- 0x25483D58: 40A2FFB4 bc 5,2,0x25483D0C
- 34: Jc02o $0x25483D0C
-
-
-. 0 25483D3C 32
-. 80 04 00 18 91 23 00 18 34 A5 FF F8 81 24 00 1C 90 03 00 1C 38 84 00 20 38 63 00 20 40 A2 FF B4
-
-==== BB 78 (0x25483D0C) approx BBs exec'd 0 ====
-
- 0x25483D0C: 80040000 lwz r0,0(r4)
- 0: GETL R4, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0x25483D10: 91230000 stw r9,0(r3)
- 4: GETL R9, t4
- 5: GETL R3, t6
- 6: STL t4, (t6)
- 7: INCEIPL $4
-
- 0x25483D14: 81240004 lwz r9,4(r4)
- 8: GETL R4, t8
- 9: ADDL $0x4, t8
- 10: LDL (t8), t10
- 11: PUTL t10, R9
- 12: INCEIPL $4
-
- 0x25483D18: 90030004 stw r0,4(r3)
- 13: GETL R0, t12
- 14: GETL R3, t14
- 15: ADDL $0x4, t14
- 16: STL t12, (t14)
- 17: INCEIPL $4
-
- 0x25483D1C: 80040008 lwz r0,8(r4)
- 18: GETL R4, t16
- 19: ADDL $0x8, t16
- 20: LDL (t16), t18
- 21: PUTL t18, R0
- 22: INCEIPL $4
-
- 0x25483D20: 91230008 stw r9,8(r3)
- 23: GETL R9, t20
- 24: GETL R3, t22
- 25: ADDL $0x8, t22
- 26: STL t20, (t22)
- 27: INCEIPL $4
-
- 0x25483D24: 8124000C lwz r9,12(r4)
- 28: GETL R4, t24
- 29: ADDL $0xC, t24
- 30: LDL (t24), t26
- 31: PUTL t26, R9
- 32: INCEIPL $4
-
- 0x25483D28: 9003000C stw r0,12(r3)
- 33: GETL R0, t28
- 34: GETL R3, t30
- 35: ADDL $0xC, t30
- 36: STL t28, (t30)
- 37: INCEIPL $4
-
- 0x25483D2C: 80040010 lwz r0,16(r4)
- 38: GETL R4, t32
- 39: ADDL $0x10, t32
- 40: LDL (t32), t34
- 41: PUTL t34, R0
- 42: INCEIPL $4
-
- 0x25483D30: 91230010 stw r9,16(r3)
- 43: GETL R9, t36
- 44: GETL R3, t38
- 45: ADDL $0x10, t38
- 46: STL t36, (t38)
- 47: INCEIPL $4
-
- 0x25483D34: 81240014 lwz r9,20(r4)
- 48: GETL R4, t40
- 49: ADDL $0x14, t40
- 50: LDL (t40), t42
- 51: PUTL t42, R9
- 52: INCEIPL $4
-
- 0x25483D38: 90030014 stw r0,20(r3)
- 53: GETL R0, t44
- 54: GETL R3, t46
- 55: ADDL $0x14, t46
- 56: STL t44, (t46)
- 57: INCEIPL $4
-
- 0x25483D3C: 80040018 lwz r0,24(r4)
- 58: GETL R4, t48
- 59: ADDL $0x18, t48
- 60: LDL (t48), t50
- 61: PUTL t50, R0
- 62: INCEIPL $4
-
- 0x25483D40: 91230018 stw r9,24(r3)
- 63: GETL R9, t52
- 64: GETL R3, t54
- 65: ADDL $0x18, t54
- 66: STL t52, (t54)
- 67: INCEIPL $4
-
- 0x25483D44: 34A5FFF8 addic. r5,r5,-8
- 68: GETL R5, t56
- 69: ADCL $0xFFFFFFF8, t56 (-wCa)
- 70: PUTL t56, R5
- 71: CMP0L t56, t58 (-rSo)
- 72: ICRFL t58, $0x0, CR
- 73: INCEIPL $4
-
- 0x25483D48: 8124001C lwz r9,28(r4)
- 74: GETL R4, t60
- 75: ADDL $0x1C, t60
- 76: LDL (t60), t62
- 77: PUTL t62, R9
- 78: INCEIPL $4
-
- 0x25483D4C: 9003001C stw r0,28(r3)
- 79: GETL R0, t64
- 80: GETL R3, t66
- 81: ADDL $0x1C, t66
- 82: STL t64, (t66)
- 83: INCEIPL $4
-
- 0x25483D50: 38840020 addi r4,r4,32
- 84: GETL R4, t68
- 85: ADDL $0x20, t68
- 86: PUTL t68, R4
- 87: INCEIPL $4
-
- 0x25483D54: 38630020 addi r3,r3,32
- 88: GETL R3, t70
- 89: ADDL $0x20, t70
- 90: PUTL t70, R3
- 91: INCEIPL $4
-
- 0x25483D58: 40A2FFB4 bc 5,2,0x25483D0C
- 92: Jc02o $0x25483D0C
-
-
-. 0 25483D0C 80
-. 80 04 00 00 91 23 00 00 81 24 00 04 90 03 00 04 80 04 00 08 91 23 00 08 81 24 00 0C 90 03 00 0C 80 04 00 10 91 23 00 10 81 24 00 14 90 03 00 14 80 04 00 18 91 23 00 18 34 A5 FF F8 81 24 00 1C 90 03 00 1C 38 84 00 20 38 63 00 20 40 A2 FF B4
-
-==== BB 79 (0x25483D5C) approx BBs exec'd 0 ====
-
- 0x25483D5C: 83C10008 lwz r30,8(r1)
- 0: GETL R1, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R30
- 4: INCEIPL $4
-
- 0x25483D60: 38210010 addi r1,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R1
- 8: INCEIPL $4
-
- 0x25483D64: 91230000 stw r9,0(r3)
- 9: GETL R9, t6
- 10: GETL R3, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x25483D68: 4E800020 blr
- 13: GETL LR, t10
- 14: JMPo-r t10 ($4)
-
-
-. 0 25483D5C 16
-. 83 C1 00 08 38 21 00 10 91 23 00 00 4E 80 00 20
-
-==== BB 80 (0x25483C58) approx BBs exec'd 0 ====
-
- 0x25483C58: 5786003A rlwinm r6,r28,0,0,29
- 0: GETL R28, t0
- 1: ANDL $0xFFFFFFFC, t0
- 2: PUTL t0, R6
- 3: INCEIPL $4
-
- 0x25483C5C: 578507BE rlwinm r5,r28,0,30,31
- 4: GETL R28, t2
- 5: ANDL $0x3, t2
- 6: PUTL t2, R5
- 7: INCEIPL $4
-
- 0x25483C60: 7FFF3214 add r31,r31,r6
- 8: GETL R31, t4
- 9: GETL R6, t6
- 10: ADDL t4, t6
- 11: PUTL t6, R31
- 12: INCEIPL $4
-
- 0x25483C64: 7FBD3214 add r29,r29,r6
- 13: GETL R29, t8
- 14: GETL R6, t10
- 15: ADDL t8, t10
- 16: PUTL t10, R29
- 17: INCEIPL $4
-
- 0x25483C68: 2C850000 cmpi cr1,r5,0
- 18: GETL R5, t12
- 19: CMP0L t12, t14 (-rSo)
- 20: ICRFL t14, $0x1, CR
- 21: INCEIPL $4
-
- 0x25483C6C: 4186001C bc 12,6,0x25483C88
- 22: Js06o $0x25483C88
-
-
-. 0 25483C58 24
-. 57 86 00 3A 57 85 07 BE 7F FF 32 14 7F BD 32 14 2C 85 00 00 41 86 00 1C
-
-==== BB 81 (0x25483C88) approx BBs exec'd 0 ====
-
- 0x25483C88: 81010024 lwz r8,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x25483C8C: 7F63DB78 or r3,r27,r27
- 5: GETL R27, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x25483C90: 83810010 lwz r28,16(r1)
- 8: GETL R1, t6
- 9: ADDL $0x10, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R28
- 12: INCEIPL $4
-
- 0x25483C94: 8361000C lwz r27,12(r1)
- 13: GETL R1, t10
- 14: ADDL $0xC, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R27
- 17: INCEIPL $4
-
- 0x25483C98: 7D0803A6 mtlr r8
- 18: GETL R8, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0x25483C9C: 83A10014 lwz r29,20(r1)
- 21: GETL R1, t16
- 22: ADDL $0x14, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R29
- 25: INCEIPL $4
-
- 0x25483CA0: 83C10018 lwz r30,24(r1)
- 26: GETL R1, t20
- 27: ADDL $0x18, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R30
- 30: INCEIPL $4
-
- 0x25483CA4: 83E1001C lwz r31,28(r1)
- 31: GETL R1, t24
- 32: ADDL $0x1C, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R31
- 35: INCEIPL $4
-
- 0x25483CA8: 38210020 addi r1,r1,32
- 36: GETL R1, t28
- 37: ADDL $0x20, t28
- 38: PUTL t28, R1
- 39: INCEIPL $4
-
- 0x25483CAC: 4E800020 blr
- 40: GETL LR, t30
- 41: JMPo-r t30 ($4)
-
-
-. 0 25483C88 40
-. 81 01 00 24 7F 63 DB 78 83 81 00 10 83 61 00 0C 7D 08 03 A6 83 A1 00 14 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-
-==== BB 82 (0x254719D8) approx BBs exec'd 0 ====
-
- 0x254719D8: 7F83E378 or r3,r28,r28
- 0: GETL R28, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x254719DC: 48006B91 bl 0x2547856C
- 3: MOVL $0x254719E0, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0x2547856C ($4)
-
-
-. 0 254719D8 8
-. 7F 83 E3 78 48 00 6B 91
-
-==== BB 83 _dl_setup_hash(0x2547856C) approx BBs exec'd 0 ====
-
- 0x2547856C: 81230030 lwz r9,48(r3)
- 0: GETL R3, t0
- 1: ADDL $0x30, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25478570: 9421FFF0 stwu r1,-16(r1)
- 5: GETL R1, t4
- 6: GETL R1, t6
- 7: ADDL $0xFFFFFFF0, t6
- 8: PUTL t6, R1
- 9: STL t4, (t6)
- 10: INCEIPL $4
-
- 0x25478574: 2F890000 cmpi cr7,r9,0
- 11: GETL R9, t8
- 12: CMP0L t8, t10 (-rSo)
- 13: ICRFL t10, $0x7, CR
- 14: INCEIPL $4
-
- 0x25478578: 419E0024 bc 12,30,0x2547859C
- 15: Js30o $0x2547859C
-
-
-. 0 2547856C 16
-. 81 23 00 30 94 21 FF F0 2F 89 00 00 41 9E 00 24
-
-==== BB 84 (0x2547857C) approx BBs exec'd 0 ====
-
- 0x2547857C: 81690004 lwz r11,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x25478580: 814B0000 lwz r10,0(r11)
- 5: GETL R11, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R10
- 8: INCEIPL $4
-
- 0x25478584: 388B0008 addi r4,r11,8
- 9: GETL R11, t8
- 10: ADDL $0x8, t8
- 11: PUTL t8, R4
- 12: INCEIPL $4
-
- 0x25478588: 90830170 stw r4,368(r3)
- 13: GETL R4, t10
- 14: GETL R3, t12
- 15: ADDL $0x170, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x2547858C: 5549103A rlwinm r9,r10,2,0,29
- 18: GETL R10, t14
- 19: SHLL $0x2, t14
- 20: PUTL t14, R9
- 21: INCEIPL $4
-
- 0x25478590: 9143016C stw r10,364(r3)
- 22: GETL R10, t16
- 23: GETL R3, t18
- 24: ADDL $0x16C, t18
- 25: STL t16, (t18)
- 26: INCEIPL $4
-
- 0x25478594: 7C044A14 add r0,r4,r9
- 27: GETL R4, t20
- 28: GETL R9, t22
- 29: ADDL t20, t22
- 30: PUTL t22, R0
- 31: INCEIPL $4
-
- 0x25478598: 90030174 stw r0,372(r3)
- 32: GETL R0, t24
- 33: GETL R3, t26
- 34: ADDL $0x174, t26
- 35: STL t24, (t26)
- 36: INCEIPL $4
-
- 0x2547859C: 38210010 addi r1,r1,16
- 37: GETL R1, t28
- 38: ADDL $0x10, t28
- 39: PUTL t28, R1
- 40: INCEIPL $4
-
- 0x254785A0: 4E800020 blr
- 41: GETL LR, t30
- 42: JMPo-r t30 ($4)
-
-
-. 0 2547857C 40
-. 81 69 00 04 81 4B 00 00 38 8B 00 08 90 83 01 70 55 49 10 3A 91 43 01 6C 7C 04 4A 14 90 03 01 74 38 21 00 10 4E 80 00 20
-
-==== BB 85 (0x254719E0) approx BBs exec'd 0 ====
-
- 0x254719E0: 80FE04FC lwz r7,1276(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4FC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x254719E4: 80DE0500 lwz r6,1280(r30)
- 5: GETL R30, t4
- 6: ADDL $0x500, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R6
- 9: INCEIPL $4
-
- 0x254719E8: 3940FFFF li r10,-1
- 10: MOVL $0xFFFFFFFF, t8
- 11: PUTL t8, R10
- 12: INCEIPL $4
-
- 0x254719EC: 80BE04A4 lwz r5,1188(r30)
- 13: GETL R30, t10
- 14: ADDL $0x4A4, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R5
- 17: INCEIPL $4
-
- 0x254719F0: 39000001 li r8,1
- 18: MOVL $0x1, t14
- 19: PUTL t14, R8
- 20: INCEIPL $4
-
- 0x254719F4: 817E04C0 lwz r11,1216(r30)
- 21: GETL R30, t16
- 22: ADDL $0x4C0, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R11
- 25: INCEIPL $4
-
- 0x254719F8: 7F63DB78 or r3,r27,r27
- 26: GETL R27, t20
- 27: PUTL t20, R3
- 28: INCEIPL $4
-
- 0x254719FC: 809E0024 lwz r4,36(r30)
- 29: GETL R30, t22
- 30: ADDL $0x24, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R4
- 33: INCEIPL $4
-
- 0x25471A00: 915D03E4 stw r10,996(r29)
- 34: GETL R10, t26
- 35: GETL R29, t28
- 36: ADDL $0x3E4, t28
- 37: STL t26, (t28)
- 38: INCEIPL $4
-
- 0x25471A04: 939D01CC stw r28,460(r29)
- 39: GETL R28, t30
- 40: GETL R29, t32
- 41: ADDL $0x1CC, t32
- 42: STL t30, (t32)
- 43: INCEIPL $4
-
- 0x25471A08: 911D0330 stw r8,816(r29)
- 44: GETL R8, t34
- 45: GETL R29, t36
- 46: ADDL $0x330, t36
- 47: STL t34, (t36)
- 48: INCEIPL $4
-
- 0x25471A0C: 90FD0358 stw r7,856(r29)
- 49: GETL R7, t38
- 50: GETL R29, t40
- 51: ADDL $0x358, t40
- 52: STL t38, (t40)
- 53: INCEIPL $4
-
- 0x25471A10: 90DD035C stw r6,860(r29)
- 54: GETL R6, t42
- 55: GETL R29, t44
- 56: ADDL $0x35C, t44
- 57: STL t42, (t44)
- 58: INCEIPL $4
-
- 0x25471A14: 90BD0360 stw r5,864(r29)
- 59: GETL R5, t46
- 60: GETL R29, t48
- 61: ADDL $0x360, t48
- 62: STL t46, (t48)
- 63: INCEIPL $4
-
- 0x25471A18: 902B0000 stw r1,0(r11)
- 64: GETL R1, t50
- 65: GETL R11, t52
- 66: STL t50, (t52)
- 67: INCEIPL $4
-
- 0x25471A1C: 4800D629 bl 0x2547F044
- 68: MOVL $0x25471A20, t54
- 69: PUTL t54, LR
- 70: JMPo-c $0x2547F044 ($4)
-
-
-. 0 254719E0 64
-. 80 FE 04 FC 80 DE 05 00 39 40 FF FF 80 BE 04 A4 39 00 00 01 81 7E 04 C0 7F 63 DB 78 80 9E 00 24 91 5D 03 E4 93 9D 01 CC 91 1D 03 30 90 FD 03 58 90 DD 03 5C 90 BD 03 60 90 2B 00 00 48 00 D6 29
-
-==== BB 86 _dl_sysdep_start(0x2547F044) approx BBs exec'd 0 ====
-
- 0x2547F044: 7D8802A6 mflr r12
- 0: GETL LR, t0
- 1: PUTL t0, R12
- 2: INCEIPL $4
-
- 0x2547F048: 9421FDE0 stwu r1,-544(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFDE0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0x2547F04C: 38E30004 addi r7,r3,4
- 9: GETL R3, t6
- 10: ADDL $0x4, t6
- 11: PUTL t6, R7
- 12: INCEIPL $4
-
- 0x2547F050: 48017FB1 bl 0x25497000
- 13: MOVL $0x2547F054, t8
- 14: PUTL t8, LR
- 15: JMPo-c $0x25497000 ($4)
-
-
-. 0 2547F044 16
-. 7D 88 02 A6 94 21 FD E0 38 E3 00 04 48 01 7F B1
-
-==== BB 87 (0x2547F054) approx BBs exec'd 0 ====
-
- 0x2547F054: 93C10218 stw r30,536(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x218, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547F058: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x2547F05C: 91810224 stw r12,548(r1)
- 8: GETL R12, t6
- 9: GETL R1, t8
- 10: ADDL $0x224, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x2547F060: 81030000 lwz r8,0(r3)
- 13: GETL R3, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R8
- 16: INCEIPL $4
-
- 0x2547F064: 80BE04C0 lwz r5,1216(r30)
- 17: GETL R30, t14
- 18: ADDL $0x4C0, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R5
- 21: INCEIPL $4
-
- 0x2547F068: 5506103A rlwinm r6,r8,2,0,29
- 22: GETL R8, t18
- 23: SHLL $0x2, t18
- 24: PUTL t18, R6
- 25: INCEIPL $4
-
- 0x2547F06C: 813E04D4 lwz r9,1236(r30)
- 26: GETL R30, t20
- 27: ADDL $0x4D4, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R9
- 30: INCEIPL $4
-
- 0x2547F070: 7D463A14 add r10,r6,r7
- 31: GETL R6, t24
- 32: GETL R7, t26
- 33: ADDL t24, t26
- 34: PUTL t26, R10
- 35: INCEIPL $4
-
- 0x2547F074: 90650000 stw r3,0(r5)
- 36: GETL R3, t28
- 37: GETL R5, t30
- 38: STL t28, (t30)
- 39: INCEIPL $4
-
- 0x2547F078: 800A0004 lwz r0,4(r10)
- 40: GETL R10, t32
- 41: ADDL $0x4, t32
- 42: LDL (t32), t34
- 43: PUTL t34, R0
- 44: INCEIPL $4
-
- 0x2547F07C: 394A0004 addi r10,r10,4
- 45: GETL R10, t36
- 46: ADDL $0x4, t36
- 47: PUTL t36, R10
- 48: INCEIPL $4
-
- 0x2547F080: 807E04D0 lwz r3,1232(r30)
- 49: GETL R30, t38
- 50: ADDL $0x4D0, t38
- 51: LDL (t38), t40
- 52: PUTL t40, R3
- 53: INCEIPL $4
-
- 0x2547F084: 2F800000 cmpi cr7,r0,0
- 54: GETL R0, t42
- 55: CMP0L t42, t44 (-rSo)
- 56: ICRFL t44, $0x7, CR
- 57: INCEIPL $4
-
- 0x2547F088: 817E04B8 lwz r11,1208(r30)
- 58: GETL R30, t46
- 59: ADDL $0x4B8, t46
- 60: LDL (t46), t48
- 61: PUTL t48, R11
- 62: INCEIPL $4
-
- 0x2547F08C: 92A101F4 stw r21,500(r1)
- 63: GETL R21, t50
- 64: GETL R1, t52
- 65: ADDL $0x1F4, t52
- 66: STL t50, (t52)
- 67: INCEIPL $4
-
- 0x2547F090: 3AA00000 li r21,0
- 68: MOVL $0x0, t54
- 69: PUTL t54, R21
- 70: INCEIPL $4
-
- 0x2547F094: 92C101F8 stw r22,504(r1)
- 71: GETL R22, t56
- 72: GETL R1, t58
- 73: ADDL $0x1F8, t58
- 74: STL t56, (t58)
- 75: INCEIPL $4
-
- 0x2547F098: 3AC00000 li r22,0
- 76: MOVL $0x0, t60
- 77: PUTL t60, R22
- 78: INCEIPL $4
-
- 0x2547F09C: 92E101FC stw r23,508(r1)
- 79: GETL R23, t62
- 80: GETL R1, t64
- 81: ADDL $0x1FC, t64
- 82: STL t62, (t64)
- 83: INCEIPL $4
-
- 0x2547F0A0: 7C972378 or r23,r4,r4
- 84: GETL R4, t66
- 85: PUTL t66, R23
- 86: INCEIPL $4
-
- 0x2547F0A4: 93010200 stw r24,512(r1)
- 87: GETL R24, t68
- 88: GETL R1, t70
- 89: ADDL $0x200, t70
- 90: STL t68, (t70)
- 91: INCEIPL $4
-
- 0x2547F0A8: 3B000000 li r24,0
- 92: MOVL $0x0, t72
- 93: PUTL t72, R24
- 94: INCEIPL $4
-
- 0x2547F0AC: 93210204 stw r25,516(r1)
- 95: GETL R25, t74
- 96: GETL R1, t76
- 97: ADDL $0x204, t76
- 98: STL t74, (t76)
- 99: INCEIPL $4
-
- 0x2547F0B0: 3B200000 li r25,0
- 100: MOVL $0x0, t78
- 101: PUTL t78, R25
- 102: INCEIPL $4
-
- 0x2547F0B4: 93E1021C stw r31,540(r1)
- 103: GETL R31, t80
- 104: GETL R1, t82
- 105: ADDL $0x21C, t82
- 106: STL t80, (t82)
- 107: INCEIPL $4
-
- 0x2547F0B8: 3BE00000 li r31,0
- 108: MOVL $0x0, t84
- 109: PUTL t84, R31
- 110: INCEIPL $4
-
- 0x2547F0BC: 93410208 stw r26,520(r1)
- 111: GETL R26, t86
- 112: GETL R1, t88
- 113: ADDL $0x208, t88
- 114: STL t86, (t88)
- 115: INCEIPL $4
-
- 0x2547F0C0: 9361020C stw r27,524(r1)
- 116: GETL R27, t90
- 117: GETL R1, t92
- 118: ADDL $0x20C, t92
- 119: STL t90, (t92)
- 120: INCEIPL $4
-
- 0x2547F0C4: 93810210 stw r28,528(r1)
- 121: GETL R28, t94
- 122: GETL R1, t96
- 123: ADDL $0x210, t96
- 124: STL t94, (t96)
- 125: INCEIPL $4
-
- 0x2547F0C8: 93A10214 stw r29,532(r1)
- 126: GETL R29, t98
- 127: GETL R1, t100
- 128: ADDL $0x214, t100
- 129: STL t98, (t100)
- 130: INCEIPL $4
-
- 0x2547F0CC: 91030000 stw r8,0(r3)
- 131: GETL R8, t102
- 132: GETL R3, t104
- 133: STL t102, (t104)
- 134: INCEIPL $4
-
- 0x2547F0D0: 90E90000 stw r7,0(r9)
- 135: GETL R7, t106
- 136: GETL R9, t108
- 137: STL t106, (t108)
- 138: INCEIPL $4
-
- 0x2547F0D4: 914B0000 stw r10,0(r11)
- 139: GETL R10, t110
- 140: GETL R11, t112
- 141: STL t110, (t112)
- 142: INCEIPL $4
-
- 0x2547F0D8: 419E0010 bc 12,30,0x2547F0E8
- 143: Js30o $0x2547F0E8
-
-
-. 0 2547F054 136
-. 93 C1 02 18 7F C8 02 A6 91 81 02 24 81 03 00 00 80 BE 04 C0 55 06 10 3A 81 3E 04 D4 7D 46 3A 14 90 65 00 00 80 0A 00 04 39 4A 00 04 80 7E 04 D0 2F 80 00 00 81 7E 04 B8 92 A1 01 F4 3A A0 00 00 92 C1 01 F8 3A C0 00 00 92 E1 01 FC 7C 97 23 78 93 01 02 00 3B 00 00 00 93 21 02 04 3B 20 00 00 93 E1 02 1C 3B E0 00 00 93 41 02 08 93 61 02 0C 93 81 02 10 93 A1 02 14 91 03 00 00 90 E9 00 00 91 4B 00 00 41 9E 00 10
-
-==== BB 88 (0x2547F0DC) approx BBs exec'd 0 ====
-
- 0x2547F0DC: 848A0004 lwzu r4,4(r10)
- 0: GETL R10, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R10
- 3: LDL (t0), t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0x2547F0E0: 2F840000 cmpi cr7,r4,0
- 6: GETL R4, t4
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x7, CR
- 9: INCEIPL $4
-
- 0x2547F0E4: 409EFFF8 bc 4,30,0x2547F0DC
- 10: Jc30o $0x2547F0DC
-
-
-. 0 2547F0DC 12
-. 84 8A 00 04 2F 84 00 00 40 9E FF F8
-
-==== BB 89 (0x2547F0E8) approx BBs exec'd 0 ====
-
- 0x2547F0E8: 3B6A0013 addi r27,r10,19
- 0: GETL R10, t0
- 1: ADDL $0x13, t0
- 2: PUTL t0, R27
- 3: INCEIPL $4
-
- 0x2547F0EC: 380A0004 addi r0,r10,4
- 4: GETL R10, t2
- 5: ADDL $0x4, t2
- 6: PUTL t2, R0
- 7: INCEIPL $4
-
- 0x2547F0F0: 576B0036 rlwinm r11,r27,0,0,27
- 8: GETL R27, t4
- 9: ANDL $0xFFFFFFF0, t4
- 10: PUTL t4, R11
- 11: INCEIPL $4
-
- 0x2547F0F4: 834B0000 lwz r26,0(r11)
- 12: GETL R11, t6
- 13: LDL (t6), t8
- 14: PUTL t8, R26
- 15: INCEIPL $4
-
- 0x2547F0F8: 2F9A0010 cmpi cr7,r26,16
- 16: GETL R26, t10
- 17: MOVL $0x10, t14
- 18: CMPL t10, t14, t12 (-rSo)
- 19: ICRFL t12, $0x7, CR
- 20: INCEIPL $4
-
- 0x2547F0FC: 419D0008 bc 12,29,0x2547F104
- 21: Js29o $0x2547F104
-
-
-. 0 2547F0E8 24
-. 3B 6A 00 13 38 0A 00 04 57 6B 00 36 83 4B 00 00 2F 9A 00 10 41 9D 00 08
-
-==== BB 90 (0x2547F104) approx BBs exec'd 0 ====
-
- 0x2547F104: 7C080378 or r8,r0,r0
- 0: GETL R0, t0
- 1: PUTL t0, R8
- 2: INCEIPL $4
-
- 0x2547F108: 835E04F4 lwz r26,1268(r30)
- 3: GETL R30, t2
- 4: ADDL $0x4F4, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R26
- 7: INCEIPL $4
-
- 0x2547F10C: 81680000 lwz r11,0(r8)
- 8: GETL R8, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R11
- 11: INCEIPL $4
-
- 0x2547F110: 3B800000 li r28,0
- 12: MOVL $0x0, t10
- 13: PUTL t10, R28
- 14: INCEIPL $4
-
- 0x2547F114: 813E03EC lwz r9,1004(r30)
- 15: GETL R30, t12
- 16: ADDL $0x3EC, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0x2547F118: 2C0B0000 cmpi cr0,r11,0
- 20: GETL R11, t16
- 21: CMP0L t16, t18 (-rSo)
- 22: ICRFL t18, $0x0, CR
- 23: INCEIPL $4
-
- 0x2547F11C: 83BE04E0 lwz r29,1248(r30)
- 24: GETL R30, t20
- 25: ADDL $0x4E0, t20
- 26: LDL (t20), t22
- 27: PUTL t22, R29
- 28: INCEIPL $4
-
- 0x2547F120: 90090000 stw r0,0(r9)
- 29: GETL R0, t24
- 30: GETL R9, t26
- 31: STL t24, (t26)
- 32: INCEIPL $4
-
- 0x2547F124: 93A101E0 stw r29,480(r1)
- 33: GETL R29, t28
- 34: GETL R1, t30
- 35: ADDL $0x1E0, t30
- 36: STL t28, (t30)
- 37: INCEIPL $4
-
- 0x2547F128: 939A000C stw r28,12(r26)
- 38: GETL R28, t32
- 39: GETL R26, t34
- 40: ADDL $0xC, t34
- 41: STL t32, (t34)
- 42: INCEIPL $4
-
- 0x2547F12C: 4182004C bc 12,2,0x2547F178
- 43: Js02o $0x2547F178
-
-
-. 0 2547F104 44
-. 7C 08 03 78 83 5E 04 F4 81 68 00 00 3B 80 00 00 81 3E 03 EC 2C 0B 00 00 83 BE 04 E0 90 09 00 00 93 A1 01 E0 93 9A 00 0C 41 82 00 4C
-
-==== BB 91 (0x2547F130) approx BBs exec'd 0 ====
-
- 0x2547F130: 7D6A5B78 or r10,r11,r11
- 0: GETL R11, t0
- 1: PUTL t0, R10
- 2: INCEIPL $4
-
- 0x2547F134: 380AFFFD addi r0,r10,-3
- 3: GETL R10, t2
- 4: ADDL $0xFFFFFFFD, t2
- 5: PUTL t2, R0
- 6: INCEIPL $4
-
- 0x2547F138: 28800014 cmpli cr1,r0,20
- 7: GETL R0, t4
- 8: MOVL $0x14, t8
- 9: CMPUL t4, t8, t6 (-rSo)
- 10: ICRFL t6, $0x1, CR
- 11: INCEIPL $4
-
- 0x2547F13C: 41850024 bc 12,5,0x2547F160
- 12: Js05o $0x2547F160
-
-
-. 0 2547F130 16
-. 7D 6A 5B 78 38 0A FF FD 28 80 00 14 41 85 00 24
-
-==== BB 92 (0x2547F140) approx BBs exec'd 0 ====
-
- 0x2547F140: 817E03F4 lwz r11,1012(r30)
- 0: GETL R30, t0
- 1: ADDL $0x3F4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x2547F144: 5405103A rlwinm r5,r0,2,0,29
- 5: GETL R0, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x2547F148: 7C65582E lwzx r3,r5,r11
- 9: GETL R11, t6
- 10: GETL R5, t8
- 11: ADDL t8, t6
- 12: LDL (t6), t10
- 13: PUTL t10, R3
- 14: INCEIPL $4
-
- 0x2547F14C: 7CE35A14 add r7,r3,r11
- 15: GETL R3, t12
- 16: GETL R11, t14
- 17: ADDL t12, t14
- 18: PUTL t14, R7
- 19: INCEIPL $4
-
- 0x2547F150: 7CE903A6 mtctr r7
- 20: GETL R7, t16
- 21: PUTL t16, CTR
- 22: INCEIPL $4
-
- 0x2547F154: 4E800420 bctr
- 23: GETL CTR, t18
- 24: JMPo t18 ($4)
-
-
-. 0 2547F140 24
-. 81 7E 03 F4 54 05 10 3A 7C 65 58 2E 7C E3 5A 14 7C E9 03 A6 4E 80 04 20
-
-==== BB 93 (0x2547F160) approx BBs exec'd 0 ====
-
- 0x2547F160: 38A00001 li r5,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0x2547F164: 7CAB5030 slw r11,r5,r10
- 3: GETL R5, t4
- 4: GETL R10, t2
- 5: SHLL t2, t4
- 6: PUTL t4, R11
- 7: INCEIPL $4
-
- 0x2547F168: 85480008 lwzu r10,8(r8)
- 8: GETL R8, t6
- 9: ADDL $0x8, t6
- 10: PUTL t6, R8
- 11: LDL (t6), t8
- 12: PUTL t8, R10
- 13: INCEIPL $4
-
- 0x2547F16C: 7FFF5B78 or r31,r31,r11
- 14: GETL R31, t10
- 15: GETL R11, t12
- 16: ORL t12, t10
- 17: PUTL t10, R31
- 18: INCEIPL $4
-
- 0x2547F170: 2F8A0000 cmpi cr7,r10,0
- 19: GETL R10, t14
- 20: CMP0L t14, t16 (-rSo)
- 21: ICRFL t16, $0x7, CR
- 22: INCEIPL $4
-
- 0x2547F174: 409EFFC0 bc 4,30,0x2547F134
- 23: Jc30o $0x2547F134
-
-
-. 0 2547F160 24
-. 38 A0 00 01 7C AB 50 30 85 48 00 08 7F FF 5B 78 2F 8A 00 00 40 9E FF C0
-
-==== BB 94 (0x2547F134) approx BBs exec'd 0 ====
-
- 0x2547F134: 380AFFFD addi r0,r10,-3
- 0: GETL R10, t0
- 1: ADDL $0xFFFFFFFD, t0
- 2: PUTL t0, R0
- 3: INCEIPL $4
-
- 0x2547F138: 28800014 cmpli cr1,r0,20
- 4: GETL R0, t2
- 5: MOVL $0x14, t6
- 6: CMPUL t2, t6, t4 (-rSo)
- 7: ICRFL t4, $0x1, CR
- 8: INCEIPL $4
-
- 0x2547F13C: 41850024 bc 12,5,0x2547F160
- 9: Js05o $0x2547F160
-
-
-. 0 2547F134 12
-. 38 0A FF FD 28 80 00 14 41 85 00 24
-
-==== BB 95 (0x2547F3D4) approx BBs exec'd 0 ====
-
- 0x2547F3D4: 813E04F0 lwz r9,1264(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4F0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x2547F3D8: 2F090000 cmpi cr6,r9,0
- 5: GETL R9, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x2547F3DC: 41BAFD84 bc 13,26,0x2547F160
- 9: Js26o $0x2547F160
-
-
-. 0 2547F3D4 12
-. 81 3E 04 F0 2F 09 00 00 41 BA FD 84
-
-==== BB 96 (0x2547F3E0) approx BBs exec'd 0 ====
-
- 0x2547F3E0: 80680004 lwz r3,4(r8)
- 0: GETL R8, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x2547F3E4: 90690000 stw r3,0(r9)
- 5: GETL R3, t4
- 6: GETL R9, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0x2547F3E8: 81480000 lwz r10,0(r8)
- 9: GETL R8, t8
- 10: LDL (t8), t10
- 11: PUTL t10, R10
- 12: INCEIPL $4
-
- 0x2547F3EC: 38A00001 li r5,1
- 13: MOVL $0x1, t12
- 14: PUTL t12, R5
- 15: INCEIPL $4
-
- 0x2547F3F0: 7CAB5030 slw r11,r5,r10
- 16: GETL R5, t16
- 17: GETL R10, t14
- 18: SHLL t14, t16
- 19: PUTL t16, R11
- 20: INCEIPL $4
-
- 0x2547F3F4: 85480008 lwzu r10,8(r8)
- 21: GETL R8, t18
- 22: ADDL $0x8, t18
- 23: PUTL t18, R8
- 24: LDL (t18), t20
- 25: PUTL t20, R10
- 26: INCEIPL $4
-
- 0x2547F3F8: 7FFF5B78 or r31,r31,r11
- 27: GETL R31, t22
- 28: GETL R11, t24
- 29: ORL t24, t22
- 30: PUTL t22, R31
- 31: INCEIPL $4
-
- 0x2547F3FC: 2F8A0000 cmpi cr7,r10,0
- 32: GETL R10, t26
- 33: CMP0L t26, t28 (-rSo)
- 34: ICRFL t28, $0x7, CR
- 35: INCEIPL $4
-
- 0x2547F400: 409EFD34 bc 4,30,0x2547F134
- 36: Jc30o $0x2547F134
-
-
-. 0 2547F3E0 36
-. 80 68 00 04 90 69 00 00 81 48 00 00 38 A0 00 01 7C AB 50 30 85 48 00 08 7F FF 5B 78 2F 8A 00 00 40 9E FD 34
-
-==== BB 97 (0x2547F158) approx BBs exec'd 0 ====
-
- 0x2547F158: 83A80004 lwz r29,4(r8)
- 0: GETL R8, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0x2547F15C: 93BA003C stw r29,60(r26)
- 5: GETL R29, t4
- 6: GETL R26, t6
- 7: ADDL $0x3C, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0x2547F160: 38A00001 li r5,1
- 10: MOVL $0x1, t8
- 11: PUTL t8, R5
- 12: INCEIPL $4
-
- 0x2547F164: 7CAB5030 slw r11,r5,r10
- 13: GETL R5, t12
- 14: GETL R10, t10
- 15: SHLL t10, t12
- 16: PUTL t12, R11
- 17: INCEIPL $4
-
- 0x2547F168: 85480008 lwzu r10,8(r8)
- 18: GETL R8, t14
- 19: ADDL $0x8, t14
- 20: PUTL t14, R8
- 21: LDL (t14), t16
- 22: PUTL t16, R10
- 23: INCEIPL $4
-
- 0x2547F16C: 7FFF5B78 or r31,r31,r11
- 24: GETL R31, t18
- 25: GETL R11, t20
- 26: ORL t20, t18
- 27: PUTL t18, R31
- 28: INCEIPL $4
-
- 0x2547F170: 2F8A0000 cmpi cr7,r10,0
- 29: GETL R10, t22
- 30: CMP0L t22, t24 (-rSo)
- 31: ICRFL t24, $0x7, CR
- 32: INCEIPL $4
-
- 0x2547F174: 409EFFC0 bc 4,30,0x2547F134
- 33: Jc30o $0x2547F134
-
-
-. 0 2547F158 32
-. 83 A8 00 04 93 BA 00 3C 38 A0 00 01 7C AB 50 30 85 48 00 08 7F FF 5B 78 2F 8A 00 00 40 9E FF C0
-
-==== BB 98 (0x2547F4BC) approx BBs exec'd 0 ====
-
- 0x2547F4BC: 81480004 lwz r10,4(r8)
- 0: GETL R8, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x2547F4C0: 915A0004 stw r10,4(r26)
- 5: GETL R10, t4
- 6: GETL R26, t6
- 7: ADDL $0x4, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0x2547F4C4: 81480000 lwz r10,0(r8)
- 10: GETL R8, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R10
- 13: INCEIPL $4
-
- 0x2547F4C8: 4BFFFF24 b 0x2547F3EC
- 14: JMPo $0x2547F3EC ($4)
-
-
-. 0 2547F4BC 16
-. 81 48 00 04 91 5A 00 04 81 48 00 00 4B FF FF 24
-
-==== BB 99 (0x2547F3EC) approx BBs exec'd 0 ====
-
- 0x2547F3EC: 38A00001 li r5,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0x2547F3F0: 7CAB5030 slw r11,r5,r10
- 3: GETL R5, t4
- 4: GETL R10, t2
- 5: SHLL t2, t4
- 6: PUTL t4, R11
- 7: INCEIPL $4
-
- 0x2547F3F4: 85480008 lwzu r10,8(r8)
- 8: GETL R8, t6
- 9: ADDL $0x8, t6
- 10: PUTL t6, R8
- 11: LDL (t6), t8
- 12: PUTL t8, R10
- 13: INCEIPL $4
-
- 0x2547F3F8: 7FFF5B78 or r31,r31,r11
- 14: GETL R31, t10
- 15: GETL R11, t12
- 16: ORL t12, t10
- 17: PUTL t10, R31
- 18: INCEIPL $4
-
- 0x2547F3FC: 2F8A0000 cmpi cr7,r10,0
- 19: GETL R10, t14
- 20: CMP0L t14, t16 (-rSo)
- 21: ICRFL t16, $0x7, CR
- 22: INCEIPL $4
-
- 0x2547F400: 409EFD34 bc 4,30,0x2547F134
- 23: Jc30o $0x2547F134
-
-
-. 0 2547F3EC 24
-. 38 A0 00 01 7C AB 50 30 85 48 00 08 7F FF 5B 78 2F 8A 00 00 40 9E FD 34
-
-==== BB 100 (0x2547F418) approx BBs exec'd 0 ====
-
- 0x2547F418: 81280004 lwz r9,4(r8)
- 0: GETL R8, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x2547F41C: 913A001C stw r9,28(r26)
- 5: GETL R9, t4
- 6: GETL R26, t6
- 7: ADDL $0x1C, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0x2547F420: 81480000 lwz r10,0(r8)
- 10: GETL R8, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R10
- 13: INCEIPL $4
-
- 0x2547F424: 4BFFFFC8 b 0x2547F3EC
- 14: JMPo $0x2547F3EC ($4)
-
-
-. 0 2547F418 16
-. 81 28 00 04 91 3A 00 1C 81 48 00 00 4B FF FF C8
-
-==== BB 101 (0x2547F4EC) approx BBs exec'd 0 ====
-
- 0x2547F4EC: 38A00001 li r5,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0x2547F4F0: 82C80004 lwz r22,4(r8)
- 3: GETL R8, t2
- 4: ADDL $0x4, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R22
- 7: INCEIPL $4
-
- 0x2547F4F4: 7CAB5030 slw r11,r5,r10
- 8: GETL R5, t8
- 9: GETL R10, t6
- 10: SHLL t6, t8
- 11: PUTL t8, R11
- 12: INCEIPL $4
-
- 0x2547F4F8: 85480008 lwzu r10,8(r8)
- 13: GETL R8, t10
- 14: ADDL $0x8, t10
- 15: PUTL t10, R8
- 16: LDL (t10), t12
- 17: PUTL t12, R10
- 18: INCEIPL $4
-
- 0x2547F4FC: 7FFF5B78 or r31,r31,r11
- 19: GETL R31, t14
- 20: GETL R11, t16
- 21: ORL t16, t14
- 22: PUTL t14, R31
- 23: INCEIPL $4
-
- 0x2547F500: 2F8A0000 cmpi cr7,r10,0
- 24: GETL R10, t18
- 25: CMP0L t18, t20 (-rSo)
- 26: ICRFL t20, $0x7, CR
- 27: INCEIPL $4
-
- 0x2547F504: 409EFC30 bc 4,30,0x2547F134
- 28: Jc30o $0x2547F134
-
-
-. 0 2547F4EC 28
-. 38 A0 00 01 82 C8 00 04 7C AB 50 30 85 48 00 08 7F FF 5B 78 2F 8A 00 00 40 9E FC 30
-
-==== BB 102 (0x2547F4CC) approx BBs exec'd 0 ====
-
- 0x2547F4CC: 38A00001 li r5,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0x2547F4D0: 82A80004 lwz r21,4(r8)
- 3: GETL R8, t2
- 4: ADDL $0x4, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R21
- 7: INCEIPL $4
-
- 0x2547F4D4: 7CAB5030 slw r11,r5,r10
- 8: GETL R5, t8
- 9: GETL R10, t6
- 10: SHLL t6, t8
- 11: PUTL t8, R11
- 12: INCEIPL $4
-
- 0x2547F4D8: 85480008 lwzu r10,8(r8)
- 13: GETL R8, t10
- 14: ADDL $0x8, t10
- 15: PUTL t10, R8
- 16: LDL (t10), t12
- 17: PUTL t12, R10
- 18: INCEIPL $4
-
- 0x2547F4DC: 7FFF5B78 or r31,r31,r11
- 19: GETL R31, t14
- 20: GETL R11, t16
- 21: ORL t16, t14
- 22: PUTL t14, R31
- 23: INCEIPL $4
-
- 0x2547F4E0: 2F8A0000 cmpi cr7,r10,0
- 24: GETL R10, t18
- 25: CMP0L t18, t20 (-rSo)
- 26: ICRFL t20, $0x7, CR
- 27: INCEIPL $4
-
- 0x2547F4E4: 409EFC50 bc 4,30,0x2547F134
- 28: Jc30o $0x2547F134
-
-
-. 0 2547F4CC 28
-. 38 A0 00 01 82 A8 00 04 7C AB 50 30 85 48 00 08 7F FF 5B 78 2F 8A 00 00 40 9E FC 50
-
-==== BB 103 (0x2547F494) approx BBs exec'd 0 ====
-
- 0x2547F494: 80080004 lwz r0,4(r8)
- 0: GETL R8, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x2547F498: 38A00001 li r5,1
- 5: MOVL $0x1, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x2547F49C: 81480000 lwz r10,0(r8)
- 8: GETL R8, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R10
- 11: INCEIPL $4
-
- 0x2547F4A0: 900101E0 stw r0,480(r1)
- 12: GETL R0, t10
- 13: GETL R1, t12
- 14: ADDL $0x1E0, t12
- 15: STL t10, (t12)
- 16: INCEIPL $4
-
- 0x2547F4A4: 7CAB5030 slw r11,r5,r10
- 17: GETL R5, t16
- 18: GETL R10, t14
- 19: SHLL t14, t16
- 20: PUTL t16, R11
- 21: INCEIPL $4
-
- 0x2547F4A8: 85480008 lwzu r10,8(r8)
- 22: GETL R8, t18
- 23: ADDL $0x8, t18
- 24: PUTL t18, R8
- 25: LDL (t18), t20
- 26: PUTL t20, R10
- 27: INCEIPL $4
-
- 0x2547F4AC: 7FFF5B78 or r31,r31,r11
- 28: GETL R31, t22
- 29: GETL R11, t24
- 30: ORL t24, t22
- 31: PUTL t22, R31
- 32: INCEIPL $4
-
- 0x2547F4B0: 2F8A0000 cmpi cr7,r10,0
- 33: GETL R10, t26
- 34: CMP0L t26, t28 (-rSo)
- 35: ICRFL t28, $0x7, CR
- 36: INCEIPL $4
-
- 0x2547F4B4: 409EFC80 bc 4,30,0x2547F134
- 37: Jc30o $0x2547F134
-
-
-. 0 2547F494 36
-. 80 08 00 04 38 A0 00 01 81 48 00 00 90 01 01 E0 7C AB 50 30 85 48 00 08 7F FF 5B 78 2F 8A 00 00 40 9E FC 80
-
-==== BB 104 (0x2547F470) approx BBs exec'd 0 ====
-
- 0x2547F470: 38A00001 li r5,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0x2547F474: 80C80004 lwz r6,4(r8)
- 3: GETL R8, t2
- 4: ADDL $0x4, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R6
- 7: INCEIPL $4
-
- 0x2547F478: 7CAB5030 slw r11,r5,r10
- 8: GETL R5, t8
- 9: GETL R10, t6
- 10: SHLL t6, t8
- 11: PUTL t8, R11
- 12: INCEIPL $4
-
- 0x2547F47C: 85480008 lwzu r10,8(r8)
- 13: GETL R8, t10
- 14: ADDL $0x8, t10
- 15: PUTL t10, R8
- 16: LDL (t10), t12
- 17: PUTL t12, R10
- 18: INCEIPL $4
-
- 0x2547F480: 7F393278 xor r25,r25,r6
- 19: GETL R25, t14
- 20: GETL R6, t16
- 21: XORL t14, t16
- 22: PUTL t16, R25
- 23: INCEIPL $4
-
- 0x2547F484: 7FFF5B78 or r31,r31,r11
- 24: GETL R31, t18
- 25: GETL R11, t20
- 26: ORL t20, t18
- 27: PUTL t18, R31
- 28: INCEIPL $4
-
- 0x2547F488: 2F8A0000 cmpi cr7,r10,0
- 29: GETL R10, t22
- 30: CMP0L t22, t24 (-rSo)
- 31: ICRFL t24, $0x7, CR
- 32: INCEIPL $4
-
- 0x2547F48C: 409EFCA8 bc 4,30,0x2547F134
- 33: Jc30o $0x2547F134
-
-
-. 0 2547F470 32
-. 38 A0 00 01 80 C8 00 04 7C AB 50 30 85 48 00 08 7F 39 32 78 7F FF 5B 78 2F 8A 00 00 40 9E FC A8
-
-==== BB 105 (0x2547F44C) approx BBs exec'd 0 ====
-
- 0x2547F44C: 38A00001 li r5,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0x2547F450: 81880004 lwz r12,4(r8)
- 3: GETL R8, t2
- 4: ADDL $0x4, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R12
- 7: INCEIPL $4
-
- 0x2547F454: 7CAB5030 slw r11,r5,r10
- 8: GETL R5, t8
- 9: GETL R10, t6
- 10: SHLL t6, t8
- 11: PUTL t8, R11
- 12: INCEIPL $4
-
- 0x2547F458: 85480008 lwzu r10,8(r8)
- 13: GETL R8, t10
- 14: ADDL $0x8, t10
- 15: PUTL t10, R8
- 16: LDL (t10), t12
- 17: PUTL t12, R10
- 18: INCEIPL $4
-
- 0x2547F45C: 7F186278 xor r24,r24,r12
- 19: GETL R24, t14
- 20: GETL R12, t16
- 21: XORL t14, t16
- 22: PUTL t16, R24
- 23: INCEIPL $4
-
- 0x2547F460: 7FFF5B78 or r31,r31,r11
- 24: GETL R31, t18
- 25: GETL R11, t20
- 26: ORL t20, t18
- 27: PUTL t18, R31
- 28: INCEIPL $4
-
- 0x2547F464: 2F8A0000 cmpi cr7,r10,0
- 29: GETL R10, t22
- 30: CMP0L t22, t24 (-rSo)
- 31: ICRFL t24, $0x7, CR
- 32: INCEIPL $4
-
- 0x2547F468: 409EFCCC bc 4,30,0x2547F134
- 33: Jc30o $0x2547F134
-
-
-. 0 2547F44C 32
-. 38 A0 00 01 81 88 00 04 7C AB 50 30 85 48 00 08 7F 18 62 78 7F FF 5B 78 2F 8A 00 00 40 9E FC CC
-
-==== BB 106 (0x2547F3A4) approx BBs exec'd 0 ====
-
- 0x2547F3A4: 83680004 lwz r27,4(r8)
- 0: GETL R8, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R27
- 4: INCEIPL $4
-
- 0x2547F3A8: 38A00001 li r5,1
- 5: MOVL $0x1, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x2547F3AC: 809E04B4 lwz r4,1204(r30)
- 8: GETL R30, t6
- 9: ADDL $0x4B4, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R4
- 12: INCEIPL $4
-
- 0x2547F3B0: 3BE0FFFF li r31,-1
- 13: MOVL $0xFFFFFFFF, t10
- 14: PUTL t10, R31
- 15: INCEIPL $4
-
- 0x2547F3B4: 81480000 lwz r10,0(r8)
- 16: GETL R8, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R10
- 19: INCEIPL $4
-
- 0x2547F3B8: 93640000 stw r27,0(r4)
- 20: GETL R27, t16
- 21: GETL R4, t18
- 22: STL t16, (t18)
- 23: INCEIPL $4
-
- 0x2547F3BC: 7CAB5030 slw r11,r5,r10
- 24: GETL R5, t22
- 25: GETL R10, t20
- 26: SHLL t20, t22
- 27: PUTL t22, R11
- 28: INCEIPL $4
-
- 0x2547F3C0: 85480008 lwzu r10,8(r8)
- 29: GETL R8, t24
- 30: ADDL $0x8, t24
- 31: PUTL t24, R8
- 32: LDL (t24), t26
- 33: PUTL t26, R10
- 34: INCEIPL $4
-
- 0x2547F3C4: 7FFF5B78 or r31,r31,r11
- 35: GETL R31, t28
- 36: GETL R11, t30
- 37: ORL t30, t28
- 38: PUTL t28, R31
- 39: INCEIPL $4
-
- 0x2547F3C8: 2F8A0000 cmpi cr7,r10,0
- 40: GETL R10, t32
- 41: CMP0L t32, t34 (-rSo)
- 42: ICRFL t34, $0x7, CR
- 43: INCEIPL $4
-
- 0x2547F3CC: 409EFD68 bc 4,30,0x2547F134
- 44: Jc30o $0x2547F134
-
-
-. 0 2547F3A4 44
-. 83 68 00 04 38 A0 00 01 80 9E 04 B4 3B E0 FF FF 81 48 00 00 93 64 00 00 7C AB 50 30 85 48 00 08 7F FF 5B 78 2F 8A 00 00 40 9E FD 68
-
-==== BB 107 (0x2547F3D0) approx BBs exec'd 0 ====
-
- 0x2547F3D0: 4BFFFDA8 b 0x2547F178
- 0: JMPo $0x2547F178 ($4)
-
-
-. 0 2547F3D0 4
-. 4B FF FD A8
-
-==== BB 108 (0x2547F178) approx BBs exec'd 0 ====
-
- 0x2547F178: 38610050 addi r3,r1,80
- 0: GETL R1, t0
- 1: ADDL $0x50, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0x2547F17C: 4800364D bl 0x254827C8
- 4: MOVL $0x2547F180, t2
- 5: PUTL t2, LR
- 6: JMPo-c $0x254827C8 ($4)
-
-
-. 0 2547F178 8
-. 38 61 00 50 48 00 36 4D
-
-==== BB 109 uname(0x254827C8) approx BBs exec'd 0 ====
-
- 0x254827C8: 3800007A li r0,122
- 0: MOVL $0x7A, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x254827CC: 44000002 sc
- 3: JMPo-sys $0x254827D0 ($4)
-
-
-. 0 254827C8 8
-. 38 00 00 7A 44 00 00 02
-
-==== BB 110 (0x254827D0) approx BBs exec'd 0 ====
-
- 0x254827D0: 4CA30020 bclr 5,3
- 0: GETL LR, t0
- 1: Jc03o-r t0
-
-
-. 0 254827D0 4
-. 4C A3 00 20
-
-==== BB 111 (0x2547F180) approx BBs exec'd 0 ====
-
- 0x2547F180: 2C030000 cmpi cr0,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0x2547F184: 3BA10010 addi r29,r1,16
- 4: GETL R1, t4
- 5: ADDL $0x10, t4
- 6: PUTL t4, R29
- 7: INCEIPL $4
-
- 0x2547F188: 408201DC bc 4,2,0x2547F364
- 8: Jc02o $0x2547F364
-
-
-. 0 2547F180 12
-. 2C 03 00 00 3B A1 00 10 40 82 01 DC
-
-==== BB 112 (0x2547F18C) approx BBs exec'd 0 ====
-
- 0x2547F18C: 3BA100D2 addi r29,r1,210
- 0: GETL R1, t0
- 1: ADDL $0xD2, t0
- 2: PUTL t0, R29
- 3: INCEIPL $4
-
- 0x2547F190: 893D0000 lbz r9,0(r29)
- 4: GETL R29, t2
- 5: LDB (t2), t4
- 6: PUTL t4, R9
- 7: INCEIPL $4
-
- 0x2547F194: 7FA3EB78 or r3,r29,r29
- 8: GETL R29, t6
- 9: PUTL t6, R3
- 10: INCEIPL $4
-
- 0x2547F198: 38E00000 li r7,0
- 11: MOVL $0x0, t8
- 12: PUTL t8, R7
- 13: INCEIPL $4
-
- 0x2547F19C: 39000000 li r8,0
- 14: MOVL $0x0, t10
- 15: PUTL t10, R8
- 16: INCEIPL $4
-
- 0x2547F1A0: 3949FFD0 addi r10,r9,-48
- 17: GETL R9, t12
- 18: ADDL $0xFFFFFFD0, t12
- 19: PUTL t12, R10
- 20: INCEIPL $4
-
- 0x2547F1A4: 2B8A0009 cmpli cr7,r10,9
- 21: GETL R10, t14
- 22: MOVL $0x9, t18
- 23: CMPUL t14, t18, t16 (-rSo)
- 24: ICRFL t16, $0x7, CR
- 25: INCEIPL $4
-
- 0x2547F1A8: 419D0068 bc 12,29,0x2547F210
- 26: Js29o $0x2547F210
-
-
-. 0 2547F18C 32
-. 3B A1 00 D2 89 3D 00 00 7F A3 EB 78 38 E0 00 00 39 00 00 00 39 49 FF D0 2B 8A 00 09 41 9D 00 68
-
-==== BB 113 (0x2547F1AC) approx BBs exec'd 0 ====
-
- 0x2547F1AC: 89630001 lbz r11,1(r3)
- 0: GETL R3, t0
- 1: ADDL $0x1, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x2547F1B0: 3929FFD0 addi r9,r9,-48
- 5: GETL R9, t4
- 6: ADDL $0xFFFFFFD0, t4
- 7: PUTL t4, R9
- 8: INCEIPL $4
-
- 0x2547F1B4: 39430001 addi r10,r3,1
- 9: GETL R3, t6
- 10: ADDL $0x1, t6
- 11: PUTL t6, R10
- 12: INCEIPL $4
-
- 0x2547F1B8: 380BFFD0 addi r0,r11,-48
- 13: GETL R11, t8
- 14: ADDL $0xFFFFFFD0, t8
- 15: PUTL t8, R0
- 16: INCEIPL $4
-
- 0x2547F1BC: 2B800009 cmpli cr7,r0,9
- 17: GETL R0, t10
- 18: MOVL $0x9, t14
- 19: CMPUL t10, t14, t12 (-rSo)
- 20: ICRFL t12, $0x7, CR
- 21: INCEIPL $4
-
- 0x2547F1C0: 419D0020 bc 12,29,0x2547F1E0
- 22: Js29o $0x2547F1E0
-
-
-. 0 2547F1AC 24
-. 89 63 00 01 39 29 FF D0 39 43 00 01 38 0B FF D0 2B 80 00 09 41 9D 00 20
-
-==== BB 114 (0x2547F1E0) approx BBs exec'd 0 ====
-
- 0x2547F1E0: 2C8B002E cmpi cr1,r11,46
- 0: GETL R11, t0
- 1: MOVL $0x2E, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0x2547F1E4: 54FB402E rlwinm r27,r7,8,0,23
- 5: GETL R7, t6
- 6: SHLL $0x8, t6
- 7: PUTL t6, R27
- 8: INCEIPL $4
-
- 0x2547F1E8: 7F674B78 or r7,r27,r9
- 9: GETL R27, t8
- 10: GETL R9, t10
- 11: ORL t10, t8
- 12: PUTL t8, R7
- 13: INCEIPL $4
-
- 0x2547F1EC: 39080001 addi r8,r8,1
- 14: GETL R8, t12
- 15: ADDL $0x1, t12
- 16: PUTL t12, R8
- 17: INCEIPL $4
-
- 0x2547F1F0: 386A0001 addi r3,r10,1
- 18: GETL R10, t14
- 19: ADDL $0x1, t14
- 20: PUTL t14, R3
- 21: INCEIPL $4
-
- 0x2547F1F4: 40860014 bc 4,6,0x2547F208
- 22: Jc06o $0x2547F208
-
-
-. 0 2547F1E0 24
-. 2C 8B 00 2E 54 FB 40 2E 7F 67 4B 78 39 08 00 01 38 6A 00 01 40 86 00 14
-
-==== BB 115 (0x2547F1F8) approx BBs exec'd 0 ====
-
- 0x2547F1F8: 892A0001 lbz r9,1(r10)
- 0: GETL R10, t0
- 1: ADDL $0x1, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x2547F1FC: 3B89FFD0 addi r28,r9,-48
- 5: GETL R9, t4
- 6: ADDL $0xFFFFFFD0, t4
- 7: PUTL t4, R28
- 8: INCEIPL $4
-
- 0x2547F200: 281C0009 cmpli cr0,r28,9
- 9: GETL R28, t6
- 10: MOVL $0x9, t10
- 11: CMPUL t6, t10, t8 (-rSo)
- 12: ICRFL t8, $0x0, CR
- 13: INCEIPL $4
-
- 0x2547F204: 4081FFA8 bc 4,1,0x2547F1AC
- 14: Jc01o $0x2547F1AC
-
-
-. 0 2547F1F8 16
-. 89 2A 00 01 3B 89 FF D0 28 1C 00 09 40 81 FF A8
-
-==== BB 116 (0x2547F208) approx BBs exec'd 0 ====
-
- 0x2547F208: 2F080002 cmpi cr6,r8,2
- 0: GETL R8, t0
- 1: MOVL $0x2, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x6, CR
- 4: INCEIPL $4
-
- 0x2547F20C: 41990010 bc 12,25,0x2547F21C
- 5: Js25o $0x2547F21C
-
-
-. 0 2547F208 8
-. 2F 08 00 02 41 99 00 10
-
-==== BB 117 (0x2547F21C) approx BBs exec'd 0 ====
-
- 0x2547F21C: 3CA00002 lis r5,2
- 0: MOVL $0x20000, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0x2547F220: 60AB0204 ori r11,r5,0x204
- 3: MOVL $0x20204, t2
- 4: PUTL t2, R11
- 5: INCEIPL $4
-
- 0x2547F224: 7F875840 cmpl cr7,r7,r11
- 6: GETL R7, t4
- 7: GETL R11, t6
- 8: CMPUL t4, t6, t8 (-rSo)
- 9: ICRFL t8, $0x7, CR
- 10: INCEIPL $4
-
- 0x2547F228: 409D03B4 bc 4,29,0x2547F5DC
- 11: Jc29o $0x2547F5DC
-
-
-. 0 2547F21C 16
-. 3C A0 00 02 60 AB 02 04 7F 87 58 40 40 9D 03 B4
-
-==== BB 118 (0x2547F22C) approx BBs exec'd 0 ====
-
- 0x2547F22C: 90FA0008 stw r7,8(r26)
- 0: GETL R7, t0
- 1: GETL R26, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547F230: 3880006E li r4,110
- 5: MOVL $0x6E, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0x2547F234: 48003BCD bl 0x25482E00
- 8: MOVL $0x2547F238, t6
- 9: PUTL t6, LR
- 10: JMPo-c $0x25482E00 ($4)
-
-
-. 0 2547F22C 12
-. 90 FA 00 08 38 80 00 6E 48 00 3B CD
-
-==== BB 119 strchr(0x25482E00) approx BBs exec'd 0 ====
-
- 0x25482E00: 5084442E rlwimi r4,r4,8,16,23
- 0: GETL R4, t0
- 1: GETL R4, t2
- 2: ROLL $0x8, t2
- 3: ANDL $0xFF00, t2
- 4: ANDL $0xFFFF00FF, t0
- 5: ORL t0, t2
- 6: PUTL t2, R4
- 7: INCEIPL $4
-
- 0x25482E04: 3960FFFF li r11,-1
- 8: MOVL $0xFFFFFFFF, t4
- 9: PUTL t4, R11
- 10: INCEIPL $4
-
- 0x25482E08: 5084801E rlwimi r4,r4,16,0,15
- 11: GETL R4, t6
- 12: GETL R4, t8
- 13: ROLL $0x10, t8
- 14: ANDL $0xFFFF0000, t8
- 15: ANDL $0xFFFF, t6
- 16: ORL t6, t8
- 17: PUTL t8, R4
- 18: INCEIPL $4
-
- 0x25482E0C: 546A1EF8 rlwinm r10,r3,3,27,28
- 19: GETL R3, t10
- 20: ROLL $0x3, t10
- 21: ANDL $0x18, t10
- 22: PUTL t10, R10
- 23: INCEIPL $4
-
- 0x25482E10: 3CC0FEFF lis r6,-257
- 24: MOVL $0xFEFF0000, t12
- 25: PUTL t12, R6
- 26: INCEIPL $4
-
- 0x25482E14: 3CE07F7F lis r7,32639
- 27: MOVL $0x7F7F0000, t14
- 28: PUTL t14, R7
- 29: INCEIPL $4
-
- 0x25482E18: 5468003A rlwinm r8,r3,0,0,29
- 30: GETL R3, t16
- 31: ANDL $0xFFFFFFFC, t16
- 32: PUTL t16, R8
- 33: INCEIPL $4
-
- 0x25482E1C: 38C6FEFF addi r6,r6,-257
- 34: MOVL $0xFEFEFEFF, t18
- 35: PUTL t18, R6
- 36: INCEIPL $4
-
- 0x25482E20: 38E77F7F addi r7,r7,32639
- 37: MOVL $0x7F7F7F7F, t20
- 38: PUTL t20, R7
- 39: INCEIPL $4
-
- 0x25482E24: 80A80000 lwz r5,0(r8)
- 40: GETL R8, t22
- 41: LDL (t22), t24
- 42: PUTL t24, R5
- 43: INCEIPL $4
-
- 0x25482E28: 7D6B5430 srw r11,r11,r10
- 44: GETL R11, t28
- 45: GETL R10, t26
- 46: SHRL t26, t28
- 47: PUTL t28, R11
- 48: INCEIPL $4
-
- 0x25482E2C: 7CA55B38 orc r5,r5,r11
- 49: GETL R5, t30
- 50: GETL R11, t32
- 51: NOTL t32
- 52: ORL t30, t32
- 53: PUTL t32, R5
- 54: INCEIPL $4
-
- 0x25482E30: 7C062A14 add r0,r6,r5
- 55: GETL R6, t34
- 56: GETL R5, t36
- 57: ADDL t34, t36
- 58: PUTL t36, R0
- 59: INCEIPL $4
-
- 0x25482E34: 7CE928F8 nor r9,r7,r5
- 60: GETL R7, t38
- 61: GETL R5, t40
- 62: ORL t40, t38
- 63: NOTL t38
- 64: PUTL t38, R9
- 65: INCEIPL $4
-
- 0x25482E38: 7C004839 and. r0,r0,r9
- 66: GETL R0, t42
- 67: GETL R9, t44
- 68: ANDL t42, t44
- 69: PUTL t44, R0
- 70: CMP0L t44, t46 (-rSo)
- 71: ICRFL t46, $0x0, CR
- 72: INCEIPL $4
-
- 0x25482E3C: 7C8C2A78 xor r12,r4,r5
- 73: GETL R4, t48
- 74: GETL R5, t50
- 75: XORL t48, t50
- 76: PUTL t50, R12
- 77: INCEIPL $4
-
- 0x25482E40: 7D8C5B38 orc r12,r12,r11
- 78: GETL R12, t52
- 79: GETL R11, t54
- 80: NOTL t54
- 81: ORL t52, t54
- 82: PUTL t54, R12
- 83: INCEIPL $4
-
- 0x25482E44: 48000020 b 0x25482E64
- 84: JMPo $0x25482E64 ($4)
-
-
-. 0 25482E00 72
-. 50 84 44 2E 39 60 FF FF 50 84 80 1E 54 6A 1E F8 3C C0 FE FF 3C E0 7F 7F 54 68 00 3A 38 C6 FE FF 38 E7 7F 7F 80 A8 00 00 7D 6B 54 30 7C A5 5B 38 7C 06 2A 14 7C E9 28 F8 7C 00 48 39 7C 8C 2A 78 7D 8C 5B 38 48 00 00 20
-
-==== BB 120 (0x25482E64) approx BBs exec'd 0 ====
-
- 0x25482E64: 7C066214 add r0,r6,r12
- 0: GETL R6, t0
- 1: GETL R12, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25482E68: 7CE960F8 nor r9,r7,r12
- 5: GETL R7, t4
- 6: GETL R12, t6
- 7: ORL t6, t4
- 8: NOTL t4
- 9: PUTL t4, R9
- 10: INCEIPL $4
-
- 0x25482E6C: 4182FFDC bc 12,2,0x25482E48
- 11: Js02o $0x25482E48
-
-
-. 0 25482E64 12
-. 7C 06 62 14 7C E9 60 F8 41 82 FF DC
-
-==== BB 121 (0x25482E48) approx BBs exec'd 0 ====
-
- 0x25482E48: 84A80004 lwzu r5,4(r8)
- 0: GETL R8, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R8
- 3: LDL (t0), t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0x25482E4C: 7C004839 and. r0,r0,r9
- 6: GETL R0, t4
- 7: GETL R9, t6
- 8: ANDL t4, t6
- 9: PUTL t6, R0
- 10: CMP0L t6, t8 (-rSo)
- 11: ICRFL t8, $0x0, CR
- 12: INCEIPL $4
-
- 0x25482E50: 7C062A14 add r0,r6,r5
- 13: GETL R6, t10
- 14: GETL R5, t12
- 15: ADDL t10, t12
- 16: PUTL t12, R0
- 17: INCEIPL $4
-
- 0x25482E54: 7CE928F8 nor r9,r7,r5
- 18: GETL R7, t14
- 19: GETL R5, t16
- 20: ORL t16, t14
- 21: NOTL t14
- 22: PUTL t14, R9
- 23: INCEIPL $4
-
- 0x25482E58: 4082005C bc 4,2,0x25482EB4
- 24: Jc02o $0x25482EB4
-
-
-. 0 25482E48 20
-. 84 A8 00 04 7C 00 48 39 7C 06 2A 14 7C E9 28 F8 40 82 00 5C
-
-==== BB 122 (0x25482E5C) approx BBs exec'd 0 ====
-
- 0x25482E5C: 7C004839 and. r0,r0,r9
- 0: GETL R0, t0
- 1: GETL R9, t2
- 2: ANDL t0, t2
- 3: PUTL t2, R0
- 4: CMP0L t2, t4 (-rSo)
- 5: ICRFL t4, $0x0, CR
- 6: INCEIPL $4
-
- 0x25482E60: 7C8C2A78 xor r12,r4,r5
- 7: GETL R4, t6
- 8: GETL R5, t8
- 9: XORL t6, t8
- 10: PUTL t8, R12
- 11: INCEIPL $4
-
- 0x25482E64: 7C066214 add r0,r6,r12
- 12: GETL R6, t10
- 13: GETL R12, t12
- 14: ADDL t10, t12
- 15: PUTL t12, R0
- 16: INCEIPL $4
-
- 0x25482E68: 7CE960F8 nor r9,r7,r12
- 17: GETL R7, t14
- 18: GETL R12, t16
- 19: ORL t16, t14
- 20: NOTL t14
- 21: PUTL t14, R9
- 22: INCEIPL $4
-
- 0x25482E6C: 4182FFDC bc 12,2,0x25482E48
- 23: Js02o $0x25482E48
-
-
-. 0 25482E5C 20
-. 7C 00 48 39 7C 8C 2A 78 7C 06 62 14 7C E9 60 F8 41 82 FF DC
-
-==== BB 123 (0x25482E70) approx BBs exec'd 0 ====
-
- 0x25482E70: 7C004839 and. r0,r0,r9
- 0: GETL R0, t0
- 1: GETL R9, t2
- 2: ANDL t0, t2
- 3: PUTL t2, R0
- 4: CMP0L t2, t4 (-rSo)
- 5: ICRFL t4, $0x0, CR
- 6: INCEIPL $4
-
- 0x25482E74: 38600000 li r3,0
- 7: MOVL $0x0, t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0x25482E78: 4D820020 bclr 12,2
- 10: GETL LR, t8
- 11: Js02o-r t8
-
-
-. 0 25482E70 12
-. 7C 00 48 39 38 60 00 00 4D 82 00 20
-
-==== BB 124 (0x2547F238) approx BBs exec'd 0 ====
-
- 0x2547F238: 2C830000 cmpi cr1,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0x2547F23C: 418602F4 bc 12,6,0x2547F530
- 4: Js06o $0x2547F530
-
-
-. 0 2547F238 8
-. 2C 83 00 00 41 86 02 F4
-
-==== BB 125 (0x2547F530) approx BBs exec'd 0 ====
-
- 0x2547F530: 813A0008 lwz r9,8(r26)
- 0: GETL R26, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x2547F534: 3C000002 lis r0,2
- 5: MOVL $0x20000, t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0x2547F538: 60030544 ori r3,r0,0x544
- 8: MOVL $0x20544, t6
- 9: PUTL t6, R3
- 10: INCEIPL $4
-
- 0x2547F53C: 7C891840 cmpl cr1,r9,r3
- 11: GETL R9, t8
- 12: GETL R3, t10
- 13: CMPUL t8, t10, t12 (-rSo)
- 14: ICRFL t12, $0x1, CR
- 15: INCEIPL $4
-
- 0x2547F540: 41A5FD24 bc 13,5,0x2547F264
- 16: Js05o $0x2547F264
-
-
-. 0 2547F530 20
-. 81 3A 00 08 3C 00 00 02 60 03 05 44 7C 89 18 40 41 A5 FD 24
-
-==== BB 126 (0x2547F264) approx BBs exec'd 0 ====
-
- 0x2547F264: 2F1FFFFF cmpi cr6,r31,-1
- 0: GETL R31, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x6, CR
- 4: INCEIPL $4
-
- 0x2547F268: 83BE04B4 lwz r29,1204(r30)
- 5: GETL R30, t6
- 6: ADDL $0x4B4, t6
- 7: LDL (t6), t8
- 8: PUTL t8, R29
- 9: INCEIPL $4
-
- 0x2547F26C: 419A0030 bc 12,26,0x2547F29C
- 10: Js26o $0x2547F29C
-
-
-. 0 2547F264 12
-. 2F 1F FF FF 83 BE 04 B4 41 9A 00 30
-
-==== BB 127 (0x2547F29C) approx BBs exec'd 0 ====
-
- 0x2547F29C: 831A0004 lwz r24,4(r26)
- 0: GETL R26, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R24
- 4: INCEIPL $4
-
- 0x2547F2A0: 2F980000 cmpi cr7,r24,0
- 5: GETL R24, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x2547F2A4: 409E000C bc 4,30,0x2547F2B0
- 9: Jc30o $0x2547F2B0
-
-
-. 0 2547F29C 12
-. 83 1A 00 04 2F 98 00 00 40 9E 00 0C
-
-==== BB 128 (0x2547F2B0) approx BBs exec'd 0 ====
-
- 0x2547F2B0: 38600000 li r3,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x2547F2B4: 839E0500 lwz r28,1280(r30)
- 3: GETL R30, t2
- 4: ADDL $0x500, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R28
- 7: INCEIPL $4
-
- 0x2547F2B8: 48001119 bl 0x254803D0
- 8: MOVL $0x2547F2BC, t6
- 9: PUTL t6, LR
- 10: JMPo-c $0x254803D0 ($4)
-
-
-. 0 2547F2B0 12
-. 38 60 00 00 83 9E 05 00 48 00 11 19
-
-==== BB 129 brk(0x254803D0) approx BBs exec'd 0 ====
-
- 0x254803D0: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x254803D4: 90610008 stw r3,8(r1)
- 6: GETL R3, t4
- 7: GETL R1, t6
- 8: ADDL $0x8, t6
- 9: STL t4, (t6)
- 10: INCEIPL $4
-
- 0x254803D8: 3800002D li r0,45
- 11: MOVL $0x2D, t8
- 12: PUTL t8, R0
- 13: INCEIPL $4
-
- 0x254803DC: 44000002 sc
- 14: JMPo-sys $0x254803E0 ($4)
-
-
-. 0 254803D0 16
-. 94 21 FF F0 90 61 00 08 38 00 00 2D 44 00 00 02
-
-==== BB 130 (0x254803E0) approx BBs exec'd 0 ====
-
- 0x254803E0: 80C10008 lwz r6,8(r1)
- 0: GETL R1, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x254803E4: 7C8802A6 mflr r4
- 5: GETL LR, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0x254803E8: 48016C19 bl 0x25497000
- 8: MOVL $0x254803EC, t6
- 9: PUTL t6, LR
- 10: JMPo-c $0x25497000 ($4)
-
-
-. 0 254803E0 12
-. 80 C1 00 08 7C 88 02 A6 48 01 6C 19
-
-==== BB 131 (0x254803EC) approx BBs exec'd 0 ====
-
- 0x254803EC: 7CA802A6 mflr r5
- 0: GETL LR, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0x254803F0: 80A50504 lwz r5,1284(r5)
- 3: GETL R5, t2
- 4: ADDL $0x504, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x254803F4: 7C8803A6 mtlr r4
- 8: GETL R4, t6
- 9: PUTL t6, LR
- 10: INCEIPL $4
-
- 0x254803F8: 90650000 stw r3,0(r5)
- 11: GETL R3, t8
- 12: GETL R5, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x254803FC: 7C061840 cmpl cr0,r6,r3
- 15: GETL R6, t12
- 16: GETL R3, t14
- 17: CMPUL t12, t14, t16 (-rSo)
- 18: ICRFL t16, $0x0, CR
- 19: INCEIPL $4
-
- 0x25480400: 38210010 addi r1,r1,16
- 20: GETL R1, t18
- 21: ADDL $0x10, t18
- 22: PUTL t18, R1
- 23: INCEIPL $4
-
- 0x25480404: 38600000 li r3,0
- 24: MOVL $0x0, t20
- 25: PUTL t20, R3
- 26: INCEIPL $4
-
- 0x25480408: 4CA10020 bclr 5,1
- 27: GETL LR, t22
- 28: Jc01o-r t22
-
-
-. 0 254803EC 32
-. 7C A8 02 A6 80 A5 05 04 7C 88 03 A6 90 65 00 00 7C 06 18 40 38 21 00 10 38 60 00 00 4C A1 00 20
-
-==== BB 132 (0x2547F2BC) approx BBs exec'd 0 ====
-
- 0x2547F2BC: 813E0504 lwz r9,1284(r30)
- 0: GETL R30, t0
- 1: ADDL $0x504, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x2547F2C0: 809A0004 lwz r4,4(r26)
- 5: GETL R26, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R4
- 9: INCEIPL $4
-
- 0x2547F2C4: 81690000 lwz r11,0(r9)
- 10: GETL R9, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R11
- 13: INCEIPL $4
-
- 0x2547F2C8: 7F2400D0 neg r25,r4
- 14: GETL R4, t12
- 15: NEGL t12
- 16: PUTL t12, R25
- 17: INCEIPL $4
-
- 0x2547F2CC: 7C8BE040 cmpl cr1,r11,r28
- 18: GETL R11, t14
- 19: GETL R28, t16
- 20: CMPUL t14, t16, t18 (-rSo)
- 21: ICRFL t18, $0x1, CR
- 22: INCEIPL $4
-
- 0x2547F2D0: 7F645A14 add r27,r4,r11
- 23: GETL R4, t20
- 24: GETL R11, t22
- 25: ADDL t20, t22
- 26: PUTL t22, R27
- 27: INCEIPL $4
-
- 0x2547F2D4: 399BFFFF addi r12,r27,-1
- 28: GETL R27, t24
- 29: ADDL $0xFFFFFFFF, t24
- 30: PUTL t24, R12
- 31: INCEIPL $4
-
- 0x2547F2D8: 7D83C838 and r3,r12,r25
- 32: GETL R12, t26
- 33: GETL R25, t28
- 34: ANDL t26, t28
- 35: PUTL t28, R3
- 36: INCEIPL $4
-
- 0x2547F2DC: 408402D8 bc 4,4,0x2547F5B4
- 37: Jc04o $0x2547F5B4
-
-
-. 0 2547F2BC 36
-. 81 3E 05 04 80 9A 00 04 81 69 00 00 7F 24 00 D0 7C 8B E0 40 7F 64 5A 14 39 9B FF FF 7D 83 C8 38 40 84 02 D8
-
-==== BB 133 (0x2547F2E0) approx BBs exec'd 0 ====
-
- 0x2547F2E0: 807A000C lwz r3,12(r26)
- 0: GETL R26, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x2547F2E4: 2C030000 cmpi cr0,r3,0
- 5: GETL R3, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0x2547F2E8: 4182000C bc 12,2,0x2547F2F4
- 9: Js02o $0x2547F2F4
-
-
-. 0 2547F2E0 12
-. 80 7A 00 0C 2C 03 00 00 41 82 00 0C
-
-==== BB 134 (0x2547F2F4) approx BBs exec'd 0 ====
-
- 0x2547F2F4: 38600000 li r3,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x2547F2F8: 4800111D bl 0x25480414
- 3: MOVL $0x2547F2FC, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0x25480414 ($4)
-
-
-. 0 2547F2F4 8
-. 38 60 00 00 48 00 11 1D
-
-==== BB 135 sbrk(0x25480414) approx BBs exec'd 0 ====
-
- 0x25480414: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x25480418: 7C8802A6 mflr r4
- 6: GETL LR, t4
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0x2548041C: 48016BE5 bl 0x25497000
- 9: MOVL $0x25480420, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-. 0 25480414 12
-. 94 21 FF E0 7C 88 02 A6 48 01 6B E5
-
-==== BB 136 (0x25480420) approx BBs exec'd 0 ====
-
- 0x25480420: 93C10018 stw r30,24(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25480424: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x25480428: 93E1001C stw r31,28(r1)
- 8: GETL R31, t6
- 9: GETL R1, t8
- 10: ADDL $0x1C, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x2548042C: 90810024 stw r4,36(r1)
- 13: GETL R4, t10
- 14: GETL R1, t12
- 15: ADDL $0x24, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x25480430: 93A10014 stw r29,20(r1)
- 18: GETL R29, t14
- 19: GETL R1, t16
- 20: ADDL $0x14, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0x25480434: 7C7D1B78 or r29,r3,r3
- 23: GETL R3, t18
- 24: PUTL t18, R29
- 25: INCEIPL $4
-
- 0x25480438: 83FE0504 lwz r31,1284(r30)
- 26: GETL R30, t20
- 27: ADDL $0x504, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R31
- 30: INCEIPL $4
-
- 0x2548043C: 38600000 li r3,0
- 31: MOVL $0x0, t24
- 32: PUTL t24, R3
- 33: INCEIPL $4
-
- 0x25480440: 801F0000 lwz r0,0(r31)
- 34: GETL R31, t26
- 35: LDL (t26), t28
- 36: PUTL t28, R0
- 37: INCEIPL $4
-
- 0x25480444: 2F800000 cmpi cr7,r0,0
- 38: GETL R0, t30
- 39: CMP0L t30, t32 (-rSo)
- 40: ICRFL t32, $0x7, CR
- 41: INCEIPL $4
-
- 0x25480448: 419E003C bc 12,30,0x25480484
- 42: Js30o $0x25480484
-
-
-. 0 25480420 44
-. 93 C1 00 18 7F C8 02 A6 93 E1 00 1C 90 81 00 24 93 A1 00 14 7C 7D 1B 78 83 FE 05 04 38 60 00 00 80 1F 00 00 2F 80 00 00 41 9E 00 3C
-
-==== BB 137 (0x2548044C) approx BBs exec'd 0 ====
-
- 0x2548044C: 813E049C lwz r9,1180(r30)
- 0: GETL R30, t0
- 1: ADDL $0x49C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25480450: 80A90000 lwz r5,0(r9)
- 5: GETL R9, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R5
- 8: INCEIPL $4
-
- 0x25480454: 2C050000 cmpi cr0,r5,0
- 9: GETL R5, t8
- 10: CMP0L t8, t10 (-rSo)
- 11: ICRFL t10, $0x0, CR
- 12: INCEIPL $4
-
- 0x25480458: 4082002C bc 4,2,0x25480484
- 13: Jc02o $0x25480484
-
-
-. 0 2548044C 16
-. 81 3E 04 9C 80 A9 00 00 2C 05 00 00 40 82 00 2C
-
-==== BB 138 (0x2548045C) approx BBs exec'd 0 ====
-
- 0x2548045C: 2F1D0000 cmpi cr6,r29,0
- 0: GETL R29, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x25480460: 409A003C bc 4,26,0x2548049C
- 4: Jc26o $0x2548049C
-
-
-. 0 2548045C 8
-. 2F 1D 00 00 40 9A 00 3C
-
-==== BB 139 (0x25480464) approx BBs exec'd 0 ====
-
- 0x25480464: 807F0000 lwz r3,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0x25480468: 80C10024 lwz r6,36(r1)
- 4: GETL R1, t4
- 5: ADDL $0x24, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R6
- 8: INCEIPL $4
-
- 0x2548046C: 83A10014 lwz r29,20(r1)
- 9: GETL R1, t8
- 10: ADDL $0x14, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R29
- 13: INCEIPL $4
-
- 0x25480470: 83C10018 lwz r30,24(r1)
- 14: GETL R1, t12
- 15: ADDL $0x18, t12
- 16: LDL (t12), t14
- 17: PUTL t14, R30
- 18: INCEIPL $4
-
- 0x25480474: 7CC803A6 mtlr r6
- 19: GETL R6, t16
- 20: PUTL t16, LR
- 21: INCEIPL $4
-
- 0x25480478: 83E1001C lwz r31,28(r1)
- 22: GETL R1, t18
- 23: ADDL $0x1C, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R31
- 26: INCEIPL $4
-
- 0x2548047C: 38210020 addi r1,r1,32
- 27: GETL R1, t22
- 28: ADDL $0x20, t22
- 29: PUTL t22, R1
- 30: INCEIPL $4
-
- 0x25480480: 4E800020 blr
- 31: GETL LR, t24
- 32: JMPo-r t24 ($4)
-
-
-. 0 25480464 32
-. 80 7F 00 00 80 C1 00 24 83 A1 00 14 83 C1 00 18 7C C8 03 A6 83 E1 00 1C 38 21 00 20 4E 80 00 20
-
-==== BB 140 (0x2547F2FC) approx BBs exec'd 0 ====
-
- 0x2547F2FC: 7F83E000 cmp cr7,r3,r28
- 0: GETL R3, t0
- 1: GETL R28, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x7, CR
- 4: INCEIPL $4
-
- 0x2547F300: 419E02C4 bc 12,30,0x2547F5C4
- 5: Js30o $0x2547F5C4
-
-
-. 0 2547F2FC 8
-. 7F 83 E0 00 41 9E 02 C4
-
-==== BB 141 (0x2547F304) approx BBs exec'd 0 ====
-
- 0x2547F304: 80BD0000 lwz r5,0(r29)
- 0: GETL R29, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R5
- 3: INCEIPL $4
-
- 0x2547F308: 2C850000 cmpi cr1,r5,0
- 4: GETL R5, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x1, CR
- 7: INCEIPL $4
-
- 0x2547F30C: 408602A0 bc 4,6,0x2547F5AC
- 8: Jc06o $0x2547F5AC
-
-
-. 0 2547F304 12
-. 80 BD 00 00 2C 85 00 00 40 86 02 A0
-
-==== BB 142 (0x2547F310) approx BBs exec'd 0 ====
-
- 0x2547F310: 7EC3B378 or r3,r22,r22
- 0: GETL R22, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x2547F314: 7EE803A6 mtlr r23
- 3: GETL R23, t2
- 4: PUTL t2, LR
- 5: INCEIPL $4
-
- 0x2547F318: 7EA4AB78 or r4,r21,r21
- 6: GETL R21, t4
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0x2547F31C: 38A101E0 addi r5,r1,480
- 9: GETL R1, t6
- 10: ADDL $0x1E0, t6
- 11: PUTL t6, R5
- 12: INCEIPL $4
-
- 0x2547F320: 4E800021 blrl
- 13: GETL LR, t8
- 14: MOVL $0x2547F324, t10
- 15: PUTL t10, LR
- 16: JMPo-r t8 ($4)
-
-
-. 0 2547F310 20
-. 7E C3 B3 78 7E E8 03 A6 7E A4 AB 78 38 A1 01 E0 4E 80 00 21
-
-==== BB 143 dl_main(0x254721F0) approx BBs exec'd 0 ====
-
- 0x254721F0: 9421FF30 stwu r1,-208(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFF30, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x254721F4: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x254721F8: 48024E09 bl 0x25497000
- 9: MOVL $0x254721FC, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-. 0 254721F0 12
-. 94 21 FF 30 7C 08 02 A6 48 02 4E 09
-
-==== BB 144 (0x254721FC) approx BBs exec'd 0 ====
-
- 0x254721FC: 93C100C8 stw r30,200(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0xC8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25472200: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x25472204: 92010090 stw r16,144(r1)
- 8: GETL R16, t6
- 9: GETL R1, t8
- 10: ADDL $0x90, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x25472208: 900100D4 stw r0,212(r1)
- 13: GETL R0, t10
- 14: GETL R1, t12
- 15: ADDL $0xD4, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x2547220C: 7D600026 mfcr r11
- 18: GETL CR, t14
- 19: PUTL t14, R11
- 20: INCEIPL $4
-
- 0x25472210: 91C10088 stw r14,136(r1)
- 21: GETL R14, t16
- 22: GETL R1, t18
- 23: ADDL $0x88, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0x25472214: 821E04B4 lwz r16,1204(r30)
- 26: GETL R30, t20
- 27: ADDL $0x4B4, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R16
- 30: INCEIPL $4
-
- 0x25472218: 819E04B8 lwz r12,1208(r30)
- 31: GETL R30, t24
- 32: ADDL $0x4B8, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R12
- 35: INCEIPL $4
-
- 0x2547221C: 81500000 lwz r10,0(r16)
- 36: GETL R16, t28
- 37: LDL (t28), t30
- 38: PUTL t30, R10
- 39: INCEIPL $4
-
- 0x25472220: 81DE04C8 lwz r14,1224(r30)
- 40: GETL R30, t32
- 41: ADDL $0x4C8, t32
- 42: LDL (t32), t34
- 43: PUTL t34, R14
- 44: INCEIPL $4
-
- 0x25472224: 2F8A0000 cmpi cr7,r10,0
- 45: GETL R10, t36
- 46: CMP0L t36, t38 (-rSo)
- 47: ICRFL t38, $0x7, CR
- 48: INCEIPL $4
-
- 0x25472228: 813E0020 lwz r9,32(r30)
- 49: GETL R30, t40
- 50: ADDL $0x20, t40
- 51: LDL (t40), t42
- 52: PUTL t42, R9
- 53: INCEIPL $4
-
- 0x2547222C: 91610084 stw r11,132(r1)
- 54: GETL R11, t44
- 55: GETL R1, t46
- 56: ADDL $0x84, t46
- 57: STL t44, (t46)
- 58: INCEIPL $4
-
- 0x25472230: 811E04D8 lwz r8,1240(r30)
- 59: GETL R30, t48
- 60: ADDL $0x4D8, t48
- 61: LDL (t48), t50
- 62: PUTL t50, R8
- 63: INCEIPL $4
-
- 0x25472234: 816C0000 lwz r11,0(r12)
- 64: GETL R12, t52
- 65: LDL (t52), t54
- 66: PUTL t54, R11
- 67: INCEIPL $4
-
- 0x25472238: 80FE04B0 lwz r7,1200(r30)
- 68: GETL R30, t56
- 69: ADDL $0x4B0, t56
- 70: LDL (t56), t58
- 71: PUTL t58, R7
- 72: INCEIPL $4
-
- 0x2547223C: 80DE001C lwz r6,28(r30)
- 73: GETL R30, t60
- 74: ADDL $0x1C, t60
- 75: LDL (t60), t62
- 76: PUTL t62, R6
- 77: INCEIPL $4
-
- 0x25472240: 801E04A8 lwz r0,1192(r30)
- 78: GETL R30, t64
- 79: ADDL $0x4A8, t64
- 80: LDL (t64), t66
- 81: PUTL t66, R0
- 82: INCEIPL $4
-
- 0x25472244: 93E100CC stw r31,204(r1)
- 83: GETL R31, t68
- 84: GETL R1, t70
- 85: ADDL $0xCC, t70
- 86: STL t68, (t70)
- 87: INCEIPL $4
-
- 0x25472248: 7C3F0B78 or r31,r1,r1
- 88: GETL R1, t72
- 89: PUTL t72, R31
- 90: INCEIPL $4
-
- 0x2547224C: 91E1008C stw r15,140(r1)
- 91: GETL R15, t74
- 92: GETL R1, t76
- 93: ADDL $0x8C, t76
- 94: STL t74, (t76)
- 95: INCEIPL $4
-
- 0x25472250: 92410098 stw r18,152(r1)
- 96: GETL R18, t78
- 97: GETL R1, t80
- 98: ADDL $0x98, t80
- 99: STL t78, (t80)
- 100: INCEIPL $4
-
- 0x25472254: 3A400000 li r18,0
- 101: MOVL $0x0, t82
- 102: PUTL t82, R18
- 103: INCEIPL $4
-
- 0x25472258: 9261009C stw r19,156(r1)
- 104: GETL R19, t84
- 105: GETL R1, t86
- 106: ADDL $0x9C, t86
- 107: STL t84, (t86)
- 108: INCEIPL $4
-
- 0x2547225C: 3A600000 li r19,0
- 109: MOVL $0x0, t88
- 110: PUTL t88, R19
- 111: INCEIPL $4
-
- 0x25472260: 928100A0 stw r20,160(r1)
- 112: GETL R20, t90
- 113: GETL R1, t92
- 114: ADDL $0xA0, t92
- 115: STL t90, (t92)
- 116: INCEIPL $4
-
- 0x25472264: 3A800000 li r20,0
- 117: MOVL $0x0, t94
- 118: PUTL t94, R20
- 119: INCEIPL $4
-
- 0x25472268: 92A100A4 stw r21,164(r1)
- 120: GETL R21, t96
- 121: GETL R1, t98
- 122: ADDL $0xA4, t98
- 123: STL t96, (t98)
- 124: INCEIPL $4
-
- 0x2547226C: 3AA00000 li r21,0
- 125: MOVL $0x0, t100
- 126: PUTL t100, R21
- 127: INCEIPL $4
-
- 0x25472270: 92C100A8 stw r22,168(r1)
- 128: GETL R22, t102
- 129: GETL R1, t104
- 130: ADDL $0xA8, t104
- 131: STL t102, (t104)
- 132: INCEIPL $4
-
- 0x25472274: 7CB62B78 or r22,r5,r5
- 133: GETL R5, t106
- 134: PUTL t106, R22
- 135: INCEIPL $4
-
- 0x25472278: 92E100AC stw r23,172(r1)
- 136: GETL R23, t108
- 137: GETL R1, t110
- 138: ADDL $0xAC, t110
- 139: STL t108, (t110)
- 140: INCEIPL $4
-
- 0x2547227C: 7C972378 or r23,r4,r4
- 141: GETL R4, t112
- 142: PUTL t112, R23
- 143: INCEIPL $4
-
- 0x25472280: 930100B0 stw r24,176(r1)
- 144: GETL R24, t114
- 145: GETL R1, t116
- 146: ADDL $0xB0, t116
- 147: STL t114, (t116)
- 148: INCEIPL $4
-
- 0x25472284: 7C781B78 or r24,r3,r3
- 149: GETL R3, t118
- 150: PUTL t118, R24
- 151: INCEIPL $4
-
- 0x25472288: 932100B4 stw r25,180(r1)
- 152: GETL R25, t120
- 153: GETL R1, t122
- 154: ADDL $0xB4, t122
- 155: STL t120, (t122)
- 156: INCEIPL $4
-
- 0x2547228C: 3B200000 li r25,0
- 157: MOVL $0x0, t124
- 158: PUTL t124, R25
- 159: INCEIPL $4
-
- 0x25472290: 912E03FC stw r9,1020(r14)
- 160: GETL R9, t126
- 161: GETL R14, t128
- 162: ADDL $0x3FC, t128
- 163: STL t126, (t128)
- 164: INCEIPL $4
-
- 0x25472294: 92210094 stw r17,148(r1)
- 165: GETL R17, t130
- 166: GETL R1, t132
- 167: ADDL $0x94, t132
- 168: STL t130, (t132)
- 169: INCEIPL $4
-
- 0x25472298: 934100B8 stw r26,184(r1)
- 170: GETL R26, t134
- 171: GETL R1, t136
- 172: ADDL $0xB8, t136
- 173: STL t134, (t136)
- 174: INCEIPL $4
-
- 0x2547229C: 936100BC stw r27,188(r1)
- 175: GETL R27, t138
- 176: GETL R1, t140
- 177: ADDL $0xBC, t140
- 178: STL t138, (t140)
- 179: INCEIPL $4
-
- 0x254722A0: 938100C0 stw r28,192(r1)
- 180: GETL R28, t142
- 181: GETL R1, t144
- 182: ADDL $0xC0, t144
- 183: STL t142, (t144)
- 184: INCEIPL $4
-
- 0x254722A4: 93A100C4 stw r29,196(r1)
- 185: GETL R29, t146
- 186: GETL R1, t148
- 187: ADDL $0xC4, t148
- 188: STL t146, (t148)
- 189: INCEIPL $4
-
- 0x254722A8: 910E01B4 stw r8,436(r14)
- 190: GETL R8, t150
- 191: GETL R14, t152
- 192: ADDL $0x1B4, t152
- 193: STL t150, (t152)
- 194: INCEIPL $4
-
- 0x254722AC: 90EE042C stw r7,1068(r14)
- 195: GETL R7, t154
- 196: GETL R14, t156
- 197: ADDL $0x42C, t156
- 198: STL t154, (t156)
- 199: INCEIPL $4
-
- 0x254722B0: 90CE03F8 stw r6,1016(r14)
- 200: GETL R6, t158
- 201: GETL R14, t160
- 202: ADDL $0x3F8, t160
- 203: STL t158, (t160)
- 204: INCEIPL $4
-
- 0x254722B4: 900E0404 stw r0,1028(r14)
- 205: GETL R0, t162
- 206: GETL R14, t164
- 207: ADDL $0x404, t164
- 208: STL t162, (t164)
- 209: INCEIPL $4
-
- 0x254722B8: 917F0038 stw r11,56(r31)
- 210: GETL R11, t166
- 211: GETL R31, t168
- 212: ADDL $0x38, t168
- 213: STL t166, (t168)
- 214: INCEIPL $4
-
- 0x254722BC: 81FE04F4 lwz r15,1268(r30)
- 215: GETL R30, t170
- 216: ADDL $0x4F4, t170
- 217: LDL (t170), t172
- 218: PUTL t172, R15
- 219: INCEIPL $4
-
- 0x254722C0: 813E007C lwz r9,124(r30)
- 220: GETL R30, t174
- 221: ADDL $0x7C, t174
- 222: LDL (t174), t176
- 223: PUTL t176, R9
- 224: INCEIPL $4
-
- 0x254722C4: 419E0008 bc 12,30,0x254722CC
- 225: Js30o $0x254722CC
-
-
-. 0 254721FC 204
-. 93 C1 00 C8 7F C8 02 A6 92 01 00 90 90 01 00 D4 7D 60 00 26 91 C1 00 88 82 1E 04 B4 81 9E 04 B8 81 50 00 00 81 DE 04 C8 2F 8A 00 00 81 3E 00 20 91 61 00 84 81 1E 04 D8 81 6C 00 00 80 FE 04 B0 80 DE 00 1C 80 1E 04 A8 93 E1 00 CC 7C 3F 0B 78 91 E1 00 8C 92 41 00 98 3A 40 00 00 92 61 00 9C 3A 60 00 00 92 81 00 A0 3A 80 00 00 92 A1 00 A4 3A A0 00 00 92 C1 00 A8 7C B6 2B 78 92 E1 00 AC 7C 97 23 78 93 01 00 B0 7C 78 1B 78 93 21 00 B4 3B 20 00 00 91 2E 03 FC 92 21 00 94 93 41 00 B8 93 61 00 BC 93 81 00 C0 93 A1 00 C4 91 0E 01 B4 90 EE 04 2C 90 CE 03 F8 90 0E 04 04 91 7F 00 38 81 FE 04 F4 81 3E 00 7C 41 9E 00 08
-
-==== BB 145 (0x254722CC) approx BBs exec'd 0 ====
-
- 0x254722CC: 823E0040 lwz r17,64(r30)
- 0: GETL R30, t0
- 1: ADDL $0x40, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R17
- 4: INCEIPL $4
-
- 0x254722D0: 912F0054 stw r9,84(r15)
- 5: GETL R9, t4
- 6: GETL R15, t6
- 7: ADDL $0x54, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0x254722D4: 387F0038 addi r3,r31,56
- 10: GETL R31, t8
- 11: ADDL $0x38, t8
- 12: PUTL t8, R3
- 13: INCEIPL $4
-
- 0x254722D8: 4800D951 bl 0x2547FC28
- 14: MOVL $0x254722DC, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0x2547FC28 ($4)
-
-
-. 0 254722CC 16
-. 82 3E 00 40 91 2F 00 54 38 7F 00 38 48 00 D9 51
-
-==== BB 146 _dl_next_ld_env_entry(0x2547FC28) approx BBs exec'd 0 ====
-
- 0x2547FC28: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547FC2C: 39400000 li r10,0
- 6: MOVL $0x0, t4
- 7: PUTL t4, R10
- 8: INCEIPL $4
-
- 0x2547FC30: 81630000 lwz r11,0(r3)
- 9: GETL R3, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R11
- 12: INCEIPL $4
-
- 0x2547FC34: 812B0000 lwz r9,0(r11)
- 13: GETL R11, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R9
- 16: INCEIPL $4
-
- 0x2547FC38: 2F890000 cmpi cr7,r9,0
- 17: GETL R9, t14
- 18: CMP0L t14, t16 (-rSo)
- 19: ICRFL t16, $0x7, CR
- 20: INCEIPL $4
-
- 0x2547FC3C: 419E001C bc 12,30,0x2547FC58
- 21: Js30o $0x2547FC58
-
-
-. 0 2547FC28 24
-. 94 21 FF F0 39 40 00 00 81 63 00 00 81 2B 00 00 2F 89 00 00 41 9E 00 1C
-
-==== BB 147 (0x2547FC40) approx BBs exec'd 0 ====
-
- 0x2547FC40: 88090000 lbz r0,0(r9)
- 0: GETL R9, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0x2547FC44: 2C00004C cmpi cr0,r0,76
- 4: GETL R0, t4
- 5: MOVL $0x4C, t8
- 6: CMPL t4, t8, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0x2547FC48: 4182001C bc 12,2,0x2547FC64
- 9: Js02o $0x2547FC64
-
-
-. 0 2547FC40 12
-. 88 09 00 00 2C 00 00 4C 41 82 00 1C
-
-==== BB 148 (0x2547FC4C) approx BBs exec'd 0 ====
-
- 0x2547FC4C: 852B0004 lwzu r9,4(r11)
- 0: GETL R11, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R11
- 3: LDL (t0), t2
- 4: PUTL t2, R9
- 5: INCEIPL $4
-
- 0x2547FC50: 2F890000 cmpi cr7,r9,0
- 6: GETL R9, t4
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x7, CR
- 9: INCEIPL $4
-
- 0x2547FC54: 409EFFEC bc 4,30,0x2547FC40
- 10: Jc30o $0x2547FC40
-
-
-. 0 2547FC4C 12
-. 85 2B 00 04 2F 89 00 00 40 9E FF EC
-
-==== BB 149 (0x2547FC64) approx BBs exec'd 0 ====
-
- 0x2547FC64: 88890001 lbz r4,1(r9)
- 0: GETL R9, t0
- 1: ADDL $0x1, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x2547FC68: 2C840044 cmpi cr1,r4,68
- 5: GETL R4, t4
- 6: MOVL $0x44, t8
- 7: CMPL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x1, CR
- 9: INCEIPL $4
-
- 0x2547FC6C: 4086FFE0 bc 4,6,0x2547FC4C
- 10: Jc06o $0x2547FC4C
-
-
-. 0 2547FC64 12
-. 88 89 00 01 2C 84 00 44 40 86 FF E0
-
-==== BB 150 (0x2547FC70) approx BBs exec'd 0 ====
-
- 0x2547FC70: 88A90002 lbz r5,2(r9)
- 0: GETL R9, t0
- 1: ADDL $0x2, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x2547FC74: 2F05005F cmpi cr6,r5,95
- 5: GETL R5, t4
- 6: MOVL $0x5F, t8
- 7: CMPL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x6, CR
- 9: INCEIPL $4
-
- 0x2547FC78: 409AFFD4 bc 4,26,0x2547FC4C
- 10: Jc26o $0x2547FC4C
-
-
-. 0 2547FC70 12
-. 88 A9 00 02 2F 05 00 5F 40 9A FF D4
-
-==== BB 151 (0x2547FC7C) approx BBs exec'd 0 ====
-
- 0x2547FC7C: 38CB0004 addi r6,r11,4
- 0: GETL R11, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R6
- 3: INCEIPL $4
-
- 0x2547FC80: 39490003 addi r10,r9,3
- 4: GETL R9, t2
- 5: ADDL $0x3, t2
- 6: PUTL t2, R10
- 7: INCEIPL $4
-
- 0x2547FC84: 90C30000 stw r6,0(r3)
- 8: GETL R6, t4
- 9: GETL R3, t6
- 10: STL t4, (t6)
- 11: INCEIPL $4
-
- 0x2547FC88: 4BFFFFD0 b 0x2547FC58
- 12: JMPo $0x2547FC58 ($4)
-
-
-. 0 2547FC7C 16
-. 38 CB 00 04 39 49 00 03 90 C3 00 00 4B FF FF D0
-
-==== BB 152 (0x2547FC58) approx BBs exec'd 0 ====
-
- 0x2547FC58: 7D435378 or r3,r10,r10
- 0: GETL R10, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x2547FC5C: 38210010 addi r1,r1,16
- 3: GETL R1, t2
- 4: ADDL $0x10, t2
- 5: PUTL t2, R1
- 6: INCEIPL $4
-
- 0x2547FC60: 4E800020 blr
- 7: GETL LR, t4
- 8: JMPo-r t4 ($4)
-
-
-. 0 2547FC58 12
-. 7D 43 53 78 38 21 00 10 4E 80 00 20
-
-==== BB 153 (0x254722DC) approx BBs exec'd 0 ====
-
- 0x254722DC: 7C7D1B79 or. r29,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R29
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x254722E0: 41820064 bc 12,2,0x25472344
- 5: Js02o $0x25472344
-
-
-. 0 254722DC 8
-. 7C 7D 1B 79 41 82 00 64
-
-==== BB 154 (0x254722E4) approx BBs exec'd 0 ====
-
- 0x254722E4: 881D0000 lbz r0,0(r29)
- 0: GETL R29, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0x254722E8: 39600000 li r11,0
- 4: MOVL $0x0, t4
- 5: PUTL t4, R11
- 6: INCEIPL $4
-
- 0x254722EC: 7C090379 or. r9,r0,r0
- 7: GETL R0, t6
- 8: PUTL t6, R9
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x0, CR
- 11: INCEIPL $4
-
- 0x254722F0: 40A20018 bc 5,2,0x25472308
- 12: Jc02o $0x25472308
-
-
-. 0 254722E4 16
-. 88 1D 00 00 39 60 00 00 7C 09 03 79 40 A2 00 18
-
-==== BB 155 (0x25472308) approx BBs exec'd 0 ====
-
- 0x25472308: 2C89003D cmpi cr1,r9,61
- 0: GETL R9, t0
- 1: MOVL $0x3D, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0x2547230C: 4086FFEC bc 4,6,0x254722F8
- 5: Jc06o $0x254722F8
-
-
-. 0 25472308 8
-. 2C 89 00 3D 40 86 FF EC
-
-==== BB 156 (0x254722F8) approx BBs exec'd 0 ====
-
- 0x254722F8: 396B0001 addi r11,r11,1
- 0: GETL R11, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R11
- 3: INCEIPL $4
-
- 0x254722FC: 7C1D58AE lbzx r0,r29,r11
- 4: GETL R11, t2
- 5: GETL R29, t4
- 6: ADDL t4, t2
- 7: LDB (t2), t6
- 8: PUTL t6, R0
- 9: INCEIPL $4
-
- 0x25472300: 7C090379 or. r9,r0,r0
- 10: GETL R0, t8
- 11: PUTL t8, R9
- 12: CMP0L t8, t10 (-rSo)
- 13: ICRFL t10, $0x0, CR
- 14: INCEIPL $4
-
- 0x25472304: 4182000C bc 12,2,0x25472310
- 15: Js02o $0x25472310
-
-
-. 0 254722F8 16
-. 39 6B 00 01 7C 1D 58 AE 7C 09 03 79 41 82 00 0C
-
-==== BB 157 (0x25472310) approx BBs exec'd 0 ====
-
- 0x25472310: 2D80003D cmpi cr3,r0,61
- 0: GETL R0, t0
- 1: MOVL $0x3D, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x3, CR
- 4: INCEIPL $4
-
- 0x25472314: 408EFFC0 bc 4,14,0x254722D4
- 5: Jc14o $0x254722D4
-
-
-. 0 25472310 8
-. 2D 80 00 3D 40 8E FF C0
-
-==== BB 158 (0x25472318) approx BBs exec'd 0 ====
-
- 0x25472318: 380BFFFC addi r0,r11,-4
- 0: GETL R11, t0
- 1: ADDL $0xFFFFFFFC, t0
- 2: PUTL t0, R0
- 3: INCEIPL $4
-
- 0x2547231C: 2A000010 cmpli cr4,r0,16
- 4: GETL R0, t2
- 5: MOVL $0x10, t6
- 6: CMPUL t2, t6, t4 (-rSo)
- 7: ICRFL t4, $0x4, CR
- 8: INCEIPL $4
-
- 0x25472320: 41B1FFB4 bc 13,17,0x254722D4
- 9: Js17o $0x254722D4
-
-
-. 0 25472318 12
-. 38 0B FF FC 2A 00 00 10 41 B1 FF B4
-
-==== BB 159 (0x25472324) approx BBs exec'd 0 ====
-
- 0x25472324: 80BE0080 lwz r5,128(r30)
- 0: GETL R30, t0
- 1: ADDL $0x80, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x25472328: 541A103A rlwinm r26,r0,2,0,29
- 5: GETL R0, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R26
- 8: INCEIPL $4
-
- 0x2547232C: 7C9A282E lwzx r4,r26,r5
- 9: GETL R5, t6
- 10: GETL R26, t8
- 11: ADDL t8, t6
- 12: LDL (t6), t10
- 13: PUTL t10, R4
- 14: INCEIPL $4
-
- 0x25472330: 7C642A14 add r3,r4,r5
- 15: GETL R4, t12
- 16: GETL R5, t14
- 17: ADDL t12, t14
- 18: PUTL t14, R3
- 19: INCEIPL $4
-
- 0x25472334: 7C6903A6 mtctr r3
- 20: GETL R3, t16
- 21: PUTL t16, CTR
- 22: INCEIPL $4
-
- 0x25472338: 4E800420 bctr
- 23: GETL CTR, t18
- 24: JMPo t18 ($4)
-
-
-. 0 25472324 24
-. 80 BE 00 80 54 1A 10 3A 7C 9A 28 2E 7C 64 2A 14 7C 69 03 A6 4E 80 04 20
-
-==== BB 160 (0x25473248) approx BBs exec'd 0 ====
-
- 0x25473248: 809E00C4 lwz r4,196(r30)
- 0: GETL R30, t0
- 1: ADDL $0xC4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x2547324C: 7FA3EB78 or r3,r29,r29
- 5: GETL R29, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x25473250: 38A0000C li r5,12
- 8: MOVL $0xC, t6
- 9: PUTL t6, R5
- 10: INCEIPL $4
-
- 0x25473254: 48010045 bl 0x25483298
- 11: MOVL $0x25473258, t8
- 12: PUTL t8, LR
- 13: JMPo-c $0x25483298 ($4)
-
-
-. 0 25473248 16
-. 80 9E 00 C4 7F A3 EB 78 38 A0 00 0C 48 01 00 45
-
-==== BB 161 memcmp(0x25483298) approx BBs exec'd 0 ====
-
- 0x25483298: 2B85000F cmpli cr7,r5,15
- 0: GETL R5, t0
- 1: MOVL $0xF, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x2548329C: 9421FFE0 stwu r1,-32(r1)
- 5: GETL R1, t6
- 6: GETL R1, t8
- 7: ADDL $0xFFFFFFE0, t8
- 8: PUTL t8, R1
- 9: STL t6, (t8)
- 10: INCEIPL $4
-
- 0x254832A0: 93810010 stw r28,16(r1)
- 11: GETL R28, t10
- 12: GETL R1, t12
- 13: ADDL $0x10, t12
- 14: STL t10, (t12)
- 15: INCEIPL $4
-
- 0x254832A4: 7C6B1B78 or r11,r3,r3
- 16: GETL R3, t14
- 17: PUTL t14, R11
- 18: INCEIPL $4
-
- 0x254832A8: 93A10014 stw r29,20(r1)
- 19: GETL R29, t16
- 20: GETL R1, t18
- 21: ADDL $0x14, t18
- 22: STL t16, (t18)
- 23: INCEIPL $4
-
- 0x254832AC: 93C10018 stw r30,24(r1)
- 24: GETL R30, t20
- 25: GETL R1, t22
- 26: ADDL $0x18, t22
- 27: STL t20, (t22)
- 28: INCEIPL $4
-
- 0x254832B0: 93E1001C stw r31,28(r1)
- 29: GETL R31, t24
- 30: GETL R1, t26
- 31: ADDL $0x1C, t26
- 32: STL t24, (t26)
- 33: INCEIPL $4
-
- 0x254832B4: 409D00BC bc 4,29,0x25483370
- 34: Jc29o $0x25483370
-
-
-. 0 25483298 32
-. 2B 85 00 0F 94 21 FF E0 93 81 00 10 7C 6B 1B 78 93 A1 00 14 93 C1 00 18 93 E1 00 1C 40 9D 00 BC
-
-==== BB 162 (0x25483370) approx BBs exec'd 0 ====
-
- 0x25483370: 2C050000 cmpi cr0,r5,0
- 0: GETL R5, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0x25483374: 41820024 bc 12,2,0x25483398
- 4: Js02o $0x25483398
-
-
-. 0 25483370 8
-. 2C 05 00 00 41 82 00 24
-
-==== BB 163 (0x25483378) approx BBs exec'd 0 ====
-
- 0x25483378: 898B0000 lbz r12,0(r11)
- 0: GETL R11, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R12
- 3: INCEIPL $4
-
- 0x2548337C: 396B0001 addi r11,r11,1
- 4: GETL R11, t4
- 5: ADDL $0x1, t4
- 6: PUTL t4, R11
- 7: INCEIPL $4
-
- 0x25483380: 8BA40000 lbz r29,0(r4)
- 8: GETL R4, t6
- 9: LDB (t6), t8
- 10: PUTL t8, R29
- 11: INCEIPL $4
-
- 0x25483384: 38840001 addi r4,r4,1
- 12: GETL R4, t10
- 13: ADDL $0x1, t10
- 14: PUTL t10, R4
- 15: INCEIPL $4
-
- 0x25483388: 7C7D6051 subf. r3,r29,r12
- 16: GETL R29, t12
- 17: GETL R12, t14
- 18: SUBL t12, t14
- 19: PUTL t14, R3
- 20: CMP0L t14, t16 (-rSo)
- 21: ICRFL t16, $0x0, CR
- 22: INCEIPL $4
-
- 0x2548338C: 40820010 bc 4,2,0x2548339C
- 23: Jc02o $0x2548339C
-
-
-. 0 25483378 24
-. 89 8B 00 00 39 6B 00 01 8B A4 00 00 38 84 00 01 7C 7D 60 51 40 82 00 10
-
-==== BB 164 (0x25483390) approx BBs exec'd 0 ====
-
- 0x25483390: 34A5FFFF addic. r5,r5,-1
- 0: GETL R5, t0
- 1: ADCL $0xFFFFFFFF, t0 (-wCa)
- 2: PUTL t0, R5
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0x25483394: 4082FFE4 bc 4,2,0x25483378
- 6: Jc02o $0x25483378
-
-
-. 0 25483390 8
-. 34 A5 FF FF 40 82 FF E4
-
-==== BB 165 (0x25483398) approx BBs exec'd 0 ====
-
- 0x25483398: 38600000 li r3,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x2548339C: 83810010 lwz r28,16(r1)
- 3: GETL R1, t2
- 4: ADDL $0x10, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R28
- 7: INCEIPL $4
-
- 0x254833A0: 83A10014 lwz r29,20(r1)
- 8: GETL R1, t6
- 9: ADDL $0x14, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R29
- 12: INCEIPL $4
-
- 0x254833A4: 83C10018 lwz r30,24(r1)
- 13: GETL R1, t10
- 14: ADDL $0x18, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R30
- 17: INCEIPL $4
-
- 0x254833A8: 83E1001C lwz r31,28(r1)
- 18: GETL R1, t14
- 19: ADDL $0x1C, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R31
- 22: INCEIPL $4
-
- 0x254833AC: 38210020 addi r1,r1,32
- 23: GETL R1, t18
- 24: ADDL $0x20, t18
- 25: PUTL t18, R1
- 26: INCEIPL $4
-
- 0x254833B0: 4E800020 blr
- 27: GETL LR, t20
- 28: JMPo-r t20 ($4)
-
-
-. 0 25483398 28
-. 38 60 00 00 83 81 00 10 83 A1 00 14 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-
-==== BB 166 (0x25473258) approx BBs exec'd 0 ====
-
- 0x25473258: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x2547325C: 409E0428 bc 4,30,0x25473684
- 4: Jc30o $0x25473684
-
-
-. 0 25473258 8
-. 2F 83 00 00 40 9E 04 28
-
-==== BB 167 (0x25473260) approx BBs exec'd 0 ====
-
- 0x25473260: 813E004C lwz r9,76(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25473264: 381D000D addi r0,r29,13
- 5: GETL R29, t4
- 6: ADDL $0xD, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x25473268: 90090000 stw r0,0(r9)
- 9: GETL R0, t6
- 10: GETL R9, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x2547326C: 4BFFF068 b 0x254722D4
- 13: JMPo $0x254722D4 ($4)
-
-
-. 0 25473260 16
-. 81 3E 00 4C 38 1D 00 0D 90 09 00 00 4B FF F0 68
-
-==== BB 168 (0x254722D4) approx BBs exec'd 0 ====
-
- 0x254722D4: 387F0038 addi r3,r31,56
- 0: GETL R31, t0
- 1: ADDL $0x38, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0x254722D8: 4800D951 bl 0x2547FC28
- 4: MOVL $0x254722DC, t2
- 5: PUTL t2, LR
- 6: JMPo-c $0x2547FC28 ($4)
-
-
-. 0 254722D4 8
-. 38 7F 00 38 48 00 D9 51
-
-==== BB 169 (0x25473218) approx BBs exec'd 0 ====
-
- 0x25473218: 809E00C0 lwz r4,192(r30)
- 0: GETL R30, t0
- 1: ADDL $0xC0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x2547321C: 7FA3EB78 or r3,r29,r29
- 5: GETL R29, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x25473220: 38A00007 li r5,7
- 8: MOVL $0x7, t6
- 9: PUTL t6, R5
- 10: INCEIPL $4
-
- 0x25473224: 48010075 bl 0x25483298
- 11: MOVL $0x25473228, t8
- 12: PUTL t8, LR
- 13: JMPo-c $0x25483298 ($4)
-
-
-. 0 25473218 16
-. 80 9E 00 C0 7F A3 EB 78 38 A0 00 07 48 01 00 75
-
-==== BB 170 (0x2548339C) approx BBs exec'd 0 ====
-
- 0x2548339C: 83810010 lwz r28,16(r1)
- 0: GETL R1, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0x254833A0: 83A10014 lwz r29,20(r1)
- 5: GETL R1, t4
- 6: ADDL $0x14, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R29
- 9: INCEIPL $4
-
- 0x254833A4: 83C10018 lwz r30,24(r1)
- 10: GETL R1, t8
- 11: ADDL $0x18, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R30
- 14: INCEIPL $4
-
- 0x254833A8: 83E1001C lwz r31,28(r1)
- 15: GETL R1, t12
- 16: ADDL $0x1C, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R31
- 19: INCEIPL $4
-
- 0x254833AC: 38210020 addi r1,r1,32
- 20: GETL R1, t16
- 21: ADDL $0x20, t16
- 22: PUTL t16, R1
- 23: INCEIPL $4
-
- 0x254833B0: 4E800020 blr
- 24: GETL LR, t18
- 25: JMPo-r t18 ($4)
-
-
-. 0 2548339C 24
-. 83 81 00 10 83 A1 00 14 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-
-==== BB 171 (0x25473228) approx BBs exec'd 0 ====
-
- 0x25473228: 2C830000 cmpi cr1,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0x2547322C: 4086048C bc 4,6,0x254736B8
- 4: Jc06o $0x254736B8
-
-
-. 0 25473228 8
-. 2C 83 00 00 40 86 04 8C
-
-==== BB 172 (0x254736B8) approx BBs exec'd 0 ====
-
- 0x254736B8: 809E00E0 lwz r4,224(r30)
- 0: GETL R30, t0
- 1: ADDL $0xE0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x254736BC: 7FA3EB78 or r3,r29,r29
- 5: GETL R29, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x254736C0: 38A00007 li r5,7
- 8: MOVL $0x7, t6
- 9: PUTL t6, R5
- 10: INCEIPL $4
-
- 0x254736C4: 4800FBD5 bl 0x25483298
- 11: MOVL $0x254736C8, t8
- 12: PUTL t8, LR
- 13: JMPo-c $0x25483298 ($4)
-
-
-. 0 254736B8 16
-. 80 9E 00 E0 7F A3 EB 78 38 A0 00 07 48 00 FB D5
-
-==== BB 173 (0x254736C8) approx BBs exec'd 0 ====
-
- 0x254736C8: 2C030000 cmpi cr0,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0x254736CC: 40820088 bc 4,2,0x25473754
- 4: Jc02o $0x25473754
-
-
-. 0 254736C8 8
-. 2C 03 00 00 40 82 00 88
-
-==== BB 174 (0x254736D0) approx BBs exec'd 0 ====
-
- 0x254736D0: 38FD0008 addi r7,r29,8
- 0: GETL R29, t0
- 1: ADDL $0x8, t0
- 2: PUTL t0, R7
- 3: INCEIPL $4
-
- 0x254736D4: 90F10000 stw r7,0(r17)
- 4: GETL R7, t2
- 5: GETL R17, t4
- 6: STL t2, (t4)
- 7: INCEIPL $4
-
- 0x254736D8: 4BFFEBFC b 0x254722D4
- 8: JMPo $0x254722D4 ($4)
-
-
-. 0 254736D0 12
-. 38 FD 00 08 90 F1 00 00 4B FF EB FC
-
-==== BB 175 (0x25472344) approx BBs exec'd 0 ====
-
- 0x25472344: 83700000 lwz r27,0(r16)
- 0: GETL R16, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R27
- 3: INCEIPL $4
-
- 0x25472348: 933F0030 stw r25,48(r31)
- 4: GETL R25, t4
- 5: GETL R31, t6
- 6: ADDL $0x30, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0x2547234C: 2D9B0000 cmpi cr3,r27,0
- 9: GETL R27, t8
- 10: CMP0L t8, t10 (-rSo)
- 11: ICRFL t10, $0x3, CR
- 12: INCEIPL $4
-
- 0x25472350: 408E128C bc 4,14,0x254735DC
- 13: Jc14o $0x254735DC
-
-
-. 0 25472344 16
-. 83 70 00 00 93 3F 00 30 2D 9B 00 00 40 8E 12 8C
-
-==== BB 176 (0x25472354) approx BBs exec'd 0 ====
-
- 0x25472354: 813E0034 lwz r9,52(r30)
- 0: GETL R30, t0
- 1: ADDL $0x34, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25472358: 3014FFFF addic r0,r20,-1
- 5: GETL R20, t4
- 6: ADCL $0xFFFFFFFF, t4 (-wCa)
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x2547235C: 7F40A110 subfe r26,r0,r20
- 9: GETL R0, t6
- 10: GETL R20, t8
- 11: SBBL t6, t8 (-rCa-wCa)
- 12: PUTL t8, R26
- 13: INCEIPL $4
-
- 0x25472360: 83A90000 lwz r29,0(r9)
- 14: GETL R9, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R29
- 17: INCEIPL $4
-
- 0x25472364: 313DFFFF addic r9,r29,-1
- 18: GETL R29, t14
- 19: ADCL $0xFFFFFFFF, t14 (-wCa)
- 20: PUTL t14, R9
- 21: INCEIPL $4
-
- 0x25472368: 7F89E910 subfe r28,r9,r29
- 22: GETL R9, t16
- 23: GETL R29, t18
- 24: SBBL t16, t18 (-rCa-wCa)
- 25: PUTL t18, R28
- 26: INCEIPL $4
-
- 0x2547236C: 7F80D039 and. r0,r28,r26
- 27: GETL R28, t20
- 28: GETL R26, t22
- 29: ANDL t20, t22
- 30: PUTL t22, R0
- 31: CMP0L t22, t24 (-rSo)
- 32: ICRFL t24, $0x0, CR
- 33: INCEIPL $4
-
- 0x25472370: 40820B58 bc 4,2,0x25472EC8
- 34: Jc02o $0x25472EC8
-
-
-. 0 25472354 32
-. 81 3E 00 34 30 14 FF FF 7F 40 A1 10 83 A9 00 00 31 3D FF FF 7F 89 E9 10 7F 80 D0 39 40 82 0B 58
-
-==== BB 177 (0x25472374) approx BBs exec'd 0 ====
-
- 0x25472374: 83560000 lwz r26,0(r22)
- 0: GETL R22, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R26
- 3: INCEIPL $4
-
- 0x25472378: 80BE04E0 lwz r5,1248(r30)
- 4: GETL R30, t4
- 5: ADDL $0x4E0, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R5
- 8: INCEIPL $4
-
- 0x2547237C: 7D9A2800 cmp cr3,r26,r5
- 9: GETL R26, t8
- 10: GETL R5, t10
- 11: CMPL t8, t10, t12 (-rSo)
- 12: ICRFL t12, $0x3, CR
- 13: INCEIPL $4
-
- 0x25472380: 418E0940 bc 12,14,0x25472CC0
- 14: Js14o $0x25472CC0
-
-
-. 0 25472374 16
-. 83 56 00 00 80 BE 04 E0 7D 9A 28 00 41 8E 09 40
-
-==== BB 178 (0x25472384) approx BBs exec'd 0 ====
-
- 0x25472384: 807E0084 lwz r3,132(r30)
- 0: GETL R30, t0
- 1: ADDL $0x84, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x25472388: 38A00000 li r5,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x2547238C: 38C00000 li r6,0
- 8: MOVL $0x0, t6
- 9: PUTL t6, R6
- 10: INCEIPL $4
-
- 0x25472390: 38E00000 li r7,0
- 11: MOVL $0x0, t8
- 12: PUTL t8, R7
- 13: INCEIPL $4
-
- 0x25472394: 7C641B78 or r4,r3,r3
- 14: GETL R3, t10
- 15: PUTL t10, R4
- 16: INCEIPL $4
-
- 0x25472398: 39000000 li r8,0
- 17: MOVL $0x0, t12
- 18: PUTL t12, R8
- 19: INCEIPL $4
-
- 0x2547239C: 48006D59 bl 0x254790F4
- 20: MOVL $0x254723A0, t14
- 21: PUTL t14, LR
- 22: JMPo-c $0x254790F4 ($4)
-
-
-. 0 25472384 28
-. 80 7E 00 84 38 A0 00 00 38 C0 00 00 38 E0 00 00 7C 64 1B 78 39 00 00 00 48 00 6D 59
-
-==== BB 179 _dl_new_object(0x254790F4) approx BBs exec'd 0 ====
-
- 0x254790F4: 9421FFD0 stwu r1,-48(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFD0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x254790F8: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x254790FC: 4801DF05 bl 0x25497000
- 9: MOVL $0x25479100, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-. 0 254790F4 12
-. 94 21 FF D0 7C 08 02 A6 48 01 DF 05
-
-==== BB 180 (0x25479100) approx BBs exec'd 0 ====
-
- 0x25479100: 93C10028 stw r30,40(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x28, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25479104: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x25479108: 92C10008 stw r22,8(r1)
- 8: GETL R22, t6
- 9: GETL R1, t8
- 10: ADDL $0x8, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x2547910C: 92E1000C stw r23,12(r1)
- 13: GETL R23, t10
- 14: GETL R1, t12
- 15: ADDL $0xC, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x25479110: 7C771B78 or r23,r3,r3
- 18: GETL R3, t14
- 19: PUTL t14, R23
- 20: INCEIPL $4
-
- 0x25479114: 93010010 stw r24,16(r1)
- 21: GETL R24, t16
- 22: GETL R1, t18
- 23: ADDL $0x10, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0x25479118: 7C832378 or r3,r4,r4
- 26: GETL R4, t20
- 27: PUTL t20, R3
- 28: INCEIPL $4
-
- 0x2547911C: 93210014 stw r25,20(r1)
- 29: GETL R25, t22
- 30: GETL R1, t24
- 31: ADDL $0x14, t24
- 32: STL t22, (t24)
- 33: INCEIPL $4
-
- 0x25479120: 7CB82B78 or r24,r5,r5
- 34: GETL R5, t26
- 35: PUTL t26, R24
- 36: INCEIPL $4
-
- 0x25479124: 93410018 stw r26,24(r1)
- 37: GETL R26, t28
- 38: GETL R1, t30
- 39: ADDL $0x18, t30
- 40: STL t28, (t30)
- 41: INCEIPL $4
-
- 0x25479128: 7CF63B78 or r22,r7,r7
- 42: GETL R7, t32
- 43: PUTL t32, R22
- 44: INCEIPL $4
-
- 0x2547912C: 9361001C stw r27,28(r1)
- 45: GETL R27, t34
- 46: GETL R1, t36
- 47: ADDL $0x1C, t36
- 48: STL t34, (t36)
- 49: INCEIPL $4
-
- 0x25479130: 7C9A2378 or r26,r4,r4
- 50: GETL R4, t38
- 51: PUTL t38, R26
- 52: INCEIPL $4
-
- 0x25479134: 93810020 stw r28,32(r1)
- 53: GETL R28, t40
- 54: GETL R1, t42
- 55: ADDL $0x20, t42
- 56: STL t40, (t42)
- 57: INCEIPL $4
-
- 0x25479138: 7D194378 or r25,r8,r8
- 58: GETL R8, t44
- 59: PUTL t44, R25
- 60: INCEIPL $4
-
- 0x2547913C: 93E1002C stw r31,44(r1)
- 61: GETL R31, t46
- 62: GETL R1, t48
- 63: ADDL $0x2C, t48
- 64: STL t46, (t48)
- 65: INCEIPL $4
-
- 0x25479140: 7CDC3378 or r28,r6,r6
- 66: GETL R6, t50
- 67: PUTL t50, R28
- 68: INCEIPL $4
-
- 0x25479144: 90010034 stw r0,52(r1)
- 69: GETL R0, t52
- 70: GETL R1, t54
- 71: ADDL $0x34, t54
- 72: STL t52, (t54)
- 73: INCEIPL $4
-
- 0x25479148: 93A10024 stw r29,36(r1)
- 74: GETL R29, t56
- 75: GETL R1, t58
- 76: ADDL $0x24, t58
- 77: STL t56, (t58)
- 78: INCEIPL $4
-
- 0x2547914C: 48009E85 bl 0x25482FD0
- 79: MOVL $0x25479150, t60
- 80: PUTL t60, LR
- 81: JMPo-c $0x25482FD0 ($4)
-
-
-. 0 25479100 80
-. 93 C1 00 28 7F C8 02 A6 92 C1 00 08 92 E1 00 0C 7C 77 1B 78 93 01 00 10 7C 83 23 78 93 21 00 14 7C B8 2B 78 93 41 00 18 7C F6 3B 78 93 61 00 1C 7C 9A 23 78 93 81 00 20 7D 19 43 78 93 E1 00 2C 7C DC 33 78 90 01 00 34 93 A1 00 24 48 00 9E 85
-
-==== BB 181 strlen(0x25482FD0) approx BBs exec'd 0 ====
-
- 0x25482FD0: 5464003A rlwinm r4,r3,0,0,29
- 0: GETL R3, t0
- 1: ANDL $0xFFFFFFFC, t0
- 2: PUTL t0, R4
- 3: INCEIPL $4
-
- 0x25482FD4: 3CE07F7F lis r7,32639
- 4: MOVL $0x7F7F0000, t2
- 5: PUTL t2, R7
- 6: INCEIPL $4
-
- 0x25482FD8: 54651EF8 rlwinm r5,r3,3,27,28
- 7: GETL R3, t4
- 8: ROLL $0x3, t4
- 9: ANDL $0x18, t4
- 10: PUTL t4, R5
- 11: INCEIPL $4
-
- 0x25482FDC: 81040000 lwz r8,0(r4)
- 12: GETL R4, t6
- 13: LDL (t6), t8
- 14: PUTL t8, R8
- 15: INCEIPL $4
-
- 0x25482FE0: 3920FFFF li r9,-1
- 16: MOVL $0xFFFFFFFF, t10
- 17: PUTL t10, R9
- 18: INCEIPL $4
-
- 0x25482FE4: 38E77F7F addi r7,r7,32639
- 19: MOVL $0x7F7F7F7F, t12
- 20: PUTL t12, R7
- 21: INCEIPL $4
-
- 0x25482FE8: 7D292C30 srw r9,r9,r5
- 22: GETL R9, t16
- 23: GETL R5, t14
- 24: SHRL t14, t16
- 25: PUTL t16, R9
- 26: INCEIPL $4
-
- 0x25482FEC: 7CE04038 and r0,r7,r8
- 27: GETL R7, t18
- 28: GETL R8, t20
- 29: ANDL t18, t20
- 30: PUTL t20, R0
- 31: INCEIPL $4
-
- 0x25482FF0: 7CEA4378 or r10,r7,r8
- 32: GETL R7, t22
- 33: GETL R8, t24
- 34: ORL t24, t22
- 35: PUTL t22, R10
- 36: INCEIPL $4
-
- 0x25482FF4: 7C003A14 add r0,r0,r7
- 37: GETL R0, t26
- 38: GETL R7, t28
- 39: ADDL t26, t28
- 40: PUTL t28, R0
- 41: INCEIPL $4
-
- 0x25482FF8: 7D4000F8 nor r0,r10,r0
- 42: GETL R10, t30
- 43: GETL R0, t32
- 44: ORL t32, t30
- 45: NOTL t30
- 46: PUTL t30, R0
- 47: INCEIPL $4
-
- 0x25482FFC: 7C084839 and. r8,r0,r9
- 48: GETL R0, t34
- 49: GETL R9, t36
- 50: ANDL t34, t36
- 51: PUTL t36, R8
- 52: CMP0L t36, t38 (-rSo)
- 53: ICRFL t38, $0x0, CR
- 54: INCEIPL $4
-
- 0x25483000: 7C601120 mtcrf 0x1,r3
- 55: GETL R3, t40
- 56: ICRFL t40, $0x7, CR
- 57: INCEIPL $4
-
- 0x25483004: 40820070 bc 4,2,0x25483074
- 58: Jc02o $0x25483074
-
-
-. 0 25482FD0 56
-. 54 64 00 3A 3C E0 7F 7F 54 65 1E F8 81 04 00 00 39 20 FF FF 38 E7 7F 7F 7D 29 2C 30 7C E0 40 38 7C EA 43 78 7C 00 3A 14 7D 40 00 F8 7C 08 48 39 7C 60 11 20 40 82 00 70
-
-==== BB 182 (0x25483074) approx BBs exec'd 0 ====
-
- 0x25483074: 7D0B0034 cntlzw r11,r8
- 0: GETL R8, t0
- 1: CNTLZL t0
- 2: PUTL t0, R11
- 3: INCEIPL $4
-
- 0x25483078: 7C032050 subf r0,r3,r4
- 4: GETL R3, t2
- 5: GETL R4, t4
- 6: SUBL t2, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x2548307C: 556BE8FE rlwinm r11,r11,29,3,31
- 9: GETL R11, t6
- 10: SHRL $0x3, t6
- 11: PUTL t6, R11
- 12: INCEIPL $4
-
- 0x25483080: 7C605A14 add r3,r0,r11
- 13: GETL R0, t8
- 14: GETL R11, t10
- 15: ADDL t8, t10
- 16: PUTL t10, R3
- 17: INCEIPL $4
-
- 0x25483084: 4E800020 blr
- 18: GETL LR, t12
- 19: JMPo-r t12 ($4)
-
-
-. 0 25483074 20
-. 7D 0B 00 34 7C 03 20 50 55 6B E8 FE 7C 60 5A 14 4E 80 00 20
-
-==== BB 183 (0x25479150) approx BBs exec'd 0 ====
-
- 0x25479150: 38800001 li r4,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0x25479154: 7C691B78 or r9,r3,r3
- 3: GETL R3, t2
- 4: PUTL t2, R9
- 5: INCEIPL $4
-
- 0x25479158: 3863024D addi r3,r3,589
- 6: GETL R3, t4
- 7: ADDL $0x24D, t4
- 8: PUTL t4, R3
- 9: INCEIPL $4
-
- 0x2547915C: 3B690001 addi r27,r9,1
- 10: GETL R9, t6
- 11: ADDL $0x1, t6
- 12: PUTL t6, R27
- 13: INCEIPL $4
-
- 0x25479160: 4801E8CD bl 0x25497A2C
- 14: MOVL $0x25479164, t8
- 15: PUTL t8, LR
- 16: JMPo-c $0x25497A2C ($4)
-
-
-. 0 25479150 20
-. 38 80 00 01 7C 69 1B 78 38 63 02 4D 3B 69 00 01 48 01 E8 CD
-
-==== BB 184 (0x25497A2C) approx BBs exec'd 0 ====
-
- 0x25497A2C: 4BFE848C b 0x2547FEB8
- 0: JMPo $0x2547FEB8 ($4)
-
-
-. 0 25497A2C 4
-. 4B FE 84 8C
-
-==== BB 185 calloc(0x2547FEB8) approx BBs exec'd 0 ====
-
- 0x2547FEB8: 7C6321D6 mullw r3,r3,r4
- 0: GETL R3, t0
- 1: GETL R4, t2
- 2: MULL t0, t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x2547FEBC: 7CA802A6 mflr r5
- 5: GETL LR, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x2547FEC0: 9421FFF0 stwu r1,-16(r1)
- 8: GETL R1, t6
- 9: GETL R1, t8
- 10: ADDL $0xFFFFFFF0, t8
- 11: PUTL t8, R1
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x2547FEC4: 90A10014 stw r5,20(r1)
- 14: GETL R5, t10
- 15: GETL R1, t12
- 16: ADDL $0x14, t12
- 17: STL t10, (t12)
- 18: INCEIPL $4
-
- 0x2547FEC8: 48017B5D bl 0x25497A24
- 19: MOVL $0x2547FECC, t14
- 20: PUTL t14, LR
- 21: JMPo-c $0x25497A24 ($4)
-
-
-. 0 2547FEB8 20
-. 7C 63 21 D6 7C A8 02 A6 94 21 FF F0 90 A1 00 14 48 01 7B 5D
-
-==== BB 186 (0x25497A24) approx BBs exec'd 0 ====
-
- 0x25497A24: 4BFE846C b 0x2547FE90
- 0: JMPo $0x2547FE90 ($4)
-
-
-. 0 25497A24 4
-. 4B FE 84 6C
-
-==== BB 187 malloc(0x2547FE90) approx BBs exec'd 0 ====
-
- 0x2547FE90: 7C8802A6 mflr r4
- 0: GETL LR, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0x2547FE94: 9421FFF0 stwu r1,-16(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFF0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0x2547FE98: 90810014 stw r4,20(r1)
- 9: GETL R4, t6
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x2547FE9C: 7C641B78 or r4,r3,r3
- 14: GETL R3, t10
- 15: PUTL t10, R4
- 16: INCEIPL $4
-
- 0x2547FEA0: 38600008 li r3,8
- 17: MOVL $0x8, t12
- 18: PUTL t12, R3
- 19: INCEIPL $4
-
- 0x2547FEA4: 48017B79 bl 0x25497A1C
- 20: MOVL $0x2547FEA8, t14
- 21: PUTL t14, LR
- 22: JMPo-c $0x25497A1C ($4)
-
-
-. 0 2547FE90 24
-. 7C 88 02 A6 94 21 FF F0 90 81 00 14 7C 64 1B 78 38 60 00 08 48 01 7B 79
-
-==== BB 188 (0x25497A1C) approx BBs exec'd 0 ====
-
- 0x25497A1C: 4BFE832C b 0x2547FD48
- 0: JMPo $0x2547FD48 ($4)
-
-
-. 0 25497A1C 4
-. 4B FE 83 2C
-
-==== BB 189 __libc_memalign(0x2547FD48) approx BBs exec'd 0 ====
-
- 0x2547FD48: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547FD4C: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x2547FD50: 480172B1 bl 0x25497000
- 9: MOVL $0x2547FD54, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-. 0 2547FD48 12
-. 94 21 FF E0 7C 08 02 A6 48 01 72 B1
-
-==== BB 190 (0x2547FD54) approx BBs exec'd 0 ====
-
- 0x2547FD54: 93C10018 stw r30,24(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547FD58: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x2547FD5C: 9361000C stw r27,12(r1)
- 8: GETL R27, t6
- 9: GETL R1, t8
- 10: ADDL $0xC, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x2547FD60: 90010024 stw r0,36(r1)
- 13: GETL R0, t10
- 14: GETL R1, t12
- 15: ADDL $0x24, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x2547FD64: 7C6A1B78 or r10,r3,r3
- 18: GETL R3, t14
- 19: PUTL t14, R10
- 20: INCEIPL $4
-
- 0x2547FD68: 93810010 stw r28,16(r1)
- 21: GETL R28, t16
- 22: GETL R1, t18
- 23: ADDL $0x10, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0x2547FD6C: 38A00003 li r5,3
- 26: MOVL $0x3, t20
- 27: PUTL t20, R5
- 28: INCEIPL $4
-
- 0x2547FD70: 837E0418 lwz r27,1048(r30)
- 29: GETL R30, t22
- 30: ADDL $0x418, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R27
- 33: INCEIPL $4
-
- 0x2547FD74: 38C00022 li r6,34
- 34: MOVL $0x22, t26
- 35: PUTL t26, R6
- 36: INCEIPL $4
-
- 0x2547FD78: 93A10014 stw r29,20(r1)
- 37: GETL R29, t28
- 38: GETL R1, t30
- 39: ADDL $0x14, t30
- 40: STL t28, (t30)
- 41: INCEIPL $4
-
- 0x2547FD7C: 38E0FFFF li r7,-1
- 42: MOVL $0xFFFFFFFF, t32
- 43: PUTL t32, R7
- 44: INCEIPL $4
-
- 0x2547FD80: 817B0000 lwz r11,0(r27)
- 45: GETL R27, t34
- 46: LDL (t34), t36
- 47: PUTL t36, R11
- 48: INCEIPL $4
-
- 0x2547FD84: 7FA300D0 neg r29,r3
- 49: GETL R3, t38
- 50: NEGL t38
- 51: PUTL t38, R29
- 52: INCEIPL $4
-
- 0x2547FD88: 93E1001C stw r31,28(r1)
- 53: GETL R31, t40
- 54: GETL R1, t42
- 55: ADDL $0x1C, t42
- 56: STL t40, (t42)
- 57: INCEIPL $4
-
- 0x2547FD8C: 39000000 li r8,0
- 58: MOVL $0x0, t44
- 59: PUTL t44, R8
- 60: INCEIPL $4
-
- 0x2547FD90: 2F8B0000 cmpi cr7,r11,0
- 61: GETL R11, t46
- 62: CMP0L t46, t48 (-rSo)
- 63: ICRFL t48, $0x7, CR
- 64: INCEIPL $4
-
- 0x2547FD94: 819E0500 lwz r12,1280(r30)
- 65: GETL R30, t50
- 66: ADDL $0x500, t50
- 67: LDL (t50), t52
- 68: PUTL t52, R12
- 69: INCEIPL $4
-
- 0x2547FD98: 38600000 li r3,0
- 70: MOVL $0x0, t54
- 71: PUTL t54, R3
- 72: INCEIPL $4
-
- 0x2547FD9C: 7C9C2378 or r28,r4,r4
- 73: GETL R4, t56
- 74: PUTL t56, R28
- 75: INCEIPL $4
-
- 0x2547FDA0: 83FE041C lwz r31,1052(r30)
- 76: GETL R30, t58
- 77: ADDL $0x41C, t58
- 78: LDL (t58), t60
- 79: PUTL t60, R31
- 80: INCEIPL $4
-
- 0x2547FDA4: 409E0024 bc 4,30,0x2547FDC8
- 81: Jc30o $0x2547FDC8
-
-
-. 0 2547FD54 84
-. 93 C1 00 18 7F C8 02 A6 93 61 00 0C 90 01 00 24 7C 6A 1B 78 93 81 00 10 38 A0 00 03 83 7E 04 18 38 C0 00 22 93 A1 00 14 38 E0 FF FF 81 7B 00 00 7F A3 00 D0 93 E1 00 1C 39 00 00 00 2F 8B 00 00 81 9E 05 00 38 60 00 00 7C 9C 23 78 83 FE 04 1C 40 9E 00 24
-
-==== BB 191 (0x2547FDA8) approx BBs exec'd 0 ====
-
- 0x2547FDA8: 813E04F4 lwz r9,1268(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4F4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x2547FDAC: 919F0000 stw r12,0(r31)
- 5: GETL R12, t4
- 6: GETL R31, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0x2547FDB0: 81690004 lwz r11,4(r9)
- 9: GETL R9, t8
- 10: ADDL $0x4, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R11
- 13: INCEIPL $4
-
- 0x2547FDB4: 7C8B6214 add r4,r11,r12
- 14: GETL R11, t12
- 15: GETL R12, t14
- 16: ADDL t12, t14
- 17: PUTL t14, R4
- 18: INCEIPL $4
-
- 0x2547FDB8: 3924FFFF addi r9,r4,-1
- 19: GETL R4, t16
- 20: ADDL $0xFFFFFFFF, t16
- 21: PUTL t16, R9
- 22: INCEIPL $4
-
- 0x2547FDBC: 7C8B00D0 neg r4,r11
- 23: GETL R11, t18
- 24: NEGL t18
- 25: PUTL t18, R4
- 26: INCEIPL $4
-
- 0x2547FDC0: 7D2B2038 and r11,r9,r4
- 27: GETL R9, t20
- 28: GETL R4, t22
- 29: ANDL t20, t22
- 30: PUTL t22, R11
- 31: INCEIPL $4
-
- 0x2547FDC4: 917B0000 stw r11,0(r27)
- 32: GETL R11, t24
- 33: GETL R27, t26
- 34: STL t24, (t26)
- 35: INCEIPL $4
-
- 0x2547FDC8: 813F0000 lwz r9,0(r31)
- 36: GETL R31, t28
- 37: LDL (t28), t30
- 38: PUTL t30, R9
- 39: INCEIPL $4
-
- 0x2547FDCC: 7C895214 add r4,r9,r10
- 40: GETL R9, t32
- 41: GETL R10, t34
- 42: ADDL t32, t34
- 43: PUTL t34, R4
- 44: INCEIPL $4
-
- 0x2547FDD0: 3804FFFF addi r0,r4,-1
- 45: GETL R4, t36
- 46: ADDL $0xFFFFFFFF, t36
- 47: PUTL t36, R0
- 48: INCEIPL $4
-
- 0x2547FDD4: 7C0AE838 and r10,r0,r29
- 49: GETL R0, t38
- 50: GETL R29, t40
- 51: ANDL t38, t40
- 52: PUTL t40, R10
- 53: INCEIPL $4
-
- 0x2547FDD8: 7D8AE214 add r12,r10,r28
- 54: GETL R10, t42
- 55: GETL R28, t44
- 56: ADDL t42, t44
- 57: PUTL t44, R12
- 58: INCEIPL $4
-
- 0x2547FDDC: 915F0000 stw r10,0(r31)
- 59: GETL R10, t46
- 60: GETL R31, t48
- 61: STL t46, (t48)
- 62: INCEIPL $4
-
- 0x2547FDE0: 7C0C5840 cmpl cr0,r12,r11
- 63: GETL R12, t50
- 64: GETL R11, t52
- 65: CMPUL t50, t52, t54 (-rSo)
- 66: ICRFL t54, $0x0, CR
- 67: INCEIPL $4
-
- 0x2547FDE4: 4080003C bc 4,0,0x2547FE20
- 68: Jc00o $0x2547FE20
-
-
-. 0 2547FDA8 64
-. 81 3E 04 F4 91 9F 00 00 81 69 00 04 7C 8B 62 14 39 24 FF FF 7C 8B 00 D0 7D 2B 20 38 91 7B 00 00 81 3F 00 00 7C 89 52 14 38 04 FF FF 7C 0A E8 38 7D 8A E2 14 91 5F 00 00 7C 0C 58 40 40 80 00 3C
-
-==== BB 192 (0x2547FDE8) approx BBs exec'd 0 ====
-
- 0x2547FDE8: 807F0000 lwz r3,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0x2547FDEC: 80C10024 lwz r6,36(r1)
- 4: GETL R1, t4
- 5: ADDL $0x24, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R6
- 8: INCEIPL $4
-
- 0x2547FDF0: 7D03E214 add r8,r3,r28
- 9: GETL R3, t8
- 10: GETL R28, t10
- 11: ADDL t8, t10
- 12: PUTL t10, R8
- 13: INCEIPL $4
-
- 0x2547FDF4: 80FE0420 lwz r7,1056(r30)
- 14: GETL R30, t12
- 15: ADDL $0x420, t12
- 16: LDL (t12), t14
- 17: PUTL t14, R7
- 18: INCEIPL $4
-
- 0x2547FDF8: 911F0000 stw r8,0(r31)
- 19: GETL R8, t16
- 20: GETL R31, t18
- 21: STL t16, (t18)
- 22: INCEIPL $4
-
- 0x2547FDFC: 7CC803A6 mtlr r6
- 23: GETL R6, t20
- 24: PUTL t20, LR
- 25: INCEIPL $4
-
- 0x2547FE00: 8361000C lwz r27,12(r1)
- 26: GETL R1, t22
- 27: ADDL $0xC, t22
- 28: LDL (t22), t24
- 29: PUTL t24, R27
- 30: INCEIPL $4
-
- 0x2547FE04: 83810010 lwz r28,16(r1)
- 31: GETL R1, t26
- 32: ADDL $0x10, t26
- 33: LDL (t26), t28
- 34: PUTL t28, R28
- 35: INCEIPL $4
-
- 0x2547FE08: 83A10014 lwz r29,20(r1)
- 36: GETL R1, t30
- 37: ADDL $0x14, t30
- 38: LDL (t30), t32
- 39: PUTL t32, R29
- 40: INCEIPL $4
-
- 0x2547FE0C: 83C10018 lwz r30,24(r1)
- 41: GETL R1, t34
- 42: ADDL $0x18, t34
- 43: LDL (t34), t36
- 44: PUTL t36, R30
- 45: INCEIPL $4
-
- 0x2547FE10: 83E1001C lwz r31,28(r1)
- 46: GETL R1, t38
- 47: ADDL $0x1C, t38
- 48: LDL (t38), t40
- 49: PUTL t40, R31
- 50: INCEIPL $4
-
- 0x2547FE14: 38210020 addi r1,r1,32
- 51: GETL R1, t42
- 52: ADDL $0x20, t42
- 53: PUTL t42, R1
- 54: INCEIPL $4
-
- 0x2547FE18: 90670000 stw r3,0(r7)
- 55: GETL R3, t44
- 56: GETL R7, t46
- 57: STL t44, (t46)
- 58: INCEIPL $4
-
- 0x2547FE1C: 4E800020 blr
- 59: GETL LR, t48
- 60: JMPo-r t48 ($4)
-
-
-. 0 2547FDE8 56
-. 80 7F 00 00 80 C1 00 24 7D 03 E2 14 80 FE 04 20 91 1F 00 00 7C C8 03 A6 83 61 00 0C 83 81 00 10 83 A1 00 14 83 C1 00 18 83 E1 00 1C 38 21 00 20 90 67 00 00 4E 80 00 20
-
-==== BB 193 (0x2547FEA8) approx BBs exec'd 0 ====
-
- 0x2547FEA8: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x2547FEAC: 38210010 addi r1,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R1
- 8: INCEIPL $4
-
- 0x2547FEB0: 7C0803A6 mtlr r0
- 9: GETL R0, t6
- 10: PUTL t6, LR
- 11: INCEIPL $4
-
- 0x2547FEB4: 4E800020 blr
- 12: GETL LR, t8
- 13: JMPo-r t8 ($4)
-
-
-. 0 2547FEA8 16
-. 80 01 00 14 38 21 00 10 7C 08 03 A6 4E 80 00 20
-
-==== BB 194 (0x2547FECC) approx BBs exec'd 0 ====
-
- 0x2547FECC: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x2547FED0: 38210010 addi r1,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R1
- 8: INCEIPL $4
-
- 0x2547FED4: 7C0803A6 mtlr r0
- 9: GETL R0, t6
- 10: PUTL t6, LR
- 11: INCEIPL $4
-
- 0x2547FED8: 4E800020 blr
- 12: GETL LR, t8
- 13: JMPo-r t8 ($4)
-
-
-. 0 2547FECC 16
-. 80 01 00 14 38 21 00 10 7C 08 03 A6 4E 80 00 20
-
-==== BB 195 (0x25479164) approx BBs exec'd 0 ====
-
- 0x25479164: 7C7F1B79 or. r31,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R31
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x25479168: 38600000 li r3,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x2547916C: 41820174 bc 12,2,0x254792E0
- 8: Js02o $0x254792E0
-
-
-. 0 25479164 12
-. 7C 7F 1B 79 38 60 00 00 41 82 01 74
-
-==== BB 196 (0x25479170) approx BBs exec'd 0 ====
-
- 0x25479170: 3BBF0240 addi r29,r31,576
- 0: GETL R31, t0
- 1: ADDL $0x240, t0
- 2: PUTL t0, R29
- 3: INCEIPL $4
-
- 0x25479174: 7F44D378 or r4,r26,r26
- 4: GETL R26, t2
- 5: PUTL t2, R4
- 6: INCEIPL $4
-
- 0x25479178: 7F65DB78 or r5,r27,r27
- 7: GETL R27, t4
- 8: PUTL t4, R5
- 9: INCEIPL $4
-
- 0x2547917C: 93FF0014 stw r31,20(r31)
- 10: GETL R31, t6
- 11: GETL R31, t8
- 12: ADDL $0x14, t8
- 13: STL t6, (t8)
- 14: INCEIPL $4
-
- 0x25479180: 93BF001C stw r29,28(r31)
- 15: GETL R29, t10
- 16: GETL R31, t12
- 17: ADDL $0x1C, t12
- 18: STL t10, (t12)
- 19: INCEIPL $4
-
- 0x25479184: 387F024C addi r3,r31,588
- 20: GETL R31, t14
- 21: ADDL $0x24C, t14
- 22: PUTL t14, R3
- 23: INCEIPL $4
-
- 0x25479188: 4800AA59 bl 0x25483BE0
- 24: MOVL $0x2547918C, t16
- 25: PUTL t16, LR
- 26: JMPo-c $0x25483BE0 ($4)
-
-
-. 0 25479170 28
-. 3B BF 02 40 7F 44 D3 78 7F 65 DB 78 93 FF 00 14 93 BF 00 1C 38 7F 02 4C 48 00 AA 59
-
-==== BB 197 (0x25483C68) approx BBs exec'd 0 ====
-
- 0x25483C68: 2C850000 cmpi cr1,r5,0
- 0: GETL R5, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0x25483C6C: 4186001C bc 12,6,0x25483C88
- 4: Js06o $0x25483C88
-
-
-. 0 25483C68 8
-. 2C 85 00 00 41 86 00 1C
-
-==== BB 198 (0x25483C70) approx BBs exec'd 0 ====
-
- 0x25483C70: 7CA903A6 mtctr r5
- 0: GETL R5, t0
- 1: PUTL t0, CTR
- 2: INCEIPL $4
-
- 0x25483C74: 88FD0000 lbz r7,0(r29)
- 3: GETL R29, t2
- 4: LDB (t2), t4
- 5: PUTL t4, R7
- 6: INCEIPL $4
-
- 0x25483C78: 3BBD0001 addi r29,r29,1
- 7: GETL R29, t6
- 8: ADDL $0x1, t6
- 9: PUTL t6, R29
- 10: INCEIPL $4
-
- 0x25483C7C: 98FF0000 stb r7,0(r31)
- 11: GETL R7, t8
- 12: GETL R31, t10
- 13: STB t8, (t10)
- 14: INCEIPL $4
-
- 0x25483C80: 3BFF0001 addi r31,r31,1
- 15: GETL R31, t12
- 16: ADDL $0x1, t12
- 17: PUTL t12, R31
- 18: INCEIPL $4
-
- 0x25483C84: 4200FFF0 bc 16,0,0x25483C74
- 19: GETL CTR, t14
- 20: ADDL $0xFFFFFFFF, t14
- 21: PUTL t14, CTR
- 22: JIFZL t14, $0x25483C88
- 23: JMPo $0x25483C74 ($4)
-
-
-. 0 25483C70 24
-. 7C A9 03 A6 88 FD 00 00 3B BD 00 01 98 FF 00 00 3B FF 00 01 42 00 FF F0
-
-==== BB 199 (0x2547918C) approx BBs exec'd 0 ====
-
- 0x2547918C: 38A00001 li r5,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0x25479190: 90BD0008 stw r5,8(r29)
- 3: GETL R5, t2
- 4: GETL R29, t4
- 5: ADDL $0x8, t4
- 6: STL t2, (t4)
- 7: INCEIPL $4
-
- 0x25479194: 1D590018 mulli r10,r25,24
- 8: GETL R25, t6
- 9: MULL $0x18, t6
- 10: PUTL t6, R10
- 11: INCEIPL $4
-
- 0x25479198: 80DF0180 lwz r6,384(r31)
- 12: GETL R31, t8
- 13: ADDL $0x180, t8
- 14: LDL (t8), t10
- 15: PUTL t10, R6
- 16: INCEIPL $4
-
- 0x2547919C: 3880FFFF li r4,-1
- 17: MOVL $0xFFFFFFFF, t12
- 18: PUTL t12, R4
- 19: INCEIPL $4
-
- 0x254791A0: 80BE04C8 lwz r5,1224(r30)
- 20: GETL R30, t14
- 21: ADDL $0x4C8, t14
- 22: LDL (t14), t16
- 23: PUTL t16, R5
- 24: INCEIPL $4
-
- 0x254791A4: 5306F002 rlwimi r6,r24,30,0,1
- 25: GETL R6, t18
- 26: GETL R24, t20
- 27: ROLL $0x1E, t20
- 28: ANDL $0xC0000000, t20
- 29: ANDL $0x3FFFFFFF, t18
- 30: ORL t18, t20
- 31: PUTL t20, R6
- 32: INCEIPL $4
-
- 0x254791A8: 939F0168 stw r28,360(r31)
- 33: GETL R28, t22
- 34: GETL R31, t24
- 35: ADDL $0x168, t24
- 36: STL t22, (t24)
- 37: INCEIPL $4
-
- 0x254791AC: 90DF0180 stw r6,384(r31)
- 38: GETL R6, t26
- 39: GETL R31, t28
- 40: ADDL $0x180, t28
- 41: STL t26, (t28)
- 42: INCEIPL $4
-
- 0x254791B0: 38DF01AC addi r6,r31,428
- 43: GETL R31, t30
- 44: ADDL $0x1AC, t30
- 45: PUTL t30, R6
- 46: INCEIPL $4
-
- 0x254791B4: 7D6A282E lwzx r11,r10,r5
- 47: GETL R5, t32
- 48: GETL R10, t34
- 49: ADDL t34, t32
- 50: LDL (t32), t36
- 51: PUTL t36, R11
- 52: INCEIPL $4
-
- 0x254791B8: 907F0240 stw r3,576(r31)
- 53: GETL R3, t38
- 54: GETL R31, t40
- 55: ADDL $0x240, t40
- 56: STL t38, (t40)
- 57: INCEIPL $4
-
- 0x254791BC: 38600004 li r3,4
- 58: MOVL $0x4, t42
- 59: PUTL t42, R3
- 60: INCEIPL $4
-
- 0x254791C0: 2F8B0000 cmpi cr7,r11,0
- 61: GETL R11, t44
- 62: CMP0L t44, t46 (-rSo)
- 63: ICRFL t46, $0x7, CR
- 64: INCEIPL $4
-
- 0x254791C4: 909F022C stw r4,556(r31)
- 65: GETL R4, t48
- 66: GETL R31, t50
- 67: ADDL $0x22C, t50
- 68: STL t48, (t50)
- 69: INCEIPL $4
-
- 0x254791C8: 907F01BC stw r3,444(r31)
- 70: GETL R3, t52
- 71: GETL R31, t54
- 72: ADDL $0x1BC, t54
- 73: STL t52, (t54)
- 74: INCEIPL $4
-
- 0x254791CC: 38800000 li r4,0
- 75: MOVL $0x0, t56
- 76: PUTL t56, R4
- 77: INCEIPL $4
-
- 0x254791D0: 92FF0004 stw r23,4(r31)
- 78: GETL R23, t58
- 79: GETL R31, t60
- 80: ADDL $0x4, t60
- 81: STL t58, (t60)
- 82: INCEIPL $4
-
- 0x254791D4: 933F0018 stw r25,24(r31)
- 83: GETL R25, t62
- 84: GETL R31, t64
- 85: ADDL $0x18, t64
- 86: STL t62, (t64)
- 87: INCEIPL $4
-
- 0x254791D8: 90DF01C0 stw r6,448(r31)
- 88: GETL R6, t66
- 89: GETL R31, t68
- 90: ADDL $0x1C0, t68
- 91: STL t66, (t68)
- 92: INCEIPL $4
-
- 0x254791DC: 409E013C bc 4,30,0x25479318
- 93: Jc30o $0x25479318
-
-
-. 0 2547918C 84
-. 38 A0 00 01 90 BD 00 08 1D 59 00 18 80 DF 01 80 38 80 FF FF 80 BE 04 C8 53 06 F0 02 93 9F 01 68 90 DF 01 80 38 DF 01 AC 7D 6A 28 2E 90 7F 02 40 38 60 00 04 2F 8B 00 00 90 9F 02 2C 90 7F 01 BC 38 80 00 00 92 FF 00 04 93 3F 00 18 90 DF 01 C0 40 9E 01 3C
-
-==== BB 200 (0x254791E0) approx BBs exec'd 0 ====
-
- 0x254791E0: 7FEA292E stwx r31,r10,r5
- 0: GETL R5, t0
- 1: GETL R10, t2
- 2: ADDL t2, t0
- 3: GETL R31, t4
- 4: STL t4, (t0)
- 5: INCEIPL $4
-
- 0x254791E4: 2F1C0000 cmpi cr6,r28,0
- 6: GETL R28, t6
- 7: CMP0L t6, t8 (-rSo)
- 8: ICRFL t8, $0x6, CR
- 9: INCEIPL $4
-
- 0x254791E8: 7D4A2A14 add r10,r10,r5
- 10: GETL R10, t10
- 11: GETL R5, t12
- 12: ADDL t10, t12
- 13: PUTL t12, R10
- 14: INCEIPL $4
-
- 0x254791EC: 81650198 lwz r11,408(r5)
- 15: GETL R5, t14
- 16: ADDL $0x198, t14
- 17: LDL (t14), t16
- 18: PUTL t16, R11
- 19: INCEIPL $4
-
- 0x254791F0: 832A0004 lwz r25,4(r10)
- 20: GETL R10, t18
- 21: ADDL $0x4, t18
- 22: LDL (t18), t20
- 23: PUTL t20, R25
- 24: INCEIPL $4
-
- 0x254791F4: 8185019C lwz r12,412(r5)
- 25: GETL R5, t22
- 26: ADDL $0x19C, t22
- 27: LDL (t22), t24
- 28: PUTL t24, R12
- 29: INCEIPL $4
-
- 0x254791F8: 3B190001 addi r24,r25,1
- 30: GETL R25, t26
- 31: ADDL $0x1, t26
- 32: PUTL t26, R24
- 33: INCEIPL $4
-
- 0x254791FC: 310C0001 addic r8,r12,1
- 34: GETL R12, t28
- 35: ADCL $0x1, t28 (-wCa)
- 36: PUTL t28, R8
- 37: INCEIPL $4
-
- 0x25479200: 7CEB0194 addze r7,r11
- 38: GETL R11, t30
- 39: ADCL $0x0, t30 (-rCa-wCa)
- 40: PUTL t30, R7
- 41: INCEIPL $4
-
- 0x25479204: 930A0004 stw r24,4(r10)
- 42: GETL R24, t32
- 43: GETL R10, t34
- 44: ADDL $0x4, t34
- 45: STL t32, (t34)
- 46: INCEIPL $4
-
- 0x25479208: 90E50198 stw r7,408(r5)
- 47: GETL R7, t36
- 48: GETL R5, t38
- 49: ADDL $0x198, t38
- 50: STL t36, (t38)
- 51: INCEIPL $4
-
- 0x2547920C: 9105019C stw r8,412(r5)
- 52: GETL R8, t40
- 53: GETL R5, t42
- 54: ADDL $0x19C, t42
- 55: STL t40, (t42)
- 56: INCEIPL $4
-
- 0x25479210: 40BA000C bc 5,26,0x2547921C
- 57: Jc26o $0x2547921C
-
-
-. 0 254791E0 52
-. 7F EA 29 2E 2F 1C 00 00 7D 4A 2A 14 81 65 01 98 83 2A 00 04 81 85 01 9C 3B 19 00 01 31 0C 00 01 7C EB 01 94 93 0A 00 04 90 E5 01 98 91 05 01 9C 40 BA 00 0C
-
-==== BB 201 (0x25479214) approx BBs exec'd 0 ====
-
- 0x25479214: 48000164 b 0x25479378
- 0: JMPo $0x25479378 ($4)
-
-
-. 0 25479214 4
-. 48 00 01 64
-
-==== BB 202 (0x25479378) approx BBs exec'd 0 ====
-
- 0x25479378: 7FFCFB78 or r28,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R28
- 2: INCEIPL $4
-
- 0x2547937C: 4BFFFEAC b 0x25479228
- 3: JMPo $0x25479228 ($4)
-
-
-. 0 25479378 8
-. 7F FC FB 78 4B FF FE AC
-
-==== BB 203 (0x25479228) approx BBs exec'd 0 ====
-
- 0x25479228: 2F840000 cmpi cr7,r4,0
- 0: GETL R4, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x2547922C: 393C0158 addi r9,r28,344
- 4: GETL R28, t4
- 5: ADDL $0x158, t4
- 6: PUTL t4, R9
- 7: INCEIPL $4
-
- 0x25479230: 419E0010 bc 12,30,0x25479240
- 8: Js30o $0x25479240
-
-
-. 0 25479228 12
-. 2F 84 00 00 39 3C 01 58 41 9E 00 10
-
-==== BB 204 (0x25479240) approx BBs exec'd 0 ====
-
- 0x25479240: 56CCEFFE rlwinm r12,r22,29,31,31
- 0: GETL R22, t0
- 1: ROLL $0x1D, t0
- 2: ANDL $0x1, t0
- 3: PUTL t0, R12
- 4: INCEIPL $4
-
- 0x25479244: 7D8B2039 and. r11,r12,r4
- 5: GETL R12, t2
- 6: GETL R4, t4
- 7: ANDL t2, t4
- 8: PUTL t4, R11
- 9: CMP0L t4, t6 (-rSo)
- 10: ICRFL t6, $0x0, CR
- 11: INCEIPL $4
-
- 0x25479248: 41820010 bc 12,2,0x25479258
- 12: Js02o $0x25479258
-
-
-. 0 25479240 12
-. 56 CC EF FE 7D 8B 20 39 41 82 00 10
-
-==== BB 205 (0x25479258) approx BBs exec'd 0 ====
-
- 0x25479258: 549A103A rlwinm r26,r4,2,0,29
- 0: GETL R4, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R26
- 3: INCEIPL $4
-
- 0x2547925C: 7D3A312E stwx r9,r26,r6
- 4: GETL R6, t2
- 5: GETL R26, t4
- 6: ADDL t4, t2
- 7: GETL R9, t6
- 8: STL t6, (t2)
- 9: INCEIPL $4
-
- 0x25479260: 3B7F0158 addi r27,r31,344
- 10: GETL R31, t8
- 11: ADDL $0x158, t8
- 12: PUTL t8, R27
- 13: INCEIPL $4
-
- 0x25479264: 937F01C4 stw r27,452(r31)
- 14: GETL R27, t10
- 15: GETL R31, t12
- 16: ADDL $0x1C4, t12
- 17: STL t10, (t12)
- 18: INCEIPL $4
-
- 0x25479268: 8BB70000 lbz r29,0(r23)
- 19: GETL R23, t14
- 20: LDB (t14), t16
- 21: PUTL t16, R29
- 22: INCEIPL $4
-
- 0x2547926C: 2F1D0000 cmpi cr6,r29,0
- 23: GETL R29, t18
- 24: CMP0L t18, t20 (-rSo)
- 25: ICRFL t20, $0x6, CR
- 26: INCEIPL $4
-
- 0x25479270: 419A006C bc 12,26,0x254792DC
- 27: Js26o $0x254792DC
-
-
-. 0 25479258 28
-. 54 9A 10 3A 7D 3A 31 2E 3B 7F 01 58 93 7F 01 C4 8B B7 00 00 2F 1D 00 00 41 9A 00 6C
-
-==== BB 206 (0x254792DC) approx BBs exec'd 0 ====
-
- 0x254792DC: 7FE3FB78 or r3,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x254792E0: 83810034 lwz r28,52(r1)
- 3: GETL R1, t2
- 4: ADDL $0x34, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R28
- 7: INCEIPL $4
-
- 0x254792E4: 82C10008 lwz r22,8(r1)
- 8: GETL R1, t6
- 9: ADDL $0x8, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R22
- 12: INCEIPL $4
-
- 0x254792E8: 7F8803A6 mtlr r28
- 13: GETL R28, t10
- 14: PUTL t10, LR
- 15: INCEIPL $4
-
- 0x254792EC: 82E1000C lwz r23,12(r1)
- 16: GETL R1, t12
- 17: ADDL $0xC, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R23
- 20: INCEIPL $4
-
- 0x254792F0: 83010010 lwz r24,16(r1)
- 21: GETL R1, t16
- 22: ADDL $0x10, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R24
- 25: INCEIPL $4
-
- 0x254792F4: 83210014 lwz r25,20(r1)
- 26: GETL R1, t20
- 27: ADDL $0x14, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R25
- 30: INCEIPL $4
-
- 0x254792F8: 83410018 lwz r26,24(r1)
- 31: GETL R1, t24
- 32: ADDL $0x18, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R26
- 35: INCEIPL $4
-
- 0x254792FC: 8361001C lwz r27,28(r1)
- 36: GETL R1, t28
- 37: ADDL $0x1C, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R27
- 40: INCEIPL $4
-
- 0x25479300: 83810020 lwz r28,32(r1)
- 41: GETL R1, t32
- 42: ADDL $0x20, t32
- 43: LDL (t32), t34
- 44: PUTL t34, R28
- 45: INCEIPL $4
-
- 0x25479304: 83A10024 lwz r29,36(r1)
- 46: GETL R1, t36
- 47: ADDL $0x24, t36
- 48: LDL (t36), t38
- 49: PUTL t38, R29
- 50: INCEIPL $4
-
- 0x25479308: 83C10028 lwz r30,40(r1)
- 51: GETL R1, t40
- 52: ADDL $0x28, t40
- 53: LDL (t40), t42
- 54: PUTL t42, R30
- 55: INCEIPL $4
-
- 0x2547930C: 83E1002C lwz r31,44(r1)
- 56: GETL R1, t44
- 57: ADDL $0x2C, t44
- 58: LDL (t44), t46
- 59: PUTL t46, R31
- 60: INCEIPL $4
-
- 0x25479310: 38210030 addi r1,r1,48
- 61: GETL R1, t48
- 62: ADDL $0x30, t48
- 63: PUTL t48, R1
- 64: INCEIPL $4
-
- 0x25479314: 4E800020 blr
- 65: GETL LR, t50
- 66: JMPo-r t50 ($4)
-
-
-. 0 254792DC 60
-. 7F E3 FB 78 83 81 00 34 82 C1 00 08 7F 88 03 A6 82 E1 00 0C 83 01 00 10 83 21 00 14 83 41 00 18 83 61 00 1C 83 81 00 20 83 A1 00 24 83 C1 00 28 83 E1 00 2C 38 21 00 30 4E 80 00 20
-
-==== BB 207 (0x254723A0) approx BBs exec'd 0 ====
-
- 0x254723A0: 828E0000 lwz r20,0(r14)
- 0: GETL R14, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R20
- 3: INCEIPL $4
-
- 0x254723A4: 2D940000 cmpi cr3,r20,0
- 4: GETL R20, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x3, CR
- 7: INCEIPL $4
-
- 0x254723A8: 418E0C90 bc 12,14,0x25473038
- 8: Js14o $0x25473038
-
-
-. 0 254723A0 12
-. 82 8E 00 00 2D 94 00 00 41 8E 0C 90
-
-==== BB 208 (0x254723AC) approx BBs exec'd 0 ====
-
- 0x254723AC: 80D60000 lwz r6,0(r22)
- 0: GETL R22, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R6
- 3: INCEIPL $4
-
- 0x254723B0: 9314014C stw r24,332(r20)
- 4: GETL R24, t4
- 5: GETL R20, t6
- 6: ADDL $0x14C, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0x254723B4: 90D40150 stw r6,336(r20)
- 9: GETL R6, t8
- 10: GETL R20, t10
- 11: ADDL $0x150, t10
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0x254723B8: B2F40154 sth r23,340(r20)
- 14: GETL R23, t12
- 15: GETL R20, t14
- 16: ADDL $0x154, t14
- 17: STW t12, (t14)
- 18: INCEIPL $4
-
- 0x254723BC: 56EC2834 rlwinm r12,r23,5,0,26
- 19: GETL R23, t16
- 20: SHLL $0x5, t16
- 21: PUTL t16, R12
- 22: INCEIPL $4
-
- 0x254723C0: 81140178 lwz r8,376(r20)
- 23: GETL R20, t18
- 24: ADDL $0x178, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R8
- 27: INCEIPL $4
-
- 0x254723C4: 7C8CC214 add r4,r12,r24
- 28: GETL R12, t22
- 29: GETL R24, t24
- 30: ADDL t22, t24
- 31: PUTL t24, R4
- 32: INCEIPL $4
-
- 0x254723C8: 80F4017C lwz r7,380(r20)
- 33: GETL R20, t26
- 34: ADDL $0x17C, t26
- 35: LDL (t26), t28
- 36: PUTL t28, R7
- 37: INCEIPL $4
-
- 0x254723CC: 7E04C040 cmpl cr4,r4,r24
- 38: GETL R4, t30
- 39: GETL R24, t32
- 40: CMPUL t30, t32, t34 (-rSo)
- 41: ICRFL t34, $0x4, CR
- 42: INCEIPL $4
-
- 0x254723D0: 39280001 addi r9,r8,1
- 43: GETL R8, t36
- 44: ADDL $0x1, t36
- 45: PUTL t36, R9
- 46: INCEIPL $4
-
- 0x254723D4: 3B270001 addi r25,r7,1
- 47: GETL R7, t38
- 48: ADDL $0x1, t38
- 49: PUTL t38, R25
- 50: INCEIPL $4
-
- 0x254723D8: 39000000 li r8,0
- 51: MOVL $0x0, t40
- 52: PUTL t40, R8
- 53: INCEIPL $4
-
- 0x254723DC: 38E00000 li r7,0
- 54: MOVL $0x0, t42
- 55: PUTL t42, R7
- 56: INCEIPL $4
-
- 0x254723E0: 3B80FFFF li r28,-1
- 57: MOVL $0xFFFFFFFF, t44
- 58: PUTL t44, R28
- 59: INCEIPL $4
-
- 0x254723E4: 7F0AC378 or r10,r24,r24
- 60: GETL R24, t46
- 61: PUTL t46, R10
- 62: INCEIPL $4
-
- 0x254723E8: 939401A0 stw r28,416(r20)
- 63: GETL R28, t48
- 64: GETL R20, t50
- 65: ADDL $0x1A0, t50
- 66: STL t48, (t50)
- 67: INCEIPL $4
-
- 0x254723EC: 91340178 stw r9,376(r20)
- 68: GETL R9, t52
- 69: GETL R20, t54
- 70: ADDL $0x178, t54
- 71: STL t52, (t54)
- 72: INCEIPL $4
-
- 0x254723F0: 9334017C stw r25,380(r20)
- 73: GETL R25, t56
- 74: GETL R20, t58
- 75: ADDL $0x17C, t58
- 76: STL t56, (t58)
- 77: INCEIPL $4
-
- 0x254723F4: 911401A4 stw r8,420(r20)
- 78: GETL R8, t60
- 79: GETL R20, t62
- 80: ADDL $0x1A4, t62
- 81: STL t60, (t62)
- 82: INCEIPL $4
-
- 0x254723F8: 90F401A8 stw r7,424(r20)
- 83: GETL R7, t64
- 84: GETL R20, t66
- 85: ADDL $0x1A8, t66
- 86: STL t64, (t66)
- 87: INCEIPL $4
-
- 0x254723FC: 409100C8 bc 4,17,0x254724C4
- 88: Jc17o $0x254724C4
-
-
-. 0 254723AC 84
-. 80 D6 00 00 93 14 01 4C 90 D4 01 50 B2 F4 01 54 56 EC 28 34 81 14 01 78 7C 8C C2 14 80 F4 01 7C 7E 04 C0 40 39 28 00 01 3B 27 00 01 39 00 00 00 38 E0 00 00 3B 80 FF FF 7F 0A C3 78 93 94 01 A0 91 34 01 78 93 34 01 7C 91 14 01 A4 90 F4 01 A8 40 91 00 C8
-
-==== BB 209 (0x25472400) approx BBs exec'd 0 ====
-
- 0x25472400: 3F606474 lis r27,25716
- 0: MOVL $0x64740000, t0
- 1: PUTL t0, R27
- 2: INCEIPL $4
-
- 0x25472404: 83BE0044 lwz r29,68(r30)
- 3: GETL R30, t2
- 4: ADDL $0x44, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R29
- 7: INCEIPL $4
-
- 0x25472408: 80DE0048 lwz r6,72(r30)
- 8: GETL R30, t6
- 9: ADDL $0x48, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R6
- 12: INCEIPL $4
-
- 0x2547240C: 6363E552 ori r3,r27,0xE552
- 13: MOVL $0x6474E552, t10
- 14: PUTL t10, R3
- 15: INCEIPL $4
-
- 0x25472410: 38A00001 li r5,1
- 16: MOVL $0x1, t12
- 17: PUTL t12, R5
- 18: INCEIPL $4
-
- 0x25472414: 48000028 b 0x2547243C
- 19: JMPo $0x2547243C ($4)
-
-
-. 0 25472400 24
-. 3F 60 64 74 83 BE 00 44 80 DE 00 48 63 63 E5 52 38 A0 00 01 48 00 00 28
-
-==== BB 210 (0x2547243C) approx BBs exec'd 0 ====
-
- 0x2547243C: 800A0000 lwz r0,0(r10)
- 0: GETL R10, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0x25472440: 2F000006 cmpi cr6,r0,6
- 4: GETL R0, t4
- 5: MOVL $0x6, t8
- 6: CMPL t4, t8, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x25472444: 419A0798 bc 12,26,0x25472BDC
- 9: Js26o $0x25472BDC
-
-
-. 0 2547243C 12
-. 80 0A 00 00 2F 00 00 06 41 9A 07 98
-
-==== BB 211 (0x25472BDC) approx BBs exec'd 0 ====
-
- 0x25472BDC: 816A0008 lwz r11,8(r10)
- 0: GETL R10, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x25472BE0: 7F4BC050 subf r26,r11,r24
- 5: GETL R11, t4
- 6: GETL R24, t6
- 7: SUBL t4, t6
- 8: PUTL t6, R26
- 9: INCEIPL $4
-
- 0x25472BE4: 93540000 stw r26,0(r20)
- 10: GETL R26, t8
- 11: GETL R20, t10
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0x25472BE8: 4BFFF848 b 0x25472430
- 14: JMPo $0x25472430 ($4)
-
-
-. 0 25472BDC 16
-. 81 6A 00 08 7F 4B C0 50 93 54 00 00 4B FF F8 48
-
-==== BB 212 (0x25472430) approx BBs exec'd 0 ====
-
- 0x25472430: 394A0020 addi r10,r10,32
- 0: GETL R10, t0
- 1: ADDL $0x20, t0
- 2: PUTL t0, R10
- 3: INCEIPL $4
-
- 0x25472434: 7F845040 cmpl cr7,r4,r10
- 4: GETL R4, t2
- 5: GETL R10, t4
- 6: CMPUL t2, t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x25472438: 409D0084 bc 4,29,0x254724BC
- 9: Jc29o $0x254724BC
-
-
-. 0 25472430 12
-. 39 4A 00 20 7F 84 50 40 40 9D 00 84
-
-==== BB 213 (0x25472448) approx BBs exec'd 0 ====
-
- 0x25472448: 2B800006 cmpli cr7,r0,6
- 0: GETL R0, t0
- 1: MOVL $0x6, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x2547244C: 40BDFFCC bc 5,29,0x25472418
- 5: Jc29o $0x25472418
-
-
-. 0 25472448 8
-. 2B 80 00 06 40 BD FF CC
-
-==== BB 214 (0x25472418) approx BBs exec'd 0 ====
-
- 0x25472418: 2C000002 cmpi cr0,r0,2
- 0: GETL R0, t0
- 1: MOVL $0x2, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x2547241C: 41820854 bc 12,2,0x25472C70
- 5: Js02o $0x25472C70
-
-
-. 0 25472418 8
-. 2C 00 00 02 41 82 08 54
-
-==== BB 215 (0x25472420) approx BBs exec'd 0 ====
-
- 0x25472420: 28800002 cmpli cr1,r0,2
- 0: GETL R0, t0
- 1: MOVL $0x2, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0x25472424: 418507E4 bc 12,5,0x25472C08
- 5: Js05o $0x25472C08
-
-
-. 0 25472420 8
-. 28 80 00 02 41 85 07 E4
-
-==== BB 216 (0x25472C08) approx BBs exec'd 0 ====
-
- 0x25472C08: 2F000003 cmpi cr6,r0,3
- 0: GETL R0, t0
- 1: MOVL $0x3, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x6, CR
- 4: INCEIPL $4
-
- 0x25472C0C: 409AF824 bc 4,26,0x25472430
- 5: Jc26o $0x25472430
-
-
-. 0 25472C08 8
-. 2F 00 00 03 40 9A F8 24
-
-==== BB 217 (0x25472C10) approx BBs exec'd 0 ====
-
- 0x25472C10: 82AE01C0 lwz r21,448(r14)
- 0: GETL R14, t0
- 1: ADDL $0x1C0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R21
- 4: INCEIPL $4
-
- 0x25472C14: 7FA7EB78 or r7,r29,r29
- 5: GETL R29, t4
- 6: PUTL t4, R7
- 7: INCEIPL $4
-
- 0x25472C18: 81740000 lwz r11,0(r20)
- 8: GETL R20, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R11
- 11: INCEIPL $4
-
- 0x25472C1C: 2F150000 cmpi cr6,r21,0
- 12: GETL R21, t10
- 13: CMP0L t10, t12 (-rSo)
- 14: ICRFL t12, $0x6, CR
- 15: INCEIPL $4
-
- 0x25472C20: 812A0008 lwz r9,8(r10)
- 16: GETL R10, t14
- 17: ADDL $0x8, t14
- 18: LDL (t14), t16
- 19: PUTL t16, R9
- 20: INCEIPL $4
-
- 0x25472C24: 93AE01D4 stw r29,468(r14)
- 21: GETL R29, t18
- 22: GETL R14, t20
- 23: ADDL $0x1D4, t20
- 24: STL t18, (t20)
- 25: INCEIPL $4
-
- 0x25472C28: 7C0B4A14 add r0,r11,r9
- 26: GETL R11, t22
- 27: GETL R9, t24
- 28: ADDL t22, t24
- 29: PUTL t24, R0
- 30: INCEIPL $4
-
- 0x25472C2C: 901D0000 stw r0,0(r29)
- 31: GETL R0, t26
- 32: GETL R29, t28
- 33: STL t26, (t28)
- 34: INCEIPL $4
-
- 0x25472C30: 409A0444 bc 4,26,0x25473074
- 35: Jc26o $0x25473074
-
-
-. 0 25472C10 36
-. 82 AE 01 C0 7F A7 EB 78 81 74 00 00 2F 15 00 00 81 2A 00 08 93 AE 01 D4 7C 0B 4A 14 90 1D 00 00 40 9A 04 44
-
-==== BB 218 (0x25473074) approx BBs exec'd 0 ====
-
- 0x25473074: 3AA00001 li r21,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R21
- 2: INCEIPL $4
-
- 0x25473078: 4BFFF3B8 b 0x25472430
- 3: JMPo $0x25472430 ($4)
-
-
-. 0 25473074 8
-. 3A A0 00 01 4B FF F3 B8
-
-==== BB 219 (0x25472428) approx BBs exec'd 0 ====
-
- 0x25472428: 2E000001 cmpi cr4,r0,1
- 0: GETL R0, t0
- 1: MOVL $0x1, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x4, CR
- 4: INCEIPL $4
-
- 0x2547242C: 41920B80 bc 12,18,0x25472FAC
- 5: Js18o $0x25472FAC
-
-
-. 0 25472428 8
-. 2E 00 00 01 41 92 0B 80
-
-==== BB 220 (0x25472FAC) approx BBs exec'd 0 ====
-
- 0x25472FAC: 80EA001C lwz r7,28(r10)
- 0: GETL R10, t0
- 1: ADDL $0x1C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x25472FB0: 810A0008 lwz r8,8(r10)
- 5: GETL R10, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R8
- 9: INCEIPL $4
-
- 0x25472FB4: 7D8700D0 neg r12,r7
- 10: GETL R7, t8
- 11: NEGL t8
- 12: PUTL t8, R12
- 13: INCEIPL $4
-
- 0x25472FB8: 80F40000 lwz r7,0(r20)
- 14: GETL R20, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R7
- 17: INCEIPL $4
-
- 0x25472FBC: 7D1C6038 and r28,r8,r12
- 18: GETL R8, t14
- 19: GETL R12, t16
- 20: ANDL t14, t16
- 21: PUTL t16, R28
- 22: INCEIPL $4
-
- 0x25472FC0: 813401A0 lwz r9,416(r20)
- 23: GETL R20, t18
- 24: ADDL $0x1A0, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R9
- 27: INCEIPL $4
-
- 0x25472FC4: 7C07E214 add r0,r7,r28
- 28: GETL R7, t22
- 29: GETL R28, t24
- 30: ADDL t22, t24
- 31: PUTL t24, R0
- 32: INCEIPL $4
-
- 0x25472FC8: 7F090040 cmpl cr6,r9,r0
- 33: GETL R9, t26
- 34: GETL R0, t28
- 35: CMPUL t26, t28, t30 (-rSo)
- 36: ICRFL t30, $0x6, CR
- 37: INCEIPL $4
-
- 0x25472FCC: 419900B0 bc 12,25,0x2547307C
- 38: Js25o $0x2547307C
-
-
-. 0 25472FAC 36
-. 80 EA 00 1C 81 0A 00 08 7D 87 00 D0 80 F4 00 00 7D 1C 60 38 81 34 01 A0 7C 07 E2 14 7F 09 00 40 41 99 00 B0
-
-==== BB 221 (0x2547307C) approx BBs exec'd 0 ====
-
- 0x2547307C: 901401A0 stw r0,416(r20)
- 0: GETL R0, t0
- 1: GETL R20, t2
- 2: ADDL $0x1A0, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25473080: 810A0008 lwz r8,8(r10)
- 5: GETL R10, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R8
- 9: INCEIPL $4
-
- 0x25473084: 4BFFFF4C b 0x25472FD0
- 10: JMPo $0x25472FD0 ($4)
-
-
-. 0 2547307C 12
-. 90 14 01 A0 81 0A 00 08 4B FF FF 4C
-
-==== BB 222 (0x25472FD0) approx BBs exec'd 0 ====
-
- 0x25472FD0: 836A0014 lwz r27,20(r10)
- 0: GETL R10, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R27
- 4: INCEIPL $4
-
- 0x25472FD4: 7EE74214 add r23,r7,r8
- 5: GETL R7, t4
- 6: GETL R8, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R23
- 9: INCEIPL $4
-
- 0x25472FD8: 811401A4 lwz r8,420(r20)
- 10: GETL R20, t8
- 11: ADDL $0x1A4, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R8
- 14: INCEIPL $4
-
- 0x25472FDC: 7D77DA14 add r11,r23,r27
- 15: GETL R23, t12
- 16: GETL R27, t14
- 17: ADDL t12, t14
- 18: PUTL t14, R11
- 19: INCEIPL $4
-
- 0x25472FE0: 7F885840 cmpl cr7,r8,r11
- 20: GETL R8, t16
- 21: GETL R11, t18
- 22: CMPUL t16, t18, t20 (-rSo)
- 23: ICRFL t20, $0x7, CR
- 24: INCEIPL $4
-
- 0x25472FE4: 409C0008 bc 4,28,0x25472FEC
- 25: Jc28o $0x25472FEC
-
-
-. 0 25472FD0 24
-. 83 6A 00 14 7E E7 42 14 81 14 01 A4 7D 77 DA 14 7F 88 58 40 40 9C 00 08
-
-==== BB 223 (0x25472FE8) approx BBs exec'd 0 ====
-
- 0x25472FE8: 917401A4 stw r11,420(r20)
- 0: GETL R11, t0
- 1: GETL R20, t2
- 2: ADDL $0x1A4, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25472FEC: 834A0018 lwz r26,24(r10)
- 5: GETL R10, t4
- 6: ADDL $0x18, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R26
- 9: INCEIPL $4
-
- 0x25472FF0: 73490001 andi. r9,r26,0x1
- 10: GETL R26, t8
- 11: ANDL $0x1, t8
- 12: PUTL t8, R9
- 13: CMP0L t8, t10 (-rSo)
- 14: ICRFL t10, $0x0, CR
- 15: INCEIPL $4
-
- 0x25472FF4: 41A2F43C bc 13,2,0x25472430
- 16: Js02o $0x25472430
-
-
-. 0 25472FE8 16
-. 91 74 01 A4 83 4A 00 18 73 49 00 01 41 A2 F4 3C
-
-==== BB 224 (0x25472FF8) approx BBs exec'd 0 ====
-
- 0x25472FF8: 801401A8 lwz r0,424(r20)
- 0: GETL R20, t0
- 1: ADDL $0x1A8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25472FFC: 7C805840 cmpl cr1,r0,r11
- 5: GETL R0, t4
- 6: GETL R11, t6
- 7: CMPUL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x1, CR
- 9: INCEIPL $4
-
- 0x25473000: 40A4F430 bc 5,4,0x25472430
- 10: Jc04o $0x25472430
-
-
-. 0 25472FF8 12
-. 80 14 01 A8 7C 80 58 40 40 A4 F4 30
-
-==== BB 225 (0x25473004) approx BBs exec'd 0 ====
-
- 0x25473004: 917401A8 stw r11,424(r20)
- 0: GETL R11, t0
- 1: GETL R20, t2
- 2: ADDL $0x1A8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25473008: 4BFFF428 b 0x25472430
- 5: JMPo $0x25472430 ($4)
-
-
-. 0 25473004 8
-. 91 74 01 A8 4B FF F4 28
-
-==== BB 226 (0x25472C70) approx BBs exec'd 0 ====
-
- 0x25472C70: 82D40000 lwz r22,0(r20)
- 0: GETL R20, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R22
- 3: INCEIPL $4
-
- 0x25472C74: 832A0008 lwz r25,8(r10)
- 4: GETL R10, t4
- 5: ADDL $0x8, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R25
- 8: INCEIPL $4
-
- 0x25472C78: 7C16CA14 add r0,r22,r25
- 9: GETL R22, t8
- 10: GETL R25, t10
- 11: ADDL t8, t10
- 12: PUTL t10, R0
- 13: INCEIPL $4
-
- 0x25472C7C: 90140008 stw r0,8(r20)
- 14: GETL R0, t12
- 15: GETL R20, t14
- 16: ADDL $0x8, t14
- 17: STL t12, (t14)
- 18: INCEIPL $4
-
- 0x25472C80: 4BFFF7B0 b 0x25472430
- 19: JMPo $0x25472430 ($4)
-
-
-. 0 25472C70 20
-. 82 D4 00 00 83 2A 00 08 7C 16 CA 14 90 14 00 08 4B FF F7 B0
-
-==== BB 227 (0x25472450) approx BBs exec'd 0 ====
-
- 0x25472450: 3EE06474 lis r23,25716
- 0: MOVL $0x64740000, t0
- 1: PUTL t0, R23
- 2: INCEIPL $4
-
- 0x25472454: 62E9E551 ori r9,r23,0xE551
- 3: MOVL $0x6474E551, t2
- 4: PUTL t2, R9
- 5: INCEIPL $4
-
- 0x25472458: 7F804800 cmp cr7,r0,r9
- 6: GETL R0, t4
- 7: GETL R9, t6
- 8: CMPL t4, t6, t8 (-rSo)
- 9: ICRFL t8, $0x7, CR
- 10: INCEIPL $4
-
- 0x2547245C: 419E0828 bc 12,30,0x25472C84
- 11: Js30o $0x25472C84
-
-
-. 0 25472450 16
-. 3E E0 64 74 62 E9 E5 51 7F 80 48 00 41 9E 08 28
-
-==== BB 228 (0x25472C84) approx BBs exec'd 0 ====
-
- 0x25472C84: 80EA0018 lwz r7,24(r10)
- 0: GETL R10, t0
- 1: ADDL $0x18, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x25472C88: 90EE0400 stw r7,1024(r14)
- 5: GETL R7, t4
- 6: GETL R14, t6
- 7: ADDL $0x400, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0x25472C8C: 4BFFF7A4 b 0x25472430
- 10: JMPo $0x25472430 ($4)
-
-
-. 0 25472C84 12
-. 80 EA 00 18 90 EE 04 00 4B FF F7 A4
-
-==== BB 229 (0x254724BC) approx BBs exec'd 0 ====
-
- 0x254724BC: 811401A4 lwz r8,420(r20)
- 0: GETL R20, t0
- 1: ADDL $0x1A4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x254724C0: 80F401A8 lwz r7,424(r20)
- 5: GETL R20, t4
- 6: ADDL $0x1A8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R7
- 9: INCEIPL $4
-
- 0x254724C4: 81340218 lwz r9,536(r20)
- 10: GETL R20, t8
- 11: ADDL $0x218, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R9
- 14: INCEIPL $4
-
- 0x254724C8: 2C090000 cmpi cr0,r9,0
- 15: GETL R9, t12
- 16: CMP0L t12, t14 (-rSo)
- 17: ICRFL t14, $0x0, CR
- 18: INCEIPL $4
-
- 0x254724CC: 41820010 bc 12,2,0x254724DC
- 19: Js02o $0x254724DC
-
-
-. 0 254724BC 20
-. 81 14 01 A4 80 F4 01 A8 81 34 02 18 2C 09 00 00 41 82 00 10
-
-==== BB 230 (0x254724DC) approx BBs exec'd 0 ====
-
- 0x254724DC: 2C880000 cmpi cr1,r8,0
- 0: GETL R8, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0x254724E0: 4086000C bc 4,6,0x254724EC
- 4: Jc06o $0x254724EC
-
-
-. 0 254724DC 8
-. 2C 88 00 00 40 86 00 0C
-
-==== BB 231 (0x254724EC) approx BBs exec'd 0 ====
-
- 0x254724EC: 2E070000 cmpi cr4,r7,0
- 0: GETL R7, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0x254724F0: 4092000C bc 4,18,0x254724FC
- 4: Jc18o $0x254724FC
-
-
-. 0 254724EC 8
-. 2E 07 00 00 40 92 00 0C
-
-==== BB 232 (0x254724FC) approx BBs exec'd 0 ====
-
- 0x254724FC: 80AE01D4 lwz r5,468(r14)
- 0: GETL R14, t0
- 1: ADDL $0x1D4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x25472500: 2F050000 cmpi cr6,r5,0
- 5: GETL R5, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x25472504: 409A001C bc 4,26,0x25472520
- 9: Jc26o $0x25472520
-
-
-. 0 254724FC 12
-. 80 AE 01 D4 2F 05 00 00 40 9A 00 1C
-
-==== BB 233 (0x25472520) approx BBs exec'd 0 ====
-
- 0x25472520: 2E130000 cmpi cr4,r19,0
- 0: GETL R19, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0x25472524: 409201A8 bc 4,18,0x254726CC
- 4: Jc18o $0x254726CC
-
-
-. 0 25472520 8
-. 2E 13 00 00 40 92 01 A8
-
-==== BB 234 (0x25472528) approx BBs exec'd 0 ====
-
- 0x25472528: 81540008 lwz r10,8(r20)
- 0: GETL R20, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x2547252C: 2C0A0000 cmpi cr0,r10,0
- 5: GETL R10, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0x25472530: 41820194 bc 12,2,0x254726C4
- 9: Js02o $0x254726C4
-
-
-. 0 25472528 12
-. 81 54 00 08 2C 0A 00 00 41 82 01 94
-
-==== BB 235 (0x25472534) approx BBs exec'd 0 ====
-
- 0x25472534: 816A0000 lwz r11,0(r10)
- 0: GETL R10, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R11
- 3: INCEIPL $4
-
- 0x25472538: 39140020 addi r8,r20,32
- 4: GETL R20, t4
- 5: ADDL $0x20, t4
- 6: PUTL t4, R8
- 7: INCEIPL $4
-
- 0x2547253C: 2C8B0000 cmpi cr1,r11,0
- 8: GETL R11, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x1, CR
- 11: INCEIPL $4
-
- 0x25472540: 41860064 bc 12,6,0x254725A4
- 12: Js06o $0x254725A4
-
-
-. 0 25472534 16
-. 81 6A 00 00 39 14 00 20 2C 8B 00 00 41 86 00 64
-
-==== BB 236 (0x25472544) approx BBs exec'd 0 ====
-
- 0x25472544: 3EC06FFF lis r22,28671
- 0: MOVL $0x6FFF0000, t0
- 1: PUTL t0, R22
- 2: INCEIPL $4
-
- 0x25472548: 3CC07000 lis r6,28672
- 3: MOVL $0x70000000, t2
- 4: PUTL t2, R6
- 5: INCEIPL $4
-
- 0x2547254C: 3C006FFF lis r0,28671
- 6: MOVL $0x6FFF0000, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x25472550: 3F406FFF lis r26,28671
- 9: MOVL $0x6FFF0000, t6
- 10: PUTL t6, R26
- 11: INCEIPL $4
-
- 0x25472554: 3EE06FFF lis r23,28671
- 12: MOVL $0x6FFF0000, t8
- 13: PUTL t8, R23
- 14: INCEIPL $4
-
- 0x25472558: 3E606FFF lis r19,28671
- 15: MOVL $0x6FFF0000, t10
- 16: PUTL t10, R19
- 17: INCEIPL $4
-
- 0x2547255C: 62C7FFFF ori r7,r22,0xFFFF
- 18: MOVL $0x6FFFFFFF, t12
- 19: PUTL t12, R7
- 20: INCEIPL $4
-
- 0x25472560: 60C60021 ori r6,r6,0x21
- 21: MOVL $0x70000021, t14
- 22: PUTL t14, R6
- 23: INCEIPL $4
-
- 0x25472564: 6005FDFF ori r5,r0,0xFDFF
- 24: MOVL $0x6FFFFDFF, t16
- 25: PUTL t16, R5
- 26: INCEIPL $4
-
- 0x25472568: 6344FE34 ori r4,r26,0xFE34
- 27: MOVL $0x6FFFFE34, t18
- 28: PUTL t18, R4
- 29: INCEIPL $4
-
- 0x2547256C: 62E3FEFF ori r3,r23,0xFEFF
- 30: MOVL $0x6FFFFEFF, t20
- 31: PUTL t20, R3
- 32: INCEIPL $4
-
- 0x25472570: 627DFF40 ori r29,r19,0xFF40
- 33: MOVL $0x6FFFFF40, t22
- 34: PUTL t22, R29
- 35: INCEIPL $4
-
- 0x25472574: 2F0B0021 cmpi cr6,r11,33
- 36: GETL R11, t24
- 37: MOVL $0x21, t28
- 38: CMPL t24, t28, t26 (-rSo)
- 39: ICRFL t26, $0x6, CR
- 40: INCEIPL $4
-
- 0x25472578: 5560103A rlwinm r0,r11,2,0,29
- 41: GETL R11, t30
- 42: SHLL $0x2, t30
- 43: PUTL t30, R0
- 44: INCEIPL $4
-
- 0x2547257C: 40990018 bc 4,25,0x25472594
- 45: Jc25o $0x25472594
-
-
-. 0 25472544 60
-. 3E C0 6F FF 3C C0 70 00 3C 00 6F FF 3F 40 6F FF 3E E0 6F FF 3E 60 6F FF 62 C7 FF FF 60 C6 00 21 60 05 FD FF 63 44 FE 34 62 E3 FE FF 62 7D FF 40 2F 0B 00 21 55 60 10 3A 40 99 00 18
-
-==== BB 237 (0x25472594) approx BBs exec'd 0 ====
-
- 0x25472594: 7D48012E stwx r10,r8,r0
- 0: GETL R0, t0
- 1: GETL R8, t2
- 2: ADDL t2, t0
- 3: GETL R10, t4
- 4: STL t4, (t0)
- 5: INCEIPL $4
-
- 0x25472598: 856A0008 lwzu r11,8(r10)
- 6: GETL R10, t6
- 7: ADDL $0x8, t6
- 8: PUTL t6, R10
- 9: LDL (t6), t8
- 10: PUTL t8, R11
- 11: INCEIPL $4
-
- 0x2547259C: 2F8B0000 cmpi cr7,r11,0
- 12: GETL R11, t10
- 13: CMP0L t10, t12 (-rSo)
- 14: ICRFL t12, $0x7, CR
- 15: INCEIPL $4
-
- 0x254725A0: 409EFFD4 bc 4,30,0x25472574
- 16: Jc30o $0x25472574
-
-
-. 0 25472594 16
-. 7D 48 01 2E 85 6A 00 08 2F 8B 00 00 40 9E FF D4
-
-==== BB 238 (0x25472574) approx BBs exec'd 0 ====
-
- 0x25472574: 2F0B0021 cmpi cr6,r11,33
- 0: GETL R11, t0
- 1: MOVL $0x21, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x6, CR
- 4: INCEIPL $4
-
- 0x25472578: 5560103A rlwinm r0,r11,2,0,29
- 5: GETL R11, t6
- 6: SHLL $0x2, t6
- 7: PUTL t6, R0
- 8: INCEIPL $4
-
- 0x2547257C: 40990018 bc 4,25,0x25472594
- 9: Jc25o $0x25472594
-
-
-. 0 25472574 12
-. 2F 0B 00 21 55 60 10 3A 40 99 00 18
-
-==== BB 239 (0x25472580) approx BBs exec'd 0 ====
-
- 0x25472580: 7F2B3850 subf r25,r11,r7
- 0: GETL R11, t0
- 1: GETL R7, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R25
- 4: INCEIPL $4
-
- 0x25472584: 2B99000F cmpli cr7,r25,15
- 5: GETL R25, t4
- 6: MOVL $0xF, t8
- 7: CMPUL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x7, CR
- 9: INCEIPL $4
-
- 0x25472588: 419D0708 bc 12,29,0x25472C90
- 10: Js29o $0x25472C90
-
-
-. 0 25472580 12
-. 7F 2B 38 50 2B 99 00 0F 41 9D 07 08
-
-==== BB 240 (0x2547258C) approx BBs exec'd 0 ====
-
- 0x2547258C: 7C0B3050 subf r0,r11,r6
- 0: GETL R11, t0
- 1: GETL R6, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25472590: 5400103A rlwinm r0,r0,2,0,29
- 5: GETL R0, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x25472594: 7D48012E stwx r10,r8,r0
- 9: GETL R0, t6
- 10: GETL R8, t8
- 11: ADDL t8, t6
- 12: GETL R10, t10
- 13: STL t10, (t6)
- 14: INCEIPL $4
-
- 0x25472598: 856A0008 lwzu r11,8(r10)
- 15: GETL R10, t12
- 16: ADDL $0x8, t12
- 17: PUTL t12, R10
- 18: LDL (t12), t14
- 19: PUTL t14, R11
- 20: INCEIPL $4
-
- 0x2547259C: 2F8B0000 cmpi cr7,r11,0
- 21: GETL R11, t16
- 22: CMP0L t16, t18 (-rSo)
- 23: ICRFL t18, $0x7, CR
- 24: INCEIPL $4
-
- 0x254725A0: 409EFFD4 bc 4,30,0x25472574
- 25: Jc30o $0x25472574
-
-
-. 0 2547258C 24
-. 7C 0B 30 50 54 00 10 3A 7D 48 01 2E 85 6A 00 08 2F 8B 00 00 40 9E FF D4
-
-==== BB 241 (0x254725A4) approx BBs exec'd 0 ====
-
- 0x254725A4: 81740000 lwz r11,0(r20)
- 0: GETL R20, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R11
- 3: INCEIPL $4
-
- 0x254725A8: 2C0B0000 cmpi cr0,r11,0
- 4: GETL R11, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x0, CR
- 7: INCEIPL $4
-
- 0x254725AC: 418200AC bc 12,2,0x25472658
- 8: Js02o $0x25472658
-
-
-. 0 254725A4 12
-. 81 74 00 00 2C 0B 00 00 41 82 00 AC
-
-==== BB 242 (0x25472658) approx BBs exec'd 0 ====
-
- 0x25472658: 81280078 lwz r9,120(r8)
- 0: GETL R8, t0
- 1: ADDL $0x78, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x2547265C: 2C090000 cmpi cr0,r9,0
- 5: GETL R9, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0x25472660: 41820030 bc 12,2,0x25472690
- 9: Js02o $0x25472690
-
-
-. 0 25472658 12
-. 81 28 00 78 2C 09 00 00 41 82 00 30
-
-==== BB 243 (0x25472690) approx BBs exec'd 0 ====
-
- 0x25472690: 81280098 lwz r9,152(r8)
- 0: GETL R8, t0
- 1: ADDL $0x98, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25472694: 2C890000 cmpi cr1,r9,0
- 5: GETL R9, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x25472698: 41860018 bc 12,6,0x254726B0
- 9: Js06o $0x254726B0
-
-
-. 0 25472690 12
-. 81 28 00 98 2C 89 00 00 41 86 00 18
-
-==== BB 244 (0x254726B0) approx BBs exec'd 0 ====
-
- 0x254726B0: 81680074 lwz r11,116(r8)
- 0: GETL R8, t0
- 1: ADDL $0x74, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x254726B4: 2F0B0000 cmpi cr6,r11,0
- 5: GETL R11, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x254726B8: 419A000C bc 12,26,0x254726C4
- 9: Js26o $0x254726C4
-
-
-. 0 254726B0 12
-. 81 68 00 74 2F 0B 00 00 41 9A 00 0C
-
-==== BB 245 (0x254726C4) approx BBs exec'd 0 ====
-
- 0x254726C4: 7E83A378 or r3,r20,r20
- 0: GETL R20, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x254726C8: 48005EA5 bl 0x2547856C
- 3: MOVL $0x254726CC, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0x2547856C ($4)
-
-
-. 0 254726C4 8
-. 7E 83 A3 78 48 00 5E A5
-
-==== BB 246 (0x254726CC) approx BBs exec'd 0 ====
-
- 0x254726CC: 811F0030 lwz r8,48(r31)
- 0: GETL R31, t0
- 1: ADDL $0x30, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x254726D0: 2F880002 cmpi cr7,r8,2
- 5: GETL R8, t4
- 6: MOVL $0x2, t8
- 7: CMPL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x7, CR
- 9: INCEIPL $4
-
- 0x254726D4: 419E0A04 bc 12,30,0x254730D8
- 10: Js30o $0x254730D8
-
-
-. 0 254726CC 12
-. 81 1F 00 30 2F 88 00 02 41 9E 0A 04
-
-==== BB 247 (0x254726D8) approx BBs exec'd 0 ====
-
- 0x254726D8: 4192088C bc 12,18,0x25472F64
- 0: Js18o $0x25472F64
-
-
-. 0 254726D8 4
-. 41 92 08 8C
-
-==== BB 248 (0x25472F64) approx BBs exec'd 0 ====
-
- 0x25472F64: 82BE004C lwz r21,76(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R21
- 4: INCEIPL $4
-
- 0x25472F68: 80750000 lwz r3,0(r21)
- 5: GETL R21, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R3
- 8: INCEIPL $4
-
- 0x25472F6C: 48002169 bl 0x254750D4
- 9: MOVL $0x25472F70, t8
- 10: PUTL t8, LR
- 11: JMPo-c $0x254750D4 ($4)
-
-
-. 0 25472F64 12
-. 82 BE 00 4C 80 75 00 00 48 00 21 69
-
-==== BB 249 _dl_init_paths(0x254750D4) approx BBs exec'd 0 ====
-
- 0x254750D4: 9421FFD0 stwu r1,-48(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFD0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x254750D8: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x254750DC: 48021F25 bl 0x25497000
- 9: MOVL $0x254750E0, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-. 0 254750D4 12
-. 94 21 FF D0 7C 08 02 A6 48 02 1F 25
-
-==== BB 250 (0x254750E0) approx BBs exec'd 0 ====
-
- 0x254750E0: 93C10028 stw r30,40(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x28, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x254750E4: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x254750E8: 93010010 stw r24,16(r1)
- 8: GETL R24, t6
- 9: GETL R1, t8
- 10: ADDL $0x10, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x254750EC: 90010034 stw r0,52(r1)
- 13: GETL R0, t10
- 14: GETL R1, t12
- 15: ADDL $0x34, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x254750F0: 93210014 stw r25,20(r1)
- 18: GETL R25, t14
- 19: GETL R1, t16
- 20: ADDL $0x14, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0x254750F4: 7C791B78 or r25,r3,r3
- 23: GETL R3, t18
- 24: PUTL t18, R25
- 25: INCEIPL $4
-
- 0x254750F8: 831E04F4 lwz r24,1268(r30)
- 26: GETL R30, t20
- 27: ADDL $0x4F4, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R24
- 30: INCEIPL $4
-
- 0x254750FC: 80BE0154 lwz r5,340(r30)
- 31: GETL R30, t24
- 32: ADDL $0x154, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R5
- 35: INCEIPL $4
-
- 0x25475100: 80980010 lwz r4,16(r24)
- 36: GETL R24, t28
- 37: ADDL $0x10, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R4
- 40: INCEIPL $4
-
- 0x25475104: 80DE015C lwz r6,348(r30)
- 41: GETL R30, t32
- 42: ADDL $0x15C, t32
- 43: LDL (t32), t34
- 44: PUTL t34, R6
- 45: INCEIPL $4
-
- 0x25475108: 8078000C lwz r3,12(r24)
- 46: GETL R24, t36
- 47: ADDL $0xC, t36
- 48: LDL (t36), t38
- 49: PUTL t38, R3
- 50: INCEIPL $4
-
- 0x2547510C: 9361001C stw r27,28(r1)
- 51: GETL R27, t40
- 52: GETL R1, t42
- 53: ADDL $0x1C, t42
- 54: STL t40, (t42)
- 55: INCEIPL $4
-
- 0x25475110: 93810020 stw r28,32(r1)
- 56: GETL R28, t44
- 57: GETL R1, t46
- 58: ADDL $0x20, t46
- 59: STL t44, (t46)
- 60: INCEIPL $4
-
- 0x25475114: 93E1002C stw r31,44(r1)
- 61: GETL R31, t48
- 62: GETL R1, t50
- 63: ADDL $0x2C, t50
- 64: STL t48, (t50)
- 65: INCEIPL $4
-
- 0x25475118: 7C3F0B78 or r31,r1,r1
- 66: GETL R1, t52
- 67: PUTL t52, R31
- 68: INCEIPL $4
-
- 0x2547511C: 92E1000C stw r23,12(r1)
- 69: GETL R23, t54
- 70: GETL R1, t56
- 71: ADDL $0xC, t56
- 72: STL t54, (t56)
- 73: INCEIPL $4
-
- 0x25475120: 93410018 stw r26,24(r1)
- 74: GETL R26, t58
- 75: GETL R1, t60
- 76: ADDL $0x18, t60
- 77: STL t58, (t60)
- 78: INCEIPL $4
-
- 0x25475124: 93A10024 stw r29,36(r1)
- 79: GETL R29, t62
- 80: GETL R1, t64
- 81: ADDL $0x24, t64
- 82: STL t62, (t64)
- 83: INCEIPL $4
-
- 0x25475128: 4800A629 bl 0x2547F750
- 84: MOVL $0x2547512C, t66
- 85: PUTL t66, LR
- 86: JMPo-c $0x2547F750 ($4)
-
-
-. 0 254750E0 76
-. 93 C1 00 28 7F C8 02 A6 93 01 00 10 90 01 00 34 93 21 00 14 7C 79 1B 78 83 1E 04 F4 80 BE 01 54 80 98 00 10 80 DE 01 5C 80 78 00 0C 93 61 00 1C 93 81 00 20 93 E1 00 2C 7C 3F 0B 78 92 E1 00 0C 93 41 00 18 93 A1 00 24 48 00 A6 29
-
-==== BB 251 _dl_important_hwcaps(0x2547F750) approx BBs exec'd 0 ====
-
- 0x2547F750: 9421FFB0 stwu r1,-80(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFB0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547F754: 7CE802A6 mflr r7
- 6: GETL LR, t4
- 7: PUTL t4, R7
- 8: INCEIPL $4
-
- 0x2547F758: 480178A9 bl 0x25497000
- 9: MOVL $0x2547F75C, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-. 0 2547F750 12
-. 94 21 FF B0 7C E8 02 A6 48 01 78 A9
-
-==== BB 252 (0x2547F75C) approx BBs exec'd 0 ====
-
- 0x2547F75C: 93C10048 stw r30,72(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x48, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547F760: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x2547F764: 93810040 stw r28,64(r1)
- 8: GETL R28, t6
- 9: GETL R1, t8
- 10: ADDL $0x40, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x2547F768: 90E10054 stw r7,84(r1)
- 13: GETL R7, t10
- 14: GETL R1, t12
- 15: ADDL $0x54, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x2547F76C: 7D800026 mfcr r12
- 18: GETL CR, t14
- 19: PUTL t14, R12
- 20: INCEIPL $4
-
- 0x2547F770: 92010010 stw r16,16(r1)
- 21: GETL R16, t16
- 22: GETL R1, t18
- 23: ADDL $0x10, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0x2547F774: 7CD03378 or r16,r6,r6
- 26: GETL R6, t20
- 27: PUTL t20, R16
- 28: INCEIPL $4
-
- 0x2547F778: 813E04F4 lwz r9,1268(r30)
- 29: GETL R30, t22
- 30: ADDL $0x4F4, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R9
- 33: INCEIPL $4
-
- 0x2547F77C: 9261001C stw r19,28(r1)
- 34: GETL R19, t26
- 35: GETL R1, t28
- 36: ADDL $0x1C, t28
- 37: STL t26, (t28)
- 38: INCEIPL $4
-
- 0x2547F780: 7C932378 or r19,r4,r4
- 39: GETL R4, t30
- 40: PUTL t30, R19
- 41: INCEIPL $4
-
- 0x2547F784: 81690040 lwz r11,64(r9)
- 42: GETL R9, t32
- 43: ADDL $0x40, t32
- 44: LDL (t32), t34
- 45: PUTL t34, R11
- 46: INCEIPL $4
-
- 0x2547F788: 8009003C lwz r0,60(r9)
- 47: GETL R9, t36
- 48: ADDL $0x3C, t36
- 49: LDL (t36), t38
- 50: PUTL t38, R0
- 51: INCEIPL $4
-
- 0x2547F78C: 92810020 stw r20,32(r1)
- 52: GETL R20, t40
- 53: GETL R1, t42
- 54: ADDL $0x20, t42
- 55: STL t40, (t42)
- 56: INCEIPL $4
-
- 0x2547F790: 7CB42B78 or r20,r5,r5
- 57: GETL R5, t44
- 58: PUTL t44, R20
- 59: INCEIPL $4
-
- 0x2547F794: 7C1C5838 and r28,r0,r11
- 60: GETL R0, t46
- 61: GETL R11, t48
- 62: ANDL t46, t48
- 63: PUTL t48, R28
- 64: INCEIPL $4
-
- 0x2547F798: 92C10028 stw r22,40(r1)
- 65: GETL R22, t50
- 66: GETL R1, t52
- 67: ADDL $0x28, t52
- 68: STL t50, (t52)
- 69: INCEIPL $4
-
- 0x2547F79C: 2F9C0000 cmpi cr7,r28,0
- 70: GETL R28, t54
- 71: CMP0L t54, t56 (-rSo)
- 72: ICRFL t56, $0x7, CR
- 73: INCEIPL $4
-
- 0x2547F7A0: 93E1004C stw r31,76(r1)
- 74: GETL R31, t58
- 75: GETL R1, t60
- 76: ADDL $0x4C, t60
- 77: STL t58, (t60)
- 78: INCEIPL $4
-
- 0x2547F7A4: 92210014 stw r17,20(r1)
- 79: GETL R17, t62
- 80: GETL R1, t64
- 81: ADDL $0x14, t64
- 82: STL t62, (t64)
- 83: INCEIPL $4
-
- 0x2547F7A8: 7C3F0B78 or r31,r1,r1
- 84: GETL R1, t66
- 85: PUTL t66, R31
- 86: INCEIPL $4
-
- 0x2547F7AC: 92410018 stw r18,24(r1)
- 87: GETL R18, t68
- 88: GETL R1, t70
- 89: ADDL $0x18, t70
- 90: STL t68, (t70)
- 91: INCEIPL $4
-
- 0x2547F7B0: 7C761B78 or r22,r3,r3
- 92: GETL R3, t72
- 93: PUTL t72, R22
- 94: INCEIPL $4
-
- 0x2547F7B4: 92A10024 stw r21,36(r1)
- 95: GETL R21, t74
- 96: GETL R1, t76
- 97: ADDL $0x24, t76
- 98: STL t74, (t76)
- 99: INCEIPL $4
-
- 0x2547F7B8: 3003FFFF addic r0,r3,-1
- 100: GETL R3, t78
- 101: ADCL $0xFFFFFFFF, t78 (-wCa)
- 102: PUTL t78, R0
- 103: INCEIPL $4
-
- 0x2547F7BC: 7D401910 subfe r10,r0,r3
- 104: GETL R0, t80
- 105: GETL R3, t82
- 106: SBBL t80, t82 (-rCa-wCa)
- 107: PUTL t82, R10
- 108: INCEIPL $4
-
- 0x2547F7C0: 92E1002C stw r23,44(r1)
- 109: GETL R23, t84
- 110: GETL R1, t86
- 111: ADDL $0x2C, t86
- 112: STL t84, (t86)
- 113: INCEIPL $4
-
- 0x2547F7C4: 39600000 li r11,0
- 114: MOVL $0x0, t88
- 115: PUTL t88, R11
- 116: INCEIPL $4
-
- 0x2547F7C8: 93010030 stw r24,48(r1)
- 117: GETL R24, t90
- 118: GETL R1, t92
- 119: ADDL $0x30, t92
- 120: STL t90, (t92)
- 121: INCEIPL $4
-
- 0x2547F7CC: 93210034 stw r25,52(r1)
- 122: GETL R25, t94
- 123: GETL R1, t96
- 124: ADDL $0x34, t96
- 125: STL t94, (t96)
- 126: INCEIPL $4
-
- 0x2547F7D0: 93410038 stw r26,56(r1)
- 127: GETL R26, t98
- 128: GETL R1, t100
- 129: ADDL $0x38, t100
- 130: STL t98, (t100)
- 131: INCEIPL $4
-
- 0x2547F7D4: 9361003C stw r27,60(r1)
- 132: GETL R27, t102
- 133: GETL R1, t104
- 134: ADDL $0x3C, t104
- 135: STL t102, (t104)
- 136: INCEIPL $4
-
- 0x2547F7D8: 93A10044 stw r29,68(r1)
- 137: GETL R29, t106
- 138: GETL R1, t108
- 139: ADDL $0x44, t108
- 140: STL t106, (t108)
- 141: INCEIPL $4
-
- 0x2547F7DC: 9181000C stw r12,12(r1)
- 142: GETL R12, t110
- 143: GETL R1, t112
- 144: ADDL $0xC, t112
- 145: STL t110, (t112)
- 146: INCEIPL $4
-
- 0x2547F7E0: 419E0028 bc 12,30,0x2547F808
- 147: Js30o $0x2547F808
-
-
-. 0 2547F75C 136
-. 93 C1 00 48 7F C8 02 A6 93 81 00 40 90 E1 00 54 7D 80 00 26 92 01 00 10 7C D0 33 78 81 3E 04 F4 92 61 00 1C 7C 93 23 78 81 69 00 40 80 09 00 3C 92 81 00 20 7C B4 2B 78 7C 1C 58 38 92 C1 00 28 2F 9C 00 00 93 E1 00 4C 92 21 00 14 7C 3F 0B 78 92 41 00 18 7C 76 1B 78 92 A1 00 24 30 03 FF FF 7D 40 19 10 92 E1 00 2C 39 60 00 00 93 01 00 30 93 21 00 34 93 41 00 38 93 61 00 3C 93 A1 00 44 91 81 00 0C 41 9E 00 28
-
-==== BB 253 (0x2547F808) approx BBs exec'd 0 ====
-
- 0x2547F808: 3B0A0001 addi r24,r10,1
- 0: GETL R10, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R24
- 3: INCEIPL $4
-
- 0x2547F80C: 82210000 lwz r17,0(r1)
- 4: GETL R1, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R17
- 7: INCEIPL $4
-
- 0x2547F810: 57121838 rlwinm r18,r24,3,0,28
- 8: GETL R24, t6
- 9: SHLL $0x3, t6
- 10: PUTL t6, R18
- 11: INCEIPL $4
-
- 0x2547F814: 3B200000 li r25,0
- 12: MOVL $0x0, t8
- 13: PUTL t8, R25
- 14: INCEIPL $4
-
- 0x2547F818: 3AF2001E addi r23,r18,30
- 15: GETL R18, t10
- 16: ADDL $0x1E, t10
- 17: PUTL t10, R23
- 18: INCEIPL $4
-
- 0x2547F81C: 3B400000 li r26,0
- 19: MOVL $0x0, t12
- 20: PUTL t12, R26
- 21: INCEIPL $4
-
- 0x2547F820: 56F50036 rlwinm r21,r23,0,0,27
- 22: GETL R23, t14
- 23: ANDL $0xFFFFFFF0, t14
- 24: PUTL t14, R21
- 25: INCEIPL $4
-
- 0x2547F824: 7D5500D0 neg r10,r21
- 26: GETL R21, t16
- 27: NEGL t16
- 28: PUTL t16, R10
- 29: INCEIPL $4
-
- 0x2547F828: 7E21516E stwux r17,r1,r10
- 30: GETL R10, t18
- 31: GETL R1, t20
- 32: ADDL t20, t18
- 33: PUTL t18, R1
- 34: GETL R17, t22
- 35: STL t22, (t18)
- 36: INCEIPL $4
-
- 0x2547F82C: 39010017 addi r8,r1,23
- 37: GETL R1, t24
- 38: ADDL $0x17, t24
- 39: PUTL t24, R8
- 40: INCEIPL $4
-
- 0x2547F830: 551B0036 rlwinm r27,r8,0,0,27
- 41: GETL R8, t26
- 42: ANDL $0xFFFFFFF0, t26
- 43: PUTL t26, R27
- 44: INCEIPL $4
-
- 0x2547F834: 419E0048 bc 12,30,0x2547F87C
- 45: Js30o $0x2547F87C
-
-
-. 0 2547F808 48
-. 3B 0A 00 01 82 21 00 00 57 12 18 38 3B 20 00 00 3A F2 00 1E 3B 40 00 00 56 F5 00 36 7D 55 00 D0 7E 21 51 6E 39 01 00 17 55 1B 00 36 41 9E 00 48
-
-==== BB 254 (0x2547F87C) approx BBs exec'd 0 ====
-
- 0x2547F87C: 2F960000 cmpi cr7,r22,0
- 0: GETL R22, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x2547F880: 419E0018 bc 12,30,0x2547F898
- 4: Js30o $0x2547F898
-
-
-. 0 2547F87C 8
-. 2F 96 00 00 41 9E 00 18
-
-==== BB 255 (0x2547F898) approx BBs exec'd 0 ====
-
- 0x2547F898: 2E180001 cmpi cr4,r24,1
- 0: GETL R24, t0
- 1: MOVL $0x1, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x4, CR
- 4: INCEIPL $4
-
- 0x2547F89C: 57291838 rlwinm r9,r25,3,0,28
- 5: GETL R25, t6
- 6: SHLL $0x3, t6
- 7: PUTL t6, R9
- 8: INCEIPL $4
-
- 0x2547F8A0: 833E0410 lwz r25,1040(r30)
- 9: GETL R30, t8
- 10: ADDL $0x410, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R25
- 13: INCEIPL $4
-
- 0x2547F8A4: 7E69DA14 add r19,r9,r27
- 14: GETL R9, t12
- 15: GETL R27, t14
- 16: ADDL t12, t14
- 17: PUTL t14, R19
- 18: INCEIPL $4
-
- 0x2547F8A8: 3AC00003 li r22,3
- 19: MOVL $0x3, t16
- 20: PUTL t16, R22
- 21: INCEIPL $4
-
- 0x2547F8AC: 7F29D92E stwx r25,r9,r27
- 22: GETL R27, t18
- 23: GETL R9, t20
- 24: ADDL t20, t18
- 25: GETL R25, t22
- 26: STL t22, (t18)
- 27: INCEIPL $4
-
- 0x2547F8B0: 92D30004 stw r22,4(r19)
- 28: GETL R22, t24
- 29: GETL R19, t26
- 30: ADDL $0x4, t26
- 31: STL t24, (t26)
- 32: INCEIPL $4
-
- 0x2547F8B4: 41920324 bc 12,18,0x2547FBD8
- 33: Js18o $0x2547FBD8
-
-
-. 0 2547F898 32
-. 2E 18 00 01 57 29 18 38 83 3E 04 10 7E 69 DA 14 3A C0 00 03 7F 29 D9 2E 92 D3 00 04 41 92 03 24
-
-==== BB 256 (0x2547FBD8) approx BBs exec'd 0 ====
-
- 0x2547FBD8: 819B0004 lwz r12,4(r27)
- 0: GETL R27, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R12
- 4: INCEIPL $4
-
- 0x2547FBDC: 390C0001 addi r8,r12,1
- 5: GETL R12, t4
- 6: ADDL $0x1, t4
- 7: PUTL t4, R8
- 8: INCEIPL $4
-
- 0x2547FBE0: 4BFFFD30 b 0x2547F910
- 9: JMPo $0x2547F910 ($4)
-
-
-. 0 2547FBD8 12
-. 81 9B 00 04 39 0C 00 01 4B FF FD 30
-
-==== BB 257 (0x2547F910) approx BBs exec'd 0 ====
-
- 0x2547F910: 3BA00001 li r29,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R29
- 2: INCEIPL $4
-
- 0x2547F914: 7FAAC030 slw r10,r29,r24
- 3: GETL R29, t4
- 4: GETL R24, t2
- 5: SHLL t2, t4
- 6: PUTL t4, R10
- 7: INCEIPL $4
-
- 0x2547F918: 555A1838 rlwinm r26,r10,3,0,28
- 8: GETL R10, t6
- 9: SHLL $0x3, t6
- 10: PUTL t6, R26
- 11: INCEIPL $4
-
- 0x2547F91C: 91540000 stw r10,0(r20)
- 12: GETL R10, t8
- 13: GETL R20, t10
- 14: STL t8, (t10)
- 15: INCEIPL $4
-
- 0x2547F920: 7C7A4214 add r3,r26,r8
- 16: GETL R26, t12
- 17: GETL R8, t14
- 18: ADDL t12, t14
- 19: PUTL t14, R3
- 20: INCEIPL $4
-
- 0x2547F924: 48018101 bl 0x25497A24
- 21: MOVL $0x2547F928, t16
- 22: PUTL t16, LR
- 23: JMPo-c $0x25497A24 ($4)
-
-
-. 0 2547F910 24
-. 3B A0 00 01 7F AA C0 30 55 5A 18 38 91 54 00 00 7C 7A 42 14 48 01 81 01
-
-==== BB 258 (0x2547FDC8) approx BBs exec'd 0 ====
-
- 0x2547FDC8: 813F0000 lwz r9,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0x2547FDCC: 7C895214 add r4,r9,r10
- 4: GETL R9, t4
- 5: GETL R10, t6
- 6: ADDL t4, t6
- 7: PUTL t6, R4
- 8: INCEIPL $4
-
- 0x2547FDD0: 3804FFFF addi r0,r4,-1
- 9: GETL R4, t8
- 10: ADDL $0xFFFFFFFF, t8
- 11: PUTL t8, R0
- 12: INCEIPL $4
-
- 0x2547FDD4: 7C0AE838 and r10,r0,r29
- 13: GETL R0, t10
- 14: GETL R29, t12
- 15: ANDL t10, t12
- 16: PUTL t12, R10
- 17: INCEIPL $4
-
- 0x2547FDD8: 7D8AE214 add r12,r10,r28
- 18: GETL R10, t14
- 19: GETL R28, t16
- 20: ADDL t14, t16
- 21: PUTL t16, R12
- 22: INCEIPL $4
-
- 0x2547FDDC: 915F0000 stw r10,0(r31)
- 23: GETL R10, t18
- 24: GETL R31, t20
- 25: STL t18, (t20)
- 26: INCEIPL $4
-
- 0x2547FDE0: 7C0C5840 cmpl cr0,r12,r11
- 27: GETL R12, t22
- 28: GETL R11, t24
- 29: CMPUL t22, t24, t26 (-rSo)
- 30: ICRFL t26, $0x0, CR
- 31: INCEIPL $4
-
- 0x2547FDE4: 4080003C bc 4,0,0x2547FE20
- 32: Jc00o $0x2547FE20
-
-
-. 0 2547FDC8 32
-. 81 3F 00 00 7C 89 52 14 38 04 FF FF 7C 0A E8 38 7D 8A E2 14 91 5F 00 00 7C 0C 58 40 40 80 00 3C
-
-==== BB 259 (0x2547F928) approx BBs exec'd 0 ====
-
- 0x2547F928: 7C761B79 or. r22,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R22
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x2547F92C: 418202E8 bc 12,2,0x2547FC14
- 5: Js02o $0x2547FC14
-
-
-. 0 2547F928 8
-. 7C 76 1B 79 41 82 02 E8
-
-==== BB 260 (0x2547F930) approx BBs exec'd 0 ====
-
- 0x2547F930: 419201FC bc 12,18,0x2547FB2C
- 0: Js18o $0x2547FB2C
-
-
-. 0 2547F930 4
-. 41 92 01 FC
-
-==== BB 261 (0x2547FB2C) approx BBs exec'd 0 ====
-
- 0x2547FB2C: 83340000 lwz r25,0(r20)
- 0: GETL R20, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R25
- 3: INCEIPL $4
-
- 0x2547FB30: 39000000 li r8,0
- 4: MOVL $0x0, t4
- 5: PUTL t4, R8
- 6: INCEIPL $4
-
- 0x2547FB34: 827B0004 lwz r19,4(r27)
- 7: GETL R27, t6
- 8: ADDL $0x4, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R19
- 11: INCEIPL $4
-
- 0x2547FB38: 3B00002F li r24,47
- 12: MOVL $0x2F, t10
- 13: PUTL t10, R24
- 14: INCEIPL $4
-
- 0x2547FB3C: 57291838 rlwinm r9,r25,3,0,28
- 15: GETL R25, t12
- 16: SHLL $0x3, t12
- 17: PUTL t12, R9
- 18: INCEIPL $4
-
- 0x2547FB40: 9116000C stw r8,12(r22)
- 19: GETL R8, t14
- 20: GETL R22, t16
- 21: ADDL $0xC, t16
- 22: STL t14, (t16)
- 23: INCEIPL $4
-
- 0x2547FB44: 7C69B214 add r3,r9,r22
- 24: GETL R9, t18
- 25: GETL R22, t20
- 26: ADDL t18, t20
- 27: PUTL t20, R3
- 28: INCEIPL $4
-
- 0x2547FB48: 3B930001 addi r28,r19,1
- 29: GETL R19, t22
- 30: ADDL $0x1, t22
- 31: PUTL t22, R28
- 32: INCEIPL $4
-
- 0x2547FB4C: 93960004 stw r28,4(r22)
- 33: GETL R28, t24
- 34: GETL R22, t26
- 35: ADDL $0x4, t26
- 36: STL t24, (t26)
- 37: INCEIPL $4
-
- 0x2547FB50: 3A400002 li r18,2
- 38: MOVL $0x2, t28
- 39: PUTL t28, R18
- 40: INCEIPL $4
-
- 0x2547FB54: 90760000 stw r3,0(r22)
- 41: GETL R3, t30
- 42: GETL R22, t32
- 43: STL t30, (t32)
- 44: INCEIPL $4
-
- 0x2547FB58: 90760008 stw r3,8(r22)
- 45: GETL R3, t34
- 46: GETL R22, t36
- 47: ADDL $0x8, t36
- 48: STL t34, (t36)
- 49: INCEIPL $4
-
- 0x2547FB5C: 80BB0004 lwz r5,4(r27)
- 50: GETL R27, t38
- 51: ADDL $0x4, t38
- 52: LDL (t38), t40
- 53: PUTL t40, R5
- 54: INCEIPL $4
-
- 0x2547FB60: 809B0000 lwz r4,0(r27)
- 55: GETL R27, t42
- 56: LDL (t42), t44
- 57: PUTL t44, R4
- 58: INCEIPL $4
-
- 0x2547FB64: 48003EBD bl 0x25483A20
- 59: MOVL $0x2547FB68, t46
- 60: PUTL t46, LR
- 61: JMPo-c $0x25483A20 ($4)
-
-
-. 0 2547FB2C 60
-. 83 34 00 00 39 00 00 00 82 7B 00 04 3B 00 00 2F 57 29 18 38 91 16 00 0C 7C 69 B2 14 3B 93 00 01 93 96 00 04 3A 40 00 02 90 76 00 00 90 76 00 08 80 BB 00 04 80 9B 00 00 48 00 3E BD
-
-==== BB 262 mempcpy(0x25483A20) approx BBs exec'd 0 ====
-
- 0x25483A20: 2B85000F cmpli cr7,r5,15
- 0: GETL R5, t0
- 1: MOVL $0xF, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x25483A24: 7C0802A6 mflr r0
- 5: GETL LR, t6
- 6: PUTL t6, R0
- 7: INCEIPL $4
-
- 0x25483A28: 9421FFE0 stwu r1,-32(r1)
- 8: GETL R1, t8
- 9: GETL R1, t10
- 10: ADDL $0xFFFFFFE0, t10
- 11: PUTL t10, R1
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0x25483A2C: 93A10014 stw r29,20(r1)
- 14: GETL R29, t12
- 15: GETL R1, t14
- 16: ADDL $0x14, t14
- 17: STL t12, (t14)
- 18: INCEIPL $4
-
- 0x25483A30: 7C7D1B78 or r29,r3,r3
- 19: GETL R3, t16
- 20: PUTL t16, R29
- 21: INCEIPL $4
-
- 0x25483A34: 93E1001C stw r31,28(r1)
- 22: GETL R31, t18
- 23: GETL R1, t20
- 24: ADDL $0x1C, t20
- 25: STL t18, (t20)
- 26: INCEIPL $4
-
- 0x25483A38: 7C9F2378 or r31,r4,r4
- 27: GETL R4, t22
- 28: PUTL t22, R31
- 29: INCEIPL $4
-
- 0x25483A3C: 93810010 stw r28,16(r1)
- 30: GETL R28, t24
- 31: GETL R1, t26
- 32: ADDL $0x10, t26
- 33: STL t24, (t26)
- 34: INCEIPL $4
-
- 0x25483A40: 93C10018 stw r30,24(r1)
- 35: GETL R30, t28
- 36: GETL R1, t30
- 37: ADDL $0x18, t30
- 38: STL t28, (t30)
- 39: INCEIPL $4
-
- 0x25483A44: 90010024 stw r0,36(r1)
- 40: GETL R0, t32
- 41: GETL R1, t34
- 42: ADDL $0x24, t34
- 43: STL t32, (t34)
- 44: INCEIPL $4
-
- 0x25483A48: 409D0058 bc 4,29,0x25483AA0
- 45: Jc29o $0x25483AA0
-
-
-. 0 25483A20 44
-. 2B 85 00 0F 7C 08 02 A6 94 21 FF E0 93 A1 00 14 7C 7D 1B 78 93 E1 00 1C 7C 9F 23 78 93 81 00 10 93 C1 00 18 90 01 00 24 40 9D 00 58
-
-==== BB 263 (0x25483AA0) approx BBs exec'd 0 ====
-
- 0x25483AA0: 2C850000 cmpi cr1,r5,0
- 0: GETL R5, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0x25483AA4: 4186001C bc 12,6,0x25483AC0
- 4: Js06o $0x25483AC0
-
-
-. 0 25483AA0 8
-. 2C 85 00 00 41 86 00 1C
-
-==== BB 264 (0x25483AA8) approx BBs exec'd 0 ====
-
- 0x25483AA8: 7CA903A6 mtctr r5
- 0: GETL R5, t0
- 1: PUTL t0, CTR
- 2: INCEIPL $4
-
- 0x25483AAC: 88FF0000 lbz r7,0(r31)
- 3: GETL R31, t2
- 4: LDB (t2), t4
- 5: PUTL t4, R7
- 6: INCEIPL $4
-
- 0x25483AB0: 3BFF0001 addi r31,r31,1
- 7: GETL R31, t6
- 8: ADDL $0x1, t6
- 9: PUTL t6, R31
- 10: INCEIPL $4
-
- 0x25483AB4: 98FD0000 stb r7,0(r29)
- 11: GETL R7, t8
- 12: GETL R29, t10
- 13: STB t8, (t10)
- 14: INCEIPL $4
-
- 0x25483AB8: 3BBD0001 addi r29,r29,1
- 15: GETL R29, t12
- 16: ADDL $0x1, t12
- 17: PUTL t12, R29
- 18: INCEIPL $4
-
- 0x25483ABC: 4200FFF0 bc 16,0,0x25483AAC
- 19: GETL CTR, t14
- 20: ADDL $0xFFFFFFFF, t14
- 21: PUTL t14, CTR
- 22: JIFZL t14, $0x25483AC0
- 23: JMPo $0x25483AAC ($4)
-
-
-. 0 25483AA8 24
-. 7C A9 03 A6 88 FF 00 00 3B FF 00 01 98 FD 00 00 3B BD 00 01 42 00 FF F0
-
-==== BB 265 (0x25483AAC) approx BBs exec'd 0 ====
-
- 0x25483AAC: 88FF0000 lbz r7,0(r31)
- 0: GETL R31, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R7
- 3: INCEIPL $4
-
- 0x25483AB0: 3BFF0001 addi r31,r31,1
- 4: GETL R31, t4
- 5: ADDL $0x1, t4
- 6: PUTL t4, R31
- 7: INCEIPL $4
-
- 0x25483AB4: 98FD0000 stb r7,0(r29)
- 8: GETL R7, t6
- 9: GETL R29, t8
- 10: STB t6, (t8)
- 11: INCEIPL $4
-
- 0x25483AB8: 3BBD0001 addi r29,r29,1
- 12: GETL R29, t10
- 13: ADDL $0x1, t10
- 14: PUTL t10, R29
- 15: INCEIPL $4
-
- 0x25483ABC: 4200FFF0 bc 16,0,0x25483AAC
- 16: GETL CTR, t12
- 17: ADDL $0xFFFFFFFF, t12
- 18: PUTL t12, CTR
- 19: JIFZL t12, $0x25483AC0
- 20: JMPo $0x25483AAC ($4)
-
-
-. 0 25483AAC 20
-. 88 FF 00 00 3B FF 00 01 98 FD 00 00 3B BD 00 01 42 00 FF F0
-
-==== BB 266 (0x25483AC0) approx BBs exec'd 0 ====
-
- 0x25483AC0: 81010024 lwz r8,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x25483AC4: 7FA3EB78 or r3,r29,r29
- 5: GETL R29, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x25483AC8: 83810010 lwz r28,16(r1)
- 8: GETL R1, t6
- 9: ADDL $0x10, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R28
- 12: INCEIPL $4
-
- 0x25483ACC: 83A10014 lwz r29,20(r1)
- 13: GETL R1, t10
- 14: ADDL $0x14, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R29
- 17: INCEIPL $4
-
- 0x25483AD0: 7D0803A6 mtlr r8
- 18: GETL R8, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0x25483AD4: 83C10018 lwz r30,24(r1)
- 21: GETL R1, t16
- 22: ADDL $0x18, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R30
- 25: INCEIPL $4
-
- 0x25483AD8: 83E1001C lwz r31,28(r1)
- 26: GETL R1, t20
- 27: ADDL $0x1C, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R31
- 30: INCEIPL $4
-
- 0x25483ADC: 38210020 addi r1,r1,32
- 31: GETL R1, t24
- 32: ADDL $0x20, t24
- 33: PUTL t24, R1
- 34: INCEIPL $4
-
- 0x25483AE0: 4E800020 blr
- 35: GETL LR, t26
- 36: JMPo-r t26 ($4)
-
-
-. 0 25483AC0 36
-. 81 01 00 24 7F A3 EB 78 83 81 00 10 83 A1 00 14 7D 08 03 A6 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-
-==== BB 267 (0x2547FB68) approx BBs exec'd 0 ====
-
- 0x2547FB68: 9B030000 stb r24,0(r3)
- 0: GETL R24, t0
- 1: GETL R3, t2
- 2: STB t0, (t2)
- 3: INCEIPL $4
-
- 0x2547FB6C: 92540000 stw r18,0(r20)
- 4: GETL R18, t4
- 5: GETL R20, t6
- 6: STL t4, (t6)
- 7: INCEIPL $4
-
- 0x2547FB70: 83760004 lwz r27,4(r22)
- 8: GETL R22, t8
- 9: ADDL $0x4, t8
- 10: LDL (t8), t10
- 11: PUTL t10, R27
- 12: INCEIPL $4
-
- 0x2547FB74: 7EC3B378 or r3,r22,r22
- 13: GETL R22, t12
- 14: PUTL t12, R3
- 15: INCEIPL $4
-
- 0x2547FB78: 93700000 stw r27,0(r16)
- 16: GETL R27, t14
- 17: GETL R16, t16
- 18: STL t14, (t16)
- 19: INCEIPL $4
-
- 0x2547FB7C: 81010000 lwz r8,0(r1)
- 20: GETL R1, t18
- 21: LDL (t18), t20
- 22: PUTL t20, R8
- 23: INCEIPL $4
-
- 0x2547FB80: 82080004 lwz r16,4(r8)
- 24: GETL R8, t22
- 25: ADDL $0x4, t22
- 26: LDL (t22), t24
- 27: PUTL t24, R16
- 28: INCEIPL $4
-
- 0x2547FB84: 80E8FFBC lwz r7,-68(r8)
- 29: GETL R8, t26
- 30: ADDL $0xFFFFFFBC, t26
- 31: LDL (t26), t28
- 32: PUTL t28, R7
- 33: INCEIPL $4
-
- 0x2547FB88: 7E0803A6 mtlr r16
- 34: GETL R16, t30
- 35: PUTL t30, LR
- 36: INCEIPL $4
-
- 0x2547FB8C: 8228FFC4 lwz r17,-60(r8)
- 37: GETL R8, t32
- 38: ADDL $0xFFFFFFC4, t32
- 39: LDL (t32), t34
- 40: PUTL t34, R17
- 41: INCEIPL $4
-
- 0x2547FB90: 8208FFC0 lwz r16,-64(r8)
- 42: GETL R8, t36
- 43: ADDL $0xFFFFFFC0, t36
- 44: LDL (t36), t38
- 45: PUTL t38, R16
- 46: INCEIPL $4
-
- 0x2547FB94: 7CE08120 mtcrf 0x8,r7
- 47: GETL R7, t40
- 48: ICRFL t40, $0x4, CR
- 49: INCEIPL $4
-
- 0x2547FB98: 8248FFC8 lwz r18,-56(r8)
- 50: GETL R8, t42
- 51: ADDL $0xFFFFFFC8, t42
- 52: LDL (t42), t44
- 53: PUTL t44, R18
- 54: INCEIPL $4
-
- 0x2547FB9C: 8268FFCC lwz r19,-52(r8)
- 55: GETL R8, t46
- 56: ADDL $0xFFFFFFCC, t46
- 57: LDL (t46), t48
- 58: PUTL t48, R19
- 59: INCEIPL $4
-
- 0x2547FBA0: 8288FFD0 lwz r20,-48(r8)
- 60: GETL R8, t50
- 61: ADDL $0xFFFFFFD0, t50
- 62: LDL (t50), t52
- 63: PUTL t52, R20
- 64: INCEIPL $4
-
- 0x2547FBA4: 82A8FFD4 lwz r21,-44(r8)
- 65: GETL R8, t54
- 66: ADDL $0xFFFFFFD4, t54
- 67: LDL (t54), t56
- 68: PUTL t56, R21
- 69: INCEIPL $4
-
- 0x2547FBA8: 82C8FFD8 lwz r22,-40(r8)
- 70: GETL R8, t58
- 71: ADDL $0xFFFFFFD8, t58
- 72: LDL (t58), t60
- 73: PUTL t60, R22
- 74: INCEIPL $4
-
- 0x2547FBAC: 82E8FFDC lwz r23,-36(r8)
- 75: GETL R8, t62
- 76: ADDL $0xFFFFFFDC, t62
- 77: LDL (t62), t64
- 78: PUTL t64, R23
- 79: INCEIPL $4
-
- 0x2547FBB0: 8308FFE0 lwz r24,-32(r8)
- 80: GETL R8, t66
- 81: ADDL $0xFFFFFFE0, t66
- 82: LDL (t66), t68
- 83: PUTL t68, R24
- 84: INCEIPL $4
-
- 0x2547FBB4: 8328FFE4 lwz r25,-28(r8)
- 85: GETL R8, t70
- 86: ADDL $0xFFFFFFE4, t70
- 87: LDL (t70), t72
- 88: PUTL t72, R25
- 89: INCEIPL $4
-
- 0x2547FBB8: 8348FFE8 lwz r26,-24(r8)
- 90: GETL R8, t74
- 91: ADDL $0xFFFFFFE8, t74
- 92: LDL (t74), t76
- 93: PUTL t76, R26
- 94: INCEIPL $4
-
- 0x2547FBBC: 8368FFEC lwz r27,-20(r8)
- 95: GETL R8, t78
- 96: ADDL $0xFFFFFFEC, t78
- 97: LDL (t78), t80
- 98: PUTL t80, R27
- 99: INCEIPL $4
-
- 0x2547FBC0: 8388FFF0 lwz r28,-16(r8)
- 100: GETL R8, t82
- 101: ADDL $0xFFFFFFF0, t82
- 102: LDL (t82), t84
- 103: PUTL t84, R28
- 104: INCEIPL $4
-
- 0x2547FBC4: 83A8FFF4 lwz r29,-12(r8)
- 105: GETL R8, t86
- 106: ADDL $0xFFFFFFF4, t86
- 107: LDL (t86), t88
- 108: PUTL t88, R29
- 109: INCEIPL $4
-
- 0x2547FBC8: 83C8FFF8 lwz r30,-8(r8)
- 110: GETL R8, t90
- 111: ADDL $0xFFFFFFF8, t90
- 112: LDL (t90), t92
- 113: PUTL t92, R30
- 114: INCEIPL $4
-
- 0x2547FBCC: 83E8FFFC lwz r31,-4(r8)
- 115: GETL R8, t94
- 116: ADDL $0xFFFFFFFC, t94
- 117: LDL (t94), t96
- 118: PUTL t96, R31
- 119: INCEIPL $4
-
- 0x2547FBD0: 7D014378 or r1,r8,r8
- 120: GETL R8, t98
- 121: PUTL t98, R1
- 122: INCEIPL $4
-
- 0x2547FBD4: 4E800020 blr
- 123: GETL LR, t100
- 124: JMPo-r t100 ($4)
-
-
-. 0 2547FB68 112
-. 9B 03 00 00 92 54 00 00 83 76 00 04 7E C3 B3 78 93 70 00 00 81 01 00 00 82 08 00 04 80 E8 FF BC 7E 08 03 A6 82 28 FF C4 82 08 FF C0 7C E0 81 20 82 48 FF C8 82 68 FF CC 82 88 FF D0 82 A8 FF D4 82 C8 FF D8 82 E8 FF DC 83 08 FF E0 83 28 FF E4 83 48 FF E8 83 68 FF EC 83 88 FF F0 83 A8 FF F4 83 C8 FF F8 83 E8 FF FC 7D 01 43 78 4E 80 00 20
-
-==== BB 268 (0x2547512C) approx BBs exec'd 0 ====
-
- 0x2547512C: 813E0160 lwz r9,352(r30)
- 0: GETL R30, t0
- 1: ADDL $0x160, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25475130: 837E0164 lwz r27,356(r30)
- 5: GETL R30, t4
- 6: ADDL $0x164, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R27
- 9: INCEIPL $4
-
- 0x25475134: 90690000 stw r3,0(r9)
- 10: GETL R3, t8
- 11: GETL R9, t10
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0x25475138: 3860000C li r3,12
- 14: MOVL $0xC, t12
- 15: PUTL t12, R3
- 16: INCEIPL $4
-
- 0x2547513C: 480228E9 bl 0x25497A24
- 17: MOVL $0x25475140, t14
- 18: PUTL t14, LR
- 19: JMPo-c $0x25497A24 ($4)
-
-
-. 0 2547512C 20
-. 81 3E 01 60 83 7E 01 64 90 69 00 00 38 60 00 0C 48 02 28 E9
-
-==== BB 269 (0x25475140) approx BBs exec'd 0 ====
-
- 0x25475140: 7C7C1B79 or. r28,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R28
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x25475144: 907B0000 stw r3,0(r27)
- 5: GETL R3, t4
- 6: GETL R27, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0x25475148: 41820188 bc 12,2,0x254752D0
- 9: Js02o $0x254752D0
-
-
-. 0 25475140 12
-. 7C 7C 1B 79 90 7B 00 00 41 82 01 88
-
-==== BB 270 (0x2547514C) approx BBs exec'd 0 ====
-
- 0x2547514C: 835E0154 lwz r26,340(r30)
- 0: GETL R30, t0
- 1: ADDL $0x154, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0x25475150: 3D40CCCC lis r10,-13108
- 5: MOVL $0xCCCC0000, t4
- 6: PUTL t4, R10
- 7: INCEIPL $4
-
- 0x25475154: 6146CCCD ori r6,r10,0xCCCD
- 8: MOVL $0xCCCCCCCD, t6
- 9: PUTL t6, R6
- 10: INCEIPL $4
-
- 0x25475158: 811A0000 lwz r8,0(r26)
- 11: GETL R26, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R8
- 14: INCEIPL $4
-
- 0x2547515C: 5507103A rlwinm r7,r8,2,0,29
- 15: GETL R8, t12
- 16: SHLL $0x2, t12
- 17: PUTL t12, R7
- 18: INCEIPL $4
-
- 0x25475160: 38A70027 addi r5,r7,39
- 19: GETL R7, t14
- 20: ADDL $0x27, t14
- 21: PUTL t14, R5
- 22: INCEIPL $4
-
- 0x25475164: 7C653016 mulhwu r3,r5,r6
- 23: GETL R5, t16
- 24: GETL R6, t18
- 25: UMULHL t16, t18
- 26: PUTL t18, R3
- 27: INCEIPL $4
-
- 0x25475168: 547DE13E rlwinm r29,r3,28,4,31
- 28: GETL R3, t20
- 29: SHRL $0x4, t20
- 30: PUTL t20, R29
- 31: INCEIPL $4
-
- 0x2547516C: 1C7D0140 mulli r3,r29,320
- 32: GETL R29, t22
- 33: MULL $0x140, t22
- 34: PUTL t22, R3
- 35: INCEIPL $4
-
- 0x25475170: 480228B5 bl 0x25497A24
- 36: MOVL $0x25475174, t24
- 37: PUTL t24, LR
- 38: JMPo-c $0x25497A24 ($4)
-
-
-. 0 2547514C 40
-. 83 5E 01 54 3D 40 CC CC 61 46 CC CD 81 1A 00 00 55 07 10 3A 38 A7 00 27 7C 65 30 16 54 7D E1 3E 1C 7D 01 40 48 02 28 B5
-
-==== BB 271 (0x25475174) approx BBs exec'd 0 ====
-
- 0x25475174: 809B0000 lwz r4,0(r27)
- 0: GETL R27, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R4
- 3: INCEIPL $4
-
- 0x25475178: 907C0000 stw r3,0(r28)
- 4: GETL R3, t4
- 5: GETL R28, t6
- 6: STL t4, (t6)
- 7: INCEIPL $4
-
- 0x2547517C: 81240000 lwz r9,0(r4)
- 8: GETL R4, t8
- 9: LDL (t8), t10
- 10: PUTL t10, R9
- 11: INCEIPL $4
-
- 0x25475180: 80DE0188 lwz r6,392(r30)
- 12: GETL R30, t12
- 13: ADDL $0x188, t12
- 14: LDL (t12), t14
- 15: PUTL t14, R6
- 16: INCEIPL $4
-
- 0x25475184: 2F890000 cmpi cr7,r9,0
- 17: GETL R9, t16
- 18: CMP0L t16, t18 (-rSo)
- 19: ICRFL t18, $0x7, CR
- 20: INCEIPL $4
-
- 0x25475188: 419E014C bc 12,30,0x254752D4
- 21: Js30o $0x254752D4
-
-
-. 0 25475174 24
-. 80 9B 00 00 90 7C 00 00 81 24 00 00 80 DE 01 88 2F 89 00 00 41 9E 01 4C
-
-==== BB 272 (0x2547518C) approx BBs exec'd 0 ====
-
- 0x2547518C: 82FE04C8 lwz r23,1224(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4C8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R23
- 4: INCEIPL $4
-
- 0x25475190: 39600000 li r11,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R11
- 7: INCEIPL $4
-
- 0x25475194: 1C7D0014 mulli r3,r29,20
- 8: GETL R29, t6
- 9: MULL $0x14, t6
- 10: PUTL t6, R3
- 11: INCEIPL $4
-
- 0x25475198: 80FA0000 lwz r7,0(r26)
- 12: GETL R26, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R7
- 15: INCEIPL $4
-
- 0x2547519C: 811E014C lwz r8,332(r30)
- 16: GETL R30, t12
- 17: ADDL $0x14C, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R8
- 20: INCEIPL $4
-
- 0x254751A0: 39400000 li r10,0
- 21: MOVL $0x0, t16
- 22: PUTL t16, R10
- 23: INCEIPL $4
-
- 0x254751A4: 809E0194 lwz r4,404(r30)
- 24: GETL R30, t18
- 25: ADDL $0x194, t18
- 26: LDL (t18), t20
- 27: PUTL t20, R4
- 28: INCEIPL $4
-
- 0x254751A8: 38C00000 li r6,0
- 29: MOVL $0x0, t22
- 30: PUTL t22, R6
- 31: INCEIPL $4
-
- 0x254751AC: 80BE0148 lwz r5,328(r30)
- 32: GETL R30, t24
- 33: ADDL $0x148, t24
- 34: LDL (t24), t26
- 35: PUTL t26, R5
- 36: INCEIPL $4
-
- 0x254751B0: 917B0004 stw r11,4(r27)
- 37: GETL R11, t28
- 38: GETL R27, t30
- 39: ADDL $0x4, t30
- 40: STL t28, (t30)
- 41: INCEIPL $4
-
- 0x254751B4: 7D2B4B78 or r11,r9,r9
- 42: GETL R9, t32
- 43: PUTL t32, R11
- 44: INCEIPL $4
-
- 0x254751B8: 913701B0 stw r9,432(r23)
- 45: GETL R9, t34
- 46: GETL R23, t36
- 47: ADDL $0x1B0, t36
- 48: STL t34, (t36)
- 49: INCEIPL $4
-
- 0x254751BC: 555B103A rlwinm r27,r10,2,0,29
- 50: GETL R10, t38
- 51: SHLL $0x2, t38
- 52: PUTL t38, R27
- 53: INCEIPL $4
-
- 0x254751C0: 7C863840 cmpl cr1,r6,r7
- 54: GETL R6, t40
- 55: GETL R7, t42
- 56: CMPUL t40, t42, t44 (-rSo)
- 57: ICRFL t44, $0x1, CR
- 58: INCEIPL $4
-
- 0x254751C4: 7F5B282E lwzx r26,r27,r5
- 59: GETL R5, t46
- 60: GETL R27, t48
- 61: ADDL t48, t46
- 62: LDL (t46), t50
- 63: PUTL t50, R26
- 64: INCEIPL $4
-
- 0x254751C8: 917C0000 stw r11,0(r28)
- 65: GETL R11, t52
- 66: GETL R28, t54
- 67: STL t52, (t54)
- 68: INCEIPL $4
-
- 0x254751CC: 3B9C0004 addi r28,r28,4
- 69: GETL R28, t56
- 70: ADDL $0x4, t56
- 71: PUTL t56, R28
- 72: INCEIPL $4
-
- 0x254751D0: 7D9A4214 add r12,r26,r8
- 73: GETL R26, t58
- 74: GETL R8, t60
- 75: ADDL t58, t60
- 76: PUTL t60, R12
- 77: INCEIPL $4
-
- 0x254751D4: 910B000C stw r8,12(r11)
- 78: GETL R8, t62
- 79: GETL R11, t64
- 80: ADDL $0xC, t64
- 81: STL t62, (t64)
- 82: INCEIPL $4
-
- 0x254751D8: 908B0004 stw r4,4(r11)
- 83: GETL R4, t66
- 84: GETL R11, t68
- 85: ADDL $0x4, t68
- 86: STL t66, (t68)
- 87: INCEIPL $4
-
- 0x254751DC: 390C0001 addi r8,r12,1
- 88: GETL R12, t70
- 89: ADDL $0x1, t70
- 90: PUTL t70, R8
- 91: INCEIPL $4
-
- 0x254751E0: 90CB0008 stw r6,8(r11)
- 92: GETL R6, t72
- 93: GETL R11, t74
- 94: ADDL $0x8, t74
- 95: STL t72, (t74)
- 96: INCEIPL $4
-
- 0x254751E4: 934B0010 stw r26,16(r11)
- 97: GETL R26, t76
- 98: GETL R11, t78
- 99: ADDL $0x10, t78
- 100: STL t76, (t78)
- 101: INCEIPL $4
-
- 0x254751E8: 4084001C bc 4,4,0x25475204
- 102: Jc04o $0x25475204
-
-
-. 0 2547518C 96
-. 82 FE 04 C8 39 60 00 00 1C 7D 00 14 80 FA 00 00 81 1E 01 4C 39 40 00 00 80 9E 01 94 38 C0 00 00 80 BE 01 48 91 7B 00 04 7D 2B 4B 78 91 37 01 B0 55 5B 10 3A 7C 86 38 40 7F 5B 28 2E 91 7C 00 00 3B 9C 00 04 7D 9A 42 14 91 0B 00 0C 90 8B 00 04 39 0C 00 01 90 CB 00 08 93 4B 00 10 40 84 00 1C
-
-==== BB 273 (0x254751EC) approx BBs exec'd 0 ====
-
- 0x254751EC: 7CE903A6 mtctr r7
- 0: GETL R7, t0
- 1: PUTL t0, CTR
- 2: INCEIPL $4
-
- 0x254751F0: 38000000 li r0,0
- 3: MOVL $0x0, t2
- 4: PUTL t2, R0
- 5: INCEIPL $4
-
- 0x254751F4: 392B0014 addi r9,r11,20
- 6: GETL R11, t4
- 7: ADDL $0x14, t4
- 8: PUTL t4, R9
- 9: INCEIPL $4
-
- 0x254751F8: 90090000 stw r0,0(r9)
- 10: GETL R0, t6
- 11: GETL R9, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x254751FC: 39290004 addi r9,r9,4
- 14: GETL R9, t10
- 15: ADDL $0x4, t10
- 16: PUTL t10, R9
- 17: INCEIPL $4
-
- 0x25475200: 4200FFF8 bc 16,0,0x254751F8
- 18: GETL CTR, t12
- 19: ADDL $0xFFFFFFFF, t12
- 20: PUTL t12, CTR
- 21: JIFZL t12, $0x25475204
- 22: JMPo $0x254751F8 ($4)
-
-
-. 0 254751EC 24
-. 7C E9 03 A6 38 00 00 00 39 2B 00 14 90 09 00 00 39 29 00 04 42 00 FF F8
-
-==== BB 274 (0x254751F8) approx BBs exec'd 0 ====
-
- 0x254751F8: 90090000 stw r0,0(r9)
- 0: GETL R0, t0
- 1: GETL R9, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0x254751FC: 39290004 addi r9,r9,4
- 4: GETL R9, t4
- 5: ADDL $0x4, t4
- 6: PUTL t4, R9
- 7: INCEIPL $4
-
- 0x25475200: 4200FFF8 bc 16,0,0x254751F8
- 8: GETL CTR, t6
- 9: ADDL $0xFFFFFFFF, t6
- 10: PUTL t6, CTR
- 11: JIFZL t6, $0x25475204
- 12: JMPo $0x254751F8 ($4)
-
-
-. 0 254751F8 12
-. 90 09 00 00 39 29 00 04 42 00 FF F8
-
-==== BB 275 (0x25475204) approx BBs exec'd 0 ====
-
- 0x25475204: 2F0A0001 cmpi cr6,r10,1
- 0: GETL R10, t0
- 1: MOVL $0x1, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x6, CR
- 4: INCEIPL $4
-
- 0x25475208: 394A0001 addi r10,r10,1
- 5: GETL R10, t6
- 6: ADDL $0x1, t6
- 7: PUTL t6, R10
- 8: INCEIPL $4
-
- 0x2547520C: 419A00BC bc 12,26,0x254752C8
- 9: Js26o $0x254752C8
-
-
-. 0 25475204 12
-. 2F 0A 00 01 39 4A 00 01 41 9A 00 BC
-
-==== BB 276 (0x25475210) approx BBs exec'd 0 ====
-
- 0x25475210: 7C035A14 add r0,r3,r11
- 0: GETL R3, t0
- 1: GETL R11, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25475214: 280A0001 cmpli cr0,r10,1
- 5: GETL R10, t4
- 6: MOVL $0x1, t8
- 7: CMPUL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0x25475218: 900B0000 stw r0,0(r11)
- 10: GETL R0, t10
- 11: GETL R11, t12
- 12: STL t10, (t12)
- 13: INCEIPL $4
-
- 0x2547521C: 7D6B1A14 add r11,r11,r3
- 14: GETL R11, t14
- 15: GETL R3, t16
- 16: ADDL t14, t16
- 17: PUTL t16, R11
- 18: INCEIPL $4
-
- 0x25475220: 40A1FF9C bc 5,1,0x254751BC
- 19: Jc01o $0x254751BC
-
-
-. 0 25475210 20
-. 7C 03 5A 14 28 0A 00 01 90 0B 00 00 7D 6B 1A 14 40 A1 FF 9C
-
-==== BB 277 (0x254751BC) approx BBs exec'd 0 ====
-
- 0x254751BC: 555B103A rlwinm r27,r10,2,0,29
- 0: GETL R10, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R27
- 3: INCEIPL $4
-
- 0x254751C0: 7C863840 cmpl cr1,r6,r7
- 4: GETL R6, t2
- 5: GETL R7, t4
- 6: CMPUL t2, t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x254751C4: 7F5B282E lwzx r26,r27,r5
- 9: GETL R5, t8
- 10: GETL R27, t10
- 11: ADDL t10, t8
- 12: LDL (t8), t12
- 13: PUTL t12, R26
- 14: INCEIPL $4
-
- 0x254751C8: 917C0000 stw r11,0(r28)
- 15: GETL R11, t14
- 16: GETL R28, t16
- 17: STL t14, (t16)
- 18: INCEIPL $4
-
- 0x254751CC: 3B9C0004 addi r28,r28,4
- 19: GETL R28, t18
- 20: ADDL $0x4, t18
- 21: PUTL t18, R28
- 22: INCEIPL $4
-
- 0x254751D0: 7D9A4214 add r12,r26,r8
- 23: GETL R26, t20
- 24: GETL R8, t22
- 25: ADDL t20, t22
- 26: PUTL t22, R12
- 27: INCEIPL $4
-
- 0x254751D4: 910B000C stw r8,12(r11)
- 28: GETL R8, t24
- 29: GETL R11, t26
- 30: ADDL $0xC, t26
- 31: STL t24, (t26)
- 32: INCEIPL $4
-
- 0x254751D8: 908B0004 stw r4,4(r11)
- 33: GETL R4, t28
- 34: GETL R11, t30
- 35: ADDL $0x4, t30
- 36: STL t28, (t30)
- 37: INCEIPL $4
-
- 0x254751DC: 390C0001 addi r8,r12,1
- 38: GETL R12, t32
- 39: ADDL $0x1, t32
- 40: PUTL t32, R8
- 41: INCEIPL $4
-
- 0x254751E0: 90CB0008 stw r6,8(r11)
- 42: GETL R6, t34
- 43: GETL R11, t36
- 44: ADDL $0x8, t36
- 45: STL t34, (t36)
- 46: INCEIPL $4
-
- 0x254751E4: 934B0010 stw r26,16(r11)
- 47: GETL R26, t38
- 48: GETL R11, t40
- 49: ADDL $0x10, t40
- 50: STL t38, (t40)
- 51: INCEIPL $4
-
- 0x254751E8: 4084001C bc 4,4,0x25475204
- 52: Jc04o $0x25475204
-
-
-. 0 254751BC 48
-. 55 5B 10 3A 7C 86 38 40 7F 5B 28 2E 91 7C 00 00 3B 9C 00 04 7D 9A 42 14 91 0B 00 0C 90 8B 00 04 39 0C 00 01 90 CB 00 08 93 4B 00 10 40 84 00 1C
-
-==== BB 278 (0x254752C8) approx BBs exec'd 0 ====
-
- 0x254752C8: 38000000 li r0,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x254752CC: 4BFFFF48 b 0x25475214
- 3: JMPo $0x25475214 ($4)
-
-
-. 0 254752C8 8
-. 38 00 00 00 4B FF FF 48
-
-==== BB 279 (0x25475214) approx BBs exec'd 0 ====
-
- 0x25475214: 280A0001 cmpli cr0,r10,1
- 0: GETL R10, t0
- 1: MOVL $0x1, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x25475218: 900B0000 stw r0,0(r11)
- 5: GETL R0, t6
- 6: GETL R11, t8
- 7: STL t6, (t8)
- 8: INCEIPL $4
-
- 0x2547521C: 7D6B1A14 add r11,r11,r3
- 9: GETL R11, t10
- 10: GETL R3, t12
- 11: ADDL t10, t12
- 12: PUTL t12, R11
- 13: INCEIPL $4
-
- 0x25475220: 40A1FF9C bc 5,1,0x254751BC
- 14: Jc01o $0x254751BC
-
-
-. 0 25475214 16
-. 28 0A 00 01 90 0B 00 00 7D 6B 1A 14 40 A1 FF 9C
-
-==== BB 280 (0x25475224) approx BBs exec'd 0 ====
-
- 0x25475224: 83B70000 lwz r29,0(r23)
- 0: GETL R23, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R29
- 3: INCEIPL $4
-
- 0x25475228: 38000009 li r0,9
- 4: MOVL $0x9, t4
- 5: PUTL t4, R0
- 6: INCEIPL $4
-
- 0x2547522C: 809E0158 lwz r4,344(r30)
- 7: GETL R30, t6
- 8: ADDL $0x158, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R4
- 11: INCEIPL $4
-
- 0x25475230: 39200000 li r9,0
- 12: MOVL $0x0, t10
- 13: PUTL t10, R9
- 14: INCEIPL $4
-
- 0x25475234: 2F9D0000 cmpi cr7,r29,0
- 15: GETL R29, t12
- 16: CMP0L t12, t14 (-rSo)
- 17: ICRFL t14, $0x7, CR
- 18: INCEIPL $4
-
- 0x25475238: 913C0000 stw r9,0(r28)
- 19: GETL R9, t16
- 20: GETL R28, t18
- 21: STL t16, (t18)
- 22: INCEIPL $4
-
- 0x2547523C: 90040000 stw r0,0(r4)
- 23: GETL R0, t20
- 24: GETL R4, t22
- 25: STL t20, (t22)
- 26: INCEIPL $4
-
- 0x25475240: 419E0028 bc 12,30,0x25475268
- 27: Js30o $0x25475268
-
-
-. 0 25475224 32
-. 83 B7 00 00 38 00 00 09 80 9E 01 58 39 20 00 00 2F 9D 00 00 91 3C 00 00 90 04 00 00 41 9E 00 28
-
-==== BB 281 (0x25475244) approx BBs exec'd 0 ====
-
- 0x25475244: 839D0094 lwz r28,148(r29)
- 0: GETL R29, t0
- 1: ADDL $0x94, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0x25475248: 2C9C0000 cmpi cr1,r28,0
- 5: GETL R28, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x2547524C: 408601BC bc 4,6,0x25475408
- 9: Jc06o $0x25475408
-
-
-. 0 25475244 12
-. 83 9D 00 94 2C 9C 00 00 40 86 01 BC
-
-==== BB 282 (0x25475250) approx BBs exec'd 0 ====
-
- 0x25475250: 817D005C lwz r11,92(r29)
- 0: GETL R29, t0
- 1: ADDL $0x5C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x25475254: 3800FFFF li r0,-1
- 5: MOVL $0xFFFFFFFF, t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0x25475258: 901D01E0 stw r0,480(r29)
- 8: GETL R0, t6
- 9: GETL R29, t8
- 10: ADDL $0x1E0, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x2547525C: 2F0B0000 cmpi cr6,r11,0
- 13: GETL R11, t10
- 14: CMP0L t10, t12 (-rSo)
- 15: ICRFL t12, $0x6, CR
- 16: INCEIPL $4
-
- 0x25475260: 409A0084 bc 4,26,0x254752E4
- 17: Jc26o $0x254752E4
-
-
-. 0 25475250 20
-. 81 7D 00 5C 38 00 FF FF 90 1D 01 E0 2F 0B 00 00 40 9A 00 84
-
-==== BB 283 (0x25475264) approx BBs exec'd 0 ====
-
- 0x25475264: 901D018C stw r0,396(r29)
- 0: GETL R0, t0
- 1: GETL R29, t2
- 2: ADDL $0x18C, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25475268: 2C190000 cmpi cr0,r25,0
- 5: GETL R25, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0x2547526C: 41820010 bc 12,2,0x2547527C
- 9: Js02o $0x2547527C
-
-
-. 0 25475264 12
-. 90 1D 01 8C 2C 19 00 00 41 82 00 10
-
-==== BB 284 (0x25475270) approx BBs exec'd 0 ====
-
- 0x25475270: 8BB90000 lbz r29,0(r25)
- 0: GETL R25, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R29
- 3: INCEIPL $4
-
- 0x25475274: 2F9D0000 cmpi cr7,r29,0
- 4: GETL R29, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x7, CR
- 7: INCEIPL $4
-
- 0x25475278: 409E0094 bc 4,30,0x2547530C
- 8: Jc30o $0x2547530C
-
-
-. 0 25475270 12
-. 8B B9 00 00 2F 9D 00 00 40 9E 00 94
-
-==== BB 285 (0x2547530C) approx BBs exec'd 0 ====
-
- 0x2547530C: 7F23CB78 or r3,r25,r25
- 0: GETL R25, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25475310: 7F3DCB78 or r29,r25,r25
- 3: GETL R25, t2
- 4: PUTL t2, R29
- 5: INCEIPL $4
-
- 0x25475314: 4800DCBD bl 0x25482FD0
- 6: MOVL $0x25475318, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0x25482FD0 ($4)
-
-
-. 0 2547530C 12
-. 7F 23 CB 78 7F 3D CB 78 48 00 DC BD
-
-==== BB 286 (0x25483008) approx BBs exec'd 0 ====
-
- 0x25483008: 3CC0FEFF lis r6,-257
- 0: MOVL $0xFEFF0000, t0
- 1: PUTL t0, R6
- 2: INCEIPL $4
-
- 0x2548300C: 38C6FEFF addi r6,r6,-257
- 3: MOVL $0xFEFEFEFF, t2
- 4: PUTL t2, R6
- 5: INCEIPL $4
-
- 0x25483010: 419D001C bc 12,29,0x2548302C
- 6: Js29o $0x2548302C
-
-
-. 0 25483008 12
-. 3C C0 FE FF 38 C6 FE FF 41 9D 00 1C
-
-==== BB 287 (0x25483014) approx BBs exec'd 0 ====
-
- 0x25483014: 85040004 lwzu r8,4(r4)
- 0: GETL R4, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R4
- 3: LDL (t0), t2
- 4: PUTL t2, R8
- 5: INCEIPL $4
-
- 0x25483018: 7CE04038 and r0,r7,r8
- 6: GETL R7, t4
- 7: GETL R8, t6
- 8: ANDL t4, t6
- 9: PUTL t6, R0
- 10: INCEIPL $4
-
- 0x2548301C: 7CEA4378 or r10,r7,r8
- 11: GETL R7, t8
- 12: GETL R8, t10
- 13: ORL t10, t8
- 14: PUTL t8, R10
- 15: INCEIPL $4
-
- 0x25483020: 7C003A14 add r0,r0,r7
- 16: GETL R0, t12
- 17: GETL R7, t14
- 18: ADDL t12, t14
- 19: PUTL t14, R0
- 20: INCEIPL $4
-
- 0x25483024: 7D4800F9 nor. r8,r10,r0
- 21: GETL R10, t16
- 22: GETL R0, t18
- 23: ORL t18, t16
- 24: NOTL t16
- 25: PUTL t16, R8
- 26: CMP0L t16, t20 (-rSo)
- 27: ICRFL t20, $0x0, CR
- 28: INCEIPL $4
-
- 0x25483028: 4082004C bc 4,2,0x25483074
- 29: Jc02o $0x25483074
-
-
-. 0 25483014 24
-. 85 04 00 04 7C E0 40 38 7C EA 43 78 7C 00 3A 14 7D 48 00 F9 40 82 00 4C
-
-==== BB 288 (0x2548302C) approx BBs exec'd 0 ====
-
- 0x2548302C: 81040004 lwz r8,4(r4)
- 0: GETL R4, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x25483030: 85240008 lwzu r9,8(r4)
- 5: GETL R4, t4
- 6: ADDL $0x8, t4
- 7: PUTL t4, R4
- 8: LDL (t4), t6
- 9: PUTL t6, R9
- 10: INCEIPL $4
-
- 0x25483034: 7C064214 add r0,r6,r8
- 11: GETL R6, t8
- 12: GETL R8, t10
- 13: ADDL t8, t10
- 14: PUTL t10, R0
- 15: INCEIPL $4
-
- 0x25483038: 7CEA40F8 nor r10,r7,r8
- 16: GETL R7, t12
- 17: GETL R8, t14
- 18: ORL t14, t12
- 19: NOTL t12
- 20: PUTL t12, R10
- 21: INCEIPL $4
-
- 0x2548303C: 7C005039 and. r0,r0,r10
- 22: GETL R0, t16
- 23: GETL R10, t18
- 24: ANDL t16, t18
- 25: PUTL t18, R0
- 26: CMP0L t18, t20 (-rSo)
- 27: ICRFL t20, $0x0, CR
- 28: INCEIPL $4
-
- 0x25483040: 7D664A14 add r11,r6,r9
- 29: GETL R6, t22
- 30: GETL R9, t24
- 31: ADDL t22, t24
- 32: PUTL t24, R11
- 33: INCEIPL $4
-
- 0x25483044: 7CEC48F8 nor r12,r7,r9
- 34: GETL R7, t26
- 35: GETL R9, t28
- 36: ORL t28, t26
- 37: NOTL t26
- 38: PUTL t26, R12
- 39: INCEIPL $4
-
- 0x25483048: 4082001C bc 4,2,0x25483064
- 40: Jc02o $0x25483064
-
-
-. 0 2548302C 32
-. 81 04 00 04 85 24 00 08 7C 06 42 14 7C EA 40 F8 7C 00 50 39 7D 66 4A 14 7C EC 48 F8 40 82 00 1C
-
-==== BB 289 (0x2548304C) approx BBs exec'd 0 ====
-
- 0x2548304C: 7D606039 and. r0,r11,r12
- 0: GETL R11, t0
- 1: GETL R12, t2
- 2: ANDL t0, t2
- 3: PUTL t2, R0
- 4: CMP0L t2, t4 (-rSo)
- 5: ICRFL t4, $0x0, CR
- 6: INCEIPL $4
-
- 0x25483050: 4182FFDC bc 12,2,0x2548302C
- 7: Js02o $0x2548302C
-
-
-. 0 2548304C 8
-. 7D 60 60 39 41 82 FF DC
-
-==== BB 290 (0x25483064) approx BBs exec'd 0 ====
-
- 0x25483064: 7CE04038 and r0,r7,r8
- 0: GETL R7, t0
- 1: GETL R8, t2
- 2: ANDL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25483068: 3884FFFC addi r4,r4,-4
- 5: GETL R4, t4
- 6: ADDL $0xFFFFFFFC, t4
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0x2548306C: 7C003A14 add r0,r0,r7
- 9: GETL R0, t6
- 10: GETL R7, t8
- 11: ADDL t6, t8
- 12: PUTL t8, R0
- 13: INCEIPL $4
-
- 0x25483070: 7D480078 andc r8,r10,r0
- 14: GETL R10, t10
- 15: GETL R0, t12
- 16: NOTL t12
- 17: ANDL t10, t12
- 18: PUTL t12, R8
- 19: INCEIPL $4
-
- 0x25483074: 7D0B0034 cntlzw r11,r8
- 20: GETL R8, t14
- 21: CNTLZL t14
- 22: PUTL t14, R11
- 23: INCEIPL $4
-
- 0x25483078: 7C032050 subf r0,r3,r4
- 24: GETL R3, t16
- 25: GETL R4, t18
- 26: SUBL t16, t18
- 27: PUTL t18, R0
- 28: INCEIPL $4
-
- 0x2548307C: 556BE8FE rlwinm r11,r11,29,3,31
- 29: GETL R11, t20
- 30: SHRL $0x3, t20
- 31: PUTL t20, R11
- 32: INCEIPL $4
-
- 0x25483080: 7C605A14 add r3,r0,r11
- 33: GETL R0, t22
- 34: GETL R11, t24
- 35: ADDL t22, t24
- 36: PUTL t24, R3
- 37: INCEIPL $4
-
- 0x25483084: 4E800020 blr
- 38: GETL LR, t26
- 39: JMPo-r t26 ($4)
-
-
-. 0 25483064 36
-. 7C E0 40 38 38 84 FF FC 7C 00 3A 14 7D 48 00 78 7D 0B 00 34 7C 03 20 50 55 6B E8 FE 7C 60 5A 14 4E 80 00 20
-
-==== BB 291 (0x25475318) approx BBs exec'd 0 ====
-
- 0x25475318: 7FA4EB78 or r4,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0x2547531C: 3B63001F addi r27,r3,31
- 3: GETL R3, t2
- 4: ADDL $0x1F, t2
- 5: PUTL t2, R27
- 6: INCEIPL $4
-
- 0x25475320: 81810000 lwz r12,0(r1)
- 7: GETL R1, t4
- 8: LDL (t4), t6
- 9: PUTL t6, R12
- 10: INCEIPL $4
-
- 0x25475324: 577A0036 rlwinm r26,r27,0,0,27
- 11: GETL R27, t8
- 12: ANDL $0xFFFFFFF0, t8
- 13: PUTL t8, R26
- 14: INCEIPL $4
-
- 0x25475328: 7C791B78 or r25,r3,r3
- 15: GETL R3, t10
- 16: PUTL t10, R25
- 17: INCEIPL $4
-
- 0x2547532C: 7D7A00D0 neg r11,r26
- 18: GETL R26, t12
- 19: NEGL t12
- 20: PUTL t12, R11
- 21: INCEIPL $4
-
- 0x25475330: 38B90001 addi r5,r25,1
- 22: GETL R25, t14
- 23: ADDL $0x1, t14
- 24: PUTL t14, R5
- 25: INCEIPL $4
-
- 0x25475334: 7D81596E stwux r12,r1,r11
- 26: GETL R11, t16
- 27: GETL R1, t18
- 28: ADDL t18, t16
- 29: PUTL t16, R1
- 30: GETL R12, t20
- 31: STL t20, (t16)
- 32: INCEIPL $4
-
- 0x25475338: 39410017 addi r10,r1,23
- 33: GETL R1, t22
- 34: ADDL $0x17, t22
- 35: PUTL t22, R10
- 36: INCEIPL $4
-
- 0x2547533C: 55430036 rlwinm r3,r10,0,0,27
- 37: GETL R10, t24
- 38: ANDL $0xFFFFFFF0, t24
- 39: PUTL t24, R3
- 40: INCEIPL $4
-
- 0x25475340: 4800E8A1 bl 0x25483BE0
- 41: MOVL $0x25475344, t26
- 42: PUTL t26, LR
- 43: JMPo-c $0x25483BE0 ($4)
-
-
-. 0 25475318 44
-. 7F A4 EB 78 3B 63 00 1F 81 81 00 00 57 7A 00 36 7C 79 1B 78 7D 7A 00 D0 38 B9 00 01 7D 81 59 6E 39 41 00 17 55 43 00 36 48 00 E8 A1
-
-==== BB 292 (0x25483D00) approx BBs exec'd 0 ====
-
- 0x25483D00: 81240000 lwz r9,0(r4)
- 0: GETL R4, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0x25483D04: 38A5FFFF addi r5,r5,-1
- 4: GETL R5, t4
- 5: ADDL $0xFFFFFFFF, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x25483D08: 38840004 addi r4,r4,4
- 8: GETL R4, t6
- 9: ADDL $0x4, t6
- 10: PUTL t6, R4
- 11: INCEIPL $4
-
- 0x25483D0C: 80040000 lwz r0,0(r4)
- 12: GETL R4, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R0
- 15: INCEIPL $4
-
- 0x25483D10: 91230000 stw r9,0(r3)
- 16: GETL R9, t12
- 17: GETL R3, t14
- 18: STL t12, (t14)
- 19: INCEIPL $4
-
- 0x25483D14: 81240004 lwz r9,4(r4)
- 20: GETL R4, t16
- 21: ADDL $0x4, t16
- 22: LDL (t16), t18
- 23: PUTL t18, R9
- 24: INCEIPL $4
-
- 0x25483D18: 90030004 stw r0,4(r3)
- 25: GETL R0, t20
- 26: GETL R3, t22
- 27: ADDL $0x4, t22
- 28: STL t20, (t22)
- 29: INCEIPL $4
-
- 0x25483D1C: 80040008 lwz r0,8(r4)
- 30: GETL R4, t24
- 31: ADDL $0x8, t24
- 32: LDL (t24), t26
- 33: PUTL t26, R0
- 34: INCEIPL $4
-
- 0x25483D20: 91230008 stw r9,8(r3)
- 35: GETL R9, t28
- 36: GETL R3, t30
- 37: ADDL $0x8, t30
- 38: STL t28, (t30)
- 39: INCEIPL $4
-
- 0x25483D24: 8124000C lwz r9,12(r4)
- 40: GETL R4, t32
- 41: ADDL $0xC, t32
- 42: LDL (t32), t34
- 43: PUTL t34, R9
- 44: INCEIPL $4
-
- 0x25483D28: 9003000C stw r0,12(r3)
- 45: GETL R0, t36
- 46: GETL R3, t38
- 47: ADDL $0xC, t38
- 48: STL t36, (t38)
- 49: INCEIPL $4
-
- 0x25483D2C: 80040010 lwz r0,16(r4)
- 50: GETL R4, t40
- 51: ADDL $0x10, t40
- 52: LDL (t40), t42
- 53: PUTL t42, R0
- 54: INCEIPL $4
-
- 0x25483D30: 91230010 stw r9,16(r3)
- 55: GETL R9, t44
- 56: GETL R3, t46
- 57: ADDL $0x10, t46
- 58: STL t44, (t46)
- 59: INCEIPL $4
-
- 0x25483D34: 81240014 lwz r9,20(r4)
- 60: GETL R4, t48
- 61: ADDL $0x14, t48
- 62: LDL (t48), t50
- 63: PUTL t50, R9
- 64: INCEIPL $4
-
- 0x25483D38: 90030014 stw r0,20(r3)
- 65: GETL R0, t52
- 66: GETL R3, t54
- 67: ADDL $0x14, t54
- 68: STL t52, (t54)
- 69: INCEIPL $4
-
- 0x25483D3C: 80040018 lwz r0,24(r4)
- 70: GETL R4, t56
- 71: ADDL $0x18, t56
- 72: LDL (t56), t58
- 73: PUTL t58, R0
- 74: INCEIPL $4
-
- 0x25483D40: 91230018 stw r9,24(r3)
- 75: GETL R9, t60
- 76: GETL R3, t62
- 77: ADDL $0x18, t62
- 78: STL t60, (t62)
- 79: INCEIPL $4
-
- 0x25483D44: 34A5FFF8 addic. r5,r5,-8
- 80: GETL R5, t64
- 81: ADCL $0xFFFFFFF8, t64 (-wCa)
- 82: PUTL t64, R5
- 83: CMP0L t64, t66 (-rSo)
- 84: ICRFL t66, $0x0, CR
- 85: INCEIPL $4
-
- 0x25483D48: 8124001C lwz r9,28(r4)
- 86: GETL R4, t68
- 87: ADDL $0x1C, t68
- 88: LDL (t68), t70
- 89: PUTL t70, R9
- 90: INCEIPL $4
-
- 0x25483D4C: 9003001C stw r0,28(r3)
- 91: GETL R0, t72
- 92: GETL R3, t74
- 93: ADDL $0x1C, t74
- 94: STL t72, (t74)
- 95: INCEIPL $4
-
- 0x25483D50: 38840020 addi r4,r4,32
- 96: GETL R4, t76
- 97: ADDL $0x20, t76
- 98: PUTL t76, R4
- 99: INCEIPL $4
-
- 0x25483D54: 38630020 addi r3,r3,32
- 100: GETL R3, t78
- 101: ADDL $0x20, t78
- 102: PUTL t78, R3
- 103: INCEIPL $4
-
- 0x25483D58: 40A2FFB4 bc 5,2,0x25483D0C
- 104: Jc02o $0x25483D0C
-
-
-. 0 25483D00 92
-. 81 24 00 00 38 A5 FF FF 38 84 00 04 80 04 00 00 91 23 00 00 81 24 00 04 90 03 00 04 80 04 00 08 91 23 00 08 81 24 00 0C 90 03 00 0C 80 04 00 10 91 23 00 10 81 24 00 14 90 03 00 14 80 04 00 18 91 23 00 18 34 A5 FF F8 81 24 00 1C 90 03 00 1C 38 84 00 20 38 63 00 20 40 A2 FF B4
-
-==== BB 293 (0x25475344) approx BBs exec'd 0 ====
-
- 0x25475344: 893D0000 lbz r9,0(r29)
- 0: GETL R29, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0x25475348: 7C7C1B78 or r28,r3,r3
- 4: GETL R3, t4
- 5: PUTL t4, R28
- 6: INCEIPL $4
-
- 0x2547534C: 38600001 li r3,1
- 7: MOVL $0x1, t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0x25475350: 48000018 b 0x25475368
- 10: JMPo $0x25475368 ($4)
-
-
-. 0 25475344 16
-. 89 3D 00 00 7C 7C 1B 78 38 60 00 01 48 00 00 18
-
-==== BB 294 (0x25475368) approx BBs exec'd 0 ====
-
- 0x25475368: 2C890000 cmpi cr1,r9,0
- 0: GETL R9, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0x2547536C: 4086FFE8 bc 4,6,0x25475354
- 4: Jc06o $0x25475354
-
-
-. 0 25475368 8
-. 2C 89 00 00 40 86 FF E8
-
-==== BB 295 (0x25475354) approx BBs exec'd 0 ====
-
- 0x25475354: 3809FFC6 addi r0,r9,-58
- 0: GETL R9, t0
- 1: ADDL $0xFFFFFFC6, t0
- 2: PUTL t0, R0
- 3: INCEIPL $4
-
- 0x25475358: 8D3D0001 lbzu r9,1(r29)
- 4: GETL R29, t2
- 5: ADDL $0x1, t2
- 6: PUTL t2, R29
- 7: LDB (t2), t4
- 8: PUTL t4, R9
- 9: INCEIPL $4
-
- 0x2547535C: 20800001 subfic r4,r0,1
- 10: GETL R0, t6
- 11: MOVL $0x1, t8
- 12: SBBL t6, t8 (-wCa)
- 13: PUTL t8, R4
- 14: INCEIPL $4
-
- 0x25475360: 7C830194 addze r4,r3
- 15: GETL R3, t10
- 16: ADCL $0x0, t10 (-rCa-wCa)
- 17: PUTL t10, R4
- 18: INCEIPL $4
-
- 0x25475364: 7C832378 or r3,r4,r4
- 19: GETL R4, t12
- 20: PUTL t12, R3
- 21: INCEIPL $4
-
- 0x25475368: 2C890000 cmpi cr1,r9,0
- 22: GETL R9, t14
- 23: CMP0L t14, t16 (-rSo)
- 24: ICRFL t16, $0x1, CR
- 25: INCEIPL $4
-
- 0x2547536C: 4086FFE8 bc 4,6,0x25475354
- 26: Jc06o $0x25475354
-
-
-. 0 25475354 28
-. 38 09 FF C6 8D 3D 00 01 20 80 00 01 7C 83 01 94 7C 83 23 78 2C 89 00 00 40 86 FF E8
-
-==== BB 296 (0x25475370) approx BBs exec'd 0 ====
-
- 0x25475370: 5469103A rlwinm r9,r3,2,0,29
- 0: GETL R3, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R9
- 3: INCEIPL $4
-
- 0x25475374: 83BE0168 lwz r29,360(r30)
- 4: GETL R30, t2
- 5: ADDL $0x168, t2
- 6: LDL (t2), t4
- 7: PUTL t4, R29
- 8: INCEIPL $4
-
- 0x25475378: 38690004 addi r3,r9,4
- 9: GETL R9, t6
- 10: ADDL $0x4, t6
- 11: PUTL t6, R3
- 12: INCEIPL $4
-
- 0x2547537C: 480226A9 bl 0x25497A24
- 13: MOVL $0x25475380, t8
- 14: PUTL t8, LR
- 15: JMPo-c $0x25497A24 ($4)
-
-
-. 0 25475370 16
-. 54 69 10 3A 83 BE 01 68 38 69 00 04 48 02 26 A9
-
-==== BB 297 (0x25475380) approx BBs exec'd 0 ====
-
- 0x25475380: 80DE0188 lwz r6,392(r30)
- 0: GETL R30, t0
- 1: ADDL $0x188, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x25475384: 2F030000 cmpi cr6,r3,0
- 5: GETL R3, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x25475388: 7C641B78 or r4,r3,r3
- 9: GETL R3, t8
- 10: PUTL t8, R4
- 11: INCEIPL $4
-
- 0x2547538C: 907D0000 stw r3,0(r29)
- 12: GETL R3, t10
- 13: GETL R29, t12
- 14: STL t10, (t12)
- 15: INCEIPL $4
-
- 0x25475390: 41BAFF44 bc 13,26,0x254752D4
- 16: Js26o $0x254752D4
-
-
-. 0 25475380 20
-. 80 DE 01 88 2F 03 00 00 7C 64 1B 78 90 7D 00 00 41 BA FF 44
-
-==== BB 298 (0x25475394) approx BBs exec'd 0 ====
-
- 0x25475394: 807E04B4 lwz r3,1204(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4B4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x25475398: 39000000 li r8,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R8
- 7: INCEIPL $4
-
- 0x2547539C: 80BE01A0 lwz r5,416(r30)
- 8: GETL R30, t6
- 9: ADDL $0x1A0, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R5
- 12: INCEIPL $4
-
- 0x254753A0: 80C30000 lwz r6,0(r3)
- 13: GETL R3, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R6
- 16: INCEIPL $4
-
- 0x254753A4: 7F83E378 or r3,r28,r28
- 17: GETL R28, t14
- 18: PUTL t14, R3
- 19: INCEIPL $4
-
- 0x254753A8: 80FE01A4 lwz r7,420(r30)
- 20: GETL R30, t16
- 21: ADDL $0x1A4, t16
- 22: LDL (t16), t18
- 23: PUTL t18, R7
- 24: INCEIPL $4
-
- 0x254753AC: 4BFFF79D bl 0x25474B48
- 25: MOVL $0x254753B0, t20
- 26: PUTL t20, LR
- 27: JMPo-c $0x25474B48 ($4)
-
-
-. 0 25475394 28
-. 80 7E 04 B4 39 00 00 00 80 BE 01 A0 80 C3 00 00 7F 83 E3 78 80 FE 01 A4 4B FF F7 9D
-
-==== BB 299 fillin_rpath(0x25474B48) approx BBs exec'd 0 ====
-
- 0x25474B48: 9421FFA0 stwu r1,-96(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFA0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x25474B4C: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x25474B50: 480224B1 bl 0x25497000
- 9: MOVL $0x25474B54, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-. 0 25474B48 12
-. 94 21 FF A0 7C 08 02 A6 48 02 24 B1
-
-==== BB 300 (0x25474B54) approx BBs exec'd 0 ====
-
- 0x25474B54: 93C10058 stw r30,88(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x58, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25474B58: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x25474B5C: 7D800026 mfcr r12
- 8: GETL CR, t6
- 9: PUTL t6, R12
- 10: INCEIPL $4
-
- 0x25474B60: 91E1001C stw r15,28(r1)
- 11: GETL R15, t8
- 12: GETL R1, t10
- 13: ADDL $0x1C, t10
- 14: STL t8, (t10)
- 15: INCEIPL $4
-
- 0x25474B64: 2D880000 cmpi cr3,r8,0
- 16: GETL R8, t12
- 17: CMP0L t12, t14 (-rSo)
- 18: ICRFL t14, $0x3, CR
- 19: INCEIPL $4
-
- 0x25474B68: 92010020 stw r16,32(r1)
- 20: GETL R16, t16
- 21: GETL R1, t18
- 22: ADDL $0x20, t18
- 23: STL t16, (t18)
- 24: INCEIPL $4
-
- 0x25474B6C: 92210024 stw r17,36(r1)
- 25: GETL R17, t20
- 26: GETL R1, t22
- 27: ADDL $0x24, t22
- 28: STL t20, (t22)
- 29: INCEIPL $4
-
- 0x25474B70: 92410028 stw r18,40(r1)
- 30: GETL R18, t24
- 31: GETL R1, t26
- 32: ADDL $0x28, t26
- 33: STL t24, (t26)
- 34: INCEIPL $4
-
- 0x25474B74: 81FE0148 lwz r15,328(r30)
- 35: GETL R30, t28
- 36: ADDL $0x148, t28
- 37: LDL (t28), t30
- 38: PUTL t30, R15
- 39: INCEIPL $4
-
- 0x25474B78: 823E04C8 lwz r17,1224(r30)
- 40: GETL R30, t32
- 41: ADDL $0x4C8, t32
- 42: LDL (t32), t34
- 43: PUTL t34, R17
- 44: INCEIPL $4
-
- 0x25474B7C: 821E0154 lwz r16,340(r30)
- 45: GETL R30, t36
- 46: ADDL $0x154, t36
- 47: LDL (t36), t38
- 48: PUTL t38, R16
- 49: INCEIPL $4
-
- 0x25474B80: 825E0158 lwz r18,344(r30)
- 50: GETL R30, t40
- 51: ADDL $0x158, t40
- 52: LDL (t40), t42
- 53: PUTL t42, R18
- 54: INCEIPL $4
-
- 0x25474B84: 9261002C stw r19,44(r1)
- 55: GETL R19, t44
- 56: GETL R1, t46
- 57: ADDL $0x2C, t46
- 58: STL t44, (t46)
- 59: INCEIPL $4
-
- 0x25474B88: 7CF33B78 or r19,r7,r7
- 60: GETL R7, t48
- 61: PUTL t48, R19
- 62: INCEIPL $4
-
- 0x25474B8C: 92810030 stw r20,48(r1)
- 63: GETL R20, t50
- 64: GETL R1, t52
- 65: ADDL $0x30, t52
- 66: STL t50, (t52)
- 67: INCEIPL $4
-
- 0x25474B90: 7CD43378 or r20,r6,r6
- 68: GETL R6, t54
- 69: PUTL t54, R20
- 70: INCEIPL $4
-
- 0x25474B94: 92A10034 stw r21,52(r1)
- 71: GETL R21, t56
- 72: GETL R1, t58
- 73: ADDL $0x34, t58
- 74: STL t56, (t58)
- 75: INCEIPL $4
-
- 0x25474B98: 7CB52B78 or r21,r5,r5
- 76: GETL R5, t60
- 77: PUTL t60, R21
- 78: INCEIPL $4
-
- 0x25474B9C: 92C10038 stw r22,56(r1)
- 79: GETL R22, t62
- 80: GETL R1, t64
- 81: ADDL $0x38, t64
- 82: STL t62, (t64)
- 83: INCEIPL $4
-
- 0x25474BA0: 7C962378 or r22,r4,r4
- 84: GETL R4, t66
- 85: PUTL t66, R22
- 86: INCEIPL $4
-
- 0x25474BA4: 92E1003C stw r23,60(r1)
- 87: GETL R23, t68
- 88: GETL R1, t70
- 89: ADDL $0x3C, t70
- 90: STL t68, (t70)
- 91: INCEIPL $4
-
- 0x25474BA8: 7D174378 or r23,r8,r8
- 92: GETL R8, t72
- 93: PUTL t72, R23
- 94: INCEIPL $4
-
- 0x25474BAC: 93010040 stw r24,64(r1)
- 95: GETL R24, t74
- 96: GETL R1, t76
- 97: ADDL $0x40, t76
- 98: STL t74, (t76)
- 99: INCEIPL $4
-
- 0x25474BB0: 3B000000 li r24,0
- 100: MOVL $0x0, t78
- 101: PUTL t78, R24
- 102: INCEIPL $4
-
- 0x25474BB4: 93210044 stw r25,68(r1)
- 103: GETL R25, t80
- 104: GETL R1, t82
- 105: ADDL $0x44, t82
- 106: STL t80, (t82)
- 107: INCEIPL $4
-
- 0x25474BB8: 93410048 stw r26,72(r1)
- 108: GETL R26, t84
- 109: GETL R1, t86
- 110: ADDL $0x48, t86
- 111: STL t84, (t86)
- 112: INCEIPL $4
-
- 0x25474BBC: 9361004C stw r27,76(r1)
- 113: GETL R27, t88
- 114: GETL R1, t90
- 115: ADDL $0x4C, t90
- 116: STL t88, (t90)
- 117: INCEIPL $4
-
- 0x25474BC0: 93810050 stw r28,80(r1)
- 118: GETL R28, t92
- 119: GETL R1, t94
- 120: ADDL $0x50, t94
- 121: STL t92, (t94)
- 122: INCEIPL $4
-
- 0x25474BC4: 93A10054 stw r29,84(r1)
- 123: GETL R29, t96
- 124: GETL R1, t98
- 125: ADDL $0x54, t98
- 126: STL t96, (t98)
- 127: INCEIPL $4
-
- 0x25474BC8: 93E1005C stw r31,92(r1)
- 128: GETL R31, t100
- 129: GETL R1, t102
- 130: ADDL $0x5C, t102
- 131: STL t100, (t102)
- 132: INCEIPL $4
-
- 0x25474BCC: 90010064 stw r0,100(r1)
- 133: GETL R0, t104
- 134: GETL R1, t106
- 135: ADDL $0x64, t106
- 136: STL t104, (t106)
- 137: INCEIPL $4
-
- 0x25474BD0: 91810018 stw r12,24(r1)
- 138: GETL R12, t108
- 139: GETL R1, t110
- 140: ADDL $0x18, t110
- 141: STL t108, (t110)
- 142: INCEIPL $4
-
- 0x25474BD4: 90610008 stw r3,8(r1)
- 143: GETL R3, t112
- 144: GETL R1, t114
- 145: ADDL $0x8, t114
- 146: STL t112, (t114)
- 147: INCEIPL $4
-
- 0x25474BD8: 38610008 addi r3,r1,8
- 148: GETL R1, t116
- 149: ADDL $0x8, t116
- 150: PUTL t116, R3
- 151: INCEIPL $4
-
- 0x25474BDC: 7EA4AB78 or r4,r21,r21
- 152: GETL R21, t118
- 153: PUTL t118, R4
- 154: INCEIPL $4
-
- 0x25474BE0: 4800B75D bl 0x2548033C
- 155: MOVL $0x25474BE4, t120
- 156: PUTL t120, LR
- 157: JMPo-c $0x2548033C ($4)
-
-
-. 0 25474B54 144
-. 93 C1 00 58 7F C8 02 A6 7D 80 00 26 91 E1 00 1C 2D 88 00 00 92 01 00 20 92 21 00 24 92 41 00 28 81 FE 01 48 82 3E 04 C8 82 1E 01 54 82 5E 01 58 92 61 00 2C 7C F3 3B 78 92 81 00 30 7C D4 33 78 92 A1 00 34 7C B5 2B 78 92 C1 00 38 7C 96 23 78 92 E1 00 3C 7D 17 43 78 93 01 00 40 3B 00 00 00 93 21 00 44 93 41 00 48 93 61 00 4C 93 81 00 50 93 A1 00 54 93 E1 00 5C 90 01 00 64 91 81 00 18 90 61 00 08 38 61 00 08 7E A4 AB 78 48 00 B7 5D
-
-==== BB 301 __strsep_g(0x2548033C) approx BBs exec'd 0 ====
-
- 0x2548033C: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x25480340: 7C681B78 or r8,r3,r3
- 6: GETL R3, t4
- 7: PUTL t4, R8
- 8: INCEIPL $4
-
- 0x25480344: 80630000 lwz r3,0(r3)
- 9: GETL R3, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R3
- 12: INCEIPL $4
-
- 0x25480348: 2F830000 cmpi cr7,r3,0
- 13: GETL R3, t10
- 14: CMP0L t10, t12 (-rSo)
- 15: ICRFL t12, $0x7, CR
- 16: INCEIPL $4
-
- 0x2548034C: 419E0054 bc 12,30,0x254803A0
- 17: Js30o $0x254803A0
-
-
-. 0 2548033C 20
-. 94 21 FF F0 7C 68 1B 78 80 63 00 00 2F 83 00 00 41 9E 00 54
-
-==== BB 302 (0x25480350) approx BBs exec'd 0 ====
-
- 0x25480350: 88030000 lbz r0,0(r3)
- 0: GETL R3, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0x25480354: 7C6A1B78 or r10,r3,r3
- 4: GETL R3, t4
- 5: PUTL t4, R10
- 6: INCEIPL $4
-
- 0x25480358: 39200000 li r9,0
- 7: MOVL $0x0, t6
- 8: PUTL t6, R9
- 9: INCEIPL $4
-
- 0x2548035C: 2C000000 cmpi cr0,r0,0
- 10: GETL R0, t8
- 11: CMP0L t8, t10 (-rSo)
- 12: ICRFL t10, $0x0, CR
- 13: INCEIPL $4
-
- 0x25480360: 4182003C bc 12,2,0x2548039C
- 14: Js02o $0x2548039C
-
-
-. 0 25480350 20
-. 88 03 00 00 7C 6A 1B 78 39 20 00 00 2C 00 00 00 41 82 00 3C
-
-==== BB 303 (0x25480364) approx BBs exec'd 0 ====
-
- 0x25480364: 7C0B0378 or r11,r0,r0
- 0: GETL R0, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0x25480368: 88040000 lbz r0,0(r4)
- 3: GETL R4, t2
- 4: LDB (t2), t4
- 5: PUTL t4, R0
- 6: INCEIPL $4
-
- 0x2548036C: 7C892378 or r9,r4,r4
- 7: GETL R4, t6
- 8: PUTL t6, R9
- 9: INCEIPL $4
-
- 0x25480370: 7C805800 cmp cr1,r0,r11
- 10: GETL R0, t8
- 11: GETL R11, t10
- 12: CMPL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x1, CR
- 14: INCEIPL $4
-
- 0x25480374: 41860010 bc 12,6,0x25480384
- 15: Js06o $0x25480384
-
-
-. 0 25480364 20
-. 7C 0B 03 78 88 04 00 00 7C 89 23 78 7C 80 58 00 41 86 00 10
-
-==== BB 304 (0x25480378) approx BBs exec'd 0 ====
-
- 0x25480378: 8C090001 lbzu r0,1(r9)
- 0: GETL R9, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R9
- 3: LDB (t0), t2
- 4: PUTL t2, R0
- 5: INCEIPL $4
-
- 0x2548037C: 2F000000 cmpi cr6,r0,0
- 6: GETL R0, t4
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x6, CR
- 9: INCEIPL $4
-
- 0x25480380: 409AFFF0 bc 4,26,0x25480370
- 10: Jc26o $0x25480370
-
-
-. 0 25480378 12
-. 8C 09 00 01 2F 00 00 00 40 9A FF F0
-
-==== BB 305 (0x25480370) approx BBs exec'd 0 ====
-
- 0x25480370: 7C805800 cmp cr1,r0,r11
- 0: GETL R0, t0
- 1: GETL R11, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x1, CR
- 4: INCEIPL $4
-
- 0x25480374: 41860010 bc 12,6,0x25480384
- 5: Js06o $0x25480384
-
-
-. 0 25480370 8
-. 7C 80 58 00 41 86 00 10
-
-==== BB 306 (0x25480384) approx BBs exec'd 0 ====
-
- 0x25480384: 2F800000 cmpi cr7,r0,0
- 0: GETL R0, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x25480388: 409E0020 bc 4,30,0x254803A8
- 4: Jc30o $0x254803A8
-
-
-. 0 25480384 8
-. 2F 80 00 00 40 9E 00 20
-
-==== BB 307 (0x2548038C) approx BBs exec'd 0 ====
-
- 0x2548038C: 8D6A0001 lbzu r11,1(r10)
- 0: GETL R10, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R10
- 3: LDB (t0), t2
- 4: PUTL t2, R11
- 5: INCEIPL $4
-
- 0x25480390: 2C0B0000 cmpi cr0,r11,0
- 6: GETL R11, t4
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0x25480394: 4082FFD4 bc 4,2,0x25480368
- 10: Jc02o $0x25480368
-
-
-. 0 2548038C 12
-. 8D 6A 00 01 2C 0B 00 00 40 82 FF D4
-
-==== BB 308 (0x25480368) approx BBs exec'd 0 ====
-
- 0x25480368: 88040000 lbz r0,0(r4)
- 0: GETL R4, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0x2548036C: 7C892378 or r9,r4,r4
- 4: GETL R4, t4
- 5: PUTL t4, R9
- 6: INCEIPL $4
-
- 0x25480370: 7C805800 cmp cr1,r0,r11
- 7: GETL R0, t6
- 8: GETL R11, t8
- 9: CMPL t6, t8, t10 (-rSo)
- 10: ICRFL t10, $0x1, CR
- 11: INCEIPL $4
-
- 0x25480374: 41860010 bc 12,6,0x25480384
- 12: Js06o $0x25480384
-
-
-. 0 25480368 16
-. 88 04 00 00 7C 89 23 78 7C 80 58 00 41 86 00 10
-
-==== BB 309 (0x254803A8) approx BBs exec'd 0 ====
-
- 0x254803A8: 392A0001 addi r9,r10,1
- 0: GETL R10, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R9
- 3: INCEIPL $4
-
- 0x254803AC: 38000000 li r0,0
- 4: MOVL $0x0, t2
- 5: PUTL t2, R0
- 6: INCEIPL $4
-
- 0x254803B0: 980A0000 stb r0,0(r10)
- 7: GETL R0, t4
- 8: GETL R10, t6
- 9: STB t4, (t6)
- 10: INCEIPL $4
-
- 0x254803B4: 91280000 stw r9,0(r8)
- 11: GETL R9, t8
- 12: GETL R8, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x254803B8: 4BFFFFE8 b 0x254803A0
- 15: JMPo $0x254803A0 ($4)
-
-
-. 0 254803A8 20
-. 39 2A 00 01 38 00 00 00 98 0A 00 00 91 28 00 00 4B FF FF E8
-
-==== BB 310 (0x254803A0) approx BBs exec'd 0 ====
-
- 0x254803A0: 38210010 addi r1,r1,16
- 0: GETL R1, t0
- 1: ADDL $0x10, t0
- 2: PUTL t0, R1
- 3: INCEIPL $4
-
- 0x254803A4: 4E800020 blr
- 4: GETL LR, t2
- 5: JMPo-r t2 ($4)
-
-
-. 0 254803A0 8
-. 38 21 00 10 4E 80 00 20
-
-==== BB 311 (0x25474BE4) approx BBs exec'd 0 ====
-
- 0x25474BE4: 2E030000 cmpi cr4,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0x25474BE8: 7C7F1B78 or r31,r3,r3
- 4: GETL R3, t4
- 5: PUTL t4, R31
- 6: INCEIPL $4
-
- 0x25474BEC: 7C7C1B78 or r28,r3,r3
- 7: GETL R3, t6
- 8: PUTL t6, R28
- 9: INCEIPL $4
-
- 0x25474BF0: 4192014C bc 12,18,0x25474D3C
- 10: Js18o $0x25474D3C
-
-
-. 0 25474BE4 16
-. 2E 03 00 00 7C 7F 1B 78 7C 7C 1B 78 41 92 01 4C
-
-==== BB 312 (0x25474BF4) approx BBs exec'd 0 ====
-
- 0x25474BF4: 4800E3DD bl 0x25482FD0
- 0: MOVL $0x25474BF8, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x25482FD0 ($4)
-
-
-. 0 25474BF4 4
-. 48 00 E3 DD
-
-==== BB 313 (0x25474BF8) approx BBs exec'd 0 ====
-
- 0x25474BF8: 7C7D1B79 or. r29,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R29
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x25474BFC: 408201A8 bc 4,2,0x25474DA4
- 5: Jc02o $0x25474DA4
-
-
-. 0 25474BF8 8
-. 7C 7D 1B 79 40 82 01 A8
-
-==== BB 314 (0x25474DA4) approx BBs exec'd 0 ====
-
- 0x25474DA4: 2B9D0001 cmpli cr7,r29,1
- 0: GETL R29, t0
- 1: MOVL $0x1, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x25474DA8: 409D0024 bc 4,29,0x25474DCC
- 5: Jc29o $0x25474DCC
-
-
-. 0 25474DA4 8
-. 2B 9D 00 01 40 9D 00 24
-
-==== BB 315 (0x25474DAC) approx BBs exec'd 0 ====
-
- 0x25474DAC: 7D3FEA14 add r9,r31,r29
- 0: GETL R31, t0
- 1: GETL R29, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25474DB0: 8869FFFF lbz r3,-1(r9)
- 5: GETL R9, t4
- 6: ADDL $0xFFFFFFFF, t4
- 7: LDB (t4), t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0x25474DB4: 2C83002F cmpi cr1,r3,47
- 10: GETL R3, t8
- 11: MOVL $0x2F, t12
- 12: CMPL t8, t12, t10 (-rSo)
- 13: ICRFL t10, $0x1, CR
- 14: INCEIPL $4
-
- 0x25474DB8: 40860014 bc 4,6,0x25474DCC
- 15: Jc06o $0x25474DCC
-
-
-. 0 25474DAC 16
-. 7D 3F EA 14 88 69 FF FF 2C 83 00 2F 40 86 00 14
-
-==== BB 316 (0x25474DCC) approx BBs exec'd 0 ====
-
- 0x25474DCC: 2F1D0000 cmpi cr6,r29,0
- 0: GETL R29, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x25474DD0: 41BAFE34 bc 13,26,0x25474C04
- 4: Js26o $0x25474C04
-
-
-. 0 25474DCC 8
-. 2F 1D 00 00 41 BA FE 34
-
-==== BB 317 (0x25474DD4) approx BBs exec'd 0 ====
-
- 0x25474DD4: 7D3CEA14 add r9,r28,r29
- 0: GETL R28, t0
- 1: GETL R29, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25474DD8: 8889FFFF lbz r4,-1(r9)
- 5: GETL R9, t4
- 6: ADDL $0xFFFFFFFF, t4
- 7: LDB (t4), t6
- 8: PUTL t6, R4
- 9: INCEIPL $4
-
- 0x25474DDC: 2C04002F cmpi cr0,r4,47
- 10: GETL R4, t8
- 11: MOVL $0x2F, t12
- 12: CMPL t8, t12, t10 (-rSo)
- 13: ICRFL t10, $0x0, CR
- 14: INCEIPL $4
-
- 0x25474DE0: 41A2FE24 bc 13,2,0x25474C04
- 15: Js02o $0x25474C04
-
-
-. 0 25474DD4 16
-. 7D 3C EA 14 88 89 FF FF 2C 04 00 2F 41 A2 FE 24
-
-==== BB 318 (0x25474DE4) approx BBs exec'd 0 ====
-
- 0x25474DE4: 2F940000 cmpi cr7,r20,0
- 0: GETL R20, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x25474DE8: 38A0002F li r5,47
- 4: MOVL $0x2F, t4
- 5: PUTL t4, R5
- 6: INCEIPL $4
-
- 0x25474DEC: 7CBCE9AE stbx r5,r28,r29
- 7: GETL R29, t6
- 8: GETL R28, t8
- 9: ADDL t8, t6
- 10: GETL R5, t10
- 11: STB t10, (t6)
- 12: INCEIPL $4
-
- 0x25474DF0: 3BBD0001 addi r29,r29,1
- 13: GETL R29, t12
- 14: ADDL $0x1, t12
- 15: PUTL t12, R29
- 16: INCEIPL $4
-
- 0x25474DF4: 419EFE18 bc 12,30,0x25474C0C
- 17: Js30o $0x25474C0C
-
-
-. 0 25474DE4 20
-. 2F 94 00 00 38 A0 00 2F 7C BC E9 AE 3B BD 00 01 41 9E FE 18
-
-==== BB 319 (0x25474C0C) approx BBs exec'd 0 ====
-
- 0x25474C0C: 83F101B0 lwz r31,432(r17)
- 0: GETL R17, t0
- 1: ADDL $0x1B0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R31
- 4: INCEIPL $4
-
- 0x25474C10: 7E398B78 or r25,r17,r17
- 5: GETL R17, t4
- 6: PUTL t4, R25
- 7: INCEIPL $4
-
- 0x25474C14: 2E1F0000 cmpi cr4,r31,0
- 8: GETL R31, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x4, CR
- 11: INCEIPL $4
-
- 0x25474C18: 41920024 bc 12,18,0x25474C3C
- 12: Js18o $0x25474C3C
-
-
-. 0 25474C0C 16
-. 83 F1 01 B0 7E 39 8B 78 2E 1F 00 00 41 92 00 24
-
-==== BB 320 (0x25474C1C) approx BBs exec'd 0 ====
-
- 0x25474C1C: 815F0010 lwz r10,16(r31)
- 0: GETL R31, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x25474C20: 7F83E378 or r3,r28,r28
- 5: GETL R28, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x25474C24: 7FA5EB78 or r5,r29,r29
- 8: GETL R29, t6
- 9: PUTL t6, R5
- 10: INCEIPL $4
-
- 0x25474C28: 7F8AE800 cmp cr7,r10,r29
- 11: GETL R10, t8
- 12: GETL R29, t10
- 13: CMPL t8, t10, t12 (-rSo)
- 14: ICRFL t12, $0x7, CR
- 15: INCEIPL $4
-
- 0x25474C2C: 419E0240 bc 12,30,0x25474E6C
- 16: Js30o $0x25474E6C
-
-
-. 0 25474C1C 20
-. 81 5F 00 10 7F 83 E3 78 7F A5 EB 78 7F 8A E8 00 41 9E 02 40
-
-==== BB 321 (0x25474C30) approx BBs exec'd 0 ====
-
- 0x25474C30: 83FF0000 lwz r31,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R31
- 3: INCEIPL $4
-
- 0x25474C34: 2E1F0000 cmpi cr4,r31,0
- 4: GETL R31, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x4, CR
- 7: INCEIPL $4
-
- 0x25474C38: 4092FFE4 bc 4,18,0x25474C1C
- 8: Jc18o $0x25474C1C
-
-
-. 0 25474C30 12
-. 83 FF 00 00 2E 1F 00 00 40 92 FF E4
-
-==== BB 322 (0x25474C3C) approx BBs exec'd 0 ====
-
- 0x25474C3C: 418E0284 bc 12,14,0x25474EC0
- 0: Js14o $0x25474EC0
-
-
-. 0 25474C3C 4
-. 41 8E 02 84
-
-==== BB 323 (0x25474EC0) approx BBs exec'd 0 ====
-
- 0x25474EC0: 80700000 lwz r3,0(r16)
- 0: GETL R16, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0x25474EC4: 3B600000 li r27,0
- 4: MOVL $0x0, t4
- 5: PUTL t4, R27
- 6: INCEIPL $4
-
- 0x25474EC8: 7E1A8378 or r26,r16,r16
- 7: GETL R16, t6
- 8: PUTL t6, R26
- 9: INCEIPL $4
-
- 0x25474ECC: 5460103A rlwinm r0,r3,2,0,29
- 10: GETL R3, t8
- 11: SHLL $0x2, t8
- 12: PUTL t8, R0
- 13: INCEIPL $4
-
- 0x25474ED0: 7D80DA14 add r12,r0,r27
- 14: GETL R0, t10
- 15: GETL R27, t12
- 16: ADDL t10, t12
- 17: PUTL t12, R12
- 18: INCEIPL $4
-
- 0x25474ED4: 7FECEA14 add r31,r12,r29
- 19: GETL R12, t14
- 20: GETL R29, t16
- 21: ADDL t14, t16
- 22: PUTL t16, R31
- 23: INCEIPL $4
-
- 0x25474ED8: 387F0015 addi r3,r31,21
- 24: GETL R31, t18
- 25: ADDL $0x15, t18
- 26: PUTL t18, R3
- 27: INCEIPL $4
-
- 0x25474EDC: 48022B49 bl 0x25497A24
- 28: MOVL $0x25474EE0, t20
- 29: PUTL t20, LR
- 30: JMPo-c $0x25497A24 ($4)
-
-
-. 0 25474EC0 32
-. 80 70 00 00 3B 60 00 00 7E 1A 83 78 54 60 10 3A 7D 80 DA 14 7F EC EA 14 38 7F 00 15 48 02 2B 49
-
-==== BB 324 (0x25474EE0) approx BBs exec'd 0 ====
-
- 0x25474EE0: 7C7F1B79 or. r31,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R31
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x25474EE4: 4082FD8C bc 4,2,0x25474C70
- 5: Jc02o $0x25474C70
-
-
-. 0 25474EE0 8
-. 7C 7F 1B 79 40 82 FD 8C
-
-==== BB 325 (0x25474C70) approx BBs exec'd 0 ====
-
- 0x25474C70: 80F00000 lwz r7,0(r16)
- 0: GETL R16, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R7
- 3: INCEIPL $4
-
- 0x25474C74: 7F84E378 or r4,r28,r28
- 4: GETL R28, t4
- 5: PUTL t4, R4
- 6: INCEIPL $4
-
- 0x25474C78: 54E6103A rlwinm r6,r7,2,0,29
- 7: GETL R7, t6
- 8: SHLL $0x2, t6
- 9: PUTL t6, R6
- 10: INCEIPL $4
-
- 0x25474C7C: 7CA6FA14 add r5,r6,r31
- 11: GETL R6, t8
- 12: GETL R31, t10
- 13: ADDL t8, t10
- 14: PUTL t10, R5
- 15: INCEIPL $4
-
- 0x25474C80: 38650014 addi r3,r5,20
- 16: GETL R5, t12
- 17: ADDL $0x14, t12
- 18: PUTL t12, R3
- 19: INCEIPL $4
-
- 0x25474C84: 7FA5EB78 or r5,r29,r29
- 20: GETL R29, t14
- 21: PUTL t14, R5
- 22: INCEIPL $4
-
- 0x25474C88: 907F000C stw r3,12(r31)
- 23: GETL R3, t16
- 24: GETL R31, t18
- 25: ADDL $0xC, t18
- 26: STL t16, (t18)
- 27: INCEIPL $4
-
- 0x25474C8C: 4800ED95 bl 0x25483A20
- 28: MOVL $0x25474C90, t20
- 29: PUTL t20, LR
- 30: JMPo-c $0x25483A20 ($4)
-
-
-. 0 25474C70 32
-. 80 F0 00 00 7F 84 E3 78 54 E6 10 3A 7C A6 FA 14 38 65 00 14 7F A5 EB 78 90 7F 00 0C 48 00 ED 95
-
-==== BB 326 (0x25483A4C) approx BBs exec'd 0 ====
-
- 0x25483A4C: 7C8300D0 neg r4,r3
- 0: GETL R3, t0
- 1: NEGL t0
- 2: PUTL t0, R4
- 3: INCEIPL $4
-
- 0x25483A50: 548307BE rlwinm r3,r4,0,30,31
- 4: GETL R4, t2
- 5: ANDL $0x3, t2
- 6: PUTL t2, R3
- 7: INCEIPL $4
-
- 0x25483A54: 7C691B79 or. r9,r3,r3
- 8: GETL R3, t4
- 9: PUTL t4, R9
- 10: CMP0L t4, t6 (-rSo)
- 11: ICRFL t6, $0x0, CR
- 12: INCEIPL $4
-
- 0x25483A58: 7F832850 subf r28,r3,r5
- 13: GETL R3, t8
- 14: GETL R5, t10
- 15: SUBL t8, t10
- 16: PUTL t10, R28
- 17: INCEIPL $4
-
- 0x25483A5C: 4182001C bc 12,2,0x25483A78
- 18: Js02o $0x25483A78
-
-
-. 0 25483A4C 20
-. 7C 83 00 D0 54 83 07 BE 7C 69 1B 79 7F 83 28 50 41 82 00 1C
-
-==== BB 327 (0x25483A78) approx BBs exec'd 0 ====
-
- 0x25483A78: 73E00003 andi. r0,r31,0x3
- 0: GETL R31, t0
- 1: ANDL $0x3, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0x25483A7C: 40820068 bc 4,2,0x25483AE4
- 6: Jc02o $0x25483AE4
-
-
-. 0 25483A78 8
-. 73 E0 00 03 40 82 00 68
-
-==== BB 328 (0x25483A80) approx BBs exec'd 0 ====
-
- 0x25483A80: 7FA3EB78 or r3,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25483A84: 7FE4FB78 or r4,r31,r31
- 3: GETL R31, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0x25483A88: 5785F0BE rlwinm r5,r28,30,2,31
- 6: GETL R28, t4
- 7: SHRL $0x2, t4
- 8: PUTL t4, R5
- 9: INCEIPL $4
-
- 0x25483A8C: 48000239 bl 0x25483CC4
- 10: MOVL $0x25483A90, t6
- 11: PUTL t6, LR
- 12: JMPo-c $0x25483CC4 ($4)
-
-
-. 0 25483A80 16
-. 7F A3 EB 78 7F E4 FB 78 57 85 F0 BE 48 00 02 39
-
-==== BB 329 (0x25483DA8) approx BBs exec'd 0 ====
-
- 0x25483DA8: 80040000 lwz r0,0(r4)
- 0: GETL R4, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0x25483DAC: 3884FFF0 addi r4,r4,-16
- 4: GETL R4, t4
- 5: ADDL $0xFFFFFFF0, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0x25483DB0: 81240014 lwz r9,20(r4)
- 8: GETL R4, t6
- 9: ADDL $0x14, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R9
- 12: INCEIPL $4
-
- 0x25483DB4: 3863FFEC addi r3,r3,-20
- 13: GETL R3, t10
- 14: ADDL $0xFFFFFFEC, t10
- 15: PUTL t10, R3
- 16: INCEIPL $4
-
- 0x25483DB8: 38A50004 addi r5,r5,4
- 17: GETL R5, t12
- 18: ADDL $0x4, t12
- 19: PUTL t12, R5
- 20: INCEIPL $4
-
- 0x25483DBC: 90030014 stw r0,20(r3)
- 21: GETL R0, t14
- 22: GETL R3, t16
- 23: ADDL $0x14, t16
- 24: STL t14, (t16)
- 25: INCEIPL $4
-
- 0x25483DC0: 4BFFFF7C b 0x25483D3C
- 26: JMPo $0x25483D3C ($4)
-
-
-. 0 25483DA8 28
-. 80 04 00 00 38 84 FF F0 81 24 00 14 38 63 FF EC 38 A5 00 04 90 03 00 14 4B FF FF 7C
-
-==== BB 330 (0x25483A90) approx BBs exec'd 0 ====
-
- 0x25483A90: 5786003A rlwinm r6,r28,0,0,29
- 0: GETL R28, t0
- 1: ANDL $0xFFFFFFFC, t0
- 2: PUTL t0, R6
- 3: INCEIPL $4
-
- 0x25483A94: 578507BE rlwinm r5,r28,0,30,31
- 4: GETL R28, t2
- 5: ANDL $0x3, t2
- 6: PUTL t2, R5
- 7: INCEIPL $4
-
- 0x25483A98: 7FBD3214 add r29,r29,r6
- 8: GETL R29, t4
- 9: GETL R6, t6
- 10: ADDL t4, t6
- 11: PUTL t6, R29
- 12: INCEIPL $4
-
- 0x25483A9C: 7FFF3214 add r31,r31,r6
- 13: GETL R31, t8
- 14: GETL R6, t10
- 15: ADDL t8, t10
- 16: PUTL t10, R31
- 17: INCEIPL $4
-
- 0x25483AA0: 2C850000 cmpi cr1,r5,0
- 18: GETL R5, t12
- 19: CMP0L t12, t14 (-rSo)
- 20: ICRFL t14, $0x1, CR
- 21: INCEIPL $4
-
- 0x25483AA4: 4186001C bc 12,6,0x25483AC0
- 22: Js06o $0x25483AC0
-
-
-. 0 25483A90 24
-. 57 86 00 3A 57 85 07 BE 7F BD 32 14 7F FF 32 14 2C 85 00 00 41 86 00 1C
-
-==== BB 331 (0x25474C90) approx BBs exec'd 0 ====
-
- 0x25474C90: 39200000 li r9,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R9
- 2: INCEIPL $4
-
- 0x25474C94: 99230000 stb r9,0(r3)
- 3: GETL R9, t2
- 4: GETL R3, t4
- 5: STB t2, (t4)
- 6: INCEIPL $4
-
- 0x25474C98: 80920000 lwz r4,0(r18)
- 7: GETL R18, t6
- 8: LDL (t6), t8
- 9: PUTL t8, R4
- 10: INCEIPL $4
-
- 0x25474C9C: 93BF0010 stw r29,16(r31)
- 11: GETL R29, t10
- 12: GETL R31, t12
- 13: ADDL $0x10, t12
- 14: STL t10, (t12)
- 15: INCEIPL $4
-
- 0x25474CA0: 7F9D2040 cmpl cr7,r29,r4
- 16: GETL R29, t14
- 17: GETL R4, t16
- 18: CMPUL t14, t16, t18 (-rSo)
- 19: ICRFL t18, $0x7, CR
- 20: INCEIPL $4
-
- 0x25474CA4: 409D0008 bc 4,29,0x25474CAC
- 21: Jc29o $0x25474CAC
-
-
-. 0 25474C90 24
-. 39 20 00 00 99 23 00 00 80 92 00 00 93 BF 00 10 7F 9D 20 40 40 9D 00 08
-
-==== BB 332 (0x25474CA8) approx BBs exec'd 0 ====
-
- 0x25474CA8: 93B20000 stw r29,0(r18)
- 0: GETL R29, t0
- 1: GETL R18, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0x25474CAC: 813A0000 lwz r9,0(r26)
- 4: GETL R26, t4
- 5: LDL (t4), t6
- 6: PUTL t6, R9
- 7: INCEIPL $4
-
- 0x25474CB0: 895C0000 lbz r10,0(r28)
- 8: GETL R28, t8
- 9: LDB (t8), t10
- 10: PUTL t10, R10
- 11: INCEIPL $4
-
- 0x25474CB4: 2C890000 cmpi cr1,r9,0
- 12: GETL R9, t12
- 13: CMP0L t12, t14 (-rSo)
- 14: ICRFL t14, $0x1, CR
- 15: INCEIPL $4
-
- 0x25474CB8: 6948002F xori r8,r10,0x2F
- 16: GETL R10, t16
- 17: XORL $0x2F, t16
- 18: PUTL t16, R8
- 19: INCEIPL $4
-
- 0x25474CBC: 7F8800D0 neg r28,r8
- 20: GETL R8, t18
- 21: NEGL t18
- 22: PUTL t18, R28
- 23: INCEIPL $4
-
- 0x25474CC0: 578317BC rlwinm r3,r28,2,30,30
- 24: GETL R28, t20
- 25: ROLL $0x2, t20
- 26: ANDL $0x2, t20
- 27: PUTL t20, R3
- 28: INCEIPL $4
-
- 0x25474CC4: 41860018 bc 12,6,0x25474CDC
- 29: Js06o $0x25474CDC
-
-
-. 0 25474CA8 32
-. 93 B2 00 00 81 3A 00 00 89 5C 00 00 2C 89 00 00 69 48 00 2F 7F 88 00 D0 57 83 17 BC 41 86 00 18
-
-==== BB 333 (0x25474CC8) approx BBs exec'd 0 ====
-
- 0x25474CC8: 7D2903A6 mtctr r9
- 0: GETL R9, t0
- 1: PUTL t0, CTR
- 2: INCEIPL $4
-
- 0x25474CCC: 397F0014 addi r11,r31,20
- 3: GETL R31, t2
- 4: ADDL $0x14, t2
- 5: PUTL t2, R11
- 6: INCEIPL $4
-
- 0x25474CD0: 906B0000 stw r3,0(r11)
- 7: GETL R3, t4
- 8: GETL R11, t6
- 9: STL t4, (t6)
- 10: INCEIPL $4
-
- 0x25474CD4: 396B0004 addi r11,r11,4
- 11: GETL R11, t8
- 12: ADDL $0x4, t8
- 13: PUTL t8, R11
- 14: INCEIPL $4
-
- 0x25474CD8: 4200FFF8 bc 16,0,0x25474CD0
- 15: GETL CTR, t10
- 16: ADDL $0xFFFFFFFF, t10
- 17: PUTL t10, CTR
- 18: JIFZL t10, $0x25474CDC
- 19: JMPo $0x25474CD0 ($4)
-
-
-. 0 25474CC8 20
-. 7D 29 03 A6 39 7F 00 14 90 6B 00 00 39 6B 00 04 42 00 FF F8
-
-==== BB 334 (0x25474CD0) approx BBs exec'd 0 ====
-
- 0x25474CD0: 906B0000 stw r3,0(r11)
- 0: GETL R3, t0
- 1: GETL R11, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0x25474CD4: 396B0004 addi r11,r11,4
- 4: GETL R11, t4
- 5: ADDL $0x4, t4
- 6: PUTL t4, R11
- 7: INCEIPL $4
-
- 0x25474CD8: 4200FFF8 bc 16,0,0x25474CD0
- 8: GETL CTR, t6
- 9: ADDL $0xFFFFFFFF, t6
- 10: PUTL t6, CTR
- 11: JIFZL t6, $0x25474CDC
- 12: JMPo $0x25474CD0 ($4)
-
-
-. 0 25474CD0 12
-. 90 6B 00 00 39 6B 00 04 42 00 FF F8
-
-==== BB 335 (0x25474CDC) approx BBs exec'd 0 ====
-
- 0x25474CDC: 927F0004 stw r19,4(r31)
- 0: GETL R19, t0
- 1: GETL R31, t2
- 2: ADDL $0x4, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25474CE0: 418E021C bc 12,14,0x25474EFC
- 5: Js14o $0x25474EFC
-
-
-. 0 25474CDC 8
-. 92 7F 00 04 41 8E 02 1C
-
-==== BB 336 (0x25474EFC) approx BBs exec'd 0 ====
-
- 0x25474EFC: 92FF0008 stw r23,8(r31)
- 0: GETL R23, t0
- 1: GETL R31, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25474F00: 4BFFFE08 b 0x25474D08
- 5: JMPo $0x25474D08 ($4)
-
-
-. 0 25474EFC 8
-. 92 FF 00 08 4B FF FE 08
-
-==== BB 337 (0x25474D08) approx BBs exec'd 0 ====
-
- 0x25474D08: 801901B0 lwz r0,432(r25)
- 0: GETL R25, t0
- 1: ADDL $0x1B0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25474D0C: 571D103A rlwinm r29,r24,2,0,29
- 5: GETL R24, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R29
- 8: INCEIPL $4
-
- 0x25474D10: 38610008 addi r3,r1,8
- 9: GETL R1, t6
- 10: ADDL $0x8, t6
- 11: PUTL t6, R3
- 12: INCEIPL $4
-
- 0x25474D14: 7EA4AB78 or r4,r21,r21
- 13: GETL R21, t8
- 14: PUTL t8, R4
- 15: INCEIPL $4
-
- 0x25474D18: 901F0000 stw r0,0(r31)
- 16: GETL R0, t10
- 17: GETL R31, t12
- 18: STL t10, (t12)
- 19: INCEIPL $4
-
- 0x25474D1C: 3B180001 addi r24,r24,1
- 20: GETL R24, t14
- 21: ADDL $0x1, t14
- 22: PUTL t14, R24
- 23: INCEIPL $4
-
- 0x25474D20: 93F901B0 stw r31,432(r25)
- 24: GETL R31, t16
- 25: GETL R25, t18
- 26: ADDL $0x1B0, t18
- 27: STL t16, (t18)
- 28: INCEIPL $4
-
- 0x25474D24: 7FFDB12E stwx r31,r29,r22
- 29: GETL R22, t20
- 30: GETL R29, t22
- 31: ADDL t22, t20
- 32: GETL R31, t24
- 33: STL t24, (t20)
- 34: INCEIPL $4
-
- 0x25474D28: 4800B615 bl 0x2548033C
- 35: MOVL $0x25474D2C, t26
- 36: PUTL t26, LR
- 37: JMPo-c $0x2548033C ($4)
-
-
-. 0 25474D08 36
-. 80 19 01 B0 57 1D 10 3A 38 61 00 08 7E A4 AB 78 90 1F 00 00 3B 18 00 01 93 F9 01 B0 7F FD B1 2E 48 00 B6 15
-
-==== BB 338 (0x25474D2C) approx BBs exec'd 0 ====
-
- 0x25474D2C: 2E030000 cmpi cr4,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0x25474D30: 7C7F1B78 or r31,r3,r3
- 4: GETL R3, t4
- 5: PUTL t4, R31
- 6: INCEIPL $4
-
- 0x25474D34: 7C7C1B78 or r28,r3,r3
- 7: GETL R3, t6
- 8: PUTL t6, R28
- 9: INCEIPL $4
-
- 0x25474D38: 4092FEBC bc 4,18,0x25474BF4
- 10: Jc18o $0x25474BF4
-
-
-. 0 25474D2C 16
-. 2E 03 00 00 7C 7F 1B 78 7C 7C 1B 78 40 92 FE BC
-
-==== BB 339 (0x25483054) approx BBs exec'd 0 ====
-
- 0x25483054: 7CE04838 and r0,r7,r9
- 0: GETL R7, t0
- 1: GETL R9, t2
- 2: ANDL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25483058: 7C003A14 add r0,r0,r7
- 5: GETL R0, t4
- 6: GETL R7, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R0
- 9: INCEIPL $4
-
- 0x2548305C: 7D880078 andc r8,r12,r0
- 10: GETL R12, t8
- 11: GETL R0, t10
- 12: NOTL t10
- 13: ANDL t8, t10
- 14: PUTL t10, R8
- 15: INCEIPL $4
-
- 0x25483060: 48000014 b 0x25483074
- 16: JMPo $0x25483074 ($4)
-
-
-. 0 25483054 16
-. 7C E0 48 38 7C 00 3A 14 7D 88 00 78 48 00 00 14
-
-==== BB 340 (0x2547FE20) approx BBs exec'd 0 ====
-
- 0x2547FE20: 813E04F4 lwz r9,1268(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4F4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x2547FE24: 81890004 lwz r12,4(r9)
- 5: GETL R9, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R12
- 9: INCEIPL $4
-
- 0x2547FE28: 7C8CE214 add r4,r12,r28
- 10: GETL R12, t8
- 11: GETL R28, t10
- 12: ADDL t8, t10
- 13: PUTL t10, R4
- 14: INCEIPL $4
-
- 0x2547FE2C: 7D4C00D0 neg r10,r12
- 15: GETL R12, t12
- 16: NEGL t12
- 17: PUTL t12, R10
- 18: INCEIPL $4
-
- 0x2547FE30: 3964FFFF addi r11,r4,-1
- 19: GETL R4, t14
- 20: ADDL $0xFFFFFFFF, t14
- 21: PUTL t14, R11
- 22: INCEIPL $4
-
- 0x2547FE34: 7D7D5038 and r29,r11,r10
- 23: GETL R11, t16
- 24: GETL R10, t18
- 25: ANDL t16, t18
- 26: PUTL t18, R29
- 27: INCEIPL $4
-
- 0x2547FE38: 7FA4EB78 or r4,r29,r29
- 28: GETL R29, t20
- 29: PUTL t20, R4
- 30: INCEIPL $4
-
- 0x2547FE3C: 4800295D bl 0x25482798
- 31: MOVL $0x2547FE40, t22
- 32: PUTL t22, LR
- 33: JMPo-c $0x25482798 ($4)
-
-
-. 0 2547FE20 32
-. 81 3E 04 F4 81 89 00 04 7C 8C E2 14 7D 4C 00 D0 39 64 FF FF 7D 7D 50 38 7F A4 EB 78 48 00 29 5D
-
-==== BB 341 mmap(0x25482798) approx BBs exec'd 0 ====
-
- 0x25482798: 3800005A li r0,90
- 0: MOVL $0x5A, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x2548279C: 44000002 sc
- 3: JMPo-sys $0x254827A0 ($4)
-
-
-. 0 25482798 8
-. 38 00 00 5A 44 00 00 02
-
-==== BB 342 (0x254827A0) approx BBs exec'd 0 ====
-
- 0x254827A0: 4CA30020 bclr 5,3
- 0: GETL LR, t0
- 1: Jc03o-r t0
-
-
-. 0 254827A0 4
-. 4C A3 00 20
-
-==== BB 343 (0x2547FE40) approx BBs exec'd 0 ====
-
- 0x2547FE40: 80BB0000 lwz r5,0(r27)
- 0: GETL R27, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R5
- 3: INCEIPL $4
-
- 0x2547FE44: 7D23EA14 add r9,r3,r29
- 4: GETL R3, t4
- 5: GETL R29, t6
- 6: ADDL t4, t6
- 7: PUTL t6, R9
- 8: INCEIPL $4
-
- 0x2547FE48: 7C832800 cmp cr1,r3,r5
- 9: GETL R3, t8
- 10: GETL R5, t10
- 11: CMPL t8, t10, t12 (-rSo)
- 12: ICRFL t12, $0x1, CR
- 13: INCEIPL $4
-
- 0x2547FE4C: 41860008 bc 12,6,0x2547FE54
- 14: Js06o $0x2547FE54
-
-
-. 0 2547FE40 16
-. 80 BB 00 00 7D 23 EA 14 7C 83 28 00 41 86 00 08
-
-==== BB 344 (0x2547FE50) approx BBs exec'd 0 ====
-
- 0x2547FE50: 907F0000 stw r3,0(r31)
- 0: GETL R3, t0
- 1: GETL R31, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0x2547FE54: 807F0000 lwz r3,0(r31)
- 4: GETL R31, t4
- 5: LDL (t4), t6
- 6: PUTL t6, R3
- 7: INCEIPL $4
-
- 0x2547FE58: 80C10024 lwz r6,36(r1)
- 8: GETL R1, t8
- 9: ADDL $0x24, t8
- 10: LDL (t8), t10
- 11: PUTL t10, R6
- 12: INCEIPL $4
-
- 0x2547FE5C: 7D03E214 add r8,r3,r28
- 13: GETL R3, t12
- 14: GETL R28, t14
- 15: ADDL t12, t14
- 16: PUTL t14, R8
- 17: INCEIPL $4
-
- 0x2547FE60: 80FE0420 lwz r7,1056(r30)
- 18: GETL R30, t16
- 19: ADDL $0x420, t16
- 20: LDL (t16), t18
- 21: PUTL t18, R7
- 22: INCEIPL $4
-
- 0x2547FE64: 913B0000 stw r9,0(r27)
- 23: GETL R9, t20
- 24: GETL R27, t22
- 25: STL t20, (t22)
- 26: INCEIPL $4
-
- 0x2547FE68: 7CC803A6 mtlr r6
- 27: GETL R6, t24
- 28: PUTL t24, LR
- 29: INCEIPL $4
-
- 0x2547FE6C: 911F0000 stw r8,0(r31)
- 30: GETL R8, t26
- 31: GETL R31, t28
- 32: STL t26, (t28)
- 33: INCEIPL $4
-
- 0x2547FE70: 8361000C lwz r27,12(r1)
- 34: GETL R1, t30
- 35: ADDL $0xC, t30
- 36: LDL (t30), t32
- 37: PUTL t32, R27
- 38: INCEIPL $4
-
- 0x2547FE74: 83810010 lwz r28,16(r1)
- 39: GETL R1, t34
- 40: ADDL $0x10, t34
- 41: LDL (t34), t36
- 42: PUTL t36, R28
- 43: INCEIPL $4
-
- 0x2547FE78: 83A10014 lwz r29,20(r1)
- 44: GETL R1, t38
- 45: ADDL $0x14, t38
- 46: LDL (t38), t40
- 47: PUTL t40, R29
- 48: INCEIPL $4
-
- 0x2547FE7C: 83C10018 lwz r30,24(r1)
- 49: GETL R1, t42
- 50: ADDL $0x18, t42
- 51: LDL (t42), t44
- 52: PUTL t44, R30
- 53: INCEIPL $4
-
- 0x2547FE80: 83E1001C lwz r31,28(r1)
- 54: GETL R1, t46
- 55: ADDL $0x1C, t46
- 56: LDL (t46), t48
- 57: PUTL t48, R31
- 58: INCEIPL $4
-
- 0x2547FE84: 38210020 addi r1,r1,32
- 59: GETL R1, t50
- 60: ADDL $0x20, t50
- 61: PUTL t50, R1
- 62: INCEIPL $4
-
- 0x2547FE88: 90670000 stw r3,0(r7)
- 63: GETL R3, t52
- 64: GETL R7, t54
- 65: STL t52, (t54)
- 66: INCEIPL $4
-
- 0x2547FE8C: 4E800020 blr
- 67: GETL LR, t56
- 68: JMPo-r t56 ($4)
-
-
-. 0 2547FE50 64
-. 90 7F 00 00 80 7F 00 00 80 C1 00 24 7D 03 E2 14 80 FE 04 20 91 3B 00 00 7C C8 03 A6 91 1F 00 00 83 61 00 0C 83 81 00 10 83 A1 00 14 83 C1 00 18 83 E1 00 1C 38 21 00 20 90 67 00 00 4E 80 00 20
-
-==== BB 345 (0x25483AE4) approx BBs exec'd 0 ====
-
- 0x25483AE4: 7FA3EB78 or r3,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25483AE8: 7FE4FB78 or r4,r31,r31
- 3: GETL R31, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0x25483AEC: 5785F0BE rlwinm r5,r28,30,2,31
- 6: GETL R28, t4
- 7: SHRL $0x2, t4
- 8: PUTL t4, R5
- 9: INCEIPL $4
-
- 0x25483AF0: 48000329 bl 0x25483E18
- 10: MOVL $0x25483AF4, t6
- 11: PUTL t6, LR
- 12: JMPo-c $0x25483E18 ($4)
-
-
-. 0 25483AE4 16
-. 7F A3 EB 78 7F E4 FB 78 57 85 F0 BE 48 00 03 29
-
-==== BB 346 _wordcopy_fwd_dest_aligned(0x25483E18) approx BBs exec'd 0 ====
-
- 0x25483E18: 54A007BE rlwinm r0,r5,0,30,31
- 0: GETL R5, t0
- 1: ANDL $0x3, t0
- 2: PUTL t0, R0
- 3: INCEIPL $4
-
- 0x25483E1C: 54881EF8 rlwinm r8,r4,3,27,28
- 4: GETL R4, t2
- 5: ROLL $0x3, t2
- 6: ANDL $0x18, t2
- 7: PUTL t2, R8
- 8: INCEIPL $4
-
- 0x25483E20: 2F800001 cmpi cr7,r0,1
- 9: GETL R0, t4
- 10: MOVL $0x1, t8
- 11: CMPL t4, t8, t6 (-rSo)
- 12: ICRFL t6, $0x7, CR
- 13: INCEIPL $4
-
- 0x25483E24: 9421FFF0 stwu r1,-16(r1)
- 14: GETL R1, t10
- 15: GETL R1, t12
- 16: ADDL $0xFFFFFFF0, t12
- 17: PUTL t12, R1
- 18: STL t10, (t12)
- 19: INCEIPL $4
-
- 0x25483E28: 5484003A rlwinm r4,r4,0,0,29
- 20: GETL R4, t14
- 21: ANDL $0xFFFFFFFC, t14
- 22: PUTL t14, R4
- 23: INCEIPL $4
-
- 0x25483E2C: 20E80020 subfic r7,r8,32
- 24: GETL R8, t16
- 25: MOVL $0x20, t18
- 26: SBBL t16, t18 (-wCa)
- 27: PUTL t18, R7
- 28: INCEIPL $4
-
- 0x25483E30: 419E00B8 bc 12,30,0x25483EE8
- 29: Js30o $0x25483EE8
-
-
-. 0 25483E18 28
-. 54 A0 07 BE 54 88 1E F8 2F 80 00 01 94 21 FF F0 54 84 00 3A 20 E8 00 20 41 9E 00 B8
-
-==== BB 347 (0x25483E34) approx BBs exec'd 0 ====
-
- 0x25483E34: 28000001 cmpli cr0,r0,1
- 0: GETL R0, t0
- 1: MOVL $0x1, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x25483E38: 4180008C bc 12,0,0x25483EC4
- 5: Js00o $0x25483EC4
-
-
-. 0 25483E34 8
-. 28 00 00 01 41 80 00 8C
-
-==== BB 348 (0x25483E3C) approx BBs exec'd 0 ====
-
- 0x25483E3C: 2C800002 cmpi cr1,r0,2
- 0: GETL R0, t0
- 1: MOVL $0x2, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0x25483E40: 418600BC bc 12,6,0x25483EFC
- 5: Js06o $0x25483EFC
-
-
-. 0 25483E3C 8
-. 2C 80 00 02 41 86 00 BC
-
-==== BB 349 (0x25483EFC) approx BBs exec'd 0 ====
-
- 0x25483EFC: 81440000 lwz r10,0(r4)
- 0: GETL R4, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R10
- 3: INCEIPL $4
-
- 0x25483F00: 3863FFF4 addi r3,r3,-12
- 4: GETL R3, t4
- 5: ADDL $0xFFFFFFF4, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x25483F04: 81640004 lwz r11,4(r4)
- 8: GETL R4, t6
- 9: ADDL $0x4, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R11
- 12: INCEIPL $4
-
- 0x25483F08: 38A50002 addi r5,r5,2
- 13: GETL R5, t10
- 14: ADDL $0x2, t10
- 15: PUTL t10, R5
- 16: INCEIPL $4
-
- 0x25483F0C: 3884FFFC addi r4,r4,-4
- 17: GETL R4, t12
- 18: ADDL $0xFFFFFFFC, t12
- 19: PUTL t12, R4
- 20: INCEIPL $4
-
- 0x25483F10: 4BFFFF78 b 0x25483E88
- 21: JMPo $0x25483E88 ($4)
-
-
-. 0 25483EFC 24
-. 81 44 00 00 38 63 FF F4 81 64 00 04 38 A5 00 02 38 84 FF FC 4B FF FF 78
-
-==== BB 350 (0x25483E88) approx BBs exec'd 0 ====
-
- 0x25483E88: 34A5FFFC addic. r5,r5,-4
- 0: GETL R5, t0
- 1: ADCL $0xFFFFFFFC, t0 (-wCa)
- 2: PUTL t0, R5
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0x25483E8C: 7D464030 slw r6,r10,r8
- 6: GETL R10, t6
- 7: GETL R8, t4
- 8: SHLL t4, t6
- 9: PUTL t6, R6
- 10: INCEIPL $4
-
- 0x25483E90: 7D693C30 srw r9,r11,r7
- 11: GETL R11, t10
- 12: GETL R7, t8
- 13: SHRL t8, t10
- 14: PUTL t10, R9
- 15: INCEIPL $4
-
- 0x25483E94: 8144000C lwz r10,12(r4)
- 16: GETL R4, t12
- 17: ADDL $0xC, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R10
- 20: INCEIPL $4
-
- 0x25483E98: 7CC04B78 or r0,r6,r9
- 21: GETL R6, t16
- 22: GETL R9, t18
- 23: ORL t18, t16
- 24: PUTL t16, R0
- 25: INCEIPL $4
-
- 0x25483E9C: 38840010 addi r4,r4,16
- 26: GETL R4, t20
- 27: ADDL $0x10, t20
- 28: PUTL t20, R4
- 29: INCEIPL $4
-
- 0x25483EA0: 9003000C stw r0,12(r3)
- 30: GETL R0, t22
- 31: GETL R3, t24
- 32: ADDL $0xC, t24
- 33: STL t22, (t24)
- 34: INCEIPL $4
-
- 0x25483EA4: 38630010 addi r3,r3,16
- 35: GETL R3, t26
- 36: ADDL $0x10, t26
- 37: PUTL t26, R3
- 38: INCEIPL $4
-
- 0x25483EA8: 40A2FFA4 bc 5,2,0x25483E4C
- 39: Jc02o $0x25483E4C
-
-
-. 0 25483E88 36
-. 34 A5 FF FC 7D 46 40 30 7D 69 3C 30 81 44 00 0C 7C C0 4B 78 38 84 00 10 90 03 00 0C 38 63 00 10 40 A2 FF A4
-
-==== BB 351 (0x25483E4C) approx BBs exec'd 0 ====
-
- 0x25483E4C: 7D664030 slw r6,r11,r8
- 0: GETL R11, t2
- 1: GETL R8, t0
- 2: SHLL t0, t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x25483E50: 7D493C30 srw r9,r10,r7
- 5: GETL R10, t6
- 6: GETL R7, t4
- 7: SHRL t4, t6
- 8: PUTL t6, R9
- 9: INCEIPL $4
-
- 0x25483E54: 7CC04B78 or r0,r6,r9
- 10: GETL R6, t8
- 11: GETL R9, t10
- 12: ORL t10, t8
- 13: PUTL t8, R0
- 14: INCEIPL $4
-
- 0x25483E58: 81640000 lwz r11,0(r4)
- 15: GETL R4, t12
- 16: LDL (t12), t14
- 17: PUTL t14, R11
- 18: INCEIPL $4
-
- 0x25483E5C: 90030000 stw r0,0(r3)
- 19: GETL R0, t16
- 20: GETL R3, t18
- 21: STL t16, (t18)
- 22: INCEIPL $4
-
- 0x25483E60: 7D404030 slw r0,r10,r8
- 23: GETL R10, t22
- 24: GETL R8, t20
- 25: SHLL t20, t22
- 26: PUTL t22, R0
- 27: INCEIPL $4
-
- 0x25483E64: 7D6A3C30 srw r10,r11,r7
- 28: GETL R11, t26
- 29: GETL R7, t24
- 30: SHRL t24, t26
- 31: PUTL t26, R10
- 32: INCEIPL $4
-
- 0x25483E68: 7C0C5378 or r12,r0,r10
- 33: GETL R0, t28
- 34: GETL R10, t30
- 35: ORL t30, t28
- 36: PUTL t28, R12
- 37: INCEIPL $4
-
- 0x25483E6C: 81440004 lwz r10,4(r4)
- 38: GETL R4, t32
- 39: ADDL $0x4, t32
- 40: LDL (t32), t34
- 41: PUTL t34, R10
- 42: INCEIPL $4
-
- 0x25483E70: 91830004 stw r12,4(r3)
- 43: GETL R12, t36
- 44: GETL R3, t38
- 45: ADDL $0x4, t38
- 46: STL t36, (t38)
- 47: INCEIPL $4
-
- 0x25483E74: 7D6C4030 slw r12,r11,r8
- 48: GETL R11, t42
- 49: GETL R8, t40
- 50: SHLL t40, t42
- 51: PUTL t42, R12
- 52: INCEIPL $4
-
- 0x25483E78: 7D4B3C30 srw r11,r10,r7
- 53: GETL R10, t46
- 54: GETL R7, t44
- 55: SHRL t44, t46
- 56: PUTL t46, R11
- 57: INCEIPL $4
-
- 0x25483E7C: 7D865B78 or r6,r12,r11
- 58: GETL R12, t48
- 59: GETL R11, t50
- 60: ORL t50, t48
- 61: PUTL t48, R6
- 62: INCEIPL $4
-
- 0x25483E80: 81640008 lwz r11,8(r4)
- 63: GETL R4, t52
- 64: ADDL $0x8, t52
- 65: LDL (t52), t54
- 66: PUTL t54, R11
- 67: INCEIPL $4
-
- 0x25483E84: 90C30008 stw r6,8(r3)
- 68: GETL R6, t56
- 69: GETL R3, t58
- 70: ADDL $0x8, t58
- 71: STL t56, (t58)
- 72: INCEIPL $4
-
- 0x25483E88: 34A5FFFC addic. r5,r5,-4
- 73: GETL R5, t60
- 74: ADCL $0xFFFFFFFC, t60 (-wCa)
- 75: PUTL t60, R5
- 76: CMP0L t60, t62 (-rSo)
- 77: ICRFL t62, $0x0, CR
- 78: INCEIPL $4
-
- 0x25483E8C: 7D464030 slw r6,r10,r8
- 79: GETL R10, t66
- 80: GETL R8, t64
- 81: SHLL t64, t66
- 82: PUTL t66, R6
- 83: INCEIPL $4
-
- 0x25483E90: 7D693C30 srw r9,r11,r7
- 84: GETL R11, t70
- 85: GETL R7, t68
- 86: SHRL t68, t70
- 87: PUTL t70, R9
- 88: INCEIPL $4
-
- 0x25483E94: 8144000C lwz r10,12(r4)
- 89: GETL R4, t72
- 90: ADDL $0xC, t72
- 91: LDL (t72), t74
- 92: PUTL t74, R10
- 93: INCEIPL $4
-
- 0x25483E98: 7CC04B78 or r0,r6,r9
- 94: GETL R6, t76
- 95: GETL R9, t78
- 96: ORL t78, t76
- 97: PUTL t76, R0
- 98: INCEIPL $4
-
- 0x25483E9C: 38840010 addi r4,r4,16
- 99: GETL R4, t80
- 100: ADDL $0x10, t80
- 101: PUTL t80, R4
- 102: INCEIPL $4
-
- 0x25483EA0: 9003000C stw r0,12(r3)
- 103: GETL R0, t82
- 104: GETL R3, t84
- 105: ADDL $0xC, t84
- 106: STL t82, (t84)
- 107: INCEIPL $4
-
- 0x25483EA4: 38630010 addi r3,r3,16
- 108: GETL R3, t86
- 109: ADDL $0x10, t86
- 110: PUTL t86, R3
- 111: INCEIPL $4
-
- 0x25483EA8: 40A2FFA4 bc 5,2,0x25483E4C
- 112: Jc02o $0x25483E4C
-
-
-. 0 25483E4C 96
-. 7D 66 40 30 7D 49 3C 30 7C C0 4B 78 81 64 00 00 90 03 00 00 7D 40 40 30 7D 6A 3C 30 7C 0C 53 78 81 44 00 04 91 83 00 04 7D 6C 40 30 7D 4B 3C 30 7D 86 5B 78 81 64 00 08 90 C3 00 08 34 A5 FF FC 7D 46 40 30 7D 69 3C 30 81 44 00 0C 7C C0 4B 78 38 84 00 10 90 03 00 0C 38 63 00 10 40 A2 FF A4
-
-==== BB 352 (0x25483EAC) approx BBs exec'd 0 ====
-
- 0x25483EAC: 7D654030 slw r5,r11,r8
- 0: GETL R11, t2
- 1: GETL R8, t0
- 2: SHLL t0, t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x25483EB0: 7D483C30 srw r8,r10,r7
- 5: GETL R10, t6
- 6: GETL R7, t4
- 7: SHRL t4, t6
- 8: PUTL t6, R8
- 9: INCEIPL $4
-
- 0x25483EB4: 7CA44378 or r4,r5,r8
- 10: GETL R5, t8
- 11: GETL R8, t10
- 12: ORL t10, t8
- 13: PUTL t8, R4
- 14: INCEIPL $4
-
- 0x25483EB8: 38210010 addi r1,r1,16
- 15: GETL R1, t12
- 16: ADDL $0x10, t12
- 17: PUTL t12, R1
- 18: INCEIPL $4
-
- 0x25483EBC: 90830000 stw r4,0(r3)
- 19: GETL R4, t14
- 20: GETL R3, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0x25483EC0: 4E800020 blr
- 23: GETL LR, t18
- 24: JMPo-r t18 ($4)
-
-
-. 0 25483EAC 24
-. 7D 65 40 30 7D 48 3C 30 7C A4 43 78 38 21 00 10 90 83 00 00 4E 80 00 20
-
-==== BB 353 (0x25483AF4) approx BBs exec'd 0 ====
-
- 0x25483AF4: 4BFFFF9C b 0x25483A90
- 0: JMPo $0x25483A90 ($4)
-
-
-. 0 25483AF4 4
-. 4B FF FF 9C
-
-==== BB 354 (0x25474CAC) approx BBs exec'd 0 ====
-
- 0x25474CAC: 813A0000 lwz r9,0(r26)
- 0: GETL R26, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0x25474CB0: 895C0000 lbz r10,0(r28)
- 4: GETL R28, t4
- 5: LDB (t4), t6
- 6: PUTL t6, R10
- 7: INCEIPL $4
-
- 0x25474CB4: 2C890000 cmpi cr1,r9,0
- 8: GETL R9, t8
- 9: CMP0L t8, t10 (-rSo)
- 10: ICRFL t10, $0x1, CR
- 11: INCEIPL $4
-
- 0x25474CB8: 6948002F xori r8,r10,0x2F
- 12: GETL R10, t12
- 13: XORL $0x2F, t12
- 14: PUTL t12, R8
- 15: INCEIPL $4
-
- 0x25474CBC: 7F8800D0 neg r28,r8
- 16: GETL R8, t14
- 17: NEGL t14
- 18: PUTL t14, R28
- 19: INCEIPL $4
-
- 0x25474CC0: 578317BC rlwinm r3,r28,2,30,30
- 20: GETL R28, t16
- 21: ROLL $0x2, t16
- 22: ANDL $0x2, t16
- 23: PUTL t16, R3
- 24: INCEIPL $4
-
- 0x25474CC4: 41860018 bc 12,6,0x25474CDC
- 25: Js06o $0x25474CDC
-
-
-. 0 25474CAC 28
-. 81 3A 00 00 89 5C 00 00 2C 89 00 00 69 48 00 2F 7F 88 00 D0 57 83 17 BC 41 86 00 18
-
-==== BB 355 (0x25483EE8) approx BBs exec'd 0 ====
-
- 0x25483EE8: 81640000 lwz r11,0(r4)
- 0: GETL R4, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R11
- 3: INCEIPL $4
-
- 0x25483EEC: 38A5FFFF addi r5,r5,-1
- 4: GETL R5, t4
- 5: ADDL $0xFFFFFFFF, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x25483EF0: 81440004 lwz r10,4(r4)
- 8: GETL R4, t6
- 9: ADDL $0x4, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R10
- 12: INCEIPL $4
-
- 0x25483EF4: 38840008 addi r4,r4,8
- 13: GETL R4, t10
- 14: ADDL $0x8, t10
- 15: PUTL t10, R4
- 16: INCEIPL $4
-
- 0x25483EF8: 4BFFFF54 b 0x25483E4C
- 17: JMPo $0x25483E4C ($4)
-
-
-. 0 25483EE8 20
-. 81 64 00 00 38 A5 FF FF 81 44 00 04 38 84 00 08 4B FF FF 54
-
-==== BB 356 (0x2548039C) approx BBs exec'd 0 ====
-
- 0x2548039C: 91280000 stw r9,0(r8)
- 0: GETL R9, t0
- 1: GETL R8, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0x254803A0: 38210010 addi r1,r1,16
- 4: GETL R1, t4
- 5: ADDL $0x10, t4
- 6: PUTL t4, R1
- 7: INCEIPL $4
-
- 0x254803A4: 4E800020 blr
- 8: GETL LR, t6
- 9: JMPo-r t6 ($4)
-
-
-. 0 2548039C 12
-. 91 28 00 00 38 21 00 10 4E 80 00 20
-
-==== BB 357 (0x25474C00) approx BBs exec'd 0 ====
-
- 0x25474C00: 839E0150 lwz r28,336(r30)
- 0: GETL R30, t0
- 1: ADDL $0x150, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0x25474C04: 2F940000 cmpi cr7,r20,0
- 5: GETL R20, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x25474C08: 409E01F0 bc 4,30,0x25474DF8
- 9: Jc30o $0x25474DF8
-
-
-. 0 25474C00 12
-. 83 9E 01 50 2F 94 00 00 40 9E 01 F0
-
-==== BB 358 (0x25474D3C) approx BBs exec'd 0 ====
-
- 0x25474D3C: 81E10064 lwz r15,100(r1)
- 0: GETL R1, t0
- 1: ADDL $0x64, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R15
- 4: INCEIPL $4
-
- 0x25474D40: 5710103A rlwinm r16,r24,2,0,29
- 5: GETL R24, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R16
- 8: INCEIPL $4
-
- 0x25474D44: 81810018 lwz r12,24(r1)
- 9: GETL R1, t6
- 10: ADDL $0x18, t6
- 11: LDL (t6), t8
- 12: PUTL t8, R12
- 13: INCEIPL $4
-
- 0x25474D48: 7C70B12E stwx r3,r16,r22
- 14: GETL R22, t10
- 15: GETL R16, t12
- 16: ADDL t12, t10
- 17: GETL R3, t14
- 18: STL t14, (t10)
- 19: INCEIPL $4
-
- 0x25474D4C: 7DE803A6 mtlr r15
- 20: GETL R15, t16
- 21: PUTL t16, LR
- 22: INCEIPL $4
-
- 0x25474D50: 7EC3B378 or r3,r22,r22
- 23: GETL R22, t18
- 24: PUTL t18, R3
- 25: INCEIPL $4
-
- 0x25474D54: 81E1001C lwz r15,28(r1)
- 26: GETL R1, t20
- 27: ADDL $0x1C, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R15
- 30: INCEIPL $4
-
- 0x25474D58: 82010020 lwz r16,32(r1)
- 31: GETL R1, t24
- 32: ADDL $0x20, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R16
- 35: INCEIPL $4
-
- 0x25474D5C: 7D818120 mtcrf 0x18,r12
- 36: GETL R12, t28
- 37: ICRFL t28, $0x3, CR
- 38: ICRFL t28, $0x4, CR
- 39: INCEIPL $4
-
- 0x25474D60: 82210024 lwz r17,36(r1)
- 40: GETL R1, t30
- 41: ADDL $0x24, t30
- 42: LDL (t30), t32
- 43: PUTL t32, R17
- 44: INCEIPL $4
-
- 0x25474D64: 82410028 lwz r18,40(r1)
- 45: GETL R1, t34
- 46: ADDL $0x28, t34
- 47: LDL (t34), t36
- 48: PUTL t36, R18
- 49: INCEIPL $4
-
- 0x25474D68: 8261002C lwz r19,44(r1)
- 50: GETL R1, t38
- 51: ADDL $0x2C, t38
- 52: LDL (t38), t40
- 53: PUTL t40, R19
- 54: INCEIPL $4
-
- 0x25474D6C: 82810030 lwz r20,48(r1)
- 55: GETL R1, t42
- 56: ADDL $0x30, t42
- 57: LDL (t42), t44
- 58: PUTL t44, R20
- 59: INCEIPL $4
-
- 0x25474D70: 82A10034 lwz r21,52(r1)
- 60: GETL R1, t46
- 61: ADDL $0x34, t46
- 62: LDL (t46), t48
- 63: PUTL t48, R21
- 64: INCEIPL $4
-
- 0x25474D74: 82C10038 lwz r22,56(r1)
- 65: GETL R1, t50
- 66: ADDL $0x38, t50
- 67: LDL (t50), t52
- 68: PUTL t52, R22
- 69: INCEIPL $4
-
- 0x25474D78: 82E1003C lwz r23,60(r1)
- 70: GETL R1, t54
- 71: ADDL $0x3C, t54
- 72: LDL (t54), t56
- 73: PUTL t56, R23
- 74: INCEIPL $4
-
- 0x25474D7C: 83010040 lwz r24,64(r1)
- 75: GETL R1, t58
- 76: ADDL $0x40, t58
- 77: LDL (t58), t60
- 78: PUTL t60, R24
- 79: INCEIPL $4
-
- 0x25474D80: 83210044 lwz r25,68(r1)
- 80: GETL R1, t62
- 81: ADDL $0x44, t62
- 82: LDL (t62), t64
- 83: PUTL t64, R25
- 84: INCEIPL $4
-
- 0x25474D84: 83410048 lwz r26,72(r1)
- 85: GETL R1, t66
- 86: ADDL $0x48, t66
- 87: LDL (t66), t68
- 88: PUTL t68, R26
- 89: INCEIPL $4
-
- 0x25474D88: 8361004C lwz r27,76(r1)
- 90: GETL R1, t70
- 91: ADDL $0x4C, t70
- 92: LDL (t70), t72
- 93: PUTL t72, R27
- 94: INCEIPL $4
-
- 0x25474D8C: 83810050 lwz r28,80(r1)
- 95: GETL R1, t74
- 96: ADDL $0x50, t74
- 97: LDL (t74), t76
- 98: PUTL t76, R28
- 99: INCEIPL $4
-
- 0x25474D90: 83A10054 lwz r29,84(r1)
- 100: GETL R1, t78
- 101: ADDL $0x54, t78
- 102: LDL (t78), t80
- 103: PUTL t80, R29
- 104: INCEIPL $4
-
- 0x25474D94: 83C10058 lwz r30,88(r1)
- 105: GETL R1, t82
- 106: ADDL $0x58, t82
- 107: LDL (t82), t84
- 108: PUTL t84, R30
- 109: INCEIPL $4
-
- 0x25474D98: 83E1005C lwz r31,92(r1)
- 110: GETL R1, t86
- 111: ADDL $0x5C, t86
- 112: LDL (t86), t88
- 113: PUTL t88, R31
- 114: INCEIPL $4
-
- 0x25474D9C: 38210060 addi r1,r1,96
- 115: GETL R1, t90
- 116: ADDL $0x60, t90
- 117: PUTL t90, R1
- 118: INCEIPL $4
-
- 0x25474DA0: 4E800020 blr
- 119: GETL LR, t92
- 120: JMPo-r t92 ($4)
-
-
-. 0 25474D3C 104
-. 81 E1 00 64 57 10 10 3A 81 81 00 18 7C 70 B1 2E 7D E8 03 A6 7E C3 B3 78 81 E1 00 1C 82 01 00 20 7D 81 81 20 82 21 00 24 82 41 00 28 82 61 00 2C 82 81 00 30 82 A1 00 34 82 C1 00 38 82 E1 00 3C 83 01 00 40 83 21 00 44 83 41 00 48 83 61 00 4C 83 81 00 50 83 A1 00 54 83 C1 00 58 83 E1 00 5C 38 21 00 60 4E 80 00 20
-
-==== BB 359 (0x254753B0) approx BBs exec'd 0 ====
-
- 0x254753B0: 807D0000 lwz r3,0(r29)
- 0: GETL R29, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0x254753B4: 83830000 lwz r28,0(r3)
- 4: GETL R3, t4
- 5: LDL (t4), t6
- 6: PUTL t6, R28
- 7: INCEIPL $4
-
- 0x254753B8: 2C1C0000 cmpi cr0,r28,0
- 8: GETL R28, t8
- 9: CMP0L t8, t10 (-rSo)
- 10: ICRFL t10, $0x0, CR
- 11: INCEIPL $4
-
- 0x254753BC: 41820074 bc 12,2,0x25475430
- 12: Js02o $0x25475430
-
-
-. 0 254753B0 16
-. 80 7D 00 00 83 83 00 00 2C 1C 00 00 41 82 00 74
-
-==== BB 360 (0x254753C0) approx BBs exec'd 0 ====
-
- 0x254753C0: 38E00000 li r7,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R7
- 2: INCEIPL $4
-
- 0x254753C4: 90FD0004 stw r7,4(r29)
- 3: GETL R7, t2
- 4: GETL R29, t4
- 5: ADDL $0x4, t4
- 6: STL t2, (t4)
- 7: INCEIPL $4
-
- 0x254753C8: 83B701B0 lwz r29,432(r23)
- 8: GETL R23, t6
- 9: ADDL $0x1B0, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R29
- 12: INCEIPL $4
-
- 0x254753CC: 93B80060 stw r29,96(r24)
- 13: GETL R29, t10
- 14: GETL R24, t12
- 15: ADDL $0x60, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x254753D0: 81410000 lwz r10,0(r1)
- 18: GETL R1, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R10
- 21: INCEIPL $4
-
- 0x254753D4: 82EA0004 lwz r23,4(r10)
- 22: GETL R10, t18
- 23: ADDL $0x4, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R23
- 26: INCEIPL $4
-
- 0x254753D8: 830AFFE0 lwz r24,-32(r10)
- 27: GETL R10, t22
- 28: ADDL $0xFFFFFFE0, t22
- 29: LDL (t22), t24
- 30: PUTL t24, R24
- 31: INCEIPL $4
-
- 0x254753DC: 7EE803A6 mtlr r23
- 32: GETL R23, t26
- 33: PUTL t26, LR
- 34: INCEIPL $4
-
- 0x254753E0: 832AFFE4 lwz r25,-28(r10)
- 35: GETL R10, t28
- 36: ADDL $0xFFFFFFE4, t28
- 37: LDL (t28), t30
- 38: PUTL t30, R25
- 39: INCEIPL $4
-
- 0x254753E4: 82EAFFDC lwz r23,-36(r10)
- 40: GETL R10, t32
- 41: ADDL $0xFFFFFFDC, t32
- 42: LDL (t32), t34
- 43: PUTL t34, R23
- 44: INCEIPL $4
-
- 0x254753E8: 834AFFE8 lwz r26,-24(r10)
- 45: GETL R10, t36
- 46: ADDL $0xFFFFFFE8, t36
- 47: LDL (t36), t38
- 48: PUTL t38, R26
- 49: INCEIPL $4
-
- 0x254753EC: 836AFFEC lwz r27,-20(r10)
- 50: GETL R10, t40
- 51: ADDL $0xFFFFFFEC, t40
- 52: LDL (t40), t42
- 53: PUTL t42, R27
- 54: INCEIPL $4
-
- 0x254753F0: 838AFFF0 lwz r28,-16(r10)
- 55: GETL R10, t44
- 56: ADDL $0xFFFFFFF0, t44
- 57: LDL (t44), t46
- 58: PUTL t46, R28
- 59: INCEIPL $4
-
- 0x254753F4: 83AAFFF4 lwz r29,-12(r10)
- 60: GETL R10, t48
- 61: ADDL $0xFFFFFFF4, t48
- 62: LDL (t48), t50
- 63: PUTL t50, R29
- 64: INCEIPL $4
-
- 0x254753F8: 83CAFFF8 lwz r30,-8(r10)
- 65: GETL R10, t52
- 66: ADDL $0xFFFFFFF8, t52
- 67: LDL (t52), t54
- 68: PUTL t54, R30
- 69: INCEIPL $4
-
- 0x254753FC: 83EAFFFC lwz r31,-4(r10)
- 70: GETL R10, t56
- 71: ADDL $0xFFFFFFFC, t56
- 72: LDL (t56), t58
- 73: PUTL t58, R31
- 74: INCEIPL $4
-
- 0x25475400: 7D415378 or r1,r10,r10
- 75: GETL R10, t60
- 76: PUTL t60, R1
- 77: INCEIPL $4
-
- 0x25475404: 4E800020 blr
- 78: GETL LR, t62
- 79: JMPo-r t62 ($4)
-
-
-. 0 254753C0 72
-. 38 E0 00 00 90 FD 00 04 83 B7 01 B0 93 B8 00 60 81 41 00 00 82 EA 00 04 83 0A FF E0 7E E8 03 A6 83 2A FF E4 82 EA FF DC 83 4A FF E8 83 6A FF EC 83 8A FF F0 83 AA FF F4 83 CA FF F8 83 EA FF FC 7D 41 53 78 4E 80 00 20
-
-==== BB 361 (0x25472F70) approx BBs exec'd 0 ====
-
- 0x25472F70: 4BFFF76C b 0x254726DC
- 0: JMPo $0x254726DC ($4)
-
-
-. 0 25472F70 4
-. 4B FF F7 6C
-
-==== BB 362 (0x254726DC) approx BBs exec'd 0 ====
-
- 0x254726DC: 80EE01BC lwz r7,444(r14)
- 0: GETL R14, t0
- 1: ADDL $0x1BC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x254726E0: 2E070000 cmpi cr4,r7,0
- 5: GETL R7, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x4, CR
- 8: INCEIPL $4
-
- 0x254726E4: 40920010 bc 4,18,0x254726F4
- 9: Jc18o $0x254726F4
-
-
-. 0 254726DC 12
-. 80 EE 01 BC 2E 07 00 00 40 92 00 10
-
-==== BB 363 (0x254726E8) approx BBs exec'd 0 ====
-
- 0x254726E8: 83AE01D4 lwz r29,468(r14)
- 0: GETL R14, t0
- 1: ADDL $0x1D4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0x254726EC: 815D0000 lwz r10,0(r29)
- 5: GETL R29, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R10
- 8: INCEIPL $4
-
- 0x254726F0: 914E01BC stw r10,444(r14)
- 9: GETL R10, t8
- 10: GETL R14, t10
- 11: ADDL $0x1BC, t10
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0x254726F4: 834F004C lwz r26,76(r15)
- 14: GETL R15, t12
- 15: ADDL $0x4C, t12
- 16: LDL (t12), t14
- 17: PUTL t14, R26
- 18: INCEIPL $4
-
- 0x254726F8: 3AE00001 li r23,1
- 19: MOVL $0x1, t16
- 20: PUTL t16, R23
- 21: INCEIPL $4
-
- 0x254726FC: 808E0338 lwz r4,824(r14)
- 22: GETL R14, t18
- 23: ADDL $0x338, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R4
- 26: INCEIPL $4
-
- 0x25472700: 386E01B8 addi r3,r14,440
- 27: GETL R14, t22
- 28: ADDL $0x1B8, t22
- 29: PUTL t22, R3
- 30: INCEIPL $4
-
- 0x25472704: 2C1AFFFE cmpi cr0,r26,-2
- 31: GETL R26, t24
- 32: MOVL $0xFFFFFFFE, t28
- 33: CMPL t24, t28, t26 (-rSo)
- 34: ICRFL t26, $0x0, CR
- 35: INCEIPL $4
-
- 0x25472708: 826E0004 lwz r19,4(r14)
- 36: GETL R14, t30
- 37: ADDL $0x4, t30
- 38: LDL (t30), t32
- 39: PUTL t32, R19
- 40: INCEIPL $4
-
- 0x2547270C: 816E0198 lwz r11,408(r14)
- 41: GETL R14, t34
- 42: ADDL $0x198, t34
- 43: LDL (t34), t36
- 44: PUTL t36, R11
- 45: INCEIPL $4
-
- 0x25472710: 52E4F002 rlwimi r4,r23,30,0,1
- 46: GETL R4, t38
- 47: GETL R23, t40
- 48: ROLL $0x1E, t40
- 49: ANDL $0xC0000000, t40
- 50: ANDL $0x3FFFFFFF, t38
- 51: ORL t38, t40
- 52: PUTL t40, R4
- 53: INCEIPL $4
-
- 0x25472714: 818E019C lwz r12,412(r14)
- 54: GETL R14, t42
- 55: ADDL $0x19C, t42
- 56: LDL (t42), t44
- 57: PUTL t44, R12
- 58: INCEIPL $4
-
- 0x25472718: 38B30001 addi r5,r19,1
- 59: GETL R19, t46
- 60: ADDL $0x1, t46
- 61: PUTL t46, R5
- 62: INCEIPL $4
-
- 0x2547271C: 908E0338 stw r4,824(r14)
- 63: GETL R4, t48
- 64: GETL R14, t50
- 65: ADDL $0x338, t50
- 66: STL t48, (t50)
- 67: INCEIPL $4
-
- 0x25472720: 310C0001 addic r8,r12,1
- 68: GETL R12, t52
- 69: ADCL $0x1, t52 (-wCa)
- 70: PUTL t52, R8
- 71: INCEIPL $4
-
- 0x25472724: 7CEB0194 addze r7,r11
- 72: GETL R11, t54
- 73: ADCL $0x0, t54 (-rCa-wCa)
- 74: PUTL t54, R7
- 75: INCEIPL $4
-
- 0x25472728: 90AE0004 stw r5,4(r14)
- 76: GETL R5, t56
- 77: GETL R14, t58
- 78: ADDL $0x4, t58
- 79: STL t56, (t58)
- 80: INCEIPL $4
-
- 0x2547272C: 9074000C stw r3,12(r20)
- 81: GETL R3, t60
- 82: GETL R20, t62
- 83: ADDL $0xC, t62
- 84: STL t60, (t62)
- 85: INCEIPL $4
-
- 0x25472730: 90EE0198 stw r7,408(r14)
- 86: GETL R7, t64
- 87: GETL R14, t66
- 88: ADDL $0x198, t66
- 89: STL t64, (t66)
- 90: INCEIPL $4
-
- 0x25472734: 910E019C stw r8,412(r14)
- 91: GETL R8, t68
- 92: GETL R14, t70
- 93: ADDL $0x19C, t70
- 94: STL t68, (t70)
- 95: INCEIPL $4
-
- 0x25472738: 928E01C8 stw r20,456(r14)
- 96: GETL R20, t72
- 97: GETL R14, t74
- 98: ADDL $0x1C8, t74
- 99: STL t72, (t74)
- 100: INCEIPL $4
-
- 0x2547273C: 41820838 bc 12,2,0x25472F74
- 101: Js02o $0x25472F74
-
-
-. 0 254726E8 88
-. 83 AE 01 D4 81 5D 00 00 91 4E 01 BC 83 4F 00 4C 3A E0 00 01 80 8E 03 38 38 6E 01 B8 2C 1A FF FE 82 6E 00 04 81 6E 01 98 52 E4 F0 02 81 8E 01 9C 38 B3 00 01 90 8E 03 38 31 0C 00 01 7C EB 01 94 90 AE 00 04 90 74 00 0C 90 EE 01 98 91 0E 01 9C 92 8E 01 C8 41 82 08 38
-
-==== BB 364 (0x25472F74) approx BBs exec'd 0 ====
-
- 0x25472F74: 80140000 lwz r0,0(r20)
- 0: GETL R20, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0x25472F78: 7DE97B78 or r9,r15,r15
- 4: GETL R15, t4
- 5: PUTL t4, R9
- 6: INCEIPL $4
-
- 0x25472F7C: 2F000000 cmpi cr6,r0,0
- 7: GETL R0, t6
- 8: CMP0L t6, t8 (-rSo)
- 9: ICRFL t8, $0x6, CR
- 10: INCEIPL $4
-
- 0x25472F80: 3800FFFF li r0,-1
- 11: MOVL $0xFFFFFFFF, t10
- 12: PUTL t10, R0
- 13: INCEIPL $4
-
- 0x25472F84: 419A0008 bc 12,26,0x25472F8C
- 14: Js26o $0x25472F8C
-
-
-. 0 25472F74 20
-. 80 14 00 00 7D E9 7B 78 2F 00 00 00 38 00 FF FF 41 9A 00 08
-
-==== BB 365 (0x25472F8C) approx BBs exec'd 0 ====
-
- 0x25472F8C: 9009004C stw r0,76(r9)
- 0: GETL R0, t0
- 1: GETL R9, t2
- 2: ADDL $0x4C, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25472F90: 4BFFF7B0 b 0x25472740
- 5: JMPo $0x25472740 ($4)
-
-
-. 0 25472F8C 8
-. 90 09 00 4C 4B FF F7 B0
-
-==== BB 366 (0x25472740) approx BBs exec'd 0 ====
-
- 0x25472740: 818E0358 lwz r12,856(r14)
- 0: GETL R14, t0
- 1: ADDL $0x358, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R12
- 4: INCEIPL $4
-
- 0x25472744: A16C002C lhz r11,44(r12)
- 5: GETL R12, t4
- 6: ADDL $0x2C, t4
- 7: LDW (t4), t6
- 8: PUTL t6, R11
- 9: INCEIPL $4
-
- 0x25472748: 838C001C lwz r28,28(r12)
- 10: GETL R12, t8
- 11: ADDL $0x1C, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R28
- 14: INCEIPL $4
-
- 0x2547274C: B16E030C sth r11,780(r14)
- 15: GETL R11, t12
- 16: GETL R14, t14
- 17: ADDL $0x30C, t14
- 18: STW t12, (t14)
- 19: INCEIPL $4
-
- 0x25472750: A32C002C lhz r25,44(r12)
- 20: GETL R12, t16
- 21: ADDL $0x2C, t16
- 22: LDW (t16), t18
- 23: PUTL t18, R25
- 24: INCEIPL $4
-
- 0x25472754: 7D6CE214 add r11,r12,r28
- 25: GETL R12, t20
- 26: GETL R28, t22
- 27: ADDL t20, t22
- 28: PUTL t22, R11
- 29: INCEIPL $4
-
- 0x25472758: 916E0304 stw r11,772(r14)
- 30: GETL R11, t24
- 31: GETL R14, t26
- 32: ADDL $0x304, t26
- 33: STL t24, (t26)
- 34: INCEIPL $4
-
- 0x2547275C: 2F990000 cmpi cr7,r25,0
- 35: GETL R25, t28
- 36: CMP0L t28, t30 (-rSo)
- 37: ICRFL t30, $0x7, CR
- 38: INCEIPL $4
-
- 0x25472760: 3959FFFF addi r10,r25,-1
- 39: GETL R25, t32
- 40: ADDL $0xFFFFFFFF, t32
- 41: PUTL t32, R10
- 42: INCEIPL $4
-
- 0x25472764: 419E002C bc 12,30,0x25472790
- 43: Js30o $0x25472790
-
-
-. 0 25472740 40
-. 81 8E 03 58 A1 6C 00 2C 83 8C 00 1C B1 6E 03 0C A3 2C 00 2C 7D 6C E2 14 91 6E 03 04 2F 99 00 00 39 59 FF FF 41 9E 00 2C
-
-==== BB 367 (0x25472768) approx BBs exec'd 0 ====
-
- 0x25472768: 3D206474 lis r9,25716
- 0: MOVL $0x64740000, t0
- 1: PUTL t0, R9
- 2: INCEIPL $4
-
- 0x2547276C: 6127E552 ori r7,r9,0xE552
- 3: MOVL $0x6474E552, t2
- 4: PUTL t2, R7
- 5: INCEIPL $4
-
- 0x25472770: 55582834 rlwinm r24,r10,5,0,26
- 6: GETL R10, t4
- 7: SHLL $0x5, t4
- 8: PUTL t4, R24
- 9: INCEIPL $4
-
- 0x25472774: 7F78582E lwzx r27,r24,r11
- 10: GETL R11, t6
- 11: GETL R24, t8
- 12: ADDL t8, t6
- 13: LDL (t6), t10
- 14: PUTL t10, R27
- 15: INCEIPL $4
-
- 0x25472778: 7D185A14 add r8,r24,r11
- 16: GETL R24, t12
- 17: GETL R11, t14
- 18: ADDL t12, t14
- 19: PUTL t14, R8
- 20: INCEIPL $4
-
- 0x2547277C: 7C9B3800 cmp cr1,r27,r7
- 21: GETL R27, t16
- 22: GETL R7, t18
- 23: CMPL t16, t18, t20 (-rSo)
- 24: ICRFL t20, $0x1, CR
- 25: INCEIPL $4
-
- 0x25472780: 41860C80 bc 12,6,0x25473400
- 26: Js06o $0x25473400
-
-
-. 0 25472768 28
-. 3D 20 64 74 61 27 E5 52 55 58 28 34 7F 78 58 2E 7D 18 5A 14 7C 9B 38 00 41 86 0C 80
-
-==== BB 368 (0x25473400) approx BBs exec'd 0 ====
-
- 0x25473400: 83B10000 lwz r29,0(r17)
- 0: GETL R17, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R29
- 3: INCEIPL $4
-
- 0x25473404: 3B400000 li r26,0
- 4: MOVL $0x0, t4
- 5: PUTL t4, R26
- 6: INCEIPL $4
-
- 0x25473408: 82C80008 lwz r22,8(r8)
- 7: GETL R8, t6
- 8: ADDL $0x8, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R22
- 11: INCEIPL $4
-
- 0x2547340C: 3B200000 li r25,0
- 12: MOVL $0x0, t10
- 13: PUTL t10, R25
- 14: INCEIPL $4
-
- 0x25473410: 2C1D0000 cmpi cr0,r29,0
- 15: GETL R29, t12
- 16: CMP0L t12, t14 (-rSo)
- 17: ICRFL t14, $0x0, CR
- 18: INCEIPL $4
-
- 0x25473414: 92CE03EC stw r22,1004(r14)
- 19: GETL R22, t16
- 20: GETL R14, t18
- 21: ADDL $0x3EC, t18
- 22: STL t16, (t18)
- 23: INCEIPL $4
-
- 0x25473418: 80C80014 lwz r6,20(r8)
- 24: GETL R8, t20
- 25: ADDL $0x14, t20
- 26: LDL (t20), t22
- 27: PUTL t22, R6
- 28: INCEIPL $4
-
- 0x2547341C: 90CE03F0 stw r6,1008(r14)
- 29: GETL R6, t24
- 30: GETL R14, t26
- 31: ADDL $0x3F0, t26
- 32: STL t24, (t26)
- 33: INCEIPL $4
-
- 0x25473420: 4182F384 bc 12,2,0x254727A4
- 34: Js02o $0x254727A4
-
-
-. 0 25473400 36
-. 83 B1 00 00 3B 40 00 00 82 C8 00 08 3B 20 00 00 2C 1D 00 00 92 CE 03 EC 80 C8 00 14 90 CE 03 F0 41 82 F3 84
-
-==== BB 369 (0x25473424) approx BBs exec'd 0 ====
-
- 0x25473424: 7FA3EB78 or r3,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25473428: 4800FBA9 bl 0x25482FD0
- 3: MOVL $0x2547342C, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0x25482FD0 ($4)
-
-
-. 0 25473424 8
-. 7F A3 EB 78 48 00 FB A9
-
-==== BB 370 (0x2547342C) approx BBs exec'd 0 ====
-
- 0x2547342C: 7FA4EB78 or r4,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0x25473430: 7C711B78 or r17,r3,r3
- 3: GETL R3, t2
- 4: PUTL t2, R17
- 5: INCEIPL $4
-
- 0x25473434: 3863001F addi r3,r3,31
- 6: GETL R3, t4
- 7: ADDL $0x1F, t4
- 8: PUTL t4, R3
- 9: INCEIPL $4
-
- 0x25473438: 546A0036 rlwinm r10,r3,0,0,27
- 10: GETL R3, t6
- 11: ANDL $0xFFFFFFF0, t6
- 12: PUTL t6, R10
- 13: INCEIPL $4
-
- 0x2547343C: 80E10000 lwz r7,0(r1)
- 14: GETL R1, t8
- 15: LDL (t8), t10
- 16: PUTL t10, R7
- 17: INCEIPL $4
-
- 0x25473440: 7EAA00D0 neg r21,r10
- 18: GETL R10, t12
- 19: NEGL t12
- 20: PUTL t12, R21
- 21: INCEIPL $4
-
- 0x25473444: 38B10001 addi r5,r17,1
- 22: GETL R17, t14
- 23: ADDL $0x1, t14
- 24: PUTL t14, R5
- 25: INCEIPL $4
-
- 0x25473448: 7CE1A96E stwux r7,r1,r21
- 26: GETL R21, t16
- 27: GETL R1, t18
- 28: ADDL t18, t16
- 29: PUTL t16, R1
- 30: GETL R7, t20
- 31: STL t20, (t16)
- 32: INCEIPL $4
-
- 0x2547344C: 39010017 addi r8,r1,23
- 33: GETL R1, t22
- 34: ADDL $0x17, t22
- 35: PUTL t22, R8
- 36: INCEIPL $4
-
- 0x25473450: 55030036 rlwinm r3,r8,0,0,27
- 37: GETL R8, t24
- 38: ANDL $0xFFFFFFF0, t24
- 39: PUTL t24, R3
- 40: INCEIPL $4
-
- 0x25473454: 4801078D bl 0x25483BE0
- 41: MOVL $0x25473458, t26
- 42: PUTL t26, LR
- 43: JMPo-c $0x25483BE0 ($4)
-
-
-. 0 2547342C 44
-. 7F A4 EB 78 7C 71 1B 78 38 63 00 1F 54 6A 00 36 80 E1 00 00 7E AA 00 D0 38 B1 00 01 7C E1 A9 6E 39 01 00 17 55 03 00 36 48 01 07 8D
-
-==== BB 371 (0x25483CB0) approx BBs exec'd 0 ====
-
- 0x25483CB0: 7FE3FB78 or r3,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25483CB4: 7FA4EB78 or r4,r29,r29
- 3: GETL R29, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0x25483CB8: 5785F0BE rlwinm r5,r28,30,2,31
- 6: GETL R28, t4
- 7: SHRL $0x2, t4
- 8: PUTL t4, R5
- 9: INCEIPL $4
-
- 0x25483CBC: 4800015D bl 0x25483E18
- 10: MOVL $0x25483CC0, t6
- 11: PUTL t6, LR
- 12: JMPo-c $0x25483E18 ($4)
-
-
-. 0 25483CB0 16
-. 7F E3 FB 78 7F A4 EB 78 57 85 F0 BE 48 00 01 5D
-
-==== BB 372 (0x25483EC4) approx BBs exec'd 0 ====
-
- 0x25483EC4: 81440000 lwz r10,0(r4)
- 0: GETL R4, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R10
- 3: INCEIPL $4
-
- 0x25483EC8: 3863FFFC addi r3,r3,-4
- 4: GETL R3, t4
- 5: ADDL $0xFFFFFFFC, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x25483ECC: 85640004 lwzu r11,4(r4)
- 8: GETL R4, t6
- 9: ADDL $0x4, t6
- 10: PUTL t6, R4
- 11: LDL (t6), t8
- 12: PUTL t8, R11
- 13: INCEIPL $4
-
- 0x25483ED0: 4BFFFF90 b 0x25483E60
- 14: JMPo $0x25483E60 ($4)
-
-
-. 0 25483EC4 16
-. 81 44 00 00 38 63 FF FC 85 64 00 04 4B FF FF 90
-
-==== BB 373 (0x25483E60) approx BBs exec'd 0 ====
-
- 0x25483E60: 7D404030 slw r0,r10,r8
- 0: GETL R10, t2
- 1: GETL R8, t0
- 2: SHLL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25483E64: 7D6A3C30 srw r10,r11,r7
- 5: GETL R11, t6
- 6: GETL R7, t4
- 7: SHRL t4, t6
- 8: PUTL t6, R10
- 9: INCEIPL $4
-
- 0x25483E68: 7C0C5378 or r12,r0,r10
- 10: GETL R0, t8
- 11: GETL R10, t10
- 12: ORL t10, t8
- 13: PUTL t8, R12
- 14: INCEIPL $4
-
- 0x25483E6C: 81440004 lwz r10,4(r4)
- 15: GETL R4, t12
- 16: ADDL $0x4, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R10
- 19: INCEIPL $4
-
- 0x25483E70: 91830004 stw r12,4(r3)
- 20: GETL R12, t16
- 21: GETL R3, t18
- 22: ADDL $0x4, t18
- 23: STL t16, (t18)
- 24: INCEIPL $4
-
- 0x25483E74: 7D6C4030 slw r12,r11,r8
- 25: GETL R11, t22
- 26: GETL R8, t20
- 27: SHLL t20, t22
- 28: PUTL t22, R12
- 29: INCEIPL $4
-
- 0x25483E78: 7D4B3C30 srw r11,r10,r7
- 30: GETL R10, t26
- 31: GETL R7, t24
- 32: SHRL t24, t26
- 33: PUTL t26, R11
- 34: INCEIPL $4
-
- 0x25483E7C: 7D865B78 or r6,r12,r11
- 35: GETL R12, t28
- 36: GETL R11, t30
- 37: ORL t30, t28
- 38: PUTL t28, R6
- 39: INCEIPL $4
-
- 0x25483E80: 81640008 lwz r11,8(r4)
- 40: GETL R4, t32
- 41: ADDL $0x8, t32
- 42: LDL (t32), t34
- 43: PUTL t34, R11
- 44: INCEIPL $4
-
- 0x25483E84: 90C30008 stw r6,8(r3)
- 45: GETL R6, t36
- 46: GETL R3, t38
- 47: ADDL $0x8, t38
- 48: STL t36, (t38)
- 49: INCEIPL $4
-
- 0x25483E88: 34A5FFFC addic. r5,r5,-4
- 50: GETL R5, t40
- 51: ADCL $0xFFFFFFFC, t40 (-wCa)
- 52: PUTL t40, R5
- 53: CMP0L t40, t42 (-rSo)
- 54: ICRFL t42, $0x0, CR
- 55: INCEIPL $4
-
- 0x25483E8C: 7D464030 slw r6,r10,r8
- 56: GETL R10, t46
- 57: GETL R8, t44
- 58: SHLL t44, t46
- 59: PUTL t46, R6
- 60: INCEIPL $4
-
- 0x25483E90: 7D693C30 srw r9,r11,r7
- 61: GETL R11, t50
- 62: GETL R7, t48
- 63: SHRL t48, t50
- 64: PUTL t50, R9
- 65: INCEIPL $4
-
- 0x25483E94: 8144000C lwz r10,12(r4)
- 66: GETL R4, t52
- 67: ADDL $0xC, t52
- 68: LDL (t52), t54
- 69: PUTL t54, R10
- 70: INCEIPL $4
-
- 0x25483E98: 7CC04B78 or r0,r6,r9
- 71: GETL R6, t56
- 72: GETL R9, t58
- 73: ORL t58, t56
- 74: PUTL t56, R0
- 75: INCEIPL $4
-
- 0x25483E9C: 38840010 addi r4,r4,16
- 76: GETL R4, t60
- 77: ADDL $0x10, t60
- 78: PUTL t60, R4
- 79: INCEIPL $4
-
- 0x25483EA0: 9003000C stw r0,12(r3)
- 80: GETL R0, t62
- 81: GETL R3, t64
- 82: ADDL $0xC, t64
- 83: STL t62, (t64)
- 84: INCEIPL $4
-
- 0x25483EA4: 38630010 addi r3,r3,16
- 85: GETL R3, t66
- 86: ADDL $0x10, t66
- 87: PUTL t66, R3
- 88: INCEIPL $4
-
- 0x25483EA8: 40A2FFA4 bc 5,2,0x25483E4C
- 89: Jc02o $0x25483E4C
-
-
-. 0 25483E60 76
-. 7D 40 40 30 7D 6A 3C 30 7C 0C 53 78 81 44 00 04 91 83 00 04 7D 6C 40 30 7D 4B 3C 30 7D 86 5B 78 81 64 00 08 90 C3 00 08 34 A5 FF FC 7D 46 40 30 7D 69 3C 30 81 44 00 0C 7C C0 4B 78 38 84 00 10 90 03 00 0C 38 63 00 10 40 A2 FF A4
-
-==== BB 374 (0x25483CC0) approx BBs exec'd 0 ====
-
- 0x25483CC0: 4BFFFF98 b 0x25483C58
- 0: JMPo $0x25483C58 ($4)
-
-
-. 0 25483CC0 4
-. 4B FF FF 98
-
-==== BB 375 (0x25473458) approx BBs exec'd 0 ====
-
- 0x25473458: 907F0044 stw r3,68(r31)
- 0: GETL R3, t0
- 1: GETL R31, t2
- 2: ADDL $0x44, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547345C: 809E00D0 lwz r4,208(r30)
- 5: GETL R30, t4
- 6: ADDL $0xD0, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R4
- 9: INCEIPL $4
-
- 0x25473460: 387F0044 addi r3,r31,68
- 10: GETL R31, t8
- 11: ADDL $0x44, t8
- 12: PUTL t8, R3
- 13: INCEIPL $4
-
- 0x25473464: 4800CED9 bl 0x2548033C
- 14: MOVL $0x25473468, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0x2548033C ($4)
-
-
-. 0 25473458 16
-. 90 7F 00 44 80 9E 00 D0 38 7F 00 44 48 00 CE D9
-
-==== BB 376 (0x25480398) approx BBs exec'd 0 ====
-
- 0x25480398: 39200000 li r9,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R9
- 2: INCEIPL $4
-
- 0x2548039C: 91280000 stw r9,0(r8)
- 3: GETL R9, t2
- 4: GETL R8, t4
- 5: STL t2, (t4)
- 6: INCEIPL $4
-
- 0x254803A0: 38210010 addi r1,r1,16
- 7: GETL R1, t6
- 8: ADDL $0x10, t6
- 9: PUTL t6, R1
- 10: INCEIPL $4
-
- 0x254803A4: 4E800020 blr
- 11: GETL LR, t8
- 12: JMPo-r t8 ($4)
-
-
-. 0 25480398 16
-. 39 20 00 00 91 28 00 00 38 21 00 10 4E 80 00 20
-
-==== BB 377 (0x25473468) approx BBs exec'd 0 ====
-
- 0x25473468: 7C7D1B79 or. r29,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R29
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x2547346C: 41A2F338 bc 13,2,0x254727A4
- 5: Js02o $0x254727A4
-
-
-. 0 25473468 8
-. 7C 7D 1B 79 41 A2 F3 38
-
-==== BB 378 (0x25473470) approx BBs exec'd 0 ====
-
- 0x25473470: 88BD0000 lbz r5,0(r29)
- 0: GETL R29, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R5
- 3: INCEIPL $4
-
- 0x25473474: 2F050000 cmpi cr6,r5,0
- 4: GETL R5, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x6, CR
- 7: INCEIPL $4
-
- 0x25473478: 41BAFFE4 bc 13,26,0x2547345C
- 8: Js26o $0x2547345C
-
-
-. 0 25473470 12
-. 88 BD 00 00 2F 05 00 00 41 BA FF E4
-
-==== BB 379 (0x2547347C) approx BBs exec'd 0 ====
-
- 0x2547347C: 80900000 lwz r4,0(r16)
- 0: GETL R16, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R4
- 3: INCEIPL $4
-
- 0x25473480: 2F840000 cmpi cr7,r4,0
- 4: GETL R4, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x7, CR
- 7: INCEIPL $4
-
- 0x25473484: 409E0774 bc 4,30,0x25473BF8
- 8: Jc30o $0x25473BF8
-
-
-. 0 2547347C 12
-. 80 90 00 00 2F 84 00 00 40 9E 07 74
-
-==== BB 380 (0x25473488) approx BBs exec'd 0 ====
-
- 0x25473488: 7FA4EB78 or r4,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0x2547348C: 38A00001 li r5,1
- 3: MOVL $0x1, t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0x25473490: 38C00001 li r6,1
- 6: MOVL $0x1, t4
- 7: PUTL t4, R6
- 8: INCEIPL $4
-
- 0x25473494: 38E00000 li r7,0
- 9: MOVL $0x0, t6
- 10: PUTL t6, R7
- 11: INCEIPL $4
-
- 0x25473498: 39000000 li r8,0
- 12: MOVL $0x0, t8
- 13: PUTL t8, R8
- 14: INCEIPL $4
-
- 0x2547349C: 39200000 li r9,0
- 15: MOVL $0x0, t10
- 16: PUTL t10, R9
- 17: INCEIPL $4
-
- 0x254734A0: 7E83A378 or r3,r20,r20
- 18: GETL R20, t12
- 19: PUTL t12, R3
- 20: INCEIPL $4
-
- 0x254734A4: 48003845 bl 0x25476CE8
- 21: MOVL $0x254734A8, t14
- 22: PUTL t14, LR
- 23: JMPo-c $0x25476CE8 ($4)
-
-
-. 0 25473488 32
-. 7F A4 EB 78 38 A0 00 01 38 C0 00 01 38 E0 00 00 39 00 00 00 39 20 00 00 7E 83 A3 78 48 00 38 45
-
-==== BB 381 _dl_map_object(0x25476CE8) approx BBs exec'd 0 ====
-
- 0x25476CE8: 9421FD70 stwu r1,-656(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFD70, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x25476CEC: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x25476CF0: 48020311 bl 0x25497000
- 9: MOVL $0x25476CF4, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-. 0 25476CE8 12
-. 94 21 FD 70 7C 08 02 A6 48 02 03 11
-
-==== BB 382 (0x25476CF4) approx BBs exec'd 0 ====
-
- 0x25476CF4: 93C10288 stw r30,648(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x288, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25476CF8: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x25476CFC: 9261025C stw r19,604(r1)
- 8: GETL R19, t6
- 9: GETL R1, t8
- 10: ADDL $0x25C, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x25476D00: 92A10264 stw r21,612(r1)
- 13: GETL R21, t10
- 14: GETL R1, t12
- 15: ADDL $0x264, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x25476D04: 1E690018 mulli r19,r9,24
- 18: GETL R9, t14
- 19: MULL $0x18, t14
- 20: PUTL t14, R19
- 21: INCEIPL $4
-
- 0x25476D08: 90010294 stw r0,660(r1)
- 22: GETL R0, t16
- 23: GETL R1, t18
- 24: ADDL $0x294, t18
- 25: STL t16, (t18)
- 26: INCEIPL $4
-
- 0x25476D0C: 7D800026 mfcr r12
- 27: GETL CR, t20
- 28: PUTL t20, R12
- 29: INCEIPL $4
-
- 0x25476D10: 82BE04C8 lwz r21,1224(r30)
- 30: GETL R30, t22
- 31: ADDL $0x4C8, t22
- 32: LDL (t22), t24
- 33: PUTL t24, R21
- 34: INCEIPL $4
-
- 0x25476D14: 93A10284 stw r29,644(r1)
- 35: GETL R29, t26
- 36: GETL R1, t28
- 37: ADDL $0x284, t28
- 38: STL t26, (t28)
- 39: INCEIPL $4
-
- 0x25476D18: 7FB3A82E lwzx r29,r19,r21
- 40: GETL R21, t30
- 41: GETL R19, t32
- 42: ADDL t32, t30
- 43: LDL (t30), t34
- 44: PUTL t34, R29
- 45: INCEIPL $4
-
- 0x25476D1C: 92010250 stw r16,592(r1)
- 46: GETL R16, t36
- 47: GETL R1, t38
- 48: ADDL $0x250, t38
- 49: STL t36, (t38)
- 50: INCEIPL $4
-
- 0x25476D20: 7CD03378 or r16,r6,r6
- 51: GETL R6, t40
- 52: PUTL t40, R16
- 53: INCEIPL $4
-
- 0x25476D24: 2F9D0000 cmpi cr7,r29,0
- 54: GETL R29, t42
- 55: CMP0L t42, t44 (-rSo)
- 56: ICRFL t44, $0x7, CR
- 57: INCEIPL $4
-
- 0x25476D28: 92210254 stw r17,596(r1)
- 58: GETL R17, t46
- 59: GETL R1, t48
- 60: ADDL $0x254, t48
- 61: STL t46, (t48)
- 62: INCEIPL $4
-
- 0x25476D2C: 92E1026C stw r23,620(r1)
- 63: GETL R23, t50
- 64: GETL R1, t52
- 65: ADDL $0x26C, t52
- 66: STL t50, (t52)
- 67: INCEIPL $4
-
- 0x25476D30: 7CF13B78 or r17,r7,r7
- 68: GETL R7, t54
- 69: PUTL t54, R17
- 70: INCEIPL $4
-
- 0x25476D34: 93010270 stw r24,624(r1)
- 71: GETL R24, t56
- 72: GETL R1, t58
- 73: ADDL $0x270, t58
- 74: STL t56, (t58)
- 75: INCEIPL $4
-
- 0x25476D38: 7CB72B78 or r23,r5,r5
- 76: GETL R5, t60
- 77: PUTL t60, R23
- 78: INCEIPL $4
-
- 0x25476D3C: 93210274 stw r25,628(r1)
- 79: GETL R25, t62
- 80: GETL R1, t64
- 81: ADDL $0x274, t64
- 82: STL t62, (t64)
- 83: INCEIPL $4
-
- 0x25476D40: 7D184378 or r24,r8,r8
- 84: GETL R8, t66
- 85: PUTL t66, R24
- 86: INCEIPL $4
-
- 0x25476D44: 9361027C stw r27,636(r1)
- 87: GETL R27, t68
- 88: GETL R1, t70
- 89: ADDL $0x27C, t70
- 90: STL t68, (t70)
- 91: INCEIPL $4
-
- 0x25476D48: 7D394B78 or r25,r9,r9
- 92: GETL R9, t72
- 93: PUTL t72, R25
- 94: INCEIPL $4
-
- 0x25476D4C: 93E1028C stw r31,652(r1)
- 95: GETL R31, t74
- 96: GETL R1, t76
- 97: ADDL $0x28C, t76
- 98: STL t74, (t76)
- 99: INCEIPL $4
-
- 0x25476D50: 7C7B1B78 or r27,r3,r3
- 100: GETL R3, t78
- 101: PUTL t78, R27
- 102: INCEIPL $4
-
- 0x25476D54: 91C10248 stw r14,584(r1)
- 103: GETL R14, t80
- 104: GETL R1, t82
- 105: ADDL $0x248, t82
- 106: STL t80, (t82)
- 107: INCEIPL $4
-
- 0x25476D58: 7C9F2378 or r31,r4,r4
- 108: GETL R4, t84
- 109: PUTL t84, R31
- 110: INCEIPL $4
-
- 0x25476D5C: 91E1024C stw r15,588(r1)
- 111: GETL R15, t86
- 112: GETL R1, t88
- 113: ADDL $0x24C, t88
- 114: STL t86, (t88)
- 115: INCEIPL $4
-
- 0x25476D60: 92410258 stw r18,600(r1)
- 116: GETL R18, t90
- 117: GETL R1, t92
- 118: ADDL $0x258, t92
- 119: STL t90, (t92)
- 120: INCEIPL $4
-
- 0x25476D64: 92810260 stw r20,608(r1)
- 121: GETL R20, t94
- 122: GETL R1, t96
- 123: ADDL $0x260, t96
- 124: STL t94, (t96)
- 125: INCEIPL $4
-
- 0x25476D68: 92C10268 stw r22,616(r1)
- 126: GETL R22, t98
- 127: GETL R1, t100
- 128: ADDL $0x268, t100
- 129: STL t98, (t100)
- 130: INCEIPL $4
-
- 0x25476D6C: 93410278 stw r26,632(r1)
- 131: GETL R26, t102
- 132: GETL R1, t104
- 133: ADDL $0x278, t104
- 134: STL t102, (t104)
- 135: INCEIPL $4
-
- 0x25476D70: 93810280 stw r28,640(r1)
- 136: GETL R28, t106
- 137: GETL R1, t108
- 138: ADDL $0x280, t108
- 139: STL t106, (t108)
- 140: INCEIPL $4
-
- 0x25476D74: 91810244 stw r12,580(r1)
- 141: GETL R12, t110
- 142: GETL R1, t112
- 143: ADDL $0x244, t112
- 144: STL t110, (t112)
- 145: INCEIPL $4
-
- 0x25476D78: 419E0040 bc 12,30,0x25476DB8
- 146: Js30o $0x25476DB8
-
-
-. 0 25476CF4 136
-. 93 C1 02 88 7F C8 02 A6 92 61 02 5C 92 A1 02 64 1E 69 00 18 90 01 02 94 7D 80 00 26 82 BE 04 C8 93 A1 02 84 7F B3 A8 2E 92 01 02 50 7C D0 33 78 2F 9D 00 00 92 21 02 54 92 E1 02 6C 7C F1 3B 78 93 01 02 70 7C B7 2B 78 93 21 02 74 7D 18 43 78 93 61 02 7C 7D 39 4B 78 93 E1 02 8C 7C 7B 1B 78 91 C1 02 48 7C 9F 23 78 91 E1 02 4C 92 41 02 58 92 81 02 60 92 C1 02 68 93 41 02 78 93 81 02 80 91 81 02 44 41 9E 00 40
-
-==== BB 383 (0x25476D7C) approx BBs exec'd 0 ====
-
- 0x25476D7C: 3AC00000 li r22,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R22
- 2: INCEIPL $4
-
- 0x25476D80: 80BD0180 lwz r5,384(r29)
- 3: GETL R29, t2
- 4: ADDL $0x180, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x25476D84: 7FA4EB78 or r4,r29,r29
- 8: GETL R29, t6
- 9: PUTL t6, R4
- 10: INCEIPL $4
-
- 0x25476D88: 7FE3FB78 or r3,r31,r31
- 11: GETL R31, t8
- 12: PUTL t8, R3
- 13: INCEIPL $4
-
- 0x25476D8C: 74A90040 andis. r9,r5,0x40
- 14: GETL R5, t10
- 15: ANDL $0x400000, t10
- 16: PUTL t10, R9
- 17: CMP0L t10, t12 (-rSo)
- 18: ICRFL t12, $0x0, CR
- 19: INCEIPL $4
-
- 0x25476D90: 4082001C bc 4,2,0x25476DAC
- 20: Jc02o $0x25476DAC
-
-
-. 0 25476D7C 24
-. 3A C0 00 00 80 BD 01 80 7F A4 EB 78 7F E3 FB 78 74 A9 00 40 40 82 00 1C
-
-==== BB 384 (0x25476D94) approx BBs exec'd 0 ====
-
- 0x25476D94: 48005941 bl 0x2547C6D4
- 0: MOVL $0x25476D98, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x2547C6D4 ($4)
-
-
-. 0 25476D94 4
-. 48 00 59 41
-
-==== BB 385 _dl_name_match_p(0x2547C6D4) approx BBs exec'd 0 ====
-
- 0x2547C6D4: 7C0802A6 mflr r0
- 0: GETL LR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x2547C6D8: 9421FFE0 stwu r1,-32(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFE0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0x2547C6DC: 93E1001C stw r31,28(r1)
- 9: GETL R31, t6
- 10: GETL R1, t8
- 11: ADDL $0x1C, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x2547C6E0: 7C9F2378 or r31,r4,r4
- 14: GETL R4, t10
- 15: PUTL t10, R31
- 16: INCEIPL $4
-
- 0x2547C6E4: 93A10014 stw r29,20(r1)
- 17: GETL R29, t12
- 18: GETL R1, t14
- 19: ADDL $0x14, t14
- 20: STL t12, (t14)
- 21: INCEIPL $4
-
- 0x2547C6E8: 7C7D1B78 or r29,r3,r3
- 22: GETL R3, t16
- 23: PUTL t16, R29
- 24: INCEIPL $4
-
- 0x2547C6EC: 90010024 stw r0,36(r1)
- 25: GETL R0, t18
- 26: GETL R1, t20
- 27: ADDL $0x24, t20
- 28: STL t18, (t20)
- 29: INCEIPL $4
-
- 0x2547C6F0: 80840004 lwz r4,4(r4)
- 30: GETL R4, t22
- 31: ADDL $0x4, t22
- 32: LDL (t22), t24
- 33: PUTL t24, R4
- 34: INCEIPL $4
-
- 0x2547C6F4: 93C10018 stw r30,24(r1)
- 35: GETL R30, t26
- 36: GETL R1, t28
- 37: ADDL $0x18, t28
- 38: STL t26, (t28)
- 39: INCEIPL $4
-
- 0x2547C6F8: 480067E9 bl 0x25482EE0
- 40: MOVL $0x2547C6FC, t30
- 41: PUTL t30, LR
- 42: JMPo-c $0x25482EE0 ($4)
-
-
-. 0 2547C6D4 40
-. 7C 08 02 A6 94 21 FF E0 93 E1 00 1C 7C 9F 23 78 93 A1 00 14 7C 7D 1B 78 90 01 00 24 80 84 00 04 93 C1 00 18 48 00 67 E9
-
-==== BB 386 strcmp(0x25482EE0) approx BBs exec'd 0 ====
-
- 0x25482EE0: 7C801B78 or r0,r4,r3
- 0: GETL R4, t0
- 1: GETL R3, t2
- 2: ORL t2, t0
- 3: PUTL t0, R0
- 4: INCEIPL $4
-
- 0x25482EE4: 540007BF rlwinm. r0,r0,0,30,31
- 5: GETL R0, t4
- 6: ANDL $0x3, t4
- 7: PUTL t4, R0
- 8: CMP0L t4, t6 (-rSo)
- 9: ICRFL t6, $0x0, CR
- 10: INCEIPL $4
-
- 0x25482EE8: 3CE0FEFF lis r7,-257
- 11: MOVL $0xFEFF0000, t8
- 12: PUTL t8, R7
- 13: INCEIPL $4
-
- 0x25482EEC: 40820094 bc 4,2,0x25482F80
- 14: Jc02o $0x25482F80
-
-
-. 0 25482EE0 16
-. 7C 80 1B 78 54 00 07 BF 3C E0 FE FF 40 82 00 94
-
-==== BB 387 (0x25482EF0) approx BBs exec'd 0 ====
-
- 0x25482EF0: 80A30000 lwz r5,0(r3)
- 0: GETL R3, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R5
- 3: INCEIPL $4
-
- 0x25482EF4: 80C40000 lwz r6,0(r4)
- 4: GETL R4, t4
- 5: LDL (t4), t6
- 6: PUTL t6, R6
- 7: INCEIPL $4
-
- 0x25482EF8: 3D007F7F lis r8,32639
- 8: MOVL $0x7F7F0000, t8
- 9: PUTL t8, R8
- 10: INCEIPL $4
-
- 0x25482EFC: 38E7FEFF addi r7,r7,-257
- 11: GETL R7, t10
- 12: ADDL $0xFFFFFEFF, t10
- 13: PUTL t10, R7
- 14: INCEIPL $4
-
- 0x25482F00: 39087F7F addi r8,r8,32639
- 15: MOVL $0x7F7F7F7F, t12
- 16: PUTL t12, R8
- 17: INCEIPL $4
-
- 0x25482F04: 48000010 b 0x25482F14
- 18: JMPo $0x25482F14 ($4)
-
-
-. 0 25482EF0 24
-. 80 A3 00 00 80 C4 00 00 3D 00 7F 7F 38 E7 FE FF 39 08 7F 7F 48 00 00 10
-
-==== BB 388 (0x25482F14) approx BBs exec'd 0 ====
-
- 0x25482F14: 7C072A14 add r0,r7,r5
- 0: GETL R7, t0
- 1: GETL R5, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25482F18: 7D0928F8 nor r9,r8,r5
- 5: GETL R8, t4
- 6: GETL R5, t6
- 7: ORL t6, t4
- 8: NOTL t4
- 9: PUTL t4, R9
- 10: INCEIPL $4
-
- 0x25482F1C: 7C004839 and. r0,r0,r9
- 11: GETL R0, t8
- 12: GETL R9, t10
- 13: ANDL t8, t10
- 14: PUTL t10, R0
- 15: CMP0L t10, t12 (-rSo)
- 16: ICRFL t12, $0x0, CR
- 17: INCEIPL $4
-
- 0x25482F20: 7C853000 cmp cr1,r5,r6
- 18: GETL R5, t14
- 19: GETL R6, t16
- 20: CMPL t14, t16, t18 (-rSo)
- 21: ICRFL t18, $0x1, CR
- 22: INCEIPL $4
-
- 0x25482F24: 4182FFE4 bc 12,2,0x25482F08
- 23: Js02o $0x25482F08
-
-
-. 0 25482F14 20
-. 7C 07 2A 14 7D 09 28 F8 7C 00 48 39 7C 85 30 00 41 82 FF E4
-
-==== BB 389 (0x25482F08) approx BBs exec'd 0 ====
-
- 0x25482F08: 84A30004 lwzu r5,4(r3)
- 0: GETL R3, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R3
- 3: LDL (t0), t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0x25482F0C: 40860054 bc 4,6,0x25482F60
- 6: Jc06o $0x25482F60
-
-
-. 0 25482F08 8
-. 84 A3 00 04 40 86 00 54
-
-==== BB 390 (0x25482F60) approx BBs exec'd 0 ====
-
- 0x25482F60: 80A3FFFC lwz r5,-4(r3)
- 0: GETL R3, t0
- 1: ADDL $0xFFFFFFFC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x25482F64: 7CAA3279 xor. r10,r5,r6
- 5: GETL R5, t4
- 6: GETL R6, t6
- 7: XORL t4, t6
- 8: PUTL t6, R10
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x0, CR
- 11: INCEIPL $4
-
- 0x25482F68: 7C662850 subf r3,r6,r5
- 12: GETL R6, t10
- 13: GETL R5, t12
- 14: SUBL t10, t12
- 15: PUTL t12, R3
- 16: INCEIPL $4
-
- 0x25482F6C: 4CA00020 bclr 5,0
- 17: GETL LR, t14
- 18: Jc00o-r t14
-
-
-. 0 25482F60 16
-. 80 A3 FF FC 7C AA 32 79 7C 66 28 50 4C A0 00 20
-
-==== BB 391 (0x2547C6FC) approx BBs exec'd 0 ====
-
- 0x2547C6FC: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x2547C700: 38600001 li r3,1
- 4: MOVL $0x1, t4
- 5: PUTL t4, R3
- 6: INCEIPL $4
-
- 0x2547C704: 419E0030 bc 12,30,0x2547C734
- 7: Js30o $0x2547C734
-
-
-. 0 2547C6FC 12
-. 2F 83 00 00 38 60 00 01 41 9E 00 30
-
-==== BB 392 (0x2547C708) approx BBs exec'd 0 ====
-
- 0x2547C708: 83FF001C lwz r31,28(r31)
- 0: GETL R31, t0
- 1: ADDL $0x1C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R31
- 4: INCEIPL $4
-
- 0x2547C70C: 4800001C b 0x2547C728
- 5: JMPo $0x2547C728 ($4)
-
-
-. 0 2547C708 8
-. 83 FF 00 1C 48 00 00 1C
-
-==== BB 393 (0x2547C728) approx BBs exec'd 0 ====
-
- 0x2547C728: 2C1F0000 cmpi cr0,r31,0
- 0: GETL R31, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0x2547C72C: 4082FFE4 bc 4,2,0x2547C710
- 4: Jc02o $0x2547C710
-
-
-. 0 2547C728 8
-. 2C 1F 00 00 40 82 FF E4
-
-==== BB 394 (0x2547C710) approx BBs exec'd 0 ====
-
- 0x2547C710: 809F0000 lwz r4,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R4
- 3: INCEIPL $4
-
- 0x2547C714: 7FA3EB78 or r3,r29,r29
- 4: GETL R29, t4
- 5: PUTL t4, R3
- 6: INCEIPL $4
-
- 0x2547C718: 480067C9 bl 0x25482EE0
- 7: MOVL $0x2547C71C, t6
- 8: PUTL t6, LR
- 9: JMPo-c $0x25482EE0 ($4)
-
-
-. 0 2547C710 12
-. 80 9F 00 00 7F A3 EB 78 48 00 67 C9
-
-==== BB 395 (0x2547C71C) approx BBs exec'd 0 ====
-
- 0x2547C71C: 2C830000 cmpi cr1,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0x2547C720: 41860030 bc 12,6,0x2547C750
- 4: Js06o $0x2547C750
-
-
-. 0 2547C71C 8
-. 2C 83 00 00 41 86 00 30
-
-==== BB 396 (0x2547C724) approx BBs exec'd 0 ====
-
- 0x2547C724: 83FF0004 lwz r31,4(r31)
- 0: GETL R31, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R31
- 4: INCEIPL $4
-
- 0x2547C728: 2C1F0000 cmpi cr0,r31,0
- 5: GETL R31, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0x2547C72C: 4082FFE4 bc 4,2,0x2547C710
- 9: Jc02o $0x2547C710
-
-
-. 0 2547C724 12
-. 83 FF 00 04 2C 1F 00 00 40 82 FF E4
-
-==== BB 397 (0x2547C730) approx BBs exec'd 0 ====
-
- 0x2547C730: 38600000 li r3,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x2547C734: 80810024 lwz r4,36(r1)
- 3: GETL R1, t2
- 4: ADDL $0x24, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0x2547C738: 83A10014 lwz r29,20(r1)
- 8: GETL R1, t6
- 9: ADDL $0x14, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R29
- 12: INCEIPL $4
-
- 0x2547C73C: 83C10018 lwz r30,24(r1)
- 13: GETL R1, t10
- 14: ADDL $0x18, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R30
- 17: INCEIPL $4
-
- 0x2547C740: 7C8803A6 mtlr r4
- 18: GETL R4, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0x2547C744: 83E1001C lwz r31,28(r1)
- 21: GETL R1, t16
- 22: ADDL $0x1C, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R31
- 25: INCEIPL $4
-
- 0x2547C748: 38210020 addi r1,r1,32
- 26: GETL R1, t20
- 27: ADDL $0x20, t20
- 28: PUTL t20, R1
- 29: INCEIPL $4
-
- 0x2547C74C: 4E800020 blr
- 30: GETL LR, t22
- 31: JMPo-r t22 ($4)
-
-
-. 0 2547C730 32
-. 38 60 00 00 80 81 00 24 83 A1 00 14 83 C1 00 18 7C 88 03 A6 83 E1 00 1C 38 21 00 20 4E 80 00 20
-
-==== BB 398 (0x25476D98) approx BBs exec'd 0 ====
-
- 0x25476D98: 2C830000 cmpi cr1,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0x25476D9C: 408601B8 bc 4,6,0x25476F54
- 4: Jc06o $0x25476F54
-
-
-. 0 25476D98 8
-. 2C 83 00 00 40 86 01 B8
-
-==== BB 399 (0x25476DA0) approx BBs exec'd 0 ====
-
- 0x25476DA0: 807D0180 lwz r3,384(r29)
- 0: GETL R29, t0
- 1: ADDL $0x180, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x25476DA4: 74690080 andis. r9,r3,0x80
- 5: GETL R3, t4
- 6: ANDL $0x800000, t4
- 7: PUTL t4, R9
- 8: CMP0L t4, t6 (-rSo)
- 9: ICRFL t6, $0x0, CR
- 10: INCEIPL $4
-
- 0x25476DA8: 418200F8 bc 12,2,0x25476EA0
- 11: Js02o $0x25476EA0
-
-
-. 0 25476DA0 12
-. 80 7D 01 80 74 69 00 80 41 82 00 F8
-
-==== BB 400 (0x25476EA0) approx BBs exec'd 0 ====
-
- 0x25476EA0: 817D0058 lwz r11,88(r29)
- 0: GETL R29, t0
- 1: ADDL $0x58, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x25476EA4: 7FE3FB78 or r3,r31,r31
- 5: GETL R31, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x25476EA8: 2D8B0000 cmpi cr3,r11,0
- 8: GETL R11, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x3, CR
- 11: INCEIPL $4
-
- 0x25476EAC: 41AEFF00 bc 13,14,0x25476DAC
- 12: Js14o $0x25476DAC
-
-
-. 0 25476EA0 16
-. 81 7D 00 58 7F E3 FB 78 2D 8B 00 00 41 AE FF 00
-
-==== BB 401 (0x25476DAC) approx BBs exec'd 0 ====
-
- 0x25476DAC: 83BD000C lwz r29,12(r29)
- 0: GETL R29, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0x25476DB0: 2C9D0000 cmpi cr1,r29,0
- 5: GETL R29, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x25476DB4: 4086FFCC bc 4,6,0x25476D80
- 9: Jc06o $0x25476D80
-
-
-. 0 25476DAC 12
-. 83 BD 00 0C 2C 9D 00 00 40 86 FF CC
-
-==== BB 402 (0x25476D80) approx BBs exec'd 0 ====
-
- 0x25476D80: 80BD0180 lwz r5,384(r29)
- 0: GETL R29, t0
- 1: ADDL $0x180, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x25476D84: 7FA4EB78 or r4,r29,r29
- 5: GETL R29, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0x25476D88: 7FE3FB78 or r3,r31,r31
- 8: GETL R31, t6
- 9: PUTL t6, R3
- 10: INCEIPL $4
-
- 0x25476D8C: 74A90040 andis. r9,r5,0x40
- 11: GETL R5, t8
- 12: ANDL $0x400000, t8
- 13: PUTL t8, R9
- 14: CMP0L t8, t10 (-rSo)
- 15: ICRFL t10, $0x0, CR
- 16: INCEIPL $4
-
- 0x25476D90: 4082001C bc 4,2,0x25476DAC
- 17: Jc02o $0x25476DAC
-
-
-. 0 25476D80 20
-. 80 BD 01 80 7F A4 EB 78 7F E3 FB 78 74 A9 00 40 40 82 00 1C
-
-==== BB 403 (0x25476EB0) approx BBs exec'd 0 ====
-
- 0x25476EB0: 813D0034 lwz r9,52(r29)
- 0: GETL R29, t0
- 1: ADDL $0x34, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25476EB4: 816B0004 lwz r11,4(r11)
- 5: GETL R11, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R11
- 9: INCEIPL $4
-
- 0x25476EB8: 80890004 lwz r4,4(r9)
- 10: GETL R9, t8
- 11: ADDL $0x4, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R4
- 14: INCEIPL $4
-
- 0x25476EBC: 7F845A14 add r28,r4,r11
- 15: GETL R4, t12
- 16: GETL R11, t14
- 17: ADDL t12, t14
- 18: PUTL t14, R28
- 19: INCEIPL $4
-
- 0x25476EC0: 7F84E378 or r4,r28,r28
- 20: GETL R28, t16
- 21: PUTL t16, R4
- 22: INCEIPL $4
-
- 0x25476EC4: 4800C01D bl 0x25482EE0
- 23: MOVL $0x25476EC8, t18
- 24: PUTL t18, LR
- 25: JMPo-c $0x25482EE0 ($4)
-
-
-. 0 25476EB0 24
-. 81 3D 00 34 81 6B 00 04 80 89 00 04 7F 84 5A 14 7F 84 E3 78 48 00 C0 1D
-
-==== BB 404 (0x25482F80) approx BBs exec'd 0 ====
-
- 0x25482F80: 88A30000 lbz r5,0(r3)
- 0: GETL R3, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R5
- 3: INCEIPL $4
-
- 0x25482F84: 88C40000 lbz r6,0(r4)
- 4: GETL R4, t4
- 5: LDB (t4), t6
- 6: PUTL t6, R6
- 7: INCEIPL $4
-
- 0x25482F88: 48000010 b 0x25482F98
- 8: JMPo $0x25482F98 ($4)
-
-
-. 0 25482F80 12
-. 88 A3 00 00 88 C4 00 00 48 00 00 10
-
-==== BB 405 (0x25482F98) approx BBs exec'd 0 ====
-
- 0x25482F98: 2C850000 cmpi cr1,r5,0
- 0: GETL R5, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0x25482F9C: 41860020 bc 12,6,0x25482FBC
- 4: Js06o $0x25482FBC
-
-
-. 0 25482F98 8
-. 2C 85 00 00 41 86 00 20
-
-==== BB 406 (0x25482FA0) approx BBs exec'd 0 ====
-
- 0x25482FA0: 7C053000 cmp cr0,r5,r6
- 0: GETL R5, t0
- 1: GETL R6, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x0, CR
- 4: INCEIPL $4
-
- 0x25482FA4: 40820018 bc 4,2,0x25482FBC
- 5: Jc02o $0x25482FBC
-
-
-. 0 25482FA0 8
-. 7C 05 30 00 40 82 00 18
-
-==== BB 407 (0x25482FBC) approx BBs exec'd 0 ====
-
- 0x25482FBC: 7C662850 subf r3,r6,r5
- 0: GETL R6, t0
- 1: GETL R5, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x25482FC0: 4E800020 blr
- 5: GETL LR, t4
- 6: JMPo-r t4 ($4)
-
-
-. 0 25482FBC 8
-. 7C 66 28 50 4E 80 00 20
-
-==== BB 408 (0x25476EC8) approx BBs exec'd 0 ====
-
- 0x25476EC8: 2E030000 cmpi cr4,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0x25476ECC: 4092FEE0 bc 4,18,0x25476DAC
- 4: Jc18o $0x25476DAC
-
-
-. 0 25476EC8 8
-. 2E 03 00 00 40 92 FE E0
-
-==== BB 409 (0x25476DB8) approx BBs exec'd 0 ====
-
- 0x25476DB8: 829E04F4 lwz r20,1268(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4F4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R20
- 4: INCEIPL $4
-
- 0x25476DBC: 2D9B0000 cmpi cr3,r27,0
- 5: GETL R27, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x3, CR
- 8: INCEIPL $4
-
- 0x25476DC0: 81540000 lwz r10,0(r20)
- 9: GETL R20, t8
- 10: LDL (t8), t10
- 11: PUTL t10, R10
- 12: INCEIPL $4
-
- 0x25476DC4: 71490040 andi. r9,r10,0x40
- 13: GETL R10, t12
- 14: ANDL $0x40, t12
- 15: PUTL t12, R9
- 16: CMP0L t12, t14 (-rSo)
- 17: ICRFL t14, $0x0, CR
- 18: INCEIPL $4
-
- 0x25476DC8: 40820390 bc 4,2,0x25477158
- 19: Jc02o $0x25477158
-
-
-. 0 25476DB8 20
-. 82 9E 04 F4 2D 9B 00 00 81 54 00 00 71 49 00 40 40 82 03 90
-
-==== BB 410 (0x25476DCC) approx BBs exec'd 0 ====
-
- 0x25476DCC: 7FE3FB78 or r3,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25476DD0: 3880002F li r4,47
- 3: MOVL $0x2F, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0x25476DD4: 4800C02D bl 0x25482E00
- 6: MOVL $0x25476DD8, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0x25482E00 ($4)
-
-
-. 0 25476DCC 12
-. 7F E3 FB 78 38 80 00 2F 48 00 C0 2D
-
-==== BB 411 (0x25482EB4) approx BBs exec'd 0 ====
-
- 0x25482EB4: 7CE06038 and r0,r7,r12
- 0: GETL R7, t0
- 1: GETL R12, t2
- 2: ANDL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25482EB8: 7CEA6378 or r10,r7,r12
- 5: GETL R7, t4
- 6: GETL R12, t6
- 7: ORL t6, t4
- 8: PUTL t4, R10
- 9: INCEIPL $4
-
- 0x25482EBC: 7C003A14 add r0,r0,r7
- 10: GETL R0, t8
- 11: GETL R7, t10
- 12: ADDL t8, t10
- 13: PUTL t10, R0
- 14: INCEIPL $4
-
- 0x25482EC0: 7D4900F8 nor r9,r10,r0
- 15: GETL R10, t12
- 16: GETL R0, t14
- 17: ORL t14, t12
- 18: NOTL t12
- 19: PUTL t12, R9
- 20: INCEIPL $4
-
- 0x25482EC4: 7D240034 cntlzw r4,r9
- 21: GETL R9, t16
- 22: CNTLZL t16
- 23: PUTL t16, R4
- 24: INCEIPL $4
-
- 0x25482EC8: 3908FFFC addi r8,r8,-4
- 25: GETL R8, t18
- 26: ADDL $0xFFFFFFFC, t18
- 27: PUTL t18, R8
- 28: INCEIPL $4
-
- 0x25482ECC: 5484E8FE rlwinm r4,r4,29,3,31
- 29: GETL R4, t20
- 30: SHRL $0x3, t20
- 31: PUTL t20, R4
- 32: INCEIPL $4
-
- 0x25482ED0: 7C682214 add r3,r8,r4
- 33: GETL R8, t22
- 34: GETL R4, t24
- 35: ADDL t22, t24
- 36: PUTL t24, R3
- 37: INCEIPL $4
-
- 0x25482ED4: 4E800020 blr
- 38: GETL LR, t26
- 39: JMPo-r t26 ($4)
-
-
-. 0 25482EB4 36
-. 7C E0 60 38 7C EA 63 78 7C 00 3A 14 7D 49 00 F8 7D 24 00 34 39 08 FF FC 54 84 E8 FE 7C 68 22 14 4E 80 00 20
-
-==== BB 412 (0x25476DD8) approx BBs exec'd 0 ====
-
- 0x25476DD8: 2F030000 cmpi cr6,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x25476DDC: 419A0290 bc 12,26,0x2547706C
- 4: Js26o $0x2547706C
-
-
-. 0 25476DD8 8
-. 2F 03 00 00 41 9A 02 90
-
-==== BB 413 (0x25476DE0) approx BBs exec'd 0 ====
-
- 0x25476DE0: 418E01D8 bc 12,14,0x25476FB8
- 0: Js14o $0x25476FB8
-
-
-. 0 25476DE0 4
-. 41 8E 01 D8
-
-==== BB 414 (0x25476DE4) approx BBs exec'd 0 ====
-
- 0x25476DE4: 7F63DB78 or r3,r27,r27
- 0: GETL R27, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25476DE8: 7FE4FB78 or r4,r31,r31
- 3: GETL R31, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0x25476DEC: 4BFFD941 bl 0x2547472C
- 6: MOVL $0x25476DF0, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0x2547472C ($4)
-
-
-. 0 25476DE4 12
-. 7F 63 DB 78 7F E4 FB 78 4B FF D9 41
-
-==== BB 415 expand_dynamic_string_token(0x2547472C) approx BBs exec'd 0 ====
-
- 0x2547472C: 9421FFD0 stwu r1,-48(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFD0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x25474730: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x25474734: 480228CD bl 0x25497000
- 9: MOVL $0x25474738, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-. 0 2547472C 12
-. 94 21 FF D0 7C 08 02 A6 48 02 28 CD
-
-==== BB 416 (0x25474738) approx BBs exec'd 0 ====
-
- 0x25474738: 7D800026 mfcr r12
- 0: GETL CR, t0
- 1: PUTL t0, R12
- 2: INCEIPL $4
-
- 0x2547473C: 93C10028 stw r30,40(r1)
- 3: GETL R30, t2
- 4: GETL R1, t4
- 5: ADDL $0x28, t4
- 6: STL t2, (t4)
- 7: INCEIPL $4
-
- 0x25474740: 7FC802A6 mflr r30
- 8: GETL LR, t6
- 9: PUTL t6, R30
- 10: INCEIPL $4
-
- 0x25474744: 93A10024 stw r29,36(r1)
- 11: GETL R29, t8
- 12: GETL R1, t10
- 13: ADDL $0x24, t10
- 14: STL t8, (t10)
- 15: INCEIPL $4
-
- 0x25474748: 7C9D2378 or r29,r4,r4
- 16: GETL R4, t12
- 17: PUTL t12, R29
- 18: INCEIPL $4
-
- 0x2547474C: 93410018 stw r26,24(r1)
- 19: GETL R26, t14
- 20: GETL R1, t16
- 21: ADDL $0x18, t16
- 22: STL t14, (t16)
- 23: INCEIPL $4
-
- 0x25474750: 38800024 li r4,36
- 24: MOVL $0x24, t18
- 25: PUTL t18, R4
- 26: INCEIPL $4
-
- 0x25474754: 93810020 stw r28,32(r1)
- 27: GETL R28, t20
- 28: GETL R1, t22
- 29: ADDL $0x20, t22
- 30: STL t20, (t22)
- 31: INCEIPL $4
-
- 0x25474758: 7C7C1B78 or r28,r3,r3
- 32: GETL R3, t24
- 33: PUTL t24, R28
- 34: INCEIPL $4
-
- 0x2547475C: 92E1000C stw r23,12(r1)
- 35: GETL R23, t26
- 36: GETL R1, t28
- 37: ADDL $0xC, t28
- 38: STL t26, (t28)
- 39: INCEIPL $4
-
- 0x25474760: 7FA3EB78 or r3,r29,r29
- 40: GETL R29, t30
- 41: PUTL t30, R3
- 42: INCEIPL $4
-
- 0x25474764: 93010010 stw r24,16(r1)
- 43: GETL R24, t32
- 44: GETL R1, t34
- 45: ADDL $0x10, t34
- 46: STL t32, (t34)
- 47: INCEIPL $4
-
- 0x25474768: 93210014 stw r25,20(r1)
- 48: GETL R25, t36
- 49: GETL R1, t38
- 50: ADDL $0x14, t38
- 51: STL t36, (t38)
- 52: INCEIPL $4
-
- 0x2547476C: 9361001C stw r27,28(r1)
- 53: GETL R27, t40
- 54: GETL R1, t42
- 55: ADDL $0x1C, t42
- 56: STL t40, (t42)
- 57: INCEIPL $4
-
- 0x25474770: 93E1002C stw r31,44(r1)
- 58: GETL R31, t44
- 59: GETL R1, t46
- 60: ADDL $0x2C, t46
- 61: STL t44, (t46)
- 62: INCEIPL $4
-
- 0x25474774: 90010034 stw r0,52(r1)
- 63: GETL R0, t48
- 64: GETL R1, t50
- 65: ADDL $0x34, t50
- 66: STL t48, (t50)
- 67: INCEIPL $4
-
- 0x25474778: 91810008 stw r12,8(r1)
- 68: GETL R12, t52
- 69: GETL R1, t54
- 70: ADDL $0x8, t54
- 71: STL t52, (t54)
- 72: INCEIPL $4
-
- 0x2547477C: 4800E685 bl 0x25482E00
- 73: MOVL $0x25474780, t56
- 74: PUTL t56, LR
- 75: JMPo-c $0x25482E00 ($4)
-
-
-. 0 25474738 72
-. 7D 80 00 26 93 C1 00 28 7F C8 02 A6 93 A1 00 24 7C 9D 23 78 93 41 00 18 38 80 00 24 93 81 00 20 7C 7C 1B 78 92 E1 00 0C 7F A3 EB 78 93 01 00 10 93 21 00 14 93 61 00 1C 93 E1 00 2C 90 01 00 34 91 81 00 08 48 00 E6 85
-
-==== BB 417 (0x25474780) approx BBs exec'd 0 ====
-
- 0x25474780: 7C7A1B79 or. r26,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R26
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x25474784: 40820074 bc 4,2,0x254747F8
- 5: Jc02o $0x254747F8
-
-
-. 0 25474780 8
-. 7C 7A 1B 79 40 82 00 74
-
-==== BB 418 (0x25474788) approx BBs exec'd 0 ====
-
- 0x25474788: 7FA3EB78 or r3,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x2547478C: 4800E845 bl 0x25482FD0
- 3: MOVL $0x25474790, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0x25482FD0 ($4)
-
-
-. 0 25474788 8
-. 7F A3 EB 78 48 00 E8 45
-
-==== BB 419 (0x25474790) approx BBs exec'd 0 ====
-
- 0x25474790: 3BE30001 addi r31,r3,1
- 0: GETL R3, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R31
- 3: INCEIPL $4
-
- 0x25474794: 7FE3FB78 or r3,r31,r31
- 4: GETL R31, t2
- 5: PUTL t2, R3
- 6: INCEIPL $4
-
- 0x25474798: 4802328D bl 0x25497A24
- 7: MOVL $0x2547479C, t4
- 8: PUTL t4, LR
- 9: JMPo-c $0x25497A24 ($4)
-
-
-. 0 25474790 12
-. 3B E3 00 01 7F E3 FB 78 48 02 32 8D
-
-==== BB 420 (0x2547479C) approx BBs exec'd 0 ====
-
- 0x2547479C: 38000000 li r0,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x254747A0: 2C030000 cmpi cr0,r3,0
- 3: GETL R3, t2
- 4: CMP0L t2, t4 (-rSo)
- 5: ICRFL t4, $0x0, CR
- 6: INCEIPL $4
-
- 0x254747A4: 41820014 bc 12,2,0x254747B8
- 7: Js02o $0x254747B8
-
-
-. 0 2547479C 12
-. 38 00 00 00 2C 03 00 00 41 82 00 14
-
-==== BB 421 (0x254747A8) approx BBs exec'd 0 ====
-
- 0x254747A8: 7FA4EB78 or r4,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0x254747AC: 7FE5FB78 or r5,r31,r31
- 3: GETL R31, t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0x254747B0: 4800F431 bl 0x25483BE0
- 6: MOVL $0x254747B4, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0x25483BE0 ($4)
-
-
-. 0 254747A8 12
-. 7F A4 EB 78 7F E5 FB 78 48 00 F4 31
-
-==== BB 422 (0x25483D6C) approx BBs exec'd 0 ====
-
- 0x25483D6C: 80040000 lwz r0,0(r4)
- 0: GETL R4, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0x25483D70: 3863FFFC addi r3,r3,-4
- 4: GETL R3, t4
- 5: ADDL $0xFFFFFFFC, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x25483D74: 81240004 lwz r9,4(r4)
- 8: GETL R4, t6
- 9: ADDL $0x4, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R9
- 12: INCEIPL $4
-
- 0x25483D78: 90030004 stw r0,4(r3)
- 13: GETL R0, t10
- 14: GETL R3, t12
- 15: ADDL $0x4, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x25483D7C: 4BFFFFA0 b 0x25483D1C
- 18: JMPo $0x25483D1C ($4)
-
-
-. 0 25483D6C 20
-. 80 04 00 00 38 63 FF FC 81 24 00 04 90 03 00 04 4B FF FF A0
-
-==== BB 423 (0x25483D1C) approx BBs exec'd 0 ====
-
- 0x25483D1C: 80040008 lwz r0,8(r4)
- 0: GETL R4, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25483D20: 91230008 stw r9,8(r3)
- 5: GETL R9, t4
- 6: GETL R3, t6
- 7: ADDL $0x8, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0x25483D24: 8124000C lwz r9,12(r4)
- 10: GETL R4, t8
- 11: ADDL $0xC, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R9
- 14: INCEIPL $4
-
- 0x25483D28: 9003000C stw r0,12(r3)
- 15: GETL R0, t12
- 16: GETL R3, t14
- 17: ADDL $0xC, t14
- 18: STL t12, (t14)
- 19: INCEIPL $4
-
- 0x25483D2C: 80040010 lwz r0,16(r4)
- 20: GETL R4, t16
- 21: ADDL $0x10, t16
- 22: LDL (t16), t18
- 23: PUTL t18, R0
- 24: INCEIPL $4
-
- 0x25483D30: 91230010 stw r9,16(r3)
- 25: GETL R9, t20
- 26: GETL R3, t22
- 27: ADDL $0x10, t22
- 28: STL t20, (t22)
- 29: INCEIPL $4
-
- 0x25483D34: 81240014 lwz r9,20(r4)
- 30: GETL R4, t24
- 31: ADDL $0x14, t24
- 32: LDL (t24), t26
- 33: PUTL t26, R9
- 34: INCEIPL $4
-
- 0x25483D38: 90030014 stw r0,20(r3)
- 35: GETL R0, t28
- 36: GETL R3, t30
- 37: ADDL $0x14, t30
- 38: STL t28, (t30)
- 39: INCEIPL $4
-
- 0x25483D3C: 80040018 lwz r0,24(r4)
- 40: GETL R4, t32
- 41: ADDL $0x18, t32
- 42: LDL (t32), t34
- 43: PUTL t34, R0
- 44: INCEIPL $4
-
- 0x25483D40: 91230018 stw r9,24(r3)
- 45: GETL R9, t36
- 46: GETL R3, t38
- 47: ADDL $0x18, t38
- 48: STL t36, (t38)
- 49: INCEIPL $4
-
- 0x25483D44: 34A5FFF8 addic. r5,r5,-8
- 50: GETL R5, t40
- 51: ADCL $0xFFFFFFF8, t40 (-wCa)
- 52: PUTL t40, R5
- 53: CMP0L t40, t42 (-rSo)
- 54: ICRFL t42, $0x0, CR
- 55: INCEIPL $4
-
- 0x25483D48: 8124001C lwz r9,28(r4)
- 56: GETL R4, t44
- 57: ADDL $0x1C, t44
- 58: LDL (t44), t46
- 59: PUTL t46, R9
- 60: INCEIPL $4
-
- 0x25483D4C: 9003001C stw r0,28(r3)
- 61: GETL R0, t48
- 62: GETL R3, t50
- 63: ADDL $0x1C, t50
- 64: STL t48, (t50)
- 65: INCEIPL $4
-
- 0x25483D50: 38840020 addi r4,r4,32
- 66: GETL R4, t52
- 67: ADDL $0x20, t52
- 68: PUTL t52, R4
- 69: INCEIPL $4
-
- 0x25483D54: 38630020 addi r3,r3,32
- 70: GETL R3, t54
- 71: ADDL $0x20, t54
- 72: PUTL t54, R3
- 73: INCEIPL $4
-
- 0x25483D58: 40A2FFB4 bc 5,2,0x25483D0C
- 74: Jc02o $0x25483D0C
-
-
-. 0 25483D1C 64
-. 80 04 00 08 91 23 00 08 81 24 00 0C 90 03 00 0C 80 04 00 10 91 23 00 10 81 24 00 14 90 03 00 14 80 04 00 18 91 23 00 18 34 A5 FF F8 81 24 00 1C 90 03 00 1C 38 84 00 20 38 63 00 20 40 A2 FF B4
-
-==== BB 424 (0x254747B4) approx BBs exec'd 0 ====
-
- 0x254747B4: 7C601B78 or r0,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x254747B8: 7C030378 or r3,r0,r0
- 3: GETL R0, t2
- 4: PUTL t2, R3
- 5: INCEIPL $4
-
- 0x254747BC: 83810034 lwz r28,52(r1)
- 6: GETL R1, t4
- 7: ADDL $0x34, t4
- 8: LDL (t4), t6
- 9: PUTL t6, R28
- 10: INCEIPL $4
-
- 0x254747C0: 81410008 lwz r10,8(r1)
- 11: GETL R1, t8
- 12: ADDL $0x8, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R10
- 15: INCEIPL $4
-
- 0x254747C4: 7F8803A6 mtlr r28
- 16: GETL R28, t12
- 17: PUTL t12, LR
- 18: INCEIPL $4
-
- 0x254747C8: 82E1000C lwz r23,12(r1)
- 19: GETL R1, t14
- 20: ADDL $0xC, t14
- 21: LDL (t14), t16
- 22: PUTL t16, R23
- 23: INCEIPL $4
-
- 0x254747CC: 83010010 lwz r24,16(r1)
- 24: GETL R1, t18
- 25: ADDL $0x10, t18
- 26: LDL (t18), t20
- 27: PUTL t20, R24
- 28: INCEIPL $4
-
- 0x254747D0: 7D408120 mtcrf 0x8,r10
- 29: GETL R10, t22
- 30: ICRFL t22, $0x4, CR
- 31: INCEIPL $4
-
- 0x254747D4: 83210014 lwz r25,20(r1)
- 32: GETL R1, t24
- 33: ADDL $0x14, t24
- 34: LDL (t24), t26
- 35: PUTL t26, R25
- 36: INCEIPL $4
-
- 0x254747D8: 83410018 lwz r26,24(r1)
- 37: GETL R1, t28
- 38: ADDL $0x18, t28
- 39: LDL (t28), t30
- 40: PUTL t30, R26
- 41: INCEIPL $4
-
- 0x254747DC: 8361001C lwz r27,28(r1)
- 42: GETL R1, t32
- 43: ADDL $0x1C, t32
- 44: LDL (t32), t34
- 45: PUTL t34, R27
- 46: INCEIPL $4
-
- 0x254747E0: 83810020 lwz r28,32(r1)
- 47: GETL R1, t36
- 48: ADDL $0x20, t36
- 49: LDL (t36), t38
- 50: PUTL t38, R28
- 51: INCEIPL $4
-
- 0x254747E4: 83A10024 lwz r29,36(r1)
- 52: GETL R1, t40
- 53: ADDL $0x24, t40
- 54: LDL (t40), t42
- 55: PUTL t42, R29
- 56: INCEIPL $4
-
- 0x254747E8: 83C10028 lwz r30,40(r1)
- 57: GETL R1, t44
- 58: ADDL $0x28, t44
- 59: LDL (t44), t46
- 60: PUTL t46, R30
- 61: INCEIPL $4
-
- 0x254747EC: 83E1002C lwz r31,44(r1)
- 62: GETL R1, t48
- 63: ADDL $0x2C, t48
- 64: LDL (t48), t50
- 65: PUTL t50, R31
- 66: INCEIPL $4
-
- 0x254747F0: 38210030 addi r1,r1,48
- 67: GETL R1, t52
- 68: ADDL $0x30, t52
- 69: PUTL t52, R1
- 70: INCEIPL $4
-
- 0x254747F4: 4E800020 blr
- 71: GETL LR, t54
- 72: JMPo-r t54 ($4)
-
-
-. 0 254747B4 68
-. 7C 60 1B 78 7C 03 03 78 83 81 00 34 81 41 00 08 7F 88 03 A6 82 E1 00 0C 83 01 00 10 7D 40 81 20 83 21 00 14 83 41 00 18 83 61 00 1C 83 81 00 20 83 A1 00 24 83 C1 00 28 83 E1 00 2C 38 21 00 30 4E 80 00 20
-
-==== BB 425 (0x25476DF0) approx BBs exec'd 0 ====
-
- 0x25476DF0: 3B40FFFF li r26,-1
- 0: MOVL $0xFFFFFFFF, t0
- 1: PUTL t0, R26
- 2: INCEIPL $4
-
- 0x25476DF4: 2F030000 cmpi cr6,r3,0
- 3: GETL R3, t2
- 4: CMP0L t2, t4 (-rSo)
- 5: ICRFL t4, $0x6, CR
- 6: INCEIPL $4
-
- 0x25476DF8: 90610228 stw r3,552(r1)
- 7: GETL R3, t6
- 8: GETL R1, t8
- 9: ADDL $0x228, t8
- 10: STL t6, (t8)
- 11: INCEIPL $4
-
- 0x25476DFC: 2E1AFFFF cmpi cr4,r26,-1
- 12: GETL R26, t10
- 13: MOVL $0xFFFFFFFF, t14
- 14: CMPL t10, t14, t12 (-rSo)
- 15: ICRFL t12, $0x4, CR
- 16: INCEIPL $4
-
- 0x25476E00: 409A0200 bc 4,26,0x25477000
- 17: Jc26o $0x25477000
-
-
-. 0 25476DF0 20
-. 3B 40 FF FF 2F 03 00 00 90 61 02 28 2E 1A FF FF 40 9A 02 00
-
-==== BB 426 (0x25477000) approx BBs exec'd 0 ====
-
- 0x25477000: 38810018 addi r4,r1,24
- 0: GETL R1, t0
- 1: ADDL $0x18, t0
- 2: PUTL t0, R4
- 3: INCEIPL $4
-
- 0x25477004: 4BFFF441 bl 0x25476444
- 4: MOVL $0x25477008, t2
- 5: PUTL t2, LR
- 6: JMPo-c $0x25476444 ($4)
-
-
-. 0 25477000 8
-. 38 81 00 18 4B FF F4 41
-
-==== BB 427 open_verify(0x25476444) approx BBs exec'd 0 ====
-
- 0x25476444: 9421FFA0 stwu r1,-96(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFA0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x25476448: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x2547644C: 48020BB5 bl 0x25497000
- 9: MOVL $0x25476450, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-. 0 25476444 12
-. 94 21 FF A0 7C 08 02 A6 48 02 0B B5
-
-==== BB 428 (0x25476450) approx BBs exec'd 0 ====
-
- 0x25476450: 93C10058 stw r30,88(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x58, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25476454: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x25476458: 93010040 stw r24,64(r1)
- 8: GETL R24, t6
- 9: GETL R1, t8
- 10: ADDL $0x40, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x2547645C: 93E1005C stw r31,92(r1)
- 13: GETL R31, t10
- 14: GETL R1, t12
- 15: ADDL $0x5C, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x25476460: 7C982378 or r24,r4,r4
- 18: GETL R4, t14
- 19: PUTL t14, R24
- 20: INCEIPL $4
-
- 0x25476464: 7C3F0B78 or r31,r1,r1
- 21: GETL R1, t16
- 22: PUTL t16, R31
- 23: INCEIPL $4
-
- 0x25476468: 38800000 li r4,0
- 24: MOVL $0x0, t18
- 25: PUTL t18, R4
- 26: INCEIPL $4
-
- 0x2547646C: 92C10038 stw r22,56(r1)
- 27: GETL R22, t20
- 28: GETL R1, t22
- 29: ADDL $0x38, t22
- 30: STL t20, (t22)
- 31: INCEIPL $4
-
- 0x25476470: 7C761B78 or r22,r3,r3
- 32: GETL R3, t24
- 33: PUTL t24, R22
- 34: INCEIPL $4
-
- 0x25476474: 93210044 stw r25,68(r1)
- 35: GETL R25, t26
- 36: GETL R1, t28
- 37: ADDL $0x44, t28
- 38: STL t26, (t28)
- 39: INCEIPL $4
-
- 0x25476478: 9361004C stw r27,76(r1)
- 40: GETL R27, t30
- 41: GETL R1, t32
- 42: ADDL $0x4C, t32
- 43: STL t30, (t32)
- 44: INCEIPL $4
-
- 0x2547647C: 3B600000 li r27,0
- 45: MOVL $0x0, t34
- 46: PUTL t34, R27
- 47: INCEIPL $4
-
- 0x25476480: 92A10034 stw r21,52(r1)
- 48: GETL R21, t36
- 49: GETL R1, t38
- 50: ADDL $0x34, t38
- 51: STL t36, (t38)
- 52: INCEIPL $4
-
- 0x25476484: 92E1003C stw r23,60(r1)
- 53: GETL R23, t40
- 54: GETL R1, t42
- 55: ADDL $0x3C, t42
- 56: STL t40, (t42)
- 57: INCEIPL $4
-
- 0x25476488: 93410048 stw r26,72(r1)
- 58: GETL R26, t44
- 59: GETL R1, t46
- 60: ADDL $0x48, t46
- 61: STL t44, (t46)
- 62: INCEIPL $4
-
- 0x2547648C: 93810050 stw r28,80(r1)
- 63: GETL R28, t48
- 64: GETL R1, t50
- 65: ADDL $0x50, t50
- 66: STL t48, (t50)
- 67: INCEIPL $4
-
- 0x25476490: 93A10054 stw r29,84(r1)
- 68: GETL R29, t52
- 69: GETL R1, t54
- 70: ADDL $0x54, t54
- 71: STL t52, (t54)
- 72: INCEIPL $4
-
- 0x25476494: 90010064 stw r0,100(r1)
- 73: GETL R0, t56
- 74: GETL R1, t58
- 75: ADDL $0x64, t58
- 76: STL t56, (t58)
- 77: INCEIPL $4
-
- 0x25476498: 4800BB49 bl 0x25481FE0
- 78: MOVL $0x2547649C, t60
- 79: PUTL t60, LR
- 80: JMPo-c $0x25481FE0 ($4)
-
-
-. 0 25476450 76
-. 93 C1 00 58 7F C8 02 A6 93 01 00 40 93 E1 00 5C 7C 98 23 78 7C 3F 0B 78 38 80 00 00 92 C1 00 38 7C 76 1B 78 93 21 00 44 93 61 00 4C 3B 60 00 00 92 A1 00 34 92 E1 00 3C 93 41 00 48 93 81 00 50 93 A1 00 54 90 01 00 64 48 00 BB 49
-
-==== BB 429 open(0x25481FE0) approx BBs exec'd 0 ====
-
- 0x25481FE0: 38000005 li r0,5
- 0: MOVL $0x5, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x25481FE4: 44000002 sc
- 3: JMPo-sys $0x25481FE8 ($4)
-
-
-. 0 25481FE0 8
-. 38 00 00 05 44 00 00 02
-
-==== BB 430 (0x25481FE8) approx BBs exec'd 0 ====
-
- 0x25481FE8: 4CA30020 bclr 5,3
- 0: GETL LR, t0
- 1: Jc03o-r t0
-
-
-. 0 25481FE8 4
-. 4C A3 00 20
-
-==== BB 431 (0x2547649C) approx BBs exec'd 0 ====
-
- 0x2547649C: 2F83FFFF cmpi cr7,r3,-1
- 0: GETL R3, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x254764A0: 7C791B78 or r25,r3,r3
- 5: GETL R3, t6
- 6: PUTL t6, R25
- 7: INCEIPL $4
-
- 0x254764A4: 419E00CC bc 12,30,0x25476570
- 8: Js30o $0x25476570
-
-
-. 0 2547649C 12
-. 2F 83 FF FF 7C 79 1B 78 41 9E 00 CC
-
-==== BB 432 (0x254764A8) approx BBs exec'd 0 ====
-
- 0x254764A8: 82FE0514 lwz r23,1300(r30)
- 0: GETL R30, t0
- 1: ADDL $0x514, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R23
- 4: INCEIPL $4
-
- 0x254764AC: 3B980004 addi r28,r24,4
- 5: GETL R24, t4
- 6: ADDL $0x4, t4
- 7: PUTL t4, R28
- 8: INCEIPL $4
-
- 0x254764B0: 7F84E378 or r4,r28,r28
- 9: GETL R28, t6
- 10: PUTL t6, R4
- 11: INCEIPL $4
-
- 0x254764B4: 38A00200 li r5,512
- 12: MOVL $0x200, t8
- 13: PUTL t8, R5
- 14: INCEIPL $4
-
- 0x254764B8: 93770000 stw r27,0(r23)
- 15: GETL R27, t10
- 16: GETL R23, t12
- 17: STL t10, (t12)
- 18: INCEIPL $4
-
- 0x254764BC: 4800BB45 bl 0x25482000
- 19: MOVL $0x254764C0, t14
- 20: PUTL t14, LR
- 21: JMPo-c $0x25482000 ($4)
-
-
-. 0 254764A8 24
-. 82 FE 05 14 3B 98 00 04 7F 84 E3 78 38 A0 02 00 93 77 00 00 48 00 BB 45
-
-==== BB 433 read(0x25482000) approx BBs exec'd 0 ====
-
- 0x25482000: 38000003 li r0,3
- 0: MOVL $0x3, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x25482004: 44000002 sc
- 3: JMPo-sys $0x25482008 ($4)
-
-
-. 0 25482000 8
-. 38 00 00 03 44 00 00 02
-
-==== BB 434 (0x25482008) approx BBs exec'd 0 ====
-
- 0x25482008: 4CA30020 bclr 5,3
- 0: GETL LR, t0
- 1: Jc03o-r t0
-
-
-. 0 25482008 4
-. 4C A3 00 20
-
-==== BB 435 (0x254764C0) approx BBs exec'd 0 ====
-
- 0x254764C0: 2C030033 cmpi cr0,r3,51
- 0: GETL R3, t0
- 1: MOVL $0x33, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x254764C4: 7C7D1B78 or r29,r3,r3
- 5: GETL R3, t6
- 6: PUTL t6, R29
- 7: INCEIPL $4
-
- 0x254764C8: 90780000 stw r3,0(r24)
- 8: GETL R3, t8
- 9: GETL R24, t10
- 10: STL t8, (t10)
- 11: INCEIPL $4
-
- 0x254764CC: 4081014C bc 4,1,0x25476618
- 12: Jc01o $0x25476618
-
-
-. 0 254764C0 16
-. 2C 03 00 33 7C 7D 1B 78 90 78 00 00 40 81 01 4C
-
-==== BB 436 (0x254764D0) approx BBs exec'd 0 ====
-
- 0x254764D0: 809E016C lwz r4,364(r30)
- 0: GETL R30, t0
- 1: ADDL $0x16C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x254764D4: 7F83E378 or r3,r28,r28
- 5: GETL R28, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x254764D8: 38A00009 li r5,9
- 8: MOVL $0x9, t6
- 9: PUTL t6, R5
- 10: INCEIPL $4
-
- 0x254764DC: 4800CDBD bl 0x25483298
- 11: MOVL $0x254764E0, t8
- 12: PUTL t8, LR
- 13: JMPo-c $0x25483298 ($4)
-
-
-. 0 254764D0 16
-. 80 9E 01 6C 7F 83 E3 78 38 A0 00 09 48 00 CD BD
-
-==== BB 437 (0x254764E0) approx BBs exec'd 0 ====
-
- 0x254764E0: 2F030000 cmpi cr6,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x254764E4: 409A0234 bc 4,26,0x25476718
- 4: Jc26o $0x25476718
-
-
-. 0 254764E0 8
-. 2F 03 00 00 40 9A 02 34
-
-==== BB 438 (0x254764E8) approx BBs exec'd 0 ====
-
- 0x254764E8: 819C0014 lwz r12,20(r28)
- 0: GETL R28, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R12
- 4: INCEIPL $4
-
- 0x254764EC: 811E0200 lwz r8,512(r30)
- 5: GETL R30, t4
- 6: ADDL $0x200, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R8
- 9: INCEIPL $4
-
- 0x254764F0: 2C8C0001 cmpi cr1,r12,1
- 10: GETL R12, t8
- 11: MOVL $0x1, t12
- 12: CMPL t8, t12, t10 (-rSo)
- 13: ICRFL t10, $0x1, CR
- 14: INCEIPL $4
-
- 0x254764F4: 40860138 bc 4,6,0x2547662C
- 15: Jc06o $0x2547662C
-
-
-. 0 254764E8 16
-. 81 9C 00 14 81 1E 02 00 2C 8C 00 01 40 86 01 38
-
-==== BB 439 (0x254764F8) approx BBs exec'd 0 ====
-
- 0x254764F8: A11C0012 lhz r8,18(r28)
- 0: GETL R28, t0
- 1: ADDL $0x12, t0
- 2: LDW (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x254764FC: 2F080014 cmpi cr6,r8,20
- 5: GETL R8, t4
- 6: MOVL $0x14, t8
- 7: CMPL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x6, CR
- 9: INCEIPL $4
-
- 0x25476500: 409A01D0 bc 4,26,0x254766D0
- 10: Jc26o $0x254766D0
-
-
-. 0 254764F8 12
-. A1 1C 00 12 2F 08 00 14 40 9A 01 D0
-
-==== BB 440 (0x25476504) approx BBs exec'd 0 ====
-
- 0x25476504: A01C0010 lhz r0,16(r28)
- 0: GETL R28, t0
- 1: ADDL $0x10, t0
- 2: LDW (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25476508: 2F800003 cmpi cr7,r0,3
- 5: GETL R0, t4
- 6: MOVL $0x3, t8
- 7: CMPL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x7, CR
- 9: INCEIPL $4
-
- 0x2547650C: 409E0278 bc 4,30,0x25476784
- 10: Jc30o $0x25476784
-
-
-. 0 25476504 12
-. A0 1C 00 10 2F 80 00 03 40 9E 02 78
-
-==== BB 441 (0x25476510) approx BBs exec'd 0 ====
-
- 0x25476510: A2BC002A lhz r21,42(r28)
- 0: GETL R28, t0
- 1: ADDL $0x2A, t0
- 2: LDW (t0), t2
- 3: PUTL t2, R21
- 4: INCEIPL $4
-
- 0x25476514: 811E0204 lwz r8,516(r30)
- 5: GETL R30, t4
- 6: ADDL $0x204, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R8
- 9: INCEIPL $4
-
- 0x25476518: 2C950020 cmpi cr1,r21,32
- 10: GETL R21, t8
- 11: MOVL $0x20, t12
- 12: CMPL t8, t12, t10 (-rSo)
- 13: ICRFL t10, $0x1, CR
- 14: INCEIPL $4
-
- 0x2547651C: 40860110 bc 4,6,0x2547662C
- 15: Jc06o $0x2547662C
-
-
-. 0 25476510 16
-. A2 BC 00 2A 81 1E 02 04 2C 95 00 20 40 86 01 10
-
-==== BB 442 (0x25476520) approx BBs exec'd 0 ====
-
- 0x25476520: A17C002C lhz r11,44(r28)
- 0: GETL R28, t0
- 1: ADDL $0x2C, t0
- 2: LDW (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x25476524: 809C001C lwz r4,28(r28)
- 5: GETL R28, t4
- 6: ADDL $0x1C, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R4
- 9: INCEIPL $4
-
- 0x25476528: 557B2834 rlwinm r27,r11,5,0,26
- 10: GETL R11, t8
- 11: SHLL $0x5, t8
- 12: PUTL t8, R27
- 13: INCEIPL $4
-
- 0x2547652C: 7F44DA14 add r26,r4,r27
- 14: GETL R4, t10
- 15: GETL R27, t12
- 16: ADDL t10, t12
- 17: PUTL t12, R26
- 18: INCEIPL $4
-
- 0x25476530: 7F1AE840 cmpl cr6,r26,r29
- 19: GETL R26, t14
- 20: GETL R29, t16
- 21: CMPUL t14, t16, t18 (-rSo)
- 22: ICRFL t18, $0x6, CR
- 23: INCEIPL $4
-
- 0x25476534: 7FA4C214 add r29,r4,r24
- 24: GETL R4, t20
- 25: GETL R24, t22
- 26: ADDL t20, t22
- 27: PUTL t22, R29
- 28: INCEIPL $4
-
- 0x25476538: 3B5D0004 addi r26,r29,4
- 29: GETL R29, t24
- 30: ADDL $0x4, t24
- 31: PUTL t24, R26
- 32: INCEIPL $4
-
- 0x2547653C: 41990108 bc 12,25,0x25476644
- 33: Js25o $0x25476644
-
-
-. 0 25476520 32
-. A1 7C 00 2C 80 9C 00 1C 55 7B 28 34 7F 44 DA 14 7F 1A E8 40 7F A4 C2 14 3B 5D 00 04 41 99 01 08
-
-==== BB 443 (0x25476540) approx BBs exec'd 0 ====
-
- 0x25476540: 557B2834 rlwinm r27,r11,5,0,26
- 0: GETL R11, t0
- 1: SHLL $0x5, t0
- 2: PUTL t0, R27
- 3: INCEIPL $4
-
- 0x25476544: 7F5DD378 or r29,r26,r26
- 4: GETL R26, t2
- 5: PUTL t2, R29
- 6: INCEIPL $4
-
- 0x25476548: 7C1BD214 add r0,r27,r26
- 7: GETL R27, t4
- 8: GETL R26, t6
- 9: ADDL t4, t6
- 10: PUTL t6, R0
- 11: INCEIPL $4
-
- 0x2547654C: 4800001C b 0x25476568
- 12: JMPo $0x25476568 ($4)
-
-
-. 0 25476540 16
-. 55 7B 28 34 7F 5D D3 78 7C 1B D2 14 48 00 00 1C
-
-==== BB 444 (0x25476568) approx BBs exec'd 0 ====
-
- 0x25476568: 7C00E840 cmpl cr0,r0,r29
- 0: GETL R0, t0
- 1: GETL R29, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x0, CR
- 4: INCEIPL $4
-
- 0x2547656C: 4181FFE4 bc 12,1,0x25476550
- 5: Js01o $0x25476550
-
-
-. 0 25476568 8
-. 7C 00 E8 40 41 81 FF E4
-
-==== BB 445 (0x25476550) approx BBs exec'd 0 ====
-
- 0x25476550: 809D0000 lwz r4,0(r29)
- 0: GETL R29, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R4
- 3: INCEIPL $4
-
- 0x25476554: 2C840004 cmpi cr1,r4,4
- 4: GETL R4, t4
- 5: MOVL $0x4, t8
- 6: CMPL t4, t8, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x25476558: 4186005C bc 12,6,0x254765B4
- 9: Js06o $0x254765B4
-
-
-. 0 25476550 12
-. 80 9D 00 00 2C 84 00 04 41 86 00 5C
-
-==== BB 446 (0x2547655C) approx BBs exec'd 0 ====
-
- 0x2547655C: 55662834 rlwinm r6,r11,5,0,26
- 0: GETL R11, t0
- 1: SHLL $0x5, t0
- 2: PUTL t0, R6
- 3: INCEIPL $4
-
- 0x25476560: 3BBD0020 addi r29,r29,32
- 4: GETL R29, t2
- 5: ADDL $0x20, t2
- 6: PUTL t2, R29
- 7: INCEIPL $4
-
- 0x25476564: 7C06D214 add r0,r6,r26
- 8: GETL R6, t4
- 9: GETL R26, t6
- 10: ADDL t4, t6
- 11: PUTL t6, R0
- 12: INCEIPL $4
-
- 0x25476568: 7C00E840 cmpl cr0,r0,r29
- 13: GETL R0, t8
- 14: GETL R29, t10
- 15: CMPUL t8, t10, t12 (-rSo)
- 16: ICRFL t12, $0x0, CR
- 17: INCEIPL $4
-
- 0x2547656C: 4181FFE4 bc 12,1,0x25476550
- 18: Js01o $0x25476550
-
-
-. 0 2547655C 20
-. 55 66 28 34 3B BD 00 20 7C 06 D2 14 7C 00 E8 40 41 81 FF E4
-
-==== BB 447 (0x25476570) approx BBs exec'd 0 ====
-
- 0x25476570: 80810000 lwz r4,0(r1)
- 0: GETL R1, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R4
- 3: INCEIPL $4
-
- 0x25476574: 7F23CB78 or r3,r25,r25
- 4: GETL R25, t4
- 5: PUTL t4, R3
- 6: INCEIPL $4
-
- 0x25476578: 82E40004 lwz r23,4(r4)
- 7: GETL R4, t6
- 8: ADDL $0x4, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R23
- 11: INCEIPL $4
-
- 0x2547657C: 82A4FFD4 lwz r21,-44(r4)
- 12: GETL R4, t10
- 13: ADDL $0xFFFFFFD4, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R21
- 16: INCEIPL $4
-
- 0x25476580: 7EE803A6 mtlr r23
- 17: GETL R23, t14
- 18: PUTL t14, LR
- 19: INCEIPL $4
-
- 0x25476584: 82C4FFD8 lwz r22,-40(r4)
- 20: GETL R4, t16
- 21: ADDL $0xFFFFFFD8, t16
- 22: LDL (t16), t18
- 23: PUTL t18, R22
- 24: INCEIPL $4
-
- 0x25476588: 82E4FFDC lwz r23,-36(r4)
- 25: GETL R4, t20
- 26: ADDL $0xFFFFFFDC, t20
- 27: LDL (t20), t22
- 28: PUTL t22, R23
- 29: INCEIPL $4
-
- 0x2547658C: 8304FFE0 lwz r24,-32(r4)
- 30: GETL R4, t24
- 31: ADDL $0xFFFFFFE0, t24
- 32: LDL (t24), t26
- 33: PUTL t26, R24
- 34: INCEIPL $4
-
- 0x25476590: 8324FFE4 lwz r25,-28(r4)
- 35: GETL R4, t28
- 36: ADDL $0xFFFFFFE4, t28
- 37: LDL (t28), t30
- 38: PUTL t30, R25
- 39: INCEIPL $4
-
- 0x25476594: 8344FFE8 lwz r26,-24(r4)
- 40: GETL R4, t32
- 41: ADDL $0xFFFFFFE8, t32
- 42: LDL (t32), t34
- 43: PUTL t34, R26
- 44: INCEIPL $4
-
- 0x25476598: 8364FFEC lwz r27,-20(r4)
- 45: GETL R4, t36
- 46: ADDL $0xFFFFFFEC, t36
- 47: LDL (t36), t38
- 48: PUTL t38, R27
- 49: INCEIPL $4
-
- 0x2547659C: 8384FFF0 lwz r28,-16(r4)
- 50: GETL R4, t40
- 51: ADDL $0xFFFFFFF0, t40
- 52: LDL (t40), t42
- 53: PUTL t42, R28
- 54: INCEIPL $4
-
- 0x254765A0: 83A4FFF4 lwz r29,-12(r4)
- 55: GETL R4, t44
- 56: ADDL $0xFFFFFFF4, t44
- 57: LDL (t44), t46
- 58: PUTL t46, R29
- 59: INCEIPL $4
-
- 0x254765A4: 83C4FFF8 lwz r30,-8(r4)
- 60: GETL R4, t48
- 61: ADDL $0xFFFFFFF8, t48
- 62: LDL (t48), t50
- 63: PUTL t50, R30
- 64: INCEIPL $4
-
- 0x254765A8: 83E4FFFC lwz r31,-4(r4)
- 65: GETL R4, t52
- 66: ADDL $0xFFFFFFFC, t52
- 67: LDL (t52), t54
- 68: PUTL t54, R31
- 69: INCEIPL $4
-
- 0x254765AC: 7C812378 or r1,r4,r4
- 70: GETL R4, t56
- 71: PUTL t56, R1
- 72: INCEIPL $4
-
- 0x254765B0: 4E800020 blr
- 73: GETL LR, t58
- 74: JMPo-r t58 ($4)
-
-
-. 0 25476570 68
-. 80 81 00 00 7F 23 CB 78 82 E4 00 04 82 A4 FF D4 7E E8 03 A6 82 C4 FF D8 82 E4 FF DC 83 04 FF E0 83 24 FF E4 83 44 FF E8 83 64 FF EC 83 84 FF F0 83 A4 FF F4 83 C4 FF F8 83 E4 FF FC 7C 81 23 78 4E 80 00 20
-
-==== BB 448 (0x25477008) approx BBs exec'd 0 ====
-
- 0x25477008: 2E03FFFF cmpi cr4,r3,-1
- 0: GETL R3, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x4, CR
- 4: INCEIPL $4
-
- 0x2547700C: 7C7A1B78 or r26,r3,r3
- 5: GETL R3, t6
- 6: PUTL t6, R26
- 7: INCEIPL $4
-
- 0x25477010: 4092FDF4 bc 4,18,0x25476E04
- 8: Jc18o $0x25476E04
-
-
-. 0 25477008 12
-. 2E 03 FF FF 7C 7A 1B 78 40 92 FD F4
-
-==== BB 449 (0x25476E04) approx BBs exec'd 0 ====
-
- 0x25476E04: 571227FE rlwinm r18,r24,4,31,31
- 0: GETL R24, t0
- 1: ROLL $0x4, t0
- 2: ANDL $0x1, t0
- 3: PUTL t0, R18
- 4: INCEIPL $4
-
- 0x25476E08: 32D2FFFF addic r22,r18,-1
- 5: GETL R18, t2
- 6: ADCL $0xFFFFFFFF, t2 (-wCa)
- 7: PUTL t2, R22
- 8: INCEIPL $4
-
- 0x25476E0C: 7ED6B110 subfe r22,r22,r22
- 9: GETL R22, t4
- 10: GETL R22, t6
- 11: SBBL t4, t6 (-rCa-wCa)
- 12: PUTL t6, R22
- 13: INCEIPL $4
-
- 0x25476E10: 7F7CB038 and r28,r27,r22
- 14: GETL R27, t8
- 15: GETL R22, t10
- 16: ANDL t8, t10
- 17: PUTL t10, R28
- 18: INCEIPL $4
-
- 0x25476E14: 4092020C bc 4,18,0x25477020
- 19: Jc18o $0x25477020
-
-
-. 0 25476E04 20
-. 57 12 27 FE 32 D2 FF FF 7E D6 B1 10 7F 7C B0 38 40 92 02 0C
-
-==== BB 450 (0x25477020) approx BBs exec'd 0 ====
-
- 0x25477020: 80FE04C0 lwz r7,1216(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4C0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x25477024: 7FE3FB78 or r3,r31,r31
- 5: GETL R31, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x25477028: 80C10228 lwz r6,552(r1)
- 8: GETL R1, t6
- 9: ADDL $0x228, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R6
- 12: INCEIPL $4
-
- 0x2547702C: 7F44D378 or r4,r26,r26
- 13: GETL R26, t10
- 14: PUTL t10, R4
- 15: INCEIPL $4
-
- 0x25477030: 81C70000 lwz r14,0(r7)
- 16: GETL R7, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R14
- 19: INCEIPL $4
-
- 0x25477034: 7E088378 or r8,r16,r16
- 20: GETL R16, t16
- 21: PUTL t16, R8
- 22: INCEIPL $4
-
- 0x25477038: 7F87E378 or r7,r28,r28
- 23: GETL R28, t18
- 24: PUTL t18, R7
- 25: INCEIPL $4
-
- 0x2547703C: 7F09C378 or r9,r24,r24
- 26: GETL R24, t20
- 27: PUTL t20, R9
- 28: INCEIPL $4
-
- 0x25477040: 38A10018 addi r5,r1,24
- 29: GETL R1, t22
- 30: ADDL $0x18, t22
- 31: PUTL t22, R5
- 32: INCEIPL $4
-
- 0x25477044: 3941022C addi r10,r1,556
- 33: GETL R1, t24
- 34: ADDL $0x22C, t24
- 35: PUTL t24, R10
- 36: INCEIPL $4
-
- 0x25477048: 91C1022C stw r14,556(r1)
- 37: GETL R14, t26
- 38: GETL R1, t28
- 39: ADDL $0x22C, t28
- 40: STL t26, (t28)
- 41: INCEIPL $4
-
- 0x2547704C: 93210008 stw r25,8(r1)
- 42: GETL R25, t30
- 43: GETL R1, t32
- 44: ADDL $0x8, t32
- 45: STL t30, (t32)
- 46: INCEIPL $4
-
- 0x25477050: 4BFFE4B9 bl 0x25475508
- 47: MOVL $0x25477054, t34
- 48: PUTL t34, LR
- 49: JMPo-c $0x25475508 ($4)
-
-
-. 0 25477020 52
-. 80 FE 04 C0 7F E3 FB 78 80 C1 02 28 7F 44 D3 78 81 C7 00 00 7E 08 83 78 7F 87 E3 78 7F 09 C3 78 38 A1 00 18 39 41 02 2C 91 C1 02 2C 93 21 00 08 4B FF E4 B9
-
-==== BB 451 _dl_map_object_from_fd(0x25475508) approx BBs exec'd 0 ====
-
- 0x25475508: 9421FF00 stwu r1,-256(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFF00, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547550C: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x25475510: 48021AF1 bl 0x25497000
- 9: MOVL $0x25475514, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-. 0 25475508 12
-. 94 21 FF 00 7C 08 02 A6 48 02 1A F1
-
-==== BB 452 (0x25475514) approx BBs exec'd 0 ====
-
- 0x25475514: 7D800026 mfcr r12
- 0: GETL CR, t0
- 1: PUTL t0, R12
- 2: INCEIPL $4
-
- 0x25475518: 93C100F8 stw r30,248(r1)
- 3: GETL R30, t2
- 4: GETL R1, t4
- 5: ADDL $0xF8, t4
- 6: STL t2, (t4)
- 7: INCEIPL $4
-
- 0x2547551C: 7FC802A6 mflr r30
- 8: GETL LR, t6
- 9: PUTL t6, R30
- 10: INCEIPL $4
-
- 0x25475520: 93E100FC stw r31,252(r1)
- 11: GETL R31, t8
- 12: GETL R1, t10
- 13: ADDL $0xFC, t10
- 14: STL t8, (t10)
- 15: INCEIPL $4
-
- 0x25475524: 7C3F0B78 or r31,r1,r1
- 16: GETL R1, t12
- 17: PUTL t12, R31
- 18: INCEIPL $4
-
- 0x25475528: 90010104 stw r0,260(r1)
- 19: GETL R0, t14
- 20: GETL R1, t16
- 21: ADDL $0x104, t16
- 22: STL t14, (t16)
- 23: INCEIPL $4
-
- 0x2547552C: 920100C0 stw r16,192(r1)
- 24: GETL R16, t18
- 25: GETL R1, t20
- 26: ADDL $0xC0, t20
- 27: STL t18, (t20)
- 28: INCEIPL $4
-
- 0x25475530: 7CD03378 or r16,r6,r6
- 29: GETL R6, t22
- 30: PUTL t22, R16
- 31: INCEIPL $4
-
- 0x25475534: 926100CC stw r19,204(r1)
- 32: GETL R19, t24
- 33: GETL R1, t26
- 34: ADDL $0xCC, t26
- 35: STL t24, (t26)
- 36: INCEIPL $4
-
- 0x25475538: 7C932378 or r19,r4,r4
- 37: GETL R4, t28
- 38: PUTL t28, R19
- 39: INCEIPL $4
-
- 0x2547553C: 928100D0 stw r20,208(r1)
- 40: GETL R20, t30
- 41: GETL R1, t32
- 42: ADDL $0xD0, t32
- 43: STL t30, (t32)
- 44: INCEIPL $4
-
- 0x25475540: 7C741B78 or r20,r3,r3
- 45: GETL R3, t34
- 46: PUTL t34, R20
- 47: INCEIPL $4
-
- 0x25475544: 92C100D8 stw r22,216(r1)
- 48: GETL R22, t36
- 49: GETL R1, t38
- 50: ADDL $0xD8, t38
- 51: STL t36, (t38)
- 52: INCEIPL $4
-
- 0x25475548: 38600003 li r3,3
- 53: MOVL $0x3, t40
- 54: PUTL t40, R3
- 55: INCEIPL $4
-
- 0x2547554C: 92E100DC stw r23,220(r1)
- 56: GETL R23, t42
- 57: GETL R1, t44
- 58: ADDL $0xDC, t44
- 59: STL t42, (t44)
- 60: INCEIPL $4
-
- 0x25475550: 7D364B78 or r22,r9,r9
- 61: GETL R9, t46
- 62: PUTL t46, R22
- 63: INCEIPL $4
-
- 0x25475554: 932100E4 stw r25,228(r1)
- 64: GETL R25, t48
- 65: GETL R1, t50
- 66: ADDL $0xE4, t50
- 67: STL t48, (t50)
- 68: INCEIPL $4
-
- 0x25475558: 7CF73B78 or r23,r7,r7
- 69: GETL R7, t52
- 70: PUTL t52, R23
- 71: INCEIPL $4
-
- 0x2547555C: 934100E8 stw r26,232(r1)
- 72: GETL R26, t54
- 73: GETL R1, t56
- 74: ADDL $0xE8, t56
- 75: STL t54, (t56)
- 76: INCEIPL $4
-
- 0x25475560: 7D194378 or r25,r8,r8
- 77: GETL R8, t58
- 78: PUTL t58, R25
- 79: INCEIPL $4
-
- 0x25475564: 936100EC stw r27,236(r1)
- 80: GETL R27, t60
- 81: GETL R1, t62
- 82: ADDL $0xEC, t62
- 83: STL t60, (t62)
- 84: INCEIPL $4
-
- 0x25475568: 3B400000 li r26,0
- 85: MOVL $0x0, t64
- 86: PUTL t64, R26
- 87: INCEIPL $4
-
- 0x2547556C: 938100F0 stw r28,240(r1)
- 88: GETL R28, t66
- 89: GETL R1, t68
- 90: ADDL $0xF0, t68
- 91: STL t66, (t68)
- 92: INCEIPL $4
-
- 0x25475570: 7CBC2B78 or r28,r5,r5
- 93: GETL R5, t70
- 94: PUTL t70, R28
- 95: INCEIPL $4
-
- 0x25475574: 91C100B8 stw r14,184(r1)
- 96: GETL R14, t72
- 97: GETL R1, t74
- 98: ADDL $0xB8, t74
- 99: STL t72, (t74)
- 100: INCEIPL $4
-
- 0x25475578: 38BF0028 addi r5,r31,40
- 101: GETL R31, t76
- 102: ADDL $0x28, t76
- 103: PUTL t76, R5
- 104: INCEIPL $4
-
- 0x2547557C: 91E100BC stw r15,188(r1)
- 105: GETL R15, t78
- 106: GETL R1, t80
- 107: ADDL $0xBC, t80
- 108: STL t78, (t80)
- 109: INCEIPL $4
-
- 0x25475580: 922100C4 stw r17,196(r1)
- 110: GETL R17, t82
- 111: GETL R1, t84
- 112: ADDL $0xC4, t84
- 113: STL t82, (t84)
- 114: INCEIPL $4
-
- 0x25475584: 924100C8 stw r18,200(r1)
- 115: GETL R18, t86
- 116: GETL R1, t88
- 117: ADDL $0xC8, t88
- 118: STL t86, (t88)
- 119: INCEIPL $4
-
- 0x25475588: 92A100D4 stw r21,212(r1)
- 120: GETL R21, t90
- 121: GETL R1, t92
- 122: ADDL $0xD4, t92
- 123: STL t90, (t92)
- 124: INCEIPL $4
-
- 0x2547558C: 930100E0 stw r24,224(r1)
- 125: GETL R24, t94
- 126: GETL R1, t96
- 127: ADDL $0xE0, t96
- 128: STL t94, (t96)
- 129: INCEIPL $4
-
- 0x25475590: 93A100F4 stw r29,244(r1)
- 130: GETL R29, t98
- 131: GETL R1, t100
- 132: ADDL $0xF4, t100
- 133: STL t98, (t100)
- 134: INCEIPL $4
-
- 0x25475594: 918100B4 stw r12,180(r1)
- 135: GETL R12, t102
- 136: GETL R1, t104
- 137: ADDL $0xB4, t104
- 138: STL t102, (t104)
- 139: INCEIPL $4
-
- 0x25475598: 915F0098 stw r10,152(r31)
- 140: GETL R10, t106
- 141: GETL R31, t108
- 142: ADDL $0x98, t108
- 143: STL t106, (t108)
- 144: INCEIPL $4
-
- 0x2547559C: 837F0108 lwz r27,264(r31)
- 145: GETL R31, t110
- 146: ADDL $0x108, t110
- 147: LDL (t110), t112
- 148: PUTL t112, R27
- 149: INCEIPL $4
-
- 0x254755A0: 4800C905 bl 0x25481EA4
- 150: MOVL $0x254755A4, t114
- 151: PUTL t114, LR
- 152: JMPo-c $0x25481EA4 ($4)
-
-
-. 0 25475514 144
-. 7D 80 00 26 93 C1 00 F8 7F C8 02 A6 93 E1 00 FC 7C 3F 0B 78 90 01 01 04 92 01 00 C0 7C D0 33 78 92 61 00 CC 7C 93 23 78 92 81 00 D0 7C 74 1B 78 92 C1 00 D8 38 60 00 03 92 E1 00 DC 7D 36 4B 78 93 21 00 E4 7C F7 3B 78 93 41 00 E8 7D 19 43 78 93 61 00 EC 3B 40 00 00 93 81 00 F0 7C BC 2B 78 91 C1 00 B8 38 BF 00 28 91 E1 00 BC 92 21 00 C4 92 41 00 C8 92 A1 00 D4 93 01 00 E0 93 A1 00 F4 91 81 00 B4 91 5F 00 98 83 7F 01 08 48 00 C9 05
-
-==== BB 453 __GI___fxstat64(0x25481EA4) approx BBs exec'd 0 ====
-
- 0x25481EA4: 9421FF80 stwu r1,-128(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFF80, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x25481EA8: 7CC802A6 mflr r6
- 6: GETL LR, t4
- 7: PUTL t4, R6
- 8: INCEIPL $4
-
- 0x25481EAC: 48015155 bl 0x25497000
- 9: MOVL $0x25481EB0, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-. 0 25481EA4 12
-. 94 21 FF 80 7C C8 02 A6 48 01 51 55
-
-==== BB 454 (0x25481EB0) approx BBs exec'd 0 ====
-
- 0x25481EB0: 93C10078 stw r30,120(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x78, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25481EB4: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x25481EB8: 9361006C stw r27,108(r1)
- 8: GETL R27, t6
- 9: GETL R1, t8
- 10: ADDL $0x6C, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x25481EBC: 90C10084 stw r6,132(r1)
- 13: GETL R6, t10
- 14: GETL R1, t12
- 15: ADDL $0x84, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x25481EC0: 93210064 stw r25,100(r1)
- 18: GETL R25, t14
- 19: GETL R1, t16
- 20: ADDL $0x64, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0x25481EC4: 7C791B78 or r25,r3,r3
- 23: GETL R3, t18
- 24: PUTL t18, R25
- 25: INCEIPL $4
-
- 0x25481EC8: 837E04EC lwz r27,1260(r30)
- 26: GETL R30, t20
- 27: ADDL $0x4EC, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R27
- 30: INCEIPL $4
-
- 0x25481ECC: 93810070 stw r28,112(r1)
- 31: GETL R28, t24
- 32: GETL R1, t26
- 33: ADDL $0x70, t26
- 34: STL t24, (t26)
- 35: INCEIPL $4
-
- 0x25481ED0: 7CBC2B78 or r28,r5,r5
- 36: GETL R5, t28
- 37: PUTL t28, R28
- 38: INCEIPL $4
-
- 0x25481ED4: 801B0000 lwz r0,0(r27)
- 39: GETL R27, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R0
- 42: INCEIPL $4
-
- 0x25481ED8: 93E1007C stw r31,124(r1)
- 43: GETL R31, t34
- 44: GETL R1, t36
- 45: ADDL $0x7C, t36
- 46: STL t34, (t36)
- 47: INCEIPL $4
-
- 0x25481EDC: 7C9F2378 or r31,r4,r4
- 48: GETL R4, t38
- 49: PUTL t38, R31
- 50: INCEIPL $4
-
- 0x25481EE0: 2F800000 cmpi cr7,r0,0
- 51: GETL R0, t40
- 52: CMP0L t40, t42 (-rSo)
- 53: ICRFL t42, $0x7, CR
- 54: INCEIPL $4
-
- 0x25481EE4: 93410068 stw r26,104(r1)
- 55: GETL R26, t44
- 56: GETL R1, t46
- 57: ADDL $0x68, t46
- 58: STL t44, (t46)
- 59: INCEIPL $4
-
- 0x25481EE8: 93A10074 stw r29,116(r1)
- 60: GETL R29, t48
- 61: GETL R1, t50
- 62: ADDL $0x74, t50
- 63: STL t48, (t50)
- 64: INCEIPL $4
-
- 0x25481EEC: 409E0048 bc 4,30,0x25481F34
- 65: Jc30o $0x25481F34
-
-
-. 0 25481EB0 64
-. 93 C1 00 78 7F C8 02 A6 93 61 00 6C 90 C1 00 84 93 21 00 64 7C 79 1B 78 83 7E 04 EC 93 81 00 70 7C BC 2B 78 80 1B 00 00 93 E1 00 7C 7C 9F 23 78 2F 80 00 00 93 41 00 68 93 A1 00 74 40 9E 00 48
-
-==== BB 455 (0x25481EF0) approx BBs exec'd 0 ====
-
- 0x25481EF0: 83BE0514 lwz r29,1300(r30)
- 0: GETL R30, t0
- 1: ADDL $0x514, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0x25481EF4: 7C832378 or r3,r4,r4
- 5: GETL R4, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x25481EF8: 380000C5 li r0,197
- 8: MOVL $0xC5, t6
- 9: PUTL t6, R0
- 10: INCEIPL $4
-
- 0x25481EFC: 7CA42B78 or r4,r5,r5
- 11: GETL R5, t8
- 12: PUTL t8, R4
- 13: INCEIPL $4
-
- 0x25481F00: 835D0000 lwz r26,0(r29)
- 14: GETL R29, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R26
- 17: INCEIPL $4
-
- 0x25481F04: 44000002 sc
- 18: JMPo-sys $0x25481F08 ($4)
-
-
-. 0 25481EF0 24
-. 83 BE 05 14 7C 83 23 78 38 00 00 C5 7C A4 2B 78 83 5D 00 00 44 00 00 02
-
-==== BB 456 (0x25481F08) approx BBs exec'd 0 ====
-
- 0x25481F08: 7C000026 mfcr r0
- 0: GETL CR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x25481F0C: 74091000 andis. r9,r0,0x1000
- 3: GETL R0, t2
- 4: ANDL $0x10000000, t2
- 5: PUTL t2, R9
- 6: CMP0L t2, t4 (-rSo)
- 7: ICRFL t4, $0x0, CR
- 8: INCEIPL $4
-
- 0x25481F10: 408200C4 bc 4,2,0x25481FD4
- 9: Jc02o $0x25481FD4
-
-
-. 0 25481F08 12
-. 7C 00 00 26 74 09 10 00 40 82 00 C4
-
-==== BB 457 (0x25481F14) approx BBs exec'd 0 ====
-
- 0x25481F14: 2C83FFFF cmpi cr1,r3,-1
- 0: GETL R3, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0x25481F18: 40A60044 bc 5,6,0x25481F5C
- 5: Jc06o $0x25481F5C
-
-
-. 0 25481F14 8
-. 2C 83 FF FF 40 A6 00 44
-
-==== BB 458 (0x25481F5C) approx BBs exec'd 0 ====
-
- 0x25481F5C: 80A10084 lwz r5,132(r1)
- 0: GETL R1, t0
- 1: ADDL $0x84, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x25481F60: 83210064 lwz r25,100(r1)
- 5: GETL R1, t4
- 6: ADDL $0x64, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R25
- 9: INCEIPL $4
-
- 0x25481F64: 83410068 lwz r26,104(r1)
- 10: GETL R1, t8
- 11: ADDL $0x68, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R26
- 14: INCEIPL $4
-
- 0x25481F68: 7CA803A6 mtlr r5
- 15: GETL R5, t12
- 16: PUTL t12, LR
- 17: INCEIPL $4
-
- 0x25481F6C: 8361006C lwz r27,108(r1)
- 18: GETL R1, t14
- 19: ADDL $0x6C, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R27
- 22: INCEIPL $4
-
- 0x25481F70: 83810070 lwz r28,112(r1)
- 23: GETL R1, t18
- 24: ADDL $0x70, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R28
- 27: INCEIPL $4
-
- 0x25481F74: 83A10074 lwz r29,116(r1)
- 28: GETL R1, t22
- 29: ADDL $0x74, t22
- 30: LDL (t22), t24
- 31: PUTL t24, R29
- 32: INCEIPL $4
-
- 0x25481F78: 83C10078 lwz r30,120(r1)
- 33: GETL R1, t26
- 34: ADDL $0x78, t26
- 35: LDL (t26), t28
- 36: PUTL t28, R30
- 37: INCEIPL $4
-
- 0x25481F7C: 83E1007C lwz r31,124(r1)
- 38: GETL R1, t30
- 39: ADDL $0x7C, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R31
- 42: INCEIPL $4
-
- 0x25481F80: 38210080 addi r1,r1,128
- 43: GETL R1, t34
- 44: ADDL $0x80, t34
- 45: PUTL t34, R1
- 46: INCEIPL $4
-
- 0x25481F84: 4E800020 blr
- 47: GETL LR, t36
- 48: JMPo-r t36 ($4)
-
-
-. 0 25481F5C 44
-. 80 A1 00 84 83 21 00 64 83 41 00 68 7C A8 03 A6 83 61 00 6C 83 81 00 70 83 A1 00 74 83 C1 00 78 83 E1 00 7C 38 21 00 80 4E 80 00 20
-
-==== BB 459 (0x254755A4) approx BBs exec'd 0 ====
-
- 0x254755A4: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x254755A8: 935F00A0 stw r26,160(r31)
- 4: GETL R26, t4
- 5: GETL R31, t6
- 6: ADDL $0xA0, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0x254755AC: 419C082C bc 12,28,0x25475DD8
- 9: Js28o $0x25475DD8
-
-
-. 0 254755A4 12
-. 2F 83 00 00 93 5F 00 A0 41 9C 08 2C
-
-==== BB 460 (0x254755B0) approx BBs exec'd 0 ====
-
- 0x254755B0: 1CBB0018 mulli r5,r27,24
- 0: GETL R27, t0
- 1: MULL $0x18, t0
- 2: PUTL t0, R5
- 3: INCEIPL $4
-
- 0x254755B4: 809E04C8 lwz r4,1224(r30)
- 4: GETL R30, t2
- 5: ADDL $0x4C8, t2
- 6: LDL (t2), t4
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0x254755B8: 7FA5202E lwzx r29,r5,r4
- 9: GETL R4, t6
- 10: GETL R5, t8
- 11: ADDL t8, t6
- 12: LDL (t6), t10
- 13: PUTL t10, R29
- 14: INCEIPL $4
-
- 0x254755BC: 2C1D0000 cmpi cr0,r29,0
- 15: GETL R29, t12
- 16: CMP0L t12, t14 (-rSo)
- 17: ICRFL t14, $0x0, CR
- 18: INCEIPL $4
-
- 0x254755C0: 41820148 bc 12,2,0x25475708
- 19: Js02o $0x25475708
-
-
-. 0 254755B0 20
-. 1C BB 00 18 80 9E 04 C8 7F A5 20 2E 2C 1D 00 00 41 82 01 48
-
-==== BB 461 (0x254755C4) approx BBs exec'd 0 ====
-
- 0x254755C4: 817F0030 lwz r11,48(r31)
- 0: GETL R31, t0
- 1: ADDL $0x30, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x254755C8: 3B400000 li r26,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R26
- 7: INCEIPL $4
-
- 0x254755CC: 48000010 b 0x254755DC
- 8: JMPo $0x254755DC ($4)
-
-
-. 0 254755C4 12
-. 81 7F 00 30 3B 40 00 00 48 00 00 10
-
-==== BB 462 (0x254755DC) approx BBs exec'd 0 ====
-
- 0x254755DC: 80DD01D8 lwz r6,472(r29)
- 0: GETL R29, t0
- 1: ADDL $0x1D8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x254755E0: 7C865800 cmp cr1,r6,r11
- 5: GETL R6, t4
- 6: GETL R11, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x1, CR
- 9: INCEIPL $4
-
- 0x254755E4: 4086FFEC bc 4,6,0x254755D0
- 10: Jc06o $0x254755D0
-
-
-. 0 254755DC 12
-. 80 DD 01 D8 7C 86 58 00 40 86 FF EC
-
-==== BB 463 (0x254755E8) approx BBs exec'd 0 ====
-
- 0x254755E8: 811D01DC lwz r8,476(r29)
- 0: GETL R29, t0
- 1: ADDL $0x1DC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x254755EC: 80FF0034 lwz r7,52(r31)
- 5: GETL R31, t4
- 6: ADDL $0x34, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R7
- 9: INCEIPL $4
-
- 0x254755F0: 7E083800 cmp cr4,r8,r7
- 10: GETL R8, t8
- 11: GETL R7, t10
- 12: CMPL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x4, CR
- 14: INCEIPL $4
-
- 0x254755F4: 4092FFDC bc 4,18,0x254755D0
- 15: Jc18o $0x254755D0
-
-
-. 0 254755E8 16
-. 81 1D 01 DC 80 FF 00 34 7E 08 38 00 40 92 FF DC
-
-==== BB 464 (0x254755D0) approx BBs exec'd 0 ====
-
- 0x254755D0: 83BD000C lwz r29,12(r29)
- 0: GETL R29, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0x254755D4: 2E1D0000 cmpi cr4,r29,0
- 5: GETL R29, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x4, CR
- 8: INCEIPL $4
-
- 0x254755D8: 41920130 bc 12,18,0x25475708
- 9: Js18o $0x25475708
-
-
-. 0 254755D0 12
-. 83 BD 00 0C 2E 1D 00 00 41 92 01 30
-
-==== BB 465 (0x25475708) approx BBs exec'd 0 ====
-
- 0x25475708: 2F1B0000 cmpi cr6,r27,0
- 0: GETL R27, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x2547570C: 409A06E0 bc 4,26,0x25475DEC
- 4: Jc26o $0x25475DEC
-
-
-. 0 25475708 8
-. 2F 1B 00 00 40 9A 06 E0
-
-==== BB 466 (0x25475710) approx BBs exec'd 0 ====
-
- 0x25475710: 72C00004 andi. r0,r22,0x4
- 0: GETL R22, t0
- 1: ANDL $0x4, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0x25475714: 38600000 li r3,0
- 6: MOVL $0x0, t4
- 7: PUTL t4, R3
- 8: INCEIPL $4
-
- 0x25475718: 40A2FF8C bc 5,2,0x254756A4
- 9: Jc02o $0x254756A4
-
-
-. 0 25475710 12
-. 72 C0 00 04 38 60 00 00 40 A2 FF 8C
-
-==== BB 467 (0x2547571C) approx BBs exec'd 0 ====
-
- 0x2547571C: 823E04F4 lwz r17,1268(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4F4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R17
- 4: INCEIPL $4
-
- 0x25475720: 80910000 lwz r4,0(r17)
- 5: GETL R17, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R4
- 8: INCEIPL $4
-
- 0x25475724: 70890040 andi. r9,r4,0x40
- 9: GETL R4, t8
- 10: ANDL $0x40, t8
- 11: PUTL t8, R9
- 12: CMP0L t8, t10 (-rSo)
- 13: ICRFL t10, $0x0, CR
- 14: INCEIPL $4
-
- 0x25475728: 40820738 bc 4,2,0x25475E60
- 15: Jc02o $0x25475E60
-
-
-. 0 2547571C 16
-. 82 3E 04 F4 80 91 00 00 70 89 00 40 40 82 07 38
-
-==== BB 468 (0x2547572C) approx BBs exec'd 0 ====
-
- 0x2547572C: 7F25CB78 or r5,r25,r25
- 0: GETL R25, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0x25475730: 7F68DB78 or r8,r27,r27
- 3: GETL R27, t2
- 4: PUTL t2, R8
- 5: INCEIPL $4
-
- 0x25475734: 7E038378 or r3,r16,r16
- 6: GETL R16, t4
- 7: PUTL t4, R3
- 8: INCEIPL $4
-
- 0x25475738: 7E84A378 or r4,r20,r20
- 9: GETL R20, t6
- 10: PUTL t6, R4
- 11: INCEIPL $4
-
- 0x2547573C: 7EE6BB78 or r6,r23,r23
- 12: GETL R23, t8
- 13: PUTL t8, R6
- 14: INCEIPL $4
-
- 0x25475740: 7EC7B378 or r7,r22,r22
- 15: GETL R22, t10
- 16: PUTL t10, R7
- 17: INCEIPL $4
-
- 0x25475744: 480039B1 bl 0x254790F4
- 18: MOVL $0x25475748, t12
- 19: PUTL t12, LR
- 20: JMPo-c $0x254790F4 ($4)
-
-
-. 0 2547572C 28
-. 7F 25 CB 78 7F 68 DB 78 7E 03 83 78 7E 84 A3 78 7E E6 BB 78 7E C7 B3 78 48 00 39 B1
-
-==== BB 469 (0x25479318) approx BBs exec'd 0 ====
-
- 0x25479318: 7D695B78 or r9,r11,r11
- 0: GETL R11, t0
- 1: PUTL t0, R9
- 2: INCEIPL $4
-
- 0x2547931C: 48000008 b 0x25479324
- 3: JMPo $0x25479324 ($4)
-
-
-. 0 25479318 8
-. 7D 69 5B 78 48 00 00 08
-
-==== BB 470 (0x25479324) approx BBs exec'd 0 ====
-
- 0x25479324: 8009000C lwz r0,12(r9)
- 0: GETL R9, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25479328: 2C800000 cmpi cr1,r0,0
- 5: GETL R0, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x2547932C: 4086FFF4 bc 4,6,0x25479320
- 9: Jc06o $0x25479320
-
-
-. 0 25479324 12
-. 80 09 00 0C 2C 80 00 00 40 86 FF F4
-
-==== BB 471 (0x25479320) approx BBs exec'd 0 ====
-
- 0x25479320: 7C090378 or r9,r0,r0
- 0: GETL R0, t0
- 1: PUTL t0, R9
- 2: INCEIPL $4
-
- 0x25479324: 8009000C lwz r0,12(r9)
- 3: GETL R9, t2
- 4: ADDL $0xC, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0x25479328: 2C800000 cmpi cr1,r0,0
- 8: GETL R0, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x1, CR
- 11: INCEIPL $4
-
- 0x2547932C: 4086FFF4 bc 4,6,0x25479320
- 12: Jc06o $0x25479320
-
-
-. 0 25479320 16
-. 7C 09 03 78 80 09 00 0C 2C 80 00 00 40 86 FF F4
-
-==== BB 472 (0x25479330) approx BBs exec'd 0 ====
-
- 0x25479330: 93E9000C stw r31,12(r9)
- 0: GETL R31, t0
- 1: GETL R9, t2
- 2: ADDL $0xC, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25479334: 2F1C0000 cmpi cr6,r28,0
- 5: GETL R28, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x25479338: 913F0010 stw r9,16(r31)
- 9: GETL R9, t8
- 10: GETL R31, t10
- 11: ADDL $0x10, t10
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0x2547933C: 38800001 li r4,1
- 14: MOVL $0x1, t12
- 15: PUTL t12, R4
- 16: INCEIPL $4
-
- 0x25479340: 7D0A282E lwzx r8,r10,r5
- 17: GETL R5, t14
- 18: GETL R10, t16
- 19: ADDL t16, t14
- 20: LDL (t14), t18
- 21: PUTL t18, R8
- 22: INCEIPL $4
-
- 0x25479344: 7D4A2A14 add r10,r10,r5
- 23: GETL R10, t20
- 24: GETL R5, t22
- 25: ADDL t20, t22
- 26: PUTL t22, R10
- 27: INCEIPL $4
-
- 0x25479348: 832A0004 lwz r25,4(r10)
- 28: GETL R10, t24
- 29: ADDL $0x4, t24
- 30: LDL (t24), t26
- 31: PUTL t26, R25
- 32: INCEIPL $4
-
- 0x2547934C: 81650198 lwz r11,408(r5)
- 33: GETL R5, t28
- 34: ADDL $0x198, t28
- 35: LDL (t28), t30
- 36: PUTL t30, R11
- 37: INCEIPL $4
-
- 0x25479350: 38E80158 addi r7,r8,344
- 38: GETL R8, t32
- 39: ADDL $0x158, t32
- 40: PUTL t32, R7
- 41: INCEIPL $4
-
- 0x25479354: 8185019C lwz r12,412(r5)
- 42: GETL R5, t34
- 43: ADDL $0x19C, t34
- 44: LDL (t34), t36
- 45: PUTL t36, R12
- 46: INCEIPL $4
-
- 0x25479358: 3B190001 addi r24,r25,1
- 47: GETL R25, t38
- 48: ADDL $0x1, t38
- 49: PUTL t38, R24
- 50: INCEIPL $4
-
- 0x2547935C: 90E60000 stw r7,0(r6)
- 51: GETL R7, t40
- 52: GETL R6, t42
- 53: STL t40, (t42)
- 54: INCEIPL $4
-
- 0x25479360: 310C0001 addic r8,r12,1
- 55: GETL R12, t44
- 56: ADCL $0x1, t44 (-wCa)
- 57: PUTL t44, R8
- 58: INCEIPL $4
-
- 0x25479364: 7CEB0194 addze r7,r11
- 59: GETL R11, t46
- 60: ADCL $0x0, t46 (-rCa-wCa)
- 61: PUTL t46, R7
- 62: INCEIPL $4
-
- 0x25479368: 930A0004 stw r24,4(r10)
- 63: GETL R24, t48
- 64: GETL R10, t50
- 65: ADDL $0x4, t50
- 66: STL t48, (t50)
- 67: INCEIPL $4
-
- 0x2547936C: 90E50198 stw r7,408(r5)
- 68: GETL R7, t52
- 69: GETL R5, t54
- 70: ADDL $0x198, t54
- 71: STL t52, (t54)
- 72: INCEIPL $4
-
- 0x25479370: 9105019C stw r8,412(r5)
- 73: GETL R8, t56
- 74: GETL R5, t58
- 75: ADDL $0x19C, t58
- 76: STL t56, (t58)
- 77: INCEIPL $4
-
- 0x25479374: 409AFEA8 bc 4,26,0x2547921C
- 78: Jc26o $0x2547921C
-
-
-. 0 25479330 72
-. 93 E9 00 0C 2F 1C 00 00 91 3F 00 10 38 80 00 01 7D 0A 28 2E 7D 4A 2A 14 83 2A 00 04 81 65 01 98 38 E8 01 58 81 85 01 9C 3B 19 00 01 90 E6 00 00 31 0C 00 01 7C EB 01 94 93 0A 00 04 90 E5 01 98 91 05 01 9C 40 9A FE A8
-
-==== BB 473 (0x2547921C) approx BBs exec'd 0 ====
-
- 0x2547921C: 801C0168 lwz r0,360(r28)
- 0: GETL R28, t0
- 1: ADDL $0x168, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25479220: 2C000000 cmpi cr0,r0,0
- 5: GETL R0, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0x25479224: 4082FFF4 bc 4,2,0x25479218
- 9: Jc02o $0x25479218
-
-
-. 0 2547921C 12
-. 80 1C 01 68 2C 00 00 00 40 82 FF F4
-
-==== BB 474 (0x25479234) approx BBs exec'd 0 ====
-
- 0x25479234: 81660000 lwz r11,0(r6)
- 0: GETL R6, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R11
- 3: INCEIPL $4
-
- 0x25479238: 7C895800 cmp cr1,r9,r11
- 4: GETL R9, t4
- 5: GETL R11, t6
- 6: CMPL t4, t6, t8 (-rSo)
- 7: ICRFL t8, $0x1, CR
- 8: INCEIPL $4
-
- 0x2547923C: 41860024 bc 12,6,0x25479260
- 9: Js06o $0x25479260
-
-
-. 0 25479234 12
-. 81 66 00 00 7C 89 58 00 41 86 00 24
-
-==== BB 475 (0x25479260) approx BBs exec'd 0 ====
-
- 0x25479260: 3B7F0158 addi r27,r31,344
- 0: GETL R31, t0
- 1: ADDL $0x158, t0
- 2: PUTL t0, R27
- 3: INCEIPL $4
-
- 0x25479264: 937F01C4 stw r27,452(r31)
- 4: GETL R27, t2
- 5: GETL R31, t4
- 6: ADDL $0x1C4, t4
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0x25479268: 8BB70000 lbz r29,0(r23)
- 9: GETL R23, t6
- 10: LDB (t6), t8
- 11: PUTL t8, R29
- 12: INCEIPL $4
-
- 0x2547926C: 2F1D0000 cmpi cr6,r29,0
- 13: GETL R29, t10
- 14: CMP0L t10, t12 (-rSo)
- 15: ICRFL t12, $0x6, CR
- 16: INCEIPL $4
-
- 0x25479270: 419A006C bc 12,26,0x254792DC
- 17: Js26o $0x254792DC
-
-
-. 0 25479260 20
-. 3B 7F 01 58 93 7F 01 C4 8B B7 00 00 2F 1D 00 00 41 9A 00 6C
-
-==== BB 476 (0x25479274) approx BBs exec'd 0 ====
-
- 0x25479274: 7EE3BB78 or r3,r23,r23
- 0: GETL R23, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25479278: 3B800000 li r28,0
- 3: MOVL $0x0, t2
- 4: PUTL t2, R28
- 5: INCEIPL $4
-
- 0x2547927C: 48009D55 bl 0x25482FD0
- 6: MOVL $0x25479280, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0x25482FD0 ($4)
-
-
-. 0 25479274 12
-. 7E E3 BB 78 3B 80 00 00 48 00 9D 55
-
-==== BB 477 (0x25479280) approx BBs exec'd 0 ====
-
- 0x25479280: 2F9D002F cmpi cr7,r29,47
- 0: GETL R29, t0
- 1: MOVL $0x2F, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x25479284: 3B630001 addi r27,r3,1
- 5: GETL R3, t6
- 6: ADDL $0x1, t6
- 7: PUTL t6, R27
- 8: INCEIPL $4
-
- 0x25479288: 835E0514 lwz r26,1300(r30)
- 9: GETL R30, t8
- 10: ADDL $0x514, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R26
- 13: INCEIPL $4
-
- 0x2547928C: 7F7DDB78 or r29,r27,r27
- 14: GETL R27, t12
- 15: PUTL t12, R29
- 16: INCEIPL $4
-
- 0x25479290: 419E0154 bc 12,30,0x254793E4
- 17: Js30o $0x254793E4
-
-
-. 0 25479280 20
-. 2F 9D 00 2F 3B 63 00 01 83 5E 05 14 7F 7D DB 78 41 9E 01 54
-
-==== BB 478 (0x254793E4) approx BBs exec'd 0 ====
-
- 0x254793E4: 7F63DB78 or r3,r27,r27
- 0: GETL R27, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x254793E8: 4801E63D bl 0x25497A24
- 3: MOVL $0x254793EC, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0x25497A24 ($4)
-
-
-. 0 254793E4 8
-. 7F 63 DB 78 48 01 E6 3D
-
-==== BB 479 (0x254793EC) approx BBs exec'd 0 ====
-
- 0x254793EC: 2C830000 cmpi cr1,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0x254793F0: 7C7C1B78 or r28,r3,r3
- 4: GETL R3, t4
- 5: PUTL t4, R28
- 6: INCEIPL $4
-
- 0x254793F4: 4086FFB0 bc 4,6,0x254793A4
- 7: Jc06o $0x254793A4
-
-
-. 0 254793EC 12
-. 2C 83 00 00 7C 7C 1B 78 40 86 FF B0
-
-==== BB 480 (0x254793A4) approx BBs exec'd 0 ====
-
- 0x254793A4: 7EE4BB78 or r4,r23,r23
- 0: GETL R23, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0x254793A8: 7F65DB78 or r5,r27,r27
- 3: GETL R27, t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0x254793AC: 4800A675 bl 0x25483A20
- 6: MOVL $0x254793B0, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0x25483A20 ($4)
-
-
-. 0 254793A4 12
-. 7E E4 BB 78 7F 65 DB 78 48 00 A6 75
-
-==== BB 481 (0x254793B0) approx BBs exec'd 0 ====
-
- 0x254793B0: 8EE3FFFF lbzu r23,-1(r3)
- 0: GETL R3, t0
- 1: ADDL $0xFFFFFFFF, t0
- 2: PUTL t0, R3
- 3: LDB (t0), t2
- 4: PUTL t2, R23
- 5: INCEIPL $4
-
- 0x254793B4: 2C17002F cmpi cr0,r23,47
- 6: GETL R23, t4
- 7: MOVL $0x2F, t8
- 8: CMPL t4, t8, t6 (-rSo)
- 9: ICRFL t6, $0x0, CR
- 10: INCEIPL $4
-
- 0x254793B8: 4082FFF8 bc 4,2,0x254793B0
- 11: Jc02o $0x254793B0
-
-
-. 0 254793B0 12
-. 8E E3 FF FF 2C 17 00 2F 40 82 FF F8
-
-==== BB 482 (0x254793BC) approx BBs exec'd 0 ====
-
- 0x254793BC: 7F03E000 cmp cr6,r3,r28
- 0: GETL R3, t0
- 1: GETL R28, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x6, CR
- 4: INCEIPL $4
-
- 0x254793C0: 419A0014 bc 12,26,0x254793D4
- 5: Js26o $0x254793D4
-
-
-. 0 254793BC 8
-. 7F 03 E0 00 41 9A 00 14
-
-==== BB 483 (0x254793C4) approx BBs exec'd 0 ====
-
- 0x254793C4: 38C00000 li r6,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R6
- 2: INCEIPL $4
-
- 0x254793C8: 98C30000 stb r6,0(r3)
- 3: GETL R6, t2
- 4: GETL R3, t4
- 5: STB t2, (t4)
- 6: INCEIPL $4
-
- 0x254793CC: 939F019C stw r28,412(r31)
- 7: GETL R28, t6
- 8: GETL R31, t8
- 9: ADDL $0x19C, t8
- 10: STL t6, (t8)
- 11: INCEIPL $4
-
- 0x254793D0: 4BFFFF0C b 0x254792DC
- 12: JMPo $0x254792DC ($4)
-
-
-. 0 254793C4 16
-. 38 C0 00 00 98 C3 00 00 93 9F 01 9C 4B FF FF 0C
-
-==== BB 484 (0x25475748) approx BBs exec'd 0 ====
-
- 0x25475748: 3B1C0004 addi r24,r28,4
- 0: GETL R28, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R24
- 3: INCEIPL $4
-
- 0x2547574C: 7C7A1B79 or. r26,r3,r3
- 4: GETL R3, t2
- 5: PUTL t2, R26
- 6: CMP0L t2, t4 (-rSo)
- 7: ICRFL t4, $0x0, CR
- 8: INCEIPL $4
-
- 0x25475750: 41820708 bc 12,2,0x25475E58
- 9: Js02o $0x25475E58
-
-
-. 0 25475748 12
-. 3B 1C 00 04 7C 7A 1B 79 41 82 07 08
-
-==== BB 485 (0x25475754) approx BBs exec'd 0 ====
-
- 0x25475754: A1F8002C lhz r15,44(r24)
- 0: GETL R24, t0
- 1: ADDL $0x2C, t0
- 2: LDW (t0), t2
- 3: PUTL t2, R15
- 4: INCEIPL $4
-
- 0x25475758: 81D80018 lwz r14,24(r24)
- 5: GETL R24, t4
- 6: ADDL $0x18, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R14
- 9: INCEIPL $4
-
- 0x2547575C: A1580010 lhz r10,16(r24)
- 10: GETL R24, t8
- 11: ADDL $0x10, t8
- 12: LDW (t8), t10
- 13: PUTL t10, R10
- 14: INCEIPL $4
-
- 0x25475760: B1FA0154 sth r15,340(r26)
- 15: GETL R15, t12
- 16: GETL R26, t14
- 17: ADDL $0x154, t14
- 18: STW t12, (t14)
- 19: INCEIPL $4
-
- 0x25475764: 91DA0150 stw r14,336(r26)
- 20: GETL R14, t16
- 21: GETL R26, t18
- 22: ADDL $0x150, t18
- 23: STL t16, (t18)
- 24: INCEIPL $4
-
- 0x25475768: A118002C lhz r8,44(r24)
- 25: GETL R24, t20
- 26: ADDL $0x2C, t20
- 27: LDW (t20), t22
- 28: PUTL t22, R8
- 29: INCEIPL $4
-
- 0x2547576C: 8378001C lwz r27,28(r24)
- 30: GETL R24, t24
- 31: ADDL $0x1C, t24
- 32: LDL (t24), t26
- 33: PUTL t26, R27
- 34: INCEIPL $4
-
- 0x25475770: 551D2834 rlwinm r29,r8,5,0,26
- 35: GETL R8, t28
- 36: SHLL $0x5, t28
- 37: PUTL t28, R29
- 38: INCEIPL $4
-
- 0x25475774: 80DC0000 lwz r6,0(r28)
- 39: GETL R28, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R6
- 42: INCEIPL $4
-
- 0x25475778: 7CFBEA14 add r7,r27,r29
- 43: GETL R27, t34
- 44: GETL R29, t36
- 45: ADDL t34, t36
- 46: PUTL t36, R7
- 47: INCEIPL $4
-
- 0x2547577C: 7F3BE214 add r25,r27,r28
- 48: GETL R27, t38
- 49: GETL R28, t40
- 50: ADDL t38, t40
- 51: PUTL t40, R25
- 52: INCEIPL $4
-
- 0x25475780: 7F873040 cmpl cr7,r7,r6
- 53: GETL R7, t42
- 54: GETL R6, t44
- 55: CMPUL t42, t44, t46 (-rSo)
- 56: ICRFL t46, $0x7, CR
- 57: INCEIPL $4
-
- 0x25475784: 915F009C stw r10,156(r31)
- 58: GETL R10, t48
- 59: GETL R31, t50
- 60: ADDL $0x9C, t50
- 61: STL t48, (t50)
- 62: INCEIPL $4
-
- 0x25475788: 3B790004 addi r27,r25,4
- 63: GETL R25, t52
- 64: ADDL $0x4, t52
- 65: PUTL t52, R27
- 66: INCEIPL $4
-
- 0x2547578C: 419D0438 bc 12,29,0x25475BC4
- 67: Js29o $0x25475BC4
-
-
-. 0 25475754 60
-. A1 F8 00 2C 81 D8 00 18 A1 58 00 10 B1 FA 01 54 91 DA 01 50 A1 18 00 2C 83 78 00 1C 55 1D 28 34 80 DC 00 00 7C FB EA 14 7F 3B E2 14 7F 87 30 40 91 5F 00 9C 3B 79 00 04 41 9D 04 38
-
-==== BB 486 (0x25475790) approx BBs exec'd 0 ====
-
- 0x25475790: A11A0154 lhz r8,340(r26)
- 0: GETL R26, t0
- 1: ADDL $0x154, t0
- 2: LDW (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x25475794: 7C320B78 or r18,r1,r1
- 5: GETL R1, t4
- 6: PUTL t4, R18
- 7: INCEIPL $4
-
- 0x25475798: 80810000 lwz r4,0(r1)
- 8: GETL R1, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R4
- 11: INCEIPL $4
-
- 0x2547579C: 3BA00007 li r29,7
- 12: MOVL $0x7, t10
- 13: PUTL t10, R29
- 14: INCEIPL $4
-
- 0x254757A0: 1CE80018 mulli r7,r8,24
- 15: GETL R8, t12
- 16: MULL $0x18, t12
- 17: PUTL t12, R7
- 18: INCEIPL $4
-
- 0x254757A4: 3B800000 li r28,0
- 19: MOVL $0x0, t14
- 20: PUTL t14, R28
- 21: INCEIPL $4
-
- 0x254757A8: 38C7001E addi r6,r7,30
- 22: GETL R7, t16
- 23: ADDL $0x1E, t16
- 24: PUTL t16, R6
- 25: INCEIPL $4
-
- 0x254757AC: 54D902B6 rlwinm r25,r6,0,10,27
- 26: GETL R6, t18
- 27: ANDL $0x3FFFF0, t18
- 28: PUTL t18, R25
- 29: INCEIPL $4
-
- 0x254757B0: 7CB900D0 neg r5,r25
- 30: GETL R25, t20
- 31: NEGL t20
- 32: PUTL t20, R5
- 33: INCEIPL $4
-
- 0x254757B4: 7C81296E stwux r4,r1,r5
- 34: GETL R5, t22
- 35: GETL R1, t24
- 36: ADDL t24, t22
- 37: PUTL t22, R1
- 38: GETL R4, t26
- 39: STL t26, (t22)
- 40: INCEIPL $4
-
- 0x254757B8: A0FA0154 lhz r7,340(r26)
- 41: GETL R26, t28
- 42: ADDL $0x154, t28
- 43: LDW (t28), t30
- 44: PUTL t30, R7
- 45: INCEIPL $4
-
- 0x254757BC: 3861002F addi r3,r1,47
- 46: GETL R1, t32
- 47: ADDL $0x2F, t32
- 48: PUTL t32, R3
- 49: INCEIPL $4
-
- 0x254757C0: 93BF00A4 stw r29,164(r31)
- 50: GETL R29, t34
- 51: GETL R31, t36
- 52: ADDL $0xA4, t36
- 53: STL t34, (t36)
- 54: INCEIPL $4
-
- 0x254757C4: 54750036 rlwinm r21,r3,0,0,27
- 55: GETL R3, t38
- 56: ANDL $0xFFFFFFF0, t38
- 57: PUTL t38, R21
- 58: INCEIPL $4
-
- 0x254757C8: 54E92834 rlwinm r9,r7,5,0,26
- 59: GETL R7, t40
- 60: SHLL $0x5, t40
- 61: PUTL t40, R9
- 62: INCEIPL $4
-
- 0x254757CC: 939F00A8 stw r28,168(r31)
- 63: GETL R28, t42
- 64: GETL R31, t44
- 65: ADDL $0xA8, t44
- 66: STL t42, (t44)
- 67: INCEIPL $4
-
- 0x254757D0: 7C09DA14 add r0,r9,r27
- 68: GETL R9, t46
- 69: GETL R27, t48
- 70: ADDL t46, t48
- 71: PUTL t48, R0
- 72: INCEIPL $4
-
- 0x254757D4: 7F7DDB78 or r29,r27,r27
- 73: GETL R27, t50
- 74: PUTL t50, R29
- 75: INCEIPL $4
-
- 0x254757D8: 7E00D840 cmpl cr4,r0,r27
- 76: GETL R0, t52
- 77: GETL R27, t54
- 78: CMPUL t52, t54, t56 (-rSo)
- 79: ICRFL t56, $0x4, CR
- 80: INCEIPL $4
-
- 0x254757DC: 409103A8 bc 4,17,0x25475B84
- 81: Jc17o $0x25475B84
-
-
-. 0 25475790 80
-. A1 1A 01 54 7C 32 0B 78 80 81 00 00 3B A0 00 07 1C E8 00 18 3B 80 00 00 38 C7 00 1E 54 D9 02 B6 7C B9 00 D0 7C 81 29 6E A0 FA 01 54 38 61 00 2F 93 BF 00 A4 54 75 00 36 54 E9 28 34 93 9F 00 A8 7C 09 DA 14 7F 7D DB 78 7E 00 D8 40 40 91 03 A8
-
-==== BB 487 (0x254757E0) approx BBs exec'd 0 ====
-
- 0x254757E0: 3B200000 li r25,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R25
- 2: INCEIPL $4
-
- 0x254757E4: 48000028 b 0x2547580C
- 3: JMPo $0x2547580C ($4)
-
-
-. 0 254757E0 8
-. 3B 20 00 00 48 00 00 28
-
-==== BB 488 (0x2547580C) approx BBs exec'd 0 ====
-
- 0x2547580C: 813D0000 lwz r9,0(r29)
- 0: GETL R29, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0x25475810: 2F090006 cmpi cr6,r9,6
- 4: GETL R9, t4
- 5: MOVL $0x6, t8
- 6: CMPL t4, t8, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x25475814: 419A0094 bc 12,26,0x254758A8
- 9: Js26o $0x254758A8
-
-
-. 0 2547580C 12
-. 81 3D 00 00 2F 09 00 06 41 9A 00 94
-
-==== BB 489 (0x25475818) approx BBs exec'd 0 ====
-
- 0x25475818: 28090006 cmpli cr0,r9,6
- 0: GETL R9, t0
- 1: MOVL $0x6, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x2547581C: 40A1FFCC bc 5,1,0x254757E8
- 5: Jc01o $0x254757E8
-
-
-. 0 25475818 8
-. 28 09 00 06 40 A1 FF CC
-
-==== BB 490 (0x254757E8) approx BBs exec'd 0 ====
-
- 0x254757E8: 2F890001 cmpi cr7,r9,1
- 0: GETL R9, t0
- 1: MOVL $0x1, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x254757EC: 419E02C4 bc 12,30,0x25475AB0
- 5: Js30o $0x25475AB0
-
-
-. 0 254757E8 8
-. 2F 89 00 01 41 9E 02 C4
-
-==== BB 491 (0x25475AB0) approx BBs exec'd 0 ====
-
- 0x25475AB0: 81310004 lwz r9,4(r17)
- 0: GETL R17, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25475AB4: 817D001C lwz r11,28(r29)
- 5: GETL R29, t4
- 6: ADDL $0x1C, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R11
- 9: INCEIPL $4
-
- 0x25475AB8: 3909FFFF addi r8,r9,-1
- 10: GETL R9, t8
- 11: ADDL $0xFFFFFFFF, t8
- 12: PUTL t8, R8
- 13: INCEIPL $4
-
- 0x25475ABC: 7D694039 and. r9,r11,r8
- 14: GETL R11, t10
- 15: GETL R8, t12
- 16: ANDL t10, t12
- 17: PUTL t12, R9
- 18: CMP0L t12, t14 (-rSo)
- 19: ICRFL t14, $0x0, CR
- 20: INCEIPL $4
-
- 0x25475AC0: 4082062C bc 4,2,0x254760EC
- 21: Jc02o $0x254760EC
-
-
-. 0 25475AB0 20
-. 81 31 00 04 81 7D 00 1C 39 09 FF FF 7D 69 40 39 40 82 06 2C
-
-==== BB 492 (0x25475AC4) approx BBs exec'd 0 ====
-
- 0x25475AC4: 815D0008 lwz r10,8(r29)
- 0: GETL R29, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x25475AC8: 38ABFFFF addi r5,r11,-1
- 5: GETL R11, t4
- 6: ADDL $0xFFFFFFFF, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x25475ACC: 80DD0004 lwz r6,4(r29)
- 9: GETL R29, t6
- 10: ADDL $0x4, t6
- 11: LDL (t6), t8
- 12: PUTL t8, R6
- 13: INCEIPL $4
-
- 0x25475AD0: 7C865050 subf r4,r6,r10
- 14: GETL R6, t10
- 15: GETL R10, t12
- 16: SUBL t10, t12
- 17: PUTL t12, R4
- 18: INCEIPL $4
-
- 0x25475AD4: 7C8B2839 and. r11,r4,r5
- 19: GETL R4, t14
- 20: GETL R5, t16
- 21: ANDL t14, t16
- 22: PUTL t16, R11
- 23: CMP0L t16, t18 (-rSo)
- 24: ICRFL t18, $0x0, CR
- 25: INCEIPL $4
-
- 0x25475AD8: 40820650 bc 4,2,0x25476128
- 26: Jc02o $0x25476128
-
-
-. 0 25475AC4 24
-. 81 5D 00 08 38 AB FF FF 80 DD 00 04 7C 86 50 50 7C 8B 28 39 40 82 06 50
-
-==== BB 493 (0x25475ADC) approx BBs exec'd 0 ====
-
- 0x25475ADC: 7D4A4078 andc r10,r10,r8
- 0: GETL R10, t0
- 1: GETL R8, t2
- 2: NOTL t2
- 3: ANDL t0, t2
- 4: PUTL t2, R10
- 5: INCEIPL $4
-
- 0x25475AE0: 3B9C0001 addi r28,r28,1
- 6: GETL R28, t4
- 7: ADDL $0x1, t4
- 8: PUTL t4, R28
- 9: INCEIPL $4
-
- 0x25475AE4: 7D55C92E stwx r10,r21,r25
- 10: GETL R25, t6
- 11: GETL R21, t8
- 12: ADDL t8, t6
- 13: GETL R10, t10
- 14: STL t10, (t6)
- 15: INCEIPL $4
-
- 0x25475AE8: 289C0001 cmpli cr1,r28,1
- 16: GETL R28, t12
- 17: MOVL $0x1, t16
- 18: CMPUL t12, t16, t14 (-rSo)
- 19: ICRFL t14, $0x1, CR
- 20: INCEIPL $4
-
- 0x25475AEC: 813D0008 lwz r9,8(r29)
- 21: GETL R29, t18
- 22: ADDL $0x8, t18
- 23: LDL (t18), t20
- 24: PUTL t20, R9
- 25: INCEIPL $4
-
- 0x25475AF0: 801D0010 lwz r0,16(r29)
- 26: GETL R29, t22
- 27: ADDL $0x10, t22
- 28: LDL (t22), t24
- 29: PUTL t24, R0
- 30: INCEIPL $4
-
- 0x25475AF4: 81F10004 lwz r15,4(r17)
- 31: GETL R17, t26
- 32: ADDL $0x4, t26
- 33: LDL (t26), t28
- 34: PUTL t28, R15
- 35: INCEIPL $4
-
- 0x25475AF8: 7C690214 add r3,r9,r0
- 36: GETL R9, t30
- 37: GETL R0, t32
- 38: ADDL t30, t32
- 39: PUTL t32, R3
- 40: INCEIPL $4
-
- 0x25475AFC: 7D837A14 add r12,r3,r15
- 41: GETL R3, t34
- 42: GETL R15, t36
- 43: ADDL t34, t36
- 44: PUTL t36, R12
- 45: INCEIPL $4
-
- 0x25475B00: 7DCF00D0 neg r14,r15
- 46: GETL R15, t38
- 47: NEGL t38
- 48: PUTL t38, R14
- 49: INCEIPL $4
-
- 0x25475B04: 396CFFFF addi r11,r12,-1
- 50: GETL R12, t40
- 51: ADDL $0xFFFFFFFF, t40
- 52: PUTL t40, R11
- 53: INCEIPL $4
-
- 0x25475B08: 7D687038 and r8,r11,r14
- 54: GETL R11, t42
- 55: GETL R14, t44
- 56: ANDL t42, t44
- 57: PUTL t44, R8
- 58: INCEIPL $4
-
- 0x25475B0C: 7D75CA14 add r11,r21,r25
- 59: GETL R21, t46
- 60: GETL R25, t48
- 61: ADDL t46, t48
- 62: PUTL t48, R11
- 63: INCEIPL $4
-
- 0x25475B10: 910B0004 stw r8,4(r11)
- 64: GETL R8, t50
- 65: GETL R11, t52
- 66: ADDL $0x4, t52
- 67: STL t50, (t52)
- 68: INCEIPL $4
-
- 0x25475B14: 3B390018 addi r25,r25,24
- 69: GETL R25, t54
- 70: ADDL $0x18, t54
- 71: PUTL t54, R25
- 72: INCEIPL $4
-
- 0x25475B18: 809D0008 lwz r4,8(r29)
- 73: GETL R29, t56
- 74: ADDL $0x8, t56
- 75: LDL (t56), t58
- 76: PUTL t58, R4
- 77: INCEIPL $4
-
- 0x25475B1C: 80DD0010 lwz r6,16(r29)
- 78: GETL R29, t60
- 79: ADDL $0x10, t60
- 80: LDL (t60), t62
- 81: PUTL t62, R6
- 82: INCEIPL $4
-
- 0x25475B20: 7CA43214 add r5,r4,r6
- 83: GETL R4, t64
- 84: GETL R6, t66
- 85: ADDL t64, t66
- 86: PUTL t66, R5
- 87: INCEIPL $4
-
- 0x25475B24: 90AB0008 stw r5,8(r11)
- 88: GETL R5, t68
- 89: GETL R11, t70
- 90: ADDL $0x8, t70
- 91: STL t68, (t70)
- 92: INCEIPL $4
-
- 0x25475B28: 813D0008 lwz r9,8(r29)
- 93: GETL R29, t72
- 94: ADDL $0x8, t72
- 95: LDL (t72), t74
- 96: PUTL t74, R9
- 97: INCEIPL $4
-
- 0x25475B2C: 801D0014 lwz r0,20(r29)
- 98: GETL R29, t76
- 99: ADDL $0x14, t76
- 100: LDL (t76), t78
- 101: PUTL t78, R0
- 102: INCEIPL $4
-
- 0x25475B30: 7C690214 add r3,r9,r0
- 103: GETL R9, t80
- 104: GETL R0, t82
- 105: ADDL t80, t82
- 106: PUTL t82, R3
- 107: INCEIPL $4
-
- 0x25475B34: 906B000C stw r3,12(r11)
- 108: GETL R3, t84
- 109: GETL R11, t86
- 110: ADDL $0xC, t86
- 111: STL t84, (t86)
- 112: INCEIPL $4
-
- 0x25475B38: 81910004 lwz r12,4(r17)
- 113: GETL R17, t88
- 114: ADDL $0x4, t88
- 115: LDL (t88), t90
- 116: PUTL t90, R12
- 117: INCEIPL $4
-
- 0x25475B3C: 81DD0004 lwz r14,4(r29)
- 118: GETL R29, t92
- 119: ADDL $0x4, t92
- 120: LDL (t92), t94
- 121: PUTL t94, R14
- 122: INCEIPL $4
-
- 0x25475B40: 7DEC00D0 neg r15,r12
- 123: GETL R12, t96
- 124: NEGL t96
- 125: PUTL t96, R15
- 126: INCEIPL $4
-
- 0x25475B44: 7DC87838 and r8,r14,r15
- 127: GETL R14, t98
- 128: GETL R15, t100
- 129: ANDL t98, t100
- 130: PUTL t100, R8
- 131: INCEIPL $4
-
- 0x25475B48: 910B0010 stw r8,16(r11)
- 132: GETL R8, t102
- 133: GETL R11, t104
- 134: ADDL $0x10, t104
- 135: STL t102, (t104)
- 136: INCEIPL $4
-
- 0x25475B4C: 40850018 bc 4,5,0x25475B64
- 137: Jc05o $0x25475B64
-
-
-. 0 25475ADC 116
-. 7D 4A 40 78 3B 9C 00 01 7D 55 C9 2E 28 9C 00 01 81 3D 00 08 80 1D 00 10 81 F1 00 04 7C 69 02 14 7D 83 7A 14 7D CF 00 D0 39 6C FF FF 7D 68 70 38 7D 75 CA 14 91 0B 00 04 3B 39 00 18 80 9D 00 08 80 DD 00 10 7C A4 32 14 90 AB 00 08 81 3D 00 08 80 1D 00 14 7C 69 02 14 90 6B 00 0C 81 91 00 04 81 DD 00 04 7D EC 00 D0 7D C8 78 38 91 0B 00 10 40 85 00 18
-
-==== BB 494 (0x25475B64) approx BBs exec'd 0 ====
-
- 0x25475B64: 807D0018 lwz r3,24(r29)
- 0: GETL R29, t0
- 1: ADDL $0x18, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x25475B68: 3D807351 lis r12,29521
- 5: MOVL $0x73510000, t4
- 6: PUTL t4, R12
- 7: INCEIPL $4
-
- 0x25475B6C: 618E6240 ori r14,r12,0x6240
- 8: MOVL $0x73516240, t6
- 9: PUTL t6, R14
- 10: INCEIPL $4
-
- 0x25475B70: 546F16FA rlwinm r15,r3,2,27,29
- 11: GETL R3, t8
- 12: ROLL $0x2, t8
- 13: ANDL $0x1C, t8
- 14: PUTL t8, R15
- 15: INCEIPL $4
-
- 0x25475B74: 7DC87E30 sraw r8,r14,r15
- 16: GETL R14, t12
- 17: GETL R15, t10
- 18: SARL t10, t12 (-wCa)
- 19: PUTL t12, R8
- 20: INCEIPL $4
-
- 0x25475B78: 5506073E rlwinm r6,r8,0,28,31
- 21: GETL R8, t14
- 22: ANDL $0xF, t14
- 23: PUTL t14, R6
- 24: INCEIPL $4
-
- 0x25475B7C: 90CB0014 stw r6,20(r11)
- 25: GETL R6, t16
- 26: GETL R11, t18
- 27: ADDL $0x14, t18
- 28: STL t16, (t18)
- 29: INCEIPL $4
-
- 0x25475B80: 4BFFFC78 b 0x254757F8
- 30: JMPo $0x254757F8 ($4)
-
-
-. 0 25475B64 32
-. 80 7D 00 18 3D 80 73 51 61 8E 62 40 54 6F 16 FA 7D C8 7E 30 55 06 07 3E 90 CB 00 14 4B FF FC 78
-
-==== BB 495 (0x254757F8) approx BBs exec'd 0 ====
-
- 0x254757F8: 54EF2834 rlwinm r15,r7,5,0,26
- 0: GETL R7, t0
- 1: SHLL $0x5, t0
- 2: PUTL t0, R15
- 3: INCEIPL $4
-
- 0x254757FC: 3BBD0020 addi r29,r29,32
- 4: GETL R29, t2
- 5: ADDL $0x20, t2
- 6: PUTL t2, R29
- 7: INCEIPL $4
-
- 0x25475800: 7DCFDA14 add r14,r15,r27
- 8: GETL R15, t4
- 9: GETL R27, t6
- 10: ADDL t4, t6
- 11: PUTL t6, R14
- 12: INCEIPL $4
-
- 0x25475804: 7C8EE840 cmpl cr1,r14,r29
- 13: GETL R14, t8
- 14: GETL R29, t10
- 15: CMPUL t8, t10, t12 (-rSo)
- 16: ICRFL t12, $0x1, CR
- 17: INCEIPL $4
-
- 0x25475808: 408500BC bc 4,5,0x254758C4
- 18: Jc05o $0x254758C4
-
-
-. 0 254757F8 20
-. 54 EF 28 34 3B BD 00 20 7D CF DA 14 7C 8E E8 40 40 85 00 BC
-
-==== BB 496 (0x25475B50) approx BBs exec'd 0 ====
-
- 0x25475B50: 808BFFEC lwz r4,-20(r11)
- 0: GETL R11, t0
- 1: ADDL $0xFFFFFFEC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x25475B54: 7E045000 cmp cr4,r4,r10
- 5: GETL R4, t4
- 6: GETL R10, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x4, CR
- 9: INCEIPL $4
-
- 0x25475B58: 4192000C bc 12,18,0x25475B64
- 10: Js18o $0x25475B64
-
-
-. 0 25475B50 12
-. 80 8B FF EC 7E 04 50 00 41 92 00 0C
-
-==== BB 497 (0x25475B5C) approx BBs exec'd 0 ====
-
- 0x25475B5C: 39400001 li r10,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R10
- 2: INCEIPL $4
-
- 0x25475B60: 915F00A8 stw r10,168(r31)
- 3: GETL R10, t2
- 4: GETL R31, t4
- 5: ADDL $0xA8, t4
- 6: STL t2, (t4)
- 7: INCEIPL $4
-
- 0x25475B64: 807D0018 lwz r3,24(r29)
- 8: GETL R29, t6
- 9: ADDL $0x18, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R3
- 12: INCEIPL $4
-
- 0x25475B68: 3D807351 lis r12,29521
- 13: MOVL $0x73510000, t10
- 14: PUTL t10, R12
- 15: INCEIPL $4
-
- 0x25475B6C: 618E6240 ori r14,r12,0x6240
- 16: MOVL $0x73516240, t12
- 17: PUTL t12, R14
- 18: INCEIPL $4
-
- 0x25475B70: 546F16FA rlwinm r15,r3,2,27,29
- 19: GETL R3, t14
- 20: ROLL $0x2, t14
- 21: ANDL $0x1C, t14
- 22: PUTL t14, R15
- 23: INCEIPL $4
-
- 0x25475B74: 7DC87E30 sraw r8,r14,r15
- 24: GETL R14, t18
- 25: GETL R15, t16
- 26: SARL t16, t18 (-wCa)
- 27: PUTL t18, R8
- 28: INCEIPL $4
-
- 0x25475B78: 5506073E rlwinm r6,r8,0,28,31
- 29: GETL R8, t20
- 30: ANDL $0xF, t20
- 31: PUTL t20, R6
- 32: INCEIPL $4
-
- 0x25475B7C: 90CB0014 stw r6,20(r11)
- 33: GETL R6, t22
- 34: GETL R11, t24
- 35: ADDL $0x14, t24
- 36: STL t22, (t24)
- 37: INCEIPL $4
-
- 0x25475B80: 4BFFFC78 b 0x254757F8
- 38: JMPo $0x254757F8 ($4)
-
-
-. 0 25475B5C 40
-. 39 40 00 01 91 5F 00 A8 80 7D 00 18 3D 80 73 51 61 8E 62 40 54 6F 16 FA 7D C8 7E 30 55 06 07 3E 90 CB 00 14 4B FF FC 78
-
-==== BB 498 (0x254757F0) approx BBs exec'd 0 ====
-
- 0x254757F0: 2C890002 cmpi cr1,r9,2
- 0: GETL R9, t0
- 1: MOVL $0x2, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0x254757F4: 418603B8 bc 12,6,0x25475BAC
- 5: Js06o $0x25475BAC
-
-
-. 0 254757F0 8
-. 2C 89 00 02 41 86 03 B8
-
-==== BB 499 (0x25475BAC) approx BBs exec'd 0 ====
-
- 0x25475BAC: 807D0014 lwz r3,20(r29)
- 0: GETL R29, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x25475BB0: 819D0008 lwz r12,8(r29)
- 5: GETL R29, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R12
- 9: INCEIPL $4
-
- 0x25475BB4: 546BE8FE rlwinm r11,r3,29,3,31
- 10: GETL R3, t8
- 11: SHRL $0x3, t8
- 12: PUTL t8, R11
- 13: INCEIPL $4
-
- 0x25475BB8: 919A0008 stw r12,8(r26)
- 14: GETL R12, t10
- 15: GETL R26, t12
- 16: ADDL $0x8, t12
- 17: STL t10, (t12)
- 18: INCEIPL $4
-
- 0x25475BBC: B17A0156 sth r11,342(r26)
- 19: GETL R11, t14
- 20: GETL R26, t16
- 21: ADDL $0x156, t16
- 22: STW t14, (t16)
- 23: INCEIPL $4
-
- 0x25475BC0: 4BFFFC38 b 0x254757F8
- 24: JMPo $0x254757F8 ($4)
-
-
-. 0 25475BAC 24
-. 80 7D 00 14 81 9D 00 08 54 6B E8 FE 91 9A 00 08 B1 7A 01 56 4B FF FC 38
-
-==== BB 500 (0x25475820) approx BBs exec'd 0 ====
-
- 0x25475820: 3DC06474 lis r14,25716
- 0: MOVL $0x64740000, t0
- 1: PUTL t0, R14
- 2: INCEIPL $4
-
- 0x25475824: 61C0E551 ori r0,r14,0xE551
- 3: MOVL $0x6474E551, t2
- 4: PUTL t2, R0
- 5: INCEIPL $4
-
- 0x25475828: 7E090000 cmp cr4,r9,r0
- 6: GETL R9, t4
- 7: GETL R0, t6
- 8: CMPL t4, t6, t8 (-rSo)
- 9: ICRFL t8, $0x4, CR
- 10: INCEIPL $4
-
- 0x2547582C: 41920278 bc 12,18,0x25475AA4
- 11: Js18o $0x25475AA4
-
-
-. 0 25475820 16
-. 3D C0 64 74 61 C0 E5 51 7E 09 00 00 41 92 02 78
-
-==== BB 501 (0x25475AA4) approx BBs exec'd 0 ====
-
- 0x25475AA4: 815D0018 lwz r10,24(r29)
- 0: GETL R29, t0
- 1: ADDL $0x18, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x25475AA8: 915F00A4 stw r10,164(r31)
- 5: GETL R10, t4
- 6: GETL R31, t6
- 7: ADDL $0xA4, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0x25475AAC: 4BFFFD4C b 0x254757F8
- 10: JMPo $0x254757F8 ($4)
-
-
-. 0 25475AA4 12
-. 81 5D 00 18 91 5F 00 A4 4B FF FD 4C
-
-==== BB 502 (0x254758C4) approx BBs exec'd 0 ====
-
- 0x254758C4: 2E1C0000 cmpi cr4,r28,0
- 0: GETL R28, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0x254758C8: 419202BC bc 12,18,0x25475B84
- 4: Js18o $0x25475B84
-
-
-. 0 254758C4 8
-. 2E 1C 00 00 41 92 02 BC
-
-==== BB 503 (0x254758CC) approx BBs exec'd 0 ====
-
- 0x254758CC: 1DFC0018 mulli r15,r28,24
- 0: GETL R28, t0
- 1: MULL $0x18, t0
- 2: PUTL t0, R15
- 3: INCEIPL $4
-
- 0x254758D0: 839F009C lwz r28,156(r31)
- 4: GETL R31, t2
- 5: ADDL $0x9C, t2
- 6: LDL (t2), t4
- 7: PUTL t4, R28
- 8: INCEIPL $4
-
- 0x254758D4: 81750000 lwz r11,0(r21)
- 9: GETL R21, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R11
- 12: INCEIPL $4
-
- 0x254758D8: 7EBDAB78 or r29,r21,r21
- 13: GETL R21, t10
- 14: PUTL t10, R29
- 15: INCEIPL $4
-
- 0x254758DC: 2E1C0003 cmpi cr4,r28,3
- 16: GETL R28, t12
- 17: MOVL $0x3, t16
- 18: CMPL t12, t16, t14 (-rSo)
- 19: ICRFL t14, $0x4, CR
- 20: INCEIPL $4
-
- 0x254758E0: 7F8FAA14 add r28,r15,r21
- 21: GETL R15, t18
- 22: GETL R21, t20
- 23: ADDL t18, t20
- 24: PUTL t20, R28
- 25: INCEIPL $4
-
- 0x254758E4: 833CFFF4 lwz r25,-12(r28)
- 26: GETL R28, t22
- 27: ADDL $0xFFFFFFF4, t22
- 28: LDL (t22), t24
- 29: PUTL t24, R25
- 30: INCEIPL $4
-
- 0x254758E8: 7DCBC850 subf r14,r11,r25
- 31: GETL R11, t26
- 32: GETL R25, t28
- 33: SUBL t26, t28
- 34: PUTL t28, R14
- 35: INCEIPL $4
-
- 0x254758EC: 40920818 bc 4,18,0x25476104
- 36: Jc18o $0x25476104
-
-
-. 0 254758CC 36
-. 1D FC 00 18 83 9F 00 9C 81 75 00 00 7E BD AB 78 2E 1C 00 03 7F 8F AA 14 83 3C FF F4 7D CB C8 50 40 92 08 18
-
-==== BB 504 (0x254758F0) approx BBs exec'd 0 ====
-
- 0x254758F0: 8191004C lwz r12,76(r17)
- 0: GETL R17, t0
- 1: ADDL $0x4C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R12
- 4: INCEIPL $4
-
- 0x254758F4: 7DC47378 or r4,r14,r14
- 5: GETL R14, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0x254758F8: 7EE3BB78 or r3,r23,r23
- 8: GETL R23, t6
- 9: PUTL t6, R3
- 10: INCEIPL $4
-
- 0x254758FC: 7D656038 and r5,r11,r12
- 11: GETL R11, t8
- 12: GETL R12, t10
- 13: ANDL t8, t10
- 14: PUTL t10, R5
- 15: INCEIPL $4
-
- 0x25475900: 4800ADE9 bl 0x254806E8
- 16: MOVL $0x25475904, t12
- 17: PUTL t12, LR
- 18: JMPo-c $0x254806E8 ($4)
-
-
-. 0 254758F0 20
-. 81 91 00 4C 7D C4 73 78 7E E3 BB 78 7D 65 60 38 48 00 AD E9
-
-==== BB 505 __elf_preferred_address(0x254806E8) approx BBs exec'd 0 ====
-
- 0x254806E8: 7CA32B79 or. r3,r5,r5
- 0: GETL R5, t0
- 1: PUTL t0, R3
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x254806EC: 7D8802A6 mflr r12
- 5: GETL LR, t4
- 6: PUTL t4, R12
- 7: INCEIPL $4
-
- 0x254806F0: 9421FFE0 stwu r1,-32(r1)
- 8: GETL R1, t6
- 9: GETL R1, t8
- 10: ADDL $0xFFFFFFE0, t8
- 11: PUTL t8, R1
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x254806F4: 4801690D bl 0x25497000
- 14: MOVL $0x254806F8, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0x25497000 ($4)
-
-
-. 0 254806E8 16
-. 7C A3 2B 79 7D 88 02 A6 94 21 FF E0 48 01 69 0D
-
-==== BB 506 (0x254806F8) approx BBs exec'd 0 ====
-
- 0x254806F8: 93A10014 stw r29,20(r1)
- 0: GETL R29, t0
- 1: GETL R1, t2
- 2: ADDL $0x14, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x254806FC: 7C9D2378 or r29,r4,r4
- 5: GETL R4, t4
- 6: PUTL t4, R29
- 7: INCEIPL $4
-
- 0x25480700: 93C10018 stw r30,24(r1)
- 8: GETL R30, t6
- 9: GETL R1, t8
- 10: ADDL $0x18, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x25480704: 7FC802A6 mflr r30
- 13: GETL LR, t10
- 14: PUTL t10, R30
- 15: INCEIPL $4
-
- 0x25480708: 93810010 stw r28,16(r1)
- 16: GETL R28, t12
- 17: GETL R1, t14
- 18: ADDL $0x10, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0x2548070C: 93E1001C stw r31,28(r1)
- 21: GETL R31, t16
- 22: GETL R1, t18
- 23: ADDL $0x1C, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0x25480710: 7D8803A6 mtlr r12
- 26: GETL R12, t20
- 27: PUTL t20, LR
- 28: INCEIPL $4
-
- 0x25480714: 408200FC bc 4,2,0x25480810
- 29: Jc02o $0x25480810
-
-
-. 0 254806F8 32
-. 93 A1 00 14 7C 9D 23 78 93 C1 00 18 7F C8 02 A6 93 81 00 10 93 E1 00 1C 7D 88 03 A6 40 82 00 FC
-
-==== BB 507 (0x25480718) approx BBs exec'd 0 ====
-
- 0x25480718: 3CC00003 lis r6,3
- 0: MOVL $0x30000, t0
- 1: PUTL t0, R6
- 2: INCEIPL $4
-
- 0x2548071C: 83FE04F4 lwz r31,1268(r30)
- 3: GETL R30, t2
- 4: ADDL $0x4F4, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R31
- 7: INCEIPL $4
-
- 0x25480720: 809E04C8 lwz r4,1224(r30)
- 8: GETL R30, t6
- 9: ADDL $0x4C8, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R4
- 12: INCEIPL $4
-
- 0x25480724: 60C6FFFF ori r6,r6,0xFFFF
- 13: MOVL $0x3FFFF, t10
- 14: PUTL t10, R6
- 15: INCEIPL $4
-
- 0x25480728: 3CE07000 lis r7,28672
- 16: MOVL $0x70000000, t12
- 17: PUTL t12, R7
- 18: INCEIPL $4
-
- 0x2548072C: 3980000F li r12,15
- 19: MOVL $0xF, t14
- 20: PUTL t14, R12
- 21: INCEIPL $4
-
- 0x25480730: 81640000 lwz r11,0(r4)
- 22: GETL R4, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R11
- 25: INCEIPL $4
-
- 0x25480734: 38840018 addi r4,r4,24
- 26: GETL R4, t20
- 27: ADDL $0x18, t20
- 28: PUTL t20, R4
- 29: INCEIPL $4
-
- 0x25480738: 2F8B0000 cmpi cr7,r11,0
- 30: GETL R11, t22
- 31: CMP0L t22, t24 (-rSo)
- 32: ICRFL t24, $0x7, CR
- 33: INCEIPL $4
-
- 0x2548073C: 419E009C bc 12,30,0x254807D8
- 34: Js30o $0x254807D8
-
-
-. 0 25480718 40
-. 3C C0 00 03 83 FE 04 F4 80 9E 04 C8 60 C6 FF FF 3C E0 70 00 39 80 00 0F 81 64 00 00 38 84 00 18 2F 8B 00 00 41 9E 00 9C
-
-==== BB 508 (0x25480740) approx BBs exec'd 0 ====
-
- 0x25480740: 813F0004 lwz r9,4(r31)
- 0: GETL R31, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25480744: 38A9FFFF addi r5,r9,-1
- 5: GETL R9, t4
- 6: ADDL $0xFFFFFFFF, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x25480748: 7CA328F8 nor r3,r5,r5
- 9: GETL R5, t6
- 10: NOTL t6
- 11: PUTL t6, R3
- 12: INCEIPL $4
-
- 0x2548074C: 800B01A4 lwz r0,420(r11)
- 13: GETL R11, t8
- 14: ADDL $0x1A4, t8
- 15: LDL (t8), t10
- 16: PUTL t10, R0
- 17: INCEIPL $4
-
- 0x25480750: 838B01A0 lwz r28,416(r11)
- 18: GETL R11, t12
- 19: ADDL $0x1A0, t12
- 20: LDL (t12), t14
- 21: PUTL t14, R28
- 22: INCEIPL $4
-
- 0x25480754: 7C082B78 or r8,r0,r5
- 23: GETL R0, t16
- 24: GETL R5, t18
- 25: ORL t18, t16
- 26: PUTL t16, R8
- 27: INCEIPL $4
-
- 0x25480758: 7C883840 cmpl cr1,r8,r7
- 28: GETL R8, t20
- 29: GETL R7, t22
- 30: CMPUL t20, t22, t24 (-rSo)
- 31: ICRFL t24, $0x1, CR
- 32: INCEIPL $4
-
- 0x2548075C: 7F8A1838 and r10,r28,r3
- 33: GETL R28, t26
- 34: GETL R3, t28
- 35: ANDL t26, t28
- 36: PUTL t28, R10
- 37: INCEIPL $4
-
- 0x25480760: 40840010 bc 4,4,0x25480770
- 38: Jc04o $0x25480770
-
-
-. 0 25480740 36
-. 81 3F 00 04 38 A9 FF FF 7C A3 28 F8 80 0B 01 A4 83 8B 01 A0 7C 08 2B 78 7C 88 38 40 7F 8A 18 38 40 84 00 10
-
-==== BB 509 (0x25480764) approx BBs exec'd 0 ====
-
- 0x25480764: 838B0180 lwz r28,384(r11)
- 0: GETL R11, t0
- 1: ADDL $0x180, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0x25480768: 7789C000 andis. r9,r28,0xC000
- 5: GETL R28, t4
- 6: ANDL $0xC0000000, t4
- 7: PUTL t4, R9
- 8: CMP0L t4, t6 (-rSo)
- 9: ICRFL t6, $0x0, CR
- 10: INCEIPL $4
-
- 0x2548076C: 4082000C bc 4,2,0x25480778
- 11: Jc02o $0x25480778
-
-
-. 0 25480764 12
-. 83 8B 01 80 77 89 C0 00 40 82 00 0C
-
-==== BB 510 (0x25480770) approx BBs exec'd 0 ====
-
- 0x25480770: 7F075040 cmpl cr6,r7,r10
- 0: GETL R7, t0
- 1: GETL R10, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x6, CR
- 4: INCEIPL $4
-
- 0x25480774: 40980054 bc 4,24,0x254807C8
- 5: Jc24o $0x254807C8
-
-
-. 0 25480770 8
-. 7F 07 50 40 40 98 00 54
-
-==== BB 511 (0x254807C8) approx BBs exec'd 0 ====
-
- 0x254807C8: 7D475378 or r7,r10,r10
- 0: GETL R10, t0
- 1: PUTL t0, R7
- 2: INCEIPL $4
-
- 0x254807CC: 816B000C lwz r11,12(r11)
- 3: GETL R11, t2
- 4: ADDL $0xC, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R11
- 7: INCEIPL $4
-
- 0x254807D0: 2C8B0000 cmpi cr1,r11,0
- 8: GETL R11, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x1, CR
- 11: INCEIPL $4
-
- 0x254807D4: 4086FF78 bc 4,6,0x2548074C
- 12: Jc06o $0x2548074C
-
-
-. 0 254807C8 16
-. 7D 47 53 78 81 6B 00 0C 2C 8B 00 00 40 86 FF 78
-
-==== BB 512 (0x2548074C) approx BBs exec'd 0 ====
-
- 0x2548074C: 800B01A4 lwz r0,420(r11)
- 0: GETL R11, t0
- 1: ADDL $0x1A4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25480750: 838B01A0 lwz r28,416(r11)
- 5: GETL R11, t4
- 6: ADDL $0x1A0, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R28
- 9: INCEIPL $4
-
- 0x25480754: 7C082B78 or r8,r0,r5
- 10: GETL R0, t8
- 11: GETL R5, t10
- 12: ORL t10, t8
- 13: PUTL t8, R8
- 14: INCEIPL $4
-
- 0x25480758: 7C883840 cmpl cr1,r8,r7
- 15: GETL R8, t12
- 16: GETL R7, t14
- 17: CMPUL t12, t14, t16 (-rSo)
- 18: ICRFL t16, $0x1, CR
- 19: INCEIPL $4
-
- 0x2548075C: 7F8A1838 and r10,r28,r3
- 20: GETL R28, t18
- 21: GETL R3, t20
- 22: ANDL t18, t20
- 23: PUTL t20, R10
- 24: INCEIPL $4
-
- 0x25480760: 40840010 bc 4,4,0x25480770
- 25: Jc04o $0x25480770
-
-
-. 0 2548074C 24
-. 80 0B 01 A4 83 8B 01 A0 7C 08 2B 78 7C 88 38 40 7F 8A 18 38 40 84 00 10
-
-==== BB 513 (0x25480778) approx BBs exec'd 0 ====
-
- 0x25480778: 7C064010 subfc r0,r6,r8
- 0: GETL R6, t0
- 1: GETL R8, t2
- 2: SBBL t0, t2 (-wCa)
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x2548077C: 38000000 li r0,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0x25480780: 7C000114 adde r0,r0,r0
- 8: GETL R0, t6
- 9: GETL R0, t8
- 10: ADCL t6, t8 (-rCa-wCa)
- 11: PUTL t8, R0
- 12: INCEIPL $4
-
- 0x25480784: 7D2A3010 subfc r9,r10,r6
- 13: GETL R10, t10
- 14: GETL R6, t12
- 15: SBBL t10, t12 (-wCa)
- 16: PUTL t12, R9
- 17: INCEIPL $4
-
- 0x25480788: 39200000 li r9,0
- 18: MOVL $0x0, t14
- 19: PUTL t14, R9
- 20: INCEIPL $4
-
- 0x2548078C: 7D294914 adde r9,r9,r9
- 21: GETL R9, t16
- 22: GETL R9, t18
- 23: ADCL t16, t18 (-rCa-wCa)
- 24: PUTL t18, R9
- 25: INCEIPL $4
-
- 0x25480790: 7C1C4839 and. r28,r0,r9
- 26: GETL R0, t20
- 27: GETL R9, t22
- 28: ANDL t20, t22
- 29: PUTL t22, R28
- 30: CMP0L t22, t24 (-rSo)
- 31: ICRFL t24, $0x0, CR
- 32: INCEIPL $4
-
- 0x25480794: 40820094 bc 4,2,0x25480828
- 33: Jc02o $0x25480828
-
-
-. 0 25480778 32
-. 7C 06 40 10 38 00 00 00 7C 00 01 14 7D 2A 30 10 39 20 00 00 7D 29 49 14 7C 1C 48 39 40 82 00 94
-
-==== BB 514 (0x25480798) approx BBs exec'd 0 ====
-
- 0x25480798: 7C083810 subfc r0,r8,r7
- 0: GETL R8, t0
- 1: GETL R7, t2
- 2: SBBL t0, t2 (-wCa)
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x2548079C: 38000000 li r0,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0x254807A0: 7C000114 adde r0,r0,r0
- 8: GETL R0, t6
- 9: GETL R0, t8
- 10: ADCL t6, t8 (-rCa-wCa)
- 11: PUTL t8, R0
- 12: INCEIPL $4
-
- 0x254807A4: 7D265010 subfc r9,r6,r10
- 13: GETL R6, t10
- 14: GETL R10, t12
- 15: SBBL t10, t12 (-wCa)
- 16: PUTL t12, R9
- 17: INCEIPL $4
-
- 0x254807A8: 39200000 li r9,0
- 18: MOVL $0x0, t14
- 19: PUTL t14, R9
- 20: INCEIPL $4
-
- 0x254807AC: 7D294914 adde r9,r9,r9
- 21: GETL R9, t16
- 22: GETL R9, t18
- 23: ADCL t16, t18 (-rCa-wCa)
- 24: PUTL t18, R9
- 25: INCEIPL $4
-
- 0x254807B0: 7C1C4839 and. r28,r0,r9
- 26: GETL R0, t20
- 27: GETL R9, t22
- 28: ANDL t20, t22
- 29: PUTL t22, R28
- 30: CMP0L t22, t24 (-rSo)
- 31: ICRFL t24, $0x0, CR
- 32: INCEIPL $4
-
- 0x254807B4: 41820018 bc 12,2,0x254807CC
- 33: Js02o $0x254807CC
-
-
-. 0 25480798 32
-. 7C 08 38 10 38 00 00 00 7C 00 01 14 7D 26 50 10 39 20 00 00 7D 29 49 14 7C 1C 48 39 41 82 00 18
-
-==== BB 515 (0x254807CC) approx BBs exec'd 0 ====
-
- 0x254807CC: 816B000C lwz r11,12(r11)
- 0: GETL R11, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x254807D0: 2C8B0000 cmpi cr1,r11,0
- 5: GETL R11, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x254807D4: 4086FF78 bc 4,6,0x2548074C
- 9: Jc06o $0x2548074C
-
-
-. 0 254807CC 12
-. 81 6B 00 0C 2C 8B 00 00 40 86 FF 78
-
-==== BB 516 (0x254807D8) approx BBs exec'd 0 ====
-
- 0x254807D8: 358CFFFF addic. r12,r12,-1
- 0: GETL R12, t0
- 1: ADCL $0xFFFFFFFF, t0 (-wCa)
- 2: PUTL t0, R12
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0x254807DC: 4080FF54 bc 4,0,0x25480730
- 6: Jc00o $0x25480730
-
-
-. 0 254807D8 8
-. 35 8C FF FF 40 80 FF 54
-
-==== BB 517 (0x25480730) approx BBs exec'd 0 ====
-
- 0x25480730: 81640000 lwz r11,0(r4)
- 0: GETL R4, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R11
- 3: INCEIPL $4
-
- 0x25480734: 38840018 addi r4,r4,24
- 4: GETL R4, t4
- 5: ADDL $0x18, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0x25480738: 2F8B0000 cmpi cr7,r11,0
- 8: GETL R11, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x7, CR
- 11: INCEIPL $4
-
- 0x2548073C: 419E009C bc 12,30,0x254807D8
- 12: Js30o $0x254807D8
-
-
-. 0 25480730 16
-. 81 64 00 00 38 84 00 18 2F 8B 00 00 41 9E 00 9C
-
-==== BB 518 (0x254807E0) approx BBs exec'd 0 ====
-
- 0x254807E0: 3C67FFFF addis r3,r7,-1
- 0: GETL R7, t0
- 1: ADDL $0xFFFF0000, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0x254807E4: 80FF0004 lwz r7,4(r31)
- 4: GETL R31, t2
- 5: ADDL $0x4, t2
- 6: LDL (t2), t4
- 7: PUTL t4, R7
- 8: INCEIPL $4
-
- 0x254807E8: 7F033040 cmpl cr6,r3,r6
- 9: GETL R3, t6
- 10: GETL R6, t8
- 11: CMPUL t6, t8, t10 (-rSo)
- 12: ICRFL t10, $0x6, CR
- 13: INCEIPL $4
-
- 0x254807EC: 3887FFFF addi r4,r7,-1
- 14: GETL R7, t12
- 15: ADDL $0xFFFFFFFF, t12
- 16: PUTL t12, R4
- 17: INCEIPL $4
-
- 0x254807F0: 7C85EB78 or r5,r4,r29
- 18: GETL R4, t14
- 19: GETL R29, t16
- 20: ORL t16, t14
- 21: PUTL t14, R5
- 22: INCEIPL $4
-
- 0x254807F4: 38850001 addi r4,r5,1
- 23: GETL R5, t18
- 24: ADDL $0x1, t18
- 25: PUTL t18, R4
- 26: INCEIPL $4
-
- 0x254807F8: 40990014 bc 4,25,0x2548080C
- 27: Jc25o $0x2548080C
-
-
-. 0 254807E0 28
-. 3C 67 FF FF 80 FF 00 04 7F 03 30 40 38 87 FF FF 7C 85 EB 78 38 85 00 01 40 99 00 14
-
-==== BB 519 (0x254807FC) approx BBs exec'd 0 ====
-
- 0x254807FC: 7D061850 subf r8,r6,r3
- 0: GETL R6, t0
- 1: GETL R3, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x25480800: 7C641850 subf r3,r4,r3
- 5: GETL R4, t4
- 6: GETL R3, t6
- 7: SUBL t4, t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0x25480804: 7F882040 cmpl cr7,r8,r4
- 10: GETL R8, t8
- 11: GETL R4, t10
- 12: CMPUL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x7, CR
- 14: INCEIPL $4
-
- 0x25480808: 409C0008 bc 4,28,0x25480810
- 15: Jc28o $0x25480810
-
-
-. 0 254807FC 16
-. 7D 06 18 50 7C 64 18 50 7F 88 20 40 40 9C 00 08
-
-==== BB 520 (0x25480810) approx BBs exec'd 0 ====
-
- 0x25480810: 83810010 lwz r28,16(r1)
- 0: GETL R1, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0x25480814: 83A10014 lwz r29,20(r1)
- 5: GETL R1, t4
- 6: ADDL $0x14, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R29
- 9: INCEIPL $4
-
- 0x25480818: 83C10018 lwz r30,24(r1)
- 10: GETL R1, t8
- 11: ADDL $0x18, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R30
- 14: INCEIPL $4
-
- 0x2548081C: 83E1001C lwz r31,28(r1)
- 15: GETL R1, t12
- 16: ADDL $0x1C, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R31
- 19: INCEIPL $4
-
- 0x25480820: 38210020 addi r1,r1,32
- 20: GETL R1, t16
- 21: ADDL $0x20, t16
- 22: PUTL t16, R1
- 23: INCEIPL $4
-
- 0x25480824: 4E800020 blr
- 24: GETL LR, t18
- 25: JMPo-r t18 ($4)
-
-
-. 0 25480810 24
-. 83 81 00 10 83 A1 00 14 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-
-==== BB 521 (0x25475904) approx BBs exec'd 0 ====
-
- 0x25475904: 80B50014 lwz r5,20(r21)
- 0: GETL R21, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x25475908: 81150010 lwz r8,16(r21)
- 5: GETL R21, t4
- 6: ADDL $0x10, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R8
- 9: INCEIPL $4
-
- 0x2547590C: 7DC47378 or r4,r14,r14
- 10: GETL R14, t8
- 11: PUTL t8, R4
- 12: INCEIPL $4
-
- 0x25475910: 38C00802 li r6,2050
- 13: MOVL $0x802, t10
- 14: PUTL t10, R6
- 15: INCEIPL $4
-
- 0x25475914: 7E679B78 or r7,r19,r19
- 16: GETL R19, t12
- 17: PUTL t12, R7
- 18: INCEIPL $4
-
- 0x25475918: 4800CE81 bl 0x25482798
- 19: MOVL $0x2547591C, t14
- 20: PUTL t14, LR
- 21: JMPo-c $0x25482798 ($4)
-
-
-. 0 25475904 24
-. 80 B5 00 14 81 15 00 10 7D C4 73 78 38 C0 08 02 7E 67 9B 78 48 00 CE 81
-
-==9225== Reading syms from /home/sewardj/valgrind-2.2.0-ppc/Inst/lib/valgrind/vg_inject.so (0xFFDD000)
-==== BB 522 (0x2547591C) approx BBs exec'd 0 ====
-
- 0x2547591C: 2F03FFFF cmpi cr6,r3,-1
- 0: GETL R3, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x6, CR
- 4: INCEIPL $4
-
- 0x25475920: 907A01A0 stw r3,416(r26)
- 5: GETL R3, t6
- 6: GETL R26, t8
- 7: ADDL $0x1A0, t8
- 8: STL t6, (t8)
- 9: INCEIPL $4
-
- 0x25475924: 419A013C bc 12,26,0x25475A60
- 10: Js26o $0x25475A60
-
-
-. 0 2547591C 12
-. 2F 03 FF FF 90 7A 01 A0 41 9A 01 3C
-
-==== BB 523 (0x25475928) approx BBs exec'd 0 ====
-
- 0x25475928: 817F00A8 lwz r11,168(r31)
- 0: GETL R31, t0
- 1: ADDL $0xA8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x2547592C: 7CA37214 add r5,r3,r14
- 5: GETL R3, t4
- 6: GETL R14, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R5
- 9: INCEIPL $4
-
- 0x25475930: 90BA01A4 stw r5,420(r26)
- 10: GETL R5, t8
- 11: GETL R26, t10
- 12: ADDL $0x1A4, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x25475934: 2F8B0000 cmpi cr7,r11,0
- 15: GETL R11, t12
- 16: CMP0L t12, t14 (-rSo)
- 17: ICRFL t14, $0x7, CR
- 18: INCEIPL $4
-
- 0x25475938: 80F50000 lwz r7,0(r21)
- 19: GETL R21, t16
- 20: LDL (t16), t18
- 21: PUTL t18, R7
- 22: INCEIPL $4
-
- 0x2547593C: 7C071850 subf r0,r7,r3
- 23: GETL R7, t20
- 24: GETL R3, t22
- 25: SUBL t20, t22
- 26: PUTL t22, R0
- 27: INCEIPL $4
-
- 0x25475940: 901A0000 stw r0,0(r26)
- 28: GETL R0, t24
- 29: GETL R26, t26
- 30: STL t24, (t26)
- 31: INCEIPL $4
-
- 0x25475944: 409E0534 bc 4,30,0x25475E78
- 32: Jc30o $0x25475E78
-
-
-. 0 25475928 32
-. 81 7F 00 A8 7C A3 72 14 90 BA 01 A4 2F 8B 00 00 80 F5 00 00 7C 07 18 50 90 1A 00 00 40 9E 05 34
-
-==== BB 524 (0x25475E78) approx BBs exec'd 0 ====
-
- 0x25475E78: 80750004 lwz r3,4(r21)
- 0: GETL R21, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x25475E7C: 38A00000 li r5,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x25475E80: 809CFFF4 lwz r4,-12(r28)
- 8: GETL R28, t6
- 9: ADDL $0xFFFFFFF4, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R4
- 12: INCEIPL $4
-
- 0x25475E84: 7C832050 subf r4,r3,r4
- 13: GETL R3, t10
- 14: GETL R4, t12
- 15: SUBL t10, t12
- 16: PUTL t12, R4
- 17: INCEIPL $4
-
- 0x25475E88: 7C601A14 add r3,r0,r3
- 18: GETL R0, t14
- 19: GETL R3, t16
- 20: ADDL t14, t16
- 21: PUTL t16, R3
- 22: INCEIPL $4
-
- 0x25475E8C: 4800C92D bl 0x254827B8
- 23: MOVL $0x25475E90, t18
- 24: PUTL t18, LR
- 25: JMPo-c $0x254827B8 ($4)
-
-
-. 0 25475E78 24
-. 80 75 00 04 38 A0 00 00 80 9C FF F4 7C 83 20 50 7C 60 1A 14 48 00 C9 2D
-
-==== BB 525 mprotect(0x254827B8) approx BBs exec'd 0 ====
-
- 0x254827B8: 3800007D li r0,125
- 0: MOVL $0x7D, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x254827BC: 44000002 sc
- 3: JMPo-sys $0x254827C0 ($4)
-
-
-. 0 254827B8 8
-. 38 00 00 7D 44 00 00 02
-
-==== BB 526 (0x254827C0) approx BBs exec'd 0 ====
-
- 0x254827C0: 4CA30020 bclr 5,3
- 0: GETL LR, t0
- 1: Jc03o-r t0
-
-
-. 0 254827C0 4
-. 4C A3 00 20
-
-==== BB 527 (0x25475E90) approx BBs exec'd 0 ====
-
- 0x25475E90: 4BFFFAB8 b 0x25475948
- 0: JMPo $0x25475948 ($4)
-
-
-. 0 25475E90 4
-. 4B FF FA B8
-
-==== BB 528 (0x25475948) approx BBs exec'd 0 ====
-
- 0x25475948: 80DD0014 lwz r6,20(r29)
- 0: GETL R29, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x2547594C: 70C90004 andi. r9,r6,0x4
- 5: GETL R6, t4
- 6: ANDL $0x4, t4
- 7: PUTL t4, R9
- 8: CMP0L t4, t6 (-rSo)
- 9: ICRFL t6, $0x0, CR
- 10: INCEIPL $4
-
- 0x25475950: 41820014 bc 12,2,0x25475964
- 11: Js02o $0x25475964
-
-
-. 0 25475948 12
-. 80 DD 00 14 70 C9 00 04 41 82 00 14
-
-==== BB 529 (0x25475954) approx BBs exec'd 0 ====
-
- 0x25475954: 839D0004 lwz r28,4(r29)
- 0: GETL R29, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0x25475958: 833A0000 lwz r25,0(r26)
- 5: GETL R26, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R25
- 8: INCEIPL $4
-
- 0x2547595C: 7D19E214 add r8,r25,r28
- 9: GETL R25, t8
- 10: GETL R28, t10
- 11: ADDL t8, t10
- 12: PUTL t10, R8
- 13: INCEIPL $4
-
- 0x25475960: 911A01A8 stw r8,424(r26)
- 14: GETL R8, t12
- 15: GETL R26, t14
- 16: ADDL $0x1A8, t14
- 17: STL t12, (t14)
- 18: INCEIPL $4
-
- 0x25475964: 819A014C lwz r12,332(r26)
- 19: GETL R26, t16
- 20: ADDL $0x14C, t16
- 21: LDL (t16), t18
- 22: PUTL t18, R12
- 23: INCEIPL $4
-
- 0x25475968: 2F8C0000 cmpi cr7,r12,0
- 24: GETL R12, t20
- 25: CMP0L t20, t22 (-rSo)
- 26: ICRFL t22, $0x7, CR
- 27: INCEIPL $4
-
- 0x2547596C: 409E0038 bc 4,30,0x254759A4
- 28: Jc30o $0x254759A4
-
-
-. 0 25475954 28
-. 83 9D 00 04 83 3A 00 00 7D 19 E2 14 91 1A 01 A8 81 9A 01 4C 2F 8C 00 00 40 9E 00 38
-
-==== BB 530 (0x25475970) approx BBs exec'd 0 ====
-
- 0x25475970: 815D0010 lwz r10,16(r29)
- 0: GETL R29, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x25475974: 8178001C lwz r11,28(r24)
- 5: GETL R24, t4
- 6: ADDL $0x1C, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R11
- 9: INCEIPL $4
-
- 0x25475978: 7C8A5840 cmpl cr1,r10,r11
- 10: GETL R10, t8
- 11: GETL R11, t10
- 12: CMPUL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x1, CR
- 14: INCEIPL $4
-
- 0x2547597C: 41850028 bc 12,5,0x254759A4
- 15: Js05o $0x254759A4
-
-
-. 0 25475970 16
-. 81 5D 00 10 81 78 00 1C 7C 8A 58 40 41 85 00 28
-
-==== BB 531 (0x25475980) approx BBs exec'd 0 ====
-
- 0x25475980: 801D0004 lwz r0,4(r29)
- 0: GETL R29, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25475984: 811D0000 lwz r8,0(r29)
- 5: GETL R29, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R8
- 8: INCEIPL $4
-
- 0x25475988: A138002C lhz r9,44(r24)
- 9: GETL R24, t8
- 10: ADDL $0x2C, t8
- 11: LDW (t8), t10
- 12: PUTL t10, R9
- 13: INCEIPL $4
-
- 0x2547598C: 7C880050 subf r4,r8,r0
- 14: GETL R8, t12
- 15: GETL R0, t14
- 16: SUBL t12, t14
- 17: PUTL t14, R4
- 18: INCEIPL $4
-
- 0x25475990: 55232834 rlwinm r3,r9,5,0,26
- 19: GETL R9, t16
- 20: SHLL $0x5, t16
- 21: PUTL t16, R3
- 22: INCEIPL $4
-
- 0x25475994: 7CA45214 add r5,r4,r10
- 23: GETL R4, t18
- 24: GETL R10, t20
- 25: ADDL t18, t20
- 26: PUTL t20, R5
- 27: INCEIPL $4
-
- 0x25475998: 7CEB1A14 add r7,r11,r3
- 28: GETL R11, t22
- 29: GETL R3, t24
- 30: ADDL t22, t24
- 31: PUTL t24, R7
- 32: INCEIPL $4
-
- 0x2547599C: 7F053840 cmpl cr6,r5,r7
- 33: GETL R5, t26
- 34: GETL R7, t28
- 35: CMPUL t26, t28, t30 (-rSo)
- 36: ICRFL t30, $0x6, CR
- 37: INCEIPL $4
-
- 0x254759A0: 4098069C bc 4,24,0x2547603C
- 38: Jc24o $0x2547603C
-
-
-. 0 25475980 36
-. 80 1D 00 04 81 1D 00 00 A1 38 00 2C 7C 88 00 50 55 23 28 34 7C A4 52 14 7C EB 1A 14 7F 05 38 40 40 98 06 9C
-
-==== BB 532 (0x2547603C) approx BBs exec'd 0 ====
-
- 0x2547603C: 7EE85A14 add r23,r8,r11
- 0: GETL R8, t0
- 1: GETL R11, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R23
- 4: INCEIPL $4
-
- 0x25476040: 7D6AB850 subf r11,r10,r23
- 5: GETL R10, t4
- 6: GETL R23, t6
- 7: SUBL t4, t6
- 8: PUTL t6, R11
- 9: INCEIPL $4
-
- 0x25476044: 917A014C stw r11,332(r26)
- 10: GETL R11, t8
- 11: GETL R26, t10
- 12: ADDL $0x14C, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x25476048: 4BFFF95C b 0x254759A4
- 15: JMPo $0x254759A4 ($4)
-
-
-. 0 2547603C 16
-. 7E E8 5A 14 7D 6A B8 50 91 7A 01 4C 4B FF F9 5C
-
-==== BB 533 (0x254759A4) approx BBs exec'd 0 ====
-
- 0x254759A4: 809D000C lwz r4,12(r29)
- 0: GETL R29, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x254759A8: 807D0008 lwz r3,8(r29)
- 5: GETL R29, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0x254759AC: 7C041840 cmpl cr0,r4,r3
- 10: GETL R4, t8
- 11: GETL R3, t10
- 12: CMPUL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x0, CR
- 14: INCEIPL $4
-
- 0x254759B0: 40810068 bc 4,1,0x25475A18
- 15: Jc01o $0x25475A18
-
-
-. 0 254759A4 16
-. 80 9D 00 0C 80 7D 00 08 7C 04 18 40 40 81 00 68
-
-==== BB 534 (0x25475A18) approx BBs exec'd 0 ====
-
- 0x25475A18: 3BBD0018 addi r29,r29,24
- 0: GETL R29, t0
- 1: ADDL $0x18, t0
- 2: PUTL t0, R29
- 3: INCEIPL $4
-
- 0x25475A1C: 7F357A14 add r25,r21,r15
- 4: GETL R21, t2
- 5: GETL R15, t4
- 6: ADDL t2, t4
- 7: PUTL t4, R25
- 8: INCEIPL $4
-
- 0x25475A20: 7F99E840 cmpl cr7,r25,r29
- 9: GETL R25, t6
- 10: GETL R29, t8
- 11: CMPUL t6, t8, t10 (-rSo)
- 12: ICRFL t10, $0x7, CR
- 13: INCEIPL $4
-
- 0x25475A24: 409D01F8 bc 4,29,0x25475C1C
- 14: Jc29o $0x25475C1C
-
-
-. 0 25475A18 16
-. 3B BD 00 18 7F 35 7A 14 7F 99 E8 40 40 9D 01 F8
-
-==== BB 535 (0x25475A28) approx BBs exec'd 0 ====
-
- 0x25475A28: 809D0004 lwz r4,4(r29)
- 0: GETL R29, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x25475A2C: 801D0000 lwz r0,0(r29)
- 5: GETL R29, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R0
- 8: INCEIPL $4
-
- 0x25475A30: 7C840040 cmpl cr1,r4,r0
- 9: GETL R4, t8
- 10: GETL R0, t10
- 11: CMPUL t8, t10, t12 (-rSo)
- 12: ICRFL t12, $0x1, CR
- 13: INCEIPL $4
-
- 0x25475A34: 4085FF14 bc 4,5,0x25475948
- 14: Jc05o $0x25475948
-
-
-. 0 25475A28 16
-. 80 9D 00 04 80 1D 00 00 7C 84 00 40 40 85 FF 14
-
-==== BB 536 (0x25475A38) approx BBs exec'd 0 ====
-
- 0x25475A38: 815A0000 lwz r10,0(r26)
- 0: GETL R26, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R10
- 3: INCEIPL $4
-
- 0x25475A3C: 7C802050 subf r4,r0,r4
- 4: GETL R0, t4
- 5: GETL R4, t6
- 6: SUBL t4, t6
- 7: PUTL t6, R4
- 8: INCEIPL $4
-
- 0x25475A40: 80BD0014 lwz r5,20(r29)
- 9: GETL R29, t8
- 10: ADDL $0x14, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R5
- 13: INCEIPL $4
-
- 0x25475A44: 38C00812 li r6,2066
- 14: MOVL $0x812, t12
- 15: PUTL t12, R6
- 16: INCEIPL $4
-
- 0x25475A48: 811D0010 lwz r8,16(r29)
- 17: GETL R29, t14
- 18: ADDL $0x10, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R8
- 21: INCEIPL $4
-
- 0x25475A4C: 7C6A0214 add r3,r10,r0
- 22: GETL R10, t18
- 23: GETL R0, t20
- 24: ADDL t18, t20
- 25: PUTL t20, R3
- 26: INCEIPL $4
-
- 0x25475A50: 7E679B78 or r7,r19,r19
- 27: GETL R19, t22
- 28: PUTL t22, R7
- 29: INCEIPL $4
-
- 0x25475A54: 4800CD45 bl 0x25482798
- 30: MOVL $0x25475A58, t24
- 31: PUTL t24, LR
- 32: JMPo-c $0x25482798 ($4)
-
-
-. 0 25475A38 32
-. 81 5A 00 00 7C 80 20 50 80 BD 00 14 38 C0 08 12 81 1D 00 10 7C 6A 02 14 7E 67 9B 78 48 00 CD 45
-
-==== BB 537 (0x25475A58) approx BBs exec'd 0 ====
-
- 0x25475A58: 2F03FFFF cmpi cr6,r3,-1
- 0: GETL R3, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x6, CR
- 4: INCEIPL $4
-
- 0x25475A5C: 409AFEEC bc 4,26,0x25475948
- 5: Jc26o $0x25475948
-
-
-. 0 25475A58 8
-. 2F 03 FF FF 40 9A FE EC
-
-==== BB 538 (0x254759B4) approx BBs exec'd 0 ====
-
- 0x254759B4: 80DA0000 lwz r6,0(r26)
- 0: GETL R26, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R6
- 3: INCEIPL $4
-
- 0x254759B8: 81710004 lwz r11,4(r17)
- 4: GETL R17, t4
- 5: ADDL $0x4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R11
- 8: INCEIPL $4
-
- 0x254759BC: 7F261A14 add r25,r6,r3
- 9: GETL R6, t8
- 10: GETL R3, t10
- 11: ADDL t8, t10
- 12: PUTL t10, R25
- 13: INCEIPL $4
-
- 0x254759C0: 7EE62214 add r23,r6,r4
- 14: GETL R6, t12
- 15: GETL R4, t14
- 16: ADDL t12, t14
- 17: PUTL t14, R23
- 18: INCEIPL $4
-
- 0x254759C4: 7D0BCA14 add r8,r11,r25
- 19: GETL R11, t16
- 20: GETL R25, t18
- 21: ADDL t16, t18
- 22: PUTL t18, R8
- 23: INCEIPL $4
-
- 0x254759C8: 7C6B00D0 neg r3,r11
- 24: GETL R11, t20
- 25: NEGL t20
- 26: PUTL t20, R3
- 27: INCEIPL $4
-
- 0x254759CC: 3948FFFF addi r10,r8,-1
- 28: GETL R8, t22
- 29: ADDL $0xFFFFFFFF, t22
- 30: PUTL t22, R10
- 31: INCEIPL $4
-
- 0x254759D0: 7D5C1838 and r28,r10,r3
- 32: GETL R10, t24
- 33: GETL R3, t26
- 34: ANDL t24, t26
- 35: PUTL t26, R28
- 36: INCEIPL $4
-
- 0x254759D4: 7F97E040 cmpl cr7,r23,r28
- 37: GETL R23, t28
- 38: GETL R28, t30
- 39: CMPUL t28, t30, t32 (-rSo)
- 40: ICRFL t32, $0x7, CR
- 41: INCEIPL $4
-
- 0x254759D8: 409C0008 bc 4,28,0x254759E0
- 42: Jc28o $0x254759E0
-
-
-. 0 254759B4 40
-. 80 DA 00 00 81 71 00 04 7F 26 1A 14 7E E6 22 14 7D 0B CA 14 7C 6B 00 D0 39 48 FF FF 7D 5C 18 38 7F 97 E0 40 40 9C 00 08
-
-==== BB 539 (0x254759DC) approx BBs exec'd 0 ====
-
- 0x254759DC: 7EFCBB78 or r28,r23,r23
- 0: GETL R23, t0
- 1: PUTL t0, R28
- 2: INCEIPL $4
-
- 0x254759E0: 7C9CC840 cmpl cr1,r28,r25
- 3: GETL R28, t2
- 4: GETL R25, t4
- 5: CMPUL t2, t4, t6 (-rSo)
- 6: ICRFL t6, $0x1, CR
- 7: INCEIPL $4
-
- 0x254759E4: 4085002C bc 4,5,0x25475A10
- 8: Jc05o $0x25475A10
-
-
-. 0 254759DC 12
-. 7E FC BB 78 7C 9C C8 40 40 85 00 2C
-
-==== BB 540 (0x254759E8) approx BBs exec'd 0 ====
-
- 0x254759E8: 80BD0014 lwz r5,20(r29)
- 0: GETL R29, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x254759EC: 70AA0002 andi. r10,r5,0x2
- 5: GETL R5, t4
- 6: ANDL $0x2, t4
- 7: PUTL t4, R10
- 8: CMP0L t4, t6 (-rSo)
- 9: ICRFL t6, $0x0, CR
- 10: INCEIPL $4
-
- 0x254759F0: 41820838 bc 12,2,0x25476228
- 11: Js02o $0x25476228
-
-
-. 0 254759E8 12
-. 80 BD 00 14 70 AA 00 02 41 82 08 38
-
-==== BB 541 (0x254759F4) approx BBs exec'd 0 ====
-
- 0x254759F4: 7CB9E050 subf r5,r25,r28
- 0: GETL R25, t0
- 1: GETL R28, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x254759F8: 7F23CB78 or r3,r25,r25
- 5: GETL R25, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x254759FC: 38800000 li r4,0
- 8: MOVL $0x0, t6
- 9: PUTL t6, R4
- 10: INCEIPL $4
-
- 0x25475A00: 4800DD45 bl 0x25483744
- 11: MOVL $0x25475A04, t8
- 12: PUTL t8, LR
- 13: JMPo-c $0x25483744 ($4)
-
-
-. 0 254759F4 16
-. 7C B9 E0 50 7F 23 CB 78 38 80 00 00 48 00 DD 45
-
-==== BB 542 memset(0x25483744) approx BBs exec'd 0 ====
-
- 0x25483744: 28850004 cmpli cr1,r5,4
- 0: GETL R5, t0
- 1: MOVL $0x4, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0x25483748: 70670003 andi. r7,r3,0x3
- 5: GETL R3, t6
- 6: ANDL $0x3, t6
- 7: PUTL t6, R7
- 8: CMP0L t6, t8 (-rSo)
- 9: ICRFL t8, $0x0, CR
- 10: INCEIPL $4
-
- 0x2548374C: 7C661B78 or r6,r3,r3
- 11: GETL R3, t10
- 12: PUTL t10, R6
- 13: INCEIPL $4
-
- 0x25483750: 40850190 bc 4,5,0x254838E0
- 14: Jc05o $0x254838E0
-
-
-. 0 25483744 16
-. 28 85 00 04 70 67 00 03 7C 66 1B 78 40 85 01 90
-
-==== BB 543 (0x25483754) approx BBs exec'd 0 ====
-
- 0x25483754: 2A85001F cmpli cr5,r5,31
- 0: GETL R5, t0
- 1: MOVL $0x1F, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x5, CR
- 4: INCEIPL $4
-
- 0x25483758: 5084442E rlwimi r4,r4,8,16,23
- 5: GETL R4, t6
- 6: GETL R4, t8
- 7: ROLL $0x8, t8
- 8: ANDL $0xFF00, t8
- 9: ANDL $0xFFFF00FF, t6
- 10: ORL t6, t8
- 11: PUTL t8, R4
- 12: INCEIPL $4
-
- 0x2548375C: 41A20024 bc 13,2,0x25483780
- 13: Js02o $0x25483780
-
-
-. 0 25483754 12
-. 2A 85 00 1F 50 84 44 2E 41 A2 00 24
-
-==== BB 544 (0x25483780) approx BBs exec'd 0 ====
-
- 0x25483780: 7CA01120 mtcrf 0x1,r5
- 0: GETL R5, t0
- 1: ICRFL t0, $0x7, CR
- 2: INCEIPL $4
-
- 0x25483784: 5084801E rlwimi r4,r4,16,0,15
- 3: GETL R4, t2
- 4: GETL R4, t4
- 5: ROLL $0x10, t4
- 6: ANDL $0xFFFF0000, t4
- 7: ANDL $0xFFFF, t2
- 8: ORL t2, t4
- 9: PUTL t4, R4
- 10: INCEIPL $4
-
- 0x25483788: 40950198 bc 4,21,0x25483920
- 11: Jc21o $0x25483920
-
-
-. 0 25483780 12
-. 7C A0 11 20 50 84 80 1E 40 95 01 98
-
-==== BB 545 (0x2548378C) approx BBs exec'd 0 ====
-
- 0x2548378C: 70C7001C andi. r7,r6,0x1C
- 0: GETL R6, t0
- 1: ANDL $0x1C, t0
- 2: PUTL t0, R7
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0x25483790: 20E70020 subfic r7,r7,32
- 6: GETL R7, t4
- 7: MOVL $0x20, t6
- 8: SBBL t4, t6 (-wCa)
- 9: PUTL t6, R7
- 10: INCEIPL $4
-
- 0x25483794: 41820040 bc 12,2,0x254837D4
- 11: Js02o $0x254837D4
-
-
-. 0 2548378C 12
-. 70 C7 00 1C 20 E7 00 20 41 82 00 40
-
-==== BB 546 (0x25483798) approx BBs exec'd 0 ====
-
- 0x25483798: 7CE01120 mtcrf 0x1,r7
- 0: GETL R7, t0
- 1: ICRFL t0, $0x7, CR
- 2: INCEIPL $4
-
- 0x2548379C: 7CC63A14 add r6,r6,r7
- 3: GETL R6, t2
- 4: GETL R7, t4
- 5: ADDL t2, t4
- 6: PUTL t4, R6
- 7: INCEIPL $4
-
- 0x254837A0: 7CA72850 subf r5,r7,r5
- 8: GETL R7, t6
- 9: GETL R5, t8
- 10: SUBL t6, t8
- 11: PUTL t8, R5
- 12: INCEIPL $4
-
- 0x254837A4: 28870010 cmpli cr1,r7,16
- 13: GETL R7, t10
- 14: MOVL $0x10, t14
- 15: CMPUL t10, t14, t12 (-rSo)
- 16: ICRFL t12, $0x1, CR
- 17: INCEIPL $4
-
- 0x254837A8: 7CC83378 or r8,r6,r6
- 18: GETL R6, t16
- 19: PUTL t16, R8
- 20: INCEIPL $4
-
- 0x254837AC: 409C000C bc 4,28,0x254837B8
- 21: Jc28o $0x254837B8
-
-
-. 0 25483798 24
-. 7C E0 11 20 7C C6 3A 14 7C A7 28 50 28 87 00 10 7C C8 33 78 40 9C 00 0C
-
-==== BB 547 (0x254837B8) approx BBs exec'd 0 ====
-
- 0x254837B8: 41840014 bc 12,4,0x254837CC
- 0: Js04o $0x254837CC
-
-
-. 0 254837B8 4
-. 41 84 00 14
-
-==== BB 548 (0x254837CC) approx BBs exec'd 0 ====
-
- 0x254837CC: 409D0008 bc 4,29,0x254837D4
- 0: Jc29o $0x254837D4
-
-
-. 0 254837CC 4
-. 40 9D 00 08
-
-==== BB 549 (0x254837D0) approx BBs exec'd 0 ====
-
- 0x254837D0: 9088FFFC stw r4,-4(r8)
- 0: GETL R4, t0
- 1: GETL R8, t2
- 2: ADDL $0xFFFFFFFC, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x254837D4: 28840000 cmpli cr1,r4,0
- 5: GETL R4, t4
- 6: MOVL $0x0, t8
- 7: CMPUL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x1, CR
- 9: INCEIPL $4
-
- 0x254837D8: 54A70035 rlwinm. r7,r5,0,0,26
- 10: GETL R5, t10
- 11: ANDL $0xFFFFFFE0, t10
- 12: PUTL t10, R7
- 13: CMP0L t10, t12 (-rSo)
- 14: ICRFL t12, $0x0, CR
- 15: INCEIPL $4
-
- 0x254837DC: 7CA01120 mtcrf 0x1,r5
- 16: GETL R5, t14
- 17: ICRFL t14, $0x7, CR
- 18: INCEIPL $4
-
- 0x254837E0: 418601A0 bc 12,6,0x25483980
- 19: Js06o $0x25483980
-
-
-. 0 254837D0 20
-. 90 88 FF FC 28 84 00 00 54 A7 00 35 7C A0 11 20 41 86 01 A0
-
-==== BB 550 (0x25483980) approx BBs exec'd 0 ====
-
- 0x25483980: 7C0802A6 mflr r0
- 0: GETL LR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x25483984: 4182FF9C bc 12,2,0x25483920
- 3: Js02o $0x25483920
-
-
-. 0 25483980 8
-. 7C 08 02 A6 41 82 FF 9C
-
-==== BB 551 (0x25483988) approx BBs exec'd 0 ====
-
- 0x25483988: 48013679 bl 0x25497000
- 0: MOVL $0x2548398C, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x25497000 ($4)
-
-
-. 0 25483988 4
-. 48 01 36 79
-
-==== BB 552 (0x2548398C) approx BBs exec'd 0 ====
-
- 0x2548398C: 7D2802A6 mflr r9
- 0: GETL LR, t0
- 1: PUTL t0, R9
- 2: INCEIPL $4
-
- 0x25483990: 812904F0 lwz r9,1264(r9)
- 3: GETL R9, t2
- 4: ADDL $0x4F0, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R9
- 7: INCEIPL $4
-
- 0x25483994: 81090000 lwz r8,0(r9)
- 8: GETL R9, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R8
- 11: INCEIPL $4
-
- 0x25483998: 7C0803A6 mtlr r0
- 12: GETL R0, t10
- 13: PUTL t10, LR
- 14: INCEIPL $4
-
- 0x2548399C: 28880000 cmpli cr1,r8,0
- 15: GETL R8, t12
- 16: MOVL $0x0, t16
- 17: CMPUL t12, t16, t14 (-rSo)
- 18: ICRFL t14, $0x1, CR
- 19: INCEIPL $4
-
- 0x254839A0: 4186FE44 bc 12,6,0x254837E4
- 20: Js06o $0x254837E4
-
-
-. 0 2548398C 24
-. 7D 28 02 A6 81 29 04 F0 81 09 00 00 7C 08 03 A6 28 88 00 00 41 86 FE 44
-
-==== BB 553 (0x254839A4) approx BBs exec'd 0 ====
-
- 0x254839A4: 28880020 cmpli cr1,r8,32
- 0: GETL R8, t0
- 1: MOVL $0x20, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0x254839A8: 4186FEBC bc 12,6,0x25483864
- 5: Js06o $0x25483864
-
-
-. 0 254839A4 8
-. 28 88 00 20 41 86 FE BC
-
-==== BB 554 (0x25483864) approx BBs exec'd 0 ====
-
- 0x25483864: 54A506FE rlwinm r5,r5,0,27,31
- 0: GETL R5, t0
- 1: ANDL $0x1F, t0
- 2: PUTL t0, R5
- 3: INCEIPL $4
-
- 0x25483868: 7CE02120 mtcrf 0x2,r7
- 4: GETL R7, t2
- 5: ICRFL t2, $0x6, CR
- 6: INCEIPL $4
-
- 0x2548386C: 54E0C9FF rlwinm. r0,r7,25,7,31
- 7: GETL R7, t4
- 8: SHRL $0x7, t4
- 9: PUTL t4, R0
- 10: CMP0L t4, t6 (-rSo)
- 11: ICRFL t6, $0x0, CR
- 12: INCEIPL $4
-
- 0x25483870: 7C0903A6 mtctr r0
- 13: GETL R0, t8
- 14: PUTL t8, CTR
- 15: INCEIPL $4
-
- 0x25483874: 38E00020 li r7,32
- 16: MOVL $0x20, t10
- 17: PUTL t10, R7
- 18: INCEIPL $4
-
- 0x25483878: 3900FFC0 li r8,-64
- 19: MOVL $0xFFFFFFC0, t12
- 20: PUTL t12, R8
- 21: INCEIPL $4
-
- 0x2548387C: 28850010 cmpli cr1,r5,16
- 22: GETL R5, t14
- 23: MOVL $0x10, t18
- 24: CMPUL t14, t18, t16 (-rSo)
- 25: ICRFL t16, $0x1, CR
- 26: INCEIPL $4
-
- 0x25483880: 409A000C bc 4,26,0x2548388C
- 27: Jc26o $0x2548388C
-
-
-. 0 25483864 32
-. 54 A5 06 FE 7C E0 21 20 54 E0 C9 FF 7C 09 03 A6 38 E0 00 20 39 00 FF C0 28 85 00 10 40 9A 00 0C
-
-==== BB 555 (0x2548388C) approx BBs exec'd 0 ====
-
- 0x2548388C: 3920FFE0 li r9,-32
- 0: MOVL $0xFFFFFFE0, t0
- 1: PUTL t0, R9
- 2: INCEIPL $4
-
- 0x25483890: 40990010 bc 4,25,0x254838A0
- 3: Jc25o $0x254838A0
-
-
-. 0 2548388C 8
-. 39 20 FF E0 40 99 00 10
-
-==== BB 556 (0x254838A0) approx BBs exec'd 0 ====
-
- 0x254838A0: 2A850000 cmpli cr5,r5,0
- 0: GETL R5, t0
- 1: MOVL $0x0, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x5, CR
- 4: INCEIPL $4
-
- 0x254838A4: 4182007C bc 12,2,0x25483920
- 5: Js02o $0x25483920
-
-
-. 0 254838A0 8
-. 2A 85 00 00 41 82 00 7C
-
-==== BB 557 (0x254838A8) approx BBs exec'd 0 ====
-
- 0x254838A8: 7C0037EC dcbz r0,r6
- 0: GETL R6, t0
- 1: ANDL $0xFFFFFFE0, t0
- 2: MOVL $0x0, t2
- 3: STL t2, (t0)
- 4: ADDL $0x4, t0
- 5: STL t2, (t0)
- 6: ADDL $0x4, t0
- 7: STL t2, (t0)
- 8: ADDL $0x4, t0
- 9: STL t2, (t0)
- 10: ADDL $0x4, t0
- 11: STL t2, (t0)
- 12: ADDL $0x4, t0
- 13: STL t2, (t0)
- 14: ADDL $0x4, t0
- 15: STL t2, (t0)
- 16: ADDL $0x4, t0
- 17: STL t2, (t0)
- 18: INCEIPL $4
-
- 0x254838AC: 7C0737EC dcbz r7,r6
- 19: GETL R6, t4
- 20: GETL R7, t6
- 21: ADDL t6, t4
- 22: ANDL $0xFFFFFFE0, t4
- 23: MOVL $0x0, t8
- 24: STL t8, (t4)
- 25: ADDL $0x4, t4
- 26: STL t8, (t4)
- 27: ADDL $0x4, t4
- 28: STL t8, (t4)
- 29: ADDL $0x4, t4
- 30: STL t8, (t4)
- 31: ADDL $0x4, t4
- 32: STL t8, (t4)
- 33: ADDL $0x4, t4
- 34: STL t8, (t4)
- 35: ADDL $0x4, t4
- 36: STL t8, (t4)
- 37: ADDL $0x4, t4
- 38: STL t8, (t4)
- 39: INCEIPL $4
-
- 0x254838B0: 38C60080 addi r6,r6,128
- 40: GETL R6, t10
- 41: ADDL $0x80, t10
- 42: PUTL t10, R6
- 43: INCEIPL $4
-
- 0x254838B4: 7C0837EC dcbz r8,r6
- 44: GETL R6, t12
- 45: GETL R8, t14
- 46: ADDL t14, t12
- 47: ANDL $0xFFFFFFE0, t12
- 48: MOVL $0x0, t16
- 49: STL t16, (t12)
- 50: ADDL $0x4, t12
- 51: STL t16, (t12)
- 52: ADDL $0x4, t12
- 53: STL t16, (t12)
- 54: ADDL $0x4, t12
- 55: STL t16, (t12)
- 56: ADDL $0x4, t12
- 57: STL t16, (t12)
- 58: ADDL $0x4, t12
- 59: STL t16, (t12)
- 60: ADDL $0x4, t12
- 61: STL t16, (t12)
- 62: ADDL $0x4, t12
- 63: STL t16, (t12)
- 64: INCEIPL $4
-
- 0x254838B8: 7C0937EC dcbz r9,r6
- 65: GETL R6, t18
- 66: GETL R9, t20
- 67: ADDL t20, t18
- 68: ANDL $0xFFFFFFE0, t18
- 69: MOVL $0x0, t22
- 70: STL t22, (t18)
- 71: ADDL $0x4, t18
- 72: STL t22, (t18)
- 73: ADDL $0x4, t18
- 74: STL t22, (t18)
- 75: ADDL $0x4, t18
- 76: STL t22, (t18)
- 77: ADDL $0x4, t18
- 78: STL t22, (t18)
- 79: ADDL $0x4, t18
- 80: STL t22, (t18)
- 81: ADDL $0x4, t18
- 82: STL t22, (t18)
- 83: ADDL $0x4, t18
- 84: STL t22, (t18)
- 85: INCEIPL $4
-
- 0x254838BC: 4200FFEC bc 16,0,0x254838A8
- 86: GETL CTR, t24
- 87: ADDL $0xFFFFFFFF, t24
- 88: PUTL t24, CTR
- 89: JIFZL t24, $0x254838C0
- 90: JMPo $0x254838A8 ($4)
-
-
-. 0 254838A8 24
-. 7C 00 37 EC 7C 07 37 EC 38 C6 00 80 7C 08 37 EC 7C 09 37 EC 42 00 FF EC
-
-==== BB 558 (0x254838C0) approx BBs exec'd 0 ====
-
- 0x254838C0: 4D960020 bclr 12,22
- 0: GETL LR, t0
- 1: Js22o-r t0
-
-
-. 0 254838C0 4
-. 4D 96 00 20
-
-==== BB 559 (0x254838C4) approx BBs exec'd 0 ====
-
- 0x254838C4: 48000060 b 0x25483924
- 0: JMPo $0x25483924 ($4)
-
-
-. 0 254838C4 4
-. 48 00 00 60
-
-==== BB 560 (0x25483924) approx BBs exec'd 0 ====
-
- 0x25483924: 7CC62A14 add r6,r6,r5
- 0: GETL R6, t0
- 1: GETL R5, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x25483928: 419F0020 bc 12,31,0x25483948
- 5: Js31o $0x25483948
-
-
-. 0 25483924 8
-. 7C C6 2A 14 41 9F 00 20
-
-==== BB 561 (0x2548392C) approx BBs exec'd 0 ====
-
- 0x2548392C: 419E0024 bc 12,30,0x25483950
- 0: Js30o $0x25483950
-
-
-. 0 2548392C 4
-. 41 9E 00 24
-
-==== BB 562 (0x25483930) approx BBs exec'd 0 ====
-
- 0x25483930: 419D0028 bc 12,29,0x25483958
- 0: Js29o $0x25483958
-
-
-. 0 25483930 4
-. 41 9D 00 28
-
-==== BB 563 (0x25483958) approx BBs exec'd 0 ====
-
- 0x25483958: 9486FFFC stwu r4,-4(r6)
- 0: GETL R4, t0
- 1: GETL R6, t2
- 2: ADDL $0xFFFFFFFC, t2
- 3: PUTL t2, R6
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2548395C: 41840014 bc 12,4,0x25483970
- 6: Js04o $0x25483970
-
-
-. 0 25483958 8
-. 94 86 FF FC 41 84 00 14
-
-==== BB 564 (0x25483970) approx BBs exec'd 0 ====
-
- 0x25483970: 4C9C0020 bclr 4,28
- 0: GETL LR, t0
- 1: Jc28o-r t0
-
-
-. 0 25483970 4
-. 4C 9C 00 20
-
-==== BB 565 (0x25475A04) approx BBs exec'd 0 ====
-
- 0x25475A04: 80BD0014 lwz r5,20(r29)
- 0: GETL R29, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x25475A08: 70A00002 andi. r0,r5,0x2
- 5: GETL R5, t4
- 6: ANDL $0x2, t4
- 7: PUTL t4, R0
- 8: CMP0L t4, t6 (-rSo)
- 9: ICRFL t6, $0x0, CR
- 10: INCEIPL $4
-
- 0x25475A0C: 41820808 bc 12,2,0x25476214
- 11: Js02o $0x25476214
-
-
-. 0 25475A04 12
-. 80 BD 00 14 70 A0 00 02 41 82 08 08
-
-==== BB 566 (0x25475A10) approx BBs exec'd 0 ====
-
- 0x25475A10: 7F97E040 cmpl cr7,r23,r28
- 0: GETL R23, t0
- 1: GETL R28, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x7, CR
- 4: INCEIPL $4
-
- 0x25475A14: 419D06AC bc 12,29,0x254760C0
- 5: Js29o $0x254760C0
-
-
-. 0 25475A10 8
-. 7F 97 E0 40 41 9D 06 AC
-
-==== BB 567 (0x25475C1C) approx BBs exec'd 0 ====
-
- 0x25475C1C: 82A10000 lwz r21,0(r1)
- 0: GETL R1, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R21
- 3: INCEIPL $4
-
- 0x25475C20: 7E419378 or r1,r18,r18
- 4: GETL R18, t4
- 5: PUTL t4, R1
- 6: INCEIPL $4
-
- 0x25475C24: 92A10000 stw r21,0(r1)
- 7: GETL R21, t6
- 8: GETL R1, t8
- 9: STL t6, (t8)
- 10: INCEIPL $4
-
- 0x25475C28: 813A0008 lwz r9,8(r26)
- 11: GETL R26, t10
- 12: ADDL $0x8, t10
- 13: LDL (t10), t12
- 14: PUTL t12, R9
- 15: INCEIPL $4
-
- 0x25475C2C: 2F090000 cmpi cr6,r9,0
- 16: GETL R9, t14
- 17: CMP0L t14, t16 (-rSo)
- 18: ICRFL t16, $0x6, CR
- 19: INCEIPL $4
-
- 0x25475C30: 409A0264 bc 4,26,0x25475E94
- 20: Jc26o $0x25475E94
-
-
-. 0 25475C1C 24
-. 82 A1 00 00 7E 41 93 78 92 A1 00 00 81 3A 00 08 2F 09 00 00 40 9A 02 64
-
-==== BB 568 (0x25475E94) approx BBs exec'd 0 ====
-
- 0x25475E94: 825A0000 lwz r18,0(r26)
- 0: GETL R26, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R18
- 3: INCEIPL $4
-
- 0x25475E98: 7D299214 add r9,r9,r18
- 4: GETL R9, t4
- 5: GETL R18, t6
- 6: ADDL t4, t6
- 7: PUTL t6, R9
- 8: INCEIPL $4
-
- 0x25475E9C: 913A0008 stw r9,8(r26)
- 9: GETL R9, t8
- 10: GETL R26, t10
- 11: ADDL $0x8, t10
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0x25475EA0: 4BFFFD98 b 0x25475C38
- 14: JMPo $0x25475C38 ($4)
-
-
-. 0 25475E94 16
-. 82 5A 00 00 7D 29 92 14 91 3A 00 08 4B FF FD 98
-
-==== BB 569 (0x25475C38) approx BBs exec'd 0 ====
-
- 0x25475C38: 2E090000 cmpi cr4,r9,0
- 0: GETL R9, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0x25475C3C: 7D2A4B78 or r10,r9,r9
- 4: GETL R9, t4
- 5: PUTL t4, R10
- 6: INCEIPL $4
-
- 0x25475C40: 41920264 bc 12,18,0x25475EA4
- 7: Js18o $0x25475EA4
-
-
-. 0 25475C38 12
-. 2E 09 00 00 7D 2A 4B 78 41 92 02 64
-
-==== BB 570 (0x25475C44) approx BBs exec'd 0 ====
-
- 0x25475C44: 81690000 lwz r11,0(r9)
- 0: GETL R9, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R11
- 3: INCEIPL $4
-
- 0x25475C48: 391A0020 addi r8,r26,32
- 4: GETL R26, t4
- 5: ADDL $0x20, t4
- 6: PUTL t4, R8
- 7: INCEIPL $4
-
- 0x25475C4C: 2C0B0000 cmpi cr0,r11,0
- 8: GETL R11, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x0, CR
- 11: INCEIPL $4
-
- 0x25475C50: 41820064 bc 12,2,0x25475CB4
- 12: Js02o $0x25475CB4
-
-
-. 0 25475C44 16
-. 81 69 00 00 39 1A 00 20 2C 0B 00 00 41 82 00 64
-
-==== BB 571 (0x25475C54) approx BBs exec'd 0 ====
-
- 0x25475C54: 3C607000 lis r3,28672
- 0: MOVL $0x70000000, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25475C58: 3CE06FFF lis r7,28671
- 3: MOVL $0x6FFF0000, t2
- 4: PUTL t2, R7
- 5: INCEIPL $4
-
- 0x25475C5C: 3CA06FFF lis r5,28671
- 6: MOVL $0x6FFF0000, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x25475C60: 3F806FFF lis r28,28671
- 9: MOVL $0x6FFF0000, t6
- 10: PUTL t6, R28
- 11: INCEIPL $4
-
- 0x25475C64: 3DE06FFF lis r15,28671
- 12: MOVL $0x6FFF0000, t8
- 13: PUTL t8, R15
- 14: INCEIPL $4
-
- 0x25475C68: 3FA06FFF lis r29,28671
- 15: MOVL $0x6FFF0000, t10
- 16: PUTL t10, R29
- 17: INCEIPL $4
-
- 0x25475C6C: 60660021 ori r6,r3,0x21
- 18: MOVL $0x70000021, t12
- 19: PUTL t12, R6
- 20: INCEIPL $4
-
- 0x25475C70: 60E7FFFF ori r7,r7,0xFFFF
- 21: MOVL $0x6FFFFFFF, t14
- 22: PUTL t14, R7
- 23: INCEIPL $4
-
- 0x25475C74: 60A5FDFF ori r5,r5,0xFDFF
- 24: MOVL $0x6FFFFDFF, t16
- 25: PUTL t16, R5
- 26: INCEIPL $4
-
- 0x25475C78: 6384FE34 ori r4,r28,0xFE34
- 27: MOVL $0x6FFFFE34, t18
- 28: PUTL t18, R4
- 29: INCEIPL $4
-
- 0x25475C7C: 61E3FEFF ori r3,r15,0xFEFF
- 30: MOVL $0x6FFFFEFF, t20
- 31: PUTL t20, R3
- 32: INCEIPL $4
-
- 0x25475C80: 63BDFF40 ori r29,r29,0xFF40
- 33: MOVL $0x6FFFFF40, t22
- 34: PUTL t22, R29
- 35: INCEIPL $4
-
- 0x25475C84: 2F8B0021 cmpi cr7,r11,33
- 36: GETL R11, t24
- 37: MOVL $0x21, t28
- 38: CMPL t24, t28, t26 (-rSo)
- 39: ICRFL t26, $0x7, CR
- 40: INCEIPL $4
-
- 0x25475C88: 5560103A rlwinm r0,r11,2,0,29
- 41: GETL R11, t30
- 42: SHLL $0x2, t30
- 43: PUTL t30, R0
- 44: INCEIPL $4
-
- 0x25475C8C: 409D0018 bc 4,29,0x25475CA4
- 45: Jc29o $0x25475CA4
-
-
-. 0 25475C54 60
-. 3C 60 70 00 3C E0 6F FF 3C A0 6F FF 3F 80 6F FF 3D E0 6F FF 3F A0 6F FF 60 66 00 21 60 E7 FF FF 60 A5 FD FF 63 84 FE 34 61 E3 FE FF 63 BD FF 40 2F 8B 00 21 55 60 10 3A 40 9D 00 18
-
-==== BB 572 (0x25475CA4) approx BBs exec'd 0 ====
-
- 0x25475CA4: 7D48012E stwx r10,r8,r0
- 0: GETL R0, t0
- 1: GETL R8, t2
- 2: ADDL t2, t0
- 3: GETL R10, t4
- 4: STL t4, (t0)
- 5: INCEIPL $4
-
- 0x25475CA8: 856A0008 lwzu r11,8(r10)
- 6: GETL R10, t6
- 7: ADDL $0x8, t6
- 8: PUTL t6, R10
- 9: LDL (t6), t8
- 10: PUTL t8, R11
- 11: INCEIPL $4
-
- 0x25475CAC: 2F8B0000 cmpi cr7,r11,0
- 12: GETL R11, t10
- 13: CMP0L t10, t12 (-rSo)
- 14: ICRFL t12, $0x7, CR
- 15: INCEIPL $4
-
- 0x25475CB0: 409EFFD4 bc 4,30,0x25475C84
- 16: Jc30o $0x25475C84
-
-
-. 0 25475CA4 16
-. 7D 48 01 2E 85 6A 00 08 2F 8B 00 00 40 9E FF D4
-
-==== BB 573 (0x25475C84) approx BBs exec'd 0 ====
-
- 0x25475C84: 2F8B0021 cmpi cr7,r11,33
- 0: GETL R11, t0
- 1: MOVL $0x21, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x25475C88: 5560103A rlwinm r0,r11,2,0,29
- 5: GETL R11, t6
- 6: SHLL $0x2, t6
- 7: PUTL t6, R0
- 8: INCEIPL $4
-
- 0x25475C8C: 409D0018 bc 4,29,0x25475CA4
- 9: Jc29o $0x25475CA4
-
-
-. 0 25475C84 12
-. 2F 8B 00 21 55 60 10 3A 40 9D 00 18
-
-==== BB 574 (0x25475C90) approx BBs exec'd 0 ====
-
- 0x25475C90: 7D2B3850 subf r9,r11,r7
- 0: GETL R11, t0
- 1: GETL R7, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25475C94: 2889000F cmpli cr1,r9,15
- 5: GETL R9, t4
- 6: MOVL $0xF, t8
- 7: CMPUL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x1, CR
- 9: INCEIPL $4
-
- 0x25475C98: 418503BC bc 12,5,0x25476054
- 10: Js05o $0x25476054
-
-
-. 0 25475C90 12
-. 7D 2B 38 50 28 89 00 0F 41 85 03 BC
-
-==== BB 575 (0x25475C9C) approx BBs exec'd 0 ====
-
- 0x25475C9C: 7C0B3050 subf r0,r11,r6
- 0: GETL R11, t0
- 1: GETL R6, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25475CA0: 5400103A rlwinm r0,r0,2,0,29
- 5: GETL R0, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x25475CA4: 7D48012E stwx r10,r8,r0
- 9: GETL R0, t6
- 10: GETL R8, t8
- 11: ADDL t8, t6
- 12: GETL R10, t10
- 13: STL t10, (t6)
- 14: INCEIPL $4
-
- 0x25475CA8: 856A0008 lwzu r11,8(r10)
- 15: GETL R10, t12
- 16: ADDL $0x8, t12
- 17: PUTL t12, R10
- 18: LDL (t12), t14
- 19: PUTL t14, R11
- 20: INCEIPL $4
-
- 0x25475CAC: 2F8B0000 cmpi cr7,r11,0
- 21: GETL R11, t16
- 22: CMP0L t16, t18 (-rSo)
- 23: ICRFL t18, $0x7, CR
- 24: INCEIPL $4
-
- 0x25475CB0: 409EFFD4 bc 4,30,0x25475C84
- 25: Jc30o $0x25475C84
-
-
-. 0 25475C9C 24
-. 7C 0B 30 50 54 00 10 3A 7D 48 01 2E 85 6A 00 08 2F 8B 00 00 40 9E FF D4
-
-==== BB 576 (0x25475CB4) approx BBs exec'd 0 ====
-
- 0x25475CB4: 817A0000 lwz r11,0(r26)
- 0: GETL R26, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R11
- 3: INCEIPL $4
-
- 0x25475CB8: 2C8B0000 cmpi cr1,r11,0
- 4: GETL R11, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x1, CR
- 7: INCEIPL $4
-
- 0x25475CBC: 418600AC bc 12,6,0x25475D68
- 8: Js06o $0x25475D68
-
-
-. 0 25475CB4 12
-. 81 7A 00 00 2C 8B 00 00 41 86 00 AC
-
-==== BB 577 (0x25475CC0) approx BBs exec'd 0 ====
-
- 0x25475CC0: 81280010 lwz r9,16(r8)
- 0: GETL R8, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25475CC4: 2F090000 cmpi cr6,r9,0
- 5: GETL R9, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x25475CC8: 419A0010 bc 12,26,0x25475CD8
- 9: Js26o $0x25475CD8
-
-
-. 0 25475CC0 12
-. 81 28 00 10 2F 09 00 00 41 9A 00 10
-
-==== BB 578 (0x25475CCC) approx BBs exec'd 0 ====
-
- 0x25475CCC: 81490004 lwz r10,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x25475CD0: 7C8A5A14 add r4,r10,r11
- 5: GETL R10, t4
- 6: GETL R11, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R4
- 9: INCEIPL $4
-
- 0x25475CD4: 90890004 stw r4,4(r9)
- 10: GETL R4, t8
- 11: GETL R9, t10
- 12: ADDL $0x4, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x25475CD8: 8128000C lwz r9,12(r8)
- 15: GETL R8, t12
- 16: ADDL $0xC, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0x25475CDC: 2E090000 cmpi cr4,r9,0
- 20: GETL R9, t16
- 21: CMP0L t16, t18 (-rSo)
- 22: ICRFL t18, $0x4, CR
- 23: INCEIPL $4
-
- 0x25475CE0: 41920010 bc 12,18,0x25475CF0
- 24: Js18o $0x25475CF0
-
-
-. 0 25475CCC 24
-. 81 49 00 04 7C 8A 5A 14 90 89 00 04 81 28 00 0C 2E 09 00 00 41 92 00 10
-
-==== BB 579 (0x25475CE4) approx BBs exec'd 0 ====
-
- 0x25475CE4: 82490004 lwz r18,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R18
- 4: INCEIPL $4
-
- 0x25475CE8: 7CD25A14 add r6,r18,r11
- 5: GETL R18, t4
- 6: GETL R11, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R6
- 9: INCEIPL $4
-
- 0x25475CEC: 90C90004 stw r6,4(r9)
- 10: GETL R6, t8
- 11: GETL R9, t10
- 12: ADDL $0x4, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x25475CF0: 81280014 lwz r9,20(r8)
- 15: GETL R8, t12
- 16: ADDL $0x14, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0x25475CF4: 2C090000 cmpi cr0,r9,0
- 20: GETL R9, t16
- 21: CMP0L t16, t18 (-rSo)
- 22: ICRFL t18, $0x0, CR
- 23: INCEIPL $4
-
- 0x25475CF8: 41820010 bc 12,2,0x25475D08
- 24: Js02o $0x25475D08
-
-
-. 0 25475CE4 24
-. 82 49 00 04 7C D2 5A 14 90 C9 00 04 81 28 00 14 2C 09 00 00 41 82 00 10
-
-==== BB 580 (0x25475CFC) approx BBs exec'd 0 ====
-
- 0x25475CFC: 81E90004 lwz r15,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R15
- 4: INCEIPL $4
-
- 0x25475D00: 7FAF5A14 add r29,r15,r11
- 5: GETL R15, t4
- 6: GETL R11, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R29
- 9: INCEIPL $4
-
- 0x25475D04: 93A90004 stw r29,4(r9)
- 10: GETL R29, t8
- 11: GETL R9, t10
- 12: ADDL $0x4, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x25475D08: 81280018 lwz r9,24(r8)
- 15: GETL R8, t12
- 16: ADDL $0x18, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0x25475D0C: 2F890000 cmpi cr7,r9,0
- 20: GETL R9, t16
- 21: CMP0L t16, t18 (-rSo)
- 22: ICRFL t18, $0x7, CR
- 23: INCEIPL $4
-
- 0x25475D10: 419E0010 bc 12,30,0x25475D20
- 24: Js30o $0x25475D20
-
-
-. 0 25475CFC 24
-. 81 E9 00 04 7F AF 5A 14 93 A9 00 04 81 28 00 18 2F 89 00 00 41 9E 00 10
-
-==== BB 581 (0x25475D14) approx BBs exec'd 0 ====
-
- 0x25475D14: 80A90004 lwz r5,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x25475D18: 7F855A14 add r28,r5,r11
- 5: GETL R5, t4
- 6: GETL R11, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R28
- 9: INCEIPL $4
-
- 0x25475D1C: 93890004 stw r28,4(r9)
- 10: GETL R28, t8
- 11: GETL R9, t10
- 12: ADDL $0x4, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x25475D20: 8128001C lwz r9,28(r8)
- 15: GETL R8, t12
- 16: ADDL $0x1C, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0x25475D24: 2C890000 cmpi cr1,r9,0
- 20: GETL R9, t16
- 21: CMP0L t16, t18 (-rSo)
- 22: ICRFL t18, $0x1, CR
- 23: INCEIPL $4
-
- 0x25475D28: 41860010 bc 12,6,0x25475D38
- 24: Js06o $0x25475D38
-
-
-. 0 25475D14 24
-. 80 A9 00 04 7F 85 5A 14 93 89 00 04 81 28 00 1C 2C 89 00 00 41 86 00 10
-
-==== BB 582 (0x25475D2C) approx BBs exec'd 0 ====
-
- 0x25475D2C: 80E90004 lwz r7,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x25475D30: 7C675A14 add r3,r7,r11
- 5: GETL R7, t4
- 6: GETL R11, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0x25475D34: 90690004 stw r3,4(r9)
- 10: GETL R3, t8
- 11: GETL R9, t10
- 12: ADDL $0x4, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x25475D38: 8128005C lwz r9,92(r8)
- 15: GETL R8, t12
- 16: ADDL $0x5C, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0x25475D3C: 2F090000 cmpi cr6,r9,0
- 20: GETL R9, t16
- 21: CMP0L t16, t18 (-rSo)
- 22: ICRFL t18, $0x6, CR
- 23: INCEIPL $4
-
- 0x25475D40: 419A0010 bc 12,26,0x25475D50
- 24: Js26o $0x25475D50
-
-
-. 0 25475D2C 24
-. 80 E9 00 04 7C 67 5A 14 90 69 00 04 81 28 00 5C 2F 09 00 00 41 9A 00 10
-
-==== BB 583 (0x25475D44) approx BBs exec'd 0 ====
-
- 0x25475D44: 80090004 lwz r0,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25475D48: 7EE05A14 add r23,r0,r11
- 5: GETL R0, t4
- 6: GETL R11, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R23
- 9: INCEIPL $4
-
- 0x25475D4C: 92E90004 stw r23,4(r9)
- 10: GETL R23, t8
- 11: GETL R9, t10
- 12: ADDL $0x4, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x25475D50: 812800C4 lwz r9,196(r8)
- 15: GETL R8, t12
- 16: ADDL $0xC4, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0x25475D54: 2E090000 cmpi cr4,r9,0
- 20: GETL R9, t16
- 21: CMP0L t16, t18 (-rSo)
- 22: ICRFL t18, $0x4, CR
- 23: INCEIPL $4
-
- 0x25475D58: 41920010 bc 12,18,0x25475D68
- 24: Js18o $0x25475D68
-
-
-. 0 25475D44 24
-. 80 09 00 04 7E E0 5A 14 92 E9 00 04 81 28 00 C4 2E 09 00 00 41 92 00 10
-
-==== BB 584 (0x25475D5C) approx BBs exec'd 0 ====
-
- 0x25475D5C: 83290004 lwz r25,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R25
- 4: INCEIPL $4
-
- 0x25475D60: 7D995A14 add r12,r25,r11
- 5: GETL R25, t4
- 6: GETL R11, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R12
- 9: INCEIPL $4
-
- 0x25475D64: 91890004 stw r12,4(r9)
- 10: GETL R12, t8
- 11: GETL R9, t10
- 12: ADDL $0x4, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x25475D68: 81280078 lwz r9,120(r8)
- 15: GETL R8, t12
- 16: ADDL $0x78, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0x25475D6C: 2C090000 cmpi cr0,r9,0
- 20: GETL R9, t16
- 21: CMP0L t16, t18 (-rSo)
- 22: ICRFL t18, $0x0, CR
- 23: INCEIPL $4
-
- 0x25475D70: 41820030 bc 12,2,0x25475DA0
- 24: Js02o $0x25475DA0
-
-
-. 0 25475D5C 24
-. 83 29 00 04 7D 99 5A 14 91 89 00 04 81 28 00 78 2C 09 00 00 41 82 00 30
-
-==== BB 585 (0x25475DA0) approx BBs exec'd 0 ====
-
- 0x25475DA0: 81280098 lwz r9,152(r8)
- 0: GETL R8, t0
- 1: ADDL $0x98, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25475DA4: 2F890000 cmpi cr7,r9,0
- 5: GETL R9, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x25475DA8: 419E0354 bc 12,30,0x254760FC
- 9: Js30o $0x254760FC
-
-
-. 0 25475DA0 12
-. 81 28 00 98 2F 89 00 00 41 9E 03 54
-
-==== BB 586 (0x25475DAC) approx BBs exec'd 0 ====
-
- 0x25475DAC: 81690004 lwz r11,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x25475DB0: 71600001 andi. r0,r11,0x1
- 5: GETL R11, t4
- 6: ANDL $0x1, t4
- 7: PUTL t4, R0
- 8: CMP0L t4, t6 (-rSo)
- 9: ICRFL t6, $0x0, CR
- 10: INCEIPL $4
-
- 0x25475DB4: 917A01FC stw r11,508(r26)
- 11: GETL R11, t8
- 12: GETL R26, t10
- 13: ADDL $0x1FC, t10
- 14: STL t8, (t10)
- 15: INCEIPL $4
-
- 0x25475DB8: 41820008 bc 12,2,0x25475DC0
- 16: Js02o $0x25475DC0
-
-
-. 0 25475DAC 16
-. 81 69 00 04 71 60 00 01 91 7A 01 FC 41 82 00 08
-
-==== BB 587 (0x25475DC0) approx BBs exec'd 0 ====
-
- 0x25475DC0: 81280074 lwz r9,116(r8)
- 0: GETL R8, t0
- 1: ADDL $0x74, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25475DC4: 2C890000 cmpi cr1,r9,0
- 5: GETL R9, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x25475DC8: 418600E0 bc 12,6,0x25475EA8
- 9: Js06o $0x25475EA8
-
-
-. 0 25475DC0 12
-. 81 28 00 74 2C 89 00 00 41 86 00 E0
-
-==== BB 588 (0x25475EA8) approx BBs exec'd 0 ====
-
- 0x25475EA8: 71690040 andi. r9,r11,0x40
- 0: GETL R11, t0
- 1: ANDL $0x40, t0
- 2: PUTL t0, R9
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0x25475EAC: 408202A4 bc 4,2,0x25476150
- 6: Jc02o $0x25476150
-
-
-. 0 25475EA8 8
-. 71 69 00 40 40 82 02 A4
-
-==== BB 589 (0x25475EB0) approx BBs exec'd 0 ====
-
- 0x25475EB0: 813A014C lwz r9,332(r26)
- 0: GETL R26, t0
- 1: ADDL $0x14C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25475EB4: 2F890000 cmpi cr7,r9,0
- 5: GETL R9, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x25475EB8: 419E01CC bc 12,30,0x25476084
- 9: Js30o $0x25476084
-
-
-. 0 25475EB0 12
-. 81 3A 01 4C 2F 89 00 00 41 9E 01 CC
-
-==== BB 590 (0x25475EBC) approx BBs exec'd 0 ====
-
- 0x25475EBC: 825A0000 lwz r18,0(r26)
- 0: GETL R26, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R18
- 3: INCEIPL $4
-
- 0x25475EC0: 7CC99214 add r6,r9,r18
- 4: GETL R9, t4
- 5: GETL R18, t6
- 6: ADDL t4, t6
- 7: PUTL t6, R6
- 8: INCEIPL $4
-
- 0x25475EC4: 90DA014C stw r6,332(r26)
- 9: GETL R6, t8
- 10: GETL R26, t10
- 11: ADDL $0x14C, t10
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0x25475EC8: 80BE04C8 lwz r5,1224(r30)
- 14: GETL R30, t12
- 15: ADDL $0x4C8, t12
- 16: LDL (t12), t14
- 17: PUTL t14, R5
- 18: INCEIPL $4
-
- 0x25475ECC: 839F00A4 lwz r28,164(r31)
- 19: GETL R31, t16
- 20: ADDL $0xA4, t16
- 21: LDL (t16), t18
- 22: PUTL t18, R28
- 23: INCEIPL $4
-
- 0x25475ED0: 81E50400 lwz r15,1024(r5)
- 24: GETL R5, t20
- 25: ADDL $0x400, t20
- 26: LDL (t20), t22
- 27: PUTL t22, R15
- 28: INCEIPL $4
-
- 0x25475ED4: 7F9D7878 andc r29,r28,r15
- 29: GETL R28, t24
- 30: GETL R15, t26
- 31: NOTL t26
- 32: ANDL t24, t26
- 33: PUTL t26, R29
- 34: INCEIPL $4
-
- 0x25475ED8: 73AB0001 andi. r11,r29,0x1
- 35: GETL R29, t28
- 36: ANDL $0x1, t28
- 37: PUTL t28, R11
- 38: CMP0L t28, t30 (-rSo)
- 39: ICRFL t30, $0x0, CR
- 40: INCEIPL $4
-
- 0x25475EDC: 408202B0 bc 4,2,0x2547618C
- 41: Jc02o $0x2547618C
-
-
-. 0 25475EBC 36
-. 82 5A 00 00 7C C9 92 14 90 DA 01 4C 80 BE 04 C8 83 9F 00 A4 81 E5 04 00 7F 9D 78 78 73 AB 00 01 40 82 02 B0
-
-==== BB 591 (0x25475EE0) approx BBs exec'd 0 ====
-
- 0x25475EE0: 813A0218 lwz r9,536(r26)
- 0: GETL R26, t0
- 1: ADDL $0x218, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25475EE4: 2F890000 cmpi cr7,r9,0
- 5: GETL R9, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x25475EE8: 419E0010 bc 12,30,0x25475EF8
- 9: Js30o $0x25475EF8
-
-
-. 0 25475EE0 12
-. 81 3A 02 18 2F 89 00 00 41 9E 00 10
-
-==== BB 592 (0x25475EF8) approx BBs exec'd 0 ====
-
- 0x25475EF8: 7E639B78 or r3,r19,r19
- 0: GETL R19, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25475EFC: 4800C0F5 bl 0x25481FF0
- 3: MOVL $0x25475F00, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0x25481FF0 ($4)
-
-
-. 0 25475EF8 8
-. 7E 63 9B 78 48 00 C0 F5
-
-==== BB 593 close(0x25481FF0) approx BBs exec'd 0 ====
-
- 0x25481FF0: 38000006 li r0,6
- 0: MOVL $0x6, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x25481FF4: 44000002 sc
- 3: JMPo-sys $0x25481FF8 ($4)
-
-
-. 0 25481FF0 8
-. 38 00 00 06 44 00 00 02
-
-==== BB 594 (0x25481FF8) approx BBs exec'd 0 ====
-
- 0x25481FF8: 4CA30020 bclr 5,3
- 0: GETL LR, t0
- 1: Jc03o-r t0
-
-
-. 0 25481FF8 4
-. 4C A3 00 20
-
-==== BB 595 (0x25475F00) approx BBs exec'd 0 ====
-
- 0x25475F00: 811E01C8 lwz r8,456(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1C8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x25475F04: 2C830000 cmpi cr1,r3,0
- 5: GETL R3, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x25475F08: 40A6FB68 bc 5,6,0x25475A70
- 9: Jc06o $0x25475A70
-
-
-. 0 25475F00 12
-. 81 1E 01 C8 2C 83 00 00 40 A6 FB 68
-
-==== BB 596 (0x25475F0C) approx BBs exec'd 0 ====
-
- 0x25475F0C: 817A0180 lwz r11,384(r26)
- 0: GETL R26, t0
- 1: ADDL $0x180, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x25475F10: 81FF009C lwz r15,156(r31)
- 5: GETL R31, t4
- 6: ADDL $0x9C, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R15
- 9: INCEIPL $4
-
- 0x25475F14: 557D0002 rlwinm r29,r11,0,0,1
- 10: GETL R11, t8
- 11: ANDL $0xC0000000, t8
- 12: PUTL t8, R29
- 13: INCEIPL $4
-
- 0x25475F18: 69F30002 xori r19,r15,0x2
- 14: GETL R15, t10
- 15: XORL $0x2, t10
- 16: PUTL t10, R19
- 17: INCEIPL $4
-
- 0x25475F1C: 21330000 subfic r9,r19,0
- 18: GETL R19, t12
- 19: MOVL $0x0, t14
- 20: SBBL t12, t14 (-wCa)
- 21: PUTL t14, R9
- 22: INCEIPL $4
-
- 0x25475F20: 7E699914 adde r19,r9,r19
- 23: GETL R9, t16
- 24: GETL R19, t18
- 25: ADCL t16, t18 (-rCa-wCa)
- 26: PUTL t18, R19
- 27: INCEIPL $4
-
- 0x25475F24: 6FB24000 xoris r18,r29,0x4000
- 28: GETL R29, t20
- 29: XORL $0x40000000, t20
- 30: PUTL t20, R18
- 31: INCEIPL $4
-
- 0x25475F28: 21520000 subfic r10,r18,0
- 32: GETL R18, t22
- 33: MOVL $0x0, t24
- 34: SBBL t22, t24 (-wCa)
- 35: PUTL t24, R10
- 36: INCEIPL $4
-
- 0x25475F2C: 7E4A9114 adde r18,r10,r18
- 37: GETL R10, t26
- 38: GETL R18, t28
- 39: ADCL t26, t28 (-rCa-wCa)
- 40: PUTL t28, R18
- 41: INCEIPL $4
-
- 0x25475F30: 7E4A9839 and. r10,r18,r19
- 42: GETL R18, t30
- 43: GETL R19, t32
- 44: ANDL t30, t32
- 45: PUTL t32, R10
- 46: CMP0L t32, t34 (-rSo)
- 47: ICRFL t34, $0x0, CR
- 48: INCEIPL $4
-
- 0x25475F34: 3A60FFFF li r19,-1
- 49: MOVL $0xFFFFFFFF, t36
- 50: PUTL t36, R19
- 51: INCEIPL $4
-
- 0x25475F38: 408200BC bc 4,2,0x25475FF4
- 52: Jc02o $0x25475FF4
-
-
-. 0 25475F0C 48
-. 81 7A 01 80 81 FF 00 9C 55 7D 00 02 69 F3 00 02 21 33 00 00 7E 69 99 14 6F B2 40 00 21 52 00 00 7E 4A 91 14 7E 4A 98 39 3A 60 FF FF 40 82 00 BC
-
-==== BB 597 (0x25475F3C) approx BBs exec'd 0 ====
-
- 0x25475F3C: 807A0150 lwz r3,336(r26)
- 0: GETL R26, t0
- 1: ADDL $0x150, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x25475F40: 80FA0000 lwz r7,0(r26)
- 5: GETL R26, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R7
- 8: INCEIPL $4
-
- 0x25475F44: 7D633A14 add r11,r3,r7
- 9: GETL R3, t8
- 10: GETL R7, t10
- 11: ADDL t8, t10
- 12: PUTL t10, R11
- 13: INCEIPL $4
-
- 0x25475F48: 917A0150 stw r11,336(r26)
- 14: GETL R11, t12
- 15: GETL R26, t14
- 16: ADDL $0x150, t14
- 17: STL t12, (t14)
- 18: INCEIPL $4
-
- 0x25475F4C: 80B10000 lwz r5,0(r17)
- 19: GETL R17, t16
- 20: LDL (t16), t18
- 21: PUTL t18, R5
- 22: INCEIPL $4
-
- 0x25475F50: 70A90040 andi. r9,r5,0x40
- 23: GETL R5, t20
- 24: ANDL $0x40, t20
- 25: PUTL t20, R9
- 26: CMP0L t20, t22 (-rSo)
- 27: ICRFL t22, $0x0, CR
- 28: INCEIPL $4
-
- 0x25475F54: 40820278 bc 4,2,0x254761CC
- 29: Jc02o $0x254761CC
-
-
-. 0 25475F3C 28
-. 80 7A 01 50 80 FA 00 00 7D 63 3A 14 91 7A 01 50 80 B1 00 00 70 A9 00 40 40 82 02 78
-
-==== BB 598 (0x25475F58) approx BBs exec'd 0 ====
-
- 0x25475F58: 7F43D378 or r3,r26,r26
- 0: GETL R26, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25475F5C: 48002611 bl 0x2547856C
- 3: MOVL $0x25475F60, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0x2547856C ($4)
-
-
-. 0 25475F58 8
-. 7F 43 D3 78 48 00 26 11
-
-==== BB 599 (0x25475F60) approx BBs exec'd 0 ====
-
- 0x25475F60: 72C00008 andi. r0,r22,0x8
- 0: GETL R22, t0
- 1: ANDL $0x8, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0x25475F64: 40820010 bc 4,2,0x25475F74
- 6: Jc02o $0x25475F74
-
-
-. 0 25475F60 8
-. 72 C0 00 08 40 82 00 10
-
-==== BB 600 (0x25475F68) approx BBs exec'd 0 ====
-
- 0x25475F68: 81DA0060 lwz r14,96(r26)
- 0: GETL R26, t0
- 1: ADDL $0x60, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R14
- 4: INCEIPL $4
-
- 0x25475F6C: 2F0E0000 cmpi cr6,r14,0
- 5: GETL R14, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x25475F70: 409A02E0 bc 4,26,0x25476250
- 9: Jc26o $0x25476250
-
-
-. 0 25475F68 12
-. 81 DA 00 60 2F 0E 00 00 40 9A 02 E0
-
-==== BB 601 (0x25475F74) approx BBs exec'd 0 ====
-
- 0x25475F74: 811A01FC lwz r8,508(r26)
- 0: GETL R26, t0
- 1: ADDL $0x1FC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x25475F78: 71090020 andi. r9,r8,0x20
- 5: GETL R8, t4
- 6: ANDL $0x20, t4
- 7: PUTL t4, R9
- 8: CMP0L t4, t6 (-rSo)
- 9: ICRFL t6, $0x0, CR
- 10: INCEIPL $4
-
- 0x25475F7C: 4182000C bc 12,2,0x25475F88
- 11: Js02o $0x25475F88
-
-
-. 0 25475F74 12
-. 81 1A 01 FC 71 09 00 20 41 82 00 0C
-
-==== BB 602 (0x25475F80) approx BBs exec'd 0 ====
-
- 0x25475F80: 813E04C8 lwz r9,1224(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4C8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25475F84: 934901A0 stw r26,416(r9)
- 5: GETL R26, t4
- 6: GETL R9, t6
- 7: ADDL $0x1A0, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0x25475F88: 80910050 lwz r4,80(r17)
- 10: GETL R17, t8
- 11: ADDL $0x50, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R4
- 14: INCEIPL $4
-
- 0x25475F8C: C81F0028 lfd f0,40(r31)
- 15: GETL R31, t12
- 16: ADDL $0x28, t12
- 17: FPU_RQ (t12), 0x0:0x0
- 18: INCEIPL $4
-
- 0x25475F90: 2C840000 cmpi cr1,r4,0
- 19: GETL R4, t14
- 20: CMP0L t14, t16 (-rSo)
- 21: ICRFL t16, $0x1, CR
- 22: INCEIPL $4
-
- 0x25475F94: D81A01D0 stfd f0,464(r26)
- 23: GETL R26, t18
- 24: ADDL $0x1D0, t18
- 25: FPU_WQ 0x0:0x0, (t18)
- 26: INCEIPL $4
-
- 0x25475F98: C9BF0030 lfd f13,48(r31)
- 27: GETL R31, t20
- 28: ADDL $0x30, t20
- 29: FPU_RQ (t20), 0x0:0xD
- 30: INCEIPL $4
-
- 0x25475F9C: D9BA01D8 stfd f13,472(r26)
- 31: GETL R26, t22
- 32: ADDL $0x1D8, t22
- 33: FPU_WQ 0x0:0xD, (t22)
- 34: INCEIPL $4
-
- 0x25475FA0: 4186FEB0 bc 12,6,0x25475E50
- 35: Js06o $0x25475E50
-
-
-. 0 25475F80 36
-. 81 3E 04 C8 93 49 01 A0 80 91 00 50 C8 1F 00 28 2C 84 00 00 D8 1A 01 D0 C9 BF 00 30 D9 BA 01 D8 41 86 FE B0
-
-==== BB 603 (0x25475E50) approx BBs exec'd 0 ====
-
- 0x25475E50: 7F43D378 or r3,r26,r26
- 0: GETL R26, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25475E54: 4BFFF850 b 0x254756A4
- 3: JMPo $0x254756A4 ($4)
-
-
-. 0 25475E50 8
-. 7F 43 D3 78 4B FF F8 50
-
-==== BB 604 (0x254756A4) approx BBs exec'd 0 ====
-
- 0x254756A4: 80A10000 lwz r5,0(r1)
- 0: GETL R1, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R5
- 3: INCEIPL $4
-
- 0x254756A8: 83450004 lwz r26,4(r5)
- 4: GETL R5, t4
- 5: ADDL $0x4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R26
- 8: INCEIPL $4
-
- 0x254756AC: 8185FFB4 lwz r12,-76(r5)
- 9: GETL R5, t8
- 10: ADDL $0xFFFFFFB4, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R12
- 13: INCEIPL $4
-
- 0x254756B0: 7F4803A6 mtlr r26
- 14: GETL R26, t12
- 15: PUTL t12, LR
- 16: INCEIPL $4
-
- 0x254756B4: 81C5FFB8 lwz r14,-72(r5)
- 17: GETL R5, t14
- 18: ADDL $0xFFFFFFB8, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R14
- 21: INCEIPL $4
-
- 0x254756B8: 81E5FFBC lwz r15,-68(r5)
- 22: GETL R5, t18
- 23: ADDL $0xFFFFFFBC, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R15
- 26: INCEIPL $4
-
- 0x254756BC: 7D808120 mtcrf 0x8,r12
- 27: GETL R12, t22
- 28: ICRFL t22, $0x4, CR
- 29: INCEIPL $4
-
- 0x254756C0: 8205FFC0 lwz r16,-64(r5)
- 30: GETL R5, t24
- 31: ADDL $0xFFFFFFC0, t24
- 32: LDL (t24), t26
- 33: PUTL t26, R16
- 34: INCEIPL $4
-
- 0x254756C4: 8225FFC4 lwz r17,-60(r5)
- 35: GETL R5, t28
- 36: ADDL $0xFFFFFFC4, t28
- 37: LDL (t28), t30
- 38: PUTL t30, R17
- 39: INCEIPL $4
-
- 0x254756C8: 8245FFC8 lwz r18,-56(r5)
- 40: GETL R5, t32
- 41: ADDL $0xFFFFFFC8, t32
- 42: LDL (t32), t34
- 43: PUTL t34, R18
- 44: INCEIPL $4
-
- 0x254756CC: 8265FFCC lwz r19,-52(r5)
- 45: GETL R5, t36
- 46: ADDL $0xFFFFFFCC, t36
- 47: LDL (t36), t38
- 48: PUTL t38, R19
- 49: INCEIPL $4
-
- 0x254756D0: 8285FFD0 lwz r20,-48(r5)
- 50: GETL R5, t40
- 51: ADDL $0xFFFFFFD0, t40
- 52: LDL (t40), t42
- 53: PUTL t42, R20
- 54: INCEIPL $4
-
- 0x254756D4: 82A5FFD4 lwz r21,-44(r5)
- 55: GETL R5, t44
- 56: ADDL $0xFFFFFFD4, t44
- 57: LDL (t44), t46
- 58: PUTL t46, R21
- 59: INCEIPL $4
-
- 0x254756D8: 82C5FFD8 lwz r22,-40(r5)
- 60: GETL R5, t48
- 61: ADDL $0xFFFFFFD8, t48
- 62: LDL (t48), t50
- 63: PUTL t50, R22
- 64: INCEIPL $4
-
- 0x254756DC: 82E5FFDC lwz r23,-36(r5)
- 65: GETL R5, t52
- 66: ADDL $0xFFFFFFDC, t52
- 67: LDL (t52), t54
- 68: PUTL t54, R23
- 69: INCEIPL $4
-
- 0x254756E0: 8305FFE0 lwz r24,-32(r5)
- 70: GETL R5, t56
- 71: ADDL $0xFFFFFFE0, t56
- 72: LDL (t56), t58
- 73: PUTL t58, R24
- 74: INCEIPL $4
-
- 0x254756E4: 8325FFE4 lwz r25,-28(r5)
- 75: GETL R5, t60
- 76: ADDL $0xFFFFFFE4, t60
- 77: LDL (t60), t62
- 78: PUTL t62, R25
- 79: INCEIPL $4
-
- 0x254756E8: 8345FFE8 lwz r26,-24(r5)
- 80: GETL R5, t64
- 81: ADDL $0xFFFFFFE8, t64
- 82: LDL (t64), t66
- 83: PUTL t66, R26
- 84: INCEIPL $4
-
- 0x254756EC: 8365FFEC lwz r27,-20(r5)
- 85: GETL R5, t68
- 86: ADDL $0xFFFFFFEC, t68
- 87: LDL (t68), t70
- 88: PUTL t70, R27
- 89: INCEIPL $4
-
- 0x254756F0: 8385FFF0 lwz r28,-16(r5)
- 90: GETL R5, t72
- 91: ADDL $0xFFFFFFF0, t72
- 92: LDL (t72), t74
- 93: PUTL t74, R28
- 94: INCEIPL $4
-
- 0x254756F4: 83A5FFF4 lwz r29,-12(r5)
- 95: GETL R5, t76
- 96: ADDL $0xFFFFFFF4, t76
- 97: LDL (t76), t78
- 98: PUTL t78, R29
- 99: INCEIPL $4
-
- 0x254756F8: 83C5FFF8 lwz r30,-8(r5)
- 100: GETL R5, t80
- 101: ADDL $0xFFFFFFF8, t80
- 102: LDL (t80), t82
- 103: PUTL t82, R30
- 104: INCEIPL $4
-
- 0x254756FC: 83E5FFFC lwz r31,-4(r5)
- 105: GETL R5, t84
- 106: ADDL $0xFFFFFFFC, t84
- 107: LDL (t84), t86
- 108: PUTL t86, R31
- 109: INCEIPL $4
-
- 0x25475700: 7CA12B78 or r1,r5,r5
- 110: GETL R5, t88
- 111: PUTL t88, R1
- 112: INCEIPL $4
-
- 0x25475704: 4E800020 blr
- 113: GETL LR, t90
- 114: JMPo-r t90 ($4)
-
-
-. 0 254756A4 100
-. 80 A1 00 00 83 45 00 04 81 85 FF B4 7F 48 03 A6 81 C5 FF B8 81 E5 FF BC 7D 80 81 20 82 05 FF C0 82 25 FF C4 82 45 FF C8 82 65 FF CC 82 85 FF D0 82 A5 FF D4 82 C5 FF D8 82 E5 FF DC 83 05 FF E0 83 25 FF E4 83 45 FF E8 83 65 FF EC 83 85 FF F0 83 A5 FF F4 83 C5 FF F8 83 E5 FF FC 7C A1 2B 78 4E 80 00 20
-
-==== BB 605 (0x25477054) approx BBs exec'd 0 ====
-
- 0x25477054: 4BFFFF04 b 0x25476F58
- 0: JMPo $0x25476F58 ($4)
-
-
-. 0 25477054 4
-. 4B FF FF 04
-
-==== BB 606 (0x25476F58) approx BBs exec'd 0 ====
-
- 0x25476F58: 83E10294 lwz r31,660(r1)
- 0: GETL R1, t0
- 1: ADDL $0x294, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R31
- 4: INCEIPL $4
-
- 0x25476F5C: 81810244 lwz r12,580(r1)
- 5: GETL R1, t4
- 6: ADDL $0x244, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R12
- 9: INCEIPL $4
-
- 0x25476F60: 7FE803A6 mtlr r31
- 10: GETL R31, t8
- 11: PUTL t8, LR
- 12: INCEIPL $4
-
- 0x25476F64: 81C10248 lwz r14,584(r1)
- 13: GETL R1, t10
- 14: ADDL $0x248, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R14
- 17: INCEIPL $4
-
- 0x25476F68: 81E1024C lwz r15,588(r1)
- 18: GETL R1, t14
- 19: ADDL $0x24C, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R15
- 22: INCEIPL $4
-
- 0x25476F6C: 7D818120 mtcrf 0x18,r12
- 23: GETL R12, t18
- 24: ICRFL t18, $0x3, CR
- 25: ICRFL t18, $0x4, CR
- 26: INCEIPL $4
-
- 0x25476F70: 82010250 lwz r16,592(r1)
- 27: GETL R1, t20
- 28: ADDL $0x250, t20
- 29: LDL (t20), t22
- 30: PUTL t22, R16
- 31: INCEIPL $4
-
- 0x25476F74: 82210254 lwz r17,596(r1)
- 32: GETL R1, t24
- 33: ADDL $0x254, t24
- 34: LDL (t24), t26
- 35: PUTL t26, R17
- 36: INCEIPL $4
-
- 0x25476F78: 82410258 lwz r18,600(r1)
- 37: GETL R1, t28
- 38: ADDL $0x258, t28
- 39: LDL (t28), t30
- 40: PUTL t30, R18
- 41: INCEIPL $4
-
- 0x25476F7C: 8261025C lwz r19,604(r1)
- 42: GETL R1, t32
- 43: ADDL $0x25C, t32
- 44: LDL (t32), t34
- 45: PUTL t34, R19
- 46: INCEIPL $4
-
- 0x25476F80: 82810260 lwz r20,608(r1)
- 47: GETL R1, t36
- 48: ADDL $0x260, t36
- 49: LDL (t36), t38
- 50: PUTL t38, R20
- 51: INCEIPL $4
-
- 0x25476F84: 82A10264 lwz r21,612(r1)
- 52: GETL R1, t40
- 53: ADDL $0x264, t40
- 54: LDL (t40), t42
- 55: PUTL t42, R21
- 56: INCEIPL $4
-
- 0x25476F88: 82C10268 lwz r22,616(r1)
- 57: GETL R1, t44
- 58: ADDL $0x268, t44
- 59: LDL (t44), t46
- 60: PUTL t46, R22
- 61: INCEIPL $4
-
- 0x25476F8C: 82E1026C lwz r23,620(r1)
- 62: GETL R1, t48
- 63: ADDL $0x26C, t48
- 64: LDL (t48), t50
- 65: PUTL t50, R23
- 66: INCEIPL $4
-
- 0x25476F90: 83010270 lwz r24,624(r1)
- 67: GETL R1, t52
- 68: ADDL $0x270, t52
- 69: LDL (t52), t54
- 70: PUTL t54, R24
- 71: INCEIPL $4
-
- 0x25476F94: 83210274 lwz r25,628(r1)
- 72: GETL R1, t56
- 73: ADDL $0x274, t56
- 74: LDL (t56), t58
- 75: PUTL t58, R25
- 76: INCEIPL $4
-
- 0x25476F98: 83410278 lwz r26,632(r1)
- 77: GETL R1, t60
- 78: ADDL $0x278, t60
- 79: LDL (t60), t62
- 80: PUTL t62, R26
- 81: INCEIPL $4
-
- 0x25476F9C: 8361027C lwz r27,636(r1)
- 82: GETL R1, t64
- 83: ADDL $0x27C, t64
- 84: LDL (t64), t66
- 85: PUTL t66, R27
- 86: INCEIPL $4
-
- 0x25476FA0: 83810280 lwz r28,640(r1)
- 87: GETL R1, t68
- 88: ADDL $0x280, t68
- 89: LDL (t68), t70
- 90: PUTL t70, R28
- 91: INCEIPL $4
-
- 0x25476FA4: 83A10284 lwz r29,644(r1)
- 92: GETL R1, t72
- 93: ADDL $0x284, t72
- 94: LDL (t72), t74
- 95: PUTL t74, R29
- 96: INCEIPL $4
-
- 0x25476FA8: 83C10288 lwz r30,648(r1)
- 97: GETL R1, t76
- 98: ADDL $0x288, t76
- 99: LDL (t76), t78
- 100: PUTL t78, R30
- 101: INCEIPL $4
-
- 0x25476FAC: 83E1028C lwz r31,652(r1)
- 102: GETL R1, t80
- 103: ADDL $0x28C, t80
- 104: LDL (t80), t82
- 105: PUTL t82, R31
- 106: INCEIPL $4
-
- 0x25476FB0: 38210290 addi r1,r1,656
- 107: GETL R1, t84
- 108: ADDL $0x290, t84
- 109: PUTL t84, R1
- 110: INCEIPL $4
-
- 0x25476FB4: 4E800020 blr
- 111: GETL LR, t86
- 112: JMPo-r t86 ($4)
-
-
-. 0 25476F58 96
-. 83 E1 02 94 81 81 02 44 7F E8 03 A6 81 C1 02 48 81 E1 02 4C 7D 81 81 20 82 01 02 50 82 21 02 54 82 41 02 58 82 61 02 5C 82 81 02 60 82 A1 02 64 82 C1 02 68 82 E1 02 6C 83 01 02 70 83 21 02 74 83 41 02 78 83 61 02 7C 83 81 02 80 83 A1 02 84 83 C1 02 88 83 E1 02 8C 38 21 02 90 4E 80 00 20
-
-==== BB 607 (0x254734A8) approx BBs exec'd 0 ====
-
- 0x254734A8: 809E00D0 lwz r4,208(r30)
- 0: GETL R30, t0
- 1: ADDL $0xD0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x254734AC: 82E30178 lwz r23,376(r3)
- 5: GETL R3, t4
- 6: ADDL $0x178, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R23
- 9: INCEIPL $4
-
- 0x254734B0: 3A770001 addi r19,r23,1
- 10: GETL R23, t8
- 11: ADDL $0x1, t8
- 12: PUTL t8, R19
- 13: INCEIPL $4
-
- 0x254734B4: 92630178 stw r19,376(r3)
- 14: GETL R19, t10
- 15: GETL R3, t12
- 16: ADDL $0x178, t12
- 17: STL t10, (t12)
- 18: INCEIPL $4
-
- 0x254734B8: 387F0044 addi r3,r31,68
- 19: GETL R31, t14
- 20: ADDL $0x44, t14
- 21: PUTL t14, R3
- 22: INCEIPL $4
-
- 0x254734BC: 6A7D0001 xori r29,r19,0x1
- 23: GETL R19, t16
- 24: XORL $0x1, t16
- 25: PUTL t16, R29
- 26: INCEIPL $4
-
- 0x254734C0: 23BD0000 subfic r29,r29,0
- 27: GETL R29, t18
- 28: MOVL $0x0, t20
- 29: SBBL t18, t20 (-wCa)
- 30: PUTL t20, R29
- 31: INCEIPL $4
-
- 0x254734C4: 7FB90194 addze r29,r25
- 32: GETL R25, t22
- 33: ADCL $0x0, t22 (-rCa-wCa)
- 34: PUTL t22, R29
- 35: INCEIPL $4
-
- 0x254734C8: 4800CE75 bl 0x2548033C
- 36: MOVL $0x254734CC, t24
- 37: PUTL t24, LR
- 38: JMPo-c $0x2548033C ($4)
-
-
-. 0 254734A8 36
-. 80 9E 00 D0 82 E3 01 78 3A 77 00 01 92 63 01 78 38 7F 00 44 6A 7D 00 01 23 BD 00 00 7F B9 01 94 48 00 CE 75
-
-==== BB 608 (0x254734CC) approx BBs exec'd 0 ====
-
- 0x254734CC: 7FB9EB78 or r25,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R25
- 2: INCEIPL $4
-
- 0x254734D0: 7C7D1B79 or. r29,r3,r3
- 3: GETL R3, t2
- 4: PUTL t2, R29
- 5: CMP0L t2, t4 (-rSo)
- 6: ICRFL t4, $0x0, CR
- 7: INCEIPL $4
-
- 0x254734D4: 4082FF9C bc 4,2,0x25473470
- 8: Jc02o $0x25473470
-
-
-. 0 254734CC 12
-. 7F B9 EB 78 7C 7D 1B 79 40 82 FF 9C
-
-==== BB 609 (0x254734D8) approx BBs exec'd 0 ====
-
- 0x254734D8: 807E003C lwz r3,60(r30)
- 0: GETL R30, t0
- 1: ADDL $0x3C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x254734DC: 38800004 li r4,4
- 5: MOVL $0x4, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0x254734E0: 4800EB51 bl 0x25482030
- 8: MOVL $0x254734E4, t6
- 9: PUTL t6, LR
- 10: JMPo-c $0x25482030 ($4)
-
-
-. 0 254734D8 12
-. 80 7E 00 3C 38 80 00 04 48 00 EB 51
-
-==== BB 610 access(0x25482030) approx BBs exec'd 0 ====
-
- 0x25482030: 38000021 li r0,33
- 0: MOVL $0x21, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x25482034: 44000002 sc
- 3: JMPo-sys $0x25482038 ($4)
-
-
-. 0 25482030 8
-. 38 00 00 21 44 00 00 02
-
-==== BB 611 (0x25482038) approx BBs exec'd 0 ====
-
- 0x25482038: 4CA30020 bclr 5,3
- 0: GETL LR, t0
- 1: Jc03o-r t0
-
-
-. 0 25482038 4
-. 4C A3 00 20
-
-==== BB 612 (0x2548203C) approx BBs exec'd 0 ====
-
- 0x2548203C: 4BFFF2F4 b 0x25481330
- 0: JMPo $0x25481330 ($4)
-
-
-. 0 2548203C 4
-. 4B FF F2 F4
-
-==== BB 613 __syscall_error(0x25481330) approx BBs exec'd 0 ====
-
- 0x25481330: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x25481334: 7D8802A6 mflr r12
- 6: GETL LR, t4
- 7: PUTL t4, R12
- 8: INCEIPL $4
-
- 0x25481338: 48015CC9 bl 0x25497000
- 9: MOVL $0x2548133C, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-. 0 25481330 12
-. 94 21 FF F0 7D 88 02 A6 48 01 5C C9
-
-==== BB 614 (0x2548133C) approx BBs exec'd 0 ====
-
- 0x2548133C: 93C10008 stw r30,8(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25481340: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x25481344: 7D8803A6 mtlr r12
- 8: GETL R12, t6
- 9: PUTL t6, LR
- 10: INCEIPL $4
-
- 0x25481348: 813E0514 lwz r9,1300(r30)
- 11: GETL R30, t8
- 12: ADDL $0x514, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R9
- 15: INCEIPL $4
-
- 0x2548134C: 83C10008 lwz r30,8(r1)
- 16: GETL R1, t12
- 17: ADDL $0x8, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R30
- 20: INCEIPL $4
-
- 0x25481350: 38210010 addi r1,r1,16
- 21: GETL R1, t16
- 22: ADDL $0x10, t16
- 23: PUTL t16, R1
- 24: INCEIPL $4
-
- 0x25481354: 90690000 stw r3,0(r9)
- 25: GETL R3, t18
- 26: GETL R9, t20
- 27: STL t18, (t20)
- 28: INCEIPL $4
-
- 0x25481358: 3860FFFF li r3,-1
- 29: MOVL $0xFFFFFFFF, t22
- 30: PUTL t22, R3
- 31: INCEIPL $4
-
- 0x2548135C: 4E800020 blr
- 32: GETL LR, t24
- 33: JMPo-r t24 ($4)
-
-
-. 0 2548133C 36
-. 93 C1 00 08 7F C8 02 A6 7D 88 03 A6 81 3E 05 14 83 C1 00 08 38 21 00 10 90 69 00 00 38 60 FF FF 4E 80 00 20
-
-==== BB 615 (0x254734E4) approx BBs exec'd 0 ====
-
- 0x254734E4: 2E030000 cmpi cr4,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0x254734E8: 4092F2D0 bc 4,18,0x254727B8
- 4: Jc18o $0x254727B8
-
-
-. 0 254734E4 8
-. 2E 03 00 00 40 92 F2 D0
-
-==== BB 616 (0x254727B8) approx BBs exec'd 0 ====
-
- 0x254727B8: 2C190000 cmpi cr0,r25,0
- 0: GETL R25, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0x254727BC: 408213F0 bc 4,2,0x25473BAC
- 4: Jc02o $0x25473BAC
-
-
-. 0 254727B8 8
-. 2C 19 00 00 40 82 13 F0
-
-==== BB 617 (0x25473BAC) approx BBs exec'd 0 ====
-
- 0x25473BAC: 5736103A rlwinm r22,r25,2,0,29
- 0: GETL R25, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R22
- 3: INCEIPL $4
-
- 0x25473BB0: 83A10000 lwz r29,0(r1)
- 4: GETL R1, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R29
- 7: INCEIPL $4
-
- 0x25473BB4: 38D6001E addi r6,r22,30
- 8: GETL R22, t6
- 9: ADDL $0x1E, t6
- 10: PUTL t6, R6
- 11: INCEIPL $4
-
- 0x25473BB8: 39600000 li r11,0
- 12: MOVL $0x0, t8
- 13: PUTL t8, R11
- 14: INCEIPL $4
-
- 0x25473BBC: 54C00036 rlwinm r0,r6,0,0,27
- 15: GETL R6, t10
- 16: ANDL $0xFFFFFFF0, t10
- 17: PUTL t10, R0
- 18: INCEIPL $4
-
- 0x25473BC0: 7F4000D0 neg r26,r0
- 19: GETL R0, t12
- 20: NEGL t12
- 21: PUTL t12, R26
- 22: INCEIPL $4
-
- 0x25473BC4: 7FA1D16E stwux r29,r1,r26
- 23: GETL R26, t14
- 24: GETL R1, t16
- 25: ADDL t16, t14
- 26: PUTL t14, R1
- 27: GETL R29, t18
- 28: STL t18, (t14)
- 29: INCEIPL $4
-
- 0x25473BC8: 3B610017 addi r27,r1,23
- 30: GETL R1, t20
- 31: ADDL $0x17, t20
- 32: PUTL t20, R27
- 33: INCEIPL $4
-
- 0x25473BCC: 812E01C4 lwz r9,452(r14)
- 34: GETL R14, t22
- 35: ADDL $0x1C4, t22
- 36: LDL (t22), t24
- 37: PUTL t24, R9
- 38: INCEIPL $4
-
- 0x25473BD0: 577A0036 rlwinm r26,r27,0,0,27
- 39: GETL R27, t26
- 40: ANDL $0xFFFFFFF0, t26
- 41: PUTL t26, R26
- 42: INCEIPL $4
-
- 0x25473BD4: 556C103A rlwinm r12,r11,2,0,29
- 43: GETL R11, t28
- 44: SHLL $0x2, t28
- 45: PUTL t28, R12
- 46: INCEIPL $4
-
- 0x25473BD8: 396B0001 addi r11,r11,1
- 47: MOVL $0x1, t30
- 48: PUTL t30, R11
- 49: INCEIPL $4
-
- 0x25473BDC: 7D2CD12E stwx r9,r12,r26
- 50: GETL R26, t32
- 51: GETL R12, t34
- 52: ADDL t34, t32
- 53: GETL R9, t36
- 54: STL t36, (t32)
- 55: INCEIPL $4
-
- 0x25473BE0: 8129000C lwz r9,12(r9)
- 56: GETL R9, t38
- 57: ADDL $0xC, t38
- 58: LDL (t38), t40
- 59: PUTL t40, R9
- 60: INCEIPL $4
-
- 0x25473BE4: 2F890000 cmpi cr7,r9,0
- 61: GETL R9, t42
- 62: CMP0L t42, t44 (-rSo)
- 63: ICRFL t44, $0x7, CR
- 64: INCEIPL $4
-
- 0x25473BE8: 409EFFEC bc 4,30,0x25473BD4
- 65: Jc30o $0x25473BD4
-
-
-. 0 25473BAC 64
-. 57 36 10 3A 83 A1 00 00 38 D6 00 1E 39 60 00 00 54 C0 00 36 7F 40 00 D0 7F A1 D1 6E 3B 61 00 17 81 2E 01 C4 57 7A 00 36 55 6C 10 3A 39 6B 00 01 7D 2C D1 2E 81 29 00 0C 2F 89 00 00 40 9E FF EC
-
-==== BB 618 (0x25473BEC) approx BBs exec'd 0 ====
-
- 0x25473BEC: 4BFFEBD4 b 0x254727C0
- 0: JMPo $0x254727C0 ($4)
-
-
-. 0 25473BEC 4
-. 4B FF EB D4
-
-==== BB 619 (0x254727C0) approx BBs exec'd 0 ====
-
- 0x254727C0: 817F0030 lwz r11,48(r31)
- 0: GETL R31, t0
- 1: ADDL $0x30, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x254727C4: 38E00000 li r7,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R7
- 7: INCEIPL $4
-
- 0x254727C8: 7F44D378 or r4,r26,r26
- 8: GETL R26, t6
- 9: PUTL t6, R4
- 10: INCEIPL $4
-
- 0x254727CC: 7F25CB78 or r5,r25,r25
- 11: GETL R25, t8
- 12: PUTL t8, R5
- 13: INCEIPL $4
-
- 0x254727D0: 69660003 xori r6,r11,0x3
- 14: GETL R11, t10
- 15: XORL $0x3, t10
- 16: PUTL t10, R6
- 17: INCEIPL $4
-
- 0x254727D4: 20060000 subfic r0,r6,0
- 18: GETL R6, t12
- 19: MOVL $0x0, t14
- 20: SBBL t12, t14 (-wCa)
- 21: PUTL t14, R0
- 22: INCEIPL $4
-
- 0x254727D8: 7CC03114 adde r6,r0,r6
- 23: GETL R0, t16
- 24: GETL R6, t18
- 25: ADCL t16, t18 (-rCa-wCa)
- 26: PUTL t18, R6
- 27: INCEIPL $4
-
- 0x254727DC: 7E83A378 or r3,r20,r20
- 28: GETL R20, t20
- 29: PUTL t20, R3
- 30: INCEIPL $4
-
- 0x254727E0: 480079E5 bl 0x2547A1C4
- 31: MOVL $0x254727E4, t22
- 32: PUTL t22, LR
- 33: JMPo-c $0x2547A1C4 ($4)
-
-
-. 0 254727C0 36
-. 81 7F 00 30 38 E0 00 00 7F 44 D3 78 7F 25 CB 78 69 66 00 03 20 06 00 00 7C C0 31 14 7E 83 A3 78 48 00 79 E5
-
-==== BB 620 _dl_map_object_deps(0x2547A1C4) approx BBs exec'd 0 ====
-
- 0x2547A1C4: 9421FF60 stwu r1,-160(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFF60, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547A1C8: 7D2802A6 mflr r9
- 6: GETL LR, t4
- 7: PUTL t4, R9
- 8: INCEIPL $4
-
- 0x2547A1CC: 91E1005C stw r15,92(r1)
- 9: GETL R15, t6
- 10: GETL R1, t8
- 11: ADDL $0x5C, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x2547A1D0: 1DE5000C mulli r15,r5,12
- 14: GETL R5, t10
- 15: MULL $0xC, t10
- 16: PUTL t10, R15
- 17: INCEIPL $4
-
- 0x2547A1D4: 91C10058 stw r14,88(r1)
- 18: GETL R14, t12
- 19: GETL R1, t14
- 20: ADDL $0x58, t14
- 21: STL t12, (t14)
- 22: INCEIPL $4
-
- 0x2547A1D8: 4801CE29 bl 0x25497000
- 23: MOVL $0x2547A1DC, t16
- 24: PUTL t16, LR
- 25: JMPo-c $0x25497000 ($4)
-
-
-. 0 2547A1C4 24
-. 94 21 FF 60 7D 28 02 A6 91 E1 00 5C 1D E5 00 0C 91 C1 00 58 48 01 CE 29
-
-==== BB 621 (0x2547A1DC) approx BBs exec'd 0 ====
-
- 0x2547A1DC: 39CF0036 addi r14,r15,54
- 0: GETL R15, t0
- 1: ADDL $0x36, t0
- 2: PUTL t0, R14
- 3: INCEIPL $4
-
- 0x2547A1E0: 81410000 lwz r10,0(r1)
- 4: GETL R1, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R10
- 7: INCEIPL $4
-
- 0x2547A1E4: 55CC0036 rlwinm r12,r14,0,0,27
- 8: GETL R14, t6
- 9: ANDL $0xFFFFFFF0, t6
- 10: PUTL t6, R12
- 11: INCEIPL $4
-
- 0x2547A1E8: 93A10094 stw r29,148(r1)
- 12: GETL R29, t8
- 13: GETL R1, t10
- 14: ADDL $0x94, t10
- 15: STL t8, (t10)
- 16: INCEIPL $4
-
- 0x2547A1EC: 7D0C00D0 neg r8,r12
- 17: GETL R12, t12
- 18: NEGL t12
- 19: PUTL t12, R8
- 20: INCEIPL $4
-
- 0x2547A1F0: 3BA00000 li r29,0
- 21: MOVL $0x0, t14
- 22: PUTL t14, R29
- 23: INCEIPL $4
-
- 0x2547A1F4: 912100A4 stw r9,164(r1)
- 24: GETL R9, t16
- 25: GETL R1, t18
- 26: ADDL $0xA4, t18
- 27: STL t16, (t18)
- 28: INCEIPL $4
-
- 0x2547A1F8: 7F9D2840 cmpl cr7,r29,r5
- 29: GETL R29, t20
- 30: GETL R5, t22
- 31: CMPUL t20, t22, t24 (-rSo)
- 32: ICRFL t24, $0x7, CR
- 33: INCEIPL $4
-
- 0x2547A1FC: 92E1007C stw r23,124(r1)
- 34: GETL R23, t26
- 35: GETL R1, t28
- 36: ADDL $0x7C, t28
- 37: STL t26, (t28)
- 38: INCEIPL $4
-
- 0x2547A200: 7C771B78 or r23,r3,r3
- 39: GETL R3, t30
- 40: PUTL t30, R23
- 41: INCEIPL $4
-
- 0x2547A204: 93C10098 stw r30,152(r1)
- 42: GETL R30, t32
- 43: GETL R1, t34
- 44: ADDL $0x98, t34
- 45: STL t32, (t34)
- 46: INCEIPL $4
-
- 0x2547A208: 38000000 li r0,0
- 47: MOVL $0x0, t36
- 48: PUTL t36, R0
- 49: INCEIPL $4
-
- 0x2547A20C: 93E1009C stw r31,156(r1)
- 50: GETL R31, t38
- 51: GETL R1, t40
- 52: ADDL $0x9C, t40
- 53: STL t38, (t40)
- 54: INCEIPL $4
-
- 0x2547A210: 7C3F0B78 or r31,r1,r1
- 55: GETL R1, t42
- 56: PUTL t42, R31
- 57: INCEIPL $4
-
- 0x2547A214: 92010060 stw r16,96(r1)
- 58: GETL R16, t44
- 59: GETL R1, t46
- 60: ADDL $0x60, t46
- 61: STL t44, (t46)
- 62: INCEIPL $4
-
- 0x2547A218: 7FC802A6 mflr r30
- 63: GETL LR, t48
- 64: PUTL t48, R30
- 65: INCEIPL $4
-
- 0x2547A21C: 92210064 stw r17,100(r1)
- 66: GETL R17, t50
- 67: GETL R1, t52
- 68: ADDL $0x64, t52
- 69: STL t50, (t52)
- 70: INCEIPL $4
-
- 0x2547A220: 7CCF3378 or r15,r6,r6
- 71: GETL R6, t54
- 72: PUTL t54, R15
- 73: INCEIPL $4
-
- 0x2547A224: 92410068 stw r18,104(r1)
- 74: GETL R18, t56
- 75: GETL R1, t58
- 76: ADDL $0x68, t58
- 77: STL t56, (t58)
- 78: INCEIPL $4
-
- 0x2547A228: 7CEE3B78 or r14,r7,r7
- 79: GETL R7, t60
- 80: PUTL t60, R14
- 81: INCEIPL $4
-
- 0x2547A22C: 9261006C stw r19,108(r1)
- 82: GETL R19, t62
- 83: GETL R1, t64
- 84: ADDL $0x6C, t64
- 85: STL t62, (t64)
- 86: INCEIPL $4
-
- 0x2547A230: 92810070 stw r20,112(r1)
- 87: GETL R20, t66
- 88: GETL R1, t68
- 89: ADDL $0x70, t68
- 90: STL t66, (t68)
- 91: INCEIPL $4
-
- 0x2547A234: 92A10074 stw r21,116(r1)
- 92: GETL R21, t70
- 93: GETL R1, t72
- 94: ADDL $0x74, t72
- 95: STL t70, (t72)
- 96: INCEIPL $4
-
- 0x2547A238: 92C10078 stw r22,120(r1)
- 97: GETL R22, t74
- 98: GETL R1, t76
- 99: ADDL $0x78, t76
- 100: STL t74, (t76)
- 101: INCEIPL $4
-
- 0x2547A23C: 93010080 stw r24,128(r1)
- 102: GETL R24, t78
- 103: GETL R1, t80
- 104: ADDL $0x80, t80
- 105: STL t78, (t80)
- 106: INCEIPL $4
-
- 0x2547A240: 93210084 stw r25,132(r1)
- 107: GETL R25, t82
- 108: GETL R1, t84
- 109: ADDL $0x84, t84
- 110: STL t82, (t84)
- 111: INCEIPL $4
-
- 0x2547A244: 93410088 stw r26,136(r1)
- 112: GETL R26, t86
- 113: GETL R1, t88
- 114: ADDL $0x88, t88
- 115: STL t86, (t88)
- 116: INCEIPL $4
-
- 0x2547A248: 9361008C stw r27,140(r1)
- 117: GETL R27, t90
- 118: GETL R1, t92
- 119: ADDL $0x8C, t92
- 120: STL t90, (t92)
- 121: INCEIPL $4
-
- 0x2547A24C: 93810090 stw r28,144(r1)
- 122: GETL R28, t94
- 123: GETL R1, t96
- 124: ADDL $0x90, t96
- 125: STL t94, (t96)
- 126: INCEIPL $4
-
- 0x2547A250: 7D41416E stwux r10,r1,r8
- 127: GETL R8, t98
- 128: GETL R1, t100
- 129: ADDL t100, t98
- 130: PUTL t98, R1
- 131: GETL R10, t102
- 132: STL t102, (t98)
- 133: INCEIPL $4
-
- 0x2547A254: 39000001 li r8,1
- 134: MOVL $0x1, t104
- 135: PUTL t104, R8
- 136: INCEIPL $4
-
- 0x2547A258: 81230180 lwz r9,384(r3)
- 137: GETL R3, t106
- 138: ADDL $0x180, t106
- 139: LDL (t106), t108
- 140: PUTL t108, R9
- 141: INCEIPL $4
-
- 0x2547A25C: 38610017 addi r3,r1,23
- 142: GETL R1, t110
- 143: ADDL $0x17, t110
- 144: PUTL t110, R3
- 145: INCEIPL $4
-
- 0x2547A260: 546A0036 rlwinm r10,r3,0,0,27
- 146: GETL R3, t112
- 147: ANDL $0xFFFFFFF0, t112
- 148: PUTL t112, R10
- 149: INCEIPL $4
-
- 0x2547A264: 5109C94C rlwimi r9,r8,25,5,6
- 150: GETL R9, t114
- 151: GETL R8, t116
- 152: ROLL $0x19, t116
- 153: ANDL $0x6000000, t116
- 154: ANDL $0xF9FFFFFF, t114
- 155: ORL t114, t116
- 156: PUTL t116, R9
- 157: INCEIPL $4
-
- 0x2547A268: 396A000C addi r11,r10,12
- 158: GETL R10, t118
- 159: ADDL $0xC, t118
- 160: PUTL t118, R11
- 161: INCEIPL $4
-
- 0x2547A26C: 900A0000 stw r0,0(r10)
- 162: GETL R0, t120
- 163: GETL R10, t122
- 164: STL t120, (t122)
- 165: INCEIPL $4
-
- 0x2547A270: 916A0008 stw r11,8(r10)
- 166: GETL R11, t124
- 167: GETL R10, t126
- 168: ADDL $0x8, t126
- 169: STL t124, (t126)
- 170: INCEIPL $4
-
- 0x2547A274: 91370180 stw r9,384(r23)
- 171: GETL R9, t128
- 172: GETL R23, t130
- 173: ADDL $0x180, t130
- 174: STL t128, (t130)
- 175: INCEIPL $4
-
- 0x2547A278: 915F0008 stw r10,8(r31)
- 176: GETL R10, t132
- 177: GETL R31, t134
- 178: ADDL $0x8, t134
- 179: STL t132, (t134)
- 180: INCEIPL $4
-
- 0x2547A27C: 92EA0004 stw r23,4(r10)
- 181: GETL R23, t136
- 182: GETL R10, t138
- 183: ADDL $0x4, t138
- 184: STL t136, (t138)
- 185: INCEIPL $4
-
- 0x2547A280: 911F000C stw r8,12(r31)
- 186: GETL R8, t140
- 187: GETL R31, t142
- 188: ADDL $0xC, t142
- 189: STL t140, (t142)
- 190: INCEIPL $4
-
- 0x2547A284: 409C005C bc 4,28,0x2547A2E0
- 191: Jc28o $0x2547A2E0
-
-
-. 0 2547A1DC 172
-. 39 CF 00 36 81 41 00 00 55 CC 00 36 93 A1 00 94 7D 0C 00 D0 3B A0 00 00 91 21 00 A4 7F 9D 28 40 92 E1 00 7C 7C 77 1B 78 93 C1 00 98 38 00 00 00 93 E1 00 9C 7C 3F 0B 78 92 01 00 60 7F C8 02 A6 92 21 00 64 7C CF 33 78 92 41 00 68 7C EE 3B 78 92 61 00 6C 92 81 00 70 92 A1 00 74 92 C1 00 78 93 01 00 80 93 21 00 84 93 41 00 88 93 61 00 8C 93 81 00 90 7D 41 41 6E 39 00 00 01 81 23 01 80 38 61 00 17 54 6A 00 36 51 09 C9 4C 39 6A 00 0C 90 0A 00 00 91 6A 00 08 91 37 01 80 91 5F 00 08 92 EA 00 04 91 1F 00 0C 40 9C 00 5C
-
-==== BB 622 (0x2547A288) approx BBs exec'd 0 ====
-
- 0x2547A288: 7CA903A6 mtctr r5
- 0: GETL R5, t0
- 1: PUTL t0, CTR
- 2: INCEIPL $4
-
- 0x2547A28C: 7D475378 or r7,r10,r10
- 3: GETL R10, t2
- 4: PUTL t2, R7
- 5: INCEIPL $4
-
- 0x2547A290: 38A00000 li r5,0
- 6: MOVL $0x0, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x2547A294: 38C00001 li r6,1
- 9: MOVL $0x1, t6
- 10: PUTL t6, R6
- 11: INCEIPL $4
-
- 0x2547A298: 48000008 b 0x2547A2A0
- 12: JMPo $0x2547A2A0 ($4)
-
-
-. 0 2547A288 20
-. 7C A9 03 A6 7D 47 53 78 38 A0 00 00 38 C0 00 01 48 00 00 08
-
-==== BB 623 (0x2547A2A0) approx BBs exec'd 0 ====
-
- 0x2547A2A0: 1E68000C mulli r19,r8,12
- 0: GETL R8, t0
- 1: MULL $0xC, t0
- 2: PUTL t0, R19
- 3: INCEIPL $4
-
- 0x2547A2A4: 57B5103A rlwinm r21,r29,2,0,29
- 4: GETL R29, t2
- 5: SHLL $0x2, t2
- 6: PUTL t2, R21
- 7: INCEIPL $4
-
- 0x2547A2A8: 7E15202E lwzx r16,r21,r4
- 8: GETL R4, t4
- 9: GETL R21, t6
- 10: ADDL t6, t4
- 11: LDL (t4), t8
- 12: PUTL t8, R16
- 13: INCEIPL $4
-
- 0x2547A2AC: 39280001 addi r9,r8,1
- 14: GETL R8, t10
- 15: ADDL $0x1, t10
- 16: PUTL t10, R9
- 17: INCEIPL $4
-
- 0x2547A2B0: 7E533A14 add r18,r19,r7
- 18: GETL R19, t12
- 19: GETL R7, t14
- 20: ADDL t12, t14
- 21: PUTL t14, R18
- 22: INCEIPL $4
-
- 0x2547A2B4: 7CB3392E stwx r5,r19,r7
- 23: GETL R7, t16
- 24: GETL R19, t18
- 25: ADDL t18, t16
- 26: GETL R5, t20
- 27: STL t20, (t16)
- 28: INCEIPL $4
-
- 0x2547A2B8: 3A92000C addi r20,r18,12
- 29: GETL R18, t22
- 30: ADDL $0xC, t22
- 31: PUTL t22, R20
- 32: INCEIPL $4
-
- 0x2547A2BC: 92120004 stw r16,4(r18)
- 33: GETL R16, t24
- 34: GETL R18, t26
- 35: ADDL $0x4, t26
- 36: STL t24, (t26)
- 37: INCEIPL $4
-
- 0x2547A2C0: 92920008 stw r20,8(r18)
- 38: GETL R20, t28
- 39: GETL R18, t30
- 40: ADDL $0x8, t30
- 41: STL t28, (t30)
- 42: INCEIPL $4
-
- 0x2547A2C4: 3BBD0001 addi r29,r29,1
- 43: GETL R29, t32
- 44: ADDL $0x1, t32
- 45: PUTL t32, R29
- 46: INCEIPL $4
-
- 0x2547A2C8: 82300180 lwz r17,384(r16)
- 47: GETL R16, t34
- 48: ADDL $0x180, t34
- 49: LDL (t34), t36
- 50: PUTL t36, R17
- 51: INCEIPL $4
-
- 0x2547A2CC: 913F000C stw r9,12(r31)
- 52: GETL R9, t38
- 53: GETL R31, t40
- 54: ADDL $0xC, t40
- 55: STL t38, (t40)
- 56: INCEIPL $4
-
- 0x2547A2D0: 50D1C94C rlwimi r17,r6,25,5,6
- 57: GETL R17, t42
- 58: GETL R6, t44
- 59: ROLL $0x19, t44
- 60: ANDL $0x6000000, t44
- 61: ANDL $0xF9FFFFFF, t42
- 62: ORL t42, t44
- 63: PUTL t44, R17
- 64: INCEIPL $4
-
- 0x2547A2D4: 92300180 stw r17,384(r16)
- 65: GETL R17, t46
- 66: GETL R16, t48
- 67: ADDL $0x180, t48
- 68: STL t46, (t48)
- 69: INCEIPL $4
-
- 0x2547A2D8: 4200FFC4 bc 16,0,0x2547A29C
- 70: GETL CTR, t50
- 71: ADDL $0xFFFFFFFF, t50
- 72: PUTL t50, CTR
- 73: JIFZL t50, $0x2547A2DC
- 74: JMPo $0x2547A29C ($4)
-
-
-. 0 2547A2A0 60
-. 1E 68 00 0C 57 B5 10 3A 7E 15 20 2E 39 28 00 01 7E 53 3A 14 7C B3 39 2E 3A 92 00 0C 92 12 00 04 92 92 00 08 3B BD 00 01 82 30 01 80 91 3F 00 0C 50 D1 C9 4C 92 30 01 80 42 00 FF C4
-
-==== BB 624 (0x2547A2DC) approx BBs exec'd 0 ====
-
- 0x2547A2DC: 7D284B78 or r8,r9,r9
- 0: GETL R9, t0
- 1: PUTL t0, R8
- 2: INCEIPL $4
-
- 0x2547A2E0: 831F0008 lwz r24,8(r31)
- 3: GETL R31, t2
- 4: ADDL $0x8, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R24
- 7: INCEIPL $4
-
- 0x2547A2E4: 1EC8000C mulli r22,r8,12
- 8: GETL R8, t6
- 9: MULL $0xC, t6
- 10: PUTL t6, R22
- 11: INCEIPL $4
-
- 0x2547A2E8: 821E0514 lwz r16,1300(r30)
- 12: GETL R30, t8
- 13: ADDL $0x514, t8
- 14: LDL (t8), t10
- 15: PUTL t10, R16
- 16: INCEIPL $4
-
- 0x2547A2EC: 3A200000 li r17,0
- 17: MOVL $0x0, t12
- 18: PUTL t12, R17
- 19: INCEIPL $4
-
- 0x2547A2F0: 7F1BC379 or. r27,r24,r24
- 20: GETL R24, t14
- 21: PUTL t14, R27
- 22: CMP0L t14, t16 (-rSo)
- 23: ICRFL t16, $0x0, CR
- 24: INCEIPL $4
-
- 0x2547A2F4: 7CF6C214 add r7,r22,r24
- 25: GETL R22, t18
- 26: GETL R24, t20
- 27: ADDL t18, t20
- 28: PUTL t20, R7
- 29: INCEIPL $4
-
- 0x2547A2F8: 80900000 lwz r4,0(r16)
- 30: GETL R16, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R4
- 33: INCEIPL $4
-
- 0x2547A2FC: 38A7FFF4 addi r5,r7,-12
- 34: GETL R7, t26
- 35: ADDL $0xFFFFFFF4, t26
- 36: PUTL t26, R5
- 37: INCEIPL $4
-
- 0x2547A300: 38C00000 li r6,0
- 38: MOVL $0x0, t28
- 39: PUTL t28, R6
- 40: INCEIPL $4
-
- 0x2547A304: 7CB32B78 or r19,r5,r5
- 41: GETL R5, t30
- 42: PUTL t30, R19
- 43: INCEIPL $4
-
- 0x2547A308: 90C50008 stw r6,8(r5)
- 44: GETL R6, t32
- 45: GETL R5, t34
- 46: ADDL $0x8, t34
- 47: STL t32, (t34)
- 48: INCEIPL $4
-
- 0x2547A30C: 923F0034 stw r17,52(r31)
- 49: GETL R17, t36
- 50: GETL R31, t38
- 51: ADDL $0x34, t38
- 52: STL t36, (t38)
- 53: INCEIPL $4
-
- 0x2547A310: 909F0038 stw r4,56(r31)
- 54: GETL R4, t40
- 55: GETL R31, t42
- 56: ADDL $0x38, t42
- 57: STL t40, (t42)
- 58: INCEIPL $4
-
- 0x2547A314: 92300000 stw r17,0(r16)
- 59: GETL R17, t44
- 60: GETL R16, t46
- 61: STL t44, (t46)
- 62: INCEIPL $4
-
- 0x2547A318: 418202AC bc 12,2,0x2547A5C4
- 63: Js02o $0x2547A5C4
-
-
-. 0 2547A2DC 64
-. 7D 28 4B 78 83 1F 00 08 1E C8 00 0C 82 1E 05 14 3A 20 00 00 7F 1B C3 79 7C F6 C2 14 80 90 00 00 38 A7 FF F4 38 C0 00 00 7C B3 2B 78 90 C5 00 08 92 3F 00 34 90 9F 00 38 92 30 00 00 41 82 02 AC
-
-==== BB 625 (0x2547A31C) approx BBs exec'd 0 ====
-
- 0x2547A31C: 835B0004 lwz r26,4(r27)
- 0: GETL R27, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0x2547A320: 3B800001 li r28,1
- 5: MOVL $0x1, t4
- 6: PUTL t4, R28
- 7: INCEIPL $4
-
- 0x2547A324: 939B0000 stw r28,0(r27)
- 8: GETL R28, t6
- 9: GETL R27, t8
- 10: STL t6, (t8)
- 11: INCEIPL $4
-
- 0x2547A328: 3B000000 li r24,0
- 12: MOVL $0x0, t10
- 13: PUTL t10, R24
- 14: INCEIPL $4
-
- 0x2547A32C: 833A0158 lwz r25,344(r26)
- 15: GETL R26, t12
- 16: ADDL $0x158, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R25
- 19: INCEIPL $4
-
- 0x2547A330: 3AC00000 li r22,0
- 20: MOVL $0x0, t16
- 21: PUTL t16, R22
- 22: INCEIPL $4
-
- 0x2547A334: 2C990000 cmpi cr1,r25,0
- 23: GETL R25, t18
- 24: CMP0L t18, t20 (-rSo)
- 25: ICRFL t20, $0x1, CR
- 26: INCEIPL $4
-
- 0x2547A338: 40860030 bc 4,6,0x2547A368
- 27: Jc06o $0x2547A368
-
-
-. 0 2547A31C 32
-. 83 5B 00 04 3B 80 00 01 93 9B 00 00 3B 00 00 00 83 3A 01 58 3A C0 00 00 2C 99 00 00 40 86 00 30
-
-==== BB 626 (0x2547A33C) approx BBs exec'd 0 ====
-
- 0x2547A33C: 807A01E8 lwz r3,488(r26)
- 0: GETL R26, t0
- 1: ADDL $0x1E8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x2547A340: 7F4BBA78 xor r11,r26,r23
- 5: GETL R26, t4
- 6: GETL R23, t6
- 7: XORL t4, t6
- 8: PUTL t6, R11
- 9: INCEIPL $4
-
- 0x2547A344: 314BFFFF addic r10,r11,-1
- 10: GETL R11, t8
- 11: ADCL $0xFFFFFFFF, t8 (-wCa)
- 12: PUTL t8, R10
- 13: INCEIPL $4
-
- 0x2547A348: 7FAA5910 subfe r29,r10,r11
- 14: GETL R10, t10
- 15: GETL R11, t12
- 16: SBBL t10, t12 (-rCa-wCa)
- 17: PUTL t12, R29
- 18: INCEIPL $4
-
- 0x2547A34C: 21230000 subfic r9,r3,0
- 19: GETL R3, t14
- 20: MOVL $0x0, t16
- 21: SBBL t14, t16 (-wCa)
- 22: PUTL t16, R9
- 23: INCEIPL $4
-
- 0x2547A350: 7C091914 adde r0,r9,r3
- 24: GETL R9, t18
- 25: GETL R3, t20
- 26: ADCL t18, t20 (-rCa-wCa)
- 27: PUTL t20, R0
- 28: INCEIPL $4
-
- 0x2547A354: 7C0BE839 and. r11,r0,r29
- 29: GETL R0, t22
- 30: GETL R29, t24
- 31: ANDL t22, t24
- 32: PUTL t24, R11
- 33: CMP0L t24, t26 (-rSo)
- 34: ICRFL t26, $0x0, CR
- 35: INCEIPL $4
-
- 0x2547A358: 41820010 bc 12,2,0x2547A368
- 36: Js02o $0x2547A368
-
-
-. 0 2547A33C 32
-. 80 7A 01 E8 7F 4B BA 78 31 4B FF FF 7F AA 59 10 21 23 00 00 7C 09 19 14 7C 0B E8 39 41 82 00 10
-
-==== BB 627 (0x2547A368) approx BBs exec'd 0 ====
-
- 0x2547A368: 82BA0024 lwz r21,36(r26)
- 0: GETL R26, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R21
- 4: INCEIPL $4
-
- 0x2547A36C: 2F950000 cmpi cr7,r21,0
- 5: GETL R21, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x2547A370: 409E001C bc 4,30,0x2547A38C
- 9: Jc30o $0x2547A38C
-
-
-. 0 2547A368 12
-. 82 BA 00 24 2F 95 00 00 40 9E 00 1C
-
-==== BB 628 (0x2547A38C) approx BBs exec'd 0 ====
-
- 0x2547A38C: 80DA0034 lwz r6,52(r26)
- 0: GETL R26, t0
- 1: ADDL $0x34, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x2547A390: 7F72DB78 or r18,r27,r27
- 5: GETL R27, t4
- 6: PUTL t4, R18
- 7: INCEIPL $4
-
- 0x2547A394: 839A0008 lwz r28,8(r26)
- 8: GETL R26, t6
- 9: ADDL $0x8, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R28
- 12: INCEIPL $4
-
- 0x2547A398: 82A60004 lwz r21,4(r6)
- 13: GETL R6, t10
- 14: ADDL $0x4, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R21
- 17: INCEIPL $4
-
- 0x2547A39C: 91FF0014 stw r15,20(r31)
- 18: GETL R15, t14
- 19: GETL R31, t16
- 20: ADDL $0x14, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0x2547A3A0: 91DF0018 stw r14,24(r31)
- 23: GETL R14, t18
- 24: GETL R31, t20
- 25: ADDL $0x18, t20
- 26: STL t18, (t20)
- 27: INCEIPL $4
-
- 0x2547A3A4: 813C0000 lwz r9,0(r28)
- 28: GETL R28, t22
- 29: LDL (t22), t24
- 30: PUTL t24, R9
- 31: INCEIPL $4
-
- 0x2547A3A8: 92BF001C stw r21,28(r31)
- 32: GETL R21, t26
- 33: GETL R31, t28
- 34: ADDL $0x1C, t28
- 35: STL t26, (t28)
- 36: INCEIPL $4
-
- 0x2547A3AC: 2F090000 cmpi cr6,r9,0
- 37: GETL R9, t30
- 38: CMP0L t30, t32 (-rSo)
- 39: ICRFL t32, $0x6, CR
- 40: INCEIPL $4
-
- 0x2547A3B0: 935F0010 stw r26,16(r31)
- 41: GETL R26, t34
- 42: GETL R31, t36
- 43: ADDL $0x10, t36
- 44: STL t34, (t36)
- 45: INCEIPL $4
-
- 0x2547A3B4: 419A0504 bc 12,26,0x2547A8B8
- 46: Js26o $0x2547A8B8
-
-
-. 0 2547A38C 44
-. 80 DA 00 34 7F 72 DB 78 83 9A 00 08 82 A6 00 04 91 FF 00 14 91 DF 00 18 81 3C 00 00 92 BF 00 1C 2F 09 00 00 93 5F 00 10 41 9A 05 04
-
-==== BB 629 (0x2547A3B8) approx BBs exec'd 0 ====
-
- 0x2547A3B8: 3F207FFF lis r25,32767
- 0: MOVL $0x7FFF0000, t0
- 1: PUTL t0, R25
- 2: INCEIPL $4
-
- 0x2547A3BC: 6327FFFD ori r7,r25,0xFFFD
- 3: MOVL $0x7FFFFFFD, t2
- 4: PUTL t2, R7
- 5: INCEIPL $4
-
- 0x2547A3C0: 90FF0040 stw r7,64(r31)
- 6: GETL R7, t4
- 7: GETL R31, t6
- 8: ADDL $0x40, t6
- 9: STL t4, (t6)
- 10: INCEIPL $4
-
- 0x2547A3C4: 480000BC b 0x2547A480
- 11: JMPo $0x2547A480 ($4)
-
-
-. 0 2547A3B8 16
-. 3F 20 7F FF 63 27 FF FD 90 FF 00 40 48 00 00 BC
-
-==== BB 630 (0x2547A480) approx BBs exec'd 0 ====
-
- 0x2547A480: 2F890001 cmpi cr7,r9,1
- 0: GETL R9, t0
- 1: MOVL $0x1, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x2547A484: 419EFF44 bc 12,30,0x2547A3C8
- 5: Js30o $0x2547A3C8
-
-
-. 0 2547A480 8
-. 2F 89 00 01 41 9E FF 44
-
-==== BB 631 (0x2547A3C8) approx BBs exec'd 0 ====
-
- 0x2547A3C8: 801C0004 lwz r0,4(r28)
- 0: GETL R28, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x2547A3CC: 38800024 li r4,36
- 5: MOVL $0x24, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0x2547A3D0: 7FA0AA14 add r29,r0,r21
- 8: GETL R0, t6
- 9: GETL R21, t8
- 10: ADDL t6, t8
- 11: PUTL t8, R29
- 12: INCEIPL $4
-
- 0x2547A3D4: 7FA3EB78 or r3,r29,r29
- 13: GETL R29, t10
- 14: PUTL t10, R3
- 15: INCEIPL $4
-
- 0x2547A3D8: 7FB9EB78 or r25,r29,r29
- 16: GETL R29, t12
- 17: PUTL t12, R25
- 18: INCEIPL $4
-
- 0x2547A3DC: 48008A25 bl 0x25482E00
- 19: MOVL $0x2547A3E0, t14
- 20: PUTL t14, LR
- 21: JMPo-c $0x25482E00 ($4)
-
-
-. 0 2547A3C8 24
-. 80 1C 00 04 38 80 00 24 7F A0 AA 14 7F A3 EB 78 7F B9 EB 78 48 00 8A 25
-
-==== BB 632 (0x2547A3E0) approx BBs exec'd 0 ====
-
- 0x2547A3E0: 2C830000 cmpi cr1,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0x2547A3E4: 40860588 bc 4,6,0x2547A96C
- 4: Jc06o $0x2547A96C
-
-
-. 0 2547A3E0 8
-. 2C 83 00 00 40 86 05 88
-
-==== BB 633 (0x2547A3E8) approx BBs exec'd 0 ====
-
- 0x2547A3E8: 80BE02F8 lwz r5,760(r30)
- 0: GETL R30, t0
- 1: ADDL $0x2F8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x2547A3EC: 387F0030 addi r3,r31,48
- 5: GETL R31, t4
- 6: ADDL $0x30, t4
- 7: PUTL t4, R3
- 8: INCEIPL $4
-
- 0x2547A3F0: 389F0034 addi r4,r31,52
- 9: GETL R31, t6
- 10: ADDL $0x34, t6
- 11: PUTL t6, R4
- 12: INCEIPL $4
-
- 0x2547A3F4: 38DF0010 addi r6,r31,16
- 13: GETL R31, t8
- 14: ADDL $0x10, t8
- 15: PUTL t8, R6
- 16: INCEIPL $4
-
- 0x2547A3F8: 93BF0020 stw r29,32(r31)
- 17: GETL R29, t10
- 18: GETL R31, t12
- 19: ADDL $0x20, t12
- 20: STL t10, (t12)
- 21: INCEIPL $4
-
- 0x2547A3FC: 480011A5 bl 0x2547B5A0
- 22: MOVL $0x2547A400, t14
- 23: PUTL t14, LR
- 24: JMPo-c $0x2547B5A0 ($4)
-
-
-. 0 2547A3E8 24
-. 80 BE 02 F8 38 7F 00 30 38 9F 00 34 38 DF 00 10 93 BF 00 20 48 00 11 A5
-
-==== BB 634 _dl_catch_error(0x2547B5A0) approx BBs exec'd 0 ====
-
- 0x2547B5A0: 9421FD60 stwu r1,-672(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFD60, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547B5A4: 7D4802A6 mflr r10
- 6: GETL LR, t4
- 7: PUTL t4, R10
- 8: INCEIPL $4
-
- 0x2547B5A8: 4801BA59 bl 0x25497000
- 9: MOVL $0x2547B5AC, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-. 0 2547B5A0 12
-. 94 21 FD 60 7D 48 02 A6 48 01 BA 59
-
-==== BB 635 (0x2547B5AC) approx BBs exec'd 0 ====
-
- 0x2547B5AC: 93C10298 stw r30,664(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x298, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547B5B0: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x2547B5B4: 39000000 li r8,0
- 8: MOVL $0x0, t6
- 9: PUTL t6, R8
- 10: INCEIPL $4
-
- 0x2547B5B8: 914102A4 stw r10,676(r1)
- 11: GETL R10, t8
- 12: GETL R1, t10
- 13: ADDL $0x2A4, t10
- 14: STL t8, (t10)
- 15: INCEIPL $4
-
- 0x2547B5BC: 93E1029C stw r31,668(r1)
- 16: GETL R31, t12
- 17: GETL R1, t14
- 18: ADDL $0x29C, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0x2547B5C0: 80FE04C8 lwz r7,1224(r30)
- 21: GETL R30, t16
- 22: ADDL $0x4C8, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R7
- 25: INCEIPL $4
-
- 0x2547B5C4: 91010014 stw r8,20(r1)
- 26: GETL R8, t20
- 27: GETL R1, t22
- 28: ADDL $0x14, t22
- 29: STL t20, (t22)
- 30: INCEIPL $4
-
- 0x2547B5C8: 812701B4 lwz r9,436(r7)
- 31: GETL R7, t24
- 32: ADDL $0x1B4, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R9
- 35: INCEIPL $4
-
- 0x2547B5CC: 90810274 stw r4,628(r1)
- 36: GETL R4, t28
- 37: GETL R1, t30
- 38: ADDL $0x274, t30
- 39: STL t28, (t30)
- 40: INCEIPL $4
-
- 0x2547B5D0: 7D2903A6 mtctr r9
- 41: GETL R9, t32
- 42: PUTL t32, CTR
- 43: INCEIPL $4
-
- 0x2547B5D4: 90A10278 stw r5,632(r1)
- 44: GETL R5, t34
- 45: GETL R1, t36
- 46: ADDL $0x278, t36
- 47: STL t34, (t36)
- 48: INCEIPL $4
-
- 0x2547B5D8: 90C1027C stw r6,636(r1)
- 49: GETL R6, t38
- 50: GETL R1, t40
- 51: ADDL $0x27C, t40
- 52: STL t38, (t40)
- 53: INCEIPL $4
-
- 0x2547B5DC: 90610270 stw r3,624(r1)
- 54: GETL R3, t42
- 55: GETL R1, t44
- 56: ADDL $0x270, t44
- 57: STL t42, (t44)
- 58: INCEIPL $4
-
- 0x2547B5E0: 4E800421 bctrl
- 59: MOVL $0x2547B5E4, t46
- 60: PUTL t46, LR
- 61: GETL CTR, t48
- 62: JMPo-c t48 ($4)
-
-
-. 0 2547B5AC 56
-. 93 C1 02 98 7F C8 02 A6 39 00 00 00 91 41 02 A4 93 E1 02 9C 80 FE 04 C8 91 01 00 14 81 27 01 B4 90 81 02 74 7D 29 03 A6 90 A1 02 78 90 C1 02 7C 90 61 02 70 4E 80 04 21
-
-==== BB 636 _dl_initial_error_catch_tsd(0x2547185C) approx BBs exec'd 0 ====
-
- 0x2547185C: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x25471860: 7D8802A6 mflr r12
- 6: GETL LR, t4
- 7: PUTL t4, R12
- 8: INCEIPL $4
-
- 0x25471864: 4802579D bl 0x25497000
- 9: MOVL $0x25471868, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-. 0 2547185C 12
-. 94 21 FF F0 7D 88 02 A6 48 02 57 9D
-
-==== BB 637 (0x25471868) approx BBs exec'd 0 ====
-
- 0x25471868: 93C10008 stw r30,8(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547186C: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x25471870: 7D8803A6 mtlr r12
- 8: GETL R12, t6
- 9: PUTL t6, LR
- 10: INCEIPL $4
-
- 0x25471874: 807E0018 lwz r3,24(r30)
- 11: GETL R30, t8
- 12: ADDL $0x18, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R3
- 15: INCEIPL $4
-
- 0x25471878: 83C10008 lwz r30,8(r1)
- 16: GETL R1, t12
- 17: ADDL $0x8, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R30
- 20: INCEIPL $4
-
- 0x2547187C: 38210010 addi r1,r1,16
- 21: GETL R1, t16
- 22: ADDL $0x10, t16
- 23: PUTL t16, R1
- 24: INCEIPL $4
-
- 0x25471880: 4E800020 blr
- 25: GETL LR, t18
- 26: JMPo-r t18 ($4)
-
-
-. 0 25471868 28
-. 93 C1 00 08 7F C8 02 A6 7D 88 03 A6 80 7E 00 18 83 C1 00 08 38 21 00 10 4E 80 00 20
-
-==== BB 638 (0x2547B5E4) approx BBs exec'd 0 ====
-
- 0x2547B5E4: 80030000 lwz r0,0(r3)
- 0: GETL R3, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0x2547B5E8: 90610280 stw r3,640(r1)
- 4: GETL R3, t4
- 5: GETL R1, t6
- 6: ADDL $0x280, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0x2547B5EC: 38610020 addi r3,r1,32
- 9: GETL R1, t8
- 10: ADDL $0x20, t8
- 11: PUTL t8, R3
- 12: INCEIPL $4
-
- 0x2547B5F0: 90010008 stw r0,8(r1)
- 13: GETL R0, t10
- 14: GETL R1, t12
- 15: ADDL $0x8, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x2547B5F4: 480072BD bl 0x254828B0
- 18: MOVL $0x2547B5F8, t14
- 19: PUTL t14, LR
- 20: JMPo-c $0x254828B0 ($4)
-
-
-. 0 2547B5E4 20
-. 80 03 00 00 90 61 02 80 38 61 00 20 90 01 00 08 48 00 72 BD
-
-==== BB 639 _setjmp(0x254828B0) approx BBs exec'd 0 ====
-
- 0x254828B0: 38800000 li r4,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0x254828B4: 480001DC b 0x25482A90
- 3: JMPo $0x25482A90 ($4)
-
-
-. 0 254828B0 8
-. 38 80 00 00 48 00 01 DC
-
-==== BB 640 __sigsetjmp(0x25482A90) approx BBs exec'd 0 ====
-
- 0x25482A90: 90230000 stw r1,0(r3)
- 0: GETL R1, t0
- 1: GETL R3, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0x25482A94: 7C0802A6 mflr r0
- 4: GETL LR, t4
- 5: PUTL t4, R0
- 6: INCEIPL $4
-
- 0x25482A98: 91C3000C stw r14,12(r3)
- 7: GETL R14, t6
- 8: GETL R3, t8
- 9: ADDL $0xC, t8
- 10: STL t6, (t8)
- 11: INCEIPL $4
-
- 0x25482A9C: D9C30058 stfd f14,88(r3)
- 12: GETL R3, t10
- 13: ADDL $0x58, t10
- 14: FPU_WQ 0x0:0xE, (t10)
- 15: INCEIPL $4
-
- 0x25482AA0: 90030008 stw r0,8(r3)
- 16: GETL R0, t12
- 17: GETL R3, t14
- 18: ADDL $0x8, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0x25482AA4: 91E30010 stw r15,16(r3)
- 21: GETL R15, t16
- 22: GETL R3, t18
- 23: ADDL $0x10, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0x25482AA8: D9E30060 stfd f15,96(r3)
- 26: GETL R3, t20
- 27: ADDL $0x60, t20
- 28: FPU_WQ 0x0:0xF, (t20)
- 29: INCEIPL $4
-
- 0x25482AAC: 7C000026 mfcr r0
- 30: GETL CR, t22
- 31: PUTL t22, R0
- 32: INCEIPL $4
-
- 0x25482AB0: 92030014 stw r16,20(r3)
- 33: GETL R16, t24
- 34: GETL R3, t26
- 35: ADDL $0x14, t26
- 36: STL t24, (t26)
- 37: INCEIPL $4
-
- 0x25482AB4: DA030068 stfd f16,104(r3)
- 38: GETL R3, t28
- 39: ADDL $0x68, t28
- 40: FPU_WQ 0x0:0x10, (t28)
- 41: INCEIPL $4
-
- 0x25482AB8: 90030054 stw r0,84(r3)
- 42: GETL R0, t30
- 43: GETL R3, t32
- 44: ADDL $0x54, t32
- 45: STL t30, (t32)
- 46: INCEIPL $4
-
- 0x25482ABC: 92230018 stw r17,24(r3)
- 47: GETL R17, t34
- 48: GETL R3, t36
- 49: ADDL $0x18, t36
- 50: STL t34, (t36)
- 51: INCEIPL $4
-
- 0x25482AC0: DA230070 stfd f17,112(r3)
- 52: GETL R3, t38
- 53: ADDL $0x70, t38
- 54: FPU_WQ 0x0:0x11, (t38)
- 55: INCEIPL $4
-
- 0x25482AC4: 9243001C stw r18,28(r3)
- 56: GETL R18, t40
- 57: GETL R3, t42
- 58: ADDL $0x1C, t42
- 59: STL t40, (t42)
- 60: INCEIPL $4
-
- 0x25482AC8: DA430078 stfd f18,120(r3)
- 61: GETL R3, t44
- 62: ADDL $0x78, t44
- 63: FPU_WQ 0x0:0x12, (t44)
- 64: INCEIPL $4
-
- 0x25482ACC: 92630020 stw r19,32(r3)
- 65: GETL R19, t46
- 66: GETL R3, t48
- 67: ADDL $0x20, t48
- 68: STL t46, (t48)
- 69: INCEIPL $4
-
- 0x25482AD0: DA630080 stfd f19,128(r3)
- 70: GETL R3, t50
- 71: ADDL $0x80, t50
- 72: FPU_WQ 0x0:0x13, (t50)
- 73: INCEIPL $4
-
- 0x25482AD4: 92830024 stw r20,36(r3)
- 74: GETL R20, t52
- 75: GETL R3, t54
- 76: ADDL $0x24, t54
- 77: STL t52, (t54)
- 78: INCEIPL $4
-
- 0x25482AD8: DA830088 stfd f20,136(r3)
- 79: GETL R3, t56
- 80: ADDL $0x88, t56
- 81: FPU_WQ 0x0:0x14, (t56)
- 82: INCEIPL $4
-
- 0x25482ADC: 92A30028 stw r21,40(r3)
- 83: GETL R21, t58
- 84: GETL R3, t60
- 85: ADDL $0x28, t60
- 86: STL t58, (t60)
- 87: INCEIPL $4
-
- 0x25482AE0: DAA30090 stfd f21,144(r3)
- 88: GETL R3, t62
- 89: ADDL $0x90, t62
- 90: FPU_WQ 0x0:0x15, (t62)
- 91: INCEIPL $4
-
- 0x25482AE4: 92C3002C stw r22,44(r3)
- 92: GETL R22, t64
- 93: GETL R3, t66
- 94: ADDL $0x2C, t66
- 95: STL t64, (t66)
- 96: INCEIPL $4
-
- 0x25482AE8: DAC30098 stfd f22,152(r3)
- 97: GETL R3, t68
- 98: ADDL $0x98, t68
- 99: FPU_WQ 0x0:0x16, (t68)
- 100: INCEIPL $4
-
- 0x25482AEC: 92E30030 stw r23,48(r3)
- 101: GETL R23, t70
- 102: GETL R3, t72
- 103: ADDL $0x30, t72
- 104: STL t70, (t72)
- 105: INCEIPL $4
-
- 0x25482AF0: DAE300A0 stfd f23,160(r3)
- 106: GETL R3, t74
- 107: ADDL $0xA0, t74
- 108: FPU_WQ 0x0:0x17, (t74)
- 109: INCEIPL $4
-
- 0x25482AF4: 93030034 stw r24,52(r3)
- 110: GETL R24, t76
- 111: GETL R3, t78
- 112: ADDL $0x34, t78
- 113: STL t76, (t78)
- 114: INCEIPL $4
-
- 0x25482AF8: DB0300A8 stfd f24,168(r3)
- 115: GETL R3, t80
- 116: ADDL $0xA8, t80
- 117: FPU_WQ 0x0:0x18, (t80)
- 118: INCEIPL $4
-
- 0x25482AFC: 93230038 stw r25,56(r3)
- 119: GETL R25, t82
- 120: GETL R3, t84
- 121: ADDL $0x38, t84
- 122: STL t82, (t84)
- 123: INCEIPL $4
-
- 0x25482B00: DB2300B0 stfd f25,176(r3)
- 124: GETL R3, t86
- 125: ADDL $0xB0, t86
- 126: FPU_WQ 0x0:0x19, (t86)
- 127: INCEIPL $4
-
- 0x25482B04: 9343003C stw r26,60(r3)
- 128: GETL R26, t88
- 129: GETL R3, t90
- 130: ADDL $0x3C, t90
- 131: STL t88, (t90)
- 132: INCEIPL $4
-
- 0x25482B08: DB4300B8 stfd f26,184(r3)
- 133: GETL R3, t92
- 134: ADDL $0xB8, t92
- 135: FPU_WQ 0x0:0x1A, (t92)
- 136: INCEIPL $4
-
- 0x25482B0C: 93630040 stw r27,64(r3)
- 137: GETL R27, t94
- 138: GETL R3, t96
- 139: ADDL $0x40, t96
- 140: STL t94, (t96)
- 141: INCEIPL $4
-
- 0x25482B10: DB6300C0 stfd f27,192(r3)
- 142: GETL R3, t98
- 143: ADDL $0xC0, t98
- 144: FPU_WQ 0x0:0x1B, (t98)
- 145: INCEIPL $4
-
- 0x25482B14: 93830044 stw r28,68(r3)
- 146: GETL R28, t100
- 147: GETL R3, t102
- 148: ADDL $0x44, t102
- 149: STL t100, (t102)
- 150: INCEIPL $4
-
- 0x25482B18: DB8300C8 stfd f28,200(r3)
- 151: GETL R3, t104
- 152: ADDL $0xC8, t104
- 153: FPU_WQ 0x0:0x1C, (t104)
- 154: INCEIPL $4
-
- 0x25482B1C: 93A30048 stw r29,72(r3)
- 155: GETL R29, t106
- 156: GETL R3, t108
- 157: ADDL $0x48, t108
- 158: STL t106, (t108)
- 159: INCEIPL $4
-
- 0x25482B20: DBA300D0 stfd f29,208(r3)
- 160: GETL R3, t110
- 161: ADDL $0xD0, t110
- 162: FPU_WQ 0x0:0x1D, (t110)
- 163: INCEIPL $4
-
- 0x25482B24: 93C3004C stw r30,76(r3)
- 164: GETL R30, t112
- 165: GETL R3, t114
- 166: ADDL $0x4C, t114
- 167: STL t112, (t114)
- 168: INCEIPL $4
-
- 0x25482B28: DBC300D8 stfd f30,216(r3)
- 169: GETL R3, t116
- 170: ADDL $0xD8, t116
- 171: FPU_WQ 0x0:0x1E, (t116)
- 172: INCEIPL $4
-
- 0x25482B2C: 93E30050 stw r31,80(r3)
- 173: GETL R31, t118
- 174: GETL R3, t120
- 175: ADDL $0x50, t120
- 176: STL t118, (t120)
- 177: INCEIPL $4
-
- 0x25482B30: DBE300E0 stfd f31,224(r3)
- 178: GETL R3, t122
- 179: ADDL $0xE0, t122
- 180: FPU_WQ 0x0:0x1F, (t122)
- 181: INCEIPL $4
-
- 0x25482B34: 7CC802A6 mflr r6
- 182: GETL LR, t124
- 183: PUTL t124, R6
- 184: INCEIPL $4
-
- 0x25482B38: 480144C9 bl 0x25497000
- 185: MOVL $0x25482B3C, t126
- 186: PUTL t126, LR
- 187: JMPo-c $0x25497000 ($4)
-
-
-. 0 25482A90 172
-. 90 23 00 00 7C 08 02 A6 91 C3 00 0C D9 C3 00 58 90 03 00 08 91 E3 00 10 D9 E3 00 60 7C 00 00 26 92 03 00 14 DA 03 00 68 90 03 00 54 92 23 00 18 DA 23 00 70 92 43 00 1C DA 43 00 78 92 63 00 20 DA 63 00 80 92 83 00 24 DA 83 00 88 92 A3 00 28 DA A3 00 90 92 C3 00 2C DA C3 00 98 92 E3 00 30 DA E3 00 A0 93 03 00 34 DB 03 00 A8 93 23 00 38 DB 23 00 B0 93 43 00 3C DB 43 00 B8 93 63 00 40 DB 63 00 C0 93 83 00 44 DB 83 00 C8 93 A3 00 48 DB A3 00 D0 93 C3 00 4C DB C3 00 D8 93 E3 00 50 DB E3 00 E0 7C C8 02 A6 48 01 44 C9
-
-==== BB 641 (0x25482B3C) approx BBs exec'd 0 ====
-
- 0x25482B3C: 7CA802A6 mflr r5
- 0: GETL LR, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0x25482B40: 80A504E4 lwz r5,1252(r5)
- 3: GETL R5, t2
- 4: ADDL $0x4E4, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x25482B44: 7CC803A6 mtlr r6
- 8: GETL R6, t6
- 9: PUTL t6, LR
- 10: INCEIPL $4
-
- 0x25482B48: 80A5003C lwz r5,60(r5)
- 11: GETL R5, t8
- 12: ADDL $0x3C, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R5
- 15: INCEIPL $4
-
- 0x25482B4C: 74A51000 andis. r5,r5,0x1000
- 16: GETL R5, t12
- 17: ANDL $0x10000000, t12
- 18: PUTL t12, R5
- 19: CMP0L t12, t14 (-rSo)
- 20: ICRFL t14, $0x0, CR
- 21: INCEIPL $4
-
- 0x25482B50: 41820158 bc 12,2,0x25482CA8
- 22: Js02o $0x25482CA8
-
-
-. 0 25482B3C 24
-. 7C A8 02 A6 80 A5 04 E4 7C C8 03 A6 80 A5 00 3C 74 A5 10 00 41 82 01 58
-
-==== BB 642 (0x25482CA8) approx BBs exec'd 0 ====
-
- 0x25482CA8: 4BFFD2F0 b 0x2547FF98
- 0: JMPo $0x2547FF98 ($4)
-
-
-. 0 25482CA8 4
-. 4B FF D2 F0
-
-==== BB 643 __sigjmp_save(0x2547FF98) approx BBs exec'd 0 ====
-
- 0x2547FF98: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547FF9C: 38000000 li r0,0
- 6: MOVL $0x0, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x2547FFA0: 900301C0 stw r0,448(r3)
- 9: GETL R0, t6
- 10: GETL R3, t8
- 11: ADDL $0x1C0, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x2547FFA4: 38210010 addi r1,r1,16
- 14: GETL R1, t10
- 15: ADDL $0x10, t10
- 16: PUTL t10, R1
- 17: INCEIPL $4
-
- 0x2547FFA8: 38600000 li r3,0
- 18: MOVL $0x0, t12
- 19: PUTL t12, R3
- 20: INCEIPL $4
-
- 0x2547FFAC: 4E800020 blr
- 21: GETL LR, t14
- 22: JMPo-r t14 ($4)
-
-
-. 0 2547FF98 24
-. 94 21 FF F0 38 00 00 00 90 03 01 C0 38 21 00 10 38 60 00 00 4E 80 00 20
-
-==== BB 644 (0x2547B5F8) approx BBs exec'd 0 ====
-
- 0x2547B5F8: 7C7F1B79 or. r31,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R31
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x2547B5FC: 8061027C lwz r3,636(r1)
- 5: GETL R1, t4
- 6: ADDL $0x27C, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0x2547B600: 7FEAFB78 or r10,r31,r31
- 10: GETL R31, t8
- 11: PUTL t8, R10
- 12: INCEIPL $4
-
- 0x2547B604: 2F9FFFFF cmpi cr7,r31,-1
- 13: GETL R31, t10
- 14: MOVL $0xFFFFFFFF, t14
- 15: CMPL t10, t14, t12 (-rSo)
- 16: ICRFL t12, $0x7, CR
- 17: INCEIPL $4
-
- 0x2547B608: 40820054 bc 4,2,0x2547B65C
- 18: Jc02o $0x2547B65C
-
-
-. 0 2547B5F8 20
-. 7C 7F 1B 79 80 61 02 7C 7F EA FB 78 2F 9F FF FF 40 82 00 54
-
-==== BB 645 (0x2547B60C) approx BBs exec'd 0 ====
-
- 0x2547B60C: 81210280 lwz r9,640(r1)
- 0: GETL R1, t0
- 1: ADDL $0x280, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x2547B610: 38010010 addi r0,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x2547B614: 81810278 lwz r12,632(r1)
- 9: GETL R1, t6
- 10: ADDL $0x278, t6
- 11: LDL (t6), t8
- 12: PUTL t8, R12
- 13: INCEIPL $4
-
- 0x2547B618: 90090000 stw r0,0(r9)
- 14: GETL R0, t10
- 15: GETL R9, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x2547B61C: 7D8903A6 mtctr r12
- 18: GETL R12, t14
- 19: PUTL t14, CTR
- 20: INCEIPL $4
-
- 0x2547B620: 4E800421 bctrl
- 21: MOVL $0x2547B624, t16
- 22: PUTL t16, LR
- 23: GETL CTR, t18
- 24: JMPo-c t18 ($4)
-
-
-. 0 2547B60C 24
-. 81 21 02 80 38 01 00 10 81 81 02 78 90 09 00 00 7D 89 03 A6 4E 80 04 21
-
-==== BB 646 openaux(0x2547A0BC) approx BBs exec'd 0 ====
-
- 0x2547A0BC: 7C8802A6 mflr r4
- 0: GETL LR, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0x2547A0C0: 9421FFF0 stwu r1,-16(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFF0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0x2547A0C4: 93E10008 stw r31,8(r1)
- 9: GETL R31, t6
- 10: GETL R1, t8
- 11: ADDL $0x8, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x2547A0C8: 7C7F1B78 or r31,r3,r3
- 14: GETL R3, t10
- 15: PUTL t10, R31
- 16: INCEIPL $4
-
- 0x2547A0CC: 38A00000 li r5,0
- 17: MOVL $0x0, t12
- 18: PUTL t12, R5
- 19: INCEIPL $4
-
- 0x2547A0D0: 90810014 stw r4,20(r1)
- 20: GETL R4, t14
- 21: GETL R1, t16
- 22: ADDL $0x14, t16
- 23: STL t14, (t16)
- 24: INCEIPL $4
-
- 0x2547A0D4: 80630000 lwz r3,0(r3)
- 25: GETL R3, t18
- 26: LDL (t18), t20
- 27: PUTL t20, R3
- 28: INCEIPL $4
-
- 0x2547A0D8: 809F0010 lwz r4,16(r31)
- 29: GETL R31, t22
- 30: ADDL $0x10, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R4
- 33: INCEIPL $4
-
- 0x2547A0DC: 80030180 lwz r0,384(r3)
- 34: GETL R3, t26
- 35: ADDL $0x180, t26
- 36: LDL (t26), t28
- 37: PUTL t28, R0
- 38: INCEIPL $4
-
- 0x2547A0E0: 7409C000 andis. r9,r0,0xC000
- 39: GETL R0, t30
- 40: ANDL $0xC0000000, t30
- 41: PUTL t30, R9
- 42: CMP0L t30, t32 (-rSo)
- 43: ICRFL t32, $0x0, CR
- 44: INCEIPL $4
-
- 0x2547A0E4: 540617BE rlwinm r6,r0,2,30,31
- 45: GETL R0, t34
- 46: SHRL $0x1E, t34
- 47: PUTL t34, R6
- 48: INCEIPL $4
-
- 0x2547A0E8: 40820008 bc 4,2,0x2547A0F0
- 49: Jc02o $0x2547A0F0
-
-
-. 0 2547A0BC 48
-. 7C 88 02 A6 94 21 FF F0 93 E1 00 08 7C 7F 1B 78 38 A0 00 00 90 81 00 14 80 63 00 00 80 9F 00 10 80 03 01 80 74 09 C0 00 54 06 17 BE 40 82 00 08
-
-==== BB 647 (0x2547A0EC) approx BBs exec'd 0 ====
-
- 0x2547A0EC: 38C00001 li r6,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R6
- 2: INCEIPL $4
-
- 0x2547A0F0: 80FF0004 lwz r7,4(r31)
- 3: GETL R31, t2
- 4: ADDL $0x4, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R7
- 7: INCEIPL $4
-
- 0x2547A0F4: 811F0008 lwz r8,8(r31)
- 8: GETL R31, t6
- 9: ADDL $0x8, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R8
- 12: INCEIPL $4
-
- 0x2547A0F8: 81230018 lwz r9,24(r3)
- 13: GETL R3, t10
- 14: ADDL $0x18, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R9
- 17: INCEIPL $4
-
- 0x2547A0FC: 4BFFCBED bl 0x25476CE8
- 18: MOVL $0x2547A100, t14
- 19: PUTL t14, LR
- 20: JMPo-c $0x25476CE8 ($4)
-
-
-. 0 2547A0EC 20
-. 38 C0 00 01 80 FF 00 04 81 1F 00 08 81 23 00 18 4B FF CB ED
-
-==== BB 648 (0x25482FA8) approx BBs exec'd 0 ====
-
- 0x25482FA8: 8CA30001 lbzu r5,1(r3)
- 0: GETL R3, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R3
- 3: LDB (t0), t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0x25482FAC: 8CC40001 lbzu r6,1(r4)
- 6: GETL R4, t4
- 7: ADDL $0x1, t4
- 8: PUTL t4, R4
- 9: LDB (t4), t6
- 10: PUTL t6, R6
- 11: INCEIPL $4
-
- 0x25482FB0: 2C850000 cmpi cr1,r5,0
- 12: GETL R5, t8
- 13: CMP0L t8, t10 (-rSo)
- 14: ICRFL t10, $0x1, CR
- 15: INCEIPL $4
-
- 0x25482FB4: 7C053000 cmp cr0,r5,r6
- 16: GETL R5, t12
- 17: GETL R6, t14
- 18: CMPL t12, t14, t16 (-rSo)
- 19: ICRFL t16, $0x0, CR
- 20: INCEIPL $4
-
- 0x25482FB8: 4086FFD4 bc 4,6,0x25482F8C
- 21: Jc06o $0x25482F8C
-
-
-. 0 25482FA8 20
-. 8C A3 00 01 8C C4 00 01 2C 85 00 00 7C 05 30 00 40 86 FF D4
-
-==== BB 649 (0x25482F8C) approx BBs exec'd 0 ====
-
- 0x25482F8C: 8CA30001 lbzu r5,1(r3)
- 0: GETL R3, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R3
- 3: LDB (t0), t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0x25482F90: 40820034 bc 4,2,0x25482FC4
- 6: Jc02o $0x25482FC4
-
-
-. 0 25482F8C 8
-. 8C A3 00 01 40 82 00 34
-
-==== BB 650 (0x25482FC4) approx BBs exec'd 0 ====
-
- 0x25482FC4: 88A3FFFF lbz r5,-1(r3)
- 0: GETL R3, t0
- 1: ADDL $0xFFFFFFFF, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x25482FC8: 7C662850 subf r3,r6,r5
- 5: GETL R6, t4
- 6: GETL R5, t6
- 7: SUBL t4, t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0x25482FCC: 4E800020 blr
- 10: GETL LR, t8
- 11: JMPo-r t8 ($4)
-
-
-. 0 25482FC4 12
-. 88 A3 FF FF 7C 66 28 50 4E 80 00 20
-
-==== BB 651 (0x2547706C) approx BBs exec'd 0 ====
-
- 0x2547706C: 7FE3FB78 or r3,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25477070: 4800BF61 bl 0x25482FD0
- 3: MOVL $0x25477074, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0x25482FD0 ($4)
-
-
-. 0 2547706C 8
-. 7F E3 FB 78 48 00 BF 61
-
-==== BB 652 (0x25477074) approx BBs exec'd 0 ====
-
- 0x25477074: 83540000 lwz r26,0(r20)
- 0: GETL R20, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R26
- 3: INCEIPL $4
-
- 0x25477078: 3AC30001 addi r22,r3,1
- 4: GETL R3, t4
- 5: ADDL $0x1, t4
- 6: PUTL t4, R22
- 7: INCEIPL $4
-
- 0x2547707C: 73490001 andi. r9,r26,0x1
- 8: GETL R26, t6
- 9: ANDL $0x1, t6
- 10: PUTL t6, R9
- 11: CMP0L t6, t8 (-rSo)
- 12: ICRFL t8, $0x0, CR
- 13: INCEIPL $4
-
- 0x25477080: 408203C4 bc 4,2,0x25477444
- 14: Jc02o $0x25477444
-
-
-. 0 25477074 16
-. 83 54 00 00 3A C3 00 01 73 49 00 01 40 82 03 C4
-
-==== BB 653 (0x25477084) approx BBs exec'd 0 ====
-
- 0x25477084: 3B40FFFF li r26,-1
- 0: MOVL $0xFFFFFFFF, t0
- 1: PUTL t0, R26
- 2: INCEIPL $4
-
- 0x25477088: 418E0020 bc 12,14,0x254770A8
- 3: Js14o $0x254770A8
-
-
-. 0 25477084 8
-. 3B 40 FF FF 41 8E 00 20
-
-==== BB 654 (0x2547708C) approx BBs exec'd 0 ====
-
- 0x2547708C: 839B0094 lwz r28,148(r27)
- 0: GETL R27, t0
- 1: ADDL $0x94, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0x25477090: 7F6CFE70 srawi r12,r27,31
- 5: GETL R27, t4
- 6: SARL $0x1F, t4 (-wCa)
- 7: PUTL t4, R12
- 8: INCEIPL $4
-
- 0x25477094: 7D9DDA78 xor r29,r12,r27
- 9: GETL R12, t6
- 10: GETL R27, t8
- 11: XORL t6, t8
- 12: PUTL t8, R29
- 13: INCEIPL $4
-
- 0x25477098: 2E1AFFFF cmpi cr4,r26,-1
- 14: GETL R26, t10
- 15: MOVL $0xFFFFFFFF, t14
- 16: CMPL t10, t14, t12 (-rSo)
- 17: ICRFL t12, $0x4, CR
- 18: INCEIPL $4
-
- 0x2547709C: 2F9C0000 cmpi cr7,r28,0
- 19: GETL R28, t16
- 20: CMP0L t16, t18 (-rSo)
- 21: ICRFL t18, $0x7, CR
- 22: INCEIPL $4
-
- 0x254770A0: 7DCCE850 subf r14,r12,r29
- 23: GETL R12, t20
- 24: GETL R29, t22
- 25: SUBL t20, t22
- 26: PUTL t22, R14
- 27: INCEIPL $4
-
- 0x254770A4: 409E016C bc 4,30,0x25477210
- 28: Jc30o $0x25477210
-
-
-. 0 2547708C 28
-. 83 9B 00 94 7F 6C FE 70 7D 9D DA 78 2E 1A FF FF 2F 9C 00 00 7D CC E8 50 40 9E 01 6C
-
-==== BB 655 (0x254770A8) approx BBs exec'd 0 ====
-
- 0x254770A8: 2C9B0000 cmpi cr1,r27,0
- 0: GETL R27, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0x254770AC: 7F65FE70 srawi r5,r27,31
- 4: GETL R27, t4
- 5: SARL $0x1F, t4 (-wCa)
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x254770B0: 7CA0DA78 xor r0,r5,r27
- 8: GETL R5, t6
- 9: GETL R27, t8
- 10: XORL t6, t8
- 11: PUTL t8, R0
- 12: INCEIPL $4
-
- 0x254770B4: 7F7DDB78 or r29,r27,r27
- 13: GETL R27, t10
- 14: PUTL t10, R29
- 15: INCEIPL $4
-
- 0x254770B8: 7DC50050 subf r14,r5,r0
- 16: GETL R5, t12
- 17: GETL R0, t14
- 18: SUBL t12, t14
- 19: PUTL t14, R14
- 20: INCEIPL $4
-
- 0x254770BC: 41860370 bc 12,6,0x2547742C
- 21: Js06o $0x2547742C
-
-
-. 0 254770A8 24
-. 2C 9B 00 00 7F 65 FE 70 7C A0 DA 78 7F 7D DB 78 7D C5 00 50 41 86 03 70
-
-==== BB 656 (0x254770C0) approx BBs exec'd 0 ====
-
- 0x254770C0: 825E019C lwz r18,412(r30)
- 0: GETL R30, t0
- 1: ADDL $0x19C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R18
- 4: INCEIPL $4
-
- 0x254770C4: 39E0FFFF li r15,-1
- 5: MOVL $0xFFFFFFFF, t4
- 6: PUTL t4, R15
- 7: INCEIPL $4
-
- 0x254770C8: 48000024 b 0x254770EC
- 8: JMPo $0x254770EC ($4)
-
-
-. 0 254770C0 12
-. 82 5E 01 9C 39 E0 FF FF 48 00 00 24
-
-==== BB 657 (0x254770EC) approx BBs exec'd 0 ====
-
- 0x254770EC: 807D018C lwz r3,396(r29)
- 0: GETL R29, t0
- 1: ADDL $0x18C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x254770F0: 3B9D018C addi r28,r29,396
- 5: GETL R29, t4
- 6: ADDL $0x18C, t4
- 7: PUTL t4, R28
- 8: INCEIPL $4
-
- 0x254770F4: 38000000 li r0,0
- 9: MOVL $0x0, t6
- 10: PUTL t6, R0
- 11: INCEIPL $4
-
- 0x254770F8: 2E03FFFF cmpi cr4,r3,-1
- 12: GETL R3, t8
- 13: MOVL $0xFFFFFFFF, t12
- 14: CMPL t8, t12, t10 (-rSo)
- 15: ICRFL t10, $0x4, CR
- 16: INCEIPL $4
-
- 0x254770FC: 2F030000 cmpi cr6,r3,0
- 17: GETL R3, t14
- 18: CMP0L t14, t16 (-rSo)
- 19: ICRFL t16, $0x6, CR
- 20: INCEIPL $4
-
- 0x25477100: 4192002C bc 12,18,0x2547712C
- 21: Js18o $0x2547712C
-
-
-. 0 254770EC 24
-. 80 7D 01 8C 3B 9D 01 8C 38 00 00 00 2E 03 FF FF 2F 03 00 00 41 92 00 2C
-
-==== BB 658 (0x2547712C) approx BBs exec'd 0 ====
-
- 0x2547712C: 2C000000 cmpi cr0,r0,0
- 0: GETL R0, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0x25477130: 7F86E378 or r6,r28,r28
- 4: GETL R28, t4
- 5: PUTL t4, R6
- 6: INCEIPL $4
-
- 0x25477134: 7FE3FB78 or r3,r31,r31
- 7: GETL R31, t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0x25477138: 7EC4B378 or r4,r22,r22
- 10: GETL R22, t8
- 11: PUTL t8, R4
- 12: INCEIPL $4
-
- 0x2547713C: 7EE5BB78 or r5,r23,r23
- 13: GETL R23, t10
- 14: PUTL t10, R5
- 15: INCEIPL $4
-
- 0x25477140: 38E10228 addi r7,r1,552
- 16: GETL R1, t12
- 17: ADDL $0x228, t12
- 18: PUTL t12, R7
- 19: INCEIPL $4
-
- 0x25477144: 39010018 addi r8,r1,24
- 20: GETL R1, t14
- 21: ADDL $0x18, t14
- 22: PUTL t14, R8
- 23: INCEIPL $4
-
- 0x25477148: 4182FF84 bc 12,2,0x254770CC
- 24: Js02o $0x254770CC
-
-
-. 0 2547712C 32
-. 2C 00 00 00 7F 86 E3 78 7F E3 FB 78 7E C4 B3 78 7E E5 BB 78 38 E1 02 28 39 01 00 18 41 82 FF 84
-
-==== BB 659 (0x254770CC) approx BBs exec'd 0 ====
-
- 0x254770CC: 2E1AFFFF cmpi cr4,r26,-1
- 0: GETL R26, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x4, CR
- 4: INCEIPL $4
-
- 0x254770D0: 83BD0168 lwz r29,360(r29)
- 5: GETL R29, t6
- 6: ADDL $0x168, t6
- 7: LDL (t6), t8
- 8: PUTL t8, R29
- 9: INCEIPL $4
-
- 0x254770D4: 313DFFFF addic r9,r29,-1
- 10: GETL R29, t10
- 11: ADCL $0xFFFFFFFF, t10 (-wCa)
- 12: PUTL t10, R9
- 13: INCEIPL $4
-
- 0x254770D8: 7CC9E910 subfe r6,r9,r29
- 14: GETL R9, t12
- 15: GETL R29, t14
- 16: SBBL t12, t14 (-rCa-wCa)
- 17: PUTL t14, R6
- 18: INCEIPL $4
-
- 0x254770DC: 7D200026 mfcr r9
- 19: GETL CR, t16
- 20: PUTL t16, R9
- 21: INCEIPL $4
-
- 0x254770E0: 55299FFE rlwinm r9,r9,19,31,31
- 22: GETL R9, t18
- 23: ROLL $0x13, t18
- 24: ANDL $0x1, t18
- 25: PUTL t18, R9
- 26: INCEIPL $4
-
- 0x254770E4: 7D2B3039 and. r11,r9,r6
- 27: GETL R9, t20
- 28: GETL R6, t22
- 29: ANDL t20, t22
- 30: PUTL t22, R11
- 31: CMP0L t22, t24 (-rSo)
- 32: ICRFL t24, $0x0, CR
- 33: INCEIPL $4
-
- 0x254770E8: 418200B0 bc 12,2,0x25477198
- 34: Js02o $0x25477198
-
-
-. 0 254770CC 32
-. 2E 1A FF FF 83 BD 01 68 31 3D FF FF 7C C9 E9 10 7D 20 00 26 55 29 9F FE 7D 2B 30 39 41 82 00 B0
-
-==== BB 660 (0x25477198) approx BBs exec'd 0 ====
-
- 0x25477198: 409200A8 bc 4,18,0x25477240
- 0: Jc18o $0x25477240
-
-
-. 0 25477198 4
-. 40 92 00 A8
-
-==== BB 661 (0x2547719C) approx BBs exec'd 0 ====
-
- 0x2547719C: 80B50000 lwz r5,0(r21)
- 0: GETL R21, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R5
- 3: INCEIPL $4
-
- 0x254771A0: 2F850000 cmpi cr7,r5,0
- 4: GETL R5, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x7, CR
- 7: INCEIPL $4
-
- 0x254771A4: 419E0068 bc 12,30,0x2547720C
- 8: Js30o $0x2547720C
-
-
-. 0 2547719C 12
-. 80 B5 00 00 2F 85 00 00 41 9E 00 68
-
-==== BB 662 (0x254771A8) approx BBs exec'd 0 ====
-
- 0x254771A8: 83A50180 lwz r29,384(r5)
- 0: GETL R5, t0
- 1: ADDL $0x180, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0x254771AC: 7CAADA78 xor r10,r5,r27
- 5: GETL R5, t4
- 6: GETL R27, t6
- 7: XORL t4, t6
- 8: PUTL t6, R10
- 9: INCEIPL $4
-
- 0x254771B0: 300AFFFF addic r0,r10,-1
- 10: GETL R10, t8
- 11: ADCL $0xFFFFFFFF, t8 (-wCa)
- 12: PUTL t8, R0
- 13: INCEIPL $4
-
- 0x254771B4: 7D005110 subfe r8,r0,r10
- 14: GETL R0, t10
- 15: GETL R10, t12
- 16: SBBL t10, t12 (-rCa-wCa)
- 17: PUTL t12, R8
- 18: INCEIPL $4
-
- 0x254771B8: 57BC0002 rlwinm r28,r29,0,0,1
- 19: GETL R29, t14
- 20: ANDL $0xC0000000, t14
- 21: PUTL t14, R28
- 22: INCEIPL $4
-
- 0x254771BC: 6F928000 xoris r18,r28,0x8000
- 23: GETL R28, t16
- 24: XORL $0x80000000, t16
- 25: PUTL t16, R18
- 26: INCEIPL $4
-
- 0x254771C0: 3132FFFF addic r9,r18,-1
- 27: GETL R18, t18
- 28: ADCL $0xFFFFFFFF, t18 (-wCa)
- 29: PUTL t18, R9
- 30: INCEIPL $4
-
- 0x254771C4: 7DE99110 subfe r15,r9,r18
- 31: GETL R9, t20
- 32: GETL R18, t22
- 33: SBBL t20, t22 (-rCa-wCa)
- 34: PUTL t22, R15
- 35: INCEIPL $4
-
- 0x254771C8: 7DE04039 and. r0,r15,r8
- 36: GETL R15, t24
- 37: GETL R8, t26
- 38: ANDL t24, t26
- 39: PUTL t26, R0
- 40: CMP0L t26, t28 (-rSo)
- 41: ICRFL t28, $0x0, CR
- 42: INCEIPL $4
-
- 0x254771CC: 41820040 bc 12,2,0x2547720C
- 43: Js02o $0x2547720C
-
-
-. 0 254771A8 40
-. 83 A5 01 80 7C AA DA 78 30 0A FF FF 7D 00 51 10 57 BC 00 02 6F 92 80 00 31 32 FF FF 7D E9 91 10 7D E0 40 39 41 82 00 40
-
-==== BB 663 (0x2547720C) approx BBs exec'd 0 ====
-
- 0x2547720C: 40920034 bc 4,18,0x25477240
- 0: Jc18o $0x25477240
-
-
-. 0 2547720C 4
-. 40 92 00 34
-
-==== BB 664 (0x25477210) approx BBs exec'd 0 ====
-
- 0x25477210: 80DE0168 lwz r6,360(r30)
- 0: GETL R30, t0
- 1: ADDL $0x168, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x25477214: 80A60000 lwz r5,0(r6)
- 5: GETL R6, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R5
- 8: INCEIPL $4
-
- 0x25477218: 2C85FFFF cmpi cr1,r5,-1
- 9: GETL R5, t8
- 10: MOVL $0xFFFFFFFF, t12
- 11: CMPL t8, t12, t10 (-rSo)
- 12: ICRFL t10, $0x1, CR
- 13: INCEIPL $4
-
- 0x2547721C: 41860024 bc 12,6,0x25477240
- 14: Js06o $0x25477240
-
-
-. 0 25477210 16
-. 80 DE 01 68 80 A6 00 00 2C 85 FF FF 41 86 00 24
-
-==== BB 665 (0x25477220) approx BBs exec'd 0 ====
-
- 0x25477220: 7FE3FB78 or r3,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25477224: 7EC4B378 or r4,r22,r22
- 3: GETL R22, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0x25477228: 7EE5BB78 or r5,r23,r23
- 6: GETL R23, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x2547722C: 38E10228 addi r7,r1,552
- 9: GETL R1, t6
- 10: ADDL $0x228, t6
- 11: PUTL t6, R7
- 12: INCEIPL $4
-
- 0x25477230: 39010018 addi r8,r1,24
- 13: GETL R1, t8
- 14: ADDL $0x18, t8
- 15: PUTL t8, R8
- 16: INCEIPL $4
-
- 0x25477234: 4BFFF561 bl 0x25476794
- 17: MOVL $0x25477238, t10
- 18: PUTL t10, LR
- 19: JMPo-c $0x25476794 ($4)
-
-
-. 0 25477220 24
-. 7F E3 FB 78 7E C4 B3 78 7E E5 BB 78 38 E1 02 28 39 01 00 18 4B FF F5 61
-
-==== BB 666 open_path(0x25476794) approx BBs exec'd 0 ====
-
- 0x25476794: 9421FF00 stwu r1,-256(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFF00, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x25476798: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x2547679C: 48020865 bl 0x25497000
- 9: MOVL $0x254767A0, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-. 0 25476794 12
-. 94 21 FF 00 7C 08 02 A6 48 02 08 65
-
-==== BB 667 (0x254767A0) approx BBs exec'd 0 ====
-
- 0x254767A0: 93C100F8 stw r30,248(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0xF8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x254767A4: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x254767A8: 924100C8 stw r18,200(r1)
- 8: GETL R18, t6
- 9: GETL R1, t8
- 10: ADDL $0xC8, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x254767AC: 926100CC stw r19,204(r1)
- 13: GETL R19, t10
- 14: GETL R1, t12
- 15: ADDL $0xCC, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x254767B0: 7D200026 mfcr r9
- 18: GETL CR, t14
- 19: PUTL t14, R9
- 20: INCEIPL $4
-
- 0x254767B4: 90010104 stw r0,260(r1)
- 21: GETL R0, t16
- 22: GETL R1, t18
- 23: ADDL $0x104, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0x254767B8: 38000000 li r0,0
- 26: MOVL $0x0, t20
- 27: PUTL t20, R0
- 28: INCEIPL $4
-
- 0x254767BC: 825E015C lwz r18,348(r30)
- 29: GETL R30, t22
- 30: ADDL $0x15C, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R18
- 33: INCEIPL $4
-
- 0x254767C0: 827E0158 lwz r19,344(r30)
- 34: GETL R30, t26
- 35: ADDL $0x158, t26
- 36: LDL (t26), t28
- 37: PUTL t28, R19
- 38: INCEIPL $4
-
- 0x254767C4: 920100C0 stw r16,192(r1)
- 39: GETL R16, t30
- 40: GETL R1, t32
- 41: ADDL $0xC0, t32
- 42: STL t30, (t32)
- 43: INCEIPL $4
-
- 0x254767C8: 922100C4 stw r17,196(r1)
- 44: GETL R17, t34
- 45: GETL R1, t36
- 46: ADDL $0xC4, t36
- 47: STL t34, (t36)
- 48: INCEIPL $4
-
- 0x254767CC: 82130000 lwz r16,0(r19)
- 49: GETL R19, t38
- 50: LDL (t38), t40
- 51: PUTL t40, R16
- 52: INCEIPL $4
-
- 0x254767D0: 82320000 lwz r17,0(r18)
- 53: GETL R18, t42
- 54: LDL (t42), t44
- 55: PUTL t44, R17
- 56: INCEIPL $4
-
- 0x254767D4: 7D124378 or r18,r8,r8
- 57: GETL R8, t46
- 58: PUTL t46, R18
- 59: INCEIPL $4
-
- 0x254767D8: 91E100BC stw r15,188(r1)
- 60: GETL R15, t48
- 61: GETL R1, t50
- 62: ADDL $0xBC, t50
- 63: STL t48, (t50)
- 64: INCEIPL $4
-
- 0x254767DC: 7DF08A14 add r15,r16,r17
- 65: GETL R16, t52
- 66: GETL R17, t54
- 67: ADDL t52, t54
- 68: PUTL t54, R15
- 69: INCEIPL $4
-
- 0x254767E0: 91C100B8 stw r14,184(r1)
- 70: GETL R14, t56
- 71: GETL R1, t58
- 72: ADDL $0xB8, t58
- 73: STL t56, (t58)
- 74: INCEIPL $4
-
- 0x254767E4: 93E100FC stw r31,252(r1)
- 75: GETL R31, t60
- 76: GETL R1, t62
- 77: ADDL $0xFC, t62
- 78: STL t60, (t62)
- 79: INCEIPL $4
-
- 0x254767E8: 7DCF2214 add r14,r15,r4
- 80: GETL R15, t64
- 81: GETL R4, t66
- 82: ADDL t64, t66
- 83: PUTL t66, R14
- 84: INCEIPL $4
-
- 0x254767EC: 7C3F0B78 or r31,r1,r1
- 85: GETL R1, t68
- 86: PUTL t68, R31
- 87: INCEIPL $4
-
- 0x254767F0: 398E001E addi r12,r14,30
- 88: GETL R14, t70
- 89: ADDL $0x1E, t70
- 90: PUTL t70, R12
- 91: INCEIPL $4
-
- 0x254767F4: 90DF0084 stw r6,132(r31)
- 92: GETL R6, t72
- 93: GETL R31, t74
- 94: ADDL $0x84, t74
- 95: STL t72, (t74)
- 96: INCEIPL $4
-
- 0x254767F8: 558B0036 rlwinm r11,r12,0,0,27
- 97: GETL R12, t76
- 98: ANDL $0xFFFFFFF0, t76
- 99: PUTL t76, R11
- 100: INCEIPL $4
-
- 0x254767FC: 81410000 lwz r10,0(r1)
- 101: GETL R1, t78
- 102: LDL (t78), t80
- 103: PUTL t80, R10
- 104: INCEIPL $4
-
- 0x25476800: 7C711B78 or r17,r3,r3
- 105: GETL R3, t82
- 106: PUTL t82, R17
- 107: INCEIPL $4
-
- 0x25476804: 92A100D4 stw r21,212(r1)
- 108: GETL R21, t84
- 109: GETL R1, t86
- 110: ADDL $0xD4, t86
- 111: STL t84, (t86)
- 112: INCEIPL $4
-
- 0x25476808: 39E00000 li r15,0
- 113: MOVL $0x0, t88
- 114: PUTL t88, R15
- 115: INCEIPL $4
-
- 0x2547680C: 912100B4 stw r9,180(r1)
- 116: GETL R9, t90
- 117: GETL R1, t92
- 118: ADDL $0xB4, t92
- 119: STL t90, (t92)
- 120: INCEIPL $4
-
- 0x25476810: 7D2B00D0 neg r9,r11
- 121: GETL R11, t94
- 122: NEGL t94
- 123: PUTL t94, R9
- 124: INCEIPL $4
-
- 0x25476814: 82A60000 lwz r21,0(r6)
- 125: GETL R6, t96
- 126: LDL (t96), t98
- 127: PUTL t98, R21
- 128: INCEIPL $4
-
- 0x25476818: 92C100D8 stw r22,216(r1)
- 129: GETL R22, t100
- 130: GETL R1, t102
- 131: ADDL $0xD8, t102
- 132: STL t100, (t102)
- 133: INCEIPL $4
-
- 0x2547681C: 7C962378 or r22,r4,r4
- 134: GETL R4, t104
- 135: PUTL t104, R22
- 136: INCEIPL $4
-
- 0x25476820: 934100E8 stw r26,232(r1)
- 137: GETL R26, t106
- 138: GETL R1, t108
- 139: ADDL $0xE8, t108
- 140: STL t106, (t108)
- 141: INCEIPL $4
-
- 0x25476824: 3B40FFFF li r26,-1
- 142: MOVL $0xFFFFFFFF, t110
- 143: PUTL t110, R26
- 144: INCEIPL $4
-
- 0x25476828: 936100EC stw r27,236(r1)
- 145: GETL R27, t112
- 146: GETL R1, t114
- 147: ADDL $0xEC, t114
- 148: STL t112, (t114)
- 149: INCEIPL $4
-
- 0x2547682C: 2E1AFFFF cmpi cr4,r26,-1
- 150: GETL R26, t116
- 151: MOVL $0xFFFFFFFF, t120
- 152: CMPL t116, t120, t118 (-rSo)
- 153: ICRFL t118, $0x4, CR
- 154: INCEIPL $4
-
- 0x25476830: 93A100F4 stw r29,244(r1)
- 155: GETL R29, t122
- 156: GETL R1, t124
- 157: ADDL $0xF4, t124
- 158: STL t122, (t124)
- 159: INCEIPL $4
-
- 0x25476834: 928100D0 stw r20,208(r1)
- 160: GETL R20, t126
- 161: GETL R1, t128
- 162: ADDL $0xD0, t128
- 163: STL t126, (t128)
- 164: INCEIPL $4
-
- 0x25476838: 92E100DC stw r23,220(r1)
- 165: GETL R23, t130
- 166: GETL R1, t132
- 167: ADDL $0xDC, t132
- 168: STL t130, (t132)
- 169: INCEIPL $4
-
- 0x2547683C: 930100E0 stw r24,224(r1)
- 170: GETL R24, t134
- 171: GETL R1, t136
- 172: ADDL $0xE0, t136
- 173: STL t134, (t136)
- 174: INCEIPL $4
-
- 0x25476840: 932100E4 stw r25,228(r1)
- 175: GETL R25, t138
- 176: GETL R1, t140
- 177: ADDL $0xE4, t140
- 178: STL t138, (t140)
- 179: INCEIPL $4
-
- 0x25476844: 938100F0 stw r28,240(r1)
- 180: GETL R28, t142
- 181: GETL R1, t144
- 182: ADDL $0xF0, t144
- 183: STL t142, (t144)
- 184: INCEIPL $4
-
- 0x25476848: 7D41496E stwux r10,r1,r9
- 185: GETL R9, t146
- 186: GETL R1, t148
- 187: ADDL t148, t146
- 188: PUTL t146, R1
- 189: GETL R10, t150
- 190: STL t150, (t146)
- 191: INCEIPL $4
-
- 0x2547684C: 38810017 addi r4,r1,23
- 192: GETL R1, t152
- 193: ADDL $0x17, t152
- 194: PUTL t152, R4
- 195: INCEIPL $4
-
- 0x25476850: 83B50000 lwz r29,0(r21)
- 196: GETL R21, t154
- 197: LDL (t154), t156
- 198: PUTL t156, R29
- 199: INCEIPL $4
-
- 0x25476854: 81DE04F4 lwz r14,1268(r30)
- 200: GETL R30, t158
- 201: ADDL $0x4F4, t158
- 202: LDL (t158), t160
- 203: PUTL t160, R14
- 204: INCEIPL $4
-
- 0x25476858: 549B0036 rlwinm r27,r4,0,0,27
- 205: GETL R4, t162
- 206: ANDL $0xFFFFFFF0, t162
- 207: PUTL t162, R27
- 208: INCEIPL $4
-
- 0x2547685C: 90BF0080 stw r5,128(r31)
- 209: GETL R5, t164
- 210: GETL R31, t166
- 211: ADDL $0x80, t166
- 212: STL t164, (t166)
- 213: INCEIPL $4
-
- 0x25476860: 90FF0088 stw r7,136(r31)
- 214: GETL R7, t168
- 215: GETL R31, t170
- 216: ADDL $0x88, t170
- 217: STL t168, (t170)
- 218: INCEIPL $4
-
- 0x25476864: 901F008C stw r0,140(r31)
- 219: GETL R0, t172
- 220: GETL R31, t174
- 221: ADDL $0x8C, t174
- 222: STL t172, (t174)
- 223: INCEIPL $4
-
- 0x25476868: 806E0000 lwz r3,0(r14)
- 224: GETL R14, t176
- 225: LDL (t176), t178
- 226: PUTL t178, R3
- 227: INCEIPL $4
-
- 0x2547686C: 3A600000 li r19,0
- 228: MOVL $0x0, t180
- 229: PUTL t180, R19
- 230: INCEIPL $4
-
- 0x25476870: 3AE00000 li r23,0
- 231: MOVL $0x0, t182
- 232: PUTL t182, R23
- 233: INCEIPL $4
-
- 0x25476874: 70690001 andi. r9,r3,0x1
- 234: GETL R3, t184
- 235: ANDL $0x1, t184
- 236: PUTL t184, R9
- 237: CMP0L t184, t186 (-rSo)
- 238: ICRFL t186, $0x0, CR
- 239: INCEIPL $4
-
- 0x25476878: 4082025C bc 4,2,0x25476AD4
- 240: Jc02o $0x25476AD4
-
-
-. 0 254767A0 220
-. 93 C1 00 F8 7F C8 02 A6 92 41 00 C8 92 61 00 CC 7D 20 00 26 90 01 01 04 38 00 00 00 82 5E 01 5C 82 7E 01 58 92 01 00 C0 92 21 00 C4 82 13 00 00 82 32 00 00 7D 12 43 78 91 E1 00 BC 7D F0 8A 14 91 C1 00 B8 93 E1 00 FC 7D CF 22 14 7C 3F 0B 78 39 8E 00 1E 90 DF 00 84 55 8B 00 36 81 41 00 00 7C 71 1B 78 92 A1 00 D4 39 E0 00 00 91 21 00 B4 7D 2B 00 D0 82 A6 00 00 92 C1 00 D8 7C 96 23 78 93 41 00 E8 3B 40 FF FF 93 61 00 EC 2E 1A FF FF 93 A1 00 F4 92 81 00 D0 92 E1 00 DC 93 01 00 E0 93 21 00 E4 93 81 00 F0 7D 41 49 6E 38 81 00 17 83 B5 00 00 81 DE 04 F4 54 9B 00 36 90 BF 00 80 90 FF 00 88 90 1F 00 8C 80 6E 00 00 3A 60 00 00 3A E0 00 00 70 69 00 01 40 82 02 5C
-
-==== BB 668 (0x2547687C) approx BBs exec'd 0 ====
-
- 0x2547687C: 809D000C lwz r4,12(r29)
- 0: GETL R29, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x25476880: 7F63DB78 or r3,r27,r27
- 5: GETL R27, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x25476884: 80BD0010 lwz r5,16(r29)
- 8: GETL R29, t6
- 9: ADDL $0x10, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R5
- 12: INCEIPL $4
-
- 0x25476888: 3B800000 li r28,0
- 13: MOVL $0x0, t10
- 14: PUTL t10, R28
- 15: INCEIPL $4
-
- 0x2547688C: 4800D195 bl 0x25483A20
- 16: MOVL $0x25476890, t12
- 17: PUTL t12, LR
- 18: JMPo-c $0x25483A20 ($4)
-
-
-. 0 2547687C 20
-. 80 9D 00 0C 7F 63 DB 78 80 BD 00 10 3B 80 00 00 48 00 D1 95
-
-==== BB 669 (0x25476890) approx BBs exec'd 0 ====
-
- 0x25476890: 7C781B78 or r24,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R24
- 2: INCEIPL $4
-
- 0x25476894: 409201A0 bc 4,18,0x25476A34
- 3: Jc18o $0x25476A34
-
-
-. 0 25476890 8
-. 7C 78 1B 78 40 92 01 A0
-
-==== BB 670 (0x25476898) approx BBs exec'd 0 ====
-
- 0x25476898: 833E0154 lwz r25,340(r30)
- 0: GETL R30, t0
- 1: ADDL $0x154, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R25
- 4: INCEIPL $4
-
- 0x2547689C: 81990000 lwz r12,0(r25)
- 5: GETL R25, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R12
- 8: INCEIPL $4
-
- 0x254768A0: 7F9C6040 cmpl cr7,r28,r12
- 9: GETL R28, t8
- 10: GETL R12, t10
- 11: CMPUL t8, t10, t12 (-rSo)
- 12: ICRFL t12, $0x7, CR
- 13: INCEIPL $4
-
- 0x254768A4: 409C014C bc 4,28,0x254769F0
- 14: Jc28o $0x254769F0
-
-
-. 0 25476898 16
-. 83 3E 01 54 81 99 00 00 7F 9C 60 40 40 9C 01 4C
-
-==== BB 671 (0x254768A8) approx BBs exec'd 0 ====
-
- 0x254768A8: 817E0228 lwz r11,552(r30)
- 0: GETL R30, t0
- 1: ADDL $0x228, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x254768AC: 3A800002 li r20,2
- 5: MOVL $0x2, t4
- 6: PUTL t4, R20
- 7: INCEIPL $4
-
- 0x254768B0: 820B0000 lwz r16,0(r11)
- 8: GETL R11, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R16
- 11: INCEIPL $4
-
- 0x254768B4: 4800001C b 0x254768D0
- 12: JMPo $0x254768D0 ($4)
-
-
-. 0 254768A8 16
-. 81 7E 02 28 3A 80 00 02 82 0B 00 00 48 00 00 1C
-
-==== BB 672 (0x254768D0) approx BBs exec'd 0 ====
-
- 0x254768D0: 80DD0014 lwz r6,20(r29)
- 0: GETL R29, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x254768D4: 2C860001 cmpi cr1,r6,1
- 5: GETL R6, t4
- 6: MOVL $0x1, t8
- 7: CMPL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x1, CR
- 9: INCEIPL $4
-
- 0x254768D8: 41A6FFE0 bc 13,6,0x254768B8
- 10: Js06o $0x254768B8
-
-
-. 0 254768D0 12
-. 80 DD 00 14 2C 86 00 01 41 A6 FF E0
-
-==== BB 673 (0x254768DC) approx BBs exec'd 0 ====
-
- 0x254768DC: 813E0160 lwz r9,352(r30)
- 0: GETL R30, t0
- 1: ADDL $0x160, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x254768E0: 578A1838 rlwinm r10,r28,3,0,28
- 5: GETL R28, t4
- 6: SHLL $0x3, t4
- 7: PUTL t4, R10
- 8: INCEIPL $4
-
- 0x254768E4: 7F03C378 or r3,r24,r24
- 9: GETL R24, t6
- 10: PUTL t6, R3
- 11: INCEIPL $4
-
- 0x254768E8: 80A90000 lwz r5,0(r9)
- 12: GETL R9, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R5
- 15: INCEIPL $4
-
- 0x254768EC: 7E6A2A14 add r19,r10,r5
- 16: GETL R10, t12
- 17: GETL R5, t14
- 18: ADDL t12, t14
- 19: PUTL t14, R19
- 20: INCEIPL $4
-
- 0x254768F0: 7C8A282E lwzx r4,r10,r5
- 21: GETL R5, t16
- 22: GETL R10, t18
- 23: ADDL t18, t16
- 24: LDL (t16), t20
- 25: PUTL t20, R4
- 26: INCEIPL $4
-
- 0x254768F4: 80B30004 lwz r5,4(r19)
- 27: GETL R19, t22
- 28: ADDL $0x4, t22
- 29: LDL (t22), t24
- 30: PUTL t24, R5
- 31: INCEIPL $4
-
- 0x254768F8: 4800D129 bl 0x25483A20
- 32: MOVL $0x254768FC, t26
- 33: PUTL t26, LR
- 34: JMPo-c $0x25483A20 ($4)
-
-
-. 0 254768DC 32
-. 81 3E 01 60 57 8A 18 38 7F 03 C3 78 80 A9 00 00 7E 6A 2A 14 7C 8A 28 2E 80 B3 00 04 48 00 D1 29
-
-==== BB 674 (0x254768FC) approx BBs exec'd 0 ====
-
- 0x254768FC: 7E248B78 or r4,r17,r17
- 0: GETL R17, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0x25476900: 7EC5B378 or r5,r22,r22
- 3: GETL R22, t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0x25476904: 4800D11D bl 0x25483A20
- 6: MOVL $0x25476908, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0x25483A20 ($4)
-
-
-. 0 254768FC 12
-. 7E 24 8B 78 7E C5 B3 78 48 00 D1 1D
-
-==== BB 675 (0x25476908) approx BBs exec'd 0 ====
-
- 0x25476908: 834E0000 lwz r26,0(r14)
- 0: GETL R14, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R26
- 3: INCEIPL $4
-
- 0x2547690C: 7E7B1850 subf r19,r27,r3
- 4: GETL R27, t4
- 5: GETL R3, t6
- 6: SUBL t4, t6
- 7: PUTL t6, R19
- 8: INCEIPL $4
-
- 0x25476910: 73490001 andi. r9,r26,0x1
- 9: GETL R26, t8
- 10: ANDL $0x1, t8
- 11: PUTL t8, R9
- 12: CMP0L t8, t10 (-rSo)
- 13: ICRFL t10, $0x0, CR
- 14: INCEIPL $4
-
- 0x25476914: 408201AC bc 4,2,0x25476AC0
- 15: Jc02o $0x25476AC0
-
-
-. 0 25476908 16
-. 83 4E 00 00 7E 7B 18 50 73 49 00 01 40 82 01 AC
-
-==== BB 676 (0x25476918) approx BBs exec'd 0 ====
-
- 0x25476918: 7F63DB78 or r3,r27,r27
- 0: GETL R27, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x2547691C: 7E449378 or r4,r18,r18
- 3: GETL R18, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0x25476920: 4BFFFB25 bl 0x25476444
- 6: MOVL $0x25476924, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0x25476444 ($4)
-
-
-. 0 25476918 12
-. 7F 63 DB 78 7E 44 93 78 4B FF FB 25
-
-==== BB 677 (0x25481FEC) approx BBs exec'd 0 ====
-
- 0x25481FEC: 4BFFF344 b 0x25481330
- 0: JMPo $0x25481330 ($4)
-
-
-. 0 25481FEC 4
-. 4B FF F3 44
-
-==== BB 678 (0x25476924) approx BBs exec'd 0 ====
-
- 0x25476924: 801D0014 lwz r0,20(r29)
- 0: GETL R29, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25476928: 7C7A1B78 or r26,r3,r3
- 5: GETL R3, t4
- 6: PUTL t4, R26
- 7: INCEIPL $4
-
- 0x2547692C: 2E03FFFF cmpi cr4,r3,-1
- 8: GETL R3, t6
- 9: MOVL $0xFFFFFFFF, t10
- 10: CMPL t6, t10, t8 (-rSo)
- 11: ICRFL t8, $0x4, CR
- 12: INCEIPL $4
-
- 0x25476930: 2F000000 cmpi cr6,r0,0
- 13: GETL R0, t12
- 14: CMP0L t12, t14 (-rSo)
- 15: ICRFL t14, $0x6, CR
- 16: INCEIPL $4
-
- 0x25476934: 409A000C bc 4,26,0x25476940
- 17: Jc26o $0x25476940
-
-
-. 0 25476924 20
-. 80 1D 00 14 7C 7A 1B 78 2E 03 FF FF 2F 00 00 00 40 9A 00 0C
-
-==== BB 679 (0x25476938) approx BBs exec'd 0 ====
-
- 0x25476938: 41920078 bc 12,18,0x254769B0
- 0: Js18o $0x254769B0
-
-
-. 0 25476938 4
-. 41 92 00 78
-
-==== BB 680 (0x254769B0) approx BBs exec'd 0 ====
-
- 0x254769B0: 7C769850 subf r3,r22,r19
- 0: GETL R22, t0
- 1: GETL R19, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x254769B4: 7F64DB78 or r4,r27,r27
- 5: GETL R27, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0x254769B8: 7CFB1A14 add r7,r27,r3
- 8: GETL R27, t6
- 9: GETL R3, t8
- 10: ADDL t6, t8
- 11: PUTL t8, R7
- 12: INCEIPL $4
-
- 0x254769BC: 38BF0010 addi r5,r31,16
- 13: GETL R31, t10
- 14: ADDL $0x10, t10
- 15: PUTL t10, R5
- 16: INCEIPL $4
-
- 0x254769C0: 9807FFFF stb r0,-1(r7)
- 17: GETL R0, t12
- 18: GETL R7, t14
- 19: ADDL $0xFFFFFFFF, t14
- 20: STB t12, (t14)
- 21: INCEIPL $4
-
- 0x254769C4: 38600003 li r3,3
- 22: MOVL $0x3, t16
- 23: PUTL t16, R3
- 24: INCEIPL $4
-
- 0x254769C8: 4800B3A1 bl 0x25481D68
- 25: MOVL $0x254769CC, t18
- 26: PUTL t18, LR
- 27: JMPo-c $0x25481D68 ($4)
-
-
-. 0 254769B0 28
-. 7C 76 98 50 7F 64 DB 78 7C FB 1A 14 38 BF 00 10 98 07 FF FF 38 60 00 03 48 00 B3 A1
-
-==== BB 681 __GI___xstat64(0x25481D68) approx BBs exec'd 0 ====
-
- 0x25481D68: 9421FF80 stwu r1,-128(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFF80, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x25481D6C: 7CC802A6 mflr r6
- 6: GETL LR, t4
- 7: PUTL t4, R6
- 8: INCEIPL $4
-
- 0x25481D70: 48015291 bl 0x25497000
- 9: MOVL $0x25481D74, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-. 0 25481D68 12
-. 94 21 FF 80 7C C8 02 A6 48 01 52 91
-
-==== BB 682 (0x25481D74) approx BBs exec'd 0 ====
-
- 0x25481D74: 93C10078 stw r30,120(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x78, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25481D78: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x25481D7C: 9361006C stw r27,108(r1)
- 8: GETL R27, t6
- 9: GETL R1, t8
- 10: ADDL $0x6C, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x25481D80: 90C10084 stw r6,132(r1)
- 13: GETL R6, t10
- 14: GETL R1, t12
- 15: ADDL $0x84, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x25481D84: 93210064 stw r25,100(r1)
- 18: GETL R25, t14
- 19: GETL R1, t16
- 20: ADDL $0x64, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0x25481D88: 7C791B78 or r25,r3,r3
- 23: GETL R3, t18
- 24: PUTL t18, R25
- 25: INCEIPL $4
-
- 0x25481D8C: 837E04EC lwz r27,1260(r30)
- 26: GETL R30, t20
- 27: ADDL $0x4EC, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R27
- 30: INCEIPL $4
-
- 0x25481D90: 93810070 stw r28,112(r1)
- 31: GETL R28, t24
- 32: GETL R1, t26
- 33: ADDL $0x70, t26
- 34: STL t24, (t26)
- 35: INCEIPL $4
-
- 0x25481D94: 7CBC2B78 or r28,r5,r5
- 36: GETL R5, t28
- 37: PUTL t28, R28
- 38: INCEIPL $4
-
- 0x25481D98: 801B0000 lwz r0,0(r27)
- 39: GETL R27, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R0
- 42: INCEIPL $4
-
- 0x25481D9C: 93E1007C stw r31,124(r1)
- 43: GETL R31, t34
- 44: GETL R1, t36
- 45: ADDL $0x7C, t36
- 46: STL t34, (t36)
- 47: INCEIPL $4
-
- 0x25481DA0: 7C9F2378 or r31,r4,r4
- 48: GETL R4, t38
- 49: PUTL t38, R31
- 50: INCEIPL $4
-
- 0x25481DA4: 2F800000 cmpi cr7,r0,0
- 51: GETL R0, t40
- 52: CMP0L t40, t42 (-rSo)
- 53: ICRFL t42, $0x7, CR
- 54: INCEIPL $4
-
- 0x25481DA8: 93410068 stw r26,104(r1)
- 55: GETL R26, t44
- 56: GETL R1, t46
- 57: ADDL $0x68, t46
- 58: STL t44, (t46)
- 59: INCEIPL $4
-
- 0x25481DAC: 93A10074 stw r29,116(r1)
- 60: GETL R29, t48
- 61: GETL R1, t50
- 62: ADDL $0x74, t50
- 63: STL t48, (t50)
- 64: INCEIPL $4
-
- 0x25481DB0: 409E0048 bc 4,30,0x25481DF8
- 65: Jc30o $0x25481DF8
-
-
-. 0 25481D74 64
-. 93 C1 00 78 7F C8 02 A6 93 61 00 6C 90 C1 00 84 93 21 00 64 7C 79 1B 78 83 7E 04 EC 93 81 00 70 7C BC 2B 78 80 1B 00 00 93 E1 00 7C 7C 9F 23 78 2F 80 00 00 93 41 00 68 93 A1 00 74 40 9E 00 48
-
-==== BB 683 (0x25481DB4) approx BBs exec'd 0 ====
-
- 0x25481DB4: 83BE0514 lwz r29,1300(r30)
- 0: GETL R30, t0
- 1: ADDL $0x514, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0x25481DB8: 7C832378 or r3,r4,r4
- 5: GETL R4, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x25481DBC: 380000C3 li r0,195
- 8: MOVL $0xC3, t6
- 9: PUTL t6, R0
- 10: INCEIPL $4
-
- 0x25481DC0: 7CA42B78 or r4,r5,r5
- 11: GETL R5, t8
- 12: PUTL t8, R4
- 13: INCEIPL $4
-
- 0x25481DC4: 835D0000 lwz r26,0(r29)
- 14: GETL R29, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R26
- 17: INCEIPL $4
-
- 0x25481DC8: 44000002 sc
- 18: JMPo-sys $0x25481DCC ($4)
-
-
-. 0 25481DB4 24
-. 83 BE 05 14 7C 83 23 78 38 00 00 C3 7C A4 2B 78 83 5D 00 00 44 00 00 02
-
-==== BB 684 (0x25481DCC) approx BBs exec'd 0 ====
-
- 0x25481DCC: 7C000026 mfcr r0
- 0: GETL CR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x25481DD0: 74091000 andis. r9,r0,0x1000
- 3: GETL R0, t2
- 4: ANDL $0x10000000, t2
- 5: PUTL t2, R9
- 6: CMP0L t2, t4 (-rSo)
- 7: ICRFL t4, $0x0, CR
- 8: INCEIPL $4
-
- 0x25481DD4: 408200C4 bc 4,2,0x25481E98
- 9: Jc02o $0x25481E98
-
-
-. 0 25481DCC 12
-. 7C 00 00 26 74 09 10 00 40 82 00 C4
-
-==== BB 685 (0x25481E98) approx BBs exec'd 0 ====
-
- 0x25481E98: 907D0000 stw r3,0(r29)
- 0: GETL R3, t0
- 1: GETL R29, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0x25481E9C: 3860FFFF li r3,-1
- 4: MOVL $0xFFFFFFFF, t4
- 5: PUTL t4, R3
- 6: INCEIPL $4
-
- 0x25481EA0: 4BFFFF38 b 0x25481DD8
- 7: JMPo $0x25481DD8 ($4)
-
-
-. 0 25481E98 12
-. 90 7D 00 00 38 60 FF FF 4B FF FF 38
-
-==== BB 686 (0x25481DD8) approx BBs exec'd 0 ====
-
- 0x25481DD8: 2C83FFFF cmpi cr1,r3,-1
- 0: GETL R3, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0x25481DDC: 40A60044 bc 5,6,0x25481E20
- 5: Jc06o $0x25481E20
-
-
-. 0 25481DD8 8
-. 2C 83 FF FF 40 A6 00 44
-
-==== BB 687 (0x25481DE0) approx BBs exec'd 0 ====
-
- 0x25481DE0: 809D0000 lwz r4,0(r29)
- 0: GETL R29, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R4
- 3: INCEIPL $4
-
- 0x25481DE4: 2F040026 cmpi cr6,r4,38
- 4: GETL R4, t4
- 5: MOVL $0x26, t8
- 6: CMPL t4, t8, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x25481DE8: 40BA0038 bc 5,26,0x25481E20
- 9: Jc26o $0x25481E20
-
-
-. 0 25481DE0 12
-. 80 9D 00 00 2F 04 00 26 40 BA 00 38
-
-==== BB 688 (0x25481E20) approx BBs exec'd 0 ====
-
- 0x25481E20: 80A10084 lwz r5,132(r1)
- 0: GETL R1, t0
- 1: ADDL $0x84, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x25481E24: 83210064 lwz r25,100(r1)
- 5: GETL R1, t4
- 6: ADDL $0x64, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R25
- 9: INCEIPL $4
-
- 0x25481E28: 83410068 lwz r26,104(r1)
- 10: GETL R1, t8
- 11: ADDL $0x68, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R26
- 14: INCEIPL $4
-
- 0x25481E2C: 7CA803A6 mtlr r5
- 15: GETL R5, t12
- 16: PUTL t12, LR
- 17: INCEIPL $4
-
- 0x25481E30: 8361006C lwz r27,108(r1)
- 18: GETL R1, t14
- 19: ADDL $0x6C, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R27
- 22: INCEIPL $4
-
- 0x25481E34: 83810070 lwz r28,112(r1)
- 23: GETL R1, t18
- 24: ADDL $0x70, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R28
- 27: INCEIPL $4
-
- 0x25481E38: 83A10074 lwz r29,116(r1)
- 28: GETL R1, t22
- 29: ADDL $0x74, t22
- 30: LDL (t22), t24
- 31: PUTL t24, R29
- 32: INCEIPL $4
-
- 0x25481E3C: 83C10078 lwz r30,120(r1)
- 33: GETL R1, t26
- 34: ADDL $0x78, t26
- 35: LDL (t26), t28
- 36: PUTL t28, R30
- 37: INCEIPL $4
-
- 0x25481E40: 83E1007C lwz r31,124(r1)
- 38: GETL R1, t30
- 39: ADDL $0x7C, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R31
- 42: INCEIPL $4
-
- 0x25481E44: 38210080 addi r1,r1,128
- 43: GETL R1, t34
- 44: ADDL $0x80, t34
- 45: PUTL t34, R1
- 46: INCEIPL $4
-
- 0x25481E48: 4E800020 blr
- 47: GETL LR, t36
- 48: JMPo-r t36 ($4)
-
-
-. 0 25481E20 44
-. 80 A1 00 84 83 21 00 64 83 41 00 68 7C A8 03 A6 83 61 00 6C 83 81 00 70 83 A1 00 74 83 C1 00 78 83 E1 00 7C 38 21 00 80 4E 80 00 20
-
-==== BB 689 (0x254769CC) approx BBs exec'd 0 ====
-
- 0x254769CC: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x254769D0: 409E0014 bc 4,30,0x254769E4
- 4: Jc30o $0x254769E4
-
-
-. 0 254769CC 8
-. 2F 83 00 00 40 9E 00 14
-
-==== BB 690 (0x254769E4) approx BBs exec'd 0 ====
-
- 0x254769E4: 38800001 li r4,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0x254769E8: 909D0014 stw r4,20(r29)
- 3: GETL R4, t2
- 4: GETL R29, t4
- 5: ADDL $0x14, t4
- 6: STL t2, (t4)
- 7: INCEIPL $4
-
- 0x254769EC: 4BFFFF54 b 0x25476940
- 8: JMPo $0x25476940 ($4)
-
-
-. 0 254769E4 12
-. 38 80 00 01 90 9D 00 14 4B FF FF 54
-
-==== BB 691 (0x25476940) approx BBs exec'd 0 ====
-
- 0x25476940: 817D0014 lwz r11,20(r29)
- 0: GETL R29, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x25476944: 696C0002 xori r12,r11,0x2
- 5: GETL R11, t4
- 6: XORL $0x2, t4
- 7: PUTL t4, R12
- 8: INCEIPL $4
-
- 0x25476948: 212C0000 subfic r9,r12,0
- 9: GETL R12, t6
- 10: MOVL $0x0, t8
- 11: SBBL t6, t8 (-wCa)
- 12: PUTL t8, R9
- 13: INCEIPL $4
-
- 0x2547694C: 7D896114 adde r12,r9,r12
- 14: GETL R9, t10
- 15: GETL R12, t12
- 16: ADCL t10, t12 (-rCa-wCa)
- 17: PUTL t12, R12
- 18: INCEIPL $4
-
- 0x25476950: 7EF76378 or r23,r23,r12
- 19: GETL R23, t14
- 20: GETL R12, t16
- 21: ORL t16, t14
- 22: PUTL t14, R23
- 23: INCEIPL $4
-
- 0x25476954: 41B2FF64 bc 13,18,0x254768B8
- 24: Js18o $0x254768B8
-
-
-. 0 25476940 24
-. 81 7D 00 14 69 6C 00 02 21 2C 00 00 7D 89 61 14 7E F7 63 78 41 B2 FF 64
-
-==== BB 692 (0x254768B8) approx BBs exec'd 0 ====
-
- 0x254768B8: 3B9C0001 addi r28,r28,1
- 0: GETL R28, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R28
- 3: INCEIPL $4
-
- 0x254768BC: 3BBD0004 addi r29,r29,4
- 4: GETL R29, t2
- 5: ADDL $0x4, t2
- 6: PUTL t2, R29
- 7: INCEIPL $4
-
- 0x254768C0: 40920174 bc 4,18,0x25476A34
- 8: Jc18o $0x25476A34
-
-
-. 0 254768B8 12
-. 3B 9C 00 01 3B BD 00 04 40 92 01 74
-
-==== BB 693 (0x254768C4) approx BBs exec'd 0 ====
-
- 0x254768C4: 81390000 lwz r9,0(r25)
- 0: GETL R25, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0x254768C8: 7C9C4840 cmpl cr1,r28,r9
- 4: GETL R28, t4
- 5: GETL R9, t6
- 6: CMPUL t4, t6, t8 (-rSo)
- 7: ICRFL t8, $0x1, CR
- 8: INCEIPL $4
-
- 0x254768CC: 40840124 bc 4,4,0x254769F0
- 9: Jc04o $0x254769F0
-
-
-. 0 254768C4 12
-. 81 39 00 00 7C 9C 48 40 40 84 01 24
-
-==== BB 694 (0x254769D4) approx BBs exec'd 0 ====
-
- 0x254769D4: 811F0020 lwz r8,32(r31)
- 0: GETL R31, t0
- 1: ADDL $0x20, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x254769D8: 55000426 rlwinm r0,r8,0,16,19
- 5: GETL R8, t4
- 6: ANDL $0xF000, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x254769DC: 2C804000 cmpi cr1,r0,16384
- 9: GETL R0, t6
- 10: MOVL $0x4000, t10
- 11: CMPL t6, t10, t8 (-rSo)
- 12: ICRFL t8, $0x1, CR
- 13: INCEIPL $4
-
- 0x254769E0: 41A6FF5C bc 13,6,0x2547693C
- 14: Js06o $0x2547693C
-
-
-. 0 254769D4 16
-. 81 1F 00 20 55 00 04 26 2C 80 40 00 41 A6 FF 5C
-
-==== BB 695 (0x2547693C) approx BBs exec'd 0 ====
-
- 0x2547693C: 929D0014 stw r20,20(r29)
- 0: GETL R20, t0
- 1: GETL R29, t2
- 2: ADDL $0x14, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25476940: 817D0014 lwz r11,20(r29)
- 5: GETL R29, t4
- 6: ADDL $0x14, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R11
- 9: INCEIPL $4
-
- 0x25476944: 696C0002 xori r12,r11,0x2
- 10: GETL R11, t8
- 11: XORL $0x2, t8
- 12: PUTL t8, R12
- 13: INCEIPL $4
-
- 0x25476948: 212C0000 subfic r9,r12,0
- 14: GETL R12, t10
- 15: MOVL $0x0, t12
- 16: SBBL t10, t12 (-wCa)
- 17: PUTL t12, R9
- 18: INCEIPL $4
-
- 0x2547694C: 7D896114 adde r12,r9,r12
- 19: GETL R9, t14
- 20: GETL R12, t16
- 21: ADCL t14, t16 (-rCa-wCa)
- 22: PUTL t16, R12
- 23: INCEIPL $4
-
- 0x25476950: 7EF76378 or r23,r23,r12
- 24: GETL R23, t18
- 25: GETL R12, t20
- 26: ORL t20, t18
- 27: PUTL t18, R23
- 28: INCEIPL $4
-
- 0x25476954: 41B2FF64 bc 13,18,0x254768B8
- 29: Js18o $0x254768B8
-
-
-. 0 2547693C 28
-. 92 9D 00 14 81 7D 00 14 69 6C 00 02 21 2C 00 00 7D 89 61 14 7E F7 63 78 41 B2 FF 64
-
-==== BB 696 (0x254769F0) approx BBs exec'd 0 ====
-
- 0x254769F0: 40920044 bc 4,18,0x25476A34
- 0: Jc18o $0x25476A34
-
-
-. 0 254769F0 4
-. 40 92 00 44
-
-==== BB 697 (0x254769F4) approx BBs exec'd 0 ====
-
- 0x254769F4: 2F170000 cmpi cr6,r23,0
- 0: GETL R23, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x254769F8: 419A001C bc 12,26,0x25476A14
- 4: Js26o $0x25476A14
-
-
-. 0 254769F4 8
-. 2F 17 00 00 41 9A 00 1C
-
-==== BB 698 (0x254769FC) approx BBs exec'd 0 ====
-
- 0x254769FC: 83BE0514 lwz r29,1300(r30)
- 0: GETL R30, t0
- 1: ADDL $0x514, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0x25476A00: 813D0000 lwz r9,0(r29)
- 5: GETL R29, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R9
- 8: INCEIPL $4
-
- 0x25476A04: 2F890002 cmpi cr7,r9,2
- 9: GETL R9, t8
- 10: MOVL $0x2, t12
- 11: CMPL t8, t12, t10 (-rSo)
- 12: ICRFL t10, $0x7, CR
- 13: INCEIPL $4
-
- 0x25476A08: 419E000C bc 12,30,0x25476A14
- 14: Js30o $0x25476A14
-
-
-. 0 254769FC 16
-. 83 BE 05 14 81 3D 00 00 2F 89 00 02 41 9E 00 0C
-
-==== BB 699 (0x25476A14) approx BBs exec'd 0 ====
-
- 0x25476A14: 87B50004 lwzu r29,4(r21)
- 0: GETL R21, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R21
- 3: LDL (t0), t2
- 4: PUTL t2, R29
- 5: INCEIPL $4
-
- 0x25476A18: 7DEFBB78 or r15,r15,r23
- 6: GETL R15, t4
- 7: GETL R23, t6
- 8: ORL t6, t4
- 9: PUTL t4, R15
- 10: INCEIPL $4
-
- 0x25476A1C: 2C9D0000 cmpi cr1,r29,0
- 11: GETL R29, t8
- 12: CMP0L t8, t10 (-rSo)
- 13: ICRFL t10, $0x1, CR
- 14: INCEIPL $4
-
- 0x25476A20: 4086FE48 bc 4,6,0x25476868
- 15: Jc06o $0x25476868
-
-
-. 0 25476A14 16
-. 87 B5 00 04 7D EF BB 78 2C 9D 00 00 40 86 FE 48
-
-==== BB 700 (0x25476868) approx BBs exec'd 0 ====
-
- 0x25476868: 806E0000 lwz r3,0(r14)
- 0: GETL R14, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0x2547686C: 3A600000 li r19,0
- 4: MOVL $0x0, t4
- 5: PUTL t4, R19
- 6: INCEIPL $4
-
- 0x25476870: 3AE00000 li r23,0
- 7: MOVL $0x0, t6
- 8: PUTL t6, R23
- 9: INCEIPL $4
-
- 0x25476874: 70690001 andi. r9,r3,0x1
- 10: GETL R3, t8
- 11: ANDL $0x1, t8
- 12: PUTL t8, R9
- 13: CMP0L t8, t10 (-rSo)
- 14: ICRFL t10, $0x0, CR
- 15: INCEIPL $4
-
- 0x25476878: 4082025C bc 4,2,0x25476AD4
- 16: Jc02o $0x25476AD4
-
-
-. 0 25476868 20
-. 80 6E 00 00 3A 60 00 00 3A E0 00 00 70 69 00 01 40 82 02 5C
-
-==== BB 701 (0x25483DE0) approx BBs exec'd 0 ====
-
- 0x25483DE0: 80040000 lwz r0,0(r4)
- 0: GETL R4, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0x25483DE4: 3884FFF8 addi r4,r4,-8
- 4: GETL R4, t4
- 5: ADDL $0xFFFFFFF8, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0x25483DE8: 8124000C lwz r9,12(r4)
- 8: GETL R4, t6
- 9: ADDL $0xC, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R9
- 12: INCEIPL $4
-
- 0x25483DEC: 3863FFF4 addi r3,r3,-12
- 13: GETL R3, t10
- 14: ADDL $0xFFFFFFF4, t10
- 15: PUTL t10, R3
- 16: INCEIPL $4
-
- 0x25483DF0: 38A50002 addi r5,r5,2
- 17: GETL R5, t12
- 18: ADDL $0x2, t12
- 19: PUTL t12, R5
- 20: INCEIPL $4
-
- 0x25483DF4: 9003000C stw r0,12(r3)
- 21: GETL R0, t14
- 22: GETL R3, t16
- 23: ADDL $0xC, t16
- 24: STL t14, (t16)
- 25: INCEIPL $4
-
- 0x25483DF8: 4BFFFF34 b 0x25483D2C
- 26: JMPo $0x25483D2C ($4)
-
-
-. 0 25483DE0 28
-. 80 04 00 00 38 84 FF F8 81 24 00 0C 38 63 FF F4 38 A5 00 02 90 03 00 0C 4B FF FF 34
-
-==== BB 702 (0x25483D2C) approx BBs exec'd 0 ====
-
- 0x25483D2C: 80040010 lwz r0,16(r4)
- 0: GETL R4, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25483D30: 91230010 stw r9,16(r3)
- 5: GETL R9, t4
- 6: GETL R3, t6
- 7: ADDL $0x10, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0x25483D34: 81240014 lwz r9,20(r4)
- 10: GETL R4, t8
- 11: ADDL $0x14, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R9
- 14: INCEIPL $4
-
- 0x25483D38: 90030014 stw r0,20(r3)
- 15: GETL R0, t12
- 16: GETL R3, t14
- 17: ADDL $0x14, t14
- 18: STL t12, (t14)
- 19: INCEIPL $4
-
- 0x25483D3C: 80040018 lwz r0,24(r4)
- 20: GETL R4, t16
- 21: ADDL $0x18, t16
- 22: LDL (t16), t18
- 23: PUTL t18, R0
- 24: INCEIPL $4
-
- 0x25483D40: 91230018 stw r9,24(r3)
- 25: GETL R9, t20
- 26: GETL R3, t22
- 27: ADDL $0x18, t22
- 28: STL t20, (t22)
- 29: INCEIPL $4
-
- 0x25483D44: 34A5FFF8 addic. r5,r5,-8
- 30: GETL R5, t24
- 31: ADCL $0xFFFFFFF8, t24 (-wCa)
- 32: PUTL t24, R5
- 33: CMP0L t24, t26 (-rSo)
- 34: ICRFL t26, $0x0, CR
- 35: INCEIPL $4
-
- 0x25483D48: 8124001C lwz r9,28(r4)
- 36: GETL R4, t28
- 37: ADDL $0x1C, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R9
- 40: INCEIPL $4
-
- 0x25483D4C: 9003001C stw r0,28(r3)
- 41: GETL R0, t32
- 42: GETL R3, t34
- 43: ADDL $0x1C, t34
- 44: STL t32, (t34)
- 45: INCEIPL $4
-
- 0x25483D50: 38840020 addi r4,r4,32
- 46: GETL R4, t36
- 47: ADDL $0x20, t36
- 48: PUTL t36, R4
- 49: INCEIPL $4
-
- 0x25483D54: 38630020 addi r3,r3,32
- 50: GETL R3, t38
- 51: ADDL $0x20, t38
- 52: PUTL t38, R3
- 53: INCEIPL $4
-
- 0x25483D58: 40A2FFB4 bc 5,2,0x25483D0C
- 54: Jc02o $0x25483D0C
-
-
-. 0 25483D2C 48
-. 80 04 00 10 91 23 00 10 81 24 00 14 90 03 00 14 80 04 00 18 91 23 00 18 34 A5 FF F8 81 24 00 1C 90 03 00 1C 38 84 00 20 38 63 00 20 40 A2 FF B4
-
-==== BB 703 (0x25483DC4) approx BBs exec'd 0 ====
-
- 0x25483DC4: 81240000 lwz r9,0(r4)
- 0: GETL R4, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0x25483DC8: 3884FFF4 addi r4,r4,-12
- 4: GETL R4, t4
- 5: ADDL $0xFFFFFFF4, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0x25483DCC: 80040010 lwz r0,16(r4)
- 8: GETL R4, t6
- 9: ADDL $0x10, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R0
- 12: INCEIPL $4
-
- 0x25483DD0: 3863FFF0 addi r3,r3,-16
- 13: GETL R3, t10
- 14: ADDL $0xFFFFFFF0, t10
- 15: PUTL t10, R3
- 16: INCEIPL $4
-
- 0x25483DD4: 38A50003 addi r5,r5,3
- 17: GETL R5, t12
- 18: ADDL $0x3, t12
- 19: PUTL t12, R5
- 20: INCEIPL $4
-
- 0x25483DD8: 91230010 stw r9,16(r3)
- 21: GETL R9, t14
- 22: GETL R3, t16
- 23: ADDL $0x10, t16
- 24: STL t14, (t16)
- 25: INCEIPL $4
-
- 0x25483DDC: 4BFFFF58 b 0x25483D34
- 26: JMPo $0x25483D34 ($4)
-
-
-. 0 25483DC4 28
-. 81 24 00 00 38 84 FF F4 80 04 00 10 38 63 FF F0 38 A5 00 03 91 23 00 10 4B FF FF 58
-
-==== BB 704 (0x25483D34) approx BBs exec'd 0 ====
-
- 0x25483D34: 81240014 lwz r9,20(r4)
- 0: GETL R4, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25483D38: 90030014 stw r0,20(r3)
- 5: GETL R0, t4
- 6: GETL R3, t6
- 7: ADDL $0x14, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0x25483D3C: 80040018 lwz r0,24(r4)
- 10: GETL R4, t8
- 11: ADDL $0x18, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R0
- 14: INCEIPL $4
-
- 0x25483D40: 91230018 stw r9,24(r3)
- 15: GETL R9, t12
- 16: GETL R3, t14
- 17: ADDL $0x18, t14
- 18: STL t12, (t14)
- 19: INCEIPL $4
-
- 0x25483D44: 34A5FFF8 addic. r5,r5,-8
- 20: GETL R5, t16
- 21: ADCL $0xFFFFFFF8, t16 (-wCa)
- 22: PUTL t16, R5
- 23: CMP0L t16, t18 (-rSo)
- 24: ICRFL t18, $0x0, CR
- 25: INCEIPL $4
-
- 0x25483D48: 8124001C lwz r9,28(r4)
- 26: GETL R4, t20
- 27: ADDL $0x1C, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R9
- 30: INCEIPL $4
-
- 0x25483D4C: 9003001C stw r0,28(r3)
- 31: GETL R0, t24
- 32: GETL R3, t26
- 33: ADDL $0x1C, t26
- 34: STL t24, (t26)
- 35: INCEIPL $4
-
- 0x25483D50: 38840020 addi r4,r4,32
- 36: GETL R4, t28
- 37: ADDL $0x20, t28
- 38: PUTL t28, R4
- 39: INCEIPL $4
-
- 0x25483D54: 38630020 addi r3,r3,32
- 40: GETL R3, t30
- 41: ADDL $0x20, t30
- 42: PUTL t30, R3
- 43: INCEIPL $4
-
- 0x25483D58: 40A2FFB4 bc 5,2,0x25483D0C
- 44: Jc02o $0x25483D0C
-
-
-. 0 25483D34 40
-. 81 24 00 14 90 03 00 14 80 04 00 18 91 23 00 18 34 A5 FF F8 81 24 00 1C 90 03 00 1C 38 84 00 20 38 63 00 20 40 A2 FF B4
-
-==== BB 705 (0x25476A24) approx BBs exec'd 0 ====
-
- 0x25476A24: 2E0F0000 cmpi cr4,r15,0
- 0: GETL R15, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0x25476A28: 4192026C bc 12,18,0x25476C94
- 4: Js18o $0x25476C94
-
-
-. 0 25476A24 8
-. 2E 0F 00 00 41 92 02 6C
-
-==== BB 706 (0x25476A2C) approx BBs exec'd 0 ====
-
- 0x25476A2C: 3860FFFF li r3,-1
- 0: MOVL $0xFFFFFFFF, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25476A30: 4800002C b 0x25476A5C
- 3: JMPo $0x25476A5C ($4)
-
-
-. 0 25476A2C 8
-. 38 60 FF FF 48 00 00 2C
-
-==== BB 707 (0x25476A5C) approx BBs exec'd 0 ====
-
- 0x25476A5C: 81010000 lwz r8,0(r1)
- 0: GETL R1, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R8
- 3: INCEIPL $4
-
- 0x25476A60: 81E80004 lwz r15,4(r8)
- 4: GETL R8, t4
- 5: ADDL $0x4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R15
- 8: INCEIPL $4
-
- 0x25476A64: 8088FFB4 lwz r4,-76(r8)
- 9: GETL R8, t8
- 10: ADDL $0xFFFFFFB4, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R4
- 13: INCEIPL $4
-
- 0x25476A68: 7DE803A6 mtlr r15
- 14: GETL R15, t12
- 15: PUTL t12, LR
- 16: INCEIPL $4
-
- 0x25476A6C: 81C8FFB8 lwz r14,-72(r8)
- 17: GETL R8, t14
- 18: ADDL $0xFFFFFFB8, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R14
- 21: INCEIPL $4
-
- 0x25476A70: 81E8FFBC lwz r15,-68(r8)
- 22: GETL R8, t18
- 23: ADDL $0xFFFFFFBC, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R15
- 26: INCEIPL $4
-
- 0x25476A74: 7C808120 mtcrf 0x8,r4
- 27: GETL R4, t22
- 28: ICRFL t22, $0x4, CR
- 29: INCEIPL $4
-
- 0x25476A78: 8208FFC0 lwz r16,-64(r8)
- 30: GETL R8, t24
- 31: ADDL $0xFFFFFFC0, t24
- 32: LDL (t24), t26
- 33: PUTL t26, R16
- 34: INCEIPL $4
-
- 0x25476A7C: 8228FFC4 lwz r17,-60(r8)
- 35: GETL R8, t28
- 36: ADDL $0xFFFFFFC4, t28
- 37: LDL (t28), t30
- 38: PUTL t30, R17
- 39: INCEIPL $4
-
- 0x25476A80: 8248FFC8 lwz r18,-56(r8)
- 40: GETL R8, t32
- 41: ADDL $0xFFFFFFC8, t32
- 42: LDL (t32), t34
- 43: PUTL t34, R18
- 44: INCEIPL $4
-
- 0x25476A84: 8268FFCC lwz r19,-52(r8)
- 45: GETL R8, t36
- 46: ADDL $0xFFFFFFCC, t36
- 47: LDL (t36), t38
- 48: PUTL t38, R19
- 49: INCEIPL $4
-
- 0x25476A88: 8288FFD0 lwz r20,-48(r8)
- 50: GETL R8, t40
- 51: ADDL $0xFFFFFFD0, t40
- 52: LDL (t40), t42
- 53: PUTL t42, R20
- 54: INCEIPL $4
-
- 0x25476A8C: 82A8FFD4 lwz r21,-44(r8)
- 55: GETL R8, t44
- 56: ADDL $0xFFFFFFD4, t44
- 57: LDL (t44), t46
- 58: PUTL t46, R21
- 59: INCEIPL $4
-
- 0x25476A90: 82C8FFD8 lwz r22,-40(r8)
- 60: GETL R8, t48
- 61: ADDL $0xFFFFFFD8, t48
- 62: LDL (t48), t50
- 63: PUTL t50, R22
- 64: INCEIPL $4
-
- 0x25476A94: 82E8FFDC lwz r23,-36(r8)
- 65: GETL R8, t52
- 66: ADDL $0xFFFFFFDC, t52
- 67: LDL (t52), t54
- 68: PUTL t54, R23
- 69: INCEIPL $4
-
- 0x25476A98: 8308FFE0 lwz r24,-32(r8)
- 70: GETL R8, t56
- 71: ADDL $0xFFFFFFE0, t56
- 72: LDL (t56), t58
- 73: PUTL t58, R24
- 74: INCEIPL $4
-
- 0x25476A9C: 8328FFE4 lwz r25,-28(r8)
- 75: GETL R8, t60
- 76: ADDL $0xFFFFFFE4, t60
- 77: LDL (t60), t62
- 78: PUTL t62, R25
- 79: INCEIPL $4
-
- 0x25476AA0: 8348FFE8 lwz r26,-24(r8)
- 80: GETL R8, t64
- 81: ADDL $0xFFFFFFE8, t64
- 82: LDL (t64), t66
- 83: PUTL t66, R26
- 84: INCEIPL $4
-
- 0x25476AA4: 8368FFEC lwz r27,-20(r8)
- 85: GETL R8, t68
- 86: ADDL $0xFFFFFFEC, t68
- 87: LDL (t68), t70
- 88: PUTL t70, R27
- 89: INCEIPL $4
-
- 0x25476AA8: 8388FFF0 lwz r28,-16(r8)
- 90: GETL R8, t72
- 91: ADDL $0xFFFFFFF0, t72
- 92: LDL (t72), t74
- 93: PUTL t74, R28
- 94: INCEIPL $4
-
- 0x25476AAC: 83A8FFF4 lwz r29,-12(r8)
- 95: GETL R8, t76
- 96: ADDL $0xFFFFFFF4, t76
- 97: LDL (t76), t78
- 98: PUTL t78, R29
- 99: INCEIPL $4
-
- 0x25476AB0: 83C8FFF8 lwz r30,-8(r8)
- 100: GETL R8, t80
- 101: ADDL $0xFFFFFFF8, t80
- 102: LDL (t80), t82
- 103: PUTL t82, R30
- 104: INCEIPL $4
-
- 0x25476AB4: 83E8FFFC lwz r31,-4(r8)
- 105: GETL R8, t84
- 106: ADDL $0xFFFFFFFC, t84
- 107: LDL (t84), t86
- 108: PUTL t86, R31
- 109: INCEIPL $4
-
- 0x25476AB8: 7D014378 or r1,r8,r8
- 110: GETL R8, t88
- 111: PUTL t88, R1
- 112: INCEIPL $4
-
- 0x25476ABC: 4E800020 blr
- 113: GETL LR, t90
- 114: JMPo-r t90 ($4)
-
-
-. 0 25476A5C 100
-. 81 01 00 00 81 E8 00 04 80 88 FF B4 7D E8 03 A6 81 C8 FF B8 81 E8 FF BC 7C 80 81 20 82 08 FF C0 82 28 FF C4 82 48 FF C8 82 68 FF CC 82 88 FF D0 82 A8 FF D4 82 C8 FF D8 82 E8 FF DC 83 08 FF E0 83 28 FF E4 83 48 FF E8 83 68 FF EC 83 88 FF F0 83 A8 FF F4 83 C8 FF F8 83 E8 FF FC 7D 01 43 78 4E 80 00 20
-
-==== BB 708 (0x25477238) approx BBs exec'd 0 ====
-
- 0x25477238: 2E03FFFF cmpi cr4,r3,-1
- 0: GETL R3, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x4, CR
- 4: INCEIPL $4
-
- 0x2547723C: 7C7A1B78 or r26,r3,r3
- 5: GETL R3, t6
- 6: PUTL t6, R26
- 7: INCEIPL $4
-
- 0x25477240: 7D6E00D0 neg r11,r14
- 8: GETL R14, t8
- 9: NEGL t8
- 10: PUTL t8, R11
- 11: INCEIPL $4
-
- 0x25477244: 7CE00026 mfcr r7
- 12: GETL CR, t10
- 13: PUTL t10, R7
- 14: INCEIPL $4
-
- 0x25477248: 54E79FFE rlwinm r7,r7,19,31,31
- 15: GETL R7, t12
- 16: ROLL $0x13, t12
- 17: ANDL $0x1, t12
- 18: PUTL t12, R7
- 19: INCEIPL $4
-
- 0x2547724C: 556E0FFE rlwinm r14,r11,1,31,31
- 20: GETL R11, t14
- 21: SHRL $0x1F, t14
- 22: PUTL t14, R14
- 23: INCEIPL $4
-
- 0x25477250: 7CEB7039 and. r11,r7,r14
- 24: GETL R7, t16
- 25: GETL R14, t18
- 26: ANDL t16, t18
- 27: PUTL t18, R11
- 28: CMP0L t18, t20 (-rSo)
- 29: ICRFL t20, $0x0, CR
- 30: INCEIPL $4
-
- 0x25477254: 41820044 bc 12,2,0x25477298
- 31: Js02o $0x25477298
-
-
-. 0 25477238 32
-. 2E 03 FF FF 7C 7A 1B 78 7D 6E 00 D0 7C E0 00 26 54 E7 9F FE 55 6E 0F FE 7C EB 70 39 41 82 00 44
-
-==== BB 709 (0x25477258) approx BBs exec'd 0 ====
-
- 0x25477258: 801B01E0 lwz r0,480(r27)
- 0: GETL R27, t0
- 1: ADDL $0x1E0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x2547725C: 3BBB01E0 addi r29,r27,480
- 5: GETL R27, t4
- 6: ADDL $0x1E0, t4
- 7: PUTL t4, R29
- 8: INCEIPL $4
-
- 0x25477260: 39200000 li r9,0
- 9: MOVL $0x0, t6
- 10: PUTL t6, R9
- 11: INCEIPL $4
-
- 0x25477264: 2F00FFFF cmpi cr6,r0,-1
- 12: GETL R0, t8
- 13: MOVL $0xFFFFFFFF, t12
- 14: CMPL t8, t12, t10 (-rSo)
- 15: ICRFL t10, $0x6, CR
- 16: INCEIPL $4
-
- 0x25477268: 419A0028 bc 12,26,0x25477290
- 17: Js26o $0x25477290
-
-
-. 0 25477258 20
-. 80 1B 01 E0 3B BB 01 E0 39 20 00 00 2F 00 FF FF 41 9A 00 28
-
-==== BB 710 (0x25477290) approx BBs exec'd 0 ====
-
- 0x25477290: 2C090000 cmpi cr0,r9,0
- 0: GETL R9, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0x25477294: 408200DC bc 4,2,0x25477370
- 4: Jc02o $0x25477370
-
-
-. 0 25477290 8
-. 2C 09 00 00 40 82 00 DC
-
-==== BB 711 (0x25477298) approx BBs exec'd 0 ====
-
- 0x25477298: 4092008C bc 4,18,0x25477324
- 0: Jc18o $0x25477324
-
-
-. 0 25477298 4
-. 40 92 00 8C
-
-==== BB 712 (0x2547729C) approx BBs exec'd 0 ====
-
- 0x2547729C: 2F170000 cmpi cr6,r23,0
- 0: GETL R23, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x254772A0: 409A01E4 bc 4,26,0x25477484
- 4: Jc26o $0x25477484
-
-
-. 0 2547729C 8
-. 2F 17 00 00 40 9A 01 E4
-
-==== BB 713 (0x254772A4) approx BBs exec'd 0 ====
-
- 0x254772A4: 7FE3FB78 or r3,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x254772A8: 48000949 bl 0x25477BF0
- 3: MOVL $0x254772AC, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0x25477BF0 ($4)
-
-
-. 0 254772A4 8
-. 7F E3 FB 78 48 00 09 49
-
-==== BB 714 _dl_load_cache_lookup(0x25477BF0) approx BBs exec'd 0 ====
-
- 0x25477BF0: 9421FFC0 stwu r1,-64(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFC0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x25477BF4: 7C8802A6 mflr r4
- 6: GETL LR, t4
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0x25477BF8: 4801F409 bl 0x25497000
- 9: MOVL $0x25477BFC, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-. 0 25477BF0 12
-. 94 21 FF C0 7C 88 02 A6 48 01 F4 09
-
-==== BB 715 (0x25477BFC) approx BBs exec'd 0 ====
-
- 0x25477BFC: 93C10038 stw r30,56(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x38, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25477C00: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x25477C04: 9261000C stw r19,12(r1)
- 8: GETL R19, t6
- 9: GETL R1, t8
- 10: ADDL $0xC, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x25477C08: 90810044 stw r4,68(r1)
- 13: GETL R4, t10
- 14: GETL R1, t12
- 15: ADDL $0x44, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x25477C0C: 7D800026 mfcr r12
- 18: GETL CR, t14
- 19: PUTL t14, R12
- 20: INCEIPL $4
-
- 0x25477C10: 92E1001C stw r23,28(r1)
- 21: GETL R23, t16
- 22: GETL R1, t18
- 23: ADDL $0x1C, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0x25477C14: 7C771B78 or r23,r3,r3
- 26: GETL R3, t20
- 27: PUTL t20, R23
- 28: INCEIPL $4
-
- 0x25477C18: 827E04F4 lwz r19,1268(r30)
- 29: GETL R30, t22
- 30: ADDL $0x4F4, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R19
- 33: INCEIPL $4
-
- 0x25477C1C: 92810010 stw r20,16(r1)
- 34: GETL R20, t26
- 35: GETL R1, t28
- 36: ADDL $0x10, t28
- 37: STL t26, (t28)
- 38: INCEIPL $4
-
- 0x25477C20: 80130000 lwz r0,0(r19)
- 39: GETL R19, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R0
- 42: INCEIPL $4
-
- 0x25477C24: 92A10014 stw r21,20(r1)
- 43: GETL R21, t34
- 44: GETL R1, t36
- 45: ADDL $0x14, t36
- 46: STL t34, (t36)
- 47: INCEIPL $4
-
- 0x25477C28: 70090001 andi. r9,r0,0x1
- 48: GETL R0, t38
- 49: ANDL $0x1, t38
- 50: PUTL t38, R9
- 51: CMP0L t38, t40 (-rSo)
- 52: ICRFL t40, $0x0, CR
- 53: INCEIPL $4
-
- 0x25477C2C: 92C10018 stw r22,24(r1)
- 54: GETL R22, t42
- 55: GETL R1, t44
- 56: ADDL $0x18, t44
- 57: STL t42, (t44)
- 58: INCEIPL $4
-
- 0x25477C30: 93010020 stw r24,32(r1)
- 59: GETL R24, t46
- 60: GETL R1, t48
- 61: ADDL $0x20, t48
- 62: STL t46, (t48)
- 63: INCEIPL $4
-
- 0x25477C34: 93210024 stw r25,36(r1)
- 64: GETL R25, t50
- 65: GETL R1, t52
- 66: ADDL $0x24, t52
- 67: STL t50, (t52)
- 68: INCEIPL $4
-
- 0x25477C38: 93410028 stw r26,40(r1)
- 69: GETL R26, t54
- 70: GETL R1, t56
- 71: ADDL $0x28, t56
- 72: STL t54, (t56)
- 73: INCEIPL $4
-
- 0x25477C3C: 9361002C stw r27,44(r1)
- 74: GETL R27, t58
- 75: GETL R1, t60
- 76: ADDL $0x2C, t60
- 77: STL t58, (t60)
- 78: INCEIPL $4
-
- 0x25477C40: 93810030 stw r28,48(r1)
- 79: GETL R28, t62
- 80: GETL R1, t64
- 81: ADDL $0x30, t64
- 82: STL t62, (t64)
- 83: INCEIPL $4
-
- 0x25477C44: 93A10034 stw r29,52(r1)
- 84: GETL R29, t66
- 85: GETL R1, t68
- 86: ADDL $0x34, t68
- 87: STL t66, (t68)
- 88: INCEIPL $4
-
- 0x25477C48: 93E1003C stw r31,60(r1)
- 89: GETL R31, t70
- 90: GETL R1, t72
- 91: ADDL $0x3C, t72
- 92: STL t70, (t72)
- 93: INCEIPL $4
-
- 0x25477C4C: 91810008 stw r12,8(r1)
- 94: GETL R12, t74
- 95: GETL R1, t76
- 96: ADDL $0x8, t76
- 97: STL t74, (t76)
- 98: INCEIPL $4
-
- 0x25477C50: 4082037C bc 4,2,0x25477FCC
- 99: Jc02o $0x25477FCC
-
-
-. 0 25477BFC 88
-. 93 C1 00 38 7F C8 02 A6 92 61 00 0C 90 81 00 44 7D 80 00 26 92 E1 00 1C 7C 77 1B 78 82 7E 04 F4 92 81 00 10 80 13 00 00 92 A1 00 14 70 09 00 01 92 C1 00 18 93 01 00 20 93 21 00 24 93 41 00 28 93 61 00 2C 93 81 00 30 93 A1 00 34 93 E1 00 3C 91 81 00 08 40 82 03 7C
-
-==== BB 716 (0x25477C54) approx BBs exec'd 0 ====
-
- 0x25477C54: 82DE0254 lwz r22,596(r30)
- 0: GETL R30, t0
- 1: ADDL $0x254, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R22
- 4: INCEIPL $4
-
- 0x25477C58: 80760000 lwz r3,0(r22)
- 5: GETL R22, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R3
- 8: INCEIPL $4
-
- 0x25477C5C: 2F830000 cmpi cr7,r3,0
- 9: GETL R3, t8
- 10: CMP0L t8, t10 (-rSo)
- 11: ICRFL t10, $0x7, CR
- 12: INCEIPL $4
-
- 0x25477C60: 419E00FC bc 12,30,0x25477D5C
- 13: Js30o $0x25477D5C
-
-
-. 0 25477C54 16
-. 82 DE 02 54 80 76 00 00 2F 83 00 00 41 9E 00 FC
-
-==== BB 717 (0x25477D5C) approx BBs exec'd 0 ====
-
- 0x25477D5C: 807E0260 lwz r3,608(r30)
- 0: GETL R30, t0
- 1: ADDL $0x260, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x25477D60: 38A00001 li r5,1
- 5: MOVL $0x1, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x25477D64: 809E025C lwz r4,604(r30)
- 8: GETL R30, t6
- 9: ADDL $0x25C, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R4
- 12: INCEIPL $4
-
- 0x25477D68: 48004245 bl 0x2547BFAC
- 13: MOVL $0x25477D6C, t10
- 14: PUTL t10, LR
- 15: JMPo-c $0x2547BFAC ($4)
-
-
-. 0 25477D5C 16
-. 80 7E 02 60 38 A0 00 01 80 9E 02 5C 48 00 42 45
-
-==== BB 718 _dl_sysdep_read_whole_file(0x2547BFAC) approx BBs exec'd 0 ====
-
- 0x2547BFAC: 7C0802A6 mflr r0
- 0: GETL LR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x2547BFB0: 9421FF60 stwu r1,-160(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFF60, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0x2547BFB4: 93810090 stw r28,144(r1)
- 9: GETL R28, t6
- 10: GETL R1, t8
- 11: ADDL $0x90, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x2547BFB8: 7C9C2378 or r28,r4,r4
- 14: GETL R4, t10
- 15: PUTL t10, R28
- 16: INCEIPL $4
-
- 0x2547BFBC: 38800000 li r4,0
- 17: MOVL $0x0, t12
- 18: PUTL t12, R4
- 19: INCEIPL $4
-
- 0x2547BFC0: 9361008C stw r27,140(r1)
- 20: GETL R27, t14
- 21: GETL R1, t16
- 22: ADDL $0x8C, t16
- 23: STL t14, (t16)
- 24: INCEIPL $4
-
- 0x2547BFC4: 93A10094 stw r29,148(r1)
- 25: GETL R29, t18
- 26: GETL R1, t20
- 27: ADDL $0x94, t20
- 28: STL t18, (t20)
- 29: INCEIPL $4
-
- 0x2547BFC8: 7CBD2B78 or r29,r5,r5
- 30: GETL R5, t22
- 31: PUTL t22, R29
- 32: INCEIPL $4
-
- 0x2547BFCC: 93E1009C stw r31,156(r1)
- 33: GETL R31, t24
- 34: GETL R1, t26
- 35: ADDL $0x9C, t26
- 36: STL t24, (t26)
- 37: INCEIPL $4
-
- 0x2547BFD0: 3B60FFFF li r27,-1
- 38: MOVL $0xFFFFFFFF, t28
- 39: PUTL t28, R27
- 40: INCEIPL $4
-
- 0x2547BFD4: 93C10098 stw r30,152(r1)
- 41: GETL R30, t30
- 42: GETL R1, t32
- 43: ADDL $0x98, t32
- 44: STL t30, (t32)
- 45: INCEIPL $4
-
- 0x2547BFD8: 900100A4 stw r0,164(r1)
- 46: GETL R0, t34
- 47: GETL R1, t36
- 48: ADDL $0xA4, t36
- 49: STL t34, (t36)
- 50: INCEIPL $4
-
- 0x2547BFDC: 48006005 bl 0x25481FE0
- 51: MOVL $0x2547BFE0, t38
- 52: PUTL t38, LR
- 53: JMPo-c $0x25481FE0 ($4)
-
-
-. 0 2547BFAC 52
-. 7C 08 02 A6 94 21 FF 60 93 81 00 90 7C 9C 23 78 38 80 00 00 93 61 00 8C 93 A1 00 94 7C BD 2B 78 93 E1 00 9C 3B 60 FF FF 93 C1 00 98 90 01 00 A4 48 00 60 05
-
-==== BB 719 (0x2547BFE0) approx BBs exec'd 0 ====
-
- 0x2547BFE0: 7C7F1B79 or. r31,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R31
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x2547BFE4: 38A10010 addi r5,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x2547BFE8: 38600003 li r3,3
- 9: MOVL $0x3, t6
- 10: PUTL t6, R3
- 11: INCEIPL $4
-
- 0x2547BFEC: 7FE4FB78 or r4,r31,r31
- 12: GETL R31, t8
- 13: PUTL t8, R4
- 14: INCEIPL $4
-
- 0x2547BFF0: 41800040 bc 12,0,0x2547C030
- 15: Js00o $0x2547C030
-
-
-. 0 2547BFE0 20
-. 7C 7F 1B 79 38 A1 00 10 38 60 00 03 7F E4 FB 78 41 80 00 40
-
-==== BB 720 (0x2547BFF4) approx BBs exec'd 0 ====
-
- 0x2547BFF4: 48005EB1 bl 0x25481EA4
- 0: MOVL $0x2547BFF8, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x25481EA4 ($4)
-
-
-. 0 2547BFF4 4
-. 48 00 5E B1
-
-==== BB 721 (0x2547BFF8) approx BBs exec'd 0 ====
-
- 0x2547BFF8: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x2547BFFC: 419C002C bc 12,28,0x2547C028
- 4: Js28o $0x2547C028
-
-
-. 0 2547BFF8 8
-. 2F 83 00 00 41 9C 00 2C
-
-==== BB 722 (0x2547C000) approx BBs exec'd 0 ====
-
- 0x2547C000: 81210044 lwz r9,68(r1)
- 0: GETL R1, t0
- 1: ADDL $0x44, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x2547C004: 7FA5EB78 or r5,r29,r29
- 5: GETL R29, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x2547C008: 38C00002 li r6,2
- 8: MOVL $0x2, t6
- 9: PUTL t6, R6
- 10: INCEIPL $4
-
- 0x2547C00C: 7FE7FB78 or r7,r31,r31
- 11: GETL R31, t8
- 12: PUTL t8, R7
- 13: INCEIPL $4
-
- 0x2547C010: 2C890000 cmpi cr1,r9,0
- 14: GETL R9, t10
- 15: CMP0L t10, t12 (-rSo)
- 16: ICRFL t12, $0x1, CR
- 17: INCEIPL $4
-
- 0x2547C014: 7D244B78 or r4,r9,r9
- 18: GETL R9, t14
- 19: PUTL t14, R4
- 20: INCEIPL $4
-
- 0x2547C018: 39000000 li r8,0
- 21: MOVL $0x0, t16
- 22: PUTL t16, R8
- 23: INCEIPL $4
-
- 0x2547C01C: 38600000 li r3,0
- 24: MOVL $0x0, t18
- 25: PUTL t18, R3
- 26: INCEIPL $4
-
- 0x2547C020: 913C0000 stw r9,0(r28)
- 27: GETL R9, t20
- 28: GETL R28, t22
- 29: STL t20, (t22)
- 30: INCEIPL $4
-
- 0x2547C024: 40860034 bc 4,6,0x2547C058
- 31: Jc06o $0x2547C058
-
-
-. 0 2547C000 40
-. 81 21 00 44 7F A5 EB 78 38 C0 00 02 7F E7 FB 78 2C 89 00 00 7D 24 4B 78 39 00 00 00 38 60 00 00 91 3C 00 00 40 86 00 34
-
-==== BB 723 (0x2547C058) approx BBs exec'd 0 ====
-
- 0x2547C058: 48006741 bl 0x25482798
- 0: MOVL $0x2547C05C, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x25482798 ($4)
-
-
-. 0 2547C058 4
-. 48 00 67 41
-
-==== BB 724 (0x2547C05C) approx BBs exec'd 0 ====
-
- 0x2547C05C: 7C7B1B78 or r27,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R27
- 2: INCEIPL $4
-
- 0x2547C060: 4BFFFFC8 b 0x2547C028
- 3: JMPo $0x2547C028 ($4)
-
-
-. 0 2547C05C 8
-. 7C 7B 1B 78 4B FF FF C8
-
-==== BB 725 (0x2547C028) approx BBs exec'd 0 ====
-
- 0x2547C028: 7FE3FB78 or r3,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x2547C02C: 48005FC5 bl 0x25481FF0
- 3: MOVL $0x2547C030, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0x25481FF0 ($4)
-
-
-. 0 2547C028 8
-. 7F E3 FB 78 48 00 5F C5
-
-==== BB 726 (0x2547C030) approx BBs exec'd 0 ====
-
- 0x2547C030: 808100A4 lwz r4,164(r1)
- 0: GETL R1, t0
- 1: ADDL $0xA4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x2547C034: 7F63DB78 or r3,r27,r27
- 5: GETL R27, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x2547C038: 83810090 lwz r28,144(r1)
- 8: GETL R1, t6
- 9: ADDL $0x90, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R28
- 12: INCEIPL $4
-
- 0x2547C03C: 8361008C lwz r27,140(r1)
- 13: GETL R1, t10
- 14: ADDL $0x8C, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R27
- 17: INCEIPL $4
-
- 0x2547C040: 7C8803A6 mtlr r4
- 18: GETL R4, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0x2547C044: 83A10094 lwz r29,148(r1)
- 21: GETL R1, t16
- 22: ADDL $0x94, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R29
- 25: INCEIPL $4
-
- 0x2547C048: 83C10098 lwz r30,152(r1)
- 26: GETL R1, t20
- 27: ADDL $0x98, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R30
- 30: INCEIPL $4
-
- 0x2547C04C: 83E1009C lwz r31,156(r1)
- 31: GETL R1, t24
- 32: ADDL $0x9C, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R31
- 35: INCEIPL $4
-
- 0x2547C050: 382100A0 addi r1,r1,160
- 36: GETL R1, t28
- 37: ADDL $0xA0, t28
- 38: PUTL t28, R1
- 39: INCEIPL $4
-
- 0x2547C054: 4E800020 blr
- 40: GETL LR, t30
- 41: JMPo-r t30 ($4)
-
-
-. 0 2547C030 40
-. 80 81 00 A4 7F 63 DB 78 83 81 00 90 83 61 00 8C 7C 88 03 A6 83 A1 00 94 83 C1 00 98 83 E1 00 9C 38 21 00 A0 4E 80 00 20
-
-==== BB 727 (0x25477D6C) approx BBs exec'd 0 ====
-
- 0x25477D6C: 2E03FFFF cmpi cr4,r3,-1
- 0: GETL R3, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x4, CR
- 4: INCEIPL $4
-
- 0x25477D70: 7C7F1B78 or r31,r3,r3
- 5: GETL R3, t6
- 6: PUTL t6, R31
- 7: INCEIPL $4
-
- 0x25477D74: 41920154 bc 12,18,0x25477EC8
- 8: Js18o $0x25477EC8
-
-
-. 0 25477D6C 12
-. 2E 03 FF FF 7C 7F 1B 78 41 92 01 54
-
-==== BB 728 (0x25477D78) approx BBs exec'd 0 ====
-
- 0x25477D78: 813E025C lwz r9,604(r30)
- 0: GETL R30, t0
- 1: ADDL $0x25C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25477D7C: 83A90000 lwz r29,0(r9)
- 5: GETL R9, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R29
- 8: INCEIPL $4
-
- 0x25477D80: 289D0010 cmpli cr1,r29,16
- 9: GETL R29, t8
- 10: MOVL $0x10, t12
- 11: CMPUL t8, t12, t10 (-rSo)
- 12: ICRFL t10, $0x1, CR
- 13: INCEIPL $4
-
- 0x25477D84: 408500E8 bc 4,5,0x25477E6C
- 14: Jc05o $0x25477E6C
-
-
-. 0 25477D78 16
-. 81 3E 02 5C 83 A9 00 00 28 9D 00 10 40 85 00 E8
-
-==== BB 729 (0x25477D88) approx BBs exec'd 0 ====
-
- 0x25477D88: 809E0264 lwz r4,612(r30)
- 0: GETL R30, t0
- 1: ADDL $0x264, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x25477D8C: 38A0000B li r5,11
- 5: MOVL $0xB, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x25477D90: 4800B509 bl 0x25483298
- 8: MOVL $0x25477D94, t6
- 9: PUTL t6, LR
- 10: JMPo-c $0x25483298 ($4)
-
-
-. 0 25477D88 12
-. 80 9E 02 64 38 A0 00 0B 48 00 B5 09
-
-==== BB 730 (0x25477D94) approx BBs exec'd 0 ====
-
- 0x25477D94: 2F030000 cmpi cr6,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x25477D98: 409A00D4 bc 4,26,0x25477E6C
- 4: Jc26o $0x25477E6C
-
-
-. 0 25477D94 8
-. 2F 03 00 00 40 9A 00 D4
-
-==== BB 731 (0x25477D9C) approx BBs exec'd 0 ====
-
- 0x25477D9C: 815F000C lwz r10,12(r31)
- 0: GETL R31, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x25477DA0: 93F60000 stw r31,0(r22)
- 5: GETL R31, t4
- 6: GETL R22, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0x25477DA4: 1D0A000C mulli r8,r10,12
- 9: GETL R10, t8
- 10: MULL $0xC, t8
- 11: PUTL t8, R8
- 12: INCEIPL $4
-
- 0x25477DA8: 839E0258 lwz r28,600(r30)
- 13: GETL R30, t10
- 14: ADDL $0x258, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R28
- 17: INCEIPL $4
-
- 0x25477DAC: 38E80017 addi r7,r8,23
- 18: GETL R8, t14
- 19: ADDL $0x17, t14
- 20: PUTL t14, R7
- 21: INCEIPL $4
-
- 0x25477DB0: 54E50038 rlwinm r5,r7,0,0,28
- 22: GETL R7, t16
- 23: ANDL $0xFFFFFFF8, t16
- 24: PUTL t16, R5
- 25: INCEIPL $4
-
- 0x25477DB4: 38C50030 addi r6,r5,48
- 26: GETL R5, t18
- 27: ADDL $0x30, t18
- 28: PUTL t18, R6
- 29: INCEIPL $4
-
- 0x25477DB8: 7C7F2A14 add r3,r31,r5
- 30: GETL R31, t20
- 31: GETL R5, t22
- 32: ADDL t20, t22
- 33: PUTL t22, R3
- 34: INCEIPL $4
-
- 0x25477DBC: 7E06E840 cmpl cr4,r6,r29
- 35: GETL R6, t24
- 36: GETL R29, t26
- 37: CMPUL t24, t26, t28 (-rSo)
- 38: ICRFL t28, $0x4, CR
- 39: INCEIPL $4
-
- 0x25477DC0: 4191001C bc 12,17,0x25477DDC
- 40: Js17o $0x25477DDC
-
-
-. 0 25477D9C 40
-. 81 5F 00 0C 93 F6 00 00 1D 0A 00 0C 83 9E 02 58 38 E8 00 17 54 E5 00 38 38 C5 00 30 7C 7F 2A 14 7E 06 E8 40 41 91 00 1C
-
-==== BB 732 (0x25477DC4) approx BBs exec'd 0 ====
-
- 0x25477DC4: 809E0268 lwz r4,616(r30)
- 0: GETL R30, t0
- 1: ADDL $0x268, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x25477DC8: 38A00014 li r5,20
- 5: MOVL $0x14, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x25477DCC: 907C0000 stw r3,0(r28)
- 8: GETL R3, t6
- 9: GETL R28, t8
- 10: STL t6, (t8)
- 11: INCEIPL $4
-
- 0x25477DD0: 4800B4C9 bl 0x25483298
- 12: MOVL $0x25477DD4, t10
- 13: PUTL t10, LR
- 14: JMPo-c $0x25483298 ($4)
-
-
-. 0 25477DC4 16
-. 80 9E 02 68 38 A0 00 14 90 7C 00 00 48 00 B4 C9
-
-==== BB 733 (0x254832B8) approx BBs exec'd 0 ====
-
- 0x254832B8: 548007BE rlwinm r0,r4,0,30,31
- 0: GETL R4, t0
- 1: ANDL $0x3, t0
- 2: PUTL t0, R0
- 3: INCEIPL $4
-
- 0x254832BC: 2C000000 cmpi cr0,r0,0
- 4: GETL R0, t2
- 5: CMP0L t2, t4 (-rSo)
- 6: ICRFL t4, $0x0, CR
- 7: INCEIPL $4
-
- 0x254832C0: 4182002C bc 12,2,0x254832EC
- 8: Js02o $0x254832EC
-
-
-. 0 254832B8 12
-. 54 80 07 BE 2C 00 00 00 41 82 00 2C
-
-==== BB 734 (0x254832EC) approx BBs exec'd 0 ====
-
- 0x254832EC: 556907BE rlwinm r9,r11,0,30,31
- 0: GETL R11, t0
- 1: ANDL $0x3, t0
- 2: PUTL t0, R9
- 3: INCEIPL $4
-
- 0x254832F0: 2F090000 cmpi cr6,r9,0
- 4: GETL R9, t2
- 5: CMP0L t2, t4 (-rSo)
- 6: ICRFL t4, $0x6, CR
- 7: INCEIPL $4
-
- 0x254832F4: 409A00C0 bc 4,26,0x254833B4
- 8: Jc26o $0x254833B4
-
-
-. 0 254832EC 12
-. 55 69 07 BE 2F 09 00 00 40 9A 00 C0
-
-==== BB 735 (0x254832F8) approx BBs exec'd 0 ====
-
- 0x254832F8: 54A8F0BE rlwinm r8,r5,30,2,31
- 0: GETL R5, t0
- 1: SHRL $0x2, t0
- 2: PUTL t0, R8
- 3: INCEIPL $4
-
- 0x254832FC: 7D6A5B78 or r10,r11,r11
- 4: GETL R11, t2
- 5: PUTL t2, R10
- 6: INCEIPL $4
-
- 0x25483300: 550007BE rlwinm r0,r8,0,30,31
- 7: GETL R8, t4
- 8: ANDL $0x3, t4
- 9: PUTL t4, R0
- 10: INCEIPL $4
-
- 0x25483304: 7C892378 or r9,r4,r4
- 11: GETL R4, t6
- 12: PUTL t6, R9
- 13: INCEIPL $4
-
- 0x25483308: 2F800001 cmpi cr7,r0,1
- 14: GETL R0, t8
- 15: MOVL $0x1, t12
- 16: CMPL t8, t12, t10 (-rSo)
- 17: ICRFL t10, $0x7, CR
- 18: INCEIPL $4
-
- 0x2548330C: 419E0150 bc 12,30,0x2548345C
- 19: Js30o $0x2548345C
-
-
-. 0 254832F8 24
-. 54 A8 F0 BE 7D 6A 5B 78 55 00 07 BE 7C 89 23 78 2F 80 00 01 41 9E 01 50
-
-==== BB 736 (0x2548345C) approx BBs exec'd 0 ====
-
- 0x2548345C: 806B0000 lwz r3,0(r11)
- 0: GETL R11, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0x25483460: 3908FFFF addi r8,r8,-1
- 4: GETL R8, t4
- 5: ADDL $0xFFFFFFFF, t4
- 6: PUTL t4, R8
- 7: INCEIPL $4
-
- 0x25483464: 80C40000 lwz r6,0(r4)
- 8: GETL R4, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R6
- 11: INCEIPL $4
-
- 0x25483468: 394B0004 addi r10,r11,4
- 12: GETL R11, t10
- 13: ADDL $0x4, t10
- 14: PUTL t10, R10
- 15: INCEIPL $4
-
- 0x2548346C: 39240004 addi r9,r4,4
- 16: GETL R4, t12
- 17: ADDL $0x4, t12
- 18: PUTL t12, R9
- 19: INCEIPL $4
-
- 0x25483470: 7F033000 cmp cr6,r3,r6
- 20: GETL R3, t14
- 21: GETL R6, t16
- 22: CMPL t14, t16, t18 (-rSo)
- 23: ICRFL t18, $0x6, CR
- 24: INCEIPL $4
-
- 0x25483474: 80EA0000 lwz r7,0(r10)
- 25: GETL R10, t20
- 26: LDL (t20), t22
- 27: PUTL t22, R7
- 28: INCEIPL $4
-
- 0x25483478: 80090000 lwz r0,0(r9)
- 29: GETL R9, t24
- 30: LDL (t24), t26
- 31: PUTL t26, R0
- 32: INCEIPL $4
-
- 0x2548347C: 419A00C8 bc 12,26,0x25483544
- 33: Js26o $0x25483544
-
-
-. 0 2548345C 36
-. 80 6B 00 00 39 08 FF FF 80 C4 00 00 39 4B 00 04 39 24 00 04 7F 03 30 00 80 EA 00 00 80 09 00 00 41 9A 00 C8
-
-==== BB 737 (0x25483544) approx BBs exec'd 0 ====
-
- 0x25483544: 7F870000 cmp cr7,r7,r0
- 0: GETL R7, t0
- 1: GETL R0, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x7, CR
- 4: INCEIPL $4
-
- 0x25483548: 806A0004 lwz r3,4(r10)
- 5: GETL R10, t6
- 6: ADDL $0x4, t6
- 7: LDL (t6), t8
- 8: PUTL t8, R3
- 9: INCEIPL $4
-
- 0x2548354C: 80C90004 lwz r6,4(r9)
- 10: GETL R9, t10
- 11: ADDL $0x4, t10
- 12: LDL (t10), t12
- 13: PUTL t12, R6
- 14: INCEIPL $4
-
- 0x25483550: 409EFDF4 bc 4,30,0x25483344
- 15: Jc30o $0x25483344
-
-
-. 0 25483544 16
-. 7F 87 00 00 80 6A 00 04 80 C9 00 04 40 9E FD F4
-
-==== BB 738 (0x25483554) approx BBs exec'd 0 ====
-
- 0x25483554: 7C033000 cmp cr0,r3,r6
- 0: GETL R3, t0
- 1: GETL R6, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x0, CR
- 4: INCEIPL $4
-
- 0x25483558: 80EA0008 lwz r7,8(r10)
- 5: GETL R10, t6
- 6: ADDL $0x8, t6
- 7: LDL (t6), t8
- 8: PUTL t8, R7
- 9: INCEIPL $4
-
- 0x2548355C: 80090008 lwz r0,8(r9)
- 10: GETL R9, t10
- 11: ADDL $0x8, t10
- 12: LDL (t10), t12
- 13: PUTL t12, R0
- 14: INCEIPL $4
-
- 0x25483560: 41A2FDD4 bc 13,2,0x25483334
- 15: Js02o $0x25483334
-
-
-. 0 25483554 16
-. 7C 03 30 00 80 EA 00 08 80 09 00 08 41 A2 FD D4
-
-==== BB 739 (0x25483334) approx BBs exec'd 0 ====
-
- 0x25483334: 7C870000 cmp cr1,r7,r0
- 0: GETL R7, t0
- 1: GETL R0, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x1, CR
- 4: INCEIPL $4
-
- 0x25483338: 806A000C lwz r3,12(r10)
- 5: GETL R10, t6
- 6: ADDL $0xC, t6
- 7: LDL (t6), t8
- 8: PUTL t8, R3
- 9: INCEIPL $4
-
- 0x2548333C: 80C9000C lwz r6,12(r9)
- 10: GETL R9, t10
- 11: ADDL $0xC, t10
- 12: LDL (t10), t12
- 13: PUTL t12, R6
- 14: INCEIPL $4
-
- 0x25483340: 41860148 bc 12,6,0x25483488
- 15: Js06o $0x25483488
-
-
-. 0 25483334 16
-. 7C 87 00 00 80 6A 00 0C 80 C9 00 0C 41 86 01 48
-
-==== BB 740 (0x25483488) approx BBs exec'd 0 ====
-
- 0x25483488: 3908FFFC addi r8,r8,-4
- 0: GETL R8, t0
- 1: ADDL $0xFFFFFFFC, t0
- 2: PUTL t0, R8
- 3: INCEIPL $4
-
- 0x2548348C: 394A0010 addi r10,r10,16
- 4: GETL R10, t2
- 5: ADDL $0x10, t2
- 6: PUTL t2, R10
- 7: INCEIPL $4
-
- 0x25483490: 2F080000 cmpi cr6,r8,0
- 8: GETL R8, t4
- 9: CMP0L t4, t6 (-rSo)
- 10: ICRFL t6, $0x6, CR
- 11: INCEIPL $4
-
- 0x25483494: 39290010 addi r9,r9,16
- 12: GETL R9, t8
- 13: ADDL $0x10, t8
- 14: PUTL t8, R9
- 15: INCEIPL $4
-
- 0x25483498: 40BAFFD8 bc 5,26,0x25483470
- 16: Jc26o $0x25483470
-
-
-. 0 25483488 20
-. 39 08 FF FC 39 4A 00 10 2F 08 00 00 39 29 00 10 40 BA FF D8
-
-==== BB 741 (0x2548349C) approx BBs exec'd 0 ====
-
- 0x2548349C: 7F833000 cmp cr7,r3,r6
- 0: GETL R3, t0
- 1: GETL R6, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x7, CR
- 4: INCEIPL $4
-
- 0x254834A0: 7C033010 subfc r0,r3,r6
- 5: GETL R3, t6
- 6: GETL R6, t8
- 7: SBBL t6, t8 (-wCa)
- 8: PUTL t8, R0
- 9: INCEIPL $4
-
- 0x254834A4: 7C000110 subfe r0,r0,r0
- 10: GETL R0, t10
- 11: GETL R0, t12
- 12: SBBL t10, t12 (-rCa-wCa)
- 13: PUTL t12, R0
- 14: INCEIPL $4
-
- 0x254834A8: 7C0003B8 nand r0,r0,r0
- 15: GETL R0, t14
- 16: GETL R0, t16
- 17: ANDL t14, t16
- 18: NOTL t16
- 19: PUTL t16, R0
- 20: INCEIPL $4
-
- 0x254834AC: 60000001 ori r0,r0,0x1
- 21: GETL R0, t18
- 22: ORL $0x1, t18
- 23: PUTL t18, R0
- 24: INCEIPL $4
-
- 0x254834B0: 409EFEA4 bc 4,30,0x25483354
- 25: Jc30o $0x25483354
-
-
-. 0 2548349C 24
-. 7F 83 30 00 7C 03 30 10 7C 00 01 10 7C 00 03 B8 60 00 00 01 40 9E FE A4
-
-==== BB 742 (0x254834B4) approx BBs exec'd 0 ====
-
- 0x254834B4: 38000000 li r0,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x254834B8: 4BFFFE9C b 0x25483354
- 3: JMPo $0x25483354 ($4)
-
-
-. 0 254834B4 8
-. 38 00 00 00 4B FF FE 9C
-
-==== BB 743 (0x25483354) approx BBs exec'd 0 ====
-
- 0x25483354: 2F800000 cmpi cr7,r0,0
- 0: GETL R0, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x25483358: 7C030378 or r3,r0,r0
- 4: GETL R0, t4
- 5: PUTL t4, R3
- 6: INCEIPL $4
-
- 0x2548335C: 409E0040 bc 4,30,0x2548339C
- 7: Jc30o $0x2548339C
-
-
-. 0 25483354 12
-. 2F 80 00 00 7C 03 03 78 40 9E 00 40
-
-==== BB 744 (0x25483360) approx BBs exec'd 0 ====
-
- 0x25483360: 54BC003A rlwinm r28,r5,0,0,29
- 0: GETL R5, t0
- 1: ANDL $0xFFFFFFFC, t0
- 2: PUTL t0, R28
- 3: INCEIPL $4
-
- 0x25483364: 54A507BE rlwinm r5,r5,0,30,31
- 4: GETL R5, t2
- 5: ANDL $0x3, t2
- 6: PUTL t2, R5
- 7: INCEIPL $4
-
- 0x25483368: 7C84E214 add r4,r4,r28
- 8: GETL R4, t4
- 9: GETL R28, t6
- 10: ADDL t4, t6
- 11: PUTL t6, R4
- 12: INCEIPL $4
-
- 0x2548336C: 7D6BE214 add r11,r11,r28
- 13: GETL R11, t8
- 14: GETL R28, t10
- 15: ADDL t8, t10
- 16: PUTL t10, R11
- 17: INCEIPL $4
-
- 0x25483370: 2C050000 cmpi cr0,r5,0
- 18: GETL R5, t12
- 19: CMP0L t12, t14 (-rSo)
- 20: ICRFL t14, $0x0, CR
- 21: INCEIPL $4
-
- 0x25483374: 41820024 bc 12,2,0x25483398
- 22: Js02o $0x25483398
-
-
-. 0 25483360 24
-. 54 BC 00 3A 54 A5 07 BE 7C 84 E2 14 7D 6B E2 14 2C 05 00 00 41 82 00 24
-
-==== BB 745 (0x25477DD4) approx BBs exec'd 0 ====
-
- 0x25477DD4: 2C030000 cmpi cr0,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0x25477DD8: 41A2FE8C bc 13,2,0x25477C64
- 4: Js02o $0x25477C64
-
-
-. 0 25477DD4 8
-. 2C 03 00 00 41 A2 FE 8C
-
-==== BB 746 (0x25477C64) approx BBs exec'd 0 ====
-
- 0x25477C64: 81560000 lwz r10,0(r22)
- 0: GETL R22, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R10
- 3: INCEIPL $4
-
- 0x25477C68: 38600000 li r3,0
- 4: MOVL $0x0, t4
- 5: PUTL t4, R3
- 6: INCEIPL $4
-
- 0x25477C6C: 2F0AFFFF cmpi cr6,r10,-1
- 7: GETL R10, t6
- 8: MOVL $0xFFFFFFFF, t10
- 9: CMPL t6, t10, t8 (-rSo)
- 10: ICRFL t8, $0x6, CR
- 11: INCEIPL $4
-
- 0x25477C70: 419A0094 bc 12,26,0x25477D04
- 12: Js26o $0x25477D04
-
-
-. 0 25477C64 16
-. 81 56 00 00 38 60 00 00 2F 0A FF FF 41 9A 00 94
-
-==== BB 747 (0x25477C74) approx BBs exec'd 0 ====
-
- 0x25477C74: 831E0258 lwz r24,600(r30)
- 0: GETL R30, t0
- 1: ADDL $0x258, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R24
- 4: INCEIPL $4
-
- 0x25477C78: 3AA00000 li r21,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R21
- 7: INCEIPL $4
-
- 0x25477C7C: 83780000 lwz r27,0(r24)
- 8: GETL R24, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R27
- 11: INCEIPL $4
-
- 0x25477C80: 2E1BFFFF cmpi cr4,r27,-1
- 12: GETL R27, t10
- 13: MOVL $0xFFFFFFFF, t14
- 14: CMPL t10, t14, t12 (-rSo)
- 15: ICRFL t12, $0x4, CR
- 16: INCEIPL $4
-
- 0x25477C84: 41920164 bc 12,18,0x25477DE8
- 17: Js18o $0x25477DE8
-
-
-. 0 25477C74 20
-. 83 1E 02 58 3A A0 00 00 83 78 00 00 2E 1B FF FF 41 92 01 64
-
-==== BB 748 (0x25477C88) approx BBs exec'd 0 ====
-
- 0x25477C88: 83FB0014 lwz r31,20(r27)
- 0: GETL R27, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R31
- 4: INCEIPL $4
-
- 0x25477C8C: 839E025C lwz r28,604(r30)
- 5: GETL R30, t4
- 6: ADDL $0x25C, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R28
- 9: INCEIPL $4
-
- 0x25477C90: 3B5FFFFF addi r26,r31,-1
- 10: GETL R31, t8
- 11: ADDL $0xFFFFFFFF, t8
- 12: PUTL t8, R26
- 13: INCEIPL $4
-
- 0x25477C94: 7F95D000 cmp cr7,r21,r26
- 14: GETL R21, t10
- 15: GETL R26, t12
- 16: CMPL t10, t12, t14 (-rSo)
- 17: ICRFL t14, $0x7, CR
- 18: INCEIPL $4
-
- 0x25477C98: 83BC0000 lwz r29,0(r28)
- 19: GETL R28, t16
- 20: LDL (t16), t18
- 21: PUTL t18, R29
- 22: INCEIPL $4
-
- 0x25477C9C: 3B800000 li r28,0
- 23: MOVL $0x0, t20
- 24: PUTL t20, R28
- 25: INCEIPL $4
-
- 0x25477CA0: 7ECAEA14 add r22,r10,r29
- 26: GETL R10, t22
- 27: GETL R29, t24
- 28: ADDL t22, t24
- 29: PUTL t24, R22
- 30: INCEIPL $4
-
- 0x25477CA4: 7F3BB050 subf r25,r27,r22
- 31: GETL R27, t26
- 32: GETL R22, t28
- 33: SUBL t26, t28
- 34: PUTL t28, R25
- 35: INCEIPL $4
-
- 0x25477CA8: 419D004C bc 12,29,0x25477CF4
- 36: Js29o $0x25477CF4
-
-
-. 0 25477C88 36
-. 83 FB 00 14 83 9E 02 5C 3B 5F FF FF 7F 95 D0 00 83 BC 00 00 3B 80 00 00 7E CA EA 14 7F 3B B0 50 41 9D 00 4C
-
-==== BB 749 (0x25477CAC) approx BBs exec'd 0 ====
-
- 0x25477CAC: 7C7CD214 add r3,r28,r26
- 0: GETL R28, t0
- 1: GETL R26, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x25477CB0: 80980000 lwz r4,0(r24)
- 5: GETL R24, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R4
- 8: INCEIPL $4
-
- 0x25477CB4: 7C7D0E70 srawi r29,r3,1
- 9: GETL R3, t8
- 10: SARL $0x1, t8 (-wCa)
- 11: PUTL t8, R29
- 12: INCEIPL $4
-
- 0x25477CB8: 7FBD0194 addze r29,r29
- 13: GETL R29, t10
- 14: ADCL $0x0, t10 (-rCa-wCa)
- 15: PUTL t10, R29
- 16: INCEIPL $4
-
- 0x25477CBC: 7EE3BB78 or r3,r23,r23
- 17: GETL R23, t12
- 18: PUTL t12, R3
- 19: INCEIPL $4
-
- 0x25477CC0: 1FFD0018 mulli r31,r29,24
- 20: GETL R29, t14
- 21: MULL $0x18, t14
- 22: PUTL t14, R31
- 23: INCEIPL $4
-
- 0x25477CC4: 7D9F2214 add r12,r31,r4
- 24: GETL R31, t16
- 25: GETL R4, t18
- 26: ADDL t16, t18
- 27: PUTL t18, R12
- 28: INCEIPL $4
-
- 0x25477CC8: 800C0034 lwz r0,52(r12)
- 29: GETL R12, t20
- 30: ADDL $0x34, t20
- 31: LDL (t20), t22
- 32: PUTL t22, R0
- 33: INCEIPL $4
-
- 0x25477CCC: 7C00C840 cmpl cr0,r0,r25
- 34: GETL R0, t24
- 35: GETL R25, t26
- 36: CMPUL t24, t26, t28 (-rSo)
- 37: ICRFL t28, $0x0, CR
- 38: INCEIPL $4
-
- 0x25477CD0: 7C9B0214 add r4,r27,r0
- 39: GETL R27, t30
- 40: GETL R0, t32
- 41: ADDL t30, t32
- 42: PUTL t32, R4
- 43: INCEIPL $4
-
- 0x25477CD4: 40800020 bc 4,0,0x25477CF4
- 44: Jc00o $0x25477CF4
-
-
-. 0 25477CAC 44
-. 7C 7C D2 14 80 98 00 00 7C 7D 0E 70 7F BD 01 94 7E E3 BB 78 1F FD 00 18 7D 9F 22 14 80 0C 00 34 7C 00 C8 40 7C 9B 02 14 40 80 00 20
-
-==== BB 750 (0x25477CD8) approx BBs exec'd 0 ====
-
- 0x25477CD8: 4BFFFDFD bl 0x25477AD4
- 0: MOVL $0x25477CDC, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x25477AD4 ($4)
-
-
-. 0 25477CD8 4
-. 4B FF FD FD
-
-==== BB 751 _dl_cache_libcmp(0x25477AD4) approx BBs exec'd 0 ====
-
- 0x25477AD4: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x25477AD8: 7C671B78 or r7,r3,r3
- 6: GETL R3, t4
- 7: PUTL t4, R7
- 8: INCEIPL $4
-
- 0x25477ADC: 89430000 lbz r10,0(r3)
- 9: GETL R3, t6
- 10: LDB (t6), t8
- 11: PUTL t8, R10
- 12: INCEIPL $4
-
- 0x25477AE0: 2F8A0000 cmpi cr7,r10,0
- 13: GETL R10, t10
- 14: CMP0L t10, t12 (-rSo)
- 15: ICRFL t12, $0x7, CR
- 16: INCEIPL $4
-
- 0x25477AE4: 419E00DC bc 12,30,0x25477BC0
- 17: Js30o $0x25477BC0
-
-
-. 0 25477AD4 20
-. 94 21 FF F0 7C 67 1B 78 89 43 00 00 2F 8A 00 00 41 9E 00 DC
-
-==== BB 752 (0x25477AE8) approx BBs exec'd 0 ====
-
- 0x25477AE8: 88640000 lbz r3,0(r4)
- 0: GETL R4, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0x25477AEC: 380AFFD0 addi r0,r10,-48
- 4: GETL R10, t4
- 5: ADDL $0xFFFFFFD0, t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0x25477AF0: 7D4B5378 or r11,r10,r10
- 8: GETL R10, t6
- 9: PUTL t6, R11
- 10: INCEIPL $4
-
- 0x25477AF4: 28000009 cmpli cr0,r0,9
- 11: GETL R0, t8
- 12: MOVL $0x9, t12
- 13: CMPUL t8, t12, t10 (-rSo)
- 14: ICRFL t10, $0x0, CR
- 15: INCEIPL $4
-
- 0x25477AF8: 4181008C bc 12,1,0x25477B84
- 16: Js01o $0x25477B84
-
-
-. 0 25477AE8 20
-. 88 64 00 00 38 0A FF D0 7D 4B 53 78 28 00 00 09 41 81 00 8C
-
-==== BB 753 (0x25477B84) approx BBs exec'd 0 ====
-
- 0x25477B84: 3903FFD0 addi r8,r3,-48
- 0: GETL R3, t0
- 1: ADDL $0xFFFFFFD0, t0
- 2: PUTL t0, R8
- 3: INCEIPL $4
-
- 0x25477B88: 7C601B78 or r0,r3,r3
- 4: GETL R3, t2
- 5: PUTL t2, R0
- 6: INCEIPL $4
-
- 0x25477B8C: 28080009 cmpli cr0,r8,9
- 7: GETL R8, t4
- 8: MOVL $0x9, t8
- 9: CMPUL t4, t8, t6 (-rSo)
- 10: ICRFL t6, $0x0, CR
- 11: INCEIPL $4
-
- 0x25477B90: 40810048 bc 4,1,0x25477BD8
- 12: Jc01o $0x25477BD8
-
-
-. 0 25477B84 16
-. 39 03 FF D0 7C 60 1B 78 28 08 00 09 40 81 00 48
-
-==== BB 754 (0x25477B94) approx BBs exec'd 0 ====
-
- 0x25477B94: 5543063E rlwinm r3,r10,0,24,31
- 0: GETL R10, t0
- 1: ANDL $0xFF, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0x25477B98: 5400063E rlwinm r0,r0,0,24,31
- 4: GETL R0, t2
- 5: ANDL $0xFF, t2
- 6: PUTL t2, R0
- 7: INCEIPL $4
-
- 0x25477B9C: 7C830000 cmp cr1,r3,r0
- 8: GETL R3, t4
- 9: GETL R0, t6
- 10: CMPL t4, t6, t8 (-rSo)
- 11: ICRFL t8, $0x1, CR
- 12: INCEIPL $4
-
- 0x25477BA0: 40860044 bc 4,6,0x25477BE4
- 13: Jc06o $0x25477BE4
-
-
-. 0 25477B94 16
-. 55 43 06 3E 54 00 06 3E 7C 83 00 00 40 86 00 44
-
-==== BB 755 (0x25477BA4) approx BBs exec'd 0 ====
-
- 0x25477BA4: 8D470001 lbzu r10,1(r7)
- 0: GETL R7, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R7
- 3: LDB (t0), t2
- 4: PUTL t2, R10
- 5: INCEIPL $4
-
- 0x25477BA8: 8C640001 lbzu r3,1(r4)
- 6: GETL R4, t4
- 7: ADDL $0x1, t4
- 8: PUTL t4, R4
- 9: LDB (t4), t6
- 10: PUTL t6, R3
- 11: INCEIPL $4
-
- 0x25477BAC: 2F0A0000 cmpi cr6,r10,0
- 12: GETL R10, t8
- 13: CMP0L t8, t10 (-rSo)
- 14: ICRFL t10, $0x6, CR
- 15: INCEIPL $4
-
- 0x25477BB0: 409AFF3C bc 4,26,0x25477AEC
- 16: Jc26o $0x25477AEC
-
-
-. 0 25477BA4 16
-. 8D 47 00 01 8C 64 00 01 2F 0A 00 00 40 9A FF 3C
-
-==== BB 756 (0x25477AEC) approx BBs exec'd 0 ====
-
- 0x25477AEC: 380AFFD0 addi r0,r10,-48
- 0: GETL R10, t0
- 1: ADDL $0xFFFFFFD0, t0
- 2: PUTL t0, R0
- 3: INCEIPL $4
-
- 0x25477AF0: 7D4B5378 or r11,r10,r10
- 4: GETL R10, t2
- 5: PUTL t2, R11
- 6: INCEIPL $4
-
- 0x25477AF4: 28000009 cmpli cr0,r0,9
- 7: GETL R0, t4
- 8: MOVL $0x9, t8
- 9: CMPUL t4, t8, t6 (-rSo)
- 10: ICRFL t6, $0x0, CR
- 11: INCEIPL $4
-
- 0x25477AF8: 4181008C bc 12,1,0x25477B84
- 12: Js01o $0x25477B84
-
-
-. 0 25477AEC 16
-. 38 0A FF D0 7D 4B 53 78 28 00 00 09 41 81 00 8C
-
-==== BB 757 (0x25477BE4) approx BBs exec'd 0 ====
-
- 0x25477BE4: 7C601850 subf r3,r0,r3
- 0: GETL R0, t0
- 1: GETL R3, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x25477BE8: 38210010 addi r1,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R1
- 8: INCEIPL $4
-
- 0x25477BEC: 4E800020 blr
- 9: GETL LR, t6
- 10: JMPo-r t6 ($4)
-
-
-. 0 25477BE4 12
-. 7C 60 18 50 38 21 00 10 4E 80 00 20
-
-==== BB 758 (0x25477CDC) approx BBs exec'd 0 ====
-
- 0x25477CDC: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x25477CE0: 419E0214 bc 12,30,0x25477EF4
- 4: Js30o $0x25477EF4
-
-
-. 0 25477CDC 8
-. 2F 83 00 00 41 9E 02 14
-
-==== BB 759 (0x25477CE4) approx BBs exec'd 0 ====
-
- 0x25477CE4: 409C006C bc 4,28,0x25477D50
- 0: Jc28o $0x25477D50
-
-
-. 0 25477CE4 4
-. 40 9C 00 6C
-
-==== BB 760 (0x25477CE8) approx BBs exec'd 0 ====
-
- 0x25477CE8: 3B9D0001 addi r28,r29,1
- 0: GETL R29, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R28
- 3: INCEIPL $4
-
- 0x25477CEC: 7F9CD000 cmp cr7,r28,r26
- 4: GETL R28, t2
- 5: GETL R26, t4
- 6: CMPL t2, t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x25477CF0: 409DFFBC bc 4,29,0x25477CAC
- 9: Jc29o $0x25477CAC
-
-
-. 0 25477CE8 12
-. 3B 9D 00 01 7F 9C D0 00 40 9D FF BC
-
-==== BB 761 (0x25477D50) approx BBs exec'd 0 ====
-
- 0x25477D50: 3B5DFFFF addi r26,r29,-1
- 0: GETL R29, t0
- 1: ADDL $0xFFFFFFFF, t0
- 2: PUTL t0, R26
- 3: INCEIPL $4
-
- 0x25477D54: 7F9CD000 cmp cr7,r28,r26
- 4: GETL R28, t2
- 5: GETL R26, t4
- 6: CMPL t2, t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x25477D58: 4BFFFF98 b 0x25477CF0
- 9: JMPo $0x25477CF0 ($4)
-
-
-. 0 25477D50 12
-. 3B 5D FF FF 7F 9C D0 00 4B FF FF 98
-
-==== BB 762 (0x25477CF0) approx BBs exec'd 0 ====
-
- 0x25477CF0: 409DFFBC bc 4,29,0x25477CAC
- 0: Jc29o $0x25477CAC
-
-
-. 0 25477CF0 4
-. 40 9D FF BC
-
-==== BB 763 (0x25477AFC) approx BBs exec'd 0 ====
-
- 0x25477AFC: 38A3FFD0 addi r5,r3,-48
- 0: GETL R3, t0
- 1: ADDL $0xFFFFFFD0, t0
- 2: PUTL t0, R5
- 3: INCEIPL $4
-
- 0x25477B00: 7C691B78 or r9,r3,r3
- 4: GETL R3, t2
- 5: PUTL t2, R9
- 6: INCEIPL $4
-
- 0x25477B04: 28850009 cmpli cr1,r5,9
- 7: GETL R5, t4
- 8: MOVL $0x9, t8
- 9: CMPUL t4, t8, t6 (-rSo)
- 10: ICRFL t6, $0x1, CR
- 11: INCEIPL $4
-
- 0x25477B08: 418500C4 bc 12,5,0x25477BCC
- 12: Js05o $0x25477BCC
-
-
-. 0 25477AFC 16
-. 38 A3 FF D0 7C 69 1B 78 28 85 00 09 41 85 00 C4
-
-==== BB 764 (0x25477B0C) approx BBs exec'd 0 ====
-
- 0x25477B0C: 8D470001 lbzu r10,1(r7)
- 0: GETL R7, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R7
- 3: LDB (t0), t2
- 4: PUTL t2, R10
- 5: INCEIPL $4
-
- 0x25477B10: 556B063E rlwinm r11,r11,0,24,31
- 6: GETL R11, t4
- 7: ANDL $0xFF, t4
- 8: PUTL t4, R11
- 9: INCEIPL $4
-
- 0x25477B14: 5529063E rlwinm r9,r9,0,24,31
- 10: GETL R9, t6
- 11: ANDL $0xFF, t6
- 12: PUTL t6, R9
- 13: INCEIPL $4
-
- 0x25477B18: 390BFFD0 addi r8,r11,-48
- 14: GETL R11, t8
- 15: ADDL $0xFFFFFFD0, t8
- 16: PUTL t8, R8
- 17: INCEIPL $4
-
- 0x25477B1C: 386AFFD0 addi r3,r10,-48
- 18: GETL R10, t10
- 19: ADDL $0xFFFFFFD0, t10
- 20: PUTL t10, R3
- 21: INCEIPL $4
-
- 0x25477B20: 3969FFD0 addi r11,r9,-48
- 22: GETL R9, t12
- 23: ADDL $0xFFFFFFD0, t12
- 24: PUTL t12, R11
- 25: INCEIPL $4
-
- 0x25477B24: 2B830009 cmpli cr7,r3,9
- 26: GETL R3, t14
- 27: MOVL $0x9, t18
- 28: CMPUL t14, t18, t16 (-rSo)
- 29: ICRFL t16, $0x7, CR
- 30: INCEIPL $4
-
- 0x25477B28: 38840001 addi r4,r4,1
- 31: GETL R4, t20
- 32: ADDL $0x1, t20
- 33: PUTL t20, R4
- 34: INCEIPL $4
-
- 0x25477B2C: 419D0020 bc 12,29,0x25477B4C
- 35: Js29o $0x25477B4C
-
-
-. 0 25477B0C 36
-. 8D 47 00 01 55 6B 06 3E 55 29 06 3E 39 0B FF D0 38 6A FF D0 39 69 FF D0 2B 83 00 09 38 84 00 01 41 9D 00 20
-
-==== BB 765 (0x25477B4C) approx BBs exec'd 0 ====
-
- 0x25477B4C: 88640000 lbz r3,0(r4)
- 0: GETL R4, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0x25477B50: 48000014 b 0x25477B64
- 4: JMPo $0x25477B64 ($4)
-
-
-. 0 25477B4C 8
-. 88 64 00 00 48 00 00 14
-
-==== BB 766 (0x25477B64) approx BBs exec'd 0 ====
-
- 0x25477B64: 38A3FFD0 addi r5,r3,-48
- 0: GETL R3, t0
- 1: ADDL $0xFFFFFFD0, t0
- 2: PUTL t0, R5
- 3: INCEIPL $4
-
- 0x25477B68: 2B050009 cmpli cr6,r5,9
- 4: GETL R5, t2
- 5: MOVL $0x9, t6
- 6: CMPUL t2, t6, t4 (-rSo)
- 7: ICRFL t4, $0x6, CR
- 8: INCEIPL $4
-
- 0x25477B6C: 4099FFE8 bc 4,25,0x25477B54
- 9: Jc25o $0x25477B54
-
-
-. 0 25477B64 12
-. 38 A3 FF D0 2B 05 00 09 40 99 FF E8
-
-==== BB 767 (0x25477B70) approx BBs exec'd 0 ====
-
- 0x25477B70: 7F885800 cmp cr7,r8,r11
- 0: GETL R8, t0
- 1: GETL R11, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x7, CR
- 4: INCEIPL $4
-
- 0x25477B74: 41BE0038 bc 13,30,0x25477BAC
- 5: Js30o $0x25477BAC
-
-
-. 0 25477B70 8
-. 7F 88 58 00 41 BE 00 38
-
-==== BB 768 (0x25477BAC) approx BBs exec'd 0 ====
-
- 0x25477BAC: 2F0A0000 cmpi cr6,r10,0
- 0: GETL R10, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x25477BB0: 409AFF3C bc 4,26,0x25477AEC
- 4: Jc26o $0x25477AEC
-
-
-. 0 25477BAC 8
-. 2F 0A 00 00 40 9A FF 3C
-
-==== BB 769 (0x25477BB4) approx BBs exec'd 0 ====
-
- 0x25477BB4: 7C635050 subf r3,r3,r10
- 0: GETL R3, t0
- 1: GETL R10, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x25477BB8: 38210010 addi r1,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R1
- 8: INCEIPL $4
-
- 0x25477BBC: 4E800020 blr
- 9: GETL LR, t6
- 10: JMPo-r t6 ($4)
-
-
-. 0 25477BB4 12
-. 7C 63 50 50 38 21 00 10 4E 80 00 20
-
-==== BB 770 (0x25477EF4) approx BBs exec'd 0 ====
-
- 0x25477EF4: 2F9D0000 cmpi cr7,r29,0
- 0: GETL R29, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x25477EF8: 7FB6EB78 or r22,r29,r29
- 4: GETL R29, t4
- 5: PUTL t4, R22
- 6: INCEIPL $4
-
- 0x25477EFC: 7FFCFB78 or r28,r31,r31
- 7: GETL R31, t6
- 8: PUTL t6, R28
- 9: INCEIPL $4
-
- 0x25477F00: 41BD0020 bc 13,29,0x25477F20
- 10: Js29o $0x25477F20
-
-
-. 0 25477EF4 16
-. 2F 9D 00 00 7F B6 EB 78 7F FC FB 78 41 BD 00 20
-
-==== BB 771 (0x25477F20) approx BBs exec'd 0 ====
-
- 0x25477F20: 80D80000 lwz r6,0(r24)
- 0: GETL R24, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R6
- 3: INCEIPL $4
-
- 0x25477F24: 7EE3BB78 or r3,r23,r23
- 4: GETL R23, t4
- 5: PUTL t4, R3
- 6: INCEIPL $4
-
- 0x25477F28: 3B9CFFE8 addi r28,r28,-24
- 7: GETL R28, t6
- 8: ADDL $0xFFFFFFE8, t6
- 9: PUTL t6, R28
- 10: INCEIPL $4
-
- 0x25477F2C: 7D3F3214 add r9,r31,r6
- 11: GETL R31, t8
- 12: GETL R6, t10
- 13: ADDL t8, t10
- 14: PUTL t10, R9
- 15: INCEIPL $4
-
- 0x25477F30: 80A9001C lwz r5,28(r9)
- 16: GETL R9, t12
- 17: ADDL $0x1C, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R5
- 20: INCEIPL $4
-
- 0x25477F34: 7C85C840 cmpl cr1,r5,r25
- 21: GETL R5, t16
- 22: GETL R25, t18
- 23: CMPUL t16, t18, t20 (-rSo)
- 24: ICRFL t20, $0x1, CR
- 25: INCEIPL $4
-
- 0x25477F38: 7C9B2A14 add r4,r27,r5
- 26: GETL R27, t22
- 27: GETL R5, t24
- 28: ADDL t22, t24
- 29: PUTL t24, R4
- 30: INCEIPL $4
-
- 0x25477F3C: 4184FFCC bc 12,4,0x25477F08
- 31: Js04o $0x25477F08
-
-
-. 0 25477F20 32
-. 80 D8 00 00 7E E3 BB 78 3B 9C FF E8 7D 3F 32 14 80 A9 00 1C 7C 85 C8 40 7C 9B 2A 14 41 84 FF CC
-
-==== BB 772 (0x25477F08) approx BBs exec'd 0 ====
-
- 0x25477F08: 4BFFFBCD bl 0x25477AD4
- 0: MOVL $0x25477F0C, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x25477AD4 ($4)
-
-
-. 0 25477F08 4
-. 4B FF FB CD
-
-==== BB 773 (0x25477F0C) approx BBs exec'd 0 ====
-
- 0x25477F0C: 2F030000 cmpi cr6,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x25477F10: 409A0030 bc 4,26,0x25477F40
- 4: Jc26o $0x25477F40
-
-
-. 0 25477F0C 8
-. 2F 03 00 00 40 9A 00 30
-
-==== BB 774 (0x25477F40) approx BBs exec'd 0 ====
-
- 0x25477F40: 7E1DB000 cmp cr4,r29,r22
- 0: GETL R29, t0
- 1: GETL R22, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x4, CR
- 4: INCEIPL $4
-
- 0x25477F44: 80F80000 lwz r7,0(r24)
- 5: GETL R24, t6
- 6: LDL (t6), t8
- 7: PUTL t8, R7
- 8: INCEIPL $4
-
- 0x25477F48: 7FFF3A14 add r31,r31,r7
- 9: GETL R31, t10
- 10: GETL R7, t12
- 11: ADDL t10, t12
- 12: PUTL t12, R31
- 13: INCEIPL $4
-
- 0x25477F4C: 3B9F0030 addi r28,r31,48
- 14: GETL R31, t14
- 15: ADDL $0x30, t14
- 16: PUTL t14, R28
- 17: INCEIPL $4
-
- 0x25477F50: 40910024 bc 4,17,0x25477F74
- 18: Jc17o $0x25477F74
-
-
-. 0 25477F40 20
-. 7E 1D B0 00 80 F8 00 00 7F FF 3A 14 3B 9F 00 30 40 91 00 24
-
-==== BB 775 (0x25477F74) approx BBs exec'd 0 ====
-
- 0x25477F74: 811F0030 lwz r8,48(r31)
- 0: GETL R31, t0
- 1: ADDL $0x30, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x25477F78: 691F0001 xori r31,r8,0x1
- 5: GETL R8, t4
- 6: XORL $0x1, t4
- 7: PUTL t4, R31
- 8: INCEIPL $4
-
- 0x25477F7C: 213F0000 subfic r9,r31,0
- 9: GETL R31, t6
- 10: MOVL $0x0, t8
- 11: SBBL t6, t8 (-wCa)
- 12: PUTL t8, R9
- 13: INCEIPL $4
-
- 0x25477F80: 7FE9F914 adde r31,r9,r31
- 14: GETL R9, t10
- 15: GETL R31, t12
- 16: ADCL t10, t12 (-rCa-wCa)
- 17: PUTL t12, R31
- 18: INCEIPL $4
-
- 0x25477F84: 69140003 xori r20,r8,0x3
- 19: GETL R8, t14
- 20: XORL $0x3, t14
- 21: PUTL t14, R20
- 22: INCEIPL $4
-
- 0x25477F88: 21540000 subfic r10,r20,0
- 23: GETL R20, t16
- 24: MOVL $0x0, t18
- 25: SBBL t16, t18 (-wCa)
- 26: PUTL t18, R10
- 27: INCEIPL $4
-
- 0x25477F8C: 7E8AA114 adde r20,r10,r20
- 28: GETL R10, t20
- 29: GETL R20, t22
- 30: ADCL t20, t22 (-rCa-wCa)
- 31: PUTL t22, R20
- 32: INCEIPL $4
-
- 0x25477F90: 7FEBA379 or. r11,r31,r20
- 33: GETL R31, t24
- 34: GETL R20, t26
- 35: ORL t26, t24
- 36: PUTL t24, R11
- 37: CMP0L t24, t28 (-rSo)
- 38: ICRFL t28, $0x0, CR
- 39: INCEIPL $4
-
- 0x25477F94: 41820024 bc 12,2,0x25477FB8
- 40: Js02o $0x25477FB8
-
-
-. 0 25477F74 36
-. 81 1F 00 30 69 1F 00 01 21 3F 00 00 7F E9 F9 14 69 14 00 03 21 54 00 00 7E 8A A1 14 7F EB A3 79 41 82 00 24
-
-==== BB 776 (0x25477F98) approx BBs exec'd 0 ====
-
- 0x25477F98: 80FC0008 lwz r7,8(r28)
- 0: GETL R28, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x25477F9C: 7F07C840 cmpl cr6,r7,r25
- 5: GETL R7, t4
- 6: GETL R25, t6
- 7: CMPUL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x6, CR
- 9: INCEIPL $4
-
- 0x25477FA0: 40980018 bc 4,24,0x25477FB8
- 10: Jc24o $0x25477FB8
-
-
-. 0 25477F98 12
-. 80 FC 00 08 7F 07 C8 40 40 98 00 18
-
-==== BB 777 (0x25477FA4) approx BBs exec'd 0 ====
-
- 0x25477FA4: 2E150000 cmpi cr4,r21,0
- 0: GETL R21, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0x25477FA8: 41920128 bc 12,18,0x254780D0
- 4: Js18o $0x254780D0
-
-
-. 0 25477FA4 8
-. 2E 15 00 00 41 92 01 28
-
-==== BB 778 (0x254780D0) approx BBs exec'd 0 ====
-
- 0x254780D0: 81330008 lwz r9,8(r19)
- 0: GETL R19, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x254780D4: 2C890000 cmpi cr1,r9,0
- 5: GETL R9, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x254780D8: 41860010 bc 12,6,0x254780E8
- 9: Js06o $0x254780E8
-
-
-. 0 254780D0 12
-. 81 33 00 08 2C 89 00 00 41 86 00 10
-
-==== BB 779 (0x254780DC) approx BBs exec'd 0 ====
-
- 0x254780DC: 817C000C lwz r11,12(r28)
- 0: GETL R28, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x254780E0: 7C0B4840 cmpl cr0,r11,r9
- 5: GETL R11, t4
- 6: GETL R9, t6
- 7: CMPUL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x0, CR
- 9: INCEIPL $4
-
- 0x254780E4: 4181FED4 bc 12,1,0x25477FB8
- 10: Js01o $0x25477FB8
-
-
-. 0 254780DC 12
-. 81 7C 00 0C 7C 0B 48 40 41 81 FE D4
-
-==== BB 780 (0x254780E8) approx BBs exec'd 0 ====
-
- 0x254780E8: 80D3003C lwz r6,60(r19)
- 0: GETL R19, t0
- 1: ADDL $0x3C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x254780EC: 3A800000 li r20,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R20
- 7: INCEIPL $4
-
- 0x254780F0: 807C0010 lwz r3,16(r28)
- 8: GETL R28, t6
- 9: ADDL $0x10, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R3
- 12: INCEIPL $4
-
- 0x254780F4: 66898000 oris r9,r20,0x8000
- 13: MOVL $0x80000000, t10
- 14: PUTL t10, R9
- 15: INCEIPL $4
-
- 0x254780F8: 801C0014 lwz r0,20(r28)
- 16: GETL R28, t12
- 17: ADDL $0x14, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R0
- 20: INCEIPL $4
-
- 0x254780FC: 7D2548F8 nor r5,r9,r9
- 21: GETL R9, t16
- 22: NOTL t16
- 23: PUTL t16, R5
- 24: INCEIPL $4
-
- 0x25478100: 7CCC30F8 nor r12,r6,r6
- 25: GETL R6, t18
- 26: NOTL t18
- 27: PUTL t18, R12
- 28: INCEIPL $4
-
- 0x25478104: 7C642838 and r4,r3,r5
- 29: GETL R3, t20
- 30: GETL R5, t22
- 31: ANDL t20, t22
- 32: PUTL t22, R4
- 33: INCEIPL $4
-
- 0x25478108: 7C1C6038 and r28,r0,r12
- 34: GETL R0, t24
- 35: GETL R12, t26
- 36: ANDL t24, t26
- 37: PUTL t26, R28
- 38: INCEIPL $4
-
- 0x2547810C: 7C80E379 or. r0,r4,r28
- 39: GETL R4, t28
- 40: GETL R28, t30
- 41: ORL t30, t28
- 42: PUTL t28, R0
- 43: CMP0L t28, t32 (-rSo)
- 44: ICRFL t32, $0x0, CR
- 45: INCEIPL $4
-
- 0x25478110: 4082FEA8 bc 4,2,0x25477FB8
- 46: Jc02o $0x25477FB8
-
-
-. 0 254780E8 44
-. 80 D3 00 3C 3A 80 00 00 80 7C 00 10 66 89 80 00 80 1C 00 14 7D 25 48 F8 7C CC 30 F8 7C 64 28 38 7C 1C 60 38 7C 80 E3 79 40 82 FE A8
-
-==== BB 781 (0x25478114) approx BBs exec'd 0 ====
-
- 0x25478114: 83F30038 lwz r31,56(r19)
- 0: GETL R19, t0
- 1: ADDL $0x38, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R31
- 4: INCEIPL $4
-
- 0x25478118: 7EA7DA14 add r21,r7,r27
- 5: GETL R7, t4
- 6: GETL R27, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R21
- 9: INCEIPL $4
-
- 0x2547811C: 7F1F4000 cmp cr6,r31,r8
- 10: GETL R31, t8
- 11: GETL R8, t10
- 12: CMPL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x6, CR
- 14: INCEIPL $4
-
- 0x25478120: 409AFE98 bc 4,26,0x25477FB8
- 15: Jc26o $0x25477FB8
-
-
-. 0 25478114 16
-. 83 F3 00 38 7E A7 DA 14 7F 1F 40 00 40 9A FE 98
-
-==== BB 782 (0x25478124) approx BBs exec'd 0 ====
-
- 0x25478124: 4BFFFBD0 b 0x25477CF4
- 0: JMPo $0x25477CF4 ($4)
-
-
-. 0 25478124 4
-. 4B FF FB D0
-
-==== BB 783 (0x25477CF4) approx BBs exec'd 0 ====
-
- 0x25477CF4: 82F30000 lwz r23,0(r19)
- 0: GETL R19, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R23
- 3: INCEIPL $4
-
- 0x25477CF8: 72EB0001 andi. r11,r23,0x1
- 4: GETL R23, t4
- 5: ANDL $0x1, t4
- 6: PUTL t4, R11
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0x25477CFC: 408201AC bc 4,2,0x25477EA8
- 10: Jc02o $0x25477EA8
-
-
-. 0 25477CF4 12
-. 82 F3 00 00 72 EB 00 01 40 82 01 AC
-
-==== BB 784 (0x25477D00) approx BBs exec'd 0 ====
-
- 0x25477D00: 7EA3AB78 or r3,r21,r21
- 0: GETL R21, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25477D04: 82610044 lwz r19,68(r1)
- 3: GETL R1, t2
- 4: ADDL $0x44, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R19
- 7: INCEIPL $4
-
- 0x25477D08: 80E10008 lwz r7,8(r1)
- 8: GETL R1, t6
- 9: ADDL $0x8, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R7
- 12: INCEIPL $4
-
- 0x25477D0C: 7E6803A6 mtlr r19
- 13: GETL R19, t10
- 14: PUTL t10, LR
- 15: INCEIPL $4
-
- 0x25477D10: 82810010 lwz r20,16(r1)
- 16: GETL R1, t12
- 17: ADDL $0x10, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R20
- 20: INCEIPL $4
-
- 0x25477D14: 8261000C lwz r19,12(r1)
- 21: GETL R1, t16
- 22: ADDL $0xC, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R19
- 25: INCEIPL $4
-
- 0x25477D18: 7CE08120 mtcrf 0x8,r7
- 26: GETL R7, t20
- 27: ICRFL t20, $0x4, CR
- 28: INCEIPL $4
-
- 0x25477D1C: 82A10014 lwz r21,20(r1)
- 29: GETL R1, t22
- 30: ADDL $0x14, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R21
- 33: INCEIPL $4
-
- 0x25477D20: 82C10018 lwz r22,24(r1)
- 34: GETL R1, t26
- 35: ADDL $0x18, t26
- 36: LDL (t26), t28
- 37: PUTL t28, R22
- 38: INCEIPL $4
-
- 0x25477D24: 82E1001C lwz r23,28(r1)
- 39: GETL R1, t30
- 40: ADDL $0x1C, t30
- 41: LDL (t30), t32
- 42: PUTL t32, R23
- 43: INCEIPL $4
-
- 0x25477D28: 83010020 lwz r24,32(r1)
- 44: GETL R1, t34
- 45: ADDL $0x20, t34
- 46: LDL (t34), t36
- 47: PUTL t36, R24
- 48: INCEIPL $4
-
- 0x25477D2C: 83210024 lwz r25,36(r1)
- 49: GETL R1, t38
- 50: ADDL $0x24, t38
- 51: LDL (t38), t40
- 52: PUTL t40, R25
- 53: INCEIPL $4
-
- 0x25477D30: 83410028 lwz r26,40(r1)
- 54: GETL R1, t42
- 55: ADDL $0x28, t42
- 56: LDL (t42), t44
- 57: PUTL t44, R26
- 58: INCEIPL $4
-
- 0x25477D34: 8361002C lwz r27,44(r1)
- 59: GETL R1, t46
- 60: ADDL $0x2C, t46
- 61: LDL (t46), t48
- 62: PUTL t48, R27
- 63: INCEIPL $4
-
- 0x25477D38: 83810030 lwz r28,48(r1)
- 64: GETL R1, t50
- 65: ADDL $0x30, t50
- 66: LDL (t50), t52
- 67: PUTL t52, R28
- 68: INCEIPL $4
-
- 0x25477D3C: 83A10034 lwz r29,52(r1)
- 69: GETL R1, t54
- 70: ADDL $0x34, t54
- 71: LDL (t54), t56
- 72: PUTL t56, R29
- 73: INCEIPL $4
-
- 0x25477D40: 83C10038 lwz r30,56(r1)
- 74: GETL R1, t58
- 75: ADDL $0x38, t58
- 76: LDL (t58), t60
- 77: PUTL t60, R30
- 78: INCEIPL $4
-
- 0x25477D44: 83E1003C lwz r31,60(r1)
- 79: GETL R1, t62
- 80: ADDL $0x3C, t62
- 81: LDL (t62), t64
- 82: PUTL t64, R31
- 83: INCEIPL $4
-
- 0x25477D48: 38210040 addi r1,r1,64
- 84: GETL R1, t66
- 85: ADDL $0x40, t66
- 86: PUTL t66, R1
- 87: INCEIPL $4
-
- 0x25477D4C: 4E800020 blr
- 88: GETL LR, t68
- 89: JMPo-r t68 ($4)
-
-
-. 0 25477D00 80
-. 7E A3 AB 78 82 61 00 44 80 E1 00 08 7E 68 03 A6 82 81 00 10 82 61 00 0C 7C E0 81 20 82 A1 00 14 82 C1 00 18 82 E1 00 1C 83 01 00 20 83 21 00 24 83 41 00 28 83 61 00 2C 83 81 00 30 83 A1 00 34 83 C1 00 38 83 E1 00 3C 38 21 00 40 4E 80 00 20
-
-==== BB 785 (0x254772AC) approx BBs exec'd 0 ====
-
- 0x254772AC: 7C721B79 or. r18,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R18
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x254772B0: 7F800026 mfcr r28
- 5: GETL CR, t4
- 6: PUTL t4, R28
- 7: INCEIPL $4
-
- 0x254772B4: 41820020 bc 12,2,0x254772D4
- 8: Js02o $0x254772D4
-
-
-. 0 254772AC 12
-. 7C 72 1B 79 7F 80 00 26 41 82 00 20
-
-==== BB 786 (0x254772B8) approx BBs exec'd 0 ====
-
- 0x254772B8: 418E017C bc 12,14,0x25477434
- 0: Js14o $0x25477434
-
-
-. 0 254772B8 4
-. 41 8E 01 7C
-
-==== BB 787 (0x254772BC) approx BBs exec'd 0 ====
-
- 0x254772BC: 7F69DB78 or r9,r27,r27
- 0: GETL R27, t0
- 1: PUTL t0, R9
- 2: INCEIPL $4
-
- 0x254772C0: 83A901FC lwz r29,508(r9)
- 3: GETL R9, t2
- 4: ADDL $0x1FC, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R29
- 7: INCEIPL $4
-
- 0x254772C4: 73A90800 andi. r9,r29,0x800
- 8: GETL R29, t6
- 9: ANDL $0x800, t6
- 10: PUTL t6, R9
- 11: CMP0L t6, t8 (-rSo)
- 12: ICRFL t8, $0x0, CR
- 13: INCEIPL $4
-
- 0x254772C8: 408201D4 bc 4,2,0x2547749C
- 14: Jc02o $0x2547749C
-
-
-. 0 254772BC 16
-. 7F 69 DB 78 83 A9 01 FC 73 A9 08 00 40 82 01 D4
-
-==== BB 788 (0x254772CC) approx BBs exec'd 0 ====
-
- 0x254772CC: 7F880120 mtcrf 0x80,r28
- 0: GETL R28, t0
- 1: ICRFL t0, $0x0, CR
- 2: INCEIPL $4
-
- 0x254772D0: 408200C8 bc 4,2,0x25477398
- 3: Jc02o $0x25477398
-
-
-. 0 254772CC 8
-. 7F 88 01 20 40 82 00 C8
-
-==== BB 789 (0x25477398) approx BBs exec'd 0 ====
-
- 0x25477398: 7E439378 or r3,r18,r18
- 0: GETL R18, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x2547739C: 38810018 addi r4,r1,24
- 3: GETL R1, t2
- 4: ADDL $0x18, t2
- 5: PUTL t2, R4
- 6: INCEIPL $4
-
- 0x254773A0: 4BFFF0A5 bl 0x25476444
- 7: MOVL $0x254773A4, t4
- 8: PUTL t4, LR
- 9: JMPo-c $0x25476444 ($4)
-
-
-. 0 25477398 12
-. 7E 43 93 78 38 81 00 18 4B FF F0 A5
-
-==== BB 790 (0x254765B4) approx BBs exec'd 0 ====
-
- 0x254765B4: 80FD0010 lwz r7,16(r29)
- 0: GETL R29, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x254765B8: 2F070020 cmpi cr6,r7,32
- 5: GETL R7, t4
- 6: MOVL $0x20, t8
- 7: CMPL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x6, CR
- 9: INCEIPL $4
-
- 0x254765BC: 409AFFA0 bc 4,26,0x2547655C
- 10: Jc26o $0x2547655C
-
-
-. 0 254765B4 12
-. 80 FD 00 10 2F 07 00 20 40 9A FF A0
-
-==== BB 791 (0x254765C0) approx BBs exec'd 0 ====
-
- 0x254765C0: 815D001C lwz r10,28(r29)
- 0: GETL R29, t0
- 1: ADDL $0x1C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x254765C4: 2B8A0003 cmpli cr7,r10,3
- 5: GETL R10, t4
- 6: MOVL $0x3, t8
- 7: CMPUL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x7, CR
- 9: INCEIPL $4
-
- 0x254765C8: 40BDFF94 bc 5,29,0x2547655C
- 10: Jc29o $0x2547655C
-
-
-. 0 254765C0 12
-. 81 5D 00 1C 2B 8A 00 03 40 BD FF 94
-
-==== BB 792 (0x254765CC) approx BBs exec'd 0 ====
-
- 0x254765CC: 819D0004 lwz r12,4(r29)
- 0: GETL R29, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R12
- 4: INCEIPL $4
-
- 0x254765D0: 38A00000 li r5,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x254765D4: 81180000 lwz r8,0(r24)
- 8: GETL R24, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R8
- 11: INCEIPL $4
-
- 0x254765D8: 3ABF0010 addi r21,r31,16
- 12: GETL R31, t10
- 13: ADDL $0x10, t10
- 14: PUTL t10, R21
- 15: INCEIPL $4
-
- 0x254765DC: 380C0020 addi r0,r12,32
- 16: GETL R12, t12
- 17: ADDL $0x20, t12
- 18: PUTL t12, R0
- 19: INCEIPL $4
-
- 0x254765E0: 7D6CC214 add r11,r12,r24
- 20: GETL R12, t14
- 21: GETL R24, t16
- 22: ADDL t14, t16
- 23: PUTL t16, R11
- 24: INCEIPL $4
-
- 0x254765E4: 7C004040 cmpl cr0,r0,r8
- 25: GETL R0, t18
- 26: GETL R8, t20
- 27: CMPUL t18, t20, t22 (-rSo)
- 28: ICRFL t22, $0x0, CR
- 29: INCEIPL $4
-
- 0x254765E8: 7F23CB78 or r3,r25,r25
- 30: GETL R25, t24
- 31: PUTL t24, R3
- 32: INCEIPL $4
-
- 0x254765EC: 7D846378 or r4,r12,r12
- 33: GETL R12, t26
- 34: PUTL t26, R4
- 35: INCEIPL $4
-
- 0x254765F0: 3B6B0004 addi r27,r11,4
- 36: GETL R11, t28
- 37: ADDL $0x4, t28
- 38: PUTL t28, R27
- 39: INCEIPL $4
-
- 0x254765F4: 418100FC bc 12,1,0x254766F0
- 40: Js01o $0x254766F0
-
-
-. 0 254765CC 44
-. 81 9D 00 04 38 A0 00 00 81 18 00 00 3A BF 00 10 38 0C 00 20 7D 6C C2 14 7C 00 40 40 7F 23 CB 78 7D 84 63 78 3B 6B 00 04 41 81 00 FC
-
-==== BB 793 (0x254765F8) approx BBs exec'd 0 ====
-
- 0x254765F8: 809E0170 lwz r4,368(r30)
- 0: GETL R30, t0
- 1: ADDL $0x170, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x254765FC: 7F63DB78 or r3,r27,r27
- 5: GETL R27, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x25476600: 38A00010 li r5,16
- 8: MOVL $0x10, t6
- 9: PUTL t6, R5
- 10: INCEIPL $4
-
- 0x25476604: 4800CC95 bl 0x25483298
- 11: MOVL $0x25476608, t8
- 12: PUTL t8, LR
- 13: JMPo-c $0x25483298 ($4)
-
-
-. 0 254765F8 16
-. 80 9E 01 70 7F 63 DB 78 38 A0 00 10 48 00 CC 95
-
-==== BB 794 (0x25483310) approx BBs exec'd 0 ====
-
- 0x25483310: 28000001 cmpli cr0,r0,1
- 0: GETL R0, t0
- 1: MOVL $0x1, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x25483314: 41800228 bc 12,0,0x2548353C
- 5: Js00o $0x2548353C
-
-
-. 0 25483310 8
-. 28 00 00 01 41 80 02 28
-
-==== BB 795 (0x2548353C) approx BBs exec'd 0 ====
-
- 0x2548353C: 80EB0000 lwz r7,0(r11)
- 0: GETL R11, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R7
- 3: INCEIPL $4
-
- 0x25483540: 80040000 lwz r0,0(r4)
- 4: GETL R4, t4
- 5: LDL (t4), t6
- 6: PUTL t6, R0
- 7: INCEIPL $4
-
- 0x25483544: 7F870000 cmp cr7,r7,r0
- 8: GETL R7, t8
- 9: GETL R0, t10
- 10: CMPL t8, t10, t12 (-rSo)
- 11: ICRFL t12, $0x7, CR
- 12: INCEIPL $4
-
- 0x25483548: 806A0004 lwz r3,4(r10)
- 13: GETL R10, t14
- 14: ADDL $0x4, t14
- 15: LDL (t14), t16
- 16: PUTL t16, R3
- 17: INCEIPL $4
-
- 0x2548354C: 80C90004 lwz r6,4(r9)
- 18: GETL R9, t18
- 19: ADDL $0x4, t18
- 20: LDL (t18), t20
- 21: PUTL t20, R6
- 22: INCEIPL $4
-
- 0x25483550: 409EFDF4 bc 4,30,0x25483344
- 23: Jc30o $0x25483344
-
-
-. 0 2548353C 24
-. 80 EB 00 00 80 04 00 00 7F 87 00 00 80 6A 00 04 80 C9 00 04 40 9E FD F4
-
-==== BB 796 (0x25476608) approx BBs exec'd 0 ====
-
- 0x25476608: 2F030000 cmpi cr6,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x2547660C: 419A0084 bc 12,26,0x25476690
- 4: Js26o $0x25476690
-
-
-. 0 25476608 8
-. 2F 03 00 00 41 9A 00 84
-
-==== BB 797 (0x25476690) approx BBs exec'd 0 ====
-
- 0x25476690: 813B0010 lwz r9,16(r27)
- 0: GETL R27, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25476694: 8B5B0017 lbz r26,23(r27)
- 5: GETL R27, t4
- 6: ADDL $0x17, t4
- 7: LDB (t4), t6
- 8: PUTL t6, R26
- 9: INCEIPL $4
-
- 0x25476698: 8BBB001B lbz r29,27(r27)
- 10: GETL R27, t8
- 11: ADDL $0x1B, t8
- 12: LDB (t8), t10
- 13: PUTL t10, R29
- 14: INCEIPL $4
-
- 0x2547669C: 2F890000 cmpi cr7,r9,0
- 15: GETL R9, t12
- 16: CMP0L t12, t14 (-rSo)
- 17: ICRFL t14, $0x7, CR
- 18: INCEIPL $4
-
- 0x254766A0: 5755402E rlwinm r21,r26,8,0,23
- 19: GETL R26, t16
- 20: SHLL $0x8, t16
- 21: PUTL t16, R21
- 22: INCEIPL $4
-
- 0x254766A4: 8B1B001F lbz r24,31(r27)
- 23: GETL R27, t18
- 24: ADDL $0x1F, t18
- 25: LDB (t18), t20
- 26: PUTL t20, R24
- 27: INCEIPL $4
-
- 0x254766A8: 7F95EA14 add r28,r21,r29
- 28: GETL R21, t22
- 29: GETL R29, t24
- 30: ADDL t22, t24
- 31: PUTL t24, R28
- 32: INCEIPL $4
-
- 0x254766AC: 5796402E rlwinm r22,r28,8,0,23
- 33: GETL R28, t26
- 34: SHLL $0x8, t26
- 35: PUTL t26, R22
- 36: INCEIPL $4
-
- 0x254766B0: 7C16C214 add r0,r22,r24
- 37: GETL R22, t28
- 38: GETL R24, t30
- 39: ADDL t28, t30
- 40: PUTL t30, R0
- 41: INCEIPL $4
-
- 0x254766B4: 409E001C bc 4,30,0x254766D0
- 42: Jc30o $0x254766D0
-
-
-. 0 25476690 40
-. 81 3B 00 10 8B 5B 00 17 8B BB 00 1B 2F 89 00 00 57 55 40 2E 8B 1B 00 1F 7F 95 EA 14 57 96 40 2E 7C 16 C2 14 40 9E 00 1C
-
-==== BB 798 (0x254766B8) approx BBs exec'd 0 ====
-
- 0x254766B8: 807E04F4 lwz r3,1268(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4F4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x254766BC: 81230008 lwz r9,8(r3)
- 5: GETL R3, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R9
- 9: INCEIPL $4
-
- 0x254766C0: 2C090000 cmpi cr0,r9,0
- 10: GETL R9, t8
- 11: CMP0L t8, t10 (-rSo)
- 12: ICRFL t10, $0x0, CR
- 13: INCEIPL $4
-
- 0x254766C4: 41A2FEAC bc 13,2,0x25476570
- 14: Js02o $0x25476570
-
-
-. 0 254766B8 16
-. 80 7E 04 F4 81 23 00 08 2C 09 00 00 41 A2 FE AC
-
-==== BB 799 (0x254766C8) approx BBs exec'd 0 ====
-
- 0x254766C8: 7C890040 cmpl cr1,r9,r0
- 0: GETL R9, t0
- 1: GETL R0, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x1, CR
- 4: INCEIPL $4
-
- 0x254766CC: 40A4FEA4 bc 5,4,0x25476570
- 5: Jc04o $0x25476570
-
-
-. 0 254766C8 8
-. 7C 89 00 40 40 A4 FE A4
-
-==== BB 800 (0x254773A4) approx BBs exec'd 0 ====
-
- 0x254773A4: 2E03FFFF cmpi cr4,r3,-1
- 0: GETL R3, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x4, CR
- 4: INCEIPL $4
-
- 0x254773A8: 7C7A1B78 or r26,r3,r3
- 5: GETL R3, t6
- 6: PUTL t6, R26
- 7: INCEIPL $4
-
- 0x254773AC: 41B2FF2C bc 13,18,0x254772D8
- 8: Js18o $0x254772D8
-
-
-. 0 254773A4 12
-. 2E 03 FF FF 7C 7A 1B 78 41 B2 FF 2C
-
-==== BB 801 (0x254773B0) approx BBs exec'd 0 ====
-
- 0x254773B0: 7E439378 or r3,r18,r18
- 0: GETL R18, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x254773B4: 4800BC1D bl 0x25482FD0
- 3: MOVL $0x254773B8, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0x25482FD0 ($4)
-
-
-. 0 254773B0 8
-. 7E 43 93 78 48 00 BC 1D
-
-==== BB 802 (0x254773B8) approx BBs exec'd 0 ====
-
- 0x254773B8: 3BA30001 addi r29,r3,1
- 0: GETL R3, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R29
- 3: INCEIPL $4
-
- 0x254773BC: 7FA3EB78 or r3,r29,r29
- 4: GETL R29, t2
- 5: PUTL t2, R3
- 6: INCEIPL $4
-
- 0x254773C0: 48020665 bl 0x25497A24
- 7: MOVL $0x254773C4, t4
- 8: PUTL t4, LR
- 9: JMPo-c $0x25497A24 ($4)
-
-
-. 0 254773B8 12
-. 3B A3 00 01 7F A3 EB 78 48 02 06 65
-
-==== BB 803 (0x254773C4) approx BBs exec'd 0 ====
-
- 0x254773C4: 38000000 li r0,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x254773C8: 2F030000 cmpi cr6,r3,0
- 3: GETL R3, t2
- 4: CMP0L t2, t4 (-rSo)
- 5: ICRFL t4, $0x6, CR
- 6: INCEIPL $4
-
- 0x254773CC: 419A0014 bc 12,26,0x254773E0
- 7: Js26o $0x254773E0
-
-
-. 0 254773C4 12
-. 38 00 00 00 2F 03 00 00 41 9A 00 14
-
-==== BB 804 (0x254773D0) approx BBs exec'd 0 ====
-
- 0x254773D0: 7E449378 or r4,r18,r18
- 0: GETL R18, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0x254773D4: 7FA5EB78 or r5,r29,r29
- 3: GETL R29, t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0x254773D8: 4800C809 bl 0x25483BE0
- 6: MOVL $0x254773DC, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0x25483BE0 ($4)
-
-
-. 0 254773D0 12
-. 7E 44 93 78 7F A5 EB 78 48 00 C8 09
-
-==== BB 805 (0x25483C74) approx BBs exec'd 0 ====
-
- 0x25483C74: 88FD0000 lbz r7,0(r29)
- 0: GETL R29, t0
- 1: LDB (t0), t2
- 2: PUTL t2, R7
- 3: INCEIPL $4
-
- 0x25483C78: 3BBD0001 addi r29,r29,1
- 4: GETL R29, t4
- 5: ADDL $0x1, t4
- 6: PUTL t4, R29
- 7: INCEIPL $4
-
- 0x25483C7C: 98FF0000 stb r7,0(r31)
- 8: GETL R7, t6
- 9: GETL R31, t8
- 10: STB t6, (t8)
- 11: INCEIPL $4
-
- 0x25483C80: 3BFF0001 addi r31,r31,1
- 12: GETL R31, t10
- 13: ADDL $0x1, t10
- 14: PUTL t10, R31
- 15: INCEIPL $4
-
- 0x25483C84: 4200FFF0 bc 16,0,0x25483C74
- 16: GETL CTR, t12
- 17: ADDL $0xFFFFFFFF, t12
- 18: PUTL t12, CTR
- 19: JIFZL t12, $0x25483C88
- 20: JMPo $0x25483C74 ($4)
-
-
-. 0 25483C74 20
-. 88 FD 00 00 3B BD 00 01 98 FF 00 00 3B FF 00 01 42 00 FF F0
-
-==== BB 806 (0x254773DC) approx BBs exec'd 0 ====
-
- 0x254773DC: 7C601B78 or r0,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x254773E0: 2F800000 cmpi cr7,r0,0
- 3: GETL R0, t2
- 4: CMP0L t2, t4 (-rSo)
- 5: ICRFL t4, $0x7, CR
- 6: INCEIPL $4
-
- 0x254773E4: 90010228 stw r0,552(r1)
- 7: GETL R0, t6
- 8: GETL R1, t8
- 9: ADDL $0x228, t8
- 10: STL t6, (t8)
- 11: INCEIPL $4
-
- 0x254773E8: 409EFEEC bc 4,30,0x254772D4
- 12: Jc30o $0x254772D4
-
-
-. 0 254773DC 16
-. 7C 60 1B 78 2F 80 00 00 90 01 02 28 40 9E FE EC
-
-==== BB 807 (0x254772D4) approx BBs exec'd 0 ====
-
- 0x254772D4: 40920050 bc 4,18,0x25477324
- 0: Jc18o $0x25477324
-
-
-. 0 254772D4 4
-. 40 92 00 50
-
-==== BB 808 (0x25477324) approx BBs exec'd 0 ====
-
- 0x25477324: 82F40000 lwz r23,0(r20)
- 0: GETL R20, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R23
- 3: INCEIPL $4
-
- 0x25477328: 72E90001 andi. r9,r23,0x1
- 4: GETL R23, t4
- 5: ANDL $0x1, t4
- 6: PUTL t4, R9
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0x2547732C: 4182FAD8 bc 12,2,0x25476E04
- 10: Js02o $0x25476E04
-
-
-. 0 25477324 12
-. 82 F4 00 00 72 E9 00 01 41 82 FA D8
-
-==== BB 809 (0x254758A8) approx BBs exec'd 0 ====
-
- 0x254758A8: 54EF2834 rlwinm r15,r7,5,0,26
- 0: GETL R7, t0
- 1: SHLL $0x5, t0
- 2: PUTL t0, R15
- 3: INCEIPL $4
-
- 0x254758AC: 801D0008 lwz r0,8(r29)
- 4: GETL R29, t2
- 5: ADDL $0x8, t2
- 6: LDL (t2), t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x254758B0: 7DCFDA14 add r14,r15,r27
- 9: GETL R15, t6
- 10: GETL R27, t8
- 11: ADDL t6, t8
- 12: PUTL t8, R14
- 13: INCEIPL $4
-
- 0x254758B4: 3BBD0020 addi r29,r29,32
- 14: GETL R29, t10
- 15: ADDL $0x20, t10
- 16: PUTL t10, R29
- 17: INCEIPL $4
-
- 0x254758B8: 7C8EE840 cmpl cr1,r14,r29
- 18: GETL R14, t12
- 19: GETL R29, t14
- 20: CMPUL t12, t14, t16 (-rSo)
- 21: ICRFL t16, $0x1, CR
- 22: INCEIPL $4
-
- 0x254758BC: 901A014C stw r0,332(r26)
- 23: GETL R0, t18
- 24: GETL R26, t20
- 25: ADDL $0x14C, t20
- 26: STL t18, (t20)
- 27: INCEIPL $4
-
- 0x254758C0: 4185FF4C bc 12,5,0x2547580C
- 28: Js05o $0x2547580C
-
-
-. 0 254758A8 28
-. 54 EF 28 34 80 1D 00 08 7D CF DA 14 3B BD 00 20 7C 8E E8 40 90 1A 01 4C 41 85 FF 4C
-
-==== BB 810 (0x25475830) approx BBs exec'd 0 ====
-
- 0x25475830: 7F090040 cmpl cr6,r9,r0
- 0: GETL R9, t0
- 1: GETL R0, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x6, CR
- 4: INCEIPL $4
-
- 0x25475834: 4199024C bc 12,25,0x25475A80
- 5: Js25o $0x25475A80
-
-
-. 0 25475830 8
-. 7F 09 00 40 41 99 02 4C
-
-==== BB 811 (0x25475838) approx BBs exec'd 0 ====
-
- 0x25475838: 2C090007 cmpi cr0,r9,7
- 0: GETL R9, t0
- 1: MOVL $0x7, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x2547583C: 4082FFBC bc 4,2,0x254757F8
- 5: Jc02o $0x254757F8
-
-
-. 0 25475838 8
-. 2C 09 00 07 40 82 FF BC
-
-==== BB 812 (0x25475840) approx BBs exec'd 0 ====
-
- 0x25475840: 801D0014 lwz r0,20(r29)
- 0: GETL R29, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25475844: 2F000000 cmpi cr6,r0,0
- 5: GETL R0, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x25475848: 41BAFFB0 bc 13,26,0x254757F8
- 9: Js26o $0x254757F8
-
-
-. 0 25475840 12
-. 80 1D 00 14 2F 00 00 00 41 BA FF B0
-
-==== BB 813 (0x2547584C) approx BBs exec'd 0 ====
-
- 0x2547584C: 901A0220 stw r0,544(r26)
- 0: GETL R0, t0
- 1: GETL R26, t2
- 2: ADDL $0x220, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25475850: 817D001C lwz r11,28(r29)
- 5: GETL R29, t4
- 6: ADDL $0x1C, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R11
- 9: INCEIPL $4
-
- 0x25475854: 917A0224 stw r11,548(r26)
- 10: GETL R11, t8
- 11: GETL R26, t10
- 12: ADDL $0x224, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x25475858: 813D001C lwz r9,28(r29)
- 15: GETL R29, t12
- 16: ADDL $0x1C, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0x2547585C: 2F890000 cmpi cr7,r9,0
- 20: GETL R9, t16
- 21: CMP0L t16, t18 (-rSo)
- 22: ICRFL t18, $0x7, CR
- 23: INCEIPL $4
-
- 0x25475860: 419E07EC bc 12,30,0x2547604C
- 24: Js30o $0x2547604C
-
-
-. 0 2547584C 24
-. 90 1A 02 20 81 7D 00 1C 91 7A 02 24 81 3D 00 1C 2F 89 00 00 41 9E 07 EC
-
-==== BB 814 (0x25475864) approx BBs exec'd 0 ====
-
- 0x25475864: 80BD0008 lwz r5,8(r29)
- 0: GETL R29, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x25475868: 3929FFFF addi r9,r9,-1
- 5: GETL R9, t4
- 6: ADDL $0xFFFFFFFF, t4
- 7: PUTL t4, R9
- 8: INCEIPL $4
-
- 0x2547586C: 7CA04838 and r0,r5,r9
- 9: GETL R5, t6
- 10: GETL R9, t8
- 11: ANDL t6, t8
- 12: PUTL t8, R0
- 13: INCEIPL $4
-
- 0x25475870: 901A0228 stw r0,552(r26)
- 14: GETL R0, t10
- 15: GETL R26, t12
- 16: ADDL $0x228, t12
- 17: STL t10, (t12)
- 18: INCEIPL $4
-
- 0x25475874: 81DA0180 lwz r14,384(r26)
- 19: GETL R26, t14
- 20: ADDL $0x180, t14
- 21: LDL (t14), t16
- 22: PUTL t16, R14
- 23: INCEIPL $4
-
- 0x25475878: 3CC04000 lis r6,16384
- 24: MOVL $0x40000000, t18
- 25: PUTL t18, R6
- 26: INCEIPL $4
-
- 0x2547587C: 815D0010 lwz r10,16(r29)
- 27: GETL R29, t20
- 28: ADDL $0x10, t20
- 29: LDL (t20), t22
- 30: PUTL t22, R10
- 31: INCEIPL $4
-
- 0x25475880: 55C80002 rlwinm r8,r14,0,0,1
- 32: GETL R14, t24
- 33: ANDL $0xC0000000, t24
- 34: PUTL t24, R8
- 35: INCEIPL $4
-
- 0x25475884: 7C083000 cmp cr0,r8,r6
- 36: GETL R8, t26
- 37: GETL R6, t28
- 38: CMPL t26, t28, t30 (-rSo)
- 39: ICRFL t30, $0x0, CR
- 40: INCEIPL $4
-
- 0x25475888: 915A021C stw r10,540(r26)
- 41: GETL R10, t32
- 42: GETL R26, t34
- 43: ADDL $0x21C, t34
- 44: STL t32, (t34)
- 45: INCEIPL $4
-
- 0x2547588C: 809D0008 lwz r4,8(r29)
- 46: GETL R29, t36
- 47: ADDL $0x8, t36
- 48: LDL (t36), t38
- 49: PUTL t38, R4
- 50: INCEIPL $4
-
- 0x25475890: 909A0218 stw r4,536(r26)
- 51: GETL R4, t40
- 52: GETL R26, t42
- 53: ADDL $0x218, t42
- 54: STL t40, (t42)
- 55: INCEIPL $4
-
- 0x25475894: 40820A24 bc 4,2,0x254762B8
- 56: Jc02o $0x254762B8
-
-
-. 0 25475864 52
-. 80 BD 00 08 39 29 FF FF 7C A0 48 38 90 1A 02 28 81 DA 01 80 3C C0 40 00 81 5D 00 10 55 C8 00 02 7C 08 30 00 91 5A 02 1C 80 9D 00 08 90 9A 02 18 40 82 0A 24
-
-==== BB 815 (0x25475898) approx BBs exec'd 0 ====
-
- 0x25475898: 4800837D bl 0x2547DC14
- 0: MOVL $0x2547589C, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x2547DC14 ($4)
-
-
-. 0 25475898 4
-. 48 00 83 7D
-
-==== BB 816 _dl_next_tls_modid(0x2547DC14) approx BBs exec'd 0 ====
-
- 0x2547DC14: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547DC18: 7D8802A6 mflr r12
- 6: GETL LR, t4
- 7: PUTL t4, R12
- 8: INCEIPL $4
-
- 0x2547DC1C: 480193E5 bl 0x25497000
- 9: MOVL $0x2547DC20, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-. 0 2547DC14 12
-. 94 21 FF F0 7D 88 02 A6 48 01 93 E5
-
-==== BB 817 (0x2547DC20) approx BBs exec'd 0 ====
-
- 0x2547DC20: 93C10008 stw r30,8(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547DC24: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x2547DC28: 7D8803A6 mtlr r12
- 8: GETL R12, t6
- 9: PUTL t6, LR
- 10: INCEIPL $4
-
- 0x2547DC2C: 80DE04C8 lwz r6,1224(r30)
- 11: GETL R30, t8
- 12: ADDL $0x4C8, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R6
- 15: INCEIPL $4
-
- 0x2547DC30: 8806040C lbz r0,1036(r6)
- 16: GETL R6, t12
- 17: ADDL $0x40C, t12
- 18: LDB (t12), t14
- 19: PUTL t14, R0
- 20: INCEIPL $4
-
- 0x2547DC34: 2F800000 cmpi cr7,r0,0
- 21: GETL R0, t16
- 22: CMP0L t16, t18 (-rSo)
- 23: ICRFL t18, $0x7, CR
- 24: INCEIPL $4
-
- 0x2547DC38: 409E0020 bc 4,30,0x2547DC58
- 25: Jc30o $0x2547DC58
-
-
-. 0 2547DC20 28
-. 93 C1 00 08 7F C8 02 A6 7D 88 03 A6 80 DE 04 C8 88 06 04 0C 2F 80 00 00 40 9E 00 20
-
-==== BB 818 (0x2547DC3C) approx BBs exec'd 0 ====
-
- 0x2547DC3C: 81460408 lwz r10,1032(r6)
- 0: GETL R6, t0
- 1: ADDL $0x408, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x2547DC40: 390A0001 addi r8,r10,1
- 5: GETL R10, t4
- 6: ADDL $0x1, t4
- 7: PUTL t4, R8
- 8: INCEIPL $4
-
- 0x2547DC44: 91060408 stw r8,1032(r6)
- 9: GETL R8, t6
- 10: GETL R6, t8
- 11: ADDL $0x408, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x2547DC48: 7D034378 or r3,r8,r8
- 14: GETL R8, t10
- 15: PUTL t10, R3
- 16: INCEIPL $4
-
- 0x2547DC4C: 83C10008 lwz r30,8(r1)
- 17: GETL R1, t12
- 18: ADDL $0x8, t12
- 19: LDL (t12), t14
- 20: PUTL t14, R30
- 21: INCEIPL $4
-
- 0x2547DC50: 38210010 addi r1,r1,16
- 22: GETL R1, t16
- 23: ADDL $0x10, t16
- 24: PUTL t16, R1
- 25: INCEIPL $4
-
- 0x2547DC54: 4E800020 blr
- 26: GETL LR, t18
- 27: JMPo-r t18 ($4)
-
-
-. 0 2547DC3C 28
-. 81 46 04 08 39 0A 00 01 91 06 04 08 7D 03 43 78 83 C1 00 08 38 21 00 10 4E 80 00 20
-
-==== BB 819 (0x2547589C) approx BBs exec'd 0 ====
-
- 0x2547589C: A0FA0154 lhz r7,340(r26)
- 0: GETL R26, t0
- 1: ADDL $0x154, t0
- 2: LDW (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x254758A0: 907A0230 stw r3,560(r26)
- 5: GETL R3, t4
- 6: GETL R26, t6
- 7: ADDL $0x230, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0x254758A4: 4BFFFF54 b 0x254757F8
- 10: JMPo $0x254757F8 ($4)
-
-
-. 0 2547589C 12
-. A0 FA 01 54 90 7A 02 30 4B FF FF 54
-
-==== BB 820 (0x25475A80) approx BBs exec'd 0 ====
-
- 0x25475A80: 3D406474 lis r10,25716
- 0: MOVL $0x64740000, t0
- 1: PUTL t0, R10
- 2: INCEIPL $4
-
- 0x25475A84: 614FE552 ori r15,r10,0xE552
- 3: MOVL $0x6474E552, t2
- 4: PUTL t2, R15
- 5: INCEIPL $4
-
- 0x25475A88: 7F897800 cmp cr7,r9,r15
- 6: GETL R9, t4
- 7: GETL R15, t6
- 8: CMPL t4, t6, t8 (-rSo)
- 9: ICRFL t8, $0x7, CR
- 10: INCEIPL $4
-
- 0x25475A8C: 409EFD6C bc 4,30,0x254757F8
- 11: Jc30o $0x254757F8
-
-
-. 0 25475A80 16
-. 3D 40 64 74 61 4F E5 52 7F 89 78 00 40 9E FD 6C
-
-==== BB 821 (0x25475A90) approx BBs exec'd 0 ====
-
- 0x25475A90: 811D0008 lwz r8,8(r29)
- 0: GETL R29, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x25475A94: 911A0234 stw r8,564(r26)
- 5: GETL R8, t4
- 6: GETL R26, t6
- 7: ADDL $0x234, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0x25475A98: 80DD0014 lwz r6,20(r29)
- 10: GETL R29, t8
- 11: ADDL $0x14, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R6
- 14: INCEIPL $4
-
- 0x25475A9C: 90DA0238 stw r6,568(r26)
- 15: GETL R6, t12
- 16: GETL R26, t14
- 17: ADDL $0x238, t14
- 18: STL t12, (t14)
- 19: INCEIPL $4
-
- 0x25475AA0: 4BFFFD58 b 0x254757F8
- 20: JMPo $0x254757F8 ($4)
-
-
-. 0 25475A90 20
-. 81 1D 00 08 91 1A 02 34 80 DD 00 14 90 DA 02 38 4B FF FD 58
-
-==9225== Reading syms from /lib/tls/libc-2.3.4.so (0xFE80000)
-==9225== object doesn't have any debug info
-==== BB 822 (0x254759E0) approx BBs exec'd 0 ====
-
- 0x254759E0: 7C9CC840 cmpl cr1,r28,r25
- 0: GETL R28, t0
- 1: GETL R25, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x1, CR
- 4: INCEIPL $4
-
- 0x254759E4: 4085002C bc 4,5,0x25475A10
- 5: Jc05o $0x25475A10
-
-
-. 0 254759E0 8
-. 7C 9C C8 40 40 85 00 2C
-
-==== BB 823 (0x254837B0) approx BBs exec'd 0 ====
-
- 0x254837B0: 9088FFFC stw r4,-4(r8)
- 0: GETL R4, t0
- 1: GETL R8, t2
- 2: ADDL $0xFFFFFFFC, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x254837B4: 9488FFF8 stwu r4,-8(r8)
- 5: GETL R4, t4
- 6: GETL R8, t6
- 7: ADDL $0xFFFFFFF8, t6
- 8: PUTL t6, R8
- 9: STL t4, (t6)
- 10: INCEIPL $4
-
- 0x254837B8: 41840014 bc 12,4,0x254837CC
- 11: Js04o $0x254837CC
-
-
-. 0 254837B0 12
-. 90 88 FF FC 94 88 FF F8 41 84 00 14
-
-==== BB 824 (0x254837D4) approx BBs exec'd 0 ====
-
- 0x254837D4: 28840000 cmpli cr1,r4,0
- 0: GETL R4, t0
- 1: MOVL $0x0, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0x254837D8: 54A70035 rlwinm. r7,r5,0,0,26
- 5: GETL R5, t6
- 6: ANDL $0xFFFFFFE0, t6
- 7: PUTL t6, R7
- 8: CMP0L t6, t8 (-rSo)
- 9: ICRFL t8, $0x0, CR
- 10: INCEIPL $4
-
- 0x254837DC: 7CA01120 mtcrf 0x1,r5
- 11: GETL R5, t10
- 12: ICRFL t10, $0x7, CR
- 13: INCEIPL $4
-
- 0x254837E0: 418601A0 bc 12,6,0x25483980
- 14: Js06o $0x25483980
-
-
-. 0 254837D4 16
-. 28 84 00 00 54 A7 00 35 7C A0 11 20 41 86 01 A0
-
-==== BB 825 (0x25483884) approx BBs exec'd 0 ====
-
- 0x25483884: 7C0037EC dcbz r0,r6
- 0: GETL R6, t0
- 1: ANDL $0xFFFFFFE0, t0
- 2: MOVL $0x0, t2
- 3: STL t2, (t0)
- 4: ADDL $0x4, t0
- 5: STL t2, (t0)
- 6: ADDL $0x4, t0
- 7: STL t2, (t0)
- 8: ADDL $0x4, t0
- 9: STL t2, (t0)
- 10: ADDL $0x4, t0
- 11: STL t2, (t0)
- 12: ADDL $0x4, t0
- 13: STL t2, (t0)
- 14: ADDL $0x4, t0
- 15: STL t2, (t0)
- 16: ADDL $0x4, t0
- 17: STL t2, (t0)
- 18: INCEIPL $4
-
- 0x25483888: 38C60020 addi r6,r6,32
- 19: GETL R6, t4
- 20: ADDL $0x20, t4
- 21: PUTL t4, R6
- 22: INCEIPL $4
-
- 0x2548388C: 3920FFE0 li r9,-32
- 23: MOVL $0xFFFFFFE0, t6
- 24: PUTL t6, R9
- 25: INCEIPL $4
-
- 0x25483890: 40990010 bc 4,25,0x254838A0
- 26: Jc25o $0x254838A0
-
-
-. 0 25483884 16
-. 7C 00 37 EC 38 C6 00 20 39 20 FF E0 40 99 00 10
-
-==== BB 826 (0x254760C0) approx BBs exec'd 0 ====
-
- 0x254760C0: 80BD0014 lwz r5,20(r29)
- 0: GETL R29, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x254760C4: 7F83E378 or r3,r28,r28
- 5: GETL R28, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x254760C8: 7C9CB850 subf r4,r28,r23
- 8: GETL R28, t6
- 9: GETL R23, t8
- 10: SUBL t6, t8
- 11: PUTL t8, R4
- 12: INCEIPL $4
-
- 0x254760CC: 38C00032 li r6,50
- 13: MOVL $0x32, t10
- 14: PUTL t10, R6
- 15: INCEIPL $4
-
- 0x254760D0: 38E0FFFF li r7,-1
- 16: MOVL $0xFFFFFFFF, t12
- 17: PUTL t12, R7
- 18: INCEIPL $4
-
- 0x254760D4: 39000000 li r8,0
- 19: MOVL $0x0, t14
- 20: PUTL t14, R8
- 21: INCEIPL $4
-
- 0x254760D8: 4800C6C1 bl 0x25482798
- 22: MOVL $0x254760DC, t16
- 23: PUTL t16, LR
- 24: JMPo-c $0x25482798 ($4)
-
-
-. 0 254760C0 28
-. 80 BD 00 14 7F 83 E3 78 7C 9C B8 50 38 C0 00 32 38 E0 FF FF 39 00 00 00 48 00 C6 C1
-
-==== BB 827 (0x254760DC) approx BBs exec'd 0 ====
-
- 0x254760DC: 2C83FFFF cmpi cr1,r3,-1
- 0: GETL R3, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0x254760E0: 4086F938 bc 4,6,0x25475A18
- 5: Jc06o $0x25475A18
-
-
-. 0 254760DC 8
-. 2C 83 FF FF 40 86 F9 38
-
-==== BB 828 (0x25476054) approx BBs exec'd 0 ====
-
- 0x25476054: 556C083C rlwinm r12,r11,1,0,30
- 0: GETL R11, t0
- 1: SHLL $0x1, t0
- 2: PUTL t0, R12
- 3: INCEIPL $4
-
- 0x25476058: 7D800E70 srawi r0,r12,1
- 4: GETL R12, t2
- 5: SARL $0x1, t2 (-wCa)
- 6: PUTL t2, R0
- 7: INCEIPL $4
-
- 0x2547605C: 7C1700F8 nor r23,r0,r0
- 8: GETL R0, t4
- 9: NOTL t4
- 10: PUTL t4, R23
- 11: INCEIPL $4
-
- 0x25476060: 20000031 subfic r0,r0,49
- 12: GETL R0, t6
- 13: MOVL $0x31, t8
- 14: SBBL t6, t8 (-wCa)
- 15: PUTL t8, R0
- 16: INCEIPL $4
-
- 0x25476064: 2B170002 cmpli cr6,r23,2
- 17: GETL R23, t10
- 18: MOVL $0x2, t14
- 19: CMPUL t10, t14, t12 (-rSo)
- 20: ICRFL t12, $0x6, CR
- 21: INCEIPL $4
-
- 0x25476068: 40B9FC38 bc 5,25,0x25475CA0
- 22: Jc25o $0x25475CA0
-
-
-. 0 25476054 24
-. 55 6C 08 3C 7D 80 0E 70 7C 17 00 F8 20 00 00 31 2B 17 00 02 40 B9 FC 38
-
-==== BB 829 (0x2547606C) approx BBs exec'd 0 ====
-
- 0x2547606C: 7F2B2850 subf r25,r11,r5
- 0: GETL R11, t0
- 1: GETL R5, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R25
- 4: INCEIPL $4
-
- 0x25476070: 2A19000B cmpli cr4,r25,11
- 5: GETL R25, t4
- 6: MOVL $0xB, t8
- 7: CMPUL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x4, CR
- 9: INCEIPL $4
-
- 0x25476074: 419100C4 bc 12,17,0x25476138
- 10: Js17o $0x25476138
-
-
-. 0 2547606C 12
-. 7F 2B 28 50 2A 19 00 0B 41 91 00 C4
-
-==== BB 830 (0x25476078) approx BBs exec'd 0 ====
-
- 0x25476078: 7C0B2050 subf r0,r11,r4
- 0: GETL R11, t0
- 1: GETL R4, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x2547607C: 5400103A rlwinm r0,r0,2,0,29
- 5: GETL R0, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x25476080: 4BFFFC24 b 0x25475CA4
- 9: JMPo $0x25475CA4 ($4)
-
-
-. 0 25476078 12
-. 7C 0B 20 50 54 00 10 3A 4B FF FC 24
-
-==== BB 831 (0x25475D68) approx BBs exec'd 0 ====
-
- 0x25475D68: 81280078 lwz r9,120(r8)
- 0: GETL R8, t0
- 1: ADDL $0x78, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25475D6C: 2C090000 cmpi cr0,r9,0
- 5: GETL R9, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0x25475D70: 41820030 bc 12,2,0x25475DA0
- 9: Js02o $0x25475DA0
-
-
-. 0 25475D68 12
-. 81 28 00 78 2C 09 00 00 41 82 00 30
-
-==== BB 832 (0x25475D74) approx BBs exec'd 0 ====
-
- 0x25475D74: 80090004 lwz r0,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25475D78: 700A0002 andi. r10,r0,0x2
- 5: GETL R0, t4
- 6: ANDL $0x2, t4
- 7: PUTL t4, R10
- 8: CMP0L t4, t6 (-rSo)
- 9: ICRFL t6, $0x0, CR
- 10: INCEIPL $4
-
- 0x25475D7C: 901A0200 stw r0,512(r26)
- 11: GETL R0, t8
- 12: GETL R26, t10
- 13: ADDL $0x200, t10
- 14: STL t8, (t10)
- 15: INCEIPL $4
-
- 0x25475D80: 41820008 bc 12,2,0x25475D88
- 16: Js02o $0x25475D88
-
-
-. 0 25475D74 16
-. 80 09 00 04 70 0A 00 02 90 1A 02 00 41 82 00 08
-
-==== BB 833 (0x25475D88) approx BBs exec'd 0 ====
-
- 0x25475D88: 700B0004 andi. r11,r0,0x4
- 0: GETL R0, t0
- 1: ANDL $0x4, t0
- 2: PUTL t0, R11
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0x25475D8C: 41820008 bc 12,2,0x25475D94
- 6: Js02o $0x25475D94
-
-
-. 0 25475D88 8
-. 70 0B 00 04 41 82 00 08
-
-==== BB 834 (0x25475D94) approx BBs exec'd 0 ====
-
- 0x25475D94: 700A0008 andi. r10,r0,0x8
- 0: GETL R0, t0
- 1: ANDL $0x8, t0
- 2: PUTL t0, R10
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0x25475D98: 41820008 bc 12,2,0x25475DA0
- 6: Js02o $0x25475DA0
-
-
-. 0 25475D94 8
-. 70 0A 00 08 41 82 00 08
-
-==== BB 835 (0x25475D9C) approx BBs exec'd 0 ====
-
- 0x25475D9C: 91280060 stw r9,96(r8)
- 0: GETL R9, t0
- 1: GETL R8, t2
- 2: ADDL $0x60, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25475DA0: 81280098 lwz r9,152(r8)
- 5: GETL R8, t4
- 6: ADDL $0x98, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R9
- 9: INCEIPL $4
-
- 0x25475DA4: 2F890000 cmpi cr7,r9,0
- 10: GETL R9, t8
- 11: CMP0L t8, t10 (-rSo)
- 12: ICRFL t10, $0x7, CR
- 13: INCEIPL $4
-
- 0x25475DA8: 419E0354 bc 12,30,0x254760FC
- 14: Js30o $0x254760FC
-
-
-. 0 25475D9C 16
-. 91 28 00 60 81 28 00 98 2F 89 00 00 41 9E 03 54
-
-==== BB 836 (0x25475DBC) approx BBs exec'd 0 ====
-
- 0x25475DBC: 91280060 stw r9,96(r8)
- 0: GETL R9, t0
- 1: GETL R8, t2
- 2: ADDL $0x60, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25475DC0: 81280074 lwz r9,116(r8)
- 5: GETL R8, t4
- 6: ADDL $0x74, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R9
- 9: INCEIPL $4
-
- 0x25475DC4: 2C890000 cmpi cr1,r9,0
- 10: GETL R9, t8
- 11: CMP0L t8, t10 (-rSo)
- 12: ICRFL t10, $0x1, CR
- 13: INCEIPL $4
-
- 0x25475DC8: 418600E0 bc 12,6,0x25475EA8
- 14: Js06o $0x25475EA8
-
-
-. 0 25475DBC 16
-. 91 28 00 60 81 28 00 74 2C 89 00 00 41 86 00 E0
-
-==== BB 837 (0x25475EEC) approx BBs exec'd 0 ====
-
- 0x25475EEC: 80DA0000 lwz r6,0(r26)
- 0: GETL R26, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R6
- 3: INCEIPL $4
-
- 0x25475EF0: 7D493214 add r10,r9,r6
- 4: GETL R9, t4
- 5: GETL R6, t6
- 6: ADDL t4, t6
- 7: PUTL t6, R10
- 8: INCEIPL $4
-
- 0x25475EF4: 915A0218 stw r10,536(r26)
- 9: GETL R10, t8
- 10: GETL R26, t10
- 11: ADDL $0x218, t10
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0x25475EF8: 7E639B78 or r3,r19,r19
- 14: GETL R19, t12
- 15: PUTL t12, R3
- 16: INCEIPL $4
-
- 0x25475EFC: 4800C0F5 bl 0x25481FF0
- 17: MOVL $0x25475F00, t14
- 18: PUTL t14, LR
- 19: JMPo-c $0x25481FF0 ($4)
-
-
-. 0 25475EEC 20
-. 80 DA 00 00 7D 49 32 14 91 5A 02 18 7E 63 9B 78 48 00 C0 F5
-
-==== BB 838 (0x25475F88) approx BBs exec'd 0 ====
-
- 0x25475F88: 80910050 lwz r4,80(r17)
- 0: GETL R17, t0
- 1: ADDL $0x50, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x25475F8C: C81F0028 lfd f0,40(r31)
- 5: GETL R31, t4
- 6: ADDL $0x28, t4
- 7: FPU_RQ (t4), 0x0:0x0
- 8: INCEIPL $4
-
- 0x25475F90: 2C840000 cmpi cr1,r4,0
- 9: GETL R4, t6
- 10: CMP0L t6, t8 (-rSo)
- 11: ICRFL t8, $0x1, CR
- 12: INCEIPL $4
-
- 0x25475F94: D81A01D0 stfd f0,464(r26)
- 13: GETL R26, t10
- 14: ADDL $0x1D0, t10
- 15: FPU_WQ 0x0:0x0, (t10)
- 16: INCEIPL $4
-
- 0x25475F98: C9BF0030 lfd f13,48(r31)
- 17: GETL R31, t12
- 18: ADDL $0x30, t12
- 19: FPU_RQ (t12), 0x0:0xD
- 20: INCEIPL $4
-
- 0x25475F9C: D9BA01D8 stfd f13,472(r26)
- 21: GETL R26, t14
- 22: ADDL $0x1D8, t14
- 23: FPU_WQ 0x0:0xD, (t14)
- 24: INCEIPL $4
-
- 0x25475FA0: 4186FEB0 bc 12,6,0x25475E50
- 25: Js06o $0x25475E50
-
-
-. 0 25475F88 28
-. 80 91 00 50 C8 1F 00 28 2C 84 00 00 D8 1A 01 D0 C9 BF 00 30 D9 BA 01 D8 41 86 FE B0
-
-==== BB 839 (0x2547A100) approx BBs exec'd 0 ====
-
- 0x2547A100: 907F0014 stw r3,20(r31)
- 0: GETL R3, t0
- 1: GETL R31, t2
- 2: ADDL $0x14, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547A104: 80610014 lwz r3,20(r1)
- 5: GETL R1, t4
- 6: ADDL $0x14, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0x2547A108: 83E10008 lwz r31,8(r1)
- 10: GETL R1, t8
- 11: ADDL $0x8, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R31
- 14: INCEIPL $4
-
- 0x2547A10C: 38210010 addi r1,r1,16
- 15: GETL R1, t12
- 16: ADDL $0x10, t12
- 17: PUTL t12, R1
- 18: INCEIPL $4
-
- 0x2547A110: 7C6803A6 mtlr r3
- 19: GETL R3, t14
- 20: PUTL t14, LR
- 21: INCEIPL $4
-
- 0x2547A114: 4E800020 blr
- 22: GETL LR, t16
- 23: JMPo-r t16 ($4)
-
-
-. 0 2547A100 24
-. 90 7F 00 14 80 61 00 14 83 E1 00 08 38 21 00 10 7C 68 03 A6 4E 80 00 20
-
-==== BB 840 (0x2547B624) approx BBs exec'd 0 ====
-
- 0x2547B624: 38600000 li r3,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x2547B628: 81610008 lwz r11,8(r1)
- 3: GETL R1, t2
- 4: ADDL $0x8, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R11
- 7: INCEIPL $4
-
- 0x2547B62C: 80C10280 lwz r6,640(r1)
- 8: GETL R1, t6
- 9: ADDL $0x280, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R6
- 12: INCEIPL $4
-
- 0x2547B630: 80A10270 lwz r5,624(r1)
- 13: GETL R1, t10
- 14: ADDL $0x270, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R5
- 17: INCEIPL $4
-
- 0x2547B634: 80810274 lwz r4,628(r1)
- 18: GETL R1, t14
- 19: ADDL $0x274, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R4
- 22: INCEIPL $4
-
- 0x2547B638: 93E50000 stw r31,0(r5)
- 23: GETL R31, t18
- 24: GETL R5, t20
- 25: STL t18, (t20)
- 26: INCEIPL $4
-
- 0x2547B63C: 91660000 stw r11,0(r6)
- 27: GETL R11, t22
- 28: GETL R6, t24
- 29: STL t22, (t24)
- 30: INCEIPL $4
-
- 0x2547B640: 93E40000 stw r31,0(r4)
- 31: GETL R31, t26
- 32: GETL R4, t28
- 33: STL t26, (t28)
- 34: INCEIPL $4
-
- 0x2547B644: 814102A4 lwz r10,676(r1)
- 35: GETL R1, t30
- 36: ADDL $0x2A4, t30
- 37: LDL (t30), t32
- 38: PUTL t32, R10
- 39: INCEIPL $4
-
- 0x2547B648: 83C10298 lwz r30,664(r1)
- 40: GETL R1, t34
- 41: ADDL $0x298, t34
- 42: LDL (t34), t36
- 43: PUTL t36, R30
- 44: INCEIPL $4
-
- 0x2547B64C: 83E1029C lwz r31,668(r1)
- 45: GETL R1, t38
- 46: ADDL $0x29C, t38
- 47: LDL (t38), t40
- 48: PUTL t40, R31
- 49: INCEIPL $4
-
- 0x2547B650: 7D4803A6 mtlr r10
- 50: GETL R10, t42
- 51: PUTL t42, LR
- 52: INCEIPL $4
-
- 0x2547B654: 382102A0 addi r1,r1,672
- 53: GETL R1, t44
- 54: ADDL $0x2A0, t44
- 55: PUTL t44, R1
- 56: INCEIPL $4
-
- 0x2547B658: 4E800020 blr
- 57: GETL LR, t46
- 58: JMPo-r t46 ($4)
-
-
-. 0 2547B624 56
-. 38 60 00 00 81 61 00 08 80 C1 02 80 80 A1 02 70 80 81 02 74 93 E5 00 00 91 66 00 00 93 E4 00 00 81 41 02 A4 83 C1 02 98 83 E1 02 9C 7D 48 03 A6 38 21 02 A0 4E 80 00 20
-
-==== BB 841 (0x2547A400) approx BBs exec'd 0 ====
-
- 0x2547A400: 833F0034 lwz r25,52(r31)
- 0: GETL R31, t0
- 1: ADDL $0x34, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R25
- 4: INCEIPL $4
-
- 0x2547A404: 2F190000 cmpi cr6,r25,0
- 5: GETL R25, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x2547A408: 409A01AC bc 4,26,0x2547A5B4
- 9: Jc26o $0x2547A5B4
-
-
-. 0 2547A400 12
-. 83 3F 00 34 2F 19 00 00 40 9A 01 AC
-
-==== BB 842 (0x2547A40C) approx BBs exec'd 0 ====
-
- 0x2547A40C: 815F0024 lwz r10,36(r31)
- 0: GETL R31, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x2547A410: 808A0180 lwz r4,384(r10)
- 5: GETL R10, t4
- 6: ADDL $0x180, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R4
- 9: INCEIPL $4
-
- 0x2547A414: 54893FBE rlwinm r9,r4,7,30,31
- 10: GETL R4, t8
- 11: ROLL $0x7, t8
- 12: ANDL $0x3, t8
- 13: PUTL t8, R9
- 14: INCEIPL $4
-
- 0x2547A418: 2F890000 cmpi cr7,r9,0
- 15: GETL R9, t10
- 16: CMP0L t10, t12 (-rSo)
- 17: ICRFL t12, $0x7, CR
- 18: INCEIPL $4
-
- 0x2547A41C: 409E0044 bc 4,30,0x2547A460
- 19: Jc30o $0x2547A460
-
-
-. 0 2547A40C 20
-. 81 5F 00 24 80 8A 01 80 54 89 3F BE 2F 89 00 00 40 9E 00 44
-
-==== BB 843 (0x2547A420) approx BBs exec'd 0 ====
-
- 0x2547A420: 80010000 lwz r0,0(r1)
- 0: GETL R1, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0x2547A424: 38C00001 li r6,1
- 4: MOVL $0x1, t4
- 5: PUTL t4, R6
- 6: INCEIPL $4
-
- 0x2547A428: 80FF000C lwz r7,12(r31)
- 7: GETL R31, t6
- 8: ADDL $0xC, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R7
- 11: INCEIPL $4
-
- 0x2547A42C: 9401FFE0 stwu r0,-32(r1)
- 12: GETL R0, t10
- 13: GETL R1, t12
- 14: ADDL $0xFFFFFFE0, t12
- 15: PUTL t12, R1
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x2547A430: 3A810017 addi r20,r1,23
- 18: GETL R1, t14
- 19: ADDL $0x17, t14
- 20: PUTL t14, R20
- 21: INCEIPL $4
-
- 0x2547A434: 56850036 rlwinm r5,r20,0,0,27
- 22: GETL R20, t16
- 23: ANDL $0xFFFFFFF0, t16
- 24: PUTL t16, R5
- 25: INCEIPL $4
-
- 0x2547A438: 91250008 stw r9,8(r5)
- 26: GETL R9, t18
- 27: GETL R5, t20
- 28: ADDL $0x8, t20
- 29: STL t18, (t20)
- 30: INCEIPL $4
-
- 0x2547A43C: 91250000 stw r9,0(r5)
- 31: GETL R9, t22
- 32: GETL R5, t24
- 33: STL t22, (t24)
- 34: INCEIPL $4
-
- 0x2547A440: 39270001 addi r9,r7,1
- 35: GETL R7, t26
- 36: ADDL $0x1, t26
- 37: PUTL t26, R9
- 38: INCEIPL $4
-
- 0x2547A444: 90B30008 stw r5,8(r19)
- 39: GETL R5, t28
- 40: GETL R19, t30
- 41: ADDL $0x8, t30
- 42: STL t28, (t30)
- 43: INCEIPL $4
-
- 0x2547A448: 91450004 stw r10,4(r5)
- 44: GETL R10, t32
- 45: GETL R5, t34
- 46: ADDL $0x4, t34
- 47: STL t32, (t34)
- 48: INCEIPL $4
-
- 0x2547A44C: 826A0180 lwz r19,384(r10)
- 49: GETL R10, t36
- 50: ADDL $0x180, t36
- 51: LDL (t36), t38
- 52: PUTL t38, R19
- 53: INCEIPL $4
-
- 0x2547A450: 913F000C stw r9,12(r31)
- 54: GETL R9, t40
- 55: GETL R31, t42
- 56: ADDL $0xC, t42
- 57: STL t40, (t42)
- 58: INCEIPL $4
-
- 0x2547A454: 50D3C94C rlwimi r19,r6,25,5,6
- 59: GETL R19, t44
- 60: GETL R6, t46
- 61: ROLL $0x19, t46
- 62: ANDL $0x6000000, t46
- 63: ANDL $0xF9FFFFFF, t44
- 64: ORL t44, t46
- 65: PUTL t46, R19
- 66: INCEIPL $4
-
- 0x2547A458: 926A0180 stw r19,384(r10)
- 67: GETL R19, t48
- 68: GETL R10, t50
- 69: ADDL $0x180, t50
- 70: STL t48, (t50)
- 71: INCEIPL $4
-
- 0x2547A45C: 7CB32B78 or r19,r5,r5
- 72: GETL R5, t52
- 73: PUTL t52, R19
- 74: INCEIPL $4
-
- 0x2547A460: 2C980000 cmpi cr1,r24,0
- 75: GETL R24, t54
- 76: CMP0L t54, t56 (-rSo)
- 77: ICRFL t56, $0x1, CR
- 78: INCEIPL $4
-
- 0x2547A464: 41860010 bc 12,6,0x2547A474
- 79: Js06o $0x2547A474
-
-
-. 0 2547A420 72
-. 80 01 00 00 38 C0 00 01 80 FF 00 0C 94 01 FF E0 3A 81 00 17 56 85 00 36 91 25 00 08 91 25 00 00 39 27 00 01 90 B3 00 08 91 45 00 04 82 6A 01 80 91 3F 00 0C 50 D3 C9 4C 92 6A 01 80 7C B3 2B 78 2C 98 00 00 41 86 00 10
-
-==== BB 844 (0x2547A474) approx BBs exec'd 0 ====
-
- 0x2547A474: 853C0008 lwzu r9,8(r28)
- 0: GETL R28, t0
- 1: ADDL $0x8, t0
- 2: PUTL t0, R28
- 3: LDL (t0), t2
- 4: PUTL t2, R9
- 5: INCEIPL $4
-
- 0x2547A478: 2C090000 cmpi cr0,r9,0
- 6: GETL R9, t4
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0x2547A47C: 4182043C bc 12,2,0x2547A8B8
- 10: Js02o $0x2547A8B8
-
-
-. 0 2547A474 12
-. 85 3C 00 08 2C 09 00 00 41 82 04 3C
-
-==== BB 845 (0x2547A488) approx BBs exec'd 0 ====
-
- 0x2547A488: 807F0040 lwz r3,64(r31)
- 0: GETL R31, t0
- 1: ADDL $0x40, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x2547A48C: 7C091800 cmp cr0,r9,r3
- 5: GETL R9, t4
- 6: GETL R3, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x0, CR
- 9: INCEIPL $4
-
- 0x2547A490: 41820014 bc 12,2,0x2547A4A4
- 10: Js02o $0x2547A4A4
-
-
-. 0 2547A488 12
-. 80 7F 00 40 7C 09 18 00 41 82 00 14
-
-==== BB 846 (0x2547A494) approx BBs exec'd 0 ====
-
- 0x2547A494: 3D407FFF lis r10,32767
- 0: MOVL $0x7FFF0000, t0
- 1: PUTL t0, R10
- 2: INCEIPL $4
-
- 0x2547A498: 6148FFFF ori r8,r10,0xFFFF
- 3: MOVL $0x7FFFFFFF, t2
- 4: PUTL t2, R8
- 5: INCEIPL $4
-
- 0x2547A49C: 7F094000 cmp cr6,r9,r8
- 6: GETL R9, t4
- 7: GETL R8, t6
- 8: CMPL t4, t6, t8 (-rSo)
- 9: ICRFL t8, $0x6, CR
- 10: INCEIPL $4
-
- 0x2547A4A0: 409AFFD4 bc 4,26,0x2547A474
- 11: Jc26o $0x2547A474
-
-
-. 0 2547A494 16
-. 3D 40 7F FF 61 48 FF FF 7F 09 40 00 40 9A FF D4
-
-==== BB 847 (0x2547A8B8) approx BBs exec'd 0 ====
-
- 0x2547A8B8: 2F980000 cmpi cr7,r24,0
- 0: GETL R24, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x2547A8BC: 419E005C bc 12,30,0x2547A918
- 4: Js30o $0x2547A918
-
-
-. 0 2547A8B8 8
-. 2F 98 00 00 41 9E 00 5C
-
-==== BB 848 (0x2547A918) approx BBs exec'd 0 ====
-
- 0x2547A918: 801B0000 lwz r0,0(r27)
- 0: GETL R27, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0x2547A91C: 2F1B0000 cmpi cr6,r27,0
- 4: GETL R27, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x6, CR
- 7: INCEIPL $4
-
- 0x2547A920: 2C000000 cmpi cr0,r0,0
- 8: GETL R0, t8
- 9: CMP0L t8, t10 (-rSo)
- 10: ICRFL t10, $0x0, CR
- 11: INCEIPL $4
-
- 0x2547A924: 4182001C bc 12,2,0x2547A940
- 12: Js02o $0x2547A940
-
-
-. 0 2547A918 16
-. 80 1B 00 00 2F 1B 00 00 2C 00 00 00 41 82 00 1C
-
-==== BB 849 (0x2547A928) approx BBs exec'd 0 ====
-
- 0x2547A928: 837B0008 lwz r27,8(r27)
- 0: GETL R27, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R27
- 4: INCEIPL $4
-
- 0x2547A92C: 2F1B0000 cmpi cr6,r27,0
- 5: GETL R27, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x2547A930: 41BAFC94 bc 13,26,0x2547A5C4
- 9: Js26o $0x2547A5C4
-
-
-. 0 2547A928 12
-. 83 7B 00 08 2F 1B 00 00 41 BA FC 94
-
-==== BB 850 (0x2547A934) approx BBs exec'd 0 ====
-
- 0x2547A934: 801B0000 lwz r0,0(r27)
- 0: GETL R27, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0x2547A938: 2C000000 cmpi cr0,r0,0
- 4: GETL R0, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x0, CR
- 7: INCEIPL $4
-
- 0x2547A93C: 4082FFEC bc 4,2,0x2547A928
- 8: Jc02o $0x2547A928
-
-
-. 0 2547A934 12
-. 80 1B 00 00 2C 00 00 00 40 82 FF EC
-
-==== BB 851 (0x2547A940) approx BBs exec'd 0 ====
-
- 0x2547A940: 409AF9DC bc 4,26,0x2547A31C
- 0: Jc26o $0x2547A31C
-
-
-. 0 2547A940 4
-. 40 9A F9 DC
-
-==== BB 852 (0x2547A35C) approx BBs exec'd 0 ====
-
- 0x2547A35C: A13A0156 lhz r9,342(r26)
- 0: GETL R26, t0
- 1: ADDL $0x156, t0
- 2: LDW (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x2547A360: 2F090000 cmpi cr6,r9,0
- 5: GETL R9, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x2547A364: 409A05E4 bc 4,26,0x2547A948
- 9: Jc26o $0x2547A948
-
-
-. 0 2547A35C 12
-. A1 3A 01 56 2F 09 00 00 40 9A 05 E4
-
-==== BB 853 (0x2547A948) approx BBs exec'd 0 ====
-
- 0x2547A948: 5534103A rlwinm r20,r9,2,0,29
- 0: GETL R9, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R20
- 3: INCEIPL $4
-
- 0x2547A94C: 81810000 lwz r12,0(r1)
- 4: GETL R1, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R12
- 7: INCEIPL $4
-
- 0x2547A950: 3A54001E addi r18,r20,30
- 8: GETL R20, t6
- 9: ADDL $0x1E, t6
- 10: PUTL t6, R18
- 11: INCEIPL $4
-
- 0x2547A954: 56490376 rlwinm r9,r18,0,13,27
- 12: GETL R18, t8
- 13: ANDL $0x7FFF0, t8
- 14: PUTL t8, R9
- 15: INCEIPL $4
-
- 0x2547A958: 7D4900D0 neg r10,r9
- 16: GETL R9, t10
- 17: NEGL t10
- 18: PUTL t10, R10
- 19: INCEIPL $4
-
- 0x2547A95C: 7D81516E stwux r12,r1,r10
- 20: GETL R10, t12
- 21: GETL R1, t14
- 22: ADDL t14, t12
- 23: PUTL t12, R1
- 24: GETL R12, t16
- 25: STL t16, (t12)
- 26: INCEIPL $4
-
- 0x2547A960: 39010017 addi r8,r1,23
- 27: GETL R1, t18
- 28: ADDL $0x17, t18
- 29: PUTL t18, R8
- 30: INCEIPL $4
-
- 0x2547A964: 55180036 rlwinm r24,r8,0,0,27
- 31: GETL R8, t20
- 32: ANDL $0xFFFFFFF0, t20
- 33: PUTL t20, R24
- 34: INCEIPL $4
-
- 0x2547A968: 4BFFFA00 b 0x2547A368
- 35: JMPo $0x2547A368 ($4)
-
-
-. 0 2547A948 36
-. 55 34 10 3A 81 81 00 00 3A 54 00 1E 56 49 03 76 7D 49 00 D0 7D 81 51 6E 39 01 00 17 55 18 00 36 4B FF FA 00
-
-==== BB 854 (0x2547A0F0) approx BBs exec'd 0 ====
-
- 0x2547A0F0: 80FF0004 lwz r7,4(r31)
- 0: GETL R31, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x2547A0F4: 811F0008 lwz r8,8(r31)
- 5: GETL R31, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R8
- 9: INCEIPL $4
-
- 0x2547A0F8: 81230018 lwz r9,24(r3)
- 10: GETL R3, t8
- 11: ADDL $0x18, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R9
- 14: INCEIPL $4
-
- 0x2547A0FC: 4BFFCBED bl 0x25476CE8
- 15: MOVL $0x2547A100, t12
- 16: PUTL t12, LR
- 17: JMPo-c $0x25476CE8 ($4)
-
-
-. 0 2547A0F0 16
-. 80 FF 00 04 81 1F 00 08 81 23 00 18 4B FF CB ED
-
-==== BB 855 (0x25482F10) approx BBs exec'd 0 ====
-
- 0x25482F10: 84C40004 lwzu r6,4(r4)
- 0: GETL R4, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R4
- 3: LDL (t0), t2
- 4: PUTL t2, R6
- 5: INCEIPL $4
-
- 0x25482F14: 7C072A14 add r0,r7,r5
- 6: GETL R7, t4
- 7: GETL R5, t6
- 8: ADDL t4, t6
- 9: PUTL t6, R0
- 10: INCEIPL $4
-
- 0x25482F18: 7D0928F8 nor r9,r8,r5
- 11: GETL R8, t8
- 12: GETL R5, t10
- 13: ORL t10, t8
- 14: NOTL t8
- 15: PUTL t8, R9
- 16: INCEIPL $4
-
- 0x25482F1C: 7C004839 and. r0,r0,r9
- 17: GETL R0, t12
- 18: GETL R9, t14
- 19: ANDL t12, t14
- 20: PUTL t14, R0
- 21: CMP0L t14, t16 (-rSo)
- 22: ICRFL t16, $0x0, CR
- 23: INCEIPL $4
-
- 0x25482F20: 7C853000 cmp cr1,r5,r6
- 24: GETL R5, t18
- 25: GETL R6, t20
- 26: CMPL t18, t20, t22 (-rSo)
- 27: ICRFL t22, $0x1, CR
- 28: INCEIPL $4
-
- 0x25482F24: 4182FFE4 bc 12,2,0x25482F08
- 29: Js02o $0x25482F08
-
-
-. 0 25482F10 24
-. 84 C4 00 04 7C 07 2A 14 7D 09 28 F8 7C 00 48 39 7C 85 30 00 41 82 FF E4
-
-==== BB 856 (0x25482F28) approx BBs exec'd 0 ====
-
- 0x25482F28: 7D002838 and r0,r8,r5
- 0: GETL R8, t0
- 1: GETL R5, t2
- 2: ANDL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25482F2C: 4186002C bc 12,6,0x25482F58
- 5: Js06o $0x25482F58
-
-
-. 0 25482F28 8
-. 7D 00 28 38 41 86 00 2C
-
-==== BB 857 (0x25482F30) approx BBs exec'd 0 ====
-
- 0x25482F30: 7C004214 add r0,r0,r8
- 0: GETL R0, t0
- 1: GETL R8, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x25482F34: 7CAA3279 xor. r10,r5,r6
- 5: GETL R5, t4
- 6: GETL R6, t6
- 7: XORL t4, t6
- 8: PUTL t6, R10
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x0, CR
- 11: INCEIPL $4
-
- 0x25482F38: 7D290078 andc r9,r9,r0
- 12: GETL R9, t10
- 13: GETL R0, t12
- 14: NOTL t12
- 15: ANDL t10, t12
- 16: PUTL t12, R9
- 17: INCEIPL $4
-
- 0x25482F3C: 41800034 bc 12,0,0x25482F70
- 18: Js00o $0x25482F70
-
-
-. 0 25482F30 16
-. 7C 00 42 14 7C AA 32 79 7D 29 00 78 41 80 00 34
-
-==== BB 858 (0x25482F40) approx BBs exec'd 0 ====
-
- 0x25482F40: 7D4A0034 cntlzw r10,r10
- 0: GETL R10, t0
- 1: CNTLZL t0
- 2: PUTL t0, R10
- 3: INCEIPL $4
-
- 0x25482F44: 7D290034 cntlzw r9,r9
- 4: GETL R9, t2
- 5: CNTLZL t2
- 6: PUTL t2, R9
- 7: INCEIPL $4
-
- 0x25482F48: 39290007 addi r9,r9,7
- 8: GETL R9, t4
- 9: ADDL $0x7, t4
- 10: PUTL t4, R9
- 11: INCEIPL $4
-
- 0x25482F4C: 7C895000 cmp cr1,r9,r10
- 12: GETL R9, t6
- 13: GETL R10, t8
- 14: CMPL t6, t8, t10 (-rSo)
- 15: ICRFL t10, $0x1, CR
- 16: INCEIPL $4
-
- 0x25482F50: 7C662850 subf r3,r6,r5
- 17: GETL R6, t12
- 18: GETL R5, t14
- 19: SUBL t12, t14
- 20: PUTL t14, R3
- 21: INCEIPL $4
-
- 0x25482F54: 4CA40020 bclr 5,4
- 22: GETL LR, t16
- 23: Jc04o-r t16
-
-
-. 0 25482F40 24
-. 7D 4A 00 34 7D 29 00 34 39 29 00 07 7C 89 50 00 7C 66 28 50 4C A4 00 20
-
-==== BB 859 (0x25482F58) approx BBs exec'd 0 ====
-
- 0x25482F58: 38600000 li r3,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25482F5C: 4E800020 blr
- 3: GETL LR, t2
- 4: JMPo-r t2 ($4)
-
-
-. 0 25482F58 8
-. 38 60 00 00 4E 80 00 20
-
-==== BB 860 (0x2547C750) approx BBs exec'd 0 ====
-
- 0x2547C750: 80810024 lwz r4,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x2547C754: 38600001 li r3,1
- 5: MOVL $0x1, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x2547C758: 83A10014 lwz r29,20(r1)
- 8: GETL R1, t6
- 9: ADDL $0x14, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R29
- 12: INCEIPL $4
-
- 0x2547C75C: 83C10018 lwz r30,24(r1)
- 13: GETL R1, t10
- 14: ADDL $0x18, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R30
- 17: INCEIPL $4
-
- 0x2547C760: 7C8803A6 mtlr r4
- 18: GETL R4, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0x2547C764: 83E1001C lwz r31,28(r1)
- 21: GETL R1, t16
- 22: ADDL $0x1C, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R31
- 25: INCEIPL $4
-
- 0x2547C768: 38210020 addi r1,r1,32
- 26: GETL R1, t20
- 27: ADDL $0x20, t20
- 28: PUTL t20, R1
- 29: INCEIPL $4
-
- 0x2547C76C: 4E800020 blr
- 30: GETL LR, t22
- 31: JMPo-r t22 ($4)
-
-
-. 0 2547C750 32
-. 80 81 00 24 38 60 00 01 83 A1 00 14 83 C1 00 18 7C 88 03 A6 83 E1 00 1C 38 21 00 20 4E 80 00 20
-
-==== BB 861 (0x25476F54) approx BBs exec'd 0 ====
-
- 0x25476F54: 7FA3EB78 or r3,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25476F58: 83E10294 lwz r31,660(r1)
- 3: GETL R1, t2
- 4: ADDL $0x294, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R31
- 7: INCEIPL $4
-
- 0x25476F5C: 81810244 lwz r12,580(r1)
- 8: GETL R1, t6
- 9: ADDL $0x244, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R12
- 12: INCEIPL $4
-
- 0x25476F60: 7FE803A6 mtlr r31
- 13: GETL R31, t10
- 14: PUTL t10, LR
- 15: INCEIPL $4
-
- 0x25476F64: 81C10248 lwz r14,584(r1)
- 16: GETL R1, t12
- 17: ADDL $0x248, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R14
- 20: INCEIPL $4
-
- 0x25476F68: 81E1024C lwz r15,588(r1)
- 21: GETL R1, t16
- 22: ADDL $0x24C, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R15
- 25: INCEIPL $4
-
- 0x25476F6C: 7D818120 mtcrf 0x18,r12
- 26: GETL R12, t20
- 27: ICRFL t20, $0x3, CR
- 28: ICRFL t20, $0x4, CR
- 29: INCEIPL $4
-
- 0x25476F70: 82010250 lwz r16,592(r1)
- 30: GETL R1, t22
- 31: ADDL $0x250, t22
- 32: LDL (t22), t24
- 33: PUTL t24, R16
- 34: INCEIPL $4
-
- 0x25476F74: 82210254 lwz r17,596(r1)
- 35: GETL R1, t26
- 36: ADDL $0x254, t26
- 37: LDL (t26), t28
- 38: PUTL t28, R17
- 39: INCEIPL $4
-
- 0x25476F78: 82410258 lwz r18,600(r1)
- 40: GETL R1, t30
- 41: ADDL $0x258, t30
- 42: LDL (t30), t32
- 43: PUTL t32, R18
- 44: INCEIPL $4
-
- 0x25476F7C: 8261025C lwz r19,604(r1)
- 45: GETL R1, t34
- 46: ADDL $0x25C, t34
- 47: LDL (t34), t36
- 48: PUTL t36, R19
- 49: INCEIPL $4
-
- 0x25476F80: 82810260 lwz r20,608(r1)
- 50: GETL R1, t38
- 51: ADDL $0x260, t38
- 52: LDL (t38), t40
- 53: PUTL t40, R20
- 54: INCEIPL $4
-
- 0x25476F84: 82A10264 lwz r21,612(r1)
- 55: GETL R1, t42
- 56: ADDL $0x264, t42
- 57: LDL (t42), t44
- 58: PUTL t44, R21
- 59: INCEIPL $4
-
- 0x25476F88: 82C10268 lwz r22,616(r1)
- 60: GETL R1, t46
- 61: ADDL $0x268, t46
- 62: LDL (t46), t48
- 63: PUTL t48, R22
- 64: INCEIPL $4
-
- 0x25476F8C: 82E1026C lwz r23,620(r1)
- 65: GETL R1, t50
- 66: ADDL $0x26C, t50
- 67: LDL (t50), t52
- 68: PUTL t52, R23
- 69: INCEIPL $4
-
- 0x25476F90: 83010270 lwz r24,624(r1)
- 70: GETL R1, t54
- 71: ADDL $0x270, t54
- 72: LDL (t54), t56
- 73: PUTL t56, R24
- 74: INCEIPL $4
-
- 0x25476F94: 83210274 lwz r25,628(r1)
- 75: GETL R1, t58
- 76: ADDL $0x274, t58
- 77: LDL (t58), t60
- 78: PUTL t60, R25
- 79: INCEIPL $4
-
- 0x25476F98: 83410278 lwz r26,632(r1)
- 80: GETL R1, t62
- 81: ADDL $0x278, t62
- 82: LDL (t62), t64
- 83: PUTL t64, R26
- 84: INCEIPL $4
-
- 0x25476F9C: 8361027C lwz r27,636(r1)
- 85: GETL R1, t66
- 86: ADDL $0x27C, t66
- 87: LDL (t66), t68
- 88: PUTL t68, R27
- 89: INCEIPL $4
-
- 0x25476FA0: 83810280 lwz r28,640(r1)
- 90: GETL R1, t70
- 91: ADDL $0x280, t70
- 92: LDL (t70), t72
- 93: PUTL t72, R28
- 94: INCEIPL $4
-
- 0x25476FA4: 83A10284 lwz r29,644(r1)
- 95: GETL R1, t74
- 96: ADDL $0x284, t74
- 97: LDL (t74), t76
- 98: PUTL t76, R29
- 99: INCEIPL $4
-
- 0x25476FA8: 83C10288 lwz r30,648(r1)
- 100: GETL R1, t78
- 101: ADDL $0x288, t78
- 102: LDL (t78), t80
- 103: PUTL t80, R30
- 104: INCEIPL $4
-
- 0x25476FAC: 83E1028C lwz r31,652(r1)
- 105: GETL R1, t82
- 106: ADDL $0x28C, t82
- 107: LDL (t82), t84
- 108: PUTL t84, R31
- 109: INCEIPL $4
-
- 0x25476FB0: 38210290 addi r1,r1,656
- 110: GETL R1, t86
- 111: ADDL $0x290, t86
- 112: PUTL t86, R1
- 113: INCEIPL $4
-
- 0x25476FB4: 4E800020 blr
- 114: GETL LR, t88
- 115: JMPo-r t88 ($4)
-
-
-. 0 25476F54 100
-. 7F A3 EB 78 83 E1 02 94 81 81 02 44 7F E8 03 A6 81 C1 02 48 81 E1 02 4C 7D 81 81 20 82 01 02 50 82 21 02 54 82 41 02 58 82 61 02 5C 82 81 02 60 82 A1 02 64 82 C1 02 68 82 E1 02 6C 83 01 02 70 83 21 02 74 83 41 02 78 83 61 02 7C 83 81 02 80 83 A1 02 84 83 C1 02 88 83 E1 02 8C 38 21 02 90 4E 80 00 20
-
-==== BB 862 (0x2547A460) approx BBs exec'd 0 ====
-
- 0x2547A460: 2C980000 cmpi cr1,r24,0
- 0: GETL R24, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0x2547A464: 41860010 bc 12,6,0x2547A474
- 4: Js06o $0x2547A474
-
-
-. 0 2547A460 8
-. 2C 98 00 00 41 86 00 10
-
-==== BB 863 (0x2547A468) approx BBs exec'd 0 ====
-
- 0x2547A468: 56CB103A rlwinm r11,r22,2,0,29
- 0: GETL R22, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R11
- 3: INCEIPL $4
-
- 0x2547A46C: 3AD60001 addi r22,r22,1
- 4: GETL R22, t2
- 5: ADDL $0x1, t2
- 6: PUTL t2, R22
- 7: INCEIPL $4
-
- 0x2547A470: 7D4BC12E stwx r10,r11,r24
- 8: GETL R24, t4
- 9: GETL R11, t6
- 10: ADDL t6, t4
- 11: GETL R10, t8
- 12: STL t8, (t4)
- 13: INCEIPL $4
-
- 0x2547A474: 853C0008 lwzu r9,8(r28)
- 14: GETL R28, t10
- 15: ADDL $0x8, t10
- 16: PUTL t10, R28
- 17: LDL (t10), t12
- 18: PUTL t12, R9
- 19: INCEIPL $4
-
- 0x2547A478: 2C090000 cmpi cr0,r9,0
- 20: GETL R9, t14
- 21: CMP0L t14, t16 (-rSo)
- 22: ICRFL t16, $0x0, CR
- 23: INCEIPL $4
-
- 0x2547A47C: 4182043C bc 12,2,0x2547A8B8
- 24: Js02o $0x2547A8B8
-
-
-. 0 2547A468 24
-. 56 CB 10 3A 3A D6 00 01 7D 4B C1 2E 85 3C 00 08 2C 09 00 00 41 82 04 3C
-
-==== BB 864 (0x2547A8C0) approx BBs exec'd 0 ====
-
- 0x2547A8C0: 3BB60001 addi r29,r22,1
- 0: GETL R22, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R29
- 3: INCEIPL $4
-
- 0x2547A8C4: 56DC103A rlwinm r28,r22,2,0,29
- 4: GETL R22, t2
- 5: SHLL $0x2, t2
- 6: PUTL t2, R28
- 7: INCEIPL $4
-
- 0x2547A8C8: 3A400000 li r18,0
- 8: MOVL $0x0, t4
- 9: PUTL t4, R18
- 10: INCEIPL $4
-
- 0x2547A8CC: 57B61838 rlwinm r22,r29,3,0,28
- 11: GETL R29, t6
- 12: SHLL $0x3, t6
- 13: PUTL t6, R22
- 14: INCEIPL $4
-
- 0x2547A8D0: 7E5CC12E stwx r18,r28,r24
- 15: GETL R24, t8
- 16: GETL R28, t10
- 17: ADDL t10, t8
- 18: GETL R18, t12
- 19: STL t12, (t8)
- 20: INCEIPL $4
-
- 0x2547A8D4: 38760004 addi r3,r22,4
- 21: GETL R22, t14
- 22: ADDL $0x4, t14
- 23: PUTL t14, R3
- 24: INCEIPL $4
-
- 0x2547A8D8: 4801D14D bl 0x25497A24
- 25: MOVL $0x2547A8DC, t16
- 26: PUTL t16, LR
- 27: JMPo-c $0x25497A24 ($4)
-
-
-. 0 2547A8C0 28
-. 3B B6 00 01 56 DC 10 3A 3A 40 00 00 57 B6 18 38 7E 5C C1 2E 38 76 00 04 48 01 D1 4D
-
-==== BB 865 (0x2547A8DC) approx BBs exec'd 0 ====
-
- 0x2547A8DC: 2C830000 cmpi cr1,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0x2547A8E0: 7C691B78 or r9,r3,r3
- 4: GETL R3, t4
- 5: PUTL t4, R9
- 6: INCEIPL $4
-
- 0x2547A8E4: 907A01E8 stw r3,488(r26)
- 7: GETL R3, t6
- 8: GETL R26, t8
- 9: ADDL $0x1E8, t8
- 10: STL t6, (t8)
- 11: INCEIPL $4
-
- 0x2547A8E8: 418605C4 bc 12,6,0x2547AEAC
- 12: Js06o $0x2547AEAC
-
-
-. 0 2547A8DC 16
-. 2C 83 00 00 7C 69 1B 78 90 7A 01 E8 41 86 05 C4
-
-==== BB 866 (0x2547A8EC) approx BBs exec'd 0 ====
-
- 0x2547A8EC: 57B5103A rlwinm r21,r29,2,0,29
- 0: GETL R29, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R21
- 3: INCEIPL $4
-
- 0x2547A8F0: 7F04C378 or r4,r24,r24
- 4: GETL R24, t2
- 5: PUTL t2, R4
- 6: INCEIPL $4
-
- 0x2547A8F4: 7EA5AB78 or r5,r21,r21
- 7: GETL R21, t4
- 8: PUTL t4, R5
- 9: INCEIPL $4
-
- 0x2547A8F8: 93490000 stw r26,0(r9)
- 10: GETL R26, t6
- 11: GETL R9, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x2547A8FC: 38630004 addi r3,r3,4
- 14: GETL R3, t10
- 15: ADDL $0x4, t10
- 16: PUTL t10, R3
- 17: INCEIPL $4
-
- 0x2547A900: 480092E1 bl 0x25483BE0
- 18: MOVL $0x2547A904, t12
- 19: PUTL t12, LR
- 20: JMPo-c $0x25483BE0 ($4)
-
-
-. 0 2547A8EC 24
-. 57 B5 10 3A 7F 04 C3 78 7E A5 AB 78 93 49 00 00 38 63 00 04 48 00 92 E1
-
-==== BB 867 (0x2547A904) approx BBs exec'd 0 ====
-
- 0x2547A904: 809A01E8 lwz r4,488(r26)
- 0: GETL R26, t0
- 1: ADDL $0x1E8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x2547A908: 7EA5AB78 or r5,r21,r21
- 5: GETL R21, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x2547A90C: 7F552214 add r26,r21,r4
- 8: GETL R21, t6
- 9: GETL R4, t8
- 10: ADDL t6, t8
- 11: PUTL t8, R26
- 12: INCEIPL $4
-
- 0x2547A910: 387A0004 addi r3,r26,4
- 13: GETL R26, t10
- 14: ADDL $0x4, t10
- 15: PUTL t10, R3
- 16: INCEIPL $4
-
- 0x2547A914: 480092CD bl 0x25483BE0
- 17: MOVL $0x2547A918, t12
- 18: PUTL t12, LR
- 19: JMPo-c $0x25483BE0 ($4)
-
-
-. 0 2547A904 20
-. 80 9A 01 E8 7E A5 AB 78 7F 55 22 14 38 7A 00 04 48 00 92 CD
-
-==== BB 868 (0x25482F94) approx BBs exec'd 0 ====
-
- 0x25482F94: 8CC40001 lbzu r6,1(r4)
- 0: GETL R4, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R4
- 3: LDB (t0), t2
- 4: PUTL t2, R6
- 5: INCEIPL $4
-
- 0x25482F98: 2C850000 cmpi cr1,r5,0
- 6: GETL R5, t4
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x1, CR
- 9: INCEIPL $4
-
- 0x25482F9C: 41860020 bc 12,6,0x25482FBC
- 10: Js06o $0x25482FBC
-
-
-. 0 25482F94 12
-. 8C C4 00 01 2C 85 00 00 41 86 00 20
-
-==== BB 869 (0x25476ED0) approx BBs exec'd 0 ====
-
- 0x25476ED0: 809D001C lwz r4,28(r29)
- 0: GETL R29, t0
- 1: ADDL $0x1C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x25476ED4: 3B600000 li r27,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R27
- 7: INCEIPL $4
-
- 0x25476ED8: 48000020 b 0x25476EF8
- 8: JMPo $0x25476EF8 ($4)
-
-
-. 0 25476ED0 12
-. 80 9D 00 1C 3B 60 00 00 48 00 00 20
-
-==== BB 870 (0x25476EF8) approx BBs exec'd 0 ====
-
- 0x25476EF8: 2F040000 cmpi cr6,r4,0
- 0: GETL R4, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x25476EFC: 409AFFE0 bc 4,26,0x25476EDC
- 4: Jc26o $0x25476EDC
-
-
-. 0 25476EF8 8
-. 2F 04 00 00 40 9A FF E0
-
-==== BB 871 (0x25476EDC) approx BBs exec'd 0 ====
-
- 0x25476EDC: 7C9B2378 or r27,r4,r4
- 0: GETL R4, t0
- 1: PUTL t0, R27
- 2: INCEIPL $4
-
- 0x25476EE0: 80840000 lwz r4,0(r4)
- 3: GETL R4, t2
- 4: LDL (t2), t4
- 5: PUTL t4, R4
- 6: INCEIPL $4
-
- 0x25476EE4: 7F83E378 or r3,r28,r28
- 7: GETL R28, t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0x25476EE8: 4800BFF9 bl 0x25482EE0
- 10: MOVL $0x25476EEC, t8
- 11: PUTL t8, LR
- 12: JMPo-c $0x25482EE0 ($4)
-
-
-. 0 25476EDC 16
-. 7C 9B 23 78 80 84 00 00 7F 83 E3 78 48 00 BF F9
-
-==== BB 872 (0x25476EEC) approx BBs exec'd 0 ====
-
- 0x25476EEC: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x25476EF0: 419E0058 bc 12,30,0x25476F48
- 4: Js30o $0x25476F48
-
-
-. 0 25476EEC 8
-. 2F 83 00 00 41 9E 00 58
-
-==== BB 873 (0x25476EF4) approx BBs exec'd 0 ====
-
- 0x25476EF4: 809B0004 lwz r4,4(r27)
- 0: GETL R27, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x25476EF8: 2F040000 cmpi cr6,r4,0
- 5: GETL R4, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x25476EFC: 409AFFE0 bc 4,26,0x25476EDC
- 9: Jc26o $0x25476EDC
-
-
-. 0 25476EF4 12
-. 80 9B 00 04 2F 04 00 00 40 9A FF E0
-
-==== BB 874 (0x25476F00) approx BBs exec'd 0 ====
-
- 0x25476F00: 7F83E378 or r3,r28,r28
- 0: GETL R28, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25476F04: 4800C0CD bl 0x25482FD0
- 3: MOVL $0x25476F08, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0x25482FD0 ($4)
-
-
-. 0 25476F00 8
-. 7F 83 E3 78 48 00 C0 CD
-
-==== BB 875 (0x25476F08) approx BBs exec'd 0 ====
-
- 0x25476F08: 7C661B78 or r6,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R6
- 2: INCEIPL $4
-
- 0x25476F0C: 3863000D addi r3,r3,13
- 3: GETL R3, t2
- 4: ADDL $0xD, t2
- 5: PUTL t2, R3
- 6: INCEIPL $4
-
- 0x25476F10: 3B460001 addi r26,r6,1
- 7: GETL R6, t4
- 8: ADDL $0x1, t4
- 9: PUTL t4, R26
- 10: INCEIPL $4
-
- 0x25476F14: 48020B11 bl 0x25497A24
- 11: MOVL $0x25476F18, t6
- 12: PUTL t6, LR
- 13: JMPo-c $0x25497A24 ($4)
-
-
-. 0 25476F08 16
-. 7C 66 1B 78 38 63 00 0D 3B 46 00 01 48 02 0B 11
-
-==== BB 876 (0x25476F18) approx BBs exec'd 0 ====
-
- 0x25476F18: 7C7F1B79 or. r31,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R31
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x25476F1C: 80DE01AC lwz r6,428(r30)
- 5: GETL R30, t4
- 6: ADDL $0x1AC, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R6
- 9: INCEIPL $4
-
- 0x25476F20: 7F84E378 or r4,r28,r28
- 10: GETL R28, t8
- 11: PUTL t8, R4
- 12: INCEIPL $4
-
- 0x25476F24: 4182013C bc 12,2,0x25477060
- 13: Js02o $0x25477060
-
-
-. 0 25476F18 16
-. 7C 7F 1B 79 80 DE 01 AC 7F 84 E3 78 41 82 01 3C
-
-==== BB 877 (0x25476F28) approx BBs exec'd 0 ====
-
- 0x25476F28: 7F84E378 or r4,r28,r28
- 0: GETL R28, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0x25476F2C: 7F45D378 or r5,r26,r26
- 3: GETL R26, t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0x25476F30: 387F000C addi r3,r31,12
- 6: GETL R31, t4
- 7: ADDL $0xC, t4
- 8: PUTL t4, R3
- 9: INCEIPL $4
-
- 0x25476F34: 4800CCAD bl 0x25483BE0
- 10: MOVL $0x25476F38, t6
- 11: PUTL t6, LR
- 12: JMPo-c $0x25483BE0 ($4)
-
-
-. 0 25476F28 16
-. 7F 84 E3 78 7F 45 D3 78 38 7F 00 0C 48 00 CC AD
-
-==== BB 878 (0x25476F38) approx BBs exec'd 0 ====
-
- 0x25476F38: 92DF0004 stw r22,4(r31)
- 0: GETL R22, t0
- 1: GETL R31, t2
- 2: ADDL $0x4, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25476F3C: 907F0000 stw r3,0(r31)
- 5: GETL R3, t4
- 6: GETL R31, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0x25476F40: 92DF0008 stw r22,8(r31)
- 9: GETL R22, t8
- 10: GETL R31, t10
- 11: ADDL $0x8, t10
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0x25476F44: 93FB0004 stw r31,4(r27)
- 14: GETL R31, t12
- 15: GETL R27, t14
- 16: ADDL $0x4, t14
- 17: STL t12, (t14)
- 18: INCEIPL $4
-
- 0x25476F48: 811D0180 lwz r8,384(r29)
- 19: GETL R29, t16
- 20: ADDL $0x180, t16
- 21: LDL (t16), t18
- 22: PUTL t18, R8
- 23: INCEIPL $4
-
- 0x25476F4C: 65070080 oris r7,r8,0x80
- 24: GETL R8, t20
- 25: ORL $0x800000, t20
- 26: PUTL t20, R7
- 27: INCEIPL $4
-
- 0x25476F50: 90FD0180 stw r7,384(r29)
- 28: GETL R7, t22
- 29: GETL R29, t24
- 30: ADDL $0x180, t24
- 31: STL t22, (t24)
- 32: INCEIPL $4
-
- 0x25476F54: 7FA3EB78 or r3,r29,r29
- 33: GETL R29, t26
- 34: PUTL t26, R3
- 35: INCEIPL $4
-
- 0x25476F58: 83E10294 lwz r31,660(r1)
- 36: GETL R1, t28
- 37: ADDL $0x294, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R31
- 40: INCEIPL $4
-
- 0x25476F5C: 81810244 lwz r12,580(r1)
- 41: GETL R1, t32
- 42: ADDL $0x244, t32
- 43: LDL (t32), t34
- 44: PUTL t34, R12
- 45: INCEIPL $4
-
- 0x25476F60: 7FE803A6 mtlr r31
- 46: GETL R31, t36
- 47: PUTL t36, LR
- 48: INCEIPL $4
-
- 0x25476F64: 81C10248 lwz r14,584(r1)
- 49: GETL R1, t38
- 50: ADDL $0x248, t38
- 51: LDL (t38), t40
- 52: PUTL t40, R14
- 53: INCEIPL $4
-
- 0x25476F68: 81E1024C lwz r15,588(r1)
- 54: GETL R1, t42
- 55: ADDL $0x24C, t42
- 56: LDL (t42), t44
- 57: PUTL t44, R15
- 58: INCEIPL $4
-
- 0x25476F6C: 7D818120 mtcrf 0x18,r12
- 59: GETL R12, t46
- 60: ICRFL t46, $0x3, CR
- 61: ICRFL t46, $0x4, CR
- 62: INCEIPL $4
-
- 0x25476F70: 82010250 lwz r16,592(r1)
- 63: GETL R1, t48
- 64: ADDL $0x250, t48
- 65: LDL (t48), t50
- 66: PUTL t50, R16
- 67: INCEIPL $4
-
- 0x25476F74: 82210254 lwz r17,596(r1)
- 68: GETL R1, t52
- 69: ADDL $0x254, t52
- 70: LDL (t52), t54
- 71: PUTL t54, R17
- 72: INCEIPL $4
-
- 0x25476F78: 82410258 lwz r18,600(r1)
- 73: GETL R1, t56
- 74: ADDL $0x258, t56
- 75: LDL (t56), t58
- 76: PUTL t58, R18
- 77: INCEIPL $4
-
- 0x25476F7C: 8261025C lwz r19,604(r1)
- 78: GETL R1, t60
- 79: ADDL $0x25C, t60
- 80: LDL (t60), t62
- 81: PUTL t62, R19
- 82: INCEIPL $4
-
- 0x25476F80: 82810260 lwz r20,608(r1)
- 83: GETL R1, t64
- 84: ADDL $0x260, t64
- 85: LDL (t64), t66
- 86: PUTL t66, R20
- 87: INCEIPL $4
-
- 0x25476F84: 82A10264 lwz r21,612(r1)
- 88: GETL R1, t68
- 89: ADDL $0x264, t68
- 90: LDL (t68), t70
- 91: PUTL t70, R21
- 92: INCEIPL $4
-
- 0x25476F88: 82C10268 lwz r22,616(r1)
- 93: GETL R1, t72
- 94: ADDL $0x268, t72
- 95: LDL (t72), t74
- 96: PUTL t74, R22
- 97: INCEIPL $4
-
- 0x25476F8C: 82E1026C lwz r23,620(r1)
- 98: GETL R1, t76
- 99: ADDL $0x26C, t76
- 100: LDL (t76), t78
- 101: PUTL t78, R23
- 102: INCEIPL $4
-
- 0x25476F90: 83010270 lwz r24,624(r1)
- 103: GETL R1, t80
- 104: ADDL $0x270, t80
- 105: LDL (t80), t82
- 106: PUTL t82, R24
- 107: INCEIPL $4
-
- 0x25476F94: 83210274 lwz r25,628(r1)
- 108: GETL R1, t84
- 109: ADDL $0x274, t84
- 110: LDL (t84), t86
- 111: PUTL t86, R25
- 112: INCEIPL $4
-
- 0x25476F98: 83410278 lwz r26,632(r1)
- 113: GETL R1, t88
- 114: ADDL $0x278, t88
- 115: LDL (t88), t90
- 116: PUTL t90, R26
- 117: INCEIPL $4
-
- 0x25476F9C: 8361027C lwz r27,636(r1)
- 118: GETL R1, t92
- 119: ADDL $0x27C, t92
- 120: LDL (t92), t94
- 121: PUTL t94, R27
- 122: INCEIPL $4
-
- 0x25476FA0: 83810280 lwz r28,640(r1)
- 123: GETL R1, t96
- 124: ADDL $0x280, t96
- 125: LDL (t96), t98
- 126: PUTL t98, R28
- 127: INCEIPL $4
-
- 0x25476FA4: 83A10284 lwz r29,644(r1)
- 128: GETL R1, t100
- 129: ADDL $0x284, t100
- 130: LDL (t100), t102
- 131: PUTL t102, R29
- 132: INCEIPL $4
-
- 0x25476FA8: 83C10288 lwz r30,648(r1)
- 133: GETL R1, t104
- 134: ADDL $0x288, t104
- 135: LDL (t104), t106
- 136: PUTL t106, R30
- 137: INCEIPL $4
-
- 0x25476FAC: 83E1028C lwz r31,652(r1)
- 138: GETL R1, t108
- 139: ADDL $0x28C, t108
- 140: LDL (t108), t110
- 141: PUTL t110, R31
- 142: INCEIPL $4
-
- 0x25476FB0: 38210290 addi r1,r1,656
- 143: GETL R1, t112
- 144: ADDL $0x290, t112
- 145: PUTL t112, R1
- 146: INCEIPL $4
-
- 0x25476FB4: 4E800020 blr
- 147: GETL LR, t114
- 148: JMPo-r t114 ($4)
-
-
-. 0 25476F38 128
-. 92 DF 00 04 90 7F 00 00 92 DF 00 08 93 FB 00 04 81 1D 01 80 65 07 00 80 90 FD 01 80 7F A3 EB 78 83 E1 02 94 81 81 02 44 7F E8 03 A6 81 C1 02 48 81 E1 02 4C 7D 81 81 20 82 01 02 50 82 21 02 54 82 41 02 58 82 61 02 5C 82 81 02 60 82 A1 02 64 82 C1 02 68 82 E1 02 6C 83 01 02 70 83 21 02 74 83 41 02 78 83 61 02 7C 83 81 02 80 83 A1 02 84 83 C1 02 88 83 E1 02 8C 38 21 02 90 4E 80 00 20
-
-==== BB 879 (0x2547A374) approx BBs exec'd 0 ====
-
- 0x2547A374: 809A00F0 lwz r4,240(r26)
- 0: GETL R26, t0
- 1: ADDL $0xF0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x2547A378: 2C840000 cmpi cr1,r4,0
- 5: GETL R4, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x2547A37C: 40860010 bc 4,6,0x2547A38C
- 9: Jc06o $0x2547A38C
-
-
-. 0 2547A374 12
-. 80 9A 00 F0 2C 84 00 00 40 86 00 10
-
-==== BB 880 (0x2547A380) approx BBs exec'd 0 ====
-
- 0x2547A380: 80BA00E8 lwz r5,232(r26)
- 0: GETL R26, t0
- 1: ADDL $0xE8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x2547A384: 2C050000 cmpi cr0,r5,0
- 5: GETL R5, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0x2547A388: 41820530 bc 12,2,0x2547A8B8
- 9: Js02o $0x2547A8B8
-
-
-. 0 2547A380 12
-. 80 BA 00 E8 2C 05 00 00 41 82 05 30
-
-==== BB 881 (0x2547A5C4) approx BBs exec'd 0 ====
-
- 0x2547A5C4: 83100000 lwz r24,0(r16)
- 0: GETL R16, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R24
- 3: INCEIPL $4
-
- 0x2547A5C8: 827F0038 lwz r19,56(r31)
- 4: GETL R31, t4
- 5: ADDL $0x38, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R19
- 8: INCEIPL $4
-
- 0x2547A5CC: 21780000 subfic r11,r24,0
- 9: GETL R24, t8
- 10: MOVL $0x0, t10
- 11: SBBL t8, t10 (-wCa)
- 12: PUTL t10, R11
- 13: INCEIPL $4
-
- 0x2547A5D0: 7DCBC114 adde r14,r11,r24
- 14: GETL R11, t12
- 15: GETL R24, t14
- 16: ADCL t12, t14 (-rCa-wCa)
- 17: PUTL t14, R14
- 18: INCEIPL $4
-
- 0x2547A5D4: 3153FFFF addic r10,r19,-1
- 19: GETL R19, t16
- 20: ADCL $0xFFFFFFFF, t16 (-wCa)
- 21: PUTL t16, R10
- 22: INCEIPL $4
-
- 0x2547A5D8: 7F6A9910 subfe r27,r10,r19
- 23: GETL R10, t18
- 24: GETL R19, t20
- 25: SBBL t18, t20 (-rCa-wCa)
- 26: PUTL t20, R27
- 27: INCEIPL $4
-
- 0x2547A5DC: 7DC8D839 and. r8,r14,r27
- 28: GETL R14, t22
- 29: GETL R27, t24
- 30: ANDL t22, t24
- 31: PUTL t24, R8
- 32: CMP0L t24, t26 (-rSo)
- 33: ICRFL t26, $0x0, CR
- 34: INCEIPL $4
-
- 0x2547A5E0: 4182000C bc 12,2,0x2547A5EC
- 35: Js02o $0x2547A5EC
-
-
-. 0 2547A5C4 32
-. 83 10 00 00 82 7F 00 38 21 78 00 00 7D CB C1 14 31 53 FF FF 7F 6A 99 10 7D C8 D8 39 41 82 00 0C
-
-==== BB 882 (0x2547A5E4) approx BBs exec'd 0 ====
-
- 0x2547A5E4: 811F0038 lwz r8,56(r31)
- 0: GETL R31, t0
- 1: ADDL $0x38, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x2547A5E8: 91100000 stw r8,0(r16)
- 5: GETL R8, t4
- 6: GETL R16, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0x2547A5EC: 807701E8 lwz r3,488(r23)
- 9: GETL R23, t8
- 10: ADDL $0x1E8, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R3
- 13: INCEIPL $4
-
- 0x2547A5F0: 2F030000 cmpi cr6,r3,0
- 14: GETL R3, t12
- 15: CMP0L t12, t14 (-rSo)
- 16: ICRFL t14, $0x6, CR
- 17: INCEIPL $4
-
- 0x2547A5F4: 419A0018 bc 12,26,0x2547A60C
- 18: Js26o $0x2547A60C
-
-
-. 0 2547A5E4 20
-. 81 1F 00 38 91 10 00 00 80 77 01 E8 2F 03 00 00 41 9A 00 18
-
-==== BB 883 (0x2547A60C) approx BBs exec'd 0 ====
-
- 0x2547A60C: 80DF000C lwz r6,12(r31)
- 0: GETL R31, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x2547A610: 54C51838 rlwinm r5,r6,3,0,28
- 5: GETL R6, t4
- 6: SHLL $0x3, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x2547A614: 38650004 addi r3,r5,4
- 9: GETL R5, t6
- 10: ADDL $0x4, t6
- 11: PUTL t6, R3
- 12: INCEIPL $4
-
- 0x2547A618: 4801D40D bl 0x25497A24
- 13: MOVL $0x2547A61C, t8
- 14: PUTL t8, LR
- 15: JMPo-c $0x25497A24 ($4)
-
-
-. 0 2547A60C 16
-. 80 DF 00 0C 54 C5 18 38 38 65 00 04 48 01 D4 0D
-
-==== BB 884 (0x2547A61C) approx BBs exec'd 0 ====
-
- 0x2547A61C: 2C830000 cmpi cr1,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0x2547A620: 907701E8 stw r3,488(r23)
- 4: GETL R3, t4
- 5: GETL R23, t6
- 6: ADDL $0x1E8, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0x2547A624: 4186089C bc 12,6,0x2547AEC0
- 9: Js06o $0x2547AEC0
-
-
-. 0 2547A61C 12
-. 2C 83 00 00 90 77 01 E8 41 86 08 9C
-
-==== BB 885 (0x2547A628) approx BBs exec'd 0 ====
-
- 0x2547A628: 80FF0008 lwz r7,8(r31)
- 0: GETL R31, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x2547A62C: 38A00000 li r5,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x2547A630: 829F000C lwz r20,12(r31)
- 8: GETL R31, t6
- 9: ADDL $0xC, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R20
- 12: INCEIPL $4
-
- 0x2547A634: 2C070000 cmpi cr0,r7,0
- 13: GETL R7, t10
- 14: CMP0L t10, t12 (-rSo)
- 15: ICRFL t12, $0x0, CR
- 16: INCEIPL $4
-
- 0x2547A638: 569D103A rlwinm r29,r20,2,0,29
- 17: GETL R20, t14
- 18: SHLL $0x2, t14
- 19: PUTL t14, R29
- 20: INCEIPL $4
-
- 0x2547A63C: 9297015C stw r20,348(r23)
- 21: GETL R20, t16
- 22: GETL R23, t18
- 23: ADDL $0x15C, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0x2547A640: 7D23EA14 add r9,r3,r29
- 26: GETL R3, t20
- 27: GETL R29, t22
- 28: ADDL t20, t22
- 29: PUTL t22, R9
- 30: INCEIPL $4
-
- 0x2547A644: 90BF000C stw r5,12(r31)
- 31: GETL R5, t24
- 32: GETL R31, t26
- 33: ADDL $0xC, t26
- 34: STL t24, (t26)
- 35: INCEIPL $4
-
- 0x2547A648: 38890004 addi r4,r9,4
- 36: GETL R9, t28
- 37: ADDL $0x4, t28
- 38: PUTL t28, R4
- 39: INCEIPL $4
-
- 0x2547A64C: 90970158 stw r4,344(r23)
- 40: GETL R4, t30
- 41: GETL R23, t32
- 42: ADDL $0x158, t32
- 43: STL t30, (t32)
- 44: INCEIPL $4
-
- 0x2547A650: 41820050 bc 12,2,0x2547A6A0
- 45: Js02o $0x2547A6A0
-
-
-. 0 2547A628 44
-. 80 FF 00 08 38 A0 00 00 82 9F 00 0C 2C 07 00 00 56 9D 10 3A 92 97 01 5C 7D 23 EA 14 90 BF 00 0C 38 89 00 04 90 97 01 58 41 82 00 50
-
-==== BB 886 (0x2547A654) approx BBs exec'd 0 ====
-
- 0x2547A654: 2F0F0000 cmpi cr6,r15,0
- 0: GETL R15, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x2547A658: 38C00000 li r6,0
- 4: MOVL $0x0, t4
- 5: PUTL t4, R6
- 6: INCEIPL $4
-
- 0x2547A65C: 409A01F8 bc 4,26,0x2547A854
- 7: Jc26o $0x2547A854
-
-
-. 0 2547A654 12
-. 2F 0F 00 00 38 C0 00 00 40 9A 01 F8
-
-==== BB 887 (0x2547A660) approx BBs exec'd 0 ====
-
- 0x2547A660: 817F000C lwz r11,12(r31)
- 0: GETL R31, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x2547A664: 80070004 lwz r0,4(r7)
- 5: GETL R7, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R0
- 9: INCEIPL $4
-
- 0x2547A668: 83370158 lwz r25,344(r23)
- 10: GETL R23, t8
- 11: ADDL $0x158, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R25
- 14: INCEIPL $4
-
- 0x2547A66C: 5576103A rlwinm r22,r11,2,0,29
- 15: GETL R11, t12
- 16: SHLL $0x2, t12
- 17: PUTL t12, R22
- 18: INCEIPL $4
-
- 0x2547A670: 398B0001 addi r12,r11,1
- 19: GETL R11, t14
- 20: ADDL $0x1, t14
- 21: PUTL t14, R12
- 22: INCEIPL $4
-
- 0x2547A674: 7C16C92E stwx r0,r22,r25
- 23: GETL R25, t16
- 24: GETL R22, t18
- 25: ADDL t18, t16
- 26: GETL R0, t20
- 27: STL t20, (t16)
- 28: INCEIPL $4
-
- 0x2547A678: 81E70004 lwz r15,4(r7)
- 29: GETL R7, t22
- 30: ADDL $0x4, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R15
- 33: INCEIPL $4
-
- 0x2547A67C: 806F0180 lwz r3,384(r15)
- 34: GETL R15, t26
- 35: ADDL $0x180, t26
- 36: LDL (t26), t28
- 37: PUTL t28, R3
- 38: INCEIPL $4
-
- 0x2547A680: 919F000C stw r12,12(r31)
- 39: GETL R12, t30
- 40: GETL R31, t32
- 41: ADDL $0xC, t32
- 42: STL t30, (t32)
- 43: INCEIPL $4
-
- 0x2547A684: 50C3C94C rlwimi r3,r6,25,5,6
- 44: GETL R3, t34
- 45: GETL R6, t36
- 46: ROLL $0x19, t36
- 47: ANDL $0x6000000, t36
- 48: ANDL $0xF9FFFFFF, t34
- 49: ORL t34, t36
- 50: PUTL t36, R3
- 51: INCEIPL $4
-
- 0x2547A688: 906F0180 stw r3,384(r15)
- 52: GETL R3, t38
- 53: GETL R15, t40
- 54: ADDL $0x180, t40
- 55: STL t38, (t40)
- 56: INCEIPL $4
-
- 0x2547A68C: 80E70008 lwz r7,8(r7)
- 57: GETL R7, t42
- 58: ADDL $0x8, t42
- 59: LDL (t42), t44
- 60: PUTL t44, R7
- 61: INCEIPL $4
-
- 0x2547A690: 2F070000 cmpi cr6,r7,0
- 62: GETL R7, t46
- 63: CMP0L t46, t48 (-rSo)
- 64: ICRFL t48, $0x6, CR
- 65: INCEIPL $4
-
- 0x2547A694: 409AFFCC bc 4,26,0x2547A660
- 66: Jc26o $0x2547A660
-
-
-. 0 2547A660 56
-. 81 7F 00 0C 80 07 00 04 83 37 01 58 55 76 10 3A 39 8B 00 01 7C 16 C9 2E 81 E7 00 04 80 6F 01 80 91 9F 00 0C 50 C3 C9 4C 90 6F 01 80 80 E7 00 08 2F 07 00 00 40 9A FF CC
-
-==== BB 888 (0x2547A698) approx BBs exec'd 0 ====
-
- 0x2547A698: 80BF000C lwz r5,12(r31)
- 0: GETL R31, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x2547A69C: 80970158 lwz r4,344(r23)
- 5: GETL R23, t4
- 6: ADDL $0x158, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R4
- 9: INCEIPL $4
-
- 0x2547A6A0: 839E04F4 lwz r28,1268(r30)
- 10: GETL R30, t8
- 11: ADDL $0x4F4, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R28
- 14: INCEIPL $4
-
- 0x2547A6A4: 80FC0000 lwz r7,0(r28)
- 15: GETL R28, t12
- 16: LDL (t12), t14
- 17: PUTL t14, R7
- 18: INCEIPL $4
-
- 0x2547A6A8: 70E80400 andi. r8,r7,0x400
- 19: GETL R7, t16
- 20: ANDL $0x400, t16
- 21: PUTL t16, R8
- 22: CMP0L t16, t18 (-rSo)
- 23: ICRFL t18, $0x0, CR
- 24: INCEIPL $4
-
- 0x2547A6AC: 408204E0 bc 4,2,0x2547AB8C
- 25: Jc02o $0x2547AB8C
-
-
-. 0 2547A698 24
-. 80 BF 00 0C 80 97 01 58 83 9E 04 F4 80 FC 00 00 70 E8 04 00 40 82 04 E0
-
-==== BB 889 (0x2547A6B0) approx BBs exec'd 0 ====
-
- 0x2547A6B0: 80D701F0 lwz r6,496(r23)
- 0: GETL R23, t0
- 1: ADDL $0x1F0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x2547A6B4: 38600000 li r3,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x2547A6B8: 2B860000 cmpli cr7,r6,0
- 8: GETL R6, t6
- 9: MOVL $0x0, t10
- 10: CMPUL t6, t10, t8 (-rSo)
- 11: ICRFL t8, $0x7, CR
- 12: INCEIPL $4
-
- 0x2547A6BC: 409D0048 bc 4,29,0x2547A704
- 13: Jc29o $0x2547A704
-
-
-. 0 2547A6B0 16
-. 80 D7 01 F0 38 60 00 00 2B 86 00 00 40 9D 00 48
-
-==== BB 890 (0x2547A704) approx BBs exec'd 0 ====
-
- 0x2547A704: 807701E8 lwz r3,488(r23)
- 0: GETL R23, t0
- 1: ADDL $0x1E8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x2547A708: 54A5103A rlwinm r5,r5,2,0,29
- 5: GETL R5, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x2547A70C: 3B000001 li r24,1
- 9: MOVL $0x1, t6
- 10: PUTL t6, R24
- 11: INCEIPL $4
-
- 0x2547A710: 480094D1 bl 0x25483BE0
- 12: MOVL $0x2547A714, t8
- 13: PUTL t8, LR
- 14: JMPo-c $0x25483BE0 ($4)
-
-
-. 0 2547A704 16
-. 80 77 01 E8 54 A5 10 3A 3B 00 00 01 48 00 94 D1
-
-==== BB 891 (0x2547A714) approx BBs exec'd 0 ====
-
- 0x2547A714: 80FF000C lwz r7,12(r31)
- 0: GETL R31, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x2547A718: 7C183840 cmpl cr0,r24,r7
- 5: GETL R24, t4
- 6: GETL R7, t6
- 7: CMPUL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x0, CR
- 9: INCEIPL $4
-
- 0x2547A71C: 4080032C bc 4,0,0x2547AA48
- 10: Jc00o $0x2547AA48
-
-
-. 0 2547A714 12
-. 80 FF 00 0C 7C 18 38 40 40 80 03 2C
-
-==== BB 892 (0x2547A720) approx BBs exec'd 0 ====
-
- 0x2547A720: 815701E8 lwz r10,488(r23)
- 0: GETL R23, t0
- 1: ADDL $0x1E8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x2547A724: 82570158 lwz r18,344(r23)
- 5: GETL R23, t4
- 6: ADDL $0x158, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R18
- 9: INCEIPL $4
-
- 0x2547A728: 5715103A rlwinm r21,r24,2,0,29
- 10: GETL R24, t8
- 11: SHLL $0x2, t8
- 12: PUTL t8, R21
- 13: INCEIPL $4
-
- 0x2547A72C: 806A0004 lwz r3,4(r10)
- 14: GETL R10, t10
- 15: ADDL $0x4, t10
- 16: LDL (t10), t12
- 17: PUTL t12, R3
- 18: INCEIPL $4
-
- 0x2547A730: 3B200001 li r25,1
- 19: MOVL $0x1, t14
- 20: PUTL t14, R25
- 21: INCEIPL $4
-
- 0x2547A734: 7F55902E lwzx r26,r21,r18
- 22: GETL R18, t16
- 23: GETL R21, t18
- 24: ADDL t18, t16
- 25: LDL (t16), t20
- 26: PUTL t20, R26
- 27: INCEIPL $4
-
- 0x2547A738: 7F83D000 cmp cr7,r3,r26
- 28: GETL R3, t22
- 29: GETL R26, t24
- 30: CMPL t22, t24, t26 (-rSo)
- 31: ICRFL t26, $0x7, CR
- 32: INCEIPL $4
-
- 0x2547A73C: 419E0018 bc 12,30,0x2547A754
- 33: Js30o $0x2547A754
-
-
-. 0 2547A720 32
-. 81 57 01 E8 82 57 01 58 57 15 10 3A 80 6A 00 04 3B 20 00 01 7F 55 90 2E 7F 83 D0 00 41 9E 00 18
-
-==== BB 893 (0x2547A754) approx BBs exec'd 0 ====
-
- 0x2547A754: 3B790001 addi r27,r25,1
- 0: GETL R25, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R27
- 3: INCEIPL $4
-
- 0x2547A758: 7C9B3840 cmpl cr1,r27,r7
- 4: GETL R27, t2
- 5: GETL R7, t4
- 6: CMPUL t2, t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x2547A75C: 4084007C bc 4,4,0x2547A7D8
- 9: Jc04o $0x2547A7D8
-
-
-. 0 2547A754 12
-. 3B 79 00 01 7C 9B 38 40 40 84 00 7C
-
-==== BB 894 (0x2547A760) approx BBs exec'd 0 ====
-
- 0x2547A760: 5768103A rlwinm r8,r27,2,0,29
- 0: GETL R27, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R8
- 3: INCEIPL $4
-
- 0x2547A764: 7E68502E lwzx r19,r8,r10
- 4: GETL R10, t2
- 5: GETL R8, t4
- 6: ADDL t4, t2
- 7: LDL (t2), t6
- 8: PUTL t6, R19
- 9: INCEIPL $4
-
- 0x2547A768: 817301E8 lwz r11,488(r19)
- 10: GETL R19, t8
- 11: ADDL $0x1E8, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R11
- 14: INCEIPL $4
-
- 0x2547A76C: 2F0B0000 cmpi cr6,r11,0
- 15: GETL R11, t12
- 16: CMP0L t12, t14 (-rSo)
- 17: ICRFL t14, $0x6, CR
- 18: INCEIPL $4
-
- 0x2547A770: 419A005C bc 12,26,0x2547A7CC
- 19: Js26o $0x2547A7CC
-
-
-. 0 2547A760 20
-. 57 68 10 3A 7E 68 50 2E 81 73 01 E8 2F 0B 00 00 41 9A 00 5C
-
-==== BB 895 (0x2547A774) approx BBs exec'd 0 ====
-
- 0x2547A774: 812B0000 lwz r9,0(r11)
- 0: GETL R11, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0x2547A778: 2F890000 cmpi cr7,r9,0
- 4: GETL R9, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x7, CR
- 7: INCEIPL $4
-
- 0x2547A77C: 419E0050 bc 12,30,0x2547A7CC
- 8: Js30o $0x2547A7CC
-
-
-. 0 2547A774 12
-. 81 2B 00 00 2F 89 00 00 41 9E 00 50
-
-==== BB 896 (0x2547A780) approx BBs exec'd 0 ====
-
- 0x2547A780: 7E19D850 subf r16,r25,r27
- 0: GETL R25, t0
- 1: GETL R27, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R16
- 4: INCEIPL $4
-
- 0x2547A784: 5605103A rlwinm r5,r16,2,0,29
- 5: GETL R16, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x2547A788: 48000010 b 0x2547A798
- 9: JMPo $0x2547A798 ($4)
-
-
-. 0 2547A780 12
-. 7E 19 D8 50 56 05 10 3A 48 00 00 10
-
-==== BB 897 (0x2547A798) approx BBs exec'd 0 ====
-
- 0x2547A798: 7C09D000 cmp cr0,r9,r26
- 0: GETL R9, t0
- 1: GETL R26, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x0, CR
- 4: INCEIPL $4
-
- 0x2547A79C: 396B0004 addi r11,r11,4
- 5: GETL R11, t6
- 6: ADDL $0x4, t6
- 7: PUTL t6, R11
- 8: INCEIPL $4
-
- 0x2547A7A0: 4082FFEC bc 4,2,0x2547A78C
- 9: Jc02o $0x2547A78C
-
-
-. 0 2547A798 12
-. 7C 09 D0 00 39 6B 00 04 40 82 FF EC
-
-==== BB 898 (0x2547A78C) approx BBs exec'd 0 ====
-
- 0x2547A78C: 812B0000 lwz r9,0(r11)
- 0: GETL R11, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0x2547A790: 2C890000 cmpi cr1,r9,0
- 4: GETL R9, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x1, CR
- 7: INCEIPL $4
-
- 0x2547A794: 41860038 bc 12,6,0x2547A7CC
- 8: Js06o $0x2547A7CC
-
-
-. 0 2547A78C 12
-. 81 2B 00 00 2C 89 00 00 41 86 00 38
-
-==== BB 899 (0x2547A7CC) approx BBs exec'd 0 ====
-
- 0x2547A7CC: 3B7B0001 addi r27,r27,1
- 0: GETL R27, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R27
- 3: INCEIPL $4
-
- 0x2547A7D0: 7C9B3840 cmpl cr1,r27,r7
- 4: GETL R27, t2
- 5: GETL R7, t4
- 6: CMPUL t2, t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x2547A7D4: 4184FF8C bc 12,4,0x2547A760
- 9: Js04o $0x2547A760
-
-
-. 0 2547A7CC 12
-. 3B 7B 00 01 7C 9B 38 40 41 84 FF 8C
-
-==== BB 900 (0x2547A7D8) approx BBs exec'd 0 ====
-
- 0x2547A7D8: 3B180001 addi r24,r24,1
- 0: GETL R24, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R24
- 3: INCEIPL $4
-
- 0x2547A7DC: 7F183840 cmpl cr6,r24,r7
- 4: GETL R24, t2
- 5: GETL R7, t4
- 6: CMPUL t2, t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x2547A7E0: 4198FF44 bc 12,24,0x2547A724
- 9: Js24o $0x2547A724
-
-
-. 0 2547A7D8 12
-. 3B 18 00 01 7F 18 38 40 41 98 FF 44
-
-==== BB 901 (0x2547A724) approx BBs exec'd 0 ====
-
- 0x2547A724: 82570158 lwz r18,344(r23)
- 0: GETL R23, t0
- 1: ADDL $0x158, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R18
- 4: INCEIPL $4
-
- 0x2547A728: 5715103A rlwinm r21,r24,2,0,29
- 5: GETL R24, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R21
- 8: INCEIPL $4
-
- 0x2547A72C: 806A0004 lwz r3,4(r10)
- 9: GETL R10, t6
- 10: ADDL $0x4, t6
- 11: LDL (t6), t8
- 12: PUTL t8, R3
- 13: INCEIPL $4
-
- 0x2547A730: 3B200001 li r25,1
- 14: MOVL $0x1, t10
- 15: PUTL t10, R25
- 16: INCEIPL $4
-
- 0x2547A734: 7F55902E lwzx r26,r21,r18
- 17: GETL R18, t12
- 18: GETL R21, t14
- 19: ADDL t14, t12
- 20: LDL (t12), t16
- 21: PUTL t16, R26
- 22: INCEIPL $4
-
- 0x2547A738: 7F83D000 cmp cr7,r3,r26
- 23: GETL R3, t18
- 24: GETL R26, t20
- 25: CMPL t18, t20, t22 (-rSo)
- 26: ICRFL t22, $0x7, CR
- 27: INCEIPL $4
-
- 0x2547A73C: 419E0018 bc 12,30,0x2547A754
- 28: Js30o $0x2547A754
-
-
-. 0 2547A724 28
-. 82 57 01 58 57 15 10 3A 80 6A 00 04 3B 20 00 01 7F 55 90 2E 7F 83 D0 00 41 9E 00 18
-
-==== BB 902 (0x2547A740) approx BBs exec'd 0 ====
-
- 0x2547A740: 3B390001 addi r25,r25,1
- 0: GETL R25, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R25
- 3: INCEIPL $4
-
- 0x2547A744: 572E103A rlwinm r14,r25,2,0,29
- 4: GETL R25, t2
- 5: SHLL $0x2, t2
- 6: PUTL t2, R14
- 7: INCEIPL $4
-
- 0x2547A748: 7F6E502E lwzx r27,r14,r10
- 8: GETL R10, t4
- 9: GETL R14, t6
- 10: ADDL t6, t4
- 11: LDL (t4), t8
- 12: PUTL t8, R27
- 13: INCEIPL $4
-
- 0x2547A74C: 7F9BD000 cmp cr7,r27,r26
- 14: GETL R27, t10
- 15: GETL R26, t12
- 16: CMPL t10, t12, t14 (-rSo)
- 17: ICRFL t14, $0x7, CR
- 18: INCEIPL $4
-
- 0x2547A750: 409EFFF0 bc 4,30,0x2547A740
- 19: Jc30o $0x2547A740
-
-
-. 0 2547A740 20
-. 3B 39 00 01 57 2E 10 3A 7F 6E 50 2E 7F 9B D0 00 40 9E FF F0
-
-==== BB 903 (0x2547A7E4) approx BBs exec'd 0 ====
-
- 0x2547A7E4: 2F910000 cmpi cr7,r17,0
- 0: GETL R17, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x2547A7E8: 54F7103A rlwinm r23,r7,2,0,29
- 4: GETL R7, t4
- 5: SHLL $0x2, t4
- 6: PUTL t4, R23
- 7: INCEIPL $4
-
- 0x2547A7EC: 3B400000 li r26,0
- 8: MOVL $0x0, t6
- 9: PUTL t6, R26
- 10: INCEIPL $4
-
- 0x2547A7F0: 7F57512E stwx r26,r23,r10
- 11: GETL R10, t8
- 12: GETL R23, t10
- 13: ADDL t10, t8
- 14: GETL R26, t12
- 15: STL t12, (t8)
- 16: INCEIPL $4
-
- 0x2547A7F4: 409E06DC bc 4,30,0x2547AED0
- 17: Jc30o $0x2547AED0
-
-
-. 0 2547A7E4 20
-. 2F 91 00 00 54 F7 10 3A 3B 40 00 00 7F 57 51 2E 40 9E 06 DC
-
-==== BB 904 (0x2547A7F8) approx BBs exec'd 0 ====
-
- 0x2547A7F8: 81010000 lwz r8,0(r1)
- 0: GETL R1, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R8
- 3: INCEIPL $4
-
- 0x2547A7FC: 82280004 lwz r17,4(r8)
- 4: GETL R8, t4
- 5: ADDL $0x4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R17
- 8: INCEIPL $4
-
- 0x2547A800: 81C8FFB8 lwz r14,-72(r8)
- 9: GETL R8, t8
- 10: ADDL $0xFFFFFFB8, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R14
- 13: INCEIPL $4
-
- 0x2547A804: 7E2803A6 mtlr r17
- 14: GETL R17, t12
- 15: PUTL t12, LR
- 16: INCEIPL $4
-
- 0x2547A808: 81E8FFBC lwz r15,-68(r8)
- 17: GETL R8, t14
- 18: ADDL $0xFFFFFFBC, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R15
- 21: INCEIPL $4
-
- 0x2547A80C: 8208FFC0 lwz r16,-64(r8)
- 22: GETL R8, t18
- 23: ADDL $0xFFFFFFC0, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R16
- 26: INCEIPL $4
-
- 0x2547A810: 8228FFC4 lwz r17,-60(r8)
- 27: GETL R8, t22
- 28: ADDL $0xFFFFFFC4, t22
- 29: LDL (t22), t24
- 30: PUTL t24, R17
- 31: INCEIPL $4
-
- 0x2547A814: 8248FFC8 lwz r18,-56(r8)
- 32: GETL R8, t26
- 33: ADDL $0xFFFFFFC8, t26
- 34: LDL (t26), t28
- 35: PUTL t28, R18
- 36: INCEIPL $4
-
- 0x2547A818: 8268FFCC lwz r19,-52(r8)
- 37: GETL R8, t30
- 38: ADDL $0xFFFFFFCC, t30
- 39: LDL (t30), t32
- 40: PUTL t32, R19
- 41: INCEIPL $4
-
- 0x2547A81C: 8288FFD0 lwz r20,-48(r8)
- 42: GETL R8, t34
- 43: ADDL $0xFFFFFFD0, t34
- 44: LDL (t34), t36
- 45: PUTL t36, R20
- 46: INCEIPL $4
-
- 0x2547A820: 82A8FFD4 lwz r21,-44(r8)
- 47: GETL R8, t38
- 48: ADDL $0xFFFFFFD4, t38
- 49: LDL (t38), t40
- 50: PUTL t40, R21
- 51: INCEIPL $4
-
- 0x2547A824: 82C8FFD8 lwz r22,-40(r8)
- 52: GETL R8, t42
- 53: ADDL $0xFFFFFFD8, t42
- 54: LDL (t42), t44
- 55: PUTL t44, R22
- 56: INCEIPL $4
-
- 0x2547A828: 82E8FFDC lwz r23,-36(r8)
- 57: GETL R8, t46
- 58: ADDL $0xFFFFFFDC, t46
- 59: LDL (t46), t48
- 60: PUTL t48, R23
- 61: INCEIPL $4
-
- 0x2547A82C: 8308FFE0 lwz r24,-32(r8)
- 62: GETL R8, t50
- 63: ADDL $0xFFFFFFE0, t50
- 64: LDL (t50), t52
- 65: PUTL t52, R24
- 66: INCEIPL $4
-
- 0x2547A830: 8328FFE4 lwz r25,-28(r8)
- 67: GETL R8, t54
- 68: ADDL $0xFFFFFFE4, t54
- 69: LDL (t54), t56
- 70: PUTL t56, R25
- 71: INCEIPL $4
-
- 0x2547A834: 8348FFE8 lwz r26,-24(r8)
- 72: GETL R8, t58
- 73: ADDL $0xFFFFFFE8, t58
- 74: LDL (t58), t60
- 75: PUTL t60, R26
- 76: INCEIPL $4
-
- 0x2547A838: 8368FFEC lwz r27,-20(r8)
- 77: GETL R8, t62
- 78: ADDL $0xFFFFFFEC, t62
- 79: LDL (t62), t64
- 80: PUTL t64, R27
- 81: INCEIPL $4
-
- 0x2547A83C: 8388FFF0 lwz r28,-16(r8)
- 82: GETL R8, t66
- 83: ADDL $0xFFFFFFF0, t66
- 84: LDL (t66), t68
- 85: PUTL t68, R28
- 86: INCEIPL $4
-
- 0x2547A840: 83A8FFF4 lwz r29,-12(r8)
- 87: GETL R8, t70
- 88: ADDL $0xFFFFFFF4, t70
- 89: LDL (t70), t72
- 90: PUTL t72, R29
- 91: INCEIPL $4
-
- 0x2547A844: 83C8FFF8 lwz r30,-8(r8)
- 92: GETL R8, t74
- 93: ADDL $0xFFFFFFF8, t74
- 94: LDL (t74), t76
- 95: PUTL t76, R30
- 96: INCEIPL $4
-
- 0x2547A848: 83E8FFFC lwz r31,-4(r8)
- 97: GETL R8, t78
- 98: ADDL $0xFFFFFFFC, t78
- 99: LDL (t78), t80
- 100: PUTL t80, R31
- 101: INCEIPL $4
-
- 0x2547A84C: 7D014378 or r1,r8,r8
- 102: GETL R8, t82
- 103: PUTL t82, R1
- 104: INCEIPL $4
-
- 0x2547A850: 4E800020 blr
- 105: GETL LR, t84
- 106: JMPo-r t84 ($4)
-
-
-. 0 2547A7F8 92
-. 81 01 00 00 82 28 00 04 81 C8 FF B8 7E 28 03 A6 81 E8 FF BC 82 08 FF C0 82 28 FF C4 82 48 FF C8 82 68 FF CC 82 88 FF D0 82 A8 FF D4 82 C8 FF D8 82 E8 FF DC 83 08 FF E0 83 28 FF E4 83 48 FF E8 83 68 FF EC 83 88 FF F0 83 A8 FF F4 83 C8 FF F8 83 E8 FF FC 7D 01 43 78 4E 80 00 20
-
-==== BB 905 (0x254727E4) approx BBs exec'd 0 ====
-
- 0x254727E4: 80F4015C lwz r7,348(r20)
- 0: GETL R20, t0
- 1: ADDL $0x15C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x254727E8: 2C870000 cmpi cr1,r7,0
- 5: GETL R7, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x254727EC: 4186003C bc 12,6,0x25472828
- 9: Js06o $0x25472828
-
-
-. 0 254727E4 12
-. 80 F4 01 5C 2C 87 00 00 41 86 00 3C
-
-==== BB 906 (0x254727F0) approx BBs exec'd 0 ====
-
- 0x254727F0: 81140158 lwz r8,344(r20)
- 0: GETL R20, t0
- 1: ADDL $0x158, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x254727F4: 7CE903A6 mtctr r7
- 5: GETL R7, t4
- 6: PUTL t4, CTR
- 7: INCEIPL $4
-
- 0x254727F8: 38E7FFFF addi r7,r7,-1
- 8: GETL R7, t6
- 9: ADDL $0xFFFFFFFF, t6
- 10: PUTL t6, R7
- 11: INCEIPL $4
-
- 0x254727FC: 54F1103A rlwinm r17,r7,2,0,29
- 12: GETL R7, t8
- 13: SHLL $0x2, t8
- 14: PUTL t8, R17
- 15: INCEIPL $4
-
- 0x25472800: 7F11402E lwzx r24,r17,r8
- 16: GETL R8, t10
- 17: GETL R17, t12
- 18: ADDL t12, t10
- 19: LDL (t10), t14
- 20: PUTL t14, R24
- 21: INCEIPL $4
-
- 0x25472804: 82B80180 lwz r21,384(r24)
- 22: GETL R24, t16
- 23: ADDL $0x180, t16
- 24: LDL (t16), t18
- 25: PUTL t18, R21
- 26: INCEIPL $4
-
- 0x25472808: 66A80800 oris r8,r21,0x800
- 27: GETL R21, t20
- 28: ORL $0x8000000, t20
- 29: PUTL t20, R8
- 30: INCEIPL $4
-
- 0x2547280C: 91180180 stw r8,384(r24)
- 31: GETL R8, t22
- 32: GETL R24, t24
- 33: ADDL $0x180, t24
- 34: STL t22, (t24)
- 35: INCEIPL $4
-
- 0x25472810: 81140158 lwz r8,344(r20)
- 36: GETL R20, t26
- 37: ADDL $0x158, t26
- 38: LDL (t26), t28
- 39: PUTL t28, R8
- 40: INCEIPL $4
-
- 0x25472814: 7F31402E lwzx r25,r17,r8
- 41: GETL R8, t30
- 42: GETL R17, t32
- 43: ADDL t32, t30
- 44: LDL (t30), t34
- 45: PUTL t34, R25
- 46: INCEIPL $4
-
- 0x25472818: 81390178 lwz r9,376(r25)
- 47: GETL R25, t36
- 48: ADDL $0x178, t36
- 49: LDL (t36), t38
- 50: PUTL t38, R9
- 51: INCEIPL $4
-
- 0x2547281C: 3B890001 addi r28,r9,1
- 52: GETL R9, t40
- 53: ADDL $0x1, t40
- 54: PUTL t40, R28
- 55: INCEIPL $4
-
- 0x25472820: 93990178 stw r28,376(r25)
- 56: GETL R28, t42
- 57: GETL R25, t44
- 58: ADDL $0x178, t44
- 59: STL t42, (t44)
- 60: INCEIPL $4
-
- 0x25472824: 4200FFD4 bc 16,0,0x254727F8
- 61: GETL CTR, t46
- 62: ADDL $0xFFFFFFFF, t46
- 63: PUTL t46, CTR
- 64: JIFZL t46, $0x25472828
- 65: JMPo $0x254727F8 ($4)
-
-
-. 0 254727F0 56
-. 81 14 01 58 7C E9 03 A6 38 E7 FF FF 54 F1 10 3A 7F 11 40 2E 82 B8 01 80 66 A8 08 00 91 18 01 80 81 14 01 58 7F 31 40 2E 81 39 01 78 3B 89 00 01 93 99 01 78 42 00 FF D4
-
-==== BB 907 (0x254727F8) approx BBs exec'd 0 ====
-
- 0x254727F8: 38E7FFFF addi r7,r7,-1
- 0: GETL R7, t0
- 1: ADDL $0xFFFFFFFF, t0
- 2: PUTL t0, R7
- 3: INCEIPL $4
-
- 0x254727FC: 54F1103A rlwinm r17,r7,2,0,29
- 4: GETL R7, t2
- 5: SHLL $0x2, t2
- 6: PUTL t2, R17
- 7: INCEIPL $4
-
- 0x25472800: 7F11402E lwzx r24,r17,r8
- 8: GETL R8, t4
- 9: GETL R17, t6
- 10: ADDL t6, t4
- 11: LDL (t4), t8
- 12: PUTL t8, R24
- 13: INCEIPL $4
-
- 0x25472804: 82B80180 lwz r21,384(r24)
- 14: GETL R24, t10
- 15: ADDL $0x180, t10
- 16: LDL (t10), t12
- 17: PUTL t12, R21
- 18: INCEIPL $4
-
- 0x25472808: 66A80800 oris r8,r21,0x800
- 19: GETL R21, t14
- 20: ORL $0x8000000, t14
- 21: PUTL t14, R8
- 22: INCEIPL $4
-
- 0x2547280C: 91180180 stw r8,384(r24)
- 23: GETL R8, t16
- 24: GETL R24, t18
- 25: ADDL $0x180, t18
- 26: STL t16, (t18)
- 27: INCEIPL $4
-
- 0x25472810: 81140158 lwz r8,344(r20)
- 28: GETL R20, t20
- 29: ADDL $0x158, t20
- 30: LDL (t20), t22
- 31: PUTL t22, R8
- 32: INCEIPL $4
-
- 0x25472814: 7F31402E lwzx r25,r17,r8
- 33: GETL R8, t24
- 34: GETL R17, t26
- 35: ADDL t26, t24
- 36: LDL (t24), t28
- 37: PUTL t28, R25
- 38: INCEIPL $4
-
- 0x25472818: 81390178 lwz r9,376(r25)
- 39: GETL R25, t30
- 40: ADDL $0x178, t30
- 41: LDL (t30), t32
- 42: PUTL t32, R9
- 43: INCEIPL $4
-
- 0x2547281C: 3B890001 addi r28,r9,1
- 44: GETL R9, t34
- 45: ADDL $0x1, t34
- 46: PUTL t34, R28
- 47: INCEIPL $4
-
- 0x25472820: 93990178 stw r28,376(r25)
- 48: GETL R28, t36
- 49: GETL R25, t38
- 50: ADDL $0x178, t38
- 51: STL t36, (t38)
- 52: INCEIPL $4
-
- 0x25472824: 4200FFD4 bc 16,0,0x254727F8
- 53: GETL CTR, t40
- 54: ADDL $0xFFFFFFFF, t40
- 55: PUTL t40, CTR
- 56: JIFZL t40, $0x25472828
- 57: JMPo $0x254727F8 ($4)
-
-
-. 0 254727F8 48
-. 38 E7 FF FF 54 F1 10 3A 7F 11 40 2E 82 B8 01 80 66 A8 08 00 91 18 01 80 81 14 01 58 7F 31 40 2E 81 39 01 78 3B 89 00 01 93 99 01 78 42 00 FF D4
-
-==== BB 908 (0x25472828) approx BBs exec'd 0 ====
-
- 0x25472828: 816E01C8 lwz r11,456(r14)
- 0: GETL R14, t0
- 1: ADDL $0x1C8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x2547282C: 80EE01C4 lwz r7,452(r14)
- 5: GETL R14, t4
- 6: ADDL $0x1C4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R7
- 9: INCEIPL $4
-
- 0x25472830: 90EB000C stw r7,12(r11)
- 10: GETL R7, t8
- 11: GETL R11, t10
- 12: ADDL $0xC, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x25472834: 812E01C4 lwz r9,452(r14)
- 15: GETL R14, t12
- 16: ADDL $0x1C4, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0x25472838: 2E090000 cmpi cr4,r9,0
- 20: GETL R9, t16
- 21: CMP0L t16, t18 (-rSo)
- 22: ICRFL t18, $0x4, CR
- 23: INCEIPL $4
-
- 0x2547283C: 41920008 bc 12,18,0x25472844
- 24: Js18o $0x25472844
-
-
-. 0 25472828 24
-. 81 6E 01 C8 80 EE 01 C4 90 EB 00 0C 81 2E 01 C4 2E 09 00 00 41 92 00 08
-
-==== BB 909 (0x25472840) approx BBs exec'd 0 ====
-
- 0x25472840: 91690010 stw r11,16(r9)
- 0: GETL R11, t0
- 1: GETL R9, t2
- 2: ADDL $0x10, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25472844: 814E0330 lwz r10,816(r14)
- 5: GETL R14, t4
- 6: ADDL $0x330, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R10
- 9: INCEIPL $4
-
- 0x25472848: 2B0A0001 cmpli cr6,r10,1
- 10: GETL R10, t8
- 11: MOVL $0x1, t12
- 12: CMPUL t8, t12, t10 (-rSo)
- 13: ICRFL t10, $0x6, CR
- 14: INCEIPL $4
-
- 0x2547284C: 40991358 bc 4,25,0x25473BA4
- 15: Jc25o $0x25473BA4
-
-
-. 0 25472840 16
-. 91 69 00 10 81 4E 03 30 2B 0A 00 01 40 99 13 58
-
-==== BB 910 (0x25472850) approx BBs exec'd 0 ====
-
- 0x25472850: 81540158 lwz r10,344(r20)
- 0: GETL R20, t0
- 1: ADDL $0x158, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x25472854: 390E01B8 addi r8,r14,440
- 5: GETL R14, t4
- 6: ADDL $0x1B8, t4
- 7: PUTL t4, R8
- 8: INCEIPL $4
-
- 0x25472858: 39200001 li r9,1
- 9: MOVL $0x1, t6
- 10: PUTL t6, R9
- 11: INCEIPL $4
-
- 0x2547285C: 39600004 li r11,4
- 12: MOVL $0x4, t8
- 13: PUTL t8, R11
- 14: INCEIPL $4
-
- 0x25472860: 806A0004 lwz r3,4(r10)
- 15: GETL R10, t10
- 16: ADDL $0x4, t10
- 17: LDL (t10), t12
- 18: PUTL t12, R3
- 19: INCEIPL $4
-
- 0x25472864: 7F834000 cmp cr7,r3,r8
- 20: GETL R3, t14
- 21: GETL R8, t16
- 22: CMPL t14, t16, t18 (-rSo)
- 23: ICRFL t18, $0x7, CR
- 24: INCEIPL $4
-
- 0x25472868: 419E0018 bc 12,30,0x25472880
- 25: Js30o $0x25472880
-
-
-. 0 25472850 28
-. 81 54 01 58 39 0E 01 B8 39 20 00 01 39 60 00 04 80 6A 00 04 7F 83 40 00 41 9E 00 18
-
-==== BB 911 (0x2547286C) approx BBs exec'd 0 ====
-
- 0x2547286C: 39290001 addi r9,r9,1
- 0: GETL R9, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R9
- 3: INCEIPL $4
-
- 0x25472870: 552B103A rlwinm r11,r9,2,0,29
- 4: GETL R9, t2
- 5: SHLL $0x2, t2
- 6: PUTL t2, R11
- 7: INCEIPL $4
-
- 0x25472874: 7C8B502E lwzx r4,r11,r10
- 8: GETL R10, t4
- 9: GETL R11, t6
- 10: ADDL t6, t4
- 11: LDL (t4), t8
- 12: PUTL t8, R4
- 13: INCEIPL $4
-
- 0x25472878: 7F844000 cmp cr7,r4,r8
- 14: GETL R4, t10
- 15: GETL R8, t12
- 16: CMPL t10, t12, t14 (-rSo)
- 17: ICRFL t14, $0x7, CR
- 18: INCEIPL $4
-
- 0x2547287C: 409EFFF0 bc 4,30,0x2547286C
- 19: Jc30o $0x2547286C
-
-
-. 0 2547286C 20
-. 39 29 00 01 55 2B 10 3A 7C 8B 50 2E 7F 84 40 00 40 9E FF F0
-
-==== BB 912 (0x25472880) approx BBs exec'd 0 ====
-
- 0x25472880: 811F0030 lwz r8,48(r31)
- 0: GETL R31, t0
- 1: ADDL $0x30, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x25472884: 7D4B5214 add r10,r11,r10
- 5: GETL R11, t4
- 6: GETL R10, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R10
- 9: INCEIPL $4
-
- 0x25472888: 816AFFFC lwz r11,-4(r10)
- 10: GETL R10, t8
- 11: ADDL $0xFFFFFFFC, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R11
- 14: INCEIPL $4
-
- 0x2547288C: 2C080000 cmpi cr0,r8,0
- 15: GETL R8, t12
- 16: CMP0L t12, t14 (-rSo)
- 17: ICRFL t14, $0x0, CR
- 18: INCEIPL $4
-
- 0x25472890: 916E01C8 stw r11,456(r14)
- 19: GETL R11, t16
- 20: GETL R14, t18
- 21: ADDL $0x1C8, t18
- 22: STL t16, (t18)
- 23: INCEIPL $4
-
- 0x25472894: 40820F34 bc 4,2,0x254737C8
- 24: Jc02o $0x254737C8
-
-
-. 0 25472880 24
-. 81 1F 00 30 7D 4B 52 14 81 6A FF FC 2C 08 00 00 91 6E 01 C8 40 82 0F 34
-
-==== BB 913 (0x25472898) approx BBs exec'd 0 ====
-
- 0x25472898: 8274015C lwz r19,348(r20)
- 0: GETL R20, t0
- 1: ADDL $0x15C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R19
- 4: INCEIPL $4
-
- 0x2547289C: 3AE90001 addi r23,r9,1
- 5: GETL R9, t4
- 6: ADDL $0x1, t4
- 7: PUTL t4, R23
- 8: INCEIPL $4
-
- 0x254728A0: 38000000 li r0,0
- 9: MOVL $0x0, t6
- 10: PUTL t6, R0
- 11: INCEIPL $4
-
- 0x254728A4: 7DC97378 or r9,r14,r14
- 12: GETL R14, t8
- 13: PUTL t8, R9
- 14: INCEIPL $4
-
- 0x254728A8: 7F979840 cmpl cr7,r23,r19
- 15: GETL R23, t10
- 16: GETL R19, t12
- 17: CMPUL t10, t12, t14 (-rSo)
- 18: ICRFL t14, $0x7, CR
- 19: INCEIPL $4
-
- 0x254728AC: 409C0008 bc 4,28,0x254728B4
- 20: Jc28o $0x254728B4
-
-
-. 0 25472898 24
-. 82 74 01 5C 3A E9 00 01 38 00 00 00 7D C9 73 78 7F 97 98 40 40 9C 00 08
-
-==== BB 914 (0x254728B4) approx BBs exec'd 0 ====
-
- 0x254728B4: 900901C4 stw r0,452(r9)
- 0: GETL R0, t0
- 1: GETL R9, t2
- 2: ADDL $0x1C4, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x254728B8: 820E01C8 lwz r16,456(r14)
- 5: GETL R14, t4
- 6: ADDL $0x1C8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R16
- 9: INCEIPL $4
-
- 0x254728BC: 380E01B8 addi r0,r14,440
- 10: GETL R14, t8
- 11: ADDL $0x1B8, t8
- 12: PUTL t8, R0
- 13: INCEIPL $4
-
- 0x254728C0: 9010000C stw r0,12(r16)
- 14: GETL R0, t10
- 15: GETL R16, t12
- 16: ADDL $0xC, t12
- 17: STL t10, (t12)
- 18: INCEIPL $4
-
- 0x254728C4: 812E01C4 lwz r9,452(r14)
- 19: GETL R14, t14
- 20: ADDL $0x1C4, t14
- 21: LDL (t14), t16
- 22: PUTL t16, R9
- 23: INCEIPL $4
-
- 0x254728C8: 2C890000 cmpi cr1,r9,0
- 24: GETL R9, t18
- 25: CMP0L t18, t20 (-rSo)
- 26: ICRFL t20, $0x1, CR
- 27: INCEIPL $4
-
- 0x254728CC: 41860008 bc 12,6,0x254728D4
- 28: Js06o $0x254728D4
-
-
-. 0 254728B4 28
-. 90 09 01 C4 82 0E 01 C8 38 0E 01 B8 90 10 00 0C 81 2E 01 C4 2C 89 00 00 41 86 00 08
-
-==== BB 915 (0x254728D4) approx BBs exec'd 0 ====
-
- 0x254728D4: 807E002C lwz r3,44(r30)
- 0: GETL R30, t0
- 1: ADDL $0x2C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x254728D8: 691A0003 xori r26,r8,0x3
- 5: GETL R8, t4
- 6: XORL $0x3, t4
- 7: PUTL t4, R26
- 8: INCEIPL $4
-
- 0x254728DC: 201A0000 subfic r0,r26,0
- 9: GETL R26, t6
- 10: MOVL $0x0, t8
- 11: SBBL t6, t8 (-wCa)
- 12: PUTL t8, R0
- 13: INCEIPL $4
-
- 0x254728E0: 7F40D114 adde r26,r0,r26
- 14: GETL R0, t10
- 15: GETL R26, t12
- 16: ADCL t10, t12 (-rCa-wCa)
- 17: PUTL t12, R26
- 18: INCEIPL $4
-
- 0x254728E4: 809E0014 lwz r4,20(r30)
- 19: GETL R30, t14
- 20: ADDL $0x14, t14
- 21: LDL (t14), t16
- 22: PUTL t16, R4
- 23: INCEIPL $4
-
- 0x254728E8: 21480000 subfic r10,r8,0
- 24: GETL R8, t18
- 25: MOVL $0x0, t20
- 26: SBBL t18, t20 (-wCa)
- 27: PUTL t20, R10
- 28: INCEIPL $4
-
- 0x254728EC: 7FAA4114 adde r29,r10,r8
- 29: GETL R10, t22
- 30: GETL R8, t24
- 31: ADCL t22, t24 (-rCa-wCa)
- 32: PUTL t24, R29
- 33: INCEIPL $4
-
- 0x254728F0: 38BF0058 addi r5,r31,88
- 34: GETL R31, t26
- 35: ADDL $0x58, t26
- 36: PUTL t26, R5
- 37: INCEIPL $4
-
- 0x254728F4: 93BF0058 stw r29,88(r31)
- 38: GETL R29, t28
- 39: GETL R31, t30
- 40: ADDL $0x58, t30
- 41: STL t28, (t30)
- 42: INCEIPL $4
-
- 0x254728F8: 935F005C stw r26,92(r31)
- 43: GETL R26, t32
- 44: GETL R31, t34
- 45: ADDL $0x5C, t34
- 46: STL t32, (t34)
- 47: INCEIPL $4
-
- 0x254728FC: 48008D9D bl 0x2547B698
- 48: MOVL $0x25472900, t36
- 49: PUTL t36, LR
- 50: JMPo-c $0x2547B698 ($4)
-
-
-. 0 254728D4 44
-. 80 7E 00 2C 69 1A 00 03 20 1A 00 00 7F 40 D1 14 80 9E 00 14 21 48 00 00 7F AA 41 14 38 BF 00 58 93 BF 00 58 93 5F 00 5C 48 00 8D 9D
-
-==== BB 916 _dl_receive_error(0x2547B698) approx BBs exec'd 0 ====
-
- 0x2547B698: 9421FFD0 stwu r1,-48(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFD0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547B69C: 7CC802A6 mflr r6
- 6: GETL LR, t4
- 7: PUTL t4, R6
- 8: INCEIPL $4
-
- 0x2547B6A0: 4801B961 bl 0x25497000
- 9: MOVL $0x2547B6A4, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-. 0 2547B698 12
-. 94 21 FF D0 7C C8 02 A6 48 01 B9 61
-
-==== BB 917 (0x2547B6A4) approx BBs exec'd 0 ====
-
- 0x2547B6A4: 93C10028 stw r30,40(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x28, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547B6A8: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x2547B6AC: 9361001C stw r27,28(r1)
- 8: GETL R27, t6
- 9: GETL R1, t8
- 10: ADDL $0x1C, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x2547B6B0: 7CBB2B78 or r27,r5,r5
- 13: GETL R5, t10
- 14: PUTL t10, R27
- 15: INCEIPL $4
-
- 0x2547B6B4: 90C10034 stw r6,52(r1)
- 16: GETL R6, t12
- 17: GETL R1, t14
- 18: ADDL $0x34, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0x2547B6B8: 92E1000C stw r23,12(r1)
- 21: GETL R23, t16
- 22: GETL R1, t18
- 23: ADDL $0xC, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0x2547B6BC: 7C972378 or r23,r4,r4
- 26: GETL R4, t20
- 27: PUTL t20, R23
- 28: INCEIPL $4
-
- 0x2547B6C0: 80BE04C8 lwz r5,1224(r30)
- 29: GETL R30, t22
- 30: ADDL $0x4C8, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R5
- 33: INCEIPL $4
-
- 0x2547B6C4: 93210014 stw r25,20(r1)
- 34: GETL R25, t26
- 35: GETL R1, t28
- 36: ADDL $0x14, t28
- 37: STL t26, (t28)
- 38: INCEIPL $4
-
- 0x2547B6C8: 7C791B78 or r25,r3,r3
- 39: GETL R3, t30
- 40: PUTL t30, R25
- 41: INCEIPL $4
-
- 0x2547B6CC: 812501B4 lwz r9,436(r5)
- 42: GETL R5, t32
- 43: ADDL $0x1B4, t32
- 44: LDL (t32), t34
- 45: PUTL t34, R9
- 46: INCEIPL $4
-
- 0x2547B6D0: 93410018 stw r26,24(r1)
- 47: GETL R26, t36
- 48: GETL R1, t38
- 49: ADDL $0x18, t38
- 50: STL t36, (t38)
- 51: INCEIPL $4
-
- 0x2547B6D4: 93810020 stw r28,32(r1)
- 52: GETL R28, t40
- 53: GETL R1, t42
- 54: ADDL $0x20, t42
- 55: STL t40, (t42)
- 56: INCEIPL $4
-
- 0x2547B6D8: 7D2903A6 mtctr r9
- 57: GETL R9, t44
- 58: PUTL t44, CTR
- 59: INCEIPL $4
-
- 0x2547B6DC: 93A10024 stw r29,36(r1)
- 60: GETL R29, t46
- 61: GETL R1, t48
- 62: ADDL $0x24, t48
- 63: STL t46, (t48)
- 64: INCEIPL $4
-
- 0x2547B6E0: 839E031C lwz r28,796(r30)
- 65: GETL R30, t50
- 66: ADDL $0x31C, t50
- 67: LDL (t50), t52
- 68: PUTL t52, R28
- 69: INCEIPL $4
-
- 0x2547B6E4: 4E800421 bctrl
- 70: MOVL $0x2547B6E8, t54
- 71: PUTL t54, LR
- 72: GETL CTR, t56
- 73: JMPo-c t56 ($4)
-
-
-. 0 2547B6A4 68
-. 93 C1 00 28 7F C8 02 A6 93 61 00 1C 7C BB 2B 78 90 C1 00 34 92 E1 00 0C 7C 97 23 78 80 BE 04 C8 93 21 00 14 7C 79 1B 78 81 25 01 B4 93 41 00 18 93 81 00 20 7D 29 03 A6 93 A1 00 24 83 9E 03 1C 4E 80 04 21
-
-==== BB 918 (0x2547B6E8) approx BBs exec'd 0 ====
-
- 0x2547B6E8: 38800000 li r4,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0x2547B6EC: 7C7D1B78 or r29,r3,r3
- 3: GETL R3, t2
- 4: PUTL t2, R29
- 5: INCEIPL $4
-
- 0x2547B6F0: 7EE803A6 mtlr r23
- 6: GETL R23, t4
- 7: PUTL t4, LR
- 8: INCEIPL $4
-
- 0x2547B6F4: 835D0000 lwz r26,0(r29)
- 9: GETL R29, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R26
- 12: INCEIPL $4
-
- 0x2547B6F8: 7F63DB78 or r3,r27,r27
- 13: GETL R27, t10
- 14: PUTL t10, R3
- 15: INCEIPL $4
-
- 0x2547B6FC: 909D0000 stw r4,0(r29)
- 16: GETL R4, t12
- 17: GETL R29, t14
- 18: STL t12, (t14)
- 19: INCEIPL $4
-
- 0x2547B700: 837C0000 lwz r27,0(r28)
- 20: GETL R28, t16
- 21: LDL (t16), t18
- 22: PUTL t18, R27
- 23: INCEIPL $4
-
- 0x2547B704: 933C0000 stw r25,0(r28)
- 24: GETL R25, t20
- 25: GETL R28, t22
- 26: STL t20, (t22)
- 27: INCEIPL $4
-
- 0x2547B708: 4E800021 blrl
- 28: GETL LR, t24
- 29: MOVL $0x2547B70C, t26
- 30: PUTL t26, LR
- 31: JMPo-r t24 ($4)
-
-
-. 0 2547B6E8 36
-. 38 80 00 00 7C 7D 1B 78 7E E8 03 A6 83 5D 00 00 7F 63 DB 78 90 9D 00 00 83 7C 00 00 93 3C 00 00 4E 80 00 21
-
-==== BB 919 version_check_doit(0x254717D4) approx BBs exec'd 0 ====
-
- 0x254717D4: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x254717D8: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x254717DC: 48025825 bl 0x25497000
- 9: MOVL $0x254717E0, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-. 0 254717D4 12
-. 94 21 FF E0 7C 08 02 A6 48 02 58 25
-
-==== BB 920 (0x254717E0) approx BBs exec'd 0 ====
-
- 0x254717E0: 93C10018 stw r30,24(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x254717E4: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x254717E8: 93E1001C stw r31,28(r1)
- 8: GETL R31, t6
- 9: GETL R1, t8
- 10: ADDL $0x1C, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x254717EC: 90010024 stw r0,36(r1)
- 13: GETL R0, t10
- 14: GETL R1, t12
- 15: ADDL $0x24, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x254717F0: 7C7F1B78 or r31,r3,r3
- 18: GETL R3, t14
- 19: PUTL t14, R31
- 20: INCEIPL $4
-
- 0x254717F4: 80BF0004 lwz r5,4(r31)
- 21: GETL R31, t16
- 22: ADDL $0x4, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R5
- 25: INCEIPL $4
-
- 0x254717F8: 38800001 li r4,1
- 26: MOVL $0x1, t20
- 27: PUTL t20, R4
- 28: INCEIPL $4
-
- 0x254717FC: 813E04C8 lwz r9,1224(r30)
- 29: GETL R30, t22
- 30: ADDL $0x4C8, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R9
- 33: INCEIPL $4
-
- 0x25471800: 93A10014 stw r29,20(r1)
- 34: GETL R29, t26
- 35: GETL R1, t28
- 36: ADDL $0x14, t28
- 37: STL t26, (t28)
- 38: INCEIPL $4
-
- 0x25471804: 80690000 lwz r3,0(r9)
- 39: GETL R9, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R3
- 42: INCEIPL $4
-
- 0x25471808: 4800B7C1 bl 0x2547CFC8
- 43: MOVL $0x2547180C, t34
- 44: PUTL t34, LR
- 45: JMPo-c $0x2547CFC8 ($4)
-
-
-. 0 254717E0 44
-. 93 C1 00 18 7F C8 02 A6 93 E1 00 1C 90 01 00 24 7C 7F 1B 78 80 BF 00 04 38 80 00 01 81 3E 04 C8 93 A1 00 14 80 69 00 00 48 00 B7 C1
-
-==== BB 921 _dl_check_all_versions(0x2547CFC8) approx BBs exec'd 0 ====
-
- 0x2547CFC8: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547CFCC: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x2547CFD0: 93E1001C stw r31,28(r1)
- 9: GETL R31, t6
- 10: GETL R1, t8
- 11: ADDL $0x1C, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x2547CFD4: 7C7F1B79 or. r31,r3,r3
- 14: GETL R3, t10
- 15: PUTL t10, R31
- 16: CMP0L t10, t12 (-rSo)
- 17: ICRFL t12, $0x0, CR
- 18: INCEIPL $4
-
- 0x2547CFD8: 93410008 stw r26,8(r1)
- 19: GETL R26, t14
- 20: GETL R1, t16
- 21: ADDL $0x8, t16
- 22: STL t14, (t16)
- 23: INCEIPL $4
-
- 0x2547CFDC: 7C9A2378 or r26,r4,r4
- 24: GETL R4, t18
- 25: PUTL t18, R26
- 26: INCEIPL $4
-
- 0x2547CFE0: 9361000C stw r27,12(r1)
- 27: GETL R27, t20
- 28: GETL R1, t22
- 29: ADDL $0xC, t22
- 30: STL t20, (t22)
- 31: INCEIPL $4
-
- 0x2547CFE4: 7CBB2B78 or r27,r5,r5
- 32: GETL R5, t24
- 33: PUTL t24, R27
- 34: INCEIPL $4
-
- 0x2547CFE8: 93810010 stw r28,16(r1)
- 35: GETL R28, t26
- 36: GETL R1, t28
- 37: ADDL $0x10, t28
- 38: STL t26, (t28)
- 39: INCEIPL $4
-
- 0x2547CFEC: 3B800000 li r28,0
- 40: MOVL $0x0, t30
- 41: PUTL t30, R28
- 42: INCEIPL $4
-
- 0x2547CFF0: 93A10014 stw r29,20(r1)
- 43: GETL R29, t32
- 44: GETL R1, t34
- 45: ADDL $0x14, t34
- 46: STL t32, (t34)
- 47: INCEIPL $4
-
- 0x2547CFF4: 93C10018 stw r30,24(r1)
- 48: GETL R30, t36
- 49: GETL R1, t38
- 50: ADDL $0x18, t38
- 51: STL t36, (t38)
- 52: INCEIPL $4
-
- 0x2547CFF8: 90010024 stw r0,36(r1)
- 53: GETL R0, t40
- 54: GETL R1, t42
- 55: ADDL $0x24, t42
- 56: STL t40, (t42)
- 57: INCEIPL $4
-
- 0x2547CFFC: 40A20018 bc 5,2,0x2547D014
- 58: Jc02o $0x2547D014
-
-
-. 0 2547CFC8 56
-. 94 21 FF E0 7C 08 02 A6 93 E1 00 1C 7C 7F 1B 79 93 41 00 08 7C 9A 23 78 93 61 00 0C 7C BB 2B 78 93 81 00 10 3B 80 00 00 93 A1 00 14 93 C1 00 18 90 01 00 24 40 A2 00 18
-
-==== BB 922 (0x2547D014) approx BBs exec'd 0 ====
-
- 0x2547D014: 80DF0180 lwz r6,384(r31)
- 0: GETL R31, t0
- 1: ADDL $0x180, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x2547D018: 7FE3FB78 or r3,r31,r31
- 5: GETL R31, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x2547D01C: 7F44D378 or r4,r26,r26
- 8: GETL R26, t6
- 9: PUTL t6, R4
- 10: INCEIPL $4
-
- 0x2547D020: 7F65DB78 or r5,r27,r27
- 11: GETL R27, t8
- 12: PUTL t8, R5
- 13: INCEIPL $4
-
- 0x2547D024: 74C90040 andis. r9,r6,0x40
- 14: GETL R6, t10
- 15: ANDL $0x400000, t10
- 16: PUTL t10, R9
- 17: CMP0L t10, t12 (-rSo)
- 18: ICRFL t12, $0x0, CR
- 19: INCEIPL $4
-
- 0x2547D028: 3BA00000 li r29,0
- 20: MOVL $0x0, t14
- 21: PUTL t14, R29
- 22: INCEIPL $4
-
- 0x2547D02C: 4082FFD8 bc 4,2,0x2547D004
- 23: Jc02o $0x2547D004
-
-
-. 0 2547D014 28
-. 80 DF 01 80 7F E3 FB 78 7F 44 D3 78 7F 65 DB 78 74 C9 00 40 3B A0 00 00 40 82 FF D8
-
-==== BB 923 (0x2547D030) approx BBs exec'd 0 ====
-
- 0x2547D030: 4BFFFB41 bl 0x2547CB70
- 0: MOVL $0x2547D034, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x2547CB70 ($4)
-
-
-. 0 2547D030 4
-. 4B FF FB 41
-
-==== BB 924 _dl_check_map_versions(0x2547CB70) approx BBs exec'd 0 ====
-
- 0x2547CB70: 7C0802A6 mflr r0
- 0: GETL LR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x2547CB74: 9421FF60 stwu r1,-160(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFF60, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0x2547CB78: 7D800026 mfcr r12
- 9: GETL CR, t6
- 10: PUTL t6, R12
- 11: INCEIPL $4
-
- 0x2547CB7C: 4801A485 bl 0x25497000
- 12: MOVL $0x2547CB80, t8
- 13: PUTL t8, LR
- 14: JMPo-c $0x25497000 ($4)
-
-
-. 0 2547CB70 16
-. 7C 08 02 A6 94 21 FF 60 7D 80 00 26 48 01 A4 85
-
-==== BB 925 (0x2547CB80) approx BBs exec'd 0 ====
-
- 0x2547CB80: 92010060 stw r16,96(r1)
- 0: GETL R16, t0
- 1: GETL R1, t2
- 2: ADDL $0x60, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547CB84: 3A000000 li r16,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R16
- 7: INCEIPL $4
-
- 0x2547CB88: 900100A4 stw r0,164(r1)
- 8: GETL R0, t6
- 9: GETL R1, t8
- 10: ADDL $0xA4, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x2547CB8C: 81230034 lwz r9,52(r3)
- 13: GETL R3, t10
- 14: ADDL $0x34, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R9
- 17: INCEIPL $4
-
- 0x2547CB90: 92A10074 stw r21,116(r1)
- 18: GETL R21, t14
- 19: GETL R1, t16
- 20: ADDL $0x74, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0x2547CB94: 7C952378 or r21,r4,r4
- 23: GETL R4, t18
- 24: PUTL t18, R21
- 25: INCEIPL $4
-
- 0x2547CB98: 2F890000 cmpi cr7,r9,0
- 26: GETL R9, t20
- 27: CMP0L t20, t22 (-rSo)
- 28: ICRFL t22, $0x7, CR
- 29: INCEIPL $4
-
- 0x2547CB9C: 92C10078 stw r22,120(r1)
- 30: GETL R22, t24
- 31: GETL R1, t26
- 32: ADDL $0x78, t26
- 33: STL t24, (t26)
- 34: INCEIPL $4
-
- 0x2547CBA0: 93010080 stw r24,128(r1)
- 35: GETL R24, t28
- 36: GETL R1, t30
- 37: ADDL $0x80, t30
- 38: STL t28, (t30)
- 39: INCEIPL $4
-
- 0x2547CBA4: 3AC00000 li r22,0
- 40: MOVL $0x0, t32
- 41: PUTL t32, R22
- 42: INCEIPL $4
-
- 0x2547CBA8: 9361008C stw r27,140(r1)
- 43: GETL R27, t34
- 44: GETL R1, t36
- 45: ADDL $0x8C, t36
- 46: STL t34, (t36)
- 47: INCEIPL $4
-
- 0x2547CBAC: 3B000000 li r24,0
- 48: MOVL $0x0, t38
- 49: PUTL t38, R24
- 50: INCEIPL $4
-
- 0x2547CBB0: 93C10098 stw r30,152(r1)
- 51: GETL R30, t40
- 52: GETL R1, t42
- 53: ADDL $0x98, t42
- 54: STL t40, (t42)
- 55: INCEIPL $4
-
- 0x2547CBB4: 7C7B1B78 or r27,r3,r3
- 56: GETL R3, t44
- 57: PUTL t44, R27
- 58: INCEIPL $4
-
- 0x2547CBB8: 93E1009C stw r31,156(r1)
- 59: GETL R31, t46
- 60: GETL R1, t48
- 61: ADDL $0x9C, t48
- 62: STL t46, (t48)
- 63: INCEIPL $4
-
- 0x2547CBBC: 7FC802A6 mflr r30
- 64: GETL LR, t50
- 65: PUTL t50, R30
- 66: INCEIPL $4
-
- 0x2547CBC0: 92210064 stw r17,100(r1)
- 67: GETL R17, t52
- 68: GETL R1, t54
- 69: ADDL $0x64, t54
- 70: STL t52, (t54)
- 71: INCEIPL $4
-
- 0x2547CBC4: 7C3F0B78 or r31,r1,r1
- 72: GETL R1, t56
- 73: PUTL t56, R31
- 74: INCEIPL $4
-
- 0x2547CBC8: 92410068 stw r18,104(r1)
- 75: GETL R18, t58
- 76: GETL R1, t60
- 77: ADDL $0x68, t60
- 78: STL t58, (t60)
- 79: INCEIPL $4
-
- 0x2547CBCC: 38600000 li r3,0
- 80: MOVL $0x0, t62
- 81: PUTL t62, R3
- 82: INCEIPL $4
-
- 0x2547CBD0: 9261006C stw r19,108(r1)
- 83: GETL R19, t64
- 84: GETL R1, t66
- 85: ADDL $0x6C, t66
- 86: STL t64, (t66)
- 87: INCEIPL $4
-
- 0x2547CBD4: 92810070 stw r20,112(r1)
- 88: GETL R20, t68
- 89: GETL R1, t70
- 90: ADDL $0x70, t70
- 91: STL t68, (t70)
- 92: INCEIPL $4
-
- 0x2547CBD8: 92E1007C stw r23,124(r1)
- 93: GETL R23, t72
- 94: GETL R1, t74
- 95: ADDL $0x7C, t74
- 96: STL t72, (t74)
- 97: INCEIPL $4
-
- 0x2547CBDC: 93210084 stw r25,132(r1)
- 98: GETL R25, t76
- 99: GETL R1, t78
- 100: ADDL $0x84, t78
- 101: STL t76, (t78)
- 102: INCEIPL $4
-
- 0x2547CBE0: 93410088 stw r26,136(r1)
- 103: GETL R26, t80
- 104: GETL R1, t82
- 105: ADDL $0x88, t82
- 106: STL t80, (t82)
- 107: INCEIPL $4
-
- 0x2547CBE4: 93810090 stw r28,144(r1)
- 108: GETL R28, t84
- 109: GETL R1, t86
- 110: ADDL $0x90, t86
- 111: STL t84, (t86)
- 112: INCEIPL $4
-
- 0x2547CBE8: 93A10094 stw r29,148(r1)
- 113: GETL R29, t88
- 114: GETL R1, t90
- 115: ADDL $0x94, t90
- 116: STL t88, (t90)
- 117: INCEIPL $4
-
- 0x2547CBEC: 9181005C stw r12,92(r1)
- 118: GETL R12, t92
- 119: GETL R1, t94
- 120: ADDL $0x5C, t94
- 121: STL t92, (t94)
- 122: INCEIPL $4
-
- 0x2547CBF0: 419E0180 bc 12,30,0x2547CD70
- 123: Js30o $0x2547CD70
-
-
-. 0 2547CB80 116
-. 92 01 00 60 3A 00 00 00 90 01 00 A4 81 23 00 34 92 A1 00 74 7C 95 23 78 2F 89 00 00 92 C1 00 78 93 01 00 80 3A C0 00 00 93 61 00 8C 3B 00 00 00 93 C1 00 98 7C 7B 1B 78 93 E1 00 9C 7F C8 02 A6 92 21 00 64 7C 3F 0B 78 92 41 00 68 38 60 00 00 92 61 00 6C 92 81 00 70 92 E1 00 7C 93 21 00 84 93 41 00 88 93 81 00 90 93 A1 00 94 91 81 00 5C 41 9E 01 80
-
-==== BB 926 (0x2547CBF4) approx BBs exec'd 0 ====
-
- 0x2547CBF4: 825B00AC lwz r18,172(r27)
- 0: GETL R27, t0
- 1: ADDL $0xAC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R18
- 4: INCEIPL $4
-
- 0x2547CBF8: 83290004 lwz r25,4(r9)
- 5: GETL R9, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R25
- 9: INCEIPL $4
-
- 0x2547CBFC: 2D920000 cmpi cr3,r18,0
- 10: GETL R18, t8
- 11: CMP0L t8, t10 (-rSo)
- 12: ICRFL t10, $0x3, CR
- 13: INCEIPL $4
-
- 0x2547CC00: 823B00B4 lwz r17,180(r27)
- 14: GETL R27, t12
- 15: ADDL $0xB4, t12
- 16: LDL (t12), t14
- 17: PUTL t14, R17
- 18: INCEIPL $4
-
- 0x2547CC04: 418E0128 bc 12,14,0x2547CD2C
- 19: Js14o $0x2547CD2C
-
-
-. 0 2547CBF4 20
-. 82 5B 00 AC 83 29 00 04 2D 92 00 00 82 3B 00 B4 41 8E 01 28
-
-==== BB 927 (0x2547CC08) approx BBs exec'd 0 ====
-
- 0x2547CC08: 817B0000 lwz r11,0(r27)
- 0: GETL R27, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R11
- 3: INCEIPL $4
-
- 0x2547CC0C: 2E050000 cmpi cr4,r5,0
- 4: GETL R5, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x4, CR
- 7: INCEIPL $4
-
- 0x2547CC10: 81320004 lwz r9,4(r18)
- 8: GETL R18, t8
- 9: ADDL $0x4, t8
- 10: LDL (t8), t10
- 11: PUTL t10, R9
- 12: INCEIPL $4
-
- 0x2547CC14: 829E04C8 lwz r20,1224(r30)
- 13: GETL R30, t12
- 14: ADDL $0x4C8, t12
- 15: LDL (t12), t14
- 16: PUTL t14, R20
- 17: INCEIPL $4
-
- 0x2547CC18: 7C8B4A2E lhzx r4,r11,r9
- 18: GETL R9, t16
- 19: GETL R11, t18
- 20: ADDL t18, t16
- 21: LDW (t16), t20
- 22: PUTL t20, R4
- 23: INCEIPL $4
-
- 0x2547CC1C: 7EEB4A14 add r23,r11,r9
- 24: GETL R11, t22
- 25: GETL R9, t24
- 26: ADDL t22, t24
- 27: PUTL t24, R23
- 28: INCEIPL $4
-
- 0x2547CC20: 827E04D4 lwz r19,1236(r30)
- 29: GETL R30, t26
- 30: ADDL $0x4D4, t26
- 31: LDL (t26), t28
- 32: PUTL t28, R19
- 33: INCEIPL $4
-
- 0x2547CC24: 2C040001 cmpi cr0,r4,1
- 34: GETL R4, t30
- 35: MOVL $0x1, t34
- 36: CMPL t30, t34, t32 (-rSo)
- 37: ICRFL t32, $0x0, CR
- 38: INCEIPL $4
-
- 0x2547CC28: 408202D0 bc 4,2,0x2547CEF8
- 39: Jc02o $0x2547CEF8
-
-
-. 0 2547CC08 36
-. 81 7B 00 00 2E 05 00 00 81 32 00 04 82 9E 04 C8 7C 8B 4A 2E 7E EB 4A 14 82 7E 04 D4 2C 04 00 01 40 82 02 D0
-
-==== BB 928 (0x2547CC2C) approx BBs exec'd 0 ====
-
- 0x2547CC2C: 835B0018 lwz r26,24(r27)
- 0: GETL R27, t0
- 1: ADDL $0x18, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0x2547CC30: 83970004 lwz r28,4(r23)
- 5: GETL R23, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R28
- 9: INCEIPL $4
-
- 0x2547CC34: 1E1A0018 mulli r16,r26,24
- 10: GETL R26, t8
- 11: MULL $0x18, t8
- 12: PUTL t8, R16
- 13: INCEIPL $4
-
- 0x2547CC38: 7F5CCA14 add r26,r28,r25
- 14: GETL R28, t10
- 15: GETL R25, t12
- 16: ADDL t10, t12
- 17: PUTL t12, R26
- 18: INCEIPL $4
-
- 0x2547CC3C: 7FB0A02E lwzx r29,r16,r20
- 19: GETL R20, t14
- 20: GETL R16, t16
- 21: ADDL t16, t14
- 22: LDL (t14), t18
- 23: PUTL t18, R29
- 24: INCEIPL $4
-
- 0x2547CC40: 4800001C b 0x2547CC5C
- 25: JMPo $0x2547CC5C ($4)
-
-
-. 0 2547CC2C 24
-. 83 5B 00 18 83 97 00 04 1E 1A 00 18 7F 5C CA 14 7F B0 A0 2E 48 00 00 1C
-
-==== BB 929 (0x2547CC5C) approx BBs exec'd 0 ====
-
- 0x2547CC5C: 2F1D0000 cmpi cr6,r29,0
- 0: GETL R29, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x2547CC60: 409AFFE4 bc 4,26,0x2547CC44
- 4: Jc26o $0x2547CC44
-
-
-. 0 2547CC5C 8
-. 2F 1D 00 00 40 9A FF E4
-
-==== BB 930 (0x2547CC44) approx BBs exec'd 0 ====
-
- 0x2547CC44: 7FA4EB78 or r4,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0x2547CC48: 7F43D378 or r3,r26,r26
- 3: GETL R26, t2
- 4: PUTL t2, R3
- 5: INCEIPL $4
-
- 0x2547CC4C: 4BFFFA89 bl 0x2547C6D4
- 6: MOVL $0x2547CC50, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0x2547C6D4 ($4)
-
-
-. 0 2547CC44 12
-. 7F A4 EB 78 7F 43 D3 78 4B FF FA 89
-
-==== BB 931 (0x2547CC50) approx BBs exec'd 0 ====
-
- 0x2547CC50: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x2547CC54: 409E0220 bc 4,30,0x2547CE74
- 4: Jc30o $0x2547CE74
-
-
-. 0 2547CC50 8
-. 2F 83 00 00 40 9E 02 20
-
-==== BB 932 (0x2547CC58) approx BBs exec'd 0 ====
-
- 0x2547CC58: 83BD000C lwz r29,12(r29)
- 0: GETL R29, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0x2547CC5C: 2F1D0000 cmpi cr6,r29,0
- 5: GETL R29, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x2547CC60: 409AFFE4 bc 4,26,0x2547CC44
- 9: Jc26o $0x2547CC44
-
-
-. 0 2547CC58 12
-. 83 BD 00 0C 2F 1D 00 00 40 9A FF E4
-
-==== BB 933 (0x2547CE74) approx BBs exec'd 0 ====
-
- 0x2547CE74: 7FBCEB78 or r28,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R28
- 2: INCEIPL $4
-
- 0x2547CE78: 4192FE30 bc 12,18,0x2547CCA8
- 3: Js18o $0x2547CCA8
-
-
-. 0 2547CE74 8
-. 7F BC EB 78 41 92 FE 30
-
-==== BB 934 (0x2547CCA8) approx BBs exec'd 0 ====
-
- 0x2547CCA8: 80970008 lwz r4,8(r23)
- 0: GETL R23, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x2547CCAC: 7FA4BA14 add r29,r4,r23
- 5: GETL R4, t4
- 6: GETL R23, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R29
- 9: INCEIPL $4
-
- 0x2547CCB0: 7E7A9B78 or r26,r19,r19
- 10: GETL R19, t8
- 11: PUTL t8, R26
- 12: INCEIPL $4
-
- 0x2547CCB4: 811B0004 lwz r8,4(r27)
- 13: GETL R27, t10
- 14: ADDL $0x4, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R8
- 17: INCEIPL $4
-
- 0x2547CCB8: 7EA7AB78 or r7,r21,r21
- 18: GETL R21, t14
- 19: PUTL t14, R7
- 20: INCEIPL $4
-
- 0x2547CCBC: 88A80000 lbz r5,0(r8)
- 21: GETL R8, t16
- 22: LDB (t16), t18
- 23: PUTL t18, R5
- 24: INCEIPL $4
-
- 0x2547CCC0: 7D034378 or r3,r8,r8
- 25: GETL R8, t20
- 26: PUTL t20, R3
- 27: INCEIPL $4
-
- 0x2547CCC4: 2C850000 cmpi cr1,r5,0
- 28: GETL R5, t22
- 29: CMP0L t22, t24 (-rSo)
- 30: ICRFL t24, $0x1, CR
- 31: INCEIPL $4
-
- 0x2547CCC8: 4086000C bc 4,6,0x2547CCD4
- 32: Jc06o $0x2547CCD4
-
-
-. 0 2547CCA8 36
-. 80 97 00 08 7F A4 BA 14 7E 7A 9B 78 81 1B 00 04 7E A7 AB 78 88 A8 00 00 7D 03 43 78 2C 85 00 00 40 86 00 0C
-
-==== BB 935 (0x2547CCCC) approx BBs exec'd 0 ====
-
- 0x2547CCCC: 80DA0000 lwz r6,0(r26)
- 0: GETL R26, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R6
- 3: INCEIPL $4
-
- 0x2547CCD0: 80660000 lwz r3,0(r6)
- 4: GETL R6, t4
- 5: LDL (t4), t6
- 6: PUTL t6, R3
- 7: INCEIPL $4
-
- 0x2547CCD4: 815D0008 lwz r10,8(r29)
- 8: GETL R29, t8
- 9: ADDL $0x8, t8
- 10: LDL (t8), t10
- 11: PUTL t10, R10
- 12: INCEIPL $4
-
- 0x2547CCD8: A21D0004 lhz r16,4(r29)
- 13: GETL R29, t12
- 14: ADDL $0x4, t12
- 15: LDW (t12), t14
- 16: PUTL t14, R16
- 17: INCEIPL $4
-
- 0x2547CCDC: 809D0000 lwz r4,0(r29)
- 18: GETL R29, t16
- 19: LDL (t16), t18
- 20: PUTL t18, R4
- 21: INCEIPL $4
-
- 0x2547CCE0: 7CAACA14 add r5,r10,r25
- 22: GETL R10, t20
- 23: GETL R25, t22
- 24: ADDL t20, t22
- 25: PUTL t22, R5
- 26: INCEIPL $4
-
- 0x2547CCE4: 80DC0014 lwz r6,20(r28)
- 27: GETL R28, t24
- 28: ADDL $0x14, t24
- 29: LDL (t24), t26
- 30: PUTL t26, R6
- 31: INCEIPL $4
-
- 0x2547CCE8: 560807BC rlwinm r8,r16,0,30,30
- 32: GETL R16, t28
- 33: ANDL $0x2, t28
- 34: PUTL t28, R8
- 35: INCEIPL $4
-
- 0x2547CCEC: 4BFFFA85 bl 0x2547C770
- 36: MOVL $0x2547CCF0, t30
- 37: PUTL t30, LR
- 38: JMPo-c $0x2547C770 ($4)
-
-
-. 0 2547CCCC 36
-. 80 DA 00 00 80 66 00 00 81 5D 00 08 A2 1D 00 04 80 9D 00 00 7C AA CA 14 80 DC 00 14 56 08 07 BC 4B FF FA 85
-
-==== BB 936 match_symbol(0x2547C770) approx BBs exec'd 0 ====
-
- 0x2547C770: 9421FF20 stwu r1,-224(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFF20, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547C774: 7D4802A6 mflr r10
- 6: GETL LR, t4
- 7: PUTL t4, R10
- 8: INCEIPL $4
-
- 0x2547C778: 4801A889 bl 0x25497000
- 9: MOVL $0x2547C77C, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-. 0 2547C770 12
-. 94 21 FF 20 7D 48 02 A6 48 01 A8 89
-
-==== BB 937 (0x2547C77C) approx BBs exec'd 0 ====
-
- 0x2547C77C: 93C100D8 stw r30,216(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0xD8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547C780: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x2547C784: 926100AC stw r19,172(r1)
- 8: GETL R19, t6
- 9: GETL R1, t8
- 10: ADDL $0xAC, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x2547C788: 914100E4 stw r10,228(r1)
- 13: GETL R10, t10
- 14: GETL R1, t12
- 15: ADDL $0xE4, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x2547C78C: 3A600000 li r19,0
- 18: MOVL $0x0, t14
- 19: PUTL t14, R19
- 20: INCEIPL $4
-
- 0x2547C790: 81660034 lwz r11,52(r6)
- 21: GETL R6, t16
- 22: ADDL $0x34, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R11
- 25: INCEIPL $4
-
- 0x2547C794: 813E04F4 lwz r9,1268(r30)
- 26: GETL R30, t20
- 27: ADDL $0x4F4, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R9
- 30: INCEIPL $4
-
- 0x2547C798: 92C100B8 stw r22,184(r1)
- 31: GETL R22, t24
- 32: GETL R1, t26
- 33: ADDL $0xB8, t26
- 34: STL t24, (t26)
- 35: INCEIPL $4
-
- 0x2547C79C: 7CF63B78 or r22,r7,r7
- 36: GETL R7, t28
- 37: PUTL t28, R22
- 38: INCEIPL $4
-
- 0x2547C7A0: 80090000 lwz r0,0(r9)
- 39: GETL R9, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R0
- 42: INCEIPL $4
-
- 0x2547C7A4: 92E100BC stw r23,188(r1)
- 43: GETL R23, t34
- 44: GETL R1, t36
- 45: ADDL $0xBC, t36
- 46: STL t34, (t36)
- 47: INCEIPL $4
-
- 0x2547C7A8: 7D174378 or r23,r8,r8
- 48: GETL R8, t38
- 49: PUTL t38, R23
- 50: INCEIPL $4
-
- 0x2547C7AC: 70090010 andi. r9,r0,0x10
- 51: GETL R0, t40
- 52: ANDL $0x10, t40
- 53: PUTL t40, R9
- 54: CMP0L t40, t42 (-rSo)
- 55: ICRFL t42, $0x0, CR
- 56: INCEIPL $4
-
- 0x2547C7B0: 930100C0 stw r24,192(r1)
- 57: GETL R24, t44
- 58: GETL R1, t46
- 59: ADDL $0xC0, t46
- 60: STL t44, (t46)
- 61: INCEIPL $4
-
- 0x2547C7B4: 932100C4 stw r25,196(r1)
- 62: GETL R25, t48
- 63: GETL R1, t50
- 64: ADDL $0xC4, t50
- 65: STL t48, (t50)
- 66: INCEIPL $4
-
- 0x2547C7B8: 7C781B78 or r24,r3,r3
- 67: GETL R3, t52
- 68: PUTL t52, R24
- 69: INCEIPL $4
-
- 0x2547C7BC: 936100CC stw r27,204(r1)
- 70: GETL R27, t54
- 71: GETL R1, t56
- 72: ADDL $0xCC, t56
- 73: STL t54, (t56)
- 74: INCEIPL $4
-
- 0x2547C7C0: 7CD93378 or r25,r6,r6
- 75: GETL R6, t58
- 76: PUTL t58, R25
- 77: INCEIPL $4
-
- 0x2547C7C4: 938100D0 stw r28,208(r1)
- 78: GETL R28, t60
- 79: GETL R1, t62
- 80: ADDL $0xD0, t62
- 81: STL t60, (t62)
- 82: INCEIPL $4
-
- 0x2547C7C8: 7C9B2378 or r27,r4,r4
- 83: GETL R4, t64
- 84: PUTL t64, R27
- 85: INCEIPL $4
-
- 0x2547C7CC: 93E100DC stw r31,220(r1)
- 86: GETL R31, t66
- 87: GETL R1, t68
- 88: ADDL $0xDC, t68
- 89: STL t66, (t68)
- 90: INCEIPL $4
-
- 0x2547C7D0: 7CBC2B78 or r28,r5,r5
- 91: GETL R5, t70
- 92: PUTL t70, R28
- 93: INCEIPL $4
-
- 0x2547C7D4: 928100B0 stw r20,176(r1)
- 94: GETL R20, t72
- 95: GETL R1, t74
- 96: ADDL $0xB0, t74
- 97: STL t72, (t74)
- 98: INCEIPL $4
-
- 0x2547C7D8: 7C3F0B78 or r31,r1,r1
- 99: GETL R1, t76
- 100: PUTL t76, R31
- 101: INCEIPL $4
-
- 0x2547C7DC: 92A100B4 stw r21,180(r1)
- 102: GETL R21, t78
- 103: GETL R1, t80
- 104: ADDL $0xB4, t80
- 105: STL t78, (t80)
- 106: INCEIPL $4
-
- 0x2547C7E0: 934100C8 stw r26,200(r1)
- 107: GETL R26, t82
- 108: GETL R1, t84
- 109: ADDL $0xC8, t84
- 110: STL t82, (t84)
- 111: INCEIPL $4
-
- 0x2547C7E4: 93A100D4 stw r29,212(r1)
- 112: GETL R29, t86
- 113: GETL R1, t88
- 114: ADDL $0xD4, t88
- 115: STL t86, (t88)
- 116: INCEIPL $4
-
- 0x2547C7E8: 834B0004 lwz r26,4(r11)
- 117: GETL R11, t90
- 118: ADDL $0x4, t90
- 119: LDL (t90), t92
- 120: PUTL t92, R26
- 121: INCEIPL $4
-
- 0x2547C7EC: 40820230 bc 4,2,0x2547CA1C
- 122: Jc02o $0x2547CA1C
-
-
-. 0 2547C77C 116
-. 93 C1 00 D8 7F C8 02 A6 92 61 00 AC 91 41 00 E4 3A 60 00 00 81 66 00 34 81 3E 04 F4 92 C1 00 B8 7C F6 3B 78 80 09 00 00 92 E1 00 BC 7D 17 43 78 70 09 00 10 93 01 00 C0 93 21 00 C4 7C 78 1B 78 93 61 00 CC 7C D9 33 78 93 81 00 D0 7C 9B 23 78 93 E1 00 DC 7C BC 2B 78 92 81 00 B0 7C 3F 0B 78 92 A1 00 B4 93 41 00 C8 93 A1 00 D4 83 4B 00 04 40 82 02 30
-
-==== BB 938 (0x2547C7F0) approx BBs exec'd 0 ====
-
- 0x2547C7F0: 813900B4 lwz r9,180(r25)
- 0: GETL R25, t0
- 1: ADDL $0xB4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x2547C7F4: 2C890000 cmpi cr1,r9,0
- 5: GETL R9, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x2547C7F8: 41860264 bc 12,6,0x2547CA5C
- 9: Js06o $0x2547CA5C
-
-
-. 0 2547C7F0 12
-. 81 39 00 B4 2C 89 00 00 41 86 02 64
-
-==== BB 939 (0x2547C7FC) approx BBs exec'd 0 ====
-
- 0x2547C7FC: 81690004 lwz r11,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x2547C800: 3A9F0008 addi r20,r31,8
- 5: GETL R31, t4
- 6: ADDL $0x8, t4
- 7: PUTL t4, R20
- 8: INCEIPL $4
-
- 0x2547C804: 80190000 lwz r0,0(r25)
- 9: GETL R25, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R0
- 12: INCEIPL $4
-
- 0x2547C808: 82BE0358 lwz r21,856(r30)
- 13: GETL R30, t10
- 14: ADDL $0x358, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R21
- 17: INCEIPL $4
-
- 0x2547C80C: 7FA05A14 add r29,r0,r11
- 18: GETL R0, t14
- 19: GETL R11, t16
- 20: ADDL t14, t16
- 21: PUTL t16, R29
- 22: INCEIPL $4
-
- 0x2547C810: A13D0000 lhz r9,0(r29)
- 23: GETL R29, t18
- 24: LDW (t18), t20
- 25: PUTL t20, R9
- 26: INCEIPL $4
-
- 0x2547C814: 7F83E378 or r3,r28,r28
- 27: GETL R28, t22
- 28: PUTL t22, R3
- 29: INCEIPL $4
-
- 0x2547C818: 2F890001 cmpi cr7,r9,1
- 30: GETL R9, t24
- 31: MOVL $0x1, t28
- 32: CMPL t24, t28, t26 (-rSo)
- 33: ICRFL t26, $0x7, CR
- 34: INCEIPL $4
-
- 0x2547C81C: 409E0124 bc 4,30,0x2547C940
- 35: Jc30o $0x2547C940
-
-
-. 0 2547C7FC 36
-. 81 69 00 04 3A 9F 00 08 80 19 00 00 82 BE 03 58 7F A0 5A 14 A1 3D 00 00 7F 83 E3 78 2F 89 00 01 40 9E 01 24
-
-==== BB 940 (0x2547C820) approx BBs exec'd 0 ====
-
- 0x2547C820: 809D0008 lwz r4,8(r29)
- 0: GETL R29, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x2547C824: 7C84D800 cmp cr1,r4,r27
- 5: GETL R4, t4
- 6: GETL R27, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x1, CR
- 9: INCEIPL $4
-
- 0x2547C828: 418600B4 bc 12,6,0x2547C8DC
- 10: Js06o $0x2547C8DC
-
-
-. 0 2547C820 12
-. 80 9D 00 08 7C 84 D8 00 41 86 00 B4
-
-==== BB 941 (0x2547C82C) approx BBs exec'd 0 ====
-
- 0x2547C82C: 80FD0010 lwz r7,16(r29)
- 0: GETL R29, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x2547C830: 2F870000 cmpi cr7,r7,0
- 5: GETL R7, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x2547C834: 7FBD3A14 add r29,r29,r7
- 9: GETL R29, t8
- 10: GETL R7, t10
- 11: ADDL t8, t10
- 12: PUTL t10, R29
- 13: INCEIPL $4
-
- 0x2547C838: 409EFFD8 bc 4,30,0x2547C810
- 14: Jc30o $0x2547C810
-
-
-. 0 2547C82C 16
-. 80 FD 00 10 2F 87 00 00 7F BD 3A 14 40 9E FF D8
-
-==== BB 942 (0x2547C810) approx BBs exec'd 0 ====
-
- 0x2547C810: A13D0000 lhz r9,0(r29)
- 0: GETL R29, t0
- 1: LDW (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0x2547C814: 7F83E378 or r3,r28,r28
- 4: GETL R28, t4
- 5: PUTL t4, R3
- 6: INCEIPL $4
-
- 0x2547C818: 2F890001 cmpi cr7,r9,1
- 7: GETL R9, t6
- 8: MOVL $0x1, t10
- 9: CMPL t6, t10, t8 (-rSo)
- 10: ICRFL t8, $0x7, CR
- 11: INCEIPL $4
-
- 0x2547C81C: 409E0124 bc 4,30,0x2547C940
- 12: Jc30o $0x2547C940
-
-
-. 0 2547C810 16
-. A1 3D 00 00 7F 83 E3 78 2F 89 00 01 40 9E 01 24
-
-==== BB 943 (0x2547C8DC) approx BBs exec'd 0 ====
-
- 0x2547C8DC: 80BD000C lwz r5,12(r29)
- 0: GETL R29, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x2547C8E0: 7CC5E82E lwzx r6,r5,r29
- 5: GETL R29, t4
- 6: GETL R5, t6
- 7: ADDL t6, t4
- 8: LDL (t4), t8
- 9: PUTL t8, R6
- 10: INCEIPL $4
-
- 0x2547C8E4: 7C86D214 add r4,r6,r26
- 11: GETL R6, t10
- 12: GETL R26, t12
- 13: ADDL t10, t12
- 14: PUTL t12, R4
- 15: INCEIPL $4
-
- 0x2547C8E8: 480065F9 bl 0x25482EE0
- 16: MOVL $0x2547C8EC, t14
- 17: PUTL t14, LR
- 18: JMPo-c $0x25482EE0 ($4)
-
-
-. 0 2547C8DC 16
-. 80 BD 00 0C 7C C5 E8 2E 7C 86 D2 14 48 00 65 F9
-
-==== BB 944 (0x2547C8EC) approx BBs exec'd 0 ====
-
- 0x2547C8EC: 2F030000 cmpi cr6,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x2547C8F0: 40BAFF3C bc 5,26,0x2547C82C
- 4: Jc26o $0x2547C82C
-
-
-. 0 2547C8EC 8
-. 2F 03 00 00 40 BA FF 3C
-
-==== BB 945 (0x2547C8F4) approx BBs exec'd 0 ====
-
- 0x2547C8F4: 38600000 li r3,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x2547C8F8: 80C10000 lwz r6,0(r1)
- 3: GETL R1, t2
- 4: LDL (t2), t4
- 5: PUTL t4, R6
- 6: INCEIPL $4
-
- 0x2547C8FC: 80E60004 lwz r7,4(r6)
- 7: GETL R6, t6
- 8: ADDL $0x4, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R7
- 11: INCEIPL $4
-
- 0x2547C900: 8266FFCC lwz r19,-52(r6)
- 12: GETL R6, t10
- 13: ADDL $0xFFFFFFCC, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R19
- 16: INCEIPL $4
-
- 0x2547C904: 8286FFD0 lwz r20,-48(r6)
- 17: GETL R6, t14
- 18: ADDL $0xFFFFFFD0, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R20
- 21: INCEIPL $4
-
- 0x2547C908: 7CE803A6 mtlr r7
- 22: GETL R7, t18
- 23: PUTL t18, LR
- 24: INCEIPL $4
-
- 0x2547C90C: 82A6FFD4 lwz r21,-44(r6)
- 25: GETL R6, t20
- 26: ADDL $0xFFFFFFD4, t20
- 27: LDL (t20), t22
- 28: PUTL t22, R21
- 29: INCEIPL $4
-
- 0x2547C910: 82C6FFD8 lwz r22,-40(r6)
- 30: GETL R6, t24
- 31: ADDL $0xFFFFFFD8, t24
- 32: LDL (t24), t26
- 33: PUTL t26, R22
- 34: INCEIPL $4
-
- 0x2547C914: 82E6FFDC lwz r23,-36(r6)
- 35: GETL R6, t28
- 36: ADDL $0xFFFFFFDC, t28
- 37: LDL (t28), t30
- 38: PUTL t30, R23
- 39: INCEIPL $4
-
- 0x2547C918: 8306FFE0 lwz r24,-32(r6)
- 40: GETL R6, t32
- 41: ADDL $0xFFFFFFE0, t32
- 42: LDL (t32), t34
- 43: PUTL t34, R24
- 44: INCEIPL $4
-
- 0x2547C91C: 8326FFE4 lwz r25,-28(r6)
- 45: GETL R6, t36
- 46: ADDL $0xFFFFFFE4, t36
- 47: LDL (t36), t38
- 48: PUTL t38, R25
- 49: INCEIPL $4
-
- 0x2547C920: 8346FFE8 lwz r26,-24(r6)
- 50: GETL R6, t40
- 51: ADDL $0xFFFFFFE8, t40
- 52: LDL (t40), t42
- 53: PUTL t42, R26
- 54: INCEIPL $4
-
- 0x2547C924: 8366FFEC lwz r27,-20(r6)
- 55: GETL R6, t44
- 56: ADDL $0xFFFFFFEC, t44
- 57: LDL (t44), t46
- 58: PUTL t46, R27
- 59: INCEIPL $4
-
- 0x2547C928: 8386FFF0 lwz r28,-16(r6)
- 60: GETL R6, t48
- 61: ADDL $0xFFFFFFF0, t48
- 62: LDL (t48), t50
- 63: PUTL t50, R28
- 64: INCEIPL $4
-
- 0x2547C92C: 83A6FFF4 lwz r29,-12(r6)
- 65: GETL R6, t52
- 66: ADDL $0xFFFFFFF4, t52
- 67: LDL (t52), t54
- 68: PUTL t54, R29
- 69: INCEIPL $4
-
- 0x2547C930: 83C6FFF8 lwz r30,-8(r6)
- 70: GETL R6, t56
- 71: ADDL $0xFFFFFFF8, t56
- 72: LDL (t56), t58
- 73: PUTL t58, R30
- 74: INCEIPL $4
-
- 0x2547C934: 83E6FFFC lwz r31,-4(r6)
- 75: GETL R6, t60
- 76: ADDL $0xFFFFFFFC, t60
- 77: LDL (t60), t62
- 78: PUTL t62, R31
- 79: INCEIPL $4
-
- 0x2547C938: 7CC13378 or r1,r6,r6
- 80: GETL R6, t64
- 81: PUTL t64, R1
- 82: INCEIPL $4
-
- 0x2547C93C: 4E800020 blr
- 83: GETL LR, t66
- 84: JMPo-r t66 ($4)
-
-
-. 0 2547C8F4 76
-. 38 60 00 00 80 C1 00 00 80 E6 00 04 82 66 FF CC 82 86 FF D0 7C E8 03 A6 82 A6 FF D4 82 C6 FF D8 82 E6 FF DC 83 06 FF E0 83 26 FF E4 83 46 FF E8 83 66 FF EC 83 86 FF F0 83 A6 FF F4 83 C6 FF F8 83 E6 FF FC 7C C1 33 78 4E 80 00 20
-
-==== BB 946 (0x2547CCF0) approx BBs exec'd 0 ====
-
- 0x2547CCF0: A17D0006 lhz r11,6(r29)
- 0: GETL R29, t0
- 1: ADDL $0x6, t0
- 2: LDW (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x2547CCF4: 7ED61B78 or r22,r22,r3
- 5: GETL R22, t4
- 6: GETL R3, t6
- 7: ORL t6, t4
- 8: PUTL t4, R22
- 9: INCEIPL $4
-
- 0x2547CCF8: 5560047E rlwinm r0,r11,0,17,31
- 10: GETL R11, t8
- 11: ANDL $0x7FFF, t8
- 12: PUTL t8, R0
- 13: INCEIPL $4
-
- 0x2547CCFC: 7F00C040 cmpl cr6,r0,r24
- 14: GETL R0, t10
- 15: GETL R24, t12
- 16: CMPUL t10, t12, t14 (-rSo)
- 17: ICRFL t14, $0x6, CR
- 18: INCEIPL $4
-
- 0x2547CD00: 40990008 bc 4,25,0x2547CD08
- 19: Jc25o $0x2547CD08
-
-
-. 0 2547CCF0 20
-. A1 7D 00 06 7E D6 1B 78 55 60 04 7E 7F 00 C0 40 40 99 00 08
-
-==== BB 947 (0x2547CD04) approx BBs exec'd 0 ====
-
- 0x2547CD04: 7C180378 or r24,r0,r0
- 0: GETL R0, t0
- 1: PUTL t0, R24
- 2: INCEIPL $4
-
- 0x2547CD08: 807D000C lwz r3,12(r29)
- 3: GETL R29, t2
- 4: ADDL $0xC, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x2547CD0C: 2F830000 cmpi cr7,r3,0
- 8: GETL R3, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x7, CR
- 11: INCEIPL $4
-
- 0x2547CD10: 7FBD1A14 add r29,r29,r3
- 12: GETL R29, t10
- 13: GETL R3, t12
- 14: ADDL t10, t12
- 15: PUTL t12, R29
- 16: INCEIPL $4
-
- 0x2547CD14: 409EFFA0 bc 4,30,0x2547CCB4
- 17: Jc30o $0x2547CCB4
-
-
-. 0 2547CD04 20
-. 7C 18 03 78 80 7D 00 0C 2F 83 00 00 7F BD 1A 14 40 9E FF A0
-
-==== BB 948 (0x2547CD18) approx BBs exec'd 0 ====
-
- 0x2547CD18: 8017000C lwz r0,12(r23)
- 0: GETL R23, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x2547CD1C: 2C000000 cmpi cr0,r0,0
- 5: GETL R0, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0x2547CD20: 4182000C bc 12,2,0x2547CD2C
- 9: Js02o $0x2547CD2C
-
-
-. 0 2547CD18 12
-. 80 17 00 0C 2C 00 00 00 41 82 00 0C
-
-==== BB 949 (0x2547CD2C) approx BBs exec'd 0 ====
-
- 0x2547CD2C: 2E110000 cmpi cr4,r17,0
- 0: GETL R17, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0x2547CD30: 41920034 bc 12,18,0x2547CD64
- 4: Js18o $0x2547CD64
-
-
-. 0 2547CD2C 8
-. 2E 11 00 00 41 92 00 34
-
-==== BB 950 (0x2547CD64) approx BBs exec'd 0 ====
-
- 0x2547CD64: 2F980000 cmpi cr7,r24,0
- 0: GETL R24, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x2547CD68: 409E0064 bc 4,30,0x2547CDCC
- 4: Jc30o $0x2547CDCC
-
-
-. 0 2547CD64 8
-. 2F 98 00 00 40 9E 00 64
-
-==== BB 951 (0x2547CDCC) approx BBs exec'd 0 ====
-
- 0x2547CDCC: 3BB80001 addi r29,r24,1
- 0: GETL R24, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R29
- 3: INCEIPL $4
-
- 0x2547CDD0: 38800010 li r4,16
- 4: MOVL $0x10, t2
- 5: PUTL t2, R4
- 6: INCEIPL $4
-
- 0x2547CDD4: 7FA3EB78 or r3,r29,r29
- 7: GETL R29, t4
- 8: PUTL t4, R3
- 9: INCEIPL $4
-
- 0x2547CDD8: 3A00000C li r16,12
- 10: MOVL $0xC, t6
- 11: PUTL t6, R16
- 12: INCEIPL $4
-
- 0x2547CDDC: 4801AC51 bl 0x25497A2C
- 13: MOVL $0x2547CDE0, t8
- 14: PUTL t8, LR
- 15: JMPo-c $0x25497A2C ($4)
-
-
-. 0 2547CDCC 20
-. 3B B8 00 01 38 80 00 10 7F A3 EB 78 3A 00 00 0C 48 01 AC 51
-
-==== BB 952 (0x2547CDE0) approx BBs exec'd 0 ====
-
- 0x2547CDE0: 80DE0378 lwz r6,888(r30)
- 0: GETL R30, t0
- 1: ADDL $0x378, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x2547CDE4: 2C030000 cmpi cr0,r3,0
- 5: GETL R3, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0x2547CDE8: 7C651B78 or r5,r3,r3
- 9: GETL R3, t8
- 10: PUTL t8, R5
- 11: INCEIPL $4
-
- 0x2547CDEC: 907B0188 stw r3,392(r27)
- 12: GETL R3, t10
- 13: GETL R27, t12
- 14: ADDL $0x188, t12
- 15: STL t10, (t12)
- 16: INCEIPL $4
-
- 0x2547CDF0: 418201AC bc 12,2,0x2547CF9C
- 17: Js02o $0x2547CF9C
-
-
-. 0 2547CDE0 20
-. 80 DE 03 78 2C 03 00 00 7C 65 1B 78 90 7B 01 88 41 82 01 AC
-
-==== BB 953 (0x2547CDF4) approx BBs exec'd 0 ====
-
- 0x2547CDF4: 839B00E4 lwz r28,228(r27)
- 0: GETL R27, t0
- 1: ADDL $0xE4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0x2547CDF8: 93BB0184 stw r29,388(r27)
- 5: GETL R29, t4
- 6: GETL R27, t6
- 7: ADDL $0x184, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0x2547CDFC: 831C0004 lwz r24,4(r28)
- 10: GETL R28, t8
- 11: ADDL $0x4, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R24
- 14: INCEIPL $4
-
- 0x2547CE00: 931B0198 stw r24,408(r27)
- 15: GETL R24, t12
- 16: GETL R27, t14
- 17: ADDL $0x198, t14
- 18: STL t12, (t14)
- 19: INCEIPL $4
-
- 0x2547CE04: 418E0088 bc 12,14,0x2547CE8C
- 20: Js14o $0x2547CE8C
-
-
-. 0 2547CDF4 20
-. 83 9B 00 E4 93 BB 01 84 83 1C 00 04 93 1B 01 98 41 8E 00 88
-
-==== BB 954 (0x2547CE08) approx BBs exec'd 0 ====
-
- 0x2547CE08: 83520004 lwz r26,4(r18)
- 0: GETL R18, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0x2547CE0C: 825B0000 lwz r18,0(r27)
- 5: GETL R27, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R18
- 8: INCEIPL $4
-
- 0x2547CE10: 7CD2D214 add r6,r18,r26
- 9: GETL R18, t8
- 10: GETL R26, t10
- 11: ADDL t8, t10
- 12: PUTL t10, R6
- 13: INCEIPL $4
-
- 0x2547CE14: 81860008 lwz r12,8(r6)
- 14: GETL R6, t12
- 15: ADDL $0x8, t12
- 16: LDL (t12), t14
- 17: PUTL t14, R12
- 18: INCEIPL $4
-
- 0x2547CE18: 7CEC3214 add r7,r12,r6
- 19: GETL R12, t16
- 20: GETL R6, t18
- 21: ADDL t16, t18
- 22: PUTL t18, R7
- 23: INCEIPL $4
-
- 0x2547CE1C: A2A70006 lhz r21,6(r7)
- 24: GETL R7, t20
- 25: ADDL $0x6, t20
- 26: LDW (t20), t22
- 27: PUTL t22, R21
- 28: INCEIPL $4
-
- 0x2547CE20: 80670000 lwz r3,0(r7)
- 29: GETL R7, t24
- 30: LDL (t24), t26
- 31: PUTL t26, R3
- 32: INCEIPL $4
-
- 0x2547CE24: 56A42376 rlwinm r4,r21,4,13,27
- 33: GETL R21, t28
- 34: ROLL $0x4, t28
- 35: ANDL $0x7FFF0, t28
- 36: PUTL t28, R4
- 37: INCEIPL $4
-
- 0x2547CE28: 56B00420 rlwinm r16,r21,0,16,16
- 38: GETL R21, t30
- 39: ANDL $0x8000, t30
- 40: PUTL t30, R16
- 41: INCEIPL $4
-
- 0x2547CE2C: 7FA42A14 add r29,r4,r5
- 42: GETL R4, t32
- 43: GETL R5, t34
- 44: ADDL t32, t34
- 45: PUTL t34, R29
- 46: INCEIPL $4
-
- 0x2547CE30: 907D0004 stw r3,4(r29)
- 47: GETL R3, t36
- 48: GETL R29, t38
- 49: ADDL $0x4, t38
- 50: STL t36, (t38)
- 51: INCEIPL $4
-
- 0x2547CE34: 921D0008 stw r16,8(r29)
- 52: GETL R16, t40
- 53: GETL R29, t42
- 54: ADDL $0x8, t42
- 55: STL t40, (t42)
- 56: INCEIPL $4
-
- 0x2547CE38: 8167000C lwz r11,12(r7)
- 57: GETL R7, t44
- 58: ADDL $0xC, t44
- 59: LDL (t44), t46
- 60: PUTL t46, R11
- 61: INCEIPL $4
-
- 0x2547CE3C: 81470008 lwz r10,8(r7)
- 62: GETL R7, t48
- 63: ADDL $0x8, t48
- 64: LDL (t48), t50
- 65: PUTL t50, R10
- 66: INCEIPL $4
-
- 0x2547CE40: 2D8B0000 cmpi cr3,r11,0
- 67: GETL R11, t52
- 68: CMP0L t52, t54 (-rSo)
- 69: ICRFL t54, $0x3, CR
- 70: INCEIPL $4
-
- 0x2547CE44: 81060004 lwz r8,4(r6)
- 71: GETL R6, t56
- 72: ADDL $0x4, t56
- 73: LDL (t56), t58
- 74: PUTL t58, R8
- 75: INCEIPL $4
-
- 0x2547CE48: 7D2ACA14 add r9,r10,r25
- 76: GETL R10, t60
- 77: GETL R25, t62
- 78: ADDL t60, t62
- 79: PUTL t62, R9
- 80: INCEIPL $4
-
- 0x2547CE4C: 7CE75A14 add r7,r7,r11
- 81: GETL R7, t64
- 82: GETL R11, t66
- 83: ADDL t64, t66
- 84: PUTL t66, R7
- 85: INCEIPL $4
-
- 0x2547CE50: 7C08CA14 add r0,r8,r25
- 86: GETL R8, t68
- 87: GETL R25, t70
- 88: ADDL t68, t70
- 89: PUTL t70, R0
- 90: INCEIPL $4
-
- 0x2547CE54: 7D24292E stwx r9,r4,r5
- 91: GETL R5, t72
- 92: GETL R4, t74
- 93: ADDL t74, t72
- 94: GETL R9, t76
- 95: STL t76, (t72)
- 96: INCEIPL $4
-
- 0x2547CE58: 901D000C stw r0,12(r29)
- 97: GETL R0, t78
- 98: GETL R29, t80
- 99: ADDL $0xC, t80
- 100: STL t78, (t80)
- 101: INCEIPL $4
-
- 0x2547CE5C: 408EFFC0 bc 4,14,0x2547CE1C
- 102: Jc14o $0x2547CE1C
-
-
-. 0 2547CE08 88
-. 83 52 00 04 82 5B 00 00 7C D2 D2 14 81 86 00 08 7C EC 32 14 A2 A7 00 06 80 67 00 00 56 A4 23 76 56 B0 04 20 7F A4 2A 14 90 7D 00 04 92 1D 00 08 81 67 00 0C 81 47 00 08 2D 8B 00 00 81 06 00 04 7D 2A CA 14 7C E7 5A 14 7C 08 CA 14 7D 24 29 2E 90 1D 00 0C 40 8E FF C0
-
-==== BB 955 (0x2547CE60) approx BBs exec'd 0 ====
-
- 0x2547CE60: 8006000C lwz r0,12(r6)
- 0: GETL R6, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x2547CE64: 2C800000 cmpi cr1,r0,0
- 5: GETL R0, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x2547CE68: 41860024 bc 12,6,0x2547CE8C
- 9: Js06o $0x2547CE8C
-
-
-. 0 2547CE60 12
-. 80 06 00 0C 2C 80 00 00 41 86 00 24
-
-==== BB 956 (0x2547CE8C) approx BBs exec'd 0 ====
-
- 0x2547CE8C: 41B2FEE0 bc 13,18,0x2547CD6C
- 0: Js18o $0x2547CD6C
-
-
-. 0 2547CE8C 4
-. 41 B2 FE E0
-
-==== BB 957 (0x2547CD6C) approx BBs exec'd 0 ====
-
- 0x2547CD6C: 7EC3B378 or r3,r22,r22
- 0: GETL R22, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x2547CD70: 80A10000 lwz r5,0(r1)
- 3: GETL R1, t2
- 4: LDL (t2), t4
- 5: PUTL t4, R5
- 6: INCEIPL $4
-
- 0x2547CD74: 82C50004 lwz r22,4(r5)
- 7: GETL R5, t6
- 8: ADDL $0x4, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R22
- 11: INCEIPL $4
-
- 0x2547CD78: 8185FFBC lwz r12,-68(r5)
- 12: GETL R5, t10
- 13: ADDL $0xFFFFFFBC, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R12
- 16: INCEIPL $4
-
- 0x2547CD7C: 7EC803A6 mtlr r22
- 17: GETL R22, t14
- 18: PUTL t14, LR
- 19: INCEIPL $4
-
- 0x2547CD80: 8205FFC0 lwz r16,-64(r5)
- 20: GETL R5, t16
- 21: ADDL $0xFFFFFFC0, t16
- 22: LDL (t16), t18
- 23: PUTL t18, R16
- 24: INCEIPL $4
-
- 0x2547CD84: 8225FFC4 lwz r17,-60(r5)
- 25: GETL R5, t20
- 26: ADDL $0xFFFFFFC4, t20
- 27: LDL (t20), t22
- 28: PUTL t22, R17
- 29: INCEIPL $4
-
- 0x2547CD88: 7D818120 mtcrf 0x18,r12
- 30: GETL R12, t24
- 31: ICRFL t24, $0x3, CR
- 32: ICRFL t24, $0x4, CR
- 33: INCEIPL $4
-
- 0x2547CD8C: 8245FFC8 lwz r18,-56(r5)
- 34: GETL R5, t26
- 35: ADDL $0xFFFFFFC8, t26
- 36: LDL (t26), t28
- 37: PUTL t28, R18
- 38: INCEIPL $4
-
- 0x2547CD90: 8265FFCC lwz r19,-52(r5)
- 39: GETL R5, t30
- 40: ADDL $0xFFFFFFCC, t30
- 41: LDL (t30), t32
- 42: PUTL t32, R19
- 43: INCEIPL $4
-
- 0x2547CD94: 8285FFD0 lwz r20,-48(r5)
- 44: GETL R5, t34
- 45: ADDL $0xFFFFFFD0, t34
- 46: LDL (t34), t36
- 47: PUTL t36, R20
- 48: INCEIPL $4
-
- 0x2547CD98: 82A5FFD4 lwz r21,-44(r5)
- 49: GETL R5, t38
- 50: ADDL $0xFFFFFFD4, t38
- 51: LDL (t38), t40
- 52: PUTL t40, R21
- 53: INCEIPL $4
-
- 0x2547CD9C: 82C5FFD8 lwz r22,-40(r5)
- 54: GETL R5, t42
- 55: ADDL $0xFFFFFFD8, t42
- 56: LDL (t42), t44
- 57: PUTL t44, R22
- 58: INCEIPL $4
-
- 0x2547CDA0: 82E5FFDC lwz r23,-36(r5)
- 59: GETL R5, t46
- 60: ADDL $0xFFFFFFDC, t46
- 61: LDL (t46), t48
- 62: PUTL t48, R23
- 63: INCEIPL $4
-
- 0x2547CDA4: 8305FFE0 lwz r24,-32(r5)
- 64: GETL R5, t50
- 65: ADDL $0xFFFFFFE0, t50
- 66: LDL (t50), t52
- 67: PUTL t52, R24
- 68: INCEIPL $4
-
- 0x2547CDA8: 8325FFE4 lwz r25,-28(r5)
- 69: GETL R5, t54
- 70: ADDL $0xFFFFFFE4, t54
- 71: LDL (t54), t56
- 72: PUTL t56, R25
- 73: INCEIPL $4
-
- 0x2547CDAC: 8345FFE8 lwz r26,-24(r5)
- 74: GETL R5, t58
- 75: ADDL $0xFFFFFFE8, t58
- 76: LDL (t58), t60
- 77: PUTL t60, R26
- 78: INCEIPL $4
-
- 0x2547CDB0: 8365FFEC lwz r27,-20(r5)
- 79: GETL R5, t62
- 80: ADDL $0xFFFFFFEC, t62
- 81: LDL (t62), t64
- 82: PUTL t64, R27
- 83: INCEIPL $4
-
- 0x2547CDB4: 8385FFF0 lwz r28,-16(r5)
- 84: GETL R5, t66
- 85: ADDL $0xFFFFFFF0, t66
- 86: LDL (t66), t68
- 87: PUTL t68, R28
- 88: INCEIPL $4
-
- 0x2547CDB8: 83A5FFF4 lwz r29,-12(r5)
- 89: GETL R5, t70
- 90: ADDL $0xFFFFFFF4, t70
- 91: LDL (t70), t72
- 92: PUTL t72, R29
- 93: INCEIPL $4
-
- 0x2547CDBC: 83C5FFF8 lwz r30,-8(r5)
- 94: GETL R5, t74
- 95: ADDL $0xFFFFFFF8, t74
- 96: LDL (t74), t76
- 97: PUTL t76, R30
- 98: INCEIPL $4
-
- 0x2547CDC0: 83E5FFFC lwz r31,-4(r5)
- 99: GETL R5, t78
- 100: ADDL $0xFFFFFFFC, t78
- 101: LDL (t78), t80
- 102: PUTL t80, R31
- 103: INCEIPL $4
-
- 0x2547CDC4: 7CA12B78 or r1,r5,r5
- 104: GETL R5, t82
- 105: PUTL t82, R1
- 106: INCEIPL $4
-
- 0x2547CDC8: 4E800020 blr
- 107: GETL LR, t84
- 108: JMPo-r t84 ($4)
-
-
-. 0 2547CD6C 96
-. 7E C3 B3 78 80 A1 00 00 82 C5 00 04 81 85 FF BC 7E C8 03 A6 82 05 FF C0 82 25 FF C4 7D 81 81 20 82 45 FF C8 82 65 FF CC 82 85 FF D0 82 A5 FF D4 82 C5 FF D8 82 E5 FF DC 83 05 FF E0 83 25 FF E4 83 45 FF E8 83 65 FF EC 83 85 FF F0 83 A5 FF F4 83 C5 FF F8 83 E5 FF FC 7C A1 2B 78 4E 80 00 20
-
-==== BB 958 (0x2547D034) approx BBs exec'd 0 ====
-
- 0x2547D034: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x2547D038: 41BEFFCC bc 13,30,0x2547D004
- 4: Js30o $0x2547D004
-
-
-. 0 2547D034 8
-. 2F 83 00 00 41 BE FF CC
-
-==== BB 959 (0x2547D004) approx BBs exec'd 0 ====
-
- 0x2547D004: 83FF000C lwz r31,12(r31)
- 0: GETL R31, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R31
- 4: INCEIPL $4
-
- 0x2547D008: 7F9CEB78 or r28,r28,r29
- 5: GETL R28, t4
- 6: GETL R29, t6
- 7: ORL t6, t4
- 8: PUTL t4, R28
- 9: INCEIPL $4
-
- 0x2547D00C: 2C9F0000 cmpi cr1,r31,0
- 10: GETL R31, t8
- 11: CMP0L t8, t10 (-rSo)
- 12: ICRFL t10, $0x1, CR
- 13: INCEIPL $4
-
- 0x2547D010: 41860040 bc 12,6,0x2547D050
- 14: Js06o $0x2547D050
-
-
-. 0 2547D004 16
-. 83 FF 00 0C 7F 9C EB 78 2C 9F 00 00 41 86 00 40
-
-==== BB 960 (0x2547CCD4) approx BBs exec'd 0 ====
-
- 0x2547CCD4: 815D0008 lwz r10,8(r29)
- 0: GETL R29, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x2547CCD8: A21D0004 lhz r16,4(r29)
- 5: GETL R29, t4
- 6: ADDL $0x4, t4
- 7: LDW (t4), t6
- 8: PUTL t6, R16
- 9: INCEIPL $4
-
- 0x2547CCDC: 809D0000 lwz r4,0(r29)
- 10: GETL R29, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R4
- 13: INCEIPL $4
-
- 0x2547CCE0: 7CAACA14 add r5,r10,r25
- 14: GETL R10, t12
- 15: GETL R25, t14
- 16: ADDL t12, t14
- 17: PUTL t14, R5
- 18: INCEIPL $4
-
- 0x2547CCE4: 80DC0014 lwz r6,20(r28)
- 19: GETL R28, t16
- 20: ADDL $0x14, t16
- 21: LDL (t16), t18
- 22: PUTL t18, R6
- 23: INCEIPL $4
-
- 0x2547CCE8: 560807BC rlwinm r8,r16,0,30,30
- 24: GETL R16, t20
- 25: ANDL $0x2, t20
- 26: PUTL t20, R8
- 27: INCEIPL $4
-
- 0x2547CCEC: 4BFFFA85 bl 0x2547C770
- 28: MOVL $0x2547CCF0, t22
- 29: PUTL t22, LR
- 30: JMPo-c $0x2547C770 ($4)
-
-
-. 0 2547CCD4 28
-. 81 5D 00 08 A2 1D 00 04 80 9D 00 00 7C AA CA 14 80 DC 00 14 56 08 07 BC 4B FF FA 85
-
-==== BB 961 (0x2547CCB4) approx BBs exec'd 0 ====
-
- 0x2547CCB4: 811B0004 lwz r8,4(r27)
- 0: GETL R27, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x2547CCB8: 7EA7AB78 or r7,r21,r21
- 5: GETL R21, t4
- 6: PUTL t4, R7
- 7: INCEIPL $4
-
- 0x2547CCBC: 88A80000 lbz r5,0(r8)
- 8: GETL R8, t6
- 9: LDB (t6), t8
- 10: PUTL t8, R5
- 11: INCEIPL $4
-
- 0x2547CCC0: 7D034378 or r3,r8,r8
- 12: GETL R8, t10
- 13: PUTL t10, R3
- 14: INCEIPL $4
-
- 0x2547CCC4: 2C850000 cmpi cr1,r5,0
- 15: GETL R5, t12
- 16: CMP0L t12, t14 (-rSo)
- 17: ICRFL t14, $0x1, CR
- 18: INCEIPL $4
-
- 0x2547CCC8: 4086000C bc 4,6,0x2547CCD4
- 19: Jc06o $0x2547CCD4
-
-
-. 0 2547CCB4 24
-. 81 1B 00 04 7E A7 AB 78 88 A8 00 00 7D 03 43 78 2C 85 00 00 40 86 00 0C
-
-==== BB 962 (0x2547CD08) approx BBs exec'd 0 ====
-
- 0x2547CD08: 807D000C lwz r3,12(r29)
- 0: GETL R29, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x2547CD0C: 2F830000 cmpi cr7,r3,0
- 5: GETL R3, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x2547CD10: 7FBD1A14 add r29,r29,r3
- 9: GETL R29, t8
- 10: GETL R3, t10
- 11: ADDL t8, t10
- 12: PUTL t10, R29
- 13: INCEIPL $4
-
- 0x2547CD14: 409EFFA0 bc 4,30,0x2547CCB4
- 14: Jc30o $0x2547CCB4
-
-
-. 0 2547CD08 16
-. 80 7D 00 0C 2F 83 00 00 7F BD 1A 14 40 9E FF A0
-
-==== BB 963 (0x2547CE1C) approx BBs exec'd 0 ====
-
- 0x2547CE1C: A2A70006 lhz r21,6(r7)
- 0: GETL R7, t0
- 1: ADDL $0x6, t0
- 2: LDW (t0), t2
- 3: PUTL t2, R21
- 4: INCEIPL $4
-
- 0x2547CE20: 80670000 lwz r3,0(r7)
- 5: GETL R7, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R3
- 8: INCEIPL $4
-
- 0x2547CE24: 56A42376 rlwinm r4,r21,4,13,27
- 9: GETL R21, t8
- 10: ROLL $0x4, t8
- 11: ANDL $0x7FFF0, t8
- 12: PUTL t8, R4
- 13: INCEIPL $4
-
- 0x2547CE28: 56B00420 rlwinm r16,r21,0,16,16
- 14: GETL R21, t10
- 15: ANDL $0x8000, t10
- 16: PUTL t10, R16
- 17: INCEIPL $4
-
- 0x2547CE2C: 7FA42A14 add r29,r4,r5
- 18: GETL R4, t12
- 19: GETL R5, t14
- 20: ADDL t12, t14
- 21: PUTL t14, R29
- 22: INCEIPL $4
-
- 0x2547CE30: 907D0004 stw r3,4(r29)
- 23: GETL R3, t16
- 24: GETL R29, t18
- 25: ADDL $0x4, t18
- 26: STL t16, (t18)
- 27: INCEIPL $4
-
- 0x2547CE34: 921D0008 stw r16,8(r29)
- 28: GETL R16, t20
- 29: GETL R29, t22
- 30: ADDL $0x8, t22
- 31: STL t20, (t22)
- 32: INCEIPL $4
-
- 0x2547CE38: 8167000C lwz r11,12(r7)
- 33: GETL R7, t24
- 34: ADDL $0xC, t24
- 35: LDL (t24), t26
- 36: PUTL t26, R11
- 37: INCEIPL $4
-
- 0x2547CE3C: 81470008 lwz r10,8(r7)
- 38: GETL R7, t28
- 39: ADDL $0x8, t28
- 40: LDL (t28), t30
- 41: PUTL t30, R10
- 42: INCEIPL $4
-
- 0x2547CE40: 2D8B0000 cmpi cr3,r11,0
- 43: GETL R11, t32
- 44: CMP0L t32, t34 (-rSo)
- 45: ICRFL t34, $0x3, CR
- 46: INCEIPL $4
-
- 0x2547CE44: 81060004 lwz r8,4(r6)
- 47: GETL R6, t36
- 48: ADDL $0x4, t36
- 49: LDL (t36), t38
- 50: PUTL t38, R8
- 51: INCEIPL $4
-
- 0x2547CE48: 7D2ACA14 add r9,r10,r25
- 52: GETL R10, t40
- 53: GETL R25, t42
- 54: ADDL t40, t42
- 55: PUTL t42, R9
- 56: INCEIPL $4
-
- 0x2547CE4C: 7CE75A14 add r7,r7,r11
- 57: GETL R7, t44
- 58: GETL R11, t46
- 59: ADDL t44, t46
- 60: PUTL t46, R7
- 61: INCEIPL $4
-
- 0x2547CE50: 7C08CA14 add r0,r8,r25
- 62: GETL R8, t48
- 63: GETL R25, t50
- 64: ADDL t48, t50
- 65: PUTL t50, R0
- 66: INCEIPL $4
-
- 0x2547CE54: 7D24292E stwx r9,r4,r5
- 67: GETL R5, t52
- 68: GETL R4, t54
- 69: ADDL t54, t52
- 70: GETL R9, t56
- 71: STL t56, (t52)
- 72: INCEIPL $4
-
- 0x2547CE58: 901D000C stw r0,12(r29)
- 73: GETL R0, t58
- 74: GETL R29, t60
- 75: ADDL $0xC, t60
- 76: STL t58, (t60)
- 77: INCEIPL $4
-
- 0x2547CE5C: 408EFFC0 bc 4,14,0x2547CE1C
- 78: Jc14o $0x2547CE1C
-
-
-. 0 2547CE1C 68
-. A2 A7 00 06 80 67 00 00 56 A4 23 76 56 B0 04 20 7F A4 2A 14 90 7D 00 04 92 1D 00 08 81 67 00 0C 81 47 00 08 2D 8B 00 00 81 06 00 04 7D 2A CA 14 7C E7 5A 14 7C 08 CA 14 7D 24 29 2E 90 1D 00 0C 40 8E FF C0
-
-==== BB 964 (0x2547CD34) approx BBs exec'd 0 ====
-
- 0x2547CD34: 82BB0000 lwz r21,0(r27)
- 0: GETL R27, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R21
- 3: INCEIPL $4
-
- 0x2547CD38: 82F10004 lwz r23,4(r17)
- 4: GETL R17, t4
- 5: ADDL $0x4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R23
- 8: INCEIPL $4
-
- 0x2547CD3C: 7D35BA14 add r9,r21,r23
- 9: GETL R21, t8
- 10: GETL R23, t10
- 11: ADDL t8, t10
- 12: PUTL t10, R9
- 13: INCEIPL $4
-
- 0x2547CD40: A2690004 lhz r19,4(r9)
- 14: GETL R9, t12
- 15: ADDL $0x4, t12
- 16: LDW (t12), t14
- 17: PUTL t14, R19
- 18: INCEIPL $4
-
- 0x2547CD44: 5660047E rlwinm r0,r19,0,17,31
- 19: GETL R19, t16
- 20: ANDL $0x7FFF, t16
- 21: PUTL t16, R0
- 22: INCEIPL $4
-
- 0x2547CD48: 7C80C040 cmpl cr1,r0,r24
- 23: GETL R0, t18
- 24: GETL R24, t20
- 25: CMPUL t18, t20, t22 (-rSo)
- 26: ICRFL t22, $0x1, CR
- 27: INCEIPL $4
-
- 0x2547CD4C: 40850008 bc 4,5,0x2547CD54
- 28: Jc05o $0x2547CD54
-
-
-. 0 2547CD34 28
-. 82 BB 00 00 82 F1 00 04 7D 35 BA 14 A2 69 00 04 56 60 04 7E 7C 80 C0 40 40 85 00 08
-
-==== BB 965 (0x2547CD54) approx BBs exec'd 0 ====
-
- 0x2547CD54: 82890010 lwz r20,16(r9)
- 0: GETL R9, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R20
- 4: INCEIPL $4
-
- 0x2547CD58: 2F140000 cmpi cr6,r20,0
- 5: GETL R20, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x2547CD5C: 7D29A214 add r9,r9,r20
- 9: GETL R9, t8
- 10: GETL R20, t10
- 11: ADDL t8, t10
- 12: PUTL t10, R9
- 13: INCEIPL $4
-
- 0x2547CD60: 409AFFE0 bc 4,26,0x2547CD40
- 14: Jc26o $0x2547CD40
-
-
-. 0 2547CD54 16
-. 82 89 00 10 2F 14 00 00 7D 29 A2 14 40 9A FF E0
-
-==== BB 966 (0x2547CD40) approx BBs exec'd 0 ====
-
- 0x2547CD40: A2690004 lhz r19,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDW (t0), t2
- 3: PUTL t2, R19
- 4: INCEIPL $4
-
- 0x2547CD44: 5660047E rlwinm r0,r19,0,17,31
- 5: GETL R19, t4
- 6: ANDL $0x7FFF, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x2547CD48: 7C80C040 cmpl cr1,r0,r24
- 9: GETL R0, t6
- 10: GETL R24, t8
- 11: CMPUL t6, t8, t10 (-rSo)
- 12: ICRFL t10, $0x1, CR
- 13: INCEIPL $4
-
- 0x2547CD4C: 40850008 bc 4,5,0x2547CD54
- 14: Jc05o $0x2547CD54
-
-
-. 0 2547CD40 16
-. A2 69 00 04 56 60 04 7E 7C 80 C0 40 40 85 00 08
-
-==== BB 967 (0x2547CE90) approx BBs exec'd 0 ====
-
- 0x2547CE90: 80DB0000 lwz r6,0(r27)
- 0: GETL R27, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R6
- 3: INCEIPL $4
-
- 0x2547CE94: 38E00000 li r7,0
- 4: MOVL $0x0, t4
- 5: PUTL t4, R7
- 6: INCEIPL $4
-
- 0x2547CE98: 83710004 lwz r27,4(r17)
- 7: GETL R17, t6
- 8: ADDL $0x4, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R27
- 11: INCEIPL $4
-
- 0x2547CE9C: 7C66DA14 add r3,r6,r27
- 12: GETL R6, t10
- 13: GETL R27, t12
- 14: ADDL t10, t12
- 15: PUTL t12, R3
- 16: INCEIPL $4
-
- 0x2547CEA0: A2230002 lhz r17,2(r3)
- 17: GETL R3, t14
- 18: ADDL $0x2, t14
- 19: LDW (t14), t16
- 20: PUTL t16, R17
- 21: INCEIPL $4
-
- 0x2547CEA4: 8103000C lwz r8,12(r3)
- 22: GETL R3, t18
- 23: ADDL $0xC, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R8
- 26: INCEIPL $4
-
- 0x2547CEA8: 72290001 andi. r9,r17,0x1
- 27: GETL R17, t22
- 28: ANDL $0x1, t22
- 29: PUTL t22, R9
- 30: CMP0L t22, t24 (-rSo)
- 31: ICRFL t24, $0x0, CR
- 32: INCEIPL $4
-
- 0x2547CEAC: 40820028 bc 4,2,0x2547CED4
- 33: Jc02o $0x2547CED4
-
-
-. 0 2547CE90 32
-. 80 DB 00 00 38 E0 00 00 83 71 00 04 7C 66 DA 14 A2 23 00 02 81 03 00 0C 72 29 00 01 40 82 00 28
-
-==== BB 968 (0x2547CED4) approx BBs exec'd 0 ====
-
- 0x2547CED4: 82430010 lwz r18,16(r3)
- 0: GETL R3, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R18
- 4: INCEIPL $4
-
- 0x2547CED8: 2E120000 cmpi cr4,r18,0
- 5: GETL R18, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x4, CR
- 8: INCEIPL $4
-
- 0x2547CEDC: 7C639214 add r3,r3,r18
- 9: GETL R3, t8
- 10: GETL R18, t10
- 11: ADDL t8, t10
- 12: PUTL t10, R3
- 13: INCEIPL $4
-
- 0x2547CEE0: 4092FFC0 bc 4,18,0x2547CEA0
- 14: Jc18o $0x2547CEA0
-
-
-. 0 2547CED4 16
-. 82 43 00 10 2E 12 00 00 7C 63 92 14 40 92 FF C0
-
-==== BB 969 (0x2547CEA0) approx BBs exec'd 0 ====
-
- 0x2547CEA0: A2230002 lhz r17,2(r3)
- 0: GETL R3, t0
- 1: ADDL $0x2, t0
- 2: LDW (t0), t2
- 3: PUTL t2, R17
- 4: INCEIPL $4
-
- 0x2547CEA4: 8103000C lwz r8,12(r3)
- 5: GETL R3, t4
- 6: ADDL $0xC, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R8
- 9: INCEIPL $4
-
- 0x2547CEA8: 72290001 andi. r9,r17,0x1
- 10: GETL R17, t8
- 11: ANDL $0x1, t8
- 12: PUTL t8, R9
- 13: CMP0L t8, t10 (-rSo)
- 14: ICRFL t10, $0x0, CR
- 15: INCEIPL $4
-
- 0x2547CEAC: 40820028 bc 4,2,0x2547CED4
- 16: Jc02o $0x2547CED4
-
-
-. 0 2547CEA0 16
-. A2 23 00 02 81 03 00 0C 72 29 00 01 40 82 00 28
-
-==== BB 970 (0x2547CEB0) approx BBs exec'd 0 ====
-
- 0x2547CEB0: A3430004 lhz r26,4(r3)
- 0: GETL R3, t0
- 1: ADDL $0x4, t0
- 2: LDW (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0x2547CEB4: 83830008 lwz r28,8(r3)
- 5: GETL R3, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R28
- 9: INCEIPL $4
-
- 0x2547CEB8: 57572376 rlwinm r23,r26,4,13,27
- 10: GETL R26, t8
- 11: ROLL $0x4, t8
- 12: ANDL $0x7FFF0, t8
- 13: PUTL t8, R23
- 14: INCEIPL $4
-
- 0x2547CEBC: 7F172A14 add r24,r23,r5
- 15: GETL R23, t10
- 16: GETL R5, t12
- 17: ADDL t10, t12
- 18: PUTL t12, R24
- 19: INCEIPL $4
-
- 0x2547CEC0: 93980004 stw r28,4(r24)
- 20: GETL R28, t14
- 21: GETL R24, t16
- 22: ADDL $0x4, t16
- 23: STL t14, (t16)
- 24: INCEIPL $4
-
- 0x2547CEC4: 7E88182E lwzx r20,r8,r3
- 25: GETL R3, t18
- 26: GETL R8, t20
- 27: ADDL t20, t18
- 28: LDL (t18), t22
- 29: PUTL t22, R20
- 30: INCEIPL $4
-
- 0x2547CEC8: 90F8000C stw r7,12(r24)
- 31: GETL R7, t24
- 32: GETL R24, t26
- 33: ADDL $0xC, t26
- 34: STL t24, (t26)
- 35: INCEIPL $4
-
- 0x2547CECC: 7E74CA14 add r19,r20,r25
- 36: GETL R20, t28
- 37: GETL R25, t30
- 38: ADDL t28, t30
- 39: PUTL t30, R19
- 40: INCEIPL $4
-
- 0x2547CED0: 7E77292E stwx r19,r23,r5
- 41: GETL R5, t32
- 42: GETL R23, t34
- 43: ADDL t34, t32
- 44: GETL R19, t36
- 45: STL t36, (t32)
- 46: INCEIPL $4
-
- 0x2547CED4: 82430010 lwz r18,16(r3)
- 47: GETL R3, t38
- 48: ADDL $0x10, t38
- 49: LDL (t38), t40
- 50: PUTL t40, R18
- 51: INCEIPL $4
-
- 0x2547CED8: 2E120000 cmpi cr4,r18,0
- 52: GETL R18, t42
- 53: CMP0L t42, t44 (-rSo)
- 54: ICRFL t44, $0x4, CR
- 55: INCEIPL $4
-
- 0x2547CEDC: 7C639214 add r3,r3,r18
- 56: GETL R3, t46
- 57: GETL R18, t48
- 58: ADDL t46, t48
- 59: PUTL t48, R3
- 60: INCEIPL $4
-
- 0x2547CEE0: 4092FFC0 bc 4,18,0x2547CEA0
- 61: Jc18o $0x2547CEA0
-
-
-. 0 2547CEB0 52
-. A3 43 00 04 83 83 00 08 57 57 23 76 7F 17 2A 14 93 98 00 04 7E 88 18 2E 90 F8 00 0C 7E 74 CA 14 7E 77 29 2E 82 43 00 10 2E 12 00 00 7C 63 92 14 40 92 FF C0
-
-==== BB 971 (0x2547CEE4) approx BBs exec'd 0 ====
-
- 0x2547CEE4: 7EC3B378 or r3,r22,r22
- 0: GETL R22, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x2547CEE8: 4BFFFE88 b 0x2547CD70
- 3: JMPo $0x2547CD70 ($4)
-
-
-. 0 2547CEE4 8
-. 7E C3 B3 78 4B FF FE 88
-
-==== BB 972 (0x2547CD70) approx BBs exec'd 0 ====
-
- 0x2547CD70: 80A10000 lwz r5,0(r1)
- 0: GETL R1, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R5
- 3: INCEIPL $4
-
- 0x2547CD74: 82C50004 lwz r22,4(r5)
- 4: GETL R5, t4
- 5: ADDL $0x4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R22
- 8: INCEIPL $4
-
- 0x2547CD78: 8185FFBC lwz r12,-68(r5)
- 9: GETL R5, t8
- 10: ADDL $0xFFFFFFBC, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R12
- 13: INCEIPL $4
-
- 0x2547CD7C: 7EC803A6 mtlr r22
- 14: GETL R22, t12
- 15: PUTL t12, LR
- 16: INCEIPL $4
-
- 0x2547CD80: 8205FFC0 lwz r16,-64(r5)
- 17: GETL R5, t14
- 18: ADDL $0xFFFFFFC0, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R16
- 21: INCEIPL $4
-
- 0x2547CD84: 8225FFC4 lwz r17,-60(r5)
- 22: GETL R5, t18
- 23: ADDL $0xFFFFFFC4, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R17
- 26: INCEIPL $4
-
- 0x2547CD88: 7D818120 mtcrf 0x18,r12
- 27: GETL R12, t22
- 28: ICRFL t22, $0x3, CR
- 29: ICRFL t22, $0x4, CR
- 30: INCEIPL $4
-
- 0x2547CD8C: 8245FFC8 lwz r18,-56(r5)
- 31: GETL R5, t24
- 32: ADDL $0xFFFFFFC8, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R18
- 35: INCEIPL $4
-
- 0x2547CD90: 8265FFCC lwz r19,-52(r5)
- 36: GETL R5, t28
- 37: ADDL $0xFFFFFFCC, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R19
- 40: INCEIPL $4
-
- 0x2547CD94: 8285FFD0 lwz r20,-48(r5)
- 41: GETL R5, t32
- 42: ADDL $0xFFFFFFD0, t32
- 43: LDL (t32), t34
- 44: PUTL t34, R20
- 45: INCEIPL $4
-
- 0x2547CD98: 82A5FFD4 lwz r21,-44(r5)
- 46: GETL R5, t36
- 47: ADDL $0xFFFFFFD4, t36
- 48: LDL (t36), t38
- 49: PUTL t38, R21
- 50: INCEIPL $4
-
- 0x2547CD9C: 82C5FFD8 lwz r22,-40(r5)
- 51: GETL R5, t40
- 52: ADDL $0xFFFFFFD8, t40
- 53: LDL (t40), t42
- 54: PUTL t42, R22
- 55: INCEIPL $4
-
- 0x2547CDA0: 82E5FFDC lwz r23,-36(r5)
- 56: GETL R5, t44
- 57: ADDL $0xFFFFFFDC, t44
- 58: LDL (t44), t46
- 59: PUTL t46, R23
- 60: INCEIPL $4
-
- 0x2547CDA4: 8305FFE0 lwz r24,-32(r5)
- 61: GETL R5, t48
- 62: ADDL $0xFFFFFFE0, t48
- 63: LDL (t48), t50
- 64: PUTL t50, R24
- 65: INCEIPL $4
-
- 0x2547CDA8: 8325FFE4 lwz r25,-28(r5)
- 66: GETL R5, t52
- 67: ADDL $0xFFFFFFE4, t52
- 68: LDL (t52), t54
- 69: PUTL t54, R25
- 70: INCEIPL $4
-
- 0x2547CDAC: 8345FFE8 lwz r26,-24(r5)
- 71: GETL R5, t56
- 72: ADDL $0xFFFFFFE8, t56
- 73: LDL (t56), t58
- 74: PUTL t58, R26
- 75: INCEIPL $4
-
- 0x2547CDB0: 8365FFEC lwz r27,-20(r5)
- 76: GETL R5, t60
- 77: ADDL $0xFFFFFFEC, t60
- 78: LDL (t60), t62
- 79: PUTL t62, R27
- 80: INCEIPL $4
-
- 0x2547CDB4: 8385FFF0 lwz r28,-16(r5)
- 81: GETL R5, t64
- 82: ADDL $0xFFFFFFF0, t64
- 83: LDL (t64), t66
- 84: PUTL t66, R28
- 85: INCEIPL $4
-
- 0x2547CDB8: 83A5FFF4 lwz r29,-12(r5)
- 86: GETL R5, t68
- 87: ADDL $0xFFFFFFF4, t68
- 88: LDL (t68), t70
- 89: PUTL t70, R29
- 90: INCEIPL $4
-
- 0x2547CDBC: 83C5FFF8 lwz r30,-8(r5)
- 91: GETL R5, t72
- 92: ADDL $0xFFFFFFF8, t72
- 93: LDL (t72), t74
- 94: PUTL t74, R30
- 95: INCEIPL $4
-
- 0x2547CDC0: 83E5FFFC lwz r31,-4(r5)
- 96: GETL R5, t76
- 97: ADDL $0xFFFFFFFC, t76
- 98: LDL (t76), t78
- 99: PUTL t78, R31
- 100: INCEIPL $4
-
- 0x2547CDC4: 7CA12B78 or r1,r5,r5
- 101: GETL R5, t80
- 102: PUTL t80, R1
- 103: INCEIPL $4
-
- 0x2547CDC8: 4E800020 blr
- 104: GETL LR, t82
- 105: JMPo-r t82 ($4)
-
-
-. 0 2547CD70 92
-. 80 A1 00 00 82 C5 00 04 81 85 FF BC 7E C8 03 A6 82 05 FF C0 82 25 FF C4 7D 81 81 20 82 45 FF C8 82 65 FF CC 82 85 FF D0 82 A5 FF D4 82 C5 FF D8 82 E5 FF DC 83 05 FF E0 83 25 FF E4 83 45 FF E8 83 65 FF EC 83 85 FF F0 83 A5 FF F4 83 C5 FF F8 83 E5 FF FC 7C A1 2B 78 4E 80 00 20
-
-==== BB 973 (0x2547CD50) approx BBs exec'd 0 ====
-
- 0x2547CD50: 7C180378 or r24,r0,r0
- 0: GETL R0, t0
- 1: PUTL t0, R24
- 2: INCEIPL $4
-
- 0x2547CD54: 82890010 lwz r20,16(r9)
- 3: GETL R9, t2
- 4: ADDL $0x10, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R20
- 7: INCEIPL $4
-
- 0x2547CD58: 2F140000 cmpi cr6,r20,0
- 8: GETL R20, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x6, CR
- 11: INCEIPL $4
-
- 0x2547CD5C: 7D29A214 add r9,r9,r20
- 12: GETL R9, t10
- 13: GETL R20, t12
- 14: ADDL t10, t12
- 15: PUTL t12, R9
- 16: INCEIPL $4
-
- 0x2547CD60: 409AFFE0 bc 4,26,0x2547CD40
- 17: Jc26o $0x2547CD40
-
-
-. 0 2547CD50 20
-. 7C 18 03 78 82 89 00 10 2F 14 00 00 7D 29 A2 14 40 9A FF E0
-
-==== BB 974 (0x2547D050) approx BBs exec'd 0 ====
-
- 0x2547D050: 80810024 lwz r4,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x2547D054: 7F83E378 or r3,r28,r28
- 5: GETL R28, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x2547D058: 83410008 lwz r26,8(r1)
- 8: GETL R1, t6
- 9: ADDL $0x8, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R26
- 12: INCEIPL $4
-
- 0x2547D05C: 8361000C lwz r27,12(r1)
- 13: GETL R1, t10
- 14: ADDL $0xC, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R27
- 17: INCEIPL $4
-
- 0x2547D060: 7C8803A6 mtlr r4
- 18: GETL R4, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0x2547D064: 83810010 lwz r28,16(r1)
- 21: GETL R1, t16
- 22: ADDL $0x10, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R28
- 25: INCEIPL $4
-
- 0x2547D068: 83A10014 lwz r29,20(r1)
- 26: GETL R1, t20
- 27: ADDL $0x14, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R29
- 30: INCEIPL $4
-
- 0x2547D06C: 83C10018 lwz r30,24(r1)
- 31: GETL R1, t24
- 32: ADDL $0x18, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R30
- 35: INCEIPL $4
-
- 0x2547D070: 83E1001C lwz r31,28(r1)
- 36: GETL R1, t28
- 37: ADDL $0x1C, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R31
- 40: INCEIPL $4
-
- 0x2547D074: 38210020 addi r1,r1,32
- 41: GETL R1, t32
- 42: ADDL $0x20, t32
- 43: PUTL t32, R1
- 44: INCEIPL $4
-
- 0x2547D078: 4E800020 blr
- 45: GETL LR, t34
- 46: JMPo-r t34 ($4)
-
-
-. 0 2547D050 44
-. 80 81 00 24 7F 83 E3 78 83 41 00 08 83 61 00 0C 7C 88 03 A6 83 81 00 10 83 A1 00 14 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-
-==== BB 975 (0x2547180C) approx BBs exec'd 0 ====
-
- 0x2547180C: 2F830000 cmpi cr7,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x25471810: 419E0014 bc 12,30,0x25471824
- 4: Js30o $0x25471824
-
-
-. 0 2547180C 8
-. 2F 83 00 00 41 9E 00 14
-
-==== BB 976 (0x25471824) approx BBs exec'd 0 ====
-
- 0x25471824: 80610024 lwz r3,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x25471828: 83A10014 lwz r29,20(r1)
- 5: GETL R1, t4
- 6: ADDL $0x14, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R29
- 9: INCEIPL $4
-
- 0x2547182C: 83C10018 lwz r30,24(r1)
- 10: GETL R1, t8
- 11: ADDL $0x18, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R30
- 14: INCEIPL $4
-
- 0x25471830: 7C6803A6 mtlr r3
- 15: GETL R3, t12
- 16: PUTL t12, LR
- 17: INCEIPL $4
-
- 0x25471834: 83E1001C lwz r31,28(r1)
- 18: GETL R1, t14
- 19: ADDL $0x1C, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R31
- 22: INCEIPL $4
-
- 0x25471838: 38210020 addi r1,r1,32
- 23: GETL R1, t18
- 24: ADDL $0x20, t18
- 25: PUTL t18, R1
- 26: INCEIPL $4
-
- 0x2547183C: 4E800020 blr
- 27: GETL LR, t20
- 28: JMPo-r t20 ($4)
-
-
-. 0 25471824 28
-. 80 61 00 24 83 A1 00 14 83 C1 00 18 7C 68 03 A6 83 E1 00 1C 38 21 00 20 4E 80 00 20
-
-==== BB 977 (0x2547B70C) approx BBs exec'd 0 ====
-
- 0x2547B70C: 935D0000 stw r26,0(r29)
- 0: GETL R26, t0
- 1: GETL R29, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0x2547B710: 80010034 lwz r0,52(r1)
- 4: GETL R1, t4
- 5: ADDL $0x34, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R0
- 8: INCEIPL $4
-
- 0x2547B714: 937C0000 stw r27,0(r28)
- 9: GETL R27, t8
- 10: GETL R28, t10
- 11: STL t8, (t10)
- 12: INCEIPL $4
-
- 0x2547B718: 82E1000C lwz r23,12(r1)
- 13: GETL R1, t12
- 14: ADDL $0xC, t12
- 15: LDL (t12), t14
- 16: PUTL t14, R23
- 17: INCEIPL $4
-
- 0x2547B71C: 7C0803A6 mtlr r0
- 18: GETL R0, t16
- 19: PUTL t16, LR
- 20: INCEIPL $4
-
- 0x2547B720: 83210014 lwz r25,20(r1)
- 21: GETL R1, t18
- 22: ADDL $0x14, t18
- 23: LDL (t18), t20
- 24: PUTL t20, R25
- 25: INCEIPL $4
-
- 0x2547B724: 83410018 lwz r26,24(r1)
- 26: GETL R1, t22
- 27: ADDL $0x18, t22
- 28: LDL (t22), t24
- 29: PUTL t24, R26
- 30: INCEIPL $4
-
- 0x2547B728: 8361001C lwz r27,28(r1)
- 31: GETL R1, t26
- 32: ADDL $0x1C, t26
- 33: LDL (t26), t28
- 34: PUTL t28, R27
- 35: INCEIPL $4
-
- 0x2547B72C: 83810020 lwz r28,32(r1)
- 36: GETL R1, t30
- 37: ADDL $0x20, t30
- 38: LDL (t30), t32
- 39: PUTL t32, R28
- 40: INCEIPL $4
-
- 0x2547B730: 83A10024 lwz r29,36(r1)
- 41: GETL R1, t34
- 42: ADDL $0x24, t34
- 43: LDL (t34), t36
- 44: PUTL t36, R29
- 45: INCEIPL $4
-
- 0x2547B734: 83C10028 lwz r30,40(r1)
- 46: GETL R1, t38
- 47: ADDL $0x28, t38
- 48: LDL (t38), t40
- 49: PUTL t40, R30
- 50: INCEIPL $4
-
- 0x2547B738: 38210030 addi r1,r1,48
- 51: GETL R1, t42
- 52: ADDL $0x30, t42
- 53: PUTL t42, R1
- 54: INCEIPL $4
-
- 0x2547B73C: 4E800020 blr
- 55: GETL LR, t44
- 56: JMPo-r t44 ($4)
-
-
-. 0 2547B70C 52
-. 93 5D 00 00 80 01 00 34 93 7C 00 00 82 E1 00 0C 7C 08 03 A6 83 21 00 14 83 41 00 18 83 61 00 1C 83 81 00 20 83 A1 00 24 83 C1 00 28 38 21 00 30 4E 80 00 20
-
-==== BB 978 (0x25472900) approx BBs exec'd 0 ====
-
- 0x25472900: 836E03D8 lwz r27,984(r14)
- 0: GETL R14, t0
- 1: ADDL $0x3D8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R27
- 4: INCEIPL $4
-
- 0x25472904: 2E1B0000 cmpi cr4,r27,0
- 5: GETL R27, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x4, CR
- 8: INCEIPL $4
-
- 0x25472908: 40920AEC bc 4,18,0x254733F4
- 9: Jc18o $0x254733F4
-
-
-. 0 25472900 12
-. 83 6E 03 D8 2E 1B 00 00 40 92 0A EC
-
-==== BB 979 (0x2547290C) approx BBs exec'd 0 ====
-
- 0x2547290C: 816E0408 lwz r11,1032(r14)
- 0: GETL R14, t0
- 1: ADDL $0x408, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x25472910: 3ACB003F addi r22,r11,63
- 5: GETL R11, t4
- 6: ADDL $0x3F, t4
- 7: PUTL t4, R22
- 8: INCEIPL $4
-
- 0x25472914: 916E0414 stw r11,1044(r14)
- 9: GETL R11, t6
- 10: GETL R14, t8
- 11: ADDL $0x414, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x25472918: 56D91838 rlwinm r25,r22,3,0,28
- 14: GETL R22, t10
- 15: SHLL $0x3, t10
- 16: PUTL t10, R25
- 17: INCEIPL $4
-
- 0x2547291C: 38790008 addi r3,r25,8
- 18: GETL R25, t12
- 19: ADDL $0x8, t12
- 20: PUTL t12, R3
- 21: INCEIPL $4
-
- 0x25472920: 48025105 bl 0x25497A24
- 22: MOVL $0x25472924, t14
- 23: PUTL t14, LR
- 24: JMPo-c $0x25497A24 ($4)
-
-
-. 0 2547290C 24
-. 81 6E 04 08 3A CB 00 3F 91 6E 04 14 56 D9 18 38 38 79 00 08 48 02 51 05
-
-==== BB 980 (0x25472924) approx BBs exec'd 0 ====
-
- 0x25472924: 7F25CB78 or r5,r25,r25
- 0: GETL R25, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0x25472928: 7C6C1B78 or r12,r3,r3
- 3: GETL R3, t2
- 4: PUTL t2, R12
- 5: INCEIPL $4
-
- 0x2547292C: 38800000 li r4,0
- 6: MOVL $0x0, t4
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0x25472930: 38630008 addi r3,r3,8
- 9: GETL R3, t6
- 10: ADDL $0x8, t6
- 11: PUTL t6, R3
- 12: INCEIPL $4
-
- 0x25472934: 918E0410 stw r12,1040(r14)
- 13: GETL R12, t8
- 14: GETL R14, t10
- 15: ADDL $0x410, t10
- 16: STL t8, (t10)
- 17: INCEIPL $4
-
- 0x25472938: 48010E0D bl 0x25483744
- 18: MOVL $0x2547293C, t12
- 19: PUTL t12, LR
- 20: JMPo-c $0x25483744 ($4)
-
-
-. 0 25472924 24
-. 7F 25 CB 78 7C 6C 1B 78 38 80 00 00 38 63 00 08 91 8E 04 10 48 01 0E 0D
-
-==== BB 981 (0x2547293C) approx BBs exec'd 0 ====
-
- 0x2547293C: 80CE0410 lwz r6,1040(r14)
- 0: GETL R14, t0
- 1: ADDL $0x410, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x25472940: 38000000 li r0,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0x25472944: 7E89A378 or r9,r20,r20
- 8: GETL R20, t6
- 9: PUTL t6, R9
- 10: INCEIPL $4
-
- 0x25472948: 90060004 stw r0,4(r6)
- 11: GETL R0, t8
- 12: GETL R6, t10
- 13: ADDL $0x4, t10
- 14: STL t8, (t10)
- 15: INCEIPL $4
-
- 0x2547294C: 92C60000 stw r22,0(r6)
- 16: GETL R22, t12
- 17: GETL R6, t14
- 18: STL t12, (t14)
- 19: INCEIPL $4
-
- 0x25472950: 418E0024 bc 12,14,0x25472974
- 20: Js14o $0x25472974
-
-
-. 0 2547293C 24
-. 80 CE 04 10 38 00 00 00 7E 89 A3 78 90 06 00 04 92 C6 00 00 41 8E 00 24
-
-==== BB 982 (0x25472954) approx BBs exec'd 0 ====
-
- 0x25472954: 38630004 addi r3,r3,4
- 0: GETL R3, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0x25472958: 83890220 lwz r28,544(r9)
- 4: GETL R9, t2
- 5: ADDL $0x220, t2
- 6: LDL (t2), t4
- 7: PUTL t4, R28
- 8: INCEIPL $4
-
- 0x2547295C: 2F1C0000 cmpi cr6,r28,0
- 9: GETL R28, t6
- 10: CMP0L t6, t8 (-rSo)
- 11: ICRFL t8, $0x6, CR
- 12: INCEIPL $4
-
- 0x25472960: 419A0008 bc 12,26,0x25472968
- 13: Js26o $0x25472968
-
-
-. 0 25472954 16
-. 38 63 00 04 83 89 02 20 2F 1C 00 00 41 9A 00 08
-
-==== BB 983 (0x25472968) approx BBs exec'd 0 ====
-
- 0x25472968: 8129000C lwz r9,12(r9)
- 0: GETL R9, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x2547296C: 2C090000 cmpi cr0,r9,0
- 5: GETL R9, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0x25472970: 4082FFE8 bc 4,2,0x25472958
- 9: Jc02o $0x25472958
-
-
-. 0 25472968 12
-. 81 29 00 0C 2C 09 00 00 40 82 FF E8
-
-==== BB 984 (0x25472958) approx BBs exec'd 0 ====
-
- 0x25472958: 83890220 lwz r28,544(r9)
- 0: GETL R9, t0
- 1: ADDL $0x220, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0x2547295C: 2F1C0000 cmpi cr6,r28,0
- 5: GETL R28, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x25472960: 419A0008 bc 12,26,0x25472968
- 9: Js26o $0x25472968
-
-
-. 0 25472958 12
-. 83 89 02 20 2F 1C 00 00 41 9A 00 08
-
-==== BB 985 (0x25472964) approx BBs exec'd 0 ====
-
- 0x25472964: 95230008 stwu r9,8(r3)
- 0: GETL R9, t0
- 1: GETL R3, t2
- 2: ADDL $0x8, t2
- 3: PUTL t2, R3
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x25472968: 8129000C lwz r9,12(r9)
- 6: GETL R9, t4
- 7: ADDL $0xC, t4
- 8: LDL (t4), t6
- 9: PUTL t6, R9
- 10: INCEIPL $4
-
- 0x2547296C: 2C090000 cmpi cr0,r9,0
- 11: GETL R9, t8
- 12: CMP0L t8, t10 (-rSo)
- 13: ICRFL t10, $0x0, CR
- 14: INCEIPL $4
-
- 0x25472970: 4082FFE8 bc 4,2,0x25472958
- 15: Jc02o $0x25472958
-
-
-. 0 25472964 16
-. 95 23 00 08 81 29 00 0C 2C 09 00 00 40 82 FF E8
-
-==== BB 986 (0x25472974) approx BBs exec'd 0 ====
-
- 0x25472974: 4800B359 bl 0x2547DCCC
- 0: MOVL $0x25472978, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x2547DCCC ($4)
-
-
-. 0 25472974 4
-. 48 00 B3 59
-
-==== BB 987 _dl_determine_tlsoffset(0x2547DCCC) approx BBs exec'd 0 ====
-
- 0x2547DCCC: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547DCD0: 7D8802A6 mflr r12
- 6: GETL LR, t4
- 7: PUTL t4, R12
- 8: INCEIPL $4
-
- 0x2547DCD4: 4801932D bl 0x25497000
- 9: MOVL $0x2547DCD8, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-. 0 2547DCCC 12
-. 94 21 FF E0 7D 88 02 A6 48 01 93 2D
-
-==== BB 988 (0x2547DCD8) approx BBs exec'd 0 ====
-
- 0x2547DCD8: 93C10018 stw r30,24(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547DCDC: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x2547DCE0: 9361000C stw r27,12(r1)
- 8: GETL R27, t6
- 9: GETL R1, t8
- 10: ADDL $0xC, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x2547DCE4: 93810010 stw r28,16(r1)
- 13: GETL R28, t10
- 14: GETL R1, t12
- 15: ADDL $0x10, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x2547DCE8: 38600000 li r3,0
- 18: MOVL $0x0, t14
- 19: PUTL t14, R3
- 20: INCEIPL $4
-
- 0x2547DCEC: 93A10014 stw r29,20(r1)
- 21: GETL R29, t16
- 22: GETL R1, t18
- 23: ADDL $0x14, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0x2547DCF0: 7D8803A6 mtlr r12
- 26: GETL R12, t20
- 27: PUTL t20, LR
- 28: INCEIPL $4
-
- 0x2547DCF4: 837E04C8 lwz r27,1224(r30)
- 29: GETL R30, t22
- 30: ADDL $0x4C8, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R27
- 33: INCEIPL $4
-
- 0x2547DCF8: 3B800020 li r28,32
- 34: MOVL $0x20, t26
- 35: PUTL t26, R28
- 36: INCEIPL $4
-
- 0x2547DCFC: 93E1001C stw r31,28(r1)
- 37: GETL R31, t28
- 38: GETL R1, t30
- 39: ADDL $0x1C, t30
- 40: STL t28, (t30)
- 41: INCEIPL $4
-
- 0x2547DD00: 3BA00000 li r29,0
- 42: MOVL $0x0, t32
- 43: PUTL t32, R29
- 44: INCEIPL $4
-
- 0x2547DD04: 813B0410 lwz r9,1040(r27)
- 45: GETL R27, t34
- 46: ADDL $0x410, t34
- 47: LDL (t34), t36
- 48: PUTL t36, R9
- 49: INCEIPL $4
-
- 0x2547DD08: 3BE00000 li r31,0
- 50: MOVL $0x0, t38
- 51: PUTL t38, R31
- 52: INCEIPL $4
-
- 0x2547DD0C: 39800001 li r12,1
- 53: MOVL $0x1, t40
- 54: PUTL t40, R12
- 55: INCEIPL $4
-
- 0x2547DD10: 38A90008 addi r5,r9,8
- 56: GETL R9, t42
- 57: ADDL $0x8, t42
- 58: PUTL t42, R5
- 59: INCEIPL $4
-
- 0x2547DD14: 8005000C lwz r0,12(r5)
- 60: GETL R5, t44
- 61: ADDL $0xC, t44
- 62: LDL (t44), t46
- 63: PUTL t46, R0
- 64: INCEIPL $4
-
- 0x2547DD18: 2F800000 cmpi cr7,r0,0
- 65: GETL R0, t48
- 66: CMP0L t48, t50 (-rSo)
- 67: ICRFL t50, $0x7, CR
- 68: INCEIPL $4
-
- 0x2547DD1C: 419E0104 bc 12,30,0x2547DE20
- 69: Js30o $0x2547DE20
-
-
-. 0 2547DCD8 72
-. 93 C1 00 18 7F C8 02 A6 93 61 00 0C 93 81 00 10 38 60 00 00 93 A1 00 14 7D 88 03 A6 83 7E 04 C8 3B 80 00 20 93 E1 00 1C 3B A0 00 00 81 3B 04 10 3B E0 00 00 39 80 00 01 38 A9 00 08 80 05 00 0C 2F 80 00 00 41 9E 01 04
-
-==== BB 989 (0x2547DD20) approx BBs exec'd 0 ====
-
- 0x2547DD20: 38C00008 li r6,8
- 0: MOVL $0x8, t0
- 1: PUTL t0, R6
- 2: INCEIPL $4
-
- 0x2547DD24: 48000058 b 0x2547DD7C
- 3: JMPo $0x2547DD7C ($4)
-
-
-. 0 2547DD20 8
-. 38 C0 00 08 48 00 00 58
-
-==== BB 990 (0x2547DD7C) approx BBs exec'd 0 ====
-
- 0x2547DD7C: 7D662A14 add r11,r6,r5
- 0: GETL R6, t0
- 1: GETL R5, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x2547DD80: 814B0004 lwz r10,4(r11)
- 5: GETL R11, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R10
- 9: INCEIPL $4
-
- 0x2547DD84: 816A0224 lwz r11,548(r10)
- 10: GETL R10, t8
- 11: ADDL $0x224, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R11
- 14: INCEIPL $4
-
- 0x2547DD88: 810A0228 lwz r8,552(r10)
- 15: GETL R10, t12
- 16: ADDL $0x228, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R8
- 19: INCEIPL $4
-
- 0x2547DD8C: 7C1C5840 cmpl cr0,r28,r11
- 20: GETL R28, t16
- 21: GETL R11, t18
- 22: CMPUL t16, t18, t20 (-rSo)
- 23: ICRFL t20, $0x0, CR
- 24: INCEIPL $4
-
- 0x2547DD90: 388BFFFF addi r4,r11,-1
- 25: GETL R11, t22
- 26: ADDL $0xFFFFFFFF, t22
- 27: PUTL t22, R4
- 28: INCEIPL $4
-
- 0x2547DD94: 7CE800D0 neg r7,r8
- 29: GETL R8, t24
- 30: NEGL t24
- 31: PUTL t24, R7
- 32: INCEIPL $4
-
- 0x2547DD98: 7CE82038 and r8,r7,r4
- 33: GETL R7, t26
- 34: GETL R4, t28
- 35: ANDL t26, t28
- 36: PUTL t28, R8
- 37: INCEIPL $4
-
- 0x2547DD9C: 40800008 bc 4,0,0x2547DDA4
- 38: Jc00o $0x2547DDA4
-
-
-. 0 2547DD7C 36
-. 7D 66 2A 14 81 4B 00 04 81 6A 02 24 81 0A 02 28 7C 1C 58 40 38 8B FF FF 7C E8 00 D0 7C E8 20 38 40 80 00 08
-
-==== BB 991 (0x2547DDA4) approx BBs exec'd 0 ====
-
- 0x2547DDA4: 80EA0220 lwz r7,544(r10)
- 0: GETL R10, t0
- 1: ADDL $0x220, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x2547DDA8: 7C9FE850 subf r4,r31,r29
- 5: GETL R31, t4
- 6: GETL R29, t6
- 7: SUBL t4, t6
- 8: PUTL t6, R4
- 9: INCEIPL $4
-
- 0x2547DDAC: 7C872040 cmpl cr1,r7,r4
- 10: GETL R7, t8
- 11: GETL R4, t10
- 12: CMPUL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x1, CR
- 14: INCEIPL $4
-
- 0x2547DDB0: 40A5FF78 bc 5,5,0x2547DD28
- 15: Jc05o $0x2547DD28
-
-
-. 0 2547DDA4 16
-. 80 EA 02 20 7C 9F E8 50 7C 87 20 40 40 A5 FF 78
-
-==== BB 992 (0x2547DDB4) approx BBs exec'd 0 ====
-
- 0x2547DDB4: 7D662A14 add r11,r6,r5
- 0: GETL R6, t0
- 1: GETL R5, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x2547DDB8: 814B0004 lwz r10,4(r11)
- 5: GETL R11, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R10
- 9: INCEIPL $4
-
- 0x2547DDBC: 816A0224 lwz r11,548(r10)
- 10: GETL R10, t8
- 11: ADDL $0x224, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R11
- 14: INCEIPL $4
-
- 0x2547DDC0: 7CCB1A14 add r6,r11,r3
- 15: GETL R11, t12
- 16: GETL R3, t14
- 17: ADDL t12, t14
- 18: PUTL t14, R6
- 19: INCEIPL $4
-
- 0x2547DDC4: 3806FFFF addi r0,r6,-1
- 20: GETL R6, t16
- 21: ADDL $0xFFFFFFFF, t16
- 22: PUTL t16, R0
- 23: INCEIPL $4
-
- 0x2547DDC8: 7D205B96 divwu r9, r0, r11
- 24: GETL R0, t20
- 25: GETL R11, t18
- 26: UDIVL t18, t20
- 27: PUTL t20, R9
- 28: INCEIPL $4
-
- 0x2547DDCC: 7D2959D6 mullw r9,r9,r11
- 29: GETL R9, t22
- 30: GETL R11, t24
- 31: MULL t22, t24
- 32: PUTL t24, R9
- 33: INCEIPL $4
-
- 0x2547DDD0: 7CE34850 subf r7,r3,r9
- 34: GETL R3, t26
- 35: GETL R9, t28
- 36: SUBL t26, t28
- 37: PUTL t28, R7
- 38: INCEIPL $4
-
- 0x2547DDD4: 7C074040 cmpl cr0,r7,r8
- 39: GETL R7, t30
- 40: GETL R8, t32
- 41: CMPUL t30, t32, t34 (-rSo)
- 42: ICRFL t34, $0x0, CR
- 43: INCEIPL $4
-
- 0x2547DDD8: 40800008 bc 4,0,0x2547DDE0
- 44: Jc00o $0x2547DDE0
-
-
-. 0 2547DDB4 40
-. 7D 66 2A 14 81 4B 00 04 81 6A 02 24 7C CB 1A 14 38 06 FF FF 7D 20 5B 96 7D 29 59 D6 7C E3 48 50 7C 07 40 40 40 80 00 08
-
-==== BB 993 (0x2547DDE0) approx BBs exec'd 0 ====
-
- 0x2547DDE0: 7D684850 subf r11,r8,r9
- 0: GETL R8, t0
- 1: GETL R9, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x2547DDE4: 7CE35850 subf r7,r3,r11
- 5: GETL R3, t4
- 6: GETL R11, t6
- 7: SUBL t4, t6
- 8: PUTL t6, R7
- 9: INCEIPL $4
-
- 0x2547DDE8: 916A022C stw r11,556(r10)
- 10: GETL R11, t8
- 11: GETL R10, t10
- 12: ADDL $0x22C, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x2547DDEC: 7C872040 cmpl cr1,r7,r4
- 15: GETL R7, t12
- 16: GETL R4, t14
- 17: CMPUL t12, t14, t16 (-rSo)
- 18: ICRFL t16, $0x1, CR
- 19: INCEIPL $4
-
- 0x2547DDF0: 4085000C bc 4,5,0x2547DDFC
- 20: Jc05o $0x2547DDFC
-
-
-. 0 2547DDE0 20
-. 7D 68 48 50 7C E3 58 50 91 6A 02 2C 7C 87 20 40 40 85 00 0C
-
-==== BB 994 (0x2547DDFC) approx BBs exec'd 0 ====
-
- 0x2547DDFC: 806A0220 lwz r3,544(r10)
- 0: GETL R10, t0
- 1: ADDL $0x220, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x2547DE00: 398C0001 addi r12,r12,1
- 5: GETL R12, t4
- 6: ADDL $0x1, t4
- 7: PUTL t4, R12
- 8: INCEIPL $4
-
- 0x2547DE04: 55861838 rlwinm r6,r12,3,0,28
- 9: GETL R12, t6
- 10: SHLL $0x3, t6
- 11: PUTL t6, R6
- 12: INCEIPL $4
-
- 0x2547DE08: 7D434A14 add r10,r3,r9
- 13: GETL R3, t8
- 14: GETL R9, t10
- 15: ADDL t8, t10
- 16: PUTL t10, R10
- 17: INCEIPL $4
-
- 0x2547DE0C: 7C685050 subf r3,r8,r10
- 18: GETL R8, t12
- 19: GETL R10, t14
- 20: SUBL t12, t14
- 21: PUTL t14, R3
- 22: INCEIPL $4
-
- 0x2547DE10: 7D062A14 add r8,r6,r5
- 23: GETL R6, t16
- 24: GETL R5, t18
- 25: ADDL t16, t18
- 26: PUTL t18, R8
- 27: INCEIPL $4
-
- 0x2547DE14: 80880004 lwz r4,4(r8)
- 28: GETL R8, t20
- 29: ADDL $0x4, t20
- 30: LDL (t20), t22
- 31: PUTL t22, R4
- 32: INCEIPL $4
-
- 0x2547DE18: 2F040000 cmpi cr6,r4,0
- 33: GETL R4, t24
- 34: CMP0L t24, t26 (-rSo)
- 35: ICRFL t26, $0x6, CR
- 36: INCEIPL $4
-
- 0x2547DE1C: 409AFF60 bc 4,26,0x2547DD7C
- 37: Jc26o $0x2547DD7C
-
-
-. 0 2547DDFC 36
-. 80 6A 02 20 39 8C 00 01 55 86 18 38 7D 43 4A 14 7C 68 50 50 7D 06 2A 14 80 88 00 04 2F 04 00 00 40 9A FF 60
-
-==== BB 995 (0x2547DE20) approx BBs exec'd 0 ====
-
- 0x2547DE20: 3BA3069F addi r29,r3,1695
- 0: GETL R3, t0
- 1: ADDL $0x69F, t0
- 2: PUTL t0, R29
- 3: INCEIPL $4
-
- 0x2547DE24: 939B0420 stw r28,1056(r27)
- 4: GETL R28, t2
- 5: GETL R27, t4
- 6: ADDL $0x420, t4
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0x2547DE28: 57A50034 rlwinm r5,r29,0,0,26
- 9: GETL R29, t6
- 10: ANDL $0xFFFFFFE0, t6
- 11: PUTL t6, R5
- 12: INCEIPL $4
-
- 0x2547DE2C: 907B041C stw r3,1052(r27)
- 13: GETL R3, t8
- 14: GETL R27, t10
- 15: ADDL $0x41C, t10
- 16: STL t8, (t10)
- 17: INCEIPL $4
-
- 0x2547DE30: 90BB0418 stw r5,1048(r27)
- 18: GETL R5, t12
- 19: GETL R27, t14
- 20: ADDL $0x418, t14
- 21: STL t12, (t14)
- 22: INCEIPL $4
-
- 0x2547DE34: 83810010 lwz r28,16(r1)
- 23: GETL R1, t16
- 24: ADDL $0x10, t16
- 25: LDL (t16), t18
- 26: PUTL t18, R28
- 27: INCEIPL $4
-
- 0x2547DE38: 8361000C lwz r27,12(r1)
- 28: GETL R1, t20
- 29: ADDL $0xC, t20
- 30: LDL (t20), t22
- 31: PUTL t22, R27
- 32: INCEIPL $4
-
- 0x2547DE3C: 83A10014 lwz r29,20(r1)
- 33: GETL R1, t24
- 34: ADDL $0x14, t24
- 35: LDL (t24), t26
- 36: PUTL t26, R29
- 37: INCEIPL $4
-
- 0x2547DE40: 83C10018 lwz r30,24(r1)
- 38: GETL R1, t28
- 39: ADDL $0x18, t28
- 40: LDL (t28), t30
- 41: PUTL t30, R30
- 42: INCEIPL $4
-
- 0x2547DE44: 83E1001C lwz r31,28(r1)
- 43: GETL R1, t32
- 44: ADDL $0x1C, t32
- 45: LDL (t32), t34
- 46: PUTL t34, R31
- 47: INCEIPL $4
-
- 0x2547DE48: 38210020 addi r1,r1,32
- 48: GETL R1, t36
- 49: ADDL $0x20, t36
- 50: PUTL t36, R1
- 51: INCEIPL $4
-
- 0x2547DE4C: 4E800020 blr
- 52: GETL LR, t38
- 53: JMPo-r t38 ($4)
-
-
-. 0 2547DE20 48
-. 3B A3 06 9F 93 9B 04 20 57 A5 00 34 90 7B 04 1C 90 BB 04 18 83 81 00 10 83 61 00 0C 83 A1 00 14 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-
-==== BB 996 (0x25472978) approx BBs exec'd 0 ====
-
- 0x25472978: 4800B57D bl 0x2547DEF4
- 0: MOVL $0x2547297C, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x2547DEF4 ($4)
-
-
-. 0 25472978 4
-. 48 00 B5 7D
-
-==== BB 997 _dl_allocate_tls_storage(0x2547DEF4) approx BBs exec'd 0 ====
-
- 0x2547DEF4: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547DEF8: 7C6802A6 mflr r3
- 6: GETL LR, t4
- 7: PUTL t4, R3
- 8: INCEIPL $4
-
- 0x2547DEFC: 48019105 bl 0x25497000
- 9: MOVL $0x2547DF00, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-. 0 2547DEF4 12
-. 94 21 FF E0 7C 68 02 A6 48 01 91 05
-
-==== BB 998 (0x2547DF00) approx BBs exec'd 0 ====
-
- 0x2547DF00: 93C10018 stw r30,24(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547DF04: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x2547DF08: 93810010 stw r28,16(r1)
- 8: GETL R28, t6
- 9: GETL R1, t8
- 10: ADDL $0x10, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x2547DF0C: 90610024 stw r3,36(r1)
- 13: GETL R3, t10
- 14: GETL R1, t12
- 15: ADDL $0x24, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x2547DF10: 93A10014 stw r29,20(r1)
- 18: GETL R29, t14
- 19: GETL R1, t16
- 20: ADDL $0x14, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0x2547DF14: 839E04C8 lwz r28,1224(r30)
- 23: GETL R30, t18
- 24: ADDL $0x4C8, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R28
- 27: INCEIPL $4
-
- 0x2547DF18: 9361000C stw r27,12(r1)
- 28: GETL R27, t22
- 29: GETL R1, t24
- 30: ADDL $0xC, t24
- 31: STL t22, (t24)
- 32: INCEIPL $4
-
- 0x2547DF1C: 807C0420 lwz r3,1056(r28)
- 33: GETL R28, t26
- 34: ADDL $0x420, t26
- 35: LDL (t26), t28
- 36: PUTL t28, R3
- 37: INCEIPL $4
-
- 0x2547DF20: 809C0418 lwz r4,1048(r28)
- 38: GETL R28, t30
- 39: ADDL $0x418, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R4
- 42: INCEIPL $4
-
- 0x2547DF24: 38A3046F addi r5,r3,1135
- 43: GETL R3, t34
- 44: ADDL $0x46F, t34
- 45: PUTL t34, R5
- 46: INCEIPL $4
-
- 0x2547DF28: 7D2300D0 neg r9,r3
- 47: GETL R3, t36
- 48: NEGL t36
- 49: PUTL t36, R9
- 50: INCEIPL $4
-
- 0x2547DF2C: 7CA04838 and r0,r5,r9
- 51: GETL R5, t38
- 52: GETL R9, t40
- 53: ANDL t38, t40
- 54: PUTL t40, R0
- 55: INCEIPL $4
-
- 0x2547DF30: 93E1001C stw r31,28(r1)
- 56: GETL R31, t42
- 57: GETL R1, t44
- 58: ADDL $0x1C, t44
- 59: STL t42, (t44)
- 60: INCEIPL $4
-
- 0x2547DF34: 7FA40214 add r29,r4,r0
- 61: GETL R4, t46
- 62: GETL R0, t48
- 63: ADDL t46, t48
- 64: PUTL t48, R29
- 65: INCEIPL $4
-
- 0x2547DF38: 7FA4EB78 or r4,r29,r29
- 66: GETL R29, t50
- 67: PUTL t50, R4
- 68: INCEIPL $4
-
- 0x2547DF3C: 48019AE1 bl 0x25497A1C
- 69: MOVL $0x2547DF40, t52
- 70: PUTL t52, LR
- 71: JMPo-c $0x25497A1C ($4)
-
-
-. 0 2547DF00 64
-. 93 C1 00 18 7F C8 02 A6 93 81 00 10 90 61 00 24 93 A1 00 14 83 9E 04 C8 93 61 00 0C 80 7C 04 20 80 9C 04 18 38 A3 04 6F 7D 23 00 D0 7C A0 48 38 93 E1 00 1C 7F A4 02 14 7F A4 EB 78 48 01 9A E1
-
-==== BB 999 (0x2547DF40) approx BBs exec'd 0 ====
-
- 0x2547DF40: 38A00470 li r5,1136
- 0: MOVL $0x470, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0x2547DF44: 7C7F1B79 or. r31,r3,r3
- 3: GETL R3, t2
- 4: PUTL t2, R31
- 5: CMP0L t2, t4 (-rSo)
- 6: ICRFL t4, $0x0, CR
- 7: INCEIPL $4
-
- 0x2547DF48: 38800000 li r4,0
- 8: MOVL $0x0, t6
- 9: PUTL t6, R4
- 10: INCEIPL $4
-
- 0x2547DF4C: 7FFBFB78 or r27,r31,r31
- 11: GETL R31, t8
- 12: PUTL t8, R27
- 13: INCEIPL $4
-
- 0x2547DF50: 7C1FEA14 add r0,r31,r29
- 14: GETL R31, t10
- 15: GETL R29, t12
- 16: ADDL t10, t12
- 17: PUTL t12, R0
- 18: INCEIPL $4
-
- 0x2547DF54: 4182004C bc 12,2,0x2547DFA0
- 19: Js02o $0x2547DFA0
-
-
-. 0 2547DF40 24
-. 38 A0 04 70 7C 7F 1B 79 38 80 00 00 7F FB FB 78 7C 1F EA 14 41 82 00 4C
-
-==== BB 1000 (0x2547DF58) approx BBs exec'd 0 ====
-
- 0x2547DF58: 80FC0418 lwz r7,1048(r28)
- 0: GETL R28, t0
- 1: ADDL $0x418, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x2547DF5C: 7FA70050 subf r29,r7,r0
- 5: GETL R7, t4
- 6: GETL R0, t6
- 7: SUBL t4, t6
- 8: PUTL t6, R29
- 9: INCEIPL $4
-
- 0x2547DF60: 387DFB90 addi r3,r29,-1136
- 10: GETL R29, t8
- 11: ADDL $0xFFFFFB90, t8
- 12: PUTL t8, R3
- 13: INCEIPL $4
-
- 0x2547DF64: 480057E1 bl 0x25483744
- 14: MOVL $0x2547DF68, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0x25483744 ($4)
-
-
-. 0 2547DF58 16
-. 80 FC 04 18 7F A7 00 50 38 7D FB 90 48 00 57 E1
-
-==== BB 1001 (0x254837BC) approx BBs exec'd 0 ====
-
- 0x254837BC: 9088FFFC stw r4,-4(r8)
- 0: GETL R4, t0
- 1: GETL R8, t2
- 2: ADDL $0xFFFFFFFC, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x254837C0: 9088FFF8 stw r4,-8(r8)
- 5: GETL R4, t4
- 6: GETL R8, t6
- 7: ADDL $0xFFFFFFF8, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0x254837C4: 9088FFF4 stw r4,-12(r8)
- 10: GETL R4, t8
- 11: GETL R8, t10
- 12: ADDL $0xFFFFFFF4, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x254837C8: 9488FFF0 stwu r4,-16(r8)
- 15: GETL R4, t12
- 16: GETL R8, t14
- 17: ADDL $0xFFFFFFF0, t14
- 18: PUTL t14, R8
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0x254837CC: 409D0008 bc 4,29,0x254837D4
- 21: Jc29o $0x254837D4
-
-
-. 0 254837BC 20
-. 90 88 FF FC 90 88 FF F8 90 88 FF F4 94 88 FF F0 40 9D 00 08
-
-==== BB 1002 (0x25483894) approx BBs exec'd 0 ====
-
- 0x25483894: 7C0037EC dcbz r0,r6
- 0: GETL R6, t0
- 1: ANDL $0xFFFFFFE0, t0
- 2: MOVL $0x0, t2
- 3: STL t2, (t0)
- 4: ADDL $0x4, t0
- 5: STL t2, (t0)
- 6: ADDL $0x4, t0
- 7: STL t2, (t0)
- 8: ADDL $0x4, t0
- 9: STL t2, (t0)
- 10: ADDL $0x4, t0
- 11: STL t2, (t0)
- 12: ADDL $0x4, t0
- 13: STL t2, (t0)
- 14: ADDL $0x4, t0
- 15: STL t2, (t0)
- 16: ADDL $0x4, t0
- 17: STL t2, (t0)
- 18: INCEIPL $4
-
- 0x25483898: 7C0737EC dcbz r7,r6
- 19: GETL R6, t4
- 20: GETL R7, t6
- 21: ADDL t6, t4
- 22: ANDL $0xFFFFFFE0, t4
- 23: MOVL $0x0, t8
- 24: STL t8, (t4)
- 25: ADDL $0x4, t4
- 26: STL t8, (t4)
- 27: ADDL $0x4, t4
- 28: STL t8, (t4)
- 29: ADDL $0x4, t4
- 30: STL t8, (t4)
- 31: ADDL $0x4, t4
- 32: STL t8, (t4)
- 33: ADDL $0x4, t4
- 34: STL t8, (t4)
- 35: ADDL $0x4, t4
- 36: STL t8, (t4)
- 37: ADDL $0x4, t4
- 38: STL t8, (t4)
- 39: INCEIPL $4
-
- 0x2548389C: 38C60040 addi r6,r6,64
- 40: GETL R6, t10
- 41: ADDL $0x40, t10
- 42: PUTL t10, R6
- 43: INCEIPL $4
-
- 0x254838A0: 2A850000 cmpli cr5,r5,0
- 44: GETL R5, t12
- 45: MOVL $0x0, t16
- 46: CMPUL t12, t16, t14 (-rSo)
- 47: ICRFL t14, $0x5, CR
- 48: INCEIPL $4
-
- 0x254838A4: 4182007C bc 12,2,0x25483920
- 49: Js02o $0x25483920
-
-
-. 0 25483894 20
-. 7C 00 37 EC 7C 07 37 EC 38 C6 00 40 2A 85 00 00 41 82 00 7C
-
-==== BB 1003 (0x2547DF68) approx BBs exec'd 0 ====
-
- 0x2547DF68: 80DC0408 lwz r6,1032(r28)
- 0: GETL R28, t0
- 1: ADDL $0x408, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x2547DF6C: 38800004 li r4,4
- 5: MOVL $0x4, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0x2547DF70: 38660010 addi r3,r6,16
- 8: GETL R6, t6
- 9: ADDL $0x10, t6
- 10: PUTL t6, R3
- 11: INCEIPL $4
-
- 0x2547DF74: 3BE6000E addi r31,r6,14
- 12: GETL R6, t8
- 13: ADDL $0xE, t8
- 14: PUTL t8, R31
- 15: INCEIPL $4
-
- 0x2547DF78: 48019AB5 bl 0x25497A2C
- 16: MOVL $0x2547DF7C, t10
- 17: PUTL t10, LR
- 18: JMPo-c $0x25497A2C ($4)
-
-
-. 0 2547DF68 20
-. 80 DC 04 08 38 80 00 04 38 66 00 10 3B E6 00 0E 48 01 9A B5
-
-==== BB 1004 (0x2547DF7C) approx BBs exec'd 0 ====
-
- 0x2547DF7C: 2C830000 cmpi cr1,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0x2547DF80: 38030004 addi r0,r3,4
- 4: GETL R3, t4
- 5: ADDL $0x4, t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0x2547DF84: 41860044 bc 12,6,0x2547DFC8
- 8: Js06o $0x2547DFC8
-
-
-. 0 2547DF7C 12
-. 2C 83 00 00 38 03 00 04 41 86 00 44
-
-==== BB 1005 (0x2547DF88) approx BBs exec'd 0 ====
-
- 0x2547DF88: 93E30000 stw r31,0(r3)
- 0: GETL R31, t0
- 1: GETL R3, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0x2547DF8C: 901DFFFC stw r0,-4(r29)
- 4: GETL R0, t4
- 5: GETL R29, t6
- 6: ADDL $0xFFFFFFFC, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0x2547DF90: 2F9D0000 cmpi cr7,r29,0
- 9: GETL R29, t8
- 10: CMP0L t8, t10 (-rSo)
- 11: ICRFL t10, $0x7, CR
- 12: INCEIPL $4
-
- 0x2547DF94: 7FBFEB78 or r31,r29,r29
- 13: GETL R29, t12
- 14: PUTL t12, R31
- 15: INCEIPL $4
-
- 0x2547DF98: 7F63DB78 or r3,r27,r27
- 16: GETL R27, t14
- 17: PUTL t14, R3
- 18: INCEIPL $4
-
- 0x2547DF9C: 419E0034 bc 12,30,0x2547DFD0
- 19: Js30o $0x2547DFD0
-
-
-. 0 2547DF88 24
-. 93 E3 00 00 90 1D FF FC 2F 9D 00 00 7F BF EB 78 7F 63 DB 78 41 9E 00 34
-
-==== BB 1006 (0x2547DFA0) approx BBs exec'd 0 ====
-
- 0x2547DFA0: 81010024 lwz r8,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x2547DFA4: 7FE3FB78 or r3,r31,r31
- 5: GETL R31, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x2547DFA8: 8361000C lwz r27,12(r1)
- 8: GETL R1, t6
- 9: ADDL $0xC, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R27
- 12: INCEIPL $4
-
- 0x2547DFAC: 83810010 lwz r28,16(r1)
- 13: GETL R1, t10
- 14: ADDL $0x10, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R28
- 17: INCEIPL $4
-
- 0x2547DFB0: 7D0803A6 mtlr r8
- 18: GETL R8, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0x2547DFB4: 83A10014 lwz r29,20(r1)
- 21: GETL R1, t16
- 22: ADDL $0x14, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R29
- 25: INCEIPL $4
-
- 0x2547DFB8: 83C10018 lwz r30,24(r1)
- 26: GETL R1, t20
- 27: ADDL $0x18, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R30
- 30: INCEIPL $4
-
- 0x2547DFBC: 83E1001C lwz r31,28(r1)
- 31: GETL R1, t24
- 32: ADDL $0x1C, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R31
- 35: INCEIPL $4
-
- 0x2547DFC0: 38210020 addi r1,r1,32
- 36: GETL R1, t28
- 37: ADDL $0x20, t28
- 38: PUTL t28, R1
- 39: INCEIPL $4
-
- 0x2547DFC4: 4E800020 blr
- 40: GETL LR, t30
- 41: JMPo-r t30 ($4)
-
-
-. 0 2547DFA0 40
-. 81 01 00 24 7F E3 FB 78 83 61 00 0C 83 81 00 10 7D 08 03 A6 83 A1 00 14 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-
-==== BB 1007 (0x2547297C) approx BBs exec'd 0 ====
-
- 0x2547297C: 7C711B79 or. r17,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R17
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x25472980: 41820E04 bc 12,2,0x25473784
- 5: Js02o $0x25473784
-
-
-. 0 2547297C 8
-. 7C 71 1B 79 41 82 0E 04
-
-==== BB 1008 (0x25472984) approx BBs exec'd 0 ====
-
- 0x25472984: 813F0030 lwz r9,48(r31)
- 0: GETL R31, t0
- 1: ADDL $0x30, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25472988: 39540158 addi r10,r20,344
- 5: GETL R20, t4
- 6: ADDL $0x158, t4
- 7: PUTL t4, R10
- 8: INCEIPL $4
-
- 0x2547298C: 8311FFFC lwz r24,-4(r17)
- 9: GETL R17, t6
- 10: ADDL $0xFFFFFFFC, t6
- 11: LDL (t6), t8
- 12: PUTL t8, R24
- 13: INCEIPL $4
-
- 0x25472990: 2F890000 cmpi cr7,r9,0
- 14: GETL R9, t10
- 15: CMP0L t10, t12 (-rSo)
- 16: ICRFL t12, $0x7, CR
- 17: INCEIPL $4
-
- 0x25472994: 915F0078 stw r10,120(r31)
- 18: GETL R10, t14
- 19: GETL R31, t16
- 20: ADDL $0x78, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0x25472998: 930E0424 stw r24,1060(r14)
- 23: GETL R24, t18
- 24: GETL R14, t20
- 25: ADDL $0x424, t20
- 26: STL t18, (t20)
- 27: INCEIPL $4
-
- 0x2547299C: 409E0E38 bc 4,30,0x254737D4
- 28: Jc30o $0x254737D4
-
-
-. 0 25472984 28
-. 81 3F 00 30 39 54 01 58 83 11 FF FC 2F 89 00 00 91 5F 00 78 93 0E 04 24 40 9E 0E 38
-
-==== BB 1009 (0x254729A0) approx BBs exec'd 0 ====
-
- 0x254729A0: 8074013C lwz r3,316(r20)
- 0: GETL R20, t0
- 1: ADDL $0x13C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x254729A4: 2E120000 cmpi cr4,r18,0
- 5: GETL R18, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x4, CR
- 8: INCEIPL $4
-
- 0x254729A8: 2F830000 cmpi cr7,r3,0
- 9: GETL R3, t8
- 10: CMP0L t8, t10 (-rSo)
- 11: ICRFL t10, $0x7, CR
- 12: INCEIPL $4
-
- 0x254729AC: 419E0118 bc 12,30,0x25472AC4
- 13: Js30o $0x25472AC4
-
-
-. 0 254729A0 16
-. 80 74 01 3C 2E 12 00 00 2F 83 00 00 41 9E 01 18
-
-==== BB 1010 (0x25472AC4) approx BBs exec'd 0 ====
-
- 0x25472AC4: 806E01B8 lwz r3,440(r14)
- 0: GETL R14, t0
- 1: ADDL $0x1B8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x25472AC8: 4800947D bl 0x2547BF44
- 5: MOVL $0x25472ACC, t4
- 6: PUTL t4, LR
- 7: JMPo-c $0x2547BF44 ($4)
-
-
-. 0 25472AC4 8
-. 80 6E 01 B8 48 00 94 7D
-
-==== BB 1011 _dl_debug_initialize(0x2547BF44) approx BBs exec'd 0 ====
-
- 0x2547BF44: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547BF48: 7D8802A6 mflr r12
- 6: GETL LR, t4
- 7: PUTL t4, R12
- 8: INCEIPL $4
-
- 0x2547BF4C: 4801B0B5 bl 0x25497000
- 9: MOVL $0x2547BF50, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-. 0 2547BF44 12
-. 94 21 FF F0 7D 88 02 A6 48 01 B0 B5
-
-==== BB 1012 (0x2547BF50) approx BBs exec'd 0 ====
-
- 0x2547BF50: 93C10008 stw r30,8(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547BF54: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x2547BF58: 7C681B78 or r8,r3,r3
- 8: GETL R3, t6
- 9: PUTL t6, R8
- 10: INCEIPL $4
-
- 0x2547BF5C: 7D8803A6 mtlr r12
- 11: GETL R12, t8
- 12: PUTL t8, LR
- 13: INCEIPL $4
-
- 0x2547BF60: 815E0518 lwz r10,1304(r30)
- 14: GETL R30, t10
- 15: ADDL $0x518, t10
- 16: LDL (t10), t12
- 17: PUTL t12, R10
- 18: INCEIPL $4
-
- 0x2547BF64: 800A0008 lwz r0,8(r10)
- 19: GETL R10, t14
- 20: ADDL $0x8, t14
- 21: LDL (t14), t16
- 22: PUTL t16, R0
- 23: INCEIPL $4
-
- 0x2547BF68: 7D435378 or r3,r10,r10
- 24: GETL R10, t18
- 25: PUTL t18, R3
- 26: INCEIPL $4
-
- 0x2547BF6C: 2F800000 cmpi cr7,r0,0
- 27: GETL R0, t20
- 28: CMP0L t20, t22 (-rSo)
- 29: ICRFL t22, $0x7, CR
- 30: INCEIPL $4
-
- 0x2547BF70: 409E0024 bc 4,30,0x2547BF94
- 31: Jc30o $0x2547BF94
-
-
-. 0 2547BF50 36
-. 93 C1 00 08 7F C8 02 A6 7C 68 1B 78 7D 88 03 A6 81 5E 05 18 80 0A 00 08 7D 43 53 78 2F 80 00 00 40 9E 00 24
-
-==== BB 1013 (0x2547BF74) approx BBs exec'd 0 ====
-
- 0x2547BF74: 813E04C8 lwz r9,1224(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4C8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x2547BF78: 38A00001 li r5,1
- 5: MOVL $0x1, t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0x2547BF7C: 809E0508 lwz r4,1288(r30)
- 8: GETL R30, t6
- 9: ADDL $0x508, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R4
- 12: INCEIPL $4
-
- 0x2547BF80: 81690000 lwz r11,0(r9)
- 13: GETL R9, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R11
- 16: INCEIPL $4
-
- 0x2547BF84: 90AA0000 stw r5,0(r10)
- 17: GETL R5, t14
- 18: GETL R10, t16
- 19: STL t14, (t16)
- 20: INCEIPL $4
-
- 0x2547BF88: 910A0010 stw r8,16(r10)
- 21: GETL R8, t18
- 22: GETL R10, t20
- 23: ADDL $0x10, t20
- 24: STL t18, (t20)
- 25: INCEIPL $4
-
- 0x2547BF8C: 916A0004 stw r11,4(r10)
- 26: GETL R11, t22
- 27: GETL R10, t24
- 28: ADDL $0x4, t24
- 29: STL t22, (t24)
- 30: INCEIPL $4
-
- 0x2547BF90: 908A0008 stw r4,8(r10)
- 31: GETL R4, t26
- 32: GETL R10, t28
- 33: ADDL $0x8, t28
- 34: STL t26, (t28)
- 35: INCEIPL $4
-
- 0x2547BF94: 83C10008 lwz r30,8(r1)
- 36: GETL R1, t30
- 37: ADDL $0x8, t30
- 38: LDL (t30), t32
- 39: PUTL t32, R30
- 40: INCEIPL $4
-
- 0x2547BF98: 38210010 addi r1,r1,16
- 41: GETL R1, t34
- 42: ADDL $0x10, t34
- 43: PUTL t34, R1
- 44: INCEIPL $4
-
- 0x2547BF9C: 4E800020 blr
- 45: GETL LR, t36
- 46: JMPo-r t36 ($4)
-
-
-. 0 2547BF74 44
-. 81 3E 04 C8 38 A0 00 01 80 9E 05 08 81 69 00 00 90 AA 00 00 91 0A 00 10 91 6A 00 04 90 8A 00 08 83 C1 00 08 38 21 00 10 4E 80 00 20
-
-==== BB 1014 (0x25472ACC) approx BBs exec'd 0 ====
-
- 0x25472ACC: 81340074 lwz r9,116(r20)
- 0: GETL R20, t0
- 1: ADDL $0x74, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25472AD0: 7C7A1B78 or r26,r3,r3
- 5: GETL R3, t4
- 6: PUTL t4, R26
- 7: INCEIPL $4
-
- 0x25472AD4: 2F090000 cmpi cr6,r9,0
- 8: GETL R9, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x6, CR
- 11: INCEIPL $4
-
- 0x25472AD8: 419A0008 bc 12,26,0x25472AE0
- 12: Js26o $0x25472AE0
-
-
-. 0 25472ACC 16
-. 81 34 00 74 7C 7A 1B 78 2F 09 00 00 41 9A 00 08
-
-==== BB 1015 (0x25472ADC) approx BBs exec'd 0 ====
-
- 0x25472ADC: 90690004 stw r3,4(r9)
- 0: GETL R3, t0
- 1: GETL R9, t2
- 2: ADDL $0x4, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25472AE0: 812E022C lwz r9,556(r14)
- 5: GETL R14, t4
- 6: ADDL $0x22C, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R9
- 9: INCEIPL $4
-
- 0x25472AE4: 2F890000 cmpi cr7,r9,0
- 10: GETL R9, t8
- 11: CMP0L t8, t10 (-rSo)
- 12: ICRFL t10, $0x7, CR
- 13: INCEIPL $4
-
- 0x25472AE8: 419E0008 bc 12,30,0x25472AF0
- 14: Js30o $0x25472AF0
-
-
-. 0 25472ADC 16
-. 90 69 00 04 81 2E 02 2C 2F 89 00 00 41 9E 00 08
-
-==== BB 1016 (0x25472AF0) approx BBs exec'd 0 ====
-
- 0x25472AF0: 825F0078 lwz r18,120(r31)
- 0: GETL R31, t0
- 1: ADDL $0x78, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R18
- 4: INCEIPL $4
-
- 0x25472AF4: C8140158 lfd f0,344(r20)
- 5: GETL R20, t4
- 6: ADDL $0x158, t4
- 7: FPU_RQ (t4), 0x0:0x0
- 8: INCEIPL $4
-
- 0x25472AF8: 924E0008 stw r18,8(r14)
- 9: GETL R18, t6
- 10: GETL R14, t8
- 11: ADDL $0x8, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x25472AFC: D80F0014 stfd f0,20(r15)
- 14: GETL R15, t10
- 15: ADDL $0x14, t10
- 16: FPU_WQ 0x0:0x0, (t10)
- 17: INCEIPL $4
-
- 0x25472B00: 924E0010 stw r18,16(r14)
- 18: GETL R18, t12
- 19: GETL R14, t14
- 20: ADDL $0x10, t14
- 21: STL t12, (t14)
- 22: INCEIPL $4
-
- 0x25472B04: 41920844 bc 12,18,0x25473348
- 23: Js18o $0x25473348
-
-
-. 0 25472AF0 24
-. 82 5F 00 78 C8 14 01 58 92 4E 00 08 D8 0F 00 14 92 4E 00 10 41 92 08 44
-
-==== BB 1017 (0x25473348) approx BBs exec'd 0 ====
-
- 0x25473348: 8174000C lwz r11,12(r20)
- 0: GETL R20, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x2547334C: 7E9DA378 or r29,r20,r20
- 5: GETL R20, t4
- 6: PUTL t4, R29
- 7: INCEIPL $4
-
- 0x25473350: 820F0050 lwz r16,80(r15)
- 8: GETL R15, t6
- 9: ADDL $0x50, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R16
- 12: INCEIPL $4
-
- 0x25473354: 2C0B0000 cmpi cr0,r11,0
- 13: GETL R11, t10
- 14: CMP0L t10, t12 (-rSo)
- 15: ICRFL t12, $0x0, CR
- 16: INCEIPL $4
-
- 0x25473358: 82EF0028 lwz r23,40(r15)
- 17: GETL R15, t14
- 18: ADDL $0x28, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R23
- 21: INCEIPL $4
-
- 0x2547335C: 3150FFFF addic r10,r16,-1
- 22: GETL R16, t18
- 23: ADCL $0xFFFFFFFF, t18 (-wCa)
- 24: PUTL t18, R10
- 25: INCEIPL $4
-
- 0x25473360: 7F6A8110 subfe r27,r10,r16
- 26: GETL R10, t20
- 27: GETL R16, t22
- 28: SBBL t20, t22 (-rCa-wCa)
- 29: PUTL t22, R27
- 30: INCEIPL $4
-
- 0x25473364: 7EF3DB78 or r19,r23,r27
- 31: GETL R23, t24
- 32: GETL R27, t26
- 33: ORL t26, t24
- 34: PUTL t24, R19
- 35: INCEIPL $4
-
- 0x25473368: 926F0028 stw r19,40(r15)
- 36: GETL R19, t28
- 37: GETL R15, t30
- 38: ADDL $0x28, t30
- 39: STL t28, (t30)
- 40: INCEIPL $4
-
- 0x2547336C: 41820018 bc 12,2,0x25473384
- 41: Js02o $0x25473384
-
-
-. 0 25473348 40
-. 81 74 00 0C 7E 9D A3 78 82 0F 00 50 2C 0B 00 00 82 EF 00 28 31 50 FF FF 7F 6A 81 10 7E F3 DB 78 92 6F 00 28 41 82 00 18
-
-==== BB 1018 (0x25473370) approx BBs exec'd 0 ====
-
- 0x25473370: 7D605B78 or r0,r11,r11
- 0: GETL R11, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x25473374: 7C1D0378 or r29,r0,r0
- 3: GETL R0, t2
- 4: PUTL t2, R29
- 5: INCEIPL $4
-
- 0x25473378: 801D000C lwz r0,12(r29)
- 6: GETL R29, t4
- 7: ADDL $0xC, t4
- 8: LDL (t4), t6
- 9: PUTL t6, R0
- 10: INCEIPL $4
-
- 0x2547337C: 2F000000 cmpi cr6,r0,0
- 11: GETL R0, t8
- 12: CMP0L t8, t10 (-rSo)
- 13: ICRFL t10, $0x6, CR
- 14: INCEIPL $4
-
- 0x25473380: 409AFFF4 bc 4,26,0x25473374
- 15: Jc26o $0x25473374
-
-
-. 0 25473370 20
-. 7D 60 5B 78 7C 1D 03 78 80 1D 00 0C 2F 00 00 00 40 9A FF F4
-
-==== BB 1019 (0x25473374) approx BBs exec'd 0 ====
-
- 0x25473374: 7C1D0378 or r29,r0,r0
- 0: GETL R0, t0
- 1: PUTL t0, R29
- 2: INCEIPL $4
-
- 0x25473378: 801D000C lwz r0,12(r29)
- 3: GETL R29, t2
- 4: ADDL $0xC, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0x2547337C: 2F000000 cmpi cr6,r0,0
- 8: GETL R0, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x6, CR
- 11: INCEIPL $4
-
- 0x25473380: 409AFFF4 bc 4,26,0x25473374
- 12: Jc26o $0x25473374
-
-
-. 0 25473374 16
-. 7C 1D 03 78 80 1D 00 0C 2F 00 00 00 40 9A FF F4
-
-==== BB 1020 (0x25473384) approx BBs exec'd 0 ====
-
- 0x25473384: 82DD001C lwz r22,28(r29)
- 0: GETL R29, t0
- 1: ADDL $0x1C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R22
- 4: INCEIPL $4
-
- 0x25473388: 81360004 lwz r9,4(r22)
- 5: GETL R22, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R9
- 9: INCEIPL $4
-
- 0x2547338C: 2F890000 cmpi cr7,r9,0
- 10: GETL R9, t8
- 11: CMP0L t8, t10 (-rSo)
- 12: ICRFL t10, $0x7, CR
- 13: INCEIPL $4
-
- 0x25473390: 409E0420 bc 4,30,0x254737B0
- 14: Jc30o $0x254737B0
-
-
-. 0 25473384 16
-. 82 DD 00 1C 81 36 00 04 2F 89 00 00 40 9E 04 20
-
-==== BB 1021 (0x254737B0) approx BBs exec'd 0 ====
-
- 0x254737B0: 38000001 li r0,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x254737B4: 90090008 stw r0,8(r9)
- 3: GETL R0, t2
- 4: GETL R9, t4
- 5: ADDL $0x8, t4
- 6: STL t2, (t4)
- 7: INCEIPL $4
-
- 0x254737B8: 81290004 lwz r9,4(r9)
- 8: GETL R9, t6
- 9: ADDL $0x4, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R9
- 12: INCEIPL $4
-
- 0x254737BC: 2C890000 cmpi cr1,r9,0
- 13: GETL R9, t10
- 14: CMP0L t10, t12 (-rSo)
- 15: ICRFL t12, $0x1, CR
- 16: INCEIPL $4
-
- 0x254737C0: 4186FBD4 bc 12,6,0x25473394
- 17: Js06o $0x25473394
-
-
-. 0 254737B0 20
-. 38 00 00 01 90 09 00 08 81 29 00 04 2C 89 00 00 41 86 FB D4
-
-==== BB 1022 (0x25473394) approx BBs exec'd 0 ====
-
- 0x25473394: 3B8E01B8 addi r28,r14,440
- 0: GETL R14, t0
- 1: ADDL $0x1B8, t0
- 2: PUTL t0, R28
- 3: INCEIPL $4
-
- 0x25473398: 7D9CE800 cmp cr3,r28,r29
- 4: GETL R28, t2
- 5: GETL R29, t4
- 6: CMPL t2, t4, t6 (-rSo)
- 7: ICRFL t6, $0x3, CR
- 8: INCEIPL $4
-
- 0x2547339C: 418E0018 bc 12,14,0x254733B4
- 9: Js14o $0x254733B4
-
-
-. 0 25473394 12
-. 3B 8E 01 B8 7D 9C E8 00 41 8E 00 18
-
-==== BB 1023 (0x254733B4) approx BBs exec'd 0 ====
-
- 0x254733B4: 83BD0010 lwz r29,16(r29)
- 0: GETL R29, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0x254733B8: 2E1D0000 cmpi cr4,r29,0
- 5: GETL R29, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x4, CR
- 8: INCEIPL $4
-
- 0x254733BC: 4092FFC8 bc 4,18,0x25473384
- 9: Jc18o $0x25473384
-
-
-. 0 254733B4 12
-. 83 BD 00 10 2E 1D 00 00 40 92 FF C8
-
-==== BB 1024 (0x254733A0) approx BBs exec'd 0 ====
-
- 0x254733A0: 809D01C0 lwz r4,448(r29)
- 0: GETL R29, t0
- 1: ADDL $0x1C0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x254733A4: 7FA3EB78 or r3,r29,r29
- 5: GETL R29, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x254733A8: 80AF0028 lwz r5,40(r15)
- 8: GETL R15, t6
- 9: ADDL $0x28, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R5
- 12: INCEIPL $4
-
- 0x254733AC: 7F66DB78 or r6,r27,r27
- 13: GETL R27, t10
- 14: PUTL t10, R6
- 15: INCEIPL $4
-
- 0x254733B0: 48006211 bl 0x254795C0
- 16: MOVL $0x254733B4, t12
- 17: PUTL t12, LR
- 18: JMPo-c $0x254795C0 ($4)
-
-
-. 0 254733A0 20
-. 80 9D 01 C0 7F A3 EB 78 80 AF 00 28 7F 66 DB 78 48 00 62 11
-
-==== BB 1025 _dl_relocate_object(0x254795C0) approx BBs exec'd 0 ====
-
- 0x254795C0: 7CE802A6 mflr r7
- 0: GETL LR, t0
- 1: PUTL t0, R7
- 2: INCEIPL $4
-
- 0x254795C4: 9421FF50 stwu r1,-176(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFF50, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0x254795C8: 7D800026 mfcr r12
- 9: GETL CR, t6
- 10: PUTL t6, R12
- 11: INCEIPL $4
-
- 0x254795CC: 93E100AC stw r31,172(r1)
- 12: GETL R31, t8
- 13: GETL R1, t10
- 14: ADDL $0xAC, t10
- 15: STL t8, (t10)
- 16: INCEIPL $4
-
- 0x254795D0: 4801DA31 bl 0x25497000
- 17: MOVL $0x254795D4, t12
- 18: PUTL t12, LR
- 19: JMPo-c $0x25497000 ($4)
-
-
-. 0 254795C0 20
-. 7C E8 02 A6 94 21 FF 50 7D 80 00 26 93 E1 00 AC 48 01 DA 31
-
-==== BB 1026 (0x254795D4) approx BBs exec'd 0 ====
-
- 0x254795D4: 7C3F0B78 or r31,r1,r1
- 0: GETL R1, t0
- 1: PUTL t0, R31
- 2: INCEIPL $4
-
- 0x254795D8: 90E100B4 stw r7,180(r1)
- 3: GETL R7, t2
- 4: GETL R1, t4
- 5: ADDL $0xB4, t4
- 6: STL t2, (t4)
- 7: INCEIPL $4
-
- 0x254795DC: 80030180 lwz r0,384(r3)
- 8: GETL R3, t6
- 9: ADDL $0x180, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R0
- 12: INCEIPL $4
-
- 0x254795E0: 92210074 stw r17,116(r1)
- 13: GETL R17, t10
- 14: GETL R1, t12
- 15: ADDL $0x74, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x254795E4: 3A200000 li r17,0
- 18: MOVL $0x0, t14
- 19: PUTL t14, R17
- 20: INCEIPL $4
-
- 0x254795E8: 74082000 andis. r8,r0,0x2000
- 21: GETL R0, t16
- 22: ANDL $0x20000000, t16
- 23: PUTL t16, R8
- 24: CMP0L t16, t18 (-rSo)
- 25: ICRFL t18, $0x0, CR
- 26: INCEIPL $4
-
- 0x254795EC: 9361009C stw r27,156(r1)
- 27: GETL R27, t20
- 28: GETL R1, t22
- 29: ADDL $0x9C, t22
- 30: STL t20, (t22)
- 31: INCEIPL $4
-
- 0x254795F0: 938100A0 stw r28,160(r1)
- 32: GETL R28, t24
- 33: GETL R1, t26
- 34: ADDL $0xA0, t26
- 35: STL t24, (t26)
- 36: INCEIPL $4
-
- 0x254795F4: 7CDB3378 or r27,r6,r6
- 37: GETL R6, t28
- 38: PUTL t28, R27
- 39: INCEIPL $4
-
- 0x254795F8: 93C100A8 stw r30,168(r1)
- 40: GETL R30, t30
- 41: GETL R1, t32
- 42: ADDL $0xA8, t32
- 43: STL t30, (t32)
- 44: INCEIPL $4
-
- 0x254795FC: 7CBC2B78 or r28,r5,r5
- 45: GETL R5, t34
- 46: PUTL t34, R28
- 47: INCEIPL $4
-
- 0x25479600: 92010070 stw r16,112(r1)
- 48: GETL R16, t36
- 49: GETL R1, t38
- 50: ADDL $0x70, t38
- 51: STL t36, (t38)
- 52: INCEIPL $4
-
- 0x25479604: 7FC802A6 mflr r30
- 53: GETL LR, t40
- 54: PUTL t40, R30
- 55: INCEIPL $4
-
- 0x25479608: 92410078 stw r18,120(r1)
- 56: GETL R18, t42
- 57: GETL R1, t44
- 58: ADDL $0x78, t44
- 59: STL t42, (t44)
- 60: INCEIPL $4
-
- 0x2547960C: 9261007C stw r19,124(r1)
- 61: GETL R19, t46
- 62: GETL R1, t48
- 63: ADDL $0x7C, t48
- 64: STL t46, (t48)
- 65: INCEIPL $4
-
- 0x25479610: 92810080 stw r20,128(r1)
- 66: GETL R20, t50
- 67: GETL R1, t52
- 68: ADDL $0x80, t52
- 69: STL t50, (t52)
- 70: INCEIPL $4
-
- 0x25479614: 92A10084 stw r21,132(r1)
- 71: GETL R21, t54
- 72: GETL R1, t56
- 73: ADDL $0x84, t56
- 74: STL t54, (t56)
- 75: INCEIPL $4
-
- 0x25479618: 92C10088 stw r22,136(r1)
- 76: GETL R22, t58
- 77: GETL R1, t60
- 78: ADDL $0x88, t60
- 79: STL t58, (t60)
- 80: INCEIPL $4
-
- 0x2547961C: 92E1008C stw r23,140(r1)
- 81: GETL R23, t62
- 82: GETL R1, t64
- 83: ADDL $0x8C, t64
- 84: STL t62, (t64)
- 85: INCEIPL $4
-
- 0x25479620: 93010090 stw r24,144(r1)
- 86: GETL R24, t66
- 87: GETL R1, t68
- 88: ADDL $0x90, t68
- 89: STL t66, (t68)
- 90: INCEIPL $4
-
- 0x25479624: 93210094 stw r25,148(r1)
- 91: GETL R25, t70
- 92: GETL R1, t72
- 93: ADDL $0x94, t72
- 94: STL t70, (t72)
- 95: INCEIPL $4
-
- 0x25479628: 93410098 stw r26,152(r1)
- 96: GETL R26, t74
- 97: GETL R1, t76
- 98: ADDL $0x98, t76
- 99: STL t74, (t76)
- 100: INCEIPL $4
-
- 0x2547962C: 93A100A4 stw r29,164(r1)
- 101: GETL R29, t78
- 102: GETL R1, t80
- 103: ADDL $0xA4, t80
- 104: STL t78, (t80)
- 105: INCEIPL $4
-
- 0x25479630: 9181006C stw r12,108(r1)
- 106: GETL R12, t82
- 107: GETL R1, t84
- 108: ADDL $0x6C, t84
- 109: STL t82, (t84)
- 110: INCEIPL $4
-
- 0x25479634: 909F0010 stw r4,16(r31)
- 111: GETL R4, t86
- 112: GETL R31, t88
- 113: ADDL $0x10, t88
- 114: STL t86, (t88)
- 115: INCEIPL $4
-
- 0x25479638: 907F000C stw r3,12(r31)
- 116: GETL R3, t90
- 117: GETL R31, t92
- 118: ADDL $0xC, t92
- 119: STL t90, (t92)
- 120: INCEIPL $4
-
- 0x2547963C: 40820118 bc 4,2,0x25479754
- 121: Jc02o $0x25479754
-
-
-. 0 254795D4 108
-. 7C 3F 0B 78 90 E1 00 B4 80 03 01 80 92 21 00 74 3A 20 00 00 74 08 20 00 93 61 00 9C 93 81 00 A0 7C DB 33 78 93 C1 00 A8 7C BC 2B 78 92 01 00 70 7F C8 02 A6 92 41 00 78 92 61 00 7C 92 81 00 80 92 A1 00 84 92 C1 00 88 92 E1 00 8C 93 01 00 90 93 21 00 94 93 41 00 98 93 A1 00 A4 91 81 00 6C 90 9F 00 10 90 7F 00 0C 40 82 01 18
-
-==== BB 1027 (0x25479640) approx BBs exec'd 0 ====
-
- 0x25479640: 2D860000 cmpi cr3,r6,0
- 0: GETL R6, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x3, CR
- 3: INCEIPL $4
-
- 0x25479644: 418E016C bc 12,14,0x254797B0
- 4: Js14o $0x254797B0
-
-
-. 0 25479640 8
-. 2D 86 00 00 41 8E 01 6C
-
-==== BB 1028 (0x254797B0) approx BBs exec'd 0 ====
-
- 0x254797B0: 80A30080 lwz r5,128(r3)
- 0: GETL R3, t0
- 1: ADDL $0x80, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x254797B4: 3085FFFF addic r4,r5,-1
- 5: GETL R5, t4
- 6: ADCL $0xFFFFFFFF, t4 (-wCa)
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0x254797B8: 7C842110 subfe r4,r4,r4
- 9: GETL R4, t6
- 10: GETL R4, t8
- 11: SBBL t6, t8 (-rCa-wCa)
- 12: PUTL t8, R4
- 13: INCEIPL $4
-
- 0x254797BC: 7F9C2038 and r28,r28,r4
- 14: GETL R28, t10
- 15: GETL R4, t12
- 16: ANDL t10, t12
- 17: PUTL t12, R28
- 18: INCEIPL $4
-
- 0x254797C0: 4BFFFE88 b 0x25479648
- 19: JMPo $0x25479648 ($4)
-
-
-. 0 254797B0 20
-. 80 A3 00 80 30 85 FF FF 7C 84 21 10 7F 9C 20 38 4B FF FE 88
-
-==== BB 1029 (0x25479648) approx BBs exec'd 0 ====
-
- 0x25479648: 835E04F4 lwz r26,1268(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4F4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0x2547964C: 80DA0000 lwz r6,0(r26)
- 5: GETL R26, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R6
- 8: INCEIPL $4
-
- 0x25479650: 70C90020 andi. r9,r6,0x20
- 9: GETL R6, t8
- 10: ANDL $0x20, t8
- 11: PUTL t8, R9
- 12: CMP0L t8, t10 (-rSo)
- 13: ICRFL t10, $0x0, CR
- 14: INCEIPL $4
-
- 0x25479654: 408207B4 bc 4,2,0x25479E08
- 15: Jc02o $0x25479E08
-
-
-. 0 25479648 16
-. 83 5E 04 F4 80 DA 00 00 70 C9 00 20 40 82 07 B4
-
-==== BB 1030 (0x25479658) approx BBs exec'd 0 ====
-
- 0x25479658: 807F000C lwz r3,12(r31)
- 0: GETL R31, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x2547965C: 81430078 lwz r10,120(r3)
- 5: GETL R3, t4
- 6: ADDL $0x78, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R10
- 9: INCEIPL $4
-
- 0x25479660: 2E0A0000 cmpi cr4,r10,0
- 10: GETL R10, t8
- 11: CMP0L t8, t10 (-rSo)
- 12: ICRFL t10, $0x4, CR
- 13: INCEIPL $4
-
- 0x25479664: 409206C0 bc 4,18,0x25479D24
- 14: Jc18o $0x25479D24
-
-
-. 0 25479658 16
-. 80 7F 00 0C 81 43 00 78 2E 0A 00 00 40 92 06 C0
-
-==== BB 1031 (0x25479668) approx BBs exec'd 0 ====
-
- 0x25479668: 80C30034 lwz r6,52(r3)
- 0: GETL R3, t0
- 1: ADDL $0x34, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x2547966C: 7F84E378 or r4,r28,r28
- 5: GETL R28, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0x25479670: 7F65DB78 or r5,r27,r27
- 8: GETL R27, t6
- 9: PUTL t6, R5
- 10: INCEIPL $4
-
- 0x25479674: 3B800001 li r28,1
- 11: MOVL $0x1, t8
- 12: PUTL t8, R28
- 13: INCEIPL $4
-
- 0x25479678: 83A60004 lwz r29,4(r6)
- 14: GETL R6, t10
- 15: ADDL $0x4, t10
- 16: LDL (t10), t12
- 17: PUTL t12, R29
- 18: INCEIPL $4
-
- 0x2547967C: 3B600000 li r27,0
- 19: MOVL $0x0, t14
- 20: PUTL t14, R27
- 21: INCEIPL $4
-
- 0x25479680: 93BF0008 stw r29,8(r31)
- 22: GETL R29, t16
- 23: GETL R31, t18
- 24: ADDL $0x8, t18
- 25: STL t16, (t18)
- 26: INCEIPL $4
-
- 0x25479684: 480071AD bl 0x25480830
- 27: MOVL $0x25479688, t20
- 28: PUTL t20, LR
- 29: JMPo-c $0x25480830 ($4)
-
-
-. 0 25479668 32
-. 80 C3 00 34 7F 84 E3 78 7F 65 DB 78 3B 80 00 01 83 A6 00 04 3B 60 00 00 93 BF 00 08 48 00 71 AD
-
-==== BB 1032 (0x25479688) approx BBs exec'd 0 ====
-
- 0x25479688: 83BF000C lwz r29,12(r31)
- 0: GETL R31, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0x2547968C: 38C00000 li r6,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R6
- 7: INCEIPL $4
-
- 0x25479690: 939F0034 stw r28,52(r31)
- 8: GETL R28, t6
- 9: GETL R31, t8
- 10: ADDL $0x34, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x25479694: 817D003C lwz r11,60(r29)
- 13: GETL R29, t10
- 14: ADDL $0x3C, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R11
- 17: INCEIPL $4
-
- 0x25479698: 937F0030 stw r27,48(r31)
- 18: GETL R27, t14
- 19: GETL R31, t16
- 20: ADDL $0x30, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0x2547969C: 2C8B0000 cmpi cr1,r11,0
- 23: GETL R11, t18
- 24: CMP0L t18, t20 (-rSo)
- 25: ICRFL t20, $0x1, CR
- 26: INCEIPL $4
-
- 0x254796A0: 937F0040 stw r27,64(r31)
- 27: GETL R27, t22
- 28: GETL R31, t24
- 29: ADDL $0x40, t24
- 30: STL t22, (t24)
- 31: INCEIPL $4
-
- 0x254796A4: 937F0028 stw r27,40(r31)
- 32: GETL R27, t26
- 33: GETL R31, t28
- 34: ADDL $0x28, t28
- 35: STL t26, (t28)
- 36: INCEIPL $4
-
- 0x254796A8: 937F003C stw r27,60(r31)
- 37: GETL R27, t30
- 38: GETL R31, t32
- 39: ADDL $0x3C, t32
- 40: STL t30, (t32)
- 41: INCEIPL $4
-
- 0x254796AC: 90DF0024 stw r6,36(r31)
- 42: GETL R6, t34
- 43: GETL R31, t36
- 44: ADDL $0x24, t36
- 45: STL t34, (t36)
- 46: INCEIPL $4
-
- 0x254796B0: 41860018 bc 12,6,0x254796C8
- 47: Js06o $0x254796C8
-
-
-. 0 25479688 44
-. 83 BF 00 0C 38 C0 00 00 93 9F 00 34 81 7D 00 3C 93 7F 00 30 2C 8B 00 00 93 7F 00 40 93 7F 00 28 93 7F 00 3C 90 DF 00 24 41 86 00 18
-
-==== BB 1033 (0x254796B4) approx BBs exec'd 0 ====
-
- 0x254796B4: 810B0004 lwz r8,4(r11)
- 0: GETL R11, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x254796B8: 809D0040 lwz r4,64(r29)
- 5: GETL R29, t4
- 6: ADDL $0x40, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R4
- 9: INCEIPL $4
-
- 0x254796BC: 911F0020 stw r8,32(r31)
- 10: GETL R8, t8
- 11: GETL R31, t10
- 12: ADDL $0x20, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0x254796C0: 80C40004 lwz r6,4(r4)
- 15: GETL R4, t12
- 16: ADDL $0x4, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R6
- 19: INCEIPL $4
-
- 0x254796C4: 90DF0024 stw r6,36(r31)
- 20: GETL R6, t16
- 21: GETL R31, t18
- 22: ADDL $0x24, t18
- 23: STL t16, (t18)
- 24: INCEIPL $4
-
- 0x254796C8: 2E030000 cmpi cr4,r3,0
- 25: GETL R3, t20
- 26: CMP0L t20, t22 (-rSo)
- 27: ICRFL t22, $0x4, CR
- 28: INCEIPL $4
-
- 0x254796CC: 41920010 bc 12,18,0x254796DC
- 29: Js18o $0x254796DC
-
-
-. 0 254796B4 28
-. 81 0B 00 04 80 9D 00 40 91 1F 00 20 80 C4 00 04 90 DF 00 24 2E 03 00 00 41 92 00 10
-
-==== BB 1034 (0x254796DC) approx BBs exec'd 0 ====
-
- 0x254796DC: 821E04C8 lwz r16,1224(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4C8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R16
- 4: INCEIPL $4
-
- 0x254796E0: 3ABF0008 addi r21,r31,8
- 5: GETL R31, t4
- 6: ADDL $0x8, t4
- 7: PUTL t4, R21
- 8: INCEIPL $4
-
- 0x254796E4: 3A400002 li r18,2
- 9: MOVL $0x2, t6
- 10: PUTL t6, R18
- 11: INCEIPL $4
-
- 0x254796E8: 80B50020 lwz r5,32(r21)
- 12: GETL R21, t8
- 13: ADDL $0x20, t8
- 14: LDL (t8), t10
- 15: PUTL t10, R5
- 16: INCEIPL $4
-
- 0x254796EC: 7FB6EB78 or r22,r29,r29
- 17: GETL R29, t12
- 18: PUTL t12, R22
- 19: INCEIPL $4
-
- 0x254796F0: 81750018 lwz r11,24(r21)
- 20: GETL R21, t14
- 21: ADDL $0x18, t14
- 22: LDL (t14), t16
- 23: PUTL t16, R11
- 24: INCEIPL $4
-
- 0x254796F4: 2C050000 cmpi cr0,r5,0
- 25: GETL R5, t18
- 26: CMP0L t18, t20 (-rSo)
- 27: ICRFL t20, $0x0, CR
- 28: INCEIPL $4
-
- 0x254796F8: 8115001C lwz r8,28(r21)
- 29: GETL R21, t22
- 30: ADDL $0x1C, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R8
- 33: INCEIPL $4
-
- 0x254796FC: 7D695B78 or r9,r11,r11
- 34: GETL R11, t26
- 35: PUTL t26, R9
- 36: INCEIPL $4
-
- 0x25479700: 833D0000 lwz r25,0(r29)
- 37: GETL R29, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R25
- 40: INCEIPL $4
-
- 0x25479704: 7F0B4214 add r24,r11,r8
- 41: GETL R11, t32
- 42: GETL R8, t34
- 43: ADDL t32, t34
- 44: PUTL t34, R24
- 45: INCEIPL $4
-
- 0x25479708: 418200BC bc 12,2,0x254797C4
- 46: Js02o $0x254797C4
-
-
-. 0 254796DC 48
-. 82 1E 04 C8 3A BF 00 08 3A 40 00 02 80 B5 00 20 7F B6 EB 78 81 75 00 18 2C 05 00 00 81 15 00 1C 7D 69 5B 78 83 3D 00 00 7F 0B 42 14 41 82 00 BC
-
-==== BB 1035 (0x254797C4) approx BBs exec'd 0 ====
-
- 0x254797C4: 815D00C0 lwz r10,192(r29)
- 0: GETL R29, t0
- 1: ADDL $0xC0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x254797C8: 38E00000 li r7,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R7
- 7: INCEIPL $4
-
- 0x254797CC: 807D0038 lwz r3,56(r29)
- 8: GETL R29, t6
- 9: ADDL $0x38, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R3
- 12: INCEIPL $4
-
- 0x254797D0: 2F8A0000 cmpi cr7,r10,0
- 13: GETL R10, t10
- 14: CMP0L t10, t12 (-rSo)
- 15: ICRFL t12, $0x7, CR
- 16: INCEIPL $4
-
- 0x254797D4: 82630004 lwz r19,4(r3)
- 17: GETL R3, t14
- 18: ADDL $0x4, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R19
- 21: INCEIPL $4
-
- 0x254797D8: 419E0008 bc 12,30,0x254797E0
- 22: Js30o $0x254797E0
-
-
-. 0 254797C4 24
-. 81 5D 00 C0 38 E0 00 00 80 7D 00 38 2F 8A 00 00 82 63 00 04 41 9E 00 08
-
-==== BB 1036 (0x254797DC) approx BBs exec'd 0 ====
-
- 0x254797DC: 80EA0004 lwz r7,4(r10)
- 0: GETL R10, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x254797E0: 3C00AAAA lis r0,-21846
- 5: MOVL $0xAAAA0000, t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0x254797E4: 600CAAAB ori r12,r0,0xAAAB
- 8: MOVL $0xAAAAAAAB, t6
- 9: PUTL t6, R12
- 10: INCEIPL $4
-
- 0x254797E8: 7EE86016 mulhwu r23,r8,r12
- 11: GETL R8, t8
- 12: GETL R12, t10
- 13: UMULHL t8, t10
- 14: PUTL t10, R23
- 15: INCEIPL $4
-
- 0x254797EC: 56E9E8FE rlwinm r9,r23,29,3,31
- 16: GETL R23, t12
- 17: SHRL $0x3, t12
- 18: PUTL t12, R9
- 19: INCEIPL $4
-
- 0x254797F0: 7C893840 cmpl cr1,r9,r7
- 20: GETL R9, t14
- 21: GETL R7, t16
- 22: CMPUL t14, t16, t18 (-rSo)
- 23: ICRFL t18, $0x1, CR
- 24: INCEIPL $4
-
- 0x254797F4: 40850008 bc 4,5,0x254797FC
- 25: Jc05o $0x254797FC
-
-
-. 0 254797DC 28
-. 80 EA 00 04 3C 00 AA AA 60 0C AA AB 7E E8 60 16 56 E9 E8 FE 7C 89 38 40 40 85 00 08
-
-==== BB 1037 (0x254797F8) approx BBs exec'd 0 ====
-
- 0x254797F8: 7CE93B78 or r9,r7,r7
- 0: GETL R7, t0
- 1: PUTL t0, R9
- 2: INCEIPL $4
-
- 0x254797FC: 3B7001B8 addi r27,r16,440
- 3: GETL R16, t2
- 4: ADDL $0x1B8, t2
- 5: PUTL t2, R27
- 6: INCEIPL $4
-
- 0x25479800: 1CE9000C mulli r7,r9,12
- 7: GETL R9, t4
- 8: MULL $0xC, t4
- 9: PUTL t4, R7
- 10: INCEIPL $4
-
- 0x25479804: 7E1DD800 cmp cr4,r29,r27
- 11: GETL R29, t6
- 12: GETL R27, t8
- 13: CMPL t6, t8, t10 (-rSo)
- 14: ICRFL t10, $0x4, CR
- 15: INCEIPL $4
-
- 0x25479808: 7F8B3A14 add r28,r11,r7
- 16: GETL R11, t12
- 17: GETL R7, t14
- 18: ADDL t12, t14
- 19: PUTL t14, R28
- 20: INCEIPL $4
-
- 0x2547980C: 41920018 bc 12,18,0x25479824
- 21: Js18o $0x25479824
-
-
-. 0 254797F8 24
-. 7C E9 3B 78 3B 70 01 B8 1C E9 00 0C 7E 1D D8 00 7F 8B 3A 14 41 92 00 18
-
-==== BB 1038 (0x25479810) approx BBs exec'd 0 ====
-
- 0x25479810: 2F190000 cmpi cr6,r25,0
- 0: GETL R25, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x25479814: 409A01CC bc 4,26,0x254799E0
- 4: Jc26o $0x254799E0
-
-
-. 0 25479810 8
-. 2F 19 00 00 40 9A 01 CC
-
-==== BB 1039 (0x25479818) approx BBs exec'd 0 ====
-
- 0x25479818: 80DD011C lwz r6,284(r29)
- 0: GETL R29, t0
- 1: ADDL $0x11C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x2547981C: 2C060000 cmpi cr0,r6,0
- 5: GETL R6, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0x25479820: 418201C0 bc 12,2,0x254799E0
- 9: Js02o $0x254799E0
-
-
-. 0 25479818 12
-. 80 DD 01 1C 2C 06 00 00 41 82 01 C0
-
-==== BB 1040 (0x25479824) approx BBs exec'd 0 ====
-
- 0x25479824: 813D00E4 lwz r9,228(r29)
- 0: GETL R29, t0
- 1: ADDL $0xE4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25479828: 2F890000 cmpi cr7,r9,0
- 5: GETL R9, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x2547982C: 419E0280 bc 12,30,0x25479AAC
- 9: Js30o $0x25479AAC
-
-
-. 0 25479824 12
-. 81 3D 00 E4 2F 89 00 00 41 9E 02 80
-
-==== BB 1041 (0x25479830) approx BBs exec'd 0 ====
-
- 0x25479830: 7C9CC040 cmpl cr1,r28,r24
- 0: GETL R28, t0
- 1: GETL R24, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x1, CR
- 4: INCEIPL $4
-
- 0x25479834: 82890004 lwz r20,4(r9)
- 5: GETL R9, t6
- 6: ADDL $0x4, t6
- 7: LDL (t6), t8
- 8: PUTL t8, R20
- 9: INCEIPL $4
-
- 0x25479838: 40A4FEE8 bc 5,4,0x25479720
- 10: Jc04o $0x25479720
-
-
-. 0 25479830 12
-. 7C 9C C0 40 82 89 00 04 40 A4 FE E8
-
-==== BB 1042 (0x2547983C) approx BBs exec'd 0 ====
-
- 0x2547983C: 819C0004 lwz r12,4(r28)
- 0: GETL R28, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R12
- 4: INCEIPL $4
-
- 0x25479840: 81560188 lwz r10,392(r22)
- 5: GETL R22, t4
- 6: ADDL $0x188, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R10
- 9: INCEIPL $4
-
- 0x25479844: 5597C23E rlwinm r23,r12,24,8,31
- 10: GETL R12, t8
- 11: SHRL $0x8, t8
- 12: PUTL t8, R23
- 13: INCEIPL $4
-
- 0x25479848: 559D063E rlwinm r29,r12,0,24,31
- 14: GETL R12, t10
- 15: ANDL $0xFF, t10
- 16: PUTL t10, R29
- 17: INCEIPL $4
-
- 0x2547984C: 56EB083C rlwinm r11,r23,1,0,30
- 18: GETL R23, t12
- 19: SHLL $0x1, t12
- 20: PUTL t12, R11
- 21: INCEIPL $4
-
- 0x25479850: 2E1D0016 cmpi cr4,r29,22
- 22: GETL R29, t14
- 23: MOVL $0x16, t18
- 24: CMPL t14, t18, t16 (-rSo)
- 25: ICRFL t16, $0x4, CR
- 26: INCEIPL $4
-
- 0x25479854: 7CABA22E lhzx r5,r11,r20
- 27: GETL R20, t20
- 28: GETL R11, t22
- 29: ADDL t22, t20
- 30: LDW (t20), t24
- 31: PUTL t24, R5
- 32: INCEIPL $4
-
- 0x25479858: 56E32036 rlwinm r3,r23,4,0,27
- 33: GETL R23, t26
- 34: SHLL $0x4, t26
- 35: PUTL t26, R3
- 36: INCEIPL $4
-
- 0x2547985C: 817C0000 lwz r11,0(r28)
- 37: GETL R28, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R11
- 40: INCEIPL $4
-
- 0x25479860: 7F639A14 add r27,r3,r19
- 41: GETL R3, t32
- 42: GETL R19, t34
- 43: ADDL t32, t34
- 44: PUTL t34, R27
- 45: INCEIPL $4
-
- 0x25479864: 54BA2376 rlwinm r26,r5,4,13,27
- 46: GETL R5, t36
- 47: ROLL $0x4, t36
- 48: ANDL $0x7FFF0, t36
- 49: PUTL t36, R26
- 50: INCEIPL $4
-
- 0x25479868: 937F0050 stw r27,80(r31)
- 51: GETL R27, t38
- 52: GETL R31, t40
- 53: ADDL $0x50, t40
- 54: STL t38, (t40)
- 55: INCEIPL $4
-
- 0x2547986C: 7D4AD214 add r10,r10,r26
- 56: GETL R10, t42
- 57: GETL R26, t44
- 58: ADDL t42, t44
- 59: PUTL t44, R10
- 60: INCEIPL $4
-
- 0x25479870: 7EEBCA14 add r23,r11,r25
- 61: GETL R11, t46
- 62: GETL R25, t48
- 63: ADDL t46, t48
- 64: PUTL t48, R23
- 65: INCEIPL $4
-
- 0x25479874: 7F66DB78 or r6,r27,r27
- 66: GETL R27, t50
- 67: PUTL t50, R6
- 68: INCEIPL $4
-
- 0x25479878: 3B400000 li r26,0
- 69: MOVL $0x0, t52
- 70: PUTL t52, R26
- 71: INCEIPL $4
-
- 0x2547987C: 419201DC bc 12,18,0x25479A58
- 72: Js18o $0x25479A58
-
-
-. 0 2547983C 68
-. 81 9C 00 04 81 56 01 88 55 97 C2 3E 55 9D 06 3E 56 EB 08 3C 2E 1D 00 16 7C AB A2 2E 56 E3 20 36 81 7C 00 00 7F 63 9A 14 54 BA 23 76 93 7F 00 50 7D 4A D2 14 7E EB CA 14 7F 66 DB 78 3B 40 00 00 41 92 01 DC
-
-==== BB 1043 (0x25479880) approx BBs exec'd 0 ====
-
- 0x25479880: 2F1D0000 cmpi cr6,r29,0
- 0: GETL R29, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x25479884: 419A0148 bc 12,26,0x254799CC
- 4: Js26o $0x254799CC
-
-
-. 0 25479880 8
-. 2F 1D 00 00 41 9A 01 48
-
-==== BB 1044 (0x25479888) approx BBs exec'd 0 ====
-
- 0x25479888: 889B000C lbz r4,12(r27)
- 0: GETL R27, t0
- 1: ADDL $0xC, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x2547988C: 5488E13F rlwinm. r8,r4,28,4,31
- 5: GETL R4, t4
- 6: SHRL $0x4, t4
- 7: PUTL t4, R8
- 8: CMP0L t4, t6 (-rSo)
- 9: ICRFL t6, $0x0, CR
- 10: INCEIPL $4
-
- 0x25479890: 4182062C bc 12,2,0x25479EBC
- 11: Js02o $0x25479EBC
-
-
-. 0 25479888 12
-. 88 9B 00 0C 54 88 E1 3F 41 82 06 2C
-
-==== BB 1045 (0x25479894) approx BBs exec'd 0 ====
-
- 0x25479894: 8B5B000C lbz r26,12(r27)
- 0: GETL R27, t0
- 1: ADDL $0xC, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0x25479898: 5749E13F rlwinm. r9,r26,28,4,31
- 5: GETL R26, t4
- 6: SHRL $0x4, t4
- 7: PUTL t4, R9
- 8: CMP0L t4, t6 (-rSo)
- 9: ICRFL t6, $0x0, CR
- 10: INCEIPL $4
-
- 0x2547989C: 418201B4 bc 12,2,0x25479A50
- 11: Js02o $0x25479A50
-
-
-. 0 25479894 12
-. 8B 5B 00 0C 57 49 E1 3F 41 82 01 B4
-
-==== BB 1046 (0x254798A0) approx BBs exec'd 0 ====
-
- 0x254798A0: 809F000C lwz r4,12(r31)
- 0: GETL R31, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x254798A4: 2E1D0015 cmpi cr4,r29,21
- 5: GETL R29, t4
- 6: MOVL $0x15, t8
- 7: CMPL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x4, CR
- 9: INCEIPL $4
-
- 0x254798A8: 2C9D000A cmpi cr1,r29,10
- 10: GETL R29, t10
- 11: MOVL $0xA, t14
- 12: CMPL t10, t14, t12 (-rSo)
- 13: ICRFL t12, $0x1, CR
- 14: INCEIPL $4
-
- 0x254798AC: 2F1D0013 cmpi cr6,r29,19
- 15: GETL R29, t16
- 16: MOVL $0x13, t20
- 17: CMPL t16, t20, t18 (-rSo)
- 18: ICRFL t18, $0x6, CR
- 19: INCEIPL $4
-
- 0x254798B0: 80C40208 lwz r6,520(r4)
- 20: GETL R4, t22
- 21: ADDL $0x208, t22
- 22: LDL (t22), t24
- 23: PUTL t24, R6
- 24: INCEIPL $4
-
- 0x254798B4: 7F86D800 cmp cr7,r6,r27
- 25: GETL R6, t26
- 26: GETL R27, t28
- 27: CMPL t26, t28, t30 (-rSo)
- 28: ICRFL t30, $0x7, CR
- 29: INCEIPL $4
-
- 0x254798B8: 419E062C bc 12,30,0x25479EE4
- 30: Js30o $0x25479EE4
-
-
-. 0 254798A0 28
-. 80 9F 00 0C 2E 1D 00 15 2C 9D 00 0A 2F 1D 00 13 80 C4 02 08 7F 86 D8 00 41 9E 06 2C
-
-==== BB 1047 (0x254798BC) approx BBs exec'd 0 ====
-
- 0x254798BC: 7CC00026 mfcr r6
- 0: GETL CR, t0
- 1: PUTL t0, R6
- 2: INCEIPL $4
-
- 0x254798C0: 54C69FFE rlwinm r6,r6,19,31,31
- 3: GETL R6, t2
- 4: ROLL $0x13, t2
- 5: ANDL $0x1, t2
- 6: PUTL t2, R6
- 7: INCEIPL $4
-
- 0x254798C4: 39000000 li r8,0
- 8: MOVL $0x0, t4
- 9: PUTL t4, R8
- 10: INCEIPL $4
-
- 0x254798C8: 7F400026 mfcr r26
- 11: GETL CR, t6
- 12: PUTL t6, R26
- 13: INCEIPL $4
-
- 0x254798CC: 575A3FFE rlwinm r26,r26,7,31,31
- 14: GETL R26, t8
- 15: ROLL $0x7, t8
- 16: ANDL $0x1, t8
- 17: PUTL t8, R26
- 18: INCEIPL $4
-
- 0x254798D0: 7CCBD379 or. r11,r6,r26
- 19: GETL R6, t10
- 20: GETL R26, t12
- 21: ORL t12, t10
- 22: PUTL t10, R11
- 23: CMP0L t10, t14 (-rSo)
- 24: ICRFL t14, $0x0, CR
- 25: INCEIPL $4
-
- 0x254798D4: 40820130 bc 4,2,0x25479A04
- 26: Jc02o $0x25479A04
-
-
-. 0 254798BC 28
-. 7C C0 00 26 54 C6 9F FE 39 00 00 00 7F 40 00 26 57 5A 3F FE 7C CB D3 79 40 82 01 30
-
-==== BB 1048 (0x254798D8) approx BBs exec'd 0 ====
-
- 0x254798D8: 387DFFBC addi r3,r29,-68
- 0: GETL R29, t0
- 1: ADDL $0xFFFFFFBC, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0x254798DC: 6BA50002 xori r5,r29,0x2
- 4: GETL R29, t2
- 5: XORL $0x2, t2
- 6: PUTL t2, R5
- 7: INCEIPL $4
-
- 0x254798E0: 21650000 subfic r11,r5,0
- 8: GETL R5, t4
- 9: MOVL $0x0, t6
- 10: SBBL t4, t6 (-wCa)
- 11: PUTL t6, R11
- 12: INCEIPL $4
-
- 0x254798E4: 7CAB2914 adde r5,r11,r5
- 13: GETL R11, t8
- 14: GETL R5, t10
- 15: ADCL t8, t10 (-rCa-wCa)
- 16: PUTL t10, R5
- 17: INCEIPL $4
-
- 0x254798E8: 2123000A subfic r9,r3,10
- 18: GETL R3, t12
- 19: MOVL $0xA, t14
- 20: SBBL t12, t14 (-wCa)
- 21: PUTL t14, R9
- 22: INCEIPL $4
-
- 0x254798EC: 39200000 li r9,0
- 23: MOVL $0x0, t16
- 24: PUTL t16, R9
- 25: INCEIPL $4
-
- 0x254798F0: 7D294914 adde r9,r9,r9
- 26: GETL R9, t18
- 27: GETL R9, t20
- 28: ADCL t18, t20 (-rCa-wCa)
- 29: PUTL t20, R9
- 30: INCEIPL $4
-
- 0x254798F4: 7D2B2B79 or. r11,r9,r5
- 31: GETL R9, t22
- 32: GETL R5, t24
- 33: ORL t24, t22
- 34: PUTL t22, R11
- 35: CMP0L t22, t26 (-rSo)
- 36: ICRFL t26, $0x0, CR
- 37: INCEIPL $4
-
- 0x254798F8: 4082010C bc 4,2,0x25479A04
- 38: Jc02o $0x25479A04
-
-
-. 0 254798D8 36
-. 38 7D FF BC 6B A5 00 02 21 65 00 00 7C AB 29 14 21 23 00 0A 39 20 00 00 7D 29 49 14 7D 2B 2B 79 40 82 01 0C
-
-==== BB 1049 (0x254798FC) approx BBs exec'd 0 ====
-
- 0x254798FC: 7C000026 mfcr r0
- 0: GETL CR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x25479900: 5400DFFE rlwinm r0,r0,27,31,31
- 3: GETL R0, t2
- 4: ROLL $0x1B, t2
- 5: ANDL $0x1, t2
- 6: PUTL t2, R0
- 7: INCEIPL $4
-
- 0x25479904: 2C8A0000 cmpi cr1,r10,0
- 8: GETL R10, t4
- 9: CMP0L t4, t6 (-rSo)
- 10: ICRFL t6, $0x1, CR
- 11: INCEIPL $4
-
- 0x25479908: 93640208 stw r27,520(r4)
- 12: GETL R27, t8
- 13: GETL R4, t10
- 14: ADDL $0x208, t10
- 15: STL t8, (t10)
- 16: INCEIPL $4
-
- 0x2547990C: 38E00000 li r7,0
- 17: MOVL $0x0, t12
- 18: PUTL t12, R7
- 19: INCEIPL $4
-
- 0x25479910: 540C083C rlwinm r12,r0,1,0,30
- 20: GETL R0, t14
- 21: SHLL $0x1, t14
- 22: PUTL t14, R12
- 23: INCEIPL $4
-
- 0x25479914: 39600001 li r11,1
- 24: MOVL $0x1, t16
- 25: PUTL t16, R11
- 26: INCEIPL $4
-
- 0x25479918: 7D884378 or r8,r12,r8
- 27: GETL R12, t18
- 28: GETL R8, t20
- 29: ORL t20, t18
- 30: PUTL t18, R8
- 31: INCEIPL $4
-
- 0x2547991C: 9104020C stw r8,524(r4)
- 32: GETL R8, t22
- 33: GETL R4, t24
- 34: ADDL $0x20C, t24
- 35: STL t22, (t24)
- 36: INCEIPL $4
-
- 0x25479920: 41860018 bc 12,6,0x25479938
- 37: Js06o $0x25479938
-
-
-. 0 254798FC 40
-. 7C 00 00 26 54 00 DF FE 2C 8A 00 00 93 64 02 08 38 E0 00 00 54 0C 08 3C 39 60 00 01 7D 88 43 78 91 04 02 0C 41 86 00 18
-
-==== BB 1050 (0x25479924) approx BBs exec'd 0 ====
-
- 0x25479924: 834A0004 lwz r26,4(r10)
- 0: GETL R10, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0x25479928: 2E1A0000 cmpi cr4,r26,0
- 5: GETL R26, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x4, CR
- 8: INCEIPL $4
-
- 0x2547992C: 4192000C bc 12,18,0x25479938
- 9: Js18o $0x25479938
-
-
-. 0 25479924 12
-. 83 4A 00 04 2E 1A 00 00 41 92 00 0C
-
-==== BB 1051 (0x25479930) approx BBs exec'd 0 ====
-
- 0x25479930: 7D475378 or r7,r10,r10
- 0: GETL R10, t0
- 1: PUTL t0, R7
- 2: INCEIPL $4
-
- 0x25479934: 39600000 li r11,0
- 3: MOVL $0x0, t2
- 4: PUTL t2, R11
- 5: INCEIPL $4
-
- 0x25479938: 80DF0050 lwz r6,80(r31)
- 6: GETL R31, t4
- 7: ADDL $0x50, t4
- 8: LDL (t4), t6
- 9: PUTL t6, R6
- 10: INCEIPL $4
-
- 0x2547993C: 7D695B78 or r9,r11,r11
- 11: GETL R11, t8
- 12: PUTL t8, R9
- 13: INCEIPL $4
-
- 0x25479940: 815F0008 lwz r10,8(r31)
- 14: GETL R31, t10
- 15: ADDL $0x8, t10
- 16: LDL (t10), t12
- 17: PUTL t12, R10
- 18: INCEIPL $4
-
- 0x25479944: 80A60000 lwz r5,0(r6)
- 19: GETL R6, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R5
- 22: INCEIPL $4
-
- 0x25479948: 80DF0010 lwz r6,16(r31)
- 23: GETL R31, t18
- 24: ADDL $0x10, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R6
- 27: INCEIPL $4
-
- 0x2547994C: 7C655214 add r3,r5,r10
- 28: GETL R5, t22
- 29: GETL R10, t24
- 30: ADDL t22, t24
- 31: PUTL t24, R3
- 32: INCEIPL $4
-
- 0x25479950: 38BF0050 addi r5,r31,80
- 33: GETL R31, t26
- 34: ADDL $0x50, t26
- 35: PUTL t26, R5
- 36: INCEIPL $4
-
- 0x25479954: 39400000 li r10,0
- 37: MOVL $0x0, t28
- 38: PUTL t28, R10
- 39: INCEIPL $4
-
- 0x25479958: 4BFFEC4D bl 0x254785A4
- 40: MOVL $0x2547995C, t30
- 41: PUTL t30, LR
- 42: JMPo-c $0x254785A4 ($4)
-
-
-. 0 25479930 44
-. 7D 47 53 78 39 60 00 00 80 DF 00 50 7D 69 5B 78 81 5F 00 08 80 A6 00 00 80 DF 00 10 7C 65 52 14 38 BF 00 50 39 40 00 00 4B FF EC 4D
-
-==== BB 1052 _dl_lookup_symbol_x(0x254785A4) approx BBs exec'd 0 ====
-
- 0x254785A4: 7C0802A6 mflr r0
- 0: GETL LR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x254785A8: 7D800026 mfcr r12
- 3: GETL CR, t2
- 4: PUTL t2, R12
- 5: INCEIPL $4
-
- 0x254785AC: 9421FF60 stwu r1,-160(r1)
- 6: GETL R1, t4
- 7: GETL R1, t6
- 8: ADDL $0xFFFFFF60, t6
- 9: PUTL t6, R1
- 10: STL t4, (t6)
- 11: INCEIPL $4
-
- 0x254785B0: 4801EA51 bl 0x25497000
- 12: MOVL $0x254785B4, t8
- 13: PUTL t8, LR
- 14: JMPo-c $0x25497000 ($4)
-
-
-. 0 254785A4 16
-. 7C 08 02 A6 7D 80 00 26 94 21 FF 60 48 01 EA 51
-
-==== BB 1053 (0x254785B4) approx BBs exec'd 0 ====
-
- 0x254785B4: 9261006C stw r19,108(r1)
- 0: GETL R19, t0
- 1: GETL R1, t2
- 2: ADDL $0x6C, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x254785B8: 7C932378 or r19,r4,r4
- 5: GETL R4, t4
- 6: PUTL t4, R19
- 7: INCEIPL $4
-
- 0x254785BC: 92810070 stw r20,112(r1)
- 8: GETL R20, t6
- 9: GETL R1, t8
- 10: ADDL $0x70, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x254785C0: 7D144378 or r20,r8,r8
- 13: GETL R8, t10
- 14: PUTL t10, R20
- 15: INCEIPL $4
-
- 0x254785C4: 92A10074 stw r21,116(r1)
- 16: GETL R21, t12
- 17: GETL R1, t14
- 18: ADDL $0x74, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0x254785C8: 7CD53378 or r21,r6,r6
- 21: GETL R6, t16
- 22: PUTL t16, R21
- 23: INCEIPL $4
-
- 0x254785CC: 92C10078 stw r22,120(r1)
- 24: GETL R22, t18
- 25: GETL R1, t20
- 26: ADDL $0x78, t20
- 27: STL t18, (t20)
- 28: INCEIPL $4
-
- 0x254785D0: 7CB62B78 or r22,r5,r5
- 29: GETL R5, t22
- 30: PUTL t22, R22
- 31: INCEIPL $4
-
- 0x254785D4: 92E1007C stw r23,124(r1)
- 32: GETL R23, t24
- 33: GETL R1, t26
- 34: ADDL $0x7C, t26
- 35: STL t24, (t26)
- 36: INCEIPL $4
-
- 0x254785D8: 7D374B78 or r23,r9,r9
- 37: GETL R9, t28
- 38: PUTL t28, R23
- 39: INCEIPL $4
-
- 0x254785DC: 93010080 stw r24,128(r1)
- 40: GETL R24, t30
- 41: GETL R1, t32
- 42: ADDL $0x80, t32
- 43: STL t30, (t32)
- 44: INCEIPL $4
-
- 0x254785E0: 7CF83B78 or r24,r7,r7
- 45: GETL R7, t34
- 46: PUTL t34, R24
- 47: INCEIPL $4
-
- 0x254785E4: 93210084 stw r25,132(r1)
- 48: GETL R25, t36
- 49: GETL R1, t38
- 50: ADDL $0x84, t38
- 51: STL t36, (t38)
- 52: INCEIPL $4
-
- 0x254785E8: 7C791B78 or r25,r3,r3
- 53: GETL R3, t40
- 54: PUTL t40, R25
- 55: INCEIPL $4
-
- 0x254785EC: 93410088 stw r26,136(r1)
- 56: GETL R26, t42
- 57: GETL R1, t44
- 58: ADDL $0x88, t44
- 59: STL t42, (t44)
- 60: INCEIPL $4
-
- 0x254785F0: 7D5A5378 or r26,r10,r10
- 61: GETL R10, t46
- 62: PUTL t46, R26
- 63: INCEIPL $4
-
- 0x254785F4: 93810090 stw r28,144(r1)
- 64: GETL R28, t48
- 65: GETL R1, t50
- 66: ADDL $0x90, t50
- 67: STL t48, (t50)
- 68: INCEIPL $4
-
- 0x254785F8: 3B800000 li r28,0
- 69: MOVL $0x0, t52
- 70: PUTL t52, R28
- 71: INCEIPL $4
-
- 0x254785FC: 93C10098 stw r30,152(r1)
- 72: GETL R30, t54
- 73: GETL R1, t56
- 74: ADDL $0x98, t56
- 75: STL t54, (t56)
- 76: INCEIPL $4
-
- 0x25478600: 7FC802A6 mflr r30
- 77: GETL LR, t58
- 78: PUTL t58, R30
- 79: INCEIPL $4
-
- 0x25478604: 93E1009C stw r31,156(r1)
- 80: GETL R31, t60
- 81: GETL R1, t62
- 82: ADDL $0x9C, t62
- 83: STL t60, (t62)
- 84: INCEIPL $4
-
- 0x25478608: 7C3F0B78 or r31,r1,r1
- 85: GETL R1, t64
- 86: PUTL t64, R31
- 87: INCEIPL $4
-
- 0x2547860C: 92210064 stw r17,100(r1)
- 88: GETL R17, t66
- 89: GETL R1, t68
- 90: ADDL $0x64, t68
- 91: STL t66, (t68)
- 92: INCEIPL $4
-
- 0x25478610: 92410068 stw r18,104(r1)
- 93: GETL R18, t70
- 94: GETL R1, t72
- 95: ADDL $0x68, t72
- 96: STL t70, (t72)
- 97: INCEIPL $4
-
- 0x25478614: 9361008C stw r27,140(r1)
- 98: GETL R27, t74
- 99: GETL R1, t76
- 100: ADDL $0x8C, t76
- 101: STL t74, (t76)
- 102: INCEIPL $4
-
- 0x25478618: 93A10094 stw r29,148(r1)
- 103: GETL R29, t78
- 104: GETL R1, t80
- 105: ADDL $0x94, t80
- 106: STL t78, (t80)
- 107: INCEIPL $4
-
- 0x2547861C: 900100A4 stw r0,164(r1)
- 108: GETL R0, t82
- 109: GETL R1, t84
- 110: ADDL $0xA4, t84
- 111: STL t82, (t84)
- 112: INCEIPL $4
-
- 0x25478620: 91810060 stw r12,96(r1)
- 113: GETL R12, t86
- 114: GETL R1, t88
- 115: ADDL $0x60, t88
- 116: STL t86, (t88)
- 117: INCEIPL $4
-
- 0x25478624: 88030000 lbz r0,0(r3)
- 118: GETL R3, t90
- 119: LDB (t90), t92
- 120: PUTL t92, R0
- 121: INCEIPL $4
-
- 0x25478628: 2F800000 cmpi cr7,r0,0
- 122: GETL R0, t94
- 123: CMP0L t94, t96 (-rSo)
- 124: ICRFL t96, $0x7, CR
- 125: INCEIPL $4
-
- 0x2547862C: 419E0018 bc 12,30,0x25478644
- 126: Js30o $0x25478644
-
-
-. 0 254785B4 124
-. 92 61 00 6C 7C 93 23 78 92 81 00 70 7D 14 43 78 92 A1 00 74 7C D5 33 78 92 C1 00 78 7C B6 2B 78 92 E1 00 7C 7D 37 4B 78 93 01 00 80 7C F8 3B 78 93 21 00 84 7C 79 1B 78 93 41 00 88 7D 5A 53 78 93 81 00 90 3B 80 00 00 93 C1 00 98 7F C8 02 A6 93 E1 00 9C 7C 3F 0B 78 92 21 00 64 92 41 00 68 93 61 00 8C 93 A1 00 94 90 01 00 A4 91 81 00 60 88 03 00 00 2F 80 00 00 41 9E 00 18
-
-==== BB 1054 (0x25478630) approx BBs exec'd 0 ====
-
- 0x25478630: 89630001 lbz r11,1(r3)
- 0: GETL R3, t0
- 1: ADDL $0x1, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x25478634: 7C1C0378 or r28,r0,r0
- 5: GETL R0, t4
- 6: PUTL t4, R28
- 7: INCEIPL $4
-
- 0x25478638: 39230001 addi r9,r3,1
- 8: GETL R3, t6
- 9: ADDL $0x1, t6
- 10: PUTL t6, R9
- 11: INCEIPL $4
-
- 0x2547863C: 2C0B0000 cmpi cr0,r11,0
- 12: GETL R11, t8
- 13: CMP0L t8, t10 (-rSo)
- 14: ICRFL t10, $0x0, CR
- 15: INCEIPL $4
-
- 0x25478640: 4082015C bc 4,2,0x2547879C
- 16: Jc02o $0x2547879C
-
-
-. 0 25478630 20
-. 89 63 00 01 7C 1C 03 78 39 23 00 01 2C 0B 00 00 40 82 01 5C
-
-==== BB 1055 (0x2547879C) approx BBs exec'd 0 ====
-
- 0x2547879C: 89490001 lbz r10,1(r9)
- 0: GETL R9, t0
- 1: ADDL $0x1, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x254787A0: 54032036 rlwinm r3,r0,4,0,27
- 5: GETL R0, t4
- 6: SHLL $0x4, t4
- 7: PUTL t4, R3
- 8: INCEIPL $4
-
- 0x254787A4: 7F835A14 add r28,r3,r11
- 9: GETL R3, t6
- 10: GETL R11, t8
- 11: ADDL t6, t8
- 12: PUTL t8, R28
- 13: INCEIPL $4
-
- 0x254787A8: 39290001 addi r9,r9,1
- 14: GETL R9, t10
- 15: ADDL $0x1, t10
- 16: PUTL t10, R9
- 17: INCEIPL $4
-
- 0x254787AC: 2C8A0000 cmpi cr1,r10,0
- 18: GETL R10, t12
- 19: CMP0L t12, t14 (-rSo)
- 20: ICRFL t14, $0x1, CR
- 21: INCEIPL $4
-
- 0x254787B0: 41A6FE94 bc 13,6,0x25478644
- 22: Js06o $0x25478644
-
-
-. 0 2547879C 24
-. 89 49 00 01 54 03 20 36 7F 83 5A 14 39 29 00 01 2C 8A 00 00 41 A6 FE 94
-
-==== BB 1056 (0x254787B4) approx BBs exec'd 0 ====
-
- 0x254787B4: 89690001 lbz r11,1(r9)
- 0: GETL R9, t0
- 1: ADDL $0x1, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x254787B8: 57842036 rlwinm r4,r28,4,0,27
- 5: GETL R28, t4
- 6: SHLL $0x4, t4
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0x254787BC: 7F845214 add r28,r4,r10
- 9: GETL R4, t6
- 10: GETL R10, t8
- 11: ADDL t6, t8
- 12: PUTL t8, R28
- 13: INCEIPL $4
-
- 0x254787C0: 39290001 addi r9,r9,1
- 14: GETL R9, t10
- 15: ADDL $0x1, t10
- 16: PUTL t10, R9
- 17: INCEIPL $4
-
- 0x254787C4: 2E0B0000 cmpi cr4,r11,0
- 18: GETL R11, t12
- 19: CMP0L t12, t14 (-rSo)
- 20: ICRFL t14, $0x4, CR
- 21: INCEIPL $4
-
- 0x254787C8: 41B2FE7C bc 13,18,0x25478644
- 22: Js18o $0x25478644
-
-
-. 0 254787B4 24
-. 89 69 00 01 57 84 20 36 7F 84 52 14 39 29 00 01 2E 0B 00 00 41 B2 FE 7C
-
-==== BB 1057 (0x254787CC) approx BBs exec'd 0 ====
-
- 0x254787CC: 89490001 lbz r10,1(r9)
- 0: GETL R9, t0
- 1: ADDL $0x1, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x254787D0: 57852036 rlwinm r5,r28,4,0,27
- 5: GETL R28, t4
- 6: SHLL $0x4, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x254787D4: 7F855A14 add r28,r5,r11
- 9: GETL R5, t6
- 10: GETL R11, t8
- 11: ADDL t6, t8
- 12: PUTL t8, R28
- 13: INCEIPL $4
-
- 0x254787D8: 39290001 addi r9,r9,1
- 14: GETL R9, t10
- 15: ADDL $0x1, t10
- 16: PUTL t10, R9
- 17: INCEIPL $4
-
- 0x254787DC: 2F0A0000 cmpi cr6,r10,0
- 18: GETL R10, t12
- 19: CMP0L t12, t14 (-rSo)
- 20: ICRFL t14, $0x6, CR
- 21: INCEIPL $4
-
- 0x254787E0: 41BAFE64 bc 13,26,0x25478644
- 22: Js26o $0x25478644
-
-
-. 0 254787CC 24
-. 89 49 00 01 57 85 20 36 7F 85 5A 14 39 29 00 01 2F 0A 00 00 41 BA FE 64
-
-==== BB 1058 (0x25478644) approx BBs exec'd 0 ====
-
- 0x25478644: 825E04C8 lwz r18,1224(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4C8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R18
- 4: INCEIPL $4
-
- 0x25478648: 2E1A0000 cmpi cr4,r26,0
- 5: GETL R26, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x4, CR
- 8: INCEIPL $4
-
- 0x2547864C: 3B600000 li r27,0
- 9: MOVL $0x0, t8
- 10: PUTL t8, R27
- 11: INCEIPL $4
-
- 0x25478650: 39400000 li r10,0
- 12: MOVL $0x0, t10
- 13: PUTL t10, R10
- 14: INCEIPL $4
-
- 0x25478654: 83B201A8 lwz r29,424(r18)
- 15: GETL R18, t12
- 16: ADDL $0x1A8, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R29
- 19: INCEIPL $4
-
- 0x25478658: 937F0048 stw r27,72(r31)
- 20: GETL R27, t16
- 21: GETL R31, t18
- 22: ADDL $0x48, t18
- 23: STL t16, (t18)
- 24: INCEIPL $4
-
- 0x2547865C: 3B600000 li r27,0
- 25: MOVL $0x0, t20
- 26: PUTL t20, R27
- 27: INCEIPL $4
-
- 0x25478660: 397D0001 addi r11,r29,1
- 28: GETL R29, t22
- 29: ADDL $0x1, t22
- 30: PUTL t22, R11
- 31: INCEIPL $4
-
- 0x25478664: 915F004C stw r10,76(r31)
- 32: GETL R10, t24
- 33: GETL R31, t26
- 34: ADDL $0x4C, t26
- 35: STL t24, (t26)
- 36: INCEIPL $4
-
- 0x25478668: 917201A8 stw r11,424(r18)
- 37: GETL R11, t28
- 38: GETL R18, t30
- 39: ADDL $0x1A8, t30
- 40: STL t28, (t30)
- 41: INCEIPL $4
-
- 0x2547866C: 7EBDAB78 or r29,r21,r21
- 42: GETL R21, t32
- 43: PUTL t32, R29
- 44: INCEIPL $4
-
- 0x25478670: 40920538 bc 4,18,0x25478BA8
- 45: Jc18o $0x25478BA8
-
-
-. 0 25478644 48
-. 82 5E 04 C8 2E 1A 00 00 3B 60 00 00 39 40 00 00 83 B2 01 A8 93 7F 00 48 3B 60 00 00 39 7D 00 01 91 5F 00 4C 91 72 01 A8 7E BD AB 78 40 92 05 38
-
-==== BB 1059 (0x25478674) approx BBs exec'd 0 ====
-
- 0x25478674: 81750000 lwz r11,0(r21)
- 0: GETL R21, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R11
- 3: INCEIPL $4
-
- 0x25478678: 2C8B0000 cmpi cr1,r11,0
- 4: GETL R11, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x1, CR
- 7: INCEIPL $4
-
- 0x2547867C: 7F68DB78 or r8,r27,r27
- 8: GETL R27, t8
- 9: PUTL t8, R8
- 10: INCEIPL $4
-
- 0x25478680: 4186004C bc 12,6,0x254786CC
- 11: Js06o $0x254786CC
-
-
-. 0 25478674 16
-. 81 75 00 00 2C 8B 00 00 7F 68 DB 78 41 86 00 4C
-
-==== BB 1060 (0x25478684) approx BBs exec'd 0 ====
-
- 0x25478684: 80F50000 lwz r7,0(r21)
- 0: GETL R21, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R7
- 3: INCEIPL $4
-
- 0x25478688: 3A3F0018 addi r17,r31,24
- 4: GETL R31, t4
- 5: ADDL $0x18, t4
- 6: PUTL t4, R17
- 7: INCEIPL $4
-
- 0x2547868C: 80B60000 lwz r5,0(r22)
- 8: GETL R22, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R5
- 11: INCEIPL $4
-
- 0x25478690: 7F23CB78 or r3,r25,r25
- 12: GETL R25, t10
- 13: PUTL t10, R3
- 14: INCEIPL $4
-
- 0x25478694: 7F84E378 or r4,r28,r28
- 15: GETL R28, t12
- 16: PUTL t12, R4
- 17: INCEIPL $4
-
- 0x25478698: 38DF0048 addi r6,r31,72
- 18: GETL R31, t14
- 19: ADDL $0x48, t14
- 20: PUTL t14, R6
- 21: INCEIPL $4
-
- 0x2547869C: 7F09C378 or r9,r24,r24
- 22: GETL R24, t16
- 23: PUTL t16, R9
- 24: INCEIPL $4
-
- 0x254786A0: 7EEABB78 or r10,r23,r23
- 25: GETL R23, t18
- 26: PUTL t18, R10
- 27: INCEIPL $4
-
- 0x254786A4: 93410008 stw r26,8(r1)
- 28: GETL R26, t20
- 29: GETL R1, t22
- 30: ADDL $0x8, t22
- 31: STL t20, (t22)
- 32: INCEIPL $4
-
- 0x254786A8: 9281000C stw r20,12(r1)
- 33: GETL R20, t24
- 34: GETL R1, t26
- 35: ADDL $0xC, t26
- 36: STL t24, (t26)
- 37: INCEIPL $4
-
- 0x254786AC: 4BFFFAFD bl 0x254781A8
- 38: MOVL $0x254786B0, t28
- 39: PUTL t28, LR
- 40: JMPo-c $0x254781A8 ($4)
-
-
-. 0 25478684 44
-. 80 F5 00 00 3A 3F 00 18 80 B6 00 00 7F 23 CB 78 7F 84 E3 78 38 DF 00 48 7F 09 C3 78 7E EA BB 78 93 41 00 08 92 81 00 0C 4B FF FA FD
-
-==== BB 1061 do_lookup_x(0x254781A8) approx BBs exec'd 0 ====
-
- 0x254781A8: 7D6802A6 mflr r11
- 0: GETL LR, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0x254781AC: 9421FF90 stwu r1,-112(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFF90, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0x254781B0: 4801EE51 bl 0x25497000
- 9: MOVL $0x254781B4, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-. 0 254781A8 12
-. 7D 68 02 A6 94 21 FF 90 48 01 EE 51
-
-==== BB 1062 (0x254781B4) approx BBs exec'd 0 ====
-
- 0x254781B4: 93C10068 stw r30,104(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x68, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x254781B8: 80010078 lwz r0,120(r1)
- 5: GETL R1, t4
- 6: ADDL $0x78, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R0
- 9: INCEIPL $4
-
- 0x254781BC: 7FC802A6 mflr r30
- 10: GETL LR, t8
- 11: PUTL t8, R30
- 12: INCEIPL $4
-
- 0x254781C0: 91610074 stw r11,116(r1)
- 13: GETL R11, t10
- 14: GETL R1, t12
- 15: ADDL $0x74, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x254781C4: 7D800026 mfcr r12
- 18: GETL CR, t14
- 19: PUTL t14, R12
- 20: INCEIPL $4
-
- 0x254781C8: 91E1002C stw r15,44(r1)
- 21: GETL R15, t16
- 22: GETL R1, t18
- 23: ADDL $0x2C, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0x254781CC: 92010030 stw r16,48(r1)
- 26: GETL R16, t20
- 27: GETL R1, t22
- 28: ADDL $0x30, t22
- 29: STL t20, (t22)
- 30: INCEIPL $4
-
- 0x254781D0: 81E70004 lwz r15,4(r7)
- 31: GETL R7, t24
- 32: ADDL $0x4, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R15
- 35: INCEIPL $4
-
- 0x254781D4: 82070000 lwz r16,0(r7)
- 36: GETL R7, t28
- 37: LDL (t28), t30
- 38: PUTL t30, R16
- 39: INCEIPL $4
-
- 0x254781D8: 91C10028 stw r14,40(r1)
- 40: GETL R14, t32
- 41: GETL R1, t34
- 42: ADDL $0x28, t34
- 43: STL t32, (t34)
- 44: INCEIPL $4
-
- 0x254781DC: 7C8E2378 or r14,r4,r4
- 45: GETL R4, t36
- 46: PUTL t36, R14
- 47: INCEIPL $4
-
- 0x254781E0: 92210034 stw r17,52(r1)
- 48: GETL R17, t38
- 49: GETL R1, t40
- 50: ADDL $0x34, t40
- 51: STL t38, (t40)
- 52: INCEIPL $4
-
- 0x254781E4: 92A10044 stw r21,68(r1)
- 53: GETL R21, t42
- 54: GETL R1, t44
- 55: ADDL $0x44, t44
- 56: STL t42, (t44)
- 57: INCEIPL $4
-
- 0x254781E8: 7D354B78 or r21,r9,r9
- 58: GETL R9, t46
- 59: PUTL t46, R21
- 60: INCEIPL $4
-
- 0x254781EC: 93410058 stw r26,88(r1)
- 61: GETL R26, t48
- 62: GETL R1, t50
- 63: ADDL $0x58, t50
- 64: STL t48, (t50)
- 65: INCEIPL $4
-
- 0x254781F0: 3120FFFF addic r9,r0,-1
- 66: GETL R0, t52
- 67: ADCL $0xFFFFFFFF, t52 (-wCa)
- 68: PUTL t52, R9
- 69: INCEIPL $4
-
- 0x254781F4: 7E290110 subfe r17,r9,r0
- 70: GETL R9, t54
- 71: GETL R0, t56
- 72: SBBL t54, t56 (-rCa-wCa)
- 73: PUTL t56, R17
- 74: INCEIPL $4
-
- 0x254781F8: 7D1A4378 or r26,r8,r8
- 75: GETL R8, t58
- 76: PUTL t58, R26
- 77: INCEIPL $4
-
- 0x254781FC: 92410038 stw r18,56(r1)
- 78: GETL R18, t60
- 79: GETL R1, t62
- 80: ADDL $0x38, t62
- 81: STL t60, (t62)
- 82: INCEIPL $4
-
- 0x25478200: 9261003C stw r19,60(r1)
- 83: GETL R19, t64
- 84: GETL R1, t66
- 85: ADDL $0x3C, t66
- 86: STL t64, (t66)
- 87: INCEIPL $4
-
- 0x25478204: 92810040 stw r20,64(r1)
- 88: GETL R20, t68
- 89: GETL R1, t70
- 90: ADDL $0x40, t70
- 91: STL t68, (t70)
- 92: INCEIPL $4
-
- 0x25478208: 92C10048 stw r22,72(r1)
- 93: GETL R22, t72
- 94: GETL R1, t74
- 95: ADDL $0x48, t74
- 96: STL t72, (t74)
- 97: INCEIPL $4
-
- 0x2547820C: 92E1004C stw r23,76(r1)
- 98: GETL R23, t76
- 99: GETL R1, t78
- 100: ADDL $0x4C, t78
- 101: STL t76, (t78)
- 102: INCEIPL $4
-
- 0x25478210: 93010050 stw r24,80(r1)
- 103: GETL R24, t80
- 104: GETL R1, t82
- 105: ADDL $0x50, t82
- 106: STL t80, (t82)
- 107: INCEIPL $4
-
- 0x25478214: 93210054 stw r25,84(r1)
- 108: GETL R25, t84
- 109: GETL R1, t86
- 110: ADDL $0x54, t86
- 111: STL t84, (t86)
- 112: INCEIPL $4
-
- 0x25478218: 9361005C stw r27,92(r1)
- 113: GETL R27, t88
- 114: GETL R1, t90
- 115: ADDL $0x5C, t90
- 116: STL t88, (t90)
- 117: INCEIPL $4
-
- 0x2547821C: 93810060 stw r28,96(r1)
- 118: GETL R28, t92
- 119: GETL R1, t94
- 120: ADDL $0x60, t94
- 121: STL t92, (t94)
- 122: INCEIPL $4
-
- 0x25478220: 93A10064 stw r29,100(r1)
- 123: GETL R29, t96
- 124: GETL R1, t98
- 125: ADDL $0x64, t98
- 126: STL t96, (t98)
- 127: INCEIPL $4
-
- 0x25478224: 93E1006C stw r31,108(r1)
- 128: GETL R31, t100
- 129: GETL R1, t102
- 130: ADDL $0x6C, t102
- 131: STL t100, (t102)
- 132: INCEIPL $4
-
- 0x25478228: 91810024 stw r12,36(r1)
- 133: GETL R12, t104
- 134: GETL R1, t106
- 135: ADDL $0x24, t106
- 136: STL t104, (t106)
- 137: INCEIPL $4
-
- 0x2547822C: 90610008 stw r3,8(r1)
- 138: GETL R3, t108
- 139: GETL R1, t110
- 140: ADDL $0x8, t110
- 141: STL t108, (t110)
- 142: INCEIPL $4
-
- 0x25478230: 90A1000C stw r5,12(r1)
- 143: GETL R5, t112
- 144: GETL R1, t114
- 145: ADDL $0xC, t114
- 146: STL t112, (t114)
- 147: INCEIPL $4
-
- 0x25478234: 90C10010 stw r6,16(r1)
- 148: GETL R6, t116
- 149: GETL R1, t118
- 150: ADDL $0x10, t118
- 151: STL t116, (t118)
- 152: INCEIPL $4
-
- 0x25478238: 91410014 stw r10,20(r1)
- 153: GETL R10, t120
- 154: GETL R1, t122
- 155: ADDL $0x14, t122
- 156: STL t120, (t122)
- 157: INCEIPL $4
-
- 0x2547823C: 48000010 b 0x2547824C
- 158: JMPo $0x2547824C ($4)
-
-
-. 0 254781B4 140
-. 93 C1 00 68 80 01 00 78 7F C8 02 A6 91 61 00 74 7D 80 00 26 91 E1 00 2C 92 01 00 30 81 E7 00 04 82 07 00 00 91 C1 00 28 7C 8E 23 78 92 21 00 34 92 A1 00 44 7D 35 4B 78 93 41 00 58 31 20 FF FF 7E 29 01 10 7D 1A 43 78 92 41 00 38 92 61 00 3C 92 81 00 40 92 C1 00 48 92 E1 00 4C 93 01 00 50 93 21 00 54 93 61 00 5C 93 81 00 60 93 A1 00 64 93 E1 00 6C 91 81 00 24 90 61 00 08 90 A1 00 0C 90 C1 00 10 91 41 00 14 48 00 00 10
-
-==== BB 1063 (0x2547824C) approx BBs exec'd 0 ====
-
- 0x2547824C: 5745103A rlwinm r5,r26,2,0,29
- 0: GETL R26, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R5
- 3: INCEIPL $4
-
- 0x25478250: 80810078 lwz r4,120(r1)
- 4: GETL R1, t2
- 5: ADDL $0x78, t2
- 6: LDL (t2), t4
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0x25478254: 7D25802E lwzx r9,r5,r16
- 9: GETL R16, t6
- 10: GETL R5, t8
- 11: ADDL t8, t6
- 12: LDL (t6), t10
- 13: PUTL t10, R9
- 14: INCEIPL $4
-
- 0x25478258: 3A800000 li r20,0
- 15: MOVL $0x0, t12
- 16: PUTL t12, R20
- 17: INCEIPL $4
-
- 0x2547825C: 3A600000 li r19,0
- 18: MOVL $0x0, t14
- 19: PUTL t14, R19
- 20: INCEIPL $4
-
- 0x25478260: 83890014 lwz r28,20(r9)
- 21: GETL R9, t16
- 22: ADDL $0x14, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R28
- 25: INCEIPL $4
-
- 0x25478264: 7F832278 xor r3,r28,r4
- 26: GETL R28, t20
- 27: GETL R4, t22
- 28: XORL t20, t22
- 29: PUTL t22, R3
- 30: INCEIPL $4
-
- 0x25478268: 21630000 subfic r11,r3,0
- 31: GETL R3, t24
- 32: MOVL $0x0, t26
- 33: SBBL t24, t26 (-wCa)
- 34: PUTL t26, R11
- 35: INCEIPL $4
-
- 0x2547826C: 7C6B1914 adde r3,r11,r3
- 36: GETL R11, t28
- 37: GETL R3, t30
- 38: ADCL t28, t30 (-rCa-wCa)
- 39: PUTL t30, R3
- 40: INCEIPL $4
-
- 0x25478270: 7E291839 and. r9,r17,r3
- 41: GETL R17, t32
- 42: GETL R3, t34
- 43: ANDL t32, t34
- 44: PUTL t34, R9
- 45: CMP0L t34, t36 (-rSo)
- 46: ICRFL t36, $0x0, CR
- 47: INCEIPL $4
-
- 0x25478274: 4082FFCC bc 4,2,0x25478240
- 48: Jc02o $0x25478240
-
-
-. 0 2547824C 44
-. 57 45 10 3A 80 81 00 78 7D 25 80 2E 3A 80 00 00 3A 60 00 00 83 89 00 14 7F 83 22 78 21 63 00 00 7C 6B 19 14 7E 29 18 39 40 82 FF CC
-
-==== BB 1064 (0x25478278) approx BBs exec'd 0 ====
-
- 0x25478278: 80C1007C lwz r6,124(r1)
- 0: GETL R1, t0
- 1: ADDL $0x7C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x2547827C: 54CBFFFF rlwinm. r11,r6,31,31,31
- 5: GETL R6, t4
- 6: ROLL $0x1F, t4
- 7: ANDL $0x1, t4
- 8: PUTL t4, R11
- 9: CMP0L t4, t6 (-rSo)
- 10: ICRFL t6, $0x0, CR
- 11: INCEIPL $4
-
- 0x25478280: 41820010 bc 12,2,0x25478290
- 12: Js02o $0x25478290
-
-
-. 0 25478278 12
-. 80 C1 00 7C 54 CB FF FF 41 82 00 10
-
-==== BB 1065 (0x25478290) approx BBs exec'd 0 ====
-
- 0x25478290: 815E04F4 lwz r10,1268(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4F4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x25478294: 810A0000 lwz r8,0(r10)
- 5: GETL R10, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R8
- 8: INCEIPL $4
-
- 0x25478298: 71090008 andi. r9,r8,0x8
- 9: GETL R8, t8
- 10: ANDL $0x8, t8
- 11: PUTL t8, R9
- 12: CMP0L t8, t10 (-rSo)
- 13: ICRFL t10, $0x0, CR
- 14: INCEIPL $4
-
- 0x2547829C: 40820248 bc 4,2,0x254784E4
- 15: Jc02o $0x254784E4
-
-
-. 0 25478290 16
-. 81 5E 04 F4 81 0A 00 00 71 09 00 08 40 82 02 48
-
-==== BB 1066 (0x254782A0) approx BBs exec'd 0 ====
-
- 0x254782A0: 801C016C lwz r0,364(r28)
- 0: GETL R28, t0
- 1: ADDL $0x16C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x254782A4: 833C0170 lwz r25,368(r28)
- 5: GETL R28, t4
- 6: ADDL $0x170, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R25
- 9: INCEIPL $4
-
- 0x254782A8: 7D8E0396 divwu r12, r14, r0
- 10: GETL R14, t10
- 11: GETL R0, t8
- 12: UDIVL t8, t10
- 13: PUTL t10, R12
- 14: INCEIPL $4
-
- 0x254782AC: 817C0038 lwz r11,56(r28)
- 15: GETL R28, t12
- 16: ADDL $0x38, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R11
- 19: INCEIPL $4
-
- 0x254782B0: 807C0034 lwz r3,52(r28)
- 20: GETL R28, t16
- 21: ADDL $0x34, t16
- 22: LDL (t16), t18
- 23: PUTL t18, R3
- 24: INCEIPL $4
-
- 0x254782B4: 830B0004 lwz r24,4(r11)
- 25: GETL R11, t20
- 26: ADDL $0x4, t20
- 27: LDL (t20), t22
- 28: PUTL t22, R24
- 29: INCEIPL $4
-
- 0x254782B8: 82430004 lwz r18,4(r3)
- 30: GETL R3, t24
- 31: ADDL $0x4, t24
- 32: LDL (t24), t26
- 33: PUTL t26, R18
- 34: INCEIPL $4
-
- 0x254782BC: 82DC0198 lwz r22,408(r28)
- 35: GETL R28, t28
- 36: ADDL $0x198, t28
- 37: LDL (t28), t30
- 38: PUTL t30, R22
- 39: INCEIPL $4
-
- 0x254782C0: 7FEC01D6 mullw r31,r12,r0
- 40: GETL R12, t32
- 41: GETL R0, t34
- 42: MULL t32, t34
- 43: PUTL t34, R31
- 44: INCEIPL $4
-
- 0x254782C4: 7FBF7050 subf r29,r31,r14
- 45: GETL R31, t36
- 46: GETL R14, t38
- 47: SUBL t36, t38
- 48: PUTL t38, R29
- 49: INCEIPL $4
-
- 0x254782C8: 57BB103A rlwinm r27,r29,2,0,29
- 50: GETL R29, t40
- 51: SHLL $0x2, t40
- 52: PUTL t40, R27
- 53: INCEIPL $4
-
- 0x254782CC: 7FFBC82E lwzx r31,r27,r25
- 54: GETL R25, t42
- 55: GETL R27, t44
- 56: ADDL t44, t42
- 57: LDL (t42), t46
- 58: PUTL t46, R31
- 59: INCEIPL $4
-
- 0x254782D0: 2E1F0000 cmpi cr4,r31,0
- 60: GETL R31, t48
- 61: CMP0L t48, t50 (-rSo)
- 62: ICRFL t50, $0x4, CR
- 63: INCEIPL $4
-
- 0x254782D4: 419200F8 bc 12,18,0x254783CC
- 64: Js18o $0x254783CC
-
-
-. 0 254782A0 56
-. 80 1C 01 6C 83 3C 01 70 7D 8E 03 96 81 7C 00 38 80 7C 00 34 83 0B 00 04 82 43 00 04 82 DC 01 98 7F EC 01 D6 7F BF 70 50 57 BB 10 3A 7F FB C8 2E 2E 1F 00 00 41 92 00 F8
-
-==== BB 1067 (0x254782D8) approx BBs exec'd 0 ====
-
- 0x254782D8: 2D960000 cmpi cr3,r22,0
- 0: GETL R22, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x3, CR
- 3: INCEIPL $4
-
- 0x254782DC: 48000028 b 0x25478304
- 4: JMPo $0x25478304 ($4)
-
-
-. 0 254782D8 8
-. 2D 96 00 00 48 00 00 28
-
-==== BB 1068 (0x25478304) approx BBs exec'd 0 ====
-
- 0x25478304: 57E92036 rlwinm r9,r31,4,0,27
- 0: GETL R31, t0
- 1: SHLL $0x4, t0
- 2: PUTL t0, R9
- 3: INCEIPL $4
-
- 0x25478308: 7FA9C214 add r29,r9,r24
- 4: GETL R9, t2
- 5: GETL R24, t4
- 6: ADDL t2, t4
- 7: PUTL t4, R29
- 8: INCEIPL $4
-
- 0x2547830C: 809D0004 lwz r4,4(r29)
- 9: GETL R29, t6
- 10: ADDL $0x4, t6
- 11: LDL (t6), t8
- 12: PUTL t8, R4
- 13: INCEIPL $4
-
- 0x25478310: 2C840000 cmpi cr1,r4,0
- 14: GETL R4, t10
- 15: CMP0L t10, t12 (-rSo)
- 16: ICRFL t12, $0x1, CR
- 17: INCEIPL $4
-
- 0x25478314: 41A6FFCC bc 13,6,0x254782E0
- 18: Js06o $0x254782E0
-
-
-. 0 25478304 20
-. 57 E9 20 36 7F A9 C2 14 80 9D 00 04 2C 84 00 00 41 A6 FF CC
-
-==== BB 1069 (0x25478318) approx BBs exec'd 0 ====
-
- 0x25478318: A0FD000E lhz r7,14(r29)
- 0: GETL R29, t0
- 1: ADDL $0xE, t0
- 2: LDW (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x2547831C: 2C070000 cmpi cr0,r7,0
- 5: GETL R7, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0x25478320: 40820010 bc 4,2,0x25478330
- 9: Jc02o $0x25478330
-
-
-. 0 25478318 12
-. A0 FD 00 0E 2C 07 00 00 40 82 00 10
-
-==== BB 1070 (0x25478330) approx BBs exec'd 0 ====
-
- 0x25478330: 8B7D000C lbz r27,12(r29)
- 0: GETL R29, t0
- 1: ADDL $0xC, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R27
- 4: INCEIPL $4
-
- 0x25478334: 5760073E rlwinm r0,r27,0,28,31
- 5: GETL R27, t4
- 6: ANDL $0xF, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x25478338: 2F800002 cmpi cr7,r0,2
- 9: GETL R0, t6
- 10: MOVL $0x2, t10
- 11: CMPL t6, t10, t8 (-rSo)
- 12: ICRFL t8, $0x7, CR
- 13: INCEIPL $4
-
- 0x2547833C: 409D000C bc 4,29,0x25478348
- 14: Jc29o $0x25478348
-
-
-. 0 25478330 16
-. 8B 7D 00 0C 57 60 07 3E 2F 80 00 02 40 9D 00 0C
-
-==== BB 1071 (0x25478348) approx BBs exec'd 0 ====
-
- 0x25478348: 8141000C lwz r10,12(r1)
- 0: GETL R1, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x2547834C: 7F1D5000 cmp cr6,r29,r10
- 5: GETL R29, t4
- 6: GETL R10, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x6, CR
- 9: INCEIPL $4
-
- 0x25478350: 419A001C bc 12,26,0x2547836C
- 10: Js26o $0x2547836C
-
-
-. 0 25478348 12
-. 81 41 00 0C 7F 1D 50 00 41 9A 00 1C
-
-==== BB 1072 (0x25478354) approx BBs exec'd 0 ====
-
- 0x25478354: 7EE9C02E lwzx r23,r9,r24
- 0: GETL R24, t0
- 1: GETL R9, t2
- 2: ADDL t2, t0
- 3: LDL (t0), t4
- 4: PUTL t4, R23
- 5: INCEIPL $4
-
- 0x25478358: 80810008 lwz r4,8(r1)
- 6: GETL R1, t6
- 7: ADDL $0x8, t6
- 8: LDL (t6), t8
- 9: PUTL t8, R4
- 10: INCEIPL $4
-
- 0x2547835C: 7C779214 add r3,r23,r18
- 11: GETL R23, t10
- 12: GETL R18, t12
- 13: ADDL t10, t12
- 14: PUTL t12, R3
- 15: INCEIPL $4
-
- 0x25478360: 4800AB81 bl 0x25482EE0
- 16: MOVL $0x25478364, t14
- 17: PUTL t14, LR
- 18: JMPo-c $0x25482EE0 ($4)
-
-
-. 0 25478354 16
-. 7E E9 C0 2E 80 81 00 08 7C 77 92 14 48 00 AB 81
-
-==== BB 1073 (0x25478364) approx BBs exec'd 0 ====
-
- 0x25478364: 2C030000 cmpi cr0,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0x25478368: 4082FF88 bc 4,2,0x254782F0
- 4: Jc02o $0x254782F0
-
-
-. 0 25478364 8
-. 2C 03 00 00 40 82 FF 88
-
-==== BB 1074 (0x254782F0) approx BBs exec'd 0 ====
-
- 0x254782F0: 83BC0174 lwz r29,372(r28)
- 0: GETL R28, t0
- 1: ADDL $0x174, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0x254782F4: 57E7103A rlwinm r7,r31,2,0,29
- 5: GETL R31, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R7
- 8: INCEIPL $4
-
- 0x254782F8: 7FE7E82E lwzx r31,r7,r29
- 9: GETL R29, t6
- 10: GETL R7, t8
- 11: ADDL t8, t6
- 12: LDL (t6), t10
- 13: PUTL t10, R31
- 14: INCEIPL $4
-
- 0x254782FC: 2E1F0000 cmpi cr4,r31,0
- 15: GETL R31, t12
- 16: CMP0L t12, t14 (-rSo)
- 17: ICRFL t14, $0x4, CR
- 18: INCEIPL $4
-
- 0x25478300: 41920108 bc 12,18,0x25478408
- 19: Js18o $0x25478408
-
-
-. 0 254782F0 20
-. 83 BC 01 74 57 E7 10 3A 7F E7 E8 2E 2E 1F 00 00 41 92 01 08
-
-==== BB 1075 (0x25478408) approx BBs exec'd 0 ====
-
- 0x25478408: 2D940001 cmpi cr3,r20,1
- 0: GETL R20, t0
- 1: MOVL $0x1, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x3, CR
- 4: INCEIPL $4
-
- 0x2547840C: 408EFFC0 bc 4,14,0x254783CC
- 5: Jc14o $0x254783CC
-
-
-. 0 25478408 8
-. 2D 94 00 01 40 8E FF C0
-
-==== BB 1076 (0x254783CC) approx BBs exec'd 0 ====
-
- 0x254783CC: 7F000026 mfcr r24
- 0: GETL CR, t0
- 1: PUTL t0, R24
- 2: INCEIPL $4
-
- 0x254783D0: 57189FFE rlwinm r24,r24,19,31,31
- 3: GETL R24, t2
- 4: ROLL $0x13, t2
- 5: ANDL $0x1, t2
- 6: PUTL t2, R24
- 7: INCEIPL $4
-
- 0x254783D4: 3175FFFF addic r11,r21,-1
- 8: GETL R21, t4
- 9: ADCL $0xFFFFFFFF, t4 (-wCa)
- 10: PUTL t4, R11
- 11: INCEIPL $4
-
- 0x254783D8: 7ECBA910 subfe r22,r11,r21
- 12: GETL R11, t6
- 13: GETL R21, t8
- 14: SBBL t6, t8 (-rCa-wCa)
- 15: PUTL t8, R22
- 16: INCEIPL $4
-
- 0x254783DC: 7F0BB039 and. r11,r24,r22
- 17: GETL R24, t10
- 18: GETL R22, t12
- 19: ANDL t10, t12
- 20: PUTL t12, R11
- 21: CMP0L t12, t14 (-rSo)
- 22: ICRFL t14, $0x0, CR
- 23: INCEIPL $4
-
- 0x254783E0: 41A2FE60 bc 13,2,0x25478240
- 24: Js02o $0x25478240
-
-
-. 0 254783CC 24
-. 7F 00 00 26 57 18 9F FE 31 75 FF FF 7E CB A9 10 7F 0B B0 39 41 A2 FE 60
-
-==== BB 1077 (0x254783E4) approx BBs exec'd 0 ====
-
- 0x254783E4: 8075000C lwz r3,12(r21)
- 0: GETL R21, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x254783E8: 2E030000 cmpi cr4,r3,0
- 5: GETL R3, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x4, CR
- 8: INCEIPL $4
-
- 0x254783EC: 4192FE54 bc 12,18,0x25478240
- 9: Js18o $0x25478240
-
-
-. 0 254783E4 12
-. 80 75 00 0C 2E 03 00 00 41 92 FE 54
-
-==== BB 1078 (0x25478240) approx BBs exec'd 0 ====
-
- 0x25478240: 3B5A0001 addi r26,r26,1
- 0: GETL R26, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R26
- 3: INCEIPL $4
-
- 0x25478244: 7F9A7840 cmpl cr7,r26,r15
- 4: GETL R26, t2
- 5: GETL R15, t4
- 6: CMPUL t2, t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x25478248: 409C01DC bc 4,28,0x25478424
- 9: Jc28o $0x25478424
-
-
-. 0 25478240 12
-. 3B 5A 00 01 7F 9A 78 40 40 9C 01 DC
-
-==== BB 1079 (0x2547836C) approx BBs exec'd 0 ====
-
- 0x2547836C: 2F950000 cmpi cr7,r21,0
- 0: GETL R21, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x25478370: 419E0130 bc 12,30,0x254784A0
- 4: Js30o $0x254784A0
-
-
-. 0 2547836C 8
-. 2F 95 00 00 41 9E 01 30
-
-==== BB 1080 (0x25478374) approx BBs exec'd 0 ====
-
- 0x25478374: 418E0044 bc 12,14,0x254783B8
- 0: Js14o $0x254783B8
-
-
-. 0 25478374 4
-. 41 8E 00 44
-
-==== BB 1081 (0x25478378) approx BBs exec'd 0 ====
-
- 0x25478378: 57F9083C rlwinm r25,r31,1,0,30
- 0: GETL R31, t0
- 1: SHLL $0x1, t0
- 2: PUTL t0, R25
- 3: INCEIPL $4
-
- 0x2547837C: 815C0188 lwz r10,392(r28)
- 4: GETL R28, t2
- 5: ADDL $0x188, t2
- 6: LDL (t2), t4
- 7: PUTL t4, R10
- 8: INCEIPL $4
-
- 0x25478380: 7EF9B22E lhzx r23,r25,r22
- 9: GETL R22, t6
- 10: GETL R25, t8
- 11: ADDL t8, t6
- 12: LDW (t6), t10
- 13: PUTL t10, R23
- 14: INCEIPL $4
-
- 0x25478384: 81350004 lwz r9,4(r21)
- 15: GETL R21, t12
- 16: ADDL $0x4, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R9
- 19: INCEIPL $4
-
- 0x25478388: 56EB2376 rlwinm r11,r23,4,13,27
- 20: GETL R23, t16
- 21: ROLL $0x4, t16
- 22: ANDL $0x7FFF0, t16
- 23: PUTL t16, R11
- 24: INCEIPL $4
-
- 0x2547838C: 7D8B5214 add r12,r11,r10
- 25: GETL R11, t18
- 26: GETL R10, t20
- 27: ADDL t18, t20
- 28: PUTL t20, R12
- 29: INCEIPL $4
-
- 0x25478390: 832C0004 lwz r25,4(r12)
- 30: GETL R12, t22
- 31: ADDL $0x4, t22
- 32: LDL (t22), t24
- 33: PUTL t24, R25
- 34: INCEIPL $4
-
- 0x25478394: 7C994800 cmp cr1,r25,r9
- 35: GETL R25, t26
- 36: GETL R9, t28
- 37: CMPL t26, t28, t30 (-rSo)
- 38: ICRFL t30, $0x1, CR
- 39: INCEIPL $4
-
- 0x25478398: 418600F0 bc 12,6,0x25478488
- 40: Js06o $0x25478488
-
-
-. 0 25478378 36
-. 57 F9 08 3C 81 5C 01 88 7E F9 B2 2E 81 35 00 04 56 EB 23 76 7D 8B 52 14 83 2C 00 04 7C 99 48 00 41 86 00 F0
-
-==== BB 1082 (0x25478488) approx BBs exec'd 0 ====
-
- 0x25478488: 7C6B502E lwzx r3,r11,r10
- 0: GETL R10, t0
- 1: GETL R11, t2
- 2: ADDL t2, t0
- 3: LDL (t0), t4
- 4: PUTL t4, R3
- 5: INCEIPL $4
-
- 0x2547848C: 80950000 lwz r4,0(r21)
- 6: GETL R21, t6
- 7: LDL (t6), t8
- 8: PUTL t8, R4
- 9: INCEIPL $4
-
- 0x25478490: 4800AA51 bl 0x25482EE0
- 10: MOVL $0x25478494, t10
- 11: PUTL t10, LR
- 12: JMPo-c $0x25482EE0 ($4)
-
-
-. 0 25478488 12
-. 7C 6B 50 2E 80 95 00 00 48 00 AA 51
-
-==== BB 1083 (0x25478494) approx BBs exec'd 0 ====
-
- 0x25478494: 2F030000 cmpi cr6,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x25478498: 409AFF04 bc 4,26,0x2547839C
- 4: Jc26o $0x2547839C
-
-
-. 0 25478494 8
-. 2F 03 00 00 40 9A FF 04
-
-==== BB 1084 (0x2547849C) approx BBs exec'd 0 ====
-
- 0x2547849C: 4BFFFF1C b 0x254783B8
- 0: JMPo $0x254783B8 ($4)
-
-
-. 0 2547849C 4
-. 4B FF FF 1C
-
-==== BB 1085 (0x254783B8) approx BBs exec'd 0 ====
-
- 0x254783B8: 5760E13E rlwinm r0,r27,28,4,31
- 0: GETL R27, t0
- 1: SHRL $0x4, t0
- 2: PUTL t0, R0
- 3: INCEIPL $4
-
- 0x254783BC: 2F800001 cmpi cr7,r0,1
- 4: GETL R0, t2
- 5: MOVL $0x1, t6
- 6: CMPL t2, t6, t4 (-rSo)
- 7: ICRFL t4, $0x7, CR
- 8: INCEIPL $4
-
- 0x254783C0: 419E017C bc 12,30,0x2547853C
- 9: Js30o $0x2547853C
-
-
-. 0 254783B8 12
-. 57 60 E1 3E 2F 80 00 01 41 9E 01 7C
-
-==== BB 1086 (0x2547853C) approx BBs exec'd 0 ====
-
- 0x2547853C: 81C10010 lwz r14,16(r1)
- 0: GETL R1, t0
- 1: ADDL $0x10, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R14
- 4: INCEIPL $4
-
- 0x25478540: 38600001 li r3,1
- 5: MOVL $0x1, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x25478544: 938E0004 stw r28,4(r14)
- 8: GETL R28, t6
- 9: GETL R14, t8
- 10: ADDL $0x4, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x25478548: 93AE0000 stw r29,0(r14)
- 13: GETL R29, t10
- 14: GETL R14, t12
- 15: STL t10, (t12)
- 16: INCEIPL $4
-
- 0x2547854C: 4BFFFEDC b 0x25478428
- 17: JMPo $0x25478428 ($4)
-
-
-. 0 2547853C 20
-. 81 C1 00 10 38 60 00 01 93 8E 00 04 93 AE 00 00 4B FF FE DC
-
-==== BB 1087 (0x25478428) approx BBs exec'd 0 ====
-
- 0x25478428: 81E10074 lwz r15,116(r1)
- 0: GETL R1, t0
- 1: ADDL $0x74, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R15
- 4: INCEIPL $4
-
- 0x2547842C: 81810024 lwz r12,36(r1)
- 5: GETL R1, t4
- 6: ADDL $0x24, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R12
- 9: INCEIPL $4
-
- 0x25478430: 7DE803A6 mtlr r15
- 10: GETL R15, t8
- 11: PUTL t8, LR
- 12: INCEIPL $4
-
- 0x25478434: 81C10028 lwz r14,40(r1)
- 13: GETL R1, t10
- 14: ADDL $0x28, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R14
- 17: INCEIPL $4
-
- 0x25478438: 81E1002C lwz r15,44(r1)
- 18: GETL R1, t14
- 19: ADDL $0x2C, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R15
- 22: INCEIPL $4
-
- 0x2547843C: 7D818120 mtcrf 0x18,r12
- 23: GETL R12, t18
- 24: ICRFL t18, $0x3, CR
- 25: ICRFL t18, $0x4, CR
- 26: INCEIPL $4
-
- 0x25478440: 82010030 lwz r16,48(r1)
- 27: GETL R1, t20
- 28: ADDL $0x30, t20
- 29: LDL (t20), t22
- 30: PUTL t22, R16
- 31: INCEIPL $4
-
- 0x25478444: 82210034 lwz r17,52(r1)
- 32: GETL R1, t24
- 33: ADDL $0x34, t24
- 34: LDL (t24), t26
- 35: PUTL t26, R17
- 36: INCEIPL $4
-
- 0x25478448: 82410038 lwz r18,56(r1)
- 37: GETL R1, t28
- 38: ADDL $0x38, t28
- 39: LDL (t28), t30
- 40: PUTL t30, R18
- 41: INCEIPL $4
-
- 0x2547844C: 8261003C lwz r19,60(r1)
- 42: GETL R1, t32
- 43: ADDL $0x3C, t32
- 44: LDL (t32), t34
- 45: PUTL t34, R19
- 46: INCEIPL $4
-
- 0x25478450: 82810040 lwz r20,64(r1)
- 47: GETL R1, t36
- 48: ADDL $0x40, t36
- 49: LDL (t36), t38
- 50: PUTL t38, R20
- 51: INCEIPL $4
-
- 0x25478454: 82A10044 lwz r21,68(r1)
- 52: GETL R1, t40
- 53: ADDL $0x44, t40
- 54: LDL (t40), t42
- 55: PUTL t42, R21
- 56: INCEIPL $4
-
- 0x25478458: 82C10048 lwz r22,72(r1)
- 57: GETL R1, t44
- 58: ADDL $0x48, t44
- 59: LDL (t44), t46
- 60: PUTL t46, R22
- 61: INCEIPL $4
-
- 0x2547845C: 82E1004C lwz r23,76(r1)
- 62: GETL R1, t48
- 63: ADDL $0x4C, t48
- 64: LDL (t48), t50
- 65: PUTL t50, R23
- 66: INCEIPL $4
-
- 0x25478460: 83010050 lwz r24,80(r1)
- 67: GETL R1, t52
- 68: ADDL $0x50, t52
- 69: LDL (t52), t54
- 70: PUTL t54, R24
- 71: INCEIPL $4
-
- 0x25478464: 83210054 lwz r25,84(r1)
- 72: GETL R1, t56
- 73: ADDL $0x54, t56
- 74: LDL (t56), t58
- 75: PUTL t58, R25
- 76: INCEIPL $4
-
- 0x25478468: 83410058 lwz r26,88(r1)
- 77: GETL R1, t60
- 78: ADDL $0x58, t60
- 79: LDL (t60), t62
- 80: PUTL t62, R26
- 81: INCEIPL $4
-
- 0x2547846C: 8361005C lwz r27,92(r1)
- 82: GETL R1, t64
- 83: ADDL $0x5C, t64
- 84: LDL (t64), t66
- 85: PUTL t66, R27
- 86: INCEIPL $4
-
- 0x25478470: 83810060 lwz r28,96(r1)
- 87: GETL R1, t68
- 88: ADDL $0x60, t68
- 89: LDL (t68), t70
- 90: PUTL t70, R28
- 91: INCEIPL $4
-
- 0x25478474: 83A10064 lwz r29,100(r1)
- 92: GETL R1, t72
- 93: ADDL $0x64, t72
- 94: LDL (t72), t74
- 95: PUTL t74, R29
- 96: INCEIPL $4
-
- 0x25478478: 83C10068 lwz r30,104(r1)
- 97: GETL R1, t76
- 98: ADDL $0x68, t76
- 99: LDL (t76), t78
- 100: PUTL t78, R30
- 101: INCEIPL $4
-
- 0x2547847C: 83E1006C lwz r31,108(r1)
- 102: GETL R1, t80
- 103: ADDL $0x6C, t80
- 104: LDL (t80), t82
- 105: PUTL t82, R31
- 106: INCEIPL $4
-
- 0x25478480: 38210070 addi r1,r1,112
- 107: GETL R1, t84
- 108: ADDL $0x70, t84
- 109: PUTL t84, R1
- 110: INCEIPL $4
-
- 0x25478484: 4E800020 blr
- 111: GETL LR, t86
- 112: JMPo-r t86 ($4)
-
-
-. 0 25478428 96
-. 81 E1 00 74 81 81 00 24 7D E8 03 A6 81 C1 00 28 81 E1 00 2C 7D 81 81 20 82 01 00 30 82 21 00 34 82 41 00 38 82 61 00 3C 82 81 00 40 82 A1 00 44 82 C1 00 48 82 E1 00 4C 83 01 00 50 83 21 00 54 83 41 00 58 83 61 00 5C 83 81 00 60 83 A1 00 64 83 C1 00 68 83 E1 00 6C 38 21 00 70 4E 80 00 20
-
-==== BB 1088 (0x254786B0) approx BBs exec'd 0 ====
-
- 0x254786B0: 2C030000 cmpi cr0,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0x254786B4: 39000000 li r8,0
- 4: MOVL $0x0, t4
- 5: PUTL t4, R8
- 6: INCEIPL $4
-
- 0x254786B8: 41810014 bc 12,1,0x254786CC
- 7: Js01o $0x254786CC
-
-
-. 0 254786B0 12
-. 2C 03 00 00 39 00 00 00 41 81 00 14
-
-==== BB 1089 (0x254786CC) approx BBs exec'd 0 ====
-
- 0x254786CC: 815F0048 lwz r10,72(r31)
- 0: GETL R31, t0
- 1: ADDL $0x48, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x254786D0: 2F8A0000 cmpi cr7,r10,0
- 5: GETL R10, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x254786D4: 419E0504 bc 12,30,0x25478BD8
- 9: Js30o $0x25478BD8
-
-
-. 0 254786CC 12
-. 81 5F 00 48 2F 8A 00 00 41 9E 05 04
-
-==== BB 1090 (0x254786D8) approx BBs exec'd 0 ====
-
- 0x254786D8: 80B60000 lwz r5,0(r22)
- 0: GETL R22, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R5
- 3: INCEIPL $4
-
- 0x254786DC: 2F850000 cmpi cr7,r5,0
- 4: GETL R5, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x7, CR
- 7: INCEIPL $4
-
- 0x254786E0: 419E0140 bc 12,30,0x25478820
- 8: Js30o $0x25478820
-
-
-. 0 254786D8 12
-. 80 B6 00 00 2F 85 00 00 41 9E 01 40
-
-==== BB 1091 (0x254786E4) approx BBs exec'd 0 ====
-
- 0x254786E4: 88E5000D lbz r7,13(r5)
- 0: GETL R5, t0
- 1: ADDL $0xD, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R7
- 4: INCEIPL $4
-
- 0x254786E8: 39200000 li r9,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R9
- 7: INCEIPL $4
-
- 0x254786EC: 2E090000 cmpi cr4,r9,0
- 8: GETL R9, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x4, CR
- 11: INCEIPL $4
-
- 0x254786F0: 54E607BE rlwinm r6,r7,0,30,31
- 12: GETL R7, t10
- 13: ANDL $0x3, t10
- 14: PUTL t10, R6
- 15: INCEIPL $4
-
- 0x254786F4: 2F060003 cmpi cr6,r6,3
- 16: GETL R6, t12
- 17: MOVL $0x3, t16
- 18: CMPL t12, t16, t14 (-rSo)
- 19: ICRFL t14, $0x6, CR
- 20: INCEIPL $4
-
- 0x254786F8: 419A0234 bc 12,26,0x2547892C
- 21: Js26o $0x2547892C
-
-
-. 0 254786E4 24
-. 88 E5 00 0D 39 20 00 00 2E 09 00 00 54 E6 07 BE 2F 06 00 03 41 9A 02 34
-
-==== BB 1092 (0x254786FC) approx BBs exec'd 0 ====
-
- 0x254786FC: 3B7F0048 addi r27,r31,72
- 0: GETL R31, t0
- 1: ADDL $0x48, t0
- 2: PUTL t0, R27
- 3: INCEIPL $4
-
- 0x25478700: 839B0004 lwz r28,4(r27)
- 4: GETL R27, t2
- 5: ADDL $0x4, t2
- 6: LDL (t2), t4
- 7: PUTL t4, R28
- 8: INCEIPL $4
-
- 0x25478704: 3D808000 lis r12,-32768
- 9: MOVL $0x80000000, t6
- 10: PUTL t6, R12
- 11: INCEIPL $4
-
- 0x25478708: 801C0180 lwz r0,384(r28)
- 12: GETL R28, t8
- 13: ADDL $0x180, t8
- 14: LDL (t8), t10
- 15: PUTL t10, R0
- 16: INCEIPL $4
-
- 0x2547870C: 541D0002 rlwinm r29,r0,0,0,1
- 17: GETL R0, t12
- 18: ANDL $0xC0000000, t12
- 19: PUTL t12, R29
- 20: INCEIPL $4
-
- 0x25478710: 7F1D6000 cmp cr6,r29,r12
- 21: GETL R29, t14
- 22: GETL R12, t16
- 23: CMPL t14, t16, t18 (-rSo)
- 24: ICRFL t18, $0x6, CR
- 25: INCEIPL $4
-
- 0x25478714: 419A05BC bc 12,26,0x25478CD0
- 26: Js26o $0x25478CD0
-
-
-. 0 254786FC 28
-. 3B 7F 00 48 83 9B 00 04 3D 80 80 00 80 1C 01 80 54 1D 00 02 7F 1D 60 00 41 9A 05 BC
-
-==== BB 1093 (0x25478718) approx BBs exec'd 0 ====
-
- 0x25478718: 82BB0004 lwz r21,4(r27)
- 0: GETL R27, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R21
- 4: INCEIPL $4
-
- 0x2547871C: 83BE04F4 lwz r29,1268(r30)
- 5: GETL R30, t4
- 6: ADDL $0x4F4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R29
- 9: INCEIPL $4
-
- 0x25478720: 83550180 lwz r26,384(r21)
- 10: GETL R21, t8
- 11: ADDL $0x180, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R26
- 14: INCEIPL $4
-
- 0x25478724: 67570010 oris r23,r26,0x10
- 15: GETL R26, t12
- 16: ORL $0x100000, t12
- 17: PUTL t12, R23
- 18: INCEIPL $4
-
- 0x25478728: 92F50180 stw r23,384(r21)
- 19: GETL R23, t14
- 20: GETL R21, t16
- 21: ADDL $0x180, t16
- 22: STL t14, (t16)
- 23: INCEIPL $4
-
- 0x2547872C: 801D0000 lwz r0,0(r29)
- 24: GETL R29, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R0
- 27: INCEIPL $4
-
- 0x25478730: 70090404 andi. r9,r0,0x404
- 28: GETL R0, t22
- 29: ANDL $0x404, t22
- 30: PUTL t22, R9
- 31: CMP0L t22, t24 (-rSo)
- 32: ICRFL t24, $0x0, CR
- 33: INCEIPL $4
-
- 0x25478734: 408202A0 bc 4,2,0x254789D4
- 34: Jc02o $0x254789D4
-
-
-. 0 25478718 32
-. 82 BB 00 04 83 BE 04 F4 83 55 01 80 67 57 00 10 92 F5 01 80 80 1D 00 00 70 09 04 04 40 82 02 A0
-
-==== BB 1094 (0x25478738) approx BBs exec'd 0 ====
-
- 0x25478738: 807B0004 lwz r3,4(r27)
- 0: GETL R27, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x2547873C: 801F0048 lwz r0,72(r31)
- 5: GETL R31, t4
- 6: ADDL $0x48, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R0
- 9: INCEIPL $4
-
- 0x25478740: 90160000 stw r0,0(r22)
- 10: GETL R0, t8
- 11: GETL R22, t10
- 12: STL t8, (t10)
- 13: INCEIPL $4
-
- 0x25478744: 80E10000 lwz r7,0(r1)
- 14: GETL R1, t12
- 15: LDL (t12), t14
- 16: PUTL t14, R7
- 17: INCEIPL $4
-
- 0x25478748: 82C70004 lwz r22,4(r7)
- 18: GETL R7, t16
- 19: ADDL $0x4, t16
- 20: LDL (t16), t18
- 21: PUTL t18, R22
- 22: INCEIPL $4
-
- 0x2547874C: 8107FFC0 lwz r8,-64(r7)
- 23: GETL R7, t20
- 24: ADDL $0xFFFFFFC0, t20
- 25: LDL (t20), t22
- 26: PUTL t22, R8
- 27: INCEIPL $4
-
- 0x25478750: 7EC803A6 mtlr r22
- 28: GETL R22, t24
- 29: PUTL t24, LR
- 30: INCEIPL $4
-
- 0x25478754: 8227FFC4 lwz r17,-60(r7)
- 31: GETL R7, t26
- 32: ADDL $0xFFFFFFC4, t26
- 33: LDL (t26), t28
- 34: PUTL t28, R17
- 35: INCEIPL $4
-
- 0x25478758: 8247FFC8 lwz r18,-56(r7)
- 36: GETL R7, t30
- 37: ADDL $0xFFFFFFC8, t30
- 38: LDL (t30), t32
- 39: PUTL t32, R18
- 40: INCEIPL $4
-
- 0x2547875C: 7D008120 mtcrf 0x8,r8
- 41: GETL R8, t34
- 42: ICRFL t34, $0x4, CR
- 43: INCEIPL $4
-
- 0x25478760: 8267FFCC lwz r19,-52(r7)
- 44: GETL R7, t36
- 45: ADDL $0xFFFFFFCC, t36
- 46: LDL (t36), t38
- 47: PUTL t38, R19
- 48: INCEIPL $4
-
- 0x25478764: 8287FFD0 lwz r20,-48(r7)
- 49: GETL R7, t40
- 50: ADDL $0xFFFFFFD0, t40
- 51: LDL (t40), t42
- 52: PUTL t42, R20
- 53: INCEIPL $4
-
- 0x25478768: 82A7FFD4 lwz r21,-44(r7)
- 54: GETL R7, t44
- 55: ADDL $0xFFFFFFD4, t44
- 56: LDL (t44), t46
- 57: PUTL t46, R21
- 58: INCEIPL $4
-
- 0x2547876C: 82C7FFD8 lwz r22,-40(r7)
- 59: GETL R7, t48
- 60: ADDL $0xFFFFFFD8, t48
- 61: LDL (t48), t50
- 62: PUTL t50, R22
- 63: INCEIPL $4
-
- 0x25478770: 82E7FFDC lwz r23,-36(r7)
- 64: GETL R7, t52
- 65: ADDL $0xFFFFFFDC, t52
- 66: LDL (t52), t54
- 67: PUTL t54, R23
- 68: INCEIPL $4
-
- 0x25478774: 8307FFE0 lwz r24,-32(r7)
- 69: GETL R7, t56
- 70: ADDL $0xFFFFFFE0, t56
- 71: LDL (t56), t58
- 72: PUTL t58, R24
- 73: INCEIPL $4
-
- 0x25478778: 8327FFE4 lwz r25,-28(r7)
- 74: GETL R7, t60
- 75: ADDL $0xFFFFFFE4, t60
- 76: LDL (t60), t62
- 77: PUTL t62, R25
- 78: INCEIPL $4
-
- 0x2547877C: 8347FFE8 lwz r26,-24(r7)
- 79: GETL R7, t64
- 80: ADDL $0xFFFFFFE8, t64
- 81: LDL (t64), t66
- 82: PUTL t66, R26
- 83: INCEIPL $4
-
- 0x25478780: 8367FFEC lwz r27,-20(r7)
- 84: GETL R7, t68
- 85: ADDL $0xFFFFFFEC, t68
- 86: LDL (t68), t70
- 87: PUTL t70, R27
- 88: INCEIPL $4
-
- 0x25478784: 8387FFF0 lwz r28,-16(r7)
- 89: GETL R7, t72
- 90: ADDL $0xFFFFFFF0, t72
- 91: LDL (t72), t74
- 92: PUTL t74, R28
- 93: INCEIPL $4
-
- 0x25478788: 83A7FFF4 lwz r29,-12(r7)
- 94: GETL R7, t76
- 95: ADDL $0xFFFFFFF4, t76
- 96: LDL (t76), t78
- 97: PUTL t78, R29
- 98: INCEIPL $4
-
- 0x2547878C: 83C7FFF8 lwz r30,-8(r7)
- 99: GETL R7, t80
- 100: ADDL $0xFFFFFFF8, t80
- 101: LDL (t80), t82
- 102: PUTL t82, R30
- 103: INCEIPL $4
-
- 0x25478790: 83E7FFFC lwz r31,-4(r7)
- 104: GETL R7, t84
- 105: ADDL $0xFFFFFFFC, t84
- 106: LDL (t84), t86
- 107: PUTL t86, R31
- 108: INCEIPL $4
-
- 0x25478794: 7CE13B78 or r1,r7,r7
- 109: GETL R7, t88
- 110: PUTL t88, R1
- 111: INCEIPL $4
-
- 0x25478798: 4E800020 blr
- 112: GETL LR, t90
- 113: JMPo-r t90 ($4)
-
-
-. 0 25478738 100
-. 80 7B 00 04 80 1F 00 48 90 16 00 00 80 E1 00 00 82 C7 00 04 81 07 FF C0 7E C8 03 A6 82 27 FF C4 82 47 FF C8 7D 00 81 20 82 67 FF CC 82 87 FF D0 82 A7 FF D4 82 C7 FF D8 82 E7 FF DC 83 07 FF E0 83 27 FF E4 83 47 FF E8 83 67 FF EC 83 87 FF F0 83 A7 FF F4 83 C7 FF F8 83 E7 FF FC 7C E1 3B 78 4E 80 00 20
-
-==== BB 1095 (0x2547995C) approx BBs exec'd 0 ====
-
- 0x2547995C: 811F0050 lwz r8,80(r31)
- 0: GETL R31, t0
- 1: ADDL $0x50, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x25479960: 809F000C lwz r4,12(r31)
- 5: GETL R31, t4
- 6: ADDL $0xC, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R4
- 9: INCEIPL $4
-
- 0x25479964: 7C7A1B78 or r26,r3,r3
- 10: GETL R3, t8
- 11: PUTL t8, R26
- 12: INCEIPL $4
-
- 0x25479968: 7D064378 or r6,r8,r8
- 13: GETL R8, t10
- 14: PUTL t10, R6
- 15: INCEIPL $4
-
- 0x2547996C: 90640210 stw r3,528(r4)
- 16: GETL R3, t12
- 17: GETL R4, t14
- 18: ADDL $0x210, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0x25479970: 91040214 stw r8,532(r4)
- 21: GETL R8, t16
- 22: GETL R4, t18
- 23: ADDL $0x214, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0x25479974: 2F060000 cmpi cr6,r6,0
- 26: GETL R6, t20
- 27: CMP0L t20, t22 (-rSo)
- 28: ICRFL t22, $0x6, CR
- 29: INCEIPL $4
-
- 0x25479978: 39200000 li r9,0
- 30: MOVL $0x0, t24
- 31: PUTL t24, R9
- 32: INCEIPL $4
-
- 0x2547997C: 419A0010 bc 12,26,0x2547998C
- 33: Js26o $0x2547998C
-
-
-. 0 2547995C 36
-. 81 1F 00 50 80 9F 00 0C 7C 7A 1B 78 7D 06 43 78 90 64 02 10 91 04 02 14 2F 06 00 00 39 20 00 00 41 9A 00 10
-
-==== BB 1096 (0x25479980) approx BBs exec'd 0 ====
-
- 0x25479980: 80FA0000 lwz r7,0(r26)
- 0: GETL R26, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R7
- 3: INCEIPL $4
-
- 0x25479984: 81660004 lwz r11,4(r6)
- 4: GETL R6, t4
- 5: ADDL $0x4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R11
- 8: INCEIPL $4
-
- 0x25479988: 7D275A14 add r9,r7,r11
- 9: GETL R7, t8
- 10: GETL R11, t10
- 11: ADDL t8, t10
- 12: PUTL t10, R9
- 13: INCEIPL $4
-
- 0x2547998C: 2F9D0044 cmpi cr7,r29,68
- 14: GETL R29, t12
- 15: MOVL $0x44, t16
- 16: CMPL t12, t16, t14 (-rSo)
- 17: ICRFL t14, $0x7, CR
- 18: INCEIPL $4
-
- 0x25479990: 801C0008 lwz r0,8(r28)
- 19: GETL R28, t18
- 20: ADDL $0x8, t18
- 21: LDL (t18), t20
- 22: PUTL t20, R0
- 23: INCEIPL $4
-
- 0x25479994: 7D290214 add r9,r9,r0
- 24: GETL R9, t22
- 25: GETL R0, t24
- 26: ADDL t22, t24
- 27: PUTL t24, R9
- 28: INCEIPL $4
-
- 0x25479998: 419E0100 bc 12,30,0x25479A98
- 29: Js30o $0x25479A98
-
-
-. 0 25479980 28
-. 80 FA 00 00 81 66 00 04 7D 27 5A 14 2F 9D 00 44 80 1C 00 08 7D 29 02 14 41 9E 01 00
-
-==== BB 1097 (0x2547999C) approx BBs exec'd 0 ====
-
- 0x2547999C: 419D00D0 bc 12,29,0x25479A6C
- 0: Js29o $0x25479A6C
-
-
-. 0 2547999C 4
-. 41 9D 00 D0
-
-==== BB 1098 (0x254799A0) approx BBs exec'd 0 ====
-
- 0x254799A0: 2F9D0001 cmpi cr7,r29,1
- 0: GETL R29, t0
- 1: MOVL $0x1, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x254799A4: 419E00EC bc 12,30,0x25479A90
- 5: Js30o $0x25479A90
-
-
-. 0 254799A0 8
-. 2F 9D 00 01 41 9E 00 EC
-
-==== BB 1099 (0x25479A90) approx BBs exec'd 0 ====
-
- 0x25479A90: 91370000 stw r9,0(r23)
- 0: GETL R9, t0
- 1: GETL R23, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0x25479A94: 4BFFFF38 b 0x254799CC
- 4: JMPo $0x254799CC ($4)
-
-
-. 0 25479A90 8
-. 91 37 00 00 4B FF FF 38
-
-==== BB 1100 (0x254799CC) approx BBs exec'd 0 ====
-
- 0x254799CC: 3B9C000C addi r28,r28,12
- 0: GETL R28, t0
- 1: ADDL $0xC, t0
- 2: PUTL t0, R28
- 3: INCEIPL $4
-
- 0x254799D0: 7E1CC040 cmpl cr4,r28,r24
- 4: GETL R28, t2
- 5: GETL R24, t4
- 6: CMPUL t2, t4, t6 (-rSo)
- 7: ICRFL t6, $0x4, CR
- 8: INCEIPL $4
-
- 0x254799D4: 4190FE68 bc 12,16,0x2547983C
- 9: Js16o $0x2547983C
-
-
-. 0 254799CC 12
-. 3B 9C 00 0C 7E 1C C0 40 41 90 FE 68
-
-==== BB 1101 (0x254787E4) approx BBs exec'd 0 ====
-
- 0x254787E4: 89690001 lbz r11,1(r9)
- 0: GETL R9, t0
- 1: ADDL $0x1, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x254787E8: 57862036 rlwinm r6,r28,4,0,27
- 5: GETL R28, t4
- 6: SHLL $0x4, t4
- 7: PUTL t4, R6
- 8: INCEIPL $4
-
- 0x254787EC: 7F865214 add r28,r6,r10
- 9: GETL R6, t6
- 10: GETL R10, t8
- 11: ADDL t6, t8
- 12: PUTL t8, R28
- 13: INCEIPL $4
-
- 0x254787F0: 39490001 addi r10,r9,1
- 14: GETL R9, t10
- 15: ADDL $0x1, t10
- 16: PUTL t10, R10
- 17: INCEIPL $4
-
- 0x254787F4: 2F8B0000 cmpi cr7,r11,0
- 18: GETL R11, t12
- 19: CMP0L t12, t14 (-rSo)
- 20: ICRFL t14, $0x7, CR
- 21: INCEIPL $4
-
- 0x254787F8: 41BEFE4C bc 13,30,0x25478644
- 22: Js30o $0x25478644
-
-
-. 0 254787E4 24
-. 89 69 00 01 57 86 20 36 7F 86 52 14 39 49 00 01 2F 8B 00 00 41 BE FE 4C
-
-==== BB 1102 (0x254787FC) approx BBs exec'd 0 ====
-
- 0x254787FC: 57922036 rlwinm r18,r28,4,0,27
- 0: GETL R28, t0
- 1: SHLL $0x4, t0
- 2: PUTL t0, R18
- 3: INCEIPL $4
-
- 0x25478800: 7E325A14 add r17,r18,r11
- 4: GETL R18, t2
- 5: GETL R11, t4
- 6: ADDL t2, t4
- 7: PUTL t4, R17
- 8: INCEIPL $4
-
- 0x25478804: 8D6A0001 lbzu r11,1(r10)
- 9: GETL R10, t6
- 10: ADDL $0x1, t6
- 11: PUTL t6, R10
- 12: LDB (t6), t8
- 13: PUTL t8, R11
- 14: INCEIPL $4
-
- 0x25478808: 56280006 rlwinm r8,r17,0,0,3
- 15: GETL R17, t10
- 16: ANDL $0xF0000000, t10
- 17: PUTL t10, R8
- 18: INCEIPL $4
-
- 0x2547880C: 2F8B0000 cmpi cr7,r11,0
- 19: GETL R11, t12
- 20: CMP0L t12, t14 (-rSo)
- 21: ICRFL t14, $0x7, CR
- 22: INCEIPL $4
-
- 0x25478810: 7E274278 xor r7,r17,r8
- 23: GETL R17, t16
- 24: GETL R8, t18
- 25: XORL t16, t18
- 26: PUTL t18, R7
- 27: INCEIPL $4
-
- 0x25478814: 5509463E rlwinm r9,r8,8,24,31
- 28: GETL R8, t20
- 29: SHRL $0x18, t20
- 30: PUTL t20, R9
- 31: INCEIPL $4
-
- 0x25478818: 7CFC4A78 xor r28,r7,r9
- 32: GETL R7, t22
- 33: GETL R9, t24
- 34: XORL t22, t24
- 35: PUTL t24, R28
- 36: INCEIPL $4
-
- 0x2547881C: 4BFFFFDC b 0x254787F8
- 37: JMPo $0x254787F8 ($4)
-
-
-. 0 254787FC 36
-. 57 92 20 36 7E 32 5A 14 8D 6A 00 01 56 28 00 06 2F 8B 00 00 7E 27 42 78 55 09 46 3E 7C FC 4A 78 4B FF FF DC
-
-==== BB 1103 (0x254787F8) approx BBs exec'd 0 ====
-
- 0x254787F8: 41BEFE4C bc 13,30,0x25478644
- 0: Js30o $0x25478644
-
-
-. 0 254787F8 4
-. 41 BE FE 4C
-
-==== BB 1104 (0x25478324) approx BBs exec'd 0 ====
-
- 0x25478324: 8101007C lwz r8,124(r1)
- 0: GETL R1, t0
- 1: ADDL $0x7C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x25478328: 71000001 andi. r0,r8,0x1
- 5: GETL R8, t4
- 6: ANDL $0x1, t4
- 7: PUTL t4, R0
- 8: CMP0L t4, t6 (-rSo)
- 9: ICRFL t6, $0x0, CR
- 10: INCEIPL $4
-
- 0x2547832C: 40A2FFC4 bc 5,2,0x254782F0
- 11: Jc02o $0x254782F0
-
-
-. 0 25478324 12
-. 81 01 00 7C 71 00 00 01 40 A2 FF C4
-
-==== BB 1105 (0x254782E0) approx BBs exec'd 0 ====
-
- 0x254782E0: 88DD000C lbz r6,12(r29)
- 0: GETL R29, t0
- 1: ADDL $0xC, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x254782E4: 54C5073E rlwinm r5,r6,0,28,31
- 5: GETL R6, t4
- 6: ANDL $0xF, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x254782E8: 2F050006 cmpi cr6,r5,6
- 9: GETL R5, t6
- 10: MOVL $0x6, t10
- 11: CMPL t6, t10, t8 (-rSo)
- 12: ICRFL t8, $0x6, CR
- 13: INCEIPL $4
-
- 0x254782EC: 419A002C bc 12,26,0x25478318
- 14: Js26o $0x25478318
-
-
-. 0 254782E0 16
-. 88 DD 00 0C 54 C5 07 3E 2F 05 00 06 41 9A 00 2C
-
-==== BB 1106 (0x25479EE4) approx BBs exec'd 0 ====
-
- 0x25479EE4: 7D200026 mfcr r9
- 0: GETL CR, t0
- 1: PUTL t0, R9
- 2: INCEIPL $4
-
- 0x25479EE8: 55299FFE rlwinm r9,r9,19,31,31
- 3: GETL R9, t2
- 4: ROLL $0x13, t2
- 5: ANDL $0x1, t2
- 6: PUTL t2, R9
- 7: INCEIPL $4
-
- 0x25479EEC: 39600000 li r11,0
- 8: MOVL $0x0, t4
- 9: PUTL t4, R11
- 10: INCEIPL $4
-
- 0x25479EF0: 7CA00026 mfcr r5
- 11: GETL CR, t6
- 12: PUTL t6, R5
- 13: INCEIPL $4
-
- 0x25479EF4: 54A53FFE rlwinm r5,r5,7,31,31
- 14: GETL R5, t8
- 15: ROLL $0x7, t8
- 16: ANDL $0x1, t8
- 17: PUTL t8, R5
- 18: INCEIPL $4
-
- 0x25479EF8: 7D282B79 or. r8,r9,r5
- 19: GETL R9, t10
- 20: GETL R5, t12
- 21: ORL t12, t10
- 22: PUTL t10, R8
- 23: CMP0L t10, t14 (-rSo)
- 24: ICRFL t14, $0x0, CR
- 25: INCEIPL $4
-
- 0x25479EFC: 40820058 bc 4,2,0x25479F54
- 26: Jc02o $0x25479F54
-
-
-. 0 25479EE4 28
-. 7D 20 00 26 55 29 9F FE 39 60 00 00 7C A0 00 26 54 A5 3F FE 7D 28 2B 79 40 82 00 58
-
-==== BB 1107 (0x25479F00) approx BBs exec'd 0 ====
-
- 0x25479F00: 381DFFBC addi r0,r29,-68
- 0: GETL R29, t0
- 1: ADDL $0xFFFFFFBC, t0
- 2: PUTL t0, R0
- 3: INCEIPL $4
-
- 0x25479F04: 6BA30002 xori r3,r29,0x2
- 4: GETL R29, t2
- 5: XORL $0x2, t2
- 6: PUTL t2, R3
- 7: INCEIPL $4
-
- 0x25479F08: 21030000 subfic r8,r3,0
- 8: GETL R3, t4
- 9: MOVL $0x0, t6
- 10: SBBL t4, t6 (-wCa)
- 11: PUTL t6, R8
- 12: INCEIPL $4
-
- 0x25479F0C: 7C681914 adde r3,r8,r3
- 13: GETL R8, t8
- 14: GETL R3, t10
- 15: ADCL t8, t10 (-rCa-wCa)
- 16: PUTL t10, R3
- 17: INCEIPL $4
-
- 0x25479F10: 2180000A subfic r12,r0,10
- 18: GETL R0, t12
- 19: MOVL $0xA, t14
- 20: SBBL t12, t14 (-wCa)
- 21: PUTL t14, R12
- 22: INCEIPL $4
-
- 0x25479F14: 39800000 li r12,0
- 23: MOVL $0x0, t16
- 24: PUTL t16, R12
- 25: INCEIPL $4
-
- 0x25479F18: 7D8C6114 adde r12,r12,r12
- 26: GETL R12, t18
- 27: GETL R12, t20
- 28: ADCL t18, t20 (-rCa-wCa)
- 29: PUTL t20, R12
- 30: INCEIPL $4
-
- 0x25479F1C: 7D881B79 or. r8,r12,r3
- 31: GETL R12, t22
- 32: GETL R3, t24
- 33: ORL t24, t22
- 34: PUTL t22, R8
- 35: CMP0L t22, t26 (-rSo)
- 36: ICRFL t26, $0x0, CR
- 37: INCEIPL $4
-
- 0x25479F20: 40820034 bc 4,2,0x25479F54
- 38: Jc02o $0x25479F54
-
-
-. 0 25479F00 36
-. 38 1D FF BC 6B A3 00 02 21 03 00 00 7C 68 19 14 21 80 00 0A 39 80 00 00 7D 8C 61 14 7D 88 1B 79 40 82 00 34
-
-==== BB 1108 (0x25479F24) approx BBs exec'd 0 ====
-
- 0x25479F24: 2F1D0013 cmpi cr6,r29,19
- 0: GETL R29, t0
- 1: MOVL $0x13, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x6, CR
- 4: INCEIPL $4
-
- 0x25479F28: 8124020C lwz r9,524(r4)
- 5: GETL R4, t6
- 6: ADDL $0x20C, t6
- 7: LDL (t6), t8
- 8: PUTL t8, R9
- 9: INCEIPL $4
-
- 0x25479F2C: 419A00B4 bc 12,26,0x25479FE0
- 10: Js26o $0x25479FE0
-
-
-. 0 25479F24 12
-. 2F 1D 00 13 81 24 02 0C 41 9A 00 B4
-
-==== BB 1109 (0x25479F30) approx BBs exec'd 0 ====
-
- 0x25479F30: 7F8B4800 cmp cr7,r11,r9
- 0: GETL R11, t0
- 1: GETL R9, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x7, CR
- 4: INCEIPL $4
-
- 0x25479F34: 409EF988 bc 4,30,0x254798BC
- 5: Jc30o $0x254798BC
-
-
-. 0 25479F30 8
-. 7F 8B 48 00 40 9E F9 88
-
-==== BB 1110 (0x25479F38) approx BBs exec'd 0 ====
-
- 0x25479F38: 817001AC lwz r11,428(r16)
- 0: GETL R16, t0
- 1: ADDL $0x1AC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x25479F3C: 80C40214 lwz r6,532(r4)
- 5: GETL R4, t4
- 6: ADDL $0x214, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R6
- 9: INCEIPL $4
-
- 0x25479F40: 83440210 lwz r26,528(r4)
- 10: GETL R4, t8
- 11: ADDL $0x210, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R26
- 14: INCEIPL $4
-
- 0x25479F44: 394B0001 addi r10,r11,1
- 15: GETL R11, t12
- 16: ADDL $0x1, t12
- 17: PUTL t12, R10
- 18: INCEIPL $4
-
- 0x25479F48: 915001AC stw r10,428(r16)
- 19: GETL R10, t14
- 20: GETL R16, t16
- 21: ADDL $0x1AC, t16
- 22: STL t14, (t16)
- 23: INCEIPL $4
-
- 0x25479F4C: 90DF0050 stw r6,80(r31)
- 24: GETL R6, t18
- 25: GETL R31, t20
- 26: ADDL $0x50, t20
- 27: STL t18, (t20)
- 28: INCEIPL $4
-
- 0x25479F50: 4BFFFA24 b 0x25479974
- 29: JMPo $0x25479974 ($4)
-
-
-. 0 25479F38 28
-. 81 70 01 AC 80 C4 02 14 83 44 02 10 39 4B 00 01 91 50 01 AC 90 DF 00 50 4B FF FA 24
-
-==== BB 1111 (0x25479974) approx BBs exec'd 0 ====
-
- 0x25479974: 2F060000 cmpi cr6,r6,0
- 0: GETL R6, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x25479978: 39200000 li r9,0
- 4: MOVL $0x0, t4
- 5: PUTL t4, R9
- 6: INCEIPL $4
-
- 0x2547997C: 419A0010 bc 12,26,0x2547998C
- 7: Js26o $0x2547998C
-
-
-. 0 25479974 12
-. 2F 06 00 00 39 20 00 00 41 9A 00 10
-
-==== BB 1112 (0x254799A8) approx BBs exec'd 0 ====
-
- 0x254799A8: 2C1D0014 cmpi cr0,r29,20
- 0: GETL R29, t0
- 1: MOVL $0x14, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x254799AC: 418200E4 bc 12,2,0x25479A90
- 5: Js02o $0x25479A90
-
-
-. 0 254799A8 8
-. 2C 1D 00 14 41 82 00 E4
-
-==== BB 1113 (0x25479EBC) approx BBs exec'd 0 ====
-
- 0x25479EBC: A11B000E lhz r8,14(r27)
- 0: GETL R27, t0
- 1: ADDL $0xE, t0
- 2: LDW (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x25479EC0: 2F880000 cmpi cr7,r8,0
- 5: GETL R8, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x25479EC4: 41BEF9D0 bc 13,30,0x25479894
- 9: Js30o $0x25479894
-
-
-. 0 25479EBC 12
-. A1 1B 00 0E 2F 88 00 00 41 BE F9 D0
-
-==== BB 1114 (0x25479A50) approx BBs exec'd 0 ====
-
- 0x25479A50: 835F000C lwz r26,12(r31)
- 0: GETL R31, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0x25479A54: 4BFFFF20 b 0x25479974
- 5: JMPo $0x25479974 ($4)
-
-
-. 0 25479A50 8
-. 83 5F 00 0C 4B FF FF 20
-
-==== BB 1115 (0x25479A98) approx BBs exec'd 0 ====
-
- 0x25479A98: 2F1A0000 cmpi cr6,r26,0
- 0: GETL R26, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x25479A9C: 41BAFF30 bc 13,26,0x254799CC
- 4: Js26o $0x254799CC
-
-
-. 0 25479A98 8
-. 2F 1A 00 00 41 BA FF 30
-
-==== BB 1116 (0x25479AA0) approx BBs exec'd 0 ====
-
- 0x25479AA0: 837A0230 lwz r27,560(r26)
- 0: GETL R26, t0
- 1: ADDL $0x230, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R27
- 4: INCEIPL $4
-
- 0x25479AA4: 93770000 stw r27,0(r23)
- 5: GETL R27, t4
- 6: GETL R23, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0x25479AA8: 4BFFFF24 b 0x254799CC
- 9: JMPo $0x254799CC ($4)
-
-
-. 0 25479AA0 12
-. 83 7A 02 30 93 77 00 00 4B FF FF 24
-
-==== BB 1117 (0x25479A6C) approx BBs exec'd 0 ====
-
- 0x25479A6C: 2C9D0049 cmpi cr1,r29,73
- 0: GETL R29, t0
- 1: MOVL $0x49, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0x25479A70: 41860238 bc 12,6,0x25479CA8
- 5: Js06o $0x25479CA8
-
-
-. 0 25479A6C 8
-. 2C 9D 00 49 41 86 02 38
-
-==== BB 1118 (0x25479CA8) approx BBs exec'd 0 ====
-
- 0x25479CA8: 2C1A0000 cmpi cr0,r26,0
- 0: GETL R26, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0x25479CAC: 41A2FD20 bc 13,2,0x254799CC
- 4: Js02o $0x254799CC
-
-
-. 0 25479CA8 8
-. 2C 1A 00 00 41 A2 FD 20
-
-==== BB 1119 (0x25479CB0) approx BBs exec'd 0 ====
-
- 0x25479CB0: 817A022C lwz r11,556(r26)
- 0: GETL R26, t0
- 1: ADDL $0x22C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x25479CB4: 2C8BFFFF cmpi cr1,r11,-1
- 5: GETL R11, t4
- 6: MOVL $0xFFFFFFFF, t8
- 7: CMPL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x1, CR
- 9: INCEIPL $4
-
- 0x25479CB8: 4186034C bc 12,6,0x2547A004
- 10: Js06o $0x2547A004
-
-
-. 0 25479CB0 12
-. 81 7A 02 2C 2C 8B FF FF 41 86 03 4C
-
-==== BB 1120 (0x25479CBC) approx BBs exec'd 0 ====
-
- 0x25479CBC: 83460004 lwz r26,4(r6)
- 0: GETL R6, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0x25479CC0: 7D8BD214 add r12,r11,r26
- 5: GETL R11, t4
- 6: GETL R26, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R12
- 9: INCEIPL $4
-
- 0x25479CC4: 7C6C0214 add r3,r12,r0
- 10: GETL R12, t8
- 11: GETL R0, t10
- 12: ADDL t8, t10
- 13: PUTL t10, R3
- 14: INCEIPL $4
-
- 0x25479CC8: 39239000 addi r9,r3,-28672
- 15: GETL R3, t12
- 16: ADDL $0xFFFF9000, t12
- 17: PUTL t12, R9
- 18: INCEIPL $4
-
- 0x25479CCC: 91370000 stw r9,0(r23)
- 19: GETL R9, t14
- 20: GETL R23, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0x25479CD0: 4BFFFCFC b 0x254799CC
- 23: JMPo $0x254799CC ($4)
-
-
-. 0 25479CBC 24
-. 83 46 00 04 7D 8B D2 14 7C 6C 02 14 39 23 90 00 91 37 00 00 4B FF FC FC
-
-==== BB 1121 (0x254783C4) approx BBs exec'd 0 ====
-
- 0x254783C4: 2C000002 cmpi cr0,r0,2
- 0: GETL R0, t0
- 1: MOVL $0x2, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x254783C8: 41820164 bc 12,2,0x2547852C
- 5: Js02o $0x2547852C
-
-
-. 0 254783C4 8
-. 2C 00 00 02 41 82 01 64
-
-==== BB 1122 (0x2547852C) approx BBs exec'd 0 ====
-
- 0x2547852C: 829E04F4 lwz r20,1268(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4F4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R20
- 4: INCEIPL $4
-
- 0x25478530: 82740030 lwz r19,48(r20)
- 5: GETL R20, t4
- 6: ADDL $0x30, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R19
- 9: INCEIPL $4
-
- 0x25478534: 2C930000 cmpi cr1,r19,0
- 10: GETL R19, t8
- 11: CMP0L t8, t10 (-rSo)
- 12: ICRFL t10, $0x1, CR
- 13: INCEIPL $4
-
- 0x25478538: 40860018 bc 4,6,0x25478550
- 14: Jc06o $0x25478550
-
-
-. 0 2547852C 16
-. 82 9E 04 F4 82 74 00 30 2C 93 00 00 40 86 00 18
-
-==== BB 1123 (0x254783F0) approx BBs exec'd 0 ====
-
- 0x254783F0: 7F84E378 or r4,r28,r28
- 0: GETL R28, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0x254783F4: 480042E1 bl 0x2547C6D4
- 3: MOVL $0x254783F8, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0x2547C6D4 ($4)
-
-
-. 0 254783F0 8
-. 7F 84 E3 78 48 00 42 E1
-
-==== BB 1124 (0x254783F8) approx BBs exec'd 0 ====
-
- 0x254783F8: 2F030000 cmpi cr6,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x254783FC: 419AFE44 bc 12,26,0x25478240
- 4: Js26o $0x25478240
-
-
-. 0 254783F8 8
-. 2F 03 00 00 41 9A FE 44
-
-==== BB 1125 (0x25479938) approx BBs exec'd 0 ====
-
- 0x25479938: 80DF0050 lwz r6,80(r31)
- 0: GETL R31, t0
- 1: ADDL $0x50, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x2547993C: 7D695B78 or r9,r11,r11
- 5: GETL R11, t4
- 6: PUTL t4, R9
- 7: INCEIPL $4
-
- 0x25479940: 815F0008 lwz r10,8(r31)
- 8: GETL R31, t6
- 9: ADDL $0x8, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R10
- 12: INCEIPL $4
-
- 0x25479944: 80A60000 lwz r5,0(r6)
- 13: GETL R6, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R5
- 16: INCEIPL $4
-
- 0x25479948: 80DF0010 lwz r6,16(r31)
- 17: GETL R31, t14
- 18: ADDL $0x10, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R6
- 21: INCEIPL $4
-
- 0x2547994C: 7C655214 add r3,r5,r10
- 22: GETL R5, t18
- 23: GETL R10, t20
- 24: ADDL t18, t20
- 25: PUTL t20, R3
- 26: INCEIPL $4
-
- 0x25479950: 38BF0050 addi r5,r31,80
- 27: GETL R31, t22
- 28: ADDL $0x50, t22
- 29: PUTL t22, R5
- 30: INCEIPL $4
-
- 0x25479954: 39400000 li r10,0
- 31: MOVL $0x0, t24
- 32: PUTL t24, R10
- 33: INCEIPL $4
-
- 0x25479958: 4BFFEC4D bl 0x254785A4
- 34: MOVL $0x2547995C, t26
- 35: PUTL t26, LR
- 36: JMPo-c $0x254785A4 ($4)
-
-
-. 0 25479938 36
-. 80 DF 00 50 7D 69 5B 78 81 5F 00 08 80 A6 00 00 80 DF 00 10 7C 65 52 14 38 BF 00 50 39 40 00 00 4B FF EC 4D
-
-==== BB 1126 (0x25478424) approx BBs exec'd 0 ====
-
- 0x25478424: 38600000 li r3,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25478428: 81E10074 lwz r15,116(r1)
- 3: GETL R1, t2
- 4: ADDL $0x74, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R15
- 7: INCEIPL $4
-
- 0x2547842C: 81810024 lwz r12,36(r1)
- 8: GETL R1, t6
- 9: ADDL $0x24, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R12
- 12: INCEIPL $4
-
- 0x25478430: 7DE803A6 mtlr r15
- 13: GETL R15, t10
- 14: PUTL t10, LR
- 15: INCEIPL $4
-
- 0x25478434: 81C10028 lwz r14,40(r1)
- 16: GETL R1, t12
- 17: ADDL $0x28, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R14
- 20: INCEIPL $4
-
- 0x25478438: 81E1002C lwz r15,44(r1)
- 21: GETL R1, t16
- 22: ADDL $0x2C, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R15
- 25: INCEIPL $4
-
- 0x2547843C: 7D818120 mtcrf 0x18,r12
- 26: GETL R12, t20
- 27: ICRFL t20, $0x3, CR
- 28: ICRFL t20, $0x4, CR
- 29: INCEIPL $4
-
- 0x25478440: 82010030 lwz r16,48(r1)
- 30: GETL R1, t22
- 31: ADDL $0x30, t22
- 32: LDL (t22), t24
- 33: PUTL t24, R16
- 34: INCEIPL $4
-
- 0x25478444: 82210034 lwz r17,52(r1)
- 35: GETL R1, t26
- 36: ADDL $0x34, t26
- 37: LDL (t26), t28
- 38: PUTL t28, R17
- 39: INCEIPL $4
-
- 0x25478448: 82410038 lwz r18,56(r1)
- 40: GETL R1, t30
- 41: ADDL $0x38, t30
- 42: LDL (t30), t32
- 43: PUTL t32, R18
- 44: INCEIPL $4
-
- 0x2547844C: 8261003C lwz r19,60(r1)
- 45: GETL R1, t34
- 46: ADDL $0x3C, t34
- 47: LDL (t34), t36
- 48: PUTL t36, R19
- 49: INCEIPL $4
-
- 0x25478450: 82810040 lwz r20,64(r1)
- 50: GETL R1, t38
- 51: ADDL $0x40, t38
- 52: LDL (t38), t40
- 53: PUTL t40, R20
- 54: INCEIPL $4
-
- 0x25478454: 82A10044 lwz r21,68(r1)
- 55: GETL R1, t42
- 56: ADDL $0x44, t42
- 57: LDL (t42), t44
- 58: PUTL t44, R21
- 59: INCEIPL $4
-
- 0x25478458: 82C10048 lwz r22,72(r1)
- 60: GETL R1, t46
- 61: ADDL $0x48, t46
- 62: LDL (t46), t48
- 63: PUTL t48, R22
- 64: INCEIPL $4
-
- 0x2547845C: 82E1004C lwz r23,76(r1)
- 65: GETL R1, t50
- 66: ADDL $0x4C, t50
- 67: LDL (t50), t52
- 68: PUTL t52, R23
- 69: INCEIPL $4
-
- 0x25478460: 83010050 lwz r24,80(r1)
- 70: GETL R1, t54
- 71: ADDL $0x50, t54
- 72: LDL (t54), t56
- 73: PUTL t56, R24
- 74: INCEIPL $4
-
- 0x25478464: 83210054 lwz r25,84(r1)
- 75: GETL R1, t58
- 76: ADDL $0x54, t58
- 77: LDL (t58), t60
- 78: PUTL t60, R25
- 79: INCEIPL $4
-
- 0x25478468: 83410058 lwz r26,88(r1)
- 80: GETL R1, t62
- 81: ADDL $0x58, t62
- 82: LDL (t62), t64
- 83: PUTL t64, R26
- 84: INCEIPL $4
-
- 0x2547846C: 8361005C lwz r27,92(r1)
- 85: GETL R1, t66
- 86: ADDL $0x5C, t66
- 87: LDL (t66), t68
- 88: PUTL t68, R27
- 89: INCEIPL $4
-
- 0x25478470: 83810060 lwz r28,96(r1)
- 90: GETL R1, t70
- 91: ADDL $0x60, t70
- 92: LDL (t70), t72
- 93: PUTL t72, R28
- 94: INCEIPL $4
-
- 0x25478474: 83A10064 lwz r29,100(r1)
- 95: GETL R1, t74
- 96: ADDL $0x64, t74
- 97: LDL (t74), t76
- 98: PUTL t76, R29
- 99: INCEIPL $4
-
- 0x25478478: 83C10068 lwz r30,104(r1)
- 100: GETL R1, t78
- 101: ADDL $0x68, t78
- 102: LDL (t78), t80
- 103: PUTL t80, R30
- 104: INCEIPL $4
-
- 0x2547847C: 83E1006C lwz r31,108(r1)
- 105: GETL R1, t82
- 106: ADDL $0x6C, t82
- 107: LDL (t82), t84
- 108: PUTL t84, R31
- 109: INCEIPL $4
-
- 0x25478480: 38210070 addi r1,r1,112
- 110: GETL R1, t86
- 111: ADDL $0x70, t86
- 112: PUTL t86, R1
- 113: INCEIPL $4
-
- 0x25478484: 4E800020 blr
- 114: GETL LR, t88
- 115: JMPo-r t88 ($4)
-
-
-. 0 25478424 100
-. 38 60 00 00 81 E1 00 74 81 81 00 24 7D E8 03 A6 81 C1 00 28 81 E1 00 2C 7D 81 81 20 82 01 00 30 82 21 00 34 82 41 00 38 82 61 00 3C 82 81 00 40 82 A1 00 44 82 C1 00 48 82 E1 00 4C 83 01 00 50 83 21 00 54 83 41 00 58 83 61 00 5C 83 81 00 60 83 A1 00 64 83 C1 00 68 83 E1 00 6C 38 21 00 70 4E 80 00 20
-
-==== BB 1127 (0x254786BC) approx BBs exec'd 0 ====
-
- 0x254786BC: 4180016C bc 12,0,0x25478828
- 0: Js00o $0x25478828
-
-
-. 0 254786BC 4
-. 41 80 01 6C
-
-==== BB 1128 (0x254786C0) approx BBs exec'd 0 ====
-
- 0x254786C0: 84FD0004 lwzu r7,4(r29)
- 0: GETL R29, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R29
- 3: LDL (t0), t2
- 4: PUTL t2, R7
- 5: INCEIPL $4
-
- 0x254786C4: 2F070000 cmpi cr6,r7,0
- 6: GETL R7, t4
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x6, CR
- 9: INCEIPL $4
-
- 0x254786C8: 409AFFC4 bc 4,26,0x2547868C
- 10: Jc26o $0x2547868C
-
-
-. 0 254786C0 12
-. 84 FD 00 04 2F 07 00 00 40 9A FF C4
-
-==== BB 1129 (0x25478BD8) approx BBs exec'd 0 ====
-
- 0x25478BD8: 81360000 lwz r9,0(r22)
- 0: GETL R22, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0x25478BDC: 2C090000 cmpi cr0,r9,0
- 4: GETL R9, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x0, CR
- 7: INCEIPL $4
-
- 0x25478BE0: 408201B8 bc 4,2,0x25478D98
- 8: Jc02o $0x25478D98
-
-
-. 0 25478BD8 12
-. 81 36 00 00 2C 09 00 00 40 82 01 B8
-
-==== BB 1130 (0x25478D98) approx BBs exec'd 0 ====
-
- 0x25478D98: 8BA9000C lbz r29,12(r9)
- 0: GETL R9, t0
- 1: ADDL $0xC, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0x25478D9C: 57BBE13E rlwinm r27,r29,28,4,31
- 5: GETL R29, t4
- 6: SHRL $0x4, t4
- 7: PUTL t4, R27
- 8: INCEIPL $4
-
- 0x25478DA0: 2C9B0002 cmpi cr1,r27,2
- 9: GETL R27, t6
- 10: MOVL $0x2, t10
- 11: CMPL t6, t10, t8 (-rSo)
- 12: ICRFL t8, $0x1, CR
- 13: INCEIPL $4
-
- 0x25478DA4: 4086FE40 bc 4,6,0x25478BE4
- 14: Jc06o $0x25478BE4
-
-
-. 0 25478D98 16
-. 8B A9 00 0C 57 BB E1 3E 2C 9B 00 02 40 86 FE 40
-
-==== BB 1131 (0x25478DA8) approx BBs exec'd 0 ====
-
- 0x25478DA8: 38600000 li r3,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25478DAC: 38000000 li r0,0
- 3: MOVL $0x0, t2
- 4: PUTL t2, R0
- 5: INCEIPL $4
-
- 0x25478DB0: 4BFFF990 b 0x25478740
- 6: JMPo $0x25478740 ($4)
-
-
-. 0 25478DA8 12
-. 38 60 00 00 38 00 00 00 4B FF F9 90
-
-==== BB 1132 (0x25478740) approx BBs exec'd 0 ====
-
- 0x25478740: 90160000 stw r0,0(r22)
- 0: GETL R0, t0
- 1: GETL R22, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0x25478744: 80E10000 lwz r7,0(r1)
- 4: GETL R1, t4
- 5: LDL (t4), t6
- 6: PUTL t6, R7
- 7: INCEIPL $4
-
- 0x25478748: 82C70004 lwz r22,4(r7)
- 8: GETL R7, t8
- 9: ADDL $0x4, t8
- 10: LDL (t8), t10
- 11: PUTL t10, R22
- 12: INCEIPL $4
-
- 0x2547874C: 8107FFC0 lwz r8,-64(r7)
- 13: GETL R7, t12
- 14: ADDL $0xFFFFFFC0, t12
- 15: LDL (t12), t14
- 16: PUTL t14, R8
- 17: INCEIPL $4
-
- 0x25478750: 7EC803A6 mtlr r22
- 18: GETL R22, t16
- 19: PUTL t16, LR
- 20: INCEIPL $4
-
- 0x25478754: 8227FFC4 lwz r17,-60(r7)
- 21: GETL R7, t18
- 22: ADDL $0xFFFFFFC4, t18
- 23: LDL (t18), t20
- 24: PUTL t20, R17
- 25: INCEIPL $4
-
- 0x25478758: 8247FFC8 lwz r18,-56(r7)
- 26: GETL R7, t22
- 27: ADDL $0xFFFFFFC8, t22
- 28: LDL (t22), t24
- 29: PUTL t24, R18
- 30: INCEIPL $4
-
- 0x2547875C: 7D008120 mtcrf 0x8,r8
- 31: GETL R8, t26
- 32: ICRFL t26, $0x4, CR
- 33: INCEIPL $4
-
- 0x25478760: 8267FFCC lwz r19,-52(r7)
- 34: GETL R7, t28
- 35: ADDL $0xFFFFFFCC, t28
- 36: LDL (t28), t30
- 37: PUTL t30, R19
- 38: INCEIPL $4
-
- 0x25478764: 8287FFD0 lwz r20,-48(r7)
- 39: GETL R7, t32
- 40: ADDL $0xFFFFFFD0, t32
- 41: LDL (t32), t34
- 42: PUTL t34, R20
- 43: INCEIPL $4
-
- 0x25478768: 82A7FFD4 lwz r21,-44(r7)
- 44: GETL R7, t36
- 45: ADDL $0xFFFFFFD4, t36
- 46: LDL (t36), t38
- 47: PUTL t38, R21
- 48: INCEIPL $4
-
- 0x2547876C: 82C7FFD8 lwz r22,-40(r7)
- 49: GETL R7, t40
- 50: ADDL $0xFFFFFFD8, t40
- 51: LDL (t40), t42
- 52: PUTL t42, R22
- 53: INCEIPL $4
-
- 0x25478770: 82E7FFDC lwz r23,-36(r7)
- 54: GETL R7, t44
- 55: ADDL $0xFFFFFFDC, t44
- 56: LDL (t44), t46
- 57: PUTL t46, R23
- 58: INCEIPL $4
-
- 0x25478774: 8307FFE0 lwz r24,-32(r7)
- 59: GETL R7, t48
- 60: ADDL $0xFFFFFFE0, t48
- 61: LDL (t48), t50
- 62: PUTL t50, R24
- 63: INCEIPL $4
-
- 0x25478778: 8327FFE4 lwz r25,-28(r7)
- 64: GETL R7, t52
- 65: ADDL $0xFFFFFFE4, t52
- 66: LDL (t52), t54
- 67: PUTL t54, R25
- 68: INCEIPL $4
-
- 0x2547877C: 8347FFE8 lwz r26,-24(r7)
- 69: GETL R7, t56
- 70: ADDL $0xFFFFFFE8, t56
- 71: LDL (t56), t58
- 72: PUTL t58, R26
- 73: INCEIPL $4
-
- 0x25478780: 8367FFEC lwz r27,-20(r7)
- 74: GETL R7, t60
- 75: ADDL $0xFFFFFFEC, t60
- 76: LDL (t60), t62
- 77: PUTL t62, R27
- 78: INCEIPL $4
-
- 0x25478784: 8387FFF0 lwz r28,-16(r7)
- 79: GETL R7, t64
- 80: ADDL $0xFFFFFFF0, t64
- 81: LDL (t64), t66
- 82: PUTL t66, R28
- 83: INCEIPL $4
-
- 0x25478788: 83A7FFF4 lwz r29,-12(r7)
- 84: GETL R7, t68
- 85: ADDL $0xFFFFFFF4, t68
- 86: LDL (t68), t70
- 87: PUTL t70, R29
- 88: INCEIPL $4
-
- 0x2547878C: 83C7FFF8 lwz r30,-8(r7)
- 89: GETL R7, t72
- 90: ADDL $0xFFFFFFF8, t72
- 91: LDL (t72), t74
- 92: PUTL t74, R30
- 93: INCEIPL $4
-
- 0x25478790: 83E7FFFC lwz r31,-4(r7)
- 94: GETL R7, t76
- 95: ADDL $0xFFFFFFFC, t76
- 96: LDL (t76), t78
- 97: PUTL t78, R31
- 98: INCEIPL $4
-
- 0x25478794: 7CE13B78 or r1,r7,r7
- 99: GETL R7, t80
- 100: PUTL t80, R1
- 101: INCEIPL $4
-
- 0x25478798: 4E800020 blr
- 102: GETL LR, t82
- 103: JMPo-r t82 ($4)
-
-
-. 0 25478740 92
-. 90 16 00 00 80 E1 00 00 82 C7 00 04 81 07 FF C0 7E C8 03 A6 82 27 FF C4 82 47 FF C8 7D 00 81 20 82 67 FF CC 82 87 FF D0 82 A7 FF D4 82 C7 FF D8 82 E7 FF DC 83 07 FF E0 83 27 FF E4 83 47 FF E8 83 67 FF EC 83 87 FF F0 83 A7 FF F4 83 C7 FF F8 83 E7 FF FC 7C E1 3B 78 4E 80 00 20
-
-==== BB 1133 (0x2547998C) approx BBs exec'd 0 ====
-
- 0x2547998C: 2F9D0044 cmpi cr7,r29,68
- 0: GETL R29, t0
- 1: MOVL $0x44, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x25479990: 801C0008 lwz r0,8(r28)
- 5: GETL R28, t6
- 6: ADDL $0x8, t6
- 7: LDL (t6), t8
- 8: PUTL t8, R0
- 9: INCEIPL $4
-
- 0x25479994: 7D290214 add r9,r9,r0
- 10: GETL R9, t10
- 11: GETL R0, t12
- 12: ADDL t10, t12
- 13: PUTL t12, R9
- 14: INCEIPL $4
-
- 0x25479998: 419E0100 bc 12,30,0x25479A98
- 15: Js30o $0x25479A98
-
-
-. 0 2547998C 16
-. 2F 9D 00 44 80 1C 00 08 7D 29 02 14 41 9E 01 00
-
-==== BB 1134 (0x254784A0) approx BBs exec'd 0 ====
-
- 0x254784A0: 41AEFF18 bc 13,14,0x254783B8
- 0: Js14o $0x254783B8
-
-
-. 0 254784A0 4
-. 41 AE FF 18
-
-==== BB 1135 (0x254784A4) approx BBs exec'd 0 ====
-
- 0x254784A4: 80610014 lwz r3,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x254784A8: 5469FFFF rlwinm. r9,r3,31,31,31
- 5: GETL R3, t4
- 6: ROLL $0x1F, t4
- 7: ANDL $0x1, t4
- 8: PUTL t4, R9
- 9: CMP0L t4, t6 (-rSo)
- 10: ICRFL t6, $0x0, CR
- 11: INCEIPL $4
-
- 0x254784AC: 4182006C bc 12,2,0x25478518
- 12: Js02o $0x25478518
-
-
-. 0 254784A4 12
-. 80 61 00 14 54 69 FF FF 41 82 00 6C
-
-==== BB 1136 (0x25478518) approx BBs exec'd 0 ====
-
- 0x25478518: 57E9083C rlwinm r9,r31,1,0,30
- 0: GETL R31, t0
- 1: SHLL $0x1, t0
- 2: PUTL t0, R9
- 3: INCEIPL $4
-
- 0x2547851C: 7CC9B22E lhzx r6,r9,r22
- 4: GETL R22, t2
- 5: GETL R9, t4
- 6: ADDL t4, t2
- 7: LDW (t2), t6
- 8: PUTL t6, R6
- 9: INCEIPL $4
-
- 0x25478520: 54C5047E rlwinm r5,r6,0,17,31
- 10: GETL R6, t8
- 11: ANDL $0x7FFF, t8
- 12: PUTL t8, R5
- 13: INCEIPL $4
-
- 0x25478524: 2F850002 cmpi cr7,r5,2
- 14: GETL R5, t10
- 15: MOVL $0x2, t14
- 16: CMPL t10, t14, t12 (-rSo)
- 17: ICRFL t12, $0x7, CR
- 18: INCEIPL $4
-
- 0x25478528: 4BFFFF98 b 0x254784C0
- 19: JMPo $0x254784C0 ($4)
-
-
-. 0 25478518 20
-. 57 E9 08 3C 7C C9 B2 2E 54 C5 04 7E 2F 85 00 02 4B FF FF 98
-
-==== BB 1137 (0x254784C0) approx BBs exec'd 0 ====
-
- 0x254784C0: 40BDFEF8 bc 5,29,0x254783B8
- 0: Jc29o $0x254783B8
-
-
-. 0 254784C0 4
-. 40 BD FE F8
-
-==== BB 1138 (0x25479A04) approx BBs exec'd 0 ====
-
- 0x25479A04: 39000001 li r8,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R8
- 2: INCEIPL $4
-
- 0x25479A08: 4BFFFEF4 b 0x254798FC
- 3: JMPo $0x254798FC ($4)
-
-
-. 0 25479A04 8
-. 39 00 00 01 4B FF FE F4
-
-==== BB 1139 (0x254799B0) approx BBs exec'd 0 ====
-
- 0x254799B0: 7F45D378 or r5,r26,r26
- 0: GETL R26, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0x254799B4: 7F67DB78 or r7,r27,r27
- 3: GETL R27, t2
- 4: PUTL t2, R7
- 5: INCEIPL $4
-
- 0x254799B8: 7EE8BB78 or r8,r23,r23
- 6: GETL R23, t4
- 7: PUTL t4, R8
- 8: INCEIPL $4
-
- 0x254799BC: 7FAAEB78 or r10,r29,r29
- 9: GETL R29, t6
- 10: PUTL t6, R10
- 11: INCEIPL $4
-
- 0x254799C0: 7EC3B378 or r3,r22,r22
- 12: GETL R22, t8
- 13: PUTL t8, R3
- 14: INCEIPL $4
-
- 0x254799C4: 7F84E378 or r4,r28,r28
- 15: GETL R28, t10
- 16: PUTL t10, R4
- 17: INCEIPL $4
-
- 0x254799C8: 480072E1 bl 0x25480CA8
- 18: MOVL $0x254799CC, t12
- 19: PUTL t12, LR
- 20: JMPo-c $0x25480CA8 ($4)
-
-
-. 0 254799B0 28
-. 7F 45 D3 78 7F 67 DB 78 7E E8 BB 78 7F AA EB 78 7E C3 B3 78 7F 84 E3 78 48 00 72 E1
-
-==== BB 1140 (0x25480FF0) approx BBs exec'd 0 ====
-
- 0x25480FF0: 3D3AFE00 addis r9,r26,-512
- 0: GETL R26, t0
- 1: ADDL $0xFE000000, t0
- 2: PUTL t0, R9
- 3: INCEIPL $4
-
- 0x25480FF4: 3D60FC00 lis r11,-1024
- 4: MOVL $0xFC000000, t2
- 5: PUTL t2, R11
- 6: INCEIPL $4
-
- 0x25480FF8: 38690003 addi r3,r9,3
- 7: GETL R9, t4
- 8: ADDL $0x3, t4
- 9: PUTL t4, R3
- 10: INCEIPL $4
-
- 0x25480FFC: 61600002 ori r0,r11,0x2
- 11: MOVL $0xFC000002, t6
- 12: PUTL t6, R0
- 13: INCEIPL $4
-
- 0x25481000: 7C030040 cmpl cr0,r3,r0
- 14: GETL R3, t8
- 15: GETL R0, t10
- 16: CMPUL t8, t10, t12 (-rSo)
- 17: ICRFL t12, $0x0, CR
- 18: INCEIPL $4
-
- 0x25481004: 40810194 bc 4,1,0x25481198
- 19: Jc01o $0x25481198
-
-
-. 0 25480FF0 24
-. 3D 3A FE 00 3D 60 FC 00 38 69 00 03 61 60 00 02 7C 03 00 40 40 81 01 94
-
-==== BB 1141 (0x25481198) approx BBs exec'd 0 ====
-
- 0x25481198: 81610008 lwz r11,8(r1)
- 0: GETL R1, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x2548119C: 814B002C lwz r10,44(r11)
- 5: GETL R11, t4
- 6: ADDL $0x2C, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R10
- 9: INCEIPL $4
-
- 0x254811A0: 810A0004 lwz r8,4(r10)
- 10: GETL R10, t8
- 11: ADDL $0x4, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R8
- 14: INCEIPL $4
-
- 0x254811A4: 7CE82850 subf r7,r8,r5
- 15: GETL R8, t12
- 16: GETL R5, t14
- 17: SUBL t12, t14
- 18: PUTL t14, R7
- 19: INCEIPL $4
-
- 0x254811A8: 7CEA1670 srawi r10,r7,2
- 20: GETL R7, t16
- 21: SARL $0x2, t16 (-wCa)
- 22: PUTL t16, R10
- 23: INCEIPL $4
-
- 0x254811AC: 288A4011 cmpli cr1,r10,16401
- 24: GETL R10, t18
- 25: MOVL $0x4011, t22
- 26: CMPUL t18, t22, t20 (-rSo)
- 27: ICRFL t20, $0x1, CR
- 28: INCEIPL $4
-
- 0x254811B0: 418500A0 bc 12,5,0x25481250
- 29: Js05o $0x25481250
-
-
-. 0 25481198 28
-. 81 61 00 08 81 4B 00 2C 81 0A 00 04 7C E8 28 50 7C EA 16 70 28 8A 40 11 41 85 00 A0
-
-==== BB 1142 (0x254811B4) approx BBs exec'd 0 ====
-
- 0x254811B4: 816B0028 lwz r11,40(r11)
- 0: GETL R11, t0
- 1: ADDL $0x28, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x254811B8: 3C60AAAA lis r3,-21846
- 5: MOVL $0xAAAA0000, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x254811BC: 6060AAAB ori r0,r3,0xAAAB
- 8: MOVL $0xAAAAAAAB, t6
- 9: PUTL t6, R0
- 10: INCEIPL $4
-
- 0x254811C0: 3BAAFFEE addi r29,r10,-18
- 11: GETL R10, t8
- 12: ADDL $0xFFFFFFEE, t8
- 13: PUTL t8, R29
- 14: INCEIPL $4
-
- 0x254811C4: 83EB0004 lwz r31,4(r11)
- 15: GETL R11, t10
- 16: ADDL $0x4, t10
- 17: LDL (t10), t12
- 18: PUTL t12, R31
- 19: INCEIPL $4
-
- 0x254811C8: 57ABF87E rlwinm r11,r29,31,1,31
- 20: GETL R29, t14
- 21: SHRL $0x1, t14
- 22: PUTL t14, R11
- 23: INCEIPL $4
-
- 0x254811CC: 7F7F0016 mulhwu r27,r31,r0
- 24: GETL R31, t16
- 25: GETL R0, t18
- 26: UMULHL t16, t18
- 27: PUTL t18, R27
- 28: INCEIPL $4
-
- 0x254811D0: 577CE8FE rlwinm r28,r27,29,3,31
- 29: GETL R27, t20
- 30: SHRL $0x3, t20
- 31: PUTL t20, R28
- 32: INCEIPL $4
-
- 0x254811D4: 2B1C2000 cmpli cr6,r28,8192
- 33: GETL R28, t22
- 34: MOVL $0x2000, t26
- 35: CMPUL t22, t26, t24 (-rSo)
- 36: ICRFL t24, $0x6, CR
- 37: INCEIPL $4
-
- 0x254811D8: 5787083C rlwinm r7,r28,1,0,30
- 38: GETL R28, t28
- 39: SHLL $0x1, t28
- 40: PUTL t28, R7
- 41: INCEIPL $4
-
- 0x254811DC: 39270012 addi r9,r7,18
- 42: GETL R7, t30
- 43: ADDL $0x12, t30
- 44: PUTL t30, R9
- 45: INCEIPL $4
-
- 0x254811E0: 552C103A rlwinm r12,r9,2,0,29
- 46: GETL R9, t32
- 47: SHLL $0x2, t32
- 48: PUTL t32, R12
- 49: INCEIPL $4
-
- 0x254811E4: 7CCC4214 add r6,r12,r8
- 50: GETL R12, t34
- 51: GETL R8, t36
- 52: ADDL t34, t36
- 53: PUTL t36, R6
- 54: INCEIPL $4
-
- 0x254811E8: 40990014 bc 4,25,0x254811FC
- 55: Jc25o $0x254811FC
-
-
-. 0 254811B4 56
-. 81 6B 00 28 3C 60 AA AA 60 60 AA AB 3B AA FF EE 83 EB 00 04 57 AB F8 7E 7F 7F 00 16 57 7C E8 FE 2B 1C 20 00 57 87 08 3C 39 27 00 12 55 2C 10 3A 7C CC 42 14 40 99 00 14
-
-==== BB 1143 (0x254811FC) approx BBs exec'd 0 ====
-
- 0x254811FC: 1FEAFFFC mulli r31,r10,-4
- 0: GETL R10, t0
- 1: MULL $0xFFFFFFFC, t0
- 2: PUTL t0, R31
- 3: INCEIPL $4
-
- 0x25481200: 556C103A rlwinm r12,r11,2,0,29
- 4: GETL R11, t2
- 5: SHLL $0x2, t2
- 6: PUTL t2, R12
- 7: INCEIPL $4
-
- 0x25481204: 559B043E rlwinm r27,r12,0,16,31
- 8: GETL R12, t4
- 9: ANDL $0xFFFF, t4
- 10: PUTL t4, R27
- 11: INCEIPL $4
-
- 0x25481208: 7F4C312E stwx r26,r12,r6
- 12: GETL R6, t6
- 13: GETL R12, t8
- 14: ADDL t8, t6
- 15: GETL R26, t10
- 16: STL t10, (t6)
- 17: INCEIPL $4
-
- 0x2548120C: 3BBFFFFC addi r29,r31,-4
- 18: GETL R31, t12
- 19: ADDL $0xFFFFFFFC, t12
- 20: PUTL t12, R29
- 21: INCEIPL $4
-
- 0x25481210: 676A3960 oris r10,r27,0x3960
- 22: GETL R27, t14
- 23: ORL $0x39600000, t14
- 24: PUTL t14, R10
- 25: INCEIPL $4
-
- 0x25481214: 57BC01BA rlwinm r28,r29,0,6,29
- 26: GETL R29, t16
- 27: ANDL $0x3FFFFFC, t16
- 28: PUTL t16, R28
- 29: INCEIPL $4
-
- 0x25481218: 91450000 stw r10,0(r5)
- 30: GETL R10, t18
- 31: GETL R5, t20
- 32: STL t18, (t20)
- 33: INCEIPL $4
-
- 0x2548121C: 67874800 oris r7,r28,0x4800
- 34: GETL R28, t22
- 35: ORL $0x48000000, t22
- 36: PUTL t22, R7
- 37: INCEIPL $4
-
- 0x25481220: 94E50004 stwu r7,4(r5)
- 38: GETL R7, t24
- 39: GETL R5, t26
- 40: ADDL $0x4, t26
- 41: PUTL t26, R5
- 42: STL t24, (t26)
- 43: INCEIPL $4
-
- 0x25481224: 7C00286C dcbst r0,r5
- 44: INCEIPL $4
-
- 0x25481228: 7C0004AC sync
- 45: INCEIPL $4
-
- 0x2548122C: 80A1000C lwz r5,12(r1)
- 46: GETL R1, t28
- 47: ADDL $0xC, t28
- 48: LDL (t28), t30
- 49: PUTL t30, R5
- 50: INCEIPL $4
-
- 0x25481230: 39050004 addi r8,r5,4
- 51: GETL R5, t32
- 52: ADDL $0x4, t32
- 53: PUTL t32, R8
- 54: INCEIPL $4
-
- 0x25481234: 7C0047AC icbi r0,r8
- 55: GETL R8, t34
- 56: CALLM_So
- 57: PUSHL t34
- 58: CALLMo $0x68
- 59: CALLM_Eo
- 60: INCEIPL $4
-
- 0x25481238: 80A1000C lwz r5,12(r1)
- 61: GETL R1, t36
- 62: ADDL $0xC, t36
- 63: LDL (t36), t38
- 64: PUTL t38, R5
- 65: INCEIPL $4
-
- 0x2548123C: 4BFFFBC4 b 0x25480E00
- 66: JMPo $0x25480E00 ($4)
-
-
-. 0 254811FC 68
-. 1F EA FF FC 55 6C 10 3A 55 9B 04 3E 7F 4C 31 2E 3B BF FF FC 67 6A 39 60 57 BC 01 BA 91 45 00 00 67 87 48 00 94 E5 00 04 7C 00 28 6C 7C 00 04 AC 80 A1 00 0C 39 05 00 04 7C 00 47 AC 80 A1 00 0C 4B FF FB C4
-
-==== BB 1144 (0x254799D8) approx BBs exec'd 0 ====
-
- 0x254799D8: 83BF000C lwz r29,12(r31)
- 0: GETL R31, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0x254799DC: 4BFFFD44 b 0x25479720
- 5: JMPo $0x25479720 ($4)
-
-
-. 0 254799D8 8
-. 83 BF 00 0C 4B FF FD 44
-
-==== BB 1145 (0x25479720) approx BBs exec'd 0 ====
-
- 0x25479720: 3652FFFF addic. r18,r18,-1
- 0: GETL R18, t0
- 1: ADCL $0xFFFFFFFF, t0 (-wCa)
- 2: PUTL t0, R18
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0x25479724: 3AB5000C addi r21,r21,12
- 6: GETL R21, t4
- 7: ADDL $0xC, t4
- 8: PUTL t4, R21
- 9: INCEIPL $4
-
- 0x25479728: 4080FFC0 bc 4,0,0x254796E8
- 10: Jc00o $0x254796E8
-
-
-. 0 25479720 12
-. 36 52 FF FF 3A B5 00 0C 40 80 FF C0
-
-==== BB 1146 (0x254796E8) approx BBs exec'd 0 ====
-
- 0x254796E8: 80B50020 lwz r5,32(r21)
- 0: GETL R21, t0
- 1: ADDL $0x20, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x254796EC: 7FB6EB78 or r22,r29,r29
- 5: GETL R29, t4
- 6: PUTL t4, R22
- 7: INCEIPL $4
-
- 0x254796F0: 81750018 lwz r11,24(r21)
- 8: GETL R21, t6
- 9: ADDL $0x18, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R11
- 12: INCEIPL $4
-
- 0x254796F4: 2C050000 cmpi cr0,r5,0
- 13: GETL R5, t10
- 14: CMP0L t10, t12 (-rSo)
- 15: ICRFL t12, $0x0, CR
- 16: INCEIPL $4
-
- 0x254796F8: 8115001C lwz r8,28(r21)
- 17: GETL R21, t14
- 18: ADDL $0x1C, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R8
- 21: INCEIPL $4
-
- 0x254796FC: 7D695B78 or r9,r11,r11
- 22: GETL R11, t18
- 23: PUTL t18, R9
- 24: INCEIPL $4
-
- 0x25479700: 833D0000 lwz r25,0(r29)
- 25: GETL R29, t20
- 26: LDL (t20), t22
- 27: PUTL t22, R25
- 28: INCEIPL $4
-
- 0x25479704: 7F0B4214 add r24,r11,r8
- 29: GETL R11, t24
- 30: GETL R8, t26
- 31: ADDL t24, t26
- 32: PUTL t26, R24
- 33: INCEIPL $4
-
- 0x25479708: 418200BC bc 12,2,0x254797C4
- 34: Js02o $0x254797C4
-
-
-. 0 254796E8 36
-. 80 B5 00 20 7F B6 EB 78 81 75 00 18 2C 05 00 00 81 15 00 1C 7D 69 5B 78 83 3D 00 00 7F 0B 42 14 41 82 00 BC
-
-==== BB 1147 (0x2547970C) approx BBs exec'd 0 ====
-
- 0x2547970C: 7F8BC040 cmpl cr7,r11,r24
- 0: GETL R11, t0
- 1: GETL R24, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x7, CR
- 4: INCEIPL $4
-
- 0x25479710: 409C0010 bc 4,28,0x25479720
- 5: Jc28o $0x25479720
-
-
-. 0 2547970C 8
-. 7F 8B C0 40 40 9C 00 10
-
-==== BB 1148 (0x254797FC) approx BBs exec'd 0 ====
-
- 0x254797FC: 3B7001B8 addi r27,r16,440
- 0: GETL R16, t0
- 1: ADDL $0x1B8, t0
- 2: PUTL t0, R27
- 3: INCEIPL $4
-
- 0x25479800: 1CE9000C mulli r7,r9,12
- 4: GETL R9, t2
- 5: MULL $0xC, t2
- 6: PUTL t2, R7
- 7: INCEIPL $4
-
- 0x25479804: 7E1DD800 cmp cr4,r29,r27
- 8: GETL R29, t4
- 9: GETL R27, t6
- 10: CMPL t4, t6, t8 (-rSo)
- 11: ICRFL t8, $0x4, CR
- 12: INCEIPL $4
-
- 0x25479808: 7F8B3A14 add r28,r11,r7
- 13: GETL R11, t10
- 14: GETL R7, t12
- 15: ADDL t10, t12
- 16: PUTL t12, R28
- 17: INCEIPL $4
-
- 0x2547980C: 41920018 bc 12,18,0x25479824
- 18: Js18o $0x25479824
-
-
-. 0 254797FC 20
-. 3B 70 01 B8 1C E9 00 0C 7E 1D D8 00 7F 8B 3A 14 41 92 00 18
-
-==== BB 1149 (0x2547972C) approx BBs exec'd 0 ====
-
- 0x2547972C: 408E0710 bc 4,14,0x25479E3C
- 0: Jc14o $0x25479E3C
-
-
-. 0 2547972C 4
-. 40 8E 07 10
-
-==== BB 1150 (0x25479730) approx BBs exec'd 0 ====
-
- 0x25479730: 827D0180 lwz r19,384(r29)
- 0: GETL R29, t0
- 1: ADDL $0x180, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R19
- 4: INCEIPL $4
-
- 0x25479734: 2F910000 cmpi cr7,r17,0
- 5: GETL R17, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x25479738: 66722000 oris r18,r19,0x2000
- 9: GETL R19, t8
- 10: ORL $0x20000000, t8
- 11: PUTL t8, R18
- 12: INCEIPL $4
-
- 0x2547973C: 925D0180 stw r18,384(r29)
- 13: GETL R18, t10
- 14: GETL R29, t12
- 15: ADDL $0x180, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x25479740: 409E05C0 bc 4,30,0x25479D00
- 18: Jc30o $0x25479D00
-
-
-. 0 25479730 20
-. 82 7D 01 80 2F 91 00 00 66 72 20 00 92 5D 01 80 40 9E 05 C0
-
-==== BB 1151 (0x25479744) approx BBs exec'd 0 ====
-
- 0x25479744: 807F000C lwz r3,12(r31)
- 0: GETL R31, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0x25479748: 82A30238 lwz r21,568(r3)
- 5: GETL R3, t4
- 6: ADDL $0x238, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R21
- 9: INCEIPL $4
-
- 0x2547974C: 2F950000 cmpi cr7,r21,0
- 10: GETL R21, t8
- 11: CMP0L t8, t10 (-rSo)
- 12: ICRFL t10, $0x7, CR
- 13: INCEIPL $4
-
- 0x25479750: 409E02BC bc 4,30,0x25479A0C
- 14: Jc30o $0x25479A0C
-
-
-. 0 25479744 16
-. 80 7F 00 0C 82 A3 02 38 2F 95 00 00 40 9E 02 BC
-
-==== BB 1152 (0x25479A0C) approx BBs exec'd 0 ====
-
- 0x25479A0C: 4BFFFB1D bl 0x25479528
- 0: MOVL $0x25479A10, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x25479528 ($4)
-
-
-. 0 25479A0C 4
-. 4B FF FB 1D
-
-==== BB 1153 _dl_protect_relro(0x25479528) approx BBs exec'd 0 ====
-
- 0x25479528: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547952C: 7D8802A6 mflr r12
- 6: GETL LR, t4
- 7: PUTL t4, R12
- 8: INCEIPL $4
-
- 0x25479530: 4801DAD1 bl 0x25497000
- 9: MOVL $0x25479534, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-. 0 25479528 12
-. 94 21 FF F0 7D 88 02 A6 48 01 DA D1
-
-==== BB 1154 (0x25479534) approx BBs exec'd 0 ====
-
- 0x25479534: 93C10008 stw r30,8(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25479538: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x2547953C: 93E1000C stw r31,12(r1)
- 8: GETL R31, t6
- 9: GETL R1, t8
- 10: ADDL $0xC, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x25479540: 91810014 stw r12,20(r1)
- 13: GETL R12, t10
- 14: GETL R1, t12
- 15: ADDL $0x14, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x25479544: 7C7F1B78 or r31,r3,r3
- 18: GETL R3, t14
- 19: PUTL t14, R31
- 20: INCEIPL $4
-
- 0x25479548: 80A30000 lwz r5,0(r3)
- 21: GETL R3, t16
- 22: LDL (t16), t18
- 23: PUTL t18, R5
- 24: INCEIPL $4
-
- 0x2547954C: 813E04F4 lwz r9,1268(r30)
- 25: GETL R30, t20
- 26: ADDL $0x4F4, t20
- 27: LDL (t20), t22
- 28: PUTL t22, R9
- 29: INCEIPL $4
-
- 0x25479550: 81030234 lwz r8,564(r3)
- 30: GETL R3, t24
- 31: ADDL $0x234, t24
- 32: LDL (t24), t26
- 33: PUTL t26, R8
- 34: INCEIPL $4
-
- 0x25479554: 80E30238 lwz r7,568(r3)
- 35: GETL R3, t28
- 36: ADDL $0x238, t28
- 37: LDL (t28), t30
- 38: PUTL t30, R7
- 39: INCEIPL $4
-
- 0x25479558: 80C90004 lwz r6,4(r9)
- 40: GETL R9, t32
- 41: ADDL $0x4, t32
- 42: LDL (t32), t34
- 43: PUTL t34, R6
- 44: INCEIPL $4
-
- 0x2547955C: 7C654214 add r3,r5,r8
- 45: GETL R5, t36
- 46: GETL R8, t38
- 47: ADDL t36, t38
- 48: PUTL t38, R3
- 49: INCEIPL $4
-
- 0x25479560: 7C833A14 add r4,r3,r7
- 50: GETL R3, t40
- 51: GETL R7, t42
- 52: ADDL t40, t42
- 53: PUTL t42, R4
- 54: INCEIPL $4
-
- 0x25479564: 38A00001 li r5,1
- 55: MOVL $0x1, t44
- 56: PUTL t44, R5
- 57: INCEIPL $4
-
- 0x25479568: 7D4600D0 neg r10,r6
- 58: GETL R6, t46
- 59: NEGL t46
- 60: PUTL t46, R10
- 61: INCEIPL $4
-
- 0x2547956C: 7C605038 and r0,r3,r10
- 62: GETL R3, t48
- 63: GETL R10, t50
- 64: ANDL t48, t50
- 65: PUTL t50, R0
- 66: INCEIPL $4
-
- 0x25479570: 7C8B5038 and r11,r4,r10
- 67: GETL R4, t52
- 68: GETL R10, t54
- 69: ANDL t52, t54
- 70: PUTL t54, R11
- 71: INCEIPL $4
-
- 0x25479574: 7F805800 cmp cr7,r0,r11
- 72: GETL R0, t56
- 73: GETL R11, t58
- 74: CMPL t56, t58, t60 (-rSo)
- 75: ICRFL t60, $0x7, CR
- 76: INCEIPL $4
-
- 0x25479578: 7C030378 or r3,r0,r0
- 77: GETL R0, t62
- 78: PUTL t62, R3
- 79: INCEIPL $4
-
- 0x2547957C: 7C805850 subf r4,r0,r11
- 80: GETL R0, t64
- 81: GETL R11, t66
- 82: SUBL t64, t66
- 83: PUTL t66, R4
- 84: INCEIPL $4
-
- 0x25479580: 419E0010 bc 12,30,0x25479590
- 85: Js30o $0x25479590
-
-
-. 0 25479534 80
-. 93 C1 00 08 7F C8 02 A6 93 E1 00 0C 91 81 00 14 7C 7F 1B 78 80 A3 00 00 81 3E 04 F4 81 03 02 34 80 E3 02 38 80 C9 00 04 7C 65 42 14 7C 83 3A 14 38 A0 00 01 7D 46 00 D0 7C 60 50 38 7C 8B 50 38 7F 80 58 00 7C 03 03 78 7C 80 58 50 41 9E 00 10
-
-==== BB 1155 (0x25479584) approx BBs exec'd 0 ====
-
- 0x25479584: 48009235 bl 0x254827B8
- 0: MOVL $0x25479588, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x254827B8 ($4)
-
-
-. 0 25479584 4
-. 48 00 92 35
-
-==== BB 1156 (0x25479588) approx BBs exec'd 0 ====
-
- 0x25479588: 2C030000 cmpi cr0,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0x2547958C: 4180001C bc 12,0,0x254795A8
- 4: Js00o $0x254795A8
-
-
-. 0 25479588 8
-. 2C 03 00 00 41 80 00 1C
-
-==== BB 1157 (0x25479590) approx BBs exec'd 0 ====
-
- 0x25479590: 81610014 lwz r11,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x25479594: 83C10008 lwz r30,8(r1)
- 5: GETL R1, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R30
- 9: INCEIPL $4
-
- 0x25479598: 83E1000C lwz r31,12(r1)
- 10: GETL R1, t8
- 11: ADDL $0xC, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R31
- 14: INCEIPL $4
-
- 0x2547959C: 7D6803A6 mtlr r11
- 15: GETL R11, t12
- 16: PUTL t12, LR
- 17: INCEIPL $4
-
- 0x254795A0: 38210010 addi r1,r1,16
- 18: GETL R1, t14
- 19: ADDL $0x10, t14
- 20: PUTL t14, R1
- 21: INCEIPL $4
-
- 0x254795A4: 4E800020 blr
- 22: GETL LR, t16
- 23: JMPo-r t16 ($4)
-
-
-. 0 25479590 24
-. 81 61 00 14 83 C1 00 08 83 E1 00 0C 7D 68 03 A6 38 21 00 10 4E 80 00 20
-
-==== BB 1158 (0x25479A10) approx BBs exec'd 0 ====
-
- 0x25479A10: 4BFFFD44 b 0x25479754
- 0: JMPo $0x25479754 ($4)
-
-
-. 0 25479A10 4
-. 4B FF FD 44
-
-==== BB 1159 (0x25479754) approx BBs exec'd 0 ====
-
- 0x25479754: 80810000 lwz r4,0(r1)
- 0: GETL R1, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R4
- 3: INCEIPL $4
-
- 0x25479758: 83240004 lwz r25,4(r4)
- 4: GETL R4, t4
- 5: ADDL $0x4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R25
- 8: INCEIPL $4
-
- 0x2547975C: 8184FFBC lwz r12,-68(r4)
- 9: GETL R4, t8
- 10: ADDL $0xFFFFFFBC, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R12
- 13: INCEIPL $4
-
- 0x25479760: 7F2803A6 mtlr r25
- 14: GETL R25, t12
- 15: PUTL t12, LR
- 16: INCEIPL $4
-
- 0x25479764: 8204FFC0 lwz r16,-64(r4)
- 17: GETL R4, t14
- 18: ADDL $0xFFFFFFC0, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R16
- 21: INCEIPL $4
-
- 0x25479768: 8224FFC4 lwz r17,-60(r4)
- 22: GETL R4, t18
- 23: ADDL $0xFFFFFFC4, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R17
- 26: INCEIPL $4
-
- 0x2547976C: 7D818120 mtcrf 0x18,r12
- 27: GETL R12, t22
- 28: ICRFL t22, $0x3, CR
- 29: ICRFL t22, $0x4, CR
- 30: INCEIPL $4
-
- 0x25479770: 8244FFC8 lwz r18,-56(r4)
- 31: GETL R4, t24
- 32: ADDL $0xFFFFFFC8, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R18
- 35: INCEIPL $4
-
- 0x25479774: 8264FFCC lwz r19,-52(r4)
- 36: GETL R4, t28
- 37: ADDL $0xFFFFFFCC, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R19
- 40: INCEIPL $4
-
- 0x25479778: 8284FFD0 lwz r20,-48(r4)
- 41: GETL R4, t32
- 42: ADDL $0xFFFFFFD0, t32
- 43: LDL (t32), t34
- 44: PUTL t34, R20
- 45: INCEIPL $4
-
- 0x2547977C: 82A4FFD4 lwz r21,-44(r4)
- 46: GETL R4, t36
- 47: ADDL $0xFFFFFFD4, t36
- 48: LDL (t36), t38
- 49: PUTL t38, R21
- 50: INCEIPL $4
-
- 0x25479780: 82C4FFD8 lwz r22,-40(r4)
- 51: GETL R4, t40
- 52: ADDL $0xFFFFFFD8, t40
- 53: LDL (t40), t42
- 54: PUTL t42, R22
- 55: INCEIPL $4
-
- 0x25479784: 82E4FFDC lwz r23,-36(r4)
- 56: GETL R4, t44
- 57: ADDL $0xFFFFFFDC, t44
- 58: LDL (t44), t46
- 59: PUTL t46, R23
- 60: INCEIPL $4
-
- 0x25479788: 8304FFE0 lwz r24,-32(r4)
- 61: GETL R4, t48
- 62: ADDL $0xFFFFFFE0, t48
- 63: LDL (t48), t50
- 64: PUTL t50, R24
- 65: INCEIPL $4
-
- 0x2547978C: 8324FFE4 lwz r25,-28(r4)
- 66: GETL R4, t52
- 67: ADDL $0xFFFFFFE4, t52
- 68: LDL (t52), t54
- 69: PUTL t54, R25
- 70: INCEIPL $4
-
- 0x25479790: 8344FFE8 lwz r26,-24(r4)
- 71: GETL R4, t56
- 72: ADDL $0xFFFFFFE8, t56
- 73: LDL (t56), t58
- 74: PUTL t58, R26
- 75: INCEIPL $4
-
- 0x25479794: 8364FFEC lwz r27,-20(r4)
- 76: GETL R4, t60
- 77: ADDL $0xFFFFFFEC, t60
- 78: LDL (t60), t62
- 79: PUTL t62, R27
- 80: INCEIPL $4
-
- 0x25479798: 8384FFF0 lwz r28,-16(r4)
- 81: GETL R4, t64
- 82: ADDL $0xFFFFFFF0, t64
- 83: LDL (t64), t66
- 84: PUTL t66, R28
- 85: INCEIPL $4
-
- 0x2547979C: 83A4FFF4 lwz r29,-12(r4)
- 86: GETL R4, t68
- 87: ADDL $0xFFFFFFF4, t68
- 88: LDL (t68), t70
- 89: PUTL t70, R29
- 90: INCEIPL $4
-
- 0x254797A0: 83C4FFF8 lwz r30,-8(r4)
- 91: GETL R4, t72
- 92: ADDL $0xFFFFFFF8, t72
- 93: LDL (t72), t74
- 94: PUTL t74, R30
- 95: INCEIPL $4
-
- 0x254797A4: 83E4FFFC lwz r31,-4(r4)
- 96: GETL R4, t76
- 97: ADDL $0xFFFFFFFC, t76
- 98: LDL (t76), t78
- 99: PUTL t78, R31
- 100: INCEIPL $4
-
- 0x254797A8: 7C812378 or r1,r4,r4
- 101: GETL R4, t80
- 102: PUTL t80, R1
- 103: INCEIPL $4
-
- 0x254797AC: 4E800020 blr
- 104: GETL LR, t82
- 105: JMPo-r t82 ($4)
-
-
-. 0 25479754 92
-. 80 81 00 00 83 24 00 04 81 84 FF BC 7F 28 03 A6 82 04 FF C0 82 24 FF C4 7D 81 81 20 82 44 FF C8 82 64 FF CC 82 84 FF D0 82 A4 FF D4 82 C4 FF D8 82 E4 FF DC 83 04 FF E0 83 24 FF E4 83 44 FF E8 83 64 FF EC 83 84 FF F0 83 A4 FF F4 83 C4 FF F8 83 E4 FF FC 7C 81 23 78 4E 80 00 20
-
-==== BB 1160 (0x25480904) approx BBs exec'd 0 ====
-
- 0x25480904: 2F850000 cmpi cr7,r5,0
- 0: GETL R5, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x25480908: 3B9F0018 addi r28,r31,24
- 4: GETL R31, t4
- 5: ADDL $0x18, t4
- 6: PUTL t4, R28
- 7: INCEIPL $4
-
- 0x2548090C: 419E0264 bc 12,30,0x25480B70
- 8: Js30o $0x25480B70
-
-
-. 0 25480904 12
-. 2F 85 00 00 3B 9F 00 18 41 9E 02 64
-
-==== BB 1161 (0x25480B70) approx BBs exec'd 0 ====
-
- 0x25480B70: 831E04CC lwz r24,1228(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4CC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R24
- 4: INCEIPL $4
-
- 0x25480B74: 4BFFFDA0 b 0x25480914
- 5: JMPo $0x25480914 ($4)
-
-
-. 0 25480B70 8
-. 83 1E 04 CC 4B FF FD A0
-
-==== BB 1162 (0x25480914) approx BBs exec'd 0 ====
-
- 0x25480914: 409E02C0 bc 4,30,0x25480BD4
- 0: Jc30o $0x25480BD4
-
-
-. 0 25480914 4
-. 40 9E 02 C0
-
-==== BB 1163 (0x25480918) approx BBs exec'd 0 ====
-
- 0x25480918: 3C98FE00 addis r4,r24,-512
- 0: GETL R24, t0
- 1: ADDL $0xFE000000, t0
- 2: PUTL t0, R4
- 3: INCEIPL $4
-
- 0x2548091C: 3C00FC00 lis r0,-1024
- 4: MOVL $0xFC000000, t2
- 5: PUTL t2, R0
- 6: INCEIPL $4
-
- 0x25480920: 38640003 addi r3,r4,3
- 7: GETL R4, t4
- 8: ADDL $0x3, t4
- 9: PUTL t4, R3
- 10: INCEIPL $4
-
- 0x25480924: 60060002 ori r6,r0,0x2
- 11: MOVL $0xFC000002, t6
- 12: PUTL t6, R6
- 13: INCEIPL $4
-
- 0x25480928: 39800000 li r12,0
- 14: MOVL $0x0, t8
- 15: PUTL t8, R12
- 16: INCEIPL $4
-
- 0x2548092C: 7F033040 cmpl cr6,r3,r6
- 17: GETL R3, t10
- 18: GETL R6, t12
- 19: CMPUL t10, t12, t14 (-rSo)
- 20: ICRFL t14, $0x6, CR
- 21: INCEIPL $4
-
- 0x25480930: 618A8000 ori r10,r12,0x8000
- 22: MOVL $0x8000, t16
- 23: PUTL t16, R10
- 24: INCEIPL $4
-
- 0x25480934: 7CBA00D0 neg r5,r26
- 25: GETL R26, t18
- 26: NEGL t18
- 27: PUTL t18, R5
- 28: INCEIPL $4
-
- 0x25480938: 7D1A5050 subf r8,r26,r10
- 29: GETL R26, t20
- 30: GETL R10, t22
- 31: SUBL t20, t22
- 32: PUTL t22, R8
- 33: INCEIPL $4
-
- 0x2548093C: 54A9043E rlwinm r9,r5,0,16,31
- 34: GETL R5, t24
- 35: ANDL $0xFFFF, t24
- 36: PUTL t24, R9
- 37: INCEIPL $4
-
- 0x25480940: 5507843E rlwinm r7,r8,16,16,31
- 38: GETL R8, t26
- 39: SHRL $0x10, t26
- 40: PUTL t26, R7
- 41: INCEIPL $4
-
- 0x25480944: 3D60556C lis r11,21868
- 42: MOVL $0x556C0000, t28
- 43: PUTL t28, R11
- 44: INCEIPL $4
-
- 0x25480948: 3C807D6C lis r4,32108
- 45: MOVL $0x7D6C0000, t30
- 46: PUTL t30, R4
- 47: INCEIPL $4
-
- 0x2548094C: 64E03D6B oris r0,r7,0x3D6B
- 48: GETL R7, t32
- 49: ORL $0x3D6B0000, t32
- 50: PUTL t32, R0
- 51: INCEIPL $4
-
- 0x25480950: 6523396B oris r3,r9,0x396B
- 52: GETL R9, t34
- 53: ORL $0x396B0000, t34
- 54: PUTL t34, R3
- 55: INCEIPL $4
-
- 0x25480954: 6166083C ori r6,r11,0x83C
- 56: MOVL $0x556C083C, t36
- 57: PUTL t36, R6
- 58: INCEIPL $4
-
- 0x25480958: 608C5A14 ori r12,r4,0x5A14
- 59: MOVL $0x7D6C5A14, t38
- 60: PUTL t38, R12
- 61: INCEIPL $4
-
- 0x2548095C: 901C0000 stw r0,0(r28)
- 62: GETL R0, t40
- 63: GETL R28, t42
- 64: STL t40, (t42)
- 65: INCEIPL $4
-
- 0x25480960: 907C0004 stw r3,4(r28)
- 66: GETL R3, t44
- 67: GETL R28, t46
- 68: ADDL $0x4, t46
- 69: STL t44, (t46)
- 70: INCEIPL $4
-
- 0x25480964: 90DC0008 stw r6,8(r28)
- 71: GETL R6, t48
- 72: GETL R28, t50
- 73: ADDL $0x8, t50
- 74: STL t48, (t50)
- 75: INCEIPL $4
-
- 0x25480968: 919C000C stw r12,12(r28)
- 76: GETL R12, t52
- 77: GETL R28, t54
- 78: ADDL $0xC, t54
- 79: STL t52, (t54)
- 80: INCEIPL $4
-
- 0x2548096C: 4099020C bc 4,25,0x25480B78
- 81: Jc25o $0x25480B78
-
-
-. 0 25480918 88
-. 3C 98 FE 00 3C 00 FC 00 38 64 00 03 60 06 00 02 39 80 00 00 7F 03 30 40 61 8A 80 00 7C BA 00 D0 7D 1A 50 50 54 A9 04 3E 55 07 84 3E 3D 60 55 6C 3C 80 7D 6C 64 E0 3D 6B 65 23 39 6B 61 66 08 3C 60 8C 5A 14 90 1C 00 00 90 7C 00 04 90 DC 00 08 91 9C 00 0C 40 99 02 0C
-
-==== BB 1164 (0x25480B78) approx BBs exec'd 0 ====
-
- 0x25480B78: 3C980001 addis r4,r24,1
- 0: GETL R24, t0
- 1: ADDL $0x10000, t0
- 2: PUTL t0, R4
- 3: INCEIPL $4
-
- 0x25480B7C: 3C7D0001 addis r3,r29,1
- 4: GETL R29, t2
- 5: ADDL $0x10000, t2
- 6: PUTL t2, R3
- 7: INCEIPL $4
-
- 0x25480B80: 38C48000 addi r6,r4,-32768
- 8: GETL R4, t4
- 9: ADDL $0xFFFF8000, t4
- 10: PUTL t4, R6
- 11: INCEIPL $4
-
- 0x25480B84: 39838000 addi r12,r3,-32768
- 12: GETL R3, t6
- 13: ADDL $0xFFFF8000, t6
- 14: PUTL t6, R12
- 15: INCEIPL $4
-
- 0x25480B88: 54C9843E rlwinm r9,r6,16,16,31
- 16: GETL R6, t8
- 17: SHRL $0x10, t8
- 18: PUTL t8, R9
- 19: INCEIPL $4
-
- 0x25480B8C: 57A7043E rlwinm r7,r29,0,16,31
- 20: GETL R29, t10
- 21: ANDL $0xFFFF, t10
- 22: PUTL t10, R7
- 23: INCEIPL $4
-
- 0x25480B90: 5708043E rlwinm r8,r24,0,16,31
- 24: GETL R24, t12
- 25: ANDL $0xFFFF, t12
- 26: PUTL t12, R8
- 27: INCEIPL $4
-
- 0x25480B94: 558B843E rlwinm r11,r12,16,16,31
- 28: GETL R12, t14
- 29: SHRL $0x10, t14
- 30: PUTL t14, R11
- 31: INCEIPL $4
-
- 0x25480B98: 3D407D89 lis r10,32137
- 32: MOVL $0x7D890000, t16
- 33: PUTL t16, R10
- 34: INCEIPL $4
-
- 0x25480B9C: 3CA04E80 lis r5,20096
- 35: MOVL $0x4E800000, t18
- 36: PUTL t18, R5
- 37: INCEIPL $4
-
- 0x25480BA0: 65183980 oris r24,r8,0x3980
- 38: GETL R8, t20
- 39: ORL $0x39800000, t20
- 40: PUTL t20, R24
- 41: INCEIPL $4
-
- 0x25480BA4: 653D3D8C oris r29,r9,0x3D8C
- 42: GETL R9, t22
- 43: ORL $0x3D8C0000, t22
- 44: PUTL t22, R29
- 45: INCEIPL $4
-
- 0x25480BA8: 614403A6 ori r4,r10,0x3A6
- 46: MOVL $0x7D8903A6, t24
- 47: PUTL t24, R4
- 48: INCEIPL $4
-
- 0x25480BAC: 64E33980 oris r3,r7,0x3980
- 49: GETL R7, t26
- 50: ORL $0x39800000, t26
- 51: PUTL t26, R3
- 52: INCEIPL $4
-
- 0x25480BB0: 65663D8C oris r6,r11,0x3D8C
- 53: GETL R11, t28
- 54: ORL $0x3D8C0000, t28
- 55: PUTL t28, R6
- 56: INCEIPL $4
-
- 0x25480BB4: 60A00420 ori r0,r5,0x420
- 57: MOVL $0x4E800420, t30
- 58: PUTL t30, R0
- 59: INCEIPL $4
-
- 0x25480BB8: 901C0024 stw r0,36(r28)
- 60: GETL R0, t32
- 61: GETL R28, t34
- 62: ADDL $0x24, t34
- 63: STL t32, (t34)
- 64: INCEIPL $4
-
- 0x25480BBC: 931C0010 stw r24,16(r28)
- 65: GETL R24, t36
- 66: GETL R28, t38
- 67: ADDL $0x10, t38
- 68: STL t36, (t38)
- 69: INCEIPL $4
-
- 0x25480BC0: 93BC0014 stw r29,20(r28)
- 70: GETL R29, t40
- 71: GETL R28, t42
- 72: ADDL $0x14, t42
- 73: STL t40, (t42)
- 74: INCEIPL $4
-
- 0x25480BC4: 909C0018 stw r4,24(r28)
- 75: GETL R4, t44
- 76: GETL R28, t46
- 77: ADDL $0x18, t46
- 78: STL t44, (t46)
- 79: INCEIPL $4
-
- 0x25480BC8: 907C001C stw r3,28(r28)
- 80: GETL R3, t48
- 81: GETL R28, t50
- 82: ADDL $0x1C, t50
- 83: STL t48, (t50)
- 84: INCEIPL $4
-
- 0x25480BCC: 90DC0020 stw r6,32(r28)
- 85: GETL R6, t52
- 86: GETL R28, t54
- 87: ADDL $0x20, t54
- 88: STL t52, (t54)
- 89: INCEIPL $4
-
- 0x25480BD0: 4BFFFDD0 b 0x254809A0
- 90: JMPo $0x254809A0 ($4)
-
-
-. 0 25480B78 92
-. 3C 98 00 01 3C 7D 00 01 38 C4 80 00 39 83 80 00 54 C9 84 3E 57 A7 04 3E 57 08 04 3E 55 8B 84 3E 3D 40 7D 89 3C A0 4E 80 65 18 39 80 65 3D 3D 8C 61 44 03 A6 64 E3 39 80 65 66 3D 8C 60 A0 04 20 90 1C 00 24 93 1C 00 10 93 BC 00 14 90 9C 00 18 90 7C 00 1C 90 DC 00 20 4B FF FD D0
-
-==== BB 1165 (0x254809A0) approx BBs exec'd 0 ====
-
- 0x254809A0: 39000000 li r8,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R8
- 2: INCEIPL $4
-
- 0x254809A4: 38800012 li r4,18
- 3: MOVL $0x12, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0x254809A8: 7F88D840 cmpl cr7,r8,r27
- 6: GETL R8, t4
- 7: GETL R27, t6
- 8: CMPUL t4, t6, t8 (-rSo)
- 9: ICRFL t8, $0x7, CR
- 10: INCEIPL $4
-
- 0x254809AC: 409C0054 bc 4,28,0x25480A00
- 11: Jc28o $0x25480A00
-
-
-. 0 254809A0 16
-. 39 00 00 00 38 80 00 12 7F 88 D8 40 40 9C 00 54
-
-==== BB 1166 (0x254809B0) approx BBs exec'd 0 ====
-
- 0x254809B0: 38E0FFD4 li r7,-44
- 0: MOVL $0xFFFFFFD4, t0
- 1: PUTL t0, R7
- 2: INCEIPL $4
-
- 0x254809B4: 550A143A rlwinm r10,r8,2,16,29
- 3: GETL R8, t2
- 4: ROLL $0x2, t2
- 5: ANDL $0xFFFC, t2
- 6: PUTL t2, R10
- 7: INCEIPL $4
-
- 0x254809B8: 39080001 addi r8,r8,1
- 8: GETL R8, t4
- 9: ADDL $0x1, t4
- 10: PUTL t4, R8
- 11: INCEIPL $4
-
- 0x254809BC: 7D7B4010 subfc r11,r27,r8
- 12: GETL R27, t6
- 13: GETL R8, t8
- 14: SBBL t6, t8 (-wCa)
- 15: PUTL t8, R11
- 16: INCEIPL $4
-
- 0x254809C0: 7D6B5910 subfe r11,r11,r11
- 17: GETL R11, t10
- 18: GETL R11, t12
- 19: SBBL t10, t12 (-rCa-wCa)
- 20: PUTL t12, R11
- 21: INCEIPL $4
-
- 0x254809C4: 7D6B00D0 neg r11,r11
- 22: GETL R11, t14
- 23: NEGL t14
- 24: PUTL t14, R11
- 25: INCEIPL $4
-
- 0x254809C8: 21881FFF subfic r12,r8,8191
- 26: GETL R8, t16
- 27: MOVL $0x1FFF, t18
- 28: SBBL t16, t18 (-wCa)
- 29: PUTL t18, R12
- 30: INCEIPL $4
-
- 0x254809CC: 39800000 li r12,0
- 31: MOVL $0x0, t20
- 32: PUTL t20, R12
- 33: INCEIPL $4
-
- 0x254809D0: 7D8C6114 adde r12,r12,r12
- 34: GETL R12, t22
- 35: GETL R12, t24
- 36: ADCL t22, t24 (-rCa-wCa)
- 37: PUTL t24, R12
- 38: INCEIPL $4
-
- 0x254809D4: 7D696039 and. r9,r11,r12
- 39: GETL R11, t26
- 40: GETL R12, t28
- 41: ANDL t26, t28
- 42: PUTL t28, R9
- 43: CMP0L t28, t30 (-rSo)
- 44: ICRFL t30, $0x0, CR
- 45: INCEIPL $4
-
- 0x254809D8: 5498103A rlwinm r24,r4,2,0,29
- 46: GETL R4, t32
- 47: SHLL $0x2, t32
- 48: PUTL t32, R24
- 49: INCEIPL $4
-
- 0x254809DC: 54E501BA rlwinm r5,r7,0,6,29
- 50: GETL R7, t34
- 51: ANDL $0x3FFFFFC, t34
- 52: PUTL t34, R5
- 53: INCEIPL $4
-
- 0x254809E0: 65403960 oris r0,r10,0x3960
- 54: GETL R10, t36
- 55: ORL $0x39600000, t36
- 56: PUTL t36, R0
- 57: INCEIPL $4
-
- 0x254809E4: 64BD4800 oris r29,r5,0x4800
- 58: GETL R5, t38
- 59: ORL $0x48000000, t38
- 60: PUTL t38, R29
- 61: INCEIPL $4
-
- 0x254809E8: 7F98FA14 add r28,r24,r31
- 62: GETL R24, t40
- 63: GETL R31, t42
- 64: ADDL t40, t42
- 65: PUTL t42, R28
- 66: INCEIPL $4
-
- 0x254809EC: 7C18F92E stwx r0,r24,r31
- 67: GETL R31, t44
- 68: GETL R24, t46
- 69: ADDL t46, t44
- 70: GETL R0, t48
- 71: STL t48, (t44)
- 72: INCEIPL $4
-
- 0x254809F0: 38840002 addi r4,r4,2
- 73: GETL R4, t50
- 74: ADDL $0x2, t50
- 75: PUTL t50, R4
- 76: INCEIPL $4
-
- 0x254809F4: 93BC0004 stw r29,4(r28)
- 77: GETL R29, t52
- 78: GETL R28, t54
- 79: ADDL $0x4, t54
- 80: STL t52, (t54)
- 81: INCEIPL $4
-
- 0x254809F8: 38E7FFF8 addi r7,r7,-8
- 82: MOVL $0xFFFFFFCC, t56
- 83: PUTL t56, R7
- 84: INCEIPL $4
-
- 0x254809FC: 4082FFB8 bc 4,2,0x254809B4
- 85: Jc02o $0x254809B4
-
-
-. 0 254809B0 80
-. 38 E0 FF D4 55 0A 14 3A 39 08 00 01 7D 7B 40 10 7D 6B 59 10 7D 6B 00 D0 21 88 1F FF 39 80 00 00 7D 8C 61 14 7D 69 60 39 54 98 10 3A 54 E5 01 BA 65 40 39 60 64 BD 48 00 7F 98 FA 14 7C 18 F9 2E 38 84 00 02 93 BC 00 04 38 E7 FF F8 40 82 FF B8
-
-==== BB 1167 (0x254809B4) approx BBs exec'd 0 ====
-
- 0x254809B4: 550A143A rlwinm r10,r8,2,16,29
- 0: GETL R8, t0
- 1: ROLL $0x2, t0
- 2: ANDL $0xFFFC, t0
- 3: PUTL t0, R10
- 4: INCEIPL $4
-
- 0x254809B8: 39080001 addi r8,r8,1
- 5: GETL R8, t2
- 6: ADDL $0x1, t2
- 7: PUTL t2, R8
- 8: INCEIPL $4
-
- 0x254809BC: 7D7B4010 subfc r11,r27,r8
- 9: GETL R27, t4
- 10: GETL R8, t6
- 11: SBBL t4, t6 (-wCa)
- 12: PUTL t6, R11
- 13: INCEIPL $4
-
- 0x254809C0: 7D6B5910 subfe r11,r11,r11
- 14: GETL R11, t8
- 15: GETL R11, t10
- 16: SBBL t8, t10 (-rCa-wCa)
- 17: PUTL t10, R11
- 18: INCEIPL $4
-
- 0x254809C4: 7D6B00D0 neg r11,r11
- 19: GETL R11, t12
- 20: NEGL t12
- 21: PUTL t12, R11
- 22: INCEIPL $4
-
- 0x254809C8: 21881FFF subfic r12,r8,8191
- 23: GETL R8, t14
- 24: MOVL $0x1FFF, t16
- 25: SBBL t14, t16 (-wCa)
- 26: PUTL t16, R12
- 27: INCEIPL $4
-
- 0x254809CC: 39800000 li r12,0
- 28: MOVL $0x0, t18
- 29: PUTL t18, R12
- 30: INCEIPL $4
-
- 0x254809D0: 7D8C6114 adde r12,r12,r12
- 31: GETL R12, t20
- 32: GETL R12, t22
- 33: ADCL t20, t22 (-rCa-wCa)
- 34: PUTL t22, R12
- 35: INCEIPL $4
-
- 0x254809D4: 7D696039 and. r9,r11,r12
- 36: GETL R11, t24
- 37: GETL R12, t26
- 38: ANDL t24, t26
- 39: PUTL t26, R9
- 40: CMP0L t26, t28 (-rSo)
- 41: ICRFL t28, $0x0, CR
- 42: INCEIPL $4
-
- 0x254809D8: 5498103A rlwinm r24,r4,2,0,29
- 43: GETL R4, t30
- 44: SHLL $0x2, t30
- 45: PUTL t30, R24
- 46: INCEIPL $4
-
- 0x254809DC: 54E501BA rlwinm r5,r7,0,6,29
- 47: GETL R7, t32
- 48: ANDL $0x3FFFFFC, t32
- 49: PUTL t32, R5
- 50: INCEIPL $4
-
- 0x254809E0: 65403960 oris r0,r10,0x3960
- 51: GETL R10, t34
- 52: ORL $0x39600000, t34
- 53: PUTL t34, R0
- 54: INCEIPL $4
-
- 0x254809E4: 64BD4800 oris r29,r5,0x4800
- 55: GETL R5, t36
- 56: ORL $0x48000000, t36
- 57: PUTL t36, R29
- 58: INCEIPL $4
-
- 0x254809E8: 7F98FA14 add r28,r24,r31
- 59: GETL R24, t38
- 60: GETL R31, t40
- 61: ADDL t38, t40
- 62: PUTL t40, R28
- 63: INCEIPL $4
-
- 0x254809EC: 7C18F92E stwx r0,r24,r31
- 64: GETL R31, t42
- 65: GETL R24, t44
- 66: ADDL t44, t42
- 67: GETL R0, t46
- 68: STL t46, (t42)
- 69: INCEIPL $4
-
- 0x254809F0: 38840002 addi r4,r4,2
- 70: GETL R4, t48
- 71: ADDL $0x2, t48
- 72: PUTL t48, R4
- 73: INCEIPL $4
-
- 0x254809F4: 93BC0004 stw r29,4(r28)
- 74: GETL R29, t50
- 75: GETL R28, t52
- 76: ADDL $0x4, t52
- 77: STL t50, (t52)
- 78: INCEIPL $4
-
- 0x254809F8: 38E7FFF8 addi r7,r7,-8
- 79: GETL R7, t54
- 80: ADDL $0xFFFFFFF8, t54
- 81: PUTL t54, R7
- 82: INCEIPL $4
-
- 0x254809FC: 4082FFB8 bc 4,2,0x254809B4
- 83: Jc02o $0x254809B4
-
-
-. 0 254809B4 76
-. 55 0A 14 3A 39 08 00 01 7D 7B 40 10 7D 6B 59 10 7D 6B 00 D0 21 88 1F FF 39 80 00 00 7D 8C 61 14 7D 69 60 39 54 98 10 3A 54 E5 01 BA 65 40 39 60 64 BD 48 00 7F 98 FA 14 7C 18 F9 2E 38 84 00 02 93 BC 00 04 38 E7 FF F8 40 82 FF B8
-
-==== BB 1168 (0x25480A00) approx BBs exec'd 0 ====
-
- 0x25480A00: 7C88D840 cmpl cr1,r8,r27
- 0: GETL R8, t0
- 1: GETL R27, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x1, CR
- 4: INCEIPL $4
-
- 0x25480A04: 40840074 bc 4,4,0x25480A78
- 5: Jc04o $0x25480A78
-
-
-. 0 25480A00 8
-. 7C 88 D8 40 40 84 00 74
-
-==== BB 1169 (0x25480A98) approx BBs exec'd 0 ====
-
- 0x25480A98: 800B0000 lwz r0,0(r11)
- 0: GETL R11, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0x25480A9C: 2F000000 cmpi cr6,r0,0
- 4: GETL R0, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x6, CR
- 7: INCEIPL $4
-
- 0x25480AA0: 409A00C4 bc 4,26,0x25480B64
- 8: Jc26o $0x25480B64
-
-
-. 0 25480A98 12
-. 80 0B 00 00 2F 00 00 00 40 9A 00 C4
-
-==== BB 1170 (0x25480B64) approx BBs exec'd 0 ====
-
- 0x25480B64: 7C0A1670 srawi r10,r0,2
- 0: GETL R0, t0
- 1: SARL $0x2, t0 (-wCa)
- 2: PUTL t0, R10
- 3: INCEIPL $4
-
- 0x25480B68: 7D4A0194 addze r10,r10
- 4: GETL R10, t2
- 5: ADCL $0x0, t2 (-rCa-wCa)
- 6: PUTL t2, R10
- 7: INCEIPL $4
-
- 0x25480B6C: 4BFFFF38 b 0x25480AA4
- 8: JMPo $0x25480AA4 ($4)
-
-
-. 0 25480B64 12
-. 7C 0A 16 70 7D 4A 01 94 4B FF FF 38
-
-==== BB 1171 (0x25480AA8) approx BBs exec'd 0 ====
-
- 0x25480AA8: 7EEBBB78 or r11,r23,r23
- 0: GETL R23, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0x25480AAC: 39200000 li r9,0
- 3: MOVL $0x0, t2
- 4: PUTL t2, R9
- 5: INCEIPL $4
-
- 0x25480AB0: 48000014 b 0x25480AC4
- 6: JMPo $0x25480AC4 ($4)
-
-
-. 0 25480AA8 12
-. 7E EB BB 78 39 20 00 00 48 00 00 14
-
-==== BB 1172 (0x254796D0) approx BBs exec'd 0 ====
-
- 0x254796D0: 817D0070 lwz r11,112(r29)
- 0: GETL R29, t0
- 1: ADDL $0x70, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x254796D4: 2F0B0000 cmpi cr6,r11,0
- 5: GETL R11, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x254796D8: 409A033C bc 4,26,0x25479A14
- 9: Jc26o $0x25479A14
-
-
-. 0 254796D0 12
-. 81 7D 00 70 2F 0B 00 00 40 9A 03 3C
-
-==== BB 1173 (0x25479A14) approx BBs exec'd 0 ====
-
- 0x25479A14: 835D007C lwz r26,124(r29)
- 0: GETL R29, t0
- 1: ADDL $0x7C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0x25479A18: 833D0028 lwz r25,40(r29)
- 5: GETL R29, t4
- 6: ADDL $0x28, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R25
- 9: INCEIPL $4
-
- 0x25479A1C: 829A0004 lwz r20,4(r26)
- 10: GETL R26, t8
- 11: ADDL $0x4, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R20
- 14: INCEIPL $4
-
- 0x25479A20: 82BF0020 lwz r21,32(r31)
- 15: GETL R31, t12
- 16: ADDL $0x20, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R21
- 19: INCEIPL $4
-
- 0x25479A24: 929F002C stw r20,44(r31)
- 20: GETL R20, t16
- 21: GETL R31, t18
- 22: ADDL $0x2C, t18
- 23: STL t16, (t18)
- 24: INCEIPL $4
-
- 0x25479A28: 82590004 lwz r18,4(r25)
- 25: GETL R25, t20
- 26: ADDL $0x4, t20
- 27: LDL (t20), t22
- 28: PUTL t22, R18
- 29: INCEIPL $4
-
- 0x25479A2C: 7D553214 add r10,r21,r6
- 30: GETL R21, t24
- 31: GETL R6, t26
- 32: ADDL t24, t26
- 33: PUTL t26, R10
- 34: INCEIPL $4
-
- 0x25479A30: 7D35A050 subf r9,r21,r20
- 35: GETL R21, t28
- 36: GETL R20, t30
- 37: SUBL t28, t30
- 38: PUTL t30, R9
- 39: INCEIPL $4
-
- 0x25479A34: 7E149214 add r16,r20,r18
- 40: GETL R20, t32
- 41: GETL R18, t34
- 42: ADDL t32, t34
- 43: PUTL t34, R16
- 44: INCEIPL $4
-
- 0x25479A38: 913F0024 stw r9,36(r31)
- 45: GETL R9, t36
- 46: GETL R31, t38
- 47: ADDL $0x24, t38
- 48: STL t36, (t38)
- 49: INCEIPL $4
-
- 0x25479A3C: 7E705050 subf r19,r16,r10
- 50: GETL R16, t40
- 51: GETL R10, t42
- 52: SUBL t40, t42
- 53: PUTL t42, R19
- 54: INCEIPL $4
-
- 0x25479A40: 925F0030 stw r18,48(r31)
- 55: GETL R18, t44
- 56: GETL R31, t46
- 57: ADDL $0x30, t46
- 58: STL t44, (t46)
- 59: INCEIPL $4
-
- 0x25479A44: 927F003C stw r19,60(r31)
- 60: GETL R19, t48
- 61: GETL R31, t50
- 62: ADDL $0x3C, t50
- 63: STL t48, (t50)
- 64: INCEIPL $4
-
- 0x25479A48: 921F0038 stw r16,56(r31)
- 65: GETL R16, t52
- 66: GETL R31, t54
- 67: ADDL $0x38, t54
- 68: STL t52, (t54)
- 69: INCEIPL $4
-
- 0x25479A4C: 4BFFFC90 b 0x254796DC
- 70: JMPo $0x254796DC ($4)
-
-
-. 0 25479A14 60
-. 83 5D 00 7C 83 3D 00 28 82 9A 00 04 82 BF 00 20 92 9F 00 2C 82 59 00 04 7D 55 32 14 7D 35 A0 50 7E 14 92 14 91 3F 00 24 7E 70 50 50 92 5F 00 30 92 7F 00 3C 92 1F 00 38 4B FF FC 90
-
-==== BB 1174 (0x254799E0) approx BBs exec'd 0 ====
-
- 0x254799E0: 7F8BE040 cmpl cr7,r11,r28
- 0: GETL R11, t0
- 1: GETL R28, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x7, CR
- 4: INCEIPL $4
-
- 0x254799E4: 40BCFE40 bc 5,28,0x25479824
- 5: Jc28o $0x25479824
-
-
-. 0 254799E0 8
-. 7F 8B E0 40 40 BC FE 40
-
-==== BB 1175 (0x254799E8) approx BBs exec'd 0 ====
-
- 0x254799E8: 812B0008 lwz r9,8(r11)
- 0: GETL R11, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x254799EC: 808B0000 lwz r4,0(r11)
- 5: GETL R11, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R4
- 8: INCEIPL $4
-
- 0x254799F0: 396B000C addi r11,r11,12
- 9: GETL R11, t8
- 10: ADDL $0xC, t8
- 11: PUTL t8, R11
- 12: INCEIPL $4
-
- 0x254799F4: 7F8BE040 cmpl cr7,r11,r28
- 13: GETL R11, t10
- 14: GETL R28, t12
- 15: CMPUL t10, t12, t14 (-rSo)
- 16: ICRFL t14, $0x7, CR
- 17: INCEIPL $4
-
- 0x254799F8: 7D09CA14 add r8,r9,r25
- 18: GETL R9, t16
- 19: GETL R25, t18
- 20: ADDL t16, t18
- 21: PUTL t18, R8
- 22: INCEIPL $4
-
- 0x254799FC: 7D04C92E stwx r8,r4,r25
- 23: GETL R25, t20
- 24: GETL R4, t22
- 25: ADDL t22, t20
- 26: GETL R8, t24
- 27: STL t24, (t20)
- 28: INCEIPL $4
-
- 0x25479A00: 4BFFFFE4 b 0x254799E4
- 29: JMPo $0x254799E4 ($4)
-
-
-. 0 254799E8 28
-. 81 2B 00 08 80 8B 00 00 39 6B 00 0C 7F 8B E0 40 7D 09 CA 14 7D 04 C9 2E 4B FF FF E4
-
-==== BB 1176 (0x254799E4) approx BBs exec'd 0 ====
-
- 0x254799E4: 40BCFE40 bc 5,28,0x25479824
- 0: Jc28o $0x25479824
-
-
-. 0 254799E4 4
-. 40 BC FE 40
-
-==== BB 1177 (0x25479714) approx BBs exec'd 0 ====
-
- 0x25479714: 3929000C addi r9,r9,12
- 0: GETL R9, t0
- 1: ADDL $0xC, t0
- 2: PUTL t0, R9
- 3: INCEIPL $4
-
- 0x25479718: 7F89C040 cmpl cr7,r9,r24
- 4: GETL R9, t2
- 5: GETL R24, t4
- 6: CMPUL t2, t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x2547971C: 419CFFF8 bc 12,28,0x25479714
- 9: Js28o $0x25479714
-
-
-. 0 25479714 12
-. 39 29 00 0C 7F 89 C0 40 41 9C FF F8
-
-==== BB 1178 (0x254797E0) approx BBs exec'd 0 ====
-
- 0x254797E0: 3C00AAAA lis r0,-21846
- 0: MOVL $0xAAAA0000, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x254797E4: 600CAAAB ori r12,r0,0xAAAB
- 3: MOVL $0xAAAAAAAB, t2
- 4: PUTL t2, R12
- 5: INCEIPL $4
-
- 0x254797E8: 7EE86016 mulhwu r23,r8,r12
- 6: GETL R8, t4
- 7: GETL R12, t6
- 8: UMULHL t4, t6
- 9: PUTL t6, R23
- 10: INCEIPL $4
-
- 0x254797EC: 56E9E8FE rlwinm r9,r23,29,3,31
- 11: GETL R23, t8
- 12: SHRL $0x3, t8
- 13: PUTL t8, R9
- 14: INCEIPL $4
-
- 0x254797F0: 7C893840 cmpl cr1,r9,r7
- 15: GETL R9, t10
- 16: GETL R7, t12
- 17: CMPUL t10, t12, t14 (-rSo)
- 18: ICRFL t14, $0x1, CR
- 19: INCEIPL $4
-
- 0x254797F4: 40850008 bc 4,5,0x254797FC
- 20: Jc05o $0x254797FC
-
-
-. 0 254797E0 24
-. 3C 00 AA AA 60 0C AA AB 7E E8 60 16 56 E9 E8 FE 7C 89 38 40 40 85 00 08
-
-==== BB 1179 (0x254733C0) approx BBs exec'd 0 ====
-
- 0x254733C0: 4800C225 bl 0x2547F5E4
- 0: MOVL $0x254733C4, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x2547F5E4 ($4)
-
-
-. 0 254733C0 4
-. 48 00 C2 25
-
-==== BB 1180 _dl_sysdep_start_cleanup(0x2547F5E4) approx BBs exec'd 0 ====
-
- 0x2547F5E4: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547F5E8: 38210010 addi r1,r1,16
- 6: GETL R1, t4
- 7: ADDL $0x10, t4
- 8: PUTL t4, R1
- 9: INCEIPL $4
-
- 0x2547F5EC: 4E800020 blr
- 10: GETL LR, t6
- 11: JMPo-r t6 ($4)
-
-
-. 0 2547F5E4 12
-. 94 21 FF F0 38 21 00 10 4E 80 00 20
-
-==== BB 1181 (0x254733C4) approx BBs exec'd 0 ====
-
- 0x254733C4: 80CE01A4 lwz r6,420(r14)
- 0: GETL R14, t0
- 1: ADDL $0x1A4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x254733C8: 2C060000 cmpi cr0,r6,0
- 5: GETL R6, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0x254733CC: 4082094C bc 4,2,0x25473D18
- 9: Jc02o $0x25473D18
-
-
-. 0 254733C4 12
-. 80 CE 01 A4 2C 06 00 00 40 82 09 4C
-
-==== BB 1182 (0x254733D0) approx BBs exec'd 0 ====
-
- 0x254733D0: 816E0330 lwz r11,816(r14)
- 0: GETL R14, t0
- 1: ADDL $0x330, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x254733D4: 2B0B0001 cmpli cr6,r11,1
- 5: GETL R11, t4
- 6: MOVL $0x1, t8
- 7: CMPUL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x6, CR
- 9: INCEIPL $4
-
- 0x254733D8: 4099F784 bc 4,25,0x25472B5C
- 10: Jc25o $0x25472B5C
-
-
-. 0 254733D0 12
-. 81 6E 03 30 2B 0B 00 01 40 99 F7 84
-
-==== BB 1183 (0x254733DC) approx BBs exec'd 0 ====
-
- 0x254733DC: 809401C0 lwz r4,448(r20)
- 0: GETL R20, t0
- 1: ADDL $0x1C0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x254733E0: 7F83E378 or r3,r28,r28
- 5: GETL R28, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x254733E4: 38A00000 li r5,0
- 8: MOVL $0x0, t6
- 9: PUTL t6, R5
- 10: INCEIPL $4
-
- 0x254733E8: 38C00000 li r6,0
- 11: MOVL $0x0, t8
- 12: PUTL t8, R6
- 13: INCEIPL $4
-
- 0x254733EC: 480061D5 bl 0x254795C0
- 14: MOVL $0x254733F0, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0x254795C0 ($4)
-
-
-. 0 254733DC 20
-. 80 94 01 C0 7F 83 E3 78 38 A0 00 00 38 C0 00 00 48 00 61 D5
-
-==== BB 1184 (0x254733F0) approx BBs exec'd 0 ====
-
- 0x254733F0: 4BFFF76C b 0x25472B5C
- 0: JMPo $0x25472B5C ($4)
-
-
-. 0 254733F0 4
-. 4B FF F7 6C
-
-==== BB 1185 (0x25472B5C) approx BBs exec'd 0 ====
-
- 0x25472B5C: 7E238B78 or r3,r17,r17
- 0: GETL R17, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x25472B60: 4800B479 bl 0x2547DFD8
- 3: MOVL $0x25472B64, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0x2547DFD8 ($4)
-
-
-. 0 25472B5C 8
-. 7E 23 8B 78 48 00 B4 79
-
-==== BB 1186 __GI__dl_allocate_tls_init(0x2547DFD8) approx BBs exec'd 0 ====
-
- 0x2547DFD8: 9421FFD0 stwu r1,-48(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFD0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547DFDC: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x2547DFE0: 93210014 stw r25,20(r1)
- 9: GETL R25, t6
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x2547DFE4: 7C791B79 or. r25,r3,r3
- 14: GETL R3, t10
- 15: PUTL t10, R25
- 16: CMP0L t10, t12 (-rSo)
- 17: ICRFL t12, $0x0, CR
- 18: INCEIPL $4
-
- 0x2547DFE8: 48019019 bl 0x25497000
- 19: MOVL $0x2547DFEC, t14
- 20: PUTL t14, LR
- 21: JMPo-c $0x25497000 ($4)
-
-
-. 0 2547DFD8 20
-. 94 21 FF D0 7C 08 02 A6 93 21 00 14 7C 79 1B 79 48 01 90 19
-
-==== BB 1187 (0x2547DFEC) approx BBs exec'd 0 ====
-
- 0x2547DFEC: 93C10028 stw r30,40(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x28, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547DFF0: 92E1000C stw r23,12(r1)
- 5: GETL R23, t4
- 6: GETL R1, t6
- 7: ADDL $0xC, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0x2547DFF4: 7FC802A6 mflr r30
- 10: GETL LR, t8
- 11: PUTL t8, R30
- 12: INCEIPL $4
-
- 0x2547DFF8: 93010010 stw r24,16(r1)
- 13: GETL R24, t10
- 14: GETL R1, t12
- 15: ADDL $0x10, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x2547DFFC: 38600000 li r3,0
- 18: MOVL $0x0, t14
- 19: PUTL t14, R3
- 20: INCEIPL $4
-
- 0x2547E000: 93410018 stw r26,24(r1)
- 21: GETL R26, t16
- 22: GETL R1, t18
- 23: ADDL $0x18, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0x2547E004: 9361001C stw r27,28(r1)
- 26: GETL R27, t20
- 27: GETL R1, t22
- 28: ADDL $0x1C, t22
- 29: STL t20, (t22)
- 30: INCEIPL $4
-
- 0x2547E008: 93810020 stw r28,32(r1)
- 31: GETL R28, t24
- 32: GETL R1, t26
- 33: ADDL $0x20, t26
- 34: STL t24, (t26)
- 35: INCEIPL $4
-
- 0x2547E00C: 93A10024 stw r29,36(r1)
- 36: GETL R29, t28
- 37: GETL R1, t30
- 38: ADDL $0x24, t30
- 39: STL t28, (t30)
- 40: INCEIPL $4
-
- 0x2547E010: 93E1002C stw r31,44(r1)
- 41: GETL R31, t32
- 42: GETL R1, t34
- 43: ADDL $0x2C, t34
- 44: STL t32, (t34)
- 45: INCEIPL $4
-
- 0x2547E014: 90010034 stw r0,52(r1)
- 46: GETL R0, t36
- 47: GETL R1, t38
- 48: ADDL $0x34, t38
- 49: STL t36, (t38)
- 50: INCEIPL $4
-
- 0x2547E018: 418200D8 bc 12,2,0x2547E0F0
- 51: Js02o $0x2547E0F0
-
-
-. 0 2547DFEC 48
-. 93 C1 00 28 92 E1 00 0C 7F C8 02 A6 93 01 00 10 38 60 00 00 93 41 00 18 93 61 00 1C 93 81 00 20 93 A1 00 24 93 E1 00 2C 90 01 00 34 41 82 00 D8
-
-==== BB 1188 (0x2547E01C) approx BBs exec'd 0 ====
-
- 0x2547E01C: 831E04C8 lwz r24,1224(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4C8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R24
- 4: INCEIPL $4
-
- 0x2547E020: 3B400000 li r26,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R26
- 7: INCEIPL $4
-
- 0x2547E024: 82F9FFFC lwz r23,-4(r25)
- 8: GETL R25, t6
- 9: ADDL $0xFFFFFFFC, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R23
- 12: INCEIPL $4
-
- 0x2547E028: 83780410 lwz r27,1040(r24)
- 13: GETL R24, t10
- 14: ADDL $0x410, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R27
- 17: INCEIPL $4
-
- 0x2547E02C: 817B0000 lwz r11,0(r27)
- 18: GETL R27, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R11
- 21: INCEIPL $4
-
- 0x2547E030: 201A0000 subfic r0,r26,0
- 22: GETL R26, t18
- 23: MOVL $0x0, t20
- 24: SBBL t18, t20 (-wCa)
- 25: PUTL t20, R0
- 26: INCEIPL $4
-
- 0x2547E034: 7FE0D114 adde r31,r0,r26
- 27: GETL R0, t22
- 28: GETL R26, t24
- 29: ADCL t22, t24 (-rCa-wCa)
- 30: PUTL t24, R31
- 31: INCEIPL $4
-
- 0x2547E038: 7D3AFA14 add r9,r26,r31
- 32: GETL R26, t26
- 33: GETL R31, t28
- 34: ADDL t26, t28
- 35: PUTL t28, R9
- 36: INCEIPL $4
-
- 0x2547E03C: 7F8BF840 cmpl cr7,r11,r31
- 37: GETL R11, t30
- 38: GETL R31, t32
- 39: CMPUL t30, t32, t34 (-rSo)
- 40: ICRFL t34, $0x7, CR
- 41: INCEIPL $4
-
- 0x2547E040: 409D0064 bc 4,29,0x2547E0A4
- 42: Jc29o $0x2547E0A4
-
-
-. 0 2547E01C 40
-. 83 1E 04 C8 3B 40 00 00 82 F9 FF FC 83 78 04 10 81 7B 00 00 20 1A 00 00 7F E0 D1 14 7D 3A FA 14 7F 8B F8 40 40 9D 00 64
-
-==== BB 1189 (0x2547E044) approx BBs exec'd 0 ====
-
- 0x2547E044: 57E31838 rlwinm r3,r31,3,0,28
- 0: GETL R31, t0
- 1: SHLL $0x3, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0x2547E048: 7D23DA14 add r9,r3,r27
- 4: GETL R3, t2
- 5: GETL R27, t4
- 6: ADDL t2, t4
- 7: PUTL t4, R9
- 8: INCEIPL $4
-
- 0x2547E04C: 3B89000C addi r28,r9,12
- 9: GETL R9, t6
- 10: ADDL $0xC, t6
- 11: PUTL t6, R28
- 12: INCEIPL $4
-
- 0x2547E050: 80980408 lwz r4,1032(r24)
- 13: GETL R24, t8
- 14: ADDL $0x408, t8
- 15: LDL (t8), t10
- 16: PUTL t10, R4
- 17: INCEIPL $4
-
- 0x2547E054: 7D3AFA14 add r9,r26,r31
- 18: GETL R26, t12
- 19: GETL R31, t14
- 20: ADDL t12, t14
- 21: PUTL t14, R9
- 22: INCEIPL $4
-
- 0x2547E058: 7C892040 cmpl cr1,r9,r4
- 23: GETL R9, t16
- 24: GETL R4, t18
- 25: CMPUL t16, t18, t20 (-rSo)
- 26: ICRFL t20, $0x1, CR
- 27: INCEIPL $4
-
- 0x2547E05C: 41850048 bc 12,5,0x2547E0A4
- 28: Js05o $0x2547E0A4
-
-
-. 0 2547E044 28
-. 57 E3 18 38 7D 23 DA 14 3B 89 00 0C 80 98 04 08 7D 3A FA 14 7C 89 20 40 41 85 00 48
-
-==== BB 1190 (0x2547E060) approx BBs exec'd 0 ====
-
- 0x2547E060: 813C0000 lwz r9,0(r28)
- 0: GETL R28, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0x2547E064: 2F090000 cmpi cr6,r9,0
- 4: GETL R9, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x6, CR
- 7: INCEIPL $4
-
- 0x2547E068: 419A0028 bc 12,26,0x2547E090
- 8: Js26o $0x2547E090
-
-
-. 0 2547E060 12
-. 81 3C 00 00 2F 09 00 00 41 9A 00 28
-
-==== BB 1191 (0x2547E06C) approx BBs exec'd 0 ====
-
- 0x2547E06C: 8169022C lwz r11,556(r9)
- 0: GETL R9, t0
- 1: ADDL $0x22C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x2547E070: 2C0BFFFF cmpi cr0,r11,-1
- 5: GETL R11, t4
- 6: MOVL $0xFFFFFFFF, t8
- 7: CMPL t4, t8, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0x2547E074: 7D4BCA14 add r10,r11,r25
- 10: GETL R11, t10
- 11: GETL R25, t12
- 12: ADDL t10, t12
- 13: PUTL t12, R10
- 14: INCEIPL $4
-
- 0x2547E078: 7D435378 or r3,r10,r10
- 15: GETL R10, t14
- 16: PUTL t14, R3
- 17: INCEIPL $4
-
- 0x2547E07C: 40820040 bc 4,2,0x2547E0BC
- 18: Jc02o $0x2547E0BC
-
-
-. 0 2547E06C 20
-. 81 69 02 2C 2C 0B FF FF 7D 4B CA 14 7D 43 53 78 40 82 00 40
-
-==== BB 1192 (0x2547E0BC) approx BBs exec'd 0 ====
-
- 0x2547E0BC: 81690230 lwz r11,560(r9)
- 0: GETL R9, t0
- 1: ADDL $0x230, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x2547E0C0: 5568103A rlwinm r8,r11,2,0,29
- 5: GETL R11, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R8
- 8: INCEIPL $4
-
- 0x2547E0C4: 7D48B92E stwx r10,r8,r23
- 9: GETL R23, t6
- 10: GETL R8, t8
- 11: ADDL t8, t6
- 12: GETL R10, t10
- 13: STL t10, (t6)
- 14: INCEIPL $4
-
- 0x2547E0C8: 80A9021C lwz r5,540(r9)
- 15: GETL R9, t12
- 16: ADDL $0x21C, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R5
- 19: INCEIPL $4
-
- 0x2547E0CC: 80E90220 lwz r7,544(r9)
- 20: GETL R9, t16
- 21: ADDL $0x220, t16
- 22: LDL (t16), t18
- 23: PUTL t18, R7
- 24: INCEIPL $4
-
- 0x2547E0D0: 80890218 lwz r4,536(r9)
- 25: GETL R9, t20
- 26: ADDL $0x218, t20
- 27: LDL (t20), t22
- 28: PUTL t22, R4
- 29: INCEIPL $4
-
- 0x2547E0D4: 7FA53850 subf r29,r5,r7
- 30: GETL R5, t24
- 31: GETL R7, t26
- 32: SUBL t24, t26
- 33: PUTL t26, R29
- 34: INCEIPL $4
-
- 0x2547E0D8: 48005949 bl 0x25483A20
- 35: MOVL $0x2547E0DC, t28
- 36: PUTL t28, LR
- 37: JMPo-c $0x25483A20 ($4)
-
-
-. 0 2547E0BC 32
-. 81 69 02 30 55 68 10 3A 7D 48 B9 2E 80 A9 02 1C 80 E9 02 20 80 89 02 18 7F A5 38 50 48 00 59 49
-
-==== BB 1193 (0x2547E0DC) approx BBs exec'd 0 ====
-
- 0x2547E0DC: 7FA5EB78 or r5,r29,r29
- 0: GETL R29, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0x2547E0E0: 38800000 li r4,0
- 3: MOVL $0x0, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0x2547E0E4: 48005661 bl 0x25483744
- 6: MOVL $0x2547E0E8, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0x25483744 ($4)
-
-
-. 0 2547E0DC 12
-. 7F A5 EB 78 38 80 00 00 48 00 56 61
-
-==== BB 1194 (0x25483920) approx BBs exec'd 0 ====
-
- 0x25483920: 28850010 cmpli cr1,r5,16
- 0: GETL R5, t0
- 1: MOVL $0x10, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0x25483924: 7CC62A14 add r6,r6,r5
- 5: GETL R6, t6
- 6: GETL R5, t8
- 7: ADDL t6, t8
- 8: PUTL t8, R6
- 9: INCEIPL $4
-
- 0x25483928: 419F0020 bc 12,31,0x25483948
- 10: Js31o $0x25483948
-
-
-. 0 25483920 12
-. 28 85 00 10 7C C6 2A 14 41 9F 00 20
-
-==== BB 1195 (0x25483934) approx BBs exec'd 0 ====
-
- 0x25483934: 4084002C bc 4,4,0x25483960
- 0: Jc04o $0x25483960
-
-
-. 0 25483934 4
-. 40 84 00 2C
-
-==== BB 1196 (0x25483938) approx BBs exec'd 0 ====
-
- 0x25483938: 4C9C0020 bclr 4,28
- 0: GETL LR, t0
- 1: Jc28o-r t0
-
-
-. 0 25483938 4
-. 4C 9C 00 20
-
-==== BB 1197 (0x2548393C) approx BBs exec'd 0 ====
-
- 0x2548393C: 9086FFFC stw r4,-4(r6)
- 0: GETL R4, t0
- 1: GETL R6, t2
- 2: ADDL $0xFFFFFFFC, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25483940: 9086FFF8 stw r4,-8(r6)
- 5: GETL R4, t4
- 6: GETL R6, t6
- 7: ADDL $0xFFFFFFF8, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0x25483944: 4E800020 blr
- 10: GETL LR, t8
- 11: JMPo-r t8 ($4)
-
-
-. 0 2548393C 12
-. 90 86 FF FC 90 86 FF F8 4E 80 00 20
-
-==== BB 1198 (0x2547E0E8) approx BBs exec'd 0 ====
-
- 0x2547E0E8: 4BFFFFA4 b 0x2547E08C
- 0: JMPo $0x2547E08C ($4)
-
-
-. 0 2547E0E8 4
-. 4B FF FF A4
-
-==== BB 1199 (0x2547E08C) approx BBs exec'd 0 ====
-
- 0x2547E08C: 817B0000 lwz r11,0(r27)
- 0: GETL R27, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R11
- 3: INCEIPL $4
-
- 0x2547E090: 3BFF0001 addi r31,r31,1
- 4: GETL R31, t4
- 5: ADDL $0x1, t4
- 6: PUTL t4, R31
- 7: INCEIPL $4
-
- 0x2547E094: 3B9C0008 addi r28,r28,8
- 8: GETL R28, t6
- 9: ADDL $0x8, t6
- 10: PUTL t6, R28
- 11: INCEIPL $4
-
- 0x2547E098: 7F8BF840 cmpl cr7,r11,r31
- 12: GETL R11, t8
- 13: GETL R31, t10
- 14: CMPUL t8, t10, t12 (-rSo)
- 15: ICRFL t12, $0x7, CR
- 16: INCEIPL $4
-
- 0x2547E09C: 419DFFB4 bc 12,29,0x2547E050
- 17: Js29o $0x2547E050
-
-
-. 0 2547E08C 20
-. 81 7B 00 00 3B FF 00 01 3B 9C 00 08 7F 8B F8 40 41 9D FF B4
-
-==== BB 1200 (0x2547E050) approx BBs exec'd 0 ====
-
- 0x2547E050: 80980408 lwz r4,1032(r24)
- 0: GETL R24, t0
- 1: ADDL $0x408, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x2547E054: 7D3AFA14 add r9,r26,r31
- 5: GETL R26, t4
- 6: GETL R31, t6
- 7: ADDL t4, t6
- 8: PUTL t6, R9
- 9: INCEIPL $4
-
- 0x2547E058: 7C892040 cmpl cr1,r9,r4
- 10: GETL R9, t8
- 11: GETL R4, t10
- 12: CMPUL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x1, CR
- 14: INCEIPL $4
-
- 0x2547E05C: 41850048 bc 12,5,0x2547E0A4
- 15: Js05o $0x2547E0A4
-
-
-. 0 2547E050 16
-. 80 98 04 08 7D 3A FA 14 7C 89 20 40 41 85 00 48
-
-==== BB 1201 (0x2547E0A4) approx BBs exec'd 0 ====
-
- 0x2547E0A4: 81580408 lwz r10,1032(r24)
- 0: GETL R24, t0
- 1: ADDL $0x408, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x2547E0A8: 7D3A4B78 or r26,r9,r9
- 5: GETL R9, t4
- 6: PUTL t4, R26
- 7: INCEIPL $4
-
- 0x2547E0AC: 7C8A4840 cmpl cr1,r10,r9
- 8: GETL R10, t6
- 9: GETL R9, t8
- 10: CMPUL t6, t8, t10 (-rSo)
- 11: ICRFL t10, $0x1, CR
- 12: INCEIPL $4
-
- 0x2547E0B0: 4085003C bc 4,5,0x2547E0EC
- 13: Jc05o $0x2547E0EC
-
-
-. 0 2547E0A4 16
-. 81 58 04 08 7D 3A 4B 78 7C 8A 48 40 40 85 00 3C
-
-==== BB 1202 (0x2547E0EC) approx BBs exec'd 0 ====
-
- 0x2547E0EC: 7F23CB78 or r3,r25,r25
- 0: GETL R25, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x2547E0F0: 81810034 lwz r12,52(r1)
- 3: GETL R1, t2
- 4: ADDL $0x34, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R12
- 7: INCEIPL $4
-
- 0x2547E0F4: 82E1000C lwz r23,12(r1)
- 8: GETL R1, t6
- 9: ADDL $0xC, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R23
- 12: INCEIPL $4
-
- 0x2547E0F8: 83010010 lwz r24,16(r1)
- 13: GETL R1, t10
- 14: ADDL $0x10, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R24
- 17: INCEIPL $4
-
- 0x2547E0FC: 7D8803A6 mtlr r12
- 18: GETL R12, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0x2547E100: 83210014 lwz r25,20(r1)
- 21: GETL R1, t16
- 22: ADDL $0x14, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R25
- 25: INCEIPL $4
-
- 0x2547E104: 83410018 lwz r26,24(r1)
- 26: GETL R1, t20
- 27: ADDL $0x18, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R26
- 30: INCEIPL $4
-
- 0x2547E108: 8361001C lwz r27,28(r1)
- 31: GETL R1, t24
- 32: ADDL $0x1C, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R27
- 35: INCEIPL $4
-
- 0x2547E10C: 83810020 lwz r28,32(r1)
- 36: GETL R1, t28
- 37: ADDL $0x20, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R28
- 40: INCEIPL $4
-
- 0x2547E110: 83A10024 lwz r29,36(r1)
- 41: GETL R1, t32
- 42: ADDL $0x24, t32
- 43: LDL (t32), t34
- 44: PUTL t34, R29
- 45: INCEIPL $4
-
- 0x2547E114: 83C10028 lwz r30,40(r1)
- 46: GETL R1, t36
- 47: ADDL $0x28, t36
- 48: LDL (t36), t38
- 49: PUTL t38, R30
- 50: INCEIPL $4
-
- 0x2547E118: 83E1002C lwz r31,44(r1)
- 51: GETL R1, t40
- 52: ADDL $0x2C, t40
- 53: LDL (t40), t42
- 54: PUTL t42, R31
- 55: INCEIPL $4
-
- 0x2547E11C: 38210030 addi r1,r1,48
- 56: GETL R1, t44
- 57: ADDL $0x30, t44
- 58: PUTL t44, R1
- 59: INCEIPL $4
-
- 0x2547E120: 4E800020 blr
- 60: GETL LR, t46
- 61: JMPo-r t46 ($4)
-
-
-. 0 2547E0EC 56
-. 7F 23 CB 78 81 81 00 34 82 E1 00 0C 83 01 00 10 7D 88 03 A6 83 21 00 14 83 41 00 18 83 61 00 1C 83 81 00 20 83 A1 00 24 83 C1 00 28 83 E1 00 2C 38 21 00 30 4E 80 00 20
-
-==== BB 1203 (0x25472B64) approx BBs exec'd 0 ====
-
- 0x25472B64: 38517000 addi r2,r17,28672
- 0: GETL R17, t0
- 1: ADDL $0x7000, t0
- 2: PUTL t0, R2
- 3: INCEIPL $4
-
- 0x25472B68: 3B000001 li r24,1
- 4: MOVL $0x1, t2
- 5: PUTL t2, R24
- 6: INCEIPL $4
-
- 0x25472B6C: 931A000C stw r24,12(r26)
- 7: GETL R24, t4
- 8: GETL R26, t6
- 9: ADDL $0xC, t6
- 10: STL t4, (t6)
- 11: INCEIPL $4
-
- 0x25472B70: 48009431 bl 0x2547BFA0
- 12: MOVL $0x25472B74, t8
- 13: PUTL t8, LR
- 14: JMPo-c $0x2547BFA0 ($4)
-
-
-. 0 25472B64 16
-. 38 51 70 00 3B 00 00 01 93 1A 00 0C 48 00 94 31
-
-==== BB 1204 __GI__dl_debug_state(0x2547BFA0) approx BBs exec'd 0 ====
-
- 0x2547BFA0: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547BFA4: 38210010 addi r1,r1,16
- 6: GETL R1, t4
- 7: ADDL $0x10, t4
- 8: PUTL t4, R1
- 9: INCEIPL $4
-
- 0x2547BFA8: 4E800020 blr
- 10: GETL LR, t6
- 11: JMPo-r t6 ($4)
-
-
-. 0 2547BFA0 12
-. 94 21 FF F0 38 21 00 10 4E 80 00 20
-
-==== BB 1205 (0x25472B74) approx BBs exec'd 0 ====
-
- 0x25472B74: 480055BD bl 0x25478130
- 0: MOVL $0x25472B78, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x25478130 ($4)
-
-
-. 0 25472B74 4
-. 48 00 55 BD
-
-==== BB 1206 _dl_unload_cache(0x25478130) approx BBs exec'd 0 ====
-
- 0x25478130: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x25478134: 7C6802A6 mflr r3
- 6: GETL LR, t4
- 7: PUTL t4, R3
- 8: INCEIPL $4
-
- 0x25478138: 4801EEC9 bl 0x25497000
- 9: MOVL $0x2547813C, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-. 0 25478130 12
-. 94 21 FF F0 7C 68 02 A6 48 01 EE C9
-
-==== BB 1207 (0x2547813C) approx BBs exec'd 0 ====
-
- 0x2547813C: 93C10008 stw r30,8(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x25478140: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x25478144: 93E1000C stw r31,12(r1)
- 8: GETL R31, t6
- 9: GETL R1, t8
- 10: ADDL $0xC, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x25478148: 90610014 stw r3,20(r1)
- 13: GETL R3, t10
- 14: GETL R1, t12
- 15: ADDL $0x14, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x2547814C: 3800FFFD li r0,-3
- 18: MOVL $0xFFFFFFFD, t14
- 19: PUTL t14, R0
- 20: INCEIPL $4
-
- 0x25478150: 83FE0254 lwz r31,596(r30)
- 21: GETL R30, t16
- 22: ADDL $0x254, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R31
- 25: INCEIPL $4
-
- 0x25478154: 807F0000 lwz r3,0(r31)
- 26: GETL R31, t20
- 27: LDL (t20), t22
- 28: PUTL t22, R3
- 29: INCEIPL $4
-
- 0x25478158: 3923FFFF addi r9,r3,-1
- 30: GETL R3, t24
- 31: ADDL $0xFFFFFFFF, t24
- 32: PUTL t24, R9
- 33: INCEIPL $4
-
- 0x2547815C: 7F890040 cmpl cr7,r9,r0
- 34: GETL R9, t26
- 35: GETL R0, t28
- 36: CMPUL t26, t28, t30 (-rSo)
- 37: ICRFL t30, $0x7, CR
- 38: INCEIPL $4
-
- 0x25478160: 409D001C bc 4,29,0x2547817C
- 39: Jc29o $0x2547817C
-
-
-. 0 2547813C 40
-. 93 C1 00 08 7F C8 02 A6 93 E1 00 0C 90 61 00 14 38 00 FF FD 83 FE 02 54 80 7F 00 00 39 23 FF FF 7F 89 00 40 40 9D 00 1C
-
-==== BB 1208 (0x2547817C) approx BBs exec'd 0 ====
-
- 0x2547817C: 80BE025C lwz r5,604(r30)
- 0: GETL R30, t0
- 1: ADDL $0x25C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x25478180: 80850000 lwz r4,0(r5)
- 5: GETL R5, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R4
- 8: INCEIPL $4
-
- 0x25478184: 4800A625 bl 0x254827A8
- 9: MOVL $0x25478188, t8
- 10: PUTL t8, LR
- 11: JMPo-c $0x254827A8 ($4)
-
-
-. 0 2547817C 12
-. 80 BE 02 5C 80 85 00 00 48 00 A6 25
-
-==== BB 1209 munmap(0x254827A8) approx BBs exec'd 0 ====
-
- 0x254827A8: 3800005B li r0,91
- 0: MOVL $0x5B, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x254827AC: 44000002 sc
- 3: JMPo-sys $0x254827B0 ($4)
-
-
-. 0 254827A8 8
-. 38 00 00 5B 44 00 00 02
-
-==== BB 1210 (0x254827B0) approx BBs exec'd 0 ====
-
- 0x254827B0: 4CA30020 bclr 5,3
- 0: GETL LR, t0
- 1: Jc03o-r t0
-
-
-. 0 254827B0 4
-. 4C A3 00 20
-
-==== BB 1211 (0x25478188) approx BBs exec'd 0 ====
-
- 0x25478188: 38800000 li r4,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0x2547818C: 80C10014 lwz r6,20(r1)
- 3: GETL R1, t2
- 4: ADDL $0x14, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R6
- 7: INCEIPL $4
-
- 0x25478190: 909F0000 stw r4,0(r31)
- 8: GETL R4, t6
- 9: GETL R31, t8
- 10: STL t6, (t8)
- 11: INCEIPL $4
-
- 0x25478194: 83C10008 lwz r30,8(r1)
- 12: GETL R1, t10
- 13: ADDL $0x8, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R30
- 16: INCEIPL $4
-
- 0x25478198: 7CC803A6 mtlr r6
- 17: GETL R6, t14
- 18: PUTL t14, LR
- 19: INCEIPL $4
-
- 0x2547819C: 83E1000C lwz r31,12(r1)
- 20: GETL R1, t16
- 21: ADDL $0xC, t16
- 22: LDL (t16), t18
- 23: PUTL t18, R31
- 24: INCEIPL $4
-
- 0x254781A0: 38210010 addi r1,r1,16
- 25: GETL R1, t20
- 26: ADDL $0x10, t20
- 27: PUTL t20, R1
- 28: INCEIPL $4
-
- 0x254781A4: 4E800020 blr
- 29: GETL LR, t22
- 30: JMPo-r t22 ($4)
-
-
-. 0 25478188 32
-. 38 80 00 00 80 C1 00 14 90 9F 00 00 83 C1 00 08 7C C8 03 A6 83 E1 00 0C 38 21 00 10 4E 80 00 20
-
-==== BB 1212 (0x25472B78) approx BBs exec'd 0 ====
-
- 0x25472B78: 81010000 lwz r8,0(r1)
- 0: GETL R1, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R8
- 3: INCEIPL $4
-
- 0x25472B7C: 82280004 lwz r17,4(r8)
- 4: GETL R8, t4
- 5: ADDL $0x4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R17
- 8: INCEIPL $4
-
- 0x25472B80: 8188FFB4 lwz r12,-76(r8)
- 9: GETL R8, t8
- 10: ADDL $0xFFFFFFB4, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R12
- 13: INCEIPL $4
-
- 0x25472B84: 7E2803A6 mtlr r17
- 14: GETL R17, t12
- 15: PUTL t12, LR
- 16: INCEIPL $4
-
- 0x25472B88: 81C8FFB8 lwz r14,-72(r8)
- 17: GETL R8, t14
- 18: ADDL $0xFFFFFFB8, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R14
- 21: INCEIPL $4
-
- 0x25472B8C: 81E8FFBC lwz r15,-68(r8)
- 22: GETL R8, t18
- 23: ADDL $0xFFFFFFBC, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R15
- 26: INCEIPL $4
-
- 0x25472B90: 7D818120 mtcrf 0x18,r12
- 27: GETL R12, t22
- 28: ICRFL t22, $0x3, CR
- 29: ICRFL t22, $0x4, CR
- 30: INCEIPL $4
-
- 0x25472B94: 8208FFC0 lwz r16,-64(r8)
- 31: GETL R8, t24
- 32: ADDL $0xFFFFFFC0, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R16
- 35: INCEIPL $4
-
- 0x25472B98: 8228FFC4 lwz r17,-60(r8)
- 36: GETL R8, t28
- 37: ADDL $0xFFFFFFC4, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R17
- 40: INCEIPL $4
-
- 0x25472B9C: 8248FFC8 lwz r18,-56(r8)
- 41: GETL R8, t32
- 42: ADDL $0xFFFFFFC8, t32
- 43: LDL (t32), t34
- 44: PUTL t34, R18
- 45: INCEIPL $4
-
- 0x25472BA0: 8268FFCC lwz r19,-52(r8)
- 46: GETL R8, t36
- 47: ADDL $0xFFFFFFCC, t36
- 48: LDL (t36), t38
- 49: PUTL t38, R19
- 50: INCEIPL $4
-
- 0x25472BA4: 8288FFD0 lwz r20,-48(r8)
- 51: GETL R8, t40
- 52: ADDL $0xFFFFFFD0, t40
- 53: LDL (t40), t42
- 54: PUTL t42, R20
- 55: INCEIPL $4
-
- 0x25472BA8: 82A8FFD4 lwz r21,-44(r8)
- 56: GETL R8, t44
- 57: ADDL $0xFFFFFFD4, t44
- 58: LDL (t44), t46
- 59: PUTL t46, R21
- 60: INCEIPL $4
-
- 0x25472BAC: 82C8FFD8 lwz r22,-40(r8)
- 61: GETL R8, t48
- 62: ADDL $0xFFFFFFD8, t48
- 63: LDL (t48), t50
- 64: PUTL t50, R22
- 65: INCEIPL $4
-
- 0x25472BB0: 82E8FFDC lwz r23,-36(r8)
- 66: GETL R8, t52
- 67: ADDL $0xFFFFFFDC, t52
- 68: LDL (t52), t54
- 69: PUTL t54, R23
- 70: INCEIPL $4
-
- 0x25472BB4: 8308FFE0 lwz r24,-32(r8)
- 71: GETL R8, t56
- 72: ADDL $0xFFFFFFE0, t56
- 73: LDL (t56), t58
- 74: PUTL t58, R24
- 75: INCEIPL $4
-
- 0x25472BB8: 8328FFE4 lwz r25,-28(r8)
- 76: GETL R8, t60
- 77: ADDL $0xFFFFFFE4, t60
- 78: LDL (t60), t62
- 79: PUTL t62, R25
- 80: INCEIPL $4
-
- 0x25472BBC: 8348FFE8 lwz r26,-24(r8)
- 81: GETL R8, t64
- 82: ADDL $0xFFFFFFE8, t64
- 83: LDL (t64), t66
- 84: PUTL t66, R26
- 85: INCEIPL $4
-
- 0x25472BC0: 8368FFEC lwz r27,-20(r8)
- 86: GETL R8, t68
- 87: ADDL $0xFFFFFFEC, t68
- 88: LDL (t68), t70
- 89: PUTL t70, R27
- 90: INCEIPL $4
-
- 0x25472BC4: 8388FFF0 lwz r28,-16(r8)
- 91: GETL R8, t72
- 92: ADDL $0xFFFFFFF0, t72
- 93: LDL (t72), t74
- 94: PUTL t74, R28
- 95: INCEIPL $4
-
- 0x25472BC8: 83A8FFF4 lwz r29,-12(r8)
- 96: GETL R8, t76
- 97: ADDL $0xFFFFFFF4, t76
- 98: LDL (t76), t78
- 99: PUTL t78, R29
- 100: INCEIPL $4
-
- 0x25472BCC: 83C8FFF8 lwz r30,-8(r8)
- 101: GETL R8, t80
- 102: ADDL $0xFFFFFFF8, t80
- 103: LDL (t80), t82
- 104: PUTL t82, R30
- 105: INCEIPL $4
-
- 0x25472BD0: 83E8FFFC lwz r31,-4(r8)
- 106: GETL R8, t84
- 107: ADDL $0xFFFFFFFC, t84
- 108: LDL (t84), t86
- 109: PUTL t86, R31
- 110: INCEIPL $4
-
- 0x25472BD4: 7D014378 or r1,r8,r8
- 111: GETL R8, t88
- 112: PUTL t88, R1
- 113: INCEIPL $4
-
- 0x25472BD8: 4E800020 blr
- 114: GETL LR, t90
- 115: JMPo-r t90 ($4)
-
-
-. 0 25472B78 100
-. 81 01 00 00 82 28 00 04 81 88 FF B4 7E 28 03 A6 81 C8 FF B8 81 E8 FF BC 7D 81 81 20 82 08 FF C0 82 28 FF C4 82 48 FF C8 82 68 FF CC 82 88 FF D0 82 A8 FF D4 82 C8 FF D8 82 E8 FF DC 83 08 FF E0 83 28 FF E4 83 48 FF E8 83 68 FF EC 83 88 FF F0 83 A8 FF F4 83 C8 FF F8 83 E8 FF FC 7D 01 43 78 4E 80 00 20
-
-==== BB 1213 (0x2547F324) approx BBs exec'd 0 ====
-
- 0x2547F324: 82A10224 lwz r21,548(r1)
- 0: GETL R1, t0
- 1: ADDL $0x224, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R21
- 4: INCEIPL $4
-
- 0x2547F328: 806101E0 lwz r3,480(r1)
- 5: GETL R1, t4
- 6: ADDL $0x1E0, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0x2547F32C: 7EA803A6 mtlr r21
- 10: GETL R21, t8
- 11: PUTL t8, LR
- 12: INCEIPL $4
-
- 0x2547F330: 82C101F8 lwz r22,504(r1)
- 13: GETL R1, t10
- 14: ADDL $0x1F8, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R22
- 17: INCEIPL $4
-
- 0x2547F334: 82A101F4 lwz r21,500(r1)
- 18: GETL R1, t14
- 19: ADDL $0x1F4, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R21
- 22: INCEIPL $4
-
- 0x2547F338: 82E101FC lwz r23,508(r1)
- 23: GETL R1, t18
- 24: ADDL $0x1FC, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R23
- 27: INCEIPL $4
-
- 0x2547F33C: 83010200 lwz r24,512(r1)
- 28: GETL R1, t22
- 29: ADDL $0x200, t22
- 30: LDL (t22), t24
- 31: PUTL t24, R24
- 32: INCEIPL $4
-
- 0x2547F340: 83210204 lwz r25,516(r1)
- 33: GETL R1, t26
- 34: ADDL $0x204, t26
- 35: LDL (t26), t28
- 36: PUTL t28, R25
- 37: INCEIPL $4
-
- 0x2547F344: 83410208 lwz r26,520(r1)
- 38: GETL R1, t30
- 39: ADDL $0x208, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R26
- 42: INCEIPL $4
-
- 0x2547F348: 8361020C lwz r27,524(r1)
- 43: GETL R1, t34
- 44: ADDL $0x20C, t34
- 45: LDL (t34), t36
- 46: PUTL t36, R27
- 47: INCEIPL $4
-
- 0x2547F34C: 83810210 lwz r28,528(r1)
- 48: GETL R1, t38
- 49: ADDL $0x210, t38
- 50: LDL (t38), t40
- 51: PUTL t40, R28
- 52: INCEIPL $4
-
- 0x2547F350: 83A10214 lwz r29,532(r1)
- 53: GETL R1, t42
- 54: ADDL $0x214, t42
- 55: LDL (t42), t44
- 56: PUTL t44, R29
- 57: INCEIPL $4
-
- 0x2547F354: 83C10218 lwz r30,536(r1)
- 58: GETL R1, t46
- 59: ADDL $0x218, t46
- 60: LDL (t46), t48
- 61: PUTL t48, R30
- 62: INCEIPL $4
-
- 0x2547F358: 83E1021C lwz r31,540(r1)
- 63: GETL R1, t50
- 64: ADDL $0x21C, t50
- 65: LDL (t50), t52
- 66: PUTL t52, R31
- 67: INCEIPL $4
-
- 0x2547F35C: 38210220 addi r1,r1,544
- 68: GETL R1, t54
- 69: ADDL $0x220, t54
- 70: PUTL t54, R1
- 71: INCEIPL $4
-
- 0x2547F360: 4E800020 blr
- 72: GETL LR, t56
- 73: JMPo-r t56 ($4)
-
-
-. 0 2547F324 64
-. 82 A1 02 24 80 61 01 E0 7E A8 03 A6 82 C1 01 F8 82 A1 01 F4 82 E1 01 FC 83 01 02 00 83 21 02 04 83 41 02 08 83 61 02 0C 83 81 02 10 83 A1 02 14 83 C1 02 18 83 E1 02 1C 38 21 02 20 4E 80 00 20
-
-==== BB 1214 (0x25471A20) approx BBs exec'd 0 ====
-
- 0x25471A20: 813E04F4 lwz r9,1268(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4F4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x25471A24: 7C7D1B78 or r29,r3,r3
- 5: GETL R3, t4
- 6: PUTL t4, R29
- 7: INCEIPL $4
-
- 0x25471A28: 38600000 li r3,0
- 8: MOVL $0x0, t6
- 9: PUTL t6, R3
- 10: INCEIPL $4
-
- 0x25471A2C: 80090000 lwz r0,0(r9)
- 11: GETL R9, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R0
- 14: INCEIPL $4
-
- 0x25471A30: 70090080 andi. r9,r0,0x80
- 15: GETL R0, t12
- 16: ANDL $0x80, t12
- 17: PUTL t12, R9
- 18: CMP0L t12, t14 (-rSo)
- 19: ICRFL t14, $0x0, CR
- 20: INCEIPL $4
-
- 0x25471A34: 40820028 bc 4,2,0x25471A5C
- 21: Jc02o $0x25471A5C
-
-
-. 0 25471A20 24
-. 81 3E 04 F4 7C 7D 1B 78 38 60 00 00 80 09 00 00 70 09 00 80 40 82 00 28
-
-==== BB 1215 (0x25471A38) approx BBs exec'd 0 ====
-
- 0x25471A38: 80810024 lwz r4,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x25471A3C: 7FA3EB78 or r3,r29,r29
- 5: GETL R29, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x25471A40: 8361000C lwz r27,12(r1)
- 8: GETL R1, t6
- 9: ADDL $0xC, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R27
- 12: INCEIPL $4
-
- 0x25471A44: 83810010 lwz r28,16(r1)
- 13: GETL R1, t10
- 14: ADDL $0x10, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R28
- 17: INCEIPL $4
-
- 0x25471A48: 7C8803A6 mtlr r4
- 18: GETL R4, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0x25471A4C: 83A10014 lwz r29,20(r1)
- 21: GETL R1, t16
- 22: ADDL $0x14, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R29
- 25: INCEIPL $4
-
- 0x25471A50: 83C10018 lwz r30,24(r1)
- 26: GETL R1, t20
- 27: ADDL $0x18, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R30
- 30: INCEIPL $4
-
- 0x25471A54: 38210020 addi r1,r1,32
- 31: GETL R1, t24
- 32: ADDL $0x20, t24
- 33: PUTL t24, R1
- 34: INCEIPL $4
-
- 0x25471A58: 4E800020 blr
- 35: GETL LR, t26
- 36: JMPo-r t26 ($4)
-
-
-. 0 25471A38 36
-. 80 81 00 24 7F A3 EB 78 83 61 00 0C 83 81 00 10 7C 88 03 A6 83 A1 00 14 83 C1 00 18 38 21 00 20 4E 80 00 20
-
-==== BB 1216 (0x25471DD0) approx BBs exec'd 0 ====
-
- 0x25471DD0: 82E102B4 lwz r23,692(r1)
- 0: GETL R1, t0
- 1: ADDL $0x2B4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R23
- 4: INCEIPL $4
-
- 0x25471DD4: 83010290 lwz r24,656(r1)
- 5: GETL R1, t4
- 6: ADDL $0x290, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R24
- 9: INCEIPL $4
-
- 0x25471DD8: 7EE803A6 mtlr r23
- 10: GETL R23, t8
- 11: PUTL t8, LR
- 12: INCEIPL $4
-
- 0x25471DDC: 83210294 lwz r25,660(r1)
- 13: GETL R1, t10
- 14: ADDL $0x294, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R25
- 17: INCEIPL $4
-
- 0x25471DE0: 82E1028C lwz r23,652(r1)
- 18: GETL R1, t14
- 19: ADDL $0x28C, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R23
- 22: INCEIPL $4
-
- 0x25471DE4: 83410298 lwz r26,664(r1)
- 23: GETL R1, t18
- 24: ADDL $0x298, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R26
- 27: INCEIPL $4
-
- 0x25471DE8: 8361029C lwz r27,668(r1)
- 28: GETL R1, t22
- 29: ADDL $0x29C, t22
- 30: LDL (t22), t24
- 31: PUTL t24, R27
- 32: INCEIPL $4
-
- 0x25471DEC: 838102A0 lwz r28,672(r1)
- 33: GETL R1, t26
- 34: ADDL $0x2A0, t26
- 35: LDL (t26), t28
- 36: PUTL t28, R28
- 37: INCEIPL $4
-
- 0x25471DF0: 83A102A4 lwz r29,676(r1)
- 38: GETL R1, t30
- 39: ADDL $0x2A4, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R29
- 42: INCEIPL $4
-
- 0x25471DF4: 83C102A8 lwz r30,680(r1)
- 43: GETL R1, t34
- 44: ADDL $0x2A8, t34
- 45: LDL (t34), t36
- 46: PUTL t36, R30
- 47: INCEIPL $4
-
- 0x25471DF8: 83E102AC lwz r31,684(r1)
- 48: GETL R1, t38
- 49: ADDL $0x2AC, t38
- 50: LDL (t38), t40
- 51: PUTL t40, R31
- 52: INCEIPL $4
-
- 0x25471DFC: 382102B0 addi r1,r1,688
- 53: GETL R1, t42
- 54: ADDL $0x2B0, t42
- 55: PUTL t42, R1
- 56: INCEIPL $4
-
- 0x25471E00: 4E800020 blr
- 57: GETL LR, t44
- 58: JMPo-r t44 ($4)
-
-
-. 0 25471DD0 52
-. 82 E1 02 B4 83 01 02 90 7E E8 03 A6 83 21 02 94 82 E1 02 8C 83 41 02 98 83 61 02 9C 83 81 02 A0 83 A1 02 A4 83 C1 02 A8 83 E1 02 AC 38 21 02 B0 4E 80 00 20
-
-==== BB 1217 (0x254804E8) approx BBs exec'd 0 ====
-
- 0x254804E8: 48016B19 bl 0x25497000
- 0: MOVL $0x254804EC, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x25497000 ($4)
-
-
-. 0 254804E8 4
-. 48 01 6B 19
-
-==== BB 1218 (0x254804EC) approx BBs exec'd 0 ====
-
- 0x254804EC: 7FE802A6 mflr r31
- 0: GETL LR, t0
- 1: PUTL t0, R31
- 2: INCEIPL $4
-
- 0x254804F0: 7C7E1B78 or r30,r3,r3
- 3: GETL R3, t2
- 4: PUTL t2, R30
- 5: INCEIPL $4
-
- 0x254804F4: 839F0498 lwz r28,1176(r31)
- 6: GETL R31, t4
- 7: ADDL $0x498, t4
- 8: LDL (t4), t6
- 9: PUTL t6, R28
- 10: INCEIPL $4
-
- 0x254804F8: 83BF04D0 lwz r29,1232(r31)
- 11: GETL R31, t8
- 12: ADDL $0x4D0, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R29
- 15: INCEIPL $4
-
- 0x254804FC: 837F04DC lwz r27,1244(r31)
- 16: GETL R31, t12
- 17: ADDL $0x4DC, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R27
- 20: INCEIPL $4
-
- 0x25480500: 807C0000 lwz r3,0(r28)
- 21: GETL R28, t16
- 22: LDL (t16), t18
- 23: PUTL t18, R3
- 24: INCEIPL $4
-
- 0x25480504: 809D0000 lwz r4,0(r29)
- 25: GETL R29, t20
- 26: LDL (t20), t22
- 27: PUTL t22, R4
- 28: INCEIPL $4
-
- 0x25480508: 80BB0000 lwz r5,0(r27)
- 29: GETL R27, t24
- 30: LDL (t24), t26
- 31: PUTL t26, R5
- 32: INCEIPL $4
-
- 0x2548050C: 5486103A rlwinm r6,r4,2,0,29
- 33: GETL R4, t28
- 34: SHLL $0x2, t28
- 35: PUTL t28, R6
- 36: INCEIPL $4
-
- 0x25480510: 7CC53214 add r6,r5,r6
- 37: GETL R5, t30
- 38: GETL R6, t32
- 39: ADDL t30, t32
- 40: PUTL t32, R6
- 41: INCEIPL $4
-
- 0x25480514: 38C60004 addi r6,r6,4
- 42: GETL R6, t34
- 43: ADDL $0x4, t34
- 44: PUTL t34, R6
- 45: INCEIPL $4
-
- 0x25480518: 4BFFB229 bl 0x2547B740
- 46: MOVL $0x2548051C, t36
- 47: PUTL t36, LR
- 48: JMPo-c $0x2547B740 ($4)
-
-
-. 0 254804EC 48
-. 7F E8 02 A6 7C 7E 1B 78 83 9F 04 98 83 BF 04 D0 83 7F 04 DC 80 7C 00 00 80 9D 00 00 80 BB 00 00 54 86 10 3A 7C C5 32 14 38 C6 00 04 4B FF B2 29
-
-==== BB 1219 _dl_init_internal(0x2547B740) approx BBs exec'd 0 ====
-
- 0x2547B740: 9421FFC0 stwu r1,-64(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFC0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547B744: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x2547B748: 4801B8B9 bl 0x25497000
- 9: MOVL $0x2547B74C, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-. 0 2547B740 12
-. 94 21 FF C0 7C 08 02 A6 48 01 B8 B9
-
-==== BB 1220 (0x2547B74C) approx BBs exec'd 0 ====
-
- 0x2547B74C: 93C10038 stw r30,56(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x38, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547B750: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x2547B754: 92C10018 stw r22,24(r1)
- 8: GETL R22, t6
- 9: GETL R1, t8
- 10: ADDL $0x18, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0x2547B758: 90010044 stw r0,68(r1)
- 13: GETL R0, t10
- 14: GETL R1, t12
- 15: ADDL $0x44, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0x2547B75C: 93E1003C stw r31,60(r1)
- 18: GETL R31, t14
- 19: GETL R1, t16
- 20: ADDL $0x3C, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0x2547B760: 82DE04C8 lwz r22,1224(r30)
- 23: GETL R30, t18
- 24: ADDL $0x4C8, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R22
- 27: INCEIPL $4
-
- 0x2547B764: 92E1001C stw r23,28(r1)
- 28: GETL R23, t22
- 29: GETL R1, t24
- 30: ADDL $0x1C, t24
- 31: STL t22, (t24)
- 32: INCEIPL $4
-
- 0x2547B768: 7C972378 or r23,r4,r4
- 33: GETL R4, t26
- 34: PUTL t26, R23
- 35: INCEIPL $4
-
- 0x2547B76C: 83F601A0 lwz r31,416(r22)
- 36: GETL R22, t28
- 37: ADDL $0x1A0, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R31
- 40: INCEIPL $4
-
- 0x2547B770: 93010020 stw r24,32(r1)
- 41: GETL R24, t32
- 42: GETL R1, t34
- 43: ADDL $0x20, t34
- 44: STL t32, (t34)
- 45: INCEIPL $4
-
- 0x2547B774: 7CB82B78 or r24,r5,r5
- 46: GETL R5, t36
- 47: PUTL t36, R24
- 48: INCEIPL $4
-
- 0x2547B778: 2F9F0000 cmpi cr7,r31,0
- 49: GETL R31, t38
- 50: CMP0L t38, t40 (-rSo)
- 51: ICRFL t40, $0x7, CR
- 52: INCEIPL $4
-
- 0x2547B77C: 93210024 stw r25,36(r1)
- 53: GETL R25, t42
- 54: GETL R1, t44
- 55: ADDL $0x24, t44
- 56: STL t42, (t44)
- 57: INCEIPL $4
-
- 0x2547B780: 93410028 stw r26,40(r1)
- 58: GETL R26, t46
- 59: GETL R1, t48
- 60: ADDL $0x28, t48
- 61: STL t46, (t48)
- 62: INCEIPL $4
-
- 0x2547B784: 7CD93378 or r25,r6,r6
- 63: GETL R6, t50
- 64: PUTL t50, R25
- 65: INCEIPL $4
-
- 0x2547B788: 9361002C stw r27,44(r1)
- 66: GETL R27, t52
- 67: GETL R1, t54
- 68: ADDL $0x2C, t54
- 69: STL t52, (t54)
- 70: INCEIPL $4
-
- 0x2547B78C: 7C7A1B78 or r26,r3,r3
- 71: GETL R3, t56
- 72: PUTL t56, R26
- 73: INCEIPL $4
-
- 0x2547B790: 93A10034 stw r29,52(r1)
- 74: GETL R29, t58
- 75: GETL R1, t60
- 76: ADDL $0x34, t60
- 77: STL t58, (t60)
- 78: INCEIPL $4
-
- 0x2547B794: 92810010 stw r20,16(r1)
- 79: GETL R20, t62
- 80: GETL R1, t64
- 81: ADDL $0x10, t64
- 82: STL t62, (t64)
- 83: INCEIPL $4
-
- 0x2547B798: 92A10014 stw r21,20(r1)
- 84: GETL R21, t66
- 85: GETL R1, t68
- 86: ADDL $0x14, t68
- 87: STL t66, (t68)
- 88: INCEIPL $4
-
- 0x2547B79C: 93810030 stw r28,48(r1)
- 89: GETL R28, t70
- 90: GETL R1, t72
- 91: ADDL $0x30, t72
- 92: STL t70, (t72)
- 93: INCEIPL $4
-
- 0x2547B7A0: 83A300A0 lwz r29,160(r3)
- 94: GETL R3, t74
- 95: ADDL $0xA0, t74
- 96: LDL (t74), t76
- 97: PUTL t76, R29
- 98: INCEIPL $4
-
- 0x2547B7A4: 836300A4 lwz r27,164(r3)
- 99: GETL R3, t78
- 100: ADDL $0xA4, t78
- 101: LDL (t78), t80
- 102: PUTL t80, R27
- 103: INCEIPL $4
-
- 0x2547B7A8: 409E019C bc 4,30,0x2547B944
- 104: Jc30o $0x2547B944
-
-
-. 0 2547B74C 96
-. 93 C1 00 38 7F C8 02 A6 92 C1 00 18 90 01 00 44 93 E1 00 3C 82 DE 04 C8 92 E1 00 1C 7C 97 23 78 83 F6 01 A0 93 01 00 20 7C B8 2B 78 2F 9F 00 00 93 21 00 24 93 41 00 28 7C D9 33 78 93 61 00 2C 7C 7A 1B 78 93 A1 00 34 92 81 00 10 92 A1 00 14 93 81 00 30 83 A3 00 A0 83 63 00 A4 40 9E 01 9C
-
-==== BB 1221 (0x2547B944) approx BBs exec'd 0 ====
-
- 0x2547B944: 801F0180 lwz r0,384(r31)
- 0: GETL R31, t0
- 1: ADDL $0x180, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x2547B948: 74091000 andis. r9,r0,0x1000
- 5: GETL R0, t4
- 6: ANDL $0x10000000, t4
- 7: PUTL t4, R9
- 8: CMP0L t4, t6 (-rSo)
- 9: ICRFL t6, $0x0, CR
- 10: INCEIPL $4
-
- 0x2547B94C: 40820110 bc 4,2,0x2547BA5C
- 11: Jc02o $0x2547BA5C
-
-
-. 0 2547B944 12
-. 80 1F 01 80 74 09 10 00 40 82 01 10
-
-==== BB 1222 (0x2547B950) approx BBs exec'd 0 ====
-
- 0x2547B950: 64091000 oris r9,r0,0x1000
- 0: GETL R0, t0
- 1: ORL $0x10000000, t0
- 2: PUTL t0, R9
- 3: INCEIPL $4
-
- 0x2547B954: 809F0004 lwz r4,4(r31)
- 4: GETL R31, t2
- 5: ADDL $0x4, t2
- 6: LDL (t2), t4
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0x2547B958: 913F0180 stw r9,384(r31)
- 9: GETL R9, t6
- 10: GETL R31, t8
- 11: ADDL $0x180, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x2547B95C: 88640000 lbz r3,0(r4)
- 14: GETL R4, t10
- 15: LDB (t10), t12
- 16: PUTL t12, R3
- 17: INCEIPL $4
-
- 0x2547B960: 2F030000 cmpi cr6,r3,0
- 18: GETL R3, t14
- 19: CMP0L t14, t16 (-rSo)
- 20: ICRFL t16, $0x6, CR
- 21: INCEIPL $4
-
- 0x2547B964: 419A00F0 bc 12,26,0x2547BA54
- 22: Js26o $0x2547BA54
-
-
-. 0 2547B950 24
-. 64 09 10 00 80 9F 00 04 91 3F 01 80 88 64 00 00 2F 03 00 00 41 9A 00 F0
-
-==== BB 1223 (0x2547B968) approx BBs exec'd 0 ====
-
- 0x2547B968: 815F0050 lwz r10,80(r31)
- 0: GETL R31, t0
- 1: ADDL $0x50, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x2547B96C: 2C8A0000 cmpi cr1,r10,0
- 5: GETL R10, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x2547B970: 40860010 bc 4,6,0x2547B980
- 9: Jc06o $0x2547B980
-
-
-. 0 2547B968 12
-. 81 5F 00 50 2C 8A 00 00 40 86 00 10
-
-==== BB 1224 (0x2547B980) approx BBs exec'd 0 ====
-
- 0x2547B980: 813E04F4 lwz r9,1268(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4F4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x2547B984: 80C90000 lwz r6,0(r9)
- 5: GETL R9, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R6
- 8: INCEIPL $4
-
- 0x2547B988: 70C90002 andi. r9,r6,0x2
- 9: GETL R6, t8
- 10: ANDL $0x2, t8
- 11: PUTL t8, R9
- 12: CMP0L t8, t10 (-rSo)
- 13: ICRFL t10, $0x0, CR
- 14: INCEIPL $4
-
- 0x2547B98C: 40820130 bc 4,2,0x2547BABC
- 15: Jc02o $0x2547BABC
-
-
-. 0 2547B980 16
-. 81 3E 04 F4 80 C9 00 00 70 C9 00 02 40 82 01 30
-
-==== BB 1225 (0x2547B990) approx BBs exec'd 0 ====
-
- 0x2547B990: 2F0A0000 cmpi cr6,r10,0
- 0: GETL R10, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x2547B994: 409A00D4 bc 4,26,0x2547BA68
- 4: Jc26o $0x2547BA68
-
-
-. 0 2547B990 8
-. 2F 0A 00 00 40 9A 00 D4
-
-==== BB 1226 (0x2547BA68) approx BBs exec'd 0 ====
-
- 0x2547BA68: 818A0004 lwz r12,4(r10)
- 0: GETL R10, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R12
- 4: INCEIPL $4
-
- 0x2547BA6C: 7EE3BB78 or r3,r23,r23
- 5: GETL R23, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x2547BA70: 811F0000 lwz r8,0(r31)
- 8: GETL R31, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R8
- 11: INCEIPL $4
-
- 0x2547BA74: 7F04C378 or r4,r24,r24
- 12: GETL R24, t10
- 13: PUTL t10, R4
- 14: INCEIPL $4
-
- 0x2547BA78: 7F25CB78 or r5,r25,r25
- 15: GETL R25, t12
- 16: PUTL t12, R5
- 17: INCEIPL $4
-
- 0x2547BA7C: 7CE86214 add r7,r8,r12
- 18: GETL R8, t14
- 19: GETL R12, t16
- 20: ADDL t14, t16
- 21: PUTL t16, R7
- 22: INCEIPL $4
-
- 0x2547BA80: 7CE903A6 mtctr r7
- 23: GETL R7, t18
- 24: PUTL t18, CTR
- 25: INCEIPL $4
-
- 0x2547BA84: 4E800421 bctrl
- 26: MOVL $0x2547BA88, t20
- 27: PUTL t20, LR
- 28: GETL CTR, t22
- 29: JMPo-c t22 ($4)
-
-
-. 0 2547BA68 32
-. 81 8A 00 04 7E E3 BB 78 81 1F 00 00 7F 04 C3 78 7F 25 CB 78 7C E8 62 14 7C E9 03 A6 4E 80 04 21
-
-==== BB 1227 (0xFFDE898) approx BBs exec'd 0 ====
-
- 0xFFDE898: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFFDE89C: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFFDE8A0: 90010014 stw r0,20(r1)
- 9: GETL R0, t6
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFFDE8A4: 4800001D bl 0xFFDE8C0
- 14: MOVL $0xFFDE8A8, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0xFFDE8C0 ($4)
-
-
-. 0 FFDE898 16
-. 94 21 FF F0 7C 08 02 A6 90 01 00 14 48 00 00 1D
-
-==== BB 1228 (0xFFDE8C0) approx BBs exec'd 0 ====
-
- 0xFFDE8C0: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFFDE8C4: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFFDE8C8: 93C10008 stw r30,8(r1)
- 9: GETL R30, t6
- 10: GETL R1, t8
- 11: ADDL $0x8, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFFDE8CC: 90010014 stw r0,20(r1)
- 14: GETL R0, t10
- 15: GETL R1, t12
- 16: ADDL $0x14, t12
- 17: STL t10, (t12)
- 18: INCEIPL $4
-
- 0xFFDE8D0: 48010839 bl 0xFFEF108
- 19: MOVL $0xFFDE8D4, t14
- 20: PUTL t14, LR
- 21: JMPo-c $0xFFEF108 ($4)
-
-
-. 0 FFDE8C0 20
-. 94 21 FF F0 7C 08 02 A6 93 C1 00 08 90 01 00 14 48 01 08 39
-
-==== BB 1229 (0xFFEF108) approx BBs exec'd 0 ====
-
- 0xFFEF108: 4E800021 blrl
- 0: GETL LR, t0
- 1: MOVL $0xFFEF10C, t2
- 2: PUTL t2, LR
- 3: JMPo-r t0 ($4)
-
-
-. 0 FFEF108 4
-. 4E 80 00 21
-
-==== BB 1230 (0xFFDE8D4) approx BBs exec'd 0 ====
-
- 0xFFDE8D4: 7FC802A6 mflr r30
- 0: GETL LR, t0
- 1: PUTL t0, R30
- 2: INCEIPL $4
-
- 0xFFDE8D8: 801E000C lwz r0,12(r30)
- 3: GETL R30, t2
- 4: ADDL $0xC, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0xFFDE8DC: 2F800000 cmpi cr7,r0,0
- 8: GETL R0, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x7, CR
- 11: INCEIPL $4
-
- 0xFFDE8E0: 419E000C bc 12,30,0xFFDE8EC
- 12: Js30o $0xFFDE8EC
-
-
-. 0 FFDE8D4 16
-. 7F C8 02 A6 80 1E 00 0C 2F 80 00 00 41 9E 00 0C
-
-==== BB 1231 (0xFFDE8EC) approx BBs exec'd 0 ====
-
- 0xFFDE8EC: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFFDE8F0: 7C0803A6 mtlr r0
- 5: GETL R0, t4
- 6: PUTL t4, LR
- 7: INCEIPL $4
-
- 0xFFDE8F4: 83C10008 lwz r30,8(r1)
- 8: GETL R1, t6
- 9: ADDL $0x8, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R30
- 12: INCEIPL $4
-
- 0xFFDE8F8: 38210010 addi r1,r1,16
- 13: GETL R1, t10
- 14: ADDL $0x10, t10
- 15: PUTL t10, R1
- 16: INCEIPL $4
-
- 0xFFDE8FC: 4E800020 blr
- 17: GETL LR, t12
- 18: JMPo-r t12 ($4)
-
-
-. 0 FFDE8EC 20
-. 80 01 00 14 7C 08 03 A6 83 C1 00 08 38 21 00 10 4E 80 00 20
-
-==== BB 1232 (0xFFDE8A8) approx BBs exec'd 0 ====
-
- 0xFFDE8A8: 48000115 bl 0xFFDE9BC
- 0: MOVL $0xFFDE8AC, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0xFFDE9BC ($4)
-
-
-. 0 FFDE8A8 4
-. 48 00 01 15
-
-==== BB 1233 (0xFFDE9BC) approx BBs exec'd 0 ====
-
- 0xFFDE9BC: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFFDE9C0: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFFDE9C4: 429F0005 bcl 20,31,0xFFDE9C8
- 9: MOVL $0xFFDE9C8, t6
- 10: PUTL t6, LR
- 11: INCEIPL $4
-
- 0xFFDE9C8: 93C10008 stw r30,8(r1)
- 12: GETL R30, t8
- 13: GETL R1, t10
- 14: ADDL $0x8, t10
- 15: STL t8, (t10)
- 16: INCEIPL $4
-
- 0xFFDE9CC: 7FC802A6 mflr r30
- 17: GETL LR, t12
- 18: PUTL t12, R30
- 19: INCEIPL $4
-
- 0xFFDE9D0: 90010014 stw r0,20(r1)
- 20: GETL R0, t14
- 21: GETL R1, t16
- 22: ADDL $0x14, t16
- 23: STL t14, (t16)
- 24: INCEIPL $4
-
- 0xFFDE9D4: 801EFFF0 lwz r0,-16(r30)
- 25: GETL R30, t18
- 26: ADDL $0xFFFFFFF0, t18
- 27: LDL (t18), t20
- 28: PUTL t20, R0
- 29: INCEIPL $4
-
- 0xFFDE9D8: 7FC0F214 add r30,r0,r30
- 30: GETL R0, t22
- 31: GETL R30, t24
- 32: ADDL t22, t24
- 33: PUTL t24, R30
- 34: INCEIPL $4
-
- 0xFFDE9DC: 807E8010 lwz r3,-32752(r30)
- 35: GETL R30, t26
- 36: ADDL $0xFFFF8010, t26
- 37: LDL (t26), t28
- 38: PUTL t28, R3
- 39: INCEIPL $4
-
- 0xFFDE9E0: 80030000 lwz r0,0(r3)
- 40: GETL R3, t30
- 41: LDL (t30), t32
- 42: PUTL t32, R0
- 43: INCEIPL $4
-
- 0xFFDE9E4: 2F800000 cmpi cr7,r0,0
- 44: GETL R0, t34
- 45: CMP0L t34, t36 (-rSo)
- 46: ICRFL t36, $0x7, CR
- 47: INCEIPL $4
-
- 0xFFDE9E8: 419E0018 bc 12,30,0xFFDEA00
- 48: Js30o $0xFFDEA00
-
-
-. 0 FFDE9BC 48
-. 94 21 FF F0 7C 08 02 A6 42 9F 00 05 93 C1 00 08 7F C8 02 A6 90 01 00 14 80 1E FF F0 7F C0 F2 14 80 7E 80 10 80 03 00 00 2F 80 00 00 41 9E 00 18
-
-==== BB 1234 (0xFFDEA00) approx BBs exec'd 0 ====
-
- 0xFFDEA00: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFFDEA04: 83C10008 lwz r30,8(r1)
- 5: GETL R1, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R30
- 9: INCEIPL $4
-
- 0xFFDEA08: 38210010 addi r1,r1,16
- 10: GETL R1, t8
- 11: ADDL $0x10, t8
- 12: PUTL t8, R1
- 13: INCEIPL $4
-
- 0xFFDEA0C: 7C0803A6 mtlr r0
- 14: GETL R0, t10
- 15: PUTL t10, LR
- 16: INCEIPL $4
-
- 0xFFDEA10: 4E800020 blr
- 17: GETL LR, t12
- 18: JMPo-r t12 ($4)
-
-
-. 0 FFDEA00 20
-. 80 01 00 14 83 C1 00 08 38 21 00 10 7C 08 03 A6 4E 80 00 20
-
-==== BB 1235 (0xFFDE8AC) approx BBs exec'd 0 ====
-
- 0xFFDE8AC: 48000659 bl 0xFFDEF04
- 0: MOVL $0xFFDE8B0, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0xFFDEF04 ($4)
-
-
-. 0 FFDE8AC 4
-. 48 00 06 59
-
-==== BB 1236 (0xFFDEF04) approx BBs exec'd 0 ====
-
- 0xFFDEF04: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFFDEF08: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFFDEF0C: 429F0005 bcl 20,31,0xFFDEF10
- 9: MOVL $0xFFDEF10, t6
- 10: PUTL t6, LR
- 11: INCEIPL $4
-
- 0xFFDEF10: 93C10008 stw r30,8(r1)
- 12: GETL R30, t8
- 13: GETL R1, t10
- 14: ADDL $0x8, t10
- 15: STL t8, (t10)
- 16: INCEIPL $4
-
- 0xFFDEF14: 7FC802A6 mflr r30
- 17: GETL LR, t12
- 18: PUTL t12, R30
- 19: INCEIPL $4
-
- 0xFFDEF18: 93E1000C stw r31,12(r1)
- 20: GETL R31, t14
- 21: GETL R1, t16
- 22: ADDL $0xC, t16
- 23: STL t14, (t16)
- 24: INCEIPL $4
-
- 0xFFDEF1C: 90010014 stw r0,20(r1)
- 25: GETL R0, t18
- 26: GETL R1, t20
- 27: ADDL $0x14, t20
- 28: STL t18, (t20)
- 29: INCEIPL $4
-
- 0xFFDEF20: 801EFFF0 lwz r0,-16(r30)
- 30: GETL R30, t22
- 31: ADDL $0xFFFFFFF0, t22
- 32: LDL (t22), t24
- 33: PUTL t24, R0
- 34: INCEIPL $4
-
- 0xFFDEF24: 7FC0F214 add r30,r0,r30
- 35: GETL R0, t26
- 36: GETL R30, t28
- 37: ADDL t26, t28
- 38: PUTL t28, R30
- 39: INCEIPL $4
-
- 0xFFDEF28: 813E8000 lwz r9,-32768(r30)
- 40: GETL R30, t30
- 41: ADDL $0xFFFF8000, t30
- 42: LDL (t30), t32
- 43: PUTL t32, R9
- 44: INCEIPL $4
-
- 0xFFDEF2C: 8009FFFC lwz r0,-4(r9)
- 45: GETL R9, t34
- 46: ADDL $0xFFFFFFFC, t34
- 47: LDL (t34), t36
- 48: PUTL t36, R0
- 49: INCEIPL $4
-
- 0xFFDEF30: 3BE9FFFC addi r31,r9,-4
- 50: GETL R9, t38
- 51: ADDL $0xFFFFFFFC, t38
- 52: PUTL t38, R31
- 53: INCEIPL $4
-
- 0xFFDEF34: 48000010 b 0xFFDEF44
- 54: JMPo $0xFFDEF44 ($4)
-
-
-. 0 FFDEF04 52
-. 94 21 FF F0 7C 08 02 A6 42 9F 00 05 93 C1 00 08 7F C8 02 A6 93 E1 00 0C 90 01 00 14 80 1E FF F0 7F C0 F2 14 81 3E 80 00 80 09 FF FC 3B E9 FF FC 48 00 00 10
-
-==== BB 1237 (0xFFDEF44) approx BBs exec'd 0 ====
-
- 0xFFDEF44: 2F80FFFF cmpi cr7,r0,-1
- 0: GETL R0, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFFDEF48: 409EFFF0 bc 4,30,0xFFDEF38
- 5: Jc30o $0xFFDEF38
-
-
-. 0 FFDEF44 8
-. 2F 80 FF FF 40 9E FF F0
-
-==== BB 1238 (0xFFDEF4C) approx BBs exec'd 0 ====
-
- 0xFFDEF4C: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFFDEF50: 83C10008 lwz r30,8(r1)
- 5: GETL R1, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R30
- 9: INCEIPL $4
-
- 0xFFDEF54: 83E1000C lwz r31,12(r1)
- 10: GETL R1, t8
- 11: ADDL $0xC, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R31
- 14: INCEIPL $4
-
- 0xFFDEF58: 7C0803A6 mtlr r0
- 15: GETL R0, t12
- 16: PUTL t12, LR
- 17: INCEIPL $4
-
- 0xFFDEF5C: 38210010 addi r1,r1,16
- 18: GETL R1, t14
- 19: ADDL $0x10, t14
- 20: PUTL t14, R1
- 21: INCEIPL $4
-
- 0xFFDEF60: 4E800020 blr
- 22: GETL LR, t16
- 23: JMPo-r t16 ($4)
-
-
-. 0 FFDEF4C 24
-. 80 01 00 14 83 C1 00 08 83 E1 00 0C 7C 08 03 A6 38 21 00 10 4E 80 00 20
-
-==== BB 1239 (0xFFDE8B0) approx BBs exec'd 0 ====
-
- 0xFFDE8B0: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFFDE8B4: 7C0803A6 mtlr r0
- 5: GETL R0, t4
- 6: PUTL t4, LR
- 7: INCEIPL $4
-
- 0xFFDE8B8: 38210010 addi r1,r1,16
- 8: GETL R1, t6
- 9: ADDL $0x10, t6
- 10: PUTL t6, R1
- 11: INCEIPL $4
-
- 0xFFDE8BC: 4E800020 blr
- 12: GETL LR, t8
- 13: JMPo-r t8 ($4)
-
-
-. 0 FFDE8B0 16
-. 80 01 00 14 7C 08 03 A6 38 21 00 10 4E 80 00 20
-
-==== BB 1240 (0x2547BA88) approx BBs exec'd 0 ====
-
- 0x2547BA88: 4BFFFF10 b 0x2547B998
- 0: JMPo $0x2547B998 ($4)
-
-
-. 0 2547BA88 4
-. 4B FF FF 10
-
-==== BB 1241 (0x2547B998) approx BBs exec'd 0 ====
-
- 0x2547B998: 817F0084 lwz r11,132(r31)
- 0: GETL R31, t0
- 1: ADDL $0x84, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x2547B99C: 2C8B0000 cmpi cr1,r11,0
- 5: GETL R11, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x2547B9A0: 418600BC bc 12,6,0x2547BA5C
- 9: Js06o $0x2547BA5C
-
-
-. 0 2547B998 12
-. 81 7F 00 84 2C 8B 00 00 41 86 00 BC
-
-==== BB 1242 (0x2547BA5C) approx BBs exec'd 0 ====
-
- 0x2547BA5C: 3B800000 li r28,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R28
- 2: INCEIPL $4
-
- 0x2547BA60: 939601A0 stw r28,416(r22)
- 3: GETL R28, t2
- 4: GETL R22, t4
- 5: ADDL $0x1A0, t4
- 6: STL t2, (t4)
- 7: INCEIPL $4
-
- 0x2547BA64: 4BFFFD48 b 0x2547B7AC
- 8: JMPo $0x2547B7AC ($4)
-
-
-. 0 2547BA5C 12
-. 3B 80 00 00 93 96 01 A0 4B FF FD 48
-
-==== BB 1243 (0x2547B7AC) approx BBs exec'd 0 ====
-
- 0x2547B7AC: 2F9D0000 cmpi cr7,r29,0
- 0: GETL R29, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x2547B7B0: 409E0240 bc 4,30,0x2547B9F0
- 4: Jc30o $0x2547B9F0
-
-
-. 0 2547B7AC 8
-. 2F 9D 00 00 40 9E 02 40
-
-==== BB 1244 (0x2547B7B4) approx BBs exec'd 0 ====
-
- 0x2547B7B4: 38600000 li r3,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x2547B7B8: 3A800001 li r20,1
- 3: MOVL $0x1, t2
- 4: PUTL t2, R20
- 5: INCEIPL $4
-
- 0x2547B7BC: 48000789 bl 0x2547BF44
- 6: MOVL $0x2547B7C0, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0x2547BF44 ($4)
-
-
-. 0 2547B7B4 12
-. 38 60 00 00 3A 80 00 01 48 00 07 89
-
-==== BB 1245 (0x2547BF94) approx BBs exec'd 0 ====
-
- 0x2547BF94: 83C10008 lwz r30,8(r1)
- 0: GETL R1, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R30
- 4: INCEIPL $4
-
- 0x2547BF98: 38210010 addi r1,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R1
- 8: INCEIPL $4
-
- 0x2547BF9C: 4E800020 blr
- 9: GETL LR, t6
- 10: JMPo-r t6 ($4)
-
-
-. 0 2547BF94 12
-. 83 C1 00 08 38 21 00 10 4E 80 00 20
-
-==== BB 1246 (0x2547B7C0) approx BBs exec'd 0 ====
-
- 0x2547B7C0: 9283000C stw r20,12(r3)
- 0: GETL R20, t0
- 1: GETL R3, t2
- 2: ADDL $0xC, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547B7C4: 7C761B78 or r22,r3,r3
- 5: GETL R3, t4
- 6: PUTL t4, R22
- 7: INCEIPL $4
-
- 0x2547B7C8: 480007D9 bl 0x2547BFA0
- 8: MOVL $0x2547B7CC, t6
- 9: PUTL t6, LR
- 10: JMPo-c $0x2547BFA0 ($4)
-
-
-. 0 2547B7C0 12
-. 92 83 00 0C 7C 76 1B 78 48 00 07 D9
-
-==== BB 1247 (0x2547B7CC) approx BBs exec'd 0 ====
-
- 0x2547B7CC: 83BA015C lwz r29,348(r26)
- 0: GETL R26, t0
- 1: ADDL $0x15C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0x2547B7D0: 2F9D0000 cmpi cr7,r29,0
- 5: GETL R29, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x2547B7D4: 3B9DFFFF addi r28,r29,-1
- 9: GETL R29, t8
- 10: ADDL $0xFFFFFFFF, t8
- 11: PUTL t8, R28
- 12: INCEIPL $4
-
- 0x2547B7D8: 419E0058 bc 12,30,0x2547B830
- 13: Js30o $0x2547B830
-
-
-. 0 2547B7CC 16
-. 83 BA 01 5C 2F 9D 00 00 3B 9D FF FF 41 9E 00 58
-
-==== BB 1248 (0x2547B7DC) approx BBs exec'd 0 ====
-
- 0x2547B7DC: 82BA01E8 lwz r21,488(r26)
- 0: GETL R26, t0
- 1: ADDL $0x1E8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R21
- 4: INCEIPL $4
-
- 0x2547B7E0: 5780103A rlwinm r0,r28,2,0,29
- 5: GETL R28, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x2547B7E4: 7FF5002E lwzx r31,r21,r0
- 9: GETL R0, t6
- 10: GETL R21, t8
- 11: ADDL t8, t6
- 12: LDL (t6), t10
- 13: PUTL t10, R31
- 14: INCEIPL $4
-
- 0x2547B7E8: 801F0180 lwz r0,384(r31)
- 15: GETL R31, t12
- 16: ADDL $0x180, t12
- 17: LDL (t12), t14
- 18: PUTL t14, R0
- 19: INCEIPL $4
-
- 0x2547B7EC: 74091000 andis. r9,r0,0x1000
- 20: GETL R0, t16
- 21: ANDL $0x10000000, t16
- 22: PUTL t16, R9
- 23: CMP0L t16, t18 (-rSo)
- 24: ICRFL t18, $0x0, CR
- 25: INCEIPL $4
-
- 0x2547B7F0: 40820034 bc 4,2,0x2547B824
- 26: Jc02o $0x2547B824
-
-
-. 0 2547B7DC 24
-. 82 BA 01 E8 57 80 10 3A 7F F5 00 2E 80 1F 01 80 74 09 10 00 40 82 00 34
-
-==== BB 1249 (0x2547B7F4) approx BBs exec'd 0 ====
-
- 0x2547B7F4: 64091000 oris r9,r0,0x1000
- 0: GETL R0, t0
- 1: ORL $0x10000000, t0
- 2: PUTL t0, R9
- 3: INCEIPL $4
-
- 0x2547B7F8: 809F0004 lwz r4,4(r31)
- 4: GETL R31, t2
- 5: ADDL $0x4, t2
- 6: LDL (t2), t4
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0x2547B7FC: 913F0180 stw r9,384(r31)
- 9: GETL R9, t6
- 10: GETL R31, t8
- 11: ADDL $0x180, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x2547B800: 88640000 lbz r3,0(r4)
- 14: GETL R4, t10
- 15: LDB (t10), t12
- 16: PUTL t12, R3
- 17: INCEIPL $4
-
- 0x2547B804: 2F030000 cmpi cr6,r3,0
- 18: GETL R3, t14
- 19: CMP0L t14, t16 (-rSo)
- 20: ICRFL t16, $0x6, CR
- 21: INCEIPL $4
-
- 0x2547B808: 419A0104 bc 12,26,0x2547B90C
- 22: Js26o $0x2547B90C
-
-
-. 0 2547B7F4 24
-. 64 09 10 00 80 9F 00 04 91 3F 01 80 88 64 00 00 2F 03 00 00 41 9A 01 04
-
-==== BB 1250 (0x2547B80C) approx BBs exec'd 0 ====
-
- 0x2547B80C: 815F0050 lwz r10,80(r31)
- 0: GETL R31, t0
- 1: ADDL $0x50, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x2547B810: 2C8A0000 cmpi cr1,r10,0
- 5: GETL R10, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x2547B814: 40860064 bc 4,6,0x2547B878
- 9: Jc06o $0x2547B878
-
-
-. 0 2547B80C 12
-. 81 5F 00 50 2C 8A 00 00 40 86 00 64
-
-==== BB 1251 (0x2547B818) approx BBs exec'd 0 ====
-
- 0x2547B818: 80BF0084 lwz r5,132(r31)
- 0: GETL R31, t0
- 1: ADDL $0x84, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x2547B81C: 2F850000 cmpi cr7,r5,0
- 5: GETL R5, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x2547B820: 409E0058 bc 4,30,0x2547B878
- 9: Jc30o $0x2547B878
-
-
-. 0 2547B818 12
-. 80 BF 00 84 2F 85 00 00 40 9E 00 58
-
-==== BB 1252 (0x2547B824) approx BBs exec'd 0 ====
-
- 0x2547B824: 2F9C0000 cmpi cr7,r28,0
- 0: GETL R28, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x2547B828: 3B9CFFFF addi r28,r28,-1
- 4: GETL R28, t4
- 5: ADDL $0xFFFFFFFF, t4
- 6: PUTL t4, R28
- 7: INCEIPL $4
-
- 0x2547B82C: 409EFFB0 bc 4,30,0x2547B7DC
- 8: Jc30o $0x2547B7DC
-
-
-. 0 2547B824 12
-. 2F 9C 00 00 3B 9C FF FF 40 9E FF B0
-
-==== BB 1253 (0x2547B878) approx BBs exec'd 0 ====
-
- 0x2547B878: 80DE04F4 lwz r6,1268(r30)
- 0: GETL R30, t0
- 1: ADDL $0x4F4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0x2547B87C: 83660000 lwz r27,0(r6)
- 5: GETL R6, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R27
- 8: INCEIPL $4
-
- 0x2547B880: 73690002 andi. r9,r27,0x2
- 9: GETL R27, t8
- 10: ANDL $0x2, t8
- 11: PUTL t8, R9
- 12: CMP0L t8, t10 (-rSo)
- 13: ICRFL t10, $0x0, CR
- 14: INCEIPL $4
-
- 0x2547B884: 4082009C bc 4,2,0x2547B920
- 15: Jc02o $0x2547B920
-
-
-. 0 2547B878 16
-. 80 DE 04 F4 83 66 00 00 73 69 00 02 40 82 00 9C
-
-==== BB 1254 (0x2547B888) approx BBs exec'd 0 ====
-
- 0x2547B888: 2F0A0000 cmpi cr6,r10,0
- 0: GETL R10, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x2547B88C: 409A005C bc 4,26,0x2547B8E8
- 4: Jc26o $0x2547B8E8
-
-
-. 0 2547B888 8
-. 2F 0A 00 00 40 9A 00 5C
-
-==== BB 1255 (0x2547B8E8) approx BBs exec'd 0 ====
-
- 0x2547B8E8: 810A0004 lwz r8,4(r10)
- 0: GETL R10, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x2547B8EC: 7EE3BB78 or r3,r23,r23
- 5: GETL R23, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0x2547B8F0: 80FF0000 lwz r7,0(r31)
- 8: GETL R31, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R7
- 11: INCEIPL $4
-
- 0x2547B8F4: 7F25CB78 or r5,r25,r25
- 12: GETL R25, t10
- 13: PUTL t10, R5
- 14: INCEIPL $4
-
- 0x2547B8F8: 7C874214 add r4,r7,r8
- 15: GETL R7, t12
- 16: GETL R8, t14
- 17: ADDL t12, t14
- 18: PUTL t14, R4
- 19: INCEIPL $4
-
- 0x2547B8FC: 7C8903A6 mtctr r4
- 20: GETL R4, t16
- 21: PUTL t16, CTR
- 22: INCEIPL $4
-
- 0x2547B900: 7F04C378 or r4,r24,r24
- 23: GETL R24, t18
- 24: PUTL t18, R4
- 25: INCEIPL $4
-
- 0x2547B904: 4E800421 bctrl
- 26: MOVL $0x2547B908, t20
- 27: PUTL t20, LR
- 28: GETL CTR, t22
- 29: JMPo-c t22 ($4)
-
-
-. 0 2547B8E8 32
-. 81 0A 00 04 7E E3 BB 78 80 FF 00 00 7F 25 CB 78 7C 87 42 14 7C 89 03 A6 7F 04 C3 78 4E 80 04 21
-
-==== BB 1256 _init(0xFE9B620) approx BBs exec'd 0 ====
-
- 0xFE9B620: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFE9B624: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFE9B628: 4812C829 bl 0xFFC7E50
- 9: MOVL $0xFE9B62C, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFC7E50 ($4)
-
-
-. 0 FE9B620 12
-. 94 21 FF E0 7C 08 02 A6 48 12 C8 29
-
-==== BB 1257 (0xFFC7E50) approx BBs exec'd 0 ====
-
- 0xFFC7E50: 4E800021 blrl
- 0: GETL LR, t0
- 1: MOVL $0xFFC7E54, t2
- 2: PUTL t2, LR
- 3: JMPo-r t0 ($4)
-
-
-. 0 FFC7E50 4
-. 4E 80 00 21
-
-==== BB 1258 (0xFE9B62C) approx BBs exec'd 0 ====
-
- 0xFE9B62C: 93C10018 stw r30,24(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFE9B630: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFE9B634: 93810010 stw r28,16(r1)
- 8: GETL R28, t6
- 9: GETL R1, t8
- 10: ADDL $0x10, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFE9B638: 93A10014 stw r29,20(r1)
- 13: GETL R29, t10
- 14: GETL R1, t12
- 15: ADDL $0x14, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFE9B63C: 7CBC2B78 or r28,r5,r5
- 18: GETL R5, t14
- 19: PUTL t14, R28
- 20: INCEIPL $4
-
- 0xFE9B640: 93E1001C stw r31,28(r1)
- 21: GETL R31, t16
- 22: GETL R1, t18
- 23: ADDL $0x1C, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFE9B644: 7C9D2378 or r29,r4,r4
- 26: GETL R4, t20
- 27: PUTL t20, R29
- 28: INCEIPL $4
-
- 0xFE9B648: 817E1CE4 lwz r11,7396(r30)
- 29: GETL R30, t22
- 30: ADDL $0x1CE4, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R11
- 33: INCEIPL $4
-
- 0xFE9B64C: 7C7F1B78 or r31,r3,r3
- 34: GETL R3, t26
- 35: PUTL t26, R31
- 36: INCEIPL $4
-
- 0xFE9B650: 811E1AA4 lwz r8,6820(r30)
- 37: GETL R30, t28
- 38: ADDL $0x1AA4, t28
- 39: LDL (t28), t30
- 40: PUTL t30, R8
- 41: INCEIPL $4
-
- 0xFE9B654: 39200000 li r9,0
- 42: MOVL $0x0, t32
- 43: PUTL t32, R9
- 44: INCEIPL $4
-
- 0xFE9B658: 2F8B0000 cmpi cr7,r11,0
- 45: GETL R11, t34
- 46: CMP0L t34, t36 (-rSo)
- 47: ICRFL t36, $0x7, CR
- 48: INCEIPL $4
-
- 0xFE9B65C: 90010024 stw r0,36(r1)
- 49: GETL R0, t38
- 50: GETL R1, t40
- 51: ADDL $0x24, t40
- 52: STL t38, (t40)
- 53: INCEIPL $4
-
- 0xFE9B660: 7D0A4378 or r10,r8,r8
- 54: GETL R8, t42
- 55: PUTL t42, R10
- 56: INCEIPL $4
-
- 0xFE9B664: 419E0010 bc 12,30,0xFE9B674
- 57: Js30o $0xFE9B674
-
-
-. 0 FE9B62C 60
-. 93 C1 00 18 7F C8 02 A6 93 81 00 10 93 A1 00 14 7C BC 2B 78 93 E1 00 1C 7C 9D 23 78 81 7E 1C E4 7C 7F 1B 78 81 1E 1A A4 39 20 00 00 2F 8B 00 00 90 01 00 24 7D 0A 43 78 41 9E 00 10
-
-==== BB 1259 (0xFE9B674) approx BBs exec'd 0 ====
-
- 0xFE9B674: 912A0000 stw r9,0(r10)
- 0: GETL R9, t0
- 1: GETL R10, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0xFE9B678: 80880000 lwz r4,0(r8)
- 4: GETL R8, t4
- 5: LDL (t4), t6
- 6: PUTL t6, R4
- 7: INCEIPL $4
-
- 0xFE9B67C: 2C840000 cmpi cr1,r4,0
- 8: GETL R4, t8
- 9: CMP0L t8, t10 (-rSo)
- 10: ICRFL t10, $0x1, CR
- 11: INCEIPL $4
-
- 0xFE9B680: 40860024 bc 4,6,0xFE9B6A4
- 12: Jc06o $0xFE9B6A4
-
-
-. 0 FE9B674 16
-. 91 2A 00 00 80 88 00 00 2C 84 00 00 40 86 00 24
-
-==== BB 1260 (0xFE9B684) approx BBs exec'd 0 ====
-
- 0xFE9B684: 813E1BF4 lwz r9,7156(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1BF4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFE9B688: 817E1BC8 lwz r11,7112(r30)
- 5: GETL R30, t4
- 6: ADDL $0x1BC8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R11
- 9: INCEIPL $4
-
- 0xFE9B68C: 81490000 lwz r10,0(r9)
- 10: GETL R9, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R10
- 13: INCEIPL $4
-
- 0xFE9B690: 80AB0034 lwz r5,52(r11)
- 14: GETL R11, t12
- 15: ADDL $0x34, t12
- 16: LDL (t12), t14
- 17: PUTL t14, R5
- 18: INCEIPL $4
-
- 0xFE9B694: 7D435378 or r3,r10,r10
- 19: GETL R10, t16
- 20: PUTL t16, R3
- 21: INCEIPL $4
-
- 0xFE9B698: 7F055000 cmp cr6,r5,r10
- 22: GETL R5, t18
- 23: GETL R10, t20
- 24: CMPL t18, t20, t22 (-rSo)
- 25: ICRFL t22, $0x6, CR
- 26: INCEIPL $4
-
- 0xFE9B69C: 419A0008 bc 12,26,0xFE9B6A4
- 27: Js26o $0xFE9B6A4
-
-
-. 0 FE9B684 28
-. 81 3E 1B F4 81 7E 1B C8 81 49 00 00 80 AB 00 34 7D 43 53 78 7F 05 50 00 41 9A 00 08
-
-==== BB 1261 (0xFE9B6A4) approx BBs exec'd 0 ====
-
- 0xFE9B6A4: 819E1A8C lwz r12,6796(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1A8C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R12
- 4: INCEIPL $4
-
- 0xFE9B6A8: 7FE3FB78 or r3,r31,r31
- 5: GETL R31, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFE9B6AC: 811E1DD4 lwz r8,7636(r30)
- 8: GETL R30, t6
- 9: ADDL $0x1DD4, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R8
- 12: INCEIPL $4
-
- 0xFE9B6B0: 7FA4EB78 or r4,r29,r29
- 13: GETL R29, t10
- 14: PUTL t10, R4
- 15: INCEIPL $4
-
- 0xFE9B6B4: 80FE1B84 lwz r7,7044(r30)
- 16: GETL R30, t12
- 17: ADDL $0x1B84, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R7
- 20: INCEIPL $4
-
- 0xFE9B6B8: 7F85E378 or r5,r28,r28
- 21: GETL R28, t16
- 22: PUTL t16, R5
- 23: INCEIPL $4
-
- 0xFE9B6BC: 93EC0000 stw r31,0(r12)
- 24: GETL R31, t18
- 25: GETL R12, t20
- 26: STL t18, (t20)
- 27: INCEIPL $4
-
- 0xFE9B6C0: 93A80000 stw r29,0(r8)
- 28: GETL R29, t22
- 29: GETL R8, t24
- 30: STL t22, (t24)
- 31: INCEIPL $4
-
- 0xFE9B6C4: 93870000 stw r28,0(r7)
- 32: GETL R28, t26
- 33: GETL R7, t28
- 34: STL t26, (t28)
- 35: INCEIPL $4
-
- 0xFE9B6C8: 480B6421 bl 0xFF51AE8
- 36: MOVL $0xFE9B6CC, t30
- 37: PUTL t30, LR
- 38: JMPo-c $0xFF51AE8 ($4)
-
-
-. 0 FE9B6A4 40
-. 81 9E 1A 8C 7F E3 FB 78 81 1E 1D D4 7F A4 EB 78 80 FE 1B 84 7F 85 E3 78 93 EC 00 00 93 A8 00 00 93 87 00 00 48 0B 64 21
-
-==== BB 1262 __init_misc(0xFF51AE8) approx BBs exec'd 0 ====
-
- 0xFF51AE8: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFF51AEC: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFF51AF0: 93A10014 stw r29,20(r1)
- 9: GETL R29, t6
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFF51AF4: 7C9D2379 or. r29,r4,r4
- 14: GETL R4, t10
- 15: PUTL t10, R29
- 16: CMP0L t10, t12 (-rSo)
- 17: ICRFL t12, $0x0, CR
- 18: INCEIPL $4
-
- 0xFF51AF8: 48076359 bl 0xFFC7E50
- 19: MOVL $0xFF51AFC, t14
- 20: PUTL t14, LR
- 21: JMPo-c $0xFFC7E50 ($4)
-
-
-. 0 FF51AE8 20
-. 94 21 FF E0 7C 08 02 A6 93 A1 00 14 7C 9D 23 79 48 07 63 59
-
-==== BB 1263 (0xFF51AFC) approx BBs exec'd 0 ====
-
- 0xFF51AFC: 93C10018 stw r30,24(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFF51B00: 93E1001C stw r31,28(r1)
- 5: GETL R31, t4
- 6: GETL R1, t6
- 7: ADDL $0x1C, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFF51B04: 7FC802A6 mflr r30
- 10: GETL LR, t8
- 11: PUTL t8, R30
- 12: INCEIPL $4
-
- 0xFF51B08: 90010024 stw r0,36(r1)
- 13: GETL R0, t10
- 14: GETL R1, t12
- 15: ADDL $0x24, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFF51B0C: 4182003C bc 12,2,0xFF51B48
- 18: Js02o $0xFF51B48
-
-
-. 0 FF51AFC 20
-. 93 C1 00 18 93 E1 00 1C 7F C8 02 A6 90 01 00 24 41 82 00 3C
-
-==== BB 1264 (0xFF51B10) approx BBs exec'd 0 ====
-
- 0xFF51B10: 83FD0000 lwz r31,0(r29)
- 0: GETL R29, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R31
- 3: INCEIPL $4
-
- 0xFF51B14: 3880002F li r4,47
- 4: MOVL $0x2F, t4
- 5: PUTL t4, R4
- 6: INCEIPL $4
-
- 0xFF51B18: 2F9F0000 cmpi cr7,r31,0
- 7: GETL R31, t6
- 8: CMP0L t6, t8 (-rSo)
- 9: ICRFL t8, $0x7, CR
- 10: INCEIPL $4
-
- 0xFF51B1C: 7FE3FB78 or r3,r31,r31
- 11: GETL R31, t10
- 12: PUTL t10, R3
- 13: INCEIPL $4
-
- 0xFF51B20: 419E0028 bc 12,30,0xFF51B48
- 14: Js30o $0xFF51B48
-
-
-. 0 FF51B10 20
-. 83 FD 00 00 38 80 00 2F 2F 9F 00 00 7F E3 FB 78 41 9E 00 28
-
-==== BB 1265 (0xFF51B24) approx BBs exec'd 0 ====
-
- 0xFF51B24: 4BFA5459 bl 0xFEF6F7C
- 0: MOVL $0xFF51B28, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0xFEF6F7C ($4)
-
-
-. 0 FF51B24 4
-. 4B FA 54 59
-
-==== BB 1266 strrchr(0xFEF6F7C) approx BBs exec'd 0 ====
-
- 0xFEF6F7C: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFEF6F80: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFEF6F84: 93A10014 stw r29,20(r1)
- 9: GETL R29, t6
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFEF6F88: 549D063E rlwinm r29,r4,0,24,31
- 14: GETL R4, t10
- 15: ANDL $0xFF, t10
- 16: PUTL t10, R29
- 17: INCEIPL $4
-
- 0xFEF6F8C: 2F9D0000 cmpi cr7,r29,0
- 18: GETL R29, t12
- 19: CMP0L t12, t14 (-rSo)
- 20: ICRFL t14, $0x7, CR
- 21: INCEIPL $4
-
- 0xFEF6F90: 93C10018 stw r30,24(r1)
- 22: GETL R30, t16
- 23: GETL R1, t18
- 24: ADDL $0x18, t18
- 25: STL t16, (t18)
- 26: INCEIPL $4
-
- 0xFEF6F94: 90010024 stw r0,36(r1)
- 27: GETL R0, t20
- 28: GETL R1, t22
- 29: ADDL $0x24, t22
- 30: STL t20, (t22)
- 31: INCEIPL $4
-
- 0xFEF6F98: 7C601B78 or r0,r3,r3
- 32: GETL R3, t24
- 33: PUTL t24, R0
- 34: INCEIPL $4
-
- 0xFEF6F9C: 93E1001C stw r31,28(r1)
- 35: GETL R31, t26
- 36: GETL R1, t28
- 37: ADDL $0x1C, t28
- 38: STL t26, (t28)
- 39: INCEIPL $4
-
- 0xFEF6FA0: 409E0024 bc 4,30,0xFEF6FC4
- 40: Jc30o $0xFEF6FC4
-
-
-. 0 FEF6F7C 40
-. 94 21 FF E0 7C 08 02 A6 93 A1 00 14 54 9D 06 3E 2F 9D 00 00 93 C1 00 18 90 01 00 24 7C 60 1B 78 93 E1 00 1C 40 9E 00 24
-
-==== BB 1267 (0xFEF6FC4) approx BBs exec'd 0 ====
-
- 0xFEF6FC4: 3BE00000 li r31,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R31
- 2: INCEIPL $4
-
- 0xFEF6FC8: 4800000C b 0xFEF6FD4
- 3: JMPo $0xFEF6FD4 ($4)
-
-
-. 0 FEF6FC4 8
-. 3B E0 00 00 48 00 00 0C
-
-==== BB 1268 (0xFEF6FD4) approx BBs exec'd 0 ====
-
- 0xFEF6FD4: 7C030378 or r3,r0,r0
- 0: GETL R0, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFEF6FD8: 7FA4EB78 or r4,r29,r29
- 3: GETL R29, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0xFEF6FDC: 4BFFF2F1 bl 0xFEF62CC
- 6: MOVL $0xFEF6FE0, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0xFEF62CC ($4)
-
-
-. 0 FEF6FD4 12
-. 7C 03 03 78 7F A4 EB 78 4B FF F2 F1
-
-==== BB 1269 strchr(0xFEF62CC) approx BBs exec'd 0 ====
-
- 0xFEF62CC: 5084442E rlwimi r4,r4,8,16,23
- 0: GETL R4, t0
- 1: GETL R4, t2
- 2: ROLL $0x8, t2
- 3: ANDL $0xFF00, t2
- 4: ANDL $0xFFFF00FF, t0
- 5: ORL t0, t2
- 6: PUTL t2, R4
- 7: INCEIPL $4
-
- 0xFEF62D0: 3960FFFF li r11,-1
- 8: MOVL $0xFFFFFFFF, t4
- 9: PUTL t4, R11
- 10: INCEIPL $4
-
- 0xFEF62D4: 5084801E rlwimi r4,r4,16,0,15
- 11: GETL R4, t6
- 12: GETL R4, t8
- 13: ROLL $0x10, t8
- 14: ANDL $0xFFFF0000, t8
- 15: ANDL $0xFFFF, t6
- 16: ORL t6, t8
- 17: PUTL t8, R4
- 18: INCEIPL $4
-
- 0xFEF62D8: 546A1EF8 rlwinm r10,r3,3,27,28
- 19: GETL R3, t10
- 20: ROLL $0x3, t10
- 21: ANDL $0x18, t10
- 22: PUTL t10, R10
- 23: INCEIPL $4
-
- 0xFEF62DC: 3CC0FEFF lis r6,-257
- 24: MOVL $0xFEFF0000, t12
- 25: PUTL t12, R6
- 26: INCEIPL $4
-
- 0xFEF62E0: 3CE07F7F lis r7,32639
- 27: MOVL $0x7F7F0000, t14
- 28: PUTL t14, R7
- 29: INCEIPL $4
-
- 0xFEF62E4: 5468003A rlwinm r8,r3,0,0,29
- 30: GETL R3, t16
- 31: ANDL $0xFFFFFFFC, t16
- 32: PUTL t16, R8
- 33: INCEIPL $4
-
- 0xFEF62E8: 38C6FEFF addi r6,r6,-257
- 34: MOVL $0xFEFEFEFF, t18
- 35: PUTL t18, R6
- 36: INCEIPL $4
-
- 0xFEF62EC: 38E77F7F addi r7,r7,32639
- 37: MOVL $0x7F7F7F7F, t20
- 38: PUTL t20, R7
- 39: INCEIPL $4
-
- 0xFEF62F0: 80A80000 lwz r5,0(r8)
- 40: GETL R8, t22
- 41: LDL (t22), t24
- 42: PUTL t24, R5
- 43: INCEIPL $4
-
- 0xFEF62F4: 7D6B5430 srw r11,r11,r10
- 44: GETL R11, t28
- 45: GETL R10, t26
- 46: SHRL t26, t28
- 47: PUTL t28, R11
- 48: INCEIPL $4
-
- 0xFEF62F8: 7CA55B38 orc r5,r5,r11
- 49: GETL R5, t30
- 50: GETL R11, t32
- 51: NOTL t32
- 52: ORL t30, t32
- 53: PUTL t32, R5
- 54: INCEIPL $4
-
- 0xFEF62FC: 7C062A14 add r0,r6,r5
- 55: GETL R6, t34
- 56: GETL R5, t36
- 57: ADDL t34, t36
- 58: PUTL t36, R0
- 59: INCEIPL $4
-
- 0xFEF6300: 7CE928F8 nor r9,r7,r5
- 60: GETL R7, t38
- 61: GETL R5, t40
- 62: ORL t40, t38
- 63: NOTL t38
- 64: PUTL t38, R9
- 65: INCEIPL $4
-
- 0xFEF6304: 7C004839 and. r0,r0,r9
- 66: GETL R0, t42
- 67: GETL R9, t44
- 68: ANDL t42, t44
- 69: PUTL t44, R0
- 70: CMP0L t44, t46 (-rSo)
- 71: ICRFL t46, $0x0, CR
- 72: INCEIPL $4
-
- 0xFEF6308: 7C8C2A78 xor r12,r4,r5
- 73: GETL R4, t48
- 74: GETL R5, t50
- 75: XORL t48, t50
- 76: PUTL t50, R12
- 77: INCEIPL $4
-
- 0xFEF630C: 7D8C5B38 orc r12,r12,r11
- 78: GETL R12, t52
- 79: GETL R11, t54
- 80: NOTL t54
- 81: ORL t52, t54
- 82: PUTL t54, R12
- 83: INCEIPL $4
-
- 0xFEF6310: 48000020 b 0xFEF6330
- 84: JMPo $0xFEF6330 ($4)
-
-
-. 0 FEF62CC 72
-. 50 84 44 2E 39 60 FF FF 50 84 80 1E 54 6A 1E F8 3C C0 FE FF 3C E0 7F 7F 54 68 00 3A 38 C6 FE FF 38 E7 7F 7F 80 A8 00 00 7D 6B 54 30 7C A5 5B 38 7C 06 2A 14 7C E9 28 F8 7C 00 48 39 7C 8C 2A 78 7D 8C 5B 38 48 00 00 20
-
-==== BB 1270 (0xFEF6330) approx BBs exec'd 0 ====
-
- 0xFEF6330: 7C066214 add r0,r6,r12
- 0: GETL R6, t0
- 1: GETL R12, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFEF6334: 7CE960F8 nor r9,r7,r12
- 5: GETL R7, t4
- 6: GETL R12, t6
- 7: ORL t6, t4
- 8: NOTL t4
- 9: PUTL t4, R9
- 10: INCEIPL $4
-
- 0xFEF6338: 4182FFDC bc 12,2,0xFEF6314
- 11: Js02o $0xFEF6314
-
-
-. 0 FEF6330 12
-. 7C 06 62 14 7C E9 60 F8 41 82 FF DC
-
-==== BB 1271 (0xFEF6314) approx BBs exec'd 0 ====
-
- 0xFEF6314: 84A80004 lwzu r5,4(r8)
- 0: GETL R8, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R8
- 3: LDL (t0), t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0xFEF6318: 7C004839 and. r0,r0,r9
- 6: GETL R0, t4
- 7: GETL R9, t6
- 8: ANDL t4, t6
- 9: PUTL t6, R0
- 10: CMP0L t6, t8 (-rSo)
- 11: ICRFL t8, $0x0, CR
- 12: INCEIPL $4
-
- 0xFEF631C: 7C062A14 add r0,r6,r5
- 13: GETL R6, t10
- 14: GETL R5, t12
- 15: ADDL t10, t12
- 16: PUTL t12, R0
- 17: INCEIPL $4
-
- 0xFEF6320: 7CE928F8 nor r9,r7,r5
- 18: GETL R7, t14
- 19: GETL R5, t16
- 20: ORL t16, t14
- 21: NOTL t14
- 22: PUTL t14, R9
- 23: INCEIPL $4
-
- 0xFEF6324: 4082005C bc 4,2,0xFEF6380
- 24: Jc02o $0xFEF6380
-
-
-. 0 FEF6314 20
-. 84 A8 00 04 7C 00 48 39 7C 06 2A 14 7C E9 28 F8 40 82 00 5C
-
-==== BB 1272 (0xFEF6380) approx BBs exec'd 0 ====
-
- 0xFEF6380: 7CE06038 and r0,r7,r12
- 0: GETL R7, t0
- 1: GETL R12, t2
- 2: ANDL t0, t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFEF6384: 7CEA6378 or r10,r7,r12
- 5: GETL R7, t4
- 6: GETL R12, t6
- 7: ORL t6, t4
- 8: PUTL t4, R10
- 9: INCEIPL $4
-
- 0xFEF6388: 7C003A14 add r0,r0,r7
- 10: GETL R0, t8
- 11: GETL R7, t10
- 12: ADDL t8, t10
- 13: PUTL t10, R0
- 14: INCEIPL $4
-
- 0xFEF638C: 7D4900F8 nor r9,r10,r0
- 15: GETL R10, t12
- 16: GETL R0, t14
- 17: ORL t14, t12
- 18: NOTL t12
- 19: PUTL t12, R9
- 20: INCEIPL $4
-
- 0xFEF6390: 7D240034 cntlzw r4,r9
- 21: GETL R9, t16
- 22: CNTLZL t16
- 23: PUTL t16, R4
- 24: INCEIPL $4
-
- 0xFEF6394: 3908FFFC addi r8,r8,-4
- 25: GETL R8, t18
- 26: ADDL $0xFFFFFFFC, t18
- 27: PUTL t18, R8
- 28: INCEIPL $4
-
- 0xFEF6398: 5484E8FE rlwinm r4,r4,29,3,31
- 29: GETL R4, t20
- 30: SHRL $0x3, t20
- 31: PUTL t20, R4
- 32: INCEIPL $4
-
- 0xFEF639C: 7C682214 add r3,r8,r4
- 33: GETL R8, t22
- 34: GETL R4, t24
- 35: ADDL t22, t24
- 36: PUTL t24, R3
- 37: INCEIPL $4
-
- 0xFEF63A0: 4E800020 blr
- 38: GETL LR, t26
- 39: JMPo-r t26 ($4)
-
-
-. 0 FEF6380 36
-. 7C E0 60 38 7C EA 63 78 7C 00 3A 14 7D 49 00 F8 7D 24 00 34 39 08 FF FC 54 84 E8 FE 7C 68 22 14 4E 80 00 20
-
-==== BB 1273 (0xFEF6FE0) approx BBs exec'd 0 ====
-
- 0xFEF6FE0: 2C030000 cmpi cr0,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0xFEF6FE4: 4082FFE8 bc 4,2,0xFEF6FCC
- 4: Jc02o $0xFEF6FCC
-
-
-. 0 FEF6FE0 8
-. 2C 03 00 00 40 82 FF E8
-
-==== BB 1274 (0xFEF6FCC) approx BBs exec'd 0 ====
-
- 0xFEF6FCC: 7C7F1B78 or r31,r3,r3
- 0: GETL R3, t0
- 1: PUTL t0, R31
- 2: INCEIPL $4
-
- 0xFEF6FD0: 38030001 addi r0,r3,1
- 3: GETL R3, t2
- 4: ADDL $0x1, t2
- 5: PUTL t2, R0
- 6: INCEIPL $4
-
- 0xFEF6FD4: 7C030378 or r3,r0,r0
- 7: GETL R0, t4
- 8: PUTL t4, R3
- 9: INCEIPL $4
-
- 0xFEF6FD8: 7FA4EB78 or r4,r29,r29
- 10: GETL R29, t6
- 11: PUTL t6, R4
- 12: INCEIPL $4
-
- 0xFEF6FDC: 4BFFF2F1 bl 0xFEF62CC
- 13: MOVL $0xFEF6FE0, t8
- 14: PUTL t8, LR
- 15: JMPo-c $0xFEF62CC ($4)
-
-
-. 0 FEF6FCC 20
-. 7C 7F 1B 78 38 03 00 01 7C 03 03 78 7F A4 EB 78 4B FF F2 F1
-
-==== BB 1275 (0xFEF6328) approx BBs exec'd 0 ====
-
- 0xFEF6328: 7C004839 and. r0,r0,r9
- 0: GETL R0, t0
- 1: GETL R9, t2
- 2: ANDL t0, t2
- 3: PUTL t2, R0
- 4: CMP0L t2, t4 (-rSo)
- 5: ICRFL t4, $0x0, CR
- 6: INCEIPL $4
-
- 0xFEF632C: 7C8C2A78 xor r12,r4,r5
- 7: GETL R4, t6
- 8: GETL R5, t8
- 9: XORL t6, t8
- 10: PUTL t8, R12
- 11: INCEIPL $4
-
- 0xFEF6330: 7C066214 add r0,r6,r12
- 12: GETL R6, t10
- 13: GETL R12, t12
- 14: ADDL t10, t12
- 15: PUTL t12, R0
- 16: INCEIPL $4
-
- 0xFEF6334: 7CE960F8 nor r9,r7,r12
- 17: GETL R7, t14
- 18: GETL R12, t16
- 19: ORL t16, t14
- 20: NOTL t14
- 21: PUTL t14, R9
- 22: INCEIPL $4
-
- 0xFEF6338: 4182FFDC bc 12,2,0xFEF6314
- 23: Js02o $0xFEF6314
-
-
-. 0 FEF6328 20
-. 7C 00 48 39 7C 8C 2A 78 7C 06 62 14 7C E9 60 F8 41 82 FF DC
-
-==== BB 1276 (0xFEF633C) approx BBs exec'd 0 ====
-
- 0xFEF633C: 7C004839 and. r0,r0,r9
- 0: GETL R0, t0
- 1: GETL R9, t2
- 2: ANDL t0, t2
- 3: PUTL t2, R0
- 4: CMP0L t2, t4 (-rSo)
- 5: ICRFL t4, $0x0, CR
- 6: INCEIPL $4
-
- 0xFEF6340: 38600000 li r3,0
- 7: MOVL $0x0, t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0xFEF6344: 4D820020 bclr 12,2
- 10: GETL LR, t8
- 11: Js02o-r t8
-
-
-. 0 FEF633C 12
-. 7C 00 48 39 38 60 00 00 4D 82 00 20
-
-==== BB 1277 (0xFEF6FE8) approx BBs exec'd 0 ====
-
- 0xFEF6FE8: 80810024 lwz r4,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFEF6FEC: 7FE3FB78 or r3,r31,r31
- 5: GETL R31, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFEF6FF0: 83A10014 lwz r29,20(r1)
- 8: GETL R1, t6
- 9: ADDL $0x14, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R29
- 12: INCEIPL $4
-
- 0xFEF6FF4: 83C10018 lwz r30,24(r1)
- 13: GETL R1, t10
- 14: ADDL $0x18, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R30
- 17: INCEIPL $4
-
- 0xFEF6FF8: 7C8803A6 mtlr r4
- 18: GETL R4, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0xFEF6FFC: 83E1001C lwz r31,28(r1)
- 21: GETL R1, t16
- 22: ADDL $0x1C, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R31
- 25: INCEIPL $4
-
- 0xFEF7000: 38210020 addi r1,r1,32
- 26: GETL R1, t20
- 27: ADDL $0x20, t20
- 28: PUTL t20, R1
- 29: INCEIPL $4
-
- 0xFEF7004: 4E800020 blr
- 30: GETL LR, t22
- 31: JMPo-r t22 ($4)
-
-
-. 0 FEF6FE8 32
-. 80 81 00 24 7F E3 FB 78 83 A1 00 14 83 C1 00 18 7C 88 03 A6 83 E1 00 1C 38 21 00 20 4E 80 00 20
-
-==== BB 1278 (0xFF51B28) approx BBs exec'd 0 ====
-
- 0xFF51B28: 2C830000 cmpi cr1,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFF51B2C: 38630001 addi r3,r3,1
- 4: GETL R3, t4
- 5: ADDL $0x1, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFF51B30: 41860034 bc 12,6,0xFF51B64
- 8: Js06o $0xFF51B64
-
-
-. 0 FF51B28 12
-. 2C 83 00 00 38 63 00 01 41 86 00 34
-
-==== BB 1279 (0xFF51B34) approx BBs exec'd 0 ====
-
- 0xFF51B34: 809E1C34 lwz r4,7220(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1C34, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFF51B38: 90640000 stw r3,0(r4)
- 5: GETL R3, t4
- 6: GETL R4, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0xFF51B3C: 80BD0000 lwz r5,0(r29)
- 9: GETL R29, t8
- 10: LDL (t8), t10
- 11: PUTL t10, R5
- 12: INCEIPL $4
-
- 0xFF51B40: 807E1E24 lwz r3,7716(r30)
- 13: GETL R30, t12
- 14: ADDL $0x1E24, t12
- 15: LDL (t12), t14
- 16: PUTL t14, R3
- 17: INCEIPL $4
-
- 0xFF51B44: 90A30000 stw r5,0(r3)
- 18: GETL R5, t16
- 19: GETL R3, t18
- 20: STL t16, (t18)
- 21: INCEIPL $4
-
- 0xFF51B48: 80C10024 lwz r6,36(r1)
- 22: GETL R1, t20
- 23: ADDL $0x24, t20
- 24: LDL (t20), t22
- 25: PUTL t22, R6
- 26: INCEIPL $4
-
- 0xFF51B4C: 83A10014 lwz r29,20(r1)
- 27: GETL R1, t24
- 28: ADDL $0x14, t24
- 29: LDL (t24), t26
- 30: PUTL t26, R29
- 31: INCEIPL $4
-
- 0xFF51B50: 83C10018 lwz r30,24(r1)
- 32: GETL R1, t28
- 33: ADDL $0x18, t28
- 34: LDL (t28), t30
- 35: PUTL t30, R30
- 36: INCEIPL $4
-
- 0xFF51B54: 7CC803A6 mtlr r6
- 37: GETL R6, t32
- 38: PUTL t32, LR
- 39: INCEIPL $4
-
- 0xFF51B58: 83E1001C lwz r31,28(r1)
- 40: GETL R1, t34
- 41: ADDL $0x1C, t34
- 42: LDL (t34), t36
- 43: PUTL t36, R31
- 44: INCEIPL $4
-
- 0xFF51B5C: 38210020 addi r1,r1,32
- 45: GETL R1, t38
- 46: ADDL $0x20, t38
- 47: PUTL t38, R1
- 48: INCEIPL $4
-
- 0xFF51B60: 4E800020 blr
- 49: GETL LR, t40
- 50: JMPo-r t40 ($4)
-
-
-. 0 FF51B34 48
-. 80 9E 1C 34 90 64 00 00 80 BD 00 00 80 7E 1E 24 90 A3 00 00 80 C1 00 24 83 A1 00 14 83 C1 00 18 7C C8 03 A6 83 E1 00 1C 38 21 00 20 4E 80 00 20
-
-==== BB 1280 (0xFE9B6CC) approx BBs exec'd 0 ====
-
- 0xFE9B6CC: 4BFFFE95 bl 0xFE9B560
- 0: MOVL $0xFE9B6D0, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0xFE9B560 ($4)
-
-
-. 0 FE9B6CC 4
-. 4B FF FE 95
-
-==== BB 1281 __libc_global_ctors(0xFE9B560) approx BBs exec'd 0 ====
-
- 0xFE9B560: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFE9B564: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFE9B568: 4812C8E9 bl 0xFFC7E50
- 9: MOVL $0xFE9B56C, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFC7E50 ($4)
-
-
-. 0 FE9B560 12
-. 94 21 FF F0 7C 08 02 A6 48 12 C8 E9
-
-==== BB 1282 (0xFE9B56C) approx BBs exec'd 0 ====
-
- 0xFE9B56C: 93C10008 stw r30,8(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFE9B570: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFE9B574: 93E1000C stw r31,12(r1)
- 8: GETL R31, t6
- 9: GETL R1, t8
- 10: ADDL $0xC, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFE9B578: 90010014 stw r0,20(r1)
- 13: GETL R0, t10
- 14: GETL R1, t12
- 15: ADDL $0x14, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFE9B57C: 813E0018 lwz r9,24(r30)
- 18: GETL R30, t14
- 19: ADDL $0x18, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R9
- 22: INCEIPL $4
-
- 0xFE9B580: 80090004 lwz r0,4(r9)
- 23: GETL R9, t18
- 24: ADDL $0x4, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R0
- 27: INCEIPL $4
-
- 0xFE9B584: 3BE90004 addi r31,r9,4
- 28: GETL R9, t22
- 29: ADDL $0x4, t22
- 30: PUTL t22, R31
- 31: INCEIPL $4
-
- 0xFE9B588: 2F800000 cmpi cr7,r0,0
- 32: GETL R0, t24
- 33: CMP0L t24, t26 (-rSo)
- 34: ICRFL t26, $0x7, CR
- 35: INCEIPL $4
-
- 0xFE9B58C: 419E0018 bc 12,30,0xFE9B5A4
- 36: Js30o $0xFE9B5A4
-
-
-. 0 FE9B56C 36
-. 93 C1 00 08 7F C8 02 A6 93 E1 00 0C 90 01 00 14 81 3E 00 18 80 09 00 04 3B E9 00 04 2F 80 00 00 41 9E 00 18
-
-==== BB 1283 (0xFE9B590) approx BBs exec'd 0 ====
-
- 0xFE9B590: 7C0903A6 mtctr r0
- 0: GETL R0, t0
- 1: PUTL t0, CTR
- 2: INCEIPL $4
-
- 0xFE9B594: 4E800421 bctrl
- 3: MOVL $0xFE9B598, t2
- 4: PUTL t2, LR
- 5: GETL CTR, t4
- 6: JMPo-c t4 ($4)
-
-
-. 0 FE9B590 8
-. 7C 09 03 A6 4E 80 04 21
-
-==== BB 1284 _IO_check_libio(0xFEED850) approx BBs exec'd 0 ====
-
- 0xFEED850: 7D8802A6 mflr r12
- 0: GETL LR, t0
- 1: PUTL t0, R12
- 2: INCEIPL $4
-
- 0xFEED854: 9421FFF0 stwu r1,-16(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFF0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFEED858: 480DA5F9 bl 0xFFC7E50
- 9: MOVL $0xFEED85C, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFC7E50 ($4)
-
-
-. 0 FEED850 12
-. 7D 88 02 A6 94 21 FF F0 48 0D A5 F9
-
-==== BB 1285 (0xFEED85C) approx BBs exec'd 0 ====
-
- 0xFEED85C: 93C10008 stw r30,8(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFEED860: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFEED864: 7D8803A6 mtlr r12
- 8: GETL R12, t6
- 9: PUTL t6, LR
- 10: INCEIPL $4
-
- 0xFEED868: 801E1DC8 lwz r0,7624(r30)
- 11: GETL R30, t8
- 12: ADDL $0x1DC8, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R0
- 15: INCEIPL $4
-
- 0xFEED86C: 811E1B00 lwz r8,6912(r30)
- 16: GETL R30, t12
- 17: ADDL $0x1B00, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R8
- 20: INCEIPL $4
-
- 0xFEED870: 2F800000 cmpi cr7,r0,0
- 21: GETL R0, t16
- 22: CMP0L t16, t18 (-rSo)
- 23: ICRFL t18, $0x7, CR
- 24: INCEIPL $4
-
- 0xFEED874: 815E1BCC lwz r10,7116(r30)
- 25: GETL R30, t20
- 26: ADDL $0x1BCC, t20
- 27: LDL (t20), t22
- 28: PUTL t22, R10
- 29: INCEIPL $4
-
- 0xFEED878: 80FE1AE8 lwz r7,6888(r30)
- 30: GETL R30, t24
- 31: ADDL $0x1AE8, t24
- 32: LDL (t24), t26
- 33: PUTL t26, R7
- 34: INCEIPL $4
-
- 0xFEED87C: 3800FFB4 li r0,-76
- 35: MOVL $0xFFFFFFB4, t28
- 36: PUTL t28, R0
- 37: INCEIPL $4
-
- 0xFEED880: 419E0010 bc 12,30,0xFEED890
- 38: Js30o $0xFEED890
-
-
-. 0 FEED85C 40
-. 93 C1 00 08 7F C8 02 A6 7D 88 03 A6 80 1E 1D C8 81 1E 1B 00 2F 80 00 00 81 5E 1B CC 80 FE 1A E8 38 00 FF B4 41 9E 00 10
-
-==== BB 1286 (0xFEED884) approx BBs exec'd 0 ====
-
- 0xFEED884: 83C10008 lwz r30,8(r1)
- 0: GETL R1, t0
- 1: ADDL $0x8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R30
- 4: INCEIPL $4
-
- 0xFEED888: 38210010 addi r1,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R1
- 8: INCEIPL $4
-
- 0xFEED88C: 4E800020 blr
- 9: GETL LR, t6
- 10: JMPo-r t6 ($4)
-
-
-. 0 FEED884 12
-. 83 C1 00 08 38 21 00 10 4E 80 00 20
-
-==== BB 1287 (0xFE9B598) approx BBs exec'd 0 ====
-
- 0xFE9B598: 841F0004 lwzu r0,4(r31)
- 0: GETL R31, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R31
- 3: LDL (t0), t2
- 4: PUTL t2, R0
- 5: INCEIPL $4
-
- 0xFE9B59C: 2F800000 cmpi cr7,r0,0
- 6: GETL R0, t4
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x7, CR
- 9: INCEIPL $4
-
- 0xFE9B5A0: 409EFFF0 bc 4,30,0xFE9B590
- 10: Jc30o $0xFE9B590
-
-
-. 0 FE9B598 12
-. 84 1F 00 04 2F 80 00 00 40 9E FF F0
-
-==== BB 1288 (0xFE9B5A4) approx BBs exec'd 0 ====
-
- 0xFE9B5A4: 80610014 lwz r3,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFE9B5A8: 83C10008 lwz r30,8(r1)
- 5: GETL R1, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R30
- 9: INCEIPL $4
-
- 0xFE9B5AC: 83E1000C lwz r31,12(r1)
- 10: GETL R1, t8
- 11: ADDL $0xC, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R31
- 14: INCEIPL $4
-
- 0xFE9B5B0: 7C6803A6 mtlr r3
- 15: GETL R3, t12
- 16: PUTL t12, LR
- 17: INCEIPL $4
-
- 0xFE9B5B4: 38210010 addi r1,r1,16
- 18: GETL R1, t14
- 19: ADDL $0x10, t14
- 20: PUTL t14, R1
- 21: INCEIPL $4
-
- 0xFE9B5B8: 4E800020 blr
- 22: GETL LR, t16
- 23: JMPo-r t16 ($4)
-
-
-. 0 FE9B5A4 24
-. 80 61 00 14 83 C1 00 08 83 E1 00 0C 7C 68 03 A6 38 21 00 10 4E 80 00 20
-
-==== BB 1289 (0xFE9B6D0) approx BBs exec'd 0 ====
-
- 0xFE9B6D0: 80C10024 lwz r6,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0xFE9B6D4: 83810010 lwz r28,16(r1)
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R28
- 9: INCEIPL $4
-
- 0xFE9B6D8: 83A10014 lwz r29,20(r1)
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R29
- 14: INCEIPL $4
-
- 0xFE9B6DC: 7CC803A6 mtlr r6
- 15: GETL R6, t12
- 16: PUTL t12, LR
- 17: INCEIPL $4
-
- 0xFE9B6E0: 83C10018 lwz r30,24(r1)
- 18: GETL R1, t14
- 19: ADDL $0x18, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R30
- 22: INCEIPL $4
-
- 0xFE9B6E4: 83E1001C lwz r31,28(r1)
- 23: GETL R1, t18
- 24: ADDL $0x1C, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R31
- 27: INCEIPL $4
-
- 0xFE9B6E8: 38210020 addi r1,r1,32
- 28: GETL R1, t22
- 29: ADDL $0x20, t22
- 30: PUTL t22, R1
- 31: INCEIPL $4
-
- 0xFE9B6EC: 4E800020 blr
- 32: GETL LR, t24
- 33: JMPo-r t24 ($4)
-
-
-. 0 FE9B6D0 32
-. 80 C1 00 24 83 81 00 10 83 A1 00 14 7C C8 03 A6 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-
-==== BB 1290 (0x2547B908) approx BBs exec'd 0 ====
-
- 0x2547B908: 4BFFFF88 b 0x2547B890
- 0: JMPo $0x2547B890 ($4)
-
-
-. 0 2547B908 4
-. 4B FF FF 88
-
-==== BB 1291 (0x2547B890) approx BBs exec'd 0 ====
-
- 0x2547B890: 817F0084 lwz r11,132(r31)
- 0: GETL R31, t0
- 1: ADDL $0x84, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x2547B894: 2C8B0000 cmpi cr1,r11,0
- 5: GETL R11, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x2547B898: 41A6FF8C bc 13,6,0x2547B824
- 9: Js06o $0x2547B824
-
-
-. 0 2547B890 12
-. 81 7F 00 84 2C 8B 00 00 41 A6 FF 8C
-
-==== BB 1292 (0x2547B90C) approx BBs exec'd 0 ====
-
- 0x2547B90C: 7520C000 andis. r0,r9,0xC000
- 0: GETL R9, t0
- 1: ANDL $0xC0000000, t0
- 2: PUTL t0, R0
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0x2547B910: 40A2FEFC bc 5,2,0x2547B80C
- 6: Jc02o $0x2547B80C
-
-
-. 0 2547B90C 8
-. 75 20 C0 00 40 A2 FE FC
-
-==== BB 1293 (0x2547B914) approx BBs exec'd 0 ====
-
- 0x2547B914: 2F9C0000 cmpi cr7,r28,0
- 0: GETL R28, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x2547B918: 3B9CFFFF addi r28,r28,-1
- 4: GETL R28, t4
- 5: ADDL $0xFFFFFFFF, t4
- 6: PUTL t4, R28
- 7: INCEIPL $4
-
- 0x2547B91C: 4BFFFF10 b 0x2547B82C
- 8: JMPo $0x2547B82C ($4)
-
-
-. 0 2547B914 12
-. 2F 9C 00 00 3B 9C FF FF 4B FF FF 10
-
-==== BB 1294 (0x2547B82C) approx BBs exec'd 0 ====
-
- 0x2547B82C: 409EFFB0 bc 4,30,0x2547B7DC
- 0: Jc30o $0x2547B7DC
-
-
-. 0 2547B82C 4
-. 40 9E FF B0
-
-==== BB 1295 (0x2547B830) approx BBs exec'd 0 ====
-
- 0x2547B830: 82E10044 lwz r23,68(r1)
- 0: GETL R1, t0
- 1: ADDL $0x44, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R23
- 4: INCEIPL $4
-
- 0x2547B834: 3B000000 li r24,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R24
- 7: INCEIPL $4
-
- 0x2547B838: 83C10038 lwz r30,56(r1)
- 8: GETL R1, t6
- 9: ADDL $0x38, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R30
- 12: INCEIPL $4
-
- 0x2547B83C: 7EE803A6 mtlr r23
- 13: GETL R23, t10
- 14: PUTL t10, LR
- 15: INCEIPL $4
-
- 0x2547B840: 83E1003C lwz r31,60(r1)
- 16: GETL R1, t12
- 17: ADDL $0x3C, t12
- 18: LDL (t12), t14
- 19: PUTL t14, R31
- 20: INCEIPL $4
-
- 0x2547B844: 9316000C stw r24,12(r22)
- 21: GETL R24, t16
- 22: GETL R22, t18
- 23: ADDL $0xC, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0x2547B848: 82810010 lwz r20,16(r1)
- 26: GETL R1, t20
- 27: ADDL $0x10, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R20
- 30: INCEIPL $4
-
- 0x2547B84C: 82A10014 lwz r21,20(r1)
- 31: GETL R1, t24
- 32: ADDL $0x14, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R21
- 35: INCEIPL $4
-
- 0x2547B850: 82C10018 lwz r22,24(r1)
- 36: GETL R1, t28
- 37: ADDL $0x18, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R22
- 40: INCEIPL $4
-
- 0x2547B854: 82E1001C lwz r23,28(r1)
- 41: GETL R1, t32
- 42: ADDL $0x1C, t32
- 43: LDL (t32), t34
- 44: PUTL t34, R23
- 45: INCEIPL $4
-
- 0x2547B858: 83010020 lwz r24,32(r1)
- 46: GETL R1, t36
- 47: ADDL $0x20, t36
- 48: LDL (t36), t38
- 49: PUTL t38, R24
- 50: INCEIPL $4
-
- 0x2547B85C: 83210024 lwz r25,36(r1)
- 51: GETL R1, t40
- 52: ADDL $0x24, t40
- 53: LDL (t40), t42
- 54: PUTL t42, R25
- 55: INCEIPL $4
-
- 0x2547B860: 83410028 lwz r26,40(r1)
- 56: GETL R1, t44
- 57: ADDL $0x28, t44
- 58: LDL (t44), t46
- 59: PUTL t46, R26
- 60: INCEIPL $4
-
- 0x2547B864: 8361002C lwz r27,44(r1)
- 61: GETL R1, t48
- 62: ADDL $0x2C, t48
- 63: LDL (t48), t50
- 64: PUTL t50, R27
- 65: INCEIPL $4
-
- 0x2547B868: 83810030 lwz r28,48(r1)
- 66: GETL R1, t52
- 67: ADDL $0x30, t52
- 68: LDL (t52), t54
- 69: PUTL t54, R28
- 70: INCEIPL $4
-
- 0x2547B86C: 83A10034 lwz r29,52(r1)
- 71: GETL R1, t56
- 72: ADDL $0x34, t56
- 73: LDL (t56), t58
- 74: PUTL t58, R29
- 75: INCEIPL $4
-
- 0x2547B870: 38210040 addi r1,r1,64
- 76: GETL R1, t60
- 77: ADDL $0x40, t60
- 78: PUTL t60, R1
- 79: INCEIPL $4
-
- 0x2547B874: 4800072C b 0x2547BFA0
- 80: JMPo $0x2547BFA0 ($4)
-
-
-. 0 2547B830 72
-. 82 E1 00 44 3B 00 00 00 83 C1 00 38 7E E8 03 A6 83 E1 00 3C 93 16 00 0C 82 81 00 10 82 A1 00 14 82 C1 00 18 82 E1 00 1C 83 01 00 20 83 21 00 24 83 41 00 28 83 61 00 2C 83 81 00 30 83 A1 00 34 38 21 00 40 48 00 07 2C
-
-==== BB 1296 (0x2548051C) approx BBs exec'd 0 ====
-
- 0x2548051C: 807D0000 lwz r3,0(r29)
- 0: GETL R29, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0x25480520: 809B0000 lwz r4,0(r27)
- 4: GETL R27, t4
- 5: LDL (t4), t6
- 6: PUTL t6, R4
- 7: INCEIPL $4
-
- 0x25480524: 5465103A rlwinm r5,r3,2,0,29
- 8: GETL R3, t8
- 9: SHLL $0x2, t8
- 10: PUTL t8, R5
- 11: INCEIPL $4
-
- 0x25480528: 7CC42A14 add r6,r4,r5
- 12: GETL R4, t10
- 13: GETL R5, t12
- 14: ADDL t10, t12
- 15: PUTL t12, R6
- 16: INCEIPL $4
-
- 0x2548052C: 38A60004 addi r5,r6,4
- 17: GETL R6, t14
- 18: ADDL $0x4, t14
- 19: PUTL t14, R5
- 20: INCEIPL $4
-
- 0x25480530: 84060004 lwzu r0,4(r6)
- 21: GETL R6, t16
- 22: ADDL $0x4, t16
- 23: PUTL t16, R6
- 24: LDL (t16), t18
- 25: PUTL t18, R0
- 26: INCEIPL $4
-
- 0x25480534: 2C000000 cmpi cr0,r0,0
- 27: GETL R0, t20
- 28: CMP0L t20, t22 (-rSo)
- 29: ICRFL t22, $0x0, CR
- 30: INCEIPL $4
-
- 0x25480538: 4082FFF8 bc 4,2,0x25480530
- 31: Jc02o $0x25480530
-
-
-. 0 2548051C 32
-. 80 7D 00 00 80 9B 00 00 54 65 10 3A 7C C4 2A 14 38 A6 00 04 84 06 00 04 2C 00 00 00 40 82 FF F8
-
-==== BB 1297 (0x25480530) approx BBs exec'd 0 ====
-
- 0x25480530: 84060004 lwzu r0,4(r6)
- 0: GETL R6, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R6
- 3: LDL (t0), t2
- 4: PUTL t2, R0
- 5: INCEIPL $4
-
- 0x25480534: 2C000000 cmpi cr0,r0,0
- 6: GETL R0, t4
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0x25480538: 4082FFF8 bc 4,2,0x25480530
- 10: Jc02o $0x25480530
-
-
-. 0 25480530 12
-. 84 06 00 04 2C 00 00 00 40 82 FF F8
-
-==== BB 1298 (0x2548053C) approx BBs exec'd 0 ====
-
- 0x2548053C: 38C60004 addi r6,r6,4
- 0: GETL R6, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R6
- 3: INCEIPL $4
-
- 0x25480540: 80FF04AC lwz r7,1196(r31)
- 4: GETL R31, t2
- 5: ADDL $0x4AC, t2
- 6: LDL (t2), t4
- 7: PUTL t4, R7
- 8: INCEIPL $4
-
- 0x25480544: 7FC903A6 mtctr r30
- 9: GETL R30, t6
- 10: PUTL t6, CTR
- 11: INCEIPL $4
-
- 0x25480548: 3BE00000 li r31,0
- 12: MOVL $0x0, t8
- 13: PUTL t8, R31
- 14: INCEIPL $4
-
- 0x2548054C: 93E10000 stw r31,0(r1)
- 15: GETL R31, t10
- 16: GETL R1, t12
- 17: STL t10, (t12)
- 18: INCEIPL $4
-
- 0x25480550: 7FE803A6 mtlr r31
- 19: GETL R31, t14
- 20: PUTL t14, LR
- 21: INCEIPL $4
-
- 0x25480554: 93E10004 stw r31,4(r1)
- 22: GETL R31, t16
- 23: GETL R1, t18
- 24: ADDL $0x4, t18
- 25: STL t16, (t18)
- 26: INCEIPL $4
-
- 0x25480558: 93E10008 stw r31,8(r1)
- 27: GETL R31, t20
- 28: GETL R1, t22
- 29: ADDL $0x8, t22
- 30: STL t20, (t22)
- 31: INCEIPL $4
-
- 0x2548055C: 93E1000C stw r31,12(r1)
- 32: GETL R31, t24
- 33: GETL R1, t26
- 34: ADDL $0xC, t26
- 35: STL t24, (t26)
- 36: INCEIPL $4
-
- 0x25480560: 4E800420 bctr
- 37: GETL CTR, t28
- 38: JMPo t28 ($4)
-
-
-. 0 2548053C 40
-. 38 C6 00 04 80 FF 04 AC 7F C9 03 A6 3B E0 00 00 93 E1 00 00 7F E8 03 A6 93 E1 00 04 93 E1 00 08 93 E1 00 0C 4E 80 04 20
-
-==== BB 1299 _start(0x100002A0) approx BBs exec'd 0 ====
-
- 0x100002A0: 7C290B78 or r9,r1,r1
- 0: GETL R1, t0
- 1: PUTL t0, R9
- 2: INCEIPL $4
-
- 0x100002A4: 54210036 rlwinm r1,r1,0,0,27
- 3: GETL R1, t2
- 4: ANDL $0xFFFFFFF0, t2
- 5: PUTL t2, R1
- 6: INCEIPL $4
-
- 0x100002A8: 38000000 li r0,0
- 7: MOVL $0x0, t4
- 8: PUTL t4, R0
- 9: INCEIPL $4
-
- 0x100002AC: 9421FFF0 stwu r1,-16(r1)
- 10: GETL R1, t6
- 11: GETL R1, t8
- 12: ADDL $0xFFFFFFF0, t8
- 13: PUTL t8, R1
- 14: STL t6, (t8)
- 15: INCEIPL $4
-
- 0x100002B0: 7C0803A6 mtlr r0
- 16: GETL R0, t10
- 17: PUTL t10, LR
- 18: INCEIPL $4
-
- 0x100002B4: 90010000 stw r0,0(r1)
- 19: GETL R0, t12
- 20: GETL R1, t14
- 21: STL t12, (t14)
- 22: INCEIPL $4
-
- 0x100002B8: 3D001000 lis r8,4096
- 23: MOVL $0x10000000, t16
- 24: PUTL t16, R8
- 25: INCEIPL $4
-
- 0x100002BC: 85A8077C lwzu r13,1916(r8)
- 26: MOVL $0x1000077C, t18
- 27: PUTL t18, R8
- 28: LDL (t18), t20
- 29: PUTL t20, R13
- 30: INCEIPL $4
-
- 0x100002C0: 48010624 b 0x100108E4
- 31: JMPo $0x100108E4 ($4)
-
-
-. 0 100002A0 36
-. 7C 29 0B 78 54 21 00 36 38 00 00 00 94 21 FF F0 7C 08 03 A6 90 01 00 00 3D 00 10 00 85 A8 07 7C 48 01 06 24
-
-==== BB 1300 (0x100108E4) approx BBs exec'd 0 ====
-
- 0x100108E4: 39600000 li r11,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0x100108E8: 4BFFFFD4 b 0x100108BC
- 3: JMPo $0x100108BC ($4)
-
-
-. 0 100108E4 8
-. 39 60 00 00 4B FF FF D4
-
-==== BB 1301 (0x100108BC) approx BBs exec'd 0 ====
-
- 0x100108BC: 556C083C rlwinm r12,r11,1,0,30
- 0: GETL R11, t0
- 1: SHLL $0x1, t0
- 2: PUTL t0, R12
- 3: INCEIPL $4
-
- 0x100108C0: 7D6C5A14 add r11,r12,r11
- 4: GETL R12, t2
- 5: GETL R11, t4
- 6: ADDL t2, t4
- 7: PUTL t4, R11
- 8: INCEIPL $4
-
- 0x100108C4: 3980AF5C li r12,-20644
- 9: MOVL $0xFFFFAF5C, t6
- 10: PUTL t6, R12
- 11: INCEIPL $4
-
- 0x100108C8: 3D8C2548 addis r12,r12,9544
- 12: MOVL $0x2547AF5C, t8
- 13: PUTL t8, R12
- 14: INCEIPL $4
-
- 0x100108CC: 7D8903A6 mtctr r12
- 15: GETL R12, t10
- 16: PUTL t10, CTR
- 17: INCEIPL $4
-
- 0x100108D0: 39807A88 li r12,31368
- 18: MOVL $0x7A88, t12
- 19: PUTL t12, R12
- 20: INCEIPL $4
-
- 0x100108D4: 3D8C2549 addis r12,r12,9545
- 21: MOVL $0x25497A88, t14
- 22: PUTL t14, R12
- 23: INCEIPL $4
-
- 0x100108D8: 4E800420 bctr
- 24: GETL CTR, t16
- 25: JMPo t16 ($4)
-
-
-. 0 100108BC 32
-. 55 6C 08 3C 7D 6C 5A 14 39 80 AF 5C 3D 8C 25 48 7D 89 03 A6 39 80 7A 88 3D 8C 25 49 4E 80 04 20
-
-==== BB 1302 _dl_runtime_resolve(0x2547AF5C) approx BBs exec'd 0 ====
-
- 0x2547AF5C: 9421FFC0 stwu r1,-64(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFC0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547AF60: 9001000C stw r0,12(r1)
- 6: GETL R0, t4
- 7: GETL R1, t6
- 8: ADDL $0xC, t6
- 9: STL t4, (t6)
- 10: INCEIPL $4
-
- 0x2547AF64: 90610010 stw r3,16(r1)
- 11: GETL R3, t8
- 12: GETL R1, t10
- 13: ADDL $0x10, t10
- 14: STL t8, (t10)
- 15: INCEIPL $4
-
- 0x2547AF68: 90810014 stw r4,20(r1)
- 16: GETL R4, t12
- 17: GETL R1, t14
- 18: ADDL $0x14, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0x2547AF6C: 7D836378 or r3,r12,r12
- 21: GETL R12, t16
- 22: PUTL t16, R3
- 23: INCEIPL $4
-
- 0x2547AF70: 90A10018 stw r5,24(r1)
- 24: GETL R5, t18
- 25: GETL R1, t20
- 26: ADDL $0x18, t20
- 27: STL t18, (t20)
- 28: INCEIPL $4
-
- 0x2547AF74: 7D645B78 or r4,r11,r11
- 29: GETL R11, t22
- 30: PUTL t22, R4
- 31: INCEIPL $4
-
- 0x2547AF78: 90C1001C stw r6,28(r1)
- 32: GETL R6, t24
- 33: GETL R1, t26
- 34: ADDL $0x1C, t26
- 35: STL t24, (t26)
- 36: INCEIPL $4
-
- 0x2547AF7C: 7C0802A6 mflr r0
- 37: GETL LR, t28
- 38: PUTL t28, R0
- 39: INCEIPL $4
-
- 0x2547AF80: 90E10020 stw r7,32(r1)
- 40: GETL R7, t30
- 41: GETL R1, t32
- 42: ADDL $0x20, t32
- 43: STL t30, (t32)
- 44: INCEIPL $4
-
- 0x2547AF84: 90010030 stw r0,48(r1)
- 45: GETL R0, t34
- 46: GETL R1, t36
- 47: ADDL $0x30, t36
- 48: STL t34, (t36)
- 49: INCEIPL $4
-
- 0x2547AF88: 91010024 stw r8,36(r1)
- 50: GETL R8, t38
- 51: GETL R1, t40
- 52: ADDL $0x24, t40
- 53: STL t38, (t40)
- 54: INCEIPL $4
-
- 0x2547AF8C: 7C000026 mfcr r0
- 55: GETL CR, t42
- 56: PUTL t42, R0
- 57: INCEIPL $4
-
- 0x2547AF90: 91210028 stw r9,40(r1)
- 58: GETL R9, t44
- 59: GETL R1, t46
- 60: ADDL $0x28, t46
- 61: STL t44, (t46)
- 62: INCEIPL $4
-
- 0x2547AF94: 9141002C stw r10,44(r1)
- 63: GETL R10, t48
- 64: GETL R1, t50
- 65: ADDL $0x2C, t50
- 66: STL t48, (t50)
- 67: INCEIPL $4
-
- 0x2547AF98: 90010008 stw r0,8(r1)
- 68: GETL R0, t52
- 69: GETL R1, t54
- 70: ADDL $0x8, t54
- 71: STL t52, (t54)
- 72: INCEIPL $4
-
- 0x2547AF9C: 480000C9 bl 0x2547B064
- 73: MOVL $0x2547AFA0, t56
- 74: PUTL t56, LR
- 75: JMPo-c $0x2547B064 ($4)
-
-
-. 0 2547AF5C 68
-. 94 21 FF C0 90 01 00 0C 90 61 00 10 90 81 00 14 7D 83 63 78 90 A1 00 18 7D 64 5B 78 90 C1 00 1C 7C 08 02 A6 90 E1 00 20 90 01 00 30 91 01 00 24 7C 00 00 26 91 21 00 28 91 41 00 2C 90 01 00 08 48 00 00 C9
-
-==== BB 1303 fixup(0x2547B064) approx BBs exec'd 0 ====
-
- 0x2547B064: 7CE802A6 mflr r7
- 0: GETL LR, t0
- 1: PUTL t0, R7
- 2: INCEIPL $4
-
- 0x2547B068: 9421FFE0 stwu r1,-32(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFE0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0x2547B06C: 93810010 stw r28,16(r1)
- 9: GETL R28, t6
- 10: GETL R1, t8
- 11: ADDL $0x10, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x2547B070: 4801BF91 bl 0x25497000
- 14: MOVL $0x2547B074, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0x25497000 ($4)
-
-
-. 0 2547B064 16
-. 7C E8 02 A6 94 21 FF E0 93 81 00 10 48 01 BF 91
-
-==== BB 1304 (0x2547B074) approx BBs exec'd 0 ====
-
- 0x2547B074: 93A10014 stw r29,20(r1)
- 0: GETL R29, t0
- 1: GETL R1, t2
- 2: ADDL $0x14, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547B078: 90E10024 stw r7,36(r1)
- 5: GETL R7, t4
- 6: GETL R1, t6
- 7: ADDL $0x24, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0x2547B07C: 80C3007C lwz r6,124(r3)
- 10: GETL R3, t8
- 11: ADDL $0x7C, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R6
- 14: INCEIPL $4
-
- 0x2547B080: 93C10018 stw r30,24(r1)
- 15: GETL R30, t12
- 16: GETL R1, t14
- 17: ADDL $0x18, t14
- 18: STL t12, (t14)
- 19: INCEIPL $4
-
- 0x2547B084: 7FC802A6 mflr r30
- 20: GETL LR, t16
- 21: PUTL t16, R30
- 22: INCEIPL $4
-
- 0x2547B088: 93E1001C stw r31,28(r1)
- 23: GETL R31, t18
- 24: GETL R1, t20
- 25: ADDL $0x1C, t20
- 26: STL t18, (t20)
- 27: INCEIPL $4
-
- 0x2547B08C: 7C7F1B78 or r31,r3,r3
- 28: GETL R3, t22
- 29: PUTL t22, R31
- 30: INCEIPL $4
-
- 0x2547B090: 81460004 lwz r10,4(r6)
- 31: GETL R6, t24
- 32: ADDL $0x4, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R10
- 35: INCEIPL $4
-
- 0x2547B094: 80A30038 lwz r5,56(r3)
- 36: GETL R3, t28
- 37: ADDL $0x38, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R5
- 40: INCEIPL $4
-
- 0x2547B098: 7FAA2214 add r29,r10,r4
- 41: GETL R10, t32
- 42: GETL R4, t34
- 43: ADDL t32, t34
- 44: PUTL t34, R29
- 45: INCEIPL $4
-
- 0x2547B09C: 7D6A202E lwzx r11,r10,r4
- 46: GETL R4, t36
- 47: GETL R10, t38
- 48: ADDL t38, t36
- 49: LDL (t36), t40
- 50: PUTL t40, R11
- 51: INCEIPL $4
-
- 0x2547B0A0: 807D0004 lwz r3,4(r29)
- 52: GETL R29, t42
- 53: ADDL $0x4, t42
- 54: LDL (t42), t44
- 55: PUTL t44, R3
- 56: INCEIPL $4
-
- 0x2547B0A4: 81850004 lwz r12,4(r5)
- 57: GETL R5, t46
- 58: ADDL $0x4, t46
- 59: LDL (t46), t48
- 60: PUTL t48, R12
- 61: INCEIPL $4
-
- 0x2547B0A8: 5466C23E rlwinm r6,r3,24,8,31
- 62: GETL R3, t50
- 63: SHRL $0x8, t50
- 64: PUTL t50, R6
- 65: INCEIPL $4
-
- 0x2547B0AC: 807F0000 lwz r3,0(r31)
- 66: GETL R31, t52
- 67: LDL (t52), t54
- 68: PUTL t54, R3
- 69: INCEIPL $4
-
- 0x2547B0B0: 54C52036 rlwinm r5,r6,4,0,27
- 70: GETL R6, t56
- 71: SHLL $0x4, t56
- 72: PUTL t56, R5
- 73: INCEIPL $4
-
- 0x2547B0B4: 7D056214 add r8,r5,r12
- 74: GETL R5, t58
- 75: GETL R12, t60
- 76: ADDL t58, t60
- 77: PUTL t60, R8
- 78: INCEIPL $4
-
- 0x2547B0B8: 7F835A14 add r28,r3,r11
- 79: GETL R3, t62
- 80: GETL R11, t64
- 81: ADDL t62, t64
- 82: PUTL t64, R28
- 83: INCEIPL $4
-
- 0x2547B0BC: 8808000D lbz r0,13(r8)
- 84: GETL R8, t66
- 85: ADDL $0xD, t66
- 86: LDB (t66), t68
- 87: PUTL t68, R0
- 88: INCEIPL $4
-
- 0x2547B0C0: 70090003 andi. r9,r0,0x3
- 89: GETL R0, t70
- 90: ANDL $0x3, t70
- 91: PUTL t70, R9
- 92: CMP0L t70, t72 (-rSo)
- 93: ICRFL t72, $0x0, CR
- 94: INCEIPL $4
-
- 0x2547B0C4: 813F0034 lwz r9,52(r31)
- 95: GETL R31, t74
- 96: ADDL $0x34, t74
- 97: LDL (t74), t76
- 98: PUTL t76, R9
- 99: INCEIPL $4
-
- 0x2547B0C8: 80890004 lwz r4,4(r9)
- 100: GETL R9, t78
- 101: ADDL $0x4, t78
- 102: LDL (t78), t80
- 103: PUTL t80, R4
- 104: INCEIPL $4
-
- 0x2547B0CC: 91010008 stw r8,8(r1)
- 105: GETL R8, t82
- 106: GETL R1, t84
- 107: ADDL $0x8, t84
- 108: STL t82, (t84)
- 109: INCEIPL $4
-
- 0x2547B0D0: 408200E0 bc 4,2,0x2547B1B0
- 110: Jc02o $0x2547B1B0
-
-
-. 0 2547B074 96
-. 93 A1 00 14 90 E1 00 24 80 C3 00 7C 93 C1 00 18 7F C8 02 A6 93 E1 00 1C 7C 7F 1B 78 81 46 00 04 80 A3 00 38 7F AA 22 14 7D 6A 20 2E 80 7D 00 04 81 85 00 04 54 66 C2 3E 80 7F 00 00 54 C5 20 36 7D 05 62 14 7F 83 5A 14 88 08 00 0D 70 09 00 03 81 3F 00 34 80 89 00 04 91 01 00 08 40 82 00 E0
-
-==== BB 1305 (0x2547B0D4) approx BBs exec'd 0 ====
-
- 0x2547B0D4: 815F00E4 lwz r10,228(r31)
- 0: GETL R31, t0
- 1: ADDL $0xE4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x2547B0D8: 38E00000 li r7,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R7
- 7: INCEIPL $4
-
- 0x2547B0DC: 2F8A0000 cmpi cr7,r10,0
- 8: GETL R10, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x7, CR
- 11: INCEIPL $4
-
- 0x2547B0E0: 409E009C bc 4,30,0x2547B17C
- 12: Jc30o $0x2547B17C
-
-
-. 0 2547B0D4 16
-. 81 5F 00 E4 38 E0 00 00 2F 8A 00 00 40 9E 00 9C
-
-==== BB 1306 (0x2547B17C) approx BBs exec'd 0 ====
-
- 0x2547B17C: 816A0004 lwz r11,4(r10)
- 0: GETL R10, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x2547B180: 54C9083C rlwinm r9,r6,1,0,30
- 5: GETL R6, t4
- 6: SHLL $0x1, t4
- 7: PUTL t4, R9
- 8: INCEIPL $4
-
- 0x2547B184: 80DF0188 lwz r6,392(r31)
- 9: GETL R31, t6
- 10: ADDL $0x188, t6
- 11: LDL (t6), t8
- 12: PUTL t8, R6
- 13: INCEIPL $4
-
- 0x2547B188: 7D095A2E lhzx r8,r9,r11
- 14: GETL R11, t10
- 15: GETL R9, t12
- 16: ADDL t12, t10
- 17: LDW (t10), t14
- 18: PUTL t14, R8
- 19: INCEIPL $4
-
- 0x2547B18C: 55072376 rlwinm r7,r8,4,13,27
- 20: GETL R8, t16
- 21: ROLL $0x4, t16
- 22: ANDL $0x7FFF0, t16
- 23: PUTL t16, R7
- 24: INCEIPL $4
-
- 0x2547B190: 7D663A14 add r11,r6,r7
- 25: GETL R6, t18
- 26: GETL R7, t20
- 27: ADDL t18, t20
- 28: PUTL t20, R11
- 29: INCEIPL $4
-
- 0x2547B194: 806B0004 lwz r3,4(r11)
- 30: GETL R11, t22
- 31: ADDL $0x4, t22
- 32: LDL (t22), t24
- 33: PUTL t24, R3
- 34: INCEIPL $4
-
- 0x2547B198: 7C6AFE70 srawi r10,r3,31
- 35: GETL R3, t26
- 36: SARL $0x1F, t26 (-wCa)
- 37: PUTL t26, R10
- 38: INCEIPL $4
-
- 0x2547B19C: 7D401A78 xor r0,r10,r3
- 39: GETL R10, t28
- 40: GETL R3, t30
- 41: XORL t28, t30
- 42: PUTL t30, R0
- 43: INCEIPL $4
-
- 0x2547B1A0: 7D205050 subf r9,r0,r10
- 44: GETL R0, t32
- 45: GETL R10, t34
- 46: SUBL t32, t34
- 47: PUTL t34, R9
- 48: INCEIPL $4
-
- 0x2547B1A4: 7D28FE70 srawi r8,r9,31
- 49: GETL R9, t36
- 50: SARL $0x1F, t36 (-wCa)
- 51: PUTL t36, R8
- 52: INCEIPL $4
-
- 0x2547B1A8: 7D674038 and r7,r11,r8
- 53: GETL R11, t38
- 54: GETL R8, t40
- 55: ANDL t38, t40
- 56: PUTL t40, R7
- 57: INCEIPL $4
-
- 0x2547B1AC: 4BFFFF38 b 0x2547B0E4
- 58: JMPo $0x2547B0E4 ($4)
-
-
-. 0 2547B17C 52
-. 81 6A 00 04 54 C9 08 3C 80 DF 01 88 7D 09 5A 2E 55 07 23 76 7D 66 3A 14 80 6B 00 04 7C 6A FE 70 7D 40 1A 78 7D 20 50 50 7D 28 FE 70 7D 67 40 38 4B FF FF 38
-
-==== BB 1307 (0x2547B0E4) approx BBs exec'd 0 ====
-
- 0x2547B0E4: 7C05602E lwzx r0,r5,r12
- 0: GETL R12, t0
- 1: GETL R5, t2
- 2: ADDL t2, t0
- 3: LDL (t0), t4
- 4: PUTL t4, R0
- 5: INCEIPL $4
-
- 0x2547B0E8: 39400000 li r10,0
- 6: MOVL $0x0, t6
- 7: PUTL t6, R10
- 8: INCEIPL $4
-
- 0x2547B0EC: 80DF01C0 lwz r6,448(r31)
- 9: GETL R31, t8
- 10: ADDL $0x1C0, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R6
- 13: INCEIPL $4
-
- 0x2547B0F0: 38A10008 addi r5,r1,8
- 14: GETL R1, t12
- 15: ADDL $0x8, t12
- 16: PUTL t12, R5
- 17: INCEIPL $4
-
- 0x2547B0F4: 7C602214 add r3,r0,r4
- 18: GETL R0, t14
- 19: GETL R4, t16
- 20: ADDL t14, t16
- 21: PUTL t16, R3
- 22: INCEIPL $4
-
- 0x2547B0F8: 39000001 li r8,1
- 23: MOVL $0x1, t18
- 24: PUTL t18, R8
- 25: INCEIPL $4
-
- 0x2547B0FC: 7FE4FB78 or r4,r31,r31
- 26: GETL R31, t20
- 27: PUTL t20, R4
- 28: INCEIPL $4
-
- 0x2547B100: 39200001 li r9,1
- 29: MOVL $0x1, t22
- 30: PUTL t22, R9
- 31: INCEIPL $4
-
- 0x2547B104: 4BFFD4A1 bl 0x254785A4
- 32: MOVL $0x2547B108, t24
- 33: PUTL t24, LR
- 34: JMPo-c $0x254785A4 ($4)
-
-
-. 0 2547B0E4 36
-. 7C 05 60 2E 39 40 00 00 80 DF 01 C0 38 A1 00 08 7C 60 22 14 39 00 00 01 7F E4 FB 78 39 20 00 01 4B FF D4 A1
-
-==== BB 1308 (0x2547B108) approx BBs exec'd 0 ====
-
- 0x2547B108: 39400000 li r10,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R10
- 2: INCEIPL $4
-
- 0x2547B10C: 81610008 lwz r11,8(r1)
- 3: GETL R1, t2
- 4: ADDL $0x8, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R11
- 7: INCEIPL $4
-
- 0x2547B110: 2C8B0000 cmpi cr1,r11,0
- 8: GETL R11, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x1, CR
- 11: INCEIPL $4
-
- 0x2547B114: 41860018 bc 12,6,0x2547B12C
- 12: Js06o $0x2547B12C
-
-
-. 0 2547B108 16
-. 39 40 00 00 81 61 00 08 2C 8B 00 00 41 86 00 18
-
-==== BB 1309 (0x2547B118) approx BBs exec'd 0 ====
-
- 0x2547B118: 2F030000 cmpi cr6,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x2547B11C: 419A00A0 bc 12,26,0x2547B1BC
- 4: Js26o $0x2547B1BC
-
-
-. 0 2547B118 8
-. 2F 03 00 00 41 9A 00 A0
-
-==== BB 1310 (0x2547B120) approx BBs exec'd 0 ====
-
- 0x2547B120: 81830000 lwz r12,0(r3)
- 0: GETL R3, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R12
- 3: INCEIPL $4
-
- 0x2547B124: 808B0004 lwz r4,4(r11)
- 4: GETL R11, t4
- 5: ADDL $0x4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R4
- 8: INCEIPL $4
-
- 0x2547B128: 7D4C2214 add r10,r12,r4
- 9: GETL R12, t8
- 10: GETL R4, t10
- 11: ADDL t8, t10
- 12: PUTL t10, R10
- 13: INCEIPL $4
-
- 0x2547B12C: 80FE04F4 lwz r7,1268(r30)
- 14: GETL R30, t12
- 15: ADDL $0x4F4, t12
- 16: LDL (t12), t14
- 17: PUTL t14, R7
- 18: INCEIPL $4
-
- 0x2547B130: 80DD0008 lwz r6,8(r29)
- 19: GETL R29, t16
- 20: ADDL $0x8, t16
- 21: LDL (t16), t18
- 22: PUTL t18, R6
- 23: INCEIPL $4
-
- 0x2547B134: 8067002C lwz r3,44(r7)
- 24: GETL R7, t20
- 25: ADDL $0x2C, t20
- 26: LDL (t20), t22
- 27: PUTL t22, R3
- 28: INCEIPL $4
-
- 0x2547B138: 7D665214 add r11,r6,r10
- 29: GETL R6, t24
- 30: GETL R10, t26
- 31: ADDL t24, t26
- 32: PUTL t26, R11
- 33: INCEIPL $4
-
- 0x2547B13C: 2C030000 cmpi cr0,r3,0
- 34: GETL R3, t28
- 35: CMP0L t28, t30 (-rSo)
- 36: ICRFL t30, $0x0, CR
- 37: INCEIPL $4
-
- 0x2547B140: 7D635B78 or r3,r11,r11
- 38: GETL R11, t32
- 39: PUTL t32, R3
- 40: INCEIPL $4
-
- 0x2547B144: 40820018 bc 4,2,0x2547B15C
- 41: Jc02o $0x2547B15C
-
-
-. 0 2547B120 40
-. 81 83 00 00 80 8B 00 04 7D 4C 22 14 80 FE 04 F4 80 DD 00 08 80 67 00 2C 7D 66 52 14 2C 03 00 00 7D 63 5B 78 40 82 00 18
-
-==== BB 1311 (0x2547B148) approx BBs exec'd 0 ====
-
- 0x2547B148: 7FE3FB78 or r3,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x2547B14C: 7FA4EB78 or r4,r29,r29
- 3: GETL R29, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0x2547B150: 7F85E378 or r5,r28,r28
- 6: GETL R28, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x2547B154: 7D665B78 or r6,r11,r11
- 9: GETL R11, t6
- 10: PUTL t6, R6
- 11: INCEIPL $4
-
- 0x2547B158: 4800540D bl 0x25480564
- 12: MOVL $0x2547B15C, t8
- 13: PUTL t8, LR
- 14: JMPo-c $0x25480564 ($4)
-
-
-. 0 2547B148 20
-. 7F E3 FB 78 7F A4 EB 78 7F 85 E3 78 7D 66 5B 78 48 00 54 0D
-
-==== BB 1312 __elf_machine_fixup_plt(0x25480564) approx BBs exec'd 0 ====
-
- 0x25480564: 7D453050 subf r10,r5,r6
- 0: GETL R5, t0
- 1: GETL R6, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0x25480568: 3D06FE00 addis r8,r6,-512
- 5: GETL R6, t4
- 6: ADDL $0xFE000000, t4
- 7: PUTL t4, R8
- 8: INCEIPL $4
-
- 0x2548056C: 554C3032 rlwinm r12,r10,6,0,25
- 9: GETL R10, t6
- 10: SHLL $0x6, t6
- 11: PUTL t6, R12
- 12: INCEIPL $4
-
- 0x25480570: 3CE0FC00 lis r7,-1024
- 13: MOVL $0xFC000000, t8
- 14: PUTL t8, R7
- 15: INCEIPL $4
-
- 0x25480574: 7D843670 srawi r4,r12,6
- 16: GETL R12, t10
- 17: SARL $0x6, t10 (-wCa)
- 18: PUTL t10, R4
- 19: INCEIPL $4
-
- 0x25480578: 39280003 addi r9,r8,3
- 20: GETL R8, t12
- 21: ADDL $0x3, t12
- 22: PUTL t12, R9
- 23: INCEIPL $4
-
- 0x2548057C: 7F845000 cmp cr7,r4,r10
- 24: GETL R4, t14
- 25: GETL R10, t16
- 26: CMPL t14, t16, t18 (-rSo)
- 27: ICRFL t18, $0x7, CR
- 28: INCEIPL $4
-
- 0x25480580: 60E00002 ori r0,r7,0x2
- 29: MOVL $0xFC000002, t20
- 30: PUTL t20, R0
- 31: INCEIPL $4
-
- 0x25480584: 548B01BA rlwinm r11,r4,0,6,29
- 32: GETL R4, t22
- 33: ANDL $0x3FFFFFC, t22
- 34: PUTL t22, R11
- 35: INCEIPL $4
-
- 0x25480588: 9421FFF0 stwu r1,-16(r1)
- 36: GETL R1, t24
- 37: GETL R1, t26
- 38: ADDL $0xFFFFFFF0, t26
- 39: PUTL t26, R1
- 40: STL t24, (t26)
- 41: INCEIPL $4
-
- 0x2548058C: 7F090040 cmpl cr6,r9,r0
- 42: GETL R9, t28
- 43: GETL R0, t30
- 44: CMPUL t28, t30, t32 (-rSo)
- 45: ICRFL t32, $0x6, CR
- 46: INCEIPL $4
-
- 0x25480590: 656B4800 oris r11,r11,0x4800
- 47: GETL R11, t34
- 48: ORL $0x48000000, t34
- 49: PUTL t34, R11
- 50: INCEIPL $4
-
- 0x25480594: 419E00EC bc 12,30,0x25480680
- 51: Js30o $0x25480680
-
-
-. 0 25480564 52
-. 7D 45 30 50 3D 06 FE 00 55 4C 30 32 3C E0 FC 00 7D 84 36 70 39 28 00 03 7F 84 50 00 60 E0 00 02 54 8B 01 BA 94 21 FF F0 7F 09 00 40 65 6B 48 00 41 9E 00 EC
-
-==== BB 1313 (0x25480680) approx BBs exec'd 0 ====
-
- 0x25480680: 91650000 stw r11,0(r5)
- 0: GETL R11, t0
- 1: GETL R5, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0x25480684: 7C00286C dcbst r0,r5
- 4: INCEIPL $4
-
- 0x25480688: 7C0004AC sync
- 5: INCEIPL $4
-
- 0x2548068C: 7C002FAC icbi r0,r5
- 6: GETL R5, t4
- 7: CALLM_So
- 8: PUSHL t4
- 9: CALLMo $0x68
- 10: CALLM_Eo
- 11: INCEIPL $4
-
- 0x25480690: 7C0004AC sync
- 12: INCEIPL $4
-
- 0x25480694: 4C00012C 13: INCEIPL $4
-
- 0x25480698: 7CC33378 or r3,r6,r6
- 14: GETL R6, t6
- 15: PUTL t6, R3
- 16: INCEIPL $4
-
- 0x2548069C: 38210010 addi r1,r1,16
- 17: GETL R1, t8
- 18: ADDL $0x10, t8
- 19: PUTL t8, R1
- 20: INCEIPL $4
-
- 0x254806A0: 4E800020 blr
- 21: GETL LR, t10
- 22: JMPo-r t10 ($4)
-
-
-. 0 25480680 36
-. 91 65 00 00 7C 00 28 6C 7C 00 04 AC 7C 00 2F AC 7C 00 04 AC 4C 00 01 2C 7C C3 33 78 38 21 00 10 4E 80 00 20
-
-==== BB 1314 (0x2547B15C) approx BBs exec'd 0 ====
-
- 0x2547B15C: 83810024 lwz r28,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0x2547B160: 83A10014 lwz r29,20(r1)
- 5: GETL R1, t4
- 6: ADDL $0x14, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R29
- 9: INCEIPL $4
-
- 0x2547B164: 7F8803A6 mtlr r28
- 10: GETL R28, t8
- 11: PUTL t8, LR
- 12: INCEIPL $4
-
- 0x2547B168: 83C10018 lwz r30,24(r1)
- 13: GETL R1, t10
- 14: ADDL $0x18, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R30
- 17: INCEIPL $4
-
- 0x2547B16C: 83810010 lwz r28,16(r1)
- 18: GETL R1, t14
- 19: ADDL $0x10, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R28
- 22: INCEIPL $4
-
- 0x2547B170: 83E1001C lwz r31,28(r1)
- 23: GETL R1, t18
- 24: ADDL $0x1C, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R31
- 27: INCEIPL $4
-
- 0x2547B174: 38210020 addi r1,r1,32
- 28: GETL R1, t22
- 29: ADDL $0x20, t22
- 30: PUTL t22, R1
- 31: INCEIPL $4
-
- 0x2547B178: 4E800020 blr
- 32: GETL LR, t24
- 33: JMPo-r t24 ($4)
-
-
-. 0 2547B15C 32
-. 83 81 00 24 83 A1 00 14 7F 88 03 A6 83 C1 00 18 83 81 00 10 83 E1 00 1C 38 21 00 20 4E 80 00 20
-
-==== BB 1315 (0x2547AFA0) approx BBs exec'd 0 ====
-
- 0x2547AFA0: 7C6903A6 mtctr r3
- 0: GETL R3, t0
- 1: PUTL t0, CTR
- 2: INCEIPL $4
-
- 0x2547AFA4: 80010030 lwz r0,48(r1)
- 3: GETL R1, t2
- 4: ADDL $0x30, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0x2547AFA8: 8141002C lwz r10,44(r1)
- 8: GETL R1, t6
- 9: ADDL $0x2C, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R10
- 12: INCEIPL $4
-
- 0x2547AFAC: 81210028 lwz r9,40(r1)
- 13: GETL R1, t10
- 14: ADDL $0x28, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R9
- 17: INCEIPL $4
-
- 0x2547AFB0: 7C0803A6 mtlr r0
- 18: GETL R0, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0x2547AFB4: 81010024 lwz r8,36(r1)
- 21: GETL R1, t16
- 22: ADDL $0x24, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R8
- 25: INCEIPL $4
-
- 0x2547AFB8: 80010008 lwz r0,8(r1)
- 26: GETL R1, t20
- 27: ADDL $0x8, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R0
- 30: INCEIPL $4
-
- 0x2547AFBC: 80E10020 lwz r7,32(r1)
- 31: GETL R1, t24
- 32: ADDL $0x20, t24
- 33: LDL (t24), t26
- 34: PUTL t26, R7
- 35: INCEIPL $4
-
- 0x2547AFC0: 80C1001C lwz r6,28(r1)
- 36: GETL R1, t28
- 37: ADDL $0x1C, t28
- 38: LDL (t28), t30
- 39: PUTL t30, R6
- 40: INCEIPL $4
-
- 0x2547AFC4: 7C0FF120 mtcr r0
- 41: GETL R0, t32
- 42: PUTL t32, CR
- 43: INCEIPL $4
-
- 0x2547AFC8: 80A10018 lwz r5,24(r1)
- 44: GETL R1, t34
- 45: ADDL $0x18, t34
- 46: LDL (t34), t36
- 47: PUTL t36, R5
- 48: INCEIPL $4
-
- 0x2547AFCC: 80810014 lwz r4,20(r1)
- 49: GETL R1, t38
- 50: ADDL $0x14, t38
- 51: LDL (t38), t40
- 52: PUTL t40, R4
- 53: INCEIPL $4
-
- 0x2547AFD0: 80610010 lwz r3,16(r1)
- 54: GETL R1, t42
- 55: ADDL $0x10, t42
- 56: LDL (t42), t44
- 57: PUTL t44, R3
- 58: INCEIPL $4
-
- 0x2547AFD4: 8001000C lwz r0,12(r1)
- 59: GETL R1, t46
- 60: ADDL $0xC, t46
- 61: LDL (t46), t48
- 62: PUTL t48, R0
- 63: INCEIPL $4
-
- 0x2547AFD8: 38210040 addi r1,r1,64
- 64: GETL R1, t50
- 65: ADDL $0x40, t50
- 66: PUTL t50, R1
- 67: INCEIPL $4
-
- 0x2547AFDC: 4E800420 bctr
- 68: GETL CTR, t52
- 69: JMPo t52 ($4)
-
-
-. 0 2547AFA0 64
-. 7C 69 03 A6 80 01 00 30 81 41 00 2C 81 21 00 28 7C 08 03 A6 81 01 00 24 80 01 00 08 80 E1 00 20 80 C1 00 1C 7C 0F F1 20 80 A1 00 18 80 81 00 14 80 61 00 10 80 01 00 0C 38 21 00 40 4E 80 04 20
-
-==== BB 1316 __libc_start_main(0xFE9B8C4) approx BBs exec'd 0 ====
-
- 0xFE9B8C4: 7C0802A6 mflr r0
- 0: GETL LR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFE9B8C8: 9421FFF0 stwu r1,-16(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFF0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFE9B8CC: 4812C585 bl 0xFFC7E50
- 9: MOVL $0xFE9B8D0, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFC7E50 ($4)
-
-
-. 0 FE9B8C4 12
-. 7C 08 02 A6 94 21 FF F0 48 12 C5 85
-
-==== BB 1317 (0xFE9B8D0) approx BBs exec'd 0 ====
-
- 0xFE9B8D0: 93C10008 stw r30,8(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFE9B8D4: 7D2A4B78 or r10,r9,r9
- 5: GETL R9, t4
- 6: PUTL t4, R10
- 7: INCEIPL $4
-
- 0xFE9B8D8: 7FC802A6 mflr r30
- 8: GETL LR, t6
- 9: PUTL t6, R30
- 10: INCEIPL $4
-
- 0xFE9B8DC: 90010014 stw r0,20(r1)
- 11: GETL R0, t8
- 12: GETL R1, t10
- 13: ADDL $0x14, t10
- 14: STL t8, (t10)
- 15: INCEIPL $4
-
- 0xFE9B8E0: 7C6C1B78 or r12,r3,r3
- 16: GETL R3, t12
- 17: PUTL t12, R12
- 18: INCEIPL $4
-
- 0xFE9B8E4: 80090000 lwz r0,0(r9)
- 19: GETL R9, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R0
- 22: INCEIPL $4
-
- 0xFE9B8E8: 7C852378 or r5,r4,r4
- 23: GETL R4, t18
- 24: PUTL t18, R5
- 25: INCEIPL $4
-
- 0xFE9B8EC: 7CE93B78 or r9,r7,r7
- 26: GETL R7, t20
- 27: PUTL t20, R9
- 28: INCEIPL $4
-
- 0xFE9B8F0: 7D074378 or r7,r8,r8
- 29: GETL R8, t22
- 30: PUTL t22, R7
- 31: INCEIPL $4
-
- 0xFE9B8F4: 2F800000 cmpi cr7,r0,0
- 32: GETL R0, t24
- 33: CMP0L t24, t26 (-rSo)
- 34: ICRFL t26, $0x7, CR
- 35: INCEIPL $4
-
- 0xFE9B8F8: 419E0034 bc 12,30,0xFE9B92C
- 36: Js30o $0xFE9B92C
-
-
-. 0 FE9B8D0 44
-. 93 C1 00 08 7D 2A 4B 78 7F C8 02 A6 90 01 00 14 7C 6C 1B 78 80 09 00 00 7C 85 23 78 7C E9 3B 78 7D 07 43 78 2F 80 00 00 41 9E 00 34
-
-==== BB 1318 (0xFE9B92C) approx BBs exec'd 0 ====
-
- 0xFE9B92C: 80060000 lwz r0,0(r6)
- 0: GETL R6, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0xFE9B930: 7CCB3378 or r11,r6,r6
- 4: GETL R6, t4
- 5: PUTL t4, R11
- 6: INCEIPL $4
-
- 0xFE9B934: 2C800000 cmpi cr1,r0,0
- 7: GETL R0, t6
- 8: CMP0L t6, t8 (-rSo)
- 9: ICRFL t8, $0x1, CR
- 10: INCEIPL $4
-
- 0xFE9B938: 4186003C bc 12,6,0xFE9B974
- 11: Js06o $0xFE9B974
-
-
-. 0 FE9B92C 16
-. 80 06 00 00 7C CB 33 78 2C 80 00 00 41 86 00 3C
-
-==== BB 1319 (0xFE9B93C) approx BBs exec'd 0 ====
-
- 0xFE9B93C: 811E1CB0 lwz r8,7344(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1CB0, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0xFE9B940: 48000010 b 0xFE9B950
- 5: JMPo $0xFE9B950 ($4)
-
-
-. 0 FE9B93C 8
-. 81 1E 1C B0 48 00 00 10
-
-==== BB 1320 (0xFE9B950) approx BBs exec'd 0 ====
-
- 0xFE9B950: 2F800013 cmpi cr7,r0,19
- 0: GETL R0, t0
- 1: MOVL $0x13, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFE9B954: 2F080000 cmpi cr6,r8,0
- 5: GETL R8, t6
- 6: CMP0L t6, t8 (-rSo)
- 7: ICRFL t8, $0x6, CR
- 8: INCEIPL $4
-
- 0xFE9B958: 409EFFEC bc 4,30,0xFE9B944
- 9: Jc30o $0xFE9B944
-
-
-. 0 FE9B950 12
-. 2F 80 00 13 2F 08 00 00 40 9E FF EC
-
-==== BB 1321 (0xFE9B944) approx BBs exec'd 0 ====
-
- 0xFE9B944: 840B0008 lwzu r0,8(r11)
- 0: GETL R11, t0
- 1: ADDL $0x8, t0
- 2: PUTL t0, R11
- 3: LDL (t0), t2
- 4: PUTL t2, R0
- 5: INCEIPL $4
-
- 0xFE9B948: 2F000000 cmpi cr6,r0,0
- 6: GETL R0, t4
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x6, CR
- 9: INCEIPL $4
-
- 0xFE9B94C: 419A0028 bc 12,26,0xFE9B974
- 10: Js26o $0xFE9B974
-
-
-. 0 FE9B944 12
-. 84 0B 00 08 2F 00 00 00 41 9A 00 28
-
-==== BB 1322 (0xFE9B95C) approx BBs exec'd 0 ====
-
- 0xFE9B95C: 41BAFFE8 bc 13,26,0xFE9B944
- 0: Js26o $0xFE9B944
-
-
-. 0 FE9B95C 4
-. 41 BA FF E8
-
-==== BB 1323 (0xFE9B960) approx BBs exec'd 0 ====
-
- 0xFE9B960: 808B0004 lwz r4,4(r11)
- 0: GETL R11, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFE9B964: 90880000 stw r4,0(r8)
- 5: GETL R4, t4
- 6: GETL R8, t6
- 7: STL t4, (t6)
- 8: INCEIPL $4
-
- 0xFE9B968: 840B0008 lwzu r0,8(r11)
- 9: GETL R11, t8
- 10: ADDL $0x8, t8
- 11: PUTL t8, R11
- 12: LDL (t8), t10
- 13: PUTL t10, R0
- 14: INCEIPL $4
-
- 0xFE9B96C: 2F000000 cmpi cr6,r0,0
- 15: GETL R0, t12
- 16: CMP0L t12, t14 (-rSo)
- 17: ICRFL t14, $0x6, CR
- 18: INCEIPL $4
-
- 0xFE9B970: 409AFFE0 bc 4,26,0xFE9B950
- 19: Jc26o $0xFE9B950
-
-
-. 0 FE9B960 20
-. 80 8B 00 04 90 88 00 00 84 0B 00 08 2F 00 00 00 40 9A FF E0
-
-==== BB 1324 (0xFE9B974) approx BBs exec'd 0 ====
-
- 0xFE9B974: 8107000C lwz r8,12(r7)
- 0: GETL R7, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0xFE9B978: 7D846378 or r4,r12,r12
- 5: GETL R12, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0xFE9B97C: 80670004 lwz r3,4(r7)
- 8: GETL R7, t6
- 9: ADDL $0x4, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R3
- 12: INCEIPL $4
-
- 0xFE9B980: 80E70008 lwz r7,8(r7)
- 13: GETL R7, t10
- 14: ADDL $0x8, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R7
- 17: INCEIPL $4
-
- 0xFE9B984: 4BFFFD91 bl 0xFE9B714
- 18: MOVL $0xFE9B988, t14
- 19: PUTL t14, LR
- 20: JMPo-c $0xFE9B714 ($4)
-
-
-. 0 FE9B974 20
-. 81 07 00 0C 7D 84 63 78 80 67 00 04 80 E7 00 08 4B FF FD 91
-
-==== BB 1325 generic_start_main(0xFE9B714) approx BBs exec'd 0 ====
-
- 0xFE9B714: 9421FDE0 stwu r1,-544(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFDE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFE9B718: 7D4802A6 mflr r10
- 6: GETL LR, t4
- 7: PUTL t4, R10
- 8: INCEIPL $4
-
- 0xFE9B71C: 4812C735 bl 0xFFC7E50
- 9: MOVL $0xFE9B720, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFC7E50 ($4)
-
-
-. 0 FE9B714 12
-. 94 21 FD E0 7D 48 02 A6 48 12 C7 35
-
-==== BB 1326 (0xFE9B720) approx BBs exec'd 0 ====
-
- 0xFE9B720: 93C10218 stw r30,536(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x218, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFE9B724: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFE9B728: 93A10214 stw r29,532(r1)
- 8: GETL R29, t6
- 9: GETL R1, t8
- 10: ADDL $0x214, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFE9B72C: 5480103A rlwinm r0,r4,2,0,29
- 13: GETL R4, t10
- 14: SHLL $0x2, t10
- 15: PUTL t10, R0
- 16: INCEIPL $4
-
- 0xFE9B730: 93810210 stw r28,528(r1)
- 17: GETL R28, t12
- 18: GETL R1, t14
- 19: ADDL $0x210, t14
- 20: STL t12, (t14)
- 21: INCEIPL $4
-
- 0xFE9B734: 7D602A14 add r11,r0,r5
- 22: GETL R0, t16
- 23: GETL R5, t18
- 24: ADDL t16, t18
- 25: PUTL t18, R11
- 26: INCEIPL $4
-
- 0xFE9B738: 93E1021C stw r31,540(r1)
- 27: GETL R31, t20
- 28: GETL R1, t22
- 29: ADDL $0x21C, t22
- 30: STL t20, (t22)
- 31: INCEIPL $4
-
- 0xFE9B73C: 83BE1CE4 lwz r29,7396(r30)
- 32: GETL R30, t24
- 33: ADDL $0x1CE4, t24
- 34: LDL (t24), t26
- 35: PUTL t26, R29
- 36: INCEIPL $4
-
- 0xFE9B740: 7CFC3B78 or r28,r7,r7
- 37: GETL R7, t28
- 38: PUTL t28, R28
- 39: INCEIPL $4
-
- 0xFE9B744: 91410224 stw r10,548(r1)
- 40: GETL R10, t30
- 41: GETL R1, t32
- 42: ADDL $0x224, t32
- 43: STL t30, (t32)
- 44: INCEIPL $4
-
- 0xFE9B748: 7D1F4378 or r31,r8,r8
- 45: GETL R8, t34
- 46: PUTL t34, R31
- 47: INCEIPL $4
-
- 0xFE9B74C: 2F9D0000 cmpi cr7,r29,0
- 48: GETL R29, t36
- 49: CMP0L t36, t38 (-rSo)
- 50: ICRFL t38, $0x7, CR
- 51: INCEIPL $4
-
- 0xFE9B750: 906101F0 stw r3,496(r1)
- 52: GETL R3, t40
- 53: GETL R1, t42
- 54: ADDL $0x1F0, t42
- 55: STL t40, (t42)
- 56: INCEIPL $4
-
- 0xFE9B754: 9361020C stw r27,524(r1)
- 57: GETL R27, t44
- 58: GETL R1, t46
- 59: ADDL $0x20C, t46
- 60: STL t44, (t46)
- 61: INCEIPL $4
-
- 0xFE9B758: 7D234B78 or r3,r9,r9
- 62: GETL R9, t48
- 63: PUTL t48, R3
- 64: INCEIPL $4
-
- 0xFE9B75C: 908101F4 stw r4,500(r1)
- 65: GETL R4, t50
- 66: GETL R1, t52
- 67: ADDL $0x1F4, t52
- 68: STL t50, (t52)
- 69: INCEIPL $4
-
- 0xFE9B760: 396B0004 addi r11,r11,4
- 70: GETL R11, t54
- 71: ADDL $0x4, t54
- 72: PUTL t54, R11
- 73: INCEIPL $4
-
- 0xFE9B764: 90A101F8 stw r5,504(r1)
- 74: GETL R5, t56
- 75: GETL R1, t58
- 76: ADDL $0x1F8, t58
- 77: STL t56, (t58)
- 78: INCEIPL $4
-
- 0xFE9B768: 39400000 li r10,0
- 79: MOVL $0x0, t60
- 80: PUTL t60, R10
- 81: INCEIPL $4
-
- 0xFE9B76C: 90C101FC stw r6,508(r1)
- 82: GETL R6, t62
- 83: GETL R1, t64
- 84: ADDL $0x1FC, t64
- 85: STL t62, (t64)
- 86: INCEIPL $4
-
- 0xFE9B770: 419E0010 bc 12,30,0xFE9B780
- 87: Js30o $0xFE9B780
-
-
-. 0 FE9B720 84
-. 93 C1 02 18 7F C8 02 A6 93 A1 02 14 54 80 10 3A 93 81 02 10 7D 60 2A 14 93 E1 02 1C 83 BE 1C E4 7C FC 3B 78 91 41 02 24 7D 1F 43 78 2F 9D 00 00 90 61 01 F0 93 61 02 0C 7D 23 4B 78 90 81 01 F4 39 6B 00 04 90 A1 01 F8 39 40 00 00 90 C1 01 FC 41 9E 00 10
-
-==== BB 1327 (0xFE9B780) approx BBs exec'd 0 ====
-
- 0xFE9B780: 2C830000 cmpi cr1,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFE9B784: 837E1B84 lwz r27,7044(r30)
- 4: GETL R30, t4
- 5: ADDL $0x1B84, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R27
- 8: INCEIPL $4
-
- 0xFE9B788: 813E1AA4 lwz r9,6820(r30)
- 9: GETL R30, t8
- 10: ADDL $0x1AA4, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R9
- 13: INCEIPL $4
-
- 0xFE9B78C: 917B0000 stw r11,0(r27)
- 14: GETL R11, t12
- 15: GETL R27, t14
- 16: STL t12, (t14)
- 17: INCEIPL $4
-
- 0xFE9B790: 91490000 stw r10,0(r9)
- 18: GETL R10, t16
- 19: GETL R9, t18
- 20: STL t16, (t18)
- 21: INCEIPL $4
-
- 0xFE9B794: 41860010 bc 12,6,0xFE9B7A4
- 22: Js06o $0xFE9B7A4
-
-
-. 0 FE9B780 24
-. 2C 83 00 00 83 7E 1B 84 81 3E 1A A4 91 7B 00 00 91 49 00 00 41 86 00 10
-
-==== BB 1328 (0xFE9B798) approx BBs exec'd 0 ====
-
- 0xFE9B798: 38800000 li r4,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0xFE9B79C: 38A00000 li r5,0
- 3: MOVL $0x0, t2
- 4: PUTL t2, R5
- 5: INCEIPL $4
-
- 0xFE9B7A0: 48018731 bl 0xFEB3ED0
- 6: MOVL $0xFE9B7A4, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0xFEB3ED0 ($4)
-
-
-. 0 FE9B798 12
-. 38 80 00 00 38 A0 00 00 48 01 87 31
-
-==== BB 1329 __cxa_atexit_internal(0xFEB3ED0) approx BBs exec'd 0 ====
-
- 0xFEB3ED0: 7C0802A6 mflr r0
- 0: GETL LR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0xFEB3ED4: 9421FFE0 stwu r1,-32(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFE0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0xFEB3ED8: 93E1001C stw r31,28(r1)
- 9: GETL R31, t6
- 10: GETL R1, t8
- 11: ADDL $0x1C, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFEB3EDC: 7CBF2B78 or r31,r5,r5
- 14: GETL R5, t10
- 15: PUTL t10, R31
- 16: INCEIPL $4
-
- 0xFEB3EE0: 93810010 stw r28,16(r1)
- 17: GETL R28, t12
- 18: GETL R1, t14
- 19: ADDL $0x10, t14
- 20: STL t12, (t14)
- 21: INCEIPL $4
-
- 0xFEB3EE4: 7C9C2378 or r28,r4,r4
- 22: GETL R4, t16
- 23: PUTL t16, R28
- 24: INCEIPL $4
-
- 0xFEB3EE8: 93A10014 stw r29,20(r1)
- 25: GETL R29, t18
- 26: GETL R1, t20
- 27: ADDL $0x14, t20
- 28: STL t18, (t20)
- 29: INCEIPL $4
-
- 0xFEB3EEC: 7C7D1B78 or r29,r3,r3
- 30: GETL R3, t22
- 31: PUTL t22, R29
- 32: INCEIPL $4
-
- 0xFEB3EF0: 90010024 stw r0,36(r1)
- 33: GETL R0, t24
- 34: GETL R1, t26
- 35: ADDL $0x24, t26
- 36: STL t24, (t26)
- 37: INCEIPL $4
-
- 0xFEB3EF4: 93C10018 stw r30,24(r1)
- 38: GETL R30, t28
- 39: GETL R1, t30
- 40: ADDL $0x18, t30
- 41: STL t28, (t30)
- 42: INCEIPL $4
-
- 0xFEB3EF8: 4BFFFE35 bl 0xFEB3D2C
- 43: MOVL $0xFEB3EFC, t32
- 44: PUTL t32, LR
- 45: JMPo-c $0xFEB3D2C ($4)
-
-
-. 0 FEB3ED0 44
-. 7C 08 02 A6 94 21 FF E0 93 E1 00 1C 7C BF 2B 78 93 81 00 10 7C 9C 23 78 93 A1 00 14 7C 7D 1B 78 90 01 00 24 93 C1 00 18 4B FF FE 35
-
-==== BB 1330 __new_exitfn(0xFEB3D2C) approx BBs exec'd 0 ====
-
- 0xFEB3D2C: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFEB3D30: 7C6802A6 mflr r3
- 6: GETL LR, t4
- 7: PUTL t4, R3
- 8: INCEIPL $4
-
- 0xFEB3D34: 4811411D bl 0xFFC7E50
- 9: MOVL $0xFEB3D38, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFC7E50 ($4)
-
-
-. 0 FEB3D2C 12
-. 94 21 FF E0 7C 68 02 A6 48 11 41 1D
-
-==== BB 1331 (0xFEB3D38) approx BBs exec'd 0 ====
-
- 0xFEB3D38: 93C10018 stw r30,24(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFEB3D3C: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFEB3D40: 93810010 stw r28,16(r1)
- 8: GETL R28, t6
- 9: GETL R1, t8
- 10: ADDL $0x10, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFEB3D44: 93A10014 stw r29,20(r1)
- 13: GETL R29, t10
- 14: GETL R1, t12
- 15: ADDL $0x14, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFEB3D48: 38000001 li r0,1
- 18: MOVL $0x1, t14
- 19: PUTL t14, R0
- 20: INCEIPL $4
-
- 0xFEB3D4C: 9361000C stw r27,12(r1)
- 21: GETL R27, t16
- 22: GETL R1, t18
- 23: ADDL $0xC, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFEB3D50: 3BA00000 li r29,0
- 26: MOVL $0x0, t20
- 27: PUTL t20, R29
- 28: INCEIPL $4
-
- 0xFEB3D54: 93E1001C stw r31,28(r1)
- 29: GETL R31, t22
- 30: GETL R1, t24
- 31: ADDL $0x1C, t24
- 32: STL t22, (t24)
- 33: INCEIPL $4
-
- 0xFEB3D58: 90610024 stw r3,36(r1)
- 34: GETL R3, t26
- 35: GETL R1, t28
- 36: ADDL $0x24, t28
- 37: STL t26, (t28)
- 38: INCEIPL $4
-
- 0xFEB3D5C: 839E02B4 lwz r28,692(r30)
- 39: GETL R30, t30
- 40: ADDL $0x2B4, t30
- 41: LDL (t30), t32
- 42: PUTL t32, R28
- 43: INCEIPL $4
-
- 0xFEB3D60: 7D20E028 lwarx r9,r0,r28
- 44: GETL R28, t34
- 45: LOCKo
- 46: LDL (t34), t36
- 47: PUTL t36, R9
- 48: INCEIPL $4
-
- 0xFEB3D64: 7C09E800 cmp cr0,r9,r29
- 49: GETL R9, t38
- 50: GETL R29, t40
- 51: CMPL t38, t40, t42 (-rSo)
- 52: ICRFL t42, $0x0, CR
- 53: INCEIPL $4
-
- 0xFEB3D68: 4082000C bc 4,2,0xFEB3D74
- 54: Jc02o $0xFEB3D74
-
-
-. 0 FEB3D38 52
-. 93 C1 00 18 7F C8 02 A6 93 81 00 10 93 A1 00 14 38 00 00 01 93 61 00 0C 3B A0 00 00 93 E1 00 1C 90 61 00 24 83 9E 02 B4 7D 20 E0 28 7C 09 E8 00 40 82 00 0C
-
-==== BB 1332 (0xFEB3D6C) approx BBs exec'd 0 ====
-
- 0xFEB3D6C: 7C00E12D stwcx. r0,r0,r28
- 0: GETL R28, t0
- 1: GETL R0, t2
- 2: LOCKo
- 3: STL t2, (t0) (-rSo)
- 4: ICRFL cr, $0x0, CR
- 5: INCEIPL $4
-
- 0xFEB3D70: 40A2FFF0 bc 5,2,0xFEB3D60
- 6: Jc02o $0xFEB3D60
-
-
-. 0 FEB3D6C 8
-. 7C 00 E1 2D 40 A2 FF F0
-
-==== BB 1333 (0xFEB3D60) approx BBs exec'd 0 ====
-
- 0xFEB3D60: 7D20E028 lwarx r9,r0,r28
- 0: GETL R28, t0
- 1: LOCKo
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFEB3D64: 7C09E800 cmp cr0,r9,r29
- 5: GETL R9, t4
- 6: GETL R29, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x0, CR
- 9: INCEIPL $4
-
- 0xFEB3D68: 4082000C bc 4,2,0xFEB3D74
- 10: Jc02o $0xFEB3D74
-
-
-. 0 FEB3D60 12
-. 7D 20 E0 28 7C 09 E8 00 40 82 00 0C
-
-==== BB 1334 (0xFEB3D74) approx BBs exec'd 0 ====
-
- 0xFEB3D74: 4C00012C 0: INCEIPL $4
-
- 0xFEB3D78: 2F890000 cmpi cr7,r9,0
- 1: GETL R9, t0
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFEB3D7C: 409E0134 bc 4,30,0xFEB3EB0
- 5: Jc30o $0xFEB3EB0
-
-
-. 0 FEB3D74 12
-. 4C 00 01 2C 2F 89 00 00 40 9E 01 34
-
-==== BB 1335 (0xFEB3D80) approx BBs exec'd 0 ====
-
- 0xFEB3D80: 837E1AFC lwz r27,6908(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1AFC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R27
- 4: INCEIPL $4
-
- 0xFEB3D84: 83FB0000 lwz r31,0(r27)
- 5: GETL R27, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R31
- 8: INCEIPL $4
-
- 0xFEB3D88: 2F1F0000 cmpi cr6,r31,0
- 9: GETL R31, t8
- 10: CMP0L t8, t10 (-rSo)
- 11: ICRFL t10, $0x6, CR
- 12: INCEIPL $4
-
- 0xFEB3D8C: 419A0050 bc 12,26,0xFEB3DDC
- 13: Js26o $0xFEB3DDC
-
-
-. 0 FEB3D80 16
-. 83 7E 1A FC 83 FB 00 00 2F 1F 00 00 41 9A 00 50
-
-==== BB 1336 (0xFEB3D90) approx BBs exec'd 0 ====
-
- 0xFEB3D90: 817F0004 lwz r11,4(r31)
- 0: GETL R31, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0xFEB3D94: 3BA00000 li r29,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R29
- 7: INCEIPL $4
-
- 0xFEB3D98: 280B0000 cmpli cr0,r11,0
- 8: GETL R11, t6
- 9: MOVL $0x0, t10
- 10: CMPUL t6, t10, t8 (-rSo)
- 11: ICRFL t8, $0x0, CR
- 12: INCEIPL $4
-
- 0xFEB3D9C: 40810024 bc 4,1,0xFEB3DC0
- 13: Jc01o $0xFEB3DC0
-
-
-. 0 FEB3D90 16
-. 81 7F 00 04 3B A0 00 00 28 0B 00 00 40 81 00 24
-
-==== BB 1337 (0xFEB3DC0) approx BBs exec'd 0 ====
-
- 0xFEB3DC0: 7C0BE840 cmpl cr0,r11,r29
- 0: GETL R11, t0
- 1: GETL R29, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x0, CR
- 4: INCEIPL $4
-
- 0xFEB3DC4: 41810104 bc 12,1,0xFEB3EC8
- 5: Js01o $0xFEB3EC8
-
-
-. 0 FEB3DC0 8
-. 7C 0B E8 40 41 81 01 04
-
-==== BB 1338 (0xFEB3DC8) approx BBs exec'd 0 ====
-
- 0xFEB3DC8: 288B001F cmpli cr1,r11,31
- 0: GETL R11, t0
- 1: MOVL $0x1F, t4
- 2: CMPUL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0xFEB3DCC: 408500F0 bc 4,5,0xFEB3EBC
- 5: Jc05o $0xFEB3EBC
-
-
-. 0 FEB3DC8 8
-. 28 8B 00 1F 40 85 00 F0
-
-==== BB 1339 (0xFEB3EBC) approx BBs exec'd 0 ====
-
- 0xFEB3EBC: 392B0001 addi r9,r11,1
- 0: GETL R11, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R9
- 3: INCEIPL $4
-
- 0xFEB3EC0: 7D7D5B78 or r29,r11,r11
- 4: GETL R11, t2
- 5: PUTL t2, R29
- 6: INCEIPL $4
-
- 0xFEB3EC4: 913F0004 stw r9,4(r31)
- 7: GETL R9, t4
- 8: GETL R31, t6
- 9: ADDL $0x4, t6
- 10: STL t4, (t6)
- 11: INCEIPL $4
-
- 0xFEB3EC8: 40BAFF40 bc 5,26,0xFEB3E08
- 12: Jc26o $0xFEB3E08
-
-
-. 0 FEB3EBC 16
-. 39 2B 00 01 7D 7D 5B 78 91 3F 00 04 40 BA FF 40
-
-==== BB 1340 (0xFEB3E08) approx BBs exec'd 0 ====
-
- 0xFEB3E08: 57AA2036 rlwinm r10,r29,4,0,27
- 0: GETL R29, t0
- 1: SHLL $0x4, t0
- 2: PUTL t0, R10
- 3: INCEIPL $4
-
- 0xFEB3E0C: 39000001 li r8,1
- 4: MOVL $0x1, t2
- 5: PUTL t2, R8
- 6: INCEIPL $4
-
- 0xFEB3E10: 7CEAFA14 add r7,r10,r31
- 7: GETL R10, t4
- 8: GETL R31, t6
- 9: ADDL t4, t6
- 10: PUTL t6, R7
- 11: INCEIPL $4
-
- 0xFEB3E14: 91070008 stw r8,8(r7)
- 12: GETL R8, t8
- 13: GETL R7, t10
- 14: ADDL $0x8, t10
- 15: STL t8, (t10)
- 16: INCEIPL $4
-
- 0xFEB3E18: 39800000 li r12,0
- 17: MOVL $0x0, t12
- 18: PUTL t12, R12
- 19: INCEIPL $4
-
- 0xFEB3E1C: 7C0004AC sync
- 20: INCEIPL $4
-
- 0xFEB3E20: 7D60E028 lwarx r11,r0,r28
- 21: GETL R28, t14
- 22: LOCKo
- 23: LDL (t14), t16
- 24: PUTL t16, R11
- 25: INCEIPL $4
-
- 0xFEB3E24: 7D80E12D stwcx. r12,r0,r28
- 26: GETL R28, t18
- 27: GETL R12, t20
- 28: LOCKo
- 29: STL t20, (t18) (-rSo)
- 30: ICRFL cr, $0x0, CR
- 31: INCEIPL $4
-
- 0xFEB3E28: 40A2FFF8 bc 5,2,0xFEB3E20
- 32: Jc02o $0xFEB3E20
-
-
-. 0 FEB3E08 36
-. 57 AA 20 36 39 00 00 01 7C EA FA 14 91 07 00 08 39 80 00 00 7C 00 04 AC 7D 60 E0 28 7D 80 E1 2D 40 A2 FF F8
-
-==== BB 1341 (0xFEB3E2C) approx BBs exec'd 0 ====
-
- 0xFEB3E2C: 2F8B0001 cmpi cr7,r11,1
- 0: GETL R11, t0
- 1: MOVL $0x1, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0xFEB3E30: 419D0060 bc 12,29,0xFEB3E90
- 5: Js29o $0xFEB3E90
-
-
-. 0 FEB3E2C 8
-. 2F 8B 00 01 41 9D 00 60
-
-==== BB 1342 (0xFEB3E34) approx BBs exec'd 0 ====
-
- 0xFEB3E34: 419A0034 bc 12,26,0xFEB3E68
- 0: Js26o $0xFEB3E68
-
-
-. 0 FEB3E34 4
-. 41 9A 00 34
-
-==== BB 1343 (0xFEB3E38) approx BBs exec'd 0 ====
-
- 0xFEB3E38: 57BC2036 rlwinm r28,r29,4,0,27
- 0: GETL R29, t0
- 1: SHLL $0x4, t0
- 2: PUTL t0, R28
- 3: INCEIPL $4
-
- 0xFEB3E3C: 83A10024 lwz r29,36(r1)
- 4: GETL R1, t2
- 5: ADDL $0x24, t2
- 6: LDL (t2), t4
- 7: PUTL t4, R29
- 8: INCEIPL $4
-
- 0xFEB3E40: 7F7CFA14 add r27,r28,r31
- 9: GETL R28, t6
- 10: GETL R31, t8
- 11: ADDL t6, t8
- 12: PUTL t8, R27
- 13: INCEIPL $4
-
- 0xFEB3E44: 83C10018 lwz r30,24(r1)
- 14: GETL R1, t10
- 15: ADDL $0x18, t10
- 16: LDL (t10), t12
- 17: PUTL t12, R30
- 18: INCEIPL $4
-
- 0xFEB3E48: 387B0008 addi r3,r27,8
- 19: GETL R27, t14
- 20: ADDL $0x8, t14
- 21: PUTL t14, R3
- 22: INCEIPL $4
-
- 0xFEB3E4C: 7FA803A6 mtlr r29
- 23: GETL R29, t16
- 24: PUTL t16, LR
- 25: INCEIPL $4
-
- 0xFEB3E50: 8361000C lwz r27,12(r1)
- 26: GETL R1, t18
- 27: ADDL $0xC, t18
- 28: LDL (t18), t20
- 29: PUTL t20, R27
- 30: INCEIPL $4
-
- 0xFEB3E54: 83810010 lwz r28,16(r1)
- 31: GETL R1, t22
- 32: ADDL $0x10, t22
- 33: LDL (t22), t24
- 34: PUTL t24, R28
- 35: INCEIPL $4
-
- 0xFEB3E58: 83A10014 lwz r29,20(r1)
- 36: GETL R1, t26
- 37: ADDL $0x14, t26
- 38: LDL (t26), t28
- 39: PUTL t28, R29
- 40: INCEIPL $4
-
- 0xFEB3E5C: 83E1001C lwz r31,28(r1)
- 41: GETL R1, t30
- 42: ADDL $0x1C, t30
- 43: LDL (t30), t32
- 44: PUTL t32, R31
- 45: INCEIPL $4
-
- 0xFEB3E60: 38210020 addi r1,r1,32
- 46: GETL R1, t34
- 47: ADDL $0x20, t34
- 48: PUTL t34, R1
- 49: INCEIPL $4
-
- 0xFEB3E64: 4E800020 blr
- 50: GETL LR, t36
- 51: JMPo-r t36 ($4)
-
-
-. 0 FEB3E38 48
-. 57 BC 20 36 83 A1 00 24 7F 7C FA 14 83 C1 00 18 38 7B 00 08 7F A8 03 A6 83 61 00 0C 83 81 00 10 83 A1 00 14 83 E1 00 1C 38 21 00 20 4E 80 00 20
-
-==== BB 1344 (0xFEB3EFC) approx BBs exec'd 0 ====
-
- 0xFEB3EFC: 2C030000 cmpi cr0,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0xFEB3F00: 3800FFFF li r0,-1
- 4: MOVL $0xFFFFFFFF, t4
- 5: PUTL t4, R0
- 6: INCEIPL $4
-
- 0xFEB3F04: 4182001C bc 12,2,0xFEB3F20
- 7: Js02o $0xFEB3F20
-
-
-. 0 FEB3EFC 12
-. 2C 03 00 00 38 00 FF FF 41 82 00 1C
-
-==== BB 1345 (0xFEB3F08) approx BBs exec'd 0 ====
-
- 0xFEB3F08: 38800004 li r4,4
- 0: MOVL $0x4, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0xFEB3F0C: 93E3000C stw r31,12(r3)
- 3: GETL R31, t2
- 4: GETL R3, t4
- 5: ADDL $0xC, t4
- 6: STL t2, (t4)
- 7: INCEIPL $4
-
- 0xFEB3F10: 90830000 stw r4,0(r3)
- 8: GETL R4, t6
- 9: GETL R3, t8
- 10: STL t6, (t8)
- 11: INCEIPL $4
-
- 0xFEB3F14: 38000000 li r0,0
- 12: MOVL $0x0, t10
- 13: PUTL t10, R0
- 14: INCEIPL $4
-
- 0xFEB3F18: 93A30004 stw r29,4(r3)
- 15: GETL R29, t12
- 16: GETL R3, t14
- 17: ADDL $0x4, t14
- 18: STL t12, (t14)
- 19: INCEIPL $4
-
- 0xFEB3F1C: 93830008 stw r28,8(r3)
- 20: GETL R28, t16
- 21: GETL R3, t18
- 22: ADDL $0x8, t18
- 23: STL t16, (t18)
- 24: INCEIPL $4
-
- 0xFEB3F20: 80A10024 lwz r5,36(r1)
- 25: GETL R1, t20
- 26: ADDL $0x24, t20
- 27: LDL (t20), t22
- 28: PUTL t22, R5
- 29: INCEIPL $4
-
- 0xFEB3F24: 7C030378 or r3,r0,r0
- 30: GETL R0, t24
- 31: PUTL t24, R3
- 32: INCEIPL $4
-
- 0xFEB3F28: 83810010 lwz r28,16(r1)
- 33: GETL R1, t26
- 34: ADDL $0x10, t26
- 35: LDL (t26), t28
- 36: PUTL t28, R28
- 37: INCEIPL $4
-
- 0xFEB3F2C: 83A10014 lwz r29,20(r1)
- 38: GETL R1, t30
- 39: ADDL $0x14, t30
- 40: LDL (t30), t32
- 41: PUTL t32, R29
- 42: INCEIPL $4
-
- 0xFEB3F30: 7CA803A6 mtlr r5
- 43: GETL R5, t34
- 44: PUTL t34, LR
- 45: INCEIPL $4
-
- 0xFEB3F34: 83C10018 lwz r30,24(r1)
- 46: GETL R1, t36
- 47: ADDL $0x18, t36
- 48: LDL (t36), t38
- 49: PUTL t38, R30
- 50: INCEIPL $4
-
- 0xFEB3F38: 83E1001C lwz r31,28(r1)
- 51: GETL R1, t40
- 52: ADDL $0x1C, t40
- 53: LDL (t40), t42
- 54: PUTL t42, R31
- 55: INCEIPL $4
-
- 0xFEB3F3C: 38210020 addi r1,r1,32
- 56: GETL R1, t44
- 57: ADDL $0x20, t44
- 58: PUTL t44, R1
- 59: INCEIPL $4
-
- 0xFEB3F40: 4E800020 blr
- 60: GETL LR, t46
- 61: JMPo-r t46 ($4)
-
-
-. 0 FEB3F08 60
-. 38 80 00 04 93 E3 00 0C 90 83 00 00 38 00 00 00 93 A3 00 04 93 83 00 08 80 A1 00 24 7C 03 03 78 83 81 00 10 83 A1 00 14 7C A8 03 A6 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-
-==== BB 1346 (0xFE9B7A4) approx BBs exec'd 0 ====
-
- 0xFE9B7A4: 2F1F0000 cmpi cr6,r31,0
- 0: GETL R31, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0xFE9B7A8: 419A0014 bc 12,26,0xFE9B7BC
- 4: Js26o $0xFE9B7BC
-
-
-. 0 FE9B7A4 8
-. 2F 1F 00 00 41 9A 00 14
-
-==== BB 1347 (0xFE9B7AC) approx BBs exec'd 0 ====
-
- 0xFE9B7AC: 7FE3FB78 or r3,r31,r31
- 0: GETL R31, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFE9B7B0: 38800000 li r4,0
- 3: MOVL $0x0, t2
- 4: PUTL t2, R4
- 5: INCEIPL $4
-
- 0xFE9B7B4: 38A00000 li r5,0
- 6: MOVL $0x0, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0xFE9B7B8: 48018719 bl 0xFEB3ED0
- 9: MOVL $0xFE9B7BC, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFEB3ED0 ($4)
-
-
-. 0 FE9B7AC 16
-. 7F E3 FB 78 38 80 00 00 38 A0 00 00 48 01 87 19
-
-==== BB 1348 (0xFEB3DA0) approx BBs exec'd 0 ====
-
- 0xFEB3DA0: 393F0008 addi r9,r31,8
- 0: GETL R31, t0
- 1: ADDL $0x8, t0
- 2: PUTL t0, R9
- 3: INCEIPL $4
-
- 0xFEB3DA4: 80890000 lwz r4,0(r9)
- 4: GETL R9, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0xFEB3DA8: 39290010 addi r9,r9,16
- 8: GETL R9, t6
- 9: ADDL $0x10, t6
- 10: PUTL t6, R9
- 11: INCEIPL $4
-
- 0xFEB3DAC: 2C840000 cmpi cr1,r4,0
- 12: GETL R4, t8
- 13: CMP0L t8, t10 (-rSo)
- 14: ICRFL t10, $0x1, CR
- 15: INCEIPL $4
-
- 0xFEB3DB0: 41860010 bc 12,6,0xFEB3DC0
- 16: Js06o $0xFEB3DC0
-
-
-. 0 FEB3DA0 20
-. 39 3F 00 08 80 89 00 00 39 29 00 10 2C 84 00 00 41 86 00 10
-
-==== BB 1349 (0xFEB3DB4) approx BBs exec'd 0 ====
-
- 0xFEB3DB4: 3BBD0001 addi r29,r29,1
- 0: GETL R29, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R29
- 3: INCEIPL $4
-
- 0xFEB3DB8: 7F8BE840 cmpl cr7,r11,r29
- 4: GETL R11, t2
- 5: GETL R29, t4
- 6: CMPUL t2, t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0xFEB3DBC: 419DFFE8 bc 12,29,0xFEB3DA4
- 9: Js29o $0xFEB3DA4
-
-
-. 0 FEB3DB4 12
-. 3B BD 00 01 7F 8B E8 40 41 9D FF E8
-
-==== BB 1350 (0xFE9B7BC) approx BBs exec'd 0 ====
-
- 0xFE9B7BC: 83FE1BC8 lwz r31,7112(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1BC8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R31
- 4: INCEIPL $4
-
- 0xFE9B7C0: 807F0000 lwz r3,0(r31)
- 5: GETL R31, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R3
- 8: INCEIPL $4
-
- 0xFE9B7C4: 70690002 andi. r9,r3,0x2
- 9: GETL R3, t8
- 10: ANDL $0x2, t8
- 11: PUTL t8, R9
- 12: CMP0L t8, t10 (-rSo)
- 13: ICRFL t10, $0x0, CR
- 14: INCEIPL $4
-
- 0xFE9B7C8: 7FA00026 mfcr r29
- 15: GETL CR, t12
- 16: PUTL t12, R29
- 17: INCEIPL $4
-
- 0xFE9B7CC: 40820080 bc 4,2,0xFE9B84C
- 18: Jc02o $0xFE9B84C
-
-
-. 0 FE9B7BC 20
-. 83 FE 1B C8 80 7F 00 00 70 69 00 02 7F A0 00 26 40 82 00 80
-
-==== BB 1351 (0xFE9B7D0) approx BBs exec'd 0 ====
-
- 0xFE9B7D0: 2F9C0000 cmpi cr7,r28,0
- 0: GETL R28, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xFE9B7D4: 419E001C bc 12,30,0xFE9B7F0
- 4: Js30o $0xFE9B7F0
-
-
-. 0 FE9B7D0 8
-. 2F 9C 00 00 41 9E 00 1C
-
-==== BB 1352 (0xFE9B7D8) approx BBs exec'd 0 ====
-
- 0xFE9B7D8: 80BB0000 lwz r5,0(r27)
- 0: GETL R27, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R5
- 3: INCEIPL $4
-
- 0xFE9B7DC: 7F8803A6 mtlr r28
- 4: GETL R28, t4
- 5: PUTL t4, LR
- 6: INCEIPL $4
-
- 0xFE9B7E0: 806101F4 lwz r3,500(r1)
- 7: GETL R1, t6
- 8: ADDL $0x1F4, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R3
- 11: INCEIPL $4
-
- 0xFE9B7E4: 808101F8 lwz r4,504(r1)
- 12: GETL R1, t10
- 13: ADDL $0x1F8, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R4
- 16: INCEIPL $4
-
- 0xFE9B7E8: 80C101FC lwz r6,508(r1)
- 17: GETL R1, t14
- 18: ADDL $0x1FC, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R6
- 21: INCEIPL $4
-
- 0xFE9B7EC: 4E800021 blrl
- 22: GETL LR, t18
- 23: MOVL $0xFE9B7F0, t20
- 24: PUTL t20, LR
- 25: JMPo-r t18 ($4)
-
-
-. 0 FE9B7D8 24
-. 80 BB 00 00 7F 88 03 A6 80 61 01 F4 80 81 01 F8 80 C1 01 FC 4E 80 00 21
-
-==== BB 1353 __libc_csu_init(0x100003FC) approx BBs exec'd 0 ====
-
- 0x100003FC: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x10000400: 7CA802A6 mflr r5
- 6: GETL LR, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x10000404: 429F0005 bcl 20,31,0x10000408
- 9: MOVL $0x10000408, t6
- 10: PUTL t6, LR
- 11: INCEIPL $4
-
- 0x10000408: 93C10018 stw r30,24(r1)
- 12: GETL R30, t8
- 13: GETL R1, t10
- 14: ADDL $0x18, t10
- 15: STL t8, (t10)
- 16: INCEIPL $4
-
- 0x1000040C: 7FC802A6 mflr r30
- 17: GETL LR, t12
- 18: PUTL t12, R30
- 19: INCEIPL $4
-
- 0x10000410: 93810010 stw r28,16(r1)
- 20: GETL R28, t14
- 21: GETL R1, t16
- 22: ADDL $0x10, t16
- 23: STL t14, (t16)
- 24: INCEIPL $4
-
- 0x10000414: 93E1001C stw r31,28(r1)
- 25: GETL R31, t18
- 26: GETL R1, t20
- 27: ADDL $0x1C, t20
- 28: STL t18, (t20)
- 29: INCEIPL $4
-
- 0x10000418: 93A10014 stw r29,20(r1)
- 30: GETL R29, t22
- 31: GETL R1, t24
- 32: ADDL $0x14, t24
- 33: STL t22, (t24)
- 34: INCEIPL $4
-
- 0x1000041C: 809EFFF0 lwz r4,-16(r30)
- 35: GETL R30, t26
- 36: ADDL $0xFFFFFFF0, t26
- 37: LDL (t26), t28
- 38: PUTL t28, R4
- 39: INCEIPL $4
-
- 0x10000420: 90A10024 stw r5,36(r1)
- 40: GETL R5, t30
- 41: GETL R1, t32
- 42: ADDL $0x24, t32
- 43: STL t30, (t32)
- 44: INCEIPL $4
-
- 0x10000424: 7FC4F214 add r30,r4,r30
- 45: GETL R4, t34
- 46: GETL R30, t36
- 47: ADDL t34, t36
- 48: PUTL t36, R30
- 49: INCEIPL $4
-
- 0x10000428: 4BFFFE51 bl 0x10000278
- 50: MOVL $0x1000042C, t38
- 51: PUTL t38, LR
- 52: JMPo-c $0x10000278 ($4)
-
-
-. 0 100003FC 48
-. 94 21 FF E0 7C A8 02 A6 42 9F 00 05 93 C1 00 18 7F C8 02 A6 93 81 00 10 93 E1 00 1C 93 A1 00 14 80 9E FF F0 90 A1 00 24 7F C4 F2 14 4B FF FE 51
-
-==== BB 1354 (0x10000278) approx BBs exec'd 0 ====
-
- 0x10000278: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x1000027C: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x10000280: 90010014 stw r0,20(r1)
- 9: GETL R0, t6
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x10000284: 48000041 bl 0x100002C4
- 14: MOVL $0x10000288, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0x100002C4 ($4)
-
-
-. 0 10000278 16
-. 94 21 FF F0 7C 08 02 A6 90 01 00 14 48 00 00 41
-
-==== BB 1355 (0x100002C4) approx BBs exec'd 0 ====
-
- 0x100002C4: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x100002C8: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x100002CC: 93C10008 stw r30,8(r1)
- 9: GETL R30, t6
- 10: GETL R1, t8
- 11: ADDL $0x8, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x100002D0: 90010014 stw r0,20(r1)
- 14: GETL R0, t10
- 15: GETL R1, t12
- 16: ADDL $0x14, t12
- 17: STL t10, (t12)
- 18: INCEIPL $4
-
- 0x100002D4: 480105B5 bl 0x10010888
- 19: MOVL $0x100002D8, t14
- 20: PUTL t14, LR
- 21: JMPo-c $0x10010888 ($4)
-
-
-. 0 100002C4 20
-. 94 21 FF F0 7C 08 02 A6 93 C1 00 08 90 01 00 14 48 01 05 B5
-
-==== BB 1356 (0x10010888) approx BBs exec'd 0 ====
-
- 0x10010888: 4E800021 blrl
- 0: GETL LR, t0
- 1: MOVL $0x1001088C, t2
- 2: PUTL t2, LR
- 3: JMPo-r t0 ($4)
-
-
-. 0 10010888 4
-. 4E 80 00 21
-
-==== BB 1357 (0x100002D8) approx BBs exec'd 0 ====
-
- 0x100002D8: 7FC802A6 mflr r30
- 0: GETL LR, t0
- 1: PUTL t0, R30
- 2: INCEIPL $4
-
- 0x100002DC: 801E000C lwz r0,12(r30)
- 3: GETL R30, t2
- 4: ADDL $0xC, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0x100002E0: 2F800000 cmpi cr7,r0,0
- 8: GETL R0, t6
- 9: CMP0L t6, t8 (-rSo)
- 10: ICRFL t8, $0x7, CR
- 11: INCEIPL $4
-
- 0x100002E4: 419E000C bc 12,30,0x100002F0
- 12: Js30o $0x100002F0
-
-
-. 0 100002D8 16
-. 7F C8 02 A6 80 1E 00 0C 2F 80 00 00 41 9E 00 0C
-
-==== BB 1358 (0x100002F0) approx BBs exec'd 0 ====
-
- 0x100002F0: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x100002F4: 7C0803A6 mtlr r0
- 5: GETL R0, t4
- 6: PUTL t4, LR
- 7: INCEIPL $4
-
- 0x100002F8: 83C10008 lwz r30,8(r1)
- 8: GETL R1, t6
- 9: ADDL $0x8, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R30
- 12: INCEIPL $4
-
- 0x100002FC: 38210010 addi r1,r1,16
- 13: GETL R1, t10
- 14: ADDL $0x10, t10
- 15: PUTL t10, R1
- 16: INCEIPL $4
-
- 0x10000300: 4E800020 blr
- 17: GETL LR, t12
- 18: JMPo-r t12 ($4)
-
-
-. 0 100002F0 20
-. 80 01 00 14 7C 08 03 A6 83 C1 00 08 38 21 00 10 4E 80 00 20
-
-==== BB 1359 (0x10000288) approx BBs exec'd 0 ====
-
- 0x10000288: 48000105 bl 0x1000038C
- 0: MOVL $0x1000028C, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x1000038C ($4)
-
-
-. 0 10000288 4
-. 48 00 01 05
-
-==== BB 1360 (0x1000038C) approx BBs exec'd 0 ====
-
- 0x1000038C: 7C0802A6 mflr r0
- 0: GETL LR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x10000390: 3D601001 lis r11,4097
- 3: MOVL $0x10010000, t2
- 4: PUTL t2, R11
- 5: INCEIPL $4
-
- 0x10000394: 9421FFF0 stwu r1,-16(r1)
- 6: GETL R1, t4
- 7: GETL R1, t6
- 8: ADDL $0xFFFFFFF0, t6
- 9: PUTL t6, R1
- 10: STL t4, (t6)
- 11: INCEIPL $4
-
- 0x10000398: 3D200000 lis r9,0
- 12: MOVL $0x0, t8
- 13: PUTL t8, R9
- 14: INCEIPL $4
-
- 0x1000039C: 39290000 addi r9,r9,0
- 15: MOVL $0x0, t10
- 16: PUTL t10, R9
- 17: INCEIPL $4
-
- 0x100003A0: 386B07A4 addi r3,r11,1956
- 18: MOVL $0x100107A4, t12
- 19: PUTL t12, R3
- 20: INCEIPL $4
-
- 0x100003A4: 90010014 stw r0,20(r1)
- 21: GETL R0, t14
- 22: GETL R1, t16
- 23: ADDL $0x14, t16
- 24: STL t14, (t16)
- 25: INCEIPL $4
-
- 0x100003A8: 800B07A4 lwz r0,1956(r11)
- 26: MOVL $0x100107A4, t18
- 27: LDL (t18), t20
- 28: PUTL t20, R0
- 29: INCEIPL $4
-
- 0x100003AC: 2F800000 cmpi cr7,r0,0
- 30: GETL R0, t22
- 31: CMP0L t22, t24 (-rSo)
- 32: ICRFL t24, $0x7, CR
- 33: INCEIPL $4
-
- 0x100003B0: 419E0014 bc 12,30,0x100003C4
- 34: Js30o $0x100003C4
-
-
-. 0 1000038C 40
-. 7C 08 02 A6 3D 60 10 01 94 21 FF F0 3D 20 00 00 39 29 00 00 38 6B 07 A4 90 01 00 14 80 0B 07 A4 2F 80 00 00 41 9E 00 14
-
-==== BB 1361 (0x100003C4) approx BBs exec'd 0 ====
-
- 0x100003C4: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x100003C8: 38210010 addi r1,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R1
- 8: INCEIPL $4
-
- 0x100003CC: 7C0803A6 mtlr r0
- 9: GETL R0, t6
- 10: PUTL t6, LR
- 11: INCEIPL $4
-
- 0x100003D0: 4E800020 blr
- 12: GETL LR, t8
- 13: JMPo-r t8 ($4)
-
-
-. 0 100003C4 16
-. 80 01 00 14 38 21 00 10 7C 08 03 A6 4E 80 00 20
-
-==== BB 1362 (0x1000028C) approx BBs exec'd 0 ====
-
- 0x1000028C: 48000469 bl 0x100006F4
- 0: MOVL $0x10000290, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x100006F4 ($4)
-
-
-. 0 1000028C 4
-. 48 00 04 69
-
-==== BB 1363 (0x100006F4) approx BBs exec'd 0 ====
-
- 0x100006F4: 7C0802A6 mflr r0
- 0: GETL LR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x100006F8: 9421FFF0 stwu r1,-16(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFF0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0x100006FC: 3D201001 lis r9,4097
- 9: MOVL $0x10010000, t6
- 10: PUTL t6, R9
- 11: INCEIPL $4
-
- 0x10000700: 93E1000C stw r31,12(r1)
- 12: GETL R31, t8
- 13: GETL R1, t10
- 14: ADDL $0xC, t10
- 15: STL t8, (t10)
- 16: INCEIPL $4
-
- 0x10000704: 39290798 addi r9,r9,1944
- 17: MOVL $0x10010798, t12
- 18: PUTL t12, R9
- 19: INCEIPL $4
-
- 0x10000708: 90010014 stw r0,20(r1)
- 20: GETL R0, t14
- 21: GETL R1, t16
- 22: ADDL $0x14, t16
- 23: STL t14, (t16)
- 24: INCEIPL $4
-
- 0x1000070C: 3BE9FFFC addi r31,r9,-4
- 25: MOVL $0x10010794, t18
- 26: PUTL t18, R31
- 27: INCEIPL $4
-
- 0x10000710: 8009FFFC lwz r0,-4(r9)
- 28: MOVL $0x10010794, t20
- 29: LDL (t20), t22
- 30: PUTL t22, R0
- 31: INCEIPL $4
-
- 0x10000714: 48000010 b 0x10000724
- 32: JMPo $0x10000724 ($4)
-
-
-. 0 100006F4 36
-. 7C 08 02 A6 94 21 FF F0 3D 20 10 01 93 E1 00 0C 39 29 07 98 90 01 00 14 3B E9 FF FC 80 09 FF FC 48 00 00 10
-
-==== BB 1364 (0x10000724) approx BBs exec'd 0 ====
-
- 0x10000724: 2F80FFFF cmpi cr7,r0,-1
- 0: GETL R0, t0
- 1: MOVL $0xFFFFFFFF, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x7, CR
- 4: INCEIPL $4
-
- 0x10000728: 409EFFF0 bc 4,30,0x10000718
- 5: Jc30o $0x10000718
-
-
-. 0 10000724 8
-. 2F 80 FF FF 40 9E FF F0
-
-==== BB 1365 (0x1000072C) approx BBs exec'd 0 ====
-
- 0x1000072C: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x10000730: 83E1000C lwz r31,12(r1)
- 5: GETL R1, t4
- 6: ADDL $0xC, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R31
- 9: INCEIPL $4
-
- 0x10000734: 38210010 addi r1,r1,16
- 10: GETL R1, t8
- 11: ADDL $0x10, t8
- 12: PUTL t8, R1
- 13: INCEIPL $4
-
- 0x10000738: 7C0803A6 mtlr r0
- 14: GETL R0, t10
- 15: PUTL t10, LR
- 16: INCEIPL $4
-
- 0x1000073C: 4E800020 blr
- 17: GETL LR, t12
- 18: JMPo-r t12 ($4)
-
-
-. 0 1000072C 20
-. 80 01 00 14 83 E1 00 0C 38 21 00 10 7C 08 03 A6 4E 80 00 20
-
-==== BB 1366 (0x10000290) approx BBs exec'd 0 ====
-
- 0x10000290: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x10000294: 7C0803A6 mtlr r0
- 5: GETL R0, t4
- 6: PUTL t4, LR
- 7: INCEIPL $4
-
- 0x10000298: 38210010 addi r1,r1,16
- 8: GETL R1, t6
- 9: ADDL $0x10, t6
- 10: PUTL t6, R1
- 11: INCEIPL $4
-
- 0x1000029C: 4E800020 blr
- 12: GETL LR, t8
- 13: JMPo-r t8 ($4)
-
-
-. 0 10000290 16
-. 80 01 00 14 7C 08 03 A6 38 21 00 10 4E 80 00 20
-
-==== BB 1367 (0x1000042C) approx BBs exec'd 0 ====
-
- 0x1000042C: 839E8004 lwz r28,-32764(r30)
- 0: GETL R30, t0
- 1: ADDL $0xFFFF8004, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0x10000430: 807E8000 lwz r3,-32768(r30)
- 5: GETL R30, t4
- 6: ADDL $0xFFFF8000, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0x10000434: 3BE00000 li r31,0
- 10: MOVL $0x0, t8
- 11: PUTL t8, R31
- 12: INCEIPL $4
-
- 0x10000438: 7C1C1850 subf r0,r28,r3
- 13: GETL R28, t10
- 14: GETL R3, t12
- 15: SUBL t10, t12
- 16: PUTL t12, R0
- 17: INCEIPL $4
-
- 0x1000043C: 7C001670 srawi r0,r0,2
- 18: GETL R0, t14
- 19: SARL $0x2, t14 (-wCa)
- 20: PUTL t14, R0
- 21: INCEIPL $4
-
- 0x10000440: 7F9F0040 cmpl cr7,r31,r0
- 22: GETL R31, t16
- 23: GETL R0, t18
- 24: CMPUL t16, t18, t20 (-rSo)
- 25: ICRFL t20, $0x7, CR
- 26: INCEIPL $4
-
- 0x10000444: 409C0024 bc 4,28,0x10000468
- 27: Jc28o $0x10000468
-
-
-. 0 1000042C 28
-. 83 9E 80 04 80 7E 80 00 3B E0 00 00 7C 1C 18 50 7C 00 16 70 7F 9F 00 40 40 9C 00 24
-
-==== BB 1368 (0x10000468) approx BBs exec'd 0 ====
-
- 0x10000468: 81010024 lwz r8,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x1000046C: 83810010 lwz r28,16(r1)
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R28
- 9: INCEIPL $4
-
- 0x10000470: 83A10014 lwz r29,20(r1)
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R29
- 14: INCEIPL $4
-
- 0x10000474: 7D0803A6 mtlr r8
- 15: GETL R8, t12
- 16: PUTL t12, LR
- 17: INCEIPL $4
-
- 0x10000478: 83C10018 lwz r30,24(r1)
- 18: GETL R1, t14
- 19: ADDL $0x18, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R30
- 22: INCEIPL $4
-
- 0x1000047C: 83E1001C lwz r31,28(r1)
- 23: GETL R1, t18
- 24: ADDL $0x1C, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R31
- 27: INCEIPL $4
-
- 0x10000480: 38210020 addi r1,r1,32
- 28: GETL R1, t22
- 29: ADDL $0x20, t22
- 30: PUTL t22, R1
- 31: INCEIPL $4
-
- 0x10000484: 4E800020 blr
- 32: GETL LR, t24
- 33: JMPo-r t24 ($4)
-
-
-. 0 10000468 32
-. 81 01 00 24 83 81 00 10 83 A1 00 14 7D 08 03 A6 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-
-==== BB 1369 (0xFE9B7F0) approx BBs exec'd 0 ====
-
- 0xFE9B7F0: 7FA80120 mtcrf 0x80,r29
- 0: GETL R29, t0
- 1: ICRFL t0, $0x0, CR
- 2: INCEIPL $4
-
- 0xFE9B7F4: 408200B0 bc 4,2,0xFE9B8A4
- 3: Jc02o $0xFE9B8A4
-
-
-. 0 FE9B7F0 8
-. 7F A8 01 20 40 82 00 B0
-
-==== BB 1370 (0xFE9B7F8) approx BBs exec'd 0 ====
-
- 0xFE9B7F8: 38610010 addi r3,r1,16
- 0: GETL R1, t0
- 1: ADDL $0x10, t0
- 2: PUTL t0, R3
- 3: INCEIPL $4
-
- 0xFE9B7FC: 48014F9D bl 0xFEB0798
- 4: MOVL $0xFE9B800, t2
- 5: PUTL t2, LR
- 6: JMPo-c $0xFEB0798 ($4)
-
-
-. 0 FE9B7F8 8
-. 38 61 00 10 48 01 4F 9D
-
-==== BB 1371 __GI__setjmp(0xFEB0798) approx BBs exec'd 0 ====
-
- 0xFEB0798: 38800000 li r4,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R4
- 2: INCEIPL $4
-
- 0xFEB079C: 4BFFFC94 b 0xFEB0430
- 3: JMPo $0xFEB0430 ($4)
-
-
-. 0 FEB0798 8
-. 38 80 00 00 4B FF FC 94
-
-==== BB 1372 __sigsetjmp@@GLIBC_2.3.4(0xFEB0430) approx BBs exec'd 0 ====
-
- 0xFEB0430: 90230000 stw r1,0(r3)
- 0: GETL R1, t0
- 1: GETL R3, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0xFEB0434: 7C0802A6 mflr r0
- 4: GETL LR, t4
- 5: PUTL t4, R0
- 6: INCEIPL $4
-
- 0xFEB0438: 91C3000C stw r14,12(r3)
- 7: GETL R14, t6
- 8: GETL R3, t8
- 9: ADDL $0xC, t8
- 10: STL t6, (t8)
- 11: INCEIPL $4
-
- 0xFEB043C: D9C30058 stfd f14,88(r3)
- 12: GETL R3, t10
- 13: ADDL $0x58, t10
- 14: FPU_WQ 0x0:0xE, (t10)
- 15: INCEIPL $4
-
- 0xFEB0440: 90030008 stw r0,8(r3)
- 16: GETL R0, t12
- 17: GETL R3, t14
- 18: ADDL $0x8, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0xFEB0444: 91E30010 stw r15,16(r3)
- 21: GETL R15, t16
- 22: GETL R3, t18
- 23: ADDL $0x10, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFEB0448: D9E30060 stfd f15,96(r3)
- 26: GETL R3, t20
- 27: ADDL $0x60, t20
- 28: FPU_WQ 0x0:0xF, (t20)
- 29: INCEIPL $4
-
- 0xFEB044C: 7C000026 mfcr r0
- 30: GETL CR, t22
- 31: PUTL t22, R0
- 32: INCEIPL $4
-
- 0xFEB0450: 92030014 stw r16,20(r3)
- 33: GETL R16, t24
- 34: GETL R3, t26
- 35: ADDL $0x14, t26
- 36: STL t24, (t26)
- 37: INCEIPL $4
-
- 0xFEB0454: DA030068 stfd f16,104(r3)
- 38: GETL R3, t28
- 39: ADDL $0x68, t28
- 40: FPU_WQ 0x0:0x10, (t28)
- 41: INCEIPL $4
-
- 0xFEB0458: 90030054 stw r0,84(r3)
- 42: GETL R0, t30
- 43: GETL R3, t32
- 44: ADDL $0x54, t32
- 45: STL t30, (t32)
- 46: INCEIPL $4
-
- 0xFEB045C: 92230018 stw r17,24(r3)
- 47: GETL R17, t34
- 48: GETL R3, t36
- 49: ADDL $0x18, t36
- 50: STL t34, (t36)
- 51: INCEIPL $4
-
- 0xFEB0460: DA230070 stfd f17,112(r3)
- 52: GETL R3, t38
- 53: ADDL $0x70, t38
- 54: FPU_WQ 0x0:0x11, (t38)
- 55: INCEIPL $4
-
- 0xFEB0464: 9243001C stw r18,28(r3)
- 56: GETL R18, t40
- 57: GETL R3, t42
- 58: ADDL $0x1C, t42
- 59: STL t40, (t42)
- 60: INCEIPL $4
-
- 0xFEB0468: DA430078 stfd f18,120(r3)
- 61: GETL R3, t44
- 62: ADDL $0x78, t44
- 63: FPU_WQ 0x0:0x12, (t44)
- 64: INCEIPL $4
-
- 0xFEB046C: 92630020 stw r19,32(r3)
- 65: GETL R19, t46
- 66: GETL R3, t48
- 67: ADDL $0x20, t48
- 68: STL t46, (t48)
- 69: INCEIPL $4
-
- 0xFEB0470: DA630080 stfd f19,128(r3)
- 70: GETL R3, t50
- 71: ADDL $0x80, t50
- 72: FPU_WQ 0x0:0x13, (t50)
- 73: INCEIPL $4
-
- 0xFEB0474: 92830024 stw r20,36(r3)
- 74: GETL R20, t52
- 75: GETL R3, t54
- 76: ADDL $0x24, t54
- 77: STL t52, (t54)
- 78: INCEIPL $4
-
- 0xFEB0478: DA830088 stfd f20,136(r3)
- 79: GETL R3, t56
- 80: ADDL $0x88, t56
- 81: FPU_WQ 0x0:0x14, (t56)
- 82: INCEIPL $4
-
- 0xFEB047C: 92A30028 stw r21,40(r3)
- 83: GETL R21, t58
- 84: GETL R3, t60
- 85: ADDL $0x28, t60
- 86: STL t58, (t60)
- 87: INCEIPL $4
-
- 0xFEB0480: DAA30090 stfd f21,144(r3)
- 88: GETL R3, t62
- 89: ADDL $0x90, t62
- 90: FPU_WQ 0x0:0x15, (t62)
- 91: INCEIPL $4
-
- 0xFEB0484: 92C3002C stw r22,44(r3)
- 92: GETL R22, t64
- 93: GETL R3, t66
- 94: ADDL $0x2C, t66
- 95: STL t64, (t66)
- 96: INCEIPL $4
-
- 0xFEB0488: DAC30098 stfd f22,152(r3)
- 97: GETL R3, t68
- 98: ADDL $0x98, t68
- 99: FPU_WQ 0x0:0x16, (t68)
- 100: INCEIPL $4
-
- 0xFEB048C: 92E30030 stw r23,48(r3)
- 101: GETL R23, t70
- 102: GETL R3, t72
- 103: ADDL $0x30, t72
- 104: STL t70, (t72)
- 105: INCEIPL $4
-
- 0xFEB0490: DAE300A0 stfd f23,160(r3)
- 106: GETL R3, t74
- 107: ADDL $0xA0, t74
- 108: FPU_WQ 0x0:0x17, (t74)
- 109: INCEIPL $4
-
- 0xFEB0494: 93030034 stw r24,52(r3)
- 110: GETL R24, t76
- 111: GETL R3, t78
- 112: ADDL $0x34, t78
- 113: STL t76, (t78)
- 114: INCEIPL $4
-
- 0xFEB0498: DB0300A8 stfd f24,168(r3)
- 115: GETL R3, t80
- 116: ADDL $0xA8, t80
- 117: FPU_WQ 0x0:0x18, (t80)
- 118: INCEIPL $4
-
- 0xFEB049C: 93230038 stw r25,56(r3)
- 119: GETL R25, t82
- 120: GETL R3, t84
- 121: ADDL $0x38, t84
- 122: STL t82, (t84)
- 123: INCEIPL $4
-
- 0xFEB04A0: DB2300B0 stfd f25,176(r3)
- 124: GETL R3, t86
- 125: ADDL $0xB0, t86
- 126: FPU_WQ 0x0:0x19, (t86)
- 127: INCEIPL $4
-
- 0xFEB04A4: 9343003C stw r26,60(r3)
- 128: GETL R26, t88
- 129: GETL R3, t90
- 130: ADDL $0x3C, t90
- 131: STL t88, (t90)
- 132: INCEIPL $4
-
- 0xFEB04A8: DB4300B8 stfd f26,184(r3)
- 133: GETL R3, t92
- 134: ADDL $0xB8, t92
- 135: FPU_WQ 0x0:0x1A, (t92)
- 136: INCEIPL $4
-
- 0xFEB04AC: 93630040 stw r27,64(r3)
- 137: GETL R27, t94
- 138: GETL R3, t96
- 139: ADDL $0x40, t96
- 140: STL t94, (t96)
- 141: INCEIPL $4
-
- 0xFEB04B0: DB6300C0 stfd f27,192(r3)
- 142: GETL R3, t98
- 143: ADDL $0xC0, t98
- 144: FPU_WQ 0x0:0x1B, (t98)
- 145: INCEIPL $4
-
- 0xFEB04B4: 93830044 stw r28,68(r3)
- 146: GETL R28, t100
- 147: GETL R3, t102
- 148: ADDL $0x44, t102
- 149: STL t100, (t102)
- 150: INCEIPL $4
-
- 0xFEB04B8: DB8300C8 stfd f28,200(r3)
- 151: GETL R3, t104
- 152: ADDL $0xC8, t104
- 153: FPU_WQ 0x0:0x1C, (t104)
- 154: INCEIPL $4
-
- 0xFEB04BC: 93A30048 stw r29,72(r3)
- 155: GETL R29, t106
- 156: GETL R3, t108
- 157: ADDL $0x48, t108
- 158: STL t106, (t108)
- 159: INCEIPL $4
-
- 0xFEB04C0: DBA300D0 stfd f29,208(r3)
- 160: GETL R3, t110
- 161: ADDL $0xD0, t110
- 162: FPU_WQ 0x0:0x1D, (t110)
- 163: INCEIPL $4
-
- 0xFEB04C4: 93C3004C stw r30,76(r3)
- 164: GETL R30, t112
- 165: GETL R3, t114
- 166: ADDL $0x4C, t114
- 167: STL t112, (t114)
- 168: INCEIPL $4
-
- 0xFEB04C8: DBC300D8 stfd f30,216(r3)
- 169: GETL R3, t116
- 170: ADDL $0xD8, t116
- 171: FPU_WQ 0x0:0x1E, (t116)
- 172: INCEIPL $4
-
- 0xFEB04CC: 93E30050 stw r31,80(r3)
- 173: GETL R31, t118
- 174: GETL R3, t120
- 175: ADDL $0x50, t120
- 176: STL t118, (t120)
- 177: INCEIPL $4
-
- 0xFEB04D0: DBE300E0 stfd f31,224(r3)
- 178: GETL R3, t122
- 179: ADDL $0xE0, t122
- 180: FPU_WQ 0x0:0x1F, (t122)
- 181: INCEIPL $4
-
- 0xFEB04D4: 7CC802A6 mflr r6
- 182: GETL LR, t124
- 183: PUTL t124, R6
- 184: INCEIPL $4
-
- 0xFEB04D8: 48117979 bl 0xFFC7E50
- 185: MOVL $0xFEB04DC, t126
- 186: PUTL t126, LR
- 187: JMPo-c $0xFFC7E50 ($4)
-
-
-. 0 FEB0430 172
-. 90 23 00 00 7C 08 02 A6 91 C3 00 0C D9 C3 00 58 90 03 00 08 91 E3 00 10 D9 E3 00 60 7C 00 00 26 92 03 00 14 DA 03 00 68 90 03 00 54 92 23 00 18 DA 23 00 70 92 43 00 1C DA 43 00 78 92 63 00 20 DA 63 00 80 92 83 00 24 DA 83 00 88 92 A3 00 28 DA A3 00 90 92 C3 00 2C DA C3 00 98 92 E3 00 30 DA E3 00 A0 93 03 00 34 DB 03 00 A8 93 23 00 38 DB 23 00 B0 93 43 00 3C DB 43 00 B8 93 63 00 40 DB 63 00 C0 93 83 00 44 DB 83 00 C8 93 A3 00 48 DB A3 00 D0 93 C3 00 4C DB C3 00 D8 93 E3 00 50 DB E3 00 E0 7C C8 02 A6 48 11 79 79
-
-==== BB 1373 (0xFEB04DC) approx BBs exec'd 0 ====
-
- 0xFEB04DC: 7CA802A6 mflr r5
- 0: GETL LR, t0
- 1: PUTL t0, R5
- 2: INCEIPL $4
-
- 0xFEB04E0: 80A51BC8 lwz r5,7112(r5)
- 3: GETL R5, t2
- 4: ADDL $0x1BC8, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R5
- 7: INCEIPL $4
-
- 0xFEB04E4: 7CC803A6 mtlr r6
- 8: GETL R6, t6
- 9: PUTL t6, LR
- 10: INCEIPL $4
-
- 0xFEB04E8: 80A5003C lwz r5,60(r5)
- 11: GETL R5, t8
- 12: ADDL $0x3C, t8
- 13: LDL (t8), t10
- 14: PUTL t10, R5
- 15: INCEIPL $4
-
- 0xFEB04EC: 74A51000 andis. r5,r5,0x1000
- 16: GETL R5, t12
- 17: ANDL $0x10000000, t12
- 18: PUTL t12, R5
- 19: CMP0L t12, t14 (-rSo)
- 20: ICRFL t14, $0x0, CR
- 21: INCEIPL $4
-
- 0xFEB04F0: 41820158 bc 12,2,0xFEB0648
- 22: Js02o $0xFEB0648
-
-
-. 0 FEB04DC 24
-. 7C A8 02 A6 80 A5 1B C8 7C C8 03 A6 80 A5 00 3C 74 A5 10 00 41 82 01 58
-
-==== BB 1374 (0xFEB0648) approx BBs exec'd 0 ====
-
- 0xFEB0648: 480000AC b 0xFEB06F4
- 0: JMPo $0xFEB06F4 ($4)
-
-
-. 0 FEB0648 4
-. 48 00 00 AC
-
-==== BB 1375 __vmx__sigjmp_save(0xFEB06F4) approx BBs exec'd 0 ====
-
- 0xFEB06F4: 2F840000 cmpi cr7,r4,0
- 0: GETL R4, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xFEB06F8: 7C0802A6 mflr r0
- 4: GETL LR, t4
- 5: PUTL t4, R0
- 6: INCEIPL $4
-
- 0xFEB06FC: 9421FFE0 stwu r1,-32(r1)
- 7: GETL R1, t6
- 8: GETL R1, t8
- 9: ADDL $0xFFFFFFE0, t8
- 10: PUTL t8, R1
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFEB0700: 38A301C4 addi r5,r3,452
- 13: GETL R3, t10
- 14: ADDL $0x1C4, t10
- 15: PUTL t10, R5
- 16: INCEIPL $4
-
- 0xFEB0704: 93A10014 stw r29,20(r1)
- 17: GETL R29, t12
- 18: GETL R1, t14
- 19: ADDL $0x14, t14
- 20: STL t12, (t14)
- 21: INCEIPL $4
-
- 0xFEB0708: 38800000 li r4,0
- 22: MOVL $0x0, t16
- 23: PUTL t16, R4
- 24: INCEIPL $4
-
- 0xFEB070C: 93E1001C stw r31,28(r1)
- 25: GETL R31, t18
- 26: GETL R1, t20
- 27: ADDL $0x1C, t20
- 28: STL t18, (t20)
- 29: INCEIPL $4
-
- 0xFEB0710: 3BA00000 li r29,0
- 30: MOVL $0x0, t22
- 31: PUTL t22, R29
- 32: INCEIPL $4
-
- 0xFEB0714: 7C7F1B78 or r31,r3,r3
- 33: GETL R3, t24
- 34: PUTL t24, R31
- 35: INCEIPL $4
-
- 0xFEB0718: 93C10018 stw r30,24(r1)
- 36: GETL R30, t26
- 37: GETL R1, t28
- 38: ADDL $0x18, t28
- 39: STL t26, (t28)
- 40: INCEIPL $4
-
- 0xFEB071C: 90010024 stw r0,36(r1)
- 41: GETL R0, t30
- 42: GETL R1, t32
- 43: ADDL $0x24, t32
- 44: STL t30, (t32)
- 45: INCEIPL $4
-
- 0xFEB0720: 38600000 li r3,0
- 46: MOVL $0x0, t34
- 47: PUTL t34, R3
- 48: INCEIPL $4
-
- 0xFEB0724: 409E0028 bc 4,30,0xFEB074C
- 49: Jc30o $0xFEB074C
-
-
-. 0 FEB06F4 52
-. 2F 84 00 00 7C 08 02 A6 94 21 FF E0 38 A3 01 C4 93 A1 00 14 38 80 00 00 93 E1 00 1C 3B A0 00 00 7C 7F 1B 78 93 C1 00 18 90 01 00 24 38 60 00 00 40 9E 00 28
-
-==== BB 1376 (0xFEB0728) approx BBs exec'd 0 ====
-
- 0xFEB0728: 80810024 lwz r4,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFEB072C: 38600000 li r3,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFEB0730: 93BF01C0 stw r29,448(r31)
- 8: GETL R29, t6
- 9: GETL R31, t8
- 10: ADDL $0x1C0, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFEB0734: 83A10014 lwz r29,20(r1)
- 13: GETL R1, t10
- 14: ADDL $0x14, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R29
- 17: INCEIPL $4
-
- 0xFEB0738: 7C8803A6 mtlr r4
- 18: GETL R4, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0xFEB073C: 83C10018 lwz r30,24(r1)
- 21: GETL R1, t16
- 22: ADDL $0x18, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R30
- 25: INCEIPL $4
-
- 0xFEB0740: 83E1001C lwz r31,28(r1)
- 26: GETL R1, t20
- 27: ADDL $0x1C, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R31
- 30: INCEIPL $4
-
- 0xFEB0744: 38210020 addi r1,r1,32
- 31: GETL R1, t24
- 32: ADDL $0x20, t24
- 33: PUTL t24, R1
- 34: INCEIPL $4
-
- 0xFEB0748: 4E800020 blr
- 35: GETL LR, t26
- 36: JMPo-r t26 ($4)
-
-
-. 0 FEB0728 36
-. 80 81 00 24 38 60 00 00 93 BF 01 C0 83 A1 00 14 7C 88 03 A6 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-
-==== BB 1377 (0xFE9B800) approx BBs exec'd 0 ====
-
- 0xFE9B800: 2C830000 cmpi cr1,r3,0
- 0: GETL R3, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x1, CR
- 3: INCEIPL $4
-
- 0xFE9B804: 40860068 bc 4,6,0xFE9B86C
- 4: Jc06o $0xFE9B86C
-
-
-. 0 FE9B800 8
-. 2C 83 00 00 40 86 00 68
-
-==== BB 1378 (0xFE9B808) approx BBs exec'd 0 ====
-
- 0xFE9B808: 83A28BF4 lwz r29,-29708(r2)
- 0: GETL R2, t0
- 1: ADDL $0xFFFF8BF4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R29
- 4: INCEIPL $4
-
- 0xFE9B80C: 3B610010 addi r27,r1,16
- 5: GETL R1, t4
- 6: ADDL $0x10, t4
- 7: PUTL t4, R27
- 8: INCEIPL $4
-
- 0xFE9B810: 819E1B84 lwz r12,7044(r30)
- 9: GETL R30, t6
- 10: ADDL $0x1B84, t6
- 11: LDL (t6), t8
- 12: PUTL t8, R12
- 13: INCEIPL $4
-
- 0xFE9B814: 93A101E0 stw r29,480(r1)
- 14: GETL R29, t10
- 15: GETL R1, t12
- 16: ADDL $0x1E0, t12
- 17: STL t10, (t12)
- 18: INCEIPL $4
-
- 0xFE9B818: 83828BF0 lwz r28,-29712(r2)
- 19: GETL R2, t14
- 20: ADDL $0xFFFF8BF0, t14
- 21: LDL (t14), t16
- 22: PUTL t16, R28
- 23: INCEIPL $4
-
- 0xFE9B81C: 810101F0 lwz r8,496(r1)
- 24: GETL R1, t18
- 25: ADDL $0x1F0, t18
- 26: LDL (t18), t20
- 27: PUTL t20, R8
- 28: INCEIPL $4
-
- 0xFE9B820: 938101E4 stw r28,484(r1)
- 29: GETL R28, t22
- 30: GETL R1, t24
- 31: ADDL $0x1E4, t24
- 32: STL t22, (t24)
- 33: INCEIPL $4
-
- 0xFE9B824: 806101F4 lwz r3,500(r1)
- 34: GETL R1, t26
- 35: ADDL $0x1F4, t26
- 36: LDL (t26), t28
- 37: PUTL t28, R3
- 38: INCEIPL $4
-
- 0xFE9B828: 7D0803A6 mtlr r8
- 39: GETL R8, t30
- 40: PUTL t30, LR
- 41: INCEIPL $4
-
- 0xFE9B82C: 93628BF4 stw r27,-29708(r2)
- 42: GETL R27, t32
- 43: GETL R2, t34
- 44: ADDL $0xFFFF8BF4, t34
- 45: STL t32, (t34)
- 46: INCEIPL $4
-
- 0xFE9B830: 808101F8 lwz r4,504(r1)
- 47: GETL R1, t36
- 48: ADDL $0x1F8, t36
- 49: LDL (t36), t38
- 50: PUTL t38, R4
- 51: INCEIPL $4
-
- 0xFE9B834: 80AC0000 lwz r5,0(r12)
- 52: GETL R12, t40
- 53: LDL (t40), t42
- 54: PUTL t42, R5
- 55: INCEIPL $4
-
- 0xFE9B838: 80C101FC lwz r6,508(r1)
- 56: GETL R1, t44
- 57: ADDL $0x1FC, t44
- 58: LDL (t44), t46
- 59: PUTL t46, R6
- 60: INCEIPL $4
-
- 0xFE9B83C: 4E800021 blrl
- 61: GETL LR, t48
- 62: MOVL $0xFE9B840, t50
- 63: PUTL t50, LR
- 64: JMPo-r t48 ($4)
-
-
-. 0 FE9B808 56
-. 83 A2 8B F4 3B 61 00 10 81 9E 1B 84 93 A1 01 E0 83 82 8B F0 81 01 01 F0 93 81 01 E4 80 61 01 F4 7D 08 03 A6 93 62 8B F4 80 81 01 F8 80 AC 00 00 80 C1 01 FC 4E 80 00 21
-
-==== BB 1379 main(0x100003F0) approx BBs exec'd 0 ====
-
- 0x100003F0: 38600000 li r3,0
- 0: MOVL $0x0, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0x100003F4: 4E800020 blr
- 3: GETL LR, t2
- 4: JMPo-r t2 ($4)
-
-
-. 0 100003F0 8
-. 38 60 00 00 4E 80 00 20
-
-==== BB 1380 (0xFE9B840) approx BBs exec'd 0 ====
-
- 0xFE9B840: 48018359 bl 0xFEB3B98
- 0: MOVL $0xFE9B844, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0xFEB3B98 ($4)
-
-
-. 0 FE9B840 4
-. 48 01 83 59
-
-==== BB 1381 exit(0xFEB3B98) approx BBs exec'd 0 ====
-
- 0xFEB3B98: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFEB3B9C: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFEB3BA0: 481142B1 bl 0xFFC7E50
- 9: MOVL $0xFEB3BA4, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFC7E50 ($4)
-
-
-. 0 FEB3B98 12
-. 94 21 FF E0 7C 08 02 A6 48 11 42 B1
-
-==== BB 1382 (0xFEB3BA4) approx BBs exec'd 0 ====
-
- 0xFEB3BA4: 93C10018 stw r30,24(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFEB3BA8: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFEB3BAC: 93E1001C stw r31,28(r1)
- 8: GETL R31, t6
- 9: GETL R1, t8
- 10: ADDL $0x1C, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFEB3BB0: 93810010 stw r28,16(r1)
- 13: GETL R28, t10
- 14: GETL R1, t12
- 15: ADDL $0x10, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFEB3BB4: 7C7C1B78 or r28,r3,r3
- 18: GETL R3, t14
- 19: PUTL t14, R28
- 20: INCEIPL $4
-
- 0xFEB3BB8: 93A10014 stw r29,20(r1)
- 21: GETL R29, t16
- 22: GETL R1, t18
- 23: ADDL $0x14, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFEB3BBC: 83FE1AFC lwz r31,6908(r30)
- 26: GETL R30, t20
- 27: ADDL $0x1AFC, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R31
- 30: INCEIPL $4
-
- 0xFEB3BC0: 90010024 stw r0,36(r1)
- 31: GETL R0, t24
- 32: GETL R1, t26
- 33: ADDL $0x24, t26
- 34: STL t24, (t26)
- 35: INCEIPL $4
-
- 0xFEB3BC4: 801F0000 lwz r0,0(r31)
- 36: GETL R31, t28
- 37: LDL (t28), t30
- 38: PUTL t30, R0
- 39: INCEIPL $4
-
- 0xFEB3BC8: 2F800000 cmpi cr7,r0,0
- 40: GETL R0, t32
- 41: CMP0L t32, t34 (-rSo)
- 42: ICRFL t34, $0x7, CR
- 43: INCEIPL $4
-
- 0xFEB3BCC: 419E00CC bc 12,30,0xFEB3C98
- 44: Js30o $0xFEB3C98
-
-
-. 0 FEB3BA4 44
-. 93 C1 00 18 7F C8 02 A6 93 E1 00 1C 93 81 00 10 7C 7C 1B 78 93 A1 00 14 83 FE 1A FC 90 01 00 24 80 1F 00 00 2F 80 00 00 41 9E 00 CC
-
-==== BB 1383 (0xFEB3BD0) approx BBs exec'd 0 ====
-
- 0xFEB3BD0: 813F0000 lwz r9,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0xFEB3BD4: 80690004 lwz r3,4(r9)
- 4: GETL R9, t4
- 5: ADDL $0x4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R3
- 8: INCEIPL $4
-
- 0xFEB3BD8: 2C030000 cmpi cr0,r3,0
- 9: GETL R3, t8
- 10: CMP0L t8, t10 (-rSo)
- 11: ICRFL t10, $0x0, CR
- 12: INCEIPL $4
-
- 0xFEB3BDC: 41820078 bc 12,2,0xFEB3C54
- 13: Js02o $0xFEB3C54
-
-
-. 0 FEB3BD0 16
-. 81 3F 00 00 80 69 00 04 2C 03 00 00 41 82 00 78
-
-==== BB 1384 (0xFEB3BE0) approx BBs exec'd 0 ====
-
- 0xFEB3BE0: 7D2A4B78 or r10,r9,r9
- 0: GETL R9, t0
- 1: PUTL t0, R10
- 2: INCEIPL $4
-
- 0xFEB3BE4: 48000018 b 0xFEB3BFC
- 3: JMPo $0xFEB3BFC ($4)
-
-
-. 0 FEB3BE0 8
-. 7D 2A 4B 78 48 00 00 18
-
-==== BB 1385 (0xFEB3BFC) approx BBs exec'd 0 ====
-
- 0xFEB3BFC: 80AA0004 lwz r5,4(r10)
- 0: GETL R10, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0xFEB3C00: 3925FFFF addi r9,r5,-1
- 5: GETL R5, t4
- 6: ADDL $0xFFFFFFFF, t4
- 7: PUTL t4, R9
- 8: INCEIPL $4
-
- 0xFEB3C04: 55242036 rlwinm r4,r9,4,0,27
- 9: GETL R9, t6
- 10: SHLL $0x4, t6
- 11: PUTL t6, R4
- 12: INCEIPL $4
-
- 0xFEB3C08: 912A0004 stw r9,4(r10)
- 13: GETL R9, t8
- 14: GETL R10, t10
- 15: ADDL $0x4, t10
- 16: STL t8, (t10)
- 17: INCEIPL $4
-
- 0xFEB3C0C: 7D645214 add r11,r4,r10
- 18: GETL R4, t12
- 19: GETL R10, t14
- 20: ADDL t12, t14
- 21: PUTL t14, R11
- 22: INCEIPL $4
-
- 0xFEB3C10: 800B0008 lwz r0,8(r11)
- 23: GETL R11, t16
- 24: ADDL $0x8, t16
- 25: LDL (t16), t18
- 26: PUTL t18, R0
- 27: INCEIPL $4
-
- 0xFEB3C14: 396B0008 addi r11,r11,8
- 28: GETL R11, t20
- 29: ADDL $0x8, t20
- 30: PUTL t20, R11
- 31: INCEIPL $4
-
- 0xFEB3C18: 2F800003 cmpi cr7,r0,3
- 32: GETL R0, t22
- 33: MOVL $0x3, t26
- 34: CMPL t22, t26, t24 (-rSo)
- 35: ICRFL t24, $0x7, CR
- 36: INCEIPL $4
-
- 0xFEB3C1C: 419E0054 bc 12,30,0xFEB3C70
- 37: Js30o $0xFEB3C70
-
-
-. 0 FEB3BFC 36
-. 80 AA 00 04 39 25 FF FF 55 24 20 36 91 2A 00 04 7D 64 52 14 80 0B 00 08 39 6B 00 08 2F 80 00 03 41 9E 00 54
-
-==== BB 1386 (0xFEB3C20) approx BBs exec'd 0 ====
-
- 0xFEB3C20: 2C800002 cmpi cr1,r0,2
- 0: GETL R0, t0
- 1: MOVL $0x2, t4
- 2: CMPL t0, t4, t2 (-rSo)
- 3: ICRFL t2, $0x1, CR
- 4: INCEIPL $4
-
- 0xFEB3C24: 2F000004 cmpi cr6,r0,4
- 5: GETL R0, t6
- 6: MOVL $0x4, t10
- 7: CMPL t6, t10, t8 (-rSo)
- 8: ICRFL t8, $0x6, CR
- 9: INCEIPL $4
-
- 0xFEB3C28: 40BDFFC0 bc 5,29,0xFEB3BE8
- 10: Jc29o $0xFEB3BE8
-
-
-. 0 FEB3C20 12
-. 2C 80 00 02 2F 00 00 04 40 BD FF C0
-
-==== BB 1387 (0xFEB3C2C) approx BBs exec'd 0 ====
-
- 0xFEB3C2C: 409AFFC0 bc 4,26,0xFEB3BEC
- 0: Jc26o $0xFEB3BEC
-
-
-. 0 FEB3C2C 4
-. 40 9A FF C0
-
-==== BB 1388 (0xFEB3C30) approx BBs exec'd 0 ====
-
- 0xFEB3C30: 810B0004 lwz r8,4(r11)
- 0: GETL R11, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0xFEB3C34: 7F84E378 or r4,r28,r28
- 5: GETL R28, t4
- 6: PUTL t4, R4
- 7: INCEIPL $4
-
- 0xFEB3C38: 806B0008 lwz r3,8(r11)
- 8: GETL R11, t6
- 9: ADDL $0x8, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R3
- 12: INCEIPL $4
-
- 0xFEB3C3C: 7D0903A6 mtctr r8
- 13: GETL R8, t10
- 14: PUTL t10, CTR
- 15: INCEIPL $4
-
- 0xFEB3C40: 4E800421 bctrl
- 16: MOVL $0xFEB3C44, t12
- 17: PUTL t12, LR
- 18: GETL CTR, t14
- 19: JMPo-c t14 ($4)
-
-
-. 0 FEB3C30 20
-. 81 0B 00 04 7F 84 E3 78 80 6B 00 08 7D 09 03 A6 4E 80 04 21
-
-==== BB 1389 __libc_csu_fini(0x1000048C) approx BBs exec'd 0 ====
-
- 0x1000048C: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x10000490: 7CA802A6 mflr r5
- 6: GETL LR, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x10000494: 429F0005 bcl 20,31,0x10000498
- 9: MOVL $0x10000498, t6
- 10: PUTL t6, LR
- 11: INCEIPL $4
-
- 0x10000498: 93C10018 stw r30,24(r1)
- 12: GETL R30, t8
- 13: GETL R1, t10
- 14: ADDL $0x18, t10
- 15: STL t8, (t10)
- 16: INCEIPL $4
-
- 0x1000049C: 7FC802A6 mflr r30
- 17: GETL LR, t12
- 18: PUTL t12, R30
- 19: INCEIPL $4
-
- 0x100004A0: 93E1001C stw r31,28(r1)
- 20: GETL R31, t14
- 21: GETL R1, t16
- 22: ADDL $0x1C, t16
- 23: STL t14, (t16)
- 24: INCEIPL $4
-
- 0x100004A4: 93A10014 stw r29,20(r1)
- 25: GETL R29, t18
- 26: GETL R1, t20
- 27: ADDL $0x14, t20
- 28: STL t18, (t20)
- 29: INCEIPL $4
-
- 0x100004A8: 90A10024 stw r5,36(r1)
- 30: GETL R5, t22
- 31: GETL R1, t24
- 32: ADDL $0x24, t24
- 33: STL t22, (t24)
- 34: INCEIPL $4
-
- 0x100004AC: 809EFFF0 lwz r4,-16(r30)
- 35: GETL R30, t26
- 36: ADDL $0xFFFFFFF0, t26
- 37: LDL (t26), t28
- 38: PUTL t28, R4
- 39: INCEIPL $4
-
- 0x100004B0: 7FC4F214 add r30,r4,r30
- 40: GETL R4, t30
- 41: GETL R30, t32
- 42: ADDL t30, t32
- 43: PUTL t32, R30
- 44: INCEIPL $4
-
- 0x100004B4: 817E800C lwz r11,-32756(r30)
- 45: GETL R30, t34
- 46: ADDL $0xFFFF800C, t34
- 47: LDL (t34), t36
- 48: PUTL t36, R11
- 49: INCEIPL $4
-
- 0x100004B8: 807E8008 lwz r3,-32760(r30)
- 50: GETL R30, t38
- 51: ADDL $0xFFFF8008, t38
- 52: LDL (t38), t40
- 53: PUTL t40, R3
- 54: INCEIPL $4
-
- 0x100004BC: 7C0B1850 subf r0,r11,r3
- 55: GETL R11, t42
- 56: GETL R3, t44
- 57: SUBL t42, t44
- 58: PUTL t44, R0
- 59: INCEIPL $4
-
- 0x100004C0: 7C091670 srawi r9,r0,2
- 60: GETL R0, t46
- 61: SARL $0x2, t46 (-wCa)
- 62: PUTL t46, R9
- 63: INCEIPL $4
-
- 0x100004C4: 2F890000 cmpi cr7,r9,0
- 64: GETL R9, t48
- 65: CMP0L t48, t50 (-rSo)
- 66: ICRFL t50, $0x7, CR
- 67: INCEIPL $4
-
- 0x100004C8: 3BE9FFFF addi r31,r9,-1
- 68: GETL R9, t52
- 69: ADDL $0xFFFFFFFF, t52
- 70: PUTL t52, R31
- 71: INCEIPL $4
-
- 0x100004CC: 419E0028 bc 12,30,0x100004F4
- 72: Js30o $0x100004F4
-
-
-. 0 1000048C 68
-. 94 21 FF E0 7C A8 02 A6 42 9F 00 05 93 C1 00 18 7F C8 02 A6 93 E1 00 1C 93 A1 00 14 90 A1 00 24 80 9E FF F0 7F C4 F2 14 81 7E 80 0C 80 7E 80 08 7C 0B 18 50 7C 09 16 70 2F 89 00 00 3B E9 FF FF 41 9E 00 28
-
-==== BB 1390 (0x100004F4) approx BBs exec'd 0 ====
-
- 0x100004F4: 48000269 bl 0x1000075C
- 0: MOVL $0x100004F8, t0
- 1: PUTL t0, LR
- 2: JMPo-c $0x1000075C ($4)
-
-
-. 0 100004F4 4
-. 48 00 02 69
-
-==== BB 1391 (0x1000075C) approx BBs exec'd 0 ====
-
- 0x1000075C: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x10000760: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x10000764: 90010014 stw r0,20(r1)
- 9: GETL R0, t6
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x10000768: 4BFFFB9D bl 0x10000304
- 14: MOVL $0x1000076C, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0x10000304 ($4)
-
-
-. 0 1000075C 16
-. 94 21 FF F0 7C 08 02 A6 90 01 00 14 4B FF FB 9D
-
-==== BB 1392 (0x10000304) approx BBs exec'd 0 ====
-
- 0x10000304: 7C0802A6 mflr r0
- 0: GETL LR, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x10000308: 9421FFF0 stwu r1,-16(r1)
- 3: GETL R1, t2
- 4: GETL R1, t4
- 5: ADDL $0xFFFFFFF0, t4
- 6: PUTL t4, R1
- 7: STL t2, (t4)
- 8: INCEIPL $4
-
- 0x1000030C: 93C10008 stw r30,8(r1)
- 9: GETL R30, t6
- 10: GETL R1, t8
- 11: ADDL $0x8, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x10000310: 3FC01001 lis r30,4097
- 14: MOVL $0x10010000, t10
- 15: PUTL t10, R30
- 16: INCEIPL $4
-
- 0x10000314: 93E1000C stw r31,12(r1)
- 17: GETL R31, t12
- 18: GETL R1, t14
- 19: ADDL $0xC, t14
- 20: STL t12, (t14)
- 21: INCEIPL $4
-
- 0x10000318: 90010014 stw r0,20(r1)
- 22: GETL R0, t16
- 23: GETL R1, t18
- 24: ADDL $0x14, t18
- 25: STL t16, (t18)
- 26: INCEIPL $4
-
- 0x1000031C: 881E08F0 lbz r0,2288(r30)
- 27: MOVL $0x100108F0, t20
- 28: LDB (t20), t22
- 29: PUTL t22, R0
- 30: INCEIPL $4
-
- 0x10000320: 2F800000 cmpi cr7,r0,0
- 31: GETL R0, t24
- 32: CMP0L t24, t26 (-rSo)
- 33: ICRFL t26, $0x7, CR
- 34: INCEIPL $4
-
- 0x10000324: 409E0034 bc 4,30,0x10000358
- 35: Jc30o $0x10000358
-
-
-. 0 10000304 36
-. 7C 08 02 A6 94 21 FF F0 93 C1 00 08 3F C0 10 01 93 E1 00 0C 90 01 00 14 88 1E 08 F0 2F 80 00 00 40 9E 00 34
-
-==== BB 1393 (0x10000328) approx BBs exec'd 0 ====
-
- 0x10000328: 3FE01001 lis r31,4097
- 0: MOVL $0x10010000, t0
- 1: PUTL t0, R31
- 2: INCEIPL $4
-
- 0x1000032C: 48000014 b 0x10000340
- 3: JMPo $0x10000340 ($4)
-
-
-. 0 10000328 8
-. 3F E0 10 01 48 00 00 14
-
-==== BB 1394 (0x10000340) approx BBs exec'd 0 ====
-
- 0x10000340: 817F0884 lwz r11,2180(r31)
- 0: GETL R31, t0
- 1: ADDL $0x884, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x10000344: 812B0000 lwz r9,0(r11)
- 5: GETL R11, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R9
- 8: INCEIPL $4
-
- 0x10000348: 2F890000 cmpi cr7,r9,0
- 9: GETL R9, t8
- 10: CMP0L t8, t10 (-rSo)
- 11: ICRFL t10, $0x7, CR
- 12: INCEIPL $4
-
- 0x1000034C: 409EFFE4 bc 4,30,0x10000330
- 13: Jc30o $0x10000330
-
-
-. 0 10000340 16
-. 81 7F 08 84 81 2B 00 00 2F 89 00 00 40 9E FF E4
-
-==== BB 1395 (0x10000350) approx BBs exec'd 0 ====
-
- 0x10000350: 38000001 li r0,1
- 0: MOVL $0x1, t0
- 1: PUTL t0, R0
- 2: INCEIPL $4
-
- 0x10000354: 981E08F0 stb r0,2288(r30)
- 3: GETL R0, t2
- 4: GETL R30, t4
- 5: ADDL $0x8F0, t4
- 6: STB t2, (t4)
- 7: INCEIPL $4
-
- 0x10000358: 80010014 lwz r0,20(r1)
- 8: GETL R1, t6
- 9: ADDL $0x14, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R0
- 12: INCEIPL $4
-
- 0x1000035C: 83C10008 lwz r30,8(r1)
- 13: GETL R1, t10
- 14: ADDL $0x8, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R30
- 17: INCEIPL $4
-
- 0x10000360: 83E1000C lwz r31,12(r1)
- 18: GETL R1, t14
- 19: ADDL $0xC, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R31
- 22: INCEIPL $4
-
- 0x10000364: 7C0803A6 mtlr r0
- 23: GETL R0, t18
- 24: PUTL t18, LR
- 25: INCEIPL $4
-
- 0x10000368: 38210010 addi r1,r1,16
- 26: GETL R1, t20
- 27: ADDL $0x10, t20
- 28: PUTL t20, R1
- 29: INCEIPL $4
-
- 0x1000036C: 4E800020 blr
- 30: GETL LR, t22
- 31: JMPo-r t22 ($4)
-
-
-. 0 10000350 32
-. 38 00 00 01 98 1E 08 F0 80 01 00 14 83 C1 00 08 83 E1 00 0C 7C 08 03 A6 38 21 00 10 4E 80 00 20
-
-==== BB 1396 (0x1000076C) approx BBs exec'd 0 ====
-
- 0x1000076C: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0x10000770: 7C0803A6 mtlr r0
- 5: GETL R0, t4
- 6: PUTL t4, LR
- 7: INCEIPL $4
-
- 0x10000774: 38210010 addi r1,r1,16
- 8: GETL R1, t6
- 9: ADDL $0x10, t6
- 10: PUTL t6, R1
- 11: INCEIPL $4
-
- 0x10000778: 4E800020 blr
- 12: GETL LR, t8
- 13: JMPo-r t8 ($4)
-
-
-. 0 1000076C 16
-. 80 01 00 14 7C 08 03 A6 38 21 00 10 4E 80 00 20
-
-==== BB 1397 (0x100004F8) approx BBs exec'd 0 ====
-
- 0x100004F8: 81010024 lwz r8,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x100004FC: 83A10014 lwz r29,20(r1)
- 5: GETL R1, t4
- 6: ADDL $0x14, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R29
- 9: INCEIPL $4
-
- 0x10000500: 83C10018 lwz r30,24(r1)
- 10: GETL R1, t8
- 11: ADDL $0x18, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R30
- 14: INCEIPL $4
-
- 0x10000504: 7D0803A6 mtlr r8
- 15: GETL R8, t12
- 16: PUTL t12, LR
- 17: INCEIPL $4
-
- 0x10000508: 83E1001C lwz r31,28(r1)
- 18: GETL R1, t14
- 19: ADDL $0x1C, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R31
- 22: INCEIPL $4
-
- 0x1000050C: 38210020 addi r1,r1,32
- 23: GETL R1, t18
- 24: ADDL $0x20, t18
- 25: PUTL t18, R1
- 26: INCEIPL $4
-
- 0x10000510: 4E800020 blr
- 27: GETL LR, t20
- 28: JMPo-r t20 ($4)
-
-
-. 0 100004F8 28
-. 81 01 00 24 83 A1 00 14 83 C1 00 18 7D 08 03 A6 83 E1 00 1C 38 21 00 20 4E 80 00 20
-
-==== BB 1398 (0xFEB3C44) approx BBs exec'd 0 ====
-
- 0xFEB3C44: 815F0000 lwz r10,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R10
- 3: INCEIPL $4
-
- 0xFEB3C48: 818A0004 lwz r12,4(r10)
- 4: GETL R10, t4
- 5: ADDL $0x4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R12
- 8: INCEIPL $4
-
- 0xFEB3C4C: 2C8C0000 cmpi cr1,r12,0
- 9: GETL R12, t8
- 10: CMP0L t8, t10 (-rSo)
- 11: ICRFL t10, $0x1, CR
- 12: INCEIPL $4
-
- 0xFEB3C50: 4086FFAC bc 4,6,0xFEB3BFC
- 13: Jc06o $0xFEB3BFC
-
-
-. 0 FEB3C44 16
-. 81 5F 00 00 81 8A 00 04 2C 8C 00 00 40 86 FF AC
-
-==== BB 1399 _dl_fini(0x2547BAE0) approx BBs exec'd 0 ====
-
- 0x2547BAE0: 9421FFA0 stwu r1,-96(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFA0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0x2547BAE4: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0x2547BAE8: 4801B519 bl 0x25497000
- 9: MOVL $0x2547BAEC, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0x25497000 ($4)
-
-
-. 0 2547BAE0 12
-. 94 21 FF A0 7C 08 02 A6 48 01 B5 19
-
-==== BB 1400 (0x2547BAEC) approx BBs exec'd 0 ====
-
- 0x2547BAEC: 93C10058 stw r30,88(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x58, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0x2547BAF0: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0x2547BAF4: 7D800026 mfcr r12
- 8: GETL CR, t6
- 9: PUTL t6, R12
- 10: INCEIPL $4
-
- 0x2547BAF8: 91C10018 stw r14,24(r1)
- 11: GETL R14, t8
- 12: GETL R1, t10
- 13: ADDL $0x18, t10
- 14: STL t8, (t10)
- 15: INCEIPL $4
-
- 0x2547BAFC: 92410028 stw r18,40(r1)
- 16: GETL R18, t12
- 17: GETL R1, t14
- 18: ADDL $0x28, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0x2547BB00: 81DE04F4 lwz r14,1268(r30)
- 21: GETL R30, t16
- 22: ADDL $0x4F4, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R14
- 25: INCEIPL $4
-
- 0x2547BB04: 825E04C8 lwz r18,1224(r30)
- 26: GETL R30, t20
- 27: ADDL $0x4C8, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R18
- 30: INCEIPL $4
-
- 0x2547BB08: 91E1001C stw r15,28(r1)
- 31: GETL R15, t24
- 32: GETL R1, t26
- 33: ADDL $0x1C, t26
- 34: STL t24, (t26)
- 35: INCEIPL $4
-
- 0x2547BB0C: 39E0000F li r15,15
- 36: MOVL $0xF, t28
- 37: PUTL t28, R15
- 38: INCEIPL $4
-
- 0x2547BB10: 92010020 stw r16,32(r1)
- 39: GETL R16, t30
- 40: GETL R1, t32
- 41: ADDL $0x20, t32
- 42: STL t30, (t32)
- 43: INCEIPL $4
-
- 0x2547BB14: 3A000000 li r16,0
- 44: MOVL $0x0, t34
- 45: PUTL t34, R16
- 46: INCEIPL $4
-
- 0x2547BB18: 92210024 stw r17,36(r1)
- 47: GETL R17, t36
- 48: GETL R1, t38
- 49: ADDL $0x24, t38
- 50: STL t36, (t38)
- 51: INCEIPL $4
-
- 0x2547BB1C: 3A200168 li r17,360
- 52: MOVL $0x168, t40
- 53: PUTL t40, R17
- 54: INCEIPL $4
-
- 0x2547BB20: 92C10038 stw r22,56(r1)
- 55: GETL R22, t42
- 56: GETL R1, t44
- 57: ADDL $0x38, t44
- 58: STL t42, (t44)
- 59: INCEIPL $4
-
- 0x2547BB24: 3AC00000 li r22,0
- 60: MOVL $0x0, t46
- 61: PUTL t46, R22
- 62: INCEIPL $4
-
- 0x2547BB28: 93E1005C stw r31,92(r1)
- 63: GETL R31, t48
- 64: GETL R1, t50
- 65: ADDL $0x5C, t50
- 66: STL t48, (t50)
- 67: INCEIPL $4
-
- 0x2547BB2C: 7C3F0B78 or r31,r1,r1
- 68: GETL R1, t52
- 69: PUTL t52, R31
- 70: INCEIPL $4
-
- 0x2547BB30: 9261002C stw r19,44(r1)
- 71: GETL R19, t54
- 72: GETL R1, t56
- 73: ADDL $0x2C, t56
- 74: STL t54, (t56)
- 75: INCEIPL $4
-
- 0x2547BB34: 92810030 stw r20,48(r1)
- 76: GETL R20, t58
- 77: GETL R1, t60
- 78: ADDL $0x30, t60
- 79: STL t58, (t60)
- 80: INCEIPL $4
-
- 0x2547BB38: 92A10034 stw r21,52(r1)
- 81: GETL R21, t62
- 82: GETL R1, t64
- 83: ADDL $0x34, t64
- 84: STL t62, (t64)
- 85: INCEIPL $4
-
- 0x2547BB3C: 92E1003C stw r23,60(r1)
- 86: GETL R23, t66
- 87: GETL R1, t68
- 88: ADDL $0x3C, t68
- 89: STL t66, (t68)
- 90: INCEIPL $4
-
- 0x2547BB40: 93010040 stw r24,64(r1)
- 91: GETL R24, t70
- 92: GETL R1, t72
- 93: ADDL $0x40, t72
- 94: STL t70, (t72)
- 95: INCEIPL $4
-
- 0x2547BB44: 93210044 stw r25,68(r1)
- 96: GETL R25, t74
- 97: GETL R1, t76
- 98: ADDL $0x44, t76
- 99: STL t74, (t76)
- 100: INCEIPL $4
-
- 0x2547BB48: 93410048 stw r26,72(r1)
- 101: GETL R26, t78
- 102: GETL R1, t80
- 103: ADDL $0x48, t80
- 104: STL t78, (t80)
- 105: INCEIPL $4
-
- 0x2547BB4C: 9361004C stw r27,76(r1)
- 106: GETL R27, t82
- 107: GETL R1, t84
- 108: ADDL $0x4C, t84
- 109: STL t82, (t84)
- 110: INCEIPL $4
-
- 0x2547BB50: 93810050 stw r28,80(r1)
- 111: GETL R28, t86
- 112: GETL R1, t88
- 113: ADDL $0x50, t88
- 114: STL t86, (t88)
- 115: INCEIPL $4
-
- 0x2547BB54: 93A10054 stw r29,84(r1)
- 116: GETL R29, t90
- 117: GETL R1, t92
- 118: ADDL $0x54, t92
- 119: STL t90, (t92)
- 120: INCEIPL $4
-
- 0x2547BB58: 90010064 stw r0,100(r1)
- 121: GETL R0, t94
- 122: GETL R1, t96
- 123: ADDL $0x64, t96
- 124: STL t94, (t96)
- 125: INCEIPL $4
-
- 0x2547BB5C: 91810014 stw r12,20(r1)
- 126: GETL R12, t98
- 127: GETL R1, t100
- 128: ADDL $0x14, t100
- 129: STL t98, (t100)
- 130: INCEIPL $4
-
- 0x2547BB60: 809203F8 lwz r4,1016(r18)
- 131: GETL R18, t102
- 132: ADDL $0x3F8, t102
- 133: LDL (t102), t104
- 134: PUTL t104, R4
- 135: INCEIPL $4
-
- 0x2547BB64: 38720180 addi r3,r18,384
- 136: GETL R18, t106
- 137: ADDL $0x180, t106
- 138: PUTL t106, R3
- 139: INCEIPL $4
-
- 0x2547BB68: 7C8903A6 mtctr r4
- 140: GETL R4, t108
- 141: PUTL t108, CTR
- 142: INCEIPL $4
-
- 0x2547BB6C: 4E800421 bctrl
- 143: MOVL $0x2547BB70, t110
- 144: PUTL t110, LR
- 145: GETL CTR, t112
- 146: JMPo-c t112 ($4)
-
-
-. 0 2547BAEC 132
-. 93 C1 00 58 7F C8 02 A6 7D 80 00 26 91 C1 00 18 92 41 00 28 81 DE 04 F4 82 5E 04 C8 91 E1 00 1C 39 E0 00 0F 92 01 00 20 3A 00 00 00 92 21 00 24 3A 20 01 68 92 C1 00 38 3A C0 00 00 93 E1 00 5C 7C 3F 0B 78 92 61 00 2C 92 81 00 30 92 A1 00 34 92 E1 00 3C 93 01 00 40 93 21 00 44 93 41 00 48 93 61 00 4C 93 81 00 50 93 A1 00 54 90 01 00 64 91 81 00 14 80 92 03 F8 38 72 01 80 7C 89 03 A6 4E 80 04 21
-
-==== BB 1401 rtld_lock_default_lock_recursive(0x25471884) approx BBs exec'd 0 ====
-
- 0x25471884: 80830004 lwz r4,4(r3)
- 0: GETL R3, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x25471888: 9421FFF0 stwu r1,-16(r1)
- 5: GETL R1, t4
- 6: GETL R1, t6
- 7: ADDL $0xFFFFFFF0, t6
- 8: PUTL t6, R1
- 9: STL t4, (t6)
- 10: INCEIPL $4
-
- 0x2547188C: 39240001 addi r9,r4,1
- 11: GETL R4, t8
- 12: ADDL $0x1, t8
- 13: PUTL t8, R9
- 14: INCEIPL $4
-
- 0x25471890: 38210010 addi r1,r1,16
- 15: GETL R1, t10
- 16: ADDL $0x10, t10
- 17: PUTL t10, R1
- 18: INCEIPL $4
-
- 0x25471894: 91230004 stw r9,4(r3)
- 19: GETL R9, t12
- 20: GETL R3, t14
- 21: ADDL $0x4, t14
- 22: STL t12, (t14)
- 23: INCEIPL $4
-
- 0x25471898: 4E800020 blr
- 24: GETL LR, t16
- 25: JMPo-r t16 ($4)
-
-
-. 0 25471884 24
-. 80 83 00 04 94 21 FF F0 39 24 00 01 38 21 00 10 91 23 00 04 4E 80 00 20
-
-==== BB 1402 (0x2547BB70) approx BBs exec'd 0 ====
-
- 0x2547BB70: 7D319214 add r9,r17,r18
- 0: GETL R17, t0
- 1: GETL R18, t2
- 2: ADDL t0, t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x2547BB74: 80690004 lwz r3,4(r9)
- 5: GETL R9, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0x2547BB78: 546A103A rlwinm r10,r3,2,0,29
- 10: GETL R3, t8
- 11: SHLL $0x2, t8
- 12: PUTL t8, R10
- 13: INCEIPL $4
-
- 0x2547BB7C: 7F8A8040 cmpl cr7,r10,r16
- 14: GETL R10, t10
- 15: GETL R16, t12
- 16: CMPUL t10, t12, t14 (-rSo)
- 17: ICRFL t14, $0x7, CR
- 18: INCEIPL $4
-
- 0x2547BB80: 409D002C bc 4,29,0x2547BBAC
- 19: Jc29o $0x2547BBAC
-
-
-. 0 2547BB70 20
-. 7D 31 92 14 80 69 00 04 54 6A 10 3A 7F 8A 80 40 40 9D 00 2C
-
-==== BB 1403 (0x2547BBAC) approx BBs exec'd 0 ====
-
- 0x2547BBAC: 7D71902E lwzx r11,r17,r18
- 0: GETL R18, t0
- 1: GETL R17, t2
- 2: ADDL t2, t0
- 3: LDL (t0), t4
- 4: PUTL t4, R11
- 5: INCEIPL $4
-
- 0x2547BBB0: 3AE00000 li r23,0
- 6: MOVL $0x0, t6
- 7: PUTL t6, R23
- 8: INCEIPL $4
-
- 0x2547BBB4: 2E0B0000 cmpi cr4,r11,0
- 9: GETL R11, t8
- 10: CMP0L t8, t10 (-rSo)
- 11: ICRFL t10, $0x4, CR
- 12: INCEIPL $4
-
- 0x2547BBB8: 41920020 bc 12,18,0x2547BBD8
- 13: Js18o $0x2547BBD8
-
-
-. 0 2547BBAC 16
-. 7D 71 90 2E 3A E0 00 00 2E 0B 00 00 41 92 00 20
-
-==== BB 1404 (0x2547BBD8) approx BBs exec'd 0 ====
-
- 0x2547BBD8: 7EF3BB79 or. r19,r23,r23
- 0: GETL R23, t0
- 1: PUTL t0, R19
- 2: CMP0L t0, t2 (-rSo)
- 3: ICRFL t2, $0x0, CR
- 4: INCEIPL $4
-
- 0x2547BBDC: 41820110 bc 12,2,0x2547BCEC
- 5: Js02o $0x2547BCEC
-
-
-. 0 2547BBD8 8
-. 7E F3 BB 79 41 82 01 10
-
-==== BB 1405 (0x2547BCEC) approx BBs exec'd 0 ====
-
- 0x2547BCEC: 80B203FC lwz r5,1020(r18)
- 0: GETL R18, t0
- 1: ADDL $0x3FC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x2547BCF0: 3B400000 li r26,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R26
- 7: INCEIPL $4
-
- 0x2547BCF4: 38720180 addi r3,r18,384
- 8: GETL R18, t6
- 9: ADDL $0x180, t6
- 10: PUTL t6, R3
- 11: INCEIPL $4
-
- 0x2547BCF8: 7E1A9840 cmpl cr4,r26,r19
- 12: GETL R26, t8
- 13: GETL R19, t10
- 14: CMPUL t8, t10, t12 (-rSo)
- 15: ICRFL t12, $0x4, CR
- 16: INCEIPL $4
-
- 0x2547BCFC: 7CA903A6 mtctr r5
- 17: GETL R5, t14
- 18: PUTL t14, CTR
- 19: INCEIPL $4
-
- 0x2547BD00: 4E800421 bctrl
- 20: MOVL $0x2547BD04, t16
- 21: PUTL t16, LR
- 22: GETL CTR, t18
- 23: JMPo-c t18 ($4)
-
-
-. 0 2547BCEC 24
-. 80 B2 03 FC 3B 40 00 00 38 72 01 80 7E 1A 98 40 7C A9 03 A6 4E 80 04 21
-
-==== BB 1406 rtld_lock_default_unlock_recursive(0x2547189C) approx BBs exec'd 0 ====
-
- 0x2547189C: 80830004 lwz r4,4(r3)
- 0: GETL R3, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x254718A0: 9421FFF0 stwu r1,-16(r1)
- 5: GETL R1, t4
- 6: GETL R1, t6
- 7: ADDL $0xFFFFFFF0, t6
- 8: PUTL t6, R1
- 9: STL t4, (t6)
- 10: INCEIPL $4
-
- 0x254718A4: 3924FFFF addi r9,r4,-1
- 11: GETL R4, t8
- 12: ADDL $0xFFFFFFFF, t8
- 13: PUTL t8, R9
- 14: INCEIPL $4
-
- 0x254718A8: 38210010 addi r1,r1,16
- 15: GETL R1, t10
- 16: ADDL $0x10, t10
- 17: PUTL t10, R1
- 18: INCEIPL $4
-
- 0x254718AC: 91230004 stw r9,4(r3)
- 19: GETL R9, t12
- 20: GETL R3, t14
- 21: ADDL $0x4, t14
- 22: STL t12, (t14)
- 23: INCEIPL $4
-
- 0x254718B0: 4E800020 blr
- 24: GETL LR, t16
- 25: JMPo-r t16 ($4)
-
-
-. 0 2547189C 24
-. 80 83 00 04 94 21 FF F0 39 24 FF FF 38 21 00 10 91 23 00 04 4E 80 00 20
-
-==== BB 1407 (0x2547BD04) approx BBs exec'd 0 ====
-
- 0x2547BD04: 40900068 bc 4,16,0x2547BD6C
- 0: Jc16o $0x2547BD6C
-
-
-. 0 2547BD04 4
-. 40 90 00 68
-
-==== BB 1408 (0x2547BD6C) approx BBs exec'd 0 ====
-
- 0x2547BD6C: 35EFFFFF addic. r15,r15,-1
- 0: GETL R15, t0
- 1: ADCL $0xFFFFFFFF, t0 (-wCa)
- 2: PUTL t0, R15
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0x2547BD70: 3A31FFE8 addi r17,r17,-24
- 6: GETL R17, t4
- 7: ADDL $0xFFFFFFE8, t4
- 8: PUTL t4, R17
- 9: INCEIPL $4
-
- 0x2547BD74: 4080FDEC bc 4,0,0x2547BB60
- 10: Jc00o $0x2547BB60
-
-
-. 0 2547BD6C 12
-. 35 EF FF FF 3A 31 FF E8 40 80 FD EC
-
-==== BB 1409 (0x2547BB60) approx BBs exec'd 0 ====
-
- 0x2547BB60: 809203F8 lwz r4,1016(r18)
- 0: GETL R18, t0
- 1: ADDL $0x3F8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x2547BB64: 38720180 addi r3,r18,384
- 5: GETL R18, t4
- 6: ADDL $0x180, t4
- 7: PUTL t4, R3
- 8: INCEIPL $4
-
- 0x2547BB68: 7C8903A6 mtctr r4
- 9: GETL R4, t6
- 10: PUTL t6, CTR
- 11: INCEIPL $4
-
- 0x2547BB6C: 4E800421 bctrl
- 12: MOVL $0x2547BB70, t8
- 13: PUTL t8, LR
- 14: GETL CTR, t10
- 15: JMPo-c t10 ($4)
-
-
-. 0 2547BB60 16
-. 80 92 03 F8 38 72 01 80 7C 89 03 A6 4E 80 04 21
-
-==== BB 1410 (0x2547BB84) approx BBs exec'd 0 ====
-
- 0x2547BB84: 2C100000 cmpi cr0,r16,0
- 0: GETL R16, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0x2547BB88: 40820110 bc 4,2,0x2547BC98
- 4: Jc02o $0x2547BC98
-
-
-. 0 2547BB84 8
-. 2C 10 00 00 40 82 01 10
-
-==== BB 1411 (0x2547BB8C) approx BBs exec'd 0 ====
-
- 0x2547BB8C: 390A001E addi r8,r10,30
- 0: GETL R10, t0
- 1: ADDL $0x1E, t0
- 2: PUTL t0, R8
- 3: INCEIPL $4
-
- 0x2547BB90: 81610000 lwz r11,0(r1)
- 4: GETL R1, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R11
- 7: INCEIPL $4
-
- 0x2547BB94: 55070036 rlwinm r7,r8,0,0,27
- 8: GETL R8, t6
- 9: ANDL $0xFFFFFFF0, t6
- 10: PUTL t6, R7
- 11: INCEIPL $4
-
- 0x2547BB98: 7D505378 or r16,r10,r10
- 12: GETL R10, t8
- 13: PUTL t8, R16
- 14: INCEIPL $4
-
- 0x2547BB9C: 7CC700D0 neg r6,r7
- 15: GETL R7, t10
- 16: NEGL t10
- 17: PUTL t10, R6
- 18: INCEIPL $4
-
- 0x2547BBA0: 7D61316E stwux r11,r1,r6
- 19: GETL R6, t12
- 20: GETL R1, t14
- 21: ADDL t14, t12
- 22: PUTL t12, R1
- 23: GETL R11, t16
- 24: STL t16, (t12)
- 25: INCEIPL $4
-
- 0x2547BBA4: 38A10017 addi r5,r1,23
- 26: GETL R1, t18
- 27: ADDL $0x17, t18
- 28: PUTL t18, R5
- 29: INCEIPL $4
-
- 0x2547BBA8: 54B60036 rlwinm r22,r5,0,0,27
- 30: GETL R5, t20
- 31: ANDL $0xFFFFFFF0, t20
- 32: PUTL t20, R22
- 33: INCEIPL $4
-
- 0x2547BBAC: 7D71902E lwzx r11,r17,r18
- 34: GETL R18, t22
- 35: GETL R17, t24
- 36: ADDL t24, t22
- 37: LDL (t22), t26
- 38: PUTL t26, R11
- 39: INCEIPL $4
-
- 0x2547BBB0: 3AE00000 li r23,0
- 40: MOVL $0x0, t28
- 41: PUTL t28, R23
- 42: INCEIPL $4
-
- 0x2547BBB4: 2E0B0000 cmpi cr4,r11,0
- 43: GETL R11, t30
- 44: CMP0L t30, t32 (-rSo)
- 45: ICRFL t32, $0x4, CR
- 46: INCEIPL $4
-
- 0x2547BBB8: 41920020 bc 12,18,0x2547BBD8
- 47: Js18o $0x2547BBD8
-
-
-. 0 2547BB8C 48
-. 39 0A 00 1E 81 61 00 00 55 07 00 36 7D 50 53 78 7C C7 00 D0 7D 61 31 6E 38 A1 00 17 54 B6 00 36 7D 71 90 2E 3A E0 00 00 2E 0B 00 00 41 92 00 20
-
-==== BB 1412 (0x2547BBBC) approx BBs exec'd 0 ====
-
- 0x2547BBBC: 834B0014 lwz r26,20(r11)
- 0: GETL R11, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0x2547BBC0: 56EA103A rlwinm r10,r23,2,0,29
- 5: GETL R23, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R10
- 8: INCEIPL $4
-
- 0x2547BBC4: 7F1A5800 cmp cr6,r26,r11
- 9: GETL R26, t6
- 10: GETL R11, t8
- 11: CMPL t6, t8, t10 (-rSo)
- 12: ICRFL t10, $0x6, CR
- 13: INCEIPL $4
-
- 0x2547BBC8: 419A0108 bc 12,26,0x2547BCD0
- 14: Js26o $0x2547BCD0
-
-
-. 0 2547BBBC 16
-. 83 4B 00 14 56 EA 10 3A 7F 1A 58 00 41 9A 01 08
-
-==== BB 1413 (0x2547BCD0) approx BBs exec'd 0 ====
-
- 0x2547BCD0: 836B0178 lwz r27,376(r11)
- 0: GETL R11, t0
- 1: ADDL $0x178, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R27
- 4: INCEIPL $4
-
- 0x2547BCD4: 3AF70001 addi r23,r23,1
- 5: GETL R23, t4
- 6: ADDL $0x1, t4
- 7: PUTL t4, R23
- 8: INCEIPL $4
-
- 0x2547BCD8: 7D6AB12E stwx r11,r10,r22
- 9: GETL R22, t6
- 10: GETL R10, t8
- 11: ADDL t8, t6
- 12: GETL R11, t10
- 13: STL t10, (t6)
- 14: INCEIPL $4
-
- 0x2547BCDC: 395B0001 addi r10,r27,1
- 15: GETL R27, t12
- 16: ADDL $0x1, t12
- 17: PUTL t12, R10
- 18: INCEIPL $4
-
- 0x2547BCE0: 914B0178 stw r10,376(r11)
- 19: GETL R10, t14
- 20: GETL R11, t16
- 21: ADDL $0x178, t16
- 22: STL t14, (t16)
- 23: INCEIPL $4
-
- 0x2547BCE4: 816B000C lwz r11,12(r11)
- 24: GETL R11, t18
- 25: ADDL $0xC, t18
- 26: LDL (t18), t20
- 27: PUTL t20, R11
- 28: INCEIPL $4
-
- 0x2547BCE8: 4BFFFEE8 b 0x2547BBD0
- 29: JMPo $0x2547BBD0 ($4)
-
-
-. 0 2547BCD0 28
-. 83 6B 01 78 3A F7 00 01 7D 6A B1 2E 39 5B 00 01 91 4B 01 78 81 6B 00 0C 4B FF FE E8
-
-==== BB 1414 (0x2547BBD0) approx BBs exec'd 0 ====
-
- 0x2547BBD0: 2E0B0000 cmpi cr4,r11,0
- 0: GETL R11, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0x2547BBD4: 4092FFE8 bc 4,18,0x2547BBBC
- 4: Jc18o $0x2547BBBC
-
-
-. 0 2547BBD0 8
-. 2E 0B 00 00 40 92 FF E8
-
-==== BB 1415 (0x2547BBE0) approx BBs exec'd 0 ====
-
- 0x2547BBE0: 2E0F0000 cmpi cr4,r15,0
- 0: GETL R15, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x4, CR
- 3: INCEIPL $4
-
- 0x2547BBE4: 7F71902E lwzx r27,r17,r18
- 4: GETL R18, t4
- 5: GETL R17, t6
- 6: ADDL t6, t4
- 7: LDL (t4), t8
- 8: PUTL t8, R27
- 9: INCEIPL $4
-
- 0x2547BBE8: 40920008 bc 4,18,0x2547BBF0
- 10: Jc18o $0x2547BBF0
-
-
-. 0 2547BBE0 12
-. 2E 0F 00 00 7F 71 90 2E 40 92 00 08
-
-==== BB 1416 (0x2547BBEC) approx BBs exec'd 0 ====
-
- 0x2547BBEC: 837B000C lwz r27,12(r27)
- 0: GETL R27, t0
- 1: ADDL $0xC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R27
- 4: INCEIPL $4
-
- 0x2547BBF0: 2F9B0000 cmpi cr7,r27,0
- 5: GETL R27, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x2547BBF4: 419E00F8 bc 12,30,0x2547BCEC
- 9: Js30o $0x2547BCEC
-
-
-. 0 2547BBEC 12
-. 83 7B 00 0C 2F 9B 00 00 41 9E 00 F8
-
-==== BB 1417 (0x2547BBF8) approx BBs exec'd 0 ====
-
- 0x2547BBF8: 839B0014 lwz r28,20(r27)
- 0: GETL R27, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R28
- 4: INCEIPL $4
-
- 0x2547BBFC: 7C9CD800 cmp cr1,r28,r27
- 5: GETL R28, t4
- 6: GETL R27, t6
- 7: CMPL t4, t6, t8 (-rSo)
- 8: ICRFL t8, $0x1, CR
- 9: INCEIPL $4
-
- 0x2547BC00: 4086FFEC bc 4,6,0x2547BBEC
- 10: Jc06o $0x2547BBEC
-
-
-. 0 2547BBF8 12
-. 83 9B 00 14 7C 9C D8 00 40 86 FF EC
-
-==== BB 1418 (0x2547BC04) approx BBs exec'd 0 ====
-
- 0x2547BC04: 7F200026 mfcr r25
- 0: GETL CR, t0
- 1: PUTL t0, R25
- 2: INCEIPL $4
-
- 0x2547BC08: 57399FFE rlwinm r25,r25,19,31,31
- 3: GETL R25, t2
- 4: ROLL $0x13, t2
- 5: ANDL $0x1, t2
- 6: PUTL t2, R25
- 7: INCEIPL $4
-
- 0x2547BC0C: 48000008 b 0x2547BC14
- 8: JMPo $0x2547BC14 ($4)
-
-
-. 0 2547BC04 12
-. 7F 20 00 26 57 39 9F FE 48 00 00 08
-
-==== BB 1419 (0x2547BC14) approx BBs exec'd 0 ====
-
- 0x2547BC14: 572C103A rlwinm r12,r25,2,0,29
- 0: GETL R25, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R12
- 3: INCEIPL $4
-
- 0x2547BC18: 7FACB02E lwzx r29,r12,r22
- 4: GETL R22, t2
- 5: GETL R12, t4
- 6: ADDL t4, t2
- 7: LDL (t2), t6
- 8: PUTL t6, R29
- 9: INCEIPL $4
-
- 0x2547BC1C: 7F1DD800 cmp cr6,r29,r27
- 10: GETL R29, t8
- 11: GETL R27, t10
- 12: CMPL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x6, CR
- 14: INCEIPL $4
-
- 0x2547BC20: 409AFFF0 bc 4,26,0x2547BC10
- 15: Jc26o $0x2547BC10
-
-
-. 0 2547BC14 16
-. 57 2C 10 3A 7F AC B0 2E 7F 1D D8 00 40 9A FF F0
-
-==== BB 1420 (0x2547BC24) approx BBs exec'd 0 ====
-
- 0x2547BC24: 3B590001 addi r26,r25,1
- 0: GETL R25, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R26
- 3: INCEIPL $4
-
- 0x2547BC28: 7C1AB840 cmpl cr0,r26,r23
- 4: GETL R26, t2
- 5: GETL R23, t4
- 6: CMPUL t2, t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0x2547BC2C: 40A0FFC0 bc 5,0,0x2547BBEC
- 9: Jc00o $0x2547BBEC
-
-
-. 0 2547BC24 12
-. 3B 59 00 01 7C 1A B8 40 40 A0 FF C0
-
-==== BB 1421 (0x2547BC30) approx BBs exec'd 0 ====
-
- 0x2547BC30: 5720103A rlwinm r0,r25,2,0,29
- 0: GETL R25, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R0
- 3: INCEIPL $4
-
- 0x2547BC34: 7C140378 or r20,r0,r0
- 4: GETL R0, t2
- 5: PUTL t2, R20
- 6: INCEIPL $4
-
- 0x2547BC38: 7EA0B214 add r21,r0,r22
- 7: GETL R0, t4
- 8: GETL R22, t6
- 9: ADDL t4, t6
- 10: PUTL t6, R21
- 11: INCEIPL $4
-
- 0x2547BC3C: 5758103A rlwinm r24,r26,2,0,29
- 12: GETL R26, t8
- 13: SHLL $0x2, t8
- 14: PUTL t8, R24
- 15: INCEIPL $4
-
- 0x2547BC40: 7C78B02E lwzx r3,r24,r22
- 16: GETL R22, t10
- 17: GETL R24, t12
- 18: ADDL t12, t10
- 19: LDL (t10), t14
- 20: PUTL t14, R3
- 21: INCEIPL $4
-
- 0x2547BC44: 816301E8 lwz r11,488(r3)
- 22: GETL R3, t16
- 23: ADDL $0x1E8, t16
- 24: LDL (t16), t18
- 25: PUTL t18, R11
- 26: INCEIPL $4
-
- 0x2547BC48: 2F8B0000 cmpi cr7,r11,0
- 27: GETL R11, t20
- 28: CMP0L t20, t22 (-rSo)
- 29: ICRFL t22, $0x7, CR
- 30: INCEIPL $4
-
- 0x2547BC4C: 419E002C bc 12,30,0x2547BC78
- 31: Js30o $0x2547BC78
-
-
-. 0 2547BC30 32
-. 57 20 10 3A 7C 14 03 78 7E A0 B2 14 57 58 10 3A 7C 78 B0 2E 81 63 01 E8 2F 8B 00 00 41 9E 00 2C
-
-==== BB 1422 (0x2547BC50) approx BBs exec'd 0 ====
-
- 0x2547BC50: 812B0000 lwz r9,0(r11)
- 0: GETL R11, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0x2547BC54: 2C890000 cmpi cr1,r9,0
- 4: GETL R9, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x1, CR
- 7: INCEIPL $4
-
- 0x2547BC58: 41860020 bc 12,6,0x2547BC78
- 8: Js06o $0x2547BC78
-
-
-. 0 2547BC50 12
-. 81 2B 00 00 2C 89 00 00 41 86 00 20
-
-==== BB 1423 (0x2547BC5C) approx BBs exec'd 0 ====
-
- 0x2547BC5C: 7C99D050 subf r4,r25,r26
- 0: GETL R25, t0
- 1: GETL R26, t2
- 2: SUBL t0, t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x2547BC60: 5485103A rlwinm r5,r4,2,0,29
- 5: GETL R4, t4
- 6: SHLL $0x2, t4
- 7: PUTL t4, R5
- 8: INCEIPL $4
-
- 0x2547BC64: 7F09D800 cmp cr6,r9,r27
- 9: GETL R9, t6
- 10: GETL R27, t8
- 11: CMPL t6, t8, t10 (-rSo)
- 12: ICRFL t10, $0x6, CR
- 13: INCEIPL $4
-
- 0x2547BC68: 419A0240 bc 12,26,0x2547BEA8
- 14: Js26o $0x2547BEA8
-
-
-. 0 2547BC5C 16
-. 7C 99 D0 50 54 85 10 3A 7F 09 D8 00 41 9A 02 40
-
-==== BB 1424 (0x2547BC6C) approx BBs exec'd 0 ====
-
- 0x2547BC6C: 852B0004 lwzu r9,4(r11)
- 0: GETL R11, t0
- 1: ADDL $0x4, t0
- 2: PUTL t0, R11
- 3: LDL (t0), t2
- 4: PUTL t2, R9
- 5: INCEIPL $4
-
- 0x2547BC70: 2C090000 cmpi cr0,r9,0
- 6: GETL R9, t4
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0x2547BC74: 4082FFF0 bc 4,2,0x2547BC64
- 10: Jc02o $0x2547BC64
-
-
-. 0 2547BC6C 12
-. 85 2B 00 04 2C 09 00 00 40 82 FF F0
-
-==== BB 1425 (0x2547BC64) approx BBs exec'd 0 ====
-
- 0x2547BC64: 7F09D800 cmp cr6,r9,r27
- 0: GETL R9, t0
- 1: GETL R27, t2
- 2: CMPL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x6, CR
- 4: INCEIPL $4
-
- 0x2547BC68: 419A0240 bc 12,26,0x2547BEA8
- 5: Js26o $0x2547BEA8
-
-
-. 0 2547BC64 8
-. 7F 09 D8 00 41 9A 02 40
-
-==== BB 1426 (0x2547BC78) approx BBs exec'd 0 ====
-
- 0x2547BC78: 7D38B02E lwzx r9,r24,r22
- 0: GETL R22, t0
- 1: GETL R24, t2
- 2: ADDL t2, t0
- 3: LDL (t0), t4
- 4: PUTL t4, R9
- 5: INCEIPL $4
-
- 0x2547BC7C: 814901F4 lwz r10,500(r9)
- 6: GETL R9, t6
- 7: ADDL $0x1F4, t6
- 8: LDL (t6), t8
- 9: PUTL t8, R10
- 10: INCEIPL $4
-
- 0x2547BC80: 2F8A0000 cmpi cr7,r10,0
- 11: GETL R10, t10
- 12: CMP0L t10, t12 (-rSo)
- 13: ICRFL t12, $0x7, CR
- 14: INCEIPL $4
-
- 0x2547BC84: 409E0258 bc 4,30,0x2547BEDC
- 15: Jc30o $0x2547BEDC
-
-
-. 0 2547BC78 16
-. 7D 38 B0 2E 81 49 01 F4 2F 8A 00 00 40 9E 02 58
-
-==== BB 1427 (0x2547BC88) approx BBs exec'd 0 ====
-
- 0x2547BC88: 3B5A0001 addi r26,r26,1
- 0: GETL R26, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R26
- 3: INCEIPL $4
-
- 0x2547BC8C: 7F1AB840 cmpl cr6,r26,r23
- 4: GETL R26, t2
- 5: GETL R23, t4
- 6: CMPUL t2, t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0x2547BC90: 4198FFAC bc 12,24,0x2547BC3C
- 9: Js24o $0x2547BC3C
-
-
-. 0 2547BC88 12
-. 3B 5A 00 01 7F 1A B8 40 41 98 FF AC
-
-==== BB 1428 (0x2547BC3C) approx BBs exec'd 0 ====
-
- 0x2547BC3C: 5758103A rlwinm r24,r26,2,0,29
- 0: GETL R26, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R24
- 3: INCEIPL $4
-
- 0x2547BC40: 7C78B02E lwzx r3,r24,r22
- 4: GETL R22, t2
- 5: GETL R24, t4
- 6: ADDL t4, t2
- 7: LDL (t2), t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0x2547BC44: 816301E8 lwz r11,488(r3)
- 10: GETL R3, t8
- 11: ADDL $0x1E8, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R11
- 14: INCEIPL $4
-
- 0x2547BC48: 2F8B0000 cmpi cr7,r11,0
- 15: GETL R11, t12
- 16: CMP0L t12, t14 (-rSo)
- 17: ICRFL t14, $0x7, CR
- 18: INCEIPL $4
-
- 0x2547BC4C: 419E002C bc 12,30,0x2547BC78
- 19: Js30o $0x2547BC78
-
-
-. 0 2547BC3C 20
-. 57 58 10 3A 7C 78 B0 2E 81 63 01 E8 2F 8B 00 00 41 9E 00 2C
-
-==== BB 1429 (0x2547BC94) approx BBs exec'd 0 ====
-
- 0x2547BC94: 4BFFFF58 b 0x2547BBEC
- 0: JMPo $0x2547BBEC ($4)
-
-
-. 0 2547BC94 4
-. 4B FF FF 58
-
-==== BB 1430 (0x2547BC10) approx BBs exec'd 0 ====
-
- 0x2547BC10: 3B390001 addi r25,r25,1
- 0: GETL R25, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R25
- 3: INCEIPL $4
-
- 0x2547BC14: 572C103A rlwinm r12,r25,2,0,29
- 4: GETL R25, t2
- 5: SHLL $0x2, t2
- 6: PUTL t2, R12
- 7: INCEIPL $4
-
- 0x2547BC18: 7FACB02E lwzx r29,r12,r22
- 8: GETL R22, t4
- 9: GETL R12, t6
- 10: ADDL t6, t4
- 11: LDL (t4), t8
- 12: PUTL t8, R29
- 13: INCEIPL $4
-
- 0x2547BC1C: 7F1DD800 cmp cr6,r29,r27
- 14: GETL R29, t10
- 15: GETL R27, t12
- 16: CMPL t10, t12, t14 (-rSo)
- 17: ICRFL t14, $0x6, CR
- 18: INCEIPL $4
-
- 0x2547BC20: 409AFFF0 bc 4,26,0x2547BC10
- 19: Jc26o $0x2547BC10
-
-
-. 0 2547BC10 20
-. 3B 39 00 01 57 2C 10 3A 7F AC B0 2E 7F 1D D8 00 40 9A FF F0
-
-==== BB 1431 (0x2547BD08) approx BBs exec'd 0 ====
-
- 0x2547BD08: 817E034C lwz r11,844(r30)
- 0: GETL R30, t0
- 1: ADDL $0x34C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0x2547BD0C: 832B0000 lwz r25,0(r11)
- 5: GETL R11, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R25
- 8: INCEIPL $4
-
- 0x2547BD10: 48000030 b 0x2547BD40
- 9: JMPo $0x2547BD40 ($4)
-
-
-. 0 2547BD08 12
-. 81 7E 03 4C 83 2B 00 00 48 00 00 30
-
-==== BB 1432 (0x2547BD40) approx BBs exec'd 0 ====
-
- 0x2547BD40: 5748103A rlwinm r8,r26,2,0,29
- 0: GETL R26, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R8
- 3: INCEIPL $4
-
- 0x2547BD44: 7F88B02E lwzx r28,r8,r22
- 4: GETL R22, t2
- 5: GETL R8, t4
- 6: ADDL t4, t2
- 7: LDL (t2), t6
- 8: PUTL t6, R28
- 9: INCEIPL $4
-
- 0x2547BD48: 817C0180 lwz r11,384(r28)
- 10: GETL R28, t8
- 11: ADDL $0x180, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R11
- 14: INCEIPL $4
-
- 0x2547BD4C: 75601000 andis. r0,r11,0x1000
- 15: GETL R11, t12
- 16: ANDL $0x10000000, t12
- 17: PUTL t12, R0
- 18: CMP0L t12, t14 (-rSo)
- 19: ICRFL t14, $0x0, CR
- 20: INCEIPL $4
-
- 0x2547BD50: 40A2FFC4 bc 5,2,0x2547BD14
- 21: Jc02o $0x2547BD14
-
-
-. 0 2547BD40 20
-. 57 48 10 3A 7F 88 B0 2E 81 7C 01 80 75 60 10 00 40 A2 FF C4
-
-==== BB 1433 (0x2547BD14) approx BBs exec'd 0 ====
-
- 0x2547BD14: 55750104 rlwinm r21,r11,0,4,2
- 0: GETL R11, t0
- 1: ANDL $0xEFFFFFFF, t0
- 2: PUTL t0, R21
- 3: INCEIPL $4
-
- 0x2547BD18: 809C0004 lwz r4,4(r28)
- 4: GETL R28, t2
- 5: ADDL $0x4, t2
- 6: LDL (t2), t4
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0x2547BD1C: 92BC0180 stw r21,384(r28)
- 9: GETL R21, t6
- 10: GETL R28, t8
- 11: ADDL $0x180, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x2547BD20: 8A840000 lbz r20,0(r4)
- 14: GETL R4, t10
- 15: LDB (t10), t12
- 16: PUTL t12, R20
- 17: INCEIPL $4
-
- 0x2547BD24: 2F140000 cmpi cr6,r20,0
- 18: GETL R20, t14
- 19: CMP0L t14, t16 (-rSo)
- 20: ICRFL t16, $0x6, CR
- 21: INCEIPL $4
-
- 0x2547BD28: 409A00C0 bc 4,26,0x2547BDE8
- 22: Jc26o $0x2547BDE8
-
-
-. 0 2547BD14 24
-. 55 75 01 04 80 9C 00 04 92 BC 01 80 8A 84 00 00 2F 14 00 00 40 9A 00 C0
-
-==== BB 1434 (0x2547BD2C) approx BBs exec'd 0 ====
-
- 0x2547BD2C: 7569C000 andis. r9,r11,0xC000
- 0: GETL R11, t0
- 1: ANDL $0xC0000000, t0
- 2: PUTL t0, R9
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0x2547BD30: 408200B8 bc 4,2,0x2547BDE8
- 6: Jc02o $0x2547BDE8
-
-
-. 0 2547BD2C 8
-. 75 69 C0 00 40 82 00 B8
-
-==== BB 1435 (0x2547BD34) approx BBs exec'd 0 ====
-
- 0x2547BD34: 3B5A0001 addi r26,r26,1
- 0: GETL R26, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R26
- 3: INCEIPL $4
-
- 0x2547BD38: 7F9A9840 cmpl cr7,r26,r19
- 4: GETL R26, t2
- 5: GETL R19, t4
- 6: CMPUL t2, t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x2547BD3C: 409C0030 bc 4,28,0x2547BD6C
- 9: Jc28o $0x2547BD6C
-
-
-. 0 2547BD34 12
-. 3B 5A 00 01 7F 9A 98 40 40 9C 00 30
-
-==== BB 1436 (0x2547BDE8) approx BBs exec'd 0 ====
-
- 0x2547BDE8: 813C0088 lwz r9,136(r28)
- 0: GETL R28, t0
- 1: ADDL $0x88, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x2547BDEC: 2F890000 cmpi cr7,r9,0
- 5: GETL R9, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x2547BDF0: 409E0010 bc 4,30,0x2547BE00
- 9: Jc30o $0x2547BE00
-
-
-. 0 2547BDE8 12
-. 81 3C 00 88 2F 89 00 00 40 9E 00 10
-
-==== BB 1437 (0x2547BDF4) approx BBs exec'd 0 ====
-
- 0x2547BDF4: 82FC0054 lwz r23,84(r28)
- 0: GETL R28, t0
- 1: ADDL $0x54, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R23
- 4: INCEIPL $4
-
- 0x2547BDF8: 2C970000 cmpi cr1,r23,0
- 5: GETL R23, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x1, CR
- 8: INCEIPL $4
-
- 0x2547BDFC: 4186FF38 bc 12,6,0x2547BD34
- 9: Js06o $0x2547BD34
-
-
-. 0 2547BDF4 12
-. 82 FC 00 54 2C 97 00 00 41 86 FF 38
-
-==== BB 1438 (0x2547BE00) approx BBs exec'd 0 ====
-
- 0x2547BE00: 830E0000 lwz r24,0(r14)
- 0: GETL R14, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R24
- 3: INCEIPL $4
-
- 0x2547BE04: 730B0002 andi. r11,r24,0x2
- 4: GETL R24, t4
- 5: ANDL $0x2, t4
- 6: PUTL t4, R11
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0x2547BE08: 4082007C bc 4,2,0x2547BE84
- 10: Jc02o $0x2547BE84
-
-
-. 0 2547BE00 12
-. 83 0E 00 00 73 0B 00 02 40 82 00 7C
-
-==== BB 1439 (0x2547BE0C) approx BBs exec'd 0 ====
-
- 0x2547BE0C: 2F090000 cmpi cr6,r9,0
- 0: GETL R9, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0x2547BE10: 419A0044 bc 12,26,0x2547BE54
- 4: Js26o $0x2547BE54
-
-
-. 0 2547BE0C 8
-. 2F 09 00 00 41 9A 00 44
-
-==== BB 1440 (0x2547BE54) approx BBs exec'd 0 ====
-
- 0x2547BE54: 813C0054 lwz r9,84(r28)
- 0: GETL R28, t0
- 1: ADDL $0x54, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0x2547BE58: 2E090000 cmpi cr4,r9,0
- 5: GETL R9, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x4, CR
- 8: INCEIPL $4
-
- 0x2547BE5C: 4192FEF8 bc 12,18,0x2547BD54
- 9: Js18o $0x2547BD54
-
-
-. 0 2547BE54 12
-. 81 3C 00 54 2E 09 00 00 41 92 FE F8
-
-==== BB 1441 (0x2547BE60) approx BBs exec'd 0 ====
-
- 0x2547BE60: 80A90004 lwz r5,4(r9)
- 0: GETL R9, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0x2547BE64: 83BC0000 lwz r29,0(r28)
- 5: GETL R28, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R29
- 8: INCEIPL $4
-
- 0x2547BE68: 7CFD2A14 add r7,r29,r5
- 9: GETL R29, t8
- 10: GETL R5, t10
- 11: ADDL t8, t10
- 12: PUTL t10, R7
- 13: INCEIPL $4
-
- 0x2547BE6C: 7CE903A6 mtctr r7
- 14: GETL R7, t12
- 15: PUTL t12, CTR
- 16: INCEIPL $4
-
- 0x2547BE70: 4E800421 bctrl
- 17: MOVL $0x2547BE74, t14
- 18: PUTL t14, LR
- 19: GETL CTR, t16
- 20: JMPo-c t16 ($4)
-
-
-. 0 2547BE60 20
-. 80 A9 00 04 83 BC 00 00 7C FD 2A 14 7C E9 03 A6 4E 80 04 21
-
-==== BB 1442 (0xFFDEF80) approx BBs exec'd 0 ====
-
- 0xFFDEF80: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFFDEF84: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFFDEF88: 90010014 stw r0,20(r1)
- 9: GETL R0, t6
- 10: GETL R1, t8
- 11: ADDL $0x14, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0xFFDEF8C: 4BFFF979 bl 0xFFDE904
- 14: MOVL $0xFFDEF90, t10
- 15: PUTL t10, LR
- 16: JMPo-c $0xFFDE904 ($4)
-
-
-. 0 FFDEF80 16
-. 94 21 FF F0 7C 08 02 A6 90 01 00 14 4B FF F9 79
-
-==== BB 1443 (0xFFDE904) approx BBs exec'd 0 ====
-
- 0xFFDE904: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFFDE908: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFFDE90C: 429F0005 bcl 20,31,0xFFDE910
- 9: MOVL $0xFFDE910, t6
- 10: PUTL t6, LR
- 11: INCEIPL $4
-
- 0xFFDE910: 93C10008 stw r30,8(r1)
- 12: GETL R30, t8
- 13: GETL R1, t10
- 14: ADDL $0x8, t10
- 15: STL t8, (t10)
- 16: INCEIPL $4
-
- 0xFFDE914: 7FC802A6 mflr r30
- 17: GETL LR, t12
- 18: PUTL t12, R30
- 19: INCEIPL $4
-
- 0xFFDE918: 93E1000C stw r31,12(r1)
- 20: GETL R31, t14
- 21: GETL R1, t16
- 22: ADDL $0xC, t16
- 23: STL t14, (t16)
- 24: INCEIPL $4
-
- 0xFFDE91C: 90010014 stw r0,20(r1)
- 25: GETL R0, t18
- 26: GETL R1, t20
- 27: ADDL $0x14, t20
- 28: STL t18, (t20)
- 29: INCEIPL $4
-
- 0xFFDE920: 801EFFF0 lwz r0,-16(r30)
- 30: GETL R30, t22
- 31: ADDL $0xFFFFFFF0, t22
- 32: LDL (t22), t24
- 33: PUTL t24, R0
- 34: INCEIPL $4
-
- 0xFFDE924: 7FC0F214 add r30,r0,r30
- 35: GETL R0, t26
- 36: GETL R30, t28
- 37: ADDL t26, t28
- 38: PUTL t28, R30
- 39: INCEIPL $4
-
- 0xFFDE928: 813E8000 lwz r9,-32768(r30)
- 40: GETL R30, t30
- 41: ADDL $0xFFFF8000, t30
- 42: LDL (t30), t32
- 43: PUTL t32, R9
- 44: INCEIPL $4
-
- 0xFFDE92C: 88090000 lbz r0,0(r9)
- 45: GETL R9, t34
- 46: LDB (t34), t36
- 47: PUTL t36, R0
- 48: INCEIPL $4
-
- 0xFFDE930: 2F800000 cmpi cr7,r0,0
- 49: GETL R0, t38
- 50: CMP0L t38, t40 (-rSo)
- 51: ICRFL t40, $0x7, CR
- 52: INCEIPL $4
-
- 0xFFDE934: 409E0050 bc 4,30,0xFFDE984
- 53: Jc30o $0xFFDE984
-
-
-. 0 FFDE904 52
-. 94 21 FF F0 7C 08 02 A6 42 9F 00 05 93 C1 00 08 7F C8 02 A6 93 E1 00 0C 90 01 00 14 80 1E FF F0 7F C0 F2 14 81 3E 80 00 88 09 00 00 2F 80 00 00 40 9E 00 50
-
-==== BB 1444 (0xFFDE938) approx BBs exec'd 0 ====
-
- 0xFFDE938: 801E8004 lwz r0,-32764(r30)
- 0: GETL R30, t0
- 1: ADDL $0xFFFF8004, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFFDE93C: 2F800000 cmpi cr7,r0,0
- 5: GETL R0, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0xFFDE940: 419E0010 bc 12,30,0xFFDE950
- 9: Js30o $0xFFDE950
-
-
-. 0 FFDE938 12
-. 80 1E 80 04 2F 80 00 00 41 9E 00 10
-
-==== BB 1445 (0xFFDE944) approx BBs exec'd 0 ====
-
- 0xFFDE944: 813E8008 lwz r9,-32760(r30)
- 0: GETL R30, t0
- 1: ADDL $0xFFFF8008, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFFDE948: 80690000 lwz r3,0(r9)
- 5: GETL R9, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R3
- 8: INCEIPL $4
-
- 0xFFDE94C: 48010831 bl 0xFFEF17C
- 9: MOVL $0xFFDE950, t8
- 10: PUTL t8, LR
- 11: JMPo-c $0xFFEF17C ($4)
-
-
-. 0 FFDE944 12
-. 81 3E 80 08 80 69 00 00 48 01 08 31
-
-==== BB 1446 (0xFFEF17C) approx BBs exec'd 0 ====
-
- 0xFFEF17C: 3960000C li r11,12
- 0: MOVL $0xC, t0
- 1: PUTL t0, R11
- 2: INCEIPL $4
-
- 0xFFEF180: 4BFFFFBC b 0xFFEF13C
- 3: JMPo $0xFFEF13C ($4)
-
-
-. 0 FFEF17C 8
-. 39 60 00 0C 4B FF FF BC
-
-==== BB 1447 (0xFFEF13C) approx BBs exec'd 0 ====
-
- 0xFFEF13C: 556C083C rlwinm r12,r11,1,0,30
- 0: GETL R11, t0
- 1: SHLL $0x1, t0
- 2: PUTL t0, R12
- 3: INCEIPL $4
-
- 0xFFEF140: 7D6C5A14 add r11,r12,r11
- 4: GETL R12, t2
- 5: GETL R11, t4
- 6: ADDL t2, t4
- 7: PUTL t4, R11
- 8: INCEIPL $4
-
- 0xFFEF144: 3980AF5C li r12,-20644
- 9: MOVL $0xFFFFAF5C, t6
- 10: PUTL t6, R12
- 11: INCEIPL $4
-
- 0xFFEF148: 3D8C2548 addis r12,r12,9544
- 12: MOVL $0x2547AF5C, t8
- 13: PUTL t8, R12
- 14: INCEIPL $4
-
- 0xFFEF14C: 7D8903A6 mtctr r12
- 15: GETL R12, t10
- 16: PUTL t10, CTR
- 17: INCEIPL $4
-
- 0xFFEF150: 398080D0 li r12,-32560
- 18: MOVL $0xFFFF80D0, t12
- 19: PUTL t12, R12
- 20: INCEIPL $4
-
- 0xFFEF154: 3D8C2547 addis r12,r12,9543
- 21: MOVL $0x254680D0, t14
- 22: PUTL t14, R12
- 23: INCEIPL $4
-
- 0xFFEF158: 4E800420 bctr
- 24: GETL CTR, t16
- 25: JMPo t16 ($4)
-
-
-. 0 FFEF13C 32
-. 55 6C 08 3C 7D 6C 5A 14 39 80 AF 5C 3D 8C 25 48 7D 89 03 A6 39 80 80 D0 3D 8C 25 47 4E 80 04 20
-
-==== BB 1448 __cxa_finalize(0xFEB3F44) approx BBs exec'd 0 ====
-
- 0xFEB3F44: 9421FFD0 stwu r1,-48(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFD0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFEB3F48: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFEB3F4C: 48113F05 bl 0xFFC7E50
- 9: MOVL $0xFEB3F50, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFC7E50 ($4)
-
-
-. 0 FEB3F44 12
-. 94 21 FF D0 7C 08 02 A6 48 11 3F 05
-
-==== BB 1449 (0xFEB3F50) approx BBs exec'd 0 ====
-
- 0xFEB3F50: 93C10028 stw r30,40(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x28, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFEB3F54: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFEB3F58: 93810020 stw r28,32(r1)
- 8: GETL R28, t6
- 9: GETL R1, t8
- 10: ADDL $0x20, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFEB3F5C: 90010034 stw r0,52(r1)
- 13: GETL R0, t10
- 14: GETL R1, t12
- 15: ADDL $0x34, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFEB3F60: 7D800026 mfcr r12
- 18: GETL CR, t14
- 19: PUTL t14, R12
- 20: INCEIPL $4
-
- 0xFEB3F64: 93210014 stw r25,20(r1)
- 21: GETL R25, t16
- 22: GETL R1, t18
- 23: ADDL $0x14, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFEB3F68: 2E030000 cmpi cr4,r3,0
- 26: GETL R3, t20
- 27: CMP0L t20, t22 (-rSo)
- 28: ICRFL t22, $0x4, CR
- 29: INCEIPL $4
-
- 0xFEB3F6C: 813E1AFC lwz r9,6908(r30)
- 30: GETL R30, t24
- 31: ADDL $0x1AFC, t24
- 32: LDL (t24), t26
- 33: PUTL t26, R9
- 34: INCEIPL $4
-
- 0xFEB3F70: 7C791B78 or r25,r3,r3
- 35: GETL R3, t28
- 36: PUTL t28, R25
- 37: INCEIPL $4
-
- 0xFEB3F74: 93010010 stw r24,16(r1)
- 38: GETL R24, t30
- 39: GETL R1, t32
- 40: ADDL $0x10, t32
- 41: STL t30, (t32)
- 42: INCEIPL $4
-
- 0xFEB3F78: 83890000 lwz r28,0(r9)
- 43: GETL R9, t34
- 44: LDL (t34), t36
- 45: PUTL t36, R28
- 46: INCEIPL $4
-
- 0xFEB3F7C: 93410018 stw r26,24(r1)
- 47: GETL R26, t38
- 48: GETL R1, t40
- 49: ADDL $0x18, t40
- 50: STL t38, (t40)
- 51: INCEIPL $4
-
- 0xFEB3F80: 2F9C0000 cmpi cr7,r28,0
- 52: GETL R28, t42
- 53: CMP0L t42, t44 (-rSo)
- 54: ICRFL t44, $0x7, CR
- 55: INCEIPL $4
-
- 0xFEB3F84: 9361001C stw r27,28(r1)
- 56: GETL R27, t46
- 57: GETL R1, t48
- 58: ADDL $0x1C, t48
- 59: STL t46, (t48)
- 60: INCEIPL $4
-
- 0xFEB3F88: 93A10024 stw r29,36(r1)
- 61: GETL R29, t50
- 62: GETL R1, t52
- 63: ADDL $0x24, t52
- 64: STL t50, (t52)
- 65: INCEIPL $4
-
- 0xFEB3F8C: 93E1002C stw r31,44(r1)
- 66: GETL R31, t54
- 67: GETL R1, t56
- 68: ADDL $0x2C, t56
- 69: STL t54, (t56)
- 70: INCEIPL $4
-
- 0xFEB3F90: 9181000C stw r12,12(r1)
- 71: GETL R12, t58
- 72: GETL R1, t60
- 73: ADDL $0xC, t60
- 74: STL t58, (t60)
- 75: INCEIPL $4
-
- 0xFEB3F94: 419E0088 bc 12,30,0xFEB401C
- 76: Js30o $0xFEB401C
-
-
-. 0 FEB3F50 72
-. 93 C1 00 28 7F C8 02 A6 93 81 00 20 90 01 00 34 7D 80 00 26 93 21 00 14 2E 03 00 00 81 3E 1A FC 7C 79 1B 78 93 01 00 10 83 89 00 00 93 41 00 18 2F 9C 00 00 93 61 00 1C 93 A1 00 24 93 E1 00 2C 91 81 00 0C 41 9E 00 88
-
-==== BB 1450 (0xFEB3F98) approx BBs exec'd 0 ====
-
- 0xFEB3F98: 80BC0004 lwz r5,4(r28)
- 0: GETL R28, t0
- 1: ADDL $0x4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R5
- 4: INCEIPL $4
-
- 0xFEB3F9C: 3BBC0008 addi r29,r28,8
- 5: GETL R28, t4
- 6: ADDL $0x8, t4
- 7: PUTL t4, R29
- 8: INCEIPL $4
-
- 0xFEB3FA0: 54A42036 rlwinm r4,r5,4,0,27
- 9: GETL R5, t6
- 10: SHLL $0x4, t6
- 11: PUTL t6, R4
- 12: INCEIPL $4
-
- 0xFEB3FA4: 7C64E214 add r3,r4,r28
- 13: GETL R4, t8
- 14: GETL R28, t10
- 15: ADDL t8, t10
- 16: PUTL t10, R3
- 17: INCEIPL $4
-
- 0xFEB3FA8: 3BE3FFF8 addi r31,r3,-8
- 18: GETL R3, t12
- 19: ADDL $0xFFFFFFF8, t12
- 20: PUTL t12, R31
- 21: INCEIPL $4
-
- 0xFEB3FAC: 7C1DF840 cmpl cr0,r29,r31
- 22: GETL R29, t14
- 23: GETL R31, t16
- 24: CMPUL t14, t16, t18 (-rSo)
- 25: ICRFL t18, $0x0, CR
- 26: INCEIPL $4
-
- 0xFEB3FB0: 41810060 bc 12,1,0xFEB4010
- 27: Js01o $0xFEB4010
-
-
-. 0 FEB3F98 28
-. 80 BC 00 04 3B BC 00 08 54 A4 20 36 7C 64 E2 14 3B E3 FF F8 7C 1D F8 40 41 81 00 60
-
-==== BB 1451 (0xFEB4010) approx BBs exec'd 0 ====
-
- 0xFEB4010: 839C0000 lwz r28,0(r28)
- 0: GETL R28, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R28
- 3: INCEIPL $4
-
- 0xFEB4014: 2F9C0000 cmpi cr7,r28,0
- 4: GETL R28, t4
- 5: CMP0L t4, t6 (-rSo)
- 6: ICRFL t6, $0x7, CR
- 7: INCEIPL $4
-
- 0xFEB4018: 409EFF80 bc 4,30,0xFEB3F98
- 8: Jc30o $0xFEB3F98
-
-
-. 0 FEB4010 12
-. 83 9C 00 00 2F 9C 00 00 40 9E FF 80
-
-==== BB 1452 (0xFEB401C) approx BBs exec'd 0 ====
-
- 0xFEB401C: 40920098 bc 4,18,0xFEB40B4
- 0: Jc18o $0xFEB40B4
-
-
-. 0 FEB401C 4
-. 40 92 00 98
-
-==== BB 1453 (0xFEB40B4) approx BBs exec'd 0 ====
-
- 0xFEB40B4: 81410034 lwz r10,52(r1)
- 0: GETL R1, t0
- 1: ADDL $0x34, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0xFEB40B8: 7F23CB78 or r3,r25,r25
- 5: GETL R25, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFEB40BC: 8101000C lwz r8,12(r1)
- 8: GETL R1, t6
- 9: ADDL $0xC, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R8
- 12: INCEIPL $4
-
- 0xFEB40C0: 83C10028 lwz r30,40(r1)
- 13: GETL R1, t10
- 14: ADDL $0x28, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R30
- 17: INCEIPL $4
-
- 0xFEB40C4: 7D4803A6 mtlr r10
- 18: GETL R10, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0xFEB40C8: 83E1002C lwz r31,44(r1)
- 21: GETL R1, t16
- 22: ADDL $0x2C, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R31
- 25: INCEIPL $4
-
- 0xFEB40CC: 7D008120 mtcrf 0x8,r8
- 26: GETL R8, t20
- 27: ICRFL t20, $0x4, CR
- 28: INCEIPL $4
-
- 0xFEB40D0: 83010010 lwz r24,16(r1)
- 29: GETL R1, t22
- 30: ADDL $0x10, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R24
- 33: INCEIPL $4
-
- 0xFEB40D4: 83210014 lwz r25,20(r1)
- 34: GETL R1, t26
- 35: ADDL $0x14, t26
- 36: LDL (t26), t28
- 37: PUTL t28, R25
- 38: INCEIPL $4
-
- 0xFEB40D8: 83410018 lwz r26,24(r1)
- 39: GETL R1, t30
- 40: ADDL $0x18, t30
- 41: LDL (t30), t32
- 42: PUTL t32, R26
- 43: INCEIPL $4
-
- 0xFEB40DC: 8361001C lwz r27,28(r1)
- 44: GETL R1, t34
- 45: ADDL $0x1C, t34
- 46: LDL (t34), t36
- 47: PUTL t36, R27
- 48: INCEIPL $4
-
- 0xFEB40E0: 83810020 lwz r28,32(r1)
- 49: GETL R1, t38
- 50: ADDL $0x20, t38
- 51: LDL (t38), t40
- 52: PUTL t40, R28
- 53: INCEIPL $4
-
- 0xFEB40E4: 83A10024 lwz r29,36(r1)
- 54: GETL R1, t42
- 55: ADDL $0x24, t42
- 56: LDL (t42), t44
- 57: PUTL t44, R29
- 58: INCEIPL $4
-
- 0xFEB40E8: 38210030 addi r1,r1,48
- 59: GETL R1, t46
- 60: ADDL $0x30, t46
- 61: PUTL t46, R1
- 62: INCEIPL $4
-
- 0xFEB40EC: 480ABD24 b 0xFF5FE10
- 63: JMPo $0xFF5FE10 ($4)
-
-
-. 0 FEB40B4 60
-. 81 41 00 34 7F 23 CB 78 81 01 00 0C 83 C1 00 28 7D 48 03 A6 83 E1 00 2C 7D 00 81 20 83 01 00 10 83 21 00 14 83 41 00 18 83 61 00 1C 83 81 00 20 83 A1 00 24 38 21 00 30 48 0A BD 24
-
-==== BB 1454 __unregister_atfork(0xFF5FE10) approx BBs exec'd 0 ====
-
- 0xFF5FE10: 9421FFD0 stwu r1,-48(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFD0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFF5FE14: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFF5FE18: 48068039 bl 0xFFC7E50
- 9: MOVL $0xFF5FE1C, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFC7E50 ($4)
-
-
-. 0 FF5FE10 12
-. 94 21 FF D0 7C 08 02 A6 48 06 80 39
-
-==== BB 1455 (0xFF5FE1C) approx BBs exec'd 0 ====
-
- 0xFF5FE1C: 93C10028 stw r30,40(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x28, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFF5FE20: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFF5FE24: 93010010 stw r24,16(r1)
- 8: GETL R24, t6
- 9: GETL R1, t8
- 10: ADDL $0x10, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFF5FE28: 90010034 stw r0,52(r1)
- 13: GETL R0, t10
- 14: GETL R1, t12
- 15: ADDL $0x34, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFF5FE2C: 93A10024 stw r29,36(r1)
- 18: GETL R29, t14
- 19: GETL R1, t16
- 20: ADDL $0x24, t16
- 21: STL t14, (t16)
- 22: INCEIPL $4
-
- 0xFF5FE30: 831E1CD4 lwz r24,7380(r30)
- 23: GETL R30, t18
- 24: ADDL $0x1CD4, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R24
- 27: INCEIPL $4
-
- 0xFF5FE34: 93410018 stw r26,24(r1)
- 28: GETL R26, t22
- 29: GETL R1, t24
- 30: ADDL $0x18, t24
- 31: STL t22, (t24)
- 32: INCEIPL $4
-
- 0xFF5FE38: 7C7A1B78 or r26,r3,r3
- 33: GETL R3, t26
- 34: PUTL t26, R26
- 35: INCEIPL $4
-
- 0xFF5FE3C: 83B80000 lwz r29,0(r24)
- 36: GETL R24, t28
- 37: LDL (t28), t30
- 38: PUTL t30, R29
- 39: INCEIPL $4
-
- 0xFF5FE40: 9361001C stw r27,28(r1)
- 40: GETL R27, t32
- 41: GETL R1, t34
- 42: ADDL $0x1C, t34
- 43: STL t32, (t34)
- 44: INCEIPL $4
-
- 0xFF5FE44: 3B600000 li r27,0
- 45: MOVL $0x0, t36
- 46: PUTL t36, R27
- 47: INCEIPL $4
-
- 0xFF5FE48: 93E1002C stw r31,44(r1)
- 48: GETL R31, t38
- 49: GETL R1, t40
- 50: ADDL $0x2C, t40
- 51: STL t38, (t40)
- 52: INCEIPL $4
-
- 0xFF5FE4C: 7C3F0B78 or r31,r1,r1
- 53: GETL R1, t42
- 54: PUTL t42, R31
- 55: INCEIPL $4
-
- 0xFF5FE50: 93210014 stw r25,20(r1)
- 56: GETL R25, t44
- 57: GETL R1, t46
- 58: ADDL $0x14, t46
- 59: STL t44, (t46)
- 60: INCEIPL $4
-
- 0xFF5FE54: 93810020 stw r28,32(r1)
- 61: GETL R28, t48
- 62: GETL R1, t50
- 63: ADDL $0x20, t50
- 64: STL t48, (t50)
- 65: INCEIPL $4
-
- 0xFF5FE58: 48000018 b 0xFF5FE70
- 66: JMPo $0xFF5FE70 ($4)
-
-
-. 0 FF5FE1C 64
-. 93 C1 00 28 7F C8 02 A6 93 01 00 10 90 01 00 34 93 A1 00 24 83 1E 1C D4 93 41 00 18 7C 7A 1B 78 83 B8 00 00 93 61 00 1C 3B 60 00 00 93 E1 00 2C 7C 3F 0B 78 93 21 00 14 93 81 00 20 48 00 00 18
-
-==== BB 1456 (0xFF5FE70) approx BBs exec'd 0 ====
-
- 0xFF5FE70: 2F1D0000 cmpi cr6,r29,0
- 0: GETL R29, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x6, CR
- 3: INCEIPL $4
-
- 0xFF5FE74: 409AFFE8 bc 4,26,0xFF5FE5C
- 4: Jc26o $0xFF5FE5C
-
-
-. 0 FF5FE70 8
-. 2F 1D 00 00 40 9A FF E8
-
-==== BB 1457 (0xFF5FE78) approx BBs exec'd 0 ====
-
- 0xFF5FE78: 80610000 lwz r3,0(r1)
- 0: GETL R1, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0xFF5FE7C: 83830004 lwz r28,4(r3)
- 4: GETL R3, t4
- 5: ADDL $0x4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R28
- 8: INCEIPL $4
-
- 0xFF5FE80: 8303FFE0 lwz r24,-32(r3)
- 9: GETL R3, t8
- 10: ADDL $0xFFFFFFE0, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R24
- 13: INCEIPL $4
-
- 0xFF5FE84: 7F8803A6 mtlr r28
- 14: GETL R28, t12
- 15: PUTL t12, LR
- 16: INCEIPL $4
-
- 0xFF5FE88: 8323FFE4 lwz r25,-28(r3)
- 17: GETL R3, t14
- 18: ADDL $0xFFFFFFE4, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R25
- 21: INCEIPL $4
-
- 0xFF5FE8C: 8343FFE8 lwz r26,-24(r3)
- 22: GETL R3, t18
- 23: ADDL $0xFFFFFFE8, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R26
- 26: INCEIPL $4
-
- 0xFF5FE90: 8363FFEC lwz r27,-20(r3)
- 27: GETL R3, t22
- 28: ADDL $0xFFFFFFEC, t22
- 29: LDL (t22), t24
- 30: PUTL t24, R27
- 31: INCEIPL $4
-
- 0xFF5FE94: 8383FFF0 lwz r28,-16(r3)
- 32: GETL R3, t26
- 33: ADDL $0xFFFFFFF0, t26
- 34: LDL (t26), t28
- 35: PUTL t28, R28
- 36: INCEIPL $4
-
- 0xFF5FE98: 83A3FFF4 lwz r29,-12(r3)
- 37: GETL R3, t30
- 38: ADDL $0xFFFFFFF4, t30
- 39: LDL (t30), t32
- 40: PUTL t32, R29
- 41: INCEIPL $4
-
- 0xFF5FE9C: 83C3FFF8 lwz r30,-8(r3)
- 42: GETL R3, t34
- 43: ADDL $0xFFFFFFF8, t34
- 44: LDL (t34), t36
- 45: PUTL t36, R30
- 46: INCEIPL $4
-
- 0xFF5FEA0: 83E3FFFC lwz r31,-4(r3)
- 47: GETL R3, t38
- 48: ADDL $0xFFFFFFFC, t38
- 49: LDL (t38), t40
- 50: PUTL t40, R31
- 51: INCEIPL $4
-
- 0xFF5FEA4: 7C611B78 or r1,r3,r3
- 52: GETL R3, t42
- 53: PUTL t42, R1
- 54: INCEIPL $4
-
- 0xFF5FEA8: 4E800020 blr
- 55: GETL LR, t44
- 56: JMPo-r t44 ($4)
-
-
-. 0 FF5FE78 52
-. 80 61 00 00 83 83 00 04 83 03 FF E0 7F 88 03 A6 83 23 FF E4 83 43 FF E8 83 63 FF EC 83 83 FF F0 83 A3 FF F4 83 C3 FF F8 83 E3 FF FC 7C 61 1B 78 4E 80 00 20
-
-==== BB 1458 (0xFFDE950) approx BBs exec'd 0 ====
-
- 0xFFDE950: 83FE800C lwz r31,-32756(r30)
- 0: GETL R30, t0
- 1: ADDL $0xFFFF800C, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R31
- 4: INCEIPL $4
-
- 0xFFDE954: 48000014 b 0xFFDE968
- 5: JMPo $0xFFDE968 ($4)
-
-
-. 0 FFDE950 8
-. 83 FE 80 0C 48 00 00 14
-
-==== BB 1459 (0xFFDE968) approx BBs exec'd 0 ====
-
- 0xFFDE968: 813F0000 lwz r9,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R9
- 3: INCEIPL $4
-
- 0xFFDE96C: 81690000 lwz r11,0(r9)
- 4: GETL R9, t4
- 5: LDL (t4), t6
- 6: PUTL t6, R11
- 7: INCEIPL $4
-
- 0xFFDE970: 2F8B0000 cmpi cr7,r11,0
- 8: GETL R11, t8
- 9: CMP0L t8, t10 (-rSo)
- 10: ICRFL t10, $0x7, CR
- 11: INCEIPL $4
-
- 0xFFDE974: 409EFFE4 bc 4,30,0xFFDE958
- 12: Jc30o $0xFFDE958
-
-
-. 0 FFDE968 16
-. 81 3F 00 00 81 69 00 00 2F 8B 00 00 40 9E FF E4
-
-==== BB 1460 (0xFFDE978) approx BBs exec'd 0 ====
-
- 0xFFDE978: 813E8000 lwz r9,-32768(r30)
- 0: GETL R30, t0
- 1: ADDL $0xFFFF8000, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFFDE97C: 38000001 li r0,1
- 5: MOVL $0x1, t4
- 6: PUTL t4, R0
- 7: INCEIPL $4
-
- 0xFFDE980: 98090000 stb r0,0(r9)
- 8: GETL R0, t6
- 9: GETL R9, t8
- 10: STB t6, (t8)
- 11: INCEIPL $4
-
- 0xFFDE984: 80010014 lwz r0,20(r1)
- 12: GETL R1, t10
- 13: ADDL $0x14, t10
- 14: LDL (t10), t12
- 15: PUTL t12, R0
- 16: INCEIPL $4
-
- 0xFFDE988: 83C10008 lwz r30,8(r1)
- 17: GETL R1, t14
- 18: ADDL $0x8, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R30
- 21: INCEIPL $4
-
- 0xFFDE98C: 83E1000C lwz r31,12(r1)
- 22: GETL R1, t18
- 23: ADDL $0xC, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R31
- 26: INCEIPL $4
-
- 0xFFDE990: 7C0803A6 mtlr r0
- 27: GETL R0, t22
- 28: PUTL t22, LR
- 29: INCEIPL $4
-
- 0xFFDE994: 38210010 addi r1,r1,16
- 30: GETL R1, t24
- 31: ADDL $0x10, t24
- 32: PUTL t24, R1
- 33: INCEIPL $4
-
- 0xFFDE998: 4E800020 blr
- 34: GETL LR, t26
- 35: JMPo-r t26 ($4)
-
-
-. 0 FFDE978 36
-. 81 3E 80 00 38 00 00 01 98 09 00 00 80 01 00 14 83 C1 00 08 83 E1 00 0C 7C 08 03 A6 38 21 00 10 4E 80 00 20
-
-==== BB 1461 (0xFFDEF90) approx BBs exec'd 0 ====
-
- 0xFFDEF90: 80010014 lwz r0,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R0
- 4: INCEIPL $4
-
- 0xFFDEF94: 7C0803A6 mtlr r0
- 5: GETL R0, t4
- 6: PUTL t4, LR
- 7: INCEIPL $4
-
- 0xFFDEF98: 38210010 addi r1,r1,16
- 8: GETL R1, t6
- 9: ADDL $0x10, t6
- 10: PUTL t6, R1
- 11: INCEIPL $4
-
- 0xFFDEF9C: 4E800020 blr
- 12: GETL LR, t8
- 13: JMPo-r t8 ($4)
-
-
-. 0 FFDEF90 16
-. 80 01 00 14 7C 08 03 A6 38 21 00 10 4E 80 00 20
-
-==== BB 1462 (0x2547BE74) approx BBs exec'd 0 ====
-
- 0x2547BE74: 811C0178 lwz r8,376(r28)
- 0: GETL R28, t0
- 1: ADDL $0x178, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x2547BE78: 3968FFFF addi r11,r8,-1
- 5: GETL R8, t4
- 6: ADDL $0xFFFFFFFF, t4
- 7: PUTL t4, R11
- 8: INCEIPL $4
-
- 0x2547BE7C: 917C0178 stw r11,376(r28)
- 9: GETL R11, t6
- 10: GETL R28, t8
- 11: ADDL $0x178, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x2547BE80: 4BFFFEE0 b 0x2547BD60
- 14: JMPo $0x2547BD60 ($4)
-
-
-. 0 2547BE74 16
-. 81 1C 01 78 39 68 FF FF 91 7C 01 78 4B FF FE E0
-
-==== BB 1463 (0x2547BD60) approx BBs exec'd 0 ====
-
- 0x2547BD60: 3B5A0001 addi r26,r26,1
- 0: GETL R26, t0
- 1: ADDL $0x1, t0
- 2: PUTL t0, R26
- 3: INCEIPL $4
-
- 0x2547BD64: 7F9A9840 cmpl cr7,r26,r19
- 4: GETL R26, t2
- 5: GETL R19, t4
- 6: CMPUL t2, t4, t6 (-rSo)
- 7: ICRFL t6, $0x7, CR
- 8: INCEIPL $4
-
- 0x2547BD68: 419CFFD8 bc 12,28,0x2547BD40
- 9: Js28o $0x2547BD40
-
-
-. 0 2547BD60 12
-. 3B 5A 00 01 7F 9A 98 40 41 9C FF D8
-
-==== BB 1464 (0x2547BE14) approx BBs exec'd 0 ====
-
- 0x2547BE14: 809C0090 lwz r4,144(r28)
- 0: GETL R28, t0
- 1: ADDL $0x90, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0x2547BE18: 80690004 lwz r3,4(r9)
- 5: GETL R9, t4
- 6: ADDL $0x4, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R3
- 9: INCEIPL $4
-
- 0x2547BE1C: 83640004 lwz r27,4(r4)
- 10: GETL R4, t8
- 11: ADDL $0x4, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R27
- 14: INCEIPL $4
-
- 0x2547BE20: 801C0000 lwz r0,0(r28)
- 15: GETL R28, t12
- 16: LDL (t12), t14
- 17: PUTL t14, R0
- 18: INCEIPL $4
-
- 0x2547BE24: 576CF0BE rlwinm r12,r27,30,2,31
- 19: GETL R27, t16
- 20: SHRL $0x2, t16
- 21: PUTL t16, R12
- 22: INCEIPL $4
-
- 0x2547BE28: 2F8C0000 cmpi cr7,r12,0
- 23: GETL R12, t18
- 24: CMP0L t18, t20 (-rSo)
- 25: ICRFL t20, $0x7, CR
- 26: INCEIPL $4
-
- 0x2547BE2C: 7F601A14 add r27,r0,r3
- 27: GETL R0, t22
- 28: GETL R3, t24
- 29: ADDL t22, t24
- 30: PUTL t24, R27
- 31: INCEIPL $4
-
- 0x2547BE30: 3BACFFFF addi r29,r12,-1
- 32: GETL R12, t26
- 33: ADDL $0xFFFFFFFF, t26
- 34: PUTL t26, R29
- 35: INCEIPL $4
-
- 0x2547BE34: 419E0020 bc 12,30,0x2547BE54
- 36: Js30o $0x2547BE54
-
-
-. 0 2547BE14 36
-. 80 9C 00 90 80 69 00 04 83 64 00 04 80 1C 00 00 57 6C F0 BE 2F 8C 00 00 7F 60 1A 14 3B AC FF FF 41 9E 00 20
-
-==== BB 1465 (0x2547BE38) approx BBs exec'd 0 ====
-
- 0x2547BE38: 57A6103A rlwinm r6,r29,2,0,29
- 0: GETL R29, t0
- 1: SHLL $0x2, t0
- 2: PUTL t0, R6
- 3: INCEIPL $4
-
- 0x2547BE3C: 7D26D82E lwzx r9,r6,r27
- 4: GETL R27, t2
- 5: GETL R6, t4
- 6: ADDL t4, t2
- 7: LDL (t2), t6
- 8: PUTL t6, R9
- 9: INCEIPL $4
-
- 0x2547BE40: 7D2903A6 mtctr r9
- 10: GETL R9, t8
- 11: PUTL t8, CTR
- 12: INCEIPL $4
-
- 0x2547BE44: 4E800421 bctrl
- 13: MOVL $0x2547BE48, t10
- 14: PUTL t10, LR
- 15: GETL CTR, t12
- 16: JMPo-c t12 ($4)
-
-
-. 0 2547BE38 16
-. 57 A6 10 3A 7D 26 D8 2E 7D 29 03 A6 4E 80 04 21
-
-==== BB 1466 __libc_fini(0xFE9B5BC) approx BBs exec'd 0 ====
-
- 0xFE9B5BC: 9421FFF0 stwu r1,-16(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFF0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFE9B5C0: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFE9B5C4: 4812C88D bl 0xFFC7E50
- 9: MOVL $0xFE9B5C8, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFC7E50 ($4)
-
-
-. 0 FE9B5BC 12
-. 94 21 FF F0 7C 08 02 A6 48 12 C8 8D
-
-==== BB 1467 (0xFE9B5C8) approx BBs exec'd 0 ====
-
- 0xFE9B5C8: 93C10008 stw r30,8(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x8, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFE9B5CC: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFE9B5D0: 93E1000C stw r31,12(r1)
- 8: GETL R31, t6
- 9: GETL R1, t8
- 10: ADDL $0xC, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFE9B5D4: 90010014 stw r0,20(r1)
- 13: GETL R0, t10
- 14: GETL R1, t12
- 15: ADDL $0x14, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFE9B5D8: 813E0014 lwz r9,20(r30)
- 18: GETL R30, t14
- 19: ADDL $0x14, t14
- 20: LDL (t14), t16
- 21: PUTL t16, R9
- 22: INCEIPL $4
-
- 0xFE9B5DC: 80090004 lwz r0,4(r9)
- 23: GETL R9, t18
- 24: ADDL $0x4, t18
- 25: LDL (t18), t20
- 26: PUTL t20, R0
- 27: INCEIPL $4
-
- 0xFE9B5E0: 3BE90004 addi r31,r9,4
- 28: GETL R9, t22
- 29: ADDL $0x4, t22
- 30: PUTL t22, R31
- 31: INCEIPL $4
-
- 0xFE9B5E4: 2F800000 cmpi cr7,r0,0
- 32: GETL R0, t24
- 33: CMP0L t24, t26 (-rSo)
- 34: ICRFL t26, $0x7, CR
- 35: INCEIPL $4
-
- 0xFE9B5E8: 419E0018 bc 12,30,0xFE9B600
- 36: Js30o $0xFE9B600
-
-
-. 0 FE9B5C8 36
-. 93 C1 00 08 7F C8 02 A6 93 E1 00 0C 90 01 00 14 81 3E 00 14 80 09 00 04 3B E9 00 04 2F 80 00 00 41 9E 00 18
-
-==== BB 1468 (0xFE9B600) approx BBs exec'd 0 ====
-
- 0xFE9B600: 80610014 lwz r3,20(r1)
- 0: GETL R1, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFE9B604: 83C10008 lwz r30,8(r1)
- 5: GETL R1, t4
- 6: ADDL $0x8, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R30
- 9: INCEIPL $4
-
- 0xFE9B608: 83E1000C lwz r31,12(r1)
- 10: GETL R1, t8
- 11: ADDL $0xC, t8
- 12: LDL (t8), t10
- 13: PUTL t10, R31
- 14: INCEIPL $4
-
- 0xFE9B60C: 7C6803A6 mtlr r3
- 15: GETL R3, t12
- 16: PUTL t12, LR
- 17: INCEIPL $4
-
- 0xFE9B610: 38210010 addi r1,r1,16
- 18: GETL R1, t14
- 19: ADDL $0x10, t14
- 20: PUTL t14, R1
- 21: INCEIPL $4
-
- 0xFE9B614: 4E800020 blr
- 22: GETL LR, t16
- 23: JMPo-r t16 ($4)
-
-
-. 0 FE9B600 24
-. 80 61 00 14 83 C1 00 08 83 E1 00 0C 7C 68 03 A6 38 21 00 10 4E 80 00 20
-
-==== BB 1469 (0x2547BE48) approx BBs exec'd 0 ====
-
- 0x2547BE48: 2F9D0000 cmpi cr7,r29,0
- 0: GETL R29, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0x2547BE4C: 3BBDFFFF addi r29,r29,-1
- 4: GETL R29, t4
- 5: ADDL $0xFFFFFFFF, t4
- 6: PUTL t4, R29
- 7: INCEIPL $4
-
- 0x2547BE50: 409EFFE8 bc 4,30,0x2547BE38
- 8: Jc30o $0x2547BE38
-
-
-. 0 2547BE48 12
-. 2F 9D 00 00 3B BD FF FF 40 9E FF E8
-
-==== BB 1470 (0x2547BD54) approx BBs exec'd 0 ====
-
- 0x2547BD54: 811C0178 lwz r8,376(r28)
- 0: GETL R28, t0
- 1: ADDL $0x178, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R8
- 4: INCEIPL $4
-
- 0x2547BD58: 3968FFFF addi r11,r8,-1
- 5: GETL R8, t4
- 6: ADDL $0xFFFFFFFF, t4
- 7: PUTL t4, R11
- 8: INCEIPL $4
-
- 0x2547BD5C: 917C0178 stw r11,376(r28)
- 9: GETL R11, t6
- 10: GETL R28, t8
- 11: ADDL $0x178, t8
- 12: STL t6, (t8)
- 13: INCEIPL $4
-
- 0x2547BD60: 3B5A0001 addi r26,r26,1
- 14: GETL R26, t10
- 15: ADDL $0x1, t10
- 16: PUTL t10, R26
- 17: INCEIPL $4
-
- 0x2547BD64: 7F9A9840 cmpl cr7,r26,r19
- 18: GETL R26, t12
- 19: GETL R19, t14
- 20: CMPUL t12, t14, t16 (-rSo)
- 21: ICRFL t16, $0x7, CR
- 22: INCEIPL $4
-
- 0x2547BD68: 419CFFD8 bc 12,28,0x2547BD40
- 23: Js28o $0x2547BD40
-
-
-. 0 2547BD54 24
-. 81 1C 01 78 39 68 FF FF 91 7C 01 78 3B 5A 00 01 7F 9A 98 40 41 9C FF D8
-
-==== BB 1471 (0x2547BD78) approx BBs exec'd 0 ====
-
- 0x2547BD78: 81EE0000 lwz r15,0(r14)
- 0: GETL R14, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R15
- 3: INCEIPL $4
-
- 0x2547BD7C: 71E90080 andi. r9,r15,0x80
- 4: GETL R15, t4
- 5: ANDL $0x80, t4
- 6: PUTL t4, R9
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0x2547BD80: 408201AC bc 4,2,0x2547BF2C
- 10: Jc02o $0x2547BF2C
-
-
-. 0 2547BD78 12
-. 81 EE 00 00 71 E9 00 80 40 82 01 AC
-
-==== BB 1472 (0x2547BD84) approx BBs exec'd 0 ====
-
- 0x2547BD84: 81410000 lwz r10,0(r1)
- 0: GETL R1, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R10
- 3: INCEIPL $4
-
- 0x2547BD88: 81CA0004 lwz r14,4(r10)
- 4: GETL R10, t4
- 5: ADDL $0x4, t4
- 6: LDL (t4), t6
- 7: PUTL t6, R14
- 8: INCEIPL $4
-
- 0x2547BD8C: 818AFFB4 lwz r12,-76(r10)
- 9: GETL R10, t8
- 10: ADDL $0xFFFFFFB4, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R12
- 13: INCEIPL $4
-
- 0x2547BD90: 7DC803A6 mtlr r14
- 14: GETL R14, t12
- 15: PUTL t12, LR
- 16: INCEIPL $4
-
- 0x2547BD94: 81EAFFBC lwz r15,-68(r10)
- 17: GETL R10, t14
- 18: ADDL $0xFFFFFFBC, t14
- 19: LDL (t14), t16
- 20: PUTL t16, R15
- 21: INCEIPL $4
-
- 0x2547BD98: 81CAFFB8 lwz r14,-72(r10)
- 22: GETL R10, t18
- 23: ADDL $0xFFFFFFB8, t18
- 24: LDL (t18), t20
- 25: PUTL t20, R14
- 26: INCEIPL $4
-
- 0x2547BD9C: 7D808120 mtcrf 0x8,r12
- 27: GETL R12, t22
- 28: ICRFL t22, $0x4, CR
- 29: INCEIPL $4
-
- 0x2547BDA0: 820AFFC0 lwz r16,-64(r10)
- 30: GETL R10, t24
- 31: ADDL $0xFFFFFFC0, t24
- 32: LDL (t24), t26
- 33: PUTL t26, R16
- 34: INCEIPL $4
-
- 0x2547BDA4: 822AFFC4 lwz r17,-60(r10)
- 35: GETL R10, t28
- 36: ADDL $0xFFFFFFC4, t28
- 37: LDL (t28), t30
- 38: PUTL t30, R17
- 39: INCEIPL $4
-
- 0x2547BDA8: 824AFFC8 lwz r18,-56(r10)
- 40: GETL R10, t32
- 41: ADDL $0xFFFFFFC8, t32
- 42: LDL (t32), t34
- 43: PUTL t34, R18
- 44: INCEIPL $4
-
- 0x2547BDAC: 826AFFCC lwz r19,-52(r10)
- 45: GETL R10, t36
- 46: ADDL $0xFFFFFFCC, t36
- 47: LDL (t36), t38
- 48: PUTL t38, R19
- 49: INCEIPL $4
-
- 0x2547BDB0: 828AFFD0 lwz r20,-48(r10)
- 50: GETL R10, t40
- 51: ADDL $0xFFFFFFD0, t40
- 52: LDL (t40), t42
- 53: PUTL t42, R20
- 54: INCEIPL $4
-
- 0x2547BDB4: 82AAFFD4 lwz r21,-44(r10)
- 55: GETL R10, t44
- 56: ADDL $0xFFFFFFD4, t44
- 57: LDL (t44), t46
- 58: PUTL t46, R21
- 59: INCEIPL $4
-
- 0x2547BDB8: 82CAFFD8 lwz r22,-40(r10)
- 60: GETL R10, t48
- 61: ADDL $0xFFFFFFD8, t48
- 62: LDL (t48), t50
- 63: PUTL t50, R22
- 64: INCEIPL $4
-
- 0x2547BDBC: 82EAFFDC lwz r23,-36(r10)
- 65: GETL R10, t52
- 66: ADDL $0xFFFFFFDC, t52
- 67: LDL (t52), t54
- 68: PUTL t54, R23
- 69: INCEIPL $4
-
- 0x2547BDC0: 830AFFE0 lwz r24,-32(r10)
- 70: GETL R10, t56
- 71: ADDL $0xFFFFFFE0, t56
- 72: LDL (t56), t58
- 73: PUTL t58, R24
- 74: INCEIPL $4
-
- 0x2547BDC4: 832AFFE4 lwz r25,-28(r10)
- 75: GETL R10, t60
- 76: ADDL $0xFFFFFFE4, t60
- 77: LDL (t60), t62
- 78: PUTL t62, R25
- 79: INCEIPL $4
-
- 0x2547BDC8: 834AFFE8 lwz r26,-24(r10)
- 80: GETL R10, t64
- 81: ADDL $0xFFFFFFE8, t64
- 82: LDL (t64), t66
- 83: PUTL t66, R26
- 84: INCEIPL $4
-
- 0x2547BDCC: 836AFFEC lwz r27,-20(r10)
- 85: GETL R10, t68
- 86: ADDL $0xFFFFFFEC, t68
- 87: LDL (t68), t70
- 88: PUTL t70, R27
- 89: INCEIPL $4
-
- 0x2547BDD0: 838AFFF0 lwz r28,-16(r10)
- 90: GETL R10, t72
- 91: ADDL $0xFFFFFFF0, t72
- 92: LDL (t72), t74
- 93: PUTL t74, R28
- 94: INCEIPL $4
-
- 0x2547BDD4: 83AAFFF4 lwz r29,-12(r10)
- 95: GETL R10, t76
- 96: ADDL $0xFFFFFFF4, t76
- 97: LDL (t76), t78
- 98: PUTL t78, R29
- 99: INCEIPL $4
-
- 0x2547BDD8: 83CAFFF8 lwz r30,-8(r10)
- 100: GETL R10, t80
- 101: ADDL $0xFFFFFFF8, t80
- 102: LDL (t80), t82
- 103: PUTL t82, R30
- 104: INCEIPL $4
-
- 0x2547BDDC: 83EAFFFC lwz r31,-4(r10)
- 105: GETL R10, t84
- 106: ADDL $0xFFFFFFFC, t84
- 107: LDL (t84), t86
- 108: PUTL t86, R31
- 109: INCEIPL $4
-
- 0x2547BDE0: 7D415378 or r1,r10,r10
- 110: GETL R10, t88
- 111: PUTL t88, R1
- 112: INCEIPL $4
-
- 0x2547BDE4: 4E800020 blr
- 113: GETL LR, t90
- 114: JMPo-r t90 ($4)
-
-
-. 0 2547BD84 100
-. 81 41 00 00 81 CA 00 04 81 8A FF B4 7D C8 03 A6 81 EA FF BC 81 CA FF B8 7D 80 81 20 82 0A FF C0 82 2A FF C4 82 4A FF C8 82 6A FF CC 82 8A FF D0 82 AA FF D4 82 CA FF D8 82 EA FF DC 83 0A FF E0 83 2A FF E4 83 4A FF E8 83 6A FF EC 83 8A FF F0 83 AA FF F4 83 CA FF F8 83 EA FF FC 7D 41 53 78 4E 80 00 20
-
-==== BB 1473 (0xFEB3C54) approx BBs exec'd 0 ====
-
- 0xFEB3C54: 807F0000 lwz r3,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R3
- 3: INCEIPL $4
-
- 0xFEB3C58: 80030000 lwz r0,0(r3)
- 4: GETL R3, t4
- 5: LDL (t4), t6
- 6: PUTL t6, R0
- 7: INCEIPL $4
-
- 0xFEB3C5C: 2F000000 cmpi cr6,r0,0
- 8: GETL R0, t8
- 9: CMP0L t8, t10 (-rSo)
- 10: ICRFL t10, $0x6, CR
- 11: INCEIPL $4
-
- 0xFEB3C60: 901F0000 stw r0,0(r31)
- 12: GETL R0, t12
- 13: GETL R31, t14
- 14: STL t12, (t14)
- 15: INCEIPL $4
-
- 0xFEB3C64: 419AFF64 bc 12,26,0xFEB3BC8
- 16: Js26o $0xFEB3BC8
-
-
-. 0 FEB3C54 20
-. 80 7F 00 00 80 03 00 00 2F 00 00 00 90 1F 00 00 41 9A FF 64
-
-==== BB 1474 (0xFEB3BC8) approx BBs exec'd 0 ====
-
- 0xFEB3BC8: 2F800000 cmpi cr7,r0,0
- 0: GETL R0, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x7, CR
- 3: INCEIPL $4
-
- 0xFEB3BCC: 419E00CC bc 12,30,0xFEB3C98
- 4: Js30o $0xFEB3C98
-
-
-. 0 FEB3BC8 8
-. 2F 80 00 00 41 9E 00 CC
-
-==== BB 1475 (0xFEB3C98) approx BBs exec'd 0 ====
-
- 0xFEB3C98: 83FE1BBC lwz r31,7100(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1BBC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R31
- 4: INCEIPL $4
-
- 0xFEB3C9C: 83BE1C38 lwz r29,7224(r30)
- 5: GETL R30, t4
- 6: ADDL $0x1C38, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R29
- 9: INCEIPL $4
-
- 0xFEB3CA0: 7F9FE840 cmpl cr7,r31,r29
- 10: GETL R31, t8
- 11: GETL R29, t10
- 12: CMPUL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x7, CR
- 14: INCEIPL $4
-
- 0xFEB3CA4: 409C001C bc 4,28,0xFEB3CC0
- 15: Jc28o $0xFEB3CC0
-
-
-. 0 FEB3C98 16
-. 83 FE 1B BC 83 BE 1C 38 7F 9F E8 40 40 9C 00 1C
-
-==== BB 1476 (0xFEB3CA8) approx BBs exec'd 0 ====
-
- 0xFEB3CA8: 815F0000 lwz r10,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R10
- 3: INCEIPL $4
-
- 0xFEB3CAC: 3BFF0004 addi r31,r31,4
- 4: GETL R31, t4
- 5: ADDL $0x4, t4
- 6: PUTL t4, R31
- 7: INCEIPL $4
-
- 0xFEB3CB0: 7D4903A6 mtctr r10
- 8: GETL R10, t6
- 9: PUTL t6, CTR
- 10: INCEIPL $4
-
- 0xFEB3CB4: 4E800421 bctrl
- 11: MOVL $0xFEB3CB8, t8
- 12: PUTL t8, LR
- 13: GETL CTR, t10
- 14: JMPo-c t10 ($4)
-
-
-. 0 FEB3CA8 16
-. 81 5F 00 00 3B FF 00 04 7D 49 03 A6 4E 80 04 21
-
-==== BB 1477 _IO_cleanup(0xFEECB0C) approx BBs exec'd 0 ====
-
- 0xFEECB0C: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFEECB10: 7C0802A6 mflr r0
- 6: GETL LR, t4
- 7: PUTL t4, R0
- 8: INCEIPL $4
-
- 0xFEECB14: 480DB33D bl 0xFFC7E50
- 9: MOVL $0xFEECB18, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFC7E50 ($4)
-
-
-. 0 FEECB0C 12
-. 94 21 FF E0 7C 08 02 A6 48 0D B3 3D
-
-==== BB 1478 (0xFEECB18) approx BBs exec'd 0 ====
-
- 0xFEECB18: 93C10018 stw r30,24(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFEECB1C: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFEECB20: 38600000 li r3,0
- 8: MOVL $0x0, t6
- 9: PUTL t6, R3
- 10: INCEIPL $4
-
- 0xFEECB24: 93810010 stw r28,16(r1)
- 11: GETL R28, t8
- 12: GETL R1, t10
- 13: ADDL $0x10, t10
- 14: STL t8, (t10)
- 15: INCEIPL $4
-
- 0xFEECB28: 93E1001C stw r31,28(r1)
- 16: GETL R31, t12
- 17: GETL R1, t14
- 18: ADDL $0x1C, t14
- 19: STL t12, (t14)
- 20: INCEIPL $4
-
- 0xFEECB2C: 93A10014 stw r29,20(r1)
- 21: GETL R29, t16
- 22: GETL R1, t18
- 23: ADDL $0x14, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFEECB30: 90010024 stw r0,36(r1)
- 26: GETL R0, t20
- 27: GETL R1, t22
- 28: ADDL $0x24, t22
- 29: STL t20, (t22)
- 30: INCEIPL $4
-
- 0xFEECB34: 4BFFF98D bl 0xFEEC4C0
- 31: MOVL $0xFEECB38, t24
- 32: PUTL t24, LR
- 33: JMPo-c $0xFEEC4C0 ($4)
-
-
-. 0 FEECB18 32
-. 93 C1 00 18 7F C8 02 A6 38 60 00 00 93 81 00 10 93 E1 00 1C 93 A1 00 14 90 01 00 24 4B FF F9 8D
-
-==== BB 1479 _IO_flush_all_lockp(0xFEEC4C0) approx BBs exec'd 0 ====
-
- 0xFEEC4C0: 9421FFB0 stwu r1,-80(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFB0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFEEC4C4: 7C8802A6 mflr r4
- 6: GETL LR, t4
- 7: PUTL t4, R4
- 8: INCEIPL $4
-
- 0xFEEC4C8: 480DB989 bl 0xFFC7E50
- 9: MOVL $0xFEEC4CC, t6
- 10: PUTL t6, LR
- 11: JMPo-c $0xFFC7E50 ($4)
-
-
-. 0 FEEC4C0 12
-. 94 21 FF B0 7C 88 02 A6 48 0D B9 89
-
-==== BB 1480 (0xFEEC4CC) approx BBs exec'd 0 ====
-
- 0xFEEC4CC: 93C10048 stw r30,72(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x48, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFEEC4D0: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFEEC4D4: 92C10028 stw r22,40(r1)
- 8: GETL R22, t6
- 9: GETL R1, t8
- 10: ADDL $0x28, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFEEC4D8: 90810054 stw r4,84(r1)
- 13: GETL R4, t10
- 14: GETL R1, t12
- 15: ADDL $0x54, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFEEC4DC: 7D800026 mfcr r12
- 18: GETL CR, t14
- 19: PUTL t14, R12
- 20: INCEIPL $4
-
- 0xFEEC4E0: 92E1002C stw r23,44(r1)
- 21: GETL R23, t16
- 22: GETL R1, t18
- 23: ADDL $0x2C, t18
- 24: STL t16, (t18)
- 25: INCEIPL $4
-
- 0xFEEC4E4: 3AE00000 li r23,0
- 26: MOVL $0x0, t20
- 27: PUTL t20, R23
- 28: INCEIPL $4
-
- 0xFEEC4E8: 82DE1B48 lwz r22,6984(r30)
- 29: GETL R30, t22
- 30: ADDL $0x1B48, t22
- 31: LDL (t22), t24
- 32: PUTL t24, R22
- 33: INCEIPL $4
-
- 0xFEEC4EC: 93E1004C stw r31,76(r1)
- 34: GETL R31, t26
- 35: GETL R1, t28
- 36: ADDL $0x4C, t28
- 37: STL t26, (t28)
- 38: INCEIPL $4
-
- 0xFEEC4F0: 7C7F1B78 or r31,r3,r3
- 39: GETL R3, t30
- 40: PUTL t30, R31
- 41: INCEIPL $4
-
- 0xFEEC4F4: 813600B8 lwz r9,184(r22)
- 42: GETL R22, t32
- 43: ADDL $0xB8, t32
- 44: LDL (t32), t34
- 45: PUTL t34, R9
- 46: INCEIPL $4
-
- 0xFEEC4F8: 93010030 stw r24,48(r1)
- 47: GETL R24, t36
- 48: GETL R1, t38
- 49: ADDL $0x30, t38
- 50: STL t36, (t38)
- 51: INCEIPL $4
-
- 0xFEEC4FC: 3169FFFF addic r11,r9,-1
- 52: GETL R9, t40
- 53: ADCL $0xFFFFFFFF, t40 (-wCa)
- 54: PUTL t40, R11
- 55: INCEIPL $4
-
- 0xFEEC500: 7C0B4910 subfe r0,r11,r9
- 56: GETL R11, t42
- 57: GETL R9, t44
- 58: SBBL t42, t44 (-rCa-wCa)
- 59: PUTL t44, R0
- 60: INCEIPL $4
-
- 0xFEEC504: 93210034 stw r25,52(r1)
- 61: GETL R25, t46
- 62: GETL R1, t48
- 63: ADDL $0x34, t48
- 64: STL t46, (t48)
- 65: INCEIPL $4
-
- 0xFEEC508: 2D800000 cmpi cr3,r0,0
- 66: GETL R0, t50
- 67: CMP0L t50, t52 (-rSo)
- 68: ICRFL t52, $0x3, CR
- 69: INCEIPL $4
-
- 0xFEEC50C: 93410038 stw r26,56(r1)
- 70: GETL R26, t54
- 71: GETL R1, t56
- 72: ADDL $0x38, t56
- 73: STL t54, (t56)
- 74: INCEIPL $4
-
- 0xFEEC510: 9361003C stw r27,60(r1)
- 75: GETL R27, t58
- 76: GETL R1, t60
- 77: ADDL $0x3C, t60
- 78: STL t58, (t60)
- 79: INCEIPL $4
-
- 0xFEEC514: 93810040 stw r28,64(r1)
- 80: GETL R28, t62
- 81: GETL R1, t64
- 82: ADDL $0x40, t64
- 83: STL t62, (t64)
- 84: INCEIPL $4
-
- 0xFEEC518: 93A10044 stw r29,68(r1)
- 85: GETL R29, t66
- 86: GETL R1, t68
- 87: ADDL $0x44, t68
- 88: STL t66, (t68)
- 89: INCEIPL $4
-
- 0xFEEC51C: 91810024 stw r12,36(r1)
- 90: GETL R12, t70
- 91: GETL R1, t72
- 92: ADDL $0x24, t72
- 93: STL t70, (t72)
- 94: INCEIPL $4
-
- 0xFEEC520: 408E0248 bc 4,14,0xFEEC768
- 95: Jc14o $0xFEEC768
-
-
-. 0 FEEC4CC 88
-. 93 C1 00 48 7F C8 02 A6 92 C1 00 28 90 81 00 54 7D 80 00 26 92 E1 00 2C 3A E0 00 00 82 DE 1B 48 93 E1 00 4C 7C 7F 1B 78 81 36 00 B8 93 01 00 30 31 69 FF FF 7C 0B 49 10 93 21 00 34 2D 80 00 00 93 41 00 38 93 61 00 3C 93 81 00 40 93 A1 00 44 91 81 00 24 40 8E 02 48
-
-==== BB 1481 (0xFEEC524) approx BBs exec'd 0 ====
-
- 0xFEEC524: 807E05E4 lwz r3,1508(r30)
- 0: GETL R30, t0
- 1: ADDL $0x5E4, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFEEC528: 92E10014 stw r23,20(r1)
- 5: GETL R23, t4
- 6: GETL R1, t6
- 7: ADDL $0x14, t6
- 8: STL t4, (t6)
- 9: INCEIPL $4
-
- 0xFEEC52C: 90610010 stw r3,16(r1)
- 10: GETL R3, t8
- 11: GETL R1, t10
- 12: ADDL $0x10, t10
- 13: STL t8, (t10)
- 14: INCEIPL $4
-
- 0xFEEC530: 2E1F0000 cmpi cr4,r31,0
- 15: GETL R31, t12
- 16: CMP0L t12, t14 (-rSo)
- 17: ICRFL t14, $0x4, CR
- 18: INCEIPL $4
-
- 0xFEEC534: 41920050 bc 12,18,0xFEEC584
- 19: Js18o $0xFEEC584
-
-
-. 0 FEEC524 20
-. 80 7E 05 E4 92 E1 00 14 90 61 00 10 2E 1F 00 00 41 92 00 50
-
-==== BB 1482 (0xFEEC584) approx BBs exec'd 0 ====
-
- 0xFEEC584: 831E1BEC lwz r24,7148(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1BEC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R24
- 4: INCEIPL $4
-
- 0xFEEC588: 833E05EC lwz r25,1516(r30)
- 5: GETL R30, t4
- 6: ADDL $0x5EC, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R25
- 9: INCEIPL $4
-
- 0xFEEC58C: 83F80000 lwz r31,0(r24)
- 10: GETL R24, t8
- 11: LDL (t8), t10
- 12: PUTL t10, R31
- 13: INCEIPL $4
-
- 0xFEEC590: 83990000 lwz r28,0(r25)
- 14: GETL R25, t12
- 15: LDL (t12), t14
- 16: PUTL t14, R28
- 17: INCEIPL $4
-
- 0xFEEC594: 2C9F0000 cmpi cr1,r31,0
- 18: GETL R31, t16
- 19: CMP0L t16, t18 (-rSo)
- 20: ICRFL t18, $0x1, CR
- 21: INCEIPL $4
-
- 0xFEEC598: 41860128 bc 12,6,0xFEEC6C0
- 22: Js06o $0xFEEC6C0
-
-
-. 0 FEEC584 24
-. 83 1E 1B EC 83 3E 05 EC 83 F8 00 00 83 99 00 00 2C 9F 00 00 41 86 01 28
-
-==== BB 1483 (0xFEEC59C) approx BBs exec'd 0 ====
-
- 0xFEEC59C: 835E05E8 lwz r26,1512(r30)
- 0: GETL R30, t0
- 1: ADDL $0x5E8, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R26
- 4: INCEIPL $4
-
- 0xFEEC5A0: 3B600000 li r27,0
- 5: MOVL $0x0, t4
- 6: PUTL t4, R27
- 7: INCEIPL $4
-
- 0xFEEC5A4: 93FA0000 stw r31,0(r26)
- 8: GETL R31, t6
- 9: GETL R26, t8
- 10: STL t6, (t8)
- 11: INCEIPL $4
-
- 0xFEEC5A8: 4192005C bc 12,18,0xFEEC604
- 12: Js18o $0xFEEC604
-
-
-. 0 FEEC59C 16
-. 83 5E 05 E8 3B 60 00 00 93 FA 00 00 41 92 00 5C
-
-==== BB 1484 (0xFEEC604) approx BBs exec'd 0 ====
-
- 0xFEEC604: 807F0060 lwz r3,96(r31)
- 0: GETL R31, t0
- 1: ADDL $0x60, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R3
- 4: INCEIPL $4
-
- 0xFEEC608: 2F030000 cmpi cr6,r3,0
- 5: GETL R3, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x6, CR
- 8: INCEIPL $4
-
- 0xFEEC60C: 40990144 bc 4,25,0xFEEC750
- 9: Jc25o $0xFEEC750
-
-
-. 0 FEEC604 12
-. 80 7F 00 60 2F 03 00 00 40 99 01 44
-
-==== BB 1485 (0xFEEC750) approx BBs exec'd 0 ====
-
- 0xFEEC750: 817F0014 lwz r11,20(r31)
- 0: GETL R31, t0
- 1: ADDL $0x14, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R11
- 4: INCEIPL $4
-
- 0xFEEC754: 813F0010 lwz r9,16(r31)
- 5: GETL R31, t4
- 6: ADDL $0x10, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R9
- 9: INCEIPL $4
-
- 0xFEEC758: 7C8B4840 cmpl cr1,r11,r9
- 10: GETL R11, t8
- 11: GETL R9, t10
- 12: CMPUL t8, t10, t12 (-rSo)
- 13: ICRFL t12, $0x1, CR
- 14: INCEIPL $4
-
- 0xFEEC75C: 40A5FEB4 bc 5,5,0xFEEC610
- 15: Jc05o $0xFEEC610
-
-
-. 0 FEEC750 16
-. 81 7F 00 14 81 3F 00 10 7C 8B 48 40 40 A5 FE B4
-
-==== BB 1486 (0xFEEC610) approx BBs exec'd 0 ====
-
- 0xFEEC610: 895F0046 lbz r10,70(r31)
- 0: GETL R31, t0
- 1: ADDL $0x46, t0
- 2: LDB (t0), t2
- 3: PUTL t2, R10
- 4: INCEIPL $4
-
- 0xFEEC614: 2C0A0000 cmpi cr0,r10,0
- 5: GETL R10, t4
- 6: CMP0L t4, t6 (-rSo)
- 7: ICRFL t6, $0x0, CR
- 8: INCEIPL $4
-
- 0xFEEC618: 40820044 bc 4,2,0xFEEC65C
- 9: Jc02o $0xFEEC65C
-
-
-. 0 FEEC610 12
-. 89 5F 00 46 2C 0A 00 00 40 82 00 44
-
-==== BB 1487 (0xFEEC61C) approx BBs exec'd 0 ====
-
- 0xFEEC61C: 40990040 bc 4,25,0xFEEC65C
- 0: Jc25o $0xFEEC65C
-
-
-. 0 FEEC61C 4
-. 40 99 00 40
-
-==== BB 1488 (0xFEEC65C) approx BBs exec'd 0 ====
-
- 0xFEEC65C: 41920044 bc 12,18,0xFEEC6A0
- 0: Js18o $0xFEEC6A0
-
-
-. 0 FEEC65C 4
-. 41 92 00 44
-
-==== BB 1489 (0xFEEC6A0) approx BBs exec'd 0 ====
-
- 0xFEEC6A0: 80190000 lwz r0,0(r25)
- 0: GETL R25, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0xFEEC6A4: 937A0000 stw r27,0(r26)
- 4: GETL R27, t4
- 5: GETL R26, t6
- 6: STL t4, (t6)
- 7: INCEIPL $4
-
- 0xFEEC6A8: 7F9C0000 cmp cr7,r28,r0
- 8: GETL R28, t8
- 9: GETL R0, t10
- 10: CMPL t8, t10, t12 (-rSo)
- 11: ICRFL t12, $0x7, CR
- 12: INCEIPL $4
-
- 0xFEEC6AC: 419E009C bc 12,30,0xFEEC748
- 13: Js30o $0xFEEC748
-
-
-. 0 FEEC6A0 16
-. 80 19 00 00 93 7A 00 00 7F 9C 00 00 41 9E 00 9C
-
-==== BB 1490 (0xFEEC748) approx BBs exec'd 0 ====
-
- 0xFEEC748: 83FF0034 lwz r31,52(r31)
- 0: GETL R31, t0
- 1: ADDL $0x34, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R31
- 4: INCEIPL $4
-
- 0xFEEC74C: 4BFFFF6C b 0xFEEC6B8
- 5: JMPo $0xFEEC6B8 ($4)
-
-
-. 0 FEEC748 8
-. 83 FF 00 34 4B FF FF 6C
-
-==== BB 1491 (0xFEEC6B8) approx BBs exec'd 0 ====
-
- 0xFEEC6B8: 2C1F0000 cmpi cr0,r31,0
- 0: GETL R31, t0
- 1: CMP0L t0, t2 (-rSo)
- 2: ICRFL t2, $0x0, CR
- 3: INCEIPL $4
-
- 0xFEEC6BC: 4082FEE8 bc 4,2,0xFEEC5A4
- 4: Jc02o $0xFEEC5A4
-
-
-. 0 FEEC6B8 8
-. 2C 1F 00 00 40 82 FE E8
-
-==== BB 1492 (0xFEEC5A4) approx BBs exec'd 0 ====
-
- 0xFEEC5A4: 93FA0000 stw r31,0(r26)
- 0: GETL R31, t0
- 1: GETL R26, t2
- 2: STL t0, (t2)
- 3: INCEIPL $4
-
- 0xFEEC5A8: 4192005C bc 12,18,0xFEEC604
- 4: Js18o $0xFEEC604
-
-
-. 0 FEEC5A4 8
-. 93 FA 00 00 41 92 00 5C
-
-==== BB 1493 (0xFEEC6C0) approx BBs exec'd 0 ====
-
- 0xFEEC6C0: 41920038 bc 12,18,0xFEEC6F8
- 0: Js18o $0xFEEC6F8
-
-
-. 0 FEEC6C0 4
-. 41 92 00 38
-
-==== BB 1494 (0xFEEC6F8) approx BBs exec'd 0 ====
-
- 0xFEEC6F8: 408E0088 bc 4,14,0xFEEC780
- 0: Jc14o $0xFEEC780
-
-
-. 0 FEEC6F8 4
-. 40 8E 00 88
-
-==== BB 1495 (0xFEEC6FC) approx BBs exec'd 0 ====
-
- 0xFEEC6FC: 7EE3BB78 or r3,r23,r23
- 0: GETL R23, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFEEC700: 81810024 lwz r12,36(r1)
- 3: GETL R1, t2
- 4: ADDL $0x24, t2
- 5: LDL (t2), t4
- 6: PUTL t4, R12
- 7: INCEIPL $4
-
- 0xFEEC704: 82E10054 lwz r23,84(r1)
- 8: GETL R1, t6
- 9: ADDL $0x54, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R23
- 12: INCEIPL $4
-
- 0xFEEC708: 82C10028 lwz r22,40(r1)
- 13: GETL R1, t10
- 14: ADDL $0x28, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R22
- 17: INCEIPL $4
-
- 0xFEEC70C: 7D818120 mtcrf 0x18,r12
- 18: GETL R12, t14
- 19: ICRFL t14, $0x3, CR
- 20: ICRFL t14, $0x4, CR
- 21: INCEIPL $4
-
- 0xFEEC710: 7EE803A6 mtlr r23
- 22: GETL R23, t16
- 23: PUTL t16, LR
- 24: INCEIPL $4
-
- 0xFEEC714: 83010030 lwz r24,48(r1)
- 25: GETL R1, t18
- 26: ADDL $0x30, t18
- 27: LDL (t18), t20
- 28: PUTL t20, R24
- 29: INCEIPL $4
-
- 0xFEEC718: 82E1002C lwz r23,44(r1)
- 30: GETL R1, t22
- 31: ADDL $0x2C, t22
- 32: LDL (t22), t24
- 33: PUTL t24, R23
- 34: INCEIPL $4
-
- 0xFEEC71C: 83210034 lwz r25,52(r1)
- 35: GETL R1, t26
- 36: ADDL $0x34, t26
- 37: LDL (t26), t28
- 38: PUTL t28, R25
- 39: INCEIPL $4
-
- 0xFEEC720: 83410038 lwz r26,56(r1)
- 40: GETL R1, t30
- 41: ADDL $0x38, t30
- 42: LDL (t30), t32
- 43: PUTL t32, R26
- 44: INCEIPL $4
-
- 0xFEEC724: 8361003C lwz r27,60(r1)
- 45: GETL R1, t34
- 46: ADDL $0x3C, t34
- 47: LDL (t34), t36
- 48: PUTL t36, R27
- 49: INCEIPL $4
-
- 0xFEEC728: 83810040 lwz r28,64(r1)
- 50: GETL R1, t38
- 51: ADDL $0x40, t38
- 52: LDL (t38), t40
- 53: PUTL t40, R28
- 54: INCEIPL $4
-
- 0xFEEC72C: 83A10044 lwz r29,68(r1)
- 55: GETL R1, t42
- 56: ADDL $0x44, t42
- 57: LDL (t42), t44
- 58: PUTL t44, R29
- 59: INCEIPL $4
-
- 0xFEEC730: 83C10048 lwz r30,72(r1)
- 60: GETL R1, t46
- 61: ADDL $0x48, t46
- 62: LDL (t46), t48
- 63: PUTL t48, R30
- 64: INCEIPL $4
-
- 0xFEEC734: 83E1004C lwz r31,76(r1)
- 65: GETL R1, t50
- 66: ADDL $0x4C, t50
- 67: LDL (t50), t52
- 68: PUTL t52, R31
- 69: INCEIPL $4
-
- 0xFEEC738: 38210050 addi r1,r1,80
- 70: GETL R1, t54
- 71: ADDL $0x50, t54
- 72: PUTL t54, R1
- 73: INCEIPL $4
-
- 0xFEEC73C: 4E800020 blr
- 74: GETL LR, t56
- 75: JMPo-r t56 ($4)
-
-
-. 0 FEEC6FC 68
-. 7E E3 BB 78 81 81 00 24 82 E1 00 54 82 C1 00 28 7D 81 81 20 7E E8 03 A6 83 01 00 30 82 E1 00 2C 83 21 00 34 83 41 00 38 83 61 00 3C 83 81 00 40 83 A1 00 44 83 C1 00 48 83 E1 00 4C 38 21 00 50 4E 80 00 20
-
-==== BB 1496 (0xFEECB38) approx BBs exec'd 0 ====
-
- 0xFEECB38: 813E1BEC lwz r9,7148(r30)
- 0: GETL R30, t0
- 1: ADDL $0x1BEC, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R9
- 4: INCEIPL $4
-
- 0xFEECB3C: 7C7C1B78 or r28,r3,r3
- 5: GETL R3, t4
- 6: PUTL t4, R28
- 7: INCEIPL $4
-
- 0xFEECB40: 83E90000 lwz r31,0(r9)
- 8: GETL R9, t6
- 9: LDL (t6), t8
- 10: PUTL t8, R31
- 11: INCEIPL $4
-
- 0xFEECB44: 2F9F0000 cmpi cr7,r31,0
- 12: GETL R31, t10
- 13: CMP0L t10, t12 (-rSo)
- 14: ICRFL t12, $0x7, CR
- 15: INCEIPL $4
-
- 0xFEECB48: 419E0080 bc 12,30,0xFEECBC8
- 16: Js30o $0xFEECBC8
-
-
-. 0 FEECB38 20
-. 81 3E 1B EC 7C 7C 1B 78 83 E9 00 00 2F 9F 00 00 41 9E 00 80
-
-==== BB 1497 (0xFEECB4C) approx BBs exec'd 0 ====
-
- 0xFEECB4C: 3BA0FFFF li r29,-1
- 0: MOVL $0xFFFFFFFF, t0
- 1: PUTL t0, R29
- 2: INCEIPL $4
-
- 0xFEECB50: 48000014 b 0xFEECB64
- 3: JMPo $0xFEECB64 ($4)
-
-
-. 0 FEECB4C 8
-. 3B A0 FF FF 48 00 00 14
-
-==== BB 1498 (0xFEECB64) approx BBs exec'd 0 ====
-
- 0xFEECB64: 801F0000 lwz r0,0(r31)
- 0: GETL R31, t0
- 1: LDL (t0), t2
- 2: PUTL t2, R0
- 3: INCEIPL $4
-
- 0xFEECB68: 70090002 andi. r9,r0,0x2
- 4: GETL R0, t4
- 5: ANDL $0x2, t4
- 6: PUTL t4, R9
- 7: CMP0L t4, t6 (-rSo)
- 8: ICRFL t6, $0x0, CR
- 9: INCEIPL $4
-
- 0xFEECB6C: 5403EFFE rlwinm r3,r0,29,31,31
- 10: GETL R0, t8
- 11: ROLL $0x1D, t8
- 12: ANDL $0x1, t8
- 13: PUTL t8, R3
- 14: INCEIPL $4
-
- 0xFEECB70: 2F830000 cmpi cr7,r3,0
- 15: GETL R3, t10
- 16: CMP0L t10, t12 (-rSo)
- 17: ICRFL t12, $0x7, CR
- 18: INCEIPL $4
-
- 0xFEECB74: 40A2FFE0 bc 5,2,0xFEECB54
- 19: Jc02o $0xFEECB54
-
-
-. 0 FEECB64 20
-. 80 1F 00 00 70 09 00 02 54 03 EF FE 2F 83 00 00 40 A2 FF E0
-
-==== BB 1499 (0xFEECB54) approx BBs exec'd 0 ====
-
- 0xFEECB54: 93BF0060 stw r29,96(r31)
- 0: GETL R29, t0
- 1: GETL R31, t2
- 2: ADDL $0x60, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFEECB58: 83FF0034 lwz r31,52(r31)
- 5: GETL R31, t4
- 6: ADDL $0x34, t4
- 7: LDL (t4), t6
- 8: PUTL t6, R31
- 9: INCEIPL $4
-
- 0xFEECB5C: 2F1F0000 cmpi cr6,r31,0
- 10: GETL R31, t8
- 11: CMP0L t8, t10 (-rSo)
- 12: ICRFL t10, $0x6, CR
- 13: INCEIPL $4
-
- 0xFEECB60: 419A0068 bc 12,26,0xFEECBC8
- 14: Js26o $0xFEECBC8
-
-
-. 0 FEECB54 16
-. 93 BF 00 60 83 FF 00 34 2F 1F 00 00 41 9A 00 68
-
-==== BB 1500 (0xFEECB78) approx BBs exec'd 0 ====
-
- 0xFEECB78: 70091000 andi. r9,r0,0x1000
- 0: GETL R0, t0
- 1: ANDL $0x1000, t0
- 2: PUTL t0, R9
- 3: CMP0L t0, t2 (-rSo)
- 4: ICRFL t2, $0x0, CR
- 5: INCEIPL $4
-
- 0xFEECB7C: 419E0008 bc 12,30,0xFEECB84
- 6: Js30o $0xFEECB84
-
-
-. 0 FEECB78 8
-. 70 09 10 00 41 9E 00 08
-
-==== BB 1501 (0xFEECB84) approx BBs exec'd 0 ====
-
- 0xFEECB84: 80DF0060 lwz r6,96(r31)
- 0: GETL R31, t0
- 1: ADDL $0x60, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R6
- 4: INCEIPL $4
-
- 0xFEECB88: 7FE3FB78 or r3,r31,r31
- 5: GETL R31, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFEECB8C: 38800000 li r4,0
- 8: MOVL $0x0, t6
- 9: PUTL t6, R4
- 10: INCEIPL $4
-
- 0xFEECB90: 38A00000 li r5,0
- 11: MOVL $0x0, t8
- 12: PUTL t8, R5
- 13: INCEIPL $4
-
- 0xFEECB94: 2C860000 cmpi cr1,r6,0
- 14: GETL R6, t10
- 15: CMP0L t10, t12 (-rSo)
- 16: ICRFL t12, $0x1, CR
- 17: INCEIPL $4
-
- 0xFEECB98: 4186FFBC bc 12,6,0xFEECB54
- 18: Js06o $0xFEECB54
-
-
-. 0 FEECB84 24
-. 80 DF 00 60 7F E3 FB 78 38 80 00 00 38 A0 00 00 2C 86 00 00 41 86 FF BC
-
-==== BB 1502 (0xFEECB80) approx BBs exec'd 0 ====
-
- 0xFEECB80: 41A2FFD4 bc 13,2,0xFEECB54
- 0: Js02o $0xFEECB54
-
-
-. 0 FEECB80 4
-. 41 A2 FF D4
-
-==== BB 1503 (0xFEECBC8) approx BBs exec'd 0 ====
-
- 0xFEECBC8: 80810024 lwz r4,36(r1)
- 0: GETL R1, t0
- 1: ADDL $0x24, t0
- 2: LDL (t0), t2
- 3: PUTL t2, R4
- 4: INCEIPL $4
-
- 0xFEECBCC: 7F83E378 or r3,r28,r28
- 5: GETL R28, t4
- 6: PUTL t4, R3
- 7: INCEIPL $4
-
- 0xFEECBD0: 83A10014 lwz r29,20(r1)
- 8: GETL R1, t6
- 9: ADDL $0x14, t6
- 10: LDL (t6), t8
- 11: PUTL t8, R29
- 12: INCEIPL $4
-
- 0xFEECBD4: 83810010 lwz r28,16(r1)
- 13: GETL R1, t10
- 14: ADDL $0x10, t10
- 15: LDL (t10), t12
- 16: PUTL t12, R28
- 17: INCEIPL $4
-
- 0xFEECBD8: 7C8803A6 mtlr r4
- 18: GETL R4, t14
- 19: PUTL t14, LR
- 20: INCEIPL $4
-
- 0xFEECBDC: 83C10018 lwz r30,24(r1)
- 21: GETL R1, t16
- 22: ADDL $0x18, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R30
- 25: INCEIPL $4
-
- 0xFEECBE0: 83E1001C lwz r31,28(r1)
- 26: GETL R1, t20
- 27: ADDL $0x1C, t20
- 28: LDL (t20), t22
- 29: PUTL t22, R31
- 30: INCEIPL $4
-
- 0xFEECBE4: 38210020 addi r1,r1,32
- 31: GETL R1, t24
- 32: ADDL $0x20, t24
- 33: PUTL t24, R1
- 34: INCEIPL $4
-
- 0xFEECBE8: 4E800020 blr
- 35: GETL LR, t26
- 36: JMPo-r t26 ($4)
-
-
-. 0 FEECBC8 36
-. 80 81 00 24 7F 83 E3 78 83 A1 00 14 83 81 00 10 7C 88 03 A6 83 C1 00 18 83 E1 00 1C 38 21 00 20 4E 80 00 20
-
-==== BB 1504 (0xFEB3CB8) approx BBs exec'd 0 ====
-
- 0xFEB3CB8: 7F9FE840 cmpl cr7,r31,r29
- 0: GETL R31, t0
- 1: GETL R29, t2
- 2: CMPUL t0, t2, t4 (-rSo)
- 3: ICRFL t4, $0x7, CR
- 4: INCEIPL $4
-
- 0xFEB3CBC: 419CFFEC bc 12,28,0xFEB3CA8
- 5: Js28o $0xFEB3CA8
-
-
-. 0 FEB3CB8 8
-. 7F 9F E8 40 41 9C FF EC
-
-==== BB 1505 (0xFEB3CC0) approx BBs exec'd 0 ====
-
- 0xFEB3CC0: 7F83E378 or r3,r28,r28
- 0: GETL R28, t0
- 1: PUTL t0, R3
- 2: INCEIPL $4
-
- 0xFEB3CC4: 48062141 bl 0xFF15E04
- 3: MOVL $0xFEB3CC8, t2
- 4: PUTL t2, LR
- 5: JMPo-c $0xFF15E04 ($4)
-
-
-. 0 FEB3CC0 8
-. 7F 83 E3 78 48 06 21 41
-
-==== BB 1506 __GI__exit(0xFF15E04) approx BBs exec'd 0 ====
-
- 0xFF15E04: 9421FFE0 stwu r1,-32(r1)
- 0: GETL R1, t0
- 1: GETL R1, t2
- 2: ADDL $0xFFFFFFE0, t2
- 3: PUTL t2, R1
- 4: STL t0, (t2)
- 5: INCEIPL $4
-
- 0xFF15E08: 480B2049 bl 0xFFC7E50
- 6: MOVL $0xFF15E0C, t4
- 7: PUTL t4, LR
- 8: JMPo-c $0xFFC7E50 ($4)
-
-
-. 0 FF15E04 8
-. 94 21 FF E0 48 0B 20 49
-
-==== BB 1507 (0xFF15E0C) approx BBs exec'd 0 ====
-
- 0xFF15E0C: 93C10018 stw r30,24(r1)
- 0: GETL R30, t0
- 1: GETL R1, t2
- 2: ADDL $0x18, t2
- 3: STL t0, (t2)
- 4: INCEIPL $4
-
- 0xFF15E10: 7FC802A6 mflr r30
- 5: GETL LR, t4
- 6: PUTL t4, R30
- 7: INCEIPL $4
-
- 0xFF15E14: 93A10014 stw r29,20(r1)
- 8: GETL R29, t6
- 9: GETL R1, t8
- 10: ADDL $0x14, t8
- 11: STL t6, (t8)
- 12: INCEIPL $4
-
- 0xFF15E18: 93E1001C stw r31,28(r1)
- 13: GETL R31, t10
- 14: GETL R1, t12
- 15: ADDL $0x1C, t12
- 16: STL t10, (t12)
- 17: INCEIPL $4
-
- 0xFF15E1C: 7C7F1B78 or r31,r3,r3
- 18: GETL R3, t14
- 19: PUTL t14, R31
- 20: INCEIPL $4
-
- 0xFF15E20: 813E1C4C lwz r9,7244(r30)
- 21: GETL R30, t16
- 22: ADDL $0x1C4C, t16
- 23: LDL (t16), t18
- 24: PUTL t18, R9
- 25: INCEIPL $4
-
- 0xFF15E24: 7FA91214 add r29,r9,r2
- 26: GETL R9, t20
- 27: GETL R2, t22
- 28: ADDL t20, t22
- 29: PUTL t22, R29
- 30: INCEIPL $4
-
- 0xFF15E28: 380000EA li r0,234
- 31: MOVL $0xEA, t24
- 32: PUTL t24, R0
- 33: INCEIPL $4
-
- 0xFF15E2C: 7FE3FB78 or r3,r31,r31
- 34: GETL R31, t26
- 35: PUTL t26, R3
- 36: INCEIPL $4
-
- 0xFF15E30: 44000002 sc
- 37: JMPo-sys $0xFF15E34 ($4)
-
-
-. 0 FF15E0C 40
-. 93 C1 00 18 7F C8 02 A6 93 A1 00 14 93 E1 00 1C 7C 7F 1B 78 81 3E 1C 4C 7F A9 12 14 38 00 00 EA 7F E3 FB 78 44 00 00 02
-
diff --git a/VEX/orig_x86/exit42.orig b/VEX/orig_x86/exit42.orig
deleted file mode 100644
index a2a3285..0000000
--- a/VEX/orig_x86/exit42.orig
+++ /dev/null
@@ -1,12580 +0,0 @@
-==6382== Nulgrind, a binary JIT-compiler for x86-linux.
-==6382== Copyright (C) 2002-2004, and GNU GPL'd, by Nicholas Nethercote.
-==6382== Using valgrind-2.1.2.CVS, a program supervision framework for x86-linux.
-==6382== Copyright (C) 2000-2004, and GNU GPL'd, by Julian Seward.
-==6382== For more details, rerun with: -v
-==6382==
-==== BB 0 (0x3A965880) in 0B, out 0B, BBs exec'd 0 ====
- 0x3A965880: movl %esp,%eax
- 0x3A965882: call 0x3A965C80
-. 0 3A965880 7
-. 89 E0 E8 F9 03 00 00
-
-==== BB 1 _dl_start(0x3A965C80) in 7B, out 55B, BBs exec'd 0 ====
- 0x3A965C80: pushl %ebp
- 0x3A965C81: movl %esp,%ebp
- 0x3A965C83: pushl %edi
- 0x3A965C84: pushl %esi
- 0x3A965C85: pushl %ebx
- 0x3A965C86: subl $0x54, %esp
- 0x3A965C89: call 0x3A97592B
-. 1 3A965C80 14
-. 55 89 E5 57 56 53 83 EC 54 E8 9D FC 00 00
-
-==== BB 2 (0x3A97592B) in 21B, out 188B, BBs exec'd 0 ====
- 0x3A97592B: movl (%esp,,),%ebx
- 0x3A97592E: ret
-. 2 3A97592B 4
-. 8B 1C 24 C3
-
-==== BB 3 (0x3A965C8E) in 25B, out 228B, BBs exec'd 0 ====
- 0x3A965C8E: addl $0x129DE, %ebx
- 0x3A965C94: movl %eax,-48(%ebp)
- 0x3A965C97: movl 0x0(%ebx),%edx
- 0x3A965C9D: leal 0xFFFFFF50(%ebx), %eax
- 0x3A965CA3: subl %edx,%eax
- 0x3A965CA5: movl %eax,0xFFFFF9E4(%ebx)
- 0x3A965CAB: addl %edx,%eax
- 0x3A965CAD: movl %eax,0xFFFFF9EC(%ebx)
- 0x3A965CB3: leal 0xFFFFF994(%ebx), %eax
- 0x3A965CB9: movl %eax,-56(%ebp)
- 0x3A965CBC: addl $0x50, %eax
- 0x3A965CBF: movl -56(%ebp),%edi
- 0x3A965CC2: movl %eax,-52(%ebp)
- 0x3A965CC5: movl 8(%eax),%esi
- 0x3A965CC8: addl $0x68, %edi
- 0x3A965CCB: movl (%esi),%edx
- 0x3A965CCD: testl %edx,%edx
- 0x3A965CCF: jnz-8 0x3A965CE1
-. 3 3A965C8E 67
-. 81 C3 DE 29 01 00 89 45 D0 8B 93 00 00 00 00 8D 83 50 FF FF FF 29 D0 89 83 E4 F9 FF FF 01 D0 89 83 EC F9 FF FF 8D 83 94 F9 FF FF 89 45 C8 83 C0 50 8B 7D C8 89 45 CC 8B 70 08 83 C7 68 8B 16 85 D2 75 10
-
-==== BB 4 (0x3A965CE1) in 92B, out 457B, BBs exec'd 0 ====
- 0x3A965CE1: cmpl $0x21, %edx
- 0x3A965CE4: jle-8 0x3A965CD3
-. 4 3A965CE1 5
-. 83 FA 21 7E ED
-
-==== BB 5 (0x3A965CD3) in 97B, out 514B, BBs exec'd 0 ====
- 0x3A965CD3: movl %esi,(%edi,%edx,4)
- 0x3A965CD6: addl $0x8, %esi
- 0x3A965CD9: movl (%esi),%eax
- 0x3A965CDB: testl %eax,%eax
- 0x3A965CDD: movl %eax,%edx
- 0x3A965CDF: jz-8 0x3A965D10
-. 5 3A965CD3 14
-. 89 34 97 83 C6 08 8B 06 85 C0 89 C2 74 2F
-
-==== BB 6 (0x3A965CE6) in 111B, out 617B, BBs exec'd 0 ====
- 0x3A965CE6: movl $0x6FFFFFFF,%eax
- 0x3A965CEB: subl %edx,%eax
- 0x3A965CED: cmpl $0xF, %eax
- 0x3A965CF0: jnbe-32 0x3A965EE0
-. 6 3A965CE6 16
-. B8 FF FF FF 6F 29 D0 83 F8 0F 0F 87 EA 01 00 00
-
-==== BB 7 (0x3A965CF6) in 127B, out 690B, BBs exec'd 0 ====
- 0x3A965CF6: movl $0x70000021,%eax
- 0x3A965CFB: subl %edx,%eax
- 0x3A965CFD: movl %esi,(%edi,%eax,4)
- 0x3A965D00: addl $0x8, %esi
- 0x3A965D03: movl (%esi),%eax
- 0x3A965D05: testl %eax,%eax
- 0x3A965D07: movl %eax,%edx
- 0x3A965D09: jnz-8 0x3A965CE1
-. 7 3A965CF6 21
-. B8 21 00 00 70 29 D0 89 34 87 83 C6 08 8B 06 85 C0 89 C2 75 D6
-
-==== BB 8 (0x3A965D0B) in 148B, out 809B, BBs exec'd 0 ====
- 0x3A965D0B: nop
- 0x3A965D0C: leal 0(%esi,,), %esi
- 0x3A965D10: movl -52(%ebp),%ecx
- 0x3A965D13: movl (%ecx),%edx
- 0x3A965D15: testl %edx,%edx
- 0x3A965D17: jz-8 0x3A965D70
-. 8 3A965D0B 14
-. 90 8D 74 26 00 8B 4D CC 8B 11 85 D2 74 57
-
-==== BB 9 (0x3A965D19) in 162B, out 908B, BBs exec'd 0 ====
- 0x3A965D19: movl 16(%edi),%eax
- 0x3A965D1C: testl %eax,%eax
- 0x3A965D1E: jz-8 0x3A965D23
-. 9 3A965D19 7
-. 8B 47 10 85 C0 74 03
-
-==== BB 10 (0x3A965D20) in 169B, out 980B, BBs exec'd 0 ====
- 0x3A965D20: addl %edx,4(%eax)
- 0x3A965D23: movl 12(%edi),%eax
- 0x3A965D26: testl %eax,%eax
- 0x3A965D28: jz-8 0x3A965D2D
-. 10 3A965D20 10
-. 01 50 04 8B 47 0C 85 C0 74 03
-
-==== BB 11 (0x3A965D2A) in 179B, out 1071B, BBs exec'd 0 ====
- 0x3A965D2A: addl %edx,4(%eax)
- 0x3A965D2D: movl 20(%edi),%eax
- 0x3A965D30: testl %eax,%eax
- 0x3A965D32: jz-8 0x3A965D37
-. 11 3A965D2A 10
-. 01 50 04 8B 47 14 85 C0 74 03
-
-==== BB 12 (0x3A965D34) in 189B, out 1162B, BBs exec'd 0 ====
- 0x3A965D34: addl %edx,4(%eax)
- 0x3A965D37: movl 24(%edi),%eax
- 0x3A965D3A: testl %eax,%eax
- 0x3A965D3C: jz-8 0x3A965D41
-. 12 3A965D34 10
-. 01 50 04 8B 47 18 85 C0 74 03
-
-==== BB 13 (0x3A965D3E) in 199B, out 1253B, BBs exec'd 0 ====
- 0x3A965D3E: addl %edx,4(%eax)
- 0x3A965D41: movl 68(%edi),%eax
- 0x3A965D44: testl %eax,%eax
- 0x3A965D46: jz-8 0x3A965D4B
-. 13 3A965D3E 10
-. 01 50 04 8B 47 44 85 C0 74 03
-
-==== BB 14 (0x3A965D48) in 209B, out 1344B, BBs exec'd 0 ====
- 0x3A965D48: addl %edx,4(%eax)
- 0x3A965D4B: movl 92(%edi),%eax
- 0x3A965D4E: testl %eax,%eax
- 0x3A965D50: jz-8 0x3A965D55
-. 14 3A965D48 10
-. 01 50 04 8B 47 5C 85 C0 74 03
-
-==== BB 15 (0x3A965D52) in 219B, out 1435B, BBs exec'd 0 ====
- 0x3A965D52: addl %edx,4(%eax)
- 0x3A965D55: movl 0xC4(%edi),%eax
- 0x3A965D5B: testl %eax,%eax
- 0x3A965D5D: jz-8 0x3A965D70
-. 15 3A965D52 13
-. 01 50 04 8B 87 C4 00 00 00 85 C0 74 11
-
-==== BB 16 (0x3A965D5F) in 232B, out 1529B, BBs exec'd 0 ====
- 0x3A965D5F: addl %edx,4(%eax)
- 0x3A965D62: leal 0(%esi,,), %esi
- 0x3A965D69: leal 0(%edi,,), %edi
- 0x3A965D70: movl 0xFFFFF9E4(%ebx),%eax
- 0x3A965D76: testl %eax,%eax
- 0x3A965D78: jnz-8 0x3A965D88
-. 16 3A965D5F 27
-. 01 50 04 8D B4 26 00 00 00 00 8D BC 27 00 00 00 00 8B 83 E4 F9 FF FF 85 C0 75 0E
-
-==== BB 17 (0x3A965D88) in 259B, out 1649B, BBs exec'd 0 ====
- 0x3A965D88: movl $0x0, -36(%ebp)
- 0x3A965D8F: movl -56(%ebp),%ecx
- 0x3A965D92: movl 0xFFFFFA40(%ebx),%eax
- 0x3A965D98: movl $0x0, -28(%ebp)
- 0x3A965D9F: addl $0x50, %ecx
- 0x3A965DA2: testl %eax,%eax
- 0x3A965DA4: movl $0x0, -40(%ebp)
- 0x3A965DAB: movl $0x0, -44(%ebp)
- 0x3A965DB2: jz-8 0x3A965DC6
-. 17 3A965D88 44
-. C7 45 DC 00 00 00 00 8B 4D C8 8B 83 40 FA FF FF C7 45 E4 00 00 00 00 83 C1 50 85 C0 C7 45 D8 00 00 00 00 C7 45 D4 00 00 00 00 74 12
-
-==== BB 18 (0x3A965DB4) in 303B, out 1807B, BBs exec'd 0 ====
- 0x3A965DB4: movl 4(%eax),%eax
- 0x3A965DB7: movl %eax,-44(%ebp)
- 0x3A965DBA: movl 0xFFFFFA44(%ebx),%eax
- 0x3A965DC0: movl 4(%eax),%eax
- 0x3A965DC3: movl %eax,-40(%ebp)
- 0x3A965DC6: movl 0xFFFFFA4C(%ebx),%edi
- 0x3A965DCC: testl %edi,%edi
- 0x3A965DCE: jz-8 0x3A965DDC
-. 18 3A965DB4 28
-. 8B 40 04 89 45 D4 8B 83 44 FA FF FF 8B 40 04 89 45 D8 8B BB 4C FA FF FF 85 FF 74 0C
-
-==== BB 19 (0x3A965DD0) in 331B, out 1944B, BBs exec'd 0 ====
- 0x3A965DD0: movl 0xFFFFFA04(%ebx),%eax
- 0x3A965DD6: movl 4(%eax),%eax
- 0x3A965DD9: addl %eax,-40(%ebp)
- 0x3A965DDC: movl -44(%ebp),%edx
- 0x3A965DDF: movl -40(%ebp),%esi
- 0x3A965DE2: leal (%esi,%edx,1), %eax
- 0x3A965DE5: movl %eax,-60(%ebp)
- 0x3A965DE8: movl -56(%ebp),%eax
- 0x3A965DEB: movl 80(%eax),%edi
- 0x3A965DEE: movl 48(%ecx),%eax
- 0x3A965DF1: movl 4(%eax),%eax
- 0x3A965DF4: movl %eax,-64(%ebp)
- 0x3A965DF7: movl 0xB4(%ecx),%eax
- 0x3A965DFD: xorl %ecx, %ecx
- 0x3A965DFF: testl %eax,%eax
- 0x3A965E01: jz-8 0x3A965E06
-. 19 3A965DD0 51
-. 8B 83 04 FA FF FF 8B 40 04 01 45 D8 8B 55 D4 8B 75 D8 8D 04 16 89 45 C4 8B 45 C8 8B 78 50 8B 41 30 8B 40 04 89 45 C0 8B 81 B4 00 00 00 31 C9 85 C0 74 03
-
-==== BB 20 (0x3A965E03) in 382B, out 2177B, BBs exec'd 0 ====
- 0x3A965E03: movl 4(%eax),%ecx
- 0x3A965E06: movl %esi,%eax
- 0x3A965E08: shrl $0x3, %eax
- 0x3A965E0B: cmpl %ecx,%eax
- 0x3A965E0D: jbe-8 0x3A965E11
-. 20 3A965E03 12
-. 8B 48 04 89 F0 C1 E8 03 39 C8 76 02
-
-==== BB 21 (0x3A965E0F) in 394B, out 2263B, BBs exec'd 0 ====
- 0x3A965E0F: movl %ecx,%eax
- 0x3A965E11: leal (%edx,%eax,8), %ecx
- 0x3A965E14: cmpl %ecx,%edx
- 0x3A965E16: jnb-8 0x3A965E2F
-. 21 3A965E0F 9
-. 89 C8 8D 0C C2 39 CA 73 17
-
-==== BB 22 (0x3A965E18) in 403B, out 2340B, BBs exec'd 0 ====
- 0x3A965E18: nop
- 0x3A965E19: leal 0(%esi,,), %esi
- 0x3A965E20: movl (%edx),%esi
- 0x3A965E22: movl %edi,%eax
- 0x3A965E24: addl $0x8, %edx
- 0x3A965E27: addl %esi,%eax
- 0x3A965E29: addl %edi,(%eax)
- 0x3A965E2B: cmpl %ecx,%edx
- 0x3A965E2D: jb-8 0x3A965E20
-. 22 3A965E18 23
-. 90 8D B4 26 00 00 00 00 8B 32 89 F8 83 C2 08 01 F0 01 38 39 CA 72 F1
-
-==== BB 23 (0x3A965E20) in 426B, out 2460B, BBs exec'd 0 ====
- 0x3A965E20: movl (%edx),%esi
- 0x3A965E22: movl %edi,%eax
- 0x3A965E24: addl $0x8, %edx
- 0x3A965E27: addl %esi,%eax
- 0x3A965E29: addl %edi,(%eax)
- 0x3A965E2B: cmpl %ecx,%edx
- 0x3A965E2D: jb-8 0x3A965E20
-. 23 3A965E20 15
-. 8B 32 89 F8 83 C2 08 01 F0 01 38 39 CA 72 F1
-
-==== BB 24 (0x3A965E2F) in 441B, out 2566B, BBs exec'd 0 ====
- 0x3A965E2F: cmpl -60(%ebp),%ecx
- 0x3A965E32: jnb-8 0x3A965E81
-. 24 3A965E2F 5
-. 3B 4D C4 73 4D
-
-==== BB 25 (0x3A965E34) in 446B, out 2631B, BBs exec'd 0 ====
- 0x3A965E34: leal 0x0(%esi), %esi
- 0x3A965E3A: leal 0x0(%edi), %edi
- 0x3A965E40: movl 4(%ecx),%edx
- 0x3A965E43: movl -64(%ebp),%esi
- 0x3A965E46: movl %edx,%eax
- 0x3A965E48: shrl $0x8, %eax
- 0x3A965E4B: shll $0x4, %eax
- 0x3A965E4E: addl %esi,%eax
- 0x3A965E50: movl (%ecx),%esi
- 0x3A965E52: addl %edi,%esi
- 0x3A965E54: movl %esi,-68(%ebp)
- 0x3A965E57: movzbl %dl,%esi
- 0x3A965E5A: xorl %edx, %edx
- 0x3A965E5C: cmpw $0x0, 14(%eax)
- 0x3A965E61: jz-8 0x3A965E69
-. 25 3A965E34 47
-. 8D B6 00 00 00 00 8D BF 00 00 00 00 8B 51 04 8B 75 C0 89 D0 C1 E8 08 C1 E0 04 01 F0 8B 31 01 FE 89 75 BC 0F B6 F2 31 D2 66 83 78 0E 00 74 06
-
-==== BB 26 (0x3A965E63) in 493B, out 2819B, BBs exec'd 0 ====
- 0x3A965E63: movl 0xFFFFF9E4(%ebx),%edx
- 0x3A965E69: addl 4(%eax),%edx
- 0x3A965E6C: leal -6(%esi), %eax
- 0x3A965E6F: cmpl $0x1, %eax
- 0x3A965E72: jnbe-8 0x3A965E79
-. 26 3A965E63 17
-. 8B 93 E4 F9 FF FF 03 50 04 8D 46 FA 83 F8 01 77 05
-
-==== BB 27 (0x3A965E74) in 510B, out 2920B, BBs exec'd 0 ====
- 0x3A965E74: movl -68(%ebp),%eax
- 0x3A965E77: movl %edx,(%eax)
- 0x3A965E79: addl $0x8, %ecx
- 0x3A965E7C: cmpl -60(%ebp),%ecx
- 0x3A965E7F: jb-8 0x3A965E40
-. 27 3A965E74 13
-. 8B 45 BC 89 10 83 C1 08 3B 4D C4 72 BF
-
-==== BB 28 (0x3A965E40) in 523B, out 3018B, BBs exec'd 0 ====
- 0x3A965E40: movl 4(%ecx),%edx
- 0x3A965E43: movl -64(%ebp),%esi
- 0x3A965E46: movl %edx,%eax
- 0x3A965E48: shrl $0x8, %eax
- 0x3A965E4B: shll $0x4, %eax
- 0x3A965E4E: addl %esi,%eax
- 0x3A965E50: movl (%ecx),%esi
- 0x3A965E52: addl %edi,%esi
- 0x3A965E54: movl %esi,-68(%ebp)
- 0x3A965E57: movzbl %dl,%esi
- 0x3A965E5A: xorl %edx, %edx
- 0x3A965E5C: cmpw $0x0, 14(%eax)
- 0x3A965E61: jz-8 0x3A965E69
-. 28 3A965E40 35
-. 8B 51 04 8B 75 C0 89 D0 C1 E8 08 C1 E0 04 01 F0 8B 31 01 FE 89 75 BC 0F B6 F2 31 D2 66 83 78 0E 00 74 06
-
-==== BB 29 (0x3A965E81) in 558B, out 3184B, BBs exec'd 0 ====
- 0x3A965E81: movl -56(%ebp),%eax
- 0x3A965E84: movl $0x1,%esi
- 0x3A965E89: addl $0x50, %eax
- 0x3A965E8C: call 0x3A96BD80
-. 29 3A965E81 16
-. 8B 45 C8 BE 01 00 00 00 83 C0 50 E8 EF 5E 00 00
-
-==== BB 30 _dl_setup_hash(0x3A96BD80) in 574B, out 3268B, BBs exec'd 0 ====
- 0x3A96BD80: pushl %ebp
- 0x3A96BD81: movl %eax,%ecx
- 0x3A96BD83: movl 40(%eax),%eax
- 0x3A96BD86: movl %esp,%ebp
- 0x3A96BD88: testl %eax,%eax
- 0x3A96BD8A: jz-8 0x3A96BDA9
-. 30 3A96BD80 12
-. 55 89 C1 8B 40 28 89 E5 85 C0 74 1D
-
-==== BB 31 (0x3A96BD8C) in 586B, out 3376B, BBs exec'd 0 ====
- 0x3A96BD8C: movl 4(%eax),%eax
- 0x3A96BD8F: movl (%eax),%edx
- 0x3A96BD91: addl $0x8, %eax
- 0x3A96BD94: movl %eax,0x168(%ecx)
- 0x3A96BD9A: leal (%eax,%edx,4), %eax
- 0x3A96BD9D: movl %edx,0x164(%ecx)
- 0x3A96BDA3: movl %eax,0x16C(%ecx)
- 0x3A96BDA9: popl %ebp
- 0x3A96BDAA: ret
-. 31 3A96BD8C 31
-. 8B 40 04 8B 10 83 C0 08 89 81 68 01 00 00 8D 04 90 89 91 64 01 00 00 89 81 6C 01 00 00 5D C3
-
-==== BB 32 (0x3A965E91) in 617B, out 3509B, BBs exec'd 0 ====
- 0x3A965E91: movl %esi,0xFFFFFB54(%ebx)
- 0x3A965E97: leal 0xFFFEC994(%ebx), %eax
- 0x3A965E9D: movl %eax,0xFFFFFB78(%ebx)
- 0x3A965EA3: leal 0x228(%ebx), %eax
- 0x3A965EA9: movl %eax,0xFFFFFB7C(%ebx)
- 0x3A965EAF: leal 0xFFFEDD24(%ebx), %eax
- 0x3A965EB5: movl %eax,4(%esp,,)
- 0x3A965EB9: movl -48(%ebp),%edx
- 0x3A965EBC: movl %ebp,0x128(%ebx)
- 0x3A965EC2: movl %edx,(%esp,,)
- 0x3A965EC5: call 0x3A972DC0
-. 32 3A965E91 57
-. 89 B3 54 FB FF FF 8D 83 94 C9 FE FF 89 83 78 FB FF FF 8D 83 28 02 00 00 89 83 7C FB FF FF 8D 83 24 DD FE FF 89 44 24 04 8B 55 D0 89 AB 28 01 00 00 89 14 24 E8 F6 CE 00 00
-
-==== BB 33 _dl_sysdep_start(0x3A972DC0) in 674B, out 3678B, BBs exec'd 0 ====
- 0x3A972DC0: pushl %ebp
- 0x3A972DC1: xorl %edx, %edx
- 0x3A972DC3: movl %esp,%ebp
- 0x3A972DC5: pushl %edi
- 0x3A972DC6: xorl %edi, %edi
- 0x3A972DC8: xorl %ecx, %ecx
- 0x3A972DCA: pushl %esi
- 0x3A972DCB: xorl %esi, %esi
- 0x3A972DCD: pushl %ebx
- 0x3A972DCE: subl $0x204, %esp
- 0x3A972DD4: movl 8(%ebp),%eax
- 0x3A972DD7: movl %edx,0xFFFFFE1C(%ebp)
- 0x3A972DDD: xorl %edx, %edx
- 0x3A972DDF: movl %edx,0xFFFFFE0C(%ebp)
- 0x3A972DE5: movl (%eax),%edx
- 0x3A972DE7: call 0x3A97592B
-. 33 3A972DC0 44
-. 55 31 D2 89 E5 57 31 FF 31 C9 56 31 F6 53 81 EC 04 02 00 00 8B 45 08 89 95 1C FE FF FF 31 D2 89 95 0C FE FF FF 8B 10 E8 3F 2B 00 00
-
-==== BB 34 (0x3A972DEC) in 718B, out 3927B, BBs exec'd 0 ====
- 0x3A972DEC: addl $0x5880, %ebx
- 0x3A972DF2: movl %eax,0x128(%ebx)
- 0x3A972DF8: addl $0x4, %eax
- 0x3A972DFB: movl %edx,0x20C(%ebx)
- 0x3A972E01: leal (%eax,%edx,4), %edx
- 0x3A972E04: movl %esi,0xFFFFFE14(%ebp)
- 0x3A972E0A: movl 4(%edx),%esi
- 0x3A972E0D: movl %edi,0xFFFFFE18(%ebp)
- 0x3A972E13: xorl %edi, %edi
- 0x3A972E15: testl %esi,%esi
- 0x3A972E17: movl %eax,0x38(%ebx)
- 0x3A972E1D: leal 4(%edx), %eax
- 0x3A972E20: movl %ecx,0xFFFFFE10(%ebp)
- 0x3A972E26: movl %eax,%ecx
- 0x3A972E28: movl %edi,0xFFFFFE08(%ebp)
- 0x3A972E2E: movl %eax,0x200(%ebx)
- 0x3A972E34: jz-8 0x3A972E3F
-. 34 3A972DEC 74
-. 81 C3 80 58 00 00 89 83 28 01 00 00 83 C0 04 89 93 0C 02 00 00 8D 14 90 89 B5 14 FE FF FF 8B 72 04 89 BD 18 FE FF FF 31 FF 85 F6 89 83 38 00 00 00 8D 42 04 89 8D 10 FE FF FF 89 C1 89 BD 08 FE FF FF 89 83 00 02 00 00 74 09
-
-==== BB 35 (0x3A972E36) in 792B, out 4192B, BBs exec'd 0 ====
- 0x3A972E36: addl $0x4, %ecx
- 0x3A972E39: movl (%ecx),%edx
- 0x3A972E3B: testl %edx,%edx
- 0x3A972E3D: jnz-8 0x3A972E36
-. 35 3A972E36 9
-. 83 C1 04 8B 11 85 D2 75 F7
-
-==== BB 36 (0x3A972E3F) in 801B, out 4271B, BBs exec'd 0 ====
- 0x3A972E3F: addl $0x4, %ecx
- 0x3A972E42: leal 0xFFFED214(%ebx), %eax
- 0x3A972E48: movl %ecx,%edx
- 0x3A972E4A: movl %ecx,0x134(%ebx)
- 0x3A972E50: movl (%ecx),%ecx
- 0x3A972E52: movl %eax,0xFFFFFE20(%ebp)
- 0x3A972E58: xorl %eax, %eax
- 0x3A972E5A: testl %ecx,%ecx
- 0x3A972E5C: movl %eax,0xFFFFFC20(%ebx)
- 0x3A972E62: jz-8 0x3A972EB6
-. 36 3A972E3F 37
-. 83 C1 04 8D 83 14 D2 FE FF 89 CA 89 8B 34 01 00 00 8B 09 89 85 20 FE FF FF 31 C0 85 C9 89 83 20 FC FF FF 74 52
-
-==== BB 37 (0x3A972E64) in 838B, out 4429B, BBs exec'd 0 ====
- 0x3A972E64: leal 0x0(%esi), %esi
- 0x3A972E6A: leal 0x0(%edi), %edi
- 0x3A972E70: leal -3(%ecx), %eax
- 0x3A972E73: cmpl $0x1E, %eax
- 0x3A972E76: jnbe-8 0x3A972EA0
-. 37 3A972E64 20
-. 8D B6 00 00 00 00 8D BF 00 00 00 00 8D 41 FD 83 F8 1E 77 28
-
-==== BB 38 (0x3A972EA0) in 858B, out 4522B, BBs exec'd 0 ====
- 0x3A972EA0: addl $0x8, %edx
- 0x3A972EA3: movl $0x1,%eax
- 0x3A972EA8: shll %cl, %eax
- 0x3A972EAA: orl %eax,0xFFFFFE0C(%ebp)
- 0x3A972EB0: movl (%edx),%ecx
- 0x3A972EB2: testl %ecx,%ecx
- 0x3A972EB4: jnz-8 0x3A972E70
-. 38 3A972EA0 22
-. 83 C2 08 B8 01 00 00 00 D3 E0 09 85 0C FE FF FF 8B 0A 85 C9 75 BA
-
-==== BB 39 (0x3A972E70) in 880B, out 4648B, BBs exec'd 0 ====
- 0x3A972E70: leal -3(%ecx), %eax
- 0x3A972E73: cmpl $0x1E, %eax
- 0x3A972E76: jnbe-8 0x3A972EA0
-. 39 3A972E70 8
-. 8D 41 FD 83 F8 1E 77 28
-
-==== BB 40 (0x3A972E78) in 888B, out 4715B, BBs exec'd 0 ====
- 0x3A972E78: movl -9388(%ebx,%eax,4),%eax
- 0x3A972E7F: addl %ebx,%eax
- 0x3A972E81: jmp*l %eax
-. 40 3A972E78 11
-. 8B 84 83 54 DB FF FF 01 D8 FF E0
-
-==== BB 41 (0x3A9731AC) in 899B, out 4766B, BBs exec'd 0 ====
- 0x3A9731AC: movl 4(%edx),%eax
- 0x3A9731AF: movl %eax,0xFFFFFC54(%ebx)
- 0x3A9731B5: jmp 0x3A972EA0
-. 41 3A9731AC 14
-. 8B 42 04 89 83 54 FC FF FF E9 E6 FC FF FF
-
-==== BB 42 (0x3A9731F2) in 913B, out 4826B, BBs exec'd 0 ====
- 0x3A9731F2: movl 4(%edx),%eax
- 0x3A9731F5: movl %eax,0xFFFFFC18(%ebx)
- 0x3A9731FB: jmp 0x3A972E97
-. 42 3A9731F2 14
-. 8B 42 04 89 83 18 FC FF FF E9 97 FC FF FF
-
-==== BB 43 (0x3A972E97) in 927B, out 4886B, BBs exec'd 0 ====
- 0x3A972E97: movl (%edx),%ecx
- 0x3A972E99: leal 0(%esi,,), %esi
- 0x3A972EA0: addl $0x8, %edx
- 0x3A972EA3: movl $0x1,%eax
- 0x3A972EA8: shll %cl, %eax
- 0x3A972EAA: orl %eax,0xFFFFFE0C(%ebp)
- 0x3A972EB0: movl (%edx),%ecx
- 0x3A972EB2: testl %ecx,%ecx
- 0x3A972EB4: jnz-8 0x3A972E70
-. 43 3A972E97 31
-. 8B 0A 8D B4 26 00 00 00 00 83 C2 08 B8 01 00 00 00 D3 E0 09 85 0C FE FF FF 8B 0A 85 C9 75 BA
-
-==== BB 44 (0x3A97319E) in 958B, out 5039B, BBs exec'd 0 ====
- 0x3A97319E: movl 4(%edx),%eax
- 0x3A9731A1: movl %eax,0xFFFFFC30(%ebx)
- 0x3A9731A7: jmp 0x3A972E97
-. 44 3A97319E 14
-. 8B 42 04 89 83 30 FC FF FF E9 EB FC FF FF
-
-==== BB 45 (0x3A97320E) in 972B, out 5099B, BBs exec'd 0 ====
- 0x3A97320E: movl 4(%edx),%eax
- 0x3A973211: movl %eax,0xFFFFFE1C(%ebp)
- 0x3A973217: jmp 0x3A972EA0
-. 45 3A97320E 14
-. 8B 42 04 89 85 1C FE FF FF E9 84 FC FF FF
-
-==== BB 46 (0x3A973200) in 986B, out 5159B, BBs exec'd 0 ====
- 0x3A973200: movl 4(%edx),%eax
- 0x3A973203: movl %eax,0xFFFFFE18(%ebp)
- 0x3A973209: jmp 0x3A972EA0
-. 46 3A973200 14
-. 8B 42 04 89 85 18 FE FF FF E9 92 FC FF FF
-
-==== BB 47 (0x3A9731E4) in 1000B, out 5219B, BBs exec'd 0 ====
- 0x3A9731E4: movl 4(%edx),%eax
- 0x3A9731E7: movl %eax,0xFFFFFE20(%ebp)
- 0x3A9731ED: jmp 0x3A972E97
-. 47 3A9731E4 14
-. 8B 42 04 89 85 20 FE FF FF E9 A5 FC FF FF
-
-==== BB 48 (0x3A9731D6) in 1014B, out 5279B, BBs exec'd 0 ====
- 0x3A9731D6: movl 4(%edx),%eax
- 0x3A9731D9: xorl %eax,0xFFFFFE14(%ebp)
- 0x3A9731DF: jmp 0x3A972EA0
-. 48 3A9731D6 14
-. 8B 42 04 31 85 14 FE FF FF E9 BC FC FF FF
-
-==== BB 49 (0x3A9731C8) in 1028B, out 5348B, BBs exec'd 0 ====
- 0x3A9731C8: movl 4(%edx),%eax
- 0x3A9731CB: xorl %eax,0xFFFFFE10(%ebp)
- 0x3A9731D1: jmp 0x3A972EA0
-. 49 3A9731C8 14
-. 8B 42 04 31 85 10 FE FF FF E9 CA FC FF FF
-
-==== BB 50 (0x3A972E83) in 1042B, out 5417B, BBs exec'd 0 ====
- 0x3A972E83: movl $0xFFFFFFFF,%eax
- 0x3A972E88: movl %eax,0xFFFFFE0C(%ebp)
- 0x3A972E8E: movl 4(%edx),%eax
- 0x3A972E91: movl %eax,0x130(%ebx)
- 0x3A972E97: movl (%edx),%ecx
- 0x3A972E99: leal 0(%esi,,), %esi
- 0x3A972EA0: addl $0x8, %edx
- 0x3A972EA3: movl $0x1,%eax
- 0x3A972EA8: shll %cl, %eax
- 0x3A972EAA: orl %eax,0xFFFFFE0C(%ebp)
- 0x3A972EB0: movl (%edx),%ecx
- 0x3A972EB2: testl %ecx,%ecx
- 0x3A972EB4: jnz-8 0x3A972E70
-. 50 3A972E83 51
-. B8 FF FF FF FF 89 85 0C FE FF FF 8B 42 04 89 83 30 01 00 00 8B 0A 8D B4 26 00 00 00 00 83 C2 08 B8 01 00 00 00 D3 E0 09 85 0C FE FF FF 8B 0A 85 C9 75 BA
-
-==== BB 51 (0x3A9731BA) in 1093B, out 5614B, BBs exec'd 0 ====
- 0x3A9731BA: movl 4(%edx),%eax
- 0x3A9731BD: movl %eax,0xFFFFFC20(%ebx)
- 0x3A9731C3: jmp 0x3A972EA0
-. 51 3A9731BA 14
-. 8B 42 04 89 83 20 FC FF FF E9 D8 FC FF FF
-
-==== BB 52 (0x3A972EB6) in 1107B, out 5674B, BBs exec'd 0 ====
- 0x3A972EB6: leal -76(%ebp), %edx
- 0x3A972EB9: leal 0xFFFFFE24(%ebp), %eax
- 0x3A972EBF: movl %edx,0xFFFFFE04(%ebp)
- 0x3A972EC5: movl %eax,(%esp,,)
- 0x3A972EC8: call 0x3A974D50
-. 52 3A972EB6 23
-. 8D 55 B4 8D 85 24 FE FF FF 89 95 04 FE FF FF 89 04 24 E8 83 1E 00 00
-
-==== BB 53 uname(0x3A974D50) in 1130B, out 5765B, BBs exec'd 0 ====
- 0x3A974D50: movl %ebx,%edx
- 0x3A974D52: movl 4(%esp,,),%ebx
- 0x3A974D56: movl $0x7A,%eax
- 0x3A974D5B: int $0x80
-. 53 3A974D50 13
-. 89 DA 8B 5C 24 04 B8 7A 00 00 00 CD 80
-
-==== BB 54 (0x3A974D5D) in 1143B, out 5829B, BBs exec'd 0 ====
- 0x3A974D5D: movl %edx,%ebx
- 0x3A974D5F: cmpl $0xFFFFF001, %eax
- 0x3A974D64: jnb-8 0x3A974D67
-. 54 3A974D5D 9
-. 89 D3 3D 01 F0 FF FF 73 01
-
-==== BB 55 (0x3A974D66) in 1152B, out 5899B, BBs exec'd 0 ====
- 0x3A974D66: ret
-. 55 3A974D66 1
-. C3
-
-==== BB 56 (0x3A972ECD) in 1153B, out 5929B, BBs exec'd 0 ====
- 0x3A972ECD: testl %eax,%eax
- 0x3A972ECF: jnz-32 0x3A9730B1
-. 56 3A972ECD 8
-. 85 C0 0F 85 DC 01 00 00
-
-==== BB 57 (0x3A972ED5) in 1161B, out 5988B, BBs exec'd 0 ====
- 0x3A972ED5: leal 0xFFFFFEA6(%ebp), %eax
- 0x3A972EDB: movl %eax,0xFFFFFE04(%ebp)
- 0x3A972EE1: movl 0xFFFFFE04(%ebp),%esi
- 0x3A972EE7: xorl %eax, %eax
- 0x3A972EE9: xorl %edi, %edi
- 0x3A972EEB: movl %eax,0xFFFFFE00(%ebp)
- 0x3A972EF1: movzbl (%esi),%edx
- 0x3A972EF4: movb %dl,%al
- 0x3A972EF6: subb $0x30, %al
- 0x3A972EF8: cmpb $0x9, %al
- 0x3A972EFA: jnbe-8 0x3A972F65
-. 57 3A972ED5 39
-. 8D 85 A6 FE FF FF 89 85 04 FE FF FF 8B B5 04 FE FF FF 31 C0 31 FF 89 85 00 FE FF FF 0F B6 16 88 D0 2C 30 3C 09 77 69
-
-==== BB 58 (0x3A972EFC) in 1200B, out 6164B, BBs exec'd 0 ====
- 0x3A972EFC: leal 0(%esi,,), %esi
- 0x3A972F00: incl %esi
- 0x3A972F01: movsbl %dl,%eax
- 0x3A972F04: leal -48(%eax), %edx
- 0x3A972F07: movzbl (%esi),%ecx
- 0x3A972F0A: movb %cl,%al
- 0x3A972F0C: subb $0x30, %al
- 0x3A972F0E: movb %cl,0xFFFFFDFF(%ebp)
- 0x3A972F14: cmpb $0x9, %al
- 0x3A972F16: jnbe-8 0x3A972F40
-. 58 3A972EFC 28
-. 8D 74 26 00 46 0F BE C2 8D 50 D0 0F B6 0E 88 C8 2C 30 88 8D FF FD FF FF 3C 09 77 28
-
-==== BB 59 (0x3A972F40) in 1228B, out 6330B, BBs exec'd 0 ====
- 0x3A972F40: incl 0xFFFFFE00(%ebp)
- 0x3A972F46: shll $0x8, %edi
- 0x3A972F49: orl %edx,%edi
- 0x3A972F4B: incl %esi
- 0x3A972F4C: cmpb $0x2E, %cl
- 0x3A972F4F: jnz-8 0x3A972F5C
-. 59 3A972F40 17
-. FF 85 00 FE FF FF C1 E7 08 09 D7 46 80 F9 2E 75 0B
-
-==== BB 60 (0x3A972F51) in 1245B, out 6441B, BBs exec'd 0 ====
- 0x3A972F51: movzbl (%esi),%edx
- 0x3A972F54: movb %dl,%al
- 0x3A972F56: subb $0x30, %al
- 0x3A972F58: cmpb $0x9, %al
- 0x3A972F5A: jbe-8 0x3A972F00
-. 60 3A972F51 11
-. 0F B6 16 88 D0 2C 30 3C 09 76 A4
-
-==== BB 61 (0x3A972F00) in 1256B, out 6537B, BBs exec'd 0 ====
- 0x3A972F00: incl %esi
- 0x3A972F01: movsbl %dl,%eax
- 0x3A972F04: leal -48(%eax), %edx
- 0x3A972F07: movzbl (%esi),%ecx
- 0x3A972F0A: movb %cl,%al
- 0x3A972F0C: subb $0x30, %al
- 0x3A972F0E: movb %cl,0xFFFFFDFF(%ebp)
- 0x3A972F14: cmpb $0x9, %al
- 0x3A972F16: jnbe-8 0x3A972F40
-. 61 3A972F00 24
-. 46 0F BE C2 8D 50 D0 0F B6 0E 88 C8 2C 30 88 8D FF FD FF FF 3C 09 77 28
-
-==== BB 62 (0x3A972F5C) in 1280B, out 6691B, BBs exec'd 0 ====
- 0x3A972F5C: cmpl $0x2, 0xFFFFFE00(%ebp)
- 0x3A972F63: jnle-8 0x3A972F77
-. 62 3A972F5C 9
-. 83 BD 00 FE FF FF 02 7F 12
-
-==== BB 63 (0x3A972F77) in 1289B, out 6757B, BBs exec'd 0 ====
- 0x3A972F77: cmpl $0x20204, %edi
- 0x3A972F7D: jbe-32 0x3A973240
-. 63 3A972F77 12
-. 81 FF 04 02 02 00 0F 86 BD 02 00 00
-
-==== BB 64 (0x3A972F83) in 1301B, out 6817B, BBs exec'd 0 ====
- 0x3A972F83: cmpl $0xFFFFFFFF, 0xFFFFFE0C(%ebp)
- 0x3A972F8A: movl %edi,0xFFFFFC1C(%ebx)
- 0x3A972F90: jz-8 0x3A972FEA
-. 64 3A972F83 15
-. 83 BD 0C FE FF FF FF 89 BB 1C FC FF FF 74 58
-
-==== BB 65 (0x3A972FEA) in 1316B, out 6902B, BBs exec'd 0 ====
- 0x3A972FEA: movl 0xFFFFFC18(%ebx),%edi
- 0x3A972FF0: testl %edi,%edi
- 0x3A972FF2: jnz-8 0x3A972FFF
-. 65 3A972FEA 10
-. 8B BB 18 FC FF FF 85 FF 75 0B
-
-==== BB 66 (0x3A972FFF) in 1326B, out 6977B, BBs exec'd 0 ====
- 0x3A972FFF: movl 0xFFFFFD94(%ebx),%esi
- 0x3A973005: testl %esi,%esi
- 0x3A973007: jz-8 0x3A97301F
-. 66 3A972FFF 10
-. 8B B3 94 FD FF FF 85 F6 74 16
-
-==== BB 67 (0x3A97301F) in 1336B, out 7055B, BBs exec'd 0 ====
- 0x3A97301F: movl $0x0, (%esp,,)
- 0x3A973026: call 0x3A9738A0
-. 67 3A97301F 12
-. C7 04 24 00 00 00 00 E8 75 08 00 00
-
-==== BB 68 brk(0x3A9738A0) in 1348B, out 7112B, BBs exec'd 0 ====
- 0x3A9738A0: pushl %ebp
- 0x3A9738A1: movl %esp,%ebp
- 0x3A9738A3: pushl %ebx
- 0x3A9738A4: movl 8(%ebp),%ecx
- 0x3A9738A7: call 0x3A97592B
-. 68 3A9738A0 12
-. 55 89 E5 53 8B 4D 08 E8 7F 20 00 00
-
-==== BB 69 (0x3A9738AC) in 1360B, out 7212B, BBs exec'd 0 ====
- 0x3A9738AC: addl $0x4DC0, %ebx
- 0x3A9738B2: xchgl %ecx, %ebx
- 0x3A9738B4: movl $0x2D,%eax
- 0x3A9738B9: int $0x80
-. 69 3A9738AC 15
-. 81 C3 C0 4D 00 00 87 CB B8 2D 00 00 00 CD 80
-
-==== BB 70 (0x3A9738BB) in 1375B, out 7280B, BBs exec'd 0 ====
- 0x3A9738BB: xchgl %ecx, %ebx
- 0x3A9738BD: movl %eax,0x144(%ebx)
- 0x3A9738C3: xorl %edx, %edx
- 0x3A9738C5: cmpl %ecx,%eax
- 0x3A9738C7: jb-8 0x3A9738CE
-. 70 3A9738BB 14
-. 87 CB 89 83 44 01 00 00 31 D2 39 C8 72 05
-
-==== BB 71 (0x3A9738C9) in 1389B, out 7379B, BBs exec'd 0 ====
- 0x3A9738C9: popl %ebx
- 0x3A9738CA: movl %edx,%eax
- 0x3A9738CC: popl %ebp
- 0x3A9738CD: ret
-. 71 3A9738C9 5
-. 5B 89 D0 5D C3
-
-==== BB 72 (0x3A97302B) in 1394B, out 7451B, BBs exec'd 0 ====
- 0x3A97302B: movl 0xFFFFFC20(%ebx),%eax
- 0x3A973031: testl %eax,%eax
- 0x3A973033: jz-8 0x3A973056
-. 72 3A97302B 10
-. 8B 83 20 FC FF FF 85 C0 74 21
-
-==== BB 73 (0x3A973035) in 1404B, out 7526B, BBs exec'd 0 ====
- 0x3A973035: cmpb $0x0, (%eax)
- 0x3A973038: jnz-8 0x3A973044
-. 73 3A973035 5
-. 80 38 00 75 0A
-
-==== BB 74 (0x3A973044) in 1409B, out 7586B, BBs exec'd 0 ====
- 0x3A973044: testl %eax,%eax
- 0x3A973046: jz-8 0x3A973056
-. 74 3A973044 4
-. 85 C0 74 0E
-
-==== BB 75 (0x3A973048) in 1413B, out 7645B, BBs exec'd 0 ====
- 0x3A973048: movl %eax,(%esp,,)
- 0x3A97304B: call 0x3A9752D0
-. 75 3A973048 8
-. 89 04 24 E8 80 22 00 00
-
-==== BB 76 strlen(0x3A9752D0) in 1421B, out 7700B, BBs exec'd 0 ====
- 0x3A9752D0: movl 4(%esp,,),%eax
- 0x3A9752D4: movl $0x3,%edx
- 0x3A9752D9: andl %eax,%edx
- 0x3A9752DB: jz-8 0x3A975301
-. 76 3A9752D0 13
-. 8B 44 24 04 BA 03 00 00 00 21 C2 74 24
-
-==== BB 77 (0x3A9752DD) in 1434B, out 7781B, BBs exec'd 0 ====
- 0x3A9752DD: jp-8 0x3A9752F6
-. 77 3A9752DD 2
-. 7A 17
-
-==== BB 78 (0x3A9752F6) in 1436B, out 7828B, BBs exec'd 0 ====
- 0x3A9752F6: cmpb %dh{si},(%eax)
- 0x3A9752F8: jz-32 0x3A975386
-. 78 3A9752F6 8
-. 38 30 0F 84 88 00 00 00
-
-==== BB 79 (0x3A9752FE) in 1444B, out 7888B, BBs exec'd 0 ====
- 0x3A9752FE: incl %eax
- 0x3A9752FF: xorl %edx, %edx
- 0x3A975301: movl (%eax),%ecx
- 0x3A975303: addl $0x4, %eax
- 0x3A975306: subl %ecx,%edx
- 0x3A975308: addl $0xFEFEFEFF, %ecx
- 0x3A97530E: decl %edx
- 0x3A97530F: jnb-8 0x3A975369
-. 79 3A9752FE 19
-. 40 31 D2 8B 08 83 C0 04 29 CA 81 C1 FF FE FE FE 4A 73 58
-
-==== BB 80 (0x3A975369) in 1463B, out 8001B, BBs exec'd 0 ====
- 0x3A975369: subl $0x4, %eax
- 0x3A97536C: subl $0xFEFEFEFF, %ecx
- 0x3A975372: cmpb $0x0, %cl
- 0x3A975375: jz-8 0x3A975386
-. 80 3A975369 14
-. 83 E8 04 81 E9 FF FE FE FE 80 F9 00 74 0F
-
-==== BB 81 (0x3A975377) in 1477B, out 8088B, BBs exec'd 0 ====
- 0x3A975377: incl %eax
- 0x3A975378: testb %ch{bp},%ch{bp}
- 0x3A97537A: jz-8 0x3A975386
-. 81 3A975377 5
-. 40 84 ED 74 0A
-
-==== BB 82 (0x3A97537C) in 1482B, out 8160B, BBs exec'd 0 ====
- 0x3A97537C: shrl $0x10, %ecx
- 0x3A97537F: incl %eax
- 0x3A975380: cmpb $0x0, %cl
- 0x3A975383: jz-8 0x3A975386
-. 82 3A97537C 9
-. C1 E9 10 40 80 F9 00 74 01
-
-==== BB 83 (0x3A975385) in 1491B, out 8242B, BBs exec'd 0 ====
- 0x3A975385: incl %eax
- 0x3A975386: subl 4(%esp,,),%eax
- 0x3A97538A: ret
-. 83 3A975385 6
-. 40 2B 44 24 04 C3
-
-==== BB 84 (0x3A973050) in 1497B, out 8299B, BBs exec'd 0 ====
- 0x3A973050: movl %eax,0xFFFFFC24(%ebx)
- 0x3A973056: movl $0x0, (%esp,,)
- 0x3A97305D: call 0x3A9738E0
-. 84 3A973050 18
-. 89 83 24 FC FF FF C7 04 24 00 00 00 00 E8 7E 08 00 00
-
-==== BB 85 sbrk(0x3A9738E0) in 1515B, out 8375B, BBs exec'd 0 ====
- 0x3A9738E0: pushl %ebp
- 0x3A9738E1: movl %esp,%ebp
- 0x3A9738E3: subl $0x10, %esp
- 0x3A9738E6: movl %ebx,-12(%ebp)
- 0x3A9738E9: movl %edi,-4(%ebp)
- 0x3A9738EC: movl 8(%ebp),%edi
- 0x3A9738EF: call 0x3A97592B
-. 85 3A9738E0 20
-. 55 89 E5 83 EC 10 89 5D F4 89 7D FC 8B 7D 08 E8 37 20 00 00
-
-==== BB 86 (0x3A9738F4) in 1535B, out 8499B, BBs exec'd 0 ====
- 0x3A9738F4: addl $0x4D78, %ebx
- 0x3A9738FA: movl %esi,-8(%ebp)
- 0x3A9738FD: movl 0x144(%ebx),%esi
- 0x3A973903: testl %esi,%esi
- 0x3A973905: jz-8 0x3A973911
-. 86 3A9738F4 19
-. 81 C3 78 4D 00 00 89 75 F8 8B B3 44 01 00 00 85 F6 74 0A
-
-==== BB 87 (0x3A973907) in 1554B, out 8606B, BBs exec'd 0 ====
- 0x3A973907: movl 0x12C(%ebx),%eax
- 0x3A97390D: testl %eax,%eax
- 0x3A97390F: jz-8 0x3A97392C
-. 87 3A973907 10
-. 8B 83 2C 01 00 00 85 C0 74 1B
-
-==== BB 88 (0x3A97392C) in 1564B, out 8681B, BBs exec'd 0 ====
- 0x3A97392C: testl %edi,%edi
- 0x3A97392E: movl %esi,%edx
- 0x3A973930: jnz-8 0x3A973941
-. 88 3A97392C 6
-. 85 FF 89 F2 75 0F
-
-==== BB 89 (0x3A973932) in 1570B, out 8750B, BBs exec'd 0 ====
- 0x3A973932: movl -12(%ebp),%ebx
- 0x3A973935: movl %edx,%eax
- 0x3A973937: movl -8(%ebp),%esi
- 0x3A97393A: movl -4(%ebp),%edi
- 0x3A97393D: movl %ebp,%esp
- 0x3A97393F: popl %ebp
- 0x3A973940: ret
-. 89 3A973932 15
-. 8B 5D F4 89 D0 8B 75 F8 8B 7D FC 89 EC 5D C3
-
-==== BB 90 (0x3A973062) in 1585B, out 8852B, BBs exec'd 0 ====
- 0x3A973062: movl %eax,%ecx
- 0x3A973064: leal 0x228(%ebx), %eax
- 0x3A97306A: cmpl %eax,%ecx
- 0x3A97306C: jz-32 0x3A973226
-. 90 3A973062 16
-. 89 C1 8D 83 28 02 00 00 39 C1 0F 84 B4 01 00 00
-
-==== BB 91 (0x3A973072) in 1601B, out 8931B, BBs exec'd 0 ====
- 0x3A973072: movl 0x130(%ebx),%eax
- 0x3A973078: testl %eax,%eax
- 0x3A97307A: jnz-32 0x3A97321C
-. 91 3A973072 14
-. 8B 83 30 01 00 00 85 C0 0F 85 9C 01 00 00
-
-==== BB 92 (0x3A973080) in 1615B, out 9006B, BBs exec'd 0 ====
- 0x3A973080: leal 0xFFFFFE20(%ebp), %eax
- 0x3A973086: movl %eax,8(%esp,,)
- 0x3A97308A: movl 0xFFFFFE18(%ebp),%eax
- 0x3A973090: movl %eax,4(%esp,,)
- 0x3A973094: movl 0xFFFFFE1C(%ebp),%edx
- 0x3A97309A: movl %edx,(%esp,,)
- 0x3A97309D: call*l 12(%ebp)
-. 92 3A973080 32
-. 8D 85 20 FE FF FF 89 44 24 08 8B 85 18 FE FF FF 89 44 24 04 8B 95 1C FE FF FF 89 14 24 FF 55 0C
-
-==== BB 93 dl_main(0x3A966390) in 1647B, out 9117B, BBs exec'd 0 ====
- 0x3A966390: pushl %ebp
- 0x3A966391: movl %esp,%ebp
- 0x3A966393: pushl %edi
- 0x3A966394: pushl %esi
- 0x3A966395: pushl %ebx
- 0x3A966396: subl $0x1C8, %esp
- 0x3A96639C: call 0x3A97592B
-. 93 3A966390 17
-. 55 89 E5 57 56 53 81 EC C8 01 00 00 E8 8A F5 00 00
-
-==== BB 94 (0x3A9663A1) in 1664B, out 9253B, BBs exec'd 0 ====
- 0x3A9663A1: addl $0x122CB, %ebx
- 0x3A9663A7: movb $0x0, 0xFFFFFF0B(%ebp)
- 0x3A9663AE: leal 0xFFFED254(%ebx), %eax
- 0x3A9663B4: movl 0x130(%ebx),%edi
- 0x3A9663BA: movl %eax,0xFFFFF9E0(%ebx)
- 0x3A9663C0: leal 0xFFFED274(%ebx), %eax
- 0x3A9663C6: movl %eax,0xFFFFFBF8(%ebx)
- 0x3A9663CC: leal 0xFFFED284(%ebx), %eax
- 0x3A9663D2: movl %eax,0xFFFFFBFC(%ebx)
- 0x3A9663D8: leal 0xFFFF9FD4(%ebx), %eax
- 0x3A9663DE: movl %eax,0xFFFFFC04(%ebx)
- 0x3A9663E4: movl 0x200(%ebx),%eax
- 0x3A9663EA: movb $0x0, 0xFFFFFF03(%ebp)
- 0x3A9663F1: movb $0x0, 0xFFFFFF02(%ebp)
- 0x3A9663F8: movl %eax,0xFFFFFF48(%ebp)
- 0x3A9663FE: xorl %eax, %eax
- 0x3A966400: movl %eax,0xFFFFFEF8(%ebp)
- 0x3A966406: xorl %eax, %eax
- 0x3A966408: testl %edi,%edi
- 0x3A96640A: movl %eax,0xFFFFFEF4(%ebp)
- 0x3A966410: leal 0xFFFFD5BA(%ebx), %eax
- 0x3A966416: jz-8 0x3A96641B
-. 94 3A9663A1 119
-. 81 C3 CB 22 01 00 C6 85 0B FF FF FF 00 8D 83 54 D2 FE FF 8B BB 30 01 00 00 89 83 E0 F9 FF FF 8D 83 74 D2 FE FF 89 83 F8 FB FF FF 8D 83 84 D2 FE FF 89 83 FC FB FF FF 8D 83 D4 9F FF FF 89 83 04 FC FF FF 8B 83 00 02 00 00 C6 85 03 FF FF FF 00 C6 85 02 FF FF FF 00 89 85 48 FF FF FF 31 C0 89 85 F8 FE FF FF 31 C0 85 FF 89 85 F4 FE FF FF 8D 83 BA D5 FF FF 74 03
-
-==== BB 95 (0x3A96641B) in 1783B, out 9585B, BBs exec'd 0 ====
- 0x3A96641B: movl %eax,0xFFFFFD80(%ebx)
- 0x3A966421: leal 0xFFFFFF48(%ebp), %eax
- 0x3A966427: call 0x3A9732E0
-. 95 3A96641B 17
-. 89 83 80 FD FF FF 8D 85 48 FF FF FF E8 B4 CE 00 00
-
-==== BB 96 _dl_next_ld_env_entry(0x3A9732E0) in 1800B, out 9665B, BBs exec'd 0 ====
- 0x3A9732E0: pushl %ebp
- 0x3A9732E1: movl %eax,%ecx
- 0x3A9732E3: movl %esp,%ebp
- 0x3A9732E5: pushl %esi
- 0x3A9732E6: movl (%eax),%edx
- 0x3A9732E8: xorl %esi, %esi
- 0x3A9732EA: movl (%edx),%eax
- 0x3A9732EC: testl %eax,%eax
- 0x3A9732EE: jz-8 0x3A9732FE
-. 96 3A9732E0 16
-. 55 89 C1 89 E5 56 8B 10 31 F6 8B 02 85 C0 74 0E
-
-==== BB 97 (0x3A9732F0) in 1816B, out 9813B, BBs exec'd 0 ====
- 0x3A9732F0: cmpb $0x4C, (%eax)
- 0x3A9732F3: jz-8 0x3A973303
-. 97 3A9732F0 5
-. 80 38 4C 74 0E
-
-==== BB 98 (0x3A973303) in 1821B, out 9873B, BBs exec'd 0 ====
- 0x3A973303: cmpb $0x44, 1(%eax)
- 0x3A973307: jnz-8 0x3A9732F5
-. 98 3A973303 6
-. 80 78 01 44 75 EC
-
-==== BB 99 (0x3A9732F5) in 1827B, out 9936B, BBs exec'd 0 ====
- 0x3A9732F5: addl $0x4, %edx
- 0x3A9732F8: movl (%edx),%eax
- 0x3A9732FA: testl %eax,%eax
- 0x3A9732FC: jnz-8 0x3A9732F0
-. 99 3A9732F5 9
-. 83 C2 04 8B 02 85 C0 75 F2
-
-==== BB 100 (0x3A973309) in 1836B, out 10015B, BBs exec'd 0 ====
- 0x3A973309: cmpb $0x5F, 2(%eax)
- 0x3A97330D: leal 0(%esi), %esi
- 0x3A973310: jnz-8 0x3A9732F5
-. 100 3A973309 9
-. 80 78 02 5F 8D 76 00 75 E3
-
-==== BB 101 (0x3A973312) in 1845B, out 10091B, BBs exec'd 0 ====
- 0x3A973312: addl $0x4, %edx
- 0x3A973315: leal 3(%eax), %esi
- 0x3A973318: movl %edx,(%ecx)
- 0x3A97331A: jmp-8 0x3A9732FE
-. 101 3A973312 10
-. 83 C2 04 8D 70 03 89 11 EB E2
-
-==== BB 102 (0x3A9732FE) in 1855B, out 10159B, BBs exec'd 0 ====
- 0x3A9732FE: movl %esi,%eax
- 0x3A973300: popl %esi
- 0x3A973301: popl %ebp
- 0x3A973302: ret
-. 102 3A9732FE 5
-. 89 F0 5E 5D C3
-
-==== BB 103 (0x3A96642C) in 1860B, out 10234B, BBs exec'd 0 ====
- 0x3A96642C: movl %eax,0xFFFFFEFC(%ebp)
- 0x3A966432: testl %eax,%eax
- 0x3A966434: jz-8 0x3A9664A8
-. 103 3A96642C 10
-. 89 85 FC FE FF FF 85 C0 74 72
-
-==== BB 104 (0x3A966436) in 1870B, out 10309B, BBs exec'd 0 ====
- 0x3A966436: movl 0xFFFFFEFC(%ebp),%edx
- 0x3A96643C: xorl %esi, %esi
- 0x3A96643E: movzbl (%edx),%eax
- 0x3A966441: testb %al,%al
- 0x3A966443: setnz %dl
- 0x3A966446: cmpb $0x3D, %al
- 0x3A966448: setnz %al
- 0x3A96644B: andl %edx,%eax
- 0x3A96644D: testb $0x1, %al
- 0x3A96644F: jz-8 0x3A966485
-. 104 3A966436 27
-. 8B 95 FC FE FF FF 31 F6 0F B6 02 84 C0 0F 95 C2 3C 3D 0F 95 C0 21 D0 A8 01 74 34
-
-==== BB 105 (0x3A966451) in 1897B, out 10486B, BBs exec'd 0 ====
- 0x3A966451: movl 0xFFFFFEFC(%ebp),%eax
- 0x3A966457: incl %esi
- 0x3A966458: movzbl (%esi,%eax,1),%ecx
- 0x3A96645C: testb %cl,%cl
- 0x3A96645E: setnz %al
- 0x3A966461: cmpb $0x3D, %cl
- 0x3A966464: setnz %dl
- 0x3A966467: andl %edx,%eax
- 0x3A966469: testb $0x1, %al
- 0x3A96646B: jnz-8 0x3A966451
-. 105 3A966451 28
-. 8B 85 FC FE FF FF 46 0F B6 0C 06 84 C9 0F 95 C0 80 F9 3D 0F 95 C2 21 D0 A8 01 75 E4
-
-==== BB 106 (0x3A96646D) in 1925B, out 10660B, BBs exec'd 0 ====
- 0x3A96646D: cmpb $0x3D, %cl
- 0x3A966470: jnz-8 0x3A966421
-. 106 3A96646D 5
-. 80 F9 3D 75 AF
-
-==== BB 107 (0x3A966472) in 1930B, out 10718B, BBs exec'd 0 ====
- 0x3A966472: leal -4(%esi), %eax
- 0x3A966475: cmpl $0x10, %eax
- 0x3A966478: jnbe-8 0x3A966421
-. 107 3A966472 8
-. 8D 46 FC 83 F8 10 77 A7
-
-==== BB 108 (0x3A96647A) in 1938B, out 10785B, BBs exec'd 0 ====
- 0x3A96647A: movl -10800(%ebx,%eax,4),%eax
- 0x3A966481: addl %ebx,%eax
- 0x3A966483: jmp*l %eax
-. 108 3A96647A 11
-. 8B 84 83 D0 D5 FF FF 01 D8 FF E0
-
-==== BB 109 (0x3A9677CA) in 1949B, out 10836B, BBs exec'd 0 ====
- 0x3A9677CA: cld
- 0x3A9677CB: movl 0xFFFFFEFC(%ebp),%esi
- 0x3A9677D1: movl $0xA,%ecx
- 0x3A9677D6: leal 0xFFFFED45(%ebx), %edi
- 0x3A9677DC: repe cmpsb
-. 109 3A9677CA 20
-. FC 8B B5 FC FE FF FF B9 0A 00 00 00 8D BB 45 ED FF FF F3 A6
-
-==== BB 110 (0x3A9677DC) in 1969B, out 11005B, BBs exec'd 0 ====
- 0x3A9677DC: repe cmpsb
-. 110 3A9677DC 2
-. F3 A6
-
-==== BB 111 (0x3A9677DE) in 1971B, out 11130B, BBs exec'd 0 ====
- 0x3A9677DE: jnz-32 0x3A966421
-. 111 3A9677DE 6
-. 0F 85 3D EC FF FF
-
-==== BB 112 (0x3A9677E4) in 1977B, out 11177B, BBs exec'd 0 ====
- 0x3A9677E4: xorl %ecx, %ecx
- 0x3A9677E6: xorl %edx, %edx
- 0x3A9677E8: xorl %esi, %esi
- 0x3A9677EA: movl %esi,12(%esp,,)
- 0x3A9677EE: movl %ecx,8(%esp,,)
- 0x3A9677F2: movl %edx,4(%esp,,)
- 0x3A9677F6: movl 0xFFFFFEFC(%ebp),%eax
- 0x3A9677FC: addl $0xB, %eax
- 0x3A9677FF: movl %eax,(%esp,,)
- 0x3A967802: call 0x3A973340
-. 112 3A9677E4 35
-. 31 C9 31 D2 31 F6 89 74 24 0C 89 4C 24 08 89 54 24 04 8B 85 FC FE FF FF 83 C0 0B 89 04 24 E8 39 BB 00 00
-
-==== BB 113 __strtoul_internal(0x3A973340) in 2012B, out 11334B, BBs exec'd 0 ====
- 0x3A973340: pushl %ebp
- 0x3A973341: movl %esp,%ebp
- 0x3A973343: pushl %edi
- 0x3A973344: xorl %edi, %edi
- 0x3A973346: pushl %esi
- 0x3A973347: pushl %ebx
- 0x3A973348: subl $0x8, %esp
- 0x3A97334B: movl 8(%ebp),%esi
- 0x3A97334E: movl $0x1, -20(%ebp)
- 0x3A973355: call 0x3A97592B
-. 113 3A973340 26
-. 55 89 E5 57 31 FF 56 53 83 EC 08 8B 75 08 C7 45 EC 01 00 00 00 E8 D1 25 00 00
-
-==== BB 114 (0x3A97335A) in 2038B, out 11509B, BBs exec'd 0 ====
- 0x3A97335A: addl $0x5312, %ebx
- 0x3A973360: movzbl (%esi),%ecx
- 0x3A973363: cmpb $0x20, %cl
- 0x3A973366: setz %al
- 0x3A973369: cmpb $0x9, %cl
- 0x3A97336C: setz %dl
- 0x3A97336F: orl %edx,%eax
- 0x3A973371: testb $0x1, %al
- 0x3A973373: jz-8 0x3A973396
-. 114 3A97335A 27
-. 81 C3 12 53 00 00 0F B6 0E 80 F9 20 0F 94 C0 80 F9 09 0F 94 C2 09 D0 A8 01 74 21
-
-==== BB 115 (0x3A973396) in 2065B, out 11667B, BBs exec'd 0 ====
- 0x3A973396: cmpb $0x2D, %cl
- 0x3A973399: jz-32 0x3A973435
-. 115 3A973396 9
-. 80 F9 2D 0F 84 96 00 00 00
-
-==== BB 116 (0x3A97339F) in 2074B, out 11725B, BBs exec'd 0 ====
- 0x3A97339F: cmpb $0x2B, %cl
- 0x3A9733A2: jz-32 0x3A97343C
-. 116 3A97339F 9
-. 80 F9 2B 0F 84 94 00 00 00
-
-==== BB 117 (0x3A9733A8) in 2083B, out 11783B, BBs exec'd 0 ====
- 0x3A9733A8: movb %cl,%al
- 0x3A9733AA: subb $0x30, %al
- 0x3A9733AC: cmpb $0x9, %al
- 0x3A9733AE: jbe-8 0x3A9733C6
-. 117 3A9733A8 8
-. 88 C8 2C 30 3C 09 76 16
-
-==== BB 118 (0x3A9733C6) in 2091B, out 11866B, BBs exec'd 0 ====
- 0x3A9733C6: movl $0xA, -16(%ebp)
- 0x3A9733CD: cmpb $0x30, %cl
- 0x3A9733D0: jz-8 0x3A973445
-. 118 3A9733C6 12
-. C7 45 F0 0A 00 00 00 80 F9 30 74 73
-
-==== BB 119 (0x3A973445) in 2103B, out 11942B, BBs exec'd 0 ====
- 0x3A973445: movzbl 1(%esi),%eax
- 0x3A973449: movl $0x8, -16(%ebp)
- 0x3A973450: cmpb $0x78, %al
- 0x3A973452: setz %dl
- 0x3A973455: cmpb $0x58, %al
- 0x3A973457: setz %al
- 0x3A97345A: orl %edx,%eax
- 0x3A97345C: testb $0x1, %al
- 0x3A97345E: jz-32 0x3A9733D2
-. 119 3A973445 31
-. 0F B6 46 01 C7 45 F0 08 00 00 00 3C 78 0F 94 C2 3C 58 0F 94 C0 09 D0 A8 01 0F 84 6E FF FF FF
-
-==== BB 120 (0x3A973464) in 2134B, out 12101B, BBs exec'd 0 ====
- 0x3A973464: movl $0x10, -16(%ebp)
- 0x3A97346B: addl $0x2, %esi
- 0x3A97346E: movzbl (%esi),%ecx
- 0x3A973471: jmp 0x3A9733D2
-. 120 3A973464 18
-. C7 45 F0 10 00 00 00 83 C6 02 0F B6 0E E9 5C FF FF FF
-
-==== BB 121 (0x3A9733D2) in 2152B, out 12174B, BBs exec'd 0 ====
- 0x3A9733D2: movb %cl,%al
- 0x3A9733D4: movb %cl,%dl
- 0x3A9733D6: subb $0x30, %al
- 0x3A9733D8: cmpb $0x9, %al
- 0x3A9733DA: jnbe-8 0x3A97341B
-. 121 3A9733D2 10
-. 88 C8 88 CA 2C 30 3C 09 77 3F
-
-==== BB 122 (0x3A9733DC) in 2162B, out 12268B, BBs exec'd 0 ====
- 0x3A9733DC: leal 0(%esi,,), %esi
- 0x3A9733E0: movsbl %dl,%eax
- 0x3A9733E3: cmpl $0xCCCCCCC, %edi
- 0x3A9733E9: leal -48(%eax), %ecx
- 0x3A9733EC: jnbe-32 0x3A973476
-. 122 3A9733DC 22
-. 8D 74 26 00 0F BE C2 81 FF CC CC CC 0C 8D 48 D0 0F 87 84 00 00 00
-
-==== BB 123 (0x3A9733F2) in 2184B, out 12368B, BBs exec'd 0 ====
- 0x3A9733F2: cmpl $0x19999999, %edi
- 0x3A9733F8: setz %al
- 0x3A9733FB: cmpl $0x5, %ecx
- 0x3A9733FE: setnbe %dl
- 0x3A973401: andl %edx,%eax
- 0x3A973403: testb $0x1, %al
- 0x3A973405: jnz-8 0x3A973476
-. 123 3A9733F2 21
-. 81 FF 99 99 99 19 0F 94 C0 83 F9 05 0F 97 C2 21 D0 A8 01 75 6F
-
-==== BB 124 (0x3A973407) in 2205B, out 12495B, BBs exec'd 0 ====
- 0x3A973407: movl -16(%ebp),%edx
- 0x3A97340A: incl %esi
- 0x3A97340B: imull %edx, %edi
- 0x3A97340E: movzbl (%esi),%edx
- 0x3A973411: addl %ecx,%edi
- 0x3A973413: movb %dl,%al
- 0x3A973415: subb $0x30, %al
- 0x3A973417: cmpb $0x9, %al
- 0x3A973419: jbe-8 0x3A9733E0
-. 124 3A973407 20
-. 8B 55 F0 46 0F AF FA 0F B6 16 01 CF 88 D0 2C 30 3C 09 76 C5
-
-==== BB 125 (0x3A9733E0) in 2225B, out 12634B, BBs exec'd 0 ====
- 0x3A9733E0: movsbl %dl,%eax
- 0x3A9733E3: cmpl $0xCCCCCCC, %edi
- 0x3A9733E9: leal -48(%eax), %ecx
- 0x3A9733EC: jnbe-32 0x3A973476
-. 125 3A9733E0 18
-. 0F BE C2 81 FF CC CC CC 0C 8D 48 D0 0F 87 84 00 00 00
-
-==== BB 126 (0x3A97341B) in 2243B, out 12721B, BBs exec'd 0 ====
- 0x3A97341B: movl 12(%ebp),%eax
- 0x3A97341E: testl %eax,%eax
- 0x3A973420: jz-8 0x3A973427
-. 126 3A97341B 7
-. 8B 45 0C 85 C0 74 05
-
-==== BB 127 (0x3A973427) in 2250B, out 12793B, BBs exec'd 0 ====
- 0x3A973427: movl -20(%ebp),%eax
- 0x3A97342A: imull %edi, %eax
- 0x3A97342D: addl $0x8, %esp
- 0x3A973430: popl %ebx
- 0x3A973431: popl %esi
- 0x3A973432: popl %edi
- 0x3A973433: popl %ebp
- 0x3A973434: ret
-. 127 3A973427 14
-. 8B 45 EC 0F AF C7 83 C4 08 5B 5E 5F 5D C3
-
-==== BB 128 (0x3A967807) in 2264B, out 12923B, BBs exec'd 0 ====
- 0x3A967807: movl %eax,0xFFFFFC58(%ebx)
- 0x3A96780D: jmp 0x3A966421
-. 128 3A967807 11
-. 89 83 58 FC FF FF E9 0F EC FF FF
-
-==== BB 129 (0x3A966421) in 2275B, out 12970B, BBs exec'd 0 ====
- 0x3A966421: leal 0xFFFFFF48(%ebp), %eax
- 0x3A966427: call 0x3A9732E0
-. 129 3A966421 11
-. 8D 85 48 FF FF FF E8 B4 CE 00 00
-
-==== BB 130 (0x3A967760) in 2286B, out 13031B, BBs exec'd 0 ====
- 0x3A967760: cld
- 0x3A967761: movl 0xFFFFFEFC(%ebp),%esi
- 0x3A967767: movl $0xC,%ecx
- 0x3A96776C: leal 0xFFFFF02D(%ebx), %edi
- 0x3A967772: repe cmpsb
-. 130 3A967760 20
-. FC 8B B5 FC FE FF FF B9 0C 00 00 00 8D BB 2D F0 FF FF F3 A6
-
-==== BB 131 (0x3A967772) in 2306B, out 13200B, BBs exec'd 0 ====
- 0x3A967772: repe cmpsb
-. 131 3A967772 2
-. F3 A6
-
-==== BB 132 (0x3A967774) in 2308B, out 13325B, BBs exec'd 0 ====
- 0x3A967774: jnz-32 0x3A967A85
-. 132 3A967774 6
-. 0F 85 0B 03 00 00
-
-==== BB 133 (0x3A96777A) in 2314B, out 13372B, BBs exec'd 0 ====
- 0x3A96777A: movl 0xFFFFFEFC(%ebp),%eax
- 0x3A967780: addl $0xD, %eax
- 0x3A967783: movl %eax,0xAC(%ebx)
- 0x3A967789: jmp 0x3A966421
-. 133 3A96777A 20
-. 8B 85 FC FE FF FF 83 C0 0D 89 83 AC 00 00 00 E9 93 EC FF FF
-
-==== BB 134 (0x3A9678A7) in 2334B, out 13446B, BBs exec'd 0 ====
- 0x3A9678A7: cld
- 0x3A9678A8: movl 0xFFFFFEFC(%ebp),%esi
- 0x3A9678AE: movl $0x7,%ecx
- 0x3A9678B3: leal 0xFFFFED69(%ebx), %edi
- 0x3A9678B9: repe cmpsb
-. 134 3A9678A7 20
-. FC 8B B5 FC FE FF FF B9 07 00 00 00 8D BB 69 ED FF FF F3 A6
-
-==== BB 135 (0x3A9678BB) in 2354B, out 13615B, BBs exec'd 0 ====
- 0x3A9678BB: jnz-32 0x3A967B31
-. 135 3A9678BB 6
-. 0F 85 70 02 00 00
-
-==== BB 136 (0x3A967B31) in 2360B, out 13662B, BBs exec'd 0 ====
- 0x3A967B31: cld
- 0x3A967B32: movl 0xFFFFFEFC(%ebp),%esi
- 0x3A967B38: movl $0x7,%ecx
- 0x3A967B3D: leal 0xFFFFEDCF(%ebx), %edi
- 0x3A967B43: repe cmpsb
-. 136 3A967B31 20
-. FC 8B B5 FC FE FF FF B9 07 00 00 00 8D BB CF ED FF FF F3 A6
-
-==== BB 137 (0x3A967B43) in 2380B, out 13831B, BBs exec'd 0 ====
- 0x3A967B43: repe cmpsb
-. 137 3A967B43 2
-. F3 A6
-
-==== BB 138 (0x3A967B45) in 2382B, out 13956B, BBs exec'd 0 ====
- 0x3A967B45: jnz-32 0x3A967EDB
-. 138 3A967B45 6
-. 0F 85 90 03 00 00
-
-==== BB 139 (0x3A967B4B) in 2388B, out 14003B, BBs exec'd 0 ====
- 0x3A967B4B: movl 0xFFFFFEFC(%ebp),%eax
- 0x3A967B51: addl $0x8, %eax
- 0x3A967B54: movl %eax,0xB0(%ebx)
- 0x3A967B5A: jmp 0x3A966421
-. 139 3A967B4B 20
-. 8B 85 FC FE FF FF 83 C0 08 89 83 B0 00 00 00 E9 C2 E8 FF FF
-
-==== BB 140 (0x3A9664A8) in 2408B, out 14077B, BBs exec'd 0 ====
- 0x3A9664A8: movl 0xFFFFFEF8(%ebp),%eax
- 0x3A9664AE: movl %eax,0xFFFFFF50(%ebp)
- 0x3A9664B4: movl 0x130(%ebx),%eax
- 0x3A9664BA: testl %eax,%eax
- 0x3A9664BC: jnz-32 0x3A967A31
-. 140 3A9664A8 26
-. 8B 85 F8 FE FF FF 89 85 50 FF FF FF 8B 83 30 01 00 00 85 C0 0F 85 6F 15 00 00
-
-==== BB 141 (0x3A9664C2) in 2434B, out 14181B, BBs exec'd 0 ====
- 0x3A9664C2: movl 0xB8(%ebx),%edi
- 0x3A9664C8: testl %edi,%edi
- 0x3A9664CA: jz-32 0x3A966580
-. 141 3A9664C2 14
-. 8B BB B8 00 00 00 85 FF 0F 84 B0 00 00 00
-
-==== BB 142 (0x3A966580) in 2448B, out 14256B, BBs exec'd 0 ====
- 0x3A966580: movl 16(%ebp),%edx
- 0x3A966583: movl $0x1,%eax
- 0x3A966588: movl %eax,0x34(%ebx)
- 0x3A96658E: leal 0xFFFED214(%ebx), %eax
- 0x3A966594: cmpl %eax,(%edx)
- 0x3A966596: jz-32 0x3A966A99
-. 142 3A966580 28
-. 8B 55 10 B8 01 00 00 00 89 83 34 00 00 00 8D 83 14 D2 FE FF 39 02 0F 84 FD 04 00 00
-
-==== BB 143 (0x3A96659C) in 2476B, out 14363B, BBs exec'd 0 ====
- 0x3A96659C: movl $0x0, (%esp,,)
- 0x3A9665A3: leal 0xFFFFEDF6(%ebx), %edx
- 0x3A9665A9: xorl %ecx, %ecx
- 0x3A9665AB: movl %edx,%eax
- 0x3A9665AD: call 0x3A96C9D0
-. 143 3A96659C 22
-. C7 04 24 00 00 00 00 8D 93 F6 ED FF FF 31 C9 89 D0 E8 1E 64 00 00
-
-==== BB 144 _dl_new_object(0x3A96C9D0) in 2498B, out 14461B, BBs exec'd 0 ====
- 0x3A96C9D0: pushl %ebp
- 0x3A96C9D1: movl %esp,%ebp
- 0x3A96C9D3: pushl %edi
- 0x3A96C9D4: pushl %esi
- 0x3A96C9D5: pushl %ebx
- 0x3A96C9D6: subl $0x2C, %esp
- 0x3A96C9D9: movl 8(%ebp),%edi
- 0x3A96C9DC: call 0x3A97592B
-. 144 3A96C9D0 17
-. 55 89 E5 57 56 53 83 EC 2C 8B 7D 08 E8 4A 8F 00 00
-
-==== BB 145 (0x3A96C9E1) in 2515B, out 14607B, BBs exec'd 0 ====
- 0x3A96C9E1: addl $0xBC8B, %ebx
- 0x3A96C9E7: movl %edx,-20(%ebp)
- 0x3A96C9EA: movl %ecx,-24(%ebp)
- 0x3A96C9ED: movl %eax,-16(%ebp)
- 0x3A96C9F0: movl %edx,(%esp,,)
- 0x3A96C9F3: call 0x3A9752D0
-. 145 3A96C9E1 23
-. 81 C3 8B BC 00 00 89 55 EC 89 4D E8 89 45 F0 89 14 24 E8 D8 88 00 00
-
-==== BB 146 (0x3A9752DF) in 2538B, out 14721B, BBs exec'd 0 ====
- 0x3A9752DF: cmpb %dh{si},(%eax)
- 0x3A9752E1: jz-32 0x3A975386
-. 146 3A9752DF 8
-. 38 30 0F 84 9F 00 00 00
-
-==== BB 147 (0x3A975386) in 2546B, out 14781B, BBs exec'd 0 ====
- 0x3A975386: subl 4(%esp,,),%eax
- 0x3A97538A: ret
-. 147 3A975386 5
-. 2B 44 24 04 C3
-
-==== BB 148 (0x3A96C9F8) in 2551B, out 14833B, BBs exec'd 0 ====
- 0x3A96C9F8: leal 1(%eax), %edx
- 0x3A96C9FB: movl $0x1,%ecx
- 0x3A96CA00: addl $0x221, %eax
- 0x3A96CA05: movl %edx,-28(%ebp)
- 0x3A96CA08: movl %ecx,4(%esp,,)
- 0x3A96CA0C: movl %eax,(%esp,,)
- 0x3A96CA0F: call 0x3A96582C
-. 148 3A96C9F8 28
-. 8D 50 01 B9 01 00 00 00 05 21 02 00 00 89 55 E4 89 4C 24 04 89 04 24 E8 18 8E FF FF
-
-==== BB 149 (0x3A96582C) in 2579B, out 14953B, BBs exec'd 0 ====
- 0x3A96582C: jmp*l 0x14(%ebx)
-. 149 3A96582C 6
-. FF A3 14 00 00 00
-
-==== BB 150 calloc(0x3A973870) in 2585B, out 14980B, BBs exec'd 0 ====
- 0x3A973870: pushl %ebp
- 0x3A973871: movl %esp,%ebp
- 0x3A973873: pushl %ebx
- 0x3A973874: subl $0x4, %esp
- 0x3A973877: movl 12(%ebp),%eax
- 0x3A97387A: movl 8(%ebp),%ecx
- 0x3A97387D: call 0x3A97592B
-. 150 3A973870 18
-. 55 89 E5 53 83 EC 04 8B 45 0C 8B 4D 08 E8 A9 20 00 00
-
-==== BB 151 (0x3A973882) in 2603B, out 15107B, BBs exec'd 0 ====
- 0x3A973882: addl $0x4DEA, %ebx
- 0x3A973888: imull %ecx, %eax
- 0x3A97388B: movl %eax,(%esp,,)
- 0x3A97388E: call 0x3A96581C
-. 151 3A973882 17
-. 81 C3 EA 4D 00 00 0F AF C1 89 04 24 E8 89 1F FF FF
-
-==== BB 152 (0x3A96581C) in 2620B, out 15193B, BBs exec'd 0 ====
- 0x3A96581C: jmp*l 0x10(%ebx)
-. 152 3A96581C 6
-. FF A3 10 00 00 00
-
-==== BB 153 malloc(0x3A973800) in 2626B, out 15220B, BBs exec'd 0 ====
- 0x3A973800: pushl %ebp
- 0x3A973801: movl %esp,%ebp
- 0x3A973803: pushl %ebx
- 0x3A973804: subl $0x8, %esp
- 0x3A973807: movl 8(%ebp),%eax
- 0x3A97380A: call 0x3A97592B
-. 153 3A973800 15
-. 55 89 E5 53 83 EC 08 8B 45 08 E8 1C 21 00 00
-
-==== BB 154 (0x3A97380F) in 2641B, out 15334B, BBs exec'd 0 ====
- 0x3A97380F: addl $0x4E5D, %ebx
- 0x3A973815: movl $0x8, (%esp,,)
- 0x3A97381C: movl %eax,4(%esp,,)
- 0x3A973820: call 0x3A96580C
-. 154 3A97380F 22
-. 81 C3 5D 4E 00 00 C7 04 24 08 00 00 00 89 44 24 04 E8 E7 1F FF FF
-
-==== BB 155 (0x3A96580C) in 2663B, out 15424B, BBs exec'd 0 ====
- 0x3A96580C: jmp*l 0xC(%ebx)
-. 155 3A96580C 6
-. FF A3 0C 00 00 00
-
-==== BB 156 __libc_memalign(0x3A973700) in 2669B, out 15451B, BBs exec'd 0 ====
- 0x3A973700: pushl %ebp
- 0x3A973701: movl %esp,%ebp
- 0x3A973703: subl $0x24, %esp
- 0x3A973706: movl %ebx,-12(%ebp)
- 0x3A973709: movl %esi,-8(%ebp)
- 0x3A97370C: movl 8(%ebp),%esi
- 0x3A97370F: movl %edi,-4(%ebp)
- 0x3A973712: movl 12(%ebp),%edi
- 0x3A973715: call 0x3A97592B
-. 156 3A973700 26
-. 55 89 E5 83 EC 24 89 5D F4 89 75 F8 8B 75 08 89 7D FC 8B 7D 0C E8 11 22 00 00
-
-==== BB 157 (0x3A97371A) in 2695B, out 15601B, BBs exec'd 0 ====
- 0x3A97371A: addl $0x4F52, %ebx
- 0x3A973720: movl 0x13C(%ebx),%ecx
- 0x3A973726: testl %ecx,%ecx
- 0x3A973728: jnz-8 0x3A97374A
-. 157 3A97371A 16
-. 81 C3 52 4F 00 00 8B 8B 3C 01 00 00 85 C9 75 20
-
-==== BB 158 (0x3A97372A) in 2711B, out 15689B, BBs exec'd 0 ====
- 0x3A97372A: movl 0xFFFFFC18(%ebx),%eax
- 0x3A973730: leal 0x228(%ebx), %edx
- 0x3A973736: movl %edx,0x138(%ebx)
- 0x3A97373C: leal -1(%edx,%eax,1), %ecx
- 0x3A973740: negl %eax
- 0x3A973742: andl %eax,%ecx
- 0x3A973744: movl %ecx,0x13C(%ebx)
- 0x3A97374A: movl 0x138(%ebx),%eax
- 0x3A973750: addl %esi,%eax
- 0x3A973752: leal -1(%eax), %edx
- 0x3A973755: negl %esi
- 0x3A973757: andl %esi,%edx
- 0x3A973759: leal (%edi,%edx,1), %eax
- 0x3A97375C: cmpl %ecx,%eax
- 0x3A97375E: jnb-8 0x3A973780
-. 158 3A97372A 54
-. 8B 83 18 FC FF FF 8D 93 28 02 00 00 89 93 38 01 00 00 8D 4C 02 FF F7 D8 21 C1 89 8B 3C 01 00 00 8B 83 38 01 00 00 01 F0 8D 50 FF F7 DE 21 F2 8D 04 17 39 C8 73 20
-
-==== BB 159 (0x3A973760) in 2765B, out 15879B, BBs exec'd 0 ====
- 0x3A973760: movl %edx,0x140(%ebx)
- 0x3A973766: movl %edx,%eax
- 0x3A973768: leal (%edi,%edx,1), %edx
- 0x3A97376B: movl %edx,0x138(%ebx)
- 0x3A973771: movl -12(%ebp),%ebx
- 0x3A973774: movl -8(%ebp),%esi
- 0x3A973777: movl -4(%ebp),%edi
- 0x3A97377A: movl %ebp,%esp
- 0x3A97377C: popl %ebp
- 0x3A97377D: ret
-. 159 3A973760 30
-. 89 93 40 01 00 00 89 D0 8D 14 17 89 93 38 01 00 00 8B 5D F4 8B 75 F8 8B 7D FC 89 EC 5D C3
-
-==== BB 160 (0x3A973825) in 2795B, out 16027B, BBs exec'd 0 ====
- 0x3A973825: addl $0x8, %esp
- 0x3A973828: popl %ebx
- 0x3A973829: popl %ebp
- 0x3A97382A: ret
-. 160 3A973825 6
-. 83 C4 08 5B 5D C3
-
-==== BB 161 (0x3A973893) in 2801B, out 16103B, BBs exec'd 0 ====
- 0x3A973893: popl %edx
- 0x3A973894: popl %ebx
- 0x3A973895: popl %ebp
- 0x3A973896: ret
-. 161 3A973893 4
-. 5A 5B 5D C3
-
-==== BB 162 (0x3A96CA14) in 2805B, out 16181B, BBs exec'd 0 ====
- 0x3A96CA14: movl %eax,-32(%ebp)
- 0x3A96CA17: movl -32(%ebp),%edx
- 0x3A96CA1A: xorl %eax, %eax
- 0x3A96CA1C: testl %edx,%edx
- 0x3A96CA1E: jz-32 0x3A96CC29
-. 162 3A96CA14 16
-. 89 45 E0 8B 55 E0 31 C0 85 D2 0F 84 05 02 00 00
-
-==== BB 163 (0x3A96CA24) in 2821B, out 16280B, BBs exec'd 0 ====
- 0x3A96CA24: movl -32(%ebp),%esi
- 0x3A96CA27: movl -32(%ebp),%ecx
- 0x3A96CA2A: movl -28(%ebp),%edx
- 0x3A96CA2D: addl $0x214, %esi
- 0x3A96CA33: movl %ecx,%eax
- 0x3A96CA35: addl $0x220, %eax
- 0x3A96CA3A: movl %esi,20(%ecx)
- 0x3A96CA3D: movl %edx,8(%esp,,)
- 0x3A96CA41: movl -20(%ebp),%ecx
- 0x3A96CA44: movl %eax,(%esp,,)
- 0x3A96CA47: movl %ecx,4(%esp,,)
- 0x3A96CA4B: call 0x3A975870
-. 163 3A96CA24 44
-. 8B 75 E0 8B 4D E0 8B 55 E4 81 C6 14 02 00 00 89 C8 05 20 02 00 00 89 71 14 89 54 24 08 8B 4D EC 89 04 24 89 4C 24 04 E8 20 8E 00 00
-
-==== BB 164 memcpy(0x3A975870) in 2865B, out 16451B, BBs exec'd 0 ====
- 0x3A975870: pushl %edi
- 0x3A975871: pushl %esi
- 0x3A975872: movl 12(%esp,,),%edi
- 0x3A975876: movl 16(%esp,,),%esi
- 0x3A97587A: movl 20(%esp,,),%ecx
- 0x3A97587E: movl %edi,%eax
- 0x3A975880: cld
- 0x3A975881: cmpl $0x20, %ecx
- 0x3A975884: jbe-8 0x3A9758DC
-. 164 3A975870 22
-. 57 56 8B 7C 24 0C 8B 74 24 10 8B 4C 24 14 89 F8 FC 83 F9 20 76 56
-
-==== BB 165 (0x3A9758DC) in 2887B, out 16600B, BBs exec'd 0 ====
- 0x3A9758DC: rep movsb
-. 165 3A9758DC 2
-. F3 A4
-
-==== BB 166 (0x3A9758DE) in 2889B, out 16695B, BBs exec'd 0 ====
- 0x3A9758DE: popl %esi
- 0x3A9758DF: popl %edi
- 0x3A9758E0: ret
-. 166 3A9758DE 3
-. 5E 5F C3
-
-==== BB 167 (0x3A96CA50) in 2892B, out 16757B, BBs exec'd 0 ====
- 0x3A96CA50: movl $0x1, 8(%esi)
- 0x3A96CA57: movl -32(%ebp),%edx
- 0x3A96CA5A: movl $0x4,%esi
- 0x3A96CA5F: movl -16(%ebp),%ecx
- 0x3A96CA62: movl %eax,0x214(%edx)
- 0x3A96CA68: movl %ecx,4(%edx)
- 0x3A96CA6B: movl -32(%ebp),%ecx
- 0x3A96CA6E: movzbl -24(%ebp),%edx
- 0x3A96CA72: movzbl 0x174(%ecx),%eax
- 0x3A96CA79: movl %edi,0x160(%ecx)
- 0x3A96CA7F: andb $0x3, %dl
- 0x3A96CA82: movl %esi,0x1AC(%ecx)
- 0x3A96CA88: andb $0xFC, %al
- 0x3A96CA8A: orb %dl,%al
- 0x3A96CA8C: movb %al,0x174(%ecx)
- 0x3A96CA92: movl %ecx,%edx
- 0x3A96CA94: movl 0xFFFFF994(%ebx),%eax
- 0x3A96CA9A: addl $0x19C, %edx
- 0x3A96CAA0: movl %edx,0x1B0(%ecx)
- 0x3A96CAA6: xorl %ecx, %ecx
- 0x3A96CAA8: testl %eax,%eax
- 0x3A96CAAA: jz-32 0x3A96CC33
-. 167 3A96CA50 96
-. C7 46 08 01 00 00 00 8B 55 E0 BE 04 00 00 00 8B 4D F0 89 82 14 02 00 00 89 4A 04 8B 4D E0 0F B6 55 E8 0F B6 81 74 01 00 00 89 B9 60 01 00 00 80 E2 03 89 B1 AC 01 00 00 24 FC 08 D0 88 81 74 01 00 00 89 CA 8B 83 94 F9 FF FF 81 C2 9C 01 00 00 89 91 B0 01 00 00 31 C9 85 C0 0F 84 83 01 00 00
-
-==== BB 168 (0x3A96CC33) in 2988B, out 17098B, BBs exec'd 0 ====
- 0x3A96CC33: movl -32(%ebp),%eax
- 0x3A96CC36: movl %eax,0xFFFFF994(%ebx)
- 0x3A96CC3C: incl 0xFFFFF998(%ebx)
- 0x3A96CC42: addl $0x1, 0xFFFFF9C4(%ebx)
- 0x3A96CC49: adcl $0x0, 0xFFFFF9C8(%ebx)
- 0x3A96CC50: testl %edi,%edi
- 0x3A96CC52: jnz-32 0x3A96CB07
-. 168 3A96CC33 37
-. 8B 45 E0 89 83 94 F9 FF FF FF 83 98 F9 FF FF 83 83 C4 F9 FF FF 01 83 93 C8 F9 FF FF 00 85 FF 0F 85 AF FE FF FF
-
-==== BB 169 (0x3A96CC58) in 3025B, out 17244B, BBs exec'd 0 ====
- 0x3A96CC58: movl -32(%ebp),%edi
- 0x3A96CC5B: jmp 0x3A96CB2C
-. 169 3A96CC58 8
-. 8B 7D E0 E9 CC FE FF FF
-
-==== BB 170 (0x3A96CB2C) in 3033B, out 17288B, BBs exec'd 0 ====
- 0x3A96CB2C: testl %ecx,%ecx
- 0x3A96CB2E: leal 0x150(%edi), %eax
- 0x3A96CB34: jz-8 0x3A96CB3A
-. 170 3A96CB2C 10
-. 85 C9 8D 87 50 01 00 00 74 04
-
-==== BB 171 (0x3A96CB3A) in 3043B, out 17363B, BBs exec'd 0 ====
- 0x3A96CB3A: movl %eax,(%edx,%ecx,4)
- 0x3A96CB3D: movl -32(%ebp),%eax
- 0x3A96CB40: movl -32(%ebp),%edx
- 0x3A96CB43: movl -16(%ebp),%ecx
- 0x3A96CB46: addl $0x150, %eax
- 0x3A96CB4B: movl %eax,0x1B4(%edx)
- 0x3A96CB51: movzbl (%ecx),%ecx
- 0x3A96CB54: testb %cl,%cl
- 0x3A96CB56: movb %cl,-33(%ebp)
- 0x3A96CB59: jz-32 0x3A96CC26
-. 171 3A96CB3A 37
-. 89 04 8A 8B 45 E0 8B 55 E0 8B 4D F0 05 50 01 00 00 89 82 B4 01 00 00 0F B6 09 84 C9 88 4D DF 0F 84 C7 00 00 00
-
-==== BB 172 (0x3A96CC26) in 3080B, out 17529B, BBs exec'd 0 ====
- 0x3A96CC26: movl -32(%ebp),%eax
- 0x3A96CC29: addl $0x2C, %esp
- 0x3A96CC2C: popl %ebx
- 0x3A96CC2D: popl %esi
- 0x3A96CC2E: popl %edi
- 0x3A96CC2F: popl %ebp
- 0x3A96CC30: ret 4
-. 172 3A96CC26 13
-. 8B 45 E0 83 C4 2C 5B 5E 5F 5D C2 04 00
-
-==== BB 173 (0x3A9665B2) in 3093B, out 17651B, BBs exec'd 0 ====
- 0x3A9665B2: movl 0xFFFFF994(%ebx),%ecx
- 0x3A9665B8: subl $0x4, %esp
- 0x3A9665BB: testl %ecx,%ecx
- 0x3A9665BD: jz-32 0x3A9679C8
-. 173 3A9665B2 17
-. 8B 8B 94 F9 FF FF 83 EC 04 85 C9 0F 84 05 14 00 00
-
-==== BB 174 (0x3A9665C3) in 3110B, out 17739B, BBs exec'd 0 ====
- 0x3A9665C3: movl 8(%ebp),%esi
- 0x3A9665C6: movl 12(%ebp),%eax
- 0x3A9665C9: movl %esi,0x144(%ecx)
- 0x3A9665CF: movl 16(%ebp),%esi
- 0x3A9665D2: movw %ax,0x14C(%ecx)
- 0x3A9665D9: movl (%esi),%eax
- 0x3A9665DB: movl %eax,0x148(%ecx)
- 0x3A9665E1: incl 0x170(%ecx)
- 0x3A9665E7: xorl %eax, %eax
- 0x3A9665E9: movl 8(%ebp),%esi
- 0x3A9665EC: movl %eax,0x198(%ecx)
- 0x3A9665F2: movl $0xFFFFFFFF,%eax
- 0x3A9665F7: movl %eax,0x194(%ecx)
- 0x3A9665FD: shll $0x5, 12(%ebp)
- 0x3A966601: movl 12(%ebp),%edx
- 0x3A966604: leal (%edx,%esi,1), %eax
- 0x3A966607: cmpl %eax,%esi
- 0x3A966609: jnb-32 0x3A9666B9
-. 174 3A9665C3 76
-. 8B 75 08 8B 45 0C 89 B1 44 01 00 00 8B 75 10 66 89 81 4C 01 00 00 8B 06 89 81 48 01 00 00 FF 81 70 01 00 00 31 C0 8B 75 08 89 81 98 01 00 00 B8 FF FF FF FF 89 81 94 01 00 00 C1 65 0C 05 8B 55 0C 8D 04 32 39 C6 0F 83 AA 00 00 00
-
-==== BB 175 (0x3A96660F) in 3186B, out 18001B, BBs exec'd 0 ====
- 0x3A96660F: movl %eax,0xFFFFFEE4(%ebp)
- 0x3A966615: jmp-8 0x3A96663A
-. 175 3A96660F 8
-. 89 85 E4 FE FF FF EB 23
-
-==== BB 176 (0x3A96663A) in 3194B, out 18048B, BBs exec'd 0 ====
- 0x3A96663A: movl (%esi),%eax
- 0x3A96663C: cmpl $0x3, %eax
- 0x3A96663F: jz-8 0x3A966670
-. 176 3A96663A 7
-. 8B 06 83 F8 03 74 2F
-
-==== BB 177 (0x3A966641) in 3201B, out 18115B, BBs exec'd 0 ====
- 0x3A966641: cmpl $0x3, %eax
- 0x3A966644: jbe-8 0x3A966617
-. 177 3A966641 5
-. 83 F8 03 76 D1
-
-==== BB 178 (0x3A966646) in 3206B, out 18172B, BBs exec'd 0 ====
- 0x3A966646: cmpl $0x6474E551, %eax
- 0x3A96664B: jz-32 0x3A966CC0
-. 178 3A966646 11
-. 3D 51 E5 74 64 0F 84 6F 06 00 00
-
-==== BB 179 (0x3A966651) in 3217B, out 18232B, BBs exec'd 0 ====
- 0x3A966651: cmpl $0x6474E551, %eax
- 0x3A966656: jnbe-32 0x3A966C9B
-. 179 3A966651 11
-. 3D 51 E5 74 64 0F 87 3F 06 00 00
-
-==== BB 180 (0x3A96665C) in 3228B, out 18292B, BBs exec'd 0 ====
- 0x3A96665C: cmpl $0x6, %eax
- 0x3A96665F: nop
- 0x3A966660: jnz-8 0x3A96662F
-. 180 3A96665C 6
-. 83 F8 06 90 75 CD
-
-==== BB 181 (0x3A966662) in 3234B, out 18353B, BBs exec'd 0 ====
- 0x3A966662: movl 8(%esi),%edi
- 0x3A966665: movl 8(%ebp),%eax
- 0x3A966668: subl %edi,%eax
- 0x3A96666A: movl %eax,(%ecx)
- 0x3A96666C: jmp-8 0x3A96662F
-. 181 3A966662 12
-. 8B 7E 08 8B 45 08 29 F8 89 01 EB C1
-
-==== BB 182 (0x3A96662F) in 3246B, out 18433B, BBs exec'd 0 ====
- 0x3A96662F: addl $0x20, %esi
- 0x3A966632: cmpl 0xFFFFFEE4(%ebp),%esi
- 0x3A966638: jnb-8 0x3A9666B9
-. 182 3A96662F 11
-. 83 C6 20 3B B5 E4 FE FF FF 73 7F
-
-==== BB 183 (0x3A966670) in 3257B, out 18511B, BBs exec'd 0 ====
- 0x3A966670: movl (%ecx),%eax
- 0x3A966672: movl 8(%esi),%edx
- 0x3A966675: addl %eax,%edx
- 0x3A966677: movl %edx,0x94(%ebx)
- 0x3A96667D: leal 0x94(%ebx), %eax
- 0x3A966683: movl %eax,0xFFFFF9F8(%ebx)
- 0x3A966689: movl 0xFFFFF9EC(%ebx),%eax
- 0x3A96668F: testl %eax,%eax
- 0x3A966691: jnz-32 0x3A967586
-. 183 3A966670 39
-. 8B 01 8B 56 08 01 C2 89 93 94 00 00 00 8D 83 94 00 00 00 89 83 F8 F9 FF FF 8B 83 EC F9 FF FF 85 C0 0F 85 EF 0E 00 00
-
-==== BB 184 (0x3A967586) in 3296B, out 18654B, BBs exec'd 0 ====
- 0x3A967586: movb $0x1, 0xFFFFFF0B(%ebp)
- 0x3A96758D: jmp 0x3A96662F
-. 184 3A967586 12
-. C6 85 0B FF FF FF 01 E9 9D F0 FF FF
-
-==== BB 185 (0x3A966617) in 3308B, out 18702B, BBs exec'd 0 ====
- 0x3A966617: cmpl $0x1, %eax
- 0x3A96661A: jz-32 0x3A966B96
-. 185 3A966617 9
-. 83 F8 01 0F 84 76 05 00 00
-
-==== BB 186 (0x3A966B96) in 3317B, out 18759B, BBs exec'd 0 ====
- 0x3A966B96: movl 28(%esi),%eax
- 0x3A966B99: movl 8(%esi),%edx
- 0x3A966B9C: movl (%ecx),%edi
- 0x3A966B9E: decl %eax
- 0x3A966B9F: notl %eax
- 0x3A966BA1: andl %edx,%eax
- 0x3A966BA3: leal (%eax,%edi,1), %eax
- 0x3A966BA6: cmpl %eax,0x194(%ecx)
- 0x3A966BAC: jbe-8 0x3A966BB7
-. 186 3A966B96 24
-. 8B 46 1C 8B 56 08 8B 39 48 F7 D0 21 D0 8D 04 38 39 81 94 01 00 00 76 09
-
-==== BB 187 (0x3A966BAE) in 3341B, out 18888B, BBs exec'd 0 ====
- 0x3A966BAE: movl %eax,0x194(%ecx)
- 0x3A966BB4: movl 8(%esi),%edx
- 0x3A966BB7: leal (%edx,%edi,1), %eax
- 0x3A966BBA: movl 20(%esi),%edi
- 0x3A966BBD: addl %edi,%eax
- 0x3A966BBF: cmpl %eax,0x198(%ecx)
- 0x3A966BC5: jnb-32 0x3A96662F
-. 187 3A966BAE 29
-. 89 81 94 01 00 00 8B 56 08 8D 04 3A 8B 7E 14 01 F8 39 81 98 01 00 00 0F 83 64 FA FF FF
-
-==== BB 188 (0x3A966BCB) in 3370B, out 19018B, BBs exec'd 0 ====
- 0x3A966BCB: movl %eax,0x198(%ecx)
- 0x3A966BD1: jmp 0x3A96662F
-. 188 3A966BCB 11
-. 89 81 98 01 00 00 E9 59 FA FF FF
-
-==== BB 189 (0x3A966BB7) in 3381B, out 19065B, BBs exec'd 0 ====
- 0x3A966BB7: leal (%edx,%edi,1), %eax
- 0x3A966BBA: movl 20(%esi),%edi
- 0x3A966BBD: addl %edi,%eax
- 0x3A966BBF: cmpl %eax,0x198(%ecx)
- 0x3A966BC5: jnb-32 0x3A96662F
-. 189 3A966BB7 20
-. 8D 04 3A 8B 7E 14 01 F8 39 81 98 01 00 00 0F 83 64 FA FF FF
-
-==== BB 190 (0x3A966620) in 3401B, out 19169B, BBs exec'd 0 ====
- 0x3A966620: cmpl $0x2, %eax
- 0x3A966623: jnz-8 0x3A96662F
-. 190 3A966620 5
-. 83 F8 02 75 0A
-
-==== BB 191 (0x3A966625) in 3406B, out 19226B, BBs exec'd 0 ====
- 0x3A966625: movl 8(%esi),%eax
- 0x3A966628: movl (%ecx),%edx
- 0x3A96662A: addl %edx,%eax
- 0x3A96662C: movl %eax,8(%ecx)
- 0x3A96662F: addl $0x20, %esi
- 0x3A966632: cmpl 0xFFFFFEE4(%ebp),%esi
- 0x3A966638: jnb-8 0x3A9666B9
-. 191 3A966625 21
-. 8B 46 08 8B 11 01 D0 89 41 08 83 C6 20 3B B5 E4 FE FF FF 73 7F
-
-==== BB 192 (0x3A966CC0) in 3427B, out 19346B, BBs exec'd 0 ====
- 0x3A966CC0: movl 24(%esi),%eax
- 0x3A966CC3: movl %eax,0xFFFFFC00(%ebx)
- 0x3A966CC9: jmp 0x3A96662F
-. 192 3A966CC0 14
-. 8B 46 18 89 83 00 FC FF FF E9 61 F9 FF FF
-
-==== BB 193 (0x3A9666B9) in 3441B, out 19406B, BBs exec'd 0 ====
- 0x3A9666B9: movl 0x198(%ecx),%edx
- 0x3A9666BF: testl %edx,%edx
- 0x3A9666C1: jnz-8 0x3A9666CE
-. 193 3A9666B9 10
-. 8B 91 98 01 00 00 85 D2 75 0B
-
-==== BB 194 (0x3A9666CE) in 3451B, out 19481B, BBs exec'd 0 ====
- 0x3A9666CE: movl 0xFFFFF9F8(%ebx),%eax
- 0x3A9666D4: testl %eax,%eax
- 0x3A9666D6: jnz-8 0x3A9666F4
-. 194 3A9666CE 10
-. 8B 83 F8 F9 FF FF 85 C0 75 1C
-
-==== BB 195 (0x3A9666F4) in 3461B, out 19556B, BBs exec'd 0 ====
- 0x3A9666F4: cmpb $0x0, 0xFFFFFF02(%ebp)
- 0x3A9666FB: jnz-32 0x3A966837
-. 195 3A9666F4 13
-. 80 BD 02 FF FF FF 00 0F 85 36 01 00 00
-
-==== BB 196 (0x3A966701) in 3474B, out 19622B, BBs exec'd 0 ====
- 0x3A966701: movl %ecx,0xFFFFFEE0(%ebp)
- 0x3A966707: movl 8(%ecx),%esi
- 0x3A96670A: testl %esi,%esi
- 0x3A96670C: movl %esi,0xFFFFFEDC(%ebp)
- 0x3A966712: jz-32 0x3A96682C
-. 196 3A966701 23
-. 89 8D E0 FE FF FF 8B 71 08 85 F6 89 B5 DC FE FF FF 0F 84 14 01 00 00
-
-==== BB 197 (0x3A966718) in 3497B, out 19723B, BBs exec'd 0 ====
- 0x3A966718: movl (%esi),%esi
- 0x3A96671A: leal 24(%ecx), %edi
- 0x3A96671D: testl %esi,%esi
- 0x3A96671F: jnz-8 0x3A966741
-. 197 3A966718 9
-. 8B 36 8D 79 18 85 F6 75 20
-
-==== BB 198 (0x3A966741) in 3506B, out 19805B, BBs exec'd 0 ====
- 0x3A966741: cmpl $0x21, %esi
- 0x3A966744: jle-8 0x3A966723
-. 198 3A966741 5
-. 83 FE 21 7E DD
-
-==== BB 199 (0x3A966723) in 3511B, out 19862B, BBs exec'd 0 ====
- 0x3A966723: movl 0xFFFFFEDC(%ebp),%edx
- 0x3A966729: movl %edx,(%edi,%esi,4)
- 0x3A96672C: addl $0x8, 0xFFFFFEDC(%ebp)
- 0x3A966733: movl 0xFFFFFEDC(%ebp),%esi
- 0x3A966739: movl (%esi),%eax
- 0x3A96673B: testl %eax,%eax
- 0x3A96673D: movl %eax,%esi
- 0x3A96673F: jz-8 0x3A966768
-. 199 3A966723 30
-. 8B 95 DC FE FF FF 89 14 B7 83 85 DC FE FF FF 08 8B B5 DC FE FF FF 8B 06 85 C0 89 C6 74 27
-
-==== BB 200 (0x3A966746) in 3541B, out 20003B, BBs exec'd 0 ====
- 0x3A966746: movl $0x6FFFFFFF,%eax
- 0x3A96674B: subl %esi,%eax
- 0x3A96674D: cmpl $0xF, %eax
- 0x3A966750: jnbe-32 0x3A966BD6
-. 200 3A966746 16
-. B8 FF FF FF 6F 29 F0 83 F8 0F 0F 87 80 04 00 00
-
-==== BB 201 (0x3A966756) in 3557B, out 20076B, BBs exec'd 0 ====
- 0x3A966756: movl $0x70000021,%eax
- 0x3A96675B: subl %esi,%eax
- 0x3A96675D: movl 0xFFFFFEDC(%ebp),%esi
- 0x3A966763: movl %esi,(%edi,%eax,4)
- 0x3A966766: jmp-8 0x3A96672C
-. 201 3A966756 18
-. B8 21 00 00 70 29 F0 8B B5 DC FE FF FF 89 34 87 EB C4
-
-==== BB 202 (0x3A96672C) in 3575B, out 20160B, BBs exec'd 0 ====
- 0x3A96672C: addl $0x8, 0xFFFFFEDC(%ebp)
- 0x3A966733: movl 0xFFFFFEDC(%ebp),%esi
- 0x3A966739: movl (%esi),%eax
- 0x3A96673B: testl %eax,%eax
- 0x3A96673D: movl %eax,%esi
- 0x3A96673F: jz-8 0x3A966768
-. 202 3A96672C 21
-. 83 85 DC FE FF FF 08 8B B5 DC FE FF FF 8B 06 85 C0 89 C6 74 27
-
-==== BB 203 (0x3A966768) in 3596B, out 20268B, BBs exec'd 0 ====
- 0x3A966768: movl (%ecx),%edx
- 0x3A96676A: testl %edx,%edx
- 0x3A96676C: jz-8 0x3A9667C7
-. 203 3A966768 6
-. 8B 11 85 D2 74 59
-
-==== BB 204 (0x3A9667C7) in 3602B, out 20337B, BBs exec'd 0 ====
- 0x3A9667C7: movl 120(%edi),%edx
- 0x3A9667CA: testl %edx,%edx
- 0x3A9667CC: jz-8 0x3A9667FE
-. 204 3A9667C7 7
-. 8B 57 78 85 D2 74 30
-
-==== BB 205 (0x3A9667FE) in 3609B, out 20409B, BBs exec'd 0 ====
- 0x3A9667FE: movl 0x98(%edi),%edx
- 0x3A966804: testl %edx,%edx
- 0x3A966806: jz-8 0x3A96681E
-. 205 3A9667FE 10
-. 8B 97 98 00 00 00 85 D2 74 16
-
-==== BB 206 (0x3A96681E) in 3619B, out 20487B, BBs exec'd 0 ====
- 0x3A96681E: movl 116(%edi),%eax
- 0x3A966821: testl %eax,%eax
- 0x3A966823: jz-8 0x3A96682C
-. 206 3A96681E 7
-. 8B 47 74 85 C0 74 07
-
-==== BB 207 (0x3A96682C) in 3626B, out 20559B, BBs exec'd 0 ====
- 0x3A96682C: movl 40(%ecx),%eax
- 0x3A96682F: testl %eax,%eax
- 0x3A966831: jnz-32 0x3A966D00
-. 207 3A96682C 11
-. 8B 41 28 85 C0 0F 85 C9 04 00 00
-
-==== BB 208 (0x3A966D00) in 3637B, out 20631B, BBs exec'd 0 ====
- 0x3A966D00: movl %ecx,%eax
- 0x3A966D02: call 0x3A96BD80
-. 208 3A966D00 7
-. 89 C8 E8 79 50 00 00
-
-==== BB 209 (0x3A966D07) in 3644B, out 20686B, BBs exec'd 0 ====
- 0x3A966D07: jmp 0x3A966837
-. 209 3A966D07 5
-. E9 2B FB FF FF
-
-==== BB 210 (0x3A966837) in 3649B, out 20714B, BBs exec'd 0 ====
- 0x3A966837: cmpl $0x2, 0xFFFFFF50(%ebp)
- 0x3A96683E: jz-32 0x3A967D63
-. 210 3A966837 13
-. 83 BD 50 FF FF FF 02 0F 84 1F 15 00 00
-
-==== BB 211 (0x3A966844) in 3662B, out 20780B, BBs exec'd 0 ====
- 0x3A966844: cmpb $0x0, 0xFFFFFF02(%ebp)
- 0x3A96684B: jz-32 0x3A966CF0
-. 211 3A966844 13
-. 80 BD 02 FF FF FF 00 0F 84 9F 04 00 00
-
-==== BB 212 (0x3A966CF0) in 3675B, out 20846B, BBs exec'd 0 ====
- 0x3A966CF0: movl 0xAC(%ebx),%eax
- 0x3A966CF6: call 0x3A96AB30
-. 212 3A966CF0 11
-. 8B 83 AC 00 00 00 E8 35 3E 00 00
-
-==== BB 213 _dl_init_paths(0x3A96AB30) in 3686B, out 20910B, BBs exec'd 0 ====
- 0x3A96AB30: pushl %ebp
- 0x3A96AB31: movl %esp,%ebp
- 0x3A96AB33: pushl %edi
- 0x3A96AB34: pushl %esi
- 0x3A96AB35: pushl %ebx
- 0x3A96AB36: subl $0x2C, %esp
- 0x3A96AB39: call 0x3A97592B
-. 213 3A96AB30 14
-. 55 89 E5 57 56 53 83 EC 2C E8 ED AD 00 00
-
-==== BB 214 (0x3A96AB3E) in 3700B, out 21043B, BBs exec'd 0 ====
- 0x3A96AB3E: addl $0xDB2E, %ebx
- 0x3A96AB44: movl %eax,-16(%ebp)
- 0x3A96AB47: movl 0xFFFFFC24(%ebx),%edx
- 0x3A96AB4D: leal 0xCC(%ebx), %ecx
- 0x3A96AB53: movl 0xFFFFFC20(%ebx),%eax
- 0x3A96AB59: movl %ecx,(%esp,,)
- 0x3A96AB5C: leal 0xC8(%ebx), %ecx
- 0x3A96AB62: call 0x3A972740
-. 214 3A96AB3E 41
-. 81 C3 2E DB 00 00 89 45 F0 8B 93 24 FC FF FF 8D 8B CC 00 00 00 8B 83 20 FC FF FF 89 0C 24 8D 8B C8 00 00 00 E8 D9 7B 00 00
-
-==== BB 215 _dl_important_hwcaps(0x3A972740) in 3741B, out 21186B, BBs exec'd 0 ====
- 0x3A972740: pushl %ebp
- 0x3A972741: movl %esp,%ebp
- 0x3A972743: pushl %edi
- 0x3A972744: pushl %esi
- 0x3A972745: pushl %ebx
- 0x3A972746: subl $0x38, %esp
- 0x3A972749: call 0x3A97592B
-. 215 3A972740 14
-. 55 89 E5 57 56 53 83 EC 38 E8 DD 31 00 00
-
-==== BB 216 (0x3A97274E) in 3755B, out 21319B, BBs exec'd 0 ====
- 0x3A97274E: addl $0x5F1E, %ebx
- 0x3A972754: movl %edx,-20(%ebp)
- 0x3A972757: testl %eax,%eax
- 0x3A972759: movl 0xFFFFFC58(%ebx),%edx
- 0x3A97275F: movl %eax,-16(%ebp)
- 0x3A972762: setnz %al
- 0x3A972765: xorl %edi, %edi
- 0x3A972767: andl 0xFFFFFC54(%ebx),%edx
- 0x3A97276D: movzbl %al,%eax
- 0x3A972770: movl %ecx,-24(%ebp)
- 0x3A972773: movl %eax,-32(%ebp)
- 0x3A972776: movl %edx,-28(%ebp)
- 0x3A972779: jz-8 0x3A9727A0
-. 216 3A97274E 45
-. 81 C3 1E 5F 00 00 89 55 EC 85 C0 8B 93 58 FC FF FF 89 45 F0 0F 95 C0 31 FF 23 93 54 FC FF FF 0F B6 C0 89 4D E8 89 45 E0 89 55 E4 74 25
-
-==== BB 217 (0x3A9727A0) in 3800B, out 21523B, BBs exec'd 0 ====
- 0x3A9727A0: movl -32(%ebp),%eax
- 0x3A9727A3: testl %eax,%eax
- 0x3A9727A5: jz-32 0x3A9728CB
-. 217 3A9727A0 11
-. 8B 45 E0 85 C0 0F 84 20 01 00 00
-
-==== BB 218 (0x3A9727AB) in 3811B, out 21595B, BBs exec'd 0 ====
- 0x3A9727AB: movl -32(%ebp),%edx
- 0x3A9727AE: xorl %esi, %esi
- 0x3A9727B0: xorl %edi, %edi
- 0x3A9727B2: leal 0x10(,%edx,8), %eax
- 0x3A9727B9: subl %eax,%esp
- 0x3A9727BB: movl -28(%ebp),%eax
- 0x3A9727BE: leal 27(%esp,,), %ecx
- 0x3A9727C2: andl $0xFFFFFFF0, %ecx
- 0x3A9727C5: testl %eax,%eax
- 0x3A9727C7: movl %ecx,-40(%ebp)
- 0x3A9727CA: jz-8 0x3A97280C
-. 218 3A9727AB 33
-. 8B 55 E0 31 F6 31 FF 8D 04 D5 10 00 00 00 29 C4 8B 45 E4 8D 4C 24 1B 83 E1 F0 85 C0 89 4D D8 74 40
-
-==== BB 219 (0x3A97280C) in 3844B, out 21764B, BBs exec'd 0 ====
- 0x3A97280C: movl -16(%ebp),%edi
- 0x3A97280F: testl %edi,%edi
- 0x3A972811: jz-8 0x3A972823
-. 219 3A97280C 7
-. 8B 7D F0 85 FF 74 10
-
-==== BB 220 (0x3A972813) in 3851B, out 21836B, BBs exec'd 0 ====
- 0x3A972813: movl -40(%ebp),%eax
- 0x3A972816: movl -16(%ebp),%edx
- 0x3A972819: movl -20(%ebp),%ecx
- 0x3A97281C: movl %edx,(%eax,%esi,8)
- 0x3A97281F: movl %ecx,4(%eax,%esi,8)
- 0x3A972823: cmpl $0x1, -32(%ebp)
- 0x3A972827: jz-32 0x3A9728FD
-. 220 3A972813 26
-. 8B 45 D8 8B 55 F0 8B 4D EC 89 14 F0 89 4C F0 04 83 7D E0 01 0F 84 D0 00 00 00
-
-==== BB 221 (0x3A9728FD) in 3877B, out 21963B, BBs exec'd 0 ====
- 0x3A9728FD: movl -40(%ebp),%esi
- 0x3A972900: movl 4(%esi),%edx
- 0x3A972903: incl %edx
- 0x3A972904: movzbl -32(%ebp),%ecx
- 0x3A972908: movl $0x1,%esi
- 0x3A97290D: movl %esi,%eax
- 0x3A97290F: shll %cl, %eax
- 0x3A972911: movl -24(%ebp),%ecx
- 0x3A972914: movl %eax,(%ecx)
- 0x3A972916: leal (%edx,%eax,8), %eax
- 0x3A972919: movl %eax,(%esp,,)
- 0x3A97291C: call 0x3A96581C
-. 221 3A9728FD 36
-. 8B 75 D8 8B 56 04 42 0F B6 4D E0 BE 01 00 00 00 89 F0 D3 E0 8B 4D E8 89 01 8D 04 C2 89 04 24 E8 FB 2E FF FF
-
-==== BB 222 (0x3A97374A) in 3913B, out 22127B, BBs exec'd 0 ====
- 0x3A97374A: movl 0x138(%ebx),%eax
- 0x3A973750: addl %esi,%eax
- 0x3A973752: leal -1(%eax), %edx
- 0x3A973755: negl %esi
- 0x3A973757: andl %esi,%edx
- 0x3A973759: leal (%edi,%edx,1), %eax
- 0x3A97375C: cmpl %ecx,%eax
- 0x3A97375E: jnb-8 0x3A973780
-. 222 3A97374A 22
-. 8B 83 38 01 00 00 01 F0 8D 50 FF F7 DE 21 F2 8D 04 17 39 C8 73 20
-
-==== BB 223 (0x3A972921) in 3935B, out 22246B, BBs exec'd 0 ====
- 0x3A972921: movl %eax,-36(%ebp)
- 0x3A972924: testl %eax,%eax
- 0x3A972926: jz-8 0x3A9728B4
-. 223 3A972921 7
-. 89 45 DC 85 C0 74 8C
-
-==== BB 224 (0x3A972928) in 3942B, out 22318B, BBs exec'd 0 ====
- 0x3A972928: cmpl $0x1, -32(%ebp)
- 0x3A97292C: jz-32 0x3A972A0B
-. 224 3A972928 10
-. 83 7D E0 01 0F 84 D9 00 00 00
-
-==== BB 225 (0x3A972A0B) in 3952B, out 22381B, BBs exec'd 0 ====
- 0x3A972A0B: movl -24(%ebp),%esi
- 0x3A972A0E: movl -36(%ebp),%edx
- 0x3A972A11: movl -40(%ebp),%ecx
- 0x3A972A14: movl (%esi),%eax
- 0x3A972A16: leal (%edx,%eax,8), %eax
- 0x3A972A19: movl %eax,(%edx)
- 0x3A972A1B: movl 4(%ecx),%eax
- 0x3A972A1E: incl %eax
- 0x3A972A1F: movl %eax,4(%edx)
- 0x3A972A22: movl (%esi),%eax
- 0x3A972A24: movl $0x0, 12(%edx)
- 0x3A972A2B: leal (%edx,%eax,8), %eax
- 0x3A972A2E: movl %eax,8(%edx)
- 0x3A972A31: movl 4(%ecx),%eax
- 0x3A972A34: movl %eax,8(%esp,,)
- 0x3A972A38: movl (%ecx),%eax
- 0x3A972A3A: movl %eax,4(%esp,,)
- 0x3A972A3E: movl (%esi),%eax
- 0x3A972A40: leal (%edx,%eax,8), %eax
- 0x3A972A43: movl %eax,(%esp,,)
- 0x3A972A46: call 0x3A975770
-. 225 3A972A0B 64
-. 8B 75 E8 8B 55 DC 8B 4D D8 8B 06 8D 04 C2 89 02 8B 41 04 40 89 42 04 8B 06 C7 42 0C 00 00 00 00 8D 04 C2 89 42 08 8B 41 04 89 44 24 08 8B 01 89 44 24 04 8B 06 8D 04 C2 89 04 24 E8 25 2D 00 00
-
-==== BB 226 mempcpy(0x3A975770) in 4016B, out 22625B, BBs exec'd 0 ====
- 0x3A975770: pushl %edi
- 0x3A975771: pushl %esi
- 0x3A975772: movl 12(%esp,,),%edi
- 0x3A975776: movl 16(%esp,,),%esi
- 0x3A97577A: movl 20(%esp,,),%ecx
- 0x3A97577E: movl %edi,%eax
- 0x3A975780: cld
- 0x3A975781: cmpl $0x20, %ecx
- 0x3A975784: jbe-8 0x3A9757D8
-. 226 3A975770 22
-. 57 56 8B 7C 24 0C 8B 74 24 10 8B 4C 24 14 89 F8 FC 83 F9 20 76 52
-
-==== BB 227 (0x3A9757D8) in 4038B, out 22774B, BBs exec'd 0 ====
- 0x3A9757D8: rep movsb
-. 227 3A9757D8 2
-. F3 A4
-
-==== BB 228 (0x3A9757DA) in 4040B, out 22869B, BBs exec'd 0 ====
- 0x3A9757DA: movl %edi,%eax
- 0x3A9757DC: popl %esi
- 0x3A9757DD: popl %edi
- 0x3A9757DE: ret
-. 228 3A9757DA 5
-. 89 F8 5E 5F C3
-
-==== BB 229 (0x3A972A4B) in 4045B, out 22941B, BBs exec'd 0 ====
- 0x3A972A4B: movb $0x2F, (%eax)
- 0x3A972A4E: movl 8(%ebp),%edx
- 0x3A972A51: movl $0x2, (%esi)
- 0x3A972A57: movl -36(%ebp),%esi
- 0x3A972A5A: movl 4(%esi),%eax
- 0x3A972A5D: movl %eax,(%edx)
- 0x3A972A5F: jmp 0x3A9728F0
-. 229 3A972A4B 25
-. C6 00 2F 8B 55 08 C7 06 02 00 00 00 8B 75 DC 8B 46 04 89 02 E9 8C FE FF FF
-
-==== BB 230 (0x3A9728F0) in 4070B, out 23047B, BBs exec'd 0 ====
- 0x3A9728F0: movl -36(%ebp),%eax
- 0x3A9728F3: leal -12(%ebp), %esp
- 0x3A9728F6: popl %ebx
- 0x3A9728F7: popl %esi
- 0x3A9728F8: popl %edi
- 0x3A9728F9: popl %ebp
- 0x3A9728FA: ret 4
-. 230 3A9728F0 13
-. 8B 45 DC 8D 65 F4 5B 5E 5F 5D C2 04 00
-
-==== BB 231 (0x3A96AB67) in 4083B, out 23162B, BBs exec'd 0 ====
- 0x3A96AB67: movl %eax,0xC4(%ebx)
- 0x3A96AB6D: subl $0x4, %esp
- 0x3A96AB70: movl $0xC, (%esp,,)
- 0x3A96AB77: call 0x3A96581C
-. 231 3A96AB67 21
-. 89 83 C4 00 00 00 83 EC 04 C7 04 24 0C 00 00 00 E8 A0 AC FF FF
-
-==== BB 232 (0x3A96AB7C) in 4104B, out 23252B, BBs exec'd 0 ====
- 0x3A96AB7C: movl %eax,0xD0(%ebx)
- 0x3A96AB82: testl %eax,%eax
- 0x3A96AB84: movl %eax,%esi
- 0x3A96AB86: jz-32 0x3A96AE1F
-. 232 3A96AB7C 16
-. 89 83 D0 00 00 00 85 C0 89 C6 0F 84 93 02 00 00
-
-==== BB 233 (0x3A96AB8C) in 4120B, out 23334B, BBs exec'd 0 ====
- 0x3A96AB8C: movl 0xC8(%ebx),%edx
- 0x3A96AB92: movl $0xCCCCCCCD,%eax
- 0x3A96AB97: leal 0x27(,%edx,4), %edx
- 0x3A96AB9E: mull %edx
- 0x3A96ABA0: shrl $0x4, %edx
- 0x3A96ABA3: leal (%edx,%edx,4), %edx
- 0x3A96ABA6: movl %edx,-24(%ebp)
- 0x3A96ABA9: movl %edx,%eax
- 0x3A96ABAB: shll $0x6, %eax
- 0x3A96ABAE: movl %eax,(%esp,,)
- 0x3A96ABB1: call 0x3A96581C
-. 233 3A96AB8C 42
-. 8B 93 C8 00 00 00 B8 CD CC CC CC 8D 14 95 27 00 00 00 F7 E2 C1 EA 04 8D 14 92 89 55 E8 89 D0 C1 E0 06 89 04 24 E8 66 AC FF FF
-
-==== BB 234 (0x3A96ABB6) in 4162B, out 23505B, BBs exec'd 0 ====
- 0x3A96ABB6: movl %eax,(%esi)
- 0x3A96ABB8: movl 0xD0(%ebx),%eax
- 0x3A96ABBE: leal 0xFFFFE390(%ebx), %edx
- 0x3A96ABC4: movl (%eax),%eax
- 0x3A96ABC6: testl %eax,%eax
- 0x3A96ABC8: jz-32 0x3A96AE25
-. 234 3A96ABB6 24
-. 89 06 8B 83 D0 00 00 00 8D 93 90 E3 FF FF 8B 00 85 C0 0F 84 57 02 00 00
-
-==== BB 235 (0x3A96ABCE) in 4186B, out 23613B, BBs exec'd 0 ====
- 0x3A96ABCE: movl %eax,0xFFFFF9DC(%ebx)
- 0x3A96ABD4: xorl %edx, %edx
- 0x3A96ABD6: movl 0xC8(%ebx),%ecx
- 0x3A96ABDC: movl %edx,0xD4(%ebx)
- 0x3A96ABE2: movl %eax,%edx
- 0x3A96ABE4: leal 0xFFFFD61C(%ebx), %eax
- 0x3A96ABEA: movl %eax,-20(%ebp)
- 0x3A96ABED: movl -24(%ebp),%eax
- 0x3A96ABF0: leal 0xFFFFF017(%ebx), %edi
- 0x3A96ABF6: movl $0x0, -40(%ebp)
- 0x3A96ABFD: shll $0x2, %eax
- 0x3A96AC00: movl %edi,-32(%ebp)
- 0x3A96AC03: movl %eax,-28(%ebp)
- 0x3A96AC06: movl %edx,(%esi)
- 0x3A96AC08: movl -32(%ebp),%edi
- 0x3A96AC0B: addl $0x4, %esi
- 0x3A96AC0E: movl $0x0, 8(%edx)
- 0x3A96AC15: movl -20(%ebp),%eax
- 0x3A96AC18: movl %edi,4(%edx)
- 0x3A96AC1B: movl -40(%ebp),%edi
- 0x3A96AC1E: movl %eax,12(%edx)
- 0x3A96AC21: movl -10732(%ebx,%edi,4),%edi
- 0x3A96AC28: leal 1(%edi,%eax,1), %eax
- 0x3A96AC2C: movl %eax,-20(%ebp)
- 0x3A96AC2F: xorl %eax, %eax
- 0x3A96AC31: cmpl %ecx,%eax
- 0x3A96AC33: movl %edi,16(%edx)
- 0x3A96AC36: jnb-8 0x3A96AC4B
-. 235 3A96ABCE 106
-. 89 83 DC F9 FF FF 31 D2 8B 8B C8 00 00 00 89 93 D4 00 00 00 89 C2 8D 83 1C D6 FF FF 89 45 EC 8B 45 E8 8D BB 17 F0 FF FF C7 45 D8 00 00 00 00 C1 E0 02 89 7D E0 89 45 E4 89 16 8B 7D E0 83 C6 04 C7 42 08 00 00 00 00 8B 45 EC 89 7A 04 8B 7D D8 89 42 0C 8B BC BB 14 D6 FF FF 8D 44 07 01 89 45 EC 31 C0 39 C8 89 7A 10 73 13
-
-==== BB 236 (0x3A96AC38) in 4292B, out 23976B, BBs exec'd 0 ====
- 0x3A96AC38: nop
- 0x3A96AC39: leal 0(%esi,,), %esi
- 0x3A96AC40: xorl %edi, %edi
- 0x3A96AC42: movl %edi,20(%edx,%eax,4)
- 0x3A96AC46: incl %eax
- 0x3A96AC47: cmpl %ecx,%eax
- 0x3A96AC49: jb-8 0x3A96AC40
-. 236 3A96AC38 19
-. 90 8D B4 26 00 00 00 00 31 FF 89 7C 82 14 40 39 C8 72 F5
-
-==== BB 237 (0x3A96AC40) in 4311B, out 24086B, BBs exec'd 0 ====
- 0x3A96AC40: xorl %edi, %edi
- 0x3A96AC42: movl %edi,20(%edx,%eax,4)
- 0x3A96AC46: incl %eax
- 0x3A96AC47: cmpl %ecx,%eax
- 0x3A96AC49: jb-8 0x3A96AC40
-. 237 3A96AC40 11
-. 31 FF 89 7C 82 14 40 39 C8 72 F5
-
-==== BB 238 (0x3A96AC4B) in 4322B, out 24179B, BBs exec'd 0 ====
- 0x3A96AC4B: incl -40(%ebp)
- 0x3A96AC4E: movl $0x0, -36(%ebp)
- 0x3A96AC55: cmpl $0x2, -40(%ebp)
- 0x3A96AC59: jz-8 0x3A96AC63
-. 238 3A96AC4B 16
-. FF 45 D8 C7 45 DC 00 00 00 00 83 7D D8 02 74 08
-
-==== BB 239 (0x3A96AC5B) in 4338B, out 24271B, BBs exec'd 0 ====
- 0x3A96AC5B: movl -28(%ebp),%edi
- 0x3A96AC5E: addl %edx,%edi
- 0x3A96AC60: movl %edi,-36(%ebp)
- 0x3A96AC63: movl -36(%ebp),%eax
- 0x3A96AC66: movl %eax,(%edx)
- 0x3A96AC68: movl -28(%ebp),%eax
- 0x3A96AC6B: addl %eax,%edx
- 0x3A96AC6D: cmpl $0x1, -40(%ebp)
- 0x3A96AC71: jbe-8 0x3A96AC06
-. 239 3A96AC5B 24
-. 8B 7D E4 01 D7 89 7D DC 8B 45 DC 89 02 8B 45 E4 01 C2 83 7D D8 01 76 93
-
-==== BB 240 (0x3A96AC06) in 4362B, out 24406B, BBs exec'd 0 ====
- 0x3A96AC06: movl %edx,(%esi)
- 0x3A96AC08: movl -32(%ebp),%edi
- 0x3A96AC0B: addl $0x4, %esi
- 0x3A96AC0E: movl $0x0, 8(%edx)
- 0x3A96AC15: movl -20(%ebp),%eax
- 0x3A96AC18: movl %edi,4(%edx)
- 0x3A96AC1B: movl -40(%ebp),%edi
- 0x3A96AC1E: movl %eax,12(%edx)
- 0x3A96AC21: movl -10732(%ebx,%edi,4),%edi
- 0x3A96AC28: leal 1(%edi,%eax,1), %eax
- 0x3A96AC2C: movl %eax,-20(%ebp)
- 0x3A96AC2F: xorl %eax, %eax
- 0x3A96AC31: cmpl %ecx,%eax
- 0x3A96AC33: movl %edi,16(%edx)
- 0x3A96AC36: jnb-8 0x3A96AC4B
-. 240 3A96AC06 50
-. 89 16 8B 7D E0 83 C6 04 C7 42 08 00 00 00 00 8B 45 EC 89 7A 04 8B 7D D8 89 42 0C 8B BC BB 14 D6 FF FF 8D 44 07 01 89 45 EC 31 C0 39 C8 89 7A 10 73 13
-
-==== BB 241 (0x3A96AC63) in 4412B, out 24613B, BBs exec'd 0 ====
- 0x3A96AC63: movl -36(%ebp),%eax
- 0x3A96AC66: movl %eax,(%edx)
- 0x3A96AC68: movl -28(%ebp),%eax
- 0x3A96AC6B: addl %eax,%edx
- 0x3A96AC6D: cmpl $0x1, -40(%ebp)
- 0x3A96AC71: jbe-8 0x3A96AC06
-. 241 3A96AC63 16
-. 8B 45 DC 89 02 8B 45 E4 01 C2 83 7D D8 01 76 93
-
-==== BB 242 (0x3A96AC73) in 4428B, out 24718B, BBs exec'd 0 ====
- 0x3A96AC73: movl $0x0, (%esi)
- 0x3A96AC79: movl 0xFFFFF994(%ebx),%esi
- 0x3A96AC7F: movl $0x9,%edi
- 0x3A96AC84: movl %edi,0xD8(%ebx)
- 0x3A96AC8A: testl %esi,%esi
- 0x3A96AC8C: jz-8 0x3A96ACB9
-. 242 3A96AC73 27
-. C7 06 00 00 00 00 8B B3 94 F9 FF FF BF 09 00 00 00 89 BB D8 00 00 00 85 F6 74 2B
-
-==== BB 243 (0x3A96AC8E) in 4455B, out 24833B, BBs exec'd 0 ====
- 0x3A96AC8E: movl 0x8C(%esi),%edx
- 0x3A96AC94: testl %edx,%edx
- 0x3A96AC96: jnz-8 0x3A96ACE7
-. 243 3A96AC8E 10
-. 8B 96 8C 00 00 00 85 D2 75 4F
-
-==== BB 244 (0x3A96AC98) in 4465B, out 24908B, BBs exec'd 0 ====
- 0x3A96AC98: movl 84(%esi),%edx
- 0x3A96AC9B: movl $0xFFFFFFFF,%edi
- 0x3A96ACA0: movl %edi,0x1CC(%esi)
- 0x3A96ACA6: testl %edx,%edx
- 0x3A96ACA8: jnz-32 0x3A96ADD9
-. 244 3A96AC98 22
-. 8B 56 54 BF FF FF FF FF 89 BE CC 01 00 00 85 D2 0F 85 2B 01 00 00
-
-==== BB 245 (0x3A96ACAE) in 4487B, out 25005B, BBs exec'd 0 ====
- 0x3A96ACAE: movl $0xFFFFFFFF,%edi
- 0x3A96ACB3: movl %edi,0x180(%esi)
- 0x3A96ACB9: movl -16(%ebp),%esi
- 0x3A96ACBC: testl %esi,%esi
- 0x3A96ACBE: jz-8 0x3A96ACC8
-. 245 3A96ACAE 18
-. BF FF FF FF FF 89 BE 80 01 00 00 8B 75 F0 85 F6 74 08
-
-==== BB 246 (0x3A96ACC0) in 4505B, out 25105B, BBs exec'd 0 ====
- 0x3A96ACC0: movl -16(%ebp),%edi
- 0x3A96ACC3: cmpb $0x0, (%edi)
- 0x3A96ACC6: jnz-8 0x3A96AD0D
-. 246 3A96ACC0 8
-. 8B 7D F0 80 3F 00 75 45
-
-==== BB 247 (0x3A96AD0D) in 4513B, out 25178B, BBs exec'd 0 ====
- 0x3A96AD0D: movl %edi,(%esp,,)
- 0x3A96AD10: movl %edi,%esi
- 0x3A96AD12: call 0x3A9752D0
-. 247 3A96AD0D 10
-. 89 3C 24 89 FE E8 B9 A5 00 00
-
-==== BB 248 (0x3A975311) in 4523B, out 25240B, BBs exec'd 0 ====
- 0x3A975311: xorl %ecx,%edx
- 0x3A975313: andl $0x1010100, %edx
- 0x3A975319: jnz-8 0x3A975369
-. 248 3A975311 10
-. 31 CA 81 E2 00 01 01 01 75 4E
-
-==== BB 249 (0x3A97531B) in 4533B, out 25311B, BBs exec'd 0 ====
- 0x3A97531B: movl (%eax),%ecx
- 0x3A97531D: addl $0x4, %eax
- 0x3A975320: subl %ecx,%edx
- 0x3A975322: addl $0xFEFEFEFF, %ecx
- 0x3A975328: decl %edx
- 0x3A975329: jnb-8 0x3A975369
-. 249 3A97531B 16
-. 8B 08 83 C0 04 29 CA 81 C1 FF FE FE FE 4A 73 3E
-
-==== BB 250 (0x3A97532B) in 4549B, out 25408B, BBs exec'd 0 ====
- 0x3A97532B: xorl %ecx,%edx
- 0x3A97532D: andl $0x1010100, %edx
- 0x3A975333: jnz-8 0x3A975369
-. 250 3A97532B 10
-. 31 CA 81 E2 00 01 01 01 75 34
-
-==== BB 251 (0x3A975335) in 4559B, out 25479B, BBs exec'd 0 ====
- 0x3A975335: movl (%eax),%ecx
- 0x3A975337: addl $0x4, %eax
- 0x3A97533A: subl %ecx,%edx
- 0x3A97533C: addl $0xFEFEFEFF, %ecx
- 0x3A975342: decl %edx
- 0x3A975343: jnb-8 0x3A975369
-. 251 3A975335 16
-. 8B 08 83 C0 04 29 CA 81 C1 FF FE FE FE 4A 73 24
-
-==== BB 252 (0x3A975345) in 4575B, out 25576B, BBs exec'd 0 ====
- 0x3A975345: xorl %ecx,%edx
- 0x3A975347: andl $0x1010100, %edx
- 0x3A97534D: jnz-8 0x3A975369
-. 252 3A975345 10
-. 31 CA 81 E2 00 01 01 01 75 1A
-
-==== BB 253 (0x3A97534F) in 4585B, out 25647B, BBs exec'd 0 ====
- 0x3A97534F: movl (%eax),%ecx
- 0x3A975351: addl $0x4, %eax
- 0x3A975354: subl %ecx,%edx
- 0x3A975356: addl $0xFEFEFEFF, %ecx
- 0x3A97535C: decl %edx
- 0x3A97535D: jnb-8 0x3A975369
-. 253 3A97534F 16
-. 8B 08 83 C0 04 29 CA 81 C1 FF FE FE FE 4A 73 0A
-
-==== BB 254 (0x3A97535F) in 4601B, out 25744B, BBs exec'd 0 ====
- 0x3A97535F: xorl %ecx,%edx
- 0x3A975361: andl $0x1010100, %edx
- 0x3A975367: jz-8 0x3A975301
-. 254 3A97535F 10
-. 31 CA 81 E2 00 01 01 01 74 98
-
-==== BB 255 (0x3A975301) in 4611B, out 25815B, BBs exec'd 0 ====
- 0x3A975301: movl (%eax),%ecx
- 0x3A975303: addl $0x4, %eax
- 0x3A975306: subl %ecx,%edx
- 0x3A975308: addl $0xFEFEFEFF, %ecx
- 0x3A97530E: decl %edx
- 0x3A97530F: jnb-8 0x3A975369
-. 255 3A975301 16
-. 8B 08 83 C0 04 29 CA 81 C1 FF FE FE FE 4A 73 58
-
-==== BB 256 (0x3A96AD17) in 4627B, out 25912B, BBs exec'd 0 ====
- 0x3A96AD17: leal 1(%eax), %edx
- 0x3A96AD1A: addl $0x13, %eax
- 0x3A96AD1D: andl $0xFFFFFFFC, %eax
- 0x3A96AD20: subl %eax,%esp
- 0x3A96AD22: leal 27(%esp,,), %eax
- 0x3A96AD26: andl $0xFFFFFFF0, %eax
- 0x3A96AD29: movl %edx,8(%esp,,)
- 0x3A96AD2D: movl %edi,4(%esp,,)
- 0x3A96AD31: movl %eax,(%esp,,)
- 0x3A96AD34: call 0x3A975870
-. 256 3A96AD17 34
-. 8D 50 01 83 C0 13 83 E0 FC 29 C4 8D 44 24 1B 83 E0 F0 89 54 24 08 89 7C 24 04 89 04 24 E8 37 AB 00 00
-
-==== BB 257 (0x3A975886) in 4661B, out 26052B, BBs exec'd 0 ====
- 0x3A975886: negl %eax
- 0x3A975888: andl $0x3, %eax
- 0x3A97588B: subl %eax,%ecx
- 0x3A97588D: xchgl %eax, %ecx
- 0x3A97588E: rep movsb
-. 257 3A975886 10
-. F7 D8 83 E0 03 29 C1 91 F3 A4
-
-==== BB 258 (0x3A975890) in 4671B, out 26179B, BBs exec'd 0 ====
- 0x3A975890: movl %eax,%ecx
- 0x3A975892: subl $0x20, %ecx
- 0x3A975895: js-8 0x3A9758D5
-. 258 3A975890 7
-. 89 C1 83 E9 20 78 3E
-
-==== BB 259 (0x3A975897) in 4678B, out 26243B, BBs exec'd 0 ====
- 0x3A975897: movl (%edi),%eax
- 0x3A975899: movl 28(%edi),%edx
- 0x3A97589C: subl $0x20, %ecx
- 0x3A97589F: movl (%esi),%eax
- 0x3A9758A1: movl 4(%esi),%edx
- 0x3A9758A4: movl %eax,(%edi)
- 0x3A9758A6: movl %edx,4(%edi)
- 0x3A9758A9: movl 8(%esi),%eax
- 0x3A9758AC: movl 12(%esi),%edx
- 0x3A9758AF: movl %eax,8(%edi)
- 0x3A9758B2: movl %edx,12(%edi)
- 0x3A9758B5: movl 16(%esi),%eax
- 0x3A9758B8: movl 20(%esi),%edx
- 0x3A9758BB: movl %eax,16(%edi)
- 0x3A9758BE: movl %edx,20(%edi)
- 0x3A9758C1: movl 24(%esi),%eax
- 0x3A9758C4: movl 28(%esi),%edx
- 0x3A9758C7: movl %eax,24(%edi)
- 0x3A9758CA: movl %edx,28(%edi)
- 0x3A9758CD: leal 32(%esi), %esi
- 0x3A9758D0: leal 32(%edi), %edi
- 0x3A9758D3: jns-8 0x3A975899
-. 259 3A975897 62
-. 8B 07 8B 57 1C 83 E9 20 8B 06 8B 56 04 89 07 89 57 04 8B 46 08 8B 56 0C 89 47 08 89 57 0C 8B 46 10 8B 56 14 89 47 10 89 57 14 8B 46 18 8B 56 1C 89 47 18 89 57 1C 8D 76 20 8D 7F 20 79 C4
-
-==== BB 260 (0x3A9758D5) in 4740B, out 26506B, BBs exec'd 0 ====
- 0x3A9758D5: addl $0x20, %ecx
- 0x3A9758D8: movl 12(%esp,,),%eax
- 0x3A9758DC: rep movsb
-. 260 3A9758D5 9
-. 83 C1 20 8B 44 24 0C F3 A4
-
-==== BB 261 (0x3A96AD39) in 4749B, out 26623B, BBs exec'd 0 ====
- 0x3A96AD39: movl %eax,%edi
- 0x3A96AD3B: movzbl (%esi),%eax
- 0x3A96AD3E: movl $0x1,%edx
- 0x3A96AD43: testb %al,%al
- 0x3A96AD45: jz-8 0x3A96AD64
-. 261 3A96AD39 14
-. 89 C7 0F B6 06 BA 01 00 00 00 84 C0 74 1D
-
-==== BB 262 (0x3A96AD47) in 4763B, out 26723B, BBs exec'd 0 ====
- 0x3A96AD47: movl %esi,%esi
- 0x3A96AD49: leal 0(%edi,,), %edi
- 0x3A96AD50: subb $0x3A, %al
- 0x3A96AD52: cmpb $0x1, %al
- 0x3A96AD54: setbe %al
- 0x3A96AD57: movzbl %al,%eax
- 0x3A96AD5A: incl %esi
- 0x3A96AD5B: addl %eax,%edx
- 0x3A96AD5D: movzbl (%esi),%eax
- 0x3A96AD60: testb %al,%al
- 0x3A96AD62: jnz-8 0x3A96AD50
-. 262 3A96AD47 29
-. 89 F6 8D BC 27 00 00 00 00 2C 3A 3C 01 0F 96 C0 0F B6 C0 46 01 C2 0F B6 06 84 C0 75 EC
-
-==== BB 263 (0x3A96AD50) in 4792B, out 26887B, BBs exec'd 0 ====
- 0x3A96AD50: subb $0x3A, %al
- 0x3A96AD52: cmpb $0x1, %al
- 0x3A96AD54: setbe %al
- 0x3A96AD57: movzbl %al,%eax
- 0x3A96AD5A: incl %esi
- 0x3A96AD5B: addl %eax,%edx
- 0x3A96AD5D: movzbl (%esi),%eax
- 0x3A96AD60: testb %al,%al
- 0x3A96AD62: jnz-8 0x3A96AD50
-. 263 3A96AD50 20
-. 2C 3A 3C 01 0F 96 C0 0F B6 C0 46 01 C2 0F B6 06 84 C0 75 EC
-
-==== BB 264 (0x3A96AD64) in 4812B, out 27028B, BBs exec'd 0 ====
- 0x3A96AD64: leal 0x4(,%edx,4), %eax
- 0x3A96AD6B: movl %eax,(%esp,,)
- 0x3A96AD6E: call 0x3A96581C
-. 264 3A96AD64 15
-. 8D 04 95 04 00 00 00 89 04 24 E8 A9 AA FF FF
-
-==== BB 265 (0x3A96AD73) in 4827B, out 27099B, BBs exec'd 0 ====
- 0x3A96AD73: movl %eax,0xBC(%ebx)
- 0x3A96AD79: testl %eax,%eax
- 0x3A96AD7B: movl %eax,%esi
- 0x3A96AD7D: leal 0xFFFFE390(%ebx), %edx
- 0x3A96AD83: jz-32 0x3A96AE25
-. 265 3A96AD73 22
-. 89 83 BC 00 00 00 85 C0 89 C6 8D 93 90 E3 FF FF 0F 84 9C 00 00 00
-
-==== BB 266 (0x3A96AD89) in 4849B, out 27194B, BBs exec'd 0 ====
- 0x3A96AD89: xorl %ecx, %ecx
- 0x3A96AD8B: leal 0xFFFFF02A(%ebx), %eax
- 0x3A96AD91: movl %esi,%edx
- 0x3A96AD93: movl %ecx,8(%esp,,)
- 0x3A96AD97: leal 0xFFFFF03A(%ebx), %ecx
- 0x3A96AD9D: movl %eax,4(%esp,,)
- 0x3A96ADA1: movl 0x130(%ebx),%eax
- 0x3A96ADA7: movl %eax,(%esp,,)
- 0x3A96ADAA: movl %edi,%eax
- 0x3A96ADAC: call 0x3A968AC0
-. 266 3A96AD89 40
-. 31 C9 8D 83 2A F0 FF FF 89 F2 89 4C 24 08 8D 8B 3A F0 FF FF 89 44 24 04 8B 83 30 01 00 00 89 04 24 89 F8 E8 0F DD FF FF
-
-==== BB 267 fillin_rpath(0x3A968AC0) in 4889B, out 27340B, BBs exec'd 0 ====
- 0x3A968AC0: pushl %ebp
- 0x3A968AC1: movl %esp,%ebp
- 0x3A968AC3: pushl %edi
- 0x3A968AC4: pushl %esi
- 0x3A968AC5: pushl %ebx
- 0x3A968AC6: subl $0x3C, %esp
- 0x3A968AC9: call 0x3A97592B
-. 267 3A968AC0 14
-. 55 89 E5 57 56 53 83 EC 3C E8 5D CE 00 00
-
-==== BB 268 (0x3A968ACE) in 4903B, out 27473B, BBs exec'd 0 ====
- 0x3A968ACE: addl $0xFB9E, %ebx
- 0x3A968AD4: movl %eax,-16(%ebp)
- 0x3A968AD7: leal -16(%ebp), %eax
- 0x3A968ADA: movl %edx,-20(%ebp)
- 0x3A968ADD: movl %ecx,-24(%ebp)
- 0x3A968AE0: movl $0x0, -32(%ebp)
- 0x3A968AE7: movl %eax,-60(%ebp)
- 0x3A968AEA: leal 0x0(%esi), %esi
- 0x3A968AF0: movl -24(%ebp),%eax
- 0x3A968AF3: movl %eax,4(%esp,,)
- 0x3A968AF7: movl -60(%ebp),%edx
- 0x3A968AFA: movl %edx,(%esp,,)
- 0x3A968AFD: call 0x3A973530
-. 268 3A968ACE 52
-. 81 C3 9E FB 00 00 89 45 F0 8D 45 F0 89 55 EC 89 4D E8 C7 45 E0 00 00 00 00 89 45 C4 8D B6 00 00 00 00 8B 45 E8 89 44 24 04 8B 55 C4 89 14 24 E8 2E AA 00 00
-
-==== BB 269 __strsep_g(0x3A973530) in 4955B, out 27668B, BBs exec'd 0 ====
- 0x3A973530: pushl %ebp
- 0x3A973531: movl %esp,%ebp
- 0x3A973533: pushl %edi
- 0x3A973534: pushl %esi
- 0x3A973535: movl 8(%ebp),%eax
- 0x3A973538: movl (%eax),%edi
- 0x3A97353A: testl %edi,%edi
- 0x3A97353C: jz-8 0x3A97358F
-. 269 3A973530 14
-. 55 89 E5 57 56 8B 45 08 8B 38 85 FF 74 51
-
-==== BB 270 (0x3A97353E) in 4969B, out 27808B, BBs exec'd 0 ====
- 0x3A97353E: movzbl (%edi),%eax
- 0x3A973541: movl %edi,%esi
- 0x3A973543: testb %al,%al
- 0x3A973545: jz-8 0x3A973588
-. 270 3A97353E 9
-. 0F B6 07 89 FE 84 C0 74 41
-
-==== BB 271 (0x3A973547) in 4978B, out 27892B, BBs exec'd 0 ====
- 0x3A973547: movl %esi,%esi
- 0x3A973549: leal 0(%edi,,), %edi
- 0x3A973550: movl 12(%ebp),%ecx
- 0x3A973553: movzbl (%ecx),%edx
- 0x3A973556: cmpb %al,%dl
- 0x3A973558: jz-8 0x3A97356C
-. 271 3A973547 19
-. 89 F6 8D BC 27 00 00 00 00 8B 4D 0C 0F B6 11 38 C2 74 12
-
-==== BB 272 (0x3A97355A) in 4997B, out 27999B, BBs exec'd 0 ====
- 0x3A97355A: leal 0x0(%esi), %esi
- 0x3A973560: incl %ecx
- 0x3A973561: movzbl (%ecx),%edx
- 0x3A973564: testb %dl,%dl
- 0x3A973566: jz-8 0x3A973580
-. 272 3A97355A 14
-. 8D B6 00 00 00 00 41 0F B6 11 84 D2 74 18
-
-==== BB 273 (0x3A973568) in 5011B, out 28098B, BBs exec'd 0 ====
- 0x3A973568: cmpb %al,%dl
- 0x3A97356A: jnz-8 0x3A973560
-. 273 3A973568 4
-. 38 C2 75 F4
-
-==== BB 274 (0x3A973560) in 5015B, out 28156B, BBs exec'd 0 ====
- 0x3A973560: incl %ecx
- 0x3A973561: movzbl (%ecx),%edx
- 0x3A973564: testb %dl,%dl
- 0x3A973566: jz-8 0x3A973580
-. 274 3A973560 8
-. 41 0F B6 11 84 D2 74 18
-
-==== BB 275 (0x3A973580) in 5023B, out 28238B, BBs exec'd 0 ====
- 0x3A973580: incl %esi
- 0x3A973581: movzbl (%esi),%eax
- 0x3A973584: testb %al,%al
- 0x3A973586: jnz-8 0x3A973550
-. 275 3A973580 8
-. 46 0F B6 06 84 C0 75 C8
-
-==== BB 276 (0x3A973550) in 5031B, out 28320B, BBs exec'd 0 ====
- 0x3A973550: movl 12(%ebp),%ecx
- 0x3A973553: movzbl (%ecx),%edx
- 0x3A973556: cmpb %al,%dl
- 0x3A973558: jz-8 0x3A97356C
-. 276 3A973550 10
-. 8B 4D 0C 0F B6 11 38 C2 74 12
-
-==== BB 277 (0x3A973588) in 5041B, out 28404B, BBs exec'd 0 ====
- 0x3A973588: xorl %esi, %esi
- 0x3A97358A: movl 8(%ebp),%eax
- 0x3A97358D: movl %esi,(%eax)
- 0x3A97358F: popl %esi
- 0x3A973590: movl %edi,%eax
- 0x3A973592: popl %edi
- 0x3A973593: popl %ebp
- 0x3A973594: ret
-. 277 3A973588 13
-. 31 F6 8B 45 08 89 30 5E 89 F8 5F 5D C3
-
-==== BB 278 (0x3A968B02) in 5054B, out 28525B, BBs exec'd 0 ====
- 0x3A968B02: movl %eax,-28(%ebp)
- 0x3A968B05: testl %eax,%eax
- 0x3A968B07: jz-32 0x3A968BFB
-. 278 3A968B02 11
-. 89 45 E4 85 C0 0F 84 EE 00 00 00
-
-==== BB 279 (0x3A968B0D) in 5065B, out 28597B, BBs exec'd 0 ====
- 0x3A968B0D: movl %eax,(%esp,,)
- 0x3A968B10: call 0x3A9752D0
-. 279 3A968B0D 8
-. 89 04 24 E8 BB C7 00 00
-
-==== BB 280 (0x3A968B15) in 5073B, out 28652B, BBs exec'd 0 ====
- 0x3A968B15: movl %eax,-40(%ebp)
- 0x3A968B18: testl %eax,%eax
- 0x3A968B1A: jnz-8 0x3A968B25
-. 280 3A968B15 7
-. 89 45 D8 85 C0 75 09
-
-==== BB 281 (0x3A968B25) in 5080B, out 28724B, BBs exec'd 0 ====
- 0x3A968B25: cmpl $0x1, -40(%ebp)
- 0x3A968B29: jbe-8 0x3A968B3C
-. 281 3A968B25 6
-. 83 7D D8 01 76 11
-
-==== BB 282 (0x3A968B2B) in 5086B, out 28787B, BBs exec'd 0 ====
- 0x3A968B2B: movl -28(%ebp),%ecx
- 0x3A968B2E: movl -40(%ebp),%edi
- 0x3A968B31: cmpb $0x2F, -1(%edi,%ecx,1)
- 0x3A968B36: jz-32 0x3A968C12
-. 282 3A968B2B 17
-. 8B 4D E4 8B 7D D8 80 7C 0F FF 2F 0F 84 D6 00 00 00
-
-==== BB 283 (0x3A968B3C) in 5103B, out 28877B, BBs exec'd 0 ====
- 0x3A968B3C: movl -40(%ebp),%eax
- 0x3A968B3F: testl %eax,%eax
- 0x3A968B41: jz-8 0x3A968B58
-. 283 3A968B3C 7
-. 8B 45 D8 85 C0 74 15
-
-==== BB 284 (0x3A968B43) in 5110B, out 28949B, BBs exec'd 0 ====
- 0x3A968B43: movl -28(%ebp),%ecx
- 0x3A968B46: movl -40(%ebp),%edi
- 0x3A968B49: cmpb $0x2F, -1(%edi,%ecx,1)
- 0x3A968B4E: jz-8 0x3A968B58
-. 284 3A968B43 13
-. 8B 4D E4 8B 7D D8 80 7C 0F FF 2F 74 08
-
-==== BB 285 (0x3A968B50) in 5123B, out 29039B, BBs exec'd 0 ====
- 0x3A968B50: movb $0x2F, (%edi,%ecx,1)
- 0x3A968B54: incl %edi
- 0x3A968B55: movl %edi,-40(%ebp)
- 0x3A968B58: movl 8(%ebp),%eax
- 0x3A968B5B: testl %eax,%eax
- 0x3A968B5D: jnz-32 0x3A968D35
-. 285 3A968B50 19
-. C6 04 0F 2F 47 89 7D D8 8B 45 08 85 C0 0F 85 D2 01 00 00
-
-==== BB 286 (0x3A968B63) in 5142B, out 29150B, BBs exec'd 0 ====
- 0x3A968B63: movl 0xFFFFF9DC(%ebx),%edx
- 0x3A968B69: testl %edx,%edx
- 0x3A968B6B: movl %edx,-36(%ebp)
- 0x3A968B6E: jnz-8 0x3A968B85
-. 286 3A968B63 13
-. 8B 93 DC F9 FF FF 85 D2 89 55 DC 75 15
-
-==== BB 287 (0x3A968B85) in 5155B, out 29238B, BBs exec'd 0 ====
- 0x3A968B85: movl -36(%ebp),%ecx
- 0x3A968B88: movl -40(%ebp),%edi
- 0x3A968B8B: cmpl %edi,16(%ecx)
- 0x3A968B8E: jnz-8 0x3A968B75
-. 287 3A968B85 11
-. 8B 4D DC 8B 7D D8 39 79 10 75 E5
-
-==== BB 288 (0x3A968B75) in 5166B, out 29326B, BBs exec'd 0 ====
- 0x3A968B75: movl -36(%ebp),%edx
- 0x3A968B78: movl (%edx),%edx
- 0x3A968B7A: testl %edx,%edx
- 0x3A968B7C: movl %edx,-36(%ebp)
- 0x3A968B7F: jz-32 0x3A968C31
-. 288 3A968B75 16
-. 8B 55 DC 8B 12 85 D2 89 55 DC 0F 84 AC 00 00 00
-
-==== BB 289 (0x3A968C31) in 5182B, out 29415B, BBs exec'd 0 ====
- 0x3A968C31: movl 16(%ebp),%ecx
- 0x3A968C34: xorl %esi, %esi
- 0x3A968C36: testl %ecx,%ecx
- 0x3A968C38: jz-8 0x3A968C48
-. 289 3A968C31 9
-. 8B 4D 10 31 F6 85 C9 74 0E
-
-==== BB 290 (0x3A968C48) in 5191B, out 29501B, BBs exec'd 0 ====
- 0x3A968C48: movl 0xC8(%ebx),%eax
- 0x3A968C4E: movl -40(%ebp),%edx
- 0x3A968C51: leal (%esi,%eax,4), %eax
- 0x3A968C54: leal 21(%edx,%eax,1), %eax
- 0x3A968C58: movl %eax,(%esp,,)
- 0x3A968C5B: call 0x3A96581C
-. 290 3A968C48 24
-. 8B 83 C8 00 00 00 8B 55 D8 8D 04 86 8D 44 02 15 89 04 24 E8 BC CB FF FF
-
-==== BB 291 (0x3A968C60) in 5215B, out 29607B, BBs exec'd 0 ====
- 0x3A968C60: movl %eax,-36(%ebp)
- 0x3A968C63: testl %eax,%eax
- 0x3A968C65: jz-32 0x3A968DBF
-. 291 3A968C60 11
-. 89 45 DC 85 C0 0F 84 54 01 00 00
-
-==== BB 292 (0x3A968C6B) in 5226B, out 29679B, BBs exec'd 0 ====
- 0x3A968C6B: movl -36(%ebp),%ecx
- 0x3A968C6E: movl 0xC8(%ebx),%eax
- 0x3A968C74: movl -40(%ebp),%edi
- 0x3A968C77: leal 20(%ecx,%eax,4), %eax
- 0x3A968C7B: movl %eax,12(%ecx)
- 0x3A968C7E: movl %edi,8(%esp,,)
- 0x3A968C82: movl -28(%ebp),%eax
- 0x3A968C85: movl %eax,4(%esp,,)
- 0x3A968C89: movl 12(%ecx),%eax
- 0x3A968C8C: movl %eax,(%esp,,)
- 0x3A968C8F: call 0x3A975770
-. 292 3A968C6B 41
-. 8B 4D DC 8B 83 C8 00 00 00 8B 7D D8 8D 44 81 14 89 41 0C 89 7C 24 08 8B 45 E4 89 44 24 04 8B 41 0C 89 04 24 E8 DC CA 00 00
-
-==== BB 293 (0x3A975786) in 5267B, out 29837B, BBs exec'd 0 ====
- 0x3A975786: negl %eax
- 0x3A975788: andl $0x3, %eax
- 0x3A97578B: subl %eax,%ecx
- 0x3A97578D: xchgl %eax, %ecx
- 0x3A97578E: rep movsb
-. 293 3A975786 10
-. F7 D8 83 E0 03 29 C1 91 F3 A4
-
-==== BB 294 (0x3A975790) in 5277B, out 29964B, BBs exec'd 0 ====
- 0x3A975790: movl %eax,%ecx
- 0x3A975792: subl $0x20, %ecx
- 0x3A975795: js-8 0x3A9757D5
-. 294 3A975790 7
-. 89 C1 83 E9 20 78 3E
-
-==== BB 295 (0x3A975797) in 5284B, out 30028B, BBs exec'd 0 ====
- 0x3A975797: movl (%edi),%eax
- 0x3A975799: movl 28(%edi),%edx
- 0x3A97579C: subl $0x20, %ecx
- 0x3A97579F: movl (%esi),%eax
- 0x3A9757A1: movl 4(%esi),%edx
- 0x3A9757A4: movl %eax,(%edi)
- 0x3A9757A6: movl %edx,4(%edi)
- 0x3A9757A9: movl 8(%esi),%eax
- 0x3A9757AC: movl 12(%esi),%edx
- 0x3A9757AF: movl %eax,8(%edi)
- 0x3A9757B2: movl %edx,12(%edi)
- 0x3A9757B5: movl 16(%esi),%eax
- 0x3A9757B8: movl 20(%esi),%edx
- 0x3A9757BB: movl %eax,16(%edi)
- 0x3A9757BE: movl %edx,20(%edi)
- 0x3A9757C1: movl 24(%esi),%eax
- 0x3A9757C4: movl 28(%esi),%edx
- 0x3A9757C7: movl %eax,24(%edi)
- 0x3A9757CA: movl %edx,28(%edi)
- 0x3A9757CD: leal 32(%esi), %esi
- 0x3A9757D0: leal 32(%edi), %edi
- 0x3A9757D3: jns-8 0x3A975799
-. 295 3A975797 62
-. 8B 07 8B 57 1C 83 E9 20 8B 06 8B 56 04 89 07 89 57 04 8B 46 08 8B 56 0C 89 47 08 89 57 0C 8B 46 10 8B 56 14 89 47 10 89 57 14 8B 46 18 8B 56 1C 89 47 18 89 57 1C 8D 76 20 8D 7F 20 79 C4
-
-==== BB 296 (0x3A9757D5) in 5346B, out 30291B, BBs exec'd 0 ====
- 0x3A9757D5: addl $0x20, %ecx
- 0x3A9757D8: rep movsb
-. 296 3A9757D5 5
-. 83 C1 20 F3 A4
-
-==== BB 297 (0x3A968C94) in 5351B, out 30396B, BBs exec'd 0 ====
- 0x3A968C94: movb $0x0, (%eax)
- 0x3A968C97: movl -36(%ebp),%edx
- 0x3A968C9A: cmpl 0xD8(%ebx),%edi
- 0x3A968CA0: movl %edi,16(%edx)
- 0x3A968CA3: jbe-8 0x3A968CAB
-. 297 3A968C94 17
-. C6 00 00 8B 55 DC 3B BB D8 00 00 00 89 7A 10 76 06
-
-==== BB 298 (0x3A968CA5) in 5368B, out 30507B, BBs exec'd 0 ====
- 0x3A968CA5: movl %edi,0xD8(%ebx)
- 0x3A968CAB: movl -28(%ebp),%ecx
- 0x3A968CAE: xorl %eax, %eax
- 0x3A968CB0: cmpb $0x2F, (%ecx)
- 0x3A968CB3: movl 0xC8(%ebx),%ecx
- 0x3A968CB9: setnz %al
- 0x3A968CBC: xorl %edx, %edx
- 0x3A968CBE: addl %eax,%eax
- 0x3A968CC0: cmpl %ecx,%edx
- 0x3A968CC2: jnb-8 0x3A968CDC
-. 298 3A968CA5 31
-. 89 BB D8 00 00 00 8B 4D E4 31 C0 80 39 2F 8B 8B C8 00 00 00 0F 95 C0 31 D2 01 C0 39 CA 73 18
-
-==== BB 299 (0x3A968CC4) in 5399B, out 30672B, BBs exec'd 0 ====
- 0x3A968CC4: leal 0x0(%esi), %esi
- 0x3A968CCA: leal 0x0(%edi), %edi
- 0x3A968CD0: movl -36(%ebp),%edi
- 0x3A968CD3: movl %eax,20(%edi,%edx,4)
- 0x3A968CD7: incl %edx
- 0x3A968CD8: cmpl %ecx,%edx
- 0x3A968CDA: jb-8 0x3A968CD0
-. 299 3A968CC4 24
-. 8D B6 00 00 00 00 8D BF 00 00 00 00 8B 7D DC 89 44 97 14 42 39 CA 72 F4
-
-==== BB 300 (0x3A968CD0) in 5423B, out 30790B, BBs exec'd 0 ====
- 0x3A968CD0: movl -36(%ebp),%edi
- 0x3A968CD3: movl %eax,20(%edi,%edx,4)
- 0x3A968CD7: incl %edx
- 0x3A968CD8: cmpl %ecx,%edx
- 0x3A968CDA: jb-8 0x3A968CD0
-. 300 3A968CD0 12
-. 8B 7D DC 89 44 97 14 42 39 CA 72 F4
-
-==== BB 301 (0x3A968CDC) in 5435B, out 30885B, BBs exec'd 0 ====
- 0x3A968CDC: movl 12(%ebp),%edx
- 0x3A968CDF: movl -36(%ebp),%eax
- 0x3A968CE2: movl %edx,4(%eax)
- 0x3A968CE5: movl 16(%ebp),%edx
- 0x3A968CE8: testl %edx,%edx
- 0x3A968CEA: jz-32 0x3A968DB0
-. 301 3A968CDC 20
-. 8B 55 0C 8B 45 DC 89 50 04 8B 55 10 85 D2 0F 84 C0 00 00 00
-
-==== BB 302 (0x3A968DB0) in 5455B, out 30990B, BBs exec'd 0 ====
- 0x3A968DB0: movl -36(%ebp),%edi
- 0x3A968DB3: movl $0x0, 8(%edi)
- 0x3A968DBA: jmp 0x3A968D12
-. 302 3A968DB0 15
-. 8B 7D DC C7 47 08 00 00 00 00 E9 53 FF FF FF
-
-==== BB 303 (0x3A968D12) in 5470B, out 31049B, BBs exec'd 0 ====
- 0x3A968D12: movl 0xFFFFF9DC(%ebx),%eax
- 0x3A968D18: movl -36(%ebp),%edx
- 0x3A968D1B: movl -32(%ebp),%ecx
- 0x3A968D1E: movl -20(%ebp),%edi
- 0x3A968D21: movl %eax,(%edx)
- 0x3A968D23: movl %edx,0xFFFFF9DC(%ebx)
- 0x3A968D29: movl %edx,(%edi,%ecx,4)
- 0x3A968D2C: incl %ecx
- 0x3A968D2D: movl %ecx,-32(%ebp)
- 0x3A968D30: jmp 0x3A968AF0
-. 303 3A968D12 35
-. 8B 83 DC F9 FF FF 8B 55 DC 8B 4D E0 8B 7D EC 89 02 89 93 DC F9 FF FF 89 14 8F 41 89 4D E0 E9 BB FD FF FF
-
-==== BB 304 (0x3A968AF0) in 5505B, out 31198B, BBs exec'd 0 ====
- 0x3A968AF0: movl -24(%ebp),%eax
- 0x3A968AF3: movl %eax,4(%esp,,)
- 0x3A968AF7: movl -60(%ebp),%edx
- 0x3A968AFA: movl %edx,(%esp,,)
- 0x3A968AFD: call 0x3A973530
-. 304 3A968AF0 18
-. 8B 45 E8 89 44 24 04 8B 55 C4 89 14 24 E8 2E AA 00 00
-
-==== BB 305 (0x3A97358F) in 5523B, out 31289B, BBs exec'd 0 ====
- 0x3A97358F: popl %esi
- 0x3A973590: movl %edi,%eax
- 0x3A973592: popl %edi
- 0x3A973593: popl %ebp
- 0x3A973594: ret
-. 305 3A97358F 6
-. 5E 89 F8 5F 5D C3
-
-==== BB 306 (0x3A968BFB) in 5529B, out 31377B, BBs exec'd 0 ====
- 0x3A968BFB: movl -20(%ebp),%edi
- 0x3A968BFE: movl -32(%ebp),%ecx
- 0x3A968C01: movl %edi,%eax
- 0x3A968C03: movl $0x0, (%edi,%ecx,4)
- 0x3A968C0A: leal -12(%ebp), %esp
- 0x3A968C0D: popl %ebx
- 0x3A968C0E: popl %esi
- 0x3A968C0F: popl %edi
- 0x3A968C10: popl %ebp
- 0x3A968C11: ret
-. 306 3A968BFB 23
-. 8B 7D EC 8B 4D E0 89 F8 C7 04 8F 00 00 00 00 8D 65 F4 5B 5E 5F 5D C3
-
-==== BB 307 (0x3A96ADB1) in 5552B, out 31534B, BBs exec'd 0 ====
- 0x3A96ADB1: movl 0xBC(%ebx),%eax
- 0x3A96ADB7: movl (%eax),%edx
- 0x3A96ADB9: testl %edx,%edx
- 0x3A96ADBB: jz-8 0x3A96AE0A
-. 307 3A96ADB1 12
-. 8B 83 BC 00 00 00 8B 10 85 D2 74 4D
-
-==== BB 308 (0x3A96ADBD) in 5564B, out 31619B, BBs exec'd 0 ====
- 0x3A96ADBD: xorl %eax, %eax
- 0x3A96ADBF: movl %eax,0xC0(%ebx)
- 0x3A96ADC5: movl 0xFFFFF9DC(%ebx),%eax
- 0x3A96ADCB: movl %eax,0xFFFFFD8C(%ebx)
- 0x3A96ADD1: leal -12(%ebp), %esp
- 0x3A96ADD4: popl %ebx
- 0x3A96ADD5: popl %esi
- 0x3A96ADD6: popl %edi
- 0x3A96ADD7: popl %ebp
- 0x3A96ADD8: ret
-. 308 3A96ADBD 28
-. 31 C0 89 83 C0 00 00 00 8B 83 DC F9 FF FF 89 83 8C FD FF FF 8D 65 F4 5B 5E 5F 5D C3
-
-==== BB 309 (0x3A966CFB) in 5592B, out 31781B, BBs exec'd 0 ====
- 0x3A966CFB: jmp 0x3A966851
-. 309 3A966CFB 5
-. E9 51 FB FF FF
-
-==== BB 310 (0x3A966851) in 5597B, out 31809B, BBs exec'd 0 ====
- 0x3A966851: movl 0xFFFFF9E8(%ebx),%esi
- 0x3A966857: testl %esi,%esi
- 0x3A966859: jnz-8 0x3A966869
-. 310 3A966851 10
-. 8B B3 E8 F9 FF FF 85 F6 75 0E
-
-==== BB 311 (0x3A96685B) in 5607B, out 31884B, BBs exec'd 0 ====
- 0x3A96685B: movl 0xFFFFF9F8(%ebx),%eax
- 0x3A966861: movl (%eax),%eax
- 0x3A966863: movl %eax,0xFFFFF9E8(%ebx)
- 0x3A966869: movzbl 0xFFFFFB58(%ebx),%eax
- 0x3A966870: incl 0xFFFFF998(%ebx)
- 0x3A966876: andb $0xFC, %al
- 0x3A966878: orb $0x1, %al
- 0x3A96687A: movb %al,0xFFFFFB58(%ebx)
- 0x3A966880: leal 0xFFFFF994(%ebx), %eax
- 0x3A966886: movl %eax,%edx
- 0x3A966888: movl %eax,0xFFFFFED0(%ebp)
- 0x3A96688E: addl $0x50, %edx
- 0x3A966891: movl 0xFFFFF994(%ebx),%eax
- 0x3A966897: addl $0x1, 0xFFFFF9C4(%ebx)
- 0x3A96689E: movl %edx,12(%eax)
- 0x3A9668A1: movl 0xFFFFF994(%ebx),%ecx
- 0x3A9668A7: adcl $0x0, 0xFFFFF9C8(%ebx)
- 0x3A9668AE: cmpl $0xFFFFFFFE, 0xFFFFFD78(%ebx)
- 0x3A9668B5: movl %ecx,0xFFFFF9F4(%ebx)
- 0x3A9668BB: jz-32 0x3A966CD8
-. 311 3A96685B 102
-. 8B 83 F8 F9 FF FF 8B 00 89 83 E8 F9 FF FF 0F B6 83 58 FB FF FF FF 83 98 F9 FF FF 24 FC 0C 01 88 83 58 FB FF FF 8D 83 94 F9 FF FF 89 C2 89 85 D0 FE FF FF 83 C2 50 8B 83 94 F9 FF FF 83 83 C4 F9 FF FF 01 89 50 0C 8B 8B 94 F9 FF FF 83 93 C8 F9 FF FF 00 83 BB 78 FD FF FF FE 89 8B F4 F9 FF FF 0F 84 17 04 00 00
-
-==== BB 312 (0x3A966CD8) in 5709B, out 32207B, BBs exec'd 0 ====
- 0x3A966CD8: movl (%ecx),%ecx
- 0x3A966CDA: movl $0xFFFFFFFF,%eax
- 0x3A966CDF: testl %ecx,%ecx
- 0x3A966CE1: jz-8 0x3A966CE5
-. 312 3A966CD8 11
-. 8B 09 B8 FF FF FF FF 85 C9 74 02
-
-==== BB 313 (0x3A966CE5) in 5720B, out 32288B, BBs exec'd 0 ====
- 0x3A966CE5: movl %eax,0xFFFFFD78(%ebx)
- 0x3A966CEB: jmp 0x3A9668C1
-. 313 3A966CE5 11
-. 89 83 78 FD FF FF E9 D1 FB FF FF
-
-==== BB 314 (0x3A9668C1) in 5731B, out 32335B, BBs exec'd 0 ====
- 0x3A9668C1: movl 0xFFFFFB78(%ebx),%eax
- 0x3A9668C7: movl 28(%eax),%edx
- 0x3A9668CA: movl %eax,%esi
- 0x3A9668CC: addl %edx,%esi
- 0x3A9668CE: movzwl 44(%eax),%edx
- 0x3A9668D2: movl %esi,0xFFFFFB28(%ebx)
- 0x3A9668D8: movw %dx,0xFFFFFB30(%ebx)
- 0x3A9668DF: movzwl 44(%eax),%edx
- 0x3A9668E3: movl %edx,%eax
- 0x3A9668E5: decl %edx
- 0x3A9668E6: testl %eax,%eax
- 0x3A9668E8: jz-8 0x3A96690C
-. 314 3A9668C1 41
-. 8B 83 78 FB FF FF 8B 50 1C 89 C6 01 D6 0F B7 50 2C 89 B3 28 FB FF FF 66 89 93 30 FB FF FF 0F B7 50 2C 89 D0 4A 85 C0 74 22
-
-==== BB 315 (0x3A9668EA) in 5772B, out 32511B, BBs exec'd 0 ====
- 0x3A9668EA: movl %edx,%eax
- 0x3A9668EC: shll $0x5, %eax
- 0x3A9668EF: addl %esi,%eax
- 0x3A9668F1: movl %edx,%ecx
- 0x3A9668F3: movl %edx,%edi
- 0x3A9668F5: shll $0x5, %ecx
- 0x3A9668F8: cmpl $0x6474E552, (%eax)
- 0x3A9668FE: jz-32 0x3A967D4A
-. 315 3A9668EA 26
-. 89 D0 C1 E0 05 01 F0 89 D1 89 D7 C1 E1 05 81 38 52 E5 74 64 0F 84 46 14 00 00
-
-==== BB 316 (0x3A966904) in 5798B, out 32622B, BBs exec'd 0 ====
- 0x3A966904: decl %edx
- 0x3A966905: subl $0x20, %eax
- 0x3A966908: testl %edi,%edi
- 0x3A96690A: jnz-8 0x3A9668F1
-. 316 3A966904 8
-. 4A 83 E8 20 85 FF 75 E5
-
-==== BB 317 (0x3A9668F1) in 5806B, out 32705B, BBs exec'd 0 ====
- 0x3A9668F1: movl %edx,%ecx
- 0x3A9668F3: movl %edx,%edi
- 0x3A9668F5: shll $0x5, %ecx
- 0x3A9668F8: cmpl $0x6474E552, (%eax)
- 0x3A9668FE: jz-32 0x3A967D4A
-. 317 3A9668F1 19
-. 89 D1 89 D7 C1 E1 05 81 38 52 E5 74 64 0F 84 46 14 00 00
-
-==== BB 318 (0x3A96690C) in 5825B, out 32795B, BBs exec'd 0 ====
- 0x3A96690C: movl 0xB0(%ebx),%esi
- 0x3A966912: xorl %eax, %eax
- 0x3A966914: movl %eax,0xFFFFFF14(%ebp)
- 0x3A96691A: xorl %eax, %eax
- 0x3A96691C: testl %esi,%esi
- 0x3A96691E: movl %eax,0xFFFFFF10(%ebp)
- 0x3A966924: jnz-32 0x3A967BDA
-. 318 3A96690C 30
-. 8B B3 B0 00 00 00 31 C0 89 85 14 FF FF FF 31 C0 85 F6 89 85 10 FF FF FF 0F 85 B0 12 00 00
-
-==== BB 319 (0x3A967BDA) in 5855B, out 32924B, BBs exec'd 0 ====
- 0x3A967BDA: movl %esi,(%esp,,)
- 0x3A967BDD: leal 0xFFFFFF3C(%ebp), %edi
- 0x3A967BE3: call 0x3A9752D0
-. 319 3A967BDA 14
-. 89 34 24 8D BD 3C FF FF FF E8 E8 D6 00 00
-
-==== BB 320 (0x3A9752E7) in 5869B, out 32995B, BBs exec'd 0 ====
- 0x3A9752E7: incl %eax
- 0x3A9752E8: cmpb %dh{si},(%eax)
- 0x3A9752EA: jz-32 0x3A975386
-. 320 3A9752E7 9
-. 40 38 30 0F 84 96 00 00 00
-
-==== BB 321 (0x3A9752F0) in 5878B, out 33063B, BBs exec'd 0 ====
- 0x3A9752F0: incl %eax
- 0x3A9752F1: xorl $0x2, %edx
- 0x3A9752F4: jz-8 0x3A975301
-. 321 3A9752F0 6
-. 40 83 F2 02 74 0B
-
-==== BB 322 (0x3A967BE8) in 5884B, out 33134B, BBs exec'd 0 ====
- 0x3A967BE8: leal 1(%eax), %edx
- 0x3A967BEB: addl $0x13, %eax
- 0x3A967BEE: andl $0xFFFFFFFC, %eax
- 0x3A967BF1: subl %eax,%esp
- 0x3A967BF3: leal 47(%esp,,), %eax
- 0x3A967BF7: andl $0xFFFFFFF0, %eax
- 0x3A967BFA: movl %edx,8(%esp,,)
- 0x3A967BFE: movl %esi,4(%esp,,)
- 0x3A967C02: movl %eax,(%esp,,)
- 0x3A967C05: call 0x3A975870
-. 322 3A967BE8 34
-. 8D 50 01 83 C0 13 83 E0 FC 29 C4 8D 44 24 2F 83 E0 F0 89 54 24 08 89 74 24 04 89 04 24 E8 66 DC 00 00
-
-==== BB 323 (0x3A967C0A) in 5918B, out 33277B, BBs exec'd 0 ====
- 0x3A967C0A: movl %eax,0xFFFFFF3C(%ebp)
- 0x3A967C10: leal 0xFFFFEDD7(%ebx), %edx
- 0x3A967C16: movl %edx,0xFFFFFE60(%ebp)
- 0x3A967C1C: movl 0xFFFFFE60(%ebp),%ecx
- 0x3A967C22: movl %edi,(%esp,,)
- 0x3A967C25: movl %ecx,4(%esp,,)
- 0x3A967C29: call 0x3A973530
-. 323 3A967C0A 36
-. 89 85 3C FF FF FF 8D 93 D7 ED FF FF 89 95 60 FE FF FF 8B 8D 60 FE FF FF 89 3C 24 89 4C 24 04 E8 02 B9 00 00
-
-==== BB 324 (0x3A967C2E) in 5954B, out 33406B, BBs exec'd 0 ====
- 0x3A967C2E: testl %eax,%eax
- 0x3A967C30: movl %eax,%esi
- 0x3A967C32: jz-32 0x3A96692A
-. 324 3A967C2E 10
-. 85 C0 89 C6 0F 84 F2 EC FF FF
-
-==== BB 325 (0x3A967C38) in 5964B, out 33472B, BBs exec'd 0 ====
- 0x3A967C38: cmpb $0x0, (%esi)
- 0x3A967C3B: jz-8 0x3A967C1C
-. 325 3A967C38 5
-. 80 3E 00 74 DF
-
-==== BB 326 (0x3A967C3D) in 5969B, out 33532B, BBs exec'd 0 ====
- 0x3A967C3D: movl 0x130(%ebx),%eax
- 0x3A967C43: testl %eax,%eax
- 0x3A967C45: jnz-32 0x3A968175
-. 326 3A967C3D 14
-. 8B 83 30 01 00 00 85 C0 0F 85 2A 05 00 00
-
-==== BB 327 (0x3A967C4B) in 5983B, out 33607B, BBs exec'd 0 ====
- 0x3A967C4B: movl 0xFFFFF994(%ebx),%eax
- 0x3A967C51: xorl %ecx, %ecx
- 0x3A967C53: xorl %edx, %edx
- 0x3A967C55: movl %ecx,8(%esp,,)
- 0x3A967C59: movl $0x1,%ecx
- 0x3A967C5E: movl %edx,4(%esp,,)
- 0x3A967C62: movl %esi,%edx
- 0x3A967C64: movl $0x1, (%esp,,)
- 0x3A967C6B: call 0x3A96AE40
-. 327 3A967C4B 37
-. 8B 83 94 F9 FF FF 31 C9 31 D2 89 4C 24 08 B9 01 00 00 00 89 54 24 04 89 F2 C7 04 24 01 00 00 00 E8 D0 31 00 00
-
-==== BB 328 _dl_map_object(0x3A96AE40) in 6020B, out 33751B, BBs exec'd 0 ====
- 0x3A96AE40: pushl %ebp
- 0x3A96AE41: movl %esp,%ebp
- 0x3A96AE43: pushl %edi
- 0x3A96AE44: pushl %esi
- 0x3A96AE45: pushl %ebx
- 0x3A96AE46: subl $0x258, %esp
- 0x3A96AE4C: call 0x3A97592B
-. 328 3A96AE40 17
-. 55 89 E5 57 56 53 81 EC 58 02 00 00 E8 DA AA 00 00
-
-==== BB 329 (0x3A96AE51) in 6037B, out 33887B, BBs exec'd 0 ====
- 0x3A96AE51: addl $0xD81B, %ebx
- 0x3A96AE57: movl %eax,0xFFFFFDD8(%ebp)
- 0x3A96AE5D: movl 0xFFFFF994(%ebx),%esi
- 0x3A96AE63: movl %edx,0xFFFFFDD4(%ebp)
- 0x3A96AE69: movl %ecx,0xFFFFFDD0(%ebp)
- 0x3A96AE6F: testl %esi,%esi
- 0x3A96AE71: jz-8 0x3A96AEB2
-. 329 3A96AE51 34
-. 81 C3 1B D8 00 00 89 85 D8 FD FF FF 8B B3 94 F9 FF FF 89 95 D4 FD FF FF 89 8D D0 FD FF FF 85 F6 74 3F
-
-==== BB 330 (0x3A96AE73) in 6071B, out 34026B, BBs exec'd 0 ====
- 0x3A96AE73: leal 0x0(%esi), %esi
- 0x3A96AE79: leal 0(%edi,,), %edi
- 0x3A96AE80: testb $0x2, 0x175(%esi)
- 0x3A96AE87: jnz-8 0x3A96AEAB
-. 330 3A96AE73 22
-. 8D B6 00 00 00 00 8D BC 27 00 00 00 00 F6 86 75 01 00 00 02 75 22
-
-==== BB 331 (0x3A96AE89) in 6093B, out 34123B, BBs exec'd 0 ====
- 0x3A96AE89: movl 0xFFFFFDD4(%ebp),%eax
- 0x3A96AE8F: movl %esi,%edx
- 0x3A96AE91: call 0x3A970B80
-. 331 3A96AE89 13
-. 8B 85 D4 FD FF FF 89 F2 E8 EA 5C 00 00
-
-==== BB 332 _dl_name_match_p(0x3A970B80) in 6106B, out 34197B, BBs exec'd 0 ====
- 0x3A970B80: pushl %ebp
- 0x3A970B81: movl %esp,%ebp
- 0x3A970B83: pushl %edi
- 0x3A970B84: movl %eax,%edi
- 0x3A970B86: pushl %esi
- 0x3A970B87: movl %edx,%esi
- 0x3A970B89: pushl %ebx
- 0x3A970B8A: subl $0x8, %esp
- 0x3A970B8D: movl 4(%edx),%eax
- 0x3A970B90: call 0x3A97592B
-. 332 3A970B80 21
-. 55 89 E5 57 89 C7 56 89 D6 53 83 EC 08 8B 42 04 E8 96 4D 00 00
-
-==== BB 333 (0x3A970B95) in 6127B, out 34366B, BBs exec'd 0 ====
- 0x3A970B95: addl $0x7AD7, %ebx
- 0x3A970B9B: movl %edi,(%esp,,)
- 0x3A970B9E: movl %eax,4(%esp,,)
- 0x3A970BA2: call 0x3A975280
-. 333 3A970B95 18
-. 81 C3 D7 7A 00 00 89 3C 24 89 44 24 04 E8 D9 46 00 00
-
-==== BB 334 strcmp(0x3A975280) in 6145B, out 34454B, BBs exec'd 0 ====
- 0x3A975280: pushl %ebp
- 0x3A975281: movl %esp,%ebp
- 0x3A975283: pushl %esi
- 0x3A975284: subl $0x4, %esp
- 0x3A975287: movl 8(%ebp),%ecx
- 0x3A97528A: movl 12(%ebp),%edx
- 0x3A97528D: leal 0(%esi), %esi
- 0x3A975290: movzbl (%ecx),%esi
- 0x3A975293: incl %ecx
- 0x3A975294: movzbl (%edx),%eax
- 0x3A975297: incl %edx
- 0x3A975298: movb %al,-5(%ebp)
- 0x3A97529B: movl %esi,%eax
- 0x3A97529D: testb %al,%al
- 0x3A97529F: jz-8 0x3A9752B7
-. 334 3A975280 33
-. 55 89 E5 56 83 EC 04 8B 4D 08 8B 55 0C 8D 76 00 0F B6 31 41 0F B6 02 42 88 45 FB 89 F0 84 C0 74 16
-
-==== BB 335 (0x3A9752A1) in 6178B, out 34665B, BBs exec'd 0 ====
- 0x3A9752A1: movl %esi,%eax
- 0x3A9752A3: cmpb -5(%ebp),%al
- 0x3A9752A6: jz-8 0x3A975290
-. 335 3A9752A1 7
-. 89 F0 3A 45 FB 74 E8
-
-==== BB 336 (0x3A9752A8) in 6185B, out 34741B, BBs exec'd 0 ====
- 0x3A9752A8: movzbl %al,%edx
- 0x3A9752AB: movzbl -5(%ebp),%eax
- 0x3A9752AF: subl %eax,%edx
- 0x3A9752B1: movl %edx,%eax
- 0x3A9752B3: popl %edx
- 0x3A9752B4: popl %esi
- 0x3A9752B5: popl %ebp
- 0x3A9752B6: ret
-. 336 3A9752A8 15
-. 0F B6 D0 0F B6 45 FB 29 C2 89 D0 5A 5E 5D C3
-
-==== BB 337 (0x3A970BA7) in 6200B, out 34855B, BBs exec'd 0 ====
- 0x3A970BA7: testl %eax,%eax
- 0x3A970BA9: movl $0x1,%edx
- 0x3A970BAE: jz-8 0x3A970BE0
-. 337 3A970BA7 9
-. 85 C0 BA 01 00 00 00 74 30
-
-==== BB 338 (0x3A970BB0) in 6209B, out 34926B, BBs exec'd 0 ====
- 0x3A970BB0: movl 20(%esi),%esi
- 0x3A970BB3: testl %esi,%esi
- 0x3A970BB5: jz-8 0x3A970BDE
-. 338 3A970BB0 7
-. 8B 76 14 85 F6 74 27
-
-==== BB 339 (0x3A970BB7) in 6216B, out 34998B, BBs exec'd 0 ====
- 0x3A970BB7: movl %esi,%esi
- 0x3A970BB9: leal 0(%edi,,), %edi
- 0x3A970BC0: movl (%esi),%eax
- 0x3A970BC2: movl %edi,(%esp,,)
- 0x3A970BC5: movl %eax,4(%esp,,)
- 0x3A970BC9: call 0x3A975280
-. 339 3A970BB7 23
-. 89 F6 8D BC 27 00 00 00 00 8B 06 89 3C 24 89 44 24 04 E8 B2 46 00 00
-
-==== BB 340 (0x3A970BCE) in 6239B, out 35093B, BBs exec'd 0 ====
- 0x3A970BCE: testl %eax,%eax
- 0x3A970BD0: movl $0x1,%edx
- 0x3A970BD5: jz-8 0x3A970BE0
-. 340 3A970BCE 9
-. 85 C0 BA 01 00 00 00 74 09
-
-==== BB 341 (0x3A970BD7) in 6248B, out 35164B, BBs exec'd 0 ====
- 0x3A970BD7: movl 4(%esi),%esi
- 0x3A970BDA: testl %esi,%esi
- 0x3A970BDC: jnz-8 0x3A970BC0
-. 341 3A970BD7 7
-. 8B 76 04 85 F6 75 E2
-
-==== BB 342 (0x3A970BDE) in 6255B, out 35236B, BBs exec'd 0 ====
- 0x3A970BDE: xorl %edx, %edx
- 0x3A970BE0: addl $0x8, %esp
- 0x3A970BE3: movl %edx,%eax
- 0x3A970BE5: popl %ebx
- 0x3A970BE6: popl %esi
- 0x3A970BE7: popl %edi
- 0x3A970BE8: popl %ebp
- 0x3A970BE9: ret
-. 342 3A970BDE 12
-. 31 D2 83 C4 08 89 D0 5B 5E 5F 5D C3
-
-==== BB 343 (0x3A96AE96) in 6267B, out 35363B, BBs exec'd 0 ====
- 0x3A96AE96: testl %eax,%eax
- 0x3A96AE98: jnz-32 0x3A96AFA7
-. 343 3A96AE96 8
-. 85 C0 0F 85 09 01 00 00
-
-==== BB 344 (0x3A96AE9E) in 6275B, out 35422B, BBs exec'd 0 ====
- 0x3A96AE9E: testb $0x1, 0x175(%esi)
- 0x3A96AEA5: jz-32 0x3A96AFB3
-. 344 3A96AE9E 13
-. F6 86 75 01 00 00 01 0F 84 08 01 00 00
-
-==== BB 345 (0x3A96AFB3) in 6288B, out 35492B, BBs exec'd 0 ====
- 0x3A96AFB3: movl 80(%esi),%edx
- 0x3A96AFB6: testl %edx,%edx
- 0x3A96AFB8: jz-32 0x3A96AEAB
-. 345 3A96AFB3 11
-. 8B 56 50 85 D2 0F 84 ED FE FF FF
-
-==== BB 346 (0x3A96AEAB) in 6299B, out 35564B, BBs exec'd 0 ====
- 0x3A96AEAB: movl 12(%esi),%esi
- 0x3A96AEAE: testl %esi,%esi
- 0x3A96AEB0: jnz-8 0x3A96AE80
-. 346 3A96AEAB 7
-. 8B 76 0C 85 F6 75 CE
-
-==== BB 347 (0x3A96AE80) in 6306B, out 35636B, BBs exec'd 0 ====
- 0x3A96AE80: testb $0x2, 0x175(%esi)
- 0x3A96AE87: jnz-8 0x3A96AEAB
-. 347 3A96AE80 9
-. F6 86 75 01 00 00 02 75 22
-
-==== BB 348 (0x3A975290) in 6315B, out 35706B, BBs exec'd 0 ====
- 0x3A975290: movzbl (%ecx),%esi
- 0x3A975293: incl %ecx
- 0x3A975294: movzbl (%edx),%eax
- 0x3A975297: incl %edx
- 0x3A975298: movb %al,-5(%ebp)
- 0x3A97529B: movl %esi,%eax
- 0x3A97529D: testb %al,%al
- 0x3A97529F: jz-8 0x3A9752B7
-. 348 3A975290 17
-. 0F B6 31 41 0F B6 02 42 88 45 FB 89 F0 84 C0 74 16
-
-==== BB 349 (0x3A96AFBE) in 6332B, out 35838B, BBs exec'd 0 ====
- 0x3A96AFBE: movl 44(%esi),%eax
- 0x3A96AFC1: movl 4(%edx),%edi
- 0x3A96AFC4: movl 4(%eax),%edx
- 0x3A96AFC7: addl %edx,%edi
- 0x3A96AFC9: movl %edi,4(%esp,,)
- 0x3A96AFCD: movl 0xFFFFFDD4(%ebp),%eax
- 0x3A96AFD3: movl %eax,(%esp,,)
- 0x3A96AFD6: call 0x3A975280
-. 349 3A96AFBE 29
-. 8B 46 2C 8B 7A 04 8B 50 04 01 D7 89 7C 24 04 8B 85 D4 FD FF FF 89 04 24 E8 A5 A2 00 00
-
-==== BB 350 (0x3A96AFDB) in 6361B, out 35971B, BBs exec'd 0 ====
- 0x3A96AFDB: testl %eax,%eax
- 0x3A96AFDD: jnz-32 0x3A96AEAB
-. 350 3A96AFDB 8
-. 85 C0 0F 85 C8 FE FF FF
-
-==== BB 351 (0x3A96AEB2) in 6369B, out 36030B, BBs exec'd 0 ====
- 0x3A96AEB2: testb $0x40, 0xFFFFFC14(%ebx)
- 0x3A96AEB9: jnz-32 0x3A96B2BE
-. 351 3A96AEB2 13
-. F6 83 14 FC FF FF 40 0F 85 FF 03 00 00
-
-==== BB 352 (0x3A96AEBF) in 6382B, out 36100B, BBs exec'd 0 ====
- 0x3A96AEBF: movl $0x2F,%eax
- 0x3A96AEC4: movl %eax,4(%esp,,)
- 0x3A96AEC8: movl 0xFFFFFDD4(%ebp),%eax
- 0x3A96AECE: movl %eax,(%esp,,)
- 0x3A96AED1: call 0x3A9750B0
-. 352 3A96AEBF 23
-. B8 2F 00 00 00 89 44 24 04 8B 85 D4 FD FF FF 89 04 24 E8 DA A1 00 00
-
-==== BB 353 strchr(0x3A9750B0) in 6405B, out 36190B, BBs exec'd 0 ====
- 0x3A9750B0: pushl %edi
- 0x3A9750B1: pushl %esi
- 0x3A9750B2: pushl %ebx
- 0x3A9750B3: pushl %ebp
- 0x3A9750B4: movl 20(%esp,,),%eax
- 0x3A9750B8: movl 24(%esp,,),%edx
- 0x3A9750BC: movl %eax,%edi
- 0x3A9750BE: xorl %ecx, %ecx
- 0x3A9750C0: movb %dl,%dh{si}
- 0x3A9750C2: movb %dl,%cl
- 0x3A9750C4: shll $0x10, %edx
- 0x3A9750C7: movb %cl,%ch{bp}
- 0x3A9750C9: orl %ecx,%edx
- 0x3A9750CB: andl $0x3, %edi
- 0x3A9750CE: jz-8 0x3A975111
-. 353 3A9750B0 32
-. 57 56 53 55 8B 44 24 14 8B 54 24 18 89 C7 31 C9 88 D6 88 D1 C1 E2 10 88 CD 09 CA 83 E7 03 74 41
-
-==== BB 354 (0x3A975111) in 6437B, out 36417B, BBs exec'd 0 ====
- 0x3A975111: movl (%eax),%ecx
- 0x3A975113: movl $0xFEFEFEFF,%ebp
- 0x3A975118: movl $0xFEFEFEFF,%edi
- 0x3A97511D: addl %ecx,%ebp
- 0x3A97511F: xorl %ecx,%ebp
- 0x3A975121: addl %ecx,%edi
- 0x3A975123: leal 4(%eax), %eax
- 0x3A975126: jnb-32 0x3A975242
-. 354 3A975111 27
-. 8B 08 BD FF FE FE FE BF FF FE FE FE 01 CD 31 CD 01 CF 8D 40 04 0F 83 16 01 00 00
-
-==== BB 355 (0x3A97512C) in 6464B, out 36529B, BBs exec'd 0 ====
- 0x3A97512C: movl %ecx,%ebx
- 0x3A97512E: orl $0xFEFEFEFF, %ebp
- 0x3A975134: addl $0x1, %ebp
- 0x3A975137: jnz-32 0x3A975242
-. 355 3A97512C 17
-. 89 CB 81 CD FF FE FE FE 83 C5 01 0F 85 05 01 00 00
-
-==== BB 356 (0x3A97513D) in 6481B, out 36610B, BBs exec'd 0 ====
- 0x3A97513D: movl $0xFEFEFEFF,%esi
- 0x3A975142: xorl %edx,%ebx
- 0x3A975144: movl (%eax),%ecx
- 0x3A975146: addl %ebx,%esi
- 0x3A975148: movl $0xFEFEFEFF,%edi
- 0x3A97514D: jnb-32 0x3A975227
-. 356 3A97513D 22
-. BE FF FE FE FE 31 D3 8B 08 01 DE BF FF FE FE FE 0F 83 D4 00 00 00
-
-==== BB 357 (0x3A975153) in 6503B, out 36713B, BBs exec'd 0 ====
- 0x3A975153: movl %edi,%ebp
- 0x3A975155: xorl %ebx,%esi
- 0x3A975157: addl %ecx,%ebp
- 0x3A975159: orl $0xFEFEFEFF, %esi
- 0x3A97515F: addl $0x1, %esi
- 0x3A975162: jnz-32 0x3A975227
-. 357 3A975153 21
-. 89 FD 31 DE 01 CD 81 CE FF FE FE FE 83 C6 01 0F 85 BF 00 00 00
-
-==== BB 358 (0x3A975227) in 6524B, out 36808B, BBs exec'd 0 ====
- 0x3A975227: subl $0x4, %eax
- 0x3A97522A: testb %bl,%bl
- 0x3A97522C: jz-8 0x3A97523D
-. 358 3A975227 7
-. 83 E8 04 84 DB 74 0F
-
-==== BB 359 (0x3A97523D) in 6531B, out 36882B, BBs exec'd 0 ====
- 0x3A97523D: popl %ebp
- 0x3A97523E: popl %ebx
- 0x3A97523F: popl %esi
- 0x3A975240: popl %edi
- 0x3A975241: ret
-. 359 3A97523D 5
-. 5D 5B 5E 5F C3
-
-==== BB 360 (0x3A96AED6) in 6536B, out 36976B, BBs exec'd 0 ====
- 0x3A96AED6: testl %eax,%eax
- 0x3A96AED8: jz-32 0x3A96B088
-. 360 3A96AED6 8
-. 85 C0 0F 84 AA 01 00 00
-
-==== BB 361 (0x3A96AEDE) in 6544B, out 37035B, BBs exec'd 0 ====
- 0x3A96AEDE: movl 0xFFFFFDD8(%ebp),%edi
- 0x3A96AEE4: testl %edi,%edi
- 0x3A96AEE6: jz-32 0x3A96B165
-. 361 3A96AEDE 14
-. 8B BD D8 FD FF FF 85 FF 0F 84 79 02 00 00
-
-==== BB 362 (0x3A96AEEC) in 6558B, out 37110B, BBs exec'd 0 ====
- 0x3A96AEEC: movl 0xFFFFFDD4(%ebp),%edx
- 0x3A96AEF2: movl 0xFFFFFDD8(%ebp),%eax
- 0x3A96AEF8: call 0x3A96A5D0
-. 362 3A96AEEC 17
-. 8B 95 D4 FD FF FF 8B 85 D8 FD FF FF E8 D3 F6 FF FF
-
-==== BB 363 expand_dynamic_string_token(0x3A96A5D0) in 6575B, out 37190B, BBs exec'd 0 ====
- 0x3A96A5D0: pushl %ebp
- 0x3A96A5D1: movl $0x24,%ecx
- 0x3A96A5D6: movl %esp,%ebp
- 0x3A96A5D8: subl $0x24, %esp
- 0x3A96A5DB: movl %ebx,-12(%ebp)
- 0x3A96A5DE: movl %esi,-8(%ebp)
- 0x3A96A5E1: xorl %esi, %esi
- 0x3A96A5E3: movl %edi,-4(%ebp)
- 0x3A96A5E6: movl %edx,%edi
- 0x3A96A5E8: movl %eax,-16(%ebp)
- 0x3A96A5EB: call 0x3A97592B
-. 363 3A96A5D0 32
-. 55 B9 24 00 00 00 89 E5 83 EC 24 89 5D F4 89 75 F8 31 F6 89 7D FC 89 D7 89 45 F0 E8 3B B3 00 00
-
-==== BB 364 (0x3A96A5F0) in 6607B, out 37363B, BBs exec'd 0 ====
- 0x3A96A5F0: addl $0xE07C, %ebx
- 0x3A96A5F6: movl %ecx,4(%esp,,)
- 0x3A96A5FA: movl %edx,(%esp,,)
- 0x3A96A5FD: call 0x3A9750B0
-. 364 3A96A5F0 18
-. 81 C3 7C E0 00 00 89 4C 24 04 89 14 24 E8 AE AA 00 00
-
-==== BB 365 (0x3A975168) in 6625B, out 37451B, BBs exec'd 0 ====
- 0x3A975168: xorl %ecx,%ebp
- 0x3A97516A: addl %ecx,%edi
- 0x3A97516C: leal 4(%eax), %eax
- 0x3A97516F: jnb-32 0x3A975242
-. 365 3A975168 13
-. 31 CD 01 CF 8D 40 04 0F 83 CD 00 00 00
-
-==== BB 366 (0x3A975175) in 6638B, out 37537B, BBs exec'd 0 ====
- 0x3A975175: movl %ecx,%ebx
- 0x3A975177: orl $0xFEFEFEFF, %ebp
- 0x3A97517D: addl $0x1, %ebp
- 0x3A975180: jnz-32 0x3A975242
-. 366 3A975175 17
-. 89 CB 81 CD FF FE FE FE 83 C5 01 0F 85 BC 00 00 00
-
-==== BB 367 (0x3A975186) in 6655B, out 37618B, BBs exec'd 0 ====
- 0x3A975186: movl $0xFEFEFEFF,%esi
- 0x3A97518B: xorl %edx,%ebx
- 0x3A97518D: movl (%eax),%ecx
- 0x3A97518F: addl %ebx,%esi
- 0x3A975191: movl $0xFEFEFEFF,%edi
- 0x3A975196: jnb-32 0x3A975227
-. 367 3A975186 22
-. BE FF FE FE FE 31 D3 8B 08 01 DE BF FF FE FE FE 0F 83 8B 00 00 00
-
-==== BB 368 (0x3A97519C) in 6677B, out 37721B, BBs exec'd 0 ====
- 0x3A97519C: movl %edi,%ebp
- 0x3A97519E: xorl %ebx,%esi
- 0x3A9751A0: addl %ecx,%ebp
- 0x3A9751A2: orl $0xFEFEFEFF, %esi
- 0x3A9751A8: addl $0x1, %esi
- 0x3A9751AB: jnz-8 0x3A975227
-. 368 3A97519C 17
-. 89 FD 31 DE 01 CD 81 CE FF FE FE FE 83 C6 01 75 7A
-
-==== BB 369 (0x3A9751AD) in 6694B, out 37816B, BBs exec'd 0 ====
- 0x3A9751AD: xorl %ecx,%ebp
- 0x3A9751AF: addl %ecx,%edi
- 0x3A9751B1: leal 4(%eax), %eax
- 0x3A9751B4: jnb-32 0x3A975242
-. 369 3A9751AD 13
-. 31 CD 01 CF 8D 40 04 0F 83 88 00 00 00
-
-==== BB 370 (0x3A9751BA) in 6707B, out 37902B, BBs exec'd 0 ====
- 0x3A9751BA: movl %ecx,%ebx
- 0x3A9751BC: orl $0xFEFEFEFF, %ebp
- 0x3A9751C2: addl $0x1, %ebp
- 0x3A9751C5: jnz-8 0x3A975242
-. 370 3A9751BA 13
-. 89 CB 81 CD FF FE FE FE 83 C5 01 75 7B
-
-==== BB 371 (0x3A9751C7) in 6720B, out 37983B, BBs exec'd 0 ====
- 0x3A9751C7: movl $0xFEFEFEFF,%esi
- 0x3A9751CC: xorl %edx,%ebx
- 0x3A9751CE: movl (%eax),%ecx
- 0x3A9751D0: addl %ebx,%esi
- 0x3A9751D2: movl $0xFEFEFEFF,%edi
- 0x3A9751D7: jnb-8 0x3A975227
-. 371 3A9751C7 18
-. BE FF FE FE FE 31 D3 8B 08 01 DE BF FF FE FE FE 73 4E
-
-==== BB 372 (0x3A9751D9) in 6738B, out 38086B, BBs exec'd 0 ====
- 0x3A9751D9: movl %edi,%ebp
- 0x3A9751DB: xorl %ebx,%esi
- 0x3A9751DD: addl %ecx,%ebp
- 0x3A9751DF: orl $0xFEFEFEFF, %esi
- 0x3A9751E5: addl $0x1, %esi
- 0x3A9751E8: jnz-8 0x3A975227
-. 372 3A9751D9 17
-. 89 FD 31 DE 01 CD 81 CE FF FE FE FE 83 C6 01 75 3D
-
-==== BB 373 (0x3A9751EA) in 6755B, out 38181B, BBs exec'd 0 ====
- 0x3A9751EA: xorl %ecx,%ebp
- 0x3A9751EC: addl %ecx,%edi
- 0x3A9751EE: leal 4(%eax), %eax
- 0x3A9751F1: jnb-8 0x3A975242
-. 373 3A9751EA 9
-. 31 CD 01 CF 8D 40 04 73 4F
-
-==== BB 374 (0x3A9751F3) in 6764B, out 38267B, BBs exec'd 0 ====
- 0x3A9751F3: movl %ecx,%ebx
- 0x3A9751F5: orl $0xFEFEFEFF, %ebp
- 0x3A9751FB: addl $0x1, %ebp
- 0x3A9751FE: jnz-8 0x3A975242
-. 374 3A9751F3 13
-. 89 CB 81 CD FF FE FE FE 83 C5 01 75 42
-
-==== BB 375 (0x3A975200) in 6777B, out 38348B, BBs exec'd 0 ====
- 0x3A975200: movl $0xFEFEFEFF,%esi
- 0x3A975205: xorl %edx,%ebx
- 0x3A975207: movl (%eax),%ecx
- 0x3A975209: addl %ebx,%esi
- 0x3A97520B: movl $0xFEFEFEFF,%edi
- 0x3A975210: jnb-8 0x3A975227
-. 375 3A975200 18
-. BE FF FE FE FE 31 D3 8B 08 01 DE BF FF FE FE FE 73 15
-
-==== BB 376 (0x3A975212) in 6795B, out 38451B, BBs exec'd 0 ====
- 0x3A975212: movl %edi,%ebp
- 0x3A975214: xorl %ebx,%esi
- 0x3A975216: addl %ecx,%ebp
- 0x3A975218: orl $0xFEFEFEFF, %esi
- 0x3A97521E: addl $0x1, %esi
- 0x3A975221: jz-32 0x3A97511F
-. 376 3A975212 21
-. 89 FD 31 DE 01 CD 81 CE FF FE FE FE 83 C6 01 0F 84 F8 FE FF FF
-
-==== BB 377 (0x3A97511F) in 6816B, out 38546B, BBs exec'd 0 ====
- 0x3A97511F: xorl %ecx,%ebp
- 0x3A975121: addl %ecx,%edi
- 0x3A975123: leal 4(%eax), %eax
- 0x3A975126: jnb-32 0x3A975242
-. 377 3A97511F 13
-. 31 CD 01 CF 8D 40 04 0F 83 16 01 00 00
-
-==== BB 378 (0x3A975242) in 6829B, out 38632B, BBs exec'd 0 ====
- 0x3A975242: subl $0x4, %eax
- 0x3A975245: cmpb %dl,%cl
- 0x3A975247: jz-8 0x3A97523D
-. 378 3A975242 7
-. 83 E8 04 38 D1 74 F4
-
-==== BB 379 (0x3A975249) in 6836B, out 38703B, BBs exec'd 0 ====
- 0x3A975249: cmpb $0x0, %cl
- 0x3A97524C: jz-8 0x3A97526A
-. 379 3A975249 5
-. 80 F9 00 74 1C
-
-==== BB 380 (0x3A97526A) in 6841B, out 38761B, BBs exec'd 0 ====
- 0x3A97526A: xorl %eax, %eax
- 0x3A97526C: popl %ebp
- 0x3A97526D: popl %ebx
- 0x3A97526E: popl %esi
- 0x3A97526F: popl %edi
- 0x3A975270: ret
-. 380 3A97526A 7
-. 31 C0 5D 5B 5E 5F C3
-
-==== BB 381 (0x3A96A602) in 6848B, out 38871B, BBs exec'd 0 ====
- 0x3A96A602: testl %eax,%eax
- 0x3A96A604: jnz-8 0x3A96A647
-. 381 3A96A602 4
-. 85 C0 75 41
-
-==== BB 382 (0x3A96A606) in 6852B, out 38930B, BBs exec'd 0 ====
- 0x3A96A606: testl %esi,%esi
- 0x3A96A608: jnz-8 0x3A96A65C
-. 382 3A96A606 4
-. 85 F6 75 52
-
-==== BB 383 (0x3A96A60A) in 6856B, out 38989B, BBs exec'd 0 ====
- 0x3A96A60A: movl %edi,(%esp,,)
- 0x3A96A60D: leal 0(%esi), %esi
- 0x3A96A610: call 0x3A9752D0
-. 383 3A96A60A 11
-. 89 3C 24 8D 76 00 E8 BB AC 00 00
-
-==== BB 384 (0x3A96A615) in 6867B, out 39057B, BBs exec'd 0 ====
- 0x3A96A615: leal 1(%eax), %esi
- 0x3A96A618: movl %esi,(%esp,,)
- 0x3A96A61B: call 0x3A96581C
-. 384 3A96A615 11
-. 8D 70 01 89 34 24 E8 FC B1 FF FF
-
-==== BB 385 (0x3A96A620) in 6878B, out 39122B, BBs exec'd 0 ====
- 0x3A96A620: xorl %edx, %edx
- 0x3A96A622: testl %eax,%eax
- 0x3A96A624: jz-8 0x3A96A638
-. 385 3A96A620 6
-. 31 D2 85 C0 74 12
-
-==== BB 386 (0x3A96A626) in 6884B, out 39195B, BBs exec'd 0 ====
- 0x3A96A626: movl %esi,8(%esp,,)
- 0x3A96A62A: movl %edi,4(%esp,,)
- 0x3A96A62E: movl %eax,(%esp,,)
- 0x3A96A631: call 0x3A975870
-. 386 3A96A626 16
-. 89 74 24 08 89 7C 24 04 89 04 24 E8 3A B2 00 00
-
-==== BB 387 (0x3A96A636) in 6900B, out 39276B, BBs exec'd 0 ====
- 0x3A96A636: movl %eax,%edx
- 0x3A96A638: movl %edx,%eax
- 0x3A96A63A: movl -12(%ebp),%ebx
- 0x3A96A63D: movl -8(%ebp),%esi
- 0x3A96A640: movl -4(%ebp),%edi
- 0x3A96A643: movl %ebp,%esp
- 0x3A96A645: popl %ebp
- 0x3A96A646: ret
-. 387 3A96A636 17
-. 89 C2 89 D0 8B 5D F4 8B 75 F8 8B 7D FC 89 EC 5D C3
-
-==== BB 388 (0x3A96AEFD) in 6917B, out 39383B, BBs exec'd 0 ====
- 0x3A96AEFD: movl %eax,0xFFFFFDE0(%ebp)
- 0x3A96AF03: testl %eax,%eax
- 0x3A96AF05: jnz-32 0x3A96B010
-. 388 3A96AEFD 14
-. 89 85 E0 FD FF FF 85 C0 0F 85 05 01 00 00
-
-==== BB 389 (0x3A96B010) in 6931B, out 39461B, BBs exec'd 0 ====
- 0x3A96B010: leal 0xFFFFFDE4(%ebp), %ecx
- 0x3A96B016: movl %ecx,%edx
- 0x3A96B018: movl %ecx,0xFFFFFDB8(%ebp)
- 0x3A96B01E: call 0x3A968F20
-. 389 3A96B010 19
-. 8D 8D E4 FD FF FF 89 CA 89 8D B8 FD FF FF E8 FD DE FF FF
-
-==== BB 390 open_verify(0x3A968F20) in 6950B, out 39545B, BBs exec'd 0 ====
- 0x3A968F20: pushl %ebp
- 0x3A968F21: movl %esp,%ebp
- 0x3A968F23: pushl %edi
- 0x3A968F24: pushl %esi
- 0x3A968F25: xorl %esi, %esi
- 0x3A968F27: pushl %ebx
- 0x3A968F28: subl $0x4C, %esp
- 0x3A968F2B: call 0x3A97592B
-. 390 3A968F20 16
-. 55 89 E5 57 56 31 F6 53 83 EC 4C E8 FB C9 00 00
-
-==== BB 391 (0x3A968F30) in 6966B, out 39692B, BBs exec'd 0 ====
- 0x3A968F30: addl $0xF73C, %ebx
- 0x3A968F36: movl %eax,-48(%ebp)
- 0x3A968F39: movl %edx,-52(%ebp)
- 0x3A968F3C: movl $0x0, -60(%ebp)
- 0x3A968F43: movl %esi,4(%esp,,)
- 0x3A968F47: movl %eax,(%esp,,)
- 0x3A968F4A: call 0x3A974430
-. 391 3A968F30 31
-. 81 C3 3C F7 00 00 89 45 D0 89 55 CC C7 45 C4 00 00 00 00 89 74 24 04 89 04 24 E8 E1 B4 00 00
-
-==== BB 392 open(0x3A974430) in 6997B, out 39821B, BBs exec'd 0 ====
- 0x3A974430: pushl %ebx
- 0x3A974431: movl 16(%esp,,),%edx
- 0x3A974435: movl 12(%esp,,),%ecx
- 0x3A974439: movl 8(%esp,,),%ebx
- 0x3A97443D: movl $0x5,%eax
- 0x3A974442: int $0x80
-. 392 3A974430 20
-. 53 8B 54 24 10 8B 4C 24 0C 8B 5C 24 08 B8 05 00 00 00 CD 80
-
-==== BB 393 (0x3A974444) in 7017B, out 39917B, BBs exec'd 0 ====
- 0x3A974444: popl %ebx
- 0x3A974445: cmpl $0xFFFFF001, %eax
- 0x3A97444A: jnb-8 0x3A97444D
-. 393 3A974444 8
-. 5B 3D 01 F0 FF FF 73 01
-
-==== BB 394 (0x3A97444C) in 7025B, out 39996B, BBs exec'd 0 ====
- 0x3A97444C: ret
-. 394 3A97444C 1
-. C3
-
-==== BB 395 (0x3A968F4F) in 7026B, out 40026B, BBs exec'd 0 ====
- 0x3A968F4F: movl %eax,-56(%ebp)
- 0x3A968F52: cmpl $0xFFFFFFFF, %eax
- 0x3A968F55: jz-32 0x3A969150
-. 395 3A968F4F 12
-. 89 45 C8 83 F8 FF 0F 84 F5 01 00 00
-
-==== BB 396 (0x3A968F5B) in 7038B, out 40096B, BBs exec'd 0 ====
- 0x3A968F5B: xorl %ecx, %ecx
- 0x3A968F5D: movl $0x200,%edx
- 0x3A968F62: movl %ecx,0x148(%ebx)
- 0x3A968F68: movl %edx,8(%esp,,)
- 0x3A968F6C: movl -52(%ebp),%edx
- 0x3A968F6F: addl $0x4, %edx
- 0x3A968F72: movl %edx,-72(%ebp)
- 0x3A968F75: movl %edx,4(%esp,,)
- 0x3A968F79: movl %eax,(%esp,,)
- 0x3A968F7C: call 0x3A9744B0
-. 396 3A968F5B 38
-. 31 C9 BA 00 02 00 00 89 8B 48 01 00 00 89 54 24 08 8B 55 CC 83 C2 04 89 55 B8 89 54 24 04 89 04 24 E8 2F B5 00 00
-
-==== BB 397 read(0x3A9744B0) in 7076B, out 40247B, BBs exec'd 0 ====
- 0x3A9744B0: pushl %ebx
- 0x3A9744B1: movl 16(%esp,,),%edx
- 0x3A9744B5: movl 12(%esp,,),%ecx
- 0x3A9744B9: movl 8(%esp,,),%ebx
- 0x3A9744BD: movl $0x3,%eax
- 0x3A9744C2: int $0x80
-. 397 3A9744B0 20
-. 53 8B 54 24 10 8B 4C 24 0C 8B 5C 24 08 B8 03 00 00 00 CD 80
-
-==== BB 398 (0x3A9744C4) in 7096B, out 40343B, BBs exec'd 0 ====
- 0x3A9744C4: popl %ebx
- 0x3A9744C5: cmpl $0xFFFFF001, %eax
- 0x3A9744CA: jnb-8 0x3A9744CD
-. 398 3A9744C4 8
-. 5B 3D 01 F0 FF FF 73 01
-
-==== BB 399 (0x3A9744CC) in 7104B, out 40422B, BBs exec'd 0 ====
- 0x3A9744CC: ret
-. 399 3A9744CC 1
-. C3
-
-==== BB 400 (0x3A968F81) in 7105B, out 40452B, BBs exec'd 0 ====
- 0x3A968F81: movl -52(%ebp),%esi
- 0x3A968F84: cmpl $0x33, %eax
- 0x3A968F87: movl %eax,(%esi)
- 0x3A968F89: jle-32 0x3A96919F
-. 400 3A968F81 14
-. 8B 75 CC 83 F8 33 89 06 0F 8E 10 02 00 00
-
-==== BB 401 (0x3A968F8F) in 7119B, out 40535B, BBs exec'd 0 ====
- 0x3A968F8F: cld
- 0x3A968F90: movl -72(%ebp),%esi
- 0x3A968F93: movl $0x9,%ecx
- 0x3A968F98: leal 0xFFFFD62F(%ebx), %edi
- 0x3A968F9E: repe cmpsb
-. 401 3A968F8F 17
-. FC 8B 75 B8 B9 09 00 00 00 8D BB 2F D6 FF FF F3 A6
-
-==== BB 402 (0x3A968F9E) in 7136B, out 40701B, BBs exec'd 0 ====
- 0x3A968F9E: repe cmpsb
-. 402 3A968F9E 2
-. F3 A6
-
-==== BB 403 (0x3A968FA0) in 7138B, out 40826B, BBs exec'd 0 ====
- 0x3A968FA0: jnz-32 0x3A9691BB
-. 403 3A968FA0 6
-. 0F 85 15 02 00 00
-
-==== BB 404 (0x3A968FA6) in 7144B, out 40873B, BBs exec'd 0 ====
- 0x3A968FA6: movl -72(%ebp),%esi
- 0x3A968FA9: leal 0xFFFFE3B4(%ebx), %edx
- 0x3A968FAF: cmpl $0x1, 20(%esi)
- 0x3A968FB3: jnz-32 0x3A9690D9
-. 404 3A968FA6 19
-. 8B 75 B8 8D 93 B4 E3 FF FF 83 7E 14 01 0F 85 20 01 00 00
-
-==== BB 405 (0x3A968FB9) in 7163B, out 40965B, BBs exec'd 0 ====
- 0x3A968FB9: cmpw $0x3, 18(%esi)
- 0x3A968FBE: jnz-32 0x3A969132
-. 405 3A968FB9 11
-. 66 83 7E 12 03 0F 85 6E 01 00 00
-
-==== BB 406 (0x3A968FC4) in 7174B, out 41029B, BBs exec'd 0 ====
- 0x3A968FC4: cmpw $0x20, 42(%esi)
- 0x3A968FC9: leal 0xFFFFE3E0(%ebx), %edx
- 0x3A968FCF: jnz-32 0x3A9690D9
-. 406 3A968FC4 17
-. 66 83 7E 2A 20 8D 93 E0 E3 FF FF 0F 85 04 01 00 00
-
-==== BB 407 (0x3A968FD5) in 7191B, out 41109B, BBs exec'd 0 ====
- 0x3A968FD5: movzwl 16(%esi),%eax
- 0x3A968FD9: cmpl $0x3, %eax
- 0x3A968FDC: jnz-32 0x3A969230
-. 407 3A968FD5 13
-. 0F B7 46 10 83 F8 03 0F 85 4E 02 00 00
-
-==== BB 408 (0x3A968FE2) in 7204B, out 41179B, BBs exec'd 0 ====
- 0x3A968FE2: movl -72(%ebp),%edi
- 0x3A968FE5: movl 28(%edi),%edx
- 0x3A968FE8: movzwl 44(%edi),%ecx
- 0x3A968FEC: movl -52(%ebp),%edi
- 0x3A968FEF: leal 4(%edx,%edi,1), %edi
- 0x3A968FF3: movl %edi,-64(%ebp)
- 0x3A968FF6: movzwl %cx,%esi
- 0x3A968FF9: movl -52(%ebp),%edi
- 0x3A968FFC: shll $0x5, %esi
- 0x3A968FFF: leal (%esi,%edx,1), %eax
- 0x3A969002: cmpl (%edi),%eax
- 0x3A969004: jnbe-32 0x3A969087
-. 408 3A968FE2 40
-. 8B 7D B8 8B 57 1C 0F B7 4F 2C 8B 7D CC 8D 7C 3A 04 89 7D C0 0F B7 F1 8B 7D CC C1 E6 05 8D 04 16 3B 07 0F 87 7D 00 00 00
-
-==== BB 409 (0x3A96900A) in 7244B, out 41347B, BBs exec'd 0 ====
- 0x3A96900A: movl -64(%ebp),%esi
- 0x3A96900D: movzwl %cx,%eax
- 0x3A969010: shll $0x5, %eax
- 0x3A969013: movl %esi,-68(%ebp)
- 0x3A969016: addl %esi,%eax
- 0x3A969018: cmpl %eax,%esi
- 0x3A96901A: jb-8 0x3A969039
-. 409 3A96900A 18
-. 8B 75 C0 0F B7 C1 C1 E0 05 89 75 BC 01 F0 39 C6 72 1D
-
-==== BB 410 (0x3A969039) in 7262B, out 41450B, BBs exec'd 0 ====
- 0x3A969039: movl -68(%ebp),%edi
- 0x3A96903C: cmpl $0x4, (%edi)
- 0x3A96903F: jnz-8 0x3A969021
-. 410 3A969039 8
-. 8B 7D BC 83 3F 04 75 E0
-
-==== BB 411 (0x3A969021) in 7270B, out 41523B, BBs exec'd 0 ====
- 0x3A969021: addl $0x20, -68(%ebp)
- 0x3A969025: movzwl %cx,%eax
- 0x3A969028: movl -64(%ebp),%edx
- 0x3A96902B: shll $0x5, %eax
- 0x3A96902E: addl %edx,%eax
- 0x3A969030: cmpl %eax,-68(%ebp)
- 0x3A969033: jnb-32 0x3A969150
-. 411 3A969021 24
-. 83 45 BC 20 0F B7 C1 8B 55 C0 C1 E0 05 01 D0 39 45 BC 0F 83 17 01 00 00
-
-==== BB 412 (0x3A969150) in 7294B, out 41638B, BBs exec'd 0 ====
- 0x3A969150: movl -56(%ebp),%eax
- 0x3A969153: leal -12(%ebp), %esp
- 0x3A969156: popl %ebx
- 0x3A969157: popl %esi
- 0x3A969158: popl %edi
- 0x3A969159: popl %ebp
- 0x3A96915A: ret
-. 412 3A969150 11
-. 8B 45 C8 8D 65 F4 5B 5E 5F 5D C3
-
-==== BB 413 (0x3A96B023) in 7305B, out 41753B, BBs exec'd 0 ====
- 0x3A96B023: movl %eax,0xFFFFFDCC(%ebp)
- 0x3A96B029: incl %eax
- 0x3A96B02A: jz-32 0x3A96B4B0
-. 413 3A96B023 13
-. 89 85 CC FD FF FF 40 0F 84 80 04 00 00
-
-==== BB 414 (0x3A96B030) in 7318B, out 41831B, BBs exec'd 0 ====
- 0x3A96B030: movl 0x128(%ebx),%eax
- 0x3A96B036: movl %eax,0xFFFFFDDC(%ebp)
- 0x3A96B03C: leal 0xFFFFFDDC(%ebp), %eax
- 0x3A96B042: movl %eax,16(%esp,,)
- 0x3A96B046: movl 16(%ebp),%eax
- 0x3A96B049: movl %eax,12(%esp,,)
- 0x3A96B04D: movl 8(%ebp),%ecx
- 0x3A96B050: movl %ecx,8(%esp,,)
- 0x3A96B054: movl 0xFFFFFDD8(%ebp),%eax
- 0x3A96B05A: movl %eax,4(%esp,,)
- 0x3A96B05E: movl 0xFFFFFDE0(%ebp),%eax
- 0x3A96B064: movl %eax,(%esp,,)
- 0x3A96B067: movl 0xFFFFFDB8(%ebp),%ecx
- 0x3A96B06D: movl 0xFFFFFDCC(%ebp),%edx
- 0x3A96B073: movl 0xFFFFFDD4(%ebp),%eax
- 0x3A96B079: call 0x3A969790
-. 414 3A96B030 78
-. 8B 83 28 01 00 00 89 85 DC FD FF FF 8D 85 DC FD FF FF 89 44 24 10 8B 45 10 89 44 24 0C 8B 4D 08 89 4C 24 08 8B 85 D8 FD FF FF 89 44 24 04 8B 85 E0 FD FF FF 89 04 24 8B 8D B8 FD FF FF 8B 95 CC FD FF FF 8B 85 D4 FD FF FF E8 12 E7 FF FF
-
-==== BB 415 _dl_map_object_from_fd(0x3A969790) in 7396B, out 42059B, BBs exec'd 0 ====
- 0x3A969790: pushl %ebp
- 0x3A969791: movl %esp,%ebp
- 0x3A969793: pushl %edi
- 0x3A969794: pushl %esi
- 0x3A969795: pushl %ebx
- 0x3A969796: subl $0x108, %esp
- 0x3A96979C: movl %eax,-112(%ebp)
- 0x3A96979F: leal -108(%ebp), %eax
- 0x3A9697A2: movl %ecx,-120(%ebp)
- 0x3A9697A5: xorl %ecx, %ecx
- 0x3A9697A7: movl %edx,-116(%ebp)
- 0x3A9697AA: movl $0x0, -124(%ebp)
- 0x3A9697B1: movl %ecx,0xFFFFFF74(%ebp)
- 0x3A9697B7: movl %eax,8(%esp,,)
- 0x3A9697BB: movl -116(%ebp),%eax
- 0x3A9697BE: call 0x3A97592B
-. 415 3A969790 51
-. 55 89 E5 57 56 53 81 EC 08 01 00 00 89 45 90 8D 45 94 89 4D 88 31 C9 89 55 8C C7 45 84 00 00 00 00 89 8D 74 FF FF FF 89 44 24 08 8B 45 8C E8 68 C1 00 00
-
-==== BB 416 (0x3A9697C3) in 7447B, out 42306B, BBs exec'd 0 ====
- 0x3A9697C3: addl $0xEEA9, %ebx
- 0x3A9697C9: movl $0x3, (%esp,,)
- 0x3A9697D0: movl %eax,4(%esp,,)
- 0x3A9697D4: call 0x3A974320
-. 416 3A9697C3 22
-. 81 C3 A9 EE 00 00 C7 04 24 03 00 00 00 89 44 24 04 E8 47 AB 00 00
-
-==== BB 417 __GI___fxstat64(0x3A974320) in 7469B, out 42396B, BBs exec'd 0 ====
- 0x3A974320: pushl %ebp
- 0x3A974321: movl %esp,%ebp
- 0x3A974323: subl $0x58, %esp
- 0x3A974326: movl %ebx,-12(%ebp)
- 0x3A974329: call 0x3A97592B
-. 417 3A974320 14
-. 55 89 E5 83 EC 58 89 5D F4 E8 FD 15 00 00
-
-==== BB 418 (0x3A97432E) in 7483B, out 42494B, BBs exec'd 0 ====
- 0x3A97432E: addl $0x433E, %ebx
- 0x3A974334: movl %esi,-8(%ebp)
- 0x3A974337: movl 0x24(%ebx),%esi
- 0x3A97433D: movl %edi,-4(%ebp)
- 0x3A974340: movl (%esi),%eax
- 0x3A974342: testl %eax,%eax
- 0x3A974344: jnz-8 0x3A9743C0
-. 418 3A97432E 24
-. 81 C3 3E 43 00 00 89 75 F8 8B B3 24 00 00 00 89 7D FC 8B 06 85 C0 75 7A
-
-==== BB 419 (0x3A974346) in 7507B, out 42618B, BBs exec'd 0 ====
- 0x3A974346: movl 0x148(%ebx),%edi
- 0x3A97434C: movl 12(%ebp),%edx
- 0x3A97434F: movl 16(%ebp),%ecx
- 0x3A974352: xchgl %edx, %ebx
- 0x3A974354: movl $0xC5,%eax
- 0x3A974359: int $0x80
-. 419 3A974346 21
-. 8B BB 48 01 00 00 8B 55 0C 8B 4D 10 87 D3 B8 C5 00 00 00 CD 80
-
-==== BB 420 (0x3A97435B) in 7528B, out 42711B, BBs exec'd 0 ====
- 0x3A97435B: xchgl %edx, %ebx
- 0x3A97435D: cmpl $0xFFFFF000, %eax
- 0x3A974362: jnbe-32 0x3A974416
-. 420 3A97435B 13
-. 87 D3 3D 00 F0 FF FF 0F 87 AE 00 00 00
-
-==== BB 421 (0x3A974368) in 7541B, out 42787B, BBs exec'd 0 ====
- 0x3A974368: cmpl $0xFFFFFFFF, %eax
- 0x3A97436B: movl %eax,%edx
- 0x3A97436D: jz-8 0x3A9743A0
-. 421 3A974368 7
-. 83 F8 FF 89 C2 74 31
-
-==== BB 422 (0x3A97436F) in 7548B, out 42854B, BBs exec'd 0 ====
- 0x3A97436F: testl %edx,%edx
- 0x3A974371: jnz-8 0x3A974390
-. 422 3A97436F 4
-. 85 D2 75 1D
-
-==== BB 423 (0x3A974373) in 7552B, out 42913B, BBs exec'd 0 ====
- 0x3A974373: movl 16(%ebp),%ecx
- 0x3A974376: movl 88(%ecx),%eax
- 0x3A974379: cmpl %eax,12(%ecx)
- 0x3A97437C: jz-8 0x3A974390
-. 423 3A974373 11
-. 8B 4D 10 8B 41 58 39 41 0C 74 12
-
-==== BB 424 (0x3A974390) in 7563B, out 43001B, BBs exec'd 0 ====
- 0x3A974390: movl -12(%ebp),%ebx
- 0x3A974393: movl %edx,%eax
- 0x3A974395: movl -8(%ebp),%esi
- 0x3A974398: movl -4(%ebp),%edi
- 0x3A97439B: movl %ebp,%esp
- 0x3A97439D: popl %ebp
- 0x3A97439E: ret
-. 424 3A974390 15
-. 8B 5D F4 89 D0 8B 75 F8 8B 7D FC 89 EC 5D C3
-
-==== BB 425 (0x3A9697D9) in 7578B, out 43103B, BBs exec'd 0 ====
- 0x3A9697D9: testl %eax,%eax
- 0x3A9697DB: js-32 0x3A969DCE
-. 425 3A9697D9 8
-. 85 C0 0F 88 ED 05 00 00
-
-==== BB 426 (0x3A9697E1) in 7586B, out 43162B, BBs exec'd 0 ====
- 0x3A9697E1: movl 0xFFFFF994(%ebx),%edx
- 0x3A9697E7: testl %edx,%edx
- 0x3A9697E9: movl %edx,-124(%ebp)
- 0x3A9697EC: jz-8 0x3A96985D
-. 426 3A9697E1 13
-. 8B 93 94 F9 FF FF 85 D2 89 55 84 74 6F
-
-==== BB 427 (0x3A9697EE) in 7599B, out 43250B, BBs exec'd 0 ====
- 0x3A9697EE: movl -108(%ebp),%eax
- 0x3A9697F1: movl -104(%ebp),%edx
- 0x3A9697F4: movl -20(%ebp),%esi
- 0x3A9697F7: movl %eax,0xFFFFFF6C(%ebp)
- 0x3A9697FD: movl -16(%ebp),%edi
- 0x3A969800: movl %edx,0xFFFFFF70(%ebp)
- 0x3A969806: leal 0(%esi), %esi
- 0x3A969809: leal 0(%edi,,), %edi
- 0x3A969810: movl -124(%ebp),%ecx
- 0x3A969813: movl 0x1C8(%ecx),%edx
- 0x3A969819: movl 0x1C4(%ecx),%eax
- 0x3A96981F: movl %edx,%ecx
- 0x3A969821: xorl %edi,%ecx
- 0x3A969823: xorl %esi,%eax
- 0x3A969825: orl %eax,%ecx
- 0x3A969827: jnz-8 0x3A969850
-. 427 3A9697EE 59
-. 8B 45 94 8B 55 98 8B 75 EC 89 85 6C FF FF FF 8B 7D F0 89 95 70 FF FF FF 8D 76 00 8D BC 27 00 00 00 00 8B 4D 84 8B 91 C8 01 00 00 8B 81 C4 01 00 00 89 D1 31 F9 31 F0 09 C1 75 27
-
-==== BB 428 (0x3A969850) in 7658B, out 43456B, BBs exec'd 0 ====
- 0x3A969850: movl -124(%ebp),%eax
- 0x3A969853: movl 12(%eax),%eax
- 0x3A969856: testl %eax,%eax
- 0x3A969858: movl %eax,-124(%ebp)
- 0x3A96985B: jnz-8 0x3A969810
-. 428 3A969850 13
-. 8B 45 84 8B 40 0C 85 C0 89 45 84 75 B3
-
-==== BB 429 (0x3A969810) in 7671B, out 43548B, BBs exec'd 0 ====
- 0x3A969810: movl -124(%ebp),%ecx
- 0x3A969813: movl 0x1C8(%ecx),%edx
- 0x3A969819: movl 0x1C4(%ecx),%eax
- 0x3A96981F: movl %edx,%ecx
- 0x3A969821: xorl %edi,%ecx
- 0x3A969823: xorl %esi,%eax
- 0x3A969825: orl %eax,%ecx
- 0x3A969827: jnz-8 0x3A969850
-. 429 3A969810 25
-. 8B 4D 84 8B 91 C8 01 00 00 8B 81 C4 01 00 00 89 D1 31 F9 31 F0 09 C1 75 27
-
-==== BB 430 (0x3A96985D) in 7696B, out 43667B, BBs exec'd 0 ====
- 0x3A96985D: xorl %eax, %eax
- 0x3A96985F: testb $0x4, 20(%ebp)
- 0x3A969863: jnz-32 0x3A969DC6
-. 430 3A96985D 12
-. 31 C0 F6 45 14 04 0F 85 5D 05 00 00
-
-==== BB 431 (0x3A969869) in 7708B, out 43752B, BBs exec'd 0 ====
- 0x3A969869: testb $0x40, 0xFFFFFC14(%ebx)
- 0x3A969870: jnz-32 0x3A96A050
-. 431 3A969869 13
-. F6 83 14 FC FF FF 40 0F 85 DA 07 00 00
-
-==== BB 432 (0x3A969876) in 7721B, out 43822B, BBs exec'd 0 ====
- 0x3A969876: movl -120(%ebp),%ecx
- 0x3A969879: movl 12(%ebp),%eax
- 0x3A96987C: addl $0x4, %ecx
- 0x3A96987F: movl %ecx,-128(%ebp)
- 0x3A969882: movl %eax,(%esp,,)
- 0x3A969885: movl -112(%ebp),%edx
- 0x3A969888: movl 16(%ebp),%ecx
- 0x3A96988B: movl 8(%ebp),%eax
- 0x3A96988E: call 0x3A96C9D0
-. 432 3A969876 29
-. 8B 4D 88 8B 45 0C 83 C1 04 89 4D 80 89 04 24 8B 55 90 8B 4D 10 8B 45 08 E8 3D 31 00 00
-
-==== BB 433 (0x3A973780) in 7750B, out 43957B, BBs exec'd 0 ====
- 0x3A973780: movl %edx,0x138(%ebx)
- 0x3A973786: movl 0xFFFFFC18(%ebx),%eax
- 0x3A97378C: xorl %ecx, %ecx
- 0x3A97378E: movl %ecx,20(%esp,,)
- 0x3A973792: movl $0xFFFFFFFF,%edx
- 0x3A973797: movl %edx,16(%esp,,)
- 0x3A97379B: leal -1(%eax,%edi,1), %esi
- 0x3A97379F: negl %eax
- 0x3A9737A1: movl $0x0, (%esp,,)
- 0x3A9737A8: andl %eax,%esi
- 0x3A9737AA: movl $0x22,%eax
- 0x3A9737AF: movl %eax,12(%esp,,)
- 0x3A9737B3: movl $0x3,%eax
- 0x3A9737B8: movl %eax,8(%esp,,)
- 0x3A9737BC: movl %esi,4(%esp,,)
- 0x3A9737C0: call 0x3A974C50
-. 433 3A973780 69
-. 89 93 38 01 00 00 8B 83 18 FC FF FF 31 C9 89 4C 24 14 BA FF FF FF FF 89 54 24 10 8D 74 38 FF F7 D8 C7 04 24 00 00 00 00 21 C6 B8 22 00 00 00 89 44 24 0C B8 03 00 00 00 89 44 24 08 89 74 24 04 E8 8B 14 00 00
-
-==== BB 434 mmap(0x3A974C50) in 7819B, out 44173B, BBs exec'd 0 ====
- 0x3A974C50: movl %ebx,%edx
- 0x3A974C52: movl $0x5A,%eax
- 0x3A974C57: leal 4(%esp,,), %ebx
- 0x3A974C5B: int $0x80
-. 434 3A974C50 13
-. 89 DA B8 5A 00 00 00 8D 5C 24 04 CD 80
-
-==== BB 435 (0x3A974C5D) in 7832B, out 44234B, BBs exec'd 0 ====
- 0x3A974C5D: movl %edx,%ebx
- 0x3A974C5F: cmpl $0xFFFFF000, %eax
- 0x3A974C64: jnbe-8 0x3A974C67
-. 435 3A974C5D 9
-. 89 D3 3D 00 F0 FF FF 77 01
-
-==== BB 436 (0x3A974C66) in 7841B, out 44304B, BBs exec'd 0 ====
- 0x3A974C66: ret
-. 436 3A974C66 1
-. C3
-
-==== BB 437 (0x3A9737C5) in 7842B, out 44334B, BBs exec'd 0 ====
- 0x3A9737C5: cmpl 0x13C(%ebx),%eax
- 0x3A9737CB: jz-8 0x3A9737D3
-. 437 3A9737C5 8
-. 3B 83 3C 01 00 00 74 06
-
-==== BB 438 (0x3A9737CD) in 7850B, out 44402B, BBs exec'd 0 ====
- 0x3A9737CD: movl %eax,0x138(%ebx)
- 0x3A9737D3: movl 0x138(%ebx),%edx
- 0x3A9737D9: addl %esi,%eax
- 0x3A9737DB: movl %eax,0x13C(%ebx)
- 0x3A9737E1: movl %edx,0x140(%ebx)
- 0x3A9737E7: movl %edx,%eax
- 0x3A9737E9: leal (%edi,%edx,1), %edx
- 0x3A9737EC: movl %edx,0x138(%ebx)
- 0x3A9737F2: movl -12(%ebp),%ebx
- 0x3A9737F5: movl -8(%ebp),%esi
- 0x3A9737F8: movl -4(%ebp),%edi
- 0x3A9737FB: movl %ebp,%esp
- 0x3A9737FD: popl %ebp
- 0x3A9737FE: ret
-. 438 3A9737CD 50
-. 89 83 38 01 00 00 8B 93 38 01 00 00 01 F0 89 83 3C 01 00 00 89 93 40 01 00 00 89 D0 8D 14 17 89 93 38 01 00 00 8B 5D F4 8B 75 F8 8B 7D FC 89 EC 5D C3
-
-==== BB 439 (0x3A96CAB0) in 7900B, out 44603B, BBs exec'd 0 ====
- 0x3A96CAB0: movl %eax,%edx
- 0x3A96CAB2: movl 12(%eax),%eax
- 0x3A96CAB5: testl %eax,%eax
- 0x3A96CAB7: jz-8 0x3A96CAC9
-. 439 3A96CAB0 9
-. 89 C2 8B 40 0C 85 C0 74 10
-
-==== BB 440 (0x3A96CAB9) in 7909B, out 44685B, BBs exec'd 0 ====
- 0x3A96CAB9: leal 0(%esi,,), %esi
- 0x3A96CAC0: movl %eax,%edx
- 0x3A96CAC2: movl 12(%eax),%eax
- 0x3A96CAC5: testl %eax,%eax
- 0x3A96CAC7: jnz-8 0x3A96CAC0
-. 440 3A96CAB9 16
-. 8D B4 26 00 00 00 00 89 C2 8B 40 0C 85 C0 75 F7
-
-==== BB 441 (0x3A96CAC9) in 7925B, out 44780B, BBs exec'd 0 ====
- 0x3A96CAC9: movl -32(%ebp),%eax
- 0x3A96CACC: movl %edx,16(%eax)
- 0x3A96CACF: movl %eax,12(%edx)
- 0x3A96CAD2: movl 0x1B0(%eax),%edx
- 0x3A96CAD8: movl 0xFFFFF994(%ebx),%eax
- 0x3A96CADE: addl $0x150, %eax
- 0x3A96CAE3: movl %eax,(%edx,%ecx,4)
- 0x3A96CAE6: movl $0x1,%ecx
- 0x3A96CAEB: incl 0xFFFFF998(%ebx)
- 0x3A96CAF1: addl $0x1, 0xFFFFF9C4(%ebx)
- 0x3A96CAF8: adcl $0x0, 0xFFFFF9C8(%ebx)
- 0x3A96CAFF: testl %edi,%edi
- 0x3A96CB01: jz-32 0x3A96CC58
-. 441 3A96CAC9 62
-. 8B 45 E0 89 50 10 89 42 0C 8B 90 B0 01 00 00 8B 83 94 F9 FF FF 05 50 01 00 00 89 04 8A B9 01 00 00 00 FF 83 98 F9 FF FF 83 83 C4 F9 FF FF 01 83 93 C8 F9 FF FF 00 85 FF 0F 84 51 01 00 00
-
-==== BB 442 (0x3A96CB07) in 7987B, out 45004B, BBs exec'd 0 ====
- 0x3A96CB07: movl 0x160(%edi),%eax
- 0x3A96CB0D: testl %eax,%eax
- 0x3A96CB0F: jz-8 0x3A96CB2C
-. 442 3A96CB07 10
-. 8B 87 60 01 00 00 85 C0 74 1B
-
-==== BB 443 (0x3A96CB36) in 7997B, out 45079B, BBs exec'd 0 ====
- 0x3A96CB36: cmpl (%edx),%eax
- 0x3A96CB38: jz-8 0x3A96CB3D
-. 443 3A96CB36 4
-. 3B 02 74 03
-
-==== BB 444 (0x3A96CB3D) in 8001B, out 45141B, BBs exec'd 0 ====
- 0x3A96CB3D: movl -32(%ebp),%eax
- 0x3A96CB40: movl -32(%ebp),%edx
- 0x3A96CB43: movl -16(%ebp),%ecx
- 0x3A96CB46: addl $0x150, %eax
- 0x3A96CB4B: movl %eax,0x1B4(%edx)
- 0x3A96CB51: movzbl (%ecx),%ecx
- 0x3A96CB54: testb %cl,%cl
- 0x3A96CB56: movb %cl,-33(%ebp)
- 0x3A96CB59: jz-32 0x3A96CC26
-. 444 3A96CB3D 34
-. 8B 45 E0 8B 55 E0 8B 4D F0 05 50 01 00 00 89 82 B4 01 00 00 0F B6 09 84 C9 88 4D DF 0F 84 C7 00 00 00
-
-==== BB 445 (0x3A96CB5F) in 8035B, out 45287B, BBs exec'd 0 ====
- 0x3A96CB5F: movl -16(%ebp),%eax
- 0x3A96CB62: movl %eax,(%esp,,)
- 0x3A96CB65: call 0x3A9752D0
-. 445 3A96CB5F 11
-. 8B 45 F0 89 04 24 E8 66 87 00 00
-
-==== BB 446 (0x3A96CB6A) in 8046B, out 45355B, BBs exec'd 0 ====
- 0x3A96CB6A: incl %eax
- 0x3A96CB6B: cmpb $0x2F, -33(%ebp)
- 0x3A96CB6F: movl %eax,-40(%ebp)
- 0x3A96CB72: jz-32 0x3A96CC60
-. 446 3A96CB6A 14
-. 40 80 7D DF 2F 89 45 D8 0F 84 E8 00 00 00
-
-==== BB 447 (0x3A96CC60) in 8060B, out 45439B, BBs exec'd 0 ====
- 0x3A96CC60: movl %eax,(%esp,,)
- 0x3A96CC63: call 0x3A96581C
-. 447 3A96CC60 8
-. 89 04 24 E8 B4 8B FF FF
-
-==== BB 448 (0x3A96CC68) in 8068B, out 45494B, BBs exec'd 0 ====
- 0x3A96CC68: testl %eax,%eax
- 0x3A96CC6A: movl %eax,%edi
- 0x3A96CC6C: jnz-32 0x3A96CBEB
-. 448 3A96CC68 10
-. 85 C0 89 C7 0F 85 79 FF FF FF
-
-==== BB 449 (0x3A96CBEB) in 8078B, out 45560B, BBs exec'd 0 ====
- 0x3A96CBEB: movl -40(%ebp),%edx
- 0x3A96CBEE: movl %edx,8(%esp,,)
- 0x3A96CBF2: movl -16(%ebp),%ecx
- 0x3A96CBF5: movl %eax,(%esp,,)
- 0x3A96CBF8: movl %ecx,4(%esp,,)
- 0x3A96CBFC: call 0x3A975770
-. 449 3A96CBEB 22
-. 8B 55 D8 89 54 24 08 8B 4D F0 89 04 24 89 4C 24 04 E8 6F 8B 00 00
-
-==== BB 450 (0x3A96CC01) in 8100B, out 45664B, BBs exec'd 0 ====
- 0x3A96CC01: jmp-8 0x3A96CC10
-. 450 3A96CC01 2
-. EB 0D
-
-==== BB 451 (0x3A96CC10) in 8102B, out 45692B, BBs exec'd 0 ====
- 0x3A96CC10: decl %eax
- 0x3A96CC11: cmpb $0x2F, (%eax)
- 0x3A96CC14: jnz-8 0x3A96CC10
-. 451 3A96CC10 6
-. 48 80 38 2F 75 FA
-
-==== BB 452 (0x3A96CC16) in 8108B, out 45760B, BBs exec'd 0 ====
- 0x3A96CC16: cmpl %edi,%eax
- 0x3A96CC18: jz-8 0x3A96CC83
-. 452 3A96CC16 4
-. 39 F8 74 69
-
-==== BB 453 (0x3A96CC1A) in 8112B, out 45817B, BBs exec'd 0 ====
- 0x3A96CC1A: movb $0x0, (%eax)
- 0x3A96CC1D: movl -32(%ebp),%eax
- 0x3A96CC20: movl %edi,0x190(%eax)
- 0x3A96CC26: movl -32(%ebp),%eax
- 0x3A96CC29: addl $0x2C, %esp
- 0x3A96CC2C: popl %ebx
- 0x3A96CC2D: popl %esi
- 0x3A96CC2E: popl %edi
- 0x3A96CC2F: popl %ebp
- 0x3A96CC30: ret 4
-. 453 3A96CC1A 25
-. C6 00 00 8B 45 E0 89 B8 90 01 00 00 8B 45 E0 83 C4 2C 5B 5E 5F 5D C2 04 00
-
-==== BB 454 (0x3A969893) in 8137B, out 45981B, BBs exec'd 0 ====
- 0x3A969893: movl %eax,-124(%ebp)
- 0x3A969896: subl $0x4, %esp
- 0x3A969899: testl %eax,%eax
- 0x3A96989B: leal 0xFFFFE494(%ebx), %edx
- 0x3A9698A1: jz-32 0x3A969D74
-. 454 3A969893 20
-. 89 45 84 83 EC 04 85 C0 8D 93 94 E4 FF FF 0F 84 CD 04 00 00
-
-==== BB 455 (0x3A9698A7) in 8157B, out 46082B, BBs exec'd 0 ====
- 0x3A9698A7: movl -128(%ebp),%esi
- 0x3A9698AA: movl -124(%ebp),%edx
- 0x3A9698AD: movl 24(%esi),%eax
- 0x3A9698B0: movzwl 16(%esi),%ecx
- 0x3A9698B4: movl %eax,0x148(%edx)
- 0x3A9698BA: movzwl 44(%esi),%eax
- 0x3A9698BE: movl %ecx,0xFFFFFF78(%ebp)
- 0x3A9698C4: movl -120(%ebp),%ecx
- 0x3A9698C7: movw %ax,0x14C(%edx)
- 0x3A9698CE: movl -128(%ebp),%edx
- 0x3A9698D1: movzwl 44(%esi),%esi
- 0x3A9698D5: movl 28(%edx),%eax
- 0x3A9698D8: shll $0x5, %esi
- 0x3A9698DB: movl %esi,0xFFFFFF28(%ebp)
- 0x3A9698E1: leal (%esi,%eax,1), %edx
- 0x3A9698E4: leal 4(%eax,%ecx,1), %eax
- 0x3A9698E8: cmpl (%ecx),%edx
- 0x3A9698EA: movl %eax,0xFFFFFF7C(%ebp)
- 0x3A9698F0: jnbe-32 0x3A969D15
-. 455 3A9698A7 79
-. 8B 75 80 8B 55 84 8B 46 18 0F B7 4E 10 89 82 48 01 00 00 0F B7 46 2C 89 8D 78 FF FF FF 8B 4D 88 66 89 82 4C 01 00 00 8B 55 80 0F B7 76 2C 8B 42 1C C1 E6 05 89 B5 28 FF FF FF 8D 14 06 8D 44 08 04 3B 11 89 85 7C FF FF FF 0F 87 1F 04 00 00
-
-==== BB 456 (0x3A9698F6) in 8236B, out 46339B, BBs exec'd 0 ====
- 0x3A9698F6: movl %esp,0xFFFFFF64(%ebp)
- 0x3A9698FC: movl -124(%ebp),%ecx
- 0x3A9698FF: movl $0x7,%edi
- 0x3A969904: movl %edi,0xFFFFFF68(%ebp)
- 0x3A96990A: movb $0x0, 0xFFFFFF5B(%ebp)
- 0x3A969911: movzwl 0x14C(%ecx),%edx
- 0x3A969918: leal -3(%edx,%edx,2), %eax
- 0x3A96991C: leal 0x28(,%eax,8), %eax
- 0x3A969923: subl %eax,%esp
- 0x3A969925: shll $0x5, %edx
- 0x3A969928: leal 67(%esp,,), %esi
- 0x3A96992C: andl $0xFFFFFFF0, %esi
- 0x3A96992F: movl %esi,0xFFFFFF60(%ebp)
- 0x3A969935: xorl %esi, %esi
- 0x3A969937: movl %esi,0xFFFFFF5C(%ebp)
- 0x3A96993D: movl 0xFFFFFF7C(%ebp),%esi
- 0x3A969943: movl %esi,%eax
- 0x3A969945: addl %edx,%eax
- 0x3A969947: cmpl %eax,%esi
- 0x3A969949: jnb-32 0x3A969DD6
-. 456 3A9698F6 89
-. 89 A5 64 FF FF FF 8B 4D 84 BF 07 00 00 00 89 BD 68 FF FF FF C6 85 5B FF FF FF 00 0F B7 91 4C 01 00 00 8D 44 52 FD 8D 04 C5 28 00 00 00 29 C4 C1 E2 05 8D 74 24 43 83 E6 F0 89 B5 60 FF FF FF 31 F6 89 B5 5C FF FF FF 8B B5 7C FF FF FF 89 F0 01 D0 39 C6 0F 83 87 04 00 00
-
-==== BB 457 (0x3A96994F) in 8325B, out 46615B, BBs exec'd 0 ====
- 0x3A96994F: movl %eax,0xFFFFFF54(%ebp)
- 0x3A969955: movl 0xFFFFFF60(%ebp),%eax
- 0x3A96995B: movl %eax,0xFFFFFF2C(%ebp)
- 0x3A969961: jmp-8 0x3A96998B
-. 457 3A96994F 20
-. 89 85 54 FF FF FF 8B 85 60 FF FF FF 89 85 2C FF FF FF EB 28
-
-==== BB 458 (0x3A96998B) in 8345B, out 46691B, BBs exec'd 0 ====
- 0x3A96998B: movl (%esi),%eax
- 0x3A96998D: cmpl $0x6, %eax
- 0x3A969990: jz-8 0x3A9699C5
-. 458 3A96998B 7
-. 8B 06 83 F8 06 74 33
-
-==== BB 459 (0x3A969992) in 8352B, out 46758B, BBs exec'd 0 ====
- 0x3A969992: cmpl $0x6, %eax
- 0x3A969995: jbe-8 0x3A969963
-. 459 3A969992 5
-. 83 F8 06 76 CC
-
-==== BB 460 (0x3A969963) in 8357B, out 46815B, BBs exec'd 0 ====
- 0x3A969963: cmpl $0x1, %eax
- 0x3A969966: jz-32 0x3A969C3A
-. 460 3A969963 9
-. 83 F8 01 0F 84 CE 02 00 00
-
-==== BB 461 (0x3A969C3A) in 8366B, out 46872B, BBs exec'd 0 ====
- 0x3A969C3A: movl 0xFFFFFC18(%ebx),%eax
- 0x3A969C40: movl 28(%esi),%edx
- 0x3A969C43: decl %eax
- 0x3A969C44: testl %eax,%edx
- 0x3A969C46: jnz-32 0x3A96A1E5
-. 461 3A969C3A 18
-. 8B 83 18 FC FF FF 8B 56 1C 48 85 D0 0F 85 99 05 00 00
-
-==== BB 462 (0x3A969C4C) in 8384B, out 46965B, BBs exec'd 0 ====
- 0x3A969C4C: movl 8(%esi),%eax
- 0x3A969C4F: decl %edx
- 0x3A969C50: movl 4(%esi),%ecx
- 0x3A969C53: movl %eax,0xFFFFFF50(%ebp)
- 0x3A969C59: subl %ecx,%eax
- 0x3A969C5B: testl %edx,%eax
- 0x3A969C5D: jnz-32 0x3A96A1F0
-. 462 3A969C4C 23
-. 8B 46 08 4A 8B 4E 04 89 85 50 FF FF FF 29 C8 85 C2 0F 85 8D 05 00 00
-
-==== BB 463 (0x3A969C63) in 8407B, out 47080B, BBs exec'd 0 ====
- 0x3A969C63: incl 0xFFFFFF5C(%ebp)
- 0x3A969C69: movl 0xFFFFFF2C(%ebp),%edi
- 0x3A969C6F: movl 0xFFFFFF50(%ebp),%eax
- 0x3A969C75: leal 24(%edi), %ecx
- 0x3A969C78: movl %ecx,0xFFFFFF2C(%ebp)
- 0x3A969C7E: movl %edx,%ecx
- 0x3A969C80: notl %ecx
- 0x3A969C82: andl %eax,%ecx
- 0x3A969C84: movl 0xFFFFFF2C(%ebp),%eax
- 0x3A969C8A: movl %ecx,-24(%eax)
- 0x3A969C8D: movl 8(%esi),%edx
- 0x3A969C90: movl 16(%esi),%eax
- 0x3A969C93: addl %edx,%eax
- 0x3A969C95: movl 0xFFFFFC18(%ebx),%edx
- 0x3A969C9B: leal -1(%edx,%eax,1), %eax
- 0x3A969C9F: negl %edx
- 0x3A969CA1: andl %edx,%eax
- 0x3A969CA3: movl 0xFFFFFF2C(%ebp),%edx
- 0x3A969CA9: movl %eax,-20(%edx)
- 0x3A969CAC: movl 16(%esi),%eax
- 0x3A969CAF: addl 8(%esi),%eax
- 0x3A969CB2: movl %eax,-16(%edx)
- 0x3A969CB5: movl 20(%esi),%eax
- 0x3A969CB8: addl 8(%esi),%eax
- 0x3A969CBB: movl %eax,-12(%edx)
- 0x3A969CBE: movl 28(%esi),%eax
- 0x3A969CC1: decl %eax
- 0x3A969CC2: notl %eax
- 0x3A969CC4: andl 4(%esi),%eax
- 0x3A969CC7: cmpl $0x1, 0xFFFFFF5C(%ebp)
- 0x3A969CCE: movl %eax,-8(%edx)
- 0x3A969CD1: jbe-8 0x3A969CDF
-. 463 3A969C63 112
-. FF 85 5C FF FF FF 8B BD 2C FF FF FF 8B 85 50 FF FF FF 8D 4F 18 89 8D 2C FF FF FF 89 D1 F7 D1 21 C1 8B 85 2C FF FF FF 89 48 E8 8B 56 08 8B 46 10 01 D0 8B 93 18 FC FF FF 8D 44 02 FF F7 DA 21 D0 8B 95 2C FF FF FF 89 42 EC 8B 46 10 03 46 08 89 42 F0 8B 46 14 03 46 08 89 42 F4 8B 46 1C 48 F7 D0 23 46 04 83 BD 5C FF FF FF 01 89 42 F8 76 0C
-
-==== BB 464 (0x3A969CDF) in 8519B, out 47458B, BBs exec'd 0 ====
- 0x3A969CDF: movl 24(%esi),%ecx
- 0x3A969CE2: movl $0x73516240,%eax
- 0x3A969CE7: andl $0x7, %ecx
- 0x3A969CEA: shll $0x2, %ecx
- 0x3A969CED: sarl %cl, %eax
- 0x3A969CEF: andl $0xF, %eax
- 0x3A969CF2: movl %eax,20(%edi)
- 0x3A969CF5: jmp 0x3A969980
-. 464 3A969CDF 27
-. 8B 4E 18 B8 40 62 51 73 83 E1 07 C1 E1 02 D3 F8 83 E0 0F 89 47 14 E9 86 FC FF FF
-
-==== BB 465 (0x3A969980) in 8546B, out 47578B, BBs exec'd 0 ====
- 0x3A969980: addl $0x20, %esi
- 0x3A969983: cmpl 0xFFFFFF54(%ebp),%esi
- 0x3A969989: jnb-8 0x3A9699DC
-. 465 3A969980 11
-. 83 C6 20 3B B5 54 FF FF FF 73 51
-
-==== BB 466 (0x3A969CD3) in 8557B, out 47656B, BBs exec'd 0 ====
- 0x3A969CD3: cmpl %ecx,-20(%edi)
- 0x3A969CD6: jz-8 0x3A969CDF
-. 466 3A969CD3 5
-. 39 4F EC 74 07
-
-==== BB 467 (0x3A96996C) in 8562B, out 47719B, BBs exec'd 0 ====
- 0x3A96996C: cmpl $0x2, %eax
- 0x3A96996F: jz-32 0x3A969CFA
-. 467 3A96996C 9
-. 83 F8 02 0F 84 85 03 00 00
-
-==== BB 468 (0x3A969CFA) in 8571B, out 47776B, BBs exec'd 0 ====
- 0x3A969CFA: movl 8(%esi),%eax
- 0x3A969CFD: movl -124(%ebp),%edx
- 0x3A969D00: movl %eax,8(%edx)
- 0x3A969D03: movl 20(%esi),%eax
- 0x3A969D06: shrl $0x3, %eax
- 0x3A969D09: movw %ax,0x14E(%edx)
- 0x3A969D10: jmp 0x3A969980
-. 468 3A969CFA 27
-. 8B 46 08 8B 55 84 89 42 08 8B 46 14 C1 E8 03 66 89 82 4E 01 00 00 E9 6B FC FF FF
-
-==== BB 469 (0x3A969997) in 8598B, out 47888B, BBs exec'd 0 ====
- 0x3A969997: cmpl $0x6474E551, %eax
- 0x3A96999C: jz-32 0x3A969C2C
-. 469 3A969997 11
-. 3D 51 E5 74 64 0F 84 8A 02 00 00
-
-==== BB 470 (0x3A969C2C) in 8609B, out 47948B, BBs exec'd 0 ====
- 0x3A969C2C: movl 24(%esi),%ecx
- 0x3A969C2F: movl %ecx,0xFFFFFF68(%ebp)
- 0x3A969C35: jmp 0x3A969980
-. 470 3A969C2C 14
-. 8B 4E 18 89 8D 68 FF FF FF E9 46 FD FF FF
-
-==== BB 471 (0x3A9699DC) in 8623B, out 48008B, BBs exec'd 0 ====
- 0x3A9699DC: movl 0xFFFFFF5C(%ebp),%eax
- 0x3A9699E2: testl %eax,%eax
- 0x3A9699E4: jz-32 0x3A969DD6
-. 471 3A9699DC 14
-. 8B 85 5C FF FF FF 85 C0 0F 84 EC 03 00 00
-
-==== BB 472 (0x3A9699EA) in 8637B, out 48083B, BBs exec'd 0 ====
- 0x3A9699EA: movl 0xFFFFFF5C(%ebp),%ecx
- 0x3A9699F0: movl 0xFFFFFF60(%ebp),%edi
- 0x3A9699F6: leal (%ecx,%ecx,2), %eax
- 0x3A9699F9: leal (%edi,%eax,8), %eax
- 0x3A9699FC: movl (%edi),%edx
- 0x3A9699FE: movl -12(%eax),%esi
- 0x3A969A01: movl %eax,0xFFFFFF4C(%ebp)
- 0x3A969A07: subl %edx,%esi
- 0x3A969A09: cmpl $0x3, 0xFFFFFF78(%ebp)
- 0x3A969A10: movl %esi,0xFFFFFF28(%ebp)
- 0x3A969A16: jnz-32 0x3A96A1FB
-. 472 3A9699EA 50
-. 8B 8D 5C FF FF FF 8B BD 60 FF FF FF 8D 04 49 8D 04 C7 8B 17 8B 70 F4 89 85 4C FF FF FF 29 D6 83 BD 78 FF FF FF 03 89 B5 28 FF FF FF 0F 85 DF 07 00 00
-
-==== BB 473 (0x3A969A1C) in 8687B, out 48261B, BBs exec'd 0 ====
- 0x3A969A1C: movl 0xFFFFFD78(%ebx),%eax
- 0x3A969A22: andl %eax,%edx
- 0x3A969A24: movl 16(%edi),%eax
- 0x3A969A27: movl %eax,20(%esp,,)
- 0x3A969A2B: movl -116(%ebp),%eax
- 0x3A969A2E: movl %eax,16(%esp,,)
- 0x3A969A32: movl $0x2,%eax
- 0x3A969A37: movl %eax,12(%esp,,)
- 0x3A969A3B: movl 20(%edi),%eax
- 0x3A969A3E: movl %edx,(%esp,,)
- 0x3A969A41: movl %esi,4(%esp,,)
- 0x3A969A45: movl %eax,8(%esp,,)
- 0x3A969A49: call 0x3A974C50
-. 473 3A969A1C 50
-. 8B 83 78 FD FF FF 21 C2 8B 47 10 89 44 24 14 8B 45 8C 89 44 24 10 B8 02 00 00 00 89 44 24 0C 8B 47 14 89 14 24 89 74 24 04 89 44 24 08 E8 02 B2 00 00
-
-==== BB 474 (0x3A969A4E) in 8737B, out 48446B, BBs exec'd 0 ====
- 0x3A969A4E: movl -124(%ebp),%edx
- 0x3A969A51: movl %eax,0x194(%edx)
- 0x3A969A57: incl %eax
- 0x3A969A58: jz-32 0x3A969BF6
-. 474 3A969A4E 16
-. 8B 55 84 89 82 94 01 00 00 40 0F 84 98 01 00 00
-
-==== BB 475 (0x3A969A5E) in 8753B, out 48537B, BBs exec'd 0 ====
- 0x3A969A5E: movl 0xFFFFFC40(%ebx),%esi
- 0x3A969A64: testl %esi,%esi
- 0x3A969A66: jnz-32 0x3A96A06A
-. 475 3A969A5E 14
-. 8B B3 40 FC FF FF 85 F6 0F 85 FE 05 00 00
-
-==== BB 476 (0x3A96A06A) in 8767B, out 48612B, BBs exec'd 0 ====
- 0x3A96A06A: movl $0x3,%ecx
- 0x3A96A06F: movl %ecx,8(%esp,,)
- 0x3A96A073: movl 0xFFFFFF28(%ebp),%ecx
- 0x3A96A079: movl %ecx,4(%esp,,)
- 0x3A96A07D: movl -124(%ebp),%esi
- 0x3A96A080: movl 0x194(%esi),%eax
- 0x3A96A086: movl %eax,(%esp,,)
- 0x3A96A089: call 0x3A974D10
-. 476 3A96A06A 36
-. B9 03 00 00 00 89 4C 24 08 8B 8D 28 FF FF FF 89 4C 24 04 8B 75 84 8B 86 94 01 00 00 89 04 24 E8 82 AC 00 00
-
-==== BB 477 madvise(0x3A974D10) in 8803B, out 48741B, BBs exec'd 0 ====
- 0x3A974D10: pushl %ebx
- 0x3A974D11: movl 16(%esp,,),%edx
- 0x3A974D15: movl 12(%esp,,),%ecx
- 0x3A974D19: movl 8(%esp,,),%ebx
- 0x3A974D1D: movl $0xDB,%eax
- 0x3A974D22: int $0x80
-. 477 3A974D10 20
-. 53 8B 54 24 10 8B 4C 24 0C 8B 5C 24 08 B8 DB 00 00 00 CD 80
-
-==== BB 478 (0x3A974D24) in 8823B, out 48837B, BBs exec'd 0 ====
- 0x3A974D24: popl %ebx
- 0x3A974D25: cmpl $0xFFFFF001, %eax
- 0x3A974D2A: jnb-8 0x3A974D2D
-. 478 3A974D24 8
-. 5B 3D 01 F0 FF FF 73 01
-
-==== BB 479 (0x3A974D2C) in 8831B, out 48916B, BBs exec'd 0 ====
- 0x3A974D2C: ret
-. 479 3A974D2C 1
-. C3
-
-==== BB 480 (0x3A96A08E) in 8832B, out 48946B, BBs exec'd 0 ====
- 0x3A96A08E: jmp 0x3A969A6C
-. 480 3A96A08E 5
-. E9 D9 F9 FF FF
-
-==== BB 481 (0x3A969A6C) in 8837B, out 48974B, BBs exec'd 0 ====
- 0x3A969A6C: movl -124(%ebp),%edx
- 0x3A969A6F: movl 0xFFFFFF28(%ebp),%ecx
- 0x3A969A75: movl -124(%ebp),%esi
- 0x3A969A78: movl 0x194(%edx),%eax
- 0x3A969A7E: leal (%ecx,%eax,1), %edx
- 0x3A969A81: movl %edx,0x198(%esi)
- 0x3A969A87: movl (%edi),%edx
- 0x3A969A89: subl %edx,%eax
- 0x3A969A8B: cmpb $0x0, 0xFFFFFF5B(%ebp)
- 0x3A969A92: movl %eax,(%esi)
- 0x3A969A94: jnz-32 0x3A96A093
-. 481 3A969A6C 46
-. 8B 55 84 8B 8D 28 FF FF FF 8B 75 84 8B 82 94 01 00 00 8D 14 01 89 96 98 01 00 00 8B 17 29 D0 80 BD 5B FF FF FF 00 89 06 0F 85 F9 05 00 00
-
-==== BB 482 (0x3A969A9A) in 8883B, out 49142B, BBs exec'd 0 ====
- 0x3A969A9A: movl -124(%ebp),%ecx
- 0x3A969A9D: movl 0x144(%ecx),%eax
- 0x3A969AA3: testl %eax,%eax
- 0x3A969AA5: jnz-8 0x3A969AF0
-. 482 3A969A9A 13
-. 8B 4D 84 8B 81 44 01 00 00 85 C0 75 49
-
-==== BB 483 (0x3A969AA7) in 8896B, out 49230B, BBs exec'd 0 ====
- 0x3A969AA7: movl -128(%ebp),%eax
- 0x3A969AAA: movl 16(%edi),%esi
- 0x3A969AAD: movl 28(%eax),%ecx
- 0x3A969AB0: movl %esi,0xFFFFFF48(%ebp)
- 0x3A969AB6: cmpl %ecx,%esi
- 0x3A969AB8: jnbe-8 0x3A969AF0
-. 483 3A969AA7 19
-. 8B 45 80 8B 77 10 8B 48 1C 89 B5 48 FF FF FF 39 CE 77 36
-
-==== BB 484 (0x3A969ABA) in 8915B, out 49341B, BBs exec'd 0 ====
- 0x3A969ABA: movzwl 44(%eax),%eax
- 0x3A969ABE: movl (%edi),%esi
- 0x3A969AC0: movl 4(%edi),%edx
- 0x3A969AC3: movl %esi,0xFFFFFF44(%ebp)
- 0x3A969AC9: shll $0x5, %eax
- 0x3A969ACC: subl %esi,%edx
- 0x3A969ACE: addl 0xFFFFFF48(%ebp),%edx
- 0x3A969AD4: leal (%eax,%ecx,1), %eax
- 0x3A969AD7: cmpl %eax,%edx
- 0x3A969AD9: jb-8 0x3A969AF0
-. 484 3A969ABA 33
-. 0F B7 40 2C 8B 37 8B 57 04 89 B5 44 FF FF FF C1 E0 05 29 F2 03 95 48 FF FF FF 8D 04 08 39 C2 72 15
-
-==== BB 485 (0x3A969ADB) in 8948B, out 49491B, BBs exec'd 0 ====
- 0x3A969ADB: movl %esi,%eax
- 0x3A969ADD: movl -124(%ebp),%edx
- 0x3A969AE0: addl %ecx,%eax
- 0x3A969AE2: movl 0xFFFFFF48(%ebp),%ecx
- 0x3A969AE8: subl %ecx,%eax
- 0x3A969AEA: movl %eax,0x144(%edx)
- 0x3A969AF0: movl 12(%edi),%ecx
- 0x3A969AF3: movl 8(%edi),%edx
- 0x3A969AF6: cmpl %edx,%ecx
- 0x3A969AF8: jbe-32 0x3A969B8D
-. 485 3A969ADB 35
-. 89 F0 8B 55 84 01 C8 8B 8D 48 FF FF FF 29 C8 89 82 44 01 00 00 8B 4F 0C 8B 57 08 39 D1 0F 86 8F 00 00 00
-
-==== BB 486 (0x3A969B8D) in 8983B, out 49635B, BBs exec'd 0 ====
- 0x3A969B8D: movl 0xFFFFFF5C(%ebp),%esi
- 0x3A969B93: addl $0x18, %edi
- 0x3A969B96: movl 0xFFFFFF60(%ebp),%edx
- 0x3A969B9C: leal (%esi,%esi,2), %eax
- 0x3A969B9F: leal (%edx,%eax,8), %eax
- 0x3A969BA2: cmpl %eax,%edi
- 0x3A969BA4: jnb-32 0x3A969DE4
-. 486 3A969B8D 29
-. 8B B5 5C FF FF FF 83 C7 18 8B 95 60 FF FF FF 8D 04 76 8D 04 C2 39 C7 0F 83 3A 02 00 00
-
-==== BB 487 (0x3A969BAA) in 9012B, out 49758B, BBs exec'd 0 ====
- 0x3A969BAA: movl (%edi),%eax
- 0x3A969BAC: cmpl %eax,4(%edi)
- 0x3A969BAF: jbe-32 0x3A969A9A
-. 487 3A969BAA 11
-. 8B 07 39 47 04 0F 86 E5 FE FF FF
-
-==== BB 488 (0x3A969BB5) in 9023B, out 49830B, BBs exec'd 0 ====
- 0x3A969BB5: movl 16(%edi),%eax
- 0x3A969BB8: movl %eax,20(%esp,,)
- 0x3A969BBC: movl -116(%ebp),%esi
- 0x3A969BBF: movl $0x12,%eax
- 0x3A969BC4: movl %eax,12(%esp,,)
- 0x3A969BC8: movl %esi,16(%esp,,)
- 0x3A969BCC: movl 20(%edi),%eax
- 0x3A969BCF: movl %eax,8(%esp,,)
- 0x3A969BD3: movl 4(%edi),%eax
- 0x3A969BD6: movl (%edi),%esi
- 0x3A969BD8: subl %esi,%eax
- 0x3A969BDA: movl %eax,4(%esp,,)
- 0x3A969BDE: movl -124(%ebp),%edx
- 0x3A969BE1: movl (%edi),%eax
- 0x3A969BE3: movl (%edx),%ecx
- 0x3A969BE5: addl %ecx,%eax
- 0x3A969BE7: movl %eax,(%esp,,)
- 0x3A969BEA: call 0x3A974C50
-. 488 3A969BB5 58
-. 8B 47 10 89 44 24 14 8B 75 8C B8 12 00 00 00 89 44 24 0C 89 74 24 10 8B 47 14 89 44 24 08 8B 47 04 8B 37 29 F0 89 44 24 04 8B 55 84 8B 07 8B 0A 01 C8 89 04 24 E8 61 B0 00 00
-
-==== BB 489 (0x3A969BEF) in 9081B, out 50046B, BBs exec'd 0 ====
- 0x3A969BEF: incl %eax
- 0x3A969BF0: jnz-32 0x3A969A9A
-. 489 3A969BEF 7
-. 40 0F 85 A4 FE FF FF
-
-==== BB 490 (0x3A969AF0) in 9088B, out 50108B, BBs exec'd 0 ====
- 0x3A969AF0: movl 12(%edi),%ecx
- 0x3A969AF3: movl 8(%edi),%edx
- 0x3A969AF6: cmpl %edx,%ecx
- 0x3A969AF8: jbe-32 0x3A969B8D
-. 490 3A969AF0 14
-. 8B 4F 0C 8B 57 08 39 D1 0F 86 8F 00 00 00
-
-==== BB 491 (0x3A969AFE) in 9102B, out 50190B, BBs exec'd 0 ====
- 0x3A969AFE: movl -124(%ebp),%esi
- 0x3A969B01: movl 0xFFFFFC18(%ebx),%eax
- 0x3A969B07: movl (%esi),%esi
- 0x3A969B09: addl %esi,%edx
- 0x3A969B0B: addl %esi,%ecx
- 0x3A969B0D: movl %edx,0xFFFFFF40(%ebp)
- 0x3A969B13: leal -1(%eax,%edx,1), %edx
- 0x3A969B17: negl %eax
- 0x3A969B19: movl %ecx,0xFFFFFF3C(%ebp)
- 0x3A969B1F: andl %eax,%edx
- 0x3A969B21: cmpl %edx,%ecx
- 0x3A969B23: movl %edx,0xFFFFFF38(%ebp)
- 0x3A969B29: jnb-8 0x3A969B31
-. 491 3A969AFE 45
-. 8B 75 84 8B 83 18 FC FF FF 8B 36 01 F2 01 F1 89 95 40 FF FF FF 8D 54 10 FF F7 D8 89 8D 3C FF FF FF 21 C2 39 D1 89 95 38 FF FF FF 73 06
-
-==== BB 492 (0x3A969B2B) in 9147B, out 50371B, BBs exec'd 0 ====
- 0x3A969B2B: movl %ecx,0xFFFFFF38(%ebp)
- 0x3A969B31: movl 0xFFFFFF40(%ebp),%ecx
- 0x3A969B37: cmpl %ecx,0xFFFFFF38(%ebp)
- 0x3A969B3D: jbe-8 0x3A969B7B
-. 492 3A969B2B 20
-. 89 8D 38 FF FF FF 8B 8D 40 FF FF FF 39 8D 38 FF FF FF 76 3C
-
-==== BB 493 (0x3A969B3F) in 9167B, out 50468B, BBs exec'd 0 ====
- 0x3A969B3F: movl 20(%edi),%eax
- 0x3A969B42: testb $0x2, %al
- 0x3A969B44: jz-32 0x3A96A3D8
-. 493 3A969B3F 11
-. 8B 47 14 A8 02 0F 84 8E 08 00 00
-
-==== BB 494 (0x3A969B4A) in 9178B, out 50550B, BBs exec'd 0 ====
- 0x3A969B4A: movl 0xFFFFFF38(%ebp),%eax
- 0x3A969B50: movl 0xFFFFFF40(%ebp),%edx
- 0x3A969B56: subl %edx,%eax
- 0x3A969B58: movl %eax,8(%esp,,)
- 0x3A969B5C: xorl %eax, %eax
- 0x3A969B5E: movl %eax,4(%esp,,)
- 0x3A969B62: movl 0xFFFFFF40(%ebp),%esi
- 0x3A969B68: movl %esi,(%esp,,)
- 0x3A969B6B: call 0x3A975700
-. 494 3A969B4A 38
-. 8B 85 38 FF FF FF 8B 95 40 FF FF FF 29 D0 89 44 24 08 31 C0 89 44 24 04 8B B5 40 FF FF FF 89 34 24 E8 90 BB 00 00
-
-==== BB 495 memset(0x3A975700) in 9216B, out 50694B, BBs exec'd 0 ====
- 0x3A975700: pushl %edi
- 0x3A975701: movl 8(%esp,,),%edi
- 0x3A975705: movl 16(%esp,,),%edx
- 0x3A975709: movb 12(%esp,,),%al
- 0x3A97570D: movb %al,%ah{sp}
- 0x3A97570F: movl %eax,%ecx
- 0x3A975711: shll $0x10, %eax
- 0x3A975714: movw %cx,%ax
- 0x3A975717: cld
- 0x3A975718: cmpl $0x24, %edx
- 0x3A97571B: movl %edx,%ecx
- 0x3A97571D: jl-8 0x3A975756
-. 495 3A975700 31
-. 57 8B 7C 24 08 8B 54 24 10 8A 44 24 0C 88 C4 89 C1 C1 E0 10 66 89 C8 FC 83 FA 24 89 D1 7C 37
-
-==== BB 496 (0x3A975756) in 9247B, out 50876B, BBs exec'd 0 ====
- 0x3A975756: shrl $0x2, %ecx
- 0x3A975759: rep stosl
-. 496 3A975756 5
-. C1 E9 02 F3 AB
-
-==== BB 497 (0x3A975759) in 9252B, out 50973B, BBs exec'd 0 ====
- 0x3A975759: rep stosl
-. 497 3A975759 2
-. F3 AB
-
-==== BB 498 (0x3A97575B) in 9254B, out 51060B, BBs exec'd 0 ====
- 0x3A97575B: movl %edx,%ecx
- 0x3A97575D: andl $0x3, %ecx
- 0x3A975760: rep stosb
-. 498 3A97575B 7
-. 89 D1 83 E1 03 F3 AA
-
-==== BB 499 (0x3A975762) in 9261B, out 51162B, BBs exec'd 0 ====
- 0x3A975762: movl 8(%esp,,),%eax
- 0x3A975766: popl %edi
- 0x3A975767: ret
-. 499 3A975762 6
-. 8B 44 24 08 5F C3
-
-==== BB 500 (0x3A969B70) in 9267B, out 51221B, BBs exec'd 0 ====
- 0x3A969B70: movl 20(%edi),%eax
- 0x3A969B73: testb $0x2, %al
- 0x3A969B75: jz-32 0x3A96A3B2
-. 500 3A969B70 11
-. 8B 47 14 A8 02 0F 84 37 08 00 00
-
-==== BB 501 (0x3A969B7B) in 9278B, out 51303B, BBs exec'd 0 ====
- 0x3A969B7B: movl 0xFFFFFF38(%ebp),%eax
- 0x3A969B81: cmpl %eax,0xFFFFFF3C(%ebp)
- 0x3A969B87: jnbe-32 0x3A96A171
-. 501 3A969B7B 18
-. 8B 85 38 FF FF FF 39 85 3C FF FF FF 0F 87 E4 05 00 00
-
-==== BB 502 (0x3A969DE4) in 9296B, out 51384B, BBs exec'd 0 ====
- 0x3A969DE4: movl -124(%ebp),%ecx
- 0x3A969DE7: movl 0x144(%ecx),%eax
- 0x3A969DED: testl %eax,%eax
- 0x3A969DEF: jz-32 0x3A96A0E8
-. 502 3A969DE4 17
-. 8B 4D 84 8B 81 44 01 00 00 85 C0 0F 84 F3 02 00 00
-
-==== BB 503 (0x3A969DF5) in 9313B, out 51472B, BBs exec'd 0 ====
- 0x3A969DF5: movl -124(%ebp),%ecx
- 0x3A969DF8: movl (%ecx),%esi
- 0x3A969DFA: addl %esi,%eax
- 0x3A969DFC: movl %eax,0x144(%ecx)
- 0x3A969E02: movl 0xFFFFFF64(%ebp),%esp
- 0x3A969E08: movl -116(%ebp),%esi
- 0x3A969E0B: movl %esi,(%esp,,)
- 0x3A969E0E: call 0x3A974470
-. 503 3A969DF5 30
-. 8B 4D 84 8B 31 01 F0 89 81 44 01 00 00 8B A5 64 FF FF FF 8B 75 8C 89 34 24 E8 5D A6 00 00
-
-==== BB 504 close(0x3A974470) in 9343B, out 51605B, BBs exec'd 0 ====
- 0x3A974470: movl %ebx,%edx
- 0x3A974472: movl 4(%esp,,),%ebx
- 0x3A974476: movl $0x6,%eax
- 0x3A97447B: int $0x80
-. 504 3A974470 13
-. 89 DA 8B 5C 24 04 B8 06 00 00 00 CD 80
-
-==== BB 505 (0x3A97447D) in 9356B, out 51669B, BBs exec'd 0 ====
- 0x3A97447D: movl %edx,%ebx
- 0x3A97447F: cmpl $0xFFFFF001, %eax
- 0x3A974484: jnb-8 0x3A974487
-. 505 3A97447D 9
-. 89 D3 3D 01 F0 FF FF 73 01
-
-==== BB 506 (0x3A974486) in 9365B, out 51739B, BBs exec'd 0 ====
- 0x3A974486: ret
-. 506 3A974486 1
-. C3
-
-==== BB 507 (0x3A969E13) in 9366B, out 51769B, BBs exec'd 0 ====
- 0x3A969E13: movl $0xFFFFFFFF, -116(%ebp)
- 0x3A969E1A: movl -124(%ebp),%eax
- 0x3A969E1D: movzbl 0x174(%eax),%ecx
- 0x3A969E24: movb %cl,%al
- 0x3A969E26: andb $0x3, %al
- 0x3A969E28: decb %al
- 0x3A969E2A: setz %dl
- 0x3A969E2D: cmpl $0x2, 0xFFFFFF78(%ebp)
- 0x3A969E34: setz %al
- 0x3A969E37: andl %edx,%eax
- 0x3A969E39: testb $0x1, %al
- 0x3A969E3B: jz-8 0x3A969E49
-. 507 3A969E13 42
-. C7 45 8C FF FF FF FF 8B 45 84 0F B6 88 74 01 00 00 88 C8 24 03 FE C8 0F 94 C2 83 BD 78 FF FF FF 02 0F 94 C0 21 D0 A8 01 74 0C
-
-==== BB 508 (0x3A969E49) in 9408B, out 51975B, BBs exec'd 0 ====
- 0x3A969E49: movl -124(%ebp),%ecx
- 0x3A969E4C: movl 8(%ecx),%eax
- 0x3A969E4F: testl %eax,%eax
- 0x3A969E51: jnz-32 0x3A96A0D9
-. 508 3A969E49 14
-. 8B 4D 84 8B 41 08 85 C0 0F 85 82 02 00 00
-
-==== BB 509 (0x3A96A0D9) in 9422B, out 52060B, BBs exec'd 0 ====
- 0x3A96A0D9: movl -124(%ebp),%esi
- 0x3A96A0DC: movl (%esi),%edx
- 0x3A96A0DE: addl %edx,%eax
- 0x3A96A0E0: movl %eax,8(%esi)
- 0x3A96A0E3: jmp 0x3A969E6F
-. 509 3A96A0D9 15
-. 8B 75 84 8B 16 01 D0 89 46 08 E9 87 FD FF FF
-
-==== BB 510 (0x3A969E6F) in 9437B, out 52140B, BBs exec'd 0 ====
- 0x3A969E6F: movl -124(%ebp),%ecx
- 0x3A969E72: addl %edx,0x148(%ecx)
- 0x3A969E78: testb $0x40, 0xFFFFFC14(%ebx)
- 0x3A969E7F: jnz-32 0x3A96A230
-. 510 3A969E6F 22
-. 8B 4D 84 01 91 48 01 00 00 F6 83 14 FC FF FF 40 0F 85 AB 03 00 00
-
-==== BB 511 (0x3A969E85) in 9459B, out 52245B, BBs exec'd 0 ====
- 0x3A969E85: movl -124(%ebp),%eax
- 0x3A969E88: movl 8(%eax),%esi
- 0x3A969E8B: testl %esi,%esi
- 0x3A969E8D: jz-32 0x3A969F9E
-. 511 3A969E85 14
-. 8B 45 84 8B 70 08 85 F6 0F 84 0B 01 00 00
-
-==== BB 512 (0x3A969E93) in 9473B, out 52330B, BBs exec'd 0 ====
- 0x3A969E93: movl (%esi),%edx
- 0x3A969E95: movl %eax,%edi
- 0x3A969E97: addl $0x18, %edi
- 0x3A969E9A: testl %edx,%edx
- 0x3A969E9C: jnz-8 0x3A969EAE
-. 512 3A969E93 11
-. 8B 16 89 C7 83 C7 18 85 D2 75 10
-
-==== BB 513 (0x3A969EAE) in 9484B, out 52416B, BBs exec'd 0 ====
- 0x3A969EAE: cmpl $0x21, %edx
- 0x3A969EB1: jle-8 0x3A969EA0
-. 513 3A969EAE 5
-. 83 FA 21 7E ED
-
-==== BB 514 (0x3A969EA0) in 9489B, out 52473B, BBs exec'd 0 ====
- 0x3A969EA0: movl %esi,(%edi,%edx,4)
- 0x3A969EA3: addl $0x8, %esi
- 0x3A969EA6: movl (%esi),%eax
- 0x3A969EA8: testl %eax,%eax
- 0x3A969EAA: movl %eax,%edx
- 0x3A969EAC: jz-8 0x3A969EE6
-. 514 3A969EA0 14
-. 89 34 97 83 C6 08 8B 06 85 C0 89 C2 74 38
-
-==== BB 515 (0x3A969EB3) in 9503B, out 52576B, BBs exec'd 0 ====
- 0x3A969EB3: movl $0x6FFFFFFF,%eax
- 0x3A969EB8: subl %edx,%eax
- 0x3A969EBA: cmpl $0xF, %eax
- 0x3A969EBD: jnbe-8 0x3A969ECB
-. 515 3A969EB3 12
-. B8 FF FF FF 6F 29 D0 83 F8 0F 77 0C
-
-==== BB 516 (0x3A969EBF) in 9515B, out 52649B, BBs exec'd 0 ====
- 0x3A969EBF: movl $0x70000021,%eax
- 0x3A969EC4: subl %edx,%eax
- 0x3A969EC6: movl %esi,(%edi,%eax,4)
- 0x3A969EC9: jmp-8 0x3A969EA3
-. 516 3A969EBF 12
-. B8 21 00 00 70 29 D0 89 34 87 EB D8
-
-==== BB 517 (0x3A969EA3) in 9527B, out 52717B, BBs exec'd 0 ====
- 0x3A969EA3: addl $0x8, %esi
- 0x3A969EA6: movl (%esi),%eax
- 0x3A969EA8: testl %eax,%eax
- 0x3A969EAA: movl %eax,%edx
- 0x3A969EAC: jz-8 0x3A969EE6
-. 517 3A969EA3 11
-. 83 C6 08 8B 06 85 C0 89 C2 74 38
-
-==== BB 518 (0x3A969EE6) in 9538B, out 52803B, BBs exec'd 0 ====
- 0x3A969EE6: movl -124(%ebp),%ecx
- 0x3A969EE9: movl (%ecx),%edx
- 0x3A969EEB: testl %edx,%edx
- 0x3A969EED: jz-8 0x3A969F42
-. 518 3A969EE6 9
-. 8B 4D 84 8B 11 85 D2 74 53
-
-==== BB 519 (0x3A969EEF) in 9547B, out 52885B, BBs exec'd 0 ====
- 0x3A969EEF: movl 16(%edi),%eax
- 0x3A969EF2: testl %eax,%eax
- 0x3A969EF4: jz-8 0x3A969EF9
-. 519 3A969EEF 7
-. 8B 47 10 85 C0 74 03
-
-==== BB 520 (0x3A969EF6) in 9554B, out 52957B, BBs exec'd 0 ====
- 0x3A969EF6: addl %edx,4(%eax)
- 0x3A969EF9: movl 12(%edi),%eax
- 0x3A969EFC: testl %eax,%eax
- 0x3A969EFE: jz-8 0x3A969F03
-. 520 3A969EF6 10
-. 01 50 04 8B 47 0C 85 C0 74 03
-
-==== BB 521 (0x3A969F00) in 9564B, out 53048B, BBs exec'd 0 ====
- 0x3A969F00: addl %edx,4(%eax)
- 0x3A969F03: movl 20(%edi),%eax
- 0x3A969F06: testl %eax,%eax
- 0x3A969F08: jz-8 0x3A969F0D
-. 521 3A969F00 10
-. 01 50 04 8B 47 14 85 C0 74 03
-
-==== BB 522 (0x3A969F0A) in 9574B, out 53139B, BBs exec'd 0 ====
- 0x3A969F0A: addl %edx,4(%eax)
- 0x3A969F0D: movl 24(%edi),%eax
- 0x3A969F10: testl %eax,%eax
- 0x3A969F12: jz-8 0x3A969F17
-. 522 3A969F0A 10
-. 01 50 04 8B 47 18 85 C0 74 03
-
-==== BB 523 (0x3A969F14) in 9584B, out 53230B, BBs exec'd 0 ====
- 0x3A969F14: addl %edx,4(%eax)
- 0x3A969F17: movl 28(%edi),%eax
- 0x3A969F1A: testl %eax,%eax
- 0x3A969F1C: jz-8 0x3A969F21
-. 523 3A969F14 10
-. 01 50 04 8B 47 1C 85 C0 74 03
-
-==== BB 524 (0x3A969F21) in 9594B, out 53321B, BBs exec'd 0 ====
- 0x3A969F21: movl 68(%edi),%eax
- 0x3A969F24: testl %eax,%eax
- 0x3A969F26: jz-8 0x3A969F2B
-. 524 3A969F21 7
-. 8B 47 44 85 C0 74 03
-
-==== BB 525 (0x3A969F28) in 9601B, out 53393B, BBs exec'd 0 ====
- 0x3A969F28: addl %edx,4(%eax)
- 0x3A969F2B: movl 92(%edi),%eax
- 0x3A969F2E: testl %eax,%eax
- 0x3A969F30: jz-8 0x3A969F35
-. 525 3A969F28 10
-. 01 50 04 8B 47 5C 85 C0 74 03
-
-==== BB 526 (0x3A969F32) in 9611B, out 53484B, BBs exec'd 0 ====
- 0x3A969F32: addl %edx,4(%eax)
- 0x3A969F35: movl 0xC4(%edi),%eax
- 0x3A969F3B: testl %eax,%eax
- 0x3A969F3D: jz-8 0x3A969F42
-. 526 3A969F32 13
-. 01 50 04 8B 87 C4 00 00 00 85 C0 74 03
-
-==== BB 527 (0x3A969F3F) in 9624B, out 53578B, BBs exec'd 0 ====
- 0x3A969F3F: addl %edx,4(%eax)
- 0x3A969F42: movl 120(%edi),%edx
- 0x3A969F45: testl %edx,%edx
- 0x3A969F47: jz-8 0x3A969F73
-. 527 3A969F3F 10
-. 01 50 04 8B 57 78 85 D2 74 2A
-
-==== BB 528 (0x3A969F73) in 9634B, out 53669B, BBs exec'd 0 ====
- 0x3A969F73: movl 0x98(%edi),%edx
- 0x3A969F79: testl %edx,%edx
- 0x3A969F7B: jz-8 0x3A969F90
-. 528 3A969F73 10
-. 8B 97 98 00 00 00 85 D2 74 13
-
-==== BB 529 (0x3A969F7D) in 9644B, out 53744B, BBs exec'd 0 ====
- 0x3A969F7D: movl 4(%edx),%eax
- 0x3A969F80: movl -124(%ebp),%esi
- 0x3A969F83: testb $0x1, %al
- 0x3A969F85: movl %eax,0x1E8(%esi)
- 0x3A969F8B: jz-8 0x3A969F90
-. 529 3A969F7D 16
-. 8B 42 04 8B 75 84 A8 01 89 86 E8 01 00 00 74 03
-
-==== BB 530 (0x3A969F90) in 9660B, out 53854B, BBs exec'd 0 ====
- 0x3A969F90: movl 116(%edi),%eax
- 0x3A969F93: testl %eax,%eax
- 0x3A969F95: jz-8 0x3A969F9E
-. 530 3A969F90 7
-. 8B 47 74 85 C0 74 07
-
-==== BB 531 (0x3A969F9E) in 9667B, out 53926B, BBs exec'd 0 ====
- 0x3A969F9E: movl -124(%ebp),%eax
- 0x3A969FA1: testb $0x40, 0x1E8(%eax)
- 0x3A969FA8: jnz-32 0x3A96A336
-. 531 3A969F9E 16
-. 8B 45 84 F6 80 E8 01 00 00 40 0F 85 88 03 00 00
-
-==== BB 532 (0x3A969FAE) in 9683B, out 54017B, BBs exec'd 0 ====
- 0x3A969FAE: movl -124(%ebp),%eax
- 0x3A969FB1: movl 40(%eax),%edx
- 0x3A969FB4: testl %edx,%edx
- 0x3A969FB6: jnz-32 0x3A96A1DA
-. 532 3A969FAE 14
-. 8B 45 84 8B 50 28 85 D2 0F 85 1E 02 00 00
-
-==== BB 533 (0x3A96A1DA) in 9697B, out 54102B, BBs exec'd 0 ====
- 0x3A96A1DA: call 0x3A96BD80
-. 533 3A96A1DA 5
-. E8 A1 1B 00 00
-
-==== BB 534 (0x3A96A1DF) in 9702B, out 54147B, BBs exec'd 0 ====
- 0x3A96A1DF: nop
- 0x3A96A1E0: jmp 0x3A969FBC
-. 534 3A96A1DF 6
-. 90 E9 D7 FD FF FF
-
-==== BB 535 (0x3A969FBC) in 9708B, out 54179B, BBs exec'd 0 ====
- 0x3A969FBC: movl -124(%ebp),%edx
- 0x3A969FBF: movl 88(%edx),%eax
- 0x3A969FC2: testl %eax,%eax
- 0x3A969FC4: jnz-32 0x3A96A2AF
-. 535 3A969FBC 14
-. 8B 55 84 8B 42 58 85 C0 0F 85 E5 02 00 00
-
-==== BB 536 (0x3A969FCA) in 9722B, out 54264B, BBs exec'd 0 ====
- 0x3A969FCA: movl -124(%ebp),%eax
- 0x3A969FCD: testb $0x20, 0x1E8(%eax)
- 0x3A969FD4: jz-8 0x3A969FDC
-. 536 3A969FCA 12
-. 8B 45 84 F6 80 E8 01 00 00 20 74 06
-
-==== BB 537 (0x3A969FD6) in 9734B, out 54355B, BBs exec'd 0 ====
- 0x3A969FD6: movl %eax,0xFFFFF9CC(%ebx)
- 0x3A969FDC: movl -108(%ebp),%eax
- 0x3A969FDF: movl -104(%ebp),%edx
- 0x3A969FE2: movl -124(%ebp),%ecx
- 0x3A969FE5: movl %eax,0x1BC(%ecx)
- 0x3A969FEB: movl %edx,0x1C0(%ecx)
- 0x3A969FF1: movl -20(%ebp),%eax
- 0x3A969FF4: movl -16(%ebp),%edx
- 0x3A969FF7: movl %eax,0x1C4(%ecx)
- 0x3A969FFD: movl 0xFFFFFC00(%ebx),%eax
- 0x3A96A003: movl %edx,0x1C8(%ecx)
- 0x3A96A009: notl %eax
- 0x3A96A00B: andl %eax,0xFFFFFF68(%ebp)
- 0x3A96A011: testb $0x1, 0xFFFFFF68(%ebp)
- 0x3A96A018: jnz-32 0x3A96A390
-. 537 3A969FD6 72
-. 89 83 CC F9 FF FF 8B 45 94 8B 55 98 8B 4D 84 89 81 BC 01 00 00 89 91 C0 01 00 00 8B 45 EC 8B 55 F0 89 81 C4 01 00 00 8B 83 00 FC FF FF 89 91 C8 01 00 00 F7 D0 21 85 68 FF FF FF F6 85 68 FF FF FF 01 0F 85 72 03 00 00
-
-==== BB 538 (0x3A96A01E) in 9806B, out 54595B, BBs exec'd 0 ====
- 0x3A96A01E: movl 0xFFFFFD7C(%ebx),%edi
- 0x3A96A024: testl %edi,%edi
- 0x3A96A026: jz-32 0x3A969DC3
-. 538 3A96A01E 14
-. 8B BB 7C FD FF FF 85 FF 0F 84 97 FD FF FF
-
-==== BB 539 (0x3A969DC3) in 9820B, out 54670B, BBs exec'd 0 ====
- 0x3A969DC3: movl -124(%ebp),%eax
- 0x3A969DC6: leal -12(%ebp), %esp
- 0x3A969DC9: popl %ebx
- 0x3A969DCA: popl %esi
- 0x3A969DCB: popl %edi
- 0x3A969DCC: popl %ebp
- 0x3A969DCD: ret
-. 539 3A969DC3 11
-. 8B 45 84 8D 65 F4 5B 5E 5F 5D C3
-
-==== BB 540 (0x3A96B07E) in 9831B, out 54785B, BBs exec'd 0 ====
- 0x3A96B07E: leal -12(%ebp), %esp
- 0x3A96B081: popl %ebx
- 0x3A96B082: popl %esi
- 0x3A96B083: popl %edi
- 0x3A96B084: popl %ebp
- 0x3A96B085: ret 12
-. 540 3A96B07E 10
-. 8D 65 F4 5B 5E 5F 5D C2 0C 00
-
-==== BB 541 (0x3A967C70) in 9841B, out 54887B, BBs exec'd 0 ====
- 0x3A967C70: movl 0x170(%eax),%edx
- 0x3A967C76: subl $0xC, %esp
- 0x3A967C79: incl %edx
- 0x3A967C7A: movl %edx,0x170(%eax)
- 0x3A967C80: xorl %eax, %eax
- 0x3A967C82: cmpl $0x1, %edx
- 0x3A967C85: setz %al
- 0x3A967C88: addl %eax,0xFFFFFF10(%ebp)
- 0x3A967C8E: jmp-8 0x3A967C1C
-. 541 3A967C70 32
-. 8B 90 70 01 00 00 83 EC 0C 42 89 90 70 01 00 00 31 C0 83 FA 01 0F 94 C0 01 85 10 FF FF FF EB 8C
-
-==== BB 542 (0x3A967C1C) in 9873B, out 55022B, BBs exec'd 0 ====
- 0x3A967C1C: movl 0xFFFFFE60(%ebp),%ecx
- 0x3A967C22: movl %edi,(%esp,,)
- 0x3A967C25: movl %ecx,4(%esp,,)
- 0x3A967C29: call 0x3A973530
-. 542 3A967C1C 18
-. 8B 8D 60 FE FF FF 89 3C 24 89 4C 24 04 E8 02 B9 00 00
-
-==== BB 543 (0x3A96692A) in 9891B, out 55106B, BBs exec'd 0 ====
- 0x3A96692A: movl 0xFFFFEC7E(%ebx),%eax
- 0x3A966930: leal -76(%ebp), %esi
- 0x3A966933: movl $0x3,%ecx
- 0x3A966938: movl %esi,0xFFFFFECC(%ebp)
- 0x3A96693E: leal 0xFFFFFF38(%ebp), %edx
- 0x3A966944: movl %eax,-76(%ebp)
- 0x3A966947: movl 0xFFFFEC82(%ebx),%eax
- 0x3A96694D: movl %eax,-72(%ebp)
- 0x3A966950: movl 0xFFFFEC86(%ebx),%eax
- 0x3A966956: movl %eax,-68(%ebp)
- 0x3A966959: movl 0xFFFFEC8A(%ebx),%eax
- 0x3A96695F: movl %eax,-64(%ebp)
- 0x3A966962: movzwl 0xFFFFEC8E(%ebx),%eax
- 0x3A966969: movw %ax,-60(%ebp)
- 0x3A96696D: movzbl 0xFFFFEC90(%ebx),%eax
- 0x3A966974: movb %al,-58(%ebp)
- 0x3A966977: movl %esi,%eax
- 0x3A966979: call 0x3A971070
-. 543 3A96692A 84
-. 8B 83 7E EC FF FF 8D 75 B4 B9 03 00 00 00 89 B5 CC FE FF FF 8D 95 38 FF FF FF 89 45 B4 8B 83 82 EC FF FF 89 45 B8 8B 83 86 EC FF FF 89 45 BC 8B 83 8A EC FF FF 89 45 C0 0F B7 83 8E EC FF FF 66 89 45 C4 0F B6 83 90 EC FF FF 88 45 C6 89 F0 E8 F2 A6 00 00
-
-==== BB 544 _dl_sysdep_read_whole_file(0x3A971070) in 9975B, out 55364B, BBs exec'd 0 ====
- 0x3A971070: pushl %ebp
- 0x3A971071: movl %esp,%ebp
- 0x3A971073: subl $0x8C, %esp
- 0x3A971079: movl %esi,-8(%ebp)
- 0x3A97107C: xorl %esi, %esi
- 0x3A97107E: movl %ebx,-12(%ebp)
- 0x3A971081: movl %edi,-4(%ebp)
- 0x3A971084: movl %edx,%edi
- 0x3A971086: movl %ecx,-112(%ebp)
- 0x3A971089: movl $0xFFFFFFFF, -116(%ebp)
- 0x3A971090: call 0x3A97592B
-. 544 3A971070 37
-. 55 89 E5 81 EC 8C 00 00 00 89 75 F8 31 F6 89 5D F4 89 7D FC 89 D7 89 4D 90 C7 45 8C FF FF FF FF E8 96 48 00 00
-
-==== BB 545 (0x3A971095) in 10012B, out 55543B, BBs exec'd 0 ====
- 0x3A971095: addl $0x75D7, %ebx
- 0x3A97109B: movl %esi,4(%esp,,)
- 0x3A97109F: movl %eax,(%esp,,)
- 0x3A9710A2: call 0x3A974430
-. 545 3A971095 18
-. 81 C3 D7 75 00 00 89 74 24 04 89 04 24 E8 89 33 00 00
-
-==== BB 546 (0x3A97444D) in 10030B, out 55631B, BBs exec'd 0 ====
- 0x3A97444D: call 0x3A975927
-. 546 3A97444D 5
-. E8 D5 14 00 00
-
-==== BB 547 __i686.get_pc_thunk.cx(0x3A975927) in 10035B, out 55676B, BBs exec'd 0 ====
- 0x3A975927: movl (%esp,,),%ecx
- 0x3A97592A: ret
-. 547 3A975927 4
-. 8B 0C 24 C3
-
-==== BB 548 (0x3A974452) in 10039B, out 55716B, BBs exec'd 0 ====
- 0x3A974452: addl $0x421A, %ecx
- 0x3A974458: xorl %edx, %edx
- 0x3A97445A: subl %eax,%edx
- 0x3A97445C: movl %edx,0x148(%ecx)
- 0x3A974462: orl $0xFFFFFFFF, %eax
- 0x3A974465: jmp-8 0x3A97444C
-. 548 3A974452 21
-. 81 C1 1A 42 00 00 31 D2 29 C2 89 91 48 01 00 00 83 C8 FF EB E5
-
-==== BB 549 (0x3A9710A7) in 10060B, out 55815B, BBs exec'd 0 ====
- 0x3A9710A7: testl %eax,%eax
- 0x3A9710A9: movl %eax,%esi
- 0x3A9710AB: js-8 0x3A9710D9
-. 549 3A9710A7 6
-. 85 C0 89 C6 78 2C
-
-==== BB 550 (0x3A9710D9) in 10066B, out 55881B, BBs exec'd 0 ====
- 0x3A9710D9: movl -116(%ebp),%eax
- 0x3A9710DC: movl -12(%ebp),%ebx
- 0x3A9710DF: movl -8(%ebp),%esi
- 0x3A9710E2: movl -4(%ebp),%edi
- 0x3A9710E5: movl %ebp,%esp
- 0x3A9710E7: popl %ebp
- 0x3A9710E8: ret
-. 550 3A9710D9 16
-. 8B 45 8C 8B 5D F4 8B 75 F8 8B 7D FC 89 EC 5D C3
-
-==== BB 551 (0x3A96697E) in 10082B, out 55986B, BBs exec'd 0 ====
- 0x3A96697E: movl %eax,0xFFFFFF0C(%ebp)
- 0x3A966984: cmpl $0xFFFFFFFF, %eax
- 0x3A966987: jnz-32 0x3A967E6E
-. 551 3A96697E 15
-. 89 85 0C FF FF FF 83 F8 FF 0F 85 E1 14 00 00
-
-==== BB 552 (0x3A96698D) in 10097B, out 56059B, BBs exec'd 0 ====
- 0x3A96698D: movl 0xFFFFF994(%ebx),%eax
- 0x3A966993: movl 0xA4(%eax),%edi
- 0x3A966999: testl %edi,%edi
- 0x3A96699B: jz-32 0x3A9674A5
-. 552 3A96698D 20
-. 8B 83 94 F9 FF FF 8B B8 A4 00 00 00 85 FF 0F 84 04 0B 00 00
-
-==== BB 553 (0x3A9669A1) in 10117B, out 56150B, BBs exec'd 0 ====
- 0x3A9669A1: movl 0xFFFFFF10(%ebp),%esi
- 0x3A9669A7: testl %esi,%esi
- 0x3A9669A9: jnz-32 0x3A967E28
-. 553 3A9669A1 14
-. 8B B5 10 FF FF FF 85 F6 0F 85 79 14 00 00
-
-==== BB 554 (0x3A967E28) in 10131B, out 56225B, BBs exec'd 0 ====
- 0x3A967E28: movl 0xFFFFFF10(%ebp),%esi
- 0x3A967E2E: xorl %ecx, %ecx
- 0x3A967E30: movl %ecx,0xFFFFFF04(%ebp)
- 0x3A967E36: leal 0x10(,%esi,4), %eax
- 0x3A967E3D: subl %eax,%esp
- 0x3A967E3F: leal 47(%esp,,), %edx
- 0x3A967E43: movl 0xFFFFF9F0(%ebx),%eax
- 0x3A967E49: andl $0xFFFFFFF0, %edx
- 0x3A967E4C: movl %edx,0xFFFFFF14(%ebp)
- 0x3A967E52: movl 0xFFFFFF04(%ebp),%ecx
- 0x3A967E58: movl %eax,(%edx,%ecx,4)
- 0x3A967E5B: movl 12(%eax),%eax
- 0x3A967E5E: incl %ecx
- 0x3A967E5F: movl %ecx,0xFFFFFF04(%ebp)
- 0x3A967E65: testl %eax,%eax
- 0x3A967E67: jnz-8 0x3A967E52
-. 554 3A967E28 65
-. 8B B5 10 FF FF FF 31 C9 89 8D 04 FF FF FF 8D 04 B5 10 00 00 00 29 C4 8D 54 24 2F 8B 83 F0 F9 FF FF 83 E2 F0 89 95 14 FF FF FF 8B 8D 04 FF FF FF 89 04 8A 8B 40 0C 41 89 8D 04 FF FF FF 85 C0 75 E9
-
-==== BB 555 (0x3A967E69) in 10196B, out 56457B, BBs exec'd 0 ====
- 0x3A967E69: jmp 0x3A9669AF
-. 555 3A967E69 5
-. E9 41 EB FF FF
-
-==== BB 556 (0x3A9669AF) in 10201B, out 56485B, BBs exec'd 0 ====
- 0x3A9669AF: movl 0xFFFFFD94(%ebx),%esi
- 0x3A9669B5: xorl %edi, %edi
- 0x3A9669B7: movl %edi,0xFFFFFEC4(%ebp)
- 0x3A9669BD: testl %esi,%esi
- 0x3A9669BF: jz-32 0x3A967064
-. 556 3A9669AF 22
-. 8B B3 94 FD FF FF 31 FF 89 BD C4 FE FF FF 85 F6 0F 84 9F 06 00 00
-
-==== BB 557 (0x3A967064) in 10223B, out 56590B, BBs exec'd 0 ====
- 0x3A967064: xorl %edx, %edx
- 0x3A967066: movl 0xFFFFF994(%ebx),%eax
- 0x3A96706C: movl %edx,4(%esp,,)
- 0x3A967070: xorl %edx, %edx
- 0x3A967072: cmpl $0x3, 0xFFFFFF50(%ebp)
- 0x3A967079: setz %dl
- 0x3A96707C: movl %edx,(%esp,,)
- 0x3A96707F: movl 0xFFFFFF10(%ebp),%ecx
- 0x3A967085: movl 0xFFFFFF14(%ebp),%edx
- 0x3A96708B: call 0x3A96F1A0
-. 557 3A967064 44
-. 31 D2 8B 83 94 F9 FF FF 89 54 24 04 31 D2 83 BD 50 FF FF FF 03 0F 94 C2 89 14 24 8B 8D 10 FF FF FF 8B 95 14 FF FF FF E8 10 81 00 00
-
-==== BB 558 _dl_map_object_deps(0x3A96F1A0) in 10267B, out 56764B, BBs exec'd 0 ====
- 0x3A96F1A0: pushl %ebp
- 0x3A96F1A1: movl %esp,%ebp
- 0x3A96F1A3: pushl %edi
- 0x3A96F1A4: pushl %esi
- 0x3A96F1A5: pushl %ebx
- 0x3A96F1A6: subl $0xA0, %esp
- 0x3A96F1AC: movl %eax,-64(%ebp)
- 0x3A96F1AF: leal (%ecx,%ecx,2), %eax
- 0x3A96F1B2: leal 0x28(,%eax,4), %eax
- 0x3A96F1B9: movl %edx,-68(%ebp)
- 0x3A96F1BC: subl %eax,%esp
- 0x3A96F1BE: movl -64(%ebp),%edx
- 0x3A96F1C1: movl %ecx,-72(%ebp)
- 0x3A96F1C4: leal 31(%esp,,), %eax
- 0x3A96F1C8: andl $0xFFFFFFF0, %eax
- 0x3A96F1CB: movl %edx,4(%eax)
- 0x3A96F1CE: movl -64(%ebp),%ecx
- 0x3A96F1D1: leal 12(%eax), %edx
- 0x3A96F1D4: movl %eax,-16(%ebp)
- 0x3A96F1D7: movl $0x0, (%eax)
- 0x3A96F1DD: movl %edx,8(%eax)
- 0x3A96F1E0: movzbl 0x174(%ecx),%eax
- 0x3A96F1E7: movl $0x1, -20(%ebp)
- 0x3A96F1EE: call 0x3A97592B
-. 558 3A96F1A0 83
-. 55 89 E5 57 56 53 81 EC A0 00 00 00 89 45 C0 8D 04 49 8D 04 85 28 00 00 00 89 55 BC 29 C4 8B 55 C0 89 4D B8 8D 44 24 1F 83 E0 F0 89 50 04 8B 4D C0 8D 50 0C 89 45 F0 C7 00 00 00 00 00 89 50 08 0F B6 81 74 01 00 00 C7 45 EC 01 00 00 00 E8 38 67 00 00
-
-==== BB 559 (0x3A96F1F3) in 10350B, out 57096B, BBs exec'd 0 ====
- 0x3A96F1F3: addl $0x9479, %ebx
- 0x3A96F1F9: andb $0x9F, %al
- 0x3A96F1FB: orb $0x20, %al
- 0x3A96F1FD: movb %al,0x174(%ecx)
- 0x3A96F203: movl -72(%ebp),%esi
- 0x3A96F206: movl $0x0, -84(%ebp)
- 0x3A96F20D: cmpl %esi,-84(%ebp)
- 0x3A96F210: jnb-8 0x3A96F25A
-. 559 3A96F1F3 31
-. 81 C3 79 94 00 00 24 9F 0C 20 88 81 74 01 00 00 8B 75 B8 C7 45 AC 00 00 00 00 39 75 AC 73 48
-
-==== BB 560 (0x3A96F212) in 10381B, out 57264B, BBs exec'd 0 ====
- 0x3A96F212: movl -84(%ebp),%eax
- 0x3A96F215: movl -68(%ebp),%edx
- 0x3A96F218: movl -20(%ebp),%esi
- 0x3A96F21B: movl (%edx,%eax,4),%edi
- 0x3A96F21E: movl -16(%ebp),%eax
- 0x3A96F221: leal (%esi,%esi,2), %edx
- 0x3A96F224: shll $0x2, %edx
- 0x3A96F227: incl %esi
- 0x3A96F228: leal 12(%edx,%eax,1), %ecx
- 0x3A96F22C: movl $0x0, (%eax,%edx,1)
- 0x3A96F233: movl %ecx,8(%eax,%edx,1)
- 0x3A96F237: movl %edi,4(%eax,%edx,1)
- 0x3A96F23B: movzbl 0x174(%edi),%eax
- 0x3A96F242: movl %esi,-20(%ebp)
- 0x3A96F245: andb $0x9F, %al
- 0x3A96F247: orb $0x20, %al
- 0x3A96F249: movb %al,0x174(%edi)
- 0x3A96F24F: movl -72(%ebp),%ecx
- 0x3A96F252: incl -84(%ebp)
- 0x3A96F255: cmpl %ecx,-84(%ebp)
- 0x3A96F258: jb-8 0x3A96F212
-. 560 3A96F212 72
-. 8B 45 AC 8B 55 BC 8B 75 EC 8B 3C 82 8B 45 F0 8D 14 76 C1 E2 02 46 8D 4C 02 0C C7 04 10 00 00 00 00 89 4C 10 08 89 7C 10 04 0F B6 87 74 01 00 00 89 75 EC 24 9F 0C 20 88 87 74 01 00 00 8B 4D B8 FF 45 AC 39 4D AC 72 B8
-
-==== BB 561 (0x3A96F25A) in 10453B, out 57575B, BBs exec'd 0 ====
- 0x3A96F25A: movl $0x0, -92(%ebp)
- 0x3A96F261: movl -20(%ebp),%eax
- 0x3A96F264: xorl %ecx, %ecx
- 0x3A96F266: movl $0x0, -56(%ebp)
- 0x3A96F26D: movl -16(%ebp),%edx
- 0x3A96F270: movl 0x148(%ebx),%esi
- 0x3A96F276: movl %ecx,0x148(%ebx)
- 0x3A96F27C: leal (%eax,%eax,2), %eax
- 0x3A96F27F: leal -12(%edx,%eax,4), %eax
- 0x3A96F283: movl $0x0, 8(%eax)
- 0x3A96F28A: testl %edx,%edx
- 0x3A96F28C: movl %eax,-80(%ebp)
- 0x3A96F28F: movl %esi,-88(%ebp)
- 0x3A96F292: movl %edx,-76(%ebp)
- 0x3A96F295: jz-32 0x3A96F605
-. 561 3A96F25A 65
-. C7 45 A4 00 00 00 00 8B 45 EC 31 C9 C7 45 C8 00 00 00 00 8B 55 F0 8B B3 48 01 00 00 89 8B 48 01 00 00 8D 04 40 8D 44 82 F4 C7 40 08 00 00 00 00 85 D2 89 45 B0 89 75 A8 89 55 B4 0F 84 6A 03 00 00
-
-==== BB 562 (0x3A96F29B) in 10518B, out 57809B, BBs exec'd 0 ====
- 0x3A96F29B: movl $0x0, -100(%ebp)
- 0x3A96F2A2: movl -76(%ebp),%eax
- 0x3A96F2A5: movl -76(%ebp),%edx
- 0x3A96F2A8: movl $0x0, -104(%ebp)
- 0x3A96F2AF: movl 4(%eax),%eax
- 0x3A96F2B2: movl $0x1, (%edx)
- 0x3A96F2B8: movl 0x150(%eax),%edx
- 0x3A96F2BE: movl %eax,-96(%ebp)
- 0x3A96F2C1: testl %edx,%edx
- 0x3A96F2C3: jnz-8 0x3A96F309
-. 562 3A96F29B 42
-. C7 45 9C 00 00 00 00 8B 45 B4 8B 55 B4 C7 45 98 00 00 00 00 8B 40 04 C7 02 01 00 00 00 8B 90 50 01 00 00 89 45 A0 85 D2 75 44
-
-==== BB 563 (0x3A96F2C5) in 10560B, out 57969B, BBs exec'd 0 ====
- 0x3A96F2C5: movl 0x1D4(%eax),%eax
- 0x3A96F2CB: movl -64(%ebp),%ecx
- 0x3A96F2CE: testl %eax,%eax
- 0x3A96F2D0: setz %al
- 0x3A96F2D3: cmpl %ecx,-96(%ebp)
- 0x3A96F2D6: setnz %dl
- 0x3A96F2D9: andl %edx,%eax
- 0x3A96F2DB: testb $0x1, %al
- 0x3A96F2DD: jz-8 0x3A96F309
-. 563 3A96F2C5 26
-. 8B 80 D4 01 00 00 8B 4D C0 85 C0 0F 94 C0 39 4D A0 0F 95 C2 21 D0 A8 01 74 2A
-
-==== BB 564 (0x3A96F309) in 10586B, out 58126B, BBs exec'd 0 ====
- 0x3A96F309: movl -96(%ebp),%edx
- 0x3A96F30C: movl 28(%edx),%eax
- 0x3A96F30F: testl %eax,%eax
- 0x3A96F311: jnz-8 0x3A96F32B
-. 564 3A96F309 10
-. 8B 55 A0 8B 42 1C 85 C0 75 18
-
-==== BB 565 (0x3A96F32B) in 10596B, out 58211B, BBs exec'd 0 ====
- 0x3A96F32B: movl -96(%ebp),%ecx
- 0x3A96F32E: movl 8(%ebp),%esi
- 0x3A96F331: movl -76(%ebp),%edx
- 0x3A96F334: movl 44(%ecx),%eax
- 0x3A96F337: movl 4(%eax),%eax
- 0x3A96F33A: movl %ecx,-52(%ebp)
- 0x3A96F33D: movl 8(%ecx),%ecx
- 0x3A96F340: movl %eax,-108(%ebp)
- 0x3A96F343: movl %eax,-40(%ebp)
- 0x3A96F346: movl 12(%ebp),%eax
- 0x3A96F349: movl %esi,-48(%ebp)
- 0x3A96F34C: movl %edx,-112(%ebp)
- 0x3A96F34F: movl %eax,-44(%ebp)
- 0x3A96F352: movl (%ecx),%edx
- 0x3A96F354: movl %ecx,-116(%ebp)
- 0x3A96F357: testl %edx,%edx
- 0x3A96F359: jnz-32 0x3A96F41C
-. 565 3A96F32B 52
-. 8B 4D A0 8B 75 08 8B 55 B4 8B 41 2C 8B 40 04 89 4D CC 8B 49 08 89 45 94 89 45 D8 8B 45 0C 89 75 D0 89 55 90 89 45 D4 8B 11 89 4D 8C 85 D2 0F 85 BD 00 00 00
-
-==== BB 566 (0x3A96F41C) in 10648B, out 58429B, BBs exec'd 0 ====
- 0x3A96F41C: cmpl $0x1, %edx
- 0x3A96F41F: jz-32 0x3A96F364
-. 566 3A96F41C 9
-. 83 FA 01 0F 84 3F FF FF FF
-
-==== BB 567 (0x3A96F364) in 10657B, out 58486B, BBs exec'd 0 ====
- 0x3A96F364: movl -116(%ebp),%esi
- 0x3A96F367: movl $0x24,%ecx
- 0x3A96F36C: movl -108(%ebp),%edi
- 0x3A96F36F: movl 4(%esi),%eax
- 0x3A96F372: movl %ecx,4(%esp,,)
- 0x3A96F376: addl %eax,%edi
- 0x3A96F378: movl %edi,%esi
- 0x3A96F37A: movl %edi,(%esp,,)
- 0x3A96F37D: call 0x3A9750B0
-. 567 3A96F364 30
-. 8B 75 8C B9 24 00 00 00 8B 7D 94 8B 46 04 89 4C 24 04 01 C7 89 FE 89 3C 24 E8 2E 5D 00 00
-
-==== BB 568 (0x3A9750D0) in 10687B, out 58619B, BBs exec'd 0 ====
- 0x3A9750D0: movb %dl,%cl
- 0x3A9750D2: jp-8 0x3A9750FD
-. 568 3A9750D0 4
-. 88 D1 7A 29
-
-==== BB 569 (0x3A9750D4) in 10691B, out 58677B, BBs exec'd 0 ====
- 0x3A9750D4: xorb (%eax),%cl
- 0x3A9750D6: jz-32 0x3A97523D
-. 569 3A9750D4 8
-. 32 08 0F 84 61 01 00 00
-
-==== BB 570 (0x3A9750DC) in 10699B, out 58740B, BBs exec'd 0 ====
- 0x3A9750DC: xorb %dl,%cl
- 0x3A9750DE: jz-32 0x3A97526A
-. 570 3A9750DC 8
-. 30 D1 0F 84 86 01 00 00
-
-==== BB 571 (0x3A9750E4) in 10707B, out 58801B, BBs exec'd 0 ====
- 0x3A9750E4: movb 1(%eax),%cl
- 0x3A9750E7: incl %eax
- 0x3A9750E8: cmpb %cl,%dl
- 0x3A9750EA: jz-32 0x3A97523D
-. 571 3A9750E4 12
-. 8A 48 01 40 38 CA 0F 84 4D 01 00 00
-
-==== BB 572 (0x3A9750F0) in 10719B, out 58883B, BBs exec'd 0 ====
- 0x3A9750F0: cmpb $0x0, %cl
- 0x3A9750F3: jz-32 0x3A97526A
-. 572 3A9750F0 9
-. 80 F9 00 0F 84 71 01 00 00
-
-==== BB 573 (0x3A9750F9) in 10728B, out 58941B, BBs exec'd 0 ====
- 0x3A9750F9: incl %eax
- 0x3A9750FA: decl %edi
- 0x3A9750FB: jnz-8 0x3A975111
-. 573 3A9750F9 4
-. 40 4F 75 14
-
-==== BB 574 (0x3A9750FD) in 10732B, out 59014B, BBs exec'd 0 ====
- 0x3A9750FD: movb (%eax),%cl
- 0x3A9750FF: cmpb %cl,%dl
- 0x3A975101: jz-32 0x3A97523D
-. 574 3A9750FD 10
-. 8A 08 38 CA 0F 84 36 01 00 00
-
-==== BB 575 (0x3A975107) in 10742B, out 59088B, BBs exec'd 0 ====
- 0x3A975107: cmpb $0x0, %cl
- 0x3A97510A: jz-32 0x3A97526A
-. 575 3A975107 9
-. 80 F9 00 0F 84 5A 01 00 00
-
-==== BB 576 (0x3A975110) in 10751B, out 59146B, BBs exec'd 0 ====
- 0x3A975110: incl %eax
- 0x3A975111: movl (%eax),%ecx
- 0x3A975113: movl $0xFEFEFEFF,%ebp
- 0x3A975118: movl $0xFEFEFEFF,%edi
- 0x3A97511D: addl %ecx,%ebp
- 0x3A97511F: xorl %ecx,%ebp
- 0x3A975121: addl %ecx,%edi
- 0x3A975123: leal 4(%eax), %eax
- 0x3A975126: jnb-32 0x3A975242
-. 576 3A975110 28
-. 40 8B 08 BD FF FE FE FE BF FF FE FE FE 01 CD 31 CD 01 CF 8D 40 04 0F 83 16 01 00 00
-
-==== BB 577 (0x3A97524E) in 10779B, out 59263B, BBs exec'd 0 ====
- 0x3A97524E: incl %eax
- 0x3A97524F: cmpb %dl,%ch{bp}
- 0x3A975251: jz-8 0x3A97523D
-. 577 3A97524E 5
-. 40 38 D5 74 EA
-
-==== BB 578 (0x3A975253) in 10784B, out 59332B, BBs exec'd 0 ====
- 0x3A975253: cmpb $0x0, %ch{bp}
- 0x3A975256: jz-8 0x3A97526A
-. 578 3A975253 5
-. 80 FD 00 74 12
-
-==== BB 579 (0x3A975258) in 10789B, out 59390B, BBs exec'd 0 ====
- 0x3A975258: shrl $0x10, %ecx
- 0x3A97525B: incl %eax
- 0x3A97525C: cmpb %dl,%cl
- 0x3A97525E: jz-8 0x3A97523D
-. 579 3A975258 8
-. C1 E9 10 40 38 D1 74 DD
-
-==== BB 580 (0x3A975260) in 10797B, out 59472B, BBs exec'd 0 ====
- 0x3A975260: cmpb $0x0, %cl
- 0x3A975263: jz-8 0x3A97526A
-. 580 3A975260 5
-. 80 F9 00 74 05
-
-==== BB 581 (0x3A96F382) in 10802B, out 59530B, BBs exec'd 0 ====
- 0x3A96F382: testl %eax,%eax
- 0x3A96F384: jnz-32 0x3A96F8B4
-. 581 3A96F382 8
-. 85 C0 0F 85 2A 05 00 00
-
-==== BB 582 (0x3A96F38A) in 10810B, out 59589B, BBs exec'd 0 ====
- 0x3A96F38A: movl %esi,-36(%ebp)
- 0x3A96F38D: leal -52(%ebp), %eax
- 0x3A96F390: leal -56(%ebp), %edx
- 0x3A96F393: movl %eax,(%esp,,)
- 0x3A96F396: leal 0xFFFF7834(%ebx), %ecx
- 0x3A96F39C: leal -60(%ebp), %eax
- 0x3A96F39F: call 0x3A9701D0
-. 582 3A96F38A 26
-. 89 75 DC 8D 45 CC 8D 55 C8 89 04 24 8D 8B 34 78 FF FF 8D 45 C4 E8 2C 0E 00 00
-
-==== BB 583 _dl_catch_error(0x3A9701D0) in 10836B, out 59700B, BBs exec'd 0 ====
- 0x3A9701D0: pushl %ebp
- 0x3A9701D1: movl %esp,%ebp
- 0x3A9701D3: subl $0xF8, %esp
- 0x3A9701D9: movl %eax,0xFFFFFF24(%ebp)
- 0x3A9701DF: xorl %eax, %eax
- 0x3A9701E1: movl %ebx,-12(%ebp)
- 0x3A9701E4: movl %esi,-8(%ebp)
- 0x3A9701E7: movl %edi,-4(%ebp)
- 0x3A9701EA: call 0x3A97592B
-. 583 3A9701D0 31
-. 55 89 E5 81 EC F8 00 00 00 89 85 24 FF FF FF 31 C0 89 5D F4 89 75 F8 89 7D FC E8 3C 57 00 00
-
-==== BB 584 (0x3A9701EF) in 10867B, out 59857B, BBs exec'd 0 ====
- 0x3A9701EF: addl $0x847D, %ebx
- 0x3A9701F5: movl %edx,0xFFFFFF20(%ebp)
- 0x3A9701FB: movl %ecx,0xFFFFFF1C(%ebp)
- 0x3A970201: movl %eax,0xFFFFFF2C(%ebp)
- 0x3A970207: call*l 0xFFFFF9E0(%ebx)
-. 584 3A9701EF 30
-. 81 C3 7D 84 00 00 89 95 20 FF FF FF 89 8D 1C FF FF FF 89 85 2C FF FF FF FF 93 E0 F9 FF FF
-
-==== BB 585 _dl_initial_error_catch_tsd(0x3A9658C0) in 10897B, out 59973B, BBs exec'd 0 ====
- 0x3A9658C0: pushl %ebp
- 0x3A9658C1: movl %esp,%ebp
- 0x3A9658C3: popl %ebp
- 0x3A9658C4: call 0x3A975927
-. 585 3A9658C0 9
-. 55 89 E5 5D E8 5E 00 01 00
-
-==== BB 586 (0x3A9658C9) in 10906B, out 60057B, BBs exec'd 0 ====
- 0x3A9658C9: addl $0x12DA3, %ecx
- 0x3A9658CF: leal 0x3C(%ecx), %eax
- 0x3A9658D5: ret
-. 586 3A9658C9 13
-. 81 C1 A3 2D 01 00 8D 81 3C 00 00 00 C3
-
-==== BB 587 (0x3A97020D) in 10919B, out 60117B, BBs exec'd 0 ====
- 0x3A97020D: movl %eax,0xFFFFFF18(%ebp)
- 0x3A970213: movl (%eax),%eax
- 0x3A970215: movl %eax,-28(%ebp)
- 0x3A970218: leal 0xFFFFFF30(%ebp), %eax
- 0x3A97021E: movl %eax,(%esp,,)
- 0x3A970221: call 0x3A974F30
-. 587 3A97020D 25
-. 89 85 18 FF FF FF 8B 00 89 45 E4 8D 85 30 FF FF FF 89 04 24 E8 0A 4D 00 00
-
-==== BB 588 _setjmp(0x3A974F30) in 10944B, out 60218B, BBs exec'd 0 ====
- 0x3A974F30: xorl %eax, %eax
- 0x3A974F32: movl 4(%esp,,),%edx
- 0x3A974F36: movl %ebx,0(%edx)
- 0x3A974F39: movl %esi,4(%edx)
- 0x3A974F3C: movl %edi,8(%edx)
- 0x3A974F3F: leal 4(%esp,,), %ecx
- 0x3A974F43: movl %ecx,16(%edx)
- 0x3A974F46: movl 0(%esp,,),%ecx
- 0x3A974F4A: movl %ecx,20(%edx)
- 0x3A974F4D: movl %ebp,12(%edx)
- 0x3A974F50: movl %eax,24(%edx)
- 0x3A974F53: ret
-. 588 3A974F30 36
-. 31 C0 8B 54 24 04 89 5A 00 89 72 04 89 7A 08 8D 4C 24 04 89 4A 10 8B 4C 24 00 89 4A 14 89 6A 0C 89 42 18 C3
-
-==== BB 589 (0x3A970226) in 10980B, out 60379B, BBs exec'd 0 ====
- 0x3A970226: testl %eax,%eax
- 0x3A970228: movl %eax,%edx
- 0x3A97022A: jnz-8 0x3A97027A
-. 589 3A970226 6
-. 85 C0 89 C2 75 4E
-
-==== BB 590 (0x3A97022C) in 10986B, out 60445B, BBs exec'd 0 ====
- 0x3A97022C: movl 0xFFFFFF18(%ebp),%ecx
- 0x3A970232: leal 0xFFFFFF28(%ebp), %eax
- 0x3A970238: movl %eax,(%ecx)
- 0x3A97023A: movl 8(%ebp),%eax
- 0x3A97023D: movl %eax,(%esp,,)
- 0x3A970240: call*l 0xFFFFFF1C(%ebp)
-. 590 3A97022C 26
-. 8B 8D 18 FF FF FF 8D 85 28 FF FF FF 89 01 8B 45 08 89 04 24 FF 95 1C FF FF FF
-
-==== BB 591 openaux(0x3A96FEA0) in 11012B, out 60543B, BBs exec'd 0 ====
- 0x3A96FEA0: pushl %ebp
- 0x3A96FEA1: movl $0x1,%ecx
- 0x3A96FEA6: movl %esp,%ebp
- 0x3A96FEA8: pushl %esi
- 0x3A96FEA9: subl $0xC, %esp
- 0x3A96FEAC: movl 8(%ebp),%esi
- 0x3A96FEAF: movl 8(%esi),%eax
- 0x3A96FEB2: movl 16(%esi),%edx
- 0x3A96FEB5: movl %eax,8(%esp,,)
- 0x3A96FEB9: movl 4(%esi),%eax
- 0x3A96FEBC: movl %eax,4(%esp,,)
- 0x3A96FEC0: movl (%esi),%eax
- 0x3A96FEC2: movzbl 0x174(%eax),%eax
- 0x3A96FEC9: testb $0x3, %al
- 0x3A96FECB: jz-8 0x3A96FED2
-. 591 3A96FEA0 45
-. 55 B9 01 00 00 00 89 E5 56 83 EC 0C 8B 75 08 8B 46 08 8B 56 10 89 44 24 08 8B 46 04 89 44 24 04 8B 06 0F B6 80 74 01 00 00 A8 03 74 05
-
-==== BB 592 (0x3A96FED2) in 11057B, out 60761B, BBs exec'd 0 ====
- 0x3A96FED2: movl %ecx,(%esp,,)
- 0x3A96FED5: movl (%esi),%eax
- 0x3A96FED7: xorl %ecx, %ecx
- 0x3A96FED9: call 0x3A96AE40
-. 592 3A96FED2 12
-. 89 0C 24 8B 06 31 C9 E8 62 AF FF FF
-
-==== BB 593 (0x3A96B088) in 11069B, out 60847B, BBs exec'd 0 ====
- 0x3A96B088: movl 0xFFFFFDD4(%ebp),%edx
- 0x3A96B08E: movl %edx,(%esp,,)
- 0x3A96B091: call 0x3A9752D0
-. 593 3A96B088 14
-. 8B 95 D4 FD FF FF 89 14 24 E8 3A A2 00 00
-
-==== BB 594 (0x3A96B096) in 11083B, out 60918B, BBs exec'd 0 ====
- 0x3A96B096: incl %eax
- 0x3A96B097: testb $0x1, 0xFFFFFC14(%ebx)
- 0x3A96B09E: movl %eax,0xFFFFFDC8(%ebp)
- 0x3A96B0A4: jnz-32 0x3A96B4D6
-. 594 3A96B096 20
-. 40 F6 83 14 FC FF FF 01 89 85 C8 FD FF FF 0F 85 2C 04 00 00
-
-==== BB 595 (0x3A96B0AA) in 11103B, out 61019B, BBs exec'd 0 ====
- 0x3A96B0AA: movl 0xFFFFFDD8(%ebp),%esi
- 0x3A96B0B0: movl $0xFFFFFFFF,%edi
- 0x3A96B0B5: movl %edi,0xFFFFFDCC(%ebp)
- 0x3A96B0BB: testl %esi,%esi
- 0x3A96B0BD: jz-8 0x3A96B0D3
-. 595 3A96B0AA 21
-. 8B B5 D8 FD FF FF BF FF FF FF FF 89 BD CC FD FF FF 85 F6 74 14
-
-==== BB 596 (0x3A96B0BF) in 11124B, out 61119B, BBs exec'd 0 ====
- 0x3A96B0BF: movl 0xFFFFFDD8(%ebp),%eax
- 0x3A96B0C5: movl 0x8C(%eax),%ecx
- 0x3A96B0CB: testl %ecx,%ecx
- 0x3A96B0CD: jnz-32 0x3A96B276
-. 596 3A96B0BF 20
-. 8B 85 D8 FD FF FF 8B 88 8C 00 00 00 85 C9 0F 85 A3 01 00 00
-
-==== BB 597 (0x3A96B0D3) in 11144B, out 61210B, BBs exec'd 0 ====
- 0x3A96B0D3: movl 0xFFFFFDD8(%ebp),%esi
- 0x3A96B0D9: testl %esi,%esi
- 0x3A96B0DB: jz-32 0x3A96B1A3
-. 597 3A96B0D3 14
-. 8B B5 D8 FD FF FF 85 F6 0F 84 C2 00 00 00
-
-==== BB 598 (0x3A96B0E1) in 11158B, out 61285B, BBs exec'd 0 ====
- 0x3A96B0E1: leal 0xFFFFF009(%ebx), %edx
- 0x3A96B0E7: movl %edx,0xFFFFFDB4(%ebp)
- 0x3A96B0ED: jmp-8 0x3A96B10E
-. 598 3A96B0E1 14
-. 8D 93 09 F0 FF FF 89 95 B4 FD FF FF EB 1F
-
-==== BB 599 (0x3A96B10E) in 11172B, out 61345B, BBs exec'd 0 ====
- 0x3A96B10E: movl 0xFFFFFDB4(%ebp),%ecx
- 0x3A96B114: leal 0x180(%esi), %edi
- 0x3A96B11A: movl %esi,%eax
- 0x3A96B11C: movl %edi,%edx
- 0x3A96B11E: movl %ecx,(%esp,,)
- 0x3A96B121: movl $0xF,%ecx
- 0x3A96B126: call 0x3A96A890
-. 599 3A96B10E 29
-. 8B 8D B4 FD FF FF 8D BE 80 01 00 00 89 F0 89 FA 89 0C 24 B9 0F 00 00 00 E8 65 F7 FF FF
-
-==== BB 600 cache_rpath(0x3A96A890) in 11201B, out 61455B, BBs exec'd 0 ====
- 0x3A96A890: pushl %ebp
- 0x3A96A891: movl %esp,%ebp
- 0x3A96A893: subl $0xC, %esp
- 0x3A96A896: movl %esi,-8(%ebp)
- 0x3A96A899: movl %edx,%esi
- 0x3A96A89B: movl %edi,-4(%ebp)
- 0x3A96A89E: movl (%edx),%edx
- 0x3A96A8A0: movl %eax,%edi
- 0x3A96A8A2: xorl %eax, %eax
- 0x3A96A8A4: cmpl $0xFFFFFFFF, %edx
- 0x3A96A8A7: jz-8 0x3A96A8D0
-. 600 3A96A890 25
-. 55 89 E5 83 EC 0C 89 75 F8 89 D6 89 7D FC 8B 12 89 C7 31 C0 83 FA FF 74 27
-
-==== BB 601 (0x3A96A8D0) in 11226B, out 61621B, BBs exec'd 0 ====
- 0x3A96A8D0: movl -8(%ebp),%esi
- 0x3A96A8D3: movl -4(%ebp),%edi
- 0x3A96A8D6: movl %ebp,%esp
- 0x3A96A8D8: popl %ebp
- 0x3A96A8D9: ret
-. 601 3A96A8D0 10
-. 8B 75 F8 8B 7D FC 89 EC 5D C3
-
-==== BB 602 (0x3A96B12B) in 11236B, out 61700B, BBs exec'd 0 ====
- 0x3A96B12B: testb %al,%al
- 0x3A96B12D: jz-8 0x3A96B0EF
-. 602 3A96B12B 4
-. 84 C0 74 C0
-
-==== BB 603 (0x3A96B0EF) in 11240B, out 61761B, BBs exec'd 0 ====
- 0x3A96B0EF: cmpl $0xFFFFFFFF, 0xFFFFFDCC(%ebp)
- 0x3A96B0F6: movl 0x160(%esi),%esi
- 0x3A96B0FC: setz %al
- 0x3A96B0FF: testl %esi,%esi
- 0x3A96B101: setnz %dl
- 0x3A96B104: andl %edx,%eax
- 0x3A96B106: testb $0x1, %al
- 0x3A96B108: jz-32 0x3A96B1A3
-. 603 3A96B0EF 31
-. 83 BD CC FD FF FF FF 8B B6 60 01 00 00 0F 94 C0 85 F6 0F 95 C2 21 D0 A8 01 0F 84 95 00 00 00
-
-==== BB 604 (0x3A96B1A3) in 11271B, out 61912B, BBs exec'd 0 ====
- 0x3A96B1A3: cmpl $0xFFFFFFFF, 0xFFFFFDCC(%ebp)
- 0x3A96B1AA: movl 0xFFFFF994(%ebx),%esi
- 0x3A96B1B0: setz %al
- 0x3A96B1B3: testl %esi,%esi
- 0x3A96B1B5: setnz %dl
- 0x3A96B1B8: andl %edx,%eax
- 0x3A96B1BA: testb $0x1, %al
- 0x3A96B1BC: jz-8 0x3A96B216
-. 604 3A96B1A3 27
-. 83 BD CC FD FF FF FF 8B B3 94 F9 FF FF 0F 94 C0 85 F6 0F 95 C2 21 D0 A8 01 74 58
-
-==== BB 605 (0x3A96B1BE) in 11298B, out 62060B, BBs exec'd 0 ====
- 0x3A96B1BE: movzbl 0x174(%esi),%eax
- 0x3A96B1C5: andb $0x3, %al
- 0x3A96B1C7: cmpb $0x2, %al
- 0x3A96B1C9: jz-8 0x3A96B216
-. 605 3A96B1BE 13
-. 0F B6 86 74 01 00 00 24 03 3C 02 74 4B
-
-==== BB 606 (0x3A96B1CB) in 11311B, out 62157B, BBs exec'd 0 ====
- 0x3A96B1CB: cmpl 0xFFFFFDD8(%ebp),%esi
- 0x3A96B1D1: jz-8 0x3A96B216
-. 606 3A96B1CB 8
-. 3B B5 D8 FD FF FF 74 43
-
-==== BB 607 (0x3A96B216) in 11319B, out 62225B, BBs exec'd 0 ====
- 0x3A96B216: cmpl $0xFFFFFFFF, 0xFFFFFDCC(%ebp)
- 0x3A96B21D: jz-8 0x3A96B276
-. 607 3A96B216 9
-. 83 BD CC FD FF FF FF 74 57
-
-==== BB 608 (0x3A96B276) in 11328B, out 62291B, BBs exec'd 0 ====
- 0x3A96B276: cmpl $0xFFFFFFFF, 0xBC(%ebx)
- 0x3A96B27D: jz-8 0x3A96B21F
-. 608 3A96B276 9
-. 83 BB BC 00 00 00 FF 74 A0
-
-==== BB 609 (0x3A96B27F) in 11337B, out 62357B, BBs exec'd 0 ====
- 0x3A96B27F: leal 0xFFFFFDE0(%ebp), %eax
- 0x3A96B285: leal 0xFFFFFDE4(%ebp), %ecx
- 0x3A96B28B: movl %eax,4(%esp,,)
- 0x3A96B28F: leal 0xBC(%ebx), %eax
- 0x3A96B295: movl %ecx,8(%esp,,)
- 0x3A96B299: movl %eax,(%esp,,)
- 0x3A96B29C: movl 0xFFFFFDD0(%ebp),%ecx
- 0x3A96B2A2: movl 0xFFFFFDC8(%ebp),%edx
- 0x3A96B2A8: movl 0xFFFFFDD4(%ebp),%eax
- 0x3A96B2AE: call 0x3A969250
-. 609 3A96B27F 52
-. 8D 85 E0 FD FF FF 8D 8D E4 FD FF FF 89 44 24 04 8D 83 BC 00 00 00 89 4C 24 08 89 04 24 8B 8D D0 FD FF FF 8B 95 C8 FD FF FF 8B 85 D4 FD FF FF E8 9D DF FF FF
-
-==== BB 610 open_path(0x3A969250) in 11389B, out 62513B, BBs exec'd 0 ====
- 0x3A969250: pushl %ebp
- 0x3A969251: movl %esp,%ebp
- 0x3A969253: pushl %edi
- 0x3A969254: xorl %edi, %edi
- 0x3A969256: pushl %esi
- 0x3A969257: xorl %esi, %esi
- 0x3A969259: pushl %ebx
- 0x3A96925A: subl $0xB4, %esp
- 0x3A969260: movl %eax,-112(%ebp)
- 0x3A969263: movl 8(%ebp),%eax
- 0x3A969266: call 0x3A97592B
-. 610 3A969250 27
-. 55 89 E5 57 31 FF 56 31 F6 53 81 EC B4 00 00 00 89 45 90 8B 45 08 E8 C0 C6 00 00
-
-==== BB 611 (0x3A96926B) in 11416B, out 62703B, BBs exec'd 0 ====
- 0x3A96926B: addl $0xF401, %ebx
- 0x3A969271: movl %ecx,-120(%ebp)
- 0x3A969274: movl (%eax),%eax
- 0x3A969276: movl %edx,-116(%ebp)
- 0x3A969279: movl 0xD8(%ebx),%ecx
- 0x3A96927F: movl %edi,0xFFFFFF7C(%ebp)
- 0x3A969285: movl %eax,-124(%ebp)
- 0x3A969288: movl 0xCC(%ebx),%eax
- 0x3A96928E: movl $0xFFFFFFFF, -128(%ebp)
- 0x3A969295: movl %esi,0xFFFFFF78(%ebp)
- 0x3A96929B: addl %ecx,%eax
- 0x3A96929D: leal 18(%edx,%eax,1), %eax
- 0x3A9692A1: movl -124(%ebp),%ecx
- 0x3A9692A4: andl $0xFFFFFFFC, %eax
- 0x3A9692A7: subl %eax,%esp
- 0x3A9692A9: leal 27(%esp,,), %edx
- 0x3A9692AD: movl (%ecx),%edi
- 0x3A9692AF: andl $0xFFFFFFF0, %edx
- 0x3A9692B2: movl %edx,0xFFFFFF74(%ebp)
- 0x3A9692B8: nop
- 0x3A9692B9: leal 0(%esi,,), %esi
- 0x3A9692C0: xorl %eax, %eax
- 0x3A9692C2: movl %eax,0xFFFFFF70(%ebp)
- 0x3A9692C8: xorl %eax, %eax
- 0x3A9692CA: testb $0x1, 0xFFFFFC14(%ebx)
- 0x3A9692D1: movl %eax,0xFFFFFF68(%ebp)
- 0x3A9692D7: jnz-32 0x3A969555
-. 611 3A96926B 114
-. 81 C3 01 F4 00 00 89 4D 88 8B 00 89 55 8C 8B 8B D8 00 00 00 89 BD 7C FF FF FF 89 45 84 8B 83 CC 00 00 00 C7 45 80 FF FF FF FF 89 B5 78 FF FF FF 01 C8 8D 44 02 12 8B 4D 84 83 E0 FC 29 C4 8D 54 24 1B 8B 39 83 E2 F0 89 95 74 FF FF FF 90 8D B4 26 00 00 00 00 31 C0 89 85 70 FF FF FF 31 C0 F6 83 14 FC FF FF 01 89 85 68 FF FF FF 0F 85 78 02 00 00
-
-==== BB 612 (0x3A9692DD) in 11530B, out 63073B, BBs exec'd 0 ====
- 0x3A9692DD: movl 16(%edi),%eax
- 0x3A9692E0: xorl %esi, %esi
- 0x3A9692E2: movl %eax,8(%esp,,)
- 0x3A9692E6: movl 12(%edi),%eax
- 0x3A9692E9: movl %eax,4(%esp,,)
- 0x3A9692ED: movl 0xFFFFFF74(%ebp),%ecx
- 0x3A9692F3: movl %ecx,(%esp,,)
- 0x3A9692F6: call 0x3A975770
-. 612 3A9692DD 30
-. 8B 47 10 31 F6 89 44 24 08 8B 47 0C 89 44 24 04 8B 8D 74 FF FF FF 89 0C 24 E8 75 C4 00 00
-
-==== BB 613 (0x3A9692FB) in 11560B, out 63208B, BBs exec'd 0 ====
- 0x3A9692FB: cmpl $0xFFFFFFFF, -128(%ebp)
- 0x3A9692FF: movl %eax,0xFFFFFF6C(%ebp)
- 0x3A969305: jnz-32 0x3A9694A3
-. 613 3A9692FB 16
-. 83 7D 80 FF 89 85 6C FF FF FF 0F 85 98 01 00 00
-
-==== BB 614 (0x3A96930B) in 11576B, out 63290B, BBs exec'd 0 ====
- 0x3A96930B: cmpl 0xC8(%ebx),%esi
- 0x3A969311: jb-8 0x3A969332
-. 614 3A96930B 8
-. 3B B3 C8 00 00 00 72 1F
-
-==== BB 615 (0x3A969332) in 11584B, out 63358B, BBs exec'd 0 ====
- 0x3A969332: cmpl $0x1, 20(%edi,%esi,4)
- 0x3A969337: jz-8 0x3A969318
-. 615 3A969332 7
-. 83 7C B7 14 01 74 DF
-
-==== BB 616 (0x3A969339) in 11591B, out 63425B, BBs exec'd 0 ====
- 0x3A969339: movl 0xC4(%ebx),%eax
- 0x3A96933F: movl 4(%eax,%esi,8),%eax
- 0x3A969343: movl %eax,8(%esp,,)
- 0x3A969347: movl 0xC4(%ebx),%eax
- 0x3A96934D: movl (%eax,%esi,8),%eax
- 0x3A969350: movl %eax,4(%esp,,)
- 0x3A969354: movl 0xFFFFFF6C(%ebp),%eax
- 0x3A96935A: movl %eax,(%esp,,)
- 0x3A96935D: call 0x3A975770
-. 616 3A969339 41
-. 8B 83 C4 00 00 00 8B 44 F0 04 89 44 24 08 8B 83 C4 00 00 00 8B 04 F0 89 44 24 04 8B 85 6C FF FF FF 89 04 24 E8 0E C4 00 00
-
-==== BB 617 (0x3A969362) in 11632B, out 63570B, BBs exec'd 0 ====
- 0x3A969362: movl -116(%ebp),%edx
- 0x3A969365: movl %edx,8(%esp,,)
- 0x3A969369: movl -112(%ebp),%ecx
- 0x3A96936C: movl %eax,(%esp,,)
- 0x3A96936F: movl %ecx,4(%esp,,)
- 0x3A969373: call 0x3A975770
-. 617 3A969362 22
-. 8B 55 8C 89 54 24 08 8B 4D 90 89 04 24 89 4C 24 04 E8 F8 C3 00 00
-
-==== BB 618 (0x3A969378) in 11654B, out 63674B, BBs exec'd 0 ====
- 0x3A969378: movl %eax,0xFFFFFF70(%ebp)
- 0x3A96937E: movl 0xFFFFFF74(%ebp),%eax
- 0x3A969384: subl %eax,0xFFFFFF70(%ebp)
- 0x3A96938A: testb $0x1, 0xFFFFFC14(%ebx)
- 0x3A969391: jnz-32 0x3A9694E7
-. 618 3A969378 31
-. 89 85 70 FF FF FF 8B 85 74 FF FF FF 29 85 70 FF FF FF F6 83 14 FC FF FF 01 0F 85 50 01 00 00
-
-==== BB 619 (0x3A969397) in 11685B, out 63797B, BBs exec'd 0 ====
- 0x3A969397: movl 16(%ebp),%edx
- 0x3A96939A: movl 0xFFFFFF74(%ebp),%eax
- 0x3A9693A0: call 0x3A968F20
-. 619 3A969397 14
-. 8B 55 10 8B 85 74 FF FF FF E8 7B FB FF FF
-
-==== BB 620 (0x3A9693A5) in 11699B, out 63874B, BBs exec'd 0 ====
- 0x3A9693A5: movl %eax,-128(%ebp)
- 0x3A9693A8: movl 20(%edi,%esi,4),%eax
- 0x3A9693AC: testl %eax,%eax
- 0x3A9693AE: jnz-8 0x3A9693C8
-. 620 3A9693A5 11
-. 89 45 80 8B 44 B7 14 85 C0 75 18
-
-==== BB 621 (0x3A9693B0) in 11710B, out 63966B, BBs exec'd 0 ====
- 0x3A9693B0: cmpl $0xFFFFFFFF, -128(%ebp)
- 0x3A9693B4: jz-32 0x3A9694FE
-. 621 3A9693B0 10
-. 83 7D 80 FF 0F 84 44 01 00 00
-
-==== BB 622 (0x3A9694FE) in 11720B, out 64029B, BBs exec'd 0 ====
- 0x3A9694FE: movl 0xFFFFFF70(%ebp),%eax
- 0x3A969504: movl -116(%ebp),%ecx
- 0x3A969507: movl 0xFFFFFF74(%ebp),%edx
- 0x3A96950D: subl %ecx,%eax
- 0x3A96950F: movb $0x0, -1(%eax,%edx,1)
- 0x3A969514: leal -108(%ebp), %eax
- 0x3A969517: movl %eax,8(%esp,,)
- 0x3A96951B: movl %edx,4(%esp,,)
- 0x3A96951F: movl $0x3, (%esp,,)
- 0x3A969526: call 0x3A974210
-. 622 3A9694FE 45
-. 8B 85 70 FF FF FF 8B 4D 8C 8B 95 74 FF FF FF 29 C8 C6 44 10 FF 00 8D 45 94 89 44 24 08 89 54 24 04 C7 04 24 03 00 00 00 E8 E5 AC 00 00
-
-==== BB 623 __GI___xstat64(0x3A974210) in 11765B, out 64189B, BBs exec'd 0 ====
- 0x3A974210: pushl %ebp
- 0x3A974211: movl %esp,%ebp
- 0x3A974213: subl $0x58, %esp
- 0x3A974216: movl %ebx,-12(%ebp)
- 0x3A974219: call 0x3A97592B
-. 623 3A974210 14
-. 55 89 E5 83 EC 58 89 5D F4 E8 0D 17 00 00
-
-==== BB 624 (0x3A97421E) in 11779B, out 64287B, BBs exec'd 0 ====
- 0x3A97421E: addl $0x444E, %ebx
- 0x3A974224: movl %esi,-8(%ebp)
- 0x3A974227: movl 0x24(%ebx),%esi
- 0x3A97422D: movl %edi,-4(%ebp)
- 0x3A974230: movl (%esi),%eax
- 0x3A974232: testl %eax,%eax
- 0x3A974234: jnz-8 0x3A9742B0
-. 624 3A97421E 24
-. 81 C3 4E 44 00 00 89 75 F8 8B B3 24 00 00 00 89 7D FC 8B 06 85 C0 75 7A
-
-==== BB 625 (0x3A974236) in 11803B, out 64411B, BBs exec'd 0 ====
- 0x3A974236: movl 0x148(%ebx),%edi
- 0x3A97423C: movl 12(%ebp),%edx
- 0x3A97423F: movl 16(%ebp),%ecx
- 0x3A974242: xchgl %edx, %ebx
- 0x3A974244: movl $0xC3,%eax
- 0x3A974249: int $0x80
-. 625 3A974236 21
-. 8B BB 48 01 00 00 8B 55 0C 8B 4D 10 87 D3 B8 C3 00 00 00 CD 80
-
-==== BB 626 (0x3A97424B) in 11824B, out 64504B, BBs exec'd 0 ====
- 0x3A97424B: xchgl %edx, %ebx
- 0x3A97424D: cmpl $0xFFFFF000, %eax
- 0x3A974252: jnbe-32 0x3A974306
-. 626 3A97424B 13
-. 87 D3 3D 00 F0 FF FF 0F 87 AE 00 00 00
-
-==== BB 627 (0x3A974306) in 11837B, out 64580B, BBs exec'd 0 ====
- 0x3A974306: negl %eax
- 0x3A974308: movl %eax,0x148(%ebx)
- 0x3A97430E: movl $0xFFFFFFFF,%eax
- 0x3A974313: jmp 0x3A974258
-. 627 3A974306 18
-. F7 D8 89 83 48 01 00 00 B8 FF FF FF FF E9 40 FF FF FF
-
-==== BB 628 (0x3A974258) in 11855B, out 64649B, BBs exec'd 0 ====
- 0x3A974258: cmpl $0xFFFFFFFF, %eax
- 0x3A97425B: movl %eax,%edx
- 0x3A97425D: jz-8 0x3A974290
-. 628 3A974258 7
-. 83 F8 FF 89 C2 74 31
-
-==== BB 629 (0x3A974290) in 11862B, out 64716B, BBs exec'd 0 ====
- 0x3A974290: cmpl $0x26, 0x148(%ebx)
- 0x3A974297: jnz-8 0x3A97425F
-. 629 3A974290 9
-. 83 BB 48 01 00 00 26 75 C6
-
-==== BB 630 (0x3A97425F) in 11871B, out 64782B, BBs exec'd 0 ====
- 0x3A97425F: testl %edx,%edx
- 0x3A974261: jnz-8 0x3A974280
-. 630 3A97425F 4
-. 85 D2 75 1D
-
-==== BB 631 (0x3A974280) in 11875B, out 64841B, BBs exec'd 0 ====
- 0x3A974280: movl -12(%ebp),%ebx
- 0x3A974283: movl %edx,%eax
- 0x3A974285: movl -8(%ebp),%esi
- 0x3A974288: movl -4(%ebp),%edi
- 0x3A97428B: movl %ebp,%esp
- 0x3A97428D: popl %ebp
- 0x3A97428E: ret
-. 631 3A974280 15
-. 8B 5D F4 89 D0 8B 75 F8 8B 7D FC 89 EC 5D C3
-
-==== BB 632 (0x3A96952B) in 11890B, out 64943B, BBs exec'd 0 ====
- 0x3A96952B: testl %eax,%eax
- 0x3A96952D: jnz-8 0x3A969542
-. 632 3A96952B 4
-. 85 C0 75 13
-
-==== BB 633 (0x3A969542) in 11894B, out 65002B, BBs exec'd 0 ====
- 0x3A969542: movl $0x1,%edx
- 0x3A969547: movl $0x1,%eax
- 0x3A96954C: movl %edx,20(%edi,%esi,4)
- 0x3A969550: jmp 0x3A9693C8
-. 633 3A969542 19
-. BA 01 00 00 00 B8 01 00 00 00 89 54 B7 14 E9 73 FE FF FF
-
-==== BB 634 (0x3A9693C8) in 11913B, out 65071B, BBs exec'd 0 ====
- 0x3A9693C8: cmpl $0x2, %eax
- 0x3A9693CB: setz %al
- 0x3A9693CE: movzbl %al,%eax
- 0x3A9693D1: orl %eax,0xFFFFFF68(%ebp)
- 0x3A9693D7: cmpl $0xFFFFFFFF, -128(%ebp)
- 0x3A9693DB: jz-32 0x3A969318
-. 634 3A9693C8 25
-. 83 F8 02 0F 94 C0 0F B6 C0 09 85 68 FF FF FF 83 7D 80 FF 0F 84 37 FF FF FF
-
-==== BB 635 (0x3A969318) in 11938B, out 65187B, BBs exec'd 0 ====
- 0x3A969318: incl %esi
- 0x3A969319: cmpl $0xFFFFFFFF, -128(%ebp)
- 0x3A96931D: leal 0(%esi), %esi
- 0x3A969320: jnz-32 0x3A9694A3
-. 635 3A969318 14
-. 46 83 7D 80 FF 8D 76 00 0F 85 7D 01 00 00
-
-==== BB 636 (0x3A969326) in 11952B, out 65268B, BBs exec'd 0 ====
- 0x3A969326: cmpl 0xC8(%ebx),%esi
- 0x3A96932C: jnb-32 0x3A969444
-. 636 3A969326 12
-. 3B B3 C8 00 00 00 0F 83 12 01 00 00
-
-==== BB 637 (0x3A974263) in 11964B, out 65336B, BBs exec'd 0 ====
- 0x3A974263: movl 16(%ebp),%ecx
- 0x3A974266: movl 88(%ecx),%eax
- 0x3A974269: cmpl %eax,12(%ecx)
- 0x3A97426C: jz-8 0x3A974280
-. 637 3A974263 11
-. 8B 4D 10 8B 41 58 39 41 0C 74 12
-
-==== BB 638 (0x3A96952F) in 11975B, out 65424B, BBs exec'd 0 ====
- 0x3A96952F: movl -92(%ebp),%eax
- 0x3A969532: andl $0xF000, %eax
- 0x3A969537: cmpl $0x4000, %eax
- 0x3A96953C: jz-32 0x3A9693BA
-. 638 3A96952F 19
-. 8B 45 A4 25 00 F0 00 00 3D 00 40 00 00 0F 84 78 FE FF FF
-
-==== BB 639 (0x3A9693BA) in 11994B, out 65508B, BBs exec'd 0 ====
- 0x3A9693BA: movl $0x2,%eax
- 0x3A9693BF: movl %eax,20(%edi,%esi,4)
- 0x3A9693C3: movl $0x2,%eax
- 0x3A9693C8: cmpl $0x2, %eax
- 0x3A9693CB: setz %al
- 0x3A9693CE: movzbl %al,%eax
- 0x3A9693D1: orl %eax,0xFFFFFF68(%ebp)
- 0x3A9693D7: cmpl $0xFFFFFFFF, -128(%ebp)
- 0x3A9693DB: jz-32 0x3A969318
-. 639 3A9693BA 39
-. B8 02 00 00 00 89 44 B7 14 B8 02 00 00 00 83 F8 02 0F 94 C0 0F B6 C0 09 85 68 FF FF FF 83 7D 80 FF 0F 84 37 FF FF FF
-
-==== BB 640 (0x3A969444) in 12033B, out 65663B, BBs exec'd 0 ====
- 0x3A969444: cmpl $0xFFFFFFFF, -128(%ebp)
- 0x3A969448: jnz-8 0x3A9694A3
-. 640 3A969444 6
-. 83 7D 80 FF 75 59
-
-==== BB 641 (0x3A96944A) in 12039B, out 65726B, BBs exec'd 0 ====
- 0x3A96944A: movl 0xFFFFFF68(%ebp),%eax
- 0x3A969450: testl %eax,%eax
- 0x3A969452: jz-8 0x3A969469
-. 641 3A96944A 10
-. 8B 85 68 FF FF FF 85 C0 74 15
-
-==== BB 642 (0x3A969454) in 12049B, out 65801B, BBs exec'd 0 ====
- 0x3A969454: movl 0x148(%ebx),%edx
- 0x3A96945A: cmpl $0x2, %edx
- 0x3A96945D: jz-8 0x3A969469
-. 642 3A969454 11
-. 8B 93 48 01 00 00 83 FA 02 74 0A
-
-==== BB 643 (0x3A969469) in 12060B, out 65874B, BBs exec'd 0 ====
- 0x3A969469: addl $0x4, -124(%ebp)
- 0x3A96946D: movl 0xFFFFFF68(%ebp),%ecx
- 0x3A969473: orl %ecx,0xFFFFFF78(%ebp)
- 0x3A969479: movl -124(%ebp),%edx
- 0x3A96947C: movl (%edx),%eax
- 0x3A96947E: testl %eax,%eax
- 0x3A969480: movl %eax,%edi
- 0x3A969482: jnz-32 0x3A9692C0
-. 643 3A969469 31
-. 83 45 84 04 8B 8D 68 FF FF FF 09 8D 78 FF FF FF 8B 55 84 8B 02 85 C0 89 C7 0F 85 38 FE FF FF
-
-==== BB 644 (0x3A969488) in 12091B, out 66013B, BBs exec'd 0 ====
- 0x3A969488: movl 0xFFFFFF78(%ebp),%eax
- 0x3A96948E: testl %eax,%eax
- 0x3A969490: jz-32 0x3A969732
-. 644 3A969488 14
-. 8B 85 78 FF FF FF 85 C0 0F 84 9C 02 00 00
-
-==== BB 645 (0x3A969496) in 12105B, out 66088B, BBs exec'd 0 ====
- 0x3A969496: movl $0xFFFFFFFF,%eax
- 0x3A96949B: leal -12(%ebp), %esp
- 0x3A96949E: popl %ebx
- 0x3A96949F: popl %esi
- 0x3A9694A0: popl %edi
- 0x3A9694A1: popl %ebp
- 0x3A9694A2: ret
-. 645 3A969496 13
-. B8 FF FF FF FF 8D 65 F4 5B 5E 5F 5D C3
-
-==== BB 646 (0x3A96B2B3) in 12118B, out 66202B, BBs exec'd 0 ====
- 0x3A96B2B3: movl %eax,0xFFFFFDCC(%ebp)
- 0x3A96B2B9: jmp 0x3A96B21F
-. 646 3A96B2B3 11
-. 89 85 CC FD FF FF E9 61 FF FF FF
-
-==== BB 647 (0x3A96B21F) in 12129B, out 66249B, BBs exec'd 0 ====
- 0x3A96B21F: cmpl $0xFFFFFFFF, 0xFFFFFDCC(%ebp)
- 0x3A96B226: movl 0xFFFFFDD8(%ebp),%edx
- 0x3A96B22C: setz %al
- 0x3A96B22F: testl %edx,%edx
- 0x3A96B231: setnz %dl
- 0x3A96B234: andl %edx,%eax
- 0x3A96B236: testb $0x1, %al
- 0x3A96B238: jnz-32 0x3A96B31F
-. 647 3A96B21F 31
-. 83 BD CC FD FF FF FF 8B 95 D8 FD FF FF 0F 94 C0 85 D2 0F 95 C2 21 D0 A8 01 0F 85 E1 00 00 00
-
-==== BB 648 (0x3A96B31F) in 12160B, out 66398B, BBs exec'd 0 ====
- 0x3A96B31F: movl 0xFFFFFDD8(%ebp),%esi
- 0x3A96B325: leal 0xFFFFF00F(%ebx), %eax
- 0x3A96B32B: movl $0x1D,%ecx
- 0x3A96B330: movl %eax,(%esp,,)
- 0x3A96B333: movl 0xFFFFFDD8(%ebp),%eax
- 0x3A96B339: addl $0x1CC, %esi
- 0x3A96B33F: movl %esi,%edx
- 0x3A96B341: call 0x3A96A890
-. 648 3A96B31F 39
-. 8B B5 D8 FD FF FF 8D 83 0F F0 FF FF B9 1D 00 00 00 89 04 24 8B 85 D8 FD FF FF 81 C6 CC 01 00 00 89 F2 E8 4A F5 FF FF
-
-==== BB 649 (0x3A96B346) in 12199B, out 66531B, BBs exec'd 0 ====
- 0x3A96B346: testb %al,%al
- 0x3A96B348: jz-32 0x3A96B23E
-. 649 3A96B346 8
-. 84 C0 0F 84 F0 FE FF FF
-
-==== BB 650 (0x3A96B23E) in 12207B, out 66592B, BBs exec'd 0 ====
- 0x3A96B23E: cmpl $0xFFFFFFFF, 0xFFFFFDCC(%ebp)
- 0x3A96B245: jz-32 0x3A96B387
-. 650 3A96B23E 13
-. 83 BD CC FD FF FF FF 0F 84 3C 01 00 00
-
-==== BB 651 (0x3A96B387) in 12220B, out 66658B, BBs exec'd 0 ====
- 0x3A96B387: movl 0xFFFFFDD0(%ebp),%eax
- 0x3A96B38D: testl %eax,%eax
- 0x3A96B38F: jnz-32 0x3A96B4FE
-. 651 3A96B387 14
-. 8B 85 D0 FD FF FF 85 C0 0F 85 69 01 00 00
-
-==== BB 652 (0x3A96B395) in 12234B, out 66733B, BBs exec'd 0 ====
- 0x3A96B395: movl 0xFFFFFDD4(%ebp),%eax
- 0x3A96B39B: call 0x3A96B720
-. 652 3A96B395 11
-. 8B 85 D4 FD FF FF E8 80 03 00 00
-
-==== BB 653 _dl_load_cache_lookup(0x3A96B720) in 12245B, out 66797B, BBs exec'd 0 ====
- 0x3A96B720: pushl %ebp
- 0x3A96B721: movl %esp,%ebp
- 0x3A96B723: pushl %edi
- 0x3A96B724: pushl %esi
- 0x3A96B725: pushl %ebx
- 0x3A96B726: subl $0x64, %esp
- 0x3A96B729: call 0x3A97592B
-. 653 3A96B720 14
-. 55 89 E5 57 56 53 83 EC 64 E8 FD A1 00 00
-
-==== BB 654 (0x3A96B72E) in 12259B, out 66930B, BBs exec'd 0 ====
- 0x3A96B72E: addl $0xCF3E, %ebx
- 0x3A96B734: testb $0x1, 0xFFFFFC14(%ebx)
- 0x3A96B73B: movl %eax,-16(%ebp)
- 0x3A96B73E: jnz-32 0x3A96BBA2
-. 654 3A96B72E 22
-. 81 C3 3E CF 00 00 F6 83 14 FC FF FF 01 89 45 F0 0F 85 5E 04 00 00
-
-==== BB 655 (0x3A96B744) in 12281B, out 67029B, BBs exec'd 0 ====
- 0x3A96B744: movl 0xDC(%ebx),%ecx
- 0x3A96B74A: testl %ecx,%ecx
- 0x3A96B74C: jz-32 0x3A96B872
-. 655 3A96B744 14
-. 8B 8B DC 00 00 00 85 C9 0F 84 20 01 00 00
-
-==== BB 656 (0x3A96B872) in 12295B, out 67104B, BBs exec'd 0 ====
- 0x3A96B872: movl $0x1,%ecx
- 0x3A96B877: leal 0xE4(%ebx), %edx
- 0x3A96B87D: leal 0xFFFFF072(%ebx), %eax
- 0x3A96B883: call 0x3A971070
-. 656 3A96B872 22
-. B9 01 00 00 00 8D 93 E4 00 00 00 8D 83 72 F0 FF FF E8 E8 57 00 00
-
-==== BB 657 (0x3A9710AD) in 12317B, out 67190B, BBs exec'd 0 ====
- 0x3A9710AD: movl %esi,4(%esp,,)
- 0x3A9710B1: leal -108(%ebp), %eax
- 0x3A9710B4: movl %eax,8(%esp,,)
- 0x3A9710B8: movl $0x3, (%esp,,)
- 0x3A9710BF: call 0x3A974320
-. 657 3A9710AD 23
-. 89 74 24 04 8D 45 94 89 44 24 08 C7 04 24 03 00 00 00 E8 5C 32 00 00
-
-==== BB 658 (0x3A9710C4) in 12340B, out 67283B, BBs exec'd 0 ====
- 0x3A9710C4: testl %eax,%eax
- 0x3A9710C6: js-8 0x3A9710D1
-. 658 3A9710C4 4
-. 85 C0 78 09
-
-==== BB 659 (0x3A9710C8) in 12344B, out 67342B, BBs exec'd 0 ====
- 0x3A9710C8: movl -64(%ebp),%eax
- 0x3A9710CB: testl %eax,%eax
- 0x3A9710CD: movl %eax,(%edi)
- 0x3A9710CF: jnz-8 0x3A9710F0
-. 659 3A9710C8 9
-. 8B 45 C0 85 C0 89 07 75 1F
-
-==== BB 660 (0x3A9710F0) in 12353B, out 67424B, BBs exec'd 0 ====
- 0x3A9710F0: movl %esi,16(%esp,,)
- 0x3A9710F4: xorl %ecx, %ecx
- 0x3A9710F6: movl $0x2,%edx
- 0x3A9710FB: movl %ecx,20(%esp,,)
- 0x3A9710FF: movl %edx,12(%esp,,)
- 0x3A971103: movl -112(%ebp),%edx
- 0x3A971106: movl %eax,4(%esp,,)
- 0x3A97110A: movl $0x0, (%esp,,)
- 0x3A971111: movl %edx,8(%esp,,)
- 0x3A971115: call 0x3A974C50
-. 660 3A9710F0 42
-. 89 74 24 10 31 C9 BA 02 00 00 00 89 4C 24 14 89 54 24 0C 8B 55 90 89 44 24 04 C7 04 24 00 00 00 00 89 54 24 08 E8 36 3B 00 00
-
-==== BB 661 (0x3A97111A) in 12395B, out 67583B, BBs exec'd 0 ====
- 0x3A97111A: movl %eax,-116(%ebp)
- 0x3A97111D: jmp-8 0x3A9710D1
-. 661 3A97111A 5
-. 89 45 8C EB B2
-
-==== BB 662 (0x3A9710D1) in 12400B, out 67627B, BBs exec'd 0 ====
- 0x3A9710D1: movl %esi,(%esp,,)
- 0x3A9710D4: call 0x3A974470
-. 662 3A9710D1 8
-. 89 34 24 E8 97 33 00 00
-
-==== BB 663 (0x3A96B888) in 12408B, out 67682B, BBs exec'd 0 ====
- 0x3A96B888: movl %eax,-40(%ebp)
- 0x3A96B88B: incl %eax
- 0x3A96B88C: jz-32 0x3A96BA05
-. 663 3A96B888 10
-. 89 45 D8 40 0F 84 73 01 00 00
-
-==== BB 664 (0x3A96B892) in 12418B, out 67757B, BBs exec'd 0 ====
- 0x3A96B892: movl 0xE4(%ebx),%eax
- 0x3A96B898: cmpl $0x10, %eax
- 0x3A96B89B: movl %eax,-96(%ebp)
- 0x3A96B89E: jbe-32 0x3A96B9B2
-. 664 3A96B892 18
-. 8B 83 E4 00 00 00 83 F8 10 89 45 A0 0F 86 0E 01 00 00
-
-==== BB 665 (0x3A96B8A4) in 12436B, out 67846B, BBs exec'd 0 ====
- 0x3A96B8A4: cld
- 0x3A96B8A5: movl -40(%ebp),%esi
- 0x3A96B8A8: movl $0xB,%edx
- 0x3A96B8AD: leal 0xFFFFF083(%ebx), %edi
- 0x3A96B8B3: movl %edx,%ecx
- 0x3A96B8B5: repe cmpsb
-. 665 3A96B8A4 19
-. FC 8B 75 D8 BA 0B 00 00 00 8D BB 83 F0 FF FF 89 D1 F3 A6
-
-==== BB 666 (0x3A96B8B5) in 12455B, out 68019B, BBs exec'd 0 ====
- 0x3A96B8B5: repe cmpsb
-. 666 3A96B8B5 2
-. F3 A6
-
-==== BB 667 (0x3A96B8B7) in 12457B, out 68144B, BBs exec'd 0 ====
- 0x3A96B8B7: jnz-32 0x3A96B9B2
-. 667 3A96B8B7 6
-. 0F 85 F5 00 00 00
-
-==== BB 668 (0x3A96B8BD) in 12463B, out 68191B, BBs exec'd 0 ====
- 0x3A96B8BD: movl -40(%ebp),%eax
- 0x3A96B8C0: movl %eax,%edx
- 0x3A96B8C2: movl %eax,0xDC(%ebx)
- 0x3A96B8C8: movl 12(%eax),%eax
- 0x3A96B8CB: leal (%eax,%eax,2), %eax
- 0x3A96B8CE: leal 0x10(,%eax,4), %eax
- 0x3A96B8D5: addl %eax,%edx
- 0x3A96B8D7: addl $0x30, %eax
- 0x3A96B8DA: cmpl %eax,-96(%ebp)
- 0x3A96B8DD: jb-8 0x3A96B905
-. 668 3A96B8BD 34
-. 8B 45 D8 89 C2 89 83 DC 00 00 00 8B 40 0C 8D 04 40 8D 04 85 10 00 00 00 01 C2 83 C0 30 39 45 A0 72 26
-
-==== BB 669 (0x3A96B8DF) in 12497B, out 68345B, BBs exec'd 0 ====
- 0x3A96B8DF: movl %edx,0xE0(%ebx)
- 0x3A96B8E5: movl $0x14,%ecx
- 0x3A96B8EA: movl %edx,%esi
- 0x3A96B8EC: leal 0xFFFFF08F(%ebx), %edi
- 0x3A96B8F2: repe cmpsb
-. 669 3A96B8DF 21
-. 89 93 E0 00 00 00 B9 14 00 00 00 89 D6 8D BB 8F F0 FF FF F3 A6
-
-==== BB 670 (0x3A96B8F2) in 12518B, out 68504B, BBs exec'd 0 ====
- 0x3A96B8F2: repe cmpsb
-. 670 3A96B8F2 2
-. F3 A6
-
-==== BB 671 (0x3A96B8F4) in 12520B, out 68629B, BBs exec'd 0 ====
- 0x3A96B8F4: setnbe %dl
- 0x3A96B8F7: setb %al
- 0x3A96B8FA: movl -40(%ebp),%ecx
- 0x3A96B8FD: cmpb %al,%dl
- 0x3A96B8FF: jz-32 0x3A96B752
-. 671 3A96B8F4 17
-. 0F 97 C2 0F 92 C0 8B 4D D8 38 C2 0F 84 4D FE FF FF
-
-==== BB 672 (0x3A96B752) in 12537B, out 68729B, BBs exec'd 0 ====
- 0x3A96B752: xorl %eax, %eax
- 0x3A96B754: cmpl $0xFFFFFFFF, %ecx
- 0x3A96B757: jz-32 0x3A96BB5C
-. 672 3A96B752 11
-. 31 C0 83 F9 FF 0F 84 FF 03 00 00
-
-==== BB 673 (0x3A96B75D) in 12548B, out 68800B, BBs exec'd 0 ====
- 0x3A96B75D: movl $0x0, -36(%ebp)
- 0x3A96B764: movl 0xE0(%ebx),%eax
- 0x3A96B76A: cmpl $0xFFFFFFFF, %eax
- 0x3A96B76D: movl %eax,-44(%ebp)
- 0x3A96B770: movl %eax,%edi
- 0x3A96B772: jz-32 0x3A96B918
-. 673 3A96B75D 27
-. C7 45 DC 00 00 00 00 8B 83 E0 00 00 00 83 F8 FF 89 45 D4 89 C7 0F 84 A0 01 00 00
-
-==== BB 674 (0x3A96B778) in 12575B, out 68911B, BBs exec'd 0 ====
- 0x3A96B778: movl 0xE4(%ebx),%edx
- 0x3A96B77E: addl %edx,%ecx
- 0x3A96B780: movl 0xFFFFFC20(%ebx),%edx
- 0x3A96B786: subl %eax,%ecx
- 0x3A96B788: movl %ecx,-32(%ebp)
- 0x3A96B78B: testl %edx,%edx
- 0x3A96B78D: movl %edx,-56(%ebp)
- 0x3A96B790: jz-8 0x3A96B7C3
-. 674 3A96B778 26
-. 8B 93 E4 00 00 00 01 D1 8B 93 20 FC FF FF 29 C1 89 4D E0 85 D2 89 55 C8 74 31
-
-==== BB 675 (0x3A96B792) in 12601B, out 69041B, BBs exec'd 0 ====
- 0x3A96B792: movl $0x0, -60(%ebp)
- 0x3A96B799: leal 0xFFFFFD5C(%ebx), %esi
- 0x3A96B79F: nop
- 0x3A96B7A0: movl %esi,4(%esp,,)
- 0x3A96B7A4: movl -56(%ebp),%ecx
- 0x3A96B7A7: movl %ecx,(%esp,,)
- 0x3A96B7AA: call 0x3A975280
-. 675 3A96B792 29
-. C7 45 C4 00 00 00 00 8D B3 5C FD FF FF 90 89 74 24 04 8B 4D C8 89 0C 24 E8 D1 9A 00 00
-
-==== BB 676 (0x3A96B7AF) in 12630B, out 69154B, BBs exec'd 0 ====
- 0x3A96B7AF: testl %eax,%eax
- 0x3A96B7B1: jz-32 0x3A96BBE0
-. 676 3A96B7AF 8
-. 85 C0 0F 84 29 04 00 00
-
-==== BB 677 (0x3A96B7B7) in 12638B, out 69213B, BBs exec'd 0 ====
- 0x3A96B7B7: incl -60(%ebp)
- 0x3A96B7BA: addl $0x5, %esi
- 0x3A96B7BD: cmpl $0x3, -60(%ebp)
- 0x3A96B7C1: jle-8 0x3A96B7A0
-. 677 3A96B7B7 12
-. FF 45 C4 83 C6 05 83 7D C4 03 7E DD
-
-==== BB 678 (0x3A96B7A0) in 12650B, out 69303B, BBs exec'd 0 ====
- 0x3A96B7A0: movl %esi,4(%esp,,)
- 0x3A96B7A4: movl -56(%ebp),%ecx
- 0x3A96B7A7: movl %ecx,(%esp,,)
- 0x3A96B7AA: call 0x3A975280
-. 678 3A96B7A0 15
-. 89 74 24 04 8B 4D C8 89 0C 24 E8 D1 9A 00 00
-
-==== BB 679 (0x3A9752B7) in 12665B, out 69384B, BBs exec'd 0 ====
- 0x3A9752B7: movzbl -5(%ebp),%edx
- 0x3A9752BB: negl %edx
- 0x3A9752BD: movl %edx,%eax
- 0x3A9752BF: popl %edx
- 0x3A9752C0: popl %esi
- 0x3A9752C1: popl %ebp
- 0x3A9752C2: ret
-. 679 3A9752B7 12
-. 0F B6 55 FB F7 DA 89 D0 5A 5E 5D C3
-
-==== BB 680 (0x3A96BBE0) in 12677B, out 69490B, BBs exec'd 0 ====
- 0x3A96BBE0: movl -60(%ebp),%eax
- 0x3A96BBE3: addl $0x30, %eax
- 0x3A96BBE6: jmp 0x3A96B7C8
-. 680 3A96BBE0 11
-. 8B 45 C4 83 C0 30 E9 DD FB FF FF
-
-==== BB 681 (0x3A96B7C8) in 12688B, out 69545B, BBs exec'd 0 ====
- 0x3A96B7C8: movl %eax,-52(%ebp)
- 0x3A96B7CB: cdqq
- 0x3A96B7CC: movl -52(%ebp),%eax
- 0x3A96B7CF: movl %edx,-48(%ebp)
- 0x3A96B7D2: movl -48(%ebp),%esi
- 0x3A96B7D5: andl %esi,%eax
- 0x3A96B7D7: incl %eax
- 0x3A96B7D8: jz-8 0x3A96B7F9
-. 681 3A96B7C8 18
-. 89 45 CC 99 8B 45 CC 89 55 D0 8B 75 D0 21 F0 40 74 1F
-
-==== BB 682 (0x3A96B7DA) in 12706B, out 69665B, BBs exec'd 0 ====
- 0x3A96B7DA: movzbl -52(%ebp),%ecx
- 0x3A96B7DE: movl $0x1,%eax
- 0x3A96B7E3: xorl %edx, %edx
- 0x3A96B7E5: shldl %cl, %eax, %edx
- 0x3A96B7E8: shll %cl, %eax
- 0x3A96B7EA: testb $0x20, %cl
- 0x3A96B7ED: jz-8 0x3A96B7F3
-. 682 3A96B7DA 21
-. 0F B6 4D CC B8 01 00 00 00 31 D2 0F A5 C2 D3 E0 F6 C1 20 74 04
-
-==== BB 683 (0x3A96B7EF) in 12727B, out 69815B, BBs exec'd 0 ====
- 0x3A96B7EF: movl %eax,%edx
- 0x3A96B7F1: xorl %eax, %eax
- 0x3A96B7F3: movl %eax,-52(%ebp)
- 0x3A96B7F6: movl %edx,-48(%ebp)
- 0x3A96B7F9: movl $0x0, -20(%ebp)
- 0x3A96B800: movl -44(%ebp),%edx
- 0x3A96B803: movl 20(%edx),%ecx
- 0x3A96B806: decl %ecx
- 0x3A96B807: cmpl %ecx,-20(%ebp)
- 0x3A96B80A: movl %ecx,-24(%ebp)
- 0x3A96B80D: jle-8 0x3A96B82A
-. 683 3A96B7EF 32
-. 89 C2 31 C0 89 45 CC 89 55 D0 C7 45 EC 00 00 00 00 8B 55 D4 8B 4A 14 49 39 4D EC 89 4D E8 7E 1B
-
-==== BB 684 (0x3A96B82A) in 12759B, out 69977B, BBs exec'd 0 ====
- 0x3A96B82A: movl -20(%ebp),%eax
- 0x3A96B82D: movl -24(%ebp),%ecx
- 0x3A96B830: addl %ecx,%eax
- 0x3A96B832: movl %eax,%edx
- 0x3A96B834: shrl $0x1F, %edx
- 0x3A96B837: leal (%edx,%eax,1), %esi
- 0x3A96B83A: sarl $0x1, %esi
- 0x3A96B83C: leal (%esi,%esi,2), %eax
- 0x3A96B83F: shll $0x3, %eax
- 0x3A96B842: movl %eax,-64(%ebp)
- 0x3A96B845: movl 52(%edi,%eax,1),%eax
- 0x3A96B849: cmpl -32(%ebp),%eax
- 0x3A96B84C: jnb-32 0x3A96BB50
-. 684 3A96B82A 40
-. 8B 45 EC 8B 4D E8 01 C8 89 C2 C1 EA 1F 8D 34 02 D1 FE 8D 04 76 C1 E0 03 89 45 C0 8B 44 07 34 3B 45 E0 0F 83 FE 02 00 00
-
-==== BB 685 (0x3A96B852) in 12799B, out 70151B, BBs exec'd 0 ====
- 0x3A96B852: movl -44(%ebp),%edx
- 0x3A96B855: addl %eax,%edx
- 0x3A96B857: movl -16(%ebp),%eax
- 0x3A96B85A: call 0x3A96B5B0
-. 685 3A96B852 13
-. 8B 55 D4 01 C2 8B 45 F0 E8 51 FD FF FF
-
-==== BB 686 _dl_cache_libcmp(0x3A96B5B0) in 12812B, out 70236B, BBs exec'd 0 ====
- 0x3A96B5B0: pushl %ebp
- 0x3A96B5B1: movl %esp,%ebp
- 0x3A96B5B3: pushl %edi
- 0x3A96B5B4: movl %eax,%edi
- 0x3A96B5B6: pushl %esi
- 0x3A96B5B7: subl $0xC, %esp
- 0x3A96B5BA: movl %edx,-12(%ebp)
- 0x3A96B5BD: movzbl (%eax),%eax
- 0x3A96B5C0: testb %al,%al
- 0x3A96B5C2: movb %al,-17(%ebp)
- 0x3A96B5C5: jz-32 0x3A96B6AA
-. 686 3A96B5B0 27
-. 55 89 E5 57 89 C7 56 83 EC 0C 89 55 F4 0F B6 00 84 C0 88 45 EF 0F 84 DF 00 00 00
-
-==== BB 687 (0x3A96B5CB) in 12839B, out 70417B, BBs exec'd 0 ====
- 0x3A96B5CB: movzbl (%edx),%ecx
- 0x3A96B5CE: movzbl -17(%ebp),%eax
- 0x3A96B5D2: subb $0x30, %al
- 0x3A96B5D4: cmpb $0x9, %al
- 0x3A96B5D6: jnbe-32 0x3A96B686
-. 687 3A96B5CB 17
-. 0F B6 0A 0F B6 45 EF 2C 30 3C 09 0F 87 AA 00 00 00
-
-==== BB 688 (0x3A96B686) in 12856B, out 70520B, BBs exec'd 0 ====
- 0x3A96B686: movb %cl,%al
- 0x3A96B688: movl $0xFFFFFFFF,%edx
- 0x3A96B68D: subb $0x30, %al
- 0x3A96B68F: cmpb $0x9, %al
- 0x3A96B691: jbe-8 0x3A96B6B9
-. 688 3A96B686 13
-. 88 C8 BA FF FF FF FF 2C 30 3C 09 76 26
-
-==== BB 689 (0x3A96B693) in 12869B, out 70615B, BBs exec'd 0 ====
- 0x3A96B693: cmpb %cl,-17(%ebp)
- 0x3A96B696: jnz-8 0x3A96B6B0
-. 689 3A96B693 5
-. 38 4D EF 75 18
-
-==== BB 690 (0x3A96B698) in 12874B, out 70678B, BBs exec'd 0 ====
- 0x3A96B698: incl -12(%ebp)
- 0x3A96B69B: incl %edi
- 0x3A96B69C: movl -12(%ebp),%eax
- 0x3A96B69F: movzbl (%edi),%ecx
- 0x3A96B6A2: movb %cl,-17(%ebp)
- 0x3A96B6A5: movzbl (%eax),%ecx
- 0x3A96B6A8: jmp-8 0x3A96B672
-. 690 3A96B698 18
-. FF 45 F4 47 8B 45 F4 0F B6 0F 88 4D EF 0F B6 08 EB C8
-
-==== BB 691 (0x3A96B672) in 12892B, out 70788B, BBs exec'd 0 ====
- 0x3A96B672: cmpb $0x0, -17(%ebp)
- 0x3A96B676: jz-8 0x3A96B6B0
-. 691 3A96B672 6
-. 80 7D EF 00 74 38
-
-==== BB 692 (0x3A96B678) in 12898B, out 70851B, BBs exec'd 0 ====
- 0x3A96B678: movzbl -17(%ebp),%eax
- 0x3A96B67C: subb $0x30, %al
- 0x3A96B67E: cmpb $0x9, %al
- 0x3A96B680: jbe-32 0x3A96B5E0
-. 692 3A96B678 14
-. 0F B6 45 EF 2C 30 3C 09 0F 86 5A FF FF FF
-
-==== BB 693 (0x3A96B6B0) in 12912B, out 70939B, BBs exec'd 0 ====
- 0x3A96B6B0: movsbl -17(%ebp),%edx
- 0x3A96B6B4: movsbl %cl,%eax
- 0x3A96B6B7: subl %eax,%edx
- 0x3A96B6B9: addl $0xC, %esp
- 0x3A96B6BC: movl %edx,%eax
- 0x3A96B6BE: popl %esi
- 0x3A96B6BF: popl %edi
- 0x3A96B6C0: popl %ebp
- 0x3A96B6C1: ret
-. 693 3A96B6B0 18
-. 0F BE 55 EF 0F BE C1 29 C2 83 C4 0C 89 D0 5E 5F 5D C3
-
-==== BB 694 (0x3A96B85F) in 12930B, out 71078B, BBs exec'd 0 ====
- 0x3A96B85F: testl %eax,%eax
- 0x3A96B861: jz-32 0x3A96BC8C
-. 694 3A96B85F 8
-. 85 C0 0F 84 25 04 00 00
-
-==== BB 695 (0x3A96B867) in 12938B, out 71137B, BBs exec'd 0 ====
- 0x3A96B867: testl %eax,%eax
- 0x3A96B869: jns-8 0x3A96B814
-. 695 3A96B867 4
-. 85 C0 79 A9
-
-==== BB 696 (0x3A96B86B) in 12942B, out 71196B, BBs exec'd 0 ====
- 0x3A96B86B: incl %esi
- 0x3A96B86C: movl %esi,-20(%ebp)
- 0x3A96B86F: nop
- 0x3A96B870: jmp-8 0x3A96B818
-. 696 3A96B86B 7
-. 46 89 75 EC 90 EB A6
-
-==== BB 697 (0x3A96B818) in 12949B, out 71260B, BBs exec'd 0 ====
- 0x3A96B818: movl -24(%ebp),%ecx
- 0x3A96B81B: cmpl %ecx,-20(%ebp)
- 0x3A96B81E: jnle-32 0x3A96BB50
-. 697 3A96B818 12
-. 8B 4D E8 39 4D EC 0F 8F 2C 03 00 00
-
-==== BB 698 (0x3A96B824) in 12961B, out 71335B, BBs exec'd 0 ====
- 0x3A96B824: movl 0xE0(%ebx),%edi
- 0x3A96B82A: movl -20(%ebp),%eax
- 0x3A96B82D: movl -24(%ebp),%ecx
- 0x3A96B830: addl %ecx,%eax
- 0x3A96B832: movl %eax,%edx
- 0x3A96B834: shrl $0x1F, %edx
- 0x3A96B837: leal (%edx,%eax,1), %esi
- 0x3A96B83A: sarl $0x1, %esi
- 0x3A96B83C: leal (%esi,%esi,2), %eax
- 0x3A96B83F: shll $0x3, %eax
- 0x3A96B842: movl %eax,-64(%ebp)
- 0x3A96B845: movl 52(%edi,%eax,1),%eax
- 0x3A96B849: cmpl -32(%ebp),%eax
- 0x3A96B84C: jnb-32 0x3A96BB50
-. 698 3A96B824 46
-. 8B BB E0 00 00 00 8B 45 EC 8B 4D E8 01 C8 89 C2 C1 EA 1F 8D 34 02 D1 FE 8D 04 76 C1 E0 03 89 45 C0 8B 44 07 34 3B 45 E0 0F 83 FE 02 00 00
-
-==== BB 699 (0x3A96B814) in 13007B, out 71525B, BBs exec'd 0 ====
- 0x3A96B814: decl %esi
- 0x3A96B815: movl %esi,-24(%ebp)
- 0x3A96B818: movl -24(%ebp),%ecx
- 0x3A96B81B: cmpl %ecx,-20(%ebp)
- 0x3A96B81E: jnle-32 0x3A96BB50
-. 699 3A96B814 16
-. 4E 89 75 E8 8B 4D E8 39 4D EC 0F 8F 2C 03 00 00
-
-==== BB 700 (0x3A96B5E0) in 13023B, out 71621B, BBs exec'd 0 ====
- 0x3A96B5E0: movb %cl,%al
- 0x3A96B5E2: movl $0x1,%edx
- 0x3A96B5E7: subb $0x30, %al
- 0x3A96B5E9: cmpb $0x9, %al
- 0x3A96B5EB: jnbe-32 0x3A96B6B9
-. 700 3A96B5E0 17
-. 88 C8 BA 01 00 00 00 2C 30 3C 09 0F 87 C8 00 00 00
-
-==== BB 701 (0x3A96B5F1) in 13040B, out 71716B, BBs exec'd 0 ====
- 0x3A96B5F1: movsbl -17(%ebp),%eax
- 0x3A96B5F5: incl %edi
- 0x3A96B5F6: incl -12(%ebp)
- 0x3A96B5F9: subl $0x30, %eax
- 0x3A96B5FC: movl %eax,-16(%ebp)
- 0x3A96B5FF: movsbl %cl,%eax
- 0x3A96B602: leal -48(%eax), %esi
- 0x3A96B605: movzbl (%edi),%ecx
- 0x3A96B608: movb %cl,%al
- 0x3A96B60A: movb %cl,-17(%ebp)
- 0x3A96B60D: subb $0x30, %al
- 0x3A96B60F: movb %cl,%dl
- 0x3A96B611: cmpb $0x9, %al
- 0x3A96B613: jnbe-8 0x3A96B63F
-. 701 3A96B5F1 36
-. 0F BE 45 EF 47 FF 45 F4 83 E8 30 89 45 F0 0F BE C1 8D 70 D0 0F B6 0F 88 C8 88 4D EF 2C 30 88 CA 3C 09 77 2A
-
-==== BB 702 (0x3A96B63F) in 13076B, out 71924B, BBs exec'd 0 ====
- 0x3A96B63F: movl -12(%ebp),%eax
- 0x3A96B642: movzbl (%eax),%ecx
- 0x3A96B645: movb %cl,%al
- 0x3A96B647: movb %cl,%dl
- 0x3A96B649: subb $0x30, %al
- 0x3A96B64B: cmpb $0x9, %al
- 0x3A96B64D: jnbe-8 0x3A96B66D
-. 702 3A96B63F 16
-. 8B 45 F4 0F B6 08 88 C8 88 CA 2C 30 3C 09 77 1E
-
-==== BB 703 (0x3A96B66D) in 13092B, out 72050B, BBs exec'd 0 ====
- 0x3A96B66D: cmpl %esi,-16(%ebp)
- 0x3A96B670: jnz-8 0x3A96B6C2
-. 703 3A96B66D 5
-. 39 75 F0 75 50
-
-==== BB 704 (0x3A96BC8C) in 13097B, out 72113B, BBs exec'd 0 ====
- 0x3A96BC8C: movl %esi,-20(%ebp)
- 0x3A96BC8F: testl %esi,%esi
- 0x3A96BC91: jle-32 0x3A96BA2A
-. 704 3A96BC8C 11
-. 89 75 EC 85 F6 0F 8E 93 FD FF FF
-
-==== BB 705 (0x3A96BC97) in 13108B, out 72185B, BBs exec'd 0 ====
- 0x3A96BC97: movl -64(%ebp),%ecx
- 0x3A96BC9A: movl %ecx,-92(%ebp)
- 0x3A96BC9D: leal 0(%esi), %esi
- 0x3A96BCA0: movl 0xE0(%ebx),%edi
- 0x3A96BCA6: movl -92(%ebp),%edx
- 0x3A96BCA9: movl 28(%edi,%edx,1),%eax
- 0x3A96BCAD: cmpl -32(%ebp),%eax
- 0x3A96BCB0: jnb-32 0x3A96BA30
-. 705 3A96BC97 31
-. 8B 4D C0 89 4D A4 8D 76 00 8B BB E0 00 00 00 8B 55 A4 8B 44 17 1C 3B 45 E0 0F 83 7A FD FF FF
-
-==== BB 706 (0x3A96BCB6) in 13139B, out 72329B, BBs exec'd 0 ====
- 0x3A96BCB6: movl -44(%ebp),%edx
- 0x3A96BCB9: addl %eax,%edx
- 0x3A96BCBB: movl -16(%ebp),%eax
- 0x3A96BCBE: call 0x3A96B5B0
-. 706 3A96BCB6 13
-. 8B 55 D4 01 C2 8B 45 F0 E8 ED F8 FF FF
-
-==== BB 707 (0x3A96BCC3) in 13152B, out 72414B, BBs exec'd 0 ====
- 0x3A96BCC3: testl %eax,%eax
- 0x3A96BCC5: jnz-32 0x3A96BA2A
-. 707 3A96BCC3 8
-. 85 C0 0F 85 5F FD FF FF
-
-==== BB 708 (0x3A96BA2A) in 13160B, out 72473B, BBs exec'd 0 ====
- 0x3A96BA2A: movl 0xE0(%ebx),%edi
- 0x3A96BA30: cmpl -20(%ebp),%esi
- 0x3A96BA33: leal (%esi,%esi,2), %eax
- 0x3A96BA36: leal (%edi,%eax,8), %edi
- 0x3A96BA39: leal 48(%edi), %ecx
- 0x3A96BA3C: movl %ecx,-68(%ebp)
- 0x3A96BA3F: jle-8 0x3A96BA62
-. 708 3A96BA2A 23
-. 8B BB E0 00 00 00 3B 75 EC 8D 04 76 8D 3C C7 8D 4F 30 89 4D BC 7E 21
-
-==== BB 709 (0x3A96BA62) in 13183B, out 72602B, BBs exec'd 0 ====
- 0x3A96BA62: movl 48(%edi),%ecx
- 0x3A96BA65: cmpl $0x1, %ecx
- 0x3A96BA68: setz %al
- 0x3A96BA6B: cmpl $0x3, %ecx
- 0x3A96BA6E: setz %dl
- 0x3A96BA71: orl %edx,%eax
- 0x3A96BA73: testb $0x1, %al
- 0x3A96BA75: jz-8 0x3A96BA20
-. 709 3A96BA62 21
-. 8B 4F 30 83 F9 01 0F 94 C0 83 F9 03 0F 94 C2 09 D0 A8 01 74 A9
-
-==== BB 710 (0x3A96BA77) in 13204B, out 72740B, BBs exec'd 0 ====
- 0x3A96BA77: movl -68(%ebp),%eax
- 0x3A96BA7A: movl 8(%eax),%edi
- 0x3A96BA7D: cmpl -32(%ebp),%edi
- 0x3A96BA80: jnb-8 0x3A96BA20
-. 710 3A96BA77 11
-. 8B 45 BC 8B 78 08 3B 7D E0 73 9E
-
-==== BB 711 (0x3A96BA82) in 13215B, out 72828B, BBs exec'd 0 ====
- 0x3A96BA82: movl -36(%ebp),%edx
- 0x3A96BA85: testl %edx,%edx
- 0x3A96BA87: jz-8 0x3A96BA91
-. 711 3A96BA82 7
-. 8B 55 DC 85 D2 74 08
-
-==== BB 712 (0x3A96BA91) in 13222B, out 72900B, BBs exec'd 0 ====
- 0x3A96BA91: movl 0xFFFFFC1C(%ebx),%eax
- 0x3A96BA97: testl %eax,%eax
- 0x3A96BA99: jz-8 0x3A96BAA7
-. 712 3A96BA91 10
-. 8B 83 1C FC FF FF 85 C0 74 0C
-
-==== BB 713 (0x3A96BA9B) in 13232B, out 72975B, BBs exec'd 0 ====
- 0x3A96BA9B: movl -68(%ebp),%edx
- 0x3A96BA9E: cmpl %eax,12(%edx)
- 0x3A96BAA1: jnbe-32 0x3A96BA20
-. 713 3A96BA9B 12
-. 8B 55 BC 39 42 0C 0F 87 79 FF FF FF
-
-==== BB 714 (0x3A96BAA7) in 13244B, out 73051B, BBs exec'd 0 ====
- 0x3A96BAA7: movl -48(%ebp),%edx
- 0x3A96BAAA: movl -52(%ebp),%eax
- 0x3A96BAAD: notl %edx
- 0x3A96BAAF: notl %eax
- 0x3A96BAB1: orl %eax,%edx
- 0x3A96BAB3: jz-32 0x3A96BCD9
-. 714 3A96BAA7 18
-. 8B 55 D0 8B 45 CC F7 D2 F7 D0 09 C2 0F 84 20 02 00 00
-
-==== BB 715 (0x3A96BAB9) in 13262B, out 73145B, BBs exec'd 0 ====
- 0x3A96BAB9: movl $0x0, -76(%ebp)
- 0x3A96BAC0: movl -68(%ebp),%edx
- 0x3A96BAC3: movl 16(%edx),%eax
- 0x3A96BAC6: movl 20(%edx),%edx
- 0x3A96BAC9: movl %eax,-88(%ebp)
- 0x3A96BACC: movl %edx,-84(%ebp)
- 0x3A96BACF: andl $0xF0000, %edx
- 0x3A96BAD5: movl %edx,%eax
- 0x3A96BAD7: orl -76(%ebp),%eax
- 0x3A96BADA: movl %edx,-72(%ebp)
- 0x3A96BADD: jz-8 0x3A96BAF1
-. 715 3A96BAB9 38
-. C7 45 B4 00 00 00 00 8B 55 BC 8B 42 10 8B 52 14 89 45 A8 89 55 AC 81 E2 00 00 0F 00 89 D0 0B 45 B4 89 55 B8 74 12
-
-==== BB 716 (0x3A96BAF1) in 13300B, out 73306B, BBs exec'd 0 ====
- 0x3A96BAF1: movl 0xFFFFFC54(%ebx),%eax
- 0x3A96BAF7: xorl %edx, %edx
- 0x3A96BAF9: orl $0xF0000, %edx
- 0x3A96BAFF: movl %edx,-100(%ebp)
- 0x3A96BB02: movl %eax,%edx
- 0x3A96BB04: movl -100(%ebp),%eax
- 0x3A96BB07: notl %edx
- 0x3A96BB09: movl %edx,-104(%ebp)
- 0x3A96BB0C: notl %eax
- 0x3A96BB0E: movl -88(%ebp),%edx
- 0x3A96BB11: movl %eax,-100(%ebp)
- 0x3A96BB14: movl -104(%ebp),%eax
- 0x3A96BB17: andl %eax,%edx
- 0x3A96BB19: movl %edx,-104(%ebp)
- 0x3A96BB1C: movl -84(%ebp),%eax
- 0x3A96BB1F: movl -100(%ebp),%edx
- 0x3A96BB22: andl %edx,%eax
- 0x3A96BB24: movl %eax,%edx
- 0x3A96BB26: orl -104(%ebp),%edx
- 0x3A96BB29: movl %eax,-100(%ebp)
- 0x3A96BB2C: jnz-32 0x3A96BA20
-. 716 3A96BAF1 65
-. 8B 83 54 FC FF FF 31 D2 81 CA 00 00 0F 00 89 55 9C 89 C2 8B 45 9C F7 D2 89 55 98 F7 D0 8B 55 A8 89 45 9C 8B 45 98 21 C2 89 55 98 8B 45 AC 8B 55 9C 21 D0 89 C2 0B 55 98 89 45 9C 0F 85 EE FE FF FF
-
-==== BB 717 (0x3A96BB32) in 13365B, out 73550B, BBs exec'd 0 ====
- 0x3A96BB32: movl -44(%ebp),%eax
- 0x3A96BB35: addl %eax,%edi
- 0x3A96BB37: cmpl 0xFFFFFC50(%ebx),%ecx
- 0x3A96BB3D: movl %edi,-36(%ebp)
- 0x3A96BB40: jnz-32 0x3A96BA20
-. 717 3A96BB32 20
-. 8B 45 D4 01 C7 3B 8B 50 FC FF FF 89 7D DC 0F 85 DA FE FF FF
-
-==== BB 718 (0x3A96BB46) in 13385B, out 73656B, BBs exec'd 0 ====
- 0x3A96BB46: leal 0(%esi), %esi
- 0x3A96BB49: leal 0(%edi,,), %edi
- 0x3A96BB50: testb $0x1, 0xFFFFFC14(%ebx)
- 0x3A96BB57: jnz-8 0x3A96BBBF
-. 718 3A96BB46 19
-. 8D 76 00 8D BC 27 00 00 00 00 F6 83 14 FC FF FF 01 75 66
-
-==== BB 719 (0x3A96BB59) in 13404B, out 73752B, BBs exec'd 0 ====
- 0x3A96BB59: movl -36(%ebp),%eax
- 0x3A96BB5C: addl $0x64, %esp
- 0x3A96BB5F: popl %ebx
- 0x3A96BB60: popl %esi
- 0x3A96BB61: popl %edi
- 0x3A96BB62: popl %ebp
- 0x3A96BB63: ret
-. 719 3A96BB59 11
-. 8B 45 DC 83 C4 64 5B 5E 5F 5D C3
-
-==== BB 720 (0x3A96B3A0) in 13415B, out 73874B, BBs exec'd 0 ====
- 0x3A96B3A0: movl %eax,0xFFFFFDC4(%ebp)
- 0x3A96B3A6: testl %eax,%eax
- 0x3A96B3A8: jz-32 0x3A96B438
-. 720 3A96B3A0 14
-. 89 85 C4 FD FF FF 85 C0 0F 84 8A 00 00 00
-
-==== BB 721 (0x3A96B3AE) in 13429B, out 73949B, BBs exec'd 0 ====
- 0x3A96B3AE: movl 0xFFFFFDD8(%ebp),%esi
- 0x3A96B3B4: testl %esi,%esi
- 0x3A96B3B6: jz-32 0x3A96B4F3
-. 721 3A96B3AE 14
-. 8B B5 D8 FD FF FF 85 F6 0F 84 37 01 00 00
-
-==== BB 722 (0x3A96B3BC) in 13443B, out 74024B, BBs exec'd 0 ====
- 0x3A96B3BC: testb $0x8, 0x1E9(%esi)
- 0x3A96B3C3: jnz-32 0x3A96B511
-. 722 3A96B3BC 13
-. F6 86 E9 01 00 00 08 0F 85 48 01 00 00
-
-==== BB 723 (0x3A96B3C9) in 13456B, out 74094B, BBs exec'd 0 ====
- 0x3A96B3C9: movl 0xFFFFFDC4(%ebp),%eax
- 0x3A96B3CF: testl %eax,%eax
- 0x3A96B3D1: jz-8 0x3A96B438
-. 723 3A96B3C9 10
-. 8B 85 C4 FD FF FF 85 C0 74 65
-
-==== BB 724 (0x3A96B3D3) in 13466B, out 74169B, BBs exec'd 0 ====
- 0x3A96B3D3: movl 0xFFFFFDC4(%ebp),%eax
- 0x3A96B3D9: leal 0xFFFFFDE4(%ebp), %edx
- 0x3A96B3DF: movl %edx,0xFFFFFDB8(%ebp)
- 0x3A96B3E5: call 0x3A968F20
-. 724 3A96B3D3 23
-. 8B 85 C4 FD FF FF 8D 95 E4 FD FF FF 89 95 B8 FD FF FF E8 36 DB FF FF
-
-==== BB 725 (0x3A969041) in 13489B, out 74259B, BBs exec'd 0 ====
- 0x3A969041: cmpl $0x20, 16(%edi)
- 0x3A969045: jnz-8 0x3A969021
-. 725 3A969041 6
-. 83 7F 10 20 75 DA
-
-==== BB 726 (0x3A969047) in 13495B, out 74322B, BBs exec'd 0 ====
- 0x3A969047: cmpl $0x3, 28(%edi)
- 0x3A96904B: jbe-8 0x3A969021
-. 726 3A969047 6
-. 83 7F 1C 03 76 D4
-
-==== BB 727 (0x3A96904D) in 13501B, out 74385B, BBs exec'd 0 ====
- 0x3A96904D: movl 4(%edi),%eax
- 0x3A969050: movl -52(%ebp),%ecx
- 0x3A969053: leal 32(%eax), %edx
- 0x3A969056: cmpl (%ecx),%edx
- 0x3A969058: leal 4(%eax,%ecx,1), %eax
- 0x3A96905C: movl %eax,-76(%ebp)
- 0x3A96905F: jnbe-32 0x3A96915B
-. 727 3A96904D 24
-. 8B 47 04 8B 4D CC 8D 50 20 3B 11 8D 44 08 04 89 45 B4 0F 87 F6 00 00 00
-
-==== BB 728 (0x3A969065) in 13525B, out 74504B, BBs exec'd 0 ====
- 0x3A969065: cld
- 0x3A969066: movl -76(%ebp),%esi
- 0x3A969069: movl $0x10,%edx
- 0x3A96906E: leal 0xFFFFD638(%ebx), %edi
- 0x3A969074: movl %edx,%ecx
- 0x3A969076: repe cmpsb
-. 728 3A969065 19
-. FC 8B 75 B4 BA 10 00 00 00 8D BB 38 D6 FF FF 89 D1 F3 A6
-
-==== BB 729 (0x3A969076) in 13544B, out 74677B, BBs exec'd 0 ====
- 0x3A969076: repe cmpsb
-. 729 3A969076 2
-. F3 A6
-
-==== BB 730 (0x3A969078) in 13546B, out 74802B, BBs exec'd 0 ====
- 0x3A969078: jz-32 0x3A969104
-. 730 3A969078 6
-. 0F 84 86 00 00 00
-
-==== BB 731 (0x3A969104) in 13552B, out 74849B, BBs exec'd 0 ====
- 0x3A969104: movl -76(%ebp),%esi
- 0x3A969107: movzbl 20(%esi),%eax
- 0x3A96910B: movzbl 24(%esi),%edx
- 0x3A96910F: shll $0x8, %eax
- 0x3A969112: addl %edx,%eax
- 0x3A969114: movzbl 28(%esi),%edx
- 0x3A969118: shll $0x8, %eax
- 0x3A96911B: movl 16(%esi),%esi
- 0x3A96911E: addl %edx,%eax
- 0x3A969120: testl %esi,%esi
- 0x3A969122: jnz-8 0x3A969132
-. 731 3A969104 32
-. 8B 75 B4 0F B6 46 14 0F B6 56 18 C1 E0 08 01 D0 0F B6 56 1C C1 E0 08 8B 76 10 01 D0 85 F6 75 0E
-
-==== BB 732 (0x3A969124) in 13584B, out 74993B, BBs exec'd 0 ====
- 0x3A969124: movl 0xFFFFFC1C(%ebx),%edx
- 0x3A96912A: testl %edx,%edx
- 0x3A96912C: jz-8 0x3A969150
-. 732 3A969124 10
-. 8B 93 1C FC FF FF 85 D2 74 22
-
-==== BB 733 (0x3A96912E) in 13594B, out 75068B, BBs exec'd 0 ====
- 0x3A96912E: cmpl %eax,%edx
- 0x3A969130: jnb-8 0x3A969150
-. 733 3A96912E 4
-. 39 C2 73 1E
-
-==== BB 734 (0x3A96B3EA) in 13598B, out 75125B, BBs exec'd 0 ====
- 0x3A96B3EA: movl %eax,0xFFFFFDCC(%ebp)
- 0x3A96B3F0: incl %eax
- 0x3A96B3F1: jz-8 0x3A96B445
-. 734 3A96B3EA 9
-. 89 85 CC FD FF FF 40 74 52
-
-==== BB 735 (0x3A96B3F3) in 13607B, out 75203B, BBs exec'd 0 ====
- 0x3A96B3F3: movl 0xFFFFFDC4(%ebp),%ecx
- 0x3A96B3F9: movl %ecx,(%esp,,)
- 0x3A96B3FC: call 0x3A9752D0
-. 735 3A96B3F3 14
-. 8B 8D C4 FD FF FF 89 0C 24 E8 CF 9E 00 00
-
-==== BB 736 (0x3A96B401) in 13621B, out 75274B, BBs exec'd 0 ====
- 0x3A96B401: leal 1(%eax), %esi
- 0x3A96B404: movl %esi,(%esp,,)
- 0x3A96B407: call 0x3A96581C
-. 736 3A96B401 11
-. 8D 70 01 89 34 24 E8 10 A4 FF FF
-
-==== BB 737 (0x3A96B40C) in 13632B, out 75339B, BBs exec'd 0 ====
- 0x3A96B40C: movl %eax,%edx
- 0x3A96B40E: xorl %eax, %eax
- 0x3A96B410: testl %edx,%edx
- 0x3A96B412: jz-8 0x3A96B42A
-. 737 3A96B40C 8
-. 89 C2 31 C0 85 D2 74 16
-
-==== BB 738 (0x3A96B414) in 13640B, out 75419B, BBs exec'd 0 ====
- 0x3A96B414: movl %esi,8(%esp,,)
- 0x3A96B418: movl 0xFFFFFDC4(%ebp),%eax
- 0x3A96B41E: movl %edx,(%esp,,)
- 0x3A96B421: movl %eax,4(%esp,,)
- 0x3A96B425: call 0x3A975870
-. 738 3A96B414 22
-. 89 74 24 08 8B 85 C4 FD FF FF 89 14 24 89 44 24 04 E8 46 A4 00 00
-
-==== BB 739 (0x3A96B42A) in 13662B, out 75516B, BBs exec'd 0 ====
- 0x3A96B42A: movl %eax,0xFFFFFDE0(%ebp)
- 0x3A96B430: testl %eax,%eax
- 0x3A96B432: jz-32 0x3A96B580
-. 739 3A96B42A 14
-. 89 85 E0 FD FF FF 85 C0 0F 84 48 01 00 00
-
-==== BB 740 (0x3A96B438) in 13676B, out 75591B, BBs exec'd 0 ====
- 0x3A96B438: cmpl $0xFFFFFFFF, 0xFFFFFDCC(%ebp)
- 0x3A96B43F: jnz-32 0x3A96B24B
-. 740 3A96B438 13
-. 83 BD CC FD FF FF FF 0F 85 06 FE FF FF
-
-==== BB 741 (0x3A96B24B) in 13689B, out 75657B, BBs exec'd 0 ====
- 0x3A96B24B: testb $0x1, 0xFFFFFC14(%ebx)
- 0x3A96B252: jnz-32 0x3A96B4C3
-. 741 3A96B24B 13
-. F6 83 14 FC FF FF 01 0F 85 6B 02 00 00
-
-==== BB 742 (0x3A96B258) in 13702B, out 75727B, BBs exec'd 0 ====
- 0x3A96B258: cmpl $0xFFFFFFFF, 0xFFFFFDCC(%ebp)
- 0x3A96B25F: leal 0xFFFFFDE4(%ebp), %eax
- 0x3A96B265: movl %eax,0xFFFFFDB8(%ebp)
- 0x3A96B26B: jnz-32 0x3A96B030
-. 742 3A96B258 25
-. 83 BD CC FD FF FF FF 8D 85 E4 FD FF FF 89 85 B8 FD FF FF 0F 85 BF FD FF FF
-
-==== BB 743 (0x3A96CAC0) in 13727B, out 75819B, BBs exec'd 0 ====
- 0x3A96CAC0: movl %eax,%edx
- 0x3A96CAC2: movl 12(%eax),%eax
- 0x3A96CAC5: testl %eax,%eax
- 0x3A96CAC7: jnz-8 0x3A96CAC0
-. 743 3A96CAC0 9
-. 89 C2 8B 40 0C 85 C0 75 F7
-
-==== BB 744 (0x3A9699C5) in 13736B, out 75901B, BBs exec'd 0 ====
- 0x3A9699C5: movl 8(%esi),%eax
- 0x3A9699C8: movl -124(%ebp),%ecx
- 0x3A9699CB: movl %eax,0x144(%ecx)
- 0x3A9699D1: addl $0x20, %esi
- 0x3A9699D4: cmpl 0xFFFFFF54(%ebp),%esi
- 0x3A9699DA: jb-8 0x3A96998B
-. 744 3A9699C5 23
-. 8B 46 08 8B 4D 84 89 81 44 01 00 00 83 C6 20 3B B5 54 FF FF FF 72 AF
-
-==== BB 745 (0x3A969975) in 13759B, out 76018B, BBs exec'd 0 ====
- 0x3A969975: leal 0(%esi,,), %esi
- 0x3A969979: leal 0(%edi,,), %edi
- 0x3A969980: addl $0x20, %esi
- 0x3A969983: cmpl 0xFFFFFF54(%ebp),%esi
- 0x3A969989: jnb-8 0x3A9699DC
-. 745 3A969975 22
-. 8D 74 26 00 8D BC 27 00 00 00 00 83 C6 20 3B B5 54 FF FF FF 73 51
-
-==== BB 746 (0x3A9699A2) in 13781B, out 76116B, BBs exec'd 0 ====
- 0x3A9699A2: cmpl $0x6474E551, %eax
- 0x3A9699A7: jnbe-32 0x3A969C07
-. 746 3A9699A2 11
-. 3D 51 E5 74 64 0F 87 5A 02 00 00
-
-==== BB 747 (0x3A9699AD) in 13792B, out 76176B, BBs exec'd 0 ====
- 0x3A9699AD: cmpl $0x7, %eax
- 0x3A9699B0: jnz-8 0x3A969980
-. 747 3A9699AD 5
-. 83 F8 07 75 CE
-
-==== BB 748 (0x3A969B31) in 13797B, out 76233B, BBs exec'd 0 ====
- 0x3A969B31: movl 0xFFFFFF40(%ebp),%ecx
- 0x3A969B37: cmpl %ecx,0xFFFFFF38(%ebp)
- 0x3A969B3D: jbe-8 0x3A969B7B
-. 748 3A969B31 14
-. 8B 8D 40 FF FF FF 39 8D 38 FF FF FF 76 3C
-
-==== BB 749 (0x3A97571F) in 13811B, out 76314B, BBs exec'd 0 ====
- 0x3A97571F: movl %edi,%ecx
- 0x3A975721: negl %ecx
- 0x3A975723: andl $0x3, %ecx
- 0x3A975726: subl %ecx,%edx
- 0x3A975728: rep stosb
-. 749 3A97571F 11
-. 89 F9 F7 D9 83 E1 03 29 CA F3 AA
-
-==== BB 750 (0x3A97572A) in 13822B, out 76438B, BBs exec'd 0 ====
- 0x3A97572A: subl $0x20, %edx
- 0x3A97572D: movl (%edi),%ecx
- 0x3A97572F: nop
- 0x3A975730: movl 28(%edi),%ecx
- 0x3A975733: subl $0x20, %edx
- 0x3A975736: movl %eax,0(%edi)
- 0x3A975739: movl %eax,4(%edi)
- 0x3A97573C: movl %eax,8(%edi)
- 0x3A97573F: movl %eax,12(%edi)
- 0x3A975742: movl %eax,16(%edi)
- 0x3A975745: movl %eax,20(%edi)
- 0x3A975748: movl %eax,24(%edi)
- 0x3A97574B: movl %eax,28(%edi)
- 0x3A97574E: leal 32(%edi), %edi
- 0x3A975751: jnl-8 0x3A975730
-. 750 3A97572A 41
-. 83 EA 20 8B 0F 90 8B 4F 1C 83 EA 20 89 47 00 89 47 04 89 47 08 89 47 0C 89 47 10 89 47 14 89 47 18 89 47 1C 8D 7F 20 7D DD
-
-==== BB 751 (0x3A975730) in 13863B, out 76625B, BBs exec'd 0 ====
- 0x3A975730: movl 28(%edi),%ecx
- 0x3A975733: subl $0x20, %edx
- 0x3A975736: movl %eax,0(%edi)
- 0x3A975739: movl %eax,4(%edi)
- 0x3A97573C: movl %eax,8(%edi)
- 0x3A97573F: movl %eax,12(%edi)
- 0x3A975742: movl %eax,16(%edi)
- 0x3A975745: movl %eax,20(%edi)
- 0x3A975748: movl %eax,24(%edi)
- 0x3A97574B: movl %eax,28(%edi)
- 0x3A97574E: leal 32(%edi), %edi
- 0x3A975751: jnl-8 0x3A975730
-. 751 3A975730 35
-. 8B 4F 1C 83 EA 20 89 47 00 89 47 04 89 47 08 89 47 0C 89 47 10 89 47 14 89 47 18 89 47 1C 8D 7F 20 7D DD
-
-==== BB 752 (0x3A975753) in 13898B, out 76794B, BBs exec'd 0 ====
- 0x3A975753: leal 32(%edx), %ecx
- 0x3A975756: shrl $0x2, %ecx
- 0x3A975759: rep stosl
-. 752 3A975753 8
-. 8D 4A 20 C1 E9 02 F3 AB
-
-==== BB 753 (0x3A96A171) in 13906B, out 76898B, BBs exec'd 0 ====
- 0x3A96A171: xorl %eax, %eax
- 0x3A96A173: movl %eax,20(%esp,,)
- 0x3A96A177: movl $0xFFFFFFFF,%eax
- 0x3A96A17C: movl %eax,16(%esp,,)
- 0x3A96A180: movl $0x32,%eax
- 0x3A96A185: movl %eax,12(%esp,,)
- 0x3A96A189: movl 20(%edi),%eax
- 0x3A96A18C: movl %eax,8(%esp,,)
- 0x3A96A190: movl 0xFFFFFF38(%ebp),%edx
- 0x3A96A196: subl %edx,0xFFFFFF3C(%ebp)
- 0x3A96A19C: movl 0xFFFFFF3C(%ebp),%ecx
- 0x3A96A1A2: movl %edx,(%esp,,)
- 0x3A96A1A5: movl %ecx,4(%esp,,)
- 0x3A96A1A9: call 0x3A974C50
-. 753 3A96A171 61
-. 31 C0 89 44 24 14 B8 FF FF FF FF 89 44 24 10 B8 32 00 00 00 89 44 24 0C 8B 47 14 89 44 24 08 8B 95 38 FF FF FF 29 95 3C FF FF FF 8B 8D 3C FF FF FF 89 14 24 89 4C 24 04 E8 A2 AA 00 00
-
-==== BB 754 (0x3A96A1AE) in 13967B, out 77102B, BBs exec'd 0 ====
- 0x3A96A1AE: incl %eax
- 0x3A96A1AF: jnz-32 0x3A969B8D
-. 754 3A96A1AE 7
-. 40 0F 85 D8 F9 FF FF
-
-==== BB 755 (0x3A969FDC) in 13974B, out 77164B, BBs exec'd 0 ====
- 0x3A969FDC: movl -108(%ebp),%eax
- 0x3A969FDF: movl -104(%ebp),%edx
- 0x3A969FE2: movl -124(%ebp),%ecx
- 0x3A969FE5: movl %eax,0x1BC(%ecx)
- 0x3A969FEB: movl %edx,0x1C0(%ecx)
- 0x3A969FF1: movl -20(%ebp),%eax
- 0x3A969FF4: movl -16(%ebp),%edx
- 0x3A969FF7: movl %eax,0x1C4(%ecx)
- 0x3A969FFD: movl 0xFFFFFC00(%ebx),%eax
- 0x3A96A003: movl %edx,0x1C8(%ecx)
- 0x3A96A009: notl %eax
- 0x3A96A00B: andl %eax,0xFFFFFF68(%ebp)
- 0x3A96A011: testb $0x1, 0xFFFFFF68(%ebp)
- 0x3A96A018: jnz-32 0x3A96A390
-. 755 3A969FDC 66
-. 8B 45 94 8B 55 98 8B 4D 84 89 81 BC 01 00 00 89 91 C0 01 00 00 8B 45 EC 8B 55 F0 89 81 C4 01 00 00 8B 83 00 FC FF FF 89 91 C8 01 00 00 F7 D0 21 85 68 FF FF FF F6 85 68 FF FF FF 01 0F 85 72 03 00 00
-
-==== BB 756 (0x3A96FEDE) in 14040B, out 77388B, BBs exec'd 0 ====
- 0x3A96FEDE: movl %eax,20(%esi)
- 0x3A96FEE1: subl $0xC, %esp
- 0x3A96FEE4: movl -4(%ebp),%esi
- 0x3A96FEE7: leave 0x3A96FEE8: ret
-. 756 3A96FEDE 11
-. 89 46 14 83 EC 0C 8B 75 FC C9 C3
-
-==== BB 757 (0x3A970246) in 14051B, out 77481B, BBs exec'd 0 ====
- 0x3A970246: movl -28(%ebp),%eax
- 0x3A970249: movl 0xFFFFFF18(%ebp),%edx
- 0x3A97024F: movl 0xFFFFFF24(%ebp),%ecx
- 0x3A970255: movl %eax,(%edx)
- 0x3A970257: movl 0xFFFFFF20(%ebp),%eax
- 0x3A97025D: movl $0x0, (%ecx)
- 0x3A970263: movl $0x0, (%eax)
- 0x3A970269: xorl %eax, %eax
- 0x3A97026B: movl -12(%ebp),%ebx
- 0x3A97026E: movl -8(%ebp),%esi
- 0x3A970271: movl -4(%ebp),%edi
- 0x3A970274: movl %ebp,%esp
- 0x3A970276: popl %ebp
- 0x3A970277: ret 4
-. 757 3A970246 52
-. 8B 45 E4 8B 95 18 FF FF FF 8B 8D 24 FF FF FF 89 02 8B 85 20 FF FF FF C7 01 00 00 00 00 C7 00 00 00 00 00 31 C0 8B 5D F4 8B 75 F8 8B 7D FC 89 EC 5D C2 04 00
-
-==== BB 758 (0x3A96F3A4) in 14103B, out 77677B, BBs exec'd 0 ====
- 0x3A96F3A4: movl -56(%ebp),%edx
- 0x3A96F3A7: subl $0x4, %esp
- 0x3A96F3AA: testl %edx,%edx
- 0x3A96F3AC: jnz-32 0x3A96F5F6
-. 758 3A96F3A4 14
-. 8B 55 C8 83 EC 04 85 D2 0F 85 44 02 00 00
-
-==== BB 759 (0x3A96F3B2) in 14117B, out 77762B, BBs exec'd 0 ====
- 0x3A96F3B2: movl -32(%ebp),%edx
- 0x3A96F3B5: testb $0x60, 0x174(%edx)
- 0x3A96F3BC: jnz-8 0x3A96F3F5
-. 759 3A96F3B2 12
-. 8B 55 E0 F6 82 74 01 00 00 60 75 37
-
-==== BB 760 (0x3A96F3BE) in 14129B, out 77853B, BBs exec'd 0 ====
- 0x3A96F3BE: movl -80(%ebp),%ecx
- 0x3A96F3C1: subl $0x1C, %esp
- 0x3A96F3C4: leal 31(%esp,,), %eax
- 0x3A96F3C8: andl $0xFFFFFFF0, %eax
- 0x3A96F3CB: movl $0x0, (%eax)
- 0x3A96F3D1: movl $0x0, 8(%eax)
- 0x3A96F3D8: movl %edx,4(%eax)
- 0x3A96F3DB: movl %eax,8(%ecx)
- 0x3A96F3DE: movl %eax,-80(%ebp)
- 0x3A96F3E1: movzbl 0x174(%edx),%eax
- 0x3A96F3E8: incl -20(%ebp)
- 0x3A96F3EB: andb $0x9F, %al
- 0x3A96F3ED: orb $0x20, %al
- 0x3A96F3EF: movb %al,0x174(%edx)
- 0x3A96F3F5: movl -100(%ebp),%edi
- 0x3A96F3F8: testl %edi,%edi
- 0x3A96F3FA: jz-8 0x3A96F409
-. 760 3A96F3BE 62
-. 8B 4D B0 83 EC 1C 8D 44 24 1F 83 E0 F0 C7 00 00 00 00 00 C7 40 08 00 00 00 00 89 50 04 89 41 08 89 45 B0 0F B6 82 74 01 00 00 FF 45 EC 24 9F 0C 20 88 82 74 01 00 00 8B 7D 9C 85 FF 74 0D
-
-==== BB 761 (0x3A96F409) in 14191B, out 78111B, BBs exec'd 0 ====
- 0x3A96F409: addl $0x8, -116(%ebp)
- 0x3A96F40D: movl -116(%ebp),%esi
- 0x3A96F410: movl (%esi),%eax
- 0x3A96F412: testl %eax,%eax
- 0x3A96F414: movl %eax,%edx
- 0x3A96F416: jz-32 0x3A96F523
-. 761 3A96F409 19
-. 83 45 8C 08 8B 75 8C 8B 06 85 C0 89 C2 0F 84 07 01 00 00
-
-==== BB 762 (0x3A96F425) in 14210B, out 78216B, BBs exec'd 0 ====
- 0x3A96F425: cmpl $0x7FFFFFFD, %edx
- 0x3A96F42B: setz %al
- 0x3A96F42E: cmpl $0x7FFFFFFF, %edx
- 0x3A96F434: setz %dl
- 0x3A96F437: orl %edx,%eax
- 0x3A96F439: testb $0x1, %al
- 0x3A96F43B: jz-8 0x3A96F409
-. 762 3A96F425 24
-. 81 FA FD FF FF 7F 0F 94 C0 81 FA FF FF FF 7F 0F 94 C2 09 D0 A8 01 74 CC
-
-==== BB 763 (0x3A96F523) in 14234B, out 78343B, BBs exec'd 0 ====
- 0x3A96F523: movl -100(%ebp),%eax
- 0x3A96F526: testl %eax,%eax
- 0x3A96F528: jz-32 0x3A96F5CD
-. 763 3A96F523 11
-. 8B 45 9C 85 C0 0F 84 9F 00 00 00
-
-==== BB 764 (0x3A96F5CD) in 14245B, out 78415B, BBs exec'd 0 ====
- 0x3A96F5CD: movl -76(%ebp),%ecx
- 0x3A96F5D0: movl (%ecx),%eax
- 0x3A96F5D2: testl %eax,%eax
- 0x3A96F5D4: jz-8 0x3A96F5E9
-. 764 3A96F5CD 9
-. 8B 4D B4 8B 01 85 C0 74 13
-
-==== BB 765 (0x3A96F5D6) in 14254B, out 78497B, BBs exec'd 0 ====
- 0x3A96F5D6: movl -76(%ebp),%esi
- 0x3A96F5D9: movl 8(%esi),%esi
- 0x3A96F5DC: testl %esi,%esi
- 0x3A96F5DE: movl %esi,-76(%ebp)
- 0x3A96F5E1: jz-8 0x3A96F605
-. 765 3A96F5D6 13
-. 8B 75 B4 8B 76 08 85 F6 89 75 B4 74 22
-
-==== BB 766 (0x3A96F5E3) in 14267B, out 78589B, BBs exec'd 0 ====
- 0x3A96F5E3: movl (%esi),%eax
- 0x3A96F5E5: testl %eax,%eax
- 0x3A96F5E7: jnz-8 0x3A96F5D6
-. 766 3A96F5E3 6
-. 8B 06 85 C0 75 ED
-
-==== BB 767 (0x3A96F5E9) in 14273B, out 78658B, BBs exec'd 0 ====
- 0x3A96F5E9: movl -76(%ebp),%eax
- 0x3A96F5EC: testl %eax,%eax
- 0x3A96F5EE: jnz-32 0x3A96F29B
-. 767 3A96F5E9 11
-. 8B 45 B4 85 C0 0F 85 A7 FC FF FF
-
-==== BB 768 (0x3A96F2DF) in 14284B, out 78730B, BBs exec'd 0 ====
- 0x3A96F2DF: movl -96(%ebp),%esi
- 0x3A96F2E2: movzwl 0x14E(%esi),%eax
- 0x3A96F2E9: testw %ax,%ax
- 0x3A96F2EC: jz-8 0x3A96F309
-. 768 3A96F2DF 15
-. 8B 75 A0 0F B7 86 4E 01 00 00 66 85 C0 74 1B
-
-==== BB 769 (0x3A96F2EE) in 14299B, out 78824B, BBs exec'd 0 ====
- 0x3A96F2EE: movzwl %ax,%eax
- 0x3A96F2F1: leal 0x12(,%eax,4), %eax
- 0x3A96F2F8: andl $0xFFFFC, %eax
- 0x3A96F2FD: subl %eax,%esp
- 0x3A96F2FF: leal 31(%esp,,), %eax
- 0x3A96F303: andl $0xFFFFFFF0, %eax
- 0x3A96F306: movl %eax,-100(%ebp)
- 0x3A96F309: movl -96(%ebp),%edx
- 0x3A96F30C: movl 28(%edx),%eax
- 0x3A96F30F: testl %eax,%eax
- 0x3A96F311: jnz-8 0x3A96F32B
-. 769 3A96F2EE 37
-. 0F B7 C0 8D 04 85 12 00 00 00 25 FC FF 0F 00 29 C4 8D 44 24 1F 83 E0 F0 89 45 9C 8B 55 A0 8B 42 1C 85 C0 75 18
-
-==== BB 770 (0x3A96FECD) in 14336B, out 78984B, BBs exec'd 0 ====
- 0x3A96FECD: movl %eax,%ecx
- 0x3A96FECF: andl $0x3, %ecx
- 0x3A96FED2: movl %ecx,(%esp,,)
- 0x3A96FED5: movl (%esi),%eax
- 0x3A96FED7: xorl %ecx, %ecx
- 0x3A96FED9: call 0x3A96AE40
-. 770 3A96FECD 17
-. 89 C1 83 E1 03 89 0C 24 8B 06 31 C9 E8 62 AF FF FF
-
-==== BB 771 (0x3A970BE0) in 14353B, out 79085B, BBs exec'd 0 ====
- 0x3A970BE0: addl $0x8, %esp
- 0x3A970BE3: movl %edx,%eax
- 0x3A970BE5: popl %ebx
- 0x3A970BE6: popl %esi
- 0x3A970BE7: popl %edi
- 0x3A970BE8: popl %ebp
- 0x3A970BE9: ret
-. 771 3A970BE0 10
-. 83 C4 08 89 D0 5B 5E 5F 5D C3
-
-==== BB 772 (0x3A96AFA7) in 14363B, out 79203B, BBs exec'd 0 ====
- 0x3A96AFA7: movl %esi,%eax
- 0x3A96AFA9: leal -12(%ebp), %esp
- 0x3A96AFAC: popl %ebx
- 0x3A96AFAD: popl %esi
- 0x3A96AFAE: popl %edi
- 0x3A96AFAF: popl %ebp
- 0x3A96AFB0: ret 12
-. 772 3A96AFA7 12
-. 89 F0 8D 65 F4 5B 5E 5F 5D C2 0C 00
-
-==== BB 773 (0x3A96F3F5) in 14375B, out 79315B, BBs exec'd 0 ====
- 0x3A96F3F5: movl -100(%ebp),%edi
- 0x3A96F3F8: testl %edi,%edi
- 0x3A96F3FA: jz-8 0x3A96F409
-. 773 3A96F3F5 7
-. 8B 7D 9C 85 FF 74 0D
-
-==== BB 774 (0x3A96F3FC) in 14382B, out 79387B, BBs exec'd 0 ====
- 0x3A96F3FC: movl -104(%ebp),%esi
- 0x3A96F3FF: movl -100(%ebp),%eax
- 0x3A96F402: movl %edx,(%eax,%esi,4)
- 0x3A96F405: incl %esi
- 0x3A96F406: movl %esi,-104(%ebp)
- 0x3A96F409: addl $0x8, -116(%ebp)
- 0x3A96F40D: movl -116(%ebp),%esi
- 0x3A96F410: movl (%esi),%eax
- 0x3A96F412: testl %eax,%eax
- 0x3A96F414: movl %eax,%edx
- 0x3A96F416: jz-32 0x3A96F523
-. 774 3A96F3FC 32
-. 8B 75 98 8B 45 9C 89 14 B0 46 89 75 98 83 45 8C 08 8B 75 8C 8B 06 85 C0 89 C2 0F 84 07 01 00 00
-
-==== BB 775 (0x3A96F52E) in 14414B, out 79544B, BBs exec'd 0 ====
- 0x3A96F52E: movl -104(%ebp),%eax
- 0x3A96F531: movl -100(%ebp),%edx
- 0x3A96F534: movl $0x0, (%edx,%eax,4)
- 0x3A96F53B: incl %eax
- 0x3A96F53C: movl %eax,-104(%ebp)
- 0x3A96F53F: leal 0x4(,%eax,8), %eax
- 0x3A96F546: movl %eax,(%esp,,)
- 0x3A96F549: call 0x3A96581C
-. 775 3A96F52E 32
-. 8B 45 98 8B 55 9C C7 04 82 00 00 00 00 40 89 45 98 8D 04 C5 04 00 00 00 89 04 24 E8 CE 62 FF FF
-
-==== BB 776 (0x3A96F54E) in 14446B, out 79677B, BBs exec'd 0 ====
- 0x3A96F54E: movl -96(%ebp),%ecx
- 0x3A96F551: testl %eax,%eax
- 0x3A96F553: movl %eax,%edx
- 0x3A96F555: movl %eax,0x1D4(%ecx)
- 0x3A96F55B: jz-32 0x3A96FAA9
-. 776 3A96F54E 19
-. 8B 4D A0 85 C0 89 C2 89 81 D4 01 00 00 0F 84 48 05 00 00
-
-==== BB 777 (0x3A96F561) in 14465B, out 79775B, BBs exec'd 0 ====
- 0x3A96F561: movl -104(%ebp),%ecx
- 0x3A96F564: leal 4(%edx), %edi
- 0x3A96F567: movl -96(%ebp),%eax
- 0x3A96F56A: movl -100(%ebp),%esi
- 0x3A96F56D: shll $0x2, %ecx
- 0x3A96F570: cmpl $0x7, %ecx
- 0x3A96F573: movl %eax,(%edx)
- 0x3A96F575: jbe-8 0x3A96F58D
-. 777 3A96F561 22
-. 8B 4D 98 8D 7A 04 8B 45 A0 8B 75 9C C1 E1 02 83 F9 07 89 02 76 16
-
-==== BB 778 (0x3A96F577) in 14487B, out 79898B, BBs exec'd 0 ====
- 0x3A96F577: testl $0x4, %edi
- 0x3A96F57D: jz-8 0x3A96F58D
-. 778 3A96F577 8
-. F7 C7 04 00 00 00 74 0E
-
-==== BB 779 (0x3A96F57F) in 14495B, out 79959B, BBs exec'd 0 ====
- 0x3A96F57F: movl (%esi),%eax
- 0x3A96F581: leal 8(%edx), %edi
- 0x3A96F584: addl $0x4, %esi
- 0x3A96F587: subl $0x4, %ecx
- 0x3A96F58A: movl %eax,4(%edx)
- 0x3A96F58D: cld
- 0x3A96F58E: shrl $0x2, %ecx
- 0x3A96F591: rep movsl
-. 779 3A96F57F 20
-. 8B 06 8D 7A 08 83 C6 04 83 E9 04 89 42 04 FC C1 E9 02 F3 A5
-
-==== BB 780 (0x3A96F591) in 14515B, out 80128B, BBs exec'd 0 ====
- 0x3A96F591: rep movsl
-. 780 3A96F591 2
-. F3 A5
-
-==== BB 781 (0x3A96F593) in 14517B, out 80223B, BBs exec'd 0 ====
- 0x3A96F593: movl -96(%ebp),%edx
- 0x3A96F596: movl -104(%ebp),%eax
- 0x3A96F599: movl 0x1D4(%edx),%esi
- 0x3A96F59F: shll $0x2, %eax
- 0x3A96F5A2: cmpl $0x7, %eax
- 0x3A96F5A5: movl %eax,%edx
- 0x3A96F5A7: leal (%esi,%eax,1), %ecx
- 0x3A96F5AA: leal 4(%ecx), %edi
- 0x3A96F5AD: jbe-8 0x3A96F5C5
-. 781 3A96F593 28
-. 8B 55 A0 8B 45 98 8B B2 D4 01 00 00 C1 E0 02 83 F8 07 89 C2 8D 0C 06 8D 79 04 76 16
-
-==== BB 782 (0x3A96F5AF) in 14545B, out 80360B, BBs exec'd 0 ====
- 0x3A96F5AF: testl $0x4, %edi
- 0x3A96F5B5: jz-8 0x3A96F5C5
-. 782 3A96F5AF 8
-. F7 C7 04 00 00 00 74 0E
-
-==== BB 783 (0x3A96F5B7) in 14553B, out 80421B, BBs exec'd 0 ====
- 0x3A96F5B7: movl (%esi),%eax
- 0x3A96F5B9: leal 8(%ecx), %edi
- 0x3A96F5BC: addl $0x4, %esi
- 0x3A96F5BF: subl $0x4, %edx
- 0x3A96F5C2: movl %eax,4(%ecx)
- 0x3A96F5C5: cld
- 0x3A96F5C6: movl %edx,%ecx
- 0x3A96F5C8: shrl $0x2, %ecx
- 0x3A96F5CB: rep movsl
-. 783 3A96F5B7 22
-. 8B 06 8D 79 08 83 C6 04 83 EA 04 89 41 04 FC 89 D1 C1 E9 02 F3 A5
-
-==== BB 784 (0x3A96F5CB) in 14575B, out 80594B, BBs exec'd 0 ====
- 0x3A96F5CB: rep movsl
-. 784 3A96F5CB 2
-. F3 A5
-
-==== BB 785 (0x3A96AFE3) in 14577B, out 80689B, BBs exec'd 0 ====
- 0x3A96AFE3: movl %edi,%edx
- 0x3A96AFE5: movl %esi,%eax
- 0x3A96AFE7: call 0x3A968DE0
-. 785 3A96AFE3 9
-. 89 FA 89 F0 E8 F4 DD FF FF
-
-==== BB 786 add_name_to_object(0x3A968DE0) in 14586B, out 80754B, BBs exec'd 0 ====
- 0x3A968DE0: pushl %ebp
- 0x3A968DE1: movl %esp,%ebp
- 0x3A968DE3: pushl %edi
- 0x3A968DE4: movl %edx,%edi
- 0x3A968DE6: pushl %esi
- 0x3A968DE7: pushl %ebx
- 0x3A968DE8: subl $0x14, %esp
- 0x3A968DEB: movl 20(%eax),%esi
- 0x3A968DEE: call 0x3A97592B
-. 786 3A968DE0 19
-. 55 89 E5 57 89 D7 56 53 83 EC 14 8B 70 14 E8 38 CB 00 00
-
-==== BB 787 (0x3A968DF3) in 14605B, out 80913B, BBs exec'd 0 ====
- 0x3A968DF3: addl $0xF879, %ebx
- 0x3A968DF9: movl $0x0, -16(%ebp)
- 0x3A968E00: testl %esi,%esi
- 0x3A968E02: jz-8 0x3A968E2C
-. 787 3A968DF3 17
-. 81 C3 79 F8 00 00 C7 45 F0 00 00 00 00 85 F6 74 28
-
-==== BB 788 (0x3A968E04) in 14622B, out 81009B, BBs exec'd 0 ====
- 0x3A968E04: leal 0x0(%esi), %esi
- 0x3A968E0A: leal 0x0(%edi), %edi
- 0x3A968E10: movl (%esi),%eax
- 0x3A968E12: movl %edi,(%esp,,)
- 0x3A968E15: movl %eax,4(%esp,,)
- 0x3A968E19: call 0x3A975280
-. 788 3A968E04 26
-. 8D B6 00 00 00 00 8D BF 00 00 00 00 8B 06 89 3C 24 89 44 24 04 E8 62 C4 00 00
-
-==== BB 789 (0x3A968E1E) in 14648B, out 81107B, BBs exec'd 0 ====
- 0x3A968E1E: testl %eax,%eax
- 0x3A968E20: jz-8 0x3A968E77
-. 789 3A968E1E 4
-. 85 C0 74 55
-
-==== BB 790 (0x3A968E22) in 14652B, out 81166B, BBs exec'd 0 ====
- 0x3A968E22: movl %esi,-16(%ebp)
- 0x3A968E25: movl 4(%esi),%esi
- 0x3A968E28: testl %esi,%esi
- 0x3A968E2A: jnz-8 0x3A968E10
-. 790 3A968E22 10
-. 89 75 F0 8B 76 04 85 F6 75 E4
-
-==== BB 791 (0x3A968E2C) in 14662B, out 81251B, BBs exec'd 0 ====
- 0x3A968E2C: movl %edi,(%esp,,)
- 0x3A968E2F: call 0x3A9752D0
-. 791 3A968E2C 8
-. 89 3C 24 E8 9C C4 00 00
-
-==== BB 792 (0x3A968E34) in 14670B, out 81306B, BBs exec'd 0 ====
- 0x3A968E34: leal 1(%eax), %edx
- 0x3A968E37: addl $0xD, %eax
- 0x3A968E3A: movl %edx,-20(%ebp)
- 0x3A968E3D: movl %eax,(%esp,,)
- 0x3A968E40: call 0x3A96581C
-. 792 3A968E34 17
-. 8D 50 01 83 C0 0D 89 55 EC 89 04 24 E8 D7 C9 FF FF
-
-==== BB 793 (0x3A968E45) in 14687B, out 81398B, BBs exec'd 0 ====
- 0x3A968E45: testl %eax,%eax
- 0x3A968E47: movl %eax,%esi
- 0x3A968E49: jz-8 0x3A968E7F
-. 793 3A968E45 6
-. 85 C0 89 C6 74 34
-
-==== BB 794 (0x3A968E4B) in 14693B, out 81464B, BBs exec'd 0 ====
- 0x3A968E4B: movl -20(%ebp),%edx
- 0x3A968E4E: leal 12(%eax), %eax
- 0x3A968E51: movl %edi,4(%esp,,)
- 0x3A968E55: movl %eax,(%esp,,)
- 0x3A968E58: movl %edx,8(%esp,,)
- 0x3A968E5C: call 0x3A975870
-. 794 3A968E4B 22
-. 8B 55 EC 8D 40 0C 89 7C 24 04 89 04 24 89 54 24 08 E8 0F CA 00 00
-
-==== BB 795 (0x3A968E61) in 14715B, out 81568B, BBs exec'd 0 ====
- 0x3A968E61: movl %eax,(%esi)
- 0x3A968E63: movl -16(%ebp),%eax
- 0x3A968E66: movl $0x0, 4(%esi)
- 0x3A968E6D: movl $0x0, 8(%esi)
- 0x3A968E74: movl %esi,4(%eax)
- 0x3A968E77: leal -12(%ebp), %esp
- 0x3A968E7A: popl %ebx
- 0x3A968E7B: popl %esi
- 0x3A968E7C: popl %edi
- 0x3A968E7D: popl %ebp
- 0x3A968E7E: ret
-. 795 3A968E61 30
-. 89 06 8B 45 F0 C7 46 04 00 00 00 00 C7 46 08 00 00 00 00 89 70 04 8D 65 F4 5B 5E 5F 5D C3
-
-==== BB 796 (0x3A96AFEC) in 14745B, out 81738B, BBs exec'd 0 ====
- 0x3A96AFEC: orb $0x1, 0x175(%esi)
- 0x3A96AFF3: jmp-8 0x3A96AFA7
-. 796 3A96AFEC 9
-. 80 8E 75 01 00 00 01 EB B2
-
-==== BB 797 (0x3A96F313) in 14754B, out 81795B, BBs exec'd 0 ====
- 0x3A96F313: movl 0xE8(%edx),%eax
- 0x3A96F319: testl %eax,%eax
- 0x3A96F31B: jnz-8 0x3A96F32B
-. 797 3A96F313 10
-. 8B 82 E8 00 00 00 85 C0 75 0E
-
-==== BB 798 (0x3A96F31D) in 14764B, out 81870B, BBs exec'd 0 ====
- 0x3A96F31D: movl 0xE0(%edx),%eax
- 0x3A96F323: testl %eax,%eax
- 0x3A96F325: jz-32 0x3A96F523
-. 798 3A96F31D 14
-. 8B 82 E0 00 00 00 85 C0 0F 84 F8 01 00 00
-
-==== BB 799 (0x3A96F605) in 14778B, out 81945B, BBs exec'd 0 ====
- 0x3A96F605: movl 0x148(%ebx),%eax
- 0x3A96F60B: movl -88(%ebp),%edi
- 0x3A96F60E: testl %eax,%eax
- 0x3A96F610: setz %al
- 0x3A96F613: testl %edi,%edi
- 0x3A96F615: setnz %dl
- 0x3A96F618: andl %edx,%eax
- 0x3A96F61A: testb $0x1, %al
- 0x3A96F61C: jz-8 0x3A96F627
-. 799 3A96F605 25
-. 8B 83 48 01 00 00 8B 7D A8 85 C0 0F 94 C0 85 FF 0F 95 C2 21 D0 A8 01 74 09
-
-==== BB 800 (0x3A96F61E) in 14803B, out 82099B, BBs exec'd 0 ====
- 0x3A96F61E: movl -88(%ebp),%eax
- 0x3A96F621: movl %eax,0x148(%ebx)
- 0x3A96F627: movl -64(%ebp),%ecx
- 0x3A96F62A: movl 0x1D4(%ecx),%edx
- 0x3A96F630: testl %edx,%edx
- 0x3A96F632: jz-8 0x3A96F645
-. 800 3A96F61E 22
-. 8B 45 A8 89 83 48 01 00 00 8B 4D C0 8B 91 D4 01 00 00 85 D2 74 11
-
-==== BB 801 (0x3A96F645) in 14825B, out 82216B, BBs exec'd 0 ====
- 0x3A96F645: movl -20(%ebp),%eax
- 0x3A96F648: leal 0x4(,%eax,8), %eax
- 0x3A96F64F: movl %eax,(%esp,,)
- 0x3A96F652: call 0x3A96581C
-. 801 3A96F645 18
-. 8B 45 EC 8D 04 C5 04 00 00 00 89 04 24 E8 C5 61 FF FF
-
-==== BB 802 (0x3A96F657) in 14843B, out 82297B, BBs exec'd 0 ====
- 0x3A96F657: movl -64(%ebp),%esi
- 0x3A96F65A: testl %eax,%eax
- 0x3A96F65C: movl %eax,%ecx
- 0x3A96F65E: movl %eax,0x1D4(%esi)
- 0x3A96F664: jz-32 0x3A96FC0E
-. 802 3A96F657 19
-. 8B 75 C0 85 C0 89 C1 89 86 D4 01 00 00 0F 84 A4 05 00 00
-
-==== BB 803 (0x3A96F66A) in 14862B, out 82395B, BBs exec'd 0 ====
- 0x3A96F66A: movl -20(%ebp),%eax
- 0x3A96F66D: movl -64(%ebp),%edx
- 0x3A96F670: leal 4(%ecx,%eax,4), %ecx
- 0x3A96F674: movl %ecx,0x150(%edx)
- 0x3A96F67A: movl -16(%ebp),%ecx
- 0x3A96F67D: movl %eax,0x154(%edx)
- 0x3A96F683: movl $0x0, -20(%ebp)
- 0x3A96F68A: testl %ecx,%ecx
- 0x3A96F68C: movl %ecx,-76(%ebp)
- 0x3A96F68F: jz-8 0x3A96F6CF
-. 803 3A96F66A 39
-. 8B 45 EC 8B 55 C0 8D 4C 81 04 89 8A 50 01 00 00 8B 4D F0 89 82 54 01 00 00 C7 45 EC 00 00 00 00 85 C9 89 4D B4 74 3E
-
-==== BB 804 (0x3A96F691) in 14901B, out 82555B, BBs exec'd 0 ====
- 0x3A96F691: movl 8(%ebp),%esi
- 0x3A96F694: testl %esi,%esi
- 0x3A96F696: jnz-32 0x3A96FAC4
-. 804 3A96F691 11
-. 8B 75 08 85 F6 0F 85 28 04 00 00
-
-==== BB 805 (0x3A96F69C) in 14912B, out 82627B, BBs exec'd 0 ====
- 0x3A96F69C: movl -76(%ebp),%edx
- 0x3A96F69F: movl 4(%edx),%ecx
- 0x3A96F6A2: movl -64(%ebp),%esi
- 0x3A96F6A5: movl -20(%ebp),%eax
- 0x3A96F6A8: movl 0x150(%esi),%edx
- 0x3A96F6AE: movl %ecx,(%edx,%eax,4)
- 0x3A96F6B1: incl %eax
- 0x3A96F6B2: movl %eax,-20(%ebp)
- 0x3A96F6B5: movl -76(%ebp),%eax
- 0x3A96F6B8: movl 4(%eax),%ecx
- 0x3A96F6BB: andb $0xFFFFFF9F, 0x174(%ecx)
- 0x3A96F6C2: movl -76(%ebp),%edx
- 0x3A96F6C5: movl 8(%edx),%edx
- 0x3A96F6C8: movl %edx,-76(%ebp)
- 0x3A96F6CB: testl %edx,%edx
- 0x3A96F6CD: jnz-8 0x3A96F691
-. 805 3A96F69C 51
-. 8B 55 B4 8B 4A 04 8B 75 C0 8B 45 EC 8B 96 50 01 00 00 89 0C 82 40 89 45 EC 8B 45 B4 8B 48 04 80 A1 74 01 00 00 9F 8B 55 B4 8B 52 08 89 55 B4 85 D2 75 C2
-
-==== BB 806 (0x3A96F6CF) in 14963B, out 82849B, BBs exec'd 0 ====
- 0x3A96F6CF: testb $0x2, 0xFFFFFC15(%ebx)
- 0x3A96F6D6: jnz-32 0x3A96FCFC
-. 806 3A96F6CF 13
-. F6 83 15 FC FF FF 02 0F 85 20 06 00 00
-
-==== BB 807 (0x3A96F6DC) in 14976B, out 82919B, BBs exec'd 0 ====
- 0x3A96F6DC: movl -64(%ebp),%edx
- 0x3A96F6DF: movl -20(%ebp),%eax
- 0x3A96F6E2: movl 0x150(%edx),%edx
- 0x3A96F6E8: movl %eax,0xFFFFFF78(%ebp)
- 0x3A96F6EE: movl %edx,0xFFFFFF74(%ebp)
- 0x3A96F6F4: movl $0x0, -84(%ebp)
- 0x3A96F6FB: movl -64(%ebp),%edx
- 0x3A96F6FE: movl 0x1DC(%edx),%ecx
- 0x3A96F704: cmpl %ecx,-84(%ebp)
- 0x3A96F707: jnb-8 0x3A96F752
-. 807 3A96F6DC 45
-. 8B 55 C0 8B 45 EC 8B 92 50 01 00 00 89 85 78 FF FF FF 89 95 74 FF FF FF C7 45 AC 00 00 00 00 8B 55 C0 8B 8A DC 01 00 00 39 4D AC 73 49
-
-==== BB 808 (0x3A96F752) in 15021B, out 83090B, BBs exec'd 0 ====
- 0x3A96F752: movl 0xFFFFFF78(%ebp),%edx
- 0x3A96F758: movl -64(%ebp),%eax
- 0x3A96F75B: movl 0xFFFFFF74(%ebp),%esi
- 0x3A96F761: shll $0x2, %edx
- 0x3A96F764: cmpl $0x7, %edx
- 0x3A96F767: movl 0x1D4(%eax),%edi
- 0x3A96F76D: jbe-8 0x3A96F784
-. 808 3A96F752 29
-. 8B 95 78 FF FF FF 8B 45 C0 8B B5 74 FF FF FF C1 E2 02 83 FA 07 8B B8 D4 01 00 00 76 15
-
-==== BB 809 (0x3A96F76F) in 15050B, out 83215B, BBs exec'd 0 ====
- 0x3A96F76F: testl $0x4, %edi
- 0x3A96F775: jz-8 0x3A96F784
-. 809 3A96F76F 8
-. F7 C7 04 00 00 00 74 0D
-
-==== BB 810 (0x3A96F784) in 15058B, out 83276B, BBs exec'd 0 ====
- 0x3A96F784: cld
- 0x3A96F785: movl %edx,%ecx
- 0x3A96F787: shrl $0x2, %ecx
- 0x3A96F78A: rep movsl
-. 810 3A96F784 8
-. FC 89 D1 C1 E9 02 F3 A5
-
-==== BB 811 (0x3A96F78A) in 15066B, out 83399B, BBs exec'd 0 ====
- 0x3A96F78A: rep movsl
-. 811 3A96F78A 2
-. F3 A5
-
-==== BB 812 (0x3A96F78C) in 15068B, out 83494B, BBs exec'd 0 ====
- 0x3A96F78C: movl $0x1, -84(%ebp)
- 0x3A96F793: movl -20(%ebp),%edx
- 0x3A96F796: cmpl %edx,-84(%ebp)
- 0x3A96F799: movl %edx,0xFFFFFF78(%ebp)
- 0x3A96F79F: jnb-32 0x3A96FC92
-. 812 3A96F78C 25
-. C7 45 AC 01 00 00 00 8B 55 EC 39 55 AC 89 95 78 FF FF FF 0F 83 ED 04 00 00
-
-==== BB 813 (0x3A96F7A5) in 15093B, out 83597B, BBs exec'd 0 ====
- 0x3A96F7A5: movl -64(%ebp),%esi
- 0x3A96F7A8: movl 0x1D4(%esi),%ecx
- 0x3A96F7AE: movl -64(%ebp),%edx
- 0x3A96F7B1: movl -84(%ebp),%esi
- 0x3A96F7B4: movl 0x150(%edx),%eax
- 0x3A96F7BA: movl $0x1,%edx
- 0x3A96F7BF: movl (%eax,%esi,4),%eax
- 0x3A96F7C2: cmpl %eax,4(%ecx)
- 0x3A96F7C5: movl %eax,0xFFFFFF7C(%ebp)
- 0x3A96F7CB: jz-8 0x3A96F7DE
-. 813 3A96F7A5 40
-. 8B 75 C0 8B 8E D4 01 00 00 8B 55 C0 8B 75 AC 8B 82 50 01 00 00 BA 01 00 00 00 8B 04 B0 39 41 04 89 85 7C FF FF FF 74 11
-
-==== BB 814 (0x3A96F7DE) in 15133B, out 83760B, BBs exec'd 0 ====
- 0x3A96F7DE: leal 1(%edx), %edi
- 0x3A96F7E1: cmpl 0xFFFFFF78(%ebp),%edi
- 0x3A96F7E7: jnb-32 0x3A96F89D
-. 814 3A96F7DE 15
-. 8D 7A 01 3B BD 78 FF FF FF 0F 83 B0 00 00 00
-
-==== BB 815 (0x3A96F7ED) in 15148B, out 83838B, BBs exec'd 0 ====
- 0x3A96F7ED: shll $0x2, %edx
- 0x3A96F7F0: movl %edx,0xFFFFFF6C(%ebp)
- 0x3A96F7F6: negl %edx
- 0x3A96F7F8: movl %edx,0xFFFFFF68(%ebp)
- 0x3A96F7FE: movl %esi,%esi
- 0x3A96F800: leal 0x0(,%edi,4), %esi
- 0x3A96F807: movl (%ecx,%esi,1),%eax
- 0x3A96F80A: movl 0x1D4(%eax),%edx
- 0x3A96F810: testl %edx,%edx
- 0x3A96F812: jz-8 0x3A96F890
-. 815 3A96F7ED 39
-. C1 E2 02 89 95 6C FF FF FF F7 DA 89 95 68 FF FF FF 89 F6 8D 34 BD 00 00 00 00 8B 04 31 8B 90 D4 01 00 00 85 D2 74 7C
-
-==== BB 816 (0x3A96F814) in 15187B, out 84001B, BBs exec'd 0 ====
- 0x3A96F814: movl (%edx),%eax
- 0x3A96F816: testl %eax,%eax
- 0x3A96F818: jz-8 0x3A96F890
-. 816 3A96F814 6
-. 8B 02 85 C0 74 76
-
-==== BB 817 (0x3A96F81A) in 15193B, out 84070B, BBs exec'd 0 ====
- 0x3A96F81A: addl 0xFFFFFF68(%ebp),%esi
- 0x3A96F820: movl %esi,0xFFFFFF70(%ebp)
- 0x3A96F826: jmp-8 0x3A96F82E
-. 817 3A96F81A 14
-. 03 B5 68 FF FF FF 89 B5 70 FF FF FF EB 06
-
-==== BB 818 (0x3A96F82E) in 15207B, out 84137B, BBs exec'd 0 ====
- 0x3A96F82E: addl $0x4, %edx
- 0x3A96F831: cmpl 0xFFFFFF7C(%ebp),%eax
- 0x3A96F837: jnz-8 0x3A96F828
-. 818 3A96F82E 11
-. 83 C2 04 3B 85 7C FF FF FF 75 EF
-
-==== BB 819 (0x3A96F828) in 15218B, out 84218B, BBs exec'd 0 ====
- 0x3A96F828: movl (%edx),%eax
- 0x3A96F82A: testl %eax,%eax
- 0x3A96F82C: jz-8 0x3A96F890
-. 819 3A96F828 6
-. 8B 02 85 C0 74 62
-
-==== BB 820 (0x3A96F890) in 15224B, out 84287B, BBs exec'd 0 ====
- 0x3A96F890: incl %edi
- 0x3A96F891: cmpl 0xFFFFFF78(%ebp),%edi
- 0x3A96F897: jb-32 0x3A96F800
-. 820 3A96F890 13
-. 47 3B BD 78 FF FF FF 0F 82 63 FF FF FF
-
-==== BB 821 (0x3A96F800) in 15237B, out 84363B, BBs exec'd 0 ====
- 0x3A96F800: leal 0x0(,%edi,4), %esi
- 0x3A96F807: movl (%ecx,%esi,1),%eax
- 0x3A96F80A: movl 0x1D4(%eax),%edx
- 0x3A96F810: testl %edx,%edx
- 0x3A96F812: jz-8 0x3A96F890
-. 821 3A96F800 20
-. 8D 34 BD 00 00 00 00 8B 04 31 8B 90 D4 01 00 00 85 D2 74 7C
-
-==== BB 822 (0x3A96F89D) in 15257B, out 84471B, BBs exec'd 0 ====
- 0x3A96F89D: incl -84(%ebp)
- 0x3A96F8A0: movl 0xFFFFFF78(%ebp),%eax
- 0x3A96F8A6: cmpl %eax,-84(%ebp)
- 0x3A96F8A9: jb-32 0x3A96F7AE
-. 822 3A96F89D 18
-. FF 45 AC 8B 85 78 FF FF FF 39 45 AC 0F 82 FF FE FF FF
-
-==== BB 823 (0x3A96F7AE) in 15275B, out 84563B, BBs exec'd 0 ====
- 0x3A96F7AE: movl -64(%ebp),%edx
- 0x3A96F7B1: movl -84(%ebp),%esi
- 0x3A96F7B4: movl 0x150(%edx),%eax
- 0x3A96F7BA: movl $0x1,%edx
- 0x3A96F7BF: movl (%eax,%esi,4),%eax
- 0x3A96F7C2: cmpl %eax,4(%ecx)
- 0x3A96F7C5: movl %eax,0xFFFFFF7C(%ebp)
- 0x3A96F7CB: jz-8 0x3A96F7DE
-. 823 3A96F7AE 31
-. 8B 55 C0 8B 75 AC 8B 82 50 01 00 00 BA 01 00 00 00 8B 04 B0 39 41 04 89 85 7C FF FF FF 74 11
-
-==== BB 824 (0x3A96F7CD) in 15306B, out 84703B, BBs exec'd 0 ====
- 0x3A96F7CD: leal 4(%ecx), %eax
- 0x3A96F7D0: addl $0x4, %eax
- 0x3A96F7D3: movl 0xFFFFFF7C(%ebp),%esi
- 0x3A96F7D9: incl %edx
- 0x3A96F7DA: cmpl %esi,(%eax)
- 0x3A96F7DC: jnz-8 0x3A96F7D0
-. 824 3A96F7CD 17
-. 8D 41 04 83 C0 04 8B B5 7C FF FF FF 42 39 30 75 F2
-
-==== BB 825 (0x3A96F7D0) in 15323B, out 84809B, BBs exec'd 0 ====
- 0x3A96F7D0: addl $0x4, %eax
- 0x3A96F7D3: movl 0xFFFFFF7C(%ebp),%esi
- 0x3A96F7D9: incl %edx
- 0x3A96F7DA: cmpl %esi,(%eax)
- 0x3A96F7DC: jnz-8 0x3A96F7D0
-. 825 3A96F7D0 14
-. 83 C0 04 8B B5 7C FF FF FF 42 39 30 75 F2
-
-==== BB 826 (0x3A96F8AF) in 15337B, out 84908B, BBs exec'd 0 ====
- 0x3A96F8AF: jmp 0x3A96FC9B
-. 826 3A96F8AF 5
-. E9 E7 03 00 00
-
-==== BB 827 (0x3A96FC9B) in 15342B, out 84936B, BBs exec'd 0 ====
- 0x3A96FC9B: movl 0xFFFFFF78(%ebp),%esi
- 0x3A96FCA1: movl $0x0, (%ecx,%esi,4)
- 0x3A96FCA8: movl -92(%ebp),%esi
- 0x3A96FCAB: testl %esi,%esi
- 0x3A96FCAD: jnz-32 0x3A96FE5C
-. 827 3A96FC9B 24
-. 8B B5 78 FF FF FF C7 04 B1 00 00 00 00 8B 75 A4 85 F6 0F 85 A9 01 00 00
-
-==== BB 828 (0x3A96FCB3) in 15366B, out 85040B, BBs exec'd 0 ====
- 0x3A96FCB3: leal -12(%ebp), %esp
- 0x3A96FCB6: popl %ebx
- 0x3A96FCB7: popl %esi
- 0x3A96FCB8: popl %edi
- 0x3A96FCB9: popl %ebp
- 0x3A96FCBA: ret 8
-. 828 3A96FCB3 10
-. 8D 65 F4 5B 5E 5F 5D C2 08 00
-
-==== BB 829 (0x3A967090) in 15376B, out 85142B, BBs exec'd 0 ====
- 0x3A967090: movl 0xFFFFF994(%ebx),%ecx
- 0x3A967096: subl $0x8, %esp
- 0x3A967099: movl 0x154(%ecx),%edx
- 0x3A96709F: movl %edx,0xFFFFFF04(%ebp)
- 0x3A9670A5: testl %edx,%edx
- 0x3A9670A7: jz-8 0x3A9670E4
-. 829 3A967090 25
-. 8B 8B 94 F9 FF FF 83 EC 08 8B 91 54 01 00 00 89 95 04 FF FF FF 85 D2 74 3B
-
-==== BB 830 (0x3A9670A9) in 15401B, out 85262B, BBs exec'd 0 ====
- 0x3A9670A9: decl 0xFFFFFF04(%ebp)
- 0x3A9670AF: movl 0x150(%ecx),%eax
- 0x3A9670B5: movl 0xFFFFFF04(%ebp),%ecx
- 0x3A9670BB: movl (%eax,%ecx,4),%eax
- 0x3A9670BE: orb $0x10, 0x174(%eax)
- 0x3A9670C5: movl 0xFFFFF994(%ebx),%ecx
- 0x3A9670CB: movl 0xFFFFFF04(%ebp),%esi
- 0x3A9670D1: movl 0x150(%ecx),%eax
- 0x3A9670D7: movl (%eax,%esi,4),%eax
- 0x3A9670DA: incl 0x170(%eax)
- 0x3A9670E0: testl %esi,%esi
- 0x3A9670E2: jnz-8 0x3A9670A9
-. 830 3A9670A9 59
-. FF 8D 04 FF FF FF 8B 81 50 01 00 00 8B 8D 04 FF FF FF 8B 04 88 80 88 74 01 00 00 10 8B 8B 94 F9 FF FF 8B B5 04 FF FF FF 8B 81 50 01 00 00 8B 04 B0 FF 80 70 01 00 00 85 F6 75 C5
-
-==== BB 831 (0x3A9670E4) in 15460B, out 85479B, BBs exec'd 0 ====
- 0x3A9670E4: movl 0xFFFFF9F0(%ebx),%eax
- 0x3A9670EA: movl 0xFFFFF9F4(%ebx),%edx
- 0x3A9670F0: movl %eax,12(%edx)
- 0x3A9670F3: movl 0xFFFFF9F0(%ebx),%eax
- 0x3A9670F9: testl %eax,%eax
- 0x3A9670FB: jz-8 0x3A967100
-. 831 3A9670E4 25
-. 8B 83 F0 F9 FF FF 8B 93 F4 F9 FF FF 89 42 0C 8B 83 F0 F9 FF FF 85 C0 74 03
-
-==== BB 832 (0x3A9670FD) in 15485B, out 85593B, BBs exec'd 0 ====
- 0x3A9670FD: movl %edx,16(%eax)
- 0x3A967100: cmpl $0x1, 0xFFFFFB54(%ebx)
- 0x3A967107: jbe-32 0x3A967B5F
-. 832 3A9670FD 16
-. 89 50 10 83 BB 54 FB FF FF 01 0F 86 52 0A 00 00
-
-==== BB 833 (0x3A96710D) in 15501B, out 85678B, BBs exec'd 0 ====
- 0x3A96710D: movl 0xFFFFF994(%ebx),%ecx
- 0x3A967113: movl $0x1,%eax
- 0x3A967118: movl 0xFFFFFED0(%ebp),%edx
- 0x3A96711E: movl %eax,0xFFFFFF04(%ebp)
- 0x3A967124: movl 0x150(%ecx),%eax
- 0x3A96712A: addl $0x50, %edx
- 0x3A96712D: cmpl %edx,4(%eax)
- 0x3A967130: jz-8 0x3A967143
-. 833 3A96710D 37
-. 8B 8B 94 F9 FF FF B8 01 00 00 00 8B 95 D0 FE FF FF 89 85 04 FF FF FF 8B 81 50 01 00 00 83 C2 50 39 50 04 74 11
-
-==== BB 834 (0x3A967132) in 15538B, out 85820B, BBs exec'd 0 ====
- 0x3A967132: incl 0xFFFFFF04(%ebp)
- 0x3A967138: movl 0xFFFFFF04(%ebp),%esi
- 0x3A96713E: cmpl %edx,(%eax,%esi,4)
- 0x3A967141: jnz-8 0x3A967132
-. 834 3A967132 17
-. FF 85 04 FF FF FF 8B B5 04 FF FF FF 39 14 B0 75 EF
-
-==== BB 835 (0x3A967143) in 15555B, out 85920B, BBs exec'd 0 ====
- 0x3A967143: movl 0x150(%ecx),%eax
- 0x3A967149: movl 0xFFFFFF04(%ebp),%esi
- 0x3A96714F: movl 0xFFFFFF50(%ebp),%edi
- 0x3A967155: movl %eax,0xFFFFFEA8(%ebp)
- 0x3A96715B: movl -4(%eax,%esi,4),%edx
- 0x3A96715F: testl %edi,%edi
- 0x3A967161: movl %edx,0xFFFFF9F4(%ebx)
- 0x3A967167: jnz-32 0x3A968345
-. 835 3A967143 42
-. 8B 81 50 01 00 00 8B B5 04 FF FF FF 8B BD 50 FF FF FF 89 85 A8 FE FF FF 8B 54 B0 FC 85 FF 89 93 F4 F9 FF FF 0F 85 D8 11 00 00
-
-==== BB 836 (0x3A96716D) in 15597B, out 86073B, BBs exec'd 0 ====
- 0x3A96716D: movl %esi,%eax
- 0x3A96716F: incl %eax
- 0x3A967170: xorl %esi, %esi
- 0x3A967172: cmpl 0x154(%ecx),%eax
- 0x3A967178: jnb-8 0x3A96718A
-. 836 3A96716D 13
-. 89 F0 40 31 F6 3B 81 54 01 00 00 73 10
-
-==== BB 837 (0x3A96718A) in 15610B, out 86167B, BBs exec'd 0 ====
- 0x3A96718A: movl %esi,0xFFFFF9F0(%ebx)
- 0x3A967190: movl 0xFFFFFEC4(%ebp),%eax
- 0x3A967196: testl %eax,%eax
- 0x3A967198: jz-32 0x3A96833A
-. 837 3A96718A 20
-. 89 B3 F0 F9 FF FF 8B 85 C4 FE FF FF 85 C0 0F 84 9C 11 00 00
-
-==== BB 838 (0x3A96833A) in 15630B, out 86261B, BBs exec'd 0 ====
- 0x3A96833A: movl 0xFFFFF9F4(%ebx),%edx
- 0x3A968340: jmp 0x3A9671B3
-. 838 3A96833A 11
-. 8B 93 F4 F9 FF FF E9 6E EE FF FF
-
-==== BB 839 (0x3A9671B3) in 15641B, out 86308B, BBs exec'd 0 ====
- 0x3A9671B3: movl 0xFFFFFED0(%ebp),%ecx
- 0x3A9671B9: addl $0x50, %ecx
- 0x3A9671BC: movl %ecx,12(%edx)
- 0x3A9671BF: movl 0xFFFFF9F0(%ebx),%eax
- 0x3A9671C5: testl %eax,%eax
- 0x3A9671C7: jz-8 0x3A9671CC
-. 839 3A9671B3 22
-. 8B 8D D0 FE FF FF 83 C1 50 89 4A 0C 8B 83 F0 F9 FF FF 85 C0 74 03
-
-==== BB 840 (0x3A9671CC) in 15663B, out 86422B, BBs exec'd 0 ====
- 0x3A9671CC: xorl %eax, %eax
- 0x3A9671CE: testl %edi,%edi
- 0x3A9671D0: setz %al
- 0x3A9671D3: movl %eax,0xFFFFFF24(%ebp)
- 0x3A9671D9: xorl %eax, %eax
- 0x3A9671DB: cmpl $0x3, %edi
- 0x3A9671DE: setz %al
- 0x3A9671E1: leal 0xFFFFFF24(%ebp), %ecx
- 0x3A9671E7: leal 0xFFFF0244(%ebx), %edx
- 0x3A9671ED: movl %eax,0xFFFFFF28(%ebp)
- 0x3A9671F3: leal 0xFFFED9B4(%ebx), %eax
- 0x3A9671F9: call 0x3A970160
-. 840 3A9671CC 50
-. 31 C0 85 FF 0F 94 C0 89 85 24 FF FF FF 31 C0 83 FF 03 0F 94 C0 8D 8D 24 FF FF FF 8D 93 44 02 FF FF 89 85 28 FF FF FF 8D 83 B4 D9 FE FF E8 62 8F 00 00
-
-==== BB 841 _dl_receive_error(0x3A970160) in 15713B, out 86619B, BBs exec'd 0 ====
- 0x3A970160: pushl %ebp
- 0x3A970161: movl %esp,%ebp
- 0x3A970163: subl $0x28, %esp
- 0x3A970166: movl %ebx,-12(%ebp)
- 0x3A970169: movl %esi,-8(%ebp)
- 0x3A97016C: call 0x3A97592B
-. 841 3A970160 17
-. 55 89 E5 83 EC 28 89 5D F4 89 75 F8 E8 BA 57 00 00
-
-==== BB 842 (0x3A970171) in 15730B, out 86730B, BBs exec'd 0 ====
- 0x3A970171: addl $0x84FB, %ebx
- 0x3A970177: movl %edi,-4(%ebp)
- 0x3A97017A: movl %edx,-20(%ebp)
- 0x3A97017D: movl %ecx,-24(%ebp)
- 0x3A970180: movl %eax,-16(%ebp)
- 0x3A970183: call*l 0xFFFFF9E0(%ebx)
-. 842 3A970171 24
-. 81 C3 FB 84 00 00 89 7D FC 89 55 EC 89 4D E8 89 45 F0 FF 93 E0 F9 FF FF
-
-==== BB 843 (0x3A970189) in 15754B, out 86847B, BBs exec'd 0 ====
- 0x3A970189: movl (%eax),%edi
- 0x3A97018B: movl %eax,%esi
- 0x3A97018D: movl 0xE8(%ebx),%eax
- 0x3A970193: movl $0x0, (%esi)
- 0x3A970199: movl %eax,-28(%ebp)
- 0x3A97019C: movl -16(%ebp),%eax
- 0x3A97019F: movl %eax,0xE8(%ebx)
- 0x3A9701A5: movl -24(%ebp),%eax
- 0x3A9701A8: movl %eax,(%esp,,)
- 0x3A9701AB: call*l -20(%ebp)
-. 843 3A970189 37
-. 8B 38 89 C6 8B 83 E8 00 00 00 C7 06 00 00 00 00 89 45 E4 8B 45 F0 89 83 E8 00 00 00 8B 45 E8 89 04 24 FF 55 EC
-
-==== BB 844 version_check_doit(0x3A9688B0) in 15791B, out 86990B, BBs exec'd 0 ====
- 0x3A9688B0: pushl %ebp
- 0x3A9688B1: movl $0x1,%edx
- 0x3A9688B6: movl %esp,%ebp
- 0x3A9688B8: subl $0xC, %esp
- 0x3A9688BB: movl %esi,-4(%ebp)
- 0x3A9688BE: movl 8(%ebp),%esi
- 0x3A9688C1: movl %ebx,-8(%ebp)
- 0x3A9688C4: call 0x3A97592B
-. 844 3A9688B0 25
-. 55 BA 01 00 00 00 89 E5 83 EC 0C 89 75 FC 8B 75 08 89 5D F8 E8 62 D0 00 00
-
-==== BB 845 (0x3A9688C9) in 15816B, out 87126B, BBs exec'd 0 ====
- 0x3A9688C9: addl $0xFDA3, %ebx
- 0x3A9688CF: movl 4(%esi),%ecx
- 0x3A9688D2: movl 0xFFFFF994(%ebx),%eax
- 0x3A9688D8: call 0x3A971860
-. 845 3A9688C9 20
-. 81 C3 A3 FD 00 00 8B 4E 04 8B 83 94 F9 FF FF E8 83 8F 00 00
-
-==== BB 846 _dl_check_all_versions(0x3A971860) in 15836B, out 87223B, BBs exec'd 0 ====
- 0x3A971860: pushl %ebp
- 0x3A971861: movl %esp,%ebp
- 0x3A971863: pushl %edi
- 0x3A971864: xorl %edi, %edi
- 0x3A971866: pushl %esi
- 0x3A971867: movl %eax,%esi
- 0x3A971869: pushl %ebx
- 0x3A97186A: subl $0xC, %esp
- 0x3A97186D: call 0x3A97592B
-. 846 3A971860 18
-. 55 89 E5 57 31 FF 56 89 C6 53 83 EC 0C E8 B9 40 00 00
-
-==== BB 847 (0x3A971872) in 15854B, out 87380B, BBs exec'd 0 ====
- 0x3A971872: addl $0x6DFA, %ebx
- 0x3A971878: movl %edx,-16(%ebp)
- 0x3A97187B: testl %eax,%eax
- 0x3A97187D: movl %ecx,-20(%ebp)
- 0x3A971880: jnz-8 0x3A971890
-. 847 3A971872 16
-. 81 C3 FA 6D 00 00 89 55 F0 85 C0 89 4D EC 75 0E
-
-==== BB 848 (0x3A971890) in 15870B, out 87484B, BBs exec'd 0 ====
- 0x3A971890: testb $0x2, 0x175(%esi)
- 0x3A971897: movl $0x0, -24(%ebp)
- 0x3A97189E: jnz-8 0x3A971884
-. 848 3A971890 16
-. F6 86 75 01 00 00 02 C7 45 E8 00 00 00 00 75 E4
-
-==== BB 849 (0x3A9718A0) in 15886B, out 87572B, BBs exec'd 0 ====
- 0x3A9718A0: movl -20(%ebp),%ecx
- 0x3A9718A3: movl %esi,%eax
- 0x3A9718A5: movl -16(%ebp),%edx
- 0x3A9718A8: call 0x3A9714A0
-. 849 3A9718A0 13
-. 8B 4D EC 89 F0 8B 55 F0 E8 F3 FB FF FF
-
-==== BB 850 _dl_check_map_versions(0x3A9714A0) in 15899B, out 87656B, BBs exec'd 0 ====
- 0x3A9714A0: pushl %ebp
- 0x3A9714A1: movl %esp,%ebp
- 0x3A9714A3: pushl %edi
- 0x3A9714A4: pushl %esi
- 0x3A9714A5: pushl %ebx
- 0x3A9714A6: subl $0x84, %esp
- 0x3A9714AC: movl %eax,-80(%ebp)
- 0x3A9714AF: movl 44(%eax),%eax
- 0x3A9714B2: call 0x3A97592B
-. 850 3A9714A0 23
-. 55 89 E5 57 56 53 81 EC 84 00 00 00 89 45 B0 8B 40 2C E8 74 44 00 00
-
-==== BB 851 (0x3A9714B7) in 15922B, out 87818B, BBs exec'd 0 ====
- 0x3A9714B7: addl $0x71B5, %ebx
- 0x3A9714BD: movl %edx,-84(%ebp)
- 0x3A9714C0: xorl %edx, %edx
- 0x3A9714C2: testl %eax,%eax
- 0x3A9714C4: movl %ecx,-88(%ebp)
- 0x3A9714C7: movl $0x0, -92(%ebp)
- 0x3A9714CE: movl $0x0, -108(%ebp)
- 0x3A9714D5: movl $0x0, -112(%ebp)
- 0x3A9714DC: jz-32 0x3A971630
-. 851 3A9714B7 43
-. 81 C3 B5 71 00 00 89 55 AC 31 D2 85 C0 89 4D A8 C7 45 A4 00 00 00 00 C7 45 94 00 00 00 00 C7 45 90 00 00 00 00 0F 84 4E 01 00 00
-
-==== BB 852 (0x3A9714E2) in 15965B, out 87981B, BBs exec'd 0 ====
- 0x3A9714E2: movl 4(%eax),%eax
- 0x3A9714E5: movl -80(%ebp),%ecx
- 0x3A9714E8: movl %eax,-96(%ebp)
- 0x3A9714EB: movl -80(%ebp),%eax
- 0x3A9714EE: movl 0xA4(%ecx),%ecx
- 0x3A9714F4: movl 0xAC(%eax),%eax
- 0x3A9714FA: testl %ecx,%ecx
- 0x3A9714FC: movl %ecx,-100(%ebp)
- 0x3A9714FF: movl %eax,-104(%ebp)
- 0x3A971502: jz-32 0x3A9715F2
-. 852 3A9714E2 38
-. 8B 40 04 8B 4D B0 89 45 A0 8B 45 B0 8B 89 A4 00 00 00 8B 80 AC 00 00 00 85 C9 89 4D 9C 89 45 98 0F 84 EA 00 00 00
-
-==== BB 853 (0x3A971508) in 16003B, out 88138B, BBs exec'd 0 ====
- 0x3A971508: movl 4(%ecx),%edx
- 0x3A97150B: movl -80(%ebp),%ecx
- 0x3A97150E: movl (%ecx),%ecx
- 0x3A971510: addl %ecx,%edx
- 0x3A971512: cmpw $0x1, (%edx)
- 0x3A971516: movl %edx,-116(%ebp)
- 0x3A971519: jnz-32 0x3A971696
-. 853 3A971508 23
-. 8B 51 04 8B 4D B0 8B 09 01 CA 66 83 3A 01 89 55 8C 0F 85 77 01 00 00
-
-==== BB 854 (0x3A97151F) in 16026B, out 88251B, BBs exec'd 0 ====
- 0x3A97151F: nop
- 0x3A971520: movl -116(%ebp),%edx
- 0x3A971523: movl -96(%ebp),%edi
- 0x3A971526: movl 0xFFFFF994(%ebx),%esi
- 0x3A97152C: movl 4(%edx),%eax
- 0x3A97152F: addl %eax,%edi
- 0x3A971531: testl %esi,%esi
- 0x3A971533: jz-8 0x3A971557
-. 854 3A97151F 22
-. 90 8B 55 8C 8B 7D A0 8B B3 94 F9 FF FF 8B 42 04 01 C7 85 F6 74 22
-
-==== BB 855 (0x3A971535) in 16048B, out 88378B, BBs exec'd 0 ====
- 0x3A971535: leal 0(%esi,,), %esi
- 0x3A971539: leal 0(%edi,,), %edi
- 0x3A971540: movl %esi,%edx
- 0x3A971542: movl %edi,%eax
- 0x3A971544: call 0x3A970B80
-. 855 3A971535 20
-. 8D 74 26 00 8D BC 27 00 00 00 00 89 F2 89 F8 E8 37 F6 FF FF
-
-==== BB 856 (0x3A971549) in 16068B, out 88463B, BBs exec'd 0 ====
- 0x3A971549: movl %esi,-120(%ebp)
- 0x3A97154C: testl %eax,%eax
- 0x3A97154E: jnz-8 0x3A97156F
-. 856 3A971549 7
-. 89 75 88 85 C0 75 1F
-
-==== BB 857 (0x3A971550) in 16075B, out 88538B, BBs exec'd 0 ====
- 0x3A971550: movl 12(%esi),%esi
- 0x3A971553: testl %esi,%esi
- 0x3A971555: jnz-8 0x3A971540
-. 857 3A971550 7
-. 8B 76 0C 85 F6 75 E9
-
-==== BB 858 (0x3A971540) in 16082B, out 88610B, BBs exec'd 0 ====
- 0x3A971540: movl %esi,%edx
- 0x3A971542: movl %edi,%eax
- 0x3A971544: call 0x3A970B80
-. 858 3A971540 9
-. 89 F2 89 F8 E8 37 F6 FF FF
-
-==== BB 859 (0x3A97156F) in 16091B, out 88675B, BBs exec'd 0 ====
- 0x3A97156F: movl -88(%ebp),%eax
- 0x3A971572: testl %eax,%eax
- 0x3A971574: jnz-32 0x3A971681
-. 859 3A97156F 11
-. 8B 45 A8 85 C0 0F 85 07 01 00 00
-
-==== BB 860 (0x3A97157A) in 16102B, out 88747B, BBs exec'd 0 ====
- 0x3A97157A: movl -116(%ebp),%esi
- 0x3A97157D: movl 8(%esi),%eax
- 0x3A971580: addl %eax,%esi
- 0x3A971582: movl -80(%ebp),%edx
- 0x3A971585: movl 8(%esi),%edi
- 0x3A971588: movl -96(%ebp),%ecx
- 0x3A97158B: movl 4(%edx),%eax
- 0x3A97158E: addl %edi,%ecx
- 0x3A971590: movl %eax,%edi
- 0x3A971592: cmpb $0x0, (%eax)
- 0x3A971595: jnz-8 0x3A97159F
-. 860 3A97157A 29
-. 8B 75 8C 8B 46 08 01 C6 8B 55 B0 8B 7E 08 8B 4D A0 8B 42 04 01 F9 89 C7 80 38 00 75 08
-
-==== BB 861 (0x3A971597) in 16131B, out 88901B, BBs exec'd 0 ====
- 0x3A971597: movl 0x38(%ebx),%eax
- 0x3A97159D: movl (%eax),%edi
- 0x3A97159F: movzwl 4(%esi),%eax
- 0x3A9715A3: andl $0x2, %eax
- 0x3A9715A6: movl %eax,8(%esp,,)
- 0x3A9715AA: movl -84(%ebp),%eax
- 0x3A9715AD: movl %eax,4(%esp,,)
- 0x3A9715B1: movl -120(%ebp),%edx
- 0x3A9715B4: movl %edi,%eax
- 0x3A9715B6: movl %edx,(%esp,,)
- 0x3A9715B9: movl (%esi),%edx
- 0x3A9715BB: call 0x3A971120
-. 861 3A971597 41
-. 8B 83 38 00 00 00 8B 38 0F B7 46 04 83 E0 02 89 44 24 08 8B 45 AC 89 44 24 04 8B 55 88 89 F8 89 14 24 8B 16 E8 60 FB FF FF
-
-==== BB 862 match_symbol(0x3A971120) in 16172B, out 89064B, BBs exec'd 0 ====
- 0x3A971120: pushl %ebp
- 0x3A971121: movl %esp,%ebp
- 0x3A971123: pushl %edi
- 0x3A971124: movl %edx,%edi
- 0x3A971126: pushl %esi
- 0x3A971127: xorl %esi, %esi
- 0x3A971129: pushl %ebx
- 0x3A97112A: subl $0xB4, %esp
- 0x3A971130: movl 8(%ebp),%edx
- 0x3A971133: movl %eax,0xFFFFFF60(%ebp)
- 0x3A971139: call 0x3A97592B
-. 862 3A971120 30
-. 55 89 E5 57 89 D7 56 31 F6 53 81 EC B4 00 00 00 8B 55 08 89 85 60 FF FF FF E8 ED 47 00 00
-
-==== BB 863 (0x3A97113E) in 16202B, out 89253B, BBs exec'd 0 ====
- 0x3A97113E: addl $0x752E, %ebx
- 0x3A971144: movl %ecx,0xFFFFFF5C(%ebp)
- 0x3A97114A: movl 44(%edx),%eax
- 0x3A97114D: testb $0x10, 0xFFFFFC14(%ebx)
- 0x3A971154: movl 4(%eax),%eax
- 0x3A971157: movl %esi,0xFFFFFF54(%ebp)
- 0x3A97115D: movl %eax,0xFFFFFF58(%ebp)
- 0x3A971163: jnz-32 0x3A97132A
-. 863 3A97113E 43
-. 81 C3 2E 75 00 00 89 8D 5C FF FF FF 8B 42 2C F6 83 14 FC FF FF 10 8B 40 04 89 B5 54 FF FF FF 89 85 58 FF FF FF 0F 85 C1 01 00 00
-
-==== BB 864 (0x3A971169) in 16245B, out 89410B, BBs exec'd 0 ====
- 0x3A971169: movl 8(%ebp),%edx
- 0x3A97116C: movl 0xAC(%edx),%eax
- 0x3A971172: testl %eax,%eax
- 0x3A971174: jz-32 0x3A9712B9
-. 864 3A971169 17
-. 8B 55 08 8B 82 AC 00 00 00 85 C0 0F 84 3F 01 00 00
-
-==== BB 865 (0x3A97117A) in 16262B, out 89498B, BBs exec'd 0 ====
- 0x3A97117A: movl 8(%ebp),%edx
- 0x3A97117D: movl (%edx),%esi
- 0x3A97117F: movl 4(%eax),%edx
- 0x3A971182: addl %edx,%esi
- 0x3A971184: cmpw $0x1, (%esi)
- 0x3A971188: jnz-8 0x3A9711A6
-. 865 3A97117A 16
-. 8B 55 08 8B 32 8B 50 04 01 D6 66 83 3E 01 75 1C
-
-==== BB 866 (0x3A97118A) in 16278B, out 89601B, BBs exec'd 0 ====
- 0x3A97118A: cmpl 8(%esi),%edi
- 0x3A97118D: jz-32 0x3A971280
-. 866 3A97118A 9
-. 3B 7E 08 0F 84 ED 00 00 00
-
-==== BB 867 (0x3A971193) in 16287B, out 89666B, BBs exec'd 0 ====
- 0x3A971193: movl 16(%esi),%eax
- 0x3A971196: testl %eax,%eax
- 0x3A971198: jz-32 0x3A971365
-. 867 3A971193 11
-. 8B 46 10 85 C0 0F 84 C7 01 00 00
-
-==== BB 868 (0x3A97119E) in 16298B, out 89738B, BBs exec'd 0 ====
- 0x3A97119E: addl %eax,%esi
- 0x3A9711A0: cmpw $0x1, (%esi)
- 0x3A9711A4: jz-8 0x3A97118A
-. 868 3A97119E 8
-. 01 C6 66 83 3E 01 74 E4
-
-==== BB 869 (0x3A971280) in 16306B, out 89809B, BBs exec'd 0 ====
- 0x3A971280: movl 12(%esi),%edx
- 0x3A971283: movl %esi,%eax
- 0x3A971285: addl %edx,%eax
- 0x3A971287: movl (%eax),%ecx
- 0x3A971289: movl 0xFFFFFF58(%ebp),%edx
- 0x3A97128F: addl %ecx,%edx
- 0x3A971291: movl %edx,4(%esp,,)
- 0x3A971295: movl 0xFFFFFF5C(%ebp),%eax
- 0x3A97129B: movl %eax,(%esp,,)
- 0x3A97129E: call 0x3A975280
-. 869 3A971280 35
-. 8B 56 0C 89 F0 01 D0 8B 08 8B 95 58 FF FF FF 01 CA 89 54 24 04 8B 85 5C FF FF FF 89 04 24 E8 DD 3F 00 00
-
-==== BB 870 (0x3A9712A3) in 16341B, out 89949B, BBs exec'd 0 ====
- 0x3A9712A3: xorl %edx, %edx
- 0x3A9712A5: testl %eax,%eax
- 0x3A9712A7: jnz-32 0x3A971193
-. 870 3A9712A3 10
-. 31 D2 85 C0 0F 85 E6 FE FF FF
-
-==== BB 871 (0x3A9712AD) in 16351B, out 90022B, BBs exec'd 0 ====
- 0x3A9712AD: leal -12(%ebp), %esp
- 0x3A9712B0: movl %edx,%eax
- 0x3A9712B2: popl %ebx
- 0x3A9712B3: popl %esi
- 0x3A9712B4: popl %edi
- 0x3A9712B5: popl %ebp
- 0x3A9712B6: ret 12
-. 871 3A9712AD 12
-. 8D 65 F4 89 D0 5B 5E 5F 5D C2 0C 00
-
-==== BB 872 (0x3A9715C0) in 16363B, out 90134B, BBs exec'd 0 ====
- 0x3A9715C0: orl %eax,-92(%ebp)
- 0x3A9715C3: subl $0xC, %esp
- 0x3A9715C6: movzwl 6(%esi),%eax
- 0x3A9715CA: andl $0x7FFF, %eax
- 0x3A9715CF: cmpl -108(%ebp),%eax
- 0x3A9715D2: jbe-8 0x3A9715D7
-. 872 3A9715C0 20
-. 09 45 A4 83 EC 0C 0F B7 46 06 25 FF 7F 00 00 3B 45 94 76 03
-
-==== BB 873 (0x3A9715D4) in 16383B, out 90254B, BBs exec'd 0 ====
- 0x3A9715D4: movl %eax,-108(%ebp)
- 0x3A9715D7: movl 12(%esi),%eax
- 0x3A9715DA: testl %eax,%eax
- 0x3A9715DC: jnz-8 0x3A971580
-. 873 3A9715D4 10
-. 89 45 94 8B 46 0C 85 C0 75 A2
-
-==== BB 874 (0x3A9715DE) in 16393B, out 90342B, BBs exec'd 0 ====
- 0x3A9715DE: movl -116(%ebp),%ecx
- 0x3A9715E1: movl 12(%ecx),%eax
- 0x3A9715E4: testl %eax,%eax
- 0x3A9715E6: jz-8 0x3A9715F2
-. 874 3A9715DE 10
-. 8B 4D 8C 8B 41 0C 85 C0 74 0A
-
-==== BB 875 (0x3A9715F2) in 16403B, out 90427B, BBs exec'd 0 ====
- 0x3A9715F2: movl -104(%ebp),%esi
- 0x3A9715F5: testl %esi,%esi
- 0x3A9715F7: jz-8 0x3A971622
-. 875 3A9715F2 7
-. 8B 75 98 85 F6 74 29
-
-==== BB 876 (0x3A971622) in 16410B, out 90499B, BBs exec'd 0 ====
- 0x3A971622: movl -108(%ebp),%eax
- 0x3A971625: testl %eax,%eax
- 0x3A971627: jnz-32 0x3A97174A
-. 876 3A971622 11
-. 8B 45 94 85 C0 0F 85 1D 01 00 00
-
-==== BB 877 (0x3A97174A) in 16421B, out 90571B, BBs exec'd 0 ====
- 0x3A97174A: movl $0x10,%edi
- 0x3A97174F: movl %edi,4(%esp,,)
- 0x3A971753: movl -108(%ebp),%esi
- 0x3A971756: incl %esi
- 0x3A971757: movl %esi,(%esp,,)
- 0x3A97175A: call 0x3A96582C
-. 877 3A97174A 21
-. BF 10 00 00 00 89 7C 24 04 8B 75 94 46 89 34 24 E8 CD 40 FF FF
-
-==== BB 878 (0x3A97175F) in 16442B, out 90674B, BBs exec'd 0 ====
- 0x3A97175F: movl $0xC, -112(%ebp)
- 0x3A971766: movl -80(%ebp),%edx
- 0x3A971769: testl %eax,%eax
- 0x3A97176B: movl %eax,%edi
- 0x3A97176D: leal 0xFFFFEB7C(%ebx), %ecx
- 0x3A971773: movl %eax,0x17C(%edx)
- 0x3A971779: jz-8 0x3A97172A
-. 878 3A97175F 28
-. C7 45 90 0C 00 00 00 8B 55 B0 85 C0 89 C7 8D 8B 7C EB FF FF 89 82 7C 01 00 00 74 AF
-
-==== BB 879 (0x3A97177B) in 16470B, out 90803B, BBs exec'd 0 ====
- 0x3A97177B: movl %esi,0x178(%edx)
- 0x3A971781: movl 0xDC(%edx),%eax
- 0x3A971787: movl -100(%ebp),%esi
- 0x3A97178A: movl 4(%eax),%eax
- 0x3A97178D: testl %esi,%esi
- 0x3A97178F: movl %eax,0x18C(%edx)
- 0x3A971795: jz-8 0x3A9717FA
-. 879 3A97177B 28
-. 89 B2 78 01 00 00 8B 82 DC 00 00 00 8B 75 9C 8B 40 04 85 F6 89 82 8C 01 00 00 74 63
-
-==== BB 880 (0x3A971797) in 16498B, out 90933B, BBs exec'd 0 ====
- 0x3A971797: movl -100(%ebp),%ecx
- 0x3A97179A: movl (%edx),%eax
- 0x3A97179C: movl 4(%ecx),%ecx
- 0x3A97179F: addl %eax,%ecx
- 0x3A9717A1: movl %ecx,-124(%ebp)
- 0x3A9717A4: movl -124(%ebp),%esi
- 0x3A9717A7: movl 8(%esi),%ecx
- 0x3A9717AA: addl %ecx,%esi
- 0x3A9717AC: jmp-8 0x3A9717B2
-. 880 3A971797 23
-. 8B 4D 9C 8B 02 8B 49 04 01 C1 89 4D 84 8B 75 84 8B 4E 08 01 CE EB 04
-
-==== BB 881 (0x3A9717B2) in 16521B, out 91049B, BBs exec'd 0 ====
- 0x3A9717B2: movzwl 6(%esi),%edx
- 0x3A9717B6: movl (%esi),%eax
- 0x3A9717B8: movl %edx,%ecx
- 0x3A9717BA: andl $0x7FFF, %ecx
- 0x3A9717C0: andl $0x8000, %edx
- 0x3A9717C6: shll $0x4, %ecx
- 0x3A9717C9: movl %eax,4(%edi,%ecx,1)
- 0x3A9717CD: movl -96(%ebp),%eax
- 0x3A9717D0: movl %edx,8(%edi,%ecx,1)
- 0x3A9717D4: movl 8(%esi),%edx
- 0x3A9717D7: addl %edx,%eax
- 0x3A9717D9: movl %eax,(%edi,%ecx,1)
- 0x3A9717DC: movl -124(%ebp),%edx
- 0x3A9717DF: movl -96(%ebp),%eax
- 0x3A9717E2: addl 4(%edx),%eax
- 0x3A9717E5: movl %eax,12(%edi,%ecx,1)
- 0x3A9717E9: movl 12(%esi),%eax
- 0x3A9717EC: testl %eax,%eax
- 0x3A9717EE: jnz-8 0x3A9717B0
-. 881 3A9717B2 62
-. 0F B7 56 06 8B 06 89 D1 81 E1 FF 7F 00 00 81 E2 00 80 00 00 C1 E1 04 89 44 0F 04 8B 45 A0 89 54 0F 08 8B 56 08 01 D0 89 04 0F 8B 55 84 8B 45 A0 03 42 04 89 44 0F 0C 8B 46 0C 85 C0 75 C0
-
-==== BB 882 (0x3A9717F0) in 16583B, out 91297B, BBs exec'd 0 ====
- 0x3A9717F0: movl -124(%ebp),%ecx
- 0x3A9717F3: movl 12(%ecx),%eax
- 0x3A9717F6: testl %eax,%eax
- 0x3A9717F8: jnz-8 0x3A97179F
-. 882 3A9717F0 10
-. 8B 4D 84 8B 41 0C 85 C0 75 A5
-
-==== BB 883 (0x3A9717FA) in 16593B, out 91382B, BBs exec'd 0 ====
- 0x3A9717FA: movl -104(%ebp),%esi
- 0x3A9717FD: testl %esi,%esi
- 0x3A9717FF: jz-32 0x3A97162D
-. 883 3A9717FA 11
-. 8B 75 98 85 F6 0F 84 28 FE FF FF
-
-==== BB 884 (0x3A97162D) in 16604B, out 91454B, BBs exec'd 0 ====
- 0x3A97162D: movl -92(%ebp),%edx
- 0x3A971630: leal -12(%ebp), %esp
- 0x3A971633: movl %edx,%eax
- 0x3A971635: popl %ebx
- 0x3A971636: popl %esi
- 0x3A971637: popl %edi
- 0x3A971638: popl %ebp
- 0x3A971639: ret
-. 884 3A97162D 13
-. 8B 55 A4 8D 65 F4 89 D0 5B 5E 5F 5D C3
-
-==== BB 885 (0x3A9718AD) in 16617B, out 91576B, BBs exec'd 0 ====
- 0x3A9718AD: testl %eax,%eax
- 0x3A9718AF: jz-8 0x3A971884
-. 885 3A9718AD 4
-. 85 C0 74 D3
-
-==== BB 886 (0x3A971884) in 16621B, out 91635B, BBs exec'd 0 ====
- 0x3A971884: movl -24(%ebp),%edx
- 0x3A971887: movl 12(%esi),%esi
- 0x3A97188A: orl %edx,%edi
- 0x3A97188C: testl %esi,%esi
- 0x3A97188E: jz-8 0x3A9718D0
-. 886 3A971884 12
-. 8B 55 E8 8B 76 0C 09 D7 85 F6 74 40
-
-==== BB 887 (0x3A97159F) in 16633B, out 91735B, BBs exec'd 0 ====
- 0x3A97159F: movzwl 4(%esi),%eax
- 0x3A9715A3: andl $0x2, %eax
- 0x3A9715A6: movl %eax,8(%esp,,)
- 0x3A9715AA: movl -84(%ebp),%eax
- 0x3A9715AD: movl %eax,4(%esp,,)
- 0x3A9715B1: movl -120(%ebp),%edx
- 0x3A9715B4: movl %edi,%eax
- 0x3A9715B6: movl %edx,(%esp,,)
- 0x3A9715B9: movl (%esi),%edx
- 0x3A9715BB: call 0x3A971120
-. 887 3A97159F 33
-. 0F B7 46 04 83 E0 02 89 44 24 08 8B 45 AC 89 44 24 04 8B 55 88 89 F8 89 14 24 8B 16 E8 60 FB FF FF
-
-==== BB 888 (0x3A971580) in 16666B, out 91878B, BBs exec'd 0 ====
- 0x3A971580: addl %eax,%esi
- 0x3A971582: movl -80(%ebp),%edx
- 0x3A971585: movl 8(%esi),%edi
- 0x3A971588: movl -96(%ebp),%ecx
- 0x3A97158B: movl 4(%edx),%eax
- 0x3A97158E: addl %edi,%ecx
- 0x3A971590: movl %eax,%edi
- 0x3A971592: cmpb $0x0, (%eax)
- 0x3A971595: jnz-8 0x3A97159F
-. 888 3A971580 23
-. 01 C6 8B 55 B0 8B 7E 08 8B 4D A0 8B 42 04 01 F9 89 C7 80 38 00 75 08
-
-==== BB 889 (0x3A9715D7) in 16689B, out 92016B, BBs exec'd 0 ====
- 0x3A9715D7: movl 12(%esi),%eax
- 0x3A9715DA: testl %eax,%eax
- 0x3A9715DC: jnz-8 0x3A971580
-. 889 3A9715D7 7
-. 8B 46 0C 85 C0 75 A2
-
-==== BB 890 (0x3A9717B0) in 16696B, out 92088B, BBs exec'd 0 ====
- 0x3A9717B0: addl %eax,%esi
- 0x3A9717B2: movzwl 6(%esi),%edx
- 0x3A9717B6: movl (%esi),%eax
- 0x3A9717B8: movl %edx,%ecx
- 0x3A9717BA: andl $0x7FFF, %ecx
- 0x3A9717C0: andl $0x8000, %edx
- 0x3A9717C6: shll $0x4, %ecx
- 0x3A9717C9: movl %eax,4(%edi,%ecx,1)
- 0x3A9717CD: movl -96(%ebp),%eax
- 0x3A9717D0: movl %edx,8(%edi,%ecx,1)
- 0x3A9717D4: movl 8(%esi),%edx
- 0x3A9717D7: addl %edx,%eax
- 0x3A9717D9: movl %eax,(%edi,%ecx,1)
- 0x3A9717DC: movl -124(%ebp),%edx
- 0x3A9717DF: movl -96(%ebp),%eax
- 0x3A9717E2: addl 4(%edx),%eax
- 0x3A9717E5: movl %eax,12(%edi,%ecx,1)
- 0x3A9717E9: movl 12(%esi),%eax
- 0x3A9717EC: testl %eax,%eax
- 0x3A9717EE: jnz-8 0x3A9717B0
-. 890 3A9717B0 64
-. 01 C6 0F B7 56 06 8B 06 89 D1 81 E1 FF 7F 00 00 81 E2 00 80 00 00 C1 E1 04 89 44 0F 04 8B 45 A0 89 54 0F 08 8B 56 08 01 D0 89 04 0F 8B 55 84 8B 45 A0 03 42 04 89 44 0F 0C 8B 46 0C 85 C0 75 C0
-
-==== BB 891 (0x3A970BC0) in 16760B, out 92346B, BBs exec'd 0 ====
- 0x3A970BC0: movl (%esi),%eax
- 0x3A970BC2: movl %edi,(%esp,,)
- 0x3A970BC5: movl %eax,4(%esp,,)
- 0x3A970BC9: call 0x3A975280
-. 891 3A970BC0 14
-. 8B 06 89 3C 24 89 44 24 04 E8 B2 46 00 00
-
-==== BB 892 (0x3A9715F9) in 16774B, out 92424B, BBs exec'd 0 ====
- 0x3A9715F9: movl -104(%ebp),%ecx
- 0x3A9715FC: movl -80(%ebp),%eax
- 0x3A9715FF: movl 4(%ecx),%edx
- 0x3A971602: movl (%eax),%ecx
- 0x3A971604: addl %ecx,%edx
- 0x3A971606: jmp-8 0x3A97160A
-. 892 3A9715F9 15
-. 8B 4D 98 8B 45 B0 8B 51 04 8B 08 01 CA EB 02
-
-==== BB 893 (0x3A97160A) in 16789B, out 92514B, BBs exec'd 0 ====
- 0x3A97160A: movzwl 4(%edx),%eax
- 0x3A97160E: andl $0x7FFF, %eax
- 0x3A971613: cmpl -108(%ebp),%eax
- 0x3A971616: jbe-8 0x3A97161B
-. 893 3A97160A 14
-. 0F B7 42 04 25 FF 7F 00 00 3B 45 94 76 03
-
-==== BB 894 (0x3A97161B) in 16803B, out 92603B, BBs exec'd 0 ====
- 0x3A97161B: movl 16(%edx),%eax
- 0x3A97161E: testl %eax,%eax
- 0x3A971620: jnz-8 0x3A971608
-. 894 3A97161B 7
-. 8B 42 10 85 C0 75 E6
-
-==== BB 895 (0x3A971608) in 16810B, out 92675B, BBs exec'd 0 ====
- 0x3A971608: addl %eax,%edx
- 0x3A97160A: movzwl 4(%edx),%eax
- 0x3A97160E: andl $0x7FFF, %eax
- 0x3A971613: cmpl -108(%ebp),%eax
- 0x3A971616: jbe-8 0x3A97161B
-. 895 3A971608 16
-. 01 C2 0F B7 42 04 25 FF 7F 00 00 3B 45 94 76 03
-
-==== BB 896 (0x3A971805) in 16826B, out 92774B, BBs exec'd 0 ====
- 0x3A971805: movl -104(%ebp),%eax
- 0x3A971808: movl -80(%ebp),%edx
- 0x3A97180B: movl 4(%eax),%esi
- 0x3A97180E: movl (%edx),%ecx
- 0x3A971810: addl %ecx,%esi
- 0x3A971812: jmp-8 0x3A971816
-. 896 3A971805 15
-. 8B 45 98 8B 55 B0 8B 70 04 8B 0A 01 CE EB 02
-
-==== BB 897 (0x3A971816) in 16841B, out 92864B, BBs exec'd 0 ====
- 0x3A971816: movl 12(%esi),%eax
- 0x3A971819: movl %esi,%edi
- 0x3A97181B: addl %eax,%edi
- 0x3A97181D: testb $0x1, 2(%esi)
- 0x3A971821: jnz-8 0x3A97184D
-. 897 3A971816 13
-. 8B 46 0C 89 F7 01 C7 F6 46 02 01 75 2A
-
-==== BB 898 (0x3A97184D) in 16854B, out 92964B, BBs exec'd 0 ====
- 0x3A97184D: movl 16(%esi),%eax
- 0x3A971850: testl %eax,%eax
- 0x3A971852: jnz-8 0x3A971814
-. 898 3A97184D 7
-. 8B 46 10 85 C0 75 C0
-
-==== BB 899 (0x3A971814) in 16861B, out 93036B, BBs exec'd 0 ====
- 0x3A971814: addl %eax,%esi
- 0x3A971816: movl 12(%esi),%eax
- 0x3A971819: movl %esi,%edi
- 0x3A97181B: addl %eax,%edi
- 0x3A97181D: testb $0x1, 2(%esi)
- 0x3A971821: jnz-8 0x3A97184D
-. 899 3A971814 15
-. 01 C6 8B 46 0C 89 F7 01 C7 F6 46 02 01 75 2A
-
-==== BB 900 (0x3A971823) in 16876B, out 93146B, BBs exec'd 0 ====
- 0x3A971823: movzwl 4(%esi),%eax
- 0x3A971827: movl -80(%ebp),%edx
- 0x3A97182A: movl 0x17C(%edx),%ecx
- 0x3A971830: movl 8(%esi),%edx
- 0x3A971833: andl $0x7FFF, %eax
- 0x3A971838: shll $0x4, %eax
- 0x3A97183B: movl %edx,4(%ecx,%eax,1)
- 0x3A97183F: movl -96(%ebp),%edx
- 0x3A971842: addl (%edi),%edx
- 0x3A971844: xorl %edi, %edi
- 0x3A971846: movl %edi,12(%ecx,%eax,1)
- 0x3A97184A: movl %edx,(%ecx,%eax,1)
- 0x3A97184D: movl 16(%esi),%eax
- 0x3A971850: testl %eax,%eax
- 0x3A971852: jnz-8 0x3A971814
-. 900 3A971823 49
-. 0F B7 46 04 8B 55 B0 8B 8A 7C 01 00 00 8B 56 08 25 FF 7F 00 00 C1 E0 04 89 54 01 04 8B 55 A0 03 17 31 FF 89 7C 01 0C 89 14 01 8B 46 10 85 C0 75 C0
-
-==== BB 901 (0x3A971854) in 16925B, out 93357B, BBs exec'd 0 ====
- 0x3A971854: jmp 0x3A97162D
-. 901 3A971854 5
-. E9 D4 FD FF FF
-
-==== BB 902 (0x3A971618) in 16930B, out 93385B, BBs exec'd 0 ====
- 0x3A971618: movl %eax,-108(%ebp)
- 0x3A97161B: movl 16(%edx),%eax
- 0x3A97161E: testl %eax,%eax
- 0x3A971620: jnz-8 0x3A971608
-. 902 3A971618 10
-. 89 45 94 8B 42 10 85 C0 75 E6
-
-==== BB 903 (0x3A9718D0) in 16940B, out 93473B, BBs exec'd 0 ====
- 0x3A9718D0: addl $0xC, %esp
- 0x3A9718D3: movl %edi,%eax
- 0x3A9718D5: popl %ebx
- 0x3A9718D6: popl %esi
- 0x3A9718D7: popl %edi
- 0x3A9718D8: popl %ebp
- 0x3A9718D9: ret
-. 903 3A9718D0 10
-. 83 C4 0C 89 F8 5B 5E 5F 5D C3
-
-==== BB 904 (0x3A9688DD) in 16950B, out 93591B, BBs exec'd 0 ====
- 0x3A9688DD: testl %eax,%eax
- 0x3A9688DF: jz-8 0x3A9688E7
-. 904 3A9688DD 4
-. 85 C0 74 06
-
-==== BB 905 (0x3A9688E7) in 16954B, out 93650B, BBs exec'd 0 ====
- 0x3A9688E7: movl -8(%ebp),%ebx
- 0x3A9688EA: movl -4(%ebp),%esi
- 0x3A9688ED: movl %ebp,%esp
- 0x3A9688EF: popl %ebp
- 0x3A9688F0: ret
-. 905 3A9688E7 10
-. 8B 5D F8 8B 75 FC 89 EC 5D C3
-
-==== BB 906 (0x3A9701AE) in 16964B, out 93729B, BBs exec'd 0 ====
- 0x3A9701AE: movl %edi,(%esi)
- 0x3A9701B0: movl -28(%ebp),%eax
- 0x3A9701B3: movl %eax,0xE8(%ebx)
- 0x3A9701B9: movl -12(%ebp),%ebx
- 0x3A9701BC: movl -8(%ebp),%esi
- 0x3A9701BF: movl -4(%ebp),%edi
- 0x3A9701C2: movl %ebp,%esp
- 0x3A9701C4: popl %ebp
- 0x3A9701C5: ret
-. 906 3A9701AE 24
-. 89 3E 8B 45 E4 89 83 E8 00 00 00 8B 5D F4 8B 75 F8 8B 7D FC 89 EC 5D C3
-
-==== BB 907 (0x3A9671FE) in 16988B, out 93861B, BBs exec'd 0 ====
- 0x3A9671FE: movl 0xFFFFFF50(%ebp),%edi
- 0x3A967204: testl %edi,%edi
- 0x3A967206: jnz-32 0x3A9681A2
-. 907 3A9671FE 14
-. 8B BD 50 FF FF FF 85 FF 0F 85 96 0F 00 00
-
-==== BB 908 (0x3A96720C) in 17002B, out 93939B, BBs exec'd 0 ====
- 0x3A96720C: movl 0xFFFFF994(%ebx),%ecx
- 0x3A967212: movl 0x134(%ecx),%edx
- 0x3A967218: testl %edx,%edx
- 0x3A96721A: jz-32 0x3A967313
-. 908 3A96720C 20
-. 8B 8B 94 F9 FF FF 8B 91 34 01 00 00 85 D2 0F 84 F3 00 00 00
-
-==== BB 909 (0x3A967313) in 17022B, out 94030B, BBs exec'd 0 ====
- 0x3A967313: movl 0xFFFFF9E4(%ebx),%eax
- 0x3A967319: call 0x3A970B30
-. 909 3A967313 11
-. 8B 83 E4 F9 FF FF E8 12 98 00 00
-
-==== BB 910 _dl_debug_initialize(0x3A970B30) in 17033B, out 94094B, BBs exec'd 0 ====
- 0x3A970B30: call 0x3A975927
-. 910 3A970B30 5
-. E8 F2 4D 00 00
-
-==== BB 911 (0x3A970B35) in 17038B, out 94139B, BBs exec'd 0 ====
- 0x3A970B35: addl $0x7B37, %ecx
- 0x3A970B3B: pushl %ebp
- 0x3A970B3C: movl 0x28(%ecx),%edx
- 0x3A970B42: movl %esp,%ebp
- 0x3A970B44: cmpl $0x0, 8(%edx)
- 0x3A970B48: jnz-8 0x3A970B65
-. 911 3A970B35 21
-. 81 C1 37 7B 00 00 55 8B 91 28 00 00 00 89 E5 83 7A 08 00 75 1B
-
-==== BB 912 (0x3A970B4A) in 17059B, out 94254B, BBs exec'd 0 ====
- 0x3A970B4A: movl %eax,16(%edx)
- 0x3A970B4D: movl 0xFFFFF994(%ecx),%eax
- 0x3A970B53: movl $0x1, (%edx)
- 0x3A970B59: movl %eax,4(%edx)
- 0x3A970B5C: leal 0xFFFF8504(%ecx), %eax
- 0x3A970B62: movl %eax,8(%edx)
- 0x3A970B65: popl %ebp
- 0x3A970B66: movl %edx,%eax
- 0x3A970B68: ret
-. 912 3A970B4A 31
-. 89 42 10 8B 81 94 F9 FF FF C7 02 01 00 00 00 89 42 04 8D 81 04 85 FF FF 89 42 08 5D 89 D0 C3
-
-==== BB 913 (0x3A96731E) in 17090B, out 94379B, BBs exec'd 0 ====
- 0x3A96731E: movl %eax,0xFFFFFE78(%ebp)
- 0x3A967324: movl 0xFFFFF994(%ebx),%eax
- 0x3A96732A: movl 108(%eax),%eax
- 0x3A96732D: testl %eax,%eax
- 0x3A96732F: jz-8 0x3A96733A
-. 913 3A96731E 19
-. 89 85 78 FE FF FF 8B 83 94 F9 FF FF 8B 40 6C 85 C0 74 09
-
-==== BB 914 (0x3A967331) in 17109B, out 94483B, BBs exec'd 0 ====
- 0x3A967331: movl 0xFFFFFE78(%ebp),%edx
- 0x3A967337: movl %edx,4(%eax)
- 0x3A96733A: movl 0xFFFFFA50(%ebx),%eax
- 0x3A967340: testl %eax,%eax
- 0x3A967342: jz-8 0x3A96734D
-. 914 3A967331 19
-. 8B 95 78 FE FF FF 89 50 04 8B 83 50 FA FF FF 85 C0 74 09
-
-==== BB 915 (0x3A96734D) in 17128B, out 94590B, BBs exec'd 0 ====
- 0x3A96734D: cmpb $0x0, 0xFFFFFF03(%ebp)
- 0x3A967354: movl 0xFFFFF994(%ebx),%esi
- 0x3A96735A: leal 0x150(%esi), %eax
- 0x3A967360: movl %eax,0xFFFFF9A4(%ebx)
- 0x3A967366: movl 0x154(%esi),%edx
- 0x3A96736C: movl %esi,%ecx
- 0x3A96736E: movl %eax,0xFFFFF99C(%ebx)
- 0x3A967374: movl 0x150(%esi),%eax
- 0x3A96737A: movl %edx,0xFFFFFC2C(%ebx)
- 0x3A967380: movl %eax,0xFFFFFC28(%ebx)
- 0x3A967386: jz-32 0x3A967910
-. 915 3A96734D 63
-. 80 BD 03 FF FF FF 00 8B B3 94 F9 FF FF 8D 86 50 01 00 00 89 83 A4 F9 FF FF 8B 96 54 01 00 00 89 F1 89 83 9C F9 FF FF 8B 86 50 01 00 00 89 93 2C FC FF FF 89 83 28 FC FF FF 0F 84 84 05 00 00
-
-==== BB 916 (0x3A967910) in 17191B, out 94779B, BBs exec'd 0 ====
- 0x3A967910: xorl %eax, %eax
- 0x3A967912: cmpl $0x0, 0xFFFFFD7C(%ebx)
- 0x3A967919: setnz %al
- 0x3A96791C: orl %eax,0xFFFFFC3C(%ebx)
- 0x3A967922: movl %eax,0xFFFFFE74(%ebp)
- 0x3A967928: movl 12(%esi),%eax
- 0x3A96792B: testl %eax,%eax
- 0x3A96792D: jz-8 0x3A96798C
-. 916 3A967910 31
-. 31 C0 83 BB 7C FD FF FF 00 0F 95 C0 09 83 3C FC FF FF 89 85 74 FE FF FF 8B 46 0C 85 C0 74 5D
-
-==== BB 917 (0x3A96792F) in 17222B, out 94939B, BBs exec'd 0 ====
- 0x3A96792F: movl %eax,%esi
- 0x3A967931: movl 12(%eax),%eax
- 0x3A967934: testl %eax,%eax
- 0x3A967936: jnz-8 0x3A96792F
-. 917 3A96792F 9
-. 89 C6 8B 40 0C 85 C0 75 F7
-
-==== BB 918 (0x3A967938) in 17231B, out 95021B, BBs exec'd 0 ====
- 0x3A967938: jmp-8 0x3A96798C
-. 918 3A967938 2
-. EB 52
-
-==== BB 919 (0x3A96798C) in 17233B, out 95049B, BBs exec'd 0 ====
- 0x3A96798C: movl 20(%esi),%eax
- 0x3A96798F: movl 4(%eax),%eax
- 0x3A967992: testl %eax,%eax
- 0x3A967994: jz-8 0x3A96794E
-. 919 3A96798C 10
-. 8B 46 14 8B 40 04 85 C0 74 B8
-
-==== BB 920 (0x3A967996) in 17243B, out 95131B, BBs exec'd 0 ====
- 0x3A967996: jmp-8 0x3A967940
-. 920 3A967996 2
-. EB A8
-
-==== BB 921 (0x3A967940) in 17245B, out 95159B, BBs exec'd 0 ====
- 0x3A967940: movl $0x1, 8(%eax)
- 0x3A967947: movl 4(%eax),%eax
- 0x3A96794A: testl %eax,%eax
- 0x3A96794C: jnz-8 0x3A967940
-. 921 3A967940 14
-. C7 40 08 01 00 00 00 8B 40 04 85 C0 75 F2
-
-==== BB 922 (0x3A96794E) in 17259B, out 95246B, BBs exec'd 0 ====
- 0x3A96794E: movl 0xFFFFFED0(%ebp),%edi
- 0x3A967954: addl $0x50, %edi
- 0x3A967957: cmpl %edi,%esi
- 0x3A967959: jz-8 0x3A967981
-. 922 3A96794E 13
-. 8B BD D0 FE FF FF 83 C7 50 39 FE 74 26
-
-==== BB 923 (0x3A967981) in 17272B, out 95328B, BBs exec'd 0 ====
- 0x3A967981: movl 16(%esi),%esi
- 0x3A967984: testl %esi,%esi
- 0x3A967986: jz-32 0x3A968122
-. 923 3A967981 11
-. 8B 76 10 85 F6 0F 84 96 07 00 00
-
-==== BB 924 (0x3A96795B) in 17283B, out 95400B, BBs exec'd 0 ====
- 0x3A96795B: movl 0xFFFFFE74(%ebp),%eax
- 0x3A967961: movl %eax,12(%esp,,)
- 0x3A967965: movl 0xFFFFFC3C(%ebx),%eax
- 0x3A96796B: movl %eax,8(%esp,,)
- 0x3A96796F: movl 0x1B0(%esi),%eax
- 0x3A967975: movl %esi,(%esp,,)
- 0x3A967978: movl %eax,4(%esp,,)
- 0x3A96797C: call 0x3A96DEB0
-. 924 3A96795B 38
-. 8B 85 74 FE FF FF 89 44 24 0C 8B 83 3C FC FF FF 89 44 24 08 8B 86 B0 01 00 00 89 34 24 89 44 24 04 E8 2F 65 00 00
-
-==== BB 925 _dl_relocate_object(0x3A96DEB0) in 17321B, out 95533B, BBs exec'd 0 ====
- 0x3A96DEB0: pushl %ebp
- 0x3A96DEB1: movl %esp,%ebp
- 0x3A96DEB3: leal 8(%ebp), %eax
- 0x3A96DEB6: pushl %edi
- 0x3A96DEB7: pushl %esi
- 0x3A96DEB8: pushl %ebx
- 0x3A96DEB9: subl $0xFC, %esp
- 0x3A96DEBF: movl 8(%ebp),%esi
- 0x3A96DEC2: movl %eax,-20(%ebp)
- 0x3A96DEC5: call 0x3A97592B
-. 925 3A96DEB0 26
-. 55 89 E5 8D 45 08 57 56 53 81 EC FC 00 00 00 8B 75 08 89 45 EC E8 61 7A 00 00
-
-==== BB 926 (0x3A96DECA) in 17347B, out 95702B, BBs exec'd 0 ====
- 0x3A96DECA: addl $0xA7A2, %ebx
- 0x3A96DED0: testb $0x4, 0x174(%esi)
- 0x3A96DED7: movl $0x0, -104(%ebp)
- 0x3A96DEDE: movl %esi,%edx
- 0x3A96DEE0: jnz-32 0x3A96E300
-. 926 3A96DECA 28
-. 81 C3 A2 A7 00 00 F6 86 74 01 00 00 04 C7 45 98 00 00 00 00 89 F2 0F 85 1A 04 00 00
-
-==== BB 927 (0x3A96DEE6) in 17375B, out 95817B, BBs exec'd 0 ====
- 0x3A96DEE6: movl 20(%ebp),%edi
- 0x3A96DEE9: testl %edi,%edi
- 0x3A96DEEB: jnz-8 0x3A96DEFB
-. 927 3A96DEE6 7
-. 8B 7D 14 85 FF 75 0E
-
-==== BB 928 (0x3A96DEED) in 17382B, out 95889B, BBs exec'd 0 ====
- 0x3A96DEED: xorl %eax, %eax
- 0x3A96DEEF: cmpl $0x0, 120(%esi)
- 0x3A96DEF3: setz %al
- 0x3A96DEF6: negl %eax
- 0x3A96DEF8: andl %eax,16(%ebp)
- 0x3A96DEFB: testb $0x20, 0xFFFFFC14(%ebx)
- 0x3A96DF02: jnz-32 0x3A96E90C
-. 928 3A96DEED 27
-. 31 C0 83 7E 78 00 0F 94 C0 F7 D8 21 45 10 F6 83 14 FC FF FF 20 0F 85 04 0A 00 00
-
-==== BB 929 (0x3A96DF08) in 17409B, out 96040B, BBs exec'd 0 ====
- 0x3A96DF08: movl 112(%esi),%ecx
- 0x3A96DF0B: testl %ecx,%ecx
- 0x3A96DF0D: jnz-32 0x3A96E94D
-. 929 3A96DF08 11
-. 8B 4E 70 85 C9 0F 85 3A 0A 00 00
-
-==== BB 930 (0x3A96DF13) in 17420B, out 96112B, BBs exec'd 0 ====
- 0x3A96DF13: movl 44(%esi),%eax
- 0x3A96DF16: movl 4(%eax),%eax
- 0x3A96DF19: movl %eax,-16(%ebp)
- 0x3A96DF1C: movl 116(%esi),%eax
- 0x3A96DF1F: testl %eax,%eax
- 0x3A96DF21: jz-8 0x3A96DF70
-. 930 3A96DF13 16
-. 8B 46 2C 8B 40 04 89 45 F0 8B 46 74 85 C0 74 4D
-
-==== BB 931 (0x3A96DF23) in 17436B, out 96217B, BBs exec'd 0 ====
- 0x3A96DF23: movl 16(%ebp),%edi
- 0x3A96DF26: testl %edi,%edi
- 0x3A96DF28: jz-8 0x3A96DF70
-. 931 3A96DF23 7
-. 8B 7D 10 85 FF 74 46
-
-==== BB 932 (0x3A96DF2A) in 17443B, out 96289B, BBs exec'd 0 ====
- 0x3A96DF2A: movl 36(%esi),%eax
- 0x3A96DF2D: movl 4(%eax),%edx
- 0x3A96DF30: movl 4(%edx),%eax
- 0x3A96DF33: testl %eax,%eax
- 0x3A96DF35: jz-8 0x3A96DF4A
-. 932 3A96DF2A 13
-. 8B 46 24 8B 50 04 8B 42 04 85 C0 74 13
-
-==== BB 933 (0x3A96DF4A) in 17456B, out 96384B, BBs exec'd 0 ====
- 0x3A96DF4A: movl %esi,4(%edx)
- 0x3A96DF4D: movl 20(%ebp),%eax
- 0x3A96DF50: testl %eax,%eax
- 0x3A96DF52: jnz-32 0x3A96EA37
-. 933 3A96DF4A 14
-. 89 72 04 8B 45 14 85 C0 0F 85 DF 0A 00 00
-
-==== BB 934 (0x3A96DF58) in 17470B, out 96472B, BBs exec'd 0 ====
- 0x3A96DF58: leal 0xFFFF7884(%ebx), %eax
- 0x3A96DF5E: movl %eax,8(%edx)
- 0x3A96DF61: jmp-8 0x3A96DF70
-. 934 3A96DF58 11
-. 8D 83 84 78 FF FF 89 42 08 EB 0D
-
-==== BB 935 (0x3A96DF70) in 17481B, out 96529B, BBs exec'd 0 ====
- 0x3A96DF70: movl $0x0, -44(%ebp)
- 0x3A96DF77: movl 92(%esi),%eax
- 0x3A96DF7A: movl $0x0, -36(%ebp)
- 0x3A96DF81: movl $0x0, -48(%ebp)
- 0x3A96DF88: testl %eax,%eax
- 0x3A96DF8A: movl $0x0, -52(%ebp)
- 0x3A96DF91: jz-8 0x3A96DFA2
-. 935 3A96DF70 35
-. C7 45 D4 00 00 00 00 8B 46 5C C7 45 DC 00 00 00 00 C7 45 D0 00 00 00 00 85 C0 C7 45 CC 00 00 00 00 74 0F
-
-==== BB 936 (0x3A96DF93) in 17516B, out 96664B, BBs exec'd 0 ====
- 0x3A96DF93: movl 4(%eax),%eax
- 0x3A96DF96: movl %eax,-52(%ebp)
- 0x3A96DF99: movl 96(%esi),%eax
- 0x3A96DF9C: movl 4(%eax),%eax
- 0x3A96DF9F: movl %eax,-48(%ebp)
- 0x3A96DFA2: movl 104(%esi),%eax
- 0x3A96DFA5: testl %eax,%eax
- 0x3A96DFA7: jz-8 0x3A96DFB3
-. 936 3A96DF93 22
-. 8B 40 04 89 45 CC 8B 46 60 8B 40 04 89 45 D0 8B 46 68 85 C0 74 0A
-
-==== BB 937 (0x3A96DFA9) in 17538B, out 96792B, BBs exec'd 0 ====
- 0x3A96DFA9: cmpl $0x11, 4(%eax)
- 0x3A96DFAD: jz-32 0x3A96E226
-. 937 3A96DFA9 10
-. 83 78 04 11 0F 84 73 02 00 00
-
-==== BB 938 (0x3A96E226) in 17548B, out 96855B, BBs exec'd 0 ====
- 0x3A96E226: movl 16(%ebp),%edi
- 0x3A96E229: movl 116(%esi),%eax
- 0x3A96E22C: testl %edi,%edi
- 0x3A96E22E: movl 4(%eax),%ecx
- 0x3A96E231: jnz-8 0x3A96E23F
-. 938 3A96E226 13
-. 8B 7D 10 8B 46 74 85 FF 8B 48 04 75 0C
-
-==== BB 939 (0x3A96E23F) in 17561B, out 96956B, BBs exec'd 0 ====
- 0x3A96E23F: movl %ecx,-40(%ebp)
- 0x3A96E242: movl 32(%esi),%eax
- 0x3A96E245: movl 16(%ebp),%edx
- 0x3A96E248: movl 4(%eax),%eax
- 0x3A96E24B: movl %edx,-32(%ebp)
- 0x3A96E24E: movl %eax,-36(%ebp)
- 0x3A96E251: jmp 0x3A96DFB3
-. 939 3A96E23F 23
-. 89 4D D8 8B 46 20 8B 55 10 8B 40 04 89 55 E0 89 45 DC E9 5D FD FF FF
-
-==== BB 940 (0x3A96DFB3) in 17584B, out 97059B, BBs exec'd 0 ====
- 0x3A96DFB3: movl $0x0, -112(%ebp)
- 0x3A96DFBA: movl %esi,-116(%ebp)
- 0x3A96DFBD: movl -112(%ebp),%ecx
- 0x3A96DFC0: leal (%ecx,%ecx,2), %eax
- 0x3A96DFC3: leal -12(%ebp,%eax,4), %eax
- 0x3A96DFC7: leal -40(%eax), %edx
- 0x3A96DFCA: movl -40(%eax),%ecx
- 0x3A96DFCD: movl 4(%edx),%edi
- 0x3A96DFD0: movl %ecx,%eax
- 0x3A96DFD2: addl %edi,%eax
- 0x3A96DFD4: movl %eax,-124(%ebp)
- 0x3A96DFD7: movl (%esi),%eax
- 0x3A96DFD9: movl %ecx,-120(%ebp)
- 0x3A96DFDC: movl %eax,-128(%ebp)
- 0x3A96DFDF: movl 8(%edx),%eax
- 0x3A96DFE2: testl %eax,%eax
- 0x3A96DFE4: jz-8 0x3A96E035
-. 940 3A96DFB3 51
-. C7 45 90 00 00 00 00 89 75 8C 8B 4D 90 8D 04 49 8D 44 85 F4 8D 50 D8 8B 48 D8 8B 7A 04 89 C8 01 F8 89 45 84 8B 06 89 4D 88 89 45 80 8B 42 08 85 C0 74 4F
-
-==== BB 941 (0x3A96E035) in 17635B, out 97277B, BBs exec'd 0 ====
- 0x3A96E035: movl 48(%esi),%eax
- 0x3A96E038: xorl %edx, %edx
- 0x3A96E03A: movl 4(%eax),%eax
- 0x3A96E03D: movl %edx,0xFFFFFF78(%ebp)
- 0x3A96E043: movl %eax,0xFFFFFF7C(%ebp)
- 0x3A96E049: movl 0xB4(%esi),%eax
- 0x3A96E04F: testl %eax,%eax
- 0x3A96E051: jz-8 0x3A96E05C
-. 941 3A96E035 30
-. 8B 46 30 31 D2 8B 40 04 89 95 78 FF FF FF 89 85 7C FF FF FF 8B 86 B4 00 00 00 85 C0 74 09
-
-==== BB 942 (0x3A96E053) in 17665B, out 97415B, BBs exec'd 0 ====
- 0x3A96E053: movl 4(%eax),%eax
- 0x3A96E056: movl %eax,0xFFFFFF78(%ebp)
- 0x3A96E05C: movl %edi,%eax
- 0x3A96E05E: movl %ecx,%edx
- 0x3A96E060: shrl $0x3, %eax
- 0x3A96E063: cmpl 0xFFFFFF78(%ebp),%eax
- 0x3A96E069: jbe-8 0x3A96E071
-. 942 3A96E053 24
-. 8B 40 04 89 85 78 FF FF FF 89 F8 89 CA C1 E8 03 3B 85 78 FF FF FF 76 06
-
-==== BB 943 (0x3A96E06B) in 17689B, out 97533B, BBs exec'd 0 ====
- 0x3A96E06B: movl 0xFFFFFF78(%ebp),%eax
- 0x3A96E071: leal 0xFFFFF9E4(%ebx), %ecx
- 0x3A96E077: leal (%edx,%eax,8), %eax
- 0x3A96E07A: cmpl %ecx,%esi
- 0x3A96E07C: movl %eax,-120(%ebp)
- 0x3A96E07F: jz-8 0x3A96E0B0
-. 943 3A96E06B 22
-. 8B 85 78 FF FF FF 8D 8B E4 F9 FF FF 8D 04 C2 39 CE 89 45 88 74 2F
-
-==== BB 944 (0x3A96E081) in 17711B, out 97645B, BBs exec'd 0 ====
- 0x3A96E081: movl -128(%ebp),%edi
- 0x3A96E084: testl %edi,%edi
- 0x3A96E086: jz-8 0x3A96E0B0
-. 944 3A96E081 7
-. 8B 7D 80 85 FF 74 28
-
-==== BB 945 (0x3A96E088) in 17718B, out 97717B, BBs exec'd 0 ====
- 0x3A96E088: cmpl %eax,%edx
- 0x3A96E08A: jnb-8 0x3A96E0B0
-. 945 3A96E088 4
-. 39 C2 73 24
-
-==== BB 946 (0x3A96E08C) in 17722B, out 97774B, BBs exec'd 0 ====
- 0x3A96E08C: leal 0(%esi,,), %esi
- 0x3A96E090: movl (%edx),%ecx
- 0x3A96E092: addl $0x8, %edx
- 0x3A96E095: movl -128(%ebp),%eax
- 0x3A96E098: movl -128(%ebp),%edi
- 0x3A96E09B: addl %ecx,%eax
- 0x3A96E09D: addl %edi,(%eax)
- 0x3A96E09F: cmpl -120(%ebp),%edx
- 0x3A96E0A2: jb-8 0x3A96E090
-. 946 3A96E08C 24
-. 8D 74 26 00 8B 0A 83 C2 08 8B 45 80 8B 7D 80 01 C8 01 38 3B 55 88 72 EC
-
-==== BB 947 (0x3A96E090) in 17746B, out 97916B, BBs exec'd 0 ====
- 0x3A96E090: movl (%edx),%ecx
- 0x3A96E092: addl $0x8, %edx
- 0x3A96E095: movl -128(%ebp),%eax
- 0x3A96E098: movl -128(%ebp),%edi
- 0x3A96E09B: addl %ecx,%eax
- 0x3A96E09D: addl %edi,(%eax)
- 0x3A96E09F: cmpl -120(%ebp),%edx
- 0x3A96E0A2: jb-8 0x3A96E090
-. 947 3A96E090 20
-. 8B 0A 83 C2 08 8B 45 80 8B 7D 80 01 C8 01 38 3B 55 88 72 EC
-
-==== BB 948 (0x3A96E0A4) in 17766B, out 98045B, BBs exec'd 0 ====
- 0x3A96E0A4: leal 0x0(%esi), %esi
- 0x3A96E0AA: leal 0x0(%edi), %edi
- 0x3A96E0B0: movl 0xDC(%esi),%eax
- 0x3A96E0B6: testl %eax,%eax
- 0x3A96E0B8: jz-32 0x3A96E631
-. 948 3A96E0A4 26
-. 8D B6 00 00 00 00 8D BF 00 00 00 00 8B 86 DC 00 00 00 85 C0 0F 84 73 05 00 00
-
-==== BB 949 (0x3A96E0BE) in 17792B, out 98143B, BBs exec'd 0 ====
- 0x3A96E0BE: movl 4(%eax),%eax
- 0x3A96E0C1: movl %eax,0xFFFFFF74(%ebp)
- 0x3A96E0C7: movl -124(%ebp),%eax
- 0x3A96E0CA: cmpl %eax,-120(%ebp)
- 0x3A96E0CD: jnb-32 0x3A96E330
-. 949 3A96E0BE 21
-. 8B 40 04 89 85 74 FF FF FF 8B 45 84 39 45 88 0F 83 5D 02 00 00
-
-==== BB 950 (0x3A96E0D3) in 17813B, out 98244B, BBs exec'd 0 ====
- 0x3A96E0D3: leal 0x0(%esi), %esi
- 0x3A96E0D9: leal 0(%edi,,), %edi
- 0x3A96E0E0: movl -120(%ebp),%edx
- 0x3A96E0E3: movl 0xFFFFFF74(%ebp),%edi
- 0x3A96E0E9: movl 4(%edx),%edx
- 0x3A96E0EC: movl %edx,0xFFFFFF0C(%ebp)
- 0x3A96E0F2: movl %edx,%eax
- 0x3A96E0F4: shrl $0x8, %eax
- 0x3A96E0F7: movzwl (%edi,%eax,2),%ecx
- 0x3A96E0FB: movl 0xFFFFFF7C(%ebp),%edi
- 0x3A96E101: shll $0x4, %eax
- 0x3A96E104: addl %eax,%edi
- 0x3A96E106: movl -116(%ebp),%eax
- 0x3A96E109: andl $0x7FFF, %ecx
- 0x3A96E10F: movl %edi,-88(%ebp)
- 0x3A96E112: shll $0x4, %ecx
- 0x3A96E115: movl 0x17C(%eax),%edx
- 0x3A96E11B: movl -128(%ebp),%eax
- 0x3A96E11E: addl %edx,%ecx
- 0x3A96E120: movl -120(%ebp),%edx
- 0x3A96E123: addl (%edx),%eax
- 0x3A96E125: movzbl 0xFFFFFF0C(%ebp),%edx
- 0x3A96E12C: movl %eax,0xFFFFFF70(%ebp)
- 0x3A96E132: cmpl $0x8, %edx
- 0x3A96E135: movl %edx,0xFFFFFF6C(%ebp)
- 0x3A96E13B: jz-32 0x3A96ECE5
-. 950 3A96E0D3 110
-. 8D B6 00 00 00 00 8D BC 27 00 00 00 00 8B 55 88 8B BD 74 FF FF FF 8B 52 04 89 95 0C FF FF FF 89 D0 C1 E8 08 0F B7 0C 47 8B BD 7C FF FF FF C1 E0 04 01 C7 8B 45 8C 81 E1 FF 7F 00 00 89 7D A8 C1 E1 04 8B 90 7C 01 00 00 8B 45 80 01 D1 8B 55 88 03 02 0F B6 95 0C FF FF FF 89 85 70 FF FF FF 83 FA 08 89 95 6C FF FF FF 0F 84 A4 0B 00 00
-
-==== BB 951 (0x3A96E141) in 17923B, out 98561B, BBs exec'd 0 ====
- 0x3A96E141: movl 0xFFFFFF6C(%ebp),%eax
- 0x3A96E147: testl %eax,%eax
- 0x3A96E149: jz-32 0x3A96E320
-. 951 3A96E141 14
-. 8B 85 6C FF FF FF 85 C0 0F 84 D1 01 00 00
-
-==== BB 952 (0x3A96E14F) in 17937B, out 98636B, BBs exec'd 0 ====
- 0x3A96E14F: movl %edi,0xFFFFFF68(%ebp)
- 0x3A96E155: movzbl 12(%edi),%eax
- 0x3A96E159: shrb $0x4, %al
- 0x3A96E15C: testb %al,%al
- 0x3A96E15E: jz-32 0x3A96E740
-. 952 3A96E14F 21
-. 89 BD 68 FF FF FF 0F B6 47 0C C0 E8 04 84 C0 0F 84 DC 05 00 00
-
-==== BB 953 (0x3A96E164) in 17958B, out 98751B, BBs exec'd 0 ====
- 0x3A96E164: cmpl 0x1FC(%esi),%edi
- 0x3A96E16A: jz-32 0x3A96ED40
-. 953 3A96E164 12
-. 3B BE FC 01 00 00 0F 84 D0 0B 00 00
-
-==== BB 954 (0x3A96E170) in 17970B, out 98819B, BBs exec'd 0 ====
- 0x3A96E170: xorl %edx, %edx
- 0x3A96E172: cmpl $0x7, 0xFFFFFF6C(%ebp)
- 0x3A96E179: setz %dl
- 0x3A96E17C: cmpl $0x5, 0xFFFFFF6C(%ebp)
- 0x3A96E183: jz-32 0x3A96E904
-. 954 3A96E170 25
-. 31 D2 83 BD 6C FF FF FF 07 0F 94 C2 83 BD 6C FF FF FF 05 0F 84 7B 07 00 00
-
-==== BB 955 (0x3A96E189) in 17995B, out 98929B, BBs exec'd 0 ====
- 0x3A96E189: movl %edx,0x200(%esi)
- 0x3A96E18F: movl 0xFFFFFF68(%ebp),%edi
- 0x3A96E195: movl %edi,0x1FC(%esi)
- 0x3A96E19B: xorl %edi, %edi
- 0x3A96E19D: testl %ecx,%ecx
- 0x3A96E19F: movl $0x1,%esi
- 0x3A96E1A4: jz-8 0x3A96E1B1
-. 955 3A96E189 29
-. 89 96 00 02 00 00 8B BD 68 FF FF FF 89 BE FC 01 00 00 31 FF 85 C9 BE 01 00 00 00 74 0B
-
-==== BB 956 (0x3A96E1A6) in 18024B, out 99062B, BBs exec'd 0 ====
- 0x3A96E1A6: movl 4(%ecx),%eax
- 0x3A96E1A9: testl %eax,%eax
- 0x3A96E1AB: jz-8 0x3A96E1B1
-. 956 3A96E1A6 7
-. 8B 41 04 85 C0 74 04
-
-==== BB 957 (0x3A96E1AD) in 18031B, out 99134B, BBs exec'd 0 ====
- 0x3A96E1AD: movl %ecx,%edi
- 0x3A96E1AF: xorl %esi, %esi
- 0x3A96E1B1: movl -88(%ebp),%eax
- 0x3A96E1B4: movl -16(%ebp),%ecx
- 0x3A96E1B7: movl (%eax),%eax
- 0x3A96E1B9: movl %esi,12(%esp,,)
- 0x3A96E1BD: movl %edi,4(%esp,,)
- 0x3A96E1C1: addl %ecx,%eax
- 0x3A96E1C3: xorl %ecx, %ecx
- 0x3A96E1C5: movl %ecx,16(%esp,,)
- 0x3A96E1C9: leal -88(%ebp), %ecx
- 0x3A96E1CC: movl %edx,8(%esp,,)
- 0x3A96E1D0: movl 12(%ebp),%edx
- 0x3A96E1D3: movl %edx,(%esp,,)
- 0x3A96E1D6: movl 8(%ebp),%edx
- 0x3A96E1D9: call 0x3A96C0E0
-. 957 3A96E1AD 49
-. 89 CF 31 F6 8B 45 A8 8B 4D F0 8B 00 89 74 24 0C 89 7C 24 04 01 C8 31 C9 89 4C 24 10 8D 4D A8 89 54 24 08 8B 55 0C 89 14 24 8B 55 08 E8 02 DF FF FF
-
-==== BB 958 _dl_lookup_symbol_x(0x3A96C0E0) in 18080B, out 99346B, BBs exec'd 0 ====
- 0x3A96C0E0: pushl %ebp
- 0x3A96C0E1: movl %esp,%ebp
- 0x3A96C0E3: pushl %edi
- 0x3A96C0E4: xorl %edi, %edi
- 0x3A96C0E6: pushl %esi
- 0x3A96C0E7: pushl %ebx
- 0x3A96C0E8: subl $0xA0, %esp
- 0x3A96C0EE: call 0x3A97592B
-. 958 3A96C0E0 19
-. 55 89 E5 57 31 FF 56 53 81 EC A0 00 00 00 E8 38 98 00 00
-
-==== BB 959 (0x3A96C0F3) in 18099B, out 99496B, BBs exec'd 0 ====
- 0x3A96C0F3: addl $0xC579, %ebx
- 0x3A96C0F9: movl %eax,-88(%ebp)
- 0x3A96C0FC: movl %edx,-92(%ebp)
- 0x3A96C0FF: movl %ecx,-96(%ebp)
- 0x3A96C102: call 0x3A96BCF0
-. 959 3A96C0F3 20
-. 81 C3 79 C5 00 00 89 45 A8 89 55 A4 89 4D A0 E8 E9 FB FF FF
-
-==== BB 960 _dl_elf_hash(0x3A96BCF0) in 18119B, out 99606B, BBs exec'd 0 ====
- 0x3A96BCF0: pushl %ebp
- 0x3A96BCF1: movl %eax,%ecx
- 0x3A96BCF3: xorl %edx, %edx
- 0x3A96BCF5: movzbl (%eax),%eax
- 0x3A96BCF8: movl %esp,%ebp
- 0x3A96BCFA: testb %al,%al
- 0x3A96BCFC: jz-8 0x3A96BD70
-. 960 3A96BCF0 14
-. 55 89 C1 31 D2 0F B6 00 89 E5 84 C0 74 72
-
-==== BB 961 (0x3A96BCFE) in 18133B, out 99734B, BBs exec'd 0 ====
- 0x3A96BCFE: incl %ecx
- 0x3A96BCFF: movzbl %al,%edx
- 0x3A96BD02: movzbl (%ecx),%eax
- 0x3A96BD05: testb %al,%al
- 0x3A96BD07: jz-8 0x3A96BD70
-. 961 3A96BCFE 11
-. 41 0F B6 D0 0F B6 01 84 C0 74 67
-
-==== BB 962 (0x3A96BD09) in 18144B, out 99830B, BBs exec'd 0 ====
- 0x3A96BD09: shll $0x4, %edx
- 0x3A96BD0C: movzbl %al,%eax
- 0x3A96BD0F: incl %ecx
- 0x3A96BD10: addl %eax,%edx
- 0x3A96BD12: movzbl (%ecx),%eax
- 0x3A96BD15: testb %al,%al
- 0x3A96BD17: jz-8 0x3A96BD70
-. 962 3A96BD09 16
-. C1 E2 04 0F B6 C0 41 01 C2 0F B6 01 84 C0 74 57
-
-==== BB 963 (0x3A96BD19) in 18160B, out 99943B, BBs exec'd 0 ====
- 0x3A96BD19: shll $0x4, %edx
- 0x3A96BD1C: movzbl %al,%eax
- 0x3A96BD1F: incl %ecx
- 0x3A96BD20: addl %eax,%edx
- 0x3A96BD22: movzbl (%ecx),%eax
- 0x3A96BD25: testb %al,%al
- 0x3A96BD27: jz-8 0x3A96BD70
-. 963 3A96BD19 16
-. C1 E2 04 0F B6 C0 41 01 C2 0F B6 01 84 C0 74 47
-
-==== BB 964 (0x3A96BD29) in 18176B, out 100056B, BBs exec'd 0 ====
- 0x3A96BD29: shll $0x4, %edx
- 0x3A96BD2C: movzbl %al,%eax
- 0x3A96BD2F: incl %ecx
- 0x3A96BD30: addl %eax,%edx
- 0x3A96BD32: movzbl (%ecx),%eax
- 0x3A96BD35: testb %al,%al
- 0x3A96BD37: jz-8 0x3A96BD70
-. 964 3A96BD29 16
-. C1 E2 04 0F B6 C0 41 01 C2 0F B6 01 84 C0 74 37
-
-==== BB 965 (0x3A96BD39) in 18192B, out 100169B, BBs exec'd 0 ====
- 0x3A96BD39: shll $0x4, %edx
- 0x3A96BD3C: movzbl %al,%eax
- 0x3A96BD3F: incl %ecx
- 0x3A96BD40: addl %eax,%edx
- 0x3A96BD42: movzbl (%ecx),%eax
- 0x3A96BD45: testb %al,%al
- 0x3A96BD47: jz-8 0x3A96BD70
-. 965 3A96BD39 16
-. C1 E2 04 0F B6 C0 41 01 C2 0F B6 01 84 C0 74 27
-
-==== BB 966 (0x3A96BD49) in 18208B, out 100282B, BBs exec'd 0 ====
- 0x3A96BD49: leal 0(%esi,,), %esi
- 0x3A96BD50: shll $0x4, %edx
- 0x3A96BD53: movzbl %al,%eax
- 0x3A96BD56: addl %eax,%edx
- 0x3A96BD58: movl %edx,%eax
- 0x3A96BD5A: incl %ecx
- 0x3A96BD5B: andl $0xF0000000, %eax
- 0x3A96BD60: xorl %eax,%edx
- 0x3A96BD62: shrl $0x18, %eax
- 0x3A96BD65: xorl %eax,%edx
- 0x3A96BD67: movzbl (%ecx),%eax
- 0x3A96BD6A: testb %al,%al
- 0x3A96BD6C: jnz-8 0x3A96BD50
-. 966 3A96BD49 37
-. 8D B4 26 00 00 00 00 C1 E2 04 0F B6 C0 01 C2 89 D0 41 25 00 00 00 F0 31 C2 C1 E8 18 31 C2 0F B6 01 84 C0 75 E2
-
-==== BB 967 (0x3A96BD50) in 18245B, out 100444B, BBs exec'd 0 ====
- 0x3A96BD50: shll $0x4, %edx
- 0x3A96BD53: movzbl %al,%eax
- 0x3A96BD56: addl %eax,%edx
- 0x3A96BD58: movl %edx,%eax
- 0x3A96BD5A: incl %ecx
- 0x3A96BD5B: andl $0xF0000000, %eax
- 0x3A96BD60: xorl %eax,%edx
- 0x3A96BD62: shrl $0x18, %eax
- 0x3A96BD65: xorl %eax,%edx
- 0x3A96BD67: movzbl (%ecx),%eax
- 0x3A96BD6A: testb %al,%al
- 0x3A96BD6C: jnz-8 0x3A96BD50
-. 967 3A96BD50 30
-. C1 E2 04 0F B6 C0 01 C2 89 D0 41 25 00 00 00 F0 31 C2 C1 E8 18 31 C2 0F B6 01 84 C0 75 E2
-
-==== BB 968 (0x3A96BD6E) in 18275B, out 100597B, BBs exec'd 0 ====
- 0x3A96BD6E: movl %esi,%esi
- 0x3A96BD70: popl %ebp
- 0x3A96BD71: movl %edx,%eax
- 0x3A96BD73: ret
-. 968 3A96BD6E 6
-. 89 F6 5D 89 D0 C3
-
-==== BB 969 (0x3A96C107) in 18281B, out 100663B, BBs exec'd 0 ====
- 0x3A96C107: movl %eax,-100(%ebp)
- 0x3A96C10A: movl 24(%ebp),%eax
- 0x3A96C10D: movl 8(%ebp),%esi
- 0x3A96C110: incl 0xFFFFF9D4(%ebx)
- 0x3A96C116: testl %eax,%eax
- 0x3A96C118: movl $0x0, -68(%ebp)
- 0x3A96C11F: movl $0x0, -64(%ebp)
- 0x3A96C126: jnz-32 0x3A96C3BC
-. 969 3A96C107 37
-. 89 45 9C 8B 45 18 8B 75 08 FF 83 D4 F9 FF FF 85 C0 C7 45 BC 00 00 00 00 C7 45 C0 00 00 00 00 0F 85 90 02 00 00
-
-==== BB 970 (0x3A96C12C) in 18318B, out 100811B, BBs exec'd 0 ====
- 0x3A96C12C: movl 8(%ebp),%eax
- 0x3A96C12F: movl (%eax),%edx
- 0x3A96C131: testl %edx,%edx
- 0x3A96C133: movl %edi,%eax
- 0x3A96C135: jz-8 0x3A96C195
-. 970 3A96C12C 11
-. 8B 45 08 8B 10 85 D2 89 F8 74 5E
-
-==== BB 971 (0x3A96C137) in 18329B, out 100900B, BBs exec'd 0 ====
- 0x3A96C137: leal -68(%ebp), %edx
- 0x3A96C13A: movl %edx,-124(%ebp)
- 0x3A96C13D: leal 0(%esi), %esi
- 0x3A96C140: movl 16(%ebp),%ecx
- 0x3A96C143: movl %ecx,24(%esp,,)
- 0x3A96C147: movl 24(%ebp),%edx
- 0x3A96C14A: movl %edx,20(%esp,,)
- 0x3A96C14E: movl 20(%ebp),%ecx
- 0x3A96C151: movl %ecx,16(%esp,,)
- 0x3A96C155: movl 12(%ebp),%edx
- 0x3A96C158: movl %eax,8(%esp,,)
- 0x3A96C15C: movl %edx,12(%esp,,)
- 0x3A96C160: movl (%esi),%eax
- 0x3A96C162: movl %eax,4(%esp,,)
- 0x3A96C166: movl -124(%ebp),%ecx
- 0x3A96C169: movl %ecx,(%esp,,)
- 0x3A96C16C: movl -96(%ebp),%eax
- 0x3A96C16F: movl -100(%ebp),%edx
- 0x3A96C172: movl (%eax),%ecx
- 0x3A96C174: movl -88(%ebp),%eax
- 0x3A96C177: call 0x3A96BDB0
-. 971 3A96C137 69
-. 8D 55 BC 89 55 84 8D 76 00 8B 4D 10 89 4C 24 18 8B 55 18 89 54 24 14 8B 4D 14 89 4C 24 10 8B 55 0C 89 44 24 08 89 54 24 0C 8B 06 89 44 24 04 8B 4D 84 89 0C 24 8B 45 A0 8B 55 9C 8B 08 8B 45 A8 E8 34 FC FF FF
-
-==== BB 972 do_lookup_x(0x3A96BDB0) in 18398B, out 101151B, BBs exec'd 0 ====
- 0x3A96BDB0: pushl %ebp
- 0x3A96BDB1: movl %esp,%ebp
- 0x3A96BDB3: pushl %edi
- 0x3A96BDB4: pushl %esi
- 0x3A96BDB5: pushl %ebx
- 0x3A96BDB6: subl $0x3C, %esp
- 0x3A96BDB9: movl %eax,-16(%ebp)
- 0x3A96BDBC: movl 12(%ebp),%eax
- 0x3A96BDBF: movl %edx,-20(%ebp)
- 0x3A96BDC2: call 0x3A97592B
-. 972 3A96BDB0 23
-. 55 89 E5 57 56 53 83 EC 3C 89 45 F0 8B 45 0C 89 55 EC E8 64 9B 00 00
-
-==== BB 973 (0x3A96BDC7) in 18421B, out 101323B, BBs exec'd 0 ====
- 0x3A96BDC7: addl $0xC8A5, %ebx
- 0x3A96BDCD: movl %ecx,-24(%ebp)
- 0x3A96BDD0: movl (%eax),%edx
- 0x3A96BDD2: movl 4(%eax),%eax
- 0x3A96BDD5: movl %edx,-28(%ebp)
- 0x3A96BDD8: movl %eax,-32(%ebp)
- 0x3A96BDDB: jmp-8 0x3A96BDEF
-. 973 3A96BDC7 22
-. 81 C3 A5 C8 00 00 89 4D E8 8B 10 8B 40 04 89 55 E4 89 45 E0 EB 12
-
-==== BB 974 (0x3A96BDEF) in 18443B, out 101433B, BBs exec'd 0 ====
- 0x3A96BDEF: movl $0x0, -52(%ebp)
- 0x3A96BDF6: movl -28(%ebp),%eax
- 0x3A96BDF9: movl 16(%ebp),%ecx
- 0x3A96BDFC: movl $0x0, -56(%ebp)
- 0x3A96BE03: movl 28(%ebp),%edx
- 0x3A96BE06: movl (%eax,%ecx,4),%ecx
- 0x3A96BE09: movl 28(%ebp),%eax
- 0x3A96BE0C: movl %ecx,-36(%ebp)
- 0x3A96BE0F: testl %eax,%eax
- 0x3A96BE11: setnz %al
- 0x3A96BE14: cmpl %edx,%ecx
- 0x3A96BE16: setz %dl
- 0x3A96BE19: andl %edx,%eax
- 0x3A96BE1B: testb $0x1, %al
- 0x3A96BE1D: jnz-8 0x3A96BDE0
-. 974 3A96BDEF 48
-. C7 45 CC 00 00 00 00 8B 45 E4 8B 4D 10 C7 45 C8 00 00 00 00 8B 55 1C 8B 0C 88 8B 45 1C 89 4D DC 85 C0 0F 95 C0 39 D1 0F 94 C2 21 D0 A8 01 75 C1
-
-==== BB 975 (0x3A96BE1F) in 18491B, out 101655B, BBs exec'd 0 ====
- 0x3A96BE1F: testb $0x2, 32(%ebp)
- 0x3A96BE23: jz-8 0x3A96BE30
-. 975 3A96BE1F 6
-. F6 45 20 02 74 0B
-
-==== BB 976 (0x3A96BE30) in 18497B, out 101722B, BBs exec'd 0 ====
- 0x3A96BE30: testb $0x8, 0xFFFFFC14(%ebx)
- 0x3A96BE37: jnz-32 0x3A96C038
-. 976 3A96BE30 13
-. F6 83 14 FC FF FF 08 0F 85 FB 01 00 00
-
-==== BB 977 (0x3A96BE3D) in 18510B, out 101792B, BBs exec'd 0 ====
- 0x3A96BE3D: movl -36(%ebp),%edx
- 0x3A96BE40: movl 48(%edx),%eax
- 0x3A96BE43: movl 0x18C(%edx),%ecx
- 0x3A96BE49: movl 4(%eax),%eax
- 0x3A96BE4C: movl %eax,-40(%ebp)
- 0x3A96BE4F: movl 44(%edx),%eax
- 0x3A96BE52: movl 4(%eax),%eax
- 0x3A96BE55: movl %ecx,-48(%ebp)
- 0x3A96BE58: movl %edx,%ecx
- 0x3A96BE5A: xorl %edx, %edx
- 0x3A96BE5C: movl %eax,-44(%ebp)
- 0x3A96BE5F: movl -20(%ebp),%eax
- 0x3A96BE62: divl 0x164(%ecx)
- 0x3A96BE68: movl 0x168(%ecx),%eax
- 0x3A96BE6E: movl (%eax,%edx,4),%esi
- 0x3A96BE71: testl %esi,%esi
- 0x3A96BE73: jnz-8 0x3A96BE94
-. 977 3A96BE3D 56
-. 8B 55 DC 8B 42 30 8B 8A 8C 01 00 00 8B 40 04 89 45 D8 8B 42 2C 8B 40 04 89 4D D0 89 D1 31 D2 89 45 D4 8B 45 EC F7 B1 64 01 00 00 8B 81 68 01 00 00 8B 34 90 85 F6 75 1F
-
-==== BB 978 (0x3A96BE94) in 18566B, out 102042B, BBs exec'd 0 ====
- 0x3A96BE94: movl -40(%ebp),%edi
- 0x3A96BE97: movl %esi,%eax
- 0x3A96BE99: shll $0x4, %eax
- 0x3A96BE9C: addl %eax,%edi
- 0x3A96BE9E: movl 4(%edi),%eax
- 0x3A96BEA1: testl %eax,%eax
- 0x3A96BEA3: jz-8 0x3A96BE80
-. 978 3A96BE94 17
-. 8B 7D D8 89 F0 C1 E0 04 01 C7 8B 47 04 85 C0 74 DB
-
-==== BB 979 (0x3A96BE80) in 18583B, out 102147B, BBs exec'd 0 ====
- 0x3A96BE80: movl -36(%ebp),%edx
- 0x3A96BE83: movl 0x16C(%edx),%eax
- 0x3A96BE89: movl (%eax,%esi,4),%esi
- 0x3A96BE8C: testl %esi,%esi
- 0x3A96BE8E: jz-32 0x3A96BF70
-. 979 3A96BE80 20
-. 8B 55 DC 8B 82 6C 01 00 00 8B 34 B0 85 F6 0F 84 DC 00 00 00
-
-==== BB 980 (0x3A96BF70) in 18603B, out 102252B, BBs exec'd 0 ====
- 0x3A96BF70: cmpl $0x1, -52(%ebp)
- 0x3A96BF74: movl -56(%ebp),%edi
- 0x3A96BF77: jz-8 0x3A96BF7B
-. 980 3A96BF70 9
-. 83 7D CC 01 8B 7D C8 74 02
-
-==== BB 981 (0x3A96BF79) in 18612B, out 102328B, BBs exec'd 0 ====
- 0x3A96BF79: xorl %edi, %edi
- 0x3A96BF7B: testl %edi,%edi
- 0x3A96BF7D: jz-8 0x3A96BF97
-. 981 3A96BF79 6
-. 31 FF 85 FF 74 18
-
-==== BB 982 (0x3A96BF97) in 18618B, out 102398B, BBs exec'd 0 ====
- 0x3A96BF97: movl 20(%ebp),%edx
- 0x3A96BF9A: testl %esi,%esi
- 0x3A96BF9C: setz %al
- 0x3A96BF9F: testl %edx,%edx
- 0x3A96BFA1: setnz %dl
- 0x3A96BFA4: andl %edx,%eax
- 0x3A96BFA6: testb $0x1, %al
- 0x3A96BFA8: jz-32 0x3A96BDE0
-. 982 3A96BF97 23
-. 8B 55 14 85 F6 0F 94 C0 85 D2 0F 95 C2 21 D0 A8 01 0F 84 32 FE FF FF
-
-==== BB 983 (0x3A96BFAE) in 18641B, out 102540B, BBs exec'd 0 ====
- 0x3A96BFAE: movl 20(%ebp),%edx
- 0x3A96BFB1: movl 12(%edx),%eax
- 0x3A96BFB4: testl %eax,%eax
- 0x3A96BFB6: jz-32 0x3A96BDE0
-. 983 3A96BFAE 14
-. 8B 55 14 8B 42 0C 85 C0 0F 84 24 FE FF FF
-
-==== BB 984 (0x3A96BDE0) in 18655B, out 102625B, BBs exec'd 0 ====
- 0x3A96BDE0: incl 16(%ebp)
- 0x3A96BDE3: movl -32(%ebp),%ecx
- 0x3A96BDE6: cmpl %ecx,16(%ebp)
- 0x3A96BDE9: jnb-32 0x3A96BFDC
-. 984 3A96BDE0 15
-. FF 45 10 8B 4D E0 39 4D 10 0F 83 ED 01 00 00
-
-==== BB 985 (0x3A96BEA5) in 18670B, out 102714B, BBs exec'd 0 ====
- 0x3A96BEA5: cmpw $0x0, 14(%edi)
- 0x3A96BEAA: jnz-8 0x3A96BEB2
-. 985 3A96BEA5 7
-. 66 83 7F 0E 00 75 06
-
-==== BB 986 (0x3A96BEB2) in 18677B, out 102778B, BBs exec'd 0 ====
- 0x3A96BEB2: movzbl 12(%edi),%eax
- 0x3A96BEB6: andl $0xF, %eax
- 0x3A96BEB9: cmpl $0x2, %eax
- 0x3A96BEBC: jnle-8 0x3A96BE80
-. 986 3A96BEB2 12
-. 0F B6 47 0C 83 E0 0F 83 F8 02 7F C2
-
-==== BB 987 (0x3A96BEBE) in 18689B, out 102859B, BBs exec'd 0 ====
- 0x3A96BEBE: cmpl -24(%ebp),%edi
- 0x3A96BEC1: jz-8 0x3A96BEDD
-. 987 3A96BEBE 5
-. 3B 7D E8 74 1A
-
-==== BB 988 (0x3A96BEC3) in 18694B, out 102924B, BBs exec'd 0 ====
- 0x3A96BEC3: movl (%edi),%ecx
- 0x3A96BEC5: movl -44(%ebp),%eax
- 0x3A96BEC8: movl -16(%ebp),%edx
- 0x3A96BECB: addl %ecx,%eax
- 0x3A96BECD: movl %edx,4(%esp,,)
- 0x3A96BED1: movl %eax,(%esp,,)
- 0x3A96BED4: call 0x3A975280
-. 988 3A96BEC3 22
-. 8B 0F 8B 45 D4 8B 55 F0 01 C8 89 54 24 04 89 04 24 E8 A7 93 00 00
-
-==== BB 989 (0x3A96BED9) in 18716B, out 103038B, BBs exec'd 0 ====
- 0x3A96BED9: testl %eax,%eax
- 0x3A96BEDB: jnz-8 0x3A96BE80
-. 989 3A96BED9 4
-. 85 C0 75 A3
-
-==== BB 990 (0x3A96BEDD) in 18720B, out 103097B, BBs exec'd 0 ====
- 0x3A96BEDD: movl 20(%ebp),%edx
- 0x3A96BEE0: testl %edx,%edx
- 0x3A96BEE2: jz-32 0x3A96C069
-. 990 3A96BEDD 11
-. 8B 55 14 85 D2 0F 84 81 01 00 00
-
-==== BB 991 (0x3A96BEE8) in 18731B, out 103169B, BBs exec'd 0 ====
- 0x3A96BEE8: movl -48(%ebp),%eax
- 0x3A96BEEB: testl %eax,%eax
- 0x3A96BEED: jz-32 0x3A96BF7F
-. 991 3A96BEE8 11
-. 8B 45 D0 85 C0 0F 84 8C 00 00 00
-
-==== BB 992 (0x3A96BEF3) in 18742B, out 103241B, BBs exec'd 0 ====
- 0x3A96BEF3: movl -48(%ebp),%ecx
- 0x3A96BEF6: movl -36(%ebp),%eax
- 0x3A96BEF9: movzwl (%ecx,%esi,2),%ecx
- 0x3A96BEFD: movl 0x17C(%eax),%edx
- 0x3A96BF03: andl $0x7FFF, %ecx
- 0x3A96BF09: shll $0x4, %ecx
- 0x3A96BF0C: movl %ecx,-60(%ebp)
- 0x3A96BF0F: movl 20(%ebp),%ecx
- 0x3A96BF12: movl 4(%ecx),%eax
- 0x3A96BF15: movl -60(%ebp),%ecx
- 0x3A96BF18: cmpl %eax,4(%edx,%ecx,1)
- 0x3A96BF1C: jz-32 0x3A96BFE8
-. 992 3A96BEF3 47
-. 8B 4D D0 8B 45 DC 0F B7 0C 71 8B 90 7C 01 00 00 81 E1 FF 7F 00 00 C1 E1 04 89 4D C4 8B 4D 14 8B 41 04 8B 4D C4 39 44 0A 04 0F 84 C6 00 00 00
-
-==== BB 993 (0x3A96BFE8) in 18789B, out 103421B, BBs exec'd 0 ====
- 0x3A96BFE8: movl 20(%ebp),%ecx
- 0x3A96BFEB: movl (%ecx),%eax
- 0x3A96BFED: movl %eax,4(%esp,,)
- 0x3A96BFF1: movl -60(%ebp),%ecx
- 0x3A96BFF4: movl (%edx,%ecx,1),%eax
- 0x3A96BFF7: movl %eax,(%esp,,)
- 0x3A96BFFA: call 0x3A975280
-. 993 3A96BFE8 23
-. 8B 4D 14 8B 01 89 44 24 04 8B 4D C4 8B 04 0A 89 04 24 E8 81 92 00 00
-
-==== BB 994 (0x3A96BFFF) in 18812B, out 103533B, BBs exec'd 0 ====
- 0x3A96BFFF: testl %eax,%eax
- 0x3A96C001: jnz-32 0x3A96BF22
-. 994 3A96BFFF 8
-. 85 C0 0F 85 1B FF FF FF
-
-==== BB 995 (0x3A96C007) in 18820B, out 103595B, BBs exec'd 0 ====
- 0x3A96C007: jmp 0x3A96BF7F
-. 995 3A96C007 5
-. E9 73 FF FF FF
-
-==== BB 996 (0x3A96BF7F) in 18825B, out 103623B, BBs exec'd 0 ====
- 0x3A96BF7F: movzbl 12(%edi),%eax
- 0x3A96BF83: shrb $0x4, %al
- 0x3A96BF86: movzbl %al,%eax
- 0x3A96BF89: cmpl $0x1, %eax
- 0x3A96BF8C: jz-32 0x3A96C01E
-. 996 3A96BF7F 19
-. 0F B6 47 0C C0 E8 04 0F B6 C0 83 F8 01 0F 84 8C 00 00 00
-
-==== BB 997 (0x3A96C01E) in 18844B, out 103718B, BBs exec'd 0 ====
- 0x3A96C01E: movl 8(%ebp),%edx
- 0x3A96C021: movl -36(%ebp),%ecx
- 0x3A96C024: movl %edi,(%edx)
- 0x3A96C026: movl %ecx,4(%edx)
- 0x3A96C029: movl $0x1,%edx
- 0x3A96C02E: addl $0x3C, %esp
- 0x3A96C031: movl %edx,%eax
- 0x3A96C033: popl %ebx
- 0x3A96C034: popl %esi
- 0x3A96C035: popl %edi
- 0x3A96C036: popl %ebp
- 0x3A96C037: ret
-. 997 3A96C01E 26
-. 8B 55 08 8B 4D DC 89 3A 89 4A 04 BA 01 00 00 00 83 C4 3C 89 D0 5B 5E 5F 5D C3
-
-==== BB 998 (0x3A96C17C) in 18870B, out 103889B, BBs exec'd 0 ====
- 0x3A96C17C: testl %eax,%eax
- 0x3A96C17E: movl %eax,%edx
- 0x3A96C180: jnle-8 0x3A96C195
-. 998 3A96C17C 6
-. 85 C0 89 C2 7F 13
-
-==== BB 999 (0x3A96C195) in 18876B, out 103955B, BBs exec'd 0 ====
- 0x3A96C195: movl -68(%ebp),%esi
- 0x3A96C198: testl %esi,%esi
- 0x3A96C19A: jz-32 0x3A96C3DE
-. 999 3A96C195 11
-. 8B 75 BC 85 F6 0F 84 3E 02 00 00
-
-==== BB 1000 (0x3A96C1A0) in 18887B, out 104027B, BBs exec'd 0 ====
- 0x3A96C1A0: movl $0x0, -112(%ebp)
- 0x3A96C1A7: movl -96(%ebp),%ecx
- 0x3A96C1AA: movl (%ecx),%edx
- 0x3A96C1AC: testl %edx,%edx
- 0x3A96C1AE: jz-8 0x3A96C1BC
-. 1000 3A96C1A0 16
-. C7 45 90 00 00 00 00 8B 4D A0 8B 11 85 D2 74 0C
-
-==== BB 1001 (0x3A96C1B0) in 18903B, out 104124B, BBs exec'd 0 ====
- 0x3A96C1B0: movzbl 13(%edx),%eax
- 0x3A96C1B4: andl $0x3, %eax
- 0x3A96C1B7: cmpl $0x3, %eax
- 0x3A96C1BA: jz-8 0x3A96C204
-. 1001 3A96C1B0 12
-. 0F B6 42 0D 83 E0 03 83 F8 03 74 48
-
-==== BB 1002 (0x3A96C1BC) in 18915B, out 104205B, BBs exec'd 0 ====
- 0x3A96C1BC: leal -68(%ebp), %edx
- 0x3A96C1BF: movl %edx,-124(%ebp)
- 0x3A96C1C2: movl -124(%ebp),%ecx
- 0x3A96C1C5: movl 4(%ecx),%esi
- 0x3A96C1C8: movzbl 0x174(%esi),%eax
- 0x3A96C1CF: andb $0x3, %al
- 0x3A96C1D1: cmpb $0x2, %al
- 0x3A96C1D3: jz-32 0x3A96C607
-. 1002 3A96C1BC 29
-. 8D 55 BC 89 55 84 8B 4D 84 8B 71 04 0F B6 86 74 01 00 00 24 03 3C 02 0F 84 2E 04 00 00
-
-==== BB 1003 (0x3A96C1D9) in 18944B, out 104346B, BBs exec'd 0 ====
- 0x3A96C1D9: movl 0xFFFFFC14(%ebx),%eax
- 0x3A96C1DF: testl $0x204, %eax
- 0x3A96C1E4: jnz-32 0x3A96C412
-. 1003 3A96C1D9 17
-. 8B 83 14 FC FF FF A9 04 02 00 00 0F 85 28 02 00 00
-
-==== BB 1004 (0x3A96C1EA) in 18961B, out 104423B, BBs exec'd 0 ====
- 0x3A96C1EA: movl -68(%ebp),%eax
- 0x3A96C1ED: movl -96(%ebp),%ecx
- 0x3A96C1F0: movl -124(%ebp),%edx
- 0x3A96C1F3: movl %eax,(%ecx)
- 0x3A96C1F5: movl 4(%edx),%eax
- 0x3A96C1F8: movl (%eax),%eax
- 0x3A96C1FA: leal -12(%ebp), %esp
- 0x3A96C1FD: popl %ebx
- 0x3A96C1FE: popl %esi
- 0x3A96C1FF: popl %edi
- 0x3A96C200: popl %ebp
- 0x3A96C201: ret 20
-. 1004 3A96C1EA 26
-. 8B 45 BC 8B 4D A0 8B 55 84 89 01 8B 42 04 8B 00 8D 65 F4 5B 5E 5F 5D C2 14 00
-
-==== BB 1005 (0x3A96E1DE) in 18987B, out 104591B, BBs exec'd 0 ====
- 0x3A96E1DE: movl %eax,0xFFFFFF64(%ebp)
- 0x3A96E1E4: movl -88(%ebp),%edx
- 0x3A96E1E7: subl $0x14, %esp
- 0x3A96E1EA: movl 8(%ebp),%esi
- 0x3A96E1ED: movl %edx,%edi
- 0x3A96E1EF: movl %edx,0x208(%esi)
- 0x3A96E1F5: movl %eax,0x204(%esi)
- 0x3A96E1FB: testl %edi,%edi
- 0x3A96E1FD: jz-8 0x3A96E208
-. 1005 3A96E1DE 33
-. 89 85 64 FF FF FF 8B 55 A8 83 EC 14 8B 75 08 89 D7 89 96 08 02 00 00 89 86 04 02 00 00 85 FF 74 09
-
-==== BB 1006 (0x3A96E1FF) in 19020B, out 104741B, BBs exec'd 0 ====
- 0x3A96E1FF: movl 4(%edi),%edx
- 0x3A96E202: addl %edx,0xFFFFFF64(%ebp)
- 0x3A96E208: cmpl $0x7, 0xFFFFFF6C(%ebp)
- 0x3A96E20F: jnbe-32 0x3A96EA6B
-. 1006 3A96E1FF 22
-. 8B 57 04 01 95 64 FF FF FF 83 BD 6C FF FF FF 07 0F 87 56 08 00 00
-
-==== BB 1007 (0x3A96E215) in 19042B, out 104844B, BBs exec'd 0 ====
- 0x3A96E215: movl 0xFFFFFF6C(%ebp),%ecx
- 0x3A96E21B: movl -10320(%ebx,%ecx,4),%eax
- 0x3A96E222: addl %ebx,%eax
- 0x3A96E224: jmp*l %eax
-. 1007 3A96E215 17
-. 8B 8D 6C FF FF FF 8B 84 8B B0 D7 FF FF 01 D8 FF E0
-
-==== BB 1008 (0x3A96EADD) in 19059B, out 104911B, BBs exec'd 0 ====
- 0x3A96EADD: movl 0xFFFFFF70(%ebp),%edx
- 0x3A96EAE3: movl 0xFFFFFF64(%ebp),%ecx
- 0x3A96EAE9: addl %ecx,(%edx)
- 0x3A96EAEB: jmp 0x3A96E320
-. 1008 3A96EADD 19
-. 8B 95 70 FF FF FF 8B 8D 64 FF FF FF 01 0A E9 30 F8 FF FF
-
-==== BB 1009 (0x3A96E320) in 19078B, out 104990B, BBs exec'd 0 ====
- 0x3A96E320: addl $0x8, -120(%ebp)
- 0x3A96E324: movl -124(%ebp),%edi
- 0x3A96E327: cmpl %edi,-120(%ebp)
- 0x3A96E32A: jb-32 0x3A96E0E0
-. 1009 3A96E320 16
-. 83 45 88 08 8B 7D 84 39 7D 88 0F 82 B0 FD FF FF
-
-==== BB 1010 (0x3A96E0E0) in 19094B, out 105081B, BBs exec'd 0 ====
- 0x3A96E0E0: movl -120(%ebp),%edx
- 0x3A96E0E3: movl 0xFFFFFF74(%ebp),%edi
- 0x3A96E0E9: movl 4(%edx),%edx
- 0x3A96E0EC: movl %edx,0xFFFFFF0C(%ebp)
- 0x3A96E0F2: movl %edx,%eax
- 0x3A96E0F4: shrl $0x8, %eax
- 0x3A96E0F7: movzwl (%edi,%eax,2),%ecx
- 0x3A96E0FB: movl 0xFFFFFF7C(%ebp),%edi
- 0x3A96E101: shll $0x4, %eax
- 0x3A96E104: addl %eax,%edi
- 0x3A96E106: movl -116(%ebp),%eax
- 0x3A96E109: andl $0x7FFF, %ecx
- 0x3A96E10F: movl %edi,-88(%ebp)
- 0x3A96E112: shll $0x4, %ecx
- 0x3A96E115: movl 0x17C(%eax),%edx
- 0x3A96E11B: movl -128(%ebp),%eax
- 0x3A96E11E: addl %edx,%ecx
- 0x3A96E120: movl -120(%ebp),%edx
- 0x3A96E123: addl (%edx),%eax
- 0x3A96E125: movzbl 0xFFFFFF0C(%ebp),%edx
- 0x3A96E12C: movl %eax,0xFFFFFF70(%ebp)
- 0x3A96E132: cmpl $0x8, %edx
- 0x3A96E135: movl %edx,0xFFFFFF6C(%ebp)
- 0x3A96E13B: jz-32 0x3A96ECE5
-. 1010 3A96E0E0 97
-. 8B 55 88 8B BD 74 FF FF FF 8B 52 04 89 95 0C FF FF FF 89 D0 C1 E8 08 0F B7 0C 47 8B BD 7C FF FF FF C1 E0 04 01 C7 8B 45 8C 81 E1 FF 7F 00 00 89 7D A8 C1 E1 04 8B 90 7C 01 00 00 8B 45 80 01 D1 8B 55 88 03 02 0F B6 95 0C FF FF FF 89 85 70 FF FF FF 83 FA 08 89 95 6C FF FF FF 0F 84 A4 0B 00 00
-
-==== BB 1011 (0x3A96ED40) in 19191B, out 105375B, BBs exec'd 0 ====
- 0x3A96ED40: xorl %eax, %eax
- 0x3A96ED42: cmpl $0x7, 0xFFFFFF6C(%ebp)
- 0x3A96ED49: movl 0x200(%esi),%edx
- 0x3A96ED4F: setz %al
- 0x3A96ED52: cmpl $0x5, 0xFFFFFF6C(%ebp)
- 0x3A96ED59: jz-32 0x3A96EEBE
-. 1011 3A96ED40 31
-. 31 C0 83 BD 6C FF FF FF 07 8B 96 00 02 00 00 0F 94 C0 83 BD 6C FF FF FF 05 0F 84 5F 01 00 00
-
-==== BB 1012 (0x3A96ED5F) in 19222B, out 105500B, BBs exec'd 0 ====
- 0x3A96ED5F: cmpl %edx,%eax
- 0x3A96ED61: jnz-32 0x3A96E170
-. 1012 3A96ED5F 8
-. 39 D0 0F 85 09 F4 FF FF
-
-==== BB 1013 (0x3A96ED67) in 19230B, out 105557B, BBs exec'd 0 ====
- 0x3A96ED67: incl 0xFFFFF9D8(%ebx)
- 0x3A96ED6D: movl 0x208(%esi),%edi
- 0x3A96ED73: movl 0x204(%esi),%eax
- 0x3A96ED79: movl %edi,-88(%ebp)
- 0x3A96ED7C: jmp 0x3A96E742
-. 1013 3A96ED67 26
-. FF 83 D8 F9 FF FF 8B BE 08 02 00 00 8B 86 04 02 00 00 89 7D A8 E9 C1 F9 FF FF
-
-==== BB 1014 (0x3A96E742) in 19256B, out 105661B, BBs exec'd 0 ====
- 0x3A96E742: movl %eax,0xFFFFFF64(%ebp)
- 0x3A96E748: jmp 0x3A96E1FB
-. 1014 3A96E742 11
-. 89 85 64 FF FF FF E9 AE FA FF FF
-
-==== BB 1015 (0x3A96E1FB) in 19267B, out 105708B, BBs exec'd 0 ====
- 0x3A96E1FB: testl %edi,%edi
- 0x3A96E1FD: jz-8 0x3A96E208
-. 1015 3A96E1FB 4
-. 85 FF 74 09
-
-==== BB 1016 (0x3A96E308) in 19271B, out 105767B, BBs exec'd 0 ====
- 0x3A96E308: movl 0xFFFFFF64(%ebp),%eax
- 0x3A96E30E: movl 0xFFFFFF70(%ebp),%edi
- 0x3A96E314: movl %eax,(%edi)
- 0x3A96E316: leal 0(%esi), %esi
- 0x3A96E319: leal 0(%edi,,), %edi
- 0x3A96E320: addl $0x8, -120(%ebp)
- 0x3A96E324: movl -124(%ebp),%edi
- 0x3A96E327: cmpl %edi,-120(%ebp)
- 0x3A96E32A: jb-32 0x3A96E0E0
-. 1016 3A96E308 40
-. 8B 85 64 FF FF FF 8B BD 70 FF FF FF 89 07 8D 76 00 8D BC 27 00 00 00 00 83 45 88 08 8B 7D 84 39 7D 88 0F 82 B0 FD FF FF
-
-==== BB 1017 (0x3A96BF92) in 19311B, out 105914B, BBs exec'd 0 ====
- 0x3A96BF92: cmpl $0x2, %eax
- 0x3A96BF95: jz-8 0x3A96C010
-. 1017 3A96BF92 5
-. 83 F8 02 74 79
-
-==== BB 1018 (0x3A96C010) in 19316B, out 105971B, BBs exec'd 0 ====
- 0x3A96C010: movl 0xFFFFFC48(%ebx),%eax
- 0x3A96C016: testl %eax,%eax
- 0x3A96C018: jnz-32 0x3A96C0C0
-. 1018 3A96C010 14
-. 8B 83 48 FC FF FF 85 C0 0F 85 A2 00 00 00
-
-==== BB 1019 (0x3A96BE75) in 19330B, out 106046B, BBs exec'd 0 ====
- 0x3A96BE75: jmp 0x3A96BF79
-. 1019 3A96BE75 5
-. E9 FF 00 00 00
-
-==== BB 1020 (0x3A96BFBC) in 19335B, out 106074B, BBs exec'd 0 ====
- 0x3A96BFBC: movl -36(%ebp),%edx
- 0x3A96BFBF: call 0x3A970B80
-. 1020 3A96BFBC 8
-. 8B 55 DC E8 BC 4B 00 00
-
-==== BB 1021 (0x3A96BFC4) in 19343B, out 106135B, BBs exec'd 0 ====
- 0x3A96BFC4: testl %eax,%eax
- 0x3A96BFC6: movl $0xFFFFFFFF,%edx
- 0x3A96BFCB: jnz-8 0x3A96C02E
-. 1021 3A96BFC4 9
-. 85 C0 BA FF FF FF FF 75 61
-
-==== BB 1022 (0x3A96BFCD) in 19352B, out 106206B, BBs exec'd 0 ====
- 0x3A96BFCD: incl 16(%ebp)
- 0x3A96BFD0: movl -32(%ebp),%ecx
- 0x3A96BFD3: cmpl %ecx,16(%ebp)
- 0x3A96BFD6: jb-32 0x3A96BDEF
-. 1022 3A96BFCD 15
-. FF 45 10 8B 4D E0 39 4D 10 0F 82 13 FE FF FF
-
-==== BB 1023 (0x3A96E1B1) in 19367B, out 106295B, BBs exec'd 0 ====
- 0x3A96E1B1: movl -88(%ebp),%eax
- 0x3A96E1B4: movl -16(%ebp),%ecx
- 0x3A96E1B7: movl (%eax),%eax
- 0x3A96E1B9: movl %esi,12(%esp,,)
- 0x3A96E1BD: movl %edi,4(%esp,,)
- 0x3A96E1C1: addl %ecx,%eax
- 0x3A96E1C3: xorl %ecx, %ecx
- 0x3A96E1C5: movl %ecx,16(%esp,,)
- 0x3A96E1C9: leal -88(%ebp), %ecx
- 0x3A96E1CC: movl %edx,8(%esp,,)
- 0x3A96E1D0: movl 12(%ebp),%edx
- 0x3A96E1D3: movl %edx,(%esp,,)
- 0x3A96E1D6: movl 8(%ebp),%edx
- 0x3A96E1D9: call 0x3A96C0E0
-. 1023 3A96E1B1 45
-. 8B 45 A8 8B 4D F0 8B 00 89 74 24 0C 89 7C 24 04 01 C8 31 C9 89 4C 24 10 8D 4D A8 89 54 24 08 8B 55 0C 89 14 24 8B 55 08 E8 02 DF FF FF
-
-==== BB 1024 (0x3A96BFDC) in 19412B, out 106483B, BBs exec'd 0 ====
- 0x3A96BFDC: xorl %edx, %edx
- 0x3A96BFDE: addl $0x3C, %esp
- 0x3A96BFE1: movl %edx,%eax
- 0x3A96BFE3: popl %ebx
- 0x3A96BFE4: popl %esi
- 0x3A96BFE5: popl %edi
- 0x3A96BFE6: popl %ebp
- 0x3A96BFE7: ret
-. 1024 3A96BFDC 12
-. 31 D2 83 C4 3C 89 D0 5B 5E 5F 5D C3
-
-==== BB 1025 (0x3A96C182) in 19424B, out 106610B, BBs exec'd 0 ====
- 0x3A96C182: testl %eax,%eax
- 0x3A96C184: js-32 0x3A96C2D0
-. 1025 3A96C182 8
-. 85 C0 0F 88 46 01 00 00
-
-==== BB 1026 (0x3A96C18A) in 19432B, out 106669B, BBs exec'd 0 ====
- 0x3A96C18A: addl $0x4, %esi
- 0x3A96C18D: xorl %eax, %eax
- 0x3A96C18F: movl (%esi),%edx
- 0x3A96C191: testl %edx,%edx
- 0x3A96C193: jnz-8 0x3A96C140
-. 1026 3A96C18A 11
-. 83 C6 04 31 C0 8B 16 85 D2 75 AB
-
-==== BB 1027 (0x3A96C3DE) in 19443B, out 106762B, BBs exec'd 0 ====
- 0x3A96C3DE: movl -96(%ebp),%edx
- 0x3A96C3E1: movl (%edx),%eax
- 0x3A96C3E3: testl %eax,%eax
- 0x3A96C3E5: jz-8 0x3A96C3F2
-. 1027 3A96C3DE 9
-. 8B 55 A0 8B 02 85 C0 74 0B
-
-==== BB 1028 (0x3A96C3E7) in 19452B, out 106844B, BBs exec'd 0 ====
- 0x3A96C3E7: movzbl 12(%eax),%eax
- 0x3A96C3EB: shrb $0x4, %al
- 0x3A96C3EE: cmpb $0x2, %al
- 0x3A96C3F0: jz-8 0x3A96C3FD
-. 1028 3A96C3E7 11
-. 0F B6 40 0C C0 E8 04 3C 02 74 0B
-
-==== BB 1029 (0x3A96C3FD) in 19463B, out 106932B, BBs exec'd 0 ====
- 0x3A96C3FD: movl -96(%ebp),%edx
- 0x3A96C400: movl $0x0, (%edx)
- 0x3A96C406: xorl %eax, %eax
- 0x3A96C408: leal -12(%ebp), %esp
- 0x3A96C40B: popl %ebx
- 0x3A96C40C: popl %esi
- 0x3A96C40D: popl %edi
- 0x3A96C40E: popl %ebp
- 0x3A96C40F: ret 20
-. 1029 3A96C3FD 21
-. 8B 55 A0 C7 02 00 00 00 00 31 C0 8D 65 F4 5B 5E 5F 5D C2 14 00
-
-==== BB 1030 (0x3A96E208) in 19484B, out 107080B, BBs exec'd 0 ====
- 0x3A96E208: cmpl $0x7, 0xFFFFFF6C(%ebp)
- 0x3A96E20F: jnbe-32 0x3A96EA6B
-. 1030 3A96E208 13
-. 83 BD 6C FF FF FF 07 0F 87 56 08 00 00
-
-==== BB 1031 (0x3A96BD70) in 19497B, out 107146B, BBs exec'd 0 ====
- 0x3A96BD70: popl %ebp
- 0x3A96BD71: movl %edx,%eax
- 0x3A96BD73: ret
-. 1031 3A96BD70 4
-. 5D 89 D0 C3
-
-==== BB 1032 (0x3A96C069) in 19501B, out 107202B, BBs exec'd 0 ====
- 0x3A96C069: movl -48(%ebp),%eax
- 0x3A96C06C: testl %eax,%eax
- 0x3A96C06E: jz-32 0x3A96BF7F
-. 1032 3A96C069 11
-. 8B 45 D0 85 C0 0F 84 0B FF FF FF
-
-==== BB 1033 (0x3A96C074) in 19512B, out 107274B, BBs exec'd 0 ====
- 0x3A96C074: testb $0x2, 24(%ebp)
- 0x3A96C078: jz-8 0x3A96C0AD
-. 1033 3A96C074 6
-. F6 45 18 02 74 33
-
-==== BB 1034 (0x3A96C0AD) in 19518B, out 107341B, BBs exec'd 0 ====
- 0x3A96C0AD: movl -48(%ebp),%eax
- 0x3A96C0B0: movzwl (%eax,%esi,2),%edx
- 0x3A96C0B4: movl %edx,%eax
- 0x3A96C0B6: andl $0x7FFF, %eax
- 0x3A96C0BB: cmpl $0x2, %eax
- 0x3A96C0BE: jmp-8 0x3A96C089
-. 1034 3A96C0AD 19
-. 8B 45 D0 0F B7 14 70 89 D0 25 FF 7F 00 00 83 F8 02 EB C9
-
-==== BB 1035 (0x3A96C089) in 19537B, out 107428B, BBs exec'd 0 ====
- 0x3A96C089: jle-32 0x3A96BF7F
-. 1035 3A96C089 6
-. 0F 8E F0 FE FF FF
-
-==== BB 1036 (0x3A96E330) in 19543B, out 107487B, BBs exec'd 0 ====
- 0x3A96E330: incl -112(%ebp)
- 0x3A96E333: cmpl $0x1, -112(%ebp)
- 0x3A96E337: jle-32 0x3A96DFBA
-. 1036 3A96E330 13
-. FF 45 90 83 7D 90 01 0F 8E 7D FC FF FF
-
-==== BB 1037 (0x3A96DFBA) in 19556B, out 107564B, BBs exec'd 0 ====
- 0x3A96DFBA: movl %esi,-116(%ebp)
- 0x3A96DFBD: movl -112(%ebp),%ecx
- 0x3A96DFC0: leal (%ecx,%ecx,2), %eax
- 0x3A96DFC3: leal -12(%ebp,%eax,4), %eax
- 0x3A96DFC7: leal -40(%eax), %edx
- 0x3A96DFCA: movl -40(%eax),%ecx
- 0x3A96DFCD: movl 4(%edx),%edi
- 0x3A96DFD0: movl %ecx,%eax
- 0x3A96DFD2: addl %edi,%eax
- 0x3A96DFD4: movl %eax,-124(%ebp)
- 0x3A96DFD7: movl (%esi),%eax
- 0x3A96DFD9: movl %ecx,-120(%ebp)
- 0x3A96DFDC: movl %eax,-128(%ebp)
- 0x3A96DFDF: movl 8(%edx),%eax
- 0x3A96DFE2: testl %eax,%eax
- 0x3A96DFE4: jz-8 0x3A96E035
-. 1037 3A96DFBA 44
-. 89 75 8C 8B 4D 90 8D 04 49 8D 44 85 F4 8D 50 D8 8B 48 D8 8B 7A 04 89 C8 01 F8 89 45 84 8B 06 89 4D 88 89 45 80 8B 42 08 85 C0 74 4F
-
-==== BB 1038 (0x3A96DFE6) in 19600B, out 107767B, BBs exec'd 0 ====
- 0x3A96DFE6: movl -124(%ebp),%edx
- 0x3A96DFE9: cmpl %edx,%ecx
- 0x3A96DFEB: jb-8 0x3A96E015
-. 1038 3A96DFE6 7
-. 8B 55 84 39 D1 72 28
-
-==== BB 1039 (0x3A96E015) in 19607B, out 107839B, BBs exec'd 0 ====
- 0x3A96E015: movl -120(%ebp),%edi
- 0x3A96E018: movl -128(%ebp),%ecx
- 0x3A96E01B: movl (%edi),%eax
- 0x3A96E01D: movzbl 4(%edi),%edx
- 0x3A96E021: addl %eax,%ecx
- 0x3A96E023: cmpl $0x7, %edx
- 0x3A96E026: jz-8 0x3A96DFF2
-. 1039 3A96E015 19
-. 8B 7D 88 8B 4D 80 8B 07 0F B6 57 04 01 C1 83 FA 07 74 CA
-
-==== BB 1040 (0x3A96DFF2) in 19626B, out 107951B, BBs exec'd 0 ====
- 0x3A96DFF2: movl 0x1F4(%esi),%edx
- 0x3A96DFF8: testl %edx,%edx
- 0x3A96DFFA: jnz-32 0x3A96E8CE
-. 1040 3A96DFF2 14
-. 8B 96 F4 01 00 00 85 D2 0F 85 CE 08 00 00
-
-==== BB 1041 (0x3A96E000) in 19640B, out 108026B, BBs exec'd 0 ====
- 0x3A96E000: movl -128(%ebp),%eax
- 0x3A96E003: addl %eax,(%ecx)
- 0x3A96E005: addl $0x8, -120(%ebp)
- 0x3A96E009: movl -124(%ebp),%edx
- 0x3A96E00C: cmpl %edx,-120(%ebp)
- 0x3A96E00F: jnb-32 0x3A96E330
-. 1041 3A96E000 21
-. 8B 45 80 01 01 83 45 88 08 8B 55 84 39 55 88 0F 83 1B 03 00 00
-
-==== BB 1042 (0x3A96E33D) in 19661B, out 108145B, BBs exec'd 0 ====
- 0x3A96E33D: movl $0x0, -76(%ebp)
- 0x3A96E344: movl 52(%esi),%eax
- 0x3A96E347: movl $0x0, -68(%ebp)
- 0x3A96E34E: movl $0x0, -80(%ebp)
- 0x3A96E355: testl %eax,%eax
- 0x3A96E357: movl $0x0, -84(%ebp)
- 0x3A96E35E: jz-8 0x3A96E36F
-. 1042 3A96E33D 35
-. C7 45 B4 00 00 00 00 8B 46 34 C7 45 BC 00 00 00 00 C7 45 B0 00 00 00 00 85 C0 C7 45 AC 00 00 00 00 74 0F
-
-==== BB 1043 (0x3A96E36F) in 19696B, out 108280B, BBs exec'd 0 ====
- 0x3A96E36F: movl 104(%esi),%eax
- 0x3A96E372: testl %eax,%eax
- 0x3A96E374: jz-8 0x3A96E380
-. 1043 3A96E36F 7
-. 8B 46 68 85 C0 74 0A
-
-==== BB 1044 (0x3A96E376) in 19703B, out 108352B, BBs exec'd 0 ====
- 0x3A96E376: cmpl $0x7, 4(%eax)
- 0x3A96E37A: jz-32 0x3A96E5F1
-. 1044 3A96E376 10
-. 83 78 04 07 0F 84 71 02 00 00
-
-==== BB 1045 (0x3A96E380) in 19713B, out 108415B, BBs exec'd 0 ====
- 0x3A96E380: xorl %eax, %eax
- 0x3A96E382: leal 0xFFFFF9E4(%ebx), %edi
- 0x3A96E388: movl %eax,0xFFFFFF54(%ebp)
- 0x3A96E38E: movl %edi,0xFFFFFF14(%ebp)
- 0x3A96E394: movl %esi,0xFFFFFF50(%ebp)
- 0x3A96E39A: movl 0xFFFFFF54(%ebp),%edx
- 0x3A96E3A0: xorl %edi, %edi
- 0x3A96E3A2: movl (%esi),%ecx
- 0x3A96E3A4: leal (%edx,%edx,2), %eax
- 0x3A96E3A7: leal -12(%ebp,%eax,4), %eax
- 0x3A96E3AB: movl %ecx,0xFFFFFF40(%ebp)
- 0x3A96E3B1: movl -72(%eax),%edx
- 0x3A96E3B4: movl -68(%eax),%eax
- 0x3A96E3B7: movl %eax,0xFFFFFF4C(%ebp)
- 0x3A96E3BD: addl %edx,%eax
- 0x3A96E3BF: movl %eax,0xFFFFFF44(%ebp)
- 0x3A96E3C5: movl 48(%esi),%eax
- 0x3A96E3C8: movl 4(%eax),%eax
- 0x3A96E3CB: movl %eax,0xFFFFFF3C(%ebp)
- 0x3A96E3D1: movl 0xB8(%esi),%eax
- 0x3A96E3D7: testl %eax,%eax
- 0x3A96E3D9: jz-8 0x3A96E3DE
-. 1045 3A96E380 91
-. 31 C0 8D BB E4 F9 FF FF 89 85 54 FF FF FF 89 BD 14 FF FF FF 89 B5 50 FF FF FF 8B 95 54 FF FF FF 31 FF 8B 0E 8D 04 52 8D 44 85 F4 89 8D 40 FF FF FF 8B 50 B8 8B 40 BC 89 85 4C FF FF FF 01 D0 89 85 44 FF FF FF 8B 46 30 8B 40 04 89 85 3C FF FF FF 8B 86 B8 00 00 00 85 C0 74 03
-
-==== BB 1046 (0x3A96E3DE) in 19804B, out 108716B, BBs exec'd 0 ====
- 0x3A96E3DE: movl 0xFFFFFF4C(%ebp),%eax
- 0x3A96E3E4: movl %edx,%ecx
- 0x3A96E3E6: movl $0xAAAAAAAB,%edx
- 0x3A96E3EB: mull %edx
- 0x3A96E3ED: shrl $0x3, %edx
- 0x3A96E3F0: cmpl %edi,%edx
- 0x3A96E3F2: jbe-8 0x3A96E3F6
-. 1046 3A96E3DE 22
-. 8B 85 4C FF FF FF 89 D1 BA AB AA AA AA F7 E2 C1 EA 03 39 FA 76 02
-
-==== BB 1047 (0x3A96E3F6) in 19826B, out 108844B, BBs exec'd 0 ====
- 0x3A96E3F6: cmpl 0xFFFFFF14(%ebp),%esi
- 0x3A96E3FC: leal (%edx,%edx,2), %eax
- 0x3A96E3FF: leal (%ecx,%eax,4), %eax
- 0x3A96E402: movl %eax,0xFFFFFF48(%ebp)
- 0x3A96E408: jz-8 0x3A96E452
-. 1047 3A96E3F6 20
-. 3B B5 14 FF FF FF 8D 04 52 8D 04 81 89 85 48 FF FF FF 74 48
-
-==== BB 1048 (0x3A96E40A) in 19846B, out 108956B, BBs exec'd 0 ====
- 0x3A96E40A: movl 0xFFFFFF40(%ebp),%eax
- 0x3A96E410: testl %eax,%eax
- 0x3A96E412: jnz-8 0x3A96E41E
-. 1048 3A96E40A 10
-. 8B 85 40 FF FF FF 85 C0 75 0A
-
-==== BB 1049 (0x3A96E41E) in 19856B, out 109031B, BBs exec'd 0 ====
- 0x3A96E41E: cmpl 0xFFFFFF48(%ebp),%ecx
- 0x3A96E424: jnb-8 0x3A96E452
-. 1049 3A96E41E 8
-. 3B 8D 48 FF FF FF 73 2C
-
-==== BB 1050 (0x3A96E452) in 19864B, out 109099B, BBs exec'd 0 ====
- 0x3A96E452: movl 0xDC(%esi),%eax
- 0x3A96E458: testl %eax,%eax
- 0x3A96E45A: jz-32 0x3A96E750
-. 1050 3A96E452 14
-. 8B 86 DC 00 00 00 85 C0 0F 84 F0 02 00 00
-
-==== BB 1051 (0x3A96E460) in 19878B, out 109174B, BBs exec'd 0 ====
- 0x3A96E460: movl 0xFFFFFF44(%ebp),%edx
- 0x3A96E466: movl 4(%eax),%eax
- 0x3A96E469: cmpl %edx,0xFFFFFF48(%ebp)
- 0x3A96E46F: movl %eax,0xFFFFFF38(%ebp)
- 0x3A96E475: jnb-32 0x3A96E2B0
-. 1051 3A96E460 27
-. 8B 95 44 FF FF FF 8B 40 04 39 95 48 FF FF FF 89 85 38 FF FF FF 0F 83 35 FE FF FF
-
-==== BB 1052 (0x3A96E2B0) in 19905B, out 109284B, BBs exec'd 0 ====
- 0x3A96E2B0: incl 0xFFFFFF54(%ebp)
- 0x3A96E2B6: cmpl $0x1, 0xFFFFFF54(%ebp)
- 0x3A96E2BD: jle-32 0x3A96E394
-. 1052 3A96E2B0 19
-. FF 85 54 FF FF FF 83 BD 54 FF FF FF 01 0F 8E D1 00 00 00
-
-==== BB 1053 (0x3A96E394) in 19924B, out 109367B, BBs exec'd 0 ====
- 0x3A96E394: movl %esi,0xFFFFFF50(%ebp)
- 0x3A96E39A: movl 0xFFFFFF54(%ebp),%edx
- 0x3A96E3A0: xorl %edi, %edi
- 0x3A96E3A2: movl (%esi),%ecx
- 0x3A96E3A4: leal (%edx,%edx,2), %eax
- 0x3A96E3A7: leal -12(%ebp,%eax,4), %eax
- 0x3A96E3AB: movl %ecx,0xFFFFFF40(%ebp)
- 0x3A96E3B1: movl -72(%eax),%edx
- 0x3A96E3B4: movl -68(%eax),%eax
- 0x3A96E3B7: movl %eax,0xFFFFFF4C(%ebp)
- 0x3A96E3BD: addl %edx,%eax
- 0x3A96E3BF: movl %eax,0xFFFFFF44(%ebp)
- 0x3A96E3C5: movl 48(%esi),%eax
- 0x3A96E3C8: movl 4(%eax),%eax
- 0x3A96E3CB: movl %eax,0xFFFFFF3C(%ebp)
- 0x3A96E3D1: movl 0xB8(%esi),%eax
- 0x3A96E3D7: testl %eax,%eax
- 0x3A96E3D9: jz-8 0x3A96E3DE
-. 1053 3A96E394 71
-. 89 B5 50 FF FF FF 8B 95 54 FF FF FF 31 FF 8B 0E 8D 04 52 8D 44 85 F4 89 8D 40 FF FF FF 8B 50 B8 8B 40 BC 89 85 4C FF FF FF 01 D0 89 85 44 FF FF FF 8B 46 30 8B 40 04 89 85 3C FF FF FF 8B 86 B8 00 00 00 85 C0 74 03
-
-==== BB 1054 (0x3A96E2C3) in 19995B, out 109618B, BBs exec'd 0 ====
- 0x3A96E2C3: movl 20(%ebp),%eax
- 0x3A96E2C6: testl %eax,%eax
- 0x3A96E2C8: jnz-32 0x3A96EDB7
-. 1054 3A96E2C3 11
-. 8B 45 14 85 C0 0F 85 E9 0A 00 00
-
-==== BB 1055 (0x3A96E2CE) in 20006B, out 109690B, BBs exec'd 0 ====
- 0x3A96E2CE: orb $0x4, 0x174(%esi)
- 0x3A96E2D5: movl -104(%ebp),%ecx
- 0x3A96E2D8: testl %ecx,%ecx
- 0x3A96E2DA: jnz-32 0x3A96ED81
-. 1055 3A96E2CE 18
-. 80 8E 74 01 00 00 04 8B 4D 98 85 C9 0F 85 A1 0A 00 00
-
-==== BB 1056 (0x3A96E2E0) in 20024B, out 109787B, BBs exec'd 0 ====
- 0x3A96E2E0: movl 8(%ebp),%eax
- 0x3A96E2E3: movl 0x210(%eax),%edx
- 0x3A96E2E9: testl %edx,%edx
- 0x3A96E2EB: jz-8 0x3A96E300
-. 1056 3A96E2E0 13
-. 8B 45 08 8B 90 10 02 00 00 85 D2 74 13
-
-==== BB 1057 (0x3A96E300) in 20037B, out 109875B, BBs exec'd 0 ====
- 0x3A96E300: leal -12(%ebp), %esp
- 0x3A96E303: popl %ebx
- 0x3A96E304: popl %esi
- 0x3A96E305: popl %edi
- 0x3A96E306: popl %ebp
- 0x3A96E307: ret
-. 1057 3A96E300 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-==== BB 1058 (0x3A96E05C) in 20045B, out 109977B, BBs exec'd 0 ====
- 0x3A96E05C: movl %edi,%eax
- 0x3A96E05E: movl %ecx,%edx
- 0x3A96E060: shrl $0x3, %eax
- 0x3A96E063: cmpl 0xFFFFFF78(%ebp),%eax
- 0x3A96E069: jbe-8 0x3A96E071
-. 1058 3A96E05C 15
-. 89 F8 89 CA C1 E8 03 3B 85 78 FF FF FF 76 06
-
-==== BB 1059 (0x3A96E0B0) in 20060B, out 110069B, BBs exec'd 0 ====
- 0x3A96E0B0: movl 0xDC(%esi),%eax
- 0x3A96E0B6: testl %eax,%eax
- 0x3A96E0B8: jz-32 0x3A96E631
-. 1059 3A96E0B0 14
-. 8B 86 DC 00 00 00 85 C0 0F 84 73 05 00 00
-
-==== BB 1060 (0x3A96E414) in 20074B, out 110144B, BBs exec'd 0 ====
- 0x3A96E414: movl 0x114(%esi),%eax
- 0x3A96E41A: testl %eax,%eax
- 0x3A96E41C: jnz-8 0x3A96E452
-. 1060 3A96E414 10
-. 8B 86 14 01 00 00 85 C0 75 34
-
-==== BB 1061 (0x3A968122) in 20084B, out 110219B, BBs exec'd 0 ====
- 0x3A968122: call 0x3A972730
-. 1061 3A968122 5
-. E8 09 A6 00 00
-
-==== BB 1062 _dl_sysdep_start_cleanup(0x3A972730) in 20089B, out 110264B, BBs exec'd 0 ====
- 0x3A972730: pushl %ebp
- 0x3A972731: movl %esp,%ebp
- 0x3A972733: popl %ebp
- 0x3A972734: ret
-. 1062 3A972730 5
-. 55 89 E5 5D C3
-
-==== BB 1063 (0x3A968127) in 20094B, out 110333B, BBs exec'd 0 ====
- 0x3A968127: movl 0xFFFFF9D0(%ebx),%eax
- 0x3A96812D: testl %eax,%eax
- 0x3A96812F: jnz-8 0x3A968193
-. 1063 3A968127 10
-. 8B 83 D0 F9 FF FF 85 C0 75 62
-
-==== BB 1064 (0x3A968131) in 20104B, out 110408B, BBs exec'd 0 ====
- 0x3A968131: cmpl $0x1, 0xFFFFFB54(%ebx)
- 0x3A968138: jbe-32 0x3A9673C4
-. 1064 3A968131 13
-. 83 BB 54 FB FF FF 01 0F 86 86 F2 FF FF
-
-==== BB 1065 (0x3A96813E) in 20117B, out 110474B, BBs exec'd 0 ====
- 0x3A96813E: xorl %eax, %eax
- 0x3A968140: movl %eax,12(%esp,,)
- 0x3A968144: xorl %eax, %eax
- 0x3A968146: movl %eax,8(%esp,,)
- 0x3A96814A: movl 0xFFFFF994(%ebx),%eax
- 0x3A968150: movl 0x1B0(%eax),%eax
- 0x3A968156: movl %edi,(%esp,,)
- 0x3A968159: movl %eax,4(%esp,,)
- 0x3A96815D: call 0x3A96DEB0
-. 1065 3A96813E 36
-. 31 C0 89 44 24 0C 31 C0 89 44 24 08 8B 83 94 F9 FF FF 8B 80 B0 01 00 00 89 3C 24 89 44 24 04 E8 4E 5D 00 00
-
-==== BB 1066 (0x3A96E233) in 20153B, out 110617B, BBs exec'd 0 ====
- 0x3A96E233: movl -48(%ebp),%edx
- 0x3A96E236: movl -52(%ebp),%eax
- 0x3A96E239: addl %edx,%eax
- 0x3A96E23B: cmpl %ecx,%eax
- 0x3A96E23D: jz-8 0x3A96E256
-. 1066 3A96E233 12
-. 8B 55 D0 8B 45 CC 01 D0 39 C8 74 17
-
-==== BB 1067 (0x3A96E256) in 20165B, out 110706B, BBs exec'd 0 ====
- 0x3A96E256: movl 32(%esi),%eax
- 0x3A96E259: movl 4(%eax),%ecx
- 0x3A96E25C: addl %ecx,%edx
- 0x3A96E25E: movl %edx,-48(%ebp)
- 0x3A96E261: jmp 0x3A96DFB3
-. 1067 3A96E256 16
-. 8B 46 20 8B 48 04 01 CA 89 55 D0 E9 4D FD FF FF
-
-==== BB 1068 (0x3A96DFED) in 20181B, out 110792B, BBs exec'd 0 ====
- 0x3A96DFED: jmp 0x3A96E330
-. 1068 3A96DFED 5
-. E9 3E 03 00 00
-
-==== BB 1069 (0x3A968162) in 20186B, out 110820B, BBs exec'd 0 ====
- 0x3A968162: jmp 0x3A9673C4
-. 1069 3A968162 5
-. E9 5D F2 FF FF
-
-==== BB 1070 (0x3A9673C4) in 20191B, out 110848B, BBs exec'd 0 ====
- 0x3A9673C4: movl 0xFFFFFE78(%ebp),%edx
- 0x3A9673CA: movl $0x1, 12(%edx)
- 0x3A9673D1: call 0x3A970B70
-. 1070 3A9673C4 18
-. 8B 95 78 FE FF FF C7 42 0C 01 00 00 00 E8 9A 97 00 00
-
-==== BB 1071 _dl_debug_state(0x3A970B70) in 20209B, out 110927B, BBs exec'd 0 ====
- 0x3A970B70: pushl %ebp
- 0x3A970B71: movl %esp,%ebp
- 0x3A970B73: popl %ebp
- 0x3A970B74: ret
-. 1071 3A970B70 5
-. 55 89 E5 5D C3
-
-==== BB 1072 (0x3A9673D6) in 20214B, out 110996B, BBs exec'd 0 ====
- 0x3A9673D6: call 0x3A96B6D0
-. 1072 3A9673D6 5
-. E8 F5 42 00 00
-
-==== BB 1073 _dl_unload_cache(0x3A96B6D0) in 20219B, out 111041B, BBs exec'd 0 ====
- 0x3A96B6D0: pushl %ebp
- 0x3A96B6D1: movl %esp,%ebp
- 0x3A96B6D3: pushl %ebx
- 0x3A96B6D4: subl $0x8, %esp
- 0x3A96B6D7: call 0x3A97592B
-. 1073 3A96B6D0 12
-. 55 89 E5 53 83 EC 08 E8 4F A2 00 00
-
-==== BB 1074 (0x3A96B6DC) in 20231B, out 111142B, BBs exec'd 0 ====
- 0x3A96B6DC: addl $0xCF90, %ebx
- 0x3A96B6E2: movl 0xDC(%ebx),%ecx
- 0x3A96B6E8: testl %ecx,%ecx
- 0x3A96B6EA: setnz %al
- 0x3A96B6ED: cmpl $0xFFFFFFFF, %ecx
- 0x3A96B6F0: setnz %dl
- 0x3A96B6F3: andl %edx,%eax
- 0x3A96B6F5: testb $0x1, %al
- 0x3A96B6F7: jnz-8 0x3A96B700
-. 1074 3A96B6DC 29
-. 81 C3 90 CF 00 00 8B 8B DC 00 00 00 85 C9 0F 95 C0 83 F9 FF 0F 95 C2 21 D0 A8 01 75 07
-
-==== BB 1075 (0x3A96B700) in 20260B, out 111299B, BBs exec'd 0 ====
- 0x3A96B700: movl %ecx,(%esp,,)
- 0x3A96B703: movl 0xE4(%ebx),%eax
- 0x3A96B709: movl %eax,4(%esp,,)
- 0x3A96B70D: call 0x3A974C90
-. 1075 3A96B700 18
-. 89 0C 24 8B 83 E4 00 00 00 89 44 24 04 E8 7E 95 00 00
-
-==== BB 1076 munmap(0x3A974C90) in 20278B, out 111383B, BBs exec'd 0 ====
- 0x3A974C90: movl %ebx,%edx
- 0x3A974C92: movl 8(%esp,,),%ecx
- 0x3A974C96: movl 4(%esp,,),%ebx
- 0x3A974C9A: movl $0x5B,%eax
- 0x3A974C9F: int $0x80
-. 1076 3A974C90 17
-. 89 DA 8B 4C 24 08 8B 5C 24 04 B8 5B 00 00 00 CD 80
-
-==== BB 1077 (0x3A974CA1) in 20295B, out 111460B, BBs exec'd 0 ====
- 0x3A974CA1: movl %edx,%ebx
- 0x3A974CA3: cmpl $0xFFFFF001, %eax
- 0x3A974CA8: jnb-8 0x3A974CAB
-. 1077 3A974CA1 9
-. 89 D3 3D 01 F0 FF FF 73 01
-
-==== BB 1078 (0x3A974CAA) in 20304B, out 111530B, BBs exec'd 0 ====
- 0x3A974CAA: ret
-. 1078 3A974CAA 1
-. C3
-
-==== BB 1079 (0x3A96B712) in 20305B, out 111560B, BBs exec'd 0 ====
- 0x3A96B712: xorl %eax, %eax
- 0x3A96B714: movl %eax,0xDC(%ebx)
- 0x3A96B71A: addl $0x8, %esp
- 0x3A96B71D: popl %ebx
- 0x3A96B71E: popl %ebp
- 0x3A96B71F: ret
-. 1079 3A96B712 14
-. 31 C0 89 83 DC 00 00 00 83 C4 08 5B 5D C3
-
-==== BB 1080 (0x3A9673DB) in 20319B, out 111664B, BBs exec'd 0 ====
- 0x3A9673DB: leal -12(%ebp), %esp
- 0x3A9673DE: popl %ebx
- 0x3A9673DF: popl %esi
- 0x3A9673E0: popl %edi
- 0x3A9673E1: popl %ebp
- 0x3A9673E2: ret
-. 1080 3A9673DB 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-==== BB 1081 (0x3A9730A0) in 20327B, out 111766B, BBs exec'd 0 ====
- 0x3A9730A0: movl 0xFFFFFE20(%ebp),%eax
- 0x3A9730A6: addl $0x204, %esp
- 0x3A9730AC: popl %ebx
- 0x3A9730AD: popl %esi
- 0x3A9730AE: popl %edi
- 0x3A9730AF: popl %ebp
- 0x3A9730B0: ret
-. 1081 3A9730A0 17
-. 8B 85 20 FE FF FF 81 C4 04 02 00 00 5B 5E 5F 5D C3
-
-==== BB 1082 (0x3A965ECA) in 20344B, out 111894B, BBs exec'd 0 ====
- 0x3A965ECA: cmpb $0x0, 0xFFFFFC14(%ebx)
- 0x3A965ED1: movl %eax,%edi
- 0x3A965ED3: js-8 0x3A965F30
-. 1082 3A965ECA 11
-. 80 BB 14 FC FF FF 00 89 C7 78 5B
-
-==== BB 1083 (0x3A965ED5) in 20355B, out 111970B, BBs exec'd 0 ====
- 0x3A965ED5: addl $0x54, %esp
- 0x3A965ED8: movl %edi,%eax
- 0x3A965EDA: popl %ebx
- 0x3A965EDB: popl %esi
- 0x3A965EDC: popl %edi
- 0x3A965EDD: popl %ebp
- 0x3A965EDE: ret
-. 1083 3A965ED5 10
-. 83 C4 54 89 F8 5B 5E 5F 5D C3
-
-==== BB 1084 (0x3A965887) in 20365B, out 112088B, BBs exec'd 0 ====
- 0x3A965887: movl %eax,%edi
- 0x3A965889: call 0x3A965870
-. 1084 3A965887 7
-. 89 C7 E8 E2 FF FF FF
-
-==== BB 1085 (0x3A965870) in 20372B, out 112143B, BBs exec'd 0 ====
- 0x3A965870: movl (%esp,,),%ebx
- 0x3A965873: ret
-. 1085 3A965870 4
-. 8B 1C 24 C3
-
-==== BB 1086 (0x3A96588E) in 20376B, out 112183B, BBs exec'd 0 ====
- 0x3A96588E: addl $0x12DDE, %ebx
- 0x3A965894: movl 0x208(%ebx),%eax
- 0x3A96589A: popl %edx
- 0x3A96589B: leal (%esp,%eax,4), %esp
- 0x3A96589E: subl %eax,%edx
- 0x3A9658A0: pushl %edx
- 0x3A9658A1: movl 0xFFFFF994(%ebx),%eax
- 0x3A9658A7: leal 8(%esp,%edx,4), %esi
- 0x3A9658AB: leal 4(%esp,,), %ecx
- 0x3A9658AF: pushl %esi
- 0x3A9658B0: call 0x3A970680
-. 1086 3A96588E 39
-. 81 C3 DE 2D 01 00 8B 83 08 02 00 00 5A 8D 24 84 29 C2 52 8B 83 94 F9 FF FF 8D 74 94 08 8D 4C 24 04 56 E8 CB AD 00 00
-
-==== BB 1087 _dl_init_internal(0x3A970680) in 20415B, out 112357B, BBs exec'd 0 ====
- 0x3A970680: pushl %ebp
- 0x3A970681: movl %esp,%ebp
- 0x3A970683: pushl %edi
- 0x3A970684: movl %eax,%edi
- 0x3A970686: pushl %esi
- 0x3A970687: pushl %ebx
- 0x3A970688: subl $0x2C, %esp
- 0x3A97068B: movl 0x98(%eax),%eax
- 0x3A970691: call 0x3A97592B
-. 1087 3A970680 22
-. 55 89 E5 57 89 C7 56 53 83 EC 2C 8B 80 98 00 00 00 E8 95 52 00 00
-
-==== BB 1088 (0x3A970696) in 20437B, out 112519B, BBs exec'd 0 ====
- 0x3A970696: addl $0x7FD6, %ebx
- 0x3A97069C: movl %edx,-16(%ebp)
- 0x3A97069F: movl 0x9C(%edi),%esi
- 0x3A9706A5: movl %eax,-24(%ebp)
- 0x3A9706A8: movl 0xFFFFF9CC(%ebx),%eax
- 0x3A9706AE: movl %ecx,-20(%ebp)
- 0x3A9706B1: testl %eax,%eax
- 0x3A9706B3: jnz-32 0x3A97074A
-. 1088 3A970696 35
-. 81 C3 D6 7F 00 00 89 55 F0 8B B7 9C 00 00 00 89 45 E8 8B 83 CC F9 FF FF 89 4D EC 85 C0 0F 85 91 00 00 00
-
-==== BB 1089 (0x3A97074A) in 20472B, out 112668B, BBs exec'd 0 ====
- 0x3A97074A: movl 8(%ebp),%edx
- 0x3A97074D: movl %edx,(%esp,,)
- 0x3A970750: movl -16(%ebp),%edx
- 0x3A970753: call 0x3A970560
-. 1089 3A97074A 14
-. 8B 55 08 89 14 24 8B 55 F0 E8 08 FE FF FF
-
-==== BB 1090 call_init(0x3A970560) in 20486B, out 112746B, BBs exec'd 0 ====
- 0x3A970560: pushl %ebp
- 0x3A970561: movl %esp,%ebp
- 0x3A970563: subl $0x28, %esp
- 0x3A970566: movl %ebx,-12(%ebp)
- 0x3A970569: movl %esi,-8(%ebp)
- 0x3A97056C: movl %eax,%esi
- 0x3A97056E: movl %edi,-4(%ebp)
- 0x3A970571: movzbl 0x174(%eax),%eax
- 0x3A970578: call 0x3A97592B
-. 1090 3A970560 29
-. 55 89 E5 83 EC 28 89 5D F4 89 75 F8 89 C6 89 7D FC 0F B6 80 74 01 00 00 E8 AE 53 00 00
-
-==== BB 1091 (0x3A97057D) in 20515B, out 112899B, BBs exec'd 0 ====
- 0x3A97057D: addl $0x80EF, %ebx
- 0x3A970583: movl %edx,-16(%ebp)
- 0x3A970586: movl %ecx,-20(%ebp)
- 0x3A970589: testb $0x8, %al
- 0x3A97058B: jnz-8 0x3A9705C0
-. 1091 3A97057D 16
-. 81 C3 EF 80 00 00 89 55 F0 89 4D EC A8 08 75 33
-
-==== BB 1092 (0x3A97058D) in 20531B, out 113006B, BBs exec'd 0 ====
- 0x3A97058D: movb %al,%dl
- 0x3A97058F: movl 4(%esi),%eax
- 0x3A970592: orb $0x8, %dl
- 0x3A970595: movb %dl,0x174(%esi)
- 0x3A97059B: movzbl (%eax),%ecx
- 0x3A97059E: testb %cl,%cl
- 0x3A9705A0: jz-32 0x3A97063E
-. 1092 3A97058D 25
-. 88 C2 8B 46 04 80 CA 08 88 96 74 01 00 00 0F B6 08 84 C9 0F 84 98 00 00 00
-
-==== BB 1093 (0x3A9705A6) in 20556B, out 113148B, BBs exec'd 0 ====
- 0x3A9705A6: movl 72(%esi),%edx
- 0x3A9705A9: testl %edx,%edx
- 0x3A9705AB: jnz-8 0x3A9705D0
-. 1093 3A9705A6 7
-. 8B 56 48 85 D2 75 23
-
-==== BB 1094 (0x3A9705D0) in 20563B, out 113220B, BBs exec'd 0 ====
- 0x3A9705D0: testb $0x2, 0xFFFFFC14(%ebx)
- 0x3A9705D7: jnz-8 0x3A970655
-. 1094 3A9705D0 9
-. F6 83 14 FC FF FF 02 75 7C
-
-==== BB 1095 (0x3A9705D9) in 20572B, out 113290B, BBs exec'd 0 ====
- 0x3A9705D9: testl %edx,%edx
- 0x3A9705DB: jnz-8 0x3A97061F
-. 1095 3A9705D9 4
-. 85 D2 75 42
-
-==== BB 1096 (0x3A97061F) in 20576B, out 113349B, BBs exec'd 0 ====
- 0x3A97061F: movl 4(%edx),%eax
- 0x3A970622: movl 8(%ebp),%edx
- 0x3A970625: movl (%esi),%edi
- 0x3A970627: movl %edx,8(%esp,,)
- 0x3A97062B: movl -20(%ebp),%edx
- 0x3A97062E: addl %edi,%eax
- 0x3A970630: movl %edx,4(%esp,,)
- 0x3A970634: movl -16(%ebp),%edx
- 0x3A970637: movl %edx,(%esp,,)
- 0x3A97063A: call*l %eax
-. 1096 3A97061F 29
-. 8B 42 04 8B 55 08 8B 3E 89 54 24 08 8B 55 EC 01 F8 89 54 24 04 8B 55 F0 89 14 24 FF D0
-
-==== BB 1097 (0x3A97C92C) in 20605B, out 113486B, BBs exec'd 0 ====
- 0x3A97C92C: pushl %ebp
- 0x3A97C92D: movl %esp,%ebp
- 0x3A97C92F: subl $0x8, %esp
- 0x3A97C932: call 0x3A97C9C0
-. 1097 3A97C92C 11
-. 55 89 E5 83 EC 08 E8 89 00 00 00
-
-==== BB 1098 (0x3A97C9C0) in 20616B, out 113571B, BBs exec'd 0 ====
- 0x3A97C9C0: pushl %ebp
- 0x3A97C9C1: movl %esp,%ebp
- 0x3A97C9C3: pushl %ebx
- 0x3A97C9C4: call 0x3A97C9C9 ; popl %ebx
- 0x3A97C9CA: addl $0x1417, %ebx
- 0x3A97C9D0: pushl %edx
- 0x3A97C9D1: movl 0x2C(%ebx),%eax
- 0x3A97C9D7: testl %eax,%eax
- 0x3A97C9D9: jz-8 0x3A97C9DD
-. 1098 3A97C9C0 27
-. 55 89 E5 53 E8 00 00 00 00 5B 81 C3 17 14 00 00 52 8B 83 2C 00 00 00 85 C0 74 02
-
-==== BB 1099 (0x3A97C9DD) in 20643B, out 113723B, BBs exec'd 0 ====
- 0x3A97C9DD: popl %eax
- 0x3A97C9DE: popl %ebx
- 0x3A97C9DF: leave 0x3A97C9E0: ret
-. 1099 3A97C9DD 4
-. 58 5B C9 C3
-
-==== BB 1100 (0x3A97C937) in 20647B, out 113807B, BBs exec'd 0 ====
- 0x3A97C937: call 0x3A97CA60
-. 1100 3A97C937 5
-. E8 24 01 00 00
-
-==== BB 1101 (0x3A97CA60) in 20652B, out 113852B, BBs exec'd 0 ====
- 0x3A97CA60: pushl %ebp
- 0x3A97CA61: movl %esp,%ebp
- 0x3A97CA63: pushl %ebx
- 0x3A97CA64: call 0x3A97CA69 ; popl %ebx
- 0x3A97CA6A: addl $0x1377, %ebx
- 0x3A97CA70: pushl %eax
- 0x3A97CA71: movl 0xFFFFFFFC(%ebx),%eax
- 0x3A97CA77: testl %eax,%eax
- 0x3A97CA79: jz-8 0x3A97CA85
-. 1101 3A97CA60 27
-. 55 89 E5 53 E8 00 00 00 00 5B 81 C3 77 13 00 00 50 8B 83 FC FF FF FF 85 C0 74 0A
-
-==== BB 1102 (0x3A97CA85) in 20679B, out 114004B, BBs exec'd 0 ====
- 0x3A97CA85: movl -4(%ebp),%ebx
- 0x3A97CA88: leave 0x3A97CA89: ret
-. 1102 3A97CA85 5
-. 8B 5D FC C9 C3
-
-==== BB 1103 (0x3A97C93C) in 20684B, out 114066B, BBs exec'd 0 ====
- 0x3A97C93C: call 0x3A97CCA0
-. 1103 3A97C93C 5
-. E8 5F 03 00 00
-
-==== BB 1104 (0x3A97CCA0) in 20689B, out 114111B, BBs exec'd 0 ====
- 0x3A97CCA0: pushl %ebp
- 0x3A97CCA1: movl %esp,%ebp
- 0x3A97CCA3: pushl %esi
- 0x3A97CCA4: pushl %ebx
- 0x3A97CCA5: call 0x3A97CCAA ; popl %ebx
- 0x3A97CCAB: addl $0x1136, %ebx
- 0x3A97CCB1: leal 0xFFFFFFF0(%ebx), %eax
- 0x3A97CCB7: leal -4(%eax), %esi
- 0x3A97CCBA: movl -4(%eax),%eax
- 0x3A97CCBD: cmpl $0xFFFFFFFF, %eax
- 0x3A97CCC0: jz-8 0x3A97CCCE
-. 1104 3A97CCA0 34
-. 55 89 E5 56 53 E8 00 00 00 00 5B 81 C3 36 11 00 00 8D 83 F0 FF FF FF 8D 70 FC 8B 40 FC 83 F8 FF 74 0C
-
-==== BB 1105 (0x3A97CCCE) in 20723B, out 114278B, BBs exec'd 0 ====
- 0x3A97CCCE: popl %ebx
- 0x3A97CCCF: popl %esi
- 0x3A97CCD0: popl %ebp
- 0x3A97CCD1: ret
-. 1105 3A97CCCE 4
-. 5B 5E 5D C3
-
-==== BB 1106 (0x3A97C941) in 20727B, out 114356B, BBs exec'd 0 ====
- 0x3A97C941: leave 0x3A97C942: ret
-. 1106 3A97C941 2
-. C9 C3
-
-==== BB 1107 (0x3A97063C) in 20729B, out 114405B, BBs exec'd 0 ====
- 0x3A97063C: jmp-8 0x3A9705DD
-. 1107 3A97063C 2
-. EB 9F
-
-==== BB 1108 (0x3A9705DD) in 20731B, out 114433B, BBs exec'd 0 ====
- 0x3A9705DD: movl 124(%esi),%edx
- 0x3A9705E0: testl %edx,%edx
- 0x3A9705E2: jz-8 0x3A9705C0
-. 1108 3A9705DD 7
-. 8B 56 7C 85 D2 74 DC
-
-==== BB 1109 (0x3A9705C0) in 20738B, out 114505B, BBs exec'd 0 ====
- 0x3A9705C0: movl -12(%ebp),%ebx
- 0x3A9705C3: movl -8(%ebp),%esi
- 0x3A9705C6: movl -4(%ebp),%edi
- 0x3A9705C9: movl %ebp,%esp
- 0x3A9705CB: popl %ebp
- 0x3A9705CC: ret
-. 1109 3A9705C0 13
-. 8B 5D F4 8B 75 F8 8B 7D FC 89 EC 5D C3
-
-==== BB 1110 (0x3A970758) in 20751B, out 114597B, BBs exec'd 0 ====
- 0x3A970758: xorl %eax, %eax
- 0x3A97075A: movl %eax,0xFFFFF9CC(%ebx)
- 0x3A970760: movl -24(%ebp),%eax
- 0x3A970763: testl %eax,%eax
- 0x3A970765: jz-32 0x3A9706C4
-. 1110 3A970758 19
-. 31 C0 89 83 CC F9 FF FF 8B 45 E8 85 C0 0F 84 59 FF FF FF
-
-==== BB 1111 (0x3A9706C4) in 20770B, out 114696B, BBs exec'd 0 ====
- 0x3A9706C4: xorl %eax, %eax
- 0x3A9706C6: call 0x3A970B30
-. 1111 3A9706C4 7
-. 31 C0 E8 65 04 00 00
-
-==== BB 1112 (0x3A970B65) in 20777B, out 114759B, BBs exec'd 0 ====
- 0x3A970B65: popl %ebp
- 0x3A970B66: movl %edx,%eax
- 0x3A970B68: ret
-. 1112 3A970B65 4
-. 5D 89 D0 C3
-
-==== BB 1113 (0x3A9706CB) in 20781B, out 114815B, BBs exec'd 0 ====
- 0x3A9706CB: movl %eax,-28(%ebp)
- 0x3A9706CE: movl $0x1, 12(%eax)
- 0x3A9706D5: call 0x3A970B70
-. 1113 3A9706CB 15
-. 89 45 E4 C7 40 0C 01 00 00 00 E8 96 04 00 00
-
-==== BB 1114 (0x3A9706DA) in 20796B, out 114891B, BBs exec'd 0 ====
- 0x3A9706DA: movl 0x154(%edi),%esi
- 0x3A9706E0: movl %esi,%eax
- 0x3A9706E2: decl %esi
- 0x3A9706E3: testl %eax,%eax
- 0x3A9706E5: jnz-8 0x3A970708
-. 1114 3A9706DA 13
-. 8B B7 54 01 00 00 89 F0 4E 85 C0 75 21
-
-==== BB 1115 (0x3A970708) in 20809B, out 114984B, BBs exec'd 0 ====
- 0x3A970708: movl 0x1D4(%edi),%eax
- 0x3A97070E: movl 8(%ebp),%edx
- 0x3A970711: movl (%eax,%esi,4),%eax
- 0x3A970714: movl %edx,(%esp,,)
- 0x3A970717: movl -20(%ebp),%ecx
- 0x3A97071A: movl -16(%ebp),%edx
- 0x3A97071D: call 0x3A970560
-. 1115 3A970708 26
-. 8B 87 D4 01 00 00 8B 55 08 8B 04 B0 89 14 24 8B 4D EC 8B 55 F0 E8 3E FE FF FF
-
-==== BB 1116 (0x3A9705AD) in 20835B, out 115108B, BBs exec'd 0 ====
- 0x3A9705AD: movl 124(%esi),%edi
- 0x3A9705B0: testl %edi,%edi
- 0x3A9705B2: jnz-8 0x3A9705D0
-. 1116 3A9705AD 7
-. 8B 7E 7C 85 FF 75 1C
-
-==== BB 1117 (0x3A9705B4) in 20842B, out 115180B, BBs exec'd 0 ====
- 0x3A9705B4: leal 0x0(%esi), %esi
- 0x3A9705BA: leal 0x0(%edi), %edi
- 0x3A9705C0: movl -12(%ebp),%ebx
- 0x3A9705C3: movl -8(%ebp),%esi
- 0x3A9705C6: movl -4(%ebp),%edi
- 0x3A9705C9: movl %ebp,%esp
- 0x3A9705CB: popl %ebp
- 0x3A9705CC: ret
-. 1117 3A9705B4 25
-. 8D B6 00 00 00 00 8D BF 00 00 00 00 8B 5D F4 8B 75 F8 8B 7D FC 89 EC 5D C3
-
-==== BB 1118 (0x3A970722) in 20867B, out 115290B, BBs exec'd 0 ====
- 0x3A970722: movl %esi,%eax
- 0x3A970724: decl %esi
- 0x3A970725: testl %eax,%eax
- 0x3A970727: jnz-8 0x3A970708
-. 1118 3A970722 7
-. 89 F0 4E 85 C0 75 DF
-
-==== BB 1119 _init(0x3A9B37C0) in 20874B, out 115367B, BBs exec'd 0 ====
- 0x3A9B37C0: pushl %ebp
- 0x3A9B37C1: xorl %eax, %eax
- 0x3A9B37C3: movl %esp,%ebp
- 0x3A9B37C5: subl $0x18, %esp
- 0x3A9B37C8: movl %ebx,-12(%ebp)
- 0x3A9B37CB: call 0x3A9B3791
-. 1119 3A9B37C0 16
-. 55 31 C0 89 E5 83 EC 18 89 5D F4 E8 C1 FF FF FF
-
-==== BB 1120 __i686.get_pc_thunk.bx(0x3A9B3791) in 20890B, out 115479B, BBs exec'd 0 ====
- 0x3A9B3791: movl (%esp,,),%ebx
- 0x3A9B3794: ret
-. 1120 3A9B3791 4
-. 8B 1C 24 C3
-
-==== BB 1121 (0x3A9B37D0) in 20894B, out 115519B, BBs exec'd 0 ====
- 0x3A9B37D0: addl $0xFC840, %ebx
- 0x3A9B37D6: movl %esi,-8(%ebp)
- 0x3A9B37D9: movl 0xA4(%ebx),%edx
- 0x3A9B37DF: movl 16(%ebp),%esi
- 0x3A9B37E2: movl %edi,-4(%ebp)
- 0x3A9B37E5: testl %edx,%edx
- 0x3A9B37E7: movl 12(%ebp),%edi
- 0x3A9B37EA: jz-8 0x3A9B3800
-. 1121 3A9B37D0 28
-. 81 C3 40 C8 0F 00 89 75 F8 8B 93 A4 00 00 00 8B 75 10 89 7D FC 85 D2 8B 7D 0C 74 14
-
-==== BB 1122 (0x3A9B37EC) in 20922B, out 115662B, BBs exec'd 0 ====
- 0x3A9B37EC: movl (%edx),%edx
- 0x3A9B37EE: testl %edx,%edx
- 0x3A9B37F0: jnz-8 0x3A9B3800
-. 1122 3A9B37EC 6
-. 8B 12 85 D2 75 0E
-
-==== BB 1123 (0x3A9B3800) in 20928B, out 115731B, BBs exec'd 0 ====
- 0x3A9B3800: movl %eax,0xFFFF9010(%ebx)
- 0x3A9B3806: testl %eax,%eax
- 0x3A9B3808: jnz-8 0x3A9B3830
-. 1123 3A9B3800 10
-. 89 83 10 90 FF FF 85 C0 75 26
-
-==== BB 1124 (0x3A9B380A) in 20938B, out 115806B, BBs exec'd 0 ====
- 0x3A9B380A: movl 0x180(%ebx),%eax
- 0x3A9B3810: movzwl (%eax),%edx
- 0x3A9B3813: movl 0x168(%ebx),%eax
- 0x3A9B3819: cmpw 56(%eax),%dx
- 0x3A9B381D: jz-8 0x3A9B3830
-. 1124 3A9B380A 21
-. 8B 83 80 01 00 00 0F B7 10 8B 83 68 01 00 00 66 3B 50 38 74 11
-
-==== BB 1125 (0x3A9B3830) in 20959B, out 115912B, BBs exec'd 0 ====
- 0x3A9B3830: movl %edi,0x28D8(%ebx)
- 0x3A9B3836: movl 8(%ebp),%eax
- 0x3A9B3839: movl %eax,0x28D4(%ebx)
- 0x3A9B383F: movl 0x13C(%ebx),%eax
- 0x3A9B3845: movl %esi,(%eax)
- 0x3A9B3847: movl %esi,8(%esp,,)
- 0x3A9B384B: movl %edi,4(%esp,,)
- 0x3A9B384F: movl 8(%ebp),%eax
- 0x3A9B3852: movl %eax,(%esp,,)
- 0x3A9B3855: call 0x3AA57E00
-. 1125 3A9B3830 42
-. 89 BB D8 28 00 00 8B 45 08 89 83 D4 28 00 00 8B 83 3C 01 00 00 89 30 89 74 24 08 89 7C 24 04 8B 45 08 89 04 24 E8 A6 45 0A 00
-
-==== BB 1126 __init_misc(0x3AA57E00) in 21001B, out 116065B, BBs exec'd 0 ====
- 0x3AA57E00: pushl %ebp
- 0x3AA57E01: movl %esp,%ebp
- 0x3AA57E03: subl $0x14, %esp
- 0x3AA57E06: movl %edi,-4(%ebp)
- 0x3AA57E09: movl 12(%ebp),%edi
- 0x3AA57E0C: movl %ebx,-12(%ebp)
- 0x3AA57E0F: call 0x3A9B3791
-. 1126 3AA57E00 20
-. 55 89 E5 83 EC 14 89 7D FC 8B 7D 0C 89 5D F4 E8 7D B9 F5 FF
-
-==== BB 1127 (0x3AA57E14) in 21021B, out 116189B, BBs exec'd 0 ====
- 0x3AA57E14: addl $0x581FC, %ebx
- 0x3AA57E1A: movl %esi,-8(%ebp)
- 0x3AA57E1D: testl %edi,%edi
- 0x3AA57E1F: jz-8 0x3AA57E51
-. 1127 3AA57E14 13
-. 81 C3 FC 81 05 00 89 75 F8 85 FF 74 30
-
-==== BB 1128 (0x3AA57E21) in 21034B, out 116280B, BBs exec'd 0 ====
- 0x3AA57E21: movl (%edi),%esi
- 0x3AA57E23: testl %esi,%esi
- 0x3AA57E25: jz-8 0x3AA57E51
-. 1128 3AA57E21 6
-. 8B 37 85 F6 74 2A
-
-==== BB 1129 (0x3AA57E27) in 21040B, out 116349B, BBs exec'd 0 ====
- 0x3AA57E27: movl %esi,(%esp,,)
- 0x3AA57E2A: movl $0x2F,%eax
- 0x3AA57E2F: movl %eax,4(%esp,,)
- 0x3AA57E33: call 0x3A9B35E0
-. 1129 3AA57E27 17
-. 89 34 24 B8 2F 00 00 00 89 44 24 04 E8 A8 B7 F5 FF
-
-==== BB 1130 (0x3A9B35E0) in 21057B, out 116426B, BBs exec'd 0 ====
- 0x3A9B35E0: jmp*l 0x40(%ebx)
-. 1130 3A9B35E0 6
-. FF A3 40 00 00 00
-
-==== BB 1131 (0x3A9B35E6) in 21063B, out 116453B, BBs exec'd 0 ====
- 0x3A9B35E6: pushl $0x68
- 0x3A9B35EB: jmp 0x3A9B3500
-. 1131 3A9B35E6 10
-. 68 68 00 00 00 E9 10 FF FF FF
-
-==== BB 1132 (0x3A9B3500) in 21073B, out 116502B, BBs exec'd 0 ====
- 0x3A9B3500: pushl 0x4(%ebx)
- 0x3A9B3506: jmp*l 0x8(%ebx)
-. 1132 3A9B3500 12
-. FF B3 04 00 00 00 FF A3 08 00 00 00
-
-==== BB 1133 _dl_runtime_resolve(0x3A96FEF0) in 21085B, out 116551B, BBs exec'd 0 ====
- 0x3A96FEF0: pushl %eax
- 0x3A96FEF1: pushl %ecx
- 0x3A96FEF2: pushl %edx
- 0x3A96FEF3: movl 16(%esp,,),%edx
- 0x3A96FEF7: movl 12(%esp,,),%eax
- 0x3A96FEFB: call 0x3A970060
-. 1133 3A96FEF0 16
-. 50 51 52 8B 54 24 10 8B 44 24 0C E8 60 01 00 00
-
-==== BB 1134 fixup(0x3A970060) in 21101B, out 116670B, BBs exec'd 0 ====
- 0x3A970060: pushl %ebp
- 0x3A970061: movl %esp,%ebp
- 0x3A970063: pushl %edi
- 0x3A970064: pushl %esi
- 0x3A970065: movl %eax,%esi
- 0x3A970067: pushl %ebx
- 0x3A970068: subl $0x24, %esp
- 0x3A97006B: movl 48(%eax),%ecx
- 0x3A97006E: movl 44(%eax),%eax
- 0x3A970071: call 0x3A97592B
-. 1134 3A970060 22
-. 55 89 E5 57 56 89 C6 53 83 EC 24 8B 48 30 8B 40 2C E8 B5 58 00 00
-
-==== BB 1135 (0x3A970076) in 21123B, out 116842B, BBs exec'd 0 ====
- 0x3A970076: addl $0x85F6, %ebx
- 0x3A97007C: movl 4(%eax),%eax
- 0x3A97007F: movl %eax,-20(%ebp)
- 0x3A970082: movl 116(%esi),%eax
- 0x3A970085: movl 4(%eax),%edi
- 0x3A970088: addl %edi,%edx
- 0x3A97008A: movl 4(%edx),%edi
- 0x3A97008D: movl (%edx),%edx
- 0x3A97008F: shrl $0x8, %edi
- 0x3A970092: movl %edi,%eax
- 0x3A970094: shll $0x4, %eax
- 0x3A970097: addl 4(%ecx),%eax
- 0x3A97009A: movl (%esi),%ecx
- 0x3A97009C: addl %ecx,%edx
- 0x3A97009E: movl %edx,-24(%ebp)
- 0x3A9700A1: movl %eax,-28(%ebp)
- 0x3A9700A4: testb $0x3, 13(%eax)
- 0x3A9700A8: movl %eax,-16(%ebp)
- 0x3A9700AB: jnz-32 0x3A970148
-. 1135 3A970076 59
-. 81 C3 F6 85 00 00 8B 40 04 89 45 EC 8B 46 74 8B 78 04 01 FA 8B 7A 04 8B 12 C1 EF 08 89 F8 C1 E0 04 03 41 04 8B 0E 01 CA 89 55 E8 89 45 E4 F6 40 0D 03 89 45 F0 0F 85 97 00 00 00
-
-==== BB 1136 (0x3A9700B1) in 21182B, out 117085B, BBs exec'd 0 ====
- 0x3A9700B1: movl 0xDC(%esi),%eax
- 0x3A9700B7: xorl %edx, %edx
- 0x3A9700B9: testl %eax,%eax
- 0x3A9700BB: jz-8 0x3A9700E2
-. 1136 3A9700B1 12
-. 8B 86 DC 00 00 00 31 D2 85 C0 74 25
-
-==== BB 1137 (0x3A9700BD) in 21194B, out 117174B, BBs exec'd 0 ====
- 0x3A9700BD: movl 4(%eax),%eax
- 0x3A9700C0: movzwl (%eax,%edi,2),%edx
- 0x3A9700C4: movl 0x17C(%esi),%eax
- 0x3A9700CA: andl $0x7FFF, %edx
- 0x3A9700D0: shll $0x4, %edx
- 0x3A9700D3: addl %eax,%edx
- 0x3A9700D5: xorl %eax, %eax
- 0x3A9700D7: cmpl $0x0, 4(%edx)
- 0x3A9700DB: setnz %al
- 0x3A9700DE: negl %eax
- 0x3A9700E0: andl %eax,%edx
- 0x3A9700E2: movl -28(%ebp),%eax
- 0x3A9700E5: movl $0x1,%edi
- 0x3A9700EA: leal -16(%ebp), %ecx
- 0x3A9700ED: movl (%eax),%eax
- 0x3A9700EF: addl %eax,-20(%ebp)
- 0x3A9700F2: xorl %eax, %eax
- 0x3A9700F4: movl %eax,16(%esp,,)
- 0x3A9700F8: movl $0x1,%eax
- 0x3A9700FD: movl %edx,4(%esp,,)
- 0x3A970101: movl %esi,%edx
- 0x3A970103: movl %eax,12(%esp,,)
- 0x3A970107: movl %edi,8(%esp,,)
- 0x3A97010B: movl 0x1B0(%esi),%eax
- 0x3A970111: movl %eax,(%esp,,)
- 0x3A970114: movl -20(%ebp),%eax
- 0x3A970117: call 0x3A96C0E0
-. 1137 3A9700BD 95
-. 8B 40 04 0F B7 14 78 8B 86 7C 01 00 00 81 E2 FF 7F 00 00 C1 E2 04 01 C2 31 C0 83 7A 04 00 0F 95 C0 F7 D8 21 C2 8B 45 E4 BF 01 00 00 00 8D 4D F0 8B 00 01 45 EC 31 C0 89 44 24 10 B8 01 00 00 00 89 54 24 04 89 F2 89 44 24 0C 89 7C 24 08 8B 86 B0 01 00 00 89 04 24 8B 45 EC E8 C4 BF FF FF
-
-==== BB 1138 (0x3A97011C) in 21289B, out 117515B, BBs exec'd 0 ====
- 0x3A97011C: movl -16(%ebp),%edx
- 0x3A97011F: subl $0x14, %esp
- 0x3A970122: movl %eax,%ecx
- 0x3A970124: xorl %eax, %eax
- 0x3A970126: testl %edx,%edx
- 0x3A970128: jz-8 0x3A970131
-. 1138 3A97011C 14
-. 8B 55 F0 83 EC 14 89 C1 31 C0 85 D2 74 07
-
-==== BB 1139 (0x3A97012A) in 21303B, out 117624B, BBs exec'd 0 ====
- 0x3A97012A: movl %ecx,%eax
- 0x3A97012C: movl 4(%edx),%ecx
- 0x3A97012F: addl %ecx,%eax
- 0x3A970131: movl 0xFFFFFC44(%ebx),%esi
- 0x3A970137: testl %esi,%esi
- 0x3A970139: jnz-8 0x3A970140
-. 1139 3A97012A 17
-. 89 C8 8B 4A 04 01 C8 8B B3 44 FC FF FF 85 F6 75 05
-
-==== BB 1140 (0x3A97013B) in 21320B, out 117731B, BBs exec'd 0 ====
- 0x3A97013B: movl -24(%ebp),%edx
- 0x3A97013E: movl %eax,(%edx)
- 0x3A970140: leal -12(%ebp), %esp
- 0x3A970143: popl %ebx
- 0x3A970144: popl %esi
- 0x3A970145: popl %edi
- 0x3A970146: popl %ebp
- 0x3A970147: ret
-. 1140 3A97013B 13
-. 8B 55 E8 89 02 8D 65 F4 5B 5E 5F 5D C3
-
-==== BB 1141 (0x3A96FF00) in 21333B, out 117856B, BBs exec'd 0 ====
- 0x3A96FF00: popl %edx
- 0x3A96FF01: popl %ecx
- 0x3A96FF02: xchgl %eax, (%esp,,)
- 0x3A96FF05: ret 8
-. 1141 3A96FF00 8
-. 5A 59 87 04 24 C2 08 00
-
-==== BB 1142 strrchr(0x3AA05860) in 21341B, out 117934B, BBs exec'd 0 ====
- 0x3AA05860: pushl %edi
- 0x3AA05861: pushl %esi
- 0x3AA05862: xorl %eax, %eax
- 0x3AA05864: movl 12(%esp,,),%esi
- 0x3AA05868: movl 16(%esp,,),%ecx
- 0x3AA0586C: movb %cl,%ch{bp}
- 0x3AA0586E: movl %ecx,%edx
- 0x3AA05870: shll $0x10, %ecx
- 0x3AA05873: movw %dx,%cx
- 0x3AA05876: testl $0x3, %esi
- 0x3AA0587C: jz-32 0x3AA05903
-. 1142 3AA05860 34
-. 57 56 31 C0 8B 74 24 0C 8B 4C 24 10 88 CD 89 CA C1 E1 10 66 89 D1 F7 C6 03 00 00 00 0F 84 81 00 00 00
-
-==== BB 1143 (0x3AA05903) in 21375B, out 118113B, BBs exec'd 0 ====
- 0x3AA05903: movl (%esi),%edx
- 0x3AA05905: movl $0xFEFEFEFF,%edi
- 0x3AA0590A: addl %edx,%edi
- 0x3AA0590C: jnb-32 0x3AA059EC
-. 1143 3AA05903 15
-. 8B 16 BF FF FE FE FE 01 D7 0F 83 DA 00 00 00
-
-==== BB 1144 (0x3AA05912) in 21390B, out 118191B, BBs exec'd 0 ====
- 0x3AA05912: xorl %edx,%edi
- 0x3AA05914: orl $0xFEFEFEFF, %edi
- 0x3AA0591A: incl %edi
- 0x3AA0591B: jnz-32 0x3AA059EC
-. 1144 3AA05912 15
-. 31 D7 81 CF FF FE FE FE 47 0F 85 CB 00 00 00
-
-==== BB 1145 (0x3AA05921) in 21405B, out 118267B, BBs exec'd 0 ====
- 0x3AA05921: xorl %ecx,%edx
- 0x3AA05923: movl $0xFEFEFEFF,%edi
- 0x3AA05928: addl %edx,%edi
- 0x3AA0592A: jnb-8 0x3AA058CA
-. 1145 3AA05921 11
-. 31 CA BF FF FE FE FE 01 D7 73 9E
-
-==== BB 1146 (0x3AA0592C) in 21416B, out 118345B, BBs exec'd 0 ====
- 0x3AA0592C: xorl %edx,%edi
- 0x3AA0592E: orl $0xFEFEFEFF, %edi
- 0x3AA05934: incl %edi
- 0x3AA05935: jnz-8 0x3AA058E0
-. 1146 3AA0592C 11
-. 31 D7 81 CF FF FE FE FE 47 75 A9
-
-==== BB 1147 (0x3AA058E0) in 21427B, out 118421B, BBs exec'd 0 ====
- 0x3AA058E0: subl $0x4, %esi
- 0x3AA058E3: subl $0x4, %esi
- 0x3AA058E6: subl $0x4, %esi
- 0x3AA058E9: testl $0xFF0000, %edx
- 0x3AA058EF: jnz-8 0x3AA058F6
-. 1147 3AA058E0 17
-. 83 EE 04 83 EE 04 83 EE 04 F7 C2 00 00 FF 00 75 05
-
-==== BB 1148 (0x3AA058F6) in 21444B, out 118509B, BBs exec'd 0 ====
- 0x3AA058F6: leal 12(%esi), %eax
- 0x3AA058F9: testb %dh{si},%dh{si}
- 0x3AA058FB: jnz-8 0x3AA05900
-. 1148 3AA058F6 7
-. 8D 46 0C 84 F6 75 03
-
-==== BB 1149 (0x3AA058FD) in 21451B, out 118583B, BBs exec'd 0 ====
- 0x3AA058FD: leal 13(%esi), %eax
- 0x3AA05900: addl $0x10, %esi
- 0x3AA05903: movl (%esi),%edx
- 0x3AA05905: movl $0xFEFEFEFF,%edi
- 0x3AA0590A: addl %edx,%edi
- 0x3AA0590C: jnb-32 0x3AA059EC
-. 1149 3AA058FD 21
-. 8D 46 0D 83 C6 10 8B 16 BF FF FE FE FE 01 D7 0F 83 DA 00 00 00
-
-==== BB 1150 (0x3AA05937) in 21472B, out 118684B, BBs exec'd 0 ====
- 0x3AA05937: movl 4(%esi),%edx
- 0x3AA0593A: movl $0xFEFEFEFF,%edi
- 0x3AA0593F: addl %edx,%edi
- 0x3AA05941: jnb-32 0x3AA059E9
-. 1150 3AA05937 16
-. 8B 56 04 BF FF FE FE FE 01 D7 0F 83 A2 00 00 00
-
-==== BB 1151 (0x3AA05947) in 21488B, out 118765B, BBs exec'd 0 ====
- 0x3AA05947: xorl %edx,%edi
- 0x3AA05949: orl $0xFEFEFEFF, %edi
- 0x3AA0594F: incl %edi
- 0x3AA05950: jnz-32 0x3AA059E9
-. 1151 3AA05947 15
-. 31 D7 81 CF FF FE FE FE 47 0F 85 93 00 00 00
-
-==== BB 1152 (0x3AA059E9) in 21503B, out 118841B, BBs exec'd 0 ====
- 0x3AA059E9: addl $0x4, %esi
- 0x3AA059EC: cmpb %cl,%dl
- 0x3AA059EE: jnz-8 0x3AA059F2
-. 1152 3AA059E9 7
-. 83 C6 04 38 CA 75 02
-
-==== BB 1153 (0x3AA059F2) in 21510B, out 118912B, BBs exec'd 0 ====
- 0x3AA059F2: testb %dl,%dl
- 0x3AA059F4: jz-8 0x3AA05A16
-. 1153 3AA059F2 4
-. 84 D2 74 20
-
-==== BB 1154 (0x3AA05A16) in 21514B, out 118973B, BBs exec'd 0 ====
- 0x3AA05A16: popl %esi
- 0x3AA05A17: popl %edi
- 0x3AA05A18: ret
-. 1154 3AA05A16 3
-. 5E 5F C3
-
-==== BB 1155 (0x3AA57E38) in 21517B, out 119035B, BBs exec'd 0 ====
- 0x3AA57E38: testl %eax,%eax
- 0x3AA57E3A: jz-8 0x3AA57E5E
-. 1155 3AA57E38 4
-. 85 C0 74 22
-
-==== BB 1156 (0x3AA57E3C) in 21521B, out 119094B, BBs exec'd 0 ====
- 0x3AA57E3C: leal 1(%eax), %edx
- 0x3AA57E3F: movl 0x198(%ebx),%eax
- 0x3AA57E45: movl %edx,(%eax)
- 0x3AA57E47: movl (%edi),%edx
- 0x3AA57E49: movl 0x270(%ebx),%eax
- 0x3AA57E4F: movl %edx,(%eax)
- 0x3AA57E51: movl -12(%ebp),%ebx
- 0x3AA57E54: movl -8(%ebp),%esi
- 0x3AA57E57: movl -4(%ebp),%edi
- 0x3AA57E5A: movl %ebp,%esp
- 0x3AA57E5C: popl %ebp
- 0x3AA57E5D: ret
-. 1156 3AA57E3C 34
-. 8D 50 01 8B 83 98 01 00 00 89 10 8B 17 8B 83 70 02 00 00 89 10 8B 5D F4 8B 75 F8 8B 7D FC 89 EC 5D C3
-
-==== BB 1157 (0x3A9B385A) in 21555B, out 119255B, BBs exec'd 0 ====
- 0x3A9B385A: call 0x3A9B3720
-. 1157 3A9B385A 5
-. E8 C1 FE FF FF
-
-==== BB 1158 __libc_global_ctors(0x3A9B3720) in 21560B, out 119300B, BBs exec'd 0 ====
- 0x3A9B3720: pushl %ebp
- 0x3A9B3721: movl %esp,%ebp
- 0x3A9B3723: pushl %esi
- 0x3A9B3724: pushl %ebx
- 0x3A9B3725: call 0x3A9B3791
-. 1158 3A9B3720 10
-. 55 89 E5 56 53 E8 67 00 00 00
-
-==== BB 1159 (0x3A9B372A) in 21570B, out 119403B, BBs exec'd 0 ====
- 0x3A9B372A: addl $0xFC8E6, %ebx
- 0x3A9B3730: leal 0xFFFFFF94(%ebx), %esi
- 0x3A9B3736: movl (%esi),%eax
- 0x3A9B3738: testl %eax,%eax
- 0x3A9B373A: jnz-8 0x3A9B3740
-. 1159 3A9B372A 18
-. 81 C3 E6 C8 0F 00 8D B3 94 FF FF FF 8B 06 85 C0 75 04
-
-==== BB 1160 (0x3A9B3740) in 21588B, out 119495B, BBs exec'd 0 ====
- 0x3A9B3740: addl $0x4, %esi
- 0x3A9B3743: call*l %eax
-. 1160 3A9B3740 5
-. 83 C6 04 FF D0
-
-==== BB 1161 _IO_check_libio(0x3A9FE7B0) in 21593B, out 119550B, BBs exec'd 0 ====
- 0x3A9FE7B0: pushl %ebp
- 0x3A9FE7B1: movl %esp,%ebp
- 0x3A9FE7B3: subl $0x8, %esp
- 0x3A9FE7B6: movl %ebx,(%esp,,)
- 0x3A9FE7B9: call 0x3A9B3791
-. 1161 3A9FE7B0 14
-. 55 89 E5 83 EC 08 89 1C 24 E8 D3 4F FB FF
-
-==== BB 1162 (0x3A9FE7BE) in 21607B, out 119645B, BBs exec'd 0 ====
- 0x3A9FE7BE: addl $0xB1852, %ebx
- 0x3A9FE7C4: movl %esi,4(%esp,,)
- 0x3A9FE7C8: movl 0x238(%ebx),%eax
- 0x3A9FE7CE: testl %eax,%eax
- 0x3A9FE7D0: jnz-8 0x3A9FE820
-. 1162 3A9FE7BE 20
-. 81 C3 52 18 0B 00 89 74 24 04 8B 83 38 02 00 00 85 C0 75 4E
-
-==== BB 1163 (0x3A9FE820) in 21627B, out 119749B, BBs exec'd 0 ====
- 0x3A9FE820: movl (%esp,,),%ebx
- 0x3A9FE823: movl 4(%esp,,),%esi
- 0x3A9FE827: movl %ebp,%esp
- 0x3A9FE829: popl %ebp
- 0x3A9FE82A: ret
-. 1163 3A9FE820 11
-. 8B 1C 24 8B 74 24 04 89 EC 5D C3
-
-==== BB 1164 (0x3A9B3745) in 21638B, out 119826B, BBs exec'd 0 ====
- 0x3A9B3745: movl (%esi),%eax
- 0x3A9B3747: testl %eax,%eax
- 0x3A9B3749: jnz-8 0x3A9B3740
-. 1164 3A9B3745 6
-. 8B 06 85 C0 75 F5
-
-==== BB 1165 (0x3A9B374B) in 21644B, out 119895B, BBs exec'd 0 ====
- 0x3A9B374B: popl %ebx
- 0x3A9B374C: popl %esi
- 0x3A9B374D: popl %ebp
- 0x3A9B374E: movl %esi,%esi
- 0x3A9B3750: ret
-. 1165 3A9B374B 6
-. 5B 5E 5D 89 F6 C3
-
-==== BB 1166 (0x3A9B385F) in 21650B, out 119977B, BBs exec'd 0 ====
- 0x3A9B385F: movl -12(%ebp),%ebx
- 0x3A9B3862: movl -8(%ebp),%esi
- 0x3A9B3865: movl -4(%ebp),%edi
- 0x3A9B3868: movl %ebp,%esp
- 0x3A9B386A: popl %ebp
- 0x3A9B386B: ret
-. 1166 3A9B385F 13
-. 8B 5D F4 8B 75 F8 8B 7D FC 89 EC 5D C3
-
-==== BB 1167 (0x3A97063E) in 21663B, out 120069B, BBs exec'd 0 ====
- 0x3A97063E: testb $0x3, %dl
- 0x3A970641: jz-32 0x3A9705C0
-. 1167 3A97063E 9
-. F6 C2 03 0F 84 79 FF FF FF
-
-==== BB 1168 (0x3A970729) in 21672B, out 120131B, BBs exec'd 0 ====
- 0x3A970729: movl -28(%ebp),%eax
- 0x3A97072C: movl $0x0, 12(%eax)
- 0x3A970733: call 0x3A970B70
-. 1168 3A970729 15
-. 8B 45 E4 C7 40 0C 00 00 00 00 E8 38 04 00 00
-
-==== BB 1169 (0x3A970738) in 21687B, out 120207B, BBs exec'd 0 ====
- 0x3A970738: xorl %eax, %eax
- 0x3A97073A: movl %eax,0x34(%ebx)
- 0x3A970740: addl $0x2C, %esp
- 0x3A970743: popl %ebx
- 0x3A970744: popl %esi
- 0x3A970745: popl %edi
- 0x3A970746: popl %ebp
- 0x3A970747: ret 4
-. 1169 3A970738 18
-. 31 C0 89 83 34 00 00 00 83 C4 2C 5B 5E 5F 5D C2 04 00
-
-==== BB 1170 (0x3A9658B5) in 21705B, out 120340B, BBs exec'd 0 ====
- 0x3A9658B5: leal 0xFFFF8194(%ebx), %edx
- 0x3A9658BB: jmp*l %edi
-. 1170 3A9658B5 8
-. 8D 93 94 81 FF FF FF E7
-
-==== BB 1171 (0x80482A0) in 21713B, out 120377B, BBs exec'd 0 ====
- 0x80482A0: xorl %ebp, %ebp
- 0x80482A2: popl %esi
- 0x80482A3: movl %esp,%ecx
- 0x80482A5: andl $0xFFFFFFF0, %esp
- 0x80482A8: pushl %eax
- 0x80482A9: pushl %esp
- 0x80482AA: pushl %edx
- 0x80482AB: pushl $0x8048370
- 0x80482B0: pushl $0x80483E0
- 0x80482B5: pushl %ecx
- 0x80482B6: pushl %esi
- 0x80482B7: pushl $0x804835C
- 0x80482BC: call 0x804828C
-. 1171 80482A0 33
-. 31 ED 5E 89 E1 83 E4 F0 50 54 52 68 70 83 04 08 68 E0 83 04 08 51 56 68 5C 83 04 08 E8 CB FF FF FF
-
-==== BB 1172 (0x804828C) in 21746B, out 120608B, BBs exec'd 0 ====
- 0x804828C: jmp*l (0x8049580)
-. 1172 804828C 6
-. FF 25 80 95 04 08
-
-==== BB 1173 (0x8048292) in 21752B, out 120634B, BBs exec'd 0 ====
- 0x8048292: pushl $0x0
- 0x8048297: jmp 0x804827C
-. 1173 8048292 10
-. 68 00 00 00 00 E9 E0 FF FF FF
-
-==== BB 1174 (0x804827C) in 21762B, out 120683B, BBs exec'd 0 ====
- 0x804827C: pushl (0x8049578)
- 0x8048282: jmp*l (0x804957C)
-. 1174 804827C 12
-. FF 35 78 95 04 08 FF 25 7C 95 04 08
-
-==== BB 1175 __libc_start_main(0x3A9B3870) in 21774B, out 120733B, BBs exec'd 0 ====
- 0x3A9B3870: pushl %ebp
- 0x3A9B3871: xorl %ecx, %ecx
- 0x3A9B3873: movl %esp,%ebp
- 0x3A9B3875: pushl %edi
- 0x3A9B3876: pushl %esi
- 0x3A9B3877: pushl %ebx
- 0x3A9B3878: subl $0xC, %esp
- 0x3A9B387B: movl 12(%ebp),%eax
- 0x3A9B387E: movl 16(%ebp),%edi
- 0x3A9B3881: call 0x3A9B3791
-. 1175 3A9B3870 22
-. 55 31 C9 89 E5 57 56 53 83 EC 0C 8B 45 0C 8B 7D 10 E8 0B FF FF FF
-
-==== BB 1176 (0x3A9B3886) in 21796B, out 120906B, BBs exec'd 0 ====
- 0x3A9B3886: addl $0xFC78A, %ebx
- 0x3A9B388C: movl 28(%ebp),%esi
- 0x3A9B388F: leal 4(%edi,%eax,4), %edx
- 0x3A9B3893: movl 0xA4(%ebx),%eax
- 0x3A9B3899: testl %eax,%eax
- 0x3A9B389B: jz-8 0x3A9B38B0
-. 1176 3A9B3886 23
-. 81 C3 8A C7 0F 00 8B 75 1C 8D 54 87 04 8B 83 A4 00 00 00 85 C0 74 13
-
-==== BB 1177 (0x3A9B389D) in 21819B, out 121027B, BBs exec'd 0 ====
- 0x3A9B389D: movl (%eax),%eax
- 0x3A9B389F: testl %eax,%eax
- 0x3A9B38A1: jnz-8 0x3A9B38B0
-. 1177 3A9B389D 6
-. 8B 00 85 C0 75 0D
-
-==== BB 1178 (0x3A9B38A3) in 21825B, out 121096B, BBs exec'd 0 ====
- 0x3A9B38A3: movl $0x1,%ecx
- 0x3A9B38A8: nop
- 0x3A9B38A9: leal 0(%esi,,), %esi
- 0x3A9B38B0: movl 0xB4(%ebx),%eax
- 0x3A9B38B6: testl %esi,%esi
- 0x3A9B38B8: movl %ecx,(%eax)
- 0x3A9B38BA: movl 0x13C(%ebx),%eax
- 0x3A9B38C0: movl %edx,(%eax)
- 0x3A9B38C2: jz-8 0x3A9B38D8
-. 1178 3A9B38A3 33
-. B9 01 00 00 00 90 8D B4 26 00 00 00 00 8B 83 B4 00 00 00 85 F6 89 08 8B 83 3C 01 00 00 89 10 74 14
-
-==== BB 1179 (0x3A9B38C4) in 21858B, out 121230B, BBs exec'd 0 ====
- 0x3A9B38C4: movl %esi,(%esp,,)
- 0x3A9B38C7: xorl %eax, %eax
- 0x3A9B38C9: movl %eax,8(%esp,,)
- 0x3A9B38CD: xorl %eax, %eax
- 0x3A9B38CF: movl %eax,4(%esp,,)
- 0x3A9B38D3: call 0x3A9C8E60
-. 1179 3A9B38C4 20
-. 89 34 24 31 C0 89 44 24 08 31 C0 89 44 24 04 E8 88 55 01 00
-
-==== BB 1180 __cxa_atexit_internal(0x3A9C8E60) in 21878B, out 121334B, BBs exec'd 0 ====
- 0x3A9C8E60: pushl %ebp
- 0x3A9C8E61: movl %esp,%ebp
- 0x3A9C8E63: pushl %ebx
- 0x3A9C8E64: call 0x3A9B3791
-. 1180 3A9C8E60 9
-. 55 89 E5 53 E8 28 A9 FE FF
-
-==== BB 1181 (0x3A9C8E69) in 21887B, out 121421B, BBs exec'd 0 ====
- 0x3A9C8E69: addl $0xE71A7, %ebx
- 0x3A9C8E6F: call 0x3A9C8D70
-. 1181 3A9C8E69 11
-. 81 C3 A7 71 0E 00 E8 FC FE FF FF
-
-==== BB 1182 __new_exitfn(0x3A9C8D70) in 21898B, out 121486B, BBs exec'd 0 ====
- 0x3A9C8D70: pushl %ebp
- 0x3A9C8D71: movl %esp,%ebp
- 0x3A9C8D73: pushl %edi
- 0x3A9C8D74: xorl %edi, %edi
- 0x3A9C8D76: pushl %esi
- 0x3A9C8D77: pushl %ebx
- 0x3A9C8D78: subl $0x4, %esp
- 0x3A9C8D7B: call 0x3A9B3791
-. 1182 3A9C8D70 16
-. 55 89 E5 57 31 FF 56 53 83 EC 04 E8 11 AA FE FF
-
-==== BB 1183 (0x3A9C8D80) in 21914B, out 121633B, BBs exec'd 0 ====
- 0x3A9C8D80: addl $0xE7290, %ebx
- 0x3A9C8D86: movl 0x2B3C(%ebx),%edx
- 0x3A9C8D8C: testl %edx,%edx
- 0x3A9C8D8E: jnz-32 0x3A9C8E34
-. 1183 3A9C8D80 20
-. 81 C3 90 72 0E 00 8B 93 3C 2B 00 00 85 D2 0F 85 A0 00 00 00
-
-==== BB 1184 (0x3A9C8D94) in 21934B, out 121721B, BBs exec'd 0 ====
- 0x3A9C8D94: movl 0xFFFF9EBC(%ebx),%esi
- 0x3A9C8D9A: testl %esi,%esi
- 0x3A9C8D9C: jz-8 0x3A9C8DC9
-. 1184 3A9C8D94 10
-. 8B B3 BC 9E FF FF 85 F6 74 2B
-
-==== BB 1185 (0x3A9C8D9E) in 21944B, out 121796B, BBs exec'd 0 ====
- 0x3A9C8D9E: movl %esi,%esi
- 0x3A9C8DA0: movl 4(%esi),%edx
- 0x3A9C8DA3: xorl %edi, %edi
- 0x3A9C8DA5: cmpl %edx,%edi
- 0x3A9C8DA7: jnb-8 0x3A9C8DBE
-. 1185 3A9C8D9E 11
-. 89 F6 8B 56 04 31 FF 39 D7 73 15
-
-==== BB 1186 (0x3A9C8DBE) in 21955B, out 121886B, BBs exec'd 0 ====
- 0x3A9C8DBE: cmpl $0x1F, %edx
- 0x3A9C8DC1: jbe-8 0x3A9C8DFD
-. 1186 3A9C8DBE 5
-. 83 FA 1F 76 3A
-
-==== BB 1187 (0x3A9C8DFD) in 21960B, out 121943B, BBs exec'd 0 ====
- 0x3A9C8DFD: leal 1(%edx), %eax
- 0x3A9C8E00: movl %edx,%edi
- 0x3A9C8E02: movl %eax,4(%esi)
- 0x3A9C8E05: testl %esi,%esi
- 0x3A9C8E07: jz-8 0x3A9C8DC9
-. 1187 3A9C8DFD 12
-. 8D 42 01 89 D7 89 46 04 85 F6 74 C0
-
-==== BB 1188 (0x3A9C8E09) in 21972B, out 122035B, BBs exec'd 0 ====
- 0x3A9C8E09: movl %edi,%eax
- 0x3A9C8E0B: movl $0x1,%ecx
- 0x3A9C8E10: shll $0x4, %eax
- 0x3A9C8E13: movl %ecx,8(%esi,%eax,1)
- 0x3A9C8E17: movl 0x2B44(%ebx),%edx
- 0x3A9C8E1D: testl %edx,%edx
- 0x3A9C8E1F: jnz-8 0x3A9C8E44
-. 1188 3A9C8E09 24
-. 89 F8 B9 01 00 00 00 C1 E0 04 89 4C 06 08 8B 93 44 2B 00 00 85 D2 75 23
-
-==== BB 1189 (0x3A9C8E21) in 21996B, out 122153B, BBs exec'd 0 ====
- 0x3A9C8E21: xorl %eax, %eax
- 0x3A9C8E23: testl %esi,%esi
- 0x3A9C8E25: jz-8 0x3A9C8E2E
-. 1189 3A9C8E21 6
-. 31 C0 85 F6 74 07
-
-==== BB 1190 (0x3A9C8E27) in 22002B, out 122226B, BBs exec'd 0 ====
- 0x3A9C8E27: shll $0x4, %edi
- 0x3A9C8E2A: leal 8(%edi,%esi,1), %eax
- 0x3A9C8E2E: popl %edx
- 0x3A9C8E2F: popl %ebx
- 0x3A9C8E30: popl %esi
- 0x3A9C8E31: popl %edi
- 0x3A9C8E32: popl %ebp
- 0x3A9C8E33: ret
-. 1190 3A9C8E27 13
-. C1 E7 04 8D 44 37 08 5A 5B 5E 5F 5D C3
-
-==== BB 1191 (0x3A9C8E74) in 22015B, out 122362B, BBs exec'd 0 ====
- 0x3A9C8E74: movl %eax,%edx
- 0x3A9C8E76: testl %edx,%edx
- 0x3A9C8E78: movl $0xFFFFFFFF,%eax
- 0x3A9C8E7D: jz-8 0x3A9C8E99
-. 1191 3A9C8E74 11
-. 89 C2 85 D2 B8 FF FF FF FF 74 1A
-
-==== BB 1192 (0x3A9C8E7F) in 22026B, out 122440B, BBs exec'd 0 ====
- 0x3A9C8E7F: movl $0x4, (%edx)
- 0x3A9C8E85: movl 8(%ebp),%eax
- 0x3A9C8E88: movl %eax,4(%edx)
- 0x3A9C8E8B: movl 12(%ebp),%eax
- 0x3A9C8E8E: movl %eax,8(%edx)
- 0x3A9C8E91: movl 16(%ebp),%eax
- 0x3A9C8E94: movl %eax,12(%edx)
- 0x3A9C8E97: xorl %eax, %eax
- 0x3A9C8E99: popl %ebx
- 0x3A9C8E9A: popl %ebp
- 0x3A9C8E9B: ret
-. 1192 3A9C8E7F 29
-. C7 02 04 00 00 00 8B 45 08 89 42 04 8B 45 0C 89 42 08 8B 45 10 89 42 0C 31 C0 5B 5D C3
-
-==== BB 1193 (0x3A9B38D8) in 22055B, out 122598B, BBs exec'd 0 ====
- 0x3A9B38D8: movl 24(%ebp),%esi
- 0x3A9B38DB: testl %esi,%esi
- 0x3A9B38DD: jz-8 0x3A9B38F6
-. 1193 3A9B38D8 7
-. 8B 75 18 85 F6 74 17
-
-==== BB 1194 (0x3A9B38DF) in 22062B, out 122670B, BBs exec'd 0 ====
- 0x3A9B38DF: xorl %edx, %edx
- 0x3A9B38E1: xorl %ecx, %ecx
- 0x3A9B38E3: movl %ecx,8(%esp,,)
- 0x3A9B38E7: movl %edx,4(%esp,,)
- 0x3A9B38EB: movl 24(%ebp),%edx
- 0x3A9B38EE: movl %edx,(%esp,,)
- 0x3A9B38F1: call 0x3A9C8E60
-. 1194 3A9B38DF 23
-. 31 D2 31 C9 89 4C 24 08 89 54 24 04 8B 55 18 89 14 24 E8 6A 55 01 00
-
-==== BB 1195 (0x3A9C8DA9) in 22085B, out 122787B, BBs exec'd 0 ====
- 0x3A9C8DA9: leal 8(%esi), %eax
- 0x3A9C8DAC: leal 0(%esi,,), %esi
- 0x3A9C8DB0: movl (%eax),%ecx
- 0x3A9C8DB2: testl %ecx,%ecx
- 0x3A9C8DB4: jz-8 0x3A9C8DF4
-. 1195 3A9C8DA9 13
-. 8D 46 08 8D 74 26 00 8B 08 85 C9 74 3E
-
-==== BB 1196 (0x3A9C8DB6) in 22098B, out 122876B, BBs exec'd 0 ====
- 0x3A9C8DB6: incl %edi
- 0x3A9C8DB7: addl $0x10, %eax
- 0x3A9C8DBA: cmpl %edx,%edi
- 0x3A9C8DBC: jb-8 0x3A9C8DB0
-. 1196 3A9C8DB6 8
-. 47 83 C0 10 39 D7 72 F2
-
-==== BB 1197 (0x3A9B38F6) in 22106B, out 122954B, BBs exec'd 0 ====
- 0x3A9B38F6: movl 0x168(%ebx),%esi
- 0x3A9B38FC: testb $0x2, (%esi)
- 0x3A9B38FF: jnz-8 0x3A9B3933
-. 1197 3A9B38F6 11
-. 8B B3 68 01 00 00 F6 06 02 75 32
-
-==== BB 1198 (0x3A9B3901) in 22117B, out 123038B, BBs exec'd 0 ====
- 0x3A9B3901: movl 20(%ebp),%eax
- 0x3A9B3904: testl %eax,%eax
- 0x3A9B3906: jz-8 0x3A9B390B
-. 1198 3A9B3901 7
-. 8B 45 14 85 C0 74 03
-
-==== BB 1199 (0x3A9B3908) in 22124B, out 123110B, BBs exec'd 0 ====
- 0x3A9B3908: call*l 20(%ebp)
-. 1199 3A9B3908 3
-. FF 55 14
-
-==== BB 1200 __libc_csu_init(0x80483E0) in 22127B, out 123154B, BBs exec'd 0 ====
- 0x80483E0: pushl %ebp
- 0x80483E1: movl %esp,%ebp
- 0x80483E3: subl $0x18, %esp
- 0x80483E6: movl %ebx,-12(%ebp)
- 0x80483E9: movl %esi,-8(%ebp)
- 0x80483EC: xorl %esi, %esi
- 0x80483EE: call 0x8048438
-. 1200 80483E0 19
-. 55 89 E5 83 EC 18 89 5D F4 89 75 F8 31 F6 E8 45 00 00 00
-
-==== BB 1201 (0x8048438) in 22146B, out 123279B, BBs exec'd 0 ====
- 0x8048438: movl (%esp,,),%ebx
- 0x804843B: ret
-. 1201 8048438 4
-. 8B 1C 24 C3
-
-==== BB 1202 (0x80483F3) in 22150B, out 123319B, BBs exec'd 0 ====
- 0x80483F3: addl $0x1181, %ebx
- 0x80483F9: movl %edi,-4(%ebp)
- 0x80483FC: call 0x8048264
-. 1202 80483F3 14
-. 81 C3 81 11 00 00 89 7D FC E8 63 FE FF FF
-
-==== BB 1203 (0x8048264) in 22164B, out 123400B, BBs exec'd 0 ====
- 0x8048264: pushl %ebp
- 0x8048265: movl %esp,%ebp
- 0x8048267: subl $0x8, %esp
- 0x804826A: call 0x80482C4
-. 1203 8048264 11
-. 55 89 E5 83 EC 08 E8 55 00 00 00
-
-==== BB 1204 (0x80482C4) in 22175B, out 123485B, BBs exec'd 0 ====
- 0x80482C4: pushl %ebp
- 0x80482C5: movl %esp,%ebp
- 0x80482C7: pushl %ebx
- 0x80482C8: call 0x80482CD ; popl %ebx
- 0x80482CE: addl $0x12A7, %ebx
- 0x80482D4: pushl %edx
- 0x80482D5: movl 0x10(%ebx),%eax
- 0x80482DB: testl %eax,%eax
- 0x80482DD: jz-8 0x80482E1
-. 1204 80482C4 27
-. 55 89 E5 53 E8 00 00 00 00 5B 81 C3 A7 12 00 00 52 8B 83 10 00 00 00 85 C0 74 02
-
-==== BB 1205 (0x80482E1) in 22202B, out 123637B, BBs exec'd 0 ====
- 0x80482E1: popl %eax
- 0x80482E2: popl %ebx
- 0x80482E3: leave 0x80482E4: ret
-. 1205 80482E1 4
-. 58 5B C9 C3
-
-==== BB 1206 (0x804826F) in 22206B, out 123721B, BBs exec'd 0 ====
- 0x804826F: call 0x8048330
-. 1206 804826F 5
-. E8 BC 00 00 00
-
-==== BB 1207 (0x8048330) in 22211B, out 123766B, BBs exec'd 0 ====
- 0x8048330: pushl %ebp
- 0x8048331: movl %esp,%ebp
- 0x8048333: pushl %ecx
- 0x8048334: pushl %ecx
- 0x8048335: movl (0x8049570),%edx
- 0x804833B: testl %edx,%edx
- 0x804833D: jz-8 0x8048358
-. 1207 8048330 15
-. 55 89 E5 51 51 8B 15 70 95 04 08 85 D2 74 19
-
-==== BB 1208 (0x8048358) in 22226B, out 123895B, BBs exec'd 0 ====
- 0x8048358: leave 0x8048359: ret
-. 1208 8048358 2
-. C9 C3
-
-==== BB 1209 (0x8048274) in 22228B, out 123944B, BBs exec'd 0 ====
- 0x8048274: call 0x8048440
-. 1209 8048274 5
-. E8 C7 01 00 00
-
-==== BB 1210 (0x8048440) in 22233B, out 123989B, BBs exec'd 0 ====
- 0x8048440: pushl %ebp
- 0x8048441: movl %esp,%ebp
- 0x8048443: pushl %ebx
- 0x8048444: pushl %edx
- 0x8048445: movl $0x8049560,%ebx
- 0x804844A: movl 0x8049560, %eax
- 0x804844F: cmpl $0xFFFFFFFF, %eax
- 0x8048452: jz-8 0x8048460
-. 1210 8048440 20
-. 55 89 E5 53 52 BB 60 95 04 08 A1 60 95 04 08 83 F8 FF 74 0C
-
-==== BB 1211 (0x8048460) in 22253B, out 124131B, BBs exec'd 0 ====
- 0x8048460: popl %eax
- 0x8048461: popl %ebx
- 0x8048462: popl %ebp
- 0x8048463: ret
-. 1211 8048460 4
-. 58 5B 5D C3
-
-==== BB 1212 (0x8048279) in 22257B, out 124209B, BBs exec'd 0 ====
- 0x8048279: leave 0x804827A: ret
-. 1212 8048279 2
-. C9 C3
-
-==== BB 1213 (0x8048401) in 22259B, out 124258B, BBs exec'd 0 ====
- 0x8048401: leal 0xFFFFFF14(%ebx), %edx
- 0x8048407: leal 0xFFFFFF14(%ebx), %eax
- 0x804840D: subl %eax,%edx
- 0x804840F: sarl $0x2, %edx
- 0x8048412: cmpl %edx,%esi
- 0x8048414: jnb-8 0x804842B
-. 1213 8048401 21
-. 8D 93 14 FF FF FF 8D 83 14 FF FF FF 29 C2 C1 FA 02 39 D6 73 15
-
-==== BB 1214 (0x804842B) in 22280B, out 124356B, BBs exec'd 0 ====
- 0x804842B: movl -12(%ebp),%ebx
- 0x804842E: movl -8(%ebp),%esi
- 0x8048431: movl -4(%ebp),%edi
- 0x8048434: movl %ebp,%esp
- 0x8048436: popl %ebp
- 0x8048437: ret
-. 1214 804842B 13
-. 8B 5D F4 8B 75 F8 8B 7D FC 89 EC 5D C3
-
-==== BB 1215 (0x3A9B390B) in 22293B, out 124448B, BBs exec'd 0 ====
- 0x3A9B390B: testb $0x2, (%esi)
- 0x3A9B390E: movl %esi,%esi
- 0x3A9B3910: jnz-8 0x3A9B394A
-. 1215 3A9B390B 7
-. F6 06 02 89 F6 75 38
-
-==== BB 1216 (0x3A9B3912) in 22300B, out 124519B, BBs exec'd 0 ====
- 0x3A9B3912: movl 0x13C(%ebx),%edx
- 0x3A9B3918: movl (%edx),%eax
- 0x3A9B391A: movl %edi,4(%esp,,)
- 0x3A9B391E: movl %eax,8(%esp,,)
- 0x3A9B3922: movl 12(%ebp),%eax
- 0x3A9B3925: movl %eax,(%esp,,)
- 0x3A9B3928: call*l 8(%ebp)
-. 1216 3A9B3912 25
-. 8B 93 3C 01 00 00 8B 02 89 7C 24 04 89 44 24 08 8B 45 0C 89 04 24 FF 55 08
-
-==== BB 1217 main(0x804835C) in 22325B, out 124630B, BBs exec'd 0 ====
- 0x804835C: pushl %ebp
- 0x804835D: movl %esp,%ebp
- 0x804835F: subl $0x8, %esp
- 0x8048362: andl $0xFFFFFFF0, %esp
- 0x8048365: movl $0x2A,%eax
- 0x804836A: leave 0x804836B: ret
-. 1217 804835C 16
-. 55 89 E5 83 EC 08 83 E4 F0 B8 2A 00 00 00 C9 C3
-
-==== BB 1218 (0x3A9B392B) in 22341B, out 124740B, BBs exec'd 0 ====
- 0x3A9B392B: movl %eax,(%esp,,)
- 0x3A9B392E: call 0x3A9C8C50
-. 1218 3A9B392B 8
-. 89 04 24 E8 1D 53 01 00
-
-==== BB 1219 exit(0x3A9C8C50) in 22349B, out 124795B, BBs exec'd 0 ====
- 0x3A9C8C50: pushl %ebp
- 0x3A9C8C51: movl %esp,%ebp
- 0x3A9C8C53: pushl %edi
- 0x3A9C8C54: pushl %esi
- 0x3A9C8C55: pushl %ebx
- 0x3A9C8C56: subl $0xC, %esp
- 0x3A9C8C59: call 0x3A9B3791
-. 1219 3A9C8C50 14
-. 55 89 E5 57 56 53 83 EC 0C E8 33 AB FE FF
-
-==== BB 1220 (0x3A9C8C5E) in 22363B, out 124928B, BBs exec'd 0 ====
- 0x3A9C8C5E: addl $0xE73B2, %ebx
- 0x3A9C8C64: movl 0xFFFF9EBC(%ebx),%edx
- 0x3A9C8C6A: testl %edx,%edx
- 0x3A9C8C6C: jz-8 0x3A9C8CDD
-. 1220 3A9C8C5E 16
-. 81 C3 B2 73 0E 00 8B 93 BC 9E FF FF 85 D2 74 6F
-
-==== BB 1221 (0x3A9C8C6E) in 22379B, out 125016B, BBs exec'd 0 ====
- 0x3A9C8C6E: movl %esi,%esi
- 0x3A9C8C70: movl 4(%edx),%eax
- 0x3A9C8C73: testl %eax,%eax
- 0x3A9C8C75: jz-8 0x3A9C8CBD
-. 1221 3A9C8C6E 9
-. 89 F6 8B 42 04 85 C0 74 46
-
-==== BB 1222 (0x3A9C8C77) in 22388B, out 125098B, BBs exec'd 0 ====
- 0x3A9C8C77: movl %esi,%esi
- 0x3A9C8C79: leal 0(%edi,,), %edi
- 0x3A9C8C80: decl %eax
- 0x3A9C8C81: movl %eax,4(%edx)
- 0x3A9C8C84: shll $0x4, %eax
- 0x3A9C8C87: leal (%eax,%edx,1), %eax
- 0x3A9C8C8A: leal 8(%eax), %ecx
- 0x3A9C8C8D: movl 8(%eax),%eax
- 0x3A9C8C90: cmpl $0x4, %eax
- 0x3A9C8C93: jnbe-8 0x3A9C8CB6
-. 1222 3A9C8C77 30
-. 89 F6 8D BC 27 00 00 00 00 48 89 42 04 C1 E0 04 8D 04 10 8D 48 08 8B 40 08 83 F8 04 77 21
-
-==== BB 1223 (0x3A9C8C95) in 22418B, out 125234B, BBs exec'd 0 ====
- 0x3A9C8C95: movl -75896(%ebx,%eax,4),%eax
- 0x3A9C8C9C: addl %ebx,%eax
- 0x3A9C8C9E: jmp*l %eax
-. 1223 3A9C8C95 11
-. 8B 84 83 88 D7 FE FF 01 D8 FF E0
-
-==== BB 1224 (0x3A9C8CA0) in 22429B, out 125285B, BBs exec'd 0 ====
- 0x3A9C8CA0: movl 8(%ebp),%eax
- 0x3A9C8CA3: movl %eax,4(%esp,,)
- 0x3A9C8CA7: movl 8(%ecx),%eax
- 0x3A9C8CAA: movl %eax,(%esp,,)
- 0x3A9C8CAD: call*l 4(%ecx)
-. 1224 3A9C8CA0 16
-. 8B 45 08 89 44 24 04 8B 41 08 89 04 24 FF 51 04
-
-==== BB 1225 __libc_csu_fini(0x8048370) in 22445B, out 125372B, BBs exec'd 0 ====
- 0x8048370: pushl %ebp
- 0x8048371: movl %esp,%ebp
- 0x8048373: subl $0x18, %esp
- 0x8048376: movl %ebx,-12(%ebp)
- 0x8048379: call 0x8048438
-. 1225 8048370 14
-. 55 89 E5 83 EC 18 89 5D F4 E8 BA 00 00 00
-
-==== BB 1226 (0x804837E) in 22459B, out 125470B, BBs exec'd 0 ====
- 0x804837E: addl $0x11F6, %ebx
- 0x8048384: movl %edi,-4(%ebp)
- 0x8048387: leal 0xFFFFFF14(%ebx), %eax
- 0x804838D: leal 0xFFFFFF14(%ebx), %edi
- 0x8048393: movl %esi,-8(%ebp)
- 0x8048396: subl %edi,%eax
- 0x8048398: sarl $0x2, %eax
- 0x804839B: testl %eax,%eax
- 0x804839D: leal -1(%eax), %esi
- 0x80483A0: jnz-8 0x80483B4
-. 1226 804837E 36
-. 81 C3 F6 11 00 00 89 7D FC 8D 83 14 FF FF FF 8D BB 14 FF FF FF 89 75 F8 29 F8 C1 F8 02 85 C0 8D 70 FF 75 12
-
-==== BB 1227 (0x80483A2) in 22495B, out 125620B, BBs exec'd 0 ====
- 0x80483A2: call 0x8048464
-. 1227 80483A2 5
-. E8 BD 00 00 00
-
-==== BB 1228 (0x8048464) in 22500B, out 125665B, BBs exec'd 0 ====
- 0x8048464: pushl %ebp
- 0x8048465: movl %esp,%ebp
- 0x8048467: pushl %ebx
- 0x8048468: call 0x804846D ; popl %ebx
- 0x804846E: addl $0x1107, %ebx
- 0x8048474: pushl %eax
- 0x8048475: call 0x80482F0
-. 1228 8048464 22
-. 55 89 E5 53 E8 00 00 00 00 5B 81 C3 07 11 00 00 50 E8 76 FE FF FF
-
-==== BB 1229 (0x80482F0) in 22522B, out 125794B, BBs exec'd 0 ====
- 0x80482F0: pushl %ebp
- 0x80482F1: movl %esp,%ebp
- 0x80482F3: pushl %eax
- 0x80482F4: pushl %eax
- 0x80482F5: cmpb $0x0, (0x8049588)
- 0x80482FC: jnz-8 0x804832C
-. 1229 80482F0 14
-. 55 89 E5 50 50 80 3D 88 95 04 08 00 75 2E
-
-==== BB 1230 (0x80482FE) in 22536B, out 125916B, BBs exec'd 0 ====
- 0x80482FE: movl 0x8049490, %eax
- 0x8048303: movl (%eax),%edx
- 0x8048305: testl %edx,%edx
- 0x8048307: jz-8 0x8048325
-. 1230 80482FE 11
-. A1 90 94 04 08 8B 10 85 D2 74 1C
-
-==== BB 1231 (0x8048325) in 22547B, out 126000B, BBs exec'd 0 ====
- 0x8048325: movb $0x1, (0x8049588)
- 0x804832C: leave 0x804832D: ret
-. 1231 8048325 9
-. C6 05 88 95 04 08 01 C9 C3
-
-==== BB 1232 (0x804847A) in 22556B, out 126065B, BBs exec'd 0 ====
- 0x804847A: popl %ecx
- 0x804847B: popl %ebx
- 0x804847C: leave 0x804847D: ret
-. 1232 804847A 4
-. 59 5B C9 C3
-
-==== BB 1233 (0x80483A7) in 22560B, out 126149B, BBs exec'd 0 ====
- 0x80483A7: movl -12(%ebp),%ebx
- 0x80483AA: movl -8(%ebp),%esi
- 0x80483AD: movl -4(%ebp),%edi
- 0x80483B0: movl %ebp,%esp
- 0x80483B2: popl %ebp
- 0x80483B3: ret
-. 1233 80483A7 13
-. 8B 5D F4 8B 75 F8 8B 7D FC 89 EC 5D C3
-
-==== BB 1234 (0x3A9C8CB0) in 22573B, out 126241B, BBs exec'd 0 ====
- 0x3A9C8CB0: movl 0xFFFF9EBC(%ebx),%edx
- 0x3A9C8CB6: movl 4(%edx),%eax
- 0x3A9C8CB9: testl %eax,%eax
- 0x3A9C8CBB: jnz-8 0x3A9C8C80
-. 1234 3A9C8CB0 13
-. 8B 93 BC 9E FF FF 8B 42 04 85 C0 75 C3
-
-==== BB 1235 (0x3A9C8C80) in 22586B, out 126329B, BBs exec'd 0 ====
- 0x3A9C8C80: decl %eax
- 0x3A9C8C81: movl %eax,4(%edx)
- 0x3A9C8C84: shll $0x4, %eax
- 0x3A9C8C87: leal (%eax,%edx,1), %eax
- 0x3A9C8C8A: leal 8(%eax), %ecx
- 0x3A9C8C8D: movl 8(%eax),%eax
- 0x3A9C8C90: cmpl $0x4, %eax
- 0x3A9C8C93: jnbe-8 0x3A9C8CB6
-. 1235 3A9C8C80 21
-. 48 89 42 04 C1 E0 04 8D 04 10 8D 48 08 8B 40 08 83 F8 04 77 21
-
-==== BB 1236 _dl_fini(0x3A970800) in 22607B, out 126442B, BBs exec'd 0 ====
- 0x3A970800: pushl %ebp
- 0x3A970801: movl %esp,%ebp
- 0x3A970803: pushl %edi
- 0x3A970804: pushl %esi
- 0x3A970805: pushl %ebx
- 0x3A970806: subl $0x4C, %esp
- 0x3A970809: call 0x3A97592B
-. 1236 3A970800 14
-. 55 89 E5 57 56 53 83 EC 4C E8 1D 51 00 00
-
-==== BB 1237 (0x3A97080E) in 22621B, out 126575B, BBs exec'd 0 ====
- 0x3A97080E: addl $0x7E5E, %ebx
- 0x3A970814: leal 0xFFFFF9AC(%ebx), %eax
- 0x3A97081A: movl %eax,-52(%ebp)
- 0x3A97081D: movl %eax,(%esp,,)
- 0x3A970820: call*l 0xFFFFFBF8(%ebx)
-. 1237 3A97080E 24
-. 81 C3 5E 7E 00 00 8D 83 AC F9 FF FF 89 45 CC 89 04 24 FF 93 F8 FB FF FF
-
-==== BB 1238 rtld_lock_default_lock_recursive(0x3A9658E0) in 22645B, out 126670B, BBs exec'd 0 ====
- 0x3A9658E0: pushl %ebp
- 0x3A9658E1: movl %esp,%ebp
- 0x3A9658E3: movl 8(%ebp),%eax
- 0x3A9658E6: incl 4(%eax)
- 0x3A9658E9: popl %ebp
- 0x3A9658EA: ret
-. 1238 3A9658E0 11
-. 55 89 E5 8B 45 08 FF 40 04 5D C3
-
-==== BB 1239 (0x3A970826) in 22656B, out 126774B, BBs exec'd 0 ====
- 0x3A970826: movl $0x0, -16(%ebp)
- 0x3A97082D: movl 0xFFFFF998(%ebx),%edx
- 0x3A970833: movl 0xFFFFF994(%ebx),%edi
- 0x3A970839: leal 0xF(,%edx,4), %eax
- 0x3A970840: andl $0xFFFFFFF0, %eax
- 0x3A970843: subl %eax,%esp
- 0x3A970845: leal 12(%esp,,), %ecx
- 0x3A970849: testl %edi,%edi
- 0x3A97084B: movl %edi,%eax
- 0x3A97084D: movl %ecx,-20(%ebp)
- 0x3A970850: jz-8 0x3A970872
-. 1239 3A970826 44
-. C7 45 F0 00 00 00 00 8B 93 98 F9 FF FF 8B BB 94 F9 FF FF 8D 04 95 0F 00 00 00 83 E0 F0 29 C4 8D 4C 24 0C 85 FF 89 F8 89 4D EC 74 20
-
-==== BB 1240 (0x3A970852) in 22700B, out 126946B, BBs exec'd 0 ====
- 0x3A970852: incl 0x170(%edi)
- 0x3A970858: movl -16(%ebp),%esi
- 0x3A97085B: movl -20(%ebp),%edx
- 0x3A97085E: movl %edi,(%edx,%esi,4)
- 0x3A970861: movl 12(%edi),%edi
- 0x3A970864: incl %esi
- 0x3A970865: movl %esi,-16(%ebp)
- 0x3A970868: testl %edi,%edi
- 0x3A97086A: jnz-8 0x3A970852
-. 1240 3A970852 26
-. FF 87 70 01 00 00 8B 75 F0 8B 55 EC 89 3C B2 8B 7F 0C 46 89 75 F0 85 FF 75 E6
-
-==== BB 1241 (0x3A97086C) in 22726B, out 127090B, BBs exec'd 0 ====
- 0x3A97086C: movl 0xFFFFF998(%ebx),%edx
- 0x3A970872: movl 12(%eax),%edi
- 0x3A970875: testl %edi,%edi
- 0x3A970877: jz-32 0x3A97098E
-. 1241 3A97086C 17
-. 8B 93 98 F9 FF FF 8B 78 0C 85 FF 0F 84 11 01 00 00
-
-==== BB 1242 (0x3A97087D) in 22743B, out 127181B, BBs exec'd 0 ====
- 0x3A97087D: movl $0x1, -24(%ebp)
- 0x3A970884: movl -20(%ebp),%ecx
- 0x3A970887: cmpl %edi,4(%ecx)
- 0x3A97088A: jz-8 0x3A97089E
-. 1242 3A97087D 15
-. C7 45 E8 01 00 00 00 8B 4D EC 39 79 04 74 12
-
-==== BB 1243 (0x3A97089E) in 22758B, out 127272B, BBs exec'd 0 ====
- 0x3A97089E: movl -24(%ebp),%ecx
- 0x3A9708A1: incl %ecx
- 0x3A9708A2: cmpl %edx,%ecx
- 0x3A9708A4: movl %ecx,-68(%ebp)
- 0x3A9708A7: jnb-32 0x3A970983
-. 1243 3A97089E 15
-. 8B 4D E8 41 39 D1 89 4D BC 0F 83 D6 00 00 00
-
-==== BB 1244 (0x3A9708AD) in 22773B, out 127360B, BBs exec'd 0 ====
- 0x3A9708AD: movl -24(%ebp),%eax
- 0x3A9708B0: movl -20(%ebp),%esi
- 0x3A9708B3: shll $0x2, %eax
- 0x3A9708B6: movl %eax,-64(%ebp)
- 0x3A9708B9: addl %eax,%esi
- 0x3A9708BB: negl -64(%ebp)
- 0x3A9708BE: movl %esi,-60(%ebp)
- 0x3A9708C1: jmp-8 0x3A9708D0
-. 1244 3A9708AD 22
-. 8B 45 E8 8B 75 EC C1 E0 02 89 45 C0 01 C6 F7 5D C0 89 75 C4 EB 0D
-
-==== BB 1245 (0x3A9708D0) in 22795B, out 127469B, BBs exec'd 0 ====
- 0x3A9708D0: movl -20(%ebp),%edx
- 0x3A9708D3: movl -68(%ebp),%eax
- 0x3A9708D6: movl (%edx,%eax,4),%eax
- 0x3A9708D9: movl %eax,-48(%ebp)
- 0x3A9708DC: movl 0x1D4(%eax),%edx
- 0x3A9708E2: movl %eax,-28(%ebp)
- 0x3A9708E5: testl %edx,%edx
- 0x3A9708E7: jz-8 0x3A970960
-. 1245 3A9708D0 25
-. 8B 55 EC 8B 45 BC 8B 04 82 89 45 D0 8B 90 D4 01 00 00 89 45 E4 85 D2 74 77
-
-==== BB 1246 (0x3A9708E9) in 22820B, out 127598B, BBs exec'd 0 ====
- 0x3A9708E9: movl (%edx),%eax
- 0x3A9708EB: testl %eax,%eax
- 0x3A9708ED: jz-8 0x3A970960
-. 1246 3A9708E9 6
-. 8B 02 85 C0 74 71
-
-==== BB 1247 (0x3A9708EF) in 22826B, out 127667B, BBs exec'd 0 ====
- 0x3A9708EF: movl -20(%ebp),%esi
- 0x3A9708F2: movl -24(%ebp),%ecx
- 0x3A9708F5: leal (%esi,%ecx,4), %ecx
- 0x3A9708F8: movl %ecx,-56(%ebp)
- 0x3A9708FB: movl -68(%ebp),%esi
- 0x3A9708FE: movl -64(%ebp),%ecx
- 0x3A970901: leal (%ecx,%esi,4), %esi
- 0x3A970904: movl %esi,-72(%ebp)
- 0x3A970907: cmpl %edi,%eax
- 0x3A970909: jz-8 0x3A97091D
-. 1247 3A9708EF 28
-. 8B 75 EC 8B 4D E8 8D 0C 8E 89 4D C8 8B 75 BC 8B 4D C0 8D 34 B1 89 75 B8 39 F8 74 12
-
-==== BB 1248 (0x3A97090B) in 22854B, out 127812B, BBs exec'd 0 ====
- 0x3A97090B: nop
- 0x3A97090C: leal 0(%esi,,), %esi
- 0x3A970910: addl $0x4, %edx
- 0x3A970913: movl (%edx),%eax
- 0x3A970915: testl %eax,%eax
- 0x3A970917: jz-8 0x3A970960
-. 1248 3A97090B 14
-. 90 8D 74 26 00 83 C2 04 8B 02 85 C0 74 47
-
-==== BB 1249 (0x3A970919) in 22868B, out 127908B, BBs exec'd 0 ====
- 0x3A970919: cmpl %edi,%eax
- 0x3A97091B: jnz-8 0x3A970910
-. 1249 3A970919 4
-. 39 F8 75 F3
-
-==== BB 1250 (0x3A970910) in 22872B, out 127965B, BBs exec'd 0 ====
- 0x3A970910: addl $0x4, %edx
- 0x3A970913: movl (%edx),%eax
- 0x3A970915: testl %eax,%eax
- 0x3A970917: jz-8 0x3A970960
-. 1250 3A970910 9
-. 83 C2 04 8B 02 85 C0 74 47
-
-==== BB 1251 (0x3A970960) in 22881B, out 128044B, BBs exec'd 0 ====
- 0x3A970960: movl -48(%ebp),%edx
- 0x3A970963: movl 0x1E0(%edx),%ecx
- 0x3A970969: testl %ecx,%ecx
- 0x3A97096B: jnz-32 0x3A970A77
-. 1251 3A970960 17
-. 8B 55 D0 8B 8A E0 01 00 00 85 C9 0F 85 06 01 00 00
-
-==== BB 1252 (0x3A970971) in 22898B, out 128132B, BBs exec'd 0 ====
- 0x3A970971: incl -68(%ebp)
- 0x3A970974: movl 0xFFFFF998(%ebx),%edx
- 0x3A97097A: cmpl %edx,-68(%ebp)
- 0x3A97097D: jb-32 0x3A9708D0
-. 1252 3A970971 18
-. FF 45 BC 8B 93 98 F9 FF FF 39 55 BC 0F 82 4D FF FF FF
-
-==== BB 1253 (0x3A970983) in 22916B, out 128227B, BBs exec'd 0 ====
- 0x3A970983: movl 12(%edi),%edi
- 0x3A970986: testl %edi,%edi
- 0x3A970988: jnz-32 0x3A97087D
-. 1253 3A970983 11
-. 8B 7F 0C 85 FF 0F 85 EF FE FF FF
-
-==== BB 1254 (0x3A97088C) in 22927B, out 128299B, BBs exec'd 0 ====
- 0x3A97088C: leal 0(%esi,,), %esi
- 0x3A970890: incl -24(%ebp)
- 0x3A970893: movl -20(%ebp),%eax
- 0x3A970896: movl -24(%ebp),%esi
- 0x3A970899: cmpl %edi,(%eax,%esi,4)
- 0x3A97089C: jnz-8 0x3A970890
-. 1254 3A97088C 18
-. 8D 74 26 00 FF 45 E8 8B 45 EC 8B 75 E8 39 3C B0 75 F2
-
-==== BB 1255 (0x3A970890) in 22945B, out 128413B, BBs exec'd 0 ====
- 0x3A970890: incl -24(%ebp)
- 0x3A970893: movl -20(%ebp),%eax
- 0x3A970896: movl -24(%ebp),%esi
- 0x3A970899: cmpl %edi,(%eax,%esi,4)
- 0x3A97089C: jnz-8 0x3A970890
-. 1255 3A970890 14
-. FF 45 E8 8B 45 EC 8B 75 E8 39 3C B0 75 F2
-
-==== BB 1256 (0x3A97098E) in 22959B, out 128517B, BBs exec'd 0 ====
- 0x3A97098E: movl $0x0, -16(%ebp)
- 0x3A970995: cmpl %edx,-16(%ebp)
- 0x3A970998: jb-8 0x3A9709C6
-. 1256 3A97098E 12
-. C7 45 F0 00 00 00 00 39 55 F0 72 2C
-
-==== BB 1257 (0x3A9709C6) in 22971B, out 128595B, BBs exec'd 0 ====
- 0x3A9709C6: movl -16(%ebp),%edx
- 0x3A9709C9: movl -20(%ebp),%ecx
- 0x3A9709CC: movl (%ecx,%edx,4),%edi
- 0x3A9709CF: movzbl 0x174(%edi),%edx
- 0x3A9709D6: testb $0x8, %dl
- 0x3A9709D9: jz-8 0x3A970A23
-. 1257 3A9709C6 21
-. 8B 55 F0 8B 4D EC 8B 3C 91 0F B6 97 74 01 00 00 F6 C2 08 74 48
-
-==== BB 1258 (0x3A9709DB) in 22992B, out 128713B, BBs exec'd 0 ====
- 0x3A9709DB: jmp-8 0x3A97099F
-. 1258 3A9709DB 2
-. EB C2
-
-==== BB 1259 (0x3A97099F) in 22994B, out 128741B, BBs exec'd 0 ====
- 0x3A97099F: movb %dl,%al
- 0x3A9709A1: andb $0xF7, %al
- 0x3A9709A3: movb %al,0x174(%edi)
- 0x3A9709A9: movl 4(%edi),%eax
- 0x3A9709AC: movzbl (%eax),%ecx
- 0x3A9709AF: testb %cl,%cl
- 0x3A9709B1: jnz-8 0x3A9709DD
-. 1259 3A97099F 20
-. 88 D0 24 F7 88 87 74 01 00 00 8B 47 04 0F B6 08 84 C9 75 2A
-
-==== BB 1260 (0x3A9709B3) in 23014B, out 128877B, BBs exec'd 0 ====
- 0x3A9709B3: testb $0x3, %dl
- 0x3A9709B6: jnz-8 0x3A9709DD
-. 1260 3A9709B3 5
-. F6 C2 03 75 25
-
-==== BB 1261 (0x3A9709B8) in 23019B, out 128939B, BBs exec'd 0 ====
- 0x3A9709B8: incl -16(%ebp)
- 0x3A9709BB: movl -16(%ebp),%edx
- 0x3A9709BE: cmpl 0xFFFFF998(%ebx),%edx
- 0x3A9709C4: jnb-8 0x3A970A37
-. 1261 3A9709B8 14
-. FF 45 F0 8B 55 F0 3B 93 98 F9 FF FF 73 71
-
-==== BB 1262 (0x3A9709DD) in 23033B, out 129034B, BBs exec'd 0 ====
- 0x3A9709DD: movl 0x80(%edi),%edx
- 0x3A9709E3: testl %edx,%edx
- 0x3A9709E5: jnz-8 0x3A9709EE
-. 1262 3A9709DD 10
-. 8B 97 80 00 00 00 85 D2 75 07
-
-==== BB 1263 (0x3A9709E7) in 23043B, out 129109B, BBs exec'd 0 ====
- 0x3A9709E7: movl 76(%edi),%esi
- 0x3A9709EA: testl %esi,%esi
- 0x3A9709EC: jz-8 0x3A9709B8
-. 1263 3A9709E7 7
-. 8B 77 4C 85 F6 74 CA
-
-==== BB 1264 (0x3A9709EE) in 23050B, out 129181B, BBs exec'd 0 ====
- 0x3A9709EE: testb $0x2, 0xFFFFFC14(%ebx)
- 0x3A9709F5: jnz-32 0x3A970ADC
-. 1264 3A9709EE 13
-. F6 83 14 FC FF FF 02 0F 85 E1 00 00 00
-
-==== BB 1265 (0x3A9709FB) in 23063B, out 129251B, BBs exec'd 0 ====
- 0x3A9709FB: testl %edx,%edx
- 0x3A9709FD: jz-8 0x3A970A1C
-. 1265 3A9709FB 4
-. 85 D2 74 1D
-
-==== BB 1266 (0x3A970A1C) in 23067B, out 129310B, BBs exec'd 0 ====
- 0x3A970A1C: movl 76(%edi),%eax
- 0x3A970A1F: testl %eax,%eax
- 0x3A970A21: jnz-8 0x3A970A6C
-. 1266 3A970A1C 7
-. 8B 47 4C 85 C0 75 49
-
-==== BB 1267 (0x3A970A6C) in 23074B, out 129382B, BBs exec'd 0 ====
- 0x3A970A6C: movl 4(%eax),%eax
- 0x3A970A6F: movl (%edi),%edx
- 0x3A970A71: addl %edx,%eax
- 0x3A970A73: call*l %eax
-. 1267 3A970A6C 9
-. 8B 40 04 8B 17 01 D0 FF D0
-
-==== BB 1268 (0x3A97CCD4) in 23083B, out 129456B, BBs exec'd 0 ====
- 0x3A97CCD4: pushl %ebp
- 0x3A97CCD5: movl %esp,%ebp
- 0x3A97CCD7: pushl %ebx
- 0x3A97CCD8: call 0x3A97CCDD ; popl %ebx
- 0x3A97CCDE: addl $0x1103, %ebx
- 0x3A97CCE4: pushl %eax
- 0x3A97CCE5: call 0x3A97C9F0
-. 1268 3A97CCD4 22
-. 55 89 E5 53 E8 00 00 00 00 5B 81 C3 03 11 00 00 50 E8 06 FD FF FF
-
-==== BB 1269 (0x3A97C9F0) in 23105B, out 129585B, BBs exec'd 0 ====
- 0x3A97C9F0: pushl %ebp
- 0x3A97C9F1: movl %esp,%ebp
- 0x3A97C9F3: pushl %ebx
- 0x3A97C9F4: call 0x3A97C9F9 ; popl %ebx
- 0x3A97C9FA: addl $0x13E7, %ebx
- 0x3A97CA00: pushl %ecx
- 0x3A97CA01: cmpb $0x0, 0x30(%ebx)
- 0x3A97CA08: jnz-8 0x3A97CA3E
-. 1269 3A97C9F0 26
-. 55 89 E5 53 E8 00 00 00 00 5B 81 C3 E7 13 00 00 51 80 BB 30 00 00 00 00 75 34
-
-==== BB 1270 (0x3A97CA0A) in 23131B, out 129731B, BBs exec'd 0 ====
- 0x3A97CA0A: movl 0x24(%ebx),%edx
- 0x3A97CA10: testl %edx,%edx
- 0x3A97CA12: jnz-8 0x3A97CA43
-. 1270 3A97CA0A 10
-. 8B 93 24 00 00 00 85 D2 75 2F
-
-==== BB 1271 (0x3A97CA43) in 23141B, out 129803B, BBs exec'd 0 ====
- 0x3A97CA43: subl $0xC, %esp
- 0x3A97CA46: movl 0xFFFFFF10(%ebx),%eax
- 0x3A97CA4C: pushl %eax
- 0x3A97CA4D: call 0x3A97C984
-. 1271 3A97CA43 15
-. 83 EC 0C 8B 83 10 FF FF FF 50 E8 32 FF FF FF
-
-==== BB 1272 (0x3A97C984) in 23156B, out 129894B, BBs exec'd 0 ====
- 0x3A97C984: jmp*l 0x18(%ebx)
-. 1272 3A97C984 6
-. FF A3 18 00 00 00
-
-==== BB 1273 (0x3A97C98A) in 23162B, out 129921B, BBs exec'd 0 ====
- 0x3A97C98A: pushl $0x18
- 0x3A97C98F: jmp 0x3A97C944
-. 1273 3A97C98A 10
-. 68 18 00 00 00 E9 B0 FF FF FF
-
-==== BB 1274 (0x3A97C944) in 23172B, out 129970B, BBs exec'd 0 ====
- 0x3A97C944: pushl 0x4(%ebx)
- 0x3A97C94A: jmp*l 0x8(%ebx)
-. 1274 3A97C944 12
-. FF B3 04 00 00 00 FF A3 08 00 00 00
-
-==== BB 1275 __cxa_finalize(0x3A9C8EA0) in 23184B, out 130019B, BBs exec'd 0 ====
- 0x3A9C8EA0: pushl %ebp
- 0x3A9C8EA1: movl %esp,%ebp
- 0x3A9C8EA3: pushl %edi
- 0x3A9C8EA4: pushl %esi
- 0x3A9C8EA5: pushl %ebx
- 0x3A9C8EA6: subl $0xC, %esp
- 0x3A9C8EA9: call 0x3A9B3791
-. 1275 3A9C8EA0 14
-. 55 89 E5 57 56 53 83 EC 0C E8 E3 A8 FE FF
-
-==== BB 1276 (0x3A9C8EAE) in 23198B, out 130152B, BBs exec'd 0 ====
- 0x3A9C8EAE: addl $0xE7162, %ebx
- 0x3A9C8EB4: movl 0xFFFF9EBC(%ebx),%edi
- 0x3A9C8EBA: testl %edi,%edi
- 0x3A9C8EBC: jz-8 0x3A9C8F26
-. 1276 3A9C8EAE 16
-. 81 C3 62 71 0E 00 8B BB BC 9E FF FF 85 FF 74 68
-
-==== BB 1277 (0x3A9C8EBE) in 23214B, out 130240B, BBs exec'd 0 ====
- 0x3A9C8EBE: movl %esi,%esi
- 0x3A9C8EC0: movl 4(%edi),%eax
- 0x3A9C8EC3: shll $0x4, %eax
- 0x3A9C8EC6: leal -8(%eax,%edi,1), %esi
- 0x3A9C8ECA: leal 8(%edi), %eax
- 0x3A9C8ECD: cmpl %eax,%esi
- 0x3A9C8ECF: movl %eax,-16(%ebp)
- 0x3A9C8ED2: jnb-8 0x3A9C8EE6
-. 1277 3A9C8EBE 22
-. 89 F6 8B 47 04 C1 E0 04 8D 74 38 F8 8D 47 08 39 C6 89 45 F0 73 12
-
-==== BB 1278 (0x3A9C8ED4) in 23236B, out 130354B, BBs exec'd 0 ====
- 0x3A9C8ED4: jmp-8 0x3A9C8F20
-. 1278 3A9C8ED4 2
-. EB 4A
-
-==== BB 1279 (0x3A9C8F20) in 23238B, out 130382B, BBs exec'd 0 ====
- 0x3A9C8F20: movl (%edi),%edi
- 0x3A9C8F22: testl %edi,%edi
- 0x3A9C8F24: jnz-8 0x3A9C8EC0
-. 1279 3A9C8F20 6
-. 8B 3F 85 FF 75 9A
-
-==== BB 1280 (0x3A9C8F26) in 23244B, out 130451B, BBs exec'd 0 ====
- 0x3A9C8F26: movl 8(%ebp),%eax
- 0x3A9C8F29: testl %eax,%eax
- 0x3A9C8F2B: jz-8 0x3A9C8F38
-. 1280 3A9C8F26 7
-. 8B 45 08 85 C0 74 0B
-
-==== BB 1281 (0x3A9C8F2D) in 23251B, out 130523B, BBs exec'd 0 ====
- 0x3A9C8F2D: movl 8(%ebp),%eax
- 0x3A9C8F30: movl %eax,(%esp,,)
- 0x3A9C8F33: call 0x3AA648D0
-. 1281 3A9C8F2D 11
-. 8B 45 08 89 04 24 E8 98 B9 09 00
-
-==== BB 1282 __unregister_atfork(0x3AA648D0) in 23262B, out 130591B, BBs exec'd 0 ====
- 0x3AA648D0: pushl %ebp
- 0x3AA648D1: movl %esp,%ebp
- 0x3AA648D3: pushl %edi
- 0x3AA648D4: pushl %esi
- 0x3AA648D5: pushl %ebx
- 0x3AA648D6: subl $0x10, %esp
- 0x3AA648D9: movl 8(%ebp),%edi
- 0x3AA648DC: call 0x3A9B3791
-. 1282 3AA648D0 17
-. 55 89 E5 57 56 53 83 EC 10 8B 7D 08 E8 B0 EE F4 FF
-
-==== BB 1283 (0x3AA648E1) in 23279B, out 130737B, BBs exec'd 0 ====
- 0x3AA648E1: addl $0x4B72F, %ebx
- 0x3AA648E7: movl 0x2B3C(%ebx),%edx
- 0x3AA648ED: testl %edx,%edx
- 0x3AA648EF: jnz-32 0x3AA649D2
-. 1283 3AA648E1 20
-. 81 C3 2F B7 04 00 8B 93 3C 2B 00 00 85 D2 0F 85 DD 00 00 00
-
-==== BB 1284 (0x3AA648F5) in 23299B, out 130825B, BBs exec'd 0 ====
- 0x3AA648F5: movl 0xFFFF9B8C(%ebx),%ecx
- 0x3AA648FB: leal 0xFFFF9B88(%ebx), %eax
- 0x3AA64901: movl %eax,-16(%ebp)
- 0x3AA64904: cmpl %eax,%ecx
- 0x3AA64906: movl 4(%ecx),%esi
- 0x3AA64909: jnz-8 0x3AA6491A
-. 1284 3AA648F5 22
-. 8B 8B 8C 9B FF FF 8D 83 88 9B FF FF 89 45 F0 39 C1 8B 71 04 75 0F
-
-==== BB 1285 (0x3AA6490B) in 23321B, out 130942B, BBs exec'd 0 ====
- 0x3AA6490B: jmp-8 0x3AA64940
-. 1285 3AA6490B 2
-. EB 33
-
-==== BB 1286 (0x3AA64940) in 23323B, out 130970B, BBs exec'd 0 ====
- 0x3AA64940: movl 0xFFFF9B94(%ebx),%ecx
- 0x3AA64946: leal 0xFFFF9B90(%ebx), %eax
- 0x3AA6494C: movl %eax,-20(%ebp)
- 0x3AA6494F: cmpl %eax,%ecx
- 0x3AA64951: movl 4(%ecx),%esi
- 0x3AA64954: jnz-8 0x3AA64962
-. 1286 3AA64940 22
-. 8B 8B 94 9B FF FF 8D 83 90 9B FF FF 89 45 EC 39 C1 8B 71 04 75 0C
-
-==== BB 1287 (0x3AA64956) in 23345B, out 131084B, BBs exec'd 0 ====
- 0x3AA64956: jmp-8 0x3AA64980
-. 1287 3AA64956 2
-. EB 28
-
-==== BB 1288 (0x3AA64980) in 23347B, out 131112B, BBs exec'd 0 ====
- 0x3AA64980: movl 0xFFFF9B9C(%ebx),%ecx
- 0x3AA64986: leal 0xFFFF9B98(%ebx), %eax
- 0x3AA6498C: movl %eax,-24(%ebp)
- 0x3AA6498F: cmpl %eax,%ecx
- 0x3AA64991: movl 4(%ecx),%esi
- 0x3AA64994: jnz-8 0x3AA649A2
-. 1288 3AA64980 22
-. 8B 8B 9C 9B FF FF 8D 83 98 9B FF FF 89 45 E8 39 C1 8B 71 04 75 0C
-
-==== BB 1289 (0x3AA64996) in 23369B, out 131226B, BBs exec'd 0 ====
- 0x3AA64996: jmp-8 0x3AA649C0
-. 1289 3AA64996 2
-. EB 28
-
-==== BB 1290 (0x3AA649C0) in 23371B, out 131254B, BBs exec'd 0 ====
- 0x3AA649C0: movl 0x2B44(%ebx),%edx
- 0x3AA649C6: testl %edx,%edx
- 0x3AA649C8: jnz-8 0x3AA649E2
-. 1290 3AA649C0 10
-. 8B 93 44 2B 00 00 85 D2 75 18
-
-==== BB 1291 (0x3AA649CA) in 23381B, out 131329B, BBs exec'd 0 ====
- 0x3AA649CA: addl $0x10, %esp
- 0x3AA649CD: popl %ebx
- 0x3AA649CE: popl %esi
- 0x3AA649CF: popl %edi
- 0x3AA649D0: popl %ebp
- 0x3AA649D1: ret
-. 1291 3AA649CA 8
-. 83 C4 10 5B 5E 5F 5D C3
-
-==== BB 1292 (0x3A9C8F38) in 23389B, out 131437B, BBs exec'd 0 ====
- 0x3A9C8F38: addl $0xC, %esp
- 0x3A9C8F3B: popl %ebx
- 0x3A9C8F3C: popl %esi
- 0x3A9C8F3D: popl %edi
- 0x3A9C8F3E: popl %ebp
- 0x3A9C8F3F: ret
-. 1292 3A9C8F38 8
-. 83 C4 0C 5B 5E 5F 5D C3
-
-==== BB 1293 (0x3A97CA52) in 23397B, out 131545B, BBs exec'd 0 ====
- 0x3A97CA52: addl $0x10, %esp
- 0x3A97CA55: jmp-8 0x3A97CA14
-. 1293 3A97CA52 5
-. 83 C4 10 EB BD
-
-==== BB 1294 (0x3A97CA14) in 23402B, out 131590B, BBs exec'd 0 ====
- 0x3A97CA14: movl 0xFFFFFF14(%ebx),%eax
- 0x3A97CA1A: movl (%eax),%edx
- 0x3A97CA1C: testl %edx,%edx
- 0x3A97CA1E: jz-8 0x3A97CA37
-. 1294 3A97CA14 12
-. 8B 83 14 FF FF FF 8B 10 85 D2 74 17
-
-==== BB 1295 (0x3A97CA37) in 23414B, out 131675B, BBs exec'd 0 ====
- 0x3A97CA37: movb $0x1, 0x30(%ebx)
- 0x3A97CA3E: movl -4(%ebp),%ebx
- 0x3A97CA41: leave 0x3A97CA42: ret
-. 1295 3A97CA37 12
-. C6 83 30 00 00 00 01 8B 5D FC C9 C3
-
-==== BB 1296 (0x3A97CCEA) in 23426B, out 131752B, BBs exec'd 0 ====
- 0x3A97CCEA: popl %ecx
- 0x3A97CCEB: popl %ebx
- 0x3A97CCEC: leave 0x3A97CCED: ret
-. 1296 3A97CCEA 4
-. 59 5B C9 C3
-
-==== BB 1297 (0x3A970A75) in 23430B, out 131836B, BBs exec'd 0 ====
- 0x3A970A75: jmp-8 0x3A970A23
-. 1297 3A970A75 2
-. EB AC
-
-==== BB 1298 (0x3A970A23) in 23432B, out 131864B, BBs exec'd 0 ====
- 0x3A970A23: decl 0x170(%edi)
- 0x3A970A29: incl -16(%ebp)
- 0x3A970A2C: movl -16(%ebp),%edx
- 0x3A970A2F: cmpl 0xFFFFF998(%ebx),%edx
- 0x3A970A35: jb-8 0x3A9709C6
-. 1298 3A970A23 20
-. FF 8F 70 01 00 00 FF 45 F0 8B 55 F0 3B 93 98 F9 FF FF 72 8F
-
-==== BB 1299 (0x3A9709FF) in 23452B, out 131979B, BBs exec'd 0 ====
- 0x3A9709FF: movl 4(%edx),%edx
- 0x3A970A02: movl (%edi),%esi
- 0x3A970A04: movl 0x88(%edi),%eax
- 0x3A970A0A: addl %esi,%edx
- 0x3A970A0C: movl %edx,-44(%ebp)
- 0x3A970A0F: movl 4(%eax),%esi
- 0x3A970A12: shrl $0x2, %esi
- 0x3A970A15: movl %esi,%eax
- 0x3A970A17: decl %esi
- 0x3A970A18: testl %eax,%eax
- 0x3A970A1A: jnz-8 0x3A970A58
-. 1299 3A9709FF 29
-. 8B 52 04 8B 37 8B 87 88 00 00 00 01 F2 89 55 D4 8B 70 04 C1 EE 02 89 F0 4E 85 C0 75 3C
-
-==== BB 1300 (0x3A970A58) in 23481B, out 132134B, BBs exec'd 0 ====
- 0x3A970A58: movl -44(%ebp),%eax
- 0x3A970A5B: call*l (%eax,%esi,4)
-. 1300 3A970A58 6
-. 8B 45 D4 FF 14 B0
-
-==== BB 1301 __libc_fini(0x3A9B3760) in 23487B, out 132195B, BBs exec'd 0 ====
- 0x3A9B3760: pushl %ebp
- 0x3A9B3761: movl %esp,%ebp
- 0x3A9B3763: pushl %esi
- 0x3A9B3764: pushl %ebx
- 0x3A9B3765: call 0x3A9B3791
-. 1301 3A9B3760 10
-. 55 89 E5 56 53 E8 27 00 00 00
-
-==== BB 1302 (0x3A9B376A) in 23497B, out 132298B, BBs exec'd 0 ====
- 0x3A9B376A: addl $0xFC8A6, %ebx
- 0x3A9B3770: leal 0xFFFFFFA0(%ebx), %esi
- 0x3A9B3776: movl (%esi),%eax
- 0x3A9B3778: testl %eax,%eax
- 0x3A9B377A: jnz-8 0x3A9B3780
-. 1302 3A9B376A 18
-. 81 C3 A6 C8 0F 00 8D B3 A0 FF FF FF 8B 06 85 C0 75 04
-
-==== BB 1303 (0x3A9B377C) in 23515B, out 132390B, BBs exec'd 0 ====
- 0x3A9B377C: popl %ebx
- 0x3A9B377D: popl %esi
- 0x3A9B377E: popl %ebp
- 0x3A9B377F: ret
-. 1303 3A9B377C 4
-. 5B 5E 5D C3
-
-==== BB 1304 (0x3A970A5E) in 23519B, out 132468B, BBs exec'd 0 ====
- 0x3A970A5E: movl %esi,%eax
- 0x3A970A60: decl %esi
- 0x3A970A61: testl %eax,%eax
- 0x3A970A63: jnz-8 0x3A970A58
-. 1304 3A970A5E 7
-. 89 F0 4E 85 C0 75 F3
-
-==== BB 1305 (0x3A970A65) in 23526B, out 132545B, BBs exec'd 0 ====
- 0x3A970A65: movl 76(%edi),%eax
- 0x3A970A68: testl %eax,%eax
- 0x3A970A6A: jz-8 0x3A970A23
-. 1305 3A970A65 7
-. 8B 47 4C 85 C0 74 B7
-
-==== BB 1306 (0x3A970A37) in 23533B, out 132617B, BBs exec'd 0 ====
- 0x3A970A37: movl -52(%ebp),%ecx
- 0x3A970A3A: movl %ecx,(%esp,,)
- 0x3A970A3D: call*l 0xFFFFFBFC(%ebx)
-. 1306 3A970A37 12
-. 8B 4D CC 89 0C 24 FF 93 FC FB FF FF
-
-==== BB 1307 rtld_lock_default_unlock_recursive(0x3A9658F0) in 23545B, out 132685B, BBs exec'd 0 ====
- 0x3A9658F0: pushl %ebp
- 0x3A9658F1: movl %esp,%ebp
- 0x3A9658F3: movl 8(%ebp),%eax
- 0x3A9658F6: decl 4(%eax)
- 0x3A9658F9: popl %ebp
- 0x3A9658FA: ret
-. 1307 3A9658F0 11
-. 55 89 E5 8B 45 08 FF 48 04 5D C3
-
-==== BB 1308 (0x3A970A43) in 23556B, out 132789B, BBs exec'd 0 ====
- 0x3A970A43: cmpb $0x0, 0xFFFFFC14(%ebx)
- 0x3A970A4A: js-32 0x3A970B05
-. 1308 3A970A43 13
-. 80 BB 14 FC FF FF 00 0F 88 B5 00 00 00
-
-==== BB 1309 (0x3A970A50) in 23569B, out 132855B, BBs exec'd 0 ====
- 0x3A970A50: leal -12(%ebp), %esp
- 0x3A970A53: popl %ebx
- 0x3A970A54: popl %esi
- 0x3A970A55: popl %edi
- 0x3A970A56: popl %ebp
- 0x3A970A57: ret
-. 1309 3A970A50 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-==== BB 1310 (0x3A9C8CBD) in 23577B, out 132957B, BBs exec'd 0 ====
- 0x3A9C8CBD: movl %edx,%eax
- 0x3A9C8CBF: movl (%edx),%edx
- 0x3A9C8CC1: testl %edx,%edx
- 0x3A9C8CC3: movl %edx,0xFFFF9EBC(%ebx)
- 0x3A9C8CC9: jz-8 0x3A9C8CDD
-. 1310 3A9C8CBD 14
-. 89 D0 8B 12 85 D2 89 93 BC 9E FF FF 74 12
-
-==== BB 1311 (0x3A9C8CDD) in 23591B, out 133052B, BBs exec'd 0 ====
- 0x3A9C8CDD: leal 0xFFFFFFF4(%ebx), %esi
- 0x3A9C8CE3: leal 0xFFFFFFF8(%ebx), %edi
- 0x3A9C8CE9: cmpl %edi,%esi
- 0x3A9C8CEB: jb-8 0x3A9C8CF8
-. 1311 3A9C8CDD 16
-. 8D B3 F4 FF FF FF 8D BB F8 FF FF FF 39 FE 72 0B
-
-==== BB 1312 (0x3A9C8CF8) in 23607B, out 133128B, BBs exec'd 0 ====
- 0x3A9C8CF8: call*l (%esi)
-. 1312 3A9C8CF8 2
-. FF 16
-
-==== BB 1313 _IO_cleanup(0x3A9FD870) in 23609B, out 133169B, BBs exec'd 0 ====
- 0x3A9FD870: pushl %ebp
- 0x3A9FD871: movl %esp,%ebp
- 0x3A9FD873: pushl %edi
- 0x3A9FD874: pushl %esi
- 0x3A9FD875: pushl %ebx
- 0x3A9FD876: subl $0xC, %esp
- 0x3A9FD879: call 0x3A9B3791
-. 1313 3A9FD870 14
-. 55 89 E5 57 56 53 83 EC 0C E8 13 5F FB FF
-
-==== BB 1314 (0x3A9FD87E) in 23623B, out 133302B, BBs exec'd 0 ====
- 0x3A9FD87E: addl $0xB2792, %ebx
- 0x3A9FD884: movl $0x0, (%esp,,)
- 0x3A9FD88B: call 0x3A9FD660
-. 1314 3A9FD87E 18
-. 81 C3 92 27 0B 00 C7 04 24 00 00 00 00 E8 D0 FD FF FF
-
-==== BB 1315 _IO_flush_all_lockp(0x3A9FD660) in 23641B, out 133379B, BBs exec'd 0 ====
- 0x3A9FD660: pushl %ebp
- 0x3A9FD661: xorl %eax, %eax
- 0x3A9FD663: movl %esp,%ebp
- 0x3A9FD665: pushl %edi
- 0x3A9FD666: pushl %esi
- 0x3A9FD667: pushl %ebx
- 0x3A9FD668: subl $0x24, %esp
- 0x3A9FD66B: call 0x3A9B3791
-. 1315 3A9FD660 16
-. 55 31 C0 89 E5 57 56 53 83 EC 24 E8 21 61 FB FF
-
-==== BB 1316 (0x3A9FD670) in 23657B, out 133526B, BBs exec'd 0 ====
- 0x3A9FD670: addl $0xB29A0, %ebx
- 0x3A9FD676: cmpl $0x0, 0x1B8(%ebx)
- 0x3A9FD67D: movl $0x0, -32(%ebp)
- 0x3A9FD684: setnz %al
- 0x3A9FD687: testl %eax,%eax
- 0x3A9FD689: movl %eax,-36(%ebp)
- 0x3A9FD68C: jnz-32 0x3A9FD80D
-. 1316 3A9FD670 34
-. 81 C3 A0 29 0B 00 83 BB B8 01 00 00 00 C7 45 E0 00 00 00 00 0F 95 C0 85 C0 89 45 DC 0F 85 7B 01 00 00
-
-==== BB 1317 (0x3A9FD692) in 23691B, out 133655B, BBs exec'd 0 ====
- 0x3A9FD692: movl 8(%ebp),%esi
- 0x3A9FD695: testl %esi,%esi
- 0x3A9FD697: jz-8 0x3A9FD6A7
-. 1317 3A9FD692 7
-. 8B 75 08 85 F6 74 0E
-
-==== BB 1318 (0x3A9FD6A7) in 23698B, out 133727B, BBs exec'd 0 ====
- 0x3A9FD6A7: movl 0xFFFF9570(%ebx),%esi
- 0x3A9FD6AD: movl 0x9B0(%ebx),%edi
- 0x3A9FD6B3: testl %esi,%esi
- 0x3A9FD6B5: jnz-8 0x3A9FD6D0
-. 1318 3A9FD6A7 16
-. 8B B3 70 95 FF FF 8B BB B0 09 00 00 85 F6 75 19
-
-==== BB 1319 (0x3A9FD6D0) in 23714B, out 133818B, BBs exec'd 0 ====
- 0x3A9FD6D0: movl %esi,0x9B4(%ebx)
- 0x3A9FD6D6: movl 8(%ebp),%ecx
- 0x3A9FD6D9: testl %ecx,%ecx
- 0x3A9FD6DB: jz-8 0x3A9FD6EE
-. 1319 3A9FD6D0 13
-. 89 B3 B4 09 00 00 8B 4D 08 85 C9 74 11
-
-==== BB 1320 (0x3A9FD6EE) in 23727B, out 133909B, BBs exec'd 0 ====
- 0x3A9FD6EE: movl 92(%esi),%edx
- 0x3A9FD6F1: testl %edx,%edx
- 0x3A9FD6F3: jle-32 0x3A9FD7C0
-. 1320 3A9FD6EE 11
-. 8B 56 5C 85 D2 0F 8E C7 00 00 00
-
-==== BB 1321 (0x3A9FD7C0) in 23738B, out 133981B, BBs exec'd 0 ====
- 0x3A9FD7C0: movl 16(%esi),%eax
- 0x3A9FD7C3: cmpl %eax,20(%esi)
- 0x3A9FD7C6: jbe-32 0x3A9FD6F9
-. 1321 3A9FD7C0 12
-. 8B 46 10 39 46 14 0F 86 2D FF FF FF
-
-==== BB 1322 (0x3A9FD6F9) in 23750B, out 134056B, BBs exec'd 0 ====
- 0x3A9FD6F9: movzbl 70(%esi),%ecx
- 0x3A9FD6FD: testb %cl,%cl
- 0x3A9FD6FF: jnz-8 0x3A9FD730
-. 1322 3A9FD6F9 8
-. 0F B6 4E 46 84 C9 75 2F
-
-==== BB 1323 (0x3A9FD701) in 23758B, out 134133B, BBs exec'd 0 ====
- 0x3A9FD701: testl %edx,%edx
- 0x3A9FD703: jle-8 0x3A9FD730
-. 1323 3A9FD701 4
-. 85 D2 7E 2B
-
-==== BB 1324 (0x3A9FD730) in 23762B, out 134192B, BBs exec'd 0 ====
- 0x3A9FD730: movl 8(%ebp),%eax
- 0x3A9FD733: testl %eax,%eax
- 0x3A9FD735: jz-8 0x3A9FD748
-. 1324 3A9FD730 7
-. 8B 45 08 85 C0 74 11
-
-==== BB 1325 (0x3A9FD748) in 23769B, out 134264B, BBs exec'd 0 ====
- 0x3A9FD748: xorl %eax, %eax
- 0x3A9FD74A: movl %eax,0x9B4(%ebx)
- 0x3A9FD750: movl 0x9B0(%ebx),%eax
- 0x3A9FD756: cmpl %eax,%edi
- 0x3A9FD758: jnz-32 0x3A9FD6C0
-. 1325 3A9FD748 22
-. 31 C0 89 83 B4 09 00 00 8B 83 B0 09 00 00 39 C7 0F 85 62 FF FF FF
-
-==== BB 1326 (0x3A9FD75E) in 23791B, out 134363B, BBs exec'd 0 ====
- 0x3A9FD75E: movl 52(%esi),%esi
- 0x3A9FD761: testl %esi,%esi
- 0x3A9FD763: jnz-32 0x3A9FD6D0
-. 1326 3A9FD75E 11
-. 8B 76 34 85 F6 0F 85 67 FF FF FF
-
-==== BB 1327 (0x3A9FD769) in 23802B, out 134435B, BBs exec'd 0 ====
- 0x3A9FD769: leal 0(%esi,,), %esi
- 0x3A9FD770: movl 8(%ebp),%eax
- 0x3A9FD773: testl %eax,%eax
- 0x3A9FD775: jz-8 0x3A9FD785
-. 1327 3A9FD769 14
-. 8D B4 26 00 00 00 00 8B 45 08 85 C0 74 0E
-
-==== BB 1328 (0x3A9FD785) in 23816B, out 134520B, BBs exec'd 0 ====
- 0x3A9FD785: movl -36(%ebp),%edi
- 0x3A9FD788: testl %edi,%edi
- 0x3A9FD78A: jnz-32 0x3A9FD82D
-. 1328 3A9FD785 11
-. 8B 7D DC 85 FF 0F 85 9D 00 00 00
-
-==== BB 1329 (0x3A9FD790) in 23827B, out 134592B, BBs exec'd 0 ====
- 0x3A9FD790: movl -32(%ebp),%eax
- 0x3A9FD793: addl $0x24, %esp
- 0x3A9FD796: popl %ebx
- 0x3A9FD797: popl %esi
- 0x3A9FD798: popl %edi
- 0x3A9FD799: popl %ebp
- 0x3A9FD79A: ret
-. 1329 3A9FD790 11
-. 8B 45 E0 83 C4 24 5B 5E 5F 5D C3
-
-==== BB 1330 (0x3A9FD890) in 23838B, out 134714B, BBs exec'd 0 ====
- 0x3A9FD890: movl 0xFFFF9570(%ebx),%esi
- 0x3A9FD896: movl %eax,%edi
- 0x3A9FD898: testl %esi,%esi
- 0x3A9FD89A: jz-8 0x3A9FD8CE
-. 1330 3A9FD890 12
-. 8B B3 70 95 FF FF 89 C7 85 F6 74 32
-
-==== BB 1331 (0x3A9FD89C) in 23850B, out 134799B, BBs exec'd 0 ====
- 0x3A9FD89C: leal 0(%esi,,), %esi
- 0x3A9FD8A0: movl (%esi),%eax
- 0x3A9FD8A2: testb $0x2, %al
- 0x3A9FD8A4: jnz-8 0x3A9FD8C0
-. 1331 3A9FD89C 10
-. 8D 74 26 00 8B 06 A8 02 75 1A
-
-==== BB 1332 (0x3A9FD8C0) in 23860B, out 134888B, BBs exec'd 0 ====
- 0x3A9FD8C0: movl $0xFFFFFFFF, 92(%esi)
- 0x3A9FD8C7: movl 52(%esi),%esi
- 0x3A9FD8CA: testl %esi,%esi
- 0x3A9FD8CC: jnz-8 0x3A9FD8A0
-. 1332 3A9FD8C0 14
-. C7 46 5C FF FF FF FF 8B 76 34 85 F6 75 D2
-
-==== BB 1333 (0x3A9FD8A0) in 23874B, out 134975B, BBs exec'd 0 ====
- 0x3A9FD8A0: movl (%esi),%eax
- 0x3A9FD8A2: testb $0x2, %al
- 0x3A9FD8A4: jnz-8 0x3A9FD8C0
-. 1333 3A9FD8A0 6
-. 8B 06 A8 02 75 1A
-
-==== BB 1334 (0x3A9FD8A6) in 23880B, out 135050B, BBs exec'd 0 ====
- 0x3A9FD8A6: andl $0x1008, %eax
- 0x3A9FD8AB: cmpl $0x8, %eax
- 0x3A9FD8AE: jz-8 0x3A9FD8C0
-. 1334 3A9FD8A6 10
-. 25 08 10 00 00 83 F8 08 74 10
-
-==== BB 1335 (0x3A9FD8B0) in 23890B, out 135121B, BBs exec'd 0 ====
- 0x3A9FD8B0: movl 92(%esi),%eax
- 0x3A9FD8B3: testl %eax,%eax
- 0x3A9FD8B5: jnz-8 0x3A9FD8D8
-. 1335 3A9FD8B0 7
-. 8B 46 5C 85 C0 75 21
-
-==== BB 1336 (0x3A9FD8B7) in 23897B, out 135193B, BBs exec'd 0 ====
- 0x3A9FD8B7: movl %esi,%esi
- 0x3A9FD8B9: leal 0(%edi,,), %edi
- 0x3A9FD8C0: movl $0xFFFFFFFF, 92(%esi)
- 0x3A9FD8C7: movl 52(%esi),%esi
- 0x3A9FD8CA: testl %esi,%esi
- 0x3A9FD8CC: jnz-8 0x3A9FD8A0
-. 1336 3A9FD8B7 23
-. 89 F6 8D BC 27 00 00 00 00 C7 46 5C FF FF FF FF 8B 76 34 85 F6 75 D2
-
-==== BB 1337 (0x3A9FD8CE) in 23920B, out 135297B, BBs exec'd 0 ====
- 0x3A9FD8CE: addl $0xC, %esp
- 0x3A9FD8D1: movl %edi,%eax
- 0x3A9FD8D3: popl %ebx
- 0x3A9FD8D4: popl %esi
- 0x3A9FD8D5: popl %edi
- 0x3A9FD8D6: popl %ebp
- 0x3A9FD8D7: ret
-. 1337 3A9FD8CE 10
-. 83 C4 0C 89 F8 5B 5E 5F 5D C3
-
-==== BB 1338 (0x3A9C8CFA) in 23930B, out 135415B, BBs exec'd 0 ====
- 0x3A9C8CFA: addl $0x4, %esi
- 0x3A9C8CFD: cmpl %edi,%esi
- 0x3A9C8CFF: jb-8 0x3A9C8CF8
-. 1338 3A9C8CFA 7
-. 83 C6 04 39 FE 72 F7
-
-==== BB 1339 (0x3A9C8D01) in 23937B, out 135482B, BBs exec'd 0 ====
- 0x3A9C8D01: jmp-8 0x3A9C8CED
-. 1339 3A9C8D01 2
-. EB EA
-
-==== BB 1340 (0x3A9C8CED) in 23939B, out 135510B, BBs exec'd 0 ====
- 0x3A9C8CED: movl 8(%ebp),%eax
- 0x3A9C8CF0: movl %eax,(%esp,,)
- 0x3A9C8CF3: call 0x3AA2658C
-. 1340 3A9C8CED 11
-. 8B 45 08 89 04 24 E8 94 D8 05 00
-
-==== BB 1341 __GI__exit(0x3AA2658C) in 23950B, out 135578B, BBs exec'd 0 ====
- 0x3AA2658C: movl 4(%esp,,),%ebx
- 0x3AA26590: movl $0xFC,%eax
- 0x3AA26595: int $0x80
-. 1341 3AA2658C 11
-. 8B 5C 24 04 B8 FC 00 00 00 CD 80
-
-==6382==
diff --git a/VEX/orig_x86/fpu_mmx_sse.orig b/VEX/orig_x86/fpu_mmx_sse.orig
deleted file mode 100644
index 3ce2487..0000000
--- a/VEX/orig_x86/fpu_mmx_sse.orig
+++ /dev/null
@@ -1,35448 +0,0 @@
-
-. 0 3A965880 7
-. 89 E0 E8 F9 03 00 00
-
-. 0 3A965C80 14
-. 55 89 E5 57 56 53 83 EC 54 E8 9D FC 00 00
-
-. 0 3A97592B 4
-. 8B 1C 24 C3
-
-. 0 3A965C8E 67
-. 81 C3 DE 29 01 00 89 45 D0 8B 93 00 00 00 00 8D 83 50 FF FF FF 29 D0 89 83 E4 F9 FF FF 01 D0 89 83 EC F9 FF FF 8D 83 94 F9 FF FF 89 45 C8 83 C0 50 8B 7D C8 89 45 CC 8B 70 08 83 C7 68 8B 16 85 D2 75 10
-
-. 0 3A965CE1 5
-. 83 FA 21 7E ED
-
-. 0 3A965CD3 14
-. 89 34 97 83 C6 08 8B 06 85 C0 89 C2 74 2F
-
-. 0 3A965CE6 16
-. B8 FF FF FF 6F 29 D0 83 F8 0F 0F 87 EA 01 00 00
-
-. 0 3A965CF6 21
-. B8 21 00 00 70 29 D0 89 34 87 83 C6 08 8B 06 85 C0 89 C2 75 D6
-
-. 0 3A965D0B 14
-. 90 8D 74 26 00 8B 4D CC 8B 11 85 D2 74 57
-
-. 0 3A965D19 7
-. 8B 47 10 85 C0 74 03
-
-. 0 3A965D20 10
-. 01 50 04 8B 47 0C 85 C0 74 03
-
-. 0 3A965D2A 10
-. 01 50 04 8B 47 14 85 C0 74 03
-
-. 0 3A965D34 10
-. 01 50 04 8B 47 18 85 C0 74 03
-
-. 0 3A965D3E 10
-. 01 50 04 8B 47 44 85 C0 74 03
-
-. 0 3A965D48 10
-. 01 50 04 8B 47 5C 85 C0 74 03
-
-. 0 3A965D52 13
-. 01 50 04 8B 87 C4 00 00 00 85 C0 74 11
-
-. 0 3A965D5F 27
-. 01 50 04 8D B4 26 00 00 00 00 8D BC 27 00 00 00 00 8B 83 E4 F9 FF FF 85 C0 75 0E
-
-. 0 3A965D88 44
-. C7 45 DC 00 00 00 00 8B 4D C8 8B 83 40 FA FF FF C7 45 E4 00 00 00 00 83 C1 50 85 C0 C7 45 D8 00 00 00 00 C7 45 D4 00 00 00 00 74 12
-
-. 0 3A965DB4 28
-. 8B 40 04 89 45 D4 8B 83 44 FA FF FF 8B 40 04 89 45 D8 8B BB 4C FA FF FF 85 FF 74 0C
-
-. 0 3A965DD0 51
-. 8B 83 04 FA FF FF 8B 40 04 01 45 D8 8B 55 D4 8B 75 D8 8D 04 16 89 45 C4 8B 45 C8 8B 78 50 8B 41 30 8B 40 04 89 45 C0 8B 81 B4 00 00 00 31 C9 85 C0 74 03
-
-. 0 3A965E03 12
-. 8B 48 04 89 F0 C1 E8 03 39 C8 76 02
-
-. 0 3A965E0F 9
-. 89 C8 8D 0C C2 39 CA 73 17
-
-. 0 3A965E18 23
-. 90 8D B4 26 00 00 00 00 8B 32 89 F8 83 C2 08 01 F0 01 38 39 CA 72 F1
-
-. 0 3A965E20 15
-. 8B 32 89 F8 83 C2 08 01 F0 01 38 39 CA 72 F1
-
-. 0 3A965E2F 5
-. 3B 4D C4 73 4D
-
-. 0 3A965E34 47
-. 8D B6 00 00 00 00 8D BF 00 00 00 00 8B 51 04 8B 75 C0 89 D0 C1 E8 08 C1 E0 04 01 F0 8B 31 01 FE 89 75 BC 0F B6 F2 31 D2 66 83 78 0E 00 74 06
-
-. 0 3A965E63 17
-. 8B 93 E4 F9 FF FF 03 50 04 8D 46 FA 83 F8 01 77 05
-
-. 0 3A965E74 13
-. 8B 45 BC 89 10 83 C1 08 3B 4D C4 72 BF
-
-. 0 3A965E40 35
-. 8B 51 04 8B 75 C0 89 D0 C1 E8 08 C1 E0 04 01 F0 8B 31 01 FE 89 75 BC 0F B6 F2 31 D2 66 83 78 0E 00 74 06
-
-. 0 3A965E81 16
-. 8B 45 C8 BE 01 00 00 00 83 C0 50 E8 EF 5E 00 00
-
-. 0 3A96BD80 12
-. 55 89 C1 8B 40 28 89 E5 85 C0 74 1D
-
-. 0 3A96BD8C 31
-. 8B 40 04 8B 10 83 C0 08 89 81 68 01 00 00 8D 04 90 89 91 64 01 00 00 89 81 6C 01 00 00 5D C3
-
-. 0 3A965E91 57
-. 89 B3 54 FB FF FF 8D 83 94 C9 FE FF 89 83 78 FB FF FF 8D 83 28 02 00 00 89 83 7C FB FF FF 8D 83 24 DD FE FF 89 44 24 04 8B 55 D0 89 AB 28 01 00 00 89 14 24 E8 F6 CE 00 00
-
-. 0 3A972DC0 44
-. 55 31 D2 89 E5 57 31 FF 31 C9 56 31 F6 53 81 EC 04 02 00 00 8B 45 08 89 95 1C FE FF FF 31 D2 89 95 0C FE FF FF 8B 10 E8 3F 2B 00 00
-
-. 0 3A972DEC 74
-. 81 C3 80 58 00 00 89 83 28 01 00 00 83 C0 04 89 93 0C 02 00 00 8D 14 90 89 B5 14 FE FF FF 8B 72 04 89 BD 18 FE FF FF 31 FF 85 F6 89 83 38 00 00 00 8D 42 04 89 8D 10 FE FF FF 89 C1 89 BD 08 FE FF FF 89 83 00 02 00 00 74 09
-
-. 0 3A972E36 9
-. 83 C1 04 8B 11 85 D2 75 F7
-
-. 0 3A972E3F 37
-. 83 C1 04 8D 83 14 D2 FE FF 89 CA 89 8B 34 01 00 00 8B 09 89 85 20 FE FF FF 31 C0 85 C9 89 83 20 FC FF FF 74 52
-
-. 0 3A972E64 20
-. 8D B6 00 00 00 00 8D BF 00 00 00 00 8D 41 FD 83 F8 1E 77 28
-
-. 0 3A972EA0 22
-. 83 C2 08 B8 01 00 00 00 D3 E0 09 85 0C FE FF FF 8B 0A 85 C9 75 BA
-
-. 0 3A972E70 8
-. 8D 41 FD 83 F8 1E 77 28
-
-. 0 3A972E78 11
-. 8B 84 83 54 DB FF FF 01 D8 FF E0
-
-. 0 3A9731AC 14
-. 8B 42 04 89 83 54 FC FF FF E9 E6 FC FF FF
-
-. 0 3A9731F2 14
-. 8B 42 04 89 83 18 FC FF FF E9 97 FC FF FF
-
-. 0 3A972E97 31
-. 8B 0A 8D B4 26 00 00 00 00 83 C2 08 B8 01 00 00 00 D3 E0 09 85 0C FE FF FF 8B 0A 85 C9 75 BA
-
-. 0 3A97319E 14
-. 8B 42 04 89 83 30 FC FF FF E9 EB FC FF FF
-
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-. 83 C4 10 85 C0 74 12
-
-. 0 8048832 13
-. 83 EC 0C 68 BE 38 06 08 E8 D1 FB FF FF
-
-fabs_3 ... ok
-. 0 804883F 5
-. 83 C4 10 EB 44
-
-. 0 8048888 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062E26 5
-. E8 65 5A FE FF
-
-. 0 8048890 57
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-
-. 0 80488C9 7
-. 83 C4 10 85 C0 75 79
-
-. 0 80488D0 44
-. 9B DD B5 68 FF FF FF DD 45 E0 D9 E1 DD 5D D8 DD A5 68 FF FF FF B8 59 A4 0C DC BA 29 8C 67 41 52 50 FF 75 DC FF 75 D8 E8 86 FC FF FF
-
-. 0 80488FC 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8048903 13
-. 83 EC 0C 68 1D 39 06 08 E8 00 FB FF FF
-
-fabs_4 ... ok
-. 0 8048910 5
-. 83 C4 10 EB 44
-
-. 0 8048959 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062E2B 5
-. E8 31 5B FE FF
-
-. 0 8048961 64
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 4F FA FF FF
-
-. 0 80489A1 7
-. 83 C4 10 85 C0 75 78
-
-. 0 80489A8 39
-. 9B DD B5 58 FF FF FF D9 45 E0 D8 45 DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 00 40 1C 46 50 FF 75 D0 E8 32 FB FF FF
-
-. 0 8048522 62
-. D9 45 08 D8 65 0C D9 E1 DD 5D F0 8B 45 08 89 45 E4 D9 45 E4 D9 E1 DD 05 18 38 06 08 DE C9 DD 5D E8 B8 00 00 00 00 BA 00 00 28 C0 52 50 B8 00 00 00 00 BA 00 00 00 40 52 50 E8 80 FE FF FF
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-. 0 80483E0 6
-. FF 25 08 A1 06 08
-
-. 0 80483E6 10
-. 68 10 00 00 00 E9 C0 FF FF FF
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-. 0 3A9A8860 20
-. 55 89 E5 53 83 EC 34 DD 45 08 DD 45 10 D9 C9 E8 DC B2 FF FF
-
-. 0 3A9A3B50 4
-. 8B 1C 24 C3
-
-. 0 3A9A8874 26
-. 81 C3 D0 6F 01 00 DD 55 F0 D9 C9 DD 55 E8 DD 5C 24 08 DD 1C 24 E8 72 D6 FF FF
-
-. 0 3A9A5F00 34
-. DD 44 24 0C D9 E5 E8 00 00 00 00 59 81 C1 39 99 01 00 DF E0 88 E2 80 E4 45 80 FC 40 0F 84 CE 00 00 00
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-. 0 3A9A5F22 9
-. 80 FC 05 0F 84 D5 00 00 00
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-. 0 3A9A5F2B 5
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-
-. 0 3A9A5F30 25
-. DD 44 24 04 83 EC 08 D9 E5 DF E0 88 E6 80 E4 45 80 FC 40 0F 84 87 01 00 00
-
-. 0 3A9A5F49 9
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-
-. 0 3A9A5F52 17
-. D9 C9 D9 C0 DF 3C 24 DF 2C 24 DD E9 DF E0 9E 75 4D
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-. 0 3A9A5F63 9
-. 58 5A 83 CA 00 DD D8 79 0D
-
-. 0 3A9A5F6C 27
-. DC B9 DC BD FF FF F7 D8 83 D2 00 F7 DA DD 81 DC BD FF FF D9 C9 0F AC D0 01 73 06
-
-. 0 3A9A5F8D 10
-. D8 C8 D1 EA 89 C1 09 D1 75 EA
-
-. 0 3A9A5F81 6
-. 0F AC D0 01 73 06
-
-. 0 3A9A5F87 16
-. D9 C9 D8 C9 D9 C9 D8 C8 D1 EA 89 C1 09 D1 75 EA
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-. 0 3A9A5F97 3
-. DD D8 C3
-
-. 0 3A9A888E 18
-. 8B 83 38 00 00 00 DD 5D E0 83 38 FF 0F 84 40 01 00 00
-
-. 0 3A9A88A0 11
-. DD 45 E8 DD 1C 24 E8 45 29 00 00
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-. 0 3A9AB1F0 40
-. 55 89 E5 8B 45 08 8B 55 0C 5D 89 D1 89 C2 F7 DA 81 E1 FF FF FF 7F 09 D0 C1 E8 1F 09 C1 B8 00 00 F0 7F 29 C8 C1 E8 1F C3
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-. 0 3A9A88AB 8
-. 85 C0 0F 85 2D 01 00 00
-
-. 0 3A9A88B3 11
-. DD 45 F0 DD 1C 24 E8 32 29 00 00
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-. 0 3A9A88BE 4
-. 85 C0 74 23
-
-. 0 3A9A88E5 14
-. DD 45 F0 D9 EE D9 C9 DD E9 DF E0 9E 75 72
-
-. 0 3A9A8965 13
-. DD D8 DD 45 E0 DD 1C 24 E8 AE 28 00 00
-
-. 0 3A9AB220 17
-. 8B 44 24 08 B9 FF FF EF FF 29 C1 31 C8 C1 E8 1F C3
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-. 0 3A9A8972 4
-. 85 C0 75 3A
-
-. 0 3A9A89B0 14
-. DD 45 E0 D9 EE D9 C9 DA E9 DF E0 9E 75 22
-
-. 0 3A9A89E0 9
-. DD 45 E0 83 C4 34 5B 5D C3
-
-. 0 8048560 20
-. 83 C4 10 DC 4D E8 DD 45 F0 D9 C9 DA E9 DF E0 F6 C4 45 74 02
-
-. 0 80489CF 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80489D6 13
-. 83 EC 0C 68 52 39 06 08 E8 2D FA FF FF
-
-fadds_1 ... ok
-. 0 80489E3 5
-. 83 C4 10 EB 48
-
-. 0 8048A30 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062E30 5
-. E8 03 5C FE FF
-
-. 0 8048A38 64
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 78 F9 FF FF
-
-. 0 8048A78 7
-. 83 C4 10 85 C0 75 78
-
-. 0 8048A7F 39
-. 9B DD B5 58 FF FF FF D9 45 E0 D8 45 DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 EA 56 EB 45 50 FF 75 D0 E8 5B FA FF FF
-
-. 0 8048AA6 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8048AAD 13
-. 83 EC 0C 68 8A 39 06 08 E8 56 F9 FF FF
-
-fadds_2 ... ok
-. 0 8048ABA 5
-. 83 C4 10 EB 48
-
-. 0 8048B07 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062E35 5
-. E8 D5 5C FE FF
-
-. 0 8048B0F 64
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 A1 F8 FF FF
-
-. 0 8048B4F 7
-. 83 C4 10 85 C0 75 78
-
-. 0 8048B56 39
-. 9B DD B5 58 FF FF FF D9 45 E0 D8 45 DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 EA 56 EB C5 50 FF 75 D0 E8 84 F9 FF FF
-
-. 0 8048B7D 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8048B84 13
-. 83 EC 0C 68 C2 39 06 08 E8 7F F8 FF FF
-
-fadds_3 ... ok
-. 0 8048B91 5
-. 83 C4 10 EB 48
-
-. 0 8048BDE 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062E3A 5
-. E8 A7 5D FE FF
-
-. 0 8048BE6 64
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 CA F7 FF FF
-
-. 0 8048C26 7
-. 83 C4 10 85 C0 75 78
-
-. 0 8048C2D 39
-. 9B DD B5 58 FF FF FF D9 45 E0 D8 45 DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 00 40 1C C6 50 FF 75 D0 E8 AD F8 FF FF
-
-. 0 8048C54 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8048C5B 13
-. 83 EC 0C 68 FA 39 06 08 E8 A8 F7 FF FF
-
-fadds_4 ... ok
-. 0 8048C68 5
-. 83 C4 10 EB 48
-
-. 0 8048CB5 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062E3F 5
-. E8 79 5E FE FF
-
-. 0 8048CBD 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 DC F6 FF FF
-
-. 0 8048D14 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 8048D1B 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DC 45 D8 DD 5D D0 DD A5 58 FF FF FF B8 ED C6 71 1C BA 47 F4 60 41 52 50 FF 75 D4 FF 75 D0 E8 3A F8 FF FF
-
-. 0 8048D48 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8048D4F 13
-. 83 EC 0C 68 32 3A 06 08 E8 B4 F6 FF FF
-
-faddl_1 ... ok
-. 0 8048D5C 5
-. 83 C4 10 EB 44
-
-. 0 8048DA5 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062E44 5
-. E8 64 5F FE FF
-
-. 0 8048DAD 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 EC F5 FF FF
-
-. 0 8048E04 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 8048E0B 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DC 45 D8 DD 5D D0 DD A5 58 FF FF FF B8 03 E0 E9 56 BA 4A 7D 58 41 52 50 FF 75 D4 FF 75 D0 E8 4A F7 FF FF
-
-. 0 8048E38 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8048E3F 13
-. 83 EC 0C 68 6A 3A 06 08 E8 C4 F5 FF FF
-
-faddl_2 ... ok
-. 0 8048E4C 5
-. 83 C4 10 EB 44
-
-. 0 8048E95 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062E49 5
-. E8 4F 60 FE FF
-
-. 0 8048E9D 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 FC F4 FF FF
-
-. 0 8048EF4 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 8048EFB 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DC 45 D8 DD 5D D0 DD A5 58 FF FF FF B8 03 E0 E9 56 BA 4A 7D 58 C1 52 50 FF 75 D4 FF 75 D0 E8 5A F6 FF FF
-
-. 0 8048F28 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8048F2F 13
-. 83 EC 0C 68 A2 3A 06 08 E8 D4 F4 FF FF
-
-faddl_3 ... ok
-. 0 8048F3C 5
-. 83 C4 10 EB 44
-
-. 0 8048F85 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062E4E 5
-. E8 3A 61 FE FF
-
-. 0 8048F8D 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 0C F4 FF FF
-
-. 0 8048FE4 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 8048FEB 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DC 45 D8 DD 5D D0 DD A5 58 FF FF FF B8 ED C6 71 1C BA 47 F4 60 C1 52 50 FF 75 D4 FF 75 D0 E8 6A F5 FF FF
-
-. 0 8049018 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804901F 13
-. 83 EC 0C 68 DA 3A 06 08 E8 E4 F3 FF FF
-
-faddl_4 ... ok
-. 0 804902C 5
-. 83 C4 10 EB 44
-
-. 0 8049075 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062E53 5
-. E8 25 62 FE FF
-
-. 0 804907D 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 2C F3 FF FF
-
-. 0 80490C4 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 80490CF 47
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DC C2 D9 F7 D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 00 40 1C 46 50 FF 75 D0 E8 03 F4 FF FF
-
-. 0 80490FE 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8049105 13
-. 83 EC 0C 68 12 3B 06 08 E8 FE F2 FF FF
-
-fadd_1 ... ok
-. 0 8049112 5
-. 83 C4 10 EB 48
-
-. 0 804915F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062E58 5
-. E8 0A 63 FE FF
-
-. 0 8049167 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 42 F2 FF FF
-
-. 0 80491AE 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 80491B9 47
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DC C2 D9 F7 D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 EA 56 EB 45 50 FF 75 D0 E8 19 F3 FF FF
-
-. 0 80491E8 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80491EF 13
-. 83 EC 0C 68 47 3B 06 08 E8 14 F2 FF FF
-
-fadd_2 ... ok
-. 0 80491FC 5
-. 83 C4 10 EB 48
-
-. 0 8049249 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062E5D 5
-. E8 EF 63 FE FF
-
-. 0 8049251 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 58 F1 FF FF
-
-. 0 8049298 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 80492A3 47
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DC C2 D9 F7 D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 EA 56 EB C5 50 FF 75 D0 E8 2F F2 FF FF
-
-. 0 80492D2 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80492D9 13
-. 83 EC 0C 68 7C 3B 06 08 E8 2A F1 FF FF
-
-fadd_3 ... ok
-. 0 80492E6 5
-. 83 C4 10 EB 48
-
-. 0 8049333 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062E62 5
-. E8 D4 64 FE FF
-
-. 0 804933B 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 6E F0 FF FF
-
-. 0 8049382 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 804938D 47
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DC C2 D9 F7 D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 00 40 1C C6 50 FF 75 D0 E8 45 F1 FF FF
-
-. 0 80493BC 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80493C3 13
-. 83 EC 0C 68 B1 3B 06 08 E8 40 F0 FF FF
-
-fadd_4 ... ok
-. 0 80493D0 5
-. 83 C4 10 EB 48
-
-. 0 804941D 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062E67 5
-. E8 B9 65 FE FF
-
-. 0 8049425 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 74 EF FF FF
-
-. 0 804947C 11
-. 83 C4 10 85 C0 0F 85 82 00 00 00
-
-. 0 8049487 53
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DC C2 D9 F7 D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 ED C6 71 1C BA 47 F4 60 41 52 50 FF 75 D4 FF 75 D0 E8 C6 F0 FF FF
-
-. 0 80494BC 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80494C3 13
-. 83 EC 0C 68 E6 3B 06 08 E8 40 EF FF FF
-
-fadd_5 ... ok
-. 0 80494D0 5
-. 83 C4 10 EB 44
-
-. 0 8049519 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062E6C 5
-. E8 B0 66 FE FF
-
-. 0 8049521 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 78 EE FF FF
-
-. 0 8049578 11
-. 83 C4 10 85 C0 0F 85 82 00 00 00
-
-. 0 8049583 53
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DC C2 D9 F7 D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 03 E0 E9 56 BA 4A 7D 58 41 52 50 FF 75 D4 FF 75 D0 E8 CA EF FF FF
-
-. 0 80495B8 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80495BF 13
-. 83 EC 0C 68 1B 3C 06 08 E8 44 EE FF FF
-
-fadd_6 ... ok
-. 0 80495CC 5
-. 83 C4 10 EB 44
-
-. 0 8049615 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062E71 5
-. E8 A7 67 FE FF
-
-. 0 804961D 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 7C ED FF FF
-
-. 0 8049674 11
-. 83 C4 10 85 C0 0F 85 82 00 00 00
-
-. 0 804967F 53
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DC C2 D9 F7 D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 03 E0 E9 56 BA 4A 7D 58 C1 52 50 FF 75 D4 FF 75 D0 E8 CE EE FF FF
-
-. 0 80496B4 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80496BB 13
-. 83 EC 0C 68 50 3C 06 08 E8 48 ED FF FF
-
-fadd_7 ... ok
-. 0 80496C8 5
-. 83 C4 10 EB 44
-
-. 0 8049711 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062E76 5
-. E8 9E 68 FE FF
-
-. 0 8049719 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 80 EC FF FF
-
-. 0 8049770 11
-. 83 C4 10 85 C0 0F 85 82 00 00 00
-
-. 0 804977B 53
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DC C2 D9 F7 D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 ED C6 71 1C BA 47 F4 60 C1 52 50 FF 75 D4 FF 75 D0 E8 D2 ED FF FF
-
-. 0 80497B0 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80497B7 13
-. 83 EC 0C 68 85 3C 06 08 E8 4C EC FF FF
-
-fadd_8 ... ok
-. 0 80497C4 5
-. 83 C4 10 EB 44
-
-. 0 804980D 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062E7B 5
-. E8 95 69 FE FF
-
-. 0 8049815 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 94 EB FF FF
-
-. 0 804985C 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 8049863 43
-. 9B DD B5 58 FF FF FF D9 45 E0 D9 EE D9 45 D8 D8 C2 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 00 40 1C 46 50 FF 75 D0 E8 73 EC FF FF
-
-. 0 804988E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8049895 13
-. 83 EC 0C 68 BA 3C 06 08 E8 6E EB FF FF
-
-fadd_9 ... ok
-. 0 80498A2 5
-. 83 C4 10 EB 48
-
-. 0 80498EF 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062E80 5
-. E8 72 6A FE FF
-
-. 0 80498F7 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 B2 EA FF FF
-
-. 0 804993E 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 8049945 43
-. 9B DD B5 58 FF FF FF D9 45 E0 D9 EE D9 45 D8 D8 C2 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 EA 56 EB 45 50 FF 75 D0 E8 91 EB FF FF
-
-. 0 8049970 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8049977 13
-. 83 EC 0C 68 EF 3C 06 08 E8 8C EA FF FF
-
-fadd_10 ... ok
-. 0 8049984 5
-. 83 C4 10 EB 48
-
-. 0 80499D1 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062E85 5
-. E8 4F 6B FE FF
-
-. 0 80499D9 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 D0 E9 FF FF
-
-. 0 8049A20 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 8049A27 43
-. 9B DD B5 58 FF FF FF D9 45 E0 D9 EE D9 45 D8 D8 C2 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 EA 56 EB C5 50 FF 75 D0 E8 AF EA FF FF
-
-. 0 8049A52 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8049A59 13
-. 83 EC 0C 68 27 3D 06 08 E8 AA E9 FF FF
-
-fadd_11 ... ok
-. 0 8049A66 5
-. 83 C4 10 EB 48
-
-. 0 8049AB3 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062E8A 5
-. E8 2C 6C FE FF
-
-. 0 8049ABB 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 EE E8 FF FF
-
-. 0 8049B02 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 8049B09 43
-. 9B DD B5 58 FF FF FF D9 45 E0 D9 EE D9 45 D8 D8 C2 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 00 40 1C C6 50 FF 75 D0 E8 CD E9 FF FF
-
-. 0 8049B34 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8049B3B 13
-. 83 EC 0C 68 5F 3D 06 08 E8 C8 E8 FF FF
-
-fadd_12 ... ok
-. 0 8049B48 5
-. 83 C4 10 EB 48
-
-. 0 8049B95 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062E8F 5
-. E8 09 6D FE FF
-
-. 0 8049B9D 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 FC E7 FF FF
-
-. 0 8049BF4 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 8049BFB 49
-. 9B DD B5 58 FF FF FF DD 45 E0 D9 EE DD 45 D8 D8 C2 DD 5D D0 DD A5 58 FF FF FF B8 ED C6 71 1C BA 47 F4 60 41 52 50 FF 75 D4 FF 75 D0 E8 56 E9 FF FF
-
-. 0 8049C2C 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8049C33 13
-. 83 EC 0C 68 97 3D 06 08 E8 D0 E7 FF FF
-
-fadd_13 ... ok
-. 0 8049C40 5
-. 83 C4 10 EB 44
-
-. 0 8049C89 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062E94 5
-. E8 F8 6D FE FF
-
-. 0 8049C91 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 08 E7 FF FF
-
-. 0 8049CE8 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 8049CEF 49
-. 9B DD B5 58 FF FF FF DD 45 E0 D9 EE DD 45 D8 D8 C2 DD 5D D0 DD A5 58 FF FF FF B8 03 E0 E9 56 BA 4A 7D 58 41 52 50 FF 75 D4 FF 75 D0 E8 62 E8 FF FF
-
-. 0 8049D20 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8049D27 13
-. 83 EC 0C 68 CF 3D 06 08 E8 DC E6 FF FF
-
-fadd_14 ... ok
-. 0 8049D34 5
-. 83 C4 10 EB 44
-
-. 0 8049D7D 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062E99 5
-. E8 E7 6E FE FF
-
-. 0 8049D85 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 14 E6 FF FF
-
-. 0 8049DDC 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 8049DE3 49
-. 9B DD B5 58 FF FF FF DD 45 E0 D9 EE DD 45 D8 D8 C2 DD 5D D0 DD A5 58 FF FF FF B8 03 E0 E9 56 BA 4A 7D 58 C1 52 50 FF 75 D4 FF 75 D0 E8 6E E7 FF FF
-
-. 0 8049E14 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8049E1B 13
-. 83 EC 0C 68 07 3E 06 08 E8 E8 E5 FF FF
-
-fadd_15 ... ok
-. 0 8049E28 5
-. 83 C4 10 EB 44
-
-. 0 8049E71 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062E9E 5
-. E8 D6 6F FE FF
-
-. 0 8049E79 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 20 E5 FF FF
-
-. 0 8049ED0 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 8049ED7 49
-. 9B DD B5 58 FF FF FF DD 45 E0 D9 EE DD 45 D8 D8 C2 DD 5D D0 DD A5 58 FF FF FF B8 ED C6 71 1C BA 47 F4 60 C1 52 50 FF 75 D4 FF 75 D0 E8 7A E6 FF FF
-
-. 0 8049F08 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8049F0F 13
-. 83 EC 0C 68 3F 3E 06 08 E8 F4 E4 FF FF
-
-fadd_16 ... ok
-. 0 8049F1C 5
-. 83 C4 10 EB 44
-
-. 0 8049F65 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062EA3 5
-. E8 C5 70 FE FF
-
-. 0 8049F6D 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 3C E4 FF FF
-
-. 0 8049FB4 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 8049FBB 45
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DE C2 D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 00 40 1C 46 50 FF 75 D0 E8 19 E5 FF FF
-
-. 0 8049FE8 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8049FEF 13
-. 83 EC 0C 68 77 3E 06 08 E8 14 E4 FF FF
-
-faddp_1 ... ok
-. 0 8049FFC 5
-. 83 C4 10 EB 48
-
-. 0 804A049 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062EA8 5
-. E8 A4 71 FE FF
-
-. 0 804A051 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 58 E3 FF FF
-
-. 0 804A098 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 804A09F 45
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DE C2 D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 EA 56 EB 45 50 FF 75 D0 E8 35 E4 FF FF
-
-. 0 804A0CC 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804A0D3 13
-. 83 EC 0C 68 AF 3E 06 08 E8 30 E3 FF FF
-
-faddp_2 ... ok
-. 0 804A0E0 5
-. 83 C4 10 EB 48
-
-. 0 804A12D 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062EAD 5
-. E8 83 72 FE FF
-
-. 0 804A135 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 74 E2 FF FF
-
-. 0 804A17C 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 804A183 45
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DE C2 D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 EA 56 EB C5 50 FF 75 D0 E8 51 E3 FF FF
-
-. 0 804A1B0 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804A1B7 13
-. 83 EC 0C 68 E7 3E 06 08 E8 4C E2 FF FF
-
-faddp_3 ... ok
-. 0 804A1C4 5
-. 83 C4 10 EB 48
-
-. 0 804A211 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062EB2 5
-. E8 62 73 FE FF
-
-. 0 804A219 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 90 E1 FF FF
-
-. 0 804A260 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 804A267 45
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DE C2 D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 00 40 1C C6 50 FF 75 D0 E8 6D E2 FF FF
-
-. 0 804A294 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804A29B 13
-. 83 EC 0C 68 1F 3F 06 08 E8 68 E1 FF FF
-
-faddp_4 ... ok
-. 0 804A2A8 5
-. 83 C4 10 EB 48
-
-. 0 804A2F5 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062EB7 5
-. E8 41 74 FE FF
-
-. 0 804A2FD 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 9C E0 FF FF
-
-. 0 804A354 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 804A35F 51
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DE C2 D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 ED C6 71 1C BA 47 F4 60 41 52 50 FF 75 D4 FF 75 D0 E8 F0 E1 FF FF
-
-. 0 804A392 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804A399 13
-. 83 EC 0C 68 57 3F 06 08 E8 6A E0 FF FF
-
-faddp_5 ... ok
-. 0 804A3A6 5
-. 83 C4 10 EB 44
-
-. 0 804A3EF 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062EBC 5
-. E8 36 75 FE FF
-
-. 0 804A3F7 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 A2 DF FF FF
-
-. 0 804A44E 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 804A459 51
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DE C2 D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 03 E0 E9 56 BA 4A 7D 58 41 52 50 FF 75 D4 FF 75 D0 E8 F6 E0 FF FF
-
-. 0 804A48C 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804A493 13
-. 83 EC 0C 68 8F 3F 06 08 E8 70 DF FF FF
-
-faddp_6 ... ok
-. 0 804A4A0 5
-. 83 C4 10 EB 44
-
-. 0 804A4E9 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062EC1 5
-. E8 2B 76 FE FF
-
-. 0 804A4F1 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 A8 DE FF FF
-
-. 0 804A548 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 804A553 51
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DE C2 D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 03 E0 E9 56 BA 4A 7D 58 C1 52 50 FF 75 D4 FF 75 D0 E8 FC DF FF FF
-
-. 0 804A586 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804A58D 13
-. 83 EC 0C 68 C7 3F 06 08 E8 76 DE FF FF
-
-faddp_7 ... ok
-. 0 804A59A 5
-. 83 C4 10 EB 44
-
-. 0 804A5E3 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062EC6 5
-. E8 20 77 FE FF
-
-. 0 804A5EB 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 AE DD FF FF
-
-. 0 804A642 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 804A64D 51
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DE C2 D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 ED C6 71 1C BA 47 F4 60 C1 52 50 FF 75 D4 FF 75 D0 E8 02 DF FF FF
-
-. 0 804A680 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804A687 13
-. 83 EC 0C 68 FF 3F 06 08 E8 7C DD FF FF
-
-faddp_8 ... ok
-. 0 804A694 5
-. 83 C4 10 EB 44
-
-. 0 804A6DD 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062ECB 5
-. E8 15 78 FE FF
-
-. 0 804A6E5 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 C4 DC FF FF
-
-. 0 804A72C 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 804A733 41
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 45 E0 DE C1 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 00 40 1C 46 50 FF 75 D0 E8 A5 DD FF FF
-
-. 0 804A75C 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804A763 13
-. 83 EC 0C 68 37 40 06 08 E8 A0 DC FF FF
-
-faddp_9 ... ok
-. 0 804A770 5
-. 83 C4 10 EB 48
-
-. 0 804A7BD 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062ED0 5
-. E8 F0 78 FE FF
-
-. 0 804A7C5 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 E4 DB FF FF
-
-. 0 804A80C 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 804A813 41
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 45 E0 DE C1 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 EA 56 EB 45 50 FF 75 D0 E8 C5 DC FF FF
-
-. 0 804A83C 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804A843 13
-. 83 EC 0C 68 6F 40 06 08 E8 C0 DB FF FF
-
-faddp_10 ... ok
-. 0 804A850 5
-. 83 C4 10 EB 48
-
-. 0 804A89D 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062ED5 5
-. E8 CB 79 FE FF
-
-. 0 804A8A5 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 04 DB FF FF
-
-. 0 804A8EC 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 804A8F3 41
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 45 E0 DE C1 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 EA 56 EB C5 50 FF 75 D0 E8 E5 DB FF FF
-
-. 0 804A91C 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804A923 13
-. 83 EC 0C 68 AA 40 06 08 E8 E0 DA FF FF
-
-faddp_11 ... ok
-. 0 804A930 5
-. 83 C4 10 EB 48
-
-. 0 804A97D 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062EDA 5
-. E8 A6 7A FE FF
-
-. 0 804A985 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 24 DA FF FF
-
-. 0 804A9CC 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 804A9D3 41
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 45 E0 DE C1 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 00 40 1C C6 50 FF 75 D0 E8 05 DB FF FF
-
-. 0 804A9FC 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804AA03 13
-. 83 EC 0C 68 E5 40 06 08 E8 00 DA FF FF
-
-faddp_12 ... ok
-. 0 804AA10 5
-. 83 C4 10 EB 48
-
-. 0 804AA5D 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062EDF 5
-. E8 81 7B FE FF
-
-. 0 804AA65 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 34 D9 FF FF
-
-. 0 804AABC 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 804AAC3 47
-. 9B DD B5 58 FF FF FF DD 45 D8 DD 45 E0 DE C1 DD 5D D0 DD A5 58 FF FF FF B8 ED C6 71 1C BA 47 F4 60 41 52 50 FF 75 D4 FF 75 D0 E8 90 DA FF FF
-
-. 0 804AAF2 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804AAF9 13
-. 83 EC 0C 68 20 41 06 08 E8 0A D9 FF FF
-
-faddp_13 ... ok
-. 0 804AB06 5
-. 83 C4 10 EB 44
-
-. 0 804AB4F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062EE4 5
-. E8 6E 7C FE FF
-
-. 0 804AB57 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 42 D8 FF FF
-
-. 0 804ABAE 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 804ABB5 47
-. 9B DD B5 58 FF FF FF DD 45 D8 DD 45 E0 DE C1 DD 5D D0 DD A5 58 FF FF FF B8 03 E0 E9 56 BA 4A 7D 58 41 52 50 FF 75 D4 FF 75 D0 E8 9E D9 FF FF
-
-. 0 804ABE4 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804ABEB 13
-. 83 EC 0C 68 5B 41 06 08 E8 18 D8 FF FF
-
-faddp_14 ... ok
-. 0 804ABF8 5
-. 83 C4 10 EB 44
-
-. 0 804AC41 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062EE9 5
-. E8 5B 7D FE FF
-
-. 0 804AC49 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 50 D7 FF FF
-
-. 0 804ACA0 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 804ACA7 47
-. 9B DD B5 58 FF FF FF DD 45 D8 DD 45 E0 DE C1 DD 5D D0 DD A5 58 FF FF FF B8 03 E0 E9 56 BA 4A 7D 58 C1 52 50 FF 75 D4 FF 75 D0 E8 AC D8 FF FF
-
-. 0 804ACD6 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804ACDD 13
-. 83 EC 0C 68 96 41 06 08 E8 26 D7 FF FF
-
-faddp_15 ... ok
-. 0 804ACEA 5
-. 83 C4 10 EB 44
-
-. 0 804AD33 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062EEE 5
-. E8 48 7E FE FF
-
-. 0 804AD3B 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 5E D6 FF FF
-
-. 0 804AD92 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 804AD99 47
-. 9B DD B5 58 FF FF FF DD 45 D8 DD 45 E0 DE C1 DD 5D D0 DD A5 58 FF FF FF B8 ED C6 71 1C BA 47 F4 60 C1 52 50 FF 75 D4 FF 75 D0 E8 BA D7 FF FF
-
-. 0 804ADC8 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804ADCF 13
-. 83 EC 0C 68 D1 41 06 08 E8 34 D6 FF FF
-
-faddp_16 ... ok
-. 0 804ADDC 5
-. 83 C4 10 EB 44
-
-. 0 804AE25 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062EF3 5
-. E8 35 7F FE FF
-
-. 0 804AE2D 61
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 66 C7 45 DE 00 00 66 C7 45 DE E1 10 83 EC 08 6A 01 68 40 A1 06 08 E8 86 D5 FF FF
-
-. 0 804AE6A 7
-. 83 C4 10 85 C0 75 78
-
-. 0 804AE71 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DE 45 DE D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 8B 9C AD 45 50 FF 75 D0 E8 69 D6 FF FF
-
-. 0 804AE98 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804AE9F 13
-. 83 EC 0C 68 0C 42 06 08 E8 64 D5 FF FF
-
-fiadds_1 ... ok
-. 0 804AEAC 5
-. 83 C4 10 EB 48
-
-. 0 804AEF9 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062EF8 5
-. E8 04 80 FE FF
-
-. 0 804AF01 61
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 66 C7 45 DE 00 00 66 C7 45 DE E1 10 83 EC 08 6A 01 68 40 A1 06 08 E8 B2 D4 FF FF
-
-. 0 804AF3E 7
-. 83 C4 10 85 C0 75 78
-
-. 0 804AF45 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DE 45 DE D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 EA E6 40 45 50 FF 75 D0 E8 95 D5 FF FF
-
-. 0 804AF6C 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804AF73 13
-. 83 EC 0C 68 47 42 06 08 E8 90 D4 FF FF
-
-fiadds_2 ... ok
-. 0 804AF80 5
-. 83 C4 10 EB 48
-
-. 0 804AFCD 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062EFD 5
-. E8 D3 80 FE FF
-
-. 0 804AFD5 61
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 66 C7 45 DE 00 00 66 C7 45 DE 1F EF 83 EC 08 6A 01 68 40 A1 06 08 E8 DE D3 FF FF
-
-. 0 804B012 7
-. 83 C4 10 85 C0 75 78
-
-. 0 804B019 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DE 45 DE D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 EA E6 40 C5 50 FF 75 D0 E8 C1 D4 FF FF
-
-. 0 804B040 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804B047 13
-. 83 EC 0C 68 82 42 06 08 E8 BC D3 FF FF
-
-fiadds_3 ... ok
-. 0 804B054 5
-. 83 C4 10 EB 48
-
-. 0 804B0A1 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062F02 5
-. E8 A2 81 FE FF
-
-. 0 804B0A9 61
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 66 C7 45 DE 00 00 66 C7 45 DE 1F EF 83 EC 08 6A 01 68 40 A1 06 08 E8 0A D3 FF FF
-
-. 0 804B0E6 7
-. 83 C4 10 85 C0 75 78
-
-. 0 804B0ED 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DE 45 DE D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 8B 9C AD C5 50 FF 75 D0 E8 ED D3 FF FF
-
-. 0 804B114 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804B11B 13
-. 83 EC 0C 68 BD 42 06 08 E8 E8 D2 FF FF
-
-fiadds_4 ... ok
-. 0 804B128 5
-. 83 C4 10 EB 48
-
-. 0 804B175 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062F07 5
-. E8 71 82 FE FF
-
-. 0 804B17D 69
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 66 C7 45 DE 00 00 66 C7 45 DE E1 10 83 EC 08 6A 01 68 40 A1 06 08 E8 2E D2 FF FF
-
-. 0 804B1C2 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 804B1C9 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DE 45 DE DD 5D D0 DD A5 58 FF FF FF B8 AD 5B F3 C3 BA 68 E7 32 41 52 50 FF 75 D4 FF 75 D0 E8 8C D3 FF FF
-
-. 0 804B1F6 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804B1FD 13
-. 83 EC 0C 68 F8 42 06 08 E8 06 D2 FF FF
-
-fiadds_5 ... ok
-. 0 804B20A 5
-. 83 C4 10 EB 44
-
-. 0 804B253 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062F0C 5
-. E8 4A 83 FE FF
-
-. 0 804B25B 69
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 66 C7 45 DE 00 00 66 C7 45 DE E1 10 83 EC 08 6A 01 68 40 A1 06 08 E8 50 D1 FF FF
-
-. 0 804B2A0 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 804B2A7 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DE 45 DE DD 5D D0 DD A5 58 FF FF FF B8 AD 5B F3 C3 BA A6 C5 32 C1 52 50 FF 75 D4 FF 75 D0 E8 AE D2 FF FF
-
-. 0 804B2D4 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804B2DB 13
-. 83 EC 0C 68 33 43 06 08 E8 28 D1 FF FF
-
-fiadds_6 ... ok
-. 0 804B2E8 5
-. 83 C4 10 EB 44
-
-. 0 804B331 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062F11 5
-. E8 23 84 FE FF
-
-. 0 804B339 69
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 66 C7 45 DE 00 00 66 C7 45 DE 1F EF 83 EC 08 6A 01 68 40 A1 06 08 E8 72 D0 FF FF
-
-. 0 804B37E 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 804B385 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DE 45 DE DD 5D D0 DD A5 58 FF FF FF B8 AD 5B F3 C3 BA A6 C5 32 41 52 50 FF 75 D4 FF 75 D0 E8 D0 D1 FF FF
-
-. 0 804B3B2 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804B3B9 13
-. 83 EC 0C 68 6E 43 06 08 E8 4A D0 FF FF
-
-fiadds_7 ... ok
-. 0 804B3C6 5
-. 83 C4 10 EB 44
-
-. 0 804B40F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062F16 5
-. E8 FC 84 FE FF
-
-. 0 804B417 69
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 66 C7 45 DE 00 00 66 C7 45 DE 1F EF 83 EC 08 6A 01 68 40 A1 06 08 E8 94 CF FF FF
-
-. 0 804B45C 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 804B463 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DE 45 DE DD 5D D0 DD A5 58 FF FF FF B8 AD 5B F3 C3 BA 68 E7 32 C1 52 50 FF 75 D4 FF 75 D0 E8 F2 D0 FF FF
-
-. 0 804B490 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804B497 13
-. 83 EC 0C 68 A9 43 06 08 E8 6C CF FF FF
-
-fiadds_8 ... ok
-. 0 804B4A4 5
-. 83 C4 10 EB 44
-
-. 0 804B4ED 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062F1B 5
-. E8 D5 85 FE FF
-
-. 0 804B4F5 63
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 DC 00 00 00 00 C7 45 DC B1 7F 39 05 83 EC 08 6A 01 68 40 A1 06 08 E8 BC CE FF FF
-
-. 0 804B534 7
-. 83 C4 10 85 C0 75 78
-
-. 0 804B53B 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DA 45 DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 90 30 A7 4C 50 FF 75 D0 E8 9F CF FF FF
-
-. 0 804B562 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804B569 13
-. 83 EC 0C 68 E4 43 06 08 E8 9A CE FF FF
-
-fiaddl_1 ... ok
-. 0 804B576 5
-. 83 C4 10 EB 48
-
-. 0 804B5C3 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062F20 5
-. E8 A6 86 FE FF
-
-. 0 804B5CB 63
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 DC 00 00 00 00 C7 45 DC B1 7F 39 05 83 EC 08 6A 01 68 40 A1 06 08 E8 E6 CD FF FF
-
-. 0 804B60A 7
-. 83 C4 10 85 C0 75 78
-
-. 0 804B611 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DA 45 DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 5C 2F A7 4C 50 FF 75 D0 E8 C9 CE FF FF
-
-. 0 804B638 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804B63F 13
-. 83 EC 0C 68 1F 44 06 08 E8 C4 CD FF FF
-
-fiaddl_2 ... ok
-. 0 804B64C 5
-. 83 C4 10 EB 48
-
-. 0 804B699 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062F25 5
-. E8 77 87 FE FF
-
-. 0 804B6A1 63
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 DC 00 00 00 00 C7 45 DC 4F 80 C6 FA 83 EC 08 6A 01 68 40 A1 06 08 E8 10 CD FF FF
-
-. 0 804B6E0 7
-. 83 C4 10 85 C0 75 78
-
-. 0 804B6E7 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DA 45 DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 5C 2F A7 CC 50 FF 75 D0 E8 F3 CD FF FF
-
-. 0 804B70E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804B715 13
-. 83 EC 0C 68 5A 44 06 08 E8 EE CC FF FF
-
-fiaddl_3 ... ok
-. 0 804B722 5
-. 83 C4 10 EB 48
-
-. 0 804B76F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062F2A 5
-. E8 48 88 FE FF
-
-. 0 804B777 63
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 DC 00 00 00 00 C7 45 DC 4F 80 C6 FA 83 EC 08 6A 01 68 40 A1 06 08 E8 3A CC FF FF
-
-. 0 804B7B6 7
-. 83 C4 10 85 C0 75 78
-
-. 0 804B7BD 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DA 45 DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 90 30 A7 CC 50 FF 75 D0 E8 1D CD FF FF
-
-. 0 804B7E4 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804B7EB 13
-. 83 EC 0C 68 95 44 06 08 E8 18 CC FF FF
-
-fiaddl_4 ... ok
-. 0 804B7F8 5
-. 83 C4 10 EB 48
-
-. 0 804B845 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062F2F 5
-. E8 19 89 FE FF
-
-. 0 804B84D 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 DC 00 00 00 00 C7 45 DC B1 7F 39 05 83 EC 08 6A 01 68 40 A1 06 08 E8 5C CB FF FF
-
-. 0 804B894 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 804B89B 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DA 45 DC DD 5D D0 DD A5 58 FF FF FF B8 6F CD 0F E3 BA 58 31 95 41 52 50 FF 75 D4 FF 75 D0 E8 BA CC FF FF
-
-. 0 804B8C8 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804B8CF 13
-. 83 EC 0C 68 D0 44 06 08 E8 34 CB FF FF
-
-fiaddl_5 ... ok
-. 0 804B8DC 5
-. 83 C4 10 EB 44
-
-. 0 804B925 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062F34 5
-. E8 F4 89 FE FF
-
-. 0 804B92D 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 DC 00 00 00 00 C7 45 DC B1 7F 39 05 83 EC 08 6A 01 68 40 A1 06 08 E8 7C CA FF FF
-
-. 0 804B974 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 804B97B 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DA 45 DC DD 5D D0 DD A5 58 FF FF FF B8 91 32 F0 A4 BA A4 9A 94 41 52 50 FF 75 D4 FF 75 D0 E8 DA CB FF FF
-
-. 0 804B9A8 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804B9AF 13
-. 83 EC 0C 68 0B 45 06 08 E8 54 CA FF FF
-
-fiaddl_6 ... ok
-. 0 804B9BC 5
-. 83 C4 10 EB 44
-
-. 0 804BA05 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062F39 5
-. E8 CF 8A FE FF
-
-. 0 804BA0D 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 DC 00 00 00 00 C7 45 DC 4F 80 C6 FA 83 EC 08 6A 01 68 40 A1 06 08 E8 9C C9 FF FF
-
-. 0 804BA54 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 804BA5B 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DA 45 DC DD 5D D0 DD A5 58 FF FF FF B8 91 32 F0 A4 BA A4 9A 94 C1 52 50 FF 75 D4 FF 75 D0 E8 FA CA FF FF
-
-. 0 804BA88 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804BA8F 13
-. 83 EC 0C 68 46 45 06 08 E8 74 C9 FF FF
-
-fiaddl_7 ... ok
-. 0 804BA9C 5
-. 83 C4 10 EB 44
-
-. 0 804BAE5 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062F3E 5
-. E8 AA 8B FE FF
-
-. 0 804BAED 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 DC 00 00 00 00 C7 45 DC 4F 80 C6 FA 83 EC 08 6A 01 68 40 A1 06 08 E8 BC C8 FF FF
-
-. 0 804BB34 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 804BB3B 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DA 45 DC DD 5D D0 DD A5 58 FF FF FF B8 6F CD 0F E3 BA 58 31 95 C1 52 50 FF 75 D4 FF 75 D0 E8 1A CA FF FF
-
-. 0 804BB68 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804BB6F 13
-. 83 EC 0C 68 81 45 06 08 E8 94 C8 FF FF
-
-fiaddl_8 ... ok
-. 0 804BB7C 5
-. 83 C4 10 EB 44
-
-. 0 804BBC5 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062F43 5
-. E8 85 8C FE FF
-
-. 0 804BBCD 71
-. 55 89 E5 57 56 53 81 EC AC 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 2C 52 9A 44 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 DC C7 FF FF
-
-. 0 804BC14 11
-. 83 C4 10 85 C0 0F 85 F2 00 00 00
-
-. 0 804BC1F 62
-. 9B DD B5 48 FF FF FF D9 45 E0 D9 EE D9 45 D8 9C 83 24 24 BA 83 0C 24 45 9D DB F2 9C 8F 45 C4 D9 5D D0 D9 F7 D9 5D C8 DD A5 48 FF FF FF 83 EC 08 B8 2B 52 9A 44 50 FF 75 D0 E8 A4 C8 FF FF
-
-. 0 804BC5D 7
-. 83 C4 10 85 C0 74 37
-
-. 0 804BC64 17
-. 83 EC 08 B8 2C 52 9A 44 50 FF 75 C8 E8 8C C8 FF FF
-
-. 0 804BC75 7
-. 83 C4 10 85 C0 74 1F
-
-. 0 804BC7C 10
-. 8B 45 C4 83 E0 45 85 C0 75 15
-
-. 0 804BC86 13
-. 83 EC 0C 68 BC 45 06 08 E8 7D C7 FF FF
-
-fcomi_1 ... ok
-. 0 804BC93 8
-. 83 C4 10 E9 86 00 00 00
-
-. 0 804BD21 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062F48 5
-. E8 DC 8D FE FF
-
-. 0 804BD29 71
-. 55 89 E5 57 56 53 81 EC AC 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 2A 52 9A 44 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 80 C6 FF FF
-
-. 0 804BD70 11
-. 83 C4 10 85 C0 0F 85 F3 00 00 00
-
-. 0 804BD7B 62
-. 9B DD B5 48 FF FF FF D9 45 E0 D9 EE D9 45 D8 9C 83 24 24 BA 83 0C 24 44 9D DB F2 9C 8F 45 C4 D9 5D D0 D9 F7 D9 5D C8 DD A5 48 FF FF FF 83 EC 08 B8 2B 52 9A 44 50 FF 75 D0 E8 48 C7 FF FF
-
-. 0 804BDB9 7
-. 83 C4 10 85 C0 74 38
-
-. 0 804BDC0 17
-. 83 EC 08 B8 2A 52 9A 44 50 FF 75 C8 E8 30 C7 FF FF
-
-. 0 804BDD1 7
-. 83 C4 10 85 C0 74 20
-
-. 0 804BDD8 11
-. 8B 45 C4 83 E0 45 83 F8 01 75 15
-
-. 0 804BDE3 13
-. 83 EC 0C 68 4B 46 06 08 E8 20 C6 FF FF
-
-fcomi_2 ... ok
-. 0 804BDF0 8
-. 83 C4 10 E9 86 00 00 00
-
-. 0 804BE7E 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062F4D 5
-. E8 34 8F FE FF
-
-. 0 804BE86 71
-. 55 89 E5 57 56 53 81 EC AC 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 2B 52 9A 44 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 23 C5 FF FF
-
-. 0 804BECD 11
-. 83 C4 10 85 C0 0F 85 F3 00 00 00
-
-. 0 804BED8 62
-. 9B DD B5 48 FF FF FF D9 45 E0 D9 EE D9 45 D8 9C 83 24 24 BA 83 0C 24 05 9D DB F2 9C 8F 45 C4 D9 5D D0 D9 F7 D9 5D C8 DD A5 48 FF FF FF 83 EC 08 B8 2B 52 9A 44 50 FF 75 D0 E8 EB C5 FF FF
-
-. 0 804BF16 7
-. 83 C4 10 85 C0 74 38
-
-. 0 804BF1D 17
-. 83 EC 08 B8 2B 52 9A 44 50 FF 75 C8 E8 D3 C5 FF FF
-
-. 0 804BF2E 7
-. 83 C4 10 85 C0 74 20
-
-. 0 804BF35 11
-. 8B 45 C4 83 E0 45 83 F8 40 75 15
-
-. 0 804BF40 13
-. 83 EC 0C 68 83 46 06 08 E8 C3 C4 FF FF
-
-fcomi_3 ... ok
-. 0 804BF4D 8
-. 83 C4 10 E9 86 00 00 00
-
-. 0 804BFDB 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062F52 5
-. E8 8C 90 FE FF
-
-. 0 804BFE3 87
-. 55 89 E5 57 56 53 81 EC AC 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 5A 5D F3 C3 BA 87 D6 32 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 B6 C3 FF FF
-
-. 0 804C03A 11
-. 83 C4 10 85 C0 0F 85 F3 00 00 00
-
-. 0 804C045 68
-. 9B DD B5 48 FF FF FF DD 45 E0 D9 EE DD 45 D8 9C 83 24 24 BA 83 0C 24 45 9D DB F2 9C 8F 45 C4 DD 5D D0 D9 F7 DD 5D C8 DD A5 48 FF FF FF B8 5A 5D F3 C3 BA 87 D6 32 41 52 50 FF 75 D4 FF 75 D0 E8 F9 C4 FF FF
-
-. 0 804C089 7
-. 83 C4 10 85 C0 74 3A
-
-. 0 804C090 23
-. B8 AD 5B F3 C3 BA 87 D6 32 41 52 50 FF 75 CC FF 75 C8 E8 DB C4 FF FF
-
-. 0 804C0A7 7
-. 83 C4 10 85 C0 74 1C
-
-. 0 804C0AE 10
-. 8B 45 C4 83 E0 45 85 C0 75 12
-
-. 0 804C0B8 13
-. 83 EC 0C 68 BB 46 06 08 E8 4B C3 FF FF
-
-fcomi_4 ... ok
-. 0 804C0C5 5
-. 83 C4 10 EB 7E
-
-. 0 804C148 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062F57 5
-. E8 F4 91 FE FF
-
-. 0 804C150 87
-. 55 89 E5 57 56 53 81 EC AC 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 FF 59 F3 C3 BA 87 D6 32 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 49 C2 FF FF
-
-. 0 804C1A7 11
-. 83 C4 10 85 C0 0F 85 F4 00 00 00
-
-. 0 804C1B2 68
-. 9B DD B5 48 FF FF FF DD 45 E0 D9 EE DD 45 D8 9C 83 24 24 BA 83 0C 24 44 9D DB F2 9C 8F 45 C4 DD 5D D0 D9 F7 DD 5D C8 DD A5 48 FF FF FF B8 FF 59 F3 C3 BA 87 D6 32 41 52 50 FF 75 D4 FF 75 D0 E8 8C C3 FF FF
-
-. 0 804C1F6 7
-. 83 C4 10 85 C0 74 3B
-
-. 0 804C1FD 23
-. B8 AD 5B F3 C3 BA 87 D6 32 41 52 50 FF 75 CC FF 75 C8 E8 6E C3 FF FF
-
-. 0 804C214 7
-. 83 C4 10 85 C0 74 1D
-
-. 0 804C21B 11
-. 8B 45 C4 83 E0 45 83 F8 01 75 12
-
-. 0 804C226 13
-. 83 EC 0C 68 1E 47 06 08 E8 DD C1 FF FF
-
-fcomi_5 ... ok
-. 0 804C233 5
-. 83 C4 10 EB 7E
-
-. 0 804C2B6 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062F5C 5
-. E8 5D 93 FE FF
-
-. 0 804C2BE 87
-. 55 89 E5 57 56 53 81 EC AC 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 DB C0 FF FF
-
-. 0 804C315 11
-. 83 C4 10 85 C0 0F 85 F4 00 00 00
-
-. 0 804C320 68
-. 9B DD B5 48 FF FF FF DD 45 E0 D9 EE DD 45 D8 9C 83 24 24 BA 83 0C 24 05 9D DB F2 9C 8F 45 C4 DD 5D D0 D9 F7 DD 5D C8 DD A5 48 FF FF FF B8 AD 5B F3 C3 BA 87 D6 32 41 52 50 FF 75 D4 FF 75 D0 E8 1E C2 FF FF
-
-. 0 804C364 7
-. 83 C4 10 85 C0 74 3B
-
-. 0 804C36B 23
-. B8 AD 5B F3 C3 BA 87 D6 32 41 52 50 FF 75 CC FF 75 C8 E8 00 C2 FF FF
-
-. 0 804C382 7
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-
-. 0 804C394 13
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-fcomi_6 ... ok
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-
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-
-. 0 8062F61 5
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-. 0 804C4C0 10
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-. 0 804C4CA 13
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-fcomip_1 ... ok
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-
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-. 0 8062F66 5
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-. 0 804C5D8 11
-. 8B 45 CC 83 E0 45 83 F8 01 75 12
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-. 0 804C5E3 13
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-fcomip_2 ... ok
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-
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-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8062F6B 5
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-. 0 804C6AF 59
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-. 0 804C6EA 7
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-. 0 804C6F1 11
-. 8B 45 CC 83 E0 45 83 F8 40 75 12
-
-. 0 804C6FC 13
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-
-fcomip_3 ... ok
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-
-. 0 804C76E 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062F70 5
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-. 0 804C7CD 11
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-. 0 804C7D8 65
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-. 0 804C819 7
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-. 0 804C820 10
-. 8B 45 CC 83 E0 45 85 C0 75 12
-
-. 0 804C82A 13
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-fcomip_4 ... ok
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-
-. 0 804C898 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062F75 5
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-. 0 804C8A0 87
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-. 0 804C8F7 11
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-. 0 804C902 65
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-. 0 804C943 7
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-
-. 0 804C94A 11
-. 8B 45 CC 83 E0 45 83 F8 01 75 12
-
-. 0 804C955 13
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-
-fcomip_5 ... ok
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-
-. 0 804C9C3 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062F7A 5
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-. 0 804C9CB 87
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-. 0 804CA22 11
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-. 0 804CA2D 65
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-. 0 804CA6E 7
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-. 0 804CA75 11
-. 8B 45 CC 83 E0 45 83 F8 40 75 12
-
-. 0 804CA80 13
-. 83 EC 0C 68 B5 48 06 08 E8 83 B9 FF FF
-
-fcomip_6 ... ok
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-
-. 0 804CAEE 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062F7F 5
-. E8 72 9B FE FF
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-. 0 804CAF6 71
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-. 0 804CB3D 11
-. 83 C4 10 85 C0 0F 85 F2 00 00 00
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-. 0 804CB48 62
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-. 0 804CB86 7
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-. 0 804CB8D 17
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-. 0 804CB9E 7
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-. 0 804CBA5 10
-. 8B 45 C4 83 E0 45 85 C0 75 15
-
-. 0 804CBAF 13
-. 83 EC 0C 68 F0 48 06 08 E8 54 B8 FF FF
-
-fucomi_1 ... ok
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-. 83 C4 10 E9 86 00 00 00
-
-. 0 804CC4A 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062F84 5
-. E8 C9 9C FE FF
-
-. 0 804CC52 71
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-. 0 804CC99 11
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-. 0 804CCA4 62
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-. 0 804CCE9 17
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-. 0 804CCFA 7
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-. 0 804CD01 11
-. 8B 45 C4 83 E0 45 83 F8 01 75 15
-
-. 0 804CD0C 13
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-fucomi_2 ... ok
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-. 83 C4 10 E9 86 00 00 00
-
-. 0 804CDA7 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062F89 5
-. E8 21 9E FE FF
-
-. 0 804CDAF 71
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-. 0 804CDF6 11
-. 83 C4 10 85 C0 0F 85 F3 00 00 00
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-. 0 804CE3F 7
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-. 0 804CE46 17
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-. 0 804CE57 7
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-. 0 804CE5E 11
-. 8B 45 C4 83 E0 45 83 F8 40 75 15
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-. 0 804CE69 13
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-fucomi_3 ... ok
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-. 0 804CF04 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062F8E 5
-. E8 79 9F FE FF
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-. 0 804CF0C 87
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-. 0 804CF63 11
-. 83 C4 10 85 C0 0F 85 F3 00 00 00
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-. 0 804CF6E 68
-. 9B DD B5 48 FF FF FF DD 45 E0 D9 EE DD 45 D8 9C 83 24 24 BA 83 0C 24 45 9D DB EA 9C 8F 45 C4 DD 5D D0 D9 F7 DD 5D C8 DD A5 48 FF FF FF B8 5A 5D F3 C3 BA 87 D6 32 41 52 50 FF 75 D4 FF 75 D0 E8 D0 B5 FF FF
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-. 0 804CFB2 7
-. 83 C4 10 85 C0 74 3A
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-. 0 804CFB9 23
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-. 0 804CFD0 7
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-. 0 804CFD7 10
-. 8B 45 C4 83 E0 45 85 C0 75 12
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-. 0 804CFE1 13
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-fucomi_4 ... ok
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-
-. 0 804D071 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8062F93 5
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-. 0 804D079 87
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-. 0 804D0D0 11
-. 83 C4 10 85 C0 0F 85 F4 00 00 00
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-. 0 804D126 23
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-. 0 804D13D 7
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-. 0 804D144 11
-. 8B 45 C4 83 E0 45 83 F8 01 75 12
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-. 0 804D14F 13
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-fucomi_5 ... ok
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-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8062F98 5
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-. 83 C4 10 85 C0 0F 85 F4 00 00 00
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-. 0 804D249 68
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-. 0 804D2B2 11
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-fucomi_6 ... ok
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-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8062F9D 5
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-. 0 804D3E9 10
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-. 0 804D3F3 13
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-fucomip_1 ... ok
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-
-. 0 804D465 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8062FA2 5
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-. 0 804D501 11
-. 8B 45 CC 83 E0 45 83 F8 01 75 12
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-. 0 804D50C 13
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-fucomip_2 ... ok
-. 0 804D519 5
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-
-. 0 804D57E 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062FA7 5
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-. 0 804D586 71
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-. 0 804D625 13
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-fucomip_3 ... ok
-. 0 804D632 5
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-
-. 0 804D697 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8062FAC 5
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-. 0 804D749 10
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-. 0 804D753 13
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-fucomip_4 ... ok
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-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8062FB1 5
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-. 0 804D7C9 87
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-. 0 804D86C 7
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-. 0 804D87E 13
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-fucomip_5 ... ok
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-
-. 0 804D8EC 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8062FB6 5
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-. 0 804D99E 11
-. 8B 45 CC 83 E0 45 83 F8 40 75 12
-
-. 0 804D9A9 13
-. 83 EC 0C 68 88 4B 06 08 E8 5A AA FF FF
-
-fucomip_6 ... ok
-. 0 804D9B6 5
-. 83 C4 10 EB 5C
-
-. 0 804DA17 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062FBB 5
-. E8 5F AA FE FF
-
-. 0 804DA1F 49
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 83 EC 08 6A 01 68 40 A1 06 08 E8 A0 A9 FF FF
-
-. 0 804DA50 7
-. 83 C4 10 85 C0 75 77
-
-. 0 804DA57 38
-. 9B DD B5 68 FF FF FF D9 45 E0 D9 E0 D9 5D D8 DD A5 68 FF FF FF 83 EC 08 B8 2B 52 9A C4 50 FF 75 D8 E8 84 AA FF FF
-
-. 0 804DA7D 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804DA84 13
-. 83 EC 0C 68 C6 4B 06 08 E8 7F A9 FF FF
-
-fchs_1 ... ok
-. 0 804DA91 5
-. 83 C4 10 EB 48
-
-. 0 804DADE 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062FC0 5
-. E8 21 AB FE FF
-
-. 0 804DAE6 49
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 83 EC 08 6A 01 68 40 A1 06 08 E8 D9 A8 FF FF
-
-. 0 804DB17 7
-. 83 C4 10 85 C0 75 77
-
-. 0 804DB1E 38
-. 9B DD B5 68 FF FF FF D9 45 E0 D9 E0 D9 5D D8 DD A5 68 FF FF FF 83 EC 08 B8 2B 52 9A 44 50 FF 75 D8 E8 BD A9 FF FF
-
-. 0 804DB44 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804DB4B 13
-. 83 EC 0C 68 FB 4B 06 08 E8 B8 A8 FF FF
-
-fchs_2 ... ok
-. 0 804DB58 5
-. 83 C4 10 EB 48
-
-. 0 804DBA5 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062FC5 5
-. E8 E3 AB FE FF
-
-. 0 804DBAD 57
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 59 A4 0C DC BA 29 8C 67 41 89 45 E0 89 55 E4 83 EC 08 6A 01 68 40 A1 06 08 E8 0A A8 FF FF
-
-. 0 804DBE6 7
-. 83 C4 10 85 C0 75 79
-
-. 0 804DBED 44
-. 9B DD B5 68 FF FF FF DD 45 E0 D9 E0 DD 5D D8 DD A5 68 FF FF FF B8 59 A4 0C DC BA 29 8C 67 C1 52 50 FF 75 DC FF 75 D8 E8 69 A9 FF FF
-
-. 0 804DC19 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804DC20 13
-. 83 EC 0C 68 30 4C 06 08 E8 E3 A7 FF FF
-
-fchs_3 ... ok
-. 0 804DC2D 5
-. 83 C4 10 EB 44
-
-. 0 804DC76 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062FCA 5
-. E8 AF AC FE FF
-
-. 0 804DC7E 57
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 59 A4 0C DC BA 29 8C 67 C1 89 45 E0 89 55 E4 83 EC 08 6A 01 68 40 A1 06 08 E8 39 A7 FF FF
-
-. 0 804DCB7 7
-. 83 C4 10 85 C0 75 79
-
-. 0 804DCBE 44
-. 9B DD B5 68 FF FF FF DD 45 E0 D9 E0 DD 5D D8 DD A5 68 FF FF FF B8 59 A4 0C DC BA 29 8C 67 41 52 50 FF 75 DC FF 75 D8 E8 98 A8 FF FF
-
-. 0 804DCEA 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804DCF1 13
-. 83 EC 0C 68 65 4C 06 08 E8 12 A7 FF FF
-
-fchs_4 ... ok
-. 0 804DCFE 5
-. 83 C4 10 EB 44
-
-. 0 804DD47 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062FCF 5
-. E8 7B AD FE FF
-
-. 0 804DD4F 64
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 61 A6 FF FF
-
-. 0 804DD8F 7
-. 83 C4 10 85 C0 75 78
-
-. 0 804DD96 39
-. 9B DD B5 58 FF FF FF D9 45 E0 D8 75 DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 B0 39 10 3E 50 FF 75 D0 E8 44 A7 FF FF
-
-. 0 804DDBD 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804DDC4 13
-. 83 EC 0C 68 9A 4C 06 08 E8 3F A6 FF FF
-
-fdivs_1 ... ok
-. 0 804DDD1 5
-. 83 C4 10 EB 48
-
-. 0 804DE1E 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062FD4 5
-. E8 4D AE FE FF
-
-. 0 804DE26 64
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 8A A5 FF FF
-
-. 0 804DE66 7
-. 83 C4 10 85 C0 75 78
-
-. 0 804DE6D 39
-. 9B DD B5 58 FF FF FF D9 45 E0 D8 75 DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 B0 39 10 BE 50 FF 75 D0 E8 6D A6 FF FF
-
-. 0 804DE94 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804DE9B 13
-. 83 EC 0C 68 D2 4C 06 08 E8 68 A5 FF FF
-
-fdivs_2 ... ok
-. 0 804DEA8 5
-. 83 C4 10 EB 48
-
-. 0 804DEF5 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062FD9 5
-. E8 1F AF FE FF
-
-. 0 804DEFD 64
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 B3 A4 FF FF
-
-. 0 804DF3D 7
-. 83 C4 10 85 C0 75 78
-
-. 0 804DF44 39
-. 9B DD B5 58 FF FF FF D9 45 E0 D8 75 DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 B0 39 10 BE 50 FF 75 D0 E8 96 A5 FF FF
-
-. 0 804DF6B 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804DF72 13
-. 83 EC 0C 68 0A 4D 06 08 E8 91 A4 FF FF
-
-fdivs_3 ... ok
-. 0 804DF7F 5
-. 83 C4 10 EB 48
-
-. 0 804DFCC 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062FDE 5
-. E8 F1 AF FE FF
-
-. 0 804DFD4 64
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 DC A3 FF FF
-
-. 0 804E014 7
-. 83 C4 10 85 C0 75 78
-
-. 0 804E01B 39
-. 9B DD B5 58 FF FF FF D9 45 E0 D8 75 DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 B0 39 10 3E 50 FF 75 D0 E8 BF A4 FF FF
-
-. 0 804E042 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804E049 13
-. 83 EC 0C 68 42 4D 06 08 E8 BA A3 FF FF
-
-fdivs_4 ... ok
-. 0 804E056 5
-. 83 C4 10 EB 48
-
-. 0 804E0A3 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062FE3 5
-. E8 C3 B0 FE FF
-
-. 0 804E0AB 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 EE A2 FF FF
-
-. 0 804E102 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 804E109 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DC 75 D8 DD 5D D0 DD A5 58 FF FF FF B8 DB AA 13 1E BA 29 A5 C4 3F 52 50 FF 75 D4 FF 75 D0 E8 4C A4 FF FF
-
-. 0 80485BB 84
-. DD 45 F8 DC 65 F0 DD 5D D0 8B 45 D0 8B 55 D4 81 E2 FF FF FF 7F 89 45 E0 89 55 E4 8B 45 F8 8B 55 FC 89 45 D0 89 55 D4 DD 45 D0 D9 E1 DD 05 20 38 06 08 DE C9 DD 5D D8 B8 00 00 00 00 BA 00 00 28 C0 52 50 B8 00 00 00 00 BA 00 00 00 40 52 50 E8 D1 FD FF FF
-
-. 0 804860F 20
-. 83 C4 10 DC 4D D8 DD 45 E0 D9 C9 DA E9 DF E0 F6 C4 45 74 02
-
-. 0 804E136 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804E13D 13
-. 83 EC 0C 68 7A 4D 06 08 E8 C6 A2 FF FF
-
-fdivl_1 ... ok
-. 0 804E14A 5
-. 83 C4 10 EB 44
-
-. 0 804E193 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062FE8 5
-. E8 AE B1 FE FF
-
-. 0 804E19B 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 FE A1 FF FF
-
-. 0 804E1F2 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 804E1F9 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DC 75 D8 DD 5D D0 DD A5 58 FF FF FF B8 DB AA 13 1E BA 29 A5 C4 BF 52 50 FF 75 D4 FF 75 D0 E8 5C A3 FF FF
-
-. 0 804E226 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804E22D 13
-. 83 EC 0C 68 B2 4D 06 08 E8 D6 A1 FF FF
-
-fdivl_2 ... ok
-. 0 804E23A 5
-. 83 C4 10 EB 44
-
-. 0 804E283 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062FED 5
-. E8 99 B2 FE FF
-
-. 0 804E28B 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 0E A1 FF FF
-
-. 0 804E2E2 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 804E2E9 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DC 75 D8 DD 5D D0 DD A5 58 FF FF FF B8 DB AA 13 1E BA 29 A5 C4 BF 52 50 FF 75 D4 FF 75 D0 E8 6C A2 FF FF
-
-. 0 804E316 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804E31D 13
-. 83 EC 0C 68 EA 4D 06 08 E8 E6 A0 FF FF
-
-fdivl_3 ... ok
-. 0 804E32A 5
-. 83 C4 10 EB 44
-
-. 0 804E373 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062FF2 5
-. E8 84 B3 FE FF
-
-. 0 804E37B 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 1E A0 FF FF
-
-. 0 804E3D2 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 804E3D9 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DC 75 D8 DD 5D D0 DD A5 58 FF FF FF B8 DB AA 13 1E BA 29 A5 C4 3F 52 50 FF 75 D4 FF 75 D0 E8 7C A1 FF FF
-
-. 0 804E406 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804E40D 13
-. 83 EC 0C 68 22 4E 06 08 E8 F6 9F FF FF
-
-fdivl_4 ... ok
-. 0 804E41A 5
-. 83 C4 10 EB 44
-
-. 0 804E463 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062FF7 5
-. E8 6F B4 FE FF
-
-. 0 804E46B 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 3E 9F FF FF
-
-. 0 804E4B2 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 804E4BD 47
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DC F2 D9 F7 D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 B0 39 10 3E 50 FF 75 D0 E8 15 A0 FF FF
-
-. 0 804E4EC 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804E4F3 13
-. 83 EC 0C 68 5A 4E 06 08 E8 10 9F FF FF
-
-fdiv_1 ... ok
-. 0 804E500 5
-. 83 C4 10 EB 48
-
-. 0 804E54D 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8062FFC 5
-. E8 54 B5 FE FF
-
-. 0 804E555 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 54 9E FF FF
-
-. 0 804E59C 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 804E5A7 47
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DC F2 D9 F7 D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 B0 39 10 BE 50 FF 75 D0 E8 2B 9F FF FF
-
-. 0 804E5D6 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804E5DD 13
-. 83 EC 0C 68 8F 4E 06 08 E8 26 9E FF FF
-
-fdiv_2 ... ok
-. 0 804E5EA 5
-. 83 C4 10 EB 48
-
-. 0 804E637 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063001 5
-. E8 39 B6 FE FF
-
-. 0 804E63F 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 6A 9D FF FF
-
-. 0 804E686 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 804E691 47
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DC F2 D9 F7 D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 B0 39 10 BE 50 FF 75 D0 E8 41 9E FF FF
-
-. 0 804E6C0 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804E6C7 13
-. 83 EC 0C 68 C4 4E 06 08 E8 3C 9D FF FF
-
-fdiv_3 ... ok
-. 0 804E6D4 5
-. 83 C4 10 EB 48
-
-. 0 804E721 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063006 5
-. E8 1E B7 FE FF
-
-. 0 804E729 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 80 9C FF FF
-
-. 0 804E770 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 804E77B 47
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DC F2 D9 F7 D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 B0 39 10 3E 50 FF 75 D0 E8 57 9D FF FF
-
-. 0 804E7AA 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804E7B1 13
-. 83 EC 0C 68 F9 4E 06 08 E8 52 9C FF FF
-
-fdiv_4 ... ok
-. 0 804E7BE 5
-. 83 C4 10 EB 48
-
-. 0 804E80B 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806300B 5
-. E8 03 B8 FE FF
-
-. 0 804E813 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 86 9B FF FF
-
-. 0 804E86A 11
-. 83 C4 10 85 C0 0F 85 82 00 00 00
-
-. 0 804E875 53
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DC F2 D9 F7 D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 DB AA 13 1E BA 29 A5 C4 3F 52 50 FF 75 D4 FF 75 D0 E8 D8 9C FF FF
-
-. 0 804E8AA 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804E8B1 13
-. 83 EC 0C 68 2E 4F 06 08 E8 52 9B FF FF
-
-fdiv_5 ... ok
-. 0 804E8BE 5
-. 83 C4 10 EB 44
-
-. 0 804E907 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063010 5
-. E8 FA B8 FE FF
-
-. 0 804E90F 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 8A 9A FF FF
-
-. 0 804E966 11
-. 83 C4 10 85 C0 0F 85 82 00 00 00
-
-. 0 804E971 53
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DC F2 D9 F7 D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 DB AA 13 1E BA 29 A5 C4 BF 52 50 FF 75 D4 FF 75 D0 E8 DC 9B FF FF
-
-. 0 804E9A6 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804E9AD 13
-. 83 EC 0C 68 63 4F 06 08 E8 56 9A FF FF
-
-fdiv_6 ... ok
-. 0 804E9BA 5
-. 83 C4 10 EB 44
-
-. 0 804EA03 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063015 5
-. E8 F1 B9 FE FF
-
-. 0 804EA0B 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 8E 99 FF FF
-
-. 0 804EA62 11
-. 83 C4 10 85 C0 0F 85 82 00 00 00
-
-. 0 804EA6D 53
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DC F2 D9 F7 D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 DB AA 13 1E BA 29 A5 C4 BF 52 50 FF 75 D4 FF 75 D0 E8 E0 9A FF FF
-
-. 0 804EAA2 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804EAA9 13
-. 83 EC 0C 68 98 4F 06 08 E8 5A 99 FF FF
-
-fdiv_7 ... ok
-. 0 804EAB6 5
-. 83 C4 10 EB 44
-
-. 0 804EAFF 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806301A 5
-. E8 E8 BA FE FF
-
-. 0 804EB07 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 92 98 FF FF
-
-. 0 804EB5E 11
-. 83 C4 10 85 C0 0F 85 82 00 00 00
-
-. 0 804EB69 53
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DC F2 D9 F7 D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 DB AA 13 1E BA 29 A5 C4 3F 52 50 FF 75 D4 FF 75 D0 E8 E4 99 FF FF
-
-. 0 804EB9E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804EBA5 13
-. 83 EC 0C 68 CD 4F 06 08 E8 5E 98 FF FF
-
-fdiv_8 ... ok
-. 0 804EBB2 5
-. 83 C4 10 EB 44
-
-. 0 804EBFB 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806301F 5
-. E8 DF BB FE FF
-
-. 0 804EC03 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 A6 97 FF FF
-
-. 0 804EC4A 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 804EC51 43
-. 9B DD B5 58 FF FF FF D9 45 E0 D9 EE D9 45 D8 D8 F2 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 34 33 E3 40 50 FF 75 D0 E8 85 98 FF FF
-
-. 0 804EC7C 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804EC83 13
-. 83 EC 0C 68 02 50 06 08 E8 80 97 FF FF
-
-fdiv_9 ... ok
-. 0 804EC90 5
-. 83 C4 10 EB 48
-
-. 0 804ECDD 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063024 5
-. E8 BC BC FE FF
-
-. 0 804ECE5 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 C4 96 FF FF
-
-. 0 804ED2C 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 804ED33 43
-. 9B DD B5 58 FF FF FF D9 45 E0 D9 EE D9 45 D8 D8 F2 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 34 33 E3 C0 50 FF 75 D0 E8 A3 97 FF FF
-
-. 0 804ED5E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804ED65 13
-. 83 EC 0C 68 37 50 06 08 E8 9E 96 FF FF
-
-fdiv_10 ... ok
-. 0 804ED72 5
-. 83 C4 10 EB 48
-
-. 0 804EDBF 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063029 5
-. E8 99 BD FE FF
-
-. 0 804EDC7 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 E2 95 FF FF
-
-. 0 804EE0E 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 804EE15 43
-. 9B DD B5 58 FF FF FF D9 45 E0 D9 EE D9 45 D8 D8 F2 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 34 33 E3 C0 50 FF 75 D0 E8 C1 96 FF FF
-
-. 0 804EE40 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804EE47 13
-. 83 EC 0C 68 6F 50 06 08 E8 BC 95 FF FF
-
-fdiv_11 ... ok
-. 0 804EE54 5
-. 83 C4 10 EB 48
-
-. 0 804EEA1 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806302E 5
-. E8 76 BE FE FF
-
-. 0 804EEA9 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 00 95 FF FF
-
-. 0 804EEF0 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 804EEF7 43
-. 9B DD B5 58 FF FF FF D9 45 E0 D9 EE D9 45 D8 D8 F2 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 34 33 E3 40 50 FF 75 D0 E8 DF 95 FF FF
-
-. 0 804EF22 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804EF29 13
-. 83 EC 0C 68 A7 50 06 08 E8 DA 94 FF FF
-
-fdiv_12 ... ok
-. 0 804EF36 5
-. 83 C4 10 EB 48
-
-. 0 804EF83 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063033 5
-. E8 53 BF FE FF
-
-. 0 804EF8B 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 0E 94 FF FF
-
-. 0 804EFE2 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 804EFE9 49
-. 9B DD B5 58 FF FF FF DD 45 E0 D9 EE DD 45 D8 D8 F2 DD 5D D0 DD A5 58 FF FF FF B8 AE 41 F3 01 BA CD CC 18 40 52 50 FF 75 D4 FF 75 D0 E8 68 95 FF FF
-
-. 0 804F01A 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804F021 13
-. 83 EC 0C 68 DF 50 06 08 E8 E2 93 FF FF
-
-fdiv_13 ... ok
-. 0 804F02E 5
-. 83 C4 10 EB 44
-
-. 0 804F077 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063038 5
-. E8 42 C0 FE FF
-
-. 0 804F07F 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 1A 93 FF FF
-
-. 0 804F0D6 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 804F0DD 49
-. 9B DD B5 58 FF FF FF DD 45 E0 D9 EE DD 45 D8 D8 F2 DD 5D D0 DD A5 58 FF FF FF B8 AE 41 F3 01 BA CD CC 18 C0 52 50 FF 75 D4 FF 75 D0 E8 74 94 FF FF
-
-. 0 804F10E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804F115 13
-. 83 EC 0C 68 17 51 06 08 E8 EE 92 FF FF
-
-fdiv_14 ... ok
-. 0 804F122 5
-. 83 C4 10 EB 44
-
-. 0 804F16B 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806303D 5
-. E8 31 C1 FE FF
-
-. 0 804F173 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 26 92 FF FF
-
-. 0 804F1CA 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 804F1D1 49
-. 9B DD B5 58 FF FF FF DD 45 E0 D9 EE DD 45 D8 D8 F2 DD 5D D0 DD A5 58 FF FF FF B8 AE 41 F3 01 BA CD CC 18 C0 52 50 FF 75 D4 FF 75 D0 E8 80 93 FF FF
-
-. 0 804F202 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804F209 13
-. 83 EC 0C 68 4F 51 06 08 E8 FA 91 FF FF
-
-fdiv_15 ... ok
-. 0 804F216 5
-. 83 C4 10 EB 44
-
-. 0 804F25F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063042 5
-. E8 20 C2 FE FF
-
-. 0 804F267 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 32 91 FF FF
-
-. 0 804F2BE 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 804F2C5 49
-. 9B DD B5 58 FF FF FF DD 45 E0 D9 EE DD 45 D8 D8 F2 DD 5D D0 DD A5 58 FF FF FF B8 AE 41 F3 01 BA CD CC 18 40 52 50 FF 75 D4 FF 75 D0 E8 8C 92 FF FF
-
-. 0 804F2F6 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804F2FD 13
-. 83 EC 0C 68 87 51 06 08 E8 06 91 FF FF
-
-fdiv_16 ... ok
-. 0 804F30A 5
-. 83 C4 10 EB 44
-
-. 0 804F353 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063047 5
-. E8 0F C3 FE FF
-
-. 0 804F35B 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 4E 90 FF FF
-
-. 0 804F3A2 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 804F3A9 45
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DE F2 D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 B0 39 10 3E 50 FF 75 D0 E8 2B 91 FF FF
-
-. 0 804F3D6 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804F3DD 13
-. 83 EC 0C 68 BF 51 06 08 E8 26 90 FF FF
-
-fdivp_1 ... ok
-. 0 804F3EA 5
-. 83 C4 10 EB 48
-
-. 0 804F437 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806304C 5
-. E8 EE C3 FE FF
-
-. 0 804F43F 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 6A 8F FF FF
-
-. 0 804F486 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 804F48D 45
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DE F2 D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 B0 39 10 BE 50 FF 75 D0 E8 47 90 FF FF
-
-. 0 804F4BA 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804F4C1 13
-. 83 EC 0C 68 F7 51 06 08 E8 42 8F FF FF
-
-fdivp_2 ... ok
-. 0 804F4CE 5
-. 83 C4 10 EB 48
-
-. 0 804F51B 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063051 5
-. E8 CD C4 FE FF
-
-. 0 804F523 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 86 8E FF FF
-
-. 0 804F56A 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 804F571 45
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DE F2 D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 B0 39 10 BE 50 FF 75 D0 E8 63 8F FF FF
-
-. 0 804F59E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804F5A5 13
-. 83 EC 0C 68 2F 52 06 08 E8 5E 8E FF FF
-
-fdivp_3 ... ok
-. 0 804F5B2 5
-. 83 C4 10 EB 48
-
-. 0 804F5FF 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063056 5
-. E8 AC C5 FE FF
-
-. 0 804F607 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 A2 8D FF FF
-
-. 0 804F64E 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 804F655 45
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DE F2 D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 B0 39 10 3E 50 FF 75 D0 E8 7F 8E FF FF
-
-. 0 804F682 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804F689 13
-. 83 EC 0C 68 67 52 06 08 E8 7A 8D FF FF
-
-fdivp_4 ... ok
-. 0 804F696 5
-. 83 C4 10 EB 48
-
-. 0 804F6E3 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806305B 5
-. E8 8B C6 FE FF
-
-. 0 804F6EB 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 AE 8C FF FF
-
-. 0 804F742 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 804F74D 51
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DE F2 D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 DB AA 13 1E BA 29 A5 C4 3F 52 50 FF 75 D4 FF 75 D0 E8 02 8E FF FF
-
-. 0 804F780 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804F787 13
-. 83 EC 0C 68 9F 52 06 08 E8 7C 8C FF FF
-
-fdivp_5 ... ok
-. 0 804F794 5
-. 83 C4 10 EB 44
-
-. 0 804F7DD 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063060 5
-. E8 80 C7 FE FF
-
-. 0 804F7E5 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 B4 8B FF FF
-
-. 0 804F83C 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 804F847 51
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DE F2 D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 DB AA 13 1E BA 29 A5 C4 BF 52 50 FF 75 D4 FF 75 D0 E8 08 8D FF FF
-
-. 0 804F87A 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804F881 13
-. 83 EC 0C 68 D7 52 06 08 E8 82 8B FF FF
-
-fdivp_6 ... ok
-. 0 804F88E 5
-. 83 C4 10 EB 44
-
-. 0 804F8D7 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063065 5
-. E8 75 C8 FE FF
-
-. 0 804F8DF 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 BA 8A FF FF
-
-. 0 804F936 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 804F941 51
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DE F2 D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 DB AA 13 1E BA 29 A5 C4 BF 52 50 FF 75 D4 FF 75 D0 E8 0E 8C FF FF
-
-. 0 804F974 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804F97B 13
-. 83 EC 0C 68 0F 53 06 08 E8 88 8A FF FF
-
-fdivp_7 ... ok
-. 0 804F988 5
-. 83 C4 10 EB 44
-
-. 0 804F9D1 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806306A 5
-. E8 6A C9 FE FF
-
-. 0 804F9D9 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 C0 89 FF FF
-
-. 0 804FA30 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 804FA3B 51
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DE F2 D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 DB AA 13 1E BA 29 A5 C4 3F 52 50 FF 75 D4 FF 75 D0 E8 14 8B FF FF
-
-. 0 804FA6E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804FA75 13
-. 83 EC 0C 68 47 53 06 08 E8 8E 89 FF FF
-
-fdivp_8 ... ok
-. 0 804FA82 5
-. 83 C4 10 EB 44
-
-. 0 804FACB 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806306F 5
-. E8 5F CA FE FF
-
-. 0 804FAD3 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 D6 88 FF FF
-
-. 0 804FB1A 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 804FB21 41
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 45 E0 DE F1 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 B0 39 10 3E 50 FF 75 D0 E8 B7 89 FF FF
-
-. 0 804FB4A 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804FB51 13
-. 83 EC 0C 68 7F 53 06 08 E8 B2 88 FF FF
-
-fdivp_9 ... ok
-. 0 804FB5E 5
-. 83 C4 10 EB 48
-
-. 0 804FBAB 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063074 5
-. E8 3A CB FE FF
-
-. 0 804FBB3 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 F6 87 FF FF
-
-. 0 804FBFA 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 804FC01 41
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 45 E0 DE F1 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 B0 39 10 BE 50 FF 75 D0 E8 D7 88 FF FF
-
-. 0 804FC2A 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804FC31 13
-. 83 EC 0C 68 B7 53 06 08 E8 D2 87 FF FF
-
-fdivp_10 ... ok
-. 0 804FC3E 5
-. 83 C4 10 EB 48
-
-. 0 804FC8B 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063079 5
-. E8 15 CC FE FF
-
-. 0 804FC93 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 16 87 FF FF
-
-. 0 804FCDA 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 804FCE1 41
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 45 E0 DE F1 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 B0 39 10 BE 50 FF 75 D0 E8 F7 87 FF FF
-
-. 0 804FD0A 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804FD11 13
-. 83 EC 0C 68 F2 53 06 08 E8 F2 86 FF FF
-
-fdivp_11 ... ok
-. 0 804FD1E 5
-. 83 C4 10 EB 48
-
-. 0 804FD6B 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806307E 5
-. E8 F0 CC FE FF
-
-. 0 804FD73 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 36 86 FF FF
-
-. 0 804FDBA 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 804FDC1 41
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 45 E0 DE F1 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 B0 39 10 3E 50 FF 75 D0 E8 17 87 FF FF
-
-. 0 804FDEA 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804FDF1 13
-. 83 EC 0C 68 2D 54 06 08 E8 12 86 FF FF
-
-fdivp_12 ... ok
-. 0 804FDFE 5
-. 83 C4 10 EB 48
-
-. 0 804FE4B 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063083 5
-. E8 CB CD FE FF
-
-. 0 804FE53 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 46 85 FF FF
-
-. 0 804FEAA 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 804FEB1 47
-. 9B DD B5 58 FF FF FF DD 45 D8 DD 45 E0 DE F1 DD 5D D0 DD A5 58 FF FF FF B8 DB AA 13 1E BA 29 A5 C4 3F 52 50 FF 75 D4 FF 75 D0 E8 A2 86 FF FF
-
-. 0 804FEE0 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804FEE7 13
-. 83 EC 0C 68 68 54 06 08 E8 1C 85 FF FF
-
-fdivp_13 ... ok
-. 0 804FEF4 5
-. 83 C4 10 EB 44
-
-. 0 804FF3D 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063088 5
-. E8 B8 CE FE FF
-
-. 0 804FF45 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 54 84 FF FF
-
-. 0 804FF9C 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 804FFA3 47
-. 9B DD B5 58 FF FF FF DD 45 D8 DD 45 E0 DE F1 DD 5D D0 DD A5 58 FF FF FF B8 DB AA 13 1E BA 29 A5 C4 BF 52 50 FF 75 D4 FF 75 D0 E8 B0 85 FF FF
-
-. 0 804FFD2 7
-. 83 C4 10 85 C0 74 12
-
-. 0 804FFD9 13
-. 83 EC 0C 68 A3 54 06 08 E8 2A 84 FF FF
-
-fdivp_14 ... ok
-. 0 804FFE6 5
-. 83 C4 10 EB 44
-
-. 0 805002F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806308D 5
-. E8 A5 CF FE FF
-
-. 0 8050037 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 62 83 FF FF
-
-. 0 805008E 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 8050095 47
-. 9B DD B5 58 FF FF FF DD 45 D8 DD 45 E0 DE F1 DD 5D D0 DD A5 58 FF FF FF B8 DB AA 13 1E BA 29 A5 C4 BF 52 50 FF 75 D4 FF 75 D0 E8 BE 84 FF FF
-
-. 0 80500C4 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80500CB 13
-. 83 EC 0C 68 DE 54 06 08 E8 38 83 FF FF
-
-fdivp_15 ... ok
-. 0 80500D8 5
-. 83 C4 10 EB 44
-
-. 0 8050121 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063092 5
-. E8 92 D0 FE FF
-
-. 0 8050129 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 70 82 FF FF
-
-. 0 8050180 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 8050187 47
-. 9B DD B5 58 FF FF FF DD 45 D8 DD 45 E0 DE F1 DD 5D D0 DD A5 58 FF FF FF B8 DB AA 13 1E BA 29 A5 C4 3F 52 50 FF 75 D4 FF 75 D0 E8 CC 83 FF FF
-
-. 0 80501B6 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80501BD 13
-. 83 EC 0C 68 19 55 06 08 E8 46 82 FF FF
-
-fdivp_16 ... ok
-. 0 80501CA 5
-. 83 C4 10 EB 44
-
-. 0 8050213 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063097 5
-. E8 7F D1 FE FF
-
-. 0 805021B 61
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 66 C7 45 DE 00 00 66 C7 45 DE E1 10 83 EC 08 6A 01 68 40 A1 06 08 E8 98 81 FF FF
-
-. 0 8050258 7
-. 83 C4 10 85 C0 75 78
-
-. 0 805025F 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DE 75 DE D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 08 49 92 3E 50 FF 75 D0 E8 7B 82 FF FF
-
-. 0 8050286 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805028D 13
-. 83 EC 0C 68 54 55 06 08 E8 76 81 FF FF
-
-fidivs_1 ... ok
-. 0 805029A 5
-. 83 C4 10 EB 48
-
-. 0 80502E7 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806309C 5
-. E8 4E D2 FE FF
-
-. 0 80502EF 61
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 66 C7 45 DE 00 00 66 C7 45 DE E1 10 83 EC 08 6A 01 68 40 A1 06 08 E8 C4 80 FF FF
-
-. 0 805032C 7
-. 83 C4 10 85 C0 75 78
-
-. 0 8050333 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DE 75 DE D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 08 49 92 BE 50 FF 75 D0 E8 A7 81 FF FF
-
-. 0 805035A 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8050361 13
-. 83 EC 0C 68 8F 55 06 08 E8 A2 80 FF FF
-
-fidivs_2 ... ok
-. 0 805036E 5
-. 83 C4 10 EB 48
-
-. 0 80503BB 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80630A1 5
-. E8 1D D3 FE FF
-
-. 0 80503C3 61
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 66 C7 45 DE 00 00 66 C7 45 DE 1F EF 83 EC 08 6A 01 68 40 A1 06 08 E8 F0 7F FF FF
-
-. 0 8050400 7
-. 83 C4 10 85 C0 75 78
-
-. 0 8050407 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DE 75 DE D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 08 49 92 BE 50 FF 75 D0 E8 D3 80 FF FF
-
-. 0 805042E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8050435 13
-. 83 EC 0C 68 CA 55 06 08 E8 CE 7F FF FF
-
-fidivs_3 ... ok
-. 0 8050442 5
-. 83 C4 10 EB 48
-
-. 0 805048F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80630A6 5
-. E8 EC D3 FE FF
-
-. 0 8050497 61
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 66 C7 45 DE 00 00 66 C7 45 DE 1F EF 83 EC 08 6A 01 68 40 A1 06 08 E8 1C 7F FF FF
-
-. 0 80504D4 7
-. 83 C4 10 85 C0 75 78
-
-. 0 80504DB 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DE 75 DE D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 08 49 92 3E 50 FF 75 D0 E8 FF 7F FF FF
-
-. 0 8050502 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8050509 13
-. 83 EC 0C 68 05 56 06 08 E8 FA 7E FF FF
-
-fidivs_4 ... ok
-. 0 8050516 5
-. 83 C4 10 EB 48
-
-. 0 8050563 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80630AB 5
-. E8 BB D4 FE FF
-
-. 0 805056B 69
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 66 C7 45 DE 00 00 66 C7 45 DE E1 10 83 EC 08 6A 01 68 40 A1 06 08 E8 40 7E FF FF
-
-. 0 80505B0 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 80505B7 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DE 75 DE DD 5D D0 DD A5 58 FF FF FF B8 2A 8D EC 3D BA 6A DB 71 40 52 50 FF 75 D4 FF 75 D0 E8 9E 7F FF FF
-
-. 0 80505E4 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80505EB 13
-. 83 EC 0C 68 40 56 06 08 E8 18 7E FF FF
-
-fidivs_5 ... ok
-. 0 80505F8 5
-. 83 C4 10 EB 44
-
-. 0 8050641 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80630B0 5
-. E8 94 D5 FE FF
-
-. 0 8050649 69
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 66 C7 45 DE 00 00 66 C7 45 DE E1 10 83 EC 08 6A 01 68 40 A1 06 08 E8 62 7D FF FF
-
-. 0 805068E 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 8050695 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DE 75 DE DD 5D D0 DD A5 58 FF FF FF B8 2A 8D EC 3D BA 6A DB 71 C0 52 50 FF 75 D4 FF 75 D0 E8 C0 7E FF FF
-
-. 0 80506C2 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80506C9 13
-. 83 EC 0C 68 7B 56 06 08 E8 3A 7D FF FF
-
-fidivs_6 ... ok
-. 0 80506D6 5
-. 83 C4 10 EB 44
-
-. 0 805071F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80630B5 5
-. E8 6D D6 FE FF
-
-. 0 8050727 69
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 66 C7 45 DE 00 00 66 C7 45 DE 1F EF 83 EC 08 6A 01 68 40 A1 06 08 E8 84 7C FF FF
-
-. 0 805076C 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 8050773 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DE 75 DE DD 5D D0 DD A5 58 FF FF FF B8 2A 8D EC 3D BA 6A DB 71 C0 52 50 FF 75 D4 FF 75 D0 E8 E2 7D FF FF
-
-. 0 80507A0 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80507A7 13
-. 83 EC 0C 68 B6 56 06 08 E8 5C 7C FF FF
-
-fidivs_7 ... ok
-. 0 80507B4 5
-. 83 C4 10 EB 44
-
-. 0 80507FD 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80630BA 5
-. E8 46 D7 FE FF
-
-. 0 8050805 69
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 66 C7 45 DE 00 00 66 C7 45 DE 1F EF 83 EC 08 6A 01 68 40 A1 06 08 E8 A6 7B FF FF
-
-. 0 805084A 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 8050851 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DE 75 DE DD 5D D0 DD A5 58 FF FF FF B8 2A 8D EC 3D BA 6A DB 71 40 52 50 FF 75 D4 FF 75 D0 E8 04 7D FF FF
-
-. 0 805087E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8050885 13
-. 83 EC 0C 68 F1 56 06 08 E8 7E 7B FF FF
-
-fidivs_8 ... ok
-. 0 8050892 5
-. 83 C4 10 EB 44
-
-. 0 80508DB 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80630BF 5
-. E8 1F D8 FE FF
-
-. 0 80508E3 63
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 DC 00 00 00 00 C7 45 DC B1 7F 39 05 83 EC 08 6A 01 68 40 A1 06 08 E8 CE 7A FF FF
-
-. 0 8050922 7
-. 83 C4 10 85 C0 75 78
-
-. 0 8050929 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DA 75 DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 7E 4C 6C 37 50 FF 75 D0 E8 B1 7B FF FF
-
-. 0 8050950 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8050957 13
-. 83 EC 0C 68 2C 57 06 08 E8 AC 7A FF FF
-
-fidivl_1 ... ok
-. 0 8050964 5
-. 83 C4 10 EB 48
-
-. 0 80509B1 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80630C4 5
-. E8 F0 D8 FE FF
-
-. 0 80509B9 63
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 DC 00 00 00 00 C7 45 DC B1 7F 39 05 83 EC 08 6A 01 68 40 A1 06 08 E8 F8 79 FF FF
-
-. 0 80509F8 7
-. 83 C4 10 85 C0 75 78
-
-. 0 80509FF 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DA 75 DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 7E 4C 6C B7 50 FF 75 D0 E8 DB 7A FF FF
-
-. 0 8050A26 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8050A2D 13
-. 83 EC 0C 68 67 57 06 08 E8 D6 79 FF FF
-
-fidivl_2 ... ok
-. 0 8050A3A 5
-. 83 C4 10 EB 48
-
-. 0 8050A87 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80630C9 5
-. E8 C1 D9 FE FF
-
-. 0 8050A8F 63
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 DC 00 00 00 00 C7 45 DC 4F 80 C6 FA 83 EC 08 6A 01 68 40 A1 06 08 E8 22 79 FF FF
-
-. 0 8050ACE 7
-. 83 C4 10 85 C0 75 78
-
-. 0 8050AD5 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DA 75 DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 7E 4C 6C B7 50 FF 75 D0 E8 05 7A FF FF
-
-. 0 8050AFC 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8050B03 13
-. 83 EC 0C 68 A2 57 06 08 E8 00 79 FF FF
-
-fidivl_3 ... ok
-. 0 8050B10 5
-. 83 C4 10 EB 48
-
-. 0 8050B5D 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80630CE 5
-. E8 92 DA FE FF
-
-. 0 8050B65 63
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 DC 00 00 00 00 C7 45 DC 4F 80 C6 FA 83 EC 08 6A 01 68 40 A1 06 08 E8 4C 78 FF FF
-
-. 0 8050BA4 7
-. 83 C4 10 85 C0 75 78
-
-. 0 8050BAB 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DA 75 DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 7E 4C 6C 37 50 FF 75 D0 E8 2F 79 FF FF
-
-. 0 8050BD2 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8050BD9 13
-. 83 EC 0C 68 DD 57 06 08 E8 2A 78 FF FF
-
-fidivl_4 ... ok
-. 0 8050BE6 5
-. 83 C4 10 EB 48
-
-. 0 8050C33 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80630D3 5
-. E8 63 DB FE FF
-
-. 0 8050C3B 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 DC 00 00 00 00 C7 45 DC F1 FB 09 00 83 EC 08 6A 01 68 40 A1 06 08 E8 6E 77 FF FF
-
-. 0 8050C82 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 8050C89 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DA 75 DC DD 5D D0 DD A5 58 FF FF FF B8 17 FD 2E 07 BA 4D 30 FE 3F 52 50 FF 75 D4 FF 75 D0 E8 CC 78 FF FF
-
-. 0 8050CB6 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8050CBD 13
-. 83 EC 0C 68 18 58 06 08 E8 46 77 FF FF
-
-fidivl_5 ... ok
-. 0 8050CCA 5
-. 83 C4 10 EB 44
-
-. 0 8050D13 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80630D8 5
-. E8 3E DC FE FF
-
-. 0 8050D1B 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 DC 00 00 00 00 C7 45 DC F1 FB 09 00 83 EC 08 6A 01 68 40 A1 06 08 E8 8E 76 FF FF
-
-. 0 8050D62 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 8050D69 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DA 75 DC DD 5D D0 DD A5 58 FF FF FF B8 17 FD 2E 07 BA 4D 30 FE BF 52 50 FF 75 D4 FF 75 D0 E8 EC 77 FF FF
-
-. 0 8050D96 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8050D9D 13
-. 83 EC 0C 68 53 58 06 08 E8 66 76 FF FF
-
-fidivl_6 ... ok
-. 0 8050DAA 5
-. 83 C4 10 EB 44
-
-. 0 8050DF3 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80630DD 5
-. E8 19 DD FE FF
-
-. 0 8050DFB 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 DC 00 00 00 00 C7 45 DC 0F 04 F6 FF 83 EC 08 6A 01 68 40 A1 06 08 E8 AE 75 FF FF
-
-. 0 8050E42 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 8050E49 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DA 75 DC DD 5D D0 DD A5 58 FF FF FF B8 17 FD 2E 07 BA 4D 30 FE BF 52 50 FF 75 D4 FF 75 D0 E8 0C 77 FF FF
-
-. 0 8050E76 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8050E7D 13
-. 83 EC 0C 68 8E 58 06 08 E8 86 75 FF FF
-
-fidivl_7 ... ok
-. 0 8050E8A 5
-. 83 C4 10 EB 44
-
-. 0 8050ED3 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80630E2 5
-. E8 F4 DD FE FF
-
-. 0 8050EDB 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 DC 00 00 00 00 C7 45 DC 0F 04 F6 FF 83 EC 08 6A 01 68 40 A1 06 08 E8 CE 74 FF FF
-
-. 0 8050F22 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 8050F29 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DA 75 DC DD 5D D0 DD A5 58 FF FF FF B8 17 FD 2E 07 BA 4D 30 FE 3F 52 50 FF 75 D4 FF 75 D0 E8 2C 76 FF FF
-
-. 0 8050F56 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8050F5D 13
-. 83 EC 0C 68 C9 58 06 08 E8 A6 74 FF FF
-
-fidivl_8 ... ok
-. 0 8050F6A 5
-. 83 C4 10 EB 44
-
-. 0 8050FB3 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80630E7 5
-. E8 CF DE FE FF
-
-. 0 8050FBB 64
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 F5 73 FF FF
-
-. 0 8050FFB 7
-. 83 C4 10 85 C0 75 78
-
-. 0 8051002 39
-. 9B DD B5 58 FF FF FF D9 45 E0 D8 7D DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 34 33 E3 40 50 FF 75 D0 E8 D8 74 FF FF
-
-. 0 8051029 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8051030 13
-. 83 EC 0C 68 04 59 06 08 E8 D3 73 FF FF
-
-fdivrs_1 ... ok
-. 0 805103D 5
-. 83 C4 10 EB 48
-
-. 0 805108A 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80630EC 5
-. E8 A1 DF FE FF
-
-. 0 8051092 64
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 1E 73 FF FF
-
-. 0 80510D2 7
-. 83 C4 10 85 C0 75 78
-
-. 0 80510D9 39
-. 9B DD B5 58 FF FF FF D9 45 E0 D8 7D DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 34 33 E3 C0 50 FF 75 D0 E8 01 74 FF FF
-
-. 0 8051100 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8051107 13
-. 83 EC 0C 68 3F 59 06 08 E8 FC 72 FF FF
-
-fdivrs_2 ... ok
-. 0 8051114 5
-. 83 C4 10 EB 48
-
-. 0 8051161 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80630F1 5
-. E8 73 E0 FE FF
-
-. 0 8051169 64
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 47 72 FF FF
-
-. 0 80511A9 7
-. 83 C4 10 85 C0 75 78
-
-. 0 80511B0 39
-. 9B DD B5 58 FF FF FF D9 45 E0 D8 7D DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 34 33 E3 C0 50 FF 75 D0 E8 2A 73 FF FF
-
-. 0 80511D7 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80511DE 13
-. 83 EC 0C 68 7A 59 06 08 E8 25 72 FF FF
-
-fdivrs_3 ... ok
-. 0 80511EB 5
-. 83 C4 10 EB 48
-
-. 0 8051238 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80630F6 5
-. E8 45 E1 FE FF
-
-. 0 8051240 64
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 70 71 FF FF
-
-. 0 8051280 7
-. 83 C4 10 85 C0 75 78
-
-. 0 8051287 39
-. 9B DD B5 58 FF FF FF D9 45 E0 D8 7D DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 34 33 E3 40 50 FF 75 D0 E8 53 72 FF FF
-
-. 0 80512AE 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80512B5 13
-. 83 EC 0C 68 B5 59 06 08 E8 4E 71 FF FF
-
-fdivrs_4 ... ok
-. 0 80512C2 5
-. 83 C4 10 EB 48
-
-. 0 805130F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80630FB 5
-. E8 17 E2 FE FF
-
-. 0 8051317 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 82 70 FF FF
-
-. 0 805136E 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 8051375 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DC 7D D8 DD 5D D0 DD A5 58 FF FF FF B8 AE 41 F3 01 BA CD CC 18 40 52 50 FF 75 D4 FF 75 D0 E8 E0 71 FF FF
-
-. 0 80513A2 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80513A9 13
-. 83 EC 0C 68 F0 59 06 08 E8 5A 70 FF FF
-
-fdivrl_1 ... ok
-. 0 80513B6 5
-. 83 C4 10 EB 44
-
-. 0 80513FF 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063100 5
-. E8 02 E3 FE FF
-
-. 0 8051407 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 92 6F FF FF
-
-. 0 805145E 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 8051465 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DC 7D D8 DD 5D D0 DD A5 58 FF FF FF B8 AE 41 F3 01 BA CD CC 18 C0 52 50 FF 75 D4 FF 75 D0 E8 F0 70 FF FF
-
-. 0 8051492 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8051499 13
-. 83 EC 0C 68 2B 5A 06 08 E8 6A 6F FF FF
-
-fdivrl_2 ... ok
-. 0 80514A6 5
-. 83 C4 10 EB 44
-
-. 0 80514EF 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063105 5
-. E8 ED E3 FE FF
-
-. 0 80514F7 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 A2 6E FF FF
-
-. 0 805154E 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 8051555 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DC 7D D8 DD 5D D0 DD A5 58 FF FF FF B8 AE 41 F3 01 BA CD CC 18 C0 52 50 FF 75 D4 FF 75 D0 E8 00 70 FF FF
-
-. 0 8051582 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8051589 13
-. 83 EC 0C 68 66 5A 06 08 E8 7A 6E FF FF
-
-fdivrl_3 ... ok
-. 0 8051596 5
-. 83 C4 10 EB 44
-
-. 0 80515DF 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806310A 5
-. E8 D8 E4 FE FF
-
-. 0 80515E7 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 B2 6D FF FF
-
-. 0 805163E 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 8051645 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DC 7D D8 DD 5D D0 DD A5 58 FF FF FF B8 AE 41 F3 01 BA CD CC 18 40 52 50 FF 75 D4 FF 75 D0 E8 10 6F FF FF
-
-. 0 8051672 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8051679 13
-. 83 EC 0C 68 A1 5A 06 08 E8 8A 6D FF FF
-
-fdivrl_4 ... ok
-. 0 8051686 5
-. 83 C4 10 EB 44
-
-. 0 80516CF 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806310F 5
-. E8 C3 E5 FE FF
-
-. 0 80516D7 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 D2 6C FF FF
-
-. 0 805171E 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 8051729 47
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DC FA D9 F7 D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 34 33 E3 40 50 FF 75 D0 E8 A9 6D FF FF
-
-. 0 8051758 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805175F 13
-. 83 EC 0C 68 DC 5A 06 08 E8 A4 6C FF FF
-
-fdivr_1 ... ok
-. 0 805176C 5
-. 83 C4 10 EB 48
-
-. 0 80517B9 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063114 5
-. E8 A8 E6 FE FF
-
-. 0 80517C1 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 E8 6B FF FF
-
-. 0 8051808 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 8051813 47
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DC FA D9 F7 D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 34 33 E3 C0 50 FF 75 D0 E8 BF 6C FF FF
-
-. 0 8051842 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8051849 13
-. 83 EC 0C 68 14 5B 06 08 E8 BA 6B FF FF
-
-fdivr_2 ... ok
-. 0 8051856 5
-. 83 C4 10 EB 48
-
-. 0 80518A3 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063119 5
-. E8 8D E7 FE FF
-
-. 0 80518AB 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 FE 6A FF FF
-
-. 0 80518F2 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 80518FD 47
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DC FA D9 F7 D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 34 33 E3 C0 50 FF 75 D0 E8 D5 6B FF FF
-
-. 0 805192C 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8051933 13
-. 83 EC 0C 68 4C 5B 06 08 E8 D0 6A FF FF
-
-fdivr_3 ... ok
-. 0 8051940 5
-. 83 C4 10 EB 48
-
-. 0 805198D 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806311E 5
-. E8 72 E8 FE FF
-
-. 0 8051995 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 14 6A FF FF
-
-. 0 80519DC 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 80519E7 47
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DC FA D9 F7 D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 34 33 E3 40 50 FF 75 D0 E8 EB 6A FF FF
-
-. 0 8051A16 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8051A1D 13
-. 83 EC 0C 68 84 5B 06 08 E8 E6 69 FF FF
-
-fdivr_4 ... ok
-. 0 8051A2A 5
-. 83 C4 10 EB 48
-
-. 0 8051A77 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063123 5
-. E8 57 E9 FE FF
-
-. 0 8051A7F 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 1A 69 FF FF
-
-. 0 8051AD6 11
-. 83 C4 10 85 C0 0F 85 82 00 00 00
-
-. 0 8051AE1 53
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DC FA D9 F7 D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 AE 41 F3 01 BA CD CC 18 40 52 50 FF 75 D4 FF 75 D0 E8 6C 6A FF FF
-
-. 0 8051B16 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8051B1D 13
-. 83 EC 0C 68 BC 5B 06 08 E8 E6 68 FF FF
-
-fdivr_5 ... ok
-. 0 8051B2A 5
-. 83 C4 10 EB 44
-
-. 0 8051B73 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063128 5
-. E8 4E EA FE FF
-
-. 0 8051B7B 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 1E 68 FF FF
-
-. 0 8051BD2 11
-. 83 C4 10 85 C0 0F 85 82 00 00 00
-
-. 0 8051BDD 53
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DC FA D9 F7 D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 AE 41 F3 01 BA CD CC 18 C0 52 50 FF 75 D4 FF 75 D0 E8 70 69 FF FF
-
-. 0 8051C12 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8051C19 13
-. 83 EC 0C 68 F4 5B 06 08 E8 EA 67 FF FF
-
-fdivr_6 ... ok
-. 0 8051C26 5
-. 83 C4 10 EB 44
-
-. 0 8051C6F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806312D 5
-. E8 45 EB FE FF
-
-. 0 8051C77 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 22 67 FF FF
-
-. 0 8051CCE 11
-. 83 C4 10 85 C0 0F 85 82 00 00 00
-
-. 0 8051CD9 53
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DC FA D9 F7 D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 AE 41 F3 01 BA CD CC 18 C0 52 50 FF 75 D4 FF 75 D0 E8 74 68 FF FF
-
-. 0 8051D0E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8051D15 13
-. 83 EC 0C 68 2C 5C 06 08 E8 EE 66 FF FF
-
-fdivr_7 ... ok
-. 0 8051D22 5
-. 83 C4 10 EB 44
-
-. 0 8051D6B 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063132 5
-. E8 3C EC FE FF
-
-. 0 8051D73 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 26 66 FF FF
-
-. 0 8051DCA 11
-. 83 C4 10 85 C0 0F 85 82 00 00 00
-
-. 0 8051DD5 53
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DC FA D9 F7 D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 AE 41 F3 01 BA CD CC 18 40 52 50 FF 75 D4 FF 75 D0 E8 78 67 FF FF
-
-. 0 8051E0A 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8051E11 13
-. 83 EC 0C 68 64 5C 06 08 E8 F2 65 FF FF
-
-fdivr_8 ... ok
-. 0 8051E1E 5
-. 83 C4 10 EB 44
-
-. 0 8051E67 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063137 5
-. E8 33 ED FE FF
-
-. 0 8051E6F 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 3A 65 FF FF
-
-. 0 8051EB6 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 8051EBD 43
-. 9B DD B5 58 FF FF FF D9 45 E0 D9 EE D9 45 D8 D8 FA D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 B0 39 10 3E 50 FF 75 D0 E8 19 66 FF FF
-
-. 0 8051EE8 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8051EEF 13
-. 83 EC 0C 68 9C 5C 06 08 E8 14 65 FF FF
-
-fdivr_9 ... ok
-. 0 8051EFC 5
-. 83 C4 10 EB 48
-
-. 0 8051F49 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806313C 5
-. E8 10 EE FE FF
-
-. 0 8051F51 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 58 64 FF FF
-
-. 0 8051F98 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 8051F9F 43
-. 9B DD B5 58 FF FF FF D9 45 E0 D9 EE D9 45 D8 D8 FA D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 B0 39 10 BE 50 FF 75 D0 E8 37 65 FF FF
-
-. 0 8051FCA 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8051FD1 13
-. 83 EC 0C 68 D4 5C 06 08 E8 32 64 FF FF
-
-fdivr_10 ... ok
-. 0 8051FDE 5
-. 83 C4 10 EB 48
-
-. 0 805202B 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063141 5
-. E8 ED EE FE FF
-
-. 0 8052033 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 76 63 FF FF
-
-. 0 805207A 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 8052081 43
-. 9B DD B5 58 FF FF FF D9 45 E0 D9 EE D9 45 D8 D8 FA D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 B0 39 10 BE 50 FF 75 D0 E8 55 64 FF FF
-
-. 0 80520AC 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80520B3 13
-. 83 EC 0C 68 0F 5D 06 08 E8 50 63 FF FF
-
-fdivr_11 ... ok
-. 0 80520C0 5
-. 83 C4 10 EB 48
-
-. 0 805210D 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063146 5
-. E8 CA EF FE FF
-
-. 0 8052115 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 94 62 FF FF
-
-. 0 805215C 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 8052163 43
-. 9B DD B5 58 FF FF FF D9 45 E0 D9 EE D9 45 D8 D8 FA D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 B0 39 10 3E 50 FF 75 D0 E8 73 63 FF FF
-
-. 0 805218E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8052195 13
-. 83 EC 0C 68 4A 5D 06 08 E8 6E 62 FF FF
-
-fdivr_12 ... ok
-. 0 80521A2 5
-. 83 C4 10 EB 48
-
-. 0 80521EF 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806314B 5
-. E8 A7 F0 FE FF
-
-. 0 80521F7 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 A2 61 FF FF
-
-. 0 805224E 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 8052255 49
-. 9B DD B5 58 FF FF FF DD 45 E0 D9 EE DD 45 D8 D8 FA DD 5D D0 DD A5 58 FF FF FF B8 DB AA 13 1E BA 29 A5 C4 3F 52 50 FF 75 D4 FF 75 D0 E8 FC 62 FF FF
-
-. 0 8052286 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805228D 13
-. 83 EC 0C 68 85 5D 06 08 E8 76 61 FF FF
-
-fdivr_13 ... ok
-. 0 805229A 5
-. 83 C4 10 EB 44
-
-. 0 80522E3 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063150 5
-. E8 96 F1 FE FF
-
-. 0 80522EB 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 AE 60 FF FF
-
-. 0 8052342 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 8052349 49
-. 9B DD B5 58 FF FF FF DD 45 E0 D9 EE DD 45 D8 D8 FA DD 5D D0 DD A5 58 FF FF FF B8 DB AA 13 1E BA 29 A5 C4 BF 52 50 FF 75 D4 FF 75 D0 E8 08 62 FF FF
-
-. 0 805237A 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8052381 13
-. 83 EC 0C 68 C0 5D 06 08 E8 82 60 FF FF
-
-fdivr_14 ... ok
-. 0 805238E 5
-. 83 C4 10 EB 44
-
-. 0 80523D7 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063155 5
-. E8 85 F2 FE FF
-
-. 0 80523DF 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 BA 5F FF FF
-
-. 0 8052436 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 805243D 49
-. 9B DD B5 58 FF FF FF DD 45 E0 D9 EE DD 45 D8 D8 FA DD 5D D0 DD A5 58 FF FF FF B8 DB AA 13 1E BA 29 A5 C4 BF 52 50 FF 75 D4 FF 75 D0 E8 14 61 FF FF
-
-. 0 805246E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8052475 13
-. 83 EC 0C 68 FB 5D 06 08 E8 8E 5F FF FF
-
-fdivr_15 ... ok
-. 0 8052482 5
-. 83 C4 10 EB 44
-
-. 0 80524CB 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806315A 5
-. E8 74 F3 FE FF
-
-. 0 80524D3 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 C6 5E FF FF
-
-. 0 805252A 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 8052531 49
-. 9B DD B5 58 FF FF FF DD 45 E0 D9 EE DD 45 D8 D8 FA DD 5D D0 DD A5 58 FF FF FF B8 DB AA 13 1E BA 29 A5 C4 3F 52 50 FF 75 D4 FF 75 D0 E8 20 60 FF FF
-
-. 0 8052562 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8052569 13
-. 83 EC 0C 68 36 5E 06 08 E8 9A 5E FF FF
-
-fdivr_16 ... ok
-. 0 8052576 5
-. 83 C4 10 EB 44
-
-. 0 80525BF 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806315F 5
-. E8 63 F4 FE FF
-
-. 0 80525C7 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 E2 5D FF FF
-
-. 0 805260E 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 8052615 45
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DE FA D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 34 33 E3 40 50 FF 75 D0 E8 BF 5E FF FF
-
-. 0 8052642 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8052649 13
-. 83 EC 0C 68 71 5E 06 08 E8 BA 5D FF FF
-
-fdivrp_1 ... ok
-. 0 8052656 5
-. 83 C4 10 EB 48
-
-. 0 80526A3 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063164 5
-. E8 42 F5 FE FF
-
-. 0 80526AB 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 FE 5C FF FF
-
-. 0 80526F2 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 80526F9 45
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DE FA D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 34 33 E3 C0 50 FF 75 D0 E8 DB 5D FF FF
-
-. 0 8052726 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805272D 13
-. 83 EC 0C 68 AC 5E 06 08 E8 D6 5C FF FF
-
-fdivrp_2 ... ok
-. 0 805273A 5
-. 83 C4 10 EB 48
-
-. 0 8052787 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063169 5
-. E8 21 F6 FE FF
-
-. 0 805278F 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 1A 5C FF FF
-
-. 0 80527D6 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 80527DD 45
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DE FA D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 34 33 E3 C0 50 FF 75 D0 E8 F7 5C FF FF
-
-. 0 805280A 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8052811 13
-. 83 EC 0C 68 E7 5E 06 08 E8 F2 5B FF FF
-
-fdivrp_3 ... ok
-. 0 805281E 5
-. 83 C4 10 EB 48
-
-. 0 805286B 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806316E 5
-. E8 00 F7 FE FF
-
-. 0 8052873 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 36 5B FF FF
-
-. 0 80528BA 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 80528C1 45
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DE FA D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 34 33 E3 40 50 FF 75 D0 E8 13 5C FF FF
-
-. 0 80528EE 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80528F5 13
-. 83 EC 0C 68 22 5F 06 08 E8 0E 5B FF FF
-
-fdivrp_4 ... ok
-. 0 8052902 5
-. 83 C4 10 EB 48
-
-. 0 805294F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063173 5
-. E8 DF F7 FE FF
-
-. 0 8052957 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 42 5A FF FF
-
-. 0 80529AE 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 80529B9 51
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DE FA D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 AE 41 F3 01 BA CD CC 18 40 52 50 FF 75 D4 FF 75 D0 E8 96 5B FF FF
-
-. 0 80529EC 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80529F3 13
-. 83 EC 0C 68 5D 5F 06 08 E8 10 5A FF FF
-
-fdivrp_5 ... ok
-. 0 8052A00 5
-. 83 C4 10 EB 44
-
-. 0 8052A49 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063178 5
-. E8 D4 F8 FE FF
-
-. 0 8052A51 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 48 59 FF FF
-
-. 0 8052AA8 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 8052AB3 51
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DE FA D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 AE 41 F3 01 BA CD CC 18 C0 52 50 FF 75 D4 FF 75 D0 E8 9C 5A FF FF
-
-. 0 8052AE6 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8052AED 13
-. 83 EC 0C 68 98 5F 06 08 E8 16 59 FF FF
-
-fdivrp_6 ... ok
-. 0 8052AFA 5
-. 83 C4 10 EB 44
-
-. 0 8052B43 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806317D 5
-. E8 C9 F9 FE FF
-
-. 0 8052B4B 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 4E 58 FF FF
-
-. 0 8052BA2 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 8052BAD 51
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DE FA D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 AE 41 F3 01 BA CD CC 18 C0 52 50 FF 75 D4 FF 75 D0 E8 A2 59 FF FF
-
-. 0 8052BE0 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8052BE7 13
-. 83 EC 0C 68 D3 5F 06 08 E8 1C 58 FF FF
-
-fdivrp_7 ... ok
-. 0 8052BF4 5
-. 83 C4 10 EB 44
-
-. 0 8052C3D 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063182 5
-. E8 BE FA FE FF
-
-. 0 8052C45 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 54 57 FF FF
-
-. 0 8052C9C 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 8052CA7 51
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DE FA D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 AE 41 F3 01 BA CD CC 18 40 52 50 FF 75 D4 FF 75 D0 E8 A8 58 FF FF
-
-. 0 8052CDA 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8052CE1 13
-. 83 EC 0C 68 0E 60 06 08 E8 22 57 FF FF
-
-fdivrp_8 ... ok
-. 0 8052CEE 5
-. 83 C4 10 EB 44
-
-. 0 8052D37 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063187 5
-. E8 B3 FB FE FF
-
-. 0 8052D3F 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 6A 56 FF FF
-
-. 0 8052D86 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 8052D8D 41
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 45 E0 DE F9 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 34 33 E3 40 50 FF 75 D0 E8 4B 57 FF FF
-
-. 0 8052DB6 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8052DBD 13
-. 83 EC 0C 68 49 60 06 08 E8 46 56 FF FF
-
-fdivrp_9 ... ok
-. 0 8052DCA 5
-. 83 C4 10 EB 48
-
-. 0 8052E17 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806318C 5
-. E8 8E FC FE FF
-
-. 0 8052E1F 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 8A 55 FF FF
-
-. 0 8052E66 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 8052E6D 41
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 45 E0 DE F9 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 34 33 E3 C0 50 FF 75 D0 E8 6B 56 FF FF
-
-. 0 8052E96 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8052E9D 13
-. 83 EC 0C 68 84 60 06 08 E8 66 55 FF FF
-
-fdivrp_10 ... ok
-. 0 8052EAA 5
-. 83 C4 10 EB 48
-
-. 0 8052EF7 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063191 5
-. E8 69 FD FE FF
-
-. 0 8052EFF 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 AA 54 FF FF
-
-. 0 8052F46 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 8052F4D 41
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 45 E0 DE F9 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 34 33 E3 C0 50 FF 75 D0 E8 8B 55 FF FF
-
-. 0 8052F76 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8052F7D 13
-. 83 EC 0C 68 C2 60 06 08 E8 86 54 FF FF
-
-fdivrp_11 ... ok
-. 0 8052F8A 5
-. 83 C4 10 EB 48
-
-. 0 8052FD7 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063196 5
-. E8 44 FE FE FF
-
-. 0 8052FDF 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 CA 53 FF FF
-
-. 0 8053026 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 805302D 41
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 45 E0 DE F9 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 34 33 E3 40 50 FF 75 D0 E8 AB 54 FF FF
-
-. 0 8053056 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805305D 13
-. 83 EC 0C 68 00 61 06 08 E8 A6 53 FF FF
-
-fdivrp_12 ... ok
-. 0 805306A 5
-. 83 C4 10 EB 48
-
-. 0 80530B7 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806319B 5
-. E8 1F FF FE FF
-
-. 0 80530BF 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 DA 52 FF FF
-
-. 0 8053116 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 805311D 47
-. 9B DD B5 58 FF FF FF DD 45 D8 DD 45 E0 DE F9 DD 5D D0 DD A5 58 FF FF FF B8 AE 41 F3 01 BA CD CC 18 40 52 50 FF 75 D4 FF 75 D0 E8 36 54 FF FF
-
-. 0 805314C 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8053153 13
-. 83 EC 0C 68 3E 61 06 08 E8 B0 52 FF FF
-
-fdivrp_13 ... ok
-. 0 8053160 5
-. 83 C4 10 EB 44
-
-. 0 80531A9 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80631A0 5
-. E8 0C 00 FF FF
-
-. 0 80531B1 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 E8 51 FF FF
-
-. 0 8053208 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 805320F 47
-. 9B DD B5 58 FF FF FF DD 45 D8 DD 45 E0 DE F9 DD 5D D0 DD A5 58 FF FF FF B8 AE 41 F3 01 BA CD CC 18 C0 52 50 FF 75 D4 FF 75 D0 E8 44 53 FF FF
-
-. 0 805323E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8053245 13
-. 83 EC 0C 68 7C 61 06 08 E8 BE 51 FF FF
-
-fdivrp_14 ... ok
-. 0 8053252 5
-. 83 C4 10 EB 44
-
-. 0 805329B 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80631A5 5
-. E8 F9 00 FF FF
-
-. 0 80532A3 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 F6 50 FF FF
-
-. 0 80532FA 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 8053301 47
-. 9B DD B5 58 FF FF FF DD 45 D8 DD 45 E0 DE F9 DD 5D D0 DD A5 58 FF FF FF B8 AE 41 F3 01 BA CD CC 18 C0 52 50 FF 75 D4 FF 75 D0 E8 52 52 FF FF
-
-. 0 8053330 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8053337 13
-. 83 EC 0C 68 BA 61 06 08 E8 CC 50 FF FF
-
-fdivrp_15 ... ok
-. 0 8053344 5
-. 83 C4 10 EB 44
-
-. 0 805338D 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80631AA 5
-. E8 E6 01 FF FF
-
-. 0 8053395 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 04 50 FF FF
-
-. 0 80533EC 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 80533F3 47
-. 9B DD B5 58 FF FF FF DD 45 D8 DD 45 E0 DE F9 DD 5D D0 DD A5 58 FF FF FF B8 AE 41 F3 01 BA CD CC 18 40 52 50 FF 75 D4 FF 75 D0 E8 60 51 FF FF
-
-. 0 8053422 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8053429 13
-. 83 EC 0C 68 F8 61 06 08 E8 DA 4F FF FF
-
-fdivrp_16 ... ok
-. 0 8053436 5
-. 83 C4 10 EB 44
-
-. 0 805347F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80631AF 5
-. E8 D3 02 FF FF
-
-. 0 8053487 61
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 66 C7 45 DE 00 00 66 C7 45 DE E1 10 83 EC 08 6A 01 68 40 A1 06 08 E8 2C 4F FF FF
-
-. 0 80534C4 7
-. 83 C4 10 85 C0 75 78
-
-. 0 80534CB 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DE 7D DE D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 2B 00 60 40 50 FF 75 D0 E8 0F 50 FF FF
-
-. 0 80534F2 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80534F9 13
-. 83 EC 0C 68 36 62 06 08 E8 0A 4F FF FF
-
-fidivrs_1 ... ok
-. 0 8053506 5
-. 83 C4 10 EB 48
-
-. 0 8053553 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80631B4 5
-. E8 A2 03 FF FF
-
-. 0 805355B 61
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 66 C7 45 DE 00 00 66 C7 45 DE E1 10 83 EC 08 6A 01 68 40 A1 06 08 E8 58 4E FF FF
-
-. 0 8053598 7
-. 83 C4 10 85 C0 75 78
-
-. 0 805359F 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DE 7D DE D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 2B 00 60 C0 50 FF 75 D0 E8 3B 4F FF FF
-
-. 0 80535C6 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80535CD 13
-. 83 EC 0C 68 74 62 06 08 E8 36 4E FF FF
-
-fidivrs_2 ... ok
-. 0 80535DA 5
-. 83 C4 10 EB 48
-
-. 0 8053627 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80631B9 5
-. E8 71 04 FF FF
-
-. 0 805362F 61
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 66 C7 45 DE 00 00 66 C7 45 DE 1F EF 83 EC 08 6A 01 68 40 A1 06 08 E8 84 4D FF FF
-
-. 0 805366C 7
-. 83 C4 10 85 C0 75 78
-
-. 0 8053673 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DE 7D DE D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 2B 00 60 C0 50 FF 75 D0 E8 67 4E FF FF
-
-. 0 805369A 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80536A1 13
-. 83 EC 0C 68 B2 62 06 08 E8 62 4D FF FF
-
-fidivrs_3 ... ok
-. 0 80536AE 5
-. 83 C4 10 EB 48
-
-. 0 80536FB 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80631BE 5
-. E8 40 05 FF FF
-
-. 0 8053703 61
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 66 C7 45 DE 00 00 66 C7 45 DE 1F EF 83 EC 08 6A 01 68 40 A1 06 08 E8 B0 4C FF FF
-
-. 0 8053740 7
-. 83 C4 10 85 C0 75 78
-
-. 0 8053747 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DE 7D DE D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 2B 00 60 40 50 FF 75 D0 E8 93 4D FF FF
-
-. 0 805376E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8053775 13
-. 83 EC 0C 68 F0 62 06 08 E8 8E 4C FF FF
-
-fidivrs_4 ... ok
-. 0 8053782 5
-. 83 C4 10 EB 48
-
-. 0 80537CF 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80631C3 5
-. E8 0F 06 FF FF
-
-. 0 80537D7 69
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 66 C7 45 DE 00 00 66 C7 45 DE E1 10 83 EC 08 6A 01 68 40 A1 06 08 E8 D4 4B FF FF
-
-. 0 805381C 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 8053823 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DE 7D DE DD 5D D0 DD A5 58 FF FF FF B8 00 A8 74 C4 BA 0D AC 6C 3F 52 50 FF 75 D4 FF 75 D0 E8 32 4D FF FF
-
-. 0 8053850 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8053857 13
-. 83 EC 0C 68 2E 63 06 08 E8 AC 4B FF FF
-
-fidivrs_5 ... ok
-. 0 8053864 5
-. 83 C4 10 EB 44
-
-. 0 80538AD 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80631C8 5
-. E8 E8 06 FF FF
-
-. 0 80538B5 69
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 66 C7 45 DE 00 00 66 C7 45 DE E1 10 83 EC 08 6A 01 68 40 A1 06 08 E8 F6 4A FF FF
-
-. 0 80538FA 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 8053901 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DE 7D DE DD 5D D0 DD A5 58 FF FF FF B8 00 A8 74 C4 BA 0D AC 6C BF 52 50 FF 75 D4 FF 75 D0 E8 54 4C FF FF
-
-. 0 805392E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8053935 13
-. 83 EC 0C 68 6C 63 06 08 E8 CE 4A FF FF
-
-fidivrs_6 ... ok
-. 0 8053942 5
-. 83 C4 10 EB 44
-
-. 0 805398B 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80631CD 5
-. E8 C1 07 FF FF
-
-. 0 8053993 69
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 66 C7 45 DE 00 00 66 C7 45 DE 1F EF 83 EC 08 6A 01 68 40 A1 06 08 E8 18 4A FF FF
-
-. 0 80539D8 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 80539DF 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DE 7D DE DD 5D D0 DD A5 58 FF FF FF B8 00 A8 74 C4 BA 0D AC 6C BF 52 50 FF 75 D4 FF 75 D0 E8 76 4B FF FF
-
-. 0 8053A0C 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8053A13 13
-. 83 EC 0C 68 AA 63 06 08 E8 F0 49 FF FF
-
-fidivrs_7 ... ok
-. 0 8053A20 5
-. 83 C4 10 EB 44
-
-. 0 8053A69 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80631D2 5
-. E8 9A 08 FF FF
-
-. 0 8053A71 69
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 66 C7 45 DE 00 00 66 C7 45 DE 1F EF 83 EC 08 6A 01 68 40 A1 06 08 E8 3A 49 FF FF
-
-. 0 8053AB6 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 8053ABD 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DE 7D DE DD 5D D0 DD A5 58 FF FF FF B8 00 A8 74 C4 BA 0D AC 6C 3F 52 50 FF 75 D4 FF 75 D0 E8 98 4A FF FF
-
-. 0 8053AEA 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8053AF1 13
-. 83 EC 0C 68 E8 63 06 08 E8 12 49 FF FF
-
-fidivrs_8 ... ok
-. 0 8053AFE 5
-. 83 C4 10 EB 44
-
-. 0 8053B47 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80631D7 5
-. E8 73 09 FF FF
-
-. 0 8053B4F 63
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 DC 00 00 00 00 C7 45 DC B1 7F 39 05 83 EC 08 6A 01 68 40 A1 06 08 E8 62 48 FF FF
-
-. 0 8053B8E 7
-. 83 C4 10 85 C0 75 78
-
-. 0 8053B95 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DA 7D DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 01 AC 8A 47 50 FF 75 D0 E8 45 49 FF FF
-
-. 0 8053BBC 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8053BC3 13
-. 83 EC 0C 68 26 64 06 08 E8 40 48 FF FF
-
-fidivrl_1 ... ok
-. 0 8053BD0 5
-. 83 C4 10 EB 48
-
-. 0 8053C1D 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80631DC 5
-. E8 44 0A FF FF
-
-. 0 8053C25 63
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 DC 00 00 00 00 C7 45 DC B1 7F 39 05 83 EC 08 6A 01 68 40 A1 06 08 E8 8C 47 FF FF
-
-. 0 8053C64 7
-. 83 C4 10 85 C0 75 78
-
-. 0 8053C6B 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DA 7D DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 01 AC 8A C7 50 FF 75 D0 E8 6F 48 FF FF
-
-. 0 8053C92 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8053C99 13
-. 83 EC 0C 68 64 64 06 08 E8 6A 47 FF FF
-
-fidivrl_2 ... ok
-. 0 8053CA6 5
-. 83 C4 10 EB 48
-
-. 0 8053CF3 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80631E1 5
-. E8 15 0B FF FF
-
-. 0 8053CFB 63
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 DC 00 00 00 00 C7 45 DC 4F 80 C6 FA 83 EC 08 6A 01 68 40 A1 06 08 E8 B6 46 FF FF
-
-. 0 8053D3A 7
-. 83 C4 10 85 C0 75 78
-
-. 0 8053D41 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DA 7D DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 01 AC 8A C7 50 FF 75 D0 E8 99 47 FF FF
-
-. 0 8053D68 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8053D6F 13
-. 83 EC 0C 68 A2 64 06 08 E8 94 46 FF FF
-
-fidivrl_3 ... ok
-. 0 8053D7C 5
-. 83 C4 10 EB 48
-
-. 0 8053DC9 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80631E6 5
-. E8 E6 0B FF FF
-
-. 0 8053DD1 63
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 DC 00 00 00 00 C7 45 DC 4F 80 C6 FA 83 EC 08 6A 01 68 40 A1 06 08 E8 E0 45 FF FF
-
-. 0 8053E10 7
-. 83 C4 10 85 C0 75 78
-
-. 0 8053E17 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DA 7D DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 01 AC 8A 47 50 FF 75 D0 E8 C3 46 FF FF
-
-. 0 8053E3E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8053E45 13
-. 83 EC 0C 68 E0 64 06 08 E8 BE 45 FF FF
-
-fidivrl_4 ... ok
-. 0 8053E52 5
-. 83 C4 10 EB 48
-
-. 0 8053E9F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80631EB 5
-. E8 B7 0C FF FF
-
-. 0 8053EA7 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 DC 00 00 00 00 C7 45 DC F1 FB 09 00 83 EC 08 6A 01 68 40 A1 06 08 E8 02 45 FF FF
-
-. 0 8053EEE 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 8053EF5 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DA 7D DC DD 5D D0 DD A5 58 FF FF FF B8 D2 3D 07 B4 BA C2 F5 E0 3F 52 50 FF 75 D4 FF 75 D0 E8 60 46 FF FF
-
-. 0 8053F22 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8053F29 13
-. 83 EC 0C 68 1E 65 06 08 E8 DA 44 FF FF
-
-fidivrl_5 ... ok
-. 0 8053F36 5
-. 83 C4 10 EB 44
-
-. 0 8053F7F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80631F0 5
-. E8 92 0D FF FF
-
-. 0 8053F87 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 DC 00 00 00 00 C7 45 DC F1 FB 09 00 83 EC 08 6A 01 68 40 A1 06 08 E8 22 44 FF FF
-
-. 0 8053FCE 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 8053FD5 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DA 7D DC DD 5D D0 DD A5 58 FF FF FF B8 D2 3D 07 B4 BA C2 F5 E0 BF 52 50 FF 75 D4 FF 75 D0 E8 80 45 FF FF
-
-. 0 8054002 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8054009 13
-. 83 EC 0C 68 5C 65 06 08 E8 FA 43 FF FF
-
-fidivrl_6 ... ok
-. 0 8054016 5
-. 83 C4 10 EB 44
-
-. 0 805405F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80631F5 5
-. E8 6D 0E FF FF
-
-. 0 8054067 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 DC 00 00 00 00 C7 45 DC 0F 04 F6 FF 83 EC 08 6A 01 68 40 A1 06 08 E8 42 43 FF FF
-
-. 0 80540AE 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 80540B5 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DA 7D DC DD 5D D0 DD A5 58 FF FF FF B8 D2 3D 07 B4 BA C2 F5 E0 BF 52 50 FF 75 D4 FF 75 D0 E8 A0 44 FF FF
-
-. 0 80540E2 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80540E9 13
-. 83 EC 0C 68 9A 65 06 08 E8 1A 43 FF FF
-
-fidivrl_7 ... ok
-. 0 80540F6 5
-. 83 C4 10 EB 44
-
-. 0 805413F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80631FA 5
-. E8 48 0F FF FF
-
-. 0 8054147 71
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-
-. 0 805418E 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 8054195 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DA 7D DC DD 5D D0 DD A5 58 FF FF FF B8 D2 3D 07 B4 BA C2 F5 E0 3F 52 50 FF 75 D4 FF 75 D0 E8 C0 43 FF FF
-
-. 0 80541C2 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80541C9 13
-. 83 EC 0C 68 D8 65 06 08 E8 3A 42 FF FF
-
-fidivrl_8 ... ok
-. 0 80541D6 5
-. 83 C4 10 EB 44
-
-. 0 805421F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80631FF 5
-. E8 23 10 FF FF
-
-. 0 8054227 39
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 66 C7 45 E6 00 00 66 C7 45 E6 39 30 83 EC 08 6A 01 68 40 A1 06 08 E8 A2 41 FF FF
-
-. 0 805424E 7
-. 83 C4 10 85 C0 75 75
-
-. 0 8054255 36
-. 9B DD B5 68 FF FF FF DF 45 E6 D9 5D D8 DD A5 68 FF FF FF 83 EC 08 B8 00 E4 40 46 50 FF 75 D8 E8 88 42 FF FF
-
-. 0 8054279 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8054280 13
-. 83 EC 0C 68 16 66 06 08 E8 83 41 FF FF
-
-filds_1 ... ok
-. 0 805428D 5
-. 83 C4 10 EB 48
-
-. 0 80542DA 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063204 5
-. E8 D9 10 FF FF
-
-. 0 80542E2 39
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 66 C7 45 E6 00 00 66 C7 45 E6 C7 CF 83 EC 08 6A 01 68 40 A1 06 08 E8 E7 40 FF FF
-
-. 0 8054309 7
-. 83 C4 10 85 C0 75 75
-
-. 0 8054310 36
-. 9B DD B5 68 FF FF FF DF 45 E6 D9 5D D8 DD A5 68 FF FF FF 83 EC 08 B8 00 E4 40 C6 50 FF 75 D8 E8 CD 41 FF FF
-
-. 0 8054334 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805433B 13
-. 83 EC 0C 68 4E 66 06 08 E8 C8 40 FF FF
-
-filds_2 ... ok
-. 0 8054348 5
-. 83 C4 10 EB 48
-
-. 0 8054395 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063209 5
-. E8 8F 11 FF FF
-
-. 0 805439D 39
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 66 C7 45 E6 00 00 66 C7 45 E6 39 30 83 EC 08 6A 01 68 40 A1 06 08 E8 2C 40 FF FF
-
-. 0 80543C4 7
-. 83 C4 10 85 C0 75 77
-
-. 0 80543CB 42
-. 9B DD B5 68 FF FF FF DF 45 E6 DD 5D D8 DD A5 68 FF FF FF B8 00 00 00 00 BA 80 1C C8 40 52 50 FF 75 DC FF 75 D8 E8 8D 41 FF FF
-
-. 0 80543F5 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80543FC 13
-. 83 EC 0C 68 86 66 06 08 E8 07 40 FF FF
-
-filds_3 ... ok
-. 0 8054409 5
-. 83 C4 10 EB 44
-
-. 0 8054452 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806320E 5
-. E8 47 12 FF FF
-
-. 0 805445A 39
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 66 C7 45 E6 00 00 66 C7 45 E6 C7 CF 83 EC 08 6A 01 68 40 A1 06 08 E8 6F 3F FF FF
-
-. 0 8054481 7
-. 83 C4 10 85 C0 75 77
-
-. 0 8054488 42
-. 9B DD B5 68 FF FF FF DF 45 E6 DD 5D D8 DD A5 68 FF FF FF B8 00 00 00 00 BA 80 1C C8 C0 52 50 FF 75 DC FF 75 D8 E8 D0 40 FF FF
-
-. 0 80544B2 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80544B9 13
-. 83 EC 0C 68 BE 66 06 08 E8 4A 3F FF FF
-
-filds_4 ... ok
-. 0 80544C6 5
-. 83 C4 10 EB 44
-
-. 0 805450F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063213 5
-. E8 FF 12 FF FF
-
-. 0 8054517 41
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E4 00 00 00 00 C7 45 E4 4E 61 BC 00 83 EC 08 6A 01 68 40 A1 06 08 E8 B0 3E FF FF
-
-. 0 8054540 7
-. 83 C4 10 85 C0 75 75
-
-. 0 8054547 36
-. 9B DD B5 68 FF FF FF DB 45 E4 D9 5D D8 DD A5 68 FF FF FF 83 EC 08 B8 4E 61 3C 4B 50 FF 75 D8 E8 96 3F FF FF
-
-. 0 805456B 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8054572 13
-. 83 EC 0C 68 F6 66 06 08 E8 91 3E FF FF
-
-fildl_1 ... ok
-. 0 805457F 5
-. 83 C4 10 EB 48
-
-. 0 80545CC 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063218 5
-. E8 B7 13 FF FF
-
-. 0 80545D4 41
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E4 00 00 00 00 C7 45 E4 B2 9E 43 FF 83 EC 08 6A 01 68 40 A1 06 08 E8 F3 3D FF FF
-
-. 0 80545FD 7
-. 83 C4 10 85 C0 75 75
-
-. 0 8054604 36
-. 9B DD B5 68 FF FF FF DB 45 E4 D9 5D D8 DD A5 68 FF FF FF 83 EC 08 B8 4E 61 3C CB 50 FF 75 D8 E8 D9 3E FF FF
-
-. 0 8054628 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805462F 13
-. 83 EC 0C 68 2E 67 06 08 E8 D4 3D FF FF
-
-fildl_2 ... ok
-. 0 805463C 5
-. 83 C4 10 EB 48
-
-. 0 8054689 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806321D 5
-. E8 6F 14 FF FF
-
-. 0 8054691 41
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E4 00 00 00 00 C7 45 E4 4E 61 BC 00 83 EC 08 6A 01 68 40 A1 06 08 E8 36 3D FF FF
-
-. 0 80546BA 7
-. 83 C4 10 85 C0 75 77
-
-. 0 80546C1 42
-. 9B DD B5 68 FF FF FF DB 45 E4 DD 5D D8 DD A5 68 FF FF FF B8 00 00 00 C0 BA 29 8C 67 41 52 50 FF 75 DC FF 75 D8 E8 97 3E FF FF
-
-. 0 80546EB 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80546F2 13
-. 83 EC 0C 68 66 67 06 08 E8 11 3D FF FF
-
-fildl_3 ... ok
-. 0 80546FF 5
-. 83 C4 10 EB 44
-
-. 0 8054748 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063222 5
-. E8 29 15 FF FF
-
-. 0 8054750 41
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E4 00 00 00 00 C7 45 E4 B2 9E 43 FF 83 EC 08 6A 01 68 40 A1 06 08 E8 77 3C FF FF
-
-. 0 8054779 7
-. 83 C4 10 85 C0 75 77
-
-. 0 8054780 42
-. 9B DD B5 68 FF FF FF DB 45 E4 DD 5D D8 DD A5 68 FF FF FF B8 00 00 00 C0 BA 29 8C 67 C1 52 50 FF 75 DC FF 75 D8 E8 D8 3D FF FF
-
-. 0 80547AA 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80547B1 13
-. 83 EC 0C 68 9E 67 06 08 E8 52 3C FF FF
-
-fildl_4 ... ok
-. 0 80547BE 5
-. 83 C4 10 EB 44
-
-. 0 8054807 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063227 5
-. E8 E3 15 FF FF
-
-. 0 805480F 55
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C7 45 E0 B1 26 F9 85 C7 45 E4 48 70 00 00 83 EC 08 6A 01 68 40 A1 06 08 E8 AA 3B FF FF
-
-. 0 8054846 7
-. 83 C4 10 85 C0 75 75
-
-. 0 805484D 36
-. 9B DD B5 68 FF FF FF DF 6D E0 D9 5D D8 DD A5 68 FF FF FF 83 EC 08 B8 0C 91 E0 56 50 FF 75 D8 E8 90 3C FF FF
-
-. 0 8054871 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8054878 13
-. 83 EC 0C 68 D6 67 06 08 E8 8B 3B FF FF
-
-fildq_1 ... ok
-. 0 8054885 5
-. 83 C4 10 EB 48
-
-. 0 80548D2 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806322C 5
-. E8 A9 16 FF FF
-
-. 0 80548DA 55
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C7 45 E0 4F D9 06 7A C7 45 E4 B7 8F FF FF 83 EC 08 6A 01 68 40 A1 06 08 E8 DF 3A FF FF
-
-. 0 8054911 7
-. 83 C4 10 85 C0 75 75
-
-. 0 8054918 36
-. 9B DD B5 68 FF FF FF DF 6D E0 D9 5D D8 DD A5 68 FF FF FF 83 EC 08 B8 0C 91 E0 D6 50 FF 75 D8 E8 C5 3B FF FF
-
-. 0 805493C 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8054943 13
-. 83 EC 0C 68 0E 68 06 08 E8 C0 3A FF FF
-
-fildq_2 ... ok
-. 0 8054950 5
-. 83 C4 10 EB 48
-
-. 0 805499D 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063231 5
-. E8 6F 17 FF FF
-
-. 0 80549A5 55
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C7 45 E0 B1 26 F9 85 C7 45 E4 48 70 00 00 83 EC 08 6A 01 68 40 A1 06 08 E8 14 3A FF FF
-
-. 0 80549DC 7
-. 83 C4 10 85 C0 75 77
-
-. 0 80549E3 42
-. 9B DD B5 68 FF FF FF DF 6D E0 DD 5D D8 DD A5 68 FF FF FF B8 40 AC 49 7E BA 21 12 DC 42 52 50 FF 75 DC FF 75 D8 E8 75 3B FF FF
-
-. 0 8054A0D 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8054A14 13
-. 83 EC 0C 68 46 68 06 08 E8 EF 39 FF FF
-
-fildq_3 ... ok
-. 0 8054A21 5
-. 83 C4 10 EB 44
-
-. 0 8054A6A 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063236 5
-. E8 37 18 FF FF
-
-. 0 8054A72 55
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C7 45 E0 4F D9 06 7A C7 45 E4 B7 8F FF FF 83 EC 08 6A 01 68 40 A1 06 08 E8 47 39 FF FF
-
-. 0 8054AA9 7
-. 83 C4 10 85 C0 75 77
-
-. 0 8054AB0 42
-. 9B DD B5 68 FF FF FF DF 6D E0 DD 5D D8 DD A5 68 FF FF FF B8 40 AC 49 7E BA 21 12 DC C2 52 50 FF 75 DC FF 75 D8 E8 A8 3A FF FF
-
-. 0 8054ADA 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8054AE1 13
-. 83 EC 0C 68 7E 68 06 08 E8 22 39 FF FF
-
-fildq_4 ... ok
-. 0 8054AEE 5
-. 83 C4 10 EB 44
-
-. 0 8054B37 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806323B 5
-. E8 FF 18 FF FF
-
-. 0 8054B3F 63
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 66 C7 45 DE 00 00 66 8B 45 DE 66 89 45 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 72 38 FF FF
-
-. 0 8054B7E 11
-. 83 C4 10 85 C0 0F 85 B2 00 00 00
-
-. 0 8054B89 54
-. 9B DD B5 58 FF FF FF D9 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 83 0C 24 00 D9 2C 24 83 C4 02 DF 55 DC D9 5D D0 DD A5 58 FF FF FF 66 81 7D DC D3 04 75 2A
-
-. 0 8054BBF 17
-. 83 EC 08 B8 2B 52 9A 44 50 FF 75 D0 E8 31 39 FF FF
-
-. 0 8054BD0 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8054BD7 13
-. 83 EC 0C 68 B6 68 06 08 E8 2C 38 FF FF
-
-fists_1 ... ok
-. 0 8054BE4 5
-. 83 C4 10 EB 62
-
-. 0 8054C4B 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063240 5
-. E8 0E 1A FF FF
-
-. 0 8054C53 63
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 66 C7 45 DE 00 00 66 8B 45 DE 66 89 45 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 5E 37 FF FF
-
-. 0 8054C92 11
-. 83 C4 10 85 C0 0F 85 B2 00 00 00
-
-. 0 8054C9D 54
-. 9B DD B5 58 FF FF FF D9 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 83 0C 24 00 D9 2C 24 83 C4 02 DF 55 DC D9 5D D0 DD A5 58 FF FF FF 66 81 7D DC 2D FB 75 2A
-
-. 0 8054CD3 17
-. 83 EC 08 B8 2B 52 9A C4 50 FF 75 D0 E8 1D 38 FF FF
-
-. 0 8054CE4 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8054CEB 13
-. 83 EC 0C 68 14 69 06 08 E8 18 37 FF FF
-
-fists_2 ... ok
-. 0 8054CF8 5
-. 83 C4 10 EB 62
-
-. 0 8054D5F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063245 5
-. E8 1D 1B FF FF
-
-. 0 8054D67 63
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 66 C7 45 DE 00 00 66 8B 45 DE 66 89 45 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 4A 36 FF FF
-
-. 0 8054DA6 11
-. 83 C4 10 85 C0 0F 85 B3 00 00 00
-
-. 0 8054DB1 55
-. 9B DD B5 58 FF FF FF D9 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 04 D9 2C 24 83 C4 02 DF 55 DC D9 5D D0 DD A5 58 FF FF FF 66 81 7D DC D2 04 75 2A
-
-. 0 8054DE8 17
-. 83 EC 08 B8 2B 52 9A 44 50 FF 75 D0 E8 08 37 FF FF
-
-. 0 8054DF9 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8054E00 13
-. 83 EC 0C 68 4C 69 06 08 E8 03 36 FF FF
-
-fists_3 ... ok
-. 0 8054E0D 5
-. 83 C4 10 EB 62
-
-. 0 8054E74 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806324A 5
-. E8 2D 1C FF FF
-
-. 0 8054E7C 63
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 66 C7 45 DE 00 00 66 8B 45 DE 66 89 45 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 35 35 FF FF
-
-. 0 8054EBB 11
-. 83 C4 10 85 C0 0F 85 B3 00 00 00
-
-. 0 8054EC6 55
-. 9B DD B5 58 FF FF FF D9 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 04 D9 2C 24 83 C4 02 DF 55 DC D9 5D D0 DD A5 58 FF FF FF 66 81 7D DC 2D FB 75 2A
-
-. 0 8054EFD 17
-. 83 EC 08 B8 2B 52 9A C4 50 FF 75 D0 E8 F3 35 FF FF
-
-. 0 8054F0E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8054F15 13
-. 83 EC 0C 68 84 69 06 08 E8 EE 34 FF FF
-
-fists_4 ... ok
-. 0 8054F22 5
-. 83 C4 10 EB 62
-
-. 0 8054F89 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806324F 5
-. E8 3D 1D FF FF
-
-. 0 8054F91 63
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 66 C7 45 DE 00 00 66 8B 45 DE 66 89 45 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 20 34 FF FF
-
-. 0 8054FD0 11
-. 83 C4 10 85 C0 0F 85 B3 00 00 00
-
-. 0 8054FDB 55
-. 9B DD B5 58 FF FF FF D9 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 08 D9 2C 24 83 C4 02 DF 55 DC D9 5D D0 DD A5 58 FF FF FF 66 81 7D DC D3 04 75 2A
-
-. 0 8055012 17
-. 83 EC 08 B8 2B 52 9A 44 50 FF 75 D0 E8 DE 34 FF FF
-
-. 0 8055023 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805502A 13
-. 83 EC 0C 68 BC 69 06 08 E8 D9 33 FF FF
-
-fists_5 ... ok
-. 0 8055037 5
-. 83 C4 10 EB 62
-
-. 0 805509E 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063254 5
-. E8 4D 1E FF FF
-
-. 0 80550A6 63
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 66 C7 45 DE 00 00 66 8B 45 DE 66 89 45 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 0B 33 FF FF
-
-. 0 80550E5 11
-. 83 C4 10 85 C0 0F 85 B3 00 00 00
-
-. 0 80550F0 55
-. 9B DD B5 58 FF FF FF D9 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 08 D9 2C 24 83 C4 02 DF 55 DC D9 5D D0 DD A5 58 FF FF FF 66 81 7D DC 2E FB 75 2A
-
-. 0 8055127 17
-. 83 EC 08 B8 2B 52 9A C4 50 FF 75 D0 E8 C9 33 FF FF
-
-. 0 8055138 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805513F 13
-. 83 EC 0C 68 F4 69 06 08 E8 C4 32 FF FF
-
-fists_6 ... ok
-. 0 805514C 5
-. 83 C4 10 EB 62
-
-. 0 80551B3 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063259 5
-. E8 5D 1F FF FF
-
-. 0 80551BB 63
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 66 C7 45 DE 00 00 66 8B 45 DE 66 89 45 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 F6 31 FF FF
-
-. 0 80551FA 11
-. 83 C4 10 85 C0 0F 85 B3 00 00 00
-
-. 0 8055205 55
-. 9B DD B5 58 FF FF FF D9 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 0C D9 2C 24 83 C4 02 DF 55 DC D9 5D D0 DD A5 58 FF FF FF 66 81 7D DC D2 04 75 2A
-
-. 0 805523C 17
-. 83 EC 08 B8 2B 52 9A 44 50 FF 75 D0 E8 B4 32 FF FF
-
-. 0 805524D 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8055254 13
-. 83 EC 0C 68 2C 6A 06 08 E8 AF 31 FF FF
-
-fists_7 ... ok
-. 0 8055261 5
-. 83 C4 10 EB 62
-
-. 0 80552C8 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806325E 5
-. E8 6D 20 FF FF
-
-. 0 80552D0 63
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 66 C7 45 DE 00 00 66 8B 45 DE 66 89 45 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 E1 30 FF FF
-
-. 0 805530F 11
-. 83 C4 10 85 C0 0F 85 B3 00 00 00
-
-. 0 805531A 55
-. 9B DD B5 58 FF FF FF D9 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 0C D9 2C 24 83 C4 02 DF 55 DC D9 5D D0 DD A5 58 FF FF FF 66 81 7D DC 2E FB 75 2A
-
-. 0 8055351 17
-. 83 EC 08 B8 2B 52 9A C4 50 FF 75 D0 E8 9F 31 FF FF
-
-. 0 8055362 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8055369 13
-. 83 EC 0C 68 64 6A 06 08 E8 9A 30 FF FF
-
-fists_8 ... ok
-. 0 8055376 5
-. 83 C4 10 EB 62
-
-. 0 80553DD 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063263 5
-. E8 7D 21 FF FF
-
-. 0 80553E5 70
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 DC 00 00 00 00 8B 45 DC 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 C5 2F FF FF
-
-. 0 805542B 11
-. 83 C4 10 85 C0 0F 85 B3 00 00 00
-
-. 0 8055436 55
-. 9B DD B5 58 FF FF FF DD 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 83 0C 24 00 D9 2C 24 83 C4 02 DB 55 D8 DD 5D D0 DD A5 58 FF FF FF 81 7D D8 88 D6 12 00 75 30
-
-. 0 805546D 23
-. B8 AD 5B F3 C3 BA 87 D6 32 41 52 50 FF 75 D4 FF 75 D0 E8 FE 30 FF FF
-
-. 0 8055484 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805548B 13
-. 83 EC 0C 68 9C 6A 06 08 E8 78 2F FF FF
-
-fistl_1 ... ok
-. 0 8055498 5
-. 83 C4 10 EB 5C
-
-. 0 80554F9 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063268 5
-. E8 94 22 FF FF
-
-. 0 8055501 70
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 DC 00 00 00 00 8B 45 DC 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 A9 2E FF FF
-
-. 0 8055547 11
-. 83 C4 10 85 C0 0F 85 B3 00 00 00
-
-. 0 8055552 55
-. 9B DD B5 58 FF FF FF DD 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 83 0C 24 00 D9 2C 24 83 C4 02 DB 55 D8 DD 5D D0 DD A5 58 FF FF FF 81 7D D8 78 29 ED FF 75 30
-
-. 0 8055589 23
-. B8 AD 5B F3 C3 BA 87 D6 32 C1 52 50 FF 75 D4 FF 75 D0 E8 E2 2F FF FF
-
-. 0 80555A0 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80555A7 13
-. 83 EC 0C 68 FA 6A 06 08 E8 5C 2E FF FF
-
-fistl_2 ... ok
-. 0 80555B4 5
-. 83 C4 10 EB 5C
-
-. 0 8055615 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806326D 5
-. E8 AB 23 FF FF
-
-. 0 805561D 70
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 DC 00 00 00 00 8B 45 DC 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 8D 2D FF FF
-
-. 0 8055663 11
-. 83 C4 10 85 C0 0F 85 B4 00 00 00
-
-. 0 805566E 56
-. 9B DD B5 58 FF FF FF DD 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 04 D9 2C 24 83 C4 02 DB 55 D8 DD 5D D0 DD A5 58 FF FF FF 81 7D D8 87 D6 12 00 75 30
-
-. 0 80556A6 23
-. B8 AD 5B F3 C3 BA 87 D6 32 41 52 50 FF 75 D4 FF 75 D0 E8 C5 2E FF FF
-
-. 0 80556BD 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80556C4 13
-. 83 EC 0C 68 32 6B 06 08 E8 3F 2D FF FF
-
-fistl_3 ... ok
-. 0 80556D1 5
-. 83 C4 10 EB 5C
-
-. 0 8055732 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063272 5
-. E8 C3 24 FF FF
-
-. 0 805573A 70
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 DC 00 00 00 00 8B 45 DC 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 70 2C FF FF
-
-. 0 8055780 11
-. 83 C4 10 85 C0 0F 85 B4 00 00 00
-
-. 0 805578B 56
-. 9B DD B5 58 FF FF FF DD 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 04 D9 2C 24 83 C4 02 DB 55 D8 DD 5D D0 DD A5 58 FF FF FF 81 7D D8 78 29 ED FF 75 30
-
-. 0 80557C3 23
-. B8 AD 5B F3 C3 BA 87 D6 32 C1 52 50 FF 75 D4 FF 75 D0 E8 A8 2D FF FF
-
-. 0 80557DA 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80557E1 13
-. 83 EC 0C 68 6A 6B 06 08 E8 22 2C FF FF
-
-fistl_4 ... ok
-. 0 80557EE 5
-. 83 C4 10 EB 5C
-
-. 0 805584F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063277 5
-. E8 DB 25 FF FF
-
-. 0 8055857 70
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 DC 00 00 00 00 8B 45 DC 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 53 2B FF FF
-
-. 0 805589D 11
-. 83 C4 10 85 C0 0F 85 B4 00 00 00
-
-. 0 80558A8 56
-. 9B DD B5 58 FF FF FF DD 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 08 D9 2C 24 83 C4 02 DB 55 D8 DD 5D D0 DD A5 58 FF FF FF 81 7D D8 88 D6 12 00 75 30
-
-. 0 80558E0 23
-. B8 AD 5B F3 C3 BA 87 D6 32 41 52 50 FF 75 D4 FF 75 D0 E8 8B 2C FF FF
-
-. 0 80558F7 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80558FE 13
-. 83 EC 0C 68 A2 6B 06 08 E8 05 2B FF FF
-
-fistl_5 ... ok
-. 0 805590B 5
-. 83 C4 10 EB 5C
-
-. 0 805596C 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806327C 5
-. E8 F3 26 FF FF
-
-. 0 8055974 70
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 DC 00 00 00 00 8B 45 DC 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 36 2A FF FF
-
-. 0 80559BA 11
-. 83 C4 10 85 C0 0F 85 B4 00 00 00
-
-. 0 80559C5 56
-. 9B DD B5 58 FF FF FF DD 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 08 D9 2C 24 83 C4 02 DB 55 D8 DD 5D D0 DD A5 58 FF FF FF 81 7D D8 79 29 ED FF 75 30
-
-. 0 80559FD 23
-. B8 AD 5B F3 C3 BA 87 D6 32 C1 52 50 FF 75 D4 FF 75 D0 E8 6E 2B FF FF
-
-. 0 8055A14 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8055A1B 13
-. 83 EC 0C 68 DA 6B 06 08 E8 E8 29 FF FF
-
-fistl_6 ... ok
-. 0 8055A28 5
-. 83 C4 10 EB 5C
-
-. 0 8055A89 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063281 5
-. E8 0B 28 FF FF
-
-. 0 8055A91 70
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 DC 00 00 00 00 8B 45 DC 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 19 29 FF FF
-
-. 0 8055AD7 11
-. 83 C4 10 85 C0 0F 85 B4 00 00 00
-
-. 0 8055AE2 56
-. 9B DD B5 58 FF FF FF DD 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 0C D9 2C 24 83 C4 02 DB 55 D8 DD 5D D0 DD A5 58 FF FF FF 81 7D D8 87 D6 12 00 75 30
-
-. 0 8055B1A 23
-. B8 AD 5B F3 C3 BA 87 D6 32 41 52 50 FF 75 D4 FF 75 D0 E8 51 2A FF FF
-
-. 0 8055B31 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8055B38 13
-. 83 EC 0C 68 12 6C 06 08 E8 CB 28 FF FF
-
-fistl_7 ... ok
-. 0 8055B45 5
-. 83 C4 10 EB 5C
-
-. 0 8055BA6 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063286 5
-. E8 23 29 FF FF
-
-. 0 8055BAE 70
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 DC 00 00 00 00 8B 45 DC 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 FC 27 FF FF
-
-. 0 8055BF4 11
-. 83 C4 10 85 C0 0F 85 B4 00 00 00
-
-. 0 8055BFF 56
-. 9B DD B5 58 FF FF FF DD 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 0C D9 2C 24 83 C4 02 DB 55 D8 DD 5D D0 DD A5 58 FF FF FF 81 7D D8 79 29 ED FF 75 30
-
-. 0 8055C37 23
-. B8 AD 5B F3 C3 BA 87 D6 32 C1 52 50 FF 75 D4 FF 75 D0 E8 34 29 FF FF
-
-. 0 8055C4E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8055C55 13
-. 83 EC 0C 68 4A 6C 06 08 E8 AE 27 FF FF
-
-fistl_8 ... ok
-. 0 8055C62 5
-. 83 C4 10 EB 5C
-
-. 0 8055CC3 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806328B 5
-. E8 3B 2A FF FF
-
-. 0 8055CCB 85
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 8E E3 8A 44 89 45 D8 66 C7 45 D6 00 00 66 8B 45 D6 66 89 45 D4 83 EC 08 6A 01 68 40 A1 06 08 E8 D0 26 FF FF
-
-. 0 8055D20 11
-. 83 C4 10 85 C0 0F 85 B5 00 00 00
-
-. 0 8055D2B 57
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 83 0C 24 00 D9 2C 24 83 C4 02 DF 5D D4 D9 5D C8 DD A5 58 FF FF FF 66 81 7D D4 D3 04 75 2A
-
-. 0 8055D64 17
-. 83 EC 08 B8 8E E3 8A 44 50 FF 75 C8 E8 8C 27 FF FF
-
-. 0 8055D75 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8055D7C 13
-. 83 EC 0C 68 82 6C 06 08 E8 87 26 FF FF
-
-fistps_1 ... ok
-. 0 8055D89 5
-. 83 C4 10 EB 62
-
-. 0 8055DF0 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063290 5
-. E8 63 2B FF FF
-
-. 0 8055DF8 85
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 8E E3 8A 44 89 45 D8 66 C7 45 D6 00 00 66 8B 45 D6 66 89 45 D4 83 EC 08 6A 01 68 40 A1 06 08 E8 A3 25 FF FF
-
-. 0 8055E4D 11
-. 83 C4 10 85 C0 0F 85 B5 00 00 00
-
-. 0 8055E58 57
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 83 0C 24 00 D9 2C 24 83 C4 02 DF 5D D4 D9 5D C8 DD A5 58 FF FF FF 66 81 7D D4 2D FB 75 2A
-
-. 0 8055E91 17
-. 83 EC 08 B8 8E E3 8A 44 50 FF 75 C8 E8 5F 26 FF FF
-
-. 0 8055EA2 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8055EA9 13
-. 83 EC 0C 68 BD 6C 06 08 E8 5A 25 FF FF
-
-fistps_2 ... ok
-. 0 8055EB6 5
-. 83 C4 10 EB 62
-
-. 0 8055F1D 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063295 5
-. E8 8B 2C FF FF
-
-. 0 8055F25 85
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 8E E3 8A 44 89 45 D8 66 C7 45 D6 00 00 66 8B 45 D6 66 89 45 D4 83 EC 08 6A 01 68 40 A1 06 08 E8 76 24 FF FF
-
-. 0 8055F7A 11
-. 83 C4 10 85 C0 0F 85 B6 00 00 00
-
-. 0 8055F85 58
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 04 D9 2C 24 83 C4 02 DF 5D D4 D9 5D C8 DD A5 58 FF FF FF 66 81 7D D4 D2 04 75 2A
-
-. 0 8055FBF 17
-. 83 EC 08 B8 8E E3 8A 44 50 FF 75 C8 E8 31 25 FF FF
-
-. 0 8055FD0 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8055FD7 13
-. 83 EC 0C 68 F8 6C 06 08 E8 2C 24 FF FF
-
-fistps_3 ... ok
-. 0 8055FE4 5
-. 83 C4 10 EB 62
-
-. 0 805604B 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806329A 5
-. E8 B4 2D FF FF
-
-. 0 8056053 85
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 8E E3 8A 44 89 45 D8 66 C7 45 D6 00 00 66 8B 45 D6 66 89 45 D4 83 EC 08 6A 01 68 40 A1 06 08 E8 48 23 FF FF
-
-. 0 80560A8 11
-. 83 C4 10 85 C0 0F 85 B6 00 00 00
-
-. 0 80560B3 58
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 04 D9 2C 24 83 C4 02 DF 5D D4 D9 5D C8 DD A5 58 FF FF FF 66 81 7D D4 2D FB 75 2A
-
-. 0 80560ED 17
-. 83 EC 08 B8 8E E3 8A 44 50 FF 75 C8 E8 03 24 FF FF
-
-. 0 80560FE 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8056105 13
-. 83 EC 0C 68 33 6D 06 08 E8 FE 22 FF FF
-
-fistps_4 ... ok
-. 0 8056112 5
-. 83 C4 10 EB 62
-
-. 0 8056179 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806329F 5
-. E8 DD 2E FF FF
-
-. 0 8056181 85
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 8E E3 8A 44 89 45 D8 66 C7 45 D6 00 00 66 8B 45 D6 66 89 45 D4 83 EC 08 6A 01 68 40 A1 06 08 E8 1A 22 FF FF
-
-. 0 80561D6 11
-. 83 C4 10 85 C0 0F 85 B6 00 00 00
-
-. 0 80561E1 58
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 08 D9 2C 24 83 C4 02 DF 5D D4 D9 5D C8 DD A5 58 FF FF FF 66 81 7D D4 D3 04 75 2A
-
-. 0 805621B 17
-. 83 EC 08 B8 8E E3 8A 44 50 FF 75 C8 E8 D5 22 FF FF
-
-. 0 805622C 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8056233 13
-. 83 EC 0C 68 6E 6D 06 08 E8 D0 21 FF FF
-
-fistps_5 ... ok
-. 0 8056240 5
-. 83 C4 10 EB 62
-
-. 0 80562A7 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80632A4 5
-. E8 06 30 FF FF
-
-. 0 80562AF 85
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 8E E3 8A 44 89 45 D8 66 C7 45 D6 00 00 66 8B 45 D6 66 89 45 D4 83 EC 08 6A 01 68 40 A1 06 08 E8 EC 20 FF FF
-
-. 0 8056304 11
-. 83 C4 10 85 C0 0F 85 B6 00 00 00
-
-. 0 805630F 58
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 08 D9 2C 24 83 C4 02 DF 5D D4 D9 5D C8 DD A5 58 FF FF FF 66 81 7D D4 2E FB 75 2A
-
-. 0 8056349 17
-. 83 EC 08 B8 8E E3 8A 44 50 FF 75 C8 E8 A7 21 FF FF
-
-. 0 805635A 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8056361 13
-. 83 EC 0C 68 A9 6D 06 08 E8 A2 20 FF FF
-
-fistps_6 ... ok
-. 0 805636E 5
-. 83 C4 10 EB 62
-
-. 0 80563D5 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80632A9 5
-. E8 2F 31 FF FF
-
-. 0 80563DD 85
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 8E E3 8A 44 89 45 D8 66 C7 45 D6 00 00 66 8B 45 D6 66 89 45 D4 83 EC 08 6A 01 68 40 A1 06 08 E8 BE 1F FF FF
-
-. 0 8056432 11
-. 83 C4 10 85 C0 0F 85 B6 00 00 00
-
-. 0 805643D 58
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 0C D9 2C 24 83 C4 02 DF 5D D4 D9 5D C8 DD A5 58 FF FF FF 66 81 7D D4 D2 04 75 2A
-
-. 0 8056477 17
-. 83 EC 08 B8 8E E3 8A 44 50 FF 75 C8 E8 79 20 FF FF
-
-. 0 8056488 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805648F 13
-. 83 EC 0C 68 E4 6D 06 08 E8 74 1F FF FF
-
-fistps_7 ... ok
-. 0 805649C 5
-. 83 C4 10 EB 62
-
-. 0 8056503 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80632AE 5
-. E8 58 32 FF FF
-
-. 0 805650B 85
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 8E E3 8A 44 89 45 D8 66 C7 45 D6 00 00 66 8B 45 D6 66 89 45 D4 83 EC 08 6A 01 68 40 A1 06 08 E8 90 1E FF FF
-
-. 0 8056560 11
-. 83 C4 10 85 C0 0F 85 B6 00 00 00
-
-. 0 805656B 58
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 0C D9 2C 24 83 C4 02 DF 5D D4 D9 5D C8 DD A5 58 FF FF FF 66 81 7D D4 2E FB 75 2A
-
-. 0 80565A5 17
-. 83 EC 08 B8 8E E3 8A 44 50 FF 75 C8 E8 4B 1F FF FF
-
-. 0 80565B6 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80565BD 13
-. 83 EC 0C 68 1F 6E 06 08 E8 46 1E FF FF
-
-fistps_8 ... ok
-. 0 80565CA 5
-. 83 C4 10 EB 62
-
-. 0 8056631 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80632B3 5
-. E8 81 33 FF FF
-
-. 0 8056639 92
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 8E E3 8A 44 89 45 D8 C7 45 D4 00 00 00 00 8B 45 D4 89 45 D0 83 EC 08 6A 01 68 40 A1 06 08 E8 5B 1D FF FF
-
-. 0 8056695 11
-. 83 C4 10 85 C0 0F 85 B4 00 00 00
-
-. 0 80566A0 58
-. 9B DD B5 58 FF FF FF D9 45 D8 DD 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 83 0C 24 00 D9 2C 24 83 C4 02 DB 5D D0 D9 5D C8 DD A5 58 FF FF FF 81 7D D0 88 D6 12 00 75 2A
-
-. 0 80566DA 17
-. 83 EC 08 B8 8E E3 8A 44 50 FF 75 C8 E8 16 1E FF FF
-
-. 0 80566EB 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80566F2 13
-. 83 EC 0C 68 5A 6E 06 08 E8 11 1D FF FF
-
-fistpl_1 ... ok
-. 0 80566FF 5
-. 83 C4 10 EB 60
-
-. 0 8056764 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80632B8 5
-. E8 AF 34 FF FF
-
-. 0 805676C 92
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 8E E3 8A 44 89 45 D8 C7 45 D4 00 00 00 00 8B 45 D4 89 45 D0 83 EC 08 6A 01 68 40 A1 06 08 E8 28 1C FF FF
-
-. 0 80567C8 11
-. 83 C4 10 85 C0 0F 85 B4 00 00 00
-
-. 0 80567D3 58
-. 9B DD B5 58 FF FF FF D9 45 D8 DD 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 83 0C 24 00 D9 2C 24 83 C4 02 DB 5D D0 D9 5D C8 DD A5 58 FF FF FF 81 7D D0 78 29 ED FF 75 2A
-
-. 0 805680D 17
-. 83 EC 08 B8 8E E3 8A 44 50 FF 75 C8 E8 E3 1C FF FF
-
-. 0 805681E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8056825 13
-. 83 EC 0C 68 95 6E 06 08 E8 DE 1B FF FF
-
-fistpl_2 ... ok
-. 0 8056832 5
-. 83 C4 10 EB 60
-
-. 0 8056897 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80632BD 5
-. E8 DD 35 FF FF
-
-. 0 805689F 92
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 8E E3 8A 44 89 45 D8 C7 45 D4 00 00 00 00 8B 45 D4 89 45 D0 83 EC 08 6A 01 68 40 A1 06 08 E8 F5 1A FF FF
-
-. 0 80568FB 11
-. 83 C4 10 85 C0 0F 85 B5 00 00 00
-
-. 0 8056906 59
-. 9B DD B5 58 FF FF FF D9 45 D8 DD 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 04 D9 2C 24 83 C4 02 DB 5D D0 D9 5D C8 DD A5 58 FF FF FF 81 7D D0 87 D6 12 00 75 2A
-
-. 0 8056941 17
-. 83 EC 08 B8 8E E3 8A 44 50 FF 75 C8 E8 AF 1B FF FF
-
-. 0 8056952 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8056959 13
-. 83 EC 0C 68 D0 6E 06 08 E8 AA 1A FF FF
-
-fistpl_3 ... ok
-. 0 8056966 5
-. 83 C4 10 EB 60
-
-. 0 80569CB 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80632C2 5
-. E8 0C 37 FF FF
-
-. 0 80569D3 92
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 8E E3 8A 44 89 45 D8 C7 45 D4 00 00 00 00 8B 45 D4 89 45 D0 83 EC 08 6A 01 68 40 A1 06 08 E8 C1 19 FF FF
-
-. 0 8056A2F 11
-. 83 C4 10 85 C0 0F 85 B5 00 00 00
-
-. 0 8056A3A 59
-. 9B DD B5 58 FF FF FF D9 45 D8 DD 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 04 D9 2C 24 83 C4 02 DB 5D D0 D9 5D C8 DD A5 58 FF FF FF 81 7D D0 78 29 ED FF 75 2A
-
-. 0 8056A75 17
-. 83 EC 08 B8 8E E3 8A 44 50 FF 75 C8 E8 7B 1A FF FF
-
-. 0 8056A86 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8056A8D 13
-. 83 EC 0C 68 0B 6F 06 08 E8 76 19 FF FF
-
-fistpl_4 ... ok
-. 0 8056A9A 5
-. 83 C4 10 EB 60
-
-. 0 8056AFF 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80632C7 5
-. E8 3B 38 FF FF
-
-. 0 8056B07 92
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 8E E3 8A 44 89 45 D8 C7 45 D4 00 00 00 00 8B 45 D4 89 45 D0 83 EC 08 6A 01 68 40 A1 06 08 E8 8D 18 FF FF
-
-. 0 8056B63 11
-. 83 C4 10 85 C0 0F 85 B5 00 00 00
-
-. 0 8056B6E 59
-. 9B DD B5 58 FF FF FF D9 45 D8 DD 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 08 D9 2C 24 83 C4 02 DB 5D D0 D9 5D C8 DD A5 58 FF FF FF 81 7D D0 88 D6 12 00 75 2A
-
-. 0 8056BA9 17
-. 83 EC 08 B8 8E E3 8A 44 50 FF 75 C8 E8 47 19 FF FF
-
-. 0 8056BBA 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8056BC1 13
-. 83 EC 0C 68 46 6F 06 08 E8 42 18 FF FF
-
-fistpl_5 ... ok
-. 0 8056BCE 5
-. 83 C4 10 EB 60
-
-. 0 8056C33 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80632CC 5
-. E8 6A 39 FF FF
-
-. 0 8056C3B 92
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 8E E3 8A 44 89 45 D8 C7 45 D4 00 00 00 00 8B 45 D4 89 45 D0 83 EC 08 6A 01 68 40 A1 06 08 E8 59 17 FF FF
-
-. 0 8056C97 11
-. 83 C4 10 85 C0 0F 85 B5 00 00 00
-
-. 0 8056CA2 59
-. 9B DD B5 58 FF FF FF D9 45 D8 DD 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 08 D9 2C 24 83 C4 02 DB 5D D0 D9 5D C8 DD A5 58 FF FF FF 81 7D D0 79 29 ED FF 75 2A
-
-. 0 8056CDD 17
-. 83 EC 08 B8 8E E3 8A 44 50 FF 75 C8 E8 13 18 FF FF
-
-. 0 8056CEE 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8056CF5 13
-. 83 EC 0C 68 81 6F 06 08 E8 0E 17 FF FF
-
-fistpl_6 ... ok
-. 0 8056D02 5
-. 83 C4 10 EB 60
-
-. 0 8056D67 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80632D1 5
-. E8 99 3A FF FF
-
-. 0 8056D6F 92
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 8E E3 8A 44 89 45 D8 C7 45 D4 00 00 00 00 8B 45 D4 89 45 D0 83 EC 08 6A 01 68 40 A1 06 08 E8 25 16 FF FF
-
-. 0 8056DCB 11
-. 83 C4 10 85 C0 0F 85 B5 00 00 00
-
-. 0 8056DD6 59
-. 9B DD B5 58 FF FF FF D9 45 D8 DD 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 0C D9 2C 24 83 C4 02 DB 5D D0 D9 5D C8 DD A5 58 FF FF FF 81 7D D0 87 D6 12 00 75 2A
-
-. 0 8056E11 17
-. 83 EC 08 B8 8E E3 8A 44 50 FF 75 C8 E8 DF 16 FF FF
-
-. 0 8056E22 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8056E29 13
-. 83 EC 0C 68 BC 6F 06 08 E8 DA 15 FF FF
-
-fistpl_7 ... ok
-. 0 8056E36 5
-. 83 C4 10 EB 60
-
-. 0 8056E9B 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80632D6 5
-. E8 C8 3B FF FF
-
-. 0 8056EA3 92
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 8E E3 8A 44 89 45 D8 C7 45 D4 00 00 00 00 8B 45 D4 89 45 D0 83 EC 08 6A 01 68 40 A1 06 08 E8 F1 14 FF FF
-
-. 0 8056EFF 11
-. 83 C4 10 85 C0 0F 85 B5 00 00 00
-
-. 0 8056F0A 59
-. 9B DD B5 58 FF FF FF D9 45 D8 DD 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 0C D9 2C 24 83 C4 02 DB 5D D0 D9 5D C8 DD A5 58 FF FF FF 81 7D D0 79 29 ED FF 75 2A
-
-. 0 8056F45 17
-. 83 EC 08 B8 8E E3 8A 44 50 FF 75 C8 E8 AB 15 FF FF
-
-. 0 8056F56 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8056F5D 13
-. 83 EC 0C 68 F7 6F 06 08 E8 A6 14 FF FF
-
-fistpl_8 ... ok
-. 0 8056F6A 5
-. 83 C4 10 EB 60
-
-. 0 8056FCF 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80632DB 5
-. E8 F7 3C FF FF
-
-. 0 8056FD7 105
-. 55 89 E5 57 56 53 81 EC AC 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 66 AC 49 7E BA 21 12 DC 42 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 8E E3 8A 44 89 45 D8 C7 45 D0 00 00 00 00 C7 45 D4 00 00 00 00 8B 45 D0 8B 55 D4 89 45 C8 89 55 CC 83 EC 08 6A 01 68 40 A1 06 08 E8 B0 13 FF FF
-
-. 0 8057040 11
-. 83 C4 10 85 C0 0F 85 CA 00 00 00
-
-. 0 805704B 72
-. 9B DD B5 48 FF FF FF D9 45 D8 DD 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 83 0C 24 00 D9 2C 24 83 C4 02 DF 7D C8 D9 5D C0 DD A5 48 FF FF FF 8B 45 CC 35 48 70 00 00 8B 55 C8 81 F2 B2 26 F9 85 09 D0 85 C0 75 2A
-
-. 0 8057093 17
-. 83 EC 08 B8 8E E3 8A 44 50 FF 75 C0 E8 5D 14 FF FF
-
-. 0 80570A4 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80570AB 13
-. 83 EC 0C 68 32 70 06 08 E8 58 13 FF FF
-
-fistpq_1 ... ok
-. 0 80570B8 5
-. 83 C4 10 EB 68
-
-. 0 8057125 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80632E0 5
-. E8 48 3E FF FF
-
-. 0 805712D 105
-. 55 89 E5 57 56 53 81 EC AC 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 66 AC 49 7E BA 21 12 DC C2 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 8E E3 8A 44 89 45 D8 C7 45 D0 00 00 00 00 C7 45 D4 00 00 00 00 8B 45 D0 8B 55 D4 89 45 C8 89 55 CC 83 EC 08 6A 01 68 40 A1 06 08 E8 5A 12 FF FF
-
-. 0 8057196 11
-. 83 C4 10 85 C0 0F 85 CA 00 00 00
-
-. 0 80571A1 72
-. 9B DD B5 48 FF FF FF D9 45 D8 DD 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 83 0C 24 00 D9 2C 24 83 C4 02 DF 7D C8 D9 5D C0 DD A5 48 FF FF FF 8B 45 CC 35 B7 8F FF FF 8B 55 C8 81 F2 4E D9 06 7A 09 D0 85 C0 75 2A
-
-. 0 80571E9 17
-. 83 EC 08 B8 8E E3 8A 44 50 FF 75 C0 E8 07 13 FF FF
-
-. 0 80571FA 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8057201 13
-. 83 EC 0C 68 95 70 06 08 E8 02 12 FF FF
-
-fistpq_2 ... ok
-. 0 805720E 5
-. 83 C4 10 EB 68
-
-. 0 805727B 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80632E5 5
-. E8 99 3F FF FF
-
-. 0 8057283 105
-. 55 89 E5 57 56 53 81 EC AC 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 66 AC 49 7E BA 21 12 DC 42 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 8E E3 8A 44 89 45 D8 C7 45 D0 00 00 00 00 C7 45 D4 00 00 00 00 8B 45 D0 8B 55 D4 89 45 C8 89 55 CC 83 EC 08 6A 01 68 40 A1 06 08 E8 04 11 FF FF
-
-. 0 80572EC 11
-. 83 C4 10 85 C0 0F 85 CB 00 00 00
-
-. 0 80572F7 73
-. 9B DD B5 48 FF FF FF D9 45 D8 DD 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 04 D9 2C 24 83 C4 02 DF 7D C8 D9 5D C0 DD A5 48 FF FF FF 8B 45 CC 35 48 70 00 00 8B 55 C8 81 F2 B1 26 F9 85 09 D0 85 C0 75 2A
-
-. 0 8057340 17
-. 83 EC 08 B8 8E E3 8A 44 50 FF 75 C0 E8 B0 11 FF FF
-
-. 0 8057351 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8057358 13
-. 83 EC 0C 68 D0 70 06 08 E8 AB 10 FF FF
-
-fistpq_3 ... ok
-. 0 8057365 5
-. 83 C4 10 EB 68
-
-. 0 80573D2 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80632EA 5
-. E8 EB 40 FF FF
-
-. 0 80573DA 105
-. 55 89 E5 57 56 53 81 EC AC 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 66 AC 49 7E BA 21 12 DC C2 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 8E E3 8A 44 89 45 D8 C7 45 D0 00 00 00 00 C7 45 D4 00 00 00 00 8B 45 D0 8B 55 D4 89 45 C8 89 55 CC 83 EC 08 6A 01 68 40 A1 06 08 E8 AD 0F FF FF
-
-. 0 8057443 11
-. 83 C4 10 85 C0 0F 85 CB 00 00 00
-
-. 0 805744E 73
-. 9B DD B5 48 FF FF FF D9 45 D8 DD 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 04 D9 2C 24 83 C4 02 DF 7D C8 D9 5D C0 DD A5 48 FF FF FF 8B 45 CC 35 B7 8F FF FF 8B 55 C8 81 F2 4E D9 06 7A 09 D0 85 C0 75 2A
-
-. 0 8057497 17
-. 83 EC 08 B8 8E E3 8A 44 50 FF 75 C0 E8 59 10 FF FF
-
-. 0 80574A8 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80574AF 13
-. 83 EC 0C 68 0B 71 06 08 E8 54 0F FF FF
-
-fistpq_4 ... ok
-. 0 80574BC 5
-. 83 C4 10 EB 68
-
-. 0 8057529 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80632EF 5
-. E8 3D 42 FF FF
-
-. 0 8057531 105
-. 55 89 E5 57 56 53 81 EC AC 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 66 AC 49 7E BA 21 12 DC 42 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 8E E3 8A 44 89 45 D8 C7 45 D0 00 00 00 00 C7 45 D4 00 00 00 00 8B 45 D0 8B 55 D4 89 45 C8 89 55 CC 83 EC 08 6A 01 68 40 A1 06 08 E8 56 0E FF FF
-
-. 0 805759A 11
-. 83 C4 10 85 C0 0F 85 CB 00 00 00
-
-. 0 80575A5 73
-. 9B DD B5 48 FF FF FF D9 45 D8 DD 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 08 D9 2C 24 83 C4 02 DF 7D C8 D9 5D C0 DD A5 48 FF FF FF 8B 45 CC 35 48 70 00 00 8B 55 C8 81 F2 B2 26 F9 85 09 D0 85 C0 75 2A
-
-. 0 80575EE 17
-. 83 EC 08 B8 8E E3 8A 44 50 FF 75 C0 E8 02 0F FF FF
-
-. 0 80575FF 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8057606 13
-. 83 EC 0C 68 46 71 06 08 E8 FD 0D FF FF
-
-fistpq_5 ... ok
-. 0 8057613 5
-. 83 C4 10 EB 68
-
-. 0 8057680 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80632F4 5
-. E8 8F 43 FF FF
-
-. 0 8057688 105
-. 55 89 E5 57 56 53 81 EC AC 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 66 AC 49 7E BA 21 12 DC C2 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 8E E3 8A 44 89 45 D8 C7 45 D0 00 00 00 00 C7 45 D4 00 00 00 00 8B 45 D0 8B 55 D4 89 45 C8 89 55 CC 83 EC 08 6A 01 68 40 A1 06 08 E8 FF 0C FF FF
-
-. 0 80576F1 11
-. 83 C4 10 85 C0 0F 85 CB 00 00 00
-
-. 0 80576FC 73
-. 9B DD B5 48 FF FF FF D9 45 D8 DD 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 08 D9 2C 24 83 C4 02 DF 7D C8 D9 5D C0 DD A5 48 FF FF FF 8B 45 CC 35 B7 8F FF FF 8B 55 C8 81 F2 4F D9 06 7A 09 D0 85 C0 75 2A
-
-. 0 8057745 17
-. 83 EC 08 B8 8E E3 8A 44 50 FF 75 C0 E8 AB 0D FF FF
-
-. 0 8057756 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805775D 13
-. 83 EC 0C 68 81 71 06 08 E8 A6 0C FF FF
-
-fistpq_6 ... ok
-. 0 805776A 5
-. 83 C4 10 EB 68
-
-. 0 80577D7 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80632F9 5
-. E8 E1 44 FF FF
-
-. 0 80577DF 105
-. 55 89 E5 57 56 53 81 EC AC 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 66 AC 49 7E BA 21 12 DC 42 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 8E E3 8A 44 89 45 D8 C7 45 D0 00 00 00 00 C7 45 D4 00 00 00 00 8B 45 D0 8B 55 D4 89 45 C8 89 55 CC 83 EC 08 6A 01 68 40 A1 06 08 E8 A8 0B FF FF
-
-. 0 8057848 11
-. 83 C4 10 85 C0 0F 85 CB 00 00 00
-
-. 0 8057853 73
-. 9B DD B5 48 FF FF FF D9 45 D8 DD 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 0C D9 2C 24 83 C4 02 DF 7D C8 D9 5D C0 DD A5 48 FF FF FF 8B 45 CC 35 48 70 00 00 8B 55 C8 81 F2 B1 26 F9 85 09 D0 85 C0 75 2A
-
-. 0 805789C 17
-. 83 EC 08 B8 8E E3 8A 44 50 FF 75 C0 E8 54 0C FF FF
-
-. 0 80578AD 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80578B4 13
-. 83 EC 0C 68 BC 71 06 08 E8 4F 0B FF FF
-
-fistpq_7 ... ok
-. 0 80578C1 5
-. 83 C4 10 EB 68
-
-. 0 805792E 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80632FE 5
-. E8 33 46 FF FF
-
-. 0 8057936 105
-. 55 89 E5 57 56 53 81 EC AC 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 66 AC 49 7E BA 21 12 DC C2 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 8E E3 8A 44 89 45 D8 C7 45 D0 00 00 00 00 C7 45 D4 00 00 00 00 8B 45 D0 8B 55 D4 89 45 C8 89 55 CC 83 EC 08 6A 01 68 40 A1 06 08 E8 51 0A FF FF
-
-. 0 805799F 11
-. 83 C4 10 85 C0 0F 85 CB 00 00 00
-
-. 0 80579AA 73
-. 9B DD B5 48 FF FF FF D9 45 D8 DD 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 0C D9 2C 24 83 C4 02 DF 7D C8 D9 5D C0 DD A5 48 FF FF FF 8B 45 CC 35 B7 8F FF FF 8B 55 C8 81 F2 4F D9 06 7A 09 D0 85 C0 75 2A
-
-. 0 80579F3 17
-. 83 EC 08 B8 8E E3 8A 44 50 FF 75 C0 E8 FD 0A FF FF
-
-. 0 8057A04 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8057A0B 13
-. 83 EC 0C 68 F7 71 06 08 E8 F8 09 FF FF
-
-fistpq_8 ... ok
-. 0 8057A18 5
-. 83 C4 10 EB 68
-
-. 0 8057A85 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063303 5
-. E8 85 47 FF FF
-
-. 0 8057A8D 42
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E4 83 EC 08 6A 01 68 40 A1 06 08 E8 39 09 FF FF
-
-. 0 8057AB7 7
-. 83 C4 10 85 C0 75 75
-
-. 0 8057ABE 36
-. 9B DD B5 68 FF FF FF D9 45 E4 D9 5D D8 DD A5 68 FF FF FF 83 EC 08 B8 2B 52 9A 44 50 FF 75 D8 E8 1F 0A FF FF
-
-. 0 8057AE2 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8057AE9 13
-. 83 EC 0C 68 32 72 06 08 E8 1A 09 FF FF
-
-flds_1 ... ok
-. 0 8057AF6 5
-. 83 C4 10 EB 48
-
-. 0 8057B43 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063308 5
-. E8 3E 48 FF FF
-
-. 0 8057B4B 42
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E4 83 EC 08 6A 01 68 40 A1 06 08 E8 7B 08 FF FF
-
-. 0 8057B75 7
-. 83 C4 10 85 C0 75 75
-
-. 0 8057B7C 36
-. 9B DD B5 68 FF FF FF D9 45 E4 D9 5D D8 DD A5 68 FF FF FF 83 EC 08 B8 2B 52 9A C4 50 FF 75 D8 E8 61 09 FF FF
-
-. 0 8057BA0 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8057BA7 13
-. 83 EC 0C 68 67 72 06 08 E8 5C 08 FF FF
-
-flds_2 ... ok
-. 0 8057BB4 5
-. 83 C4 10 EB 48
-
-. 0 8057C01 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806330D 5
-. E8 F7 48 FF FF
-
-. 0 8057C09 57
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 83 EC 08 6A 01 68 40 A1 06 08 E8 AE 07 FF FF
-
-. 0 8057C42 7
-. 83 C4 10 85 C0 75 77
-
-. 0 8057C49 42
-. 9B DD B5 68 FF FF FF DD 45 E0 DD 5D D8 DD A5 68 FF FF FF B8 AD 5B F3 C3 BA 87 D6 32 41 52 50 FF 75 DC FF 75 D8 E8 0F 09 FF FF
-
-. 0 8057C73 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8057C7A 13
-. 83 EC 0C 68 9C 72 06 08 E8 89 07 FF FF
-
-fldl_1 ... ok
-. 0 8057C87 5
-. 83 C4 10 EB 44
-
-. 0 8057CD0 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063312 5
-. E8 C1 49 FF FF
-
-. 0 8057CD8 57
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 83 EC 08 6A 01 68 40 A1 06 08 E8 DF 06 FF FF
-
-. 0 8057D11 7
-. 83 C4 10 85 C0 75 77
-
-. 0 8057D18 42
-. 9B DD B5 68 FF FF FF DD 45 E0 DD 5D D8 DD A5 68 FF FF FF B8 AD 5B F3 C3 BA 87 D6 32 C1 52 50 FF 75 DC FF 75 D8 E8 40 08 FF FF
-
-. 0 8057D42 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8057D49 13
-. 83 EC 0C 68 D1 72 06 08 E8 BA 06 FF FF
-
-fldl_2 ... ok
-. 0 8057D56 5
-. 83 C4 10 EB 44
-
-. 0 8057D9F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063317 5
-. E8 8B 4A FF FF
-
-. 0 8057DA7 49
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 83 EC 08 6A 01 68 40 A1 06 08 E8 18 06 FF FF
-
-. 0 8057DD8 11
-. 83 C4 10 85 C0 0F 85 C0 00 00 00
-
-. 0 8057DE3 49
-. 9B DD B5 58 FF FF FF D9 45 E0 D9 EE D9 EE D9 C2 D9 5D D8 D9 F7 D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 2B 52 9A 44 50 FF 75 D8 E8 ED 06 FF FF
-
-. 0 8057E14 7
-. 83 C4 10 85 C0 74 2A
-
-. 0 8057E1B 17
-. 83 EC 08 B8 2B 52 9A 44 50 FF 75 D0 E8 D5 06 FF FF
-
-. 0 8057E2C 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8057E33 13
-. 83 EC 0C 68 06 73 06 08 E8 D0 05 FF FF
-
-fld_1 ... ok
-. 0 8057E40 5
-. 83 C4 10 EB 6E
-
-. 0 8057EB3 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806331C 5
-. E8 9A 4B FF FF
-
-. 0 8057EBB 49
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 83 EC 08 6A 01 68 40 A1 06 08 E8 04 05 FF FF
-
-. 0 8057EEC 11
-. 83 C4 10 85 C0 0F 85 C0 00 00 00
-
-. 0 8057EF7 49
-. 9B DD B5 58 FF FF FF D9 45 E0 D9 EE D9 EE D9 C2 D9 5D D8 D9 F7 D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 2B 52 9A C4 50 FF 75 D8 E8 D9 05 FF FF
-
-. 0 8057F28 7
-. 83 C4 10 85 C0 74 2A
-
-. 0 8057F2F 17
-. 83 EC 08 B8 2B 52 9A C4 50 FF 75 D0 E8 C1 05 FF FF
-
-. 0 8057F40 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8057F47 13
-. 83 EC 0C 68 38 73 06 08 E8 BC 04 FF FF
-
-fld_2 ... ok
-. 0 8057F54 5
-. 83 C4 10 EB 6E
-
-. 0 8057FC7 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063321 5
-. E8 A9 4C FF FF
-
-. 0 8057FCF 57
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 83 EC 08 6A 01 68 40 A1 06 08 E8 E8 03 FF FF
-
-. 0 8058008 11
-. 83 C4 10 85 C0 0F 85 C4 00 00 00
-
-. 0 8058013 55
-. 9B DD B5 58 FF FF FF DD 45 E0 D9 EE D9 EE D9 C2 DD 5D D8 D9 F7 D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 AD 5B F3 C3 BA 87 D6 32 41 52 50 FF 75 DC FF 75 D8 E8 38 05 FF FF
-
-. 0 805804A 7
-. 83 C4 10 85 C0 74 30
-
-. 0 8058051 23
-. B8 AD 5B F3 C3 BA 87 D6 32 41 52 50 FF 75 D4 FF 75 D0 E8 1A 05 FF FF
-
-. 0 8058068 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805806F 13
-. 83 EC 0C 68 6A 73 06 08 E8 94 03 FF FF
-
-fld_3 ... ok
-. 0 805807C 5
-. 83 C4 10 EB 66
-
-. 0 80580E7 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063326 5
-. E8 C4 4D FF FF
-
-. 0 80580EF 27
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 83 EC 08 6A 01 68 40 A1 06 08 E8 E6 02 FF FF
-
-. 0 805810A 7
-. 83 C4 10 85 C0 75 76
-
-. 0 8058111 41
-. 9B DD B5 68 FF FF FF D9 E8 DD 5D E0 DD A5 68 FF FF FF B8 00 00 00 00 BA 00 00 F0 3F 52 50 FF 75 E4 FF 75 E0 E8 48 04 FF FF
-
-. 0 805813A 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8058141 13
-. 83 EC 0C 68 9C 73 06 08 E8 C2 02 FF FF
-
-fld1_1 ... ok
-. 0 805814E 5
-. 83 C4 10 EB 44
-
-. 0 8058197 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806332B 5
-. E8 6F 4E FF FF
-
-. 0 805819F 27
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 83 EC 08 6A 01 68 40 A1 06 08 E8 36 02 FF FF
-
-. 0 80581BA 7
-. 83 C4 10 85 C0 75 76
-
-. 0 80581C1 41
-. 9B DD B5 68 FF FF FF D9 E9 DD 5D E0 DD A5 68 FF FF FF B8 71 A3 79 09 BA 4F 93 0A 40 52 50 FF 75 E4 FF 75 E0 E8 98 03 FF FF
-
-. 0 80581EA 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80581F1 13
-. 83 EC 0C 68 D1 73 06 08 E8 12 02 FF FF
-
-fldl2t_1 ... ok
-. 0 80581FE 5
-. 83 C4 10 EB 44
-
-. 0 8058247 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063330 5
-. E8 1A 4F FF FF
-
-. 0 805824F 27
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 83 EC 08 6A 01 68 40 A1 06 08 E8 86 01 FF FF
-
-. 0 805826A 7
-. 83 C4 10 85 C0 75 76
-
-. 0 8058271 41
-. 9B DD B5 68 FF FF FF D9 EA DD 5D E0 DD A5 68 FF FF FF B8 FC 82 2B 65 BA 47 15 F7 3F 52 50 FF 75 E4 FF 75 E0 E8 E8 02 FF FF
-
-. 0 805829A 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80582A1 13
-. 83 EC 0C 68 0C 74 06 08 E8 62 01 FF FF
-
-fldl2e_1 ... ok
-. 0 80582AE 5
-. 83 C4 10 EB 44
-
-. 0 80582F7 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063335 5
-. E8 C5 4F FF FF
-
-. 0 80582FF 27
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 83 EC 08 6A 01 68 40 A1 06 08 E8 D6 00 FF FF
-
-. 0 805831A 7
-. 83 C4 10 85 C0 75 76
-
-. 0 8058321 41
-. 9B DD B5 68 FF FF FF D9 EB DD 5D E0 DD A5 68 FF FF FF B8 18 2D 44 54 BA FB 21 09 40 52 50 FF 75 E4 FF 75 E0 E8 38 02 FF FF
-
-. 0 805834A 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8058351 13
-. 83 EC 0C 68 47 74 06 08 E8 B2 00 FF FF
-
-fldpi_1 ... ok
-. 0 805835E 5
-. 83 C4 10 EB 44
-
-. 0 80583A7 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806333A 5
-. E8 70 50 FF FF
-
-. 0 80583AF 27
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 83 EC 08 6A 01 68 40 A1 06 08 E8 26 00 FF FF
-
-. 0 80583CA 7
-. 83 C4 10 85 C0 75 76
-
-. 0 80583D1 41
-. 9B DD B5 68 FF FF FF D9 EC DD 5D E0 DD A5 68 FF FF FF B8 FF 79 9F 50 BA 13 44 D3 3F 52 50 FF 75 E4 FF 75 E0 E8 88 01 FF FF
-
-. 0 80583FA 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8058401 13
-. 83 EC 0C 68 7F 74 06 08 E8 02 00 FF FF
-
-fldlg2_1 ... ok
-. 0 805840E 5
-. 83 C4 10 EB 44
-
-. 0 8058457 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806333F 5
-. E8 1B 51 FF FF
-
-. 0 805845F 27
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 83 EC 08 6A 01 68 40 A1 06 08 E8 76 FF FE FF
-
-. 0 805847A 7
-. 83 C4 10 85 C0 75 76
-
-. 0 8058481 41
-. 9B DD B5 68 FF FF FF D9 ED DD 5D E0 DD A5 68 FF FF FF B8 EF 39 FA FE BA 42 2E E6 3F 52 50 FF 75 E4 FF 75 E0 E8 D8 00 FF FF
-
-. 0 80584AA 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80584B1 13
-. 83 EC 0C 68 BA 74 06 08 E8 52 FF FE FF
-
-fldln2_1 ... ok
-. 0 80584BE 5
-. 83 C4 10 EB 44
-
-. 0 8058507 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063344 5
-. E8 C6 51 FF FF
-
-. 0 805850F 27
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 83 EC 08 6A 01 68 40 A1 06 08 E8 C6 FE FE FF
-
-. 0 805852A 7
-. 83 C4 10 85 C0 75 76
-
-. 0 8058531 41
-. 9B DD B5 68 FF FF FF D9 EE DD 5D E0 DD A5 68 FF FF FF B8 00 00 00 00 BA 00 00 00 00 52 50 FF 75 E4 FF 75 E0 E8 28 00 FF FF
-
-. 0 805855A 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8058561 13
-. 83 EC 0C 68 F5 74 06 08 E8 A2 FE FE FF
-
-fldz_1 ... ok
-. 0 805856E 5
-. 83 C4 10 EB 44
-
-. 0 80585B7 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063349 5
-. E8 71 52 FF FF
-
-. 0 80585BF 64
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 F1 FD FE FF
-
-. 0 80585FF 7
-. 83 C4 10 85 C0 75 78
-
-. 0 8058606 39
-. 9B DD B5 58 FF FF FF D9 45 E0 D8 4D DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 90 1F 25 4B 50 FF 75 D0 E8 D4 FE FE FF
-
-. 0 805862D 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8058634 13
-. 83 EC 0C 68 2A 75 06 08 E8 CF FD FE FF
-
-fmuls_1 ... ok
-. 0 8058641 5
-. 83 C4 10 EB 48
-
-. 0 805868E 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806334E 5
-. E8 43 53 FF FF
-
-. 0 8058696 64
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 1A FD FE FF
-
-. 0 80586D6 7
-. 83 C4 10 85 C0 75 78
-
-. 0 80586DD 39
-. 9B DD B5 58 FF FF FF D9 45 E0 D8 4D DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 90 1F 25 CB 50 FF 75 D0 E8 FD FD FE FF
-
-. 0 8058704 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805870B 13
-. 83 EC 0C 68 62 75 06 08 E8 F8 FC FE FF
-
-fmuls_2 ... ok
-. 0 8058718 5
-. 83 C4 10 EB 48
-
-. 0 8058765 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063353 5
-. E8 15 54 FF FF
-
-. 0 805876D 64
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 43 FC FE FF
-
-. 0 80587AD 7
-. 83 C4 10 85 C0 75 78
-
-. 0 80587B4 39
-. 9B DD B5 58 FF FF FF D9 45 E0 D8 4D DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 90 1F 25 CB 50 FF 75 D0 E8 26 FD FE FF
-
-. 0 80587DB 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80587E2 13
-. 83 EC 0C 68 9A 75 06 08 E8 21 FC FE FF
-
-fmuls_3 ... ok
-. 0 80587EF 5
-. 83 C4 10 EB 48
-
-. 0 805883C 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063358 5
-. E8 E7 54 FF FF
-
-. 0 8058844 64
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 6C FB FE FF
-
-. 0 8058884 7
-. 83 C4 10 85 C0 75 78
-
-. 0 805888B 39
-. 9B DD B5 58 FF FF FF D9 45 E0 D8 4D DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 90 1F 25 4B 50 FF 75 D0 E8 4F FC FE FF
-
-. 0 80588B2 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80588B9 13
-. 83 EC 0C 68 D2 75 06 08 E8 4A FB FE FF
-
-fmuls_4 ... ok
-. 0 80588C6 5
-. 83 C4 10 EB 48
-
-. 0 8058913 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806335D 5
-. E8 B9 55 FF FF
-
-. 0 805891B 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 7E FA FE FF
-
-. 0 8058972 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 8058979 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DC 4D D8 DD 5D D0 DD A5 58 FF FF FF B8 52 CB 33 56 BA 65 30 A1 42 52 50 FF 75 D4 FF 75 D0 E8 DC FB FE FF
-
-. 0 80589A6 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80589AD 13
-. 83 EC 0C 68 0A 76 06 08 E8 56 FA FE FF
-
-fmull_1 ... ok
-. 0 80589BA 5
-. 83 C4 10 EB 44
-
-. 0 8058A03 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063362 5
-. E8 A4 56 FF FF
-
-. 0 8058A0B 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 8E F9 FE FF
-
-. 0 8058A62 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 8058A69 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DC 4D D8 DD 5D D0 DD A5 58 FF FF FF B8 52 CB 33 56 BA 65 30 A1 C2 52 50 FF 75 D4 FF 75 D0 E8 EC FA FE FF
-
-. 0 8058A96 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8058A9D 13
-. 83 EC 0C 68 42 76 06 08 E8 66 F9 FE FF
-
-fmull_2 ... ok
-. 0 8058AAA 5
-. 83 C4 10 EB 44
-
-. 0 8058AF3 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063367 5
-. E8 8F 57 FF FF
-
-. 0 8058AFB 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 9E F8 FE FF
-
-. 0 8058B52 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 8058B59 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DC 4D D8 DD 5D D0 DD A5 58 FF FF FF B8 52 CB 33 56 BA 65 30 A1 C2 52 50 FF 75 D4 FF 75 D0 E8 FC F9 FE FF
-
-. 0 8058B86 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8058B8D 13
-. 83 EC 0C 68 7A 76 06 08 E8 76 F8 FE FF
-
-fmull_3 ... ok
-. 0 8058B9A 5
-. 83 C4 10 EB 44
-
-. 0 8058BE3 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806336C 5
-. E8 7A 58 FF FF
-
-. 0 8058BEB 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 AE F7 FE FF
-
-. 0 8058C42 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 8058C49 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DC 4D D8 DD 5D D0 DD A5 58 FF FF FF B8 52 CB 33 56 BA 65 30 A1 42 52 50 FF 75 D4 FF 75 D0 E8 0C F9 FE FF
-
-. 0 8058C76 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8058C7D 13
-. 83 EC 0C 68 B2 76 06 08 E8 86 F7 FE FF
-
-fmull_4 ... ok
-. 0 8058C8A 5
-. 83 C4 10 EB 44
-
-. 0 8058CD3 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063371 5
-. E8 65 59 FF FF
-
-. 0 8058CDB 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 CE F6 FE FF
-
-. 0 8058D22 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 8058D2D 47
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DC CA D9 F7 D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 90 1F 25 4B 50 FF 75 D0 E8 A5 F7 FE FF
-
-. 0 8058D5C 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8058D63 13
-. 83 EC 0C 68 EA 76 06 08 E8 A0 F6 FE FF
-
-fmul_1 ... ok
-. 0 8058D70 5
-. 83 C4 10 EB 48
-
-. 0 8058DBD 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063376 5
-. E8 4A 5A FF FF
-
-. 0 8058DC5 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 E4 F5 FE FF
-
-. 0 8058E0C 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 8058E17 47
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DC CA D9 F7 D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 90 1F 25 CB 50 FF 75 D0 E8 BB F6 FE FF
-
-. 0 8058E46 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8058E4D 13
-. 83 EC 0C 68 1F 77 06 08 E8 B6 F5 FE FF
-
-fmul_2 ... ok
-. 0 8058E5A 5
-. 83 C4 10 EB 48
-
-. 0 8058EA7 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806337B 5
-. E8 2F 5B FF FF
-
-. 0 8058EAF 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 FA F4 FE FF
-
-. 0 8058EF6 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 8058F01 47
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DC CA D9 F7 D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 90 1F 25 CB 50 FF 75 D0 E8 D1 F5 FE FF
-
-. 0 8058F30 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8058F37 13
-. 83 EC 0C 68 54 77 06 08 E8 CC F4 FE FF
-
-fmul_3 ... ok
-. 0 8058F44 5
-. 83 C4 10 EB 48
-
-. 0 8058F91 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063380 5
-. E8 14 5C FF FF
-
-. 0 8058F99 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 10 F4 FE FF
-
-. 0 8058FE0 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 8058FEB 47
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DC CA D9 F7 D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 90 1F 25 4B 50 FF 75 D0 E8 E7 F4 FE FF
-
-. 0 805901A 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8059021 13
-. 83 EC 0C 68 89 77 06 08 E8 E2 F3 FE FF
-
-fmul_4 ... ok
-. 0 805902E 5
-. 83 C4 10 EB 48
-
-. 0 805907B 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063385 5
-. E8 F9 5C FF FF
-
-. 0 8059083 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 16 F3 FE FF
-
-. 0 80590DA 11
-. 83 C4 10 85 C0 0F 85 82 00 00 00
-
-. 0 80590E5 53
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DC CA D9 F7 D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 52 CB 33 56 BA 65 30 A1 42 52 50 FF 75 D4 FF 75 D0 E8 68 F4 FE FF
-
-. 0 805911A 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8059121 13
-. 83 EC 0C 68 BE 77 06 08 E8 E2 F2 FE FF
-
-fmul_5 ... ok
-. 0 805912E 5
-. 83 C4 10 EB 44
-
-. 0 8059177 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806338A 5
-. E8 F0 5D FF FF
-
-. 0 805917F 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 1A F2 FE FF
-
-. 0 80591D6 11
-. 83 C4 10 85 C0 0F 85 82 00 00 00
-
-. 0 80591E1 53
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DC CA D9 F7 D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 52 CB 33 56 BA 65 30 A1 C2 52 50 FF 75 D4 FF 75 D0 E8 6C F3 FE FF
-
-. 0 8059216 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805921D 13
-. 83 EC 0C 68 F3 77 06 08 E8 E6 F1 FE FF
-
-fmul_6 ... ok
-. 0 805922A 5
-. 83 C4 10 EB 44
-
-. 0 8059273 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806338F 5
-. E8 E7 5E FF FF
-
-. 0 805927B 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 1E F1 FE FF
-
-. 0 80592D2 11
-. 83 C4 10 85 C0 0F 85 82 00 00 00
-
-. 0 80592DD 53
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DC CA D9 F7 D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 52 CB 33 56 BA 65 30 A1 C2 52 50 FF 75 D4 FF 75 D0 E8 70 F2 FE FF
-
-. 0 8059312 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8059319 13
-. 83 EC 0C 68 28 78 06 08 E8 EA F0 FE FF
-
-fmul_7 ... ok
-. 0 8059326 5
-. 83 C4 10 EB 44
-
-. 0 805936F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063394 5
-. E8 DE 5F FF FF
-
-. 0 8059377 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 22 F0 FE FF
-
-. 0 80593CE 11
-. 83 C4 10 85 C0 0F 85 82 00 00 00
-
-. 0 80593D9 53
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DC CA D9 F7 D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 52 CB 33 56 BA 65 30 A1 42 52 50 FF 75 D4 FF 75 D0 E8 74 F1 FE FF
-
-. 0 805940E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8059415 13
-. 83 EC 0C 68 5D 78 06 08 E8 EE EF FE FF
-
-fmul_8 ... ok
-. 0 8059422 5
-. 83 C4 10 EB 44
-
-. 0 805946B 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063399 5
-. E8 D5 60 FF FF
-
-. 0 8059473 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 36 EF FE FF
-
-. 0 80594BA 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 80594C1 43
-. 9B DD B5 58 FF FF FF D9 45 E0 D9 EE D9 45 D8 D8 CA D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 90 1F 25 4B 50 FF 75 D0 E8 15 F0 FE FF
-
-. 0 80594EC 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80594F3 13
-. 83 EC 0C 68 92 78 06 08 E8 10 EF FE FF
-
-fmul_9 ... ok
-. 0 8059500 5
-. 83 C4 10 EB 48
-
-. 0 805954D 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806339E 5
-. E8 B2 61 FF FF
-
-. 0 8059555 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 54 EE FE FF
-
-. 0 805959C 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 80595A3 43
-. 9B DD B5 58 FF FF FF D9 45 E0 D9 EE D9 45 D8 D8 CA D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 90 1F 25 CB 50 FF 75 D0 E8 33 EF FE FF
-
-. 0 80595CE 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80595D5 13
-. 83 EC 0C 68 C7 78 06 08 E8 2E EE FE FF
-
-fmul_10 ... ok
-. 0 80595E2 5
-. 83 C4 10 EB 48
-
-. 0 805962F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80633A3 5
-. E8 8F 62 FF FF
-
-. 0 8059637 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 72 ED FE FF
-
-. 0 805967E 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 8059685 43
-. 9B DD B5 58 FF FF FF D9 45 E0 D9 EE D9 45 D8 D8 CA D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 90 1F 25 CB 50 FF 75 D0 E8 51 EE FE FF
-
-. 0 80596B0 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80596B7 13
-. 83 EC 0C 68 FF 78 06 08 E8 4C ED FE FF
-
-fmul_11 ... ok
-. 0 80596C4 5
-. 83 C4 10 EB 48
-
-. 0 8059711 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80633A8 5
-. E8 6C 63 FF FF
-
-. 0 8059719 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 90 EC FE FF
-
-. 0 8059760 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 8059767 43
-. 9B DD B5 58 FF FF FF D9 45 E0 D9 EE D9 45 D8 D8 CA D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 90 1F 25 4B 50 FF 75 D0 E8 6F ED FE FF
-
-. 0 8059792 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8059799 13
-. 83 EC 0C 68 37 79 06 08 E8 6A EC FE FF
-
-fmul_12 ... ok
-. 0 80597A6 5
-. 83 C4 10 EB 48
-
-. 0 80597F3 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80633AD 5
-. E8 49 64 FF FF
-
-. 0 80597FB 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 9E EB FE FF
-
-. 0 8059852 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 8059859 49
-. 9B DD B5 58 FF FF FF DD 45 E0 D9 EE DD 45 D8 D8 CA DD 5D D0 DD A5 58 FF FF FF B8 52 CB 33 56 BA 65 30 A1 42 52 50 FF 75 D4 FF 75 D0 E8 F8 EC FE FF
-
-. 0 805988A 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8059891 13
-. 83 EC 0C 68 6F 79 06 08 E8 72 EB FE FF
-
-fmul_13 ... ok
-. 0 805989E 5
-. 83 C4 10 EB 44
-
-. 0 80598E7 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80633B2 5
-. E8 38 65 FF FF
-
-. 0 80598EF 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 AA EA FE FF
-
-. 0 8059946 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 805994D 49
-. 9B DD B5 58 FF FF FF DD 45 E0 D9 EE DD 45 D8 D8 CA DD 5D D0 DD A5 58 FF FF FF B8 52 CB 33 56 BA 65 30 A1 C2 52 50 FF 75 D4 FF 75 D0 E8 04 EC FE FF
-
-. 0 805997E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8059985 13
-. 83 EC 0C 68 A7 79 06 08 E8 7E EA FE FF
-
-fmul_14 ... ok
-. 0 8059992 5
-. 83 C4 10 EB 44
-
-. 0 80599DB 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80633B7 5
-. E8 27 66 FF FF
-
-. 0 80599E3 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 B6 E9 FE FF
-
-. 0 8059A3A 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 8059A41 49
-. 9B DD B5 58 FF FF FF DD 45 E0 D9 EE DD 45 D8 D8 CA DD 5D D0 DD A5 58 FF FF FF B8 52 CB 33 56 BA 65 30 A1 C2 52 50 FF 75 D4 FF 75 D0 E8 10 EB FE FF
-
-. 0 8059A72 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8059A79 13
-. 83 EC 0C 68 DF 79 06 08 E8 8A E9 FE FF
-
-fmul_15 ... ok
-. 0 8059A86 5
-. 83 C4 10 EB 44
-
-. 0 8059ACF 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80633BC 5
-. E8 16 67 FF FF
-
-. 0 8059AD7 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 C2 E8 FE FF
-
-. 0 8059B2E 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 8059B35 49
-. 9B DD B5 58 FF FF FF DD 45 E0 D9 EE DD 45 D8 D8 CA DD 5D D0 DD A5 58 FF FF FF B8 52 CB 33 56 BA 65 30 A1 42 52 50 FF 75 D4 FF 75 D0 E8 1C EA FE FF
-
-. 0 8059B66 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8059B6D 13
-. 83 EC 0C 68 17 7A 06 08 E8 96 E8 FE FF
-
-fmul_16 ... ok
-. 0 8059B7A 5
-. 83 C4 10 EB 44
-
-. 0 8059BC3 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80633C1 5
-. E8 05 68 FF FF
-
-. 0 8059BCB 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 DE E7 FE FF
-
-. 0 8059C12 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 8059C19 45
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DE CA D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 90 1F 25 4B 50 FF 75 D0 E8 BB E8 FE FF
-
-. 0 8059C46 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8059C4D 13
-. 83 EC 0C 68 4F 7A 06 08 E8 B6 E7 FE FF
-
-fmulp_1 ... ok
-. 0 8059C5A 5
-. 83 C4 10 EB 48
-
-. 0 8059CA7 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80633C6 5
-. E8 E4 68 FF FF
-
-. 0 8059CAF 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 FA E6 FE FF
-
-. 0 8059CF6 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 8059CFD 45
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DE CA D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 90 1F 25 CB 50 FF 75 D0 E8 D7 E7 FE FF
-
-. 0 8059D2A 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8059D31 13
-. 83 EC 0C 68 87 7A 06 08 E8 D2 E6 FE FF
-
-fmulp_2 ... ok
-. 0 8059D3E 5
-. 83 C4 10 EB 48
-
-. 0 8059D8B 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80633CB 5
-. E8 C3 69 FF FF
-
-. 0 8059D93 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 16 E6 FE FF
-
-. 0 8059DDA 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 8059DE1 45
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DE CA D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 90 1F 25 CB 50 FF 75 D0 E8 F3 E6 FE FF
-
-. 0 8059E0E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8059E15 13
-. 83 EC 0C 68 BF 7A 06 08 E8 EE E5 FE FF
-
-fmulp_3 ... ok
-. 0 8059E22 5
-. 83 C4 10 EB 48
-
-. 0 8059E6F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80633D0 5
-. E8 A2 6A FF FF
-
-. 0 8059E77 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 32 E5 FE FF
-
-. 0 8059EBE 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 8059EC5 45
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DE CA D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 90 1F 25 4B 50 FF 75 D0 E8 0F E6 FE FF
-
-. 0 8059EF2 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8059EF9 13
-. 83 EC 0C 68 F7 7A 06 08 E8 0A E5 FE FF
-
-fmulp_4 ... ok
-. 0 8059F06 5
-. 83 C4 10 EB 48
-
-. 0 8059F53 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80633D5 5
-. E8 81 6B FF FF
-
-. 0 8059F5B 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 3E E4 FE FF
-
-. 0 8059FB2 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 8059FBD 51
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DE CA D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 52 CB 33 56 BA 65 30 A1 42 52 50 FF 75 D4 FF 75 D0 E8 92 E5 FE FF
-
-. 0 8059FF0 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8059FF7 13
-. 83 EC 0C 68 2F 7B 06 08 E8 0C E4 FE FF
-
-fmulp_5 ... ok
-. 0 805A004 5
-. 83 C4 10 EB 44
-
-. 0 805A04D 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80633DA 5
-. E8 76 6C FF FF
-
-. 0 805A055 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 44 E3 FE FF
-
-. 0 805A0AC 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 805A0B7 51
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DE CA D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 52 CB 33 56 BA 65 30 A1 C2 52 50 FF 75 D4 FF 75 D0 E8 98 E4 FE FF
-
-. 0 805A0EA 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805A0F1 13
-. 83 EC 0C 68 67 7B 06 08 E8 12 E3 FE FF
-
-fmulp_6 ... ok
-. 0 805A0FE 5
-. 83 C4 10 EB 44
-
-. 0 805A147 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80633DF 5
-. E8 6B 6D FF FF
-
-. 0 805A14F 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 4A E2 FE FF
-
-. 0 805A1A6 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 805A1B1 51
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DE CA D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 52 CB 33 56 BA 65 30 A1 C2 52 50 FF 75 D4 FF 75 D0 E8 9E E3 FE FF
-
-. 0 805A1E4 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805A1EB 13
-. 83 EC 0C 68 9F 7B 06 08 E8 18 E2 FE FF
-
-fmulp_7 ... ok
-. 0 805A1F8 5
-. 83 C4 10 EB 44
-
-. 0 805A241 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80633E4 5
-. E8 60 6E FF FF
-
-. 0 805A249 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 50 E1 FE FF
-
-. 0 805A2A0 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 805A2AB 51
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DE CA D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 52 CB 33 56 BA 65 30 A1 42 52 50 FF 75 D4 FF 75 D0 E8 A4 E2 FE FF
-
-. 0 805A2DE 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805A2E5 13
-. 83 EC 0C 68 D7 7B 06 08 E8 1E E1 FE FF
-
-fmulp_8 ... ok
-. 0 805A2F2 5
-. 83 C4 10 EB 44
-
-. 0 805A33B 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80633E9 5
-. E8 55 6F FF FF
-
-. 0 805A343 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 66 E0 FE FF
-
-. 0 805A38A 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 805A391 41
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 45 E0 DE C9 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 90 1F 25 4B 50 FF 75 D0 E8 47 E1 FE FF
-
-. 0 805A3BA 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805A3C1 13
-. 83 EC 0C 68 0F 7C 06 08 E8 42 E0 FE FF
-
-fmulp_9 ... ok
-. 0 805A3CE 5
-. 83 C4 10 EB 48
-
-. 0 805A41B 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80633EE 5
-. E8 30 70 FF FF
-
-. 0 805A423 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 86 DF FE FF
-
-. 0 805A46A 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 805A471 41
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 45 E0 DE C9 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 90 1F 25 CB 50 FF 75 D0 E8 67 E0 FE FF
-
-. 0 805A49A 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805A4A1 13
-. 83 EC 0C 68 47 7C 06 08 E8 62 DF FE FF
-
-fmulp_10 ... ok
-. 0 805A4AE 5
-. 83 C4 10 EB 48
-
-. 0 805A4FB 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80633F3 5
-. E8 0B 71 FF FF
-
-. 0 805A503 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 A6 DE FE FF
-
-. 0 805A54A 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 805A551 41
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 45 E0 DE C9 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 90 1F 25 CB 50 FF 75 D0 E8 87 DF FE FF
-
-. 0 805A57A 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805A581 13
-. 83 EC 0C 68 82 7C 06 08 E8 82 DE FE FF
-
-fmulp_11 ... ok
-. 0 805A58E 5
-. 83 C4 10 EB 48
-
-. 0 805A5DB 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80633F8 5
-. E8 E6 71 FF FF
-
-. 0 805A5E3 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 C6 DD FE FF
-
-. 0 805A62A 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 805A631 41
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 45 E0 DE C9 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 90 1F 25 4B 50 FF 75 D0 E8 A7 DE FE FF
-
-. 0 805A65A 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805A661 13
-. 83 EC 0C 68 BD 7C 06 08 E8 A2 DD FE FF
-
-fmulp_12 ... ok
-. 0 805A66E 5
-. 83 C4 10 EB 48
-
-. 0 805A6BB 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80633FD 5
-. E8 C1 72 FF FF
-
-. 0 805A6C3 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 D6 DC FE FF
-
-. 0 805A71A 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 805A721 47
-. 9B DD B5 58 FF FF FF DD 45 D8 DD 45 E0 DE C9 DD 5D D0 DD A5 58 FF FF FF B8 52 CB 33 56 BA 65 30 A1 42 52 50 FF 75 D4 FF 75 D0 E8 32 DE FE FF
-
-. 0 805A750 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805A757 13
-. 83 EC 0C 68 F8 7C 06 08 E8 AC DC FE FF
-
-fmulp_13 ... ok
-. 0 805A764 5
-. 83 C4 10 EB 44
-
-. 0 805A7AD 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063402 5
-. E8 AE 73 FF FF
-
-. 0 805A7B5 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 E4 DB FE FF
-
-. 0 805A80C 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 805A813 47
-. 9B DD B5 58 FF FF FF DD 45 D8 DD 45 E0 DE C9 DD 5D D0 DD A5 58 FF FF FF B8 52 CB 33 56 BA 65 30 A1 C2 52 50 FF 75 D4 FF 75 D0 E8 40 DD FE FF
-
-. 0 805A842 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805A849 13
-. 83 EC 0C 68 33 7D 06 08 E8 BA DB FE FF
-
-fmulp_14 ... ok
-. 0 805A856 5
-. 83 C4 10 EB 44
-
-. 0 805A89F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063407 5
-. E8 9B 74 FF FF
-
-. 0 805A8A7 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 F2 DA FE FF
-
-. 0 805A8FE 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 805A905 47
-. 9B DD B5 58 FF FF FF DD 45 D8 DD 45 E0 DE C9 DD 5D D0 DD A5 58 FF FF FF B8 52 CB 33 56 BA 65 30 A1 C2 52 50 FF 75 D4 FF 75 D0 E8 4E DC FE FF
-
-. 0 805A934 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805A93B 13
-. 83 EC 0C 68 6E 7D 06 08 E8 C8 DA FE FF
-
-fmulp_15 ... ok
-. 0 805A948 5
-. 83 C4 10 EB 44
-
-. 0 805A991 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806340C 5
-. E8 88 75 FF FF
-
-. 0 805A999 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 00 DA FE FF
-
-. 0 805A9F0 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 805A9F7 47
-. 9B DD B5 58 FF FF FF DD 45 D8 DD 45 E0 DE C9 DD 5D D0 DD A5 58 FF FF FF B8 52 CB 33 56 BA 65 30 A1 42 52 50 FF 75 D4 FF 75 D0 E8 5C DB FE FF
-
-. 0 805AA26 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805AA2D 13
-. 83 EC 0C 68 A9 7D 06 08 E8 D6 D9 FE FF
-
-fmulp_16 ... ok
-. 0 805AA3A 5
-. 83 C4 10 EB 44
-
-. 0 805AA83 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063411 5
-. E8 75 76 FF FF
-
-. 0 805AA8B 61
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 66 C7 45 DE 00 00 66 C7 45 DE E1 10 83 EC 08 6A 01 68 40 A1 06 08 E8 28 D9 FE FF
-
-. 0 805AAC8 7
-. 83 C4 10 85 C0 75 78
-
-. 0 805AACF 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DE 4D DE D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 4F CC A2 4A 50 FF 75 D0 E8 0B DA FE FF
-
-. 0 805AAF6 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805AAFD 13
-. 83 EC 0C 68 E4 7D 06 08 E8 06 D9 FE FF
-
-fimuls_1 ... ok
-. 0 805AB0A 5
-. 83 C4 10 EB 48
-
-. 0 805AB57 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063416 5
-. E8 44 77 FF FF
-
-. 0 805AB5F 61
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 66 C7 45 DE 00 00 66 C7 45 DE E1 10 83 EC 08 6A 01 68 40 A1 06 08 E8 54 D8 FE FF
-
-. 0 805AB9C 7
-. 83 C4 10 85 C0 75 78
-
-. 0 805ABA3 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DE 4D DE D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 4F CC A2 CA 50 FF 75 D0 E8 37 D9 FE FF
-
-. 0 805ABCA 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805ABD1 13
-. 83 EC 0C 68 1F 7E 06 08 E8 32 D8 FE FF
-
-fimuls_2 ... ok
-. 0 805ABDE 5
-. 83 C4 10 EB 48
-
-. 0 805AC2B 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806341B 5
-. E8 13 78 FF FF
-
-. 0 805AC33 61
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 66 C7 45 DE 00 00 66 C7 45 DE 1F EF 83 EC 08 6A 01 68 40 A1 06 08 E8 80 D7 FE FF
-
-. 0 805AC70 7
-. 83 C4 10 85 C0 75 78
-
-. 0 805AC77 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DE 4D DE D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 4F CC A2 CA 50 FF 75 D0 E8 63 D8 FE FF
-
-. 0 805AC9E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805ACA5 13
-. 83 EC 0C 68 5A 7E 06 08 E8 5E D7 FE FF
-
-fimuls_3 ... ok
-. 0 805ACB2 5
-. 83 C4 10 EB 48
-
-. 0 805ACFF 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063420 5
-. E8 E2 78 FF FF
-
-. 0 805AD07 61
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 66 C7 45 DE 00 00 66 C7 45 DE 1F EF 83 EC 08 6A 01 68 40 A1 06 08 E8 AC D6 FE FF
-
-. 0 805AD44 7
-. 83 C4 10 85 C0 75 78
-
-. 0 805AD4B 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DE 4D DE D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 4F CC A2 4A 50 FF 75 D0 E8 8F D7 FE FF
-
-. 0 805AD72 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805AD79 13
-. 83 EC 0C 68 95 7E 06 08 E8 8A D6 FE FF
-
-fimuls_4 ... ok
-. 0 805AD86 5
-. 83 C4 10 EB 48
-
-. 0 805ADD3 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063425 5
-. E8 B1 79 FF FF
-
-. 0 805ADDB 69
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 66 C7 45 DE 00 00 66 C7 45 DE E1 10 83 EC 08 6A 01 68 40 A1 06 08 E8 D0 D5 FE FF
-
-. 0 805AE20 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 805AE27 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DE 4D DE DD 5D D0 DD A5 58 FF FF FF B8 E2 E9 26 99 BA 70 DF F3 41 52 50 FF 75 D4 FF 75 D0 E8 2E D7 FE FF
-
-. 0 805AE54 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805AE5B 13
-. 83 EC 0C 68 D0 7E 06 08 E8 A8 D5 FE FF
-
-fimuls_5 ... ok
-. 0 805AE68 5
-. 83 C4 10 EB 44
-
-. 0 805AEB1 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806342A 5
-. E8 8A 7A FF FF
-
-. 0 805AEB9 69
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 66 C7 45 DE 00 00 66 C7 45 DE E1 10 83 EC 08 6A 01 68 40 A1 06 08 E8 F2 D4 FE FF
-
-. 0 805AEFE 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 805AF05 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DE 4D DE DD 5D D0 DD A5 58 FF FF FF B8 E2 E9 26 99 BA 70 DF F3 C1 52 50 FF 75 D4 FF 75 D0 E8 50 D6 FE FF
-
-. 0 805AF32 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805AF39 13
-. 83 EC 0C 68 0B 7F 06 08 E8 CA D4 FE FF
-
-fimuls_6 ... ok
-. 0 805AF46 5
-. 83 C4 10 EB 44
-
-. 0 805AF8F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806342F 5
-. E8 63 7B FF FF
-
-. 0 805AF97 69
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 66 C7 45 DE 00 00 66 C7 45 DE 1F EF 83 EC 08 6A 01 68 40 A1 06 08 E8 14 D4 FE FF
-
-. 0 805AFDC 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 805AFE3 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DE 4D DE DD 5D D0 DD A5 58 FF FF FF B8 E2 E9 26 99 BA 70 DF F3 C1 52 50 FF 75 D4 FF 75 D0 E8 72 D5 FE FF
-
-. 0 805B010 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805B017 13
-. 83 EC 0C 68 46 7F 06 08 E8 EC D3 FE FF
-
-fimuls_7 ... ok
-. 0 805B024 5
-. 83 C4 10 EB 44
-
-. 0 805B06D 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063434 5
-. E8 3C 7C FF FF
-
-. 0 805B075 69
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 66 C7 45 DE 00 00 66 C7 45 DE 1F EF 83 EC 08 6A 01 68 40 A1 06 08 E8 36 D3 FE FF
-
-. 0 805B0BA 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 805B0C1 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DE 4D DE DD 5D D0 DD A5 58 FF FF FF B8 E2 E9 26 99 BA 70 DF F3 41 52 50 FF 75 D4 FF 75 D0 E8 94 D4 FE FF
-
-. 0 805B0EE 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805B0F5 13
-. 83 EC 0C 68 81 7F 06 08 E8 0E D3 FE FF
-
-fimuls_8 ... ok
-. 0 805B102 5
-. 83 C4 10 EB 44
-
-. 0 805B14B 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063439 5
-. E8 15 7D FF FF
-
-. 0 805B153 63
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 DC 00 00 00 00 C7 45 DC B1 7F 39 05 83 EC 08 6A 01 68 40 A1 06 08 E8 5E D2 FE FF
-
-. 0 805B192 7
-. 83 C4 10 85 C0 75 78
-
-. 0 805B199 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DA 4D DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 08 91 C9 51 50 FF 75 D0 E8 41 D3 FE FF
-
-. 0 805B1C0 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805B1C7 13
-. 83 EC 0C 68 BC 7F 06 08 E8 3C D2 FE FF
-
-fimull_1 ... ok
-. 0 805B1D4 5
-. 83 C4 10 EB 48
-
-. 0 805B221 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806343E 5
-. E8 E6 7D FF FF
-
-. 0 805B229 63
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 DC 00 00 00 00 C7 45 DC B1 7F 39 05 83 EC 08 6A 01 68 40 A1 06 08 E8 88 D1 FE FF
-
-. 0 805B268 7
-. 83 C4 10 85 C0 75 78
-
-. 0 805B26F 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DA 4D DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 08 91 C9 D1 50 FF 75 D0 E8 6B D2 FE FF
-
-. 0 805B296 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805B29D 13
-. 83 EC 0C 68 F7 7F 06 08 E8 66 D1 FE FF
-
-fimull_2 ... ok
-. 0 805B2AA 5
-. 83 C4 10 EB 48
-
-. 0 805B2F7 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063443 5
-. E8 B7 7E FF FF
-
-. 0 805B2FF 63
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 DC 00 00 00 00 C7 45 DC 4F 80 C6 FA 83 EC 08 6A 01 68 40 A1 06 08 E8 B2 D0 FE FF
-
-. 0 805B33E 7
-. 83 C4 10 85 C0 75 78
-
-. 0 805B345 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DA 4D DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 08 91 C9 D1 50 FF 75 D0 E8 95 D1 FE FF
-
-. 0 805B36C 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805B373 13
-. 83 EC 0C 68 32 80 06 08 E8 90 D0 FE FF
-
-fimull_3 ... ok
-. 0 805B380 5
-. 83 C4 10 EB 48
-
-. 0 805B3CD 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063448 5
-. E8 88 7F FF FF
-
-. 0 805B3D5 63
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 DC 00 00 00 00 C7 45 DC 4F 80 C6 FA 83 EC 08 6A 01 68 40 A1 06 08 E8 DC CF FE FF
-
-. 0 805B414 7
-. 83 C4 10 85 C0 75 78
-
-. 0 805B41B 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DA 4D DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 08 91 C9 51 50 FF 75 D0 E8 BF D0 FE FF
-
-. 0 805B442 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805B449 13
-. 83 EC 0C 68 6D 80 06 08 E8 BA CF FE FF
-
-fimull_4 ... ok
-. 0 805B456 5
-. 83 C4 10 EB 48
-
-. 0 805B4A3 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806344D 5
-. E8 59 80 FF FF
-
-. 0 805B4AB 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 DC 00 00 00 00 C7 45 DC F1 FB 09 00 83 EC 08 6A 01 68 40 A1 06 08 E8 FE CE FE FF
-
-. 0 805B4F2 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 805B4F9 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DA 4D DC DD 5D D0 DD A5 58 FF FF FF B8 81 A9 CF 1E BA 9B 82 67 42 52 50 FF 75 D4 FF 75 D0 E8 5C D0 FE FF
-
-. 0 805B526 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805B52D 13
-. 83 EC 0C 68 A8 80 06 08 E8 D6 CE FE FF
-
-fimull_5 ... ok
-. 0 805B53A 5
-. 83 C4 10 EB 44
-
-. 0 805B583 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063452 5
-. E8 34 81 FF FF
-
-. 0 805B58B 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 DC 00 00 00 00 C7 45 DC F1 FB 09 00 83 EC 08 6A 01 68 40 A1 06 08 E8 1E CE FE FF
-
-. 0 805B5D2 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 805B5D9 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DA 4D DC DD 5D D0 DD A5 58 FF FF FF B8 81 A9 CF 1E BA 9B 82 67 C2 52 50 FF 75 D4 FF 75 D0 E8 7C CF FE FF
-
-. 0 805B606 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805B60D 13
-. 83 EC 0C 68 E3 80 06 08 E8 F6 CD FE FF
-
-fimull_6 ... ok
-. 0 805B61A 5
-. 83 C4 10 EB 44
-
-. 0 805B663 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063457 5
-. E8 0F 82 FF FF
-
-. 0 805B66B 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 DC 00 00 00 00 C7 45 DC 0F 04 F6 FF 83 EC 08 6A 01 68 40 A1 06 08 E8 3E CD FE FF
-
-. 0 805B6B2 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 805B6B9 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DA 4D DC DD 5D D0 DD A5 58 FF FF FF B8 81 A9 CF 1E BA 9B 82 67 C2 52 50 FF 75 D4 FF 75 D0 E8 9C CE FE FF
-
-. 0 805B6E6 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805B6ED 13
-. 83 EC 0C 68 1E 81 06 08 E8 16 CD FE FF
-
-fimull_7 ... ok
-. 0 805B6FA 5
-. 83 C4 10 EB 44
-
-. 0 805B743 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806345C 5
-. E8 EA 82 FF FF
-
-. 0 805B74B 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 DC 00 00 00 00 C7 45 DC 0F 04 F6 FF 83 EC 08 6A 01 68 40 A1 06 08 E8 5E CC FE FF
-
-. 0 805B792 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 805B799 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DA 4D DC DD 5D D0 DD A5 58 FF FF FF B8 81 A9 CF 1E BA 9B 82 67 42 52 50 FF 75 D4 FF 75 D0 E8 BC CD FE FF
-
-. 0 805B7C6 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805B7CD 13
-. 83 EC 0C 68 59 81 06 08 E8 36 CC FE FF
-
-fimull_8 ... ok
-. 0 805B7DA 5
-. 83 C4 10 EB 44
-
-. 0 805B823 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063461 5
-. E8 C5 83 FF FF
-
-. 0 805B82B 49
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 83 EC 08 6A 01 68 40 A1 06 08 E8 94 CB FE FF
-
-. 0 805B85C 11
-. 83 C4 10 85 C0 0F 85 8F 00 00 00
-
-. 0 805B867 62
-. 9B DD B5 68 FF FF FF D9 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 83 0C 24 00 D9 2C 24 83 C4 02 D9 FC D9 5D D8 DD A5 68 FF FF FF 83 EC 08 B8 00 60 9A 44 50 FF 75 D8 E8 5C CC FE FF
-
-. 0 805B8A5 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805B8AC 13
-. 83 EC 0C 68 94 81 06 08 E8 57 CB FE FF
-
-frndint_1 ... ok
-. 0 805B8B9 5
-. 83 C4 10 EB 48
-
-. 0 805B906 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063466 5
-. E8 A3 84 FF FF
-
-. 0 805B90E 49
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 83 EC 08 6A 01 68 40 A1 06 08 E8 B1 CA FE FF
-
-. 0 805B93F 11
-. 83 C4 10 85 C0 0F 85 8F 00 00 00
-
-. 0 805B94A 62
-. 9B DD B5 68 FF FF FF D9 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 83 0C 24 00 D9 2C 24 83 C4 02 D9 FC D9 5D D8 DD A5 68 FF FF FF 83 EC 08 B8 00 60 9A C4 50 FF 75 D8 E8 79 CB FE FF
-
-. 0 805B988 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805B98F 13
-. 83 EC 0C 68 D2 81 06 08 E8 74 CA FE FF
-
-frndint_2 ... ok
-. 0 805B99C 5
-. 83 C4 10 EB 48
-
-. 0 805B9E9 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806346B 5
-. E8 81 85 FF FF
-
-. 0 805B9F1 49
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 83 EC 08 6A 01 68 40 A1 06 08 E8 CE C9 FE FF
-
-. 0 805BA22 11
-. 83 C4 10 85 C0 0F 85 90 00 00 00
-
-. 0 805BA2D 63
-. 9B DD B5 68 FF FF FF D9 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 04 D9 2C 24 83 C4 02 D9 FC D9 5D D8 DD A5 68 FF FF FF 83 EC 08 B8 00 40 9A 44 50 FF 75 D8 E8 95 CA FE FF
-
-. 0 805BA6C 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805BA73 13
-. 83 EC 0C 68 10 82 06 08 E8 90 C9 FE FF
-
-frndint_3 ... ok
-. 0 805BA80 5
-. 83 C4 10 EB 48
-
-. 0 805BACD 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063470 5
-. E8 60 86 FF FF
-
-. 0 805BAD5 49
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 83 EC 08 6A 01 68 40 A1 06 08 E8 EA C8 FE FF
-
-. 0 805BB06 11
-. 83 C4 10 85 C0 0F 85 90 00 00 00
-
-. 0 805BB11 63
-. 9B DD B5 68 FF FF FF D9 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 04 D9 2C 24 83 C4 02 D9 FC D9 5D D8 DD A5 68 FF FF FF 83 EC 08 B8 00 60 9A C4 50 FF 75 D8 E8 B1 C9 FE FF
-
-. 0 805BB50 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805BB57 13
-. 83 EC 0C 68 4E 82 06 08 E8 AC C8 FE FF
-
-frndint_4 ... ok
-. 0 805BB64 5
-. 83 C4 10 EB 48
-
-. 0 805BBB1 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063475 5
-. E8 3F 87 FF FF
-
-. 0 805BBB9 49
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 83 EC 08 6A 01 68 40 A1 06 08 E8 06 C8 FE FF
-
-. 0 805BBEA 11
-. 83 C4 10 85 C0 0F 85 90 00 00 00
-
-. 0 805BBF5 63
-. 9B DD B5 68 FF FF FF D9 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 08 D9 2C 24 83 C4 02 D9 FC D9 5D D8 DD A5 68 FF FF FF 83 EC 08 B8 00 60 9A 44 50 FF 75 D8 E8 CD C8 FE FF
-
-. 0 805BC34 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805BC3B 13
-. 83 EC 0C 68 8C 82 06 08 E8 C8 C7 FE FF
-
-frndint_5 ... ok
-. 0 805BC48 5
-. 83 C4 10 EB 48
-
-. 0 805BC95 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806347A 5
-. E8 1E 88 FF FF
-
-. 0 805BC9D 49
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 83 EC 08 6A 01 68 40 A1 06 08 E8 22 C7 FE FF
-
-. 0 805BCCE 11
-. 83 C4 10 85 C0 0F 85 90 00 00 00
-
-. 0 805BCD9 63
-. 9B DD B5 68 FF FF FF D9 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 08 D9 2C 24 83 C4 02 D9 FC D9 5D D8 DD A5 68 FF FF FF 83 EC 08 B8 00 40 9A C4 50 FF 75 D8 E8 E9 C7 FE FF
-
-. 0 805BD18 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805BD1F 13
-. 83 EC 0C 68 CA 82 06 08 E8 E4 C6 FE FF
-
-frndint_6 ... ok
-. 0 805BD2C 5
-. 83 C4 10 EB 48
-
-. 0 805BD79 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806347F 5
-. E8 FD 88 FF FF
-
-. 0 805BD81 49
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 83 EC 08 6A 01 68 40 A1 06 08 E8 3E C6 FE FF
-
-. 0 805BDB2 11
-. 83 C4 10 85 C0 0F 85 90 00 00 00
-
-. 0 805BDBD 63
-. 9B DD B5 68 FF FF FF D9 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 0C D9 2C 24 83 C4 02 D9 FC D9 5D D8 DD A5 68 FF FF FF 83 EC 08 B8 00 40 9A 44 50 FF 75 D8 E8 05 C7 FE FF
-
-. 0 805BDFC 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805BE03 13
-. 83 EC 0C 68 08 83 06 08 E8 00 C6 FE FF
-
-frndint_7 ... ok
-. 0 805BE10 5
-. 83 C4 10 EB 48
-
-. 0 805BE5D 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063484 5
-. E8 DC 89 FF FF
-
-. 0 805BE65 49
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 83 EC 08 6A 01 68 40 A1 06 08 E8 5A C5 FE FF
-
-. 0 805BE96 11
-. 83 C4 10 85 C0 0F 85 90 00 00 00
-
-. 0 805BEA1 63
-. 9B DD B5 68 FF FF FF D9 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 0C D9 2C 24 83 C4 02 D9 FC D9 5D D8 DD A5 68 FF FF FF 83 EC 08 B8 00 40 9A C4 50 FF 75 D8 E8 21 C6 FE FF
-
-. 0 805BEE0 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805BEE7 13
-. 83 EC 0C 68 46 83 06 08 E8 1C C5 FE FF
-
-frndint_8 ... ok
-. 0 805BEF4 5
-. 83 C4 10 EB 48
-
-. 0 805BF41 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063489 5
-. E8 BB 8A FF FF
-
-. 0 805BF49 57
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 83 EC 08 6A 01 68 40 A1 06 08 E8 6E C4 FE FF
-
-. 0 805BF82 11
-. 83 C4 10 85 C0 0F 85 91 00 00 00
-
-. 0 805BF8D 68
-. 9B DD B5 68 FF FF FF DD 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 83 0C 24 00 D9 2C 24 83 C4 02 D9 FC DD 5D D8 DD A5 68 FF FF FF B8 00 00 00 00 BA 88 D6 32 41 52 50 FF 75 DC FF 75 D8 E8 B1 C5 FE FF
-
-. 0 805BFD1 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805BFD8 13
-. 83 EC 0C 68 84 83 06 08 E8 2B C4 FE FF
-
-frndint_9 ... ok
-. 0 805BFE5 5
-. 83 C4 10 EB 44
-
-. 0 805C02E 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806348E 5
-. E8 A3 8B FF FF
-
-. 0 805C036 57
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 83 EC 08 6A 01 68 40 A1 06 08 E8 81 C3 FE FF
-
-. 0 805C06F 11
-. 83 C4 10 85 C0 0F 85 91 00 00 00
-
-. 0 805C07A 68
-. 9B DD B5 68 FF FF FF DD 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 83 0C 24 00 D9 2C 24 83 C4 02 D9 FC DD 5D D8 DD A5 68 FF FF FF B8 00 00 00 00 BA 88 D6 32 C1 52 50 FF 75 DC FF 75 D8 E8 C4 C4 FE FF
-
-. 0 805C0BE 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805C0C5 13
-. 83 EC 0C 68 C2 83 06 08 E8 3E C3 FE FF
-
-frndint_10 ... ok
-. 0 805C0D2 5
-. 83 C4 10 EB 44
-
-. 0 805C11B 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063493 5
-. E8 8B 8C FF FF
-
-. 0 805C123 57
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 83 EC 08 6A 01 68 40 A1 06 08 E8 94 C2 FE FF
-
-. 0 805C15C 11
-. 83 C4 10 85 C0 0F 85 92 00 00 00
-
-. 0 805C167 69
-. 9B DD B5 68 FF FF FF DD 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 04 D9 2C 24 83 C4 02 D9 FC DD 5D D8 DD A5 68 FF FF FF B8 00 00 00 00 BA 87 D6 32 41 52 50 FF 75 DC FF 75 D8 E8 D6 C3 FE FF
-
-. 0 805C1AC 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805C1B3 13
-. 83 EC 0C 68 03 84 06 08 E8 50 C2 FE FF
-
-frndint_11 ... ok
-. 0 805C1C0 5
-. 83 C4 10 EB 44
-
-. 0 805C209 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063498 5
-. E8 74 8D FF FF
-
-. 0 805C211 57
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 83 EC 08 6A 01 68 40 A1 06 08 E8 A6 C1 FE FF
-
-. 0 805C24A 11
-. 83 C4 10 85 C0 0F 85 92 00 00 00
-
-. 0 805C255 69
-. 9B DD B5 68 FF FF FF DD 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 04 D9 2C 24 83 C4 02 D9 FC DD 5D D8 DD A5 68 FF FF FF B8 00 00 00 00 BA 88 D6 32 C1 52 50 FF 75 DC FF 75 D8 E8 E8 C2 FE FF
-
-. 0 805C29A 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805C2A1 13
-. 83 EC 0C 68 44 84 06 08 E8 62 C1 FE FF
-
-frndint_12 ... ok
-. 0 805C2AE 5
-. 83 C4 10 EB 44
-
-. 0 805C2F7 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806349D 5
-. E8 5D 8E FF FF
-
-. 0 805C2FF 57
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 83 EC 08 6A 01 68 40 A1 06 08 E8 B8 C0 FE FF
-
-. 0 805C338 11
-. 83 C4 10 85 C0 0F 85 92 00 00 00
-
-. 0 805C343 69
-. 9B DD B5 68 FF FF FF DD 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 08 D9 2C 24 83 C4 02 D9 FC DD 5D D8 DD A5 68 FF FF FF B8 00 00 00 00 BA 88 D6 32 41 52 50 FF 75 DC FF 75 D8 E8 FA C1 FE FF
-
-. 0 805C388 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805C38F 13
-. 83 EC 0C 68 85 84 06 08 E8 74 C0 FE FF
-
-frndint_13 ... ok
-. 0 805C39C 5
-. 83 C4 10 EB 44
-
-. 0 805C3E5 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80634A2 5
-. E8 46 8F FF FF
-
-. 0 805C3ED 57
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 83 EC 08 6A 01 68 40 A1 06 08 E8 CA BF FE FF
-
-. 0 805C426 11
-. 83 C4 10 85 C0 0F 85 92 00 00 00
-
-. 0 805C431 69
-. 9B DD B5 68 FF FF FF DD 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 08 D9 2C 24 83 C4 02 D9 FC DD 5D D8 DD A5 68 FF FF FF B8 00 00 00 00 BA 87 D6 32 C1 52 50 FF 75 DC FF 75 D8 E8 0C C1 FE FF
-
-. 0 805C476 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805C47D 13
-. 83 EC 0C 68 C6 84 06 08 E8 86 BF FE FF
-
-frndint_14 ... ok
-. 0 805C48A 5
-. 83 C4 10 EB 44
-
-. 0 805C4D3 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80634A7 5
-. E8 2F 90 FF FF
-
-. 0 805C4DB 57
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 83 EC 08 6A 01 68 40 A1 06 08 E8 DC BE FE FF
-
-. 0 805C514 11
-. 83 C4 10 85 C0 0F 85 92 00 00 00
-
-. 0 805C51F 69
-. 9B DD B5 68 FF FF FF DD 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 0C D9 2C 24 83 C4 02 D9 FC DD 5D D8 DD A5 68 FF FF FF B8 00 00 00 00 BA 87 D6 32 41 52 50 FF 75 DC FF 75 D8 E8 1E C0 FE FF
-
-. 0 805C564 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805C56B 13
-. 83 EC 0C 68 07 85 06 08 E8 98 BE FE FF
-
-frndint_15 ... ok
-. 0 805C578 5
-. 83 C4 10 EB 44
-
-. 0 805C5C1 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80634AC 5
-. E8 18 91 FF FF
-
-. 0 805C5C9 57
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 83 EC 08 6A 01 68 40 A1 06 08 E8 EE BD FE FF
-
-. 0 805C602 11
-. 83 C4 10 85 C0 0F 85 92 00 00 00
-
-. 0 805C60D 69
-. 9B DD B5 68 FF FF FF DD 45 E0 83 EC 02 9B D9 3C 24 66 81 24 24 FF F3 66 81 0C 24 00 0C D9 2C 24 83 C4 02 D9 FC DD 5D D8 DD A5 68 FF FF FF B8 00 00 00 00 BA 87 D6 32 C1 52 50 FF 75 DC FF 75 D8 E8 30 BF FE FF
-
-. 0 805C652 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805C659 13
-. 83 EC 0C 68 48 85 06 08 E8 AA BD FE FF
-
-frndint_16 ... ok
-. 0 805C666 5
-. 83 C4 10 EB 44
-
-. 0 805C6AF 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80634B1 5
-. E8 01 92 FF FF
-
-. 0 805C6B7 64
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 F9 BC FE FF
-
-. 0 805C6F7 7
-. 83 C4 10 85 C0 75 78
-
-. 0 805C6FE 39
-. 9B DD B5 58 FF FF FF D9 45 E0 D8 65 DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 EA 56 EB C5 50 FF 75 D0 E8 DC BD FE FF
-
-. 0 805C725 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805C72C 13
-. 83 EC 0C 68 89 85 06 08 E8 D7 BC FE FF
-
-fsubs_1 ... ok
-. 0 805C739 5
-. 83 C4 10 EB 48
-
-. 0 805C786 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80634B6 5
-. E8 D3 92 FF FF
-
-. 0 805C78E 64
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 22 BC FE FF
-
-. 0 805C7CE 7
-. 83 C4 10 85 C0 75 78
-
-. 0 805C7D5 39
-. 9B DD B5 58 FF FF FF D9 45 E0 D8 65 DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 FF 3F 1C C6 50 FF 75 D0 E8 05 BD FE FF
-
-. 0 805C7FC 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805C803 13
-. 83 EC 0C 68 C1 85 06 08 E8 00 BC FE FF
-
-fsubs_2 ... ok
-. 0 805C810 5
-. 83 C4 10 EB 48
-
-. 0 805C85D 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80634BB 5
-. E8 A5 93 FF FF
-
-. 0 805C865 64
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 4B BB FE FF
-
-. 0 805C8A5 7
-. 83 C4 10 85 C0 75 78
-
-. 0 805C8AC 39
-. 9B DD B5 58 FF FF FF D9 45 E0 D8 65 DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 00 40 1C 46 50 FF 75 D0 E8 2E BC FE FF
-
-. 0 805C8D3 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805C8DA 13
-. 83 EC 0C 68 F9 85 06 08 E8 29 BB FE FF
-
-fsubs_3 ... ok
-. 0 805C8E7 5
-. 83 C4 10 EB 48
-
-. 0 805C934 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80634C0 5
-. E8 77 94 FF FF
-
-. 0 805C93C 64
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 74 BA FE FF
-
-. 0 805C97C 7
-. 83 C4 10 85 C0 75 78
-
-. 0 805C983 39
-. 9B DD B5 58 FF FF FF D9 45 E0 D8 65 DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 EA 56 EB 45 50 FF 75 D0 E8 57 BB FE FF
-
-. 0 805C9AA 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805C9B1 13
-. 83 EC 0C 68 31 86 06 08 E8 52 BA FE FF
-
-fsubs_4 ... ok
-. 0 805C9BE 5
-. 83 C4 10 EB 48
-
-. 0 805CA0B 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80634C5 5
-. E8 49 95 FF FF
-
-. 0 805CA13 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 86 B9 FE FF
-
-. 0 805CA6A 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 805CA71 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DC 65 D8 DD 5D D0 DD A5 58 FF FF FF B8 03 E0 E9 56 BA 4A 7D 58 C1 52 50 FF 75 D4 FF 75 D0 E8 E4 BA FE FF
-
-. 0 805CA9E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805CAA5 13
-. 83 EC 0C 68 69 86 06 08 E8 5E B9 FE FF
-
-fsubl_1 ... ok
-. 0 805CAB2 5
-. 83 C4 10 EB 44
-
-. 0 805CAFB 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80634CA 5
-. E8 34 96 FF FF
-
-. 0 805CB03 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 96 B8 FE FF
-
-. 0 805CB5A 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 805CB61 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DC 65 D8 DD 5D D0 DD A5 58 FF FF FF B8 ED C6 71 1C BA 47 F4 60 C1 52 50 FF 75 D4 FF 75 D0 E8 F4 B9 FE FF
-
-. 0 805CB8E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805CB95 13
-. 83 EC 0C 68 A1 86 06 08 E8 6E B8 FE FF
-
-fsubl_2 ... ok
-. 0 805CBA2 5
-. 83 C4 10 EB 44
-
-. 0 805CBEB 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80634CF 5
-. E8 1F 97 FF FF
-
-. 0 805CBF3 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 A6 B7 FE FF
-
-. 0 805CC4A 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 805CC51 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DC 65 D8 DD 5D D0 DD A5 58 FF FF FF B8 ED C6 71 1C BA 47 F4 60 41 52 50 FF 75 D4 FF 75 D0 E8 04 B9 FE FF
-
-. 0 805CC7E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805CC85 13
-. 83 EC 0C 68 D9 86 06 08 E8 7E B7 FE FF
-
-fsubl_3 ... ok
-. 0 805CC92 5
-. 83 C4 10 EB 44
-
-. 0 805CCDB 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80634D4 5
-. E8 0A 98 FF FF
-
-. 0 805CCE3 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 B6 B6 FE FF
-
-. 0 805CD3A 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 805CD41 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DC 65 D8 DD 5D D0 DD A5 58 FF FF FF B8 03 E0 E9 56 BA 4A 7D 58 41 52 50 FF 75 D4 FF 75 D0 E8 14 B8 FE FF
-
-. 0 805CD6E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805CD75 13
-. 83 EC 0C 68 11 87 06 08 E8 8E B6 FE FF
-
-fsubl_4 ... ok
-. 0 805CD82 5
-. 83 C4 10 EB 44
-
-. 0 805CDCB 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80634D9 5
-. E8 F5 98 FF FF
-
-. 0 805CDD3 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 D6 B5 FE FF
-
-. 0 805CE1A 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 805CE25 47
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DC E2 D9 F7 D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 EA 56 EB C5 50 FF 75 D0 E8 AD B6 FE FF
-
-. 0 805CE54 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805CE5B 13
-. 83 EC 0C 68 49 87 06 08 E8 A8 B5 FE FF
-
-fsub_1 ... ok
-. 0 805CE68 5
-. 83 C4 10 EB 48
-
-. 0 805CEB5 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80634DE 5
-. E8 DA 99 FF FF
-
-. 0 805CEBD 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 EC B4 FE FF
-
-. 0 805CF04 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 805CF0F 47
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DC E2 D9 F7 D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 00 40 1C C6 50 FF 75 D0 E8 C3 B5 FE FF
-
-. 0 805CF3E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805CF45 13
-. 83 EC 0C 68 7E 87 06 08 E8 BE B4 FE FF
-
-fsub_2 ... ok
-. 0 805CF52 5
-. 83 C4 10 EB 48
-
-. 0 805CF9F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80634E3 5
-. E8 BF 9A FF FF
-
-. 0 805CFA7 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 02 B4 FE FF
-
-. 0 805CFEE 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 805CFF9 47
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DC E2 D9 F7 D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 00 40 1C 46 50 FF 75 D0 E8 D9 B4 FE FF
-
-. 0 805D028 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805D02F 13
-. 83 EC 0C 68 B3 87 06 08 E8 D4 B3 FE FF
-
-fsub_3 ... ok
-. 0 805D03C 5
-. 83 C4 10 EB 48
-
-. 0 805D089 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80634E8 5
-. E8 A4 9B FF FF
-
-. 0 805D091 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 18 B3 FE FF
-
-. 0 805D0D8 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 805D0E3 47
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DC E2 D9 F7 D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 EA 56 EB 45 50 FF 75 D0 E8 EF B3 FE FF
-
-. 0 805D112 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805D119 13
-. 83 EC 0C 68 E8 87 06 08 E8 EA B2 FE FF
-
-fsub_4 ... ok
-. 0 805D126 5
-. 83 C4 10 EB 48
-
-. 0 805D173 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80634ED 5
-. E8 89 9C FF FF
-
-. 0 805D17B 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 1E B2 FE FF
-
-. 0 805D1D2 11
-. 83 C4 10 85 C0 0F 85 82 00 00 00
-
-. 0 805D1DD 53
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DC E2 D9 F7 D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 03 E0 E9 56 BA 4A 7D 58 C1 52 50 FF 75 D4 FF 75 D0 E8 70 B3 FE FF
-
-. 0 805D212 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805D219 13
-. 83 EC 0C 68 1D 88 06 08 E8 EA B1 FE FF
-
-fsub_5 ... ok
-. 0 805D226 5
-. 83 C4 10 EB 44
-
-. 0 805D26F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80634F2 5
-. E8 80 9D FF FF
-
-. 0 805D277 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 22 B1 FE FF
-
-. 0 805D2CE 11
-. 83 C4 10 85 C0 0F 85 82 00 00 00
-
-. 0 805D2D9 53
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DC E2 D9 F7 D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 ED C6 71 1C BA 47 F4 60 C1 52 50 FF 75 D4 FF 75 D0 E8 74 B2 FE FF
-
-. 0 805D30E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805D315 13
-. 83 EC 0C 68 52 88 06 08 E8 EE B0 FE FF
-
-fsub_6 ... ok
-. 0 805D322 5
-. 83 C4 10 EB 44
-
-. 0 805D36B 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80634F7 5
-. E8 77 9E FF FF
-
-. 0 805D373 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 26 B0 FE FF
-
-. 0 805D3CA 11
-. 83 C4 10 85 C0 0F 85 82 00 00 00
-
-. 0 805D3D5 53
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DC E2 D9 F7 D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 ED C6 71 1C BA 47 F4 60 41 52 50 FF 75 D4 FF 75 D0 E8 78 B1 FE FF
-
-. 0 805D40A 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805D411 13
-. 83 EC 0C 68 87 88 06 08 E8 F2 AF FE FF
-
-fsub_7 ... ok
-. 0 805D41E 5
-. 83 C4 10 EB 44
-
-. 0 805D467 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80634FC 5
-. E8 6E 9F FF FF
-
-. 0 805D46F 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 2A AF FE FF
-
-. 0 805D4C6 11
-. 83 C4 10 85 C0 0F 85 82 00 00 00
-
-. 0 805D4D1 53
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DC E2 D9 F7 D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 03 E0 E9 56 BA 4A 7D 58 41 52 50 FF 75 D4 FF 75 D0 E8 7C B0 FE FF
-
-. 0 805D506 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805D50D 13
-. 83 EC 0C 68 BC 88 06 08 E8 F6 AE FE FF
-
-fsub_8 ... ok
-. 0 805D51A 5
-. 83 C4 10 EB 44
-
-. 0 805D563 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063501 5
-. E8 65 A0 FF FF
-
-. 0 805D56B 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 3E AE FE FF
-
-. 0 805D5B2 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 805D5B9 43
-. 9B DD B5 58 FF FF FF D9 45 E0 D9 EE D9 45 D8 D8 E2 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 EA 56 EB 45 50 FF 75 D0 E8 1D AF FE FF
-
-. 0 805D5E4 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805D5EB 13
-. 83 EC 0C 68 F1 88 06 08 E8 18 AE FE FF
-
-fsub_9 ... ok
-. 0 805D5F8 5
-. 83 C4 10 EB 48
-
-. 0 805D645 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063506 5
-. E8 42 A1 FF FF
-
-. 0 805D64D 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 5C AD FE FF
-
-. 0 805D694 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 805D69B 43
-. 9B DD B5 58 FF FF FF D9 45 E0 D9 EE D9 45 D8 D8 E2 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 00 40 1C 46 50 FF 75 D0 E8 3B AE FE FF
-
-. 0 805D6C6 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805D6CD 13
-. 83 EC 0C 68 26 89 06 08 E8 36 AD FE FF
-
-fsub_10 ... ok
-. 0 805D6DA 5
-. 83 C4 10 EB 48
-
-. 0 805D727 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806350B 5
-. E8 1F A2 FF FF
-
-. 0 805D72F 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 7A AC FE FF
-
-. 0 805D776 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 805D77D 43
-. 9B DD B5 58 FF FF FF D9 45 E0 D9 EE D9 45 D8 D8 E2 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 00 40 1C C6 50 FF 75 D0 E8 59 AD FE FF
-
-. 0 805D7A8 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805D7AF 13
-. 83 EC 0C 68 5E 89 06 08 E8 54 AC FE FF
-
-fsub_11 ... ok
-. 0 805D7BC 5
-. 83 C4 10 EB 48
-
-. 0 805D809 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063510 5
-. E8 FC A2 FF FF
-
-. 0 805D811 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 98 AB FE FF
-
-. 0 805D858 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 805D85F 43
-. 9B DD B5 58 FF FF FF D9 45 E0 D9 EE D9 45 D8 D8 E2 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 EA 56 EB C5 50 FF 75 D0 E8 77 AC FE FF
-
-. 0 805D88A 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805D891 13
-. 83 EC 0C 68 96 89 06 08 E8 72 AB FE FF
-
-fsub_12 ... ok
-. 0 805D89E 5
-. 83 C4 10 EB 48
-
-. 0 805D8EB 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063515 5
-. E8 D9 A3 FF FF
-
-. 0 805D8F3 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 A6 AA FE FF
-
-. 0 805D94A 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 805D951 49
-. 9B DD B5 58 FF FF FF DD 45 E0 D9 EE DD 45 D8 D8 E2 DD 5D D0 DD A5 58 FF FF FF B8 03 E0 E9 56 BA 4A 7D 58 41 52 50 FF 75 D4 FF 75 D0 E8 00 AC FE FF
-
-. 0 805D982 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805D989 13
-. 83 EC 0C 68 CE 89 06 08 E8 7A AA FE FF
-
-fsub_13 ... ok
-. 0 805D996 5
-. 83 C4 10 EB 44
-
-. 0 805D9DF 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806351A 5
-. E8 C8 A4 FF FF
-
-. 0 805D9E7 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 B2 A9 FE FF
-
-. 0 805DA3E 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 805DA45 49
-. 9B DD B5 58 FF FF FF DD 45 E0 D9 EE DD 45 D8 D8 E2 DD 5D D0 DD A5 58 FF FF FF B8 ED C6 71 1C BA 47 F4 60 41 52 50 FF 75 D4 FF 75 D0 E8 0C AB FE FF
-
-. 0 805DA76 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805DA7D 13
-. 83 EC 0C 68 06 8A 06 08 E8 86 A9 FE FF
-
-fsub_14 ... ok
-. 0 805DA8A 5
-. 83 C4 10 EB 44
-
-. 0 805DAD3 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806351F 5
-. E8 B7 A5 FF FF
-
-. 0 805DADB 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 BE A8 FE FF
-
-. 0 805DB32 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 805DB39 49
-. 9B DD B5 58 FF FF FF DD 45 E0 D9 EE DD 45 D8 D8 E2 DD 5D D0 DD A5 58 FF FF FF B8 ED C6 71 1C BA 47 F4 60 C1 52 50 FF 75 D4 FF 75 D0 E8 18 AA FE FF
-
-. 0 805DB6A 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805DB71 13
-. 83 EC 0C 68 3E 8A 06 08 E8 92 A8 FE FF
-
-fsub_15 ... ok
-. 0 805DB7E 5
-. 83 C4 10 EB 44
-
-. 0 805DBC7 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063524 5
-. E8 A6 A6 FF FF
-
-. 0 805DBCF 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 CA A7 FE FF
-
-. 0 805DC26 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 805DC2D 49
-. 9B DD B5 58 FF FF FF DD 45 E0 D9 EE DD 45 D8 D8 E2 DD 5D D0 DD A5 58 FF FF FF B8 03 E0 E9 56 BA 4A 7D 58 C1 52 50 FF 75 D4 FF 75 D0 E8 24 A9 FE FF
-
-. 0 805DC5E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805DC65 13
-. 83 EC 0C 68 76 8A 06 08 E8 9E A7 FE FF
-
-fsub_16 ... ok
-. 0 805DC72 5
-. 83 C4 10 EB 44
-
-. 0 805DCBB 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063529 5
-. E8 95 A7 FF FF
-
-. 0 805DCC3 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 E6 A6 FE FF
-
-. 0 805DD0A 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 805DD11 45
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DE E2 D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 EA 56 EB C5 50 FF 75 D0 E8 C3 A7 FE FF
-
-. 0 805DD3E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805DD45 13
-. 83 EC 0C 68 AE 8A 06 08 E8 BE A6 FE FF
-
-fsubp_1 ... ok
-. 0 805DD52 5
-. 83 C4 10 EB 48
-
-. 0 805DD9F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806352E 5
-. E8 74 A8 FF FF
-
-. 0 805DDA7 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 02 A6 FE FF
-
-. 0 805DDEE 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 805DDF5 45
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DE E2 D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 00 40 1C C6 50 FF 75 D0 E8 DF A6 FE FF
-
-. 0 805DE22 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805DE29 13
-. 83 EC 0C 68 E6 8A 06 08 E8 DA A5 FE FF
-
-fsubp_2 ... ok
-. 0 805DE36 5
-. 83 C4 10 EB 48
-
-. 0 805DE83 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063533 5
-. E8 53 A9 FF FF
-
-. 0 805DE8B 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 1E A5 FE FF
-
-. 0 805DED2 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 805DED9 45
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DE E2 D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 00 40 1C 46 50 FF 75 D0 E8 FB A5 FE FF
-
-. 0 805DF06 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805DF0D 13
-. 83 EC 0C 68 1E 8B 06 08 E8 F6 A4 FE FF
-
-fsubp_3 ... ok
-. 0 805DF1A 5
-. 83 C4 10 EB 48
-
-. 0 805DF67 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063538 5
-. E8 32 AA FF FF
-
-. 0 805DF6F 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 3A A4 FE FF
-
-. 0 805DFB6 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 805DFBD 45
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DE E2 D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 EA 56 EB 45 50 FF 75 D0 E8 17 A5 FE FF
-
-. 0 805DFEA 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805DFF1 13
-. 83 EC 0C 68 56 8B 06 08 E8 12 A4 FE FF
-
-fsubp_4 ... ok
-. 0 805DFFE 5
-. 83 C4 10 EB 48
-
-. 0 805E04B 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806353D 5
-. E8 11 AB FF FF
-
-. 0 805E053 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 46 A3 FE FF
-
-. 0 805E0AA 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 805E0B5 51
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DE E2 D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 03 E0 E9 56 BA 4A 7D 58 C1 52 50 FF 75 D4 FF 75 D0 E8 9A A4 FE FF
-
-. 0 805E0E8 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805E0EF 13
-. 83 EC 0C 68 8E 8B 06 08 E8 14 A3 FE FF
-
-fsubp_5 ... ok
-. 0 805E0FC 5
-. 83 C4 10 EB 44
-
-. 0 805E145 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063542 5
-. E8 06 AC FF FF
-
-. 0 805E14D 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 4C A2 FE FF
-
-. 0 805E1A4 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 805E1AF 51
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DE E2 D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 ED C6 71 1C BA 47 F4 60 C1 52 50 FF 75 D4 FF 75 D0 E8 A0 A3 FE FF
-
-. 0 805E1E2 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805E1E9 13
-. 83 EC 0C 68 C6 8B 06 08 E8 1A A2 FE FF
-
-fsubp_6 ... ok
-. 0 805E1F6 5
-. 83 C4 10 EB 44
-
-. 0 805E23F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063547 5
-. E8 FB AC FF FF
-
-. 0 805E247 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 52 A1 FE FF
-
-. 0 805E29E 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 805E2A9 51
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DE E2 D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 ED C6 71 1C BA 47 F4 60 41 52 50 FF 75 D4 FF 75 D0 E8 A6 A2 FE FF
-
-. 0 805E2DC 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805E2E3 13
-. 83 EC 0C 68 FE 8B 06 08 E8 20 A1 FE FF
-
-fsubp_7 ... ok
-. 0 805E2F0 5
-. 83 C4 10 EB 44
-
-. 0 805E339 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806354C 5
-. E8 F0 AD FF FF
-
-. 0 805E341 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 58 A0 FE FF
-
-. 0 805E398 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 805E3A3 51
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DE E2 D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 03 E0 E9 56 BA 4A 7D 58 41 52 50 FF 75 D4 FF 75 D0 E8 AC A1 FE FF
-
-. 0 805E3D6 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805E3DD 13
-. 83 EC 0C 68 36 8C 06 08 E8 26 A0 FE FF
-
-fsubp_8 ... ok
-. 0 805E3EA 5
-. 83 C4 10 EB 44
-
-. 0 805E433 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063551 5
-. E8 E5 AE FF FF
-
-. 0 805E43B 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 6E 9F FE FF
-
-. 0 805E482 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 805E489 41
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 45 E0 DE E1 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 EA 56 EB C5 50 FF 75 D0 E8 4F A0 FE FF
-
-. 0 805E4B2 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805E4B9 13
-. 83 EC 0C 68 6E 8C 06 08 E8 4A 9F FE FF
-
-fsubp_9 ... ok
-. 0 805E4C6 5
-. 83 C4 10 EB 48
-
-. 0 805E513 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063556 5
-. E8 C0 AF FF FF
-
-. 0 805E51B 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 8E 9E FE FF
-
-. 0 805E562 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 805E569 41
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 45 E0 DE E1 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 00 40 1C C6 50 FF 75 D0 E8 6F 9F FE FF
-
-. 0 805E592 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805E599 13
-. 83 EC 0C 68 A6 8C 06 08 E8 6A 9E FE FF
-
-fsubp_10 ... ok
-. 0 805E5A6 5
-. 83 C4 10 EB 48
-
-. 0 805E5F3 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806355B 5
-. E8 9B B0 FF FF
-
-. 0 805E5FB 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 AE 9D FE FF
-
-. 0 805E642 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 805E649 41
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 45 E0 DE E1 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 00 40 1C 46 50 FF 75 D0 E8 8F 9E FE FF
-
-. 0 805E672 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805E679 13
-. 83 EC 0C 68 E1 8C 06 08 E8 8A 9D FE FF
-
-fsubp_11 ... ok
-. 0 805E686 5
-. 83 C4 10 EB 48
-
-. 0 805E6D3 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063560 5
-. E8 76 B1 FF FF
-
-. 0 805E6DB 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 CE 9C FE FF
-
-. 0 805E722 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 805E729 41
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 45 E0 DE E1 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 EA 56 EB 45 50 FF 75 D0 E8 AF 9D FE FF
-
-. 0 805E752 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805E759 13
-. 83 EC 0C 68 1C 8D 06 08 E8 AA 9C FE FF
-
-fsubp_12 ... ok
-. 0 805E766 5
-. 83 C4 10 EB 48
-
-. 0 805E7B3 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063565 5
-. E8 51 B2 FF FF
-
-. 0 805E7BB 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 DE 9B FE FF
-
-. 0 805E812 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 805E819 47
-. 9B DD B5 58 FF FF FF DD 45 D8 DD 45 E0 DE E1 DD 5D D0 DD A5 58 FF FF FF B8 03 E0 E9 56 BA 4A 7D 58 C1 52 50 FF 75 D4 FF 75 D0 E8 3A 9D FE FF
-
-. 0 805E848 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805E84F 13
-. 83 EC 0C 68 57 8D 06 08 E8 B4 9B FE FF
-
-fsubp_13 ... ok
-. 0 805E85C 5
-. 83 C4 10 EB 44
-
-. 0 805E8A5 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806356A 5
-. E8 3E B3 FF FF
-
-. 0 805E8AD 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 EC 9A FE FF
-
-. 0 805E904 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 805E90B 47
-. 9B DD B5 58 FF FF FF DD 45 D8 DD 45 E0 DE E1 DD 5D D0 DD A5 58 FF FF FF B8 ED C6 71 1C BA 47 F4 60 C1 52 50 FF 75 D4 FF 75 D0 E8 48 9C FE FF
-
-. 0 805E93A 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805E941 13
-. 83 EC 0C 68 92 8D 06 08 E8 C2 9A FE FF
-
-fsubp_14 ... ok
-. 0 805E94E 5
-. 83 C4 10 EB 44
-
-. 0 805E997 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806356F 5
-. E8 2B B4 FF FF
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-. 0 805E99F 87
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-. 0 805E9F6 7
-. 83 C4 10 85 C0 75 7C
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-. 0 805E9FD 47
-. 9B DD B5 58 FF FF FF DD 45 D8 DD 45 E0 DE E1 DD 5D D0 DD A5 58 FF FF FF B8 ED C6 71 1C BA 47 F4 60 41 52 50 FF 75 D4 FF 75 D0 E8 56 9B FE FF
-
-. 0 805EA2C 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805EA33 13
-. 83 EC 0C 68 CD 8D 06 08 E8 D0 99 FE FF
-
-fsubp_15 ... ok
-. 0 805EA40 5
-. 83 C4 10 EB 44
-
-. 0 805EA89 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063574 5
-. E8 18 B5 FF FF
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-. 0 805EA91 87
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-. 0 805EAE8 7
-. 83 C4 10 85 C0 75 7C
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-. 0 805EAEF 47
-. 9B DD B5 58 FF FF FF DD 45 D8 DD 45 E0 DE E1 DD 5D D0 DD A5 58 FF FF FF B8 03 E0 E9 56 BA 4A 7D 58 41 52 50 FF 75 D4 FF 75 D0 E8 64 9A FE FF
-
-. 0 805EB1E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805EB25 13
-. 83 EC 0C 68 08 8E 06 08 E8 DE 98 FE FF
-
-fsubp_16 ... ok
-. 0 805EB32 5
-. 83 C4 10 EB 44
-
-. 0 805EB7B 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063579 5
-. E8 05 B6 FF FF
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-. 0 805EB83 61
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-. 0 805EBC0 7
-. 83 C4 10 85 C0 75 78
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-. 0 805EBC7 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DE 65 DE D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 EA E6 40 C5 50 FF 75 D0 E8 13 99 FE FF
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-. 0 805EBEE 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805EBF5 13
-. 83 EC 0C 68 43 8E 06 08 E8 0E 98 FE FF
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-fisubs_1 ... ok
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-. 83 C4 10 EB 48
-
-. 0 805EC4F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806357E 5
-. E8 D4 B6 FF FF
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-. 0 805EC57 61
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 66 C7 45 DE 00 00 66 C7 45 DE E1 10 83 EC 08 6A 01 68 40 A1 06 08 E8 5C 97 FE FF
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-. 0 805EC94 7
-. 83 C4 10 85 C0 75 78
-
-. 0 805EC9B 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DE 65 DE D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 8B 9C AD C5 50 FF 75 D0 E8 3F 98 FE FF
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-. 0 805ECC2 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805ECC9 13
-. 83 EC 0C 68 7E 8E 06 08 E8 3A 97 FE FF
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-fisubs_2 ... ok
-. 0 805ECD6 5
-. 83 C4 10 EB 48
-
-. 0 805ED23 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063583 5
-. E8 A3 B7 FF FF
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-. 0 805ED2B 61
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 66 C7 45 DE 00 00 66 C7 45 DE 1F EF 83 EC 08 6A 01 68 40 A1 06 08 E8 88 96 FE FF
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-. 0 805ED68 7
-. 83 C4 10 85 C0 75 78
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-. 0 805ED6F 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DE 65 DE D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 8B 9C AD 45 50 FF 75 D0 E8 6B 97 FE FF
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-. 0 805ED96 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805ED9D 13
-. 83 EC 0C 68 B9 8E 06 08 E8 66 96 FE FF
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-fisubs_3 ... ok
-. 0 805EDAA 5
-. 83 C4 10 EB 48
-
-. 0 805EDF7 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063588 5
-. E8 72 B8 FF FF
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-. 0 805EDFF 61
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-. 0 805EE3C 7
-. 83 C4 10 85 C0 75 78
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-. 0 805EE43 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DE 65 DE D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 EA E6 40 45 50 FF 75 D0 E8 97 96 FE FF
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-. 0 805EE6A 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805EE71 13
-. 83 EC 0C 68 F4 8E 06 08 E8 92 95 FE FF
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-fisubs_4 ... ok
-. 0 805EE7E 5
-. 83 C4 10 EB 48
-
-. 0 805EECB 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806358D 5
-. E8 41 B9 FF FF
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-. 0 805EED3 69
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 66 C7 45 DE 00 00 66 C7 45 DE E1 10 83 EC 08 6A 01 68 40 A1 06 08 E8 D8 94 FE FF
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-. 0 805EF18 7
-. 83 C4 10 85 C0 75 7A
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-. 0 805EF1F 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DE 65 DE DD 5D D0 DD A5 58 FF FF FF B8 AD 5B F3 C3 BA A6 C5 32 41 52 50 FF 75 D4 FF 75 D0 E8 36 96 FE FF
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-. 0 805EF4C 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805EF53 13
-. 83 EC 0C 68 2F 8F 06 08 E8 B0 94 FE FF
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-fisubs_5 ... ok
-. 0 805EF60 5
-. 83 C4 10 EB 44
-
-. 0 805EFA9 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063592 5
-. E8 1A BA FF FF
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-. 0 805EFB1 69
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-. 0 805EFF6 7
-. 83 C4 10 85 C0 75 7A
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-. 0 805EFFD 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DE 65 DE DD 5D D0 DD A5 58 FF FF FF B8 AD 5B F3 C3 BA 68 E7 32 C1 52 50 FF 75 D4 FF 75 D0 E8 58 95 FE FF
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-. 0 805F02A 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805F031 13
-. 83 EC 0C 68 6A 8F 06 08 E8 D2 93 FE FF
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-fisubs_6 ... ok
-. 0 805F03E 5
-. 83 C4 10 EB 44
-
-. 0 805F087 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063597 5
-. E8 F3 BA FF FF
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-. 0 805F08F 69
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 66 C7 45 DE 00 00 66 C7 45 DE 1F EF 83 EC 08 6A 01 68 40 A1 06 08 E8 1C 93 FE FF
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-. 0 805F0D4 7
-. 83 C4 10 85 C0 75 7A
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-. 0 805F0DB 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DE 65 DE DD 5D D0 DD A5 58 FF FF FF B8 AD 5B F3 C3 BA 68 E7 32 41 52 50 FF 75 D4 FF 75 D0 E8 7A 94 FE FF
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-. 0 805F108 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805F10F 13
-. 83 EC 0C 68 A5 8F 06 08 E8 F4 92 FE FF
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-fisubs_7 ... ok
-. 0 805F11C 5
-. 83 C4 10 EB 44
-
-. 0 805F165 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806359C 5
-. E8 CC BB FF FF
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-. 0 805F16D 69
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 66 C7 45 DE 00 00 66 C7 45 DE 1F EF 83 EC 08 6A 01 68 40 A1 06 08 E8 3E 92 FE FF
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-. 0 805F1B2 7
-. 83 C4 10 85 C0 75 7A
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-. 0 805F1B9 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DE 65 DE DD 5D D0 DD A5 58 FF FF FF B8 AD 5B F3 C3 BA A6 C5 32 C1 52 50 FF 75 D4 FF 75 D0 E8 9C 93 FE FF
-
-. 0 805F1E6 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805F1ED 13
-. 83 EC 0C 68 E0 8F 06 08 E8 16 92 FE FF
-
-fisubs_8 ... ok
-. 0 805F1FA 5
-. 83 C4 10 EB 44
-
-. 0 805F243 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80635A1 5
-. E8 A5 BC FF FF
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-. 0 805F24B 63
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-. 0 805F28A 7
-. 83 C4 10 85 C0 75 78
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-. 0 805F291 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DA 65 DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 5C 2F A7 CC 50 FF 75 D0 E8 49 92 FE FF
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-. 0 805F2B8 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805F2BF 13
-. 83 EC 0C 68 1B 90 06 08 E8 44 91 FE FF
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-fisubl_1 ... ok
-. 0 805F2CC 5
-. 83 C4 10 EB 48
-
-. 0 805F319 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80635A6 5
-. E8 76 BD FF FF
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-. 0 805F321 63
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 DC 00 00 00 00 C7 45 DC B1 7F 39 05 83 EC 08 6A 01 68 40 A1 06 08 E8 90 90 FE FF
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-. 0 805F360 7
-. 83 C4 10 85 C0 75 78
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-. 0 805F367 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DA 65 DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 90 30 A7 CC 50 FF 75 D0 E8 73 91 FE FF
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-. 0 805F38E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805F395 13
-. 83 EC 0C 68 56 90 06 08 E8 6E 90 FE FF
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-fisubl_2 ... ok
-. 0 805F3A2 5
-. 83 C4 10 EB 48
-
-. 0 805F3EF 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80635AB 5
-. E8 47 BE FF FF
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-. 0 805F3F7 63
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 DC 00 00 00 00 C7 45 DC 4F 80 C6 FA 83 EC 08 6A 01 68 40 A1 06 08 E8 BA 8F FE FF
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-. 0 805F436 7
-. 83 C4 10 85 C0 75 78
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-. 0 805F43D 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DA 65 DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 90 30 A7 4C 50 FF 75 D0 E8 9D 90 FE FF
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-. 0 805F464 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805F46B 13
-. 83 EC 0C 68 91 90 06 08 E8 98 8F FE FF
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-fisubl_3 ... ok
-. 0 805F478 5
-. 83 C4 10 EB 48
-
-. 0 805F4C5 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80635B0 5
-. E8 18 BF FF FF
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-. 0 805F4CD 63
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-. 0 805F50C 7
-. 83 C4 10 85 C0 75 78
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-. 0 805F513 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DA 65 DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 5C 2F A7 4C 50 FF 75 D0 E8 C7 8F FE FF
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-. 0 805F53A 7
-. 83 C4 10 85 C0 74 12
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-. 0 805F541 13
-. 83 EC 0C 68 CC 90 06 08 E8 C2 8E FE FF
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-fisubl_4 ... ok
-. 0 805F54E 5
-. 83 C4 10 EB 48
-
-. 0 805F59B 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80635B5 5
-. E8 E9 BF FF FF
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-. 0 805F5A3 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 DC 00 00 00 00 C7 45 DC B1 7F 39 05 83 EC 08 6A 01 68 40 A1 06 08 E8 06 8E FE FF
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-. 0 805F5EA 7
-. 83 C4 10 85 C0 75 7A
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-. 0 805F5F1 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DA 65 DC DD 5D D0 DD A5 58 FF FF FF B8 91 32 F0 A4 BA A4 9A 94 C1 52 50 FF 75 D4 FF 75 D0 E8 64 8F FE FF
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-. 0 805F61E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805F625 13
-. 83 EC 0C 68 07 91 06 08 E8 DE 8D FE FF
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-fisubl_5 ... ok
-. 0 805F632 5
-. 83 C4 10 EB 44
-
-. 0 805F67B 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80635BA 5
-. E8 C4 C0 FF FF
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-. 0 805F683 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 DC 00 00 00 00 C7 45 DC B1 7F 39 05 83 EC 08 6A 01 68 40 A1 06 08 E8 26 8D FE FF
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-. 0 805F6CA 7
-. 83 C4 10 85 C0 75 7A
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-. 0 805F6D1 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DA 65 DC DD 5D D0 DD A5 58 FF FF FF B8 6F CD 0F E3 BA 58 31 95 C1 52 50 FF 75 D4 FF 75 D0 E8 84 8E FE FF
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-. 0 805F6FE 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805F705 13
-. 83 EC 0C 68 42 91 06 08 E8 FE 8C FE FF
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-fisubl_6 ... ok
-. 0 805F712 5
-. 83 C4 10 EB 44
-
-. 0 805F75B 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80635BF 5
-. E8 9F C1 FF FF
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-. 0 805F763 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 DC 00 00 00 00 C7 45 DC 4F 80 C6 FA 83 EC 08 6A 01 68 40 A1 06 08 E8 46 8C FE FF
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-. 0 805F7AA 7
-. 83 C4 10 85 C0 75 7A
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-. 0 805F7B1 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DA 65 DC DD 5D D0 DD A5 58 FF FF FF B8 6F CD 0F E3 BA 58 31 95 41 52 50 FF 75 D4 FF 75 D0 E8 A4 8D FE FF
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-. 0 805F7DE 7
-. 83 C4 10 85 C0 74 12
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-. 0 805F7E5 13
-. 83 EC 0C 68 7D 91 06 08 E8 1E 8C FE FF
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-fisubl_7 ... ok
-. 0 805F7F2 5
-. 83 C4 10 EB 44
-
-. 0 805F83B 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 80635C4 5
-. E8 7A C2 FF FF
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-. 0 805F843 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 DC 00 00 00 00 C7 45 DC 4F 80 C6 FA 83 EC 08 6A 01 68 40 A1 06 08 E8 66 8B FE FF
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-. 0 805F88A 7
-. 83 C4 10 85 C0 75 7A
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-. 0 805F891 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DA 65 DC DD 5D D0 DD A5 58 FF FF FF B8 91 32 F0 A4 BA A4 9A 94 41 52 50 FF 75 D4 FF 75 D0 E8 C4 8C FE FF
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-. 0 805F8BE 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805F8C5 13
-. 83 EC 0C 68 B8 91 06 08 E8 3E 8B FE FF
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-fisubl_8 ... ok
-. 0 805F8D2 5
-. 83 C4 10 EB 44
-
-. 0 805F91B 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80635C9 5
-. E8 55 C3 FF FF
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-. 0 805F923 64
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 8D 8A FE FF
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-. 0 805F963 7
-. 83 C4 10 85 C0 75 78
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-. 0 805F96A 39
-. 9B DD B5 58 FF FF FF D9 45 E0 D8 6D DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 EA 56 EB 45 50 FF 75 D0 E8 70 8B FE FF
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-. 0 805F991 7
-. 83 C4 10 85 C0 74 12
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-. 0 805F998 13
-. 83 EC 0C 68 F3 91 06 08 E8 6B 8A FE FF
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-fsubrs_1 ... ok
-. 0 805F9A5 5
-. 83 C4 10 EB 48
-
-. 0 805F9F2 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80635CE 5
-. E8 27 C4 FF FF
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-. 0 805F9FA 64
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 B6 89 FE FF
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-. 0 805FA3A 7
-. 83 C4 10 85 C0 75 78
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-. 0 805FA41 39
-. 9B DD B5 58 FF FF FF D9 45 E0 D8 6D DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 FF 3F 1C 46 50 FF 75 D0 E8 99 8A FE FF
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-. 0 805FA68 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805FA6F 13
-. 83 EC 0C 68 2E 92 06 08 E8 94 89 FE FF
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-fsubrs_2 ... ok
-. 0 805FA7C 5
-. 83 C4 10 EB 48
-
-. 0 805FAC9 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80635D3 5
-. E8 F9 C4 FF FF
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-. 0 805FAD1 64
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 DF 88 FE FF
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-. 0 805FB11 7
-. 83 C4 10 85 C0 75 78
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-. 0 805FB18 39
-. 9B DD B5 58 FF FF FF D9 45 E0 D8 6D DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 00 40 1C C6 50 FF 75 D0 E8 C2 89 FE FF
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-. 0 805FB3F 7
-. 83 C4 10 85 C0 74 12
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-. 0 805FB46 13
-. 83 EC 0C 68 69 92 06 08 E8 BD 88 FE FF
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-fsubrs_3 ... ok
-. 0 805FB53 5
-. 83 C4 10 EB 48
-
-. 0 805FBA0 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80635D8 5
-. E8 CB C5 FF FF
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-. 0 805FBA8 64
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 08 88 FE FF
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-. 0 805FBE8 7
-. 83 C4 10 85 C0 75 78
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-. 0 805FBEF 39
-. 9B DD B5 58 FF FF FF D9 45 E0 D8 6D DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 EA 56 EB C5 50 FF 75 D0 E8 EB 88 FE FF
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-. 0 805FC16 7
-. 83 C4 10 85 C0 74 12
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-. 0 805FC1D 13
-. 83 EC 0C 68 A4 92 06 08 E8 E6 87 FE FF
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-fsubrs_4 ... ok
-. 0 805FC2A 5
-. 83 C4 10 EB 48
-
-. 0 805FC77 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80635DD 5
-. E8 9D C6 FF FF
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-. 0 805FC7F 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 1A 87 FE FF
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-. 0 805FCD6 7
-. 83 C4 10 85 C0 75 7A
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-. 0 805FCDD 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DC 6D D8 DD 5D D0 DD A5 58 FF FF FF B8 03 E0 E9 56 BA 4A 7D 58 41 52 50 FF 75 D4 FF 75 D0 E8 78 88 FE FF
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-. 0 805FD0A 7
-. 83 C4 10 85 C0 74 12
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-. 0 805FD11 13
-. 83 EC 0C 68 DF 92 06 08 E8 F2 86 FE FF
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-fsubrl_1 ... ok
-. 0 805FD1E 5
-. 83 C4 10 EB 44
-
-. 0 805FD67 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 80635E2 5
-. E8 88 C7 FF FF
-
-. 0 805FD6F 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 2A 86 FE FF
-
-. 0 805FDC6 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 805FDCD 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DC 6D D8 DD 5D D0 DD A5 58 FF FF FF B8 ED C6 71 1C BA 47 F4 60 41 52 50 FF 75 D4 FF 75 D0 E8 88 87 FE FF
-
-. 0 805FDFA 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805FE01 13
-. 83 EC 0C 68 1A 93 06 08 E8 02 86 FE FF
-
-fsubrl_2 ... ok
-. 0 805FE0E 5
-. 83 C4 10 EB 44
-
-. 0 805FE57 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80635E7 5
-. E8 73 C8 FF FF
-
-. 0 805FE5F 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 3A 85 FE FF
-
-. 0 805FEB6 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 805FEBD 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DC 6D D8 DD 5D D0 DD A5 58 FF FF FF B8 ED C6 71 1C BA 47 F4 60 C1 52 50 FF 75 D4 FF 75 D0 E8 98 86 FE FF
-
-. 0 805FEEA 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805FEF1 13
-. 83 EC 0C 68 55 93 06 08 E8 12 85 FE FF
-
-fsubrl_3 ... ok
-. 0 805FEFE 5
-. 83 C4 10 EB 44
-
-. 0 805FF47 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80635EC 5
-. E8 5E C9 FF FF
-
-. 0 805FF4F 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 4A 84 FE FF
-
-. 0 805FFA6 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 805FFAD 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DC 6D D8 DD 5D D0 DD A5 58 FF FF FF B8 03 E0 E9 56 BA 4A 7D 58 C1 52 50 FF 75 D4 FF 75 D0 E8 A8 85 FE FF
-
-. 0 805FFDA 7
-. 83 C4 10 85 C0 74 12
-
-. 0 805FFE1 13
-. 83 EC 0C 68 90 93 06 08 E8 22 84 FE FF
-
-fsubrl_4 ... ok
-. 0 805FFEE 5
-. 83 C4 10 EB 44
-
-. 0 8060037 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80635F1 5
-. E8 49 CA FF FF
-
-. 0 806003F 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 6A 83 FE FF
-
-. 0 8060086 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 8060091 47
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DC EA D9 F7 D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 EA 56 EB 45 50 FF 75 D0 E8 41 84 FE FF
-
-. 0 80600C0 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80600C7 13
-. 83 EC 0C 68 CB 93 06 08 E8 3C 83 FE FF
-
-fsubr_1 ... ok
-. 0 80600D4 5
-. 83 C4 10 EB 48
-
-. 0 8060121 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80635F6 5
-. E8 2E CB FF FF
-
-. 0 8060129 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 80 82 FE FF
-
-. 0 8060170 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 806017B 47
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DC EA D9 F7 D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 00 40 1C 46 50 FF 75 D0 E8 57 83 FE FF
-
-. 0 80601AA 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80601B1 13
-. 83 EC 0C 68 03 94 06 08 E8 52 82 FE FF
-
-fsubr_2 ... ok
-. 0 80601BE 5
-. 83 C4 10 EB 48
-
-. 0 806020B 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80635FB 5
-. E8 13 CC FF FF
-
-. 0 8060213 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 96 81 FE FF
-
-. 0 806025A 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 8060265 47
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DC EA D9 F7 D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 00 40 1C C6 50 FF 75 D0 E8 6D 82 FE FF
-
-. 0 8060294 7
-. 83 C4 10 85 C0 74 12
-
-. 0 806029B 13
-. 83 EC 0C 68 3B 94 06 08 E8 68 81 FE FF
-
-fsubr_3 ... ok
-. 0 80602A8 5
-. 83 C4 10 EB 48
-
-. 0 80602F5 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063600 5
-. E8 F8 CC FF FF
-
-. 0 80602FD 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 AC 80 FE FF
-
-. 0 8060344 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 806034F 47
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DC EA D9 F7 D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 EA 56 EB C5 50 FF 75 D0 E8 83 81 FE FF
-
-. 0 806037E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8060385 13
-. 83 EC 0C 68 73 94 06 08 E8 7E 80 FE FF
-
-fsubr_4 ... ok
-. 0 8060392 5
-. 83 C4 10 EB 48
-
-. 0 80603DF 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063605 5
-. E8 DD CD FF FF
-
-. 0 80603E7 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 B2 7F FE FF
-
-. 0 806043E 11
-. 83 C4 10 85 C0 0F 85 82 00 00 00
-
-. 0 8060449 53
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DC EA D9 F7 D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 03 E0 E9 56 BA 4A 7D 58 41 52 50 FF 75 D4 FF 75 D0 E8 04 81 FE FF
-
-. 0 806047E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8060485 13
-. 83 EC 0C 68 AB 94 06 08 E8 7E 7F FE FF
-
-fsubr_5 ... ok
-. 0 8060492 5
-. 83 C4 10 EB 44
-
-. 0 80604DB 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806360A 5
-. E8 D4 CE FF FF
-
-. 0 80604E3 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 B6 7E FE FF
-
-. 0 806053A 11
-. 83 C4 10 85 C0 0F 85 82 00 00 00
-
-. 0 8060545 53
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DC EA D9 F7 D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 ED C6 71 1C BA 47 F4 60 41 52 50 FF 75 D4 FF 75 D0 E8 08 80 FE FF
-
-. 0 806057A 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8060581 13
-. 83 EC 0C 68 E3 94 06 08 E8 82 7E FE FF
-
-fsubr_6 ... ok
-. 0 806058E 5
-. 83 C4 10 EB 44
-
-. 0 80605D7 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806360F 5
-. E8 CB CF FF FF
-
-. 0 80605DF 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 BA 7D FE FF
-
-. 0 8060636 11
-. 83 C4 10 85 C0 0F 85 82 00 00 00
-
-. 0 8060641 53
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DC EA D9 F7 D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 ED C6 71 1C BA 47 F4 60 C1 52 50 FF 75 D4 FF 75 D0 E8 0C 7F FE FF
-
-. 0 8060676 7
-. 83 C4 10 85 C0 74 12
-
-. 0 806067D 13
-. 83 EC 0C 68 1B 95 06 08 E8 86 7D FE FF
-
-fsubr_7 ... ok
-. 0 806068A 5
-. 83 C4 10 EB 44
-
-. 0 80606D3 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063614 5
-. E8 C2 D0 FF FF
-
-. 0 80606DB 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 BE 7C FE FF
-
-. 0 8060732 11
-. 83 C4 10 85 C0 0F 85 82 00 00 00
-
-. 0 806073D 53
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DC EA D9 F7 D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 03 E0 E9 56 BA 4A 7D 58 C1 52 50 FF 75 D4 FF 75 D0 E8 10 7E FE FF
-
-. 0 8060772 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8060779 13
-. 83 EC 0C 68 53 95 06 08 E8 8A 7C FE FF
-
-fsubr_8 ... ok
-. 0 8060786 5
-. 83 C4 10 EB 44
-
-. 0 80607CF 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063619 5
-. E8 B9 D1 FF FF
-
-. 0 80607D7 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 D2 7B FE FF
-
-. 0 806081E 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 8060825 43
-. 9B DD B5 58 FF FF FF D9 45 E0 D9 EE D9 45 D8 D8 EA D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 EA 56 EB C5 50 FF 75 D0 E8 B1 7C FE FF
-
-. 0 8060850 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8060857 13
-. 83 EC 0C 68 8B 95 06 08 E8 AC 7B FE FF
-
-fsubr_9 ... ok
-. 0 8060864 5
-. 83 C4 10 EB 48
-
-. 0 80608B1 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806361E 5
-. E8 96 D2 FF FF
-
-. 0 80608B9 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 F0 7A FE FF
-
-. 0 8060900 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 8060907 43
-. 9B DD B5 58 FF FF FF D9 45 E0 D9 EE D9 45 D8 D8 EA D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 00 40 1C C6 50 FF 75 D0 E8 CF 7B FE FF
-
-. 0 8060932 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8060939 13
-. 83 EC 0C 68 C3 95 06 08 E8 CA 7A FE FF
-
-fsubr_10 ... ok
-. 0 8060946 5
-. 83 C4 10 EB 48
-
-. 0 8060993 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063623 5
-. E8 73 D3 FF FF
-
-. 0 806099B 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 0E 7A FE FF
-
-. 0 80609E2 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 80609E9 43
-. 9B DD B5 58 FF FF FF D9 45 E0 D9 EE D9 45 D8 D8 EA D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 00 40 1C 46 50 FF 75 D0 E8 ED 7A FE FF
-
-. 0 8060A14 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8060A1B 13
-. 83 EC 0C 68 FE 95 06 08 E8 E8 79 FE FF
-
-fsubr_11 ... ok
-. 0 8060A28 5
-. 83 C4 10 EB 48
-
-. 0 8060A75 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063628 5
-. E8 50 D4 FF FF
-
-. 0 8060A7D 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 2C 79 FE FF
-
-. 0 8060AC4 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 8060ACB 43
-. 9B DD B5 58 FF FF FF D9 45 E0 D9 EE D9 45 D8 D8 EA D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 EA 56 EB 45 50 FF 75 D0 E8 0B 7A FE FF
-
-. 0 8060AF6 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8060AFD 13
-. 83 EC 0C 68 39 96 06 08 E8 06 79 FE FF
-
-fsubr_12 ... ok
-. 0 8060B0A 5
-. 83 C4 10 EB 48
-
-. 0 8060B57 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806362D 5
-. E8 2D D5 FF FF
-
-. 0 8060B5F 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 3A 78 FE FF
-
-. 0 8060BB6 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 8060BBD 49
-. 9B DD B5 58 FF FF FF DD 45 E0 D9 EE DD 45 D8 D8 EA DD 5D D0 DD A5 58 FF FF FF B8 03 E0 E9 56 BA 4A 7D 58 C1 52 50 FF 75 D4 FF 75 D0 E8 94 79 FE FF
-
-. 0 8060BEE 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8060BF5 13
-. 83 EC 0C 68 74 96 06 08 E8 0E 78 FE FF
-
-fsubr_13 ... ok
-. 0 8060C02 5
-. 83 C4 10 EB 44
-
-. 0 8060C4B 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063632 5
-. E8 1C D6 FF FF
-
-. 0 8060C53 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 46 77 FE FF
-
-. 0 8060CAA 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 8060CB1 49
-. 9B DD B5 58 FF FF FF DD 45 E0 D9 EE DD 45 D8 D8 EA DD 5D D0 DD A5 58 FF FF FF B8 ED C6 71 1C BA 47 F4 60 C1 52 50 FF 75 D4 FF 75 D0 E8 A0 78 FE FF
-
-. 0 8060CE2 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8060CE9 13
-. 83 EC 0C 68 AF 96 06 08 E8 1A 77 FE FF
-
-fsubr_14 ... ok
-. 0 8060CF6 5
-. 83 C4 10 EB 44
-
-. 0 8060D3F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063637 5
-. E8 0B D7 FF FF
-
-. 0 8060D47 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 52 76 FE FF
-
-. 0 8060D9E 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 8060DA5 49
-. 9B DD B5 58 FF FF FF DD 45 E0 D9 EE DD 45 D8 D8 EA DD 5D D0 DD A5 58 FF FF FF B8 ED C6 71 1C BA 47 F4 60 41 52 50 FF 75 D4 FF 75 D0 E8 AC 77 FE FF
-
-. 0 8060DD6 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8060DDD 13
-. 83 EC 0C 68 EA 96 06 08 E8 26 76 FE FF
-
-fsubr_15 ... ok
-. 0 8060DEA 5
-. 83 C4 10 EB 44
-
-. 0 8060E33 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806363C 5
-. E8 FA D7 FF FF
-
-. 0 8060E3B 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 5E 75 FE FF
-
-. 0 8060E92 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 8060E99 49
-. 9B DD B5 58 FF FF FF DD 45 E0 D9 EE DD 45 D8 D8 EA DD 5D D0 DD A5 58 FF FF FF B8 03 E0 E9 56 BA 4A 7D 58 41 52 50 FF 75 D4 FF 75 D0 E8 B8 76 FE FF
-
-. 0 8060ECA 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8060ED1 13
-. 83 EC 0C 68 25 97 06 08 E8 32 75 FE FF
-
-fsubr_16 ... ok
-. 0 8060EDE 5
-. 83 C4 10 EB 44
-
-. 0 8060F27 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063641 5
-. E8 E9 D8 FF FF
-
-. 0 8060F2F 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 7A 74 FE FF
-
-. 0 8060F76 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 8060F7D 45
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DE EA D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 EA 56 EB 45 50 FF 75 D0 E8 57 75 FE FF
-
-. 0 8060FAA 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8060FB1 13
-. 83 EC 0C 68 60 97 06 08 E8 52 74 FE FF
-
-fsubrp_1 ... ok
-. 0 8060FBE 5
-. 83 C4 10 EB 48
-
-. 0 806100B 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063646 5
-. E8 C8 D9 FF FF
-
-. 0 8061013 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 96 73 FE FF
-
-. 0 806105A 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 8061061 45
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DE EA D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 00 40 1C 46 50 FF 75 D0 E8 73 74 FE FF
-
-. 0 806108E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8061095 13
-. 83 EC 0C 68 9B 97 06 08 E8 6E 73 FE FF
-
-fsubrp_2 ... ok
-. 0 80610A2 5
-. 83 C4 10 EB 48
-
-. 0 80610EF 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806364B 5
-. E8 A7 DA FF FF
-
-. 0 80610F7 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 B2 72 FE FF
-
-. 0 806113E 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 8061145 45
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DE EA D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 00 40 1C C6 50 FF 75 D0 E8 8F 73 FE FF
-
-. 0 8061172 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8061179 13
-. 83 EC 0C 68 D6 97 06 08 E8 8A 72 FE FF
-
-fsubrp_3 ... ok
-. 0 8061186 5
-. 83 C4 10 EB 48
-
-. 0 80611D3 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063650 5
-. E8 86 DB FF FF
-
-. 0 80611DB 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 CE 71 FE FF
-
-. 0 8061222 7
-. 83 C4 10 85 C0 75 7E
-
-. 0 8061229 45
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 EE D9 45 E0 DE EA D9 F7 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 EA 56 EB C5 50 FF 75 D0 E8 AB 72 FE FF
-
-. 0 8061256 7
-. 83 C4 10 85 C0 74 12
-
-. 0 806125D 13
-. 83 EC 0C 68 11 98 06 08 E8 A6 71 FE FF
-
-fsubrp_4 ... ok
-. 0 806126A 5
-. 83 C4 10 EB 48
-
-. 0 80612B7 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063655 5
-. E8 65 DC FF FF
-
-. 0 80612BF 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 DA 70 FE FF
-
-. 0 8061316 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 8061321 51
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DE EA D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 03 E0 E9 56 BA 4A 7D 58 41 52 50 FF 75 D4 FF 75 D0 E8 2E 72 FE FF
-
-. 0 8061354 7
-. 83 C4 10 85 C0 74 12
-
-. 0 806135B 13
-. 83 EC 0C 68 4C 98 06 08 E8 A8 70 FE FF
-
-fsubrp_5 ... ok
-. 0 8061368 5
-. 83 C4 10 EB 44
-
-. 0 80613B1 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806365A 5
-. E8 5A DD FF FF
-
-. 0 80613B9 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 E0 6F FE FF
-
-. 0 8061410 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 806141B 51
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DE EA D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 ED C6 71 1C BA 47 F4 60 41 52 50 FF 75 D4 FF 75 D0 E8 34 71 FE FF
-
-. 0 806144E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8061455 13
-. 83 EC 0C 68 87 98 06 08 E8 AE 6F FE FF
-
-fsubrp_6 ... ok
-. 0 8061462 5
-. 83 C4 10 EB 44
-
-. 0 80614AB 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806365F 5
-. E8 4F DE FF FF
-
-. 0 80614B3 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 E6 6E FE FF
-
-. 0 806150A 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 8061515 51
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DE EA D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 ED C6 71 1C BA 47 F4 60 C1 52 50 FF 75 D4 FF 75 D0 E8 3A 70 FE FF
-
-. 0 8061548 7
-. 83 C4 10 85 C0 74 12
-
-. 0 806154F 13
-. 83 EC 0C 68 C2 98 06 08 E8 B4 6E FE FF
-
-fsubrp_7 ... ok
-. 0 806155C 5
-. 83 C4 10 EB 44
-
-. 0 80615A5 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063664 5
-. E8 44 DF FF FF
-
-. 0 80615AD 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 EC 6D FE FF
-
-. 0 8061604 11
-. 83 C4 10 85 C0 0F 85 80 00 00 00
-
-. 0 806160F 51
-. 9B DD B5 58 FF FF FF DD 45 D8 D9 EE DD 45 E0 DE EA D9 F7 DD 5D D0 DD A5 58 FF FF FF B8 03 E0 E9 56 BA 4A 7D 58 C1 52 50 FF 75 D4 FF 75 D0 E8 40 6F FE FF
-
-. 0 8061642 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8061649 13
-. 83 EC 0C 68 FD 98 06 08 E8 BA 6D FE FF
-
-fsubrp_8 ... ok
-. 0 8061656 5
-. 83 C4 10 EB 44
-
-. 0 806169F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063669 5
-. E8 39 E0 FF FF
-
-. 0 80616A7 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 02 6D FE FF
-
-. 0 80616EE 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 80616F5 41
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 45 E0 DE E9 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 EA 56 EB 45 50 FF 75 D0 E8 E3 6D FE FF
-
-. 0 806171E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8061725 13
-. 83 EC 0C 68 38 99 06 08 E8 DE 6C FE FF
-
-fsubrp_9 ... ok
-. 0 8061732 5
-. 83 C4 10 EB 48
-
-. 0 806177F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806366E 5
-. E8 14 E1 FF FF
-
-. 0 8061787 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 46 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 22 6C FE FF
-
-. 0 80617CE 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 80617D5 41
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 45 E0 DE E9 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 00 40 1C 46 50 FF 75 D0 E8 03 6D FE FF
-
-. 0 80617FE 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8061805 13
-. 83 EC 0C 68 73 99 06 08 E8 FE 6B FE FF
-
-fsubrp_10 ... ok
-. 0 8061812 5
-. 83 C4 10 EB 48
-
-. 0 806185F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063673 5
-. E8 EF E1 FF FF
-
-. 0 8061867 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 42 6B FE FF
-
-. 0 80618AE 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 80618B5 41
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 45 E0 DE E9 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 00 40 1C C6 50 FF 75 D0 E8 23 6C FE FF
-
-. 0 80618DE 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80618E5 13
-. 83 EC 0C 68 B1 99 06 08 E8 1E 6B FE FF
-
-fsubrp_11 ... ok
-. 0 80618F2 5
-. 83 C4 10 EB 48
-
-. 0 806193F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063678 5
-. E8 CA E2 FF FF
-
-. 0 8061947 71
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 BA F5 08 C6 89 45 D8 83 EC 08 6A 01 68 40 A1 06 08 E8 62 6A FE FF
-
-. 0 806198E 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 8061995 41
-. 9B DD B5 58 FF FF FF D9 45 D8 D9 45 E0 DE E9 D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 EA 56 EB C5 50 FF 75 D0 E8 43 6B FE FF
-
-. 0 80619BE 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80619C5 13
-. 83 EC 0C 68 EF 99 06 08 E8 3E 6A FE FF
-
-fsubrp_12 ... ok
-. 0 80619D2 5
-. 83 C4 10 EB 48
-
-. 0 8061A1F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806367D 5
-. E8 A5 E3 FF FF
-
-. 0 8061A27 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 72 69 FE FF
-
-. 0 8061A7E 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 8061A85 47
-. 9B DD B5 58 FF FF FF DD 45 D8 DD 45 E0 DE E9 DD 5D D0 DD A5 58 FF FF FF B8 03 E0 E9 56 BA 4A 7D 58 41 52 50 FF 75 D4 FF 75 D0 E8 CE 6A FE FF
-
-. 0 8061AB4 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8061ABB 13
-. 83 EC 0C 68 2D 9A 06 08 E8 48 69 FE FF
-
-fsubrp_13 ... ok
-. 0 8061AC8 5
-. 83 C4 10 EB 44
-
-. 0 8061B11 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063682 5
-. E8 92 E4 FF FF
-
-. 0 8061B19 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D 41 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 80 68 FE FF
-
-. 0 8061B70 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 8061B77 47
-. 9B DD B5 58 FF FF FF DD 45 D8 DD 45 E0 DE E9 DD 5D D0 DD A5 58 FF FF FF B8 ED C6 71 1C BA 47 F4 60 41 52 50 FF 75 D4 FF 75 D0 E8 DC 69 FE FF
-
-. 0 8061BA6 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8061BAD 13
-. 83 EC 0C 68 6B 9A 06 08 E8 56 68 FE FF
-
-fsubrp_14 ... ok
-. 0 8061BBA 5
-. 83 C4 10 EB 44
-
-. 0 8061C03 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063687 5
-. E8 7F E5 FF FF
-
-. 0 8061C0B 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 8E 67 FE FF
-
-. 0 8061C62 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 8061C69 47
-. 9B DD B5 58 FF FF FF DD 45 D8 DD 45 E0 DE E9 DD 5D D0 DD A5 58 FF FF FF B8 ED C6 71 1C BA 47 F4 60 C1 52 50 FF 75 D4 FF 75 D0 E8 EA 68 FE FF
-
-. 0 8061C98 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8061C9F 13
-. 83 EC 0C 68 A9 9A 06 08 E8 64 67 FE FF
-
-fsubrp_15 ... ok
-. 0 8061CAC 5
-. 83 C4 10 EB 44
-
-. 0 8061CF5 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806368C 5
-. E8 6C E6 FF FF
-
-. 0 8061CFD 87
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 B8 EE B6 E6 47 BA EC 32 5D C1 89 45 D8 89 55 DC 83 EC 08 6A 01 68 40 A1 06 08 E8 9C 66 FE FF
-
-. 0 8061D54 7
-. 83 C4 10 85 C0 75 7C
-
-. 0 8061D5B 47
-. 9B DD B5 58 FF FF FF DD 45 D8 DD 45 E0 DE E9 DD 5D D0 DD A5 58 FF FF FF B8 03 E0 E9 56 BA 4A 7D 58 C1 52 50 FF 75 D4 FF 75 D0 E8 F8 67 FE FF
-
-. 0 8061D8A 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8061D91 13
-. 83 EC 0C 68 E7 9A 06 08 E8 72 66 FE FF
-
-fsubrp_16 ... ok
-. 0 8061D9E 5
-. 83 C4 10 EB 44
-
-. 0 8061DE7 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063691 5
-. E8 59 E7 FF FF
-
-. 0 8061DEF 61
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 66 C7 45 DE 00 00 66 C7 45 DE E1 10 83 EC 08 6A 01 68 40 A1 06 08 E8 C4 65 FE FF
-
-. 0 8061E2C 7
-. 83 C4 10 85 C0 75 78
-
-. 0 8061E33 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DE 6D DE D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 EA E6 40 45 50 FF 75 D0 E8 A7 66 FE FF
-
-. 0 8061E5A 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8061E61 13
-. 83 EC 0C 68 25 9B 06 08 E8 A2 65 FE FF
-
-fisubrs_1 ... ok
-. 0 8061E6E 5
-. 83 C4 10 EB 48
-
-. 0 8061EBB 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8063696 5
-. E8 28 E8 FF FF
-
-. 0 8061EC3 61
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 66 C7 45 DE 00 00 66 C7 45 DE E1 10 83 EC 08 6A 01 68 40 A1 06 08 E8 F0 64 FE FF
-
-. 0 8061F00 7
-. 83 C4 10 85 C0 75 78
-
-. 0 8061F07 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DE 6D DE D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 8B 9C AD 45 50 FF 75 D0 E8 D3 65 FE FF
-
-. 0 8061F2E 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8061F35 13
-. 83 EC 0C 68 63 9B 06 08 E8 CE 64 FE FF
-
-fisubrs_2 ... ok
-. 0 8061F42 5
-. 83 C4 10 EB 48
-
-. 0 8061F8F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 806369B 5
-. E8 F7 E8 FF FF
-
-. 0 8061F97 61
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 66 C7 45 DE 00 00 66 C7 45 DE 1F EF 83 EC 08 6A 01 68 40 A1 06 08 E8 1C 64 FE FF
-
-. 0 8061FD4 7
-. 83 C4 10 85 C0 75 78
-
-. 0 8061FDB 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DE 6D DE D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 8B 9C AD C5 50 FF 75 D0 E8 FF 64 FE FF
-
-. 0 8062002 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8062009 13
-. 83 EC 0C 68 A1 9B 06 08 E8 FA 63 FE FF
-
-fisubrs_3 ... ok
-. 0 8062016 5
-. 83 C4 10 EB 48
-
-. 0 8062063 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80636A0 5
-. E8 C6 E9 FF FF
-
-. 0 806206B 61
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 66 C7 45 DE 00 00 66 C7 45 DE 1F EF 83 EC 08 6A 01 68 40 A1 06 08 E8 48 63 FE FF
-
-. 0 80620A8 7
-. 83 C4 10 85 C0 75 78
-
-. 0 80620AF 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DE 6D DE D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 EA E6 40 C5 50 FF 75 D0 E8 2B 64 FE FF
-
-. 0 80620D6 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80620DD 13
-. 83 EC 0C 68 DF 9B 06 08 E8 26 63 FE FF
-
-fisubrs_4 ... ok
-. 0 80620EA 5
-. 83 C4 10 EB 48
-
-. 0 8062137 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80636A5 5
-. E8 95 EA FF FF
-
-. 0 806213F 69
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 66 C7 45 DE 00 00 66 C7 45 DE E1 10 83 EC 08 6A 01 68 40 A1 06 08 E8 6C 62 FE FF
-
-. 0 8062184 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 806218B 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DE 6D DE DD 5D D0 DD A5 58 FF FF FF B8 AD 5B F3 C3 BA A6 C5 32 C1 52 50 FF 75 D4 FF 75 D0 E8 CA 63 FE FF
-
-. 0 80621B8 7
-. 83 C4 10 85 C0 74 12
-
-. 0 80621BF 13
-. 83 EC 0C 68 1D 9C 06 08 E8 44 62 FE FF
-
-fisubrs_5 ... ok
-. 0 80621CC 5
-. 83 C4 10 EB 44
-
-. 0 8062215 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80636AA 5
-. E8 6E EB FF FF
-
-. 0 806221D 69
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 66 C7 45 DE 00 00 66 C7 45 DE E1 10 83 EC 08 6A 01 68 40 A1 06 08 E8 8E 61 FE FF
-
-. 0 8062262 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 8062269 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DE 6D DE DD 5D D0 DD A5 58 FF FF FF B8 AD 5B F3 C3 BA 68 E7 32 41 52 50 FF 75 D4 FF 75 D0 E8 EC 62 FE FF
-
-. 0 8062296 7
-. 83 C4 10 85 C0 74 12
-
-. 0 806229D 13
-. 83 EC 0C 68 5B 9C 06 08 E8 66 61 FE FF
-
-fisubrs_6 ... ok
-. 0 80622AA 5
-. 83 C4 10 EB 44
-
-. 0 80622F3 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80636AF 5
-. E8 47 EC FF FF
-
-. 0 80622FB 69
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 41 89 45 E0 89 55 E4 66 C7 45 DE 00 00 66 C7 45 DE 1F EF 83 EC 08 6A 01 68 40 A1 06 08 E8 B0 60 FE FF
-
-. 0 8062340 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 8062347 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DE 6D DE DD 5D D0 DD A5 58 FF FF FF B8 AD 5B F3 C3 BA 68 E7 32 C1 52 50 FF 75 D4 FF 75 D0 E8 0E 62 FE FF
-
-. 0 8062374 7
-. 83 C4 10 85 C0 74 12
-
-. 0 806237B 13
-. 83 EC 0C 68 99 9C 06 08 E8 88 60 FE FF
-
-fisubrs_7 ... ok
-. 0 8062388 5
-. 83 C4 10 EB 44
-
-. 0 80623D1 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80636B4 5
-. E8 20 ED FF FF
-
-. 0 80623D9 69
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 AD 5B F3 C3 BA 87 D6 32 C1 89 45 E0 89 55 E4 66 C7 45 DE 00 00 66 C7 45 DE 1F EF 83 EC 08 6A 01 68 40 A1 06 08 E8 D2 5F FE FF
-
-. 0 806241E 7
-. 83 C4 10 85 C0 75 7A
-
-. 0 8062425 45
-. 9B DD B5 58 FF FF FF DD 45 E0 DE 6D DE DD 5D D0 DD A5 58 FF FF FF B8 AD 5B F3 C3 BA A6 C5 32 41 52 50 FF 75 D4 FF 75 D0 E8 30 61 FE FF
-
-. 0 8062452 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8062459 13
-. 83 EC 0C 68 D7 9C 06 08 E8 AA 5F FE FF
-
-fisubrs_8 ... ok
-. 0 8062466 5
-. 83 C4 10 EB 44
-
-. 0 80624AF 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80636B9 5
-. E8 F9 ED FF FF
-
-. 0 80624B7 63
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 DC 00 00 00 00 C7 45 DC B1 7F 39 05 83 EC 08 6A 01 68 40 A1 06 08 E8 FA 5E FE FF
-
-. 0 80624F6 7
-. 83 C4 10 85 C0 75 78
-
-. 0 80624FD 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DA 6D DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 90 30 A7 4C 50 FF 75 D0 E8 DD 5F FE FF
-
-. 0 8062524 7
-. 83 C4 10 85 C0 74 12
-
-. 0 806252B 13
-. 83 EC 0C 68 15 9D 06 08 E8 D8 5E FE FF
-
-fisubrl_1 ... ok
-. 0 8062538 5
-. 83 C4 10 EB 48
-
-. 0 8062585 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80636BE 5
-. E8 CA EE FF FF
-
-. 0 806258D 63
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A C4 89 45 E0 C7 45 DC 00 00 00 00 C7 45 DC B1 7F 39 05 83 EC 08 6A 01 68 40 A1 06 08 E8 24 5E FE FF
-
-. 0 80625CC 7
-. 83 C4 10 85 C0 75 78
-
-. 0 80625D3 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DA 6D DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 5C 2F A7 4C 50 FF 75 D0 E8 07 5F FE FF
-
-. 0 80625FA 7
-. 83 C4 10 85 C0 74 12
-
-. 0 8062601 13
-. 83 EC 0C 68 53 9D 06 08 E8 02 5E FE FF
-
-fisubrl_2 ... ok
-. 0 806260E 5
-. 83 C4 10 EB 48
-
-. 0 806265B 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80636C3 5
-. E8 9B EF FF FF
-
-. 0 8062663 63
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 B8 2B 52 9A 44 89 45 E0 C7 45 DC 00 00 00 00 C7 45 DC 4F 80 C6 FA 83 EC 08 6A 01 68 40 A1 06 08 E8 4E 5D FE FF
-
-. 0 80626A2 7
-. 83 C4 10 85 C0 75 78
-
-. 0 80626A9 39
-. 9B DD B5 58 FF FF FF D9 45 E0 DA 6D DC D9 5D D0 DD A5 58 FF FF FF 83 EC 08 B8 5C 2F A7 CC 50 FF 75 D0 E8 31 5E FE FF
-
-. 0 80626D0 7
-. 83 C4 10 85 C0 74 12
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-==2983==
-sewardj@phoenix:~/VgSVN/valgrind/trunk$ ./vsvn --tool=none --vex-guest-chase-thresh=0 ./none/testss/x86/insn_fpu[K[K[Kmmx
-==2988== Nulgrind, a binary JIT-compiler.
-==2988== Copyright (C) 2002-2004, and GNU GPL'd, by Nicholas Nethercote.
-==2988== Using valgrind-2.3.0.CVS, a dynamic binary instrumentation framework.
-==2988== Copyright (C) 2000-2004, and GNU GPL'd, by Julian Seward et al.
-==2988== For more details, rerun with: -v
-==2988==
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-movd_3 ... ok
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-movq_1 ... ok
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-movq_2 ... ok
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-packssdw_1 ... ok
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-packssdw_2 ... ok
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-packsswb_1 ... ok
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-paddd_1 ... ok
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-. 0 8049AC5 9
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-
-. 0 8049ACE 13
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-paddd_2 ... ok
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-
-. 0 8049B32 8
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-. 0 80509C3 5
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-. 0 8049B3A 119
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-. 0 8049C02 6
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-. 0 8049C08 13
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-paddsb_1 ... ok
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-. 0 8049CF7 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80509C8 5
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-. 0 8049CFF 119
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-. 0 8049DBE 6
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-. 0 8049DC4 6
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-. 0 8049DCA 13
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-paddsb_2 ... ok
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-
-. 0 8049EB9 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80509CD 5
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-. 0 8049EC1 103
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-. 0 8049F28 11
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-. 0 8049F33 36
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-. 0 8049F5F 8
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-. 0 8049F67 8
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-. 0 8049F6F 13
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-
-paddsw_1 ... ok
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-
-. 0 804A00E 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80509D2 5
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-. 0 804A016 103
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-
-. 0 804A07D 11
-. 83 C4 10 85 C0 0F 85 C8 00 00 00
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-. 0 804A088 33
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-. 0 804A0A9 8
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-
-. 0 804A0B1 8
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-. 0 804A0B9 8
-. 66 81 7D D6 A8 B2 75 15
-
-. 0 804A0C1 13
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-
-paddsw_2 ... ok
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-. 83 C4 10 E9 8A 00 00 00
-
-. 0 804A160 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80509D7 5
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-. 0 804A168 119
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-. 0 804A1DF 11
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-. 0 804A1EA 34
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-. 0 804A20C 6
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-. 0 804A212 6
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-. 0 804A218 6
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-. 0 804A21E 6
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-. 0 804A224 6
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-. 0 804A22A 6
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-
-. 0 804A230 6
-. 80 7D D7 FF 75 15
-
-. 0 804A236 13
-. 83 EC 0C 68 BC 14 05 08 E8 CD E1 FF FF
-
-paddusb_1 ... ok
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-. 83 C4 10 E9 09 01 00 00
-
-. 0 804A354 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80509DC 5
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-. 0 804A35C 119
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-. 0 804A3D3 11
-. 83 C4 10 85 C0 0F 85 57 01 00 00
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-. 0 804A3DE 31
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-. 0 804A3FD 6
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-. 0 804A403 6
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-. 0 804A409 6
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-. 0 804A40F 6
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-. 0 804A415 6
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-
-. 0 804A41B 6
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-
-. 0 804A421 6
-. 80 7D D7 FF 75 15
-
-. 0 804A427 13
-. 83 EC 0C 68 FA 14 05 08 E8 DC DF FF FF
-
-paddusb_2 ... ok
-. 0 804A434 8
-. 83 C4 10 E9 09 01 00 00
-
-. 0 804A545 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80509E1 5
-. E8 67 9B FF FF
-
-. 0 804A54D 103
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-. 0 804A5B4 11
-. 83 C4 10 85 C0 0F 85 DC 00 00 00
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-. 0 804A5BF 36
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-
-. 0 804A5E3 8
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-
-. 0 804A5EB 8
-. 66 81 7D D4 54 D0 75 1C
-
-. 0 804A5F3 7
-. 66 83 7D D6 FF 75 15
-
-. 0 804A5FA 13
-. 83 EC 0C 68 38 15 05 08 E8 09 DE FF FF
-
-paddusw_1 ... ok
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-. 83 C4 10 E9 9C 00 00 00
-
-. 0 804A6AB 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 80509E6 5
-. E8 C8 9C FF FF
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-. 0 804A6B3 103
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-. 0 804A71A 11
-. 83 C4 10 85 C0 0F 85 D9 00 00 00
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-. 0 804A725 33
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-. 0 804A746 8
-. 66 81 7D D2 96 A0 75 24
-
-. 0 804A74E 8
-. 66 81 7D D4 54 D0 75 1C
-
-. 0 804A756 7
-. 66 83 7D D6 FF 75 15
-
-. 0 804A75D 13
-. 83 EC 0C 68 06 16 05 08 E8 A6 DC FF FF
-
-paddusw_2 ... ok
-. 0 804A76A 8
-. 83 C4 10 E9 9C 00 00 00
-
-. 0 804A80E 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80509EB 5
-. E8 26 9E FF FF
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-. 0 804A816 103
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-. 0 804A87D 11
-. 83 C4 10 85 C0 0F 85 CB 00 00 00
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-. 0 804A888 36
-. 9B DD B5 58 FF FF FF 0F 6F 45 E0 0F 6F 4D D8 0F FD C8 0F 7F 4D D0 DD A5 58 FF FF FF 66 81 7D D0 29 05 75 2D
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-. 0 804A8AC 8
-. 66 81 7D D2 6F 16 75 25
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-. 0 804A8B4 8
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-
-. 0 804A8BC 8
-. 66 81 7D D6 52 22 75 15
-
-. 0 804A8C4 13
-. 83 EC 0C 68 44 16 05 08 E8 3F DB FF FF
-
-paddw_1 ... ok
-. 0 804A8D1 8
-. 83 C4 10 E9 8A 00 00 00
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-. 0 804A963 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80509F0 5
-. E8 76 9F FF FF
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-. 0 804A96B 103
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-. 0 804A9D2 11
-. 83 C4 10 85 C0 0F 85 C8 00 00 00
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-. 0 804A9DD 33
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-. 0 804A9FE 8
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-. 0 804AA06 8
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-. 0 804AA0E 8
-. 66 81 7D D6 52 22 75 15
-
-. 0 804AA16 13
-. 83 EC 0C 68 7C 16 05 08 E8 ED D9 FF FF
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-paddw_2 ... ok
-. 0 804AA23 8
-. 83 C4 10 E9 8A 00 00 00
-
-. 0 804AAB5 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80509F5 5
-. E8 C3 A0 FF FF
-
-. 0 804AABD 83
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-. 0 804AB10 7
-. 83 C4 10 85 C0 75 77
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-. 0 804AB17 51
-. 9B DD B5 58 FF FF FF 0F 6F 45 E0 0F 6F 4D D8 0F DB C8 0F 7F 4D D0 DD A5 58 FF FF FF 8B 45 D4 35 21 45 21 01 8B 55 D0 81 F2 20 44 A8 88 09 D0 85 C0 75 12
-
-. 0 804AB4A 13
-. 83 EC 0C 68 B4 16 05 08 E8 B9 D8 FF FF
-
-pand_1 ... ok
-. 0 804AB57 5
-. 83 C4 10 EB 42
-
-. 0 804AB9E 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80509FA 5
-. E8 A7 A1 FF FF
-
-. 0 804ABA6 83
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-. 0 804ABF9 7
-. 83 C4 10 85 C0 75 74
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-. 0 804AC00 48
-. 9B DD B5 58 FF FF FF 0F 6F 4D D8 0F DB 4D E0 0F 7F 4D D0 DD A5 58 FF FF FF 8B 45 D4 35 21 45 21 01 8B 55 D0 81 F2 20 44 A8 88 09 D0 85 C0 75 12
-
-. 0 804AC30 13
-. 83 EC 0C 68 E9 16 05 08 E8 D3 D7 FF FF
-
-pand_2 ... ok
-. 0 804AC3D 5
-. 83 C4 10 EB 42
-
-. 0 804AC84 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80509FF 5
-. E8 88 A2 FF FF
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-. 0 804AC8C 83
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C7 45 E0 20 64 A8 EC C7 45 E4 31 75 B9 FD C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 C7 45 D8 EF CD AB 89 C7 45 DC 67 45 23 01 83 EC 08 6A 01 68 E0 39 05 08 E8 11 D7 FF FF
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-. 0 804ACDF 7
-. 83 C4 10 85 C0 75 77
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-. 0 804ACE6 51
-. 9B DD B5 58 FF FF FF 0F 6F 45 E0 0F 6F 4D D8 0F DF C8 0F 7F 4D D0 DD A5 58 FF FF FF 8B 45 D4 35 10 30 98 FC 8B 55 D0 81 F2 00 20 00 64 09 D0 85 C0 75 12
-
-. 0 804AD19 13
-. 83 EC 0C 68 1E 17 05 08 E8 EA D6 FF FF
-
-pandn_1 ... ok
-. 0 804AD26 5
-. 83 C4 10 EB 42
-
-. 0 804AD6D 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8050A04 5
-. E8 6C A3 FF FF
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-. 0 804AD75 83
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C7 45 E0 20 64 A8 EC C7 45 E4 31 75 B9 FD C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 C7 45 D8 EF CD AB 89 C7 45 DC 67 45 23 01 83 EC 08 6A 01 68 E0 39 05 08 E8 28 D6 FF FF
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-. 0 804ADC8 7
-. 83 C4 10 85 C0 75 74
-
-. 0 804ADCF 48
-. 9B DD B5 58 FF FF FF 0F 6F 4D D8 0F DF 4D E0 0F 7F 4D D0 DD A5 58 FF FF FF 8B 45 D4 35 10 30 98 FC 8B 55 D0 81 F2 00 20 00 64 09 D0 85 C0 75 12
-
-. 0 804ADFF 13
-. 83 EC 0C 68 56 17 05 08 E8 04 D6 FF FF
-
-pandn_2 ... ok
-. 0 804AE0C 5
-. 83 C4 10 EB 42
-
-. 0 804AE53 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050A09 5
-. E8 4D A4 FF FF
-
-. 0 804AE5B 119
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C6 45 E0 0B C6 45 E1 16 C6 45 E2 21 C6 45 E3 2C C6 45 E4 37 C6 45 E5 42 C6 45 E6 4D C6 45 E7 58 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 C6 45 D8 0B C6 45 D9 0B C6 45 DA 21 C6 45 DB 21 C6 45 DC 37 C6 45 DD 37 C6 45 DE 4D C6 45 DF 4D 83 EC 08 6A 01 68 E0 39 05 08 E8 1E D5 FF FF
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-. 0 804AED2 11
-. 83 C4 10 85 C0 0F 85 57 01 00 00
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-. 0 804AEDD 34
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-. 0 804AEFF 6
-. 80 7D D1 00 75 39
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-. 0 804AF05 6
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-. 0 804AF0B 6
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-. 0 804AF11 6
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-. 0 804AF17 6
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-. 0 804AF1D 6
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-
-. 0 804AF23 6
-. 80 7D D7 00 75 15
-
-. 0 804AF29 13
-. 83 EC 0C 68 8E 17 05 08 E8 DA D4 FF FF
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-pcmpeqb_1 ... ok
-. 0 804AF36 8
-. 83 C4 10 E9 06 01 00 00
-
-. 0 804B044 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8050A0E 5
-. E8 39 A6 FF FF
-
-. 0 804B04C 119
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C6 45 E0 0B C6 45 E1 16 C6 45 E2 21 C6 45 E3 2C C6 45 E4 37 C6 45 E5 42 C6 45 E6 4D C6 45 E7 58 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 C6 45 D8 0B C6 45 D9 0B C6 45 DA 21 C6 45 DB 21 C6 45 DC 37 C6 45 DD 37 C6 45 DE 4D C6 45 DF 4D 83 EC 08 6A 01 68 E0 39 05 08 E8 2D D3 FF FF
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-. 0 804B0C3 11
-. 83 C4 10 85 C0 0F 85 54 01 00 00
-
-. 0 804B0CE 31
-. 9B DD B5 58 FF FF FF 0F 6F 4D D8 0F 74 4D E0 0F 7F 4D D0 DD A5 58 FF FF FF 80 7D D0 FF 75 3F
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-. 0 804B0ED 6
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-
-. 0 804B0F3 6
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-. 0 804B0F9 6
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-. 0 804B0FF 6
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-
-. 0 804B105 6
-. 80 7D D5 00 75 21
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-. 0 804B10B 6
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-. 0 804B111 6
-. 80 7D D7 00 75 15
-
-. 0 804B117 13
-. 83 EC 0C 68 CC 17 05 08 E8 EC D2 FF FF
-
-pcmpeqb_2 ... ok
-. 0 804B124 8
-. 83 C4 10 E9 06 01 00 00
-
-. 0 804B232 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050A13 5
-. E8 22 A8 FF FF
-
-. 0 804B23A 83
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C7 45 E0 30 41 AB 00 C7 45 E4 4C 6C 51 03 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 C7 45 D8 30 41 AB 00 C7 45 DC 30 41 AB 00 83 EC 08 6A 01 68 E0 39 05 08 E8 63 D1 FF FF
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-. 0 804B28D 7
-. 83 C4 10 85 C0 75 76
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-. 0 804B294 34
-. 9B DD B5 58 FF FF FF 0F 6F 45 E0 0F 6F 4D D8 0F 76 C8 0F 7F 4D D0 DD A5 58 FF FF FF 83 7D D0 FF 75 18
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-. 0 804B2B6 6
-. 83 7D D4 00 75 12
-
-. 0 804B2BC 13
-. 83 EC 0C 68 0A 18 05 08 E8 47 D1 FF FF
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-pcmpeqd_1 ... ok
-. 0 804B2C9 5
-. 83 C4 10 EB 4C
-
-. 0 804B31A 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8050A18 5
-. E8 05 A9 FF FF
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-. 0 804B322 83
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-. 0 804B375 7
-. 83 C4 10 85 C0 75 73
-
-. 0 804B37C 31
-. 9B DD B5 58 FF FF FF 0F 6F 4D D8 0F 76 4D E0 0F 7F 4D D0 DD A5 58 FF FF FF 83 7D D0 FF 75 18
-
-. 0 804B39B 6
-. 83 7D D4 00 75 12
-
-. 0 804B3A1 13
-. 83 EC 0C 68 98 18 05 08 E8 62 D0 FF FF
-
-pcmpeqd_2 ... ok
-. 0 804B3AE 5
-. 83 C4 10 EB 4C
-
-. 0 804B3FF 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050A1D 5
-. E8 E5 A9 FF FF
-
-. 0 804B407 103
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 66 C7 45 E0 62 04 66 C7 45 E2 10 0D 66 C7 45 E4 BE 15 66 C7 45 E6 6C 1E C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 66 C7 45 D8 62 04 66 C7 45 DA 62 04 66 C7 45 DC BE 15 66 C7 45 DE BE 15 83 EC 08 6A 01 68 E0 39 05 08 E8 82 CF FF FF
-
-. 0 804B46E 11
-. 83 C4 10 85 C0 0F 85 D3 00 00 00
-
-. 0 804B479 35
-. 9B DD B5 58 FF FF FF 0F 6F 45 E0 0F 6F 4D D8 0F 75 C8 0F 7F 4D D0 DD A5 58 FF FF FF 66 83 7D D0 FF 75 2A
-
-. 0 804B49C 7
-. 66 83 7D D2 00 75 23
-
-. 0 804B4A3 7
-. 66 83 7D D4 FF 75 1C
-
-. 0 804B4AA 7
-. 66 83 7D D6 00 75 15
-
-. 0 804B4B1 13
-. 83 EC 0C 68 D6 18 05 08 E8 52 CF FF FF
-
-pcmpeqw_1 ... ok
-. 0 804B4BE 8
-. 83 C4 10 E9 96 00 00 00
-
-. 0 804B55C 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050A22 5
-. E8 3D AB FF FF
-
-. 0 804B564 103
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 66 C7 45 E0 62 04 66 C7 45 E2 10 0D 66 C7 45 E4 BE 15 66 C7 45 E6 6C 1E C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 66 C7 45 D8 62 04 66 C7 45 DA 62 04 66 C7 45 DC BE 15 66 C7 45 DE BE 15 83 EC 08 6A 01 68 E0 39 05 08 E8 25 CE FF FF
-
-. 0 804B5CB 11
-. 83 C4 10 85 C0 0F 85 D0 00 00 00
-
-. 0 804B5D6 32
-. 9B DD B5 58 FF FF FF 0F 6F 4D D8 0F 75 4D E0 0F 7F 4D D0 DD A5 58 FF FF FF 66 83 7D D0 FF 75 2A
-
-. 0 804B5F6 7
-. 66 83 7D D2 00 75 23
-
-. 0 804B5FD 7
-. 66 83 7D D4 FF 75 1C
-
-. 0 804B604 7
-. 66 83 7D D6 00 75 15
-
-. 0 804B60B 13
-. 83 EC 0C 68 14 19 05 08 E8 F8 CD FF FF
-
-pcmpeqw_2 ... ok
-. 0 804B618 8
-. 83 C4 10 E9 96 00 00 00
-
-. 0 804B6B6 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050A27 5
-. E8 92 AC FF FF
-
-. 0 804B6BE 119
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C6 45 E0 B3 C6 45 E1 C9 C6 45 E2 DF C6 45 E3 F5 C6 45 E4 0B C6 45 E5 21 C6 45 E6 37 C6 45 E7 4D C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 C6 45 D8 4D C6 45 D9 37 C6 45 DA 21 C6 45 DB 0B C6 45 DC F5 C6 45 DD DF C6 45 DE C9 C6 45 DF B3 83 EC 08 6A 01 68 E0 39 05 08 E8 BB CC FF FF
-
-. 0 804B735 11
-. 83 C4 10 85 C0 0F 85 57 01 00 00
-
-. 0 804B740 34
-. 9B DD B5 58 FF FF FF 0F 6F 45 E0 0F 6F 4D D8 0F 64 C8 0F 7F 4D D0 DD A5 58 FF FF FF 80 7D D0 FF 75 3F
-
-. 0 804B762 6
-. 80 7D D1 FF 75 39
-
-. 0 804B768 6
-. 80 7D D2 FF 75 33
-
-. 0 804B76E 6
-. 80 7D D3 FF 75 2D
-
-. 0 804B774 6
-. 80 7D D4 00 75 27
-
-. 0 804B77A 6
-. 80 7D D5 00 75 21
-
-. 0 804B780 6
-. 80 7D D6 00 75 1B
-
-. 0 804B786 6
-. 80 7D D7 00 75 15
-
-. 0 804B78C 13
-. 83 EC 0C 68 52 19 05 08 E8 77 CC FF FF
-
-pcmpgtb_1 ... ok
-. 0 804B799 8
-. 83 C4 10 E9 06 01 00 00
-
-. 0 804B8A7 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050A2C 5
-. E8 7E AE FF FF
-
-. 0 804B8AF 119
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C6 45 E0 B3 C6 45 E1 C9 C6 45 E2 DF C6 45 E3 F5 C6 45 E4 0B C6 45 E5 21 C6 45 E6 37 C6 45 E7 4D C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 C6 45 D8 4D C6 45 D9 37 C6 45 DA 21 C6 45 DB 0B C6 45 DC F5 C6 45 DD DF C6 45 DE C9 C6 45 DF B3 83 EC 08 6A 01 68 E0 39 05 08 E8 CA CA FF FF
-
-. 0 804B926 11
-. 83 C4 10 85 C0 0F 85 54 01 00 00
-
-. 0 804B931 31
-. 9B DD B5 58 FF FF FF 0F 6F 4D D8 0F 64 4D E0 0F 7F 4D D0 DD A5 58 FF FF FF 80 7D D0 FF 75 3F
-
-. 0 804B950 6
-. 80 7D D1 FF 75 39
-
-. 0 804B956 6
-. 80 7D D2 FF 75 33
-
-. 0 804B95C 6
-. 80 7D D3 FF 75 2D
-
-. 0 804B962 6
-. 80 7D D4 00 75 27
-
-. 0 804B968 6
-. 80 7D D5 00 75 21
-
-. 0 804B96E 6
-. 80 7D D6 00 75 1B
-
-. 0 804B974 6
-. 80 7D D7 00 75 15
-
-. 0 804B97A 13
-. 83 EC 0C 68 90 19 05 08 E8 89 CA FF FF
-
-pcmpgtb_2 ... ok
-. 0 804B987 8
-. 83 C4 10 E9 06 01 00 00
-
-. 0 804BA95 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050A31 5
-. E8 67 B0 FF FF
-
-. 0 804BA9D 83
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C7 45 E0 39 75 56 FF C7 45 E4 C7 8A A9 00 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 C7 45 D8 C7 8A A9 00 C7 45 DC 39 75 56 FF 83 EC 08 6A 01 68 E0 39 05 08 E8 00 C9 FF FF
-
-. 0 804BAF0 7
-. 83 C4 10 85 C0 75 76
-
-. 0 804BAF7 34
-. 9B DD B5 58 FF FF FF 0F 6F 45 E0 0F 6F 4D D8 0F 66 C8 0F 7F 4D D0 DD A5 58 FF FF FF 83 7D D0 FF 75 18
-
-. 0 804BB19 6
-. 83 7D D4 00 75 12
-
-. 0 804BB1F 13
-. 83 EC 0C 68 CE 19 05 08 E8 E4 C8 FF FF
-
-pcmpgtd_1 ... ok
-. 0 804BB2C 5
-. 83 C4 10 EB 4C
-
-. 0 804BB7D 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050A36 5
-. E8 4A B1 FF FF
-
-. 0 804BB85 83
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C7 45 E0 39 75 56 FF C7 45 E4 C7 8A A9 00 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 C7 45 D8 C7 8A A9 00 C7 45 DC 39 75 56 FF 83 EC 08 6A 01 68 E0 39 05 08 E8 18 C8 FF FF
-
-. 0 804BBD8 7
-. 83 C4 10 85 C0 75 73
-
-. 0 804BBDF 31
-. 9B DD B5 58 FF FF FF 0F 6F 4D D8 0F 66 4D E0 0F 7F 4D D0 DD A5 58 FF FF FF 83 7D D0 FF 75 18
-
-. 0 804BBFE 6
-. 83 7D D4 00 75 12
-
-. 0 804BC04 13
-. 83 EC 0C 68 0C 1A 05 08 E8 FF C7 FF FF
-
-pcmpgtd_2 ... ok
-. 0 804BC11 5
-. 83 C4 10 EB 4C
-
-. 0 804BC62 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050A3B 5
-. E8 2A B2 FF FF
-
-. 0 804BC6A 103
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 66 C7 45 E0 FB F2 66 C7 45 E2 A9 FB 66 C7 45 E4 57 04 66 C7 45 E6 05 0D C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 66 C7 45 D8 05 0D 66 C7 45 DA 57 04 66 C7 45 DC A9 FB 66 C7 45 DE FB F2 83 EC 08 6A 01 68 E0 39 05 08 E8 1F C7 FF FF
-
-. 0 804BCD1 11
-. 83 C4 10 85 C0 0F 85 D3 00 00 00
-
-. 0 804BCDC 35
-. 9B DD B5 58 FF FF FF 0F 6F 45 E0 0F 6F 4D D8 0F 65 C8 0F 7F 4D D0 DD A5 58 FF FF FF 66 83 7D D0 FF 75 2A
-
-. 0 804BCFF 7
-. 66 83 7D D2 FF 75 23
-
-. 0 804BD06 7
-. 66 83 7D D4 00 75 1C
-
-. 0 804BD0D 7
-. 66 83 7D D6 00 75 15
-
-. 0 804BD14 13
-. 83 EC 0C 68 4A 1A 05 08 E8 EF C6 FF FF
-
-pcmpgtw_1 ... ok
-. 0 804BD21 8
-. 83 C4 10 E9 96 00 00 00
-
-. 0 804BDBF 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050A40 5
-. E8 82 B3 FF FF
-
-. 0 804BDC7 103
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 66 C7 45 E0 FB F2 66 C7 45 E2 A9 FB 66 C7 45 E4 57 04 66 C7 45 E6 05 0D C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 66 C7 45 D8 05 0D 66 C7 45 DA 57 04 66 C7 45 DC A9 FB 66 C7 45 DE FB F2 83 EC 08 6A 01 68 E0 39 05 08 E8 C2 C5 FF FF
-
-. 0 804BE2E 11
-. 83 C4 10 85 C0 0F 85 D0 00 00 00
-
-. 0 804BE39 32
-. 9B DD B5 58 FF FF FF 0F 6F 4D D8 0F 65 4D E0 0F 7F 4D D0 DD A5 58 FF FF FF 66 83 7D D0 FF 75 2A
-
-. 0 804BE59 7
-. 66 83 7D D2 FF 75 23
-
-. 0 804BE60 7
-. 66 83 7D D4 00 75 1C
-
-. 0 804BE67 7
-. 66 83 7D D6 00 75 15
-
-. 0 804BE6E 13
-. 83 EC 0C 68 88 1A 05 08 E8 95 C5 FF FF
-
-pcmpgtw_2 ... ok
-. 0 804BE7B 8
-. 83 C4 10 E9 96 00 00 00
-
-. 0 804BF19 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050A45 5
-. E8 D7 B4 FF FF
-
-. 0 804BF21 103
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 66 C7 45 E0 D2 04 66 C7 45 E2 2E 16 66 C7 45 E4 1F EF 66 C7 45 E6 C3 DD C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 66 C7 45 D8 57 04 66 C7 45 DA 52 F7 66 C7 45 DC 05 0D 66 C7 45 DE A4 EE 83 EC 08 6A 01 68 E0 39 05 08 E8 68 C4 FF FF
-
-. 0 804BF88 11
-. 83 C4 10 85 C0 0F 85 82 00 00 00
-
-. 0 804BF93 37
-. 9B DD B5 58 FF FF FF 0F 6F 45 E0 0F 6F 4D D8 0F F5 C8 0F 7F 4D D0 DD A5 58 FF FF FF 81 7D D0 1A 68 54 FF 75 1B
-
-. 0 804BFB8 9
-. 81 7D D4 87 99 76 01 75 12
-
-. 0 804BFC1 13
-. 83 EC 0C 68 C6 1A 05 08 E8 42 C4 FF FF
-
-pmaddwd_1 ... ok
-. 0 804BFCE 5
-. 83 C4 10 EB 52
-
-. 0 804C025 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050A4A 5
-. E8 DE B5 FF FF
-
-. 0 804C02D 103
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 66 C7 45 E0 D2 04 66 C7 45 E2 2E 16 66 C7 45 E4 1F EF 66 C7 45 E6 C3 DD C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 66 C7 45 D8 57 04 66 C7 45 DA 52 F7 66 C7 45 DC 05 0D 66 C7 45 DE A4 EE 83 EC 08 6A 01 68 E0 39 05 08 E8 5C C3 FF FF
-
-. 0 804C094 7
-. 83 C4 10 85 C0 75 7F
-
-. 0 804C09B 34
-. 9B DD B5 58 FF FF FF 0F 6F 4D D8 0F F5 4D E0 0F 7F 4D D0 DD A5 58 FF FF FF 81 7D D0 1A 68 54 FF 75 1B
-
-. 0 804C0BD 9
-. 81 7D D4 87 99 76 01 75 12
-
-. 0 804C0C6 13
-. 83 EC 0C 68 04 1B 05 08 E8 3D C3 FF FF
-
-pmaddwd_2 ... ok
-. 0 804C0D3 5
-. 83 C4 10 EB 52
-
-. 0 804C12A 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050A4F 5
-. E8 DE B6 FF FF
-
-. 0 804C132 103
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 66 C7 45 E0 57 04 66 C7 45 E2 AE 08 66 C7 45 E4 A9 FB 66 C7 45 E6 52 F7 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 66 C7 45 D8 05 0D 66 C7 45 DA A4 EE 66 C7 45 DC 05 0D 66 C7 45 DE A4 EE 83 EC 08 6A 01 68 E0 39 05 08 E8 57 C2 FF FF
-
-. 0 804C199 11
-. 83 C4 10 85 C0 0F 85 D8 00 00 00
-
-. 0 804C1A4 35
-. 9B DD B5 58 FF FF FF 0F 6F 45 E0 0F 6F 4D D8 0F E5 C8 0F 7F 4D D0 DD A5 58 FF FF FF 66 83 7D D0 38 75 2C
-
-. 0 804C1C7 8
-. 66 81 7D D2 69 FF 75 24
-
-. 0 804C1CF 7
-. 66 83 7D D4 C7 75 1D
-
-. 0 804C1D6 8
-. 66 81 7D D6 96 00 75 15
-
-. 0 804C1DE 13
-. 83 EC 0C 68 42 1B 05 08 E8 25 C2 FF FF
-
-pmulhw_1 ... ok
-. 0 804C1EB 8
-. 83 C4 10 E9 99 00 00 00
-
-. 0 804C28C 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050A54 5
-. E8 3B B8 FF FF
-
-. 0 804C294 103
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 66 C7 45 E0 57 04 66 C7 45 E2 AE 08 66 C7 45 E4 A9 FB 66 C7 45 E6 52 F7 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 66 C7 45 D8 05 0D 66 C7 45 DA A4 EE 66 C7 45 DC 05 0D 66 C7 45 DE A4 EE 83 EC 08 6A 01 68 E0 39 05 08 E8 F5 C0 FF FF
-
-. 0 804C2FB 11
-. 83 C4 10 85 C0 0F 85 D5 00 00 00
-
-. 0 804C306 32
-. 9B DD B5 58 FF FF FF 0F 6F 4D D8 0F E5 4D E0 0F 7F 4D D0 DD A5 58 FF FF FF 66 83 7D D0 38 75 2C
-
-. 0 804C326 8
-. 66 81 7D D2 69 FF 75 24
-
-. 0 804C32E 7
-. 66 83 7D D4 C7 75 1D
-
-. 0 804C335 8
-. 66 81 7D D6 96 00 75 15
-
-. 0 804C33D 13
-. 83 EC 0C 68 7D 1B 05 08 E8 C6 C0 FF FF
-
-pmulhw_2 ... ok
-. 0 804C34A 8
-. 83 C4 10 E9 99 00 00 00
-
-. 0 804C3EB 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050A59 5
-. E8 95 B9 FF FF
-
-. 0 804C3F3 103
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 66 C7 45 E0 57 04 66 C7 45 E2 AE 08 66 C7 45 E4 A9 FB 66 C7 45 E6 52 F7 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 66 C7 45 D8 05 0D 66 C7 45 DA A4 EE 66 C7 45 DC 05 0D 66 C7 45 DE A4 EE 83 EC 08 6A 01 68 E0 39 05 08 E8 96 BF FF FF
-
-. 0 804C45A 11
-. 83 C4 10 85 C0 0F 85 DD 00 00 00
-
-. 0 804C465 36
-. 9B DD B5 58 FF FF FF 0F 6F 45 E0 0F 6F 4D D8 0F D5 C8 0F 7F 4D D0 DD A5 58 FF FF FF 66 81 7D D0 B3 80 75 2D
-
-. 0 804C489 8
-. 66 81 7D D2 78 53 75 25
-
-. 0 804C491 8
-. 66 81 7D D4 4D 7F 75 1D
-
-. 0 804C499 8
-. 66 81 7D D6 88 AC 75 15
-
-. 0 804C4A1 13
-. 83 EC 0C 68 B8 1B 05 08 E8 62 BF FF FF
-
-pmullw_1 ... ok
-. 0 804C4AE 8
-. 83 C4 10 E9 9C 00 00 00
-
-. 0 804C552 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050A5E 5
-. E8 F7 BA FF FF
-
-. 0 804C55A 103
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 66 C7 45 E0 57 04 66 C7 45 E2 AE 08 66 C7 45 E4 A9 FB 66 C7 45 E6 52 F7 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 66 C7 45 D8 05 0D 66 C7 45 DA A4 EE 66 C7 45 DC 05 0D 66 C7 45 DE A4 EE 83 EC 08 6A 01 68 E0 39 05 08 E8 2F BE FF FF
-
-. 0 804C5C1 11
-. 83 C4 10 85 C0 0F 85 DA 00 00 00
-
-. 0 804C5CC 33
-. 9B DD B5 58 FF FF FF 0F 6F 4D D8 0F D5 4D E0 0F 7F 4D D0 DD A5 58 FF FF FF 66 81 7D D0 B3 80 75 2D
-
-. 0 804C5ED 8
-. 66 81 7D D2 78 53 75 25
-
-. 0 804C5F5 8
-. 66 81 7D D4 4D 7F 75 1D
-
-. 0 804C5FD 8
-. 66 81 7D D6 88 AC 75 15
-
-. 0 804C605 13
-. 83 EC 0C 68 F3 1B 05 08 E8 FE BD FF FF
-
-pmullw_2 ... ok
-. 0 804C612 8
-. 83 C4 10 E9 9C 00 00 00
-
-. 0 804C6B6 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050A63 5
-. E8 56 BC FF FF
-
-. 0 804C6BE 83
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C7 45 E0 20 64 A8 EC C7 45 E4 31 75 B9 FD C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 C7 45 D8 EF CD AB 89 C7 45 DC 67 45 23 01 83 EC 08 6A 01 68 E0 39 05 08 E8 DF BC FF FF
-
-. 0 804C711 7
-. 83 C4 10 85 C0 75 77
-
-. 0 804C718 51
-. 9B DD B5 58 FF FF FF 0F 6F 45 E0 0F 6F 4D D8 0F EB C8 0F 7F 4D D0 DD A5 58 FF FF FF 8B 45 D4 35 77 75 BB FD 8B 55 D0 81 F2 EF ED AB ED 09 D0 85 C0 75 12
-
-. 0 804C74B 13
-. 83 EC 0C 68 2E 1C 05 08 E8 B8 BC FF FF
-
-por_1 ... ok
-. 0 804C758 5
-. 83 C4 10 EB 42
-
-. 0 804C79F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050A68 5
-. E8 3A BD FF FF
-
-. 0 804C7A7 83
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C7 45 E0 20 64 A8 EC C7 45 E4 31 75 B9 FD C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 C7 45 D8 EF CD AB 89 C7 45 DC 67 45 23 01 83 EC 08 6A 01 68 E0 39 05 08 E8 F6 BB FF FF
-
-. 0 804C7FA 7
-. 83 C4 10 85 C0 75 74
-
-. 0 804C801 48
-. 9B DD B5 58 FF FF FF 0F 6F 4D D8 0F EB 4D E0 0F 7F 4D D0 DD A5 58 FF FF FF 8B 45 D4 35 77 75 BB FD 8B 55 D0 81 F2 EF ED AB ED 09 D0 85 C0 75 12
-
-. 0 804C831 13
-. 83 EC 0C 68 60 1C 05 08 E8 D2 BB FF FF
-
-por_2 ... ok
-. 0 804C83E 5
-. 83 C4 10 EB 42
-
-. 0 804C885 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050A6D 5
-. E8 1B BE FF FF
-
-. 0 804C88D 55
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C7 45 E0 67 45 23 01 C7 45 E4 EF CD AB 89 83 EC 08 6A 01 68 E0 39 05 08 E8 2C BB FF FF
-
-. 0 804C8C4 7
-. 83 C4 10 85 C0 75 7F
-
-. 0 804C8CB 34
-. 9B DD B5 68 FF FF FF 0F 6F 45 E0 0F 72 F0 04 0F 7F 45 D8 DD A5 68 FF FF FF 81 7D D8 70 56 34 12 75 1B
-
-. 0 804C8ED 9
-. 81 7D DC F0 DE BC 9A 75 12
-
-. 0 804C8F6 13
-. 83 EC 0C 68 92 1C 05 08 E8 0D BB FF FF
-
-pslld_1 ... ok
-. 0 804C903 5
-. 83 C4 10 EB 52
-
-. 0 804C95A 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050A72 5
-. E8 EB BE FF FF
-
-. 0 804C962 83
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C7 45 E0 04 00 00 00 C7 45 E4 00 00 00 00 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 C7 45 D8 67 45 23 01 C7 45 DC EF CD AB 89 83 EC 08 6A 01 68 E0 39 05 08 E8 3B BA FF FF
-
-. 0 804C9B5 11
-. 83 C4 10 85 C0 0F 85 82 00 00 00
-
-. 0 804C9C0 37
-. 9B DD B5 58 FF FF FF 0F 6F 45 E0 0F 6F 4D D8 0F F2 C8 0F 7F 4D D0 DD A5 58 FF FF FF 81 7D D0 70 56 34 12 75 1B
-
-. 0 804C9E5 9
-. 81 7D D4 F0 DE BC 9A 75 12
-
-. 0 804C9EE 13
-. 83 EC 0C 68 CA 1C 05 08 E8 15 BA FF FF
-
-pslld_2 ... ok
-. 0 804C9FB 5
-. 83 C4 10 EB 52
-
-. 0 804CA52 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050A77 5
-. E8 DE BF FF FF
-
-. 0 804CA5A 83
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C7 45 E0 04 00 00 00 C7 45 E4 00 00 00 00 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 C7 45 D8 67 45 23 01 C7 45 DC EF CD AB 89 83 EC 08 6A 01 68 E0 39 05 08 E8 43 B9 FF FF
-
-. 0 804CAAD 7
-. 83 C4 10 85 C0 75 7F
-
-. 0 804CAB4 34
-. 9B DD B5 58 FF FF FF 0F 6F 4D D8 0F F2 4D E0 0F 7F 4D D0 DD A5 58 FF FF FF 81 7D D0 70 56 34 12 75 1B
-
-. 0 804CAD6 9
-. 81 7D D4 F0 DE BC 9A 75 12
-
-. 0 804CADF 13
-. 83 EC 0C 68 02 1D 05 08 E8 24 B9 FF FF
-
-pslld_3 ... ok
-. 0 804CAEC 5
-. 83 C4 10 EB 52
-
-. 0 804CB43 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050A7C 5
-. E8 CA C0 FF FF
-
-. 0 804CB4B 55
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C7 45 E0 EF CD AB 89 C7 45 E4 67 45 23 01 83 EC 08 6A 01 68 E0 39 05 08 E8 6E B8 FF FF
-
-. 0 804CB82 7
-. 83 C4 10 85 C0 75 74
-
-. 0 804CB89 48
-. 9B DD B5 68 FF FF FF 0F 6F 45 E0 0F 73 F0 04 0F 7F 45 D8 DD A5 68 FF FF FF 8B 45 DC 35 78 56 34 12 8B 55 D8 81 F2 F0 DE BC 9A 09 D0 85 C0 75 12
-
-. 0 804CBB9 13
-. 83 EC 0C 68 3A 1D 05 08 E8 4A B8 FF FF
-
-psllq_1 ... ok
-. 0 804CBC6 5
-. 83 C4 10 EB 42
-
-. 0 804CC0D 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050A81 5
-. E8 8F C1 FF FF
-
-. 0 804CC15 83
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C7 45 E0 04 00 00 00 C7 45 E4 00 00 00 00 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 C7 45 D8 EF CD AB 89 C7 45 DC 67 45 23 01 83 EC 08 6A 01 68 E0 39 05 08 E8 88 B7 FF FF
-
-. 0 804CC68 7
-. 83 C4 10 85 C0 75 77
-
-. 0 804CC6F 51
-. 9B DD B5 58 FF FF FF 0F 6F 45 E0 0F 6F 4D D8 0F F3 C8 0F 7F 4D D0 DD A5 58 FF FF FF 8B 45 D4 35 78 56 34 12 8B 55 D0 81 F2 F0 DE BC 9A 09 D0 85 C0 75 12
-
-. 0 804CCA2 13
-. 83 EC 0C 68 72 1D 05 08 E8 61 B7 FF FF
-
-psllq_2 ... ok
-. 0 804CCAF 5
-. 83 C4 10 EB 42
-
-. 0 804CCF6 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050A86 5
-. E8 73 C2 FF FF
-
-. 0 804CCFE 83
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C7 45 E0 04 00 00 00 C7 45 E4 00 00 00 00 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 C7 45 D8 EF CD AB 89 C7 45 DC 67 45 23 01 83 EC 08 6A 01 68 E0 39 05 08 E8 9F B6 FF FF
-
-. 0 804CD51 7
-. 83 C4 10 85 C0 75 74
-
-. 0 804CD58 48
-. 9B DD B5 58 FF FF FF 0F 6F 4D D8 0F F3 4D E0 0F 7F 4D D0 DD A5 58 FF FF FF 8B 45 D4 35 78 56 34 12 8B 55 D0 81 F2 F0 DE BC 9A 09 D0 85 C0 75 12
-
-. 0 804CD88 13
-. 83 EC 0C 68 AA 1D 05 08 E8 7B B6 FF FF
-
-psllq_3 ... ok
-. 0 804CD95 5
-. 83 C4 10 EB 42
-
-. 0 804CDDC 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050A8B 5
-. E8 54 C3 FF FF
-
-. 0 804CDE4 65
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 66 C7 45 E0 23 01 66 C7 45 E2 67 45 66 C7 45 E4 AB 89 66 C7 45 E6 EF CD 83 EC 08 6A 01 68 E0 39 05 08 E8 CB B5 FF FF
-
-. 0 804CE25 11
-. 83 C4 10 85 C0 0F 85 DA 00 00 00
-
-. 0 804CE30 33
-. 9B DD B5 68 FF FF FF 0F 6F 45 E0 0F 71 F0 04 0F 7F 45 D8 DD A5 68 FF FF FF 66 81 7D D8 30 12 75 2D
-
-. 0 804CE51 8
-. 66 81 7D DA 70 56 75 25
-
-. 0 804CE59 8
-. 66 81 7D DC B0 9A 75 1D
-
-. 0 804CE61 8
-. 66 81 7D DE F0 DE 75 15
-
-. 0 804CE69 13
-. 83 EC 0C 68 E2 1D 05 08 E8 9A B5 FF FF
-
-psllw_1 ... ok
-. 0 804CE76 8
-. 83 C4 10 E9 9C 00 00 00
-
-. 0 804CF1A 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050A90 5
-. E8 8D C4 FF FF
-
-. 0 804CF22 93
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C7 45 E0 04 00 00 00 C7 45 E4 00 00 00 00 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 66 C7 45 D8 23 01 66 C7 45 DA 67 45 66 C7 45 DC AB 89 66 C7 45 DE EF CD 83 EC 08 6A 01 68 E0 39 05 08 E8 71 B4 FF FF
-
-. 0 804CF7F 11
-. 83 C4 10 85 C0 0F 85 DD 00 00 00
-
-. 0 804CF8A 36
-. 9B DD B5 58 FF FF FF 0F 6F 45 E0 0F 6F 4D D8 0F F1 C8 0F 7F 4D D0 DD A5 58 FF FF FF 66 81 7D D0 30 12 75 2D
-
-. 0 804CFAE 8
-. 66 81 7D D2 70 56 75 25
-
-. 0 804CFB6 8
-. 66 81 7D D4 B0 9A 75 1D
-
-. 0 804CFBE 8
-. 66 81 7D D6 F0 DE 75 15
-
-. 0 804CFC6 13
-. 83 EC 0C 68 1A 1E 05 08 E8 3D B4 FF FF
-
-psllw_2 ... ok
-. 0 804CFD3 8
-. 83 C4 10 E9 9C 00 00 00
-
-. 0 804D077 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050A95 5
-. E8 E5 C5 FF FF
-
-. 0 804D07F 93
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C7 45 E0 04 00 00 00 C7 45 E4 00 00 00 00 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 66 C7 45 D8 23 01 66 C7 45 DA 67 45 66 C7 45 DC AB 89 66 C7 45 DE EF CD 83 EC 08 6A 01 68 E0 39 05 08 E8 14 B3 FF FF
-
-. 0 804D0DC 11
-. 83 C4 10 85 C0 0F 85 DA 00 00 00
-
-. 0 804D0E7 33
-. 9B DD B5 58 FF FF FF 0F 6F 4D D8 0F F1 4D E0 0F 7F 4D D0 DD A5 58 FF FF FF 66 81 7D D0 30 12 75 2D
-
-. 0 804D108 8
-. 66 81 7D D2 70 56 75 25
-
-. 0 804D110 8
-. 66 81 7D D4 B0 9A 75 1D
-
-. 0 804D118 8
-. 66 81 7D D6 F0 DE 75 15
-
-. 0 804D120 13
-. 83 EC 0C 68 52 1E 05 08 E8 E3 B2 FF FF
-
-psllw_3 ... ok
-. 0 804D12D 8
-. 83 C4 10 E9 9C 00 00 00
-
-. 0 804D1D1 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050A9A 5
-. E8 3A C7 FF FF
-
-. 0 804D1D9 55
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C7 45 E0 67 45 23 01 C7 45 E4 EF CD AB 89 83 EC 08 6A 01 68 E0 39 05 08 E8 E0 B1 FF FF
-
-. 0 804D210 7
-. 83 C4 10 85 C0 75 7F
-
-. 0 804D217 34
-. 9B DD B5 68 FF FF FF 0F 6F 45 E0 0F 72 E0 04 0F 7F 45 D8 DD A5 68 FF FF FF 81 7D D8 56 34 12 00 75 1B
-
-. 0 804D239 9
-. 81 7D DC DE BC 9A F8 75 12
-
-. 0 804D242 13
-. 83 EC 0C 68 8A 1E 05 08 E8 C1 B1 FF FF
-
-psrad_1 ... ok
-. 0 804D24F 5
-. 83 C4 10 EB 52
-
-. 0 804D2A6 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050A9F 5
-. E8 0A C8 FF FF
-
-. 0 804D2AE 83
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C7 45 E0 04 00 00 00 C7 45 E4 00 00 00 00 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 C7 45 D8 67 45 23 01 C7 45 DC EF CD AB 89 83 EC 08 6A 01 68 E0 39 05 08 E8 EF B0 FF FF
-
-. 0 804D301 11
-. 83 C4 10 85 C0 0F 85 82 00 00 00
-
-. 0 804D30C 37
-. 9B DD B5 58 FF FF FF 0F 6F 45 E0 0F 6F 4D D8 0F E2 C8 0F 7F 4D D0 DD A5 58 FF FF FF 81 7D D0 56 34 12 00 75 1B
-
-. 0 804D331 9
-. 81 7D D4 DE BC 9A F8 75 12
-
-. 0 804D33A 13
-. 83 EC 0C 68 C2 1E 05 08 E8 C9 B0 FF FF
-
-psrad_2 ... ok
-. 0 804D347 5
-. 83 C4 10 EB 52
-
-. 0 804D39E 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050AA4 5
-. E8 FD C8 FF FF
-
-. 0 804D3A6 83
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C7 45 E0 04 00 00 00 C7 45 E4 00 00 00 00 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 C7 45 D8 67 45 23 01 C7 45 DC EF CD AB 89 83 EC 08 6A 01 68 E0 39 05 08 E8 F7 AF FF FF
-
-. 0 804D3F9 7
-. 83 C4 10 85 C0 75 7F
-
-. 0 804D400 34
-. 9B DD B5 58 FF FF FF 0F 6F 4D D8 0F E2 4D E0 0F 7F 4D D0 DD A5 58 FF FF FF 81 7D D0 56 34 12 00 75 1B
-
-. 0 804D422 9
-. 81 7D D4 DE BC 9A F8 75 12
-
-. 0 804D42B 13
-. 83 EC 0C 68 FA 1E 05 08 E8 D8 AF FF FF
-
-psrad_3 ... ok
-. 0 804D438 5
-. 83 C4 10 EB 52
-
-. 0 804D48F 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050AA9 5
-. E8 E9 C9 FF FF
-
-. 0 804D497 65
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 66 C7 45 E0 23 01 66 C7 45 E2 67 45 66 C7 45 E4 AB 89 66 C7 45 E6 EF CD 83 EC 08 6A 01 68 E0 39 05 08 E8 18 AF FF FF
-
-. 0 804D4D8 11
-. 83 C4 10 85 C0 0F 85 D6 00 00 00
-
-. 0 804D4E3 32
-. 9B DD B5 68 FF FF FF 0F 6F 45 E0 0F 71 E0 04 0F 7F 45 D8 DD A5 68 FF FF FF 66 83 7D D8 12 75 2D
-
-. 0 804D503 8
-. 66 81 7D DA 56 04 75 25
-
-. 0 804D50B 8
-. 66 81 7D DC 9A F8 75 1D
-
-. 0 804D513 8
-. 66 81 7D DE DE FC 75 15
-
-. 0 804D51B 13
-. 83 EC 0C 68 32 1F 05 08 E8 E8 AE FF FF
-
-psraw_1 ... ok
-. 0 804D528 8
-. 83 C4 10 E9 99 00 00 00
-
-. 0 804D5C9 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050AAE 5
-. E8 1E CB FF FF
-
-. 0 804D5D1 93
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C7 45 E0 04 00 00 00 C7 45 E4 00 00 00 00 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 66 C7 45 D8 23 01 66 C7 45 DA 67 45 66 C7 45 DC AB 89 66 C7 45 DE EF CD 83 EC 08 6A 01 68 E0 39 05 08 E8 C2 AD FF FF
-
-. 0 804D62E 11
-. 83 C4 10 85 C0 0F 85 D9 00 00 00
-
-. 0 804D639 35
-. 9B DD B5 58 FF FF FF 0F 6F 45 E0 0F 6F 4D D8 0F E1 C8 0F 7F 4D D0 DD A5 58 FF FF FF 66 83 7D D0 12 75 2D
-
-. 0 804D65C 8
-. 66 81 7D D2 56 04 75 25
-
-. 0 804D664 8
-. 66 81 7D D4 9A F8 75 1D
-
-. 0 804D66C 8
-. 66 81 7D D6 DE FC 75 15
-
-. 0 804D674 13
-. 83 EC 0C 68 6A 1F 05 08 E8 8F AD FF FF
-
-psraw_2 ... ok
-. 0 804D681 8
-. 83 C4 10 E9 99 00 00 00
-
-. 0 804D722 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050AB3 5
-. E8 72 CC FF FF
-
-. 0 804D72A 93
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C7 45 E0 04 00 00 00 C7 45 E4 00 00 00 00 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 66 C7 45 D8 23 01 66 C7 45 DA 67 45 66 C7 45 DC AB 89 66 C7 45 DE EF CD 83 EC 08 6A 01 68 E0 39 05 08 E8 69 AC FF FF
-
-. 0 804D787 11
-. 83 C4 10 85 C0 0F 85 D6 00 00 00
-
-. 0 804D792 32
-. 9B DD B5 58 FF FF FF 0F 6F 4D D8 0F E1 4D E0 0F 7F 4D D0 DD A5 58 FF FF FF 66 83 7D D0 12 75 2D
-
-. 0 804D7B2 8
-. 66 81 7D D2 56 04 75 25
-
-. 0 804D7BA 8
-. 66 81 7D D4 9A F8 75 1D
-
-. 0 804D7C2 8
-. 66 81 7D D6 DE FC 75 15
-
-. 0 804D7CA 13
-. 83 EC 0C 68 A2 1F 05 08 E8 39 AC FF FF
-
-psraw_3 ... ok
-. 0 804D7D7 8
-. 83 C4 10 E9 99 00 00 00
-
-. 0 804D878 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050AB8 5
-. E8 C3 CD FF FF
-
-. 0 804D880 55
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C7 45 E0 67 45 23 01 C7 45 E4 EF CD AB 89 83 EC 08 6A 01 68 E0 39 05 08 E8 39 AB FF FF
-
-. 0 804D8B7 7
-. 83 C4 10 85 C0 75 7F
-
-. 0 804D8BE 34
-. 9B DD B5 68 FF FF FF 0F 6F 45 E0 0F 72 D0 04 0F 7F 45 D8 DD A5 68 FF FF FF 81 7D D8 56 34 12 00 75 1B
-
-. 0 804D8E0 9
-. 81 7D DC DE BC 9A 08 75 12
-
-. 0 804D8E9 13
-. 83 EC 0C 68 DA 1F 05 08 E8 1A AB FF FF
-
-psrld_1 ... ok
-. 0 804D8F6 5
-. 83 C4 10 EB 52
-
-. 0 804D94D 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050ABD 5
-. E8 93 CE FF FF
-
-. 0 804D955 83
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C7 45 E0 04 00 00 00 C7 45 E4 00 00 00 00 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 C7 45 D8 67 45 23 01 C7 45 DC EF CD AB 89 83 EC 08 6A 01 68 E0 39 05 08 E8 48 AA FF FF
-
-. 0 804D9A8 11
-. 83 C4 10 85 C0 0F 85 82 00 00 00
-
-. 0 804D9B3 37
-. 9B DD B5 58 FF FF FF 0F 6F 45 E0 0F 6F 4D D8 0F D2 C8 0F 7F 4D D0 DD A5 58 FF FF FF 81 7D D0 56 34 12 00 75 1B
-
-. 0 804D9D8 9
-. 81 7D D4 DE BC 9A 08 75 12
-
-. 0 804D9E1 13
-. 83 EC 0C 68 12 20 05 08 E8 22 AA FF FF
-
-psrld_2 ... ok
-. 0 804D9EE 5
-. 83 C4 10 EB 52
-
-. 0 804DA45 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050AC2 5
-. E8 86 CF FF FF
-
-. 0 804DA4D 83
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C7 45 E0 04 00 00 00 C7 45 E4 00 00 00 00 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 C7 45 D8 67 45 23 01 C7 45 DC EF CD AB 89 83 EC 08 6A 01 68 E0 39 05 08 E8 50 A9 FF FF
-
-. 0 804DAA0 7
-. 83 C4 10 85 C0 75 7F
-
-. 0 804DAA7 34
-. 9B DD B5 58 FF FF FF 0F 6F 4D D8 0F D2 4D E0 0F 7F 4D D0 DD A5 58 FF FF FF 81 7D D0 56 34 12 00 75 1B
-
-. 0 804DAC9 9
-. 81 7D D4 DE BC 9A 08 75 12
-
-. 0 804DAD2 13
-. 83 EC 0C 68 4A 20 05 08 E8 31 A9 FF FF
-
-psrld_3 ... ok
-. 0 804DADF 5
-. 83 C4 10 EB 52
-
-. 0 804DB36 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050AC7 5
-. E8 72 D0 FF FF
-
-. 0 804DB3E 55
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C7 45 E0 EF CD AB 89 C7 45 E4 67 45 23 01 83 EC 08 6A 01 68 E0 39 05 08 E8 7B A8 FF FF
-
-. 0 804DB75 7
-. 83 C4 10 85 C0 75 74
-
-. 0 804DB7C 48
-. 9B DD B5 68 FF FF FF 0F 6F 45 E0 0F 73 D0 04 0F 7F 45 D8 DD A5 68 FF FF FF 8B 45 DC 35 56 34 12 00 8B 55 D8 81 F2 DE BC 9A 78 09 D0 85 C0 75 12
-
-. 0 804DBAC 13
-. 83 EC 0C 68 82 20 05 08 E8 57 A8 FF FF
-
-psrlq_1 ... ok
-. 0 804DBB9 5
-. 83 C4 10 EB 42
-
-. 0 804DC00 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050ACC 5
-. E8 37 D1 FF FF
-
-. 0 804DC08 83
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C7 45 E0 04 00 00 00 C7 45 E4 00 00 00 00 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 C7 45 D8 EF CD AB 89 C7 45 DC 67 45 23 01 83 EC 08 6A 01 68 E0 39 05 08 E8 95 A7 FF FF
-
-. 0 804DC5B 7
-. 83 C4 10 85 C0 75 77
-
-. 0 804DC62 51
-. 9B DD B5 58 FF FF FF 0F 6F 45 E0 0F 6F 4D D8 0F D3 C8 0F 7F 4D D0 DD A5 58 FF FF FF 8B 45 D4 35 56 34 12 00 8B 55 D0 81 F2 DE BC 9A 78 09 D0 85 C0 75 12
-
-. 0 804DC95 13
-. 83 EC 0C 68 BA 20 05 08 E8 6E A7 FF FF
-
-psrlq_2 ... ok
-. 0 804DCA2 5
-. 83 C4 10 EB 42
-
-. 0 804DCE9 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050AD1 5
-. E8 1B D2 FF FF
-
-. 0 804DCF1 83
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C7 45 E0 04 00 00 00 C7 45 E4 00 00 00 00 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 C7 45 D8 EF CD AB 89 C7 45 DC 67 45 23 01 83 EC 08 6A 01 68 E0 39 05 08 E8 AC A6 FF FF
-
-. 0 804DD44 7
-. 83 C4 10 85 C0 75 74
-
-. 0 804DD4B 48
-. 9B DD B5 58 FF FF FF 0F 6F 4D D8 0F D3 4D E0 0F 7F 4D D0 DD A5 58 FF FF FF 8B 45 D4 35 56 34 12 00 8B 55 D0 81 F2 DE BC 9A 78 09 D0 85 C0 75 12
-
-. 0 804DD7B 13
-. 83 EC 0C 68 F2 20 05 08 E8 88 A6 FF FF
-
-psrlq_3 ... ok
-. 0 804DD88 5
-. 83 C4 10 EB 42
-
-. 0 804DDCF 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050AD6 5
-. E8 FC D2 FF FF
-
-. 0 804DDD7 65
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 66 C7 45 E0 23 01 66 C7 45 E2 67 45 66 C7 45 E4 AB 89 66 C7 45 E6 EF CD 83 EC 08 6A 01 68 E0 39 05 08 E8 D8 A5 FF FF
-
-. 0 804DE18 11
-. 83 C4 10 85 C0 0F 85 D6 00 00 00
-
-. 0 804DE23 32
-. 9B DD B5 68 FF FF FF 0F 6F 45 E0 0F 71 D0 04 0F 7F 45 D8 DD A5 68 FF FF FF 66 83 7D D8 12 75 2D
-
-. 0 804DE43 8
-. 66 81 7D DA 56 04 75 25
-
-. 0 804DE4B 8
-. 66 81 7D DC 9A 08 75 1D
-
-. 0 804DE53 8
-. 66 81 7D DE DE 0C 75 15
-
-. 0 804DE5B 13
-. 83 EC 0C 68 2A 21 05 08 E8 A8 A5 FF FF
-
-psrlw_1 ... ok
-. 0 804DE68 8
-. 83 C4 10 E9 99 00 00 00
-
-. 0 804DF09 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050ADB 5
-. E8 31 D4 FF FF
-
-. 0 804DF11 93
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C7 45 E0 04 00 00 00 C7 45 E4 00 00 00 00 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 66 C7 45 D8 23 01 66 C7 45 DA 67 45 66 C7 45 DC AB 89 66 C7 45 DE EF CD 83 EC 08 6A 01 68 E0 39 05 08 E8 82 A4 FF FF
-
-. 0 804DF6E 11
-. 83 C4 10 85 C0 0F 85 D9 00 00 00
-
-. 0 804DF79 35
-. 9B DD B5 58 FF FF FF 0F 6F 45 E0 0F 6F 4D D8 0F D1 C8 0F 7F 4D D0 DD A5 58 FF FF FF 66 83 7D D0 12 75 2D
-
-. 0 804DF9C 8
-. 66 81 7D D2 56 04 75 25
-
-. 0 804DFA4 8
-. 66 81 7D D4 9A 08 75 1D
-
-. 0 804DFAC 8
-. 66 81 7D D6 DE 0C 75 15
-
-. 0 804DFB4 13
-. 83 EC 0C 68 62 21 05 08 E8 4F A4 FF FF
-
-psrlw_2 ... ok
-. 0 804DFC1 8
-. 83 C4 10 E9 99 00 00 00
-
-. 0 804E062 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050AE0 5
-. E8 85 D5 FF FF
-
-. 0 804E06A 93
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C7 45 E0 04 00 00 00 C7 45 E4 00 00 00 00 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 66 C7 45 D8 23 01 66 C7 45 DA 67 45 66 C7 45 DC AB 89 66 C7 45 DE EF CD 83 EC 08 6A 01 68 E0 39 05 08 E8 29 A3 FF FF
-
-. 0 804E0C7 11
-. 83 C4 10 85 C0 0F 85 D6 00 00 00
-
-. 0 804E0D2 32
-. 9B DD B5 58 FF FF FF 0F 6F 4D D8 0F D1 4D E0 0F 7F 4D D0 DD A5 58 FF FF FF 66 83 7D D0 12 75 2D
-
-. 0 804E0F2 8
-. 66 81 7D D2 56 04 75 25
-
-. 0 804E0FA 8
-. 66 81 7D D4 9A 08 75 1D
-
-. 0 804E102 8
-. 66 81 7D D6 DE 0C 75 15
-
-. 0 804E10A 13
-. 83 EC 0C 68 9A 21 05 08 E8 F9 A2 FF FF
-
-psrlw_3 ... ok
-. 0 804E117 8
-. 83 C4 10 E9 99 00 00 00
-
-. 0 804E1B8 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050AE5 5
-. E8 D6 D6 FF FF
-
-. 0 804E1C0 119
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C6 45 E0 08 C6 45 E1 07 C6 45 E2 06 C6 45 E3 05 C6 45 E4 04 C6 45 E5 03 C6 45 E6 02 C6 45 E7 01 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 C6 45 D8 0C C6 45 D9 22 C6 45 DA 38 C6 45 DB 4E C6 45 DC 15 C6 45 DD 2B C6 45 DE 41 C6 45 DF 57 83 EC 08 6A 01 68 E0 39 05 08 E8 B9 A1 FF FF
-
-. 0 804E237 11
-. 83 C4 10 85 C0 0F 85 2B 01 00 00
-
-. 0 804E242 34
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-. 0 804E288 6
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-. 0 804E28E 13
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-psubb_1 ... ok
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-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8050AEA 5
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-. 0 804E3FC 11
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-. 0 804E407 31
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-. 0 804E43E 6
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-. 0 804E444 6
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-. 0 804E44A 6
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-. 0 804E450 13
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-psubb_2 ... ok
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-. 0 804E53F 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8050AEF 5
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-. 81 7D D4 D0 6E 39 05 75 12
-
-. 0 804E5D3 13
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-psubd_1 ... ok
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-. 83 C4 10 EB 52
-
-. 0 804E637 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8050AF4 5
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-. 0 804E6BB 9
-. 81 7D D4 D0 6E 39 05 75 12
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-. 0 804E6C4 13
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-psubd_2 ... ok
-. 0 804E6D1 5
-. 83 C4 10 EB 52
-
-. 0 804E728 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8050AF9 5
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-. 0 804E730 119
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-. 0 804E7A7 11
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-. 0 804E7E0 6
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-. 0 804E7E6 6
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-. 0 804E7EC 6
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-. 0 804E7F2 6
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-. 0 804E7F8 6
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-. 0 804E7FE 13
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-psubsb_1 ... ok
-. 0 804E80B 8
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-. 0 804E8ED 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050AFE 5
-. E8 F2 DD FF FF
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-. 0 804E8F5 119
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-. 0 804E96C 11
-. 83 C4 10 85 C0 0F 85 28 01 00 00
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-. 0 804E977 31
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-. 0 804E996 6
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-. 0 804E99C 6
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-. 0 804E9A2 6
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-. 0 804E9A8 6
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-. 0 804E9AE 6
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-. 0 804E9B4 6
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-. 0 804E9BA 6
-. 80 7D D7 80 75 15
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-. 0 804E9C0 13
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-psubsb_2 ... ok
-. 0 804E9CD 8
-. 83 C4 10 E9 DA 00 00 00
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-. 0 804EAAF 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050B03 5
-. E8 AF DF FF FF
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-. 0 804EAB7 103
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-. 0 804EB1E 11
-. 83 C4 10 85 C0 0F 85 CB 00 00 00
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-. 0 804EB29 36
-. 9B DD B5 58 FF FF FF 0F 6F 45 E0 0F 6F 4D D8 0F E9 C8 0F 7F 4D D0 DD A5 58 FF FF FF 66 81 7D D0 FF 7F 75 2D
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-. 0 804EB4D 8
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-. 0 804EB55 8
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-. 0 804EB5D 8
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-. 0 804EB65 13
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-psubsw_1 ... ok
-. 0 804EB72 8
-. 83 C4 10 E9 8A 00 00 00
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-. 0 804EC04 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050B08 5
-. E8 FF E0 FF FF
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-. 0 804EC0C 103
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-. 0 804EC73 11
-. 83 C4 10 85 C0 0F 85 C8 00 00 00
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-. 0 804EC7E 33
-. 9B DD B5 58 FF FF FF 0F 6F 4D D8 0F E9 4D E0 0F 7F 4D D0 DD A5 58 FF FF FF 66 81 7D D0 FF 7F 75 2D
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-. 0 804EC9F 8
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-. 0 804ECA7 8
-. 66 81 7D D4 58 4D 75 1D
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-. 0 804ECAF 8
-. 66 81 7D D6 A8 B2 75 15
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-. 0 804ECB7 13
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-psubsw_2 ... ok
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-. 83 C4 10 E9 8A 00 00 00
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-. 0 804ED56 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8050B0D 5
-. E8 4C E2 FF FF
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-. 0 804ED5E 119
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-. 0 804EDD5 11
-. 83 C4 10 85 C0 0F 85 4B 01 00 00
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-. 0 804EDE0 34
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-. 0 804EE02 6
-. 80 7D D1 37 75 39
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-. 0 804EE08 6
-. 80 7D D2 21 75 33
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-. 0 804EE0E 6
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-. 0 804EE14 6
-. 80 7D D4 00 75 27
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-. 0 804EE1A 6
-. 80 7D D5 00 75 21
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-. 0 804EE20 6
-. 80 7D D6 00 75 1B
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-. 0 804EE26 6
-. 80 7D D7 00 75 15
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-. 0 804EE2C 13
-. 83 EC 0C 68 9E 23 05 08 E8 D7 95 FF FF
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-psubusb_1 ... ok
-. 0 804EE39 8
-. 83 C4 10 E9 FA 00 00 00
-
-. 0 804EF3B 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050B12 5
-. E8 2C E4 FF FF
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-. 0 804EF43 119
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-. 0 804EFBA 11
-. 83 C4 10 85 C0 0F 85 48 01 00 00
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-. 0 804EFC5 31
-. 9B DD B5 58 FF FF FF 0F 6F 4D D8 0F D8 4D E0 0F 7F 4D D0 DD A5 58 FF FF FF 80 7D D0 4D 75 3F
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-. 0 804EFE4 6
-. 80 7D D1 37 75 39
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-. 0 804EFEA 6
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-. 0 804EFF0 6
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-. 0 804EFF6 6
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-. 0 804EFFC 6
-. 80 7D D5 00 75 21
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-. 0 804F002 6
-. 80 7D D6 00 75 1B
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-. 0 804F008 6
-. 80 7D D7 00 75 15
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-. 0 804F00E 13
-. 83 EC 0C 68 DC 23 05 08 E8 F5 93 FF FF
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-psubusb_2 ... ok
-. 0 804F01B 8
-. 83 C4 10 E9 FA 00 00 00
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-. 0 804F11D 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8050B17 5
-. E8 09 E6 FF FF
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-. 0 804F125 103
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 66 C7 45 E0 62 04 66 C7 45 E2 10 0D 66 C7 45 E4 BE 15 66 C7 45 E6 6C 1E C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 66 C7 45 D8 AD 22 66 C7 45 DA FF 19 66 C7 45 DC 51 11 66 C7 45 DE A3 08 83 EC 08 6A 01 68 E0 39 05 08 E8 64 92 FF FF
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-. 0 804F18C 11
-. 83 C4 10 85 C0 0F 85 D5 00 00 00
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-. 0 804F197 36
-. 9B DD B5 58 FF FF FF 0F 6F 45 E0 0F 6F 4D D8 0F D9 C8 0F 7F 4D D0 DD A5 58 FF FF FF 66 81 7D D0 4B 1E 75 2B
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-. 0 804F1BB 8
-. 66 81 7D D2 EF 0C 75 23
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-. 0 804F1C3 7
-. 66 83 7D D4 00 75 1C
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-. 0 804F1CA 7
-. 66 83 7D D6 00 75 15
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-. 0 804F1D1 13
-. 83 EC 0C 68 1A 24 05 08 E8 32 92 FF FF
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-psubusw_1 ... ok
-. 0 804F1DE 8
-. 83 C4 10 E9 96 00 00 00
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-. 0 804F27C 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050B1C 5
-. E8 63 E7 FF FF
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-. 0 804F284 103
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-. 0 804F2EB 11
-. 83 C4 10 85 C0 0F 85 D2 00 00 00
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-. 0 804F2F6 33
-. 9B DD B5 58 FF FF FF 0F 6F 4D D8 0F D9 4D E0 0F 7F 4D D0 DD A5 58 FF FF FF 66 81 7D D0 4B 1E 75 2B
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-. 0 804F317 8
-. 66 81 7D D2 EF 0C 75 23
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-. 0 804F31F 7
-. 66 83 7D D4 00 75 1C
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-. 0 804F326 7
-. 66 83 7D D6 00 75 15
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-. 0 804F32D 13
-. 83 EC 0C 68 58 24 05 08 E8 D6 90 FF FF
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-psubusw_2 ... ok
-. 0 804F33A 8
-. 83 C4 10 E9 96 00 00 00
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-. 0 804F3D8 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8050B21 5
-. E8 BA E8 FF FF
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-. 0 804F3E0 103
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 66 C7 45 E0 57 00 66 C7 45 E2 41 00 66 C7 45 E4 2B 00 66 C7 45 E6 15 00 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 66 C7 45 D8 D2 04 66 C7 45 DA 2E 16 66 C7 45 DC E1 10 66 C7 45 DE 3D 22 83 EC 08 6A 01 68 E0 39 05 08 E8 A9 8F FF FF
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-. 0 804F447 11
-. 83 C4 10 85 C0 0F 85 CB 00 00 00
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-. 0 804F452 36
-. 9B DD B5 58 FF FF FF 0F 6F 45 E0 0F 6F 4D D8 0F F9 C8 0F 7F 4D D0 DD A5 58 FF FF FF 66 81 7D D0 7B 04 75 2D
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-. 0 804F476 8
-. 66 81 7D D2 ED 15 75 25
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-. 0 804F47E 8
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-. 0 804F486 8
-. 66 81 7D D6 28 22 75 15
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-. 0 804F48E 13
-. 83 EC 0C 68 96 24 05 08 E8 75 8F FF FF
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-psubw_1 ... ok
-. 0 804F49B 8
-. 83 C4 10 E9 8A 00 00 00
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-. 0 804F52D 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8050B26 5
-. E8 0A EA FF FF
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-. 0 804F535 103
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 66 C7 45 E0 57 00 66 C7 45 E2 41 00 66 C7 45 E4 2B 00 66 C7 45 E6 15 00 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 66 C7 45 D8 D2 04 66 C7 45 DA 2E 16 66 C7 45 DC E1 10 66 C7 45 DE 3D 22 83 EC 08 6A 01 68 E0 39 05 08 E8 54 8E FF FF
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-. 0 804F59C 11
-. 83 C4 10 85 C0 0F 85 C8 00 00 00
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-. 0 804F5A7 33
-. 9B DD B5 58 FF FF FF 0F 6F 4D D8 0F F9 4D E0 0F 7F 4D D0 DD A5 58 FF FF FF 66 81 7D D0 7B 04 75 2D
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-. 0 804F5C8 8
-. 66 81 7D D2 ED 15 75 25
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-. 0 804F5D0 8
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-. 0 804F5D8 8
-. 66 81 7D D6 28 22 75 15
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-. 0 804F5E0 13
-. 83 EC 0C 68 CE 24 05 08 E8 23 8E FF FF
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-psubw_2 ... ok
-. 0 804F5ED 8
-. 83 C4 10 E9 8A 00 00 00
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-. 0 804F67F 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8050B2B 5
-. E8 57 EB FF FF
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-. 0 804F687 119
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C6 45 E0 0C C6 45 E1 22 C6 45 E2 38 C6 45 E3 4E C6 45 E4 15 C6 45 E5 2B C6 45 E6 41 C6 45 E7 57 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 C6 45 D8 0B C6 45 D9 16 C6 45 DA 21 C6 45 DB 2C C6 45 DC 37 C6 45 DD 42 C6 45 DE 4D C6 45 DF 58 83 EC 08 6A 01 68 E0 39 05 08 E8 F2 8C FF FF
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-. 0 804F6FE 11
-. 83 C4 10 85 C0 0F 85 4B 01 00 00
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-. 0 804F709 34
-. 9B DD B5 58 FF FF FF 0F 6F 45 E0 0F 6F 4D D8 0F 68 C8 0F 7F 4D D0 DD A5 58 FF FF FF 80 7D D0 37 75 3F
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-. 0 804F72B 6
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-. 0 804F731 6
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-. 0 804F737 6
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-. 0 804F73D 6
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-. 0 804F743 6
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-. 0 804F749 6
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-. 0 804F74F 6
-. 80 7D D7 57 75 15
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-. 0 804F755 13
-. 83 EC 0C 68 06 25 05 08 E8 AE 8C FF FF
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-punpckhbw_1 ... ok
-. 0 804F762 8
-. 83 C4 10 E9 FA 00 00 00
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-. 0 804F864 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8050B30 5
-. E8 37 ED FF FF
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-. 0 804F86C 119
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C6 45 E0 0C C6 45 E1 22 C6 45 E2 38 C6 45 E3 4E C6 45 E4 15 C6 45 E5 2B C6 45 E6 41 C6 45 E7 57 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 C6 45 D8 0B C6 45 D9 16 C6 45 DA 21 C6 45 DB 2C C6 45 DC 37 C6 45 DD 42 C6 45 DE 4D C6 45 DF 58 83 EC 08 6A 01 68 E0 39 05 08 E8 0D 8B FF FF
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-. 0 804F8E3 11
-. 83 C4 10 85 C0 0F 85 48 01 00 00
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-. 0 804F8EE 31
-. 9B DD B5 58 FF FF FF 0F 6F 4D D8 0F 68 4D E0 0F 7F 4D D0 DD A5 58 FF FF FF 80 7D D0 37 75 3F
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-. 0 804F90D 6
-. 80 7D D1 15 75 39
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-. 0 804F913 6
-. 80 7D D2 42 75 33
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-. 0 804F919 6
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-. 0 804F91F 6
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-. 0 804F925 6
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-. 0 804F92B 6
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-. 0 804F931 6
-. 80 7D D7 57 75 15
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-. 0 804F937 13
-. 83 EC 0C 68 4A 25 05 08 E8 CC 8A FF FF
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-punpckhbw_2 ... ok
-. 0 804F944 8
-. 83 C4 10 E9 FA 00 00 00
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-. 0 804FA46 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8050B35 5
-. E8 14 EF FF FF
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-. 0 804FA4E 83
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C7 45 E0 4E 61 BC 00 C7 45 E4 AB 18 47 01 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 C7 45 D8 30 41 AB 00 C7 45 DC 4C 6C 51 03 83 EC 08 6A 01 68 E0 39 05 08 E8 4F 89 FF FF
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-. 0 804FAA1 11
-. 83 C4 10 85 C0 0F 85 82 00 00 00
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-. 0 804FAAC 37
-. 9B DD B5 58 FF FF FF 0F 6F 45 E0 0F 6F 4D D8 0F 6A C8 0F 7F 4D D0 DD A5 58 FF FF FF 81 7D D0 4C 6C 51 03 75 1B
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-. 0 804FAD1 9
-. 81 7D D4 AB 18 47 01 75 12
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-. 0 804FADA 13
-. 83 EC 0C 68 8E 25 05 08 E8 29 89 FF FF
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-punpckhdq_1 ... ok
-. 0 804FAE7 5
-. 83 C4 10 EB 52
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-. 0 804FB3E 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8050B3A 5
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-punpckhdq_2 ... ok
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-punpckhwd_1 ... ok
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-punpckhwd_2 ... ok
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-punpcklbw_1 ... ok
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-punpcklbw_2 ... ok
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-==2988==
-sewardj@phoenix:~/VgSVN/valgrind/trunk$ ./vsvn --tool=none --vex-guest-chase-thresh=0 ./none/testss/x86/insn_mmx[K[K[Ksse
-==2993== Nulgrind, a binary JIT-compiler.
-==2993== Copyright (C) 2002-2004, and GNU GPL'd, by Nicholas Nethercote.
-==2993== Using valgrind-2.3.0.CVS, a dynamic binary instrumentation framework.
-==2993== Copyright (C) 2000-2004, and GNU GPL'd, by Julian Seward et al.
-==2993== For more details, rerun with: -v
-==2993==
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-cmpeqps_1 ... ok
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-cmpeqps_2 ... ok
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-cmpeqss_1 ... ok
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-cmpeqss_2 ... ok
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-cmpleps_1 ... ok
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-cmpleps_2 ... ok
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-cmpless_1 ... ok
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-cmpless_2 ... ok
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-cmpltps_1 ... ok
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-cmpltps_2 ... ok
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-cmpnleps_1 ... ok
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-cmpnleps_2 ... ok
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-cmpnless_1 ... ok
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-cmpnless_2 ... ok
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-cmpnltps_1 ... ok
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-cmpnltps_2 ... ok
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-cmpnltss_1 ... ok
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-cmpnltss_2 ... ok
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-comiss_1 ... ok
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-comiss_2 ... ok
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-comiss_3 ... ok
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-comiss_4 ... ok
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-comiss_6 ... ok
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-. 0 804B9D2 7
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-
-. 0 804B9D9 13
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-cvtpi2ps_2 ... ok
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-. 0 804BAA8 8
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-. 0 805589A 5
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-. 0 804BB48 6
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-
-. 0 804BB4E 13
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-cvtps2pi_1 ... ok
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-. 0 805589F 5
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-. 0 804BC4B 13
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-cvtps2pi_2 ... ok
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-. 0 804BCA9 8
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-. 0 80558A4 5
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-. 0 804BD0E 11
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-. 0 804BD96 7
-. 83 C4 10 85 C0 74 15
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-. 0 804BD9D 13
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-cvtsi2ss_1 ... ok
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-. 0 804BE6C 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 80558A9 5
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-. 0 804BED1 11
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-. 0 804BF57 7
-. 83 C4 10 85 C0 74 15
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-. 0 804BF5E 13
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-cvtsi2ss_2 ... ok
-. 0 804BF6B 8
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-. 0 804C02D 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 80558AE 5
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-. 0 804C035 32
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-. 0 804C055 61
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-. 0 804C092 7
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-. 0 804C099 37
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-. 0 804C0BE 13
-. 83 EC 0C 68 90 68 05 08 E8 45 C3 FF FF
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-cvtss2si_1 ... ok
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-. 0 804C107 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 80558B3 5
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-. 0 804C10F 32
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-. 0 804C16C 7
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-. 0 804C173 30
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-. 0 804C191 13
-. 83 EC 0C 68 D1 68 05 08 E8 72 C2 FF FF
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-cvtss2si_2 ... ok
-. 0 804C19E 5
-. 83 C4 10 EB 37
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-. 0 804C1DA 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 80558B8 5
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-. 0 804C1E2 32
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-. 0 804C200 2
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-. 0 804C202 75
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-. 0 804C24D 7
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-. 0 804C254 38
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-. 0 804C27A 6
-. 83 7D CC 38 75 12
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-. 0 804C280 13
-. 83 EC 0C 68 12 69 05 08 E8 83 C1 FF FF
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-cvttps2pi_1 ... ok
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-. 0 804C2DE 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 80558BD 5
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-. 0 804C377 6
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-. 0 804C37D 13
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-cvttps2pi_2 ... ok
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-. 0 804C3DB 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 80558C2 5
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-. 0 804C440 7
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-. 0 804C447 37
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-. 0 804C46C 13
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-cvttss2si_1 ... ok
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-. 83 C4 10 EB 37
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-. 0 804C4B5 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 80558C7 5
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-. 0 804C51A 7
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-. 0 804C521 30
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-. 0 804C53F 13
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-cvttss2si_2 ... ok
-. 0 804C54C 5
-. 83 C4 10 EB 37
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-. 0 804C588 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 80558CC 5
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-. 0 804C5E4 47
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-. 0 804C69F 7
-. 83 C4 10 85 C0 74 15
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-. 0 804C6A6 13
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-divps_1 ... ok
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-. 83 C4 10 E9 BA 00 00 00
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-. 0 804C775 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 80558D1 5
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-. 83 C4 10 85 C0 0F 85 40 01 00 00
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-. 0 804C874 17
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-. 0 804C885 7
-. 83 C4 10 85 C0 74 15
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-. 0 804C88C 13
-. 83 EC 0C 68 5A 6A 05 08 E8 77 BB FF FF
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-divps_2 ... ok
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-. 0 804C95B 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 80558D6 5
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-. 0 804C9B7 47
-. B8 A4 70 C5 41 89 45 C8 B8 F6 28 6C 40 89 45 CC B8 85 EB 41 42 89 45 D0 B8 33 33 5E 42 89 45 D4 83 EC 08 6A 01 68 C0 92 05 08 E8 0A BA FF FF
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-. 0 804C9E6 11
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-. 0 804CA2B 7
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-. 0 804CA43 7
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-. 0 804CA62 17
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-. 0 804CA73 7
-. 83 C4 10 85 C0 74 15
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-. 0 804CA7A 13
-. 83 EC 0C 68 92 6A 05 08 E8 89 B9 FF FF
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-divss_1 ... ok
-. 0 804CA87 8
-. 83 C4 10 E9 BA 00 00 00
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-. 0 804CB49 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 80558DB 5
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-. 0 804CB51 32
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-. B8 00 00 00 40 89 45 D8 B8 00 00 40 40 89 45 DC B8 00 00 80 40 89 45 E0 B8 00 00 A0 40 89 45 E4 8D 7D C8 FC BA 00 00 00 00 B8 04 00 00 00 89 C1 89 D0 F3 AB
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-. 0 804CBA5 47
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-. 0 804CBD4 11
-. 83 C4 10 85 C0 0F 85 41 01 00 00
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-. 0 804CBDF 51
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-. 83 C4 10 85 C0 74 45
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-. 0 804CC49 17
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-. 0 804CC5A 7
-. 83 C4 10 85 C0 74 15
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-. 0 804CC61 13
-. 83 EC 0C 68 CA 6A 05 08 E8 A2 B7 FF FF
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-divss_2 ... ok
-. 0 804CC6E 8
-. 83 C4 10 E9 BA 00 00 00
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-. 0 804CD30 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 80558E0 5
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-. 0 804CDBB 11
-. 83 C4 10 85 C0 0F 85 47 01 00 00
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-. 0 804CE2F 7
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-movhps_2 ... ok
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-movlhps_1 ... ok
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-movlps_1 ... ok
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-movlps_2 ... ok
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-movmskps_1 ... ok
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-movntps_1 ... ok
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-movntq_1 ... ok
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-movss_1 ... ok
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-movss_2 ... ok
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-movups_2 ... ok
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-mulps_1 ... ok
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-. 0 804F9B3 13
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-mulps_2 ... ok
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-. 0 804FB9A 7
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-. 0 804FBA1 13
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-mulss_1 ... ok
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-. 0 804FC70 8
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-. 0 8055967 5
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-. 0 804FCFB 11
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-. 0 804FD81 7
-. 83 C4 10 85 C0 74 15
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-. 0 804FD88 13
-. 83 EC 0C 68 20 71 05 08 E8 7B 86 FF FF
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-mulss_2 ... ok
-. 0 804FD95 8
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-. 0 804FE57 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 805596C 5
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-. 0 804FE5F 32
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-. 0 804FEAD 2
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-. 0 804FEAF 43
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-. 0 804FEDA 11
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-. 0 804FEE5 63
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-. 0 804FF3B 13
-. 83 EC 0C 68 58 71 05 08 E8 C8 84 FF FF
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-orps_1 ... ok
-. 0 804FF48 5
-. 83 C4 10 EB 62
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-. 0 804FFAF 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8055971 5
-. E8 41 A6 FF FF
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-. 0 804FFB7 32
-. 55 89 E5 57 56 53 81 EC AC 00 00 00 8D 7D D8 FC BA 00 00 00 00 B8 04 00 00 00 89 C1 89 D0 F3 AB
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-. 0 804FFD5 2
-. F3 AB
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-. 0 804FFD7 48
-. C7 45 D8 20 64 A8 EC C7 45 DC 31 75 B9 FD C7 45 E0 EF CD AB 89 C7 45 E4 67 45 23 01 8D 7D C8 FC BA 00 00 00 00 B8 04 00 00 00 89 C1 89 D0 F3 AB
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-. 0 8050005 2
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-. 0 8050007 43
-. C7 45 C8 EF CD AB 89 C7 45 CC 67 45 23 01 C7 45 D0 20 64 A8 EC C7 45 D4 31 75 B9 FD 83 EC 08 6A 01 68 C0 92 05 08 E8 BE 83 FF FF
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-. 0 8050032 11
-. 83 C4 10 85 C0 0F 85 B3 00 00 00
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-. 0 805003D 56
-. 9B DD B5 48 FF FF FF 0F 12 4D C8 0F 16 4D D0 0F 56 4D D8 0F 13 4D B8 0F 17 4D C0 DD A5 48 FF FF FF 8B 45 BC 35 77 75 BB FD 8B 55 B8 81 F2 EF ED AB ED 09 D0 85 C0 75 29
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-. 0 8050075 23
-. 8B 45 C4 35 77 75 BB FD 8B 55 C0 81 F2 EF ED AB ED 09 D0 85 C0 75 12
-
-. 0 805008C 13
-. 83 EC 0C 68 8D 71 05 08 E8 77 83 FF FF
-
-orps_2 ... ok
-. 0 8050099 5
-. 83 C4 10 EB 62
-
-. 0 8050100 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8055976 5
-. E8 8D A7 FF FF
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-. 0 8050108 119
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C6 45 E0 0B C6 45 E1 16 C6 45 E2 21 C6 45 E3 2C C6 45 E4 37 C6 45 E5 42 C6 45 E6 4D C6 45 E7 58 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 C6 45 D8 0F C6 45 D9 19 C6 45 DA 23 C6 45 DB 2D C6 45 DC 37 C6 45 DD 41 C6 45 DE 4B C6 45 DF 55 83 EC 08 6A 01 68 C0 92 05 08 E8 71 82 FF FF
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-. 0 805017F 11
-. 83 C4 10 85 C0 0F 85 4B 01 00 00
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-. 0 805018A 34
-. 9B DD B5 58 FF FF FF 0F 6F 45 E0 0F 6F 4D D8 0F E0 C8 0F 7F 4D D0 DD A5 58 FF FF FF 80 7D D0 0D 75 3F
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-. 0 80501AC 6
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-. 0 80501B2 6
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-. 0 80501B8 6
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-. 0 80501BE 6
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-. 0 80501C4 6
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-. 0 80501CA 6
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-. 0 80501D0 6
-. 80 7D D7 57 75 15
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-. 0 80501D6 13
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-pavgb_1 ... ok
-. 0 80501E3 8
-. 83 C4 10 E9 FA 00 00 00
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-. 0 80502E5 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 805597B 5
-. E8 6D A9 FF FF
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-. 0 80502ED 119
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C6 45 E0 0B C6 45 E1 16 C6 45 E2 21 C6 45 E3 2C C6 45 E4 37 C6 45 E5 42 C6 45 E6 4D C6 45 E7 58 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 C6 45 D8 0F C6 45 D9 19 C6 45 DA 23 C6 45 DB 2D C6 45 DC 37 C6 45 DD 41 C6 45 DE 4B C6 45 DF 55 83 EC 08 6A 01 68 C0 92 05 08 E8 8C 80 FF FF
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-. 0 8050364 11
-. 83 C4 10 85 C0 0F 85 48 01 00 00
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-. 0 805036F 31
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-. 0 805038E 6
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-. 0 8050394 6
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-. 0 805039A 6
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-. 0 80503A0 6
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-. 0 80503A6 6
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-. 0 80503AC 6
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-. 0 80503B2 6
-. 80 7D D7 57 75 15
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-. 0 80503B8 13
-. 83 EC 0C 68 1C 73 05 08 E8 4B 80 FF FF
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-pavgb_2 ... ok
-. 0 80503C5 8
-. 83 C4 10 E9 FA 00 00 00
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-. 0 80504C7 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8055980 5
-. E8 4A AB FF FF
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-. 0 80504CF 103
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 66 C7 45 E0 62 04 66 C7 45 E2 10 0D 66 C7 45 E4 BE 15 66 C7 45 E6 6C 1E C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 66 C7 45 D8 F5 05 66 C7 45 DA D9 0D 66 C7 45 DC BD 15 66 C7 45 DE A1 1D 83 EC 08 6A 01 68 C0 92 05 08 E8 BA 7E FF FF
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-. 0 8050536 11
-. 83 C4 10 85 C0 0F 85 DD 00 00 00
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-. 0 8050541 36
-. 9B DD B5 58 FF FF FF 0F 6F 45 E0 0F 6F 4D D8 0F E3 C8 0F 7F 4D D0 DD A5 58 FF FF FF 66 81 7D D0 2C 05 75 2D
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-. 0 8050565 8
-. 66 81 7D D2 75 0D 75 25
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-. 0 805056D 8
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-. 0 8050575 8
-. 66 81 7D D6 07 1E 75 15
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-. 0 805057D 13
-. 83 EC 0C 68 54 73 05 08 E8 86 7E FF FF
-
-pavgw_1 ... ok
-. 0 805058A 8
-. 83 C4 10 E9 9C 00 00 00
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-. 0 805062E 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8055985 5
-. E8 AC AC FF FF
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-. 0 8050636 103
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 66 C7 45 E0 62 04 66 C7 45 E2 10 0D 66 C7 45 E4 BE 15 66 C7 45 E6 6C 1E C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 66 C7 45 D8 F5 05 66 C7 45 DA D9 0D 66 C7 45 DC BD 15 66 C7 45 DE A1 1D 83 EC 08 6A 01 68 C0 92 05 08 E8 53 7D FF FF
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-. 0 805069D 11
-. 83 C4 10 85 C0 0F 85 DA 00 00 00
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-. 0 80506A8 33
-. 9B DD B5 58 FF FF FF 0F 6F 4D D8 0F E3 4D E0 0F 7F 4D D0 DD A5 58 FF FF FF 66 81 7D D0 2C 05 75 2D
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-. 0 80506C9 8
-. 66 81 7D D2 75 0D 75 25
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-. 0 80506D1 8
-. 66 81 7D D4 BE 15 75 1D
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-. 0 80506D9 8
-. 66 81 7D D6 07 1E 75 15
-
-. 0 80506E1 13
-. 83 EC 0C 68 1C 74 05 08 E8 22 7D FF FF
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-pavgw_2 ... ok
-. 0 80506EE 8
-. 83 C4 10 E9 9C 00 00 00
-
-. 0 8050792 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 805598A 5
-. E8 0B AE FF FF
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-. 0 805079A 79
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 66 C7 45 E0 D2 04 66 C7 45 E2 2E 16 66 C7 45 E4 E1 10 66 C7 45 E6 3D 22 C7 45 DC 00 00 00 00 C7 45 DC FF FF FF FF 83 EC 08 6A 01 68 C0 92 05 08 E8 07 7C FF FF
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-. 0 80507E9 7
-. 83 C4 10 85 C0 75 60
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-. 0 80507F0 36
-. 9B DD B5 68 FF FF FF 0F 6F 45 E0 8B 45 DC 0F C5 C0 00 89 45 D8 DD A5 68 FF FF FF 81 7D D8 D2 04 00 00 75 12
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-. 0 8050814 13
-. 83 EC 0C 68 54 74 05 08 E8 EF 7B FF FF
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-pextrw_1 ... ok
-. 0 8050821 5
-. 83 C4 10 EB 3A
-
-. 0 8050860 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 805598F 5
-. E8 D4 AE FF FF
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-. 0 8050868 79
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 66 C7 45 E0 D2 04 66 C7 45 E2 2E 16 66 C7 45 E4 E1 10 66 C7 45 E6 3D 22 C7 45 DC 00 00 00 00 C7 45 DC FF FF FF FF 83 EC 08 6A 01 68 C0 92 05 08 E8 39 7B FF FF
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-. 0 80508B7 7
-. 83 C4 10 85 C0 75 60
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-. 0 80508BE 36
-. 9B DD B5 68 FF FF FF 0F 6F 45 E0 8B 45 DC 0F C5 C0 01 89 45 D8 DD A5 68 FF FF FF 81 7D D8 2E 16 00 00 75 12
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-. 0 80508E2 13
-. 83 EC 0C 68 8F 74 05 08 E8 21 7B FF FF
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-pextrw_2 ... ok
-. 0 80508EF 5
-. 83 C4 10 EB 3A
-
-. 0 805092E 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8055994 5
-. E8 9D AF FF FF
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-. 0 8050936 79
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-. 0 8050985 7
-. 83 C4 10 85 C0 75 60
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-. 0 805098C 36
-. 9B DD B5 68 FF FF FF 0F 6F 45 E0 8B 45 DC 0F C5 C0 02 89 45 D8 DD A5 68 FF FF FF 81 7D D8 E1 10 00 00 75 12
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-. 0 80509B0 13
-. 83 EC 0C 68 CA 74 05 08 E8 53 7A FF FF
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-pextrw_3 ... ok
-. 0 80509BD 5
-. 83 C4 10 EB 3A
-
-. 0 80509FC 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 8055999 5
-. E8 66 B0 FF FF
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-. 0 8050A04 79
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 66 C7 45 E0 D2 04 66 C7 45 E2 2E 16 66 C7 45 E4 E1 10 66 C7 45 E6 3D 22 C7 45 DC 00 00 00 00 C7 45 DC FF FF FF FF 83 EC 08 6A 01 68 C0 92 05 08 E8 9D 79 FF FF
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-. 0 8050A53 7
-. 83 C4 10 85 C0 75 60
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-. 0 8050A5A 36
-. 9B DD B5 68 FF FF FF 0F 6F 45 E0 8B 45 DC 0F C5 C0 03 89 45 D8 DD A5 68 FF FF FF 81 7D D8 3D 22 00 00 75 12
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-. 0 8050A7E 13
-. 83 EC 0C 68 05 75 05 08 E8 85 79 FF FF
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-pextrw_4 ... ok
-. 0 8050A8B 5
-. 83 C4 10 EB 3A
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-. 0 8050ACA 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 805599E 5
-. E8 2F B1 FF FF
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-. 0 8050AD2 79
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E4 00 00 00 00 C7 45 E4 FF FF FF FF C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 66 C7 45 D8 D2 04 66 C7 45 DA 2E 16 66 C7 45 DC E1 10 66 C7 45 DE 3D 22 83 EC 08 6A 01 68 C0 92 05 08 E8 CF 78 FF FF
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-. 0 8050B21 11
-. 83 C4 10 85 C0 0F 85 DC 00 00 00
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-. 0 8050B2C 35
-. 9B DD B5 58 FF FF FF 8B 45 E4 0F 6F 45 D8 0F C4 C0 00 0F 7F 45 D0 DD A5 58 FF FF FF 66 83 7D D0 FF 75 2D
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-. 0 8050B4F 8
-. 66 81 7D D2 2E 16 75 25
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-. 0 8050B57 8
-. 66 81 7D D4 E1 10 75 1D
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-. 0 8050B5F 8
-. 66 81 7D D6 3D 22 75 15
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-. 0 8050B67 13
-. 83 EC 0C 68 40 75 05 08 E8 9C 78 FF FF
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-pinsrw_1 ... ok
-. 0 8050B74 8
-. 83 C4 10 E9 9C 00 00 00
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-. 0 8050C18 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 80559A3 5
-. E8 78 B2 FF FF
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-. 0 8050C20 79
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E4 00 00 00 00 C7 45 E4 FF FF FF FF C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 66 C7 45 D8 D2 04 66 C7 45 DA 2E 16 66 C7 45 DC E1 10 66 C7 45 DE 3D 22 83 EC 08 6A 01 68 C0 92 05 08 E8 81 77 FF FF
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-. 0 8050C6F 11
-. 83 C4 10 85 C0 0F 85 DC 00 00 00
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-. 0 8050C7A 36
-. 9B DD B5 58 FF FF FF 8B 45 E4 0F 6F 45 D8 0F C4 C0 01 0F 7F 45 D0 DD A5 58 FF FF FF 66 81 7D D0 D2 04 75 2C
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-. 0 8050C9E 7
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-. 0 8050CA5 8
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-. 0 8050CAD 8
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-. 0 8050CB5 13
-. 83 EC 0C 68 7B 75 05 08 E8 4E 77 FF FF
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-pinsrw_2 ... ok
-. 0 8050CC2 8
-. 83 C4 10 E9 9C 00 00 00
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-. 0 8050D66 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80559A8 5
-. E8 C1 B3 FF FF
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-. 0 8050D6E 79
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E4 00 00 00 00 C7 45 E4 FF FF FF FF C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 66 C7 45 D8 D2 04 66 C7 45 DA 2E 16 66 C7 45 DC E1 10 66 C7 45 DE 3D 22 83 EC 08 6A 01 68 C0 92 05 08 E8 33 76 FF FF
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-. 0 8050DBD 11
-. 83 C4 10 85 C0 0F 85 DC 00 00 00
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-. 0 8050DC8 36
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-. 0 8050DEC 8
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-. 0 8050DF4 7
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-. 0 8050DFB 8
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-. 0 8050E03 13
-. 83 EC 0C 68 B6 75 05 08 E8 00 76 FF FF
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-pinsrw_3 ... ok
-. 0 8050E10 8
-. 83 C4 10 E9 9C 00 00 00
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-. 0 8050EB4 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80559AD 5
-. E8 0A B5 FF FF
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-. 0 8050EBC 79
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-. 0 8050F0B 11
-. 83 C4 10 85 C0 0F 85 DC 00 00 00
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-. 0 8050F16 36
-. 9B DD B5 58 FF FF FF 8B 45 E4 0F 6F 45 D8 0F C4 C0 03 0F 7F 45 D0 DD A5 58 FF FF FF 66 81 7D D0 D2 04 75 2C
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-. 0 8050F3A 8
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-. 0 8050F42 8
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-. 0 8050F4A 7
-. 66 83 7D D6 FF 75 15
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-. 0 8050F51 13
-. 83 EC 0C 68 F1 75 05 08 E8 B2 74 FF FF
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-pinsrw_4 ... ok
-. 0 8050F5E 8
-. 83 C4 10 E9 9C 00 00 00
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-. 0 8051002 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80559B2 5
-. E8 53 B6 FF FF
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-. 0 805100A 103
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 66 C7 45 E0 FF FF 66 C7 45 E2 02 00 66 C7 45 E4 FD FF 66 C7 45 E6 04 00 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 66 C7 45 D8 02 00 66 C7 45 DA FD FF 66 C7 45 DC 04 00 66 C7 45 DE FB FF 83 EC 08 6A 01 68 C0 92 05 08 E8 7F 73 FF FF
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-. 0 8051071 11
-. 83 C4 10 85 C0 0F 85 B8 00 00 00
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-. 0 805107C 35
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-. 0 805109F 7
-. 66 83 7D D2 02 75 20
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-. 0 80510A6 7
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-. 0 80510AD 7
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-. 0 80510B4 13
-. 83 EC 0C 68 2C 76 05 08 E8 4F 73 FF FF
-
-pmaxsw_1 ... ok
-. 0 80510C1 5
-. 83 C4 10 EB 7E
-
-. 0 8051144 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80559B7 5
-. E8 90 B7 FF FF
-
-. 0 805114C 103
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 66 C7 45 E0 FF FF 66 C7 45 E2 02 00 66 C7 45 E4 FD FF 66 C7 45 E6 04 00 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 66 C7 45 D8 02 00 66 C7 45 DA FD FF 66 C7 45 DC 04 00 66 C7 45 DE FB FF 83 EC 08 6A 01 68 C0 92 05 08 E8 3D 72 FF FF
-
-. 0 80511B3 11
-. 83 C4 10 85 C0 0F 85 B5 00 00 00
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-. 0 80511BE 32
-. 9B DD B5 58 FF FF FF 0F 6F 4D D8 0F EE 4D E0 0F 7F 4D D0 DD A5 58 FF FF FF 66 83 7D D0 02 75 27
-
-. 0 80511DE 7
-. 66 83 7D D2 02 75 20
-
-. 0 80511E5 7
-. 66 83 7D D4 04 75 19
-
-. 0 80511EC 7
-. 66 83 7D D6 04 75 12
-
-. 0 80511F3 13
-. 83 EC 0C 68 F9 76 05 08 E8 10 72 FF FF
-
-pmaxsw_2 ... ok
-. 0 8051200 5
-. 83 C4 10 EB 7E
-
-. 0 8051283 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80559BC 5
-. E8 CA B8 FF FF
-
-. 0 805128B 119
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C6 45 E0 01 C6 45 E1 02 C6 45 E2 03 C6 45 E3 04 C6 45 E4 05 C6 45 E5 06 C6 45 E6 07 C6 45 E7 08 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 C6 45 D8 08 C6 45 D9 07 C6 45 DA 06 C6 45 DB 05 C6 45 DC 04 C6 45 DD 03 C6 45 DE 02 C6 45 DF 01 83 EC 08 6A 01 68 C0 92 05 08 E8 EE 70 FF FF
-
-. 0 8051302 11
-. 83 C4 10 85 C0 0F 85 4B 01 00 00
-
-. 0 805130D 34
-. 9B DD B5 58 FF FF FF 0F 6F 45 E0 0F 6F 4D D8 0F DE C8 0F 7F 4D D0 DD A5 58 FF FF FF 80 7D D0 08 75 3F
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-. 0 805132F 6
-. 80 7D D1 07 75 39
-
-. 0 8051335 6
-. 80 7D D2 06 75 33
-
-. 0 805133B 6
-. 80 7D D3 05 75 2D
-
-. 0 8051341 6
-. 80 7D D4 05 75 27
-
-. 0 8051347 6
-. 80 7D D5 06 75 21
-
-. 0 805134D 6
-. 80 7D D6 07 75 1B
-
-. 0 8051353 6
-. 80 7D D7 08 75 15
-
-. 0 8051359 13
-. 83 EC 0C 68 34 77 05 08 E8 AA 70 FF FF
-
-pmaxub_1 ... ok
-. 0 8051366 8
-. 83 C4 10 E9 FA 00 00 00
-
-. 0 8051468 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80559C1 5
-. E8 AA BA FF FF
-
-. 0 8051470 119
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C6 45 E0 01 C6 45 E1 02 C6 45 E2 03 C6 45 E3 04 C6 45 E4 05 C6 45 E5 06 C6 45 E6 07 C6 45 E7 08 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 C6 45 D8 08 C6 45 D9 07 C6 45 DA 06 C6 45 DB 05 C6 45 DC 04 C6 45 DD 03 C6 45 DE 02 C6 45 DF 01 83 EC 08 6A 01 68 C0 92 05 08 E8 09 6F FF FF
-
-. 0 80514E7 11
-. 83 C4 10 85 C0 0F 85 48 01 00 00
-
-. 0 80514F2 31
-. 9B DD B5 58 FF FF FF 0F 6F 4D D8 0F DE 4D E0 0F 7F 4D D0 DD A5 58 FF FF FF 80 7D D0 08 75 3F
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-. 0 8051511 6
-. 80 7D D1 07 75 39
-
-. 0 8051517 6
-. 80 7D D2 06 75 33
-
-. 0 805151D 6
-. 80 7D D3 05 75 2D
-
-. 0 8051523 6
-. 80 7D D4 05 75 27
-
-. 0 8051529 6
-. 80 7D D5 06 75 21
-
-. 0 805152F 6
-. 80 7D D6 07 75 1B
-
-. 0 8051535 6
-. 80 7D D7 08 75 15
-
-. 0 805153B 13
-. 83 EC 0C 68 6F 77 05 08 E8 C8 6E FF FF
-
-pmaxub_2 ... ok
-. 0 8051548 8
-. 83 C4 10 E9 FA 00 00 00
-
-. 0 805164A 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80559C6 5
-. E8 87 BC FF FF
-
-. 0 8051652 103
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 66 C7 45 E0 FF FF 66 C7 45 E2 02 00 66 C7 45 E4 FD FF 66 C7 45 E6 04 00 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 66 C7 45 D8 02 00 66 C7 45 DA FD FF 66 C7 45 DC 04 00 66 C7 45 DE FB FF 83 EC 08 6A 01 68 C0 92 05 08 E8 37 6D FF FF
-
-. 0 80516B9 11
-. 83 C4 10 85 C0 0F 85 B8 00 00 00
-
-. 0 80516C4 35
-. 9B DD B5 58 FF FF FF 0F 6F 45 E0 0F 6F 4D D8 0F EA C8 0F 7F 4D D0 DD A5 58 FF FF FF 66 83 7D D0 FF 75 27
-
-. 0 80516E7 7
-. 66 83 7D D2 FD 75 20
-
-. 0 80516EE 7
-. 66 83 7D D4 FD 75 19
-
-. 0 80516F5 7
-. 66 83 7D D6 FB 75 12
-
-. 0 80516FC 13
-. 83 EC 0C 68 AA 77 05 08 E8 07 6D FF FF
-
-pminsw_1 ... ok
-. 0 8051709 5
-. 83 C4 10 EB 7E
-
-. 0 805178C 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80559CB 5
-. E8 C4 BD FF FF
-
-. 0 8051794 103
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 66 C7 45 E0 FF FF 66 C7 45 E2 02 00 66 C7 45 E4 FD FF 66 C7 45 E6 04 00 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 66 C7 45 D8 02 00 66 C7 45 DA FD FF 66 C7 45 DC 04 00 66 C7 45 DE FB FF 83 EC 08 6A 01 68 C0 92 05 08 E8 F5 6B FF FF
-
-. 0 80517FB 11
-. 83 C4 10 85 C0 0F 85 B5 00 00 00
-
-. 0 8051806 32
-. 9B DD B5 58 FF FF FF 0F 6F 4D D8 0F EA 4D E0 0F 7F 4D D0 DD A5 58 FF FF FF 66 83 7D D0 FF 75 27
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-. 0 8051826 7
-. 66 83 7D D2 FD 75 20
-
-. 0 805182D 7
-. 66 83 7D D4 FD 75 19
-
-. 0 8051834 7
-. 66 83 7D D6 FB 75 12
-
-. 0 805183B 13
-. 83 EC 0C 68 E5 77 05 08 E8 C8 6B FF FF
-
-pminsw_2 ... ok
-. 0 8051848 5
-. 83 C4 10 EB 7E
-
-. 0 80518CB 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80559D0 5
-. E8 FE BE FF FF
-
-. 0 80518D3 119
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C6 45 E0 01 C6 45 E1 02 C6 45 E2 03 C6 45 E3 04 C6 45 E4 05 C6 45 E5 06 C6 45 E6 07 C6 45 E7 08 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 C6 45 D8 08 C6 45 D9 07 C6 45 DA 06 C6 45 DB 05 C6 45 DC 04 C6 45 DD 03 C6 45 DE 02 C6 45 DF 01 83 EC 08 6A 01 68 C0 92 05 08 E8 A6 6A FF FF
-
-. 0 805194A 11
-. 83 C4 10 85 C0 0F 85 4B 01 00 00
-
-. 0 8051955 34
-. 9B DD B5 58 FF FF FF 0F 6F 45 E0 0F 6F 4D D8 0F DA C8 0F 7F 4D D0 DD A5 58 FF FF FF 80 7D D0 01 75 3F
-
-. 0 8051977 6
-. 80 7D D1 02 75 39
-
-. 0 805197D 6
-. 80 7D D2 03 75 33
-
-. 0 8051983 6
-. 80 7D D3 04 75 2D
-
-. 0 8051989 6
-. 80 7D D4 04 75 27
-
-. 0 805198F 6
-. 80 7D D5 03 75 21
-
-. 0 8051995 6
-. 80 7D D6 02 75 1B
-
-. 0 805199B 6
-. 80 7D D7 01 75 15
-
-. 0 80519A1 13
-. 83 EC 0C 68 20 78 05 08 E8 62 6A FF FF
-
-pminub_1 ... ok
-. 0 80519AE 8
-. 83 C4 10 E9 FA 00 00 00
-
-. 0 8051AB0 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80559D5 5
-. E8 DE C0 FF FF
-
-. 0 8051AB8 119
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C6 45 E0 01 C6 45 E1 02 C6 45 E2 03 C6 45 E3 04 C6 45 E4 05 C6 45 E5 06 C6 45 E6 07 C6 45 E7 08 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 C6 45 D8 08 C6 45 D9 07 C6 45 DA 06 C6 45 DB 05 C6 45 DC 04 C6 45 DD 03 C6 45 DE 02 C6 45 DF 01 83 EC 08 6A 01 68 C0 92 05 08 E8 C1 68 FF FF
-
-. 0 8051B2F 11
-. 83 C4 10 85 C0 0F 85 48 01 00 00
-
-. 0 8051B3A 31
-. 9B DD B5 58 FF FF FF 0F 6F 4D D8 0F DA 4D E0 0F 7F 4D D0 DD A5 58 FF FF FF 80 7D D0 01 75 3F
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-. 0 8051B59 6
-. 80 7D D1 02 75 39
-
-. 0 8051B5F 6
-. 80 7D D2 03 75 33
-
-. 0 8051B65 6
-. 80 7D D3 04 75 2D
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-. 0 8051B6B 6
-. 80 7D D4 04 75 27
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-. 0 8051B71 6
-. 80 7D D5 03 75 21
-
-. 0 8051B77 6
-. 80 7D D6 02 75 1B
-
-. 0 8051B7D 6
-. 80 7D D7 01 75 15
-
-. 0 8051B83 13
-. 83 EC 0C 68 5B 78 05 08 E8 80 68 FF FF
-
-pminub_2 ... ok
-. 0 8051B90 8
-. 83 C4 10 E9 FA 00 00 00
-
-. 0 8051C92 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80559DA 5
-. E8 BB C2 FF FF
-
-. 0 8051C9A 62
-. 55 89 E5 57 56 53 81 EC 8C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C7 45 E0 88 80 00 80 C7 45 E4 00 00 00 80 C7 45 DC 00 00 00 00 83 EC 08 6A 01 68 C0 92 05 08 E8 18 67 FF FF
-
-. 0 8051CD8 7
-. 83 C4 10 85 C0 75 5F
-
-. 0 8051CDF 35
-. 9B DD B5 68 FF FF FF 0F 6F 6D E0 8B 45 DC 0F D7 C5 89 45 D8 DD A5 68 FF FF FF 81 7D D8 8B 00 00 00 75 12
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-. 0 8051D02 13
-. 83 EC 0C 68 96 78 05 08 E8 01 67 FF FF
-
-pmovmskb_1 ... ok
-. 0 8051D0F 5
-. 83 C4 10 EB 3A
-
-. 0 8051D4E 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80559DF 5
-. E8 72 C3 FF FF
-
-. 0 8051D56 103
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 66 C7 45 E0 57 04 66 C7 45 E2 AE 08 66 C7 45 E4 05 0D 66 C7 45 E6 5C 11 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 66 C7 45 D8 B3 15 66 C7 45 DA 0A 1A 66 C7 45 DC 61 1E 66 C7 45 DE B8 22 83 EC 08 6A 01 68 C0 92 05 08 E8 33 66 FF FF
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-. 0 8051DBD 11
-. 83 C4 10 85 C0 0F 85 D9 00 00 00
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-. 0 8051DC8 35
-. 9B DD B5 58 FF FF FF 0F 6F 45 E0 0F 6F 4D D8 0F E4 C8 0F 7F 4D D0 DD A5 58 FF FF FF 66 83 7D D0 5E 75 2D
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-. 0 8051DEB 8
-. 66 81 7D D2 E2 00 75 25
-
-. 0 8051DF3 8
-. 66 81 7D D4 8B 01 75 1D
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-. 0 8051DFB 8
-. 66 81 7D D6 5A 02 75 15
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-. 0 8051E03 13
-. 83 EC 0C 68 D7 78 05 08 E8 00 66 FF FF
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-pmulhuw_1 ... ok
-. 0 8051E10 8
-. 83 C4 10 E9 99 00 00 00
-
-. 0 8051EB1 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80559E4 5
-. E8 D0 C4 FF FF
-
-. 0 8051EB9 103
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 66 C7 45 E0 57 04 66 C7 45 E2 AE 08 66 C7 45 E4 05 0D 66 C7 45 E6 5C 11 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 66 C7 45 D8 B3 15 66 C7 45 DA 0A 1A 66 C7 45 DC 61 1E 66 C7 45 DE B8 22 83 EC 08 6A 01 68 C0 92 05 08 E8 D0 64 FF FF
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-. 0 8051F20 11
-. 83 C4 10 85 C0 0F 85 D6 00 00 00
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-. 0 8051F2B 32
-. 9B DD B5 58 FF FF FF 0F 6F 4D D8 0F E4 4D E0 0F 7F 4D D0 DD A5 58 FF FF FF 66 83 7D D0 5E 75 2D
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-. 0 8051F4B 8
-. 66 81 7D D2 E2 00 75 25
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-. 0 8051F53 8
-. 66 81 7D D4 8B 01 75 1D
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-. 0 8051F5B 8
-. 66 81 7D D6 5A 02 75 15
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-. 0 8051F63 13
-. 83 EC 0C 68 15 79 05 08 E8 A0 64 FF FF
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-pmulhuw_2 ... ok
-. 0 8051F70 8
-. 83 C4 10 E9 99 00 00 00
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-. 0 8052011 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80559E9 5
-. E8 2B C6 FF FF
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-. 0 8052019 119
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C6 45 E0 01 C6 45 E1 02 C6 45 E2 03 C6 45 E3 04 C6 45 E4 05 C6 45 E5 06 C6 45 E6 07 C6 45 E7 08 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 C6 45 D8 08 C6 45 D9 07 C6 45 DA 06 C6 45 DB 05 C6 45 DC 04 C6 45 DD 03 C6 45 DE 02 C6 45 DF 01 83 EC 08 6A 01 68 C0 92 05 08 E8 60 63 FF FF
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-. 0 8052090 11
-. 83 C4 10 85 C0 0F 85 B8 00 00 00
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-. 0 805209B 35
-. 9B DD B5 58 FF FF FF 0F 6F 45 E0 0F 6F 4D D8 0F F6 C8 0F 7F 4D D0 DD A5 58 FF FF FF 66 83 7D D0 20 75 27
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-. 0 80520BE 7
-. 66 83 7D D2 00 75 20
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-. 0 80520C5 7
-. 66 83 7D D4 00 75 19
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-. 0 80520CC 7
-. 66 83 7D D6 00 75 12
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-. 0 80520D3 13
-. 83 EC 0C 68 53 79 05 08 E8 30 63 FF FF
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-psadbw_1 ... ok
-. 0 80520E0 5
-. 83 C4 10 EB 7E
-
-. 0 8052163 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 80559EE 5
-. E8 78 C7 FF FF
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-. 0 805216B 119
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 C6 45 E0 01 C6 45 E1 02 C6 45 E2 03 C6 45 E3 04 C6 45 E4 05 C6 45 E5 06 C6 45 E6 07 C6 45 E7 08 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 C6 45 D8 08 C6 45 D9 07 C6 45 DA 06 C6 45 DB 05 C6 45 DC 04 C6 45 DD 03 C6 45 DE 02 C6 45 DF 01 83 EC 08 6A 01 68 C0 92 05 08 E8 0E 62 FF FF
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-. 0 80521E2 11
-. 83 C4 10 85 C0 0F 85 B5 00 00 00
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-. 0 80521ED 32
-. 9B DD B5 58 FF FF FF 0F 6F 4D D8 0F F6 4D E0 0F 7F 4D D0 DD A5 58 FF FF FF 66 83 7D D0 20 75 27
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-. 0 805220D 7
-. 66 83 7D D2 00 75 20
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-. 0 8052214 7
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-. 0 805221B 7
-. 66 83 7D D6 00 75 12
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-. 0 8052222 13
-. 83 EC 0C 68 8E 79 05 08 E8 E1 61 FF FF
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-psadbw_2 ... ok
-. 0 805222F 5
-. 83 C4 10 EB 7E
-
-. 0 80522B2 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 0 80559F3 5
-. E8 C2 C8 FF FF
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-. 0 80522BA 79
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 66 C7 45 E0 0B 00 66 C7 45 E2 16 00 66 C7 45 E4 21 00 66 C7 45 E6 2C 00 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 83 EC 08 6A 01 68 C0 92 05 08 E8 E7 60 FF FF
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-. 0 8052309 11
-. 83 C4 10 85 C0 0F 85 B9 00 00 00
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-. 0 8052314 36
-. 9B DD B5 58 FF FF FF 0F 6F 45 E0 0F 6F 4D D8 0F 70 C8 1B 0F 7F 4D D0 DD A5 58 FF FF FF 66 83 7D D0 2C 75 27
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-. 0 8052338 7
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-. 0 805233F 7
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-. 0 8052346 7
-. 66 83 7D D6 0B 75 12
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-. 0 805234D 13
-. 83 EC 0C 68 C9 79 05 08 E8 B6 60 FF FF
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-pshufw_1 ... ok
-. 0 805235A 5
-. 83 C4 10 EB 7E
-
-. 0 80523DD 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 80559F8 5
-. E8 E8 C9 FF FF
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-. 0 80523E5 79
-. 55 89 E5 57 56 53 81 EC 9C 00 00 00 C7 45 E0 00 00 00 00 C7 45 E4 00 00 00 00 66 C7 45 E0 0B 00 66 C7 45 E2 16 00 66 C7 45 E4 21 00 66 C7 45 E6 2C 00 C7 45 D8 00 00 00 00 C7 45 DC 00 00 00 00 83 EC 08 6A 01 68 C0 92 05 08 E8 BC 5F FF FF
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-. 0 8052434 11
-. 83 C4 10 85 C0 0F 85 B6 00 00 00
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-. 0 805243F 33
-. 9B DD B5 58 FF FF FF 0F 6F 4D D8 0F 70 4D E0 1B 0F 7F 4D D0 DD A5 58 FF FF FF 66 83 7D D0 2C 75 27
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-. 0 8052460 7
-. 66 83 7D D2 21 75 20
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-. 0 8052467 7
-. 66 83 7D D4 16 75 19
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-. 0 805246E 7
-. 66 83 7D D6 0B 75 12
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-. 0 8052475 13
-. 83 EC 0C 68 04 7A 05 08 E8 8E 5F FF FF
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-pshufw_2 ... ok
-. 0 8052482 5
-. 83 C4 10 EB 7E
-
-. 0 8052505 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 80559FD 5
-. E8 0B CB FF FF
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-. 0 805250D 32
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-. 0 805252B 2
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-. 0 805252D 52
-. B8 00 00 00 40 89 45 D8 B8 00 00 80 40 89 45 DC B8 00 00 00 3F 89 45 E0 B8 00 00 80 3E 89 45 E4 8D 7D C8 FC BA 00 00 00 00 B8 04 00 00 00 89 C1 89 D0 F3 AB
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-. 0 805255F 2
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-. 0 8052561 47
-. B8 7B 14 8E 3F 89 45 C8 B8 7B 14 0E 40 89 45 CC B8 B8 1E 55 40 89 45 D0 B8 7B 14 8E 40 89 45 D4 83 EC 08 6A 01 68 C0 92 05 08 E8 60 5E FF FF
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-. 0 8052590 11
-. 83 C4 10 85 C0 0F 85 47 01 00 00
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-. 0 805259B 57
-. 9B DD B5 48 FF FF FF 0F 12 45 D8 0F 16 45 E0 0F 12 4D C8 0F 16 4D D0 0F 53 C8 0F 13 4D B8 0F 17 4D C0 DD A5 48 FF FF FF 83 EC 08 B8 00 00 00 3F 50 FF 75 B8 E8 2D 5F FF FF
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-. 0 8048522 62
-. D9 45 08 D8 65 0C D9 E1 DD 5D F0 8B 45 08 89 45 E4 D9 45 E4 D9 E1 DD 05 C8 5B 05 08 DE C9 DD 5D E8 B8 00 00 00 00 BA 00 00 28 C0 52 50 B8 00 00 00 00 BA 00 00 00 40 52 50 E8 80 FE FF FF
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-. 0 80483E0 6
-. FF 25 70 92 05 08
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-. 0 80483E6 10
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-. 0 3A9A8860 20
-. 55 89 E5 53 83 EC 34 DD 45 08 DD 45 10 D9 C9 E8 DC B2 FF FF
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-. 0 3A9A3B50 4
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-. 0 3A9A8874 26
-. 81 C3 D0 6F 01 00 DD 55 F0 D9 C9 DD 55 E8 DD 5C 24 08 DD 1C 24 E8 72 D6 FF FF
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-. 0 3A9A5F00 34
-. DD 44 24 0C D9 E5 E8 00 00 00 00 59 81 C1 39 99 01 00 DF E0 88 E2 80 E4 45 80 FC 40 0F 84 CE 00 00 00
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-. 0 3A9A5F22 9
-. 80 FC 05 0F 84 D5 00 00 00
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-. 0 3A9A5F30 25
-. DD 44 24 04 83 EC 08 D9 E5 DF E0 88 E6 80 E4 45 80 FC 40 0F 84 87 01 00 00
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-. 0 3A9A5F49 9
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-. 0 3A9A5F52 17
-. D9 C9 D9 C0 DF 3C 24 DF 2C 24 DD E9 DF E0 9E 75 4D
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-. 0 3A9A5F63 9
-. 58 5A 83 CA 00 DD D8 79 0D
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-. 0 3A9A5F6C 27
-. DC B9 DC BD FF FF F7 D8 83 D2 00 F7 DA DD 81 DC BD FF FF D9 C9 0F AC D0 01 73 06
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-. 0 3A9A5F8D 10
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-. D9 C9 D8 C9 D9 C9 D8 C8 D1 EA 89 C1 09 D1 75 EA
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-. 0 3A9A5F97 3
-. DD D8 C3
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-. 0 3A9A888E 18
-. 8B 83 38 00 00 00 DD 5D E0 83 38 FF 0F 84 40 01 00 00
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-. 0 3A9A88A0 11
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-. 0 3A9AB1F0 40
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-. 0 3A9A88AB 8
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-. 0 3A9A88B3 11
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-. 0 3A9A88BE 4
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-. 0 3A9A88E5 14
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-. 0 3A9A8965 13
-. DD D8 DD 45 E0 DD 1C 24 E8 AE 28 00 00
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-. 8B 44 24 08 B9 FF FF EF FF 29 C1 31 C8 C1 E8 1F C3
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-. 0 3A9A8972 4
-. 85 C0 75 3A
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-. 0 3A9A89B0 14
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-. 0 80525D4 7
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-. 83 EC 08 B8 00 00 80 3E 50 FF 75 BC E8 15 5F FF FF
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-. 0 80525EC 7
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-rcpps_1 ... ok
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-. 0 80526F2 8
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-. 0 8052802 7
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-. 0 8052809 13
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-rcpps_2 ... ok
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-. 0 80528D8 8
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-. 0 80529F0 7
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-. 0 80529F7 13
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-rcpss_1 ... ok
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-. 0 8052AC6 8
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-. 0 8052BC6 17
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-. 0 8052BD7 7
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-. 0 8052BDE 13
-. 83 EC 0C 68 E7 7A 05 08 E8 25 58 FF FF
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-rcpss_2 ... ok
-. 0 8052BEB 8
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-. 0 8052CAD 8
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-. 0 8055A11 5
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-. 0 8052CB5 32
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-. 0 8052CD3 2
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-. 0 8052CD5 52
-. B8 00 00 80 40 89 45 D8 B8 00 00 80 41 89 45 DC B8 00 00 C8 41 89 45 E0 B8 00 00 80 42 89 45 E4 8D 7D C8 FC BA 00 00 00 00 B8 04 00 00 00 89 C1 89 D0 F3 AB
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-. 0 8052D09 47
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-. 0 8052D38 11
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-. 0 8052DC4 7
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-. 0 8052DCB 13
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-rsqrtps_1 ... ok
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-. 83 C4 10 E9 BA 00 00 00
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-. 0 8052E9A 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8055A16 5
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-. 0 8052EA2 32
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-. 0 8052EC0 2
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-. 0 8052EC2 52
-. B8 00 00 80 40 89 45 D8 B8 00 00 80 41 89 45 DC B8 00 00 C8 41 89 45 E0 B8 00 00 80 42 89 45 E4 8D 7D C8 FC BA 00 00 00 00 B8 04 00 00 00 89 C1 89 D0 F3 AB
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-. 0 8052EF6 47
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-. 0 8052F25 11
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-. 0 8052F30 50
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-. 0 8052FAA 7
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-. 0 8052FB1 13
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-rsqrtps_2 ... ok
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-. 0 8053080 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8055A1B 5
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-. 0 8053088 32
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-. 0 80530DC 47
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-. 0 805310B 11
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-. 0 8053198 7
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-. 0 805319F 13
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-rsqrtss_1 ... ok
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-. 0 805326E 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8055A20 5
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-. 0 8053276 32
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-. 0 8053296 52
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-. 0 80532CA 47
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-. 0 80532F9 11
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-. 0 8053304 51
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-. 0 805337F 7
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-. 0 8053386 13
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-rsqrtss_2 ... ok
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-. 0 8053455 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8055A25 5
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-. 9B DD B5 78 FF FF FF 0F AE F8 DD A5 78 FF FF FF 83 EC 0C 68 17 7C 05 08 E8 77 4F FF FF
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-sfence_1 ... ok
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-. 83 C4 10 EB 10
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-. 0 80534AE 8
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-. 0 8055A2A 5
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-. 0 80534B6 32
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-. 0 805350A 47
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-. 0 8053539 11
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-. 0 8053544 58
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-. 0 80535C6 7
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-. 0 80535CD 13
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-shufps_1 ... ok
-. 0 80535DA 8
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-. 0 805369C 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8055A2F 5
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-. 0 8053727 11
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-. 0 8053732 51
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-. 0 8053765 7
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-. 0 80537AD 7
-. 83 C4 10 85 C0 74 15
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-. 0 80537B4 13
-. 83 EC 0C 68 78 7C 05 08 E8 4F 4C FF FF
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-shufps_2 ... ok
-. 0 80537C1 8
-. 83 C4 10 E9 BA 00 00 00
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-. 0 8053883 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8055A34 5
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-. 0 805388B 32
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-. 0 80538AB 52
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-. 0 80538DF 47
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-. 0 805390E 11
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-. 0 8053919 57
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-. 0 805399A 7
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-. 0 80539A1 13
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-sqrtps_1 ... ok
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-. 83 C4 10 E9 BA 00 00 00
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-. 0 8053A70 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8055A39 5
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-. 0 8053A78 32
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-. 0 8053A98 52
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-. 0 8053ACC 47
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-. 0 8053AFB 11
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-. 0 8053B38 7
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-. 0 8053B80 7
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-sqrtps_2 ... ok
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-. 0 8053D6E 7
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-. 0 8053D75 13
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-sqrtss_1 ... ok
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-. 0 8053F55 7
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-. 0 8053F5C 13
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-sqrtss_2 ... ok
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-. 0 805402B 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8055A48 5
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-. 0 8054087 47
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-. 0 80540B6 11
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-. 0 8054112 7
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-. 0 8054142 7
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-. 0 8054149 13
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-subps_1 ... ok
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-. 0 8054218 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8055A4D 5
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-. 0 8054220 32
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-. 0 8054274 47
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-. 0 80542A3 11
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-. 0 80542AE 50
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-. 0 80542E0 7
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-. 0 80542F8 7
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-. 0 8054310 7
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-. 0 8054317 17
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-. 0 8054328 7
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-. 0 805432F 13
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-subps_2 ... ok
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-. 0 80543FE 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8055A52 5
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-. 0 8054406 32
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-. 0 8054424 2
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-. 0 8054426 52
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-. 0 805445A 47
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-. 0 8054489 11
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-. 0 80544CE 7
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-. 0 80544E6 7
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-. 0 80544FE 7
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-. 0 8054516 7
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-. 0 805451D 13
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-subss_1 ... ok
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-. 0 80545EC 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8055A57 5
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-. 0 80545F4 32
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-. 0 8054612 2
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-. 0 8054614 52
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-. 0 8054648 47
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-. 0 8054677 11
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-. 0 80546B5 7
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-. 0 80546CD 7
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-. 0 80546D4 17
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-. 0 80546E5 7
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-. 0 80546EC 17
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-. 0 80546FD 7
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-. 0 8054704 13
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-subss_2 ... ok
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-. 0 80547D3 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8055A5C 5
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-. 0 80547DB 32
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-. 0 80547F9 2
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-. 0 8054817 23
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-. 0 805482E 11
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-. 0 8054879 13
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-ucomiss_1 ... ok
-. 0 8054886 5
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-. 0 80548CA 8
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-. 0 8055A61 5
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-. 0 80548D2 47
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-. 0 8054901 23
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-. 0 8054918 7
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-ucomiss_2 ... ok
-. 0 8054965 5
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-. 0 80549A9 8
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-. 0 8055A66 5
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-. 0 80549B1 32
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-. 0 80549ED 23
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-. 0 8054A04 11
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-. 0 8054A0F 65
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-. 0 8054A50 13
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-ucomiss_3 ... ok
-. 0 8054A5D 5
-. 83 C4 10 EB 3F
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-. 0 8054AA1 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8055A6B 5
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-. 0 8054AA9 47
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-. 0 8054AEF 7
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-. 0 8054B30 13
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-ucomiss_4 ... ok
-. 0 8054B3D 5
-. 83 C4 10 EB 3F
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-. 0 8054B81 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8055A70 5
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-. 0 8054B89 32
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-. 0 8054BDC 11
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-. 0 8054BE7 65
-. 9B DD B5 48 FF FF FF 0F 12 45 D8 0F 16 45 E0 0F 12 4D C8 0F 16 4D D0 9C 81 24 24 2A F7 FF FF 81 0C 24 95 08 00 00 9D 0F 2E C8 9C 8F 45 C4 DD A5 48 FF FF FF 8B 45 C4 25 D5 08 00 00 83 F8 40 75 12
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-. 0 8054C28 13
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-ucomiss_5 ... ok
-. 0 8054C35 5
-. 83 C4 10 EB 3F
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-. 0 8054C79 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8055A75 5
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-. 0 8054C81 47
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-. 0 8054CCE 58
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-. 0 8054D08 13
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-ucomiss_6 ... ok
-. 0 8054D15 5
-. 83 C4 10 EB 3F
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-. 0 8054D59 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8055A7A 5
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-. 0 8054D61 32
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-. 0 8054D81 52
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-. 0 8054DB5 47
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-. 0 8054DE4 11
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-. 0 8054DEF 57
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-. 0 8054E70 7
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-. 0 8054E77 13
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-unpckhps_1 ... ok
-. 0 8054E84 8
-. 83 C4 10 E9 BA 00 00 00
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-. 0 8054F46 8
-. 8D 65 F4 5B 5E 5F 5D C3
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-. 0 8055A7F 5
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-. 0 8054F4E 32
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-. 0 8054F6E 52
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-. 0 8054FA2 47
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-. 0 8054FD1 11
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-. 0 8054FDC 50
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-. 0 8055026 7
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-. 0 8055045 17
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-. 0 8055056 7
-. 83 C4 10 85 C0 74 15
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-. 0 805505D 13
-. 83 EC 0C 68 34 80 05 08 E8 A6 33 FF FF
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-unpckhps_2 ... ok
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diff --git a/VEX/orig_x86/manyfp.orig b/VEX/orig_x86/manyfp.orig
deleted file mode 100644
index 207a4cb..0000000
--- a/VEX/orig_x86/manyfp.orig
+++ /dev/null
@@ -1,9635 +0,0 @@
-==13306== valgrind-1.0.4, a memory error detector for x86 GNU/Linux.
-==13306== Copyright (C) 2000-2002, and GNU GPL'd, by Julian Seward.
-==13306== Startup, with flags:
-==13306== --suppressions=/home/sewardj/trunk/hacked104/Inst/lib/valgrind/default.supp
-==13306== -v
-==13306== Estimated CPU clock rate is 1000 MHz
-==13306==
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-vex iropt: 8 x unrolling (15 sts -> 120 sts)
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-***** EXPENSIVE 630 42
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-***** EXPENSIVE 633 44
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-***** EXPENSIVE 645 46
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-***** EXPENSIVE 647 47
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-vex iropt: 2 x unrolling (59 sts -> 118 sts)
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-***** EXPENSIVE 649 49
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-vex iropt: 8 x unrolling (15 sts -> 120 sts)
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-***** EXPENSIVE 674 51
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-***** EXPENSIVE 678 53
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-***** EXPENSIVE 692 55
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-vex iropt: 2 x unrolling (34 sts -> 68 sts)
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-vex iropt: 2 x unrolling (34 sts -> 68 sts)
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-vex iropt: 2 x unrolling (49 sts -> 98 sts)
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-vex iropt: 2 x unrolling (49 sts -> 98 sts)
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-vex iropt: 2 x unrolling (39 sts -> 78 sts)
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-vex iropt: 2 x unrolling (40 sts -> 80 sts)
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-vex iropt: 4 x unrolling (26 sts -> 104 sts)
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-vex iropt: 2 x unrolling (32 sts -> 64 sts)
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-vex iropt: 4 x unrolling (26 sts -> 104 sts)
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-vex iropt: 4 x unrolling (30 sts -> 120 sts)
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-vex iropt: 2 x unrolling (37 sts -> 74 sts)
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-***** EXPENSIVE 782 79
-
-. 781 8055952 60
-. 31 C9 8B 55 0C 0F AF D1 8B 45 08 8B 75 DC DD 04 D0 8D 04 0E 0F AF 45 0C 8B 7D 08 DD 04 C7 D9 C1 D8 C1 D9 CA DE E1 D9 C9 DD 1C D7 FF 45 CC DD 1C C7 8B 45 D8 03 4D E0 39 45 CC 72 C6
-***** EXPENSIVE 783 80
-
-. 782 805598E 50
-. 31 D2 52 8B 45 E0 50 DD 83 44 F6 FF FF DD 5D B8 DF 2C 24 DC BB D4 F5 FF FF 83 EC 08 DD 83 34 F6 FF FF D9 C9 DD 14 24 DD 5D 88 DD 5D C0 E8 70 2D FF FF
-***** EXPENSIVE 784 81
-
-. 783 80559C0 20
-. DD 45 88 DC 8B BC F8 FF FF DD 1C 24 DD 5D B0 E8 5C 2D FF FF
-***** EXPENSIVE 785 82
-
-. 784 80559D4 33
-. D9 C0 8B 45 DC D8 C1 C7 45 D0 01 00 00 00 D1 E8 DE C9 83 C4 10 39 45 D0 DD 5D A8 0F 83 24 01 00 00
-
-. 785 8055B19 6
-. 83 7D DC 01 76 54
-
-. 786 8055B73 24
-. FF 45 D4 8B 55 E4 D1 6D DC D1 6D E0 D1 65 D8 39 55 D4 0F 86 B8 FD FF FF
-
-. 787 8055B8B 17
-. FF 75 E4 FF 75 10 FF 75 0C FF 75 08 E8 9C 6E FF FF
-
-. 788 8055B9C 10
-. 31 C0 8D 65 F4 5B 5E 5F C9 C3
-***** EXPENSIVE 790 83
-vex iropt: 2 x unrolling (36 sts -> 72 sts)
-
-. 789 8049C48 20
-. 8B 55 E8 DD 04 C2 D8 F1 41 DD 1C C2 03 45 F0 3B 4D EC 72 EC
-***** EXPENSIVE 791 84
-vex iropt: 2 x unrolling (41 sts -> 82 sts)
-
-. 790 805AC54 42
-. 89 F1 8B 45 08 47 DD 04 F0 C1 E1 04 8B 45 0C 03 75 10 3B 7D 14 DD 1C 08 C7 44 08 08 00 00 00 00 C7 44 08 0C 00 00 00 00 72 D6
-
-. 791 8048BA0 13
-. BB 01 00 00 00 83 C1 02 3B 5D 0C 73 4F
-vex iropt: 4 x unrolling (18 sts -> 72 sts)
-
-. 792 8049164 12
-. 46 89 D0 89 F1 D3 E0 39 45 EC 77 F4
-vex iropt: 4 x unrolling (19 sts -> 76 sts)
-
-. 793 8049194 16
-. 89 D0 D1 E1 83 E0 01 43 09 C1 D1 EA 39 F3 72 F0
-
-. 794 8048AAC 10
-. 8B 7D 10 D1 EF 39 75 F0 73 2E
-***** EXPENSIVE 796 85
-
-. 795 8048AB6 50
-. 8B 4D 0C 0F AF CE 8B 45 08 C1 E1 04 DD 04 08 8B 5D E8 DD 04 18 D9 C9 01 C1 DD 1C 18 DD 44 18 08 DD 41 08 DD 5C 18 08 D9 C9 DD 19 DD 59 08 39 F7 77 08
-vex iropt: 8 x unrolling (12 sts -> 96 sts)
-
-. 796 8048AE8 8
-. 29 FE D1 EF 39 F7 76 F8
-vex iropt: 8 x unrolling (13 sts -> 104 sts)
-
-. 797 804CDDC 7
-. D1 E0 41 39 D0 72 F9
-
-. 798 804C9D8 10
-. 8B 7D 10 D1 EF 39 75 F4 73 2E
-***** EXPENSIVE 800 86
-
-. 799 804C9E2 50
-. 8B 4D 0C 0F AF CE 8B 55 08 C1 E1 04 DD 04 0A 8B 45 EC DD 04 02 D9 C9 01 D1 DD 1C 02 DD 44 02 08 DD 41 08 DD 5C 02 08 D9 C9 DD 19 DD 59 08 39 F7 77 08
-vex iropt: 8 x unrolling (12 sts -> 96 sts)
-
-. 800 804CA14 8
-. 29 FE D1 EF 39 F7 76 F8
-***** EXPENSIVE 802 87
-vex iropt: not unrolling (62 sts)
-
-. 801 804FEF8 68
-. 8D 14 0F 8B 45 0C 0F AF C1 0F AF 55 0C C1 E2 04 C1 E0 04 DD 04 16 DD 04 06 01 F2 D8 E1 01 F0 DD 1A DD 42 08 DD 40 08 D8 E1 DD 5A 08 D9 C9 03 4D B8 DC 00 D9 C9 DC 40 08 D9 C9 3B 4D 10 DD 18 DD 58 08 72 BC
-***** EXPENSIVE 803 88
-
-. 802 804FE9C 50
-. 31 D2 52 57 DF 2C 24 DD 83 34 F6 FF FF D9 C9 D8 C0 83 EC 08 DC 7D C8 D9 C9 DD 5D D8 DD 83 44 F6 FF FF D9 C9 DD 14 24 DD 5D A8 DD 5D D0 E8 62 88 FF FF
-***** EXPENSIVE 804 89
-
-. 803 804FF4C 63
-. DD 45 C0 DC 4D D0 DD 45 D8 DE E1 DD 45 D8 D8 CA DD 45 C0 D9 CA DE E1 D9 C9 DC 4D D8 DD 45 D0 D9 C9 DC 45 D0 D9 C9 D8 CB 31 C9 DE E9 D9 C9 3B 4D 10 DD 55 D8 D9 C9 DD 55 D0 0F 83 8E 00 00 00
-***** EXPENSIVE 805 90
-
-. 804 804FF8B 97
-. 90 8B 55 BC 8D 04 0A 8D 14 07 0F AF 55 0C C1 E2 04 DD 04 16 01 F2 DD 42 08 0F AF 45 0C D9 C3 D9 C3 D8 CA D9 C9 C1 E0 04 D8 CB DE E1 DD 04 06 D8 E1 01 F0 DD 1A D9 C9 D8 CC D9 CA D8 CB DD 40 08 D9 CB DE C1 DC EA D9 CA DD 5A 08 8D 0C 79 DC 00 D9 C9 DC 40 08 D9 C9 3B 4D 10 DD 18 DD 58 08 72 A0
-***** EXPENSIVE 806 91
-
-. 805 804FFEC 16
-. DD D8 DD D8 FF 45 BC 39 7D BC 0F 82 50 FF FF FF
-***** EXPENSIVE 807 92
-
-. 806 804FFFC 19
-. DD D8 FF 45 E0 8B 45 E4 D1 E7 39 45 E0 0F 82 8D FE FF FF
-vex iropt: 4 x unrolling (18 sts -> 72 sts)
-
-. 807 80499D0 12
-. 47 89 D0 89 F9 D3 E0 39 45 EC 77 F4
-vex iropt: 4 x unrolling (19 sts -> 76 sts)
-
-. 808 8049A00 16
-. 89 D0 D1 E1 83 E0 01 43 09 C1 D1 EA 39 FB 72 F0
-
-. 809 8048B34 10
-. 8B 7D 10 D1 EF 39 75 EC 73 18
-***** EXPENSIVE 811 93
-
-. 810 8048B3E 28
-. 8B 5D 0C 8B 4D 08 8B 55 E4 0F AF DE DD 04 D1 DD 04 D9 DD 1C D1 DD 1C D9 39 F7 77 0A
-
-. 811 8048B5A 10
-. 89 F6 29 FE D1 EF 39 F7 76 F8
-
-. 812 804CA5C 10
-. 8B 7D 10 D1 EF 39 75 F4 73 1B
-***** EXPENSIVE 814 94
-
-. 813 804CA66 31
-. 8B 55 EC 8B 4D 08 DD 04 D1 8B 4D 0C 8B 45 08 0F AF CE DD 04 C8 DD 1C D0 DD 1C C8 39 F7 77 0B
-
-. 814 804CA85 11
-. 8D 76 00 29 FE D1 EF 39 F7 76 F8
-***** EXPENSIVE 816 95
-vex iropt: 2 x unrolling (58 sts -> 116 sts)
-
-. 815 805A9E4 55
-. 8B 75 DC 8B 55 0C 0F AF D1 8D 04 0E 8B 75 08 0F AF 45 0C DD 04 D6 DD 04 C6 D9 C1 D8 C1 D9 CA DE E1 D9 C9 DD 1C D6 FF 45 CC DD 1C C6 8B 45 C4 03 4D C8 39 45 CC 72 C9
-
-. 816 805ABB5 15
-. C7 45 CC 00 00 00 00 8B 45 C4 39 45 CC 73 30
-***** EXPENSIVE 818 96
-
-. 817 805ABC4 46
-. D1 6D DC 8B 55 C8 DD 83 E4 F8 FF FF 2B 55 DC 8B 45 0C 0F AF C2 8B 4D 08 DD 04 C1 FF 45 CC 8B 75 C4 D8 C9 03 55 C8 39 75 CC DD 1C C1 72 E1
-***** EXPENSIVE 819 97
-
-. 818 805ABF2 17
-. DD D8 FF 45 D4 8B 45 E4 39 45 D4 0F 86 B8 FD FF FF
-***** EXPENSIVE 820 98
-
-. 819 8055D52 94
-. 8B 7D 10 8D 76 00 8B 4D 14 2B 4D F0 8B 45 08 0F AF 4D 10 89 FE DD 04 F8 8B 14 C8 C1 E6 04 89 4D E8 8B 4C C8 04 8B 45 0C 89 4C 30 0C DD 14 30 89 54 30 08 8B 45 E8 C1 E0 04 8B 75 0C 81 F1 00 00 00 80 FF 45 F0 DD 1C 06 89 54 06 08 89 4C 06 0C 8B 45 14 2B 45 F0 03 7D 10 39 45 F0 72 A8
-
-. 820 8055B1F 15
-. C7 45 CC 00 00 00 00 8B 7D D8 39 7D CC 73 45
-***** EXPENSIVE 822 99
-
-. 821 8055B2E 67
-. 8B 75 DC D1 EE 8B 55 DC DD 83 D4 F8 FF FF 01 F2 31 C9 8D 04 0E 0F AF 45 0C 8B 7D 08 DD 04 C7 D8 C0 DD 1C C7 8B 45 0C 0F AF C2 DD 04 C7 D8 C9 DD 1C C7 FF 45 CC 8B 45 D8 03 55 E0 03 4D E0 39 45 CC 72 CF
-***** EXPENSIVE 823 100
-
-. 822 8055B71 26
-. DD D8 FF 45 D4 8B 55 E4 D1 6D DC D1 6D E0 D1 65 D8 39 55 D4 0F 86 B8 FD FF FF
-***** EXPENSIVE 824 101
-vex iropt: not unrolling (61 sts)
-
-. 823 8055954 58
-. 8B 55 0C 0F AF D1 8B 45 08 8B 75 DC DD 04 D0 8D 04 0E 0F AF 45 0C 8B 7D 08 DD 04 C7 D9 C1 D8 C1 D9 CA DE E1 D9 C9 DD 1C D7 FF 45 CC DD 1C C7 8B 45 D8 03 4D E0 39 45 CC 72 C6
-***** EXPENSIVE 825 102
-vex iropt: not unrolling (86 sts)
-
-. 824 804FF8C 96
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-vex iropt: 8 x unrolling (12 sts -> 96 sts)
-
-. 825 8048B5C 8
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-vex iropt: 8 x unrolling (12 sts -> 96 sts)
-
-. 826 804CA88 8
-. 29 FE D1 EF 39 F7 76 F8
-***** EXPENSIVE 828 103
-vex iropt: 2 x unrolling (43 sts -> 86 sts)
-
-. 827 805ABD3 31
-. 8B 45 0C 0F AF C2 8B 4D 08 DD 04 C1 FF 45 CC 8B 75 C4 D8 C9 03 55 C8 39 75 CC DD 1C C1 72 E1
-***** EXPENSIVE 829 104
-
-. 828 805AA88 87
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-***** EXPENSIVE 830 105
-
-. 829 805AADF 137
-. 8B 7D 88 03 7D C8 C7 45 8C 00 00 00 00 8B 4D 8C 03 4D D0 8B 45 8C 0F AF 4D 0C 03 45 DC 8B 55 08 DD 04 CA 89 C2 2B 55 D0 03 45 D0 0F AF 55 0C 0F AF 45 0C 8B 75 08 DD 04 D6 DD 04 C6 8B 75 0C 0F AF F7 89 85 74 FF FF FF 8B 45 08 DD 04 F0 DD 45 98 DD 45 90 DD 45 98 D9 CA D8 CC D9 C9 D8 CB D9 CA DE CB D9 C5 D9 C5 D9 CD DC 4D 90 D9 C9 D8 C2 D9 CD D8 C4 D9 CD D8 E3 D9 CD D8 C1 D9 CF DE E2 D9 CD DE E3 D9 CB DD 1C C8
-***** EXPENSIVE 831 106
-
-. 830 805AB68 51
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-
-. 831 805AB9B 20
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-***** EXPENSIVE 833 107
-vex iropt: not unrolling (69 sts)
-
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-. 8B 4D 14 2B 4D F0 8B 45 08 0F AF 4D 10 89 FE DD 04 F8 8B 14 C8 C1 E6 04 89 4D E8 8B 4C C8 04 8B 45 0C 89 4C 30 0C DD 14 30 89 54 30 08 8B 45 E8 C1 E0 04 8B 75 0C 81 F1 00 00 00 80 FF 45 F0 DD 1C 06 89 54 06 08 89 4C 06 0C 8B 45 14 2B 45 F0 03 7D 10 39 45 F0 72 A8
-***** EXPENSIVE 834 108
-
-. 833 80559F5 80
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-***** EXPENSIVE 835 109
-
-. 834 8055A45 140
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-***** EXPENSIVE 836 110
-
-. 835 8055AD1 48
-. D9 CC D8 CE D9 CB DD 1C C2 DE E1 D9 C9 8B 45 84 DE C2 DD 1C C2 FF 45 CC DD 1C F2 8B 55 E0 8B 75 D8 03 7D E0 01 55 A4 39 75 CC 0F 82 53 FF FF FF
-***** EXPENSIVE 837 111
-
-. 836 8055B01 24
-. DD D8 DD D8 8B 45 DC FF 45 D0 D1 E8 FF 4D A0 39 45 D0 0F 82 E3 FE FF FF
-***** EXPENSIVE 838 112
-vex iropt: 2 x unrolling (55 sts -> 110 sts)
-
-. 837 8055B40 49
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-***** EXPENSIVE 839 113
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-. 838 805AAEC 131
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-***** EXPENSIVE 840 114
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-. 839 805AB6F 44
-. D9 CA DE E1 D9 C9 8B 4D C8 FF 45 CC 8B 75 C4 DD 1C D0 D9 E0 8B 95 74 FF FF FF 03 7D C8 01 4D 8C 39 75 CC DD 1C D0 0F 82 51 FF FF FF
-***** EXPENSIVE 841 115
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-. 840 805AA90 79
-. DD 45 A8 DC 4D B0 DC 6D B8 DD 5D 98 DD 45 A0 DC 4D B8 DC 6D 98 DD 5D 98 DD 45 A8 DC 4D B8 DD 45 B0 DE C1 DD 45 A0 DC 4D B0 DE E9 DD 5D 90 C7 45 CC 00 00 00 00 8B 45 C4 DD 45 98 DD 45 90 D9 C9 39 45 CC DD 5D B8 DD 5D B0 0F 83 BC 00 00 00
-***** EXPENSIVE 842 116
-
-. 841 80559FC 73
-. DD 45 B0 DC 4D B8 DD 45 C0 DE E1 DD 45 A8 DC 4D C0 DD 45 B0 D9 CA DE E1 D9 C9 DC 4D C0 DD 45 A8 D9 C9 DC 45 B8 D9 C9 DC 4D B8 C7 45 CC 00 00 00 00 8B 45 D8 DE E9 D9 C9 39 45 CC DD 55 C0 D9 C9 DD 55 B8 0F 83 61 01 00 00
-***** EXPENSIVE 843 117
-
-. 842 8055A54 134
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-***** EXPENSIVE 844 118
-
-. 843 8055ADA 39
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-. 849 8048C48 11
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-
-. 850 8048C53 15
-. 89 45 D8 31 DB 8D 04 36 83 C4 10 39 C3 73 55
-***** EXPENSIVE 852 119
-
-. 851 8048C62 79
-. DD 05 28 E9 05 08 DD 05 30 E9 05 08 DD 05 38 E9 05 08 89 C1 89 F6 31 D2 52 53 DF 2C 24 D9 C0 8B 75 E4 D8 C4 D9 C9 8B 45 E0 DD 14 DE D9 C9 DD 1C D8 D9 C0 D8 C3 D9 C9 8B 75 DC D8 C2 D9 C9 8B 45 D8 DD 1C DE DD 1C D8 43 83 C4 08 39 CB 72 C7
-***** EXPENSIVE 853 120
-vex iropt: not unrolling (63 sts)
-
-. 852 8048C78 57
-. 31 D2 52 53 DF 2C 24 D9 C0 8B 75 E4 D8 C4 D9 C9 8B 45 E0 DD 14 DE D9 C9 DD 1C D8 D9 C0 D8 C3 D9 C9 8B 75 DC D8 C2 D9 C9 8B 45 D8 DD 1C DE DD 1C D8 43 83 C4 08 39 CB 72 C7
-***** EXPENSIVE 854 121
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-. 853 8048CB1 16
-. DD D8 DD D8 DD D8 83 EC 0C 6A 00 E8 5F 50 01 00
-
-. 854 8048CC1 8
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-vex iropt: 8 x unrolling (15 sts -> 120 sts)
-
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-. F3 A5
-
-. 863 804CBD7 5
-. E8 88 00 00 00
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-. 869 804CBDC 8
-. 8D 65 F4 5B 5E 5F C9 C3
-
-. 870 804CE92 11
-. 83 C4 10 85 C0 0F 85 8F 01 00 00
-***** EXPENSIVE 872 122
-
-. 871 804CE9D 61
-. 8B 4D E4 8B 55 C4 89 4A 04 31 D2 52 8B 45 08 50 DF 2C 24 C7 45 DC 00 00 00 00 83 C4 08 DC BB CC F5 FF FF 39 4D DC DD 5D C8 C7 45 D8 01 00 00 00 C7 45 E0 00 00 00 00 0F 83 12 01 00 00
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-. 886 8048CEC 26
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-. 891 804D254 41
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-. 892 804D33C 64
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-. 893 804D37C 7
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-. 894 804D3A6 8
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-vex iropt: 2 x unrolling (59 sts -> 118 sts)
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-vex iropt: 8 x unrolling (15 sts -> 120 sts)
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-vex iropt: not unrolling (61 sts)
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-vex iropt: 8 x unrolling (15 sts -> 120 sts)
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-***** EXPENSIVE 1249 176
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-. 1248 8055EB9 61
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-***** EXPENSIVE 1261 177
-
-. 1260 804B074 36
-. 31 D2 52 8B 45 0C 50 DF 2C 24 31 C0 83 C4 08 90 8B 55 E4 D9 04 82 D8 F1 41 D9 1C 82 03 45 08 3B 4D 0C 72 EC
-***** EXPENSIVE 1262 178
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-***** EXPENSIVE 1300 179
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-. 1299 804A415 34
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-***** EXPENSIVE 1301 180
-
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-***** EXPENSIVE 1313 181
-vex iropt: 2 x unrolling (34 sts -> 68 sts)
-
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-***** EXPENSIVE 1314 182
-vex iropt: 2 x unrolling (35 sts -> 70 sts)
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-. 1313 804AEC8 21
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-***** EXPENSIVE 1315 183
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-
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-
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-vex iropt: 4 x unrolling (20 sts -> 80 sts)
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-
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-. 8B 45 DC 8B 75 D4 C1 E0 04 89 75 AC 89 45 A4 C7 45 B4 01 00 00 00 8B 55 B8 39 55 B4 C7 45 B0 00 00 00 00 77 72
-***** EXPENSIVE 1331 184
-
-. 1330 804CF56 59
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-***** EXPENSIVE 1332 185
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-. 1331 804CF91 23
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-***** EXPENSIVE 1333 186
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-vex iropt: 2 x unrolling (49 sts -> 98 sts)
-
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-
-. 1343 804D6F9 26
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-***** EXPENSIVE 1345 187
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-. 1344 804D713 23
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-***** EXPENSIVE 1346 188
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-. 1345 804D72A 134
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-***** EXPENSIVE 1347 189
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-. DE E2 DE C2 DD 1C 07 DD 5C 07 08 46 8B 45 0C 03 55 D8 01 45 D0 FF 45 F0 03 4D DC FF 45 EC 3B 75 CC 0F 82 75 FF FF FF
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-***** EXPENSIVE 1354 191
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-***** EXPENSIVE 1355 192
-vex iropt: 2 x unrolling (43 sts -> 86 sts)
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-. 1354 804D4B8 34
-. 8B 55 D8 DD 04 3A 8B 45 08 DD 1C 08 DD 44 3A 08 FF 45 EC DD 5C 08 08 83 C7 10 03 4D C4 39 75 EC 72 DE
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-vex iropt: 2 x unrolling (49 sts -> 98 sts)
-
-. 1357 8048D88 50
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-***** EXPENSIVE 1359 193
-vex iropt: 2 x unrolling (39 sts -> 78 sts)
-
-. 1358 804D310 26
-. DD 04 06 D8 C9 DD 1C 06 DD 44 06 08 D8 C9 42 DD 5C 06 08 01 C8 3B 55 10 72 E6
-***** EXPENSIVE 1360 194
-vex iropt: 2 x unrolling (40 sts -> 80 sts)
-
-. 1359 8048E80 28
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-. 1360 8050401 20
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-***** EXPENSIVE 1362 195
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-. 1361 8050474 45
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-
-. 1362 80504A1 26
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-. 1366 8050426 11
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-
-. 1368 804C8E0 31
-. 31 D2 52 8B 45 DC 50 DF 2C 24 D8 C9 83 EC 08 DD 14 24 D9 C9 DD 5D 98 DD 5D B8 E8 21 BD FF FF
-***** EXPENSIVE 1370 199
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-. 1369 804C8C0 30
-. 31 FF D9 83 50 F6 FF FF 3B 7D 10 D9 55 D4 D9 5D D8 C7 45 DC 00 00 00 00 0F 83 93 00 00 00
-vex iropt: 2 x unrolling (36 sts -> 72 sts)
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-. 1375 80508A5 41
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-. 55 89 E5 57 56 53 83 EC 1C 8B 45 20 D1 E8 8B 4D 1C 31 D2 89 45 E4 8B 45 20 F7 F1 C7 45 E8 00 00 00 00 D1 E9 E8 00 00 00 00 5B 81 C3 9F 05 01 00 39 45 E8 C7 45 F0 00 00 00 00 C7 45 EC 00 00 00 00 89 45 E0 89 4D D8 0F 83 CF 00 00 00
-
-. 1378 8050B99 18
-. 8B 55 24 89 55 DC 90 8B 45 E8 85 C0 0F 85 CD 00 00 00
-***** EXPENSIVE 1380 200
-
-. 1379 8050BAB 23
-. D9 83 4C F6 FF FF D9 83 50 F6 FF FF 31 F6 3B 75 D8 0F 83 B0 00 00 00
-***** EXPENSIVE 1381 201
-
-. 1380 8050BC2 131
-. 8B 4D EC 8B 55 F0 0F AF 4D 14 0F AF 55 0C 8B 45 F0 8B 7D 08 03 45 E4 D9 04 D7 D9 44 D7 04 0F AF 45 0C D9 04 C7 D9 44 C7 04 D9 C3 D9 C3 D9 C9 8B 45 10 D8 C3 D9 C9 D8 C2 D9 C9 D9 1C C8 D9 5C C8 04 D9 CB DE E1 D9 C9 DE E2 8B 45 EC D9 C3 D9 C3 D9 C9 03 45 D8 D8 CA D9 C9 D8 CB D9 CA D8 CC D9 CB D8 CD D9 C9 46 0F AF 45 14 8B 7D 10 DE E2 DE C2 03 55 0C FF 45 F0 03 4D 14 FF 45 EC 3B 75 D8 D9 1C C7
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-
-. 1381 8050C45 6
-. D9 5C C7 04 72 85
-***** EXPENSIVE 1383 203
-
-. 1382 8050C4B 29
-. DD D8 DD D8 8B 45 D8 FF 45 E8 8B 55 E0 01 45 EC 83 45 DC 08 39 55 E8 0F 82 38 FF FF FF
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-. 1383 8050C68 10
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-vex iropt: 2 x unrolling (43 sts -> 86 sts)
-
-. 1389 8050954 40
-. 8B 7D EC 8B 4D D8 8B 04 F9 8B 7D 08 89 04 D7 8B 7D EC 8B 44 F9 04 47 8B 4D 08 89 44 D1 04 03 55 0C 39 F7 89 7D EC 72 D8
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-. 1390 805097C 2
-. EB BE
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-. 1391 805093C 7
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-vex iropt: 2 x unrolling (36 sts -> 72 sts)
-
-. 1392 804A5C8 26
-. 8B 04 D7 8B 4D DC 89 04 D1 8B 44 D7 04 43 89 44 D1 04 03 55 08 3B 5D 0C 72 E6
-***** EXPENSIVE 1394 204
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-. 1393 804A0A8 49
-. 8B 45 0C D9 04 C8 8B 55 14 D9 44 C8 04 D9 C9 D8 2C CA D9 C9 D8 6C CA 04 D9 C9 D9 E1 D9 C9 D9 E1 DE C1 D8 C9 DD E2 DF E0 F6 C4 45 0F 85 FB 00 00 00
-***** EXPENSIVE 1395 205
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-. 1394 804A0D9 11
-. DD DA 43 03 4D 18 3B 5D 1C 72 C4
-***** EXPENSIVE 1396 206
-vex iropt: 2 x unrolling (44 sts -> 88 sts)
-
-. 1395 80507B4 26
-. D9 04 C6 D8 C9 D9 1C C6 D9 44 C6 04 D8 C9 42 D9 5C C6 04 03 45 0C 39 FA 72 E6
-***** EXPENSIVE 1397 207
-vex iropt: 2 x unrolling (47 sts -> 94 sts)
-
-. 1396 804A6AC 30
-. 8B 55 E4 D9 04 C2 D8 C9 D9 1C C2 D9 44 C2 04 D8 C9 43 D9 5C C2 04 03 45 08 3B 5D 0C 72 E2
-vex iropt: 4 x unrolling (24 sts -> 96 sts)
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-. 1397 804BFFC 23
-. 43 C7 04 C1 00 00 00 00 C7 44 C1 04 00 00 00 00 03 45 10 39 F3 72 E9
-***** EXPENSIVE 1399 208
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-. 1398 804C04C 38
-. 89 F8 31 D2 F7 F6 89 D0 31 D2 52 50 DF 2C 24 DC 0D E0 06 06 08 83 EC 08 DC 75 D8 DD 14 24 DD 5D B8 E8 AE C5 FF FF
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-vex iropt: 2 x unrolling (35 sts -> 70 sts)
-
-. 1399 804C120 18
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-vex iropt: 4 x unrolling (22 sts -> 88 sts)
-
-. 1400 804C13C 22
-. 40 C7 04 CE 00 00 00 00 C7 44 CE 04 00 00 00 00 01 F9 39 D0 72 EA
-***** EXPENSIVE 1402 210
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-vex iropt: 4 x unrolling (27 sts -> 108 sts)
-
-. 1402 804C24C 27
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-***** EXPENSIVE 1404 211
-
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-vex iropt: 2 x unrolling (37 sts -> 74 sts)
-
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-***** EXPENSIVE 1417 212
-
-. 1416 8058CB2 90
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-vex iropt: 2 x unrolling (32 sts -> 64 sts)
-
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-
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-***** EXPENSIVE 1439 213
-
-. 1438 8053C39 89
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-. 1443 8053AA2 6
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-. 1444 8053AAF 12
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-***** EXPENSIVE 1446 214
-
-. 1445 8053ABB 35
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-***** EXPENSIVE 1447 215
-vex iropt: 2 x unrolling (33 sts -> 66 sts)
-
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-
-. 1447 8053ADE 2
-. EB C8
-
-. 1448 8053AA8 7
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-***** EXPENSIVE 1450 216
-vex iropt: 2 x unrolling (36 sts -> 72 sts)
-
-. 1449 80498A4 20
-. 8B 55 E0 DD 04 C2 D8 F1 41 DD 1C C2 03 45 F0 3B 4D EC 72 EC
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-. 1450 805AD0A 17
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-. 1451 805AD1B 20
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-. 1452 805ADDE 29
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-. 1453 805ADFB 17
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-. 1454 804C554 5
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-vex iropt: 4 x unrolling (29 sts -> 116 sts)
-
-. 1455 804AFBC 21
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-. 1456 805B0A8 10
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-
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-***** EXPENSIVE 1464 217
-
-. 1463 805B2FE 90
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-
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-vex iropt: 4 x unrolling (24 sts -> 96 sts)
-
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-
-. 1472 805B1C0 2
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-
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-. 90 8B 45 D8 8B 55 14 8B 4C 82 08 8B 7D DC 0F AF F9 31 D2 89 F0 F7 F7 40 D1 E8 8B 55 D0 48 85 D2 89 7D DC 0F 85 78 01 00 00
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-. 1482 8056228 41
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-***** EXPENSIVE 1486 218
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-. 1485 8056431 86
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-vex iropt: 4 x unrolling (27 sts -> 108 sts)
-
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-. 1494 80562DA 2
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-***** EXPENSIVE 1497 219
-vex iropt: 2 x unrolling (38 sts -> 76 sts)
-
-. 1496 804B084 20
-. 8B 55 E4 D9 04 82 D8 F1 41 D9 1C 82 03 45 08 3B 4D 0C 72 EC
-vex iropt: 2 x unrolling (32 sts -> 64 sts)
-
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-. 1501 804D5F9 47
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-***** EXPENSIVE 1503 220
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-. 1502 804D82C 116
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-
-. 1503 804D8A0 27
-. C7 45 8C 00 00 00 00 C7 45 88 00 00 00 00 89 F6 8B 75 E8 85 F6 0F 85 CB 01 00 00
-***** EXPENSIVE 1505 221
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-. 1504 804D8BB 52
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-***** EXPENSIVE 1506 222
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-. 1505 804D8EF 149
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-***** EXPENSIVE 1507 223
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-***** EXPENSIVE 1508 224
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-. 1507 804DA02 100
-. DE C3 D9 CA DD 5C 02 08 8B 95 7C FF FF FF 8D 04 57 DD 45 B8 DD 45 B0 D9 C9 0F AF 45 14 D8 CB D9 C9 D8 CA D9 CB DC 4D B0 D9 CA DC 4D B8 D9 C9 C1 E0 04 8B 55 10 DE E3 DE C1 D9 C9 DD 1C 02 DD 5C 02 08 FF 45 E4 8B 45 0C 8B 95 7C FF FF FF 03 4D 90 01 45 88 FF 45 EC 03 75 94 47 39 55 E4 0F 82 B6 FE FF FF
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-. 1512 8050404 17
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-. 1513 80508CE 9
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-. 1514 8050A9C 45
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-***** EXPENSIVE 1516 225
-
-. 1515 8050CA0 113
-. 55 89 E5 57 56 53 83 EC 64 BE AB AA AA AA 8B 45 20 F7 E6 D1 EA 8B 4D 1C 89 55 DC 8B 45 20 31 D2 F7 F1 89 45 D8 89 C8 F7 E6 89 55 9C D1 EA E8 00 00 00 00 5B 81 C3 41 04 01 00 89 55 94 D1 E2 C7 45 E8 00 00 00 00 31 FF 89 45 98 89 55 D4 DD 83 B4 F8 FF FF D9 FA 8B 55 D8 DC 8B BC F8 FF FF 39 D7 D9 5D D0 C7 45 E4 00 00 00 00 0F 83 AD 01 00 00
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-. 1516 8050D11 18
-. C7 45 A4 00 00 00 00 8B 45 E4 85 C0 0F 85 A5 01 00 00
-***** EXPENSIVE 1518 226
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-. 1517 8050D23 49
-. D9 83 4C F6 FF FF D9 83 50 F6 FF FF D9 C9 D9 55 CC D9 C9 D9 55 C8 D9 C9 D9 5D C4 D9 5D C0 C7 45 E0 00 00 00 00 8B 45 94 39 45 E0 0F 83 54 01 00 00
-***** EXPENSIVE 1519 227
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-. 1518 8050D54 146
-. D9 45 D0 DA 4D 18 8B 75 14 8B 4D E8 D9 5D B0 0F AF F7 0F AF 4D 0C 89 F6 8B 45 08 D9 04 C8 D9 44 C8 04 8B 45 E8 03 45 DC 0F AF 45 0C 8B 55 08 D9 04 C2 D9 C9 D9 5D B8 D9 44 C2 04 8B 55 E8 8B 45 DC 8D 04 42 89 45 98 8B 55 08 0F AF 45 0C D9 04 C2 D9 C2 D9 CC D9 5D BC DC C3 DD 83 BC F8 FF FF D8 CC D9 44 C2 04 D9 C9 D8 6D BC D9 C3 D8 C2 D9 C9 D9 5D EC DD 83 BC F8 FF FF D8 C9 D8 6D B8 D9 5D B4 D9 CC DE E2 DE EA D9 C9 D8 4D B0 D9 45 EC D9 CA
-***** EXPENSIVE 1520 228
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-. 1519 8050DE6 126
-. D8 4D B0 D9 45 B4 D9 CD D8 45 BC D9 CC D8 45 B8 D9 CD D8 C1 D9 C3 D9 CA D8 6D B4 D9 CC D8 C3 D9 CA DE E3 D9 CC D9 55 BC D9 CD D9 55 B8 D9 C9 D9 55 AC D9 CB D9 55 A8 8B 45 10 8B 55 94 D9 45 CC D9 45 C8 D9 CF D9 1C F0 D9 CA D9 5C F0 04 D9 CD D8 CC D9 C9 8D 04 3A D8 CA D9 CC D8 4D CC D9 CA D8 4D C8 D9 CC 0F AF 45 14 DE E1 D9 C9 8B 55 10 DE C3 D9 1C C2 D9 C9 D9 5C C2 04 D9 45 C4
-***** EXPENSIVE 1521 229
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-. 1520 8050E64 68
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-. 1526 8058AF2 9
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-. 8B 55 14 8B 8C BA 08 01 00 00 C1 E0 04 8D 14 08 52 51 FF 75 10 FF 75 EC FF 75 D4 FF 75 D8 FF 75 DC FF 75 E0 E8 D4 02 00 00
-***** EXPENSIVE 1529 230
-
-. 1528 8058EDC 93
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-***** EXPENSIVE 1530 231
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-
-. 1558 8056769 12
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-
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-
-. 1565 804DB67 59
-. DD 83 34 F6 FF FF DD 83 44 F6 FF FF D9 C9 DD 55 C8 D9 C9 DD 55 C0 D9 C9 DD 55 B8 D9 C9 DD 55 B0 D9 C9 DD 5D A8 DD 5D A0 C7 45 E0 00 00 00 00 8B 45 D4 39 45 E0 0F 83 00 02 00 00
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-. 1566 804DBA2 177
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-
-. 1567 804DC53 139
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-***** EXPENSIVE 1569 249
-
-. 1568 804DCDE 141
-. C1 E0 04 DE E1 D9 CB DC A5 78 FF FF FF D9 CC DC A5 70 FF FF FF D9 CB DD 1C 06 D9 CC DC 4D C8 D9 CC DC 4D C0 DE C4 D9 CB DD 5C 06 08 8B 45 E8 03 85 6C FF FF FF DD 45 B8 DD 45 B0 D8 CA D9 C9 0F AF 45 14 D8 CB D9 CA DC 4D B8 D9 CB DC 4D B0 D9 CA C1 E0 04 DE E1 D9 CA DE C1 D9 C9 DD 1C 06 DD 5C 06 08 8B 45 E8 03 85 68 FF FF FF DD 45 A8 DD 45 A0 D9 C9 0F AF 45 14 D8 CB D9 C9 D8 CA D9 CB DC 4D A0 D9 CA DC 4D A8 D9 C9 C1 E0 04
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-
-. 1569 804DD6B 55
-. DE E3 DE C1 D9 C9 DD 1C 06 DD 5C 06 08 8B 45 0C 01 85 50 FF FF FF FF 45 E0 8B 45 D4 03 95 58 FF FF FF FF 45 EC 03 8D 5C FF FF FF FF 45 E8 39 45 E0 0F 82 56 FE FF FF
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-. 1575 8050F30 91
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-. 1576 8050F8B 20
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-***** EXPENSIVE 1578 251
-
-. 1577 8050F9F 59
-. D9 83 4C F6 FF FF D9 83 50 F6 FF FF D9 C9 D9 55 D0 D9 C9 D9 55 CC D9 C9 D9 55 C8 D9 C9 D9 55 C4 D9 C9 D9 5D C0 D9 5D BC C7 45 E4 00 00 00 00 8B 45 D8 39 45 E4 0F 83 A4 01 00 00
-***** EXPENSIVE 1579 252
-
-. 1578 8050FDA 145
-. 8B 55 D8 D1 E2 8B 45 E0 D1 E0 89 55 8C 03 55 D8 DB 45 18 89 45 B8 89 55 88 03 45 E0 8B 4D EC 8B 55 F0 D9 5D 84 89 45 B4 0F AF 4D 14 0F AF 55 0C 89 F6 8B 45 F0 03 45 E0 0F AF 45 0C D9 04 C7 D9 44 C7 04 8B 45 F0 03 45 B8 0F AF 45 0C D9 04 C7 D9 44 C7 04 8B 45 F0 03 45 B4 0F AF 45 0C D9 44 C7 04 D9 5D B0 D9 04 D7 D8 C2 D9 04 C7 D9 C9 D9 5D AC D9 C4 D9 44 D7 04 D8 C3 D9 C9 D8 C2 D9 CE DE E2 D9 45 AC D9 C9 D9 5D A8 D8 C5 D9 45 B0 D9 CB
-***** EXPENSIVE 1580 253
-
-. 1579 805106B 127
-. D8 6C D7 04 D9 04 D7 D9 CC D8 C6 D9 CA D9 1C CE D9 45 A8 D8 C2 D9 CC DE E5 D9 CD D8 65 B0 D8 4D 84 D9 CB D9 5C CE 04 D9 C3 D8 E3 D9 CA D8 4D 84 D9 CE D8 6D AC D9 CA D9 5D A0 D9 C4 D8 C6 D9 CD D9 5D A4 D9 C9 D9 55 9C D9 CD D8 6D A4 D9 5D 90 D9 CA DE C1 8B 45 EC D9 45 D0 D9 45 CC 03 45 D8 D8 CC D9 C9 D8 4D A0 0F AF 45 14 DE E1 D9 1C C6 D9 45 CC D8 4D A0 D9 CB D8 4D D0 DE C3 D9 C9
-***** EXPENSIVE 1581 254
-
-. 1580 80510EA 136
-. D8 6D A8 D9 C9 D9 5D 94 D9 C9 D9 5C C6 04 D9 45 C8 8B 45 EC D9 45 C4 D9 45 C8 D9 45 C4 D9 CA 03 45 8C D8 CC D9 CB D8 CD D9 C9 D8 CC D9 CA DE CD 0F AF 45 14 DE E2 DE C3 D9 1C C6 D9 C9 D9 5C C6 04 D9 45 C0 8B 45 EC D9 45 BC D9 C9 03 45 88 D8 4D 94 D9 C9 D8 4D 90 0F AF 45 14 DE E9 D9 1C C6 D9 45 BC D9 45 C0 D8 4D 90 D9 C9 D8 4D 94 DE C1 D9 C9 D9 5D 98 D9 5C C6 04 FF 45 E4 8B 45 D8 03 55 0C FF 45 F0 03 4D 14
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-***** EXPENSIVE 1589 255
-
-. 1588 80592F4 171
-. D1 E1 89 CF 89 4D D8 4F C7 85 54 FF FF FF 00 00 00 00 C7 85 50 FF FF FF 00 00 00 00 8B 95 50 FF FF FF 03 55 E4 8B 75 E4 8D 0C 16 01 CE 8B 45 0C 0F AF 85 50 FF FF FF 0F AF 55 0C 0F AF 4D 0C 89 B5 3C FF FF FF 8B 75 08 DD 04 C6 DD 04 D6 DD 04 CE 8B B5 3C FF FF FF 0F AF 75 0C 8B 45 08 D9 C2 DD 04 F0 D9 C9 D8 C2 D9 C3 D8 C2 D9 CC DE E2 8B 45 14 D9 C0 0F AF 85 54 FF FF FF 8B 75 10 D8 C4 DD 1C C6 D9 CC 8B 45 14 0F AF C7 8B 4D D8 DE E2 D9 C9 DD 1C C6 8D 14 39 8D 04 FD 08 00 00 00 0F AF 45 14 0F AF 55 14 D9 E0 D9 CA
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-
-. 1589 805939F 46
-. DE E1 D9 C9 DD 1C 30 DD 1C D6 8B 45 18 8B 55 DC 03 7D 18 01 85 54 FF FF FF 01 95 50 FF FF FF FF 45 E8 8B 4D E0 39 4D E8 0F 82 43 FF FF FF
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-. 8B 75 D8 8B 55 14 8B 8C B2 08 01 00 00 C1 E0 04 8D 14 08 83 EC 0C 8D 34 10 56 52 51 57 FF 75 DC FF 75 E0 FF 75 E8 FF 75 E4 FF 75 EC E8 32 07 00 00
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-. 1597 8054280 76
-. 55 89 E5 57 56 53 81 EC C4 00 00 00 B9 04 00 00 00 31 D2 8B 45 1C F7 F1 89 45 E4 31 D2 8B 45 1C F7 75 18 89 45 E0 31 D2 8B 45 18 F7 F1 C7 45 E8 00 00 00 00 E8 00 00 00 00 5B 81 C3 5B CE 00 00 39 45 E8 89 45 DC 0F 83 B2 00 00 00
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-
-. 1598 80542CC 151
-. 8B 55 E0 D1 E2 89 55 D8 31 FF 89 F6 8D 14 BD 00 00 00 00 8B 4D D8 8B 75 08 8D 44 11 FF 0F AF 55 0C DD 04 D6 8B 55 0C 0F AF D0 8D 0C 01 8D 04 C5 08 00 00 00 DD 04 D6 0F AF 45 0C 0F AF 4D 0C 8B 55 E4 DD 04 CE DD 04 30 D9 C3 8D 04 3A 8D 14 02 D8 C2 D9 CC 8B 4D E4 01 D1 DE E2 D9 CA D8 C0 D9 C3 8B 75 14 0F AF F7 89 8D 34 FF FF FF D8 C1 8B 4D 10 DD 1C F1 D9 CA D8 C0 D9 C1 8B B5 34 FF FF FF 0F AF 75 14 0F AF 45 14 0F AF 55 14 D8 E1 D9 CC DE E3 DE C1 D9 CA
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-. 1599 8054363 27
-. DD 1C C1 FF 45 E8 DD 1C D1 DD 1C F1 8B 75 DC 03 7D E0 39 75 E8 0F 82 5A FF FF FF
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-. 1600 805437E 10
-. 83 7D E0 01 0F 84 09 04 00 00
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-. EB C5
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-. 8B 75 14 8B 94 BE 08 01 00 00 C1 E0 03 8D 0C 10 83 EC 0C 8D 34 08 56 51 52 FF 75 10 FF 75 EC FF 75 D4 FF 75 D8 FF 75 DC FF 75 E0 E8 A7 06 00 00
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-. 1607 805B8D4 68
-. 55 89 E5 57 56 53 81 EC B0 00 00 00 8B 45 1C 89 C2 C1 EA 02 89 55 E4 31 D2 F7 75 18 8B 4D 18 C7 45 E8 00 00 00 00 C1 E9 02 E8 00 00 00 00 5B 81 C3 12 58 00 00 39 45 E8 89 45 E0 89 4D DC 0F 83 E8 00 00 00
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-
-. 1608 805B918 172
-. D1 E1 89 CF 89 4D D0 4F C7 85 50 FF FF FF 00 00 00 00 C7 85 4C FF FF FF 00 00 00 00 8B 95 4C FF FF FF 03 55 E4 8B 75 E4 8D 0C 16 01 CE 8B 45 0C 0F AF 85 4C FF FF FF 89 B5 44 FF FF FF 8B 75 08 D9 04 86 0F AF 55 0C 0F AF 4D 0C D9 04 96 D9 04 8E D9 CA D9 5D D8 8B B5 44 FF FF FF 0F AF 75 0C 8B 45 08 D9 45 D8 D9 04 B0 D9 C9 D8 C3 8B 45 D0 D9 C2 D8 C2 D9 CB 8D 14 38 DE E2 8B 45 14 D9 C0 8B 4D 10 0F AF 85 50 FF FF FF D8 C3 D9 1C 81 D9 CB 8B 45 14 0F AF C7 D8 6D D8 D9 14 81 D9 C9 8D 04 BD 04 00 00 00 0F AF 45 14 D9 E0
-***** EXPENSIVE 1610 260
-
-. 1609 805B9C4 60
-. D9 1C 08 D9 C9 0F AF 55 14 DE EA D9 C9 8B 45 18 D9 14 91 D9 C9 03 7D 18 D9 5D D8 D9 5D D4 01 85 50 FF FF FF 8B 55 DC FF 45 E8 8B 4D E0 01 95 4C FF FF FF 39 4D E8 0F 82 34 FF FF FF
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-. 1610 805BA00 10
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-. 1616 8056319 49
-. 8B 4D D8 8B 7D 14 8B 94 8F 08 01 00 00 C1 E0 03 8D 0C 10 83 EC 0C 8D 3C 08 57 51 52 56 FF 75 DC FF 75 E0 FF 75 E8 FF 75 E4 FF 75 EC E8 1E 07 00 00
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-. 1617 8056A68 76
-. 55 89 E5 57 56 53 81 EC C0 00 00 00 B9 04 00 00 00 31 D2 8B 45 1C F7 F1 89 45 E4 31 D2 8B 45 1C F7 75 18 89 45 E0 31 D2 8B 45 18 F7 F1 C7 45 E8 00 00 00 00 E8 00 00 00 00 5B 81 C3 73 A6 00 00 39 45 E8 89 45 DC 0F 83 B8 00 00 00
-***** EXPENSIVE 1619 261
-
-. 1618 8056AB4 153
-. 8B 55 E0 D1 E2 89 55 D8 31 FF 89 F6 8D 14 BD 00 00 00 00 8B 4D D8 8B 75 08 8D 44 11 FF 0F AF 55 0C D9 04 96 8B 55 0C 0F AF D0 8D 0C 01 8D 04 85 04 00 00 00 0F AF 45 0C D9 04 30 D9 04 96 D9 C9 0F AF 4D 0C 8B 55 E4 8D 04 3A D9 5D D4 D9 C1 D9 04 8E 8D 14 02 DC C1 8B 4D E4 01 D1 DE EB D9 C9 D8 C0 D9 C1 D9 45 D4 8B 75 14 0F AF F7 D8 C0 D9 C9 89 8D 34 FF FF FF D8 C2 8B 4D 10 D9 1C B1 D9 C0 8B B5 34 FF FF FF 0F AF 75 14 0F AF 45 14 D8 EC D9 CB 0F AF 55 14 DE E2
-***** EXPENSIVE 1620 262
-
-. 1619 8056B4D 31
-. DE C3 D9 C9 D9 1C 81 FF 45 E8 D9 1C 91 D9 1C B1 8B 75 DC 03 7D E0 39 75 E8 0F 82 54 FF FF FF
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-
-. 1626 804D576 64
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-
-. 1627 804DE60 115
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-***** EXPENSIVE 1629 263
-
-. 1628 804DED3 20
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-***** EXPENSIVE 1630 264
-
-. 1629 804DEE7 25
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-
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-***** EXPENSIVE 1632 265
-
-. 1631 804DF1F 71
-. DD 83 34 F6 FF FF DD 83 44 F6 FF FF D9 C1 D9 C1 D9 CB DD 55 B8 D9 CA DD 55 B0 D9 CA DD 55 A8 D9 CA DD 55 A0 D9 CA DD 5D 98 D9 C9 DD 5D 90 DD 5D 88 DD 5D 80 C7 45 E0 00 00 00 00 8B 45 D4 39 45 E0 0F 83 13 04 00 00
-***** EXPENSIVE 1633 266
-
-. 1632 804DF66 198
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-
-. 1633 804E02C 186
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-***** EXPENSIVE 1635 268
-
-. 1634 804E0E6 175
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-***** EXPENSIVE 1636 269
-
-. 1635 804E195 180
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-***** EXPENSIVE 1637 270
-
-. 1636 804E249 157
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-***** EXPENSIVE 1638 271
-
-. 1637 804E2E6 147
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-
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-
-. 1639 804E395 10
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-
-. 1640 804D5B6 5
-. E9 C5 FE FF FF
-
-. 1641 80508E0 9
-. 83 F9 05 0F 84 2D 01 00 00
-
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-
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-***** EXPENSIVE 1645 272
-
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-***** EXPENSIVE 1646 273
-
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-
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-***** EXPENSIVE 1648 274
-
-. 1647 80512E7 69
-. D9 83 4C F6 FF FF D9 83 50 F6 FF FF D9 C9 D9 55 C0 D9 C9 D9 55 BC D9 C9 D9 55 B8 D9 C9 D9 55 B4 D9 C9 D9 55 B0 D9 C9 D9 55 AC D9 C9 D9 5D A8 D9 5D A4 C7 45 DC 00 00 00 00 8B 45 D0 39 45 DC 0F 83 26 04 00 00
-***** EXPENSIVE 1649 275
-
-. 1648 805132C 190
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-***** EXPENSIVE 1650 276
-
-. 1649 80513EA 177
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-***** EXPENSIVE 1651 277
-
-. 1650 805149B 186
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-***** EXPENSIVE 1652 278
-
-. 1651 8051555 181
-. D9 C9 D8 8D 5C FF FF FF D9 CA D9 9D 48 FF FF FF D9 CA D9 9D 3C FF FF FF D9 C9 D8 8D 64 FF FF FF D9 45 C4 D9 45 C8 D9 CC D9 9D 38 FF FF FF D9 C9 DE C2 D8 8D 68 FF FF FF D9 CA DE CB D9 45 C4 D9 45 C8 D8 8D 5C FF FF FF D9 CB DE E4 D8 8D 64 FF FF FF D9 45 8C D9 C9 DE E3 D8 85 58 FF FF FF D9 C9 D8 8D 1C FF FF FF D9 CB D8 8D 1C FF FF FF D9 CA D8 8D 1C FF FF FF D9 CC D9 9D 6C FF FF FF D9 5D 8C D9 85 48 FF FF FF D8 E2 D9 5D A0 D9 45 88 D9 85 40 FF FF FF D9 C9 D8 85 54 FF FF FF D9 C9 D8 E4 D9 85 3C FF FF FF D9 CD D8 85 40 FF FF FF D9 CA D9 5D 88
-***** EXPENSIVE 1653 279
-
-. 1652 805160A 152
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-***** EXPENSIVE 1654 280
-
-. 1653 80516A2 146
-. D8 A5 38 FF FF FF D9 C9 D9 1C C7 D9 45 B4 D9 CA D8 4D B8 D9 CA D8 4D 9C DE C2 D9 C9 D9 5C C7 04 D9 45 B0 8B 45 E4 D9 45 AC 03 85 30 FF FF FF D8 4D 94 D9 C9 D8 4D 98 0F AF 45 14 DE E1 D9 1C C7 D9 45 B0 D9 45 AC D8 4D 98 D9 C9 D8 4D 94 DE C1 D9 5C C7 04 8B 55 E4 8B 45 D0 D9 45 A8 D9 45 A4 D9 C9 8D 04 82 D8 4D 90 D9 C9 D8 CA 89 85 10 FF FF FF DE E9 0F AF 45 14 D9 1C C7 D9 45 A4 D9 C9 D8 4D A8 D9 C9 D8 4D 90 DE C1 42 D9 5C C7 04 8B 45 0C
-
-. 1654 8051734 30
-. 01 85 0C FF FF FF FF 45 E8 03 4D 14 89 55 E4 FF 45 DC 8B 55 D0 39 55 DC 0F 82 3A FC FF FF
-
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-
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-
-. 1657 8050A56 5
-. E9 C9 FE FF FF
-
-. 1658 8058B04 5
-. 83 FA 05 74 6B
-
-. 1659 8058B74 52
-. 8B 55 14 8B 8C BA 08 01 00 00 C1 E0 04 8D 14 08 8D 34 10 83 EC 08 8D 04 30 50 56 52 51 FF 75 10 FF 75 EC FF 75 D4 FF 75 D8 FF 75 DC FF 75 E0 E8 5C 0C 00 00
-
-. 1660 8059804 77
-. 55 89 E5 57 56 53 81 EC 64 01 00 00 B9 CD CC CC CC 8B 45 1C F7 E1 C1 EA 02 89 55 E4 8B 45 1C 31 D2 F7 75 18 89 45 E0 8B 45 18 F7 E1 68 2F 1B F4 3F C1 EA 02 E8 00 00 00 00 5B 81 C3 D7 78 00 00 68 E0 F0 9C 76 89 55 DC E8 DF EE FE FF
-***** EXPENSIVE 1662 281
-
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-***** EXPENSIVE 1663 282
-
-. 1662 8059865 25
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-***** EXPENSIVE 1664 283
-
-. 1663 805987E 178
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-***** EXPENSIVE 1665 284
-
-. 1664 8059930 157
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-
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-. FF 45 E8 8B 55 E0 01 FE 01 BD C0 FE FF FF 01 85 BC FE FF FF 39 55 E8 89 B5 C4 FE FF FF 0F 82 CC FE FF FF
-
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-
-. 1667 805A0C4 8
-. 8D 65 F4 5B 5E 5F C9 C3
-***** EXPENSIVE 1669 285
-vex iropt: not unrolling (76 sts)
-
-. 1668 8055C38 88
-. 8B 55 D8 8B 45 08 DD 04 08 8B 32 8B 7A 04 8B 45 0C DD 54 08 08 89 34 08 89 7C 08 04 8B 45 14 2B 45 EC DD 5D E0 0F AF 45 10 80 75 E7 80 C1 E0 04 8B 55 0C DD 45 E0 89 34 02 89 7C 02 04 DD 5C 02 08 8B 45 D4 01 45 D8 FF 45 EC 8B 45 14 2B 45 EC 03 4D DC 39 45 EC 72 A8
-
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-
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-
-. 1671 805479C 39
-. 55 89 E5 57 56 53 81 EC 64 01 00 00 68 2F 1B F4 3F E8 00 00 00 00 5B 81 C3 62 C9 00 00 68 E0 F0 9C 76 E8 6D 3F FF FF
-***** EXPENSIVE 1673 286
-
-. 1672 80547C3 20
-. 5F 58 68 2F 1B E4 3F 68 E0 F0 9C 76 DD 5D E0 E8 59 3F FF FF
-***** EXPENSIVE 1674 287
-
-. 1673 80547D7 58
-. B9 05 00 00 00 31 D2 8B 45 1C F7 F1 89 45 D4 31 D2 8B 45 1C F7 75 18 89 45 D0 31 D2 8B 45 18 F7 F1 C7 45 E8 00 00 00 00 83 C4 10 39 45 E8 DD 5D D8 89 45 CC 0F 83 67 01 00 00
-***** EXPENSIVE 1675 288
-
-. 1674 8054811 184
-. 8B 45 D0 DD 83 C4 F8 FF FF DD 83 CC F8 FF FF D9 C9 D1 E0 DD 9D F0 FE FF FF DD 9D E8 FE FF FF 89 45 C8 C7 85 D8 FE FF FF 00 00 00 00 C7 85 C8 FE FF FF 00 00 00 00 90 8B 95 C8 FE FF FF 8B 4D C8 8D 44 11 FF 8B 55 0C 8B 75 08 0F AF 95 C8 FE FF FF DD 04 D6 8B 55 0C 8D 0C 01 0F AF D0 8D 04 C5 08 00 00 00 0F AF 45 0C DD 04 30 8B 45 0C 0F AF C1 DD 04 D6 DD 04 C6 D9 C1 8D 0C CD 08 00 00 00 0F AF 4D 0C D8 C1 DD 04 31 D9 C9 D8 C0 DD 85 F0 FE FF FF D9 FA DC 8D E8 FE FF FF D9 CC DE E3 D9 CB D8 C0 DD 85 E8 FE FF FF D9 C9 DE CB D8 CB D8 ED D9 C2 D8 C1 DD 45 E0
-***** EXPENSIVE 1676 289
-
-. 1675 80548C9 140
-. D9 CA DE E4 DD 45 D8 D8 CB D9 CA 8B 95 D8 FE FF FF D8 CE 03 55 D4 8B 7D D4 DE C2 DD 45 D8 D9 CB 8D 0C 17 DC 4D E0 D9 CB DE CE D9 CD 8D 34 0F DE E2 01 F7 D8 C0 D9 C9 D8 C0 D9 CD DE C3 D9 C1 D9 C4 8B 45 14 0F AF 85 D8 FE FF FF 0F AF 55 14 0F AF 4D 14 89 BD A4 FE FF FF 0F AF 75 14 8B 7D 10 D8 E2 D9 C9 D8 E6 D9 CB DE C6 D9 CB DD 1C C7 D9 CA DD 1C D7 DD 1C CF D9 CA DD 1C F7 8B BD A4 FE FF FF 0F AF 7D 14 8B 45 10 8B 55 D0
-***** EXPENSIVE 1677 290
-
-. 1676 8054955 35
-. DE C1 DD 1C F8 FF 45 E8 8D 04 92 8B 4D CC 01 85 C8 FE FF FF 01 95 D8 FE FF FF 39 4D E8 0F 82 D0 FE FF FF
-
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-
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-. 8D 65 F4 5B 5E 5F C9 C3
-
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-. 83 FA 05 74 63
-
-. 1680 805B1C4 52
-. 8B 4D 14 8B 94 B9 08 01 00 00 C1 E0 03 8D 0C 10 8D 34 08 83 EC 08 8D 04 30 50 56 51 52 FF 75 10 FF 75 EC FF 75 D4 FF 75 D8 FF 75 DC FF 75 E0 E8 7C 0C 00 00
-
-. 1681 805BE74 77
-. 55 89 E5 57 56 53 81 EC 84 01 00 00 B9 CD CC CC CC 8B 45 1C F7 E1 C1 EA 02 89 55 E0 8B 45 1C 31 D2 F7 75 18 89 45 DC 8B 45 18 F7 E1 68 2F 1B F4 3F C1 EA 02 E8 00 00 00 00 5B 81 C3 67 52 00 00 68 E0 F0 9C 76 89 55 D8 E8 6F C8 FE FF
-***** EXPENSIVE 1683 291
-
-. 1682 805BEC1 20
-. 5F 58 68 2F 1B E4 3F 68 E0 F0 9C 76 D9 5D D4 E8 5B C8 FE FF
-***** EXPENSIVE 1684 292
-
-. 1683 805BED5 25
-. C7 45 E4 00 00 00 00 8B 55 DC 83 C4 10 39 55 E4 D9 5D D0 0F 83 BD 01 00 00
-***** EXPENSIVE 1685 293
-
-. 1684 805BEEE 182
-. 8B 45 D8 D1 E0 DD 83 C4 F8 FF FF DD 83 CC F8 FF FF D9 C9 89 45 9C 48 DD 9D B8 FE FF FF DD 9D B0 FE FF FF 89 85 94 FE FF FF C7 85 90 FE FF FF 00 00 00 00 C7 85 8C FE FF FF 00 00 00 00 90 8B 95 8C FE FF FF 03 55 E0 8B 75 E0 8D 0C 16 8D 34 0E 8B 7D E0 01 F7 8B 45 0C 89 BD 7C FE FF FF 0F AF 85 8C FE FF FF 8B 7D 08 D9 04 87 0F AF 55 0C 0F AF 4D 0C 0F AF 75 0C D9 04 97 D9 04 B7 D9 CA D9 5D CC D9 04 8F 8B BD 7C FE FF FF 0F AF 7D 0C 8B 45 08 D9 5D C4 D9 04 B8 D9 C9 D9 55 C8 D8 C1 D9 5D C0 D8 6D C8 D9 45 C4 D8 C2 D9 C9 D9 5D B8 D9 45 C0 D8 C1 D9 CA
-***** EXPENSIVE 1686 294
-
-. 1685 805BFA4 148
-. D8 6D C4 D9 CA D9 5D B0 D9 5D BC D9 55 B4 DD 85 B8 FE FF FF D9 FA D9 45 C0 D8 65 BC D9 C9 DC 8D B0 FE FF FF DE C9 D9 5D AC DD 85 B0 FE FF FF D8 4D B0 D8 6D CC D9 5D A8 D9 45 A8 D8 45 AC D9 5D A4 D9 45 D4 D9 E0 D8 4D B8 D9 5D A0 D9 45 D0 D8 C9 D9 45 A8 D9 C9 D8 6D A0 D9 C9 D8 65 AC D9 C9 D9 5D A0 D9 45 D0 D9 C9 D9 5D A8 D9 E0 D9 45 D4 D9 C9 D8 4D B8 D9 C9 DE CA DE C1 8B 45 14 D9 45 CC 0F AF 85 90 FE FF FF D8 45 B0 8B 4D 10 D9 1C 81 8B 45 14
-***** EXPENSIVE 1687 295
-
-. 1686 805C038 115
-. 0F AF 85 94 FE FF FF 8B 95 94 FE FF FF D9 45 A4 03 55 9C D9 1C 81 8B 8D 94 FE FF FF 8D 04 8D 04 00 00 00 0F AF 45 14 8B 75 10 D9 45 A0 D9 1C 30 8B 45 14 0F AF C2 D9 45 A8 D9 1C 86 8D 14 95 04 00 00 00 8B 45 18 0F AF 55 14 01 C1 D9 1C 32 89 8D 94 FE FF FF 8B 55 D8 FF 45 E4 8B 4D DC 01 85 90 FE FF FF 01 95 8C FE FF FF 39 4D E4 0F 82 81 FE FF FF
-
-. 1687 805C0AB 10
-. 83 7D D8 01 0F 84 4F 08 00 00
-
-. 1688 805C904 8
-. 8D 65 F4 5B 5E 5F C9 C3
-***** EXPENSIVE 1690 296
-vex iropt: not unrolling (64 sts)
-
-. 1689 80584CC 64
-. 8B 4D 08 8B 14 F1 D9 07 8B 45 0C 89 54 F0 04 D9 14 F0 8B 45 14 2B 45 F0 0F AF 45 10 8B 4D 0C 81 F2 00 00 00 80 FF 45 F0 D9 1C C1 89 54 C1 04 8B 45 14 2B 45 F0 03 75 10 03 7D EC 39 45 F0 72 C0
-
-. 1690 8056263 5
-. 83 F9 05 74 74
-
-. 1691 80562DC 53
-. 8B 4D D8 8B 7D 14 8B 94 8F 08 01 00 00 C1 E0 03 8D 0C 10 8D 3C 08 83 EC 08 8D 04 38 50 57 51 52 56 FF 75 DC FF 75 E0 FF 75 E8 FF 75 E4 FF 75 EC E8 D7 0C 00 00
-
-. 1692 8056FE8 39
-. 55 89 E5 57 56 53 81 EC 44 01 00 00 68 2F 1B F4 3F E8 00 00 00 00 5B 81 C3 16 A1 00 00 68 E0 F0 9C 76 E8 21 17 FF FF
-***** EXPENSIVE 1694 297
-
-. 1693 805700F 20
-. 59 5E 68 2F 1B E4 3F 68 E0 F0 9C 76 D9 5D E0 E8 0D 17 FF FF
-***** EXPENSIVE 1695 298
-
-. 1694 8057023 58
-. B9 05 00 00 00 31 D2 8B 45 1C F7 F1 89 45 D8 31 D2 8B 45 1C F7 75 18 89 45 D4 31 D2 8B 45 18 F7 F1 C7 45 E4 00 00 00 00 83 C4 10 39 45 E4 D9 5D DC 89 45 D0 0F 83 8F 01 00 00
-***** EXPENSIVE 1696 299
-
-. 1695 805705D 187
-. 8B 45 D4 DD 83 C4 F8 FF FF DD 83 CC F8 FF FF D9 C9 D1 E0 DD 9D F0 FE FF FF DD 9D E8 FE FF FF 89 45 CC C7 85 D8 FE FF FF 00 00 00 00 C7 85 CC FE FF FF 00 00 00 00 90 8B 95 CC FE FF FF 8B 4D CC 8D 44 11 FF 8B 55 0C 8B 75 08 0F AF 95 CC FE FF FF D9 04 96 8B 55 0C 8D 0C 01 0F AF D0 8D 04 85 04 00 00 00 0F AF 45 0C D9 04 30 8B 45 0C 0F AF C1 D9 04 96 D9 04 86 D9 C1 8D 0C 8D 04 00 00 00 0F AF 4D 0C D8 C1 D9 CC D9 5D C8 D9 04 31 D9 CC D8 C0 DD 85 F0 FE FF FF D9 FA DC 8D E8 FE FF FF D9 CB DE E2 D9 CA D8 C0 DE C9 D9 5D EC DD 85 E8 FE FF FF D8 C9 D8 6D C8 D9 5D BC
-***** EXPENSIVE 1697 300
-
-. 1696 8057118 139
-. D9 45 EC D9 45 BC D8 C1 D9 C9 D8 6D BC D9 C9 D9 5D B8 D9 5D B4 D9 45 DC D9 45 E0 D8 CB D9 C9 D8 CC DE C1 D9 45 DC DE CB 8B 95 D8 FE FF FF D9 45 E0 03 55 D8 8B 45 D8 DE CC D9 CA 8D 0C 10 DE E3 D8 45 C8 D9 45 B4 D9 CB 8D 34 08 D8 C0 D9 C9 01 F0 D9 5D C8 D9 C9 D8 C0 D9 45 B8 D9 CB D8 E2 D9 CA 8B 7D 14 D8 45 B4 D9 CB 0F AF BD D8 FE FF FF 0F AF 55 14 0F AF 4D 14 D8 E1 D9 CB D9 5D B4 D8 45 B8 89 85 BC FE FF FF D9 45 C8
-***** EXPENSIVE 1698 301
-
-. 1697 80571A3 73
-. 8B 45 10 D9 1C B8 D9 55 B8 D9 CA D9 1C 90 D9 1C 88 8B BD BC FE FF FF 0F AF 75 14 0F AF 7D 14 8B 55 D4 D9 45 B4 D9 1C B0 FF 45 E4 D9 1C B8 8B 4D D0 8D 04 92 01 85 CC FE FF FF 01 95 D8 FE FF FF 39 4D E4 0F 82 A8 FE FF FF
-
-. 1698 80571EC 10
-. 83 7D D4 01 0F 84 39 07 00 00
-
-. 1699 805792F 8
-. 8D 65 F4 5B 5E 5F C9 C3
-
-. 1700 804D445 9
-. 83 F9 06 0F 84 E0 00 00 00
-
-. 1701 804D52E 67
-. 8B 55 14 8B 4D EC 8B 8C 8A 08 01 00 00 C1 E0 04 89 4D E4 01 C1 89 CF 01 C7 8D 14 38 89 4D E0 8D 0C 10 51 52 57 FF 75 E0 FF 75 E4 56 FF 75 E8 FF 75 1C FF 75 C8 FF 75 CC FF 75 D0 FF 75 D4 E8 F3 0E 00 00
-***** EXPENSIVE 1703 302
-
-. 1702 804E464 136
-. 55 89 E5 57 56 53 81 EC 5C 01 00 00 B9 AB AA AA AA 8B 45 20 F7 E1 C1 EA 02 89 55 DC 8B 45 20 31 D2 F7 75 1C 89 45 D8 8B 45 1C F7 E1 89 95 A4 FE FF FF C1 EA 02 E8 00 00 00 00 5B 81 C3 76 2C 01 00 89 55 D4 8D 14 92 8B 75 08 8B 7D 10 C7 45 EC 00 00 00 00 C7 45 E8 00 00 00 00 89 85 A0 FE FF FF 89 55 D0 DD 83 B4 F8 FF FF D9 FA C7 45 E4 00 00 00 00 8B 45 D8 DC 8B BC F8 FF FF 39 45 E4 DD 5D C8 0F 83 BD 04 00 00
-
-. 1703 804E4EC 31
-. C7 85 AC FE FF FF 00 00 00 00 C7 85 A8 FE FF FF 00 00 00 00 8B 4D E4 85 C9 0F 85 AB 04 00 00
-***** EXPENSIVE 1705 303
-
-. 1704 804E50B 82
-. DD 83 34 F6 FF FF DD 83 44 F6 FF FF D9 C9 DD 55 C0 D9 C9 DD 55 B8 D9 C9 DD 55 B0 D9 C9 DD 55 A8 D9 C9 DD 55 A0 D9 C9 DD 55 98 D9 C9 DD 55 90 D9 C9 DD 55 88 D9 C9 DD 5D 80 DD 9D 78 FF FF FF C7 45 E0 00 00 00 00 8B 45 D4 39 45 E0 0F 83 30 04 00 00
-***** EXPENSIVE 1706 304
-
-. 1705 804E55D 193
-. 8B 55 DC D1 E2 8B 45 DC C1 E0 02 89 95 64 FF FF FF 03 55 DC 89 95 54 FF FF FF 89 85 3C FF FF FF 8B 55 D4 03 45 DC C1 E2 02 89 85 2C FF FF FF 8B 45 D4 D1 E0 DD 45 C8 89 95 B4 FE FF FF 8B 4D E8 03 55 D4 DA 4D 18 89 85 BC FE FF FF 89 95 B0 FE FF FF 03 45 D4 0F AF 4D 14 8B 95 A8 FE FF FF DD 9D 20 FF FF FF 89 85 B8 FE FF FF C1 E1 04 C1 E2 04 89 F6 8B 45 EC 03 45 DC 0F AF 45 0C C1 E0 04 DD 04 06 DD 44 06 08 8B 45 EC 03 85 64 FF FF FF 0F AF 45 0C C1 E0 04 DD 04 06 D9 CA DD 9D 70 FF FF FF DD 44 06 08 D9 C9 8B 45 EC 03 85 54 FF FF FF 0F AF 45 0C C1 E0 04 DD 9D 68 FF FF FF DD 04 06
-***** EXPENSIVE 1707 305
-
-. 1706 804E61E 186
-. DD 9D 58 FF FF FF DD 44 06 08 8B 45 EC 03 85 3C FF FF FF 0F AF 45 0C C1 E0 04 DD 9D 48 FF FF FF DD 04 06 DD 9D 40 FF FF FF DD 44 06 08 DD 9D 30 FF FF FF 8B 45 EC 03 85 2C FF FF FF DD 85 40 FF FF FF DD 85 30 FF FF FF D9 C9 0F AF 45 0C D8 C3 D9 C9 D8 C2 DD 83 BC F8 FF FF DD 83 BC F8 FF FF D9 C9 C1 E0 04 D8 CB D9 C9 D8 CA D9 CB DC 04 16 D9 CD DC A5 40 FF FF FF D9 CC DC A5 30 FF FF FF DD 04 06 DD 44 06 08 D9 CB DC 2C 16 D9 CD DC 6C 16 08 D9 CE DC 8D 20 FF FF FF D9 CA DC 8D 20 FF FF FF D9 CF DD 9D 18 FF FF FF D9 CB DC 44 16 08 DD 9D 10 FF FF FF D9 C3 D8 E6
-***** EXPENSIVE 1708 306
-
-. 1707 804E6D8 209
-. D9 CC DE C6 DD 85 70 FF FF FF D8 C3 DD 9D 08 FF FF FF DD 85 68 FF FF FF D8 C2 DD 95 00 FF FF FF DC 8B BC F8 FF FF DC AD 48 FF FF FF DD 9D 98 FE FF FF D9 C4 DD 85 58 FF FF FF D9 C9 D8 C2 D9 CE DE E2 DC 85 08 FF FF FF DD 85 08 FF FF FF D9 C9 DD 9D F8 FE FF FF DC 8B BC F8 FF FF DD 85 48 FF FF FF D9 C9 DC AD 58 FF FF FF D9 C9 DC 85 00 FF FF FF D9 CB DC A5 68 FF FF FF DC 8D 20 FF FF FF D9 CB DD 9D F0 FE FF FF D9 C0 D8 E3 D9 CC DC A5 70 FF FF FF D9 C9 DE C3 DC 8D 20 FF FF FF D9 CB DD 9D E8 FE FF FF DD 85 18 FF FF FF DD 85 98 FE FF FF D8 C4 D9 C9 DC 85 F8 FE FF FF DD 1C 0F DD 9D E0 FE FF FF DD 85 E8 FE FF FF DD 85 10 FF FF FF
-***** EXPENSIVE 1709 307
-
-. 1708 804E7A9 168
-. D9 CC DC AD 98 FE FF FF D9 CC DC 85 F0 FE FF FF D9 C9 D8 C5 D9 C9 DD 5C 0F 08 D9 CB DD 9D 98 FE FF FF D9 CA DD 9D D8 FE FF FF DD 85 E0 FE FF FF D8 C4 DD 9D D0 FE FF FF DD 85 18 FF FF FF DC A5 F8 FE FF FF DD 9D C8 FE FF FF DD 85 10 FF FF FF DC A5 F0 FE FF FF D9 C5 8B 45 E8 D8 C2 D9 C9 DD 9D C0 FE FF FF D9 CB DC A5 E8 FE FF FF D9 CC DC A5 E0 FE FF FF D9 CD DE E1 03 45 D4 DD 45 C0 DD 45 B8 0F AF 45 14 D8 CE D9 C9 D8 CD D9 CE DC 4D C0 D9 CD DC 4D B8 D9 CE C1 E0 04 DE E1 D9 CC DE C5 D9 CB DD 1C 07 D9 CB
-***** EXPENSIVE 1710 308
-
-. 1709 804E851 169
-. DD 5C 07 08 DD 85 98 FE FF FF 8B 45 E8 D8 C3 03 85 BC FE FF FF DD 45 B0 DD 45 A8 0F AF 45 14 D8 CA D9 C9 D8 CB D9 CA DC 4D B0 D9 CB DC 4D A8 D9 CA C1 E0 04 DE E1 D9 CA DE C1 D9 C9 DD 1C 07 DD 5C 07 08 8B 45 E8 03 85 B8 FE FF FF DD 45 A0 DD 45 98 0F AF 45 14 DC 8D C0 FE FF FF D9 C9 DC 8D C8 FE FF FF C1 E0 04 DE E1 D9 CA DC A5 98 FE FF FF D9 CA DD 1C 07 DD 45 A0 DD 45 98 DC 8D C8 FE FF FF D9 C9 DC 8D C0 FE FF FF DE C1 DD 5C 07 08 8B 45 E8 03 85 B4 FE FF FF DD 45 90 DD 45 88 0F AF 45 14 DC 8D D0 FE FF FF
-***** EXPENSIVE 1711 309
-
-. 1710 804E8FA 147
-. D9 C9 DC 8D D8 FE FF FF C1 E0 04 DE E1 DD 1C 07 DD 45 90 DD 45 88 DC 8D D8 FE FF FF D9 C9 DC 8D D0 FE FF FF DE C1 DD 5C 07 08 8B 45 E8 03 85 B0 FE FF FF DD 45 80 DD 85 78 FF FF FF D9 C9 0F AF 45 14 D8 CA D9 C9 D8 CB D9 CA DC 8D 78 FF FF FF D9 CB DC 4D 80 D9 C9 C1 E0 04 DE E2 DE C2 DD 1C 07 DD 5C 07 08 8B 45 0C C1 E0 04 01 C2 8B 45 0C 01 85 A8 FE FF FF 8B 45 14 C1 E0 04 FF 45 EC 01 C1 FF 45 E8 FF 45 E0 8B 45 D4 39 45 E0 0F 82 43 FC FF FF
-
-. 1711 804E98D 28
-. 8B 55 D0 FF 45 E4 8B 45 D8 01 55 E8 83 85 AC FE FF FF 10 39 45 E4 0F 82 57 FB FF FF
-
-. 1712 804E9A9 13
-. 81 C4 5C 01 00 00 5B 5E 31 C0 5F C9 C3
-
-. 1713 804D571 5
-. E9 0A FF FF FF
-
-. 1714 80508E9 9
-. 83 F9 06 0F 84 DC 00 00 00
-
-. 1715 80509CE 67
-. 8B 7D 14 8B 4D EC 8B 8C 8F 08 01 00 00 C1 E0 03 89 4D E4 01 C1 89 CF 01 C7 8D 14 38 89 4D E0 8D 0C 10 51 52 57 FF 75 E0 FF 75 E4 56 FF 75 E8 FF 75 1C FF 75 C8 FF 75 CC FF 75 D0 FF 75 D4 E8 27 0E 00 00
-***** EXPENSIVE 1717 310
-
-. 1716 8051838 136
-. 55 89 E5 57 56 53 81 EC 0C 01 00 00 B9 AB AA AA AA 8B 45 20 F7 E1 C1 EA 02 89 55 D8 8B 45 20 31 D2 F7 75 1C 89 45 D4 8B 45 1C F7 E1 89 95 EC FE FF FF C1 EA 02 E8 00 00 00 00 5B 81 C3 A2 F8 00 00 89 55 D0 8D 14 92 8B 75 08 8B 7D 10 C7 45 E8 00 00 00 00 C7 45 E4 00 00 00 00 89 85 E8 FE FF FF 89 55 CC DD 83 B4 F8 FF FF D9 FA C7 45 E0 00 00 00 00 8B 45 D4 DC 8B BC F8 FF FF 39 45 E0 D9 5D C8 0F 83 D0 04 00 00
-
-. 1717 80518C0 23
-. C7 85 F4 FE FF FF 00 00 00 00 89 F6 8B 4D E0 85 C9 0F 85 C6 04 00 00
-***** EXPENSIVE 1719 311
-
-. 1718 80518D7 79
-. D9 83 4C F6 FF FF D9 83 50 F6 FF FF D9 C9 D9 55 C4 D9 C9 D9 55 C0 D9 C9 D9 55 BC D9 C9 D9 55 B8 D9 C9 D9 55 B4 D9 C9 D9 55 B0 D9 C9 D9 55 AC D9 C9 D9 55 A8 D9 C9 D9 5D A4 D9 5D A0 C7 45 DC 00 00 00 00 8B 45 D0 39 45 DC 0F 83 4E 04 00 00
-***** EXPENSIVE 1720 312
-
-. 1719 8051926 177
-. 8B 55 D8 C1 E2 02 8B 45 D8 D1 E0 89 55 84 03 55 D8 89 45 94 89 95 78 FF FF FF 03 45 D8 8B 55 D0 D9 83 EC F8 FF FF C1 E2 02 89 45 8C 8B 45 D0 D1 E0 D9 9D F8 FE FF FF 89 95 00 FF FF FF D9 45 C8 03 55 D0 DA 4D 18 89 85 08 FF FF FF 89 95 FC FE FF FF 03 45 D0 8B 55 E4 8B 4D E8 D9 9D 5C FF FF FF 89 85 04 FF FF FF 0F AF 55 14 0F AF 4D 0C 8D 76 00 8B 45 E8 03 45 D8 0F AF 45 0C D9 04 C6 D9 44 C6 04 8B 45 E8 03 45 94 0F AF 45 0C D9 04 C6 D9 CA D9 5D 9C D9 44 C6 04 8B 45 E8 03 45 8C 0F AF 45 0C D9 04 C6 D9 CA D9 5D 98 D9 44 C6 04 D9 CA
-***** EXPENSIVE 1721 313
-
-. 1720 80519D7 192
-. 8B 45 E8 03 45 84 0F AF 45 0C D9 5D 90 D9 C9 D9 5D 88 D9 04 C6 D9 44 C6 04 8B 45 E8 03 85 78 FF FF FF 0F AF 45 0C D9 5D 80 D9 04 C6 D9 9D 7C FF FF FF D9 44 C6 04 D9 9D 74 FF FF FF D9 C2 D8 C1 D9 9D 70 FF FF FF D9 45 80 D8 C2 D9 9D 6C FF FF FF D9 85 70 FF FF FF D8 8D F8 FE FF FF D9 04 CE DE E1 D9 85 6C FF FF FF D8 8D F8 FE FF FF D9 9D 60 FF FF FF D9 44 CE 04 D8 A5 60 FF FF FF D9 CC DE E2 D9 04 CE D9 CC D9 9D 64 FF FF FF D9 CB D8 85 70 FF FF FF D9 44 CE 04 D9 CB D8 65 80 D8 8D 5C FF FF FF D9 CB D8 85 6C FF FF FF D9 C9 D9 9D 58 FF FF FF D9 C3 D9 CA D8 8D 5C FF FF FF D9 CA
-***** EXPENSIVE 1722 314
-
-. 1721 8051A97 187
-. D8 E3 D9 C9 D9 9D 54 FF FF FF D9 85 64 FF FF FF D8 C2 D9 C9 D9 9D 50 FF FF FF D9 C9 D8 AD 64 FF FF FF D9 85 7C FF FF FF D9 85 74 FF FF FF D9 85 7C FF FF FF D9 CE DE C5 D9 C9 D8 45 9C D9 C9 D8 45 98 D9 CD D8 65 9C D9 CB D9 9D 4C FF FF FF D9 C9 D9 9D 44 FF FF FF D9 85 F8 FE FF FF D9 85 F8 FE FF FF D9 85 5C FF FF FF DE CC D8 CA D9 C9 D8 CD D9 C9 D8 6D 90 D9 C9 D8 6D 88 D9 CC D9 95 48 FF FF FF D9 CB D9 9D 40 FF FF FF D9 85 74 FF FF FF D8 65 98 D9 85 5C FF FF FF DE C9 D9 9D 3C FF FF FF D9 85 3C FF FF FF D8 E9 D9 9D 38 FF FF FF D9 85 40 FF FF FF D8 C4 D9 45 90
-***** EXPENSIVE 1723 315
-
-. 1722 8051B52 208
-. D9 C9 D9 9D 34 FF FF FF DE C2 D9 85 58 FF FF FF D8 C2 D9 45 88 D9 C9 D9 1C D7 DE C5 D9 85 54 FF FF FF D8 C5 D9 5C D7 04 D9 85 50 FF FF FF D8 85 38 FF FF FF D9 9D 30 FF FF FF D9 85 4C FF FF FF D8 85 34 FF FF FF D9 C9 D8 85 3C FF FF FF D9 C9 D9 9D 2C FF FF FF DC C2 D9 CB D8 A5 40 FF FF FF D9 CA D9 9D 28 FF FF FF D9 85 44 FF FF FF D8 C2 D9 CC D8 AD 54 FF FF FF D9 C9 D8 AD 58 FF FF FF D9 CC D9 9D 24 FF FF FF D9 9D 1C FF FF FF D9 85 4C FF FF FF D9 85 50 FF FF FF D9 CB D8 AD 48 FF FF FF D9 CB D8 A5 38 FF FF FF D9 C9 D8 A5 34 FF FF FF D9 CC D9 95 20 FF FF FF D9 CB D9 9D 10 FF FF FF D9 C9 D8 AD 44 FF FF FF D9 9D 0C FF FF FF
-***** EXPENSIVE 1724 316
-
-. 1723 8051C22 157
-. 8B 45 E4 D9 45 C4 D9 45 C0 03 45 D0 D8 CC D9 C9 D8 CA 0F AF 45 14 DE E1 D9 1C C7 D9 45 C4 DE CB D9 45 C0 DE C9 DE C2 D9 C9 D9 5C C7 04 D9 45 B8 8B 45 E4 D9 45 BC D9 C9 03 85 08 FF FF FF D8 8D 24 FF FF FF D9 C9 D8 8D 28 FF FF FF 0F AF 45 14 DE E1 D9 1C C7 D9 45 B8 D9 45 BC D9 C9 D8 8D 28 FF FF FF D9 C9 D8 8D 24 FF FF FF DE C1 D9 5C C7 04 D9 45 B0 8B 45 E4 D9 45 B4 D9 C9 03 85 04 FF FF FF D8 8D 1C FF FF FF D9 C9 D8 CA 0F AF 45 14 DE E1 D9 1C C7 D9 45 B4 D9 45 B0 D9 C9
-***** EXPENSIVE 1725 317
-
-. 1724 8051CBF 172
-. D8 8D 1C FF FF FF D9 C9 DE CA DE C1 D9 5C C7 04 8B 45 E4 D9 45 AC D9 45 A8 D9 45 AC D9 45 A8 D9 CA 03 85 00 FF FF FF D8 8D 2C FF FF FF D9 CB D8 8D 30 FF FF FF D9 C9 D8 8D 2C FF FF FF D9 CA D8 8D 30 FF FF FF D9 C9 0F AF 45 14 DE E3 DE C1 D9 C9 D9 1C C7 D9 5C C7 04 D9 45 A4 8B 45 E4 D9 45 A0 D9 C9 03 85 FC FE FF FF D8 8D 10 FF FF FF D9 C9 D8 8D 0C FF FF FF 0F AF 45 14 DE E9 D9 1C C7 D9 45 A0 D9 45 A4 D8 8D 0C FF FF FF D9 C9 D8 8D 10 FF FF FF DE C1 D9 5C C7 04 FF 45 DC 8B 45 D0 03 4D 0C FF 45 E8 03 55 14 FF 45 E4
-
-. 1725 8051D6B 9
-. 39 45 DC 0F 82 24 FC FF FF
-
-. 1726 8051D74 28
-. 8B 55 CC FF 45 E0 8B 45 D4 01 55 E4 83 85 F4 FE FF FF 08 39 45 E0 0F 82 3C FB FF FF
-
-. 1727 8051D90 13
-. 81 C4 0C 01 00 00 5B 5E 31 C0 5F C9 C3
-
-. 1728 8050A11 5
-. E9 0E FF FF FF
-
-. 1729 8058725 74
-. 8B 55 CC 8B 45 E0 8B 44 82 08 89 45 C4 8B 45 AC 03 82 08 02 00 00 8B 4D E0 89 84 8A 08 01 00 00 8B 4D D8 89 C8 0F AF 45 C4 89 45 D8 31 D2 8B 45 08 F7 75 D8 C7 45 C8 01 00 00 00 8B 55 C4 39 55 C8 89 45 C0 0F 83 B0 00 00 00
-***** EXPENSIVE 1731 318
-
-. 1730 8058798 57
-. 8B 7D A8 90 8B 45 B0 01 45 B8 8B 45 B8 31 D2 F7 75 08 89 55 B8 31 D2 52 8B 45 B8 50 DF 2C 24 DC 4D D0 83 EC 08 8B 4D CC 8B B1 08 02 00 00 DD 55 98 DD 1C 24 E8 4F FE FE FF
-***** EXPENSIVE 1732 319
-
-. 1731 80587D1 23
-. DD 1C 3E 8B 45 CC DD 45 98 8B B0 08 02 00 00 DD 1C 24 E8 48 FF FE FF
-***** EXPENSIVE 1733 320
-
-. 1732 80587E8 34
-. 8B 45 B4 FF 45 BC D1 E8 DD 5C 3E 08 83 45 AC 10 83 C7 10 83 45 A8 10 FF 45 DC 83 C4 10 39 45 BC 72 92
-***** EXPENSIVE 1734 321
-vex iropt: not unrolling (113 sts)
-
-. 1733 8058F48 127
-. 8B 55 E4 8D 04 3A 01 C2 8B 4D 0C 0F AF CF 89 95 7C FF FF FF 8B 55 08 DD 04 CA 0F AF 45 0C 8B 8D 7C FF FF FF DD 04 C2 0F AF 4D 0C DD 04 CA D9 C1 D8 C1 D9 C3 8B 45 14 0F AF 45 88 8B 4D 10 D8 C1 DD 1C C1 DC 8B BC F8 FF FF 8B 45 14 0F AF C6 DE EB D9 CA DD 1C C1 DE E1 8D 04 F5 08 00 00 00 0F AF 45 14 D8 C9 DD 1C 08 FF 45 E8 8B 45 18 8B 55 E0 03 75 18 01 45 88 03 7D DC 39 55 E8 72 81
-
-. 1734 8058AA8 33
-. 8B 45 EC 8B 75 14 89 C1 8B 54 BE 08 0F AF CA 40 D1 E8 89 4D EC 8B 4D E4 48 85 C9 0F 85 6F 01 00 00
-
-. 1735 8058C38 37
-. 8B 4D E8 89 4D E0 8B 75 08 8B 4D 0C C7 45 DC 01 00 00 00 89 75 D8 89 4D D4 C7 45 E4 00 00 00 00 E9 8C FE FF FF
-
-. 1736 8058AE9 9
-. 83 FA 02 0F 84 1E 01 00 00
-
-. 1737 8058D16 27
-. 8B 55 E4 42 89 D0 C7 45 F4 01 00 00 00 D1 E8 39 45 F4 89 55 E0 0F 83 12 01 00 00
-***** EXPENSIVE 1739 322
-
-. 1738 8058D31 51
-. 8B 4D 20 8B 75 18 83 C1 10 83 EE 02 89 4D D8 89 75 D4 90 8B 45 D8 C7 45 F0 00 00 00 00 8B 55 E8 DD 40 F8 39 55 F0 DD 40 F0 D9 C9 D9 E0 0F 83 6C 01 00 00
-***** EXPENSIVE 1740 323
-
-. 1739 8058D64 147
-. 8B 4D F4 8B 7D D4 8D 74 09 FF 4F 89 F1 8D 76 00 8B 45 EC 01 C8 8B 55 0C 0F AF D1 89 45 C8 8B 45 08 DD 04 D0 8D 04 CD 08 00 00 00 0F AF 45 0C 8B 55 08 DD 04 10 8B 45 0C 0F AF 45 C8 DD 04 C2 8B 45 C8 8D 14 C5 08 00 00 00 0F AF 55 0C 8B 45 08 DD 04 02 D9 C5 D9 C5 D8 CA D9 C9 D8 CB DE E1 D9 C6 DE CA D9 CA D8 CD DE C1 8B 45 14 D9 C3 0F AF C6 8B 55 10 D8 C2 DD 1C C2 D9 C2 8D 04 F5 08 00 00 00 0F AF 45 14 D8 C1 DD 1C 10 D9 CB 8B 45 14 0F AF C7
-***** EXPENSIVE 1741 324
-
-. 1740 8058DF7 47
-. DE E1 DD 1C C2 DE E1 8D 04 FD 08 00 00 00 0F AF 45 14 D9 E0 DD 1C 10 FF 45 F0 8B 45 E8 03 7D 18 03 75 18 03 4D E4 39 45 F0 0F 82 4E FF FF FF
-***** EXPENSIVE 1742 325
-
-. 1741 8058E26 29
-. DD D8 DD D8 8B 45 E0 FF 45 F4 D1 E8 83 45 D8 10 83 6D D4 02 39 45 F4 0F 82 01 FF FF FF
-
-. 1742 8058E43 9
-. F7 45 E4 01 00 00 00 75 7D
-
-. 1743 80536D9 77
-. 8B 45 C4 8B 75 E0 8B 74 B0 08 8B 55 C4 8B 45 A8 03 82 08 02 00 00 89 75 BC 8B 75 E0 89 84 B2 08 01 00 00 8B 45 D8 89 C2 0F AF 55 BC 89 55 D8 89 45 D4 31 D2 8B 45 08 C7 45 C0 01 00 00 00 8B 75 BC F7 75 D8 39 75 C0 0F 83 B8 00 00 00
-
-. 1744 8053F8B 27
-. 8B 55 D8 42 89 D0 C7 45 EC 01 00 00 00 D1 E8 39 45 EC 89 55 94 0F 83 06 02 00 00
-
-. 1745 80541AC 13
-. F7 45 D8 01 00 00 00 0F 85 B5 00 00 00
-
-. 1746 80541B9 19
-. C7 45 E8 00 00 00 00 8B 75 D4 39 75 E8 0F 83 A2 00 00 00
-***** EXPENSIVE 1748 326
-
-. 1747 80541CC 142
-. 8B 45 D8 48 DD 45 E0 D8 C0 89 45 90 89 C7 89 F6 8B 45 0C 0F AF C7 8B 4D 08 8B 75 D8 DD 04 C1 D1 E6 8D 04 FD 08 00 00 00 8D 14 3E 0F AF 45 0C D9 C1 DC 0C 08 0F AF 55 0C 8B 45 90 DD 04 D1 03 45 DC 8B 55 DC 01 C2 D9 C2 8B 4D 14 D8 C0 D9 CB 0F AF 4D 90 D8 E1 D9 CB DE C1 89 95 74 FF FF FF 8B 55 10 DD 1C CA D9 C1 8B 8D 74 FF FF FF D9 E0 D9 CA 0F AF 4D 14 0F AF 45 14 D8 E1 D9 CA DE E1 D9 C9 DD 1C C2 DD 1C CA 8B 4D D8 01 CE 01 F7
-
-. 1748 805425A 18
-. FF 45 E8 8B 75 D4 01 4D 90 39 75 E8 0F 82 70 FF FF FF
-***** EXPENSIVE 1750 327
-
-. 1749 805426C 13
-. DD D8 81 C4 84 00 00 00 5B 5E 5F C9 C3
-
-. 1750 8053A04 41
-. 8B 55 D8 8B 75 14 8B 4C 96 08 8B 45 DC 0F AF C1 89 45 DC 31 D2 89 F8 F7 75 DC 40 D1 E8 8B 75 D0 48 85 F6 0F 85 7B 01 00 00
-
-. 1751 8053BA8 37
-. 8B 75 F0 89 75 EC 8B 55 08 8B 75 0C C7 45 E4 01 00 00 00 89 55 E8 89 75 E0 C7 45 D0 00 00 00 00 E9 80 FE FF FF
-
-. 1752 8053A4D 9
-. 83 F9 02 0F 84 2A 01 00 00
-***** EXPENSIVE 1754 328
-vex iropt: not unrolling (72 sts)
-
-. 1753 8053C48 74
-. 8B 45 0C 0F AF C1 C1 E0 04 8B 7D 08 DD 04 07 8B 45 0C 0F AF C2 DD 04 38 D9 C1 8B 45 14 0F AF C1 8B 7D 10 D8 C1 DD 1C C7 8B 7D E8 8D 04 0F 0F AF 45 14 DE E9 8B 7D 10 DD 1C C7 FF 45 EC 8B 45 D8 01 F2 03 4D E0 39 45 EC 72 B6
-***** EXPENSIVE 1755 329
-
-. 1754 805AE64 45
-. 03 7D AC 89 F8 31 D2 F7 75 08 89 D7 31 D2 52 57 DF 2C 24 DC 4D C8 83 EC 08 8B 4D C4 8B B1 08 02 00 00 DD 55 98 DD 1C 24 E8 8F D7 FE FF
-***** EXPENSIVE 1756 330
-
-. 1755 805AE91 26
-. 8B 45 D8 D9 1C C6 8B 55 C4 DD 45 98 8B B2 08 02 00 00 DD 1C 24 E8 85 D8 FE FF
-***** EXPENSIVE 1757 331
-
-. 1756 805AEAB 27
-. 8B 45 B0 8B 4D D8 FF 45 B4 D1 E8 D9 5C CE 04 83 C4 10 41 39 45 B4 89 4D D8 72 9E
-
-. 1757 805AEC6 5
-. E9 30 FF FF FF
-***** EXPENSIVE 1759 332
-vex iropt: not unrolling (118 sts)
-
-. 1758 805B580 134
-. 8B 4D E4 8D 04 31 01 C1 8B 55 0C 0F AF D6 0F AF 45 0C 89 4D A0 8B 4D 08 D9 04 91 D9 04 81 8B 4D A0 0F AF 4D 0C 8B 45 08 D9 04 88 D9 C1 8B 55 DC 8D 44 57 FF D8 C1 D9 C3 8B 55 14 0F AF D7 8B 4D 10 D8 C1 D9 1C 91 DD 83 BC F8 FF FF 8B 55 14 0F AF D0 DE C9 D9 CA DE E1 D9 C9 8D 04 85 04 00 00 00 0F AF 45 14 DE EA D8 CA D9 C9 D9 1C 91 FF 45 E8 D9 1C 08 8B 45 E0 03 7D 18 03 75 DC 39 45 E8 0F 82 7A FF FF FF
-
-. 1759 805B100 33
-. 8B 45 EC 8B 75 14 89 C1 8B 54 BE 08 0F AF CA 40 D1 E8 89 4D EC 8B 4D E4 48 85 C9 0F 85 63 01 00 00
-
-. 1760 805B284 37
-. 8B 4D E8 89 4D E0 8B 75 08 8B 4D 0C C7 45 DC 01 00 00 00 89 75 D8 89 4D D4 C7 45 E4 00 00 00 00 E9 98 FE FF FF
-
-. 1761 805B141 9
-. 83 FA 02 0F 84 12 01 00 00
-
-. 1762 805B362 27
-. 8B 55 E4 42 89 D0 C7 45 F4 01 00 00 00 D1 E8 39 45 F4 89 55 E0 0F 83 0F 01 00 00
-***** EXPENSIVE 1764 333
-
-. 1763 805B37D 51
-. 8B 4D 20 8B 45 18 83 C1 08 83 E8 02 89 4D DC 89 45 D8 90 8B 55 DC C7 45 F0 00 00 00 00 8B 4D E8 D9 42 FC 39 4D F0 D9 42 F8 D9 C9 D9 E0 0F 83 5E 01 00 00
-***** EXPENSIVE 1765 334
-
-. 1764 805B3B0 146
-. 8B 45 F4 8B 7D D8 8D 74 00 FF 4F 89 F1 8D 76 00 8B 55 EC 01 CA 8B 45 0C 0F AF C1 89 55 D0 8B 55 08 D9 04 82 8D 04 8D 04 00 00 00 0F AF 45 0C D9 04 10 8B 45 0C 0F AF 45 D0 D9 04 82 8B 45 D0 8D 14 85 04 00 00 00 0F AF 55 0C 8B 45 08 D9 04 02 D9 C5 D9 C5 D8 CA D9 C9 D8 CB DE E1 D9 C6 DE CA D9 CA D8 CD DE C1 8B 45 14 D9 C3 0F AF C6 8B 55 10 D8 C2 D9 1C 82 D9 C2 8D 04 B5 04 00 00 00 0F AF 45 14 D8 C1 D9 1C 10 D9 CB 8B 45 14 0F AF C7 DE E1
-***** EXPENSIVE 1766 335
-
-. 1765 805B442 45
-. D9 1C 82 DE E1 8D 04 BD 04 00 00 00 0F AF 45 14 D9 E0 D9 1C 10 FF 45 F0 8B 45 E8 03 7D 18 03 75 18 03 4D E4 39 45 F0 0F 82 51 FF FF FF
-***** EXPENSIVE 1767 336
-
-. 1766 805B46F 29
-. DD D8 DD D8 8B 45 E0 FF 45 F4 D1 E8 83 45 DC 08 83 6D D8 02 39 45 F4 0F 82 04 FF FF FF
-
-. 1767 805B48C 9
-. F7 45 E4 01 00 00 00 75 72
-
-. 1768 8056775 27
-. 8B 55 DC 42 89 D0 C7 45 EC 01 00 00 00 D1 E8 39 45 EC 89 55 AC 0F 83 13 02 00 00
-
-. 1769 80569A3 13
-. F7 45 DC 01 00 00 00 0F 85 B0 00 00 00
-
-. 1770 80569B0 19
-. C7 45 E8 00 00 00 00 8B 75 D8 39 75 E8 0F 83 9D 00 00 00
-***** EXPENSIVE 1772 337
-
-. 1771 80569C3 137
-. 8B 45 DC 48 D9 45 E4 D8 C0 89 45 A8 89 C7 8D 76 00 8B 45 0C 0F AF C7 8B 4D 08 8B 75 DC D9 04 81 D1 E6 8D 04 BD 04 00 00 00 8D 14 3E 0F AF 45 0C D9 C1 D8 0C 08 0F AF 55 0C 8B 45 A8 D9 04 91 03 45 E0 8B 55 E0 01 C2 D9 C2 8B 4D 14 D8 C0 D9 CB 0F AF 4D A8 D8 E1 D9 CB DE C1 89 55 94 8B 55 10 D9 1C 8A D9 C1 8B 4D 94 D9 E0 D9 CA 0F AF 4D 14 0F AF 45 14 D8 E1 D9 CA DE E1 D9 C9 D9 1C 82 D9 1C 8A 8B 4D DC 01 CE 01 F7
-
-. 1772 8056A4C 18
-. FF 45 E8 8B 75 D8 01 4D A8 39 75 E8 0F 82 76 FF FF FF
-***** EXPENSIVE 1774 338
-
-. 1773 8056A5E 10
-. DD D8 83 C4 60 5B 5E 5F C9 C3
-
-. 1774 8056200 40
-. 8B 45 D8 8B 55 14 8B 4C 82 08 8B 7D DC 0F AF F9 31 D2 89 F0 F7 F7 40 D1 E8 8B 55 D0 48 85 D2 89 7D DC 0F 85 78 01 00 00
-
-. 1775 80563A0 37
-. 8B 7D F0 89 7D EC 8B 55 08 8B 7D 0C C7 45 E4 01 00 00 00 89 55 E8 89 7D E0 C7 45 D0 00 00 00 00 E9 83 FE FF FF
-
-. 1776 8056248 9
-. 83 F9 02 0F 84 27 01 00 00
-***** EXPENSIVE 1778 339
-vex iropt: not unrolling (76 sts)
-
-. 1777 8056440 71
-. 8B 45 0C 0F AF C1 8B 7D 08 D9 04 C7 8B 45 0C 0F AF C2 D9 04 38 D9 C1 8B 45 14 0F AF C1 8B 7D 10 D8 C1 D9 1C 87 8B 7D E8 8D 04 0F 0F AF 45 14 DE E9 8B 7D 10 D9 1C 87 FF 45 EC 8B 45 D8 01 F2 03 4D E0 39 45 EC 72 B9
-
-. 1778 804D44E 9
-. 83 F9 07 0F 84 85 00 00 00
-
-. 1779 804D4DC 74
-. 8B 4D 14 8B 55 EC 8B 94 91 08 01 00 00 C1 E0 04 89 55 E4 01 C2 89 D7 01 C7 89 55 E0 8D 14 38 8D 0C 10 83 EC 0C 8D 04 08 50 51 52 57 FF 75 E0 FF 75 E4 56 FF 75 E8 FF 75 1C FF 75 C8 FF 75 CC FF 75 D0 FF 75 D4 E8 82 15 00 00
-
-. 1780 804EAA8 160
-. 55 89 E5 57 56 53 81 EC 84 02 00 00 B8 25 49 92 24 F7 65 20 89 85 98 FD FF FF 8B 45 20 29 D0 89 95 9C FD FF FF D1 E8 03 85 9C FD FF FF C1 E8 02 89 45 DC 31 D2 8B 45 20 F7 75 1C 89 45 D8 B8 25 49 92 24 F7 65 1C 8B 4D 1C 29 D1 89 95 94 FD FF FF D1 E9 03 8D 94 FD FF FF 89 4D D4 C1 6D D4 02 8B 55 D4 68 1F B9 EC 3F 89 85 90 FD FF FF 8D 04 52 E8 00 00 00 00 5B 81 C3 F6 25 01 00 D1 E0 68 40 A1 BB 3B 89 45 D0 8B 75 08 8B 7D 10 C7 45 EC 00 00 00 00 C7 45 E8 00 00 00 00 E8 D8 9A FF FF
-***** EXPENSIVE 1782 340
-
-. 1781 804EB48 20
-. 58 5A 68 1F B9 FC 3F 68 40 A1 BB 3B DD 5D C8 E8 C4 9A FF FF
-***** EXPENSIVE 1783 341
-
-. 1782 804EB5C 20
-. 59 58 68 D7 8A 05 40 68 F0 B8 CC 6C DD 5D C0 E8 B0 9A FF FF
-***** EXPENSIVE 1784 342
-
-. 1783 804EB70 20
-. 58 5A 68 1F B9 EC 3F 68 40 A1 BB 3B DD 5D B8 E8 AC 9B FF FF
-***** EXPENSIVE 1785 343
-
-. 1784 804EB84 20
-. 59 58 68 1F B9 FC 3F 68 40 A1 BB 3B DD 5D B0 E8 98 9B FF FF
-***** EXPENSIVE 1786 344
-
-. 1785 804EB98 20
-. 58 5A 68 D7 8A 05 40 68 F0 B8 CC 6C DD 5D A8 E8 84 9B FF FF
-***** EXPENSIVE 1787 345
-
-. 1786 804EBAC 25
-. C7 45 E4 00 00 00 00 8B 45 D8 83 C4 10 39 45 E4 DD 5D A0 0F 83 21 09 00 00
-
-. 1787 804EBC5 54
-. 8B 55 D4 C1 E2 02 89 95 FC FD FF FF 03 55 D4 89 95 F8 FD FF FF C7 85 A4 FD FF FF 00 00 00 00 C7 85 A0 FD FF FF 00 00 00 00 89 F6 8B 45 E4 85 C0 0F 85 F5 08 00 00
-***** EXPENSIVE 1789 346
-
-. 1788 804EBFB 103
-. DD 83 34 F6 FF FF DD 83 44 F6 FF FF D9 C1 DD 55 98 DD 5D 88 D9 C0 DD 55 90 DD 5D 80 D9 C9 DD 95 78 FF FF FF D9 C1 DD 9D 70 FF FF FF DD 95 68 FF FF FF D9 C1 DD 9D 60 FF FF FF DD 95 58 FF FF FF D9 C1 DD 9D 50 FF FF FF DD 9D 48 FF FF FF DD 9D 40 FF FF FF C7 45 E0 00 00 00 00 8B 45 D4 39 45 E0 0F 83 68 08 00 00
-***** EXPENSIVE 1790 347
-
-. 1789 804EC62 171
-. DD 45 C8 DC 45 C0 8B 45 DC DD 9D E0 FD FF FF D1 E0 DD 45 C0 D8 C0 89 85 2C FF FF FF 03 45 DC DD 83 B4 F8 FF FF D9 C9 DD 9D D8 FD FF FF 89 85 1C FF FF FF DD 45 B0 D9 C9 D1 E0 DD 9D A8 FD FF FF D8 C0 DD 45 B0 89 85 04 FF FF FF 8B 45 18 DD 83 34 F6 FF FF D9 C9 DC 45 A8 D9 CA DD 9D D0 FD FF FF 8B 55 DC DD 45 A0 D9 C9 F7 D8 50 DD 9D B0 FD FF FF D9 C9 DD 9D C8 FD FF FF DD 45 C8 DD 45 A8 D9 CA D8 C0 D9 C9 C1 E2 02 D8 C0 D9 C9 DD 9D B8 FD FF FF 89 95 0C FF FF FF DB 04 24 D9 CA 03 55 DC D8 C0 D9 C9 DD 9D E8 FD FF FF
-***** EXPENSIVE 1791 348
-
-. 1790 804ED0D 196
-. 89 95 08 FF FF FF DD 45 B8 D9 C9 DD 9D C0 FD FF FF D9 C9 DD 9D 80 FE FF FF 8B 45 D4 D1 E0 D8 C0 8B 55 E8 89 85 04 FE FF FF 0F AF 55 14 03 45 D4 DC AD E0 FD FF FF 89 85 00 FE FF FF C1 E2 04 D1 E0 8B 8D A0 FD FF FF DC B5 A8 FD FF FF 83 C4 04 89 85 F4 FD FF FF 89 95 98 FD FF FF C1 E1 04 DD 9D 98 FE FF FF 89 F6 8B 45 EC 03 45 DC 0F AF 45 0C C1 E0 04 DD 04 06 DD 44 06 08 8B 45 EC 03 85 2C FF FF FF 0F AF 45 0C C1 E0 04 DD 04 06 DD 44 06 08 8B 45 EC 03 85 1C FF FF FF 0F AF 45 0C C1 E0 04 DD 04 06 D9 CC DD 9D 38 FF FF FF DD 44 06 08 8B 45 EC 03 85 0C FF FF FF 0F AF 45 0C C1 E0 04 DD 04 06
-***** EXPENSIVE 1792 349
-
-. 1791 804EDD1 200
-. D9 CD DD 9D 20 FF FF FF DD 44 06 08 8B 45 EC 03 85 08 FF FF FF 0F AF 45 0C C1 E0 04 DD 04 06 DD 44 06 08 D9 CE 8B 45 EC 03 85 04 FF FF FF 0F AF 45 0C C1 E0 04 DD 9D 30 FF FF FF DD 04 06 D9 CB DD 9D 10 FF FF FF D9 CA DD 9D 88 FD FF FF DD 85 38 FF FF FF DC 85 88 FD FF FF DD 44 06 08 D9 C9 DD 9D F8 FE FF FF DD 85 30 FF FF FF D8 C1 DD 9D F0 FE FF FF DC AD 30 FF FF FF DD 85 38 FF FF FF DC A5 88 FD FF FF D9 C9 DD 9D E0 FE FF FF D9 C4 D8 C3 D9 CD DE E3 DD 9D E8 FE FF FF DD 85 10 FF FF FF D9 C3 D9 C9 D8 C2 D9 C9 D8 C6 D9 CA DC A5 10 FF FF FF DD 9D 80 FD FF FF D9 C9 DD 95 D0 FE FF FF DC 85 F0 FE FF FF
-***** EXPENSIVE 1793 350
-
-. 1792 804EE99 164
-. D9 CB DE E5 D9 CA DD 9D C8 FE FF FF DD 85 20 FF FF FF DD 85 80 FD FF FF D9 C9 D8 C6 D9 C9 D8 C5 D9 CE DC A5 20 FF FF FF D9 C0 D9 CF DD 9D 78 FE FF FF DD 85 C8 FE FF FF D9 CF D8 C3 D9 CF DC 44 0E 08 D8 C4 D9 CD DD 95 D8 FE FF FF D9 CF DD 9D 88 FE FF FF D9 CE DC 85 F8 FE FF FF DD 04 0E D8 C1 D9 CD DD 9D B8 FE FF FF DD 85 E0 FD FF FF D9 CD D8 C2 D9 CD DC 45 B8 D9 CD DD 9D C0 FE FF FF D9 CC DC B5 A8 FD FF FF DD 85 C8 FE FF FF D9 C9 DC A5 B0 FD FF FF D9 C9 D8 C4 D9 CD D8 C2 D8 C9 D9 C9 DE CD
-***** EXPENSIVE 1794 351
-
-. 1793 804EF3D 205
-. D9 CC DD 9D 60 FE FF FF DD 85 E8 FD FF FF DC 65 C0 DC 65 B8 DD 85 F8 FE FF FF D9 C9 DC B5 A8 FD FF FF D9 C9 D8 E2 D8 C9 DD 9D B0 FE FF FF DD 85 F0 FE FF FF D8 E4 DE C9 DD 9D A8 FE FF FF DD 45 C8 DC A5 D8 FD FF FF DC 45 B8 DC B5 A8 FD FF FF D9 C9 DC A5 D8 FE FF FF D9 CB DC A5 D0 FE FF FF D9 CB D8 C9 D9 CB DE C9 DD 85 D8 FE FF FF DC A5 F8 FE FF FF DD 85 98 FE FF FF DE C9 DD 85 D0 FE FF FF DC A5 F0 FE FF FF D9 C9 DD 9D A0 FE FF FF DD 85 98 FE FF FF DE C9 DD 85 C8 FD FF FF DC 65 A0 D9 C9 DD 9D 90 FE FF FF DC B5 A8 FD FF FF DD 85 88 FE FF FF D9 C9 DC 8D 80 FE FF FF D9 C9 DC 85 E8 FE FF FF D8 C9 DD 9D 88 FE FF FF
-***** EXPENSIVE 1795 352
-
-. 1794 804F00A 204
-. DD 85 78 FE FF FF DC 85 E0 FE FF FF DE C9 DD 9D 78 FE FF FF DD 85 D0 FD FF FF DC 65 A8 DC 45 A0 DC B5 A8 FD FF FF DD 85 E8 FE FF FF D9 C9 DC 8D 80 FE FF FF D9 C9 D8 E7 D8 C9 DD 9D 70 FE FF FF DD 85 E0 FE FF FF DC A5 80 FD FF FF DE C9 DD 9D 68 FE FF FF DD 45 B0 DC A5 C0 FD FF FF DC 65 A0 DC B5 A8 FD FF FF DD 85 80 FD FF FF D9 C9 DC 8D 80 FE FF FF D9 CF D8 E3 D9 C9 D8 E6 D9 C9 D8 CF D9 C9 DE CF DD 85 C8 FD FF FF DC 85 B8 FD FF FF DC B5 A8 FD FF FF DC 8D 80 FE FF FF D9 CB DC A5 E8 FE FF FF D9 CE DC A5 E0 FE FF FF D9 CE D8 CB D9 CE DE CB DD 85 B8 FE FF FF DC 85 60 FE FF FF DD 9D 60 FE FF FF DD 85 B0 FE FF FF
-***** EXPENSIVE 1796 353
-
-. 1795 804F0D6 236
-. D8 C4 8B 95 B4 FE FF FF 8B 85 B0 FE FF FF 81 F2 00 00 00 80 DD 9D 58 FE FF FF DD 85 A8 FE FF FF 89 85 48 FE FF FF 89 95 4C FE FF FF D8 C2 DD 9D 50 FE FF FF 8B 95 AC FE FF FF DD 85 48 FE FF FF DC A5 A0 FE FF FF D9 CD 81 F2 00 00 00 80 8B 85 A8 FE FF FF DC 85 C0 FE FF FF D9 CC DC AD A0 FE FF FF D9 CA DC AD 90 FE FF FF D9 CD DD 9D 48 FE FF FF 89 85 40 FE FF FF 89 95 44 FE FF FF DD 85 40 FE FF FF DC A5 90 FE FF FF DD 9D 40 FE FF FF DD 85 70 FE FF FF D8 C1 DD 9D 38 FE FF FF DD 85 68 FE FF FF D8 C7 DD 9D 88 FD FF FF DD 85 58 FE FF FF D8 C4 DD 9D 58 FE FF FF D9 C9 D8 C3 DD 85 60 FE FF FF D9 CC DC 85 48 FE FF FF D9 CC DC 85 50 FE FF FF D9 CC DD 9D 48 FE FF FF DD 85 60 FE FF FF D9 CC DD 9D 50 FE FF FF D9 CB
-***** EXPENSIVE 1797 354
-
-. 1796 804F1C2 192
-. DC 85 40 FE FF FF DD 85 38 FE FF FF DC 85 88 FE FF FF D9 C9 DD 9D 40 FE FF FF DD 85 88 FD FF FF DC 85 78 FE FF FF D9 C9 DD 9D 38 FE FF FF DD 85 58 FE FF FF D8 C1 D9 CA D8 EE D9 CF D8 EB D9 C9 DD 9D 88 FD FF FF D9 CD D9 E0 DD 85 50 FE FF FF D9 CB D9 E0 D9 C9 DC A5 70 FE FF FF D9 C9 DC A5 68 FE FF FF D9 CB DC A5 38 FE FF FF D9 CF DC 85 88 FE FF FF D9 CE DC 85 78 FE FF FF D9 C9 DC 85 88 FE FF FF D9 CD DC 85 60 FE FF FF D9 CB DC 85 78 FE FF FF D9 CA DD 9D 30 FE FF FF D9 CE DD 9D 28 FE FF FF DD 85 48 FE FF FF DD 85 40 FE FF FF D9 C9 D8 C2 D9 C9 D8 E5 D9 C9 DD 9D 20 FE FF FF
-***** EXPENSIVE 1798 355
-
-. 1797 804F282 177
-. DD 9D 18 FE FF FF D9 C2 D9 C2 D9 C9 D8 E7 D9 C9 D8 C6 D9 C9 8B 85 98 FD FF FF DD 9D 10 FE FF FF DD 9D 08 FE FF FF DD 85 C0 FE FF FF DD 85 B8 FE FF FF D9 C9 DD 1C 07 DD 5C 07 08 8B 45 E8 03 45 D4 DD 45 98 DD 45 90 0F AF 45 14 DC 8D 28 FE FF FF D9 C9 DC 8D 30 FE FF FF C1 E0 04 DE E1 DD 1C 07 DD 45 90 DD 45 98 D9 C9 DC 8D 30 FE FF FF D9 C9 DC 8D 28 FE FF FF DE C1 DD 5C 07 08 8B 45 E8 03 85 04 FE FF FF DD 45 88 DD 45 80 D9 CC DE C7 D9 CB 0F AF 45 14 DC 8D 18 FE FF FF DD 85 40 FE FF FF D9 CC DC 8D 20 FE FF FF D9 CB C1 E0 04 DE E6
-***** EXPENSIVE 1799 356
-
-. 1798 804F333 195
-. D9 CB DE C4 D9 C9 DE E2 DD 85 58 FE FF FF DD 85 50 FE FF FF D9 CA DC AD 48 FE FF FF D9 C9 DC A5 88 FD FF FF D9 CA DC 85 38 FE FF FF D9 CB DD 1C 07 DD 45 88 DD 45 80 DC 8D 20 FE FF FF D9 C9 DC 8D 18 FE FF FF DE C1 DD 5C 07 08 8B 45 E8 03 85 00 FE FF FF DD 85 78 FF FF FF DD 85 70 FF FF FF 0F AF 45 14 DC 8D 08 FE FF FF D9 C9 DC 8D 10 FE FF FF C1 E0 04 DE E1 DD 1C 07 DD 85 70 FF FF FF DD 85 78 FF FF FF D9 C9 DC 8D 10 FE FF FF D9 C9 DC 8D 08 FE FF FF DE C1 DD 5C 07 08 8B 45 E8 03 85 FC FD FF FF DD 85 68 FF FF FF DD 85 60 FF FF FF 0F AF 45 14 D8 CE D9 C9 D8 CF D9 CE DC 8D 68 FF FF FF
-***** EXPENSIVE 1800 357
-
-. 1799 804F3F6 162
-. D9 CF DC 8D 60 FF FF FF D9 CE C1 E0 04 DE E1 D9 CE DE C5 D9 CD DD 1C 07 D9 CB DD 5C 07 08 8B 45 E8 03 85 F8 FD FF FF DD 85 58 FF FF FF DD 85 50 FF FF FF 0F AF 45 14 D8 CB D9 C9 D8 CD D9 CB DC 8D 58 FF FF FF D9 CD DC 8D 50 FF FF FF D9 CB C1 E0 04 DE E1 D9 CC DE C2 D9 CB DD 1C 07 DD 5C 07 08 8B 45 E8 03 85 F4 FD FF FF DD 85 48 FF FF FF DD 85 40 FF FF FF D9 C9 0F AF 45 14 D8 CA D9 C9 D8 CB D9 CA DC 8D 40 FF FF FF D9 CB DC 8D 48 FF FF FF D9 C9 C1 E0 04 DE E2 DE C2 DD 1C 07 DD 5C 07 08
-
-. 1800 804F498 50
-. 8B 45 0C C1 E0 04 01 C1 8B 45 0C 01 85 A0 FD FF FF 8B 45 14 C1 E0 04 FF 45 E0 8B 55 D4 FF 45 EC 01 85 98 FD FF FF FF 45 E8 39 55 E0 0F 82 AA F8 FF FF
-
-. 1801 804F4CA 28
-. 8B 45 D0 FF 45 E4 8B 55 D8 01 45 E8 83 85 A4 FD FF FF 10 39 55 E4 0F 82 0A F7 FF FF
-
-. 1802 804F4E6 10
-. 8D 65 F4 5B 5E 31 C0 5F C9 C3
-
-. 1803 804D526 8
-. 83 C4 40 E9 55 FF FF FF
-
-. 1804 80508F2 9
-. 83 F9 07 0F 84 83 00 00 00
-
-. 1805 805097E 72
-. 8B 55 14 8B 7D EC 8B BC BA 08 01 00 00 C1 E0 03 89 7D E4 01 C7 89 7D E0 01 C7 8D 14 38 8D 0C 10 83 EC 0C 8D 04 08 50 51 52 57 FF 75 E0 FF 75 E4 56 FF 75 E8 FF 75 1C FF 75 C8 FF 75 CC FF 75 D0 FF 75 D4 E8 BE 14 00 00
-
-. 1806 8051E84 160
-. 55 89 E5 57 56 53 81 EC D4 01 00 00 B8 25 49 92 24 F7 65 20 89 85 30 FE FF FF 8B 45 20 29 D0 89 95 34 FE FF FF D1 E8 03 85 34 FE FF FF C1 E8 02 89 45 D8 31 D2 8B 45 20 F7 75 1C 89 45 D4 B8 25 49 92 24 F7 65 1C 8B 4D 1C 29 D1 89 95 2C FE FF FF D1 E9 03 8D 2C FE FF FF 89 4D D0 C1 6D D0 02 8B 55 D0 68 1F B9 EC 3F 89 85 28 FE FF FF 8D 04 52 E8 00 00 00 00 5B 81 C3 1A F2 00 00 D1 E0 68 40 A1 BB 3B 89 45 CC 8B 75 08 8B 7D 10 C7 45 E8 00 00 00 00 C7 45 E4 00 00 00 00 E8 FC 66 FF FF
-***** EXPENSIVE 1808 358
-
-. 1807 8051F24 20
-. 58 5A 68 1F B9 FC 3F 68 40 A1 BB 3B D9 5D C8 E8 E8 66 FF FF
-***** EXPENSIVE 1809 359
-
-. 1808 8051F38 20
-. 59 58 68 D7 8A 05 40 68 F0 B8 CC 6C D9 5D C4 E8 D4 66 FF FF
-***** EXPENSIVE 1810 360
-
-. 1809 8051F4C 20
-. 58 5A 68 1F B9 EC 3F 68 40 A1 BB 3B D9 5D C0 E8 D0 67 FF FF
-***** EXPENSIVE 1811 361
-
-. 1810 8051F60 20
-. 59 58 68 1F B9 FC 3F 68 40 A1 BB 3B D9 5D BC E8 BC 67 FF FF
-***** EXPENSIVE 1812 362
-
-. 1811 8051F74 20
-. 58 5A 68 D7 8A 05 40 68 F0 B8 CC 6C D9 5D B8 E8 A8 67 FF FF
-***** EXPENSIVE 1813 363
-
-. 1812 8051F88 25
-. C7 45 E0 00 00 00 00 8B 45 D4 83 C4 10 39 45 E0 D9 5D B4 0F 83 6D 09 00 00
-
-. 1813 8051FA1 42
-. 8B 55 D0 C1 E2 02 89 95 94 FE FF FF 03 55 D0 89 95 90 FE FF FF C7 85 3C FE FF FF 00 00 00 00 8B 45 E0 85 C0 0F 85 4D 09 00 00
-***** EXPENSIVE 1815 364
-
-. 1814 8051FCB 89
-. D9 83 4C F6 FF FF D9 83 50 F6 FF FF D9 C9 D9 55 B0 D9 C9 D9 55 AC D9 C9 D9 55 A8 D9 C9 D9 55 A4 D9 C9 D9 55 A0 D9 C9 D9 55 9C D9 C9 D9 55 98 D9 C9 D9 55 94 D9 C9 D9 55 90 D9 C9 D9 55 8C D9 C9 D9 5D 88 D9 5D 84 C7 45 DC 00 00 00 00 8B 45 D0 39 45 DC 0F 83 CE 08 00 00
-***** EXPENSIVE 1816 365
-
-. 1815 8052024 188
-. 8B 45 D8 D1 E0 89 85 7C FF FF FF 03 45 D8 D9 45 C8 89 85 70 FF FF FF D1 E0 D8 45 C4 89 85 58 FF FF FF 8B 45 18 DD 83 B4 F8 FF FF DD 83 34 F6 FF FF D9 CA D9 9D 88 FE FF FF 8B 55 D8 D9 45 C4 F7 D8 50 D9 45 C8 D9 CA DD 9D 78 FE FF FF D9 CA DD 9D 70 FE FF FF D9 45 C0 D9 CA DD 9D 60 FE FF FF D9 45 BC D9 45 B8 D9 CA C1 E2 02 DD 9D 68 FE FF FF D9 CA DD 9D 58 FE FF FF D9 C9 D8 45 B8 D9 45 BC D9 CA DD 9D 48 FE FF FF D9 45 B4 89 95 68 FF FF FF DB 04 24 D9 CA 03 55 D8 89 95 5C FF FF FF D9 9D 84 FE FF FF D9 CA DD 9D 50 FE FF FF D9 C9 DD 9D 40 FE FF FF DD 9D F0 FE FF FF
-***** EXPENSIVE 1817 366
-
-. 1816 80520E0 193
-. 8B 45 D0 D1 E0 89 85 9C FE FF FF 03 45 D0 89 85 98 FE FF FF 8B 4D E4 D1 E0 8B 55 E8 83 C4 04 89 85 8C FE FF FF 0F AF 4D 14 0F AF 55 0C 8D 76 00 8B 45 E8 03 45 D8 0F AF 45 0C D9 04 C6 D9 44 C6 04 8B 45 E8 03 85 7C FF FF FF 0F AF 45 0C D9 04 C6 D9 44 C6 04 8B 45 E8 03 85 70 FF FF FF 0F AF 45 0C D9 04 C6 D9 44 C6 04 D9 CB 8B 45 E8 03 85 68 FF FF FF 0F AF 45 0C D9 5D 80 D9 9D 74 FF FF FF D9 44 C6 04 D9 04 C6 8B 45 E8 03 85 5C FF FF FF 0F AF 45 0C D9 44 C6 04 D9 CB D9 9D 78 FF FF FF D9 04 C6 D9 CC 8B 45 E8 03 85 58 FF FF FF 0F AF 45 0C D9 9D 6C FF FF FF D9 C9 D9 9D 64 FF FF FF
-***** EXPENSIVE 1818 367
-
-. 1817 80521A1 192
-. D9 C4 D9 04 C6 DC C1 D9 CC D9 9D 60 FF FF FF D9 44 C6 04 D9 C9 D9 9D 54 FF FF FF D9 C4 D8 C1 D9 CD DE E1 D9 85 78 FF FF FF D9 CE DE E4 D9 CD D8 C2 D9 45 80 D8 85 60 FF FF FF D9 C9 D9 9D 40 FF FF FF D9 CA D8 AD 78 FF FF FF D9 CB D9 9D 4C FF FF FF D9 85 64 FF FF FF D9 85 74 FF FF FF D8 C2 D9 CB D9 9D 44 FF FF FF D9 CB D9 9D 38 FF FF FF D8 A5 74 FF FF FF D9 CA D8 A5 6C FF FF FF D9 CB D9 9D 50 FF FF FF D9 C9 D9 9D 30 FF FF FF D9 85 64 FF FF FF D9 CA D9 95 2C FF FF FF D9 85 44 FF FF FF D9 C9 D8 85 38 FF FF FF D9 85 40 FF FF FF D9 CC D8 85 6C FF FF FF D9 CA D8 85 54 FF FF FF
-***** EXPENSIVE 1819 368
-
-. 1818 8052261 185
-. D9 CC D8 85 50 FF FF FF D9 45 80 D9 CA D9 9D 20 FF FF FF D9 44 D6 04 D9 CA D8 A5 60 FF FF FF D9 CB D9 9D 34 FF FF FF D9 CC D9 95 28 FF FF FF D9 85 30 FF FF FF D9 C9 D8 04 D6 D9 CA D8 C5 D9 C9 D8 C3 D9 CA D8 C4 D9 C9 D8 85 34 FF FF FF D9 CE D9 95 48 FF FF FF D9 CB D9 9D 3C FF FF FF D9 C9 D9 9D 24 FF FF FF D9 9D 1C FF FF FF D9 CB D9 9D 18 FF FF FF D9 85 88 FE FF FF D8 45 C0 DD 85 78 FE FF FF DE F9 DC A5 70 FE FF FF D9 85 28 FF FF FF D8 C2 D9 C1 DE C9 D9 9D E0 FE FF FF DD 85 68 FE FF FF D9 CB D8 85 34 FF FF FF D9 CB D8 C0 D9 C9 DE CB DC A5 60 FE FF FF
-***** EXPENSIVE 1820 369
-
-. 1819 805231A 212
-. D9 CA D9 9D DC FE FF FF D9 C9 DC A5 58 FE FF FF D9 85 54 FF FF FF D9 C9 DC B5 78 FE FF FF D9 C9 D8 E2 D8 C9 D9 9D 14 FF FF FF D9 85 50 FF FF FF D8 A5 34 FF FF FF DE C9 D9 9D 10 FF FF FF DD 85 60 FE FF FF D8 C0 DC AD 68 FE FF FF DC 85 58 FE FF FF D9 85 34 FF FF FF D9 C9 DC B5 78 FE FF FF D9 C9 D8 A5 40 FF FF FF D9 C1 DE C9 D9 CA D8 A5 44 FF FF FF D9 CA D9 9D 08 FF FF FF DD 85 58 FE FF FF D9 C9 DE CA D8 C0 D9 C9 D9 9D 0C FF FF FF D8 AD 88 FE FF FF D9 85 44 FF FF FF D9 C9 DC B5 78 FE FF FF D9 C9 D8 A5 54 FF FF FF D9 9D 44 FF FF FF D9 C0 D8 8D 44 FF FF FF D9 9D 04 FF FF FF D9 85 40 FF FF FF D8 A5 50 FF FF FF DE C9 D9 9D 00 FF FF FF
-***** EXPENSIVE 1821 370
-
-. 1820 80523EE 218
-. D9 85 84 FE FF FF D8 65 B4 DD 85 78 FE FF FF DE F9 DC 8D F0 FE FF FF D9 85 24 FF FF FF D8 85 4C FF FF FF D9 C1 DE C9 D9 9D FC FE FF FF D9 85 20 FF FF FF D8 C2 DE C9 DD 85 50 FE FF FF D8 C0 DC A5 48 FE FF FF DC 85 40 FE FF FF D9 C9 D9 9D EC FE FF FF DC B5 78 FE FF FF D9 85 4C FF FF FF D9 C9 DC 8D F0 FE FF FF D9 C9 D8 A5 30 FF FF FF D8 C9 D9 9D E8 FE FF FF D9 C1 D8 A5 2C FF FF FF DE C9 D9 9D E4 FE FF FF DD 85 48 FE FF FF D8 C0 DC AD 50 FE FF FF DC A5 40 FE FF FF D9 85 30 FF FF FF D9 C9 DC B5 78 FE FF FF DC 8D F0 FE FF FF D9 C9 D8 A5 3C FF FF FF D9 9D 30 FF FF FF D9 85 2C FF FF FF D9 C1 D8 8D 30 FF FF FF D9 C9 D8 A5 38 FF FF FF D9 C9 D9 5D EC DE C9
-***** EXPENSIVE 1822 371
-
-. 1821 80524C8 214
-. D9 45 EC D9 C9 D9 5D EC DD 85 40 FE FF FF D8 C0 D8 85 84 FE FF FF DC B5 78 FE FF FF DC 8D F0 FE FF FF D9 85 3C FF FF FF D8 A5 4C FF FF FF D9 C1 DE C9 D9 85 1C FF FF FF D8 85 E0 FE FF FF D9 85 38 FF FF FF DE E5 D9 9D E0 FE FF FF D9 85 14 FF FF FF D9 CA DE CC D9 C9 D8 85 0C FF FF FF D9 85 18 FF FF FF D8 85 DC FE FF FF D9 C9 D9 9D D8 FE FF FF D9 85 04 FF FF FF D8 A5 0C FF FF FF D9 C9 D9 9D DC FE FF FF D9 85 10 FF FF FF D8 85 08 FF FF FF D9 C9 D9 9D D0 FE FF FF D9 85 10 FF FF FF D9 45 EC D9 CA D9 9D D4 FE FF FF D9 CA D9 5D EC D9 85 00 FF FF FF D9 85 14 FF FF FF D9 CB D9 E0 D9 45 EC D9 CA D8 A5 08 FF FF FF D9 CE D9 5D EC D8 A5 00 FF FF FF
-***** EXPENSIVE 1823 372
-
-. 1822 805259E 217
-. D9 CB D9 E0 D9 45 EC D9 CE D9 9D CC FE FF FF D8 A5 04 FF FF FF D9 CB D9 9D C8 FE FF FF D9 85 E8 FE FF FF D8 C4 D9 9D C4 FE FF FF D9 85 E0 FE FF FF D8 85 D8 FE FF FF D9 9D D8 FE FF FF D9 85 DC FE FF FF D8 85 D4 FE FF FF D9 9D D4 FE FF FF D9 85 E0 FE FF FF D8 85 D0 FE FF FF D9 9D D0 FE FF FF D9 85 DC FE FF FF D8 85 CC FE FF FF D9 9D CC FE FF FF D9 85 DC FE FF FF D8 85 C8 FE FF FF D9 85 E4 FE FF FF D9 C9 D9 9D C8 FE FF FF D9 85 C4 FE FF FF D8 85 FC FE FF FF D9 C9 D8 C3 D9 C9 D9 9D C4 FE FF FF D8 85 EC FE FF FF D9 85 D8 FE FF FF D8 C1 D9 CD D8 EA D9 CB D8 EE D9 CD D9 9D C0 FE FF FF D9 C9 D9 E0 D9 85 D4 FE FF FF D9 CE D9 E0 D9 C9 D8 A5 E8 FE FF FF
-***** EXPENSIVE 1824 373
-
-. 1823 8052677 192
-. D9 C9 D8 A5 E4 FE FF FF D9 CE D8 A5 C4 FE FF FF D9 CB D8 85 FC FE FF FF D9 C9 D8 85 FC FE FF FF D9 CE D8 85 EC FE FF FF D9 CC D8 85 E0 FE FF FF D9 CD D8 85 EC FE FF FF D9 CB D9 9D BC FE FF FF D9 85 C8 FE FF FF D8 E6 D9 9D B8 FE FF FF D9 85 D0 FE FF FF D8 E3 D9 CB D8 85 D0 FE FF FF D9 CA D8 AD D8 FE FF FF D9 CB D9 9D B4 FE FF FF D9 C9 D9 9D AC FE FF FF D9 85 CC FE FF FF D9 85 CC FE FF FF D9 C9 D8 C2 D9 C9 DE E2 D9 C4 D9 85 C8 FE FF FF D9 CC D9 9D A4 FE FF FF D9 85 D4 FE FF FF D9 CE D8 E5 D9 C9 DE C5 D9 CB DE C6 D9 CC D8 85 C4 FE FF FF D9 85 1C FF FF FF D9 85 18 FF FF FF
-***** EXPENSIVE 1825 374
-
-. 1824 8052737 168
-. D9 C9 D9 1C CF D9 5C CF 04 D9 CC D9 9D B0 FE FF FF D9 CB D9 9D A0 FE FF FF 8B 45 E4 D9 45 B0 D9 45 AC D9 45 B0 D9 45 AC D9 CA 03 45 D0 D8 8D BC FE FF FF D9 CA D8 8D C0 FE FF FF D9 CB D8 8D C0 FE FF FF D9 C9 D8 8D BC FE FF FF D9 C9 0F AF 45 14 DE E2 DE C2 D9 1C C7 D9 5C C7 04 D9 45 A8 8B 45 E4 D9 45 A4 03 85 9C FE FF FF D8 8D B8 FE FF FF D9 C9 D8 CB 0F AF 45 14 DE E1 D9 C9 D9 95 A8 FE FF FF D9 C9 D9 1C C7 D9 45 A8 D8 8D B8 FE FF FF D9 CA D8 4D A4 DE C2 D9 45 9C D9 45 A0 D9 C9 D8 8D B0 FE FF FF D9 C9
-***** EXPENSIVE 1826 375
-
-. 1825 80527DF 163
-. D8 8D B4 FE FF FF D9 CB D9 54 C7 04 D9 CB DE E1 8B 45 E4 D9 45 A0 D9 45 9C 03 85 98 FE FF FF D8 8D B4 FE FF FF D9 C9 D8 8D B0 FE FF FF 0F AF 45 14 DE C1 D9 C9 D9 1C C7 D9 5C C7 04 D9 45 98 8B 45 E4 D9 45 94 D9 45 94 D9 C9 03 85 94 FE FF FF D8 CD D9 CA D8 8D AC FE FF FF D9 CD D8 4D 98 D9 C9 D8 8D AC FE FF FF D9 CD 0F AF 45 14 DE E2 DE C4 D9 1C C7 D9 CA D9 5C C7 04 D9 45 90 8B 45 E4 D9 45 8C 03 85 90 FE FF FF D8 CC D9 C9 D8 CB 0F AF 45 14 DE E1 D9 C9 D9 9D B8 FE FF FF D9 1C C7 D9 45 8C
-***** EXPENSIVE 1827 376
-
-. 1826 8052882 112
-. DE C9 D9 C9 D8 4D 90 DE C1 D9 45 84 D9 45 88 D9 C9 D8 8D A0 FE FF FF D9 C9 D8 8D A4 FE FF FF D9 CA D9 5C C7 04 DE E9 8B 45 E4 D9 45 88 D9 45 84 D9 C9 03 85 8C FE FF FF D8 8D A0 FE FF FF D9 C9 D8 8D A4 FE FF FF 0F AF 45 14 DE C1 D9 C9 D9 1C C7 D9 5C C7 04 FF 45 DC 8B 45 D0 03 55 0C FF 45 E8 03 4D 14 FF 45 E4 39 45 DC 0F 82 1E F8 FF FF
-
-. 1827 80528F2 28
-. 8B 55 CC FF 45 E0 8B 45 D4 01 55 E4 83 85 3C FE FF FF 08 39 45 E0 0F 82 B2 F6 FF FF
-
-. 1828 805290E 10
-. 8D 65 F4 5B 5E 31 C0 5F C9 C3
-
-. 1829 80509C6 8
-. 83 C4 40 E9 59 FF FF FF
-
-. 1830 804CD19 13
-. 8D 76 00 31 D2 89 C8 F7 F6 85 D2 74 0F
-
-. 1831 804CD26 15
-. 89 F6 83 C6 02 31 D2 89 C8 F7 F6 85 D2 75 F3
-vex iropt: 4 x unrolling (16 sts -> 64 sts)
-
-. 1832 804CD28 13
-. 83 C6 02 31 D2 89 C8 F7 F6 85 D2 75 F3
-
-. 1833 804CD35 20
-. 89 C8 31 D2 F7 F6 8B 55 14 89 34 BA 47 83 F8 01 89 C1 75 D3
-
-. 1834 8058B09 34
-. 8B 4D 14 FF B4 B9 08 01 00 00 FF 75 10 FF 75 EC 52 FF 75 D4 FF 75 D8 FF 75 DC FF 75 E0 E8 A1 15 00 00
-***** EXPENSIVE 1836 377
-
-. 1835 805A0CC 90
-. 55 89 E5 57 56 53 81 EC 1C 01 00 00 8B 45 20 31 D2 F7 75 18 89 45 DC 31 D2 8B 45 20 F7 75 1C 89 45 D8 31 D2 8B 45 1C F7 75 18 31 D2 52 89 45 D4 8B 45 18 50 E8 00 00 00 00 5B 81 C3 0F 70 00 00 DF 2C 24 DC BB D4 F5 FF FF 83 EC 08 DD 14 24 DD 9D E8 FE FF FF E8 FA E4 FE FF
-***** EXPENSIVE 1837 378
-
-. 1836 805A126 17
-. DD 85 E8 FE FF FF DD 1C 24 DD 5D C8 E8 F9 E5 FE FF
-***** EXPENSIVE 1838 379
-
-. 1837 805A137 25
-. C7 45 E0 00 00 00 00 8B 55 D8 83 C4 10 39 55 E0 DD 5D C0 0F 83 B9 01 00 00
-***** EXPENSIVE 1839 380
-
-. 1838 805A150 184
-. 8B 45 D4 D1 E0 DD 83 34 F6 FF FF DD 83 44 F6 FF FF D9 C9 DD 9D 40 FF FF FF DD 9D 38 FF FF FF C7 85 10 FF FF FF 00 00 00 00 C7 85 0C FF FF FF 00 00 00 00 C7 85 08 FF FF FF 00 00 00 00 C7 85 04 FF FF FF 00 00 00 00 89 85 18 FF FF FF 89 85 14 FF FF FF 8B 45 14 8B 8D 0C FF FF FF 8B BD 10 FF FF FF DD 85 40 FF FF FF DD 85 38 FF FF FF D9 C9 0F AF 85 04 FF FF FF 8B 95 08 FF FF FF 49 4F DD 5D B8 DD 5D B0 C7 45 D0 00 00 00 00 89 45 A8 8B 75 18 89 55 AC 89 8D E4 FE FF FF 89 BD 00 FF FF FF 8B 45 D0 DD 85 38 FF FF FF 85 C0 D9 C0 DD 85 40 FF FF FF D9 C2 74 30
-
-. 1839 805A238 11
-. 31 C9 3B 4D 18 0F 83 01 07 00 00
-***** EXPENSIVE 1841 381
-
-. 1840 805A243 21
-. 8B 55 AC 89 F6 8B 45 0C 0F AF C2 8B 7D 08 85 C9 DD 04 C7 74 24
-***** EXPENSIVE 1842 382
-
-. 1841 805A27C 25
-. D9 C2 41 D8 C9 D9 C9 03 55 DC D8 CA D9 CD 3B 4D 18 DE C1 D9 CB DE C4 73 08
-***** EXPENSIVE 1843 383
-
-. 1842 805A295 8
-. D9 CA D9 CB D9 CA EB AB
-***** EXPENSIVE 1844 384
-
-. 1843 805A248 16
-. 8B 45 0C 0F AF C2 8B 7D 08 85 C9 DD 04 C7 74 24
-***** EXPENSIVE 1845 385
-
-. 1844 805A258 61
-. DD 45 B8 D8 CB DD 45 B0 DD 45 B0 D9 C9 D8 CC D9 C9 DE CD D9 CB DC 4D B8 D9 C9 DE E3 DE C3 D9 C9 D9 CA D9 C9 D9 C2 41 D8 C9 D9 C9 03 55 DC D8 CA D9 CD 3B 4D 18 DE C1 D9 CB DE C4 73 08
-***** EXPENSIVE 1846 386
-
-. 1845 805A29D 15
-. DD D8 DD D8 8B 45 D0 85 C0 0F 85 4D 06 00 00
-***** EXPENSIVE 1847 387
-
-. 1846 805A2AC 48
-. DD D9 8B 45 A8 8B 55 10 DD 1C C2 8B 8D 18 FF FF FF 8B BD 14 FF FF FF 4E FF 45 D0 01 8D 00 FF FF FF 01 BD E4 FE FF FF 39 75 D0 0F 86 15 FF FF FF
-***** EXPENSIVE 1848 388
-
-. 1847 805A1F1 23
-. 8B 45 D0 DD 85 38 FF FF FF 85 C0 D9 C0 DD 85 40 FF FF FF D9 C2 74 30
-***** EXPENSIVE 1849 389
-
-. 1848 805A208 59
-. DD 45 B8 DD 45 B8 DD 45 B0 DD 45 B0 D9 CB D9 E0 D9 CA DC 4D C8 D9 C9 DC 4D C0 D9 CA DC 4D C0 D9 CB DC 4D C8 D9 C9 DE C2 DE C2 DD 5D B8 DD 5D B0 31 C9 3B 4D 18 0F 83 01 07 00 00
-
-. 1849 805A8F9 5
-. 39 75 D0 73 29
-***** EXPENSIVE 1851 390
-
-. 1850 805A8FE 41
-. 8B 45 14 0F AF 85 E4 FE FF FF 8B 4D 10 8B BD E4 FE FF FF DD 1C C1 8D 04 FD 08 00 00 00 0F AF 45 14 DD 1C 08 E9 90 F9 FF FF
-
-. 1851 805A2B7 37
-. 8B 8D 18 FF FF FF 8B BD 14 FF FF FF 4E FF 45 D0 01 8D 00 FF FF FF 01 BD E4 FE FF FF 39 75 D0 0F 86 15 FF FF FF
-
-. 1852 805A2DC 45
-. 8B 45 1C 8B 55 D4 FF 45 E0 8B 4D D8 01 85 10 FF FF FF 01 85 0C FF FF FF 01 95 08 FF FF FF 01 85 04 FF FF FF 39 4D E0 0F 82 9A FE FF FF
-
-. 1853 805A309 10
-. 83 7D D4 01 0F 84 05 05 00 00
-
-. 1854 805A818 8
-. 8D 65 F4 5B 5E 5F C9 C3
-
-. 1855 8053A6D 35
-. 8B 75 D8 8B 45 14 FF B4 B0 08 01 00 00 57 FF 75 DC 51 FF 75 E0 FF 75 E8 FF 75 E4 FF 75 EC E8 98 15 00 00
-***** EXPENSIVE 1857 391
-
-. 1856 8055028 90
-. 55 89 E5 57 56 53 81 EC 0C 01 00 00 8B 45 20 31 D2 F7 75 18 89 45 DC 31 D2 8B 45 20 F7 75 1C 89 45 D8 31 D2 8B 45 1C F7 75 18 31 D2 52 89 45 D4 8B 45 18 50 E8 00 00 00 00 5B 81 C3 B3 C0 00 00 DF 2C 24 DC BB D4 F5 FF FF 83 EC 08 DD 14 24 DD 9D F8 FE FF FF E8 9E 35 FF FF
-***** EXPENSIVE 1858 392
-
-. 1857 8055082 17
-. DD 85 F8 FE FF FF DD 1C 24 DD 5D C8 E8 9D 36 FF FF
-***** EXPENSIVE 1859 393
-
-. 1858 8055093 25
-. C7 45 E0 00 00 00 00 8B 55 D4 83 C4 10 39 55 E0 DD 5D C0 0F 83 6C 01 00 00
-***** EXPENSIVE 1860 394
-
-. 1859 80550AC 88
-. 8B 45 D8 DD 83 34 F6 FF FF DD 83 44 F6 FF FF D9 C9 D1 E0 DD 9D 60 FF FF FF DD 9D 58 FF FF FF C7 85 10 FF FF FF 00 00 00 00 C7 85 0C FF FF FF 00 00 00 00 89 85 18 FF FF FF C7 45 D0 00 00 00 00 8B 55 18 39 55 D0 DD 85 60 FF FF FF DD 85 58 FF FF FF 0F 83 40 07 00 00
-***** EXPENSIVE 1861 395
-
-. 1860 8055104 51
-. 0F AF 55 D8 8B 8D 0C FF FF FF 0F AF 55 E0 C7 85 14 FF FF FF 00 00 00 00 89 4D BC 89 55 B4 8B 55 D0 DD 85 58 FF FF FF 85 D2 DD 85 60 FF FF FF D9 C1 74 24
-
-. 1861 805515B 53
-. 8B 45 BC 0F AF 45 D8 0F AF 45 0C 89 45 B8 8B 45 18 0F AF 45 D8 0F AF 45 E0 8D 48 FF 8B 45 D8 8B 7D B4 D1 E0 31 F6 4F 89 85 1C FF FF FF 85 F6 0F 85 40 06 00 00
-***** EXPENSIVE 1863 396
-
-. 1862 8055190 49
-. D9 C1 8B 55 B8 8B 45 08 DD 85 58 FF FF FF D9 C9 DC 0C D0 D9 C9 D8 CA DE E9 DE C3 46 8B 45 18 29 F0 03 8D 1C FF FF FF 03 BD 18 FF FF FF 39 C6 76 C7
-
-. 1863 8055188 8
-. 85 F6 0F 85 40 06 00 00
-***** EXPENSIVE 1865 397
-
-. 1864 80557D0 35
-. D9 C4 D9 C4 D8 CA D9 C9 D8 CB DE E1 8B 45 18 D9 C5 DE CA D9 CA D8 CC 29 F0 DE C1 39 C6 D9 C1 D9 C1 74 39
-***** EXPENSIVE 1866 398
-
-. 1865 80557F3 57
-. D9 CB 8D 04 CD 08 00 00 00 0F AF 45 0C 8B 55 0C 0F AF D1 89 85 F4 FE FF FF 8B 45 08 DC 0C D0 D9 CA 8B 95 F4 FE FF FF DC 0C 02 DE EA D9 C9 D8 C0 DE C3 D9 C9 E9 7F F9 FF FF
-
-. 1866 80551AB 22
-. 46 8B 45 18 29 F0 03 8D 1C FF FF FF 03 BD 18 FF FF FF 39 C6 76 C7
-***** EXPENSIVE 1868 399
-
-. 1867 80551C1 50
-. DD D8 DD D8 8B 85 10 FF FF FF 03 85 14 FF FF FF 0F AF 45 14 8B 4D 10 DD 1C C1 8B 7D DC FF 45 D0 8B 45 18 01 BD 14 FF FF FF 39 45 D0 0F 82 2F FF FF FF
-***** EXPENSIVE 1869 400
-
-. 1868 8055122 21
-. 8B 55 D0 DD 85 58 FF FF FF 85 D2 DD 85 60 FF FF FF D9 C1 74 24
-***** EXPENSIVE 1870 401
-vex iropt: fold_Expr: no rule for: 32to1(0x1:I32)
-
-. 1869 8055137 89
-. DD 45 C8 D8 CD DD 45 C0 DD 45 C0 D9 C9 D8 CE D9 C9 DE CF D9 CD DC 4D C8 D9 C9 DE E5 DE C5 D9 CB D9 CC D9 CB 8B 45 BC 0F AF 45 D8 0F AF 45 0C 89 45 B8 8B 45 18 0F AF 45 D8 0F AF 45 E0 8D 48 FF 8B 45 D8 8B 7D B4 D1 E0 31 F6 4F 89 85 1C FF FF FF 85 F6 0F 85 40 06 00 00
-***** EXPENSIVE 1871 402
-
-. 1870 80551F3 37
-. DD D8 DD D8 8B 55 D8 8B 4D 18 FF 45 E0 8B 7D D4 01 95 10 FF FF FF 01 8D 0C FF FF FF 39 7D E0 0F 82 CD FE FF FF
-
-. 1871 8055218 10
-. 83 7D D8 01 0F 84 25 05 00 00
-
-. 1872 8055747 8
-. 8D 65 F4 5B 5E 5F C9 C3
-
-. 1873 805B161 34
-. 8B 75 14 FF B4 BE 08 01 00 00 FF 75 10 FF 75 EC 52 FF 75 D4 FF 75 D8 FF 75 DC FF 75 E0 E8 89 17 00 00
-***** EXPENSIVE 1875 403
-
-. 1874 805C90C 90
-. 55 89 E5 57 56 53 81 EC DC 00 00 00 8B 45 20 31 D2 F7 75 18 89 45 D8 31 D2 8B 45 20 F7 75 1C 89 45 D4 31 D2 8B 45 1C F7 75 18 31 D2 52 89 45 D0 8B 45 18 50 E8 00 00 00 00 5B 81 C3 CF 47 00 00 DF 2C 24 DC BB D4 F5 FF FF 83 EC 08 DD 14 24 DD 9D 28 FF FF FF E8 BA BC FE FF
-***** EXPENSIVE 1876 404
-
-. 1875 805C966 17
-. DD 85 28 FF FF FF DD 1C 24 D9 5D C8 E8 B9 BD FE FF
-***** EXPENSIVE 1877 405
-
-. 1876 805C977 25
-. C7 45 DC 00 00 00 00 8B 55 D4 83 C4 10 39 55 DC D9 5D C4 0F 83 B1 01 00 00
-***** EXPENSIVE 1878 406
-
-. 1877 805C990 175
-. 8B 45 D0 D1 E0 D9 83 4C F6 FF FF D9 83 50 F6 FF FF D9 C9 D9 5D 80 D9 9D 7C FF FF FF C7 85 50 FF FF FF 00 00 00 00 C7 85 4C FF FF FF 00 00 00 00 C7 85 48 FF FF FF 00 00 00 00 C7 85 44 FF FF FF 00 00 00 00 89 85 58 FF FF FF 89 85 54 FF FF FF 8B 45 14 8B B5 4C FF FF FF 8B BD 50 FF FF FF D9 45 80 D9 85 7C FF FF FF D9 C9 0F AF 85 44 FF FF FF 8B 95 48 FF FF FF 4E 4F D9 5D C0 D9 5D BC C7 45 CC 00 00 00 00 89 45 B4 8B 4D 18 89 55 B8 89 B5 24 FF FF FF 89 BD 40 FF FF FF 8B 45 CC D9 85 7C FF FF FF 85 C0 D9 C0 D9 45 80 D9 C2 74 30
-
-. 1878 805CA6F 11
-. 31 F6 3B 75 18 0F 83 85 06 00 00
-***** EXPENSIVE 1880 407
-
-. 1879 805CA7A 22
-. 8B 55 B8 8D 76 00 8B 45 0C 0F AF C2 8B 7D 08 85 F6 D9 04 87 74 24
-***** EXPENSIVE 1881 408
-
-. 1880 805CAB4 25
-. D9 C2 46 D8 C9 D9 C9 03 55 D8 D8 CA D9 CD 3B 75 18 DE C1 D9 CB DE C4 73 08
-***** EXPENSIVE 1882 409
-
-. 1881 805CACD 8
-. D9 CA D9 CB D9 CA EB AB
-***** EXPENSIVE 1883 410
-
-. 1882 805CA80 16
-. 8B 45 0C 0F AF C2 8B 7D 08 85 F6 D9 04 87 74 24
-***** EXPENSIVE 1884 411
-
-. 1883 805CA90 61
-. D9 45 C0 D8 CB D9 45 BC D9 45 BC D9 C9 D8 CC D9 C9 DE CD D9 CB D8 4D C0 D9 C9 DE E3 DE C3 D9 C9 D9 CA D9 C9 D9 C2 46 D8 C9 D9 C9 03 55 D8 D8 CA D9 CD 3B 75 18 DE C1 D9 CB DE C4 73 08
-***** EXPENSIVE 1885 412
-
-. 1884 805CAD5 15
-. DD D8 DD D8 8B 45 CC 85 C0 0F 85 D0 05 00 00
-***** EXPENSIVE 1886 413
-
-. 1885 805CAE4 48
-. DD D9 8B 45 B4 8B 55 10 D9 1C 82 8B B5 58 FF FF FF 8B BD 54 FF FF FF 49 FF 45 CC 01 B5 40 FF FF FF 01 BD 24 FF FF FF 39 4D CC 0F 86 17 FF FF FF
-***** EXPENSIVE 1887 414
-
-. 1886 805CA2B 20
-. 8B 45 CC D9 85 7C FF FF FF 85 C0 D9 C0 D9 45 80 D9 C2 74 30
-***** EXPENSIVE 1888 415
-
-. 1887 805CA3F 59
-. D9 45 C0 D9 45 C0 D9 45 BC D9 45 BC D9 CB D9 E0 D9 CA D8 4D C8 D9 C9 D8 4D C4 D9 CA D8 4D C4 D9 CB D8 4D C8 D9 C9 DE C2 DE C2 D9 5D C0 D9 5D BC 31 F6 3B 75 18 0F 83 85 06 00 00
-
-. 1888 805D0B4 5
-. 39 4D CC 73 29
-***** EXPENSIVE 1890 416
-
-. 1889 805D0B9 41
-. 8B 45 14 0F AF 85 24 FF FF FF 8B 75 10 8B BD 24 FF FF FF D9 1C 86 8D 04 BD 04 00 00 00 0F AF 45 14 D9 1C 30 E9 0D FA FF FF
-
-. 1890 805CAEF 37
-. 8B B5 58 FF FF FF 8B BD 54 FF FF FF 49 FF 45 CC 01 B5 40 FF FF FF 01 BD 24 FF FF FF 39 4D CC 0F 86 17 FF FF FF
-
-. 1891 805CB14 45
-. 8B 45 1C 8B 55 D0 FF 45 DC 8B 4D D4 01 85 50 FF FF FF 01 85 4C FF FF FF 01 95 48 FF FF FF 01 85 44 FF FF FF 39 4D DC 0F 82 9F FE FF FF
-
-. 1892 805CB41 10
-. 83 7D D0 01 0F 84 98 04 00 00
-
-. 1893 805CFE3 8
-. 8D 65 F4 5B 5E 5F C9 C3
-
-. 1894 8056268 35
-. 8B 45 D8 8B 55 14 FF B4 82 08 01 00 00 56 FF 75 DC 51 FF 75 E0 FF 75 E8 FF 75 E4 FF 75 EC E8 AD 16 00 00
-***** EXPENSIVE 1896 417
-
-. 1895 8057938 90
-. 55 89 E5 57 56 53 81 EC EC 00 00 00 8B 45 20 31 D2 F7 75 18 89 45 D8 31 D2 8B 45 20 F7 75 1C 89 45 D4 31 D2 8B 45 1C F7 75 18 31 D2 52 89 45 D0 8B 45 18 50 E8 00 00 00 00 5B 81 C3 A3 97 00 00 DF 2C 24 DC BB D4 F5 FF FF 83 EC 08 DD 14 24 DD 9D 18 FF FF FF E8 8E 0C FF FF
-***** EXPENSIVE 1897 418
-
-. 1896 8057992 17
-. DD 85 18 FF FF FF DD 1C 24 D9 5D C8 E8 8D 0D FF FF
-***** EXPENSIVE 1898 419
-
-. 1897 80579A3 25
-. C7 45 DC 00 00 00 00 8B 55 D0 83 C4 10 39 55 DC D9 5D C4 0F 83 59 01 00 00
-***** EXPENSIVE 1899 420
-
-. 1898 80579BC 76
-. 8B 45 D4 D9 83 4C F6 FF FF D9 83 50 F6 FF FF D9 C9 D1 E0 D9 5D 88 D9 5D 84 C7 85 3C FF FF FF 00 00 00 00 C7 85 38 FF FF FF 00 00 00 00 89 85 44 FF FF FF C7 45 CC 00 00 00 00 8B 55 18 39 55 CC D9 45 88 D9 45 84 0F 83 E0 06 00 00
-***** EXPENSIVE 1900 421
-
-. 1899 8057A08 45
-. 0F AF 55 D4 8B 8D 38 FF FF FF 0F AF 55 DC C7 85 40 FF FF FF 00 00 00 00 89 4D C0 89 55 B8 8B 45 CC D9 45 84 85 C0 D9 45 88 D9 C1 74 24
-
-. 1900 8057A59 55
-. 8B 45 C0 0F AF 45 D4 0F AF 45 0C 89 45 BC 8B 45 18 0F AF 45 D4 0F AF 45 DC 8D 48 FF 8B 45 D4 8B 7D B8 D1 E0 31 F6 4F 89 85 48 FF FF FF 89 F6 85 F6 0F 85 E4 05 00 00
-***** EXPENSIVE 1902 422
-
-. 1901 8057A90 46
-. D9 C1 8B 55 BC 8B 45 08 D9 45 84 D9 C9 D8 0C 90 D9 C9 D8 CA DE E9 DE C3 46 8B 45 18 29 F0 03 8D 48 FF FF FF 03 BD 44 FF FF FF 39 C6 76 CA
-
-. 1902 8057A88 8
-. 85 F6 0F 85 E4 05 00 00
-***** EXPENSIVE 1904 423
-
-. 1903 8058074 35
-. D9 C4 D9 C4 D8 CA D9 C9 D8 CB DE E1 8B 45 18 D9 C5 DE CA D9 CA D8 CC 29 F0 DE C1 39 C6 D9 C1 D9 C1 74 39
-***** EXPENSIVE 1905 424
-
-. 1904 8058097 57
-. D9 CB 8D 04 8D 04 00 00 00 0F AF 45 0C 8B 55 0C 0F AF D1 89 85 14 FF FF FF 8B 45 08 D8 0C 90 D9 CA 8B 95 14 FF FF FF D8 0C 02 DE EA D9 C9 D8 C0 DE C3 D9 C9 E9 D8 F9 FF FF
-
-. 1905 8057AA8 22
-. 46 8B 45 18 29 F0 03 8D 48 FF FF FF 03 BD 44 FF FF FF 39 C6 76 CA
-***** EXPENSIVE 1907 425
-
-. 1906 8057ABE 50
-. DD D8 DD D8 8B 85 3C FF FF FF 03 85 40 FF FF FF 0F AF 45 14 8B 4D 10 D9 1C 81 8B 7D D8 FF 45 CC 8B 45 18 01 BD 40 FF FF FF 39 45 CC 0F 82 36 FF FF FF
-***** EXPENSIVE 1908 426
-
-. 1907 8057A26 15
-. 8B 45 CC D9 45 84 85 C0 D9 45 88 D9 C1 74 24
-***** EXPENSIVE 1909 427
-vex iropt: fold_Expr: no rule for: 32to1(0x1:I32)
-
-. 1908 8057A35 91
-. D9 45 C8 D8 CD D9 45 C4 D9 45 C4 D9 C9 D8 CE D9 C9 DE CF D9 CD D8 4D C8 D9 C9 DE E5 DE C5 D9 CB D9 CC D9 CB 8B 45 C0 0F AF 45 D4 0F AF 45 0C 89 45 BC 8B 45 18 0F AF 45 D4 0F AF 45 DC 8D 48 FF 8B 45 D4 8B 7D B8 D1 E0 31 F6 4F 89 85 48 FF FF FF 89 F6 85 F6 0F 85 E4 05 00 00
-***** EXPENSIVE 1910 428
-
-. 1909 8057AF0 37
-. DD D8 DD D8 8B 55 D4 8B 4D 18 FF 45 DC 8B 7D D0 01 95 3C FF FF FF 01 8D 38 FF FF FF 39 7D DC 0F 82 DA FE FF FF
-
-. 1910 8057B15 10
-. 83 7D D4 01 0F 84 D2 04 00 00
-
-. 1911 8057FF1 8
-. 8D 65 F4 5B 5E 5F C9 C3
-***** EXPENSIVE 1913 429
-
-. 1912 804CF5C 53
-. 8B 75 AC 01 75 B0 8B 45 B0 31 D2 F7 75 08 89 55 B0 31 D2 52 8B 45 B0 50 DF 2C 24 DC 4D C8 83 EC 08 8B 45 C4 8B B0 08 02 00 00 DD 55 88 DD 1C 24 E8 8F B6 FF FF
-
-. 1913 804CEE1 80
-. 8B 45 C4 8B 75 E0 8B 74 B0 08 8B 55 C4 8B 45 A8 03 82 08 02 00 00 89 75 BC 8B 75 E0 89 84 B2 08 01 00 00 8B 45 D8 89 C2 0F AF 55 BC 89 55 D8 89 45 D4 31 D2 8B 45 08 F7 75 D8 C7 45 C0 01 00 00 00 8B 55 BC 39 55 C0 89 45 B8 0F 83 AF 00 00 00
-
-. 1914 804DB5C 11
-. 8B 45 E4 85 C0 0F 85 64 02 00 00
-
-. 1915 804DDCB 6
-. 83 7D 18 FF 74 4E
-***** EXPENSIVE 1917 430
-
-. 1916 804DE1F 65
-. 8B 85 54 FF FF FF 8B 55 24 DD 44 02 F0 DD 44 02 F8 D9 C9 8B 55 28 DD 5D C8 DD 5D C0 DD 44 02 F0 DD 44 02 F8 D9 C9 8B 55 2C DD 5D B8 DD 44 02 F0 D9 C9 DD 5D B0 DD 5D A8 DD 44 02 F8 E9 2C FD FF FF
-***** EXPENSIVE 1918 431
-
-. 1917 804DB8C 22
-. DD 5D A0 C7 45 E0 00 00 00 00 8B 45 D4 39 45 E0 0F 83 00 02 00 00
-
-. 1918 804D3DC 37
-. 8B 45 EC 8B 55 14 8B 4C 82 08 8B 45 E8 0F AF C1 89 45 E8 31 D2 89 F0 F7 75 E8 8B 55 DC 85 D2 0F 85 5F 02 00 00
-
-. 1919 804D660 37
-. 8B 55 D8 89 55 D4 8B 55 08 89 55 CC 8B 55 0C C7 45 D0 01 00 00 00 89 55 C8 C7 45 DC 00 00 00 00 E9 9C FD FF FF
-
-. 1920 804D421 9
-. 83 F9 02 0F 84 06 02 00 00
-***** EXPENSIVE 1922 432
-
-. 1921 804D74C 130
-. 8B 45 F0 03 45 E4 8B 7D 08 0F AF 45 0C DD 04 17 DD 44 17 08 C1 E0 04 DD 04 07 DD 44 07 08 D9 C3 D9 C3 D9 C9 8B 45 10 D8 C3 D9 C9 D8 C2 D9 C9 DD 1C 08 DD 5C 08 08 D9 CB 8B 45 EC DE E1 D9 C9 DE E2 03 45 CC D9 C3 D9 C3 D9 C9 0F AF 45 14 D8 CA D9 C9 D8 CB D9 CA D8 CC D9 CB D8 CD D9 C9 C1 E0 04 8B 7D 10 DE E2 DE C2 DD 1C 07 DD 5C 07 08 46 8B 45 0C 03 55 D8 01 45 D0 FF 45 F0 03 4D DC FF 45 EC
-
-. 1922 804D7CE 9
-. 3B 75 CC 0F 82 75 FF FF FF
-***** EXPENSIVE 1924 433
-
-. 1923 804DDD1 78
-. 8B 85 54 FF FF FF 8B 55 24 DD 44 02 F0 DD 44 02 F8 8B 55 28 DD 5D C0 DD 5D C8 DD 44 02 F8 DD 44 02 F0 D9 C9 8B 55 2C DD 5D B0 DD 44 02 F8 D9 C9 DD 5D B8 DD 5D A0 DD 44 02 F0 80 75 C7 80 80 75 B7 80 DD 5D A8 80 75 A7 80 E9 70 FD FF FF
-
-. 1924 804DB8F 19
-. C7 45 E0 00 00 00 00 8B 45 D4 39 45 E0 0F 83 00 02 00 00
-
-. 1925 8050F94 11
-. 8B 45 E8 85 C0 0F 85 02 02 00 00
-
-. 1926 80511A1 6
-. 83 7D 18 FF 74 4B
-***** EXPENSIVE 1928 434
-
-. 1927 80511F2 62
-. 8B 45 80 8B 55 24 D9 44 02 F8 D9 44 02 FC D9 C9 8B 55 28 D9 5D D0 D9 5D CC D9 44 02 F8 D9 44 02 FC D9 C9 8B 55 2C D9 5D C8 D9 44 02 F8 D9 C9 D9 5D C4 D9 5D C0 D9 44 02 FC E9 94 FD FF FF
-***** EXPENSIVE 1929 435
-
-. 1928 8050FC4 22
-. D9 5D BC C7 45 E4 00 00 00 00 8B 45 D8 39 45 E4 0F 83 A4 01 00 00
-
-. 1929 8050880 37
-. 8B 55 EC 8B 7D 14 8B 4C 97 08 8B 45 E8 0F AF C1 89 45 E8 31 D2 89 F0 8B 7D DC F7 75 E8 85 FF 0F 85 5B 02 00 00
-
-. 1930 8050B00 37
-. 8B 7D D8 89 7D D4 8B 55 08 8B 7D 0C C7 45 D0 01 00 00 00 89 55 CC 89 7D C8 C7 45 DC 00 00 00 00 E9 A0 FD FF FF
-
-. 1931 80508C5 9
-. 83 F9 02 0F 84 02 02 00 00
-***** EXPENSIVE 1933 436
-vex iropt: not unrolling (126 sts)
-
-. 1932 8050BD0 123
-. 8B 45 F0 8B 7D 08 03 45 E4 D9 04 D7 D9 44 D7 04 0F AF 45 0C D9 04 C7 D9 44 C7 04 D9 C3 D9 C3 D9 C9 8B 45 10 D8 C3 D9 C9 D8 C2 D9 C9 D9 1C C8 D9 5C C8 04 D9 CB DE E1 D9 C9 DE E2 8B 45 EC D9 C3 D9 C3 D9 C9 03 45 D8 D8 CA D9 C9 D8 CB D9 CA D8 CC D9 CB D8 CD D9 C9 46 0F AF 45 14 8B 7D 10 DE E2 DE C2 03 55 0C FF 45 F0 03 4D 14 FF 45 EC 3B 75 D8 D9 1C C7 D9 5C C7 04 72 85
-***** EXPENSIVE 1934 437
-
-. 1933 80511A7 75
-. 8B 45 80 8B 55 24 D9 44 02 F8 D9 44 02 FC 8B 55 28 D9 5D CC D9 5D D0 D9 44 02 FC D9 44 02 F8 D9 C9 8B 55 2C D9 5D C4 D9 44 02 FC D9 C9 D9 5D C8 D9 5D BC D9 44 02 F8 80 75 CF 80 80 75 C7 80 D9 5D C0 80 75 BF 80 E9 D5 FD FF FF
-
-. 1934 8050FC7 19
-. C7 45 E4 00 00 00 00 8B 45 D8 39 45 E4 0F 83 A4 01 00 00
-***** EXPENSIVE 1936 438
-
-. 1935 8059310 159
-. 8B 95 50 FF FF FF 03 55 E4 8B 75 E4 8D 0C 16 01 CE 8B 45 0C 0F AF 85 50 FF FF FF 0F AF 55 0C 0F AF 4D 0C 89 B5 3C FF FF FF 8B 75 08 DD 04 C6 DD 04 D6 DD 04 CE 8B B5 3C FF FF FF 0F AF 75 0C 8B 45 08 D9 C2 DD 04 F0 D9 C9 D8 C2 D9 C3 D8 C2 D9 CC DE E2 8B 45 14 D9 C0 0F AF 85 54 FF FF FF 8B 75 10 D8 C4 DD 1C C6 D9 CC 8B 45 14 0F AF C7 8B 4D D8 DE E2 D9 C9 DD 1C C6 8D 14 39 8D 04 FD 08 00 00 00 0F AF 45 14 0F AF 55 14 D9 E0 D9 CA DE E1 D9 C9 DD 1C 30 DD 1C D6 8B 45 18 8B 55 DC
-
-. 1936 80593AF 30
-. 03 7D 18 01 85 54 FF FF FF 01 95 50 FF FF FF FF 45 E8 8B 4D E0 39 4D E8 0F 82 43 FF FF FF
-
-. 1937 8058E4C 15
-. C7 45 F0 00 00 00 00 8B 55 E8 39 55 F0 73 6E
-***** EXPENSIVE 1939 439
-
-. 1938 8058E5B 110
-. 8B 4D E4 49 89 4D DC 89 CF 8B 45 EC 8D 34 38 8B 45 0C 0F AF C7 8B 55 08 8B 4D 14 DD 04 C2 0F AF 4D DC 8B 55 DC 8B 45 10 DD 1C C8 8D 0C D5 08 00 00 00 0F AF 4D 14 0F AF 75 0C 89 4D CC 8B 4D 08 8B 54 F1 04 8B 04 F1 81 F2 00 00 00 80 8B 75 10 8B 4D CC 89 04 31 89 54 31 04 FF 45 F0 8B 75 18 8B 45 E8 01 75 DC 03 7D E4 39 45 F0 72 9B
-
-. 1939 8054388 28
-. 8B 45 E0 40 C7 45 EC 01 00 00 00 89 85 6C FF FF FF D1 E8 39 45 EC 0F 83 DF 02 00 00
-
-. 1940 8054683 13
-. F7 45 E0 01 00 00 00 0F 85 01 01 00 00
-
-. 1941 8054690 19
-. C7 45 E8 00 00 00 00 8B 55 DC 39 55 E8 0F 83 EE 00 00 00
-***** EXPENSIVE 1943 440
-
-. 1942 80546A3 161
-. 8B 4D E0 8B 75 E0 49 C1 E6 02 DD 83 DC F8 FF FF 89 8D 68 FF FF FF 89 CF 89 B5 64 FF FF FF 8D 76 00 8B 45 E0 8D 14 47 8B 45 0C 8B 4D 08 0F AF C7 DD 04 C1 8D 04 FD 08 00 00 00 0F AF 45 0C DD 04 08 8B 45 0C 0F AF C2 8D 14 D5 08 00 00 00 0F AF 55 0C DD 04 C1 DD 04 0A D9 C4 D9 FA D9 C3 D8 C2 DE C9 D9 C5 D9 FA 8B 95 68 FF FF FF D9 C5 03 55 E4 D8 E4 8B 45 E4 8D 0C 10 DE C9 01 C8 D9 C0 D9 CE DE C4 D9 CA DE E4 D9 CA 8B 75 14 0F AF B5 68 FF FF FF 0F AF 55 14 0F AF 4D 14 89 85 34 FF FF FF
-***** EXPENSIVE 1944 441
-
-. 1943 8054744 75
-. D8 C0 D9 CC 8B 45 10 D8 E2 D9 CB D8 C0 D9 CC DD 1C F0 DE C1 D9 C9 DD 1C D0 D9 C9 8B B5 34 FF FF FF DD 1C C8 8B 55 E0 FF 45 E8 8B 4D DC 0F AF 75 14 D9 E0 01 95 68 FF FF FF 03 BD 64 FF FF FF 39 4D E8 DD 1C F0 0F 82 35 FF FF FF
-***** EXPENSIVE 1945 442
-
-. 1944 805478F 13
-. DD D8 81 C4 C4 00 00 00 5B 5E 5F C9 C3
-***** EXPENSIVE 1946 443
-
-. 1945 805B934 160
-. 8B 95 4C FF FF FF 03 55 E4 8B 75 E4 8D 0C 16 01 CE 8B 45 0C 0F AF 85 4C FF FF FF 89 B5 44 FF FF FF 8B 75 08 D9 04 86 0F AF 55 0C 0F AF 4D 0C D9 04 96 D9 04 8E D9 CA D9 5D D8 8B B5 44 FF FF FF 0F AF 75 0C 8B 45 08 D9 45 D8 D9 04 B0 D9 C9 D8 C3 8B 45 D0 D9 C2 D8 C2 D9 CB 8D 14 38 DE E2 8B 45 14 D9 C0 8B 4D 10 0F AF 85 50 FF FF FF D8 C3 D9 1C 81 D9 CB 8B 45 14 0F AF C7 D8 6D D8 D9 14 81 D9 C9 8D 04 BD 04 00 00 00 0F AF 45 14 D9 E0 D9 1C 08 D9 C9 0F AF 55 14 DE EA D9 C9 8B 45 18
-***** EXPENSIVE 1947 444
-
-. 1946 805B9D4 44
-. D9 14 91 D9 C9 03 7D 18 D9 5D D8 D9 5D D4 01 85 50 FF FF FF 8B 55 DC FF 45 E8 8B 4D E0 01 95 4C FF FF FF 39 4D E8 0F 82 34 FF FF FF
-
-. 1947 805B495 15
-. C7 45 F0 00 00 00 00 8B 55 E8 39 55 F0 73 63
-***** EXPENSIVE 1949 445
-
-. 1948 805B4A4 99
-. 8B 7D E4 4F 89 FE 89 F6 8B 45 EC 8B 55 14 0F AF D7 8D 0C 30 8B 45 0C 89 55 D0 0F AF C6 8B 55 08 D9 04 82 8B 45 D0 8B 55 10 D9 1C 82 8D 14 BD 04 00 00 00 0F AF 55 14 0F AF 4D 0C 89 55 D0 8B 55 08 8B 04 8A 35 00 00 00 80 8B 4D 10 8B 55 D0 89 04 0A FF 45 F0 8B 4D E8 03 7D 18 03 75 E4 39 4D F0 72 A5
-
-. 1949 8056B76 28
-. 8B 45 E0 40 C7 45 EC 01 00 00 00 89 85 5C FF FF FF D1 E8 39 45 EC 0F 83 FE 02 00 00
-
-. 1950 8056E90 13
-. F7 45 E0 01 00 00 00 0F 85 3E 01 00 00
-
-. 1951 8056E9D 19
-. C7 45 E8 00 00 00 00 8B 45 DC 39 45 E8 0F 83 2B 01 00 00
-***** EXPENSIVE 1953 446
-
-. 1952 8056EB0 188
-. 8B 55 E0 8B 4D E0 4A C1 E1 02 89 95 58 FF FF FF 89 D7 89 8D 54 FF FF FF 8B 45 0C 8B 4D 08 0F AF C7 D9 04 81 8D 04 BD 04 00 00 00 0F AF 45 0C 8B 75 E0 8D 14 77 D9 04 08 D9 C9 8B 45 0C 0F AF C2 8D 14 95 04 00 00 00 0F AF 55 0C D9 9D 70 FF FF FF D9 04 0A D9 9D 64 FF FF FF D9 95 6C FF FF FF D9 04 81 DD 83 DC F8 FF FF D9 FA D9 CA D8 85 64 FF FF FF DE CA D9 C9 D9 9D 60 FF FF FF DD 83 DC F8 FF FF D9 FA D9 85 70 FF FF FF D8 E2 8B 95 58 FF FF FF 03 55 E4 DE C9 8B 45 E4 D9 85 70 FF FF FF D9 C9 D9 5D F0 8D 0C 10 DE C1 D9 85 64 FF FF FF D9 45 F0 01 C8 D9 85 60 FF FF FF
-***** EXPENSIVE 1954 447
-
-. 1953 8056F6C 111
-. D9 CA D8 A5 6C FF FF FF D9 CA 8B 75 14 0F AF B5 58 FF FF FF 0F AF 55 14 0F AF 4D 14 D8 E9 D9 CB 89 85 34 FF FF FF D8 C0 D9 CA 8B 45 10 D8 C0 D9 CA D9 1C B0 D8 85 60 FF FF FF D9 CA D9 1C 90 8B B5 34 FF FF FF D9 1C 88 8B 55 E0 FF 45 E8 8B 4D DC 0F AF 75 14 D9 E0 01 95 58 FF FF FF 03 BD 54 FF FF FF 39 4D E8 D9 1C B0 0F 82 ED FE FF FF
-vex iropt: 2 x unrolling (32 sts -> 64 sts)
-
-. 1954 804CCAC 30
-. 89 C8 31 D2 F7 75 EC 89 C1 8B 55 14 8B 45 EC 89 04 BA 31 D2 89 C8 F7 75 EC 47 85 D2 74 E2
-
-. 1955 804D8B0 11
-. 8B 75 E8 85 F6 0F 85 CB 01 00 00
-
-. 1956 804DA86 6
-. 83 7D 18 FF 74 32
-***** EXPENSIVE 1958 448
-
-. 1957 804DABE 39
-. 8B 45 8C 8B 55 24 DD 44 02 F0 DD 5D C8 DD 44 02 F8 8B 55 28 DD 5D C0 DD 44 02 F0 DD 5D B8 DD 44 02 F8 E9 F1 FD FF FF
-***** EXPENSIVE 1959 449
-
-. 1958 804D8D6 25
-. DD 5D B0 C7 45 E4 00 00 00 00 8B 85 7C FF FF FF 39 45 E4 0F 83 77 01 00 00
-***** EXPENSIVE 1960 450
-
-. 1959 804D91C 140
-. 8B 45 08 DD 04 08 DD 5D A8 DD 44 08 08 8B 45 EC 03 45 E0 0F AF 45 0C C1 E0 04 8B 55 08 DD 04 02 D9 C9 DD 5D A0 DD 44 02 08 8B 55 EC 8B 45 E0 8D 04 42 89 45 80 0F AF 45 0C C1 E0 04 8B 55 08 DD 04 02 DD 44 02 08 D9 C3 D9 C3 D9 C9 D8 C3 D9 C9 D8 C2 DD 83 BC F8 FF FF DD 83 BC F8 FF FF D9 C9 D8 CB D9 C9 D8 CA D9 C9 DC 6D A8 D9 C9 DC 6D A0 D9 CF DE E5 D9 CD DE E3 D9 CB DC 4D 98 D9 CA DC 4D 98 D9 C9 8B 45 10 DC 45 A8 D9 CB
-***** EXPENSIVE 1961 451
-
-. 1960 804D9A8 132
-. DC 45 A0 8B 95 7C FF FF FF D9 C4 D9 C6 D9 C9 D8 E3 D9 C9 D8 C4 D9 CE DE C3 D9 CE DE E3 D9 CB DD 14 30 D9 CB DD 54 30 08 DD 45 C8 8D 04 3A DD 45 C0 0F AF 45 14 D8 CE D9 C9 D8 CF C1 E0 04 DE E1 D9 CC 8B 55 10 DD 5D A8 DD 5D A0 D9 CA DD 1C 02 D9 CA DC 4D C8 D9 CB DC 4D C0 DE C3 D9 CA DD 5C 02 08 8B 95 7C FF FF FF 8D 04 57 DD 45 B8 DD 45 B0 D9 C9 0F AF 45 14 D8 CB D9 C9 D8 CA D9 CB DC 4D B0 D9 CA
-***** EXPENSIVE 1962 452
-
-. 1961 804DA2C 58
-. DC 4D B8 D9 C9 C1 E0 04 8B 55 10 DE E3 DE C1 D9 C9 DD 1C 02 DD 5C 02 08 FF 45 E4 8B 45 0C 8B 95 7C FF FF FF 03 4D 90 01 45 88 FF 45 EC 03 75 94 47 39 55 E4 0F 82 B6 FE FF FF
-***** EXPENSIVE 1963 453
-
-. 1962 804DA8C 50
-. 8B 45 8C 8B 55 24 DD 44 02 F0 DD 5D C8 DD 44 02 F8 8B 55 28 DD 5D C0 DD 44 02 F0 DD 5D B8 DD 44 02 F8 DD 5D B0 80 75 C7 80 80 75 B7 80 E9 1B FE FF FF
-
-. 1963 804D8D9 22
-. C7 45 E4 00 00 00 00 8B 85 7C FF FF FF 39 45 E4 0F 83 77 01 00 00
-
-. 1964 8050D18 11
-. 8B 45 E4 85 C0 0F 85 A5 01 00 00
-
-. 1965 8050EC8 6
-. 83 7D 18 FF 74 34
-***** EXPENSIVE 1967 454
-
-. 1966 8050F02 43
-. 8B 45 A4 8B 55 24 D9 44 02 F8 D9 44 02 FC D9 C9 8B 55 28 D9 5D CC D9 44 02 F8 D9 C9 D9 5D C8 D9 5D C4 D9 44 02 FC E9 11 FE FF FF
-***** EXPENSIVE 1968 455
-
-. 1967 8050D3E 22
-. D9 5D C0 C7 45 E0 00 00 00 00 8B 45 94 39 45 E0 0F 83 54 01 00 00
-***** EXPENSIVE 1969 456
-
-. 1968 8050D6C 142
-. 8B 45 08 D9 04 C8 D9 44 C8 04 8B 45 E8 03 45 DC 0F AF 45 0C 8B 55 08 D9 04 C2 D9 C9 D9 5D B8 D9 44 C2 04 8B 55 E8 8B 45 DC 8D 04 42 89 45 98 8B 55 08 0F AF 45 0C D9 04 C2 D9 C2 D9 CC D9 5D BC DC C3 DD 83 BC F8 FF FF D8 CC D9 44 C2 04 D9 C9 D8 6D BC D9 C3 D8 C2 D9 C9 D9 5D EC DD 83 BC F8 FF FF D8 C9 D8 6D B8 D9 5D B4 D9 CC DE E2 DE EA D9 C9 D8 4D B0 D9 45 EC D9 CA D8 4D B0 D9 45 B4 D9 CD D8 45 BC D9 CC D8 45 B8 D9 CD D8 C1
-***** EXPENSIVE 1970 457
-
-. 1969 8050DFA 127
-. D9 C3 D9 CA D8 6D B4 D9 CC D8 C3 D9 CA DE E3 D9 CC D9 55 BC D9 CD D9 55 B8 D9 C9 D9 55 AC D9 CB D9 55 A8 8B 45 10 8B 55 94 D9 45 CC D9 45 C8 D9 CF D9 1C F0 D9 CA D9 5C F0 04 D9 CD D8 CC D9 C9 8D 04 3A D8 CA D9 CC D8 4D CC D9 CA D8 4D C8 D9 CC 0F AF 45 14 DE E1 D9 C9 8B 55 10 DE C3 D9 1C C2 D9 C9 D9 5C C2 04 D9 45 C4 8B 55 94 D9 45 C0 8D 04 57 D8 CB D9 C9 D8 CA 0F AF 45 14 DE E1
-***** EXPENSIVE 1971 458
-
-. 1970 8050E79 47
-. 8B 55 10 D9 1C C2 D9 45 C0 D9 45 C4 DE CB DE C9 DE C1 D9 5C C2 04 FF 45 E0 8B 45 94 03 4D 0C FF 45 E8 03 75 14 47 39 45 E0 0F 82 C4 FE FF FF
-***** EXPENSIVE 1972 459
-
-. 1971 8050ECE 52
-. 8B 45 A4 8B 55 24 D9 44 02 F8 D9 44 02 FC 8B 55 28 D9 5D C8 D9 44 02 FC D9 C9 D9 5D CC D9 5D C0 D9 44 02 F8 80 75 CB 80 D9 5D C4 80 75 C3 80 E9 3F FE FF FF
-
-. 1972 8050D41 19
-. C7 45 E0 00 00 00 00 8B 45 94 39 45 E0 0F 83 54 01 00 00
-
-. 1973 8058FD3 27
-. 8B 4D DC 41 89 C8 C7 45 EC 01 00 00 00 D1 E8 39 45 EC 89 4D 94 0F 83 07 02 00 00
-***** EXPENSIVE 1975 460
-
-. 1974 8058FEE 76
-. C7 45 8C 10 00 00 00 8D 76 00 8B 45 8C 8B 55 20 DD 44 02 F0 DD 44 02 F8 8B 55 24 DD 5D C0 DD 44 02 F8 D9 C9 DD 5D C8 DD 5D B0 DD 44 02 F0 C7 45 E8 00 00 00 00 8B 45 E0 80 75 C7 80 80 75 B7 80 39 45 E8 DD 5D B8 0F 83 A6 01 00 00
-***** EXPENSIVE 1976 461
-
-. 1975 805903A 171
-. 8B 4D D4 81 F1 00 00 00 80 8B 45 DC 89 4D 9C 2B 45 EC 8B 4D EC 8B 55 D0 8D 44 00 FF 8D 74 09 FF 89 55 98 89 45 90 89 F7 89 F6 8B 45 E4 8D 14 38 01 D0 8B 4D 0C 89 85 7C FF FF FF 0F AF CF 8B 45 08 DD 04 C8 8D 04 FD 08 00 00 00 8B 4D 08 0F AF 45 0C DD 5D A8 DD 04 08 8B 45 0C 0F AF C2 8D 14 D5 08 00 00 00 DD 04 C1 0F AF 55 0C 8B 45 0C DD 04 0A 0F AF 85 7C FF FF FF 8B 95 7C FF FF FF DD 04 C1 D9 CB DD 5D A0 8D 0C D5 08 00 00 00 DD 45 C8 DD 45 C0 0F AF 4D 0C 8B 45 08 D8 CA D9 C9 D8 CB D9 CA DC 4D C8 D9 CB DC 4D C0
-***** EXPENSIVE 1977 462
-
-. 1976 80590E5 122
-. DD 04 01 D9 CB DE E2 DE C3 DD 45 B8 DD 45 B0 DD 45 B8 D9 C9 D8 CC D9 CA D8 CE D9 C9 DE CC D9 CD DC 4D B0 D9 CD DE E1 D9 CA DE C4 D9 C0 D9 C3 D9 C9 D8 C3 D9 C9 D8 C5 DD 83 BC F8 FF FF DD 83 BC F8 FF FF D9 C9 D8 CB D9 C9 D8 CA D9 CC DE E5 D9 CD DE E6 D9 C9 DC 45 A8 D9 CC DC 6D A8 D9 CA DC 6D A0 D9 CB DC 4D 98 D9 CD DC 4D 98 D9 CC DD 55 A8 8B 4D DC 8B 45 14 8D 14 4E
-***** EXPENSIVE 1978 463
-
-. 1977 805915F 129
-. 0F AF C6 8B 4D 10 DD 1C C1 8D 04 F5 08 00 00 00 0F AF 45 14 DC 45 A0 DD 14 08 D9 C1 8B 45 14 0F AF C2 D9 C3 D9 C9 D8 E5 8D 14 D5 08 00 00 00 DD 1C C1 0F AF 55 14 D8 C5 8B 45 14 DD 1C 0A D9 C9 0F AF 45 90 8B 55 90 DE C3 D9 CA DD 1C C1 DE E2 D9 C9 8D 04 D5 08 00 00 00 0F AF 45 14 D9 E0 DD 1C 08 FF 45 E8 8B 4D 18 8B 45 E0 01 CA 01 CE 03 7D DC 39 45 E8 DD 5D A0 89 55 90 0F 82 84 FE FF FF
-
-. 1978 80591E0 21
-. 8B 45 94 FF 45 EC D1 E8 83 45 8C 10 39 45 EC 0F 82 03 FE FF FF
-
-. 1979 80591F5 13
-. F7 45 DC 01 00 00 00 0F 85 9F 00 00 00
-***** EXPENSIVE 1981 464
-
-. 1980 8053754 57
-. 8B 7D A4 90 8B 75 AC 01 75 B4 8B 45 B4 31 D2 F7 75 08 89 55 B4 31 D2 52 8B 45 B4 50 DF 2C 24 DC 4D C8 83 EC 08 8B 45 C4 8B B0 08 02 00 00 DD 55 88 DD 1C 24 E8 93 4E FF FF
-***** EXPENSIVE 1982 465
-
-. 1981 805378D 23
-. DD 1C 3E 8B 55 C4 DD 45 88 8B B2 08 02 00 00 DD 1C 24 E8 8C 4F FF FF
-***** EXPENSIVE 1983 466
-
-. 1982 80537A4 34
-. 8B 45 B0 FF 45 B8 D1 E8 DD 5C 3E 08 83 45 A8 10 83 C7 10 83 45 A4 10 FF 45 DC 83 C4 10 39 45 B8 72 92
-***** EXPENSIVE 1984 467
-
-. 1983 8053FA6 70
-. C7 45 8C 10 00 00 00 C7 45 80 02 00 00 00 8B 4D 8C 8B 75 20 DD 44 0E F0 8B 45 24 DD 5D C8 DD 44 0E F8 DD 5D C0 DD 44 08 F0 DD 5D B8 C7 45 E8 00 00 00 00 DD 44 08 F8 8B 45 D4 39 45 E8 DD 5D B0 0F 83 A7 01 00 00
-***** EXPENSIVE 1985 468
-
-. 1984 8053FEC 170
-. 8B 55 80 8B 4D D8 89 D7 D1 E1 89 55 AC 4F 89 4D A8 C7 45 84 00 00 00 00 8B 55 AC 8B 75 84 8D 44 32 FF 8B 4D A8 8D 34 01 8B 4D 84 29 D1 8B 55 A8 8D 4C 0A FF 89 8D 74 FF FF FF 8B 4D 0C 8B 55 08 0F AF C8 8D 04 C5 08 00 00 00 DD 04 CA 0F AF 45 0C DD 5D A0 DD 04 10 8B 45 0C 0F AF C6 DD 04 C2 8B 45 0C 0F AF 85 74 FF FF FF DD 04 C2 8B 85 74 FF FF FF 8D 0C C5 08 00 00 00 8D 34 F5 08 00 00 00 0F AF 75 0C 0F AF 4D 0C D9 C1 D9 CB DD 5D 98 DD 04 11 DD 04 16 D9 CC D8 C2 DD 83 BC F8 FF FF D9 CA D9 E0 D9 C5 D9 CB D8 CA
-***** EXPENSIVE 1986 469
-
-. 1985 8054096 129
-. DC 6D A0 D9 CB D8 C1 D9 CA DC 45 A0 DD 83 BC F8 FF FF D9 CF DE E2 D9 C9 DC 4D E0 D9 C9 DD 5D A0 D9 CD D8 C9 D9 C2 D9 C9 8B 45 14 8B 75 10 DC 6D 98 D9 CA 0F AF C7 DC 45 98 D9 C9 D8 E6 D9 CB DE C6 D9 CC DE E3 DD 45 A0 D9 CB DC 4D E0 8B 4D DC D9 C1 D9 CD DD 55 98 D9 CC DD 1C C6 8D 04 FD 08 00 00 00 DC C4 DE E9 0F AF 45 14 DD 45 C8 DD 45 C0 D9 CC DD 1C 30 D9 CB 8D 14 39 D8 CC D9 CB D8 CA
-***** EXPENSIVE 1987 470
-
-. 1986 8054117 124
-. 8B 45 14 0F AF C2 DE E3 D9 CA DD 1C C6 8D 0C 11 DC 4D C0 D9 CA 8D 14 D5 08 00 00 00 DC 4D C8 8B 45 14 DD 45 B8 DD 45 B0 D9 C9 0F AF C1 0F AF 55 14 D8 CD D9 C9 D8 CB D9 CC DE C2 D9 CC 8D 0C CD 08 00 00 00 DC 4D B0 D9 CA DC 4D B8 D9 C9 DD 1C 32 D9 CB 0F AF 4D 14 DE E2 DE C2 8B 55 D8 DD 1C C6 FF 45 E8 DD 1C 31 8D 04 52 8B 4D D4 03 7D D8 01 45 84 39 4D E8 0F 82 71 FE FF FF
-
-. 1987 8054193 25
-. 8B 45 94 FF 45 EC D1 E8 83 45 8C 10 83 45 80 02 39 45 EC 0F 82 08 FE FF FF
-***** EXPENSIVE 1989 471
-vex iropt: not unrolling (110 sts)
-
-. 1988 8053EEC 147
-. 8B 75 D8 8B 45 0C 0F AF C7 8B 4D 08 D1 E6 DD 04 C1 8D 54 3E FF 8B 45 0C 0F AF C2 8D 14 D5 08 00 00 00 DD 04 C1 0F AF 55 0C D9 C1 8B 45 88 D9 C3 DC 0C 0A D9 C9 D8 E2 D9 CA 03 45 DC D8 C0 8B 55 DC 01 C2 DE C3 8B 4D 14 D9 C1 0F AF 4D 88 0F AF 45 14 03 75 D8 89 95 7C FF FF FF D8 E1 D9 CB 8B 55 10 DD 1C CA D9 CA 01 F7 DD 1C C2 8B 75 D8 8B 95 7C FF FF FF FF 45 E8 8B 45 D4 0F AF 55 14 DE C1 8B 4D 10 01 75 88 39 45 E8 DD 1C D1 0F 82 6D FF FF FF
-
-. 1989 805B612 27
-. 8B 55 DC 42 89 D0 C7 45 EC 01 00 00 00 D1 E8 39 45 EC 89 55 B8 0F 83 F5 01 00 00
-***** EXPENSIVE 1991 472
-
-. 1990 805B62D 73
-. C7 45 AC 02 00 00 00 8B 4D AC 8B 45 20 D9 44 88 F8 D9 44 88 FC 8B 45 24 D9 5D D0 D9 44 88 FC D9 C9 D9 5D D4 D9 5D C8 D9 44 88 F8 C7 45 E8 00 00 00 00 8B 45 E0 80 75 D3 80 80 75 CB 80 39 45 E8 D9 5D CC 0F 83 97 01 00 00
-***** EXPENSIVE 1992 473
-
-. 1991 805B676 160
-. 8B 45 DC 2B 45 EC 8D 44 00 FF D9 45 D8 89 45 B0 8B 45 EC D9 83 EC F8 FF FF D9 C9 D9 E0 D9 C9 8D 74 00 FF D9 5D B4 D9 5D BC 89 F7 8D 76 00 8B 4D E4 8D 14 39 01 D1 8B 45 0C 89 4D A0 0F AF C7 8B 4D 08 D9 04 81 8D 04 BD 04 00 00 00 0F AF 45 0C D9 04 08 8B 45 0C 0F AF C2 8D 14 95 04 00 00 00 D9 04 81 D9 C9 0F AF 55 0C 8B 45 0C D9 5D C0 0F AF 45 A0 D9 04 0A 8B 55 A0 D9 04 81 D9 CB D9 5D C4 8D 0C 95 04 00 00 00 D9 45 D4 D9 45 D0 0F AF 4D 0C 8B 45 08 D8 CA D9 C9 D8 CB D9 CA D8 4D D4
-***** EXPENSIVE 1993 474
-
-. 1992 805B716 115
-. D9 CB D8 4D D0 D9 04 01 D9 CB DE E2 DE C3 D9 45 CC D9 45 C8 D9 45 CC D9 C9 D8 CC D9 CA D8 CE D9 C9 DE CC D9 CD D8 4D C8 D9 CD DE E1 D9 CA DE C4 D9 C0 D9 C3 D9 C9 D8 C3 D9 C9 D8 C5 D9 45 B4 D9 45 B4 D9 C9 D8 CB D9 C9 D8 CA D9 CC DE E5 D9 CD DE E6 D8 45 C0 D9 CC D8 6D C4 D9 CA D8 6D C0 D9 CB D8 4D BC D9 CD D8 4D BC D9 C9 D8 45 C4 D9 CC D9 55 C0
-***** EXPENSIVE 1994 475
-
-. 1993 805B789 132
-. D9 CC 8B 4D DC 8B 45 14 8D 14 4E 0F AF C6 8B 4D 10 D9 1C 81 D9 CB 8D 04 B5 04 00 00 00 0F AF 45 14 D9 1C 08 D9 C0 8B 45 14 0F AF C2 D9 C2 D9 C9 D8 E4 8D 14 95 04 00 00 00 D9 1C 81 0F AF 55 14 D8 C4 8B 45 14 D9 1C 0A 0F AF 45 B0 8B 55 B0 DE C2 D9 C9 D9 1C 81 DE E1 8D 04 95 04 00 00 00 0F AF 45 14 D9 E0 D9 1C 08 FF 45 E8 8B 4D 18 8B 45 E0 01 CA 01 CE 03 7D DC 39 45 E8 89 55 B0 0F 82 97 FE FF FF
-
-. 1994 805B80D 21
-. 8B 45 B8 FF 45 EC D1 E8 83 45 AC 02 39 45 EC 0F 82 12 FE FF FF
-
-. 1995 805B822 13
-. F7 45 DC 01 00 00 00 0F 85 9C 00 00 00
-***** EXPENSIVE 1997 476
-
-. 1996 8055FC4 45
-. 03 7D B0 89 F8 31 D2 F7 75 08 89 D7 31 D2 52 57 DF 2C 24 DC 4D C8 83 EC 08 8B 45 C4 8B B0 08 02 00 00 DD 55 98 DD 1C 24 E8 2F 26 FF FF
-***** EXPENSIVE 1998 477
-
-. 1997 8055FF1 26
-. 8B 55 D8 D9 1C D6 8B 45 C4 DD 45 98 8B B0 08 02 00 00 DD 1C 24 E8 25 27 FF FF
-***** EXPENSIVE 1999 478
-
-. 1998 805600B 27
-. 8B 45 B4 8B 55 D8 FF 45 B8 D1 E8 D9 5C D6 04 83 C4 10 42 39 45 B8 89 55 D8 72 9E
-
-. 1999 8056026 5
-. E9 34 FF FF FF
-***** EXPENSIVE 2001 479
-
-. 2000 8056790 68
-. C7 45 A4 02 00 00 00 90 8B 4D A4 8B 75 20 8B 45 24 D9 44 8E F8 D9 44 8E FC D9 C9 D9 5D D4 D9 5D D0 D9 44 88 F8 D9 44 88 FC D9 C9 C7 45 E8 00 00 00 00 8B 45 D8 39 45 E8 D9 5D CC D9 5D C8 0F 83 BA 01 00 00
-***** EXPENSIVE 2002 480
-
-. 2001 80567D4 167
-. 89 4D C4 8B 4D DC 8B 55 EC D1 E1 8D 7C 12 FF 89 4D C0 C7 45 9C 00 00 00 00 8D 76 00 8B 55 C4 8B 75 9C 8D 44 32 FF 8B 4D C0 8D 34 01 8B 4D 9C 29 D1 8B 55 C0 8D 4C 0A FF 89 4D 94 8B 4D 0C 0F AF C8 8D 04 85 04 00 00 00 8B 55 08 0F AF 45 0C D9 04 10 8B 45 0C 0F AF C6 D9 04 82 8B 45 0C D9 04 8A 0F AF 45 94 D9 04 82 D9 C9 D9 5D BC 8B 45 94 D9 C1 8D 0C 85 04 00 00 00 D8 C1 8D 34 B5 04 00 00 00 0F AF 75 0C 0F AF 4D 0C D9 5D B4 DD 83 BC F8 FF FF D9 04 11 D9 CC D9 5D B8 D8 4D B4 D9 04 16 D9 CC D9 E0 D9 C9
-***** EXPENSIVE 2003 481
-
-. 2002 805687B 135
-. D8 6D BC D9 C4 D9 C9 D9 5D F0 D8 C1 DD 83 BC F8 FF FF D8 C9 D8 6D B8 D9 45 F0 D9 C9 D9 5D F0 D9 45 BC D9 CE DE E3 D9 CD D8 45 B4 D9 CC DE E3 D9 C9 D8 4D E4 D9 45 F0 D9 CB D8 4D E4 D9 CC D9 5D BC 8B 45 E0 8D 14 38 D9 C2 8D 0C 10 D8 C4 8B 45 14 8B 75 10 0F AF C7 D9 5D B0 D9 45 BC D9 1C 86 D9 C4 8D 04 BD 04 00 00 00 D8 E1 D9 CD DE C1 D9 C9 0F AF 45 14 D8 45 B8 D9 45 D4 D9 45 D0 D9 CA D9 14 30 D9 C9 D8 CE
-***** EXPENSIVE 2004 482
-
-. 2003 8056902 140
-. D9 CA D8 4D B0 8B 45 14 0F AF C2 DE EA D9 C9 D9 1C 86 D9 45 D4 D8 4D B0 D9 CD D8 4D D0 D9 CB DE E4 D9 CA DE C4 8D 14 95 04 00 00 00 8B 45 14 D9 45 CC D9 45 C8 D9 C9 0F AF C1 0F AF 55 14 D8 CA D9 C9 D8 CC D9 CA 8D 0C 8D 04 00 00 00 D8 4D C8 D9 CC D8 4D CC D9 CD D9 1C 32 0F AF 4D 14 DE E1 D9 CA DE C3 D9 C9 8B 55 DC D9 1C 86 D9 C9 FF 45 E8 D9 1C 31 8D 04 52 8B 4D D8 03 7D DC 01 45 9C 39 4D E8 D9 5D B8 0F 82 62 FE FF FF
-
-. 2004 805698E 21
-. 8B 45 AC FF 45 EC D1 E8 83 45 A4 02 39 45 EC 0F 82 F5 FD FF FF
-***** EXPENSIVE 2006 483
-vex iropt: not unrolling (116 sts)
-
-. 2005 80566DC 141
-. 8B 75 DC 8B 45 0C 0F AF C7 8B 4D 08 D1 E6 D9 04 81 8D 54 3E FF 8B 45 0C 0F AF C2 8D 14 95 04 00 00 00 D9 04 81 0F AF 55 0C D9 C1 8B 45 A0 D9 C3 D8 0C 0A D9 C9 D8 E2 D9 CA 03 45 E0 D8 C0 8B 55 E0 01 C2 DE C3 8B 4D 14 D9 C1 0F AF 4D A0 0F AF 45 14 03 75 DC 89 55 98 D8 E1 D9 CB 8B 55 10 D9 1C 8A D9 CA 01 F7 D9 1C 82 8B 75 DC 8B 55 98 FF 45 E8 8B 45 D8 0F AF 55 14 DE C1 8B 4D 10 01 75 A0 39 45 E8 D9 1C 91 0F 82 73 FF FF FF
-
-. 2006 804DF14 11
-. 8B 45 E4 85 C0 0F 85 80 04 00 00
-
-. 2007 804E39F 6
-. 83 7D 18 FF 74 65
-***** EXPENSIVE 2009 484
-
-. 2008 804E40A 87
-. 8B 85 DC FE FF FF 8B 55 24 DD 44 02 F0 DD 44 02 F8 D9 C9 8B 55 28 DD 5D B8 DD 5D B0 DD 44 02 F0 DD 44 02 F8 D9 C9 8B 55 2C DD 5D A8 DD 5D A0 DD 44 02 F0 DD 44 02 F8 D9 C9 8B 55 30 DD 5D 98 DD 5D 90 DD 44 02 F0 DD 44 02 F8 D9 C9 DD 5D 88 DD 5D 80 E9 F2 FA FF FF
-
-. 2009 804DF53 19
-. C7 45 E0 00 00 00 00 8B 45 D4 39 45 E0 0F 83 13 04 00 00
-***** EXPENSIVE 2011 485
-
-. 2010 804E3A5 101
-. 8B 85 DC FE FF FF 8B 55 24 DD 44 02 F0 DD 44 02 F8 8B 55 28 DD 5D B0 DD 5D B8 DD 44 02 F8 DD 44 02 F0 D9 C9 8B 55 2C DD 5D A0 DD 5D A8 DD 44 02 F8 DD 44 02 F0 D9 C9 8B 55 30 DD 5D 90 DD 44 02 F8 D9 C9 DD 5D 98 DD 5D 80 DD 44 02 F0 80 75 B7 80 80 75 A7 80 80 75 97 80 DD 5D 88 80 75 87 80 E9 49 FB FF FF
-
-. 2011 80512DC 11
-. 8B 45 E0 85 C0 0F 85 91 04 00 00
-
-. 2012 8051778 6
-. 83 7D 18 FF 74 65
-***** EXPENSIVE 2014 486
-
-. 2013 80517E3 84
-. 8B 85 18 FF FF FF 8B 55 24 D9 44 02 F8 D9 44 02 FC D9 C9 8B 55 28 D9 5D C0 D9 5D BC D9 44 02 F8 D9 44 02 FC D9 C9 8B 55 2C D9 5D B8 D9 5D B4 D9 44 02 F8 D9 44 02 FC D9 C9 8B 55 30 D9 5D B0 D9 44 02 F8 D9 C9 D9 5D AC D9 5D A8 D9 44 02 FC E9 DF FA FF FF
-***** EXPENSIVE 2015 487
-
-. 2014 8051316 22
-. D9 5D A4 C7 45 DC 00 00 00 00 8B 45 D0 39 45 DC 0F 83 26 04 00 00
-***** EXPENSIVE 2016 488
-
-. 2015 805177E 101
-. 8B 85 18 FF FF FF 8B 55 24 D9 44 02 F8 D9 44 02 FC 8B 55 28 D9 5D BC D9 5D C0 D9 44 02 FC D9 44 02 F8 D9 C9 8B 55 2C D9 5D B4 D9 5D B8 D9 44 02 FC D9 44 02 F8 D9 C9 8B 55 30 D9 5D AC D9 44 02 FC D9 C9 D9 5D B0 D9 5D A4 D9 44 02 F8 80 75 BF 80 80 75 B7 80 80 75 AF 80 D9 5D A8 80 75 A7 80 E9 36 FB FF FF
-
-. 2016 8051319 19
-. C7 45 DC 00 00 00 00 8B 45 D0 39 45 DC 0F 83 26 04 00 00
-***** EXPENSIVE 2018 489
-
-. 2017 805879C 53
-. 8B 45 B0 01 45 B8 8B 45 B8 31 D2 F7 75 08 89 55 B8 31 D2 52 8B 45 B8 50 DF 2C 24 DC 4D D0 83 EC 08 8B 4D CC 8B B1 08 02 00 00 DD 55 98 DD 1C 24 E8 4F FE FE FF
-***** EXPENSIVE 2019 490
-
-. 2018 80598BC 158
-. 8B 95 BC FE FF FF 03 55 E4 8B 75 E4 8D 0C 16 8D 34 0E 8B 7D E4 01 F7 8B 45 0C 89 BD 9C FE FF FF 0F AF 85 BC FE FF FF 8B 7D 08 0F AF 55 0C 0F AF 4D 0C 0F AF 75 0C DD 04 D7 DD 04 CF DD 04 F7 DD 04 C7 8B BD 9C FE FF FF 0F AF 7D 0C 8B 45 08 DD 04 F8 D9 C4 D8 C1 D9 C4 D8 C4 D9 C1 D9 CF DE E3 D9 CD DE E4 D9 CD D8 C4 DD 85 E8 FE FF FF D9 FA D9 CE DE E5 D9 CD DC 8D E0 FE FF FF DE CC DD 85 E0 FE FF FF D8 CD 8B 45 14 8B 4D 10 0F AF 85 C0 FE FF FF D8 EA D9 CA DE C5 D9 CC DD 1C C1
-***** EXPENSIVE 2020 491
-
-. 2019 805995A 150
-. D9 C0 DD 45 D0 D9 C9 8B 45 14 0F AF 85 C4 FE FF FF 8B B5 C4 FE FF FF D8 C4 D9 CA DE E4 D9 E0 DD 45 C8 D9 CA DD 1C C1 D9 C9 D8 CA D9 C9 8D 04 F5 08 00 00 00 D8 CC 0F AF 45 14 DE E1 8B 95 C4 FE FF FF DD 45 C8 D9 C9 03 55 C4 DD 1C 08 D9 E0 8B 45 14 0F AF C2 DE CB DC 4D D0 8D 14 D5 08 00 00 00 0F AF 55 14 DE C2 DD 1C C1 8B 7D 18 DD 1C 0A 8B 45 DC FF 45 E8 8B 55 E0 01 FE 01 BD C0 FE FF FF 01 85 BC FE FF FF 39 55 E8 89 B5 C4 FE FF FF 0F 82 CC FE FF FF
-***** EXPENSIVE 2021 492
-
-. 2020 8058D44 32
-. 8B 45 D8 C7 45 F0 00 00 00 00 8B 55 E8 DD 40 F8 39 55 F0 DD 40 F0 D9 C9 D9 E0 0F 83 6C 01 00 00
-
-. 2021 8054982 30
-. 8B 75 D0 46 89 F0 C7 45 EC 01 00 00 00 D1 E8 39 45 EC 89 B5 FC FE FF FF 0F 83 EB 04 00 00
-
-. 2022 8054E8B 13
-. F7 45 D0 01 00 00 00 0F 85 86 01 00 00
-
-. 2023 8054E98 19
-. C7 45 E8 00 00 00 00 8B 75 CC 39 75 E8 0F 83 73 01 00 00
-***** EXPENSIVE 2025 493
-
-. 2024 8054EAB 174
-. 8B 45 D0 48 DD 83 C4 F8 FF FF DD 83 CC F8 FF FF D9 C9 DD 9D F0 FE FF FF DD 9D E8 FE FF FF 89 85 E4 FE FF FF 89 85 D4 FE FF FF 8D 76 00 8B B5 D4 FE FF FF 8B 45 0C 8B 7D 08 0F AF C6 DD 04 C7 8D 04 F5 08 00 00 00 8B 4D D0 0F AF 45 0C 8D 14 4E DD 04 38 D9 C9 8B 45 0C 0F AF C2 D8 C0 DD 04 C7 8D 0C 8E D8 C0 D9 C1 8D 14 D5 08 00 00 00 0F AF 55 0C 0F AF 4D 0C D8 C1 DD 85 E8 FE FF FF DD 04 3A DD 04 CF D9 CA D8 CB D9 CD DD 9D A8 FE FF FF D9 CD D8 C0 D9 CD D8 C0 D9 CC D8 E1 DD 85 F0 FE FF FF D9 FA D9 CC DC AD A8 FE FF FF D9 CC
-***** EXPENSIVE 2026 494
-
-. 2025 8054F59 145
-. DC 8D E8 FE FF FF D8 CC D9 CC DD 9D A8 FE FF FF DD 45 E0 DD 45 D8 D9 C9 D8 CE D9 C9 D8 CF 8B 95 E4 FE FF FF DE C1 03 55 D4 8B 45 D4 DD 45 E0 8D 0C 10 DE CF D9 CD DC 4D D8 DE EE 8D 34 08 D9 C3 01 F0 D8 C1 D9 CC 8B 7D 14 0F AF BD E4 FE FF FF DE E1 89 85 A4 FE FF FF D9 C3 D9 CB 8B 45 10 DE C2 D9 C9 DD 1C F8 0F AF 55 14 D9 C0 D9 CA D8 E4 D9 C9 D9 E0 D9 CB D9 E0 D9 C9 8B BD A4 FE FF FF DD 1C D0 D9 C9 0F AF 4D 14 0F AF 75 14 0F AF 7D 14
-***** EXPENSIVE 2027 495
-
-. 2026 8054FEA 52
-. 8B 55 D0 D8 E4 D9 CA DE E4 DE E2 DD 1C C8 D9 C9 FF 45 E8 DD 1C F0 8B 4D CC DD 1C F8 8D 04 92 01 95 E4 FE FF FF 01 85 D4 FE FF FF 39 4D E8 0F 82 BA FE FF FF
-***** EXPENSIVE 2028 496
-
-. 2027 805BF2C 161
-. 8B 95 8C FE FF FF 03 55 E0 8B 75 E0 8D 0C 16 8D 34 0E 8B 7D E0 01 F7 8B 45 0C 89 BD 7C FE FF FF 0F AF 85 8C FE FF FF 8B 7D 08 D9 04 87 0F AF 55 0C 0F AF 4D 0C 0F AF 75 0C D9 04 97 D9 04 B7 D9 CA D9 5D CC D9 04 8F 8B BD 7C FE FF FF 0F AF 7D 0C 8B 45 08 D9 5D C4 D9 04 B8 D9 C9 D9 55 C8 D8 C1 D9 5D C0 D8 6D C8 D9 45 C4 D8 C2 D9 C9 D9 5D B8 D9 45 C0 D8 C1 D9 CA D8 6D C4 D9 CA D9 5D B0 D9 5D BC D9 55 B4 DD 85 B8 FE FF FF D9 FA D9 45 C0 D8 65 BC D9 C9 DC 8D B0 FE FF FF DE C9 D9 5D AC
-***** EXPENSIVE 2029 497
-
-. 2028 805BFCD 161
-. DD 85 B0 FE FF FF D8 4D B0 D8 6D CC D9 5D A8 D9 45 A8 D8 45 AC D9 5D A4 D9 45 D4 D9 E0 D8 4D B8 D9 5D A0 D9 45 D0 D8 C9 D9 45 A8 D9 C9 D8 6D A0 D9 C9 D8 65 AC D9 C9 D9 5D A0 D9 45 D0 D9 C9 D9 5D A8 D9 E0 D9 45 D4 D9 C9 D8 4D B8 D9 C9 DE CA DE C1 8B 45 14 D9 45 CC 0F AF 85 90 FE FF FF D8 45 B0 8B 4D 10 D9 1C 81 8B 45 14 0F AF 85 94 FE FF FF 8B 95 94 FE FF FF D9 45 A4 03 55 9C D9 1C 81 8B 8D 94 FE FF FF 8D 04 8D 04 00 00 00 0F AF 45 14 8B 75 10 D9 45 A0 D9 1C 30 8B 45 14 0F AF C2
-***** EXPENSIVE 2030 498
-
-. 2029 805C06E 61
-. D9 45 A8 D9 1C 86 8D 14 95 04 00 00 00 8B 45 18 0F AF 55 14 01 C1 D9 1C 32 89 8D 94 FE FF FF 8B 55 D8 FF 45 E4 8B 4D DC 01 85 90 FE FF FF 01 95 8C FE FF FF 39 4D E4 0F 82 81 FE FF FF
-***** EXPENSIVE 2031 499
-
-. 2030 805B390 32
-. 8B 55 DC C7 45 F0 00 00 00 00 8B 4D E8 D9 42 FC 39 4D F0 D9 42 F8 D9 C9 D9 E0 0F 83 5E 01 00 00
-
-. 2031 80571F6 30
-. 8B 75 D4 46 89 F0 C7 45 E8 01 00 00 00 D1 E8 39 45 E8 89 B5 F8 FE FF FF 0F 83 4A 05 00 00
-
-. 2032 805775E 13
-. F7 45 D4 01 00 00 00 0F 85 C4 01 00 00
-
-. 2033 805776B 19
-. C7 45 E4 00 00 00 00 8B 75 D0 39 75 E4 0F 83 B1 01 00 00
-***** EXPENSIVE 2035 500
-
-. 2034 805777E 185
-. 8B 45 D4 48 DD 83 C4 F8 FF FF DD 83 CC F8 FF FF D9 C9 DD 9D F0 FE FF FF DD 9D E8 FE FF FF 89 85 E4 FE FF FF 89 85 D4 FE FF FF 8B B5 D4 FE FF FF 8B 45 0C 8B 7D 08 0F AF C6 D9 04 87 8D 04 B5 04 00 00 00 8B 4D D4 0F AF 45 0C 8D 14 4E D9 04 38 8B 45 0C 0F AF C2 D9 04 87 D9 CA D8 C0 D9 CA D8 C0 D9 CA 8D 0C 8E D9 95 18 FF FF FF D8 C2 D9 9D 0C FF FF FF 0F AF 4D 0C DD 85 E8 FE FF FF 8D 14 95 04 00 00 00 0F AF 55 0C D9 04 8F D9 C9 D8 8D 0C FF FF FF D8 E1 D9 04 3A D9 C9 D9 9D 08 FF FF FF D9 CA D8 C0 D9 CA D8 C0 DD 85 F0 FE FF FF D9 FA D9 CC D8 AD 18 FF FF FF
-***** EXPENSIVE 2036 501
-
-. 2035 8057837 179
-. D9 CC DC 8D E8 FE FF FF D8 CC D9 9D 04 FF FF FF D9 CB D9 9D 18 FF FF FF D9 45 E0 D9 45 DC D9 C9 D8 CC D9 C9 D8 CB 8B 95 E4 FE FF FF 03 55 D8 8B 45 D8 DE C1 D9 45 E0 8D 0C 10 DE CB D9 85 04 FF FF FF D9 CC D8 4D DC D9 CC D8 A5 08 FF FF FF 8D 34 08 D9 9D 00 FF FF FF D9 CA 01 F0 DE E3 D9 85 0C FF FF FF D9 85 04 FF FF FF 8B 7D 14 0F AF BD E4 FE FF FF D8 85 08 FF FF FF D9 C9 89 85 BC FE FF FF DE C2 D9 C9 8B 45 10 D9 1C B8 D9 85 00 FF FF FF D9 C1 80 B5 03 FF FF FF 80 8B BD BC FE FF FF D9 E0 D9 C9 0F AF 55 14 0F AF 4D 14 0F AF 75 14 D8 E4
-***** EXPENSIVE 2037 502
-
-. 2036 80578EA 69
-. D9 CC 0F AF 7D 14 D8 AD 00 FF FF FF D9 CA D8 E3 D9 C9 DE E3 D9 1C 90 D9 CA D9 1C 88 D9 C9 D9 1C B0 D9 1C B8 8B 55 D4 8D 04 92 FF 45 E4 8B 4D D0 01 95 E4 FE FF FF 01 85 D4 FE FF FF 39 4D E4 0F 82 79 FE FF FF
-
-. 2037 804D457 41
-. 83 EC 0C 8B 45 EC 8B 55 14 FF B4 82 08 01 00 00 56 FF 75 E8 51 FF 75 1C FF 75 C8 FF 75 CC FF 75 D0 FF 75 D4 E8 C4 21 00 00
-
-. 2038 804F644 77
-. 55 89 E5 57 56 53 81 EC AC 00 00 00 31 D2 8B 45 24 F7 75 1C 89 45 E0 31 D2 8B 45 24 F7 75 20 89 45 DC 31 D2 8B 45 20 F7 75 1C 8B 55 1C 4A 31 FF E8 00 00 00 00 5B 81 C3 9B 1A 01 00 89 55 D0 0F AF D0 3B 7D E0 89 45 D8 89 55 D4 73 42
-***** EXPENSIVE 2040 503
-
-. 2039 804F691 66
-. 8B 45 0C 8B 55 14 C1 E0 04 C1 E2 04 31 F6 31 C9 89 85 64 FF FF FF 89 95 60 FF FF FF 8B 45 08 DD 04 30 8B 55 10 DD 1C 0A DD 44 30 08 47 DD 5C 0A 08 03 B5 64 FF FF FF 03 8D 60 FF FF FF 3B 7D E0 72 DA
-
-. 2040 804F6D3 22
-. 8B 45 D0 D1 E8 C7 45 CC 01 00 00 00 40 39 45 CC 0F 83 B2 00 00 00
-
-. 2041 804F6E9 23
-. 8B 4D E0 89 45 C4 89 8D 68 FF FF FF 31 FF 3B 7D E0 0F 83 83 00 00 00
-***** EXPENSIVE 2043 504
-
-. 2042 804F700 131
-. 8B 75 1C 2B 75 CC 0F AF 75 E0 89 75 C0 8D 76 00 8B 85 68 FF FF FF 8B 4D C0 01 F9 8D 14 38 8B 45 0C 0F AF C1 8B 75 14 0F AF F2 C1 E0 04 89 8D 54 FF FF FF 0F AF 55 0C 8B 4D 08 DD 04 01 C1 E2 04 DC 04 11 C1 E6 04 8B 4D 10 DD 1C 31 03 45 08 03 55 08 DD 40 08 DC 42 08 DD 5C 31 08 8B 8D 54 FF FF FF DD 00 0F AF 4D 14 C1 E1 04 DC 2A 8B 75 10 DD 1C 0E DD 40 08 47 DC 6A 08 3B 7D E0 DD 5C 0E 08 72 8D
-
-. 2043 804F783 24
-. 8B 7D E0 FF 45 CC 8B 45 C4 01 BD 68 FF FF FF 39 45 CC 0F 82 5A FF FF FF
-
-. 2044 804F6F5 11
-. 31 FF 3B 7D E0 0F 83 83 00 00 00
-
-. 2045 804F79B 7
-. 31 FF 3B 7D E0 73 42
-***** EXPENSIVE 2047 505
-
-. 2046 804F7A2 66
-. 8B 55 14 8B 45 0C C1 E2 04 C1 E0 04 31 F6 31 C9 89 95 70 FF FF FF 89 85 6C FF FF FF 8B 55 10 DD 04 32 8B 45 08 DD 1C 08 DD 44 32 08 47 DD 5C 08 08 03 B5 70 FF FF FF 03 8D 6C FF FF FF 3B 7D E0 72 DA
-
-. 2047 804F7E4 18
-. 8B 45 D0 D1 E8 C7 45 C8 01 00 00 00 40 39 45 C8 73 75
-
-. 2048 804F7F6 19
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-***** EXPENSIVE 2050 506
-
-. 2049 804F809 78
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-
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-
-. 2051 804F802 7
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-
-. 2052 804F86B 22
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-. 2053 804F881 42
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-***** EXPENSIVE 2055 507
-
-. 2054 804F8AB 98
-. 8B 4D 14 C1 E1 04 31 F6 89 8D 7C FF FF FF 8D 76 00 8B 85 78 FF FF FF 8D 0C 38 8B 55 10 0F AF 4D 0C DD 04 32 C1 E1 04 8B 45 08 DD 1C 08 DD 44 32 08 8B 55 B0 DD 5C 08 08 8D 0C 3A 0F AF 4D 0C 8B 45 10 DD 04 30 C1 E1 04 8B 55 08 DD 1C 0A 47 DD 44 30 08 03 B5 7C FF FF FF 3B 7D E0 DD 5C 0A 08 72 AF
-
-. 2055 804F90D 22
-. 8B 45 D0 D1 E8 C7 45 C8 01 00 00 00 40 39 45 C8 0F 83 FF 00 00 00
-***** EXPENSIVE 2057 508
-
-. 2056 804F923 32
-. DD 83 34 F6 FF FF 89 45 AC DD 5D 80 DD 83 44 F6 FF FF 8B 75 E0 8B 7D B8 85 FF 0F 85 E1 03 00 00
-
-. 2057 804FD24 6
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-***** EXPENSIVE 2059 509
-
-. 2058 804FD42 20
-. 8B 45 B8 C1 E0 04 03 45 28 DD 40 F0 DD 40 F8 E9 F2 FB FF FF
-
-. 2059 804F948 11
-. 31 FF 3B 7D E0 0F 83 C8 03 00 00
-***** EXPENSIVE 2061 510
-
-. 2060 804F953 145
-. 8B 45 1C 2B 45 C8 0F AF 45 E0 89 85 54 FF FF FF 90 8D 14 3E 8B 8D 54 FF FF FF 8D 04 39 0F AF 55 14 8B 4D 10 C1 E2 04 0F AF 45 14 D9 C1 DC 0C 11 C1 E0 04 D9 C1 DC 4C 01 08 D9 C1 D9 C4 DC 4C 11 08 D9 C9 D8 E2 D9 CB DE C2 8B 95 78 FF FF FF D9 C3 DC 0C 01 D9 CB 8D 04 3A 0F AF 45 0C 8B 4D 08 C1 E0 04 DC 04 01 D9 C1 D9 C9 DD 1C 01 D8 C3 01 C8 DC 40 08 8B 55 B0 DD 58 08 D9 C9 8D 04 3A 0F AF 45 0C C1 E0 04 DC 04 01 DD 1C 01 DE E1 01 C8 47
-***** EXPENSIVE 2062 511
-
-. 2061 804F9E4 15
-. DC 40 08 3B 7D E0 DD 58 08 0F 82 71 FF FF FF
-***** EXPENSIVE 2063 512
-
-. 2062 804F9F3 45
-. DD D8 DD D8 8B 4D B4 01 4D B8 8B 4D 1C 0F AF 4D DC 8B 45 B8 31 D2 F7 F1 FF 45 C8 8B 4D AC 03 75 E0 39 4D C8 89 55 B8 0F 82 18 FF FF FF
-
-. 2063 804F938 11
-. 8B 7D B8 85 FF 0F 85 E1 03 00 00
-***** EXPENSIVE 2065 513
-
-. 2064 804FA20 29
-. DD D8 8B 45 D0 D1 E8 8B 75 E0 FF 45 CC 40 01 B5 78 FF FF FF 39 45 CC 0F 82 4D FE FF FF
-
-. 2065 804F88A 33
-. 8B 55 1C 2B 55 CC 8B 45 CC 31 FF 0F AF 45 DC 0F AF 55 E0 3B 7D E0 89 45 B8 89 45 B4 89 55 B0 73 62
-
-. 2066 804FA3D 14
-. 8B 4D D8 85 C9 C7 45 E4 00 00 00 00 74 57
-
-. 2067 804FA4B 87
-. 8B 7D 0C 8B 45 14 C1 E7 04 C1 E0 04 31 F6 31 C9 89 7D 88 89 85 4C FF FF FF 8B 7D 08 8B 04 37 8B 54 37 04 8B 7D 10 89 04 0F 89 54 0F 04 8B 7D 08 8B 44 37 08 8B 54 37 0C 8B 7D 10 89 44 0F 08 FF 45 E4 8B 45 D8 89 54 0F 0C 03 75 88 03 8D 4C FF FF FF 39 45 E4 72 C2
-
-. 2068 804FAA2 19
-. C7 45 C8 01 00 00 00 8B 55 1C 39 55 C8 0F 83 98 00 00 00
-
-. 2069 804FAB5 27
-. 8B 4D E0 8B 75 D8 89 4D 90 89 75 8C C7 45 E4 00 00 00 00 8B 7D D8 39 7D E4 73 62
-
-. 2070 804FAD0 98
-. 8B 45 8C 8B 55 90 89 45 A8 89 95 4C FF FF FF 90 8B 4D E4 8B 75 E4 03 8D 4C FF FF FF 03 75 A8 0F AF 4D 0C C1 E1 04 8B 7D 08 0F AF 75 14 8B 04 0F 8B 54 0F 04 C1 E6 04 8B 7D 10 89 04 37 89 54 37 04 8B 7D 08 8B 44 0F 08 8B 54 0F 0C 8B 4D 10 89 44 31 08 89 54 31 0C FF 45 E4 8B 75 D8 39 75 E4 72 AE
-
-. 2071 804FB32 27
-. 8B 7D E0 8B 45 D8 FF 45 C8 8B 55 1C 01 7D 90 01 45 8C 39 55 C8 0F 82 74 FF FF FF
-
-. 2072 804FAC1 15
-. C7 45 E4 00 00 00 00 8B 7D D8 39 7D E4 73 62
-
-. 2073 804FB4D 28
-. C7 45 E8 01 00 00 00 8B 75 DC 8B 4D 20 39 75 E8 8B 7D D8 89 4D EC 0F 83 98 01 00 00
-
-. 2074 804FD01 13
-. 81 C4 AC 00 00 00 5B 5E 31 C0 5F C9 C3
-***** EXPENSIVE 2076 514
-
-. 2075 804FD2A 24
-. 8B 45 B8 C1 E0 04 03 45 28 DD 40 F8 DD 40 F0 D9 C9 D9 E0 E9 06 FC FF FF
-
-. 2076 80508FB 41
-. 83 EC 0C 8B 45 EC 8B 55 14 FF B4 82 08 01 00 00 56 FF 75 E8 51 FF 75 1C FF 75 C8 FF 75 CC FF 75 D0 FF 75 D4 E8 0C 21 00 00
-
-. 2077 8052A30 74
-. 55 89 E5 57 56 53 83 EC 7C 31 D2 8B 45 24 F7 75 1C 89 45 E4 31 D2 8B 45 24 F7 75 20 89 45 E0 31 D2 8B 45 20 F7 75 1C 8B 55 1C 4A 31 FF E8 00 00 00 00 5B 81 C3 B2 E6 00 00 89 55 D4 0F AF D0 3B 7D E4 89 45 DC 89 55 D8 73 2A
-
-. 2078 8052A7A 42
-. 31 C9 31 D2 8B 75 08 8B 04 CE 8B 75 10 89 04 D6 8B 75 08 8B 44 CE 04 47 8B 75 10 89 44 D6 04 03 4D 0C 03 55 14 3B 7D E4 72 DA
-
-. 2079 8052AA4 22
-. 8B 45 D4 D1 E8 C7 45 D0 01 00 00 00 40 39 45 D0 0F 83 AD 00 00 00
-
-. 2080 8052ABA 20
-. 89 45 C8 8B 45 E4 89 45 84 31 FF 3B 7D E4 0F 83 84 00 00 00
-***** EXPENSIVE 2082 515
-
-. 2081 8052ACE 132
-. 8B 4D 1C 2B 4D D0 8B 55 84 0F AF 4D E4 89 55 C4 89 4D C0 8D 76 00 8B 55 C0 01 FA 89 55 80 8B 75 C4 8B 55 0C 0F AF 55 80 8D 04 3E 8B 4D 08 8B 75 14 D9 04 D1 0F AF F0 0F AF 45 0C D8 04 C1 8B 4D 10 D9 1C F1 8B 4D 08 D9 44 D1 04 D8 44 C1 04 8B 4D 10 D9 5C F1 04 8B 75 08 D9 04 D6 8B 4D 80 D8 2C C6 0F AF 4D 14 8B 75 10 D9 1C CE 8B 75 08 D9 44 D6 04 47 D8 6C C6 04 3B 7D E4 8B 45 10 D9 5C C8 04 72 92
-
-. 2082 8052B52 21
-. 8B 55 E4 FF 45 D0 8B 4D C8 01 55 84 39 4D D0 0F 82 5C FF FF FF
-
-. 2083 8052AC3 11
-. 31 FF 3B 7D E4 0F 83 84 00 00 00
-
-. 2084 8052B67 7
-. 31 FF 3B 7D E4 73 2A
-
-. 2085 8052B6E 42
-. 31 C9 31 D2 8B 75 10 8B 04 CE 8B 75 08 89 04 D6 8B 75 10 8B 44 CE 04 47 8B 75 08 89 44 D6 04 03 4D 14 03 55 0C 3B 7D E4 72 DA
-
-. 2086 8052B98 18
-. 8B 45 D4 D1 E8 C7 45 CC 01 00 00 00 40 39 45 CC 73 63
-
-. 2087 8052BAA 19
-. 89 45 BC 8B 45 E4 89 85 78 FF FF FF 31 FF 3B 7D E4 73 3C
-***** EXPENSIVE 2089 516
-
-. 2088 8052BBD 60
-. 8B 8D 78 FF FF FF 31 D2 8D 76 00 8D 04 39 0F AF 45 14 8B 75 10 D9 04 C6 8B 75 08 D8 04 D6 D9 1C D6 8B 75 10 D9 44 C6 04 8B 45 08 D8 44 D0 04 47 D9 5C D0 04 03 55 0C 3B 7D E4 72 CF
-
-. 2089 8052BF9 20
-. 8B 55 E4 FF 45 CC 8B 4D BC 01 95 78 FF FF FF 39 4D CC 72 A9
-
-. 2090 8052BB6 7
-. 31 FF 3B 7D E4 73 3C
-
-. 2091 8052C0D 22
-. 8B 45 D4 D1 E8 C7 45 D0 01 00 00 00 40 39 45 D0 0F 83 A0 01 00 00
-
-. 2092 8052C23 45
-. 8B 75 E4 89 45 A4 89 75 88 89 45 B8 8B 55 1C 2B 55 D0 8B 45 D0 31 FF 0F AF 45 E0 0F AF 55 E4 3B 7D E4 89 45 B4 89 45 B0 89 55 AC 73 55
-
-. 2093 8052C50 85
-. 31 C9 89 F6 8B 75 88 8D 04 3E 8B 75 10 8B 14 CE 0F AF 45 0C 8B 75 08 89 14 C6 8B 75 10 8B 54 CE 04 8B 75 08 89 54 C6 04 8B 55 AC 8D 04 3A 8B 75 10 8B 14 CE 0F AF 45 0C 8B 75 08 89 14 C6 47 8B 75 10 8B 54 CE 04 8B 75 08 03 4D 14 3B 7D E4 89 54 C6 04 72 AF
-
-. 2094 8052CA5 19
-. C7 45 CC 01 00 00 00 8B 45 A4 39 45 CC 0F 83 F6 00 00 00
-***** EXPENSIVE 2096 517
-
-. 2095 8052CB8 43
-. 8B 45 D4 D1 E8 40 D9 83 50 F6 FF FF 89 45 A8 D9 83 4C F6 FF FF D9 C9 D9 5D 8C 8B 75 E4 8D 76 00 8B 7D B4 85 FF 0F 85 32 03 00 00
-
-. 2096 8053015 6
-. 83 7D 18 FF 74 18
-***** EXPENSIVE 2098 518
-
-. 2097 8053033 20
-. 8B 55 B4 8B 4D 28 8D 04 D1 D9 40 F8 D9 40 FC E9 A1 FC FF FF
-
-. 2098 8052CE8 11
-. 31 FF 3B 7D E4 0F 83 19 03 00 00
-***** EXPENSIVE 2100 519
-
-. 2099 8052CF3 140
-. 8B 45 1C 2B 45 CC 0F AF 45 E4 89 45 80 8D 14 3E 8B 4D 80 0F AF 55 14 8D 04 39 D9 C1 8B 4D 10 D8 0C D1 0F AF 45 14 D9 C1 D8 4C C1 04 D9 C1 D9 C4 D8 4C D1 04 D9 C9 D8 E2 D9 CB DE C2 8B 55 88 D9 C3 D8 0C C1 D9 C1 8D 04 3A 8B 4D 08 0F AF 45 0C D8 C1 D9 CC D8 04 C1 D9 CC D8 44 C1 04 D9 CC 8B 55 AC D9 1C C1 D9 CB D9 5C C1 04 8D 04 3A 0F AF 45 0C DE E2 47 D8 04 C1 D9 C9 D8 44 C1 04 D9 C9 3B 7D E4 D9 1C C1 D9 5C C1 04 72 81
-***** EXPENSIVE 2101 520
-
-. 2100 8052D7F 45
-. DD D8 DD D8 8B 4D B0 01 4D B4 8B 4D 1C 0F AF 4D E0 8B 45 B4 31 D2 F7 F1 FF 45 CC 8B 4D A8 03 75 E4 39 4D CC 89 55 B4 0F 82 2C FF FF FF
-
-. 2101 8052CD8 11
-. 8B 7D B4 85 FF 0F 85 32 03 00 00
-***** EXPENSIVE 2103 521
-
-. 2102 8052DAC 23
-. DD D8 8B 75 E4 FF 45 D0 8B 45 B8 01 75 88 39 45 D0 0F 82 6C FE FF FF
-
-. 2103 8052C2F 33
-. 8B 55 1C 2B 55 D0 8B 45 D0 31 FF 0F AF 45 E0 0F AF 55 E4 3B 7D E4 89 45 B4 89 45 B0 89 55 AC 73 55
-
-. 2104 8052DC3 14
-. 8B 4D DC 85 C9 C7 45 E8 00 00 00 00 74 2F
-
-. 2105 8052DD1 47
-. 31 C9 31 D2 8B 75 08 8B 04 CE 8B 75 10 89 04 D6 8B 75 08 8B 44 CE 04 8B 75 10 89 44 D6 04 FF 45 E8 8B 45 DC 03 4D 0C 03 55 14 39 45 E8 72 D5
-
-. 2106 8052E00 15
-. C7 45 CC 01 00 00 00 8B 55 1C 39 55 CC 73 78
-
-. 2107 8052E0F 27
-. 8B 4D E4 8B 75 DC 89 4D 94 89 75 90 C7 45 E8 00 00 00 00 8B 45 DC 39 45 E8 73 46
-
-. 2108 8052E2A 70
-. 8B 55 94 8B 7D 90 89 95 78 FF FF FF 89 F6 8B 45 E8 8B 4D E8 03 85 78 FF FF FF 0F AF 45 0C 01 F9 8B 75 08 8B 14 C6 0F AF 4D 14 8B 75 10 89 14 CE 8B 55 08 8B 44 C2 04 89 44 CE 04 FF 45 E8 8B 4D DC 39 4D E8 72 C8
-
-. 2109 8052E70 23
-. 8B 75 E4 8B 45 DC FF 45 CC 8B 55 1C 01 75 94 01 45 90 39 55 CC 72 94
-
-. 2110 8052E1B 15
-. C7 45 E8 00 00 00 00 8B 45 DC 39 45 E8 73 46
-
-. 2111 8052E87 28
-. C7 45 EC 01 00 00 00 8B 75 E0 8B 4D 20 39 75 EC 8B 7D DC 89 4D F0 0F 83 57 01 00 00
-
-. 2112 8052FFA 10
-. 83 C4 7C 5B 5E 31 C0 5F C9 C3
-***** EXPENSIVE 2114 522
-
-. 2113 805301B 24
-. 8B 55 B4 8B 4D 28 8D 04 D1 D9 40 FC D9 40 F8 D9 C9 D9 E0 E9 B5 FC FF FF
-
-. 2114 804E500 11
-. 8B 4D E4 85 C9 0F 85 AB 04 00 00
-
-. 2115 804E9B6 10
-. 83 7D 18 FF 0F 84 80 00 00 00
-***** EXPENSIVE 2117 523
-
-. 2116 804EA40 103
-. 8B 85 AC FE FF FF 8B 55 24 DD 44 02 F0 DD 44 02 F8 D9 C9 8B 55 28 DD 5D C0 DD 5D B8 DD 44 02 F0 DD 44 02 F8 D9 C9 8B 55 2C DD 5D B0 DD 5D A8 DD 44 02 F0 DD 44 02 F8 D9 C9 8B 55 30 DD 5D A0 DD 5D 98 DD 44 02 F0 DD 44 02 F8 D9 C9 8B 55 34 DD 5D 90 DD 44 02 F0 D9 C9 DD 5D 88 DD 5D 80 DD 44 02 F8 E9 9D FA FF FF
-***** EXPENSIVE 2118 524
-
-. 2117 804E544 25
-. DD 9D 78 FF FF FF C7 45 E0 00 00 00 00 8B 45 D4 39 45 E0 0F 83 30 04 00 00
-***** EXPENSIVE 2119 525
-
-. 2118 804E9C0 128
-. 8B 85 AC FE FF FF 8B 55 24 DD 44 02 F0 DD 44 02 F8 8B 55 28 DD 5D B8 DD 5D C0 DD 44 02 F8 DD 44 02 F0 D9 C9 8B 55 2C DD 5D A8 DD 5D B0 DD 44 02 F8 DD 44 02 F0 D9 C9 8B 55 30 DD 5D 98 DD 5D A0 DD 44 02 F8 DD 44 02 F0 D9 C9 8B 55 34 DD 5D 88 DD 5D 90 DD 44 02 F8 DD 44 02 F0 80 75 BF 80 80 75 AF 80 80 75 9F 80 80 75 8F 80 DD 5D 80 DD 9D 78 FF FF FF 80 B5 7F FF FF FF 80 E9 0A FB FF FF
-
-. 2119 804E54A 19
-. C7 45 E0 00 00 00 00 8B 45 D4 39 45 E0 0F 83 30 04 00 00
-
-. 2120 80518CC 11
-. 8B 4D E0 85 C9 0F 85 C6 04 00 00
-
-. 2121 8051D9D 6
-. 83 7D 18 FF 74 7A
-***** EXPENSIVE 2123 526
-
-. 2122 8051E1D 103
-. 8B 85 F4 FE FF FF 8B 55 24 D9 44 02 F8 D9 44 02 FC D9 C9 8B 55 28 D9 5D C4 D9 5D C0 D9 44 02 F8 D9 44 02 FC D9 C9 8B 55 2C D9 5D BC D9 5D B8 D9 44 02 F8 D9 44 02 FC D9 C9 8B 55 30 D9 5D B4 D9 5D B0 D9 44 02 F8 D9 44 02 FC D9 C9 8B 55 34 D9 5D AC D9 44 02 F8 D9 C9 D9 5D A8 D9 5D A4 D9 44 02 FC E9 8C FA FF FF
-***** EXPENSIVE 2124 527
-
-. 2123 8051910 22
-. D9 5D A0 C7 45 DC 00 00 00 00 8B 45 D0 39 45 DC 0F 83 4E 04 00 00
-***** EXPENSIVE 2125 528
-
-. 2124 8051DA3 122
-. 8B 85 F4 FE FF FF 8B 55 24 D9 44 02 F8 D9 44 02 FC 8B 55 28 D9 5D C0 D9 5D C4 D9 44 02 FC D9 44 02 F8 D9 C9 8B 55 2C D9 5D B8 D9 5D BC D9 44 02 FC D9 44 02 F8 D9 C9 8B 55 30 D9 5D B0 D9 5D B4 D9 44 02 FC D9 44 02 F8 D9 C9 8B 55 34 D9 5D A8 D9 5D AC D9 44 02 FC D9 44 02 F8 80 75 C3 80 80 75 BB 80 80 75 B3 80 80 75 AB 80 D9 5D A4 D9 5D A0 80 75 A3 80 E9 F6 FA FF FF
-
-. 2125 8051913 19
-. C7 45 DC 00 00 00 00 8B 45 D0 39 45 DC 0F 83 4E 04 00 00
-
-. 2126 8059202 19
-. C7 45 E8 00 00 00 00 8B 55 E0 39 55 E8 0F 83 8C 00 00 00
-***** EXPENSIVE 2128 529
-
-. 2127 8059215 138
-. 8B 75 DC DD 45 D0 4E D9 E0 89 F7 8B 4D E4 8D 04 39 01 C1 8B 55 0C 0F AF D7 0F AF 45 0C 89 8D 7C FF FF FF 8B 4D 08 DD 04 D1 DD 04 C1 8B 8D 7C FF FF FF 0F AF 4D 0C 8B 45 08 DD 04 C8 D9 C1 D8 E1 DD 83 BC F8 FF FF 8B 4D DC D8 C9 8B 45 14 0F AF C6 8D 14 4E D8 C4 8B 4D 10 DD 1C C1 D9 CA DE C1 8D 04 F5 08 00 00 00 0F AF 45 14 D8 CB DD 1C 08 FF 45 E8 8B 45 E0 0F AF 55 14 DE E9 03 75 18 03 7D DC 39 45 E8 DD 1C D1 72 81
-***** EXPENSIVE 2129 530
-
-. 2128 805929F 10
-. DD D8 83 C4 7C 5B 5E 5F C9 C3
-***** EXPENSIVE 2130 531
-
-. 2129 80543A4 102
-. C7 85 54 FF FF FF 10 00 00 00 C7 85 50 FF FF FF FE FF FF FF 8B 95 54 FF FF FF 8B 4D 20 8B 45 24 DD 44 11 F0 DD 44 11 F8 D9 C9 DD 5D D0 DD 5D C8 DD 44 10 F0 DD 44 10 F8 D9 C9 8B 45 28 DD 5D C0 DD 5D B8 DD 44 10 F0 DD 44 10 F8 D9 C9 C7 45 E8 00 00 00 00 8B 45 DC 39 45 E8 DD 5D B0 DD 5D A8 0F 83 57 02 00 00
-***** EXPENSIVE 2131 532
-
-. 2130 805440A 192
-. 8B 55 E0 D1 E2 8B 4D EC 8B B5 50 FF FF FF 8B 45 E0 8D 4C 09 FF 8D 74 32 FF C1 E0 02 89 55 A4 89 8D 60 FF FF FF 89 B5 5C FF FF FF 89 CF 89 85 58 FF FF FF 8D 76 00 8B 45 0C 8B 75 08 0F AF C7 DD 04 C6 8D 04 FD 08 00 00 00 0F AF 45 0C 8B 4D A4 DD 04 30 8D 14 39 8B 45 0C 0F AF C2 8B 8D 5C FF FF FF DD 04 C6 03 4D A4 8B 45 0C 0F AF C1 8D 14 D5 08 00 00 00 DD 04 C6 0F AF 55 0C 8B 45 0C DD 04 32 0F AF 85 5C FF FF FF 8B 95 5C FF FF FF DD 04 C6 D9 CB DD 5D 98 D9 C9 DD 55 90 8D 04 D5 08 00 00 00 D8 C4 0F AF 45 0C DD 9D 40 FF FF FF 8D 0C CD 08 00 00 00 DD 45 98 0F AF 4D 0C DD 04 30
-***** EXPENSIVE 2132 533
-
-. 2131 80544CA 152
-. D9 C9 D8 C3 DD 04 31 D9 CA D9 E0 D9 C9 DD 5D 88 D9 CB DC 6D 98 D9 C2 D8 C4 D9 CA D9 E0 D9 C9 DD 9D 78 FF FF FF D9 C4 D8 C1 D9 CD DE E1 D9 C9 DD 55 80 DD 85 78 FF FF FF D9 CB DE E4 D9 CA D8 C1 DD 45 88 D9 CE DC 65 90 D9 CE DC 85 40 FF FF FF D9 C9 DD 9D 70 FF FF FF 8B 95 60 FF FF FF 03 55 E4 8B 45 E4 8D 0C 10 01 C8 8B 75 14 0F AF B5 60 FF FF FF 89 85 34 FF FF FF 8B 45 10 DD 1C F0 D9 C9 8B B5 60 FF FF FF 8D 34 F5 08 00 00 00 0F AF 75 14 D8 C3 D9 C4 D9 C9
-***** EXPENSIVE 2133 534
-
-. 2132 8054562 149
-. DD 1C 06 D8 E2 DD 45 D0 DD 45 C8 DC 8D 70 FF FF FF D9 C9 8B 45 14 D8 CA 8B 75 10 0F AF C2 DE E1 DD 1C C6 DD 45 D0 DC 8D 70 FF FF FF DD 85 40 FF FF FF D9 CA DC 4D C8 D9 CA DC 65 88 D9 CD DC 65 80 D9 CA DE C1 8B 45 14 DD 45 C0 DD 45 B8 0F AF C1 D8 CB D9 C9 D8 CE D9 CB DC 4D C0 D9 CE DC 4D B8 D9 CB 8D 14 D5 08 00 00 00 8D 0C CD 08 00 00 00 0F AF 55 14 DE E1 D9 CA 0F AF 4D 14 DE C5 DD 1C 32 D9 C9 DC A5 78 FF FF FF D9 C9 DD 1C C6 D9 CB DE C1 D9 C9
-***** EXPENSIVE 2134 535
-
-. 2133 80545F7 106
-. DD 1C 31 DD 45 B0 DD 45 A8 D9 C9 D8 CA D9 C9 D8 CB 8B 45 14 0F AF 85 34 FF FF FF DE E9 DD 1C C6 D9 C9 8B 85 34 FF FF FF 8D 34 C5 08 00 00 00 DC 4D B0 D9 C9 DC 4D A8 0F AF 75 14 DE C1 8B 55 10 8B 4D E0 DD 1C 16 FF 45 E8 8B B5 58 FF FF FF 8B 45 DC 01 8D 60 FF FF FF 01 B5 5C FF FF FF 39 45 E8 8D 3C 8F 0F 82 DF FD FF FF
-
-. 2134 8054661 34
-. 8B 85 6C FF FF FF FF 45 EC D1 E8 83 85 54 FF FF FF 10 83 AD 50 FF FF FF 02 39 45 EC 0F 82 35 FD FF FF
-
-. 2135 805B82F 19
-. C7 45 E8 00 00 00 00 8B 55 E0 39 55 E8 0F 83 89 00 00 00
-***** EXPENSIVE 2137 536
-
-. 2136 805B842 135
-. 8B 75 DC D9 45 D8 4E D9 E0 89 F7 8D 76 00 8B 4D E4 8D 04 39 01 C1 8B 55 0C 0F AF D7 0F AF 45 0C 89 4D A0 8B 4D 08 D9 04 91 D9 04 81 8B 4D A0 0F AF 4D 0C 8B 45 08 D9 04 88 D9 C1 D8 E1 DD 83 BC F8 FF FF 8B 4D DC D8 C9 8B 45 14 0F AF C6 8D 14 4E D8 C4 8B 4D 10 D9 1C 81 D9 CA DE C1 8D 04 B5 04 00 00 00 0F AF 45 14 D8 CB D9 1C 08 FF 45 E8 8B 45 E0 0F AF 55 14 DE E9 03 75 18 03 7D DC 39 45 E8 D9 1C 91 72 87
-***** EXPENSIVE 2138 537
-
-. 2137 805B8C9 10
-. DD D8 83 C4 54 5B 5E 5F C9 C3
-***** EXPENSIVE 2139 538
-
-. 2138 8056B92 104
-. C7 85 44 FF FF FF 02 00 00 00 C7 85 40 FF FF FF FE FF FF FF 89 F6 8B 95 44 FF FF FF 8B 4D 20 8B 45 24 D9 44 91 F8 D9 44 91 FC D9 C9 D9 5D D0 D9 5D CC D9 44 90 F8 D9 44 90 FC D9 C9 8B 45 28 D9 5D C8 D9 5D C4 D9 44 90 F8 D9 44 90 FC D9 C9 C7 45 E8 00 00 00 00 8B 45 DC 39 45 E8 D9 5D C0 D9 5D BC 0F 83 74 02 00 00
-***** EXPENSIVE 2140 539
-
-. 2139 8056BFA 185
-. 8B 55 E0 D1 E2 8B 4D EC 8B B5 40 FF FF FF 8B 45 E0 8D 4C 09 FF 8D 74 32 FF C1 E0 02 89 55 B8 89 8D 50 FF FF FF 89 B5 4C FF FF FF 89 CF 89 85 48 FF FF FF 8D 76 00 8B 45 0C 8B 75 08 0F AF C7 D9 04 86 8D 04 BD 04 00 00 00 0F AF 45 0C 8B 4D B8 D9 04 30 8D 14 39 8B 45 0C 0F AF C2 8B 8D 4C FF FF FF D9 04 86 D9 CA 03 4D B8 8B 45 0C 0F AF C1 8D 0C 8D 04 00 00 00 0F AF 4D 0C D9 5D B4 D9 5D B0 D9 5D AC D9 04 86 D9 04 31 8D 14 95 04 00 00 00 0F AF 55 0C D9 5D A0 D9 5D A4 8B 45 0C D9 45 B4 D9 04 32 D9 C9 0F AF 85 4C FF FF FF 8B 95 4C FF FF FF D8 45 A4 D9 04 86
-***** EXPENSIVE 2141 540
-
-. 2140 8056CB3 158
-. D9 C9 80 75 A3 80 8D 04 95 04 00 00 00 D9 5D 9C D9 45 B0 0F AF 45 0C D8 45 A0 D9 CA D9 5D A8 D9 04 30 D9 CA D9 5D 98 D9 C9 8B 95 50 FF FF FF 03 55 E4 8B 45 E4 D9 E0 D9 45 A8 8D 0C 10 D8 C1 D9 45 AC D9 CA D8 6D A8 D9 5D 94 D9 C9 01 C8 D8 C2 D9 45 AC D9 45 9C D9 C9 8B 75 14 0F AF B5 50 FF FF FF DE E4 D8 C1 D9 45 98 D9 C9 89 85 34 FF FF FF 8B 45 10 D9 1C B0 D8 C2 8B B5 50 FF FF FF D9 5D 90 D9 45 B4 D9 45 B0 8D 34 B5 04 00 00 00 D8 65 A0 D9 C9 0F AF 75 14 D8 65 A4 D9 45 90
-***** EXPENSIVE 2142 541
-
-. 2141 8056D51 131
-. D9 45 94 D8 EA D9 C9 D9 1C 06 D9 C2 D9 45 D0 D9 CA D9 55 8C D9 C9 D8 C7 D9 CA DE C9 D9 45 CC D8 CA D9 CE 8B 45 14 8B 75 10 D8 6D 98 D9 CB D8 45 94 D9 CD 0F AF C2 D8 6D 9C D9 C9 DE E6 D9 5D 88 D9 C9 D9 55 84 D9 CB D9 55 80 D9 CC D9 1C 86 D9 45 CC D8 4D 8C D9 C9 D8 4D D0 DE C1 D9 45 C4 D9 45 C8 8B 45 14 D8 4D 88 D9 C9 D8 CC 8D 14 95 04 00 00 00 0F AF 55 14 0F AF C1 DE E9 D9 C9 D9 14 32 D9 C9
-***** EXPENSIVE 2143 542
-
-. 2142 8056DD4 154
-. D9 1C 86 D9 45 C4 D9 45 C8 D9 C9 D8 4D 88 D9 C9 DE CC D9 CA DE E5 D9 C9 DE C2 D9 45 BC D9 45 C0 D9 C9 8B 45 14 D8 CD D9 C9 8D 0C 8D 04 00 00 00 D8 CC 0F AF 4D 14 0F AF 85 34 FF FF FF DE E1 D9 CA D9 1C 31 D9 C9 D9 1C 86 8B 85 34 FF FF FF D9 45 BC D9 CB 8D 34 85 04 00 00 00 D8 4D C0 D9 CB DE CA D9 CA 0F AF 75 14 8B 55 E0 8B 45 10 8B 8D 48 FF FF FF DE C1 D9 1C 06 01 95 50 FF FF FF 01 8D 4C FF FF FF D9 5D 8C FF 45 E8 8B 75 DC 39 75 E8 8D 3C 97 0F 82 C2 FD FF FF
-
-. 2143 8056E6E 34
-. 8B 85 5C FF FF FF FF 45 EC D1 E8 83 85 44 FF FF FF 02 83 AD 40 FF FF FF 02 39 45 EC 0F 82 18 FD FF FF
-
-. 2144 804EBF0 11
-. 8B 45 E4 85 C0 0F 85 F5 08 00 00
-
-. 2145 804F4F0 10
-. 83 7D 18 FF 0F 84 B5 00 00 00
-***** EXPENSIVE 2147 543
-
-. 2146 804F5AF 149
-. 8B 85 A4 FD FF FF 8B 55 24 DD 44 02 F0 DD 44 02 F8 D9 C9 8B 55 28 DD 5D 98 DD 5D 90 DD 44 02 F0 DD 44 02 F8 D9 C9 8B 55 2C DD 5D 88 DD 5D 80 DD 44 02 F0 DD 44 02 F8 D9 C9 8B 55 30 DD 9D 78 FF FF FF DD 9D 70 FF FF FF DD 44 02 F0 DD 44 02 F8 D9 C9 8B 55 34 DD 9D 68 FF FF FF DD 9D 60 FF FF FF DD 44 02 F0 DD 44 02 F8 D9 C9 8B 55 38 DD 9D 58 FF FF FF DD 9D 50 FF FF FF DD 44 02 F0 DD 44 02 F8 D9 C9 DD 9D 48 FF FF FF DD 9D 40 FF FF FF E9 0B F6 FF FF
-
-. 2147 804EC4F 19
-. C7 45 E0 00 00 00 00 8B 45 D4 39 45 E0 0F 83 68 08 00 00
-***** EXPENSIVE 2149 544
-
-. 2148 804F4FA 181
-. 8B 85 A4 FD FF FF 8B 55 24 DD 44 02 F0 DD 44 02 F8 8B 55 28 DD 5D 90 DD 5D 98 DD 44 02 F8 DD 44 02 F0 D9 C9 8B 55 2C DD 5D 80 DD 5D 88 DD 44 02 F8 DD 44 02 F0 D9 C9 8B 55 30 DD 9D 70 FF FF FF DD 9D 78 FF FF FF DD 44 02 F8 DD 44 02 F0 D9 C9 8B 55 34 DD 9D 60 FF FF FF DD 9D 68 FF FF FF DD 44 02 F8 DD 44 02 F0 DD 9D 58 FF FF FF 80 75 97 80 80 75 87 80 80 B5 77 FF FF FF 80 80 B5 67 FF FF FF 80 DD 9D 50 FF FF FF 8B 55 38 DD 44 02 F8 DD 44 02 F0 D9 C9 DD 9D 40 FF FF FF 80 B5 57 FF FF FF 80 DD 9D 48 FF FF FF 80 B5 47 FF FF FF 80 E9 A0 F6 FF FF
-
-. 2149 8051FC0 11
-. 8B 45 E0 85 C0 0F 85 4D 09 00 00
-
-. 2150 8052918 10
-. 83 7D 18 FF 0F 84 91 00 00 00
-***** EXPENSIVE 2152 545
-
-. 2151 80529B3 122
-. 8B 85 3C FE FF FF 8B 55 24 D9 44 02 F8 D9 44 02 FC D9 C9 8B 55 28 D9 5D B0 D9 5D AC D9 44 02 F8 D9 44 02 FC D9 C9 8B 55 2C D9 5D A8 D9 5D A4 D9 44 02 F8 D9 44 02 FC D9 C9 8B 55 30 D9 5D A0 D9 5D 9C D9 44 02 F8 D9 44 02 FC D9 C9 8B 55 34 D9 5D 98 D9 5D 94 D9 44 02 F8 D9 44 02 FC D9 C9 8B 55 38 D9 5D 90 D9 44 02 F8 D9 C9 D9 5D 8C D9 5D 88 D9 44 02 FC E9 E1 F5 FF FF
-***** EXPENSIVE 2153 546
-
-. 2152 805200E 22
-. D9 5D 84 C7 45 DC 00 00 00 00 8B 45 D0 39 45 DC 0F 83 CE 08 00 00
-***** EXPENSIVE 2154 547
-
-. 2153 8052922 145
-. 8B 85 3C FE FF FF 8B 55 24 D9 44 02 F8 D9 44 02 FC 8B 55 28 D9 5D AC D9 5D B0 D9 44 02 FC D9 44 02 F8 D9 C9 8B 55 2C D9 5D A4 D9 5D A8 D9 44 02 FC D9 44 02 F8 D9 C9 8B 55 30 D9 5D 9C D9 5D A0 D9 44 02 FC D9 44 02 F8 D9 C9 8B 55 34 D9 5D 94 D9 5D 98 D9 44 02 FC D9 44 02 F8 D9 5D 90 80 75 AF 80 80 75 A7 80 80 75 9F 80 80 75 97 80 D9 5D 8C 8B 55 38 D9 44 02 FC D9 44 02 F8 D9 C9 D9 5D 84 80 75 8F 80 D9 5D 88 80 75 87 80 E9 5E F6 FF FF
-
-. 2154 8052011 19
-. C7 45 DC 00 00 00 00 8B 45 D0 39 45 DC 0F 83 CE 08 00 00
-***** EXPENSIVE 2156 548
-vex iropt: not unrolling (81 sts)
-
-. 2155 8058CBC 80
-. 8B 45 EC 01 F0 8B 55 0C 0F AF D6 89 45 D0 8B 45 08 DD 04 D0 8B 45 D0 0F AF 45 0C 8B 55 08 DD 04 C2 D9 C1 8B 45 14 0F AF C7 8B 55 10 D8 C1 DD 1C C2 8B 45 14 0F AF C1 DE E9 DD 1C C2 FF 45 F0 8B 45 E8 03 4D 18 03 7D 18 03 75 E4 39 45 F0 72 B0
-
-. 2156 805A313 30
-. 8B 75 D4 46 89 F0 C7 45 E4 01 00 00 00 D1 E8 39 45 E4 89 B5 4C FF FF FF 0F 83 50 02 00 00
-
-. 2157 805A581 13
-. F7 45 D4 01 00 00 00 0F 85 8A 02 00 00
-***** EXPENSIVE 2159 549
-
-. 2158 805A58E 33
-. 31 D2 52 8B 45 18 50 DF 2C 24 DC BB 3C F6 FF FF 83 EC 08 DD 14 24 DD 9D E8 FE FF FF E8 71 E0 FE FF
-***** EXPENSIVE 2160 550
-
-. 2159 805A5AF 20
-. DD 85 E8 FE FF FF DD 1C 24 DD 9D 78 FF FF FF E8 6D E1 FE FF
-***** EXPENSIVE 2161 551
-
-. 2160 805A5C3 35
-. DD 9D 70 FF FF FF C7 45 E0 00 00 00 00 8B 55 D8 80 B5 77 FF FF FF 80 83 C4 10 39 55 E0 0F 83 32 02 00 00
-***** EXPENSIVE 2162 552
-
-. 2161 805A5E6 103
-. DD 83 34 F6 FF FF DD 83 44 F6 FF FF D9 C9 DD 9D 40 FF FF FF DD 9D 38 FF FF FF C7 85 34 FF FF FF 00 00 00 00 C7 85 30 FF FF FF 00 00 00 00 31 FF C7 85 2C FF FF FF 00 00 00 00 C7 45 D0 00 00 00 00 8B 45 18 DD 85 40 FF FF FF DD 85 38 FF FF FF D9 C9 39 45 D0 DD 9D 68 FF FF FF DD 9D 60 FF FF FF 0F 83 A2 01 00 00
-***** EXPENSIVE 2163 553
-
-. 2162 805A64D 55
-. 8B 55 E4 8B 8D 2C FF FF FF 8D 14 51 89 95 E0 FE FF FF 8B 45 D0 DD 85 38 FF FF FF DD 85 40 FF FF FF D9 C9 85 C0 DD 95 50 FF FF FF DD 95 58 FF FF FF D9 C0 D9 C2 74 42
-
-. 2163 805A6C6 11
-. 31 C9 3B 4D 18 0F 83 C0 01 00 00
-
-. 2164 805A6D1 11
-. 8B 95 E0 FE FF FF 4A 85 C9 74 5C
-***** EXPENSIVE 2166 554
-
-. 2165 805A738 89
-. 8B 45 0C 0F AF C2 8B 75 08 DD 04 C6 D9 C1 D9 C4 D9 C9 D8 CA D9 C9 DE CA D9 C3 D9 C6 D8 CA D9 C9 D8 CB D9 CA D8 CD D9 CB D8 CF D9 C9 DE E2 DE C2 41 DC 85 58 FF FF FF D9 C9 DC 85 50 FF FF FF D9 C9 03 55 DC 3B 4D 18 DD 9D 58 FF FF FF DD 9D 50 FF FF FF 0F 82 47 FF FF FF
-
-. 2166 805A6D8 4
-. 85 C9 74 5C
-***** EXPENSIVE 2168 555
-
-. 2167 805A6DC 136
-. DD 85 78 FF FF FF D8 C9 DD 85 70 FF FF FF DD 85 70 FF FF FF D9 C9 D8 CD D9 C9 DE CB D9 CC DC 8D 78 FF FF FF DD 85 68 FF FF FF D9 CA DE E5 DE C2 D8 CC DD 85 60 FF FF FF DD 85 60 FF FF FF D9 C9 D8 CC D9 C9 DE CE D9 CB DC 8D 68 FF FF FF D9 C9 DE E3 DE C4 D9 CA D9 C9 D9 CB D9 C9 8B 45 0C 0F AF C2 8B 75 08 DD 04 C6 D9 C1 D9 C4 D9 C9 D8 CA D9 C9 DE CA D9 C3 D9 C6 D8 CA D9 C9 D8 CB D9 CA D8 CD D9 CB D8 CF D9 C9
-***** EXPENSIVE 2169 556
-
-. 2168 805A764 45
-. DE E2 DE C2 41 DC 85 58 FF FF FF D9 C9 DC 85 50 FF FF FF D9 C9 03 55 DC 3B 4D 18 DD 9D 58 FF FF FF DD 9D 50 FF FF FF 0F 82 47 FF FF FF
-***** EXPENSIVE 2170 557
-
-. 2169 805A791 22
-. DD D8 DD D8 DD D8 DD D8 8B 4D D0 8B 45 18 41 2B 45 D0 39 C1 73 79
-***** EXPENSIVE 2171 558
-
-. 2170 805A7A7 72
-. 8B 45 D0 0F AF 45 D4 8B 55 E4 89 45 D0 8D 04 47 8D 44 50 FF 8B 55 14 0F AF D0 8D 04 C5 08 00 00 00 DD 85 58 FF FF FF 8B 75 10 0F AF 45 14 DD 1C D6 DD 85 50 FF FF FF DD 1C 30 8B 45 18 39 C1 89 4D D0 0F 82 70 FE FF FF
-***** EXPENSIVE 2172 559
-
-. 2171 805A65F 37
-. 8B 45 D0 DD 85 38 FF FF FF DD 85 40 FF FF FF D9 C9 85 C0 DD 95 50 FF FF FF DD 95 58 FF FF FF D9 C0 D9 C2 74 42
-***** EXPENSIVE 2173 560
-
-. 2172 805A684 77
-. DD 85 68 FF FF FF DD 85 68 FF FF FF DD 85 60 FF FF FF DD 85 60 FF FF FF D9 CB D9 E0 D9 CA DC 4D C8 D9 C9 DC 4D C0 D9 CA DC 4D C0 D9 CB DC 4D C8 D9 C9 DE C2 DE C2 DD 9D 68 FF FF FF DD 9D 60 FF FF FF 31 C9 3B 4D 18 0F 83 C0 01 00 00
-
-. 2173 805A820 4
-. 39 C1 74 3E
-***** EXPENSIVE 2175 561
-
-. 2174 805A862 47
-. 8B 45 D0 0F AF 45 D4 8B 95 30 FF FF FF 89 45 D0 8B 75 E4 8D 04 42 8D 44 70 FF 0F AF 45 14 DD 85 58 FF FF FF 8B 55 10 DD 1C C2 E9 50 FF FF FF
-
-. 2175 805A7E1 14
-. 8B 45 18 39 C1 89 4D D0 0F 82 70 FE FF FF
-***** EXPENSIVE 2177 562
-
-. 2176 805A824 62
-. 8B 95 34 FF FF FF 0F AF 45 D4 8D 04 42 8B 55 E4 D1 E2 29 D0 48 8B 55 14 0F AF D0 DD 85 58 FF FF FF 8B 75 10 8D 04 C5 08 00 00 00 DD 1C D6 0F AF 45 14 80 B5 57 FF FF FF 80 E9 76 FF FF FF
-***** EXPENSIVE 2178 563
-
-. 2177 805A7D8 23
-. DD 85 50 FF FF FF DD 1C 30 8B 45 18 39 C1 89 4D D0 0F 82 70 FE FF FF
-
-. 2178 805A7EF 41
-. 8B 55 1C 8B 4D D4 FF 45 E0 8B 75 D8 01 95 34 FF FF FF 01 95 30 FF FF FF 01 D7 01 8D 2C FF FF FF 39 75 E0 0F 82 08 FE FF FF
-***** EXPENSIVE 2180 564
-
-. 2179 8053758 53
-. 8B 75 AC 01 75 B4 8B 45 B4 31 D2 F7 75 08 89 55 B4 31 D2 52 8B 45 B4 50 DF 2C 24 DC 4D C8 83 EC 08 8B 45 C4 8B B0 08 02 00 00 DD 55 88 DD 1C 24 E8 93 4E FF FF
-
-. 2180 8053C9C 27
-. 8B 55 E0 42 89 D0 C7 45 F0 01 00 00 00 D1 E8 39 45 F0 89 55 D4 0F 83 32 01 00 00
-***** EXPENSIVE 2182 565
-
-. 2181 8053CB7 49
-. 8B 4D 20 8B 7D E0 83 C1 10 8D 7C 3F FE 89 4D C0 89 7D BC 89 F6 C7 45 EC 00 00 00 00 8B 55 D8 8B 45 C0 39 55 EC DD 40 F0 DD 40 F8 0F 83 8D 01 00 00
-***** EXPENSIVE 2183 566
-
-. 2182 8053CE8 152
-. 8B 45 E0 D1 E0 8B 7D BC 8B 4D F0 4F 8D 74 09 FF C7 45 C4 00 00 00 00 89 45 CC 89 45 C8 8D 76 00 8B 45 0C 8B 55 08 0F AF C6 DD 04 C2 8D 04 F5 08 00 00 00 0F AF 45 0C DD 04 10 8B 45 0C 0F AF C7 DD 04 C2 8D 04 FD 08 00 00 00 0F AF 45 0C DD 04 10 8B 4D F0 8B 55 C4 8D 44 4A FF 8B 4D E8 8B 55 14 01 C1 0F AF D0 D9 C3 D9 C3 D9 CD 8D 04 C5 08 00 00 00 D8 E3 D9 CC D8 C2 D9 C9 89 4D B0 0F AF 45 14 8B 4D 10 DE C3 D9 CC DE E1 D9 C4 D9 C6 D9 CB DD 1C D1 D9 CA D8 CB
-***** EXPENSIVE 2184 567
-
-. 2183 8053D80 76
-. D9 C9 DD 1C 08 D9 C9 D8 CB 8B 45 14 0F AF 45 B0 DE E9 DD 1C C1 8B 45 B0 8D 0C C5 08 00 00 00 D8 CA D9 C9 D8 CB 0F AF 4D 14 DE C1 8B 55 10 DD 1C 11 FF 45 EC 8B 4D E0 8B 45 D8 03 7D CC 03 75 C8 01 4D C4 39 45 EC 0F 82 3C FF FF FF
-***** EXPENSIVE 2185 568
-
-. 2184 8053DCC 29
-. DD D8 DD D8 8B 45 D4 FF 45 F0 D1 E8 83 45 C0 10 83 6D BC 02 39 45 F0 0F 82 E3 FE FF FF
-***** EXPENSIVE 2186 569
-
-. 2185 8053CCC 28
-. C7 45 EC 00 00 00 00 8B 55 D8 8B 45 C0 39 55 EC DD 40 F0 DD 40 F8 0F 83 8D 01 00 00
-
-. 2186 8053DE9 9
-. F7 45 E0 01 00 00 00 75 7B
-***** EXPENSIVE 2188 570
-
-. 2187 80550E5 31
-. C7 45 D0 00 00 00 00 8B 55 18 39 55 D0 DD 85 60 FF FF FF DD 85 58 FF FF FF 0F 83 40 07 00 00
-***** EXPENSIVE 2189 571
-vex iropt: not unrolling (85 sts)
-
-. 2188 805B308 80
-. 8B 45 EC 01 F0 8B 55 0C 0F AF D6 89 45 D4 8B 45 08 D9 04 90 8B 45 D4 0F AF 45 0C 8B 55 08 D9 04 82 D9 C1 8B 45 14 0F AF C7 8B 55 10 D8 C1 D9 1C 82 8B 45 14 0F AF C1 DE E9 D9 1C 82 FF 45 F0 8B 45 E8 03 4D 18 03 7D 18 03 75 E4 39 45 F0 72 B0
-
-. 2189 805CB4B 27
-. 8B 75 D0 46 89 F0 C7 45 E0 01 00 00 00 D1 E8 39 45 E0 89 75 84 0F 83 3D 02 00 00
-
-. 2190 805CDA3 13
-. F7 45 D0 01 00 00 00 0F 85 33 02 00 00
-***** EXPENSIVE 2192 572
-
-. 2191 805CDB0 33
-. 31 D2 52 8B 45 18 50 DF 2C 24 DC BB 3C F6 FF FF 83 EC 08 DD 14 24 DD 9D 28 FF FF FF E8 4F B8 FE FF
-***** EXPENSIVE 2193 573
-
-. 2192 805CDD1 17
-. DD 85 28 FF FF FF DD 1C 24 D9 5D 9C E8 4E B9 FE FF
-***** EXPENSIVE 2194 574
-
-. 2193 805CDE2 27
-. C7 45 DC 00 00 00 00 8B 55 D4 D9 E0 83 C4 10 39 55 DC D9 5D 98 0F 83 E6 01 00 00
-***** EXPENSIVE 2195 575
-
-. 2194 805CDFD 99
-. D9 83 4C F6 FF FF D9 83 50 F6 FF FF D9 C9 D9 5D 80 D9 9D 7C FF FF FF C7 85 78 FF FF FF 00 00 00 00 C7 85 74 FF FF FF 00 00 00 00 C7 85 70 FF FF FF 00 00 00 00 C7 85 6C FF FF FF 00 00 00 00 C7 45 CC 00 00 00 00 8B 45 18 D9 45 80 D9 85 7C FF FF FF D9 C9 39 45 CC D9 5D 94 D9 5D 90 0F 83 56 01 00 00
-***** EXPENSIVE 2196 576
-
-. 2195 805CE60 40
-. 8B 55 E0 8B 8D 6C FF FF FF 8D 3C 51 8B 45 CC D9 85 7C FF FF FF D9 45 80 D9 C9 85 C0 D9 55 88 D9 55 8C D9 C0 D9 C2 74 30
-
-. 2196 805CEB8 11
-. 31 F6 3B 75 18 0F 83 90 01 00 00
-
-. 2197 805CEC3 7
-. 8D 57 FF 85 F6 74 44
-***** EXPENSIVE 2199 577
-
-. 2198 805CF0E 77
-. 8B 45 0C 0F AF C2 8B 4D 08 D9 04 81 D9 C1 D9 C4 D9 C9 D8 CA D9 C9 DE CA D9 C3 D9 C6 D8 CA D9 C9 D8 CB D9 CA D8 CD D9 CB D8 CF D9 C9 DE E2 DE C2 46 D8 45 8C D9 C9 D8 45 88 D9 C9 03 55 D8 3B 75 18 D9 5D 8C D9 5D 88 0F 82 6B FF FF FF
-
-. 2199 805CEC6 4
-. 85 F6 74 44
-***** EXPENSIVE 2201 578
-
-. 2200 805CECA 112
-. D9 45 9C D8 C9 D9 45 98 D9 45 98 D9 C9 D8 CD D9 C9 DE CB D9 CC D8 4D 9C D9 45 94 D9 CA DE E5 DE C2 D8 CC D9 45 90 D9 45 90 D9 C9 D8 CC D9 C9 DE CE D9 CB D8 4D 94 D9 C9 DE E3 DE C4 D9 CA D9 C9 D9 CB D9 C9 8B 45 0C 0F AF C2 8B 4D 08 D9 04 81 D9 C1 D9 C4 D9 C9 D8 CA D9 C9 DE CA D9 C3 D9 C6 D8 CA D9 C9 D8 CB D9 CA D8 CD D9 CB D8 CF D9 C9
-***** EXPENSIVE 2202 579
-
-. 2201 805CF3A 33
-. DE E2 DE C2 46 D8 45 8C D9 C9 D8 45 88 D9 C9 03 55 D8 3B 75 18 D9 5D 8C D9 5D 88 0F 82 6B FF FF FF
-***** EXPENSIVE 2203 580
-
-. 2202 805CF5B 22
-. DD D8 DD D8 DD D8 DD D8 8B 4D CC 8B 45 18 41 2B 45 CC 39 C1 73 7A
-***** EXPENSIVE 2204 581
-
-. 2203 805CF71 69
-. 8B 75 CC 0F AF 75 D0 8B 95 70 FF FF FF 8D 04 72 8B 75 E0 8D 44 70 FF 8B 55 14 0F AF D0 8D 04 85 04 00 00 00 D9 45 8C 8B 75 10 0F AF 45 14 D9 1C 96 D9 45 88 D9 1C 30 8B 45 18 39 C1 89 4D CC 0F 82 B6 FE FF FF
-***** EXPENSIVE 2205 582
-
-. 2204 805CE6C 28
-. 8B 45 CC D9 85 7C FF FF FF D9 45 80 D9 C9 85 C0 D9 55 88 D9 55 8C D9 C0 D9 C2 74 30
-***** EXPENSIVE 2206 583
-
-. 2205 805CE88 59
-. D9 45 94 D9 45 94 D9 45 90 D9 45 90 D9 CB D9 E0 D9 CA D8 4D C8 D9 C9 D8 4D C4 D9 CA D8 4D C4 D9 CB D8 4D C8 D9 C9 DE C2 DE C2 D9 5D 94 D9 5D 90 31 F6 3B 75 18 0F 83 90 01 00 00
-
-. 2206 805CFEB 4
-. 39 C1 74 38
-***** EXPENSIVE 2208 584
-
-. 2207 805D027 44
-. 8B 45 CC 0F AF 45 D0 8B 95 74 FF FF FF 89 45 CC 8B 75 E0 8D 04 42 8D 44 70 FF 0F AF 45 14 D9 45 8C 8B 55 10 D9 1C 82 E9 55 FF FF FF
-
-. 2208 805CFA8 14
-. 8B 45 18 39 C1 89 4D CC 0F 82 B6 FE FF FF
-***** EXPENSIVE 2210 585
-
-. 2209 805CFEF 56
-. 8B 95 78 FF FF FF 0F AF 45 D0 8D 04 42 8B 55 E0 D1 E2 29 D0 48 8B 55 14 0F AF D0 D9 45 8C 8B 75 10 8D 04 85 04 00 00 00 D9 1C 96 0F AF 45 14 80 75 8B 80 E9 7B FF FF FF
-***** EXPENSIVE 2211 586
-
-. 2210 805CFA2 20
-. D9 45 88 D9 1C 30 8B 45 18 39 C1 89 4D CC 0F 82 B6 FE FF FF
-
-. 2211 805CFB6 45
-. 8B 55 1C 8B 4D D0 FF 45 DC 8B 75 D4 01 95 78 FF FF FF 01 95 74 FF FF FF 01 95 70 FF FF FF 01 8D 6C FF FF FF 39 75 DC 0F 82 59 FE FF FF
-
-. 2212 8056491 27
-. 8B 55 E0 42 89 D0 C7 45 F0 01 00 00 00 D1 E8 39 45 F0 89 55 D4 0F 83 31 01 00 00
-***** EXPENSIVE 2214 587
-
-. 2213 80564AC 48
-. 8B 4D 20 8B 7D E0 83 C1 08 8D 7C 3F FE 89 4D C0 89 7D BC 90 C7 45 EC 00 00 00 00 8B 55 D8 8B 45 C0 39 55 EC D9 40 F8 D9 40 FC 0F 83 8D 01 00 00
-***** EXPENSIVE 2215 588
-
-. 2214 80564DC 152
-. 8B 45 E0 D1 E0 8B 7D BC 8B 4D F0 4F 8D 74 09 FF C7 45 C4 00 00 00 00 89 45 CC 89 45 C8 8D 76 00 8B 45 0C 8B 55 08 0F AF C6 D9 04 82 8D 04 B5 04 00 00 00 0F AF 45 0C D9 04 10 8B 45 0C 0F AF C7 D9 04 82 8D 04 BD 04 00 00 00 0F AF 45 0C D9 04 10 8B 4D F0 8B 55 C4 8D 44 4A FF 8B 4D E8 8B 55 14 01 C1 0F AF D0 D9 C3 D9 C3 D9 CD 8D 04 85 04 00 00 00 D8 E3 D9 CC D8 C2 D9 C9 89 4D B0 0F AF 45 14 8B 4D 10 DE C3 D9 CC DE E1 D9 C4 D9 C6 D9 CB D9 1C 91 D9 CA D8 CB
-***** EXPENSIVE 2216 589
-
-. 2215 8056574 76
-. D9 C9 D9 1C 08 D9 C9 D8 CB 8B 45 14 0F AF 45 B0 DE E9 D9 1C 81 8B 45 B0 8D 0C 85 04 00 00 00 D8 CA D9 C9 D8 CB 0F AF 4D 14 DE C1 8B 55 10 D9 1C 11 FF 45 EC 8B 4D E0 8B 45 D8 03 7D CC 03 75 C8 01 4D C4 39 45 EC 0F 82 3C FF FF FF
-***** EXPENSIVE 2217 590
-
-. 2216 80565C0 29
-. DD D8 DD D8 8B 45 D4 FF 45 F0 D1 E8 83 45 C0 08 83 6D BC 02 39 45 F0 0F 82 E3 FE FF FF
-***** EXPENSIVE 2218 591
-
-. 2217 80564C0 28
-. C7 45 EC 00 00 00 00 8B 55 D8 8B 45 C0 39 55 EC D9 40 F8 D9 40 FC 0F 83 8D 01 00 00
-
-. 2218 80565DD 9
-. F7 45 E0 01 00 00 00 75 7B
-***** EXPENSIVE 2220 592
-
-. 2219 80579EF 25
-. C7 45 CC 00 00 00 00 8B 55 18 39 55 CC D9 45 88 D9 45 84 0F 83 E0 06 00 00
-***** EXPENSIVE 2221 593
-
-. 2220 8058FF8 66
-. 8B 45 8C 8B 55 20 DD 44 02 F0 DD 44 02 F8 8B 55 24 DD 5D C0 DD 44 02 F8 D9 C9 DD 5D C8 DD 5D B0 DD 44 02 F0 C7 45 E8 00 00 00 00 8B 45 E0 80 75 C7 80 80 75 B7 80 39 45 E8 DD 5D B8 0F 83 A6 01 00 00
-***** EXPENSIVE 2222 594
-
-. 2221 80549A0 121
-. C7 85 DC FE FF FF 10 00 00 00 C7 85 CC FE FF FF 02 00 00 00 8B BD DC FE FF FF 8B 45 20 DD 44 38 F0 DD 44 38 F8 D9 C9 8B 45 24 DD 5D C0 DD 5D B8 DD 44 38 F0 DD 44 38 F8 D9 C9 8B 45 28 DD 5D B0 DD 5D A8 DD 44 38 F0 DD 44 38 F8 D9 C9 8B 45 2C DD 5D A0 DD 5D 98 DD 44 38 F0 DD 44 38 F8 D9 C9 C7 45 E8 00 00 00 00 8B 45 CC 39 45 E8 DD 5D 90 DD 5D 88 0F 83 50 04 00 00
-***** EXPENSIVE 2223 595
-
-. 2222 8054A19 205
-. 8B 85 CC FE FF FF 8B 55 D0 89 C1 DD 83 C4 F8 FF FF DD 83 CC F8 FF FF D9 C9 D1 E2 49 DD 9D F0 FE FF FF DD 9D E8 FE FF FF 89 45 84 89 55 80 89 8D E0 FE FF FF C7 85 D0 FE FF FF 00 00 00 00 90 8B 7D 84 8B B5 D0 FE FF FF 8D 44 37 FF 8B 55 80 8D 0C 02 01 CA 29 FE 8B 7D 80 89 95 A4 FE FF FF 8D 74 37 FF 8B 55 0C 01 F7 0F AF D0 8D 04 C5 08 00 00 00 89 BD 7C FF FF FF 0F AF 45 0C 8B 7D 08 DD 04 38 8B 45 0C 0F AF C1 8D 0C CD 08 00 00 00 DD 04 C7 0F AF 4D 0C 8B 45 0C DD 04 39 0F AF 85 A4 FE FF FF DD 9D 58 FF FF FF DD 04 C7 8B 85 A4 FE FF FF DD 04 D7 8D 3C C5 08 00 00 00 8B 45 0C 8B 55 08 0F AF 85 7C FF FF FF 0F AF 7D 0C
-***** EXPENSIVE 2224 596
-
-. 2223 8054AE6 186
-. DD 9D 70 FF FF FF D9 CA DD 9D 68 FF FF FF DD 04 17 DD 04 C2 8B 95 7C FF FF FF 8D 04 D5 08 00 00 00 8B 4D 08 0F AF 45 0C DD 04 08 D9 CA 8B 45 0C 0F AF C6 8D 34 F5 08 00 00 00 DD 9D B8 FE FF FF D9 CA 0F AF 75 0C DD 9D 60 FF FF FF D9 E0 DD 04 0E DD 85 B8 FE FF FF D9 CB DD 9D 50 FF FF FF DD 04 C1 DD 85 60 FF FF FF DD 85 58 FF FF FF D9 CD D8 C4 D9 CB D9 E0 D9 C9 D8 C2 D9 CD D8 C1 DD 85 50 FF FF FF D9 CC DD 9D 48 FF FF FF D9 CA DC AD 60 FF FF FF D9 C9 DC AD 58 FF FF FF D9 CB D8 C6 D9 C9 DD 9D 40 FF FF FF D9 CA DD 9D 38 FF FF FF DD 85 48 FF FF FF D9 C4 D8 C3
-***** EXPENSIVE 2225 597
-
-. 2224 8054BA0 172
-. DD 85 B8 FE FF FF D9 CA D8 C3 D9 C9 DD 9D 30 FF FF FF D9 CE DC A5 50 FF FF FF D9 C9 DE E4 D9 CD DD 95 28 FF FF FF DD 85 F0 FE FF FF D9 FA DC 8D E8 FE FF FF D9 CD DE E3 D9 CC DE CA DD 85 F0 FE FF FF D9 FA D9 C9 DC A5 48 FF FF FF D9 C9 DC 8D E8 FE FF FF DE C9 DD 85 30 FF FF FF DC 8D E8 FE FF FF DC AD 70 FF FF FF D9 CC DC 8D E8 FE FF FF D9 C4 D9 C9 DC AD 68 FF FF FF D9 C9 D8 C3 DD 9D 20 FF FF FF D9 C0 D8 C2 D9 C9 DE E2 DD 45 E0 DD 45 D8 D8 CF D9 C9 DC 8D 40 FF FF FF D9 CA DD 9D 18 FF FF FF DE C1 DD 45 E0 DD 45 D8
-***** EXPENSIVE 2226 598
-
-. 2225 8054C4C 176
-. D8 CD D9 C9 DC 8D 38 FF FF FF DE C1 DD 45 D8 D9 CD DC 4D E0 D9 CD DC 8D 38 FF FF FF DE E5 D9 CD DE E3 DD 85 68 FF FF FF DD 45 D8 D9 CC DD 95 B0 FE FF FF D9 CF DC 4D E0 D9 C9 DC 85 28 FF FF FF D9 CF D8 E5 D9 CC DC 8D 40 FF FF FF DE E1 D9 CE DD 9D 68 FF FF FF DD 85 70 FF FF FF DD 85 20 FF FF FF D9 CC DD 9D 10 FF FF FF D9 C2 D9 C9 DC 85 30 FF FF FF D9 CC D8 E6 D9 C9 D8 C7 D9 CE DC 85 20 FF FF FF D9 CC DD 9D 70 FF FF FF D9 CD DD 9D 08 FF FF FF DD 85 18 FF FF FF DD 85 B0 FE FF FF D9 CC DD 9D 00 FF FF FF D9 CB 8B 95 E0 FE FF FF
-***** EXPENSIVE 2227 599
-
-. 2226 8054CFC 166
-. 03 55 D4 8B 45 D4 8D 0C 10 8D 34 08 01 F0 8B 7D 14 0F AF BD E0 FE FF FF DE C4 89 85 A4 FE FF FF DD 85 70 FF FF FF 8B 45 10 DD 1C F8 8B 85 E0 FE FF FF 8D 04 C5 08 00 00 00 8B 7D 10 0F AF 45 14 DD 85 68 FF FF FF DD 1C 38 D9 C9 DE E5 DC C1 DD 45 C0 DD 45 B8 D8 CB D9 C9 8B 45 14 D8 CD 0F AF C2 DE E1 DD 1C C7 DD 45 A8 DD 45 B0 D9 C9 DC 8D 08 FF FF FF D9 CB DC 4D C0 D9 CD DC 4D B8 D9 C9 8B 45 14 DC 8D 10 FF FF FF 8D 14 D5 08 00 00 00 0F AF 55 14 0F AF C1 DE E3 DE C4 D9 CB DD 1C 3A DD 1C C7 DD 45 A8
-***** EXPENSIVE 2228 600
-
-. 2227 8054DA2 169
-. DD 45 B0 DC 8D 08 FF FF FF D9 C9 DC 8D 10 FF FF FF 8D 0C CD 08 00 00 00 0F AF 4D 14 DE C1 DD 85 18 FF FF FF D9 C9 DD 1C 39 DD 45 A0 DD 45 98 D8 CD D9 C9 D8 CB 8B 45 14 0F AF C6 DE E1 DD 1C C7 DE E2 DD 45 90 DD 45 88 D8 CB D9 CC 8D 34 F5 08 00 00 00 DC 4D A0 D9 CA DC 4D 98 D9 C9 8B 45 14 DC 8D 00 FF FF FF 0F AF 85 A4 FE FF FF 0F AF 75 14 DE E4 DE C1 DD 1C 3E D9 C9 DD 1C C7 8B 85 A4 FE FF FF DD 45 88 D9 C9 8D 3C C5 08 00 00 00 DC 4D 90 D9 C9 DC 8D 00 FF FF FF 0F AF 7D 14 8B 45 10 8B 55 D0 DE C1 DD 1C 07
-
-. 2228 8054E4B 30
-. FF 45 E8 8D 04 92 8B 4D CC 01 95 E0 FE FF FF 01 85 D0 FE FF FF 39 4D E8 0F 82 EF FB FF FF
-
-. 2229 8054E69 34
-. 8B 85 FC FE FF FF FF 45 EC D1 E8 83 85 DC FE FF FF 10 83 85 CC FE FF FF 02 39 45 EC 0F 82 29 FB FF FF
-***** EXPENSIVE 2231 601
-
-. 2230 805B634 66
-. 8B 4D AC 8B 45 20 D9 44 88 F8 D9 44 88 FC 8B 45 24 D9 5D D0 D9 44 88 FC D9 C9 D9 5D D4 D9 5D C8 D9 44 88 F8 C7 45 E8 00 00 00 00 8B 45 E0 80 75 D3 80 80 75 CB 80 39 45 E8 D9 5D CC 0F 83 97 01 00 00
-***** EXPENSIVE 2232 602
-
-. 2231 8057214 113
-. C7 85 DC FE FF FF 02 00 00 00 89 F6 8B BD DC FE FF FF 8B 45 20 D9 44 B8 F8 D9 44 B8 FC D9 C9 8B 45 24 D9 5D B0 D9 5D AC D9 44 B8 F8 D9 44 B8 FC D9 C9 8B 45 28 D9 5D A8 D9 5D A4 D9 44 B8 F8 D9 44 B8 FC D9 C9 8B 45 2C D9 5D A0 D9 5D 9C D9 44 B8 F8 D9 44 B8 FC D9 C9 C7 45 E4 00 00 00 00 8B 45 D0 39 45 E4 D9 5D 98 D9 5D 94 0F 83 BE 04 00 00
-***** EXPENSIVE 2233 603
-
-. 2232 8057285 202
-. 8B 45 E8 8B 55 D4 DD 83 C4 F8 FF FF DD 83 CC F8 FF FF D9 C9 8D 44 00 FF D1 E2 DD 9D F0 FE FF FF DD 9D E8 FE FF FF 89 7D 90 89 85 E0 FE FF FF 89 55 8C C7 85 D0 FE FF FF 00 00 00 00 8D 76 00 8B 8D D0 FE FF FF 8B 75 90 8D 44 0E FF 8B 7D 8C 8D 0C 07 8B B5 D0 FE FF FF 01 CF 8B 55 8C 2B 75 90 89 BD BC FE FF FF 8D 74 32 FF 8B 7D 0C 01 F2 0F AF F8 8D 04 85 04 00 00 00 89 55 88 0F AF 45 0C 8B 55 08 D9 04 10 8B 45 0C 0F AF C1 D9 04 82 D9 C9 8B 45 0C 0F AF 85 BC FE FF FF D9 5D 80 8D 0C 8D 04 00 00 00 D9 04 82 8B 85 BC FE FF FF D9 04 BA 0F AF 4D 0C 8D 3C 85 04 00 00 00 8B 45 0C 0F AF 45 88 D9 5D 84 0F AF 7D 0C
-***** EXPENSIVE 2234 604
-
-. 2233 805734F 205
-. D9 04 11 D9 9D 78 FF FF FF D9 9D 74 FF FF FF D9 04 17 D9 04 82 D9 C9 8B 55 88 8D 04 95 04 00 00 00 8B 4D 08 0F AF 45 0C D9 9D 70 FF FF FF D9 04 08 D9 CA D9 9D 7C FF FF FF D9 C9 D9 9D 6C FF FF FF 8B 45 0C 0F AF C6 D9 04 81 D9 85 7C FF FF FF D9 C9 8D 34 B5 04 00 00 00 D9 95 68 FF FF FF DE C1 0F AF 75 0C D9 85 74 FF FF FF D8 C2 D9 04 0E D9 C9 D9 9D 64 FF FF FF D9 E0 D9 85 78 FF FF FF D9 85 7C FF FF FF D9 C9 80 B5 6F FF FF FF 80 D8 C2 D9 C9 D8 A5 68 FF FF FF D9 CA D8 AD 78 FF FF FF D9 CC D8 AD 74 FF FF FF D9 85 70 FF FF FF D8 85 6C FF FF FF D9 CB D9 9D 60 FF FF FF D9 CC D9 9D 5C FF FF FF D9 CB D9 9D 58 FF FF FF
-***** EXPENSIVE 2235 605
-
-. 2234 805741C 191
-. D9 85 70 FF FF FF D9 85 64 FF FF FF D9 C4 D9 CA D8 A5 6C FF FF FF D9 C9 D8 C4 D9 CA D8 C3 D9 C9 D9 9D 54 FF FF FF D9 C9 D9 95 50 FF FF FF D9 C9 D9 9D 4C FF FF FF DD 85 F0 FE FF FF D9 FA DC 8D E8 FE FF FF D9 CB D8 A5 64 FF FF FF DE CB D9 CA D9 5D EC D9 45 EC DD 85 F0 FE FF FF D9 FA DC 8D E8 FE FF FF D9 CC DE E2 D9 CB DE C9 D9 5D EC DD 85 E8 FE FF FF DE C9 D8 6D 84 D9 9D 48 FF FF FF DD 85 E8 FE FF FF D8 8D 4C FF FF FF D8 6D 80 D9 9D 44 FF FF FF D9 85 48 FF FF FF D8 C1 D9 C9 D8 AD 48 FF FF FF D9 C9 D9 9D 40 FF FF FF D9 9D 38 FF FF FF D9 45 DC D9 45 E0 D8 8D 60 FF FF FF
-***** EXPENSIVE 2236 606
-
-. 2235 80574DB 173
-. D9 C9 D8 8D 58 FF FF FF DE C1 D9 45 EC D9 85 44 FF FF FF D9 CA D9 9D 30 FF FF FF D9 45 E0 D9 45 DC D9 CB D8 C2 D9 CB D8 8D 54 FF FF FF D9 CA D8 AD 44 FF FF FF D9 C9 D8 8D 5C FF FF FF DE C2 D9 9D 34 FF FF FF D9 45 E0 D9 45 DC D9 C9 D8 8D 58 FF FF FF D9 C9 D8 8D 60 FF FF FF D9 45 84 D9 C9 DE E2 D9 CB D9 9D 3C FF FF FF D9 45 DC D9 45 E0 D9 CC D8 85 50 FF FF FF D9 CC D8 8D 54 FF FF FF D9 C9 D8 8D 5C FF FF FF D9 CC D9 5D 84 8B 95 E0 FE FF FF 03 55 D8 8B 45 D8 8D 0C 10 8D 34 08 DE EB D9 85 38 FF FF FF 01 F0 D8 E3 D9 CB
-***** EXPENSIVE 2237 607
-
-. 2236 8057588 187
-. 8B 7D 14 D8 85 38 FF FF FF 0F AF BD E0 FE FF FF D9 45 80 D9 C9 D9 9D 24 FF FF FF 89 85 BC FE FF FF D9 45 84 8B 45 10 D9 1C B8 D8 85 4C FF FF FF 8B 85 E0 FE FF FF D9 5D 80 D9 85 34 FF FF FF 8D 04 85 04 00 00 00 8B 7D 10 0F AF 45 14 D8 C1 D9 45 80 D9 CA D8 AD 34 FF FF FF D9 85 40 FF FF FF D9 85 3C FF FF FF D9 C9 D8 E5 D9 C9 D8 85 30 FF FF FF D9 CC D9 1C 38 D9 C9 D9 9D 20 FF FF FF D9 45 B0 D9 45 AC D9 CD D8 85 40 FF FF FF D9 CD D8 CC D9 C9 8B 45 14 D8 CA 0F AF C2 DE E1 D9 CC D9 9D 1C FF FF FF D9 85 3C FF FF FF D8 A5 30 FF FF FF D9 CC D9 1C 87 D9 45 B0 DE CB
-***** EXPENSIVE 2238 608
-
-. 2237 8057643 159
-. D9 45 AC DE C9 8D 14 95 04 00 00 00 0F AF 55 14 DE C2 D9 C9 D9 1C 3A D9 45 A4 D9 45 A8 D9 C9 D8 CA D9 C9 8B 45 14 D8 CC 0F AF C1 DE E1 D9 1C 87 D9 45 9C D9 45 A0 D9 C9 D8 8D 20 FF FF FF D9 CA D8 4D A8 D9 CC D8 4D A4 D9 C9 8B 45 14 D8 8D 24 FF FF FF 8D 0C 8D 04 00 00 00 0F AF 4D 14 0F AF C6 DE E2 DE C3 D9 CA D9 1C 39 D9 45 A0 D9 CA D9 1C 87 D9 45 9C D8 8D 24 FF FF FF D9 CA D8 8D 20 FF FF FF DE C2 D9 45 94 D9 45 98 8B 45 14 D8 8D 1C FF FF FF D9 C9 D8 CA 8D 34 B5 04 00 00 00
-***** EXPENSIVE 2239 609
-
-. 2238 80576E2 97
-. 0F AF 85 BC FE FF FF 0F AF 75 14 DE E9 D9 CA D9 1C 3E D9 C9 D9 1C 87 8B 85 BC FE FF FF D9 45 94 D9 C9 8D 3C 85 04 00 00 00 D8 4D 98 D9 C9 D8 8D 1C FF FF FF 0F AF 7D 14 8B 45 10 DE C1 D9 1C 07 8B 55 D4 8D 04 92 FF 45 E4 8B 4D D0 01 95 E0 FE FF FF 01 85 D0 FE FF FF 39 4D E4 0F 82 81 FB FF FF
-
-. 2239 8057743 27
-. 8B 85 F8 FE FF FF FF 45 E8 D1 E8 83 85 DC FE FF FF 02 39 45 E8 0F 82 C2 FA FF FF
-***** EXPENSIVE 2241 610
-
-. 2240 804DBF8 160
-. 8B 45 EC 03 45 DC 0F AF 45 0C C1 E0 04 DD 04 07 DD 9D 48 FF FF FF DD 44 07 08 8B 45 EC 03 45 94 0F AF 45 0C C1 E0 04 DD 04 07 DD 44 07 08 8B 45 EC 03 45 84 0F AF 45 0C C1 E0 04 DD 04 07 D9 CA DD 55 98 DD 85 48 FF FF FF D8 C3 DD 44 07 08 D9 C9 DD 9D 78 FF FF FF D9 C4 D8 C1 DD 04 17 D9 C9 DD 9D 70 FF FF FF DD 85 48 FF FF FF D9 CB D8 C1 D9 CB DE E5 DD 85 78 FF FF FF DD 44 17 08 D9 C9 D8 C4 D9 CD DD 55 88 D9 CD DD 1C 0E DC C4 DD 85 70 FF FF FF D9 CA DC 65 98 D9 C9 DC 65 88 D9 CA
-***** EXPENSIVE 2242 611
-
-. 2241 804DC98 139
-. D8 C5 D9 CF DE E3 D9 CD DC 8D 60 FF FF FF D9 CA DC 8D 60 FF FF FF D9 CE DD 5C 0E 08 D9 C4 D9 C1 D9 C9 8B 45 E8 D8 E7 D9 C9 D8 C3 D9 CE DE C7 D9 C9 DE E2 03 45 D4 DD 45 C8 DD 45 C0 0F AF 45 14 D8 CE D9 C9 D8 CA C1 E0 04 DE E1 D9 CB DC A5 78 FF FF FF D9 CC DC A5 70 FF FF FF D9 CB DD 1C 06 D9 CC DC 4D C8 D9 CC DC 4D C0 DE C4 D9 CB DD 5C 06 08 8B 45 E8 03 85 6C FF FF FF DD 45 B8 DD 45 B0 D8 CA D9 C9 0F AF 45 14 D8 CB
-***** EXPENSIVE 2243 612
-
-. 2242 804DD23 127
-. D9 CA DC 4D B8 D9 CB DC 4D B0 D9 CA C1 E0 04 DE E1 D9 CA DE C1 D9 C9 DD 1C 06 DD 5C 06 08 8B 45 E8 03 85 68 FF FF FF DD 45 A8 DD 45 A0 D9 C9 0F AF 45 14 D8 CB D9 C9 D8 CA D9 CB DC 4D A0 D9 CA DC 4D A8 D9 C9 C1 E0 04 DE E3 DE C1 D9 C9 DD 1C 06 DD 5C 06 08 8B 45 0C 01 85 50 FF FF FF FF 45 E0 8B 45 D4 03 95 58 FF FF FF FF 45 EC 03 8D 5C FF FF FF FF 45 E8 39 45 E0 0F 82 56 FE FF FF
-***** EXPENSIVE 2244 613
-
-. 2243 805100C 138
-. 8B 45 F0 03 45 E0 0F AF 45 0C D9 04 C7 D9 44 C7 04 8B 45 F0 03 45 B8 0F AF 45 0C D9 04 C7 D9 44 C7 04 8B 45 F0 03 45 B4 0F AF 45 0C D9 44 C7 04 D9 5D B0 D9 04 D7 D8 C2 D9 04 C7 D9 C9 D9 5D AC D9 C4 D9 44 D7 04 D8 C3 D9 C9 D8 C2 D9 CE DE E2 D9 45 AC D9 C9 D9 5D A8 D8 C5 D9 45 B0 D9 CB D8 6C D7 04 D9 04 D7 D9 CC D8 C6 D9 CA D9 1C CE D9 45 A8 D8 C2 D9 CC DE E5 D9 CD D8 65 B0 D8 4D 84 D9 CB D9 5C CE 04 D9 C3 D8 E3
-***** EXPENSIVE 2245 614
-
-. 2244 8051096 128
-. D9 CA D8 4D 84 D9 CE D8 6D AC D9 CA D9 5D A0 D9 C4 D8 C6 D9 CD D9 5D A4 D9 C9 D9 55 9C D9 CD D8 6D A4 D9 5D 90 D9 CA DE C1 8B 45 EC D9 45 D0 D9 45 CC 03 45 D8 D8 CC D9 C9 D8 4D A0 0F AF 45 14 DE E1 D9 1C C6 D9 45 CC D8 4D A0 D9 CB D8 4D D0 DE C3 D9 C9 D8 6D A8 D9 C9 D9 5D 94 D9 C9 D9 5C C6 04 D9 45 C8 8B 45 EC D9 45 C4 D9 45 C8 D9 45 C4 D9 CA 03 45 8C D8 CC D9 CB D8 CD D9 C9 D8 CC
-***** EXPENSIVE 2246 615
-
-. 2245 8051116 104
-. D9 CA DE CD 0F AF 45 14 DE E2 DE C3 D9 1C C6 D9 C9 D9 5C C6 04 D9 45 C0 8B 45 EC D9 45 BC D9 C9 03 45 88 D8 4D 94 D9 C9 D8 4D 90 0F AF 45 14 DE E9 D9 1C C6 D9 45 BC D9 45 C0 D8 4D 90 D9 C9 D8 4D 94 DE C1 D9 C9 D9 5D 98 D9 5C C6 04 FF 45 E4 8B 45 D8 03 55 0C FF 45 F0 03 4D 14 FF 45 EC 39 45 E4 0F 82 8E FE FF FF
-
-. 2246 80593D7 30
-. 8B 75 DC 46 89 F0 C7 45 EC 01 00 00 00 D1 E8 39 45 EC 89 B5 68 FF FF FF 0F 83 F9 02 00 00
-***** EXPENSIVE 2248 616
-
-. 2247 80593F5 103
-. C7 85 58 FF FF FF 10 00 00 00 90 8B 85 58 FF FF FF 8B 55 20 DD 44 02 F0 DD 44 02 F8 8B 55 24 DD 5D C8 DD 5D D0 DD 44 02 F8 DD 44 02 F0 D9 C9 8B 55 28 DD 5D B8 DD 44 02 F8 D9 C9 DD 5D C0 DD 5D A8 DD 44 02 F0 C7 45 E8 00 00 00 00 8B 45 E0 80 75 CF 80 80 75 BF 80 80 75 AF 80 39 45 E8 DD 5D B0 0F 83 77 02 00 00
-***** EXPENSIVE 2249 617
-
-. 2248 805945C 198
-. 8B 55 DC 8B 4D EC 8B 45 DC 8D 4C 09 FF D1 E2 2B 45 EC 89 95 6C FF FF FF 89 8D 60 FF FF FF 89 8D 5C FF FF FF 8D 7C 00 FF 8B 95 5C FF FF FF 03 55 E4 8B 75 E4 8D 0C 16 01 CE 8B 45 0C 89 B5 3C FF FF FF 0F AF 85 5C FF FF FF 8B 75 08 DD 04 C6 8B 85 5C FF FF FF 8D 04 C5 08 00 00 00 0F AF 45 0C DD 5D A0 DD 04 30 8B 45 0C 0F AF C2 DD 04 C6 8B 45 0C 0F AF C1 8D 14 D5 08 00 00 00 DD 04 C6 0F AF 55 0C 8B 45 0C 8D 0C CD 08 00 00 00 DD 04 32 0F AF 4D 0C 0F AF 85 3C FF FF FF 8B 95 3C FF FF FF DD 04 31 DD 04 C6 D9 CD 8D 34 D5 08 00 00 00 0F AF 75 0C 8B 4D 08 DD 5D 98 DD 04 0E DD 5D 90 DD 45 D0 DD 45 C8
-***** EXPENSIVE 2250 618
-
-. 2249 8059522 128
-. D9 C9 D8 CD D9 C9 D8 CB DE E9 DD 9D 40 FF FF FF DD 45 C0 DD 45 B8 D9 CD DC 4D C8 D9 CD D8 CA D9 CB DC 4D D0 D9 C9 D8 CC D9 C9 DE C5 DE E2 DD 45 B0 DD 45 A8 DC 4D 90 D9 C9 D8 CE DE E1 DD 85 40 FF FF FF DD 45 B0 D9 CD DC 4D B8 D9 CF DC 4D A8 D9 C9 D8 C2 D9 CB DC 4D C0 D9 CD DC 4D 90 DE C1 D9 CC DE C6 DD 45 A0 DD 45 98 D9 CB DD 5D 88 8B 85 6C FF FF FF D9 C5 D9 C9 8D 0C 38 D8 C4 D9 C9
-***** EXPENSIVE 2251 619
-
-. 2250 80595A2 156
-. D8 C5 D9 CE DE E5 8B 45 14 DD 45 88 0F AF 85 60 FF FF FF 8B 75 10 D8 C1 DD 1C C6 D9 CD DD 5D 80 8B B5 60 FF FF FF DD 85 40 FF FF FF D9 CA D8 C6 D9 CA DE E1 8D 04 F5 08 00 00 00 DD 45 80 D9 CB 8B 75 10 DC 6D A0 D9 CE 0F AF 45 14 DC 6D 98 D9 CB D8 C2 D9 CB 8B 95 60 FF FF FF DD 9D 70 FF FF FF D9 CA DD 1C 30 D9 CA 03 95 6C FF FF FF D9 E0 D9 C4 8B 45 14 0F AF C2 D8 E1 DD 1C C6 D9 CC 8B 45 14 DD 9D 78 FF FF FF 0F AF C1 DD 85 70 FF FF FF D9 C9 D9 E0 D9 CA DC 65 80 D9 CC
-***** EXPENSIVE 2252 620
-
-. 2251 805963E 149
-. 8D 14 D5 08 00 00 00 8D 0C CD 08 00 00 00 0F AF 55 14 DC 85 78 FF FF FF D9 C9 0F AF 4D 14 D8 C2 D9 CB DC 65 88 D9 CA DC AD 70 FF FF FF D9 CC D9 E0 D9 CB DD 1C 32 D9 CB DD 9D 70 FF FF FF DD 1C C6 D9 C9 DD 95 78 FF FF FF D9 C9 DD 1C 31 8B 45 14 0F AF C7 DD 1C C6 80 B5 77 FF FF FF 80 8D 04 FD 08 00 00 00 0F AF 45 14 DD 85 70 FF FF FF DD 1C 30 8B 55 DC 8B 45 18 FF 45 E8 8B 4D E0 01 85 60 FF FF FF 01 C7 01 95 5C FF FF FF 39 4D E8 0F 82 B1 FD FF FF
-
-. 2252 80596D3 27
-. 8B 85 68 FF FF FF FF 45 EC D1 E8 83 85 58 FF FF FF 10 39 45 EC 0F 82 12 FD FF FF
-
-. 2253 80596EE 13
-. F7 45 DC 01 00 00 00 0F 85 FC 00 00 00
-
-. 2254 80596FB 19
-. C7 45 E8 00 00 00 00 8B 75 E0 39 75 E8 0F 83 E9 00 00 00
-***** EXPENSIVE 2256 621
-
-. 2255 805970E 162
-. 8B 7D DC DD 83 DC F8 FF FF C7 85 64 FF FF FF 00 00 00 00 4F 89 F6 8B 45 E4 8D 14 38 8D 0C 10 01 C8 8B 75 0C 89 85 3C FF FF FF 0F AF F7 8B 45 08 DD 04 F0 8B B5 3C FF FF FF 0F AF 55 0C 0F AF 4D 0C 0F AF 75 0C DD 04 D0 DD 04 C8 DD 04 F0 D9 C4 D9 FA DD 83 34 F6 FF FF DE F1 D9 C3 D8 E2 DE C9 D9 C5 D9 FA 8B 8D 64 FF FF FF 8B 55 EC DD 83 34 F6 FF FF 8D 44 51 FF DE F1 8B 75 DC D9 C5 8B 55 14 8D 0C 70 0F AF D0 8B 75 10 D8 C2 DD 1C D6 D9 CC DE C2 D9 C2 D9 CC DE CA D9 CB 8D 04 C5 08 00 00 00
-***** EXPENSIVE 2257 622
-
-. 2256 80597B0 69
-. D9 E0 0F AF 45 14 D8 E1 DD 1C 30 D9 CB 8B 45 14 0F AF C1 DE E2 D9 C9 DD 1C C6 8D 0C CD 08 00 00 00 8B 45 18 FF 45 E8 8B 55 E0 0F AF 4D 14 DE E1 01 85 64 FF FF FF 03 7D DC 39 55 E8 DD 1C 31 0F 82 2F FF FF FF
-***** EXPENSIVE 2258 623
-
-. 2257 80597F5 13
-. DD D8 81 C4 BC 00 00 00 5B 5E 5F C9 C3
-***** EXPENSIVE 2259 624
-
-. 2258 80542D8 154
-. 8D 14 BD 00 00 00 00 8B 4D D8 8B 75 08 8D 44 11 FF 0F AF 55 0C DD 04 D6 8B 55 0C 0F AF D0 8D 0C 01 8D 04 C5 08 00 00 00 DD 04 D6 0F AF 45 0C 0F AF 4D 0C 8B 55 E4 DD 04 CE DD 04 30 D9 C3 8D 04 3A 8D 14 02 D8 C2 D9 CC 8B 4D E4 01 D1 DE E2 D9 CA D8 C0 D9 C3 8B 75 14 0F AF F7 89 8D 34 FF FF FF D8 C1 8B 4D 10 DD 1C F1 D9 CA D8 C0 D9 C1 8B B5 34 FF FF FF 0F AF 75 14 0F AF 45 14 0F AF 55 14 D8 E1 D9 CC DE E3 DE C1 D9 CA DD 1C C1 FF 45 E8 DD 1C D1 DD 1C F1 8B 75 DC
-
-. 2259 8054372 12
-. 03 7D E0 39 75 E8 0F 82 5A FF FF FF
-
-. 2260 805BA0A 30
-. 8B 75 DC 46 89 F0 C7 45 EC 01 00 00 00 D1 E8 39 45 EC 89 B5 64 FF FF FF 0F 83 05 03 00 00
-***** EXPENSIVE 2262 625
-
-. 2261 805BA28 104
-. C7 85 54 FF FF FF 02 00 00 00 89 F6 8B 85 54 FF FF FF 8B 55 20 D9 44 82 F8 D9 44 82 FC 8B 55 24 D9 5D C8 D9 5D CC D9 44 82 FC D9 44 82 F8 D9 C9 8B 55 28 D9 5D C0 D9 44 82 FC D9 C9 D9 5D C4 D9 5D B8 D9 44 82 F8 C7 45 E8 00 00 00 00 8B 45 E0 80 75 CB 80 80 75 C3 80 80 75 BB 80 39 45 E8 D9 5D BC 0F 83 82 02 00 00
-***** EXPENSIVE 2263 626
-
-. 2262 805BA90 197
-. 8B 55 DC 8B 4D EC 8B 45 DC 8D 4C 09 FF D1 E2 2B 45 EC 89 95 78 FF FF FF 89 8D 5C FF FF FF 89 8D 58 FF FF FF 8D 7C 00 FF 8B 95 58 FF FF FF 03 55 E4 8B 75 E4 8D 0C 16 01 CE 8B 45 0C 89 B5 44 FF FF FF 0F AF 85 58 FF FF FF 8B 75 08 D9 04 86 8B 85 58 FF FF FF 8D 04 85 04 00 00 00 0F AF 45 0C D9 5D B4 D9 04 30 8B 45 0C 0F AF C2 D9 5D B0 D9 04 86 8B 45 0C 0F AF C1 D9 04 86 D9 C9 8B 45 0C 0F AF 85 44 FF FF FF 8D 14 95 04 00 00 00 8D 0C 8D 04 00 00 00 0F AF 55 0C 0F AF 4D 0C D9 5D AC D9 04 86 8B 85 44 FF FF FF D9 04 32 D9 04 31 D9 CA D9 5D A4 8D 34 85 04 00 00 00 D9 45 CC 0F AF 75 0C 8B 55 08
-***** EXPENSIVE 2264 627
-
-. 2263 805BB55 138
-. D8 4D AC D9 CB D9 5D A8 D9 04 16 D9 CB D9 5D A0 D9 45 C8 D8 C9 D8 6D A0 D9 5D A0 D9 45 C8 D8 4D AC D9 C9 D8 4D CC DE C1 D9 45 C4 D8 4D A8 D9 5D 9C D9 45 C0 D8 CA D8 6D 9C D9 5D 9C D9 45 C0 D8 4D A8 D9 CA D8 4D C4 D9 CA D9 5D A8 D9 C9 D8 45 A8 D9 5D 98 D9 45 BC D8 4D A4 D9 5D 94 D9 45 B8 D8 CA D8 6D 94 D9 5D 94 D9 45 BC DE CA D9 45 B8 D8 4D A4 DE C2 D9 45 B4 D8 45 9C D9 5D 90 D9 45 B0 D8 45 98 D9 5D 8C D9 45 A0
-***** EXPENSIVE 2265 628
-
-. 2264 805BBDF 151
-. D9 45 A0 D9 45 B4 D9 45 B0 D9 CB D8 65 94 D9 CA D8 45 94 D9 C9 D8 65 9C D9 CB D8 65 98 D9 C4 D9 CB D9 5D 88 D9 CA 8B 85 78 FF FF FF 8D 0C 38 D8 C5 D9 45 8C D9 CD DE E6 8B 45 14 D9 45 90 0F AF 85 5C FF FF FF D8 C2 D9 CD D8 C1 D9 CD 8B 75 10 D9 1C 86 D9 CC D9 5D 84 D9 CC 8B B5 5C FF FF FF D9 E0 D9 C2 80 75 8B 80 D8 E1 8D 04 B5 04 00 00 00 0F AF 45 14 8B 75 10 D9 5D 80 D9 45 84 D9 45 88 D9 C9 8B 95 5C FF FF FF D9 1C 30 03 95 78 FF FF FF D8 C2 8B 45 14
-***** EXPENSIVE 2266 629
-
-. 2265 805BC76 156
-. 0F AF C2 D9 9D 7C FF FF FF D9 45 80 D9 1C 86 D9 CC 8D 14 95 04 00 00 00 8B 45 14 0F AF 55 14 0F AF C1 D8 6D 90 D9 85 7C FF FF FF D9 CC D8 6D 8C D9 CC 8D 0C 8D 04 00 00 00 D9 1C 32 D9 C9 0F AF 4D 14 D8 65 88 D9 C9 D9 14 86 D9 5D 90 D9 CA D9 5D 8C 80 75 8F 80 8B 45 14 0F AF C7 DE C2 D9 45 8C D9 1C 31 D9 C9 D9 1C 86 8D 04 BD 04 00 00 00 0F AF 45 14 D9 E0 D9 1C 30 8B 55 DC 8B 45 18 FF 45 E8 8B 4D E0 01 85 5C FF FF FF 01 C7 01 95 58 FF FF FF 39 4D E8 0F 82 A6 FD FF FF
-
-. 2266 805BD12 27
-. 8B 85 64 FF FF FF FF 45 EC D1 E8 83 85 54 FF FF FF 02 39 45 EC 0F 82 07 FD FF FF
-
-. 2267 805BD2D 13
-. F7 45 DC 01 00 00 00 0F 85 2F 01 00 00
-
-. 2268 805BD3A 19
-. C7 45 E8 00 00 00 00 8B 75 E0 39 75 E8 0F 83 1C 01 00 00
-***** EXPENSIVE 2270 630
-
-. 2269 805BD4D 189
-. 8B 7D DC C7 85 60 FF FF FF 00 00 00 00 4F 90 8B 45 E4 8D 14 38 8D 0C 10 01 C8 8B 75 0C 89 85 44 FF FF FF 0F AF F7 8B 45 08 D9 04 B0 8B B5 44 FF FF FF 0F AF 75 0C D9 9D 74 FF FF FF 0F AF 55 0C D9 04 B0 0F AF 4D 0C D9 9D 6C FF FF FF D9 04 90 D9 04 88 DD 83 DC F8 FF FF D9 FA D9 85 6C FF FF FF D9 C9 DC BB 34 F6 FF FF D9 C9 D8 EB DE C9 D9 9D 68 FF FF FF DD 83 DC F8 FF FF D9 FA DC BB 34 F6 FF FF D9 CA D8 85 6C FF FF FF 8B 8D 60 FF FF FF DE CA D9 C9 8B 55 EC D9 5D F0 8D 44 51 FF 8B 75 DC 8B 55 14 D9 85 74 FF FF FF 8D 0C 70 0F AF D0 8B 75 10 D8 85 68 FF FF FF D9 45 F0
-***** EXPENSIVE 2271 631
-
-. 2270 805BE0A 95
-. D9 C9 D9 1C 96 D9 C1 8D 04 85 04 00 00 00 D9 E0 0F AF 45 14 D8 E1 D9 1C 30 8B 45 14 D9 85 74 FF FF FF 0F AF C1 D8 A5 68 FF FF FF D9 1C 86 8D 0C 8D 04 00 00 00 8B 45 18 FF 45 E8 8B 55 E0 0F AF 4D 14 DE E9 01 85 60 FF FF FF 03 7D DC 39 55 E8 D9 95 70 FF FF FF D9 1C 31 0F 82 F3 FE FF FF
-***** EXPENSIVE 2272 632
-
-. 2271 8056AC0 154
-. 8D 14 BD 00 00 00 00 8B 4D D8 8B 75 08 8D 44 11 FF 0F AF 55 0C D9 04 96 8B 55 0C 0F AF D0 8D 0C 01 8D 04 85 04 00 00 00 0F AF 45 0C D9 04 30 D9 04 96 D9 C9 0F AF 4D 0C 8B 55 E4 8D 04 3A D9 5D D4 D9 C1 D9 04 8E 8D 14 02 DC C1 8B 4D E4 01 D1 DE EB D9 C9 D8 C0 D9 C1 D9 45 D4 8B 75 14 0F AF F7 D8 C0 D9 C9 89 8D 34 FF FF FF D8 C2 8B 4D 10 D9 1C B1 D9 C0 8B B5 34 FF FF FF 0F AF 75 14 0F AF 45 14 D8 EC D9 CB 0F AF 55 14 DE E2 DE C3 D9 C9 D9 1C 81 FF 45 E8 D9 1C 91
-***** EXPENSIVE 2273 633
-
-. 2272 8056B5A 18
-. D9 1C B1 8B 75 DC 03 7D E0 39 75 E8 0F 82 54 FF FF FF
-***** EXPENSIVE 2274 634
-
-. 2273 8059064 159
-. 8B 45 E4 8D 14 38 01 D0 8B 4D 0C 89 85 7C FF FF FF 0F AF CF 8B 45 08 DD 04 C8 8D 04 FD 08 00 00 00 8B 4D 08 0F AF 45 0C DD 5D A8 DD 04 08 8B 45 0C 0F AF C2 8D 14 D5 08 00 00 00 DD 04 C1 0F AF 55 0C 8B 45 0C DD 04 0A 0F AF 85 7C FF FF FF 8B 95 7C FF FF FF DD 04 C1 D9 CB DD 5D A0 8D 0C D5 08 00 00 00 DD 45 C8 DD 45 C0 0F AF 4D 0C 8B 45 08 D8 CA D9 C9 D8 CB D9 CA DC 4D C8 D9 CB DC 4D C0 DD 04 01 D9 CB DE E2 DE C3 DD 45 B8 DD 45 B0 DD 45 B8 D9 C9 D8 CC D9 CA D8 CE D9 C9 DE CC
-***** EXPENSIVE 2275 635
-
-. 2274 8059103 132
-. D9 CD DC 4D B0 D9 CD DE E1 D9 CA DE C4 D9 C0 D9 C3 D9 C9 D8 C3 D9 C9 D8 C5 DD 83 BC F8 FF FF DD 83 BC F8 FF FF D9 C9 D8 CB D9 C9 D8 CA D9 CC DE E5 D9 CD DE E6 D9 C9 DC 45 A8 D9 CC DC 6D A8 D9 CA DC 6D A0 D9 CB DC 4D 98 D9 CD DC 4D 98 D9 CC DD 55 A8 8B 4D DC 8B 45 14 8D 14 4E 0F AF C6 8B 4D 10 DD 1C C1 8D 04 F5 08 00 00 00 0F AF 45 14 DC 45 A0 DD 14 08 D9 C1 8B 45 14 0F AF C2 D9 C3 D9 C9 D8 E5
-***** EXPENSIVE 2276 636
-
-. 2275 8059187 89
-. 8D 14 D5 08 00 00 00 DD 1C C1 0F AF 55 14 D8 C5 8B 45 14 DD 1C 0A D9 C9 0F AF 45 90 8B 55 90 DE C3 D9 CA DD 1C C1 DE E2 D9 C9 8D 04 D5 08 00 00 00 0F AF 45 14 D9 E0 DD 1C 08 FF 45 E8 8B 4D 18 8B 45 E0 01 CA 01 CE 03 7D DC 39 45 E8 DD 5D A0 89 55 90 0F 82 84 FE FF FF
-***** EXPENSIVE 2277 637
-
-. 2276 8053FB4 56
-. 8B 4D 8C 8B 75 20 DD 44 0E F0 8B 45 24 DD 5D C8 DD 44 0E F8 DD 5D C0 DD 44 08 F0 DD 5D B8 C7 45 E8 00 00 00 00 DD 44 08 F8 8B 45 D4 39 45 E8 DD 5D B0 0F 83 A7 01 00 00
-***** EXPENSIVE 2278 638
-vex iropt: not unrolling (108 sts)
-
-. 2277 80541DC 144
-. 8B 45 0C 0F AF C7 8B 4D 08 8B 75 D8 DD 04 C1 D1 E6 8D 04 FD 08 00 00 00 8D 14 3E 0F AF 45 0C D9 C1 DC 0C 08 0F AF 55 0C 8B 45 90 DD 04 D1 03 45 DC 8B 55 DC 01 C2 D9 C2 8B 4D 14 D8 C0 D9 CB 0F AF 4D 90 D8 E1 D9 CB DE C1 89 95 74 FF FF FF 8B 55 10 DD 1C CA D9 C1 8B 8D 74 FF FF FF D9 E0 D9 CA 0F AF 4D 14 0F AF 45 14 D8 E1 D9 CA DE E1 D9 C9 DD 1C C2 DD 1C CA 8B 4D D8 01 CE 01 F7 FF 45 E8 8B 75 D4 01 4D 90 39 75 E8 0F 82 70 FF FF FF
-***** EXPENSIVE 2279 639
-
-. 2278 805B6A4 149
-. 8B 4D E4 8D 14 39 01 D1 8B 45 0C 89 4D A0 0F AF C7 8B 4D 08 D9 04 81 8D 04 BD 04 00 00 00 0F AF 45 0C D9 04 08 8B 45 0C 0F AF C2 8D 14 95 04 00 00 00 D9 04 81 D9 C9 0F AF 55 0C 8B 45 0C D9 5D C0 0F AF 45 A0 D9 04 0A 8B 55 A0 D9 04 81 D9 CB D9 5D C4 8D 0C 95 04 00 00 00 D9 45 D4 D9 45 D0 0F AF 4D 0C 8B 45 08 D8 CA D9 C9 D8 CB D9 CA D8 4D D4 D9 CB D8 4D D0 D9 04 01 D9 CB DE E2 DE C3 D9 45 CC D9 45 C8 D9 45 CC D9 C9 D8 CC D9 CA D8 CE D9 C9 DE CC
-***** EXPENSIVE 2280 640
-
-. 2279 805B739 126
-. D9 CD D8 4D C8 D9 CD DE E1 D9 CA DE C4 D9 C0 D9 C3 D9 C9 D8 C3 D9 C9 D8 C5 D9 45 B4 D9 45 B4 D9 C9 D8 CB D9 C9 D8 CA D9 CC DE E5 D9 CD DE E6 D8 45 C0 D9 CC D8 6D C4 D9 CA D8 6D C0 D9 CB D8 4D BC D9 CD D8 4D BC D9 C9 D8 45 C4 D9 CC D9 55 C0 D9 CC 8B 4D DC 8B 45 14 8D 14 4E 0F AF C6 8B 4D 10 D9 1C 81 D9 CB 8D 04 B5 04 00 00 00 0F AF 45 14 D9 1C 08 D9 C0 8B 45 14 0F AF C2 D9 C2
-***** EXPENSIVE 2281 641
-
-. 2280 805B7B7 86
-. D9 C9 D8 E4 8D 14 95 04 00 00 00 D9 1C 81 0F AF 55 14 D8 C4 8B 45 14 D9 1C 0A 0F AF 45 B0 8B 55 B0 DE C2 D9 C9 D9 1C 81 DE E1 8D 04 95 04 00 00 00 0F AF 45 14 D9 E0 D9 1C 08 FF 45 E8 8B 4D 18 8B 45 E0 01 CA 01 CE 03 7D DC 39 45 E8 89 55 B0 0F 82 97 FE FF FF
-***** EXPENSIVE 2282 642
-
-. 2281 8056798 60
-. 8B 4D A4 8B 75 20 8B 45 24 D9 44 8E F8 D9 44 8E FC D9 C9 D9 5D D4 D9 5D D0 D9 44 88 F8 D9 44 88 FC D9 C9 C7 45 E8 00 00 00 00 8B 45 D8 39 45 E8 D9 5D CC D9 5D C8 0F 83 BA 01 00 00
-***** EXPENSIVE 2283 643
-vex iropt: not unrolling (114 sts)
-
-. 2282 80569D4 138
-. 8B 45 0C 0F AF C7 8B 4D 08 8B 75 DC D9 04 81 D1 E6 8D 04 BD 04 00 00 00 8D 14 3E 0F AF 45 0C D9 C1 D8 0C 08 0F AF 55 0C 8B 45 A8 D9 04 91 03 45 E0 8B 55 E0 01 C2 D9 C2 8B 4D 14 D8 C0 D9 CB 0F AF 4D A8 D8 E1 D9 CB DE C1 89 55 94 8B 55 10 D9 1C 8A D9 C1 8B 4D 94 D9 E0 D9 CA 0F AF 4D 14 0F AF 45 14 D8 E1 D9 CA DE E1 D9 C9 D9 1C 82 D9 1C 8A 8B 4D DC 01 CE 01 F7 FF 45 E8 8B 75 D8 01 4D A8 39 75 E8 0F 82 76 FF FF FF
-***** EXPENSIVE 2284 644
-
-. 2283 8059400 92
-. 8B 85 58 FF FF FF 8B 55 20 DD 44 02 F0 DD 44 02 F8 8B 55 24 DD 5D C8 DD 5D D0 DD 44 02 F8 DD 44 02 F0 D9 C9 8B 55 28 DD 5D B8 DD 44 02 F8 D9 C9 DD 5D C0 DD 5D A8 DD 44 02 F0 C7 45 E8 00 00 00 00 8B 45 E0 80 75 CF 80 80 75 BF 80 80 75 AF 80 39 45 E8 DD 5D B0 0F 83 77 02 00 00
-***** EXPENSIVE 2285 645
-
-. 2284 805BA34 92
-. 8B 85 54 FF FF FF 8B 55 20 D9 44 82 F8 D9 44 82 FC 8B 55 24 D9 5D C8 D9 5D CC D9 44 82 FC D9 44 82 F8 D9 C9 8B 55 28 D9 5D C0 D9 44 82 FC D9 C9 D9 5D C4 D9 5D B8 D9 44 82 F8 C7 45 E8 00 00 00 00 8B 45 E0 80 75 CB 80 80 75 C3 80 80 75 BB 80 39 45 E8 D9 5D BC 0F 83 82 02 00 00
-
-. 2285 805A331 19
-. C7 45 E0 00 00 00 00 8B 7D D8 39 7D E0 0F 83 29 02 00 00
-***** EXPENSIVE 2287 646
-
-. 2286 805A344 95
-. DD 83 34 F6 FF FF DD 83 44 F6 FF FF D9 C9 DD 9D 40 FF FF FF DD 9D 38 FF FF FF C7 85 24 FF FF FF 00 00 00 00 C7 85 20 FF FF FF 00 00 00 00 C7 85 1C FF FF FF 00 00 00 00 C7 45 D0 00 00 00 00 8B 45 18 DD 85 40 FF FF FF DD 85 38 FF FF FF D9 C9 39 45 D0 DD 5D A0 DD 5D 98 0F 83 A3 01 00 00
-***** EXPENSIVE 2288 647
-
-. 2287 805A3A3 46
-. 8B 95 1C FF FF FF C7 85 28 FF FF FF 00 00 00 00 89 55 84 89 F6 8B 45 D0 DD 85 38 FF FF FF 85 C0 DD 55 88 DD 55 90 DD 85 40 FF FF FF 74 30
-
-. 2288 805A401 11
-. 31 C9 3B 4D 18 0F 83 E4 04 00 00
-
-. 2289 805A40C 40
-. 8B 85 4C FF FF FF D1 E8 8B 75 E4 89 85 E4 FE FF FF 29 C6 8B 7D E4 8B 45 84 8D 54 78 FF 8D 76 00 85 C9 0F 85 A4 04 00 00
-***** EXPENSIVE 2291 648
-
-. 2290 805A434 68
-. DD 85 40 FF FF FF DD 85 38 FF FF FF 8B 45 0C 0F AF C2 8B 7D 08 DD 04 C7 8D 04 D5 08 00 00 00 0F AF 45 0C DD 04 38 D9 C3 D9 C3 D9 C9 D8 CB D9 C9 D8 CA D9 CD DE CA D9 CB DE CA D9 CA 85 C9 DE E3 DE C1 74 24
-***** EXPENSIVE 2292 649
-
-. 2291 805A49C 67
-. D9 C2 D9 C4 D9 C9 D8 CB D9 C9 D8 CA D9 CB D8 CD D9 CA D8 CC D9 C9 DE E3 DE C1 D9 C9 41 DC 45 90 D9 C9 DC 45 88 D9 C9 8B 85 E4 FE FF FF 03 55 DC 3B 4D 18 DD 5D 90 DD 5D 88 8D 74 06 FF 0F 82 4D FF FF FF
-
-. 2292 805A42C 8
-. 85 C9 0F 85 A4 04 00 00
-***** EXPENSIVE 2294 650
-
-. 2293 805A8D8 24
-. 89 F0 C1 E0 04 8B 7D 24 DD 44 07 08 DD 04 07 D9 C9 D9 E0 E9 50 FB FF FF
-***** EXPENSIVE 2295 651
-
-. 2294 805A440 56
-. 8B 45 0C 0F AF C2 8B 7D 08 DD 04 C7 8D 04 D5 08 00 00 00 0F AF 45 0C DD 04 38 D9 C3 D9 C3 D9 C9 D8 CB D9 C9 D8 CA D9 CD DE CA D9 CB DE CA D9 CA 85 C9 DE E3 DE C1 74 24
-***** EXPENSIVE 2296 652
-
-. 2295 805A478 103
-. DD 45 A0 D8 CB DD 45 98 DD 45 98 D9 C9 D8 CE D9 C9 DE CD D9 CD DC 4D A0 D9 C9 DE E5 DE C3 D9 CA D9 CB D9 CA D9 C2 D9 C4 D9 C9 D8 CB D9 C9 D8 CA D9 CB D8 CD D9 CA D8 CC D9 C9 DE E3 DE C1 D9 C9 41 DC 45 90 D9 C9 DC 45 88 D9 C9 8B 85 E4 FE FF FF 03 55 DC 3B 4D 18 DD 5D 90 DD 5D 88 8D 74 06 FF 0F 82 4D FF FF FF
-***** EXPENSIVE 2297 653
-
-. 2296 805A4DF 19
-. DD D8 DD D8 8B 45 18 2B 45 D0 39 45 D0 0F 83 AC 03 00 00
-***** EXPENSIVE 2298 654
-
-. 2297 805A4F2 84
-. 8B 85 20 FF FF FF 8B 55 E4 03 85 28 FF FF FF 8D 44 50 FF 8B 55 14 0F AF D0 8D 04 C5 08 00 00 00 DD 45 90 8B 4D 10 0F AF 45 14 DD 1C D1 DD 45 88 DD 1C 08 8B 95 28 FF FF FF 8B 45 D4 FF 45 D0 8B 4D 18 8D 14 42 39 4D D0 89 95 28 FF FF FF 0F 82 72 FE FF FF
-***** EXPENSIVE 2299 655
-
-. 2298 805A3B8 25
-. 8B 45 D0 DD 85 38 FF FF FF 85 C0 DD 55 88 DD 55 90 DD 85 40 FF FF FF 74 30
-***** EXPENSIVE 2300 656
-
-. 2299 805A3D1 59
-. DD 45 A0 DD 45 A0 DD 45 98 DD 45 98 D9 CB D9 E0 D9 CA DC 4D C8 D9 C9 DC 4D C0 D9 CA DC 4D C0 D9 CB DC 4D C8 D9 C9 DE C2 DE C2 DD 5D A0 DD 5D 98 31 C9 3B 4D 18 0F 83 E4 04 00 00
-***** EXPENSIVE 2301 657
-
-. 2300 805A89E 56
-. 8B 95 24 FF FF FF 0F AF 45 D4 8D 04 42 8B 55 E4 D1 E2 29 D0 48 8B 55 14 0F AF D0 DD 45 90 8B 4D 10 8D 04 C5 08 00 00 00 DD 1C D1 0F AF 45 14 80 75 8F 80 E9 49 FC FF FF
-***** EXPENSIVE 2302 658
-
-. 2301 805A51F 39
-. DD 45 88 DD 1C 08 8B 95 28 FF FF FF 8B 45 D4 FF 45 D0 8B 4D 18 8D 14 42 39 4D D0 89 95 28 FF FF FF 0F 82 72 FE FF FF
-
-. 2302 805A546 39
-. 8B 75 1C 8B 7D D4 FF 45 E0 8B 45 D8 01 B5 24 FF FF FF 01 B5 20 FF FF FF 01 BD 1C FF FF FF 39 45 E0 0F 82 0F FE FF FF
-
-. 2303 805A56D 20
-. 8B 85 4C FF FF FF FF 45 E4 D1 E8 39 45 E4 0F 82 B0 FD FF FF
-
-. 2304 805CB66 19
-. C7 45 DC 00 00 00 00 8B 7D D4 39 7D DC 0F 83 19 02 00 00
-***** EXPENSIVE 2306 659
-
-. 2305 805CB79 89
-. D9 83 4C F6 FF FF D9 83 50 F6 FF FF D9 C9 D9 5D 80 D9 9D 7C FF FF FF C7 85 64 FF FF FF 00 00 00 00 C7 85 60 FF FF FF 00 00 00 00 C7 85 5C FF FF FF 00 00 00 00 C7 45 CC 00 00 00 00 8B 45 18 D9 45 80 D9 85 7C FF FF FF D9 C9 39 45 CC D9 5D B0 D9 5D AC 0F 83 99 01 00 00
-***** EXPENSIVE 2307 660
-
-. 2306 805CBD2 44
-. 8B 95 5C FF FF FF C7 85 68 FF FF FF 00 00 00 00 89 55 A0 8D 76 00 8B 45 CC D9 85 7C FF FF FF 85 C0 D9 55 A4 D9 55 A8 D9 45 80 74 30
-
-. 2307 805CC2E 11
-. 31 F6 3B 75 18 0F 83 72 04 00 00
-
-. 2308 805CC39 35
-. 8B 45 84 D1 E8 8B 4D E0 89 85 24 FF FF FF 29 C1 8B 7D E0 8B 45 A0 8D 54 78 FF 90 85 F6 0F 85 3C 04 00 00
-***** EXPENSIVE 2310 661
-
-. 2309 805CC5C 65
-. D9 45 80 D9 85 7C FF FF FF 8B 45 0C 0F AF C2 8B 7D 08 D9 04 87 8D 04 95 04 00 00 00 0F AF 45 0C D9 04 38 D9 C3 D9 C3 D9 C9 D8 CB D9 C9 D8 CA D9 CD DE CA D9 CB DE CA D9 CA 85 F6 DE E3 DE C1 74 24
-***** EXPENSIVE 2311 662
-
-. 2310 805CCC1 67
-. D9 C2 D9 C4 D9 C9 D8 CB D9 C9 D8 CA D9 CB D8 CD D9 CA D8 CC D9 C9 DE E3 DE C1 D9 C9 46 D8 45 A8 D9 C9 D8 45 A4 D9 C9 8B 85 24 FF FF FF 03 55 D8 3B 75 18 D9 5D A8 D9 5D A4 8D 4C 01 FF 0F 82 50 FF FF FF
-
-. 2311 805CC54 8
-. 85 F6 0F 85 3C 04 00 00
-***** EXPENSIVE 2313 663
-
-. 2312 805D098 19
-. 8B 7D 24 D9 44 CF 04 D9 04 CF D9 C9 D9 E0 E9 BA FB FF FF
-***** EXPENSIVE 2314 664
-
-. 2313 805CC65 56
-. 8B 45 0C 0F AF C2 8B 7D 08 D9 04 87 8D 04 95 04 00 00 00 0F AF 45 0C D9 04 38 D9 C3 D9 C3 D9 C9 D8 CB D9 C9 D8 CA D9 CD DE CA D9 CB DE CA D9 CA 85 F6 DE E3 DE C1 74 24
-***** EXPENSIVE 2315 665
-
-. 2314 805CC9D 103
-. D9 45 B0 D8 CB D9 45 AC D9 45 AC D9 C9 D8 CE D9 C9 DE CD D9 CD D8 4D B0 D9 C9 DE E5 DE C3 D9 CA D9 CB D9 CA D9 C2 D9 C4 D9 C9 D8 CB D9 C9 D8 CA D9 CB D8 CD D9 CA D8 CC D9 C9 DE E3 DE C1 D9 C9 46 D8 45 A8 D9 C9 D8 45 A4 D9 C9 8B 85 24 FF FF FF 03 55 D8 3B 75 18 D9 5D A8 D9 5D A4 8D 4C 01 FF 0F 82 50 FF FF FF
-***** EXPENSIVE 2316 666
-
-. 2315 805CD04 19
-. DD D8 DD D8 8B 45 18 2B 45 CC 39 45 CC 0F 83 49 03 00 00
-***** EXPENSIVE 2317 667
-
-. 2316 805CD17 84
-. 8B 85 60 FF FF FF 8B 55 E0 03 85 68 FF FF FF 8D 44 50 FF 8B 55 14 0F AF D0 8D 04 85 04 00 00 00 D9 45 A8 8B 4D 10 0F AF 45 14 D9 1C 91 D9 45 A4 D9 1C 08 8B 95 68 FF FF FF 8B 45 D0 FF 45 CC 8B 4D 18 8D 14 42 39 4D CC 89 95 68 FF FF FF 0F 82 7D FE FF FF
-***** EXPENSIVE 2318 668
-
-. 2317 805CBE8 22
-. 8B 45 CC D9 85 7C FF FF FF 85 C0 D9 55 A4 D9 55 A8 D9 45 80 74 30
-***** EXPENSIVE 2319 669
-
-. 2318 805CBFE 59
-. D9 45 B0 D9 45 B0 D9 45 AC D9 45 AC D9 CB D9 E0 D9 CA D8 4D C8 D9 C9 D8 4D C4 D9 CA D8 4D C4 D9 CB D8 4D C8 D9 C9 DE C2 DE C2 D9 5D B0 D9 5D AC 31 F6 3B 75 18 0F 83 72 04 00 00
-***** EXPENSIVE 2320 670
-
-. 2319 805D060 56
-. 8B 95 64 FF FF FF 0F AF 45 D0 8D 04 42 8B 55 E0 D1 E2 29 D0 48 8B 55 14 0F AF D0 D9 45 A8 8B 4D 10 8D 04 85 04 00 00 00 D9 1C 91 0F AF 45 14 80 75 A7 80 E9 AC FC FF FF
-***** EXPENSIVE 2321 671
-
-. 2320 805CD44 39
-. D9 45 A4 D9 1C 08 8B 95 68 FF FF FF 8B 45 D0 FF 45 CC 8B 4D 18 8D 14 42 39 4D CC 89 95 68 FF FF FF 0F 82 7D FE FF FF
-
-. 2321 805CD6B 39
-. 8B 75 1C 8B 7D D0 FF 45 DC 8B 45 D4 01 B5 64 FF FF FF 01 B5 60 FF FF FF 01 BD 5C FF FF FF 39 45 DC 0F 82 1C FE FF FF
-
-. 2322 805CD92 17
-. 8B 45 84 FF 45 E0 D1 E8 39 45 E0 0F 82 C3 FD FF FF
-
-. 2323 804D708 11
-. 8B 4D E8 85 C9 0F 85 F1 00 00 00
-
-. 2324 804D804 6
-. 83 7D 18 FF 74 12
-***** EXPENSIVE 2326 672
-
-. 2325 804D81C 14
-. 8B 7D D4 DD 47 F0 DD 47 F8 E9 F5 FE FF FF
-
-. 2326 804D71F 11
-. 31 F6 3B 75 CC 0F 83 D4 00 00 00
-***** EXPENSIVE 2328 673
-vex iropt: 2 x unrolling (44 sts -> 88 sts)
-
-. 2327 804F6AD 38
-. 8B 45 08 DD 04 30 8B 55 10 DD 1C 0A DD 44 30 08 47 DD 5C 0A 08 03 B5 64 FF FF FF 03 8D 60 FF FF FF 3B 7D E0 72 DA
-***** EXPENSIVE 2329 674
-vex iropt: not unrolling (80 sts)
-
-. 2328 804F710 115
-. 8B 85 68 FF FF FF 8B 4D C0 01 F9 8D 14 38 8B 45 0C 0F AF C1 8B 75 14 0F AF F2 C1 E0 04 89 8D 54 FF FF FF 0F AF 55 0C 8B 4D 08 DD 04 01 C1 E2 04 DC 04 11 C1 E6 04 8B 4D 10 DD 1C 31 03 45 08 03 55 08 DD 40 08 DC 42 08 DD 5C 31 08 8B 8D 54 FF FF FF DD 00 0F AF 4D 14 C1 E1 04 DC 2A 8B 75 10 DD 1C 0E DD 40 08 47 DC 6A 08 3B 7D E0 DD 5C 0E 08 72 8D
-***** EXPENSIVE 2330 675
-vex iropt: 2 x unrolling (44 sts -> 88 sts)
-
-. 2329 804F7BE 38
-. 8B 55 10 DD 04 32 8B 45 08 DD 1C 08 DD 44 32 08 47 DD 5C 08 08 03 B5 70 FF FF FF 03 8D 6C FF FF FF 3B 7D E0 72 DA
-***** EXPENSIVE 2331 676
-vex iropt: 2 x unrolling (53 sts -> 106 sts)
-
-. 2330 804F820 55
-. 8D 04 3E 0F AF 45 14 C1 E0 04 8B 4D 10 DD 04 01 8B 4D 08 DC 04 11 DD 1C 11 8B 4D 10 DD 44 01 08 8B 45 08 DC 44 10 08 47 DD 5C 10 08 03 95 54 FF FF FF 3B 7D E0 72 C9
-***** EXPENSIVE 2332 677
-vex iropt: not unrolling (63 sts)
-
-. 2331 804F8BC 81
-. 8B 85 78 FF FF FF 8D 0C 38 8B 55 10 0F AF 4D 0C DD 04 32 C1 E1 04 8B 45 08 DD 1C 08 DD 44 32 08 8B 55 B0 DD 5C 08 08 8D 0C 3A 0F AF 4D 0C 8B 45 10 DD 04 30 C1 E1 04 8B 55 08 DD 1C 0A 47 DD 44 30 08 03 B5 7C FF FF FF 3B 7D E0 DD 5C 0A 08 72 AF
-***** EXPENSIVE 2333 678
-vex iropt: not unrolling (114 sts)
-
-. 2332 804F964 143
-. 8D 14 3E 8B 8D 54 FF FF FF 8D 04 39 0F AF 55 14 8B 4D 10 C1 E2 04 0F AF 45 14 D9 C1 DC 0C 11 C1 E0 04 D9 C1 DC 4C 01 08 D9 C1 D9 C4 DC 4C 11 08 D9 C9 D8 E2 D9 CB DE C2 8B 95 78 FF FF FF D9 C3 DC 0C 01 D9 CB 8D 04 3A 0F AF 45 0C 8B 4D 08 C1 E0 04 DC 04 01 D9 C1 D9 C9 DD 1C 01 D8 C3 01 C8 DC 40 08 8B 55 B0 DD 58 08 D9 C9 8D 04 3A 0F AF 45 0C C1 E0 04 DC 04 01 DD 1C 01 DE E1 01 C8 47 DC 40 08 3B 7D E0 DD 58 08 0F 82 71 FF FF FF
-vex iropt: 2 x unrolling (58 sts -> 116 sts)
-
-. 2333 804FA64 62
-. 8B 7D 08 8B 04 37 8B 54 37 04 8B 7D 10 89 04 0F 89 54 0F 04 8B 7D 08 8B 44 37 08 8B 54 37 0C 8B 7D 10 89 44 0F 08 FF 45 E4 8B 45 D8 89 54 0F 0C 03 75 88 03 8D 4C FF FF FF 39 45 E4 72 C2
-vex iropt: not unrolling (68 sts)
-
-. 2334 804FAE0 82
-. 8B 4D E4 8B 75 E4 03 8D 4C FF FF FF 03 75 A8 0F AF 4D 0C C1 E1 04 8B 7D 08 0F AF 75 14 8B 04 0F 8B 54 0F 04 C1 E6 04 8B 7D 10 89 04 37 89 54 37 04 8B 7D 08 8B 44 0F 08 8B 54 0F 0C 8B 4D 10 89 44 31 08 89 54 31 0C FF 45 E4 8B 75 D8 39 75 E4 72 AE
-***** EXPENSIVE 2336 679
-
-. 2335 804D80A 18
-. 8B 45 D4 DD 40 F8 DD 40 F0 D9 C9 D9 E0 E9 03 FF FF FF
-
-. 2336 8050BA0 11
-. 8B 45 E8 85 C0 0F 85 CD 00 00 00
-
-. 2337 8050C78 6
-. 83 7D 18 FF 74 12
-***** EXPENSIVE 2339 680
-
-. 2338 8050C90 14
-. 8B 7D DC D9 47 F8 D9 47 FC E9 19 FF FF FF
-
-. 2339 8050BB7 11
-. 31 F6 3B 75 D8 0F 83 B0 00 00 00
-vex iropt: 2 x unrolling (46 sts -> 92 sts)
-
-. 2340 8052A7E 38
-. 8B 75 08 8B 04 CE 8B 75 10 89 04 D6 8B 75 08 8B 44 CE 04 47 8B 75 10 89 44 D6 04 03 4D 0C 03 55 14 3B 7D E4 72 DA
-***** EXPENSIVE 2342 681
-vex iropt: not unrolling (104 sts)
-
-. 2341 8052AE4 110
-. 8B 55 C0 01 FA 89 55 80 8B 75 C4 8B 55 0C 0F AF 55 80 8D 04 3E 8B 4D 08 8B 75 14 D9 04 D1 0F AF F0 0F AF 45 0C D8 04 C1 8B 4D 10 D9 1C F1 8B 4D 08 D9 44 D1 04 D8 44 C1 04 8B 4D 10 D9 5C F1 04 8B 75 08 D9 04 D6 8B 4D 80 D8 2C C6 0F AF 4D 14 8B 75 10 D9 1C CE 8B 75 08 D9 44 D6 04 47 D8 6C C6 04 3B 7D E4 8B 45 10 D9 5C C8 04 72 92
-vex iropt: 2 x unrolling (46 sts -> 92 sts)
-
-. 2342 8052B72 38
-. 8B 75 10 8B 04 CE 8B 75 08 89 04 D6 8B 75 10 8B 44 CE 04 47 8B 75 08 89 44 D6 04 03 4D 14 03 55 0C 3B 7D E4 72 DA
-***** EXPENSIVE 2344 682
-vex iropt: 2 x unrolling (60 sts -> 120 sts)
-
-. 2343 8052BC8 49
-. 8D 04 39 0F AF 45 14 8B 75 10 D9 04 C6 8B 75 08 D8 04 D6 D9 1C D6 8B 75 10 D9 44 C6 04 8B 45 08 D8 44 D0 04 47 D9 5C D0 04 03 55 0C 3B 7D E4 72 CF
-vex iropt: not unrolling (76 sts)
-
-. 2344 8052C54 81
-. 8B 75 88 8D 04 3E 8B 75 10 8B 14 CE 0F AF 45 0C 8B 75 08 89 14 C6 8B 75 10 8B 54 CE 04 8B 75 08 89 54 C6 04 8B 55 AC 8D 04 3A 8B 75 10 8B 14 CE 0F AF 45 0C 8B 75 08 89 14 C6 47 8B 75 10 8B 54 CE 04 8B 75 08 03 4D 14 3B 7D E4 89 54 C6 04 72 AF
-***** EXPENSIVE 2346 683
-vex iropt: not unrolling (124 sts)
-
-. 2345 8052D00 127
-. 8D 14 3E 8B 4D 80 0F AF 55 14 8D 04 39 D9 C1 8B 4D 10 D8 0C D1 0F AF 45 14 D9 C1 D8 4C C1 04 D9 C1 D9 C4 D8 4C D1 04 D9 C9 D8 E2 D9 CB DE C2 8B 55 88 D9 C3 D8 0C C1 D9 C1 8D 04 3A 8B 4D 08 0F AF 45 0C D8 C1 D9 CC D8 04 C1 D9 CC D8 44 C1 04 D9 CC 8B 55 AC D9 1C C1 D9 CB D9 5C C1 04 8D 04 3A 0F AF 45 0C DE E2 47 D8 04 C1 D9 C9 D8 44 C1 04 D9 C9 3B 7D E4 D9 1C C1 D9 5C C1 04 72 81
-vex iropt: 2 x unrolling (49 sts -> 98 sts)
-
-. 2346 8052DD5 43
-. 8B 75 08 8B 04 CE 8B 75 10 89 04 D6 8B 75 08 8B 44 CE 04 8B 75 10 89 44 D6 04 FF 45 E8 8B 45 DC 03 4D 0C 03 55 14 39 45 E8 72 D5
-vex iropt: 2 x unrolling (54 sts -> 108 sts)
-
-. 2347 8052E38 56
-. 8B 45 E8 8B 4D E8 03 85 78 FF FF FF 0F AF 45 0C 01 F9 8B 75 08 8B 14 C6 0F AF 4D 14 8B 75 10 89 14 CE 8B 55 08 8B 44 C2 04 89 44 CE 04 FF 45 E8 8B 4D DC 39 4D E8 72 C8
-***** EXPENSIVE 2349 684
-
-. 2348 8050C7E 18
-. 8B 45 DC D9 40 FC D9 40 F8 D9 C9 D9 E0 E9 27 FF FF FF
-***** EXPENSIVE 2350 685
-vex iropt: not unrolling (111 sts)
-
-. 2349 8059220 127
-. 8B 4D E4 8D 04 39 01 C1 8B 55 0C 0F AF D7 0F AF 45 0C 89 8D 7C FF FF FF 8B 4D 08 DD 04 D1 DD 04 C1 8B 8D 7C FF FF FF 0F AF 4D 0C 8B 45 08 DD 04 C8 D9 C1 D8 E1 DD 83 BC F8 FF FF 8B 4D DC D8 C9 8B 45 14 0F AF C6 8D 14 4E D8 C4 8B 4D 10 DD 1C C1 D9 CA DE C1 8D 04 F5 08 00 00 00 0F AF 45 14 D8 CB DD 1C 08 FF 45 E8 8B 45 E0 0F AF 55 14 DE E9 03 75 18 03 7D DC 39 45 E8 DD 1C D1 72 81
-***** EXPENSIVE 2351 686
-
-. 2350 80543B8 82
-. 8B 95 54 FF FF FF 8B 4D 20 8B 45 24 DD 44 11 F0 DD 44 11 F8 D9 C9 DD 5D D0 DD 5D C8 DD 44 10 F0 DD 44 10 F8 D9 C9 8B 45 28 DD 5D C0 DD 5D B8 DD 44 10 F0 DD 44 10 F8 D9 C9 C7 45 E8 00 00 00 00 8B 45 DC 39 45 E8 DD 5D B0 DD 5D A8 0F 83 57 02 00 00
-***** EXPENSIVE 2352 687
-vex iropt: not unrolling (117 sts)
-
-. 2351 805B850 121
-. 8B 4D E4 8D 04 39 01 C1 8B 55 0C 0F AF D7 0F AF 45 0C 89 4D A0 8B 4D 08 D9 04 91 D9 04 81 8B 4D A0 0F AF 4D 0C 8B 45 08 D9 04 88 D9 C1 D8 E1 DD 83 BC F8 FF FF 8B 4D DC D8 C9 8B 45 14 0F AF C6 8D 14 4E D8 C4 8B 4D 10 D9 1C 81 D9 CA DE C1 8D 04 B5 04 00 00 00 0F AF 45 14 D8 CB D9 1C 08 FF 45 E8 8B 45 E0 0F AF 55 14 DE E9 03 75 18 03 7D DC 39 45 E8 D9 1C 91 72 87
-***** EXPENSIVE 2353 688
-
-. 2352 8056BA8 82
-. 8B 95 44 FF FF FF 8B 4D 20 8B 45 24 D9 44 91 F8 D9 44 91 FC D9 C9 D9 5D D0 D9 5D CC D9 44 90 F8 D9 44 90 FC D9 C9 8B 45 28 D9 5D C8 D9 5D C4 D9 44 90 F8 D9 44 90 FC D9 C9 C7 45 E8 00 00 00 00 8B 45 DC 39 45 E8 D9 5D C0 D9 5D BC 0F 83 74 02 00 00
-***** EXPENSIVE 2354 689
-
-. 2353 804DFCC 190
-. 8B 85 B4 FE FF FF DD 04 06 DD 44 06 08 8B 45 EC 03 45 DC 0F AF 45 0C C1 E0 04 DD 04 06 DD 44 06 08 8B 45 EC 03 85 44 FF FF FF 0F AF 45 0C C1 E0 04 DD 44 06 08 D9 C9 DD 9D 48 FF FF FF DD 04 06 8B 45 EC 03 85 40 FF FF FF 0F AF 45 0C C1 E0 04 DD 04 06 DD 44 06 08 8B 4D EC 8B 45 DC 8D 04 81 DD 9D 38 FF FF FF D9 CC 89 85 D0 FE FF FF 0F AF 45 0C DD 9D 58 FF FF FF C1 E0 04 DD 85 38 FF FF FF D9 CB DD 95 50 FF FF FF D9 CD DD 9D 60 FF FF FF D9 CA D8 C1 DD 04 06 DC C5 D9 C9 DD 9D 30 FF FF FF DD 85 50 FF FF FF DD 44 06 08 D9 CE DD 9D C0 FE FF FF DE E1 DD 85 48 FF FF FF D9 C3
-***** EXPENSIVE 2355 690
-
-. 2354 804E08A 184
-. D9 CA DD 9D 28 FF FF FF D8 C5 D9 C9 D8 C4 DD 85 C0 FE FF FF DD 85 30 FF FF FF D9 C9 D8 C2 D9 CF DC AD 48 FF FF FF D9 C9 D8 C3 D9 CF DD 9D 18 FF FF FF DD 9D 20 FF FF FF D9 CB DE E4 D9 C9 DC A5 38 FF FF FF D9 CC DD 9D 10 FF FF FF DD 85 E0 FE FF FF D9 FA DC 8D F0 FE FF FF D9 CA DC AD C0 FE FF FF DE CA DD 85 E0 FE FF FF D9 FA D9 C9 DC A5 30 FF FF FF D9 C9 DC 8D F0 FE FF FF DE C9 DD 85 18 FF FF FF DC 8D F0 FE FF FF DC AD 60 FF FF FF DD 85 10 FF FF FF DC 8D F0 FE FF FF D9 C1 D9 C9 DC AD 58 FF FF FF D9 C9 D8 C4 DD 9D 08 FF FF FF D9 C0 D8 C3 D9 C9 DE E3
-***** EXPENSIVE 2356 691
-
-. 2355 804E142 168
-. DD 45 C8 DD 45 C0 D8 CE D9 C9 DC 8D 28 FF FF FF D9 CA DD 9D 00 FF FF FF DE C1 DD 45 C8 DD 45 C0 D8 CF D9 C9 DC 8D 20 FF FF FF D9 CB DE E5 DE C2 DD 45 C0 D9 CC DD 9D B8 FE FF FF D9 CD DC 4D C8 DD 85 60 FF FF FF DD 45 C0 D9 CD DC 8D 20 FF FF FF D9 CE DC 4D C8 D9 C9 DC 85 18 FF FF FF D9 CD DC 8D 28 FF FF FF D9 CE DE E2 D9 C9 DC 8D E8 FE FF FF D9 CD DE E1 D9 CB DD 9D 60 FF FF FF DD 85 58 FF FF FF DD 85 B8 FE FF FF D9 C9 DC 85 10 FF FF FF D9 C9 D8 E5 D9 CC DC 8D E8 FE FF FF D9 CE DC 8D E8 FE FF FF D9 CA
-***** EXPENSIVE 2357 692
-
-. 2356 804E1EA 164
-. DC 8D E8 FE FF FF D9 C9 DD 9D 58 FF FF FF DD 85 08 FF FF FF DD 85 00 FF FF FF D9 CD DD 9D 78 FF FF FF D9 C3 D8 C7 DD 9D 70 FF FF FF DD 85 B8 FE FF FF DE C6 D9 CB DE E6 DD 85 60 FF FF FF DD 85 58 FF FF FF D9 C9 8B 45 E8 DD 1C 17 DD 5C 17 08 DC EA D9 CB 03 45 D4 D8 C1 DD 45 B8 DD 45 B0 0F AF 45 14 D8 CA D9 C9 D8 CC D9 CA DC 4D B8 D9 CC DC 4D B0 D9 CA C1 E0 04 DE E1 D9 CB DE C1 D9 CA DD 1C 07 D9 C9 DD 5C 07 08 8B 45 E8 03 85 FC FE FF FF DD 45 A8 DD 45 A0 0F AF 45 14 DC 8D 70 FF FF FF D9 C9
-***** EXPENSIVE 2358 693
-
-. 2357 804E28E 162
-. DC 8D 78 FF FF FF C1 E0 04 DE E1 DD 1C 07 DD 45 A8 DD 45 A0 DC 8D 78 FF FF FF D9 C9 DC 8D 70 FF FF FF DE C1 DD 5C 07 08 8B 45 E8 03 85 F8 FE FF FF DD 45 98 DD 45 90 0F AF 45 14 D8 CD D9 C9 D8 CC D9 CB C1 E0 04 DC 85 08 FF FF FF D9 CB DE E1 D9 CA DD 9D 68 FF FF FF DD 85 00 FF FF FF D9 CA DD 1C 07 D9 CB DC 4D 98 D9 CA DC 4D 90 DE C2 D9 C9 8B 4D E8 DD 5C 07 08 8B 45 D4 8D 04 81 DE E1 DD 45 88 DD 45 80 D8 CA D9 C9 89 85 D0 FE FF FF DC 8D 68 FF FF FF 0F AF 45 14 C1 E0 04 DE E1 DD 1C 07
-***** EXPENSIVE 2359 694
-
-. 2358 804E330 73
-. DD 45 80 D9 C9 DC 4D 88 D9 C9 DC 8D 68 FF FF FF DE C1 DD 5C 07 08 8B 45 0C C1 E0 04 01 85 B4 FE FF FF 8B 45 0C 41 01 85 D8 FE FF FF 8B 45 14 C1 E0 04 89 4D E8 FF 45 E0 8B 4D D4 FF 45 EC 01 C2 39 4D E0 0F 82 53 FC FF FF
-***** EXPENSIVE 2360 695
-
-. 2359 805138C 177
-. 8B 45 E8 03 45 D8 0F AF 45 0C D9 04 C6 D9 44 C6 04 D9 C9 8B 45 E8 03 85 7C FF FF FF 0F AF 45 0C D9 5D 84 D9 04 C6 D9 44 C6 04 8B 45 E8 8B 95 0C FF FF FF 03 85 74 FF FF FF D9 04 D6 D9 44 D6 04 D9 C9 0F AF 45 0C D9 5D 8C D9 5D 88 D9 04 C6 D9 44 C6 04 D9 C9 8B 55 E8 8B 45 D8 8D 04 82 89 85 10 FF FF FF 0F AF 45 0C D9 9D 78 FF FF FF D9 9D 70 FF FF FF D9 04 C6 D9 44 C6 04 D9 45 84 D9 CD D9 55 80 D9 CD D8 C2 D9 CD D8 C1 D9 CA D8 6D 84 D9 CA D9 9D 6C FF FF FF D9 85 70 FF FF FF D9 85 78 FF FF FF D9 CB D9 9D 68 FF FF FF D9 C9 D8 6D 80
-***** EXPENSIVE 2361 696
-
-. 2360 805143D 181
-. D9 CA D8 C4 D9 C9 D8 C3 D9 CA D9 9D 64 FF FF FF D9 C4 D9 85 6C FF FF FF D9 C9 D8 C2 D9 CD D8 A5 78 FF FF FF D9 CC D8 A5 70 FF FF FF D9 C9 D8 C3 D9 CD D9 9D 58 FF FF FF D9 CB D9 95 60 FF FF FF D9 CB D9 9D 5C FF FF FF D9 CB D9 9D 54 FF FF FF DD 85 28 FF FF FF D9 FA DC 8D 20 FF FF FF D9 CC DE E3 D9 CB DE CA D9 C9 D9 5D EC D9 45 EC DD 85 28 FF FF FF D9 FA D9 CB D8 AD 6C FF FF FF D9 CB DC 8D 20 FF FF FF D8 CB D9 5D EC DD 85 20 FF FF FF D8 8D 58 FF FF FF D8 6D 8C D9 9D 50 FF FF FF DD 85 20 FF FF FF D8 8D 54 FF FF FF D8 6D 88 D9 9D 4C FF FF FF
-***** EXPENSIVE 2362 697
-
-. 2361 80514F2 181
-. D9 45 C8 D8 8D 68 FF FF FF D9 9D 38 FF FF FF D9 85 50 FF FF FF D9 45 C4 D9 45 EC D9 CA D8 C3 D9 85 4C FF FF FF D9 CC D8 AD 50 FF FF FF D9 CA D8 CD D8 85 38 FF FF FF D9 CC D8 C3 D9 CA D9 9D 40 FF FF FF D9 85 1C FF FF FF D9 CB D8 AD 4C FF FF FF D9 CB DE CC D9 C9 D9 9D 44 FF FF FF D9 45 C4 D9 45 C8 D9 C9 D8 8D 5C FF FF FF D9 CA D9 9D 48 FF FF FF D9 CA D9 9D 3C FF FF FF D9 C9 D8 8D 64 FF FF FF D9 45 C4 D9 45 C8 D9 CC D9 9D 38 FF FF FF D9 C9 DE C2 D8 8D 68 FF FF FF D9 CA DE CB D9 45 C4 D9 45 C8 D8 8D 5C FF FF FF D9 CB DE E4 D8 8D 64 FF FF FF
-***** EXPENSIVE 2363 698
-
-. 2362 80515A7 169
-. D9 45 8C D9 C9 DE E3 D8 85 58 FF FF FF D9 C9 D8 8D 1C FF FF FF D9 CB D8 8D 1C FF FF FF D9 CA D8 8D 1C FF FF FF D9 CC D9 9D 6C FF FF FF D9 5D 8C D9 85 48 FF FF FF D8 E2 D9 5D A0 D9 45 88 D9 85 40 FF FF FF D9 C9 D8 85 54 FF FF FF D9 C9 D8 E4 D9 85 3C FF FF FF D9 CD D8 85 40 FF FF FF D9 CA D9 5D 88 D9 CC D8 C2 D9 85 44 FF FF FF D9 CB D8 AD 3C FF FF FF D9 CA D9 5D 98 D9 45 8C D9 1C CF D9 CA D8 85 38 FF FF FF D9 C9 D9 5D 94 8B 45 E4 D9 45 C0 D9 45 BC 03 45 D0 D8 CA D9 C9 D8 4D A0 D9 CD 0F AF 45 14 D9 5D 9C
-***** EXPENSIVE 2364 699
-
-. 2363 8051650 152
-. DE EC D9 45 88 D9 5C CF 04 D9 CB D9 1C C7 D9 45 BC D8 4D A0 D9 CB D8 4D C0 DE C3 D9 CA D9 5C C7 04 D9 45 B8 8B 45 E4 D9 45 B4 D9 CA D8 85 48 FF FF FF D9 CA 03 85 34 FF FF FF D8 CB D9 C9 D8 4D 9C 0F AF 45 14 DE E1 D9 C9 D9 5D 90 D9 85 44 FF FF FF D8 A5 38 FF FF FF D9 C9 D9 1C C7 D9 45 B4 D9 CA D8 4D B8 D9 CA D8 4D 9C DE C2 D9 C9 D9 5C C7 04 D9 45 B0 8B 45 E4 D9 45 AC 03 85 30 FF FF FF D8 4D 94 D9 C9 D8 4D 98 0F AF 45 14 DE E1 D9 1C C7 D9 45 B0 D9 45 AC
-***** EXPENSIVE 2365 700
-
-. 2364 80516E8 106
-. D8 4D 98 D9 C9 D8 4D 94 DE C1 D9 5C C7 04 8B 55 E4 8B 45 D0 D9 45 A8 D9 45 A4 D9 C9 8D 04 82 D8 4D 90 D9 C9 D8 CA 89 85 10 FF FF FF DE E9 0F AF 45 14 D9 1C C7 D9 45 A4 D9 C9 D8 4D A8 D9 C9 D8 4D 90 DE C1 42 D9 5C C7 04 8B 45 0C 01 85 0C FF FF FF FF 45 E8 03 4D 14 89 55 E4 FF 45 DC 8B 55 D0 39 55 DC 0F 82 3A FC FF FF
-
-. 2365 80599FA 30
-. 8B 4D DC 41 89 C8 C7 45 EC 01 00 00 00 D1 E8 39 45 EC 89 8D F0 FE FF FF 0F 83 2E 05 00 00
-***** EXPENSIVE 2367 701
-
-. 2366 8059A18 127
-. C7 85 C8 FE FF FF 10 00 00 00 89 F6 8B B5 C8 FE FF FF 8B 7D 20 8B 45 24 DD 44 37 F0 DD 44 37 F8 DD 5D B0 DD 5D B8 DD 44 30 F8 DD 44 30 F0 D9 C9 8B 45 28 DD 5D A0 DD 5D A8 DD 44 30 F8 DD 44 30 F0 D9 C9 8B 45 2C DD 5D 90 DD 44 30 F8 D9 C9 DD 5D 98 DD 5D 80 DD 44 30 F0 C7 45 E8 00 00 00 00 8B 45 E0 80 75 B7 80 80 75 A7 80 80 75 97 80 80 75 87 80 39 45 E8 DD 5D 88 0F 83 94 04 00 00
-***** EXPENSIVE 2368 702
-
-. 2367 8059A97 219
-. 8B 45 DC 8B 55 EC 8D 54 12 FF DD 83 C4 F8 FF FF DD 83 CC F8 FF FF D9 C9 D1 E0 DD 9D E8 FE FF FF DD 9D E0 FE FF FF 89 85 F4 FE FF FF 89 95 D4 FE FF FF C7 85 D0 FE FF FF 00 00 00 00 89 95 CC FE FF FF 8D 76 00 8B 95 CC FE FF FF 03 55 E4 8B 75 E4 8D 0C 16 8D 34 0E 8B 7D E4 01 F7 8B 45 0C 89 BD 9C FE FF FF 0F AF 85 CC FE FF FF 8B 7D 08 DD 04 C7 8B 85 CC FE FF FF 8D 04 C5 08 00 00 00 0F AF 45 0C DD 9D 78 FF FF FF DD 04 38 8B 45 0C 0F AF C2 DD 04 C7 8B 45 0C 0F AF C1 DD 04 C7 8B 45 0C 0F AF C6 DD 04 C7 8B 45 0C 0F AF 85 9C FE FF FF 8D 14 D5 08 00 00 00 8D 0C CD 08 00 00 00 8D 34 F5 08 00 00 00 DD 04 C7 0F AF 55 0C 0F AF 4D 0C 0F AF 75 0C 8B 85 9C FE FF FF
-***** EXPENSIVE 2369 703
-
-. 2368 8059B72 167
-. DD 04 3A DD 04 39 D9 CE DD 9D 70 FF FF FF DD 04 3E 8D 3C C5 08 00 00 00 0F AF 7D 0C 8B 55 08 DD 9D 68 FF FF FF DD 04 17 D9 CA DD 9D 60 FF FF FF D9 C9 DD 9D 58 FF FF FF DD 45 B8 DD 45 B0 D9 C9 D8 CD D9 C9 D8 CA DE E9 DD 9D 50 FF FF FF DD 45 A8 D8 CB DD 9D A8 FE FF FF DD 45 A0 D8 CD DC AD A8 FE FF FF D9 C9 DC 4D B8 D9 C9 DD 9D A8 FE FF FF D9 CB DC 4D B0 DD 45 98 DD 45 90 DC 8D 68 FF FF FF D9 CA DE C5 D8 CA D9 CC DD 9D 48 FF FF FF DE EB DD 45 88 DD 45 80 D9 CB DC 4D A0 D9 CB DC 8D 58 FF FF FF D9 CD
-***** EXPENSIVE 2370 704
-
-. 2369 8059C19 169
-. DC 4D A8 D9 C9 DC 8D 60 FF FF FF D9 C9 DE C3 DD 45 98 D9 C9 DE E5 DD 45 80 DD 45 88 DD 85 A8 FE FF FF D9 CC DC 4D 90 D9 CA DC 8D 60 FF FF FF D9 CB DC 8D 68 FF FF FF D9 C9 DC 8D 58 FF FF FF D9 CC D8 C6 D9 C9 DE C2 D9 CB DE C2 D9 CA DD 9D 40 FF FF FF DD 85 50 FF FF FF D9 C3 D9 C9 D8 C6 DD 85 48 FF FF FF D9 CA D8 C4 D9 CF DC AD 50 FF FF FF D9 CA D8 C3 D9 CF DD 9D 38 FF FF FF D9 C9 DD 9D 30 FF FF FF D9 C9 DC AD 48 FF FF FF DD 9D 28 FF FF FF DD 85 40 FF FF FF D8 C1 DD 9D 20 FF FF FF DD 85 38 FF FF FF D8 C5
-***** EXPENSIVE 2371 705
-
-. 2370 8059CC2 171
-. DD 85 A8 FE FF FF D9 C9 DD 9D 18 FF FF FF DE E4 D9 CA DE E1 DD 85 E8 FE FF FF D9 FA DC 8D E0 FE FF FF D9 CA DC A5 40 FF FF FF DE CA DD 85 E8 FE FF FF D9 FA D9 CC DC A5 38 FF FF FF D9 CC DC 8D E0 FE FF FF DE CC DD 85 20 FF FF FF DC 8D E0 FE FF FF DC AD 78 FF FF FF DD 85 18 FF FF FF DC 8D E0 FE FF FF D9 C1 D9 C9 DC AD 70 FF FF FF D9 C9 D8 C4 DD 9D 10 FF FF FF D9 C9 DE E3 D9 C0 DD 45 D0 D9 C9 D8 C6 D9 CA DE E6 D9 E0 DD 85 30 FF FF FF DD 45 C8 D8 CE D9 C9 D8 CA DE E1 DD 45 C8 D8 CC D9 CA DC 8D 28 FF FF FF DE E2
-***** EXPENSIVE 2372 706
-
-. 2371 8059D6D 195
-. DD 45 C8 D9 CB DD 9D 08 FF FF FF D9 CA D9 E0 DD 85 30 FF FF FF D9 CE DC 4D D0 D9 CE D8 C9 DE C6 DD 85 78 FF FF FF DC 85 20 FF FF FF DD 9D 78 FF FF FF DD 85 70 FF FF FF DC 85 18 FF FF FF DD 9D 70 FF FF FF DD 85 10 FF FF FF D9 CC DC 4D D0 D9 CC D8 E2 D9 C9 DC 8D 28 FF FF FF DE C4 DD 9D A8 FE FF FF DD 85 08 FF FF FF D9 C4 D8 E4 D9 CA DC 85 10 FF FF FF D9 C9 D8 C3 D9 CB DC AD 08 FF FF FF D9 CA DD 9D 00 FF FF FF DD 95 10 FF FF FF D9 C9 DD 9D 08 FF FF FF D9 CB 8B 95 D4 FE FF FF 03 95 F4 FE FF FF 8B 85 F4 FE FF FF 8B 4D DC 01 D0 2B 4D EC 8B B5 D0 FE FF FF 89 85 98 FE FF FF 8D 4C 4E FF
-***** EXPENSIVE 2373 707
-
-. 2372 8059E30 201
-. 8B 85 F4 FE FF FF 8B 75 14 8D 3C 08 0F AF B5 D4 FE FF FF 8B 45 10 DE C2 DD 85 78 FF FF FF DD 1C F0 8B 85 D4 FE FF FF 8D 04 C5 08 00 00 00 8B 75 10 0F AF 45 14 DD 85 70 FF FF FF DD 1C 30 8B 45 14 0F AF C2 DD 85 A8 FE FF FF DD 1C C6 D9 C4 8B 45 14 8D 14 D5 08 00 00 00 0F AF 55 14 0F AF 85 98 FE FF FF D8 C4 D9 CD DE E4 DD 85 00 FF FF FF D9 C9 DD 1C 32 DD 1C C6 D9 CB 8B 85 98 FE FF FF 8D 34 C5 08 00 00 00 8B 45 14 8B 55 10 0F AF C1 0F AF 75 14 8D 0C CD 08 00 00 00 0F AF 4D 14 DD 1C 16 DD 1C C2 80 B5 0F FF FF FF 80 8B 45 14 0F AF C7 8D 3C FD 08 00 00 00 0F AF 7D 14 DD 85 08 FF FF FF D9 C9 D9 E0 D9 C9
-***** EXPENSIVE 2374 708
-
-. 2373 8059EF9 50
-. DD 1C 11 D9 C9 FF 45 E8 DD 1C C2 8B 4D E0 8B 45 18 DD 1C 17 8B 55 DC 01 85 D4 FE FF FF 01 85 D0 FE FF FF 01 95 CC FE FF FF 39 4D E8 0F 82 B1 FB FF FF
-
-. 2374 8059F2B 27
-. 8B 85 F0 FE FF FF FF 45 EC D1 E8 83 85 C8 FE FF FF 10 39 45 EC 0F 82 DE FA FF FF
-***** EXPENSIVE 2376 709
-
-. 2375 8059A24 115
-. 8B B5 C8 FE FF FF 8B 7D 20 8B 45 24 DD 44 37 F0 DD 44 37 F8 DD 5D B0 DD 5D B8 DD 44 30 F8 DD 44 30 F0 D9 C9 8B 45 28 DD 5D A0 DD 5D A8 DD 44 30 F8 DD 44 30 F0 D9 C9 8B 45 2C DD 5D 90 DD 44 30 F8 D9 C9 DD 5D 98 DD 5D 80 DD 44 30 F0 C7 45 E8 00 00 00 00 8B 45 E0 80 75 B7 80 80 75 A7 80 80 75 97 80 80 75 87 80 39 45 E8 DD 5D 88 0F 83 94 04 00 00
-
-. 2376 8059F46 13
-. F7 45 DC 01 00 00 00 0F 85 71 01 00 00
-***** EXPENSIVE 2378 710
-
-. 2377 80549B4 101
-. 8B BD DC FE FF FF 8B 45 20 DD 44 38 F0 DD 44 38 F8 D9 C9 8B 45 24 DD 5D C0 DD 5D B8 DD 44 38 F0 DD 44 38 F8 D9 C9 8B 45 28 DD 5D B0 DD 5D A8 DD 44 38 F0 DD 44 38 F8 D9 C9 8B 45 2C DD 5D A0 DD 5D 98 DD 44 38 F0 DD 44 38 F8 D9 C9 C7 45 E8 00 00 00 00 8B 45 CC 39 45 E8 DD 5D 90 DD 5D 88 0F 83 50 04 00 00
-***** EXPENSIVE 2379 711
-
-. 2378 8054848 159
-. 8B 95 C8 FE FF FF 8B 4D C8 8D 44 11 FF 8B 55 0C 8B 75 08 0F AF 95 C8 FE FF FF DD 04 D6 8B 55 0C 8D 0C 01 0F AF D0 8D 04 C5 08 00 00 00 0F AF 45 0C DD 04 30 8B 45 0C 0F AF C1 DD 04 D6 DD 04 C6 D9 C1 8D 0C CD 08 00 00 00 0F AF 4D 0C D8 C1 DD 04 31 D9 C9 D8 C0 DD 85 F0 FE FF FF D9 FA DC 8D E8 FE FF FF D9 CC DE E3 D9 CB D8 C0 DD 85 E8 FE FF FF D9 C9 DE CB D8 CB D8 ED D9 C2 D8 C1 DD 45 E0 D9 CA DE E4 DD 45 D8 D8 CB D9 CA 8B 95 D8 FE FF FF D8 CE 03 55 D4 8B 7D D4 DE C2 DD 45 D8
-***** EXPENSIVE 2380 712
-
-. 2379 80548E7 145
-. D9 CB 8D 0C 17 DC 4D E0 D9 CB DE CE D9 CD 8D 34 0F DE E2 01 F7 D8 C0 D9 C9 D8 C0 D9 CD DE C3 D9 C1 D9 C4 8B 45 14 0F AF 85 D8 FE FF FF 0F AF 55 14 0F AF 4D 14 89 BD A4 FE FF FF 0F AF 75 14 8B 7D 10 D8 E2 D9 C9 D8 E6 D9 CB DE C6 D9 CB DD 1C C7 D9 CA DD 1C D7 DD 1C CF D9 CA DD 1C F7 8B BD A4 FE FF FF 0F AF 7D 14 8B 45 10 8B 55 D0 DE C1 DD 1C F8 FF 45 E8 8D 04 92 8B 4D CC 01 85 C8 FE FF FF 01 95 D8 FE FF FF 39 4D E8 0F 82 D0 FE FF FF
-
-. 2380 805C0B5 30
-. 8B 75 D8 46 89 F0 C7 45 E8 01 00 00 00 D1 E8 39 45 E8 89 B5 C0 FE FF FF 0F 83 4C 06 00 00
-***** EXPENSIVE 2382 713
-
-. 2381 805C0D3 134
-. C7 85 98 FE FF FF 02 00 00 00 8D 76 00 8B BD 98 FE FF FF 8B 45 20 D9 44 B8 F8 D9 44 B8 FC 8B 45 24 D9 5D 94 D9 5D 98 D9 44 B8 FC D9 44 B8 F8 D9 C9 8B 45 28 D9 5D 8C D9 5D 90 D9 44 B8 FC D9 44 B8 F8 D9 C9 8B 45 2C D9 5D 84 D9 44 B8 FC D9 C9 D9 5D 88 D9 9D 7C FF FF FF D9 44 B8 F8 C7 45 E4 00 00 00 00 8B 45 DC 80 75 97 80 80 75 8F 80 80 75 87 80 80 B5 7F FF FF FF 80 39 45 E4 D9 5D 80 0F 83 AB 05 00 00
-***** EXPENSIVE 2383 714
-
-. 2382 805C159 217
-. 8B 45 D8 8B 55 E8 8D 54 12 FF DD 83 C4 F8 FF FF DD 83 CC F8 FF FF D9 C9 D1 E0 DD 9D B8 FE FF FF DD 9D B0 FE FF FF 89 85 EC FE FF FF 89 95 A4 FE FF FF C7 85 A0 FE FF FF 00 00 00 00 89 95 9C FE FF FF 90 8B 95 9C FE FF FF 03 55 E0 8B 75 E0 8D 0C 16 8D 34 0E 8B 7D E0 01 F7 8B 45 0C 89 BD 7C FE FF FF 0F AF 85 9C FE FF FF 8B 7D 08 D9 04 87 8B 85 9C FE FF FF 8D 04 85 04 00 00 00 0F AF 45 0C D9 9D 78 FF FF FF D9 04 38 8B 45 0C 0F AF C2 D9 9D 74 FF FF FF D9 04 87 8B 45 0C 0F AF C1 D9 04 87 8B 45 0C 0F AF C6 D9 9D 6C FF FF FF 8D 0C 8D 04 00 00 00 D9 04 87 8B 45 0C 0F AF 85 7C FE FF FF 0F AF 4D 0C 8D 14 95 04 00 00 00 8D 34 B5 04 00 00 00 D9 04 87 D9 CA
-***** EXPENSIVE 2384 715
-
-. 2383 805C232 190
-. 0F AF 55 0C D9 9D 70 FF FF FF 0F AF 75 0C D9 04 39 8B 85 7C FE FF FF D9 04 3A D9 C9 D9 9D 68 FF FF FF D9 04 3E 8D 3C 85 04 00 00 00 0F AF 7D 0C 8B 55 08 D9 9D 60 FF FF FF D9 04 17 D9 CA D9 9D 64 FF FF FF D9 C9 D9 9D 5C FF FF FF D9 45 98 D9 45 94 D9 C9 D8 8D 70 FF FF FF D9 C9 D8 CA DE E9 D9 45 90 D8 8D 6C FF FF FF D9 9D 58 FF FF FF D9 45 8C D9 45 94 D9 C9 D8 8D 68 FF FF FF D9 C9 D8 8D 70 FF FF FF D9 C9 D8 AD 58 FF FF FF D9 CB D8 4D 98 DE C1 D9 CA D9 9D 58 FF FF FF D9 45 90 D9 45 8C D8 8D 6C FF FF FF D9 C9 D8 8D 68 FF FF FF DE C1 D9 9D 54 FF FF FF D9 45 84 D9 45 88
-***** EXPENSIVE 2385 716
-
-. 2384 805C2F0 204
-. D8 8D 64 FF FF FF D9 C9 D8 8D 60 FF FF FF DE E9 D9 9D 50 FF FF FF D9 45 84 D9 45 88 D9 C9 D8 8D 64 FF FF FF D9 C9 D8 8D 60 FF FF FF DE C1 D9 9D 4C FF FF FF D9 45 80 D8 CB D9 9D 48 FF FF FF D9 85 7C FF FF FF D8 8D 5C FF FF FF D8 AD 48 FF FF FF D9 9D 48 FF FF FF D9 45 80 D9 85 48 FF FF FF D8 C2 D9 C9 D8 8D 5C FF FF FF D9 CC D8 8D 7C FF FF FF DE C4 D9 9D 44 FF FF FF D9 C1 D8 C3 D9 CA DE E3 D9 85 54 FF FF FF D9 CA D9 9D 40 FF FF FF D9 C9 D8 A5 4C FF FF FF D9 85 58 FF FF FF D9 85 54 FF FF FF D9 C9 D8 85 50 FF FF FF D9 C9 D8 85 4C FF FF FF D9 CA D9 9D 34 FF FF FF D9 85 44 FF FF FF D9 85 40 FF FF FF D8 C3 D9 CC
-***** EXPENSIVE 2386 717
-
-. 2385 805C3BC 219
-. D8 A5 48 FF FF FF D9 85 58 FF FF FF D9 CA D8 C3 D9 CD D9 9D 2C FF FF FF D9 95 3C FF FF FF D9 CD D9 95 38 FF FF FF D9 C9 D8 A5 50 FF FF FF D9 CC D9 9D 30 FF FF FF DD 85 B8 FE FF FF D9 FA D9 CA D8 AD 44 FF FF FF D9 CA DC 8D B0 FE FF FF D8 CA D9 5D EC D9 C9 D9 9D 44 FF FF FF D9 45 EC DD 85 B8 FE FF FF D9 FA D9 CB D8 AD 40 FF FF FF D9 CB DC 8D B0 FE FF FF D8 CB D9 9D 28 FF FF FF DD 85 B0 FE FF FF D8 8D 30 FF FF FF D8 AD 78 FF FF FF D9 9D 24 FF FF FF DD 85 B0 FE FF FF D8 8D 2C FF FF FF D8 AD 74 FF FF FF D9 9D 20 FF FF FF D9 85 24 FF FF FF D8 C1 D9 9D 1C FF FF FF D9 85 20 FF FF FF D8 85 28 FF FF FF D9 9D 18 FF FF FF D9 45 D4 D9 E0 D9 95 08 FF FF FF D8 CD
-***** EXPENSIVE 2387 718
-
-. 2386 805C497 213
-. D9 9D 0C FF FF FF D8 AD 24 FF FF FF D9 45 D0 D9 C9 D9 9D 14 FF FF FF D8 CB D9 85 20 FF FF FF D8 A5 28 FF FF FF D9 C9 D8 AD 0C FF FF FF D9 C9 D9 9D 10 FF FF FF D9 9D 0C FF FF FF D9 85 08 FF FF FF D9 45 D0 D9 C9 D8 CA D9 C9 D8 8D 34 FF FF FF DE E9 D9 9D 04 FF FF FF D9 45 D0 D9 E0 DC CC D9 CB D8 4D D4 DE C4 D9 C9 D9 9D 40 FF FF FF D9 CA D9 95 00 FF FF FF D9 45 D4 D8 8D 34 FF FF FF D9 CA DE CB D9 CA DE C1 D9 85 78 FF FF FF D8 85 30 FF FF FF D9 9D 78 FF FF FF D9 85 74 FF FF FF D8 85 2C FF FF FF D9 9D 74 FF FF FF D9 85 1C FF FF FF D8 A5 04 FF FF FF D9 9D FC FE FF FF D9 85 18 FF FF FF D8 85 0C FF FF FF D9 9D F8 FE FF FF D9 85 14 FF FF FF
-***** EXPENSIVE 2388 719
-
-. 2387 805C56C 225
-. D8 E1 D9 C9 D8 85 14 FF FF FF D9 9D 14 FF FF FF 8B 95 A4 FE FF FF D9 85 10 FF FF FF D9 C9 03 95 EC FE FF FF D9 9D F4 FE FF FF D8 E1 D9 85 10 FF FF FF 8B 85 EC FE FF FF 8B 4D D8 01 D0 2B 4D E8 8B B5 A0 FE FF FF DE C2 D9 9D 10 FF FF FF D9 85 18 FF FF FF 8D 4C 4E FF D8 A5 0C FF FF FF D9 C9 D9 9D F0 FE FF FF 89 85 78 FE FF FF D9 85 1C FF FF FF 8B 85 EC FE FF FF 8B 75 14 8D 3C 08 D8 85 04 FF FF FF D9 C9 0F AF B5 A4 FE FF FF D9 9D 18 FF FF FF 8B 45 10 D9 85 78 FF FF FF D9 C9 D9 9D 1C FF FF FF D9 1C B0 8B 85 A4 FE FF FF 8D 04 85 04 00 00 00 8B 75 10 0F AF 45 14 D9 85 74 FF FF FF D9 1C 30 8B 45 14 0F AF C2 D9 85 FC FE FF FF D9 1C 86 8D 14 95 04 00 00 00 8B 45 14 0F AF 55 14
-***** EXPENSIVE 2389 720
-
-. 2388 805C64D 183
-. 0F AF 85 78 FE FF FF D9 85 F8 FE FF FF D9 85 F4 FE FF FF D9 C9 D9 1C 32 D9 1C 86 8B 85 78 FE FF FF 8D 34 85 04 00 00 00 8B 45 14 8B 55 10 0F AF C1 0F AF 75 14 D9 85 F0 FE FF FF D9 85 1C FF FF FF D9 C9 D9 1C 16 80 B5 1B FF FF FF 80 D9 1C 82 8D 0C 8D 04 00 00 00 8B 45 14 0F AF 4D 14 0F AF C7 D9 85 18 FF FF FF 80 B5 13 FF FF FF 80 8D 3C BD 04 00 00 00 D9 1C 11 D9 85 14 FF FF FF 0F AF 7D 14 D9 85 10 FF FF FF D9 C9 D9 1C 82 D9 1C 17 8B 45 18 8B 55 D8 FF 45 E4 8B 4D DC 01 85 A4 FE FF FF 01 85 A0 FE FF FF 01 95 9C FE FF FF 39 4D E4 0F 82 98 FA FF FF
-
-. 2389 805C704 27
-. 8B 85 C0 FE FF FF FF 45 E8 D1 E8 83 85 98 FE FF FF 02 39 45 E8 0F 82 C1 F9 FF FF
-***** EXPENSIVE 2391 721
-
-. 2390 805C0E0 121
-. 8B BD 98 FE FF FF 8B 45 20 D9 44 B8 F8 D9 44 B8 FC 8B 45 24 D9 5D 94 D9 5D 98 D9 44 B8 FC D9 44 B8 F8 D9 C9 8B 45 28 D9 5D 8C D9 5D 90 D9 44 B8 FC D9 44 B8 F8 D9 C9 8B 45 2C D9 5D 84 D9 44 B8 FC D9 C9 D9 5D 88 D9 9D 7C FF FF FF D9 44 B8 F8 C7 45 E4 00 00 00 00 8B 45 DC 80 75 97 80 80 75 8F 80 80 75 87 80 80 B5 7F FF FF FF 80 39 45 E4 D9 5D 80 0F 83 AB 05 00 00
-
-. 2391 805C71F 13
-. F7 45 D8 01 00 00 00 0F 85 D8 01 00 00
-***** EXPENSIVE 2393 722
-
-. 2392 8057220 101
-. 8B BD DC FE FF FF 8B 45 20 D9 44 B8 F8 D9 44 B8 FC D9 C9 8B 45 24 D9 5D B0 D9 5D AC D9 44 B8 F8 D9 44 B8 FC D9 C9 8B 45 28 D9 5D A8 D9 5D A4 D9 44 B8 F8 D9 44 B8 FC D9 C9 8B 45 2C D9 5D A0 D9 5D 9C D9 44 B8 F8 D9 44 B8 FC D9 C9 C7 45 E4 00 00 00 00 8B 45 D0 39 45 E4 D9 5D 98 D9 5D 94 0F 83 BE 04 00 00
-***** EXPENSIVE 2394 723
-
-. 2393 8057094 161
-. 8B 95 CC FE FF FF 8B 4D CC 8D 44 11 FF 8B 55 0C 8B 75 08 0F AF 95 CC FE FF FF D9 04 96 8B 55 0C 8D 0C 01 0F AF D0 8D 04 85 04 00 00 00 0F AF 45 0C D9 04 30 8B 45 0C 0F AF C1 D9 04 96 D9 04 86 D9 C1 8D 0C 8D 04 00 00 00 0F AF 4D 0C D8 C1 D9 CC D9 5D C8 D9 04 31 D9 CC D8 C0 DD 85 F0 FE FF FF D9 FA DC 8D E8 FE FF FF D9 CB DE E2 D9 CA D8 C0 DE C9 D9 5D EC DD 85 E8 FE FF FF D8 C9 D8 6D C8 D9 5D BC D9 45 EC D9 45 BC D8 C1 D9 C9 D8 6D BC D9 C9 D9 5D B8 D9 5D B4 D9 45 DC D9 45 E0 D8 CB
-***** EXPENSIVE 2395 724
-
-. 2394 8057135 147
-. D9 C9 D8 CC DE C1 D9 45 DC DE CB 8B 95 D8 FE FF FF D9 45 E0 03 55 D8 8B 45 D8 DE CC D9 CA 8D 0C 10 DE E3 D8 45 C8 D9 45 B4 D9 CB 8D 34 08 D8 C0 D9 C9 01 F0 D9 5D C8 D9 C9 D8 C0 D9 45 B8 D9 CB D8 E2 D9 CA 8B 7D 14 D8 45 B4 D9 CB 0F AF BD D8 FE FF FF 0F AF 55 14 0F AF 4D 14 D8 E1 D9 CB D9 5D B4 D8 45 B8 89 85 BC FE FF FF D9 45 C8 8B 45 10 D9 1C B8 D9 55 B8 D9 CA D9 1C 90 D9 1C 88 8B BD BC FE FF FF 0F AF 75 14 0F AF 7D 14 8B 55 D4 D9 45 B4
-***** EXPENSIVE 2396 725
-
-. 2395 80571C8 36
-. D9 1C B0 FF 45 E4 D9 1C B8 8B 4D D0 8D 04 92 01 85 CC FE FF FF 01 95 D8 FE FF FF 39 4D E4 0F 82 A8 FE FF FF
-***** EXPENSIVE 2397 726
-
-. 2396 8054004 168
-. 8B 55 AC 8B 75 84 8D 44 32 FF 8B 4D A8 8D 34 01 8B 4D 84 29 D1 8B 55 A8 8D 4C 0A FF 89 8D 74 FF FF FF 8B 4D 0C 8B 55 08 0F AF C8 8D 04 C5 08 00 00 00 DD 04 CA 0F AF 45 0C DD 5D A0 DD 04 10 8B 45 0C 0F AF C6 DD 04 C2 8B 45 0C 0F AF 85 74 FF FF FF DD 04 C2 8B 85 74 FF FF FF 8D 0C C5 08 00 00 00 8D 34 F5 08 00 00 00 0F AF 75 0C 0F AF 4D 0C D9 C1 D9 CB DD 5D 98 DD 04 11 DD 04 16 D9 CC D8 C2 DD 83 BC F8 FF FF D9 CA D9 E0 D9 C5 D9 CB D8 CA DC 6D A0 D9 CB D8 C1 D9 CA DC 45 A0 DD 83 BC F8 FF FF D9 CF DE E2
-***** EXPENSIVE 2398 727
-
-. 2397 80540AC 128
-. D9 C9 DC 4D E0 D9 C9 DD 5D A0 D9 CD D8 C9 D9 C2 D9 C9 8B 45 14 8B 75 10 DC 6D 98 D9 CA 0F AF C7 DC 45 98 D9 C9 D8 E6 D9 CB DE C6 D9 CC DE E3 DD 45 A0 D9 CB DC 4D E0 8B 4D DC D9 C1 D9 CD DD 55 98 D9 CC DD 1C C6 8D 04 FD 08 00 00 00 DC C4 DE E9 0F AF 45 14 DD 45 C8 DD 45 C0 D9 CC DD 1C 30 D9 CB 8D 14 39 D8 CC D9 CB D8 CA 8B 45 14 0F AF C2 DE E3 D9 CA DD 1C C6 8D 0C 11 DC 4D C0 D9 CA
-***** EXPENSIVE 2399 728
-
-. 2398 805412C 103
-. 8D 14 D5 08 00 00 00 DC 4D C8 8B 45 14 DD 45 B8 DD 45 B0 D9 C9 0F AF C1 0F AF 55 14 D8 CD D9 C9 D8 CB D9 CC DE C2 D9 CC 8D 0C CD 08 00 00 00 DC 4D B0 D9 CA DC 4D B8 D9 C9 DD 1C 32 D9 CB 0F AF 4D 14 DE E2 DE C2 8B 55 D8 DD 1C C6 FF 45 E8 DD 1C 31 8D 04 52 8B 4D D4 03 7D D8 01 45 84 39 4D E8 0F 82 71 FE FF FF
-***** EXPENSIVE 2400 729
-
-. 2399 80567F0 162
-. 8B 55 C4 8B 75 9C 8D 44 32 FF 8B 4D C0 8D 34 01 8B 4D 9C 29 D1 8B 55 C0 8D 4C 0A FF 89 4D 94 8B 4D 0C 0F AF C8 8D 04 85 04 00 00 00 8B 55 08 0F AF 45 0C D9 04 10 8B 45 0C 0F AF C6 D9 04 82 8B 45 0C D9 04 8A 0F AF 45 94 D9 04 82 D9 C9 D9 5D BC 8B 45 94 D9 C1 8D 0C 85 04 00 00 00 D8 C1 8D 34 B5 04 00 00 00 0F AF 75 0C 0F AF 4D 0C D9 5D B4 DD 83 BC F8 FF FF D9 04 11 D9 CC D9 5D B8 D8 4D B4 D9 04 16 D9 CC D9 E0 D9 C9 D8 6D BC D9 C4 D9 C9 D9 5D F0 D8 C1 DD 83 BC F8 FF FF D8 C9 D8 6D B8
-***** EXPENSIVE 2401 730
-
-. 2400 8056892 133
-. D9 45 F0 D9 C9 D9 5D F0 D9 45 BC D9 CE DE E3 D9 CD D8 45 B4 D9 CC DE E3 D9 C9 D8 4D E4 D9 45 F0 D9 CB D8 4D E4 D9 CC D9 5D BC 8B 45 E0 8D 14 38 D9 C2 8D 0C 10 D8 C4 8B 45 14 8B 75 10 0F AF C7 D9 5D B0 D9 45 BC D9 1C 86 D9 C4 8D 04 BD 04 00 00 00 D8 E1 D9 CD DE C1 D9 C9 0F AF 45 14 D8 45 B8 D9 45 D4 D9 45 D0 D9 CA D9 14 30 D9 C9 D8 CE D9 CA D8 4D B0 8B 45 14 0F AF C2 DE EA D9 C9 D9 1C 86 D9 45 D4
-***** EXPENSIVE 2402 731
-
-. 2401 8056917 119
-. D8 4D B0 D9 CD D8 4D D0 D9 CB DE E4 D9 CA DE C4 8D 14 95 04 00 00 00 8B 45 14 D9 45 CC D9 45 C8 D9 C9 0F AF C1 0F AF 55 14 D8 CA D9 C9 D8 CC D9 CA 8D 0C 8D 04 00 00 00 D8 4D C8 D9 CC D8 4D CC D9 CD D9 1C 32 0F AF 4D 14 DE E1 D9 CA DE C3 D9 C9 8B 55 DC D9 1C 86 D9 C9 FF 45 E8 D9 1C 31 8D 04 52 8B 4D D8 03 7D DC 01 45 9C 39 4D E8 D9 5D B8 0F 82 62 FE FF FF
-***** EXPENSIVE 2403 732
-
-. 2402 8059484 185
-. 8B 95 5C FF FF FF 03 55 E4 8B 75 E4 8D 0C 16 01 CE 8B 45 0C 89 B5 3C FF FF FF 0F AF 85 5C FF FF FF 8B 75 08 DD 04 C6 8B 85 5C FF FF FF 8D 04 C5 08 00 00 00 0F AF 45 0C DD 5D A0 DD 04 30 8B 45 0C 0F AF C2 DD 04 C6 8B 45 0C 0F AF C1 8D 14 D5 08 00 00 00 DD 04 C6 0F AF 55 0C 8B 45 0C 8D 0C CD 08 00 00 00 DD 04 32 0F AF 4D 0C 0F AF 85 3C FF FF FF 8B 95 3C FF FF FF DD 04 31 DD 04 C6 D9 CD 8D 34 D5 08 00 00 00 0F AF 75 0C 8B 4D 08 DD 5D 98 DD 04 0E DD 5D 90 DD 45 D0 DD 45 C8 D9 C9 D8 CD D9 C9 D8 CB DE E9 DD 9D 40 FF FF FF DD 45 C0 DD 45 B8 D9 CD DC 4D C8
-***** EXPENSIVE 2404 733
-
-. 2403 805953D 130
-. D9 CD D8 CA D9 CB DC 4D D0 D9 C9 D8 CC D9 C9 DE C5 DE E2 DD 45 B0 DD 45 A8 DC 4D 90 D9 C9 D8 CE DE E1 DD 85 40 FF FF FF DD 45 B0 D9 CD DC 4D B8 D9 CF DC 4D A8 D9 C9 D8 C2 D9 CB DC 4D C0 D9 CD DC 4D 90 DE C1 D9 CC DE C6 DD 45 A0 DD 45 98 D9 CB DD 5D 88 8B 85 6C FF FF FF D9 C5 D9 C9 8D 0C 38 D8 C4 D9 C9 D8 C5 D9 CE DE E5 8B 45 14 DD 45 88 0F AF 85 60 FF FF FF 8B 75 10 D8 C1 DD 1C C6 D9 CD
-***** EXPENSIVE 2405 734
-
-. 2404 80595BF 166
-. DD 5D 80 8B B5 60 FF FF FF DD 85 40 FF FF FF D9 CA D8 C6 D9 CA DE E1 8D 04 F5 08 00 00 00 DD 45 80 D9 CB 8B 75 10 DC 6D A0 D9 CE 0F AF 45 14 DC 6D 98 D9 CB D8 C2 D9 CB 8B 95 60 FF FF FF DD 9D 70 FF FF FF D9 CA DD 1C 30 D9 CA 03 95 6C FF FF FF D9 E0 D9 C4 8B 45 14 0F AF C2 D8 E1 DD 1C C6 D9 CC 8B 45 14 DD 9D 78 FF FF FF 0F AF C1 DD 85 70 FF FF FF D9 C9 D9 E0 D9 CA DC 65 80 D9 CC 8D 14 D5 08 00 00 00 8D 0C CD 08 00 00 00 0F AF 55 14 DC 85 78 FF FF FF D9 C9 0F AF 4D 14 D8 C2 D9 CB DC 65 88 D9 CA
-***** EXPENSIVE 2406 735
-
-. 2405 8059665 110
-. DC AD 70 FF FF FF D9 CC D9 E0 D9 CB DD 1C 32 D9 CB DD 9D 70 FF FF FF DD 1C C6 D9 C9 DD 95 78 FF FF FF D9 C9 DD 1C 31 8B 45 14 0F AF C7 DD 1C C6 80 B5 77 FF FF FF 80 8D 04 FD 08 00 00 00 0F AF 45 14 DD 85 70 FF FF FF DD 1C 30 8B 55 DC 8B 45 18 FF 45 E8 8B 4D E0 01 85 60 FF FF FF 01 C7 01 95 5C FF FF FF 39 4D E8 0F 82 B1 FD FF FF
-***** EXPENSIVE 2407 736
-
-. 2406 8059724 153
-. 8B 45 E4 8D 14 38 8D 0C 10 01 C8 8B 75 0C 89 85 3C FF FF FF 0F AF F7 8B 45 08 DD 04 F0 8B B5 3C FF FF FF 0F AF 55 0C 0F AF 4D 0C 0F AF 75 0C DD 04 D0 DD 04 C8 DD 04 F0 D9 C4 D9 FA DD 83 34 F6 FF FF DE F1 D9 C3 D8 E2 DE C9 D9 C5 D9 FA 8B 8D 64 FF FF FF 8B 55 EC DD 83 34 F6 FF FF 8D 44 51 FF DE F1 8B 75 DC D9 C5 8B 55 14 8D 0C 70 0F AF D0 8B 75 10 D8 C2 DD 1C D6 D9 CC DE C2 D9 C2 D9 CC DE CA D9 CB 8D 04 C5 08 00 00 00 D9 E0 0F AF 45 14 D8 E1 DD 1C 30 D9 CB
-***** EXPENSIVE 2408 737
-
-. 2407 80597BD 56
-. 8B 45 14 0F AF C1 DE E2 D9 C9 DD 1C C6 8D 0C CD 08 00 00 00 8B 45 18 FF 45 E8 8B 55 E0 0F AF 4D 14 DE E1 01 85 64 FF FF FF 03 7D DC 39 55 E8 DD 1C 31 0F 82 2F FF FF FF
-***** EXPENSIVE 2409 738
-
-. 2408 80546C4 148
-. 8B 45 E0 8D 14 47 8B 45 0C 8B 4D 08 0F AF C7 DD 04 C1 8D 04 FD 08 00 00 00 0F AF 45 0C DD 04 08 8B 45 0C 0F AF C2 8D 14 D5 08 00 00 00 0F AF 55 0C DD 04 C1 DD 04 0A D9 C4 D9 FA D9 C3 D8 C2 DE C9 D9 C5 D9 FA 8B 95 68 FF FF FF D9 C5 03 55 E4 D8 E4 8B 45 E4 8D 0C 10 DE C9 01 C8 D9 C0 D9 CE DE C4 D9 CA DE E4 D9 CA 8B 75 14 0F AF B5 68 FF FF FF 0F AF 55 14 0F AF 4D 14 89 85 34 FF FF FF D8 C0 D9 CC 8B 45 10 D8 E2 D9 CB D8 C0 D9 CC DD 1C F0 DE C1
-***** EXPENSIVE 2410 739
-
-. 2409 8054758 55
-. D9 C9 DD 1C D0 D9 C9 8B B5 34 FF FF FF DD 1C C8 8B 55 E0 FF 45 E8 8B 4D DC 0F AF 75 14 D9 E0 01 95 68 FF FF FF 03 BD 64 FF FF FF 39 4D E8 DD 1C F0 0F 82 35 FF FF FF
-***** EXPENSIVE 2411 740
-
-. 2410 805BAB8 184
-. 8B 95 58 FF FF FF 03 55 E4 8B 75 E4 8D 0C 16 01 CE 8B 45 0C 89 B5 44 FF FF FF 0F AF 85 58 FF FF FF 8B 75 08 D9 04 86 8B 85 58 FF FF FF 8D 04 85 04 00 00 00 0F AF 45 0C D9 5D B4 D9 04 30 8B 45 0C 0F AF C2 D9 5D B0 D9 04 86 8B 45 0C 0F AF C1 D9 04 86 D9 C9 8B 45 0C 0F AF 85 44 FF FF FF 8D 14 95 04 00 00 00 8D 0C 8D 04 00 00 00 0F AF 55 0C 0F AF 4D 0C D9 5D AC D9 04 86 8B 85 44 FF FF FF D9 04 32 D9 04 31 D9 CA D9 5D A4 8D 34 85 04 00 00 00 D9 45 CC 0F AF 75 0C 8B 55 08 D8 4D AC D9 CB D9 5D A8 D9 04 16 D9 CB D9 5D A0 D9 45 C8 D8 C9 D8 6D A0 D9 5D A0
-***** EXPENSIVE 2412 741
-
-. 2411 805BB70 137
-. D9 45 C8 D8 4D AC D9 C9 D8 4D CC DE C1 D9 45 C4 D8 4D A8 D9 5D 9C D9 45 C0 D8 CA D8 6D 9C D9 5D 9C D9 45 C0 D8 4D A8 D9 CA D8 4D C4 D9 CA D9 5D A8 D9 C9 D8 45 A8 D9 5D 98 D9 45 BC D8 4D A4 D9 5D 94 D9 45 B8 D8 CA D8 6D 94 D9 5D 94 D9 45 BC DE CA D9 45 B8 D8 4D A4 DE C2 D9 45 B4 D8 45 9C D9 5D 90 D9 45 B0 D8 45 98 D9 5D 8C D9 45 A0 D9 45 A0 D9 45 B4 D9 45 B0 D9 CB D8 65 94 D9 CA D8 45 94 D9 C9 D8 65 9C D9 CB
-***** EXPENSIVE 2413 742
-
-. 2412 805BBF9 162
-. D8 65 98 D9 C4 D9 CB D9 5D 88 D9 CA 8B 85 78 FF FF FF 8D 0C 38 D8 C5 D9 45 8C D9 CD DE E6 8B 45 14 D9 45 90 0F AF 85 5C FF FF FF D8 C2 D9 CD D8 C1 D9 CD 8B 75 10 D9 1C 86 D9 CC D9 5D 84 D9 CC 8B B5 5C FF FF FF D9 E0 D9 C2 80 75 8B 80 D8 E1 8D 04 B5 04 00 00 00 0F AF 45 14 8B 75 10 D9 5D 80 D9 45 84 D9 45 88 D9 C9 8B 95 5C FF FF FF D9 1C 30 03 95 78 FF FF FF D8 C2 8B 45 14 0F AF C2 D9 9D 7C FF FF FF D9 45 80 D9 1C 86 D9 CC 8D 14 95 04 00 00 00 8B 45 14 0F AF 55 14 0F AF C1 D8 6D 90
-***** EXPENSIVE 2414 743
-
-. 2413 805BC9B 119
-. D9 85 7C FF FF FF D9 CC D8 6D 8C D9 CC 8D 0C 8D 04 00 00 00 D9 1C 32 D9 C9 0F AF 4D 14 D8 65 88 D9 C9 D9 14 86 D9 5D 90 D9 CA D9 5D 8C 80 75 8F 80 8B 45 14 0F AF C7 DE C2 D9 45 8C D9 1C 31 D9 C9 D9 1C 86 8D 04 BD 04 00 00 00 0F AF 45 14 D9 E0 D9 1C 30 8B 55 DC 8B 45 18 FF 45 E8 8B 4D E0 01 85 5C FF FF FF 01 C7 01 95 58 FF FF FF 39 4D E8 0F 82 A6 FD FF FF
-***** EXPENSIVE 2415 744
-
-. 2414 805BD5C 188
-. 8B 45 E4 8D 14 38 8D 0C 10 01 C8 8B 75 0C 89 85 44 FF FF FF 0F AF F7 8B 45 08 D9 04 B0 8B B5 44 FF FF FF 0F AF 75 0C D9 9D 74 FF FF FF 0F AF 55 0C D9 04 B0 0F AF 4D 0C D9 9D 6C FF FF FF D9 04 90 D9 04 88 DD 83 DC F8 FF FF D9 FA D9 85 6C FF FF FF D9 C9 DC BB 34 F6 FF FF D9 C9 D8 EB DE C9 D9 9D 68 FF FF FF DD 83 DC F8 FF FF D9 FA DC BB 34 F6 FF FF D9 CA D8 85 6C FF FF FF 8B 8D 60 FF FF FF DE CA D9 C9 8B 55 EC D9 5D F0 8D 44 51 FF 8B 75 DC 8B 55 14 D9 85 74 FF FF FF 8D 0C 70 0F AF D0 8B 75 10 D8 85 68 FF FF FF D9 45 F0 D9 C9 D9 1C 96 D9 C1 8D 04 85 04 00 00 00
-***** EXPENSIVE 2416 745
-
-. 2415 805BE18 81
-. D9 E0 0F AF 45 14 D8 E1 D9 1C 30 8B 45 14 D9 85 74 FF FF FF 0F AF C1 D8 A5 68 FF FF FF D9 1C 86 8D 0C 8D 04 00 00 00 8B 45 18 FF 45 E8 8B 55 E0 0F AF 4D 14 DE E9 01 85 60 FF FF FF 03 7D DC 39 55 E8 D9 95 70 FF FF FF D9 1C 31 0F 82 F3 FE FF FF
-***** EXPENSIVE 2417 746
-
-. 2416 8056EC8 192
-. 8B 45 0C 8B 4D 08 0F AF C7 D9 04 81 8D 04 BD 04 00 00 00 0F AF 45 0C 8B 75 E0 8D 14 77 D9 04 08 D9 C9 8B 45 0C 0F AF C2 8D 14 95 04 00 00 00 0F AF 55 0C D9 9D 70 FF FF FF D9 04 0A D9 9D 64 FF FF FF D9 95 6C FF FF FF D9 04 81 DD 83 DC F8 FF FF D9 FA D9 CA D8 85 64 FF FF FF DE CA D9 C9 D9 9D 60 FF FF FF DD 83 DC F8 FF FF D9 FA D9 85 70 FF FF FF D8 E2 8B 95 58 FF FF FF 03 55 E4 DE C9 8B 45 E4 D9 85 70 FF FF FF D9 C9 D9 5D F0 8D 0C 10 DE C1 D9 85 64 FF FF FF D9 45 F0 01 C8 D9 85 60 FF FF FF D9 CA D8 A5 6C FF FF FF D9 CA 8B 75 14 0F AF B5 58 FF FF FF 0F AF 55 14 0F AF 4D 14
-***** EXPENSIVE 2418 747
-
-. 2417 8056F88 83
-. D8 E9 D9 CB 89 85 34 FF FF FF D8 C0 D9 CA 8B 45 10 D8 C0 D9 CA D9 1C B0 D8 85 60 FF FF FF D9 CA D9 1C 90 8B B5 34 FF FF FF D9 1C 88 8B 55 E0 FF 45 E8 8B 4D DC 0F AF 75 14 D9 E0 01 95 58 FF FF FF 03 BD 54 FF FF FF 39 4D E8 D9 1C B0 0F 82 ED FE FF FF
-***** EXPENSIVE 2419 748
-
-. 2418 804E5D0 190
-. 8B 45 EC 03 45 DC 0F AF 45 0C C1 E0 04 DD 04 06 DD 44 06 08 8B 45 EC 03 85 64 FF FF FF 0F AF 45 0C C1 E0 04 DD 04 06 D9 CA DD 9D 70 FF FF FF DD 44 06 08 D9 C9 8B 45 EC 03 85 54 FF FF FF 0F AF 45 0C C1 E0 04 DD 9D 68 FF FF FF DD 04 06 DD 9D 58 FF FF FF DD 44 06 08 8B 45 EC 03 85 3C FF FF FF 0F AF 45 0C C1 E0 04 DD 9D 48 FF FF FF DD 04 06 DD 9D 40 FF FF FF DD 44 06 08 DD 9D 30 FF FF FF 8B 45 EC 03 85 2C FF FF FF DD 85 40 FF FF FF DD 85 30 FF FF FF D9 C9 0F AF 45 0C D8 C3 D9 C9 D8 C2 DD 83 BC F8 FF FF DD 83 BC F8 FF FF D9 C9 C1 E0 04 D8 CB D9 C9 D8 CA D9 CB DC 04 16
-***** EXPENSIVE 2420 749
-
-. 2419 804E68E 196
-. D9 CD DC A5 40 FF FF FF D9 CC DC A5 30 FF FF FF DD 04 06 DD 44 06 08 D9 CB DC 2C 16 D9 CD DC 6C 16 08 D9 CE DC 8D 20 FF FF FF D9 CA DC 8D 20 FF FF FF D9 CF DD 9D 18 FF FF FF D9 CB DC 44 16 08 DD 9D 10 FF FF FF D9 C3 D8 E6 D9 CC DE C6 DD 85 70 FF FF FF D8 C3 DD 9D 08 FF FF FF DD 85 68 FF FF FF D8 C2 DD 95 00 FF FF FF DC 8B BC F8 FF FF DC AD 48 FF FF FF DD 9D 98 FE FF FF D9 C4 DD 85 58 FF FF FF D9 C9 D8 C2 D9 CE DE E2 DC 85 08 FF FF FF DD 85 08 FF FF FF D9 C9 DD 9D F8 FE FF FF DC 8B BC F8 FF FF DD 85 48 FF FF FF D9 C9 DC AD 58 FF FF FF D9 C9 DC 85 00 FF FF FF D9 CB DC A5 68 FF FF FF
-***** EXPENSIVE 2421 750
-
-. 2420 804E752 204
-. DC 8D 20 FF FF FF D9 CB DD 9D F0 FE FF FF D9 C0 D8 E3 D9 CC DC A5 70 FF FF FF D9 C9 DE C3 DC 8D 20 FF FF FF D9 CB DD 9D E8 FE FF FF DD 85 18 FF FF FF DD 85 98 FE FF FF D8 C4 D9 C9 DC 85 F8 FE FF FF DD 1C 0F DD 9D E0 FE FF FF DD 85 E8 FE FF FF DD 85 10 FF FF FF D9 CC DC AD 98 FE FF FF D9 CC DC 85 F0 FE FF FF D9 C9 D8 C5 D9 C9 DD 5C 0F 08 D9 CB DD 9D 98 FE FF FF D9 CA DD 9D D8 FE FF FF DD 85 E0 FE FF FF D8 C4 DD 9D D0 FE FF FF DD 85 18 FF FF FF DC A5 F8 FE FF FF DD 9D C8 FE FF FF DD 85 10 FF FF FF DC A5 F0 FE FF FF D9 C5 8B 45 E8 D8 C2 D9 C9 DD 9D C0 FE FF FF D9 CB DC A5 E8 FE FF FF D9 CC DC A5 E0 FE FF FF
-***** EXPENSIVE 2422 751
-
-. 2421 804E81E 143
-. D9 CD DE E1 03 45 D4 DD 45 C0 DD 45 B8 0F AF 45 14 D8 CE D9 C9 D8 CD D9 CE DC 4D C0 D9 CD DC 4D B8 D9 CE C1 E0 04 DE E1 D9 CC DE C5 D9 CB DD 1C 07 D9 CB DD 5C 07 08 DD 85 98 FE FF FF 8B 45 E8 D8 C3 03 85 BC FE FF FF DD 45 B0 DD 45 A8 0F AF 45 14 D8 CA D9 C9 D8 CB D9 CA DC 4D B0 D9 CB DC 4D A8 D9 CA C1 E0 04 DE E1 D9 CA DE C1 D9 C9 DD 1C 07 DD 5C 07 08 8B 45 E8 03 85 B8 FE FF FF DD 45 A0 DD 45 98 0F AF 45 14 DC 8D C0 FE FF FF
-***** EXPENSIVE 2423 752
-
-. 2422 804E8AD 171
-. D9 C9 DC 8D C8 FE FF FF C1 E0 04 DE E1 D9 CA DC A5 98 FE FF FF D9 CA DD 1C 07 DD 45 A0 DD 45 98 DC 8D C8 FE FF FF D9 C9 DC 8D C0 FE FF FF DE C1 DD 5C 07 08 8B 45 E8 03 85 B4 FE FF FF DD 45 90 DD 45 88 0F AF 45 14 DC 8D D0 FE FF FF D9 C9 DC 8D D8 FE FF FF C1 E0 04 DE E1 DD 1C 07 DD 45 90 DD 45 88 DC 8D D8 FE FF FF D9 C9 DC 8D D0 FE FF FF DE C1 DD 5C 07 08 8B 45 E8 03 85 B0 FE FF FF DD 45 80 DD 85 78 FF FF FF D9 C9 0F AF 45 14 D8 CA D9 C9 D8 CB D9 CA DC 8D 78 FF FF FF D9 CB DC 4D 80 D9 C9 C1 E0 04 DE E2 DE C2
-***** EXPENSIVE 2424 753
-
-. 2423 804E958 53
-. DD 1C 07 DD 5C 07 08 8B 45 0C C1 E0 04 01 C2 8B 45 0C 01 85 A8 FE FF FF 8B 45 14 C1 E0 04 FF 45 EC 01 C1 FF 45 E8 FF 45 E0 8B 45 D4 39 45 E0 0F 82 43 FC FF FF
-***** EXPENSIVE 2425 754
-
-. 2424 8051998 183
-. 8B 45 E8 03 45 D8 0F AF 45 0C D9 04 C6 D9 44 C6 04 8B 45 E8 03 45 94 0F AF 45 0C D9 04 C6 D9 CA D9 5D 9C D9 44 C6 04 8B 45 E8 03 45 8C 0F AF 45 0C D9 04 C6 D9 CA D9 5D 98 D9 44 C6 04 D9 CA 8B 45 E8 03 45 84 0F AF 45 0C D9 5D 90 D9 C9 D9 5D 88 D9 04 C6 D9 44 C6 04 8B 45 E8 03 85 78 FF FF FF 0F AF 45 0C D9 5D 80 D9 04 C6 D9 9D 7C FF FF FF D9 44 C6 04 D9 9D 74 FF FF FF D9 C2 D8 C1 D9 9D 70 FF FF FF D9 45 80 D8 C2 D9 9D 6C FF FF FF D9 85 70 FF FF FF D8 8D F8 FE FF FF D9 04 CE DE E1 D9 85 6C FF FF FF D8 8D F8 FE FF FF D9 9D 60 FF FF FF D9 44 CE 04
-***** EXPENSIVE 2426 755
-
-. 2425 8051A4F 183
-. D8 A5 60 FF FF FF D9 CC DE E2 D9 04 CE D9 CC D9 9D 64 FF FF FF D9 CB D8 85 70 FF FF FF D9 44 CE 04 D9 CB D8 65 80 D8 8D 5C FF FF FF D9 CB D8 85 6C FF FF FF D9 C9 D9 9D 58 FF FF FF D9 C3 D9 CA D8 8D 5C FF FF FF D9 CA D8 E3 D9 C9 D9 9D 54 FF FF FF D9 85 64 FF FF FF D8 C2 D9 C9 D9 9D 50 FF FF FF D9 C9 D8 AD 64 FF FF FF D9 85 7C FF FF FF D9 85 74 FF FF FF D9 85 7C FF FF FF D9 CE DE C5 D9 C9 D8 45 9C D9 C9 D8 45 98 D9 CD D8 65 9C D9 CB D9 9D 4C FF FF FF D9 C9 D9 9D 44 FF FF FF D9 85 F8 FE FF FF D9 85 F8 FE FF FF D9 85 5C FF FF FF DE CC D8 CA D9 C9
-***** EXPENSIVE 2427 756
-
-. 2426 8051B06 196
-. D8 CD D9 C9 D8 6D 90 D9 C9 D8 6D 88 D9 CC D9 95 48 FF FF FF D9 CB D9 9D 40 FF FF FF D9 85 74 FF FF FF D8 65 98 D9 85 5C FF FF FF DE C9 D9 9D 3C FF FF FF D9 85 3C FF FF FF D8 E9 D9 9D 38 FF FF FF D9 85 40 FF FF FF D8 C4 D9 45 90 D9 C9 D9 9D 34 FF FF FF DE C2 D9 85 58 FF FF FF D8 C2 D9 45 88 D9 C9 D9 1C D7 DE C5 D9 85 54 FF FF FF D8 C5 D9 5C D7 04 D9 85 50 FF FF FF D8 85 38 FF FF FF D9 9D 30 FF FF FF D9 85 4C FF FF FF D8 85 34 FF FF FF D9 C9 D8 85 3C FF FF FF D9 C9 D9 9D 2C FF FF FF DC C2 D9 CB D8 A5 40 FF FF FF D9 CA D9 9D 28 FF FF FF D9 85 44 FF FF FF D8 C2 D9 CC D8 AD 54 FF FF FF
-***** EXPENSIVE 2428 757
-
-. 2427 8051BCA 179
-. D9 C9 D8 AD 58 FF FF FF D9 CC D9 9D 24 FF FF FF D9 9D 1C FF FF FF D9 85 4C FF FF FF D9 85 50 FF FF FF D9 CB D8 AD 48 FF FF FF D9 CB D8 A5 38 FF FF FF D9 C9 D8 A5 34 FF FF FF D9 CC D9 95 20 FF FF FF D9 CB D9 9D 10 FF FF FF D9 C9 D8 AD 44 FF FF FF D9 9D 0C FF FF FF 8B 45 E4 D9 45 C4 D9 45 C0 03 45 D0 D8 CC D9 C9 D8 CA 0F AF 45 14 DE E1 D9 1C C7 D9 45 C4 DE CB D9 45 C0 DE C9 DE C2 D9 C9 D9 5C C7 04 D9 45 B8 8B 45 E4 D9 45 BC D9 C9 03 85 08 FF FF FF D8 8D 24 FF FF FF D9 C9 D8 8D 28 FF FF FF 0F AF 45 14 DE E1 D9 1C C7 D9 45 B8 D9 45 BC
-***** EXPENSIVE 2429 758
-
-. 2428 8051C7D 165
-. D9 C9 D8 8D 28 FF FF FF D9 C9 D8 8D 24 FF FF FF DE C1 D9 5C C7 04 D9 45 B0 8B 45 E4 D9 45 B4 D9 C9 03 85 04 FF FF FF D8 8D 1C FF FF FF D9 C9 D8 CA 0F AF 45 14 DE E1 D9 1C C7 D9 45 B4 D9 45 B0 D9 C9 D8 8D 1C FF FF FF D9 C9 DE CA DE C1 D9 5C C7 04 8B 45 E4 D9 45 AC D9 45 A8 D9 45 AC D9 45 A8 D9 CA 03 85 00 FF FF FF D8 8D 2C FF FF FF D9 CB D8 8D 30 FF FF FF D9 C9 D8 8D 2C FF FF FF D9 CA D8 8D 30 FF FF FF D9 C9 0F AF 45 14 DE E3 DE C1 D9 C9 D9 1C C7 D9 5C C7 04 D9 45 A4 8B 45 E4 D9 45 A0 D9 C9
-***** EXPENSIVE 2430 759
-
-. 2429 8051D22 82
-. 03 85 FC FE FF FF D8 8D 10 FF FF FF D9 C9 D8 8D 0C FF FF FF 0F AF 45 14 DE E9 D9 1C C7 D9 45 A0 D9 45 A4 D8 8D 0C FF FF FF D9 C9 D8 8D 10 FF FF FF DE C1 D9 5C C7 04 FF 45 DC 8B 45 D0 03 4D 0C FF 45 E8 03 55 14 FF 45 E4 39 45 DC 0F 82 24 FC FF FF
-***** EXPENSIVE 2431 760
-
-. 2430 8058D74 151
-. 8B 45 EC 01 C8 8B 55 0C 0F AF D1 89 45 C8 8B 45 08 DD 04 D0 8D 04 CD 08 00 00 00 0F AF 45 0C 8B 55 08 DD 04 10 8B 45 0C 0F AF 45 C8 DD 04 C2 8B 45 C8 8D 14 C5 08 00 00 00 0F AF 55 0C 8B 45 08 DD 04 02 D9 C5 D9 C5 D8 CA D9 C9 D8 CB DE E1 D9 C6 DE CA D9 CA D8 CD DE C1 8B 45 14 D9 C3 0F AF C6 8B 55 10 D8 C2 DD 1C C2 D9 C2 8D 04 F5 08 00 00 00 0F AF 45 14 D8 C1 DD 1C 10 D9 CB 8B 45 14 0F AF C7 DE E1 DD 1C C2 DE E1 8D 04 FD 08 00 00 00 0F AF 45 14 D9 E0
-***** EXPENSIVE 2432 761
-
-. 2431 8058E0B 27
-. DD 1C 10 FF 45 F0 8B 45 E8 03 7D 18 03 75 18 03 4D E4 39 45 F0 0F 82 4E FF FF FF
-***** EXPENSIVE 2433 762
-
-. 2432 8053D08 151
-. 8B 45 0C 8B 55 08 0F AF C6 DD 04 C2 8D 04 F5 08 00 00 00 0F AF 45 0C DD 04 10 8B 45 0C 0F AF C7 DD 04 C2 8D 04 FD 08 00 00 00 0F AF 45 0C DD 04 10 8B 4D F0 8B 55 C4 8D 44 4A FF 8B 4D E8 8B 55 14 01 C1 0F AF D0 D9 C3 D9 C3 D9 CD 8D 04 C5 08 00 00 00 D8 E3 D9 CC D8 C2 D9 C9 89 4D B0 0F AF 45 14 8B 4D 10 DE C3 D9 CC DE E1 D9 C4 D9 C6 D9 CB DD 1C D1 D9 CA D8 CB D9 C9 DD 1C 08 D9 C9 D8 CB 8B 45 14 0F AF 45 B0 DE E9 DD 1C C1 8B 45 B0 8D 0C C5 08 00 00 00
-***** EXPENSIVE 2434 763
-
-. 2433 8053D9F 45
-. D8 CA D9 C9 D8 CB 0F AF 4D 14 DE C1 8B 55 10 DD 1C 11 FF 45 EC 8B 4D E0 8B 45 D8 03 7D CC 03 75 C8 01 4D C4 39 45 EC 0F 82 3C FF FF FF
-***** EXPENSIVE 2435 764
-
-. 2434 805B3C0 151
-. 8B 55 EC 01 CA 8B 45 0C 0F AF C1 89 55 D0 8B 55 08 D9 04 82 8D 04 8D 04 00 00 00 0F AF 45 0C D9 04 10 8B 45 0C 0F AF 45 D0 D9 04 82 8B 45 D0 8D 14 85 04 00 00 00 0F AF 55 0C 8B 45 08 D9 04 02 D9 C5 D9 C5 D8 CA D9 C9 D8 CB DE E1 D9 C6 DE CA D9 CA D8 CD DE C1 8B 45 14 D9 C3 0F AF C6 8B 55 10 D8 C2 D9 1C 82 D9 C2 8D 04 B5 04 00 00 00 0F AF 45 14 D8 C1 D9 1C 10 D9 CB 8B 45 14 0F AF C7 DE E1 D9 1C 82 DE E1 8D 04 BD 04 00 00 00 0F AF 45 14 D9 E0 D9 1C 10
-
-. 2435 805B457 24
-. FF 45 F0 8B 45 E8 03 7D 18 03 75 18 03 4D E4 39 45 F0 0F 82 51 FF FF FF
-***** EXPENSIVE 2437 765
-
-. 2436 80564FC 151
-. 8B 45 0C 8B 55 08 0F AF C6 D9 04 82 8D 04 B5 04 00 00 00 0F AF 45 0C D9 04 10 8B 45 0C 0F AF C7 D9 04 82 8D 04 BD 04 00 00 00 0F AF 45 0C D9 04 10 8B 4D F0 8B 55 C4 8D 44 4A FF 8B 4D E8 8B 55 14 01 C1 0F AF D0 D9 C3 D9 C3 D9 CD 8D 04 85 04 00 00 00 D8 E3 D9 CC D8 C2 D9 C9 89 4D B0 0F AF 45 14 8B 4D 10 DE C3 D9 CC DE E1 D9 C4 D9 C6 D9 CB D9 1C 91 D9 CA D8 CB D9 C9 D9 1C 08 D9 C9 D8 CB 8B 45 14 0F AF 45 B0 DE E9 D9 1C 81 8B 45 B0 8D 0C 85 04 00 00 00
-***** EXPENSIVE 2438 766
-
-. 2437 8056593 45
-. D8 CA D9 C9 D8 CB 0F AF 4D 14 DE C1 8B 55 10 D9 1C 11 FF 45 EC 8B 4D E0 8B 45 D8 03 7D CC 03 75 C8 01 4D C4 39 45 EC 0F 82 3C FF FF FF
-***** EXPENSIVE 2439 767
-
-. 2438 8054440 169
-. 8B 45 0C 8B 75 08 0F AF C7 DD 04 C6 8D 04 FD 08 00 00 00 0F AF 45 0C 8B 4D A4 DD 04 30 8D 14 39 8B 45 0C 0F AF C2 8B 8D 5C FF FF FF DD 04 C6 03 4D A4 8B 45 0C 0F AF C1 8D 14 D5 08 00 00 00 DD 04 C6 0F AF 55 0C 8B 45 0C DD 04 32 0F AF 85 5C FF FF FF 8B 95 5C FF FF FF DD 04 C6 D9 CB DD 5D 98 D9 C9 DD 55 90 8D 04 D5 08 00 00 00 D8 C4 0F AF 45 0C DD 9D 40 FF FF FF 8D 0C CD 08 00 00 00 DD 45 98 0F AF 4D 0C DD 04 30 D9 C9 D8 C3 DD 04 31 D9 CA D9 E0 D9 C9 DD 5D 88 D9 CB DC 6D 98 D9 C2 D8 C4 D9 CA D9 E0 D9 C9
-***** EXPENSIVE 2440 768
-
-. 2439 80544E9 165
-. DD 9D 78 FF FF FF D9 C4 D8 C1 D9 CD DE E1 D9 C9 DD 55 80 DD 85 78 FF FF FF D9 CB DE E4 D9 CA D8 C1 DD 45 88 D9 CE DC 65 90 D9 CE DC 85 40 FF FF FF D9 C9 DD 9D 70 FF FF FF 8B 95 60 FF FF FF 03 55 E4 8B 45 E4 8D 0C 10 01 C8 8B 75 14 0F AF B5 60 FF FF FF 89 85 34 FF FF FF 8B 45 10 DD 1C F0 D9 C9 8B B5 60 FF FF FF 8D 34 F5 08 00 00 00 0F AF 75 14 D8 C3 D9 C4 D9 C9 DD 1C 06 D8 E2 DD 45 D0 DD 45 C8 DC 8D 70 FF FF FF D9 C9 8B 45 14 D8 CA 8B 75 10 0F AF C2 DE E1 DD 1C C6 DD 45 D0 DC 8D 70 FF FF FF
-***** EXPENSIVE 2441 769
-
-. 2440 805458E 152
-. DD 85 40 FF FF FF D9 CA DC 4D C8 D9 CA DC 65 88 D9 CD DC 65 80 D9 CA DE C1 8B 45 14 DD 45 C0 DD 45 B8 0F AF C1 D8 CB D9 C9 D8 CE D9 CB DC 4D C0 D9 CE DC 4D B8 D9 CB 8D 14 D5 08 00 00 00 8D 0C CD 08 00 00 00 0F AF 55 14 DE E1 D9 CA 0F AF 4D 14 DE C5 DD 1C 32 D9 C9 DC A5 78 FF FF FF D9 C9 DD 1C C6 D9 CB DE C1 D9 C9 DD 1C 31 DD 45 B0 DD 45 A8 D9 C9 D8 CA D9 C9 D8 CB 8B 45 14 0F AF 85 34 FF FF FF DE E9 DD 1C C6 D9 C9 8B 85 34 FF FF FF 8D 34 C5 08 00 00 00
-***** EXPENSIVE 2442 770
-
-. 2441 8054626 59
-. DC 4D B0 D9 C9 DC 4D A8 0F AF 75 14 DE C1 8B 55 10 8B 4D E0 DD 1C 16 FF 45 E8 8B B5 58 FF FF FF 8B 45 DC 01 8D 60 FF FF FF 01 B5 5C FF FF FF 39 45 E8 8D 3C 8F 0F 82 DF FD FF FF
-***** EXPENSIVE 2443 771
-
-. 2442 8056C30 178
-. 8B 45 0C 8B 75 08 0F AF C7 D9 04 86 8D 04 BD 04 00 00 00 0F AF 45 0C 8B 4D B8 D9 04 30 8D 14 39 8B 45 0C 0F AF C2 8B 8D 4C FF FF FF D9 04 86 D9 CA 03 4D B8 8B 45 0C 0F AF C1 8D 0C 8D 04 00 00 00 0F AF 4D 0C D9 5D B4 D9 5D B0 D9 5D AC D9 04 86 D9 04 31 8D 14 95 04 00 00 00 0F AF 55 0C D9 5D A0 D9 5D A4 8B 45 0C D9 45 B4 D9 04 32 D9 C9 0F AF 85 4C FF FF FF 8B 95 4C FF FF FF D8 45 A4 D9 04 86 D9 C9 80 75 A3 80 8D 04 95 04 00 00 00 D9 5D 9C D9 45 B0 0F AF 45 0C D8 45 A0 D9 CA D9 5D A8 D9 04 30 D9 CA D9 5D 98 D9 C9 8B 95 50 FF FF FF
-***** EXPENSIVE 2444 772
-
-. 2443 8056CE2 144
-. 03 55 E4 8B 45 E4 D9 E0 D9 45 A8 8D 0C 10 D8 C1 D9 45 AC D9 CA D8 6D A8 D9 5D 94 D9 C9 01 C8 D8 C2 D9 45 AC D9 45 9C D9 C9 8B 75 14 0F AF B5 50 FF FF FF DE E4 D8 C1 D9 45 98 D9 C9 89 85 34 FF FF FF 8B 45 10 D9 1C B0 D8 C2 8B B5 50 FF FF FF D9 5D 90 D9 45 B4 D9 45 B0 8D 34 B5 04 00 00 00 D8 65 A0 D9 C9 0F AF 75 14 D8 65 A4 D9 45 90 D9 45 94 D8 EA D9 C9 D9 1C 06 D9 C2 D9 45 D0 D9 CA D9 55 8C D9 C9 D8 C7 D9 CA DE C9 D9 45 CC D8 CA
-***** EXPENSIVE 2445 773
-
-. 2444 8056D72 132
-. D9 CE 8B 45 14 8B 75 10 D8 6D 98 D9 CB D8 45 94 D9 CD 0F AF C2 D8 6D 9C D9 C9 DE E6 D9 5D 88 D9 C9 D9 55 84 D9 CB D9 55 80 D9 CC D9 1C 86 D9 45 CC D8 4D 8C D9 C9 D8 4D D0 DE C1 D9 45 C4 D9 45 C8 8B 45 14 D8 4D 88 D9 C9 D8 CC 8D 14 95 04 00 00 00 0F AF 55 14 0F AF C1 DE E9 D9 C9 D9 14 32 D9 C9 D9 1C 86 D9 45 C4 D9 45 C8 D9 C9 D8 4D 88 D9 C9 DE CC D9 CA DE E5 D9 C9 DE C2 D9 45 BC D9 45 C0 D9 C9
-***** EXPENSIVE 2446 774
-
-. 2445 8056DF6 120
-. 8B 45 14 D8 CD D9 C9 8D 0C 8D 04 00 00 00 D8 CC 0F AF 4D 14 0F AF 85 34 FF FF FF DE E1 D9 CA D9 1C 31 D9 C9 D9 1C 86 8B 85 34 FF FF FF D9 45 BC D9 CB 8D 34 85 04 00 00 00 D8 4D C0 D9 CB DE CA D9 CA 0F AF 75 14 8B 55 E0 8B 45 10 8B 8D 48 FF FF FF DE C1 D9 1C 06 01 95 50 FF FF FF 01 8D 4C FF FF FF D9 5D 8C FF 45 E8 8B 75 DC 39 75 E8 8D 3C 97 0F 82 C2 FD FF FF
-***** EXPENSIVE 2447 775
-
-. 2446 804ED74 195
-. 8B 45 EC 03 45 DC 0F AF 45 0C C1 E0 04 DD 04 06 DD 44 06 08 8B 45 EC 03 85 2C FF FF FF 0F AF 45 0C C1 E0 04 DD 04 06 DD 44 06 08 8B 45 EC 03 85 1C FF FF FF 0F AF 45 0C C1 E0 04 DD 04 06 D9 CC DD 9D 38 FF FF FF DD 44 06 08 8B 45 EC 03 85 0C FF FF FF 0F AF 45 0C C1 E0 04 DD 04 06 D9 CD DD 9D 20 FF FF FF DD 44 06 08 8B 45 EC 03 85 08 FF FF FF 0F AF 45 0C C1 E0 04 DD 04 06 DD 44 06 08 D9 CE 8B 45 EC 03 85 04 FF FF FF 0F AF 45 0C C1 E0 04 DD 9D 30 FF FF FF DD 04 06 D9 CB DD 9D 10 FF FF FF D9 CA DD 9D 88 FD FF FF DD 85 38 FF FF FF DC 85 88 FD FF FF DD 44 06 08 D9 C9 DD 9D F8 FE FF FF
-***** EXPENSIVE 2448 776
-
-. 2447 804EE37 182
-. DD 85 30 FF FF FF D8 C1 DD 9D F0 FE FF FF DC AD 30 FF FF FF DD 85 38 FF FF FF DC A5 88 FD FF FF D9 C9 DD 9D E0 FE FF FF D9 C4 D8 C3 D9 CD DE E3 DD 9D E8 FE FF FF DD 85 10 FF FF FF D9 C3 D9 C9 D8 C2 D9 C9 D8 C6 D9 CA DC A5 10 FF FF FF DD 9D 80 FD FF FF D9 C9 DD 95 D0 FE FF FF DC 85 F0 FE FF FF D9 CB DE E5 D9 CA DD 9D C8 FE FF FF DD 85 20 FF FF FF DD 85 80 FD FF FF D9 C9 D8 C6 D9 C9 D8 C5 D9 CE DC A5 20 FF FF FF D9 C0 D9 CF DD 9D 78 FE FF FF DD 85 C8 FE FF FF D9 CF D8 C3 D9 CF DC 44 0E 08 D8 C4 D9 CD DD 95 D8 FE FF FF D9 CF DD 9D 88 FE FF FF
-***** EXPENSIVE 2449 777
-
-. 2448 804EEED 178
-. D9 CE DC 85 F8 FE FF FF DD 04 0E D8 C1 D9 CD DD 9D B8 FE FF FF DD 85 E0 FD FF FF D9 CD D8 C2 D9 CD DC 45 B8 D9 CD DD 9D C0 FE FF FF D9 CC DC B5 A8 FD FF FF DD 85 C8 FE FF FF D9 C9 DC A5 B0 FD FF FF D9 C9 D8 C4 D9 CD D8 C2 D8 C9 D9 C9 DE CD D9 CC DD 9D 60 FE FF FF DD 85 E8 FD FF FF DC 65 C0 DC 65 B8 DD 85 F8 FE FF FF D9 C9 DC B5 A8 FD FF FF D9 C9 D8 E2 D8 C9 DD 9D B0 FE FF FF DD 85 F0 FE FF FF D8 E4 DE C9 DD 9D A8 FE FF FF DD 45 C8 DC A5 D8 FD FF FF DC 45 B8 DC B5 A8 FD FF FF D9 C9 DC A5 D8 FE FF FF D9 CB DC A5 D0 FE FF FF D9 CB
-***** EXPENSIVE 2450 778
-
-. 2449 804EF9F 217
-. D8 C9 D9 CB DE C9 DD 85 D8 FE FF FF DC A5 F8 FE FF FF DD 85 98 FE FF FF DE C9 DD 85 D0 FE FF FF DC A5 F0 FE FF FF D9 C9 DD 9D A0 FE FF FF DD 85 98 FE FF FF DE C9 DD 85 C8 FD FF FF DC 65 A0 D9 C9 DD 9D 90 FE FF FF DC B5 A8 FD FF FF DD 85 88 FE FF FF D9 C9 DC 8D 80 FE FF FF D9 C9 DC 85 E8 FE FF FF D8 C9 DD 9D 88 FE FF FF DD 85 78 FE FF FF DC 85 E0 FE FF FF DE C9 DD 9D 78 FE FF FF DD 85 D0 FD FF FF DC 65 A8 DC 45 A0 DC B5 A8 FD FF FF DD 85 E8 FE FF FF D9 C9 DC 8D 80 FE FF FF D9 C9 D8 E7 D8 C9 DD 9D 70 FE FF FF DD 85 E0 FE FF FF DC A5 80 FD FF FF DE C9 DD 9D 68 FE FF FF DD 45 B0 DC A5 C0 FD FF FF DC 65 A0 DC B5 A8 FD FF FF DD 85 80 FD FF FF D9 C9
-***** EXPENSIVE 2451 779
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-. 2450 804F078 220
-. DC 8D 80 FE FF FF D9 CF D8 E3 D9 C9 D8 E6 D9 C9 D8 CF D9 C9 DE CF DD 85 C8 FD FF FF DC 85 B8 FD FF FF DC B5 A8 FD FF FF DC 8D 80 FE FF FF D9 CB DC A5 E8 FE FF FF D9 CE DC A5 E0 FE FF FF D9 CE D8 CB D9 CE DE CB DD 85 B8 FE FF FF DC 85 60 FE FF FF DD 9D 60 FE FF FF DD 85 B0 FE FF FF D8 C4 8B 95 B4 FE FF FF 8B 85 B0 FE FF FF 81 F2 00 00 00 80 DD 9D 58 FE FF FF DD 85 A8 FE FF FF 89 85 48 FE FF FF 89 95 4C FE FF FF D8 C2 DD 9D 50 FE FF FF 8B 95 AC FE FF FF DD 85 48 FE FF FF DC A5 A0 FE FF FF D9 CD 81 F2 00 00 00 80 8B 85 A8 FE FF FF DC 85 C0 FE FF FF D9 CC DC AD A0 FE FF FF D9 CA DC AD 90 FE FF FF D9 CD DD 9D 48 FE FF FF 89 85 40 FE FF FF 89 95 44 FE FF FF
-***** EXPENSIVE 2452 780
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-. 2451 804F154 204
-. DD 85 40 FE FF FF DC A5 90 FE FF FF DD 9D 40 FE FF FF DD 85 70 FE FF FF D8 C1 DD 9D 38 FE FF FF DD 85 68 FE FF FF D8 C7 DD 9D 88 FD FF FF DD 85 58 FE FF FF D8 C4 DD 9D 58 FE FF FF D9 C9 D8 C3 DD 85 60 FE FF FF D9 CC DC 85 48 FE FF FF D9 CC DC 85 50 FE FF FF D9 CC DD 9D 48 FE FF FF DD 85 60 FE FF FF D9 CC DD 9D 50 FE FF FF D9 CB DC 85 40 FE FF FF DD 85 38 FE FF FF DC 85 88 FE FF FF D9 C9 DD 9D 40 FE FF FF DD 85 88 FD FF FF DC 85 78 FE FF FF D9 C9 DD 9D 38 FE FF FF DD 85 58 FE FF FF D8 C1 D9 CA D8 EE D9 CF D8 EB D9 C9 DD 9D 88 FD FF FF D9 CD D9 E0 DD 85 50 FE FF FF D9 CB D9 E0 D9 C9 DC A5 70 FE FF FF D9 C9
-***** EXPENSIVE 2453 781
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-. 2452 804F220 190
-. DC A5 68 FE FF FF D9 CB DC A5 38 FE FF FF D9 CF DC 85 88 FE FF FF D9 CE DC 85 78 FE FF FF D9 C9 DC 85 88 FE FF FF D9 CD DC 85 60 FE FF FF D9 CB DC 85 78 FE FF FF D9 CA DD 9D 30 FE FF FF D9 CE DD 9D 28 FE FF FF DD 85 48 FE FF FF DD 85 40 FE FF FF D9 C9 D8 C2 D9 C9 D8 E5 D9 C9 DD 9D 20 FE FF FF DD 9D 18 FE FF FF D9 C2 D9 C2 D9 C9 D8 E7 D9 C9 D8 C6 D9 C9 8B 85 98 FD FF FF DD 9D 10 FE FF FF DD 9D 08 FE FF FF DD 85 C0 FE FF FF DD 85 B8 FE FF FF D9 C9 DD 1C 07 DD 5C 07 08 8B 45 E8 03 45 D4 DD 45 98 DD 45 90 0F AF 45 14 DC 8D 28 FE FF FF D9 C9 DC 8D 30 FE FF FF C1 E0 04
-***** EXPENSIVE 2454 782
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-. 2453 804F2DE 181
-. DE E1 DD 1C 07 DD 45 90 DD 45 98 D9 C9 DC 8D 30 FE FF FF D9 C9 DC 8D 28 FE FF FF DE C1 DD 5C 07 08 8B 45 E8 03 85 04 FE FF FF DD 45 88 DD 45 80 D9 CC DE C7 D9 CB 0F AF 45 14 DC 8D 18 FE FF FF DD 85 40 FE FF FF D9 CC DC 8D 20 FE FF FF D9 CB C1 E0 04 DE E6 D9 CB DE C4 D9 C9 DE E2 DD 85 58 FE FF FF DD 85 50 FE FF FF D9 CA DC AD 48 FE FF FF D9 C9 DC A5 88 FD FF FF D9 CA DC 85 38 FE FF FF D9 CB DD 1C 07 DD 45 88 DD 45 80 DC 8D 20 FE FF FF D9 C9 DC 8D 18 FE FF FF DE C1 DD 5C 07 08 8B 45 E8 03 85 00 FE FF FF DD 85 78 FF FF FF DD 85 70 FF FF FF
-***** EXPENSIVE 2455 783
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-. 2454 804F393 181
-. 0F AF 45 14 DC 8D 08 FE FF FF D9 C9 DC 8D 10 FE FF FF C1 E0 04 DE E1 DD 1C 07 DD 85 70 FF FF FF DD 85 78 FF FF FF D9 C9 DC 8D 10 FE FF FF D9 C9 DC 8D 08 FE FF FF DE C1 DD 5C 07 08 8B 45 E8 03 85 FC FD FF FF DD 85 68 FF FF FF DD 85 60 FF FF FF 0F AF 45 14 D8 CE D9 C9 D8 CF D9 CE DC 8D 68 FF FF FF D9 CF DC 8D 60 FF FF FF D9 CE C1 E0 04 DE E1 D9 CE DE C5 D9 CD DD 1C 07 D9 CB DD 5C 07 08 8B 45 E8 03 85 F8 FD FF FF DD 85 58 FF FF FF DD 85 50 FF FF FF 0F AF 45 14 D8 CB D9 C9 D8 CD D9 CB DC 8D 58 FF FF FF D9 CD DC 8D 50 FF FF FF D9 CB C1 E0 04
-***** EXPENSIVE 2456 784
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-. 2455 804F448 130
-. DE E1 D9 CC DE C2 D9 CB DD 1C 07 DD 5C 07 08 8B 45 E8 03 85 F4 FD FF FF DD 85 48 FF FF FF DD 85 40 FF FF FF D9 C9 0F AF 45 14 D8 CA D9 C9 D8 CB D9 CA DC 8D 40 FF FF FF D9 CB DC 8D 48 FF FF FF D9 C9 C1 E0 04 DE E2 DE C2 DD 1C 07 DD 5C 07 08 8B 45 0C C1 E0 04 01 C1 8B 45 0C 01 85 A0 FD FF FF 8B 45 14 C1 E0 04 FF 45 E0 8B 55 D4 FF 45 EC 01 85 98 FD FF FF FF 45 E8 39 55 E0 0F 82 AA F8 FF FF
-***** EXPENSIVE 2457 785
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-. 2456 8052110 186
-. 8B 45 E8 03 45 D8 0F AF 45 0C D9 04 C6 D9 44 C6 04 8B 45 E8 03 85 7C FF FF FF 0F AF 45 0C D9 04 C6 D9 44 C6 04 8B 45 E8 03 85 70 FF FF FF 0F AF 45 0C D9 04 C6 D9 44 C6 04 D9 CB 8B 45 E8 03 85 68 FF FF FF 0F AF 45 0C D9 5D 80 D9 9D 74 FF FF FF D9 44 C6 04 D9 04 C6 8B 45 E8 03 85 5C FF FF FF 0F AF 45 0C D9 44 C6 04 D9 CB D9 9D 78 FF FF FF D9 04 C6 D9 CC 8B 45 E8 03 85 58 FF FF FF 0F AF 45 0C D9 9D 6C FF FF FF D9 C9 D9 9D 64 FF FF FF D9 C4 D9 04 C6 DC C1 D9 CC D9 9D 60 FF FF FF D9 44 C6 04 D9 C9 D9 9D 54 FF FF FF D9 C4 D8 C1 D9 CD DE E1 D9 85 78 FF FF FF
-***** EXPENSIVE 2458 786
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-. 2457 80521CA 204
-. D9 CE DE E4 D9 CD D8 C2 D9 45 80 D8 85 60 FF FF FF D9 C9 D9 9D 40 FF FF FF D9 CA D8 AD 78 FF FF FF D9 CB D9 9D 4C FF FF FF D9 85 64 FF FF FF D9 85 74 FF FF FF D8 C2 D9 CB D9 9D 44 FF FF FF D9 CB D9 9D 38 FF FF FF D8 A5 74 FF FF FF D9 CA D8 A5 6C FF FF FF D9 CB D9 9D 50 FF FF FF D9 C9 D9 9D 30 FF FF FF D9 85 64 FF FF FF D9 CA D9 95 2C FF FF FF D9 85 44 FF FF FF D9 C9 D8 85 38 FF FF FF D9 85 40 FF FF FF D9 CC D8 85 6C FF FF FF D9 CA D8 85 54 FF FF FF D9 CC D8 85 50 FF FF FF D9 45 80 D9 CA D9 9D 20 FF FF FF D9 44 D6 04 D9 CA D8 A5 60 FF FF FF D9 CB D9 9D 34 FF FF FF D9 CC D9 95 28 FF FF FF D9 85 30 FF FF FF
-***** EXPENSIVE 2459 787
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-. 2458 8052296 186
-. D9 C9 D8 04 D6 D9 CA D8 C5 D9 C9 D8 C3 D9 CA D8 C4 D9 C9 D8 85 34 FF FF FF D9 CE D9 95 48 FF FF FF D9 CB D9 9D 3C FF FF FF D9 C9 D9 9D 24 FF FF FF D9 9D 1C FF FF FF D9 CB D9 9D 18 FF FF FF D9 85 88 FE FF FF D8 45 C0 DD 85 78 FE FF FF DE F9 DC A5 70 FE FF FF D9 85 28 FF FF FF D8 C2 D9 C1 DE C9 D9 9D E0 FE FF FF DD 85 68 FE FF FF D9 CB D8 85 34 FF FF FF D9 CB D8 C0 D9 C9 DE CB DC A5 60 FE FF FF D9 CA D9 9D DC FE FF FF D9 C9 DC A5 58 FE FF FF D9 85 54 FF FF FF D9 C9 DC B5 78 FE FF FF D9 C9 D8 E2 D8 C9 D9 9D 14 FF FF FF D9 85 50 FF FF FF D8 A5 34 FF FF FF
-***** EXPENSIVE 2460 788
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-. 2459 8052350 213
-. DE C9 D9 9D 10 FF FF FF DD 85 60 FE FF FF D8 C0 DC AD 68 FE FF FF DC 85 58 FE FF FF D9 85 34 FF FF FF D9 C9 DC B5 78 FE FF FF D9 C9 D8 A5 40 FF FF FF D9 C1 DE C9 D9 CA D8 A5 44 FF FF FF D9 CA D9 9D 08 FF FF FF DD 85 58 FE FF FF D9 C9 DE CA D8 C0 D9 C9 D9 9D 0C FF FF FF D8 AD 88 FE FF FF D9 85 44 FF FF FF D9 C9 DC B5 78 FE FF FF D9 C9 D8 A5 54 FF FF FF D9 9D 44 FF FF FF D9 C0 D8 8D 44 FF FF FF D9 9D 04 FF FF FF D9 85 40 FF FF FF D8 A5 50 FF FF FF DE C9 D9 9D 00 FF FF FF D9 85 84 FE FF FF D8 65 B4 DD 85 78 FE FF FF DE F9 DC 8D F0 FE FF FF D9 85 24 FF FF FF D8 85 4C FF FF FF D9 C1 DE C9 D9 9D FC FE FF FF D9 85 20 FF FF FF D8 C2 DE C9
-***** EXPENSIVE 2461 789
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-. 2460 8052425 219
-. DD 85 50 FE FF FF D8 C0 DC A5 48 FE FF FF DC 85 40 FE FF FF D9 C9 D9 9D EC FE FF FF DC B5 78 FE FF FF D9 85 4C FF FF FF D9 C9 DC 8D F0 FE FF FF D9 C9 D8 A5 30 FF FF FF D8 C9 D9 9D E8 FE FF FF D9 C1 D8 A5 2C FF FF FF DE C9 D9 9D E4 FE FF FF DD 85 48 FE FF FF D8 C0 DC AD 50 FE FF FF DC A5 40 FE FF FF D9 85 30 FF FF FF D9 C9 DC B5 78 FE FF FF DC 8D F0 FE FF FF D9 C9 D8 A5 3C FF FF FF D9 9D 30 FF FF FF D9 85 2C FF FF FF D9 C1 D8 8D 30 FF FF FF D9 C9 D8 A5 38 FF FF FF D9 C9 D9 5D EC DE C9 D9 45 EC D9 C9 D9 5D EC DD 85 40 FE FF FF D8 C0 D8 85 84 FE FF FF DC B5 78 FE FF FF DC 8D F0 FE FF FF D9 85 3C FF FF FF D8 A5 4C FF FF FF D9 C1 DE C9 D9 85 1C FF FF FF
-***** EXPENSIVE 2462 790
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-. 2461 8052500 213
-. D8 85 E0 FE FF FF D9 85 38 FF FF FF DE E5 D9 9D E0 FE FF FF D9 85 14 FF FF FF D9 CA DE CC D9 C9 D8 85 0C FF FF FF D9 85 18 FF FF FF D8 85 DC FE FF FF D9 C9 D9 9D D8 FE FF FF D9 85 04 FF FF FF D8 A5 0C FF FF FF D9 C9 D9 9D DC FE FF FF D9 85 10 FF FF FF D8 85 08 FF FF FF D9 C9 D9 9D D0 FE FF FF D9 85 10 FF FF FF D9 45 EC D9 CA D9 9D D4 FE FF FF D9 CA D9 5D EC D9 85 00 FF FF FF D9 85 14 FF FF FF D9 CB D9 E0 D9 45 EC D9 CA D8 A5 08 FF FF FF D9 CE D9 5D EC D8 A5 00 FF FF FF D9 CB D9 E0 D9 45 EC D9 CE D9 9D CC FE FF FF D8 A5 04 FF FF FF D9 CB D9 9D C8 FE FF FF D9 85 E8 FE FF FF D8 C4 D9 9D C4 FE FF FF D9 85 E0 FE FF FF D8 85 D8 FE FF FF
-***** EXPENSIVE 2463 791
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-. 2462 80525D5 212
-. D9 9D D8 FE FF FF D9 85 DC FE FF FF D8 85 D4 FE FF FF D9 9D D4 FE FF FF D9 85 E0 FE FF FF D8 85 D0 FE FF FF D9 9D D0 FE FF FF D9 85 DC FE FF FF D8 85 CC FE FF FF D9 9D CC FE FF FF D9 85 DC FE FF FF D8 85 C8 FE FF FF D9 85 E4 FE FF FF D9 C9 D9 9D C8 FE FF FF D9 85 C4 FE FF FF D8 85 FC FE FF FF D9 C9 D8 C3 D9 C9 D9 9D C4 FE FF FF D8 85 EC FE FF FF D9 85 D8 FE FF FF D8 C1 D9 CD D8 EA D9 CB D8 EE D9 CD D9 9D C0 FE FF FF D9 C9 D9 E0 D9 85 D4 FE FF FF D9 CE D9 E0 D9 C9 D8 A5 E8 FE FF FF D9 C9 D8 A5 E4 FE FF FF D9 CE D8 A5 C4 FE FF FF D9 CB D8 85 FC FE FF FF D9 C9 D8 85 FC FE FF FF D9 CE D8 85 EC FE FF FF D9 CC D8 85 E0 FE FF FF D9 CD
-***** EXPENSIVE 2464 792
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-. 2463 80526A9 184
-. D8 85 EC FE FF FF D9 CB D9 9D BC FE FF FF D9 85 C8 FE FF FF D8 E6 D9 9D B8 FE FF FF D9 85 D0 FE FF FF D8 E3 D9 CB D8 85 D0 FE FF FF D9 CA D8 AD D8 FE FF FF D9 CB D9 9D B4 FE FF FF D9 C9 D9 9D AC FE FF FF D9 85 CC FE FF FF D9 85 CC FE FF FF D9 C9 D8 C2 D9 C9 DE E2 D9 C4 D9 85 C8 FE FF FF D9 CC D9 9D A4 FE FF FF D9 85 D4 FE FF FF D9 CE D8 E5 D9 C9 DE C5 D9 CB DE C6 D9 CC D8 85 C4 FE FF FF D9 85 1C FF FF FF D9 85 18 FF FF FF D9 C9 D9 1C CF D9 5C CF 04 D9 CC D9 9D B0 FE FF FF D9 CB D9 9D A0 FE FF FF 8B 45 E4 D9 45 B0 D9 45 AC D9 45 B0 D9 45 AC D9 CA
-***** EXPENSIVE 2465 793
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-. 2464 8052761 175
-. 03 45 D0 D8 8D BC FE FF FF D9 CA D8 8D C0 FE FF FF D9 CB D8 8D C0 FE FF FF D9 C9 D8 8D BC FE FF FF D9 C9 0F AF 45 14 DE E2 DE C2 D9 1C C7 D9 5C C7 04 D9 45 A8 8B 45 E4 D9 45 A4 03 85 9C FE FF FF D8 8D B8 FE FF FF D9 C9 D8 CB 0F AF 45 14 DE E1 D9 C9 D9 95 A8 FE FF FF D9 C9 D9 1C C7 D9 45 A8 D8 8D B8 FE FF FF D9 CA D8 4D A4 DE C2 D9 45 9C D9 45 A0 D9 C9 D8 8D B0 FE FF FF D9 C9 D8 8D B4 FE FF FF D9 CB D9 54 C7 04 D9 CB DE E1 8B 45 E4 D9 45 A0 D9 45 9C 03 85 98 FE FF FF D8 8D B4 FE FF FF D9 C9 D8 8D B0 FE FF FF 0F AF 45 14
-***** EXPENSIVE 2466 794
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-. 2465 8052810 153
-. DE C1 D9 C9 D9 1C C7 D9 5C C7 04 D9 45 98 8B 45 E4 D9 45 94 D9 45 94 D9 C9 03 85 94 FE FF FF D8 CD D9 CA D8 8D AC FE FF FF D9 CD D8 4D 98 D9 C9 D8 8D AC FE FF FF D9 CD 0F AF 45 14 DE E2 DE C4 D9 1C C7 D9 CA D9 5C C7 04 D9 45 90 8B 45 E4 D9 45 8C 03 85 90 FE FF FF D8 CC D9 C9 D8 CB 0F AF 45 14 DE E1 D9 C9 D9 9D B8 FE FF FF D9 1C C7 D9 45 8C DE C9 D9 C9 D8 4D 90 DE C1 D9 45 84 D9 45 88 D9 C9 D8 8D A0 FE FF FF D9 C9 D8 8D A4 FE FF FF D9 CA D9 5C C7 04 DE E9
-***** EXPENSIVE 2467 795
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-. 2466 80528A9 73
-. 8B 45 E4 D9 45 88 D9 45 84 D9 C9 03 85 8C FE FF FF D8 8D A0 FE FF FF D9 C9 D8 8D A4 FE FF FF 0F AF 45 14 DE C1 D9 C9 D9 1C C7 D9 5C C7 04 FF 45 DC 8B 45 D0 03 55 0C FF 45 E8 03 4D 14 FF 45 E4 39 45 DC 0F 82 1E F8 FF FF
-
-. 2467 804CD1C 10
-. 31 D2 89 C8 F7 F6 85 D2 74 0F
-***** EXPENSIVE 2469 796
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-. 2468 805A1A3 101
-. 8B 45 14 8B 8D 0C FF FF FF 8B BD 10 FF FF FF DD 85 40 FF FF FF DD 85 38 FF FF FF D9 C9 0F AF 85 04 FF FF FF 8B 95 08 FF FF FF 49 4F DD 5D B8 DD 5D B0 C7 45 D0 00 00 00 00 89 45 A8 8B 75 18 89 55 AC 89 8D E4 FE FF FF 89 BD 00 FF FF FF 8B 45 D0 DD 85 38 FF FF FF 85 C0 D9 C0 DD 85 40 FF FF FF D9 C2 74 30
-
-. 2469 8055222 28
-. 8B 45 D8 40 C7 45 E4 01 00 00 00 89 85 6C FF FF FF D1 E8 39 45 E4 0F 83 85 02 00 00
-
-. 2470 805523E 19
-. C7 45 E0 00 00 00 00 8B 55 D4 39 55 E0 0F 83 5E 02 00 00
-***** EXPENSIVE 2472 797
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-. 2471 8055251 95
-. DD 83 34 F6 FF FF DD 83 44 F6 FF FF D9 C9 DD 9D 60 FF FF FF DD 9D 58 FF FF FF C7 85 28 FF FF FF 00 00 00 00 C7 85 24 FF FF FF 00 00 00 00 C7 85 20 FF FF FF 00 00 00 00 C7 45 D0 00 00 00 00 8B 45 18 DD 85 60 FF FF FF DD 85 58 FF FF FF D9 C9 39 45 D0 DD 5D A8 DD 5D A0 0F 83 D8 01 00 00
-***** EXPENSIVE 2473 798
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-. 2472 80552B0 87
-. 8B 95 6C FF FF FF D1 EA 8B 45 E4 29 D0 40 8B BD 24 FF FF FF 8B 8D 20 FF FF FF 89 85 2C FF FF FF 0F AF 7D D8 8B 85 28 FF FF FF 89 55 94 89 4D 90 C7 85 30 FF FF FF 00 00 00 00 89 7D 9C 89 45 98 8B 45 D0 DD 85 58 FF FF FF 85 C0 D9 C0 DD 85 60 FF FF FF D9 C2 74 30
-
-. 2473 8055337 11
-. 31 F6 3B 75 18 0F 83 83 04 00 00
-
-. 2474 8055342 46
-. 8B 45 98 0F AF 45 D8 89 85 F0 FE FF FF 8B 7D D8 8B 45 E4 D1 E0 8B 55 9C D1 E7 29 85 F0 FE FF FF 8D 4C 02 FF 89 BD 34 FF FF FF 85 F6 74 20
-
-. 2475 8055390 13
-. 8B 45 18 29 F0 39 C6 0F 83 F7 03 00 00
-***** EXPENSIVE 2477 799
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-. 2476 805539D 72
-. 8B 45 0C 0F AF C1 8B 55 08 DD 04 C2 8D 04 CD 08 00 00 00 0F AF 45 0C DD 04 10 D9 C3 D9 C3 D9 C9 D8 CB D9 C9 D8 CA D9 CB D8 CC D9 CA D8 CD D9 C9 46 DE E3 DE C1 D9 CD 03 8D 34 FF FF FF 3B 75 18 DE C1 D9 CB DE C4 73 0B
-***** EXPENSIVE 2478 800
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-. 2477 80553E5 11
-. D9 CA D9 CB D9 CA E9 7C FF FF FF
-
-. 2478 805536C 4
-. 85 F6 74 20
-***** EXPENSIVE 2480 801
-
-. 2479 8055370 45
-. DD 45 A8 D8 CA DD 45 A0 DD 45 A0 D9 C9 D8 CB D9 C9 DE CC D9 CA DC 4D A8 D9 C9 DE E2 DE C2 D9 C9 8B 45 18 29 F0 39 C6 0F 83 F7 03 00 00
-***** EXPENSIVE 2481 802
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-. 2480 8055794 49
-. 8B BD F0 FE FF FF 0F AF 45 D8 8D 44 47 FF 8B 55 0C 0F AF D0 8D 04 C5 08 00 00 00 8B 7D 08 0F AF 45 0C DD 04 38 DD 04 D7 D9 C9 D9 E0 E9 F2 FB FF FF
-***** EXPENSIVE 2482 803
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-. 2481 80553B7 46
-. D9 C3 D9 C3 D9 C9 D8 CB D9 C9 D8 CA D9 CB D8 CC D9 CA D8 CD D9 C9 46 DE E3 DE C1 D9 CD 03 8D 34 FF FF FF 3B 75 18 DE C1 D9 CB DE C4 73 0B
-***** EXPENSIVE 2483 804
-
-. 2482 80553F0 11
-. DD D8 DD D8 8B 45 E4 85 C0 74 0B
-
-. 2483 80553FB 11
-. 8B 45 D0 85 C0 0F 85 74 03 00 00
-***** EXPENSIVE 2485 805
-
-. 2484 8055406 130
-. DD 85 60 FF FF FF DD 85 58 FF FF FF 8B 55 E4 8B 4D 90 8D 04 51 8B BD 30 FF FF FF 8D 44 07 FF D9 C1 D9 C1 D9 C9 8B 55 14 0F AF D0 D8 CC D9 C9 D8 CD D9 CB 8D 04 C5 08 00 00 00 DE CD D9 C9 DE CB 8B 4D 10 0F AF 45 14 DE E1 D9 CA DE C1 D9 C9 DD 1C D1 DD 1C 08 8B 45 DC 01 C7 8B 8D 2C FF FF FF 89 BD 30 FF FF FF 8B 55 94 FF 45 D0 8B 7D 18 8D 54 11 FF 39 7D D0 89 95 2C FF FF FF 0F 82 68 FE FF FF
-***** EXPENSIVE 2486 806
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-. 2485 80552F0 23
-. 8B 45 D0 DD 85 58 FF FF FF 85 C0 D9 C0 DD 85 60 FF FF FF D9 C2 74 30
-***** EXPENSIVE 2487 807
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-. 2486 8055307 59
-. DD 45 A8 DD 45 A0 DD 45 A8 DD 45 A0 D9 CB DC 4D C8 D9 CA DC 4D C0 D9 C9 DC 4D C0 D9 CB DC 4D C8 D9 CA DE E1 D9 CA DE C1 D9 C9 DD 5D A8 DD 5D A0 31 F6 3B 75 18 0F 83 83 04 00 00
-***** EXPENSIVE 2488 808
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-. 2487 805577A 23
-. 8B 85 2C FF FF FF C1 E0 04 03 45 24 DD 40 F0 DD 40 F8 E9 81 FC FF FF
-***** EXPENSIVE 2489 809
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-. 2488 8055412 118
-. 8B 55 E4 8B 4D 90 8D 04 51 8B BD 30 FF FF FF 8D 44 07 FF D9 C1 D9 C1 D9 C9 8B 55 14 0F AF D0 D8 CC D9 C9 D8 CD D9 CB 8D 04 C5 08 00 00 00 DE CD D9 C9 DE CB 8B 4D 10 0F AF 45 14 DE E1 D9 CA DE C1 D9 C9 DD 1C D1 DD 1C 08 8B 45 DC 01 C7 8B 8D 2C FF FF FF 89 BD 30 FF FF FF 8B 55 94 FF 45 D0 8B 7D 18 8D 54 11 FF 39 7D D0 89 95 2C FF FF FF 0F 82 68 FE FF FF
-
-. 2489 8055488 39
-. 8B 45 18 8B 55 D8 FF 45 E0 8B 4D D4 01 85 28 FF FF FF 01 85 24 FF FF FF 01 95 20 FF FF FF 39 4D E0 0F 82 DA FD FF FF
-
-. 2490 80554AF 20
-. 8B 85 6C FF FF FF FF 45 E4 D1 E8 39 45 E4 0F 82 7B FD FF FF
-
-. 2491 80554C3 13
-. F7 45 D8 01 00 00 00 0F 85 77 02 00 00
-***** EXPENSIVE 2493 810
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-. 2492 805C9E0 95
-. 8B 45 14 8B B5 4C FF FF FF 8B BD 50 FF FF FF D9 45 80 D9 85 7C FF FF FF D9 C9 0F AF 85 44 FF FF FF 8B 95 48 FF FF FF 4E 4F D9 5D C0 D9 5D BC C7 45 CC 00 00 00 00 89 45 B4 8B 4D 18 89 55 B8 89 B5 24 FF FF FF 89 BD 40 FF FF FF 8B 45 CC D9 85 7C FF FF FF 85 C0 D9 C0 D9 45 80 D9 C2 74 30
-
-. 2493 8057B1F 25
-. 8B 45 D4 40 C7 45 E0 01 00 00 00 89 45 8C D1 E8 39 45 E0 0F 83 6A 02 00 00
-
-. 2494 8057B38 19
-. C7 45 DC 00 00 00 00 8B 55 D0 39 55 DC 0F 83 46 02 00 00
-***** EXPENSIVE 2496 811
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-. 2495 8057B4B 83
-. D9 83 4C F6 FF FF D9 83 50 F6 FF FF D9 C9 D9 5D 88 D9 5D 84 C7 85 54 FF FF FF 00 00 00 00 C7 85 50 FF FF FF 00 00 00 00 C7 85 4C FF FF FF 00 00 00 00 C7 45 CC 00 00 00 00 8B 45 18 D9 45 88 D9 45 84 D9 C9 39 45 CC D9 5D B4 D9 5D B0 0F 83 CC 01 00 00
-***** EXPENSIVE 2497 812
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-. 2496 8057B9E 79
-. 8B 55 8C D1 EA 8B 45 E0 29 D0 40 8B BD 50 FF FF FF 8B 8D 4C FF FF FF 89 85 58 FF FF FF 0F AF 7D D4 8B 85 54 FF FF FF 89 55 A4 89 4D A0 C7 85 5C FF FF FF 00 00 00 00 89 7D AC 89 45 A8 90 8B 45 CC D9 45 84 85 C0 D9 C0 D9 45 88 D9 C2 74 30
-
-. 2497 8057C1D 11
-. 31 F6 3B 75 18 0F 83 41 04 00 00
-
-. 2498 8057C28 48
-. 8B 45 A8 0F AF 45 D4 89 85 10 FF FF FF 8B 7D D4 8B 45 E0 D1 E0 8B 55 AC D1 E7 29 85 10 FF FF FF 8D 4C 02 FF 89 BD 60 FF FF FF 89 F6 85 F6 74 20
-
-. 2499 8057C78 13
-. 8B 45 18 29 F0 39 C6 0F 83 B3 03 00 00
-***** EXPENSIVE 2501 813
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-. 2500 8057C85 72
-. 8B 45 0C 0F AF C1 8B 55 08 D9 04 82 8D 04 8D 04 00 00 00 0F AF 45 0C D9 04 10 D9 C3 D9 C3 D9 C9 D8 CB D9 C9 D8 CA D9 CB D8 CC D9 CA D8 CD D9 C9 46 DE E3 DE C1 D9 CD 03 8D 60 FF FF FF 3B 75 18 DE C1 D9 CB DE C4 73 0B
-***** EXPENSIVE 2502 814
-
-. 2501 8057CCD 11
-. D9 CA D9 CB D9 CA E9 7C FF FF FF
-
-. 2502 8057C54 4
-. 85 F6 74 20
-***** EXPENSIVE 2504 815
-
-. 2503 8057C58 45
-. D9 45 B4 D8 CA D9 45 B0 D9 45 B0 D9 C9 D8 CB D9 C9 DE CC D9 CA D8 4D B4 D9 C9 DE E2 DE C2 D9 C9 8B 45 18 29 F0 39 C6 0F 83 B3 03 00 00
-***** EXPENSIVE 2505 816
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-. 2504 8058038 49
-. 8B BD 10 FF FF FF 0F AF 45 D4 8D 44 47 FF 8B 55 0C 0F AF D0 8D 04 85 04 00 00 00 8B 7D 08 0F AF 45 0C D9 04 38 D9 04 97 D9 C9 D9 E0 E9 36 FC FF FF
-***** EXPENSIVE 2506 817
-
-. 2505 8057C9F 46
-. D9 C3 D9 C3 D9 C9 D8 CB D9 C9 D8 CA D9 CB D8 CC D9 CA D8 CD D9 C9 46 DE E3 DE C1 D9 CD 03 8D 60 FF FF FF 3B 75 18 DE C1 D9 CB DE C4 73 0B
-***** EXPENSIVE 2507 818
-
-. 2506 8057CD8 11
-. DD D8 DD D8 8B 45 E0 85 C0 74 0B
-
-. 2507 8057CE3 11
-. 8B 45 CC 85 C0 0F 85 33 03 00 00
-***** EXPENSIVE 2509 819
-
-. 2508 8057CEE 124
-. D9 45 88 D9 45 84 8B 7D E0 8B 55 A0 8D 04 7A 8B 8D 5C FF FF FF 8D 44 01 FF D9 C1 D9 C1 D9 C9 8B 55 14 0F AF D0 D8 CC D9 C9 D8 CD D9 CB 8D 04 85 04 00 00 00 DE CD D9 C9 DE CB 8B 7D 10 0F AF 45 14 DE E1 D9 CA DE C1 D9 C9 D9 1C 97 D9 1C 38 8B 45 D8 01 C1 89 8D 5C FF FF FF 8B 55 A4 8B 8D 58 FF FF FF FF 45 CC 8B 7D 18 8D 54 11 FF 39 7D CC 89 95 58 FF FF FF 0F 82 72 FE FF FF
-***** EXPENSIVE 2510 820
-
-. 2509 8057BDC 17
-. 8B 45 CC D9 45 84 85 C0 D9 C0 D9 45 88 D9 C2 74 30
-***** EXPENSIVE 2511 821
-
-. 2510 8057BED 59
-. D9 45 B4 D9 45 B0 D9 45 B4 D9 45 B0 D9 CB D8 4D C8 D9 CA D8 4D C4 D9 C9 D8 4D C4 D9 CB D8 4D C8 D9 CA DE E1 D9 CA DE C1 D9 C9 D9 5D B4 D9 5D B0 31 F6 3B 75 18 0F 83 41 04 00 00
-***** EXPENSIVE 2512 822
-
-. 2511 8058021 23
-. 8B 95 58 FF FF FF 8B 4D 24 8D 04 D1 D9 40 F8 D9 40 FC E9 BC FC FF FF
-***** EXPENSIVE 2513 823
-
-. 2512 8057CF4 118
-. 8B 7D E0 8B 55 A0 8D 04 7A 8B 8D 5C FF FF FF 8D 44 01 FF D9 C1 D9 C1 D9 C9 8B 55 14 0F AF D0 D8 CC D9 C9 D8 CD D9 CB 8D 04 85 04 00 00 00 DE CD D9 C9 DE CB 8B 7D 10 0F AF 45 14 DE E1 D9 CA DE C1 D9 C9 D9 1C 97 D9 1C 38 8B 45 D8 01 C1 89 8D 5C FF FF FF 8B 55 A4 8B 8D 58 FF FF FF FF 45 CC 8B 7D 18 8D 54 11 FF 39 7D CC 89 95 58 FF FF FF 0F 82 72 FE FF FF
-
-. 2513 8057D6A 39
-. 8B 45 18 8B 55 D4 FF 45 DC 8B 4D D0 01 85 54 FF FF FF 01 85 50 FF FF FF 01 95 4C FF FF FF 39 4D DC 0F 82 EC FD FF FF
-
-. 2514 8057D91 17
-. 8B 45 8C FF 45 E0 D1 E8 39 45 E0 0F 82 96 FD FF FF
-
-. 2515 8057DA2 13
-. F7 45 D4 01 00 00 00 0F 85 42 02 00 00
-***** EXPENSIVE 2517 824
-
-. 2516 8059ADC 206
-. 8B 95 CC FE FF FF 03 55 E4 8B 75 E4 8D 0C 16 8D 34 0E 8B 7D E4 01 F7 8B 45 0C 89 BD 9C FE FF FF 0F AF 85 CC FE FF FF 8B 7D 08 DD 04 C7 8B 85 CC FE FF FF 8D 04 C5 08 00 00 00 0F AF 45 0C DD 9D 78 FF FF FF DD 04 38 8B 45 0C 0F AF C2 DD 04 C7 8B 45 0C 0F AF C1 DD 04 C7 8B 45 0C 0F AF C6 DD 04 C7 8B 45 0C 0F AF 85 9C FE FF FF 8D 14 D5 08 00 00 00 8D 0C CD 08 00 00 00 8D 34 F5 08 00 00 00 DD 04 C7 0F AF 55 0C 0F AF 4D 0C 0F AF 75 0C 8B 85 9C FE FF FF DD 04 3A DD 04 39 D9 CE DD 9D 70 FF FF FF DD 04 3E 8D 3C C5 08 00 00 00 0F AF 7D 0C 8B 55 08 DD 9D 68 FF FF FF DD 04 17 D9 CA DD 9D 60 FF FF FF D9 C9 DD 9D 58 FF FF FF
-***** EXPENSIVE 2518 825
-
-. 2517 8059BAA 152
-. DD 45 B8 DD 45 B0 D9 C9 D8 CD D9 C9 D8 CA DE E9 DD 9D 50 FF FF FF DD 45 A8 D8 CB DD 9D A8 FE FF FF DD 45 A0 D8 CD DC AD A8 FE FF FF D9 C9 DC 4D B8 D9 C9 DD 9D A8 FE FF FF D9 CB DC 4D B0 DD 45 98 DD 45 90 DC 8D 68 FF FF FF D9 CA DE C5 D8 CA D9 CC DD 9D 48 FF FF FF DE EB DD 45 88 DD 45 80 D9 CB DC 4D A0 D9 CB DC 8D 58 FF FF FF D9 CD DC 4D A8 D9 C9 DC 8D 60 FF FF FF D9 C9 DE C3 DD 45 98 D9 C9 DE E5 DD 45 80 DD 45 88 DD 85 A8 FE FF FF D9 CC DC 4D 90 D9 CA
-***** EXPENSIVE 2519 826
-
-. 2518 8059C42 180
-. DC 8D 60 FF FF FF D9 CB DC 8D 68 FF FF FF D9 C9 DC 8D 58 FF FF FF D9 CC D8 C6 D9 C9 DE C2 D9 CB DE C2 D9 CA DD 9D 40 FF FF FF DD 85 50 FF FF FF D9 C3 D9 C9 D8 C6 DD 85 48 FF FF FF D9 CA D8 C4 D9 CF DC AD 50 FF FF FF D9 CA D8 C3 D9 CF DD 9D 38 FF FF FF D9 C9 DD 9D 30 FF FF FF D9 C9 DC AD 48 FF FF FF DD 9D 28 FF FF FF DD 85 40 FF FF FF D8 C1 DD 9D 20 FF FF FF DD 85 38 FF FF FF D8 C5 DD 85 A8 FE FF FF D9 C9 DD 9D 18 FF FF FF DE E4 D9 CA DE E1 DD 85 E8 FE FF FF D9 FA DC 8D E0 FE FF FF D9 CA DC A5 40 FF FF FF DE CA DD 85 E8 FE FF FF D9 FA
-***** EXPENSIVE 2520 827
-
-. 2519 8059CF6 169
-. D9 CC DC A5 38 FF FF FF D9 CC DC 8D E0 FE FF FF DE CC DD 85 20 FF FF FF DC 8D E0 FE FF FF DC AD 78 FF FF FF DD 85 18 FF FF FF DC 8D E0 FE FF FF D9 C1 D9 C9 DC AD 70 FF FF FF D9 C9 D8 C4 DD 9D 10 FF FF FF D9 C9 DE E3 D9 C0 DD 45 D0 D9 C9 D8 C6 D9 CA DE E6 D9 E0 DD 85 30 FF FF FF DD 45 C8 D8 CE D9 C9 D8 CA DE E1 DD 45 C8 D8 CC D9 CA DC 8D 28 FF FF FF DE E2 DD 45 C8 D9 CB DD 9D 08 FF FF FF D9 CA D9 E0 DD 85 30 FF FF FF D9 CE DC 4D D0 D9 CE D8 C9 DE C6 DD 85 78 FF FF FF DC 85 20 FF FF FF DD 9D 78 FF FF FF
-***** EXPENSIVE 2521 828
-
-. 2520 8059D9F 207
-. DD 85 70 FF FF FF DC 85 18 FF FF FF DD 9D 70 FF FF FF DD 85 10 FF FF FF D9 CC DC 4D D0 D9 CC D8 E2 D9 C9 DC 8D 28 FF FF FF DE C4 DD 9D A8 FE FF FF DD 85 08 FF FF FF D9 C4 D8 E4 D9 CA DC 85 10 FF FF FF D9 C9 D8 C3 D9 CB DC AD 08 FF FF FF D9 CA DD 9D 00 FF FF FF DD 95 10 FF FF FF D9 C9 DD 9D 08 FF FF FF D9 CB 8B 95 D4 FE FF FF 03 95 F4 FE FF FF 8B 85 F4 FE FF FF 8B 4D DC 01 D0 2B 4D EC 8B B5 D0 FE FF FF 89 85 98 FE FF FF 8D 4C 4E FF 8B 85 F4 FE FF FF 8B 75 14 8D 3C 08 0F AF B5 D4 FE FF FF 8B 45 10 DE C2 DD 85 78 FF FF FF DD 1C F0 8B 85 D4 FE FF FF 8D 04 C5 08 00 00 00 8B 75 10 0F AF 45 14 DD 85 70 FF FF FF DD 1C 30
-***** EXPENSIVE 2522 829
-
-. 2521 8059E6E 189
-. 8B 45 14 0F AF C2 DD 85 A8 FE FF FF DD 1C C6 D9 C4 8B 45 14 8D 14 D5 08 00 00 00 0F AF 55 14 0F AF 85 98 FE FF FF D8 C4 D9 CD DE E4 DD 85 00 FF FF FF D9 C9 DD 1C 32 DD 1C C6 D9 CB 8B 85 98 FE FF FF 8D 34 C5 08 00 00 00 8B 45 14 8B 55 10 0F AF C1 0F AF 75 14 8D 0C CD 08 00 00 00 0F AF 4D 14 DD 1C 16 DD 1C C2 80 B5 0F FF FF FF 80 8B 45 14 0F AF C7 8D 3C FD 08 00 00 00 0F AF 7D 14 DD 85 08 FF FF FF D9 C9 D9 E0 D9 C9 DD 1C 11 D9 C9 FF 45 E8 DD 1C C2 8B 4D E0 8B 45 18 DD 1C 17 8B 55 DC 01 85 D4 FE FF FF 01 85 D0 FE FF FF 01 95 CC FE FF FF 39 4D E8 0F 82 B1 FB FF FF
-***** EXPENSIVE 2523 830
-
-. 2522 8054ED8 159
-. 8B B5 D4 FE FF FF 8B 45 0C 8B 7D 08 0F AF C6 DD 04 C7 8D 04 F5 08 00 00 00 8B 4D D0 0F AF 45 0C 8D 14 4E DD 04 38 D9 C9 8B 45 0C 0F AF C2 D8 C0 DD 04 C7 8D 0C 8E D8 C0 D9 C1 8D 14 D5 08 00 00 00 0F AF 55 0C 0F AF 4D 0C D8 C1 DD 85 E8 FE FF FF DD 04 3A DD 04 CF D9 CA D8 CB D9 CD DD 9D A8 FE FF FF D9 CD D8 C0 D9 CD D8 C0 D9 CC D8 E1 DD 85 F0 FE FF FF D9 FA D9 CC DC AD A8 FE FF FF D9 CC DC 8D E8 FE FF FF D8 CC D9 CC DD 9D A8 FE FF FF DD 45 E0 DD 45 D8 D9 C9 D8 CE D9 C9 D8 CF
-***** EXPENSIVE 2524 831
-
-. 2523 8054F77 140
-. 8B 95 E4 FE FF FF DE C1 03 55 D4 8B 45 D4 DD 45 E0 8D 0C 10 DE CF D9 CD DC 4D D8 DE EE 8D 34 08 D9 C3 01 F0 D8 C1 D9 CC 8B 7D 14 0F AF BD E4 FE FF FF DE E1 89 85 A4 FE FF FF D9 C3 D9 CB 8B 45 10 DE C2 D9 C9 DD 1C F8 0F AF 55 14 D9 C0 D9 CA D8 E4 D9 C9 D9 E0 D9 CB D9 E0 D9 C9 8B BD A4 FE FF FF DD 1C D0 D9 C9 0F AF 4D 14 0F AF 75 14 0F AF 7D 14 8B 55 D0 D8 E4 D9 CA DE E4 DE E2 DD 1C C8 D9 C9 FF 45 E8 DD 1C F0 8B 4D CC
-***** EXPENSIVE 2525 832
-
-. 2524 8055003 27
-. DD 1C F8 8D 04 92 01 95 E4 FE FF FF 01 85 D4 FE FF FF 39 4D E8 0F 82 BA FE FF FF
-***** EXPENSIVE 2526 833
-
-. 2525 805C19C 210
-. 8B 95 9C FE FF FF 03 55 E0 8B 75 E0 8D 0C 16 8D 34 0E 8B 7D E0 01 F7 8B 45 0C 89 BD 7C FE FF FF 0F AF 85 9C FE FF FF 8B 7D 08 D9 04 87 8B 85 9C FE FF FF 8D 04 85 04 00 00 00 0F AF 45 0C D9 9D 78 FF FF FF D9 04 38 8B 45 0C 0F AF C2 D9 9D 74 FF FF FF D9 04 87 8B 45 0C 0F AF C1 D9 04 87 8B 45 0C 0F AF C6 D9 9D 6C FF FF FF 8D 0C 8D 04 00 00 00 D9 04 87 8B 45 0C 0F AF 85 7C FE FF FF 0F AF 4D 0C 8D 14 95 04 00 00 00 8D 34 B5 04 00 00 00 D9 04 87 D9 CA 0F AF 55 0C D9 9D 70 FF FF FF 0F AF 75 0C D9 04 39 8B 85 7C FE FF FF D9 04 3A D9 C9 D9 9D 68 FF FF FF D9 04 3E 8D 3C 85 04 00 00 00 0F AF 7D 0C 8B 55 08 D9 9D 60 FF FF FF D9 04 17
-***** EXPENSIVE 2527 834
-
-. 2526 805C26E 185
-. D9 CA D9 9D 64 FF FF FF D9 C9 D9 9D 5C FF FF FF D9 45 98 D9 45 94 D9 C9 D8 8D 70 FF FF FF D9 C9 D8 CA DE E9 D9 45 90 D8 8D 6C FF FF FF D9 9D 58 FF FF FF D9 45 8C D9 45 94 D9 C9 D8 8D 68 FF FF FF D9 C9 D8 8D 70 FF FF FF D9 C9 D8 AD 58 FF FF FF D9 CB D8 4D 98 DE C1 D9 CA D9 9D 58 FF FF FF D9 45 90 D9 45 8C D8 8D 6C FF FF FF D9 C9 D8 8D 68 FF FF FF DE C1 D9 9D 54 FF FF FF D9 45 84 D9 45 88 D8 8D 64 FF FF FF D9 C9 D8 8D 60 FF FF FF DE E9 D9 9D 50 FF FF FF D9 45 84 D9 45 88 D9 C9 D8 8D 64 FF FF FF D9 C9 D8 8D 60 FF FF FF DE C1 D9 9D 4C FF FF FF D9 45 80
-***** EXPENSIVE 2528 835
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-. 2527 805C327 209
-. D8 CB D9 9D 48 FF FF FF D9 85 7C FF FF FF D8 8D 5C FF FF FF D8 AD 48 FF FF FF D9 9D 48 FF FF FF D9 45 80 D9 85 48 FF FF FF D8 C2 D9 C9 D8 8D 5C FF FF FF D9 CC D8 8D 7C FF FF FF DE C4 D9 9D 44 FF FF FF D9 C1 D8 C3 D9 CA DE E3 D9 85 54 FF FF FF D9 CA D9 9D 40 FF FF FF D9 C9 D8 A5 4C FF FF FF D9 85 58 FF FF FF D9 85 54 FF FF FF D9 C9 D8 85 50 FF FF FF D9 C9 D8 85 4C FF FF FF D9 CA D9 9D 34 FF FF FF D9 85 44 FF FF FF D9 85 40 FF FF FF D8 C3 D9 CC D8 A5 48 FF FF FF D9 85 58 FF FF FF D9 CA D8 C3 D9 CD D9 9D 2C FF FF FF D9 95 3C FF FF FF D9 CD D9 95 38 FF FF FF D9 C9 D8 A5 50 FF FF FF D9 CC D9 9D 30 FF FF FF DD 85 B8 FE FF FF
-***** EXPENSIVE 2529 836
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-. 2528 805C3F8 224
-. D9 FA D9 CA D8 AD 44 FF FF FF D9 CA DC 8D B0 FE FF FF D8 CA D9 5D EC D9 C9 D9 9D 44 FF FF FF D9 45 EC DD 85 B8 FE FF FF D9 FA D9 CB D8 AD 40 FF FF FF D9 CB DC 8D B0 FE FF FF D8 CB D9 9D 28 FF FF FF DD 85 B0 FE FF FF D8 8D 30 FF FF FF D8 AD 78 FF FF FF D9 9D 24 FF FF FF DD 85 B0 FE FF FF D8 8D 2C FF FF FF D8 AD 74 FF FF FF D9 9D 20 FF FF FF D9 85 24 FF FF FF D8 C1 D9 9D 1C FF FF FF D9 85 20 FF FF FF D8 85 28 FF FF FF D9 9D 18 FF FF FF D9 45 D4 D9 E0 D9 95 08 FF FF FF D8 CD D9 9D 0C FF FF FF D8 AD 24 FF FF FF D9 45 D0 D9 C9 D9 9D 14 FF FF FF D8 CB D9 85 20 FF FF FF D8 A5 28 FF FF FF D9 C9 D8 AD 0C FF FF FF D9 C9 D9 9D 10 FF FF FF D9 9D 0C FF FF FF D9 85 08 FF FF FF
-***** EXPENSIVE 2530 837
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-. 2529 805C4D8 209
-. D9 45 D0 D9 C9 D8 CA D9 C9 D8 8D 34 FF FF FF DE E9 D9 9D 04 FF FF FF D9 45 D0 D9 E0 DC CC D9 CB D8 4D D4 DE C4 D9 C9 D9 9D 40 FF FF FF D9 CA D9 95 00 FF FF FF D9 45 D4 D8 8D 34 FF FF FF D9 CA DE CB D9 CA DE C1 D9 85 78 FF FF FF D8 85 30 FF FF FF D9 9D 78 FF FF FF D9 85 74 FF FF FF D8 85 2C FF FF FF D9 9D 74 FF FF FF D9 85 1C FF FF FF D8 A5 04 FF FF FF D9 9D FC FE FF FF D9 85 18 FF FF FF D8 85 0C FF FF FF D9 9D F8 FE FF FF D9 85 14 FF FF FF D8 E1 D9 C9 D8 85 14 FF FF FF D9 9D 14 FF FF FF 8B 95 A4 FE FF FF D9 85 10 FF FF FF D9 C9 03 95 EC FE FF FF D9 9D F4 FE FF FF D8 E1 D9 85 10 FF FF FF 8B 85 EC FE FF FF 8B 4D D8 01 D0
-***** EXPENSIVE 2531 838
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-. 2530 805C5A9 229
-. 2B 4D E8 8B B5 A0 FE FF FF DE C2 D9 9D 10 FF FF FF D9 85 18 FF FF FF 8D 4C 4E FF D8 A5 0C FF FF FF D9 C9 D9 9D F0 FE FF FF 89 85 78 FE FF FF D9 85 1C FF FF FF 8B 85 EC FE FF FF 8B 75 14 8D 3C 08 D8 85 04 FF FF FF D9 C9 0F AF B5 A4 FE FF FF D9 9D 18 FF FF FF 8B 45 10 D9 85 78 FF FF FF D9 C9 D9 9D 1C FF FF FF D9 1C B0 8B 85 A4 FE FF FF 8D 04 85 04 00 00 00 8B 75 10 0F AF 45 14 D9 85 74 FF FF FF D9 1C 30 8B 45 14 0F AF C2 D9 85 FC FE FF FF D9 1C 86 8D 14 95 04 00 00 00 8B 45 14 0F AF 55 14 0F AF 85 78 FE FF FF D9 85 F8 FE FF FF D9 85 F4 FE FF FF D9 C9 D9 1C 32 D9 1C 86 8B 85 78 FE FF FF 8D 34 85 04 00 00 00 8B 45 14 8B 55 10 0F AF C1 0F AF 75 14 D9 85 F0 FE FF FF D9 85 1C FF FF FF
-***** EXPENSIVE 2532 839
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-. 2531 805C68E 118
-. D9 C9 D9 1C 16 80 B5 1B FF FF FF 80 D9 1C 82 8D 0C 8D 04 00 00 00 8B 45 14 0F AF 4D 14 0F AF C7 D9 85 18 FF FF FF 80 B5 13 FF FF FF 80 8D 3C BD 04 00 00 00 D9 1C 11 D9 85 14 FF FF FF 0F AF 7D 14 D9 85 10 FF FF FF D9 C9 D9 1C 82 D9 1C 17 8B 45 18 8B 55 D8 FF 45 E4 8B 4D DC 01 85 A4 FE FF FF 01 85 A0 FE FF FF 01 95 9C FE FF FF 39 4D E4 0F 82 98 FA FF FF
-***** EXPENSIVE 2533 840
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-. 2532 80577A8 175
-. 8B B5 D4 FE FF FF 8B 45 0C 8B 7D 08 0F AF C6 D9 04 87 8D 04 B5 04 00 00 00 8B 4D D4 0F AF 45 0C 8D 14 4E D9 04 38 8B 45 0C 0F AF C2 D9 04 87 D9 CA D8 C0 D9 CA D8 C0 D9 CA 8D 0C 8E D9 95 18 FF FF FF D8 C2 D9 9D 0C FF FF FF 0F AF 4D 0C DD 85 E8 FE FF FF 8D 14 95 04 00 00 00 0F AF 55 0C D9 04 8F D9 C9 D8 8D 0C FF FF FF D8 E1 D9 04 3A D9 C9 D9 9D 08 FF FF FF D9 CA D8 C0 D9 CA D8 C0 DD 85 F0 FE FF FF D9 FA D9 CC D8 AD 18 FF FF FF D9 CC DC 8D E8 FE FF FF D8 CC D9 9D 04 FF FF FF D9 CB D9 9D 18 FF FF FF D9 45 E0 D9 45 DC D9 C9
-***** EXPENSIVE 2534 841
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-. 2533 8057857 172
-. D8 CC D9 C9 D8 CB 8B 95 E4 FE FF FF 03 55 D8 8B 45 D8 DE C1 D9 45 E0 8D 0C 10 DE CB D9 85 04 FF FF FF D9 CC D8 4D DC D9 CC D8 A5 08 FF FF FF 8D 34 08 D9 9D 00 FF FF FF D9 CA 01 F0 DE E3 D9 85 0C FF FF FF D9 85 04 FF FF FF 8B 7D 14 0F AF BD E4 FE FF FF D8 85 08 FF FF FF D9 C9 89 85 BC FE FF FF DE C2 D9 C9 8B 45 10 D9 1C B8 D9 85 00 FF FF FF D9 C1 80 B5 03 FF FF FF 80 8B BD BC FE FF FF D9 E0 D9 C9 0F AF 55 14 0F AF 4D 14 0F AF 75 14 D8 E4 D9 CC 0F AF 7D 14 D8 AD 00 FF FF FF D9 CA D8 E3 D9 C9 DE E3 D9 1C 90 D9 CA
-***** EXPENSIVE 2535 842
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-. 2534 8057903 44
-. D9 1C 88 D9 C9 D9 1C B0 D9 1C B8 8B 55 D4 8D 04 92 FF 45 E4 8B 4D D0 01 95 E4 FE FF FF 01 85 D4 FE FF FF 39 4D E4 0F 82 79 FE FF FF
-***** EXPENSIVE 2536 843
-vex iropt: not unrolling (79 sts)
-
-. 2535 8058E64 101
-. 8B 45 EC 8D 34 38 8B 45 0C 0F AF C7 8B 55 08 8B 4D 14 DD 04 C2 0F AF 4D DC 8B 55 DC 8B 45 10 DD 1C C8 8D 0C D5 08 00 00 00 0F AF 4D 14 0F AF 75 0C 89 4D CC 8B 4D 08 8B 54 F1 04 8B 04 F1 81 F2 00 00 00 80 8B 75 10 8B 4D CC 89 04 31 89 54 31 04 FF 45 F0 8B 75 18 8B 45 E8 01 75 DC 03 7D E4 39 45 F0 72 9B
-***** EXPENSIVE 2537 844
-vex iropt: not unrolling (75 sts)
-
-. 2536 805B4AC 91
-. 8B 45 EC 8B 55 14 0F AF D7 8D 0C 30 8B 45 0C 89 55 D0 0F AF C6 8B 55 08 D9 04 82 8B 45 D0 8B 55 10 D9 1C 82 8D 14 BD 04 00 00 00 0F AF 55 14 0F AF 4D 0C 89 55 D0 8B 55 08 8B 04 8A 35 00 00 00 80 8B 4D 10 8B 55 D0 89 04 0A FF 45 F0 8B 4D E8 03 7D 18 03 75 E4 39 4D F0 72 A5
-***** EXPENSIVE 2538 845
-
-. 2537 8054A58 206
-. 8B 7D 84 8B B5 D0 FE FF FF 8D 44 37 FF 8B 55 80 8D 0C 02 01 CA 29 FE 8B 7D 80 89 95 A4 FE FF FF 8D 74 37 FF 8B 55 0C 01 F7 0F AF D0 8D 04 C5 08 00 00 00 89 BD 7C FF FF FF 0F AF 45 0C 8B 7D 08 DD 04 38 8B 45 0C 0F AF C1 8D 0C CD 08 00 00 00 DD 04 C7 0F AF 4D 0C 8B 45 0C DD 04 39 0F AF 85 A4 FE FF FF DD 9D 58 FF FF FF DD 04 C7 8B 85 A4 FE FF FF DD 04 D7 8D 3C C5 08 00 00 00 8B 45 0C 8B 55 08 0F AF 85 7C FF FF FF 0F AF 7D 0C DD 9D 70 FF FF FF D9 CA DD 9D 68 FF FF FF DD 04 17 DD 04 C2 8B 95 7C FF FF FF 8D 04 D5 08 00 00 00 8B 4D 08 0F AF 45 0C DD 04 08 D9 CA 8B 45 0C 0F AF C6 8D 34 F5 08 00 00 00 DD 9D B8 FE FF FF
-***** EXPENSIVE 2539 846
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-. 2538 8054B26 176
-. D9 CA 0F AF 75 0C DD 9D 60 FF FF FF D9 E0 DD 04 0E DD 85 B8 FE FF FF D9 CB DD 9D 50 FF FF FF DD 04 C1 DD 85 60 FF FF FF DD 85 58 FF FF FF D9 CD D8 C4 D9 CB D9 E0 D9 C9 D8 C2 D9 CD D8 C1 DD 85 50 FF FF FF D9 CC DD 9D 48 FF FF FF D9 CA DC AD 60 FF FF FF D9 C9 DC AD 58 FF FF FF D9 CB D8 C6 D9 C9 DD 9D 40 FF FF FF D9 CA DD 9D 38 FF FF FF DD 85 48 FF FF FF D9 C4 D8 C3 DD 85 B8 FE FF FF D9 CA D8 C3 D9 C9 DD 9D 30 FF FF FF D9 CE DC A5 50 FF FF FF D9 C9 DE E4 D9 CD DD 95 28 FF FF FF DD 85 F0 FE FF FF D9 FA DC 8D E8 FE FF FF D9 CD
-***** EXPENSIVE 2540 847
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-. 2539 8054BD6 163
-. DE E3 D9 CC DE CA DD 85 F0 FE FF FF D9 FA D9 C9 DC A5 48 FF FF FF D9 C9 DC 8D E8 FE FF FF DE C9 DD 85 30 FF FF FF DC 8D E8 FE FF FF DC AD 70 FF FF FF D9 CC DC 8D E8 FE FF FF D9 C4 D9 C9 DC AD 68 FF FF FF D9 C9 D8 C3 DD 9D 20 FF FF FF D9 C0 D8 C2 D9 C9 DE E2 DD 45 E0 DD 45 D8 D8 CF D9 C9 DC 8D 40 FF FF FF D9 CA DD 9D 18 FF FF FF DE C1 DD 45 E0 DD 45 D8 D8 CD D9 C9 DC 8D 38 FF FF FF DE C1 DD 45 D8 D9 CD DC 4D E0 D9 CD DC 8D 38 FF FF FF DE E5 D9 CD DE E3 DD 85 68 FF FF FF DD 45 D8 D9 CC
-***** EXPENSIVE 2541 848
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-. 2540 8054C79 191
-. DD 95 B0 FE FF FF D9 CF DC 4D E0 D9 C9 DC 85 28 FF FF FF D9 CF D8 E5 D9 CC DC 8D 40 FF FF FF DE E1 D9 CE DD 9D 68 FF FF FF DD 85 70 FF FF FF DD 85 20 FF FF FF D9 CC DD 9D 10 FF FF FF D9 C2 D9 C9 DC 85 30 FF FF FF D9 CC D8 E6 D9 C9 D8 C7 D9 CE DC 85 20 FF FF FF D9 CC DD 9D 70 FF FF FF D9 CD DD 9D 08 FF FF FF DD 85 18 FF FF FF DD 85 B0 FE FF FF D9 CC DD 9D 00 FF FF FF D9 CB 8B 95 E0 FE FF FF 03 55 D4 8B 45 D4 8D 0C 10 8D 34 08 01 F0 8B 7D 14 0F AF BD E0 FE FF FF DE C4 89 85 A4 FE FF FF DD 85 70 FF FF FF 8B 45 10 DD 1C F8 8B 85 E0 FE FF FF 8D 04 C5 08 00 00 00 8B 7D 10
-***** EXPENSIVE 2542 849
-
-. 2541 8054D38 159
-. 0F AF 45 14 DD 85 68 FF FF FF DD 1C 38 D9 C9 DE E5 DC C1 DD 45 C0 DD 45 B8 D8 CB D9 C9 8B 45 14 D8 CD 0F AF C2 DE E1 DD 1C C7 DD 45 A8 DD 45 B0 D9 C9 DC 8D 08 FF FF FF D9 CB DC 4D C0 D9 CD DC 4D B8 D9 C9 8B 45 14 DC 8D 10 FF FF FF 8D 14 D5 08 00 00 00 0F AF 55 14 0F AF C1 DE E3 DE C4 D9 CB DD 1C 3A DD 1C C7 DD 45 A8 DD 45 B0 DC 8D 08 FF FF FF D9 C9 DC 8D 10 FF FF FF 8D 0C CD 08 00 00 00 0F AF 4D 14 DE C1 DD 85 18 FF FF FF D9 C9 DD 1C 39 DD 45 A0 DD 45 98 D8 CD D9 C9 D8 CB
-***** EXPENSIVE 2543 850
-
-. 2542 8054DD7 146
-. 8B 45 14 0F AF C6 DE E1 DD 1C C7 DE E2 DD 45 90 DD 45 88 D8 CB D9 CC 8D 34 F5 08 00 00 00 DC 4D A0 D9 CA DC 4D 98 D9 C9 8B 45 14 DC 8D 00 FF FF FF 0F AF 85 A4 FE FF FF 0F AF 75 14 DE E4 DE C1 DD 1C 3E D9 C9 DD 1C C7 8B 85 A4 FE FF FF DD 45 88 D9 C9 8D 3C C5 08 00 00 00 DC 4D 90 D9 C9 DC 8D 00 FF FF FF 0F AF 7D 14 8B 45 10 8B 55 D0 DE C1 DD 1C 07 FF 45 E8 8D 04 92 8B 4D CC 01 95 E0 FE FF FF 01 85 D0 FE FF FF 39 4D E8 0F 82 EF FB FF FF
-***** EXPENSIVE 2544 851
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-. 2543 80572C4 196
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-. 85 C0 5A 59 0F 94 C0 68 E0 04 06 08 0F B6 C0 50 E8 59 27 01 00
-
-. 2704 804B6DF 16
-. 83 C4 0C 6A 11 6A 01 8D 45 EC 50 E8 81 79 00 00
-
-. 2705 804B6EF 21
-. 85 C0 5A 59 0F 94 C0 68 20 05 06 08 0F B6 C0 50 E8 34 27 01 00
-
-. 2706 804B704 16
-. 83 C4 0C 6A 11 6A 01 8D 45 EC 50 E8 84 79 00 00
-
-. 2707 804B714 21
-. 85 C0 5A 59 0F 94 C0 68 60 05 06 08 0F B6 C0 50 E8 0F 27 01 00
-
-. 2708 804B729 23
-. C7 07 03 00 00 00 89 34 24 57 6A 04 6A 01 8D 45 EC 50 E8 C4 4F 00 00
-
-. 2709 805082E 23
-. 6A 04 8D 83 F4 F6 FF FF 6A 75 50 8D 83 4C F8 FF FF 50 E8 77 D4 00 00
-
-. 2710 8050845 13
-. B8 04 00 00 00 8D 65 F4 5B 5E 5F C9 C3
-
-. 2711 804B740 22
-. 83 C4 18 85 C0 0F 94 C0 68 A0 05 06 08 0F B6 C0 50 E8 E2 26 01 00
-
-. 2712 804B756 23
-. C7 07 03 00 00 00 89 34 24 57 6A 04 6A 01 8D 45 EC 50 E8 C7 4F 00 00
-
-. 2713 804B76D 22
-. 83 C4 18 85 C0 0F 94 C0 68 E0 05 06 08 0F B6 C0 50 E8 B5 26 01 00
-
-. 2714 804B783 23
-. C7 07 03 00 00 00 89 34 24 57 6A 04 6A 01 8D 45 EC 50 E8 CA 4F 00 00
-
-. 2715 804B79A 22
-. 83 C4 18 85 C0 0F 94 C0 68 20 06 06 08 0F B6 C0 50 E8 88 26 01 00
-
-. 2716 804B7B0 24
-. C7 03 03 00 00 00 58 FF 75 E4 53 6A 04 6A 01 8D 45 F0 50 E8 98 F8 00 00
-
-. 2717 805B0B2 23
-. 6A 04 8D 83 21 F7 FF FF 6A 40 50 8D 83 4C F8 FF FF 50 E8 F3 2B 00 00
-
-. 2718 805B0C9 13
-. B8 04 00 00 00 8D 65 F4 5B 5E 5F C9 C3
-
-. 2719 804B7C8 22
-. 83 C4 18 85 C0 0F 94 C0 68 60 06 06 08 0F B6 C0 50 E8 5A 26 01 00
-
-. 2720 804B7DE 27
-. 8B 45 E8 C7 00 03 00 00 00 59 FF 75 E4 50 6A 04 6A 01 8D 45 F0 50 E8 6B A9 00 00
-
-. 2721 805619B 23
-. 6A 04 8D 83 F3 F6 FF FF 6A 62 50 8D 83 4C F8 FF FF 50 E8 0A 7B 00 00
-
-. 2722 80561B2 13
-. B8 04 00 00 00 8D 65 F4 5B 5E 5F C9 C3
-
-. 2723 804B7F9 22
-. 83 C4 18 85 C0 0F 94 C0 0F B6 C0 68 A0 06 06 08 50 E8 29 26 01 00
-
-. 2724 804B80F 9
-. 5A FF 75 E8 E8 74 A8 00 00
-
-. 2725 804B818 8
-. 89 1C 24 E8 CC F7 00 00
-
-. 2726 804B820 8
-. 89 3C 24 E8 BC 4D 00 00
-
-. 2727 804B828 9
-. 58 FF 75 E4 E8 F7 F7 00 00
-
-. 2728 804B831 8
-. 89 34 24 E8 E7 4D 00 00
-
-. 2729 804B839 8
-. 8D 65 F4 5B 5E 5F C9 C3
-
-. 2730 804B934 5
-. E8 1F 2D 01 00
-
-. 2731 805E658 27
-. 55 89 E5 53 50 E8 00 00 00 00 5B 81 C3 B2 2A 00 00 8B 83 10 FF FF FF 85 C0 75 1C
-
-. 2732 805E673 18
-. 8B 93 0C FF FF FF 8B 8B 08 FF FF FF 31 C0 39 D1 74 0F
-
-. 2733 805E694 5
-. 8B 5D FC C9 C3
-
-. 2734 804B939 8
-. 89 04 24 E8 BF CD FF FF
-
-. 2735 8048700 6
-. FF 25 58 11 06 08
-
-. 2736 8048706 10
-. 68 70 00 00 00 E9 00 FF FF FF
-
-. 2737 4202B0F0 11
-. 55 89 E5 57 56 53 E8 62 A6 FE FF
-
-. 2738 4202B0FB 22
-. 81 C3 D5 F1 0F 00 83 EC 0C 8B 8B 5C C2 FF FF 8B 7D 08 85 C9 74 7E
-
-. 2739 4202B111 2
-. EB 0D
-
-. 2740 4202B120 9
-. 8B 41 04 89 CA 85 C0 74 48
-
-. 2741 4202B129 31
-. 8D B4 26 00 00 00 00 8B 42 04 48 89 42 04 C1 E0 04 8D 04 10 8B 50 08 8D 70 08 83 FA 04 77 20
-
-. 2742 4202B148 13
-. 8D 83 78 07 FF FF 8B 04 90 01 D8 FF E0
-
-. 2743 4202B1B5 12
-. 8B 46 08 89 7C 24 04 89 04 24 EB 9E
-
-. 2744 4202B15F 3
-. FF 56 04
-
-. 2745 805E800 23
-. 55 89 E5 53 52 E8 00 00 00 00 5B 81 C3 0A 29 00 00 90 E8 81 9F FE FF
-
-. 2746 8048798 15
-. 55 89 E5 83 EC 08 80 3D 84 11 06 08 00 75 29
-
-. 2747 80487A7 11
-. A1 08 10 06 08 8B 10 85 D2 74 17
-
-. 2748 80487C9 9
-. C6 05 84 11 06 08 01 C9 C3
-
-. 2749 805E817 5
-. 8B 5D FC C9 C3
-
-. 2750 4202B162 15
-. 8B 8B 5C C2 FF FF 8B 41 04 89 CA 85 C0 75 BF
-
-. 2751 4202B130 24
-. 8B 42 04 48 89 42 04 C1 E0 04 8D 04 10 8B 50 08 8D 70 08 83 FA 04 77 20
-
-. 2752 4000A950 11
-. 55 89 E5 57 56 53 E8 01 52 00 00
-
-. 2753 4000A95B 53
-. 81 C3 5D 7B 00 00 83 EC 4C C7 45 F0 00 00 00 00 8B 93 6C FB FF FF 8B BB 68 FB FF FF 8D 0C 95 0F 00 00 00 83 E1 F0 29 CC 8D 4C 24 0C 85 FF 89 F8 89 4D EC 74 20
-vex iropt: 4 x unrolling (27 sts -> 108 sts)
-
-. 2754 4000A990 26
-. FF 87 70 01 00 00 8B 75 F0 8B 55 EC 89 3C B2 46 8B 7F 0C 89 75 F0 85 FF 75 E6
-
-. 2755 4000A9AA 17
-. 8B 93 6C FB FF FF 8B 78 0C 85 FF 0F 84 D0 00 00 00
-
-. 2756 4000A9BB 15
-. C7 45 E8 01 00 00 00 8B 45 EC 39 78 04 74 14
-
-. 2757 4000A9DE 15
-. 8B 4D E8 41 39 D1 89 4D BC 0F 83 93 00 00 00
-
-. 2758 4000A9ED 22
-. 8B 45 E8 8B 75 EC C1 E0 02 89 45 C0 01 C6 F7 5D C0 89 75 C4 EB 0D
-
-. 2759 4000AA10 25
-. 8B 55 BC 8B 4D EC 8B 04 91 89 45 CC 8B 90 D4 01 00 00 89 45 E4 85 D2 74 38
-
-. 2760 4000AA29 6
-. 8B 02 85 C0 74 32
-
-. 2761 4000AA2F 41
-. 8B 4D C0 8B 75 BC 8D 34 B1 8B 4D E8 89 75 B8 8B 75 EC 8D 0C 8E 89 4D C8 89 F6 8D BC 27 00 00 00 00 39 F8 0F 84 CF 01 00 00
-
-. 2762 4000AA58 9
-. 83 C2 04 8B 02 85 C0 75 EF
-
-. 2763 4000AA50 8
-. 39 F8 0F 84 CF 01 00 00
-
-. 2764 4000AA61 17
-. 8B 75 CC 8B 8E E0 01 00 00 85 C9 0F 85 4F 01 00 00
-
-. 2765 4000AA72 14
-. FF 45 BC 8B 93 6C FB FF FF 39 55 BC 72 90
-
-. 2766 4000AA80 11
-. 8B 7F 0C 85 FF 0F 85 30 FF FF FF
-
-. 2767 4000A9CA 20
-. 8D B6 00 00 00 00 FF 45 E8 8B 75 EC 8B 45 E8 39 3C 86 75 F2
-vex iropt: 4 x unrolling (21 sts -> 84 sts)
-
-. 2768 4000A9D0 14
-. FF 45 E8 8B 75 EC 8B 45 E8 39 3C 86 75 F2
-
-. 2769 4000AA8B 16
-. C7 45 F0 00 00 00 00 39 55 F0 0F 83 9D 00 00 00
-
-. 2770 4000AA9B 21
-. 8B 75 F0 8B 45 EC 8B 3C B0 0F B6 8F 74 01 00 00 F6 C1 08 74 7C
-
-. 2771 4000AAB0 19
-. 88 CA 8B 47 04 80 E2 F7 88 97 74 01 00 00 80 38 00 75 07
-
-. 2772 4000AAC3 7
-. 80 E1 03 84 C9 74 5C
-
-. 2773 4000AB26 18
-. 8B 93 6C FB FF FF FF 45 F0 39 55 F0 0F 82 63 FF FF FF
-
-. 2774 4000AACA 10
-. 8B 87 80 00 00 00 85 C0 75 07
-
-. 2775 4000AAD4 7
-. 8B 4F 4C 85 C9 74 4B
-
-. 2776 4000AADB 13
-. F6 83 88 FB FF FF 02 0F 85 AC 00 00 00
-
-. 2777 4000AAE8 4
-. 85 C0 74 33
-
-. 2778 4000AB1F 7
-. 8B 47 4C 85 C0 75 63
-
-. 2779 4000AB89 9
-. 8B 40 04 8B 0F 01 C8 FF D0
-
-. 2780 400BC7EC 23
-. 55 89 E5 53 52 E8 00 00 00 00 5B 81 C3 A6 BF 01 00 90 E8 45 AA F8 FF
-
-. 2781 40047248 26
-. 55 89 E5 53 52 E8 00 00 00 00 5B 81 C3 4A 15 09 00 80 BB 24 00 00 00 00 75 34
-
-. 2782 40047262 10
-. 8B 83 14 00 00 00 85 C0 75 2F
-
-. 2783 4004729B 14
-. 83 EC 0C FF B3 64 F8 FF FF E8 5B FF FF FF
-
-. 2784 40047204 6
-. FF A3 0C 00 00 00
-
-. 2785 4004720A 10
-. 68 00 00 00 00 E9 E0 FF FF FF
-
-. 2786 400471F4 12
-. FF B3 04 00 00 00 FF A3 08 00 00 00
-
-. 2787 4202B350 11
-. 55 89 E5 57 56 53 E8 02 A4 FE FF
-
-. 2788 4202B35B 16
-. 81 C3 75 EF 0F 00 83 EC 1C 8B 45 08 85 C0 74 4B
-
-. 2789 4202B36B 10
-. 8B BB 5C C2 FF FF 85 FF 74 41
-
-. 2790 4202B375 31
-. 8D 74 26 00 8D BC 27 00 00 00 00 8B 47 04 8D 57 08 89 55 F0 C1 E0 04 8D 74 38 F8 39 D6 72 1C
-
-. 2791 4202B3B0 6
-. 8B 3F 85 FF 75 CA
-
-. 2792 4202B3B6 8
-. 83 C4 1C 5B 5E 5F 5D C3
-
-. 2793 400472A9 5
-. 83 C4 10 EB BE
-
-. 2794 4004726C 12
-. 8B 83 68 F8 FF FF 8B 10 85 D2 74 17
-
-. 2795 4004728F 12
-. C6 83 24 00 00 00 01 8B 5D FC C9 C3
-
-. 2796 400BC803 5
-. E8 72 FC FA FF
-
-. 2797 4006C47A 1
-. C3
-
-. 2798 400BC808 5
-. 8B 5D FC C9 C3
-
-. 2799 4000AB92 2
-. EB 92
-
-. 2800 40479090 23
-. 55 89 E5 53 52 E8 00 00 00 00 5B 81 C3 92 60 00 00 90 E8 7D 86 FE FF
-
-. 2801 40461724 26
-. 55 89 E5 53 52 E8 00 00 00 00 5B 81 C3 FE D9 01 00 80 BB 94 00 00 00 00 75 34
-
-. 2802 4046173E 10
-. 8B 83 84 00 00 00 85 C0 75 2F
-
-. 2803 40461777 14
-. 83 EC 0C FF B3 D4 FE FF FF E8 DF FE FF FF
-
-. 2804 40461664 6
-. FF A3 58 00 00 00
-
-. 2805 4046166A 10
-. 68 98 00 00 00 E9 B0 FE FF FF
-
-. 2806 40461524 12
-. FF B3 04 00 00 00 FF A3 08 00 00 00
-
-. 2807 40461785 5
-. 83 C4 10 EB BE
-
-. 2808 40461748 12
-. 8B 83 D8 FE FF FF 8B 10 85 D2 74 17
-
-. 2809 4046176B 12
-. C6 83 94 00 00 00 01 8B 5D FC C9 C3
-
-. 2810 404790A7 5
-. 8B 5D FC C9 C3
-
-. 2811 4210DB60 14
-. 55 89 E5 83 EC 08 89 1C 24 E8 EF 7B F0 FF
-
-. 2812 4210DB6E 22
-. 81 C3 62 C7 01 00 89 74 24 04 8D B3 FC FF FF FF 8B 06 85 C0 75 0C
-
-. 2813 4210DB84 11
-. 8B 1C 24 8B 74 24 04 89 EC 5D C3
-
-. 2814 4000AB38 9
-. 80 BB 88 FB FF FF 00 78 08
-
-. 2815 4000AB41 8
-. 8D 65 F4 5B 5E 5F 5D C3
-
-. 2816 4202B171 12
-. 8B 11 85 D2 89 93 5C C2 FF FF 74 08
-
-. 2817 4202B185 10
-. 8B 8B 5C C2 FF FF 85 C9 75 91
-
-. 2818 4202B18F 14
-. 8B B3 40 02 00 00 3B B3 88 02 00 00 73 24
-
-. 2819 4202B19D 5
-. 8D 76 00 FF 16
-
-. 2820 420701A0 11
-. 55 89 E5 57 56 53 E8 B2 55 FA FF
-
-. 2821 420701AB 14
-. 81 C3 25 A1 0B 00 83 EC 0C E8 B7 FF FF FF
-
-. 2822 42070170 14
-. 55 89 E5 83 EC 08 89 5D FC E8 DF 55 FA FF
-
-. 2823 4207017E 18
-. 81 C3 52 A1 0B 00 C7 04 24 01 00 00 00 E8 50 F4 FF FF
-
-. 2824 4206F5E0 13
-. 55 89 E5 31 D2 57 56 53 E8 70 61 FA FF
-
-. 2825 4206F5ED 37
-. 81 C3 E3 AC 0B 00 83 EC 3C C7 45 D4 00 00 00 00 83 BB A4 02 00 00 00 0F 95 C2 85 D2 89 55 D0 0F 85 55 01 00 00
-
-. 2826 4206F612 7
-. 8B 45 08 85 C0 74 0E
-
-. 2827 4206F619 14
-. 8B 83 88 01 00 00 85 C0 0F 85 2D 01 00 00
-
-. 2828 4206F627 20
-. 8B B3 48 D2 FF FF 8B BB 78 0E 00 00 85 F6 0F 84 A0 00 00 00
-
-. 2829 4206F63B 18
-. 90 8D 74 26 00 89 B3 7C 0E 00 00 8B 45 08 85 C0 74 11
-
-. 2830 4206F64D 17
-. 0F B7 06 25 00 80 FF FF 66 85 C0 0F 84 E9 00 00 00
-
-. 2831 4206F747 8
-. 89 34 24 E8 B5 5B FA FF
-
-. 2832 4206F74F 5
-. E9 0A FF FF FF
-
-. 2833 4206F65E 11
-. 8B 56 5C 85 D2 0F 8E C9 00 00 00
-
-. 2834 4206F732 12
-. 8B 46 10 39 46 14 0F 86 2B FF FF FF
-
-. 2835 4206F669 8
-. 0F B6 4E 46 84 C9 75 34
-
-. 2836 4206F671 4
-. 85 D2 7E 30
-
-. 2837 4206F6A5 7
-. 8B 45 08 85 C0 74 0D
-
-. 2838 4206F6AC 13
-. 0F B7 06 25 00 80 FF FF 66 85 C0 74 6F
-
-. 2839 4206F728 8
-. 89 34 24 E8 84 5B FA FF
-
-. 2840 4206F730 2
-. EB 87
-
-. 2841 4206F6B9 18
-. 8B 83 78 0E 00 00 31 C9 89 8B 7C 0E 00 00 39 C7 74 58
-
-. 2842 4206F723 5
-. 8B 76 34 EB AB
-
-. 2843 4206F6D3 8
-. 85 F6 0F 85 65 FF FF FF
-
-. 2844 4206F640 13
-. 89 B3 7C 0E 00 00 8B 45 08 85 C0 74 11
-
-. 2845 4206F6DB 7
-. 8B 45 08 85 C0 74 0A
-
-. 2846 4206F6E2 10
-. 8B 83 44 02 00 00 85 C0 75 27
-
-. 2847 4206F6EC 7
-. 8B 45 D0 85 C0 75 0B
-
-. 2848 4206F6F3 11
-. 8B 45 D4 83 C4 3C 5B 5E 5F 5D C3
-
-. 2849 42070190 7
-. 8B 5D FC 89 EC 5D C3
-
-. 2850 420701B9 12
-. 8B B3 48 D2 FF FF 89 C7 85 F6 74 33
-
-. 2851 420701C5 20
-. 8D 74 26 00 8D BC 27 00 00 00 00 8B 06 A9 02 00 00 00 75 11
-
-. 2852 420701EA 14
-. C7 46 5C FF FF FF FF 8B 76 34 85 F6 75 D8
-
-. 2853 420701D0 9
-. 8B 06 A9 02 00 00 00 75 11
-
-. 2854 420701D9 10
-. 25 08 10 00 00 83 F8 08 74 07
-
-. 2855 420701E3 7
-. 8B 46 5C 85 C0 75 18
-
-. 2856 42070202 33
-. 0F BE 56 46 8B 84 32 94 00 00 00 C7 44 24 08 00 00 00 00 89 34 24 C7 44 24 04 00 00 00 00 FF 50 2C
-
-. 2857 4206DF50 23
-. 55 89 E5 83 EC 18 89 75 FC 8B 45 0C 8B 75 08 89 5D F8 E8 F6 77 FA FF
-
-. 2858 4206DF67 25
-. 81 C3 69 C3 0B 00 89 44 24 04 8B 45 10 89 34 24 89 44 24 08 E8 60 1E 00 00
-
-. 2859 4206FDE0 30
-. 55 89 E5 83 EC 28 89 75 F8 8B 75 08 89 5D F4 89 7D FC 8B 7D 0C 0F BE 56 46 E8 5F 59 FA FF
-
-. 2860 4206FDFE 19
-. 81 C3 D2 A4 0B 00 8B 84 32 94 00 00 00 89 34 24 FF 50 30
-
-. 2861 4206FE11 5
-. 31 D2 40 74 58
-
-. 2862 4206FE16 4
-. 85 FF 74 07
-
-. 2863 4206FE21 33
-. 83 0E 02 8D 56 47 8D 46 48 89 34 24 89 54 24 04 89 44 24 08 C7 44 24 0C 00 00 00 00 E8 2E FE FF FF
-
-. 2864 4206FC91 10
-. 8B 16 F7 C2 01 00 00 00 74 2A
-
-. 2865 4206FCC5 27
-. 89 0C 24 8B 46 20 29 C8 05 FF 0F 00 00 25 00 F0 FF FF 89 44 24 04 E8 80 70 06 00
-
-. 2866 420D6D60 17
-. 89 DA 8B 4C 24 08 8B 5C 24 04 B8 5B 00 00 00 CD 80
-
-. 2867 420D6D71 9
-. 89 D3 3D 01 F0 FF FF 73 01
-
-. 2868 420D6D7A 1
-. C3
-
-. 2869 4206FCC0 5
-. 83 CA 01 EB EC
-
-. 2870 4206FCB1 12
-. 89 16 8B 5D F8 8B 75 FC 89 EC 5D C3
-
-. 2871 4206FE42 59
-. 89 F2 C7 46 18 00 00 00 00 C7 46 14 00 00 00 00 C7 46 10 00 00 00 00 C7 46 08 00 00 00 00 C7 46 04 00 00 00 00 C7 46 0C 00 00 00 00 8B 5D F4 89 D0 8B 75 F8 8B 7D FC 89 EC 5D C3
-
-. 2872 4206DF80 6
-. 31 D2 85 C0 74 17
-
-. 2873 4206DF86 35
-. 8B 46 1C 89 F2 89 46 18 89 46 14 89 46 10 89 46 0C 89 46 04 89 46 08 8B 5D F8 89 D0 8B 75 FC 89 EC 5D C3
-
-. 2874 42070223 2
-. EB C5
-
-. 2875 420701F8 10
-. 83 C4 0C 89 F8 5B 5E 5F 5D C3
-
-. 2876 4202B1A2 11
-. 83 C6 04 3B B3 88 02 00 00 72 F3
-
-. 2877 4202B1AD 2
-. EB 12
-
-. 2878 4202B1C1 8
-. 89 3C 24 E8 BB A4 FE FF
-
-. 2879 42015684 6
-. FF A3 34 01 00 00
-
-. 2880 4201568A 10
-. 68 50 02 00 00 E9 40 FB FF FF
-
-. 2881 420AE610 13
-. 89 DA 8B 5C 24 04 B8 01 00 00 00 CD 80
-==13306==
---13306-- lru: 1494 epochs, 0 clearings.
---13306-- translate: new 2882 (113298 -> 626759), discard 0 (0 -> 0).
---13306-- dispatch: 149400000 basic blocks, 1495/98742 sched events, 66040 tt_fast misses.
---13306-- reg-alloc: 0 t-req-spill, 0+0 orig+spill uis, 0 total-reg-r.
---13306-- sanity: 1496 cheap, 60 expensive checks.
-vex storage: P 176, T total 158600256 (4015121), T curr 0 (0)
diff --git a/VEX/priv/guest_amd64_helpers.c b/VEX/priv/guest_amd64_helpers.c
index ab53e15..3a0a4c6 100644
--- a/VEX/priv/guest_amd64_helpers.c
+++ b/VEX/priv/guest_amd64_helpers.c
@@ -1604,6 +1604,15 @@
mkU64(0)));
}
+ /*---------------- SHRL ----------------*/
+
+ if (isU64(cc_op, AMD64G_CC_OP_SHRL) && isU64(cond, AMD64CondZ)) {
+ /* SHRL, then Z --> test dep1 == 0 */
+ return unop(Iop_1Uto64,
+ binop(Iop_CmpEQ32, unop(Iop_64to32, cc_dep1),
+ mkU32(0)));
+ }
+
/*---------------- COPY ----------------*/
/* This can happen, as a result of amd64 FP compares: "comisd ... ;
jbe" for example. */
diff --git a/VEX/priv/guest_amd64_toIR.c b/VEX/priv/guest_amd64_toIR.c
index af4817f..2080dc0 100644
--- a/VEX/priv/guest_amd64_toIR.c
+++ b/VEX/priv/guest_amd64_toIR.c
@@ -6401,19 +6401,20 @@
fp_do_op_mem_ST_0 ( addr, "mul", dis_buf, Iop_MulF64, True );
break;
-//.. case 2: /* FCOM double-real */
-//.. DIP("fcoml %s\n", dis_buf);
-//.. /* This forces C1 to zero, which isn't right. */
-//.. put_C3210(
-//.. binop( Iop_And32,
-//.. binop(Iop_Shl32,
-//.. binop(Iop_CmpF64,
-//.. get_ST(0),
-//.. loadLE(Ity_F64,mkexpr(addr))),
-//.. mkU8(8)),
-//.. mkU32(0x4500)
-//.. ));
-//.. break;
+ case 2: /* FCOM double-real */
+ DIP("fcoml %s\n", dis_buf);
+ /* This forces C1 to zero, which isn't right. */
+ put_C3210(
+ unop(Iop_32Uto64,
+ binop( Iop_And32,
+ binop(Iop_Shl32,
+ binop(Iop_CmpF64,
+ get_ST(0),
+ loadLE(Ity_F64,mkexpr(addr))),
+ mkU8(8)),
+ mkU32(0x4500)
+ )));
+ break;
case 3: /* FCOMP double-real */
DIP("fcompl %s\n", dis_buf);
@@ -12847,8 +12848,10 @@
IRTemp rmode = newTemp(Ity_I32);
modrm = getUChar(delta);
- do_MMX_preamble();
if (epartIsReg(modrm)) {
+ /* Only switch to MMX mode if the source is a MMX register.
+ See comments on CVTPI2PD for details. Fixes #357059. */
+ do_MMX_preamble();
assign( arg64, getMMXReg(eregLO3ofRM(modrm)) );
delta += 1;
DIP("cvtpi2ps %s,%s\n", nameMMXReg(eregLO3ofRM(modrm)),
@@ -13519,7 +13522,8 @@
goto decode_success;
}
/* F2 0F 5D = MINSD -- min 64F0x2 from R/M to R */
- if (haveF2no66noF3(pfx) && sz == 4) {
+ if (haveF2no66noF3(pfx)
+ && (sz == 4 || /* ignore redundant REX.W */ sz == 8)) {
delta = dis_SSE_E_to_G_lo64( vbi, pfx, delta, "minsd", Iop_Min64F0x2 );
goto decode_success;
}
@@ -13565,7 +13569,8 @@
goto decode_success;
}
/* F2 0F 5F = MAXSD -- max 64F0x2 from R/M to R */
- if (haveF2no66noF3(pfx) && sz == 4) {
+ if (haveF2no66noF3(pfx)
+ && (sz == 4 || /* ignore redundant REX.W */ sz == 8)) {
delta = dis_SSE_E_to_G_lo64( vbi, pfx, delta, "maxsd", Iop_Max64F0x2 );
goto decode_success;
}
@@ -18666,16 +18671,25 @@
immediate byte. Is it one we can actually handle? Throw out any
cases for which the helper function has not been verified. */
switch (imm) {
- case 0x00: case 0x02: case 0x08: case 0x0A: case 0x0C: case 0x0E:
- case 0x12: case 0x14: case 0x18: case 0x1A:
- case 0x30: case 0x34: case 0x38: case 0x3A:
- case 0x40: case 0x42: case 0x44: case 0x46: case 0x4A:
+ case 0x00: case 0x02:
+ case 0x08: case 0x0A: case 0x0C: case 0x0E:
+ case 0x12: case 0x14:
+ case 0x18: case 0x1A:
+ case 0x30: case 0x34:
+ case 0x38: case 0x3A:
+ case 0x40: case 0x42: case 0x44: case 0x46:
+ case 0x4A:
+ case 0x62:
+ case 0x70: case 0x72:
break;
// the 16-bit character versions of the above
- case 0x01: case 0x03: case 0x09: case 0x0B: case 0x0D:
- case 0x13: case 0x1B:
- case 0x39: case 0x3B:
- case 0x45: case 0x4B:
+ case 0x01: case 0x03:
+ case 0x09: case 0x0B: case 0x0D:
+ case 0x13:
+ case 0x19: case 0x1B:
+ case 0x39: case 0x3B:
+ case 0x45:
+ case 0x4B:
break;
default:
return delta0; /*FAIL*/
@@ -30086,6 +30100,136 @@
return delta;
}
+/* operand format:
+ * [0] = dst
+ * [n] = srcn
+ */
+static Long decode_vregW(Int count, Long delta, UChar modrm, Prefix pfx,
+ const VexAbiInfo* vbi, IRTemp *v, UInt *dst, Int swap)
+{
+ v[0] = newTemp(Ity_V128);
+ v[1] = newTemp(Ity_V128);
+ v[2] = newTemp(Ity_V128);
+ v[3] = newTemp(Ity_V128);
+ IRTemp addr = IRTemp_INVALID;
+ Int alen = 0;
+ HChar dis_buf[50];
+
+ *dst = gregOfRexRM(pfx, modrm);
+ assign( v[0], getXMMReg(*dst) );
+
+ if ( epartIsReg( modrm ) ) {
+ UInt ereg = eregOfRexRM(pfx, modrm);
+ assign(swap ? v[count-1] : v[count-2], getXMMReg(ereg) );
+ DIS(dis_buf, "%s", nameXMMReg(ereg));
+ } else {
+ Bool extra_byte = (getUChar(delta - 3) & 0xF) != 9;
+ addr = disAMode(&alen, vbi, pfx, delta, dis_buf, extra_byte);
+ assign(swap ? v[count-1] : v[count-2], loadLE(Ity_V128, mkexpr(addr)));
+ delta += alen - 1;
+ }
+
+ UInt vvvv = getVexNvvvv(pfx);
+ switch(count) {
+ case 2:
+ DIP( "%s,%s", nameXMMReg(*dst), dis_buf );
+ break;
+ case 3:
+ assign( swap ? v[1] : v[2], getXMMReg(vvvv) );
+ DIP( "%s,%s,%s", nameXMMReg(*dst), nameXMMReg(vvvv), dis_buf );
+ break;
+ case 4:
+ {
+ assign( v[1], getXMMReg(vvvv) );
+ UInt src2 = getUChar(delta + 1) >> 4;
+ assign( swap ? v[2] : v[3], getXMMReg(src2) );
+ DIP( "%s,%s,%s,%s", nameXMMReg(*dst), nameXMMReg(vvvv),
+ nameXMMReg(src2), dis_buf );
+ }
+ break;
+ }
+ return delta + 1;
+}
+
+static Long dis_FMA4 (Prefix pfx, Long delta, UChar opc,
+ Bool* uses_vvvv, const VexAbiInfo* vbi )
+{
+ UInt dst;
+ *uses_vvvv = True;
+
+ UChar modrm = getUChar(delta);
+
+ Bool zero_64F = False;
+ Bool zero_96F = False;
+ UInt is_F32 = ((opc & 0x01) == 0x00) ? 1 : 0;
+ Bool neg = (opc & 0xF0) == 0x70;
+ Bool alt = (opc & 0xF0) == 0x50;
+ Bool sub = alt ? (opc & 0x0E) != 0x0E : (opc & 0x0C) == 0x0C;
+
+ IRTemp operand[4];
+ switch(opc & 0xF) {
+ case 0x0A: zero_96F = (opc >> 4) != 0x05; break;
+ case 0x0B: zero_64F = (opc >> 4) != 0x05; break;
+ case 0x0E: zero_96F = (opc >> 4) != 0x05; break;
+ case 0x0F: zero_64F = (opc >> 4) != 0x05; break;
+ default: break;
+ }
+ DIP("vfm%s", neg ? "n" : "");
+ if(alt) DIP("%s", sub ? "add" : "sub");
+ DIP("%s", sub ? "sub" : "add");
+ DIP("%c ", (zero_64F || zero_96F) ? 's' : 'p');
+ DIP("%c ", is_F32 ? 's' : 'd');
+ delta = decode_vregW(4, delta, modrm, pfx, vbi, operand, &dst, getRexW(pfx));
+ DIP("\n");
+ IRExpr *src[3];
+
+ void (*putXMM[2])(UInt,Int,IRExpr*) = {&putXMMRegLane64F, &putXMMRegLane32F};
+
+ IROp size_op[] = {Iop_V128to64, Iop_V128HIto64, Iop_64to32, Iop_64HIto32};
+ IROp neg_op[] = {Iop_NegF64, Iop_NegF32};
+ int i, j;
+ for(i = 0; i < is_F32 * 2 + 2; i++) {
+ for(j = 0; j < 3; j++) {
+ if(is_F32) {
+ src[j] = unop(Iop_ReinterpI32asF32,
+ unop(size_op[i%2+2],
+ unop(size_op[i/2],
+ mkexpr(operand[j + 1])
+ )
+ ));
+ } else {
+ src[j] = unop(Iop_ReinterpI64asF64,
+ unop(size_op[i%2],
+ mkexpr(operand[j + 1])
+ ));
+ }
+ }
+ putXMM[is_F32](dst, i, IRExpr_Qop(is_F32 ? Iop_MAddF32 : Iop_MAddF64,
+ get_FAKE_roundingmode(),
+ neg ? unop(neg_op[is_F32], src[0])
+ : src[0],
+ src[1],
+ sub ? unop(neg_op[is_F32], src[2])
+ : src[2]
+ ));
+ if(alt) {
+ sub = !sub;
+ }
+ }
+
+ /* Zero out top bits of ymm/xmm register. */
+ putYMMRegLane128( dst, 1, mkV128(0) );
+
+ if(zero_64F || zero_96F) {
+ putXMMRegLane64( dst, 1, IRExpr_Const(IRConst_U64(0)));
+ }
+
+ if(zero_96F) {
+ putXMMRegLane32( dst, 1, IRExpr_Const(IRConst_U32(0)));
+ }
+
+ return delta+1;
+}
/*------------------------------------------------------------*/
/*--- ---*/
@@ -31630,6 +31774,16 @@
/* else fall though; dis_PCMPxSTRx failed to decode it */
}
break;
+ case 0x5C ... 0x5F:
+ case 0x68 ... 0x6F:
+ case 0x78 ... 0x7F:
+ if (have66noF2noF3(pfx) && 0==getVexL(pfx)/*128*/) {
+ Long delta0 = delta;
+ delta = dis_FMA4( pfx, delta, opc, uses_vvvv, vbi );
+ if (delta > delta0) goto decode_success;
+ /* else fall though; dis_FMA4 failed to decode it */
+ }
+ break;
case 0xDF:
/* VAESKEYGENASSIST imm8, xmm2/m128, xmm1 = VEX.128.66.0F3A.WIG DF /r */
@@ -32075,7 +32229,7 @@
/* All decode failures end up here. */
if (sigill_diag) {
vex_printf("vex amd64->IR: unhandled instruction bytes: "
- "0x%x 0x%x 0x%x 0x%x 0x%x 0x%x 0x%x 0x%x\n",
+ "0x%x 0x%x 0x%x 0x%x 0x%x 0x%x 0x%x 0x%x 0x%x 0x%x\n",
getUChar(delta_start+0),
getUChar(delta_start+1),
getUChar(delta_start+2),
@@ -32083,7 +32237,9 @@
getUChar(delta_start+4),
getUChar(delta_start+5),
getUChar(delta_start+6),
- getUChar(delta_start+7) );
+ getUChar(delta_start+7),
+ getUChar(delta_start+8),
+ getUChar(delta_start+9) );
vex_printf("vex amd64->IR: REX=%d REX.W=%d REX.R=%d REX.X=%d REX.B=%d\n",
haveREX(pfx) ? 1 : 0, getRexW(pfx), getRexR(pfx),
getRexX(pfx), getRexB(pfx));
diff --git a/VEX/priv/guest_arm64_defs.h b/VEX/priv/guest_arm64_defs.h
index 0d8b83b..ad1ab96 100644
--- a/VEX/priv/guest_arm64_defs.h
+++ b/VEX/priv/guest_arm64_defs.h
@@ -110,11 +110,64 @@
//ZZ UInt armg_calculate_flag_qc ( UInt resL1, UInt resL2,
//ZZ UInt resR1, UInt resR2 );
+extern ULong arm64g_calc_crc32b ( ULong acc, ULong bits );
+extern ULong arm64g_calc_crc32h ( ULong acc, ULong bits );
+extern ULong arm64g_calc_crc32w ( ULong acc, ULong bits );
+extern ULong arm64g_calc_crc32x ( ULong acc, ULong bits );
+
+extern ULong arm64g_calc_crc32cb ( ULong acc, ULong bits );
+extern ULong arm64g_calc_crc32ch ( ULong acc, ULong bits );
+extern ULong arm64g_calc_crc32cw ( ULong acc, ULong bits );
+extern ULong arm64g_calc_crc32cx ( ULong acc, ULong bits );
/* --- DIRTY HELPERS --- */
extern ULong arm64g_dirtyhelper_MRS_CNTVCT_EL0 ( void );
+extern void arm64g_dirtyhelper_PMULLQ ( /*OUT*/V128* res,
+ ULong arg1, ULong arg2 );
+
+extern void arm64g_dirtyhelper_AESE ( /*OUT*/V128* res,
+ ULong argHi, ULong argLo );
+extern void arm64g_dirtyhelper_AESD ( /*OUT*/V128* res,
+ ULong argHi, ULong argLo );
+extern void arm64g_dirtyhelper_AESMC ( /*OUT*/V128* res,
+ ULong argHi, ULong argLo );
+extern void arm64g_dirtyhelper_AESIMC ( /*OUT*/V128* res,
+ ULong argHi, ULong argLo );
+
+extern
+void arm64g_dirtyhelper_SHA1C ( /*OUT*/V128* res, ULong dHi, ULong dLo,
+ ULong nHi, ULong nLo, ULong mHi, ULong mLo );
+extern
+void arm64g_dirtyhelper_SHA1H ( /*OUT*/V128* res,
+ ULong nHi, ULong nLo );
+extern
+void arm64g_dirtyhelper_SHA1M ( /*OUT*/V128* res, ULong dHi, ULong dLo,
+ ULong nHi, ULong nLo, ULong mHi, ULong mLo );
+extern
+void arm64g_dirtyhelper_SHA1P ( /*OUT*/V128* res, ULong dHi, ULong dLo,
+ ULong nHi, ULong nLo, ULong mHi, ULong mLo );
+extern
+void arm64g_dirtyhelper_SHA1SU0 ( /*OUT*/V128* res, ULong dHi, ULong dLo,
+ ULong nHi, ULong nLo, ULong mHi, ULong mLo );
+extern
+void arm64g_dirtyhelper_SHA1SU1 ( /*OUT*/V128* res, ULong dHi, ULong dLo,
+ ULong nHi, ULong nLo );
+extern
+void arm64g_dirtyhelper_SHA256H2 ( /*OUT*/V128* res, ULong dHi, ULong dLo,
+ ULong nHi, ULong nLo, ULong mHi, ULong mLo );
+extern
+void arm64g_dirtyhelper_SHA256H ( /*OUT*/V128* res, ULong dHi, ULong dLo,
+ ULong nHi, ULong nLo, ULong mHi, ULong mLo );
+extern
+void arm64g_dirtyhelper_SHA256SU0 ( /*OUT*/V128* res, ULong dHi, ULong dLo,
+ ULong nHi, ULong nLo );
+extern
+void arm64g_dirtyhelper_SHA256SU1 ( /*OUT*/V128* res, ULong dHi, ULong dLo,
+ ULong nHi, ULong nLo,
+ ULong mHi, ULong mLo );
+
/*---------------------------------------------------------*/
/*--- Condition code stuff ---*/
diff --git a/VEX/priv/guest_arm64_helpers.c b/VEX/priv/guest_arm64_helpers.c
index 0cf8046..5edeef1 100644
--- a/VEX/priv/guest_arm64_helpers.c
+++ b/VEX/priv/guest_arm64_helpers.c
@@ -677,6 +677,88 @@
}
+/* CALLED FROM GENERATED CODE: CLEAN HELPER */
+ULong arm64g_calc_crc32b ( ULong acc, ULong bits )
+{
+ UInt i;
+ ULong crc = (bits & 0xFFULL) ^ acc;
+ for (i = 0; i < 8; i++)
+ crc = (crc >> 1) ^ ((crc & 1) ? 0xEDB88320ULL : 0);
+ return crc;
+}
+
+/* CALLED FROM GENERATED CODE: CLEAN HELPER */
+ULong arm64g_calc_crc32h ( ULong acc, ULong bits )
+{
+ UInt i;
+ ULong crc = (bits & 0xFFFFULL) ^ acc;
+ for (i = 0; i < 16; i++)
+ crc = (crc >> 1) ^ ((crc & 1) ? 0xEDB88320ULL : 0);
+ return crc;
+}
+
+/* CALLED FROM GENERATED CODE: CLEAN HELPER */
+ULong arm64g_calc_crc32w ( ULong acc, ULong bits )
+{
+ UInt i;
+ ULong crc = (bits & 0xFFFFFFFFULL) ^ acc;
+ for (i = 0; i < 32; i++)
+ crc = (crc >> 1) ^ ((crc & 1) ? 0xEDB88320ULL : 0);
+ return crc;
+}
+
+/* CALLED FROM GENERATED CODE: CLEAN HELPER */
+ULong arm64g_calc_crc32x ( ULong acc, ULong bits )
+{
+ UInt i;
+ ULong crc = bits ^ acc;
+ for (i = 0; i < 64; i++)
+ crc = (crc >> 1) ^ ((crc & 1) ? 0xEDB88320ULL : 0);
+ return crc;
+
+}
+
+/* CALLED FROM GENERATED CODE: CLEAN HELPER */
+ULong arm64g_calc_crc32cb ( ULong acc, ULong bits )
+{
+ UInt i;
+ ULong crc = (bits & 0xFFULL) ^ acc;
+ for (i = 0; i < 8; i++)
+ crc = (crc >> 1) ^ ((crc & 1) ? 0x82F63B78ULL : 0);
+ return crc;
+}
+
+/* CALLED FROM GENERATED CODE: CLEAN HELPER */
+ULong arm64g_calc_crc32ch ( ULong acc, ULong bits )
+{
+ UInt i;
+ ULong crc = (bits & 0xFFFFULL) ^ acc;
+ for (i = 0; i < 16; i++)
+ crc = (crc >> 1) ^ ((crc & 1) ? 0x82F63B78ULL : 0);
+ return crc;
+}
+
+/* CALLED FROM GENERATED CODE: CLEAN HELPER */
+ULong arm64g_calc_crc32cw ( ULong acc, ULong bits )
+{
+ UInt i;
+ ULong crc = (bits & 0xFFFFFFFFULL) ^ acc;
+ for (i = 0; i < 32; i++)
+ crc = (crc >> 1) ^ ((crc & 1) ? 0x82F63B78ULL : 0);
+ return crc;
+}
+
+/* CALLED FROM GENERATED CODE: CLEAN HELPER */
+ULong arm64g_calc_crc32cx ( ULong acc, ULong bits )
+{
+ UInt i;
+ ULong crc = bits ^ acc;
+ for (i = 0; i < 64; i++)
+ crc = (crc >> 1) ^ ((crc & 1) ? 0x82F63B78ULL : 0);
+ return crc;
+}
+
+
/* CALLED FROM GENERATED CODE */
/* DIRTY HELPER (non-referentially-transparent) */
/* Horrible hack. On non-arm64 platforms, return 0. */
@@ -692,6 +774,509 @@
}
+void arm64g_dirtyhelper_PMULLQ ( /*OUT*/V128* res, ULong arg1, ULong arg2 )
+{
+ /* This doesn't need to be a dirty helper, except for the fact that
+ a clean helper can't return a 128 bit value. This is a pretty
+ lame implementation of PMULLQ, but at least it doesn't contain any
+ data dependent branches, and has lots of ILP. I guess we could unroll
+ the loop completely and offer extensive prayers to the gods of ILP
+ if more performance is needed. */
+ UInt i;
+ ULong accHi = 0, accLo = 0;
+ ULong op2Hi = 0, op2Lo = arg2;
+ for (i = 0; i < 64; i++) {
+ /* Make |mask| be all 0s or all 1s, a copy of arg1[i] */
+ Long mask = arg1 << (63-i);
+ mask >>= 63;
+ accHi ^= (op2Hi & mask);
+ accLo ^= (op2Lo & mask);
+ /* do: op2Hi:op2Lo <<=u 1 */
+ op2Hi <<= 1;
+ op2Hi |= ((op2Lo >> 63) & 1);
+ op2Lo <<= 1;
+ }
+ res->w64[1] = accHi;
+ res->w64[0] = accLo;
+}
+
+
+/*---------------------------------------------------------------*/
+/*--- Crypto instruction helpers ---*/
+/*---------------------------------------------------------------*/
+
+/* DIRTY HELPERS for doing AES support:
+ * AESE (SubBytes, then ShiftRows)
+ * AESD (InvShiftRows, then InvSubBytes)
+ * AESMC (MixColumns)
+ * AESIMC (InvMixColumns)
+ These don't actually have to be dirty helpers -- they could be
+ clean, but for the fact that they return a V128 and a clean helper
+ can't do that.
+
+ The ARMv8 manual seems to imply that AESE first performs ShiftRows,
+ then SubBytes. This seems to contradict FIPS 197, so the
+ implementation below is consistent with FIPS 197. One can observe
+ that the two transformations commute -- the order in which they
+ happen makes no difference to the result. So the ambiguity doesn't
+ actually matter, but it is confusing. The v8 manual looks correct
+ about AESD, though.
+
+ The three functions rj_xtime, aesMixColumn and aesInvMixColumn only,
+ are taken from "A byte-oriented AES-256 implementation" and are subject
+ to the following usage terms:
+
+ Byte-oriented AES-256 implementation.
+ All lookup tables replaced with 'on the fly' calculations.
+
+ Copyright (c) 2007-2011 Ilya O. Levin, http://www.literatecode.com
+ Other contributors: Hal Finney
+
+ Permission to use, copy, modify, and distribute this software for any
+ purpose with or without fee is hereby granted, provided that the above
+ copyright notice and this permission notice appear in all copies.
+
+ THE SOFTWARE IS PROVIDED "AS IS" AND THE AUTHOR DISCLAIMS ALL WARRANTIES
+ WITH REGARD TO THIS SOFTWARE INCLUDING ALL IMPLIED WARRANTIES OF
+ MERCHANTABILITY AND FITNESS. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR
+ ANY SPECIAL, DIRECT, INDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES
+ WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN
+ ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF
+ OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE.
+*/
+
+const UChar aesMapSubBytes[256]
+ = { 0x63, 0x7c, 0x77, 0x7b, 0xf2, 0x6b, 0x6f, 0xc5,
+ 0x30, 0x01, 0x67, 0x2b, 0xfe, 0xd7, 0xab, 0x76,
+ 0xca, 0x82, 0xc9, 0x7d, 0xfa, 0x59, 0x47, 0xf0,
+ 0xad, 0xd4, 0xa2, 0xaf, 0x9c, 0xa4, 0x72, 0xc0,
+ 0xb7, 0xfd, 0x93, 0x26, 0x36, 0x3f, 0xf7, 0xcc,
+ 0x34, 0xa5, 0xe5, 0xf1, 0x71, 0xd8, 0x31, 0x15,
+ 0x04, 0xc7, 0x23, 0xc3, 0x18, 0x96, 0x05, 0x9a,
+ 0x07, 0x12, 0x80, 0xe2, 0xeb, 0x27, 0xb2, 0x75,
+ 0x09, 0x83, 0x2c, 0x1a, 0x1b, 0x6e, 0x5a, 0xa0,
+ 0x52, 0x3b, 0xd6, 0xb3, 0x29, 0xe3, 0x2f, 0x84,
+ 0x53, 0xd1, 0x00, 0xed, 0x20, 0xfc, 0xb1, 0x5b,
+ 0x6a, 0xcb, 0xbe, 0x39, 0x4a, 0x4c, 0x58, 0xcf,
+ 0xd0, 0xef, 0xaa, 0xfb, 0x43, 0x4d, 0x33, 0x85,
+ 0x45, 0xf9, 0x02, 0x7f, 0x50, 0x3c, 0x9f, 0xa8,
+ 0x51, 0xa3, 0x40, 0x8f, 0x92, 0x9d, 0x38, 0xf5,
+ 0xbc, 0xb6, 0xda, 0x21, 0x10, 0xff, 0xf3, 0xd2,
+ 0xcd, 0x0c, 0x13, 0xec, 0x5f, 0x97, 0x44, 0x17,
+ 0xc4, 0xa7, 0x7e, 0x3d, 0x64, 0x5d, 0x19, 0x73,
+ 0x60, 0x81, 0x4f, 0xdc, 0x22, 0x2a, 0x90, 0x88,
+ 0x46, 0xee, 0xb8, 0x14, 0xde, 0x5e, 0x0b, 0xdb,
+ 0xe0, 0x32, 0x3a, 0x0a, 0x49, 0x06, 0x24, 0x5c,
+ 0xc2, 0xd3, 0xac, 0x62, 0x91, 0x95, 0xe4, 0x79,
+ 0xe7, 0xc8, 0x37, 0x6d, 0x8d, 0xd5, 0x4e, 0xa9,
+ 0x6c, 0x56, 0xf4, 0xea, 0x65, 0x7a, 0xae, 0x08,
+ 0xba, 0x78, 0x25, 0x2e, 0x1c, 0xa6, 0xb4, 0xc6,
+ 0xe8, 0xdd, 0x74, 0x1f, 0x4b, 0xbd, 0x8b, 0x8a,
+ 0x70, 0x3e, 0xb5, 0x66, 0x48, 0x03, 0xf6, 0x0e,
+ 0x61, 0x35, 0x57, 0xb9, 0x86, 0xc1, 0x1d, 0x9e,
+ 0xe1, 0xf8, 0x98, 0x11, 0x69, 0xd9, 0x8e, 0x94,
+ 0x9b, 0x1e, 0x87, 0xe9, 0xce, 0x55, 0x28, 0xdf,
+ 0x8c, 0xa1, 0x89, 0x0d, 0xbf, 0xe6, 0x42, 0x68,
+ 0x41, 0x99, 0x2d, 0x0f, 0xb0, 0x54, 0xbb, 0x16
+ };
+
+const UChar aesMapInvSubBytes[256]
+ = { 0x52, 0x09, 0x6a, 0xd5, 0x30, 0x36, 0xa5, 0x38,
+ 0xbf, 0x40, 0xa3, 0x9e, 0x81, 0xf3, 0xd7, 0xfb,
+ 0x7c, 0xe3, 0x39, 0x82, 0x9b, 0x2f, 0xff, 0x87,
+ 0x34, 0x8e, 0x43, 0x44, 0xc4, 0xde, 0xe9, 0xcb,
+ 0x54, 0x7b, 0x94, 0x32, 0xa6, 0xc2, 0x23, 0x3d,
+ 0xee, 0x4c, 0x95, 0x0b, 0x42, 0xfa, 0xc3, 0x4e,
+ 0x08, 0x2e, 0xa1, 0x66, 0x28, 0xd9, 0x24, 0xb2,
+ 0x76, 0x5b, 0xa2, 0x49, 0x6d, 0x8b, 0xd1, 0x25,
+ 0x72, 0xf8, 0xf6, 0x64, 0x86, 0x68, 0x98, 0x16,
+ 0xd4, 0xa4, 0x5c, 0xcc, 0x5d, 0x65, 0xb6, 0x92,
+ 0x6c, 0x70, 0x48, 0x50, 0xfd, 0xed, 0xb9, 0xda,
+ 0x5e, 0x15, 0x46, 0x57, 0xa7, 0x8d, 0x9d, 0x84,
+ 0x90, 0xd8, 0xab, 0x00, 0x8c, 0xbc, 0xd3, 0x0a,
+ 0xf7, 0xe4, 0x58, 0x05, 0xb8, 0xb3, 0x45, 0x06,
+ 0xd0, 0x2c, 0x1e, 0x8f, 0xca, 0x3f, 0x0f, 0x02,
+ 0xc1, 0xaf, 0xbd, 0x03, 0x01, 0x13, 0x8a, 0x6b,
+ 0x3a, 0x91, 0x11, 0x41, 0x4f, 0x67, 0xdc, 0xea,
+ 0x97, 0xf2, 0xcf, 0xce, 0xf0, 0xb4, 0xe6, 0x73,
+ 0x96, 0xac, 0x74, 0x22, 0xe7, 0xad, 0x35, 0x85,
+ 0xe2, 0xf9, 0x37, 0xe8, 0x1c, 0x75, 0xdf, 0x6e,
+ 0x47, 0xf1, 0x1a, 0x71, 0x1d, 0x29, 0xc5, 0x89,
+ 0x6f, 0xb7, 0x62, 0x0e, 0xaa, 0x18, 0xbe, 0x1b,
+ 0xfc, 0x56, 0x3e, 0x4b, 0xc6, 0xd2, 0x79, 0x20,
+ 0x9a, 0xdb, 0xc0, 0xfe, 0x78, 0xcd, 0x5a, 0xf4,
+ 0x1f, 0xdd, 0xa8, 0x33, 0x88, 0x07, 0xc7, 0x31,
+ 0xb1, 0x12, 0x10, 0x59, 0x27, 0x80, 0xec, 0x5f,
+ 0x60, 0x51, 0x7f, 0xa9, 0x19, 0xb5, 0x4a, 0x0d,
+ 0x2d, 0xe5, 0x7a, 0x9f, 0x93, 0xc9, 0x9c, 0xef,
+ 0xa0, 0xe0, 0x3b, 0x4d, 0xae, 0x2a, 0xf5, 0xb0,
+ 0xc8, 0xeb, 0xbb, 0x3c, 0x83, 0x53, 0x99, 0x61,
+ 0x17, 0x2b, 0x04, 0x7e, 0xba, 0x77, 0xd6, 0x26,
+ 0xe1, 0x69, 0x14, 0x63, 0x55, 0x21, 0x0c, 0x7d
+ };
+
+static inline UChar rj_xtime ( UChar x )
+{
+ UChar y = (UChar)(x << 1);
+ return (x & 0x80) ? (y ^ 0x1b) : y;
+}
+
+static void aesMixColumn ( /*MOD*/UChar* r )
+{
+ UChar a = r[0];
+ UChar b = r[1];
+ UChar c = r[2];
+ UChar d = r[3];
+ UChar e = a ^ b ^ c ^ d;
+ r[0] ^= e ^ rj_xtime(a ^ b);
+ r[1] ^= e ^ rj_xtime(b ^ c);
+ r[2] ^= e ^ rj_xtime(c ^ d);
+ r[3] ^= e ^ rj_xtime(d ^ a);
+}
+
+static void aesInvMixColumn ( /*MOD*/UChar* r )
+{
+ UChar a = r[0];
+ UChar b = r[1];
+ UChar c = r[2];
+ UChar d = r[3];
+ UChar e = a ^ b ^ c ^ d;
+ UChar z = rj_xtime(e);
+ UChar x = e ^ rj_xtime(rj_xtime(z ^ a ^ c));
+ UChar y = e ^ rj_xtime(rj_xtime(z ^ b ^ d));
+ r[0] ^= x ^ rj_xtime(a ^ b);
+ r[1] ^= y ^ rj_xtime(b ^ c);
+ r[2] ^= x ^ rj_xtime(c ^ d);
+ r[3] ^= y ^ rj_xtime(d ^ a);
+}
+
+
+/* CALLED FROM GENERATED CODE */
+void arm64g_dirtyhelper_AESE ( /*OUT*/V128* res, ULong argHi, ULong argLo )
+{
+ res->w64[1] = argHi;
+ res->w64[0] = argLo;
+
+ /* First do SubBytes on the State. */
+ UInt i;
+ for (i = 0; i < 16; i++) {
+ res->w8[i] = aesMapSubBytes[res->w8[i] & 0xFF];
+ }
+
+ /* Then do ShiftRows on the State. */
+# define XX(_ix) res->w8[_ix]
+ { UChar old1 = XX(1);
+ XX(1) = XX(5); XX(5) = XX(9); XX(9) = XX(13); XX(13) = old1;
+ }
+ { UChar old2 = XX(2); UChar old6 = XX(6);
+ XX(2) = XX(10); XX(6) = XX(14); XX(10) = old2; XX(14) = old6;
+ }
+ { UChar old15 = XX(15);
+ XX(15) = XX(11); XX(11) = XX(7); XX(7) = XX(3); XX(3) = old15;
+ }
+# undef XX
+}
+
+
+/* CALLED FROM GENERATED CODE */
+void arm64g_dirtyhelper_AESD ( /*OUT*/V128* res, ULong argHi, ULong argLo )
+{
+ res->w64[1] = argHi;
+ res->w64[0] = argLo;
+
+ /* First do InvShiftRows on the State. */
+# define XX(_ix) res->w8[_ix]
+ { UChar old13 = XX(13);
+ XX(13) = XX(9); XX(9) = XX(5); XX(5) = XX(1); XX(1) = old13;
+ }
+ { UChar old14 = XX(14); UChar old10 = XX(10);
+ XX(14) = XX(6); XX(10) = XX(2); XX(6) = old14; XX(2) = old10;
+ }
+ { UChar old3 = XX(3);
+ XX(3) = XX(7); XX(7) = XX(11); XX(11) = XX(15); XX(15) = old3;
+ }
+# undef XX
+
+/* Then do InvSubBytes on the State. */
+ UInt i;
+ for (i = 0; i < 16; i++) {
+ res->w8[i] = aesMapInvSubBytes[res->w8[i] & 0xFF];
+ }
+}
+
+
+/* CALLED FROM GENERATED CODE */
+void arm64g_dirtyhelper_AESMC ( /*OUT*/V128* res, ULong argHi, ULong argLo )
+{
+ res->w64[1] = argHi;
+ res->w64[0] = argLo;
+ aesMixColumn(&res->w8[0]);
+ aesMixColumn(&res->w8[4]);
+ aesMixColumn(&res->w8[8]);
+ aesMixColumn(&res->w8[12]);
+}
+
+
+/* CALLED FROM GENERATED CODE */
+void arm64g_dirtyhelper_AESIMC ( /*OUT*/V128* res, ULong argHi, ULong argLo )
+{
+ res->w64[1] = argHi;
+ res->w64[0] = argLo;
+ aesInvMixColumn(&res->w8[0]);
+ aesInvMixColumn(&res->w8[4]);
+ aesInvMixColumn(&res->w8[8]);
+ aesInvMixColumn(&res->w8[12]);
+}
+
+
+/* DIRTY HELPERS for SHA instruction support. As with the AES helpers
+ above, these are actually pure functions and are only dirty because
+ clean helpers can't return a V128. */
+
+static inline UInt ROL32 ( UInt x, UInt sh ) {
+ vassert(sh > 0 && sh < 32);
+ return (x << sh) | (x >> (32 - sh));
+}
+
+static inline UInt ROR32 ( UInt x, UInt sh ) {
+ vassert(sh > 0 && sh < 32);
+ return (x >> sh) | (x << (32 - sh));
+}
+
+static inline UInt SHAchoose ( UInt x, UInt y, UInt z ) {
+ return ((y ^ z) & x) ^ z;
+}
+
+static inline UInt SHAmajority ( UInt x, UInt y, UInt z ) {
+ return (x & y) | ((x | y) & z);
+}
+
+static inline UInt SHAparity ( UInt x, UInt y, UInt z ) {
+ return x ^ y ^ z;
+}
+
+static inline UInt SHAhashSIGMA0 ( UInt x ) {
+ return ROR32(x, 2) ^ ROR32(x, 13) ^ ROR32(x, 22);
+}
+
+static inline UInt SHAhashSIGMA1 ( UInt x ) {
+ return ROR32(x, 6) ^ ROR32(x, 11) ^ ROR32(x, 25);
+}
+
+static void SHA256hash ( /*MOD*/V128* X, /*MOD*/V128* Y, const V128* W )
+{
+ UInt e;
+ for (e = 0; e <= 3; e++) {
+ UInt chs = SHAchoose(Y->w32[0], Y->w32[1], Y->w32[2]);
+ UInt maj = SHAmajority(X->w32[0], X->w32[1], X->w32[2]);
+ UInt t = Y->w32[3] + SHAhashSIGMA1(Y->w32[0]) + chs + W->w32[e];
+ X->w32[3] = t + X->w32[3];
+ Y->w32[3] = t + SHAhashSIGMA0(X->w32[0]) + maj;
+ UInt ts = Y->w32[3];
+ Y->w32[3] = Y->w32[2];
+ Y->w32[2] = Y->w32[1];
+ Y->w32[1] = Y->w32[0];
+ Y->w32[0] = X->w32[3];
+ X->w32[3] = X->w32[2];
+ X->w32[2] = X->w32[1];
+ X->w32[1] = X->w32[0];
+ X->w32[0] = ts;
+ }
+}
+
+/* CALLED FROM GENERATED CODE */
+void arm64g_dirtyhelper_SHA1C ( /*OUT*/V128* res, ULong dHi, ULong dLo,
+ ULong nHi, ULong nLo, ULong mHi, ULong mLo )
+{
+ vassert(nHi == 0);
+ vassert((nLo >> 32) == 0);
+ V128 X; X.w64[1] = dHi; X.w64[0] = dLo;
+ UInt Y; Y = (UInt)nLo;
+ V128 W; W.w64[1] = mHi; W.w64[0] = mLo;
+ UInt e;
+ for (e = 0; e <= 3; e++) {
+ UInt t = SHAchoose(X.w32[1], X.w32[2], X.w32[3]);
+ Y = Y + ROL32(X.w32[0], 5) + t + W.w32[e];
+ X.w32[1] = ROL32(X.w32[1], 30);
+ UInt oldY = Y;
+ Y = X.w32[3];
+ X.w32[3] = X.w32[2];
+ X.w32[2] = X.w32[1];
+ X.w32[1] = X.w32[0];
+ X.w32[0] = oldY;
+ }
+ res->w64[1] = X.w64[1];
+ res->w64[0] = X.w64[0];
+}
+
+/* CALLED FROM GENERATED CODE */
+void arm64g_dirtyhelper_SHA1H ( /*OUT*/V128* res, ULong nHi, ULong nLo )
+{
+ vassert(nHi == 0);
+ vassert((nLo >> 32) == 0);
+ res->w32[3] = res->w32[2] = res->w32[1] = 0;
+ res->w32[0] = ROL32((UInt)nLo, 30);
+}
+
+/* CALLED FROM GENERATED CODE */
+void arm64g_dirtyhelper_SHA1M ( /*OUT*/V128* res, ULong dHi, ULong dLo,
+ ULong nHi, ULong nLo, ULong mHi, ULong mLo )
+{
+ vassert(nHi == 0);
+ vassert((nLo >> 32) == 0);
+ V128 X; X.w64[1] = dHi; X.w64[0] = dLo;
+ UInt Y; Y = (UInt)nLo;
+ V128 W; W.w64[1] = mHi; W.w64[0] = mLo;
+ UInt e;
+ for (e = 0; e <= 3; e++) {
+ UInt t = SHAmajority(X.w32[1], X.w32[2], X.w32[3]);
+ Y = Y + ROL32(X.w32[0], 5) + t + W.w32[e];
+ X.w32[1] = ROL32(X.w32[1], 30);
+ UInt oldY = Y;
+ Y = X.w32[3];
+ X.w32[3] = X.w32[2];
+ X.w32[2] = X.w32[1];
+ X.w32[1] = X.w32[0];
+ X.w32[0] = oldY;
+ }
+ res->w64[1] = X.w64[1];
+ res->w64[0] = X.w64[0];
+}
+
+/* CALLED FROM GENERATED CODE */
+void arm64g_dirtyhelper_SHA1P ( /*OUT*/V128* res, ULong dHi, ULong dLo,
+ ULong nHi, ULong nLo, ULong mHi, ULong mLo )
+{
+ vassert(nHi == 0);
+ vassert((nLo >> 32) == 0);
+ V128 X; X.w64[1] = dHi; X.w64[0] = dLo;
+ UInt Y; Y = (UInt)nLo;
+ V128 W; W.w64[1] = mHi; W.w64[0] = mLo;
+ UInt e;
+ for (e = 0; e <= 3; e++) {
+ UInt t = SHAparity(X.w32[1], X.w32[2], X.w32[3]);
+ Y = Y + ROL32(X.w32[0], 5) + t + W.w32[e];
+ X.w32[1] = ROL32(X.w32[1], 30);
+ UInt oldY = Y;
+ Y = X.w32[3];
+ X.w32[3] = X.w32[2];
+ X.w32[2] = X.w32[1];
+ X.w32[1] = X.w32[0];
+ X.w32[0] = oldY;
+ }
+ res->w64[1] = X.w64[1];
+ res->w64[0] = X.w64[0];
+}
+
+/* CALLED FROM GENERATED CODE */
+void arm64g_dirtyhelper_SHA1SU0 ( /*OUT*/V128* res, ULong dHi, ULong dLo,
+ ULong nHi, ULong nLo, ULong mHi, ULong mLo )
+{
+ res->w64[1] = nLo;
+ res->w64[0] = dHi;
+ res->w64[1] ^= dHi ^ mHi;
+ res->w64[0] ^= dLo ^ mLo;
+}
+
+/* CALLED FROM GENERATED CODE */
+void arm64g_dirtyhelper_SHA1SU1 ( /*OUT*/V128* res, ULong dHi, ULong dLo,
+ ULong nHi, ULong nLo )
+{
+ /* This computes "T = Vd ^ (Vn >>u 32)" */
+ V128 T; T.w64[1] = nHi; T.w64[0] = nLo;
+ T.w32[0] = T.w32[1];
+ T.w32[1] = T.w32[2];
+ T.w32[2] = T.w32[3];
+ T.w32[3] = 0;
+ T.w64[1] ^= dHi;
+ T.w64[0] ^= dLo;
+ /* */
+ res->w32[0] = ROL32(T.w32[0], 1);
+ res->w32[1] = ROL32(T.w32[1], 1);
+ res->w32[2] = ROL32(T.w32[2], 1);
+ res->w32[3] = ROL32(T.w32[3], 1) ^ ROL32(T.w32[0], 2);
+}
+
+/* CALLED FROM GENERATED CODE */
+void arm64g_dirtyhelper_SHA256H2 ( /*OUT*/V128* res, ULong dHi, ULong dLo,
+ ULong nHi, ULong nLo, ULong mHi, ULong mLo )
+{
+ V128 X; X.w64[1] = nHi; X.w64[0] = nLo;
+ V128 Y; Y.w64[1] = dHi; Y.w64[0] = dLo;
+ V128 W; W.w64[1] = mHi; W.w64[0] = mLo;
+ SHA256hash(&X, &Y, &W);
+ res->w64[1] = Y.w64[1];
+ res->w64[0] = Y.w64[0];
+}
+
+/* CALLED FROM GENERATED CODE */
+void arm64g_dirtyhelper_SHA256H ( /*OUT*/V128* res, ULong dHi, ULong dLo,
+ ULong nHi, ULong nLo, ULong mHi, ULong mLo )
+{
+ V128 X; X.w64[1] = dHi; X.w64[0] = dLo;
+ V128 Y; Y.w64[1] = nHi; Y.w64[0] = nLo;
+ V128 W; W.w64[1] = mHi; W.w64[0] = mLo;
+ SHA256hash(&X, &Y, &W);
+ res->w64[1] = X.w64[1];
+ res->w64[0] = X.w64[0];
+}
+
+/* CALLED FROM GENERATED CODE */
+void arm64g_dirtyhelper_SHA256SU0 ( /*OUT*/V128* res, ULong dHi, ULong dLo,
+ ULong nHi, ULong nLo )
+
+{
+ res->w64[1] = res->w64[0] = 0;
+ V128 op1; op1.w64[1] = dHi; op1.w64[0] = dLo;
+ V128 op2; op2.w64[1] = nHi; op2.w64[0] = nLo;
+ V128 T;
+ T.w32[3] = op2.w32[0];
+ T.w32[2] = op1.w32[3];
+ T.w32[1] = op1.w32[2];
+ T.w32[0] = op1.w32[1];
+ UInt e;
+ for (e = 0; e <= 3; e++) {
+ UInt elt = T.w32[e];
+ elt = ROR32(elt, 7) ^ ROR32(elt, 18) ^ (elt >> 3);
+ res->w32[e] = elt + op1.w32[e];
+ }
+}
+
+/* CALLED FROM GENERATED CODE */
+void arm64g_dirtyhelper_SHA256SU1 ( /*OUT*/V128* res, ULong dHi, ULong dLo,
+ ULong nHi, ULong nLo,
+ ULong mHi, ULong mLo )
+{
+ res->w64[0] = res->w64[1] = 0;
+ V128 op1; op1.w64[1] = dHi; op1.w64[0] = dLo;
+ V128 op2; op2.w64[1] = nHi; op2.w64[0] = nLo;
+ V128 op3; op3.w64[1] = mHi; op3.w64[0] = mLo;
+ V128 T0;
+ T0.w32[3] = op3.w32[0];
+ T0.w32[2] = op2.w32[3];
+ T0.w32[1] = op2.w32[2];
+ T0.w32[0] = op2.w32[1];
+ UInt T1[2];
+ UInt e;
+ T1[1] = op3.w32[3];
+ T1[0] = op3.w32[2];
+ for (e = 0; e <= 1; e++) {
+ UInt elt = T1[e];
+ elt = ROR32(elt, 17) ^ ROR32(elt, 19) ^ (elt >> 10);
+ elt = elt + op1.w32[e] + T0.w32[e];
+ res->w32[e] = elt;
+ }
+ T1[1] = res->w32[1];
+ T1[0] = res->w32[0];
+ for (e = 2; e <= 3; e++) {
+ UInt elt = T1[e-2];
+ elt = ROR32(elt, 17) ^ ROR32(elt, 19) ^ (elt >> 10);
+ elt = elt + op1.w32[e] + T0.w32[e];
+ res->w32[e] = elt;
+ }
+}
+
+
/*---------------------------------------------------------------*/
/*--- Flag-helpers translation-time function specialisers. ---*/
/*--- These help iropt specialise calls the above run-time ---*/
diff --git a/VEX/priv/guest_arm64_toIR.c b/VEX/priv/guest_arm64_toIR.c
index 8da9780..e527447 100644
--- a/VEX/priv/guest_arm64_toIR.c
+++ b/VEX/priv/guest_arm64_toIR.c
@@ -148,8 +148,9 @@
static ULong sx_to_64 ( ULong x, UInt n )
{
vassert(n > 1 && n < 64);
+ x <<= (64-n);
Long r = (Long)x;
- r = (r << (64-n)) >> (64-n);
+ r >>= (64-n);
return (ULong)r;
}
@@ -2590,7 +2591,7 @@
IRTemp old = newTemp(Ity_I32);
assign(old, getIReg32orZR(dd));
vassert(hw <= 1);
- UInt mask = 0xFFFF << (16 * hw);
+ UInt mask = ((UInt)0xFFFF) << (16 * hw);
IRExpr* res
= binop(Iop_Or32,
binop(Iop_And32, mkexpr(old), mkU32(~mask)),
@@ -3497,6 +3498,75 @@
nameIReg32orZR(mm), nameIReg64orZR(aa));
return True;
}
+
+ /* -------------------- CRC32/CRC32C -------------------- */
+ /* 31 30 20 15 11 9 4
+ sf 00 1101 0110 m 0100 sz n d CRC32<sz> Wd, Wn, Wm|Xm
+ sf 00 1101 0110 m 0101 sz n d CRC32C<sz> Wd, Wn, Wm|Xm
+ */
+ if (INSN(30,21) == BITS10(0,0,1,1,0,1,0,1,1,0)
+ && INSN(15,13) == BITS3(0,1,0)) {
+ UInt bitSF = INSN(31,31);
+ UInt mm = INSN(20,16);
+ UInt bitC = INSN(12,12);
+ UInt sz = INSN(11,10);
+ UInt nn = INSN(9,5);
+ UInt dd = INSN(4,0);
+ vassert(sz >= 0 && sz <= 3);
+ if ((bitSF == 0 && sz <= BITS2(1,0))
+ || (bitSF == 1 && sz == BITS2(1,1))) {
+ UInt ix = (bitC == 1 ? 4 : 0) | sz;
+ void* helpers[8]
+ = { &arm64g_calc_crc32b, &arm64g_calc_crc32h,
+ &arm64g_calc_crc32w, &arm64g_calc_crc32x,
+ &arm64g_calc_crc32cb, &arm64g_calc_crc32ch,
+ &arm64g_calc_crc32cw, &arm64g_calc_crc32cx };
+ const HChar* hNames[8]
+ = { "arm64g_calc_crc32b", "arm64g_calc_crc32h",
+ "arm64g_calc_crc32w", "arm64g_calc_crc32x",
+ "arm64g_calc_crc32cb", "arm64g_calc_crc32ch",
+ "arm64g_calc_crc32cw", "arm64g_calc_crc32cx" };
+ const HChar* iNames[8]
+ = { "crc32b", "crc32h", "crc32w", "crc32x",
+ "crc32cb", "crc32ch", "crc32cw", "crc32cx" };
+
+ IRTemp srcN = newTemp(Ity_I64);
+ assign(srcN, unop(Iop_32Uto64, unop(Iop_64to32, getIReg64orZR(nn))));
+
+ IRTemp srcM = newTemp(Ity_I64);
+ IRExpr* at64 = getIReg64orZR(mm);
+ switch (sz) {
+ case BITS2(0,0):
+ assign(srcM, binop(Iop_And64, at64, mkU64(0xFF))); break;
+ case BITS2(0,1):
+ assign(srcM, binop(Iop_And64, at64, mkU64(0xFFFF))); break;
+ case BITS2(1,0):
+ assign(srcM, binop(Iop_And64, at64, mkU64(0xFFFFFFFF))); break;
+ case BITS2(1,1):
+ assign(srcM, at64); break;
+ default:
+ vassert(0);
+ }
+
+ vassert(ix >= 0 && ix <= 7);
+
+ putIReg64orZR(
+ dd,
+ unop(Iop_32Uto64,
+ unop(Iop_64to32,
+ mkIRExprCCall(Ity_I64, 0/*regparm*/,
+ hNames[ix], helpers[ix],
+ mkIRExprVec_2(mkexpr(srcN),
+ mkexpr(srcM))))));
+
+ DIP("%s %s, %s, %s\n", iNames[ix],
+ nameIReg32orZR(dd),
+ nameIReg32orZR(nn), nameIRegOrZR(bitSF == 1, mm));
+ return True;
+ }
+ /* fall through */
+ }
+
vex_printf("ARM64 front end: data_processing_register\n");
return False;
# undef INSN
@@ -4804,7 +4874,6 @@
(at-EA)
x0 101 0010 L imm7 Rt2 Rn Rt1 mmP Rt1,Rt2, [Xn|SP, #imm]
*/
-
UInt insn_30_23 = INSN(30,23);
if (insn_30_23 == BITS8(0,1,0,1,0,0,0,1)
|| insn_30_23 == BITS8(0,1,0,1,0,0,1,1)
@@ -4912,6 +4981,87 @@
}
}
+ /* -------- LDPSW (immediate, simm7) (INT REGS) -------- */
+ /* Does 32 bit transfers which are sign extended to 64 bits.
+ simm7 is scaled by the (single-register) transfer size
+
+ (at-Rn-then-Rn=EA)
+ 01 101 0001 1 imm7 Rt2 Rn Rt1 LDPSW Rt1,Rt2, [Xn|SP], #imm
+
+ (at-EA-then-Rn=EA)
+ 01 101 0011 1 imm7 Rt2 Rn Rt1 LDPSW Rt1,Rt2, [Xn|SP, #imm]!
+
+ (at-EA)
+ 01 101 0010 1 imm7 Rt2 Rn Rt1 LDPSW Rt1,Rt2, [Xn|SP, #imm]
+ */
+ UInt insn_31_22 = INSN(31,22);
+ if (insn_31_22 == BITS10(0,1,1,0,1,0,0,0,1,1)
+ || insn_31_22 == BITS10(0,1,1,0,1,0,0,1,1,1)
+ || insn_31_22 == BITS10(0,1,1,0,1,0,0,1,0,1)) {
+ UInt bWBack = INSN(23,23);
+ UInt rT1 = INSN(4,0);
+ UInt rN = INSN(9,5);
+ UInt rT2 = INSN(14,10);
+ Long simm7 = (Long)sx_to_64(INSN(21,15), 7);
+ if ((bWBack && (rT1 == rN || rT2 == rN) && rN != 31)
+ || (rT1 == rT2)) {
+ /* undecodable; fall through */
+ } else {
+ if (rN == 31) { /* FIXME generate stack alignment check */ }
+
+ // Compute the transfer address TA and the writeback address WA.
+ IRTemp tRN = newTemp(Ity_I64);
+ assign(tRN, getIReg64orSP(rN));
+ IRTemp tEA = newTemp(Ity_I64);
+ simm7 = 4 * simm7;
+ assign(tEA, binop(Iop_Add64, mkexpr(tRN), mkU64(simm7)));
+
+ IRTemp tTA = newTemp(Ity_I64);
+ IRTemp tWA = newTemp(Ity_I64);
+ switch (INSN(24,23)) {
+ case BITS2(0,1):
+ assign(tTA, mkexpr(tRN)); assign(tWA, mkexpr(tEA)); break;
+ case BITS2(1,1):
+ assign(tTA, mkexpr(tEA)); assign(tWA, mkexpr(tEA)); break;
+ case BITS2(1,0):
+ assign(tTA, mkexpr(tEA)); /* tWA is unused */ break;
+ default:
+ vassert(0); /* NOTREACHED */
+ }
+
+ // 32 bit load, sign extended to 64 bits
+ putIReg64orZR(rT1, unop(Iop_32Sto64,
+ loadLE(Ity_I32, binop(Iop_Add64,
+ mkexpr(tTA),
+ mkU64(0)))));
+ putIReg64orZR(rT2, unop(Iop_32Sto64,
+ loadLE(Ity_I32, binop(Iop_Add64,
+ mkexpr(tTA),
+ mkU64(4)))));
+ if (bWBack)
+ putIReg64orSP(rN, mkexpr(tEA));
+
+ const HChar* fmt_str = NULL;
+ switch (INSN(24,23)) {
+ case BITS2(0,1):
+ fmt_str = "ldpsw %s, %s, [%s], #%lld (at-Rn-then-Rn=EA)\n";
+ break;
+ case BITS2(1,1):
+ fmt_str = "ldpsw %s, %s, [%s, #%lld]! (at-EA-then-Rn=EA)\n";
+ break;
+ case BITS2(1,0):
+ fmt_str = "ldpsw %s, %s, [%s, #%lld] (at-Rn)\n";
+ break;
+ default:
+ vassert(0);
+ }
+ DIP(fmt_str, nameIReg64orZR(rT1),
+ nameIReg64orZR(rT2),
+ nameIReg64orSP(rN), simm7);
+ return True;
+ }
+ }
+
/* ---------------- LDR (literal, int reg) ---------------- */
/* 31 29 23 4
00 011 000 imm19 Rt LDR Wt, [PC + sxTo64(imm19 << 2)]
@@ -6872,7 +7022,21 @@
return True;
}
- //fail:
+ /* ------------------- CLREX ------------------ */
+ /* 31 23 15 11 7
+ 1101 0101 0000 0011 0011 m 0101 1111 CLREX CRm
+ CRm is apparently ignored.
+ */
+ if ((INSN(31,0) & 0xFFFFF0FF) == 0xD503305F) {
+ UInt mm = INSN(11,8);
+ /* AFAICS, this simply cancels a (all?) reservations made by a
+ (any?) preceding LDREX(es). Arrange to hand it through to
+ the back end. */
+ stmt( IRStmt_MBE(Imbe_CancelReservation) );
+ DIP("clrex #%u\n", mm);
+ return True;
+ }
+
vex_printf("ARM64 front end: branch_etc\n");
return False;
# undef INSN
@@ -10863,7 +11027,7 @@
/* -------- 1,0000 UADDL{2} -------- */
/* -------- 0,0010 SSUBL{2} -------- */
/* -------- 1,0010 USUBL{2} -------- */
- /* Widens, and size refers to the narrowed lanes. */
+ /* Widens, and size refers to the narrow lanes. */
if (size == X11) return False;
vassert(size <= 2);
Bool isU = bitU == 1;
@@ -10889,7 +11053,7 @@
/* -------- 1,0001 UADDW{2} -------- */
/* -------- 0,0011 SSUBW{2} -------- */
/* -------- 1,0011 USUBW{2} -------- */
- /* Widens, and size refers to the narrowed lanes. */
+ /* Widens, and size refers to the narrow lanes. */
if (size == X11) return False;
vassert(size <= 2);
Bool isU = bitU == 1;
@@ -10953,7 +11117,7 @@
/* -------- 1,0101 UABAL{2} -------- */
/* -------- 0,0111 SABDL{2} -------- */
/* -------- 1,0111 UABDL{2} -------- */
- /* Widens, and size refers to the narrowed lanes. */
+ /* Widens, and size refers to the narrow lanes. */
if (size == X11) return False;
vassert(size <= 2);
Bool isU = bitU == 1;
@@ -10983,7 +11147,7 @@
/* -------- 1,1000 UMLAL{2} -------- */ // 1
/* -------- 0,1010 SMLSL{2} -------- */ // 2
/* -------- 1,1010 UMLSL{2} -------- */ // 2
- /* Widens, and size refers to the narrowed lanes. */
+ /* Widens, and size refers to the narrow lanes. */
UInt ks = 3;
switch (opcode) {
case BITS4(1,1,0,0): ks = 0; break;
@@ -11020,7 +11184,7 @@
/* -------- 0,1101 SQDMULL{2} -------- */ // 0 (ks)
/* -------- 0,1001 SQDMLAL{2} -------- */ // 1
/* -------- 0,1011 SQDMLSL{2} -------- */ // 2
- /* Widens, and size refers to the narrowed lanes. */
+ /* Widens, and size refers to the narrow lanes. */
UInt ks = 3;
switch (opcode) {
case BITS4(1,1,0,1): ks = 0; break;
@@ -11058,17 +11222,42 @@
if (bitU == 0 && opcode == BITS4(1,1,1,0)) {
/* -------- 0,1110 PMULL{2} -------- */
- /* Widens, and size refers to the narrowed lanes. */
- if (size != X00) return False;
- IRTemp res
- = math_BINARY_WIDENING_V128(is2, Iop_PolynomialMull8x8,
- getQReg128(nn), getQReg128(mm));
- putQReg128(dd, mkexpr(res));
- const HChar* arrNarrow = nameArr_Q_SZ(bitQ, size);
- const HChar* arrWide = nameArr_Q_SZ(1, size+1);
+ /* Widens, and size refers to the narrow lanes. */
+ if (size != X00 && size != X11) return False;
+ IRTemp res = IRTemp_INVALID;
+ IRExpr* srcN = getQReg128(nn);
+ IRExpr* srcM = getQReg128(mm);
+ const HChar* arrNarrow = NULL;
+ const HChar* arrWide = NULL;
+ if (size == X00) {
+ res = math_BINARY_WIDENING_V128(is2, Iop_PolynomialMull8x8,
+ srcN, srcM);
+ arrNarrow = nameArr_Q_SZ(bitQ, size);
+ arrWide = nameArr_Q_SZ(1, size+1);
+ } else {
+ /* The same thing as the X00 case, except we have to call
+ a helper to do it. */
+ vassert(size == X11);
+ res = newTemp(Ity_V128);
+ IROp slice
+ = is2 ? Iop_V128HIto64 : Iop_V128to64;
+ IRExpr** args
+ = mkIRExprVec_3( IRExpr_VECRET(),
+ unop(slice, srcN), unop(slice, srcM));
+ IRDirty* di
+ = unsafeIRDirty_1_N( res, 0/*regparms*/,
+ "arm64g_dirtyhelper_PMULLQ",
+ &arm64g_dirtyhelper_PMULLQ, args);
+ stmt(IRStmt_Dirty(di));
+ /* We can't use nameArr_Q_SZ for this because it can't deal with
+ Q-sized (128 bit) results. Hence do it by hand. */
+ arrNarrow = bitQ == 0 ? "1d" : "2d";
+ arrWide = "1q";
+ }
+ putQReg128(dd, mkexpr(res));
DIP("%s%s %s.%s, %s.%s, %s.%s\n", "pmull", is2 ? "2" : "",
- nameQReg128(dd), arrNarrow,
- nameQReg128(nn), arrWide, nameQReg128(mm), arrWide);
+ nameQReg128(dd), arrWide,
+ nameQReg128(nn), arrNarrow, nameQReg128(mm), arrNarrow);
return True;
}
@@ -12780,7 +12969,75 @@
static
Bool dis_AdvSIMD_crypto_aes(/*MB_OUT*/DisResult* dres, UInt insn)
{
+ /* 31 23 21 16 11 9 4
+ 0100 1110 size 10100 opcode 10 n d
+ Decode fields are: size,opcode
+ Size is always 00 in ARMv8, it appears.
+ */
# define INSN(_bMax,_bMin) SLICE_UInt(insn, (_bMax), (_bMin))
+ if (INSN(31,24) != BITS8(0,1,0,0,1,1,1,0)
+ || INSN(21,17) != BITS5(1,0,1,0,0) || INSN(11,10) != BITS2(1,0)) {
+ return False;
+ }
+ UInt size = INSN(23,22);
+ UInt opcode = INSN(16,12);
+ UInt nn = INSN(9,5);
+ UInt dd = INSN(4,0);
+
+ if (size == BITS2(0,0)
+ && (opcode == BITS5(0,0,1,0,0) || opcode == BITS5(0,0,1,0,1))) {
+ /* -------- 00,00100: AESE Vd.16b, Vn.16b -------- */
+ /* -------- 00,00101: AESD Vd.16b, Vn.16b -------- */
+ Bool isD = opcode == BITS5(0,0,1,0,1);
+ IRTemp op1 = newTemp(Ity_V128);
+ IRTemp op2 = newTemp(Ity_V128);
+ IRTemp xord = newTemp(Ity_V128);
+ IRTemp res = newTemp(Ity_V128);
+ void* helper = isD ? &arm64g_dirtyhelper_AESD
+ : &arm64g_dirtyhelper_AESE;
+ const HChar* hname = isD ? "arm64g_dirtyhelper_AESD"
+ : "arm64g_dirtyhelper_AESE";
+ assign(op1, getQReg128(dd));
+ assign(op2, getQReg128(nn));
+ assign(xord, binop(Iop_XorV128, mkexpr(op1), mkexpr(op2)));
+ IRDirty* di
+ = unsafeIRDirty_1_N( res, 0/*regparms*/, hname, helper,
+ mkIRExprVec_3(
+ IRExpr_VECRET(),
+ unop(Iop_V128HIto64, mkexpr(xord)),
+ unop(Iop_V128to64, mkexpr(xord)) ) );
+ stmt(IRStmt_Dirty(di));
+ putQReg128(dd, mkexpr(res));
+ DIP("aes%c %s.16b, %s.16b\n", isD ? 'd' : 'e',
+ nameQReg128(dd), nameQReg128(nn));
+ return True;
+ }
+
+ if (size == BITS2(0,0)
+ && (opcode == BITS5(0,0,1,1,0) || opcode == BITS5(0,0,1,1,1))) {
+ /* -------- 00,00110: AESMC Vd.16b, Vn.16b -------- */
+ /* -------- 00,00111: AESIMC Vd.16b, Vn.16b -------- */
+ Bool isI = opcode == BITS5(0,0,1,1,1);
+ IRTemp src = newTemp(Ity_V128);
+ IRTemp res = newTemp(Ity_V128);
+ void* helper = isI ? &arm64g_dirtyhelper_AESIMC
+ : &arm64g_dirtyhelper_AESMC;
+ const HChar* hname = isI ? "arm64g_dirtyhelper_AESIMC"
+ : "arm64g_dirtyhelper_AESMC";
+ assign(src, getQReg128(nn));
+ IRDirty* di
+ = unsafeIRDirty_1_N( res, 0/*regparms*/, hname, helper,
+ mkIRExprVec_3(
+ IRExpr_VECRET(),
+ unop(Iop_V128HIto64, mkexpr(src)),
+ unop(Iop_V128to64, mkexpr(src)) ) );
+ stmt(IRStmt_Dirty(di));
+ putQReg128(dd, mkexpr(res));
+ DIP("aes%s %s.16b, %s.16b\n", isI ? "imc" : "mc",
+ nameQReg128(dd), nameQReg128(nn));
+ return True;
+ }
+
return False;
# undef INSN
}
@@ -12789,7 +13046,102 @@
static
Bool dis_AdvSIMD_crypto_three_reg_sha(/*MB_OUT*/DisResult* dres, UInt insn)
{
+ /* 31 28 23 21 20 15 14 11 9 4
+ 0101 1110 sz 0 m 0 opc 00 n d
+ Decode fields are: sz,opc
+ */
# define INSN(_bMax,_bMin) SLICE_UInt(insn, (_bMax), (_bMin))
+ if (INSN(31,24) != BITS8(0,1,0,1,1,1,1,0) || INSN(21,21) != 0
+ || INSN(15,15) != 0 || INSN(11,10) != BITS2(0,0)) {
+ return False;
+ }
+ UInt sz = INSN(23,22);
+ UInt mm = INSN(20,16);
+ UInt opc = INSN(14,12);
+ UInt nn = INSN(9,5);
+ UInt dd = INSN(4,0);
+ if (sz == BITS2(0,0) && opc <= BITS3(1,1,0)) {
+ /* -------- 00,000 SHA1C Qd, Sn, Vm.4S -------- */
+ /* -------- 00,001 SHA1P Qd, Sn, Vm.4S -------- */
+ /* -------- 00,010 SHA1M Qd, Sn, Vm.4S -------- */
+ /* -------- 00,011 SHA1SU0 Vd.4S, Vn.4S, Vm.4S -------- */
+ /* -------- 00,100 SHA256H Qd, Qn, Vm.4S -------- */
+ /* -------- 00,101 SHA256H2 Qd, Qn, Vm.4S -------- */
+ /* -------- 00,110 SHA256SU1 Vd.4S, Vn.4S, Vm.4S -------- */
+ vassert(opc < 7);
+ const HChar* inames[7]
+ = { "sha1c", "sha1p", "sha1m", "sha1su0",
+ "sha256h", "sha256h2", "sha256su1" };
+ void(*helpers[7])(V128*,ULong,ULong,ULong,ULong,ULong,ULong)
+ = { &arm64g_dirtyhelper_SHA1C, &arm64g_dirtyhelper_SHA1P,
+ &arm64g_dirtyhelper_SHA1M, &arm64g_dirtyhelper_SHA1SU0,
+ &arm64g_dirtyhelper_SHA256H, &arm64g_dirtyhelper_SHA256H2,
+ &arm64g_dirtyhelper_SHA256SU1 };
+ const HChar* hnames[7]
+ = { "arm64g_dirtyhelper_SHA1C", "arm64g_dirtyhelper_SHA1P",
+ "arm64g_dirtyhelper_SHA1M", "arm64g_dirtyhelper_SHA1SU0",
+ "arm64g_dirtyhelper_SHA256H", "arm64g_dirtyhelper_SHA256H2",
+ "arm64g_dirtyhelper_SHA256SU1" };
+ IRTemp vD = newTemp(Ity_V128);
+ IRTemp vN = newTemp(Ity_V128);
+ IRTemp vM = newTemp(Ity_V128);
+ IRTemp vDhi = newTemp(Ity_I64);
+ IRTemp vDlo = newTemp(Ity_I64);
+ IRTemp vNhiPre = newTemp(Ity_I64);
+ IRTemp vNloPre = newTemp(Ity_I64);
+ IRTemp vNhi = newTemp(Ity_I64);
+ IRTemp vNlo = newTemp(Ity_I64);
+ IRTemp vMhi = newTemp(Ity_I64);
+ IRTemp vMlo = newTemp(Ity_I64);
+ assign(vD, getQReg128(dd));
+ assign(vN, getQReg128(nn));
+ assign(vM, getQReg128(mm));
+ assign(vDhi, unop(Iop_V128HIto64, mkexpr(vD)));
+ assign(vDlo, unop(Iop_V128to64, mkexpr(vD)));
+ assign(vNhiPre, unop(Iop_V128HIto64, mkexpr(vN)));
+ assign(vNloPre, unop(Iop_V128to64, mkexpr(vN)));
+ assign(vMhi, unop(Iop_V128HIto64, mkexpr(vM)));
+ assign(vMlo, unop(Iop_V128to64, mkexpr(vM)));
+ /* Mask off any bits of the N register operand that aren't actually
+ needed, so that Memcheck doesn't complain unnecessarily. */
+ switch (opc) {
+ case BITS3(0,0,0): case BITS3(0,0,1): case BITS3(0,1,0):
+ assign(vNhi, mkU64(0));
+ assign(vNlo, unop(Iop_32Uto64, unop(Iop_64to32, mkexpr(vNloPre))));
+ break;
+ case BITS3(0,1,1): case BITS3(1,0,0):
+ case BITS3(1,0,1): case BITS3(1,1,0):
+ assign(vNhi, mkexpr(vNhiPre));
+ assign(vNlo, mkexpr(vNloPre));
+ break;
+ default:
+ vassert(0);
+ }
+ IRTemp res = newTemp(Ity_V128);
+ IRDirty* di
+ = unsafeIRDirty_1_N( res, 0/*regparms*/, hnames[opc], helpers[opc],
+ mkIRExprVec_7(
+ IRExpr_VECRET(),
+ mkexpr(vDhi), mkexpr(vDlo), mkexpr(vNhi),
+ mkexpr(vNlo), mkexpr(vMhi), mkexpr(vMlo)));
+ stmt(IRStmt_Dirty(di));
+ putQReg128(dd, mkexpr(res));
+ switch (opc) {
+ case BITS3(0,0,0): case BITS3(0,0,1): case BITS3(0,1,0):
+ DIP("%s q%u, s%u, v%u.4s\n", inames[opc], dd, nn, mm);
+ break;
+ case BITS3(0,1,1): case BITS3(1,1,0):
+ DIP("%s v%u.4s, v%u.4s, v%u.4s\n", inames[opc], dd, nn, mm);
+ break;
+ case BITS3(1,0,0): case BITS3(1,0,1):
+ DIP("%s q%u, q%u, v%u.4s\n", inames[opc], dd, nn, mm);
+ break;
+ default:
+ vassert(0);
+ }
+ return True;
+ }
+
return False;
# undef INSN
}
@@ -12798,7 +13150,91 @@
static
Bool dis_AdvSIMD_crypto_two_reg_sha(/*MB_OUT*/DisResult* dres, UInt insn)
{
+ /* 31 28 23 21 16 11 9 4
+ 0101 1110 sz 10100 opc 10 n d
+ Decode fields are: sz,opc
+ */
# define INSN(_bMax,_bMin) SLICE_UInt(insn, (_bMax), (_bMin))
+ if (INSN(31,24) != BITS8(0,1,0,1,1,1,1,0)
+ || INSN(21,17) != BITS5(1,0,1,0,0) || INSN(11,10) != BITS2(1,0)) {
+ return False;
+ }
+ UInt sz = INSN(23,22);
+ UInt opc = INSN(16,12);
+ UInt nn = INSN(9,5);
+ UInt dd = INSN(4,0);
+ if (sz == BITS2(0,0) && opc <= BITS5(0,0,0,1,0)) {
+ /* -------- 00,00000 SHA1H Sd, Sn -------- */
+ /* -------- 00,00001 SHA1SU1 Vd.4S, Vn.4S -------- */
+ /* -------- 00,00010 SHA256SU0 Vd.4S, Vn.4S -------- */
+ vassert(opc < 3);
+ const HChar* inames[3] = { "sha1h", "sha1su1", "sha256su0" };
+ IRTemp vD = newTemp(Ity_V128);
+ IRTemp vN = newTemp(Ity_V128);
+ IRTemp vDhi = newTemp(Ity_I64);
+ IRTemp vDlo = newTemp(Ity_I64);
+ IRTemp vNhi = newTemp(Ity_I64);
+ IRTemp vNlo = newTemp(Ity_I64);
+ assign(vD, getQReg128(dd));
+ assign(vN, getQReg128(nn));
+ assign(vDhi, unop(Iop_V128HIto64, mkexpr(vD)));
+ assign(vDlo, unop(Iop_V128to64, mkexpr(vD)));
+ assign(vNhi, unop(Iop_V128HIto64, mkexpr(vN)));
+ assign(vNlo, unop(Iop_V128to64, mkexpr(vN)));
+ /* Mask off any bits of the N register operand that aren't actually
+ needed, so that Memcheck doesn't complain unnecessarily. Also
+ construct the calls, given that the helper functions don't take
+ the same number of arguments. */
+ IRDirty* di = NULL;
+ IRTemp res = newTemp(Ity_V128);
+ switch (opc) {
+ case BITS5(0,0,0,0,0): {
+ IRExpr* vNloMasked = unop(Iop_32Uto64,
+ unop(Iop_64to32, mkexpr(vNlo)));
+ di = unsafeIRDirty_1_N( res, 0/*regparms*/,
+ "arm64g_dirtyhelper_SHA1H",
+ &arm64g_dirtyhelper_SHA1H,
+ mkIRExprVec_3(
+ IRExpr_VECRET(),
+ mkU64(0), vNloMasked) );
+ break;
+ }
+ case BITS5(0,0,0,0,1):
+ di = unsafeIRDirty_1_N( res, 0/*regparms*/,
+ "arm64g_dirtyhelper_SHA1SU1",
+ &arm64g_dirtyhelper_SHA1SU1,
+ mkIRExprVec_5(
+ IRExpr_VECRET(),
+ mkexpr(vDhi), mkexpr(vDlo),
+ mkexpr(vNhi), mkexpr(vNlo)) );
+ break;
+ case BITS5(0,0,0,1,0):
+ di = unsafeIRDirty_1_N( res, 0/*regparms*/,
+ "arm64g_dirtyhelper_SHA256SU0",
+ &arm64g_dirtyhelper_SHA256SU0,
+ mkIRExprVec_5(
+ IRExpr_VECRET(),
+ mkexpr(vDhi), mkexpr(vDlo),
+ mkexpr(vNhi), mkexpr(vNlo)) );
+ break;
+ default:
+ vassert(0);
+ }
+ stmt(IRStmt_Dirty(di));
+ putQReg128(dd, mkexpr(res));
+ switch (opc) {
+ case BITS5(0,0,0,0,0):
+ DIP("%s s%u, s%u\n", inames[opc], dd, nn);
+ break;
+ case BITS5(0,0,0,0,1): case BITS5(0,0,0,1,0):
+ DIP("%s v%u.4s, v%u.4s\n", inames[opc], dd, nn);
+ break;
+ default:
+ vassert(0);
+ }
+ return True;
+ }
+
return False;
# undef INSN
}
diff --git a/VEX/priv/guest_arm_defs.h b/VEX/priv/guest_arm_defs.h
index a97265e..a8a278c 100644
--- a/VEX/priv/guest_arm_defs.h
+++ b/VEX/priv/guest_arm_defs.h
@@ -111,6 +111,118 @@
UInt armg_calculate_flag_qc ( UInt resL1, UInt resL2,
UInt resR1, UInt resR2 );
+/* --- DIRTY HELPERS --- */
+
+/* Confusingly, for the AES insns, the 32-bit ARM docs refers to the
+ one-and-only source register as 'm' whereas the 64-bit docs refer to
+ it as 'n'. We sidestep that here by just calling it 'arg32_*'. */
+
+extern
+void armg_dirtyhelper_AESE (
+ /*OUT*/V128* res,
+ UInt arg32_3, UInt arg32_2, UInt arg32_1, UInt arg32_0
+ );
+
+extern
+void armg_dirtyhelper_AESD (
+ /*OUT*/V128* res,
+ UInt arg32_3, UInt arg32_2, UInt arg32_1, UInt arg32_0
+ );
+
+extern
+void armg_dirtyhelper_AESMC (
+ /*OUT*/V128* res,
+ UInt arg32_3, UInt arg32_2, UInt arg32_1, UInt arg32_0
+ );
+
+extern
+void armg_dirtyhelper_AESIMC (
+ /*OUT*/V128* res,
+ UInt arg32_3, UInt arg32_2, UInt arg32_1, UInt arg32_0
+ );
+
+extern
+void armg_dirtyhelper_SHA1C (
+ /*OUT*/V128* res,
+ UInt argD3, UInt argD2, UInt argD1, UInt argD0,
+ UInt argN3, UInt argN2, UInt argN1, UInt argN0,
+ UInt argM3, UInt argM2, UInt argM1, UInt argM0
+ );
+
+extern
+void armg_dirtyhelper_SHA1P (
+ /*OUT*/V128* res,
+ UInt argD3, UInt argD2, UInt argD1, UInt argD0,
+ UInt argN3, UInt argN2, UInt argN1, UInt argN0,
+ UInt argM3, UInt argM2, UInt argM1, UInt argM0
+ );
+
+extern
+void armg_dirtyhelper_SHA1M (
+ /*OUT*/V128* res,
+ UInt argD3, UInt argD2, UInt argD1, UInt argD0,
+ UInt argN3, UInt argN2, UInt argN1, UInt argN0,
+ UInt argM3, UInt argM2, UInt argM1, UInt argM0
+ );
+
+extern
+void armg_dirtyhelper_SHA1SU0 (
+ /*OUT*/V128* res,
+ UInt argD3, UInt argD2, UInt argD1, UInt argD0,
+ UInt argN3, UInt argN2, UInt argN1, UInt argN0,
+ UInt argM3, UInt argM2, UInt argM1, UInt argM0
+ );
+
+extern
+void armg_dirtyhelper_SHA256H (
+ /*OUT*/V128* res,
+ UInt argD3, UInt argD2, UInt argD1, UInt argD0,
+ UInt argN3, UInt argN2, UInt argN1, UInt argN0,
+ UInt argM3, UInt argM2, UInt argM1, UInt argM0
+ );
+
+extern
+void armg_dirtyhelper_SHA256H2 (
+ /*OUT*/V128* res,
+ UInt argD3, UInt argD2, UInt argD1, UInt argD0,
+ UInt argN3, UInt argN2, UInt argN1, UInt argN0,
+ UInt argM3, UInt argM2, UInt argM1, UInt argM0
+ );
+
+extern
+void armg_dirtyhelper_SHA256SU1 (
+ /*OUT*/V128* res,
+ UInt argD3, UInt argD2, UInt argD1, UInt argD0,
+ UInt argN3, UInt argN2, UInt argN1, UInt argN0,
+ UInt argM3, UInt argM2, UInt argM1, UInt argM0
+ );
+
+extern
+void armg_dirtyhelper_SHA1SU1 (
+ /*OUT*/V128* res,
+ UInt argD3, UInt argD2, UInt argD1, UInt argD0,
+ UInt argM3, UInt argM2, UInt argM1, UInt argM0
+ );
+
+extern
+void armg_dirtyhelper_SHA256SU0 (
+ /*OUT*/V128* res,
+ UInt argD3, UInt argD2, UInt argD1, UInt argD0,
+ UInt argM3, UInt argM2, UInt argM1, UInt argM0
+ );
+
+extern
+void armg_dirtyhelper_SHA1H (
+ /*OUT*/V128* res,
+ UInt argM3, UInt argM2, UInt argM1, UInt argM0
+ );
+
+extern
+void armg_dirtyhelper_VMULLP64 (
+ /*OUT*/V128* res,
+ UInt argN1, UInt argN0, UInt argM1, UInt argM0
+ );
+
/*---------------------------------------------------------*/
/*--- Condition code stuff ---*/
diff --git a/VEX/priv/guest_arm_helpers.c b/VEX/priv/guest_arm_helpers.c
index 92b96cf..9002a76 100644
--- a/VEX/priv/guest_arm_helpers.c
+++ b/VEX/priv/guest_arm_helpers.c
@@ -38,6 +38,7 @@
#include "main_globals.h"
#include "guest_generic_bb_to_IR.h"
#include "guest_arm_defs.h"
+#include "guest_arm64_defs.h" /* for crypto helper functions */
/* This file contains helper functions for arm guest code. Calls to
@@ -535,6 +536,264 @@
/*---------------------------------------------------------------*/
+/*--- Crypto instruction helpers ---*/
+/*---------------------------------------------------------------*/
+
+/* DIRTY HELPERS for doing AES support:
+ * AESE (SubBytes, then ShiftRows)
+ * AESD (InvShiftRows, then InvSubBytes)
+ * AESMC (MixColumns)
+ * AESIMC (InvMixColumns)
+ These don't actually have to be dirty helpers -- they could be
+ clean, but for the fact that they return a V128 and a clean helper
+ can't do that.
+
+ These just call onwards to the implementations of the same in
+ guest_arm64_helpers.c. In all of these cases, we expect |res| to
+ be at least 8 aligned.
+*/
+/* CALLED FROM GENERATED CODE */
+void armg_dirtyhelper_AESE (
+ /*OUT*/V128* res,
+ UInt arg32_3, UInt arg32_2, UInt arg32_1, UInt arg32_0
+ )
+{
+ vassert(0 == (((HWord)res) & (8-1)));
+ ULong argHi = (((ULong)arg32_3) << 32) | ((ULong)arg32_2);
+ ULong argLo = (((ULong)arg32_1) << 32) | ((ULong)arg32_0);
+ arm64g_dirtyhelper_AESE(res, argHi, argLo);
+}
+
+/* CALLED FROM GENERATED CODE */
+void armg_dirtyhelper_AESD (
+ /*OUT*/V128* res,
+ UInt arg32_3, UInt arg32_2, UInt arg32_1, UInt arg32_0
+ )
+{
+ vassert(0 == (((HWord)res) & (8-1)));
+ ULong argHi = (((ULong)arg32_3) << 32) | ((ULong)arg32_2);
+ ULong argLo = (((ULong)arg32_1) << 32) | ((ULong)arg32_0);
+ arm64g_dirtyhelper_AESD(res, argHi, argLo);
+}
+
+/* CALLED FROM GENERATED CODE */
+void armg_dirtyhelper_AESMC (
+ /*OUT*/V128* res,
+ UInt arg32_3, UInt arg32_2, UInt arg32_1, UInt arg32_0
+ )
+{
+ vassert(0 == (((HWord)res) & (8-1)));
+ ULong argHi = (((ULong)arg32_3) << 32) | ((ULong)arg32_2);
+ ULong argLo = (((ULong)arg32_1) << 32) | ((ULong)arg32_0);
+ arm64g_dirtyhelper_AESMC(res, argHi, argLo);
+}
+
+/* CALLED FROM GENERATED CODE */
+void armg_dirtyhelper_AESIMC (
+ /*OUT*/V128* res,
+ UInt arg32_3, UInt arg32_2, UInt arg32_1, UInt arg32_0
+ )
+{
+ vassert(0 == (((HWord)res) & (8-1)));
+ ULong argHi = (((ULong)arg32_3) << 32) | ((ULong)arg32_2);
+ ULong argLo = (((ULong)arg32_1) << 32) | ((ULong)arg32_0);
+ arm64g_dirtyhelper_AESIMC(res, argHi, argLo);
+}
+
+
+/* DIRTY HELPERS for the SHA instruction family. Same comments
+ as for the AES group above apply.
+*/
+
+/* CALLED FROM GENERATED CODE */
+void armg_dirtyhelper_SHA1C (
+ /*OUT*/V128* res,
+ UInt argD3, UInt argD2, UInt argD1, UInt argD0,
+ UInt argN3, UInt argN2, UInt argN1, UInt argN0,
+ UInt argM3, UInt argM2, UInt argM1, UInt argM0
+ )
+{
+ vassert(0 == (((HWord)res) & (8-1)));
+ ULong argDhi = (((ULong)argD3) << 32) | ((ULong)argD2);
+ ULong argDlo = (((ULong)argD1) << 32) | ((ULong)argD0);
+ ULong argNhi = (((ULong)argN3) << 32) | ((ULong)argN2);
+ ULong argNlo = (((ULong)argN1) << 32) | ((ULong)argN0);
+ ULong argMhi = (((ULong)argM3) << 32) | ((ULong)argM2);
+ ULong argMlo = (((ULong)argM1) << 32) | ((ULong)argM0);
+ arm64g_dirtyhelper_SHA1C(res, argDhi, argDlo,
+ argNhi, argNlo, argMhi, argMlo);
+}
+
+/* CALLED FROM GENERATED CODE */
+void armg_dirtyhelper_SHA1P (
+ /*OUT*/V128* res,
+ UInt argD3, UInt argD2, UInt argD1, UInt argD0,
+ UInt argN3, UInt argN2, UInt argN1, UInt argN0,
+ UInt argM3, UInt argM2, UInt argM1, UInt argM0
+ )
+{
+ vassert(0 == (((HWord)res) & (8-1)));
+ ULong argDhi = (((ULong)argD3) << 32) | ((ULong)argD2);
+ ULong argDlo = (((ULong)argD1) << 32) | ((ULong)argD0);
+ ULong argNhi = (((ULong)argN3) << 32) | ((ULong)argN2);
+ ULong argNlo = (((ULong)argN1) << 32) | ((ULong)argN0);
+ ULong argMhi = (((ULong)argM3) << 32) | ((ULong)argM2);
+ ULong argMlo = (((ULong)argM1) << 32) | ((ULong)argM0);
+ arm64g_dirtyhelper_SHA1P(res, argDhi, argDlo,
+ argNhi, argNlo, argMhi, argMlo);
+}
+
+/* CALLED FROM GENERATED CODE */
+void armg_dirtyhelper_SHA1M (
+ /*OUT*/V128* res,
+ UInt argD3, UInt argD2, UInt argD1, UInt argD0,
+ UInt argN3, UInt argN2, UInt argN1, UInt argN0,
+ UInt argM3, UInt argM2, UInt argM1, UInt argM0
+ )
+{
+ vassert(0 == (((HWord)res) & (8-1)));
+ ULong argDhi = (((ULong)argD3) << 32) | ((ULong)argD2);
+ ULong argDlo = (((ULong)argD1) << 32) | ((ULong)argD0);
+ ULong argNhi = (((ULong)argN3) << 32) | ((ULong)argN2);
+ ULong argNlo = (((ULong)argN1) << 32) | ((ULong)argN0);
+ ULong argMhi = (((ULong)argM3) << 32) | ((ULong)argM2);
+ ULong argMlo = (((ULong)argM1) << 32) | ((ULong)argM0);
+ arm64g_dirtyhelper_SHA1M(res, argDhi, argDlo,
+ argNhi, argNlo, argMhi, argMlo);
+}
+
+/* CALLED FROM GENERATED CODE */
+void armg_dirtyhelper_SHA1SU0 (
+ /*OUT*/V128* res,
+ UInt argD3, UInt argD2, UInt argD1, UInt argD0,
+ UInt argN3, UInt argN2, UInt argN1, UInt argN0,
+ UInt argM3, UInt argM2, UInt argM1, UInt argM0
+ )
+{
+ vassert(0 == (((HWord)res) & (8-1)));
+ ULong argDhi = (((ULong)argD3) << 32) | ((ULong)argD2);
+ ULong argDlo = (((ULong)argD1) << 32) | ((ULong)argD0);
+ ULong argNhi = (((ULong)argN3) << 32) | ((ULong)argN2);
+ ULong argNlo = (((ULong)argN1) << 32) | ((ULong)argN0);
+ ULong argMhi = (((ULong)argM3) << 32) | ((ULong)argM2);
+ ULong argMlo = (((ULong)argM1) << 32) | ((ULong)argM0);
+ arm64g_dirtyhelper_SHA1SU0(res, argDhi, argDlo,
+ argNhi, argNlo, argMhi, argMlo);
+}
+
+/* CALLED FROM GENERATED CODE */
+void armg_dirtyhelper_SHA256H (
+ /*OUT*/V128* res,
+ UInt argD3, UInt argD2, UInt argD1, UInt argD0,
+ UInt argN3, UInt argN2, UInt argN1, UInt argN0,
+ UInt argM3, UInt argM2, UInt argM1, UInt argM0
+ )
+{
+ vassert(0 == (((HWord)res) & (8-1)));
+ ULong argDhi = (((ULong)argD3) << 32) | ((ULong)argD2);
+ ULong argDlo = (((ULong)argD1) << 32) | ((ULong)argD0);
+ ULong argNhi = (((ULong)argN3) << 32) | ((ULong)argN2);
+ ULong argNlo = (((ULong)argN1) << 32) | ((ULong)argN0);
+ ULong argMhi = (((ULong)argM3) << 32) | ((ULong)argM2);
+ ULong argMlo = (((ULong)argM1) << 32) | ((ULong)argM0);
+ arm64g_dirtyhelper_SHA256H(res, argDhi, argDlo,
+ argNhi, argNlo, argMhi, argMlo);
+}
+
+/* CALLED FROM GENERATED CODE */
+void armg_dirtyhelper_SHA256H2 (
+ /*OUT*/V128* res,
+ UInt argD3, UInt argD2, UInt argD1, UInt argD0,
+ UInt argN3, UInt argN2, UInt argN1, UInt argN0,
+ UInt argM3, UInt argM2, UInt argM1, UInt argM0
+ )
+{
+ vassert(0 == (((HWord)res) & (8-1)));
+ ULong argDhi = (((ULong)argD3) << 32) | ((ULong)argD2);
+ ULong argDlo = (((ULong)argD1) << 32) | ((ULong)argD0);
+ ULong argNhi = (((ULong)argN3) << 32) | ((ULong)argN2);
+ ULong argNlo = (((ULong)argN1) << 32) | ((ULong)argN0);
+ ULong argMhi = (((ULong)argM3) << 32) | ((ULong)argM2);
+ ULong argMlo = (((ULong)argM1) << 32) | ((ULong)argM0);
+ arm64g_dirtyhelper_SHA256H2(res, argDhi, argDlo,
+ argNhi, argNlo, argMhi, argMlo);
+}
+
+/* CALLED FROM GENERATED CODE */
+void armg_dirtyhelper_SHA256SU1 (
+ /*OUT*/V128* res,
+ UInt argD3, UInt argD2, UInt argD1, UInt argD0,
+ UInt argN3, UInt argN2, UInt argN1, UInt argN0,
+ UInt argM3, UInt argM2, UInt argM1, UInt argM0
+ )
+{
+ vassert(0 == (((HWord)res) & (8-1)));
+ ULong argDhi = (((ULong)argD3) << 32) | ((ULong)argD2);
+ ULong argDlo = (((ULong)argD1) << 32) | ((ULong)argD0);
+ ULong argNhi = (((ULong)argN3) << 32) | ((ULong)argN2);
+ ULong argNlo = (((ULong)argN1) << 32) | ((ULong)argN0);
+ ULong argMhi = (((ULong)argM3) << 32) | ((ULong)argM2);
+ ULong argMlo = (((ULong)argM1) << 32) | ((ULong)argM0);
+ arm64g_dirtyhelper_SHA256SU1(res, argDhi, argDlo,
+ argNhi, argNlo, argMhi, argMlo);
+}
+
+/* CALLED FROM GENERATED CODE */
+void armg_dirtyhelper_SHA1SU1 (
+ /*OUT*/V128* res,
+ UInt argD3, UInt argD2, UInt argD1, UInt argD0,
+ UInt argM3, UInt argM2, UInt argM1, UInt argM0
+ )
+{
+ vassert(0 == (((HWord)res) & (8-1)));
+ ULong argDhi = (((ULong)argD3) << 32) | ((ULong)argD2);
+ ULong argDlo = (((ULong)argD1) << 32) | ((ULong)argD0);
+ ULong argMhi = (((ULong)argM3) << 32) | ((ULong)argM2);
+ ULong argMlo = (((ULong)argM1) << 32) | ((ULong)argM0);
+ arm64g_dirtyhelper_SHA1SU1(res, argDhi, argDlo, argMhi, argMlo);
+}
+
+/* CALLED FROM GENERATED CODE */
+void armg_dirtyhelper_SHA256SU0 (
+ /*OUT*/V128* res,
+ UInt argD3, UInt argD2, UInt argD1, UInt argD0,
+ UInt argM3, UInt argM2, UInt argM1, UInt argM0
+ )
+{
+ vassert(0 == (((HWord)res) & (8-1)));
+ ULong argDhi = (((ULong)argD3) << 32) | ((ULong)argD2);
+ ULong argDlo = (((ULong)argD1) << 32) | ((ULong)argD0);
+ ULong argMhi = (((ULong)argM3) << 32) | ((ULong)argM2);
+ ULong argMlo = (((ULong)argM1) << 32) | ((ULong)argM0);
+ arm64g_dirtyhelper_SHA256SU0(res, argDhi, argDlo, argMhi, argMlo);
+}
+
+/* CALLED FROM GENERATED CODE */
+void armg_dirtyhelper_SHA1H (
+ /*OUT*/V128* res,
+ UInt argM3, UInt argM2, UInt argM1, UInt argM0
+ )
+{
+ vassert(0 == (((HWord)res) & (8-1)));
+ ULong argMhi = (((ULong)argM3) << 32) | ((ULong)argM2);
+ ULong argMlo = (((ULong)argM1) << 32) | ((ULong)argM0);
+ arm64g_dirtyhelper_SHA1H(res, argMhi, argMlo);
+}
+
+/* CALLED FROM GENERATED CODE */
+void armg_dirtyhelper_VMULLP64 (
+ /*OUT*/V128* res,
+ UInt argN1, UInt argN0, UInt argM1, UInt argM0
+ )
+{
+ vassert(0 == (((HWord)res) & (8-1)));
+ ULong argN = (((ULong)argN1) << 32) | ((ULong)argN0);
+ ULong argM = (((ULong)argM1) << 32) | ((ULong)argM0);
+ arm64g_dirtyhelper_PMULLQ(res, argN, argM);
+}
+
+
+/*---------------------------------------------------------------*/
/*--- Flag-helpers translation-time function specialisers. ---*/
/*--- These help iropt specialise calls the above run-time ---*/
/*--- flags functions. ---*/
diff --git a/VEX/priv/guest_arm_toIR.c b/VEX/priv/guest_arm_toIR.c
index 54ccd07..ef5a79b 100644
--- a/VEX/priv/guest_arm_toIR.c
+++ b/VEX/priv/guest_arm_toIR.c
@@ -264,6 +264,14 @@
(((_b9) << 9) | ((_b8) << 8) \
| BITS8((_b7),(_b6),(_b5),(_b4),(_b3),(_b2),(_b1),(_b0)))
+#define BITS11(_b10,_b9,_b8,_b7,_b6,_b5,_b4,_b3,_b2,_b1,_b0) \
+ ( ((_b10) << 10) | ((_b9) << 9) | ((_b8) << 8) \
+ | BITS8((_b7),(_b6),(_b5),(_b4),(_b3),(_b2),(_b1),(_b0)))
+
+#define BITS12(_b11,_b10,_b9,_b8,_b7,_b6,_b5,_b4,_b3,_b2,_b1,_b0) \
+ ( ((_b11) << 11) | ((_b10) << 10) | ((_b9) << 9) | ((_b8) << 8) \
+ | BITS8((_b7),(_b6),(_b5),(_b4),(_b3),(_b2),(_b1),(_b0)))
+
/* produces _uint[_bMax:_bMin] */
#define SLICE_UInt(_uint,_bMax,_bMin) \
(( ((UInt)(_uint)) >> (_bMin)) \
@@ -1598,8 +1606,9 @@
IRTemp regT, /* value to clamp - Ity_I32 */
UInt imm5 ) /* saturation ceiling */
{
- UInt ceil = (1 << imm5) - 1; // (2^imm5)-1
- UInt floor = 0;
+ ULong ceil64 = (1ULL << imm5) - 1; // (2^imm5)-1
+ UInt ceil = (UInt)ceil64;
+ UInt floor = 0;
IRTemp nd0 = newTemp(Ity_I32);
IRTemp nd1 = newTemp(Ity_I32);
@@ -1642,8 +1651,10 @@
IRTemp* res, /* OUT - Ity_I32 */
IRTemp* resQ ) /* OUT - Ity_I32 */
{
- Int ceil = (1 << (imm5-1)) - 1; // (2^(imm5-1))-1
- Int floor = -(1 << (imm5-1)); // -(2^(imm5-1))
+ Long ceil64 = (1LL << (imm5-1)) - 1; // (2^(imm5-1))-1
+ Long floor64 = -(1LL << (imm5-1)); // -(2^(imm5-1))
+ Int ceil = (Int)ceil64;
+ Int floor = (Int)floor64;
IRTemp nd0 = newTemp(Ity_I32);
IRTemp nd1 = newTemp(Ity_I32);
@@ -3038,6 +3049,12 @@
static
Bool dis_neon_data_3same ( UInt theInstr, IRTemp condT )
{
+ /* In paths where this returns False, indicating a non-decodable
+ instruction, there may still be some IR assignments to temporaries
+ generated. This is inconvenient but harmless, and the post-front-end
+ IR optimisation pass will just remove them anyway. So there's no
+ effort made here to tidy it up.
+ */
UInt Q = (theInstr >> 6) & 1;
UInt dreg = get_neon_d_regno(theInstr);
UInt nreg = get_neon_n_regno(theInstr);
@@ -4597,6 +4614,9 @@
}
}
break;
+ case 12: {
+ return False;
+ }
/* Starting from here these are FP SIMD cases */
case 13:
if (B == 0) {
@@ -4810,6 +4830,9 @@
}
}
break;
+ default:
+ /*NOTREACHED*/
+ vassert(0);
}
if (Q) {
@@ -4825,6 +4848,12 @@
static
Bool dis_neon_data_3diff ( UInt theInstr, IRTemp condT )
{
+ /* In paths where this returns False, indicating a non-decodable
+ instruction, there may still be some IR assignments to temporaries
+ generated. This is inconvenient but harmless, and the post-front-end
+ IR optimisation pass will just remove them anyway. So there's no
+ effort made here to tidy it up.
+ */
UInt A = (theInstr >> 8) & 0xf;
UInt B = (theInstr >> 20) & 3;
UInt U = (theInstr >> 24) & 1;
@@ -5182,11 +5211,15 @@
op = Iop_PolynomialMull8x8;
break;
case 1:
+ if (P) return False;
op = (U) ? Iop_Mull16Ux4 : Iop_Mull16Sx4;
break;
case 2:
+ if (P) return False;
op = (U) ? Iop_Mull32Ux2 : Iop_Mull32Sx2;
break;
+ case 3:
+ return False;
default:
vassert(0);
}
@@ -8831,8 +8864,11 @@
Finally, the caller must indicate whether this occurs in ARM or in
Thumb code.
+
+ This only handles NEON for ARMv7 and below. The NEON extensions
+ for v8 are handled by decode_V8_instruction.
*/
-static Bool decode_NEON_instruction (
+static Bool decode_NEON_instruction_ARMv7_and_below (
/*MOD*/DisResult* dres,
UInt insn32,
IRTemp condT,
@@ -8865,8 +8901,8 @@
&& INSN(27,24) == BITS4(1,1,1,1)) {
// Thumb, DP
UInt reformatted = INSN(23,0);
- reformatted |= (INSN(28,28) << 24); // U bit
- reformatted |= (BITS7(1,1,1,1,0,0,1) << 25);
+ reformatted |= (((UInt)INSN(28,28)) << 24); // U bit
+ reformatted |= (((UInt)BITS7(1,1,1,1,0,0,1)) << 25);
return dis_neon_data_processing(reformatted, condT);
}
@@ -8880,7 +8916,7 @@
}
if (isT && INSN(31,24) == BITS8(1,1,1,1,1,0,0,1)) {
UInt reformatted = INSN(23,0);
- reformatted |= (BITS8(1,1,1,1,0,1,0,0) << 24);
+ reformatted |= (((UInt)BITS8(1,1,1,1,0,1,0,0)) << 24);
return dis_neon_load_or_store(reformatted, isT, condT);
}
@@ -8909,7 +8945,7 @@
Caller must supply an IRTemp 'condT' holding the gating condition,
or IRTemp_INVALID indicating the insn is always executed.
- Caller must also supply an ARMCondcode 'cond'. This is only used
+ Caller must also supply an ARMCondcode 'conq'. This is only used
for debug printing, no other purpose. For ARM, this is simply the
top 4 bits of the original instruction. For Thumb, the condition
is not (really) known until run time, and so ARMCondAL should be
@@ -12575,6 +12611,863 @@
/*------------------------------------------------------------*/
+/*--- V8 instructions ---*/
+/*------------------------------------------------------------*/
+
+/* Break a V128-bit value up into four 32-bit ints. */
+
+static void breakupV128to32s ( IRTemp t128,
+ /*OUTs*/
+ IRTemp* t3, IRTemp* t2,
+ IRTemp* t1, IRTemp* t0 )
+{
+ IRTemp hi64 = newTemp(Ity_I64);
+ IRTemp lo64 = newTemp(Ity_I64);
+ assign( hi64, unop(Iop_V128HIto64, mkexpr(t128)) );
+ assign( lo64, unop(Iop_V128to64, mkexpr(t128)) );
+
+ vassert(t0 && *t0 == IRTemp_INVALID);
+ vassert(t1 && *t1 == IRTemp_INVALID);
+ vassert(t2 && *t2 == IRTemp_INVALID);
+ vassert(t3 && *t3 == IRTemp_INVALID);
+
+ *t0 = newTemp(Ity_I32);
+ *t1 = newTemp(Ity_I32);
+ *t2 = newTemp(Ity_I32);
+ *t3 = newTemp(Ity_I32);
+ assign( *t0, unop(Iop_64to32, mkexpr(lo64)) );
+ assign( *t1, unop(Iop_64HIto32, mkexpr(lo64)) );
+ assign( *t2, unop(Iop_64to32, mkexpr(hi64)) );
+ assign( *t3, unop(Iop_64HIto32, mkexpr(hi64)) );
+}
+
+
+/* Both ARM and Thumb */
+
+/* Translate a V8 instruction. If successful, returns True and *dres
+ may or may not be updated. If unsuccessful, returns False and
+ doesn't change *dres nor create any IR.
+
+ The Thumb and ARM encodings are potentially different. In both
+ ARM and Thumb mode, the caller must pass the entire 32 bits of
+ the instruction. Callers may pass any instruction; this function
+ ignores anything it doesn't recognise.
+
+ Caller must supply an IRTemp 'condT' holding the gating condition,
+ or IRTemp_INVALID indicating the insn is always executed.
+
+ If we are decoding an ARM instruction which is in the NV space
+ then it is expected that condT will be IRTemp_INVALID, and that is
+ asserted for. That condition is ensured by the logic near the top
+ of disInstr_ARM_WRK, that sets up condT.
+
+ When decoding for Thumb, the caller must pass the ITState pre/post
+ this instruction, so that we can generate a SIGILL in the cases where
+ the instruction may not be in an IT block. When decoding for ARM,
+ both of these must be IRTemp_INVALID.
+
+ Finally, the caller must indicate whether this occurs in ARM or in
+ Thumb code.
+*/
+static Bool decode_V8_instruction (
+ /*MOD*/DisResult* dres,
+ UInt insnv8,
+ IRTemp condT,
+ Bool isT,
+ IRTemp old_itstate,
+ IRTemp new_itstate
+ )
+{
+# define INSN(_bMax,_bMin) SLICE_UInt(insnv8, (_bMax), (_bMin))
+
+ if (isT) {
+ vassert(old_itstate != IRTemp_INVALID);
+ vassert(new_itstate != IRTemp_INVALID);
+ } else {
+ vassert(old_itstate == IRTemp_INVALID);
+ vassert(new_itstate == IRTemp_INVALID);
+ }
+
+ /* ARMCondcode 'conq' is only used for debug printing and for no other
+ purpose. For ARM, this is simply the top 4 bits of the instruction.
+ For Thumb, the condition is not (really) known until run time, and so
+ we set it to ARMCondAL in order that printing of these instructions
+ does not show any condition. */
+ ARMCondcode conq;
+ if (isT) {
+ conq = ARMCondAL;
+ } else {
+ conq = (ARMCondcode)INSN(31,28);
+ if (conq == ARMCondNV || conq == ARMCondAL) {
+ vassert(condT == IRTemp_INVALID);
+ } else {
+ vassert(condT != IRTemp_INVALID);
+ }
+ vassert(conq >= ARMCondEQ && conq <= ARMCondNV);
+ }
+
+ /* ----------- {AESD, AESE, AESMC, AESIMC}.8 q_q ----------- */
+ /* 31 27 23 21 19 17 15 11 7 3
+ T1: 1111 1111 1 D 11 sz 00 d 0011 00 M 0 m AESE Qd, Qm
+ A1: 1111 0011 1 D 11 sz 00 d 0011 00 M 0 m AESE Qd, Qm
+
+ T1: 1111 1111 1 D 11 sz 00 d 0011 01 M 0 m AESD Qd, Qm
+ A1: 1111 0011 1 D 11 sz 00 d 0011 01 M 0 m AESD Qd, Qm
+
+ T1: 1111 1111 1 D 11 sz 00 d 0011 10 M 0 m AESMC Qd, Qm
+ A1: 1111 0011 1 D 11 sz 00 d 0011 10 M 0 m AESMC Qd, Qm
+
+ T1: 1111 1111 1 D 11 sz 00 d 0011 11 M 0 m AESIMC Qd, Qm
+ A1: 1111 0011 1 D 11 sz 00 d 0011 11 M 0 m AESIMC Qd, Qm
+
+ sz must be 00
+ ARM encoding is in NV space.
+ In Thumb mode, we must not be in an IT block.
+ */
+ {
+ UInt regD = 99, regM = 99, opc = 4/*invalid*/;
+ Bool gate = True;
+
+ UInt high9 = isT ? BITS9(1,1,1,1,1,1,1,1,1) : BITS9(1,1,1,1,0,0,1,1,1);
+ if (INSN(31,23) == high9 && INSN(21,16) == BITS6(1,1,0,0,0,0)
+ && INSN(11,8) == BITS4(0,0,1,1) && INSN(4,4) == 0) {
+ UInt bitD = INSN(22,22);
+ UInt fldD = INSN(15,12);
+ UInt bitM = INSN(5,5);
+ UInt fldM = INSN(3,0);
+ opc = INSN(7,6);
+ regD = (bitD << 4) | fldD;
+ regM = (bitM << 4) | fldM;
+ }
+ if ((regD & 1) == 1 || (regM & 1) == 1)
+ gate = False;
+
+ if (gate) {
+ if (isT) {
+ gen_SIGILL_T_if_in_ITBlock(old_itstate, new_itstate);
+ }
+ /* In ARM mode, this is statically unconditional. In Thumb mode,
+ this must be dynamically unconditional, and we've SIGILLd if not.
+ In either case we can create unconditional IR. */
+ IRTemp op1 = newTemp(Ity_V128);
+ IRTemp op2 = newTemp(Ity_V128);
+ IRTemp src = newTemp(Ity_V128);
+ IRTemp res = newTemp(Ity_V128);
+ assign(op1, getQReg(regD >> 1));
+ assign(op2, getQReg(regM >> 1));
+ assign(src, opc == BITS2(0,0) || opc == BITS2(0,1)
+ ? binop(Iop_XorV128, mkexpr(op1), mkexpr(op2))
+ : mkexpr(op2));
+
+ void* helpers[4]
+ = { &armg_dirtyhelper_AESE, &armg_dirtyhelper_AESD,
+ &armg_dirtyhelper_AESMC, &armg_dirtyhelper_AESIMC };
+ const HChar* hNames[4]
+ = { "armg_dirtyhelper_AESE", "armg_dirtyhelper_AESD",
+ "armg_dirtyhelper_AESMC", "armg_dirtyhelper_AESIMC" };
+ const HChar* iNames[4]
+ = { "aese", "aesd", "aesmc", "aesimc" };
+
+ vassert(opc >= 0 && opc <= 3);
+ void* helper = helpers[opc];
+ const HChar* hname = hNames[opc];
+
+ IRTemp w32_3, w32_2, w32_1, w32_0;
+ w32_3 = w32_2 = w32_1 = w32_0 = IRTemp_INVALID;
+ breakupV128to32s( src, &w32_3, &w32_2, &w32_1, &w32_0 );
+
+ IRDirty* di
+ = unsafeIRDirty_1_N( res, 0/*regparms*/, hname, helper,
+ mkIRExprVec_5(
+ IRExpr_VECRET(),
+ mkexpr(w32_3), mkexpr(w32_2),
+ mkexpr(w32_1), mkexpr(w32_0)) );
+ stmt(IRStmt_Dirty(di));
+
+ putQReg(regD >> 1, mkexpr(res), IRTemp_INVALID);
+ DIP("%s.8 q%d, q%d\n", iNames[opc], regD >> 1, regM >> 1);
+ return True;
+ }
+ /* fall through */
+ }
+
+ /* ----------- SHA 3-reg insns q_q_q ----------- */
+ /*
+ 31 27 23 19 15 11 7 3
+ T1: 1110 1111 0 D 00 n d 1100 N Q M 0 m SHA1C Qd, Qn, Qm ix=0
+ A1: 1111 0010 ----------------------------
+
+ T1: 1110 1111 0 D 01 n d 1100 N Q M 0 m SHA1P Qd, Qn, Qm ix=1
+ A1: 1111 0010 ----------------------------
+
+ T1: 1110 1111 0 D 10 n d 1100 N Q M 0 m SHA1M Qd, Qn, Qm ix=2
+ A1: 1111 0010 ----------------------------
+
+ T1: 1110 1111 0 D 11 n d 1100 N Q M 0 m SHA1SU0 Qd, Qn, Qm ix=3
+ A1: 1111 0010 ----------------------------
+ (that's a complete set of 4, based on insn[21,20])
+
+ T1: 1111 1111 0 D 00 n d 1100 N Q M 0 m SHA256H Qd, Qn, Qm ix=4
+ A1: 1111 0011 ----------------------------
+
+ T1: 1111 1111 0 D 01 n d 1100 N Q M 0 m SHA256H2 Qd, Qn, Qm ix=5
+ A1: 1111 0011 ----------------------------
+
+ T1: 1111 1111 0 D 10 n d 1100 N Q M 0 m SHA256SU1 Qd, Qn, Qm ix=6
+ A1: 1111 0011 ----------------------------
+ (3/4 of a complete set of 4, based on insn[21,20])
+
+ Q must be 1. Same comments about conditionalisation as for the AES
+ group above apply.
+ */
+ {
+ UInt ix = 8; /* invalid */
+ Bool gate = False;
+
+ UInt hi9_sha1 = isT ? BITS9(1,1,1,0,1,1,1,1,0)
+ : BITS9(1,1,1,1,0,0,1,0,0);
+ UInt hi9_sha256 = isT ? BITS9(1,1,1,1,1,1,1,1,0)
+ : BITS9(1,1,1,1,0,0,1,1,0);
+ if ((INSN(31,23) == hi9_sha1 || INSN(31,23) == hi9_sha256)
+ && INSN(11,8) == BITS4(1,1,0,0)
+ && INSN(6,6) == 1 && INSN(4,4) == 0) {
+ ix = INSN(21,20);
+ if (INSN(31,23) == hi9_sha256)
+ ix |= 4;
+ if (ix < 7)
+ gate = True;
+ }
+
+ UInt regN = (INSN(7,7) << 4) | INSN(19,16);
+ UInt regD = (INSN(22,22) << 4) | INSN(15,12);
+ UInt regM = (INSN(5,5) << 4) | INSN(3,0);
+ if ((regD & 1) == 1 || (regM & 1) == 1 || (regN & 1) == 1)
+ gate = False;
+
+ if (gate) {
+ vassert(ix >= 0 && ix < 7);
+ const HChar* inames[7]
+ = { "sha1c", "sha1p", "sha1m", "sha1su0",
+ "sha256h", "sha256h2", "sha256su1" };
+ void(*helpers[7])(V128*,UInt,UInt,UInt,UInt,UInt,UInt,
+ UInt,UInt,UInt,UInt,UInt,UInt)
+ = { &armg_dirtyhelper_SHA1C, &armg_dirtyhelper_SHA1P,
+ &armg_dirtyhelper_SHA1M, &armg_dirtyhelper_SHA1SU0,
+ &armg_dirtyhelper_SHA256H, &armg_dirtyhelper_SHA256H2,
+ &armg_dirtyhelper_SHA256SU1 };
+ const HChar* hnames[7]
+ = { "armg_dirtyhelper_SHA1C", "armg_dirtyhelper_SHA1P",
+ "armg_dirtyhelper_SHA1M", "armg_dirtyhelper_SHA1SU0",
+ "armg_dirtyhelper_SHA256H", "armg_dirtyhelper_SHA256H2",
+ "armg_dirtyhelper_SHA256SU1" };
+
+ /* This is a really lame way to implement this, even worse than
+ the arm64 version. But at least it works. */
+
+ if (isT) {
+ gen_SIGILL_T_if_in_ITBlock(old_itstate, new_itstate);
+ }
+
+ IRTemp vD = newTemp(Ity_V128);
+ IRTemp vN = newTemp(Ity_V128);
+ IRTemp vM = newTemp(Ity_V128);
+ assign(vD, getQReg(regD >> 1));
+ assign(vN, getQReg(regN >> 1));
+ assign(vM, getQReg(regM >> 1));
+
+ IRTemp d32_3, d32_2, d32_1, d32_0;
+ d32_3 = d32_2 = d32_1 = d32_0 = IRTemp_INVALID;
+ breakupV128to32s( vD, &d32_3, &d32_2, &d32_1, &d32_0 );
+
+ IRTemp n32_3_pre, n32_2_pre, n32_1_pre, n32_0_pre;
+ n32_3_pre = n32_2_pre = n32_1_pre = n32_0_pre = IRTemp_INVALID;
+ breakupV128to32s( vN, &n32_3_pre, &n32_2_pre, &n32_1_pre, &n32_0_pre );
+
+ IRTemp m32_3, m32_2, m32_1, m32_0;
+ m32_3 = m32_2 = m32_1 = m32_0 = IRTemp_INVALID;
+ breakupV128to32s( vM, &m32_3, &m32_2, &m32_1, &m32_0 );
+
+ IRTemp n32_3 = newTemp(Ity_I32);
+ IRTemp n32_2 = newTemp(Ity_I32);
+ IRTemp n32_1 = newTemp(Ity_I32);
+ IRTemp n32_0 = newTemp(Ity_I32);
+
+ /* Mask off any bits of the N register operand that aren't actually
+ needed, so that Memcheck doesn't complain unnecessarily. */
+ switch (ix) {
+ case 0: case 1: case 2:
+ assign(n32_3, mkU32(0));
+ assign(n32_2, mkU32(0));
+ assign(n32_1, mkU32(0));
+ assign(n32_0, mkexpr(n32_0_pre));
+ break;
+ case 3: case 4: case 5: case 6:
+ assign(n32_3, mkexpr(n32_3_pre));
+ assign(n32_2, mkexpr(n32_2_pre));
+ assign(n32_1, mkexpr(n32_1_pre));
+ assign(n32_0, mkexpr(n32_0_pre));
+ break;
+ default:
+ vassert(0);
+ }
+
+ IRExpr** argvec
+ = mkIRExprVec_13(
+ IRExpr_VECRET(),
+ mkexpr(d32_3), mkexpr(d32_2), mkexpr(d32_1), mkexpr(d32_0),
+ mkexpr(n32_3), mkexpr(n32_2), mkexpr(n32_1), mkexpr(n32_0),
+ mkexpr(m32_3), mkexpr(m32_2), mkexpr(m32_1), mkexpr(m32_0)
+ );
+
+ IRTemp res = newTemp(Ity_V128);
+ IRDirty* di = unsafeIRDirty_1_N( res, 0/*regparms*/,
+ hnames[ix], helpers[ix], argvec );
+ stmt(IRStmt_Dirty(di));
+ putQReg(regD >> 1, mkexpr(res), IRTemp_INVALID);
+
+ DIP("%s.8 q%u, q%u, q%u\n",
+ inames[ix], regD >> 1, regN >> 1, regM >> 1);
+ return True;
+ }
+ /* fall through */
+ }
+
+ /* ----------- SHA1SU1, SHA256SU0 ----------- */
+ /*
+ 31 27 23 21 19 15 11 7 3
+ T1: 1111 1111 1 D 11 1010 d 0011 10 M 0 m SHA1SU1 Qd, Qm
+ A1: 1111 0011 ----------------------------
+
+ T1: 1111 1111 1 D 11 1010 d 0011 11 M 0 m SHA256SU0 Qd, Qm
+ A1: 1111 0011 ----------------------------
+
+ Same comments about conditionalisation as for the AES group above apply.
+ */
+ {
+ Bool gate = False;
+
+ UInt hi9 = isT ? BITS9(1,1,1,1,1,1,1,1,1) : BITS9(1,1,1,1,0,0,1,1,1);
+ if (INSN(31,23) == hi9 && INSN(21,16) == BITS6(1,1,1,0,1,0)
+ && INSN(11,7) == BITS5(0,0,1,1,1) && INSN(4,4) == 0) {
+ gate = True;
+ }
+
+ UInt regD = (INSN(22,22) << 4) | INSN(15,12);
+ UInt regM = (INSN(5,5) << 4) | INSN(3,0);
+ if ((regD & 1) == 1 || (regM & 1) == 1)
+ gate = False;
+
+ Bool is_1SU1 = INSN(6,6) == 0;
+
+ if (gate) {
+ const HChar* iname
+ = is_1SU1 ? "sha1su1" : "sha256su0";
+ void (*helper)(V128*,UInt,UInt,UInt,UInt,UInt,UInt,UInt,UInt)
+ = is_1SU1 ? &armg_dirtyhelper_SHA1SU1
+ : *armg_dirtyhelper_SHA256SU0;
+ const HChar* hname
+ = is_1SU1 ? "armg_dirtyhelper_SHA1SU1"
+ : "armg_dirtyhelper_SHA256SU0";
+
+ if (isT) {
+ gen_SIGILL_T_if_in_ITBlock(old_itstate, new_itstate);
+ }
+
+ IRTemp vD = newTemp(Ity_V128);
+ IRTemp vM = newTemp(Ity_V128);
+ assign(vD, getQReg(regD >> 1));
+ assign(vM, getQReg(regM >> 1));
+
+ IRTemp d32_3, d32_2, d32_1, d32_0;
+ d32_3 = d32_2 = d32_1 = d32_0 = IRTemp_INVALID;
+ breakupV128to32s( vD, &d32_3, &d32_2, &d32_1, &d32_0 );
+
+ IRTemp m32_3, m32_2, m32_1, m32_0;
+ m32_3 = m32_2 = m32_1 = m32_0 = IRTemp_INVALID;
+ breakupV128to32s( vM, &m32_3, &m32_2, &m32_1, &m32_0 );
+
+ IRExpr** argvec
+ = mkIRExprVec_9(
+ IRExpr_VECRET(),
+ mkexpr(d32_3), mkexpr(d32_2), mkexpr(d32_1), mkexpr(d32_0),
+ mkexpr(m32_3), mkexpr(m32_2), mkexpr(m32_1), mkexpr(m32_0)
+ );
+
+ IRTemp res = newTemp(Ity_V128);
+ IRDirty* di = unsafeIRDirty_1_N( res, 0/*regparms*/,
+ hname, helper, argvec );
+ stmt(IRStmt_Dirty(di));
+ putQReg(regD >> 1, mkexpr(res), IRTemp_INVALID);
+
+ DIP("%s.8 q%u, q%u\n", iname, regD >> 1, regM >> 1);
+ return True;
+ }
+ /* fall through */
+ }
+
+ /* ----------- SHA1H ----------- */
+ /*
+ 31 27 23 21 19 15 11 7 3
+ T1: 1111 1111 1 D 11 1001 d 0010 11 M 0 m SHA1H Qd, Qm
+ A1: 1111 0011 ----------------------------
+
+ Same comments about conditionalisation as for the AES group above apply.
+ */
+ {
+ Bool gate = False;
+
+ UInt hi9 = isT ? BITS9(1,1,1,1,1,1,1,1,1) : BITS9(1,1,1,1,0,0,1,1,1);
+ if (INSN(31,23) == hi9 && INSN(21,16) == BITS6(1,1,1,0,0,1)
+ && INSN(11,6) == BITS6(0,0,1,0,1,1) && INSN(4,4) == 0) {
+ gate = True;
+ }
+
+ UInt regD = (INSN(22,22) << 4) | INSN(15,12);
+ UInt regM = (INSN(5,5) << 4) | INSN(3,0);
+ if ((regD & 1) == 1 || (regM & 1) == 1)
+ gate = False;
+
+ if (gate) {
+ const HChar* iname = "sha1h";
+ void (*helper)(V128*,UInt,UInt,UInt,UInt) = &armg_dirtyhelper_SHA1H;
+ const HChar* hname = "armg_dirtyhelper_SHA1H";
+
+ if (isT) {
+ gen_SIGILL_T_if_in_ITBlock(old_itstate, new_itstate);
+ }
+
+ IRTemp vM = newTemp(Ity_V128);
+ assign(vM, getQReg(regM >> 1));
+
+ IRTemp m32_3, m32_2, m32_1, m32_0;
+ m32_3 = m32_2 = m32_1 = m32_0 = IRTemp_INVALID;
+ breakupV128to32s( vM, &m32_3, &m32_2, &m32_1, &m32_0 );
+ /* m32_3, m32_2, m32_1 are just abandoned. No harm; iropt will
+ remove them. */
+
+ IRExpr* zero = mkU32(0);
+ IRExpr** argvec = mkIRExprVec_5(IRExpr_VECRET(),
+ zero, zero, zero, mkexpr(m32_0));
+
+ IRTemp res = newTemp(Ity_V128);
+ IRDirty* di = unsafeIRDirty_1_N( res, 0/*regparms*/,
+ hname, helper, argvec );
+ stmt(IRStmt_Dirty(di));
+ putQReg(regD >> 1, mkexpr(res), IRTemp_INVALID);
+
+ DIP("%s.8 q%u, q%u\n", iname, regD >> 1, regM >> 1);
+ return True;
+ }
+ /* fall through */
+ }
+
+ /* ----------- VMULL.P64 ----------- */
+ /*
+ 31 27 23 21 19 15 11 7 3
+ T2: 1110 1111 1 D 10 n d 1110 N 0 M 0 m
+ A2: 1111 0010 -------------------------
+
+ The ARM documentation is pretty difficult to follow here.
+ Same comments about conditionalisation as for the AES group above apply.
+ */
+ {
+ Bool gate = False;
+
+ UInt hi9 = isT ? BITS9(1,1,1,0,1,1,1,1,1) : BITS9(1,1,1,1,0,0,1,0,1);
+ if (INSN(31,23) == hi9 && INSN(21,20) == BITS2(1,0)
+ && INSN(11,8) == BITS4(1,1,1,0)
+ && INSN(6,6) == 0 && INSN(4,4) == 0) {
+ gate = True;
+ }
+
+ UInt regN = (INSN(7,7) << 4) | INSN(19,16);
+ UInt regD = (INSN(22,22) << 4) | INSN(15,12);
+ UInt regM = (INSN(5,5) << 4) | INSN(3,0);
+
+ if ((regD & 1) == 1)
+ gate = False;
+
+ if (gate) {
+ const HChar* iname = "vmull";
+ void (*helper)(V128*,UInt,UInt,UInt,UInt) = &armg_dirtyhelper_VMULLP64;
+ const HChar* hname = "armg_dirtyhelper_VMULLP64";
+
+ if (isT) {
+ gen_SIGILL_T_if_in_ITBlock(old_itstate, new_itstate);
+ }
+
+ IRTemp srcN = newTemp(Ity_I64);
+ IRTemp srcM = newTemp(Ity_I64);
+ assign(srcN, getDRegI64(regN));
+ assign(srcM, getDRegI64(regM));
+
+ IRExpr** argvec = mkIRExprVec_5(IRExpr_VECRET(),
+ unop(Iop_64HIto32, mkexpr(srcN)),
+ unop(Iop_64to32, mkexpr(srcN)),
+ unop(Iop_64HIto32, mkexpr(srcM)),
+ unop(Iop_64to32, mkexpr(srcM)));
+
+ IRTemp res = newTemp(Ity_V128);
+ IRDirty* di = unsafeIRDirty_1_N( res, 0/*regparms*/,
+ hname, helper, argvec );
+ stmt(IRStmt_Dirty(di));
+ putQReg(regD >> 1, mkexpr(res), IRTemp_INVALID);
+
+ DIP("%s.p64 q%u, q%u, w%u\n", iname, regD >> 1, regN, regM);
+ return True;
+ }
+ /* fall through */
+ }
+
+ /* ----------- LDA{,B,H}, STL{,B,H} ----------- */
+ /* 31 27 23 19 15 11 7 3
+ A1: cond 0001 1001 n t 1100 1001 1111 LDA Rt, [Rn]
+ A1: cond 0001 1111 n t 1100 1001 1111 LDAH Rt, [Rn]
+ A1: cond 0001 1101 n t 1100 1001 1111 LDAB Rt, [Rn]
+
+ A1: cond 0001 1000 n 1111 1100 1001 t STL Rt, [Rn]
+ A1: cond 0001 1110 n 1111 1100 1001 t STLH Rt, [Rn]
+ A1: cond 0001 1100 n 1111 1100 1001 t STLB Rt, [Rn]
+
+ T1: 1110 1000 1101 n t 1111 1010 1111 LDA Rt, [Rn]
+ T1: 1110 1000 1101 n t 1111 1001 1111 LDAH Rt, [Rn]
+ T1: 1110 1000 1101 n t 1111 1000 1111 LDAB Rt, [Rn]
+
+ T1: 1110 1000 1100 n t 1111 1010 1111 STL Rt, [Rn]
+ T1: 1110 1000 1100 n t 1111 1001 1111 STLH Rt, [Rn]
+ T1: 1110 1000 1100 n t 1111 1000 1111 STLB Rt, [Rn]
+ */
+ {
+ UInt nn = 16; // invalid
+ UInt tt = 16; // invalid
+ UInt szBlg2 = 4; // invalid
+ Bool isLoad = False;
+ Bool gate = False;
+ if (isT) {
+ if (INSN(31,21) == BITS11(1,1,1,0,1,0,0,0,1,1,0)
+ && INSN(11,6) == BITS6(1,1,1,1,1,0)
+ && INSN(3,0) == BITS4(1,1,1,1)) {
+ nn = INSN(19,16);
+ tt = INSN(15,12);
+ isLoad = INSN(20,20) == 1;
+ szBlg2 = INSN(5,4); // 00:B 01:H 10:W 11:invalid
+ gate = szBlg2 != BITS2(1,1) && tt != 15 && nn != 15;
+ }
+ } else {
+ if (INSN(27,23) == BITS5(0,0,0,1,1) && INSN(20,20) == 1
+ && INSN(11,0) == BITS12(1,1,0,0,1,0,0,1,1,1,1,1)) {
+ nn = INSN(19,16);
+ tt = INSN(15,12);
+ isLoad = True;
+ szBlg2 = INSN(22,21); // 10:B 11:H 00:W 01:invalid
+ gate = szBlg2 != BITS2(0,1) && tt != 15 && nn != 15;
+ }
+ else
+ if (INSN(27,23) == BITS5(0,0,0,1,1) && INSN(20,20) == 0
+ && INSN(15,4) == BITS12(1,1,1,1,1,1,0,0,1,0,0,1)) {
+ nn = INSN(19,16);
+ tt = INSN(3,0);
+ isLoad = False;
+ szBlg2 = INSN(22,21); // 10:B 11:H 00:W 01:invalid
+ gate = szBlg2 != BITS2(0,1) && tt != 15 && nn != 15;
+ }
+ if (gate) {
+ // Rearrange szBlg2 bits to be the same as the Thumb case
+ switch (szBlg2) {
+ case 2: szBlg2 = 0; break;
+ case 3: szBlg2 = 1; break;
+ case 0: szBlg2 = 2; break;
+ default: /*NOTREACHED*/vassert(0);
+ }
+ }
+ }
+ // For both encodings, the instruction is guarded by condT, which
+ // is passed in by the caller. Note that the the loads and stores
+ // are conditional, so we don't have to truncate the IRSB at this
+ // point, but the fence is unconditional. There's no way to
+ // represent a conditional fence without a side exit, but it
+ // doesn't matter from a correctness standpoint that it is
+ // unconditional -- it just loses a bit of performance in the
+ // case where the condition doesn't hold.
+ if (gate) {
+ vassert(szBlg2 <= 2 && nn <= 14 && tt <= 14);
+ IRExpr* ea = llGetIReg(nn);
+ if (isLoad) {
+ static IRLoadGOp cvt[3]
+ = { ILGop_8Uto32, ILGop_16Uto32, ILGop_Ident32 };
+ IRTemp data = newTemp(Ity_I32);
+ loadGuardedLE(data, cvt[szBlg2], ea, mkU32(0)/*alt*/, condT);
+ if (isT) {
+ putIRegT(tt, mkexpr(data), condT);
+ } else {
+ putIRegA(tt, mkexpr(data), condT, Ijk_INVALID);
+ }
+ stmt(IRStmt_MBE(Imbe_Fence));
+ } else {
+ stmt(IRStmt_MBE(Imbe_Fence));
+ IRExpr* data = llGetIReg(tt);
+ switch (szBlg2) {
+ case 0: data = unop(Iop_32to8, data); break;
+ case 1: data = unop(Iop_32to16, data); break;
+ case 2: break;
+ default: vassert(0);
+ }
+ storeGuardedLE(ea, data, condT);
+ }
+ const HChar* ldNames[3] = { "ldab", "ldah", "lda" };
+ const HChar* stNames[3] = { "stlb", "stlh", "stl" };
+ DIP("%s r%u, [r%u]", (isLoad ? ldNames : stNames)[szBlg2], tt, nn);
+ return True;
+ }
+ /* else fall through */
+ }
+
+ /* ----------- LDAEX{,B,H,D}, STLEX{,B,H,D} ----------- */
+ /* 31 27 23 19 15 11 7 3
+ A1: cond 0001 1101 n t 1110 1001 1111 LDAEXB Rt, [Rn]
+ A1: cond 0001 1111 n t 1110 1001 1111 LDAEXH Rt, [Rn]
+ A1: cond 0001 1001 n t 1110 1001 1111 LDAEX Rt, [Rn]
+ A1: cond 0001 1011 n t 1110 1001 1111 LDAEXD Rt, Rt+1, [Rn]
+
+ A1: cond 0001 1100 n d 1110 1001 t STLEXB Rd, Rt, [Rn]
+ A1: cond 0001 1110 n d 1110 1001 t STLEXH Rd, Rt, [Rn]
+ A1: cond 0001 1000 n d 1110 1001 t STLEX Rd, Rt, [Rn]
+ A1: cond 0001 1010 n d 1110 1001 t STLEXD Rd, Rt, Rt+1, [Rn]
+
+ 31 28 24 19 15 11 7 3
+ T1: 111 0100 01101 n t 1111 1100 1111 LDAEXB Rt, [Rn]
+ T1: 111 0100 01101 n t 1111 1101 1111 LDAEXH Rt, [Rn]
+ T1: 111 0100 01101 n t 1111 1110 1111 LDAEX Rt, [Rn]
+ T1: 111 0100 01101 n t t2 1111 1111 LDAEXD Rt, Rt2, [Rn]
+
+ T1: 111 0100 01100 n t 1111 1100 d STLEXB Rd, Rt, [Rn]
+ T1: 111 0100 01100 n t 1111 1101 d STLEXH Rd, Rt, [Rn]
+ T1: 111 0100 01100 n t 1111 1110 d STLEX Rd, Rt, [Rn]
+ T1: 111 0100 01100 n t t2 1111 d STLEXD Rd, Rt, Rt2, [Rn]
+ */
+ {
+ UInt nn = 16; // invalid
+ UInt tt = 16; // invalid
+ UInt tt2 = 16; // invalid
+ UInt dd = 16; // invalid
+ UInt szBlg2 = 4; // invalid
+ Bool isLoad = False;
+ Bool gate = False;
+ if (isT) {
+ if (INSN(31,21) == BITS11(1,1,1,0,1,0,0,0,1,1,0)
+ && INSN(7,6) == BITS2(1,1)) {
+ isLoad = INSN(20,20) == 1;
+ nn = INSN(19,16);
+ tt = INSN(15,12);
+ tt2 = INSN(11,8);
+ szBlg2 = INSN(5,4);
+ dd = INSN(3,0);
+ gate = True;
+ if (szBlg2 < BITS2(1,1) && tt2 != BITS4(1,1,1,1)) gate = False;
+ if (isLoad && dd != BITS4(1,1,1,1)) gate = False;
+ // re-set not-used register values to invalid
+ if (szBlg2 < BITS2(1,1)) tt2 = 16;
+ if (isLoad) dd = 16;
+ }
+ } else {
+ /* ARM encoding. Do the load and store cases separately as
+ the register numbers are in different places and a combined decode
+ is too confusing. */
+ if (INSN(27,23) == BITS5(0,0,0,1,1) && INSN(20,20) == 1
+ && INSN(11,0) == BITS12(1,1,1,0,1,0,0,1,1,1,1,1)) {
+ szBlg2 = INSN(22,21);
+ isLoad = True;
+ nn = INSN(19,16);
+ tt = INSN(15,12);
+ gate = True;
+ }
+ else
+ if (INSN(27,23) == BITS5(0,0,0,1,1) && INSN(20,20) == 0
+ && INSN(11,4) == BITS8(1,1,1,0,1,0,0,1)) {
+ szBlg2 = INSN(22,21);
+ isLoad = False;
+ nn = INSN(19,16);
+ dd = INSN(15,12);
+ tt = INSN(3,0);
+ gate = True;
+ }
+ if (gate) {
+ // Rearrange szBlg2 bits to be the same as the Thumb case
+ switch (szBlg2) {
+ case 2: szBlg2 = 0; break;
+ case 3: szBlg2 = 1; break;
+ case 0: szBlg2 = 2; break;
+ case 1: szBlg2 = 3; break;
+ default: /*NOTREACHED*/vassert(0);
+ }
+ }
+ }
+ // Perform further checks on register numbers
+ if (gate) {
+ /**/ if (isT && isLoad) {
+ // Thumb load
+ if (szBlg2 < 3) {
+ if (! (tt != 13 && tt != 15 && nn != 15)) gate = False;
+ } else {
+ if (! (tt != 13 && tt != 15 && tt2 != 13 && tt2 != 15
+ && tt != tt2 && nn != 15)) gate = False;
+ }
+ }
+ else if (isT && !isLoad) {
+ // Thumb store
+ if (szBlg2 < 3) {
+ if (! (dd != 13 && dd != 15 && tt != 13 && tt != 15
+ && nn != 15 && dd != nn && dd != tt)) gate = False;
+ } else {
+ if (! (dd != 13 && dd != 15 && tt != 13 && tt != 15
+ && tt2 != 13 && tt2 != 15 && nn != 15 && dd != nn
+ && dd != tt && dd != tt2)) gate = False;
+ }
+ }
+ else if (!isT && isLoad) {
+ // ARM Load
+ if (szBlg2 < 3) {
+ if (! (tt != 15 && nn != 15)) gate = False;
+ } else {
+ if (! ((tt & 1) == 0 && tt != 14 && nn != 15)) gate = False;
+ vassert(tt2 == 16/*invalid*/);
+ tt2 = tt + 1;
+ }
+ }
+ else if (!isT && !isLoad) {
+ // ARM Store
+ if (szBlg2 < 3) {
+ if (! (dd != 15 && tt != 15 && nn != 15
+ && dd != nn && dd != tt)) gate = False;
+ } else {
+ if (! (dd != 15 && (tt & 1) == 0 && tt != 14 && nn != 15
+ && dd != nn && dd != tt && dd != tt+1)) gate = False;
+ vassert(tt2 == 16/*invalid*/);
+ tt2 = tt + 1;
+ }
+ }
+ else /*NOTREACHED*/vassert(0);
+ }
+ // Paranoia ..
+ vassert(szBlg2 <= 3);
+ if (szBlg2 < 3) { vassert(tt2 == 16/*invalid*/); }
+ else { vassert(tt2 <= 14); }
+ if (isLoad) { vassert(dd == 16/*invalid*/); }
+ else { vassert(dd <= 14); }
+ // If we're still good even after all that, generate the IR.
+ if (gate) {
+ /* First, go unconditional. Staying in-line is too complex. */
+ if (isT) {
+ vassert(condT != IRTemp_INVALID);
+ mk_skip_over_T32_if_cond_is_false( condT );
+ } else {
+ if (condT != IRTemp_INVALID) {
+ mk_skip_over_A32_if_cond_is_false( condT );
+ condT = IRTemp_INVALID;
+ }
+ }
+ /* Now the load or store. */
+ IRType ty = Ity_INVALID; /* the type of the transferred data */
+ const HChar* nm = NULL;
+ switch (szBlg2) {
+ case 0: nm = "b"; ty = Ity_I8; break;
+ case 1: nm = "h"; ty = Ity_I16; break;
+ case 2: nm = ""; ty = Ity_I32; break;
+ case 3: nm = "d"; ty = Ity_I64; break;
+ default: vassert(0);
+ }
+ IRExpr* ea = isT ? getIRegT(nn) : getIRegA(nn);
+ if (isLoad) {
+ // LOAD. Transaction, then fence.
+ IROp widen = Iop_INVALID;
+ switch (szBlg2) {
+ case 0: widen = Iop_8Uto32; break;
+ case 1: widen = Iop_16Uto32; break;
+ case 2: case 3: break;
+ default: vassert(0);
+ }
+ IRTemp res = newTemp(ty);
+ // FIXME: assumes little-endian guest
+ stmt( IRStmt_LLSC(Iend_LE, res, ea, NULL/*this is a load*/) );
+
+# define PUT_IREG(_nnz, _eez) \
+ do { vassert((_nnz) <= 14); /* no writes to the PC */ \
+ if (isT) { putIRegT((_nnz), (_eez), IRTemp_INVALID); } \
+ else { putIRegA((_nnz), (_eez), \
+ IRTemp_INVALID, Ijk_Boring); } } while(0)
+ if (ty == Ity_I64) {
+ // FIXME: assumes little-endian guest
+ PUT_IREG(tt, unop(Iop_64to32, mkexpr(res)));
+ PUT_IREG(tt2, unop(Iop_64HIto32, mkexpr(res)));
+ } else {
+ PUT_IREG(tt, widen == Iop_INVALID
+ ? mkexpr(res) : unop(widen, mkexpr(res)));
+ }
+ stmt(IRStmt_MBE(Imbe_Fence));
+ if (ty == Ity_I64) {
+ DIP("ldrex%s%s r%u, r%u, [r%u]\n",
+ nm, isT ? "" : nCC(conq), tt, tt2, nn);
+ } else {
+ DIP("ldrex%s%s r%u, [r%u]\n", nm, isT ? "" : nCC(conq), tt, nn);
+ }
+# undef PUT_IREG
+ } else {
+ // STORE. Fence, then transaction.
+ IRTemp resSC1, resSC32, data;
+ IROp narrow = Iop_INVALID;
+ switch (szBlg2) {
+ case 0: narrow = Iop_32to8; break;
+ case 1: narrow = Iop_32to16; break;
+ case 2: case 3: break;
+ default: vassert(0);
+ }
+ stmt(IRStmt_MBE(Imbe_Fence));
+ data = newTemp(ty);
+# define GET_IREG(_nnz) (isT ? getIRegT(_nnz) : getIRegA(_nnz))
+ assign(data,
+ ty == Ity_I64
+ // FIXME: assumes little-endian guest
+ ? binop(Iop_32HLto64, GET_IREG(tt2), GET_IREG(tt))
+ : narrow == Iop_INVALID
+ ? GET_IREG(tt)
+ : unop(narrow, GET_IREG(tt)));
+# undef GET_IREG
+ resSC1 = newTemp(Ity_I1);
+ // FIXME: assumes little-endian guest
+ stmt( IRStmt_LLSC(Iend_LE, resSC1, ea, mkexpr(data)) );
+
+ /* Set rDD to 1 on failure, 0 on success. Currently we have
+ resSC1 == 0 on failure, 1 on success. */
+ resSC32 = newTemp(Ity_I32);
+ assign(resSC32,
+ unop(Iop_1Uto32, unop(Iop_Not1, mkexpr(resSC1))));
+ vassert(dd <= 14); /* no writes to the PC */
+ if (isT) {
+ putIRegT(dd, mkexpr(resSC32), IRTemp_INVALID);
+ } else {
+ putIRegA(dd, mkexpr(resSC32), IRTemp_INVALID, Ijk_Boring);
+ }
+ if (ty == Ity_I64) {
+ DIP("strex%s%s r%u, r%u, r%u, [r%u]\n",
+ nm, isT ? "" : nCC(conq), dd, tt, tt2, nn);
+ } else {
+ DIP("strex%s%s r%u, r%u, [r%u]\n",
+ nm, isT ? "" : nCC(conq), dd, tt, nn);
+ }
+ } /* if (isLoad) */
+ return True;
+ } /* if (gate) */
+ /* else fall through */
+ }
+
+ /* ---------- Doesn't match anything. ---------- */
+ return False;
+
+# undef INSN
+}
+
+
+/*------------------------------------------------------------*/
/*--- LDMxx/STMxx helper (both ARM and Thumb32) ---*/
/*------------------------------------------------------------*/
@@ -14341,7 +15234,7 @@
IRExpr* rm = mkU32(Irrm_NEAREST);
IRTemp scale = newTemp(Ity_F64);
- assign(scale, unop(Iop_I32UtoF64, mkU32( 1 << (frac_bits-1) )));
+ assign(scale, unop(Iop_I32UtoF64, mkU32( ((UInt)1) << (frac_bits-1) )));
if (frac_bits >= 1 && frac_bits <= 32 && !to_fixed && !dp_op
&& size == 32) {
@@ -14450,10 +15343,12 @@
*dres may or may not be updated. If failure, returns False and
doesn't change *dres nor create any IR.
- Note that all NEON instructions (in ARM mode) are handled through
- here, since they are all in NV space.
+ Note that all NEON instructions (in ARM mode) up to and including
+ ARMv7, but not later, are handled through here, since they are all
+ in NV space.
*/
-static Bool decode_NV_instruction ( /*MOD*/DisResult* dres,
+static Bool decode_NV_instruction_ARMv7_and_below
+ ( /*MOD*/DisResult* dres,
const VexArchInfo* archinfo,
UInt insn )
{
@@ -14516,8 +15411,9 @@
// and set CPSR.T = 1, that is, switch to Thumb mode
if (INSN(31,25) == BITS7(1,1,1,1,1,0,1)) {
UInt bitH = INSN(24,24);
- Int uimm24 = INSN(23,0);
- Int simm24 = (((uimm24 << 8) >> 8) << 2) + (bitH << 1);
+ UInt uimm24 = INSN(23,0); uimm24 <<= 8;
+ Int simm24 = (Int)uimm24; simm24 >>= 8;
+ simm24 = (((UInt)simm24) << 2) + (bitH << 1);
/* Now this is a bit tricky. Since we're decoding an ARM insn,
it is implies that CPSR.T == 0. Hence the current insn's
address is guaranteed to be of the form X--(30)--X00. So, no
@@ -14579,7 +15475,7 @@
/* ------------------- NEON ------------------- */
if (archinfo->hwcaps & VEX_HWCAPS_ARM_NEON) {
- Bool ok_neon = decode_NEON_instruction(
+ Bool ok_neon = decode_NEON_instruction_ARMv7_and_below(
dres, insn, IRTemp_INVALID/*unconditional*/,
False/*!isT*/
);
@@ -14621,16 +15517,10 @@
DisResult dres;
UInt insn;
- //Bool allow_VFP = False;
- //UInt hwcaps = archinfo->hwcaps;
IRTemp condT; /* :: Ity_I32 */
UInt summary;
HChar dis_buf[128]; // big enough to hold LDMIA etc text
- /* What insn variants are we supporting today? */
- //allow_VFP = (0 != (hwcaps & VEX_HWCAPS_ARM_VFP));
- // etc etc
-
/* Set result defaults. */
dres.whatNext = Dis_Continue;
dres.len = 4;
@@ -14745,11 +15635,12 @@
case ARMCondNV: {
// Illegal instruction prior to v5 (see ARM ARM A3-5), but
// some cases are acceptable
- Bool ok = decode_NV_instruction(&dres, archinfo, insn);
+ Bool ok
+ = decode_NV_instruction_ARMv7_and_below(&dres, archinfo, insn);
if (ok)
goto decode_success;
else
- goto decode_failure;
+ goto after_v7_decoder;
}
case ARMCondAL: // Always executed
break;
@@ -15558,10 +16449,9 @@
//
if (BITS8(1,0,1,0,0,0,0,0) == (INSN(27,20) & BITS8(1,1,1,0,0,0,0,0))) {
UInt link = (insn >> 24) & 1;
- UInt uimm24 = insn & ((1<<24)-1);
- Int simm24 = (Int)uimm24;
- UInt dst = guest_R15_curr_instr_notENC + 8
- + (((simm24 << 8) >> 8) << 2);
+ UInt uimm24 = insn & ((1<<24)-1); uimm24 <<= 8;
+ Int simm24 = (Int)uimm24; simm24 >>= 8;
+ UInt dst = guest_R15_curr_instr_notENC + 8 + (((UInt)simm24) << 2);
IRJumpKind jk = link ? Ijk_Call : Ijk_Boring;
if (link) {
putIRegA(14, mkU32(guest_R15_curr_instr_notENC + 4),
@@ -15679,7 +16569,7 @@
}
/* --- NB: ARM interworking branches are in NV space, hence
- are handled elsewhere by decode_NV_instruction.
+ are handled elsewhere by decode_NV_instruction_ARMv7_and_below.
---
*/
@@ -16341,7 +17231,7 @@
IRTemp src = newTemp(Ity_I32);
IRTemp olddst = newTemp(Ity_I32);
IRTemp newdst = newTemp(Ity_I32);
- UInt mask = 1 << (msb - lsb);
+ UInt mask = ((UInt)1) << (msb - lsb);
mask = (mask - 1) + mask;
vassert(mask != 0); // guaranteed by "msb < lsb" check above
mask <<= lsb;
@@ -16541,15 +17431,17 @@
ignore alignment issues for the time being. */
/* For almost all cases, we do the writeback after the transfers.
- However, that leaves the stack "uncovered" in this case:
+ However, that leaves the stack "uncovered" in cases like:
strd rD, [sp, #-8]
+ strd rD, [sp, #-16]
In which case, do the writeback to SP now, instead of later.
This is bad in that it makes the insn non-restartable if the
accesses fault, but at least keeps Memcheck happy. */
Bool writeback_already_done = False;
if (bS == 1 /*store*/ && summary == (2 | 16)
&& rN == 13 && rN != rD && rN != rD+1
- && bU == 0/*minus*/) {
+ && bU == 0/*minus*/
+ && (imm8 == 8 || imm8 == 16)) {
putIRegA( rN, mkexpr(eaT), condT, Ijk_Boring );
writeback_already_done = True;
}
@@ -17335,7 +18227,8 @@
/* ----------------------------------------------------------- */
/* These are all in NV space, and so are taken care of (far) above,
- by a call from this function to decode_NV_instruction(). */
+ by a call from this function to
+ decode_NV_instruction_ARMv7_and_below(). */
/* ----------------------------------------------------------- */
/* -- v6 media instructions (in ARM mode) -- */
@@ -17350,6 +18243,24 @@
}
/* ----------------------------------------------------------- */
+ /* -- v8 instructions (in ARM mode) -- */
+ /* ----------------------------------------------------------- */
+
+ after_v7_decoder:
+
+ /* If we get here, it means that all attempts to decode the
+ instruction as ARMv7 or earlier have failed. So, if we're doing
+ ARMv8 or later, here is the point to try for it. */
+
+ if (VEX_ARM_ARCHLEVEL(archinfo->hwcaps) >= 8) {
+ Bool ok_v8
+ = decode_V8_instruction( &dres, insn, condT, False/*!isT*/,
+ IRTemp_INVALID, IRTemp_INVALID );
+ if (ok_v8)
+ goto decode_success;
+ }
+
+ /* ----------------------------------------------------------- */
/* -- Undecodable -- */
/* ----------------------------------------------------------- */
@@ -17491,18 +18402,12 @@
DisResult dres;
UShort insn0; /* first 16 bits of the insn */
UShort insn1; /* second 16 bits of the insn */
- //Bool allow_VFP = False;
- //UInt hwcaps = archinfo->hwcaps;
HChar dis_buf[128]; // big enough to hold LDMIA etc text
/* Summary result of the ITxxx backwards analysis: False == safe
but suboptimal. */
Bool guaranteedUnconditional = False;
- /* What insn variants are we supporting today? */
- //allow_VFP = (0 != (hwcaps & VEX_HWCAPS_ARM_VFP));
- // etc etc
-
/* Set result defaults. */
dres.whatNext = Dis_Continue;
dres.len = 2;
@@ -19142,8 +20047,8 @@
case BITS5(1,1,1,0,0): {
/* ---------------- B #simm11 ---------------- */
- Int simm11 = INSN0(10,0);
- simm11 = (simm11 << 21) >> 20;
+ UInt uimm11 = INSN0(10,0); uimm11 <<= 21;
+ Int simm11 = (Int)uimm11; simm11 >>= 20;
UInt dst = simm11 + guest_R15_curr_instr_notENC + 4;
/* Only allowed outside or last-in IT block; SIGILL if not so. */
gen_SIGILL_T_if_in_but_NLI_ITBlock(old_itstate, new_itstate);
@@ -19172,8 +20077,8 @@
case BITS4(1,1,0,1): {
/* ---------------- Bcond #simm8 ---------------- */
UInt cond = INSN0(11,8);
- Int simm8 = INSN0(7,0);
- simm8 = (simm8 << 24) >> 23;
+ UInt uimm8 = INSN0(7,0); uimm8 <<= 24;
+ Int simm8 = (Int)uimm8; simm8 >>= 23;
UInt dst = simm8 + guest_R15_curr_instr_notENC + 4;
if (cond != ARMCondAL && cond != ARMCondNV) {
/* Not allowed in an IT block; SIGILL if so. */
@@ -19261,13 +20166,15 @@
UInt bJ2 = INSN1(11,11);
UInt bI1 = 1 ^ (bJ1 ^ bS);
UInt bI2 = 1 ^ (bJ2 ^ bS);
- Int simm25
+ UInt uimm25
= (bS << (1 + 1 + 10 + 11 + 1))
| (bI1 << (1 + 10 + 11 + 1))
| (bI2 << (10 + 11 + 1))
| (INSN0(9,0) << (11 + 1))
| (INSN1(10,0) << 1);
- simm25 = (simm25 << 7) >> 7;
+ uimm25 <<= 7;
+ Int simm25 = (Int)uimm25;
+ simm25 >>= 7;
vassert(0 == (guest_R15_curr_instr_notENC & 1));
UInt dst = simm25 + guest_R15_curr_instr_notENC + 4;
@@ -19665,10 +20572,10 @@
UInt how = INSN1(5,4);
Bool valid = !isBadRegT(rD) && !isBadRegT(rN) && !isBadRegT(rM);
- /* but allow "add.w reg, sp, reg, lsl #N for N=0,1,2 or 3
+ /* but allow "add.w reg, sp, reg, lsl #N for N=0..31
(T3) "ADD (SP plus register) */
if (!valid && INSN0(8,5) == BITS4(1,0,0,0) // add
- && rD != 15 && rN == 13 && imm5 <= 3 && how == 0) {
+ && rD != 15 && rN == 13 && imm5 <= 31 && how == 0) {
valid = True;
}
/* also allow "sub.w reg, sp, reg lsl #N for N=0,1,2 or 3
@@ -20616,15 +21523,17 @@
IRTemp transAddr = bP == 1 ? postAddr : preAddr;
/* For almost all cases, we do the writeback after the transfers.
- However, that leaves the stack "uncovered" in this case:
+ However, that leaves the stack "uncovered" in cases like:
strd rD, [sp, #-8]
+ strd rD, [sp, #-16]
In which case, do the writeback to SP now, instead of later.
This is bad in that it makes the insn non-restartable if the
accesses fault, but at least keeps Memcheck happy. */
Bool writeback_already_done = False;
if (bL == 0/*store*/ && bW == 1/*wb*/
&& rN == 13 && rN != rT && rN != rT2
- && bU == 0/*minus*/ && (imm8 << 2) == 8) {
+ && bU == 0/*minus*/
+ && ((imm8 << 2) == 8 || (imm8 << 2) == 16)) {
putIRegT(rN, mkexpr(postAddr), condT);
writeback_already_done = True;
}
@@ -20689,13 +21598,15 @@
&& INSN1(12,12) == 0) {
UInt cond = INSN0(9,6);
if (cond != ARMCondAL && cond != ARMCondNV) {
- Int simm21
+ UInt uimm21
= (INSN0(10,10) << (1 + 1 + 6 + 11 + 1))
| (INSN1(11,11) << (1 + 6 + 11 + 1))
| (INSN1(13,13) << (6 + 11 + 1))
| (INSN0(5,0) << (11 + 1))
| (INSN1(10,0) << 1);
- simm21 = (simm21 << 11) >> 11;
+ uimm21 <<= 11;
+ Int simm21 = (Int)uimm21;
+ simm21 >>= 11;
vassert(0 == (guest_R15_curr_instr_notENC & 1));
UInt dst = simm21 + guest_R15_curr_instr_notENC + 4;
@@ -20733,13 +21644,15 @@
UInt bJ2 = INSN1(11,11);
UInt bI1 = 1 ^ (bJ1 ^ bS);
UInt bI2 = 1 ^ (bJ2 ^ bS);
- Int simm25
+ UInt uimm25
= (bS << (1 + 1 + 10 + 11 + 1))
| (bI1 << (1 + 10 + 11 + 1))
| (bI2 << (10 + 11 + 1))
| (INSN0(9,0) << (11 + 1))
| (INSN1(10,0) << 1);
- simm25 = (simm25 << 7) >> 7;
+ uimm25 <<= 7;
+ Int simm25 = (Int)uimm25;
+ simm25 >>= 7;
vassert(0 == (guest_R15_curr_instr_notENC & 1));
UInt dst = simm25 + guest_R15_curr_instr_notENC + 4;
@@ -21181,7 +22094,7 @@
IRTemp src = newTemp(Ity_I32);
IRTemp olddst = newTemp(Ity_I32);
IRTemp newdst = newTemp(Ity_I32);
- UInt mask = 1 << (msb - lsb);
+ UInt mask = ((UInt)1) << (msb - lsb);
mask = (mask - 1) + mask;
vassert(mask != 0); // guaranteed by "msb < lsb" check above
mask <<= lsb;
@@ -21915,12 +22828,12 @@
}
/* ----------------------------------------------------------- */
- /* -- NEON instructions (in Thumb mode) -- */
+ /* -- NEON instructions (only v7 and below, in Thumb mode) -- */
/* ----------------------------------------------------------- */
if (archinfo->hwcaps & VEX_HWCAPS_ARM_NEON) {
UInt insn32 = (INSN0(15,0) << 16) | INSN1(15,0);
- Bool ok_neon = decode_NEON_instruction(
+ Bool ok_neon = decode_NEON_instruction_ARMv7_and_below(
&dres, insn32, condT, True/*isT*/
);
if (ok_neon)
@@ -21941,6 +22854,23 @@
}
/* ----------------------------------------------------------- */
+ /* -- v8 instructions (in Thumb mode) -- */
+ /* ----------------------------------------------------------- */
+
+ /* If we get here, it means that all attempts to decode the
+ instruction as ARMv7 or earlier have failed. So, if we're doing
+ ARMv8 or later, here is the point to try for it. */
+
+ if (VEX_ARM_ARCHLEVEL(archinfo->hwcaps) >= 8) {
+ UInt insn32 = (INSN0(15,0) << 16) | INSN1(15,0);
+ Bool ok_v8
+ = decode_V8_instruction( &dres, insn32, condT, True/*isT*/,
+ old_itstate, new_itstate );
+ if (ok_v8)
+ goto decode_success;
+ }
+
+ /* ----------------------------------------------------------- */
/* -- Undecodable -- */
/* ----------------------------------------------------------- */
diff --git a/VEX/priv/guest_generic_x87.c b/VEX/priv/guest_generic_x87.c
index 2c9b25b..9f08352 100644
--- a/VEX/priv/guest_generic_x87.c
+++ b/VEX/priv/guest_generic_x87.c
@@ -795,10 +795,16 @@
even if they would probably work. Life is too short to have
unvalidated cases in the code base. */
switch (imm8) {
- case 0x00: case 0x02: case 0x08: case 0x0A: case 0x0C: case 0x0E:
- case 0x12: case 0x14: case 0x18: case 0x1A:
- case 0x30: case 0x34: case 0x38: case 0x3A:
- case 0x40: case 0x42: case 0x44: case 0x46: case 0x4A:
+ case 0x00: case 0x02:
+ case 0x08: case 0x0A: case 0x0C: case 0x0E:
+ case 0x12: case 0x14:
+ case 0x18: case 0x1A:
+ case 0x30: case 0x34:
+ case 0x38: case 0x3A:
+ case 0x40: case 0x42: case 0x44: case 0x46:
+ case 0x4A:
+ case 0x62:
+ case 0x70: case 0x72:
break;
default:
return False;
@@ -1047,7 +1053,7 @@
unvalidated cases in the code base. */
switch (imm8) {
case 0x01: case 0x03: case 0x09: case 0x0B: case 0x0D:
- case 0x13: case 0x1B:
+ case 0x13: case 0x19: case 0x1B:
case 0x39: case 0x3B:
case 0x45: case 0x4B:
break;
diff --git a/VEX/priv/guest_mips_defs.h b/VEX/priv/guest_mips_defs.h
index f4c3bbc..60db3b5 100644
--- a/VEX/priv/guest_mips_defs.h
+++ b/VEX/priv/guest_mips_defs.h
@@ -93,11 +93,6 @@
SUBS, SUBD, DIVS
} flt_op;
-extern UInt mips32_dirtyhelper_mfc0 ( UInt rd, UInt sel );
-
-extern ULong mips64_dirtyhelper_dmfc0 ( UInt rd, UInt sel );
-
-
#if defined(__mips__) && ((defined(__mips_isa_rev) && __mips_isa_rev >= 2))
extern UInt mips32_dirtyhelper_rdhwr ( UInt rt, UInt rd );
extern ULong mips64_dirtyhelper_rdhwr ( ULong rt, ULong rd );
diff --git a/VEX/priv/guest_mips_helpers.c b/VEX/priv/guest_mips_helpers.c
index 4fbb67e..07dccec 100644
--- a/VEX/priv/guest_mips_helpers.c
+++ b/VEX/priv/guest_mips_helpers.c
@@ -165,6 +165,8 @@
vex_state->guest_COND = 0;
+ vex_state->guest_CP0_status = 0;
+
/* MIPS32 DSP ASE(r2) specific registers */
vex_state->guest_DSPControl = 0; /* DSPControl register */
vex_state->guest_ac0 = 0; /* Accumulator 0 */
@@ -272,6 +274,8 @@
vex_state->guest_NRADDR = 0;
vex_state->guest_COND = 0;
+
+ vex_state->guest_CP0_status = MIPS_CP0_STATUS_FR;
}
/*-----------------------------------------------------------*/
@@ -414,668 +418,6 @@
}
};
-#define ASM_VOLATILE_CASE(rd, sel) \
- case rd: \
- asm volatile ("mfc0 %0, $" #rd ", "#sel"\n\t" :"=r" (x) ); \
- break;
-
-UInt mips32_dirtyhelper_mfc0(UInt rd, UInt sel)
-{
- UInt x = 0;
-#if defined(__mips__) && ((defined(__mips_isa_rev) && __mips_isa_rev >= 2))
- switch (sel) {
- case 0:
- /* __asm__("mfc0 %0, $1, 0" :"=r" (x)); */
- switch (rd) {
- ASM_VOLATILE_CASE(0, 0);
- ASM_VOLATILE_CASE(1, 0);
- ASM_VOLATILE_CASE(2, 0);
- ASM_VOLATILE_CASE(3, 0);
- ASM_VOLATILE_CASE(4, 0);
- ASM_VOLATILE_CASE(5, 0);
- ASM_VOLATILE_CASE(6, 0);
- ASM_VOLATILE_CASE(7, 0);
- ASM_VOLATILE_CASE(8, 0);
- ASM_VOLATILE_CASE(9, 0);
- ASM_VOLATILE_CASE(10, 0);
- ASM_VOLATILE_CASE(11, 0);
- ASM_VOLATILE_CASE(12, 0);
- ASM_VOLATILE_CASE(13, 0);
- ASM_VOLATILE_CASE(14, 0);
- ASM_VOLATILE_CASE(15, 0);
- ASM_VOLATILE_CASE(16, 0);
- ASM_VOLATILE_CASE(17, 0);
- ASM_VOLATILE_CASE(18, 0);
- ASM_VOLATILE_CASE(19, 0);
- ASM_VOLATILE_CASE(20, 0);
- ASM_VOLATILE_CASE(21, 0);
- ASM_VOLATILE_CASE(22, 0);
- ASM_VOLATILE_CASE(23, 0);
- ASM_VOLATILE_CASE(24, 0);
- ASM_VOLATILE_CASE(25, 0);
- ASM_VOLATILE_CASE(26, 0);
- ASM_VOLATILE_CASE(27, 0);
- ASM_VOLATILE_CASE(28, 0);
- ASM_VOLATILE_CASE(29, 0);
- ASM_VOLATILE_CASE(30, 0);
- ASM_VOLATILE_CASE(31, 0);
- default:
- break;
- }
- break;
- case 1:
- /* __asm__("mfc0 %0, $1, 0" :"=r" (x)); */
- switch (rd) {
- ASM_VOLATILE_CASE(0, 1);
- ASM_VOLATILE_CASE(1, 1);
- ASM_VOLATILE_CASE(2, 1);
- ASM_VOLATILE_CASE(3, 1);
- ASM_VOLATILE_CASE(4, 1);
- ASM_VOLATILE_CASE(5, 1);
- ASM_VOLATILE_CASE(6, 1);
- ASM_VOLATILE_CASE(7, 1);
- ASM_VOLATILE_CASE(8, 1);
- ASM_VOLATILE_CASE(9, 1);
- ASM_VOLATILE_CASE(10, 1);
- ASM_VOLATILE_CASE(11, 1);
- ASM_VOLATILE_CASE(12, 1);
- ASM_VOLATILE_CASE(13, 1);
- ASM_VOLATILE_CASE(14, 1);
- ASM_VOLATILE_CASE(15, 1);
- ASM_VOLATILE_CASE(16, 1);
- ASM_VOLATILE_CASE(17, 1);
- ASM_VOLATILE_CASE(18, 1);
- ASM_VOLATILE_CASE(19, 1);
- ASM_VOLATILE_CASE(20, 1);
- ASM_VOLATILE_CASE(21, 1);
- ASM_VOLATILE_CASE(22, 1);
- ASM_VOLATILE_CASE(23, 1);
- ASM_VOLATILE_CASE(24, 1);
- ASM_VOLATILE_CASE(25, 1);
- ASM_VOLATILE_CASE(26, 1);
- ASM_VOLATILE_CASE(27, 1);
- ASM_VOLATILE_CASE(28, 1);
- ASM_VOLATILE_CASE(29, 1);
- ASM_VOLATILE_CASE(30, 1);
- ASM_VOLATILE_CASE(31, 1);
- default:
- break;
- }
- break;
- case 2:
- /* __asm__("mfc0 %0, $1, 0" :"=r" (x)); */
- switch (rd) {
- ASM_VOLATILE_CASE(0, 2);
- ASM_VOLATILE_CASE(1, 2);
- ASM_VOLATILE_CASE(2, 2);
- ASM_VOLATILE_CASE(3, 1);
- ASM_VOLATILE_CASE(4, 2);
- ASM_VOLATILE_CASE(5, 2);
- ASM_VOLATILE_CASE(6, 2);
- ASM_VOLATILE_CASE(7, 2);
- ASM_VOLATILE_CASE(8, 2);
- ASM_VOLATILE_CASE(9, 2);
- ASM_VOLATILE_CASE(10, 2);
- ASM_VOLATILE_CASE(11, 2);
- ASM_VOLATILE_CASE(12, 2);
- ASM_VOLATILE_CASE(13, 2);
- ASM_VOLATILE_CASE(14, 2);
- ASM_VOLATILE_CASE(15, 2);
- ASM_VOLATILE_CASE(16, 2);
- ASM_VOLATILE_CASE(17, 2);
- ASM_VOLATILE_CASE(18, 2);
- ASM_VOLATILE_CASE(19, 2);
- ASM_VOLATILE_CASE(20, 2);
- ASM_VOLATILE_CASE(21, 2);
- ASM_VOLATILE_CASE(22, 2);
- ASM_VOLATILE_CASE(23, 2);
- ASM_VOLATILE_CASE(24, 2);
- ASM_VOLATILE_CASE(25, 2);
- ASM_VOLATILE_CASE(26, 2);
- ASM_VOLATILE_CASE(27, 2);
- ASM_VOLATILE_CASE(28, 2);
- ASM_VOLATILE_CASE(29, 2);
- ASM_VOLATILE_CASE(30, 2);
- ASM_VOLATILE_CASE(31, 2);
- default:
- break;
- }
- break;
- case 3:
- /* __asm__("mfc0 %0, $1, 0" :"=r" (x)); */
- switch (rd) {
- ASM_VOLATILE_CASE(0, 3);
- ASM_VOLATILE_CASE(1, 3);
- ASM_VOLATILE_CASE(2, 3);
- ASM_VOLATILE_CASE(3, 3);
- ASM_VOLATILE_CASE(4, 3);
- ASM_VOLATILE_CASE(5, 3);
- ASM_VOLATILE_CASE(6, 3);
- ASM_VOLATILE_CASE(7, 3);
- ASM_VOLATILE_CASE(8, 3);
- ASM_VOLATILE_CASE(9, 3);
- ASM_VOLATILE_CASE(10, 3);
- ASM_VOLATILE_CASE(11, 3);
- ASM_VOLATILE_CASE(12, 3);
- ASM_VOLATILE_CASE(13, 3);
- ASM_VOLATILE_CASE(14, 3);
- ASM_VOLATILE_CASE(15, 3);
- ASM_VOLATILE_CASE(16, 3);
- ASM_VOLATILE_CASE(17, 3);
- ASM_VOLATILE_CASE(18, 3);
- ASM_VOLATILE_CASE(19, 3);
- ASM_VOLATILE_CASE(20, 3);
- ASM_VOLATILE_CASE(21, 3);
- ASM_VOLATILE_CASE(22, 3);
- ASM_VOLATILE_CASE(23, 3);
- ASM_VOLATILE_CASE(24, 3);
- ASM_VOLATILE_CASE(25, 3);
- ASM_VOLATILE_CASE(26, 3);
- ASM_VOLATILE_CASE(27, 3);
- ASM_VOLATILE_CASE(28, 3);
- ASM_VOLATILE_CASE(29, 3);
- ASM_VOLATILE_CASE(30, 3);
- ASM_VOLATILE_CASE(31, 3);
- default:
- break;
- }
- break;
- case 4:
- /* __asm__("mfc0 %0, $1, 0" :"=r" (x)); */
- switch (rd) {
- ASM_VOLATILE_CASE(0, 4);
- ASM_VOLATILE_CASE(1, 4);
- ASM_VOLATILE_CASE(2, 4);
- ASM_VOLATILE_CASE(3, 4);
- ASM_VOLATILE_CASE(4, 4);
- ASM_VOLATILE_CASE(5, 4);
- ASM_VOLATILE_CASE(6, 4);
- ASM_VOLATILE_CASE(7, 4);
- ASM_VOLATILE_CASE(8, 4);
- ASM_VOLATILE_CASE(9, 4);
- ASM_VOLATILE_CASE(10, 4);
- ASM_VOLATILE_CASE(11, 4);
- ASM_VOLATILE_CASE(12, 4);
- ASM_VOLATILE_CASE(13, 4);
- ASM_VOLATILE_CASE(14, 4);
- ASM_VOLATILE_CASE(15, 4);
- ASM_VOLATILE_CASE(16, 4);
- ASM_VOLATILE_CASE(17, 4);
- ASM_VOLATILE_CASE(18, 4);
- ASM_VOLATILE_CASE(19, 4);
- ASM_VOLATILE_CASE(20, 4);
- ASM_VOLATILE_CASE(21, 4);
- ASM_VOLATILE_CASE(22, 4);
- ASM_VOLATILE_CASE(23, 4);
- ASM_VOLATILE_CASE(24, 4);
- ASM_VOLATILE_CASE(25, 4);
- ASM_VOLATILE_CASE(26, 4);
- ASM_VOLATILE_CASE(27, 4);
- ASM_VOLATILE_CASE(28, 4);
- ASM_VOLATILE_CASE(29, 4);
- ASM_VOLATILE_CASE(30, 4);
- ASM_VOLATILE_CASE(31, 4);
- default:
- break;
- }
- break;
- case 5:
- /* __asm__("mfc0 %0, $1, 0" :"=r" (x)); */
- switch (rd) {
- ASM_VOLATILE_CASE(0, 5);
- ASM_VOLATILE_CASE(1, 5);
- ASM_VOLATILE_CASE(2, 5);
- ASM_VOLATILE_CASE(3, 5);
- ASM_VOLATILE_CASE(4, 5);
- ASM_VOLATILE_CASE(5, 5);
- ASM_VOLATILE_CASE(6, 5);
- ASM_VOLATILE_CASE(7, 5);
- ASM_VOLATILE_CASE(8, 5);
- ASM_VOLATILE_CASE(9, 5);
- ASM_VOLATILE_CASE(10, 5);
- ASM_VOLATILE_CASE(11, 5);
- ASM_VOLATILE_CASE(12, 5);
- ASM_VOLATILE_CASE(13, 5);
- ASM_VOLATILE_CASE(14, 5);
- ASM_VOLATILE_CASE(15, 5);
- ASM_VOLATILE_CASE(16, 5);
- ASM_VOLATILE_CASE(17, 5);
- ASM_VOLATILE_CASE(18, 5);
- ASM_VOLATILE_CASE(19, 5);
- ASM_VOLATILE_CASE(20, 5);
- ASM_VOLATILE_CASE(21, 5);
- ASM_VOLATILE_CASE(22, 5);
- ASM_VOLATILE_CASE(23, 5);
- ASM_VOLATILE_CASE(24, 5);
- ASM_VOLATILE_CASE(25, 5);
- ASM_VOLATILE_CASE(26, 5);
- ASM_VOLATILE_CASE(27, 5);
- ASM_VOLATILE_CASE(28, 5);
- ASM_VOLATILE_CASE(29, 5);
- ASM_VOLATILE_CASE(30, 5);
- ASM_VOLATILE_CASE(31, 5);
- default:
- break;
- }
- break;
- case 6:
- /* __asm__("mfc0 %0, $1, 0" :"=r" (x)); */
- switch (rd) {
- ASM_VOLATILE_CASE(0, 6);
- ASM_VOLATILE_CASE(1, 6);
- ASM_VOLATILE_CASE(2, 6);
- ASM_VOLATILE_CASE(3, 6);
- ASM_VOLATILE_CASE(4, 6);
- ASM_VOLATILE_CASE(5, 6);
- ASM_VOLATILE_CASE(6, 6);
- ASM_VOLATILE_CASE(7, 6);
- ASM_VOLATILE_CASE(8, 6);
- ASM_VOLATILE_CASE(9, 6);
- ASM_VOLATILE_CASE(10, 6);
- ASM_VOLATILE_CASE(11, 6);
- ASM_VOLATILE_CASE(12, 6);
- ASM_VOLATILE_CASE(13, 6);
- ASM_VOLATILE_CASE(14, 6);
- ASM_VOLATILE_CASE(15, 6);
- ASM_VOLATILE_CASE(16, 6);
- ASM_VOLATILE_CASE(17, 6);
- ASM_VOLATILE_CASE(18, 6);
- ASM_VOLATILE_CASE(19, 6);
- ASM_VOLATILE_CASE(20, 6);
- ASM_VOLATILE_CASE(21, 6);
- ASM_VOLATILE_CASE(22, 6);
- ASM_VOLATILE_CASE(23, 6);
- ASM_VOLATILE_CASE(24, 6);
- ASM_VOLATILE_CASE(25, 6);
- ASM_VOLATILE_CASE(26, 6);
- ASM_VOLATILE_CASE(27, 6);
- ASM_VOLATILE_CASE(28, 6);
- ASM_VOLATILE_CASE(29, 6);
- ASM_VOLATILE_CASE(30, 6);
- ASM_VOLATILE_CASE(31, 6);
- default:
- break;
- }
- break;
- case 7:
- /* __asm__("mfc0 %0, $1, 0" :"=r" (x)); */
- switch (rd) {
- ASM_VOLATILE_CASE(0, 7);
- ASM_VOLATILE_CASE(1, 7);
- ASM_VOLATILE_CASE(2, 7);
- ASM_VOLATILE_CASE(3, 7);
- ASM_VOLATILE_CASE(4, 7);
- ASM_VOLATILE_CASE(5, 7);
- ASM_VOLATILE_CASE(6, 7);
- ASM_VOLATILE_CASE(7, 7);
- ASM_VOLATILE_CASE(8, 7);
- ASM_VOLATILE_CASE(9, 7);
- ASM_VOLATILE_CASE(10, 7);
- ASM_VOLATILE_CASE(11, 7);
- ASM_VOLATILE_CASE(12, 7);
- ASM_VOLATILE_CASE(13, 7);
- ASM_VOLATILE_CASE(14, 7);
- ASM_VOLATILE_CASE(15, 7);
- ASM_VOLATILE_CASE(16, 7);
- ASM_VOLATILE_CASE(17, 7);
- ASM_VOLATILE_CASE(18, 7);
- ASM_VOLATILE_CASE(19, 7);
- ASM_VOLATILE_CASE(20, 7);
- ASM_VOLATILE_CASE(21, 7);
- ASM_VOLATILE_CASE(22, 7);
- ASM_VOLATILE_CASE(23, 7);
- ASM_VOLATILE_CASE(24, 7);
- ASM_VOLATILE_CASE(25, 7);
- ASM_VOLATILE_CASE(26, 7);
- ASM_VOLATILE_CASE(27, 7);
- ASM_VOLATILE_CASE(28, 7);
- ASM_VOLATILE_CASE(29, 7);
- ASM_VOLATILE_CASE(30, 7);
- ASM_VOLATILE_CASE(31, 7);
- default:
- break;
- }
- break;
-
- default:
- break;
- }
-#endif
- return x;
-}
-
-#undef ASM_VOLATILE_CASE
-
-#define ASM_VOLATILE_CASE(rd, sel) \
- case rd: \
- asm volatile ("dmfc0 %0, $" #rd ", "#sel"\n\t" :"=r" (x) ); \
- break;
-
-ULong mips64_dirtyhelper_dmfc0 ( UInt rd, UInt sel )
-{
- ULong x = 0;
-#if defined(VGP_mips64_linux)
- switch (sel) {
- case 0:
- /* __asm__("dmfc0 %0, $1, 0" :"=r" (x)); */
- switch (rd) {
- ASM_VOLATILE_CASE (0, 0);
- ASM_VOLATILE_CASE (1, 0);
- ASM_VOLATILE_CASE (2, 0);
- ASM_VOLATILE_CASE (3, 0);
- ASM_VOLATILE_CASE (4, 0);
- ASM_VOLATILE_CASE (5, 0);
- ASM_VOLATILE_CASE (6, 0);
- ASM_VOLATILE_CASE (7, 0);
- ASM_VOLATILE_CASE (8, 0);
- ASM_VOLATILE_CASE (9, 0);
- ASM_VOLATILE_CASE (10, 0);
- ASM_VOLATILE_CASE (11, 0);
- ASM_VOLATILE_CASE (12, 0);
- ASM_VOLATILE_CASE (13, 0);
- ASM_VOLATILE_CASE (14, 0);
- ASM_VOLATILE_CASE (15, 0);
- ASM_VOLATILE_CASE (16, 0);
- ASM_VOLATILE_CASE (17, 0);
- ASM_VOLATILE_CASE (18, 0);
- ASM_VOLATILE_CASE (19, 0);
- ASM_VOLATILE_CASE (20, 0);
- ASM_VOLATILE_CASE (21, 0);
- ASM_VOLATILE_CASE (22, 0);
- ASM_VOLATILE_CASE (23, 0);
- ASM_VOLATILE_CASE (24, 0);
- ASM_VOLATILE_CASE (25, 0);
- ASM_VOLATILE_CASE (26, 0);
- ASM_VOLATILE_CASE (27, 0);
- ASM_VOLATILE_CASE (28, 0);
- ASM_VOLATILE_CASE (29, 0);
- ASM_VOLATILE_CASE (30, 0);
- ASM_VOLATILE_CASE (31, 0);
- default:
- break;
- }
- break;
- case 1:
- /* __asm__("dmfc0 %0, $1, 0" :"=r" (x)); */
- switch (rd) {
- ASM_VOLATILE_CASE (0, 1);
- ASM_VOLATILE_CASE (1, 1);
- ASM_VOLATILE_CASE (2, 1);
- ASM_VOLATILE_CASE (3, 1);
- ASM_VOLATILE_CASE (4, 1);
- ASM_VOLATILE_CASE (5, 1);
- ASM_VOLATILE_CASE (6, 1);
- ASM_VOLATILE_CASE (7, 1);
- ASM_VOLATILE_CASE (8, 1);
- ASM_VOLATILE_CASE (9, 1);
- ASM_VOLATILE_CASE (10, 1);
- ASM_VOLATILE_CASE (11, 1);
- ASM_VOLATILE_CASE (12, 1);
- ASM_VOLATILE_CASE (13, 1);
- ASM_VOLATILE_CASE (14, 1);
- ASM_VOLATILE_CASE (15, 1);
- ASM_VOLATILE_CASE (16, 1);
- ASM_VOLATILE_CASE (17, 1);
- ASM_VOLATILE_CASE (18, 1);
- ASM_VOLATILE_CASE (19, 1);
- ASM_VOLATILE_CASE (20, 1);
- ASM_VOLATILE_CASE (21, 1);
- ASM_VOLATILE_CASE (22, 1);
- ASM_VOLATILE_CASE (23, 1);
- ASM_VOLATILE_CASE (24, 1);
- ASM_VOLATILE_CASE (25, 1);
- ASM_VOLATILE_CASE (26, 1);
- ASM_VOLATILE_CASE (27, 1);
- ASM_VOLATILE_CASE (28, 1);
- ASM_VOLATILE_CASE (29, 1);
- ASM_VOLATILE_CASE (30, 1);
- ASM_VOLATILE_CASE (31, 1);
- default:
- break;
- }
- break;
- case 2:
- /* __asm__("dmfc0 %0, $1, 0" :"=r" (x)); */
- switch (rd) {
- ASM_VOLATILE_CASE (0, 2);
- ASM_VOLATILE_CASE (1, 2);
- ASM_VOLATILE_CASE (2, 2);
- ASM_VOLATILE_CASE (3, 1);
- ASM_VOLATILE_CASE (4, 2);
- ASM_VOLATILE_CASE (5, 2);
- ASM_VOLATILE_CASE (6, 2);
- ASM_VOLATILE_CASE (7, 2);
- ASM_VOLATILE_CASE (8, 2);
- ASM_VOLATILE_CASE (9, 2);
- ASM_VOLATILE_CASE (10, 2);
- ASM_VOLATILE_CASE (11, 2);
- ASM_VOLATILE_CASE (12, 2);
- ASM_VOLATILE_CASE (13, 2);
- ASM_VOLATILE_CASE (14, 2);
- ASM_VOLATILE_CASE (15, 2);
- ASM_VOLATILE_CASE (16, 2);
- ASM_VOLATILE_CASE (17, 2);
- ASM_VOLATILE_CASE (18, 2);
- ASM_VOLATILE_CASE (19, 2);
- ASM_VOLATILE_CASE (20, 2);
- ASM_VOLATILE_CASE (21, 2);
- ASM_VOLATILE_CASE (22, 2);
- ASM_VOLATILE_CASE (23, 2);
- ASM_VOLATILE_CASE (24, 2);
- ASM_VOLATILE_CASE (25, 2);
- ASM_VOLATILE_CASE (26, 2);
- ASM_VOLATILE_CASE (27, 2);
- ASM_VOLATILE_CASE (28, 2);
- ASM_VOLATILE_CASE (29, 2);
- ASM_VOLATILE_CASE (30, 2);
- ASM_VOLATILE_CASE (31, 2);
- default:
- break;
- }
- break;
- case 3:
- /* __asm__("dmfc0 %0, $1, 0" :"=r" (x)); */
- switch (rd) {
- ASM_VOLATILE_CASE (0, 3);
- ASM_VOLATILE_CASE (1, 3);
- ASM_VOLATILE_CASE (2, 3);
- ASM_VOLATILE_CASE (3, 3);
- ASM_VOLATILE_CASE (4, 3);
- ASM_VOLATILE_CASE (5, 3);
- ASM_VOLATILE_CASE (6, 3);
- ASM_VOLATILE_CASE (7, 3);
- ASM_VOLATILE_CASE (8, 3);
- ASM_VOLATILE_CASE (9, 3);
- ASM_VOLATILE_CASE (10, 3);
- ASM_VOLATILE_CASE (11, 3);
- ASM_VOLATILE_CASE (12, 3);
- ASM_VOLATILE_CASE (13, 3);
- ASM_VOLATILE_CASE (14, 3);
- ASM_VOLATILE_CASE (15, 3);
- ASM_VOLATILE_CASE (16, 3);
- ASM_VOLATILE_CASE (17, 3);
- ASM_VOLATILE_CASE (18, 3);
- ASM_VOLATILE_CASE (19, 3);
- ASM_VOLATILE_CASE (20, 3);
- ASM_VOLATILE_CASE (21, 3);
- ASM_VOLATILE_CASE (22, 3);
- ASM_VOLATILE_CASE (23, 3);
- ASM_VOLATILE_CASE (24, 3);
- ASM_VOLATILE_CASE (25, 3);
- ASM_VOLATILE_CASE (26, 3);
- ASM_VOLATILE_CASE (27, 3);
- ASM_VOLATILE_CASE (28, 3);
- ASM_VOLATILE_CASE (29, 3);
- ASM_VOLATILE_CASE (30, 3);
- ASM_VOLATILE_CASE (31, 3);
- default:
- break;
- }
- break;
- case 4:
- /* __asm__("dmfc0 %0, $1, 0" :"=r" (x)); */
- switch (rd) {
- ASM_VOLATILE_CASE (0, 4);
- ASM_VOLATILE_CASE (1, 4);
- ASM_VOLATILE_CASE (2, 4);
- ASM_VOLATILE_CASE (3, 4);
- ASM_VOLATILE_CASE (4, 4);
- ASM_VOLATILE_CASE (5, 4);
- ASM_VOLATILE_CASE (6, 4);
- ASM_VOLATILE_CASE (7, 4);
- ASM_VOLATILE_CASE (8, 4);
- ASM_VOLATILE_CASE (9, 4);
- ASM_VOLATILE_CASE (10, 4);
- ASM_VOLATILE_CASE (11, 4);
- ASM_VOLATILE_CASE (12, 4);
- ASM_VOLATILE_CASE (13, 4);
- ASM_VOLATILE_CASE (14, 4);
- ASM_VOLATILE_CASE (15, 4);
- ASM_VOLATILE_CASE (16, 4);
- ASM_VOLATILE_CASE (17, 4);
- ASM_VOLATILE_CASE (18, 4);
- ASM_VOLATILE_CASE (19, 4);
- ASM_VOLATILE_CASE (20, 4);
- ASM_VOLATILE_CASE (21, 4);
- ASM_VOLATILE_CASE (22, 4);
- ASM_VOLATILE_CASE (23, 4);
- ASM_VOLATILE_CASE (24, 4);
- ASM_VOLATILE_CASE (25, 4);
- ASM_VOLATILE_CASE (26, 4);
- ASM_VOLATILE_CASE (27, 4);
- ASM_VOLATILE_CASE (28, 4);
- ASM_VOLATILE_CASE (29, 4);
- ASM_VOLATILE_CASE (30, 4);
- ASM_VOLATILE_CASE (31, 4);
- default:
- break;
- }
- break;
- case 5:
- /* __asm__("dmfc0 %0, $1, 0" :"=r" (x)); */
- switch (rd) {
- ASM_VOLATILE_CASE (0, 5);
- ASM_VOLATILE_CASE (1, 5);
- ASM_VOLATILE_CASE (2, 5);
- ASM_VOLATILE_CASE (3, 5);
- ASM_VOLATILE_CASE (4, 5);
- ASM_VOLATILE_CASE (5, 5);
- ASM_VOLATILE_CASE (6, 5);
- ASM_VOLATILE_CASE (7, 5);
- ASM_VOLATILE_CASE (8, 5);
- ASM_VOLATILE_CASE (9, 5);
- ASM_VOLATILE_CASE (10, 5);
- ASM_VOLATILE_CASE (11, 5);
- ASM_VOLATILE_CASE (12, 5);
- ASM_VOLATILE_CASE (13, 5);
- ASM_VOLATILE_CASE (14, 5);
- ASM_VOLATILE_CASE (15, 5);
- ASM_VOLATILE_CASE (16, 5);
- ASM_VOLATILE_CASE (17, 5);
- ASM_VOLATILE_CASE (18, 5);
- ASM_VOLATILE_CASE (19, 5);
- ASM_VOLATILE_CASE (20, 5);
- ASM_VOLATILE_CASE (21, 5);
- ASM_VOLATILE_CASE (22, 5);
- ASM_VOLATILE_CASE (23, 5);
- ASM_VOLATILE_CASE (24, 5);
- ASM_VOLATILE_CASE (25, 5);
- ASM_VOLATILE_CASE (26, 5);
- ASM_VOLATILE_CASE (27, 5);
- ASM_VOLATILE_CASE (28, 5);
- ASM_VOLATILE_CASE (29, 5);
- ASM_VOLATILE_CASE (30, 5);
- ASM_VOLATILE_CASE (31, 5);
- default:
- break;
- }
- break;
- case 6:
- /* __asm__("dmfc0 %0, $1, 0" :"=r" (x)); */
- switch (rd) {
- ASM_VOLATILE_CASE (0, 6);
- ASM_VOLATILE_CASE (1, 6);
- ASM_VOLATILE_CASE (2, 6);
- ASM_VOLATILE_CASE (3, 6);
- ASM_VOLATILE_CASE (4, 6);
- ASM_VOLATILE_CASE (5, 6);
- ASM_VOLATILE_CASE (6, 6);
- ASM_VOLATILE_CASE (7, 6);
- ASM_VOLATILE_CASE (8, 6);
- ASM_VOLATILE_CASE (9, 6);
- ASM_VOLATILE_CASE (10, 6);
- ASM_VOLATILE_CASE (11, 6);
- ASM_VOLATILE_CASE (12, 6);
- ASM_VOLATILE_CASE (13, 6);
- ASM_VOLATILE_CASE (14, 6);
- ASM_VOLATILE_CASE (15, 6);
- ASM_VOLATILE_CASE (16, 6);
- ASM_VOLATILE_CASE (17, 6);
- ASM_VOLATILE_CASE (18, 6);
- ASM_VOLATILE_CASE (19, 6);
- ASM_VOLATILE_CASE (20, 6);
- ASM_VOLATILE_CASE (21, 6);
- ASM_VOLATILE_CASE (22, 6);
- ASM_VOLATILE_CASE (23, 6);
- ASM_VOLATILE_CASE (24, 6);
- ASM_VOLATILE_CASE (25, 6);
- ASM_VOLATILE_CASE (26, 6);
- ASM_VOLATILE_CASE (27, 6);
- ASM_VOLATILE_CASE (28, 6);
- ASM_VOLATILE_CASE (29, 6);
- ASM_VOLATILE_CASE (30, 6);
- ASM_VOLATILE_CASE (31, 6);
- default:
- break;
- }
- break;
- case 7:
- /* __asm__("dmfc0 %0, $1, 0" :"=r" (x)); */
- switch (rd) {
- ASM_VOLATILE_CASE (0, 7);
- ASM_VOLATILE_CASE (1, 7);
- ASM_VOLATILE_CASE (2, 7);
- ASM_VOLATILE_CASE (3, 7);
- ASM_VOLATILE_CASE (4, 7);
- ASM_VOLATILE_CASE (5, 7);
- ASM_VOLATILE_CASE (6, 7);
- ASM_VOLATILE_CASE (7, 7);
- ASM_VOLATILE_CASE (8, 7);
- ASM_VOLATILE_CASE (9, 7);
- ASM_VOLATILE_CASE (10, 7);
- ASM_VOLATILE_CASE (11, 7);
- ASM_VOLATILE_CASE (12, 7);
- ASM_VOLATILE_CASE (13, 7);
- ASM_VOLATILE_CASE (14, 7);
- ASM_VOLATILE_CASE (15, 7);
- ASM_VOLATILE_CASE (16, 7);
- ASM_VOLATILE_CASE (17, 7);
- ASM_VOLATILE_CASE (18, 7);
- ASM_VOLATILE_CASE (19, 7);
- ASM_VOLATILE_CASE (20, 7);
- ASM_VOLATILE_CASE (21, 7);
- ASM_VOLATILE_CASE (22, 7);
- ASM_VOLATILE_CASE (23, 7);
- ASM_VOLATILE_CASE (24, 7);
- ASM_VOLATILE_CASE (25, 7);
- ASM_VOLATILE_CASE (26, 7);
- ASM_VOLATILE_CASE (27, 7);
- ASM_VOLATILE_CASE (28, 7);
- ASM_VOLATILE_CASE (29, 7);
- ASM_VOLATILE_CASE (30, 7);
- ASM_VOLATILE_CASE (31, 7);
- default:
- break;
- }
- break;
-
- default:
- break;
- }
-#endif
- return x;
-}
-
#if defined(__mips__) && ((defined(__mips_isa_rev) && __mips_isa_rev >= 2))
UInt mips32_dirtyhelper_rdhwr ( UInt rt, UInt rd )
{
@@ -1117,79 +459,93 @@
#endif
#define ASM_VOLATILE_UNARY32(inst) \
- __asm__ volatile("cfc1 $t0, $31" "\n\t" \
+ __asm__ volatile(".set push" "\n\t" \
+ ".set hardfloat" "\n\t" \
+ "cfc1 $t0, $31" "\n\t" \
"ctc1 %2, $31" "\n\t" \
"mtc1 %1, $f20" "\n\t" \
#inst" $f20, $f20" "\n\t" \
"cfc1 %0, $31" "\n\t" \
"ctc1 $t0, $31" "\n\t" \
+ ".set pop" "\n\t" \
: "=r" (ret) \
: "r" (loFsVal), "r" (fcsr) \
: "t0", "$f20" \
);
#define ASM_VOLATILE_UNARY32_DOUBLE(inst) \
- __asm__ volatile("cfc1 $t0, $31" "\n\t" \
- "ctc1 %3, $31" "\n\t" \
- "mtc1 %1, $f20" "\n\t" \
- "mtc1 %2, $f21" "\n\t" \
+ __asm__ volatile(".set push" "\n\t" \
+ ".set hardfloat" "\n\t" \
+ "cfc1 $t0, $31" "\n\t" \
+ "ctc1 %2, $31" "\n\t" \
+ "ldc1 $f20, 0(%1)" "\n\t" \
#inst" $f20, $f20" "\n\t" \
"cfc1 %0, $31" "\n\t" \
"ctc1 $t0, $31" "\n\t" \
+ ".set pop" "\n\t" \
: "=r" (ret) \
- : "r" (loFsVal), "r" (hiFsVal), "r" (fcsr) \
+ : "r" (&fsVal), "r" (fcsr) \
: "t0", "$f20", "$f21" \
);
#define ASM_VOLATILE_UNARY64(inst) \
- __asm__ volatile("cfc1 $t0, $31" "\n\t" \
+ __asm__ volatile(".set push" "\n\t" \
+ ".set hardfloat" "\n\t" \
+ "cfc1 $t0, $31" "\n\t" \
"ctc1 %2, $31" "\n\t" \
"ldc1 $f24, 0(%1)" "\n\t" \
#inst" $f24, $f24" "\n\t" \
"cfc1 %0, $31" "\n\t" \
"ctc1 $t0, $31" "\n\t" \
+ ".set pop" "\n\t" \
: "=r" (ret) \
: "r" (&(addr[fs])), "r" (fcsr) \
: "t0", "$f24" \
);
#define ASM_VOLATILE_BINARY32(inst) \
- __asm__ volatile("cfc1 $t0, $31" "\n\t" \
+ __asm__ volatile(".set push" "\n\t" \
+ ".set hardfloat" "\n\t" \
+ "cfc1 $t0, $31" "\n\t" \
"ctc1 %3, $31" "\n\t" \
"mtc1 %1, $f20" "\n\t" \
"mtc1 %2, $f22" "\n\t" \
#inst" $f20, $f20, $f22" "\n\t" \
"cfc1 %0, $31" "\n\t" \
"ctc1 $t0, $31" "\n\t" \
+ ".set pop" "\n\t" \
: "=r" (ret) \
: "r" (loFsVal), "r" (loFtVal), "r" (fcsr) \
: "t0", "$f20", "$f22" \
);
#define ASM_VOLATILE_BINARY32_DOUBLE(inst) \
- __asm__ volatile("cfc1 $t0, $31" "\n\t" \
- "ctc1 %5, $31" "\n\t" \
- "mtc1 %1, $f20" "\n\t" \
- "mtc1 %2, $f21" "\n\t" \
- "mtc1 %3, $f22" "\n\t" \
- "mtc1 %4, $f23" "\n\t" \
+ __asm__ volatile(".set push" "\n\t" \
+ ".set hardfloat" "\n\t" \
+ "cfc1 $t0, $31" "\n\t" \
+ "ctc1 %3, $31" "\n\t" \
+ "ldc1 $f20, 0(%1)" "\n\t" \
+ "ldc1 $f22, 0(%2)" "\n\t" \
#inst" $f20, $f20, $f22" "\n\t" \
"cfc1 %0, $31" "\n\t" \
"ctc1 $t0, $31" "\n\t" \
+ ".set pop" "\n\t" \
: "=r" (ret) \
- : "r" (loFsVal), "r" (hiFsVal), "r" (loFtVal), \
- "r" (hiFtVal), "r" (fcsr) \
+ : "r" (&fsVal), "r" (&ftVal), "r" (fcsr) \
: "t0", "$f20", "$f21", "$f22", "$f23" \
);
#define ASM_VOLATILE_BINARY64(inst) \
- __asm__ volatile("cfc1 $t0, $31" "\n\t" \
+ __asm__ volatile(".set push" "\n\t" \
+ ".set hardfloat" "\n\t" \
+ "cfc1 $t0, $31" "\n\t" \
"ctc1 %3, $31" "\n\t" \
"ldc1 $f24, 0(%1)" "\n\t" \
"ldc1 $f26, 0(%2)" "\n\t" \
#inst" $f24, $f24, $f26" "\n\t" \
"cfc1 %0, $31" "\n\t" \
"ctc1 $t0, $31" "\n\t" \
+ ".set pop" "\n\t" \
: "=r" (ret) \
: "r" (&(addr[fs])), "r" (&(addr[ft])), "r" (fcsr) \
: "t0", "$f24", "$f26" \
@@ -1217,6 +573,8 @@
loFtVal = (UInt)addr[ft*2];
hiFtVal = (UInt)addr[ft*2+2];
#endif
+ ULong fsVal = ((ULong) hiFsVal) << 32 | loFsVal;
+ ULong ftVal = ((ULong) hiFtVal) << 32 | loFtVal;
UInt fcsr = guest_state->guest_FCSR;
switch (inst) {
case ROUNDWD:
diff --git a/VEX/priv/guest_mips_toIR.c b/VEX/priv/guest_mips_toIR.c
index b72d314..776e6c5 100644
--- a/VEX/priv/guest_mips_toIR.c
+++ b/VEX/priv/guest_mips_toIR.c
@@ -1429,8 +1429,8 @@
IRTemp t4 = newTemp(Ity_I32);
IRTemp t5 = newTemp(Ity_I64);
- assign(t0, getFReg(dregNo));
- assign(t1, getFReg(dregNo + 1));
+ assign(t0, getFReg(dregNo & (~1)));
+ assign(t1, getFReg(dregNo | 1));
assign(t3, unop(Iop_ReinterpF32asI32, mkexpr(t0)));
assign(t4, unop(Iop_ReinterpF32asI32, mkexpr(t1)));
@@ -1467,8 +1467,8 @@
assign(t6, unop(Iop_ReinterpF64asI64, mkexpr(t1)));
assign(t4, unop(Iop_64HIto32, mkexpr(t6))); /* hi */
assign(t5, unop(Iop_64to32, mkexpr(t6))); /* lo */
- putFReg(dregNo, unop(Iop_ReinterpI32asF32, mkexpr(t5)));
- putFReg(dregNo + 1, unop(Iop_ReinterpI32asF32, mkexpr(t4)));
+ putFReg(dregNo & (~1), unop(Iop_ReinterpI32asF32, mkexpr(t5)));
+ putFReg(dregNo | 1, unop(Iop_ReinterpI32asF32, mkexpr(t4)));
}
}
@@ -12228,28 +12228,39 @@
case 0x11: { /* COP1 */
if (fmt == 0x3 && fd == 0 && function == 0) { /* MFHC1 */
DIP("mfhc1 r%u, f%u", rt, fs);
- if (fp_mode64) {
- t0 = newTemp(Ity_I64);
- t1 = newTemp(Ity_I32);
- assign(t0, unop(Iop_ReinterpF64asI64, getDReg(fs)));
- assign(t1, unop(Iop_64HIto32, mkexpr(t0)));
- putIReg(rt, mkWidenFrom32(ty, mkexpr(t1), True));
- } else {
- ILLEGAL_INSTRUCTON;
+ if (VEX_MIPS_CPU_HAS_MIPS32R2(archinfo->hwcaps)) {
+ if (fp_mode64) {
+ t0 = newTemp(Ity_I64);
+ t1 = newTemp(Ity_I32);
+ assign(t0, unop(Iop_ReinterpF64asI64, getDReg(fs)));
+ assign(t1, unop(Iop_64HIto32, mkexpr(t0)));
+ putIReg(rt, mkWidenFrom32(ty, mkexpr(t1), True));
+ break;
+ } else {
+ putIReg(rt, mkWidenFrom32(ty, unop(Iop_ReinterpF32asI32,
+ getFReg(fs | 1)), True));
+ break;
+ }
}
+ ILLEGAL_INSTRUCTON;
break;
} else if (fmt == 0x7 && fd == 0 && function == 0) { /* MTHC1 */
DIP("mthc1 r%u, f%u", rt, fs);
- if (fp_mode64) {
- t0 = newTemp(Ity_I64);
- assign(t0, binop(Iop_32HLto64, getIReg(rt),
- unop(Iop_ReinterpF32asI32,
- getLoFromF64(Ity_F64 /* 32FPR mode. */,
- getDReg(fs)))));
- putDReg(fs, unop(Iop_ReinterpI64asF64, mkexpr(t0)));
- } else {
- ILLEGAL_INSTRUCTON;
+ if (VEX_MIPS_CPU_HAS_MIPS32R2(archinfo->hwcaps)) {
+ if (fp_mode64) {
+ t0 = newTemp(Ity_I64);
+ assign(t0, binop(Iop_32HLto64, mkNarrowTo32(ty, getIReg(rt)),
+ unop(Iop_ReinterpF32asI32,
+ getLoFromF64(Ity_F64, getDReg(fs)))));
+ putDReg(fs, unop(Iop_ReinterpI64asF64, mkexpr(t0)));
+ break;
+ } else {
+ putFReg(fs | 1, unop(Iop_ReinterpI32asF32,
+ mkNarrowTo32(ty, getIReg(rt))));
+ break;
+ }
}
+ ILLEGAL_INSTRUCTON;
break;
} else if (fmt == 0x8) { /* BC */
/* FcConditionalCode(bc1_cc) */
@@ -12525,55 +12536,25 @@
switch (fmt) {
case 0x10: /* S */
DIP("movn.s f%u, f%u, r%u", fd, fs, rt);
- t1 = newTemp(Ity_F64);
- t2 = newTemp(Ity_F64);
- t3 = newTemp(Ity_I1);
- t4 = newTemp(Ity_F64);
- if (mode64) {
- assign(t1, getFReg(fs));
- assign(t2, getFReg(fd));
- assign(t3, binop(Iop_CmpNE64, mkU64(0), getIReg(rt)));
- } else {
- if (fp_mode64) {
- assign(t1, getFReg(fs));
- assign(t2, getFReg(fd));
- assign(t3, binop(Iop_CmpNE32, mkU32(0), getIReg(rt)));
- } else {
- assign(t1, unop(Iop_F32toF64, getFReg(fs)));
- assign(t2, unop(Iop_F32toF64, getFReg(fd)));
- assign(t3, binop(Iop_CmpNE32, mkU32(0), getIReg(rt)));
- }
- }
+ t1 = newTemp(Ity_I1);
- assign(t4, IRExpr_ITE(mkexpr(t3), mkexpr(t1), mkexpr(t2)));
- if (fp_mode64) {
- IRTemp f = newTemp(Ity_F64);
- IRTemp fd_hi = newTemp(Ity_I32);
- t5 = newTemp(Ity_I64);
- assign(f, getFReg(fd));
- assign(fd_hi, unop(Iop_64HIto32, unop(Iop_ReinterpF64asI64,
- mkexpr(f))));
+ if (mode64)
+ assign(t1, binop(Iop_CmpNE64, mkU64(0), getIReg(rt)));
+ else
+ assign(t1, binop(Iop_CmpNE32, mkU32(0), getIReg(rt)));
- assign(t5, mkWidenFrom32(Ity_I64, unop(Iop_64to32,
- unop(Iop_ReinterpF64asI64, mkexpr(t4))), True));
-
- putFReg(fd, unop (Iop_ReinterpI64asF64, mkexpr(t5)));
- } else
- putFReg(fd, binop(Iop_F64toF32, get_IR_roundingmode(),
- mkexpr(t4)));
+ putFReg(fd, IRExpr_ITE(mkexpr(t1), getFReg(fs), getFReg(fd)));
break;
case 0x11: /* D */
DIP("movn.d f%u, f%u, r%u", fd, fs, rt);
-
- t3 = newTemp(Ity_I1);
- t4 = newTemp(Ity_F64);
+ t1 = newTemp(Ity_I1);
if (mode64)
- assign(t3, binop(Iop_CmpNE64, mkU64(0), getIReg(rt)));
+ assign(t1, binop(Iop_CmpNE64, mkU64(0), getIReg(rt)));
else
- assign(t3, binop(Iop_CmpNE32, mkU32(0), getIReg(rt)));
+ assign(t1, binop(Iop_CmpNE32, mkU32(0), getIReg(rt)));
- putDReg(fd, IRExpr_ITE(mkexpr(t3), getDReg(fs), getDReg(fd)));
+ putDReg(fd, IRExpr_ITE(mkexpr(t1), getDReg(fs), getDReg(fd)));
break;
default:
goto decode_failure;
@@ -12584,51 +12565,25 @@
switch (fmt) {
case 0x10: /* S */
DIP("movz.s f%u, f%u, r%u", fd, fs, rt);
+ t1 = newTemp(Ity_I1);
- t1 = newTemp(Ity_F64);
- t2 = newTemp(Ity_F64);
- t3 = newTemp(Ity_I1);
- t4 = newTemp(Ity_F64);
- if (fp_mode64) {
- assign(t1, getFReg(fs));
- assign(t2, getFReg(fd));
- if (mode64)
- assign(t3, binop(Iop_CmpEQ64, mkU64(0), getIReg(rt)));
- else
- assign(t3, binop(Iop_CmpEQ32, mkU32(0), getIReg(rt)));
- } else {
- assign(t1, unop(Iop_F32toF64, getFReg(fs)));
- assign(t2, unop(Iop_F32toF64, getFReg(fd)));
- assign(t3, binop(Iop_CmpEQ32, mkU32(0), getIReg(rt)));
- }
- assign(t4, IRExpr_ITE(mkexpr(t3), mkexpr(t1), mkexpr(t2)));
+ if (mode64)
+ assign(t1, binop(Iop_CmpEQ64, mkU64(0), getIReg(rt)));
+ else
+ assign(t1, binop(Iop_CmpEQ32, mkU32(0), getIReg(rt)));
- if (fp_mode64) {
- IRTemp f = newTemp(Ity_F64);
- IRTemp fd_hi = newTemp(Ity_I32);
- t7 = newTemp(Ity_I64);
- assign(f, getFReg(fd));
- assign(fd_hi, unop(Iop_64HIto32,
- unop(Iop_ReinterpF64asI64, mkexpr(f))));
- assign(t7, mkWidenFrom32(Ity_I64, unop(Iop_64to32,
- unop(Iop_ReinterpF64asI64, mkexpr(t4))), True));
-
- putFReg(fd, unop(Iop_ReinterpI64asF64, mkexpr(t7)));
- } else
- putFReg(fd, binop(Iop_F64toF32, get_IR_roundingmode(),
- mkexpr(t4)));
-
+ putFReg(fd, IRExpr_ITE(mkexpr(t1), getFReg(fs), getFReg(fd)));
break;
case 0x11: /* D */
DIP("movz.d f%u, f%u, r%u", fd, fs, rt);
- t3 = newTemp(Ity_I1);
- t4 = newTemp(Ity_F64);
- if (mode64)
- assign(t3, binop(Iop_CmpEQ64, mkU64(0), getIReg(rt)));
- else
- assign(t3, binop(Iop_CmpEQ32, mkU32(0), getIReg(rt)));
+ t1 = newTemp(Ity_I1);
- putDReg(fd, IRExpr_ITE(mkexpr(t3), getDReg(fs), getDReg(fd)));
+ if (mode64)
+ assign(t1, binop(Iop_CmpEQ64, mkU64(0), getIReg(rt)));
+ else
+ assign(t1, binop(Iop_CmpEQ32, mkU32(0), getIReg(rt)));
+
+ putDReg(fd, IRExpr_ITE(mkexpr(t1), getDReg(fs), getDReg(fd)));
break;
default:
goto decode_failure;
@@ -12829,13 +12784,14 @@
putFReg(fs, mkWidenFromF32(tyF, mkexpr(t1)));
} else
- putFReg(fs, unop(Iop_ReinterpI32asF32, getIReg(rt)));
+ putFReg(fs, unop(Iop_ReinterpI32asF32,
+ mkNarrowTo32(ty, getIReg(rt))));
break;
case 0x5: /* Doubleword Move to Floating Point DMTC1; MIPS64 */
DIP("dmtc1 r%u, f%u", rt, fs);
vassert(mode64);
- putFReg(fs, unop(Iop_ReinterpI64asF64, getIReg(rt)));
+ putDReg(fs, unop(Iop_ReinterpI64asF64, getIReg(rt)));
break;
case 0x0: /* MFC1 */
@@ -12847,13 +12803,15 @@
assign(t1, unop(Iop_64to32, mkexpr(t0)));
putIReg(rt, mkWidenFrom32(ty, mkexpr(t1), True));
} else
- putIReg(rt, unop(Iop_ReinterpF32asI32, getFReg(fs)));
+ putIReg(rt, mkWidenFrom32(ty,
+ unop(Iop_ReinterpF32asI32, getFReg(fs)),
+ True));
break;
case 0x1: /* Doubleword Move from Floating Point DMFC1;
MIPS64 */
DIP("dmfc1 r%u, f%u", rt, fs);
- putIReg(rt, unop(Iop_ReinterpF64asI64, getFReg(fs)));
+ putIReg(rt, unop(Iop_ReinterpF64asI64, getDReg(fs)));
break;
case 0x6: /* CTC1 */
@@ -13434,60 +13392,20 @@
}
}
break; /* COP1 */
- case 0x10: /* COP0 */
- if (rs == 0) { /* MFC0 */
- DIP("mfc0 r%u, r%u, %u", rt, rd, sel);
- IRTemp val = newTemp(Ity_I32);
- IRExpr** args = mkIRExprVec_3 (IRExpr_BBPTR(), mkU32(rd), mkU32(sel));
- IRDirty *d = unsafeIRDirty_1_N(val,
- 0,
- "mips32_dirtyhelper_mfc0",
- &mips32_dirtyhelper_mfc0,
- args);
- stmt(IRStmt_Dirty(d));
- putIReg(rt, mkexpr(val));
- } else if (rs == 1) {
- /* Doubleword Move from Coprocessor 0 - DMFC0; MIPS64 */
- DIP("dmfc0 r%u, r%u, %u", rt, rd, sel);
- IRTemp val = newTemp(Ity_I64);
- IRExpr** args = mkIRExprVec_3 (IRExpr_BBPTR(), mkU64(rd), mkU64(sel));
- IRDirty *d = unsafeIRDirty_1_N(val,
- 0,
- "mips64_dirtyhelper_dmfc0",
- &mips64_dirtyhelper_dmfc0,
- args);
- stmt(IRStmt_Dirty(d));
- putDReg(rt, mkexpr(val));
- } else
- goto decode_failure;
- break;
case 0x31: /* LWC1 */
/* Load Word to Floating Point - LWC1 (MIPS32) */
DIP("lwc1 f%u, %u(r%u)", ft, imm, rs);
+ LOAD_STORE_PATTERN;
if (fp_mode64) {
- t1 = newTemp(Ity_F32);
+ t0 = newTemp(Ity_F32);
t2 = newTemp(Ity_I64);
- if (mode64) {
- t0 = newTemp(Ity_I64);
- /* new LO */
- assign(t0, binop(Iop_Add64, getIReg(rs),
- mkU64(extend_s_16to64(imm))));
- } else {
- t0 = newTemp(Ity_I32);
- /* new LO */
- assign(t0, binop(Iop_Add32, getIReg(rs),
- mkU32(extend_s_16to32(imm))));
- }
- assign(t1, load(Ity_F32, mkexpr(t0)));
+ assign(t0, load(Ity_F32, mkexpr(t1)));
assign(t2, mkWidenFrom32(Ity_I64, unop(Iop_ReinterpF32asI32,
- mkexpr(t1)), True));
+ mkexpr(t0)), True));
putDReg(ft, unop(Iop_ReinterpI64asF64, mkexpr(t2)));
} else {
- t0 = newTemp(Ity_I32);
- assign(t0, binop(Iop_Add32, getIReg(rs),
- mkU32(extend_s_16to32(imm))));
- putFReg(ft, load(Ity_F32, mkexpr(t0)));
+ putFReg(ft, load(Ity_F32, mkexpr(t1)));
}
break;
@@ -13580,16 +13498,14 @@
case 0x0: { /* LWXC1 */
/* Load Word Indexed to Floating Point - LWXC1 (MIPS32r2) */
DIP("lwxc1 f%u, r%u(r%u)", fd, rt, rs);
+ t2 = newTemp(ty);
+ assign(t2, binop(mode64 ? Iop_Add64 : Iop_Add32, getIReg(rs),
+ getIReg(rt)));
if (fp_mode64) {
t0 = newTemp(Ity_I64);
t1 = newTemp(Ity_I32);
t3 = newTemp(Ity_F32);
t4 = newTemp(Ity_I64);
-
- t2 = newTemp(ty);
- /* new LO */
- assign(t2, binop(mode64 ? Iop_Add64 : Iop_Add32, getIReg(rs),
- getIReg(rt)));
assign(t3, load(Ity_F32, mkexpr(t2)));
assign(t4, mkWidenFrom32(Ity_I64, unop(Iop_ReinterpF32asI32,
@@ -13597,9 +13513,7 @@
putFReg(fd, unop(Iop_ReinterpI64asF64, mkexpr(t4)));
} else {
- t0 = newTemp(Ity_I32);
- assign(t0, binop(Iop_Add32, getIReg(rs), getIReg(rt)));
- putFReg(fd, load(Ity_F32, mkexpr(t0)));
+ putFReg(fd, load(Ity_F32, mkexpr(t2)));
}
break;
}
@@ -13607,90 +13521,70 @@
case 0x1: { /* LDXC1 */
/* Load Doubleword Indexed to Floating Point
LDXC1 (MIPS32r2 and MIPS64) */
- if (fp_mode64) {
- DIP("ldxc1 f%u, r%u(r%u)", fd, rt, rs);
- t0 = newTemp(ty);
- assign(t0, binop(mode64 ? Iop_Add64 : Iop_Add32, getIReg(rs),
- getIReg(rt)));
- putFReg(fd, load(Ity_F64, mkexpr(t0)));
- break;
- } else {
- t0 = newTemp(Ity_I32);
- assign(t0, binop(Iop_Add32, getIReg(rs), getIReg(rt)));
-
- t1 = newTemp(Ity_I32);
- assign(t1, binop(Iop_Add32, mkexpr(t0), mkU32(4)));
-
-#if defined (_MIPSEL)
- putFReg(fd, load(Ity_F32, mkexpr(t0)));
- putFReg(fd + 1, load(Ity_F32, mkexpr(t1)));
-#elif defined (_MIPSEB)
- putFReg(fd + 1, load(Ity_F32, mkexpr(t0)));
- putFReg(fd, load(Ity_F32, mkexpr(t1)));
-#endif
- break;
- }
+ DIP("ldxc1 f%u, r%u(r%u)", fd, rt, rs);
+ t0 = newTemp(ty);
+ assign(t0, binop(mode64 ? Iop_Add64 : Iop_Add32, getIReg(rs),
+ getIReg(rt)));
+ putDReg(fd, load(Ity_F64, mkexpr(t0)));
+ break;
}
case 0x5: /* Load Doubleword Indexed Unaligned to Floating Point - LUXC1;
- MIPS32r2 */
+ MIPS32r2 and MIPS64 */
DIP("luxc1 f%u, r%u(r%u)", fd, rt, rs);
- t0 = newTemp(Ity_I64);
- t1 = newTemp(Ity_I64);
- assign(t0, binop(Iop_Add64, getIReg(rs), getIReg(rt)));
- assign(t1, binop(Iop_And64, mkexpr(t0),
- mkU64(0xfffffffffffffff8ULL)));
- putFReg(fd, load(Ity_F64, mkexpr(t1)));
+ if ((mode64 || VEX_MIPS_CPU_HAS_MIPS32R2(archinfo->hwcaps))
+ && fp_mode64) {
+ t0 = newTemp(ty);
+ t1 = newTemp(ty);
+ assign(t0, binop(mode64 ? Iop_Add64 : Iop_Add32,
+ getIReg(rs), getIReg(rt)));
+ assign(t1, binop(mode64 ? Iop_And64 : Iop_And32,
+ mkexpr(t0),
+ mode64 ? mkU64(0xfffffffffffffff8ULL)
+ : mkU32(0xfffffff8ULL)));
+ putFReg(fd, load(Ity_F64, mkexpr(t1)));
+ } else {
+ ILLEGAL_INSTRUCTON;
+ }
break;
case 0x8: { /* Store Word Indexed from Floating Point - SWXC1 */
DIP("swxc1 f%u, r%u(r%u)", ft, rt, rs);
+ t0 = newTemp(ty);
+ assign(t0, binop(mode64 ? Iop_Add64 : Iop_Add32, getIReg(rs),
+ getIReg(rt)));
if (fp_mode64) {
- t0 = newTemp(ty);
- assign(t0, binop(mode64 ? Iop_Add64 : Iop_Add32, getIReg(rs),
- getIReg(rt)));
store(mkexpr(t0), getLoFromF64(tyF, getFReg(fs)));
-
} else {
- t0 = newTemp(Ity_I32);
- assign(t0, binop(Iop_Add32, getIReg(rs), getIReg(rt)));
-
store(mkexpr(t0), getFReg(fs));
}
break;
}
case 0x9: { /* Store Doubleword Indexed from Floating Point - SDXC1 */
- DIP("sdc1 f%u, %u(%u)", ft, imm, rs);
- if (fp_mode64) {
- t0 = newTemp(ty);
- assign(t0, binop(mode64 ? Iop_Add64 : Iop_Add32, getIReg(rs),
- getIReg(rt)));
- store(mkexpr(t0), getFReg(fs));
- } else {
- t0 = newTemp(Ity_I32);
- assign(t0, binop(Iop_Add32, getIReg(rs), getIReg(rt)));
-
- t1 = newTemp(Ity_I32);
- assign(t1, binop(Iop_Add32, mkexpr(t0), mkU32(4)));
-
-#if defined (_MIPSEL)
- store(mkexpr(t0), getFReg(fs));
- store(mkexpr(t1), getFReg(fs + 1));
-#elif defined (_MIPSEB)
- store(mkexpr(t0), getFReg(fs + 1));
- store(mkexpr(t1), getFReg(fs));
-#endif
- }
+ DIP("sdxc1 f%u, r%u(r%u)", fs, rt, rs);
+ t0 = newTemp(ty);
+ assign(t0, binop(mode64 ? Iop_Add64 : Iop_Add32, getIReg(rs),
+ getIReg(rt)));
+ store(mkexpr(t0), getDReg(fs));
break;
}
case 0xD: /* Store Doubleword Indexed Unaligned from Floating Point -
SUXC1; MIPS64 MIPS32r2 */
DIP("suxc1 f%u, r%u(r%u)", fd, rt, rs);
- t0 = newTemp(Ity_I64);
- t1 = newTemp(Ity_I64);
- assign(t0, binop(Iop_Add64, getIReg(rs), getIReg(rt)));
- assign(t1, binop(Iop_And64, mkexpr(t0), mkU64(0xfffffffffffffff8ULL)));
- store(mkexpr(t1), getFReg(fs));
+ if ((mode64 || VEX_MIPS_CPU_HAS_MIPS32R2(archinfo->hwcaps))
+ && fp_mode64) {
+ t0 = newTemp(ty);
+ t1 = newTemp(ty);
+ assign(t0, binop(mode64 ? Iop_Add64 : Iop_Add32,
+ getIReg(rs), getIReg(rt)));
+ assign(t1, binop(mode64 ? Iop_And64 : Iop_And32,
+ mkexpr(t0),
+ mode64 ? mkU64(0xfffffffffffffff8ULL)
+ : mkU32(0xfffffff8ULL)));
+ store(mkexpr(t1), getFReg(fs));
+ } else {
+ ILLEGAL_INSTRUCTON;
+ }
break;
case 0x0F: {
@@ -17289,10 +17183,7 @@
vassert(guest_arch == VexArchMIPS32 || guest_arch == VexArchMIPS64);
mode64 = guest_arch != VexArchMIPS32;
-#if (__mips_fpr==64)
- fp_mode64 = ((VEX_MIPS_REV(archinfo->hwcaps) == VEX_PRID_CPU_32FPR)
- || guest_arch == VexArchMIPS64);
-#endif
+ fp_mode64 = abiinfo->guest_mips_fp_mode64;
guest_code = guest_code_IN;
irsb = irsb_IN;
diff --git a/VEX/priv/guest_ppc_defs.h b/VEX/priv/guest_ppc_defs.h
index f2cf7c7..008418d 100644
--- a/VEX/priv/guest_ppc_defs.h
+++ b/VEX/priv/guest_ppc_defs.h
@@ -147,7 +147,16 @@
/* --- CLEAN HELPERS --- */
-/* none, right now */
+extern ULong is_BCDstring128_helper( ULong Signed, ULong hi64, ULong low64 );
+extern ULong increment_BCDstring32_helper( ULong Signed,
+ ULong bcd_string, ULong carry_in );
+extern ULong convert_to_zoned_helper( ULong src_hi, ULong src_low,
+ ULong upper_byte,
+ ULong return_upper );
+extern ULong convert_to_national_helper( ULong src, ULong return_upper );
+extern ULong convert_from_zoned_helper( ULong src_hi, ULong src_low );
+extern ULong convert_from_national_helper( ULong src_hi, ULong src_low );
+
/* --- DIRTY HELPERS --- */
diff --git a/VEX/priv/guest_ppc_helpers.c b/VEX/priv/guest_ppc_helpers.c
index a94bdad..0a4a31c 100644
--- a/VEX/priv/guest_ppc_helpers.c
+++ b/VEX/priv/guest_ppc_helpers.c
@@ -216,6 +216,221 @@
}
+/*---------------------------------------------------------------*/
+/*--- Misc BCD clean helpers. ---*/
+/*---------------------------------------------------------------*/
+
+/* NOTE, the clean and dirty helpers need to called using the
+ * fnptr_to_fnentry() function wrapper to handle the Big Endian
+ * pointer-to-function ABI and the Little Endian ABI.
+ */
+
+/* This C-helper takes a 128-bit BCD value as two 64-bit pieces.
+ * It checks the string to see if it is a valid 128-bit BCD value.
+ * A valid BCD value has a sign value in bits [3:0] between 0xA
+ * and 0xF inclusive. each of the BCD digits represented as a 4-bit
+ * hex number in bits BCD value[128:4] mut be between 0 and 9
+ * inclusive. Returns an unsigned 64-bit value if valid.
+ */
+ULong is_BCDstring128_helper( ULong Signed, ULong bcd_string_hi,
+ ULong bcd_string_low ) {
+ Int i;
+ ULong valid_bcd, sign_valid = False;
+ ULong digit;
+ UInt sign;
+
+ if ( Signed == True ) {
+ sign = bcd_string_low & 0xF;
+ if( ( sign >= 0xA ) && ( sign <= 0xF ) )
+ sign_valid = True;
+
+ /* Change the sign digit to a zero
+ * so the for loop below works the same
+ * for signed and unsigned BCD stings
+ */
+ bcd_string_low &= 0xFFFFFFFFFFFFFFF0ULL;
+
+ } else {
+ sign_valid = True; /* set sign to True so result is only
+ based on the validity of the digits */
+ }
+
+ valid_bcd = True; // Assume true to start
+ for( i = 0; i < 32; i++ ) {
+ /* check high and low 64-bit strings in parallel */
+ digit = bcd_string_low & 0xF;
+ if ( digit > 0x9 )
+ valid_bcd = False;
+ bcd_string_low = bcd_string_low >> 4;
+
+ digit = bcd_string_hi & 0xF;
+ if ( digit > 0x9 )
+ valid_bcd = False;
+ bcd_string_hi = bcd_string_hi >> 4;
+ }
+
+ return valid_bcd & sign_valid;
+}
+
+/* This clean helper takes a signed 32-bit BCD value and a carry in
+ * and adds 1 to the value of the BCD value. The BCD value is passed
+ * in as a single 64-bit value. The incremented value is returned in
+ * the lower 32 bits of the result. If the input was signed the sign of
+ * the result is the same as the input. The carry out is returned in
+ * bits [35:32] of the result.
+ */
+ULong increment_BCDstring32_helper( ULong Signed,
+ ULong bcd_string, ULong carry_in ) {
+ UInt i, num_digits = 8;
+ ULong bcd_value, result = 0;
+ ULong carry, digit, new_digit;
+
+ carry = carry_in;
+
+ if ( Signed == True ) {
+ bcd_value = bcd_string >> 4; /* remove sign */
+ num_digits = num_digits - 1;
+ } else {
+ bcd_value = bcd_string;
+ }
+
+ for( i = 0; i < num_digits; i++ ) {
+ digit = bcd_value & 0xF;
+ bcd_value = bcd_value >> 4;
+ new_digit = digit + carry;
+
+ if ( new_digit > 10 ) {
+ carry = 1;
+ new_digit = new_digit - 10;
+
+ } else {
+ carry = 0;
+ }
+ result = result | (new_digit << (i*4) );
+ }
+
+ if ( Signed == True ) {
+ result = ( carry << 32) | ( result << 4 ) | ( bcd_string & 0xF );
+ } else {
+ result = ( carry << 32) | result;
+ }
+
+ return result;
+}
+
+/*---------------------------------------------------------------*/
+/*--- Misc packed decimal clean helpers. ---*/
+/*---------------------------------------------------------------*/
+
+/* This C-helper takes a 64-bit packed decimal value stored in a
+ * 64-bit value. It converts the zoned decimal format. The lower
+ * byte may contain a sign value, set it to zero. If return_upper
+ * is zero, return lower 64 bits of result, otherwise return upper
+ * 64 bits of the result.
+ */
+ULong convert_to_zoned_helper( ULong src_hi, ULong src_low,
+ ULong upper_byte, ULong return_upper ) {
+ UInt i, sh;
+ ULong tmp = 0, new_value;
+
+ /* Remove the sign from the source. Put in the upper byte of result.
+ * Sign inserted later.
+ */
+ if ( return_upper == 0 ) { /* return lower 64-bit result */
+ for(i = 0; i < 7; i++) {
+ sh = ( 8 - i ) * 4;
+ new_value = ( ( src_low >> sh ) & 0xf ) | upper_byte;
+ tmp = tmp | ( new_value << ( ( 7 - i ) * 8 ) );
+ }
+
+ } else {
+ /* Byte for i=0 is in upper 64-bit of the source, do it separately */
+ new_value = ( src_hi & 0xf ) | upper_byte;
+ tmp = tmp | new_value << 56;
+
+ for( i = 1; i < 8; i++ ) {
+ sh = ( 16 - i ) * 4;
+ new_value = ( ( src_low >> sh ) & 0xf ) | upper_byte;
+ tmp = tmp | ( new_value << ( ( 7 - i ) * 8 ) );
+ }
+ }
+ return tmp;
+}
+
+/* This C-helper takes the lower 64-bits of the 128-bit packed decimal
+ * src value. It converts the src value to a 128-bit national format.
+ * If return_upper is zero, the helper returns lower 64 bits of result,
+ * otherwise it returns the upper 64-bits of the result.
+ */
+ULong convert_to_national_helper( ULong src, ULong return_upper ) {
+
+ UInt i;
+ UInt sh = 3, max = 4, min = 0; /* initialize max, min for return upper */
+ ULong tmp = 0, new_value;
+
+ if ( return_upper == 0 ) { /* return lower 64-bit result */
+ min = 4;
+ max = 7;
+ sh = 7;
+ }
+
+ for( i = min; i < max; i++ ) {
+ new_value = ( ( src >> ( ( 7 - i ) * 4 ) ) & 0xf ) | 0x0030;
+ tmp = tmp | ( new_value << ( ( sh - i ) * 16 ) );
+ }
+ return tmp;
+}
+
+/* This C-helper takes a 128-bit zoned value stored in a 128-bit
+ * value. It converts it to the packed 64-bit decimal format without a
+ * a sign value. The sign is supposed to be in bits [3:0] and the packed
+ * value in bits [67:4]. This helper leaves it to the caller to put the
+ * result into a V128 and shift the returned value over and put the sign
+ * in.
+ */
+ULong convert_from_zoned_helper( ULong src_hi, ULong src_low ) {
+ UInt i;
+ ULong tmp = 0, nibble;
+
+ /* Unroll the i = 0 iteration so the sizes of the loop for the upper
+ * and lower extraction match. Skip sign in lease significant byte.
+ */
+ nibble = ( src_hi >> 56 ) & 0xF;
+ tmp = tmp | ( nibble << 60 );
+
+ for( i = 1; i < 8; i++ ) {
+ /* get the high nibbles, put into result */
+ nibble = ( src_hi >> ( ( 7 - i ) * 8 ) ) & 0xF;
+ tmp = tmp | ( nibble << ( ( 15 - i ) * 4 ) );
+
+ /* get the low nibbles, put into result */
+ nibble = ( src_low >> ( ( 8 - i ) * 8 ) ) & 0xF;
+ tmp = tmp | ( nibble << ( ( 8 - i ) * 4 ) );
+ }
+ return tmp;
+}
+
+/* This C-helper takes a 128-bit national value stored in a 128-bit
+ * value. It converts it to a signless packed 64-bit decimal format.
+ */
+ULong convert_from_national_helper( ULong src_hi, ULong src_low ) {
+ UInt i;
+ ULong tmp = 0, hword;
+
+ src_low = src_low & 0xFFFFFFFFFFFFFFF0ULL; /* remove the sign */
+
+ for( i = 0; i < 4; i++ ) {
+ /* get the high half-word, put into result */
+ hword = ( src_hi >> ( ( 3 - i ) * 16 ) ) & 0xF;
+ tmp = tmp | ( hword << ( ( 7 - i ) * 4 ) );
+
+ /* get the low half-word, put into result */
+ hword = ( src_low >> ( ( 3 - i ) * 16 ) ) & 0xF;
+ tmp = tmp | ( hword << ( ( 3 - i ) * 4 ) );
+ }
+ return tmp;
+}
+
/*----------------------------------------------*/
/*--- The exported fns .. ---*/
/*----------------------------------------------*/
@@ -500,7 +715,7 @@
vex_state->guest_FPROUND = PPCrm_NEAREST;
vex_state->guest_DFPROUND = PPCrm_NEAREST;
- vex_state->pad1 = 0;
+ vex_state->guest_C_FPCC = 0;
vex_state->pad2 = 0;
vex_state->guest_VRSAVE = 0;
@@ -667,7 +882,7 @@
vex_state->guest_FPROUND = PPCrm_NEAREST;
vex_state->guest_DFPROUND = PPCrm_NEAREST;
- vex_state->pad1 = 0;
+ vex_state->guest_C_FPCC = 0;
vex_state->pad2 = 0;
vex_state->guest_VRSAVE = 0;
@@ -820,7 +1035,7 @@
/* Describe any sections to be regarded by Memcheck as
'always-defined'. */
- .n_alwaysDefd = 11,
+ .n_alwaysDefd = 12,
.alwaysDefd
= { /* 0 */ ALWAYSDEFD32(guest_CIA),
@@ -833,7 +1048,8 @@
/* 7 */ ALWAYSDEFD32(guest_NRADDR_GPR2),
/* 8 */ ALWAYSDEFD32(guest_REDIR_SP),
/* 9 */ ALWAYSDEFD32(guest_REDIR_STACK),
- /* 10 */ ALWAYSDEFD32(guest_IP_AT_SYSCALL)
+ /* 10 */ ALWAYSDEFD32(guest_IP_AT_SYSCALL),
+ /* 11 */ ALWAYSDEFD32(guest_C_FPCC)
}
};
@@ -861,7 +1077,7 @@
/* Describe any sections to be regarded by Memcheck as
'always-defined'. */
- .n_alwaysDefd = 11,
+ .n_alwaysDefd = 12,
.alwaysDefd
= { /* 0 */ ALWAYSDEFD64(guest_CIA),
@@ -874,7 +1090,8 @@
/* 7 */ ALWAYSDEFD64(guest_NRADDR_GPR2),
/* 8 */ ALWAYSDEFD64(guest_REDIR_SP),
/* 9 */ ALWAYSDEFD64(guest_REDIR_STACK),
- /* 10 */ ALWAYSDEFD64(guest_IP_AT_SYSCALL)
+ /* 10 */ ALWAYSDEFD64(guest_IP_AT_SYSCALL),
+ /* 11 */ ALWAYSDEFD64(guest_C_FPCC)
}
};
diff --git a/VEX/priv/guest_ppc_toIR.c b/VEX/priv/guest_ppc_toIR.c
index 6a0b6d8..c393740 100644
--- a/VEX/priv/guest_ppc_toIR.c
+++ b/VEX/priv/guest_ppc_toIR.c
@@ -277,6 +277,7 @@
#define OFFB_XER_BC offsetofPPCGuestState(guest_XER_BC)
#define OFFB_FPROUND offsetofPPCGuestState(guest_FPROUND)
#define OFFB_DFPROUND offsetofPPCGuestState(guest_DFPROUND)
+#define OFFB_C_FPCC offsetofPPCGuestState(guest_C_FPCC)
#define OFFB_VRSAVE offsetofPPCGuestState(guest_VRSAVE)
#define OFFB_VSCR offsetofPPCGuestState(guest_VSCR)
#define OFFB_EMNOTE offsetofPPCGuestState(guest_EMNOTE)
@@ -324,6 +325,11 @@
return IFIELD( instr, 1, 5 );
}
+/* Extract 2-bit secondary opcode, instr[1:0] */
+static UInt ifieldOPC0o2 ( UInt instr) {
+ return IFIELD( instr, 0, 2 );
+}
+
/* Extract RD (destination register) field, instr[25:21] */
static UChar ifieldRegDS( UInt instr ) {
return toUChar( IFIELD( instr, 21, 5 ) );
@@ -451,8 +457,10 @@
PPC_GST_MAX
} PPC_GST;
-#define MASK_FPSCR_RN 0x3ULL // Binary floating point rounding mode
-#define MASK_FPSCR_DRN 0x700000000ULL // Decimal floating point rounding mode
+#define MASK_FPSCR_RN 0x3ULL // Binary floating point rounding mode
+#define MASK_FPSCR_DRN 0x700000000ULL // Decimal floating point rounding mode
+#define MASK_FPSCR_C_FPCC 0x1F000ULL // Floating-Point Condition code FPCC
+
#define MASK_VSCR_VALID 0x00010001
@@ -628,6 +636,8 @@
return IRExpr_RdTmp(tmp);
}
+#define mkU1(_n) IRExpr_Const(IRConst_U1(_n))
+
static IRExpr* mkU8 ( UChar i )
{
return IRExpr_Const(IRConst_U8(i));
@@ -688,6 +698,44 @@
unop(Iop_1Uto32, arg2)));
}
+static inline IRExpr* mkXOr4_32( IRTemp t0, IRTemp t1, IRTemp t2,
+ IRTemp t3 )
+{
+ return binop( Iop_Xor32,
+ binop( Iop_Xor32, mkexpr( t0 ), mkexpr( t1 ) ),
+ binop( Iop_Xor32, mkexpr( t2 ), mkexpr( t3 ) ) );
+}
+
+static inline IRExpr* mkOr3_V128( IRTemp t0, IRTemp t1, IRTemp t2 )
+{
+ return binop( Iop_OrV128,
+ mkexpr( t0 ),
+ binop( Iop_OrV128, mkexpr( t1 ), mkexpr( t2 ) ) );
+}
+
+static inline IRExpr* mkOr4_V128( IRTemp t0, IRTemp t1, IRTemp t2,
+ IRTemp t3 )
+{
+ return binop( Iop_OrV128,
+ binop( Iop_OrV128, mkexpr( t0 ), mkexpr( t1 ) ),
+ binop( Iop_OrV128, mkexpr( t2 ), mkexpr( t3 ) ) );
+}
+
+static inline IRExpr* mkOr4_V128_expr( IRExpr* t0, IRExpr* t1, IRExpr* t2,
+ IRExpr* t3 )
+{
+ /* arguments are already expressions */
+ return binop( Iop_OrV128,
+ binop( Iop_OrV128, ( t0 ), ( t1 ) ),
+ binop( Iop_OrV128, ( t2 ), ( t3 ) ) );
+}
+
+static IRExpr* mkNOT1 ( IRExpr* arg1 )
+{
+ vassert(typeOfIRExpr(irsb->tyenv, arg1) == Ity_I1);
+ return unop(Iop_32to1, unop(Iop_Not32, unop(Iop_1Uto32, arg1) ) );
+}
+
/* expand V128_8Ux16 to 2x V128_16Ux8's */
static void expand8Ux16( IRExpr* vIn,
/*OUTs*/ IRTemp* vEvn, IRTemp* vOdd )
@@ -888,6 +936,20 @@
);
}
+static IRExpr* extract_field_from_vector( IRTemp vB, IRExpr* index, UInt mask)
+{
+ /* vB is a vector, extract bits starting at index to size of mask */
+ return unop( Iop_V128to64,
+ binop( Iop_AndV128,
+ binop( Iop_ShrV128,
+ mkexpr( vB ),
+ unop( Iop_64to8,
+ binop( Iop_Mul64, index,
+ mkU64( 8 ) ) ) ),
+ binop( Iop_64HLtoV128,
+ mkU64( 0x0 ),
+ mkU64( mask ) ) ) );
+}
/* Signed saturating narrow 64S to 32 */
static IRExpr* mkQNarrow64Sto32 ( IRExpr* t64 )
@@ -1444,6 +1506,21 @@
return IRExpr_Get( vectorGuestRegOffset(archreg), Ity_V128 );
}
+/* Get contents of 128-bit reg guest register */
+static IRExpr* getF128Reg ( UInt archreg )
+{
+ vassert(archreg < 64);
+ return IRExpr_Get( vectorGuestRegOffset(archreg), Ity_F128 );
+}
+
+/* Ditto, but write to a reg instead. */
+static void putF128Reg ( UInt archreg, IRExpr* e )
+{
+ vassert(archreg < 64);
+ vassert(typeOfIRExpr(irsb->tyenv, e) == Ity_F128);
+ stmt( IRStmt_Put(vectorGuestRegOffset(archreg), e) );
+}
+
/* Ditto, but write to a reg instead. */
static void putVReg ( UInt archreg, IRExpr* e )
{
@@ -1848,6 +1925,36 @@
stmt( IRStmt_Put(guestCR0offset(cr), e) );
}
+static void putC ( IRExpr* e )
+{
+ /* The assumption is that the value of the Floating-Point Result
+ * Class Descriptor bit (C) is passed in the lower four bits of a
+ * 32 bit value.
+ *
+ * Note, the C and FPCC bits which are fields in the FPSCR
+ * register are stored in their own memory location of
+ * memory. The FPCC bits are in the lower 4 bits. The C bit needs
+ * to be shifted to bit 4 in the memory location that holds C and FPCC.
+ * Note not all of the FPSCR register bits are supported. We are
+ * only writing C bit.
+ */
+ IRExpr* tmp;
+
+ vassert(typeOfIRExpr(irsb->tyenv, e) == Ity_I32);
+
+ /* Get the FPCC bit field */
+ tmp = binop( Iop_And32,
+ mkU32( 0xF ),
+ unop( Iop_8Uto32, IRExpr_Get( OFFB_C_FPCC, Ity_I8 ) ) );
+
+ stmt( IRStmt_Put( OFFB_C_FPCC,
+ unop( Iop_32to8,
+ binop( Iop_Or32, tmp,
+ binop( Iop_Shl32,
+ binop( Iop_And32, mkU32( 0x1 ), e ),
+ mkU8( 4 ) ) ) ) ) );
+}
+
static IRExpr* /* :: Ity_I8 */ getCR0 ( UInt cr )
{
vassert(cr < 8);
@@ -2012,6 +2119,73 @@
}
+static IRExpr * create_DCM ( IRType size, IRTemp NaN, IRTemp inf, IRTemp zero,
+ IRTemp dnorm, IRTemp pos)
+{
+ /* This is a general function for creating the DCM for a 32-bit or
+ 64-bit expression based on the passes size.
+ */
+ IRTemp neg;
+ IROp opAND, opOR, opSHL, opXto1, op1UtoX;
+
+ vassert( ( size == Ity_I32 ) || ( size == Ity_I64 ) );
+
+ if ( size == Ity_I32 ) {
+ opSHL = Iop_Shl32;
+ opAND = Iop_And32;
+ opOR = Iop_Or32;
+ opXto1 = Iop_32to1;
+ op1UtoX = Iop_1Uto32;
+ neg = newTemp( Ity_I32 );
+
+ } else {
+ opSHL = Iop_Shl64;
+ opAND = Iop_And64;
+ opOR = Iop_Or64;
+ opXto1 = Iop_64to1;
+ op1UtoX = Iop_1Uto64;
+ neg = newTemp( Ity_I64 );
+ }
+
+ assign( neg, unop( op1UtoX, mkNOT1( unop( opXto1,
+ mkexpr ( pos ) ) ) ) );
+
+ return binop( opOR,
+ binop( opSHL, mkexpr( NaN ), mkU8( 6 ) ),
+ binop( opOR,
+ binop( opOR,
+ binop( opOR,
+ binop( opSHL,
+ binop( opAND,
+ mkexpr( pos ),
+ mkexpr( inf ) ),
+ mkU8( 5 ) ),
+ binop( opSHL,
+ binop( opAND,
+ mkexpr( neg ),
+ mkexpr( inf ) ),
+ mkU8( 4 ) ) ),
+ binop( opOR,
+ binop( opSHL,
+ binop( opAND,
+ mkexpr( pos ),
+ mkexpr( zero ) ),
+ mkU8( 3 ) ),
+ binop( opSHL,
+ binop( opAND,
+ mkexpr( neg ),
+ mkexpr( zero ) ),
+ mkU8( 2 ) ) ) ),
+ binop( opOR,
+ binop( opSHL,
+ binop( opAND,
+ mkexpr( pos ),
+ mkexpr( dnorm ) ),
+ mkU8( 1 ) ),
+ binop( opAND,
+ mkexpr( neg ),
+ mkexpr( dnorm ) ) ) ) );
+}
/*------------------------------------------------------------*/
/*--- Helpers for XER flags. ---*/
@@ -2773,7 +2947,7 @@
}
/* Get a masked word from the given reg */
-static IRExpr* /* ::Ity_I32 */ getGST_masked ( PPC_GST reg, UInt mask )
+static IRExpr* /* ::Ity_I32 */ getGST_masked ( PPC_GST reg, ULong mask )
{
IRTemp val = newTemp(Ity_I32);
vassert( reg < PPC_GST_MAX );
@@ -2785,15 +2959,16 @@
all exceptions masked, round-to-nearest.
This corresponds to a FPSCR value of 0x0. */
- /* In the lower 32 bits of FPSCR, we're only keeping track of
- * the binary floating point rounding mode, so if the mask isn't
- * asking for this, just return 0x0.
+ /* In the lower 32 bits of FPSCR, we're keeping track of the binary
+ * floating point rounding mode and Floating-point Condition code, so
+ * if the mask isn't asking for either of these, just return 0x0.
*/
- if (mask & MASK_FPSCR_RN) {
+ if ( mask & MASK_FPSCR_RN ) {
assign( val, unop( Iop_8Uto32, IRExpr_Get( OFFB_FPROUND, Ity_I8 ) ) );
} else {
assign( val, mkU32(0x0) );
}
+
break;
}
@@ -2802,7 +2977,7 @@
vpanic("getGST_masked(ppc)");
}
- if (mask != 0xFFFFFFFF) {
+ if ( mask != 0xFFFFFFFF ) {
return binop(Iop_And32, mkexpr(val), mkU32(mask));
} else {
return mkexpr(val);
@@ -3079,6 +3254,31 @@
)
);
}
+
+ if (mask & MASK_FPSCR_C_FPCC) {
+ stmt(
+ IRStmt_Put(
+ OFFB_C_FPCC,
+ unop(
+ Iop_32to8,
+ binop(
+ Iop_Or32,
+ binop(
+ Iop_And32,
+ unop(Iop_64to32, src),
+ mkU32(MASK_FPSCR_C_FPCC & mask)
+ ),
+ binop(
+ Iop_And32,
+ unop(Iop_8Uto32, IRExpr_Get(OFFB_C_FPCC,Ity_I8)),
+ mkU32(MASK_FPSCR_C_FPCC & ~mask)
+ )
+ )
+ )
+ )
+ );
+ }
+
/* Similarly, update FPSCR.DRN if any bits of |mask|
corresponding to FPSCR.DRN are set. */
if (mask & MASK_FPSCR_DRN) {
@@ -3172,6 +3372,61 @@
}
}
+static void putFPCC ( IRExpr* e )
+{
+ /* The assumption is that the value of the FPCC are passed in the lower
+ * four bits of a 32 bit value.
+ *
+ * Note, the C and FPCC bits which are a field of the FPSCR
+ * register are stored in their own "register" in
+ * memory. The FPCC bits are in the lower 4 bits. We don't need to
+ * shift it to the bits to their location in the FPSCR register. Note,
+ * not all of the FPSCR register bits are supported. We are writing all
+ * of the bits in the FPCC field but not the C field.
+ */
+ IRExpr* tmp;
+
+ vassert( typeOfIRExpr( irsb->tyenv, e ) == Ity_I32 );
+ /* Get the C bit field */
+ tmp = binop( Iop_And32,
+ mkU32( 0x10 ),
+ unop( Iop_8Uto32, IRExpr_Get( OFFB_C_FPCC, Ity_I8 ) ) );
+
+ stmt( IRStmt_Put( OFFB_C_FPCC,
+ unop( Iop_32to8,
+ binop( Iop_Or32, tmp,
+ binop( Iop_And32, mkU32( 0xF ), e ) ) ) ) );
+
+}
+
+static IRExpr* /* ::Ity_I32 */ getC ( void )
+{
+ /* Note, the Floating-Point Result Class Descriptor (C) bit is a field of
+ * the FPSCR registered are stored in its own "register" in guest state
+ * with the FPCC bit field. C | FPCC
+ */
+ IRTemp val = newTemp(Ity_I32);
+
+ assign( val, binop( Iop_Shr32,
+ unop( Iop_8Uto32, IRExpr_Get( OFFB_C_FPCC, Ity_I8 ) ),
+ mkU8( 4 ) ) );
+ return mkexpr(val);
+}
+
+static IRExpr* /* ::Ity_I32 */ getFPCC ( void )
+{
+ /* Note, the FPCC bits are a field of the FPSCR
+ * register are stored in their own "register" in
+ * guest state with the C bit field. C | FPCC
+ */
+ IRTemp val = newTemp( Ity_I32 );
+
+ assign( val, binop( Iop_And32, unop( Iop_8Uto32,
+ IRExpr_Get( OFFB_C_FPCC, Ity_I8 ) ),
+ mkU32( 0xF ) ));
+ return mkexpr(val);
+}
+
/*------------------------------------------------------------*/
/* Helpers for VSX instructions that do floating point
* operations and need to determine if a src contains a
@@ -3184,129 +3439,497 @@
mkexpr( x ), \
mkU64( NONZERO_FRAC_MASK ) )
-// Returns exponent part of a single precision floating point as I32
-static IRExpr * fp_exp_part_sp(IRTemp src)
-{
- return binop( Iop_And32,
- binop( Iop_Shr32, mkexpr( src ), mkU8( 23 ) ),
- mkU32( 0xff ) );
-}
-
-// Returns exponent part of floating point as I32
-static IRExpr * fp_exp_part(IRTemp src, Bool sp)
-{
- IRExpr * exp;
- if (sp)
- return fp_exp_part_sp(src);
-
- if (!mode64)
- exp = binop( Iop_And32, binop( Iop_Shr32, unop( Iop_64HIto32,
- mkexpr( src ) ),
- mkU8( 20 ) ), mkU32( 0x7ff ) );
- else
- exp = unop( Iop_64to32,
- binop( Iop_And64,
- binop( Iop_Shr64, mkexpr( src ), mkU8( 52 ) ),
- mkU64( 0x7ff ) ) );
- return exp;
-}
-
-static IRExpr * is_Inf_sp(IRTemp src)
-{
- IRTemp frac_part = newTemp(Ity_I32);
- IRExpr * Inf_exp;
-
- assign( frac_part, binop( Iop_And32, mkexpr(src), mkU32(0x007fffff)) );
- Inf_exp = binop( Iop_CmpEQ32, fp_exp_part( src, True /*single precision*/ ), mkU32( 0xff ) );
- return mkAND1( Inf_exp, binop( Iop_CmpEQ32, mkexpr( frac_part ), mkU32( 0 ) ) );
-}
-
-
-// Infinity: exp = 7ff and fraction is zero; s = 0/1
-static IRExpr * is_Inf(IRTemp src, Bool sp)
-{
- IRExpr * Inf_exp, * hi32, * low32;
- IRTemp frac_part;
-
- if (sp)
- return is_Inf_sp(src);
-
- frac_part = newTemp(Ity_I64);
- assign( frac_part, FP_FRAC_PART(src) );
- Inf_exp = binop( Iop_CmpEQ32, fp_exp_part( src, False /*not single precision*/ ), mkU32( 0x7ff ) );
- hi32 = unop( Iop_64HIto32, mkexpr( frac_part ) );
- low32 = unop( Iop_64to32, mkexpr( frac_part ) );
- return mkAND1( Inf_exp, binop( Iop_CmpEQ32, binop( Iop_Or32, low32, hi32 ),
- mkU32( 0 ) ) );
-}
-
-static IRExpr * is_Zero_sp(IRTemp src)
-{
- IRTemp sign_less_part = newTemp(Ity_I32);
- assign( sign_less_part, binop( Iop_And32, mkexpr( src ), mkU32( SIGN_MASK32 ) ) );
- return binop( Iop_CmpEQ32, mkexpr( sign_less_part ), mkU32( 0 ) );
-}
-
-// Zero: exp is zero and fraction is zero; s = 0/1
-static IRExpr * is_Zero(IRTemp src, Bool sp)
-{
- IRExpr * hi32, * low32;
- IRTemp sign_less_part;
- if (sp)
- return is_Zero_sp(src);
-
- sign_less_part = newTemp(Ity_I64);
-
- assign( sign_less_part, binop( Iop_And64, mkexpr( src ), mkU64( SIGN_MASK ) ) );
- hi32 = unop( Iop_64HIto32, mkexpr( sign_less_part ) );
- low32 = unop( Iop_64to32, mkexpr( sign_less_part ) );
- return binop( Iop_CmpEQ32, binop( Iop_Or32, low32, hi32 ),
- mkU32( 0 ) );
-}
-
-/* SNAN: s = 1/0; exp = 0x7ff; fraction is nonzero, with highest bit '1'
- * QNAN: s = 1/0; exp = 0x7ff; fraction is nonzero, with highest bit '0'
- * This function returns an IRExpr value of '1' for any type of NaN.
- */
-static IRExpr * is_NaN(IRTemp src)
-{
- IRExpr * NaN_exp, * hi32, * low32;
- IRTemp frac_part = newTemp(Ity_I64);
-
- assign( frac_part, FP_FRAC_PART(src) );
- hi32 = unop( Iop_64HIto32, mkexpr( frac_part ) );
- low32 = unop( Iop_64to32, mkexpr( frac_part ) );
- NaN_exp = binop( Iop_CmpEQ32, fp_exp_part( src, False /*not single precision*/ ),
- mkU32( 0x7ff ) );
-
- return mkAND1( NaN_exp, binop( Iop_CmpNE32, binop( Iop_Or32, low32, hi32 ),
- mkU32( 0 ) ) );
-}
-
-/* This function returns an IRExpr value of '1' for any type of NaN.
- * The passed 'src' argument is assumed to be Ity_I32.
- */
-static IRExpr * is_NaN_32(IRTemp src)
-{
#define NONZERO_FRAC_MASK32 0x007fffffULL
-#define FP_FRAC_PART32(x) binop( Iop_And32, \
+#define FP_FRAC_PART32(x) binop( Iop_And32, \
mkexpr( x ), \
mkU32( NONZERO_FRAC_MASK32 ) )
- IRExpr * frac_part = FP_FRAC_PART32(src);
- IRExpr * exp_part = binop( Iop_And32,
- binop( Iop_Shr32, mkexpr( src ), mkU8( 23 ) ),
- mkU32( 0x0ff ) );
- IRExpr * NaN_exp = binop( Iop_CmpEQ32, exp_part, mkU32( 0xff ) );
+// Returns exponent part of floating point src as I32
+static IRExpr * fp_exp_part( IRType size, IRTemp src )
+{
+ IRExpr *shift_by, *mask, *tsrc;
- return mkAND1( NaN_exp, binop( Iop_CmpNE32, frac_part, mkU32( 0 ) ) );
+ vassert( ( size == Ity_I16 ) || ( size == Ity_I32 )
+ || ( size == Ity_I64 ) );
+
+ if( size == Ity_I16 ) {
+ /* The 16-bit floating point value is in the lower 16-bits
+ * of the 32-bit input value.
+ */
+ tsrc = mkexpr( src );
+ mask = mkU32( 0x1F );
+ shift_by = mkU8( 10 );
+
+ } else if( size == Ity_I32 ) {
+ tsrc = mkexpr( src );
+ mask = mkU32( 0xFF );
+ shift_by = mkU8( 23 );
+
+ } else if( size == Ity_I64 ) {
+ tsrc = unop( Iop_64HIto32, mkexpr( src ) );
+ mask = mkU32( 0x7FF );
+ shift_by = mkU8( 52 - 32 );
+
+ } else {
+ /*NOTREACHED*/
+ vassert(0); // Stops gcc complaining at "-Og"
+ }
+
+ return binop( Iop_And32, binop( Iop_Shr32, tsrc, shift_by ), mask );
+}
+
+/* The following functions check the floating point value to see if it
+ is zero, infinity, NaN, Normalized, Denormalized.
+*/
+/* 16-bit floating point number is stored in the lower 16-bits of 32-bit value */
+#define I16_EXP_MASK 0x7C00
+#define I16_FRACTION_MASK 0x03FF
+#define I32_EXP_MASK 0x7F800000
+#define I32_FRACTION_MASK 0x007FFFFF
+#define I64_EXP_MASK 0x7FF0000000000000ULL
+#define I64_FRACTION_MASK 0x000FFFFFFFFFFFFFULL
+#define V128_EXP_MASK 0x7FFF000000000000ULL
+#define V128_FRACTION_MASK 0x0000FFFFFFFFFFFFULL /* upper 64-bit fractional mask */
+
+void setup_value_check_args( IRType size, IRTemp *exp_mask, IRTemp *frac_mask,
+ IRTemp *zero );
+
+void setup_value_check_args( IRType size, IRTemp *exp_mask, IRTemp *frac_mask,
+ IRTemp *zero ) {
+
+ vassert( ( size == Ity_I16 ) || ( size == Ity_I32 )
+ || ( size == Ity_I64 ) || ( size == Ity_V128 ) );
+
+ if( size == Ity_I16 ) {
+ /* The 16-bit floating point value is in the lower 16-bits of
+ the 32-bit input value */
+ *frac_mask = newTemp( Ity_I32 );
+ *exp_mask = newTemp( Ity_I32 );
+ *zero = newTemp( Ity_I32 );
+ assign( *exp_mask, mkU32( I16_EXP_MASK ) );
+ assign( *frac_mask, mkU32( I16_FRACTION_MASK ) );
+ assign( *zero, mkU32( 0 ) );
+
+ } else if( size == Ity_I32 ) {
+ *frac_mask = newTemp( Ity_I32 );
+ *exp_mask = newTemp( Ity_I32 );
+ *zero = newTemp( Ity_I32 );
+ assign( *exp_mask, mkU32( I32_EXP_MASK ) );
+ assign( *frac_mask, mkU32( I32_FRACTION_MASK ) );
+ assign( *zero, mkU32( 0 ) );
+
+ } else if( size == Ity_I64 ) {
+ *frac_mask = newTemp( Ity_I64 );
+ *exp_mask = newTemp( Ity_I64 );
+ *zero = newTemp( Ity_I64 );
+ assign( *exp_mask, mkU64( I64_EXP_MASK ) );
+ assign( *frac_mask, mkU64( I64_FRACTION_MASK ) );
+ assign( *zero, mkU64( 0 ) );
+
+ } else {
+ /* V128 is converted to upper and lower 64 bit values, */
+ /* uses 64-bit operators and temps */
+ *frac_mask = newTemp( Ity_I64 );
+ *exp_mask = newTemp( Ity_I64 );
+ *zero = newTemp( Ity_I64 );
+ assign( *exp_mask, mkU64( V128_EXP_MASK ) );
+ /* upper 64-bit fractional mask */
+ assign( *frac_mask, mkU64( V128_FRACTION_MASK ) );
+ assign( *zero, mkU64( 0 ) );
+ }
+}
+
+/* Helper function for the various function which check the value of
+ the floating point value.
+*/
+static IRExpr * exponent_compare( IRType size, IRTemp src,
+ IRTemp exp_mask, IRExpr *exp_val )
+{
+ IROp opAND, opCmpEQ;
+
+ if( ( size == Ity_I16 ) || ( size == Ity_I32 ) ) {
+ /* The 16-bit floating point value is in the lower 16-bits of
+ the 32-bit input value */
+ opAND = Iop_And32;
+ opCmpEQ = Iop_CmpEQ32;
+
+ } else {
+ opAND = Iop_And64;
+ opCmpEQ = Iop_CmpEQ64;
+ }
+
+ if( size == Ity_V128 ) {
+ return binop( opCmpEQ,
+ binop ( opAND,
+ unop( Iop_V128HIto64, mkexpr( src ) ),
+ mkexpr( exp_mask ) ),
+ exp_val );
+
+ } else if( ( size == Ity_I16 ) || ( size == Ity_I32 ) ) {
+ return binop( opCmpEQ,
+ binop ( opAND, mkexpr( src ), mkexpr( exp_mask ) ),
+ exp_val );
+ } else {
+ /* 64-bit operands */
+
+ if (mode64) {
+ return binop( opCmpEQ,
+ binop ( opAND, mkexpr( src ), mkexpr( exp_mask ) ),
+ exp_val );
+ } else {
+ /* No support for 64-bit compares in 32-bit mode, need to do upper
+ * and lower parts using 32-bit compare operators.
+ */
+ return
+ mkAND1( binop( Iop_CmpEQ32,
+ binop ( Iop_And32,
+ unop(Iop_64HIto32, mkexpr( src ) ),
+ unop(Iop_64HIto32, mkexpr( exp_mask ) ) ),
+ unop(Iop_64HIto32, exp_val ) ),
+ binop( Iop_CmpEQ32,
+ binop ( Iop_And32,
+ unop(Iop_64to32, mkexpr( src ) ),
+ unop(Iop_64to32, mkexpr( exp_mask ) ) ),
+ unop(Iop_64to32, exp_val ) ) );
+ }
+ }
+}
+
+static IRExpr *fractional_part_compare( IRType size, IRTemp src,
+ IRTemp frac_mask, IRExpr *zero )
+{
+ IROp opAND, opCmpEQ;
+
+ if( ( size == Ity_I16 ) || ( size == Ity_I32 ) ) {
+ /*The 16-bit floating point value is in the lower 16-bits of
+ the 32-bit input value */
+ opAND = Iop_And32;
+ opCmpEQ = Iop_CmpEQ32;
+
+ } else {
+ opAND = Iop_And64;
+ opCmpEQ = Iop_CmpEQ64;
+ }
+
+ if( size == Ity_V128 ) {
+ /* 128-bit, note we only care if the fractional part is zero so take upper
+ 52-bits of fractional part and lower 64-bits and OR them together and test
+ for zero. This keeps the temp variables and operators all 64-bit.
+ */
+ return binop( opCmpEQ,
+ binop( Iop_Or64,
+ binop( opAND,
+ unop( Iop_V128HIto64, mkexpr( src ) ),
+ mkexpr( frac_mask ) ),
+ unop( Iop_V128to64, mkexpr( src ) ) ),
+ zero );
+
+ } else if( ( size == Ity_I16 ) || ( size == Ity_I32 ) ) {
+ return binop( opCmpEQ,
+ binop( opAND, mkexpr( src ), mkexpr( frac_mask ) ),
+ zero );
+ } else {
+ if (mode64) {
+ return binop( opCmpEQ,
+ binop( opAND, mkexpr( src ), mkexpr( frac_mask ) ),
+ zero );
+ } else {
+ /* No support for 64-bit compares in 32-bit mode, need to do upper
+ * and lower parts using 32-bit compare operators.
+ */
+ return
+ mkAND1( binop( Iop_CmpEQ32,
+ binop ( Iop_And32,
+ unop(Iop_64HIto32, mkexpr( src ) ),
+ unop(Iop_64HIto32, mkexpr( frac_mask ) ) ),
+ mkU32 ( 0 ) ),
+ binop( Iop_CmpEQ32,
+ binop ( Iop_And32,
+ unop(Iop_64to32, mkexpr( src ) ),
+ unop(Iop_64to32, mkexpr( frac_mask ) ) ),
+ mkU32 ( 0 ) ) );
+ }
+ }
+}
+
+// Infinity: exp has all bits set, and fraction is zero; s = 0/1
+static IRExpr * is_Inf( IRType size, IRTemp src )
+{
+ IRExpr *max_exp, *zero_frac;
+ IRTemp exp_mask, frac_mask, zero;
+
+ setup_value_check_args( size, &exp_mask, &frac_mask, &zero );
+
+ /* check exponent is all ones, i.e. (exp AND exp_mask) = exp_mask */
+ max_exp = exponent_compare( size, src, exp_mask, mkexpr( exp_mask ) );
+
+ /* check fractional part is all zeros */
+ zero_frac = fractional_part_compare( size, src, frac_mask, mkexpr( zero ) );
+
+ return mkAND1( max_exp, zero_frac );
+}
+
+// Zero: exp is zero and fraction is zero; s = 0/1
+static IRExpr * is_Zero( IRType size, IRTemp src )
+{
+ IRExpr *zero_exp, *zero_frac;
+ IRTemp exp_mask, frac_mask, zero;
+
+ setup_value_check_args( size, &exp_mask, &frac_mask, &zero );
+
+ /* check the exponent is all zeros, i.e. (exp AND exp_mask) = zero */
+ zero_exp = exponent_compare( size, src, exp_mask, mkexpr( zero ) );
+
+ /* check fractional part is all zeros */
+ zero_frac = fractional_part_compare( size, src, frac_mask, mkexpr( zero ) );
+
+ return mkAND1( zero_exp, zero_frac );
+}
+
+/* SNAN: s = 1/0; exp all 1's; fraction is nonzero, with highest bit '1'
+ * QNAN: s = 1/0; exp all 1's; fraction is nonzero, with highest bit '0'
+ */
+static IRExpr * is_NaN( IRType size, IRTemp src )
+{
+ IRExpr *max_exp, *not_zero_frac;
+ IRTemp exp_mask, frac_mask, zero;
+
+ setup_value_check_args( size, &exp_mask, &frac_mask, &zero );
+
+ /* check exponent is all ones, i.e. (exp AND exp_mask) = exp_mask */
+ max_exp = exponent_compare( size, src, exp_mask, mkexpr( exp_mask ) );
+
+ /* check fractional part is not zero */
+ not_zero_frac = unop( Iop_Not1,
+ fractional_part_compare( size, src, frac_mask,
+ mkexpr( zero ) ) );
+
+ return mkAND1( max_exp, not_zero_frac );
+}
+
+/* Denormalized number has a zero exponent and non zero fraction. */
+static IRExpr * is_Denorm( IRType size, IRTemp src )
+{
+ IRExpr *zero_exp, *not_zero_frac;
+ IRTemp exp_mask, frac_mask, zero;
+
+ setup_value_check_args( size, &exp_mask, &frac_mask, &zero );
+
+ /* check exponent is all ones, i.e. (exp AND exp_mask) = exp_mask */
+ zero_exp = exponent_compare( size, src, exp_mask, mkexpr( zero ) );
+
+ /* check fractional part is not zero */
+ not_zero_frac = unop( Iop_Not1,
+ fractional_part_compare( size, src, frac_mask,
+ mkexpr( zero ) ) );
+
+ return mkAND1( zero_exp, not_zero_frac );
+}
+
+/* Normalized number has exponent between 1 and max_exp -1, or in other words
+ the exponent is not zero and not equal to the max exponent value. */
+static IRExpr * is_Norm( IRType size, IRTemp src )
+{
+ IRExpr *not_zero_exp, *not_max_exp;
+ IRTemp exp_mask, zero;
+
+ vassert( ( size == Ity_I16 ) || ( size == Ity_I32 )
+ || ( size == Ity_I64 ) || ( size == Ity_V128 ) );
+
+ if( size == Ity_I16 ) {
+ /* The 16-bit floating point value is in the lower 16-bits of
+ the 32-bit input value */
+ exp_mask = newTemp( Ity_I32 );
+ zero = newTemp( Ity_I32 );
+ assign( exp_mask, mkU32( I16_EXP_MASK ) );
+ assign( zero, mkU32( 0 ) );
+
+ } else if( size == Ity_I32 ) {
+ exp_mask = newTemp( Ity_I32 );
+ zero = newTemp( Ity_I32 );
+ assign( exp_mask, mkU32( I32_EXP_MASK ) );
+ assign( zero, mkU32( 0 ) );
+
+ } else if( size == Ity_I64 ) {
+ exp_mask = newTemp( Ity_I64 );
+ zero = newTemp( Ity_I64 );
+ assign( exp_mask, mkU64( I64_EXP_MASK ) );
+ assign( zero, mkU64( 0 ) );
+
+ } else {
+ /* V128 is converted to upper and lower 64 bit values, */
+ /* uses 64-bit operators and temps */
+ exp_mask = newTemp( Ity_I64 );
+ zero = newTemp( Ity_I64 );
+ assign( exp_mask, mkU64( V128_EXP_MASK ) );
+ assign( zero, mkU64( 0 ) );
+ }
+
+ not_zero_exp = unop( Iop_Not1,
+ exponent_compare( size, src,
+ exp_mask, mkexpr( zero ) ) );
+ not_max_exp = unop( Iop_Not1,
+ exponent_compare( size, src,
+ exp_mask, mkexpr( exp_mask ) ) );
+
+ return mkAND1( not_zero_exp, not_max_exp );
+}
+
+
+static IRExpr * create_FPCC( IRTemp NaN, IRTemp inf,
+ IRTemp zero, IRTemp norm,
+ IRTemp dnorm, IRTemp pos,
+ IRTemp neg ) {
+ IRExpr *bit0, *bit1, *bit2, *bit3;
+
+ /* If the result is NaN then must force bits 1, 2 and 3 to zero
+ * to get correct result.
+ */
+ bit0 = unop( Iop_1Uto32, mkOR1( mkexpr( NaN ), mkexpr( inf ) ) );
+ bit1 = unop( Iop_1Uto32, mkAND1( mkNOT1( mkexpr( NaN ) ), mkexpr( zero ) ) );
+ bit2 = unop( Iop_1Uto32,
+ mkAND1( mkNOT1( mkexpr( NaN ) ),
+ mkAND1( mkOR1( mkOR1( mkAND1( mkexpr( pos ),
+ mkexpr( dnorm ) ),
+ mkAND1( mkexpr( pos ),
+ mkexpr( norm ) ) ),
+ mkAND1( mkexpr( pos ),
+ mkexpr( inf ) ) ),
+ mkAND1( mkNOT1 ( mkexpr( zero ) ),
+ mkNOT1( mkexpr( NaN ) ) ) ) ) );
+ bit3 = unop( Iop_1Uto32,
+ mkAND1( mkNOT1( mkexpr( NaN ) ),
+ mkAND1( mkOR1( mkOR1( mkAND1( mkexpr( neg ),
+ mkexpr( dnorm ) ),
+ mkAND1( mkexpr( neg ),
+ mkexpr( norm ) ) ),
+ mkAND1( mkexpr( neg ),
+ mkexpr( inf ) ) ),
+ mkAND1( mkNOT1 ( mkexpr( zero ) ),
+ mkNOT1( mkexpr( NaN ) ) ) ) ) );
+
+ return binop( Iop_Or32,
+ binop( Iop_Or32,
+ bit0,
+ binop( Iop_Shl32, bit1, mkU8( 1 ) ) ),
+ binop( Iop_Or32,
+ binop( Iop_Shl32, bit2, mkU8( 2 ) ),
+ binop( Iop_Shl32, bit3, mkU8( 3 ) ) ) );
+}
+
+static IRExpr * create_C( IRTemp NaN, IRTemp zero,
+ IRTemp dnorm, IRTemp pos,
+ IRTemp neg )
+{
+
+ return unop( Iop_1Uto32,
+ mkOR1( mkOR1( mkexpr( NaN ),
+ mkAND1( mkexpr( neg ), mkexpr( dnorm ) ) ),
+ mkOR1( mkAND1( mkexpr( neg ), mkexpr( zero ) ),
+ mkAND1( mkexpr( pos ), mkexpr( dnorm ) ) ) ) );
+}
+
+static void generate_store_FPRF( IRType size, IRTemp src )
+{
+ IRExpr *FPCC, *C;
+ IRTemp NaN = newTemp( Ity_I1 ), inf = newTemp( Ity_I1 );
+ IRTemp dnorm = newTemp( Ity_I1 ), norm = newTemp( Ity_I1 );
+ IRTemp pos = newTemp( Ity_I1 ), neg = newTemp( Ity_I1 );
+ IRTemp zero = newTemp( Ity_I1 );
+
+ IRTemp sign_bit = newTemp( Ity_I1 );
+ IRTemp value;
+
+ vassert( ( size == Ity_I16 ) || ( size == Ity_I32 )
+ || ( size == Ity_I64 ) || ( size == Ity_F128 ) );
+
+ vassert( ( typeOfIRExpr(irsb->tyenv, mkexpr( src ) ) == Ity_I32 )
+ || ( typeOfIRExpr(irsb->tyenv, mkexpr( src ) ) == Ity_I64 )
+ || ( typeOfIRExpr(irsb->tyenv, mkexpr( src ) ) == Ity_F128 ) );
+
+ if( size == Ity_I16 ) {
+ /* The 16-bit floating point value is in the lower 16-bits of
+ the 32-bit input value */
+ value = newTemp( Ity_I32 );
+ assign( value, mkexpr( src ) );
+ assign( sign_bit,
+ unop ( Iop_32to1,
+ binop( Iop_And32,
+ binop( Iop_Shr32, mkexpr( value ), mkU8( 15 ) ),
+ mkU32( 0x1 ) ) ) );
+
+ } else if( size == Ity_I32 ) {
+ value = newTemp( size );
+ assign( value, mkexpr( src ) );
+ assign( sign_bit,
+ unop ( Iop_32to1,
+ binop( Iop_And32,
+ binop( Iop_Shr32, mkexpr( value ), mkU8( 31 ) ),
+ mkU32( 0x1 ) ) ) );
+
+ } else if( size == Ity_I64 ) {
+ value = newTemp( size );
+ assign( value, mkexpr( src ) );
+ assign( sign_bit,
+ unop ( Iop_64to1,
+ binop( Iop_And64,
+ binop( Iop_Shr64, mkexpr( value ), mkU8( 63 ) ),
+ mkU64( 0x1 ) ) ) );
+
+ } else {
+ /* Move the F128 bit pattern to an integer V128 bit pattern */
+ value = newTemp( Ity_V128 );
+ assign( value,
+ binop( Iop_64HLtoV128,
+ unop( Iop_ReinterpF64asI64,
+ unop( Iop_F128HItoF64, mkexpr( src ) ) ),
+ unop( Iop_ReinterpF64asI64,
+ unop( Iop_F128LOtoF64, mkexpr( src ) ) ) ) );
+
+ size = Ity_V128;
+ assign( sign_bit,
+ unop ( Iop_64to1,
+ binop( Iop_And64,
+ binop( Iop_Shr64,
+ unop( Iop_V128HIto64, mkexpr( value ) ),
+ mkU8( 63 ) ),
+ mkU64( 0x1 ) ) ) );
+ }
+
+ /* Calculate the floating point result field FPRF */
+ assign( NaN, is_NaN( size, value ) );
+ assign( inf, is_Inf( size, value ) );
+ assign( zero, is_Zero( size, value ) );
+ assign( norm, is_Norm( size, value ) );
+ assign( dnorm, is_Denorm( size, value ) );
+ assign( pos, mkAND1( mkNOT1( mkexpr( sign_bit ) ), mkU1( 1 ) ) );
+ assign( neg, mkAND1( mkexpr( sign_bit ), mkU1( 1 ) ) );
+
+ /* create the FPRF bit field
+ *
+ * FPRF field[4:0] type of value
+ * 10001 QNaN
+ * 01001 - infininity
+ * 01000 - Normalized
+ * 11000 - Denormalized
+ * 10010 - zero
+ * 00010 + zero
+ * 10100 + Denormalized
+ * 00100 + Normalized
+ * 00101 + infinity
+ */
+ FPCC = create_FPCC( NaN, inf, zero, norm, dnorm, pos, neg );
+ C = create_C( NaN, zero, dnorm, pos, neg );
+
+ /* Write the C and FPCC fields of the FPRF field */
+ putC( C );
+ putFPCC( FPCC );
}
/* This function takes an Ity_I32 input argument interpreted
- * as a single-precision floating point value. If src is a
- * SNaN, it is changed to a QNaN and returned; otherwise,
- * the original value is returned.
- */
+ as a single-precision floating point value. If src is a
+ SNaN, it is changed to a QNaN and returned; otherwise,
+ the original value is returned. */
static IRExpr * handle_SNaN_to_QNaN_32(IRExpr * src)
{
#define SNAN_MASK32 0x00400000
@@ -3319,7 +3942,7 @@
/* check if input is SNaN, if it is convert to QNaN */
assign( is_SNAN,
- mkAND1( is_NaN_32( tmp ),
+ mkAND1( is_NaN( Ity_I32, tmp ),
binop( Iop_CmpEQ32,
binop( Iop_And32, mkexpr( tmp ),
mkU32( SNAN_MASK32 ) ),
@@ -3359,7 +3982,8 @@
binop( Iop_CmpEQ32,
binop( Iop_Xor32,
mkexpr( signbit_32 ),
- unop( Iop_1Uto32, is_NaN( intermediateResult ) ) ),
+ unop( Iop_1Uto32, is_NaN( Ity_I64,
+ intermediateResult ) ) ),
mkU32( 1 ) ) ) );
assign( negatedResult,
@@ -3402,7 +4026,8 @@
binop( Iop_CmpEQ32,
binop( Iop_Xor32,
mkexpr( signbit_32 ),
- unop( Iop_1Uto32, is_NaN_32( intermediateResult ) ) ),
+ unop( Iop_1Uto32, is_NaN( Ity_I32,
+ intermediateResult ) ) ),
mkU32( 1 ) ) ) );
assign( negatedResult,
@@ -3417,6 +4042,641 @@
return negatedResult;
}
+/* This function takes two quad_precision floating point numbers of type
+ V128 and return 1 if src_A > src_B, 0 otherwise. */
+static IRExpr * Quad_precision_gt ( IRTemp src_A, IRTemp src_B )
+{
+#define FRAC_MASK64Hi 0x0000ffffffffffffULL
+#define MASK 0x7FFFFFFFFFFFFFFFULL /* exclude sign bit in upper 64 bits */
+#define EXP_MASK 0x7fff
+
+ IRType ty = Ity_I64;
+ IRTemp sign_A = newTemp( ty );
+ IRTemp sign_B = newTemp( ty );
+ IRTemp exp_A = newTemp( ty );
+ IRTemp exp_B = newTemp( ty );
+ IRTemp frac_A_hi = newTemp( ty );
+ IRTemp frac_B_hi = newTemp( ty );
+ IRTemp frac_A_lo = newTemp( ty );
+ IRTemp frac_B_lo = newTemp( ty );
+
+
+ /* extract exponents, and fractional parts so they can be compared */
+ assign( sign_A, binop( Iop_Shr64,
+ unop( Iop_V128HIto64, mkexpr( src_A ) ),
+ mkU8( 63 ) ) );
+ assign( sign_B, binop( Iop_Shr64,
+ unop( Iop_V128HIto64, mkexpr( src_B ) ),
+ mkU8( 63 ) ) );
+ assign( exp_A, binop( Iop_And64,
+ binop( Iop_Shr64,
+ unop( Iop_V128HIto64, mkexpr( src_A ) ),
+ mkU8( 48 ) ),
+ mkU64( EXP_MASK ) ) );
+ assign( exp_B, binop( Iop_And64,
+ binop( Iop_Shr64,
+ unop( Iop_V128HIto64, mkexpr( src_B ) ),
+ mkU8( 48 ) ),
+ mkU64( EXP_MASK ) ) );
+ assign( frac_A_hi, binop( Iop_And64,
+ unop( Iop_V128HIto64, mkexpr( src_A ) ),
+ mkU64( FRAC_MASK64Hi ) ) );
+ assign( frac_B_hi, binop( Iop_And64,
+ unop( Iop_V128HIto64, mkexpr( src_B ) ),
+ mkU64( FRAC_MASK64Hi ) ) );
+ assign( frac_A_lo, unop( Iop_V128to64, mkexpr( src_A ) ) );
+ assign( frac_B_lo, unop( Iop_V128to64, mkexpr( src_B ) ) );
+
+ IRExpr * A_zero = mkAND1( binop( Iop_CmpEQ64,
+ binop( Iop_And64,
+ unop( Iop_V128HIto64,
+ mkexpr( src_A ) ),
+ mkU64( MASK ) ),
+ mkU64( 0 ) ),
+ binop( Iop_CmpEQ64,
+ unop( Iop_V128to64, mkexpr( src_A ) ),
+ mkU64( 0 ) ) );
+ IRExpr * B_zero = mkAND1( binop( Iop_CmpEQ64,
+ binop( Iop_And64,
+ unop( Iop_V128HIto64,
+ mkexpr( src_B ) ),
+ mkU64( MASK ) ),
+ mkU64( 0 ) ),
+ binop( Iop_CmpEQ64,
+ unop( Iop_V128to64, mkexpr( src_B ) ),
+ mkU64( 0 ) ) );
+ IRExpr * A_B_zero = mkAND1( A_zero, B_zero );
+
+ /* Compare numbers */
+ IRExpr * both_pos = mkAND1( binop( Iop_CmpEQ64, mkexpr( sign_A ),
+ mkU64( 0 ) ),
+ binop( Iop_CmpEQ64, mkexpr( sign_B ),
+ mkU64( 0 ) ) );
+ IRExpr * both_neg = mkAND1( binop( Iop_CmpEQ64, mkexpr( sign_A ),
+ mkU64( 1 ) ),
+ binop( Iop_CmpEQ64, mkexpr( sign_B ),
+ mkU64( 1 ) ) );
+ IRExpr * sign_eq = binop( Iop_CmpEQ64, mkexpr( sign_A ), mkexpr( sign_B ) );
+ IRExpr * sign_gt = binop( Iop_CmpLT64U, mkexpr( sign_A ),
+ mkexpr( sign_B ) ); /* A pos, B neg */
+
+ IRExpr * exp_eq = binop( Iop_CmpEQ64, mkexpr( exp_A ), mkexpr( exp_B ) );
+ IRExpr * exp_gt = binop( Iop_CmpLT64U, mkexpr( exp_B ), mkexpr( exp_A ) );
+ IRExpr * exp_lt = binop( Iop_CmpLT64U, mkexpr( exp_A ), mkexpr( exp_B ) );
+
+ IRExpr * frac_hi_eq = binop( Iop_CmpEQ64, mkexpr( frac_A_hi),
+ mkexpr( frac_B_hi ) );
+ IRExpr * frac_hi_gt = binop( Iop_CmpLT64U, mkexpr( frac_B_hi ),
+ mkexpr( frac_A_hi ) );
+ IRExpr * frac_hi_lt = binop( Iop_CmpLT64U, mkexpr( frac_A_hi ),
+ mkexpr( frac_B_hi ) );
+
+ IRExpr * frac_lo_gt = binop( Iop_CmpLT64U, mkexpr( frac_B_lo ),
+ mkexpr( frac_A_lo ) );
+ IRExpr * frac_lo_lt = binop( Iop_CmpLT64U, mkexpr( frac_A_lo ),
+ mkexpr( frac_B_lo ) );
+
+ /* src_A and src_B both positive */
+ IRExpr *pos_cmp = mkOR1( exp_gt,
+ mkAND1( exp_eq,
+ mkOR1( frac_hi_gt,
+ mkAND1( frac_hi_eq, frac_lo_gt ) )
+ ) );
+
+ /* src_A and src_B both negative */
+ IRExpr *neg_cmp = mkOR1( exp_lt,
+ mkAND1( exp_eq,
+ mkOR1( frac_hi_lt,
+ mkAND1( frac_hi_eq, frac_lo_lt ) )
+ ) );
+
+ /* Need to check the case where one value is a positive
+ * zero and the other value is a negative zero
+ */
+ return mkAND1( mkNOT1( A_B_zero ),
+ mkOR1( sign_gt,
+ mkAND1( sign_eq,
+ mkOR1( mkAND1( both_pos, pos_cmp ),
+ mkAND1( both_neg, neg_cmp ) ) ) ) );
+}
+
+/*-----------------------------------------------------------
+ * Helpers for VX instructions that work on National decimal values,
+ * Zoned decimal values and BCD values.
+ *
+ *------------------------------------------------------------*/
+static IRExpr * is_National_decimal (IRTemp src)
+{
+ /* The src is a 128-bit value containing a sign code in half word 7
+ * and seven digits in halfwords 0 to 6 (IBM numbering). A valid
+ * national decimal value has the following:
+ * - the sign code must be 0x002B (positive) or 0x002D (negative)
+ * - the digits must be in the range 0x0030 to 0x0039
+ */
+ Int i;
+ IRExpr * valid_pos_sign;
+ IRExpr * valid_neg_sign;
+ IRTemp valid_num[8];
+ IRTemp digit[7];
+
+ valid_pos_sign = binop( Iop_CmpEQ64,
+ binop( Iop_And64,
+ mkU64( 0xFFFF ),
+ unop( Iop_V128to64, mkexpr( src ) ) ),
+ mkU64( 0x002B ) );
+
+ valid_neg_sign = binop( Iop_CmpEQ64,
+ binop( Iop_And64,
+ mkU64( 0xFFFF ),
+ unop( Iop_V128to64, mkexpr( src ) ) ),
+ mkU64( 0x002D ) );
+
+ valid_num[0] = newTemp( Ity_I1 );
+ digit[0] = newTemp( Ity_I64 );
+ assign( valid_num[0], mkU1( 1 ) ); // Assume true to start
+
+ for(i = 0; i < 7; i++) {
+ valid_num[i+1] = newTemp( Ity_I1 );
+ digit[i] = newTemp( Ity_I64 );
+ assign( digit[i], binop( Iop_And64,
+ unop( Iop_V128to64,
+ binop( Iop_ShrV128,
+ mkexpr( src ),
+ mkU8( (7-i)*16 ) ) ),
+ mkU64( 0xFFFF ) ) );
+
+ assign( valid_num[i+1],
+ mkAND1( mkexpr( valid_num[i] ),
+ mkAND1( binop( Iop_CmpLE64U,
+ mkexpr( digit[i] ),
+ mkU64( 0x39 ) ),
+ binop( Iop_CmpLE64U,
+ mkU64( 0x30 ),
+ mkexpr( digit[i] ) ) ) ) );
+ }
+
+ return mkAND1( mkOR1( valid_pos_sign, valid_neg_sign),
+ mkexpr( valid_num[7] ) );
+}
+
+static IRExpr * is_Zoned_decimal (IRTemp src, UChar ps)
+{
+ /* The src is a 128-bit value containing a sign code the least significant
+ * two bytes. The upper pairs of bytes contain digits. A valid Zoned
+ * decimal value has the following:
+ * - the sign code must be between 0x0X to 0xFX inclusive (X - don't care)
+ * - bits [0:3] of each digit must be equal to 0x3
+ * - bits [4:7] of each digit must be between 0x0 and 0x9
+ *
+ * If ps = 0
+ * Positive sign codes are: 0x0, 0x1, 0x2, 0x3, 0x8, 0x9, 0xA, 0xB
+ * (note 0bX0XX XXXX is positive)
+ *
+ * Negative sign codes are 0x4, 0x5, 0x6, 0x7, 0xC, 0xD, 0xE, 0xF
+ * (note 0bX1XX XXXX is negative)
+ *
+ * If ps = 1, then the sign code must be in the range 0xA to 0xF
+ * Positive sign codes are: 0xA, 0xC, 0xE, 0xF
+ *
+ * Negative sign codes are 0xB, 0xD
+ */
+ Int i, mask_hi, mask_lo;
+ IRExpr *valid_range;
+ IRTemp valid_num[16];
+ IRTemp digit[15];
+
+ /* check the range of the sign value based on the value of ps */
+ valid_range = mkOR1(
+ mkAND1( binop( Iop_CmpEQ64,
+ mkU64( 1 ),
+ mkU64( ps ) ),
+ mkAND1( binop( Iop_CmpLE64U,
+ binop( Iop_And64,
+ mkU64( 0xF0 ),
+ unop( Iop_V128to64,
+ mkexpr( src ) ) ),
+
+ mkU64( 0xF0 ) ),
+ binop( Iop_CmpLE64U,
+ mkU64( 0xA0 ),
+ binop( Iop_And64,
+ mkU64( 0xF0 ),
+ unop( Iop_V128to64,
+ mkexpr( src ) ))))),
+ binop( Iop_CmpEQ64,
+ mkU64( 0 ),
+ mkU64( ps ) ) );
+
+ valid_num[0] = newTemp( Ity_I1 );
+ assign( valid_num[0], mkU1( 1) ); // Assume true to start
+
+ if (ps == 0) {
+ mask_hi = 0x39;
+ mask_lo = 0x30;
+ } else {
+ mask_hi = 0xF9;
+ mask_lo = 0xF0;
+ }
+
+ for(i = 0; i < 15; i++) {
+ valid_num[i+1] = newTemp( Ity_I1 );
+ digit[i] = newTemp( Ity_I64 );
+ assign( digit[i], binop( Iop_And64,
+ unop( Iop_V128to64,
+ binop( Iop_ShrV128,
+ mkexpr( src ),
+ mkU8( (15-i)*8 ) ) ),
+ mkU64( 0xFF ) ) );
+
+ assign( valid_num[i+1],
+ mkAND1( mkexpr( valid_num[i] ),
+ mkAND1( binop( Iop_CmpLE64U,
+ mkexpr( digit[i] ),
+ mkU64( mask_hi ) ),
+ binop( Iop_CmpLE64U,
+ mkU64( mask_lo ),
+ mkexpr( digit[i] ) ) ) ) );
+ }
+
+ return mkAND1( valid_range, mkexpr( valid_num[15] ) );
+}
+
+static IRExpr * CmpGT128U ( IRExpr *src1, IRExpr *src2 )
+{
+ /* Unsigend compare of two 128-bit values */
+ IRExpr *pos_upper_gt, *pos_upper_eq, *pos_lower_gt;
+
+ pos_upper_gt = binop( Iop_CmpLT64U,
+ unop( Iop_V128HIto64, src2 ),
+ unop( Iop_V128HIto64, src1 ) );
+ pos_upper_eq = binop( Iop_CmpEQ64,
+ unop( Iop_V128HIto64, src1 ),
+ unop( Iop_V128HIto64, src2 ) );
+ pos_lower_gt = binop( Iop_CmpLT64U,
+ unop( Iop_V128to64, src2),
+ unop( Iop_V128to64, src1) );
+ return mkOR1( pos_upper_gt,
+ mkAND1( pos_upper_eq,
+ pos_lower_gt ) );
+}
+
+
+static IRExpr * is_BCDstring128 ( const VexAbiInfo* vbi,
+ UInt Signed, IRExpr *src )
+{
+
+ IRTemp valid = newTemp( Ity_I64 );
+
+ /* The src is a 128-bit value containing a MAX_DIGITS BCD digits and
+ * a sign. The upper bytes are BCD values between 0x0 and 0x9. The sign
+ * byte is the least significant byte. This function returns 64-bit 1
+ * value if sign and digits are valid, 0 otherwise.
+ *
+ * This function was originally written using IR code. It has been
+ * replaced with a clean helper due to the large amount of IR code
+ * needed by this function.
+ */
+ assign( valid,
+ mkIRExprCCall( Ity_I64, 0 /*regparms*/,
+ "is_BCDstring128_helper",
+ fnptr_to_fnentry( vbi, &is_BCDstring128_helper ),
+ mkIRExprVec_3( mkU64( Signed ),
+ unop( Iop_V128HIto64, src ),
+ unop( Iop_V128to64, src ) ) ) );
+ return mkexpr( valid );
+}
+
+static IRExpr * BCDstring_zero (IRExpr *src)
+{
+ /* The src is a 128-bit value containing a BCD string. The function
+ * returns a 1 if the BCD string values are all zero, 0 otherwise.
+ */
+ IRTemp tsrc = newTemp( Ity_V128 );
+ assign( tsrc, src);
+
+ if ( mode64 ) {
+ return mkAND1( binop( Iop_CmpEQ64,
+ mkU64( 0 ),
+ unop( Iop_V128HIto64,
+ mkexpr( tsrc ) ) ),
+ binop( Iop_CmpEQ64,
+ mkU64( 0 ),
+ unop( Iop_V128to64,
+ mkexpr( tsrc ) ) ) );
+ } else {
+ /* make this work in 32-bit mode */
+ return mkAND1(
+ mkAND1( binop( Iop_CmpEQ32,
+ mkU32( 0 ),
+ unop( Iop_64HIto32,
+ unop( Iop_V128HIto64,
+ mkexpr( tsrc ) ) ) ),
+ binop( Iop_CmpEQ32,
+ mkU32( 0 ),
+ unop( Iop_64to32,
+ unop( Iop_V128HIto64,
+ mkexpr( tsrc ) ) ) ) ),
+ mkAND1( binop( Iop_CmpEQ32,
+ mkU32( 0 ),
+ unop( Iop_64HIto32,
+ unop( Iop_V128to64,
+ mkexpr( tsrc ) ) ) ),
+ binop( Iop_CmpEQ32,
+ mkU32( 0 ),
+ unop( Iop_64to32,
+ unop( Iop_V128to64,
+ mkexpr( tsrc ) ) ) ) ) );
+ }
+}
+
+static IRExpr * check_BCD_round (IRExpr *src, IRTemp shift)
+{
+ /* The src is a 128-bit value containing 31 BCD digits with the sign in
+ * the least significant byte. The bytes are BCD values between 0x0 and 0x9.
+ * This routine checks the BCD digit in position shift (counting from
+ * the least significant digit). If the digit is greater then five,
+ * a 1 is returned indicating the string needs to be rounded up,
+ * otherwise, 0 is returned. The value of shift (I64) is the index of
+ * the BCD digit times four bits.
+ */
+ return binop( Iop_CmpLE64U,
+ mkU64( 6 ),
+ binop( Iop_And64,
+ unop( Iop_V128to64,
+ binop( Iop_ShrV128,
+ src,
+ unop( Iop_64to8, mkexpr( shift ) ) ) ),
+ mkU64( 0xF ) ) );
+}
+
+static IRTemp increment_BCDstring ( const VexAbiInfo* vbi,
+ IRExpr *src, IRExpr *carry_in )
+{
+ /* The src is a 128-bit value containing 31 BCD digits with the sign in
+ * the least significant byte. The bytes are BCD values between 0x0 and 0x9.
+ * This function returns the BCD string incremented by 1.
+ *
+ * Call a clean helper to do the computation as it requires a lot of
+ * IR code to do this.
+ *
+ * The helper function takes a 32-bit BCD string, in a 64-bit value, and
+ * increments the string by the 32-bi carry in value.
+ *
+ * The incremented value is returned in the lower 32-bits of the result.
+ * The carry out is returned in bits [35:32] of the result. The
+ * helper function will be called for each of the four 32-bit strings
+ * that make up the src string passing the returned carry out to the
+ * next call.
+ */
+ IRTemp bcd_result = newTemp( Ity_V128 );
+ IRTemp bcd_result0 = newTemp( Ity_I64 );
+ IRTemp bcd_result1 = newTemp( Ity_I64 );
+ IRTemp bcd_result2 = newTemp( Ity_I64 );
+ IRTemp bcd_result3 = newTemp( Ity_I64 );
+ IRExpr *bcd_string0, *bcd_string1, *bcd_string2, *bcd_string3;
+
+ bcd_string0 = binop( Iop_And64,
+ mkU64( 0xFFFFFFFF ), unop( Iop_V128to64, src ) );
+ bcd_string1 = binop( Iop_Shr64, unop( Iop_V128to64, src ), mkU8( 32 ) );
+ bcd_string2 = binop( Iop_And64,
+ mkU64( 0xFFFFFFFF ), unop( Iop_V128HIto64, src ) );
+ bcd_string3 = binop( Iop_Shr64, unop( Iop_V128HIto64, src ), mkU8( 32 ) );
+
+ assign( bcd_result0,
+ mkIRExprCCall( Ity_I64, 0 /*regparms*/,
+ "increment_BCDstring32_helper",
+ fnptr_to_fnentry( vbi,
+ &increment_BCDstring32_helper ),
+ mkIRExprVec_3( mkU64( True /*Signed*/ ),
+ bcd_string0,
+ binop( Iop_32HLto64, mkU32( 0 ),
+ carry_in ) ) ) );
+
+ assign( bcd_result1,
+ mkIRExprCCall( Ity_I64, 0 /*regparms*/,
+ "increment_BCDstring32_helper",
+ fnptr_to_fnentry( vbi,
+ &increment_BCDstring32_helper ),
+ mkIRExprVec_3( mkU64( False /*Unsigned*/ ),
+ bcd_string1,
+ binop( Iop_Shr64,
+ mkexpr( bcd_result0 ),
+ mkU8( 32 ) ) ) ) );
+ assign( bcd_result2,
+ mkIRExprCCall( Ity_I64, 0 /*regparms*/,
+ "increment_BCDstring32_helper",
+ fnptr_to_fnentry( vbi,
+ &increment_BCDstring32_helper ),
+ mkIRExprVec_3( mkU64( False /*Unsigned*/ ),
+ bcd_string2,
+ binop( Iop_Shr64,
+ mkexpr( bcd_result1 ),
+ mkU8( 32 ) ) ) ) );
+ assign( bcd_result3,
+ mkIRExprCCall( Ity_I64, 0 /*regparms*/,
+ "increment_BCDstring32_helper",
+ fnptr_to_fnentry( vbi,
+ &increment_BCDstring32_helper ),
+ mkIRExprVec_3( mkU64( False /*Unsigned*/ ),
+ bcd_string3,
+ binop( Iop_Shr64,
+ mkexpr( bcd_result2 ),
+ mkU8( 32 ) ) ) ) );
+
+ /* Put the 128-bit result together from the intermediate results. Remember
+ * to mask out the carry out from the upper 32 bits of the results.
+ */
+ assign( bcd_result,
+ binop( Iop_64HLtoV128,
+ binop( Iop_Or64,
+ binop( Iop_And64,
+ mkU64( 0xFFFFFFFF ), mkexpr (bcd_result2 ) ),
+ binop( Iop_Shl64,
+ mkexpr (bcd_result3 ), mkU8( 32 ) ) ),
+ binop( Iop_Or64,
+ binop( Iop_And64,
+ mkU64( 0xFFFFFFFF ), mkexpr (bcd_result0 ) ),
+ binop( Iop_Shl64,
+ mkexpr (bcd_result1 ), mkU8( 32 ) ) ) ) );
+ return bcd_result;
+}
+
+static IRExpr * convert_to_zoned ( const VexAbiInfo* vbi,
+ IRExpr *src, IRExpr *upper_byte )
+{
+ /* The function takes a V128 packed decimal value and returns
+ * the value in zoned format. Note, the sign of the value is ignored.
+ */
+ IRTemp result_low = newTemp( Ity_I64 );
+ IRTemp result_hi = newTemp( Ity_I64 );
+ IRTemp result = newTemp( Ity_V128 );
+
+ /* Since we can only return 64-bits from a clean helper, we will
+ * have to get the lower and upper 64-bits separately.
+ */
+
+ assign( result_low,
+ mkIRExprCCall( Ity_I64, 0 /*regparms*/,
+ "convert_to_zoned_helper",
+ fnptr_to_fnentry( vbi, &convert_to_zoned_helper ),
+ mkIRExprVec_4( unop( Iop_V128HIto64, src ),
+ unop( Iop_V128to64, src ),
+ upper_byte,
+ mkU64( 0 ) ) ) );
+
+ assign( result_hi,
+ mkIRExprCCall( Ity_I64, 0 /*regparms*/,
+ "convert_to_zoned_helper",
+ fnptr_to_fnentry( vbi, &convert_to_zoned_helper ),
+ mkIRExprVec_4( unop( Iop_V128HIto64, src ),
+ unop( Iop_V128to64, src ),
+ upper_byte,
+ mkU64( 1 ) ) ) );
+
+
+ assign( result,
+ binop( Iop_64HLtoV128, mkexpr( result_hi ), mkexpr( result_low ) ) );
+
+ return mkexpr( result );
+}
+
+static IRExpr * convert_to_national ( const VexAbiInfo* vbi, IRExpr *src ) {
+ /* The function takes 128-bit value which has a 64-bit packed decimal
+ * value in the lower 64-bits of the source. The packed decimal is
+ * converted to the national format via a clean helper. The clean
+ * helper is used to to the large amount of IR code needed to do the
+ * conversion. The helper returns the upper 64-bits of the 128-bit
+ * result if return_upper != 0. Otherwise, the lower 64-bits of the
+ * result is returned.
+ */
+ IRTemp result_low = newTemp( Ity_I64 );
+ IRTemp result_hi = newTemp( Ity_I64 );
+ IRTemp result = newTemp( Ity_V128 );
+
+ /* Since we can only return 64-bits from a clean helper, we will
+ * have to get the lower and upper 64-bits separately.
+ */
+
+ assign( result_low,
+ mkIRExprCCall( Ity_I64, 0 /*regparms*/,
+ "convert_to_national_helper",
+ fnptr_to_fnentry( vbi, &convert_to_national_helper ),
+ mkIRExprVec_2( unop( Iop_V128to64, src ),
+ mkU64( 0 ) ) ) );
+
+ assign( result_hi,
+ mkIRExprCCall( Ity_I64, 0 /*regparms*/,
+ "convert_to_national_helper",
+ fnptr_to_fnentry( vbi, &convert_to_national_helper ),
+ mkIRExprVec_2( unop( Iop_V128to64, src ),
+ mkU64( 1 ) ) ) );
+
+ assign( result,
+ binop( Iop_64HLtoV128, mkexpr( result_hi ), mkexpr( result_low ) ) );
+
+ return mkexpr( result );
+}
+
+static IRExpr * convert_from_zoned ( const VexAbiInfo* vbi, IRExpr *src ) {
+ /* The function takes 128-bit zoned value and returns a signless 64-bit
+ * packed decimal value in the lower 64-bits of the 128-bit result.
+ */
+ IRTemp result = newTemp( Ity_V128 );
+
+ assign( result,
+ binop( Iop_ShlV128,
+ binop( Iop_64HLtoV128,
+ mkU64( 0 ),
+ mkIRExprCCall( Ity_I64, 0 /*regparms*/,
+ "convert_from_zoned_helper",
+ fnptr_to_fnentry( vbi,
+ &convert_from_zoned_helper ),
+ mkIRExprVec_2( unop( Iop_V128HIto64,
+ src ),
+ unop( Iop_V128to64,
+ src ) ) ) ),
+ mkU8( 4 ) ) );
+
+ return mkexpr( result );
+}
+
+static IRExpr * convert_from_national ( const VexAbiInfo* vbi, IRExpr *src ) {
+ /* The function takes 128-bit national value and returns a 64-bit
+ * packed decimal value.
+ */
+ IRTemp result = newTemp( Ity_I64);
+
+ assign( result,
+ mkIRExprCCall( Ity_I64, 0 /*regparms*/,
+ "convert_from_national_helper",
+ fnptr_to_fnentry( vbi,
+ &convert_from_national_helper ),
+ mkIRExprVec_2( unop( Iop_V128HIto64,
+ src ),
+ unop( Iop_V128to64,
+ src ) ) ) );
+
+ return mkexpr( result );
+}
+
+static IRExpr * UNSIGNED_CMP_GT_V128 ( IRExpr *vA, IRExpr *vB ) {
+ /* This function does an unsigned compare of two V128 values. The
+ * function is for use in 32-bit mode only as it is expensive. The
+ * issue is that compares (GT, LT, EQ) are not supported for operands
+ * larger then 32-bits when running in 32-bit mode. The function returns
+ * a 1-bit expression, 1 for TRUE and 0 for FALSE.
+ */
+ IRTemp vA_word0 = newTemp( Ity_I32);
+ IRTemp vA_word1 = newTemp( Ity_I32);
+ IRTemp vA_word2 = newTemp( Ity_I32);
+ IRTemp vA_word3 = newTemp( Ity_I32);
+ IRTemp vB_word0 = newTemp( Ity_I32);
+ IRTemp vB_word1 = newTemp( Ity_I32);
+ IRTemp vB_word2 = newTemp( Ity_I32);
+ IRTemp vB_word3 = newTemp( Ity_I32);
+
+ IRTemp eq_word1 = newTemp( Ity_I1);
+ IRTemp eq_word2 = newTemp( Ity_I1);
+ IRTemp eq_word3 = newTemp( Ity_I1);
+
+
+ IRExpr *gt_word0, *gt_word1, *gt_word2, *gt_word3;
+ IRExpr *eq_word3_2, *eq_word3_2_1;
+ IRTemp result = newTemp( Ity_I1 );
+
+ assign( vA_word0, unop( Iop_64to32, unop( Iop_V128to64, vA ) ) );
+ assign( vA_word1, unop( Iop_64HIto32, unop( Iop_V128to64, vA ) ) );
+ assign( vA_word2, unop( Iop_64to32, unop( Iop_V128HIto64, vA ) ) );
+ assign( vA_word3, unop( Iop_64HIto32, unop( Iop_V128HIto64, vA ) ) );
+
+ assign( vB_word0, unop( Iop_64to32, unop( Iop_V128to64, vB ) ) );
+ assign( vB_word1, unop( Iop_64HIto32, unop( Iop_V128to64, vB ) ) );
+ assign( vB_word2, unop( Iop_64to32, unop( Iop_V128HIto64, vB ) ) );
+ assign( vB_word3, unop( Iop_64HIto32, unop( Iop_V128HIto64, vB ) ) );
+
+ assign( eq_word3, binop( Iop_CmpEQ32, mkexpr( vA_word3 ),
+ mkexpr( vB_word3 ) ) );
+ assign( eq_word2, binop( Iop_CmpEQ32, mkexpr( vA_word2 ),
+ mkexpr( vB_word2 ) ) );
+ assign( eq_word1, binop( Iop_CmpEQ32, mkexpr( vA_word1 ),
+ mkexpr( vB_word1 ) ) );
+
+ gt_word3 = binop( Iop_CmpLT32U, mkexpr( vB_word3 ), mkexpr( vA_word3 ) );
+ gt_word2 = binop( Iop_CmpLT32U, mkexpr( vB_word2 ), mkexpr( vA_word2 ) );
+ gt_word1 = binop( Iop_CmpLT32U, mkexpr( vB_word1 ), mkexpr( vA_word1 ) );
+ gt_word0 = binop( Iop_CmpLT32U, mkexpr( vB_word0 ), mkexpr( vA_word0 ) );
+
+ eq_word3_2 = mkAND1( mkexpr( eq_word3 ), mkexpr( eq_word2 ) );
+ eq_word3_2_1 = mkAND1( mkexpr( eq_word1 ), eq_word3_2 );
+
+ assign( result, mkOR1(
+ mkOR1( gt_word3,
+ mkAND1( mkexpr( eq_word3 ), gt_word2 ) ),
+ mkOR1( mkAND1( eq_word3_2, gt_word1 ),
+ mkAND1( eq_word3_2_1, gt_word0 ) ) ) );
+ return mkexpr( result );
+}
+
/*------------------------------------------------------------*/
/* Transactional memory helpers
*
@@ -3469,6 +4729,106 @@
/*
Integer Arithmetic Instructions
*/
+static Bool dis_int_mult_add ( UInt theInstr )
+{
+ /* VA-Form */
+ UChar rD_addr = ifieldRegDS( theInstr );
+ UChar rA_addr = ifieldRegA( theInstr );
+ UChar rB_addr = ifieldRegB( theInstr );
+ UChar rC_addr = ifieldRegC( theInstr );
+ UInt opc2 = IFIELD( theInstr, 0, 6 );
+ IRType ty = Ity_I64;
+ IRTemp rA = newTemp( ty );
+ IRTemp rB = newTemp( ty );
+ IRTemp rC = newTemp( ty );
+ IRTemp rD = newTemp( ty );
+ IRTemp tmpLo = newTemp( Ity_I64 );
+ IRTemp tmpHi = newTemp( Ity_I64 );
+ IRTemp tmp2Hi = newTemp( Ity_I64 );
+ IRTemp result = newTemp( Ity_I128 );
+ IRTemp resultLo = newTemp( Ity_I64 );
+ IRExpr* carryout;
+
+ assign( rA, getIReg( rA_addr ) );
+ assign( rB, getIReg( rB_addr ) );
+ assign( rC, getIReg( rC_addr ) );
+
+ switch (opc2) {
+ case 0x30: // maddhd multiply-add High doubleword signed
+ DIP("maddhd r%u,r%u,r%u,r%u\n", rD_addr, rA_addr, rB_addr, rC_addr);
+
+ assign( result, binop( Iop_MullS64, mkexpr( rA ), mkexpr( rB ) ) );
+ assign( tmpLo, unop( Iop_128to64, mkexpr( result ) ) );
+ assign( tmpHi, unop( Iop_128HIto64, mkexpr( result ) ) );
+
+ /* Multiply rA and rB then add rC. If the lower 32-bits of the result
+ * is less then rC and the result rA * rB, a carry out of the lower 32
+ * bits occurred and the upper 32 bits must be incremented by 1. Sign
+ * extend rC and do the add to the upper 64 bits to handle the
+ * negative case for rC.
+ */
+ assign( resultLo, binop( Iop_Add64, mkexpr( tmpLo ), mkexpr( rC ) ) );
+ assign( tmp2Hi, binop( Iop_Add64,
+ mkexpr( tmpHi ),
+ unop( Iop_1Sto64,
+ unop( Iop_64to1,
+ binop( Iop_Shr64,
+ mkexpr( rC ),
+ mkU8( 63 ) ) ) ) ) );
+
+ /* need to do calculation for the upper 32 bit result */
+ carryout = mkAND1( binop( Iop_CmpLT64U,
+ mkexpr( resultLo ), mkexpr( rC ) ),
+ binop( Iop_CmpLT64U,
+ mkexpr( resultLo ), mkexpr( tmpLo ) ) );
+ assign( rD, binop( Iop_Add64,
+ mkexpr( tmp2Hi ),
+ unop( Iop_1Uto64, carryout ) ) );
+ break;
+
+ case 0x31: // maddhdu multiply-add High doubleword unsigned
+ DIP("maddhdu r%u,r%u,r%u,r%u\n", rD_addr, rA_addr, rB_addr, rC_addr);
+
+ assign( result, binop( Iop_MullU64, mkexpr( rA ), mkexpr( rB ) ) );
+ assign( tmpLo, unop( Iop_128to64, mkexpr( result ) ) );
+ assign( tmpHi, unop( Iop_128HIto64, mkexpr( result ) ) );
+
+ /* Add rC, if the lower 32-bits of the result is less then rC and
+ * tmpLo, a carry out of the lower 32 bits occurred. Upper 32 bits
+ * must be incremented by 1.
+ */
+ assign( resultLo, binop( Iop_Add64, mkexpr( tmpLo ), mkexpr( rC ) ) );
+
+ /* need to do calculation for the upper 32 bit result */
+ carryout = mkAND1( binop( Iop_CmpLT64U,
+ mkexpr(resultLo), mkexpr( rC ) ),
+ binop( Iop_CmpLT64U,
+ mkexpr(resultLo), mkexpr( tmpLo ) ) );
+ assign( rD, binop( Iop_Add64,
+ mkexpr( tmpHi ),
+ unop( Iop_1Uto64, carryout ) ) );
+ break;
+
+ case 0x33: // maddld multiply-add Low doubleword
+ DIP("maddld r%u,r%u,r%u,r%u\n", rD_addr, rA_addr, rB_addr, rC_addr);
+
+ assign( result, binop( Iop_MullS64, mkexpr( rA ), mkexpr( rB ) ) );
+ assign( tmpLo, unop( Iop_128to64, mkexpr( result ) ) );
+ assign( tmpHi, unop( Iop_128HIto64, mkexpr( result ) ) );
+
+ assign( rD, binop( Iop_Add64, mkexpr( tmpLo ), mkexpr( rC ) ) );
+ break;
+
+ default:
+ vex_printf("dis_int_mult(ppc): unrecognized instruction\n");
+ return False;
+ }
+
+ putIReg( rD_addr, mkexpr(rD) );
+
+ return True;
+}
+
static Bool dis_int_arith ( UInt theInstr )
{
/* D-Form, XO-Form */
@@ -4101,7 +5461,542 @@
return True;
}
+static Bool dis_modulo_int ( UInt theInstr )
+{
+ /* X-Form */
+ UChar opc1 = ifieldOPC( theInstr );
+ UInt opc2 = ifieldOPClo10( theInstr );
+ UChar rA_addr = ifieldRegA( theInstr );
+ UChar rB_addr = ifieldRegB( theInstr );
+ UChar rD_addr = ifieldRegDS( theInstr );
+ IRType ty = mode64 ? Ity_I64 : Ity_I32;
+ IRTemp rD = newTemp( ty );
+ switch (opc1) {
+ /* X-Form */
+ case 0x1F:
+ switch (opc2) {
+ case 0x109: // modud Modulo Unsigned Double Word
+ {
+ IRTemp rA = newTemp( Ity_I64 );
+ IRTemp rB = newTemp( Ity_I64 );
+ IRTemp quotient = newTemp( Ity_I64 );
+ IRTemp quotientTimesDivisor = newTemp( Ity_I64 );
+ IRTemp remainder = newTemp( Ity_I64 );
+ IRTemp rB_0 = newTemp( Ity_I64 ); /* all 1's if rB = 0 */
+
+ DIP("modud r%u,r%u,r%u\n", rD_addr, rA_addr, rB_addr);
+
+ assign( rA, getIReg( rA_addr ) );
+ assign( rB, getIReg( rB_addr ) );
+
+ assign( quotient,
+ binop( Iop_DivU64, mkexpr( rA ), mkexpr( rB ) ) );
+
+ assign( quotientTimesDivisor,
+ binop( Iop_Mul64,
+ mkexpr( quotient ),
+ mkexpr( rB ) ) );
+
+ assign( remainder,
+ binop( Iop_Sub64,
+ mkexpr( rA ),
+ mkexpr( quotientTimesDivisor ) ) );
+
+ /* Need to match the HW for these special cases
+ * rB = 0 result all zeros
+ */
+ assign( rB_0, unop( Iop_1Sto64,
+ binop( Iop_CmpEQ64,
+ mkexpr( rB ),
+ mkU64( 0x0 ) ) ) );
+
+ assign (rD, binop( Iop_And64,
+ unop( Iop_Not64, mkexpr( rB_0 ) ),
+ mkexpr( remainder ) ) );
+ break;
+ }
+
+ case 0x10B: // moduw Modulo Unsigned Word
+ {
+ IRTemp quotient = newTemp( Ity_I32 );
+ IRTemp quotientTimesDivisor = newTemp( Ity_I32 );
+ IRTemp remainder = newTemp( Ity_I32 );
+
+ IRTemp rA = newTemp( Ity_I32 );
+ IRTemp rB = newTemp( Ity_I32 );
+ IRTemp rB_0 = newTemp( Ity_I32 ); /* all 1's if rB = 0 */
+
+ DIP("moduw r%u,r%u,r%u\n", rD_addr, rA_addr, rB_addr);
+
+ if ( ty == Ity_I64 ) {
+ /* rA and rB are 32 bit values in bits 32:63 of the
+ * 64-bit register.
+ */
+ assign( rA, unop( Iop_64to32, getIReg( rA_addr ) ) );
+ assign( rB, unop( Iop_64to32, getIReg( rB_addr ) ) );
+
+ } else {
+ assign( rA, getIReg( rA_addr ) );
+ assign( rB, getIReg( rB_addr ) );
+ }
+
+ assign( quotient,
+ binop( Iop_DivU32, mkexpr( rA ), mkexpr( rB ) ) );
+
+ assign( quotientTimesDivisor,
+ unop( Iop_64to32,
+ binop( Iop_MullU32,
+ mkexpr( quotient ),
+ mkexpr( rB ) ) ) );
+
+ assign( remainder,
+ binop( Iop_Sub32,
+ mkexpr( rA ),
+ mkexpr( quotientTimesDivisor ) ) );
+
+ /* Need to match the HW for these special cases
+ * rB = 0 result all zeros
+ */
+ assign( rB_0, unop( Iop_1Sto32,
+ binop( Iop_CmpEQ32,
+ mkexpr( rB ),
+ mkU32( 0x0 ) ) ) );
+
+ assign (rD, binop( Iop_32HLto64,
+ mkU32( 0 ),
+ binop( Iop_And32,
+ unop( Iop_Not32, mkexpr( rB_0 ) ),
+ mkexpr( remainder ) ) ) );
+ break;
+ }
+
+ case 0x21A: // cnttzw, cnttzw. Count Trailing Zero Word
+ {
+ /* Note cnttzw RA, RS - RA is dest, RS is source. But the
+ * order of the operands in theInst is opc1 RS RA opc2 which has
+ * the operand fields backwards to what the standard order.
+ */
+ UChar rA_address = ifieldRegA(theInstr);
+ UChar rS_address = ifieldRegDS(theInstr);
+ IRTemp rA = newTemp(Ity_I64);
+ IRTemp rS = newTemp(Ity_I64);
+ UChar flag_rC = ifieldBIT0(theInstr);
+ IRTemp result = newTemp(Ity_I32);
+
+ DIP("cnttzw%s r%u,r%u\n", flag_rC ? "." : "",
+ rA_address, rS_address);
+
+ assign( rS, getIReg( rS_address ) );
+ assign( result, unop( Iop_Ctz32,
+ unop( Iop_64to32, mkexpr( rS ) ) ) );
+ assign( rA, binop( Iop_32HLto64, mkU32( 0 ), mkexpr( result ) ) );
+
+ if ( flag_rC )
+ set_CR0( mkexpr( rA ) );
+
+ putIReg( rA_address, mkexpr( rA ) );
+
+ return True; /* Return here since this inst is not consistent
+ * with the other instructions
+ */
+ }
+ break;
+
+ case 0x23A: // cnttzd, cnttzd. Count Trailing Zero Double word
+ {
+ /* Note cnttzd RA, RS - RA is dest, RS is source. But the
+ * order of the operands in theInst is opc1 RS RA opc2 which has
+ * the operand order listed backwards to what is standard.
+ */
+ UChar rA_address = ifieldRegA(theInstr);
+ UChar rS_address = ifieldRegDS(theInstr);
+ IRTemp rA = newTemp(Ity_I64);
+ IRTemp rS = newTemp(Ity_I64);
+ UChar flag_rC = ifieldBIT0(theInstr);
+
+ DIP("cnttzd%s r%u,r%u\n", flag_rC ? "." : "",
+ rA_address, rS_address);
+
+ assign( rS, getIReg( rS_address ) );
+ assign( rA, unop( Iop_Ctz64, mkexpr( rS ) ) );
+
+ if ( flag_rC == 1 )
+ set_CR0( mkexpr( rA ) );
+
+ putIReg( rA_address, mkexpr( rA ) );
+
+ return True; /* Return here since this inst is not consistent
+ * with the other instructions
+ */
+ }
+ break;
+
+ case 0x309: // modsd Modulo Signed Double Word
+ {
+ IRTemp rA = newTemp( Ity_I64 );
+ IRTemp rB = newTemp( Ity_I64 );
+ IRTemp rA2_63 = newTemp( Ity_I64 ); /* all 1's if rA != -2^63 */
+ IRTemp rB_0 = newTemp( Ity_I1 ); /* 1 if rB = 0 */
+ IRTemp rB_1 = newTemp( Ity_I1 ); /* 1 if rB = -1 */
+ IRTemp rA_1 = newTemp( Ity_I1 ); /* 1 if rA = -1 */
+ IRTemp resultis0 = newTemp( Ity_I64 );
+ IRTemp resultisF = newTemp( Ity_I64 );
+ IRTemp quotient = newTemp( Ity_I64 );
+ IRTemp quotientTimesDivisor = newTemp( Ity_I64 );
+ IRTemp remainder = newTemp( Ity_I64 );
+ IRTemp tmp = newTemp( Ity_I64 );
+
+ DIP("modsd r%u,r%u,r%u\n", rD_addr, rA_addr, rB_addr);
+
+ assign( rA, getIReg( rA_addr ) );
+ assign( rB, getIReg( rB_addr ) );
+
+ assign( rA2_63, unop ( Iop_1Sto64,
+ binop( Iop_CmpNE64,
+ mkexpr( rA ),
+ mkU64( 0x8000000000000000 ) ) ) );
+ assign( rB_0, binop( Iop_CmpEQ64,
+ mkexpr( rB ),
+ mkU64( 0x0 ) ) );
+
+ assign( rB_1, binop( Iop_CmpEQ64,
+ mkexpr( rB ),
+ mkU64( 0xFFFFFFFFFFFFFFFF ) ) );
+
+ assign( rA_1, binop( Iop_CmpEQ64,
+ mkexpr( rA ),
+ mkU64( 0xFFFFFFFFFFFFFFFF ) ) );
+
+ /* Need to match the HW for these special cases
+ * rA = -2^31 and rB = -1 result all zeros
+ * rA = -1 and rB = -1 result all zeros
+ * rA = -1 and (rB != -1 AND rB != 0) result all 1's
+ */
+ assign( resultis0,
+ binop( Iop_Or64,
+ mkexpr( rA2_63 ),
+ unop ( Iop_1Sto64, mkexpr( rB_1 ) ) ) );
+ assign( resultisF,
+ binop( Iop_And64,
+ unop( Iop_1Sto64, mkexpr( rA_1 ) ),
+ binop( Iop_And64,
+ unop( Iop_Not64,
+ unop( Iop_1Sto64, mkexpr( rB_0 ) ) ),
+ unop( Iop_Not64,
+ unop( Iop_1Sto64, mkexpr( rB_1 ) ) )
+ ) ) );
+
+ /* The following remainder computation works as long as
+ * rA != -2^63 and rB != -1.
+ */
+ assign( quotient,
+ binop( Iop_DivS64, mkexpr( rA ), mkexpr( rB ) ) );
+
+ assign( quotientTimesDivisor,
+ binop( Iop_Mul64,
+ mkexpr( quotient ),
+ mkexpr( rB ) ) );
+
+ assign( remainder,
+ binop( Iop_Sub64,
+ mkexpr( rA ),
+ mkexpr( quotientTimesDivisor ) ) );
+
+ assign( tmp, binop( Iop_And64,
+ mkexpr( remainder ),
+ unop( Iop_Not64,
+ mkexpr( resultis0 ) ) ) );
+
+ assign( rD, binop( Iop_Or64,
+ binop( Iop_And64,
+ unop (Iop_Not64,
+ mkexpr( resultisF ) ),
+ mkexpr( tmp ) ),
+ mkexpr( resultisF ) ) );
+ break;
+ }
+ case 0x30B: // modsw Modulo Signed Word
+ {
+ IRTemp rA = newTemp( Ity_I32 );
+ IRTemp rB = newTemp( Ity_I32 );
+ IRTemp rA2_32 = newTemp( Ity_I32 ); /* all 1's if rA = -2^32 */
+ IRTemp rB_0 = newTemp( Ity_I1 ); /* 1 if rB = 0 */
+ IRTemp rB_1 = newTemp( Ity_I1 ); /* 1 if rB = -1 */
+ IRTemp rA_1 = newTemp( Ity_I1 ); /* 1 if rA = -1 */
+ IRTemp resultis0 = newTemp( Ity_I32 );
+ IRTemp resultisF = newTemp( Ity_I64 );
+ IRTemp quotient = newTemp( Ity_I32 );
+ IRTemp quotientTimesDivisor = newTemp( Ity_I32 );
+ IRTemp remainder = newTemp( Ity_I32 );
+ IRTemp tmp = newTemp( Ity_I64 );
+
+ DIP("modsw r%u,r%u,r%u\n", rD_addr, rA_addr, rB_addr);
+
+ if ( ty == Ity_I64 ) {
+ /* rA and rB are 32 bit values in bits 32:63 of the
+ * 64-bit register.
+ */
+ assign( rA, unop(Iop_64to32, getIReg(rA_addr) ) );
+ assign( rB, unop(Iop_64to32, getIReg(rB_addr) ) );
+
+ } else {
+ assign( rA, getIReg(rA_addr) );
+ assign( rB, getIReg(rB_addr) );
+ }
+
+ assign( rA2_32, unop( Iop_1Sto32,
+ binop( Iop_CmpEQ32,
+ mkexpr( rA ),
+ mkU32( 0x80000000 ) ) ) );
+ /* If the divisor is zero, then the result is undefined.
+ * However, we will make the result be zero to match what
+ * the hardware does.
+ */
+ assign( rB_0, binop( Iop_CmpEQ32,
+ mkexpr( rB ),
+ mkU32( 0x0 ) ) );
+
+ assign( rB_1, binop( Iop_CmpEQ32,
+ mkexpr( rB ),
+ mkU32( 0xFFFFFFFF ) ) );
+
+ assign( rA_1, binop( Iop_CmpEQ32,
+ mkexpr( rA ),
+ mkU32( 0xFFFFFFFF ) ) );
+
+ /* Need to match the HW for these special cases
+ * rA = -2^31 and rB = -1 result all zeros
+ * rA = -1 and rB = -1 result all zeros
+ * rA = -1 and (rB != -1 AND rB != 0) result all 1's
+ */
+ assign( resultis0,
+ binop( Iop_Or32,
+ unop( Iop_Not32,
+ binop( Iop_And32,
+ mkexpr( rA2_32 ),
+ unop( Iop_1Sto32,
+ mkexpr( rB_1 ) ) ) ),
+ binop( Iop_And32,
+ unop( Iop_1Sto32, mkexpr( rA_1 ) ),
+ unop( Iop_1Sto32, mkexpr( rB_1 ) ) ) ) );
+ assign( resultisF,
+ binop( Iop_And64,
+ unop( Iop_1Sto64, mkexpr( rA_1 ) ),
+ binop( Iop_And64,
+ unop( Iop_Not64,
+ unop( Iop_1Sto64, mkexpr( rB_0 ) ) ),
+ unop( Iop_Not64,
+ unop( Iop_1Sto64, mkexpr( rB_1 ) ) )
+ ) ) );
+
+ /* The following remainder computation works as long as
+ * rA != -2^31 and rB != -1.
+ */
+ assign( quotient,
+ binop( Iop_DivS32, mkexpr( rA ), mkexpr( rB ) ) );
+
+ assign( quotientTimesDivisor,
+ unop( Iop_64to32,
+ binop( Iop_MullS32,
+ mkexpr( quotient ),
+ mkexpr( rB ) ) ) );
+
+ assign( remainder,
+ binop( Iop_Sub32,
+ mkexpr( rA ),
+ mkexpr( quotientTimesDivisor ) ) );
+
+ assign( tmp, binop( Iop_32HLto64,
+ mkU32( 0 ),
+ binop( Iop_And32,
+ mkexpr( remainder ),
+ unop( Iop_Not32,
+ mkexpr( resultis0 ) ) ) ) );
+
+ assign( rD, binop( Iop_Or64,
+ binop( Iop_And64,
+ unop ( Iop_Not64,
+ mkexpr( resultisF ) ),
+ mkexpr( tmp ) ),
+ mkexpr( resultisF ) ) );
+ break;
+ }
+
+ default:
+ vex_printf("dis_modulo_int(ppc)(opc2)\n");
+ return False;
+ }
+ break;
+
+ default:
+ vex_printf("dis_modulo_int(ppc)(opc1)\n");
+ return False;
+ }
+
+ putIReg( rD_addr, mkexpr( rD ) );
+
+ return True;
+}
+
+
+/*
+ Byte Compare Instructions
+*/
+static Bool dis_byte_cmp ( UInt theInstr )
+{
+ /* X-Form */
+ UChar opc1 = ifieldOPC(theInstr);
+ UInt opc2 = ifieldOPClo10(theInstr);
+ UChar rA_addr = ifieldRegA(theInstr);
+ UChar rB_addr = ifieldRegB(theInstr);
+ IRTemp rA = newTemp(Ity_I64);
+ IRTemp rB = newTemp(Ity_I64);
+ UChar L = toUChar( IFIELD( theInstr, 21, 1 ) );
+ UChar BF = toUChar( IFIELD( theInstr, 23, 3 ) );
+
+ assign( rA, getIReg(rA_addr) );
+ assign( rB, getIReg(rB_addr) );
+
+ if (opc1 != 0x1F) {
+ vex_printf("dis_byte_cmp(ppc)(opc1)\n");
+ return False;
+ }
+
+ switch (opc2) {
+ case 0xc0: // cmprb (Compare Ranged Byte)
+ {
+ IRExpr *value;
+ IRExpr *hi_1, *lo_1, *hi_2, *lo_2;
+ IRExpr *inrange_1, *inrange_2;
+
+ DIP("cmprb %u,%u,r%u,r%u\n", BF, L, rA_addr, rB_addr);
+
+ hi_1 = binop( Iop_Shr64,
+ binop( Iop_And64,
+ mkexpr( rB ),
+ mkU64( 0xFF000000 ) ),
+ mkU8( 24 ) );
+ lo_1 = binop( Iop_Shr64,
+ binop( Iop_And64,
+ mkexpr( rB ),
+ mkU64( 0xFF0000 ) ) ,
+ mkU8( 16 ) );
+ hi_2 = binop( Iop_Shr64,
+ binop( Iop_And64,
+ mkexpr( rB ),
+ mkU64( 0xFF00 ) ),
+ mkU8( 8 ) );
+ lo_2 = binop( Iop_And64,
+ mkexpr( rB ),
+ mkU64( 0xFF ) );
+ value = binop( Iop_And64,
+ mkexpr( rA ),
+ mkU64( 0xFF ) );
+
+ inrange_1 = mkAND1( binop( Iop_CmpLE64U, value, hi_1 ),
+ mkNOT1( binop( Iop_CmpLT64U, value, lo_1 ) ) );
+ inrange_2 = mkAND1( binop( Iop_CmpLE64U, value, hi_2 ),
+ mkNOT1( binop( Iop_CmpLT64U, value, lo_2 ) ) );
+
+ putGST_field( PPC_GST_CR,
+ binop( Iop_Shl32,
+ binop( Iop_Or32,
+ unop( Iop_1Uto32, inrange_2 ),
+ binop( Iop_And32,
+ mkU32 ( L ),
+ unop( Iop_1Uto32, inrange_1 ) ) ),
+ mkU8( 2 ) ),
+ BF );
+ }
+ break;
+
+ case 0xE0: // cmpeqb (Compare Equal Byte)
+ {
+ Int i;
+ IRTemp tmp[9];
+ IRExpr *value;
+
+ DIP("cmpeqb %u,r%u,r%u\n", BF, rA_addr, rB_addr);
+
+ value = binop( Iop_And64,
+ mkexpr( rA ),
+ mkU64( 0xFF ) );
+
+ tmp[0] = newTemp(Ity_I32);
+ assign( tmp[0], mkU32( 0 ) );
+
+ for(i = 0; i < 8; i++) {
+ tmp[i+1] = newTemp(Ity_I32);
+ assign( tmp[i+1], binop( Iop_Or32,
+ unop( Iop_1Uto32,
+ binop( Iop_CmpEQ64,
+ value,
+ binop( Iop_And64,
+ binop( Iop_Shr64,
+ mkexpr( rB ),
+ mkU8( i*8 ) ),
+ mkU64( 0xFF ) ) ) ),
+ mkexpr( tmp[i] ) ) );
+ }
+
+ putGST_field( PPC_GST_CR,
+ binop( Iop_Shl32,
+ unop( Iop_1Uto32,
+ mkNOT1( binop( Iop_CmpEQ32,
+ mkexpr( tmp[8] ),
+ mkU32( 0 ) ) ) ),
+ mkU8( 2 ) ),
+ BF );
+ }
+ break;
+
+ default:
+ vex_printf("dis_byte_cmp(ppc)(opc2)\n");
+ return False;
+ }
+ return True;
+}
+
+/*
+ * Integer Miscellaneous instructions
+ */
+static Bool dis_int_misc ( UInt theInstr )
+{
+ Int wc = IFIELD(theInstr, 21, 2);
+ UChar opc1 = ifieldOPC(theInstr);
+ UInt opc2 = ifieldOPClo10(theInstr);
+
+ if ( opc1 != 0x1F ) {
+ vex_printf("dis_modulo_int(ppc)(opc1)\n");
+ return False;
+ }
+
+ switch (opc2) {
+ case 0x01E: // wait, (X-from)
+ DIP("wait %u\n", wc);
+
+ /* The wait instruction causes instruction fetching and execution
+ * to be suspended. Instruction fetching and execution are resumed
+ * when the events specified by the WC field occur.
+ *
+ * 0b00 Resume instruction fetching and execution when an
+ * exception or an event-based branch exception occurs,
+ * or a resume signal from the platform is recieved.
+ *
+ * 0b01 Reserved.
+ *
+ * For our purposes, we will just assume the contition is always
+ * immediately satisfied.
+ */
+ break;
+ default:
+ vex_printf("dis_int_misc(ppc)(opc2)\n");
+ return False;
+}
+
+ return True;
+}
/*
Integer Compare Instructions
@@ -4128,7 +6023,7 @@
return False;
}
- if (b22 != 0) {
+ if (( b22 != 0 ) && ( opc2 != 0x080 ) ) { // setb case exception
vex_printf("dis_int_cmp(ppc)(b22)\n");
return False;
}
@@ -4208,6 +6103,50 @@
putCR0( crfD, getXER_SO() );
break;
+ case 0x080: // setb (Set Boolean)
+ {
+ UChar rT_addr = ifieldRegDS(theInstr);
+ Int bfa = IFIELD(theInstr, 18, 3);
+ IRTemp cr = newTemp(Ity_I32);
+ IRTemp cr0 = newTemp(Ity_I32);
+ IRTemp cr1 = newTemp(Ity_I32);
+ IRTemp result = newTemp(Ity_I64);
+
+ DIP("setb r%u,%d\n", rT_addr, bfa);
+
+ /* Fetch the entire condition code value */
+ assign( cr, getGST( PPC_GST_CR ) );
+
+ /* Get bit zero (IBM numbering) of the CR field specified
+ * by bfa.
+ */
+ assign( cr0, binop( Iop_And32,
+ binop( Iop_Shr32,
+ mkexpr( cr ),
+ mkU8( (7-bfa)*4 ) ),
+ mkU32( 0x8 ) ) );
+ assign( cr1, binop( Iop_And32,
+ binop( Iop_Shr32,
+ mkexpr( cr ),
+ mkU8( (7-bfa)*4 ) ),
+ mkU32( 0x4 ) ) );
+ assign( result, binop( Iop_Or64,
+ unop( Iop_1Sto64,
+ binop( Iop_CmpEQ32,
+ mkexpr( cr0 ),
+ mkU32( 0x8 ) ) ),
+ binop( Iop_32HLto64,
+ mkU32( 0 ),
+ unop( Iop_1Uto32,
+ binop( Iop_CmpEQ32,
+ mkexpr( cr1 ),
+ mkU32( 0x4 ) ) ) ) ) );
+ if ( ty == Ity_I64 )
+ putIReg( rT_addr, mkexpr( result ) );
+ else
+ putIReg( rT_addr, unop( Iop_64to32, mkexpr(result ) ) );
+ }
+ break;
default:
vex_printf("dis_int_cmp(ppc)(opc2)\n");
return False;
@@ -4290,8 +6229,37 @@
/* X Form */
case 0x1F:
+
+ opc2 = IFIELD( theInstr, 2, 9 );
+
+ switch ( opc2 ) {
+ case 0x1BD: // extswsli (Extend Sign Word shift left)
+ {
+ /* sh[5] is in bit 1, sh[0:4] is in bits [14:10] of theInstr */
+ UChar sh = IFIELD( theInstr, 11, 5 ) | (IFIELD(theInstr, 1, 1) << 5);
+ IRTemp temp = newTemp( ty );
+
+ DIP("extswsli%s r%u,r%u,%u\n", flag_rC ? ".":"",
+ rA_addr, rS_addr, sh);
+
+ assign( temp, unop( Iop_32Sto64,
+ unop( Iop_64to32, mkexpr( rS ) ) ) );
+ assign( rA, binop( Iop_Shl64, mkexpr( temp ), mkU8( sh ) ) );
+ putIReg( rA_addr, mkexpr( rA ) );
+
+ if ( flag_rC ) {
+ set_CR0( mkexpr( rA ) );
+ }
+ return True;
+ }
+ default:
+ break; // drop to next opc2 check
+ }
+
do_rc = True; // All below record to CR, except for where we return at case end.
+ opc2 = ifieldOPClo10( theInstr );
+
switch (opc2) {
case 0x01C: // and (AND, PPC32 p356)
DIP("and%s r%u,r%u,r%u\n",
@@ -6026,11 +7994,60 @@
return True;
}
+/*
+ * PC relative instruction
+ */
+static Bool dis_pc_relative ( UInt theInstr )
+{
+ /* DX-Form */
+ UChar opc1 = ifieldOPC(theInstr);
+ unsigned long long D;
+ UInt d0 = IFIELD(theInstr, 6, 10);
+ UInt d1 = IFIELD(theInstr, 16, 5);
+ UInt d2 = IFIELD(theInstr, 0, 1);
+ UChar rT_addr = ifieldRegDS(theInstr);
+ UInt opc2 = ifieldOPClo5(theInstr);
+ IRType ty = mode64 ? Ity_I64 : Ity_I32;
+ if ( opc1 != 0x13) {
+ vex_printf("dis_pc_relative(ppc)(opc1)\n");
+ return False;
+ }
+
+ switch (opc2) {
+ case 0x002: // addpcis (Add PC immediate Shifted DX-form)
+ {
+ IRExpr* nia = mkSzImm(ty, nextInsnAddr());
+ IRExpr* result;
+
+ D = (d0 << 6) | (d1 << 1) | d2;
+ DIP("addpcis %u,%llu\n", rT_addr, D);
+
+ if ( (D & 0x8000) == 0x8000 )
+ D = 0xFFFFFFFFFFFF0000UL | D; // sign extend
+
+ if ( ty == Ity_I32 ) {
+ result = binop( Iop_Add32, nia, mkU32( D << 16 ) );
+ } else {
+ vassert( ty == Ity_I64 );
+ result = binop( Iop_Add64, nia, mkU64( D << 16 ) );
+ }
+
+ putIReg( rT_addr, result);
+ }
+ break;
+
+ default:
+ vex_printf("dis_pc_relative(ppc)(opc2)\n");
+ return False;
+ }
+
+ return True;
+}
/*
Condition Register Logical Instructions
-*/
+ */
static Bool dis_cond_logic ( UInt theInstr )
{
/* XL-Form */
@@ -7725,6 +9742,31 @@
IRRoundingMode. PPCRoundingMode encoding is different to
IRRoundingMode, so need to map it.
*/
+
+static IRExpr* /* :: Ity_I32 */ set_round_to_Oddmode ( void )
+{
+/* PPC/ valgrind have two-bits to designate the rounding mode.
+ ISA 3.0 adds instructions than can use a round to odd mode
+ but did not change the number of bits for the rm. Basically,
+ they added two instructions that only differ by the rounding
+ mode the operation uses. In essesce, they encoded the rm
+ in the name. In order to avoid having to create Iops, that
+ encode the rm in th name, we will "expand" the definition of
+ the rounding mode bits. We will just pass the rm and then
+ map the to odd mode to the appropriate PPCFpOp name that
+ will tell us which instruction to map to.
+
+ rounding mode | PPC | IR
+ ------------------------
+ to nearest | 000 | 00
+ to zero | 001 | 11
+ to +infinity | 010 | 10
+ to -infinity | 011 | 01
+ to odd | 1xx | xx
+*/
+ return mkU32(8);
+}
+
static IRExpr* /* :: Ity_I32 */ get_IR_roundingmode ( void )
{
/*
@@ -8542,6 +10584,7 @@
* Otherwise fg_flag is set to 0.
*
*/
+
static void do_fp_tsqrt(IRTemp frB_Int, Bool sp, IRTemp * fe_flag_tmp, IRTemp * fg_flag_tmp)
{
// The following temps are for holding intermediate results
@@ -8555,7 +10598,12 @@
IRTemp frbInf_tmp = newTemp(Ity_I1);
*fe_flag_tmp = newTemp(Ity_I32);
*fg_flag_tmp = newTemp(Ity_I32);
- assign( frB_exp_shR, fp_exp_part( frB_Int, sp ) );
+
+ if ( sp )
+ assign( frB_exp_shR, fp_exp_part( Ity_I32, frB_Int ) );
+ else
+ assign( frB_exp_shR, fp_exp_part( Ity_I64, frB_Int ) );
+
assign(e_b, binop( Iop_Sub32, mkexpr(frB_exp_shR), mkU32( bias ) ));
////////////////// fe_flag tests BEGIN //////////////////////
@@ -8563,9 +10611,17 @@
* (NOTE: These tests are similar to those used for ftdiv. See do_fp_tdiv()
* for details.)
*/
- frbNaN = sp ? is_NaN_32(frB_Int) : is_NaN(frB_Int);
- assign( frbInf_tmp, is_Inf(frB_Int, sp) );
- assign( frbZero_tmp, is_Zero(frB_Int, sp ) );
+ if ( sp ) {
+ frbNaN = is_NaN( Ity_I32, frB_Int );
+ assign( frbInf_tmp, is_Inf( Ity_I32, frB_Int ) );
+ assign( frbZero_tmp, is_Zero( Ity_I32, frB_Int ) );
+
+ } else {
+ frbNaN = is_NaN( Ity_I64, frB_Int );
+ assign( frbInf_tmp, is_Inf( Ity_I64, frB_Int ) );
+ assign( frbZero_tmp, is_Zero( Ity_I64, frB_Int ) );
+ }
+
{
// Test_value = -970 for double precision
UInt test_value = sp ? 0xffffff99 : 0xfffffc36;
@@ -8679,8 +10735,14 @@
IRExpr * fe_flag, * fg_flag;
// Create temps that will be used throughout the following tests.
- assign( frA_exp_shR, fp_exp_part( frA_int, sp ) );
- assign( frB_exp_shR, fp_exp_part( frB_int, sp ) );
+ if ( sp ) {
+ assign( frA_exp_shR, fp_exp_part( Ity_I32, frA_int ) );
+ assign( frB_exp_shR, fp_exp_part( Ity_I32, frB_int ) );
+ } else{
+ assign( frA_exp_shR, fp_exp_part( Ity_I64, frA_int ) );
+ assign( frB_exp_shR, fp_exp_part( Ity_I64, frB_int ) );
+ }
+
/* Let e_[a|b] be the unbiased exponent: i.e. exp - 1023. */
assign(e_a, binop( Iop_Sub32, mkexpr(frA_exp_shR), mkU32( bias ) ));
assign(e_b, binop( Iop_Sub32, mkexpr(frB_exp_shR), mkU32( bias ) ));
@@ -8693,28 +10755,26 @@
* Test if the double-precision floating-point operand in register FRA is
* a NaN:
*/
- fraNaN = sp ? is_NaN_32(frA_int) : is_NaN(frA_int);
+ fraNaN = sp ? is_NaN( Ity_I32, frA_int ) : is_NaN( Ity_I64, frA_int );
/*
- * Test if the double-precision floating-point operand in register FRA is
- * an Infinity.
+ * Test if the double-precision floating-point operands in register FRA
+ * and FRB is an Infinity. Test if FRB is zero.
*/
- assign(fraInf_tmp, is_Inf(frA_int, sp));
+ if ( sp ) {
+ assign(fraInf_tmp, is_Inf( Ity_I32, frA_int ) );
+ assign( frbInf_tmp, is_Inf( Ity_I32, frB_int ) );
+ assign( frbZero_tmp, is_Zero( Ity_I32, frB_int ) );
+ } else {
+ assign(fraInf_tmp, is_Inf( Ity_I64, frA_int ) );
+ assign( frbInf_tmp, is_Inf( Ity_I64, frB_int ) );
+ assign( frbZero_tmp, is_Zero( Ity_I64, frB_int ) );
+ }
/*
* Test if the double-precision floating-point operand in register FRB is
* a NaN:
*/
- frbNaN = sp ? is_NaN_32(frB_int) : is_NaN(frB_int);
- /*
- * Test if the double-precision floating-point operand in register FRB is
- * an Infinity.
- */
- assign( frbInf_tmp, is_Inf(frB_int, sp) );
- /*
- * Test if the double-precision floating-point operand in register FRB is
- * a Zero.
- */
- assign( frbZero_tmp, is_Zero(frB_int, sp) );
+ frbNaN = sp ? is_NaN( Ity_I32, frB_int ) : is_NaN( Ity_I64, frB_int );
/*
* Test if e_b <= -1022 for double precision;
@@ -8737,7 +10797,11 @@
/*
* Test if FRA != Zero and (e_a - e_b) >= bias
*/
- assign( fraNotZero_tmp, unop( Iop_Not1, is_Zero( frA_int, sp ) ) );
+ if ( sp )
+ assign( fraNotZero_tmp, unop( Iop_Not1, is_Zero( Ity_I32, frA_int ) ) );
+ else
+ assign( fraNotZero_tmp, unop( Iop_Not1, is_Zero( Ity_I64, frA_int ) ) );
+
ea_eb_GTE = mkAND1( mkexpr( fraNotZero_tmp ),
binop( Iop_CmpLT32S, mkU32( bias ),
binop( Iop_Sub32, mkexpr( e_a ),
@@ -8988,10 +11052,8 @@
);
putGST_field( PPC_GST_CR, mkexpr(ccPPC32), crfD );
+ putFPCC( mkexpr( ccPPC32 ) );
- /* CAB: TODO?: Support writing cc to FPSCR->FPCC ?
- putGST_field( PPC_GST_FPSCR, mkexpr(ccPPC32), 4 );
- */
// XXX XXX XXX FIXME
// Also write the result into FPRF (it's not entirely clear how)
@@ -9274,15 +11336,152 @@
}
assign( EA_hi, ea_rAor0_idxd( rA_addr, rB_addr ) );
break;
- case 0x39: // lfdp (FP Load Double Pair DS-form, ISA 2.05 p125)
- DIP("lfdp fr%u,%d(r%u)\n", frT_hi_addr, simm16, rA_addr);
- assign( EA_hi, ea_rAor0_simm( rA_addr, simm16 ) );
- is_load = 1;
+ case 0x39:
+ {
+ UInt DS = IFIELD( theInstr, 2, 14);
+ UChar vRT = ifieldRegDS(theInstr);
+ IRTemp EA = newTemp( ty );
+
+ opc2 = ifieldOPC0o2(theInstr);
+
+ switch(opc2) {
+ case 0x0: // lfdp (FP Load Double Pair DS-form, ISA 2.05 p125)
+ DIP("lfdp fr%u,%d(r%u)\n", frT_hi_addr, simm16, rA_addr);
+ assign( EA_hi, ea_rAor0_simm( rA_addr, simm16 ) );
+ is_load = 1;
+ break;
+
+ case 0x2: // lxsd (Load VSX Scalar Doubleword)
+ DIP("lxsd v%u,%d(r%u)\n", vRT, DS, rA_addr);
+
+ assign( EA, ea_rAor0_simm( rA_addr, DS<<2 ) );
+
+ putVSReg( vRT+32, binop( Iop_64HLtoV128,
+ load( Ity_I64, mkexpr( EA ) ),
+ mkU64( 0 ) ) );
+ return True;
+
+ case 0x3: // lxssp (Load VSX Scalar Single)
+ DIP("lxssp v%u,%d(r%u)\n", vRT, DS, rA_addr);
+
+ assign( EA, ea_rAor0_simm( rA_addr, DS<<2 ) );
+
+ putVSReg( vRT+32, binop( Iop_64HLtoV128,
+ binop( Iop_32HLto64,
+ load( Ity_I32, mkexpr( EA ) ),
+ mkU32( 0 ) ),
+ mkU64( 0 ) ) );
+ return True;
+
+ default:
+ vex_printf("dis_fp_pair(ppc) : DS-form wrong opc2\n");
+ return False;
+ }
break;
- case 0x3d: // stfdp (FP Store Double Pair DS-form, ISA 2.05 p125)
- DIP("stfdp fr%u,%d(r%u)\n", frT_hi_addr, simm16, rA_addr);
- assign( EA_hi, ea_rAor0_simm( rA_addr, simm16 ) );
+ }
+ case 0x3d:
+ {
+ UInt DS = IFIELD( theInstr, 2, 14);
+ UChar vRS = ifieldRegDS(theInstr);
+ IRTemp EA = newTemp( ty );
+
+ opc2 = ifieldOPC0o2(theInstr);
+
+ switch(opc2) {
+ case 0x0:
+ // stfdp (FP Store Double Pair DS-form, ISA 2.05 p125)
+ DIP("stfdp fr%u,%d(r%u)\n", frT_hi_addr, simm16, rA_addr);
+ assign( EA_hi, ea_rAor0_simm( rA_addr, simm16 ) );
+ break;
+
+ case 0x1:
+ {
+ UInt ea_off = 8;
+ IRTemp word[2];
+ IRExpr* irx_addr;
+ UInt T = IFIELD( theInstr, 21, 5); // T or S depending on inst
+ UInt TX = IFIELD( theInstr, 3, 1); // TX or SX field
+
+ word[0] = newTemp(Ity_I64);
+ word[1] = newTemp(Ity_I64);
+ DS = IFIELD( theInstr, 4, 11); // DQ in the instruction definition
+ assign( EA, ea_rAor0_simm( rA_addr, DS<<4 ) );
+
+ if ( IFIELD( theInstr, 0, 3) == 1) {
+ // lxv (Load VSX Vector)
+ DIP("lxv v%u,%d(r%u)\n", vRS, DS, rA_addr);
+
+ assign( word[0], load( Ity_I64, mkexpr( EA ) ) );
+
+ irx_addr = binop( mkSzOp( ty, Iop_Add8 ), mkexpr( EA ),
+ ty == Ity_I64 ? mkU64( ea_off ) : mkU32( ea_off ) );
+
+ assign( word[1], load( Ity_I64, irx_addr ) );
+
+ if (host_endness == VexEndnessBE)
+ putVSReg( TX*32+T, binop( Iop_64HLtoV128,
+ mkexpr( word[0] ),
+ mkexpr( word[1] ) ) );
+ else
+ putVSReg( TX*32+T, binop( Iop_64HLtoV128,
+ mkexpr( word[1] ),
+ mkexpr( word[0] ) ) );
+ return True;
+
+ } else if ( IFIELD( theInstr, 0, 3) == 5) {
+ // stxv (Store VSX Vector)
+ DIP("stxv v%u,%d(r%u)\n", vRS, DS, rA_addr);
+
+ if (host_endness == VexEndnessBE) {
+ store( mkexpr(EA), unop( Iop_V128HIto64,
+ getVSReg( TX*32+T ) ) );
+ irx_addr = binop( mkSzOp( ty, Iop_Add8 ), mkexpr( EA ),
+ ty == Ity_I64 ? mkU64( ea_off ) : mkU32( ea_off ) );
+ store( irx_addr, unop( Iop_V128to64,
+ getVSReg( TX*32+T ) ) );
+ } else {
+ store( mkexpr(EA), unop( Iop_V128to64,
+ getVSReg( TX*32+T ) ) );
+ irx_addr = binop( mkSzOp( ty, Iop_Add8 ), mkexpr( EA ),
+ ty == Ity_I64 ? mkU64( ea_off ) : mkU32( ea_off ) );
+ store( irx_addr, unop( Iop_V128HIto64,
+ getVSReg( TX*32+T ) ) );
+ }
+ return True;
+
+ } else {
+ vex_printf("dis_fp_pair vector load/store (ppc) : DS-form wrong opc2\n");
+ return False;
+ }
+ break;
+ }
+ case 0x2:
+ // stxsd (Store VSX Scalar Doubleword)
+ DIP("stxsd v%u,%d(r%u)\n", vRS, DS, rA_addr);
+
+ assign( EA, ea_rAor0_simm( rA_addr, DS<<2 ) );
+
+ store( mkexpr(EA), unop( Iop_V128HIto64,
+ getVSReg( vRS+32 ) ) );
+ return True;
+
+ case 0x3:
+ // stxssp (Store VSX Scalar Single)
+ DIP("stxssp v%u,%d(r%u)\n", vRS, DS, rA_addr);
+
+ assign( EA, ea_rAor0_simm( rA_addr, DS<<2 ) );
+
+ store( mkexpr(EA), unop( Iop_64HIto32,
+ unop( Iop_V128HIto64,
+ getVSReg( vRS+32 ) ) ) );
+ return True;
+
+ default:
+ vex_printf("dis_fp_pair(ppc) : DS-form wrong opc2\n");
+ return False;
+ }
break;
+ }
default: // immediate offset
vex_printf("dis_fp_pair(ppc)(instr)\n");
return False;
@@ -9532,24 +11731,16 @@
case 0x086: { // mtfsfi (Move to FPSCR Field Immediate, PPC32 p481)
UInt crfD = IFIELD( theInstr, 23, 3 );
- UChar b16to22 = toUChar( IFIELD( theInstr, 16, 7 ) );
+ UChar b17to22 = toUChar( IFIELD( theInstr, 17, 6 ) );
UChar IMM = toUChar( IFIELD( theInstr, 12, 4 ) );
UChar b11 = toUChar( IFIELD( theInstr, 11, 1 ) );
- UChar Wbit;
+ UChar Wbit = toUChar( IFIELD( theInstr, 16, 1 ) );
- if (b16to22 != 0 || b11 != 0) {
+ if (b17to22 != 0 || b11 != 0 || (Wbit && !GX_level)) {
vex_printf("dis_fp_scr(ppc)(instr,mtfsfi)\n");
return False;
- }
- DIP("mtfsfi%s crf%u,%d\n", flag_rC ? ".":"", crfD, IMM);
- if (GX_level) {
- /* This implies that Decimal Floating Point is supported, and the
- * FPSCR must be managed as a 64-bit register.
- */
- Wbit = toUChar( IFIELD(theInstr, 16, 1) );
- } else {
- Wbit = 0;
}
+ DIP("mtfsfi%s crf%u,%d%s\n", flag_rC ? ".":"", crfD, IMM, Wbit ? ",1":"");
crfD = crfD + (8 * (1 - Wbit) );
putGST_field( PPC_GST_FPSCR, mkU32( IMM ), crfD );
break;
@@ -9558,7 +11749,21 @@
case 0x247: { // mffs (Move from FPSCR, PPC32 p468)
UChar frD_addr = ifieldRegDS(theInstr);
UInt b11to20 = IFIELD(theInstr, 11, 10);
- IRExpr* fpscr_lower = getGST_masked( PPC_GST_FPSCR, MASK_FPSCR_RN );
+ /* The FPSCR_DRN, FPSCR_RN and FPSCR_FPCC are all stored in
+ * their own 8-bit entries with distinct offsets. The FPSCR
+ * register is handled as two 32-bit values. We need to
+ * assemble the pieces into the single 64-bit value to return.
+ */
+ IRExpr* fpscr_lower
+ = binop( Iop_Or32,
+ getGST_masked( PPC_GST_FPSCR, MASK_FPSCR_RN),
+ binop( Iop_Or32,
+ binop( Iop_Shl32,
+ getC(),
+ mkU8(63-47) ) ,
+ binop( Iop_Shl32,
+ getFPCC(),
+ mkU8(63-51) ) ) );
IRExpr* fpscr_upper = getGST_masked_upper( PPC_GST_FPSCR,
MASK_FPSCR_DRN );
@@ -9623,6 +11828,12 @@
else
mask |= BFP_MASK_SEED >> ( 4 * ( i + 8 * ( 1 - Wbit ) ) );
}
+ if ((FM & (1<<(7-i))) == 0x2) { //set the FPCC bits
+ mask |= 0xF000;
+ }
+ if ((FM & (1<<(7-i))) == 0x4) { //set the Floating-Point Class Descriptor (C) bit
+ mask |= 0x10000;
+ }
}
}
assign( frB, getFReg(frB_addr));
@@ -10201,7 +12412,7 @@
IRTemp low_u_flag = newTemp( Ity_I8 );
IRTemp low_l_flag = newTemp( Ity_I8 );
- /* Check the LMD, digit 16, to see if it is zero. */
+ /* Check the LMD, digit 34, to see if it is zero. */
assign( num_lmd, unop( Iop_1Uto8, binop( Iop_CmpEQ32, lmd, mkU32( 0 ) ) ) );
assign( lmd_flag, unop( Iop_Not8, mkexpr( num_lmd ) ) );
@@ -10213,7 +12424,7 @@
&top_flag,
top_12_l );
- Count_zeros( 1,
+ Count_zeros( 2,
mkexpr( num_top ),
mkexpr( top_flag ),
&num_mid_u,
@@ -10222,14 +12433,14 @@
binop( Iop_Shl32, mid_60_u, mkU8( 2 ) ),
binop( Iop_Shr32, mid_60_l, mkU8( 30 ) ) ) );
- Count_zeros( 2,
+ Count_zeros( 1,
mkexpr( num_mid_u ),
mkexpr( mid_u_flag ),
&num_mid_l,
&mid_l_flag,
mid_60_l );
- Count_zeros( 1,
+ Count_zeros( 2,
mkexpr( num_mid_l ),
mkexpr( mid_l_flag ),
&num_low_u,
@@ -10238,7 +12449,7 @@
binop( Iop_Shl32, low_60_u, mkU8( 2 ) ),
binop( Iop_Shr32, low_60_l, mkU8( 30 ) ) ) );
- Count_zeros( 2,
+ Count_zeros( 1,
mkexpr( num_low_u ),
mkexpr( low_u_flag ),
&num_low_l,
@@ -10264,10 +12475,10 @@
binop( Iop_CmpEQ32,
mkexpr( gfield0to5 ),
mkU32( 0x1E ) ) ),
- unop( Iop_1Sto32, /* SNaN check */
- binop( Iop_CmpEQ32,
- mkexpr( gfield0to5 ),
- mkU32( 0x1F ) ) ) );
+ unop( Iop_1Sto32, /* SNaN check */
+ binop( Iop_CmpEQ32,
+ mkexpr( gfield0to5 ),
+ mkU32( 0x1F ) ) ) );
}
#undef AND
@@ -11047,6 +13258,7 @@
mkU32( 1 ) ) ) ) ) );
putGST_field( PPC_GST_CR, mkexpr( ccPPC32 ), crfD );
+ putFPCC( mkexpr( ccPPC32 ) );
return True;
}
@@ -11076,6 +13288,7 @@
IRTemp cc1 = newTemp( Ity_I32 );
IRTemp cc2 = newTemp( Ity_I32 );
IRTemp cc3 = newTemp( Ity_I32 );
+ IRTemp cc = newTemp( Ity_I32 );
/* The dtstex and dtstexg instructions only differ in the size of the
* exponent field. The following switch statement takes care of the size
@@ -11230,15 +13443,15 @@
) ) );
/* store the condition code */
- putGST_field( PPC_GST_CR,
- binop( Iop_Or32,
- mkexpr( cc0 ),
- binop( Iop_Or32,
- mkexpr( cc1 ),
- binop( Iop_Or32,
- mkexpr( cc2 ),
- mkexpr( cc3 ) ) ) ),
- crfD );
+ assign( cc, binop( Iop_Or32,
+ mkexpr( cc0 ),
+ binop( Iop_Or32,
+ mkexpr( cc1 ),
+ binop( Iop_Or32,
+ mkexpr( cc2 ),
+ mkexpr( cc3 ) ) ) ) );
+ putGST_field( PPC_GST_CR, mkexpr( cc ), crfD );
+ putFPCC( mkexpr( cc ) );
return True;
}
@@ -11683,6 +13896,7 @@
mkU8( 1 ) ) ) );
putGST_field( PPC_GST_CR, mkexpr( field ), crfD );
+ putFPCC( mkexpr( field ) );
return True;
}
@@ -12357,10 +14571,11 @@
static Bool dis_dfp_significant_digits( UInt theInstr )
{
+ UInt opc1 = ifieldOPC( theInstr );
+ UInt opc2 = ifieldOPClo10(theInstr);
UChar frA_addr = ifieldRegA( theInstr );
UChar frB_addr = ifieldRegB( theInstr );
IRTemp frA = newTemp( Ity_D64 );
- UInt opc1 = ifieldOPC( theInstr );
IRTemp B_sig = newTemp( Ity_I8 );
IRTemp K = newTemp( Ity_I8 );
IRTemp lmd_B = newTemp( Ity_I32 );
@@ -12372,22 +14587,38 @@
IRTemp Gt_true_mask = newTemp( Ity_I32 );
IRTemp KisZero_true_mask = newTemp( Ity_I32 );
IRTemp KisZero_false_mask = newTemp( Ity_I32 );
+ IRTemp cc = newTemp( Ity_I32 );
+ UChar UIM = toUChar( IFIELD( theInstr, 16, 6 ) );
+ IRTemp BCD_valid = newTemp( Ity_I32 );
- /* Get the reference singificance stored in frA */
- assign( frA, getDReg( frA_addr ) );
+ if (opc2 == 0x2A2) { // dtstsf DFP Test Significance
+ // dtstsfq DFP Test Significance Quad
+ /* Get the reference singificance stored in frA */
+ assign( frA, getDReg( frA_addr ) );
- /* Convert from 64 bit to 8 bits in two steps. The Iop_64to8 is not
- * supported in 32-bit mode.
- */
- assign( K, unop( Iop_32to8,
- binop( Iop_And32,
- unop( Iop_64to32,
- unop( Iop_ReinterpD64asI64,
- mkexpr( frA ) ) ),
- mkU32( 0x3F ) ) ) );
+ /* Convert from 64 bit to 8 bits in two steps. The Iop_64to8 is not
+ * supported in 32-bit mode.
+ */
+ assign( K, unop( Iop_32to8,
+ binop( Iop_And32,
+ unop( Iop_64to32,
+ unop( Iop_ReinterpD64asI64,
+ mkexpr( frA ) ) ),
+ mkU32( 0x3F ) ) ) );
+
+ } else if (opc2 == 0x2A3) { // dtstsfi DFP Test Significance Immediate
+ // dtstsfiq DFP Test Significance Quad Immediate
+ /* get the significane from the immediate field */
+ assign( K, mkU8( UIM) );
+
+ } else {
+ vex_printf("dis_dfp_significant_digits(ppc)(opc2) wrong\n");
+ return False;
+ }
switch ( opc1 ) {
case 0x3b: // dtstsf DFP Test Significance
+ // dtstsfi DFP Test Significance Immediate
{
IRTemp frB = newTemp( Ity_D64 );
IRTemp frBI64 = newTemp( Ity_I64 );
@@ -12395,7 +14626,11 @@
IRTemp B_bcd_l = newTemp( Ity_I32 );
IRTemp tmp64 = newTemp( Ity_I64 );
- DIP( "dtstsf %u,r%u,r%u\n", crfD, frA_addr, frB_addr );
+ if (opc2 == 0x2A2) {
+ DIP( "dtstsf %u,r%u,r%u\n", crfD, frA_addr, frB_addr );
+ } else {
+ DIP( "dtstsfi %u,%u,r%u\n", crfD, UIM, frB_addr );
+ }
assign( frB, getDReg( frB_addr ) );
assign( frBI64, unop( Iop_ReinterpD64asI64, mkexpr( frB ) ) );
@@ -12420,10 +14655,23 @@
Count_leading_zeros_60( mkexpr( lmd_B ),
mkexpr( B_bcd_u ),
mkexpr( B_bcd_l ) ) ) );
- assign( Unordered_true, Check_unordered( mkexpr( frBI64 ) ) );
+
+ assign( BCD_valid,
+ binop( Iop_Or32,
+ bcd_digit_inval( mkexpr( B_bcd_u), mkexpr( B_bcd_l) ),
+ bcd_digit_inval( mkexpr( lmd_B), mkU32( 0 ) ) ) );
+
+ /* Set unordered to True if the number is NaN, Inf or an invalid
+ * digit.
+ */
+ assign( Unordered_true,
+ binop( Iop_Or32,
+ Check_unordered( mkexpr( frBI64 ) ),
+ mkexpr( BCD_valid) ) );
}
break;
case 0x3F: // dtstsfq DFP Test Significance
+ // dtstsfqi DFP Test Significance Immediate
{
IRTemp frB_hi = newTemp( Ity_D64 );
IRTemp frB_lo = newTemp( Ity_D64 );
@@ -12435,7 +14683,11 @@
IRTemp B_mid_60_l = newTemp( Ity_I32 );
IRTemp B_top_12_l = newTemp( Ity_I32 );
- DIP( "dtstsfq %u,r%u,r%u\n", crfD, frA_addr, frB_addr );
+ if (opc2 == 0x2A2) {
+ DIP( "dtstsfq %u,r%u,r%u\n", crfD, frA_addr, frB_addr );
+ } else {
+ DIP( "dtstsfiq %u,%u,r%u\n", crfD, UIM, frB_addr );
+ }
assign( frB_hi, getDReg( frB_addr ) );
assign( frB_lo, getDReg( frB_addr + 1 ) );
@@ -12461,6 +14713,16 @@
&B_low_60_u,
&B_low_60_l );
+ assign( BCD_valid,
+ binop( Iop_Or32,
+ binop( Iop_Or32,
+ bcd_digit_inval( mkexpr( lmd_B ),
+ mkexpr( B_top_12_l ) ),
+ bcd_digit_inval( mkexpr( B_mid_60_u ),
+ mkexpr( B_mid_60_l ) ) ),
+ bcd_digit_inval( mkexpr( B_low_60_u ),
+ mkexpr( B_low_60_l ) ) ) );
+
assign( B_sig,
binop( Iop_Sub8,
mkU8( DFP_EXTND_MAX_SIG_DIGITS ),
@@ -12471,7 +14733,13 @@
mkexpr( B_low_60_u ),
mkexpr( B_low_60_l ) ) ) );
- assign( Unordered_true, Check_unordered( mkexpr( frBI64_hi ) ) );
+ /* Set unordered to True if the number is NaN, Inf or an invalid
+ * digit.
+ */
+ assign( Unordered_true,
+ binop( Iop_Or32,
+ Check_unordered( mkexpr( frBI64_hi ) ),
+ mkexpr( BCD_valid) ) );
}
break;
}
@@ -12533,19 +14801,19 @@
mkexpr( KisZero_true_mask ),
mkU32( 0x4 ) ) ) );
- putGST_field( PPC_GST_CR,
- binop( Iop_Or32,
- binop( Iop_And32,
- mkexpr( Unordered_true ),
- mkU32( 0x1 ) ),
- binop( Iop_And32,
- unop( Iop_Not32, mkexpr( Unordered_true ) ),
- mkexpr( field ) ) ),
- crfD );
+ assign( cc, binop( Iop_Or32,
+ binop( Iop_And32,
+ mkexpr( Unordered_true ),
+ mkU32( 0x1 ) ),
+ binop( Iop_And32,
+ unop( Iop_Not32, mkexpr( Unordered_true ) ),
+ mkexpr( field ) ) ) );
+
+ putGST_field( PPC_GST_CR, mkexpr( cc ), crfD );
+ putFPCC( mkexpr( cc ) );
return True;
}
-
/*------------------------------------------------------------*/
/*--- AltiVec Instruction Translation ---*/
/*------------------------------------------------------------*/
@@ -12647,6 +14915,650 @@
}
/*
+Vector Extend Sign Instructions
+*/
+static Bool dis_av_extend_sign_count_zero ( UInt theInstr, UInt allow_isa_3_0 )
+{
+ /* VX-Form, sort of, the A register field is used to select the specific
+ * sign extension instruction or count leading/trailing zero LSB
+ * instruction.
+ */
+
+ UChar opc1 = ifieldOPC( theInstr );
+ UChar rT_addr = ifieldRegDS (theInstr );
+ UChar rA_addr = ifieldRegA( theInstr );
+ UChar vB_addr = ifieldRegB( theInstr );
+ UInt opc2 = IFIELD( theInstr, 0, 11 );
+
+ IRTemp vB = newTemp( Ity_V128 );
+ IRTemp vT = newTemp( Ity_V128 );
+
+ assign( vB, getVReg ( vB_addr ) );
+
+ if ( ( opc1 != 0x4 ) && ( opc2 != 0x602 ) ) {
+ vex_printf("dis_av_extend_sign(ppc)(instr)\n");
+ return False;
+ }
+
+ switch ( rA_addr ) {
+ case 0:
+ case 1:
+ {
+ UInt i;
+ IRTemp count[17];
+ IRTemp bit_zero[16];
+ IRTemp byte_mask[17];
+
+ /* These instructions store the result in the general purpose
+ * register in the rT_addr field.
+ */
+
+ byte_mask[0] = newTemp( Ity_I32 );
+ count[0] = newTemp( Ity_I32 );
+ assign( count[0], mkU32( 0 ) );
+ assign( byte_mask[0], mkU32( 0x1 ) );
+
+ if ( rA_addr == 0 ) {
+ // vclzlsbb (Vector Count Leading Zero Least-Significant Bits Byte)
+ DIP("vclzlsbb %d,v%d\n", rT_addr, vB_addr);
+
+ } else {
+ // vctzlsbb (Vector Count Trailing Zero Least-Significant Bits Byte)
+ DIP("vctzlsbb %d,v%d\n", rT_addr, vB_addr);
+ }
+
+ for( i = 0; i < 16; i++ ) {
+ byte_mask[i+1] = newTemp( Ity_I32 );
+ count[i+1] = newTemp( Ity_I32 );
+ bit_zero[i] = newTemp( Ity_I1 );
+
+ /* bit_zero[i] = 0x0 until the first 1 bit is found in lsb of
+ * byte. When the first 1 bit is found it causes the byte_mask
+ * to change from 0x1 to 0x0. Thus the AND of the lsb and byte_mask
+ * will be zero which will be equal to the zero byte_mask causing
+ * the value of bit_zero[i] to be equal to 0x1 for all remaining bits.
+ */
+
+ if ( rA_addr == 0 )
+ /* leading zero bit in byte count,
+ work bytes from left to right
+ */
+ assign( bit_zero[i],
+ binop( Iop_CmpEQ32,
+ binop( Iop_And32,
+ unop( Iop_V128to32,
+ binop( Iop_ShrV128,
+ mkexpr( vB ),
+ mkU8( ( 15 - i) * 8 ) ) ),
+ mkexpr( byte_mask[i] ) ),
+ mkexpr( byte_mask[i] ) ) );
+
+ else if ( rA_addr == 1 )
+ /* trailing zero bit in byte count,
+ * work bytes from right to left
+ */
+ assign( bit_zero[i],
+ binop( Iop_CmpEQ32,
+ binop( Iop_And32,
+ unop( Iop_V128to32,
+ binop( Iop_ShrV128,
+ mkexpr( vB ),
+ mkU8( i * 8 ) ) ),
+ mkexpr( byte_mask[i] ) ),
+ mkexpr( byte_mask[i] ) ) );
+
+ /* Increment count as long as bit_zero = 0 */
+ assign( count[i+1], binop( Iop_Add32,
+ mkexpr( count[i] ),
+ unop( Iop_1Uto32,
+ unop( Iop_Not1,
+ mkexpr( bit_zero[i] ) ) ) ) );
+
+ /* If comparison fails to find a zero bit, set the byte_mask to zero
+ * for all future comparisons so there will be no more matches.
+ */
+ assign( byte_mask[i+1],
+ binop( Iop_And32,
+ unop( Iop_1Uto32,
+ unop( Iop_Not1,
+ mkexpr( bit_zero[i] ) ) ),
+ mkexpr( byte_mask[i] ) ) );
+ }
+ putIReg( rT_addr, unop( Iop_32Uto64, mkexpr( count[16] ) ) );
+ return True;
+ }
+
+ case 6: // vnegw, Vector Negate Word
+ DIP("vnegw v%d,%d,v%d", rT_addr, rA_addr, vB_addr);
+
+ /* multiply each word by -1 */
+ assign( vT, binop( Iop_Mul32x4, mkexpr( vB ), mkV128( 0xFFFF ) ) );
+ break;
+
+ case 7: // vnegd, Vector Negate Doubleword
+ DIP("vnegd v%d,%d,v%d", rT_addr, rA_addr, vB_addr);
+
+ /* multiply each word by -1 */
+ assign( vT, binop( Iop_64HLtoV128,
+ binop( Iop_Mul64,
+ unop( Iop_V128HIto64,
+ mkexpr( vB ) ),
+ mkU64( 0xFFFFFFFFFFFFFFFF ) ),
+ binop( Iop_Mul64,
+ unop( Iop_V128to64,
+ mkexpr( vB ) ),
+ mkU64( 0xFFFFFFFFFFFFFFFF ) ) ) );
+ break;
+
+ case 8: // vprtybw, Vector Parity Byte Word
+ case 9: // vprtybd, Vector Parity Byte Doubleword
+ case 10: // vprtybq, Vector Parity Byte Quadword
+ {
+ UInt i;
+ IRTemp bit_in_byte[16];
+ IRTemp word_parity[4];
+
+ for( i = 0; i < 16; i++ ) {
+ bit_in_byte[i] = newTemp( Ity_I32 );
+ assign( bit_in_byte[i],
+ binop( Iop_And32,
+ unop( Iop_V128to32,
+ binop( Iop_ShrV128,
+ mkexpr( vB ),
+ mkU8( ( 15 - i ) * 8 ) ) ),
+ mkU32( 0x1 ) ) );
+ }
+
+ for( i = 0; i < 4; i++ ) {
+ word_parity[i] = newTemp(Ity_I32);
+ assign( word_parity[i],
+ mkXOr4_32( bit_in_byte[0 + i * 4],
+ bit_in_byte[1 + i * 4],
+ bit_in_byte[2 + i * 4],
+ bit_in_byte[3 + i * 4] ) );
+ }
+
+ if ( rA_addr == 8 ) {
+ DIP("vprtybw v%d,v%d", rT_addr, vB_addr);
+
+ assign( vT, mkV128from32( word_parity[0], word_parity[1],
+ word_parity[2], word_parity[3] ) );
+
+ } else if ( rA_addr == 9 ) {
+ DIP("vprtybd v%d,v%d", rT_addr, vB_addr);
+
+ assign( vT,
+ binop( Iop_64HLtoV128,
+ binop( Iop_32HLto64,
+ mkU32( 0 ),
+ binop( Iop_Xor32,
+ mkexpr( word_parity[0] ),
+ mkexpr( word_parity[1] ) ) ),
+ binop( Iop_32HLto64,
+ mkU32( 0 ),
+ binop( Iop_Xor32,
+ mkexpr( word_parity[2] ),
+ mkexpr( word_parity[3] ) ) ) ) );
+
+ } else if ( rA_addr == 10 ) {
+ DIP("vprtybq v%d,v%d", rT_addr, vB_addr);
+
+ assign( vT,
+ binop( Iop_64HLtoV128,
+ mkU64( 0 ),
+ unop( Iop_32Uto64,
+ mkXOr4_32( word_parity[0],
+ word_parity[1],
+ word_parity[2],
+ word_parity[3] ) ) ) );
+ }
+ }
+ break;
+
+ case 16: // vextsb2w, Vector Extend Sign Byte to Word
+ DIP("vextsb2w v%d,%d,v%d", rT_addr, rA_addr, vB_addr);
+
+ /* Iop_MullEven8Sx16 does a signed widening multiplication of byte to
+ * two byte sign extended result. Then do a two byte to four byte sign
+ * extended multiply. Note contents of upper three bytes in word are
+ * "over written". So just take source and multiply by 1.
+ */
+ assign( vT, binop( Iop_MullEven16Sx8,
+ binop( Iop_64HLtoV128,
+ mkU64( 0x0000000100000001 ),
+ mkU64( 0x0000000100000001 ) ),
+ binop( Iop_MullEven8Sx16,
+ mkexpr( vB ),
+ binop( Iop_64HLtoV128,
+ mkU64( 0x0001000100010001 ),
+ mkU64( 0x0001000100010001 ) ) ) ) );
+ break;
+
+ case 17: // vextsh2w, Vector Extend Sign Halfword to Word
+ DIP("vextsh2w v%d,%d,v%d", rT_addr, rA_addr, vB_addr);
+
+ /* Iop_MullEven16Sx8 does a signed widening multiply of four byte
+ * 8 bytes. Note contents of upper two bytes in word are
+ * "over written". So just take source and multiply by 1.
+ */
+ assign( vT, binop( Iop_MullEven16Sx8,
+ binop( Iop_64HLtoV128,
+ mkU64( 0x0000000100000001 ),
+ mkU64( 0x0000000100000001 ) ),
+ mkexpr( vB ) ) );
+
+ break;
+
+ case 24: // vextsb2d, Vector Extend Sign Byte to Doubleword
+ DIP("vextsb2d v%d,%d,v%d", rT_addr, rA_addr, vB_addr);
+
+ /* Iop_MullEven8Sx16 does a signed widening multiplication of byte to
+ * two byte sign extended result. Then do a two byte to four byte sign
+ * extended multiply. Then do four byte to eight byte multiply.
+ */
+ assign( vT, binop( Iop_MullEven32Sx4,
+ binop( Iop_64HLtoV128,
+ mkU64( 0x0000000000000001 ),
+ mkU64( 0x0000000000000001 ) ),
+ binop( Iop_MullEven16Sx8,
+ binop( Iop_64HLtoV128,
+ mkU64( 0x0000000100000001 ),
+ mkU64( 0x0000000100000001 ) ),
+ binop( Iop_MullEven8Sx16,
+ binop( Iop_64HLtoV128,
+ mkU64( 0x0001000100010001 ),
+ mkU64( 0x0001000100010001 ) ),
+ mkexpr( vB ) ) ) ) );
+ break;
+
+ case 25: // vextsh2d, Vector Extend Sign Halfword to Doubleword
+ DIP("vextsh2d v%d,%d,v%d", rT_addr, rA_addr, vB_addr);
+
+ assign( vT, binop( Iop_MullEven32Sx4,
+ binop( Iop_64HLtoV128,
+ mkU64( 0x0000000000000001 ),
+ mkU64( 0x0000000000000001 ) ),
+ binop( Iop_MullEven16Sx8,
+ binop( Iop_64HLtoV128,
+ mkU64( 0x0000000100000001 ),
+ mkU64( 0x0000000100000001 ) ),
+ mkexpr( vB ) ) ) );
+ break;
+
+ case 26: // vextsw2d, Vector Extend Sign Word to Doubleword
+ DIP("vextsw2d v%d,%d,v%d", rT_addr, rA_addr, vB_addr);
+
+ assign( vT, binop( Iop_MullEven32Sx4,
+ binop( Iop_64HLtoV128,
+ mkU64( 0x0000000000000001 ),
+ mkU64( 0x0000000000000001 ) ),
+ mkexpr( vB ) ) );
+ break;
+
+ case 28: // vctzb, Vector Count Trailing Zeros Byte
+ {
+ DIP("vctzb v%d,v%d", rT_addr, vB_addr);
+
+ /* This instruction is only available in the ISA 3.0 */
+ if ( !mode64 || !allow_isa_3_0 ) {
+ vex_printf("\n vctzb instruction not supported on non ISA 3.0 platform\n\n");
+ return False;
+ }
+ assign( vT, unop( Iop_Ctz8x16, mkexpr( vB ) ) );
+ }
+ break;
+
+ case 29: // vctzh, Vector Count Trailing Zeros Halfword
+ {
+ DIP("vctzh v%d,v%d", rT_addr, vB_addr);
+
+ /* This instruction is only available in the ISA 3.0 */
+ if ( !mode64 || !allow_isa_3_0 ) {
+ vex_printf("\n vctzh instruction not supported on non ISA 3.0 platform\n\n");
+ return False;
+ }
+ assign( vT, unop( Iop_Ctz16x8, mkexpr( vB ) ) );
+ }
+ break;
+
+ case 30: // vctzw, Vector Count Trailing Zeros Word
+ {
+ DIP("vctzw v%d,v%d", rT_addr, vB_addr);
+
+ /* This instruction is only available in the ISA 3.0 */
+ if ( !mode64 || !allow_isa_3_0 ) {
+ vex_printf("\n vctzw instruction not supported on non ISA 3.0 platform\n\n");
+ return False;
+ }
+ assign( vT, unop( Iop_Ctz32x4, mkexpr( vB ) ) );
+ }
+ break;
+
+ case 31: // vctzd, Vector Count Trailing Zeros Double word
+ {
+ DIP("vctzd v%d,v%d", rT_addr, vB_addr);
+
+ /* This instruction is only available in the ISA 3.0 */
+ if ( !mode64 || !allow_isa_3_0 ) {
+ vex_printf("\n vctzd instruction not supported on non ISA 3.0 platform\n\n");
+ return False;
+ }
+ assign( vT, unop( Iop_Ctz64x2, mkexpr( vB ) ) );
+ }
+ break;
+
+ default:
+ vex_printf("dis_av_extend_sign(ppc)(Unsupported vector extend sign instruction)\n");
+ return False;
+ }
+
+ putVReg( rT_addr, mkexpr( vT ) );
+ return True;
+}
+
+/*
+Vector Rotate Instructions
+*/
+static Bool dis_av_rotate ( UInt theInstr )
+{
+ /* VX-Form */
+
+ UChar opc1 = ifieldOPC( theInstr );
+ UChar vT_addr = ifieldRegDS( theInstr );
+ UChar vA_addr = ifieldRegA( theInstr );
+ UChar vB_addr = ifieldRegB( theInstr );
+ UInt opc2 = IFIELD( theInstr, 0, 11 );
+
+ IRTemp vA = newTemp( Ity_V128 );
+ IRTemp vB = newTemp( Ity_V128 );
+ IRTemp src3 = newTemp( Ity_V128 );
+ IRTemp vT = newTemp( Ity_V128 );
+ IRTemp field_mask = newTemp( Ity_V128 );
+ IRTemp mask128 = newTemp( Ity_V128 );
+ IRTemp vA_word[4];
+ IRTemp left_bits[4];
+ IRTemp right_bits[4];
+ IRTemp shift[4];
+ IRTemp mask[4];
+ IRTemp tmp128[4];
+ UInt i;
+ UInt num_words;
+ UInt word_size;
+ unsigned long long word_mask;
+
+ if ( opc1 != 0x4 ) {
+ vex_printf("dis_av_rotate(ppc)(instr)\n");
+ return False;
+ }
+
+ assign( vA, getVReg( vA_addr ) );
+ assign( vB, getVReg( vB_addr ) );
+
+ switch (opc2) {
+ case 0x85: // vrlwmi, Vector Rotate Left Word then Mask Insert
+ case 0x185: // vrlwnm, Vector Rotate Left Word then AND with Mask
+ num_words = 4;
+ word_size = 32;
+ assign( field_mask, binop( Iop_64HLtoV128,
+ mkU64( 0 ),
+ mkU64( 0x1F ) ) );
+ word_mask = 0xFFFFFFFF;
+ break;
+
+ case 0x0C5: // vrldmi, Vector Rotate Left Doubleword then Mask Insert
+ case 0x1C5: // vrldnm, Vector Rotate Left Doubleword then AND with Mask
+ num_words = 2;
+ word_size = 64;
+ assign( field_mask, binop( Iop_64HLtoV128,
+ mkU64( 0 ),
+ mkU64( 0x3F ) ) );
+ word_mask = 0xFFFFFFFFFFFFFFFFULL;
+ break;
+ default:
+ vex_printf("dis_av_rotate(ppc)(opc2)\n");
+ return False;
+ }
+
+ for( i = 0; i < num_words; i++ ) {
+ left_bits[i] = newTemp( Ity_I8 );
+ right_bits[i] = newTemp( Ity_I8 );
+ shift[i] = newTemp( Ity_I8 );
+ mask[i] = newTemp( Ity_V128 );
+ tmp128[i] = newTemp( Ity_V128 );
+ vA_word[i] = newTemp( Ity_V128 );
+
+ assign( shift[i],
+ unop( Iop_64to8,
+ unop( Iop_V128to64,
+ binop( Iop_AndV128,
+ binop( Iop_ShrV128,
+ mkexpr( vB ),
+ mkU8( (num_words - 1 - i )
+ * word_size ) ),
+ mkexpr( field_mask ) ) ) ) );
+
+ /* left_bits = 63 - mb. Tells us how many bits to the left
+ * of mb to clear. Note for a word left_bits = 32+mb, for a double
+ * word left_bits = mb
+ */
+ assign( left_bits[i],
+ unop( Iop_64to8,
+ binop( Iop_Add64,
+ mkU64( 64 - word_size ),
+ unop( Iop_V128to64,
+ binop( Iop_AndV128,
+ binop( Iop_ShrV128,
+ mkexpr( vB ),
+ mkU8( ( num_words - 1 - i )
+ * word_size + 16 ) ),
+ mkexpr( field_mask ) ) ) ) ) );
+ /* right_bits = 63 - me. Tells us how many bits to the right
+ * of me to clear. Note for a word, left_bits = me+32, for a double
+ * word left_bits = me
+ */
+ assign( right_bits[i],
+ unop( Iop_64to8,
+ binop( Iop_Sub64,
+ mkU64( word_size - 1 ),
+ unop( Iop_V128to64,
+ binop( Iop_AndV128,
+ binop( Iop_ShrV128,
+ mkexpr( vB ),
+ mkU8( ( num_words - 1 - i )
+ * word_size + 8 ) ),
+ mkexpr( field_mask ) ) ) ) ) );
+
+ /* create mask for 32-bit word or 64-bit word */
+ assign( mask[i],
+ binop( Iop_64HLtoV128,
+ mkU64( 0 ),
+ binop( Iop_Shl64,
+ binop( Iop_Shr64,
+ binop( Iop_Shr64,
+ binop( Iop_Shl64,
+ mkU64( 0xFFFFFFFFFFFFFFFF ),
+ mkexpr( left_bits[i] ) ),
+ mkexpr( left_bits[i] ) ),
+ mkexpr( right_bits[i] ) ),
+ mkexpr( right_bits[i] ) ) ) );
+
+ /* Need to rotate vA using a left and right shift of vA OR'd together
+ * then ANDed with the mask.
+ */
+ assign( vA_word[i], binop( Iop_AndV128,
+ mkexpr( vA ),
+ binop( Iop_ShlV128,
+ binop( Iop_64HLtoV128,
+ mkU64( 0 ),
+ mkU64( word_mask ) ),
+ mkU8( ( num_words - 1 - i )
+ * word_size ) ) ) );
+ assign( tmp128[i],
+ binop( Iop_AndV128,
+ binop( Iop_ShlV128,
+ mkexpr( mask[i] ),
+ mkU8( ( num_words - 1 - i) * word_size ) ),
+ binop( Iop_OrV128,
+ binop( Iop_ShlV128,
+ mkexpr( vA_word[i] ),
+ mkexpr( shift[i] ) ),
+ binop( Iop_ShrV128,
+ mkexpr( vA_word[i] ),
+ unop( Iop_32to8,
+ binop(Iop_Sub32,
+ mkU32( word_size ),
+ unop( Iop_8Uto32,
+ mkexpr( shift[i] ) ) )
+ ) ) ) ) );
+ }
+
+ switch (opc2) {
+ case 0x85: // vrlwmi, Vector Rotate Left Word then Mask Insert
+ DIP("vrlwmi %d,%d,v%d", vT_addr, vA_addr, vB_addr);
+
+ assign( src3, getVReg( vT_addr ) );
+ assign( mask128, unop( Iop_NotV128,
+ mkOr4_V128_expr( binop( Iop_ShlV128,
+ mkexpr( mask[0] ),
+ mkU8( 96 ) ),
+ binop( Iop_ShlV128,
+ mkexpr( mask[1] ),
+ mkU8( 64 ) ),
+ binop( Iop_ShlV128,
+ mkexpr( mask[2] ),
+ mkU8( 32 ) ),
+ mkexpr( mask[3] ) ) ) );
+ assign( vT, binop( Iop_OrV128,
+ binop( Iop_AndV128,
+ mkexpr( src3 ),
+ mkexpr( mask128 ) ),
+ mkOr4_V128( tmp128[0], tmp128[1],
+ tmp128[2], tmp128[3] ) ) );
+ break;
+
+ case 0xC5: // vrldmi, Vector Rotate Left Double word then Mask Insert
+ DIP("vrldmi %d,%d,v%d", vT_addr, vA_addr, vB_addr);
+
+ assign( src3, getVReg( vT_addr ) );
+ assign( mask128, unop( Iop_NotV128,
+ binop( Iop_OrV128,
+ binop( Iop_ShlV128,
+ mkexpr( mask[0] ),
+ mkU8( 64 ) ),
+ mkexpr( mask[1] ) ) ) );
+
+ assign( vT, binop( Iop_OrV128,
+ binop( Iop_AndV128,
+ mkexpr( src3 ),
+ mkexpr( mask128 ) ),
+ binop( Iop_OrV128,
+ mkexpr( tmp128[0] ),
+ mkexpr( tmp128[1] ) ) ) );
+ break;
+
+ case 0x185: // vrlwnm, Vector Rotate Left Word then AND with Mask
+ DIP("vrlwnm %d,%d,v%d", vT_addr, vA_addr, vB_addr);
+ assign( vT, mkOr4_V128( tmp128[0], tmp128[1], tmp128[2], tmp128[3] ) );
+ break;
+
+ case 0x1C5: // vrldnm, Vector Rotate Left Doubleword then AND with Mask
+ DIP("vrldnm %d,%d,v%d", vT_addr, vA_addr, vB_addr);
+ assign( vT, binop( Iop_OrV128,
+ mkexpr( tmp128[0] ),
+ mkexpr( tmp128[1] ) ) );
+ break;
+ }
+
+ putVReg( vT_addr, mkexpr( vT ) );
+ return True;
+}
+
+/*
+ AltiVec Vector Extract Element Instructions
+*/
+static Bool dis_av_extract_element ( UInt theInstr )
+{
+ /* VX-Form,
+ * sorta destination and first source are GPR not vector registers
+ */
+
+ UChar opc1 = ifieldOPC( theInstr );
+ UChar rT_addr = ifieldRegDS( theInstr );
+ UChar rA_addr = ifieldRegA( theInstr );
+ UChar vB_addr = ifieldRegB( theInstr );
+ UInt opc2 = IFIELD( theInstr, 0, 11 );
+
+ IRTemp vB = newTemp( Ity_V128 );
+ IRTemp rA = newTemp( Ity_I64 );
+ IRTemp rT = newTemp( Ity_I64 );
+
+ assign( vB, getVReg( vB_addr ) );
+ assign( rA, getIReg( rA_addr ) );
+
+ if ( opc1 != 0x4 ) {
+ vex_printf("dis_av_extract_element(ppc)(instr)\n");
+ return False;
+ }
+
+ switch ( opc2 ) {
+ case 0x60D: // vextublx, vector extract unsigned Byte Left-indexed
+ DIP("vextublx %d,%d,v%d", rT_addr, rA_addr, vB_addr);
+
+ assign( rT, extract_field_from_vector( vB,
+ binop( Iop_Sub64,
+ mkU64( 15 ),
+ mkexpr( rA ) ),
+ 0xFF ) );
+
+ break;
+
+ case 0x64D: // vextuhlx, vector extract unsigned Halfword Left-indexed
+ DIP("vextuhlx %d,%d,v%d", rT_addr, rA_addr, vB_addr);
+
+ assign( rT, extract_field_from_vector( vB,
+ binop( Iop_Sub64,
+ mkU64( 14 ),
+ mkexpr( rA ) ),
+ 0xFFFF ) );
+ break;
+
+ case 0x68D: // vextuwlx, vector extract unsigned Word Left-indexed
+ DIP("vextuwlx %d,%d,v%d", rT_addr, rA_addr, vB_addr);
+
+ assign( rT, extract_field_from_vector( vB,
+ binop( Iop_Sub64,
+ mkU64( 12 ),
+ mkexpr( rA ) ),
+ 0xFFFFFFFF ) );
+ break;
+
+ case 0x70D: // vextubrx, vector extract unsigned Byte Right-indexed
+ DIP("vextubrx %d,%d,v%d", rT_addr, rA_addr, vB_addr);
+
+ assign( rT, extract_field_from_vector( vB, mkexpr( rA ), 0xFF ) );
+ break;
+
+ case 0x74D: // vextuhrx, vector extract unsigned Halfword Right-indexed
+ DIP("vextuhrx %d,%d,v%d", rT_addr, rA_addr, vB_addr);
+
+ assign( rT, extract_field_from_vector( vB, mkexpr( rA ), 0xFFFF ) );
+ break;
+
+ case 0x78D: // vextuwrx, vector extract unsigned Word Right-indexed
+ DIP("vextuwrx %d,%d,v%d", rT_addr, rA_addr, vB_addr);
+
+ assign( rT, extract_field_from_vector( vB, mkexpr( rA ), 0xFFFFFFFF ) );
+ break;
+
+ default:
+ vex_printf("dis_av_extract_element(ppc)(opc2)\n");
+ return False;
+ }
+ putIReg( rT_addr, mkexpr( rT ) );
+ return True;
+}
+
+/*
* VSX scalar and vector convert instructions
*/
static Bool
@@ -12851,22 +15763,22 @@
assign( res1, unop(Iop_64HIto32, mkexpr(lo64)) );
assign( res0, unop(Iop_64to32, mkexpr(lo64)) );
- b3_result = IRExpr_ITE(is_NaN_32(b3),
+ b3_result = IRExpr_ITE(is_NaN(Ity_I32, b3),
// then: result is 0x{8|0}80000000
mkU32(un_signed ? 0x00000000 : 0x80000000),
// else: result is from the Iop_QFtoI32{s|u}x4_RZ
mkexpr(res3));
- b2_result = IRExpr_ITE(is_NaN_32(b2),
+ b2_result = IRExpr_ITE(is_NaN(Ity_I32, b2),
// then: result is 0x{8|0}80000000
mkU32(un_signed ? 0x00000000 : 0x80000000),
// else: result is from the Iop_QFtoI32{s|u}x4_RZ
mkexpr(res2));
- b1_result = IRExpr_ITE(is_NaN_32(b1),
+ b1_result = IRExpr_ITE(is_NaN(Ity_I32, b1),
// then: result is 0x{8|0}80000000
mkU32(un_signed ? 0x00000000 : 0x80000000),
// else: result is from the Iop_QFtoI32{s|u}x4_RZ
mkexpr(res1));
- b0_result = IRExpr_ITE(is_NaN_32(b0),
+ b0_result = IRExpr_ITE(is_NaN(Ity_I32, b0),
// then: result is 0x{8|0}80000000
mkU32(un_signed ? 0x00000000 : 0x80000000),
// else: result is from the Iop_QFtoI32{s|u}x4_RZ
@@ -13871,6 +16783,116 @@
putVReg( vRT_addr, unop( Iop_PwBitMtxXpose64x2, mkexpr( vB ) ) );
break;
+ case 0x5CC: // vbpermd Vector Bit Permute Doubleword
+ {
+ UChar vRA_addr = ifieldRegA( theInstr );
+ IRTemp vA = newTemp( Ity_V128 );
+ UInt j;
+ IRTemp index_dword_hi[8]; // index in double word
+ IRTemp index_dword_lo[8];
+ IRTemp index_dword_hi_valid[8];
+ IRTemp index_dword_lo_valid[8];
+ IRTemp pb_dword_hi[8]; // permute bit
+ IRTemp pb_dword_lo[8];
+ IRTemp tmp_hi[9];
+ IRTemp tmp_lo[9];
+
+ DIP("vbpermd v%d,v%d,v%d\n", vRT_addr, vRA_addr, vRB_addr);
+
+ tmp_hi[0] = newTemp( Ity_I64 );
+ tmp_lo[0] = newTemp( Ity_I64 );
+
+ assign( vA, getVReg(vRA_addr) );
+ assign( tmp_hi[0], mkU64( 0 ) );
+ assign( tmp_lo[0], mkU64( 0 ) );
+
+ for (j=0; j<8; j++) {
+ index_dword_hi[j] = newTemp( Ity_I64 );
+ index_dword_lo[j] = newTemp( Ity_I64 );
+ index_dword_hi_valid[j] = newTemp( Ity_I64 );
+ index_dword_lo_valid[j] = newTemp( Ity_I64 );
+ pb_dword_hi[j] = newTemp( Ity_I64 );
+ pb_dword_lo[j] = newTemp( Ity_I64 );
+ tmp_hi[j+1] = newTemp( Ity_I64 );
+ tmp_lo[j+1] = newTemp( Ity_I64 );
+
+ assign( index_dword_hi[j],
+ binop( Iop_And64,
+ binop( Iop_Shr64,
+ unop( Iop_V128HIto64,
+ mkexpr( vB ) ),
+ mkU8( ( 7 - j ) * 8 ) ),
+ mkU64( 0xFF ) ) );
+
+ assign( index_dword_lo[j],
+ binop( Iop_And64,
+ binop( Iop_Shr64,
+ unop( Iop_V128to64,
+ mkexpr( vB ) ),
+ mkU8( ( 7 - j ) * 8 ) ),
+ mkU64( 0xFF ) ) );
+
+ assign( index_dword_hi_valid[j],
+ unop( Iop_1Sto64,
+ binop( Iop_CmpLT64U,
+ mkexpr( index_dword_hi[j] ),
+ mkU64( 64 ) ) ) );
+
+ assign( index_dword_lo_valid[j],
+ unop( Iop_1Sto64,
+ binop( Iop_CmpLT64U,
+ mkexpr( index_dword_lo[j] ),
+ mkU64( 64 ) ) ) );
+ assign( pb_dword_hi[j],
+ binop( Iop_And64,
+ binop( Iop_Shr64,
+ unop( Iop_V128HIto64,
+ mkexpr( vA ) ),
+ unop( Iop_64to8,
+ binop( Iop_Sub64,
+ mkU64( 63 ),
+ mkexpr( index_dword_hi[j] )
+ ) ) ),
+ mkU64( 0x1 ) ) );
+
+ assign( pb_dword_lo[j],
+ binop( Iop_And64,
+ binop( Iop_Shr64,
+ unop( Iop_V128to64,
+ mkexpr( vA ) ),
+ unop( Iop_64to8,
+ binop( Iop_Sub64,
+ mkU64( 63 ),
+ mkexpr( index_dword_lo[j] )
+ ) ) ),
+ mkU64( 0x1 ) ) );
+
+ assign( tmp_hi[j+1],
+ binop( Iop_Or64,
+ binop( Iop_And64,
+ mkexpr( index_dword_hi_valid[j] ),
+ binop( Iop_Shl64,
+ mkexpr( pb_dword_hi[j] ),
+ mkU8( 7 - j ) ) ),
+ mkexpr( tmp_hi[j] ) ) );
+
+ assign( tmp_lo[j+1],
+ binop( Iop_Or64,
+ binop( Iop_And64,
+ mkexpr( index_dword_lo_valid[j] ),
+ binop( Iop_Shl64,
+ mkexpr( pb_dword_lo[j] ),
+ mkU8( 7 - j ) ) ),
+ mkexpr( tmp_lo[j] ) ) );
+ }
+
+ putVReg( vRT_addr,
+ binop( Iop_64HLtoV128,
+ mkexpr( tmp_hi[8] ),
+ mkexpr( tmp_lo[8] ) ) );
+ }
+ break;
+
default:
vex_printf("dis_av_count_bitTranspose(ppc)(opc2)\n");
return False;
@@ -13949,8 +16971,8 @@
IRTemp frA_isQNaN = newTemp(Ity_I1);
IRTemp frB_isQNaN = newTemp(Ity_I1);
- assign( frA_isNaN, is_NaN( frA_I64 ) );
- assign( frB_isNaN, is_NaN( frB_I64 ) );
+ assign( frA_isNaN, is_NaN( Ity_I64, frA_I64 ) );
+ assign( frB_isNaN, is_NaN( Ity_I64, frB_I64 ) );
// If operand is a NAN and bit 12 is '0', then it's an SNaN
assign( frA_isSNaN,
mkAND1( mkexpr(frA_isNaN),
@@ -14042,9 +17064,10 @@
IRTemp anyNaN = newTemp(Ity_I1);
IRTemp frA_isZero = newTemp(Ity_I1);
IRTemp frB_isZero = newTemp(Ity_I1);
- assign(frA_isZero, is_Zero(frA_I64, False /*not single precision*/ ));
- assign(frB_isZero, is_Zero(frB_I64, False /*not single precision*/ ));
- assign(anyNaN, mkOR1(is_NaN(frA_I64), is_NaN(frB_I64)));
+ assign( frA_isZero, is_Zero( Ity_I64, frA_I64 ) );
+ assign( frB_isZero, is_Zero( Ity_I64, frB_I64 ) );
+ assign( anyNaN, mkOR1( is_NaN( Ity_I64, frA_I64 ),
+ is_NaN(Ity_I64, frB_I64 ) ) );
#define MINUS_ZERO 0x8000000000000000ULL
return IRExpr_ITE( /* If both arguments are zero . . . */
@@ -14164,7 +17187,7 @@
#define SNAN_MASK 0x0008000000000000ULL
hi32 = unop( Iop_64HIto32, mkexpr(frB_I64) );
assign( is_SNAN,
- mkAND1( is_NaN( frB_I64 ),
+ mkAND1( is_NaN( Ity_I64, frB_I64 ),
binop( Iop_CmpEQ32,
binop( Iop_And32, hi32, mkU32( 0x00080000 ) ),
mkU32( 0 ) ) ) );
@@ -14209,6 +17232,7 @@
assign(frB2, unop(Iop_V128to64, getVSReg( XB )));
DIP("%s v%d,v%d\n", redp ? "xvredp" : "xvrsqrtedp", XT, XB);
+
if (!redp) {
assign( sqrtHi,
binop( Iop_SqrtF64,
@@ -15003,6 +18027,7 @@
crfD, XA, XB);
ccPPC32 = get_fp_cmp_CR_val( binop(Iop_CmpF64, mkexpr(frA), mkexpr(frB)));
putGST_field( PPC_GST_CR, mkexpr(ccPPC32), crfD );
+ putFPCC( mkexpr( ccPPC32 ) );
break;
default:
@@ -15197,7 +18222,7 @@
* Miscellaneous VSX Scalar Instructions
*/
static Bool
-dis_vxs_misc( UInt theInstr, UInt opc2 )
+dis_vxs_misc( UInt theInstr, UInt opc2, int allow_isa_3_0 )
{
#define VG_PPC_SIGN_MASK 0x7fffffffffffffffULL
/* XX3-Form and XX2-Form */
@@ -15220,8 +18245,143 @@
* of VSX[XT] are undefined after the operation; therefore, we can simply
* move the entire array element where it makes sense to do so.
*/
+ if (( opc2 == 0x168 ) && ( IFIELD( theInstr, 19, 2 ) == 0 ) )
+ {
+ /* Special case of XX1-Form with immediate value
+ * xxspltib (VSX Vector Splat Immediate Byte)
+ */
+ UInt uim = IFIELD( theInstr, 11, 8 );
+ UInt word_value = ( uim << 24 ) | ( uim << 16 ) | ( uim << 8 ) | uim;
- switch (opc2) {
+ DIP("xxspltib v%d,%d\n", (UInt)XT, uim);
+ putVSReg(XT, binop( Iop_64HLtoV128,
+ binop( Iop_32HLto64,
+ mkU32( word_value ),
+ mkU32( word_value ) ),
+ binop( Iop_32HLto64,
+ mkU32( word_value ),
+ mkU32( word_value ) ) ) );
+ return True;
+ }
+
+ switch ( opc2 ) {
+ case 0x0ec: // xscmpexpdp (VSX Scalar Compare Exponents Double-Precision)
+ {
+ IRExpr *bit4, *bit5, *bit6, *bit7;
+ UInt BF = IFIELD( theInstr, 23, 3 );
+ IRTemp eq_lt_gt = newTemp( Ity_I32 );
+ IRTemp CC = newTemp( Ity_I32 );
+ IRTemp vA_hi = newTemp( Ity_I64 );
+ IRTemp vB_hi = newTemp( Ity_I64 );
+ UChar rA_addr = ifieldRegA(theInstr);
+ UChar rB_addr = ifieldRegB(theInstr);
+
+ DIP("xscmpexpdp %d,v%d,v%d\n", BF, rA_addr, rB_addr);
+
+ assign( vA_hi, unop( Iop_V128HIto64, mkexpr( vA ) ) );
+ assign( vB_hi, unop( Iop_V128HIto64, mkexpr( vB ) ) );
+
+ /* A exp < B exp */
+ bit4 = binop( Iop_CmpLT64U,
+ binop( Iop_And64,
+ mkexpr( vA_hi ),
+ mkU64( 0x7FFF0000000000 ) ),
+ binop( Iop_And64,
+ mkexpr( vB_hi ),
+ mkU64( 0x7FFF0000000000 ) ) );
+ /* A exp > B exp */
+ bit5 = binop( Iop_CmpLT64U,
+ binop( Iop_And64,
+ mkexpr( vB_hi ),
+ mkU64( 0x7FFF00000000000 ) ),
+ binop( Iop_And64,
+ mkexpr( vA_hi ),
+ mkU64( 0x7FFF00000000000 ) ) );
+ /* test equal */
+ bit6 = binop( Iop_CmpEQ64,
+ binop( Iop_And64,
+ mkexpr( vA_hi ),
+ mkU64( 0x7FFF00000000000 ) ),
+ binop( Iop_And64,
+ mkexpr( vB_hi ),
+ mkU64( 0x7FFF00000000000 ) ) );
+
+ /* exp A or exp B is NaN */
+ bit7 = mkOR1( is_NaN( Ity_V128, vA ),
+ is_NaN( Ity_V128, vB ) );
+
+ assign( eq_lt_gt, binop( Iop_Or32,
+ binop( Iop_Shl32,
+ unop( Iop_1Uto32, bit4 ),
+ mkU8( 3) ),
+ binop( Iop_Or32,
+ binop( Iop_Shl32,
+ unop( Iop_1Uto32, bit5 ),
+ mkU8( 2) ),
+ binop( Iop_Shl32,
+ unop( Iop_1Uto32, bit6 ),
+ mkU8( 1 ) ) ) ) );
+ assign(CC, binop( Iop_Or32,
+ mkexpr( eq_lt_gt ) ,
+ unop( Iop_1Uto32, bit7 ) ) );
+
+ putGST_field( PPC_GST_CR, mkexpr( CC ), BF );
+ putFPCC( mkexpr( CC ) );
+ return True;
+ }
+ break;
+
+ case 0x14A: // xxextractuw (VSX Vector Extract Unsigned Word)
+ {
+ UInt uim = IFIELD( theInstr, 16, 4 );
+
+ DIP("xxextractuw v%d,v%d,%d\n", (UInt)XT, (UInt)XB, uim);
+
+ putVSReg( XT,
+ binop( Iop_ShlV128,
+ binop( Iop_AndV128,
+ binop( Iop_ShrV128,
+ mkexpr( vB ),
+ mkU8( ( 12 - uim ) * 8 ) ),
+ binop(Iop_64HLtoV128,
+ mkU64( 0 ),
+ mkU64( 0xFFFFFFFF ) ) ),
+ mkU8( ( 32*2 ) ) ) );
+ break;
+ }
+ case 0x16A: // xxinsertw (VSX Vector insert Word)
+ {
+ UInt uim = IFIELD( theInstr, 16, 4 );
+ IRTemp vT = newTemp( Ity_V128 );
+ IRTemp tmp = newTemp( Ity_V128 );
+
+ DIP("xxinsertw v%d,v%d,%d\n", (UInt)XT, (UInt)XB, uim);
+
+ assign( vT, getVSReg( XT ) );
+ assign( tmp, binop( Iop_AndV128,
+ mkexpr( vT ),
+ unop( Iop_NotV128,
+ binop( Iop_ShlV128,
+ binop( Iop_64HLtoV128,
+ mkU64( 0x0 ),
+ mkU64( 0xFFFFFFFF) ),
+ mkU8( ( 12 - uim ) * 8 ) ) ) ) );
+
+ putVSReg( XT,
+ binop( Iop_OrV128,
+ binop( Iop_ShlV128,
+ binop( Iop_AndV128,
+ binop( Iop_ShrV128,
+ mkexpr( vB ),
+ mkU8( 32 * 2 ) ),
+ binop( Iop_64HLtoV128,
+ mkU64( 0 ),
+ mkU64( 0xFFFFFFFF ) ) ),
+ mkU8( ( 12 - uim ) * 8 ) ),
+ mkexpr( tmp ) ) );
+ break;
+ }
+
case 0x2B2: // xsabsdp (VSX scalar absolute value double-precision
{
/* Move abs val of dw 0 of VSX[XB] to dw 0 of VSX[XT]. */
@@ -15244,6 +18404,186 @@
putVSReg(XT, mkexpr(absVal));
break;
}
+
+ case 0x2b6: // xsxexpdp (VSX Scalar Extract Exponent Double-Precision)
+ // xsxsigdp (VSX Scalar Extract Significand Doulbe-Precision)
+ // xsvhpdp (VSX Scalar Convert Half-Precision format
+ // to Double-Precision format)
+ // xscvdphp (VSX Scalar round & convert Double-precision
+ // format to Half-precision format)
+ {
+ IRTemp rT = newTemp( Ity_I64 );
+ UInt inst_select = IFIELD( theInstr, 16, 5);
+
+ if (inst_select == 0) {
+ DIP("xsxexpd %d,v%d\n", (UInt)XT, (UInt)XB);
+
+ assign( rT, binop( Iop_Shr64,
+ binop( Iop_And64,
+ unop( Iop_V128HIto64, mkexpr( vB ) ),
+ mkU64( 0x7FF0000000000000 ) ),
+ mkU8 ( 52 ) ) );
+ } else if (inst_select == 1) {
+ IRExpr *normal;
+ IRTemp tmp = newTemp(Ity_I64);
+
+ DIP("xsxsigdp v%d,v%d\n", (UInt)XT, (UInt)XB);
+
+ assign( tmp, unop( Iop_V128HIto64, mkexpr( vB ) ) );
+
+ /* Value is normal if it isn't infinite, zero or denormalized */
+ normal = mkNOT1( mkOR1(
+ mkOR1( is_NaN( Ity_I64, tmp ),
+ is_Inf( Ity_I64, tmp ) ),
+ mkOR1( is_Zero( Ity_I64, tmp ),
+ is_Denorm( Ity_I64, tmp ) ) ) );
+
+ assign( rT, binop( Iop_Or64,
+ binop( Iop_And64,
+ mkexpr( tmp ),
+ mkU64( 0xFFFFFFFFFFFFF ) ),
+ binop( Iop_Shl64,
+ unop( Iop_1Uto64, normal),
+ mkU8( 52 ) ) ) );
+ putIReg( XT, mkexpr( rT ) );
+
+ } else if (inst_select == 16) {
+ IRTemp result = newTemp( Ity_V128 );
+ IRTemp value = newTemp( Ity_I64 );
+ /* Note: PPC only coverts the 16-bit value in the upper 64-bits
+ * of the source V128 to a 64-bit value stored in the upper
+ * 64-bits of the V128 result. The contents of the lower 64-bits
+ * is undefined.
+ */
+
+ DIP("xscvhpdp v%d, v%d\n", (UInt)XT, (UInt)XB);
+ assign( result, unop( Iop_F16toF64x2, mkexpr( vB ) ) );
+
+ putVSReg( XT, mkexpr( result ) );
+
+ assign( value, unop( Iop_V128HIto64, mkexpr( result ) ) );
+ generate_store_FPRF( Ity_I64, value );
+ return True;
+
+ } else if (inst_select == 17) { // xscvdphp
+ IRTemp value = newTemp( Ity_I32 );
+ IRTemp result = newTemp( Ity_V128 );
+ /* Note: PPC only coverts the 64-bit value in the upper 64-bits of
+ * the V128 and stores the 16-bit result in the upper word of the
+ * V128 result. The contents of the lower 64-bits is undefined.
+ */
+ DIP("xscvdphp v%d, v%d\n", (UInt)XT, (UInt)XB);
+ assign( result, unop( Iop_F64toF16x2, mkexpr( vB ) ) );
+ assign( value, unop( Iop_64to32, unop( Iop_V128HIto64,
+ mkexpr( result ) ) ) );
+ putVSReg( XT, mkexpr( result ) );
+ generate_store_FPRF( Ity_I16, value );
+ return True;
+
+ } else {
+ vex_printf( "dis_vxv_scalar_extract_exp_sig invalid inst_select (ppc)(opc2)\n" );
+ vex_printf("inst_select = %d\n", inst_select);
+ return False;
+ }
+ }
+ break;
+
+ case 0x254: // xststdcsp (VSX Scalar Test Data Class Single-Precision)
+ case 0x2D4: // xststdcdp (VSX Scalar Test Data Class Double-Precision)
+ {
+ /* These instructions only differ in that the single precision
+ instruction, xststdcsp, has the additional constraint on the
+ denormal test that the exponent be greater then zero and
+ less then 0x381. */
+ IRTemp vB_hi = newTemp( Ity_I64 );
+ UInt BF = IFIELD( theInstr, 23, 3 );
+ UInt DCMX_mask = IFIELD( theInstr, 16, 7 );
+ IRTemp NaN = newTemp( Ity_I64 );
+ IRTemp inf = newTemp( Ity_I64 );
+ IRTemp zero = newTemp( Ity_I64 );
+ IRTemp dnorm = newTemp( Ity_I64 );
+ IRTemp pos = newTemp( Ity_I64 );
+ IRTemp not_sp = newTemp( Ity_I64 );
+ IRTemp DCM = newTemp( Ity_I64 );
+ IRTemp CC = newTemp( Ity_I64 );
+ IRTemp exponent = newTemp( Ity_I64 );
+ IRTemp tmp = newTemp( Ity_I64 );
+
+ assign( vB_hi, unop( Iop_V128HIto64, mkexpr( vB ) ) );
+
+ assign( pos, unop( Iop_1Uto64,
+ binop( Iop_CmpEQ64,
+ binop( Iop_Shr64,
+ mkexpr( vB_hi ),
+ mkU8( 63 ) ),
+ mkU64( 0 ) ) ) );
+
+ assign( NaN, unop( Iop_1Uto64, is_NaN( Ity_I64, vB_hi ) ) );
+ assign( inf, unop( Iop_1Uto64, is_Inf( Ity_I64, vB_hi ) ) );
+ assign( zero, unop( Iop_1Uto64, is_Zero( Ity_I64, vB_hi ) ) );
+
+ if (opc2 == 0x254) {
+ DIP("xststdcsp %d,v%d,%d\n", BF, (UInt)XB, DCMX_mask);
+
+ /* The least significant bit of the CC is set to 1 if the double
+ precision value is not representable as a single precision
+ value. The spec says the bit is set if:
+ src != convert_SPtoDP(convert_DPtoSP(src))
+ */
+ assign( tmp,
+ unop( Iop_ReinterpF64asI64,
+ unop( Iop_F32toF64,
+ unop( Iop_TruncF64asF32,
+ unop( Iop_ReinterpI64asF64,
+ mkexpr( vB_hi ) ) ) ) ) );
+ assign( not_sp, unop( Iop_1Uto64,
+ mkNOT1( binop( Iop_CmpEQ64,
+ mkexpr( vB_hi ),
+ mkexpr( tmp ) ) ) ) );
+ assign( exponent,
+ binop( Iop_Shr64,
+ binop( Iop_And64,
+ mkexpr( vB_hi ),
+ mkU64( 0x7ff0000000000000 ) ),
+ mkU8( 52 ) ) );
+ assign( dnorm, unop( Iop_1Uto64,
+ mkOR1( is_Denorm( Ity_I64, vB_hi ),
+ mkAND1( binop( Iop_CmpLT64U,
+ mkexpr( exponent ),
+ mkU64( 0x381 ) ),
+ binop( Iop_CmpNE64,
+ mkexpr( exponent ),
+ mkU64( 0x0 ) ) ) ) ) );
+
+ } else {
+ DIP("xststdcdp %d,v%d,%d\n", BF, (UInt)XB, DCMX_mask);
+ assign( not_sp, mkU64( 0 ) );
+ assign( dnorm, unop( Iop_1Uto64, is_Denorm( Ity_I64, vB_hi ) ) );
+ }
+
+ assign( DCM, create_DCM( Ity_I64, NaN, inf, zero, dnorm, pos ) );
+ assign( CC,
+ binop( Iop_Or64,
+ binop( Iop_And64, /* vB sign bit */
+ binop( Iop_Shr64,
+ mkexpr( vB_hi ),
+ mkU8( 60 ) ),
+ mkU64( 0x8 ) ),
+ binop( Iop_Or64,
+ binop( Iop_Shl64,
+ unop( Iop_1Uto64,
+ binop( Iop_CmpNE64,
+ binop( Iop_And64,
+ mkexpr( DCM ),
+ mkU64( DCMX_mask ) ),
+ mkU64( 0 ) ) ),
+ mkU8( 1 ) ),
+ mkexpr( not_sp ) ) ) );
+ putGST_field( PPC_GST_CR, unop( Iop_64to32, mkexpr( CC ) ), BF );
+ putFPCC( unop( Iop_64to32, mkexpr( CC ) ) );
+ }
+ return True;
+
case 0x2C0: // xscpsgndp
{
/* Scalar copy sign double-precision */
@@ -15432,6 +18772,704 @@
break;
}
+ case 0x354: // xvtstdcsp (VSX Test Data Class Single-Precision)
+ {
+ UInt DX_mask = IFIELD( theInstr, 16, 5 );
+ UInt DC_mask = IFIELD( theInstr, 6, 1 );
+ UInt DM_mask = IFIELD( theInstr, 2, 1 );
+ UInt DCMX_mask = (DC_mask << 6) | (DM_mask << 5) | DX_mask;
+
+ IRTemp match_value[4];
+ IRTemp value[4];
+ IRTemp NaN[4];
+ IRTemp inf[4];
+ IRTemp pos[4];
+ IRTemp DCM[4];
+ IRTemp zero[4];
+ IRTemp dnorm[4];
+ Int i;
+
+ DIP("xvtstdcsp v%d,v%d,%d\n", (UInt)XT, (UInt)XB, DCMX_mask);
+
+ for (i = 0; i < 4; i++) {
+ NaN[i] = newTemp(Ity_I32);
+ inf[i] = newTemp(Ity_I32);
+ pos[i] = newTemp(Ity_I32);
+ DCM[i] = newTemp(Ity_I32);
+ zero[i] = newTemp(Ity_I32);
+ dnorm[i] = newTemp(Ity_I32);
+
+ value[i] = newTemp(Ity_I32);
+ match_value[i] = newTemp(Ity_I32);
+
+ assign( value[i],
+ unop( Iop_64to32,
+ unop( Iop_V128to64,
+ binop( Iop_AndV128,
+ binop( Iop_ShrV128,
+ mkexpr( vB ),
+ mkU8( (3-i)*32 ) ),
+ binop( Iop_64HLtoV128,
+ mkU64( 0x0 ),
+ mkU64( 0xFFFFFFFF ) ) ) ) ) );
+
+ assign( pos[i], unop( Iop_1Uto32,
+ binop( Iop_CmpEQ32,
+ binop( Iop_Shr32,
+ mkexpr( value[i] ),
+ mkU8( 31 ) ),
+ mkU32( 0 ) ) ) );
+
+ assign( NaN[i], unop( Iop_1Uto32, is_NaN( Ity_I32, value[i] ) ));
+ assign( inf[i], unop( Iop_1Uto32, is_Inf( Ity_I32, value[i] ) ) );
+ assign( zero[i], unop( Iop_1Uto32, is_Zero( Ity_I32, value[i] ) ) );
+
+ assign( dnorm[i], unop( Iop_1Uto32, is_Denorm( Ity_I32,
+ value[i] ) ) );
+ assign( DCM[i], create_DCM( Ity_I32, NaN[i], inf[i], zero[i],
+ dnorm[i], pos[i] ) );
+
+ assign( match_value[i],
+ unop( Iop_1Sto32,
+ binop( Iop_CmpNE32,
+ binop( Iop_And32,
+ mkU32( DCMX_mask ),
+ mkexpr( DCM[i] ) ),
+ mkU32( 0 ) ) ) );
+ }
+
+ putVSReg( XT, binop( Iop_64HLtoV128,
+ binop( Iop_32HLto64,
+ mkexpr( match_value[0] ),
+ mkexpr( match_value[1] ) ),
+ binop( Iop_32HLto64,
+ mkexpr( match_value[2] ),
+ mkexpr( match_value[3] ) ) ) );
+ }
+ break;
+
+ case 0x360: // xviexpsp (VSX Vector Insert Exponent Single-Precision)
+ {
+ Int i;
+ IRTemp new_XT[5];
+ IRTemp A_value[4];
+ IRTemp B_value[4];
+ IRExpr *sign[4], *expr[4], *fract[4];
+
+ DIP("xviexpsp v%d,v%d\n", XT, XB);
+ new_XT[0] = newTemp(Ity_V128);
+ assign( new_XT[0], binop( Iop_64HLtoV128,
+ mkU64( 0x0 ),
+ mkU64( 0x0 ) ) );
+
+ for (i = 0; i < 4; i++) {
+ A_value[i] = newTemp(Ity_I32);
+ B_value[i] = newTemp(Ity_I32);
+
+ assign( A_value[i],
+ unop( Iop_64to32,
+ unop( Iop_V128to64,
+ binop( Iop_AndV128,
+ binop( Iop_ShrV128,
+ mkexpr( vA ),
+ mkU8( (3-i)*32 ) ),
+ binop( Iop_64HLtoV128,
+ mkU64( 0x0 ),
+ mkU64( 0xFFFFFFFF ) ) ) ) ) );
+ assign( B_value[i],
+ unop( Iop_64to32,
+ unop( Iop_V128to64,
+ binop( Iop_AndV128,
+ binop( Iop_ShrV128,
+ mkexpr( vB ),
+ mkU8( (3-i)*32 ) ),
+ binop( Iop_64HLtoV128,
+ mkU64( 0x0 ),
+ mkU64( 0xFFFFFFFF ) ) ) ) ) );
+
+ sign[i] = binop( Iop_And32, mkexpr( A_value[i] ),
+ mkU32( 0x80000000 ) );
+ expr[i] = binop( Iop_Shl32,
+ binop( Iop_And32, mkexpr( B_value[i] ),
+ mkU32( 0xFF ) ),
+ mkU8( 23 ) );
+ fract[i] = binop( Iop_And32, mkexpr( A_value[i] ),
+ mkU32( 0x007FFFFF ) );
+
+ new_XT[i+1] = newTemp(Ity_V128);
+ assign( new_XT[i+1],
+ binop( Iop_OrV128,
+ binop( Iop_ShlV128,
+ binop( Iop_64HLtoV128,
+ mkU64( 0 ),
+ binop( Iop_32HLto64,
+ mkU32( 0 ),
+ binop( Iop_Or32,
+ binop( Iop_Or32,
+ sign[i],
+ expr[i] ),
+ fract[i] ) ) ),
+ mkU8( (3-i)*32 ) ),
+ mkexpr( new_XT[i] ) ) );
+ }
+ putVSReg( XT, mkexpr( new_XT[4] ) );
+ }
+ break;
+
+ case 0x396: // xsiexpdp (VSX Scalar Insert Exponent Double-Precision)
+ {
+ IRExpr *sign, *expr, *fract;
+ UChar rA_addr = ifieldRegA(theInstr);
+ UChar rB_addr = ifieldRegB(theInstr);
+ IRTemp rA = newTemp( Ity_I64 );
+ IRTemp rB = newTemp( Ity_I64 );
+
+ DIP("xsiexpdp v%d,%d,%d\n", (UInt)XT, (UInt)rA_addr, (UInt)rB_addr);
+ assign( rA, getIReg(rA_addr));
+ assign( rB, getIReg(rB_addr));
+
+ sign = binop( Iop_And64, mkexpr( rA ), mkU64( 0x8000000000000000 ) );
+ expr = binop( Iop_Shl64,
+ binop( Iop_And64, mkexpr( rB ), mkU64( 0x7FF ) ),
+ mkU8( 52 ) );
+ fract = binop( Iop_And64, mkexpr( rA ), mkU64( 0x000FFFFFFFFFFFFF ) );
+
+ putVSReg( XT, binop( Iop_64HLtoV128,
+ binop( Iop_Or64,
+ binop( Iop_Or64, sign, expr ),
+ fract ),
+ mkU64( 0 ) ) );
+ }
+ break;
+
+ case 0x3B6: // xvxexpdp (VSX Vector Extract Exponent Double-Precision)
+ // xvxsigdp (VSX Vector Extract Significand Double-Precision)
+ // xxbrh
+ // xvxexpsp (VSX Vector Extract Exponent Single-Precision)
+ // xvxsigsp (VSX Vector Extract Significand Single-Precision)
+ // xxbrw
+ // xxbrd
+ // xxbrq
+ // xvcvhpsp (VSX Vector Convert Half-Precision format to Single-Precision format)
+ // xvcvsphp (VSX Vector round and convert Single-Precision format to Half-Precision format)
+ {
+ UInt inst_select = IFIELD( theInstr, 16, 5);
+
+ if (inst_select == 0) {
+ DIP("xvxexpdp v%d,v%d\n", XT, XB);
+
+ putVSReg( XT, binop( Iop_ShrV128,
+ binop( Iop_AndV128,
+ mkexpr( vB ),
+ binop( Iop_64HLtoV128,
+ mkU64( 0x7FF0000000000000 ),
+ mkU64( 0x7FF0000000000000 ) ) ),
+ mkU8( 52 ) ) );
+
+ } else if (inst_select == 1) {
+ Int i;
+ IRExpr *normal[2];
+ IRTemp value[2];
+ IRTemp new_XT[3];
+
+ DIP("xvxsigdp v%d,v%d\n", XT, XB);
+ new_XT[0] = newTemp(Ity_V128);
+ assign( new_XT[0], binop( Iop_64HLtoV128,
+ mkU64( 0x0 ),
+ mkU64( 0x0 ) ) );
+
+ for (i = 0; i < 2; i++) {
+ value[i] = newTemp(Ity_I64);
+ assign( value[i],
+ unop( Iop_V128to64,
+ binop( Iop_AndV128,
+ binop( Iop_ShrV128,
+ mkexpr( vB ),
+ mkU8( (1-i)*64 ) ),
+ binop( Iop_64HLtoV128,
+ mkU64( 0x0 ),
+ mkU64( 0xFFFFFFFFFFFFFFFF ) ) ) ) );
+
+ /* Value is normal if it isn't infinite, zero or denormalized */
+ normal[i] = mkNOT1( mkOR1(
+ mkOR1( is_NaN( Ity_I64, value[i] ),
+ is_Inf( Ity_I64, value[i] ) ),
+ mkOR1( is_Zero( Ity_I64, value[i] ),
+ is_Denorm( Ity_I64,
+ value[i] ) ) ) );
+ new_XT[i+1] = newTemp(Ity_V128);
+
+ assign( new_XT[i+1],
+ binop( Iop_OrV128,
+ binop( Iop_ShlV128,
+ binop( Iop_64HLtoV128,
+ mkU64( 0x0 ),
+ binop( Iop_Or64,
+ binop( Iop_And64,
+ mkexpr( value[i] ),
+ mkU64( 0xFFFFFFFFFFFFF ) ),
+ binop( Iop_Shl64,
+ unop( Iop_1Uto64,
+ normal[i]),
+ mkU8( 52 ) ) ) ),
+ mkU8( (1-i)*64 ) ),
+ mkexpr( new_XT[i] ) ) );
+ }
+ putVSReg( XT, mkexpr( new_XT[2] ) );
+
+ } else if (inst_select == 7) {
+ IRTemp sub_element0 = newTemp( Ity_V128 );
+ IRTemp sub_element1 = newTemp( Ity_V128 );
+
+ DIP("xxbrh v%d, v%d\n", (UInt)XT, (UInt)XB);
+
+ assign( sub_element0,
+ binop( Iop_ShrV128,
+ binop( Iop_AndV128,
+ binop(Iop_64HLtoV128,
+ mkU64( 0xFF00FF00FF00FF00 ),
+ mkU64( 0xFF00FF00FF00FF00 ) ),
+ mkexpr( vB ) ),
+ mkU8( 8 ) ) );
+ assign( sub_element1,
+ binop( Iop_ShlV128,
+ binop( Iop_AndV128,
+ binop(Iop_64HLtoV128,
+ mkU64( 0x00FF00FF00FF00FF ),
+ mkU64( 0x00FF00FF00FF00FF ) ),
+ mkexpr( vB ) ),
+ mkU8( 8 ) ) );
+
+ putVSReg(XT, binop( Iop_OrV128,
+ mkexpr( sub_element1 ),
+ mkexpr( sub_element0 ) ) );
+
+ } else if (inst_select == 8) {
+ DIP("xvxexpsp v%d,v%d\n", XT, XB);
+
+ putVSReg( XT, binop( Iop_ShrV128,
+ binop( Iop_AndV128,
+ mkexpr( vB ),
+ binop( Iop_64HLtoV128,
+ mkU64( 0x7F8000007F800000 ),
+ mkU64( 0x7F8000007F800000 ) ) ),
+ mkU8( 23 ) ) );
+ } else if (inst_select == 9) {
+ Int i;
+ IRExpr *normal[4];
+ IRTemp value[4];
+ IRTemp new_value[4];
+ IRTemp new_XT[5];
+
+ DIP("xvxsigsp v%d,v%d\n", XT, XB);
+ new_XT[0] = newTemp(Ity_V128);
+ assign( new_XT[0], binop( Iop_64HLtoV128,
+ mkU64( 0x0 ),
+ mkU64( 0x0 ) ) );
+
+ for (i = 0; i < 4; i++) {
+ value[i] = newTemp(Ity_I32);
+ assign( value[i],
+ unop( Iop_64to32,
+ unop( Iop_V128to64,
+ binop( Iop_AndV128,
+ binop( Iop_ShrV128,
+ mkexpr( vB ),
+ mkU8( (3-i)*32 ) ),
+ binop( Iop_64HLtoV128,
+ mkU64( 0x0 ),
+ mkU64( 0xFFFFFFFF ) ) ) ) ) );
+
+ new_XT[i+1] = newTemp(Ity_V128);
+
+ /* Value is normal if it isn't infinite, zero or denormalized */
+ normal[i] = mkNOT1( mkOR1(
+ mkOR1( is_NaN( Ity_I32, value[i] ),
+ is_Inf( Ity_I32, value[i] ) ),
+ mkOR1( is_Zero( Ity_I32, value[i] ),
+ is_Denorm( Ity_I32,
+ value[i] ) ) ) );
+ new_value[i] = newTemp(Ity_I32);
+ assign( new_value[i],
+ binop( Iop_Or32,
+ binop( Iop_And32,
+ mkexpr( value[i] ),
+ mkU32( 0x7FFFFF ) ),
+ binop( Iop_Shl32,
+ unop( Iop_1Uto32,
+ normal[i]),
+ mkU8( 23 ) ) ) );
+
+ assign( new_XT[i+1],
+ binop( Iop_OrV128,
+ binop( Iop_ShlV128,
+ binop( Iop_64HLtoV128,
+ mkU64( 0x0 ),
+ binop( Iop_32HLto64,
+ mkU32( 0x0 ),
+ mkexpr( new_value[i] ) ) ),
+ mkU8( (3-i)*32 ) ),
+ mkexpr( new_XT[i] ) ) );
+ }
+ putVSReg( XT, mkexpr( new_XT[4] ) );
+
+ } else if (inst_select == 15) {
+ IRTemp sub_element0 = newTemp( Ity_V128 );
+ IRTemp sub_element1 = newTemp( Ity_V128 );
+ IRTemp sub_element2 = newTemp( Ity_V128 );
+ IRTemp sub_element3 = newTemp( Ity_V128 );
+
+ DIP("xxbrw v%d, v%d\n", (UInt)XT, (UInt)XB);
+
+ assign( sub_element0,
+ binop( Iop_ShrV128,
+ binop( Iop_AndV128,
+ binop(Iop_64HLtoV128,
+ mkU64( 0xFF000000FF000000 ),
+ mkU64( 0xFF000000FF000000 ) ),
+ mkexpr( vB ) ),
+ mkU8( 24 ) ) );
+ assign( sub_element1,
+ binop( Iop_ShrV128,
+ binop( Iop_AndV128,
+ binop(Iop_64HLtoV128,
+ mkU64( 0x00FF000000FF0000 ),
+ mkU64( 0x00FF000000FF0000 ) ),
+ mkexpr( vB ) ),
+ mkU8( 8 ) ) );
+ assign( sub_element2,
+ binop( Iop_ShlV128,
+ binop( Iop_AndV128,
+ binop(Iop_64HLtoV128,
+ mkU64( 0x0000FF000000FF00 ),
+ mkU64( 0x0000FF000000FF00 ) ),
+ mkexpr( vB ) ),
+ mkU8( 8 ) ) );
+ assign( sub_element3,
+ binop( Iop_ShlV128,
+ binop( Iop_AndV128,
+ binop(Iop_64HLtoV128,
+ mkU64( 0x00000000FF000000FF ),
+ mkU64( 0x00000000FF000000FF ) ),
+ mkexpr( vB ) ),
+ mkU8( 24 ) ) );
+
+ putVSReg( XT,
+ binop( Iop_OrV128,
+ binop( Iop_OrV128,
+ mkexpr( sub_element3 ),
+ mkexpr( sub_element2 ) ),
+ binop( Iop_OrV128,
+ mkexpr( sub_element1 ),
+ mkexpr( sub_element0 ) ) ) );
+
+ } else if (inst_select == 23) {
+ DIP("xxbrd v%d, v%d\n", (UInt)XT, (UInt)XB);
+
+ int i;
+ int shift = 56;
+ IRTemp sub_element[16];
+ IRTemp new_xT[17];
+
+ new_xT[0] = newTemp( Ity_V128 );
+ assign( new_xT[0], binop( Iop_64HLtoV128,
+ mkU64( 0 ),
+ mkU64( 0 ) ) );
+
+ for ( i = 0; i < 4; i++ ) {
+ new_xT[i+1] = newTemp( Ity_V128 );
+ sub_element[i] = newTemp( Ity_V128 );
+ sub_element[i+4] = newTemp( Ity_V128 );
+
+ assign( sub_element[i],
+ binop( Iop_ShrV128,
+ binop( Iop_AndV128,
+ binop( Iop_64HLtoV128,
+ mkU64( (0xFFULL << (7 - i) * 8) ),
+ mkU64( (0xFFULL << (7 - i) * 8) ) ),
+ mkexpr( vB ) ),
+ mkU8( shift ) ) );
+
+ assign( sub_element[i+4],
+ binop( Iop_ShlV128,
+ binop( Iop_AndV128,
+ binop( Iop_64HLtoV128,
+ mkU64( (0xFFULL << i*8) ),
+ mkU64( (0xFFULL << i*8) ) ),
+ mkexpr( vB ) ),
+ mkU8( shift ) ) );
+ shift = shift - 16;
+
+ assign( new_xT[i+1],
+ binop( Iop_OrV128,
+ mkexpr( new_xT[i] ),
+ binop( Iop_OrV128,
+ mkexpr ( sub_element[i] ),
+ mkexpr ( sub_element[i+4] ) ) ) );
+ }
+
+ putVSReg( XT, mkexpr( new_xT[4] ) );
+
+ } else if (inst_select == 24) {
+ // xvcvhpsp, (VSX Vector Convert half-precision format to
+ // Single-precision format)
+ /* only supported on ISA 3.0 and newer */
+ IRTemp result = newTemp( Ity_V128 );
+ IRTemp src = newTemp( Ity_I64 );
+
+ if (!allow_isa_3_0) return False;
+
+ DIP("xvcvhpsp v%d,v%d\n", XT,XB);
+ /* The instruction does not set the C or FPCC fields. The
+ * instruction takes four 16-bit values stored in a 128-bit value
+ * as follows: x V | x V | x V | x V where V is a 16-bit
+ * value and x is an unused 16-bit value. To use Iop_F16toF32x4
+ * the four 16-bit values will be gathered into a single 64 bit
+ * value. The backend will scatter the four 16-bit values back
+ * into a 128-bit operand before issuing the instruction.
+ */
+ /* Gather 16-bit float values from V128 source into new 64-bit
+ * source value for the Iop.
+ */
+ assign( src,
+ unop( Iop_V128to64,
+ binop( Iop_Perm8x16,
+ mkexpr( vB ),
+ binop ( Iop_64HLtoV128,
+ mkU64( 0 ),
+ mkU64( 0x020306070A0B0E0F) ) ) ) );
+
+ assign( result, unop( Iop_F16toF32x4, mkexpr( src ) ) );
+
+ putVSReg( XT, mkexpr( result ) );
+
+ } else if (inst_select == 25) {
+ // xvcvsphp, (VSX Vector round and Convert single-precision
+ // format to half-precision format)
+ /* only supported on ISA 3.0 and newer */
+ IRTemp result = newTemp( Ity_V128 );
+ IRTemp tmp64 = newTemp( Ity_I64 );
+
+ if (!allow_isa_3_0) return False;
+ DIP("xvcvsphp v%d,v%d\n", XT,XB);
+
+ /* Iop_F32toF16x4 is V128 -> I64, scatter the 16-bit floats in the
+ * I64 result to the V128 register to store.
+ */
+ assign( tmp64, unop( Iop_F32toF16x4, mkexpr( vB ) ) );
+
+ /* Scatter 16-bit float values from returned 64-bit value
+ * of V128 result.
+ */
+ if (host_endness == VexEndnessLE)
+ /* Note location 0 may have a valid number in it. Location
+ * 15 should always be zero. Use 0xF to put zeros in the
+ * desired bytes.
+ */
+ assign( result,
+ binop( Iop_Perm8x16,
+ binop( Iop_64HLtoV128,
+ mkexpr( tmp64 ),
+ mkU64( 0 ) ),
+ binop ( Iop_64HLtoV128,
+ mkU64( 0x0F0F00010F0F0203 ),
+ mkU64( 0x0F0F04050F0F0607 ) ) ) );
+ else
+ assign( result,
+ binop( Iop_Perm8x16,
+ binop( Iop_64HLtoV128,
+ mkexpr( tmp64 ),
+ mkU64( 0 ) ),
+ binop ( Iop_64HLtoV128,
+ mkU64( 0x0F0F06070F0F0405 ),
+ mkU64( 0x0F0F02030F0F0001 ) ) ) );
+ putVSReg( XT, mkexpr( result ) );
+
+ } else if ( inst_select == 31 ) {
+ int i;
+ int shift_left = 8;
+ int shift_right = 120;
+ IRTemp sub_element[16];
+ IRTemp new_xT[9];
+
+ DIP("xxbrq v%d, v%d\n", (UInt) XT, (UInt) XB);
+
+ new_xT[0] = newTemp( Ity_V128 );
+ assign( new_xT[0], binop( Iop_64HLtoV128,
+ mkU64( 0 ),
+ mkU64( 0 ) ) );
+
+ for ( i = 0; i < 8; i++ ) {
+ new_xT[i+1] = newTemp( Ity_V128 );
+ sub_element[i] = newTemp( Ity_V128 );
+ sub_element[i+8] = newTemp( Ity_V128 );
+
+ assign( sub_element[i],
+ binop( Iop_ShrV128,
+ binop( Iop_AndV128,
+ binop( Iop_64HLtoV128,
+ mkU64( ( 0xFFULL << (7 - i) * 8 ) ),
+ mkU64( 0x0ULL ) ),
+ mkexpr( vB ) ),
+ mkU8( shift_right ) ) );
+ shift_right = shift_right - 16;
+
+ assign( sub_element[i+8],
+ binop( Iop_ShlV128,
+ binop( Iop_AndV128,
+ binop( Iop_64HLtoV128,
+ mkU64( 0x0ULL ),
+ mkU64( ( 0xFFULL << (7 - i) * 8 ) ) ),
+ mkexpr( vB ) ),
+ mkU8( shift_left ) ) );
+ shift_left = shift_left + 16;
+
+ assign( new_xT[i+1],
+ binop( Iop_OrV128,
+ mkexpr( new_xT[i] ),
+ binop( Iop_OrV128,
+ mkexpr ( sub_element[i] ),
+ mkexpr ( sub_element[i+8] ) ) ) );
+ }
+
+ putVSReg( XT, mkexpr( new_xT[8] ) );
+
+ } else {
+ vex_printf("dis_vxs_misc(ppc) Invalid instruction selection\n");
+ return False;
+ }
+ break;
+ }
+
+ case 0x3D4: // xvtstdcdp (VSX Test Data Class Double-Precision)
+ {
+ UInt DX_mask = IFIELD( theInstr, 16, 5 );
+ UInt DC_mask = IFIELD( theInstr, 6, 1 );
+ UInt DM_mask = IFIELD( theInstr, 2, 1 );
+ UInt DCMX_mask = (DC_mask << 6) | (DM_mask << 5) | DX_mask;
+
+ IRTemp NaN[2], inf[2], zero[2], dnorm[2], pos[2], DCM[2];
+ IRTemp match_value[2];
+ IRTemp value[2];
+ Int i;
+
+ DIP("xvtstdcdp v%d,v%d,%d\n", (UInt)XT, (UInt)XB, DCMX_mask);
+
+ for (i = 0; i < 2; i++) {
+ NaN[i] = newTemp(Ity_I64);
+ inf[i] = newTemp(Ity_I64);
+ pos[i] = newTemp(Ity_I64);
+ DCM[i] = newTemp(Ity_I64);
+ zero[i] = newTemp(Ity_I64);
+ dnorm[i] = newTemp(Ity_I64);
+
+ value[i] = newTemp(Ity_I64);
+ match_value[i] = newTemp(Ity_I64);
+
+ assign( value[i],
+ unop( Iop_V128to64,
+ binop( Iop_AndV128,
+ binop( Iop_ShrV128,
+ mkexpr( vB ),
+ mkU8( (1-i)*64 ) ),
+ binop( Iop_64HLtoV128,
+ mkU64( 0x0 ),
+ mkU64( 0xFFFFFFFFFFFFFFFF ) ) ) ) );
+
+ assign( pos[i], unop( Iop_1Uto64,
+ binop( Iop_CmpEQ64,
+ binop( Iop_Shr64,
+ mkexpr( value[i] ),
+ mkU8( 63 ) ),
+ mkU64( 0 ) ) ) );
+
+ assign( NaN[i], unop( Iop_1Uto64, is_NaN( Ity_I64, value[i] ) ) );
+ assign( inf[i], unop( Iop_1Uto64, is_Inf( Ity_I64, value[i] ) ) );
+ assign( zero[i], unop( Iop_1Uto64, is_Zero( Ity_I64, value[i] ) ) );
+ assign( dnorm[i], unop( Iop_1Uto64, is_Denorm( Ity_I64,
+ value[i] ) ) );
+
+ assign( DCM[i], create_DCM( Ity_I64, NaN[i], inf[i], zero[i],
+ dnorm[i], pos[i] ) );
+
+ assign( match_value[i],
+ unop( Iop_1Sto64,
+ binop( Iop_CmpNE64,
+ binop( Iop_And64,
+ mkU64( DCMX_mask ),
+ mkexpr( DCM[i] ) ),
+ mkU64( 0 ) ) ) );
+ }
+ putVSReg( XT, binop( Iop_64HLtoV128,
+ mkexpr( match_value[0] ),
+ mkexpr( match_value[1] ) ) );
+ }
+ break;
+
+ case 0x3E0: // xviexpdp (VSX Vector Insert Exponent Double-Precision)
+ {
+ Int i;
+ IRTemp new_XT[3];
+ IRTemp A_value[2];
+ IRTemp B_value[2];
+ IRExpr *sign[2], *expr[2], *fract[2];
+
+ DIP("xviexpdp v%d,v%d\n", XT, XB);
+ new_XT[0] = newTemp(Ity_V128);
+ assign( new_XT[0], binop( Iop_64HLtoV128,
+ mkU64( 0x0 ),
+ mkU64( 0x0 ) ) );
+
+ for (i = 0; i < 2; i++) {
+ A_value[i] = newTemp(Ity_I64);
+ B_value[i] = newTemp(Ity_I64);
+
+ assign( A_value[i],
+ unop( Iop_V128to64,
+ binop( Iop_AndV128,
+ binop( Iop_ShrV128,
+ mkexpr( vA ),
+ mkU8( (1-i)*64 ) ),
+ binop( Iop_64HLtoV128,
+ mkU64( 0x0 ),
+ mkU64( 0xFFFFFFFFFFFFFFFF ) ) ) ) );
+ assign( B_value[i],
+ unop( Iop_V128to64,
+ binop( Iop_AndV128,
+ binop( Iop_ShrV128,
+ mkexpr( vB ),
+ mkU8( (1-i)*64 ) ),
+ binop( Iop_64HLtoV128,
+ mkU64( 0x0 ),
+ mkU64( 0xFFFFFFFFFFFFFFFF ) ) ) ) );
+
+ sign[i] = binop( Iop_And64, mkexpr( A_value[i] ),
+ mkU64( 0x8000000000000000 ) );
+ expr[i] = binop( Iop_Shl64,
+ binop( Iop_And64, mkexpr( B_value[i] ),
+ mkU64( 0x7FF ) ),
+ mkU8( 52 ) );
+ fract[i] = binop( Iop_And64, mkexpr( A_value[i] ),
+ mkU64( 0x000FFFFFFFFFFFFF ) );
+
+ new_XT[i+1] = newTemp(Ity_V128);
+ assign( new_XT[i+1],
+ binop( Iop_OrV128,
+ binop( Iop_ShlV128,
+ binop( Iop_64HLtoV128,
+ mkU64( 0 ),
+ binop( Iop_Or64,
+ binop( Iop_Or64,
+ sign[i],
+ expr[i] ),
+ fract[i] ) ),
+ mkU8( (1-i)*64 ) ),
+ mkexpr( new_XT[i] ) ) );
+ }
+ putVSReg( XT, mkexpr( new_XT[2] ) );
+ }
+ break;
+
default:
vex_printf( "dis_vxs_misc(ppc)(opc2)\n" );
return False;
@@ -15564,6 +19602,370 @@
mkU64(0) ) );
break;
}
+ case 0x10C: // lxvx
+ {
+ UInt ea_off = 0;
+ IRExpr* irx_addr;
+ IRTemp word[4];
+ int i;
+
+ DIP("lxvx %d,r%u,r%u\n", (UInt)XT, rA_addr, rB_addr);
+
+ if ( host_endness == VexEndnessBE ) {
+ for ( i = 3; i>= 0; i-- ) {
+ word[i] = newTemp( Ity_I64 );
+
+ irx_addr =
+ binop( mkSzOp( ty, Iop_Add8 ), mkexpr( EA ),
+ ty == Ity_I64 ? mkU64( ea_off ) : mkU32( ea_off ) );
+
+ assign( word[i], unop( Iop_32Uto64,
+ load( Ity_I32, irx_addr ) ) );
+ ea_off += 4;
+ }
+
+ putVSReg( XT, binop( Iop_64HLtoV128,
+ binop( Iop_Or64,
+ mkexpr( word[2] ),
+ binop( Iop_Shl64,
+ mkexpr( word[3] ),
+ mkU8( 32 ) ) ),
+ binop( Iop_Or64,
+ mkexpr( word[0] ),
+ binop( Iop_Shl64,
+ mkexpr( word[1] ),
+ mkU8( 32 ) ) ) ) );
+ } else {
+ for ( i = 0; i< 4; i++ ) {
+ word[i] = newTemp( Ity_I64 );
+
+ irx_addr =
+ binop( mkSzOp( ty, Iop_Add8 ), mkexpr( EA ),
+ ty == Ity_I64 ? mkU64( ea_off ) : mkU32( ea_off ) );
+
+ assign( word[i], unop( Iop_32Uto64,
+ load( Ity_I32, irx_addr ) ) );
+ ea_off += 4;
+ }
+
+ putVSReg( XT, binop( Iop_64HLtoV128,
+ binop( Iop_Or64,
+ mkexpr( word[2] ),
+ binop( Iop_Shl64,
+ mkexpr( word[3] ),
+ mkU8( 32 ) ) ),
+ binop( Iop_Or64,
+ mkexpr( word[0] ),
+ binop( Iop_Shl64,
+ mkexpr( word[1] ),
+ mkU8( 32 ) ) ) ) );
+ }
+ break;
+ }
+
+ case 0x10D: // lxvl
+ {
+ DIP("lxvl %d,r%u,r%u\n", (UInt)XT, rA_addr, rB_addr);
+
+ IRTemp byte[16];
+ UInt i;
+ UInt ea_off = 0;
+ IRExpr* irx_addr;
+ IRTemp tmp_low[9];
+ IRTemp tmp_hi[9];
+ IRTemp shift = newTemp( Ity_I8 );
+ IRTemp nb_gt16 = newTemp( Ity_I8 );
+ IRTemp ld_result = newTemp( Ity_V128 );
+ IRTemp nb_not_zero = newTemp( Ity_I64 );
+
+ IRTemp base_addr = newTemp( ty );
+
+ tmp_low[0] = newTemp( Ity_I64 );
+ tmp_hi[0] = newTemp( Ity_I64 );
+
+ assign( base_addr, ea_rAor0( rA_addr ) );
+ assign( tmp_low[0], mkU64( 0 ) );
+ assign( tmp_hi[0], mkU64( 0 ) );
+
+ /* shift is 15 - nb, where nb = rB[0:7], used to zero out upper bytes */
+ assign( nb_not_zero, unop( Iop_1Sto64,
+ binop( Iop_CmpNE64,
+ mkU64( 0 ),
+ binop( Iop_Shr64,
+ getIReg( rB_addr ),
+ mkU8( 56 ) ) ) ) );
+
+ assign( nb_gt16, unop( Iop_1Sto8,
+ binop( Iop_CmpLT64U,
+ binop( Iop_Shr64,
+ getIReg( rB_addr ),
+ mkU8( 60 ) ),
+ mkU64( 1 ) ) ) );
+
+ /* Set the shift to 0, by ANDing with nb_gt16. nb_gt16 will be all
+ * zeros if nb > 16. This will result in quad word load being stored.
+ */
+ assign( shift,
+ binop( Iop_And8,
+ unop( Iop_64to8,
+ binop( Iop_Mul64,
+ binop( Iop_Sub64,
+ mkU64 ( 16 ),
+ binop( Iop_Shr64,
+ getIReg( rB_addr ),
+ mkU8( 56 ) ) ),
+ mkU64( 8 ) ) ),
+ mkexpr( nb_gt16 ) ) );
+
+ /* fetch all 16 bytes, we will remove what we don't want later */
+ if ( host_endness == VexEndnessBE ) {
+ for ( i = 0; i < 8; i++ ) {
+ byte[i] = newTemp( Ity_I64 );
+ tmp_hi[i+1] = newTemp( Ity_I64 );
+
+ irx_addr =
+ binop( mkSzOp( ty, Iop_Add8 ), mkexpr( base_addr ),
+ ty == Ity_I64 ? mkU64( ea_off ) : mkU32( ea_off ) );
+ ea_off += 1;
+
+ assign( byte[i], binop( Iop_Shl64,
+ unop( Iop_8Uto64,
+ load( Ity_I8, irx_addr ) ),
+ mkU8( 8 * ( 7 - i ) ) ) );
+
+ assign( tmp_hi[i+1], binop( Iop_Or64,
+ mkexpr( byte[i] ),
+ mkexpr( tmp_hi[i] ) ) );
+ }
+
+ for ( i = 0; i < 8; i++ ) {
+ byte[i+8] = newTemp( Ity_I64 );
+ tmp_low[i+1] = newTemp( Ity_I64 );
+
+ irx_addr =
+ binop( mkSzOp( ty, Iop_Add8 ), mkexpr( base_addr ),
+ ty == Ity_I64 ? mkU64( ea_off ) : mkU32( ea_off ) );
+ ea_off += 1;
+
+ assign( byte[i+8], binop( Iop_Shl64,
+ unop( Iop_8Uto64,
+ load( Ity_I8, irx_addr ) ),
+ mkU8( 8 * ( 7 - i ) ) ) );
+
+ assign( tmp_low[i+1], binop( Iop_Or64,
+ mkexpr( byte[i+8] ),
+ mkexpr( tmp_low[i] ) ) );
+ }
+ assign( ld_result, binop( Iop_ShlV128,
+ binop( Iop_ShrV128,
+ binop( Iop_64HLtoV128,
+ mkexpr( tmp_hi[8] ),
+ mkexpr( tmp_low[8] ) ),
+ mkexpr( shift ) ),
+ mkexpr( shift ) ) );
+ } else {
+ for ( i = 0; i < 8; i++ ) {
+ byte[i] = newTemp( Ity_I64 );
+ tmp_low[i+1] = newTemp( Ity_I64 );
+
+ irx_addr =
+ binop( mkSzOp( ty, Iop_Add8 ), mkexpr( base_addr ),
+ ty == Ity_I64 ? mkU64( ea_off ) : mkU32( ea_off ) );
+ ea_off += 1;
+
+ assign( byte[i], binop( Iop_Shl64,
+ unop( Iop_8Uto64,
+ load( Ity_I8, irx_addr ) ),
+ mkU8( 8 * i ) ) );
+
+ assign( tmp_low[i+1],
+ binop( Iop_Or64,
+ mkexpr( byte[i] ), mkexpr( tmp_low[i] ) ) );
+ }
+
+ for ( i = 0; i < 8; i++ ) {
+ byte[i + 8] = newTemp( Ity_I64 );
+ tmp_hi[i+1] = newTemp( Ity_I64 );
+
+ irx_addr =
+ binop( mkSzOp( ty, Iop_Add8 ), mkexpr( base_addr ),
+ ty == Ity_I64 ? mkU64( ea_off ) : mkU32( ea_off ) );
+ ea_off += 1;
+
+ assign( byte[i+8], binop( Iop_Shl64,
+ unop( Iop_8Uto64,
+ load( Ity_I8, irx_addr ) ),
+ mkU8( 8 * i ) ) );
+
+ assign( tmp_hi[i+1], binop( Iop_Or64,
+ mkexpr( byte[i+8] ),
+ mkexpr( tmp_hi[i] ) ) );
+ }
+ assign( ld_result, binop( Iop_ShrV128,
+ binop( Iop_ShlV128,
+ binop( Iop_64HLtoV128,
+ mkexpr( tmp_hi[8] ),
+ mkexpr( tmp_low[8] ) ),
+ mkexpr( shift ) ),
+ mkexpr( shift ) ) );
+ }
+
+
+ /* If nb = 0, mask out the calculated load result so the stored
+ * value is zero.
+ */
+
+ putVSReg( XT, binop( Iop_AndV128,
+ mkexpr( ld_result ),
+ binop( Iop_64HLtoV128,
+ mkexpr( nb_not_zero ),
+ mkexpr( nb_not_zero ) ) ) );
+ break;
+ }
+
+ case 0x12D: // lxvll (Load VSX Vector Left-Justified with Length XX1 form)
+ {
+ IRTemp byte[16];
+ IRTemp tmp_low[9];
+ IRTemp tmp_hi[9];
+ IRTemp mask = newTemp(Ity_V128);
+ IRTemp rB = newTemp( Ity_I64 );
+ IRTemp nb = newTemp( Ity_I64 );
+ IRTemp nb_zero = newTemp(Ity_V128);
+ IRTemp mask_shift = newTemp(Ity_I64);
+ Int i;
+ UInt ea_off = 0;
+ IRExpr* irx_addr;
+ IRTemp base_addr = newTemp( ty );
+ IRTemp nb_compare_zero = newTemp( Ity_I64 );
+
+ DIP("lxvll %d,r%u,r%u\n", (UInt)XT, rA_addr, rB_addr);
+
+ tmp_low[0] = newTemp(Ity_I64);
+ tmp_hi[0] = newTemp(Ity_I64);
+
+ assign( rB, getIReg(rB_addr));
+ assign( base_addr, ea_rAor0( rA_addr ) );
+ assign( tmp_low[0], mkU64( 0 ) );
+ assign( tmp_hi[0], mkU64( 0 ) );
+
+ /* mask_shift is number of 16 bytes minus (nb times 8-bits per byte) */
+ assign( nb, binop( Iop_Shr64, mkexpr( rB ), mkU8( 56 ) ) );
+
+ assign( nb_compare_zero, unop( Iop_1Sto64,
+ binop( Iop_CmpEQ64,
+ mkexpr( nb ),
+ mkU64( 0 ) ) ) );
+
+ /* nb_zero is 0xFF..FF if the nb_field = 0 */
+ assign( nb_zero, binop( Iop_64HLtoV128,
+ mkexpr( nb_compare_zero ),
+ mkexpr( nb_compare_zero ) ) );
+
+ assign( mask_shift, binop( Iop_Sub64,
+ mkU64( 16*8 ),
+ binop( Iop_Mul64,
+ mkexpr( nb ),
+ mkU64( 8 ) ) ) );
+
+ /* fetch all 16 bytes, we will remove what we don't want later */
+ for (i = 0; i < 8; i++) {
+ byte[i] = newTemp(Ity_I64);
+ tmp_hi[i+1] = newTemp(Ity_I64);
+
+ irx_addr = binop( mkSzOp( ty, Iop_Add8 ), mkexpr( base_addr ),
+ ty == Ity_I64 ? mkU64( ea_off ) : mkU32( ea_off ) );
+ ea_off += 1;
+
+ /* Instruction always loads in Big Endian format */
+ assign( byte[i], binop( Iop_Shl64,
+ unop( Iop_8Uto64,
+ load( Ity_I8, irx_addr ) ),
+ mkU8( 8 * (7 - i) ) ) );
+ assign( tmp_hi[i+1],
+ binop( Iop_Or64,
+ mkexpr( byte[i] ), mkexpr( tmp_hi[i] ) ) );
+ }
+
+ for (i = 0; i < 8; i++) {
+ byte[i + 8] = newTemp(Ity_I64);
+ tmp_low[i+1] = newTemp(Ity_I64);
+
+ irx_addr = binop( mkSzOp( ty, Iop_Add8 ), mkexpr( base_addr ),
+ ty == Ity_I64 ? mkU64( ea_off ) : mkU32( ea_off ) );
+ ea_off += 1;
+
+ /* Instruction always loads in Big Endian format */
+ assign( byte[i+8], binop( Iop_Shl64,
+ unop( Iop_8Uto64,
+ load( Ity_I8, irx_addr ) ),
+ mkU8( 8 * (7 - i) ) ) );
+ assign( tmp_low[i+1], binop( Iop_Or64,
+ mkexpr( byte[i+8] ),
+ mkexpr( tmp_low[i] ) ) );
+ }
+
+ /* Create mask to clear the right most 16 - nb bytes, set to zero
+ * if nb= 0.
+ */
+ assign( mask, binop( Iop_AndV128,
+ binop( Iop_ShlV128,
+ binop( Iop_ShrV128,
+ mkV128( 0xFFFF ),
+ unop( Iop_64to8, mkexpr( mask_shift ) ) ),
+ unop( Iop_64to8, mkexpr( mask_shift ) ) ),
+ unop( Iop_NotV128, mkexpr( nb_zero ) ) ) );
+
+ putVSReg( XT, binop( Iop_AndV128,
+ mkexpr( mask ),
+ binop( Iop_64HLtoV128,
+ mkexpr( tmp_hi[8] ),
+ mkexpr( tmp_low[8] ) ) ) );
+ break;
+ }
+
+ case 0x16C: // lxvwsx
+ {
+ IRTemp data = newTemp( Ity_I64 );
+
+ DIP("lxvwsx %d,r%u,r%u\n", (UInt)XT, rA_addr, rB_addr);
+
+ /* The load is a 64-bit fetch that is Endian aware, just want
+ * the lower 32 bits. */
+ if ( host_endness == VexEndnessBE ) {
+ UInt ea_off = 4;
+ IRExpr* irx_addr;
+
+ irx_addr =
+ binop( mkSzOp( ty, Iop_Sub8 ), mkexpr( EA ),
+ ty == Ity_I64 ? mkU64( ea_off ) : mkU32( ea_off ) );
+
+ assign( data, binop( Iop_And64,
+ load( Ity_I64, irx_addr ),
+ mkU64( 0xFFFFFFFF ) ) );
+
+ } else {
+ assign( data, binop( Iop_And64,
+ load( Ity_I64, mkexpr( EA ) ),
+ mkU64( 0xFFFFFFFF ) ) );
+ }
+
+ /* Take lower 32-bits and spat across the four word positions */
+ putVSReg( XT,
+ binop( Iop_64HLtoV128,
+ binop( Iop_Or64,
+ mkexpr( data ),
+ binop( Iop_Shl64,
+ mkexpr( data ),
+ mkU8( 32 ) ) ),
+ binop( Iop_Or64,
+ mkexpr( data ),
+ binop( Iop_Shl64,
+ mkexpr( data ),
+ mkU8( 32 ) ) ) ) );
+ break;
+ }
+
case 0x20C: // lxsspx (Load VSX Scalar Single-Precision Indexed)
{
IRExpr * exp;
@@ -15591,6 +19993,50 @@
putVSReg( XT, binop( Iop_64HLtoV128, exp, exp ) );
break;
}
+
+ case 0x30D: // lxsibzx
+ {
+ IRExpr *byte;
+ IRExpr* irx_addr;
+
+ DIP("lxsibzx %d,r%u,r%u\n", (UInt)XT, rA_addr, rB_addr);
+
+ if ( host_endness == VexEndnessBE )
+ irx_addr = binop( Iop_Sub64, mkexpr( EA ), mkU64( 7 ) );
+
+ else
+ irx_addr = mkexpr( EA );
+
+ byte = load( Ity_I64, irx_addr );
+ putVSReg( XT, binop( Iop_64HLtoV128,
+ binop( Iop_And64,
+ byte,
+ mkU64( 0xFF ) ),
+ mkU64( 0 ) ) );
+ break;
+ }
+
+ case 0x32D: // lxsihzx
+ {
+ IRExpr *byte;
+ IRExpr* irx_addr;
+
+ DIP("lxsihzx %d,r%u,r%u\n", (UInt)XT, rA_addr, rB_addr);
+
+ if ( host_endness == VexEndnessBE )
+ irx_addr = binop( Iop_Sub64, mkexpr( EA ), mkU64( 6 ) );
+
+ else
+ irx_addr = mkexpr( EA );
+
+ byte = load( Ity_I64, irx_addr );
+ putVSReg( XT, binop( Iop_64HLtoV128,
+ binop( Iop_And64,
+ byte,
+ mkU64( 0xFFFF ) ),
+ mkU64( 0 ) ) );
+ break;
+ }
case 0x34C: // lxvd2x
{
IROp addOp = ty == Ity_I64 ? Iop_Add64 : Iop_Add32;
@@ -15638,6 +20084,118 @@
putVSReg( XT, t0 );
break;
}
+
+ case 0x32C: // lxvh8x
+ {
+ DIP("lxvh8x %d,r%u,r%u\n", (UInt)XT, rA_addr, rB_addr);
+
+ IRTemp h_word[8];
+ int i;
+ UInt ea_off = 0;
+ IRExpr* irx_addr;
+ IRTemp tmp_low[5];
+ IRTemp tmp_hi[5];
+
+ tmp_low[0] = newTemp( Ity_I64 );
+ tmp_hi[0] = newTemp( Ity_I64 );
+ assign( tmp_low[0], mkU64( 0 ) );
+ assign( tmp_hi[0], mkU64( 0 ) );
+
+ for ( i = 0; i < 4; i++ ) {
+ h_word[i] = newTemp(Ity_I64);
+ tmp_low[i+1] = newTemp(Ity_I64);
+
+ irx_addr = binop( mkSzOp( ty, Iop_Add8 ), mkexpr( EA ),
+ ty == Ity_I64 ? mkU64( ea_off ) : mkU32( ea_off ) );
+ ea_off += 2;
+
+ assign( h_word[i], binop( Iop_Shl64,
+ unop( Iop_16Uto64,
+ load( Ity_I16, irx_addr ) ),
+ mkU8( 16 * ( 3 - i ) ) ) );
+
+ assign( tmp_low[i+1],
+ binop( Iop_Or64,
+ mkexpr( h_word[i] ), mkexpr( tmp_low[i] ) ) );
+ }
+
+ for ( i = 0; i < 4; i++ ) {
+ h_word[i+4] = newTemp( Ity_I64 );
+ tmp_hi[i+1] = newTemp( Ity_I64 );
+
+ irx_addr = binop( mkSzOp( ty, Iop_Add8 ), mkexpr( EA ),
+ ty == Ity_I64 ? mkU64( ea_off ) : mkU32( ea_off ) );
+ ea_off += 2;
+
+ assign( h_word[i+4], binop( Iop_Shl64,
+ unop( Iop_16Uto64,
+ load( Ity_I16, irx_addr ) ),
+ mkU8( 16 * ( 3 - i ) ) ) );
+
+ assign( tmp_hi[i+1], binop( Iop_Or64,
+ mkexpr( h_word[i+4] ),
+ mkexpr( tmp_hi[i] ) ) );
+ }
+ putVSReg( XT, binop( Iop_64HLtoV128,
+ mkexpr( tmp_low[4] ), mkexpr( tmp_hi[4] ) ) );
+ break;
+ }
+
+ case 0x36C: // lxvb16x
+ {
+ DIP("lxvb16x %d,r%u,r%u\n", (UInt)XT, rA_addr, rB_addr);
+
+ IRTemp byte[16];
+ int i;
+ UInt ea_off = 0;
+ IRExpr* irx_addr;
+ IRTemp tmp_low[9];
+ IRTemp tmp_hi[9];
+
+ tmp_low[0] = newTemp( Ity_I64 );
+ tmp_hi[0] = newTemp( Ity_I64 );
+ assign( tmp_low[0], mkU64( 0 ) );
+ assign( tmp_hi[0], mkU64( 0 ) );
+
+ for ( i = 0; i < 8; i++ ) {
+ byte[i] = newTemp( Ity_I64 );
+ tmp_low[i+1] = newTemp( Ity_I64 );
+
+ irx_addr = binop( mkSzOp( ty, Iop_Add8 ), mkexpr( EA ),
+ ty == Ity_I64 ? mkU64( ea_off ) : mkU32( ea_off ) );
+ ea_off += 1;
+
+ assign( byte[i], binop( Iop_Shl64,
+ unop( Iop_8Uto64,
+ load( Ity_I8, irx_addr ) ),
+ mkU8( 8 * ( 7 - i ) ) ) );
+
+ assign( tmp_low[i+1],
+ binop( Iop_Or64,
+ mkexpr( byte[i] ), mkexpr( tmp_low[i] ) ) );
+ }
+
+ for ( i = 0; i < 8; i++ ) {
+ byte[i + 8] = newTemp( Ity_I64 );
+ tmp_hi[i+1] = newTemp( Ity_I64 );
+
+ irx_addr = binop( mkSzOp( ty, Iop_Add8 ), mkexpr( EA ),
+ ty == Ity_I64 ? mkU64( ea_off ) : mkU32( ea_off ) );
+ ea_off += 1;
+
+ assign( byte[i+8], binop( Iop_Shl64,
+ unop( Iop_8Uto64,
+ load( Ity_I8, irx_addr ) ),
+ mkU8( 8 * ( 7 - i ) ) ) );
+ assign( tmp_hi[i+1], binop( Iop_Or64,
+ mkexpr( byte[i+8] ),
+ mkexpr( tmp_hi[i] ) ) );
+ }
+ putVSReg( XT, binop( Iop_64HLtoV128,
+ mkexpr( tmp_low[8] ), mkexpr( tmp_hi[8] ) ) );
+ break;
+ }
+
default:
vex_printf( "dis_vx_load(ppc)(opc2)\n" );
return False;
@@ -15646,6 +20204,78 @@
}
/*
+ * VSX Move Instructions
+ */
+static Bool
+dis_vx_move ( UInt theInstr )
+{
+ /* XX1-Form */
+ UChar opc1 = ifieldOPC( theInstr );
+ UChar XS = ifieldRegXS( theInstr );
+ UChar rA_addr = ifieldRegA( theInstr );
+ UChar rB_addr = ifieldRegB( theInstr );
+ IRTemp vS = newTemp( Ity_V128 );
+ UInt opc2 = ifieldOPClo10( theInstr );
+ IRType ty = Ity_I64;
+
+ if ( opc1 != 0x1F ) {
+ vex_printf( "dis_vx_move(ppc)(instr)\n" );
+ return False;
+ }
+
+ switch (opc2) {
+ case 0x133: // mfvsrld RA,XS Move From VSR Lower Doubleword
+ DIP("mfvsrld %d,r%u\n", (UInt)XS, rA_addr);
+
+ assign( vS, getVSReg( XS ) );
+ putIReg( rA_addr, unop(Iop_V128to64, mkexpr( vS) ) );
+
+ break;
+
+ case 0x193: // mfvsrdd XT,RA,RB Move to VSR Double Doubleword
+ {
+ IRTemp tmp = newTemp( Ity_I32 );
+
+ DIP("mfvsrdd %d,r%u\n", (UInt)XS, rA_addr);
+
+ assign( tmp, unop( Iop_64to32, getIReg(rA_addr) ) );
+ assign( vS, binop( Iop_64HLtoV128,
+ binop( Iop_32HLto64,
+ mkexpr( tmp ),
+ mkexpr( tmp ) ),
+ binop( Iop_32HLto64,
+ mkexpr( tmp ),
+ mkexpr( tmp ) ) ) );
+ putVSReg( XS, mkexpr( vS ) );
+ }
+ break;
+
+ case 0x1B3: // mtvsrws XT,RA Move to VSR word & Splat
+ {
+ IRTemp rA = newTemp( ty );
+ IRTemp rB = newTemp( ty );
+
+ DIP("mfvsrws %d,r%u\n", (UInt)XS, rA_addr);
+
+ if ( rA_addr == 0 )
+ assign( rA, mkU64 ( 0 ) );
+ else
+ assign( rA, getIReg(rA_addr) );
+
+ assign( rB, getIReg(rB_addr) );
+ assign( vS, binop( Iop_64HLtoV128, mkexpr( rA ), mkexpr( rB ) ) );
+ putVSReg( XS, mkexpr( vS ) );
+ }
+ break;
+
+ default:
+ vex_printf( "dis_vx_move(ppc)(opc2)\n" );
+ return False;
+ }
+ return True;
+}
+
+/*
* VSX Store Instructions
* NOTE: VSX supports word-aligned storage access.
*/
@@ -15684,11 +20314,495 @@
store( mkexpr( EA ), low32 );
break;
}
+
+ case 0x18C: // stxvx Store VSX Vector Indexed
+ {
+ UInt ea_off = 0;
+ IRExpr* irx_addr;
+ IRTemp word0 = newTemp( Ity_I64 );
+ IRTemp word1 = newTemp( Ity_I64 );
+ IRTemp word2 = newTemp( Ity_I64 );
+ IRTemp word3 = newTemp( Ity_I64 );
+ DIP("stxvx %d,r%u,r%u\n", (UInt)XS, rA_addr, rB_addr);
+
+ assign( word0, binop( Iop_Shr64,
+ unop( Iop_V128HIto64, mkexpr( vS ) ),
+ mkU8( 32 ) ) );
+
+ assign( word1, binop( Iop_And64,
+ unop( Iop_V128HIto64, mkexpr( vS ) ),
+ mkU64( 0xFFFFFFFF ) ) );
+
+ assign( word2, binop( Iop_Shr64,
+ unop( Iop_V128to64, mkexpr( vS ) ),
+ mkU8( 32 ) ) );
+
+ assign( word3, binop( Iop_And64,
+ unop( Iop_V128to64, mkexpr( vS ) ),
+ mkU64( 0xFFFFFFFF ) ) );
+
+ store( mkexpr( EA ), unop( Iop_64to32, mkexpr( word0 ) ) );
+
+ ea_off += 4;
+ irx_addr = binop( mkSzOp( ty, Iop_Add8 ), mkexpr( EA ),
+ ty == Ity_I64 ? mkU64( ea_off ) : mkU32( ea_off ) );
+
+ store( irx_addr, unop( Iop_64to32, mkexpr( word1 ) ) );
+
+ ea_off += 4;
+ irx_addr = binop( mkSzOp( ty, Iop_Add8 ), mkexpr( EA ),
+ ty == Ity_I64 ? mkU64( ea_off ) : mkU32( ea_off ) );
+
+ store( irx_addr, unop( Iop_64to32, mkexpr( word2 ) ) );
+ ea_off += 4;
+ irx_addr = binop( mkSzOp( ty, Iop_Add8 ), mkexpr( EA ),
+ ty == Ity_I64 ? mkU64( ea_off ) : mkU32( ea_off ) );
+
+ store( irx_addr, unop( Iop_64to32, mkexpr( word3 ) ) );
+ break;
+ }
+
+ case 0x18D: // stxvl Store VSX Vector Indexed
+ {
+ UInt ea_off = 0;
+ IRExpr* irx_addr;
+ IRTemp word0 = newTemp( Ity_I64 );
+ IRTemp word1 = newTemp( Ity_I64 );
+ IRTemp word2 = newTemp( Ity_I64 );
+ IRTemp word3 = newTemp( Ity_I64 );
+ IRTemp shift = newTemp( Ity_I8 );
+ IRTemp nb_gt16 = newTemp( Ity_I8 );
+ IRTemp nb_zero = newTemp( Ity_V128 );
+ IRTemp nb = newTemp( Ity_I8 );
+ IRTemp nb_field = newTemp( Ity_I64 );
+ IRTemp n_bytes = newTemp( Ity_I8 );
+ IRTemp base_addr = newTemp( ty );
+ IRTemp current_mem = newTemp( Ity_V128 );
+ IRTemp store_val = newTemp( Ity_V128 );
+ IRTemp nb_mask = newTemp( Ity_V128 );
+
+ DIP("stxvl %d,r%u,r%u\n", (UInt)XS, rA_addr, rB_addr);
+
+ assign( nb_field, binop( Iop_Shr64,
+ getIReg(rB_addr),
+ mkU8( 56 ) ) );
+
+ assign( nb, unop( Iop_64to8, mkexpr( nb_field ) ) );
+
+ /* nb_gt16 will be all zeros if nb > 16 */
+ assign( nb_gt16, unop( Iop_1Sto8,
+ binop( Iop_CmpLT64U,
+ binop( Iop_Shr64,
+ mkexpr( nb_field ),
+ mkU8( 4 ) ),
+ mkU64( 1 ) ) ) );
+
+ /* nb_zero is 0xFF..FF if the nb_field = 0 */
+ assign( nb_zero, binop( Iop_64HLtoV128,
+ unop( Iop_1Sto64,
+ binop( Iop_CmpEQ64,
+ mkexpr( nb_field ),
+ mkU64( 0 ) ) ),
+ unop( Iop_1Sto64,
+ binop( Iop_CmpEQ64,
+ mkexpr( nb_field ),
+ mkU64( 0 ) ) ) ) );
+
+ /* set n_bytes to 0 if nb >= 16. Otherwise, set to nb. */
+ assign( n_bytes, binop( Iop_And8, mkexpr( nb ), mkexpr( nb_gt16 ) ) );
+ assign( shift, unop( Iop_64to8,
+ binop( Iop_Mul64,
+ binop( Iop_Sub64,
+ mkU64( 16 ),
+ unop( Iop_8Uto64,
+ mkexpr( n_bytes ) ) ),
+ mkU64( 8 ) ) ) );
+
+ /* We only have a 32-bit store function. So, need to fetch the
+ * contents of memory merge with the store value and do two
+ * 32-byte stores so we preserve the contents of memory not
+ * addressed by nb.
+ */
+ assign( base_addr, ea_rAor0( rA_addr ) );
+
+ assign( current_mem,
+ binop( Iop_64HLtoV128,
+ load( Ity_I64, mkexpr( base_addr ) ),
+ load( Ity_I64,
+ binop( mkSzOp( ty, Iop_Add8 ),
+ mkexpr( base_addr ),
+ ty == Ity_I64 ? mkU64( 8 ) : mkU32( 8 )
+ ) ) ) );
+
+ /* Set the nb_mask to all zeros if nb = 0 so the current contents
+ * of memory get written back without modifications.
+ *
+ * The store_val is a combination of the current memory value
+ * and the bytes you want to store. The nb_mask selects the
+ * bytes you want stored from Vs.
+ */
+ if (host_endness == VexEndnessBE) {
+ assign( nb_mask,
+ binop( Iop_OrV128,
+ binop( Iop_AndV128,
+ binop( Iop_ShlV128,
+ mkV128( 0xFFFF ),
+ mkexpr( shift ) ),
+ unop( Iop_NotV128, mkexpr( nb_zero ) ) ),
+ binop( Iop_AndV128,
+ mkexpr( nb_zero ),
+ mkV128( 0 ) ) ) );
+
+ assign( store_val,
+ binop( Iop_OrV128,
+ binop( Iop_AndV128,
+ binop( Iop_ShrV128,
+ mkexpr( vS ),
+ mkexpr( shift ) ),
+ mkexpr( nb_mask ) ),
+ binop( Iop_AndV128,
+ unop( Iop_NotV128, mkexpr( nb_mask ) ),
+ mkexpr( current_mem) ) ) );
+
+ } else {
+ assign( nb_mask,
+ binop( Iop_OrV128,
+ binop( Iop_AndV128,
+ binop( Iop_ShrV128,
+ binop( Iop_ShlV128,
+ mkV128( 0xFFFF ),
+ mkexpr( shift ) ),
+ mkexpr( shift ) ),
+ unop( Iop_NotV128, mkexpr( nb_zero ) ) ),
+ binop( Iop_AndV128,
+ mkexpr( nb_zero ),
+ mkV128( 0 ) ) ) );
+
+ assign( store_val,
+ binop( Iop_OrV128,
+ binop( Iop_AndV128,
+ binop( Iop_ShrV128,
+ binop( Iop_ShlV128,
+ mkexpr( vS ),
+ mkexpr( shift ) ),
+ mkexpr( shift ) ),
+ mkexpr( nb_mask ) ),
+ binop( Iop_AndV128,
+ unop( Iop_NotV128, mkexpr( nb_mask ) ),
+ mkexpr( current_mem) ) ) );
+ }
+
+ /* Store the value in 32-byte chunks */
+ assign( word0, binop( Iop_Shr64,
+ unop( Iop_V128HIto64, mkexpr( store_val ) ),
+ mkU8( 32 ) ) );
+
+ assign( word1, binop( Iop_And64,
+ unop( Iop_V128HIto64, mkexpr( store_val ) ),
+ mkU64( 0xFFFFFFFF ) ) );
+
+ assign( word2, binop( Iop_Shr64,
+ unop( Iop_V128to64, mkexpr( store_val ) ),
+ mkU8( 32 ) ) );
+
+ assign( word3, binop( Iop_And64,
+ unop( Iop_V128to64, mkexpr( store_val ) ),
+ mkU64( 0xFFFFFFFF ) ) );
+
+ ea_off = 0;
+ irx_addr = binop( mkSzOp( ty, Iop_Add8 ), mkexpr( base_addr ),
+ ty == Ity_I64 ? mkU64( ea_off ) : mkU32( ea_off ) );
+
+ store( irx_addr, unop( Iop_64to32, mkexpr( word3 ) ) );
+
+ ea_off += 4;
+ irx_addr = binop( mkSzOp( ty, Iop_Add8 ), mkexpr( base_addr ),
+ ty == Ity_I64 ? mkU64( ea_off ) : mkU32( ea_off ) );
+
+ store( irx_addr, unop( Iop_64to32, mkexpr( word2 ) ) );
+
+ ea_off += 4;
+ irx_addr = binop( mkSzOp( ty, Iop_Add8 ), mkexpr( base_addr ),
+ ty == Ity_I64 ? mkU64( ea_off ) : mkU32( ea_off ) );
+
+ store( irx_addr, unop( Iop_64to32, mkexpr( word1 ) ) );
+
+ ea_off += 4;
+ irx_addr = binop( mkSzOp( ty, Iop_Add8 ), mkexpr( base_addr ),
+ ty == Ity_I64 ? mkU64( ea_off ) : mkU32( ea_off ) );
+
+ store( irx_addr, unop( Iop_64to32, mkexpr( word0 ) ) );
+ break;
+ }
+
+ case 0x1AD: // stxvll (Store VSX Vector Left-justified with length XX1-form)
+ {
+ UInt ea_off = 0;
+ IRExpr* irx_addr;
+ IRTemp word0[5];
+ IRTemp word1[5];
+ IRTemp word2[5];
+ IRTemp word3[5];
+ IRTemp shift = newTemp(Ity_I8);
+ IRTemp nb_gt16 = newTemp(Ity_I8);
+ IRTemp nb_zero = newTemp(Ity_V128);
+ IRTemp nb = newTemp(Ity_I8);
+ IRTemp nb_field = newTemp(Ity_I64);
+ IRTemp n_bytes = newTemp(Ity_I8);
+ IRTemp base_addr = newTemp( ty );
+ IRTemp current_mem = newTemp(Ity_V128);
+ IRTemp store_val = newTemp(Ity_V128);
+ IRTemp nb_mask = newTemp(Ity_V128);
+ IRTemp mask = newTemp( Ity_I64 );
+ IRTemp byte[16];
+ IRTemp tmp_low[9];
+ IRTemp tmp_hi[9];
+ IRTemp nb_field_compare_zero = newTemp( Ity_I64 );
+ Int i;
+
+ DIP("stxvll %d,r%u,r%u\n", (UInt)XS, rA_addr, rB_addr);
+
+ assign( nb_field, binop( Iop_Shr64,
+ getIReg(rB_addr),
+ mkU8( 56 ) ) );
+ assign( nb, unop( Iop_64to8, mkexpr( nb_field ) ) );
+ assign( mask, mkU64( 0xFFFFFFFFFFFFFFFFULL ) );
+
+ /* nb_gt16 will be all zeros if nb > 16 */
+ assign( nb_gt16, unop( Iop_1Sto8,
+ binop( Iop_CmpLT64U,
+ binop( Iop_Shr64,
+ mkexpr( nb_field ),
+ mkU8( 4 ) ),
+ mkU64( 1 ) ) ) );
+
+ assign( nb_field_compare_zero, unop( Iop_1Sto64,
+ binop( Iop_CmpEQ64,
+ mkexpr( nb_field ),
+ mkU64( 0 ) ) ) );
+
+ /* nb_zero is 0xFF..FF if the nb_field = 0 */
+ assign( nb_zero, binop( Iop_64HLtoV128,
+ mkexpr( nb_field_compare_zero ),
+ mkexpr( nb_field_compare_zero ) ) );
+
+
+ /* set n_bytes to 0 if nb >= 16. Otherwise, set to nb. */
+ assign( n_bytes, binop( Iop_And8, mkexpr( nb ), mkexpr( nb_gt16 ) ) );
+ assign( shift,
+ unop( Iop_64to8,
+ binop( Iop_Mul64,
+ binop( Iop_Sub64,
+ mkU64( 16 ),
+ unop( Iop_8Uto64, mkexpr( n_bytes ) )),
+ mkU64( 8 ) ) ) );
+
+ /* We only have a 32-bit store function. So, need to fetch the
+ * contents of memory merge with the store value and do two
+ * 32-byte stores so we preserve the contents of memory not
+ * addressed by nb.
+ */
+ assign( base_addr, ea_rAor0( rA_addr ) );
+ /* fetch all 16 bytes and store in Big Endian format */
+ word0[0] = newTemp(Ity_I64);
+ assign( word0[0], mkU64( 0 ) );
+
+ word1[0] = newTemp(Ity_I64);
+ assign( word1[0], mkU64( 0 ) );
+
+ word2[0] = newTemp(Ity_I64);
+ assign( word2[0], mkU64( 0 ) );
+
+ word3[0] = newTemp(Ity_I64);
+ assign( word3[0], mkU64( 0 ) );
+
+ for (i = 0; i < 4; i++) {
+ word0[i+1] = newTemp(Ity_I64);
+
+ irx_addr = binop( mkSzOp( ty, Iop_Add8 ), mkexpr( base_addr ),
+ ty == Ity_I64 ? mkU64( ea_off ) : mkU32( ea_off ) );
+ ea_off += 1;
+
+ /* Instruction always loads in Big Endian format */
+ assign( word0[i+1],
+ binop( Iop_Or64,
+ binop( Iop_Shl64,
+ unop( Iop_8Uto64,
+ load( Ity_I8,
+ irx_addr ) ),
+ mkU8( (3-i)*8 ) ),
+ mkexpr( word0[i] ) ) );
+ }
+
+ for (i = 0; i < 4; i++) {
+ word1[i+1] = newTemp(Ity_I64);
+
+ irx_addr = binop( mkSzOp( ty, Iop_Add8 ), mkexpr( base_addr ),
+ ty == Ity_I64 ? mkU64( ea_off ) : mkU32( ea_off ) );
+ ea_off += 1;
+
+ /* Instruction always loads in Big Endian format */
+ assign( word1[i+1],
+ binop( Iop_Or64,
+ binop( Iop_Shl64,
+ unop( Iop_8Uto64,
+ load( Ity_I8,
+ irx_addr ) ),
+ mkU8( (3-i)*8 ) ),
+ mkexpr( word1[i] ) ) );
+ }
+ for (i = 0; i < 4; i++) {
+ word2[i+1] = newTemp(Ity_I64);
+
+ irx_addr = binop( mkSzOp( ty, Iop_Add8 ), mkexpr( base_addr ),
+ ty == Ity_I64 ? mkU64( ea_off ) : mkU32( ea_off ) );
+ ea_off += 1;
+
+ /* Instruction always loads in Big Endian format */
+ assign( word2[i+1],
+ binop( Iop_Or64,
+ binop( Iop_Shl64,
+ unop( Iop_8Uto64,
+ load( Ity_I8,
+ irx_addr ) ),
+ mkU8( (3-i)*8 ) ),
+ mkexpr( word2[i] ) ) );
+ }
+ for (i = 0; i < 4; i++) {
+ word3[i+1] = newTemp(Ity_I64);
+
+ irx_addr = binop( mkSzOp( ty, Iop_Add8 ), mkexpr( base_addr ),
+ ty == Ity_I64 ? mkU64( ea_off ) : mkU32( ea_off ) );
+ ea_off += 1;
+
+ /* Instruction always loads in Big Endian format */
+ assign( word3[i+1],
+ binop( Iop_Or64,
+ binop( Iop_Shl64,
+ unop( Iop_8Uto64,
+ load( Ity_I8,
+ irx_addr ) ),
+ mkU8( (3-i)*8 ) ),
+ mkexpr( word3[i] ) ) );
+ }
+
+
+ assign( current_mem,
+ binop( Iop_64HLtoV128,
+ binop( Iop_Or64,
+ binop( Iop_Shl64,
+ mkexpr( word0[4] ),
+ mkU8( 32 ) ),
+ mkexpr( word1[4] ) ),
+ binop( Iop_Or64,
+ binop( Iop_Shl64,
+ mkexpr( word2[4] ),
+ mkU8( 32 ) ),
+ mkexpr( word3[4] ) ) ) );
+
+ /* Set the nb_mask to all zeros if nb = 0 so the current contents
+ * of memory get written back without modifications.
+ *
+ * The store_val is a combination of the current memory value
+ * and the bytes you want to store. The nb_mask selects the
+ * bytes you want stored from Vs.
+ */
+ /* The instruction always uses Big Endian order */
+ assign( nb_mask,
+ binop( Iop_OrV128,
+ binop( Iop_AndV128,
+ binop( Iop_ShlV128,
+ binop( Iop_ShrV128,
+ binop( Iop_64HLtoV128,
+ mkexpr( mask ),
+ mkexpr( mask ) ),
+ mkexpr( shift ) ),
+ mkexpr( shift ) ),
+ unop( Iop_NotV128, mkexpr( nb_zero ) ) ),
+ binop( Iop_AndV128,
+ mkexpr( nb_zero ),
+ binop( Iop_64HLtoV128,
+ mkU64( 0x0 ),
+ mkU64( 0x0 ) ) ) ) );
+
+ assign( store_val,
+ binop( Iop_OrV128,
+ binop( Iop_AndV128,
+ mkexpr( vS ),
+ mkexpr( nb_mask ) ),
+ binop( Iop_AndV128,
+ unop( Iop_NotV128, mkexpr( nb_mask ) ),
+ mkexpr( current_mem) ) ) );
+
+ /* store the merged value in Big Endian format */
+ tmp_low[0] = newTemp(Ity_I64);
+ tmp_hi[0] = newTemp(Ity_I64);
+ assign( tmp_low[0], mkU64( 0 ) );
+ assign( tmp_hi[0], mkU64( 0 ) );
+
+ for (i = 0; i < 8; i++) {
+ byte[i] = newTemp(Ity_I64);
+ byte[i+8] = newTemp(Ity_I64);
+ tmp_low[i+1] = newTemp(Ity_I64);
+ tmp_hi[i+1] = newTemp(Ity_I64);
+
+ assign( byte[i], binop( Iop_And64,
+ binop( Iop_Shr64,
+ unop( Iop_V128HIto64,
+ mkexpr( store_val ) ),
+ mkU8( (7-i)*8 ) ),
+ mkU64( 0xFF ) ) );
+ assign( byte[i+8], binop( Iop_And64,
+ binop( Iop_Shr64,
+ unop( Iop_V128to64,
+ mkexpr( store_val ) ),
+ mkU8( (7-i)*8 ) ),
+ mkU64( 0xFF ) ) );
+
+ assign( tmp_low[i+1],
+ binop( Iop_Or64,
+ mkexpr( tmp_low[i] ),
+ binop( Iop_Shl64, mkexpr( byte[i] ), mkU8( i*8 ) ) ) );
+ assign( tmp_hi[i+1],
+ binop( Iop_Or64,
+ mkexpr( tmp_hi[i] ),
+ binop( Iop_Shl64, mkexpr( byte[i+8] ),
+ mkU8( i*8 ) ) ) );
+ }
+
+ /* Store the value in 32-byte chunks */
+ ea_off = 0;
+ irx_addr = binop( mkSzOp( ty, Iop_Add8 ), mkexpr( base_addr ),
+ ty == Ity_I64 ? mkU64( ea_off ) : mkU32( ea_off ) );
+
+ store( irx_addr, unop( Iop_64to32, mkexpr( tmp_low[8] ) ) );
+
+ ea_off += 4;
+ irx_addr = binop( mkSzOp( ty, Iop_Add8 ), mkexpr( base_addr ),
+ ty == Ity_I64 ? mkU64( ea_off ) : mkU32( ea_off ) );
+
+ store( irx_addr, unop( Iop_64HIto32, mkexpr( tmp_low[8] ) ) );
+
+ ea_off += 4;
+ irx_addr = binop( mkSzOp( ty, Iop_Add8 ), mkexpr( base_addr ),
+ ty == Ity_I64 ? mkU64( ea_off ) : mkU32( ea_off ) );
+
+ store( irx_addr, unop( Iop_64to32, mkexpr( tmp_hi[8] ) ) );
+
+ ea_off += 4;
+ irx_addr = binop( mkSzOp( ty, Iop_Add8 ), mkexpr( base_addr ),
+ ty == Ity_I64 ? mkU64( ea_off ) : mkU32( ea_off ) );
+
+ store( irx_addr, unop( Iop_64HIto32, mkexpr( tmp_hi[8] ) ) );
+
+ break;
+ }
+
case 0x28C:
{
IRTemp high64 = newTemp(Ity_F64);
IRTemp val32 = newTemp(Ity_I32);
- DIP("stxsspx %d,r%u,r%u\n", XS, rA_addr, rB_addr);
+ DIP("stxsspx %d,r%u,r%u\n", (UInt)XS, rA_addr, rB_addr);
assign(high64, unop( Iop_ReinterpI64asF64,
unop( Iop_V128HIto64, mkexpr( vS ) ) ) );
assign(val32, unop( Iop_ReinterpF32asI32,
@@ -15700,15 +20814,64 @@
case 0x2CC:
{
IRExpr * high64;
- DIP("stxsdx %d,r%u,r%u\n", XS, rA_addr, rB_addr);
+ DIP("stxsdx %d,r%u,r%u\n", (UInt)XS, rA_addr, rB_addr);
high64 = unop( Iop_V128HIto64, mkexpr( vS ) );
store( mkexpr( EA ), high64 );
break;
}
+
+ case 0x38D: // stxsibx
+ {
+ IRExpr *stored_word;
+ IRTemp byte_to_store = newTemp( Ity_I64 );
+
+ DIP("stxsibx %d,r%u,r%u\n", (UInt)XS, rA_addr, rB_addr);
+
+ /* Can't store just a byte, need to fetch the word at EA merge data
+ * and store.
+ */
+ stored_word = load( Ity_I64, mkexpr( EA ) );
+ assign( byte_to_store, binop( Iop_And64,
+ unop( Iop_V128HIto64,
+ mkexpr( vS ) ),
+ mkU64( 0xFF ) ) );
+
+ store( mkexpr( EA ), binop( Iop_Or64,
+ binop( Iop_And64,
+ stored_word,
+ mkU64( 0xFFFFFFFFFFFFFF00 ) ),
+ mkexpr( byte_to_store ) ) );
+ break;
+ }
+
+ case 0x3AD: // stxsihx
+ {
+ IRExpr *stored_word;
+ IRTemp byte_to_store = newTemp( Ity_I64 );
+
+ DIP("stxsihx %d,r%u,r%u\n", (UInt)XS, rA_addr, rB_addr);
+
+ /* Can't store just a halfword, need to fetch the word at EA merge data
+ * and store.
+ */
+ stored_word = load( Ity_I64, mkexpr( EA ) );
+ assign( byte_to_store, binop( Iop_And64,
+ unop( Iop_V128HIto64,
+ mkexpr( vS ) ),
+ mkU64( 0xFFFF ) ) );
+
+ store( mkexpr( EA ), binop( Iop_Or64,
+ binop( Iop_And64,
+ stored_word,
+ mkU64( 0xFFFFFFFFFFFF0000 ) ),
+ mkexpr( byte_to_store ) ) );
+ break;
+ }
+
case 0x3CC:
{
IRExpr * high64, *low64;
- DIP("stxvd2x %d,r%u,r%u\n", XS, rA_addr, rB_addr);
+ DIP("stxvd2x %d,r%u,r%u\n", (UInt)XS, rA_addr, rB_addr);
high64 = unop( Iop_V128HIto64, mkexpr( vS ) );
low64 = unop( Iop_V128to64, mkexpr( vS ) );
store( mkexpr( EA ), high64 );
@@ -15723,7 +20886,7 @@
IRTemp hi64 = newTemp( Ity_I64 );
IRTemp lo64 = newTemp( Ity_I64 );
- DIP("stxvw4x %d,r%u,r%u\n", XS, rA_addr, rB_addr);
+ DIP("stxvw4x %d,r%u,r%u\n", (UInt)XS, rA_addr, rB_addr);
// This instruction supports word-aligned stores, so EA may not be
// quad-word aligned. Therefore, do 4 individual word-size stores.
@@ -15745,6 +20908,223 @@
break;
}
+ case 0x3AC: // stxvh8x Store VSX Vector Halfword*8 Indexed
+ {
+ UInt ea_off = 0;
+ IRExpr* irx_addr;
+ IRTemp half_word0 = newTemp( Ity_I64 );
+ IRTemp half_word1 = newTemp( Ity_I64 );
+ IRTemp half_word2 = newTemp( Ity_I64 );
+ IRTemp half_word3 = newTemp( Ity_I64 );
+ IRTemp half_word4 = newTemp( Ity_I64 );
+ IRTemp half_word5 = newTemp( Ity_I64 );
+ IRTemp half_word6 = newTemp( Ity_I64 );
+ IRTemp half_word7 = newTemp( Ity_I64 );
+
+ DIP("stxvb8x %d,r%u,r%u\n", (UInt)XS, rA_addr, rB_addr);
+
+ assign( half_word0, binop( Iop_Shr64,
+ unop( Iop_V128HIto64, mkexpr( vS ) ),
+ mkU8( 48 ) ) );
+
+ assign( half_word1, binop( Iop_And64,
+ binop( Iop_Shr64,
+ unop( Iop_V128HIto64, mkexpr( vS ) ),
+ mkU8( 32 ) ),
+ mkU64( 0xFFFF ) ) );
+
+ assign( half_word2, binop( Iop_And64,
+ binop( Iop_Shr64,
+ unop( Iop_V128HIto64, mkexpr( vS ) ),
+ mkU8( 16 ) ),
+ mkU64( 0xFFFF ) ) );
+
+ assign( half_word3, binop( Iop_And64,
+ unop( Iop_V128HIto64, mkexpr( vS ) ),
+ mkU64( 0xFFFF ) ) );
+
+ assign( half_word4, binop( Iop_Shr64,
+ unop( Iop_V128to64, mkexpr( vS ) ),
+ mkU8( 48 ) ) );
+
+ assign( half_word5, binop( Iop_And64,
+ binop( Iop_Shr64,
+ unop( Iop_V128to64, mkexpr( vS ) ),
+ mkU8( 32 ) ),
+ mkU64( 0xFFFF ) ) );
+
+ assign( half_word6, binop( Iop_And64,
+ binop( Iop_Shr64,
+ unop( Iop_V128to64, mkexpr( vS ) ),
+ mkU8( 16 ) ),
+ mkU64( 0xFFFF ) ) );
+
+ assign( half_word7, binop( Iop_And64,
+ unop( Iop_V128to64, mkexpr( vS ) ),
+ mkU64( 0xFFFF ) ) );
+
+ /* Do the 32-bit stores. The store() does an Endian aware store. */
+ if ( host_endness == VexEndnessBE ) {
+ store( mkexpr( EA ), unop( Iop_64to32,
+ binop( Iop_Or64,
+ mkexpr( half_word1 ),
+ binop( Iop_Shl64,
+ mkexpr( half_word0 ),
+ mkU8( 16 ) ) ) ) );
+
+ ea_off += 4;
+ irx_addr = binop( mkSzOp( ty, Iop_Add8 ), mkexpr( EA ),
+ ty == Ity_I64 ? mkU64( ea_off ) : mkU32( ea_off ) );
+
+
+ store( irx_addr, unop( Iop_64to32,
+ binop( Iop_Or64,
+ mkexpr( half_word3 ),
+ binop( Iop_Shl64,
+ mkexpr( half_word2 ),
+ mkU8( 16 ) ) ) ) );
+
+ ea_off += 4;
+ irx_addr = binop( mkSzOp( ty, Iop_Add8 ), mkexpr( EA ),
+ ty == Ity_I64 ? mkU64( ea_off ) : mkU32( ea_off ) );
+
+ store( irx_addr, unop( Iop_64to32,
+ binop( Iop_Or64,
+ mkexpr( half_word5 ),
+ binop( Iop_Shl64,
+ mkexpr( half_word4 ),
+ mkU8( 16 ) ) ) ) );
+ ea_off += 4;
+ irx_addr = binop( mkSzOp( ty, Iop_Add8 ), mkexpr( EA ),
+ ty == Ity_I64 ? mkU64( ea_off ) : mkU32( ea_off ) );
+
+ store( irx_addr, unop( Iop_64to32,
+ binop( Iop_Or64,
+ mkexpr( half_word7 ),
+ binop( Iop_Shl64,
+ mkexpr( half_word6 ),
+ mkU8( 16 ) ) ) ) );
+
+ } else {
+ store( mkexpr( EA ), unop( Iop_64to32,
+ binop( Iop_Or64,
+ mkexpr( half_word0 ),
+ binop( Iop_Shl64,
+ mkexpr( half_word1 ),
+ mkU8( 16 ) ) ) ) );
+
+ ea_off += 4;
+ irx_addr = binop( mkSzOp( ty, Iop_Add8 ), mkexpr( EA ),
+ ty == Ity_I64 ? mkU64( ea_off ) : mkU32( ea_off ) );
+
+ store( irx_addr, unop( Iop_64to32,
+ binop( Iop_Or64,
+ mkexpr( half_word2 ),
+ binop( Iop_Shl64,
+ mkexpr( half_word3 ),
+ mkU8( 16 ) ) ) ) );
+ ea_off += 4;
+ irx_addr = binop( mkSzOp( ty, Iop_Add8 ), mkexpr( EA ),
+ ty == Ity_I64 ? mkU64( ea_off ) : mkU32( ea_off ) );
+
+ store( irx_addr, unop( Iop_64to32,
+ binop( Iop_Or64,
+ mkexpr( half_word4 ),
+ binop( Iop_Shl64,
+ mkexpr( half_word5 ),
+ mkU8( 16 ) ) ) ) );
+ ea_off += 4;
+ irx_addr = binop( mkSzOp( ty, Iop_Add8 ), mkexpr( EA ),
+ ty == Ity_I64 ? mkU64( ea_off ) : mkU32( ea_off ) );
+
+ store( irx_addr, unop( Iop_64to32,
+ binop( Iop_Or64,
+ mkexpr( half_word6 ),
+ binop( Iop_Shl64,
+ mkexpr( half_word7 ),
+ mkU8( 16 ) ) ) ) );
+ }
+ break;
+ }
+
+ case 0x3EC: // stxvb16x Store VSX Vector Byte*16 Indexed
+ {
+ UInt ea_off = 0;
+ int i;
+ IRExpr* irx_addr;
+ IRTemp byte[16];
+
+ DIP("stxvb16x %d,r%u,r%u\n", (UInt)XS, rA_addr, rB_addr);
+
+ for ( i = 0; i < 8; i++ ) {
+ byte[i] = newTemp( Ity_I64 );
+ byte[i+8] = newTemp( Ity_I64 );
+
+ assign( byte[i], binop( Iop_And64,
+ binop( Iop_Shr64,
+ unop( Iop_V128HIto64, mkexpr( vS ) ),
+ mkU8( 56 - i*8 ) ),
+ mkU64( 0xFF ) ) );
+
+ assign( byte[i+8], binop( Iop_And64,
+ binop( Iop_Shr64,
+ unop( Iop_V128to64, mkexpr( vS ) ),
+ mkU8( 56 - i*8) ),
+ mkU64( 0xFF ) ) );
+ }
+
+ if ( host_endness == VexEndnessBE ) {
+ for ( i = 0; i < 16; i = i + 4) {
+ irx_addr =
+ binop( mkSzOp( ty, Iop_Add8 ), mkexpr( EA ),
+ ty == Ity_I64 ? mkU64( ea_off ) : mkU32( ea_off ) );
+
+ store( irx_addr,
+ unop( Iop_64to32,
+ binop( Iop_Or64,
+ binop( Iop_Or64,
+ mkexpr( byte[i+3] ),
+ binop( Iop_Shl64,
+ mkexpr( byte[i+2] ),
+ mkU8( 8 ) ) ),
+ binop( Iop_Or64,
+ binop( Iop_Shl64,
+ mkexpr( byte[i+1] ),
+ mkU8( 16 ) ),
+ binop( Iop_Shl64,
+ mkexpr( byte[i] ),
+ mkU8( 24 ) ) ) ) ) );
+ ea_off += 4;
+ }
+
+ } else {
+ for ( i = 0; i < 16; i = i + 4) {
+ irx_addr =
+ binop( mkSzOp( ty, Iop_Add8 ), mkexpr( EA ),
+ ty == Ity_I64 ? mkU64( ea_off ) : mkU32( ea_off ) );
+
+ store( irx_addr,
+ unop( Iop_64to32,
+ binop( Iop_Or64,
+ binop( Iop_Or64,
+ mkexpr( byte[i] ),
+ binop( Iop_Shl64,
+ mkexpr( byte[i+1] ),
+ mkU8( 8 ) ) ),
+ binop( Iop_Or64,
+ binop( Iop_Shl64,
+ mkexpr( byte[i+2] ),
+ mkU8( 16 ) ),
+ binop( Iop_Shl64,
+ mkexpr( byte[i+3] ),
+ mkU8( 24 ) ) ) ) ) );
+
+ ea_off += 4;
+ }
+ }
+ break;
+ }
+
default:
vex_printf( "dis_vx_store(ppc)(opc2)\n" );
return False;
@@ -15752,6 +21132,831 @@
return True;
}
+static Bool
+dis_vx_Scalar_Round_to_quad_integer( UInt theInstr )
+{
+ /* The ISA 3.0 instructions supported in this function require
+ * the underlying hardware platform that supports the ISA3.0
+ * instruction set.
+ */
+ /* XX1-Form */
+ UChar opc1 = ifieldOPC( theInstr );
+ UInt opc2 = IFIELD( theInstr, 1, 8 );
+ UChar vT_addr = ifieldRegDS( theInstr );
+ UChar vB_addr = ifieldRegB( theInstr );
+ IRTemp vB = newTemp( Ity_F128 );
+ IRTemp vT = newTemp( Ity_F128 );
+ UChar EX = IFIELD( theInstr, 0, 1 );
+
+ assign( vB, getF128Reg( vB_addr ) );
+ if (opc1 != 0x3F) {
+ vex_printf( "dis_vx_Scalar_Round_to_quad_integer(ppc)(instr)\n" );
+ return False;
+ }
+ switch (opc2) {
+ case 0x005: // VSX Scalar Round to Quad-Precision Integer [with Inexact]
+ {
+ UChar R = IFIELD( theInstr, 16, 1 );
+ UChar RMC = IFIELD( theInstr, 9, 2 );
+
+ /* Store the rm specification bits. Will extract them later when
+ * the isntruction is issued.
+ */
+ IRExpr* rm = mkU32( R << 3 | RMC << 1 | EX);
+
+ if ( EX == 0 ) { // xsrqpi
+ DIP("xsrqpi %d,v%d,v%d,%d\n", R, vT_addr, vB_addr, RMC);
+ assign( vT, binop( Iop_F128toI128S, rm, mkexpr( vB ) ) );
+
+ } else { // xsrqpix
+ DIP("xsrqpix %d,v%d,v%d,%d\n", R, vT_addr, vB_addr, RMC);
+ assign( vT, binop( Iop_F128toI128S, rm, mkexpr( vB ) ) );
+ }
+ generate_store_FPRF( Ity_F128, vT );
+ } /* case 0x005 */
+ break;
+ case 0x025: // xsrqpxp VSX Scalar Round Quad-Precision to
+ // Double-Extended Precision
+ {
+ UChar R = IFIELD( theInstr, 16, 1 );
+ UChar RMC = IFIELD( theInstr, 9, 2 );
+
+ /* Store the rm specification bits. Will extract them later when
+ * the isntruction is issued.
+ */
+ IRExpr* rm = mkU32( R << 3 | RMC << 1 );
+
+ DIP("xsrqpxp %d,v%d,v%d,%d\n", R, vT_addr, vB_addr, RMC);
+ assign( vT, binop( Iop_RndF128, rm, mkexpr( vB ) ) );
+ generate_store_FPRF( Ity_F128, vT );
+ } /* case 0x025 */
+ break;
+ default:
+ vex_printf( "dis_vx_Scalar_Round_to_quad_integer(ppc)(opc2)\n" );
+ return False;
+ } /* switch opc2 */
+ putF128Reg( vT_addr, mkexpr( vT ) );
+ return True;
+}
+
+static Bool
+dis_vx_Floating_Point_Arithmetic_quad_precision( UInt theInstr )
+{
+ /* The ISA 3.0 instructions supported in this function require
+ * the underlying hardware platform that supports the ISA 3.0
+ * instruction set.
+ */
+ /* XX1-Form */
+ UChar opc1 = ifieldOPC( theInstr );
+ UInt opc2 = ifieldOPClo10( theInstr );
+ UChar vT_addr = ifieldRegDS( theInstr );
+ UChar vA_addr = ifieldRegA( theInstr );
+ UChar vB_addr = ifieldRegB( theInstr );
+ IRTemp vA = newTemp( Ity_F128 );
+ IRTemp vB = newTemp( Ity_F128 );
+ IRTemp vT = newTemp( Ity_F128 );
+ IRExpr* rm = get_IR_roundingmode();
+ UChar R0 = IFIELD( theInstr, 0, 1 );
+
+ assign( vB, getF128Reg( vB_addr ) );
+
+ if ( opc1 != 0x3F ) {
+ vex_printf( "Erorr, dis_vx_Floating_Point_Arithmetic_quad_precision(ppc)(instr)\n" );
+ return False;
+ }
+ switch ( opc2 ) {
+ case 0x004: // xsaddqp (VSX Scalar Add Quad-Precision[using round to Odd])
+ {
+ assign( vA, getF128Reg( vA_addr ) );
+
+ if ( R0 == 0 ) {
+ /* rounding mode specified by RN. Issue inst with R0 = 0 */
+ DIP("xsaddqp v%d,v%d,v%d\n", vT_addr, vA_addr, vB_addr);
+ assign( vT, triop( Iop_AddF128, rm, mkexpr( vA ), mkexpr( vB ) ) );
+
+ } else {
+ /* rounding mode specified by Round to odd. Issue inst with R0 = 1 */
+ DIP("xsaddqpo v%d,v%d,v%d\n", vT_addr, vA_addr, vB_addr);
+ assign( vT, triop( Iop_AddF128, set_round_to_Oddmode(),
+ mkexpr( vA ), mkexpr( vB ) ) );
+ }
+ generate_store_FPRF( Ity_F128, vT );
+ break;
+ }
+ case 0x024: // xsmulqp (VSX Scalar Multiply Quad-Precision[using round to Odd])
+ {
+ assign( vA, getF128Reg( vA_addr ) );
+
+ if ( R0 == 0 ) {
+ /* rounding mode specified by RN. Issue inst with R0 = 0 */
+ DIP("xsmulqp v%d,v%d,v%d\n", vT_addr, vA_addr, vB_addr);
+ assign( vT, triop( Iop_MulF128, rm, mkexpr( vA ), mkexpr( vB ) ) );
+
+ } else {
+ /* rounding mode specified by Round to odd. Issue inst with R0 = 1 */
+ DIP("xsmulqpo v%d,v%d,v%d\n", vT_addr, vA_addr, vB_addr);
+ assign( vT, triop( Iop_MulF128, set_round_to_Oddmode(), mkexpr( vA ),
+ mkexpr( vB ) ) );
+ }
+ generate_store_FPRF( Ity_F128, vT );
+ break;
+ }
+ case 0x184: // xsmaddqp (VSX Scalar Multiply add Quad-Precision[using round to Odd])
+ {
+ /* instruction computes (vA * vB) + vC */
+ IRTemp vC = newTemp( Ity_F128 );
+
+ assign( vA, getF128Reg( vA_addr ) );
+ assign( vC, getF128Reg( vT_addr ) );
+
+ if ( R0 == 0 ) {
+ /* rounding mode specified by RN. Issue inst with R0 = 0 */
+ DIP("xsmaddqp v%d,v%d,v%d\n", vT_addr, vA_addr, vB_addr);
+ assign( vT,
+ qop( Iop_MAddF128, rm, mkexpr( vA ),
+ mkexpr( vC ), mkexpr( vB ) ) );
+
+ } else {
+ /* rounding mode specified by Round to odd. Issue inst with R0 = 1 */
+ DIP("xsmaddqpo v%d,v%d,v%d\n", vT_addr, vA_addr, vB_addr);
+ assign( vT,
+ qop( Iop_MAddF128, set_round_to_Oddmode(), mkexpr( vA ),
+ mkexpr( vC ), mkexpr( vB ) ) );
+ }
+ generate_store_FPRF( Ity_F128, vT );
+ break;
+ }
+ case 0x1A4: // xsmsubqp (VSX Scalar Multiply Subtract Quad-Precision[using round to Odd])
+ {
+ IRTemp vC = newTemp( Ity_F128 );
+
+ assign( vA, getF128Reg( vA_addr ) );
+ assign( vC, getF128Reg( vT_addr ) );
+
+ if ( R0 == 0 ) {
+ /* rounding mode specified by RN. Issue inst with R0 = 0 */
+ DIP("xsmsubqp v%d,v%d,v%d\n", vT_addr, vA_addr, vB_addr);
+ assign( vT,
+ qop( Iop_MSubF128, rm, mkexpr( vA ),
+ mkexpr( vC ), mkexpr( vB ) ) );
+
+ } else {
+ /* rounding mode specified by Round to odd. Issue inst with R0 = 1 */
+ DIP("xsmsubqpo v%d,v%d,v%d\n", vT_addr, vA_addr, vB_addr);
+ assign( vT,
+ qop( Iop_MSubF128, set_round_to_Oddmode(),
+ mkexpr( vA ), mkexpr( vC ), mkexpr( vB ) ) );
+ }
+ generate_store_FPRF( Ity_F128, vT );
+ break;
+ }
+ case 0x1C4: // xsnmaddqp (VSX Scalar Negative Multiply Add Quad-Precision[using round to Odd])
+ {
+ IRTemp vC = newTemp( Ity_F128 );
+
+ assign( vA, getF128Reg( vA_addr ) );
+ assign( vC, getF128Reg( vT_addr ) );
+
+ if ( R0 == 0 ) {
+ /* rounding mode specified by RN. Issue inst with R0 = 0 */
+ DIP("xsnmaddqp v%d,v%d,v%d\n", vT_addr, vA_addr, vB_addr);
+ assign( vT,
+ qop( Iop_NegMAddF128, rm, mkexpr( vA ),
+ mkexpr( vC ), mkexpr( vB ) ) );
+
+ } else {
+ /* rounding mode specified by Round to odd. Issue inst with R0 = 1 */
+ DIP("xsnmaddqpo v%d,v%d,v%d\n", vT_addr, vA_addr, vB_addr);
+ assign( vT,
+ qop( Iop_NegMAddF128, set_round_to_Oddmode(),
+ mkexpr( vA ), mkexpr( vC ), mkexpr( vB ) ) );
+ }
+ generate_store_FPRF( Ity_F128, vT );
+ break;
+ }
+ case 0x1E4: // xsmsubqp (VSX Scalar Negatve Multiply Subtract Quad-Precision[using round to Odd])
+ {
+ IRTemp vC = newTemp( Ity_F128 );
+
+ assign( vA, getF128Reg( vA_addr ) );
+ assign( vC, getF128Reg( vT_addr ) );
+
+ if ( R0 == 0 ) {
+ /* rounding mode specified by RN. Issue inst with R0 = 0 */
+ DIP("xsnmsubqp v%d,v%d,v%d\n", vT_addr, vA_addr, vB_addr);
+ assign( vT,
+ qop( Iop_NegMSubF128, rm, mkexpr( vA ),
+ mkexpr( vC ), mkexpr( vB ) ) );
+
+ } else {
+ /* rounding mode specified by Round to odd. Issue inst with R0 = 1 */
+ DIP("xsnmsubqpo v%d,v%d,v%d\n", vT_addr, vA_addr, vB_addr);
+ assign( vT,
+ qop( Iop_NegMSubF128, set_round_to_Oddmode(),
+ mkexpr( vA ), mkexpr( vC ), mkexpr( vB ) ) );
+ }
+ generate_store_FPRF( Ity_F128, vT );
+ break;
+ }
+ case 0x204: // xssubqp (VSX Scalar Subtract Quad-Precision[using round to Odd])
+ {
+ assign( vA, getF128Reg( vA_addr ) );
+ if ( R0 == 0 ) {
+ /* use rounding mode specified by RN. Issue inst with R0 = 0 */
+ DIP("xssubqp v%d,v%d,v%d\n", vT_addr, vA_addr, vB_addr);
+ assign( vT, triop( Iop_SubF128, rm, mkexpr( vA ), mkexpr( vB ) ) );
+
+ } else {
+ /* use rounding mode specified by Round to odd. Issue inst with R0 = 1 */
+ DIP("xssubqpo v%d,v%d,v%d\n", vT_addr, vA_addr, vB_addr);
+ assign( vT, triop( Iop_SubF128, set_round_to_Oddmode(), mkexpr( vA ),
+ mkexpr( vB ) ) );
+ }
+ generate_store_FPRF( Ity_F128, vT );
+ break;
+ }
+ case 0x224: // xsdivqp (VSX Scalar Divide Quad-Precision[using round to Odd])
+ {
+ assign( vA, getF128Reg( vA_addr ) );
+ if ( R0 == 0 ) {
+ /* use rounding mode specified by RN. Issue inst with R0 = 0 */
+ DIP("xsdivqp v%d,v%d,v%d\n", vT_addr, vA_addr, vB_addr);
+ assign( vT, triop( Iop_DivF128, rm, mkexpr( vA ), mkexpr( vB ) ) );
+
+ } else {
+ /* use rounding mode specified by Round to odd. Issue inst with R0 = 1 */
+ DIP("xsdivqpo v%d,v%d,v%d\n", vT_addr, vA_addr, vB_addr);
+ assign( vT, triop( Iop_DivF128, set_round_to_Oddmode(), mkexpr( vA ),
+ mkexpr( vB ) ) );
+ }
+ generate_store_FPRF( Ity_F128, vT );
+ break;
+ }
+ case 0x324: // xssqrtqp (VSX Scalar Square root Quad-Precision[using round to Odd])
+ {
+ UInt inst_select = IFIELD( theInstr, 16, 5 );
+
+ switch (inst_select) {
+ case 27:
+ {
+ if ( R0 == 0 ) { // xssqrtqp
+ /* rounding mode specified by RN. Issue inst with R0 = 0 */
+ DIP("xssqrtqp v%d,v%d\n", vT_addr, vB_addr);
+ assign( vT, binop( Iop_SqrtF128, rm, mkexpr( vB ) ) );
+
+ } else { // xssqrtqpo
+ /* rounding mode is Round to odd. Issue inst with R0 = 1 */
+ DIP("xssqrtqpo v%d,v%d\n", vT_addr, vB_addr);
+ assign( vT, binop( Iop_SqrtF128, set_round_to_Oddmode(),
+ mkexpr( vB ) ) );
+ }
+ generate_store_FPRF( Ity_F128, vT );
+ break;
+ } /* end case 27 */
+ default:
+ vex_printf("dis_vx_Floating_Point_Arithmetic_quad_precision(0x324 unknown inst_select)\n");
+ return False;
+ } /* end switch inst_select */
+ break;
+ } /* end case 0x324 */
+
+ case 0x344:
+ {
+ UInt inst_select = IFIELD( theInstr, 16, 5);
+
+ switch (inst_select) {
+ case 1: // xscvqpuwz VSX Scalar Truncate & Convert Quad-Precision
+ // format to Unsigned Word format
+ {
+ DIP("xscvqpuwz v%d,v%d\n", vT_addr, vB_addr);
+ assign( vT, unop( Iop_TruncF128toI32U, mkexpr( vB ) ) );
+ break;
+ }
+ case 2: // xscvudqp VSX Scalar Convert from Unsigned Doubleword
+ // format to Quad-Precision format
+ {
+ IRTemp tmp = newTemp( Ity_I64 );
+
+ DIP("xscvudqp v%d,v%d\n", vT_addr, vB_addr);
+ assign( tmp, unop( Iop_ReinterpF64asI64,
+ unop( Iop_F128HItoF64, mkexpr( vB ) ) ) );
+ assign( vT, unop( Iop_I64UtoF128, mkexpr( tmp ) ) );
+ generate_store_FPRF( Ity_F128, vT );
+ break;
+ }
+ case 9: // xsvqpswz VSX Scalar Truncate & Convert Quad-Precision
+ // format to Signed Word format
+ {
+ DIP("xscvqpswz v%d,v%d\n", vT_addr, vB_addr);
+ assign( vT, unop( Iop_TruncF128toI32S, mkexpr( vB ) ) );
+ break;
+ }
+ case 10: // xscvsdqp VSX Scalar from Signed Doubleword format
+ // Quad-Precision format
+ {
+ IRTemp tmp = newTemp( Ity_I64 );
+
+ DIP("xscvsdqp v%d,v%d\n", vT_addr, vB_addr);
+
+ assign( tmp, unop( Iop_ReinterpF64asI64,
+ unop( Iop_F128HItoF64, mkexpr( vB ) ) ) );
+ assign( vT, unop( Iop_I64StoF128, mkexpr( tmp ) ) );
+ generate_store_FPRF( Ity_F128, vT );
+ break;
+ }
+ case 17: // xsvqpudz VSX Scalar Truncate & Convert Quad-Precision
+ // format to Unigned Doubleword format
+ {
+ DIP("xscvqpudz v%d,v%d\n", vT_addr, vB_addr);
+ assign( vT, unop( Iop_TruncF128toI64U, mkexpr( vB ) ) );
+ break;
+ }
+ case 20: // xscvqpdp Scalar round & Conver Quad-Precision
+ // format to Double-Precision format [using round to Odd]
+ {
+ IRTemp ftmp = newTemp( Ity_F64 );
+ IRTemp tmp = newTemp( Ity_I64 );
+
+ /* This instruction takes a 128-bit floating point value and
+ * converts it to a 64-bit floating point value. The 64-bit
+ * result is stored in the upper 64-bit of the 128-bit result
+ * register. The lower 64-bit are undefined.
+ */
+ if (R0 == 0) { // xscvqpdp
+ /* rounding mode specified by RN. Issue inst with R0 = 0 */
+ DIP("xscvqpdp v%d,v%d\n", vT_addr, vB_addr);
+
+ assign( ftmp, binop( Iop_F128toF64, rm, mkexpr( vB ) ) );
+
+ } else { // xscvqpdpo
+ /* rounding mode is Round to odd. Issue inst with R0 = 1 */
+ DIP("xscvqpdpo v%d,v%d\n", vT_addr, vB_addr);
+ assign( ftmp,
+ binop( Iop_F128toF64,
+ set_round_to_Oddmode(), mkexpr( vB ) ) );
+ }
+
+ /* store 64-bit float in upper 64-bits of 128-bit register,
+ * lower 64-bits are zero.
+ */
+ if (host_endness == VexEndnessLE)
+ assign( vT,
+ binop( Iop_F64HLtoF128,
+ mkexpr( ftmp ),
+ unop( Iop_ReinterpI64asF64, mkU64( 0 ) ) ) );
+ else
+ assign( vT,
+ binop( Iop_F64HLtoF128,
+ unop( Iop_ReinterpI64asF64, mkU64( 0 ) ),
+ mkexpr( ftmp ) ) );
+
+ assign( tmp, unop( Iop_ReinterpF64asI64,
+ unop( Iop_F128HItoF64, mkexpr( vT ) ) ) );
+
+ generate_store_FPRF( Ity_I64, tmp );
+ break;
+ }
+ case 22: // xscvdpqp VSX Scalar Convert from Double-Precision
+ // format to Quad-Precision format
+ {
+ DIP("xscvdpqp v%d,v%d\n", vT_addr, vB_addr);
+ /* The 64-bit value is in the upper 64 bit of the src */
+ assign( vT, unop( Iop_F64toF128,
+ unop( Iop_F128HItoF64, mkexpr( vB ) ) ) );
+
+ generate_store_FPRF( Ity_F128, vT );
+ break;
+ }
+ case 25: // xsvqpsdz VSX Scalar Truncate & Convert Quad-Precision
+ // format to Signed Doubleword format
+ {
+ DIP("xscvqpsdz v%d,v%d\n", vT_addr, vB_addr);
+ assign( vT, unop( Iop_TruncF128toI64S, mkexpr( vB ) ) );
+ break;
+ }
+ default:
+ vex_printf( "dis_vx_Floating_Point_Arithmetic_quad_precision invalid inst_select (ppc)(opc2)\n" );
+ return False;
+ } /* switch inst_select */
+ } /* end case 0x344 */
+ break;
+ default: /* switch opc2 */
+ vex_printf( "dis_vx_Floating_Point_Arithmetic_quad_precision(ppc)(opc2)\n" );
+ return False;
+ }
+ putF128Reg( vT_addr, mkexpr( vT ) );
+ return True;
+}
+
+
+/* VSX Scalar Quad-Precision instructions */
+static Bool
+dis_vx_scalar_quad_precision ( UInt theInstr )
+{
+ /* This function emulates the 128-bit floating point instructions
+ * using existing 128-bit vector instructions (Iops). The 128-bit
+ * floating point instructions use the same 128-bit vector register
+ * set.
+ */
+ /* XX1-Form */
+ UChar opc1 = ifieldOPC( theInstr );
+ UInt opc2 = ifieldOPClo10( theInstr );
+ UChar vT_addr = ifieldRegDS( theInstr ) + 32;
+ UChar vA_addr = ifieldRegA( theInstr ) + 32;
+ UChar vB_addr = ifieldRegB( theInstr ) + 32;
+ IRTemp vA = newTemp( Ity_V128 );
+ IRTemp vB = newTemp( Ity_V128 );
+ IRTemp vT = newTemp( Ity_V128 );
+
+ assign( vB, getVSReg( vB_addr ) );
+
+ if (opc1 != 0x3F) {
+ vex_printf( "dis_vx_scalar_quad_precision(ppc)(instr)\n" );
+ return False;
+ }
+
+ switch (opc2) {
+
+ case 0x064: // xscpsgnqp (VSX Scalar Copy Sign Quad-Precision)
+ {
+ IRTemp sign_vA = newTemp( Ity_I64 );
+ IRTemp vB_hi = newTemp( Ity_I64 );
+
+ DIP("xscpsgnqp v%d,v%d,v%d\n", vT_addr, vA_addr, vB_addr);
+
+ assign( vA, getVSReg(vA_addr) );
+
+ assign( sign_vA, binop( Iop_And64,
+ unop( Iop_V128HIto64,
+ mkexpr( vA ) ),
+ mkU64( 0x8000000000000000ULL ) ) );
+ assign( vB_hi, binop( Iop_Or64,
+ binop( Iop_And64,
+ unop( Iop_V128HIto64,
+ mkexpr( vB ) ),
+ mkU64( 0x7FFFFFFFFFFFFFFFULL ) ),
+ mkexpr( sign_vA ) ) );
+ assign( vT, binop( Iop_64HLtoV128,
+ mkexpr( vB_hi ),
+ unop( Iop_V128to64, mkexpr( vB ) ) ) );
+ break;
+ }
+
+ case 0x084: // xscmpoqp (VSX Scalar Compare Ordered Quad-Precision)
+ case 0x284: // xscmpuqp (VSX Scalar Compare Unrdered Quad-Precision)
+ {
+ /* Note, only differece between xscmoqp and xscmpuqp is the
+ exception flag settings which are not supported anyway. */
+ IRExpr *bit4, *bit5, *bit6, *bit7;
+ IRExpr *bit_zero, *bit_inf, *same_sign;
+ UInt BF = IFIELD( theInstr, 23, 3 );
+ IRTemp eq_lt_gt = newTemp( Ity_I32 );
+ IRTemp CC = newTemp( Ity_I32 );
+
+ if (opc2 == 0x084) {
+ DIP("xscmpoqp %d,v%d,v%d\n", BF, vA_addr, vB_addr);
+ } else {
+ DIP("xscmpuqp %d,v%d,v%d\n", BF, vA_addr, vB_addr);
+ }
+
+ assign( vA, getVSReg(vA_addr));
+
+ /* A and B have the same sign */
+ same_sign = binop( Iop_CmpEQ64,
+ binop( Iop_Shr64,
+ unop( Iop_V128HIto64,
+ mkexpr( vA ) ),
+ mkU8( 63 ) ),
+ binop( Iop_Shr64,
+ unop( Iop_V128HIto64,
+ mkexpr( vB ) ),
+ mkU8( 63 ) ) );
+
+ /* A < B */
+ bit4 = Quad_precision_gt( vB, vA );
+
+ /* A > B */
+ bit5 = Quad_precision_gt( vA, vB );
+
+ /* A equal B */
+ bit6 = mkAND1( binop( Iop_CmpEQ64,
+ unop( Iop_V128HIto64,
+ mkexpr( vA ) ),
+ unop( Iop_V128HIto64,
+ mkexpr( vB ) ) ),
+ binop( Iop_CmpEQ64,
+ unop( Iop_V128to64,
+ mkexpr( vA ) ),
+ unop( Iop_V128to64,
+ mkexpr( vB ) ) ) );
+
+ /* test both zero don't care about sign */
+ bit_zero = mkAND1( is_Zero( Ity_V128, vA ), is_Zero( Ity_V128, vB ) );
+
+ /* test both for infinity, don't care about sign */
+ bit_inf = mkAND1(
+ mkAND1( is_Inf( Ity_V128, vA ), is_Inf( Ity_V128, vB ) ),
+ binop( Iop_CmpEQ64,
+ binop( Iop_And64,
+ unop( Iop_V128to64,
+ mkexpr( vA ) ),
+ mkU64( 0x80000000) ),
+ binop( Iop_And64,
+ unop( Iop_V128to64,
+ mkexpr( vB ) ),
+ mkU64( 0x80000000) ) ) );
+
+ /* exp A or exp B is NaN */
+ bit7 = mkOR1( is_NaN( Ity_V128, vA ),
+ is_NaN( Ity_V128, vB ) );
+
+ assign( eq_lt_gt,
+ binop( Iop_Or32,
+ binop( Iop_Or32,
+ binop( Iop_Shl32,
+ unop( Iop_1Uto32, bit4 ),
+ mkU8( 3 ) ),
+ binop( Iop_Shl32,
+ unop( Iop_1Uto32, bit5 ),
+ mkU8( 2 ) ) ),
+ binop( Iop_Or32,
+ binop( Iop_Shl32,
+ unop( Iop_1Uto32, bit6 ),
+ mkU8( 1 ) ),
+ binop( Iop_Or32,
+ binop( Iop_Shl32,
+ unop( Iop_1Uto32,
+ bit_zero ),
+ mkU8( 1 ) ),
+ binop( Iop_Shl32,
+ unop( Iop_1Uto32,
+ mkAND1( bit_inf, same_sign ) ),
+ mkU8( 1 ) ) ) ) ) );
+
+ assign(CC, binop( Iop_Or32,
+ binop( Iop_And32,
+ unop( Iop_Not32,
+ unop( Iop_1Sto32, bit7 ) ),
+ mkexpr( eq_lt_gt ) ),
+ unop( Iop_1Uto32, bit7 ) ) );
+
+ /* put result of the comparison into CC and FPCC */
+ putGST_field( PPC_GST_CR, mkexpr( CC ), BF );
+ putFPCC( mkexpr( CC ) );
+ return True;
+ }
+ break;
+
+ case 0xA4: // xscmpexpqp (VSX Scalar Compare Exponents Double-Precision)
+ {
+ IRExpr *bit4, *bit5, *bit6, *bit7;
+ UInt BF = IFIELD( theInstr, 23, 3 );
+
+ IRTemp eq_lt_gt = newTemp( Ity_I32 );
+ IRTemp CC = newTemp( Ity_I32 );
+
+ DIP("xscmpexpqp %d,v%d,v%d\n", BF, vA_addr, vB_addr);
+
+ assign( vA, getVSReg(vA_addr));
+
+ /* A exp < B exp */
+ bit4 = binop( Iop_CmpLT64U,
+ binop( Iop_And64,
+ unop( Iop_V128HIto64,
+ mkexpr( vA ) ),
+ mkU64( 0x7FFF000000000000 ) ),
+ binop( Iop_And64,
+ unop( Iop_V128HIto64,
+ mkexpr( vB ) ),
+ mkU64( 0x7FFF000000000000 ) ) );
+ /* exp > B exp */
+ bit5 = binop( Iop_CmpLT64U,
+ binop( Iop_And64,
+ unop( Iop_V128HIto64,
+ mkexpr( vB ) ),
+ mkU64( 0x7FFF000000000000 ) ),
+ binop( Iop_And64,
+ unop( Iop_V128HIto64,
+ mkexpr( vA ) ),
+ mkU64( 0x7FFF000000000000 ) ) );
+ /* test equal */
+ bit6 = binop( Iop_CmpEQ64,
+ binop( Iop_And64,
+ unop( Iop_V128HIto64,
+ mkexpr( vA ) ),
+ mkU64( 0x7FFF000000000000 ) ),
+ binop( Iop_And64,
+ unop( Iop_V128HIto64,
+ mkexpr( vB ) ),
+ mkU64( 0x7FFF000000000000 ) ) );
+
+ /* exp A or exp B is NaN */
+ bit7 = mkOR1( is_NaN( Ity_V128, vA ),
+ is_NaN( Ity_V128, vB ) );
+
+ /* NaN over rules the other comparisons */
+ assign( eq_lt_gt, binop( Iop_Or32,
+ binop( Iop_Shl32,
+ unop( Iop_1Uto32, bit4 ),
+ mkU8( 3) ),
+ binop( Iop_Or32,
+ binop( Iop_Shl32,
+ unop( Iop_1Uto32, bit5 ),
+ mkU8( 2) ),
+ binop( Iop_Shl32,
+ unop( Iop_1Uto32, bit6 ),
+ mkU8( 1 ) ) ) ) );
+ assign(CC, binop( Iop_Or32,
+ binop( Iop_And32,
+ unop( Iop_Not32,
+ unop( Iop_1Sto32, bit7 ) ),
+ mkexpr( eq_lt_gt ) ),
+ unop( Iop_1Uto32, bit7 ) ) );
+
+ /* put result of the comparison into CC and FPCC */
+ putGST_field( PPC_GST_CR, mkexpr( CC ), BF );
+ putFPCC( mkexpr( CC ) );
+ return True;
+ }
+ break;
+
+ case 0x2C4: // xststdcqp (VSX Scalar Quad-Precision Test Data Class)
+ {
+ UInt BF = IFIELD( theInstr, 23, 3 );
+ UInt DCMX_mask = IFIELD( theInstr, 16, 7 );
+ IRTemp CC = newTemp( Ity_I64 );
+ IRTemp NaN = newTemp( Ity_I64 );
+ IRTemp inf = newTemp( Ity_I64 );
+ IRTemp pos = newTemp( Ity_I64 );
+ IRTemp DCM = newTemp( Ity_I64 );
+ IRTemp zero = newTemp( Ity_I64 );
+ IRTemp dnorm = newTemp( Ity_I64 );
+
+ DIP("xststdcqp %d,v%d,%d\n", BF, vB_addr, DCMX_mask);
+
+ assign( zero, unop( Iop_1Uto64, is_Zero( Ity_V128, vB ) ) );
+ assign( pos, unop( Iop_1Uto64,
+ binop( Iop_CmpEQ64,
+ binop( Iop_Shr64,
+ unop( Iop_V128HIto64,
+ mkexpr( vB ) ),
+ mkU8( 63 ) ),
+ mkU64( 0 ) ) ) );
+
+ assign( NaN, unop( Iop_1Uto64, is_NaN( Ity_V128, vB ) ) );
+ assign( inf, unop( Iop_1Uto64, is_Inf( Ity_V128, vB ) ) );
+
+ assign( dnorm, unop( Iop_1Uto64, is_Denorm( Ity_V128, vB ) ) );
+ assign( DCM, create_DCM( Ity_I64, NaN, inf, zero, dnorm, pos ) );
+ assign( CC, binop( Iop_Or64,
+ binop( Iop_And64, /* vB sign bit */
+ binop( Iop_Shr64,
+ unop( Iop_V128HIto64, mkexpr( vB ) ),
+ mkU8( 60 ) ),
+ mkU64( 0x8 ) ),
+ binop( Iop_Shl64,
+ unop( Iop_1Uto64,
+ binop( Iop_CmpNE64,
+ binop( Iop_And64,
+ mkexpr( DCM ),
+ mkU64( DCMX_mask ) ),
+ mkU64( 0 ) ) ),
+ mkU8( 1 ) ) ) );
+
+ putGST_field( PPC_GST_CR, unop(Iop_64to32, mkexpr( CC ) ), BF );
+ putFPCC( unop(Iop_64to32, mkexpr( CC ) ) );
+ return True;
+ }
+ break;
+
+ case 0x324: // xsabsqp (VSX Scalar Absolute Quad-Precision)
+ // xsxexpqp (VSX Scalaar Extract Exponent Quad-Precision)
+ // xsnabsqp (VSX Scalar Negative Absolute Quad-Precision)
+ // xsnegqp (VSX Scalar Negate Quad-Precision)
+ // xsxsigqp (VSX Scalar Extract Significand Quad-Precision)
+ {
+ UInt inst_select = IFIELD( theInstr, 16, 5);
+
+ switch (inst_select) {
+ case 0:
+ DIP("xsabsqp v%d,v%d\n", vT_addr, vB_addr);
+ assign( vT, binop( Iop_AndV128, mkexpr( vB ),
+ binop( Iop_64HLtoV128,
+ mkU64( 0x7FFFFFFFFFFFFFFF ),
+ mkU64( 0xFFFFFFFFFFFFFFFF ) ) ) );
+ break;
+
+ case 2:
+ DIP("xsxexpqp v%d,v%d\n", vT_addr, vB_addr);
+ assign( vT, binop( Iop_ShrV128,
+ binop( Iop_AndV128, mkexpr( vB ),
+ binop( Iop_64HLtoV128,
+ mkU64( 0x7FFF000000000000 ),
+ mkU64( 0x0000000000000000 ) ) ),
+ mkU8( 48 ) ) );
+ break;
+
+ case 8:
+ DIP("xsnabsqp v%d,v%d\n", vT_addr, vB_addr);
+ assign( vT, binop( Iop_OrV128, mkexpr( vB ),
+ binop( Iop_64HLtoV128,
+ mkU64( 0x8000000000000000 ),
+ mkU64( 0x0000000000000000 ) ) ) );
+ break;
+
+ case 16:
+ DIP("xsnegqp v%d,v%d\n", vT_addr, vB_addr);
+ assign( vT, binop( Iop_XorV128, mkexpr( vB ),
+ binop( Iop_64HLtoV128,
+ mkU64( 0x8000000000000000 ),
+ mkU64( 0x0000000000000000 ) ) ) );
+ break;
+
+ case 18:
+ {
+ IRTemp expZero = newTemp( Ity_I64 );
+ IRTemp expInfinity = newTemp( Ity_I64 );
+
+ DIP("xsxsigqp v%d,v%d\n", vT_addr, vB_addr);
+
+ assign( expZero, unop( Iop_1Uto64,
+ binop( Iop_CmpNE64,
+ binop( Iop_And64,
+ unop( Iop_V128HIto64,
+ mkexpr( vB ) ),
+ mkU64( 0x7FFF000000000000 ) ),
+ mkU64( 0x0 ) ) ) );
+
+ assign( expInfinity,
+ unop( Iop_1Uto64,
+ binop( Iop_CmpNE64,
+ binop( Iop_And64,
+ unop( Iop_V128HIto64,
+ mkexpr( vB ) ),
+ mkU64( 0x7FFF000000000000 ) ),
+ mkU64( 0x7FFF000000000000 ) ) ) );
+
+ /* Clear upper 16 bits to 0x0000. If the exp was zero or infinity
+ * set bit 48 (lsb = 0) to 0, otherwise set bit 48 to 1.
+ */
+ assign( vT,
+ binop( Iop_OrV128,
+ binop( Iop_ShrV128,
+ binop( Iop_ShlV128,
+ mkexpr( vB ),
+ mkU8( 16 ) ),
+ mkU8( 16 ) ),
+ binop( Iop_64HLtoV128,
+ binop( Iop_Shl64,
+ binop( Iop_And64,
+ mkexpr( expZero ),
+ mkexpr( expInfinity ) ),
+ mkU8( 48 ) ),
+ mkU64( 0 ) ) ) );
+ }
+ break;
+
+ default:
+ vex_printf( "dis_vx_scalar_quad_precision invalid inst_select (ppc)(opc2)\n" );
+ return False;
+ }
+ }
+ break;
+ case 0x364: // xsiexpqp (VST Scalar Insert Exponent Quad-Precision)
+ {
+ IRTemp exp = newTemp( Ity_I64 );
+
+ DIP("xsiexpqp v%d,v%d,v%d\n", vT_addr, vA_addr, vB_addr);
+
+ assign( vA, getVSReg( vA_addr ) );
+ assign( exp, binop( Iop_And64,
+ unop( Iop_V128HIto64,
+ mkexpr( vB ) ),
+ mkU64( 0x7FFFULL ) ) );
+ assign( vT, binop( Iop_64HLtoV128,
+ binop( Iop_Or64,
+ binop( Iop_And64,
+ unop( Iop_V128HIto64,
+ mkexpr( vA ) ),
+ mkU64( 0x8000FFFFFFFFFFFFULL ) ),
+ binop( Iop_Shl64,
+ mkexpr( exp ),
+ mkU8( 48 ) ) ),
+ unop( Iop_V128to64,
+ mkexpr( vA ) ) ) );
+ }
+ break;
+
+ default:
+ vex_printf( "dis_vx_scalar_quad_precision(ppc)(opc2)\n" );
+
+ return False;
+ }
+
+ putVSReg( vT_addr, mkexpr( vT ) );
+ return True;
+}
+
/*
* VSX permute and other miscealleous instructions
*/
@@ -15854,6 +22059,144 @@
binop(Iop_AndV128, mkexpr(vB), mkexpr(vC))) );
break;
}
+
+ case 0x68: // xxperm (VSX Permute )
+ case 0xE8: // xxpermr (VSX Permute right-index )
+ {
+ int i;
+ IRTemp new_Vt[17];
+ IRTemp perm_val[16];
+ IRTemp perm_val_gt16[16];
+ IRTemp tmp_val[16];
+ IRTemp perm_idx[16];
+ IRTemp perm_mask = newTemp( Ity_V128 );
+ IRTemp val_mask = newTemp( Ity_V128 );
+ int dest_shift_amount = 0;
+
+ if ( opc2 == 0x68 ) {
+ DIP("xxperm v%d,v%d,v%d\n", (UInt)XT, (UInt)XA, (UInt)XB);
+
+ } else {
+ /* Same as xperm just the index is 31 - idx */
+ DIP("xxpermr v%d,v%d,v%d\n", (UInt)XT, (UInt)XA, (UInt)XB);
+ }
+
+ new_Vt[0] = newTemp( Ity_V128 );
+
+ assign( vT, getVSReg( XT ) );
+
+ assign( new_Vt[0], binop( Iop_64HLtoV128,
+ mkU64( 0x0 ), mkU64( 0x0 ) ) );
+ assign( perm_mask, binop( Iop_64HLtoV128,
+ mkU64( 0x0 ), mkU64( 0x1F ) ) );
+ assign( val_mask, binop( Iop_64HLtoV128,
+ mkU64( 0x0 ), mkU64( 0xFF ) ) );
+
+ /* For each permute index in XB, the permute list, select the byte
+ * from XA indexed by the permute index if the permute index is less
+ * then 16. Copy the selected byte to the destination location in
+ * the result.
+ */
+ for ( i = 0; i < 16; i++ ) {
+ perm_val_gt16[i] = newTemp( Ity_V128 );
+ perm_val[i] = newTemp( Ity_V128 );
+ perm_idx[i] = newTemp( Ity_I8 );
+ tmp_val[i] = newTemp( Ity_V128 );
+ new_Vt[i+1] = newTemp( Ity_V128 );
+
+ /* create mask to extract the permute index value from vB,
+ * store value in least significant bits of perm_val
+ */
+ if ( opc2 == 0x68 )
+ /* xxperm, the perm value is the index value in XB */
+ assign( perm_val[i], binop( Iop_ShrV128,
+ binop( Iop_AndV128,
+ mkexpr(vB),
+ binop( Iop_ShlV128,
+ mkexpr( perm_mask ),
+ mkU8( (15 - i) * 8 ) ) ),
+ mkU8( (15 - i) * 8 ) ) );
+
+ else
+ /* xxpermr, the perm value is 31 - index value in XB */
+ assign( perm_val[i],
+ binop( Iop_Sub8x16,
+ binop( Iop_64HLtoV128,
+ mkU64( 0 ), mkU64( 31 ) ),
+ binop( Iop_ShrV128,
+ binop( Iop_AndV128,
+ mkexpr( vB ),
+ binop( Iop_ShlV128,
+ mkexpr( perm_mask ),
+ mkU8( ( 15 - i ) * 8 ) ) ),
+ mkU8( ( 15 - i ) * 8 ) ) ) );
+
+ /* Determine if the perm_val[] > 16. If it is, then the value
+ * will come from xT otherwise it comes from xA. Either way,
+ * create the mask to get the value from the source using the
+ * lower 3 bits of perm_val[]. Create a 128 bit mask from the
+ * upper bit of perm_val[] to be used to select from xT or xA.
+ */
+ assign( perm_val_gt16[i],
+ binop(Iop_64HLtoV128,
+ unop( Iop_1Sto64,
+ unop( Iop_64to1,
+ unop( Iop_V128to64,
+ binop( Iop_ShrV128,
+ mkexpr( perm_val[i] ),
+ mkU8( 4 ) ) ) ) ),
+ unop( Iop_1Sto64,
+ unop( Iop_64to1,
+ unop( Iop_V128to64,
+ binop( Iop_ShrV128,
+ mkexpr( perm_val[i] ),
+ mkU8( 4 ) ) ) ) ) ) );
+
+ assign( perm_idx[i],
+ unop(Iop_32to8,
+ binop( Iop_Mul32,
+ binop( Iop_Sub32,
+ mkU32( 15 ),
+ unop( Iop_64to32,
+ binop( Iop_And64,
+ unop( Iop_V128to64,
+ mkexpr( perm_val[i] ) ),
+ mkU64( 0xF ) ) ) ),
+ mkU32( 8 ) ) ) );
+
+ dest_shift_amount = ( 15 - i )*8;
+
+ /* Use perm_val_gt16 to select value from vA or vT */
+ assign( tmp_val[i],
+ binop( Iop_ShlV128,
+ binop( Iop_ShrV128,
+ binop( Iop_OrV128,
+ binop( Iop_AndV128,
+ mkexpr( vA ),
+ binop( Iop_AndV128,
+ unop( Iop_NotV128,
+ mkexpr( perm_val_gt16[i] ) ),
+ binop( Iop_ShlV128,
+ mkexpr( val_mask ),
+ mkexpr( perm_idx[i] ) ) ) ),
+ binop( Iop_AndV128,
+ mkexpr( vT ),
+ binop( Iop_AndV128,
+ mkexpr( perm_val_gt16[i] ),
+ binop( Iop_ShlV128,
+ mkexpr( val_mask ),
+ mkexpr( perm_idx[i] ) ) ) ) ),
+ mkexpr( perm_idx[i] ) ),
+ mkU8( dest_shift_amount ) ) );
+
+ assign( new_Vt[i+1], binop( Iop_OrV128,
+ mkexpr( tmp_val[i] ),
+ mkexpr( new_Vt[i] ) ) );
+ }
+ putVSReg( XT, mkexpr( new_Vt[16] ) );
+ break;
+ }
+
case 0x148: // xxspltw (VSX Splat Word)
{
UChar UIM = ifieldRegA(theInstr) & 3;
@@ -15934,7 +22277,7 @@
d = unsafeIRDirty_0_N (
0/*regparms*/,
"ppc64g_dirtyhelper_LVS",
- &ppc64g_dirtyhelper_LVS,
+ fnptr_to_fnentry( vbi, &ppc64g_dirtyhelper_LVS ),
args_le );
}
DIP("lvsl v%d,r%u,r%u\n", vD_addr, rA_addr, rB_addr);
@@ -15984,7 +22327,7 @@
d = unsafeIRDirty_0_N (
0/*regparms*/,
"ppc64g_dirtyhelper_LVS",
- &ppc64g_dirtyhelper_LVS,
+ fnptr_to_fnentry( vbi, &ppc64g_dirtyhelper_LVS ),
args_le );
}
DIP("lvsr v%d,r%u,r%u\n", vD_addr, rA_addr, rB_addr);
@@ -16162,8 +22505,8 @@
a7 = a6 = a5 = a4 = a3 = a2 = a1 = a0 = IRTemp_INVALID;
b3 = b2 = b1 = b0 = IRTemp_INVALID;
- assign( vA, getVReg(vA_addr));
- assign( vB, getVReg(vB_addr));
+ assign( vA, getVReg( vA_addr ) );
+ assign( vB, getVReg( vB_addr ) );
if (opc1 != 0x4) {
vex_printf("dis_av_arith(ppc)(opc1 != 0x4)\n");
@@ -16175,10 +22518,10 @@
case 0x180: { // vaddcuw (Add Carryout Unsigned Word, AV p136)
DIP("vaddcuw v%d,v%d,v%d\n", vD_addr, vA_addr, vB_addr);
/* unsigned_ov(x+y) = (y >u not(x)) */
- putVReg( vD_addr, binop(Iop_ShrN32x4,
- binop(Iop_CmpGT32Ux4, mkexpr(vB),
- unop(Iop_NotV128, mkexpr(vA))),
- mkU8(31)) );
+ putVReg( vD_addr, binop( Iop_ShrN32x4,
+ binop( Iop_CmpGT32Ux4, mkexpr( vB ),
+ unop( Iop_NotV128, mkexpr( vA ) ) ),
+ mkU8( 31 ) ) );
break;
}
case 0x000: // vaddubm (Add Unsigned Byte Modulo, AV p141)
@@ -16750,18 +23093,110 @@
assign( vD, binop(Iop_CmpEQ8x16, mkexpr(vA), mkexpr(vB)) );
break;
+ case 0x007: // vcmpneb (Compare Not Equal byte)
+ DIP("vcmpneb%s v%d,v%d,v%d\n", (flag_rC ? ".":""),
+ vD_addr, vA_addr, vB_addr);
+ assign( vD, unop( Iop_NotV128,
+ binop( Iop_CmpEQ8x16, mkexpr( vA ), mkexpr( vB ) ) ) );
+ break;
+
case 0x046: // vcmpequh (Compare Equal-to Unsigned HW, AV p161)
DIP("vcmpequh%s v%d,v%d,v%d\n", (flag_rC ? ".":""),
vD_addr, vA_addr, vB_addr);
assign( vD, binop(Iop_CmpEQ16x8, mkexpr(vA), mkexpr(vB)) );
break;
+ case 0x047: // vcmpneh (Compare Not Equal-to Halfword)
+ DIP("vcmpneh%s v%d,v%d,v%d\n", (flag_rC ? ".":""),
+ vD_addr, vA_addr, vB_addr);
+ assign( vD, unop( Iop_NotV128,
+ binop( Iop_CmpEQ16x8, mkexpr( vA ), mkexpr( vB ) ) ) );
+ break;
+
case 0x086: // vcmpequw (Compare Equal-to Unsigned W, AV p162)
DIP("vcmpequw%s v%d,v%d,v%d\n", (flag_rC ? ".":""),
vD_addr, vA_addr, vB_addr);
assign( vD, binop(Iop_CmpEQ32x4, mkexpr(vA), mkexpr(vB)) );
break;
+ case 0x087: // vcmpnew (Compare Not Equal-to Word)
+ DIP("vcmpnew%s v%d,v%d,v%d\n", (flag_rC ? ".":""),
+ vD_addr, vA_addr, vB_addr);
+ assign( vD, unop( Iop_NotV128,
+ binop( Iop_CmpEQ32x4, mkexpr( vA ), mkexpr( vB ) ) ) );
+ break;
+
+ case 0x107: // vcmpnezb (Compare Not Equal or Zero byte)
+ {
+ IRTemp vAeqvB = newTemp( Ity_V128 );
+ IRTemp vAeq0 = newTemp( Ity_V128 );
+ IRTemp vBeq0 = newTemp( Ity_V128 );
+ IRTemp zero = newTemp( Ity_V128 );
+
+ DIP("vcmpnezb%s v%d,v%d,v%d\n", (flag_rC ? ".":""),
+ vD_addr, vA_addr, vB_addr);
+
+ assign( zero, binop( Iop_64HLtoV128, mkU64( 0 ), mkU64( 0 ) ) );
+ assign( vAeq0, binop( Iop_CmpEQ8x16, mkexpr( vA ), mkexpr( zero ) ) );
+ assign( vBeq0, binop( Iop_CmpEQ8x16, mkexpr( vB ), mkexpr( zero ) ) );
+ assign( vAeqvB, unop( Iop_NotV128,
+ binop( Iop_CmpEQ8x16, mkexpr( vA ),
+ mkexpr( vB ) ) ) );
+
+ assign( vD, mkOr3_V128( vAeqvB, vAeq0, vBeq0 ) );
+ }
+ break;
+
+ case 0x147: // vcmpnezh (Compare Not Equal or Zero Halfword)
+ {
+ IRTemp vAeqvB = newTemp( Ity_V128 );
+ IRTemp vAeq0 = newTemp( Ity_V128 );
+ IRTemp vBeq0 = newTemp( Ity_V128 );
+ IRTemp zero = newTemp( Ity_V128 );
+
+ DIP("vcmpnezh%s v%d,v%d,v%d\n", (flag_rC ? ".":""),
+ vD_addr, vA_addr, vB_addr);
+
+ assign( zero, binop( Iop_64HLtoV128, mkU64( 0 ), mkU64( 0 ) ) );
+ assign( vAeq0, binop( Iop_CmpEQ16x8, mkexpr( vA ), mkexpr( zero ) ) );
+ assign( vBeq0, binop( Iop_CmpEQ16x8, mkexpr( vB ), mkexpr( zero ) ) );
+ assign( vAeqvB, unop( Iop_NotV128,
+ binop(Iop_CmpEQ16x8, mkexpr( vA ),
+ mkexpr( vB ) ) ) );
+
+ assign( vD, binop( Iop_OrV128,
+ binop( Iop_OrV128,
+ mkexpr( vAeq0 ),
+ mkexpr( vBeq0 ) ),
+ mkexpr( vAeqvB ) ) );
+ }
+ break;
+
+ case 0x187: // vcmpnezw (Compare Not Equal or Zero Word)
+ {
+ IRTemp vAeqvB = newTemp( Ity_V128 );
+ IRTemp vAeq0 = newTemp( Ity_V128 );
+ IRTemp vBeq0 = newTemp( Ity_V128 );
+ IRTemp zero = newTemp( Ity_V128 );
+
+ DIP("vcmpnezw%s v%d,v%d,v%d\n", (flag_rC ? ".":""),
+ vD_addr, vA_addr, vB_addr);
+
+ assign( zero, binop( Iop_64HLtoV128, mkU64( 0 ), mkU64( 0 ) ) );
+ assign( vAeq0, binop( Iop_CmpEQ32x4, mkexpr( vA ), mkexpr( zero ) ) );
+ assign( vBeq0, binop( Iop_CmpEQ32x4, mkexpr( vB ), mkexpr( zero ) ) );
+ assign( vAeqvB, unop( Iop_NotV128,
+ binop(Iop_CmpEQ32x4, mkexpr( vA ),
+ mkexpr( vB ) ) ) );
+
+ assign( vD, binop( Iop_OrV128,
+ binop( Iop_OrV128,
+ mkexpr( vAeq0 ),
+ mkexpr( vBeq0 ) ),
+ mkexpr( vAeqvB ) ) );
+ }
+ break;
+
case 0x0C7: // vcmpequd (Compare Equal-to Unsigned Doubleword)
DIP("vcmpequd%s v%d,v%d,v%d\n", (flag_rC ? ".":""),
vD_addr, vA_addr, vB_addr);
@@ -17122,22 +23557,22 @@
switch (opc2) {
/* Polynomial Multiply-Add */
- case 0x408: // vpmsumb Vector Polynomial Multipy-sum Byte
+ case 0x408: // vpmsumb Vector Polynomial Multiply-sum Byte
DIP("vpmsumb v%d,v%d,v%d\n", vD_addr, vA_addr, vB_addr);
putVReg( vD_addr, binop(Iop_PolynomialMulAdd8x16,
mkexpr(vA), mkexpr(vB)) );
break;
- case 0x448: // vpmsumd Vector Polynomial Multipy-sum Double Word
+ case 0x448: // vpmsumd Vector Polynomial Multiply-sum Double Word
DIP("vpmsumd v%d,v%d,v%d\n", vD_addr, vA_addr, vB_addr);
putVReg( vD_addr, binop(Iop_PolynomialMulAdd64x2,
mkexpr(vA), mkexpr(vB)) );
break;
- case 0x488: // vpmsumw Vector Polynomial Multipy-sum Word
+ case 0x488: // vpmsumw Vector Polynomial Multiply-sum Word
DIP("vpmsumw v%d,v%d,v%d\n", vD_addr, vA_addr, vB_addr);
putVReg( vD_addr, binop(Iop_PolynomialMulAdd32x4,
mkexpr(vA), mkexpr(vB)) );
break;
- case 0x4C8: // vpmsumh Vector Polynomial Multipy-sum Half Word
+ case 0x4C8: // vpmsumh Vector Polynomial Multiply-sum Half Word
DIP("vpmsumh v%d,v%d,v%d\n", vD_addr, vA_addr, vB_addr);
putVReg( vD_addr, binop(Iop_PolynomialMulAdd16x8,
mkexpr(vA), mkexpr(vB)) );
@@ -17397,6 +23832,8 @@
IRTemp vrc_a = newTemp(Ity_V128);
IRTemp vrc_b = newTemp(Ity_V128);
+ DIP("vpermxor v%d,v%d,v%d,v%d\n", vD_addr, vA_addr, vB_addr, vC_addr);
+
/* IBM index is 0:7, Change index value to index 7:0 */
assign( vrc_b, binop( Iop_AndV128, mkexpr( vC ),
unop( Iop_Dup8x16, mkU8( 0xF ) ) ) );
@@ -17410,6 +23847,112 @@
mkexpr( a_perm ), mkexpr( b_perm) ) );
return True;
}
+
+ case 0x3B: { // vpermr (Vector Permute Right-indexed)
+ int i;
+ IRTemp new_Vt[17];
+ IRTemp tmp[16];
+ IRTemp index[16];
+ IRTemp index_gt16[16];
+ IRTemp mask[16];
+
+ DIP("vpermr v%d,v%d,v%d,v%d\n", vD_addr, vA_addr, vB_addr, vC_addr);
+
+ new_Vt[0] = newTemp( Ity_V128 );
+ assign( new_Vt[0], binop( Iop_64HLtoV128,
+ mkU64( 0x0 ),
+ mkU64( 0x0 ) ) );
+
+ for ( i = 0; i < 16; i++ ) {
+ index_gt16[i] = newTemp( Ity_V128 );
+ mask[i] = newTemp( Ity_V128 );
+ index[i] = newTemp( Ity_I32 );
+ tmp[i] = newTemp( Ity_V128 );
+ new_Vt[i+1] = newTemp( Ity_V128 );
+
+ assign( index[i],
+ binop( Iop_Sub32,
+ mkU32( 31 ),
+ unop( Iop_64to32,
+ unop( Iop_V128to64,
+ binop( Iop_ShrV128,
+ binop( Iop_AndV128,
+ binop( Iop_ShlV128,
+ binop( Iop_64HLtoV128,
+ mkU64( 0x0 ),
+ mkU64( 0x3F ) ),
+ mkU8( (15 - i) * 8 ) ),
+ mkexpr( vC ) ),
+ mkU8( (15 - i) * 8 ) ) ) ) ) );
+
+ /* Determine if index < 16, src byte is vA[index], otherwise
+ * vB[31-index]. Check if msb of index is 1 or not.
+ */
+ assign( index_gt16[i],
+ binop( Iop_64HLtoV128,
+ unop( Iop_1Sto64,
+ unop( Iop_32to1,
+ binop( Iop_Shr32,
+ mkexpr( index[i] ),
+ mkU8( 4 ) ) ) ),
+ unop( Iop_1Sto64,
+ unop( Iop_32to1,
+ binop( Iop_Shr32,
+ mkexpr( index[i] ),
+ mkU8( 4 ) ) ) ) ) );
+ assign( mask[i],
+ binop( Iop_ShlV128,
+ binop( Iop_64HLtoV128,
+ mkU64( 0x0 ),
+ mkU64( 0xFF ) ),
+ unop( Iop_32to8,
+ binop( Iop_Mul32,
+ binop( Iop_Sub32,
+ mkU32( 15 ),
+ binop( Iop_And32,
+ mkexpr( index[i] ),
+ mkU32( 0xF ) ) ),
+ mkU32( 8 ) ) ) ) );
+
+ /* Extract the indexed byte from vA and vB using the lower 4-bits
+ * of the index. Then use the index_gt16 mask to select vA if the
+ * index < 16 or vB if index > 15. Put the selected byte in the
+ * least significant byte.
+ */
+ assign( tmp[i],
+ binop( Iop_ShrV128,
+ binop( Iop_OrV128,
+ binop( Iop_AndV128,
+ binop( Iop_AndV128,
+ mkexpr( mask[i] ),
+ mkexpr( vA ) ),
+ unop( Iop_NotV128,
+ mkexpr( index_gt16[i] ) ) ),
+ binop( Iop_AndV128,
+ binop( Iop_AndV128,
+ mkexpr( mask[i] ),
+ mkexpr( vB ) ),
+ mkexpr( index_gt16[i] ) ) ),
+ unop( Iop_32to8,
+ binop( Iop_Mul32,
+ binop( Iop_Sub32,
+ mkU32( 15 ),
+ binop( Iop_And32,
+ mkexpr( index[i] ),
+ mkU32( 0xF ) ) ),
+ mkU32( 8 ) ) ) ) );
+
+ /* Move the selected byte to the position to store in the result */
+ assign( new_Vt[i+1], binop( Iop_OrV128,
+ binop( Iop_ShlV128,
+ mkexpr( tmp[i] ),
+ mkU8( (15 - i) * 8 ) ),
+ mkexpr( new_Vt[i] ) ) );
+ }
+ putVReg( vD_addr, mkexpr( new_Vt[16] ) );
+ return True;
+ }
+
default:
break; // Fall through...
}
@@ -17454,6 +23997,241 @@
binop(Iop_InterleaveLO32x4, mkexpr(vA), mkexpr(vB)) );
break;
+ /* Extract instructions */
+ case 0x20D: // vextractub (Vector Extract Unsigned Byte)
+ {
+ UChar uim = IFIELD( theInstr, 16, 4 );
+
+ DIP("vextractub v%d,v%d,%d\n", vD_addr, vB_addr, uim);
+
+ putVReg( vD_addr, binop( Iop_ShlV128,
+ binop( Iop_AndV128,
+ binop( Iop_ShrV128,
+ mkexpr( vB ),
+ unop( Iop_32to8,
+ binop( Iop_Mul32,
+ mkU32( 8 ),
+ mkU32( 31 - uim ) ) ) ),
+ binop( Iop_64HLtoV128,
+ mkU64( 0x0ULL ),
+ mkU64( 0xFFULL ) ) ),
+ mkU8( 64 ) ) );
+ }
+ break;
+
+ case 0x24D: // vextractuh (Vector Extract Unsigned Halfword)
+ {
+ UChar uim = IFIELD( theInstr, 16, 4 );
+
+ DIP("vextractuh v%d,v%d,%d\n", vD_addr, vB_addr, uim);
+
+ putVReg( vD_addr, binop( Iop_ShlV128,
+ binop( Iop_AndV128,
+ binop( Iop_ShrV128,
+ mkexpr( vB ),
+ unop( Iop_32to8,
+ binop( Iop_Mul32,
+ mkU32( 8 ),
+ mkU32( 30 - uim ) ) ) ),
+ binop( Iop_64HLtoV128,
+ mkU64( 0x0ULL ),
+ mkU64( 0xFFFFULL ) ) ),
+ mkU8( 64 ) ) );
+ }
+ break;
+
+ case 0x28D: // vextractuw (Vector Extract Unsigned Word)
+ {
+ UChar uim = IFIELD( theInstr, 16, 4 );
+
+ DIP("vextractuw v%d,v%d,%d\n", vD_addr, vB_addr, uim);
+
+ putVReg( vD_addr,
+ binop( Iop_ShlV128,
+ binop( Iop_AndV128,
+ binop( Iop_ShrV128,
+ mkexpr( vB ),
+ unop( Iop_32to8,
+ binop( Iop_Mul32,
+ mkU32( 8 ),
+ mkU32( 28 - uim ) ) ) ),
+ binop( Iop_64HLtoV128,
+ mkU64( 0x0ULL ),
+ mkU64( 0xFFFFFFFFULL ) ) ),
+ mkU8( 64 ) ) );
+ }
+ break;
+
+ case 0x2CD: // vextractd (Vector Extract Double Word)
+ {
+ UChar uim = IFIELD( theInstr, 16, 4 );
+
+ DIP("vextractd v%d,v%d,%d\n", vD_addr, vB_addr, uim);
+
+ putVReg( vD_addr,
+ binop( Iop_ShlV128,
+ binop( Iop_AndV128,
+ binop( Iop_ShrV128,
+ mkexpr( vB ),
+ unop( Iop_32to8,
+ binop( Iop_Mul32,
+ mkU32( 8 ),
+ mkU32( 24 - uim ) ) ) ),
+ binop( Iop_64HLtoV128,
+ mkU64( 0x0ULL ),
+ mkU64( 0xFFFFFFFFFFFFFFFFULL ) ) ),
+ mkU8( 64 ) ) );
+ }
+ break;
+
+ /* Insert instructions */
+ case 0x30D: // vinsertb (Vector insert Unsigned Byte)
+ {
+ UChar uim = IFIELD( theInstr, 16, 4 );
+ IRTemp shift = newTemp( Ity_I8 );
+ IRTemp vD = newTemp( Ity_V128 );
+
+ DIP("vinsertb v%d,v%d,%d\n", vD_addr, vB_addr, uim);
+
+ assign( vD, getVReg( vD_addr ) );
+
+ assign( shift, unop( Iop_32to8,
+ binop( Iop_Mul32,
+ mkU32( 8 ),
+ mkU32( 15 - ( uim + 0 ) ) ) ) );
+
+ putVReg( vD_addr,
+ binop( Iop_OrV128,
+ binop( Iop_ShlV128,
+ binop( Iop_AndV128,
+ binop( Iop_ShrV128,
+ mkexpr( vB ),
+ mkU8( ( 15 - 7 )*8 ) ),
+ binop( Iop_64HLtoV128,
+ mkU64( 0x0ULL ),
+ mkU64( 0xFFULL ) ) ),
+ mkexpr( shift ) ),
+ binop( Iop_AndV128,
+ unop( Iop_NotV128,
+ binop( Iop_ShlV128,
+ binop( Iop_64HLtoV128,
+ mkU64( 0x0ULL ),
+ mkU64( 0xFFULL ) ),
+ mkexpr( shift ) ) ),
+ mkexpr( vD ) ) ) );
+ }
+ break;
+
+ case 0x34D: // vinserth (Vector insert Halfword)
+ {
+ UChar uim = IFIELD( theInstr, 16, 4 );
+ IRTemp shift = newTemp( Ity_I8 );
+ IRTemp vD = newTemp( Ity_V128 );
+
+ DIP("vinserth v%d,v%d,%d\n", vD_addr, vB_addr, uim);
+
+ assign( vD, getVReg( vD_addr ) );
+
+ assign( shift, unop( Iop_32to8,
+ binop( Iop_Mul32,
+ mkU32( 8 ),
+ mkU32( 15 - ( uim + 1 ) ) ) ) );
+
+ putVReg( vD_addr,
+ binop( Iop_OrV128,
+ binop( Iop_ShlV128,
+ binop( Iop_AndV128,
+ binop( Iop_ShrV128,
+ mkexpr( vB ),
+ mkU8( (7 - 3)*16 ) ),
+ binop( Iop_64HLtoV128,
+ mkU64( 0x0ULL ),
+ mkU64( 0xFFFFULL ) ) ),
+ mkexpr( shift ) ),
+ binop( Iop_AndV128,
+ unop( Iop_NotV128,
+ binop( Iop_ShlV128,
+ binop( Iop_64HLtoV128,
+ mkU64( 0x0ULL ),
+ mkU64( 0xFFFFULL ) ),
+ mkexpr( shift ) ) ),
+ mkexpr( vD ) ) ) );
+ }
+ break;
+
+ case 0x38D: // vinsertw (Vector insert Word)
+ {
+ UChar uim = IFIELD( theInstr, 16, 4 );
+ IRTemp shift = newTemp( Ity_I8 );
+ IRTemp vD = newTemp( Ity_V128 );
+
+ DIP("vinsertw v%d,v%d,%d\n", vD_addr, vB_addr, uim);
+
+ assign( vD, getVReg( vD_addr ) );
+
+ assign( shift, unop( Iop_32to8,
+ binop( Iop_Mul32,
+ mkU32( 8 ),
+ mkU32( 15 - ( uim + 3 ) ) ) ) );
+
+ putVReg( vD_addr,
+ binop( Iop_OrV128,
+ binop( Iop_ShlV128,
+ binop( Iop_AndV128,
+ binop( Iop_ShrV128,
+ mkexpr( vB ),
+ mkU8( (3 - 1) * 32 ) ),
+ binop( Iop_64HLtoV128,
+ mkU64( 0x0ULL ),
+ mkU64( 0xFFFFFFFFULL ) ) ),
+ mkexpr( shift ) ),
+ binop( Iop_AndV128,
+ unop( Iop_NotV128,
+ binop( Iop_ShlV128,
+ binop( Iop_64HLtoV128,
+ mkU64( 0x0ULL ),
+ mkU64( 0xFFFFFFFFULL ) ),
+ mkexpr( shift ) ) ),
+ mkexpr( vD ) ) ) );
+ }
+ break;
+
+ case 0x3CD: // vinsertd (Vector insert Doubleword)
+ {
+ UChar uim = IFIELD( theInstr, 16, 4 );
+ IRTemp shift = newTemp( Ity_I8 );
+ IRTemp vD = newTemp( Ity_V128 );
+
+ DIP("vinsertd v%d,v%d,%d\n", vD_addr, vB_addr, uim);
+
+ assign( vD, getVReg( vD_addr ) );
+
+ assign( shift, unop( Iop_32to8,
+ binop( Iop_Mul32,
+ mkU32( 8 ),
+ mkU32( 15 - ( uim + 7 ) ) ) ) );
+
+ putVReg( vD_addr,
+ binop( Iop_OrV128,
+ binop( Iop_ShlV128,
+ binop( Iop_AndV128,
+ binop( Iop_ShrV128,
+ mkexpr( vB ),
+ mkU8( ( 1 - 0 ) * 64 ) ),
+ binop( Iop_64HLtoV128,
+ mkU64( 0x0ULL ),
+ mkU64( 0xFFFFFFFFFFFFFFFFULL ) ) ),
+ mkexpr( shift ) ),
+ binop( Iop_AndV128,
+ unop( Iop_NotV128,
+ binop( Iop_ShlV128,
+ binop( Iop_64HLtoV128,
+ mkU64( 0x0ULL ),
+ mkU64( 0xFFFFFFFFFFFFFFFFULL ) ),
+ mkexpr( shift ) ) ),
+ mkexpr( vD ) ) ) );
+ }
+ break;
/* Splat */
case 0x20C: { // vspltb (Splat Byte, AV p245)
@@ -17529,6 +24307,176 @@
}
/*
+ Vector Integer Absolute Difference
+*/
+static Bool dis_abs_diff ( UInt theInstr )
+{
+ /* VX-Form */
+ UChar opc1 = ifieldOPC( theInstr );
+ UChar vT_addr = ifieldRegDS( theInstr );
+ UChar vA_addr = ifieldRegA( theInstr );
+ UChar vB_addr = ifieldRegB( theInstr );
+ UInt opc2 = IFIELD( theInstr, 0, 11 );
+
+ IRTemp vA = newTemp( Ity_V128 );
+ IRTemp vB = newTemp( Ity_V128 );
+ IRTemp vT = newTemp( Ity_V128 );
+
+ IRTemp vAminusB = newTemp( Ity_V128 );
+ IRTemp vBminusA = newTemp( Ity_V128 );
+ IRTemp vMask = newTemp( Ity_V128 );
+
+ assign( vA, getVReg( vA_addr ) );
+ assign( vB, getVReg( vB_addr ) );
+
+ if ( opc1 != 0x4 ) {
+ vex_printf("dis_abs_diff(ppc)(instr)\n");
+ return False;
+ }
+
+ switch ( opc2 ) {
+ case 0x403: // vabsdub Vector absolute difference Unsigned Byte
+ {
+ DIP("vabsdub v%d,v%d,v%d\n", vT_addr, vA_addr, vB_addr);
+
+ /* Determine which of the corresponding bytes is larger,
+ * create mask with 1's in byte positions where vA[i] > vB[i]
+ */
+ assign( vMask, binop( Iop_CmpGT8Ux16, mkexpr( vA ), mkexpr( vB ) ) );
+
+ assign( vAminusB,
+ binop( Iop_AndV128,
+ binop( Iop_Sub8x16, mkexpr( vA ), mkexpr( vB ) ),
+ mkexpr( vMask ) ) );
+
+ assign( vBminusA,
+ binop( Iop_AndV128,
+ binop( Iop_Sub8x16, mkexpr( vB ), mkexpr( vA ) ),
+ unop ( Iop_NotV128, mkexpr( vMask ) ) ) );
+
+ assign( vT, binop( Iop_OrV128,
+ mkexpr( vAminusB ),
+ mkexpr( vBminusA ) ) );
+ }
+ break;
+
+ case 0x443: // vabsduh Vector absolute difference Unsigned Halfword
+ {
+ DIP("vabsduh v%d,v%d,v%d\n", vT_addr, vA_addr, vB_addr);
+
+ /* Determine which of the corresponding halfwords is larger,
+ * create mask with 1's in halfword positions where vA[i] > vB[i]
+ */
+ assign( vMask, binop( Iop_CmpGT16Ux8, mkexpr( vA ), mkexpr( vB ) ) );
+
+ assign( vAminusB,
+ binop( Iop_AndV128,
+ binop( Iop_Sub16x8, mkexpr( vA ), mkexpr( vB ) ),
+ mkexpr( vMask ) ) );
+
+ assign( vBminusA,
+ binop( Iop_AndV128,
+ binop( Iop_Sub16x8, mkexpr( vB ), mkexpr( vA ) ),
+ unop ( Iop_NotV128, mkexpr( vMask ) ) ) );
+
+ assign( vT, binop( Iop_OrV128,
+ mkexpr( vAminusB ),
+ mkexpr( vBminusA ) ) );
+ }
+ break;
+
+ case 0x483: // vabsduw Vector absolute difference Unsigned Word
+ {
+ DIP("vabsduw v%d,v%d,v%d\n", vT_addr, vA_addr, vB_addr);
+
+ /* Determine which of the corresponding words is larger,
+ * create mask with 1's in word positions where vA[i] > vB[i]
+ */
+ assign( vMask, binop( Iop_CmpGT32Ux4, mkexpr( vA ), mkexpr( vB ) ) );
+
+ assign( vAminusB,
+ binop( Iop_AndV128,
+ binop( Iop_Sub32x4, mkexpr( vA ), mkexpr( vB ) ),
+ mkexpr( vMask ) ) );
+
+ assign( vBminusA,
+ binop( Iop_AndV128,
+ binop( Iop_Sub32x4, mkexpr( vB ), mkexpr( vA ) ),
+ unop ( Iop_NotV128, mkexpr( vMask ) ) ) );
+
+ assign( vT, binop( Iop_OrV128,
+ mkexpr( vAminusB ),
+ mkexpr( vBminusA ) ) );
+ }
+ break;
+
+ default:
+ return False;
+ }
+
+ putVReg( vT_addr, mkexpr( vT ) );
+
+ return True;
+}
+
+/*
+ AltiVec 128 bit integer multiply by 10 Instructions
+*/
+static Bool dis_av_mult10 ( UInt theInstr )
+{
+ /* VX-Form */
+ UChar opc1 = ifieldOPC(theInstr);
+ UChar vT_addr = ifieldRegDS(theInstr);
+ UChar vA_addr = ifieldRegA(theInstr);
+ UChar vB_addr = ifieldRegB(theInstr);
+ UInt opc2 = IFIELD( theInstr, 0, 11 );
+
+ IRTemp vA = newTemp(Ity_V128);
+ assign( vA, getVReg(vA_addr));
+
+ if (opc1 != 0x4) {
+ vex_printf("dis_av_mult10(ppc)(instr)\n");
+ return False;
+ }
+ switch (opc2) {
+ case 0x001: { // vmul10cuq (Vector Multiply-by-10 and write carry
+ DIP("vmul10cuq v%d,v%d\n", vT_addr, vA_addr);
+ putVReg( vT_addr,
+ unop( Iop_MulI128by10Carry, mkexpr( vA ) ) );
+ break;
+ }
+ case 0x041: { // vmul10uq (Vector Multiply-by-10 Extended and write carry
+ // Unsigned Quadword VX form)
+ IRTemp vB = newTemp(Ity_V128);
+ assign( vB, getVReg(vB_addr));
+ DIP("vmul10ecuq v%d,v%d,v%d\n", vT_addr, vA_addr, vB_addr);
+ putVReg( vT_addr,
+ binop( Iop_MulI128by10ECarry, mkexpr( vA ), mkexpr( vB ) ) );
+ break;
+ }
+ case 0x201: { // vmul10uq (Vector Multiply-by-10 Unsigned Quadword VX form)
+ DIP("vmul10uq v%d,v%d\n", vT_addr, vA_addr);
+ putVReg( vT_addr,
+ unop( Iop_MulI128by10, mkexpr( vA ) ) );
+ break;
+ }
+ case 0x241: { // vmul10uq (Vector Multiply-by-10 Extended
+ // Unsigned Quadword VX form)
+ IRTemp vB = newTemp(Ity_V128);
+ assign( vB, getVReg(vB_addr));
+ DIP("vmul10euq v%d,v%d,v%d\n", vT_addr, vA_addr, vB_addr);
+ putVReg( vT_addr,
+ binop( Iop_MulI128by10E, mkexpr( vA ), mkexpr( vB ) ) );
+ break;
+ }
+ default:
+ vex_printf("dis_av_mult10(ppc)(opc2)\n");
+ return False;
+ }
+ return True;
+}
+
+/*
AltiVec Pack/Unpack Instructions
*/
static Bool dis_av_pack ( UInt theInstr )
@@ -17968,6 +24916,7 @@
IRTemp _vecA_32 = IRTemp_INVALID;
IRTemp _vecB_32 = IRTemp_INVALID;
IRTemp res_32 = IRTemp_INVALID;
+ IRTemp res_64 = IRTemp_INVALID;
IRTemp result = IRTemp_INVALID;
IRTemp tmp_result = IRTemp_INVALID;
IRTemp carry = IRTemp_INVALID;
@@ -17977,10 +24926,15 @@
IRExpr * _vecA_high64 = unop( Iop_V128HIto64, vecA );
IRExpr * _vecB_high64 = unop( Iop_V128HIto64, vecB );
+ carry = newTemp(Ity_I32);
+ assign( carry, cin );
+
for (i = 0; i < 4; i++) {
_vecA_32 = newTemp(Ity_I32);
_vecB_32 = newTemp(Ity_I32);
res_32 = newTemp(Ity_I32);
+ res_64 = newTemp(Ity_I64);
+
switch (i) {
case 0:
assign(_vecA_32, unop( Iop_64to32, _vecA_low64 ) );
@@ -18000,13 +24954,25 @@
break;
}
- assign(res_32, binop( Iop_Add32,
- binop( Iop_Add32,
- binop ( Iop_Add32,
- mkexpr(_vecA_32),
- mkexpr(_vecB_32) ),
- (i == 0) ? mkU32(0) : mkexpr(carry) ),
- (i == 0) ? cin : mkU32(0) ) );
+ assign( res_64, binop( Iop_Add64,
+ binop ( Iop_Add64,
+ binop( Iop_32HLto64,
+ mkU32( 0 ),
+ mkexpr(_vecA_32) ),
+ binop( Iop_32HLto64,
+ mkU32( 0 ),
+ mkexpr(_vecB_32) ) ),
+ binop( Iop_32HLto64,
+ mkU32( 0 ),
+ mkexpr( carry ) ) ) );
+
+ /* Calculate the carry to the next higher 32 bits. */
+ carry = newTemp(Ity_I32);
+ assign(carry, unop( Iop_64HIto32, mkexpr( res_64 ) ) );
+
+ /* result is the lower 32-bits */
+ assign(res_32, unop( Iop_64to32, mkexpr( res_64 ) ) );
+
if (modulo) {
result = newTemp(Ity_V128);
assign(result, binop( Iop_OrV128,
@@ -18023,10 +24989,6 @@
tmp_result = newTemp(Ity_V128);
assign(tmp_result, mkexpr(result));
}
- carry = newTemp(Ity_I32);
- assign(carry, unop(Iop_1Uto32, binop( Iop_CmpLT32U,
- mkexpr(res_32),
- mkexpr(_vecA_32 ) ) ) );
}
if (modulo)
return result;
@@ -18229,6 +25191,48 @@
return True;
}
+static IRExpr * bcd_sign_code_adjust( UInt ps, IRExpr * tmp)
+{
+ /* The Iop_BCDAdd and Iop_BCDSub will result in the corresponding Power PC
+ * instruction being issued with ps = 0. If ps = 1, the sign code, which
+ * is in the least significant four bits of the result, needs to be updated
+ * per the ISA:
+ *
+ * If PS=0, the sign code of the result is set to 0b1100.
+ * If PS=1, the sign code of the result is set to 0b1111.
+ *
+ * Note, the ps value is NOT being passed down to the instruction issue
+ * because passing a constant via triop() breaks the vbit-test test. The
+ * vbit-tester assumes it can set non-zero shadow bits for the triop()
+ * arguments. Thus they have to be expressions not a constant.
+ * Use 32-bit compare instructiions as 64-bit compares are not supported
+ * in 32-bit mode.
+ */
+ IRTemp mask = newTemp(Ity_I64);
+ IRExpr *rtn;
+
+ if ( ps == 0 ) {
+ /* sign code is correct, just return it. */
+ rtn = tmp;
+
+ } else {
+ /* Check if lower four bits are 0b1100, if so, change to 0b1111 */
+ /* Make this work in 32-bit mode using only 32-bit compares */
+ assign( mask, unop( Iop_1Sto64,
+ binop( Iop_CmpEQ32, mkU32( 0xC ),
+ binop( Iop_And32, mkU32( 0xF ),
+ unop( Iop_64to32,
+ unop( Iop_V128to64, tmp )
+ ) ) ) ) );
+ rtn = binop( Iop_64HLtoV128,
+ unop( Iop_V128HIto64, tmp ),
+ binop( Iop_Or64,
+ binop( Iop_And64, mkU64( 0xF ), mkexpr( mask ) ),
+ unop( Iop_V128to64, tmp ) ) );
+ }
+
+ return rtn;
+}
/*
AltiVec BCD Arithmetic instructions.
@@ -18237,7 +25241,123 @@
except when an overflow occurs. But since we can't be 100% accurate
in our emulation of CR6, it seems best to just not support it all.
*/
-static Bool dis_av_bcd ( UInt theInstr )
+static Bool dis_av_bcd_misc ( UInt theInstr, const VexAbiInfo* vbi )
+{
+ UChar opc1 = ifieldOPC(theInstr);
+ UChar vRT_addr = ifieldRegDS(theInstr);
+ UChar vRA_addr = ifieldRegA(theInstr);
+ UChar vRB_addr = ifieldRegB(theInstr);
+ IRTemp vA = newTemp(Ity_V128);
+ IRTemp vB = newTemp(Ity_V128);
+ UInt opc2 = IFIELD( theInstr, 0, 11 );
+ IRExpr *pos, *neg, *valid, *zero, *sign;
+ IRTemp eq_lt_gt = newTemp( Ity_I32 );
+
+ assign( vA, getVReg(vRA_addr));
+ assign( vB, getVReg(vRB_addr));
+
+ if (opc1 != 0x4) {
+ vex_printf("dis_av_bcd_misc(ppc)(instr)\n");
+ return False;
+ }
+
+ switch (opc2) {
+ case 0x341: // bcdcpsgn. Decimal Copy Sign VX-form
+ {
+ IRExpr *sign_vb, *value_va;
+ DIP("bcdcpsgn. v%d,v%d,v%d\n", vRT_addr, vRA_addr, vRB_addr);
+
+ zero =
+ BCDstring_zero( binop( Iop_AndV128,
+ binop( Iop_64HLtoV128,
+ mkU64( 0xFFFFFFFFFFFFFFFF ),
+ mkU64( 0xFFFFFFFFFFFFFFF0 ) ),
+ mkexpr( vA ) ) );
+
+ /* Sign codes of 0xA, 0xC, 0xE or 0xF are positive, sign
+ * codes 0xB and 0xD are negative.
+ */
+ sign = binop( Iop_And64, mkU64( 0xF ),
+ unop( Iop_V128to64, mkexpr( vB ) ) );
+
+ neg = mkOR1( binop( Iop_CmpEQ64,
+ sign,
+ mkU64 ( 0xB ) ),
+ binop( Iop_CmpEQ64,
+ sign,
+ mkU64 ( 0xD ) ) );
+
+ pos = mkNOT1( neg );
+
+ /* invalid if vA or vB is not valid */
+ valid =
+ unop( Iop_64to32,
+ binop( Iop_And64,
+ is_BCDstring128( vbi,
+ /*Signed*/True, mkexpr( vA ) ),
+ is_BCDstring128( vbi,
+ /*Signed*/True, mkexpr( vB ) ) ) );
+
+ sign_vb = binop( Iop_AndV128,
+ binop( Iop_64HLtoV128,
+ mkU64( 0 ),
+ mkU64( 0xF ) ),
+ mkexpr( vB ) );
+
+ value_va = binop( Iop_AndV128,
+ binop( Iop_64HLtoV128,
+ mkU64( 0xFFFFFFFFFFFFFFFF ),
+ mkU64( 0xFFFFFFFFFFFFFFF0 ) ),
+ mkexpr( vA ) );
+ putVReg( vRT_addr, binop( Iop_OrV128, sign_vb, value_va ) );
+ }
+ break;
+
+ default:
+ vex_printf("dis_av_bcd_misc(ppc)(opc2)\n");
+ return False;
+ }
+
+ /* set CR field 6 to:
+ * 0b1000 if vB less then 0, i.e. vB is neg and not zero,
+ * 0b0100 if vB greter then 0, i.e. vB is pos and not zero,
+ * 0b1000 if vB equals 0,
+ * 0b0001 if vB is invalid over rules lt, gt, eq
+ */
+ assign( eq_lt_gt,
+ binop( Iop_Or32,
+ binop( Iop_Shl32,
+ unop( Iop_1Uto32,
+ mkAND1( neg,
+ mkNOT1( zero ) ) ),
+ mkU8( 3 ) ),
+ binop( Iop_Or32,
+ binop( Iop_Shl32,
+ unop( Iop_1Uto32,
+ mkAND1( pos,
+ mkNOT1( zero ) ) ),
+ mkU8( 2 ) ),
+ binop( Iop_Shl32,
+ unop( Iop_1Uto32, zero ),
+ mkU8( 1 ) ) ) ) );
+
+ IRTemp valid_mask = newTemp( Ity_I32 );
+
+ assign( valid_mask, unop( Iop_1Sto32, unop( Iop_32to1, valid ) ) );
+
+ putGST_field( PPC_GST_CR,
+ binop( Iop_Or32,
+ binop( Iop_And32,
+ mkexpr( valid_mask ),
+ mkexpr( eq_lt_gt ) ),
+ binop( Iop_And32,
+ unop( Iop_Not32, mkexpr( valid_mask ) ),
+ mkU32( 1 ) ) ),
+ 6 );
+ return True;
+}
+
+static Bool dis_av_bcd ( UInt theInstr, const VexAbiInfo* vbi )
{
/* VX-Form */
UChar opc1 = ifieldOPC(theInstr);
@@ -18246,10 +25366,13 @@
UChar vRB_addr = ifieldRegB(theInstr);
UChar ps = IFIELD( theInstr, 9, 1 );
UInt opc2 = IFIELD( theInstr, 0, 9 );
-
IRTemp vA = newTemp(Ity_V128);
IRTemp vB = newTemp(Ity_V128);
IRTemp dst = newTemp(Ity_V128);
+ IRExpr *pos, *neg, *valid, *zero, *sign_digit, *in_range;
+ IRTemp eq_lt_gt = newTemp( Ity_I32 );
+ IRExpr *overflow, *value;
+
assign( vA, getVReg(vRA_addr));
assign( vB, getVReg(vRB_addr));
@@ -18259,24 +25382,1165 @@
}
switch (opc2) {
- case 0x1: // bcdadd
- DIP("bcdadd. v%d,v%d,v%d,%u\n", vRT_addr, vRA_addr, vRB_addr, ps);
- assign( dst, triop( Iop_BCDAdd, mkexpr( vA ),
- mkexpr( vB ), mkU8( ps ) ) );
- putVReg( vRT_addr, mkexpr(dst));
- return True;
+ case 0x1: // bcdadd.
+ case 0x41: // bcdsub.
+ {
+ /* NOTE 64 bit compares are not supported in 32-bit mode. Use
+ * 32-bit compares only.
+ */
- case 0x41: // bcdsub
- DIP("bcdsub. v%d,v%d,v%d,%u\n", vRT_addr, vRA_addr, vRB_addr, ps);
- assign( dst, triop( Iop_BCDSub, mkexpr( vA ),
- mkexpr( vB ), mkU8( ps ) ) );
- putVReg( vRT_addr, mkexpr(dst));
- return True;
+ IRExpr *sign, *res_smaller;
+ IRExpr *signA, *signB, *sign_digitA, *sign_digitB;
+ IRExpr *zeroA, *zeroB, *posA, *posB, *negA, *negB;
+
+ if ( opc2 == 0x1 ) {
+ DIP("bcdadd. v%d,v%d,v%d,%u\n", vRT_addr, vRA_addr, vRB_addr, ps);
+ assign( dst, bcd_sign_code_adjust( ps,
+ binop( Iop_BCDAdd,
+ mkexpr( vA ),
+ mkexpr( vB ) ) ) );
+ } else {
+ DIP("bcdsub. v%d,v%d,v%d,%u\n", vRT_addr, vRA_addr, vRB_addr, ps);
+ assign( dst, bcd_sign_code_adjust( ps,
+ binop( Iop_BCDSub,
+ mkexpr( vA ),
+ mkexpr( vB ) ) ) );
+ }
+
+ putVReg( vRT_addr, mkexpr( dst ) );
+ /* set CR field 6 */
+ /* result */
+ zero = BCDstring_zero( binop( Iop_AndV128,
+ binop( Iop_64HLtoV128,
+ mkU64( 0xFFFFFFFFFFFFFFFF ),
+ mkU64( 0xFFFFFFFFFFFFFFF0 ) ),
+ mkexpr(dst) ) ); // ignore sign
+
+ sign_digit = binop( Iop_And32, mkU32( 0xF ),
+ unop( Iop_64to32,
+ unop( Iop_V128to64, mkexpr( dst ) ) ) );
+
+ sign = mkOR1( binop( Iop_CmpEQ32,
+ sign_digit,
+ mkU32 ( 0xB ) ),
+ binop( Iop_CmpEQ32,
+ sign_digit,
+ mkU32 ( 0xD ) ) );
+ neg = mkAND1( sign, mkNOT1( zero ) );
+
+ /* Pos position AKA gt = 1 if ((not neg) & (not eq zero)) */
+ pos = mkAND1( mkNOT1( sign ), mkNOT1( zero ) );
+ valid = unop( Iop_64to32,
+ binop( Iop_And64,
+ is_BCDstring128( vbi,
+ /*Signed*/True, mkexpr( vA ) ),
+ is_BCDstring128( vbi,
+ /*Signed*/True, mkexpr( vB ) )
+ ) );
+
+ /* src A */
+ zeroA = BCDstring_zero( binop( Iop_AndV128,
+ binop( Iop_64HLtoV128,
+ mkU64( 0xFFFFFFFFFFFFFFFF ),
+ mkU64( 0xFFFFFFFFFFFFFFF0 ) ),
+ mkexpr( vA ) ) ); // ignore sign
+ sign_digitA = binop( Iop_And32, mkU32( 0xF ),
+ unop( Iop_64to32,
+ unop( Iop_V128to64, mkexpr( vA ) ) ) );
+
+ signA = mkOR1( binop( Iop_CmpEQ32,
+ sign_digitA,
+ mkU32 ( 0xB ) ),
+ binop( Iop_CmpEQ32,
+ sign_digitA,
+ mkU32 ( 0xD ) ) );
+ negA = mkAND1( signA, mkNOT1( zeroA ) );
+ /* Pos position AKA gt = 1 if ((not neg) & (not eq zero)) */
+ posA = mkAND1( mkNOT1( signA ), mkNOT1( zeroA ) );
+
+ /* src B */
+ zeroB = BCDstring_zero( binop( Iop_AndV128,
+ binop( Iop_64HLtoV128,
+ mkU64( 0xFFFFFFFFFFFFFFFF ),
+ mkU64( 0xFFFFFFFFFFFFFFF0 ) ),
+ mkexpr( vB ) ) ); // ignore sign
+ sign_digitB = binop( Iop_And32, mkU32( 0xF ),
+ unop( Iop_64to32,
+ unop( Iop_V128to64, mkexpr( vB ) ) ) );
+
+ signB = mkOR1( binop( Iop_CmpEQ32,
+ sign_digitB,
+ mkU32 ( 0xB ) ),
+ binop( Iop_CmpEQ32,
+ sign_digitB,
+ mkU32 ( 0xD ) ) );
+ negB = mkAND1( signB, mkNOT1( zeroB ) );
+
+
+ /* Pos position AKA gt = 1 if ((not neg) & (not eq zero)) */
+ posB = mkAND1( mkNOT1( signB ), mkNOT1( zeroB ) );
+
+
+ if (mode64) {
+ res_smaller = mkAND1( CmpGT128U( mkexpr( vA ), mkexpr( dst ) ),
+ CmpGT128U( mkexpr( vB ), mkexpr( dst ) ) );
+
+ } else {
+ /* Have to do this with 32-bit compares, expensive */
+ res_smaller = mkAND1( UNSIGNED_CMP_GT_V128( mkexpr( vA ),
+ mkexpr( dst ) ),
+ UNSIGNED_CMP_GT_V128( mkexpr( vB ),
+ mkexpr( dst ) ) );
+ }
+
+ if ( opc2 == 0x1) {
+ /* Overflow for Add can only occur if the signs of the operands
+ * are the same and the two operands are non-zero. On overflow,
+ * the PPC hardware produces a result consisting of just the lower
+ * digits of the result. So, if the result is less then both
+ * operands and the sign of the operands are the same overflow
+ * occured.
+ */
+ overflow = mkOR1( mkAND1( res_smaller, mkAND1( negA, negB ) ),
+ mkAND1( res_smaller, mkAND1( posA, posB ) ) );
+ } else {
+ /* Overflow for Add can only occur if the signs of the operands
+ * are the different and the two operands are non-zero. On overflow,
+ * the PPC hardware produces a result consisting of just the lower
+ * digits of the result. So, if the result is less then both
+ * operands and the sign of the operands are different overflow
+ * occured.
+ */
+ overflow = mkOR1( mkAND1( res_smaller, mkAND1( negA, posB ) ),
+ mkAND1( res_smaller, mkAND1( posA, negB ) ) );
+ }
+ }
+ break;
+
+ case 0x081: // bcdus. Decimal Unsigned Shift VX-form
+ case 0x0C1: // bcds. Decimal Shift VX-form
+ case 0x1C1: // bcdsr. Decimal Shift and Round VX-form
+ {
+ IRExpr *shift_dir;
+ IRExpr *shift_mask, *result, *new_sign_val, *sign;
+ IRExpr *not_excess_shift, *not_excess_shift_mask;
+ IRTemp shift_dir_mask = newTemp( Ity_I64 );
+ IRTemp shift_by = newTemp( Ity_I64 );
+ IRTemp shift_field = newTemp( Ity_I64 );
+ IRTemp shifted_out = newTemp( Ity_V128 );
+ IRTemp value_shl = newTemp( Ity_V128 );
+ IRTemp value_shr = newTemp( Ity_V128 );
+ IRTemp round = newTemp( Ity_I32);
+
+ ULong value_mask_low = 0;
+ UInt max_shift = 0;
+
+ if (opc2 == 0x0C1) {
+ DIP("bcds. v%d,v%d,v%d,%d\n", vRT_addr, vRA_addr, vRB_addr, ps);
+ value_mask_low = 0xFFFFFFFFFFFFFFF0;
+ max_shift = 30 * 4; /* maximum without shifting all digits out */
+
+ } else if (opc2 == 0x1C1) {
+ DIP("bcdsr. v%d,v%d,v%d,%d\n", vRT_addr, vRA_addr, vRB_addr, ps);
+
+ value_mask_low = 0xFFFFFFFFFFFFFFF0;
+ max_shift = 30 * 4; /* maximum without shifting all digits out */
+
+ } else {
+ DIP("bcdus. v%d,v%d,v%d,%d\n", vRT_addr, vRA_addr,
+ vRB_addr, ps);
+ value_mask_low = 0xFFFFFFFFFFFFFFFF;
+ max_shift = 31 * 4; /* maximum without shifting all digits out */
+ }
+
+ value = binop( Iop_AndV128,
+ binop( Iop_64HLtoV128,
+ mkU64( 0xFFFFFFFFFFFFFFFF ),
+ mkU64( value_mask_low ) ),
+ mkexpr( vB ) );
+
+ zero = BCDstring_zero( value );
+
+ /* Shift field is 2's complement value */
+ assign( shift_field, unop( Iop_V128to64,
+ binop( Iop_ShrV128,
+ binop( Iop_AndV128,
+ binop( Iop_64HLtoV128,
+ mkU64( 0xFF ),
+ mkU64( 0x0) ),
+ mkexpr( vA ) ),
+ mkU8( 64 ) ) ) );
+
+ /* if shift_dir = 0 shift left, otherwise shift right */
+ shift_dir = binop( Iop_CmpEQ64,
+ binop( Iop_Shr64,
+ mkexpr( shift_field ),
+ mkU8( 7 ) ),
+ mkU64( 1 ) );
+
+ assign( shift_dir_mask, unop( Iop_1Sto64, shift_dir ) );
+
+ /* Shift field is stored in 2's complement form */
+ assign(shift_by,
+ binop( Iop_Mul64,
+ binop( Iop_Or64,
+ binop( Iop_And64,
+ unop( Iop_Not64,
+ mkexpr( shift_dir_mask ) ),
+ mkexpr( shift_field ) ),
+ binop( Iop_And64,
+ mkexpr( shift_dir_mask ),
+ binop( Iop_And64,
+ binop( Iop_Add64,
+ mkU64( 1 ),
+ unop( Iop_Not64,
+ mkexpr( shift_field ) ) ),
+ mkU64( 0xFF ) ) ) ),
+ mkU64( 4 ) ) );
+
+ /* If the shift exceeds 128 bits, we need to force the result
+ * to zero because Valgrind shift amount is only 7-bits. Otherwise,
+ * we get a shift amount of mod(shift_by, 127)
+ */
+ not_excess_shift = unop( Iop_1Sto64,
+ binop( Iop_CmpLE64U,
+ mkexpr( shift_by ),
+ mkU64( max_shift ) ) );
+
+ not_excess_shift_mask = binop( Iop_64HLtoV128,
+ not_excess_shift,
+ not_excess_shift );
+
+ assign( value_shl,
+ binop( Iop_ShlV128, value, unop( Iop_64to8,
+ mkexpr( shift_by) ) ) );
+ assign( value_shr,
+ binop( Iop_AndV128,
+ binop( Iop_64HLtoV128,
+ mkU64( 0xFFFFFFFFFFFFFFFF ),
+ mkU64( value_mask_low) ),
+ binop( Iop_ShrV128,
+ value,
+ unop( Iop_64to8,
+ mkexpr( shift_by ) ) ) ) );
+
+ /* Overflow occurs if the shift amount is greater than zero, the
+ * operation is a left shift and any non-zero digits are left
+ * shifted out.
+ */
+ assign( shifted_out,
+ binop( Iop_OrV128,
+ binop( Iop_ShrV128,
+ value,
+ unop( Iop_64to8,
+ binop( Iop_Sub64,
+ mkU64( 32*4 ),
+ mkexpr( shift_by ) ) ) ),
+ binop( Iop_AndV128,
+ unop( Iop_NotV128,
+ not_excess_shift_mask ),
+ value ) ) );
+
+ overflow = mkAND1( mkNOT1( BCDstring_zero( mkexpr( shifted_out ) ) ),
+ mkAND1( mkNOT1( shift_dir ),
+ binop( Iop_CmpNE64,
+ mkexpr( shift_by ),
+ mkU64( 0 ) ) ) );
+
+ if ((opc2 == 0xC1) || (opc2 == 0x1C1)) {
+ /* Sign codes of 0xA, 0xC, 0xE or 0xF are positive, sign
+ * codes 0xB and 0xD are negative.
+ */
+ sign_digit = binop( Iop_And64, mkU64( 0xF ),
+ unop( Iop_V128to64, mkexpr( vB ) ) );
+
+ sign = mkOR1( binop( Iop_CmpEQ64,
+ sign_digit,
+ mkU64 ( 0xB ) ),
+ binop( Iop_CmpEQ64,
+ sign_digit,
+ mkU64 ( 0xD ) ) );
+ neg = mkAND1( sign, mkNOT1( zero ) );
+
+ /* Pos position AKA gt = 1 if ((not neg) & (not eq zero)) */
+ pos = mkAND1( mkNOT1( sign ), mkNOT1( zero ) );
+
+ valid =
+ unop( Iop_64to32,
+ is_BCDstring128( vbi, /* Signed */True, mkexpr( vB ) ) );
+
+ } else {
+ /* string is an unsigned BCD value */
+ pos = mkU1( 1 );
+ neg = mkU1( 0 );
+ sign = mkU1( 0 );
+
+ valid =
+ unop( Iop_64to32,
+ is_BCDstring128( vbi, /* Unsigned */False,
+ mkexpr( vB ) ) );
+ }
+
+ /* if PS = 0
+ vB positive, sign is C
+ vB negative, sign is D
+ if PS = 1
+ vB positive, sign is F
+ vB negative, sign is D
+ Note can't use pos or neg here since they are ANDed with zero,
+ use sign instead.
+ */
+ if (ps == 0) {
+ new_sign_val = binop( Iop_Or64,
+ unop( Iop_1Uto64, sign ),
+ mkU64( 0xC ) );
+
+ } else {
+ new_sign_val = binop( Iop_Xor64,
+ binop( Iop_Shl64,
+ unop( Iop_1Uto64, sign ),
+ mkU8( 1 ) ),
+ mkU64( 0xF ) );
+ }
+
+ shift_mask = binop( Iop_64HLtoV128,
+ unop( Iop_1Sto64, shift_dir ),
+ unop( Iop_1Sto64, shift_dir ) );
+
+ result = binop( Iop_OrV128,
+ binop( Iop_AndV128, mkexpr( value_shr ), shift_mask ),
+ binop( Iop_AndV128,
+ mkexpr( value_shl ),
+ unop( Iop_NotV128, shift_mask ) ) );
+
+ if (opc2 == 0xC1) { // bcds.
+ putVReg( vRT_addr, binop( Iop_OrV128,
+ binop( Iop_64HLtoV128,
+ mkU64( 0 ),
+ new_sign_val ),
+ binop( Iop_AndV128,
+ not_excess_shift_mask,
+ result ) ) );
+ } else if (opc2 == 0x1C1) { //bcdsr.
+ /* If shifting right, need to round up if needed */
+ assign( round, unop( Iop_1Uto32,
+ mkAND1( shift_dir,
+ check_BCD_round( value,
+ shift_by ) ) ) );
+
+ putVReg( vRT_addr,
+ binop( Iop_OrV128,
+ binop( Iop_64HLtoV128,
+ mkU64( 0 ),
+ new_sign_val ),
+ binop( Iop_AndV128,
+ not_excess_shift_mask,
+ mkexpr( increment_BCDstring( vbi, result,
+ mkexpr( round)
+ ) ) ) ) );
+ } else { // bcdus.
+ putVReg( vRT_addr, binop( Iop_AndV128,
+ not_excess_shift_mask,
+ result ) );
+ }
+ }
+ break;
+
+ case 0x101: // bcdtrunc. Decimal Truncate VX-form
+ case 0x141: // bcdutrunc. Decimal Unsigned Truncate VX-form
+ {
+ IRTemp length = newTemp( Ity_I64 );
+ IRTemp masked_out = newTemp( Ity_V128 );
+ IRExpr *new_sign_val, *result, *shift;
+ IRExpr *length_neq_128, *sign;
+ ULong value_mask_low;
+ Int max_digits;
+
+ if ( opc2 == 0x101) { // bcdtrunc.
+ value_mask_low = 0xFFFFFFFFFFFFFFF0;
+ max_digits = 31;
+ } else {
+ value_mask_low = 0xFFFFFFFFFFFFFFFF;
+ max_digits = 32;
+ }
+
+ assign( length, binop( Iop_And64,
+ unop( Iop_V128HIto64,
+ mkexpr( vA ) ),
+ mkU64( 0xFFFF ) ) );
+ shift = unop( Iop_64to8,
+ binop( Iop_Mul64,
+ binop( Iop_Sub64,
+ mkU64( max_digits ),
+ mkexpr( length ) ),
+ mkU64( 4 ) ) );
+
+ /* Note ShrV128 gets masked by 127 so a shift of 128 results in
+ * the value not being shifted. A shift of 128 sets the register
+ * zero. So if length+1 = 128, just set the value to 0.
+ */
+ length_neq_128 = mkNOT1( binop( Iop_CmpEQ64,
+ mkexpr( length),
+ mkU64( 0x1F ) ) );
+
+ assign( masked_out,
+ binop( Iop_AndV128,
+ binop( Iop_64HLtoV128,
+ unop( Iop_1Sto64, length_neq_128 ),
+ unop( Iop_1Sto64, length_neq_128 ) ),
+ binop( Iop_ShrV128,
+ mkexpr( vB ),
+ unop( Iop_64to8,
+ binop( Iop_Mul64,
+ mkU64( 4 ),
+ binop( Iop_Add64,
+ mkU64( 1 ),
+ mkexpr( length ) ) ) ) )
+ ) );
+
+ /* Overflow occurs if any of the left most 31-length digits of vB
+ * are non-zero.
+ */
+ overflow = mkNOT1( BCDstring_zero( mkexpr( masked_out ) ) );
+
+ value = binop( Iop_AndV128,
+ binop( Iop_64HLtoV128,
+ mkU64( 0xFFFFFFFFFFFFFFFF ),
+ mkU64( value_mask_low ) ),
+ mkexpr( vB ) );
+
+
+ if ( opc2 == 0x101 ) { // bcdtrunc.
+ /* Check if all of the non-sign digits are zero */
+ zero = BCDstring_zero( binop( Iop_AndV128,
+ binop( Iop_64HLtoV128,
+ mkU64( 0xFFFFFFFFFFFFFFFF ),
+ mkU64( 0xFFFFFFFFFFFFFFF0 ) ),
+ value ) );
+
+ /* Sign codes of 0xA, 0xC, 0xE or 0xF are positive, sign
+ * codes 0xB and 0xD are negative.
+ */
+ sign_digit = binop( Iop_And64, mkU64( 0xF ),
+ unop( Iop_V128to64, mkexpr( vB ) ) );
+
+ sign = mkOR1( binop( Iop_CmpEQ64,
+ sign_digit,
+ mkU64 ( 0xB ) ),
+ binop( Iop_CmpEQ64,
+ sign_digit,
+ mkU64 ( 0xD ) ) );
+ neg = mkAND1( sign, mkNOT1( zero ) );
+
+ /* Pos position AKA gt = 1 if ((not neg) & (not eq zero)) */
+ pos = mkAND1( mkNOT1( sign ), mkNOT1( zero ) );
+
+ /* Note can't use pos or neg here since they are ANDed with zero,
+ use sign instead.
+ */
+ if (ps == 0) {
+ new_sign_val = binop( Iop_Or64,
+ unop( Iop_1Uto64, sign ),
+ mkU64( 0xC ) );
+ } else {
+ new_sign_val = binop( Iop_Xor64,
+ binop( Iop_Shl64,
+ unop( Iop_1Uto64, sign ),
+ mkU8 ( 1 ) ),
+ mkU64( 0xF ) );
+ }
+ valid =
+ unop( Iop_64to32,
+ is_BCDstring128( vbi, /* Signed */True, mkexpr( vB ) ) );
+
+ } else { // bcdutrunc.
+ /* Check if all of the digits are zero */
+ zero = BCDstring_zero( value );
+
+ /* unsigned value, need to make CC code happy */
+ neg = mkU1( 0 );
+
+ /* Pos position AKA gt = 1 if (not eq zero) */
+ pos = mkNOT1( zero );
+ valid =
+ unop( Iop_64to32,
+ is_BCDstring128( vbi, /* Unsigned */False,
+ mkexpr( vB ) ) );
+ }
+
+ /* If vB is not valid, the result is undefined, but we need to
+ * match the hardware so the output of the test suite will match.
+ * Hardware sets result to 0x0.
+ */
+ result = binop( Iop_AndV128,
+ mkV128( 0xFFFF ),
+ binop( Iop_ShrV128,
+ binop( Iop_ShlV128, value, shift ),
+ shift ) );
+
+ if ( opc2 == 0x101) { // bcdtrunc.
+ putVReg( vRT_addr, binop( Iop_OrV128,
+ binop( Iop_64HLtoV128,
+ mkU64( 0 ),
+ new_sign_val ),
+ result ) );
+ } else {
+ putVReg( vRT_addr, result );
+ }
+ }
+ break;
+
+ case 0x181: // bcdctz., bcdctn., bcdcfz., bcdcfn., bcdsetsgn.,
+ // bcdcfsq., bcdctsq.
+ {
+ UInt inst_select = IFIELD( theInstr, 16, 5);
+
+ switch (inst_select) {
+ case 0: // bcdctsq. (Decimal Convert to Signed Quadword VX-form)
+ {
+ IRExpr *sign;
+
+ /* The instruction takes a 32-bit integer in a vector source
+ * register and returns the signed packed decimal number
+ * in a vector register. The source integer needs to be moved
+ * from the V128 to an I32 for the Iop.
+ */
+
+ DIP("bcdctsq v%d, v%d\n", vRT_addr, vRB_addr);
+
+ putVReg( vRT_addr, unop( Iop_BCD128toI128S, mkexpr( vB ) ) );
+
+ sign = binop( Iop_And64,
+ unop( Iop_V128to64, mkexpr( vB ) ),
+ mkU64( 0xF ) );
+ zero = mkAND1( binop( Iop_CmpEQ64,
+ unop( Iop_V128HIto64, mkexpr( vB ) ),
+ mkU64( 0x0 ) ),
+ binop( Iop_CmpEQ64,
+ binop( Iop_And64,
+ unop( Iop_V128to64, mkexpr( vB ) ),
+ mkU64( 0xFFFFFFF0 ) ),
+ mkU64( 0x0 ) ) );
+ pos = mkAND1( mkNOT1( zero ),
+ mkOR1( mkOR1( binop( Iop_CmpEQ64,
+ sign, mkU64( 0xA ) ),
+ binop( Iop_CmpEQ64,
+ sign, mkU64( 0xC ) ) ),
+ mkOR1( binop( Iop_CmpEQ64,
+ sign, mkU64( 0xE ) ),
+ binop( Iop_CmpEQ64,
+ sign, mkU64( 0xF ) ) ) ) );
+ neg = mkAND1( mkNOT1( zero ),
+ mkOR1( binop( Iop_CmpEQ64, sign, mkU64( 0xB ) ),
+ binop( Iop_CmpEQ64, sign, mkU64( 0xD ) ) ) );
+
+ /* Check each of the nibbles for a valid digit 0 to 9 */
+ valid =
+ unop( Iop_64to32,
+ is_BCDstring128( vbi, /* Signed */True,
+ mkexpr( vB ) ) );
+ overflow = mkU1( 0 ); // not used
+ }
+ break;
+
+ case 2: // bcdcfsq. (Decimal Convert from Signed Quadword VX-form)
+ {
+ IRExpr *pos_upper_gt, *pos_upper_eq, *pos_lower_gt;
+ IRExpr *neg_upper_lt, *neg_upper_eq, *neg_lower_lt;
+
+ DIP("bcdcfsq v%d, v%d, %d\n", vRT_addr, vRB_addr, ps);
+
+ /* The instruction takes a signed packed decimal number and
+ * returns the integer value in the vector register. The Iop
+ * returns an I32 which needs to be moved to the destination
+ * vector register.
+ */
+ putVReg( vRT_addr,
+ binop( Iop_I128StoBCD128, mkexpr( vB ), mkU8( ps ) ) );
+
+ zero = mkAND1( binop( Iop_CmpEQ64, mkU64( 0 ),
+ unop( Iop_V128to64, mkexpr( vB ) ) ),
+ binop( Iop_CmpEQ64, mkU64( 0 ),
+ unop( Iop_V128HIto64, mkexpr( vB ) ) ) );
+ pos = mkAND1( mkNOT1 ( zero ),
+ binop( Iop_CmpEQ64, mkU64( 0 ),
+ binop( Iop_And64,
+ unop( Iop_V128HIto64,
+ mkexpr( vB ) ),
+ mkU64( 0x8000000000000000UL ) ) ) );
+ neg = mkAND1( mkNOT1 ( zero ),
+ binop( Iop_CmpEQ64, mkU64( 0x8000000000000000UL ),
+ binop( Iop_And64,
+ unop( Iop_V128HIto64,
+ mkexpr( vB ) ),
+ mkU64( 0x8000000000000000UL ) ) ) );
+
+ /* Overflow occurs if: vB > 10^31-1 OR vB < -10^31-1
+ * do not have a 128 bit compare. Will have to compare the
+ * upper 64 bit and athe lower 64 bits. If the upper 64-bits
+ * are equal then overflow if the lower 64 bits of vB is greater
+ * otherwise if the upper bits of vB is greater then the max
+ * for the upper 64-bits then overflow
+ *
+ * 10^31-1 = 0x7E37BE2022C0914B267FFFFFFF
+ */
+ pos_upper_gt = binop( Iop_CmpLT64U,
+ mkU64( 0x7E37BE2022 ),
+ unop( Iop_V128HIto64, mkexpr( vB ) ) );
+ pos_upper_eq = binop( Iop_CmpEQ64,
+ unop( Iop_V128HIto64, mkexpr( vB ) ),
+ mkU64( 0x7E37BE2022 ) );
+ pos_lower_gt = binop( Iop_CmpLT64U,
+ mkU64( 0x0914B267FFFFFFF ),
+ unop( Iop_V128to64, mkexpr( vB ) ) );
+ /* -10^31-1 = 0X81C841DFDD3F6EB4D97FFFFFFF */
+ neg_upper_lt = binop( Iop_CmpLT64U,
+ mkU64( 0X81C841DFDD ),
+ unop( Iop_V128HIto64, mkexpr( vB ) ) );
+ neg_upper_eq = binop( Iop_CmpEQ64,
+ unop( Iop_V128HIto64, mkexpr( vB ) ),
+ mkU64( 0X81C841DFDD ) );
+ neg_lower_lt = binop( Iop_CmpLT64U,
+ mkU64( 0x3F6EB4D97FFFFFFF ),
+ unop( Iop_V128to64, mkexpr( vB ) ) );
+
+ /* calculate overflow, masking for positive and negative */
+ overflow = mkOR1( mkAND1( pos,
+ mkOR1( pos_upper_gt,
+ mkAND1( pos_upper_eq,
+ pos_lower_gt ) ) ),
+ mkAND1( neg,
+ mkOR1( neg_upper_lt,
+ mkAND1( neg_upper_eq,
+ neg_lower_lt )
+ ) ) );
+ valid = mkU32( 1 );
+ }
+ break;
+
+ case 4: // bcdctz. (Decimal Convert to Zoned VX-form)
+ {
+ IRExpr *ox_flag, *sign, *vrb_nibble30;
+ int neg_bit_shift;
+ unsigned int upper_byte, sign_byte;
+ IRTemp tmp = newTemp( Ity_V128 );
+
+ DIP("bcdctz. v%d,v%d,%d\n", vRT_addr, vRB_addr, ps);
+
+ if (ps == 0) {
+ upper_byte = 0x30;
+ sign_byte = 0x30;
+ neg_bit_shift = 4+2; /* sign byte is in bits [7:4] */
+ } else {
+ upper_byte = 0xF0;
+ sign_byte = 0xC0;
+ neg_bit_shift = 4+0;
+ }
+
+ /* Grab vB bits[7:4]. It goes into bits [3:0] of the
+ * result.
+ */
+ vrb_nibble30 = binop( Iop_Shr64,
+ binop( Iop_And64,
+ unop( Iop_V128to64, mkexpr( vB ) ),
+ mkU64( 0xF0 ) ),
+ mkU8( 4 ) );
+
+ /* Upper 24 hex digits of VB, i.e. hex digits vB[0:23],
+ * must be zero for the value to be zero. This goes
+ * in the overflow position of the condition code register.
+ */
+ ox_flag = binop( Iop_CmpEQ64,
+ binop( Iop_And64,
+ unop( Iop_V128to64, mkexpr( vB ) ),
+ mkU64( 0xFFFFFFFFFFFFFFFF ) ),
+ mkU64( 0 ) );
+
+ /* zero is the same as eq_flag */
+ zero = mkAND1( binop( Iop_CmpEQ64,
+ binop( Iop_And64,
+ unop( Iop_V128HIto64, mkexpr( vB ) ),
+ mkU64( 0xFFFFFFFFFFFFFFFF ) ),
+ mkU64( 0 ) ),
+ binop( Iop_CmpEQ64,
+ binop( Iop_And64,
+ unop( Iop_V128to64, mkexpr( vB ) ),
+ mkU64( 0xFFFFFFFFFFFFFFF0 ) ),
+ mkU64( 0 ) ) );
+
+ /* Sign codes of 0xA, 0xC, 0xE or 0xF are positive, sign
+ * codes 0xB and 0xD are negative.
+ */
+ sign_digit = binop( Iop_And64, mkU64( 0xF ),
+ unop( Iop_V128to64, mkexpr( vB ) ) );
+
+ /* The negative value goes in the LT bit position of the
+ * condition code register. Set neg if the sign of vB
+ * is negative and zero is true.
+ */
+ sign = mkOR1( binop( Iop_CmpEQ64,
+ sign_digit,
+ mkU64 ( 0xB ) ),
+ binop( Iop_CmpEQ64,
+ sign_digit,
+ mkU64 ( 0xD ) ) );
+ neg = mkAND1( sign, mkNOT1( zero ) );
+
+ /* The positive value goes in the LT bit position of the
+ * condition code register. Set positive if the sign of the
+ * value is not negative.
+ */
+ pos = mkAND1( mkNOT1( sign ), mkNOT1( zero ) );
+
+ assign( tmp,
+ convert_to_zoned( vbi, mkexpr( vB ),
+ mkU64( upper_byte ) ) );
+
+ /* Insert the sign based on ps and sign of vB
+ * in the lower byte.
+ */
+ putVReg( vRT_addr,
+ binop( Iop_OrV128,
+ binop( Iop_64HLtoV128,
+ mkU64( 0 ),
+ vrb_nibble30 ),
+ binop( Iop_OrV128,
+ mkexpr( tmp ),
+ binop( Iop_64HLtoV128,
+ mkU64( 0 ),
+ binop( Iop_Or64,
+ mkU64( sign_byte ),
+ binop( Iop_Shl64,
+ unop( Iop_1Uto64,
+ sign ),
+ mkU8( neg_bit_shift)
+ ) ) ) ) ) );
+
+ /* A valid number must have a value that is less then or
+ * equal to 10^16 - 1. This is checked by making sure
+ * bytes [31:16] of vB are zero.
+ */
+ in_range = binop( Iop_CmpEQ64,
+ binop( Iop_And64,
+ mkU64( 0xFFFFFFFFFFFFFFF0 ),
+ unop( Iop_V128HIto64, mkexpr( vB ) ) ),
+ mkU64( 0 ) );
+
+ /* overflow is set if ox_flag or not in_inrange. Setting is
+ * ORed with the other condition code values.
+ */
+ overflow = mkOR1( ox_flag, mkNOT1( in_range ) );
+
+ /* The sign code must be between 0xA and 0xF and all digits are
+ * between 0x0 and 0x9. The vB must be in range to be valid.
+ * If not valid, condition code set to 0x0001.
+ */
+ valid =
+ unop( Iop_64to32,
+ is_BCDstring128( vbi, /* Signed */True,
+ mkexpr( vB ) ) );
+ }
+ break;
+
+ case 5: // bcdctn. (Decimal Convert to National VX-form)
+ {
+ IRExpr *ox_flag, *sign;
+ IRTemp tmp = newTemp( Ity_V128 );;
+
+ DIP("bcdctn. v%d,v%d\n", vRT_addr, vRB_addr);
+
+ value = binop( Iop_And64,
+ mkU64( 0xFFFFFFFF ),
+ unop( Iop_V128to64, mkexpr( vB ) ) );
+
+ /* A valid number must have a value that is less then or
+ * equal to 10^7 - 1. This is checked by making sure
+ * bytes [31:8] of vB are zero.
+ */
+ in_range = mkAND1( binop( Iop_CmpEQ64,
+ unop( Iop_V128HIto64, mkexpr( vB ) ),
+ mkU64( 0 ) ),
+ binop( Iop_CmpEQ64,
+ binop( Iop_Shr64,
+ unop( Iop_V128to64,
+ mkexpr( vB ) ),
+ mkU8( 32 ) ),
+ mkU64( 0 ) ) );
+
+ /* The sign code must be between 0xA and 0xF and all digits are
+ * between 0x0 and 0x9.
+ */
+ valid =
+ unop( Iop_64to32,
+ is_BCDstring128( vbi, /* Signed */True,
+ mkexpr( vB ) ) );
+
+ /* Upper 24 hex digits of VB, i.e. hex ditgits vB[0:23],
+ * must be zero for the ox_flag to be zero. This goes
+ * in the LSB position (variable overflow) of the
+ * condition code register.
+ */
+ ox_flag =
+ mkNOT1( mkAND1( binop( Iop_CmpEQ64,
+ binop( Iop_And64,
+ unop( Iop_V128HIto64,
+ mkexpr( vB ) ),
+ mkU64( 0xFFFFFFFFFFFFFFFF ) ),
+ mkU64( 0 ) ),
+ binop( Iop_CmpEQ64,
+ binop( Iop_And64,
+ unop( Iop_V128to64,
+ mkexpr( vB ) ),
+ mkU64( 0xFFFFFFFF00000000 ) ),
+ mkU64( 0 ) ) ) );
+
+ /* Set zero to 1 if all of the bytes in vB are zero. This is
+ * used when setting the lt_flag (variable neg) and the gt_flag
+ * (variable pos).
+ */
+ zero = mkAND1( binop( Iop_CmpEQ64,
+ binop( Iop_And64,
+ unop( Iop_V128HIto64,
+ mkexpr( vB ) ),
+ mkU64( 0xFFFFFFFFFFFFFFFF ) ),
+ mkU64( 0 ) ),
+ binop( Iop_CmpEQ64,
+ binop( Iop_And64,
+ unop( Iop_V128to64, mkexpr( vB ) ),
+ mkU64( 0xFFFFFFFFFFFFFFF0 ) ),
+ mkU64( 0 ) ) );
+
+ /* Sign codes of 0xA, 0xC, 0xE or 0xF are positive, sign
+ * codes 0xB and 0xD are negative.
+ */
+ sign_digit = binop( Iop_And64, mkU64( 0xF ), value );
+
+ /* The negative value goes in the LT bit position of the
+ * condition code register. Set neg if the sign of the
+ * value is negative and the value is zero.
+ */
+ sign = mkOR1( binop( Iop_CmpEQ64,
+ sign_digit,
+ mkU64 ( 0xB ) ),
+ binop( Iop_CmpEQ64,
+ sign_digit,
+ mkU64 ( 0xD ) ) );
+ neg = mkAND1( sign, mkNOT1( zero ) );
+
+ /* The positive value goes in the LT bit position of the
+ * condition code register. Set neg if the sign of the
+ * value is not negative and the value is zero.
+ */
+ pos = mkAND1( mkNOT1( sign ), mkNOT1( zero ) );
+
+ assign( tmp,
+ convert_to_national( vbi, mkexpr( vB ) ) );
+
+ /* If vB is positive insert sign value 0x002B, otherwise
+ * insert 0x002D for negative. Have to use sign not neg
+ * because neg has been ANDed with zero. This is 0x29
+ * OR'd with (sign << 1 | NOT sign) << 1.
+ * sign = 1 if vB is negative.
+ */
+ putVReg( vRT_addr,
+ binop( Iop_OrV128,
+ mkexpr( tmp ),
+ binop( Iop_64HLtoV128,
+ mkU64( 0 ),
+ binop( Iop_Or64,
+ mkU64( 0x29 ),
+ binop( Iop_Or64,
+ binop( Iop_Shl64,
+ unop( Iop_1Uto64,
+ sign ),
+ mkU8( 2 ) ),
+ binop( Iop_Shl64,
+ unop( Iop_1Uto64,
+ mkNOT1(sign)),
+ mkU8( 1 ) )
+ ) ) ) ) );
+
+
+ /* The sign code must be between 0xA and 0xF and all digits are
+ * between 0x0 and 0x9. The vB must be in range to be valid.
+ */
+ valid =
+ unop( Iop_64to32,
+ is_BCDstring128( vbi, /* Signed */True,
+ mkexpr( vB ) ) );
+
+ overflow = ox_flag;
+ }
+ break;
+
+ case 6: // bcdcfz. (Decimal Convert From Zoned VX-form)
+ {
+ IRExpr *sign;
+ IRTemp tmp = newTemp( Ity_V128 );;
+
+ DIP("bcdcfz. v%d,v%d,%d\n", vRT_addr, vRB_addr, ps);
+
+ valid = unop( Iop_1Uto32, is_Zoned_decimal( vB, ps ) );
+
+ assign( tmp,
+ convert_from_zoned( vbi, mkexpr( vB ) ) );
+
+ /* If the result of checking the lower 4 bits of each 8-bit
+ * value is zero, then the "number" was zero.
+ */
+ zero =
+ binop( Iop_CmpEQ64,
+ binop( Iop_Or64,
+ binop( Iop_And64,
+ unop( Iop_V128to64, mkexpr( vB ) ),
+ mkU64( 0x0F0F0F0F0F0F0F0FULL ) ),
+ binop( Iop_And64,
+ unop( Iop_V128to64, mkexpr( vB ) ),
+ mkU64( 0x0F0F0F0F0F0F0F0FULL ) ) ),
+ mkU64( 0 ) );
+
+ /* Sign bit is in bit 6 of vB. */
+ sign_digit = binop( Iop_And64, mkU64( 0xF0 ),
+ unop( Iop_V128to64, mkexpr( vB ) ) );
+
+ if ( ps == 0 ) {
+ /* sign will be equal to 0 for positive number */
+ sign = binop( Iop_CmpEQ64,
+ binop( Iop_And64,
+ sign_digit,
+ mkU64( 0x40 ) ),
+ mkU64( 0x40 ) );
+ } else {
+ sign = mkOR1(
+ binop( Iop_CmpEQ64, sign_digit, mkU64( 0xB0 ) ),
+ binop( Iop_CmpEQ64, sign_digit, mkU64( 0xD0 ) ) );
+ }
+
+ /* The negative value goes in the LT bit position of the
+ * condition code register. Set neg if the sign of the
+ * value is negative and the value is zero.
+ */
+ neg = mkAND1( sign, mkNOT1( zero ) );
+
+ /* The positive value goes in the GT bit position of the
+ * condition code register. Set neg if the sign of the
+ * value is not negative and the value is zero.
+ */
+ pos = mkAND1( mkNOT1( sign ), mkNOT1( zero ) );
+
+ /* sign of the result is 0xC for positive, 0xD for negative */
+ putVReg( vRT_addr,
+ binop( Iop_OrV128,
+ mkexpr( tmp ),
+ binop( Iop_64HLtoV128,
+ mkU64( 0 ),
+ binop( Iop_Or64,
+ mkU64( 0xC ),
+ unop( Iop_1Uto64, sign )
+ ) ) ) );
+ /* For this instructions the LSB position in the CC
+ * field, the overflow position in the other instructions,
+ * is given by 0. There is nothing to or with LT, EQ or GT.
+ */
+ overflow = mkU1( 0 );
+ }
+ break;
+
+ case 7: // bcdcfn. (Decimal Convert From National VX-form)
+ {
+ IRTemp hword_7 = newTemp( Ity_I64 );
+ IRExpr *sign;
+ IRTemp tmp = newTemp( Ity_I64 );;
+
+ DIP("bcdcfn. v%d,v%d,%d\n", vRT_addr, vRB_addr, ps);
+
+ /* check that the value is valid */
+ valid = unop( Iop_1Uto32, is_National_decimal( vB ) );
+
+ assign( hword_7, binop( Iop_And64,
+ unop( Iop_V128to64, mkexpr( vB ) ),
+ mkU64( 0xFFF ) ) );
+ /* sign = 1 if vB is negative */
+ sign = binop( Iop_CmpEQ64, mkexpr( hword_7 ), mkU64( 0x002D ) );
+
+ assign( tmp, convert_from_national( vbi, mkexpr( vB ) ) );
+
+ /* If the result of checking the lower 4 bits of each 16-bit
+ * value is zero, then the "number" was zero.
+ */
+ zero =
+ binop( Iop_CmpEQ64,
+ binop( Iop_Or64,
+ binop( Iop_And64,
+ unop( Iop_V128HIto64, mkexpr( vB ) ),
+ mkU64( 0x000F000F000F000FULL ) ),
+ binop( Iop_And64,
+ unop( Iop_V128to64, mkexpr( vB ) ),
+ mkU64( 0x000F000F000F0000ULL ) ) ),
+ mkU64( 0 ) );
+
+
+ /* The negative value goes in the LT bit position of the
+ * condition code register. Set neg if the sign of the
+ * value is negative and the value is zero.
+ */
+ neg = mkAND1( sign, mkNOT1( zero ) );
+
+ /* The positive value goes in the GT bit position of the
+ * condition code register. Set neg if the sign of the
+ * value is not negative and the value is zero.
+ */
+ pos = mkAND1( mkNOT1( sign ), mkNOT1( zero ) );
+
+ /* For this instructions the LSB position in the CC
+ * field, the overflow position in the other instructions,
+ * is given by invalid. There is nothing to OR with the valid
+ * flag.
+ */
+ overflow = mkU1( 0 );
+
+ /* sign of the result is:
+ ( 0b1100 OR neg) OR (ps OR (ps AND pos) << 1 )
+ */
+
+ putVReg( vRT_addr,
+ binop( Iop_64HLtoV128,
+ mkU64( 0 ),
+ binop( Iop_Or64,
+ binop( Iop_Or64,
+ binop( Iop_Shl64,
+ binop( Iop_And64,
+ mkU64( ps ),
+ unop( Iop_1Uto64,
+ mkNOT1(sign))),
+ mkU8( 1 ) ),
+ mkU64( ps ) ),
+ binop( Iop_Or64,
+ binop( Iop_Or64,
+ mkU64( 0xC ),
+ unop( Iop_1Uto64, sign ) ),
+ mkexpr( tmp ) ) ) ) );
+
+ }
+ break;
+
+ case 31: // bcdsetsgn. (BCD set sign)
+ {
+ IRExpr *new_sign_val, *sign;
+
+ DIP("bcdsetsgn. v%d,v%d,%d\n", vRT_addr, vRB_addr, ps);
+
+ value = binop( Iop_AndV128,
+ binop( Iop_64HLtoV128,
+ mkU64( 0xFFFFFFFFFFFFFFFF ),
+ mkU64( 0xFFFFFFFFFFFFFFF0 ) ),
+ mkexpr( vB ) );
+ zero = BCDstring_zero( value );
+
+ /* Sign codes of 0xA, 0xC, 0xE or 0xF are positive, sign
+ * codes 0xB and 0xD are negative.
+ */
+ sign_digit = binop( Iop_And64, mkU64( 0xF ),
+ unop( Iop_V128to64, mkexpr( vB ) ) );
+
+ sign = mkOR1( binop( Iop_CmpEQ64,
+ sign_digit,
+ mkU64 ( 0xB ) ),
+ binop( Iop_CmpEQ64,
+ sign_digit,
+ mkU64 ( 0xD ) ) );
+ neg = mkAND1( sign, mkNOT1( zero ) );
+
+ pos = mkAND1( mkNOT1( sign ), mkNOT1( zero ) );
+
+ valid =
+ unop( Iop_64to32,
+ is_BCDstring128( vbi, /* Signed */True,
+ mkexpr( vB ) ) );
+
+ /* if PS = 0
+ vB positive, sign is C
+ vB negative, sign is D
+ if PS = 1
+ vB positive, sign is F
+ vB negative, sign is D
+ Note can't use pos or neg here since they are ANDed with
+ zero, use sign instead.
+ */
+ if (ps == 0) {
+ new_sign_val = binop( Iop_Or64,
+ unop( Iop_1Uto64, sign ),
+ mkU64( 0xC ) );
+
+ } else {
+ new_sign_val = binop( Iop_Xor64,
+ binop( Iop_Shl64,
+ unop( Iop_1Uto64, sign ),
+ mkU8( 1 ) ),
+ mkU64( 0xF ) );
+ }
+
+ putVReg( vRT_addr, binop( Iop_OrV128,
+ binop( Iop_64HLtoV128,
+ mkU64( 0 ),
+ new_sign_val ),
+ value ) );
+ /* For this instructions the LSB position in the CC
+ * field, the overflow position in the other instructions,
+ * is given by invalid.
+ */
+ overflow = unop( Iop_32to1, unop( Iop_Not32, valid ) );
+ }
+ break;
+
+ default:
+ vex_printf("dis_av_bcd(ppc)(invalid inst_select)\n");
+ return False;
+ }
+ }
+ break;
default:
vex_printf("dis_av_bcd(ppc)(opc2)\n");
return False;
}
+
+ IRTemp valid_mask = newTemp( Ity_I32 );
+
+ assign( valid_mask, unop( Iop_1Sto32, unop( Iop_32to1, valid ) ) );
+
+ /* set CR field 6 to:
+ * 0b1000 if vB less then 0, i.e. vB is neg and not zero,
+ * 0b0100 if vB greter then 0, i.e. vB is pos and not zero,
+ * 0b0010 if vB equals 0,
+ * 0b0001 if vB is invalid over rules lt, gt, eq
+ */
+ assign( eq_lt_gt,
+ binop( Iop_Or32,
+ binop( Iop_Shl32,
+ unop( Iop_1Uto32, neg ),
+ mkU8( 3 ) ),
+ binop( Iop_Or32,
+ binop( Iop_Shl32,
+ unop( Iop_1Uto32, pos ),
+ mkU8( 2 ) ),
+ binop( Iop_Shl32,
+ unop( Iop_1Uto32, zero ),
+ mkU8( 1 ) ) ) ) );
+ /* valid is 1 if it is a valid number, complement and put in the
+ * invalid bit location, overriding ls, eq, gt, overflow.
+ */
+ putGST_field( PPC_GST_CR,
+ binop( Iop_Or32,
+ binop( Iop_And32,
+ mkexpr( valid_mask ),
+ binop( Iop_Or32,
+ mkexpr( eq_lt_gt ),
+ unop( Iop_1Uto32, overflow ) ) ),
+ binop( Iop_And32,
+ unop( Iop_Not32, mkexpr( valid_mask ) ),
+ mkU32( 1 ) ) ),
+ 6 );
return True;
}
@@ -18790,11 +27054,13 @@
{ 0x24, "xsmaddmsp" },
{ 0x28, "xxpermdi" },
{ 0x34, "xsresp" },
+ { 0x3A, "xxpermr" },
{ 0x40, "xsmulsp" },
{ 0x44, "xsmsubasp" },
{ 0x48, "xxmrghw" },
{ 0x60, "xsdivsp" },
{ 0x64, "xsmsubmsp" },
+ { 0x68, "xxperm" },
{ 0x80, "xsadddp" },
{ 0x84, "xsmaddadp" },
{ 0x8c, "xscmpudp" },
@@ -18816,6 +27082,8 @@
{ 0xd6, "xsrdpic" },
{ 0xe0, "xsdivdp" },
{ 0xe4, "xsmsubmdp" },
+ { 0xe8, "xxpermr" },
+ { 0xeC, "xscmpexpdp" },
{ 0xf2, "xsrdpim" },
{ 0xf4, "xstdivdp" },
{ 0x100, "xvaddsp" },
@@ -18834,6 +27102,7 @@
{ 0x140, "xvmulsp" },
{ 0x144, "xvmsubasp" },
{ 0x148, "xxspltw" },
+ { 0x14A, "xxextractuw" },
{ 0x14c, "xvcmpgesp" },
{ 0x150, "xvcvuxwsp" },
{ 0x152, "xvrspip" },
@@ -18841,6 +27110,7 @@
{ 0x156, "xvrspic" },
{ 0x160, "xvdivsp" },
{ 0x164, "xvmsubmsp" },
+ { 0x16A, "xxinsertw" },
{ 0x170, "xvcvsxwsp" },
{ 0x172, "xvrspim" },
{ 0x174, "xvtdivsp" },
@@ -18879,6 +27149,7 @@
{ 0x244, "xsnmsubasp" },
{ 0x248, "xxlor" },
{ 0x250, "xscvuxdsp" },
+ { 0x254, "xststdcsp" },
{ 0x264, "xsnmsubmsp" },
{ 0x268, "xxlxor" },
{ 0x270, "xscvsxdsp" },
@@ -18893,11 +27164,13 @@
{ 0x2a8, "xxlorc" },
{ 0x2b0, "xscvdpsxds" },
{ 0x2b2, "xsabsdp" },
+ { 0x2b6, "xsxexpdp_xsxigdp" },
{ 0x2c0, "xscpsgndp" },
{ 0x2c4, "xsnmsubadp" },
{ 0x2c8, "xxlnand" },
{ 0x2d0, "xscvuxddp" },
{ 0x2d2, "xsnabsdp" },
+ { 0x2d4, "xststdcdp" },
{ 0x2e4, "xsnmsubmdp" },
{ 0x2e8, "xxleqv" },
{ 0x2f0, "xscvsxddp" },
@@ -18917,6 +27190,8 @@
{ 0x34c, "xvcmpgesp." },
{ 0x350, "xvcvuxdsp" },
{ 0x352, "xvnabssp" },
+ { 0x354, "xvtstdcsp" },
+ { 0x360, "xviexpsp" },
{ 0x364, "xvnmsubmsp" },
{ 0x370, "xvcvsxdsp" },
{ 0x372, "xvnegsp" },
@@ -18925,16 +27200,20 @@
{ 0x38c, "xvcmpeqdp." },
{ 0x390, "xvcvdpuxds" },
{ 0x392, "xvcvspdp" },
+ { 0x396, "xsiexpdp" },
{ 0x3a0, "xvmindp" },
{ 0x3a4, "xvnmaddmdp" },
{ 0x3ac, "xvcmpgtdp." },
{ 0x3b0, "xvcvdpsxds" },
{ 0x3b2, "xvabsdp" },
+ { 0x3b6, "xxbr[h|w|d|q]|xvxexpdp|xvxexpsp|xvxsigdp|xvxsigsp|xvcvhpsp|xvcvsphp|xscvdphp|xscvhpdp" },
{ 0x3c0, "xvcpsgndp" },
{ 0x3c4, "xvnmsubadp" },
{ 0x3cc, "xvcmpgedp." },
{ 0x3d0, "xvcvuxddp" },
{ 0x3d2, "xvnabsdp" },
+ { 0x3d4, "xvtstdcdp" },
+ { 0x3e0, "xviexpdp" },
{ 0x3e4, "xvnmsubmdp" },
{ 0x3f0, "xvcvsxddp" },
{ 0x3f2, "xvnegdp" }
@@ -18972,6 +27251,7 @@
#define XX3_2_MASK 0x000001FC
#define XX3_3_MASK 0x0000007C
#define XX4_MASK 0x00000018
+#define VDCMX_MASK 0x000003B8
Int ret;
UInt vsxExtOpcode = 0;
@@ -18979,6 +27259,8 @@
vsxExtOpcode = vsx_all[ret].opcode;
else if (( ret = findVSXextOpCode(opc2_full & XX3_1_MASK)) >= 0)
vsxExtOpcode = vsx_all[ret].opcode;
+ else if (( ret = findVSXextOpCode(opc2_full & VDCMX_MASK)) >= 0)
+ vsxExtOpcode = vsx_all[ret].opcode;
else if (( ret = findVSXextOpCode(opc2_full & XX3_2_MASK)) >= 0)
vsxExtOpcode = vsx_all[ret].opcode;
else if (( ret = findVSXextOpCode(opc2_full & XX3_3_MASK)) >= 0)
@@ -19019,6 +27301,7 @@
Bool allow_VX = False; // Equates to "supports Power ISA 2.06
Bool allow_DFP = False;
Bool allow_isa_2_07 = False;
+ Bool allow_isa_3_0 = False;
UInt hwcaps = archinfo->hwcaps;
Long delta;
@@ -19031,6 +27314,7 @@
allow_VX = (0 != (hwcaps & VEX_HWCAPS_PPC64_VX));
allow_DFP = (0 != (hwcaps & VEX_HWCAPS_PPC64_DFP));
allow_isa_2_07 = (0 != (hwcaps & VEX_HWCAPS_PPC64_ISA2_07));
+ allow_isa_3_0 = (0 != (hwcaps & VEX_HWCAPS_PPC64_ISA3_0));
} else {
allow_F = (0 != (hwcaps & VEX_HWCAPS_PPC32_F));
allow_V = (0 != (hwcaps & VEX_HWCAPS_PPC32_V));
@@ -19039,6 +27323,7 @@
allow_VX = (0 != (hwcaps & VEX_HWCAPS_PPC32_VX));
allow_DFP = (0 != (hwcaps & VEX_HWCAPS_PPC32_DFP));
allow_isa_2_07 = (0 != (hwcaps & VEX_HWCAPS_PPC32_ISA2_07));
+ allow_isa_3_0 = (0 != (hwcaps & VEX_HWCAPS_PPC32_ISA3_0));
}
/* The running delta */
@@ -19269,7 +27554,8 @@
goto decode_failure;
/* Floating Point Load Double Pair Instructions */
- case 0x39: case 0x3D:
+ case 0x39: case 0x3D: // lfdp, lxsd, lxssp, lxv
+ // stfdp, stxsd, stxssp, stxv
if (!allow_F) goto decode_noF;
if (dis_fp_pair( theInstr )) goto decode_success;
goto decode_failure;
@@ -19317,7 +27603,8 @@
if (dis_dfp_fmt_conv( theInstr ))
goto decode_success;
goto decode_failure;
- case 0x2A2: // dtstsf - DFP number of significant digits
+ case 0x2A2: // dtstsf - DFP number of significant digits
+ case 0x2A3: // dtstsfi - DFP number of significant digits Immediate
if (!allow_DFP) goto decode_noDFP;
if (dis_dfp_significant_digits(theInstr))
goto decode_success;
@@ -19424,17 +27711,45 @@
// All of these VSX instructions use some VMX facilities, so
// if allow_V is not set, we'll skip trying to decode.
if (!allow_V) goto decode_noVX;
-
+ /* The xvtstdcdp and xvtstdcsp instructions do not have a
+ contiguous opc2 field. The following vsxOpc2 = get_VSX60_opc2()
+ doesn't correctly match these instructions for dc != 0. So,
+ we will explicitly look for the two instructions. */
+ opc2 = ifieldOPClo10(theInstr);
+ UInt opc2hi = IFIELD(theInstr, 7, 4);
+ UInt opc2lo = IFIELD(theInstr, 3, 3);
UInt vsxOpc2 = get_VSX60_opc2(opc2);
+
+ if (( opc2hi == 13 ) && ( opc2lo == 5)) { //xvtstdcsp
+ if (dis_vxs_misc(theInstr, 0x354, allow_isa_3_0))
+ goto decode_success;
+ goto decode_failure;
+ }
+
+ if (( opc2hi == 15 ) && ( opc2lo == 5)) { //xvtstdcdp
+ if (dis_vxs_misc(theInstr, 0x3D4, allow_isa_3_0))
+ goto decode_success;
+ goto decode_failure;
+ }
+
/* The vsxOpc2 returned is the "normalized" value, representing the
* instructions secondary opcode as taken from the standard secondary
* opcode field [21:30] (IBM notatition), even if the actual field
* is non-standard. These normalized values are given in the opcode
* appendices of the ISA 2.06 document.
*/
+ if ( ( opc2 == 0x168 ) && ( IFIELD( theInstr, 19, 2 ) == 0 ) )// xxspltib
+ {
+ /* This is a special case of the XX1 form where the RA, RB
+ * fields hold an immediate value.
+ */
+ if (dis_vxs_misc(theInstr, opc2, allow_isa_3_0)) goto decode_success;
+ goto decode_failure;
+ }
switch (vsxOpc2) {
case 0x8: case 0x28: case 0x48: case 0xc8: // xxsldwi, xxpermdi, xxmrghw, xxmrglw
+ case 0x068: case 0xE8: // xxperm, xxpermr
case 0x018: case 0x148: // xxsel, xxspltw
if (dis_vx_permute_misc(theInstr, vsxOpc2)) goto decode_success;
goto decode_failure;
@@ -19443,6 +27758,8 @@
case 0x2C8: case 0x2E8: // xxlnand, xxleqv
if (dis_vx_logic(theInstr, vsxOpc2)) goto decode_success;
goto decode_failure;
+ case 0x0ec: // xscmpexpdp
+ case 0x14A: case 0x16A: // xxextractuw, xxinsertw
case 0x2B2: case 0x2C0: // xsabsdp, xscpsgndp
case 0x2D2: case 0x2F2: // xsnabsdp, xsnegdp
case 0x280: case 0x2A0: // xsmaxdp, xsmindp
@@ -19451,7 +27768,15 @@
case 0x0B4: case 0x094: // xsredp, xsrsqrtedp
case 0x0D6: case 0x0B2: // xsrdpic, xsrdpiz
case 0x092: case 0x232: // xsrdpi, xsrsp
- if (dis_vxs_misc(theInstr, vsxOpc2)) goto decode_success;
+ case 0x3B6: // xxbrh, xvxexpdp, xvxexpsp, xvxsigdp
+ // xvxsigsp, xvcvhpsp
+ case 0x2b6: // xsxexpdp, xsxsigdp
+ case 0x254: case 0x2d4: // xststdcsp, xststdcdp
+ case 0x354: // xvtstdcsp
+ case 0x360:case 0x396: // xviexpsp, xsiexpdp
+ case 0x3D4: case 0x3E0: // xvtstdcdp, xviexpdp
+ if (dis_vxs_misc(theInstr, vsxOpc2, allow_isa_3_0))
+ goto decode_success;
goto decode_failure;
case 0x08C: case 0x0AC: // xscmpudp, xscmpodp
if (dis_vx_cmp(theInstr, vsxOpc2)) goto decode_success;
@@ -19599,7 +27924,21 @@
break; // Fall through
}
+ opc2 = IFIELD(theInstr, 1, 8);
+ switch (opc2) {
+ case 0x5: // xsrqpi, xsrqpix
+ case 0x25: // xsrqpxp
+ if ( !mode64 || !allow_isa_3_0 ) goto decode_failure;
+ if ( dis_vx_Scalar_Round_to_quad_integer( theInstr ) )
+ goto decode_success;
+ goto decode_failure;
+ default:
+ break; // Fall through
+ }
+
opc2 = IFIELD(theInstr, 1, 10);
+ UInt inst_select = IFIELD( theInstr, 16, 5 );
+
switch (opc2) {
/* 128-bit DFP instructions */
case 0x2: // daddq - DFP Add
@@ -19633,7 +27972,8 @@
goto decode_success;
goto decode_failure;
- case 0x2A2: // dtstsfq - DFP number of significant digits
+ case 0x2A2: // dtstsfq - DFP number of significant digits
+ case 0x2A3: // dtstsfiq - DFP number of significant digits Immediate
if (!allow_DFP) goto decode_noDFP;
if (dis_dfp_significant_digits(theInstr))
goto decode_success;
@@ -19708,6 +28048,47 @@
if (dis_fp_scr( theInstr, allow_GX )) goto decode_success;
goto decode_failure;
+ case 0x324: // xsabsqp, xsxexpqp,xsnabsqp, xsnegqp, xsxsigqp
+ if ( inst_select == 27 ) { // xssqrtqp
+ if ( dis_vx_Floating_Point_Arithmetic_quad_precision( theInstr ) )
+ goto decode_success;
+ }
+
+ /* Instructions implemented with Pre ISA 3.0 Iops */
+ /* VSX Scalar Quad-Precision instructions */
+ case 0x064: // xscpsgnqp
+ case 0x0A4: // xscmpexpqp
+ case 0x084: // xscmpoqp
+ case 0x284: // xscmpuqp
+ case 0x2C4: // xststdcqp
+ case 0x364: // xsiexpqp
+ if (dis_vx_scalar_quad_precision( theInstr )) goto decode_success;
+ goto decode_failure;
+
+ /* Instructions implemented using ISA 3.0 instructions */
+ // xsaddqpo (VSX Scalar Add Quad-Precision [using round to ODD]
+ case 0x004: // xsaddqp (VSX Scalar Add Quad-Precision [using RN mode]
+ // xsmulqpo (VSX Scalar Multiply Quad-Precision [using round to ODD]
+ case 0x024: // xsmulqp (VSX Scalar Multiply Quad-Precision [using RN mode]
+ // xsmaddqpo (VSX Scalar Multiply Add Quad-Precision [using round to ODD]
+ case 0x184: // xsmaddqp (VSX Scalar Multiply Add Quad-Precision [using RN mode]
+ // xsmsubqpo (VSX Scalar Multiply Sub Quad-Precision [using round to ODD]
+ case 0x1A4: // xsmsubqp (VSX Scalar Multiply Sub Quad-Precision [using RN mode]
+ // xsnmaddqpo (VSX Scalar Negative Multiply Add Quad-Precision [using round to ODD]
+ case 0x1C4: // xsnmaddqp (VSX Scalar Negative Multiply Add Quad-Precision [using RN mode]
+ // xsnmsubqpo (VSX Scalar Negative Multiply Sub Quad-Precision [using round to ODD]
+ case 0x1E4: // xsnmsubqp (VSX Scalar Negative Multiply Sub Quad-Precision [usin RN mode]
+ // xssubqpo (VSX Scalar Subrtact Quad-Precision [using round to ODD]
+ case 0x204: // xssubqp (VSX Scalar Subrtact Quad-Precision [using RN mode]
+ // xsdivqpo (VSX Scalar Divde Quad-Precision [using round to ODD]
+ case 0x224: // xsdivqp (VSX Scalar Divde Quad-Precision [using RN mode]
+ case 0x344: // xscvudqp, xscvsdqp, xscvqpdp, xscvqpdpo, xsvqpdp
+ // xscvqpswz, xscvqpuwz, xscvqpudz, xscvqpsdz
+ if ( !mode64 || !allow_isa_3_0 ) goto decode_failure;
+ if ( dis_vx_Floating_Point_Arithmetic_quad_precision( theInstr ) )
+ goto decode_success;
+ goto decode_failure;
+
default:
break; // Fall through...
}
@@ -19757,6 +28138,19 @@
break;
case 0x13:
+
+ opc2 = ifieldOPClo5(theInstr);
+ switch (opc2) {
+
+ /* PC relative load/store */
+ case 0x002: // addpcis
+ if (dis_pc_relative(theInstr)) goto decode_success;
+ goto decode_failure;
+
+ /* fall through to the next opc2 field size */
+ }
+
+ opc2 = ifieldOPClo10(theInstr);
switch (opc2) {
/* Condition Register Logical Instructions */
@@ -19832,11 +28226,28 @@
opc2 = IFIELD(theInstr, 1, 10);
switch (opc2) {
+
+ /* Integer miscellaneous instructions */
+ case 0x01E: // wait RFC 2500
+ if (dis_int_misc( theInstr )) goto decode_success;
+ goto decode_failure;
+
+
/* Integer Compare Instructions */
- case 0x000: case 0x020: // cmp, cmpl
+ case 0x000: case 0x020: case 0x080: // cmp, cmpl, setb
if (dis_int_cmp( theInstr )) goto decode_success;
goto decode_failure;
+ case 0x0C0: case 0x0E0: // cmprb, cmpeqb
+ if (dis_byte_cmp( theInstr )) goto decode_success;
+ goto decode_failure;
+
+ case 0x10B: case 0x30B: // moduw, modsw
+ case 0x109: case 0x309: // modsd, modud
+ case 0x21A: case 0x23A: // cnttzw, cnttzd
+ if (dis_modulo_int( theInstr )) goto decode_success;
+ goto decode_failure;
+
/* Integer Logical Instructions */
case 0x01C: case 0x03C: case 0x01A: // and, andc, cntlzw
case 0x11C: case 0x3BA: case 0x39A: // eqv, extsb, extsh
@@ -20054,9 +28465,17 @@
/* VSX Load */
case 0x00C: // lxsiwzx
case 0x04C: // lxsiwax
+ case 0x10C: // lxvx
+ case 0x10D: // lxvl
+ case 0x12D: // lxvll
+ case 0x16C: // lxvwsx
case 0x20C: // lxsspx
case 0x24C: // lxsdx
+ case 0x32C: // lxvh8x
+ case 0x30D: // lxsibzx
+ case 0x32D: // lxsihzx
case 0x34C: // lxvd2x
+ case 0x36C: // lxvb16x
case 0x14C: // lxvdsx
case 0x30C: // lxvw4x
// All of these VSX load instructions use some VMX facilities, so
@@ -20068,10 +28487,17 @@
/* VSX Store */
case 0x08C: // stxsiwx
+ case 0x18C: // stxvx
+ case 0x18D: // stxvl
+ case 0x1AD: // stxvll
case 0x28C: // stxsspx
case 0x2CC: // stxsdx
- case 0x3CC: // stxvd2x
case 0x38C: // stxvw4x
+ case 0x3CC: // stxvd2x
+ case 0x38D: // stxsibx
+ case 0x3AD: // stxsihx
+ case 0x3AC: // stxvh8x
+ case 0x3EC: // stxvb16x
// All of these VSX store instructions use some VMX facilities, so
// if allow_V is not set, we'll skip trying to decode.
if (!allow_V) goto decode_noV;
@@ -20079,6 +28505,13 @@
if (dis_vx_store( theInstr )) goto decode_success;
goto decode_failure;
+ case 0x133: case 0x193: case 0x1B3: // mfvsrld, mfvsrdd, mtvsrws
+ // The move from/to VSX instructions use some VMX facilities, so
+ // if allow_V is not set, we'll skip trying to decode.
+ if (!allow_V) goto decode_noV;
+ if (dis_vx_move( theInstr )) goto decode_success;
+ goto decode_failure;
+
/* Miscellaneous ISA 2.06 instructions */
case 0x1FA: // popcntd
case 0x17A: // popcntw
@@ -20113,6 +28546,16 @@
DIP("isel r%u,r%u,r%u,crb%u\n", rT,rA,rB,bi);
goto decode_success;
}
+ }
+
+ opc2 = IFIELD(theInstr, 2, 9);
+ switch (opc2) {
+ case 0x1BD:
+ if (!mode64) goto decode_failure;
+ if (dis_int_logic( theInstr )) goto decode_success;
+ goto decode_failure;
+
+ default:
goto decode_failure;
}
break;
@@ -20131,6 +28574,11 @@
if (dis_av_multarith( theInstr )) goto decode_success;
goto decode_failure;
+ case 0x30: case 0x31: case 0x33: // maddhd, madhdu, maddld
+ if (!mode64) goto decode_failure;
+ if (dis_int_mult_add( theInstr )) goto decode_success;
+ goto decode_failure;
+
/* AV Permutations */
case 0x2A: // vsel
case 0x2B: // vperm
@@ -20140,6 +28588,7 @@
goto decode_failure;
case 0x2D: // vpermxor
+ case 0x3B: // vpermr
if (!allow_isa_2_07) goto decode_noP8;
if (dis_av_permute( theInstr )) goto decode_success;
goto decode_failure;
@@ -20161,19 +28610,36 @@
}
opc2 = IFIELD(theInstr, 0, 9);
- switch (opc2) {
- /* BCD arithmetic */
- case 0x1: case 0x41: // bcdadd, bcdsub
- if (!allow_isa_2_07) goto decode_noP8;
- if (dis_av_bcd( theInstr )) goto decode_success;
- goto decode_failure;
-
- default:
- break; // Fall through...
+ if (IFIELD(theInstr, 10, 1) == 1) {
+ /* The following instructions have bit 21 set and a PS bit (bit 22)
+ * Bit 21 distinquishes them from instructions with an 11 bit opc2
+ * field.
+ */
+ switch (opc2) {
+ /* BCD arithmetic */
+ case 0x001: case 0x041: // bcdadd, bcdsub
+ case 0x101: case 0x141: // bcdtrunc., bcdutrunc.
+ case 0x081: case 0x0C1: case 0x1C1: // bcdus., bcds., bcdsr.
+ case 0x181: // bcdcfn., bcdcfz.
+ // bcdctz., bcdcfsq., bcdctsq.
+ if (!allow_isa_2_07) goto decode_noP8;
+ if (dis_av_bcd( theInstr, abiinfo )) goto decode_success;
+ goto decode_failure;
+ default:
+ break; // Fall through...
+ }
}
opc2 = IFIELD(theInstr, 0, 11);
switch (opc2) {
+ /* BCD manipulation */
+ case 0x341: // bcdcpsgn
+
+ if (!allow_isa_2_07) goto decode_noP8;
+ if (dis_av_bcd_misc( theInstr, abiinfo )) goto decode_success;
+ goto decode_failure;
+
+
/* AV Arithmetic */
case 0x180: // vaddcuw
case 0x000: case 0x040: case 0x080: // vaddubm, vadduhm, vadduwm
@@ -20245,12 +28711,27 @@
if (dis_av_logic( theInstr )) goto decode_success;
goto decode_failure;
+ /* AV Rotate */
+ case 0x085: case 0x185: // vrlwmi, vrlwnm
+ case 0x0C5: case 0x1C5: // vrldmi, vrldnm
+ if (!allow_V) goto decode_noV;
+ if (dis_av_rotate( theInstr )) goto decode_success;
+ goto decode_failure;
+
/* AV Processor Control */
case 0x604: case 0x644: // mfvscr, mtvscr
if (!allow_V) goto decode_noV;
if (dis_av_procctl( theInstr )) goto decode_success;
goto decode_failure;
+ /* AV Vector Extract Element instructions */
+ case 0x60D: case 0x64D: case 0x68D: // vextublx, vextuhlx, vextuwlx
+ case 0x70D: case 0x74D: case 0x78D: // vextubrx, vextuhrx, vextuwrx
+ if (!allow_V) goto decode_noV;
+ if (dis_av_extract_element( theInstr )) goto decode_success;
+ goto decode_failure;
+
+
/* AV Floating Point Arithmetic */
case 0x00A: case 0x04A: // vaddfp, vsubfp
case 0x10A: case 0x14A: case 0x18A: // vrefp, vrsqrtefp, vexptefp
@@ -20269,10 +28750,14 @@
if (dis_av_fp_convert( theInstr )) goto decode_success;
goto decode_failure;
- /* AV Merge, Splat */
+ /* AV Merge, Splat, Extract, Insert */
case 0x00C: case 0x04C: case 0x08C: // vmrghb, vmrghh, vmrghw
case 0x10C: case 0x14C: case 0x18C: // vmrglb, vmrglh, vmrglw
case 0x20C: case 0x24C: case 0x28C: // vspltb, vsplth, vspltw
+ case 0x20D: case 0x24D: // vextractub, vextractuh,
+ case 0x28D: case 0x2CD: // vextractuw, vextractd,
+ case 0x30D: case 0x34D: // vinsertb, vinserth
+ case 0x38D: case 0x3CD: // vinsertw, vinsertd
case 0x30C: case 0x34C: case 0x38C: // vspltisb, vspltish, vspltisw
if (!allow_V) goto decode_noV;
if (dis_av_permute( theInstr )) goto decode_success;
@@ -20283,6 +28768,14 @@
if (dis_av_permute( theInstr )) goto decode_success;
goto decode_failure;
+ /* AltiVec 128 bit integer multiply by 10 Instructions */
+ case 0x201: case 0x001: //vmul10uq, vmul10cuq
+ case 0x241: case 0x041: //vmul10euq, vmul10ceuq
+ if (!allow_V) goto decode_noV;
+ if (!allow_isa_3_0) goto decode_noP9;
+ if (dis_av_mult10( theInstr )) goto decode_success;
+ goto decode_failure;
+
/* AV Pack, Unpack */
case 0x00E: case 0x04E: case 0x08E: // vpkuhum, vpkuwum, vpkuhus
case 0x0CE: // vpkuwus
@@ -20295,6 +28788,11 @@
if (dis_av_pack( theInstr )) goto decode_success;
goto decode_failure;
+ case 0x403: case 0x443: case 0x483: // vabsdub, vabsduh, vabsduw
+ if (!allow_V) goto decode_noV;
+ if (dis_abs_diff( theInstr )) goto decode_success;
+ goto decode_failure;
+
case 0x44E: case 0x4CE: case 0x54E: // vpkudum, vpkudus, vpksdus
case 0x5CE: case 0x64E: case 0x6cE: // vpksdss, vupkhsw, vupklsw
if (!allow_isa_2_07) goto decode_noP8;
@@ -20308,6 +28806,20 @@
if (dis_av_cipher( theInstr )) goto decode_success;
goto decode_failure;
+ /* AV Vector Extend Sign Instructions and
+ * Vector Count Leading/Trailing zero Least-Significant bits Byte.
+ * Vector Integer Negate Instructions
+ */
+ case 0x602: // vextsb2w, vextsh2w, vextsb2d, vextsh2d, vextsw2d
+ // vclzlsbb and vctzlsbb
+ // vnegw, vnegd
+ // vprtybw, vprtybd, vprtybq
+ // vctzb, vctzh, vctzw, vctzd
+ if (!allow_V) goto decode_noV;
+ if (dis_av_extend_sign_count_zero( theInstr, allow_isa_3_0 ))
+ goto decode_success;
+ goto decode_failure;
+
case 0x6C2: case 0x682: // vshasigmaw, vshasigmad
if (!allow_isa_2_07) goto decode_noP8;
if (dis_av_hash( theInstr )) goto decode_success;
@@ -20326,6 +28838,7 @@
goto decode_failure;
case 0x50c: // vgbbd
+ case 0x5cc: // vbpermd
if (!allow_isa_2_07) goto decode_noP8;
if (dis_av_count_bitTranspose( theInstr, opc2 )) goto decode_success;
goto decode_failure;
@@ -20345,7 +28858,9 @@
switch (opc2) {
/* AV Compare */
- case 0x006: case 0x046: case 0x086: // vcmpequb, vcmpequh, vcmpequw
+ case 0x006: case 0x007: case 0x107: // vcmpequb, vcmpneb, vcmpnezb
+ case 0x046: case 0x047: case 0x147: // vcmpequh, vcmpneh, vcmpnezh
+ case 0x086: case 0x087: case 0x187: // vcmpequw, vcmpnew, vcmpnezw
case 0x206: case 0x246: case 0x286: // vcmpgtub, vcmpgtuh, vcmpgtuw
case 0x306: case 0x346: case 0x386: // vcmpgtsb, vcmpgtsh, vcmpgtsw
if (!allow_V) goto decode_noV;
@@ -20426,6 +28941,13 @@
theInstr);
goto not_supported;
+ decode_noP9:
+ vassert(!allow_isa_3_0);
+ vex_printf("disInstr(ppc): found the Power 9 instruction 0x%x that can't be handled\n"
+ "by Valgrind on this host. This instruction requires a host that\n"
+ "supports Power 9 instructions.\n",
+ theInstr);
+ goto not_supported;
decode_failure:
/* All decode failures end up here. */
diff --git a/VEX/priv/guest_s390_toIR.c b/VEX/priv/guest_s390_toIR.c
index 116a606..59cddfd 100644
--- a/VEX/priv/guest_s390_toIR.c
+++ b/VEX/priv/guest_s390_toIR.c
@@ -8,7 +8,7 @@
This file is part of Valgrind, a dynamic binary instrumentation
framework.
- Copyright IBM Corp. 2010-2015
+ Copyright IBM Corp. 2010-2016
This program is free software; you can redistribute it and/or
modify it under the terms of the GNU General Public License as
@@ -3831,6 +3831,16 @@
}
static const HChar *
+s390_irgen_BRCTH(UChar r1, UInt i2)
+{
+ put_gpr_w0(r1, binop(Iop_Sub32, get_gpr_w0(r1), mkU32(1)));
+ if_condition_goto(binop(Iop_CmpNE32, get_gpr_w0(r1), mkU32(0)),
+ guest_IA_curr_instr + ((ULong)(Long)(Short)i2 << 1));
+
+ return "brcth";
+}
+
+static const HChar *
s390_irgen_BRCTG(UChar r1, UShort i2)
{
put_gpr_dw0(r1, binop(Iop_Sub64, get_gpr_dw0(r1), mkU64(1)));
@@ -7578,7 +7588,8 @@
}
static const HChar *
-s390_irgen_RISBG(UChar r1, UChar r2, UChar i3, UChar i4, UChar i5)
+s390_irgen_RISBGx(UChar r1, UChar r2, UChar i3, UChar i4, UChar i5,
+ Bool set_cc)
{
UChar from;
UChar to;
@@ -7612,9 +7623,83 @@
put_gpr_dw0(r1, binop(Iop_And64, mkexpr(op2), mkU64(mask)));
}
assign(result, get_gpr_dw0(r1));
- s390_cc_thunk_putS(S390_CC_OP_LOAD_AND_TEST, result);
+ if (set_cc) {
+ s390_cc_thunk_putS(S390_CC_OP_LOAD_AND_TEST, result);
+ return "risbg";
+ }
- return "risbg";
+ return "risbgn";
+}
+
+static const HChar *
+s390_irgen_RISBG(UChar r1, UChar r2, UChar i3, UChar i4, UChar i5)
+{
+ return s390_irgen_RISBGx(r1, r2, i3, i4, i5, True);
+}
+
+static const HChar *
+s390_irgen_RISBGN(UChar r1, UChar r2, UChar i3, UChar i4, UChar i5)
+{
+ return s390_irgen_RISBGx(r1, r2, i3, i4, i5, False);
+}
+
+static IRExpr *
+s390_irgen_RISBxG(UChar r1, UChar r2, UChar i3, UChar i4, UChar i5,
+ Bool high)
+{
+ UChar from;
+ UChar to;
+ UChar rot;
+ UChar z_bit;
+ UInt mask;
+ UInt maskc;
+ IRTemp op2 = newTemp(Ity_I32);
+
+ from = i3 & 31;
+ to = i4 & 31;
+ rot = i5 & 63;
+ z_bit = i4 & 128;
+ if (rot == 0) {
+ assign(op2, high ? get_gpr_w0(r2) : get_gpr_w1(r2));
+ } else if (rot == 32) {
+ assign(op2, high ? get_gpr_w1(r2) : get_gpr_w0(r2));
+ } else {
+ assign(op2,
+ unop(high ? Iop_64HIto32 : Iop_64to32,
+ binop(Iop_Or64,
+ binop(Iop_Shl64, get_gpr_dw0(r2), mkU8(rot)),
+ binop(Iop_Shr64, get_gpr_dw0(r2), mkU8(64 - rot)))));
+ }
+ if (from <= to) {
+ mask = ~0U;
+ mask = (mask >> from) & (mask << (31 - to));
+ maskc = ~mask;
+ } else {
+ maskc = ~0U;
+ maskc = (maskc >> (to + 1)) & (maskc << (32 - from));
+ mask = ~maskc;
+ }
+ if (z_bit) {
+ return binop(Iop_And32, mkexpr(op2), mkU32(mask));
+ }
+ return binop(Iop_Or32,
+ binop(Iop_And32, high ? get_gpr_w0(r1) : get_gpr_w1(r1),
+ mkU32(maskc)),
+ binop(Iop_And32, mkexpr(op2), mkU32(mask)));
+}
+
+static const HChar *
+s390_irgen_RISBHG(UChar r1, UChar r2, UChar i3, UChar i4, UChar i5)
+{
+ put_gpr_w0(r1, s390_irgen_RISBxG(r1, r2, i3, i4, i5, True));
+ return "risbhg";
+}
+
+static const HChar *
+s390_irgen_RISBLG(UChar r1, UChar r2, UChar i3, UChar i4, UChar i5)
+{
+ put_gpr_w1(r1, s390_irgen_RISBxG(r1, r2, i3, i4, i5, False));
+ return "risblg";
}
static const HChar *
@@ -8754,6 +8839,15 @@
}
static const HChar *
+s390_irgen_LDER(UChar r1, UChar r2)
+{
+ put_fpr_dw0(r1, mkF64i(0x0));
+ put_fpr_w0(r1, get_fpr_w0(r2));
+
+ return "lder";
+}
+
+static const HChar *
s390_irgen_LXR(UChar r1, UChar r2)
{
put_fpr_dw0(r1, get_fpr_dw0(r2));
@@ -8779,6 +8873,15 @@
}
static const HChar *
+s390_irgen_LDE(UChar r1, IRTemp op2addr)
+{
+ put_fpr_dw0(r1, mkF64i(0x0));
+ put_fpr_w0(r1, load(Ity_F32, mkexpr(op2addr)));
+
+ return "lde";
+}
+
+static const HChar *
s390_irgen_LEY(UChar r1, IRTemp op2addr)
{
put_fpr_w0(r1, load(Ity_F32, mkexpr(op2addr)));
@@ -10895,6 +10998,22 @@
}
static void
+s390_irgen_MVCIN_EX(IRTemp length, IRTemp start1, IRTemp start2)
+{
+ IRTemp counter = newTemp(Ity_I64);
+
+ assign(counter, get_counter_dw0());
+
+ store(binop(Iop_Add64, mkexpr(start1), mkexpr(counter)),
+ load(Ity_I8, binop(Iop_Sub64, mkexpr(start2), mkexpr(counter))));
+
+ /* Check for end of field */
+ put_counter_dw0(binop(Iop_Add64, mkexpr(counter), mkU64(1)));
+ iterate_if(binop(Iop_CmpNE64, mkexpr(counter), mkexpr(length)));
+ put_counter_dw0(mkU64(0));
+}
+
+static void
s390_irgen_TR_EX(IRTemp length, IRTemp start1, IRTemp start2)
{
IRTemp op = newTemp(Ity_I8);
@@ -11027,6 +11146,11 @@
s390_irgen_EX_SS(r1, addr2, s390_irgen_TR_EX, 64);
return "ex@tr";
+ case 0xe800000000000000ULL:
+ /* special case MVCIN */
+ s390_irgen_EX_SS(r1, addr2, s390_irgen_MVCIN_EX, 64);
+ return "ex@mvcin";
+
default:
{
/* everything else will get a self checking prefix that also checks the
@@ -11471,6 +11595,17 @@
}
static const HChar *
+s390_irgen_MVCIN(UChar length, IRTemp start1, IRTemp start2)
+{
+ IRTemp len = newTemp(Ity_I64);
+
+ assign(len, mkU64(length));
+ s390_irgen_MVCIN_EX(len, start1, start2);
+
+ return "mvcin";
+}
+
+static const HChar *
s390_irgen_MVCL(UChar r1, UChar r2)
{
IRTemp addr1 = newTemp(Ity_I64);
@@ -12938,6 +13073,38 @@
}
static const HChar *
+s390_irgen_POPCNT(UChar r1, UChar r2)
+{
+ Int i;
+ IRTemp val = newTemp(Ity_I64);
+ IRTemp mask[3];
+
+ assign(val, get_gpr_dw0(r2));
+ for (i = 0; i < 3; i++) {
+ mask[i] = newTemp(Ity_I64);
+ }
+ assign(mask[0], mkU64(0x5555555555555555ULL));
+ assign(mask[1], mkU64(0x3333333333333333ULL));
+ assign(mask[2], mkU64(0x0F0F0F0F0F0F0F0FULL));
+ for (i = 0; i < 3; i++) {
+ IRTemp tmp = newTemp(Ity_I64);
+
+ assign(tmp,
+ binop(Iop_Add64,
+ binop(Iop_And64,
+ mkexpr(val),
+ mkexpr(mask[i])),
+ binop(Iop_And64,
+ binop(Iop_Shr64, mkexpr(val), mkU8(1 << i)),
+ mkexpr(mask[i]))));
+ val = tmp;
+ }
+ s390_cc_thunk_putZ(S390_CC_OP_BITWISE, val);
+ put_gpr_dw0(r1, mkexpr(val));
+ return "popcnt";
+}
+
+static const HChar *
s390_irgen_STCK(IRTemp op2addr)
{
IRDirty *d;
@@ -14512,7 +14679,8 @@
ovl.fmt.RRF.r3, ovl.fmt.RRF.r2); goto ok;
case 0xb31f: s390_format_RRF_F0FF(s390_irgen_MSDBR, ovl.fmt.RRF.r1,
ovl.fmt.RRF.r3, ovl.fmt.RRF.r2); goto ok;
- case 0xb324: /* LDER */ goto unimplemented;
+ case 0xb324: s390_format_RRE_FF(s390_irgen_LDER, ovl.fmt.RRE.r1,
+ ovl.fmt.RRE.r2); goto ok;
case 0xb325: /* LXDR */ goto unimplemented;
case 0xb326: /* LXER */ goto unimplemented;
case 0xb32e: /* MAER */ goto unimplemented;
@@ -14999,7 +15167,8 @@
ovl.fmt.RRE.r2); goto ok;
case 0xb9df: s390_format_RRE_RR(s390_irgen_CLHLR, ovl.fmt.RRE.r1,
ovl.fmt.RRE.r2); goto ok;
- case 0xb9e1: /* POPCNT */ goto unimplemented;
+ case 0xb9e1: s390_format_RRE_RR(s390_irgen_POPCNT, ovl.fmt.RRE.r1,
+ ovl.fmt.RRE.r2); goto ok;
case 0xb9e2: s390_format_RRF_U0RR(s390_irgen_LOCGR, ovl.fmt.RRF3.r3,
ovl.fmt.RRF3.r1, ovl.fmt.RRF3.r2,
S390_XMNM_LOCGR); goto ok;
@@ -15997,7 +16166,13 @@
case 0xec0000000045ULL: s390_format_RIE_RRP(s390_irgen_BRXLG, ovl.fmt.RIE.r1,
ovl.fmt.RIE.r3, ovl.fmt.RIE.i2);
goto ok;
- case 0xec0000000051ULL: /* RISBLG */ goto unimplemented;
+ case 0xec0000000051ULL: s390_format_RIE_RRUUU(s390_irgen_RISBLG,
+ ovl.fmt.RIE_RRUUU.r1,
+ ovl.fmt.RIE_RRUUU.r2,
+ ovl.fmt.RIE_RRUUU.i3,
+ ovl.fmt.RIE_RRUUU.i4,
+ ovl.fmt.RIE_RRUUU.i5);
+ goto ok;
case 0xec0000000054ULL: s390_format_RIE_RRUUU(s390_irgen_RNSBG,
ovl.fmt.RIE_RRUUU.r1,
ovl.fmt.RIE_RRUUU.r2,
@@ -16026,8 +16201,20 @@
ovl.fmt.RIE_RRUUU.i4,
ovl.fmt.RIE_RRUUU.i5);
goto ok;
- case 0xec0000000059ULL: /* RISBGN */ goto unimplemented;
- case 0xec000000005dULL: /* RISBHG */ goto unimplemented;
+ case 0xec0000000059ULL: s390_format_RIE_RRUUU(s390_irgen_RISBGN,
+ ovl.fmt.RIE_RRUUU.r1,
+ ovl.fmt.RIE_RRUUU.r2,
+ ovl.fmt.RIE_RRUUU.i3,
+ ovl.fmt.RIE_RRUUU.i4,
+ ovl.fmt.RIE_RRUUU.i5);
+ goto ok;
+ case 0xec000000005dULL: s390_format_RIE_RRUUU(s390_irgen_RISBHG,
+ ovl.fmt.RIE_RRUUU.r1,
+ ovl.fmt.RIE_RRUUU.r2,
+ ovl.fmt.RIE_RRUUU.i3,
+ ovl.fmt.RIE_RRUUU.i4,
+ ovl.fmt.RIE_RRUUU.i5);
+ goto ok;
case 0xec0000000064ULL: s390_format_RIE_RRPU(s390_irgen_CGRJ,
ovl.fmt.RIE_RRPU.r1,
ovl.fmt.RIE_RRPU.r2,
@@ -16190,7 +16377,10 @@
ovl.fmt.RXF.r3, ovl.fmt.RXF.x2,
ovl.fmt.RXF.b2, ovl.fmt.RXF.d2,
ovl.fmt.RXF.r1); goto ok;
- case 0xed0000000024ULL: /* LDE */ goto unimplemented;
+ case 0xed0000000024ULL: s390_format_RXE_FRRD(s390_irgen_LDE,
+ ovl.fmt.RXE.r1, ovl.fmt.RXE.x2,
+ ovl.fmt.RXE.b2,
+ ovl.fmt.RXE.d2); goto ok;
case 0xed0000000025ULL: /* LXD */ goto unimplemented;
case 0xed0000000026ULL: /* LXE */ goto unimplemented;
case 0xed000000002eULL: /* MAE */ goto unimplemented;
@@ -16366,7 +16556,8 @@
case 0xc802ULL: /* CSST */ goto unimplemented;
case 0xc804ULL: /* LPD */ goto unimplemented;
case 0xc805ULL: /* LPDG */ goto unimplemented;
- case 0xcc06ULL: /* BRCTH */ goto unimplemented;
+ case 0xcc06ULL: s390_format_RIL_RP(s390_irgen_BRCTH, ovl.fmt.RIL.r1,
+ ovl.fmt.RIL.i2); goto ok;
case 0xcc08ULL: s390_format_RIL_RI(s390_irgen_AIH, ovl.fmt.RIL.r1,
ovl.fmt.RIL.i2); goto ok;
case 0xcc0aULL: s390_format_RIL_RI(s390_irgen_ALSIH, ovl.fmt.RIL.r1,
@@ -16416,7 +16607,9 @@
case 0xdfULL: /* EDMK */ goto unimplemented;
case 0xe1ULL: /* PKU */ goto unimplemented;
case 0xe2ULL: /* UNPKU */ goto unimplemented;
- case 0xe8ULL: /* MVCIN */ goto unimplemented;
+ case 0xe8ULL: s390_format_SS_L0RDRD(s390_irgen_MVCIN, ovl.fmt.SS.l,
+ ovl.fmt.SS.b1, ovl.fmt.SS.d1,
+ ovl.fmt.SS.b2, ovl.fmt.SS.d2); goto ok;
case 0xe9ULL: /* PKA */ goto unimplemented;
case 0xeaULL: /* UNPKA */ goto unimplemented;
case 0xeeULL: /* PLO */ goto unimplemented;
diff --git a/VEX/priv/guest_x86_toIR.c b/VEX/priv/guest_x86_toIR.c
index c24d9a4..24f9848 100644
--- a/VEX/priv/guest_x86_toIR.c
+++ b/VEX/priv/guest_x86_toIR.c
@@ -8565,8 +8565,10 @@
vassert(sz == 4);
modrm = getIByte(delta+2);
- do_MMX_preamble();
if (epartIsReg(modrm)) {
+ /* Only switch to MMX mode if the source is a MMX register.
+ See comments on CVTPI2PD for details. Fixes #357059. */
+ do_MMX_preamble();
assign( arg64, getMMXReg(eregOfRM(modrm)) );
delta += 2+1;
DIP("cvtpi2ps %s,%s\n", nameMMXReg(eregOfRM(modrm)),
diff --git a/VEX/priv/host_arm64_defs.c b/VEX/priv/host_arm64_defs.c
index 82f658e..cc7c832 100644
--- a/VEX/priv/host_arm64_defs.c
+++ b/VEX/priv/host_arm64_defs.c
@@ -1010,6 +1010,11 @@
i->tag = ARM64in_MFence;
return i;
}
+ARM64Instr* ARM64Instr_ClrEX ( void ) {
+ ARM64Instr* i = LibVEX_Alloc_inline(sizeof(ARM64Instr));
+ i->tag = ARM64in_ClrEX;
+ return i;
+}
ARM64Instr* ARM64Instr_VLdStH ( Bool isLoad, HReg sD, HReg rN, UInt uimm12 ) {
ARM64Instr* i = LibVEX_Alloc_inline(sizeof(ARM64Instr));
i->tag = ARM64in_VLdStH;
@@ -1567,6 +1572,9 @@
case ARM64in_MFence:
vex_printf("(mfence) dsb sy; dmb sy; isb");
return;
+ case ARM64in_ClrEX:
+ vex_printf("clrex #15");
+ return;
case ARM64in_VLdStH:
if (i->ARM64in.VLdStH.isLoad) {
vex_printf("ldr ");
@@ -2058,6 +2066,8 @@
return;
case ARM64in_MFence:
return;
+ case ARM64in_ClrEX:
+ return;
case ARM64in_VLdStH:
addHRegUse(u, HRmRead, i->ARM64in.VLdStH.rN);
if (i->ARM64in.VLdStH.isLoad) {
@@ -2318,6 +2328,8 @@
return;
case ARM64in_MFence:
return;
+ case ARM64in_ClrEX:
+ return;
case ARM64in_VLdStH:
i->ARM64in.VLdStH.hD = lookupHRegRemap(m, i->ARM64in.VLdStH.hD);
i->ARM64in.VLdStH.rN = lookupHRegRemap(m, i->ARM64in.VLdStH.rN);
@@ -3797,12 +3809,10 @@
*p++ = 0xD5033FDF; /* ISB */
goto done;
}
- //case ARM64in_CLREX: {
- // //ATC, but believed to be correct
- // goto bad;
- // *p++ = 0xD5033F5F; /* clrex */
- // goto done;
- //}
+ case ARM64in_ClrEX: {
+ *p++ = 0xD5033F5F; /* clrex #15 */
+ goto done;
+ }
case ARM64in_VLdStH: {
/* 01 111101 01 imm12 n t LDR Ht, [Xn|SP, #imm12 * 2]
01 111101 00 imm12 n t STR Ht, [Xn|SP, #imm12 * 2]
diff --git a/VEX/priv/host_arm64_defs.h b/VEX/priv/host_arm64_defs.h
index d74f8a1..62b25fd 100644
--- a/VEX/priv/host_arm64_defs.h
+++ b/VEX/priv/host_arm64_defs.h
@@ -482,6 +482,7 @@
ARM64in_LdrEX,
ARM64in_StrEX,
ARM64in_MFence,
+ ARM64in_ClrEX,
/* ARM64in_V*: scalar ops involving vector registers */
ARM64in_VLdStH, /* ld/st to/from low 16 bits of vec reg, imm offset */
ARM64in_VLdStS, /* ld/st to/from low 32 bits of vec reg, imm offset */
@@ -673,6 +674,9 @@
total nuclear overkill, but better safe than sorry. */
struct {
} MFence;
+ /* A CLREX instruction. */
+ struct {
+ } ClrEX;
/* --- INSTRUCTIONS INVOLVING VECTOR REGISTERS --- */
/* ld/st to/from low 16 bits of vec reg, imm offset */
struct {
@@ -909,6 +913,7 @@
extern ARM64Instr* ARM64Instr_LdrEX ( Int szB );
extern ARM64Instr* ARM64Instr_StrEX ( Int szB );
extern ARM64Instr* ARM64Instr_MFence ( void );
+extern ARM64Instr* ARM64Instr_ClrEX ( void );
extern ARM64Instr* ARM64Instr_VLdStH ( Bool isLoad, HReg sD, HReg rN,
UInt uimm12 /* 0 .. 8190, 0 % 2 */ );
extern ARM64Instr* ARM64Instr_VLdStS ( Bool isLoad, HReg sD, HReg rN,
diff --git a/VEX/priv/host_arm64_isel.c b/VEX/priv/host_arm64_isel.c
index a572408..9aadcce 100644
--- a/VEX/priv/host_arm64_isel.c
+++ b/VEX/priv/host_arm64_isel.c
@@ -3839,6 +3839,9 @@
case Imbe_Fence:
addInstr(env, ARM64Instr_MFence());
return;
+ case Imbe_CancelReservation:
+ addInstr(env, ARM64Instr_ClrEX());
+ return;
default:
break;
}
diff --git a/VEX/priv/host_arm_defs.c b/VEX/priv/host_arm_defs.c
index 82d5519..2b18714 100644
--- a/VEX/priv/host_arm_defs.c
+++ b/VEX/priv/host_arm_defs.c
@@ -1329,6 +1329,15 @@
i->ARMin.VCvtSD.src = src;
return i;
}
+ARMInstr* ARMInstr_VXferQ ( Bool toQ, HReg qD, HReg dHi, HReg dLo ) {
+ ARMInstr* i = LibVEX_Alloc_inline(sizeof(ARMInstr));
+ i->tag = ARMin_VXferQ;
+ i->ARMin.VXferQ.toQ = toQ;
+ i->ARMin.VXferQ.qD = qD;
+ i->ARMin.VXferQ.dHi = dHi;
+ i->ARMin.VXferQ.dLo = dLo;
+ return i;
+}
ARMInstr* ARMInstr_VXferD ( Bool toD, HReg dD, HReg rHi, HReg rLo ) {
ARMInstr* i = LibVEX_Alloc_inline(sizeof(ARMInstr));
i->tag = ARMin_VXferD;
@@ -1800,6 +1809,29 @@
vex_printf(", ");
ppHRegARM(i->ARMin.VCvtSD.src);
return;
+ case ARMin_VXferQ:
+ if (i->ARMin.VXferQ.toQ) {
+ vex_printf("vmov ");
+ ppHRegARM(i->ARMin.VXferQ.qD);
+ vex_printf("-lo64, ");
+ ppHRegARM(i->ARMin.VXferQ.dLo);
+ vex_printf(" ; vmov ");
+ ppHRegARM(i->ARMin.VXferQ.qD);
+ vex_printf("-hi64, ");
+ ppHRegARM(i->ARMin.VXferQ.dHi);
+ } else {
+ vex_printf("vmov ");
+ ppHRegARM(i->ARMin.VXferQ.dLo);
+ vex_printf(", ");
+ ppHRegARM(i->ARMin.VXferQ.qD);
+ vex_printf("-lo64");
+ vex_printf(" ; vmov ");
+ ppHRegARM(i->ARMin.VXferQ.dHi);
+ vex_printf(", ");
+ ppHRegARM(i->ARMin.VXferQ.qD);
+ vex_printf("-hi64");
+ }
+ return;
case ARMin_VXferD:
vex_printf("vmov ");
if (i->ARMin.VXferD.toD) {
@@ -2201,6 +2233,17 @@
addHRegUse(u, HRmWrite, i->ARMin.VCvtSD.dst);
addHRegUse(u, HRmRead, i->ARMin.VCvtSD.src);
return;
+ case ARMin_VXferQ:
+ if (i->ARMin.VXferQ.toQ) {
+ addHRegUse(u, HRmWrite, i->ARMin.VXferQ.qD);
+ addHRegUse(u, HRmRead, i->ARMin.VXferQ.dHi);
+ addHRegUse(u, HRmRead, i->ARMin.VXferQ.dLo);
+ } else {
+ addHRegUse(u, HRmRead, i->ARMin.VXferQ.qD);
+ addHRegUse(u, HRmWrite, i->ARMin.VXferQ.dHi);
+ addHRegUse(u, HRmWrite, i->ARMin.VXferQ.dLo);
+ }
+ return;
case ARMin_VXferD:
if (i->ARMin.VXferD.toD) {
addHRegUse(u, HRmWrite, i->ARMin.VXferD.dD);
@@ -2422,6 +2465,11 @@
i->ARMin.VCvtSD.dst = lookupHRegRemap(m, i->ARMin.VCvtSD.dst);
i->ARMin.VCvtSD.src = lookupHRegRemap(m, i->ARMin.VCvtSD.src);
return;
+ case ARMin_VXferQ:
+ i->ARMin.VXferQ.qD = lookupHRegRemap(m, i->ARMin.VXferQ.qD);
+ i->ARMin.VXferQ.dHi = lookupHRegRemap(m, i->ARMin.VXferQ.dHi);
+ i->ARMin.VXferQ.dLo = lookupHRegRemap(m, i->ARMin.VXferQ.dLo);
+ return;
case ARMin_VXferD:
i->ARMin.VXferD.dD = lookupHRegRemap(m, i->ARMin.VXferD.dD);
i->ARMin.VXferD.rHi = lookupHRegRemap(m, i->ARMin.VXferD.rHi);
@@ -2728,33 +2776,38 @@
#define X1111 BITS4(1,1,1,1)
#define XXXXX___(zzx7,zzx6,zzx5,zzx4,zzx3) \
- ((((zzx7) & 0xF) << 28) | (((zzx6) & 0xF) << 24) | \
+ (((((UInt)(zzx7)) & 0xF) << 28) | \
+ (((zzx6) & 0xF) << 24) | \
(((zzx5) & 0xF) << 20) | (((zzx4) & 0xF) << 16) | \
(((zzx3) & 0xF) << 12))
#define XXXXXX__(zzx7,zzx6,zzx5,zzx4,zzx3,zzx2) \
- ((((zzx7) & 0xF) << 28) | (((zzx6) & 0xF) << 24) | \
+ (((((UInt)(zzx7)) & 0xF) << 28) | \
+ (((zzx6) & 0xF) << 24) | \
(((zzx5) & 0xF) << 20) | (((zzx4) & 0xF) << 16) | \
(((zzx3) & 0xF) << 12) | (((zzx2) & 0xF) << 8))
#define XXXXX__X(zzx7,zzx6,zzx5,zzx4,zzx3,zzx0) \
- ((((zzx7) & 0xF) << 28) | (((zzx6) & 0xF) << 24) | \
+ (((((UInt)(zzx7)) & 0xF) << 28) | \
+ (((zzx6) & 0xF) << 24) | \
(((zzx5) & 0xF) << 20) | (((zzx4) & 0xF) << 16) | \
(((zzx3) & 0xF) << 12) | (((zzx0) & 0xF) << 0))
#define XXX___XX(zzx7,zzx6,zzx5,zzx1,zzx0) \
- ((((zzx7) & 0xF) << 28) | (((zzx6) & 0xF) << 24) | \
+ (((((UInt)(zzx7)) & 0xF) << 28) | \
+ (((zzx6) & 0xF) << 24) | \
(((zzx5) & 0xF) << 20) | (((zzx1) & 0xF) << 4) | \
(((zzx0) & 0xF) << 0))
#define XXXXXXXX(zzx7,zzx6,zzx5,zzx4,zzx3,zzx2,zzx1,zzx0) \
- ((((zzx7) & 0xF) << 28) | (((zzx6) & 0xF) << 24) | \
+ (((((UInt)(zzx7)) & 0xF) << 28) | \
+ (((zzx6) & 0xF) << 24) | \
(((zzx5) & 0xF) << 20) | (((zzx4) & 0xF) << 16) | \
(((zzx3) & 0xF) << 12) | (((zzx2) & 0xF) << 8) | \
(((zzx1) & 0xF) << 4) | (((zzx0) & 0xF) << 0))
#define XX______(zzx7,zzx6) \
- ((((zzx7) & 0xF) << 28) | (((zzx6) & 0xF) << 24))
+ (((((UInt)(zzx7)) & 0xF) << 28) | (((zzx6) & 0xF) << 24))
/* Generate a skeletal insn that involves an a RI84 shifter operand.
Returns a word which is all zeroes apart from bits 25 and 11..0,
@@ -3682,6 +3735,46 @@
goto done;
}
}
+ case ARMin_VXferQ: {
+ UInt insn;
+ UInt qD = qregEnc(i->ARMin.VXferQ.qD);
+ UInt dHi = dregEnc(i->ARMin.VXferQ.dHi);
+ UInt dLo = dregEnc(i->ARMin.VXferQ.dLo);
+ /* This is a bit tricky. We need to make 2 D-D moves and we rely
+ on the fact that the Q register can be treated as two D registers.
+ We also rely on the fact that the register allocator will allocate
+ the two D's and the Q to disjoint parts of the register file,
+ and so we don't have to worry about the first move's destination
+ being the same as the second move's source, etc. We do have
+ assertions though. */
+ /* The ARM ARM specifies that
+ D<2n> maps to the least significant half of Q<n>
+ D<2n+1> maps to the most significant half of Q<n>
+ So there are no issues with endianness here.
+ */
+ UInt qDlo = 2 * qD + 0;
+ UInt qDhi = 2 * qD + 1;
+ /* Stay sane .. */
+ vassert(qDhi != dHi && qDhi != dLo);
+ vassert(qDlo != dHi && qDlo != dLo);
+ /* vmov dX, dY is
+ F 2 (0,dX[4],1,0) dY[3:0] dX[3:0] 1 (dY[4],0,dY[4],1) dY[3:0]
+ */
+# define VMOV_D_D(_xx,_yy) \
+ XXXXXXXX( 0xF, 0x2, BITS4(0, (((_xx) >> 4) & 1), 1, 0), \
+ ((_yy) & 0xF), ((_xx) & 0xF), 0x1, \
+ BITS4( (((_yy) >> 4) & 1), 0, (((_yy) >> 4) & 1), 1), \
+ ((_yy) & 0xF) )
+ if (i->ARMin.VXferQ.toQ) {
+ insn = VMOV_D_D(qDlo, dLo); *p++ = insn;
+ insn = VMOV_D_D(qDhi, dHi); *p++ = insn;
+ } else {
+ insn = VMOV_D_D(dLo, qDlo); *p++ = insn;
+ insn = VMOV_D_D(dHi, qDhi); *p++ = insn;
+ }
+# undef VMOV_D_D
+ goto done;
+ }
case ARMin_VXferD: {
UInt dD = dregEnc(i->ARMin.VXferD.dD);
UInt rHi = iregEnc(i->ARMin.VXferD.rHi);
@@ -4750,8 +4843,11 @@
/* And make the modifications. */
if (shortOK) {
- Int simm24 = (Int)(delta >> 2);
- vassert(simm24 == ((simm24 << 8) >> 8));
+ UInt uimm24 = (UInt)(delta >> 2);
+ UInt uimm24_shl8 = uimm24 << 8;
+ Int simm24 = (Int)uimm24_shl8;
+ simm24 >>= 8;
+ vassert(uimm24 == simm24);
p[0] = 0xEA000000 | (simm24 & 0x00FFFFFF);
p[1] = 0xFF000000;
p[2] = 0xFF000000;
diff --git a/VEX/priv/host_arm_defs.h b/VEX/priv/host_arm_defs.h
index 47f459d..cd20512 100644
--- a/VEX/priv/host_arm_defs.h
+++ b/VEX/priv/host_arm_defs.h
@@ -591,6 +591,7 @@
ARMin_VCMovD,
ARMin_VCMovS,
ARMin_VCvtSD,
+ ARMin_VXferQ,
ARMin_VXferD,
ARMin_VXferS,
ARMin_VCvtID,
@@ -824,6 +825,13 @@
HReg dst;
HReg src;
} VCvtSD;
+ /* Transfer a NEON Q reg to/from two D registers (VMOV x 2) */
+ struct {
+ Bool toQ;
+ HReg qD;
+ HReg dHi;
+ HReg dLo;
+ } VXferQ;
/* Transfer a VFP D reg to/from two integer registers (VMOV) */
struct {
Bool toD;
@@ -994,6 +1002,7 @@
extern ARMInstr* ARMInstr_VCMovD ( ARMCondCode, HReg dst, HReg src );
extern ARMInstr* ARMInstr_VCMovS ( ARMCondCode, HReg dst, HReg src );
extern ARMInstr* ARMInstr_VCvtSD ( Bool sToD, HReg dst, HReg src );
+extern ARMInstr* ARMInstr_VXferQ ( Bool toQ, HReg qD, HReg dHi, HReg dLo );
extern ARMInstr* ARMInstr_VXferD ( Bool toD, HReg dD, HReg rHi, HReg rLo );
extern ARMInstr* ARMInstr_VXferS ( Bool toS, HReg fD, HReg rLo );
extern ARMInstr* ARMInstr_VCvtID ( Bool iToD, Bool syned,
diff --git a/VEX/priv/host_arm_isel.c b/VEX/priv/host_arm_isel.c
index 1513112..426f85d 100644
--- a/VEX/priv/host_arm_isel.c
+++ b/VEX/priv/host_arm_isel.c
@@ -368,6 +368,134 @@
}
+static
+Bool doHelperCallWithArgsOnStack ( /*OUT*/UInt* stackAdjustAfterCall,
+ /*OUT*/RetLoc* retloc,
+ ISelEnv* env,
+ IRExpr* guard,
+ IRCallee* cee, IRType retTy, IRExpr** args )
+{
+ /* This function deals just with the case where the arg sequence is:
+ VECRET followed by between 4 and 12 Ity_I32 values. So far no other
+ cases are necessary or supported. */
+
+ /* Check this matches the required format. */
+ if (args[0] == NULL || args[0]->tag != Iex_VECRET)
+ goto no_match;
+
+ UInt i;
+ UInt n_real_args = 0;
+ for (i = 1; args[i]; i++) {
+ IRExpr* arg = args[i];
+ if (UNLIKELY(is_IRExpr_VECRET_or_BBPTR(arg)))
+ goto no_match;
+ IRType argTy = typeOfIRExpr(env->type_env, arg);
+ if (UNLIKELY(argTy != Ity_I32))
+ goto no_match;
+ n_real_args++;
+ }
+
+ /* We expect to pass at least some args on the stack. */
+ if (n_real_args <= 3)
+ goto no_match;
+
+ /* But not too many. */
+ if (n_real_args > 12)
+ goto no_match;
+
+ /* General rules for a call:
+
+ Args 1 .. 4 go in R0 .. R3. The rest are pushed R to L on the
+ stack; that is, arg 5 is at the lowest address, arg 6 at the
+ next lowest, etc.
+
+ The stack is to be kept 8 aligned.
+
+ It appears (for unclear reasons) that the highest 3 words made
+ available when moving SP downwards are not to be used. For
+ example, if 5 args are to go on the stack, then SP must be moved
+ down 32 bytes, and the area at SP+20 .. SP+31 is not to be used
+ by the caller.
+ */
+
+ /* For this particular case, we use the following layout:
+
+ ------ original SP
+ 112 bytes
+ ------
+ return value
+ ------ original SP - 128
+ space
+ args words, between 1 and 11
+ ------ new SP = original_SP - 256
+
+ Using 256 bytes is overkill, but it is simple and good enough.
+ */
+
+ /* This should really be
+ HReg argVRegs[n_real_args];
+ but that makes it impossible to do 'goto's forward past.
+ Hence the following kludge. */
+ vassert(n_real_args <= 12);
+ HReg argVRegs[12];
+ for (i = 0; i < 12; i++)
+ argVRegs[i] = INVALID_HREG;
+
+ /* Compute args into vregs. */
+ for (i = 0; i < n_real_args; i++) {
+ argVRegs[i] = iselIntExpr_R(env, args[i+1]);
+ }
+
+ /* Now we can compute the condition. We can't do it earlier
+ because the argument computations could trash the condition
+ codes. Be a bit clever to handle the common case where the
+ guard is 1:Bit. */
+ ARMCondCode cc = ARMcc_AL;
+ if (guard) {
+ if (guard->tag == Iex_Const
+ && guard->Iex.Const.con->tag == Ico_U1
+ && guard->Iex.Const.con->Ico.U1 == True) {
+ /* unconditional -- do nothing */
+ } else {
+ goto no_match; //ATC
+ cc = iselCondCode( env, guard );
+ }
+ }
+
+ HReg r0 = hregARM_R0();
+ HReg sp = hregARM_R13();
+
+ ARMRI84* c256 = ARMRI84_I84(64, 15); // 64 `ror` (15 * 2)
+
+ addInstr(env, ARMInstr_Alu(ARMalu_SUB, r0, sp, ARMRI84_I84(128, 0)));
+
+ addInstr(env, mk_iMOVds_RR(hregARM_R1(), argVRegs[0]));
+ addInstr(env, mk_iMOVds_RR(hregARM_R2(), argVRegs[1]));
+ addInstr(env, mk_iMOVds_RR(hregARM_R3(), argVRegs[2]));
+
+ addInstr(env, ARMInstr_Alu(ARMalu_SUB, sp, sp, c256));
+
+ for (i = 3; i < n_real_args; i++) {
+ addInstr(env, ARMInstr_LdSt32(ARMcc_AL, False/*store*/, argVRegs[i],
+ ARMAMode1_RI(sp, (i-3) * 4)));
+ }
+
+ vassert(*stackAdjustAfterCall == 0);
+ vassert(is_RetLoc_INVALID(*retloc));
+
+ *stackAdjustAfterCall = 256;
+ *retloc = mk_RetLoc_spRel(RLPri_V128SpRel, 128);
+
+ Addr32 target = (Addr)cee->addr;
+ addInstr(env, ARMInstr_Call( cc, target, 4, *retloc ));
+
+ return True; /* success */
+
+ no_match:
+ return False;
+}
+
+
/* Do a complete function call. |guard| is a Ity_Bit expression
indicating whether or not the call happens. If guard==NULL, the
call is unconditional. |retloc| is set to indicate where the
@@ -470,6 +598,21 @@
n_args++;
}
+ /* If there are more than 4 args, we are going to have to pass
+ some via memory. Use a different function to (possibly) deal with
+ that; dealing with it here is too complex. */
+ if (n_args > ARM_N_ARGREGS) {
+ return doHelperCallWithArgsOnStack(stackAdjustAfterCall, retloc,
+ env, guard, cee, retTy, args );
+
+ }
+
+ /* After this point we make no attempt to pass args on the stack,
+ and just give up if that case (which is OK because it never
+ happens). Even if there are for example only 3 args, it might
+ still be necessary to pass some of them on the stack if for example
+ two or more of them are 64-bit integers. */
+
argregs[0] = hregARM_R0();
argregs[1] = hregARM_R1();
argregs[2] = hregARM_R2();
@@ -653,30 +796,30 @@
vassert(*stackAdjustAfterCall == 0);
vassert(is_RetLoc_INVALID(*retloc));
switch (retTy) {
- case Ity_INVALID:
- /* Function doesn't return a value. */
- *retloc = mk_RetLoc_simple(RLPri_None);
- break;
- case Ity_I64:
- *retloc = mk_RetLoc_simple(RLPri_2Int);
- break;
- case Ity_I32: case Ity_I16: case Ity_I8:
- *retloc = mk_RetLoc_simple(RLPri_Int);
- break;
- case Ity_V128:
- vassert(0); // ATC
- *retloc = mk_RetLoc_spRel(RLPri_V128SpRel, 0);
- *stackAdjustAfterCall = 16;
- break;
- case Ity_V256:
- vassert(0); // ATC
- *retloc = mk_RetLoc_spRel(RLPri_V256SpRel, 0);
- *stackAdjustAfterCall = 32;
- break;
- default:
- /* IR can denote other possible return types, but we don't
- handle those here. */
- vassert(0);
+ case Ity_INVALID:
+ /* Function doesn't return a value. */
+ *retloc = mk_RetLoc_simple(RLPri_None);
+ break;
+ case Ity_I64:
+ *retloc = mk_RetLoc_simple(RLPri_2Int);
+ break;
+ case Ity_I32: case Ity_I16: case Ity_I8:
+ *retloc = mk_RetLoc_simple(RLPri_Int);
+ break;
+ case Ity_V128:
+ vassert(0); // ATC
+ *retloc = mk_RetLoc_spRel(RLPri_V128SpRel, 0);
+ *stackAdjustAfterCall = 16;
+ break;
+ case Ity_V256:
+ vassert(0); // ATC
+ *retloc = mk_RetLoc_spRel(RLPri_V256SpRel, 0);
+ *stackAdjustAfterCall = 32;
+ break;
+ default:
+ /* IR can denote other possible return types, but we don't
+ handle those here. */
+ vassert(0);
}
/* Finally, generate the call itself. This needs the *retloc value
@@ -3714,6 +3857,14 @@
res, arg, 0, False));
return res;
}
+ case Iop_V128to64:
+ case Iop_V128HIto64: {
+ HReg src = iselNeonExpr(env, e->Iex.Unop.arg);
+ HReg resLo = newVRegD(env);
+ HReg resHi = newVRegD(env);
+ addInstr(env, ARMInstr_VXferQ(False/*!toQ*/, src, resHi, resLo));
+ return e->Iex.Unop.op == Iop_V128HIto64 ? resHi : resLo;
+ }
default:
break;
}
@@ -4305,7 +4456,7 @@
if (e->tag == Iex_Binop) {
switch (e->Iex.Binop.op) {
- case Iop_64HLtoV128:
+ case Iop_64HLtoV128: {
/* Try to match into single "VMOV reg, imm" instruction */
if (e->Iex.Binop.arg1->tag == Iex_Const &&
e->Iex.Binop.arg2->tag == Iex_Const &&
@@ -4349,45 +4500,12 @@
}
/* Does not match "VMOV Reg, Imm" form. We'll have to do
it the slow way. */
- {
- /* local scope */
- /* Done via the stack for ease of use. */
- /* FIXME: assumes little endian host */
- HReg w3, w2, w1, w0;
- HReg res = newVRegV(env);
- ARMAMode1* sp_0 = ARMAMode1_RI(hregARM_R13(), 0);
- ARMAMode1* sp_4 = ARMAMode1_RI(hregARM_R13(), 4);
- ARMAMode1* sp_8 = ARMAMode1_RI(hregARM_R13(), 8);
- ARMAMode1* sp_12 = ARMAMode1_RI(hregARM_R13(), 12);
- ARMRI84* c_16 = ARMRI84_I84(16,0);
- /* Make space for SP */
- addInstr(env, ARMInstr_Alu(ARMalu_SUB, hregARM_R13(),
- hregARM_R13(), c_16));
-
- /* Store the less significant 64 bits */
- iselInt64Expr(&w1, &w0, env, e->Iex.Binop.arg2);
- addInstr(env, ARMInstr_LdSt32(ARMcc_AL, False/*store*/,
- w0, sp_0));
- addInstr(env, ARMInstr_LdSt32(ARMcc_AL, False/*store*/,
- w1, sp_4));
-
- /* Store the more significant 64 bits */
- iselInt64Expr(&w3, &w2, env, e->Iex.Binop.arg1);
- addInstr(env, ARMInstr_LdSt32(ARMcc_AL, False/*store*/,
- w2, sp_8));
- addInstr(env, ARMInstr_LdSt32(ARMcc_AL, False/*store*/,
- w3, sp_12));
-
- /* Load result back from stack. */
- addInstr(env, ARMInstr_NLdStQ(True/*load*/, res,
- mkARMAModeN_R(hregARM_R13())));
-
- /* Restore SP */
- addInstr(env, ARMInstr_Alu(ARMalu_ADD, hregARM_R13(),
- hregARM_R13(), c_16));
- return res;
- } /* local scope */
- goto neon_expr_bad;
+ HReg dHi = iselNeon64Expr(env, e->Iex.Binop.arg1);
+ HReg dLo = iselNeon64Expr(env, e->Iex.Binop.arg2);
+ HReg res = newVRegV(env);
+ addInstr(env, ARMInstr_VXferQ(True/*toQ*/, res, dHi, dLo));
+ return res;
+ }
case Iop_AndV128: {
HReg res = newVRegV(env);
HReg argL = iselNeonExpr(env, e->Iex.Binop.arg1);
@@ -5359,7 +5477,7 @@
return dst;
}
- neon_expr_bad:
+ /* neon_expr_bad: */
ppIRExpr(e);
vpanic("iselNeonExpr_wrk");
}
@@ -5974,7 +6092,7 @@
switch (retty) {
case Ity_INVALID: /* function doesn't return anything */
case Ity_I64: case Ity_I32: case Ity_I16: case Ity_I8:
- //case Ity_V128: //ATC
+ case Ity_V128:
retty_ok = True; break;
default:
break;
@@ -5987,7 +6105,9 @@
call is skipped. */
UInt addToSp = 0;
RetLoc rloc = mk_RetLoc_INVALID();
- doHelperCall( &addToSp, &rloc, env, d->guard, d->cee, retty, d->args );
+ Bool ok = doHelperCall( &addToSp, &rloc, env,
+ d->guard, d->cee, retty, d->args );
+ if (!ok) goto stmt_fail;
vassert(is_sane_RetLoc(rloc));
/* Now figure out what to do with the returned value, if any. */
@@ -6026,11 +6146,6 @@
return;
}
case Ity_V128: {
- vassert(0); // ATC. The code that this produces really
- // needs to be looked at, to verify correctness.
- // I don't think this can ever happen though, since the
- // ARM front end never produces 128-bit loads/stores.
- // Hence the following is mostly theoretical.
/* The returned value is on the stack, and *retloc tells
us where. Fish it off the stack and then move the
stack pointer upwards to clear it, as directed by
@@ -6038,16 +6153,26 @@
vassert(rloc.pri == RLPri_V128SpRel);
vassert(rloc.spOff < 256); // else ARMRI84_I84(_,0) can't encode it
vassert(addToSp >= 16);
- vassert(addToSp < 256); // ditto reason as for rloc.spOff
+ vassert(addToSp <= 256);
+ /* Both the stack delta and the offset must be at least 8-aligned.
+ If that isn't so, doHelperCall() has generated bad code. */
+ vassert(0 == (rloc.spOff % 8));
+ vassert(0 == (addToSp % 8));
HReg dst = lookupIRTemp(env, d->tmp);
HReg tmp = newVRegI(env);
- HReg r13 = hregARM_R13(); // sp
+ HReg sp = hregARM_R13();
addInstr(env, ARMInstr_Alu(ARMalu_ADD,
- tmp, r13, ARMRI84_I84(rloc.spOff,0)));
+ tmp, sp, ARMRI84_I84(rloc.spOff,0)));
ARMAModeN* am = mkARMAModeN_R(tmp);
+ /* This load could be done with its effective address 0 % 8,
+ because that's the best stack alignment that we can be
+ assured of. */
addInstr(env, ARMInstr_NLdStQ(True/*load*/, dst, am));
- addInstr(env, ARMInstr_Alu(ARMalu_ADD,
- r13, r13, ARMRI84_I84(addToSp,0)));
+
+ ARMRI84* spAdj
+ = addToSp == 256 ? ARMRI84_I84(64, 15) // 64 `ror` (15 * 2)
+ : ARMRI84_I84(addToSp, 0);
+ addInstr(env, ARMInstr_Alu(ARMalu_ADD, sp, sp, spAdj));
return;
}
default:
diff --git a/VEX/priv/host_generic_reg_alloc2.c b/VEX/priv/host_generic_reg_alloc2.c
index fd46486..3c0b8db 100644
--- a/VEX/priv/host_generic_reg_alloc2.c
+++ b/VEX/priv/host_generic_reg_alloc2.c
@@ -993,13 +993,13 @@
/* ------------ Sanity checks ------------ */
/* Sanity checks are expensive. So they are done only once
- every 13 instructions, and just before the last
+ every 17 instructions, and just before the last
instruction. */
do_sanity_check
= toBool(
False /* Set to True for sanity checking of all insns. */
|| ii == instrs_in->arr_used-1
- || (ii > 0 && (ii % 13) == 0)
+ || (ii > 0 && (ii % 17) == 0)
);
if (do_sanity_check) {
diff --git a/VEX/priv/host_mips_isel.c b/VEX/priv/host_mips_isel.c
index a4a89cb..848234a 100644
--- a/VEX/priv/host_mips_isel.c
+++ b/VEX/priv/host_mips_isel.c
@@ -4171,19 +4171,19 @@
/* sanity ... */
vassert(arch_host == VexArchMIPS32 || arch_host == VexArchMIPS64);
- vassert(VEX_PRID_COMP_MIPS == hwcaps_host
- || VEX_PRID_COMP_BROADCOM == hwcaps_host
- || VEX_PRID_COMP_NETLOGIC);
+ vassert(VEX_PRID_COMP_MIPS == VEX_MIPS_COMP_ID(hwcaps_host)
+ || VEX_PRID_COMP_CAVIUM == VEX_MIPS_COMP_ID(hwcaps_host)
+ || VEX_PRID_COMP_BROADCOM == VEX_MIPS_COMP_ID(hwcaps_host)
+ || VEX_PRID_COMP_NETLOGIC == VEX_MIPS_COMP_ID(hwcaps_host)
+ || VEX_PRID_COMP_INGENIC_E1 == VEX_MIPS_COMP_ID(hwcaps_host)
+ || VEX_PRID_COMP_LEGACY == VEX_MIPS_COMP_ID(hwcaps_host));
/* Check that the host's endianness is as expected. */
vassert(archinfo_host->endness == VexEndnessLE
|| archinfo_host->endness == VexEndnessBE);
mode64 = arch_host != VexArchMIPS32;
-#if (__mips_fpr==64)
- fp_mode64 = ((VEX_MIPS_REV(hwcaps_host) == VEX_PRID_CPU_32FPR)
- || arch_host == VexArchMIPS64);
-#endif
+ fp_mode64 = VEX_MIPS_HOST_FP_MODE(hwcaps_host);
/* Make up an initial environment to use. */
env = LibVEX_Alloc_inline(sizeof(ISelEnv));
diff --git a/VEX/priv/host_ppc_defs.c b/VEX/priv/host_ppc_defs.c
index 13b193c..dc70f24 100644
--- a/VEX/priv/host_ppc_defs.c
+++ b/VEX/priv/host_ppc_defs.c
@@ -498,6 +498,8 @@
case Pun_NEG: return "neg";
case Pun_CLZ32: return "cntlzw";
case Pun_CLZ64: return "cntlzd";
+ case Pun_CTZ32: return "cnttzw";
+ case Pun_CTZ64: return "cnttzd";
case Pun_EXTSW: return "extsw";
default: vpanic("showPPCUnaryOp");
}
@@ -550,6 +552,31 @@
case Pfp_FRIN: return "frin";
case Pfp_FRIP: return "frip";
case Pfp_FRIZ: return "friz";
+ case Pfp_FPADDQ: return "xsaddqp";
+ case Pfp_FPSUBQ: return "xsubqp";
+ case Pfp_FPMULQ: return "xsmulqp";
+ case Pfp_FPDIVQ: return "xsdivqp";
+ case Pfp_FPMULADDQ: return "xsmaddqp";
+ case Pfp_FPMULSUBQ: return "xsmsubqp";
+ case Pfp_FPNEGMULADDQ: return "xsnmaddqp";
+ case Pfp_FPNEGMULSUBQ: return "xsnmsubqp";
+ case Pfp_FPADDQRNDODD: return "xsaddqpo";
+ case Pfp_FPSUBQRNDODD: return "xsubqpo";
+ case Pfp_FPMULQRNDODD: return "xsmulqpo";
+ case Pfp_FPDIVQRNDODD: return "xsaddqpo";
+ case Pfp_FPMULADDQRNDODD: return "xsmaddqpo";
+ case Pfp_FPMULSUBQRNDODD: return "xsmsubqpo";
+ case Pfp_FPNEGMULADDQRNDODD: return "xsnmaddqpo";
+ case Pfp_FPNEGMULSUBQRNDODD: return "xsnmsubqpo";
+ case Pfp_FPQTOD: return "xscvqpdp";
+ case Pfp_FPQTODRNDODD: return "xscvqpdpo";
+ case Pfp_FPDTOQ: return "xscvdpqp";
+ case Pfp_IDSTOQ: return "xscvsdqp";
+ case Pfp_IDUTOQ: return "xscvudqp";
+ case Pfp_TRUNCFPQTOISD: return "xscvqpsdz";
+ case Pfp_TRUNCFPQTOISW: return "xscvqpswz";
+ case Pfp_TRUNCFPQTOIUD: return "xscvqpudz";
+ case Pfp_TRUNCFPQTOIUW: return "xscvqpuwz";
case Pfp_DFPADD: return "dadd";
case Pfp_DFPADDQ: return "daddq";
case Pfp_DFPSUB: return "dsub";
@@ -650,6 +677,20 @@
/* BCD */
case Pav_BCDAdd: return "bcdadd."; // qw
case Pav_BCDSub: return "bcdsub."; // qw
+ case Pav_I128StoBCD128: return "bcdcfsq."; //qw
+ case Pav_BCD128toI128S: return "bcdctsq."; //qw
+
+ /* I128 mult by 10 */
+ case Pav_MulI128by10: return "vmul10uq"; //qw
+ case Pav_MulI128by10Carry: return "vmul10cuq"; //qw
+ case Pav_MulI128by10E: return "vmul10euq"; //qw
+ case Pav_MulI128by10ECarry: return "vmul10ecuq"; //qw
+
+ /* F128 to I128 signed */
+ case Pav_F128toI128S: return "xsrqpi|x"; //qw
+
+ /* F128 round to F128 */
+ case Pav_ROUNDFPQ: return "xsrqpxp";
/* Polynomial arith */
case Pav_POLYMULADD: return "vpmsum"; // b, h, w, d
@@ -664,10 +705,31 @@
case Pav_ZEROCNTHALF: case Pav_ZEROCNTDBL:
return "vclz_"; // b, h, w, d
+ /* trailing zero count */
+ case Pav_TRAILINGZEROCNTBYTE: case Pav_TRAILINGZEROCNTWORD:
+ case Pav_TRAILINGZEROCNTHALF: case Pav_TRAILINGZEROCNTDBL:
+ return "vctz_"; // b, h, w, d
+
/* vector gather (byte-by-byte bit matrix transpose) */
case Pav_BITMTXXPOSE:
return "vgbbd";
+ /* Vector Half-precision format to single precision conversion */
+ case Pav_F16toF32x4:
+ return"xvcvhpsp";
+
+ /* Vector Single-precision format to Half-precision conversion */
+ case Pav_F32toF16x4:
+ return"xvcvsphp";
+
+ /* Vector Half-precision format to Double precision conversion */
+ case Pav_F16toF64x2:
+ return"xvcvhpdp";
+
+ /* Vector Half-precision format to Double precision conversion */
+ case Pav_F64toF16x2:
+ return"xvcvdphp";
+
default: vpanic("showPPCAvOp");
}
}
@@ -925,6 +987,32 @@
i->Pin.FpBinary.srcR = srcR;
return i;
}
+PPCInstr* PPCInstr_Fp128Unary(PPCFpOp op, HReg dst, HReg src) {
+ PPCInstr* i = LibVEX_Alloc_inline( sizeof(PPCInstr) );
+ i->tag = Pin_Fp128Unary;
+ i->Pin.Fp128Unary.op = op;
+ i->Pin.Fp128Unary.dst = dst;
+ i->Pin.Fp128Unary.src = src;
+ return i;
+}
+PPCInstr* PPCInstr_Fp128Binary(PPCFpOp op, HReg dst, HReg srcL, HReg srcR) {
+ PPCInstr* i = LibVEX_Alloc_inline( sizeof(PPCInstr) );
+ i->tag = Pin_Fp128Binary;
+ i->Pin.Fp128Binary.op = op;
+ i->Pin.Fp128Binary.dst = dst;
+ i->Pin.Fp128Binary.srcL = srcL;
+ i->Pin.Fp128Binary.srcR = srcR;
+ return i;
+}
+PPCInstr* PPCInstr_Fp128Trinary(PPCFpOp op, HReg dst, HReg srcL, HReg srcR) {
+ PPCInstr* i = LibVEX_Alloc_inline( sizeof(PPCInstr) );
+ i->tag = Pin_Fp128Trinary;
+ i->Pin.Fp128Trinary.op = op;
+ i->Pin.Fp128Trinary.dst = dst;
+ i->Pin.Fp128Trinary.srcL = srcL;
+ i->Pin.Fp128Trinary.srcR = srcR;
+ return i;
+}
PPCInstr* PPCInstr_FpMulAcc ( PPCFpOp op, HReg dst, HReg srcML,
HReg srcMR, HReg srcAcc )
{
@@ -1268,6 +1356,16 @@
i->Pin.AvBinary.srcR = srcR;
return i;
}
+PPCInstr* PPCInstr_AvBinaryInt ( PPCAvOp op, HReg dst,
+ HReg src, PPCRI* val ) {
+ PPCInstr* i = LibVEX_Alloc_inline(sizeof(PPCInstr));
+ i->tag = Pin_AvBinaryInt;
+ i->Pin.AvBinaryInt.op = op;
+ i->Pin.AvBinaryInt.dst = dst;
+ i->Pin.AvBinaryInt.src = src;
+ i->Pin.AvBinaryInt.val = val;
+ return i;
+}
PPCInstr* PPCInstr_AvBin8x16 ( PPCAvOp op, HReg dst,
HReg srcL, HReg srcR ) {
PPCInstr* i = LibVEX_Alloc_inline(sizeof(PPCInstr));
@@ -1415,15 +1513,14 @@
i->Pin.AvHashV128Binary.s_field = s_field;
return i;
}
-PPCInstr* PPCInstr_AvBCDV128Trinary ( PPCAvOp op, HReg dst,
- HReg src1, HReg src2, PPCRI* ps ) {
+PPCInstr* PPCInstr_AvBCDV128Binary ( PPCAvOp op, HReg dst,
+ HReg src1, HReg src2 ) {
PPCInstr* i = LibVEX_Alloc_inline(sizeof(PPCInstr));
- i->tag = Pin_AvBCDV128Trinary;
- i->Pin.AvBCDV128Trinary.op = op;
- i->Pin.AvBCDV128Trinary.dst = dst;
- i->Pin.AvBCDV128Trinary.src1 = src1;
- i->Pin.AvBCDV128Trinary.src2 = src2;
- i->Pin.AvBCDV128Trinary.ps = ps;
+ i->tag = Pin_AvBCDV128Binary;
+ i->Pin.AvBCDV128Binary.op = op;
+ i->Pin.AvBCDV128Binary.dst = dst;
+ i->Pin.AvBCDV128Binary.src1 = src1;
+ i->Pin.AvBCDV128Binary.src2 = src2;
return i;
}
@@ -1717,6 +1814,28 @@
vex_printf(",");
ppHRegPPC(i->Pin.FpBinary.srcR);
return;
+ case Pin_Fp128Unary:
+ vex_printf("%s ", showPPCFpOp(i->Pin.Fp128Unary.op));
+ ppHRegPPC(i->Pin.Fp128Unary.dst);
+ vex_printf(",");
+ ppHRegPPC(i->Pin.Fp128Unary.src);
+ return;
+ case Pin_Fp128Binary:
+ vex_printf("%s ", showPPCFpOp(i->Pin.Fp128Binary.op));
+ ppHRegPPC(i->Pin.Fp128Binary.dst);
+ vex_printf(",");
+ ppHRegPPC(i->Pin.Fp128Binary.srcL);
+ vex_printf(",");
+ ppHRegPPC(i->Pin.Fp128Binary.srcR);
+ return;
+ case Pin_Fp128Trinary:
+ vex_printf("%s ", showPPCFpOp(i->Pin.Fp128Trinary.op));
+ ppHRegPPC(i->Pin.Fp128Trinary.dst);
+ vex_printf(",");
+ ppHRegPPC(i->Pin.Fp128Trinary.srcL);
+ vex_printf(",");
+ ppHRegPPC(i->Pin.Fp128Trinary.srcR);
+ return;
case Pin_FpMulAcc:
vex_printf("%s ", showPPCFpOp(i->Pin.FpMulAcc.op));
ppHRegPPC(i->Pin.FpMulAcc.dst);
@@ -1874,6 +1993,14 @@
vex_printf(",");
ppHRegPPC(i->Pin.AvBinary.srcR);
return;
+ case Pin_AvBinaryInt:
+ vex_printf("%s ", showPPCAvOp(i->Pin.AvBinaryInt.op));
+ ppHRegPPC(i->Pin.AvBinaryInt.dst);
+ vex_printf(",");
+ ppHRegPPC(i->Pin.AvBinaryInt.src);
+ vex_printf(",");
+ ppPPCRI(i->Pin.AvBinaryInt.val);
+ return;
case Pin_AvBin8x16:
vex_printf("%s(b) ", showPPCAvOp(i->Pin.AvBin8x16.op));
ppHRegPPC(i->Pin.AvBin8x16.dst);
@@ -2038,15 +2165,13 @@
ppPPCRI(i->Pin.AvHashV128Binary.s_field);
return;
- case Pin_AvBCDV128Trinary:
- vex_printf("%s(w) ", showPPCAvOp(i->Pin.AvBCDV128Trinary.op));
- ppHRegPPC(i->Pin.AvBCDV128Trinary.dst);
+ case Pin_AvBCDV128Binary:
+ vex_printf("%s(w) ", showPPCAvOp(i->Pin.AvBCDV128Binary.op));
+ ppHRegPPC(i->Pin.AvBCDV128Binary.dst);
vex_printf(",");
- ppHRegPPC(i->Pin.AvBCDV128Trinary.src1);
+ ppHRegPPC(i->Pin.AvBCDV128Binary.src1);
vex_printf(",");
- ppHRegPPC(i->Pin.AvBCDV128Trinary.src2);
- vex_printf(",");
- ppPPCRI(i->Pin.AvBCDV128Trinary.ps);
+ ppHRegPPC(i->Pin.AvBCDV128Binary.src2);
return;
case Pin_Dfp64Unary:
@@ -2367,6 +2492,21 @@
addHRegUse(u, HRmRead, i->Pin.FpBinary.srcL);
addHRegUse(u, HRmRead, i->Pin.FpBinary.srcR);
return;
+
+ case Pin_Fp128Unary:
+ addHRegUse(u, HRmWrite, i->Pin.Fp128Unary.dst);
+ addHRegUse(u, HRmRead, i->Pin.Fp128Unary.src);
+ return;
+ case Pin_Fp128Binary:
+ addHRegUse(u, HRmWrite, i->Pin.Fp128Binary.dst);
+ addHRegUse(u, HRmRead, i->Pin.Fp128Binary.srcL);
+ addHRegUse(u, HRmRead, i->Pin.Fp128Binary.srcR);
+ return;
+ case Pin_Fp128Trinary:
+ addHRegUse(u, HRmModify, i->Pin.Fp128Trinary.dst);
+ addHRegUse(u, HRmRead, i->Pin.Fp128Trinary.srcL);
+ addHRegUse(u, HRmRead, i->Pin.Fp128Trinary.srcR);
+ return;
case Pin_FpMulAcc:
addHRegUse(u, HRmWrite, i->Pin.FpMulAcc.dst);
addHRegUse(u, HRmRead, i->Pin.FpMulAcc.srcML);
@@ -2432,6 +2572,10 @@
addHRegUse(u, HRmRead, i->Pin.AvBinary.srcR);
}
return;
+ case Pin_AvBinaryInt:
+ addHRegUse(u, HRmWrite, i->Pin.AvBinaryInt.dst);
+ addHRegUse(u, HRmRead, i->Pin.AvBinaryInt.src);
+ return;
case Pin_AvBin8x16:
addHRegUse(u, HRmWrite, i->Pin.AvBin8x16.dst);
addHRegUse(u, HRmRead, i->Pin.AvBin8x16.srcL);
@@ -2511,11 +2655,10 @@
addHRegUse(u, HRmRead, i->Pin.AvHashV128Binary.src);
addRegUsage_PPCRI(u, i->Pin.AvHashV128Binary.s_field);
return;
- case Pin_AvBCDV128Trinary:
- addHRegUse(u, HRmWrite, i->Pin.AvBCDV128Trinary.dst);
- addHRegUse(u, HRmRead, i->Pin.AvBCDV128Trinary.src1);
- addHRegUse(u, HRmRead, i->Pin.AvBCDV128Trinary.src2);
- addRegUsage_PPCRI(u, i->Pin.AvBCDV128Trinary.ps);
+ case Pin_AvBCDV128Binary:
+ addHRegUse(u, HRmWrite, i->Pin.AvBCDV128Binary.dst);
+ addHRegUse(u, HRmRead, i->Pin.AvBCDV128Binary.src1);
+ addHRegUse(u, HRmRead, i->Pin.AvBCDV128Binary.src2);
return;
case Pin_Dfp64Unary:
addHRegUse(u, HRmWrite, i->Pin.Dfp64Unary.dst);
@@ -2719,6 +2862,20 @@
mapReg(m, &i->Pin.FpBinary.srcL);
mapReg(m, &i->Pin.FpBinary.srcR);
return;
+ case Pin_Fp128Unary:
+ mapReg(m, &i->Pin.Fp128Unary.dst);
+ mapReg(m, &i->Pin.Fp128Unary.src);
+ return;
+ case Pin_Fp128Binary:
+ mapReg(m, &i->Pin.Fp128Binary.dst);
+ mapReg(m, &i->Pin.Fp128Binary.srcL);
+ mapReg(m, &i->Pin.Fp128Binary.srcR);
+ return;
+ case Pin_Fp128Trinary:
+ mapReg(m, &i->Pin.Fp128Trinary.dst);
+ mapReg(m, &i->Pin.Fp128Trinary.srcL);
+ mapReg(m, &i->Pin.Fp128Trinary.srcR);
+ return;
case Pin_FpMulAcc:
mapReg(m, &i->Pin.FpMulAcc.dst);
mapReg(m, &i->Pin.FpMulAcc.srcML);
@@ -2769,6 +2926,10 @@
mapReg(m, &i->Pin.AvBinary.srcL);
mapReg(m, &i->Pin.AvBinary.srcR);
return;
+ case Pin_AvBinaryInt:
+ mapReg(m, &i->Pin.AvBinaryInt.dst);
+ mapReg(m, &i->Pin.AvBinaryInt.src);
+ return;
case Pin_AvBin8x16:
mapReg(m, &i->Pin.AvBin8x16.dst);
mapReg(m, &i->Pin.AvBin8x16.srcL);
@@ -2844,11 +3005,10 @@
mapReg(m, &i->Pin.AvHashV128Binary.dst);
mapReg(m, &i->Pin.AvHashV128Binary.src);
return;
- case Pin_AvBCDV128Trinary:
- mapReg(m, &i->Pin.AvBCDV128Trinary.dst);
- mapReg(m, &i->Pin.AvBCDV128Trinary.src1);
- mapReg(m, &i->Pin.AvBCDV128Trinary.src2);
- mapRegs_PPCRI(m, i->Pin.AvBCDV128Trinary.ps);
+ case Pin_AvBCDV128Binary:
+ mapReg(m, &i->Pin.AvBCDV128Binary.dst);
+ mapReg(m, &i->Pin.AvBCDV128Binary.src1);
+ mapReg(m, &i->Pin.AvBCDV128Binary.src2);
return;
case Pin_Dfp64Unary:
mapReg(m, &i->Pin.Dfp64Unary.dst);
@@ -3677,6 +3837,95 @@
return emit32(p, theInstr, endness_host);
}
+static UChar* mkFormVSXRND ( UChar* p, UInt opc1, UInt R, UInt r1,
+ UInt r2, UInt RMC, UInt opc2, UChar EX,
+ VexEndness endness_host )
+{
+ /* The register mapping is all done using VR register numbers for the
+ * V128 support. This means that the operands for this instruction have
+ * been loaded into a VR register. The 32 VR registers map to VSR registers
+ * 32 to 63. For these instructions, the hardware adds 32 to the source
+ * and destination register numbers. Do not need to adjust the register
+ * numbers for these instructions.
+ */
+
+ UInt theInstr;
+
+ vassert(opc1 < 0x40);
+ vassert(r1 < 0x20);
+ vassert(r2 < 0x20);
+ vassert(opc2 < 0x100);
+ vassert(EX < 0x2);
+ vassert(R < 0x2);
+ vassert(RMC < 0x4);
+
+ theInstr = ((opc1<<26) | (r1<<21) | (R<<16) | (r2<<11) | (RMC<<9) |
+ (opc2 << 1) | EX);
+ return emit32(p, theInstr, endness_host);
+}
+
+static UChar* mkFormVX_BX_TX ( UChar* p, UInt opc1, UInt r1, UInt r2,
+ UInt r3, UInt opc2, VexEndness endness_host )
+{
+ /* The register mapping is all done using VR register numbers for the
+ * V128 support. This means that the operands for this instruction have
+ * been loaded into a VR register. The 32 VR registers map to VSR registers
+ * 32 to 63. So to make the issued instruction reference the
+ * corresponding VR register we have to add 32 to the source and
+ * destination operand numbers, then load the new operand number into the
+ * correct bit fields.
+ *
+ * r1 = 32xTX + T; r3 = 32xBX + B;
+ * TX is bit 0, BX is bit 1, T is in bits [25:21], B is in bit [14:11]
+ * opc2 is in bits [10:2]
+ */
+ UInt T, TX, B, BX;
+
+ UInt theInstr;
+
+ r1 += 32; // adjust the VSR register number to map to the VR number
+ r3 += 32;
+
+ vassert(opc1 < 0x40);
+ vassert(r1 < 0x40);
+ vassert(r2 < 0x20);
+ vassert(r3 < 0x40);
+ vassert(opc2 < 0x800);
+
+ T = r1 & 0x1F;
+ TX = r1 >> 5;
+ B = r3 & 0x1F;
+ BX = r3 >> 5;
+ theInstr = ((opc1<<26) | (T<<21) | (r2<<16) | (B<<11) | (opc2<<2)
+ | (BX<<1) | TX);
+ return emit32(p, theInstr, endness_host);
+}
+
+static UChar* mkFormVXR0 ( UChar* p, UInt opc1, UInt r1, UInt r2,
+ UInt r3, UInt opc2, UChar R0,
+ VexEndness endness_host )
+{
+ /* The register mapping is all done using VR register numbers for the
+ * V128 support. This means that the operands for this instruction have
+ * been loaded into a VR register. The 32 VR registers map to VSR registers
+ * 32 to 63. For these instructions, the hardware adds 32 to the source
+ * and destination register numbers. Do not need to adjust the register
+ * numbers for these instructions.
+ */
+
+ UInt theInstr;
+
+ vassert(opc1 < 0x40);
+ vassert(r1 < 0x20); // register numbers are between 0 and 31 (5-bits)
+ vassert(r2 < 0x20);
+ vassert(r3 < 0x20);
+ vassert(opc2 < 0x800);
+ vassert(R0 < 0x2);
+
+ theInstr = ((opc1<<26) | (r1<<21) | (r2<<16) | (r3<<11) | (opc2<<1) | R0);
+ return emit32(p, theInstr, endness_host);
+}
+
static UChar* mkFormVXI ( UChar* p, UInt opc1, UInt r1, UInt r2,
UInt r3, UInt opc2, VexEndness endness_host )
{
@@ -4015,6 +4264,15 @@
vassert(mode64);
p = mkFormX(p, 31, r_src, r_dst, 0, 58, 0, endness_host);
break;
+ case Pun_CTZ32: // cnttzw r_dst, r_src
+ /* Note oder of src and dst is backwards from normal */
+ p = mkFormX(p, 31, r_src, r_dst, 0, 538, 0, endness_host);
+ break;
+ case Pun_CTZ64: // cnttzd r_dst, r_src
+ /* Note oder of src and dst is backwards from normal */
+ vassert(mode64);
+ p = mkFormX(p, 31, r_src, r_dst, 0, 570, 0, endness_host);
+ break;
case Pun_EXTSW: // extsw r_dst, r_src
vassert(mode64);
p = mkFormX(p, 31, r_src, r_dst, 0, 986, 0, endness_host);
@@ -4610,6 +4868,178 @@
goto done;
}
+ case Pin_Fp128Unary: {
+ /* Note Fp128 instructions use the vector scalar registers. The register
+ * mapping for the V128 type assumes the a vector instruction. The
+ * PPC hardware has a single register file that the vector scalar
+ * registers and the vector registers map to. The 32 vector
+ * registers instructions map to the same registers as the vector
+ * scalar registers 32 to 63. mkFormVXR0 does the needed
+ * adjustment.
+ */
+ UInt fr_dst = vregEnc(i->Pin.Fp128Unary.dst);
+ UInt fr_src = vregEnc(i->Pin.Fp128Unary.src);
+
+ switch (i->Pin.Fp128Unary.op) {
+ case Pfp_FPSQRTQ: // xssqrtqp, use rounding specified by RN
+ p = mkFormVXR0( p, 63, fr_dst, 27, fr_src, 804, 0, endness_host );
+ break;
+ case Pfp_FPSQRTQRNDODD: // xssqrtqpo, use rounding specified by RN
+ p = mkFormVXR0( p, 63, fr_dst, 27, fr_src, 804, 1, endness_host );
+ break;
+ case Pfp_FPQTOD: // xscvqpdp, use rounding specified by RN
+ p = mkFormVXR0( p, 63, fr_dst, 20, fr_src, 836, 0, endness_host );
+ break;
+ case Pfp_FPQTODRNDODD: // xscvqpdpo, use rounding specified by RN
+ p = mkFormVXR0( p, 63, fr_dst, 20, fr_src, 836, 1, endness_host );
+ break;
+ case Pfp_FPDTOQ: // xscvdpqp
+ p = mkFormVXR0( p, 63, fr_dst, 22, fr_src, 836, 0, endness_host );
+ break;
+ case Pfp_IDSTOQ: // xscvsdqp
+ p = mkFormVXR0( p, 63, fr_dst, 10, fr_src, 836, 0, endness_host );
+ break;
+ case Pfp_IDUTOQ: // xscvudqp
+ p = mkFormVXR0( p, 63, fr_dst, 2, fr_src, 836, 0, endness_host );
+ break;
+ case Pfp_TRUNCFPQTOISD: // xscvqpsdz
+ p = mkFormVXR0( p, 63, fr_dst, 25, fr_src, 836, 0, endness_host );
+ break;
+ case Pfp_TRUNCFPQTOISW: // xscvqpswz
+ p = mkFormVXR0( p, 63, fr_dst, 9, fr_src, 836, 0, endness_host );
+ break;
+ case Pfp_TRUNCFPQTOIUD: // xscvqpudz
+ p = mkFormVXR0( p, 63, fr_dst, 17, fr_src, 836, 0, endness_host );
+ break;
+ case Pfp_TRUNCFPQTOIUW: // xscvqpuwz
+ p = mkFormVXR0( p, 63, fr_dst, 1, fr_src, 836, 0, endness_host );
+ break;
+ default:
+ goto bad;
+ }
+ goto done;
+ }
+
+ case Pin_Fp128Binary: {
+ /* Note Fp128 instructions use the vector registers */
+ UInt fr_dst = vregEnc(i->Pin.Fp128Binary.dst);
+ UInt fr_srcL = vregEnc(i->Pin.Fp128Binary.srcL);
+ UInt fr_srcR = vregEnc(i->Pin.Fp128Binary.srcR);
+
+ /* Note this issues a Vector scalar instruction. The register
+ * mapping for the V128 type assumes the a vector instruction. The
+ * PPC hardware has a single register file that the vector scalar
+ * registers and the vector registers map to. The 32 vector
+ * registers instructions map to the same registers as the vector
+ * scalar registers 32 to 63. For these instructions the HW adds
+ * 32 to the register numbers to access the VSRR register. No need
+ * to adjust the numbers to map to the VR register that contians the
+ * operands.
+ */
+
+ switch (i->Pin.Fp128Binary.op) {
+ case Pfp_FPADDQ: // xsaddqp, use rounding specified by RN
+ p = mkFormVXR0( p, 63, fr_dst, fr_srcL, fr_srcR, 4, 0, endness_host );
+ break;
+ case Pfp_FPADDQRNDODD: // xsaddqpo, round to odd
+ p = mkFormVXR0( p, 63, fr_dst, fr_srcL, fr_srcR, 4, 1, endness_host );
+ break;
+ case Pfp_FPSUBQ: // xssubqp, use rounding specified by RN
+ p = mkFormVXR0( p, 63, fr_dst, fr_srcL, fr_srcR, 516, 0, endness_host );
+ break;
+ case Pfp_FPSUBQRNDODD: // xssubqpo, round to odd
+ p = mkFormVXR0( p, 63, fr_dst, fr_srcL, fr_srcR, 516, 1, endness_host );
+ break;
+ case Pfp_FPMULQ: // xsmulqp, use rounding specified by RN
+ p = mkFormVXR0( p, 63, fr_dst, fr_srcL, fr_srcR, 36, 0, endness_host );
+ break;
+ case Pfp_FPMULQRNDODD: // xsmulqpo, round to odd
+ p = mkFormVXR0( p, 63, fr_dst, fr_srcL, fr_srcR, 36, 1, endness_host );
+ break;
+ case Pfp_FPDIVQ: // xsdivqp, use rounding specified by RN
+ p = mkFormVXR0( p, 63, fr_dst, fr_srcL, fr_srcR, 548, 0, endness_host );
+ break;
+ case Pfp_FPDIVQRNDODD: // xsdivqpo, round to odd
+ p = mkFormVXR0( p, 63, fr_dst, fr_srcL, fr_srcR, 548, 1, endness_host );
+ break;
+ case Pfp_FPMULADDQ: // xsmaddqp, use rounding specified by RN
+ p = mkFormVXR0( p, 63, fr_dst, fr_srcL, fr_srcR, 388, 0, endness_host );
+ break;
+ case Pfp_FPMULADDQRNDODD: // xsmaddqpo, round to odd
+ p = mkFormVXR0( p, 63, fr_dst, fr_srcL, fr_srcR, 388, 1, endness_host );
+ break;
+ case Pfp_FPMULSUBQ: // xsmsubqp, use rounding specified by RN
+ p = mkFormVXR0( p, 63, fr_dst, fr_srcL, fr_srcR, 420, 0, endness_host );
+ break;
+ case Pfp_FPMULSUBQRNDODD: // xsmsubsqpo, round to odd
+ p = mkFormVXR0( p, 63, fr_dst, fr_srcL, fr_srcR, 420, 1, endness_host );
+ break;
+ case Pfp_FPNEGMULADDQ: // xsnmaddqp, use rounding specified by RN
+ p = mkFormVXR0( p, 63, fr_dst, fr_srcL, fr_srcR, 452, 0, endness_host );
+ break;
+ case Pfp_FPNEGMULADDQRNDODD: // xsnmaddqpo, round to odd
+ p = mkFormVXR0( p, 63, fr_dst, fr_srcL, fr_srcR, 452, 1, endness_host );
+ break;
+ case Pfp_FPNEGMULSUBQ: // xsnmsubqp, use rounding specified by RN
+ p = mkFormVXR0( p, 63, fr_dst, fr_srcL, fr_srcR, 484, 0, endness_host );
+ break;
+ case Pfp_FPNEGMULSUBQRNDODD: // xsnmsubsqpo, round to odd
+ p = mkFormVXR0( p, 63, fr_dst, fr_srcL, fr_srcR, 484, 1, endness_host );
+ break;
+ default:
+ goto bad;
+ }
+ goto done;
+ }
+
+ case Pin_Fp128Trinary: {
+ /* Note Fp128 instructions use the vector registers */
+ UInt fr_dst = vregEnc(i->Pin.Fp128Binary.dst);
+ UInt fr_srcL = vregEnc(i->Pin.Fp128Binary.srcL);
+ UInt fr_srcR = vregEnc(i->Pin.Fp128Binary.srcR);
+
+ /* Note this issues a Vector scalar instruction. The register
+ * mapping for the V128 type assumes the a vector instruction. The
+ * PPC hardware has a single register file that the vector scalar
+ * registers and the vector registers map to. The 32 vector
+ * registers instructions map to the same registers as the vector
+ * scalar registers 32 to 63. For these instructions the HW adds
+ * 32 to the register numbers to access the VSRR register. No need
+ * to adjust the numbers to map to the VR register that contians the
+ * operands.
+ */
+
+ switch (i->Pin.Fp128Binary.op) {
+ case Pfp_FPMULADDQ: // xsmaddqp, use rounding specified by RN
+ p = mkFormVXR0( p, 63, fr_dst, fr_srcL, fr_srcR, 388, 0, endness_host );
+ break;
+ case Pfp_FPMULADDQRNDODD: // xsmaddqpo, round to odd
+ p = mkFormVXR0( p, 63, fr_dst, fr_srcL, fr_srcR, 388, 1, endness_host );
+ break;
+ case Pfp_FPMULSUBQ: // xsmsubqp, use rounding specified by RN
+ p = mkFormVXR0( p, 63, fr_dst, fr_srcL, fr_srcR, 420, 0, endness_host );
+ break;
+ case Pfp_FPMULSUBQRNDODD: // xsmsubsqpo, round to odd
+ p = mkFormVXR0( p, 63, fr_dst, fr_srcL, fr_srcR, 420, 1, endness_host );
+ break;
+ case Pfp_FPNEGMULADDQ: // xsnmaddqp, use rounding specified by RN
+ p = mkFormVXR0( p, 63, fr_dst, fr_srcL, fr_srcR, 452, 0, endness_host );
+ break;
+ case Pfp_FPNEGMULADDQRNDODD: // xsnmaddqpo, round to odd
+ p = mkFormVXR0( p, 63, fr_dst, fr_srcL, fr_srcR, 452, 1, endness_host );
+ break;
+ case Pfp_FPNEGMULSUBQ: // xsnmsubqp, use rounding specified by RN
+ p = mkFormVXR0( p, 63, fr_dst, fr_srcL, fr_srcR, 484, 0, endness_host );
+ break;
+ case Pfp_FPNEGMULSUBQRNDODD: // xsnmsubsqpo, round to odd
+ p = mkFormVXR0( p, 63, fr_dst, fr_srcL, fr_srcR, 484, 1, endness_host );
+ break;
+ default:
+ goto bad;
+ }
+ goto done;
+ }
+
case Pin_FpMulAcc: {
UInt fr_dst = fregEnc(i->Pin.FpMulAcc.dst);
UInt fr_srcML = fregEnc(i->Pin.FpMulAcc.srcML);
@@ -4812,7 +5242,8 @@
case Pin_AvUnary: {
UInt v_dst = vregEnc(i->Pin.AvUnary.dst);
UInt v_src = vregEnc(i->Pin.AvUnary.src);
- UInt opc2;
+ UInt opc2 = 0xFFFFFFFF, opc3 = 0xFFFFFFFF; /* invalid */
+
switch (i->Pin.AvUnary.op) {
case Pav_MOV: opc2 = 1156; break; // vor vD,vS,vS
case Pav_NOT: opc2 = 1284; break; // vnor vD,vS,vS
@@ -4827,7 +5258,19 @@
case Pav_ZEROCNTHALF: opc2 = 1858; break; // vclzh
case Pav_ZEROCNTWORD: opc2 = 1922; break; // vclzw
case Pav_ZEROCNTDBL: opc2 = 1986; break; // vclzd
+ case Pav_TRAILINGZEROCNTBYTE: opc2 = 1538; break; // vctzb
+ case Pav_TRAILINGZEROCNTHALF: opc2 = 1538; break; // vctzh
+ case Pav_TRAILINGZEROCNTWORD: opc2 = 1538; break; // vctzw
+ case Pav_TRAILINGZEROCNTDBL: opc2 = 1538; break; // vctzd
case Pav_BITMTXXPOSE: opc2 = 1292; break; // vgbbd
+ case Pav_BCD128toI128S: opc2 = 385; break; //bcdctsq.
+ case Pav_MulI128by10: opc2 = 513; break; // vmul10uq
+ case Pav_MulI128by10Carry: opc2 = 1; break; // vmul10cuq
+ case Pav_F16toF64x2: opc2 = 347; opc3 = 16; break; // xvcvhpdp
+ case Pav_F64toF16x2: opc2 = 347; opc3 = 17; break; // xvcvdphp
+ case Pav_F16toF32x4: opc2 = 475; opc3 = 24; break; // xvcvhpsp
+ case Pav_F32toF16x4: opc2 = 475; opc3 = 25; break; // xvcvsphp
+
default:
goto bad;
}
@@ -4836,6 +5279,55 @@
case Pav_NOT:
p = mkFormVX( p, 4, v_dst, v_src, v_src, opc2, endness_host );
break;
+ case Pav_F16toF32x4:
+ {
+ /* I64 source has four 16-bit float values in the upper 64-bit
+ * of the source vector register, lower 64-bits are undefined.
+ */
+ /* Scatter the four F16 values in the Vector register */
+ p = mkFormVX( p, 4, v_dst, 0, v_src, 590, endness_host );// vupkhsh
+
+ /* The layout of the vector register is now: S0F0 S1F1 S2F2 S3F3
+ * where S is the sign extension of the 16-bit F value. We don't
+ * care about the extended signs.
+ */
+
+ /* Input, in v_dst, is now correct for the xvcvhpsp instruction */
+ p = mkFormVX_BX_TX( p, 60, v_dst, opc3, v_dst, opc2,
+ endness_host );
+ }
+ break;
+ case Pav_F64toF16x2:
+ case Pav_F16toF64x2:
+ case Pav_F32toF16x4:
+ /* Note this issues a Vector scalar instruction. The register
+ * mapping for the V128 type assumes the a vector instruction. The
+ * PPC hardware has a single register file that the vector scalar
+ * registers and the vector registers map to. The 32 vector registers
+ * instructions map to the same registers as the vector scalar
+ * registers 32 to 63. mkFormVX_BX_TX does the needed adjustment.
+ */
+ p = mkFormVX_BX_TX( p, 60, v_dst, opc3, v_src, opc2, endness_host );
+ break;
+ case Pav_BCD128toI128S: // bcdctsq
+ p = mkFormVX( p, 4, v_dst, 0, v_src, (1<<10 | 385), endness_host );
+ break;
+ case Pav_MulI128by10:
+ case Pav_MulI128by10Carry:
+ p = mkFormVX( p, 4, v_dst, v_src, 0, opc2, endness_host );
+ break;
+ case Pav_TRAILINGZEROCNTBYTE:
+ p = mkFormVX( p, 4, v_dst, 28, v_src, opc2, endness_host );
+ break;
+ case Pav_TRAILINGZEROCNTHALF:
+ p = mkFormVX( p, 4, v_dst, 29, v_src, opc2, endness_host );
+ break;
+ case Pav_TRAILINGZEROCNTWORD:
+ p = mkFormVX( p, 4, v_dst, 30, v_src, opc2, endness_host );
+ break;
+ case Pav_TRAILINGZEROCNTDBL:
+ p = mkFormVX( p, 4, v_dst, 31, v_src, opc2, endness_host );
+ break;
default:
p = mkFormVX( p, 4, v_dst, 0, v_src, opc2, endness_host );
break;
@@ -4863,6 +5355,9 @@
case Pav_AND: opc2 = 1028; break; // vand
case Pav_OR: opc2 = 1156; break; // vor
case Pav_XOR: opc2 = 1220; break; // vxor
+ /* Mult by 10 */
+ case Pav_MulI128by10E: opc2 = 577; break; // vmul10euq
+ case Pav_MulI128by10ECarry: opc2 = 65; break; // vmul10ecuq
default:
goto bad;
}
@@ -4870,6 +5365,61 @@
goto done;
}
+ case Pin_AvBinaryInt: {
+ UInt ps = i->Pin.AvBinaryInt.val->Pri.Imm;
+ UInt dst = vregEnc(i->Pin.AvBinaryInt.dst);
+ UInt src = vregEnc(i->Pin.AvBinaryInt.src);
+
+ switch (i->Pin.AvBinaryInt.op) {
+ /* BCD */
+ case Pav_I128StoBCD128: // bcdcfsq
+ {
+ /* v_srcR actually contains the value of the one-bit ps field */
+ int opc2 = 385;
+ p = mkFormVX( p, 4, dst, 2, src,
+ (1 << 10 | (ps << 9) | opc2), endness_host );
+ }
+ break;
+
+ case Pav_F128toI128S: // xsrqpi, xsrqpix
+ {
+ int opc2 = 5;
+ UInt EX = ps & 0x1;
+ UInt R = (ps >> 3) & 0x1;
+ UInt RMC = (ps >> 1) & 0x3;
+ /* Note this issues a Vector scalar instruction. The register
+ * mapping for the V128 type assumes the a vector instruction. The
+ * PPC hardware has a single register file that the vector scalar
+ * registers and the vector registers map to. The 32 vector
+ * registers instructions map to the same registers as the vector
+ * scalar registers 32 to 63. For these instructions the HW adds
+ * 32 to the register numbers to access the VSRR register. No need
+ * to adjust the numbers to map to the VR register that contians
+ * the operands.
+ */
+ p = mkFormVSXRND( p, 63, R, dst, src, RMC, opc2, EX,
+ endness_host );
+ }
+ break;
+
+ case Pav_ROUNDFPQ: // xsrqpxp
+ {
+ int opc2 = 37;
+ UInt EX = ps & 0x1;
+ UInt RMC = (ps >> 1) & 0x3;
+ UInt R = (ps >> 3) & 0x1;
+ p = mkFormVSXRND( p, 63, R, dst, src, RMC, opc2, EX,
+ endness_host );
+ }
+ break;
+
+ default:
+ goto bad;
+
+ }
+ goto done;
+ }
+
case Pin_AvBin8x16: {
UInt v_dst = vregEnc(i->Pin.AvBin8x16.dst);
UInt v_srcL = vregEnc(i->Pin.AvBin8x16.srcL);
@@ -5104,20 +5654,22 @@
p = mkFormVX( p, 4, v_dst, v_src, s_field->Pri.Imm, opc2, endness_host );
goto done;
}
- case Pin_AvBCDV128Trinary: {
- UInt v_dst = vregEnc(i->Pin.AvBCDV128Trinary.dst);
- UInt v_src1 = vregEnc(i->Pin.AvBCDV128Trinary.src1);
- UInt v_src2 = vregEnc(i->Pin.AvBCDV128Trinary.src2);
- PPCRI* ps = i->Pin.AvBCDV128Trinary.ps;
+ case Pin_AvBCDV128Binary: {
+ UInt v_dst = vregEnc(i->Pin.AvBCDV128Binary.dst);
+ UInt v_src1 = vregEnc(i->Pin.AvBCDV128Binary.src1);
+ UInt v_src2 = vregEnc(i->Pin.AvBCDV128Binary.src2);
+ UInt ps = 0; /* Issue the instruction with ps=0. The IR code will
+ * fix up the result if ps=1.
+ */
UInt opc2;
- switch (i->Pin.AvBCDV128Trinary.op) {
+ switch (i->Pin.AvBCDV128Binary.op) {
case Pav_BCDAdd: opc2 = 1; break; // bcdadd
case Pav_BCDSub: opc2 = 65; break; // bcdsub
default:
goto bad;
}
p = mkFormVXR( p, 4, v_dst, v_src1, v_src2,
- 0x1, (ps->Pri.Imm << 9) | opc2, endness_host );
+ 0x1, ps | opc2, endness_host );
goto done;
}
case Pin_AvBin32Fx4: {
diff --git a/VEX/priv/host_ppc_defs.h b/VEX/priv/host_ppc_defs.h
index c04c994..59a016b 100644
--- a/VEX/priv/host_ppc_defs.h
+++ b/VEX/priv/host_ppc_defs.h
@@ -291,6 +291,8 @@
Pun_NOT,
Pun_CLZ32,
Pun_CLZ64,
+ Pun_CTZ32,
+ Pun_CTZ64,
Pun_EXTSW
}
PPCUnaryOp;
@@ -334,6 +336,24 @@
/* Ternary */
Pfp_MADDD, Pfp_MSUBD,
Pfp_MADDS, Pfp_MSUBS,
+ Pfp_FPADDQ, Pfp_FPADDQRNDODD,
+ Pfp_FPSUBQ, Pfp_FPSUBQRNDODD,
+ Pfp_FPMULQ, Pfp_FPMULQRNDODD,
+ Pfp_FPDIVQ, Pfp_FPDIVQRNDODD,
+ Pfp_FPMULADDQ, Pfp_FPMULADDQRNDODD,
+ Pfp_FPMULSUBQ, Pfp_FPMULSUBQRNDODD,
+ Pfp_FPNEGMULADDQ, Pfp_FPNEGMULADDQRNDODD,
+ Pfp_FPNEGMULSUBQ, Pfp_FPNEGMULSUBQRNDODD,
+ Pfp_FPSQRTQ, Pfp_FPSQRTQRNDODD,
+ Pfp_FPQTOD, Pfp_FPQTODRNDODD,
+ Pfp_FPQTOW, Pfp_FPQTOWRNDODD,
+ Pfp_FPDTOQ,
+ Pfp_IDSTOQ,
+ Pfp_IDUTOQ,
+ Pfp_TRUNCFPQTOISD,
+ Pfp_TRUNCFPQTOISW,
+ Pfp_TRUNCFPQTOIUD,
+ Pfp_TRUNCFPQTOIUW,
Pfp_DFPADD, Pfp_DFPADDQ,
Pfp_DFPSUB, Pfp_DFPSUBQ,
Pfp_DFPMUL, Pfp_DFPMULQ,
@@ -409,11 +429,51 @@
/* BCD Arithmetic */
Pav_BCDAdd, Pav_BCDSub,
+ /* Conversion signed 128-bit value to signed BCD 128-bit */
+ Pav_I128StoBCD128,
+
+ /* Conversion signed BCD 128-bit to signed 128-bit value */
+ Pav_BCD128toI128S,
+
/* zero count */
Pav_ZEROCNTBYTE, Pav_ZEROCNTWORD, Pav_ZEROCNTHALF, Pav_ZEROCNTDBL,
+ /* trailing zero count */
+ Pav_TRAILINGZEROCNTBYTE, Pav_TRAILINGZEROCNTWORD,
+ Pav_TRAILINGZEROCNTHALF, Pav_TRAILINGZEROCNTDBL,
+
/* Vector bit matrix transpose by byte */
Pav_BITMTXXPOSE,
+
+ /* Vector Half-precision format to single precision conversion */
+ Pav_F16toF32x4,
+
+ /* Vector Single precision format to Half-precision conversion */
+ Pav_F32toF16x4,
+
+ /* Vector Half-precision format to Double precision conversion */
+ Pav_F16toF64x2,
+
+ /* Vector Double precision format to Half-precision conversion */
+ Pav_F64toF16x2,
+
+ /* 128 bit mult by 10 */
+ Pav_MulI128by10,
+
+ /* 128 bit mult by 10, carry out */
+ Pav_MulI128by10Carry,
+
+ /* 128 bit mult by 10 plus carry in */
+ Pav_MulI128by10E,
+
+ /* 128 bit mult by 10 plus carry in, carry out */
+ Pav_MulI128by10ECarry,
+
+ /* F128 to I128 */
+ Pav_F128toI128S,
+
+ /* Round F128 to F128 */
+ Pav_ROUNDFPQ,
}
PPCAvOp;
@@ -466,6 +526,9 @@
Pin_FpUnary, /* FP unary op */
Pin_FpBinary, /* FP binary op */
+ Pin_Fp128Unary, /* FP unary op for 128-bit floating point */
+ Pin_Fp128Binary, /* FP binary op for 128-bit floating point */
+ Pin_Fp128Trinary, /* FP trinary op for 128-bit floating point */
Pin_FpMulAcc, /* FP multipy-accumulate style op */
Pin_FpLdSt, /* FP load/store */
Pin_FpSTFIW, /* stfiwx */
@@ -481,6 +544,7 @@
Pin_AvUnary, /* AV unary general reg=>reg */
Pin_AvBinary, /* AV binary general reg,reg=>reg */
+ Pin_AvBinaryInt,/* AV binary reg,int=>reg */
Pin_AvBin8x16, /* AV binary, 8x4 */
Pin_AvBin16x8, /* AV binary, 16x4 */
Pin_AvBin32x4, /* AV binary, 32x4 */
@@ -499,7 +563,7 @@
Pin_AvCipherV128Unary, /* AV Vector unary Cipher */
Pin_AvCipherV128Binary, /* AV Vector binary Cipher */
Pin_AvHashV128Binary, /* AV Vector binary Hash */
- Pin_AvBCDV128Trinary, /* BCD Arithmetic */
+ Pin_AvBCDV128Binary, /* BCD Arithmetic */
Pin_Dfp64Unary, /* DFP64 unary op */
Pin_Dfp128Unary, /* DFP128 unary op */
Pin_DfpShift, /* Decimal floating point shift by immediate value */
@@ -700,6 +764,23 @@
} FpBinary;
struct {
PPCFpOp op;
+ HReg dst;
+ HReg src;
+ } Fp128Unary;
+ struct {
+ PPCFpOp op;
+ HReg dst;
+ HReg srcL;
+ HReg srcR;
+ } Fp128Binary;
+ struct {
+ PPCFpOp op;
+ HReg dst;
+ HReg srcL;
+ HReg srcR;
+ } Fp128Trinary;
+ struct {
+ PPCFpOp op;
HReg dst;
HReg srcML;
HReg srcMR;
@@ -778,6 +859,12 @@
struct {
PPCAvOp op;
HReg dst;
+ HReg src;
+ PPCRI* val;
+ } AvBinaryInt;
+ struct {
+ PPCAvOp op;
+ HReg dst;
HReg srcL;
HReg srcR;
} AvBin8x16;
@@ -867,8 +954,7 @@
HReg dst;
HReg src1;
HReg src2;
- PPCRI* ps;
- } AvBCDV128Trinary;
+ } AvBCDV128Binary;
struct {
PPCAvOp op;
HReg dst;
@@ -1026,6 +1112,11 @@
extern PPCInstr* PPCInstr_MfCR ( HReg dst );
extern PPCInstr* PPCInstr_MFence ( void );
+extern PPCInstr* PPCInstr_Fp128Unary ( PPCFpOp op, HReg dst, HReg src );
+extern PPCInstr* PPCInstr_Fp128Binary ( PPCFpOp op, HReg dst, HReg srcL, HReg srcR );
+extern PPCInstr* PPCInstr_Fp128Trinary ( PPCFpOp op, HReg dst, HReg srcL,
+ HReg srcR);
+
extern PPCInstr* PPCInstr_FpUnary ( PPCFpOp op, HReg dst, HReg src );
extern PPCInstr* PPCInstr_FpBinary ( PPCFpOp op, HReg dst, HReg srcL, HReg srcR );
extern PPCInstr* PPCInstr_FpMulAcc ( PPCFpOp op, HReg dst, HReg srcML,
@@ -1044,6 +1135,7 @@
extern PPCInstr* PPCInstr_AvLdSt ( Bool isLoad, UChar sz, HReg, PPCAMode* );
extern PPCInstr* PPCInstr_AvUnary ( PPCAvOp op, HReg dst, HReg src );
extern PPCInstr* PPCInstr_AvBinary ( PPCAvOp op, HReg dst, HReg srcL, HReg srcR );
+extern PPCInstr* PPCInstr_AvBinaryInt( PPCAvOp op, HReg dst, HReg src, PPCRI* val );
extern PPCInstr* PPCInstr_AvBin8x16 ( PPCAvOp op, HReg dst, HReg srcL, HReg srcR );
extern PPCInstr* PPCInstr_AvBin16x8 ( PPCAvOp op, HReg dst, HReg srcL, HReg srcR );
extern PPCInstr* PPCInstr_AvBin32x4 ( PPCAvOp op, HReg dst, HReg srcL, HReg srcR );
@@ -1063,9 +1155,8 @@
HReg srcL, HReg srcR );
extern PPCInstr* PPCInstr_AvHashV128Binary ( PPCAvOp op, HReg dst,
HReg src, PPCRI* s_field );
-extern PPCInstr* PPCInstr_AvBCDV128Trinary ( PPCAvOp op, HReg dst,
- HReg src1, HReg src2,
- PPCRI* ps );
+extern PPCInstr* PPCInstr_AvBCDV128Binary ( PPCAvOp op, HReg dst,
+ HReg src1, HReg src2 );
extern PPCInstr* PPCInstr_Dfp64Unary ( PPCFpOp op, HReg dst, HReg src );
extern PPCInstr* PPCInstr_Dfp64Binary ( PPCFpOp op, HReg dst, HReg srcL,
HReg srcR );
diff --git a/VEX/priv/host_ppc_isel.c b/VEX/priv/host_ppc_isel.c
index 43e7989..d2c4cb1 100644
--- a/VEX/priv/host_ppc_isel.c
+++ b/VEX/priv/host_ppc_isel.c
@@ -497,6 +497,8 @@
IREndness IEndianess );
static HReg iselDfp64Expr ( ISelEnv* env, IRExpr* e,
IREndness IEndianess );
+static HReg iselFp128Expr_wrk ( ISelEnv* env, IRExpr* e, IREndness IEndianess);
+static HReg iselFp128Expr ( ISelEnv* env, IRExpr* e, IREndness IEndianess);
/* 64-bit mode ONLY: compute an D128 into a GPR64 pair. */
static void iselDfp128Expr_wrk ( HReg* rHi, HReg* rLo, ISelEnv* env,
@@ -1225,6 +1227,20 @@
_set_FPU_rounding_mode(env, mode, True, IEndianess);
}
+static
+Bool FPU_rounding_mode_isOdd (IRExpr* mode) {
+ /* If the rounding mode is set to odd, the the expr must be a constant U8
+ * value equal to 8. Otherwise, it must be a bin op expressiong that
+ * calculates the value.
+ */
+
+ if (mode->tag != Iex_Const)
+ return False;
+
+ vassert(mode->Iex.Const.con->tag == Ico_U32);
+ vassert(mode->Iex.Const.con->Ico.U32 == 0x8);
+ return True;
+}
/*---------------------------------------------------------*/
/*--- ISEL: vector helpers ---*/
@@ -2060,6 +2076,20 @@
return r_dst;
}
+ case Iop_Ctz32:
+ case Iop_Ctz64: {
+ HReg r_src, r_dst;
+ PPCUnaryOp op_clz = (op_unop == Iop_Ctz32) ? Pun_CTZ32 :
+ Pun_CTZ64;
+ if (op_unop == Iop_Ctz64 && !mode64)
+ goto irreducible;
+ /* Count trailing zeroes. */
+ r_dst = newVRegI(env);
+ r_src = iselWordExpr_R(env, e->Iex.Unop.arg, IEndianess);
+ addInstr(env, PPCInstr_Unary(op_clz,r_dst,r_src));
+ return r_dst;
+ }
+
case Iop_Left8:
case Iop_Left16:
case Iop_Left32:
@@ -2300,7 +2330,7 @@
addInstr(env, PPCInstr_Call( cc, (Addr)h_calc_DPBtoBCD,
argiregs,
mk_RetLoc_simple(RLPri_Int) ) );
- } else {
+ } else {
HWord* fdescr;
fdescr = (HWord*)h_calc_DPBtoBCD;
addInstr(env, PPCInstr_Call( cc, (Addr64)(fdescr[0]),
@@ -2311,6 +2341,62 @@
addInstr(env, mk_iMOVds_RR(r_dst, argregs[0]));
return r_dst;
}
+ case Iop_F32toF16x4: {
+ HReg vdst = newVRegV(env); /* V128 */
+ HReg dst = newVRegI(env); /* I64*/
+ HReg r0 = newVRegI(env); /* I16*/
+ HReg r1 = newVRegI(env); /* I16*/
+ HReg r2 = newVRegI(env); /* I16*/
+ HReg r3 = newVRegI(env); /* I16*/
+ HReg vsrc = iselVecExpr(env, e->Iex.Unop.arg, IEndianess);
+ PPCAMode *am_off0, *am_off2, *am_off4, *am_off6, *am_off8;
+ PPCAMode *am_off10, *am_off12, *am_off14;
+ HReg r_aligned16;
+
+ sub_from_sp( env, 32 ); // Move SP down
+
+ /* issue instruction */
+ addInstr(env, PPCInstr_AvUnary(Pav_F32toF16x4, vdst, vsrc));
+
+ /* Get a quadword aligned address within our stack space */
+ r_aligned16 = get_sp_aligned16( env );
+ am_off0 = PPCAMode_IR( 0, r_aligned16 );
+ am_off2 = PPCAMode_IR( 2, r_aligned16 );
+ am_off4 = PPCAMode_IR( 4, r_aligned16 );
+ am_off6 = PPCAMode_IR( 6, r_aligned16 );
+ am_off8 = PPCAMode_IR( 8, r_aligned16 );
+ am_off10 = PPCAMode_IR( 10, r_aligned16 );
+ am_off12 = PPCAMode_IR( 12, r_aligned16 );
+ am_off14 = PPCAMode_IR( 14, r_aligned16 );
+
+ /* Store v128 result to stack. */
+ addInstr(env, PPCInstr_AvLdSt(False/*store*/, 16, vdst, am_off0));
+
+ /* fetch four I16 from V128, store into contiguous I64 via stack, */
+ if (IEndianess == Iend_LE) {
+ addInstr(env, PPCInstr_Load( 2, r3, am_off12, mode64));
+ addInstr(env, PPCInstr_Load( 2, r2, am_off8, mode64));
+ addInstr(env, PPCInstr_Load( 2, r1, am_off4, mode64));
+ addInstr(env, PPCInstr_Load( 2, r0, am_off0, mode64));
+ } else {
+ addInstr(env, PPCInstr_Load( 2, r0, am_off14, mode64));
+ addInstr(env, PPCInstr_Load( 2, r1, am_off10, mode64));
+ addInstr(env, PPCInstr_Load( 2, r2, am_off6, mode64));
+ addInstr(env, PPCInstr_Load( 2, r3, am_off2, mode64));
+ }
+
+ /* store in contiguous 64-bit values */
+ addInstr(env, PPCInstr_Store( 2, am_off6, r3, mode64));
+ addInstr(env, PPCInstr_Store( 2, am_off4, r2, mode64));
+ addInstr(env, PPCInstr_Store( 2, am_off2, r1, mode64));
+ addInstr(env, PPCInstr_Store( 2, am_off0, r0, mode64));
+
+ /* Fetch I64 */
+ addInstr(env, PPCInstr_Load(8, dst, am_off0, mode64));
+
+ add_to_sp( env, 32 ); // Reset SP
+ return dst;
+ }
default:
break;
@@ -3032,6 +3118,8 @@
static void iselInt128Expr_wrk ( HReg* rHi, HReg* rLo,
ISelEnv* env, IRExpr* e, IREndness IEndianess )
{
+ Bool mode64 = env->mode64;
+
vassert(e);
vassert(typeOfIRExpr(env->type_env,e) == Ity_I128);
@@ -3041,6 +3129,21 @@
return;
}
+ /* 128-bit GET */
+ if (e->tag == Iex_Get) {
+ PPCAMode* am_addr = PPCAMode_IR( e->Iex.Get.offset,
+ GuestStatePtr(mode64) );
+ PPCAMode* am_addr4 = advance4(env, am_addr);
+ HReg tLo = newVRegI(env);
+ HReg tHi = newVRegI(env);
+
+ addInstr(env, PPCInstr_Load( 8, tHi, am_addr, mode64));
+ addInstr(env, PPCInstr_Load( 8, tLo, am_addr4, mode64));
+ *rHi = tHi;
+ *rLo = tLo;
+ return;
+ }
+
/* --------- BINARY ops --------- */
if (e->tag == Iex_Binop) {
switch (e->Iex.Binop.op) {
@@ -3226,6 +3329,36 @@
return;
}
+ /* --------- CCALL --------- */
+ if(e->tag == Iex_CCall) {
+ IRType ty = typeOfIRExpr(env->type_env,e);
+ Bool mode64 = env->mode64;
+
+ vassert(ty == e->Iex.CCall.retty); /* well-formedness of IR */
+
+ /* be very restrictive for now. Only 32-bit ints allowed for
+ args, and 32 bits or host machine word for return type. */
+ vassert(!(ty == Ity_I32 || (mode64 && ty == Ity_I64)));
+
+ /* Marshal args, do the call, clear stack. */
+ UInt addToSp = 0;
+ RetLoc rloc = mk_RetLoc_INVALID();
+ doHelperCall( &addToSp, &rloc, env, NULL/*guard*/,
+ e->Iex.CCall.cee, e->Iex.CCall.retty, e->Iex.CCall.args,
+ IEndianess );
+ vassert(is_sane_RetLoc(rloc));
+
+ vassert(rloc.pri == RLPri_2Int);
+ vassert(addToSp == 0);
+
+ /* GPR3 now holds the destination address from Pin_Goto */
+ HReg r_dst = newVRegI(env);
+ addInstr(env, mk_iMOVds_RR(r_dst, hregPPC_GPR3(mode64)));
+ *rHi = r_dst;
+ *rLo = r_dst;
+ return;
+ }
+
/* 64-bit ITE */
if (e->tag == Iex_ITE) { // VFD
HReg e0Lo, e0Hi, eXLo, eXHi;
@@ -4071,6 +4204,41 @@
if (e->tag == Iex_Binop) {
+ if (e->Iex.Binop.op == Iop_F128toF64) {
+ HReg fr_dst = newVRegF(env);
+ HReg fr_src = iselFp128Expr(env, e->Iex.Binop.arg2, IEndianess);
+ HReg tmp = newVRegV(env);
+ PPCAMode* zero_r1 = PPCAMode_IR( 0, StackFramePtr(env->mode64) );
+ PPCAMode* eight_r1 = PPCAMode_IR( 8, StackFramePtr(env->mode64) );
+ PPCFpOp fpop = Pfp_INVALID;
+
+ if (FPU_rounding_mode_isOdd(e->Iex.Binop.arg1)) {
+ /* use rounding mode specified by RN. Issue inst with R0 = 0 */
+ fpop = Pfp_FPQTODRNDODD;
+ } else {
+ set_FPU_rounding_mode( env, e->Iex.Binop.arg1, IEndianess );
+ fpop = Pfp_FPQTOD;
+ }
+
+ addInstr(env, PPCInstr_Fp128Unary(fpop, tmp, fr_src));
+
+ /* result is in a 128-bit vector register, move to 64-bit reg to
+ * match the Iop specification. The result will get moved back
+ * to a 128-bit register and stored once the value is returned.
+ */
+ sub_from_sp( env, 16 );
+ addInstr(env, PPCInstr_AvLdSt(False/*store*/, 16, tmp, zero_r1));
+ if (IEndianess == Iend_LE)
+ addInstr(env, PPCInstr_FpLdSt(True/*load*/, 8, fr_dst, eight_r1));
+ else
+ /* High 64-bits stored at lower address */
+ addInstr(env, PPCInstr_FpLdSt(True/*load*/, 8, fr_dst, zero_r1));
+
+ add_to_sp( env, 16 );
+
+ return fr_dst;
+ }
+
if (e->Iex.Binop.op == Iop_RoundF64toF32) {
HReg r_dst = newVRegF(env);
HReg r_src = iselDblExpr(env, e->Iex.Binop.arg2, IEndianess);
@@ -4160,6 +4328,43 @@
if (e->tag == Iex_Unop) {
switch (e->Iex.Unop.op) {
+ case Iop_F128HItoF64:
+ case Iop_F128LOtoF64:
+ {
+ /* put upper/lower 64-bits of F128 into an F64. */
+ HReg r_aligned16;
+ HReg fdst = newVRegF(env);
+ HReg fsrc = iselFp128Expr(env, e->Iex.Unop.arg, IEndianess);
+ PPCAMode *am_off0, *am_off8, *am_off_arg;
+ sub_from_sp( env, 32 ); // Move SP down 32 bytes
+
+ // get a quadword aligned address within our stack space
+ r_aligned16 = get_sp_aligned16( env );
+ am_off0 = PPCAMode_IR( 0, r_aligned16 );
+ am_off8 = PPCAMode_IR( 8 ,r_aligned16 );
+
+ /* store 128-bit floating point value to memory, load low word
+ * or high to 64-bit destination floating point register
+ */
+ addInstr(env, PPCInstr_AvLdSt(False/*store*/, 16, fsrc, am_off0));
+ if (IEndianess == Iend_LE) {
+ if (e->Iex.Binop.op == Iop_F128HItoF64)
+ am_off_arg = am_off8;
+ else
+ am_off_arg = am_off0;
+ } else {
+ if (e->Iex.Binop.op == Iop_F128HItoF64)
+ am_off_arg = am_off0;
+ else
+ am_off_arg = am_off8;
+ }
+ addInstr(env,
+ PPCInstr_FpLdSt( True /*load*/,
+ 8, fdst,
+ am_off_arg ));
+ add_to_sp( env, 32 ); // Reset SP
+ return fdst;
+ }
case Iop_ReinterpI64asF64: {
/* Given an I64, produce an IEEE754 double with the same
bit pattern. */
@@ -4278,6 +4483,322 @@
vpanic( "iselDfp32Expr_wrk(ppc)" );
}
+static HReg iselFp128Expr( ISelEnv* env, IRExpr* e, IREndness IEndianess )
+{
+ HReg r = iselFp128Expr_wrk( env, e, IEndianess );
+ vassert(hregClass(r) == HRcVec128);
+ vassert(hregIsVirtual(r));
+ return r;
+}
+
+/* DO NOT CALL THIS DIRECTLY */
+static HReg iselFp128Expr_wrk( ISelEnv* env, IRExpr* e, IREndness IEndianess)
+{
+ Bool mode64 = env->mode64;
+ PPCFpOp fpop = Pfp_INVALID;
+ IRType ty = typeOfIRExpr(env->type_env,e);
+
+ vassert(e);
+ vassert( ty == Ity_F128 );
+
+ /* read 128-bit IRTemp */
+ if (e->tag == Iex_RdTmp) {
+ return lookupIRTemp(env, e->Iex.RdTmp.tmp);
+ }
+
+ if (e->tag == Iex_Get) {
+ /* Guest state vectors are 16byte aligned,
+ so don't need to worry here */
+ HReg dst = newVRegV(env);
+
+ addInstr(env,
+ PPCInstr_AvLdSt( True/*load*/, 16, dst,
+ PPCAMode_IR( e->Iex.Get.offset,
+ GuestStatePtr(mode64) )));
+ return dst;
+ }
+
+ if (e->tag == Iex_Unop) {
+ switch (e->Iex.Unop.op) {
+ case Iop_TruncF128toI64S:
+ fpop = Pfp_TRUNCFPQTOISD; goto do_Un_F128;
+ case Iop_TruncF128toI32S:
+ fpop = Pfp_TRUNCFPQTOISW; goto do_Un_F128;
+ case Iop_TruncF128toI64U:
+ fpop = Pfp_TRUNCFPQTOIUD; goto do_Un_F128;
+ case Iop_TruncF128toI32U:
+ fpop = Pfp_TRUNCFPQTOIUW; goto do_Un_F128;
+
+ do_Un_F128: {
+ HReg r_dst = newVRegV(env);
+ HReg r_src = iselFp128Expr(env, e->Iex.Unop.arg, IEndianess);
+ addInstr(env, PPCInstr_Fp128Unary(fpop, r_dst, r_src));
+ return r_dst;
+ }
+
+ case Iop_F64toF128: {
+ fpop = Pfp_FPDTOQ;
+ HReg r_dst = newVRegV(env);
+ HReg r_src = iselDblExpr(env, e->Iex.Unop.arg, IEndianess);
+ HReg v128tmp = newVRegV(env);
+ PPCAMode* zero_r1 = PPCAMode_IR( 0, StackFramePtr(env->mode64) );
+
+ /* value is in 64-bit float reg, need to move to 128-bit vector reg */
+ sub_from_sp( env, 16 );
+ addInstr(env, PPCInstr_FpLdSt(False/*store*/, 8, r_src, zero_r1));
+ addInstr(env, PPCInstr_AvLdSt(True/*load*/, 16, v128tmp, zero_r1));
+ add_to_sp( env, 16 );
+
+ addInstr(env, PPCInstr_Fp128Unary(fpop, r_dst, v128tmp));
+ return r_dst;
+ }
+
+ case Iop_I64StoF128:
+ fpop = Pfp_IDSTOQ; goto do_Un_int_F128;
+ case Iop_I64UtoF128:
+ fpop = Pfp_IDUTOQ; goto do_Un_int_F128;
+
+ do_Un_int_F128: {
+ HReg r_dst = newVRegV(env);
+ HReg tmp = newVRegV(env);
+ HReg r_src = iselWordExpr_R(env, e->Iex.Unop.arg, IEndianess);
+ PPCAMode *am_offhi, *am_offlo;
+ HReg r_aligned16;
+
+ /* source is in a 64-bit integer reg, move to 128-bit float reg
+ * do this via the stack (easy, convenient, etc).
+ */
+ sub_from_sp( env, 32 ); // Move SP down
+
+ /* Get a quadword aligned address within our stack space */
+ r_aligned16 = get_sp_aligned16( env );
+
+ am_offlo = PPCAMode_IR( 0, r_aligned16 );
+ am_offhi = PPCAMode_IR( 8, r_aligned16 );
+
+ /* Inst only uses the upper 64-bit of the source */
+ addInstr(env, PPCInstr_Load(8, r_src, am_offhi, mode64));
+
+ /* Fetch result back from stack. */
+ addInstr(env, PPCInstr_AvLdSt(True/*load*/, 16, tmp, am_offlo));
+
+ add_to_sp( env, 32 ); // Reset SP
+
+ addInstr(env, PPCInstr_Fp128Unary(fpop, r_dst, tmp));
+ return r_dst;
+ }
+
+ default:
+ break;
+ } /* switch (e->Iex.Unop.op) */
+ } /* if (e->tag == Iex_Unop) */
+
+ if (e->tag == Iex_Binop) {
+ switch (e->Iex.Binop.op) {
+
+ case Iop_F64HLtoF128:
+ {
+ HReg dst = newVRegV(env);
+ HReg r_src_hi = iselDblExpr(env, e->Iex.Binop.arg1, IEndianess);
+ HReg r_src_lo = iselDblExpr(env, e->Iex.Binop.arg2, IEndianess);
+ PPCAMode *am_offhi, *am_offlo;
+ HReg r_aligned16;
+
+ /* do this via the stack (easy, convenient, etc) */
+ sub_from_sp( env, 16 ); // Move SP down
+
+ /* Get a quadword aligned address within our stack space */
+ r_aligned16 = get_sp_aligned16( env );
+
+ am_offlo = PPCAMode_IR( 0, r_aligned16 );
+ am_offhi = PPCAMode_IR( 8, r_aligned16 );
+
+ addInstr(env, PPCInstr_FpLdSt(False/*store*/, 8,
+ r_src_lo, am_offlo));
+ addInstr(env, PPCInstr_FpLdSt(False/*store*/, 8,
+ r_src_hi, am_offhi));
+
+ /* Fetch result back from stack. */
+ addInstr(env, PPCInstr_AvLdSt(True/*load*/, 16,
+ dst, am_offlo));
+
+ add_to_sp( env, 16 ); // Reset SP
+ return dst;
+ }
+ case Iop_F128toI128S:
+ {
+ HReg dst = newVRegV(env);
+ HReg r_src = iselFp128Expr(env, e->Iex.Binop.arg2, IEndianess);
+ PPCRI* rm = iselWordExpr_RI(env, e->Iex.Binop.arg1, IEndianess);
+ /* Note: rm is a set of three bit fields that specify the
+ * rounding mode and which of the two instructions to issue.
+ */
+ addInstr(env, PPCInstr_AvBinaryInt(Pav_F128toI128S, dst,
+ r_src, rm));
+ return dst;
+ }
+ case Iop_RndF128:
+ {
+ HReg dst = newVRegV(env);
+ HReg r_src = iselFp128Expr(env, e->Iex.Binop.arg2, IEndianess);
+ PPCRI* rm = iselWordExpr_RI(env, e->Iex.Binop.arg1, IEndianess);
+ /* Note: rm is a set of three bit fields that specify the
+ * rounding mode and which of the two instructions to issue.
+ */
+ addInstr(env, PPCInstr_AvBinaryInt(Pav_ROUNDFPQ, dst,
+ r_src, rm));
+ return dst;
+ }
+ case Iop_SqrtF128:
+ if (FPU_rounding_mode_isOdd(e->Iex.Binop.arg1)) {
+ /* use rounding mode specified by RN. Issue inst with R0 = 0 */
+ fpop = Pfp_FPSQRTQRNDODD;
+ goto do_Bin_F128;
+ } else {
+ set_FPU_rounding_mode( env, e->Iex.Binop.arg1, IEndianess );
+ fpop = Pfp_FPSQRTQ;
+ goto do_Bin_F128;
+ }
+ case Iop_F128toF32:
+ if (FPU_rounding_mode_isOdd(e->Iex.Binop.arg1)) {
+ /* use rounding mode specified by RN. Issue inst with R0 = 0 */
+ fpop = Pfp_FPQTOWRNDODD;
+ goto do_Bin_F128;
+ } else {
+ set_FPU_rounding_mode( env, e->Iex.Binop.arg1, IEndianess );
+ fpop = Pfp_FPQTOW;
+ goto do_Bin_F128;
+ }
+ do_Bin_F128: {
+ HReg r_dst = newVRegV(env);
+ HReg r_src = iselFp128Expr(env, e->Iex.Binop.arg2, IEndianess);
+ addInstr(env, PPCInstr_Fp128Unary(fpop, r_dst, r_src));
+ return r_dst;
+ }
+
+ default:
+ break;
+ } /* switch (e->Iex.Binop.op) */
+ } /* if (e->tag == Iex_Binop) */
+
+ if (e->tag == Iex_Triop) {
+ IRTriop *triop = e->Iex.Triop.details;
+
+ switch (triop->op) {
+ case Iop_AddF128:
+ if (FPU_rounding_mode_isOdd(triop->arg1)) {
+ /* use rounding mode specified by RN. Issue inst with R0 = 0 */
+ fpop = Pfp_FPADDQRNDODD; goto do_Tri_F128;
+ } else {
+ set_FPU_rounding_mode( env, triop->arg1, IEndianess );
+ fpop = Pfp_FPADDQ; goto do_Tri_F128;
+ }
+ case Iop_SubF128:
+ if (FPU_rounding_mode_isOdd(triop->arg1)) {
+ /* use rounding mode specified by RN. Issue inst with R0 = 0 */
+ fpop = Pfp_FPSUBQRNDODD; goto do_Tri_F128;
+ } else {
+ set_FPU_rounding_mode( env, triop->arg1, IEndianess );
+ fpop = Pfp_FPSUBQ; goto do_Tri_F128;
+ }
+ case Iop_MulF128:
+ if (FPU_rounding_mode_isOdd(triop->arg1)) {
+ /* use rounding mode specified by RN. Issue inst with R0 = 0 */
+ fpop = Pfp_FPMULQRNDODD; goto do_Tri_F128;
+ } else {
+ set_FPU_rounding_mode( env, triop->arg1, IEndianess );
+ fpop = Pfp_FPMULQ; goto do_Tri_F128;
+ }
+ case Iop_DivF128:
+ if (FPU_rounding_mode_isOdd(triop->arg1)) {
+ /* use rounding mode specified by RN. Issue inst with R0 = 0 */
+ fpop = Pfp_FPDIVQRNDODD; goto do_Tri_F128;
+ } else {
+ set_FPU_rounding_mode( env, triop->arg1, IEndianess );
+ fpop = Pfp_FPDIVQ; goto do_Tri_F128;
+ }
+ case Iop_MAddF128:
+ if (FPU_rounding_mode_isOdd(triop->arg1)) {
+ /* use rounding mode specified by RN. Issue inst with R0 = 0 */
+ fpop = Pfp_FPMULADDQRNDODD; goto do_Tri_F128;
+ } else {
+ set_FPU_rounding_mode( env, triop->arg1, IEndianess );
+ fpop = Pfp_FPMULADDQ; goto do_Tri_F128;
+ }
+
+ do_Tri_F128: {
+ HReg r_dst = newVRegV(env);
+ HReg r_srcL = iselFp128Expr(env, triop->arg2, IEndianess);
+ HReg r_srcR = iselFp128Expr(env, triop->arg3, IEndianess);
+
+ addInstr(env, PPCInstr_Fp128Binary(fpop, r_dst, r_srcL, r_srcR));
+ return r_dst;
+ }
+
+ default:
+ break;
+ } /* switch (e->Iex.Triop.op) */
+
+ } /* if (e->tag == Iex_Trinop) */
+
+ if (e->tag == Iex_Qop) {
+ IRQop *qop = e->Iex.Qop.details;
+
+ switch (qop->op) {
+ case Iop_MAddF128:
+ if (FPU_rounding_mode_isOdd(qop->arg1)) {
+ /* use rounding mode specified by RN. Issue inst with R0 = 0 */
+ fpop = Pfp_FPMULADDQRNDODD; goto do_Quad_F128;
+ } else {
+ set_FPU_rounding_mode( env, qop->arg1, IEndianess );
+ fpop = Pfp_FPMULADDQ; goto do_Quad_F128;
+ }
+ case Iop_MSubF128:
+ if (FPU_rounding_mode_isOdd(qop->arg1)) {
+ /* use rounding mode specified by RN. Issue inst with R0 = 0 */
+ fpop = Pfp_FPMULSUBQRNDODD; goto do_Quad_F128;
+ } else {
+ set_FPU_rounding_mode( env, qop->arg1, IEndianess );
+ fpop = Pfp_FPMULSUBQ; goto do_Quad_F128;
+ }
+ case Iop_NegMAddF128:
+ if (FPU_rounding_mode_isOdd(qop->arg1)) {
+ /* use rounding mode specified by RN. Issue inst with R0 = 0 */
+ fpop = Pfp_FPNEGMULADDQRNDODD; goto do_Quad_F128;
+ } else {
+ set_FPU_rounding_mode( env, qop->arg1, IEndianess );
+ fpop = Pfp_FPNEGMULADDQ; goto do_Quad_F128;
+ }
+ case Iop_NegMSubF128:
+ if (FPU_rounding_mode_isOdd(qop->arg1)) {
+ /* use rounding mode specified by RN. Issue inst with R0 = 0 */
+ fpop = Pfp_FPNEGMULSUBQRNDODD; goto do_Quad_F128;
+ } else {
+ set_FPU_rounding_mode( env, qop->arg1, IEndianess );
+ fpop = Pfp_FPNEGMULSUBQ; goto do_Quad_F128;
+ }
+
+ do_Quad_F128: {
+ HReg r_dst = iselFp128Expr(env, qop->arg3,
+ IEndianess);
+ HReg r_srcL = iselFp128Expr(env, qop->arg2,
+ IEndianess);
+ HReg r_srcR = iselFp128Expr(env, qop->arg4,
+ IEndianess);
+
+ addInstr(env, PPCInstr_Fp128Trinary(fpop, r_dst, r_srcL, r_srcR));
+ return r_dst;
+ }
+
+ default:
+ break;
+ }
+ } /* if (e->tag == Iex_Qop) */
+
+ ppIRExpr( e );
+ vpanic( "iselFp128Expr(ppc64)" );
+}
+
static HReg iselDfp64Expr(ISelEnv* env, IRExpr* e, IREndness IEndianess)
{
HReg r = iselDfp64Expr_wrk( env, e, IEndianess );
@@ -4932,6 +5453,101 @@
if (e->tag == Iex_Unop) {
switch (e->Iex.Unop.op) {
+ case Iop_F16toF64x2:
+ {
+ HReg dst = newVRegV(env);
+ HReg arg = iselVecExpr(env, e->Iex.Unop.arg, IEndianess);
+ /* Note: PPC only coverts the 16-bt value in the upper word
+ * to a 64-bit value stored in the upper word. The
+ * contents of the lower word is undefined.
+ */
+ addInstr(env, PPCInstr_AvUnary(Pav_F16toF64x2, dst, arg));
+ return dst;
+ }
+
+ case Iop_F64toF16x2:
+ {
+ HReg dst = newVRegV(env);
+ HReg arg = iselVecExpr(env, e->Iex.Unop.arg, IEndianess);
+ /* Note: PPC only coverts the 64-bt value in the upper 64-bit of V128
+ * to a 16-bit value stored in the upper 64-bits of the result
+ * V128. The contents of the lower 64-bits is undefined.
+ */
+ addInstr(env, PPCInstr_AvUnary(Pav_F64toF16x2, dst, arg));
+ return dst;
+ }
+
+ case Iop_F16toF32x4:
+ {
+ HReg src = newVRegV(env);
+ HReg dst = newVRegV(env);
+ HReg arg = iselWordExpr_R(env, e->Iex.Unop.arg, IEndianess);
+ PPCAMode *am_off0, *am_off8;
+ HReg r_aligned16;
+
+ vassert(mode64);
+ /* need to put I64 src into upper 64-bits of vector register,
+ use stack */
+ sub_from_sp( env, 32 ); // Move SP down
+
+ /* Get a quadword aligned address within our stack space */
+ r_aligned16 = get_sp_aligned16( env );
+ am_off0 = PPCAMode_IR( 0, r_aligned16 );
+ am_off8 = PPCAMode_IR( 8, r_aligned16 );
+
+ /* Store I64 to stack */
+
+ if (IEndianess == Iend_LE) {
+ addInstr(env, PPCInstr_Store( 8, am_off8, arg, mode64 ));
+ } else {
+ addInstr(env, PPCInstr_Store( 8, am_off0, arg, mode64 ));
+ }
+
+ /* Fetch new v128 src back from stack. */
+ addInstr(env, PPCInstr_AvLdSt(True/*ld*/, 16, src, am_off0));
+
+ /* issue instruction */
+ addInstr(env, PPCInstr_AvUnary(Pav_F16toF32x4, dst, src));
+ add_to_sp( env, 32 ); // Reset SP
+
+ return dst;
+ }
+
+ case Iop_F32toF16x4:
+ {
+ HReg dst = newVRegI(env);
+ HReg tmp = newVRegV(env);
+ HReg arg = iselVecExpr(env, e->Iex.Unop.arg, IEndianess);
+ PPCAMode *am_off0, *am_off8;
+ HReg r_aligned16;
+
+ /* Instruction returns a V128, the Iop_F32toF16x4 needs to return
+ * I64. Move the upper 64-bits from the instruction to an I64 via
+ * the stack and return it.
+ */
+ sub_from_sp( env, 32 ); // Move SP down
+
+ addInstr(env, PPCInstr_AvUnary(Pav_F32toF16x4, tmp, arg));
+
+ /* Get a quadword aligned address within our stack space */
+ r_aligned16 = get_sp_aligned16( env );
+ am_off0 = PPCAMode_IR( 0, r_aligned16 );
+ am_off8 = PPCAMode_IR( 8, r_aligned16 );
+
+ /* Store v128 tmp to stack. */
+ addInstr(env, PPCInstr_AvLdSt(False/*store*/, 16, tmp, am_off0));
+
+ /* Fetch I64 from stack */
+ if (IEndianess == Iend_LE) {
+ addInstr(env, PPCInstr_Load( 8, dst, am_off8, mode64 ));
+ } else {
+ addInstr(env, PPCInstr_Load( 8, dst, am_off0, mode64 ));
+ }
+
+ add_to_sp( env, 32 ); // Reset SP
+ return dst;
+ }
+
case Iop_NotV128: {
HReg arg = iselVecExpr(env, e->Iex.Unop.arg, IEndianess);
HReg dst = newVRegV(env);
@@ -5054,6 +5670,10 @@
case Iop_Clz16x8: op = Pav_ZEROCNTHALF; goto do_zerocnt;
case Iop_Clz32x4: op = Pav_ZEROCNTWORD; goto do_zerocnt;
case Iop_Clz64x2: op = Pav_ZEROCNTDBL; goto do_zerocnt;
+ case Iop_Ctz8x16: op = Pav_TRAILINGZEROCNTBYTE; goto do_zerocnt;
+ case Iop_Ctz16x8: op = Pav_TRAILINGZEROCNTHALF; goto do_zerocnt;
+ case Iop_Ctz32x4: op = Pav_TRAILINGZEROCNTWORD; goto do_zerocnt;
+ case Iop_Ctz64x2: op = Pav_TRAILINGZEROCNTDBL; goto do_zerocnt;
case Iop_PwBitMtxXpose64x2: op = Pav_BITMTXXPOSE; goto do_zerocnt;
do_zerocnt:
{
@@ -5063,6 +5683,24 @@
return dst;
}
+ /* BCD Iops */
+ case Iop_BCD128toI128S:
+ {
+ HReg dst = newVRegV(env);
+ HReg arg = iselVecExpr(env, e->Iex.Unop.arg, IEndianess);
+ addInstr(env, PPCInstr_AvUnary( Pav_BCD128toI128S, dst, arg ) );
+ return dst;
+ }
+
+ case Iop_MulI128by10: op = Pav_MulI128by10; goto do_MulI128;
+ case Iop_MulI128by10Carry: op = Pav_MulI128by10Carry; goto do_MulI128;
+ do_MulI128: {
+ HReg dst = newVRegV(env);
+ HReg arg = iselVecExpr(env, e->Iex.Unop.arg, IEndianess);
+ addInstr(env, PPCInstr_AvUnary(op, dst, arg));
+ return dst;
+ }
+
default:
break;
} /* switch (e->Iex.Unop.op) */
@@ -5392,6 +6030,39 @@
addInstr(env, PPCInstr_AvHashV128Binary(op, dst, arg1, s_field));
return dst;
}
+
+ /* BCD Iops */
+ case Iop_I128StoBCD128:
+ {
+ HReg dst = newVRegV(env);
+ HReg arg = iselVecExpr(env, e->Iex.Binop.arg1, IEndianess);
+ PPCRI* ps = iselWordExpr_RI(env, e->Iex.Binop.arg2, IEndianess);
+
+ addInstr(env, PPCInstr_AvBinaryInt( Pav_I128StoBCD128, dst, arg,
+ ps ) );
+ return dst;
+ }
+
+ case Iop_MulI128by10E: op = Pav_MulI128by10E; goto do_MulI128E;
+ case Iop_MulI128by10ECarry: op = Pav_MulI128by10ECarry; goto do_MulI128E;
+ do_MulI128E: {
+ HReg dst = newVRegV(env);
+ HReg argL = iselVecExpr(env, e->Iex.Binop.arg1, IEndianess);
+ HReg argR = iselVecExpr(env, e->Iex.Binop.arg2, IEndianess);
+ addInstr(env, PPCInstr_AvBinary(op, dst, argL, argR));
+ return dst;
+ }
+
+ case Iop_BCDAdd:op = Pav_BCDAdd; goto do_AvBCDV128;
+ case Iop_BCDSub:op = Pav_BCDSub; goto do_AvBCDV128;
+ do_AvBCDV128: {
+ HReg arg1 = iselVecExpr(env, e->Iex.Binop.arg1, IEndianess);
+ HReg arg2 = iselVecExpr(env, e->Iex.Binop.arg2, IEndianess);
+ HReg dst = newVRegV(env);
+ addInstr(env, PPCInstr_AvBCDV128Binary(op, dst, arg1, arg2));
+ return dst;
+ }
+
default:
break;
} /* switch (e->Iex.Binop.op) */
@@ -5400,17 +6071,6 @@
if (e->tag == Iex_Triop) {
IRTriop *triop = e->Iex.Triop.details;
switch (triop->op) {
- case Iop_BCDAdd:op = Pav_BCDAdd; goto do_AvBCDV128;
- case Iop_BCDSub:op = Pav_BCDSub; goto do_AvBCDV128;
- do_AvBCDV128: {
- HReg arg1 = iselVecExpr(env, triop->arg1, IEndianess);
- HReg arg2 = iselVecExpr(env, triop->arg2, IEndianess);
- HReg dst = newVRegV(env);
- PPCRI* ps = iselWordExpr_RI(env, triop->arg3, IEndianess);
- addInstr(env, PPCInstr_AvBCDV128Trinary(op, dst, arg1, arg2, ps));
- return dst;
- }
-
case Iop_Add32Fx4: fpop = Pavfp_ADDF; goto do_32Fx4_with_rm;
case Iop_Sub32Fx4: fpop = Pavfp_SUBF; goto do_32Fx4_with_rm;
case Iop_Mul32Fx4: fpop = Pavfp_MULF; goto do_32Fx4_with_rm;
@@ -5579,8 +6239,30 @@
addInstr(env, PPCInstr_Store( 4, am_addr, rHi, mode64 ));
addInstr(env, PPCInstr_Store( 4, am_addr4, rLo, mode64 ));
return;
- }
- if (ty == Ity_V128) {
+ }
+ if (ty == Ity_I128) {
+ HReg rHi, rLo;
+ PPCAMode* am_addr = PPCAMode_IR( stmt->Ist.Put.offset,
+ GuestStatePtr(mode64) );
+ PPCAMode* am_addr4 = advance4(env, am_addr);
+
+ iselInt128Expr(&rHi,&rLo, env, stmt->Ist.Put.data, IEndianess);
+ addInstr(env, PPCInstr_Store( 4, am_addr, rHi, mode64 ));
+ addInstr(env, PPCInstr_Store( 4, am_addr4, rLo, mode64 ));
+ return;
+ }
+ if (ty == Ity_F128) {
+ /* Guest state vectors are 16byte aligned,
+ so don't need to worry here */
+ HReg v_src = iselFp128Expr(env, stmt->Ist.Put.data, IEndianess);
+
+ PPCAMode* am_addr = PPCAMode_IR( stmt->Ist.Put.offset,
+ GuestStatePtr(mode64) );
+ addInstr(env,
+ PPCInstr_AvLdSt(False/*store*/, 16, v_src, am_addr));
+ return;
+ }
+ if (ty == Ity_V128) {
/* Guest state vectors are 16byte aligned,
so don't need to worry here */
HReg v_src = iselVecExpr(env, stmt->Ist.Put.data, IEndianess);
@@ -5714,6 +6396,12 @@
addInstr(env, PPCInstr_Dfp64Unary(Pfp_MOV, fr_dst, fr_src));
return;
}
+ if (ty == Ity_F128) {
+ HReg v_dst = lookupIRTemp(env, tmp);
+ HReg v_src = iselFp128Expr(env, stmt->Ist.WrTmp.data, IEndianess);
+ addInstr(env, PPCInstr_AvUnary(Pav_MOV, v_dst, v_src));
+ return;
+ }
if (ty == Ity_V128) {
HReg v_dst = lookupIRTemp(env, tmp);
HReg v_src = iselVecExpr(env, stmt->Ist.WrTmp.data, IEndianess);
@@ -6140,15 +6828,16 @@
vassert(arch_host == VexArchPPC32 || arch_host == VexArchPPC64);
mode64 = arch_host == VexArchPPC64;
- /* do some sanity checks */
+ /* do some sanity checks,
+ * Note: no 32-bit support for ISA 3.0
+ */
mask32 = VEX_HWCAPS_PPC32_F | VEX_HWCAPS_PPC32_V
| VEX_HWCAPS_PPC32_FX | VEX_HWCAPS_PPC32_GX | VEX_HWCAPS_PPC32_VX
| VEX_HWCAPS_PPC32_DFP | VEX_HWCAPS_PPC32_ISA2_07;
-
mask64 = VEX_HWCAPS_PPC64_V | VEX_HWCAPS_PPC64_FX
| VEX_HWCAPS_PPC64_GX | VEX_HWCAPS_PPC64_VX | VEX_HWCAPS_PPC64_DFP
- | VEX_HWCAPS_PPC64_ISA2_07;
+ | VEX_HWCAPS_PPC64_ISA2_07 | VEX_HWCAPS_PPC64_ISA3_0;
if (mode64) {
vassert((hwcaps_host & mask32) == 0);
@@ -6241,6 +6930,7 @@
case Ity_F64:
hregLo = mkHReg(True, HRcFlt64, 0, j++);
break;
+ case Ity_F128:
case Ity_V128:
hregLo = mkHReg(True, HRcVec128, 0, j++);
break;
diff --git a/VEX/priv/ir_defs.c b/VEX/priv/ir_defs.c
index 4a7b770..4940ffe 100644
--- a/VEX/priv/ir_defs.c
+++ b/VEX/priv/ir_defs.c
@@ -281,6 +281,17 @@
case Iop_SubF128: vex_printf("SubF128"); return;
case Iop_MulF128: vex_printf("MulF128"); return;
case Iop_DivF128: vex_printf("DivF128"); return;
+
+ case Iop_TruncF128toI64S: vex_printf("TruncF128toI64S"); return;
+ case Iop_TruncF128toI32S: vex_printf("TruncF128toI32S"); return;
+ case Iop_TruncF128toI64U: vex_printf("TruncF128toI64U"); return;
+ case Iop_TruncF128toI32U: vex_printf("TruncF128toI32U"); return;
+
+ case Iop_MAddF128: vex_printf("MAddF128"); return;
+ case Iop_MSubF128: vex_printf("MSubF128"); return;
+ case Iop_NegMAddF128: vex_printf("NegMAddF128"); return;
+ case Iop_NegMSubF128: vex_printf("NegMSubF128"); return;
+
case Iop_AbsF128: vex_printf("AbsF128"); return;
case Iop_NegF128: vex_printf("NegF128"); return;
case Iop_SqrtF128: vex_printf("SqrtF128"); return;
@@ -301,6 +312,8 @@
case Iop_F64toF128: vex_printf("F64toF128"); return;
case Iop_F128toF64: vex_printf("F128toF64"); return;
case Iop_F128toF32: vex_printf("F128toF32"); return;
+ case Iop_F128toI128S: vex_printf("F128toI128"); return;
+ case Iop_RndF128: vex_printf("RndF128"); return;
/* s390 specific */
case Iop_MAddF32: vex_printf("s390_MAddF32"); return;
@@ -411,6 +424,8 @@
case Iop_F32toF16x4: vex_printf("F32toF16x4"); return;
case Iop_F16toF32x4: vex_printf("F16toF32x4"); return;
+ case Iop_F16toF64x2: vex_printf("F16toF64x2"); return;
+ case Iop_F64toF16x2: vex_printf("F64toF16x2"); return;
case Iop_RSqrtEst32Fx4: vex_printf("RSqrtEst32Fx4"); return;
case Iop_RSqrtEst32Ux4: vex_printf("RSqrtEst32Ux4"); return;
@@ -865,6 +880,10 @@
case Iop_Cls8x16: vex_printf("Cls8x16"); return;
case Iop_Cls16x8: vex_printf("Cls16x8"); return;
case Iop_Cls32x4: vex_printf("Cls32x4"); return;
+ case Iop_Ctz8x16: vex_printf("Iop_Ctz8x16"); return;
+ case Iop_Ctz16x8: vex_printf("Iop_Ctz16x8"); return;
+ case Iop_Ctz32x4: vex_printf("Iop_Ctz32x4"); return;
+ case Iop_Ctz64x2: vex_printf("Iop_Ctz64x2"); return;
case Iop_ShlV128: vex_printf("ShlV128"); return;
case Iop_ShrV128: vex_printf("ShrV128"); return;
@@ -1247,6 +1266,8 @@
case Iop_SHA512: vex_printf("SHA512"); return;
case Iop_BCDAdd: vex_printf("BCDAdd"); return;
case Iop_BCDSub: vex_printf("BCDSub"); return;
+ case Iop_I128StoBCD128: vex_printf("bcdcfsq."); return;
+ case Iop_BCD128toI128S: vex_printf("bcdctsq."); return;
case Iop_PwBitMtxXpose64x2: vex_printf("BitMatrixTranspose64x2"); return;
@@ -1986,6 +2007,45 @@
vec[8] = NULL;
return vec;
}
+IRExpr** mkIRExprVec_9 ( IRExpr* arg1, IRExpr* arg2, IRExpr* arg3,
+ IRExpr* arg4, IRExpr* arg5, IRExpr* arg6,
+ IRExpr* arg7, IRExpr* arg8, IRExpr* arg9 ) {
+ IRExpr** vec = LibVEX_Alloc_inline(10 * sizeof(IRExpr*));
+ vec[0] = arg1;
+ vec[1] = arg2;
+ vec[2] = arg3;
+ vec[3] = arg4;
+ vec[4] = arg5;
+ vec[5] = arg6;
+ vec[6] = arg7;
+ vec[7] = arg8;
+ vec[8] = arg9;
+ vec[9] = NULL;
+ return vec;
+}
+IRExpr** mkIRExprVec_13 ( IRExpr* arg1, IRExpr* arg2, IRExpr* arg3,
+ IRExpr* arg4, IRExpr* arg5, IRExpr* arg6,
+ IRExpr* arg7, IRExpr* arg8, IRExpr* arg9,
+ IRExpr* arg10, IRExpr* arg11, IRExpr* arg12,
+ IRExpr* arg13
+ ) {
+ IRExpr** vec = LibVEX_Alloc_inline(14 * sizeof(IRExpr*));
+ vec[0] = arg1;
+ vec[1] = arg2;
+ vec[2] = arg3;
+ vec[3] = arg4;
+ vec[4] = arg5;
+ vec[5] = arg6;
+ vec[6] = arg7;
+ vec[7] = arg8;
+ vec[8] = arg9;
+ vec[9] = arg10;
+ vec[10] = arg11;
+ vec[11] = arg12;
+ vec[12] = arg13;
+ vec[13] = NULL;
+ return vec;
+}
/* Constructors -- IRDirty */
@@ -3013,6 +3073,8 @@
case Iop_Rsh32Sx4: case Iop_Rsh64Sx2:
case Iop_Rsh8Ux16: case Iop_Rsh16Ux8:
case Iop_Rsh32Ux4: case Iop_Rsh64Ux2:
+ case Iop_MulI128by10E:
+ case Iop_MulI128by10ECarry:
BINARY(Ity_V128,Ity_V128, Ity_V128);
case Iop_PolynomialMull8x8:
@@ -3046,6 +3108,13 @@
case Iop_PwBitMtxXpose64x2:
case Iop_ZeroHI64ofV128: case Iop_ZeroHI96ofV128:
case Iop_ZeroHI112ofV128: case Iop_ZeroHI120ofV128:
+ case Iop_F16toF64x2:
+ case Iop_F64toF16x2:
+ case Iop_MulI128by10:
+ case Iop_MulI128by10Carry:
+ case Iop_Ctz8x16: case Iop_Ctz16x8:
+ case Iop_Ctz32x4: case Iop_Ctz64x2:
+ case Iop_BCD128toI128S:
UNARY(Ity_V128, Ity_V128);
case Iop_ShlV128: case Iop_ShrV128:
@@ -3080,7 +3149,8 @@
case Iop_QandQRSarNnarrow16Sto8Ux8:
case Iop_QandQRSarNnarrow32Sto16Ux4:
case Iop_QandQRSarNnarrow64Sto32Ux2:
- BINARY(Ity_V128,Ity_I8, Ity_V128);
+ case Iop_I128StoBCD128:
+ BINARY(Ity_V128, Ity_I8, Ity_V128);
case Iop_F32ToFixed32Ux4_RZ:
case Iop_F32ToFixed32Sx4_RZ:
@@ -3122,7 +3192,8 @@
case Iop_BCDAdd:
case Iop_BCDSub:
- TERNARY(Ity_V128,Ity_V128, Ity_I8, Ity_V128);
+ BINARY(Ity_V128, Ity_V128, Ity_V128);
+
case Iop_QDMull16Sx4: case Iop_QDMull32Sx2:
BINARY(Ity_I64, Ity_I64, Ity_V128);
@@ -3144,6 +3215,12 @@
case Iop_DivF128:
TERNARY(ity_RMode,Ity_F128,Ity_F128, Ity_F128);
+ case Iop_MAddF128:
+ case Iop_MSubF128:
+ case Iop_NegMAddF128:
+ case Iop_NegMSubF128:
+ QUATERNARY(ity_RMode,Ity_F128,Ity_F128,Ity_F128, Ity_F128);
+
case Iop_Add64Fx2: case Iop_Sub64Fx2:
case Iop_Mul64Fx2: case Iop_Div64Fx2:
case Iop_Add32Fx4: case Iop_Sub32Fx4:
@@ -3182,6 +3259,16 @@
case Iop_F128toF32: BINARY(ity_RMode,Ity_F128, Ity_F32);
case Iop_F128toF64: BINARY(ity_RMode,Ity_F128, Ity_F64);
+ case Iop_TruncF128toI32S:
+ case Iop_TruncF128toI64S:
+ case Iop_TruncF128toI32U:
+ case Iop_TruncF128toI64U:
+ UNARY(Ity_F128, Ity_F128);
+
+ case Iop_F128toI128S:
+ case Iop_RndF128:
+ BINARY(ity_RMode,Ity_F128, Ity_F128);
+
case Iop_D32toD64:
UNARY(Ity_D32, Ity_D64);
diff --git a/VEX/priv/ir_inject.c b/VEX/priv/ir_inject.c
index 93b4c1c..94b0fdf 100644
--- a/VEX/priv/ir_inject.c
+++ b/VEX/priv/ir_inject.c
@@ -36,6 +36,7 @@
/* Convenience macros for readibility */
#define mkU8(v) IRExpr_Const(IRConst_U8(v))
+#define mkU16(v) IRExpr_Const(IRConst_U16(v))
#define mkU32(v) IRExpr_Const(IRConst_U32(v))
#define mkU64(v) IRExpr_Const(IRConst_U64(v))
#define unop(kind, a) IRExpr_Unop(kind, a)
@@ -209,12 +210,26 @@
case 2:
opnd1 = load(endian, iricb.t_opnd1, iricb.opnd1);
+ /* HACK, compiler warning ‘opnd2’ may be used uninitialized */
+ opnd2 = opnd1;
- if (iricb.shift_amount_is_immediate) {
- // This implies that the IROp is a shift op
- vassert(iricb.t_opnd2 == Ity_I8);
+ /* immediate_index = 0 immediate value is not used.
+ * immediate_index = 2 opnd2 is an immediate value.
+ */
+ vassert(iricb.immediate_index == 0 || iricb.immediate_index == 2);
+
+ if (iricb.immediate_index == 2) {
+ vassert((iricb.t_opnd2 == Ity_I8) || (iricb.t_opnd2 == Ity_I16)
+ || (iricb.t_opnd2 == Ity_I32));
+
/* Interpret the memory as an ULong. */
- opnd2 = mkU8(*((ULong *)iricb.opnd2));
+ if (iricb.immediate_type == Ity_I8) {
+ opnd2 = mkU8(*((ULong *)iricb.opnd2));
+ } else if (iricb.immediate_type == Ity_I16) {
+ opnd2 = mkU16(*((ULong *)iricb.opnd2));
+ } else if (iricb.immediate_type == Ity_I32) {
+ opnd2 = mkU32(*((ULong *)iricb.opnd2));
+ }
} else {
opnd2 = load(endian, iricb.t_opnd2, iricb.opnd2);
}
@@ -228,7 +243,28 @@
case 3:
opnd1 = load(endian, iricb.t_opnd1, iricb.opnd1);
opnd2 = load(endian, iricb.t_opnd2, iricb.opnd2);
- opnd3 = load(endian, iricb.t_opnd3, iricb.opnd3);
+ /* HACK, compiler warning ‘opnd3’ may be used uninitialized */
+ opnd3 = opnd2;
+
+ /* immediate_index = 0 immediate value is not used.
+ * immediate_index = 3 opnd3 is an immediate value.
+ */
+ vassert(iricb.immediate_index == 0 || iricb.immediate_index == 3);
+
+ if (iricb.immediate_index == 3) {
+ vassert((iricb.t_opnd3 == Ity_I8) || (iricb.t_opnd3 == Ity_I16)
+ || (iricb.t_opnd2 == Ity_I32));
+
+ if (iricb.immediate_type == Ity_I8) {
+ opnd3 = mkU8(*((ULong *)iricb.opnd3));
+ } else if (iricb.immediate_type == Ity_I16) {
+ opnd3 = mkU16(*((ULong *)iricb.opnd3));
+ } else if (iricb.immediate_type == Ity_I32) {
+ opnd3 = mkU32(*((ULong *)iricb.opnd3));
+ }
+ } else {
+ opnd3 = load(endian, iricb.t_opnd3, iricb.opnd3);
+ }
if (rounding_mode)
data = qop(iricb.op, rounding_mode, opnd1, opnd2, opnd3);
else
@@ -240,7 +276,28 @@
opnd1 = load(endian, iricb.t_opnd1, iricb.opnd1);
opnd2 = load(endian, iricb.t_opnd2, iricb.opnd2);
opnd3 = load(endian, iricb.t_opnd3, iricb.opnd3);
- opnd4 = load(endian, iricb.t_opnd4, iricb.opnd4);
+ /* HACK, compiler warning ‘opnd4’ may be used uninitialized */
+ opnd4 = opnd3;
+
+ /* immediate_index = 0 immediate value is not used.
+ * immediate_index = 4 opnd4 is an immediate value.
+ */
+ vassert(iricb.immediate_index == 0 || iricb.immediate_index == 4);
+
+ if (iricb.immediate_index == 4) {
+ vassert((iricb.t_opnd3 == Ity_I8) || (iricb.t_opnd3 == Ity_I16)
+ || (iricb.t_opnd2 == Ity_I32));
+
+ if (iricb.immediate_type == Ity_I8) {
+ opnd4 = mkU8(*((ULong *)iricb.opnd4));
+ } else if (iricb.immediate_type == Ity_I16) {
+ opnd4 = mkU16(*((ULong *)iricb.opnd4));
+ } else if (iricb.immediate_type == Ity_I32) {
+ opnd4 = mkU32(*((ULong *)iricb.opnd4));
+ }
+ } else {
+ opnd4 = load(endian, iricb.t_opnd4, iricb.opnd4);
+ }
data = qop(iricb.op, opnd1, opnd2, opnd3, opnd4);
break;
diff --git a/VEX/priv/ir_opt.c b/VEX/priv/ir_opt.c
index 7a7246a..4266823 100644
--- a/VEX/priv/ir_opt.c
+++ b/VEX/priv/ir_opt.c
@@ -1223,6 +1223,7 @@
case Ico_U16: return toBool( e->Iex.Const.con->Ico.U16 == 0);
case Ico_U32: return toBool( e->Iex.Const.con->Ico.U32 == 0);
case Ico_U64: return toBool( e->Iex.Const.con->Ico.U64 == 0);
+ case Ico_V256: return toBool( e->Iex.Const.con->Ico.V256 == 0x00000000);
default: vpanic("isZeroU");
}
}
diff --git a/VEX/priv/main_main.c b/VEX/priv/main_main.c
index 2e51ded..e263754 100644
--- a/VEX/priv/main_main.c
+++ b/VEX/priv/main_main.c
@@ -916,8 +916,13 @@
irsb = do_iropt_BB ( irsb, specHelper, preciseMemExnsFn, pxControl,
vta->guest_bytes_addr,
vta->arch_guest );
- sanityCheckIRSB( irsb, "after initial iropt",
- True/*must be flat*/, guest_word_type );
+
+ // JRS 2016 Aug 03: Sanity checking is expensive, we already checked
+ // the output of the front end, and iropt never screws up the IR by
+ // itself, unless it is being hacked on. So remove this post-iropt
+ // check in "production" use.
+ // sanityCheckIRSB( irsb, "after initial iropt",
+ // True/*must be flat*/, guest_word_type );
if (vex_traceflags & VEX_TRACE_OPT1) {
vex_printf("\n------------------------"
@@ -953,9 +958,12 @@
vex_printf("\n");
}
- if (vta->instrument1 || vta->instrument2)
- sanityCheckIRSB( irsb, "after instrumentation",
- True/*must be flat*/, guest_word_type );
+ // JRS 2016 Aug 03: as above, this never actually fails in practice.
+ // And we'll sanity check anyway after the post-instrumentation
+ // cleanup pass. So skip this check in "production" use.
+ // if (vta->instrument1 || vta->instrument2)
+ // sanityCheckIRSB( irsb, "after instrumentation",
+ // True/*must be flat*/, guest_word_type );
/* Do a post-instrumentation cleanup pass. */
if (vta->instrument1 || vta->instrument2) {
@@ -1547,6 +1555,7 @@
{ VEX_HWCAPS_PPC32_VX, "VX" },
{ VEX_HWCAPS_PPC32_DFP, "DFP" },
{ VEX_HWCAPS_PPC32_ISA2_07, "ISA2_07" },
+ { VEX_HWCAPS_PPC32_ISA3_0, "ISA3_0" },
};
/* Allocate a large enough buffer */
static HChar buf[sizeof prefix +
@@ -1577,6 +1586,7 @@
{ VEX_HWCAPS_PPC64_V, "vmx" },
{ VEX_HWCAPS_PPC64_DFP, "DFP" },
{ VEX_HWCAPS_PPC64_ISA2_07, "ISA2_07" },
+ { VEX_HWCAPS_PPC64_ISA3_0, "ISA3_0" },
};
/* Allocate a large enough buffer */
static HChar buf[sizeof prefix +
@@ -1706,12 +1716,44 @@
return "Cavium-baseline";
}
+ /* Ingenic baseline. */
+ if (VEX_MIPS_COMP_ID(hwcaps) == VEX_PRID_COMP_INGENIC_E1) {
+ return "Ingenic-baseline";
+ }
+
+ /* Loongson baseline. */
+ if ((VEX_MIPS_COMP_ID(hwcaps) == VEX_PRID_COMP_LEGACY) &&
+ (VEX_MIPS_PROC_ID(hwcaps) == VEX_PRID_IMP_LOONGSON_64)) {
+ return "Loongson-baseline";
+ }
+
return "Unsupported baseline";
}
static const HChar* show_hwcaps_mips64 ( UInt hwcaps )
{
- return "mips64-baseline";
+ /* Netlogic baseline. */
+ if (VEX_MIPS_COMP_ID(hwcaps) == VEX_PRID_COMP_NETLOGIC) {
+ return "Netlogic-baseline";
+ }
+
+ /* Cavium baseline. */
+ if (VEX_MIPS_COMP_ID(hwcaps) == VEX_PRID_COMP_CAVIUM) {
+ return "Cavium-baseline";
+ }
+
+ /* Loongson baseline. */
+ if ((VEX_MIPS_COMP_ID(hwcaps) == VEX_PRID_COMP_LEGACY) &&
+ (VEX_MIPS_PROC_ID(hwcaps) == VEX_PRID_IMP_LOONGSON_64)) {
+ return "Loongson-baseline";
+ }
+
+ /* MIPS64 baseline. */
+ if (VEX_MIPS_COMP_ID(hwcaps) == VEX_PRID_COMP_MIPS) {
+ return "mips64-baseline";
+ }
+
+ return "Unsupported baseline";
}
static const HChar* show_hwcaps_tilegx ( UInt hwcaps )
@@ -1835,6 +1877,12 @@
invalid_hwcaps(arch, hwcaps,
"ISA2_07 requires DFP capabilities\n");
}
+
+ /* ISA 3.0 not supported on 32-bit machines */
+ if ((hwcaps & VEX_HWCAPS_PPC32_ISA3_0) != 0) {
+ invalid_hwcaps(arch, hwcaps,
+ "ISA 3.0 not supported in 32-bit mode \n");
+ }
return;
}
@@ -1871,13 +1919,30 @@
invalid_hwcaps(arch, hwcaps,
"ISA2_07 requires DFP capabilities\n");
}
+
+ /* ISA3_0 requires everything else */
+ if ((hwcaps & VEX_HWCAPS_PPC64_ISA3_0) != 0) {
+ if ( !((hwcaps
+ & VEX_HWCAPS_PPC64_ISA2_07) == VEX_HWCAPS_PPC64_ISA2_07))
+ invalid_hwcaps(arch, hwcaps,
+ "ISA3_0 requires ISA2_07 capabilities\n");
+ if ( !has_v_fx_gx)
+ invalid_hwcaps(arch, hwcaps,
+ "ISA3_0 requires VMX and FX and GX capabilities\n");
+ if ( !(hwcaps & VEX_HWCAPS_PPC64_VX))
+ invalid_hwcaps(arch, hwcaps,
+ "ISA3_0 requires VX capabilities\n");
+ if ( !(hwcaps & VEX_HWCAPS_PPC64_DFP))
+ invalid_hwcaps(arch, hwcaps,
+ "ISA3_0 requires DFP capabilities\n");
+ }
return;
}
case VexArchARM: {
Bool NEON = ((hwcaps & VEX_HWCAPS_ARM_NEON) != 0);
+ Bool VFP3 = ((hwcaps & VEX_HWCAPS_ARM_VFP3) != 0);
UInt level = VEX_ARM_ARCHLEVEL(hwcaps);
-
switch (level) {
case 5:
if (NEON)
@@ -1891,6 +1956,11 @@
return;
case 7:
return;
+ case 8:
+ if (!NEON || !VFP3)
+ invalid_hwcaps(arch, hwcaps,
+ "NEON and VFP3 are required for ARMv8.\n");
+ return;
default:
invalid_hwcaps(arch, hwcaps,
"ARM architecture level is not supported.\n");
@@ -1908,19 +1978,28 @@
invalid_hwcaps(arch, hwcaps,
"Host does not have long displacement facility.\n");
return;
-
+
case VexArchMIPS32:
switch (VEX_MIPS_COMP_ID(hwcaps)) {
case VEX_PRID_COMP_MIPS:
+ case VEX_PRID_COMP_CAVIUM:
+ case VEX_PRID_COMP_INGENIC_E1:
case VEX_PRID_COMP_BROADCOM:
case VEX_PRID_COMP_NETLOGIC:
return;
default:
invalid_hwcaps(arch, hwcaps, "Unsupported baseline\n");
}
-
+
case VexArchMIPS64:
- return;
+ switch (VEX_MIPS_COMP_ID(hwcaps)) {
+ case VEX_PRID_COMP_MIPS:
+ case VEX_PRID_COMP_CAVIUM:
+ case VEX_PRID_COMP_NETLOGIC:
+ return;
+ default:
+ invalid_hwcaps(arch, hwcaps, "Unsupported baseline\n");
+ }
case VexArchTILEGX:
return;
diff --git a/VEX/pub/libvex.h b/VEX/pub/libvex.h
index 011fd53..855bc64 100644
--- a/VEX/pub/libvex.h
+++ b/VEX/pub/libvex.h
@@ -109,6 +109,7 @@
#define VEX_HWCAPS_PPC32_VX (1<<12) /* Vector-scalar floating-point (VSX); implies ISA 2.06 or higher */
#define VEX_HWCAPS_PPC32_DFP (1<<17) /* Decimal Floating Point (DFP) -- e.g., dadd */
#define VEX_HWCAPS_PPC32_ISA2_07 (1<<19) /* ISA 2.07 -- e.g., mtvsrd */
+#define VEX_HWCAPS_PPC32_ISA3_0 (1<<21) /* ISA 3.0 -- e.g., cnttzw */
/* ppc64: baseline capability is integer and basic FP insns */
#define VEX_HWCAPS_PPC64_V (1<<13) /* Altivec (VMX) */
@@ -118,6 +119,7 @@
#define VEX_HWCAPS_PPC64_VX (1<<16) /* Vector-scalar floating-point (VSX); implies ISA 2.06 or higher */
#define VEX_HWCAPS_PPC64_DFP (1<<18) /* Decimal Floating Point (DFP) -- e.g., dadd */
#define VEX_HWCAPS_PPC64_ISA2_07 (1<<20) /* ISA 2.07 -- e.g., mtvsrd */
+#define VEX_HWCAPS_PPC64_ISA3_0 (1<<22) /* ISA 3.0 -- e.g., cnttzw */
/* s390x: Hardware capability encoding
@@ -141,7 +143,8 @@
#define VEX_S390X_MODEL_ZEC12 10
#define VEX_S390X_MODEL_ZBC12 11
#define VEX_S390X_MODEL_Z13 12
-#define VEX_S390X_MODEL_UNKNOWN 13 /* always last in list */
+#define VEX_S390X_MODEL_Z13S 13
+#define VEX_S390X_MODEL_UNKNOWN 14 /* always last in list */
#define VEX_S390X_MODEL_MASK 0x3F
#define VEX_HWCAPS_S390X_LDISP (1<<6) /* Long-displacement facility */
@@ -204,26 +207,49 @@
*/
-#define VEX_PRID_COMP_MIPS 0x00010000
-#define VEX_PRID_COMP_BROADCOM 0x00020000
-#define VEX_PRID_COMP_NETLOGIC 0x000C0000
-#define VEX_PRID_COMP_CAVIUM 0x000D0000
+#define VEX_PRID_COMP_LEGACY 0x00000000
+#define VEX_PRID_COMP_MIPS 0x00010000
+#define VEX_PRID_COMP_BROADCOM 0x00020000
+#define VEX_PRID_COMP_NETLOGIC 0x000C0000
+#define VEX_PRID_COMP_CAVIUM 0x000D0000
+#define VEX_PRID_COMP_INGENIC_E1 0x00E10000 /* JZ4780 */
+
+/*
+ * These are valid when 23:16 == PRID_COMP_LEGACY
+ */
+#define VEX_PRID_IMP_LOONGSON_64 0x6300 /* Loongson-2/3 */
/*
* These are the PRID's for when 23:16 == PRID_COMP_MIPS
*/
-#define VEX_PRID_IMP_34K 0x9500
-#define VEX_PRID_IMP_74K 0x9700
+#define VEX_PRID_IMP_34K 0x9500
+#define VEX_PRID_IMP_74K 0x9700
-/* CPU has FPU and 32 dbl. prec. FP registers */
-#define VEX_PRID_CPU_32FPR 0x00000040
-
+/*
+ * Instead of Company Options values, bits 31:24 will be packed with
+ * additional information, such as isa level and FP mode.
+ */
+#define VEX_MIPS_CPU_ISA_M32R1 0x01000000
+#define VEX_MIPS_CPU_ISA_M32R2 0x02000000
+#define VEX_MIPS_CPU_ISA_M64R1 0x04000000
+#define VEX_MIPS_CPU_ISA_M64R2 0x08000000
+#define VEX_MIPS_CPU_ISA_M32R6 0x10000000
+#define VEX_MIPS_CPU_ISA_M64R6 0x20000000
+/* FP mode is FR = 1 (32 dbl. prec. FP registers) */
+#define VEX_MIPS_HOST_FR 0x40000000
+/* Get MIPS Extended Information */
+#define VEX_MIPS_EX_INFO(x) ((x) & 0xFF000000)
/* Get MIPS Company ID from HWCAPS */
#define VEX_MIPS_COMP_ID(x) ((x) & 0x00FF0000)
/* Get MIPS Processor ID from HWCAPS */
#define VEX_MIPS_PROC_ID(x) ((x) & 0x0000FF00)
/* Get MIPS Revision from HWCAPS */
#define VEX_MIPS_REV(x) ((x) & 0x000000FF)
+/* Get host FP mode */
+#define VEX_MIPS_HOST_FP_MODE(x) (!!(VEX_MIPS_EX_INFO(x) & VEX_MIPS_HOST_FR))
+/* Check if the processor supports MIPS32R2. */
+#define VEX_MIPS_CPU_HAS_MIPS32R2(x) (VEX_MIPS_EX_INFO(x) & \
+ VEX_MIPS_CPU_ISA_M32R2)
/* Check if the processor supports DSP ASE Rev 2. */
#define VEX_MIPS_PROC_DSP2(x) ((VEX_MIPS_COMP_ID(x) == VEX_PRID_COMP_MIPS) && \
(VEX_MIPS_PROC_ID(x) == VEX_PRID_IMP_74K))
@@ -379,6 +405,8 @@
function descriptor on the host, or to the function code
itself? True => descriptor, False => code. */
Bool host_ppc_calls_use_fndescrs;
+
+ Bool guest_mips_fp_mode64;
}
VexAbiInfo;
@@ -847,7 +875,14 @@
IRType t_opnd4; // type of 4th operand
UInt rounding_mode;
UInt num_operands; // excluding rounding mode, if any
- Bool shift_amount_is_immediate;
+ /* The following two members describe if this operand has immediate
+ * operands. There are a few restrictions:
+ * (1) An operator can have at most one immediate operand.
+ * (2) If there is an immediate operand, it is the right-most operand
+ * An immediate_index of 0 means there is no immediate operand.
+ */
+ UInt immediate_type; // size of immediate Ity_I8, Ity_16
+ UInt immediate_index; // operand number: 1, 2
}
IRICB;
diff --git a/VEX/pub/libvex_guest_mips32.h b/VEX/pub/libvex_guest_mips32.h
index fd702a3..8351f0e 100644
--- a/VEX/pub/libvex_guest_mips32.h
+++ b/VEX/pub/libvex_guest_mips32.h
@@ -147,7 +147,9 @@
/* 472 */ ULong guest_ac2;
/* 480 */ ULong guest_ac3;
- UInt padding;
+ /* 488 */ UInt guest_CP0_status;
+
+ /* 492 */ UInt padding;
} VexGuestMIPS32State;
/*---------------------------------------------------------------*/
/*--- Utility functions for MIPS32 guest stuff. ---*/
@@ -160,6 +162,8 @@
extern
void LibVEX_GuestMIPS32_initialise ( /*OUT*/VexGuestMIPS32State* vex_state );
+/* FR bit of CP0_STATUS_FR register */
+#define MIPS_CP0_STATUS_FR (1ul << 26)
#endif /* ndef __LIBVEX_PUB_GUEST_MIPS32_H */
diff --git a/VEX/pub/libvex_guest_mips64.h b/VEX/pub/libvex_guest_mips64.h
index fe28aca..88d1f7f 100644
--- a/VEX/pub/libvex_guest_mips64.h
+++ b/VEX/pub/libvex_guest_mips64.h
@@ -123,6 +123,8 @@
/* 548 */ UInt guest_FENR;
/* 552 */ UInt guest_FCSR;
+ /* 556 */ UInt guest_CP0_status;
+
/* TLS pointer for the thread. It's read-only in user space. On Linux it
is set in user space by various thread-related syscalls.
User Local Register.
@@ -159,6 +161,9 @@
extern
void LibVEX_GuestMIPS64_initialise ( /*OUT*/VexGuestMIPS64State* vex_state );
+/* FR bit of CP0_STATUS_FR register */
+#define MIPS_CP0_STATUS_FR (1ul << 26)
+
#endif /* ndef __LIBVEX_PUB_GUEST_MIPS64_H */
/*---------------------------------------------------------------*/
diff --git a/VEX/pub/libvex_guest_offsets.h b/VEX/pub/libvex_guest_offsets.h
index 867fe52..6834fbb 100644
--- a/VEX/pub/libvex_guest_offsets.h
+++ b/VEX/pub/libvex_guest_offsets.h
@@ -162,3 +162,63 @@
#define OFFSET_mips64_PC 256
#define OFFSET_mips64_HI 264
#define OFFSET_mips64_LO 272
+#define OFFSET_tilegx_r0 0
+#define OFFSET_tilegx_r1 8
+#define OFFSET_tilegx_r2 16
+#define OFFSET_tilegx_r3 24
+#define OFFSET_tilegx_r4 32
+#define OFFSET_tilegx_r5 40
+#define OFFSET_tilegx_r6 48
+#define OFFSET_tilegx_r7 56
+#define OFFSET_tilegx_r8 64
+#define OFFSET_tilegx_r9 72
+#define OFFSET_tilegx_r10 80
+#define OFFSET_tilegx_r11 88
+#define OFFSET_tilegx_r12 96
+#define OFFSET_tilegx_r13 104
+#define OFFSET_tilegx_r14 112
+#define OFFSET_tilegx_r15 120
+#define OFFSET_tilegx_r16 128
+#define OFFSET_tilegx_r17 136
+#define OFFSET_tilegx_r18 144
+#define OFFSET_tilegx_r19 152
+#define OFFSET_tilegx_r20 160
+#define OFFSET_tilegx_r21 168
+#define OFFSET_tilegx_r22 176
+#define OFFSET_tilegx_r23 184
+#define OFFSET_tilegx_r24 192
+#define OFFSET_tilegx_r25 200
+#define OFFSET_tilegx_r26 208
+#define OFFSET_tilegx_r27 216
+#define OFFSET_tilegx_r28 224
+#define OFFSET_tilegx_r29 232
+#define OFFSET_tilegx_r30 240
+#define OFFSET_tilegx_r31 248
+#define OFFSET_tilegx_r32 256
+#define OFFSET_tilegx_r33 264
+#define OFFSET_tilegx_r34 272
+#define OFFSET_tilegx_r35 280
+#define OFFSET_tilegx_r36 288
+#define OFFSET_tilegx_r37 296
+#define OFFSET_tilegx_r38 304
+#define OFFSET_tilegx_r39 312
+#define OFFSET_tilegx_r40 320
+#define OFFSET_tilegx_r41 328
+#define OFFSET_tilegx_r42 336
+#define OFFSET_tilegx_r43 344
+#define OFFSET_tilegx_r44 352
+#define OFFSET_tilegx_r45 360
+#define OFFSET_tilegx_r46 368
+#define OFFSET_tilegx_r47 376
+#define OFFSET_tilegx_r48 384
+#define OFFSET_tilegx_r49 392
+#define OFFSET_tilegx_r50 400
+#define OFFSET_tilegx_r51 408
+#define OFFSET_tilegx_r52 416
+#define OFFSET_tilegx_r53 424
+#define OFFSET_tilegx_r54 432
+#define OFFSET_tilegx_r55 440
+#define OFFSET_tilegx_pc 512
+#define OFFSET_tilegx_EMNOTE 528
+#define OFFSET_tilegx_CMSTART 536
+#define OFFSET_tilegx_NRADDR 552
diff --git a/VEX/pub/libvex_guest_ppc32.h b/VEX/pub/libvex_guest_ppc32.h
index 5bebef8..842032a 100644
--- a/VEX/pub/libvex_guest_ppc32.h
+++ b/VEX/pub/libvex_guest_ppc32.h
@@ -194,10 +194,14 @@
/* 1182 */ UChar guest_CR7_321; /* in [3:1] */
/* 1183 */ UChar guest_CR7_0; /* in lsb */
- /* FP Status & Control Register fields. Only rounding mode fields are supported. */
+ /* FP Status and Control Register fields. Only rounding mode fields
+ * and Floating-point Condition Code (FPCC) fields in the FPSCR are
+ * supported.
+ */
/* 1184 */ UChar guest_FPROUND; // Binary Floating Point Rounding Mode
/* 1185 */ UChar guest_DFPROUND; // Decimal Floating Point Rounding Mode
- /* 1186 */ UChar pad1;
+ /* 1186 */ UChar guest_C_FPCC; // Floating-Point Result Class Descriptor
+ // and Floating-point Condition Code
/* 1187 */ UChar pad2;
/* Vector Save/Restore Register */
diff --git a/VEX/pub/libvex_guest_ppc64.h b/VEX/pub/libvex_guest_ppc64.h
index f3310cb..927b227 100644
--- a/VEX/pub/libvex_guest_ppc64.h
+++ b/VEX/pub/libvex_guest_ppc64.h
@@ -233,10 +233,13 @@
/* 1323 */ UChar guest_CR7_0; /* in lsb */
/* FP Status and Control Register fields. Only rounding mode fields
- are supported. */
+ * and Floating-point Condition Code (FPCC) fields are supported.
+ */
/* 1324 */ UChar guest_FPROUND; // Binary Floating Point Rounding Mode
/* 1325 */ UChar guest_DFPROUND; // Decimal Floating Point Rounding Mode
- /* 1326 */ UChar pad1;
+ /* 1326 */ UChar guest_C_FPCC; // Floating-point Condition Code
+ // and Floating-point Condition Code
+
/* 1327 */ UChar pad2;
/* Vector Save/Restore Register */
diff --git a/VEX/pub/libvex_ir.h b/VEX/pub/libvex_ir.h
index 4c05399..5efcd5c 100644
--- a/VEX/pub/libvex_ir.h
+++ b/VEX/pub/libvex_ir.h
@@ -670,6 +670,10 @@
/* :: IRRoundingMode(I32) x F128 x F128 -> F128 */
Iop_AddF128, Iop_SubF128, Iop_MulF128, Iop_DivF128,
+ Iop_MAddF128, // (A * B) + C
+ Iop_MSubF128, // (A * B) - C
+ Iop_NegMAddF128, // -((A * B) + C)
+ Iop_NegMSubF128, // -((A * B) - C)
/* :: F128 -> F128 */
Iop_NegF128, Iop_AbsF128,
@@ -688,8 +692,18 @@
Iop_F128toI64S, /* IRRoundingMode(I32) x F128 -> signed I64 */
Iop_F128toI32U, /* IRRoundingMode(I32) x F128 -> unsigned I32 */
Iop_F128toI64U, /* IRRoundingMode(I32) x F128 -> unsigned I64 */
+ Iop_F128toI128S,/* IRRoundingMode(I32) x F128 -> signed I128 */
Iop_F128toF64, /* IRRoundingMode(I32) x F128 -> F64 */
Iop_F128toF32, /* IRRoundingMode(I32) x F128 -> F32 */
+ Iop_RndF128, /* IRRoundingMode(I32) x F128 -> F128 */
+
+ /* Truncate to the specified value, source and result
+ * are stroed in a F128 register.
+ */
+ Iop_TruncF128toI32S, /* truncate F128 -> I32 */
+ Iop_TruncF128toI32U, /* truncate F128 -> I32 */
+ Iop_TruncF128toI64U, /* truncate F128 -> I64 */
+ Iop_TruncF128toI64S, /* truncate F128 -> I64 */
/* --- guest x86/amd64 specifics, not mandated by 754. --- */
@@ -920,6 +934,9 @@
Iop_Cls8x8, Iop_Cls16x4, Iop_Cls32x2,
Iop_Clz64x2,
+ /*Vector COUNT trailing zeros */
+ Iop_Ctz8x16, Iop_Ctz16x8, Iop_Ctz32x4, Iop_Ctz64x2,
+
/* VECTOR x VECTOR SHIFT / ROTATE */
Iop_Shl8x8, Iop_Shl16x4, Iop_Shl32x2,
Iop_Shr8x8, Iop_Shr16x4, Iop_Shr32x2,
@@ -1270,6 +1287,12 @@
* signed code. */
Iop_BCDAdd, Iop_BCDSub,
+ /* Conversion signed 128-bit integer to signed BCD 128-bit */
+ Iop_I128StoBCD128,
+
+ /* Conversion signed BCD 128-bit to 128-bit integer */
+ Iop_BCD128toI128S,
+
/* Conversion I64 -> D64 */
Iop_ReinterpI64asD64,
@@ -1339,6 +1362,9 @@
/* FIXME: what kind of rounding in F32x4 -> F16x4 case? */
Iop_F32toF16x4, Iop_F16toF32x4, /* F32x4 <-> F16x4 */
+ /* -- Double to/from half conversion -- */
+ Iop_F64toF16x2, Iop_F16toF64x2,
+
/* --- 32x4 lowest-lane-only scalar FP --- */
/* In binary cases, upper 3/4 is copied from first operand. In
@@ -1769,6 +1795,22 @@
See floating-point equivalents for details. */
Iop_RecipEst32Ux4, Iop_RSqrtEst32Ux4,
+ /* 128-bit multipy by 10 instruction, result is lower 128-bits */
+ Iop_MulI128by10,
+
+ /* 128-bit multipy by 10 instruction, result is carry out from the MSB */
+ Iop_MulI128by10Carry,
+
+ /* 128-bit multipy by 10 instruction, result is lower 128-bits of the
+ * source times 10 plus the carry in
+ */
+ Iop_MulI128by10E,
+
+ /* 128-bit multipy by 10 instruction, result is carry out from the MSB
+ * of the source times 10 plus the carry in
+ */
+ Iop_MulI128by10ECarry,
+
/* ------------------ 256-bit SIMD Integer. ------------------ */
/* Pack/unpack */
@@ -2197,7 +2239,12 @@
extern IRExpr** mkIRExprVec_7 ( IRExpr*, IRExpr*, IRExpr*, IRExpr*,
IRExpr*, IRExpr*, IRExpr* );
extern IRExpr** mkIRExprVec_8 ( IRExpr*, IRExpr*, IRExpr*, IRExpr*,
- IRExpr*, IRExpr*, IRExpr*, IRExpr*);
+ IRExpr*, IRExpr*, IRExpr*, IRExpr* );
+extern IRExpr** mkIRExprVec_9 ( IRExpr*, IRExpr*, IRExpr*, IRExpr*,
+ IRExpr*, IRExpr*, IRExpr*, IRExpr*, IRExpr* );
+extern IRExpr** mkIRExprVec_13 ( IRExpr*, IRExpr*, IRExpr*, IRExpr*,
+ IRExpr*, IRExpr*, IRExpr*, IRExpr*,
+ IRExpr*, IRExpr*, IRExpr*, IRExpr*, IRExpr* );
/* IRExpr copiers:
- shallowCopy: shallow-copy (ie. create a new vector that shares the
diff --git a/VEX/switchback/Makefile b/VEX/switchback/Makefile
deleted file mode 100644
index 3fa5146..0000000
--- a/VEX/switchback/Makefile
+++ /dev/null
@@ -1,12 +0,0 @@
-
-CC=aarch64-linux-gnu-gcc
-
-all: switchback.c linker.c linker.h
- $CC -m64 -Wall -O -g -o switchback switchback.c linker.c \
- ../libvex_ppc64_linux.a
-
-test_ppc:
- $CC -Wall -m64 -mregnames -O -c test_ppc_jm1.c
-
-clean:
- rm -f switchback switchback.o linker.o
diff --git a/VEX/switchback/binary_switchback.pl b/VEX/switchback/binary_switchback.pl
deleted file mode 100755
index 4b096ee..0000000
--- a/VEX/switchback/binary_switchback.pl
+++ /dev/null
@@ -1,431 +0,0 @@
-#!/usr/bin/env perl
-use strict;
-use warnings;
-
-######################################################
-# Binary search script for switchback
-# Finds bad basic block for seg faults and bad output.
-#
-# To test output, you need to create test_ref
-# test_ref should hold the correct output for running the test_xxx program:
-# - Everything between (not including) /^---START---$/ and /^---STOP---$/
-# - But NOT including output from /^---begin SWITCHBACK/
-# to /^--- end SWITCHBACK/ inclusive
-#
-# This script can't handle other vex output,
-# so e.g switchback.c::DEBUG_TRACE_FLAGS should be 0
-#
-
-######################################################
-# Global consts, vars
-use constant DEBUG => 0;
-use constant CONST_N_MAX => 10000000000;
-use constant CONST_N_MUL => 2;
-
-my $SWITCHBACK = "./switchback";
-my $N_START = 0;
-my $N_LAST_GOOD = 0;
-my $N_LAST_BAD = -1;
-my $GIVEN_LAST_GOOD = -1;
-my $GIVEN_LAST_BAD = -1;
-my $TEST_REF;
-
-
-
-######################################################
-# Helper functions
-
-sub Exit {
- exit $_[0];
-}
-
-sub Usage {
- print "Usage: binary_switchback.pl test_ref [last_good [last_bad]]\n";
- print "where:\n";
- print " test_ref = reference output from test_xxx\n";
- print " last_good = last known good bb (search space minimum)\n";
- print " last_bad = last known bad bb (search space maximum)\n";
- print "\n";
-}
-
-sub QuitUsage {
- print $_[0]."\n";
- Usage();
- Exit 1;
-}
-
-
-######################################################
-# Get & check cmdline args
-# - if given, override global vars.
-
-if (@ARGV < 1 || @ARGV > 3) {
- QuitUsage "Error: Bad num args\n";
-}
-
-$TEST_REF = $ARGV[0];
-
-if ( ! -x "$SWITCHBACK" ) {
- QuitUsage "File doesn't exist | not executable: '$SWITCHBACK'\n";
-}
-
-if (@ARGV >1) {
- $N_LAST_GOOD = $ARGV[1];
- $GIVEN_LAST_GOOD = $N_LAST_GOOD;
- if (! ($N_LAST_GOOD =~ /^\d*$/)) {
- QuitUsage "Error: bad arg for #last_good\n";
- }
- if ($N_LAST_GOOD >= CONST_N_MAX) {
- QuitUsage "Error: #last_good >= N_MAX(".CONST_N_MAX.")\n";
- }
-}
-if (@ARGV >2) {
- $N_LAST_BAD = $ARGV[2];
- $GIVEN_LAST_BAD = $N_LAST_BAD;
- if (! ($N_LAST_BAD =~ /^\d*$/)) {
- QuitUsage "Error: bad arg for 'last_bad'\n";
- }
-}
-
-# Setup N_START
-if ($N_LAST_BAD != -1) {
- # Start halfway:
- my $diff = $N_LAST_BAD - $N_LAST_GOOD;
- $N_START = $N_LAST_GOOD + ($diff - ($diff % 2)) / 2;
-} else {
- # No known end: Start at beginning:
- if ($N_LAST_GOOD > 0) { # User-given last_good
- $N_START = $N_LAST_GOOD;
- } else {
- $N_START = 100; # Some reasonable number.
- }
-}
-
-######################################################
-# Sanity checks (shouldn't ever happen)
-
-if ($N_START < $N_LAST_GOOD) {
- print "Program Error: start < last_good\n";
- exit 1;
-}
-if ($N_LAST_BAD != -1 && $N_START >= $N_LAST_BAD) {
- print "Program Error: start >= last_bad\n";
- exit 1;
-}
-if ($N_START < 1 || $N_START > CONST_N_MAX) {
- print "Program Error: Bad N_START: '$N_START'\n";
- exit 1;
-}
-if ($N_LAST_GOOD < 0 || $N_LAST_GOOD > CONST_N_MAX) {
- print "Program Error: Bad N_LAST_GOOD: '$N_LAST_GOOD'\n";
- exit 1;
-}
-if ($N_LAST_BAD < -1 || $N_LAST_BAD > CONST_N_MAX) {
- print "Program Error: Bad N_LAST_BAD: '$N_LAST_BAD'\n";
- exit 1;
-}
-
-
-
-
-
-
-######################################################
-# Helper functions
-
-# Run switchback for test, for N bbs
-# returns output results
-sub SwitchBack {
- my $n = $_[0];
- if ($n < 0 || $n > CONST_N_MAX) {
- print "Error SwitchBack: Bad N: '$n'\n";
- Exit 1;
- }
- my $TMPFILE = ".switchback_output.$n";
-
- print "=== Calling switchback for bb $n ===\n";
-
- system("$SWITCHBACK $n >& $TMPFILE");
- my $ret = $?;
-
- if ($ret == 256) {
- print "Error running switchback - Quitting...\n---\n";
- open(INFILE, "$TMPFILE");
- print <INFILE>;
- close(INFILE);
-
- unlink($TMPFILE) if (! DEBUG);
- exit 0;
- }
-
- if ($ret & 127) {
- print "Ctrl-C pressed - Quitting...\n";
- unlink($TMPFILE) if (! DEBUG);
- exit 0;
- }
-
- if (DEBUG) {
- if ($ret == -1) {
- print "failed to execute: $!\n";
- }
- elsif ($ret & 127) {
- printf "child died with signal %d, %s coredump\n",
- ($ret & 127), ($ret & 128) ? 'with' : 'without';
- }
- else {
- printf "child exited with value %d\n", $ret >> 8;
- }
- }
- if ($ret != 0) { # Err: maybe seg fault
- open(INFILE, "$TMPFILE");
- my @results = <INFILE>;
- close(INFILE);
-
- while (@results && !((shift @results) =~ /^---START---/)) {}
- print @results;
-
- unlink($TMPFILE) if (! DEBUG);
- return;
- }
-
- open(INFILE, "$TMPFILE");
- my @results = <INFILE>;
- close(INFILE);
-
- unlink($TMPFILE) if (! DEBUG);
- return @results;
-}
-
-# Returns N simulated bbs from output lines
-sub get_N_simulated {
- my @lines = @{$_[0]};
- pop @lines; # not the first...
- my $line = pop @lines; # ...but the second line.
-
- chomp $line;
- my $n;
- if (($n) = ($line =~ /^(\d*) bbs simulated$/)) {
- return $n;
- }
- print "Error: Didn't find N bbs simultated, from output lines\n";
- Exit 1;
-}
-
-# Calls test script to compare current output lines with a reference.
-# Returns 1 on success, 0 on failure
-sub TestOutput {
- my @lines = @{$_[0]};
- my $n = $_[1];
- my $ref_output = "$TEST_REF";
-
- # Get the current section we want to compare:
- my @newlines;
- my $ok=0;
- my $halfline = "";
- foreach my $line(@lines) {
- chomp $line;
- if ($line =~ /^---STOP---$/) { last; } # we're done
-
- # output might be messed up here...
- if ($line =~ /^.*---begin SWITCHBACK/) {
- ($halfline) = ($line =~ /^(.*)---begin SWITCHBACK/);
- $ok = 0; # stop on prev line
- }
-
- # A valid line:
- if ($ok) {
- if ($halfline ne "") { # Fix broken line
- $line = $halfline.$line;
- $halfline = "";
- }
-
- # Ignore Vex output
- if ($line =~ /^vex /) { next; }
-
- push(@newlines, $line);
- }
-
- if ($line =~ /^---START---$/) { # start on next line
- $ok = 1;
- }
-
- if ($line =~ /^--- end SWITCHBACK/) { # start on next line
- $ok = 1;
-
- }
- }
-
- if (DEBUG) {
- open(OUTFILE, ">.filtered_output.$n");
- print OUTFILE join("\n",@newlines);
- close(OUTFILE);
- }
-
- # Read in reference lines
- open(REFERENCE, "$ref_output") || die "Error: Couldn't open $ref_output\n";
- my @ref_lines = <REFERENCE>;
- close(REFERENCE);
-
- # Compare reference lines with current:
- my $match = 1;
- my $i = 0;
- foreach my $ref_line(@ref_lines) {
- chomp $ref_line;
- my $line = $newlines[$i++];
- chomp $line;
- if ($ref_line ne $line) {
- print "\nMismatch on output:\n";
- print "ref: '$ref_line'\n";
- print "new: '$line'\n\n";
- $match = 0;
- last;
- }
- }
- return $match;
-}
-
-
-
-
-
-
-######################################################
-# Do the search
-
-if (DEBUG) {
- print "\n------------\n";
- print "START: N=$N_START\n";
- print "START: lg=$N_LAST_GOOD\n";
- print "START: lb=$N_LAST_BAD\n";
- print "START: GIVEN_LAST_GOOD=$GIVEN_LAST_GOOD\n";
- print "START: GIVEN_LAST_BAD =$GIVEN_LAST_BAD\n";
- print "\n";
-}
-
-my $N = $N_START;
-my $success = 0;
-my @sb_output;
-while (1) {
- if (DEBUG) {
- print "\n------------\n";
- print "SOL: lg=$N_LAST_GOOD\n";
- print "SOL: lb=$N_LAST_BAD\n";
- print "SOL: N=$N\n";
- }
- if ($N < 0) {
- print "Error: $N<0\n";
- Exit 1;
- }
-
- my $ok = 1;
- # Run switchback:
- @sb_output = SwitchBack($N);
-
- if (@sb_output == 0) { # Switchback failed - maybe seg fault
- $ok = 0;
- }
-
- if (DEBUG) {
- open(fileOUT, ">.retrieved_output.$N") or die("Can't open file for writing: $!");
- print fileOUT @sb_output;
- close(fileOUT);
- }
-
- # If we're ok so far (no seg faults) then test for correct output
- if ($ok) {
- $ok = TestOutput( \@sb_output, $N );
- }
-
- if ($ok) {
- if (get_N_simulated(\@sb_output) < $N) { # Done: No bad bbs
- $success = 1;
- last;
- }
- if ($N_LAST_BAD == -1) {
- # No upper bound for search space
- # Try again with a bigger N
-
- $N_LAST_GOOD = $N;
- $N *= CONST_N_MUL;
- if ($N > CONST_N_MAX) {
- print "\nError: Maxed out N($N): N_MAX=".CONST_N_MAX."\n";
- print "\nWe're either in a loop, or this is a big test program (increase N_MAX)\n\n";
- Exit 1;
- }
- if (DEBUG) {
- print "Looks good so far: Trying bigger N...\n\n";
- }
- next;
- }
- }
-
- # Narrow the search space:
- if ($ok) { $N_LAST_GOOD = $N; }
- else { $N_LAST_BAD = $N; }
-
- # Calculate next step:
- my $diff = $N_LAST_BAD - $N_LAST_GOOD;
- $diff = $diff - ($diff % 2);
- my $step = $diff / 2;
-
- if ($step < 0) {
- print "Error: step = $step\n";
- Exit 1;
- }
-
- # This our last run-through?
- if ($step!=0) {
- $N = $N_LAST_GOOD + $step; # Keep on going...
- } else {
- last; # Get outta here
- }
-
- if (DEBUG) {
- print "\nEOL: ok=$ok\n";
- print "EOL: lg=$N_LAST_GOOD\n";
- print "EOL: lb=$N_LAST_BAD\n";
- print "EOL: s=$step\n";
- print "EOL: N=$N\n";
- }
-}
-
-
-
-######################################################
-# Done: Report results
-
-print "\n============================================\n";
-print "Done searching.\n\n";
-
-if ($N_LAST_BAD != -1 && $N != $N_LAST_BAD) {
- print "Getting output for last bad bb:\n";
- @sb_output = SwitchBack($N_LAST_BAD);
-}
-
-print @sb_output;
-print "\n\n";
-if ($success) {
- print "*** Success! No bad bbs found. ***\n";
-} else {
- if ($N_LAST_BAD == $GIVEN_LAST_BAD) {
- print "*** No failures detected within given bb range ***\n";
- print " - check given 'last_bad' argument\n";
- } else {
- if ($N_LAST_BAD == $GIVEN_LAST_GOOD) {
- print "*** Failed on bb given as last_good ***\n";
- print " - decrease the 'last_good' argument\n";
- } else {
- print "*** Failure: Last failed switchback bb: $N_LAST_BAD ***\n";
- print "Hence bad bb: ". ($N_LAST_BAD - 1) ."\n";
- }
- }
-}
-print "\n";
-if (DEBUG) {
- print "END: N=$N\n";
- print "END: lg=$N_LAST_GOOD\n";
- print "END: lb=$N_LAST_BAD\n";
- print "END: GIVEN_LAST_BAD=$GIVEN_LAST_BAD\n";
- print "\n";
-}
-Exit 0;
diff --git a/VEX/switchback/linker.c b/VEX/switchback/linker.c
deleted file mode 100644
index 8a4ed35..0000000
--- a/VEX/switchback/linker.c
+++ /dev/null
@@ -1,1485 +0,0 @@
-/*
- 13 Dec '05
- Linker no longer used - apart from mymalloc().
- Instead, simply compile and link switchback.c with test_xxx.c, e.g.:
- ./> (cd .. && make EXTRA_CFLAGS="-m64" libvex_ppc64_linux.a) && gcc -m64 -Wall -O -g -o switchback switchback.c linker.c ../libvex_ppc64_linux.a test_bzip2.c
-*/
-
-
-#include <stdlib.h>
-#include <stdio.h>
-#include <assert.h>
-#include <sys/types.h>
-#include <sys/stat.h>
-#include <unistd.h>
-#include <elf.h>
-#include <fcntl.h>
-#include <string.h>
-//#include <malloc.h>
-
-#include "linker.h"
-
-#include "../pub/libvex_basictypes.h"
-
-#if 0
-#define IF_DEBUG(x,y) /* */
-static int debug_linker = 0;
-#endif
-
-
-#if defined(__x86_64__)
-# define x86_64_TARGET_ARCH
-#elif defined(__i386__)
-# define i386_TARGET_ARCH
-#elif defined (__powerpc__)
-# define ppc32_TARGET_ARCH
-#elif defined(__aarch64__)
-# define arm64_TARGET_ARCH
-#else
-# error "Unknown arch"
-#endif
-
-
-#if 0
-#define CALLOC_MAX 10000000
-static HChar calloc_area[CALLOC_MAX];
-static UInt calloc_used = 0;
-static void* calloc_below2G ( Int n, Int m )
-{
- void* p;
- int i;
- while ((calloc_used % 16) > 0) calloc_used++;
- assert(calloc_used + n*m < CALLOC_MAX);
- p = &calloc_area[calloc_used];
- for (i = 0; i < n*m; i++)
- calloc_area[calloc_used+i] = 0;
- calloc_used += n*m;
- return p;
-}
-#endif
-
-#define MYMALLOC_MAX 50*1000*1000
-static HChar mymalloc_area[MYMALLOC_MAX];
-static UInt mymalloc_used = 0;
-void* mymalloc ( Int n )
-{
- void* p;
-#if defined(__powerpc64__) || defined(__aarch64__)
- while ((ULong)(mymalloc_area+mymalloc_used) & 0xFFF)
-#else
- while ((UInt)(mymalloc_area+mymalloc_used) & 0xFFF)
-#endif
- mymalloc_used++;
- assert(mymalloc_used+n < MYMALLOC_MAX);
- p = (void*)(&mymalloc_area[mymalloc_used]);
- mymalloc_used += n;
- // printf("mymalloc(%d) = %p\n", n, p);
- return p;
-}
-
-void myfree ( void* p )
-{
-}
-
-
-
-
-
-
-
-#if 0
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-//
-// TYPES
-
-#define FALSE 0
-#define TRUE 1
-
-typedef enum { OBJECT_LOADED, OBJECT_RESOLVED } OStatus;
-
-
-#define N_FIXUP_PAGES 1
-
-
-/* Indication of section kinds for loaded objects. Needed by
- the GC for deciding whether or not a pointer on the stack
- is a code pointer.
-*/
-typedef
- enum { SECTIONKIND_CODE_OR_RODATA,
- SECTIONKIND_RWDATA,
- SECTIONKIND_OTHER,
- SECTIONKIND_NOINFOAVAIL }
- SectionKind;
-
-typedef
- struct _Section {
- void* start;
- void* end;
- SectionKind kind;
- struct _Section* next;
- }
- Section;
-
-typedef
- struct _ProddableBlock {
- void* start;
- int size;
- struct _ProddableBlock* next;
- }
- ProddableBlock;
-
-/* Top-level structure for an object module. One of these is allocated
- * for each object file in use.
- */
-typedef struct _ObjectCode {
- OStatus status;
- char* fileName;
- int fileSize;
- char* formatName; /* eg "ELF32", "DLL", "COFF", etc. */
-
- /* An array containing ptrs to all the symbol names copied from
- this object into the global symbol hash table. This is so that
- we know which parts of the latter mapping to nuke when this
- object is removed from the system. */
- char** symbols;
- int n_symbols;
-
- /* ptr to malloc'd lump of memory holding the obj file */
- void* image;
-
- /* Fixup area for long-distance jumps. */
- char* fixup;
- int fixup_used;
- int fixup_size;
-
- /* The section-kind entries for this object module. Linked
- list. */
- Section* sections;
-
- /* A private hash table for local symbols. */
- /* HashTable* */ void* lochash;
-
- /* Allow a chain of these things */
- struct _ObjectCode * next;
-
- /* SANITY CHECK ONLY: a list of the only memory regions which may
- safely be prodded during relocation. Any attempt to prod
- outside one of these is an error in the linker. */
- ProddableBlock* proddables;
-
-} ObjectCode;
-
-/*
- * Define a set of types which can be used for both ELF32 and ELF64
- */
-
-#if VEX_HOST_WORDSIZE == 8
-#define ELFCLASS ELFCLASS64
-#define Elf_Addr Elf64_Addr
-#define Elf_Word Elf64_Word
-#define Elf_Sword Elf64_Sword
-#define Elf_Ehdr Elf64_Ehdr
-#define Elf_Phdr Elf64_Phdr
-#define Elf_Shdr Elf64_Shdr
-#define Elf_Sym Elf64_Sym
-#define Elf_Rel Elf64_Rel
-#define Elf_Rela Elf64_Rela
-#define ELF_ST_TYPE ELF64_ST_TYPE
-#define ELF_ST_BIND ELF64_ST_BIND
-#define ELF_R_TYPE ELF64_R_TYPE
-#define ELF_R_SYM ELF64_R_SYM
-#else
-#define ELFCLASS ELFCLASS32
-#define Elf_Addr Elf32_Addr
-#define Elf_Word Elf32_Word
-#define Elf_Sword Elf32_Sword
-#define Elf_Ehdr Elf32_Ehdr
-#define Elf_Phdr Elf32_Phdr
-#define Elf_Shdr Elf32_Shdr
-#define Elf_Sym Elf32_Sym
-#define Elf_Rel Elf32_Rel
-#define Elf_Rela Elf32_Rela
-#ifndef ELF_ST_TYPE
-#define ELF_ST_TYPE ELF32_ST_TYPE
-#endif
-#ifndef ELF_ST_BIND
-#define ELF_ST_BIND ELF32_ST_BIND
-#endif
-#ifndef ELF_R_TYPE
-#define ELF_R_TYPE ELF32_R_TYPE
-#endif
-#ifndef ELF_R_SYM
-#define ELF_R_SYM ELF32_R_SYM
-#endif
-#endif
-
-
-
-
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-//
-// PARANOIA
-
-/* -----------------------------------------------------------------------
- * Sanity checking. For each ObjectCode, maintain a list of address ranges
- * which may be prodded during relocation, and abort if we try and write
- * outside any of these.
- */
-static void addProddableBlock ( ObjectCode* oc, void* start, int size )
-{
- ProddableBlock* pb
- = mymalloc(sizeof(ProddableBlock));
- if (debug_linker)
- fprintf(stderr, "aPB oc=%p %p %d (%p .. %p)\n", oc, start, size,
- start, ((char*)start)+size-1 );
- assert(size > 0);
- pb->start = start;
- pb->size = size;
- pb->next = oc->proddables;
- oc->proddables = pb;
-}
-
-static void checkProddableBlock ( ObjectCode* oc, void* addr )
-{
- ProddableBlock* pb;
- for (pb = oc->proddables; pb != NULL; pb = pb->next) {
- char* s = (char*)(pb->start);
- char* e = s + pb->size - 1;
- char* a = (char*)addr;
- /* Assumes that the biggest fixup involves a 4-byte write. This
- probably needs to be changed to 8 (ie, +7) on 64-bit
- plats. */
- if (a >= s && (a+3) <= e) return;
- }
- fprintf(stderr,
- "checkProddableBlock: invalid fixup %p in runtime linker\n",
- addr);
- exit(1);
-}
-
-
-
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-//
-// String->Addr mappings
-
-typedef
- struct { char* mp_name; void* mp_addr; }
- Maplet;
-
-typedef
- struct {
- int sm_size;
- int sm_used;
- Maplet* maplets;
- }
- StringMap;
-
-static StringMap* new_StringMap ( void )
-{
- StringMap* sm = mymalloc(sizeof(StringMap));
- sm->sm_size = 10;
- sm->sm_used = 0;
- sm->maplets = mymalloc(10 * sizeof(Maplet));
- return sm;
-}
-
-static void delete_StringMap ( StringMap* sm )
-{
- assert(sm->maplets != NULL);
- myfree(sm->maplets);
- sm->maplets = NULL;
- myfree(sm);
-}
-
-static void ensure_StringMap ( StringMap* sm )
-{
- int i;
- Maplet* mp2;
- assert(sm->maplets != NULL);
- if (sm->sm_used < sm->sm_size)
- return;
- sm->sm_size *= 2;
- mp2 = mymalloc(sm->sm_size * sizeof(Maplet));
- for (i = 0; i < sm->sm_used; i++)
- mp2[i] = sm->maplets[i];
- myfree(sm->maplets);
- sm->maplets = mp2;
-}
-
-static void* search_StringMap ( StringMap* sm, char* name )
-{
- int i;
- for (i = 0; i < sm->sm_used; i++)
- if (0 == strcmp(name, sm->maplets[i].mp_name))
- return sm->maplets[i].mp_addr;
- return NULL;
-}
-
-static void addto_StringMap ( StringMap* sm, char* name, void* addr )
-{
- ensure_StringMap(sm);
- sm->maplets[sm->sm_used].mp_name = name;
- sm->maplets[sm->sm_used].mp_addr = addr;
- sm->sm_used++;
-}
-
-static void paranoid_addto_StringMap ( StringMap* sm, char* name, void* addr )
-{
- if (0)
- fprintf(stderr, "paranoid_addto_StringMap(%s,%p)\n", name, addr);
- if (search_StringMap(sm,name) != NULL) {
- fprintf(stderr, "duplicate: paranoid_addto_StringMap(%s,%p)\n", name, addr);
- exit(1);
- }
- addto_StringMap(sm,name,addr);
-}
-
-
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-//
-// Top-level linker control.
-
-StringMap* global_symbol_table = NULL;
-ObjectCode* global_object_list = NULL;
-
-static void initLinker ( void )
-{
- if (global_symbol_table != NULL)
- return;
- global_symbol_table = new_StringMap();
-}
-
-
-
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-//
-// SYMBOL TABLE(s)
-
-/* -----------------------------------------------------------------
- * lookup a symbol in the global symbol table
- */
-static
-void * lookupSymbol( char *lbl )
-{
- void *val;
- initLinker() ;
- assert(global_symbol_table != NULL);
- val = search_StringMap(global_symbol_table, lbl);
- return val;
-}
-
-
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-//
-// HELPERS
-
-/*
- * Generic ELF functions
- */
-
-static char *
-findElfSection ( void* objImage, Elf_Word sh_type )
-{
- char* ehdrC = (char*)objImage;
- Elf_Ehdr* ehdr = (Elf_Ehdr*)ehdrC;
- Elf_Shdr* shdr = (Elf_Shdr*)(ehdrC + ehdr->e_shoff);
- char* sh_strtab = ehdrC + shdr[ehdr->e_shstrndx].sh_offset;
- char* ptr = NULL;
- int i;
-
- for (i = 0; i < ehdr->e_shnum; i++) {
- if (shdr[i].sh_type == sh_type
- /* Ignore the section header's string table. */
- && i != ehdr->e_shstrndx
- /* Ignore string tables named .stabstr, as they contain
- debugging info. */
- && 0 != memcmp(".stabstr", sh_strtab + shdr[i].sh_name, 8)
- ) {
- ptr = ehdrC + shdr[i].sh_offset;
- break;
- }
- }
- return ptr;
-}
-
-#ifdef arm_TARGET_ARCH
-static
-char* alloc_fixup_bytes ( ObjectCode* oc, int nbytes )
-{
- char* res;
- assert(nbytes % 4 == 0);
- assert(nbytes > 0);
- res = &(oc->fixup[oc->fixup_used]);
- oc->fixup_used += nbytes;
- if (oc->fixup_used >= oc->fixup_size) {
- fprintf(stderr, "fixup area too small for %s\n", oc->fileName);
- exit(1);
- }
- return res;
-}
-#endif
-
-
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-//
-// RESOLVE
-
-static
-void* lookup_magic_hacks ( char* sym )
-{
- if (0==strcmp(sym, "printf")) return (void*)(&printf);
- return NULL;
-}
-
-#ifdef arm_TARGET_ARCH
-static
-void arm_notify_new_code ( char* start, int length )
-{
- __asm __volatile ("mov r1, %0\n\t"
- "mov r2, %1\n\t"
- "mov r3, %2\n\t"
- "swi 0x9f0002\n\t"
- :
- : "ir" (start), "ir" (length), "ir" (0) );
-}
-
-
-static
-void gen_armle_goto ( char* fixup, char* dstP )
-{
- Elf_Word w = (Elf_Word)dstP;
- /*
- 2 .text
- 3 0000 04F01FE5 ldr pc, value
- 4 0004 44332211 value: .word 0x11223344
- */
- fprintf(stderr,"at %p generating jump to %p\n", fixup, dstP );
- fixup[0] = 0x04; fixup[1] = 0xF0; fixup[2] = 0x1F; fixup[3] = 0xE5;
- fixup[4] = w & 0xFF; w >>= 8;
- fixup[5] = w & 0xFF; w >>= 8;
- fixup[6] = w & 0xFF; w >>= 8;
- fixup[7] = w & 0xFF; w >>= 8;
- arm_notify_new_code(fixup, 8);
-}
-#endif /* arm_TARGET_ARCH */
-
-
-#ifdef ppc32_TARGET_ARCH
-static void invalidate_icache(void *ptr, int nbytes)
-{
- unsigned long startaddr = (unsigned long) ptr;
- unsigned long endaddr = startaddr + nbytes;
- unsigned long addr;
- unsigned long cls = 16; //VG_(cache_line_size);
-
- startaddr &= ~(cls - 1);
- for (addr = startaddr; addr < endaddr; addr += cls)
- asm volatile("dcbst 0,%0" : : "r" (addr));
- asm volatile("sync");
- for (addr = startaddr; addr < endaddr; addr += cls)
- asm volatile("icbi 0,%0" : : "r" (addr));
- asm volatile("sync; isync");
-}
-
-static UInt compute_ppc_HA ( UInt x ) {
- return 0xFFFF & ( (x >> 16) + ((x & 0x8000) ? 1 : 0) );
-}
-static UInt compute_ppc_LO ( UInt x ) {
- return 0xFFFF & x;
-}
-static UInt compute_ppc_HI ( UInt x ) {
- return 0xFFFF & (x >> 16);
-}
-#endif /* ppc32_TARGET_ARCH */
-
-
-/* Do ELF relocations which lack an explicit addend. All x86-linux
- relocations appear to be of this form. */
-static int
-do_Elf_Rel_relocations ( ObjectCode* oc, char* ehdrC,
- Elf_Shdr* shdr, int shnum,
- Elf_Sym* stab, char* strtab )
-{
- int j;
- char *symbol = NULL;
- Elf_Word* targ;
- Elf_Rel* rtab = (Elf_Rel*) (ehdrC + shdr[shnum].sh_offset);
- int nent = shdr[shnum].sh_size / sizeof(Elf_Rel);
- int target_shndx = shdr[shnum].sh_info;
- int symtab_shndx = shdr[shnum].sh_link;
-
- stab = (Elf_Sym*) (ehdrC + shdr[ symtab_shndx ].sh_offset);
- targ = (Elf_Word*)(ehdrC + shdr[ target_shndx ].sh_offset);
- IF_DEBUG(linker,belch( "relocations for section %d using symtab %d",
- target_shndx, symtab_shndx ));
-
- for (j = 0; j < nent; j++) {
- Elf_Addr offset = rtab[j].r_offset;
- Elf_Addr info = rtab[j].r_info;
-
- Elf_Addr P = ((Elf_Addr)targ) + offset;
- Elf_Word* pP = (Elf_Word*)P;
- Elf_Addr A = *pP;
- Elf_Addr S;
- Elf_Addr value;
-
- IF_DEBUG(linker,belch( "Rel entry %3d is raw(%6p %6p)",
- j, (void*)offset, (void*)info ));
- if (!info) {
- IF_DEBUG(linker,belch( " ZERO" ));
- S = 0;
- } else {
- Elf_Sym sym = stab[ELF_R_SYM(info)];
- /* First see if it is a local symbol. */
- if (ELF_ST_BIND(sym.st_info) == STB_LOCAL) {
- /* Yes, so we can get the address directly from the ELF symbol
- table. */
- symbol = sym.st_name==0 ? "(noname)" : strtab+sym.st_name;
- S = (Elf_Addr)
- (ehdrC + shdr[ sym.st_shndx ].sh_offset
- + stab[ELF_R_SYM(info)].st_value);
-
- } else {
- /* No, so look up the name in our global table. */
- symbol = strtab + sym.st_name;
- S = (Elf_Addr)lookupSymbol( symbol );
- }
- if (!S) {
- S = (Elf_Addr)lookup_magic_hacks(symbol);
- }
- if (!S) {
- fprintf(stderr,"%s: unknown symbol `%s'\n",
- oc->fileName, symbol);
- return 0;
- }
- if (debug_linker>1)
- fprintf(stderr, "\n`%s' resolves to %p\n", symbol, (void*)S );
- }
-
- if (debug_linker>1)
- fprintf(stderr, "Reloc: P = %p S = %p A = %p\n",
- (void*)P, (void*)S, (void*)A );
- checkProddableBlock ( oc, pP );
-
- value = S + A;
-
- switch (ELF_R_TYPE(info)) {
-# ifdef i386_TARGET_ARCH
- case R_386_32: *pP = value; break;
- case R_386_PC32: *pP = value - P; break;
-# endif
-# ifdef arm_TARGET_ARCH
- case R_ARM_PC24: {
- Elf_Word w, delta, deltaTop8;
- /* Generate a jump sequence into the fixup area
- and branch to that instead. */
- char* fixup = alloc_fixup_bytes(oc, 8);
- /* First of all, figure out where we're really trying to
- jump to. */
- // compensate for pc+8 bias
- Elf_Word real_dst = (A & 0x00FFFFFF) + 2;
- // sign-extend 24-to-32 of real_dst
- if (real_dst & 0x00800000)
- real_dst |= 0xFF000000;
- else
- real_dst &= 0x00FFFFFF;
-
- real_dst <<= 2;
- real_dst += S;
-
- gen_armle_goto(fixup, (char*)real_dst);
-
- /* Delta is in bytes .. */
- delta = (((Elf_Word)fixup) - ((Elf_Word)pP) - 8);
- deltaTop8 = (delta >> 24) & 0xFF;
- if (deltaTop8 != 0 && deltaTop8 != 0xFF) {
- fprintf(stderr,"R_ARM_PC24: out of range delta 0x%x for %s\n",
- delta, symbol);
- exit(1);
- }
- delta >>= 2;
- w = *pP;
- w &= 0xFF000000;
- w |= (0x00FFFFFF & delta );
- *pP = w;
- break;
- }
- case R_ARM_ABS32:
- *pP = value;
- break;
-# endif
- default:
- fprintf(stderr,
- "%s: unhandled ELF relocation(Rel) type %d\n\n",
- oc->fileName, (Int)ELF_R_TYPE(info));
- return 0;
- }
-
- }
- return 1;
-}
-
-/* Do ELF relocations for which explicit addends are supplied.
- sparc-solaris relocations appear to be of this form. */
-static int
-do_Elf_Rela_relocations ( ObjectCode* oc, char* ehdrC,
- Elf_Shdr* shdr, int shnum,
- Elf_Sym* stab, char* strtab )
-{
- int j;
- char *symbol;
- Elf_Addr targ;
- Elf_Rela* rtab = (Elf_Rela*) (ehdrC + shdr[shnum].sh_offset);
- int nent = shdr[shnum].sh_size / sizeof(Elf_Rela);
- int target_shndx = shdr[shnum].sh_info;
- int symtab_shndx = shdr[shnum].sh_link;
-
- stab = (Elf_Sym*) (ehdrC + shdr[ symtab_shndx ].sh_offset);
- targ = (Elf_Addr) (ehdrC + shdr[ target_shndx ].sh_offset);
- IF_DEBUG(linker,belch( "relocations for section %d using symtab %d",
- target_shndx, symtab_shndx ));
-
- for (j = 0; j < nent; j++) {
-#if defined(DEBUG) || defined(sparc_TARGET_ARCH) \
- || defined(ia64_TARGET_ARCH) \
- || defined(x86_64_TARGET_ARCH) \
- || defined(ppc32_TARGET_ARCH)
- /* This #ifdef only serves to avoid unused-var warnings. */
- Elf_Addr offset = rtab[j].r_offset;
- Elf_Addr P = targ + offset;
-#endif
- Elf_Addr info = rtab[j].r_info;
- Elf_Addr A = rtab[j].r_addend;
- Elf_Addr S =0;
- Elf_Addr value;
-# if defined(sparc_TARGET_ARCH)
- Elf_Word* pP = (Elf_Word*)P;
- Elf_Word w1, w2;
-# endif
-# if defined(ia64_TARGET_ARCH)
- Elf64_Xword *pP = (Elf64_Xword *)P;
- Elf_Addr addr;
-# endif
-# if defined(x86_64_TARGET_ARCH)
- ULong* pP = (ULong*)P;
-# endif
-# if defined(ppc32_TARGET_ARCH)
- Int sI, sI2;
- Elf_Word* pP = (Elf_Word*)P;
-# endif
-
- IF_DEBUG(linker,belch( "Rel entry %3d is raw(%6p %6p %6p) ",
- j, (void*)offset, (void*)info,
- (void*)A ));
- if (!info) {
- IF_DEBUG(linker,belch( " ZERO" ));
- S = 0;
- } else {
- Elf_Sym sym = stab[ELF_R_SYM(info)];
- /* First see if it is a local symbol. */
- if (ELF_ST_BIND(sym.st_info) == STB_LOCAL) {
- /* Yes, so we can get the address directly from the ELF symbol
- table. */
- symbol = sym.st_name==0 ? "(noname)" : strtab+sym.st_name;
- S = (Elf_Addr)
- (ehdrC + shdr[ sym.st_shndx ].sh_offset
- + stab[ELF_R_SYM(info)].st_value);
-#ifdef ELF_FUNCTION_DESC
- /* Make a function descriptor for this function */
- if (S && ELF_ST_TYPE(sym.st_info) == STT_FUNC) {
- S = allocateFunctionDesc(S + A);
- A = 0;
- }
-#endif
- } else {
- /* No, so look up the name in our global table. */
- symbol = strtab + sym.st_name;
- S = (Elf_Addr)lookupSymbol( symbol );
-
-#ifdef ELF_FUNCTION_DESC
- /* If a function, already a function descriptor - we would
- have to copy it to add an offset. */
- if (S && (ELF_ST_TYPE(sym.st_info) == STT_FUNC) && (A != 0))
- belch("%s: function %s with addend %p", oc->fileName, symbol, (void *)A);
-#endif
- }
- if (!S) {
- fprintf(stderr,"%s: unknown symbol `%s'\n", oc->fileName, symbol);
- return 0;
- }
- if (0)
- fprintf(stderr, "`%s' resolves to %p\n", symbol, (void*)S );
- }
-
-#if 0
- fprintf ( stderr, "Reloc: offset = %p P = %p S = %p A = %p\n",
- (void*)offset, (void*)P, (void*)S, (void*)A );
-#endif
-
- /* checkProddableBlock ( oc, (void*)P ); */
-
- value = S + A;
-
- switch (ELF_R_TYPE(info)) {
-# if defined(sparc_TARGET_ARCH)
- case R_SPARC_WDISP30:
- w1 = *pP & 0xC0000000;
- w2 = (Elf_Word)((value - P) >> 2);
- ASSERT((w2 & 0xC0000000) == 0);
- w1 |= w2;
- *pP = w1;
- break;
- case R_SPARC_HI22:
- w1 = *pP & 0xFFC00000;
- w2 = (Elf_Word)(value >> 10);
- ASSERT((w2 & 0xFFC00000) == 0);
- w1 |= w2;
- *pP = w1;
- break;
- case R_SPARC_LO10:
- w1 = *pP & ~0x3FF;
- w2 = (Elf_Word)(value & 0x3FF);
- ASSERT((w2 & ~0x3FF) == 0);
- w1 |= w2;
- *pP = w1;
- break;
- /* According to the Sun documentation:
- R_SPARC_UA32
- This relocation type resembles R_SPARC_32, except it refers to an
- unaligned word. That is, the word to be relocated must be treated
- as four separate bytes with arbitrary alignment, not as a word
- aligned according to the architecture requirements.
-
- (JRS: which means that freeloading on the R_SPARC_32 case
- is probably wrong, but hey ...)
- */
- case R_SPARC_UA32:
- case R_SPARC_32:
- w2 = (Elf_Word)value;
- *pP = w2;
- break;
-# endif
-# if defined(ia64_TARGET_ARCH)
- case R_IA64_DIR64LSB:
- case R_IA64_FPTR64LSB:
- *pP = value;
- break;
- case R_IA64_PCREL64LSB:
- *pP = value - P;
- break;
- case R_IA64_SEGREL64LSB:
- addr = findElfSegment(ehdrC, value);
- *pP = value - addr;
- break;
- case R_IA64_GPREL22:
- ia64_reloc_gprel22(P, value);
- break;
- case R_IA64_LTOFF22:
- case R_IA64_LTOFF22X:
- case R_IA64_LTOFF_FPTR22:
- addr = allocateGOTEntry(value);
- ia64_reloc_gprel22(P, addr);
- break;
- case R_IA64_PCREL21B:
- ia64_reloc_pcrel21(P, S, oc);
- break;
- case R_IA64_LDXMOV:
- /* This goes with R_IA64_LTOFF22X and points to the load to
- convert into a move. We don't implement relaxation. */
- break;
-# endif
-# if defined(x86_64_TARGET_ARCH)
- case R_X86_64_64: /* 1 *//* Direct 64 bit */
- *((ULong*)pP) = (ULong)(S + A);
- break;
- case R_X86_64_PC32: /* 2 *//* PC relative 32 bit signed */
- *((UInt*)pP) = (UInt)(S + A - P);
- break;
- case R_X86_64_32: /* 10 *//* Direct 32 bit zero extended */
- *((UInt*)pP) = (UInt)(S + A);
- break;
- case R_X86_64_32S: /* 11 *//* Direct 32 bit sign extended */
- *((UInt*)pP) = (UInt)(S + A);
- break;
-# endif
-# if defined(ppc32_TARGET_ARCH)
- case R_PPC_ADDR32: /* 1 *//* 32bit absolute address */
- *((UInt*)pP) = S+A;
- invalidate_icache(pP,4);
- break;
- case R_PPC_ADDR16_LO: /* 4 *//* lower 16bit of absolute address */
- *((UInt*)pP) &= 0x0000FFFF;
- *((UInt*)pP) |= 0xFFFF0000 & (compute_ppc_LO(S+A) << 16);
- invalidate_icache(pP,4);
- break;
- case R_PPC_ADDR16_HA: /* 6 *//* adjusted high 16bit */
- *((UInt*)pP) &= 0x0000FFFF;
- *((UInt*)pP) |= 0xFFFF0000 & (compute_ppc_HA(S+A) << 16);
- invalidate_icache(pP,4);
- break;
- case R_PPC_REL24: /* 10 *//* PC relative 26 bit */
- sI = S+A-P;
- sI >>= 2;
- /* the top 9 bits of sI must be the same (all 0s or
- all 1s) for this to be valid; else we have to fail. */
- sI2 = sI >> 23; /* 23 == 32 - 9 */
- if (sI2 != 0 && sI2 != 0xFFFFFFFF) {
- fprintf(stderr, "%s: R_PPC_REL24 relocation failed\n", oc->fileName );
- return 0;
- }
- *((UInt*)pP) &= ~(0x00FFFFFF << 2);
- *((UInt*)pP) |= (0xFFFFFF & sI) << 2;
- invalidate_icache(pP,4);
- break;
- case R_PPC_REL32: /* 26 */
- *((UInt*)pP) = S+A-P;
- invalidate_icache(pP,4);
- break;
-# endif
- default:
- fprintf(stderr,
- "%s: unhandled ELF relocation(RelA) type %d\n",
- oc->fileName, (Int)ELF_R_TYPE(info));
- return 0;
- }
-
- }
- return 1;
-}
-
-
-static int
-ocResolve_ELF ( ObjectCode* oc )
-{
- char *strtab;
- int shnum, ok;
- Elf_Sym* stab = NULL;
- char* ehdrC = (char*)(oc->image);
- Elf_Ehdr* ehdr = (Elf_Ehdr*) ehdrC;
- Elf_Shdr* shdr = (Elf_Shdr*) (ehdrC + ehdr->e_shoff);
- char* sh_strtab = ehdrC + shdr[ehdr->e_shstrndx].sh_offset;
-
- /* first find "the" symbol table */
- stab = (Elf_Sym*) findElfSection ( ehdrC, SHT_SYMTAB );
-
- /* also go find the string table */
- strtab = findElfSection ( ehdrC, SHT_STRTAB );
-
- if (stab == NULL || strtab == NULL) {
- fprintf(stderr,"%s: can't find string or symbol table\n", oc->fileName);
- return 0;
- }
-
- /* Process the relocation sections. */
- for (shnum = 0; shnum < ehdr->e_shnum; shnum++) {
-
- /* Skip sections called ".rel.stab". These appear to contain
- relocation entries that, when done, make the stabs debugging
- info point at the right places. We ain't interested in all
- dat jazz, mun. */
- if (0 == memcmp(".rel.stab", sh_strtab + shdr[shnum].sh_name, 9))
- continue;
-
- if (shdr[shnum].sh_type == SHT_REL ) {
- ok = do_Elf_Rel_relocations ( oc, ehdrC, shdr,
- shnum, stab, strtab );
- if (!ok) return ok;
- }
- else
- if (shdr[shnum].sh_type == SHT_RELA) {
- ok = do_Elf_Rela_relocations ( oc, ehdrC, shdr,
- shnum, stab, strtab );
- if (!ok) return ok;
- }
- }
-
- /* Free the local symbol table; we won't need it again. */
- delete_StringMap(oc->lochash);
- oc->lochash = NULL;
-
- return 1;
-}
-
-
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-//
-// VERIFY
-
-static int
-ocVerifyImage_ELF ( ObjectCode* oc )
-{
- Elf_Shdr* shdr;
- Elf_Sym* stab;
- int i, j, nent, nstrtab, nsymtabs;
- char* sh_strtab;
- char* strtab;
-
- char* ehdrC = (char*)(oc->image);
- Elf_Ehdr* ehdr = (Elf_Ehdr*)ehdrC;
-
- if (ehdr->e_ident[EI_MAG0] != ELFMAG0 ||
- ehdr->e_ident[EI_MAG1] != ELFMAG1 ||
- ehdr->e_ident[EI_MAG2] != ELFMAG2 ||
- ehdr->e_ident[EI_MAG3] != ELFMAG3) {
- fprintf(stderr,"%s: not an ELF object\n", oc->fileName);
- return 0;
- }
-
- if (ehdr->e_ident[EI_CLASS] != ELFCLASS) {
- fprintf(stderr,"%s: unsupported ELF format\n", oc->fileName);
- return 0;
- }
-
- if (ehdr->e_ident[EI_DATA] == ELFDATA2LSB) {
- if (debug_linker)
- fprintf(stderr, "Is little-endian\n" );
- } else
- if (ehdr->e_ident[EI_DATA] == ELFDATA2MSB) {
- if (debug_linker)
- fprintf(stderr, "Is big-endian\n" );
- } else {
- fprintf(stderr,"%s: unknown endiannness\n", oc->fileName);
- return 0;
- }
-
- if (ehdr->e_type != ET_REL) {
- fprintf(stderr,"%s: not a relocatable object (.o) file\n", oc->fileName);
- return 0;
- }
- if (debug_linker)
- fprintf(stderr, "Is a relocatable object (.o) file\n" );
-
- if (debug_linker)
- fprintf(stderr, "Architecture is " );
- switch (ehdr->e_machine) {
- case EM_386: if (debug_linker) fprintf(stderr, "x86\n" ); break;
- case EM_SPARC: if (debug_linker) fprintf(stderr, "sparc\n" ); break;
- case EM_ARM: if (debug_linker) fprintf(stderr, "arm\n" ); break;
-#ifdef EM_IA_64
- case EM_IA_64: if (debug_linker) fprintf(stderr, "ia64\n" ); break;
-#endif
- case EM_X86_64: if (debug_linker) fprintf(stderr, "x86_64\n" ); break;
- case EM_PPC: if (debug_linker) fprintf(stderr, "ppc\n" ); break;
- default: if (debug_linker) fprintf(stderr, "unknown\n" );
- fprintf(stderr,"%s: unknown architecture\n", oc->fileName);
- return 0;
- }
-
- if (debug_linker>1) fprintf(stderr,
- "\nSection header table: start %lld, n_entries %d, ent_size %d\n",
- (Long)ehdr->e_shoff,
- ehdr->e_shnum, ehdr->e_shentsize );
-
- assert (ehdr->e_shentsize == sizeof(Elf_Shdr));
-
- shdr = (Elf_Shdr*) (ehdrC + ehdr->e_shoff);
-
- if (ehdr->e_shstrndx == SHN_UNDEF) {
- fprintf(stderr,"%s: no section header string table\n", oc->fileName);
- return 0;
- } else {
- if (debug_linker>1)
- fprintf(stderr, "Section header string table is section %d\n",
- ehdr->e_shstrndx);
- sh_strtab = ehdrC + shdr[ehdr->e_shstrndx].sh_offset;
- }
-
- for (i = 0; i < ehdr->e_shnum; i++) {
- if (debug_linker>1) fprintf(stderr, "%2d: ", i );
- if (debug_linker>1) fprintf(stderr, "type=%2d ", (int)shdr[i].sh_type );
- if (debug_linker>1) fprintf(stderr, "size=%4d ", (int)shdr[i].sh_size );
- if (debug_linker>1) fprintf(stderr, "offs=%4d ", (int)shdr[i].sh_offset );
- if (debug_linker>1) fprintf(stderr, " (%p .. %p) ",
- ehdrC + shdr[i].sh_offset,
- ehdrC + shdr[i].sh_offset + shdr[i].sh_size - 1);
-
- if (shdr[i].sh_type == SHT_REL) {
- if (debug_linker>1) fprintf(stderr, "Rel " );
- } else if (shdr[i].sh_type == SHT_RELA) {
- if (debug_linker>1) fprintf(stderr, "RelA " );
- } else {
- if (debug_linker>1) fprintf(stderr," ");
- }
- if (sh_strtab) {
- if (debug_linker>1) fprintf(stderr, "sname=%s\n",
- sh_strtab + shdr[i].sh_name );
- }
- }
-
- if (debug_linker>1) fprintf(stderr, "\nString tables\n" );
- strtab = NULL;
- nstrtab = 0;
- for (i = 0; i < ehdr->e_shnum; i++) {
- if (shdr[i].sh_type == SHT_STRTAB
- /* Ignore the section header's string table. */
- && i != ehdr->e_shstrndx
- /* Ignore string tables named .stabstr, as they contain
- debugging info. */
- && 0 != memcmp(".stabstr", sh_strtab + shdr[i].sh_name, 8)
- ) {
- if (debug_linker>1)
- fprintf(stderr," section %d is a normal string table\n", i );
- strtab = ehdrC + shdr[i].sh_offset;
- nstrtab++;
- }
- }
- if (nstrtab != 1) {
- fprintf(stderr,"%s: no string tables, or too many\n", oc->fileName);
- return 0;
- }
-
- nsymtabs = 0;
- if (debug_linker>1) fprintf(stderr, "\nSymbol tables\n" );
- for (i = 0; i < ehdr->e_shnum; i++) {
- if (shdr[i].sh_type != SHT_SYMTAB) continue;
- if (debug_linker>1) fprintf(stderr, "section %d is a symbol table\n", i );
- nsymtabs++;
- stab = (Elf_Sym*) (ehdrC + shdr[i].sh_offset);
- nent = shdr[i].sh_size / sizeof(Elf_Sym);
- if (debug_linker>1) fprintf(stderr,
- " number of entries is apparently %d (%lld rem)\n",
- nent,
- (Long)(shdr[i].sh_size % sizeof(Elf_Sym))
- );
- if (0 != shdr[i].sh_size % sizeof(Elf_Sym)) {
- fprintf(stderr,"%s: non-integral number of symbol table entries\n",
- oc->fileName);
- return 0;
- }
- for (j = 0; j < nent; j++) {
- if (debug_linker>1) fprintf(stderr, " %2d ", j );
- if (debug_linker>1) fprintf(stderr, " sec=%-5d size=%-3d val=%5p ",
- (int)stab[j].st_shndx,
- (int)stab[j].st_size,
- (char*)stab[j].st_value );
-
- if (debug_linker>1) fprintf(stderr, "type=" );
- switch (ELF_ST_TYPE(stab[j].st_info)) {
- case STT_NOTYPE: if (debug_linker>1) fprintf(stderr, "notype " ); break;
- case STT_OBJECT: if (debug_linker>1) fprintf(stderr, "object " ); break;
- case STT_FUNC : if (debug_linker>1) fprintf(stderr, "func " ); break;
- case STT_SECTION: if (debug_linker>1) fprintf(stderr, "section" ); break;
- case STT_FILE: if (debug_linker>1) fprintf(stderr, "file " ); break;
- default: if (debug_linker>1) fprintf(stderr, "? " ); break;
- }
- if (debug_linker>1) fprintf(stderr, " " );
-
- if (debug_linker>1) fprintf(stderr, "bind=" );
- switch (ELF_ST_BIND(stab[j].st_info)) {
- case STB_LOCAL : if (debug_linker>1) fprintf(stderr, "local " ); break;
- case STB_GLOBAL: if (debug_linker>1) fprintf(stderr, "global" ); break;
- case STB_WEAK : if (debug_linker>1) fprintf(stderr, "weak " ); break;
- default: if (debug_linker>1) fprintf(stderr, "? " ); break;
- }
- if (debug_linker>1) fprintf(stderr, " " );
-
- if (debug_linker>1) fprintf(stderr, "name=%s\n", strtab + stab[j].st_name );
- }
- }
-
- if (nsymtabs == 0) {
- fprintf(stderr,"%s: didn't find any symbol tables\n", oc->fileName);
- return 0;
- }
-
- return 1;
-}
-
-
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-//
-// GETNAMES
-
-static int
-ocGetNames_ELF ( ObjectCode* oc )
-{
- int i, j, k, nent;
- Elf_Sym* stab;
-
- char* ehdrC = (char*)(oc->image);
- Elf_Ehdr* ehdr = (Elf_Ehdr*)ehdrC;
- char* strtab = findElfSection ( ehdrC, SHT_STRTAB );
- Elf_Shdr* shdr = (Elf_Shdr*) (ehdrC + ehdr->e_shoff);
-
- char* sh_strtab = ehdrC + shdr[ehdr->e_shstrndx].sh_offset;
- char* sec_name;
-
- assert(global_symbol_table != NULL);
-
- if (!strtab) {
- fprintf(stderr,"%s: no strtab\n", oc->fileName);
- return 0;
- }
-
- k = 0;
- for (i = 0; i < ehdr->e_shnum; i++) {
- /* Figure out what kind of section it is. Logic derived from
- Figure 1.14 ("Special Sections") of the ELF document
- ("Portable Formats Specification, Version 1.1"). */
- Elf_Shdr hdr = shdr[i];
- SectionKind kind = SECTIONKIND_OTHER;
- int is_bss = FALSE;
-
- if (hdr.sh_type == SHT_PROGBITS
- && (hdr.sh_flags & SHF_ALLOC) && (hdr.sh_flags & SHF_EXECINSTR)) {
- /* .text-style section */
- kind = SECTIONKIND_CODE_OR_RODATA;
- }
- else
- if (hdr.sh_type == SHT_PROGBITS
- && (hdr.sh_flags & SHF_ALLOC) && (hdr.sh_flags & SHF_WRITE)) {
- /* .data-style section */
- kind = SECTIONKIND_RWDATA;
- }
- else
- if (hdr.sh_type == SHT_PROGBITS
- && (hdr.sh_flags & SHF_ALLOC) && !(hdr.sh_flags & SHF_WRITE)) {
- /* .rodata-style section */
- kind = SECTIONKIND_CODE_OR_RODATA;
- }
- else
- if (hdr.sh_type == SHT_NOBITS
- && (hdr.sh_flags & SHF_ALLOC) && (hdr.sh_flags & SHF_WRITE)) {
- /* .bss-style section */
- kind = SECTIONKIND_RWDATA;
- is_bss = TRUE;
- }
-
- if (is_bss && shdr[i].sh_size > 0) {
- /* This is a non-empty .bss section. Allocate zeroed space for
- it, and set its .sh_offset field such that
- ehdrC + .sh_offset == addr_of_zeroed_space. */
- char* zspace = calloc(1, shdr[i].sh_size);
- shdr[i].sh_offset = ((char*)zspace) - ((char*)ehdrC);
- if (1)
- fprintf(stderr, "BSS section at %p, size %lld\n",
- zspace, (Long)shdr[i].sh_size);
- }
-
- /* When loading objects compiled with -g, it seems there are
- relocations in various debug-info sections. So we'd better
- tell addProddableBlock to allow those bits to be prodded. */
- //fprintf(stderr, "ZZZZZZZZZZ %s\n", sh_strtab + hdr.sh_name);
- sec_name = sh_strtab + shdr[i].sh_name;
- if (kind == SECTIONKIND_OTHER
- && (0 == strcmp(".debug_info", sec_name)
- || 0 == strcmp(".debug_line", sec_name)
- || 0 == strcmp(".debug_pubnames", sec_name)
- || 0 == strcmp(".debug_aranges", sec_name)
- || 0 == strcmp(".debug_frame", sec_name))) {
- kind = SECTIONKIND_CODE_OR_RODATA;
- }
-
- /* fill in the section info */
- if (kind != SECTIONKIND_OTHER && shdr[i].sh_size > 0) {
- addProddableBlock(oc, ehdrC + shdr[i].sh_offset, shdr[i].sh_size);
- //addSection(oc, kind, ehdrC + shdr[i].sh_offset,
- // ehdrC + shdr[i].sh_offset + shdr[i].sh_size - 1);
- }
-
- if (shdr[i].sh_type != SHT_SYMTAB) continue;
-
- /* copy stuff into this module's object symbol table */
- stab = (Elf_Sym*) (ehdrC + shdr[i].sh_offset);
- nent = shdr[i].sh_size / sizeof(Elf_Sym);
-
- oc->n_symbols = nent;
- oc->symbols = mymalloc(oc->n_symbols * sizeof(char*));
-
- for (j = 0; j < nent; j++) {
-
- char isLocal = FALSE; /* avoids uninit-var warning */
- char* ad = NULL;
- char* nm = strtab + stab[j].st_name;
- int secno = stab[j].st_shndx;
-
- /* Figure out if we want to add it; if so, set ad to its
- address. Otherwise leave ad == NULL. */
-
- if (secno == SHN_COMMON) {
- isLocal = FALSE;
-# if defined(__x86_64__)
- ad = calloc_below2G(1, stab[j].st_size);
-# else
- ad = calloc(1, stab[j].st_size);
-# endif
- // assert( (Addr)ad < 0xF0000000ULL );
-
- if (0)
- fprintf(stderr, "COMMON symbol, size %lld name %s allocd %p\n",
- (Long)stab[j].st_size, nm, ad);
- /* Pointless to do addProddableBlock() for this area,
- since the linker should never poke around in it. */
- }
- else
- if ( ( ELF_ST_BIND(stab[j].st_info)==STB_GLOBAL
- || ELF_ST_BIND(stab[j].st_info)==STB_LOCAL
- )
- /* and not an undefined symbol */
- && stab[j].st_shndx != SHN_UNDEF
- /* and not in a "special section" */
- && stab[j].st_shndx < SHN_LORESERVE
- &&
- /* and it's a not a section or string table or anything silly */
- ( ELF_ST_TYPE(stab[j].st_info)==STT_FUNC ||
- ELF_ST_TYPE(stab[j].st_info)==STT_OBJECT ||
- ELF_ST_TYPE(stab[j].st_info)==STT_NOTYPE
- )
- ) {
- /* Section 0 is the undefined section, hence > and not >=. */
- assert(secno > 0 && secno < ehdr->e_shnum);
- /*
- if (shdr[secno].sh_type == SHT_NOBITS) {
- fprintf(stderr, " BSS symbol, size %d off %d name %s\n",
- stab[j].st_size, stab[j].st_value, nm);
- }
- */
- ad = ehdrC + shdr[ secno ].sh_offset + stab[j].st_value;
- if (ELF_ST_BIND(stab[j].st_info)==STB_LOCAL) {
- isLocal = TRUE;
- } else {
-#ifdef ELF_FUNCTION_DESC
- /* dlsym() and the initialisation table both give us function
- * descriptors, so to be consistent we store function descriptors
- * in the symbol table */
- if (ELF_ST_TYPE(stab[j].st_info) == STT_FUNC)
- ad = (char *)allocateFunctionDesc((Elf_Addr)ad);
-#endif
- if (0|| debug_linker)
- fprintf(stderr, "addOTabName(GLOB): %10p %s %s\n",
- ad, oc->fileName, nm );
- isLocal = FALSE;
- }
- }
-
- /* And the decision is ... */
-
- if (ad != NULL) {
- assert(nm != NULL);
- oc->symbols[j] = nm;
- /* Acquire! */
- if (isLocal) {
- /* Ignore entirely. */
- } else {
- //ghciInsertStrHashTable(oc->fileName, global_symbol_table, nm, ad);
- paranoid_addto_StringMap(global_symbol_table, nm, ad);
- }
- } else {
- /* Skip. */
- if (debug_linker>1) fprintf(stderr, "skipping `%s'\n",
- strtab + stab[j].st_name );
- /*
- fprintf(stderr,
- "skipping bind = %d, type = %d, shndx = %d `%s'\n",
- (int)ELF_ST_BIND(stab[j].st_info),
- (int)ELF_ST_TYPE(stab[j].st_info),
- (int)stab[j].st_shndx,
- strtab + stab[j].st_name
- );
- */
- oc->symbols[j] = NULL;
- }
-
- }
- }
-
- return 1;
-}
-
-
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-//
-// TOP-LEVEL CONTROL OF THE LINKER
-
-
-/* ---------------------------------------------------------------------
- * Load an obj (populate the global symbol table, but don't resolve yet)
- *
- * Returns: 1 if ok, 0 on error.
- */
-static
-int loadObj( char *path )
-{
- ObjectCode* oc;
- struct stat st;
- int r;
- int fd, pagesize;
- char* p;
-
- initLinker();
-
- fprintf(stderr, "==== loadObj %s ====\n", path );
-
- /* Check that we haven't already loaded this object. */
- {
- ObjectCode *o;
- int is_dup = 0;
- for (o = global_object_list; o; o = o->next) {
- if (0 == strcmp(o->fileName, path))
- is_dup = 1;
- }
- if (is_dup) {
- fprintf(stderr,
- "\n\n"
- "GHCi runtime linker: warning: looks like you're trying to load the\n"
- "same object file twice:\n"
- " %s\n"
- , path);
- exit(1);
- }
- }
-
- oc = mymalloc(sizeof(ObjectCode));
-
- oc->formatName = "ELF";
-
- r = stat(path, &st);
- if (r == -1) { return 0; }
-
- /* sigh, strdup() isn't a POSIX function, so do it the long way */
- oc->fileName = mymalloc( strlen(path)+1 );
- strcpy(oc->fileName, path);
-
- oc->fileSize = st.st_size;
- oc->symbols = NULL;
- oc->sections = NULL;
- oc->lochash = new_StringMap();
- oc->proddables = NULL;
- oc->fixup = NULL;
- oc->fixup_used = 0;
- oc->fixup_size = 0;
-
- /* chain it onto the list of objects */
- oc->next = global_object_list;
- global_object_list = oc;
-
- fd = open(path, O_RDONLY);
- if (fd == -1) {
- fprintf(stderr,"loadObj: can't open `%s'\n", path);
- exit(1);
- }
-
- /* Allocate a 1-page area just prior to the image, so we can put
- fixup code fragments there. Used for doing R_ARM_PC24
- relocations for jump distances > 64M. */
-
- pagesize = getpagesize();
- // p = memalign(pagesize, N_FIXUP_PAGES * pagesize
- // + oc->fileSize);
- p = mymalloc(N_FIXUP_PAGES * pagesize + oc->fileSize);
- if (0) fprintf(stderr,"XXXX p = %p\n", p);
- if (p == NULL) {
- fprintf(stderr,"loadObj: failed to allocate space for `%s'\n", path);
- exit(1);
- }
-
- oc->fixup = p;
- oc->fixup_size = N_FIXUP_PAGES * pagesize;
- oc->fixup_used = 0;
- oc->image = &(p[ oc->fixup_size ]);
-
- r = read(fd, oc->image, oc->fileSize);
- if (r != oc->fileSize) {
- fprintf(stderr,"loadObj: failed to read `%s'\n", path);
- exit(1);
- }
-
- fprintf(stderr, "loaded %s at %p (fixup = %p)\n",
- oc->fileName, oc->image, oc->fixup );
-
- close(fd);
-
- /* verify the in-memory image */
- r = ocVerifyImage_ELF ( oc );
- if (!r) { return r; }
-
- /* build the symbol list for this image */
- r = ocGetNames_ELF ( oc );
- if (!r) { return r; }
-
- /* loaded, but not resolved yet */
- oc->status = OBJECT_LOADED;
-
-#ifdef ppc32_TARGET_ARCH
- invalidate_icache(oc->image, oc->fileSize);
-#endif
-
- return 1;
-}
-
-
-
-/* ---------------------------------------------------------------------------
- * resolve all the currently unlinked objects in memory
- *
- * Returns: 1 if ok, 0 on error.
- */
-static
-int resolveObjs( void )
-{
- ObjectCode *oc;
- int r;
-
- initLinker();
-
- for (oc = global_object_list; oc; oc = oc->next) {
- if (oc->status != OBJECT_RESOLVED) {
- r = ocResolve_ELF ( oc );
- if (!r) { return r; }
- oc->status = OBJECT_RESOLVED;
- }
- }
- return 1;
-}
-
-
-/* ---------------------------------------------------------------------------
- * Top-level linker.
- */
-
-/* Load and link a bunch of .o's, and return the address of
- 'entry'. Or NULL if something borks.
-*/
-void* linker_top_level_LINK ( int n_object_names, char** object_names )
-{
- int r, i;
- void* mainp;
-
- initLinker();
- for (i = 0; i < n_object_names; i++) {
- //fprintf(stderr, "linkloop %d %s\n", i, object_names[i] );
- r = loadObj( object_names[i] );
- if (r != 1) return NULL;
- }
- r = resolveObjs();
- if (r != 1) return NULL;
- mainp = search_StringMap ( global_symbol_table, "entry" );
- if (mainp == NULL) return NULL;
- printf("switchback: Linker: success!\n");
- return mainp;
-}
-
-
-#endif
diff --git a/VEX/switchback/linker.h b/VEX/switchback/linker.h
deleted file mode 100644
index e8b683e..0000000
--- a/VEX/switchback/linker.h
+++ /dev/null
@@ -1,5 +0,0 @@
-
-extern
-void* linker_top_level_LINK ( int n_object_names, char** object_names );
-
-extern void* mymalloc ( int );
diff --git a/VEX/switchback/switchback.c b/VEX/switchback/switchback.c
deleted file mode 100644
index f3603d1..0000000
--- a/VEX/switchback/switchback.c
+++ /dev/null
@@ -1,806 +0,0 @@
-
-/* HOW TO USE
-
-13 Dec '05 - Linker no longer used (apart from mymalloc)
-Simply compile and link switchback.c with test_xxx.c,
-e.g. for ppc64:
-$ (cd .. && make EXTRA_CFLAGS="-m64" libvex_ppc64_linux.a) && gcc -m64 -mregnames -Wall -Wshadow -Wno-long-long -Winline -O -g -o switchback switchback.c linker.c ../libvex_ppc64_linux.a test_xxx.c
-
-Test file test_xxx.c must have an entry point called "entry",
-which expects to take a single argument which is a function pointer
-(to "serviceFn").
-
-Test file may not reference any other symbols.
-
-NOTE: POWERPC: it is critical, when using this on ppc, to set
-CacheLineSize to the right value. Values we currently know of:
-
- imac (G3): 32
- G5 (ppc970): 128
-
-ARM64:
- (cd .. && make -f Makefile-gcc libvex-arm64-linux.a) \
- && $CC -Wall -O -g -o switchback switchback.c linker.c \
- ../libvex-arm64-linux.a test_emfloat.c
-*/
-
-#include <stdio.h>
-#include <assert.h>
-#include <stdlib.h>
-#include <string.h>
-#include <sys/types.h>
-#include <sys/stat.h>
-#include <unistd.h>
-
-#include "../pub/libvex_basictypes.h"
-#include "../pub/libvex_guest_x86.h"
-#include "../pub/libvex_guest_amd64.h"
-#include "../pub/libvex_guest_ppc32.h"
-#include "../pub/libvex_guest_ppc64.h"
-#include "../pub/libvex_guest_arm64.h"
-#include "../pub/libvex.h"
-#include "../pub/libvex_trc_values.h"
-#include "linker.h"
-
-static ULong n_bbs_done = 0;
-static Int n_translations_made = 0;
-
-
-#if defined(__i386__)
-# define VexGuestState VexGuestX86State
-# define LibVEX_Guest_initialise LibVEX_GuestX86_initialise
-# define VexArch VexArchX86
-# define VexSubArch VexSubArchX86_sse1
-# define GuestPC guest_EIP
-# define CacheLineSize 0/*irrelevant*/
-
-#elif defined(__aarch64__) && !defined(__arm__)
-# define VexGuestState VexGuestARM64State
-# define LibVEX_Guest_initialise LibVEX_GuestARM64_initialise
-# define VexArch VexArchARM64
-# define VexSubArch VexSubArch_NONE
-# define GuestPC guest_PC
-# define CacheLineSize 0/*irrelevant*/
-
-#else
-# error "Unknown arch"
-#endif
-
-/* 7: show conversion into IR */
-/* 6: show after initial opt */
-/* 5: show after instrumentation */
-/* 4: show after second opt */
-/* 3: show after tree building */
-/* 2: show selected insns */
-/* 1: show after reg-alloc */
-/* 0: show final assembly */
-#define TEST_FLAGS ((1<<7)|(1<<3)|(1<<2)|(1<<1)|(1<<0))
-#define DEBUG_TRACE_FLAGS ((0<<7)|(0<<6)|(0<<5)|(0<<4)| \
- (0<<3)|(0<<2)|(0<<1)|(0<<0))
-
-typedef unsigned long int Addr;
-
-
-/* guest state */
-ULong gstack[64000] __attribute__((aligned(16)));
-VexGuestState gst;
-VexControl vcon;
-
-/* only used for the switchback transition */
-/* i386: helper1 = &gst, helper2 = %EFLAGS */
-/* amd64: helper1 = &gst, helper2 = %EFLAGS */
-/* ppc32: helper1 = &gst, helper2 = %CR, helper3 = %XER */
-/* arm64: helper1 = &gst, helper2 = 32x0:NZCV:28x0 */
-HWord sb_helper1 = 0;
-HWord sb_helper2 = 0;
-HWord sb_helper3 = 0;
-
-/* translation cache */
-#define N_TRANS_CACHE 1000000
-#define N_TRANS_TABLE 10000
-
-ULong trans_cache[N_TRANS_CACHE];
-VexGuestExtents trans_table [N_TRANS_TABLE];
-ULong* trans_tableP[N_TRANS_TABLE];
-
-Int trans_cache_used = 0;
-Int trans_table_used = 0;
-
-static Bool chase_into_ok ( void* opaque, Addr64 dst ) {
- return False;
-}
-
-static UInt needs_self_check ( void* opaque, const VexGuestExtents* vge ) {
- return 0;
-}
-
-
-/* For providing services. */
-static HWord serviceFn ( HWord arg1, HWord arg2 )
-{
- switch (arg1) {
- case 0: /* EXIT */
- printf("---STOP---\n");
- printf("serviceFn:EXIT\n");
- printf("%llu bbs simulated\n", n_bbs_done);
- printf("%d translations made, %d tt bytes\n",
- n_translations_made, 8*trans_cache_used);
- exit(0);
- case 1: /* PUTC */
- putchar(arg2);
- return 0;
- case 2: /* MALLOC */
- return (HWord)malloc(arg2);
- case 3: /* FREE */
- free((void*)arg2);
- return 0;
- default:
- assert(0);
- }
-}
-
-
-// needed for arm64 ?
-static void invalidate_icache(void *ptr, unsigned long nbytes)
-{
- // This function, invalidate_icache, for arm64_linux,
- // is copied from
- // https://github.com/armvixl/vixl/blob/master/src/a64/cpu-a64.cc
- // which has the following copyright notice:
- /*
- Copyright 2013, ARM Limited
- All rights reserved.
-
- Redistribution and use in source and binary forms, with or without
- modification, are permitted provided that the following conditions are met:
-
- * Redistributions of source code must retain the above copyright notice,
- this list of conditions and the following disclaimer.
- * Redistributions in binary form must reproduce the above copyright notice,
- this list of conditions and the following disclaimer in the documentation
- and/or other materials provided with the distribution.
- * Neither the name of ARM Limited nor the names of its contributors may be
- used to endorse or promote products derived from this software without
- specific prior written permission.
-
- THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS CONTRIBUTORS "AS IS" AND
- ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
- WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
- DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE
- FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
- DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR
- SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER
- CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY,
- OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE
- OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
- */
-
- // Ask what the I and D line sizes are
- UInt cache_type_register;
- // Copy the content of the cache type register to a core register.
- __asm__ __volatile__ ("mrs %[ctr], ctr_el0" // NOLINT
- : [ctr] "=r" (cache_type_register));
-
- const Int kDCacheLineSizeShift = 16;
- const Int kICacheLineSizeShift = 0;
- const UInt kDCacheLineSizeMask = 0xf << kDCacheLineSizeShift;
- const UInt kICacheLineSizeMask = 0xf << kICacheLineSizeShift;
-
- // The cache type register holds the size of the I and D caches as a power of
- // two.
- const UInt dcache_line_size_power_of_two =
- (cache_type_register & kDCacheLineSizeMask) >> kDCacheLineSizeShift;
- const UInt icache_line_size_power_of_two =
- (cache_type_register & kICacheLineSizeMask) >> kICacheLineSizeShift;
-
- const UInt dcache_line_size_ = 1 << dcache_line_size_power_of_two;
- const UInt icache_line_size_ = 1 << icache_line_size_power_of_two;
-
- Addr start = (Addr)ptr;
- // Sizes will be used to generate a mask big enough to cover a pointer.
- Addr dsize = (Addr)dcache_line_size_;
- Addr isize = (Addr)icache_line_size_;
-
- // Cache line sizes are always a power of 2.
- Addr dstart = start & ~(dsize - 1);
- Addr istart = start & ~(isize - 1);
- Addr end = start + nbytes;
-
- __asm__ __volatile__ (
- // Clean every line of the D cache containing the target data.
- "0: \n\t"
- // dc : Data Cache maintenance
- // c : Clean
- // va : by (Virtual) Address
- // u : to the point of Unification
- // The point of unification for a processor is the point by which the
- // instruction and data caches are guaranteed to see the same copy of a
- // memory location. See ARM DDI 0406B page B2-12 for more information.
- "dc cvau, %[dline] \n\t"
- "add %[dline], %[dline], %[dsize] \n\t"
- "cmp %[dline], %[end] \n\t"
- "b.lt 0b \n\t"
- // Barrier to make sure the effect of the code above is visible to the rest
- // of the world.
- // dsb : Data Synchronisation Barrier
- // ish : Inner SHareable domain
- // The point of unification for an Inner Shareable shareability domain is
- // the point by which the instruction and data caches of all the processors
- // in that Inner Shareable shareability domain are guaranteed to see the
- // same copy of a memory location. See ARM DDI 0406B page B2-12 for more
- // information.
- "dsb ish \n\t"
- // Invalidate every line of the I cache containing the target data.
- "1: \n\t"
- // ic : instruction cache maintenance
- // i : invalidate
- // va : by address
- // u : to the point of unification
- "ic ivau, %[iline] \n\t"
- "add %[iline], %[iline], %[isize] \n\t"
- "cmp %[iline], %[end] \n\t"
- "b.lt 1b \n\t"
- // Barrier to make sure the effect of the code above is visible to the rest
- // of the world.
- "dsb ish \n\t"
- // Barrier to ensure any prefetching which happened before this code is
- // discarded.
- // isb : Instruction Synchronisation Barrier
- "isb \n\t"
- : [dline] "+r" (dstart),
- [iline] "+r" (istart)
- : [dsize] "r" (dsize),
- [isize] "r" (isize),
- [end] "r" (end)
- // This code does not write to memory but without the dependency gcc might
- // move this code before the code is generated.
- : "cc", "memory"
- );
-
-}
-
-
-/* -------------------- */
-/* continue execution on the real CPU (never returns) */
-
-#if defined(__i386__)
-
-extern void switchback_asm(void);
-asm(
-"switchback_asm:\n"
-" movl sb_helper1, %eax\n" // eax = guest state ptr
-" movl 16(%eax), %esp\n" // switch stacks
-" pushl 56(%eax)\n" // push continuation addr
-" movl sb_helper2, %ebx\n" // get eflags
-" pushl %ebx\n" // eflags:CA
-" pushl 0(%eax)\n" // EAX:eflags:CA
-" movl 4(%eax), %ecx\n"
-" movl 8(%eax), %edx\n"
-" movl 12(%eax), %ebx\n"
-" movl 20(%eax), %ebp\n"
-" movl 24(%eax), %esi\n"
-" movl 28(%eax), %edi\n"
-" popl %eax\n"
-" popfl\n"
-" ret\n"
-);
-void switchback ( void )
-{
- sb_helper1 = (HWord)&gst;
- sb_helper2 = LibVEX_GuestX86_get_eflags(&gst);
- switchback_asm(); // never returns
-}
-
-#elif defined(__aarch64__)
-
-extern void switchback_asm(HWord x0_gst, HWord x1_pstate);
-asm(
-"switchback_asm:"
-" mrs x30, nzcv" "\n"
-" and x30, x30, #0xFFFFFFFF0FFFFFFF" "\n"
-" and x1, x1, #0x00000000F0000000" "\n"
-" orr x30, x30, x1" "\n"
-" msr nzcv, x30" "\n"
-
-" ldr x30, [x0, #16 + 8*37]" "\n"
-" msr tpidr_el0, x30" "\n"
-
-" ldr x30, [x0, #16 + 8*31]" "\n"
-" mov sp, x30" "\n"
-
-" add x30, x0, #(16 + 8*38 + 16*0)" "\n"
-" ldr q0, [x30], #16" "\n"
-" ldr q1, [x30], #16" "\n"
-" ldr q2, [x30], #16" "\n"
-" ldr q3, [x30], #16" "\n"
-" ldr q4, [x30], #16" "\n"
-" ldr q5, [x30], #16" "\n"
-" ldr q6, [x30], #16" "\n"
-" ldr q7, [x30], #16" "\n"
-" ldr q8, [x30], #16" "\n"
-" ldr q9, [x30], #16" "\n"
-" ldr q10, [x30], #16" "\n"
-" ldr q11, [x30], #16" "\n"
-" ldr q12, [x30], #16" "\n"
-" ldr q13, [x30], #16" "\n"
-" ldr q14, [x30], #16" "\n"
-" ldr q15, [x30], #16" "\n"
-" ldr q16, [x30], #16" "\n"
-" ldr q17, [x30], #16" "\n"
-" ldr q18, [x30], #16" "\n"
-" ldr q19, [x30], #16" "\n"
-" ldr q20, [x30], #16" "\n"
-" ldr q21, [x30], #16" "\n"
-" ldr q22, [x30], #16" "\n"
-" ldr q23, [x30], #16" "\n"
-" ldr q24, [x30], #16" "\n"
-" ldr q25, [x30], #16" "\n"
-" ldr q26, [x30], #16" "\n"
-" ldr q27, [x30], #16" "\n"
-" ldr q28, [x30], #16" "\n"
-" ldr q29, [x30], #16" "\n"
-" ldr q30, [x30], #16" "\n"
-" ldr q31, [x30], #16" "\n"
-
-" ldr x30, [x0, #16+8*30]" "\n"
-" ldr x29, [x0, #16+8*29]" "\n"
-" ldr x28, [x0, #16+8*28]" "\n"
-" ldr x27, [x0, #16+8*27]" "\n"
-" ldr x26, [x0, #16+8*26]" "\n"
-" ldr x25, [x0, #16+8*25]" "\n"
-" ldr x24, [x0, #16+8*24]" "\n"
-" ldr x23, [x0, #16+8*23]" "\n"
-" ldr x22, [x0, #16+8*22]" "\n"
-" ldr x21, [x0, #16+8*21]" "\n"
-" ldr x20, [x0, #16+8*20]" "\n"
-" ldr x19, [x0, #16+8*19]" "\n"
-" ldr x18, [x0, #16+8*18]" "\n"
-" ldr x17, [x0, #16+8*17]" "\n"
-" ldr x16, [x0, #16+8*16]" "\n"
-" ldr x15, [x0, #16+8*15]" "\n"
-" ldr x14, [x0, #16+8*14]" "\n"
-" ldr x13, [x0, #16+8*13]" "\n"
-" ldr x12, [x0, #16+8*12]" "\n"
-" ldr x11, [x0, #16+8*11]" "\n"
-" ldr x10, [x0, #16+8*10]" "\n"
-" ldr x9, [x0, #16+8*9]" "\n"
-" ldr x8, [x0, #16+8*8]" "\n"
-" ldr x7, [x0, #16+8*7]" "\n"
-" ldr x6, [x0, #16+8*6]" "\n"
-" ldr x5, [x0, #16+8*5]" "\n"
-" ldr x4, [x0, #16+8*4]" "\n"
-" ldr x3, [x0, #16+8*3]" "\n"
-" ldr x2, [x0, #16+8*2]" "\n"
-" ldr x1, [x0, #16+8*1]" "\n"
-" ldr x0, [x0, #16+8*0]" "\n"
-
-"nop_start_point:" "\n"
-" nop" "\n" // this will be converted into a relative jump
-"nop_end_point:" "\n"
-);
-
-extern void nop_start_point(void);
-extern void nop_end_point(void);
-
-void switchback ( void )
-{
- assert(offsetof(VexGuestARM64State, guest_X0) == 16 + 8*0);
- assert(offsetof(VexGuestARM64State, guest_X30) == 16 + 8*30);
- assert(offsetof(VexGuestARM64State, guest_SP) == 16 + 8*31);
- assert(offsetof(VexGuestARM64State, guest_TPIDR_EL0) == 16 + 8*37);
- assert(offsetof(VexGuestARM64State, guest_Q0) == 16 + 8*38 + 16*0);
-
- HWord arg0 = (HWord)&gst;
- HWord arg1 = LibVEX_GuestARM64_get_nzcv(&gst);
-
- /* Copy the entire switchback_asm procedure into writable and
- executable memory. */
-
- UChar* sa_start = (UChar*)&switchback_asm;
- UChar* sa_nop_start = (UChar*)&nop_start_point;
- UChar* sa_end = (UChar*)&nop_end_point;
-
- Int i;
- Int nbytes = sa_end - sa_start;
- Int off_nopstart = sa_nop_start - sa_start;
- if (0)
- printf("nbytes = %d, nopstart = %d\n", nbytes, off_nopstart);
-
- /* copy it into mallocville */
- UChar* copy = mymalloc(nbytes);
- assert(copy);
- for (i = 0; i < nbytes; i++)
- copy[i] = sa_start[i];
-
- UInt* p = (UInt*)(©[off_nopstart]);
-
- Addr addr_of_nop = (Addr)p;
- Addr where_to_go = gst.guest_PC;
- Long diff = ((Long)where_to_go) - ((Long)addr_of_nop);
-
- if (0) {
- printf("addr of first nop = 0x%llx\n", addr_of_nop);
- printf("where to go = 0x%llx\n", where_to_go);
- printf("diff = 0x%llx\n", diff);
- }
-
- if (diff < -0x8000000LL || diff >= 0x8000000LL) {
- // we're hosed. Give up
- printf("hosed -- offset too large\n");
- assert(0);
- }
-
- /* stay sane ... */
- assert(p[0] == 0xd503201f); /* nop */
-
- /* branch to diff */
- p[0] = 0x14000000 | ((diff >> 2) & 0x3FFFFFF);
-
- invalidate_icache( copy, nbytes );
-
- ( (void(*)(HWord,HWord))copy )(arg0, arg1);
-}
-
-#else
-# error "Unknown plat"
-#endif
-
-
-
-/* -------------------- */
-// f holds is the host code address
-// gp holds the guest state pointer to use
-// res is to hold the result. Or some such.
-static HWord block[2]; // f, gp;
-extern HWord run_translation_asm(void);
-
-extern void disp_chain_assisted(void);
-
-#if defined(__aarch64__)
-asm(
-"run_translation_asm:" "\n"
-" stp x29, x30, [sp, #-16]!" "\n"
-" stp x27, x28, [sp, #-16]!" "\n"
-" stp x25, x26, [sp, #-16]!" "\n"
-" stp x23, x24, [sp, #-16]!" "\n"
-" stp x21, x22, [sp, #-16]!" "\n"
-" stp x19, x20, [sp, #-16]!" "\n"
-" stp x0, xzr, [sp, #-16]!" "\n"
-" adrp x0, block" "\n"
-" add x0, x0, :lo12:block" "\n"
-" ldr x21, [x0, #8]" "\n" // load GSP
-" ldr x1, [x0, #0]" "\n" // Host address
-" br x1" "\n" // go (we wind up at disp_chain_assisted)
-
-"disp_chain_assisted:" "\n" // x21 holds the trc. Return it.
-" mov x1, x21" "\n"
- /* Restore int regs, but not x1. */
-" ldp x0, xzr, [sp], #16" "\n"
-" ldp x19, x20, [sp], #16" "\n"
-" ldp x21, x22, [sp], #16" "\n"
-" ldp x23, x24, [sp], #16" "\n"
-" ldp x25, x26, [sp], #16" "\n"
-" ldp x27, x28, [sp], #16" "\n"
-" ldp x29, x30, [sp], #16" "\n"
-" mov x0, x1" "\n"
-" ret" "\n"
-);
-
-#elif defined(__i386__)
-
-asm(
-"run_translation_asm:\n"
-" pushal\n"
-" movl gp, %ebp\n"
-" movl f, %eax\n"
-" call *%eax\n"
-" movl %eax, res\n"
-" popal\n"
-" ret\n"
-);
-
-#else
-# error "Unknown arch"
-#endif
-
-
-/* Run a translation at host address 'translation' and return the TRC.
-*/
-HWord run_translation ( HWord translation )
-{
- if (0 && DEBUG_TRACE_FLAGS) {
- printf(" run translation %p\n", (void*)translation );
- printf(" simulated bb: %llu\n", n_bbs_done);
- }
- block[0] = translation;
- block[1] = (HWord)&gst;
- HWord trc = run_translation_asm();
- n_bbs_done ++;
- return trc;
-}
-
-HWord find_translation ( Addr guest_addr )
-{
- Int i;
- HWord __res;
- if (0)
- printf("find translation %p ... ", (void *)(guest_addr));
- for (i = 0; i < trans_table_used; i++)
- if (trans_table[i].base[0] == guest_addr)
- break;
- if (i == trans_table_used) {
- if (0) printf("none\n");
- return 0; /* not found */
- }
-
- /* Move this translation one step towards the front, so finding it
- next time round is just that little bit cheaper. */
- if (i > 2) {
- VexGuestExtents tmpE = trans_table[i-1];
- ULong* tmpP = trans_tableP[i-1];
- trans_table[i-1] = trans_table[i];
- trans_tableP[i-1] = trans_tableP[i];
- trans_table[i] = tmpE;
- trans_tableP[i] = tmpP;
- i--;
- }
-
- __res = (HWord)trans_tableP[i];
- if (0) printf("%p\n", (void*)__res);
- return __res;
-}
-
-#define N_TRANSBUF 5000
-static UChar transbuf[N_TRANSBUF];
-void make_translation ( Addr guest_addr, Bool verbose )
-{
- VexTranslateArgs vta;
- VexTranslateResult tres;
- VexArchInfo vex_archinfo;
- Int trans_used, i, ws_needed;
-
- memset(&vta, 0, sizeof(vta));
- memset(&tres, 0, sizeof(tres));
- memset(&vex_archinfo, 0, sizeof(vex_archinfo));
-
- if (trans_table_used >= N_TRANS_TABLE
- || trans_cache_used >= N_TRANS_CACHE-1000) {
- /* If things are looking to full, just dump
- all the translations. */
- trans_cache_used = 0;
- trans_table_used = 0;
- }
-
- assert(trans_table_used < N_TRANS_TABLE);
- if (0)
- printf("make translation %p\n", (void *)guest_addr);
-
- LibVEX_default_VexArchInfo(&vex_archinfo);
- //vex_archinfo.subarch = VexSubArch;
- //vex_archinfo.ppc_icache_line_szB = CacheLineSize;
-
- /* */
- vta.arch_guest = VexArch;
- vta.archinfo_guest = vex_archinfo;
- vta.arch_host = VexArch;
- vta.archinfo_host = vex_archinfo;
- vta.guest_bytes = (UChar*)guest_addr;
- vta.guest_bytes_addr = guest_addr;
- vta.chase_into_ok = chase_into_ok;
-// vta.guest_extents = &vge;
- vta.guest_extents = &trans_table[trans_table_used];
- vta.host_bytes = transbuf;
- vta.host_bytes_size = N_TRANSBUF;
- vta.host_bytes_used = &trans_used;
- vta.instrument1 = NULL;
- vta.instrument2 = NULL;
- vta.needs_self_check = needs_self_check;
- vta.traceflags = verbose ? TEST_FLAGS : DEBUG_TRACE_FLAGS;
-
- vta.disp_cp_chain_me_to_slowEP = NULL; //disp_chain_fast;
- vta.disp_cp_chain_me_to_fastEP = NULL; //disp_chain_slow;
- vta.disp_cp_xindir = NULL; //disp_chain_indir;
- vta.disp_cp_xassisted = disp_chain_assisted;
-
- vta.addProfInc = False;
-
- tres = LibVEX_Translate ( &vta );
-
- assert(tres.status == VexTransOK);
- assert(tres.offs_profInc == -1);
-
- ws_needed = (trans_used+7) / 8;
- assert(ws_needed > 0);
- assert(trans_cache_used + ws_needed < N_TRANS_CACHE);
- n_translations_made++;
-
- for (i = 0; i < trans_used; i++) {
- HChar* dst = ((HChar*)(&trans_cache[trans_cache_used])) + i;
- HChar* src = (HChar*)(&transbuf[i]);
- *dst = *src;
- }
-
-#if defined(__aarch64__)
- invalidate_icache( &trans_cache[trans_cache_used], trans_used );
-#endif
-
- trans_tableP[trans_table_used] = &trans_cache[trans_cache_used];
- trans_table_used++;
- trans_cache_used += ws_needed;
-}
-
-
-__attribute__((unused))
-static Bool overlap ( Addr start, UInt len, VexGuestExtents* vge )
-{
- Int i;
- for (i = 0; i < vge->n_used; i++) {
- if (vge->base[i]+vge->len[i] <= start
- || vge->base[i] >= start+len) {
- /* ok */
- } else {
- return True;
- }
- }
- return False; /* no overlap */
-}
-
-static ULong stopAfter = 0;
-static UChar* entryP = NULL;
-
-
-__attribute__ ((noreturn))
-static
-void failure_exit ( void )
-{
- fprintf(stdout, "VEX did failure_exit. Bye.\n");
- fprintf(stdout, "bb counter = %llu\n\n", n_bbs_done);
- exit(1);
-}
-
-static
-void log_bytes ( HChar* bytes, Int nbytes )
-{
- fwrite ( bytes, 1, nbytes, stdout );
- fflush ( stdout );
-}
-
-
-/* run simulated code forever (it will exit by calling
- serviceFn(0)). */
-static void run_simulator ( void )
-{
- static Addr last_guest = 0;
- Addr next_guest;
- HWord next_host;
- while (1) {
- next_guest = gst.GuestPC;
-
- if (0)
- printf("\nnext_guest: 0x%x\n", (UInt)next_guest);
-
- if (next_guest == (Addr)&serviceFn) {
-
- /* "do" the function call to serviceFn */
-# if defined(__i386__)
- {
- HWord esp = gst.guest_ESP;
- gst.guest_EIP = *(UInt*)(esp+0);
- gst.guest_EAX = serviceFn( *(UInt*)(esp+4), *(UInt*)(esp+8) );
- gst.guest_ESP = esp+4;
- next_guest = gst.guest_EIP;
- }
-# elif defined(__aarch64__)
- {
- gst.guest_X0 = serviceFn( gst.guest_X0, gst.guest_X1 );
- gst.guest_PC = gst.guest_X30;
- next_guest = gst.guest_PC;
- }
-# else
-# error "Unknown arch"
-# endif
- }
-
- next_host = find_translation(next_guest);
- if (next_host == 0) {
- make_translation(next_guest,False);
- next_host = find_translation(next_guest);
- assert(next_host != 0);
- }
-
- // Switchback
- if (n_bbs_done == stopAfter) {
- printf("---begin SWITCHBACK at bb:%llu---\n", n_bbs_done);
-#if 1
- if (last_guest) {
- printf("\n*** Last run translation (bb:%llu):\n", n_bbs_done-1);
- make_translation(last_guest,True);
- }
-#endif
-#if 0
- if (next_guest) {
- printf("\n*** Current translation (bb:%llu):\n", n_bbs_done);
- make_translation(next_guest,True);
- }
-#endif
- printf("--- end SWITCHBACK at bb:%llu ---\n", n_bbs_done);
- switchback();
- assert(0); /*NOTREACHED*/
- }
-
- last_guest = next_guest;
- HWord trc = run_translation(next_host);
- if (0) printf("------- trc = %lu\n", trc);
- if (trc != VEX_TRC_JMP_BORING) {
- if (1) printf("------- trc = %lu\n", trc);
- }
- assert(trc == VEX_TRC_JMP_BORING);
- }
-}
-
-
-static void usage ( void )
-{
- printf("usage: switchback #bbs\n");
- printf(" - begins switchback for basic block #bbs\n");
- printf(" - use -1 for largest possible run without switchback\n\n");
- exit(1);
-}
-
-
-int main ( Int argc, HChar** argv )
-{
- if (argc != 2)
- usage();
-
- stopAfter = (ULong)atoll(argv[1]);
-
- extern void entry ( void*(*service)(int,int) );
- entryP = (UChar*)&entry;
-
- if (!entryP) {
- printf("switchback: can't find entry point\n");
- exit(1);
- }
-
- LibVEX_default_VexControl(&vcon);
- vcon.guest_max_insns=50 - 49;
- vcon.guest_chase_thresh=0;
- vcon.iropt_level=2;
-
- LibVEX_Init( failure_exit, log_bytes, 1, &vcon );
- LibVEX_Guest_initialise(&gst);
- gst.host_EvC_COUNTER = 999999999; // so we should never get an exit
- gst.host_EvC_FAILADDR = 0x5a5a5a5a5a5a5a5a;
-
- /* set up as if a call to the entry point passing serviceFn as
- the one and only parameter */
-# if defined(__i386__)
- gst.guest_EIP = (UInt)entryP;
- gst.guest_ESP = (UInt)&gstack[32000];
- *(UInt*)(gst.guest_ESP+4) = (UInt)serviceFn;
- *(UInt*)(gst.guest_ESP+0) = 0x12345678;
-
-# elif defined(__aarch64__)
- gst.guest_PC = (ULong)entryP;
- gst.guest_SP = (ULong)&gstack[32000];
- gst.guest_X0 = (ULong)serviceFn;
- HWord tpidr_el0 = 0;
- __asm__ __volatile__("mrs %0, tpidr_el0" : "=r"(tpidr_el0));
- gst.guest_TPIDR_EL0 = tpidr_el0;
-
-# else
-# error "Unknown arch"
-# endif
-
- printf("\n---START---\n");
-
-#if 1
- run_simulator();
-#else
- ( (void(*)(HWord(*)(HWord,HWord))) entryP ) (serviceFn);
-#endif
-
-
- return 0;
-}
diff --git a/VEX/switchback/test_bzip2.c b/VEX/switchback/test_bzip2.c
deleted file mode 100644
index 19fc822..0000000
--- a/VEX/switchback/test_bzip2.c
+++ /dev/null
@@ -1,6115 +0,0 @@
-
-#define BZ_NO_STDIO
-
-
-/*-------------------------------------------------------------*/
-/*--- Private header file for the library. ---*/
-/*--- bzlib_private.h ---*/
-/*-------------------------------------------------------------*/
-
-/*--
- This file is a part of bzip2 and/or libbzip2, a program and
- library for lossless, block-sorting data compression.
-
- Copyright (C) 1996-2004 Julian R Seward. All rights reserved.
-
- Redistribution and use in source and binary forms, with or without
- modification, are permitted provided that the following conditions
- are met:
-
- 1. Redistributions of source code must retain the above copyright
- notice, this list of conditions and the following disclaimer.
-
- 2. The origin of this software must not be misrepresented; you must
- not claim that you wrote the original software. If you use this
- software in a product, an acknowledgment in the product
- documentation would be appreciated but is not required.
-
- 3. Altered source versions must be plainly marked as such, and must
- not be misrepresented as being the original software.
-
- 4. The name of the author may not be used to endorse or promote
- products derived from this software without specific prior written
- permission.
-
- THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND ANY EXPRESS
- OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
- WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
- ARE DISCLAIMED. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY
- DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
- DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE
- GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS
- INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY,
- WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING
- NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS
- SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
-
- Julian Seward, Cambridge, UK.
- jseward@bzip.org
- bzip2/libbzip2 version 1.0 of 21 March 2000
-
- This program is based on (at least) the work of:
- Mike Burrows
- David Wheeler
- Peter Fenwick
- Alistair Moffat
- Radford Neal
- Ian H. Witten
- Robert Sedgewick
- Jon L. Bentley
-
- For more information on these sources, see the manual.
---*/
-
-
-#ifndef _BZLIB_PRIVATE_H
-#define _BZLIB_PRIVATE_H
-
-#include <stdlib.h>
-
-#ifndef BZ_NO_STDIO
-#include <stdio.h>
-#include <ctype.h>
-#include <string.h>
-#endif
-
-
-/*-------------------------------------------------------------*/
-/*--- Public header file for the library. ---*/
-/*--- bzlib.h ---*/
-/*-------------------------------------------------------------*/
-
-/*--
- This file is a part of bzip2 and/or libbzip2, a program and
- library for lossless, block-sorting data compression.
-
- Copyright (C) 1996-2004 Julian R Seward. All rights reserved.
-
- Redistribution and use in source and binary forms, with or without
- modification, are permitted provided that the following conditions
- are met:
-
- 1. Redistributions of source code must retain the above copyright
- notice, this list of conditions and the following disclaimer.
-
- 2. The origin of this software must not be misrepresented; you must
- not claim that you wrote the original software. If you use this
- software in a product, an acknowledgment in the product
- documentation would be appreciated but is not required.
-
- 3. Altered source versions must be plainly marked as such, and must
- not be misrepresented as being the original software.
-
- 4. The name of the author may not be used to endorse or promote
- products derived from this software without specific prior written
- permission.
-
- THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND ANY EXPRESS
- OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
- WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
- ARE DISCLAIMED. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY
- DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
- DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE
- GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS
- INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY,
- WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING
- NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS
- SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
-
- Julian Seward, Cambridge, UK.
- jseward@bzip.org
- bzip2/libbzip2 version 1.0 of 21 March 2000
-
- This program is based on (at least) the work of:
- Mike Burrows
- David Wheeler
- Peter Fenwick
- Alistair Moffat
- Radford Neal
- Ian H. Witten
- Robert Sedgewick
- Jon L. Bentley
-
- For more information on these sources, see the manual.
---*/
-
-
-#ifndef _BZLIB_H
-#define _BZLIB_H
-
-#ifdef __cplusplus
-extern "C" {
-#endif
-
-#define BZ_RUN 0
-#define BZ_FLUSH 1
-#define BZ_FINISH 2
-
-#define BZ_OK 0
-#define BZ_RUN_OK 1
-#define BZ_FLUSH_OK 2
-#define BZ_FINISH_OK 3
-#define BZ_STREAM_END 4
-#define BZ_SEQUENCE_ERROR (-1)
-#define BZ_PARAM_ERROR (-2)
-#define BZ_MEM_ERROR (-3)
-#define BZ_DATA_ERROR (-4)
-#define BZ_DATA_ERROR_MAGIC (-5)
-#define BZ_IO_ERROR (-6)
-#define BZ_UNEXPECTED_EOF (-7)
-#define BZ_OUTBUFF_FULL (-8)
-#define BZ_CONFIG_ERROR (-9)
-
-typedef
- struct {
- char *next_in;
- unsigned int avail_in;
- unsigned int total_in_lo32;
- unsigned int total_in_hi32;
-
- char *next_out;
- unsigned int avail_out;
- unsigned int total_out_lo32;
- unsigned int total_out_hi32;
-
- void *state;
-
- void *(*bzalloc)(void *,int,int);
- void (*bzfree)(void *,void *);
- void *opaque;
- }
- bz_stream;
-
-
-#ifndef BZ_IMPORT
-#define BZ_EXPORT
-#endif
-
-#ifndef BZ_NO_STDIO
-/* Need a definitition for FILE */
-#include <stdio.h>
-#endif
-
-#ifdef _WIN32
-# include <windows.h>
-# ifdef small
- /* windows.h define small to char */
-# undef small
-# endif
-# ifdef BZ_EXPORT
-# define BZ_API(func) WINAPI func
-# define BZ_EXTERN extern
-# else
- /* import windows dll dynamically */
-# define BZ_API(func) (WINAPI * func)
-# define BZ_EXTERN
-# endif
-#else
-# define BZ_API(func) func
-# define BZ_EXTERN extern
-#endif
-
-
-/*-- Core (low-level) library functions --*/
-
-BZ_EXTERN int BZ_API(BZ2_bzCompressInit) (
- bz_stream* strm,
- int blockSize100k,
- int verbosity,
- int workFactor
- );
-
-BZ_EXTERN int BZ_API(BZ2_bzCompress) (
- bz_stream* strm,
- int action
- );
-
-BZ_EXTERN int BZ_API(BZ2_bzCompressEnd) (
- bz_stream* strm
- );
-
-BZ_EXTERN int BZ_API(BZ2_bzDecompressInit) (
- bz_stream *strm,
- int verbosity,
- int small
- );
-
-BZ_EXTERN int BZ_API(BZ2_bzDecompress) (
- bz_stream* strm
- );
-
-BZ_EXTERN int BZ_API(BZ2_bzDecompressEnd) (
- bz_stream *strm
- );
-
-
-
-/*-- High(er) level library functions --*/
-
-#ifndef BZ_NO_STDIO
-#define BZ_MAX_UNUSED 5000
-
-typedef void BZFILE;
-
-BZ_EXTERN BZFILE* BZ_API(BZ2_bzReadOpen) (
- int* bzerror,
- FILE* f,
- int verbosity,
- int small,
- void* unused,
- int nUnused
- );
-
-BZ_EXTERN void BZ_API(BZ2_bzReadClose) (
- int* bzerror,
- BZFILE* b
- );
-
-BZ_EXTERN void BZ_API(BZ2_bzReadGetUnused) (
- int* bzerror,
- BZFILE* b,
- void** unused,
- int* nUnused
- );
-
-BZ_EXTERN int BZ_API(BZ2_bzRead) (
- int* bzerror,
- BZFILE* b,
- void* buf,
- int len
- );
-
-BZ_EXTERN BZFILE* BZ_API(BZ2_bzWriteOpen) (
- int* bzerror,
- FILE* f,
- int blockSize100k,
- int verbosity,
- int workFactor
- );
-
-BZ_EXTERN void BZ_API(BZ2_bzWrite) (
- int* bzerror,
- BZFILE* b,
- void* buf,
- int len
- );
-
-BZ_EXTERN void BZ_API(BZ2_bzWriteClose) (
- int* bzerror,
- BZFILE* b,
- int abandon,
- unsigned int* nbytes_in,
- unsigned int* nbytes_out
- );
-
-BZ_EXTERN void BZ_API(BZ2_bzWriteClose64) (
- int* bzerror,
- BZFILE* b,
- int abandon,
- unsigned int* nbytes_in_lo32,
- unsigned int* nbytes_in_hi32,
- unsigned int* nbytes_out_lo32,
- unsigned int* nbytes_out_hi32
- );
-#endif
-
-
-/*-- Utility functions --*/
-
-BZ_EXTERN int BZ_API(BZ2_bzBuffToBuffCompress) (
- char* dest,
- unsigned int* destLen,
- char* source,
- unsigned int sourceLen,
- int blockSize100k,
- int verbosity,
- int workFactor
- );
-
-BZ_EXTERN int BZ_API(BZ2_bzBuffToBuffDecompress) (
- char* dest,
- unsigned int* destLen,
- char* source,
- unsigned int sourceLen,
- int small,
- int verbosity
- );
-
-
-/*--
- Code contributed by Yoshioka Tsuneo
- (QWF00133@niftyserve.or.jp/tsuneo-y@is.aist-nara.ac.jp),
- to support better zlib compatibility.
- This code is not _officially_ part of libbzip2 (yet);
- I haven't tested it, documented it, or considered the
- threading-safeness of it.
- If this code breaks, please contact both Yoshioka and me.
---*/
-
-BZ_EXTERN const char * BZ_API(BZ2_bzlibVersion) (
- void
- );
-
-#ifndef BZ_NO_STDIO
-BZ_EXTERN BZFILE * BZ_API(BZ2_bzopen) (
- const char *path,
- const char *mode
- );
-
-BZ_EXTERN BZFILE * BZ_API(BZ2_bzdopen) (
- int fd,
- const char *mode
- );
-
-BZ_EXTERN int BZ_API(BZ2_bzread) (
- BZFILE* b,
- void* buf,
- int len
- );
-
-BZ_EXTERN int BZ_API(BZ2_bzwrite) (
- BZFILE* b,
- void* buf,
- int len
- );
-
-BZ_EXTERN int BZ_API(BZ2_bzflush) (
- BZFILE* b
- );
-
-BZ_EXTERN void BZ_API(BZ2_bzclose) (
- BZFILE* b
- );
-
-BZ_EXTERN const char * BZ_API(BZ2_bzerror) (
- BZFILE *b,
- int *errnum
- );
-#endif
-
-#ifdef __cplusplus
-}
-#endif
-
-#endif
-
-/*-------------------------------------------------------------*/
-/*--- end bzlib.h ---*/
-/*-------------------------------------------------------------*/
-
-
-
-
-/*-- General stuff. --*/
-
-#define BZ_VERSION "1.0.3, 17-Oct-2004"
-
-typedef char Char;
-typedef unsigned char Bool;
-typedef unsigned char UChar;
-typedef int Int32;
-typedef unsigned int UInt32;
-typedef short Int16;
-typedef unsigned short UInt16;
-
-#define True ((Bool)1)
-#define False ((Bool)0)
-
-#ifndef __GNUC__
-#define __inline__ /* */
-#endif
-
-#ifndef BZ_NO_STDIO
-extern void BZ2_bz__AssertH__fail ( int errcode );
-#define AssertH(cond,errcode) \
- { if (!(cond)) BZ2_bz__AssertH__fail ( errcode ); }
-#if BZ_DEBUG
-#define AssertD(cond,msg) \
- { if (!(cond)) { \
- fprintf ( stderr, \
- "\n\nlibbzip2(debug build): internal error\n\t%s\n", msg );\
- exit(1); \
- }}
-#else
-#define AssertD(cond,msg) /* */
-#endif
-#define VPrintf0(zf) \
- fprintf(stderr,zf)
-#define VPrintf1(zf,za1) \
- fprintf(stderr,zf,za1)
-#define VPrintf2(zf,za1,za2) \
- fprintf(stderr,zf,za1,za2)
-#define VPrintf3(zf,za1,za2,za3) \
- fprintf(stderr,zf,za1,za2,za3)
-#define VPrintf4(zf,za1,za2,za3,za4) \
- fprintf(stderr,zf,za1,za2,za3,za4)
-#define VPrintf5(zf,za1,za2,za3,za4,za5) \
- fprintf(stderr,zf,za1,za2,za3,za4,za5)
-#else
-extern void bz_internal_error ( int errcode );
-#define AssertH(cond,errcode) \
- { if (!(cond)) bz_internal_error ( errcode ); }
-#define AssertD(cond,msg) /* */
-#define VPrintf0(zf) \
- vexxx_printf(zf)
-#define VPrintf1(zf,za1) \
- vexxx_printf(zf,za1)
-#define VPrintf2(zf,za1,za2) \
- vexxx_printf(zf,za1,za2)
-#define VPrintf3(zf,za1,za2,za3) \
- vexxx_printf(zf,za1,za2,za3)
-#define VPrintf4(zf,za1,za2,za3,za4) \
- vexxx_printf(zf,za1,za2,za3,za4)
-#define VPrintf5(zf,za1,za2,za3,za4,za5) \
- vexxx_printf(zf,za1,za2,za3,za4,za5)
-#endif
-
-
-#define BZALLOC(nnn) (strm->bzalloc)(strm->opaque,(nnn),1)
-#define BZFREE(ppp) (strm->bzfree)(strm->opaque,(ppp))
-
-
-/*-- Header bytes. --*/
-
-#define BZ_HDR_B 0x42 /* 'B' */
-#define BZ_HDR_Z 0x5a /* 'Z' */
-#define BZ_HDR_h 0x68 /* 'h' */
-#define BZ_HDR_0 0x30 /* '0' */
-
-/*-- Constants for the back end. --*/
-
-#define BZ_MAX_ALPHA_SIZE 258
-#define BZ_MAX_CODE_LEN 23
-
-#define BZ_RUNA 0
-#define BZ_RUNB 1
-
-#define BZ_N_GROUPS 6
-#define BZ_G_SIZE 50
-#define BZ_N_ITERS 4
-
-#define BZ_MAX_SELECTORS (2 + (900000 / BZ_G_SIZE))
-
-
-
-/*-- Stuff for randomising repetitive blocks. --*/
-
-extern Int32 BZ2_rNums[512];
-
-#define BZ_RAND_DECLS \
- Int32 rNToGo; \
- Int32 rTPos \
-
-#define BZ_RAND_INIT_MASK \
- s->rNToGo = 0; \
- s->rTPos = 0 \
-
-#define BZ_RAND_MASK ((s->rNToGo == 1) ? 1 : 0)
-
-#define BZ_RAND_UPD_MASK \
- if (s->rNToGo == 0) { \
- s->rNToGo = BZ2_rNums[s->rTPos]; \
- s->rTPos++; \
- if (s->rTPos == 512) s->rTPos = 0; \
- } \
- s->rNToGo--;
-
-
-
-/*-- Stuff for doing CRCs. --*/
-
-extern UInt32 BZ2_crc32Table[256];
-
-#define BZ_INITIALISE_CRC(crcVar) \
-{ \
- crcVar = 0xffffffffL; \
-}
-
-#define BZ_FINALISE_CRC(crcVar) \
-{ \
- crcVar = ~(crcVar); \
-}
-
-#define BZ_UPDATE_CRC(crcVar,cha) \
-{ \
- crcVar = (crcVar << 8) ^ \
- BZ2_crc32Table[(crcVar >> 24) ^ \
- ((UChar)cha)]; \
-}
-
-
-
-/*-- States and modes for compression. --*/
-
-#define BZ_M_IDLE 1
-#define BZ_M_RUNNING 2
-#define BZ_M_FLUSHING 3
-#define BZ_M_FINISHING 4
-
-#define BZ_S_OUTPUT 1
-#define BZ_S_INPUT 2
-
-#define BZ_N_RADIX 2
-#define BZ_N_QSORT 12
-#define BZ_N_SHELL 18
-#define BZ_N_OVERSHOOT (BZ_N_RADIX + BZ_N_QSORT + BZ_N_SHELL + 2)
-
-
-
-
-/*-- Structure holding all the compression-side stuff. --*/
-
-typedef
- struct {
- /* pointer back to the struct bz_stream */
- bz_stream* strm;
-
- /* mode this stream is in, and whether inputting */
- /* or outputting data */
- Int32 mode;
- Int32 state;
-
- /* remembers avail_in when flush/finish requested */
- UInt32 avail_in_expect;
-
- /* for doing the block sorting */
- UInt32* arr1;
- UInt32* arr2;
- UInt32* ftab;
- Int32 origPtr;
-
- /* aliases for arr1 and arr2 */
- UInt32* ptr;
- UChar* block;
- UInt16* mtfv;
- UChar* zbits;
-
- /* for deciding when to use the fallback sorting algorithm */
- Int32 workFactor;
-
- /* run-length-encoding of the input */
- UInt32 state_in_ch;
- Int32 state_in_len;
- BZ_RAND_DECLS;
-
- /* input and output limits and current posns */
- Int32 nblock;
- Int32 nblockMAX;
- Int32 numZ;
- Int32 state_out_pos;
-
- /* map of bytes used in block */
- Int32 nInUse;
- Bool inUse[256];
- UChar unseqToSeq[256];
-
- /* the buffer for bit stream creation */
- UInt32 bsBuff;
- Int32 bsLive;
-
- /* block and combined CRCs */
- UInt32 blockCRC;
- UInt32 combinedCRC;
-
- /* misc administratium */
- Int32 verbosity;
- Int32 blockNo;
- Int32 blockSize100k;
-
- /* stuff for coding the MTF values */
- Int32 nMTF;
- Int32 mtfFreq [BZ_MAX_ALPHA_SIZE];
- UChar selector [BZ_MAX_SELECTORS];
- UChar selectorMtf[BZ_MAX_SELECTORS];
-
- UChar len [BZ_N_GROUPS][BZ_MAX_ALPHA_SIZE];
- Int32 code [BZ_N_GROUPS][BZ_MAX_ALPHA_SIZE];
- Int32 rfreq [BZ_N_GROUPS][BZ_MAX_ALPHA_SIZE];
- /* second dimension: only 3 needed; 4 makes index calculations faster */
- UInt32 len_pack[BZ_MAX_ALPHA_SIZE][4];
-
- }
- EState;
-
-
-
-/*-- externs for compression. --*/
-
-extern void
-BZ2_blockSort ( EState* );
-
-extern void
-BZ2_compressBlock ( EState*, Bool );
-
-extern void
-BZ2_bsInitWrite ( EState* );
-
-extern void
-BZ2_hbAssignCodes ( Int32*, UChar*, Int32, Int32, Int32 );
-
-extern void
-BZ2_hbMakeCodeLengths ( UChar*, Int32*, Int32, Int32 );
-
-
-
-/*-- states for decompression. --*/
-
-#define BZ_X_IDLE 1
-#define BZ_X_OUTPUT 2
-
-#define BZ_X_MAGIC_1 10
-#define BZ_X_MAGIC_2 11
-#define BZ_X_MAGIC_3 12
-#define BZ_X_MAGIC_4 13
-#define BZ_X_BLKHDR_1 14
-#define BZ_X_BLKHDR_2 15
-#define BZ_X_BLKHDR_3 16
-#define BZ_X_BLKHDR_4 17
-#define BZ_X_BLKHDR_5 18
-#define BZ_X_BLKHDR_6 19
-#define BZ_X_BCRC_1 20
-#define BZ_X_BCRC_2 21
-#define BZ_X_BCRC_3 22
-#define BZ_X_BCRC_4 23
-#define BZ_X_RANDBIT 24
-#define BZ_X_ORIGPTR_1 25
-#define BZ_X_ORIGPTR_2 26
-#define BZ_X_ORIGPTR_3 27
-#define BZ_X_MAPPING_1 28
-#define BZ_X_MAPPING_2 29
-#define BZ_X_SELECTOR_1 30
-#define BZ_X_SELECTOR_2 31
-#define BZ_X_SELECTOR_3 32
-#define BZ_X_CODING_1 33
-#define BZ_X_CODING_2 34
-#define BZ_X_CODING_3 35
-#define BZ_X_MTF_1 36
-#define BZ_X_MTF_2 37
-#define BZ_X_MTF_3 38
-#define BZ_X_MTF_4 39
-#define BZ_X_MTF_5 40
-#define BZ_X_MTF_6 41
-#define BZ_X_ENDHDR_2 42
-#define BZ_X_ENDHDR_3 43
-#define BZ_X_ENDHDR_4 44
-#define BZ_X_ENDHDR_5 45
-#define BZ_X_ENDHDR_6 46
-#define BZ_X_CCRC_1 47
-#define BZ_X_CCRC_2 48
-#define BZ_X_CCRC_3 49
-#define BZ_X_CCRC_4 50
-
-
-
-/*-- Constants for the fast MTF decoder. --*/
-
-#define MTFA_SIZE 4096
-#define MTFL_SIZE 16
-
-
-
-/*-- Structure holding all the decompression-side stuff. --*/
-
-typedef
- struct {
- /* pointer back to the struct bz_stream */
- bz_stream* strm;
-
- /* state indicator for this stream */
- Int32 state;
-
- /* for doing the final run-length decoding */
- UChar state_out_ch;
- Int32 state_out_len;
- Bool blockRandomised;
- BZ_RAND_DECLS;
-
- /* the buffer for bit stream reading */
- UInt32 bsBuff;
- Int32 bsLive;
-
- /* misc administratium */
- Int32 blockSize100k;
- Bool smallDecompress;
- Int32 currBlockNo;
- Int32 verbosity;
-
- /* for undoing the Burrows-Wheeler transform */
- Int32 origPtr;
- UInt32 tPos;
- Int32 k0;
- Int32 unzftab[256];
- Int32 nblock_used;
- Int32 cftab[257];
- Int32 cftabCopy[257];
-
- /* for undoing the Burrows-Wheeler transform (FAST) */
- UInt32 *tt;
-
- /* for undoing the Burrows-Wheeler transform (SMALL) */
- UInt16 *ll16;
- UChar *ll4;
-
- /* stored and calculated CRCs */
- UInt32 storedBlockCRC;
- UInt32 storedCombinedCRC;
- UInt32 calculatedBlockCRC;
- UInt32 calculatedCombinedCRC;
-
- /* map of bytes used in block */
- Int32 nInUse;
- Bool inUse[256];
- Bool inUse16[16];
- UChar seqToUnseq[256];
-
- /* for decoding the MTF values */
- UChar mtfa [MTFA_SIZE];
- Int32 mtfbase[256 / MTFL_SIZE];
- UChar selector [BZ_MAX_SELECTORS];
- UChar selectorMtf[BZ_MAX_SELECTORS];
- UChar len [BZ_N_GROUPS][BZ_MAX_ALPHA_SIZE];
-
- Int32 limit [BZ_N_GROUPS][BZ_MAX_ALPHA_SIZE];
- Int32 base [BZ_N_GROUPS][BZ_MAX_ALPHA_SIZE];
- Int32 perm [BZ_N_GROUPS][BZ_MAX_ALPHA_SIZE];
- Int32 minLens[BZ_N_GROUPS];
-
- /* save area for scalars in the main decompress code */
- Int32 save_i;
- Int32 save_j;
- Int32 save_t;
- Int32 save_alphaSize;
- Int32 save_nGroups;
- Int32 save_nSelectors;
- Int32 save_EOB;
- Int32 save_groupNo;
- Int32 save_groupPos;
- Int32 save_nextSym;
- Int32 save_nblockMAX;
- Int32 save_nblock;
- Int32 save_es;
- Int32 save_N;
- Int32 save_curr;
- Int32 save_zt;
- Int32 save_zn;
- Int32 save_zvec;
- Int32 save_zj;
- Int32 save_gSel;
- Int32 save_gMinlen;
- Int32* save_gLimit;
- Int32* save_gBase;
- Int32* save_gPerm;
-
- }
- DState;
-
-
-
-/*-- Macros for decompression. --*/
-
-#define BZ_GET_FAST(cccc) \
- s->tPos = s->tt[s->tPos]; \
- cccc = (UChar)(s->tPos & 0xff); \
- s->tPos >>= 8;
-
-#define BZ_GET_FAST_C(cccc) \
- c_tPos = c_tt[c_tPos]; \
- cccc = (UChar)(c_tPos & 0xff); \
- c_tPos >>= 8;
-
-#define SET_LL4(i,n) \
- { if (((i) & 0x1) == 0) \
- s->ll4[(i) >> 1] = (s->ll4[(i) >> 1] & 0xf0) | (n); else \
- s->ll4[(i) >> 1] = (s->ll4[(i) >> 1] & 0x0f) | ((n) << 4); \
- }
-
-#define GET_LL4(i) \
- ((((UInt32)(s->ll4[(i) >> 1])) >> (((i) << 2) & 0x4)) & 0xF)
-
-#define SET_LL(i,n) \
- { s->ll16[i] = (UInt16)(n & 0x0000ffff); \
- SET_LL4(i, n >> 16); \
- }
-
-#define GET_LL(i) \
- (((UInt32)s->ll16[i]) | (GET_LL4(i) << 16))
-
-#define BZ_GET_SMALL(cccc) \
- cccc = BZ2_indexIntoF ( s->tPos, s->cftab ); \
- s->tPos = GET_LL(s->tPos);
-
-
-/*-- externs for decompression. --*/
-
-extern Int32
-BZ2_indexIntoF ( Int32, Int32* );
-
-extern Int32
-BZ2_decompress ( DState* );
-
-extern void
-BZ2_hbCreateDecodeTables ( Int32*, Int32*, Int32*, UChar*,
- Int32, Int32, Int32 );
-
-
-#endif
-
-
-/*-- BZ_NO_STDIO seems to make NULL disappear on some platforms. --*/
-
-#ifdef BZ_NO_STDIO
-#ifndef NULL
-#define NULL 0
-#endif
-#endif
-
-
-/*-------------------------------------------------------------*/
-/*--- end bzlib_private.h ---*/
-/*-------------------------------------------------------------*/
-
-
-/* Something which has the same size as void* on the host. That is,
- it is 32 bits on a 32-bit host and 64 bits on a 64-bit host, and so
- it can safely be coerced to and from a pointer type on the host
- machine. */
-typedef unsigned long HWord;
-typedef char HChar;
-typedef signed int Int;
-typedef unsigned int UInt;
-
-typedef signed long long int Long;
-typedef unsigned long long int ULong;
-
-
-/////////////////////////////////////////////////////////////////////
-/////////////////////////////////////////////////////////////////////
-
-//#include "/home/sewardj/VEX/trunk/pub/libvex_basictypes.h"
-
-static HWord (*serviceFn)(HWord,HWord) = 0;
-
-
-static char* my_strcpy ( char* dest, const char* src )
-{
- char* dest_orig = dest;
- while (*src) *dest++ = *src++;
- *dest = 0;
- return dest_orig;
-}
-
-static void* my_memcpy ( void *dest, const void *src, int sz )
-{
- const char *s = (const char *)src;
- char *d = (char *)dest;
-
- while (sz--)
- *d++ = *s++;
-
- return dest;
-}
-
-static void* my_memmove( void *dst, const void *src, unsigned int len )
-{
- register char *d;
- register char *s;
- if ( dst > src ) {
- d = (char *)dst + len - 1;
- s = (char *)src + len - 1;
- while ( len >= 4 ) {
- *d-- = *s--;
- *d-- = *s--;
- *d-- = *s--;
- *d-- = *s--;
- len -= 4;
- }
- while ( len-- ) {
- *d-- = *s--;
- }
- } else if ( dst < src ) {
- d = (char *)dst;
- s = (char *)src;
- while ( len >= 4 ) {
- *d++ = *s++;
- *d++ = *s++;
- *d++ = *s++;
- *d++ = *s++;
- len -= 4;
- }
- while ( len-- ) {
- *d++ = *s++;
- }
- }
- return dst;
-}
-
-char* my_strcat ( char* dest, const char* src )
-{
- char* dest_orig = dest;
- while (*dest) dest++;
- while (*src) *dest++ = *src++;
- *dest = 0;
- return dest_orig;
-}
-
-
-/////////////////////////////////////////////////////////////////////
-
-static void vexxx_log_bytes ( char* p, int n )
-{
- int i;
- for (i = 0; i < n; i++)
- (*serviceFn)( 1, (int)p[i] );
-}
-
-/*---------------------------------------------------------*/
-/*--- vexxx_printf ---*/
-/*---------------------------------------------------------*/
-
-/* This should be the only <...> include in the entire VEX library.
- New code for vexxx_util.c should go above this point. */
-#include <stdarg.h>
-
-static HChar vexxx_toupper ( HChar c )
-{
- if (c >= 'a' && c <= 'z')
- return c + ('A' - 'a');
- else
- return c;
-}
-
-static Int vexxx_strlen ( const HChar* str )
-{
- Int i = 0;
- while (str[i] != 0) i++;
- return i;
-}
-
-Bool vexxx_streq ( const HChar* s1, const HChar* s2 )
-{
- while (True) {
- if (*s1 == 0 && *s2 == 0)
- return True;
- if (*s1 != *s2)
- return False;
- s1++;
- s2++;
- }
-}
-
-/* Some flags. */
-#define VG_MSG_SIGNED 1 /* The value is signed. */
-#define VG_MSG_ZJUSTIFY 2 /* Must justify with '0'. */
-#define VG_MSG_LJUSTIFY 4 /* Must justify on the left. */
-#define VG_MSG_PAREN 8 /* Parenthesize if present (for %y) */
-#define VG_MSG_COMMA 16 /* Add commas to numbers (for %d, %u) */
-
-/* Copy a string into the buffer. */
-static UInt
-myvprintf_str ( void(*send)(HChar), Int flags, Int width, HChar* str,
- Bool capitalise )
-{
-# define MAYBE_TOUPPER(ch) (capitalise ? vexxx_toupper(ch) : (ch))
- UInt ret = 0;
- Int i, extra;
- Int len = vexxx_strlen(str);
-
- if (width == 0) {
- ret += len;
- for (i = 0; i < len; i++)
- send(MAYBE_TOUPPER(str[i]));
- return ret;
- }
-
- if (len > width) {
- ret += width;
- for (i = 0; i < width; i++)
- send(MAYBE_TOUPPER(str[i]));
- return ret;
- }
-
- extra = width - len;
- if (flags & VG_MSG_LJUSTIFY) {
- ret += extra;
- for (i = 0; i < extra; i++)
- send(' ');
- }
- ret += len;
- for (i = 0; i < len; i++)
- send(MAYBE_TOUPPER(str[i]));
- if (!(flags & VG_MSG_LJUSTIFY)) {
- ret += extra;
- for (i = 0; i < extra; i++)
- send(' ');
- }
-
-# undef MAYBE_TOUPPER
-
- return ret;
-}
-
-/* Write P into the buffer according to these args:
- * If SIGN is true, p is a signed.
- * BASE is the base.
- * If WITH_ZERO is true, '0' must be added.
- * WIDTH is the width of the field.
- */
-static UInt
-myvprintf_int64 ( void(*send)(HChar), Int flags, Int base, Int width, ULong pL)
-{
- HChar buf[40];
- Int ind = 0;
- Int i, nc = 0;
- Bool neg = False;
- HChar *digits = "0123456789ABCDEF";
- UInt ret = 0;
- UInt p = (UInt)pL;
-
- if (base < 2 || base > 16)
- return ret;
-
- if ((flags & VG_MSG_SIGNED) && (Int)p < 0) {
- p = - (Int)p;
- neg = True;
- }
-
- if (p == 0)
- buf[ind++] = '0';
- else {
- while (p > 0) {
- if ((flags & VG_MSG_COMMA) && 10 == base &&
- 0 == (ind-nc) % 3 && 0 != ind)
- {
- buf[ind++] = ',';
- nc++;
- }
- buf[ind++] = digits[p % base];
- p /= base;
- }
- }
-
- if (neg)
- buf[ind++] = '-';
-
- if (width > 0 && !(flags & VG_MSG_LJUSTIFY)) {
- for(; ind < width; ind++) {
- //vassert(ind < 39);
- buf[ind] = ((flags & VG_MSG_ZJUSTIFY) ? '0': ' ');
- }
- }
-
- /* Reverse copy to buffer. */
- ret += ind;
- for (i = ind -1; i >= 0; i--) {
- send(buf[i]);
- }
- if (width > 0 && (flags & VG_MSG_LJUSTIFY)) {
- for(; ind < width; ind++) {
- ret++;
- send(' '); // Never pad with zeroes on RHS -- changes the value!
- }
- }
- return ret;
-}
-
-
-/* A simple vprintf(). */
-static
-UInt vprintf_wrk ( void(*send)(HChar), const HChar *format, va_list vargs )
-{
- UInt ret = 0;
- int i;
- int flags;
- int width;
- Bool is_long;
-
- /* We assume that vargs has already been initialised by the
- caller, using va_start, and that the caller will similarly
- clean up with va_end.
- */
-
- for (i = 0; format[i] != 0; i++) {
- if (format[i] != '%') {
- send(format[i]);
- ret++;
- continue;
- }
- i++;
- /* A '%' has been found. Ignore a trailing %. */
- if (format[i] == 0)
- break;
- if (format[i] == '%') {
- /* `%%' is replaced by `%'. */
- send('%');
- ret++;
- continue;
- }
- flags = 0;
- is_long = False;
- width = 0; /* length of the field. */
- if (format[i] == '(') {
- flags |= VG_MSG_PAREN;
- i++;
- }
- /* If ',' follows '%', commas will be inserted. */
- if (format[i] == ',') {
- flags |= VG_MSG_COMMA;
- i++;
- }
- /* If '-' follows '%', justify on the left. */
- if (format[i] == '-') {
- flags |= VG_MSG_LJUSTIFY;
- i++;
- }
- /* If '0' follows '%', pads will be inserted. */
- if (format[i] == '0') {
- flags |= VG_MSG_ZJUSTIFY;
- i++;
- }
- /* Compute the field length. */
- while (format[i] >= '0' && format[i] <= '9') {
- width *= 10;
- width += format[i++] - '0';
- }
- while (format[i] == 'l') {
- i++;
- is_long = True;
- }
-
- switch (format[i]) {
- case 'd': /* %d */
- flags |= VG_MSG_SIGNED;
- if (is_long)
- ret += myvprintf_int64(send, flags, 10, width,
- (ULong)(va_arg (vargs, Long)));
- else
- ret += myvprintf_int64(send, flags, 10, width,
- (ULong)(va_arg (vargs, Int)));
- break;
- case 'u': /* %u */
- if (is_long)
- ret += myvprintf_int64(send, flags, 10, width,
- (ULong)(va_arg (vargs, ULong)));
- else
- ret += myvprintf_int64(send, flags, 10, width,
- (ULong)(va_arg (vargs, UInt)));
- break;
- case 'p': /* %p */
- ret += 2;
- send('0');
- send('x');
- ret += myvprintf_int64(send, flags, 16, width,
- (ULong)((HWord)va_arg (vargs, void *)));
- break;
- case 'x': /* %x */
- if (is_long)
- ret += myvprintf_int64(send, flags, 16, width,
- (ULong)(va_arg (vargs, ULong)));
- else
- ret += myvprintf_int64(send, flags, 16, width,
- (ULong)(va_arg (vargs, UInt)));
- break;
- case 'c': /* %c */
- ret++;
- send((va_arg (vargs, int)));
- break;
- case 's': case 'S': { /* %s */
- char *str = va_arg (vargs, char *);
- if (str == (char*) 0) str = "(null)";
- ret += myvprintf_str(send, flags, width, str,
- (format[i]=='S'));
- break;
- }
-# if 0
- case 'y': { /* %y - print symbol */
- Addr a = va_arg(vargs, Addr);
-
- HChar *name;
- if (VG_(get_fnname_w_offset)(a, &name)) {
- HChar buf[1 + VG_strlen(name) + 1 + 1];
- if (flags & VG_MSG_PAREN) {
- VG_(sprintf)(str, "(%s)", name):
- } else {
- VG_(sprintf)(str, "%s", name):
- }
- ret += myvprintf_str(send, flags, width, buf, 0);
- }
- break;
- }
-# endif
- default:
- break;
- }
- }
- return ret;
-}
-
-
-/* A general replacement for printf(). Note that only low-level
- debugging info should be sent via here. The official route is to
- to use vg_message(). This interface is deprecated.
-*/
-static HChar myprintf_buf[1000];
-static Int n_myprintf_buf;
-
-static void add_to_myprintf_buf ( HChar c )
-{
- if (c == '\n' || n_myprintf_buf >= 1000-10 /*paranoia*/ ) {
- (*vexxx_log_bytes)( myprintf_buf, vexxx_strlen(myprintf_buf) );
- n_myprintf_buf = 0;
- myprintf_buf[n_myprintf_buf] = 0;
- }
- myprintf_buf[n_myprintf_buf++] = c;
- myprintf_buf[n_myprintf_buf] = 0;
-}
-
-static UInt vexxx_printf ( const char *format, ... )
-{
- UInt ret;
- va_list vargs;
- va_start(vargs,format);
-
- n_myprintf_buf = 0;
- myprintf_buf[n_myprintf_buf] = 0;
- ret = vprintf_wrk ( add_to_myprintf_buf, format, vargs );
-
- if (n_myprintf_buf > 0) {
- (*vexxx_log_bytes)( myprintf_buf, n_myprintf_buf );
- }
-
- va_end(vargs);
-
- return ret;
-}
-
-/*---------------------------------------------------------------*/
-/*--- end vexxx_util.c ---*/
-/*---------------------------------------------------------------*/
-
-
-/////////////////////////////////////////////////////////////////////
-/////////////////////////////////////////////////////////////////////
-/////////////////////////////////////////////////////////////////////
-/////////////////////////////////////////////////////////////////////
-
-
-/*-------------------------------------------------------------*/
-/*--- Decompression machinery ---*/
-/*--- decompress.c ---*/
-/*-------------------------------------------------------------*/
-
-/*--
- This file is a part of bzip2 and/or libbzip2, a program and
- library for lossless, block-sorting data compression.
-
- Copyright (C) 1996-2004 Julian R Seward. All rights reserved.
-
- Redistribution and use in source and binary forms, with or without
- modification, are permitted provided that the following conditions
- are met:
-
- 1. Redistributions of source code must retain the above copyright
- notice, this list of conditions and the following disclaimer.
-
- 2. The origin of this software must not be misrepresented; you must
- not claim that you wrote the original software. If you use this
- software in a product, an acknowledgment in the product
- documentation would be appreciated but is not required.
-
- 3. Altered source versions must be plainly marked as such, and must
- not be misrepresented as being the original software.
-
- 4. The name of the author may not be used to endorse or promote
- products derived from this software without specific prior written
- permission.
-
- THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND ANY EXPRESS
- OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
- WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
- ARE DISCLAIMED. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY
- DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
- DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE
- GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS
- INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY,
- WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING
- NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS
- SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
-
- Julian Seward, Cambridge, UK.
- jseward@bzip.org
- bzip2/libbzip2 version 1.0 of 21 March 2000
-
- This program is based on (at least) the work of:
- Mike Burrows
- David Wheeler
- Peter Fenwick
- Alistair Moffat
- Radford Neal
- Ian H. Witten
- Robert Sedgewick
- Jon L. Bentley
-
- For more information on these sources, see the manual.
---*/
-
-
-
-
-/*---------------------------------------------------*/
-static
-void makeMaps_d ( DState* s )
-{
- Int32 i;
- s->nInUse = 0;
- for (i = 0; i < 256; i++)
- if (s->inUse[i]) {
- s->seqToUnseq[s->nInUse] = i;
- s->nInUse++;
- }
-}
-
-
-/*---------------------------------------------------*/
-#define RETURN(rrr) \
- { retVal = rrr; goto save_state_and_return; };
-
-#define GET_BITS(lll,vvv,nnn) \
- case lll: s->state = lll; \
- while (True) { \
- if (s->bsLive >= nnn) { \
- UInt32 v; \
- v = (s->bsBuff >> \
- (s->bsLive-nnn)) & ((1 << nnn)-1); \
- s->bsLive -= nnn; \
- vvv = v; \
- break; \
- } \
- if (s->strm->avail_in == 0) RETURN(BZ_OK); \
- s->bsBuff \
- = (s->bsBuff << 8) | \
- ((UInt32) \
- (*((UChar*)(s->strm->next_in)))); \
- s->bsLive += 8; \
- s->strm->next_in++; \
- s->strm->avail_in--; \
- s->strm->total_in_lo32++; \
- if (s->strm->total_in_lo32 == 0) \
- s->strm->total_in_hi32++; \
- }
-
-#define GET_UCHAR(lll,uuu) \
- GET_BITS(lll,uuu,8)
-
-#define GET_BIT(lll,uuu) \
- GET_BITS(lll,uuu,1)
-
-/*---------------------------------------------------*/
-#define GET_MTF_VAL(label1,label2,lval) \
-{ \
- if (groupPos == 0) { \
- groupNo++; \
- if (groupNo >= nSelectors) \
- RETURN(BZ_DATA_ERROR); \
- groupPos = BZ_G_SIZE; \
- gSel = s->selector[groupNo]; \
- gMinlen = s->minLens[gSel]; \
- gLimit = &(s->limit[gSel][0]); \
- gPerm = &(s->perm[gSel][0]); \
- gBase = &(s->base[gSel][0]); \
- } \
- groupPos--; \
- zn = gMinlen; \
- GET_BITS(label1, zvec, zn); \
- while (1) { \
- if (zn > 20 /* the longest code */) \
- RETURN(BZ_DATA_ERROR); \
- if (zvec <= gLimit[zn]) break; \
- zn++; \
- GET_BIT(label2, zj); \
- zvec = (zvec << 1) | zj; \
- }; \
- if (zvec - gBase[zn] < 0 \
- || zvec - gBase[zn] >= BZ_MAX_ALPHA_SIZE) \
- RETURN(BZ_DATA_ERROR); \
- lval = gPerm[zvec - gBase[zn]]; \
-}
-
-
-
-/*---------------------------------------------------*/
-__inline__ Int32 BZ2_indexIntoF ( Int32 indx, Int32 *cftab )
-{
- Int32 nb, na, mid;
- nb = 0;
- na = 256;
- do {
- mid = (nb + na) >> 1;
- if (indx >= cftab[mid]) nb = mid; else na = mid;
- }
- while (na - nb != 1);
- return nb;
-}
-
-/*---------------------------------------------------*/
-Int32 BZ2_decompress ( DState* s )
-{
- UChar uc;
- Int32 retVal;
- Int32 minLen, maxLen;
- bz_stream* strm = s->strm;
-
- /* stuff that needs to be saved/restored */
- Int32 i;
- Int32 j;
- Int32 t;
- Int32 alphaSize;
- Int32 nGroups;
- Int32 nSelectors;
- Int32 EOB;
- Int32 groupNo;
- Int32 groupPos;
- Int32 nextSym;
- Int32 nblockMAX;
- Int32 nblock;
- Int32 es;
- Int32 N;
- Int32 curr;
- Int32 zt;
- Int32 zn;
- Int32 zvec;
- Int32 zj;
- Int32 gSel;
- Int32 gMinlen;
- Int32* gLimit;
- Int32* gBase;
- Int32* gPerm;
-
- if (s->state == BZ_X_MAGIC_1) {
- /*initialise the save area*/
- s->save_i = 0;
- s->save_j = 0;
- s->save_t = 0;
- s->save_alphaSize = 0;
- s->save_nGroups = 0;
- s->save_nSelectors = 0;
- s->save_EOB = 0;
- s->save_groupNo = 0;
- s->save_groupPos = 0;
- s->save_nextSym = 0;
- s->save_nblockMAX = 0;
- s->save_nblock = 0;
- s->save_es = 0;
- s->save_N = 0;
- s->save_curr = 0;
- s->save_zt = 0;
- s->save_zn = 0;
- s->save_zvec = 0;
- s->save_zj = 0;
- s->save_gSel = 0;
- s->save_gMinlen = 0;
- s->save_gLimit = NULL;
- s->save_gBase = NULL;
- s->save_gPerm = NULL;
- }
-
- /*restore from the save area*/
- i = s->save_i;
- j = s->save_j;
- t = s->save_t;
- alphaSize = s->save_alphaSize;
- nGroups = s->save_nGroups;
- nSelectors = s->save_nSelectors;
- EOB = s->save_EOB;
- groupNo = s->save_groupNo;
- groupPos = s->save_groupPos;
- nextSym = s->save_nextSym;
- nblockMAX = s->save_nblockMAX;
- nblock = s->save_nblock;
- es = s->save_es;
- N = s->save_N;
- curr = s->save_curr;
- zt = s->save_zt;
- zn = s->save_zn;
- zvec = s->save_zvec;
- zj = s->save_zj;
- gSel = s->save_gSel;
- gMinlen = s->save_gMinlen;
- gLimit = s->save_gLimit;
- gBase = s->save_gBase;
- gPerm = s->save_gPerm;
-
- retVal = BZ_OK;
-
- switch (s->state) {
-
- GET_UCHAR(BZ_X_MAGIC_1, uc);
- if (uc != BZ_HDR_B) RETURN(BZ_DATA_ERROR_MAGIC);
-
- GET_UCHAR(BZ_X_MAGIC_2, uc);
- if (uc != BZ_HDR_Z) RETURN(BZ_DATA_ERROR_MAGIC);
-
- GET_UCHAR(BZ_X_MAGIC_3, uc)
- if (uc != BZ_HDR_h) RETURN(BZ_DATA_ERROR_MAGIC);
-
- GET_BITS(BZ_X_MAGIC_4, s->blockSize100k, 8)
- if (s->blockSize100k < (BZ_HDR_0 + 1) ||
- s->blockSize100k > (BZ_HDR_0 + 9)) RETURN(BZ_DATA_ERROR_MAGIC);
- s->blockSize100k -= BZ_HDR_0;
-
- if (s->smallDecompress) {
- s->ll16 = BZALLOC( s->blockSize100k * 100000 * sizeof(UInt16) );
- s->ll4 = BZALLOC(
- ((1 + s->blockSize100k * 100000) >> 1) * sizeof(UChar)
- );
- if (s->ll16 == NULL || s->ll4 == NULL) RETURN(BZ_MEM_ERROR);
- } else {
- s->tt = BZALLOC( s->blockSize100k * 100000 * sizeof(Int32) );
- if (s->tt == NULL) RETURN(BZ_MEM_ERROR);
- }
-
- GET_UCHAR(BZ_X_BLKHDR_1, uc);
-
- if (uc == 0x17) goto endhdr_2;
- if (uc != 0x31) RETURN(BZ_DATA_ERROR);
- GET_UCHAR(BZ_X_BLKHDR_2, uc);
- if (uc != 0x41) RETURN(BZ_DATA_ERROR);
- GET_UCHAR(BZ_X_BLKHDR_3, uc);
- if (uc != 0x59) RETURN(BZ_DATA_ERROR);
- GET_UCHAR(BZ_X_BLKHDR_4, uc);
- if (uc != 0x26) RETURN(BZ_DATA_ERROR);
- GET_UCHAR(BZ_X_BLKHDR_5, uc);
- if (uc != 0x53) RETURN(BZ_DATA_ERROR);
- GET_UCHAR(BZ_X_BLKHDR_6, uc);
- if (uc != 0x59) RETURN(BZ_DATA_ERROR);
-
- s->currBlockNo++;
- if (s->verbosity >= 2)
- VPrintf1 ( "\n [%d: huff+mtf ", s->currBlockNo );
-
- s->storedBlockCRC = 0;
- GET_UCHAR(BZ_X_BCRC_1, uc);
- s->storedBlockCRC = (s->storedBlockCRC << 8) | ((UInt32)uc);
- GET_UCHAR(BZ_X_BCRC_2, uc);
- s->storedBlockCRC = (s->storedBlockCRC << 8) | ((UInt32)uc);
- GET_UCHAR(BZ_X_BCRC_3, uc);
- s->storedBlockCRC = (s->storedBlockCRC << 8) | ((UInt32)uc);
- GET_UCHAR(BZ_X_BCRC_4, uc);
- s->storedBlockCRC = (s->storedBlockCRC << 8) | ((UInt32)uc);
-
- GET_BITS(BZ_X_RANDBIT, s->blockRandomised, 1);
-
- s->origPtr = 0;
- GET_UCHAR(BZ_X_ORIGPTR_1, uc);
- s->origPtr = (s->origPtr << 8) | ((Int32)uc);
- GET_UCHAR(BZ_X_ORIGPTR_2, uc);
- s->origPtr = (s->origPtr << 8) | ((Int32)uc);
- GET_UCHAR(BZ_X_ORIGPTR_3, uc);
- s->origPtr = (s->origPtr << 8) | ((Int32)uc);
-
- if (s->origPtr < 0)
- RETURN(BZ_DATA_ERROR);
- if (s->origPtr > 10 + 100000*s->blockSize100k)
- RETURN(BZ_DATA_ERROR);
-
- /*--- Receive the mapping table ---*/
- for (i = 0; i < 16; i++) {
- GET_BIT(BZ_X_MAPPING_1, uc);
- if (uc == 1)
- s->inUse16[i] = True; else
- s->inUse16[i] = False;
- }
-
- for (i = 0; i < 256; i++) s->inUse[i] = False;
-
- for (i = 0; i < 16; i++)
- if (s->inUse16[i])
- for (j = 0; j < 16; j++) {
- GET_BIT(BZ_X_MAPPING_2, uc);
- if (uc == 1) s->inUse[i * 16 + j] = True;
- }
- makeMaps_d ( s );
- if (s->nInUse == 0) RETURN(BZ_DATA_ERROR);
- alphaSize = s->nInUse+2;
-
- /*--- Now the selectors ---*/
- GET_BITS(BZ_X_SELECTOR_1, nGroups, 3);
- if (nGroups < 2 || nGroups > 6) RETURN(BZ_DATA_ERROR);
- GET_BITS(BZ_X_SELECTOR_2, nSelectors, 15);
- if (nSelectors < 1) RETURN(BZ_DATA_ERROR);
- for (i = 0; i < nSelectors; i++) {
- j = 0;
- while (True) {
- GET_BIT(BZ_X_SELECTOR_3, uc);
- if (uc == 0) break;
- j++;
- if (j >= nGroups) RETURN(BZ_DATA_ERROR);
- }
- s->selectorMtf[i] = j;
- }
-
- /*--- Undo the MTF values for the selectors. ---*/
- {
- UChar pos[BZ_N_GROUPS], tmp, v;
- for (v = 0; v < nGroups; v++) pos[v] = v;
-
- for (i = 0; i < nSelectors; i++) {
- v = s->selectorMtf[i];
- tmp = pos[v];
- while (v > 0) { pos[v] = pos[v-1]; v--; }
- pos[0] = tmp;
- s->selector[i] = tmp;
- }
- }
-
- /*--- Now the coding tables ---*/
- for (t = 0; t < nGroups; t++) {
- GET_BITS(BZ_X_CODING_1, curr, 5);
- for (i = 0; i < alphaSize; i++) {
- while (True) {
- if (curr < 1 || curr > 20) RETURN(BZ_DATA_ERROR);
- GET_BIT(BZ_X_CODING_2, uc);
- if (uc == 0) break;
- GET_BIT(BZ_X_CODING_3, uc);
- if (uc == 0) curr++; else curr--;
- }
- s->len[t][i] = curr;
- }
- }
-
- /*--- Create the Huffman decoding tables ---*/
- for (t = 0; t < nGroups; t++) {
- minLen = 32;
- maxLen = 0;
- for (i = 0; i < alphaSize; i++) {
- if (s->len[t][i] > maxLen) maxLen = s->len[t][i];
- if (s->len[t][i] < minLen) minLen = s->len[t][i];
- }
- BZ2_hbCreateDecodeTables (
- &(s->limit[t][0]),
- &(s->base[t][0]),
- &(s->perm[t][0]),
- &(s->len[t][0]),
- minLen, maxLen, alphaSize
- );
- s->minLens[t] = minLen;
- }
-
- /*--- Now the MTF values ---*/
-
- EOB = s->nInUse+1;
- nblockMAX = 100000 * s->blockSize100k;
- groupNo = -1;
- groupPos = 0;
-
- for (i = 0; i <= 255; i++) s->unzftab[i] = 0;
-
- /*-- MTF init --*/
- {
- Int32 ii, jj, kk;
- kk = MTFA_SIZE-1;
- for (ii = 256 / MTFL_SIZE - 1; ii >= 0; ii--) {
- for (jj = MTFL_SIZE-1; jj >= 0; jj--) {
- s->mtfa[kk] = (UChar)(ii * MTFL_SIZE + jj);
- kk--;
- }
- s->mtfbase[ii] = kk + 1;
- }
- }
- /*-- end MTF init --*/
-
- nblock = 0;
- GET_MTF_VAL(BZ_X_MTF_1, BZ_X_MTF_2, nextSym);
-
- while (True) {
-
- if (nextSym == EOB) break;
-
- if (nextSym == BZ_RUNA || nextSym == BZ_RUNB) {
-
- es = -1;
- N = 1;
- do {
- if (nextSym == BZ_RUNA) es = es + (0+1) * N; else
- if (nextSym == BZ_RUNB) es = es + (1+1) * N;
- N = N * 2;
- GET_MTF_VAL(BZ_X_MTF_3, BZ_X_MTF_4, nextSym);
- }
- while (nextSym == BZ_RUNA || nextSym == BZ_RUNB);
-
- es++;
- uc = s->seqToUnseq[ s->mtfa[s->mtfbase[0]] ];
- s->unzftab[uc] += es;
-
- if (s->smallDecompress)
- while (es > 0) {
- if (nblock >= nblockMAX) RETURN(BZ_DATA_ERROR);
- s->ll16[nblock] = (UInt16)uc;
- nblock++;
- es--;
- }
- else
- while (es > 0) {
- if (nblock >= nblockMAX) RETURN(BZ_DATA_ERROR);
- s->tt[nblock] = (UInt32)uc;
- nblock++;
- es--;
- };
-
- continue;
-
- } else {
-
- if (nblock >= nblockMAX) RETURN(BZ_DATA_ERROR);
-
- /*-- uc = MTF ( nextSym-1 ) --*/
- {
- Int32 ii, jj, kk, pp, lno, off;
- UInt32 nn;
- nn = (UInt32)(nextSym - 1);
-
- if (nn < MTFL_SIZE) {
- /* avoid general-case expense */
- pp = s->mtfbase[0];
- uc = s->mtfa[pp+nn];
- while (nn > 3) {
- Int32 z = pp+nn;
- s->mtfa[(z) ] = s->mtfa[(z)-1];
- s->mtfa[(z)-1] = s->mtfa[(z)-2];
- s->mtfa[(z)-2] = s->mtfa[(z)-3];
- s->mtfa[(z)-3] = s->mtfa[(z)-4];
- nn -= 4;
- }
- while (nn > 0) {
- s->mtfa[(pp+nn)] = s->mtfa[(pp+nn)-1]; nn--;
- };
- s->mtfa[pp] = uc;
- } else {
- /* general case */
- lno = nn / MTFL_SIZE;
- off = nn % MTFL_SIZE;
- pp = s->mtfbase[lno] + off;
- uc = s->mtfa[pp];
- while (pp > s->mtfbase[lno]) {
- s->mtfa[pp] = s->mtfa[pp-1]; pp--;
- };
- s->mtfbase[lno]++;
- while (lno > 0) {
- s->mtfbase[lno]--;
- s->mtfa[s->mtfbase[lno]]
- = s->mtfa[s->mtfbase[lno-1] + MTFL_SIZE - 1];
- lno--;
- }
- s->mtfbase[0]--;
- s->mtfa[s->mtfbase[0]] = uc;
- if (s->mtfbase[0] == 0) {
- kk = MTFA_SIZE-1;
- for (ii = 256 / MTFL_SIZE-1; ii >= 0; ii--) {
- for (jj = MTFL_SIZE-1; jj >= 0; jj--) {
- s->mtfa[kk] = s->mtfa[s->mtfbase[ii] + jj];
- kk--;
- }
- s->mtfbase[ii] = kk + 1;
- }
- }
- }
- }
- /*-- end uc = MTF ( nextSym-1 ) --*/
-
- s->unzftab[s->seqToUnseq[uc]]++;
- if (s->smallDecompress)
- s->ll16[nblock] = (UInt16)(s->seqToUnseq[uc]); else
- s->tt[nblock] = (UInt32)(s->seqToUnseq[uc]);
- nblock++;
-
- GET_MTF_VAL(BZ_X_MTF_5, BZ_X_MTF_6, nextSym);
- continue;
- }
- }
-
- /* Now we know what nblock is, we can do a better sanity
- check on s->origPtr.
- */
- if (s->origPtr < 0 || s->origPtr >= nblock)
- RETURN(BZ_DATA_ERROR);
-
- /*-- Set up cftab to facilitate generation of T^(-1) --*/
- s->cftab[0] = 0;
- for (i = 1; i <= 256; i++) s->cftab[i] = s->unzftab[i-1];
- for (i = 1; i <= 256; i++) s->cftab[i] += s->cftab[i-1];
- for (i = 0; i <= 256; i++) {
- if (s->cftab[i] < 0 || s->cftab[i] > nblock) {
- /* s->cftab[i] can legitimately be == nblock */
- RETURN(BZ_DATA_ERROR);
- }
- }
-
- s->state_out_len = 0;
- s->state_out_ch = 0;
- BZ_INITIALISE_CRC ( s->calculatedBlockCRC );
- s->state = BZ_X_OUTPUT;
- if (s->verbosity >= 2) VPrintf0 ( "rt+rld" );
-
- if (s->smallDecompress) {
-
- /*-- Make a copy of cftab, used in generation of T --*/
- for (i = 0; i <= 256; i++) s->cftabCopy[i] = s->cftab[i];
-
- /*-- compute the T vector --*/
- for (i = 0; i < nblock; i++) {
- uc = (UChar)(s->ll16[i]);
- SET_LL(i, s->cftabCopy[uc]);
- s->cftabCopy[uc]++;
- }
-
- /*-- Compute T^(-1) by pointer reversal on T --*/
- i = s->origPtr;
- j = GET_LL(i);
- do {
- Int32 tmp = GET_LL(j);
- SET_LL(j, i);
- i = j;
- j = tmp;
- }
- while (i != s->origPtr);
-
- s->tPos = s->origPtr;
- s->nblock_used = 0;
- if (s->blockRandomised) {
- BZ_RAND_INIT_MASK;
- BZ_GET_SMALL(s->k0); s->nblock_used++;
- BZ_RAND_UPD_MASK; s->k0 ^= BZ_RAND_MASK;
- } else {
- BZ_GET_SMALL(s->k0); s->nblock_used++;
- }
-
- } else {
-
- /*-- compute the T^(-1) vector --*/
- for (i = 0; i < nblock; i++) {
- uc = (UChar)(s->tt[i] & 0xff);
- s->tt[s->cftab[uc]] |= (i << 8);
- s->cftab[uc]++;
- }
-
- s->tPos = s->tt[s->origPtr] >> 8;
- s->nblock_used = 0;
- if (s->blockRandomised) {
- BZ_RAND_INIT_MASK;
- BZ_GET_FAST(s->k0); s->nblock_used++;
- BZ_RAND_UPD_MASK; s->k0 ^= BZ_RAND_MASK;
- } else {
- BZ_GET_FAST(s->k0); s->nblock_used++;
- }
-
- }
-
- RETURN(BZ_OK);
-
-
-
- endhdr_2:
-
- GET_UCHAR(BZ_X_ENDHDR_2, uc);
- if (uc != 0x72) RETURN(BZ_DATA_ERROR);
- GET_UCHAR(BZ_X_ENDHDR_3, uc);
- if (uc != 0x45) RETURN(BZ_DATA_ERROR);
- GET_UCHAR(BZ_X_ENDHDR_4, uc);
- if (uc != 0x38) RETURN(BZ_DATA_ERROR);
- GET_UCHAR(BZ_X_ENDHDR_5, uc);
- if (uc != 0x50) RETURN(BZ_DATA_ERROR);
- GET_UCHAR(BZ_X_ENDHDR_6, uc);
- if (uc != 0x90) RETURN(BZ_DATA_ERROR);
-
- s->storedCombinedCRC = 0;
- GET_UCHAR(BZ_X_CCRC_1, uc);
- s->storedCombinedCRC = (s->storedCombinedCRC << 8) | ((UInt32)uc);
- GET_UCHAR(BZ_X_CCRC_2, uc);
- s->storedCombinedCRC = (s->storedCombinedCRC << 8) | ((UInt32)uc);
- GET_UCHAR(BZ_X_CCRC_3, uc);
- s->storedCombinedCRC = (s->storedCombinedCRC << 8) | ((UInt32)uc);
- GET_UCHAR(BZ_X_CCRC_4, uc);
- s->storedCombinedCRC = (s->storedCombinedCRC << 8) | ((UInt32)uc);
-
- s->state = BZ_X_IDLE;
- RETURN(BZ_STREAM_END);
-
- default: AssertH ( False, 4001 );
- }
-
- AssertH ( False, 4002 );
-
- save_state_and_return:
-
- s->save_i = i;
- s->save_j = j;
- s->save_t = t;
- s->save_alphaSize = alphaSize;
- s->save_nGroups = nGroups;
- s->save_nSelectors = nSelectors;
- s->save_EOB = EOB;
- s->save_groupNo = groupNo;
- s->save_groupPos = groupPos;
- s->save_nextSym = nextSym;
- s->save_nblockMAX = nblockMAX;
- s->save_nblock = nblock;
- s->save_es = es;
- s->save_N = N;
- s->save_curr = curr;
- s->save_zt = zt;
- s->save_zn = zn;
- s->save_zvec = zvec;
- s->save_zj = zj;
- s->save_gSel = gSel;
- s->save_gMinlen = gMinlen;
- s->save_gLimit = gLimit;
- s->save_gBase = gBase;
- s->save_gPerm = gPerm;
-
- return retVal;
-}
-
-
-/*-------------------------------------------------------------*/
-/*--- end decompress.c ---*/
-/*-------------------------------------------------------------*/
-
-/*-------------------------------------------------------------*/
-/*--- Block sorting machinery ---*/
-/*--- blocksort.c ---*/
-/*-------------------------------------------------------------*/
-
-/*--
- This file is a part of bzip2 and/or libbzip2, a program and
- library for lossless, block-sorting data compression.
-
- Copyright (C) 1996-2004 Julian R Seward. All rights reserved.
-
- Redistribution and use in source and binary forms, with or without
- modification, are permitted provided that the following conditions
- are met:
-
- 1. Redistributions of source code must retain the above copyright
- notice, this list of conditions and the following disclaimer.
-
- 2. The origin of this software must not be misrepresented; you must
- not claim that you wrote the original software. If you use this
- software in a product, an acknowledgment in the product
- documentation would be appreciated but is not required.
-
- 3. Altered source versions must be plainly marked as such, and must
- not be misrepresented as being the original software.
-
- 4. The name of the author may not be used to endorse or promote
- products derived from this software without specific prior written
- permission.
-
- THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND ANY EXPRESS
- OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
- WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
- ARE DISCLAIMED. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY
- DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
- DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE
- GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS
- INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY,
- WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING
- NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS
- SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
-
- Julian Seward, Cambridge, UK.
- jseward@bzip.org
- bzip2/libbzip2 version 1.0 of 21 March 2000
-
- This program is based on (at least) the work of:
- Mike Burrows
- David Wheeler
- Peter Fenwick
- Alistair Moffat
- Radford Neal
- Ian H. Witten
- Robert Sedgewick
- Jon L. Bentley
-
- For more information on these sources, see the manual.
-
- To get some idea how the block sorting algorithms in this file
- work, read my paper
- On the Performance of BWT Sorting Algorithms
- in Proceedings of the IEEE Data Compression Conference 2000,
- Snowbird, Utah, USA, 27-30 March 2000. The main sort in this
- file implements the algorithm called cache in the paper.
---*/
-
-
-
-/*---------------------------------------------*/
-/*--- Fallback O(N log(N)^2) sorting ---*/
-/*--- algorithm, for repetitive blocks ---*/
-/*---------------------------------------------*/
-
-/*---------------------------------------------*/
-static
-__inline__
-void fallbackSimpleSort ( UInt32* fmap,
- UInt32* eclass,
- Int32 lo,
- Int32 hi )
-{
- Int32 i, j, tmp;
- UInt32 ec_tmp;
-
- if (lo == hi) return;
-
- if (hi - lo > 3) {
- for ( i = hi-4; i >= lo; i-- ) {
- tmp = fmap[i];
- ec_tmp = eclass[tmp];
- for ( j = i+4; j <= hi && ec_tmp > eclass[fmap[j]]; j += 4 )
- fmap[j-4] = fmap[j];
- fmap[j-4] = tmp;
- }
- }
-
- for ( i = hi-1; i >= lo; i-- ) {
- tmp = fmap[i];
- ec_tmp = eclass[tmp];
- for ( j = i+1; j <= hi && ec_tmp > eclass[fmap[j]]; j++ )
- fmap[j-1] = fmap[j];
- fmap[j-1] = tmp;
- }
-}
-
-
-/*---------------------------------------------*/
-#define fswap(zz1, zz2) \
- { Int32 zztmp = zz1; zz1 = zz2; zz2 = zztmp; }
-
-#define fvswap(zzp1, zzp2, zzn) \
-{ \
- Int32 yyp1 = (zzp1); \
- Int32 yyp2 = (zzp2); \
- Int32 yyn = (zzn); \
- while (yyn > 0) { \
- fswap(fmap[yyp1], fmap[yyp2]); \
- yyp1++; yyp2++; yyn--; \
- } \
-}
-
-
-#define fmin(a,b) ((a) < (b)) ? (a) : (b)
-
-#define fpush(lz,hz) { stackLo[sp] = lz; \
- stackHi[sp] = hz; \
- sp++; }
-
-#define fpop(lz,hz) { sp--; \
- lz = stackLo[sp]; \
- hz = stackHi[sp]; }
-
-#define FALLBACK_QSORT_SMALL_THRESH 10
-#define FALLBACK_QSORT_STACK_SIZE 100
-
-
-static
-void fallbackQSort3 ( UInt32* fmap,
- UInt32* eclass,
- Int32 loSt,
- Int32 hiSt )
-{
- Int32 unLo, unHi, ltLo, gtHi, n, m;
- Int32 sp, lo, hi;
- UInt32 med, r, r3;
- Int32 stackLo[FALLBACK_QSORT_STACK_SIZE];
- Int32 stackHi[FALLBACK_QSORT_STACK_SIZE];
-
- r = 0;
-
- sp = 0;
- fpush ( loSt, hiSt );
-
- while (sp > 0) {
-
- AssertH ( sp < FALLBACK_QSORT_STACK_SIZE, 1004 );
-
- fpop ( lo, hi );
- if (hi - lo < FALLBACK_QSORT_SMALL_THRESH) {
- fallbackSimpleSort ( fmap, eclass, lo, hi );
- continue;
- }
-
- /* Random partitioning. Median of 3 sometimes fails to
- avoid bad cases. Median of 9 seems to help but
- looks rather expensive. This too seems to work but
- is cheaper. Guidance for the magic constants
- 7621 and 32768 is taken from Sedgewick's algorithms
- book, chapter 35.
- */
- r = ((r * 7621) + 1) % 32768;
- r3 = r % 3;
- if (r3 == 0) med = eclass[fmap[lo]]; else
- if (r3 == 1) med = eclass[fmap[(lo+hi)>>1]]; else
- med = eclass[fmap[hi]];
-
- unLo = ltLo = lo;
- unHi = gtHi = hi;
-
- while (1) {
- while (1) {
- if (unLo > unHi) break;
- n = (Int32)eclass[fmap[unLo]] - (Int32)med;
- if (n == 0) {
- fswap(fmap[unLo], fmap[ltLo]);
- ltLo++; unLo++;
- continue;
- };
- if (n > 0) break;
- unLo++;
- }
- while (1) {
- if (unLo > unHi) break;
- n = (Int32)eclass[fmap[unHi]] - (Int32)med;
- if (n == 0) {
- fswap(fmap[unHi], fmap[gtHi]);
- gtHi--; unHi--;
- continue;
- };
- if (n < 0) break;
- unHi--;
- }
- if (unLo > unHi) break;
- fswap(fmap[unLo], fmap[unHi]); unLo++; unHi--;
- }
-
- AssertD ( unHi == unLo-1, "fallbackQSort3(2)" );
-
- if (gtHi < ltLo) continue;
-
- n = fmin(ltLo-lo, unLo-ltLo); fvswap(lo, unLo-n, n);
- m = fmin(hi-gtHi, gtHi-unHi); fvswap(unLo, hi-m+1, m);
-
- n = lo + unLo - ltLo - 1;
- m = hi - (gtHi - unHi) + 1;
-
- if (n - lo > hi - m) {
- fpush ( lo, n );
- fpush ( m, hi );
- } else {
- fpush ( m, hi );
- fpush ( lo, n );
- }
- }
-}
-
-#undef fmin
-#undef fpush
-#undef fpop
-#undef fswap
-#undef fvswap
-#undef FALLBACK_QSORT_SMALL_THRESH
-#undef FALLBACK_QSORT_STACK_SIZE
-
-
-/*---------------------------------------------*/
-/* Pre:
- nblock > 0
- eclass exists for [0 .. nblock-1]
- ((UChar*)eclass) [0 .. nblock-1] holds block
- ptr exists for [0 .. nblock-1]
-
- Post:
- ((UChar*)eclass) [0 .. nblock-1] holds block
- All other areas of eclass destroyed
- fmap [0 .. nblock-1] holds sorted order
- bhtab [ 0 .. 2+(nblock/32) ] destroyed
-*/
-
-#define SET_BH(zz) bhtab[(zz) >> 5] |= (1 << ((zz) & 31))
-#define CLEAR_BH(zz) bhtab[(zz) >> 5] &= ~(1 << ((zz) & 31))
-#define ISSET_BH(zz) (bhtab[(zz) >> 5] & (1 << ((zz) & 31)))
-#define WORD_BH(zz) bhtab[(zz) >> 5]
-#define UNALIGNED_BH(zz) ((zz) & 0x01f)
-
-static
-void fallbackSort ( UInt32* fmap,
- UInt32* eclass,
- UInt32* bhtab,
- Int32 nblock,
- Int32 verb )
-{
- Int32 ftab[257];
- Int32 ftabCopy[256];
- Int32 H, i, j, k, l, r, cc, cc1;
- Int32 nNotDone;
- Int32 nBhtab;
- UChar* eclass8 = (UChar*)eclass;
-
- /*--
- Initial 1-char radix sort to generate
- initial fmap and initial BH bits.
- --*/
- if (verb >= 4)
- VPrintf0 ( " bucket sorting ...\n" );
- for (i = 0; i < 257; i++) ftab[i] = 0;
- for (i = 0; i < nblock; i++) ftab[eclass8[i]]++;
- for (i = 0; i < 256; i++) ftabCopy[i] = ftab[i];
- for (i = 1; i < 257; i++) ftab[i] += ftab[i-1];
-
- for (i = 0; i < nblock; i++) {
- j = eclass8[i];
- k = ftab[j] - 1;
- ftab[j] = k;
- fmap[k] = i;
- }
-
- nBhtab = 2 + (nblock / 32);
- for (i = 0; i < nBhtab; i++) bhtab[i] = 0;
- for (i = 0; i < 256; i++) SET_BH(ftab[i]);
-
- /*--
- Inductively refine the buckets. Kind-of an
- "exponential radix sort" (!), inspired by the
- Manber-Myers suffix array construction algorithm.
- --*/
-
- /*-- set sentinel bits for block-end detection --*/
- for (i = 0; i < 32; i++) {
- SET_BH(nblock + 2*i);
- CLEAR_BH(nblock + 2*i + 1);
- }
-
- /*-- the log(N) loop --*/
- H = 1;
- while (1) {
-
- if (verb >= 4)
- VPrintf1 ( " depth %6d has ", H );
-
- j = 0;
- for (i = 0; i < nblock; i++) {
- if (ISSET_BH(i)) j = i;
- k = fmap[i] - H; if (k < 0) k += nblock;
- eclass[k] = j;
- }
-
- nNotDone = 0;
- r = -1;
- while (1) {
-
- /*-- find the next non-singleton bucket --*/
- k = r + 1;
- while (ISSET_BH(k) && UNALIGNED_BH(k)) k++;
- if (ISSET_BH(k)) {
- while (WORD_BH(k) == 0xffffffff) k += 32;
- while (ISSET_BH(k)) k++;
- }
- l = k - 1;
- if (l >= nblock) break;
- while (!ISSET_BH(k) && UNALIGNED_BH(k)) k++;
- if (!ISSET_BH(k)) {
- while (WORD_BH(k) == 0x00000000) k += 32;
- while (!ISSET_BH(k)) k++;
- }
- r = k - 1;
- if (r >= nblock) break;
-
- /*-- now [l, r] bracket current bucket --*/
- if (r > l) {
- nNotDone += (r - l + 1);
- fallbackQSort3 ( fmap, eclass, l, r );
-
- /*-- scan bucket and generate header bits-- */
- cc = -1;
- for (i = l; i <= r; i++) {
- cc1 = eclass[fmap[i]];
- if (cc != cc1) { SET_BH(i); cc = cc1; };
- }
- }
- }
-
- if (verb >= 4)
- VPrintf1 ( "%6d unresolved strings\n", nNotDone );
-
- H *= 2;
- if (H > nblock || nNotDone == 0) break;
- }
-
- /*--
- Reconstruct the original block in
- eclass8 [0 .. nblock-1], since the
- previous phase destroyed it.
- --*/
- if (verb >= 4)
- VPrintf0 ( " reconstructing block ...\n" );
- j = 0;
- for (i = 0; i < nblock; i++) {
- while (ftabCopy[j] == 0) j++;
- ftabCopy[j]--;
- eclass8[fmap[i]] = (UChar)j;
- }
- AssertH ( j < 256, 1005 );
-}
-
-#undef SET_BH
-#undef CLEAR_BH
-#undef ISSET_BH
-#undef WORD_BH
-#undef UNALIGNED_BH
-
-
-/*---------------------------------------------*/
-/*--- The main, O(N^2 log(N)) sorting ---*/
-/*--- algorithm. Faster for "normal" ---*/
-/*--- non-repetitive blocks. ---*/
-/*---------------------------------------------*/
-
-/*---------------------------------------------*/
-static
-__inline__
-Bool mainGtU ( UInt32 i1,
- UInt32 i2,
- UChar* block,
- UInt16* quadrant,
- UInt32 nblock,
- Int32* budget )
-{
- Int32 k;
- UChar c1, c2;
- UInt16 s1, s2;
-
- AssertD ( i1 != i2, "mainGtU" );
- /* 1 */
- c1 = block[i1]; c2 = block[i2];
- if (c1 != c2) return (c1 > c2);
- i1++; i2++;
- /* 2 */
- c1 = block[i1]; c2 = block[i2];
- if (c1 != c2) return (c1 > c2);
- i1++; i2++;
- /* 3 */
- c1 = block[i1]; c2 = block[i2];
- if (c1 != c2) return (c1 > c2);
- i1++; i2++;
- /* 4 */
- c1 = block[i1]; c2 = block[i2];
- if (c1 != c2) return (c1 > c2);
- i1++; i2++;
- /* 5 */
- c1 = block[i1]; c2 = block[i2];
- if (c1 != c2) return (c1 > c2);
- i1++; i2++;
- /* 6 */
- c1 = block[i1]; c2 = block[i2];
- if (c1 != c2) return (c1 > c2);
- i1++; i2++;
- /* 7 */
- c1 = block[i1]; c2 = block[i2];
- if (c1 != c2) return (c1 > c2);
- i1++; i2++;
- /* 8 */
- c1 = block[i1]; c2 = block[i2];
- if (c1 != c2) return (c1 > c2);
- i1++; i2++;
- /* 9 */
- c1 = block[i1]; c2 = block[i2];
- if (c1 != c2) return (c1 > c2);
- i1++; i2++;
- /* 10 */
- c1 = block[i1]; c2 = block[i2];
- if (c1 != c2) return (c1 > c2);
- i1++; i2++;
- /* 11 */
- c1 = block[i1]; c2 = block[i2];
- if (c1 != c2) return (c1 > c2);
- i1++; i2++;
- /* 12 */
- c1 = block[i1]; c2 = block[i2];
- if (c1 != c2) return (c1 > c2);
- i1++; i2++;
-
- k = nblock + 8;
-
- do {
- /* 1 */
- c1 = block[i1]; c2 = block[i2];
- if (c1 != c2) return (c1 > c2);
- s1 = quadrant[i1]; s2 = quadrant[i2];
- if (s1 != s2) return (s1 > s2);
- i1++; i2++;
- /* 2 */
- c1 = block[i1]; c2 = block[i2];
- if (c1 != c2) return (c1 > c2);
- s1 = quadrant[i1]; s2 = quadrant[i2];
- if (s1 != s2) return (s1 > s2);
- i1++; i2++;
- /* 3 */
- c1 = block[i1]; c2 = block[i2];
- if (c1 != c2) return (c1 > c2);
- s1 = quadrant[i1]; s2 = quadrant[i2];
- if (s1 != s2) return (s1 > s2);
- i1++; i2++;
- /* 4 */
- c1 = block[i1]; c2 = block[i2];
- if (c1 != c2) return (c1 > c2);
- s1 = quadrant[i1]; s2 = quadrant[i2];
- if (s1 != s2) return (s1 > s2);
- i1++; i2++;
- /* 5 */
- c1 = block[i1]; c2 = block[i2];
- if (c1 != c2) return (c1 > c2);
- s1 = quadrant[i1]; s2 = quadrant[i2];
- if (s1 != s2) return (s1 > s2);
- i1++; i2++;
- /* 6 */
- c1 = block[i1]; c2 = block[i2];
- if (c1 != c2) return (c1 > c2);
- s1 = quadrant[i1]; s2 = quadrant[i2];
- if (s1 != s2) return (s1 > s2);
- i1++; i2++;
- /* 7 */
- c1 = block[i1]; c2 = block[i2];
- if (c1 != c2) return (c1 > c2);
- s1 = quadrant[i1]; s2 = quadrant[i2];
- if (s1 != s2) return (s1 > s2);
- i1++; i2++;
- /* 8 */
- c1 = block[i1]; c2 = block[i2];
- if (c1 != c2) return (c1 > c2);
- s1 = quadrant[i1]; s2 = quadrant[i2];
- if (s1 != s2) return (s1 > s2);
- i1++; i2++;
-
- if (i1 >= nblock) i1 -= nblock;
- if (i2 >= nblock) i2 -= nblock;
-
- k -= 8;
- (*budget)--;
- }
- while (k >= 0);
-
- return False;
-}
-
-
-/*---------------------------------------------*/
-/*--
- Knuth's increments seem to work better
- than Incerpi-Sedgewick here. Possibly
- because the number of elems to sort is
- usually small, typically <= 20.
---*/
-static
-Int32 incs[14] = { 1, 4, 13, 40, 121, 364, 1093, 3280,
- 9841, 29524, 88573, 265720,
- 797161, 2391484 };
-
-static
-void mainSimpleSort ( UInt32* ptr,
- UChar* block,
- UInt16* quadrant,
- Int32 nblock,
- Int32 lo,
- Int32 hi,
- Int32 d,
- Int32* budget )
-{
- Int32 i, j, h, bigN, hp;
- UInt32 v;
-
- bigN = hi - lo + 1;
- if (bigN < 2) return;
-
- hp = 0;
- while (incs[hp] < bigN) hp++;
- hp--;
-
- for (; hp >= 0; hp--) {
- h = incs[hp];
-
- i = lo + h;
- while (True) {
-
- /*-- copy 1 --*/
- if (i > hi) break;
- v = ptr[i];
- j = i;
- while ( mainGtU (
- ptr[j-h]+d, v+d, block, quadrant, nblock, budget
- ) ) {
- ptr[j] = ptr[j-h];
- j = j - h;
- if (j <= (lo + h - 1)) break;
- }
- ptr[j] = v;
- i++;
-
- /*-- copy 2 --*/
- if (i > hi) break;
- v = ptr[i];
- j = i;
- while ( mainGtU (
- ptr[j-h]+d, v+d, block, quadrant, nblock, budget
- ) ) {
- ptr[j] = ptr[j-h];
- j = j - h;
- if (j <= (lo + h - 1)) break;
- }
- ptr[j] = v;
- i++;
-
- /*-- copy 3 --*/
- if (i > hi) break;
- v = ptr[i];
- j = i;
- while ( mainGtU (
- ptr[j-h]+d, v+d, block, quadrant, nblock, budget
- ) ) {
- ptr[j] = ptr[j-h];
- j = j - h;
- if (j <= (lo + h - 1)) break;
- }
- ptr[j] = v;
- i++;
-
- if (*budget < 0) return;
- }
- }
-}
-
-
-/*---------------------------------------------*/
-/*--
- The following is an implementation of
- an elegant 3-way quicksort for strings,
- described in a paper "Fast Algorithms for
- Sorting and Searching Strings", by Robert
- Sedgewick and Jon L. Bentley.
---*/
-
-#define mswap(zz1, zz2) \
- { Int32 zztmp = zz1; zz1 = zz2; zz2 = zztmp; }
-
-#define mvswap(zzp1, zzp2, zzn) \
-{ \
- Int32 yyp1 = (zzp1); \
- Int32 yyp2 = (zzp2); \
- Int32 yyn = (zzn); \
- while (yyn > 0) { \
- mswap(ptr[yyp1], ptr[yyp2]); \
- yyp1++; yyp2++; yyn--; \
- } \
-}
-
-static
-__inline__
-UChar mmed3 ( UChar a, UChar b, UChar c )
-{
- UChar t;
- if (a > b) { t = a; a = b; b = t; };
- if (b > c) {
- b = c;
- if (a > b) b = a;
- }
- return b;
-}
-
-#define mmin(a,b) ((a) < (b)) ? (a) : (b)
-
-#define mpush(lz,hz,dz) { stackLo[sp] = lz; \
- stackHi[sp] = hz; \
- stackD [sp] = dz; \
- sp++; }
-
-#define mpop(lz,hz,dz) { sp--; \
- lz = stackLo[sp]; \
- hz = stackHi[sp]; \
- dz = stackD [sp]; }
-
-
-#define mnextsize(az) (nextHi[az]-nextLo[az])
-
-#define mnextswap(az,bz) \
- { Int32 tz; \
- tz = nextLo[az]; nextLo[az] = nextLo[bz]; nextLo[bz] = tz; \
- tz = nextHi[az]; nextHi[az] = nextHi[bz]; nextHi[bz] = tz; \
- tz = nextD [az]; nextD [az] = nextD [bz]; nextD [bz] = tz; }
-
-
-#define MAIN_QSORT_SMALL_THRESH 20
-#define MAIN_QSORT_DEPTH_THRESH (BZ_N_RADIX + BZ_N_QSORT)
-#define MAIN_QSORT_STACK_SIZE 100
-
-static
-void mainQSort3 ( UInt32* ptr,
- UChar* block,
- UInt16* quadrant,
- Int32 nblock,
- Int32 loSt,
- Int32 hiSt,
- Int32 dSt,
- Int32* budget )
-{
- Int32 unLo, unHi, ltLo, gtHi, n, m, med;
- Int32 sp, lo, hi, d;
-
- Int32 stackLo[MAIN_QSORT_STACK_SIZE];
- Int32 stackHi[MAIN_QSORT_STACK_SIZE];
- Int32 stackD [MAIN_QSORT_STACK_SIZE];
-
- Int32 nextLo[3];
- Int32 nextHi[3];
- Int32 nextD [3];
-
- sp = 0;
- mpush ( loSt, hiSt, dSt );
-
- while (sp > 0) {
-
- AssertH ( sp < MAIN_QSORT_STACK_SIZE, 1001 );
-
- mpop ( lo, hi, d );
- if (hi - lo < MAIN_QSORT_SMALL_THRESH ||
- d > MAIN_QSORT_DEPTH_THRESH) {
- mainSimpleSort ( ptr, block, quadrant, nblock, lo, hi, d, budget );
- if (*budget < 0) return;
- continue;
- }
-
- med = (Int32)
- mmed3 ( block[ptr[ lo ]+d],
- block[ptr[ hi ]+d],
- block[ptr[ (lo+hi)>>1 ]+d] );
-
- unLo = ltLo = lo;
- unHi = gtHi = hi;
-
- while (True) {
- while (True) {
- if (unLo > unHi) break;
- n = ((Int32)block[ptr[unLo]+d]) - med;
- if (n == 0) {
- mswap(ptr[unLo], ptr[ltLo]);
- ltLo++; unLo++; continue;
- };
- if (n > 0) break;
- unLo++;
- }
- while (True) {
- if (unLo > unHi) break;
- n = ((Int32)block[ptr[unHi]+d]) - med;
- if (n == 0) {
- mswap(ptr[unHi], ptr[gtHi]);
- gtHi--; unHi--; continue;
- };
- if (n < 0) break;
- unHi--;
- }
- if (unLo > unHi) break;
- mswap(ptr[unLo], ptr[unHi]); unLo++; unHi--;
- }
-
- AssertD ( unHi == unLo-1, "mainQSort3(2)" );
-
- if (gtHi < ltLo) {
- mpush(lo, hi, d+1 );
- continue;
- }
-
- n = mmin(ltLo-lo, unLo-ltLo); mvswap(lo, unLo-n, n);
- m = mmin(hi-gtHi, gtHi-unHi); mvswap(unLo, hi-m+1, m);
-
- n = lo + unLo - ltLo - 1;
- m = hi - (gtHi - unHi) + 1;
-
- nextLo[0] = lo; nextHi[0] = n; nextD[0] = d;
- nextLo[1] = m; nextHi[1] = hi; nextD[1] = d;
- nextLo[2] = n+1; nextHi[2] = m-1; nextD[2] = d+1;
-
- if (mnextsize(0) < mnextsize(1)) mnextswap(0,1);
- if (mnextsize(1) < mnextsize(2)) mnextswap(1,2);
- if (mnextsize(0) < mnextsize(1)) mnextswap(0,1);
-
- AssertD (mnextsize(0) >= mnextsize(1), "mainQSort3(8)" );
- AssertD (mnextsize(1) >= mnextsize(2), "mainQSort3(9)" );
-
- mpush (nextLo[0], nextHi[0], nextD[0]);
- mpush (nextLo[1], nextHi[1], nextD[1]);
- mpush (nextLo[2], nextHi[2], nextD[2]);
- }
-}
-
-#undef mswap
-#undef mvswap
-#undef mpush
-#undef mpop
-#undef mmin
-#undef mnextsize
-#undef mnextswap
-#undef MAIN_QSORT_SMALL_THRESH
-#undef MAIN_QSORT_DEPTH_THRESH
-#undef MAIN_QSORT_STACK_SIZE
-
-
-/*---------------------------------------------*/
-/* Pre:
- nblock > N_OVERSHOOT
- block32 exists for [0 .. nblock-1 +N_OVERSHOOT]
- ((UChar*)block32) [0 .. nblock-1] holds block
- ptr exists for [0 .. nblock-1]
-
- Post:
- ((UChar*)block32) [0 .. nblock-1] holds block
- All other areas of block32 destroyed
- ftab [0 .. 65536 ] destroyed
- ptr [0 .. nblock-1] holds sorted order
- if (*budget < 0), sorting was abandoned
-*/
-
-#define BIGFREQ(b) (ftab[((b)+1) << 8] - ftab[(b) << 8])
-#define SETMASK (1 << 21)
-#define CLEARMASK (~(SETMASK))
-
-static
-void mainSort ( UInt32* ptr,
- UChar* block,
- UInt16* quadrant,
- UInt32* ftab,
- Int32 nblock,
- Int32 verb,
- Int32* budget )
-{
- Int32 i, j, k, ss, sb;
- Int32 runningOrder[256];
- Bool bigDone[256];
- Int32 copyStart[256];
- Int32 copyEnd [256];
- UChar c1;
- Int32 numQSorted;
- UInt16 s;
- if (verb >= 4) VPrintf0 ( " main sort initialise ...\n" );
-
- /*-- set up the 2-byte frequency table --*/
- for (i = 65536; i >= 0; i--) ftab[i] = 0;
-
- j = block[0] << 8;
- i = nblock-1;
- for (; i >= 3; i -= 4) {
- quadrant[i] = 0;
- j = (j >> 8) | ( ((UInt16)block[i]) << 8);
- ftab[j]++;
- quadrant[i-1] = 0;
- j = (j >> 8) | ( ((UInt16)block[i-1]) << 8);
- ftab[j]++;
- quadrant[i-2] = 0;
- j = (j >> 8) | ( ((UInt16)block[i-2]) << 8);
- ftab[j]++;
- quadrant[i-3] = 0;
- j = (j >> 8) | ( ((UInt16)block[i-3]) << 8);
- ftab[j]++;
- }
- for (; i >= 0; i--) {
- quadrant[i] = 0;
- j = (j >> 8) | ( ((UInt16)block[i]) << 8);
- ftab[j]++;
- }
-
- /*-- (emphasises close relationship of block & quadrant) --*/
- for (i = 0; i < BZ_N_OVERSHOOT; i++) {
- block [nblock+i] = block[i];
- quadrant[nblock+i] = 0;
- }
-
- if (verb >= 4) VPrintf0 ( " bucket sorting ...\n" );
-
- /*-- Complete the initial radix sort --*/
- for (i = 1; i <= 65536; i++) ftab[i] += ftab[i-1];
-
- s = block[0] << 8;
- i = nblock-1;
- for (; i >= 3; i -= 4) {
- s = (s >> 8) | (block[i] << 8);
- j = ftab[s] -1;
- ftab[s] = j;
- ptr[j] = i;
- s = (s >> 8) | (block[i-1] << 8);
- j = ftab[s] -1;
- ftab[s] = j;
- ptr[j] = i-1;
- s = (s >> 8) | (block[i-2] << 8);
- j = ftab[s] -1;
- ftab[s] = j;
- ptr[j] = i-2;
- s = (s >> 8) | (block[i-3] << 8);
- j = ftab[s] -1;
- ftab[s] = j;
- ptr[j] = i-3;
- }
- for (; i >= 0; i--) {
- s = (s >> 8) | (block[i] << 8);
- j = ftab[s] -1;
- ftab[s] = j;
- ptr[j] = i;
- }
-
- /*--
- Now ftab contains the first loc of every small bucket.
- Calculate the running order, from smallest to largest
- big bucket.
- --*/
- for (i = 0; i <= 255; i++) {
- bigDone [i] = False;
- runningOrder[i] = i;
- }
-
- {
- Int32 vv;
- Int32 h = 1;
- do h = 3 * h + 1; while (h <= 256);
- do {
- h = h / 3;
- for (i = h; i <= 255; i++) {
- vv = runningOrder[i];
- j = i;
- while ( BIGFREQ(runningOrder[j-h]) > BIGFREQ(vv) ) {
- runningOrder[j] = runningOrder[j-h];
- j = j - h;
- if (j <= (h - 1)) goto zero;
- }
- zero:
- runningOrder[j] = vv;
- }
- } while (h != 1);
- }
-
- /*--
- The main sorting loop.
- --*/
-
- numQSorted = 0;
-
- for (i = 0; i <= 255; i++) {
-
- /*--
- Process big buckets, starting with the least full.
- Basically this is a 3-step process in which we call
- mainQSort3 to sort the small buckets [ss, j], but
- also make a big effort to avoid the calls if we can.
- --*/
- ss = runningOrder[i];
-
- /*--
- Step 1:
- Complete the big bucket [ss] by quicksorting
- any unsorted small buckets [ss, j], for j != ss.
- Hopefully previous pointer-scanning phases have already
- completed many of the small buckets [ss, j], so
- we don't have to sort them at all.
- --*/
- for (j = 0; j <= 255; j++) {
- if (j != ss) {
- sb = (ss << 8) + j;
- if ( ! (ftab[sb] & SETMASK) ) {
- Int32 lo = ftab[sb] & CLEARMASK;
- Int32 hi = (ftab[sb+1] & CLEARMASK) - 1;
- if (hi > lo) {
- if (verb >= 4)
- VPrintf4 ( " qsort [0x%x, 0x%x] "
- "done %d this %d\n",
- ss, j, numQSorted, hi - lo + 1 );
- mainQSort3 (
- ptr, block, quadrant, nblock,
- lo, hi, BZ_N_RADIX, budget
- );
- numQSorted += (hi - lo + 1);
- if (*budget < 0) return;
- }
- }
- ftab[sb] |= SETMASK;
- }
- }
-
- AssertH ( !bigDone[ss], 1006 );
-
- /*--
- Step 2:
- Now scan this big bucket [ss] so as to synthesise the
- sorted order for small buckets [t, ss] for all t,
- including, magically, the bucket [ss,ss] too.
- This will avoid doing Real Work in subsequent Step 1's.
- --*/
- {
- for (j = 0; j <= 255; j++) {
- copyStart[j] = ftab[(j << 8) + ss] & CLEARMASK;
- copyEnd [j] = (ftab[(j << 8) + ss + 1] & CLEARMASK) - 1;
- }
- for (j = ftab[ss << 8] & CLEARMASK; j < copyStart[ss]; j++) {
- k = ptr[j]-1; if (k < 0) k += nblock;
- c1 = block[k];
- if (!bigDone[c1])
- ptr[ copyStart[c1]++ ] = k;
- }
- for (j = (ftab[(ss+1) << 8] & CLEARMASK) - 1; j > copyEnd[ss]; j--) {
- k = ptr[j]-1; if (k < 0) k += nblock;
- c1 = block[k];
- if (!bigDone[c1])
- ptr[ copyEnd[c1]-- ] = k;
- }
- }
-
- AssertH ( (copyStart[ss]-1 == copyEnd[ss])
- ||
- /* Extremely rare case missing in bzip2-1.0.0 and 1.0.1.
- Necessity for this case is demonstrated by compressing
- a sequence of approximately 48.5 million of character
- 251; 1.0.0/1.0.1 will then die here. */
- (copyStart[ss] == 0 && copyEnd[ss] == nblock-1),
- 1007 )
-
- for (j = 0; j <= 255; j++) ftab[(j << 8) + ss] |= SETMASK;
-
- /*--
- Step 3:
- The [ss] big bucket is now done. Record this fact,
- and update the quadrant descriptors. Remember to
- update quadrants in the overshoot area too, if
- necessary. The "if (i < 255)" test merely skips
- this updating for the last bucket processed, since
- updating for the last bucket is pointless.
-
- The quadrant array provides a way to incrementally
- cache sort orderings, as they appear, so as to
- make subsequent comparisons in fullGtU() complete
- faster. For repetitive blocks this makes a big
- difference (but not big enough to be able to avoid
- the fallback sorting mechanism, exponential radix sort).
-
- The precise meaning is: at all times:
-
- for 0 <= i < nblock and 0 <= j <= nblock
-
- if block[i] != block[j],
-
- then the relative values of quadrant[i] and
- quadrant[j] are meaningless.
-
- else {
- if quadrant[i] < quadrant[j]
- then the string starting at i lexicographically
- precedes the string starting at j
-
- else if quadrant[i] > quadrant[j]
- then the string starting at j lexicographically
- precedes the string starting at i
-
- else
- the relative ordering of the strings starting
- at i and j has not yet been determined.
- }
- --*/
- bigDone[ss] = True;
-
- if (i < 255) {
- Int32 bbStart = ftab[ss << 8] & CLEARMASK;
- Int32 bbSize = (ftab[(ss+1) << 8] & CLEARMASK) - bbStart;
- Int32 shifts = 0;
-
- while ((bbSize >> shifts) > 65534) shifts++;
-
- for (j = bbSize-1; j >= 0; j--) {
- Int32 a2update = ptr[bbStart + j];
- UInt16 qVal = (UInt16)(j >> shifts);
- quadrant[a2update] = qVal;
- if (a2update < BZ_N_OVERSHOOT)
- quadrant[a2update + nblock] = qVal;
- }
- AssertH ( ((bbSize-1) >> shifts) <= 65535, 1002 );
- }
-
- }
-
- if (verb >= 4)
- VPrintf3 ( " %d pointers, %d sorted, %d scanned\n",
- nblock, numQSorted, nblock - numQSorted );
-}
-
-#undef BIGFREQ
-#undef SETMASK
-#undef CLEARMASK
-
-
-/*---------------------------------------------*/
-/* Pre:
- nblock > 0
- arr2 exists for [0 .. nblock-1 +N_OVERSHOOT]
- ((UChar*)arr2) [0 .. nblock-1] holds block
- arr1 exists for [0 .. nblock-1]
-
- Post:
- ((UChar*)arr2) [0 .. nblock-1] holds block
- All other areas of block destroyed
- ftab [ 0 .. 65536 ] destroyed
- arr1 [0 .. nblock-1] holds sorted order
-*/
-void BZ2_blockSort ( EState* s )
-{
- UInt32* ptr = s->ptr;
- UChar* block = s->block;
- UInt32* ftab = s->ftab;
- Int32 nblock = s->nblock;
- Int32 verb = s->verbosity;
- Int32 wfact = s->workFactor;
- UInt16* quadrant;
- Int32 budget;
- Int32 budgetInit;
- Int32 i;
-
- if (nblock < /* 10000 */1000 ) {
- fallbackSort ( s->arr1, s->arr2, ftab, nblock, verb );
- } else {
- /* Calculate the location for quadrant, remembering to get
- the alignment right. Assumes that &(block[0]) is at least
- 2-byte aligned -- this should be ok since block is really
- the first section of arr2.
- */
- i = nblock+BZ_N_OVERSHOOT;
- if (i & 1) i++;
- quadrant = (UInt16*)(&(block[i]));
-
- /* (wfact-1) / 3 puts the default-factor-30
- transition point at very roughly the same place as
- with v0.1 and v0.9.0.
- Not that it particularly matters any more, since the
- resulting compressed stream is now the same regardless
- of whether or not we use the main sort or fallback sort.
- */
- if (wfact < 1 ) wfact = 1;
- if (wfact > 100) wfact = 100;
- budgetInit = nblock * ((wfact-1) / 3);
- budget = budgetInit;
-
- mainSort ( ptr, block, quadrant, ftab, nblock, verb, &budget );
- if (0 && verb >= 3)
- VPrintf3 ( " %d work, %d block, ratio %5.2f\n",
- budgetInit - budget,
- nblock,
- (float)(budgetInit - budget) /
- (float)(nblock==0 ? 1 : nblock) );
- if (budget < 0) {
- if (verb >= 2)
- VPrintf0 ( " too repetitive; using fallback"
- " sorting algorithm\n" );
- fallbackSort ( s->arr1, s->arr2, ftab, nblock, verb );
- }
- }
-
- s->origPtr = -1;
- for (i = 0; i < s->nblock; i++)
- if (ptr[i] == 0)
- { s->origPtr = i; break; };
-
- AssertH( s->origPtr != -1, 1003 );
-}
-
-
-/*-------------------------------------------------------------*/
-/*--- end blocksort.c ---*/
-/*-------------------------------------------------------------*/
-
-/*-------------------------------------------------------------*/
-/*--- Huffman coding low-level stuff ---*/
-/*--- huffman.c ---*/
-/*-------------------------------------------------------------*/
-
-/*--
- This file is a part of bzip2 and/or libbzip2, a program and
- library for lossless, block-sorting data compression.
-
- Copyright (C) 1996-2004 Julian R Seward. All rights reserved.
-
- Redistribution and use in source and binary forms, with or without
- modification, are permitted provided that the following conditions
- are met:
-
- 1. Redistributions of source code must retain the above copyright
- notice, this list of conditions and the following disclaimer.
-
- 2. The origin of this software must not be misrepresented; you must
- not claim that you wrote the original software. If you use this
- software in a product, an acknowledgment in the product
- documentation would be appreciated but is not required.
-
- 3. Altered source versions must be plainly marked as such, and must
- not be misrepresented as being the original software.
-
- 4. The name of the author may not be used to endorse or promote
- products derived from this software without specific prior written
- permission.
-
- THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND ANY EXPRESS
- OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
- WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
- ARE DISCLAIMED. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY
- DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
- DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE
- GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS
- INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY,
- WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING
- NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS
- SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
-
- Julian Seward, Cambridge, UK.
- jseward@bzip.org
- bzip2/libbzip2 version 1.0 of 21 March 2000
-
- This program is based on (at least) the work of:
- Mike Burrows
- David Wheeler
- Peter Fenwick
- Alistair Moffat
- Radford Neal
- Ian H. Witten
- Robert Sedgewick
- Jon L. Bentley
-
- For more information on these sources, see the manual.
---*/
-
-
-
-/*---------------------------------------------------*/
-#define WEIGHTOF(zz0) ((zz0) & 0xffffff00)
-#define DEPTHOF(zz1) ((zz1) & 0x000000ff)
-#define MYMAX(zz2,zz3) ((zz2) > (zz3) ? (zz2) : (zz3))
-
-#define ADDWEIGHTS(zw1,zw2) \
- (WEIGHTOF(zw1)+WEIGHTOF(zw2)) | \
- (1 + MYMAX(DEPTHOF(zw1),DEPTHOF(zw2)))
-
-#define UPHEAP(z) \
-{ \
- Int32 zz, tmp; \
- zz = z; tmp = heap[zz]; \
- while (weight[tmp] < weight[heap[zz >> 1]]) { \
- heap[zz] = heap[zz >> 1]; \
- zz >>= 1; \
- } \
- heap[zz] = tmp; \
-}
-
-#define DOWNHEAP(z) \
-{ \
- Int32 zz, yy, tmp; \
- zz = z; tmp = heap[zz]; \
- while (True) { \
- yy = zz << 1; \
- if (yy > nHeap) break; \
- if (yy < nHeap && \
- weight[heap[yy+1]] < weight[heap[yy]]) \
- yy++; \
- if (weight[tmp] < weight[heap[yy]]) break; \
- heap[zz] = heap[yy]; \
- zz = yy; \
- } \
- heap[zz] = tmp; \
-}
-
-
-/*---------------------------------------------------*/
-void BZ2_hbMakeCodeLengths ( UChar *len,
- Int32 *freq,
- Int32 alphaSize,
- Int32 maxLen )
-{
- /*--
- Nodes and heap entries run from 1. Entry 0
- for both the heap and nodes is a sentinel.
- --*/
- Int32 nNodes, nHeap, n1, n2, i, j, k;
- Bool tooLong;
-
- Int32 heap [ BZ_MAX_ALPHA_SIZE + 2 ];
- Int32 weight [ BZ_MAX_ALPHA_SIZE * 2 ];
- Int32 parent [ BZ_MAX_ALPHA_SIZE * 2 ];
-
- for (i = 0; i < alphaSize; i++)
- weight[i+1] = (freq[i] == 0 ? 1 : freq[i]) << 8;
-
- while (True) {
-
- nNodes = alphaSize;
- nHeap = 0;
-
- heap[0] = 0;
- weight[0] = 0;
- parent[0] = -2;
-
- for (i = 1; i <= alphaSize; i++) {
- parent[i] = -1;
- nHeap++;
- heap[nHeap] = i;
- UPHEAP(nHeap);
- }
-
- AssertH( nHeap < (BZ_MAX_ALPHA_SIZE+2), 2001 );
-
- while (nHeap > 1) {
- n1 = heap[1]; heap[1] = heap[nHeap]; nHeap--; DOWNHEAP(1);
- n2 = heap[1]; heap[1] = heap[nHeap]; nHeap--; DOWNHEAP(1);
- nNodes++;
- parent[n1] = parent[n2] = nNodes;
- weight[nNodes] = ADDWEIGHTS(weight[n1], weight[n2]);
- parent[nNodes] = -1;
- nHeap++;
- heap[nHeap] = nNodes;
- UPHEAP(nHeap);
- }
-
- AssertH( nNodes < (BZ_MAX_ALPHA_SIZE * 2), 2002 );
-
- tooLong = False;
- for (i = 1; i <= alphaSize; i++) {
- j = 0;
- k = i;
- while (parent[k] >= 0) { k = parent[k]; j++; }
- len[i-1] = j;
- if (j > maxLen) tooLong = True;
- }
-
- if (! tooLong) break;
-
- /* 17 Oct 04: keep-going condition for the following loop used
- to be 'i < alphaSize', which missed the last element,
- theoretically leading to the possibility of the compressor
- looping. However, this count-scaling step is only needed if
- one of the generated Huffman code words is longer than
- maxLen, which up to and including version 1.0.2 was 20 bits,
- which is extremely unlikely. In version 1.0.3 maxLen was
- changed to 17 bits, which has minimal effect on compression
- ratio, but does mean this scaling step is used from time to
- time, enough to verify that it works.
-
- This means that bzip2-1.0.3 and later will only produce
- Huffman codes with a maximum length of 17 bits. However, in
- order to preserve backwards compatibility with bitstreams
- produced by versions pre-1.0.3, the decompressor must still
- handle lengths of up to 20. */
-
- for (i = 1; i <= alphaSize; i++) {
- j = weight[i] >> 8;
- j = 1 + (j / 2);
- weight[i] = j << 8;
- }
- }
-}
-
-
-/*---------------------------------------------------*/
-void BZ2_hbAssignCodes ( Int32 *code,
- UChar *length,
- Int32 minLen,
- Int32 maxLen,
- Int32 alphaSize )
-{
- Int32 n, vec, i;
-
- vec = 0;
- for (n = minLen; n <= maxLen; n++) {
- for (i = 0; i < alphaSize; i++)
- if (length[i] == n) { code[i] = vec; vec++; };
- vec <<= 1;
- }
-}
-
-
-/*---------------------------------------------------*/
-void BZ2_hbCreateDecodeTables ( Int32 *limit,
- Int32 *base,
- Int32 *perm,
- UChar *length,
- Int32 minLen,
- Int32 maxLen,
- Int32 alphaSize )
-{
- Int32 pp, i, j, vec;
-
- pp = 0;
- for (i = minLen; i <= maxLen; i++)
- for (j = 0; j < alphaSize; j++)
- if (length[j] == i) { perm[pp] = j; pp++; };
-
- for (i = 0; i < BZ_MAX_CODE_LEN; i++) base[i] = 0;
- for (i = 0; i < alphaSize; i++) base[length[i]+1]++;
-
- for (i = 1; i < BZ_MAX_CODE_LEN; i++) base[i] += base[i-1];
-
- for (i = 0; i < BZ_MAX_CODE_LEN; i++) limit[i] = 0;
- vec = 0;
-
- for (i = minLen; i <= maxLen; i++) {
- vec += (base[i+1] - base[i]);
- limit[i] = vec-1;
- vec <<= 1;
- }
- for (i = minLen + 1; i <= maxLen; i++)
- base[i] = ((limit[i-1] + 1) << 1) - base[i];
-}
-
-
-/*-------------------------------------------------------------*/
-/*--- end huffman.c ---*/
-/*-------------------------------------------------------------*/
-
-/*-------------------------------------------------------------*/
-/*--- Compression machinery (not incl block sorting) ---*/
-/*--- compress.c ---*/
-/*-------------------------------------------------------------*/
-
-/*--
- This file is a part of bzip2 and/or libbzip2, a program and
- library for lossless, block-sorting data compression.
-
- Copyright (C) 1996-2004 Julian R Seward. All rights reserved.
-
- Redistribution and use in source and binary forms, with or without
- modification, are permitted provided that the following conditions
- are met:
-
- 1. Redistributions of source code must retain the above copyright
- notice, this list of conditions and the following disclaimer.
-
- 2. The origin of this software must not be misrepresented; you must
- not claim that you wrote the original software. If you use this
- software in a product, an acknowledgment in the product
- documentation would be appreciated but is not required.
-
- 3. Altered source versions must be plainly marked as such, and must
- not be misrepresented as being the original software.
-
- 4. The name of the author may not be used to endorse or promote
- products derived from this software without specific prior written
- permission.
-
- THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND ANY EXPRESS
- OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
- WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
- ARE DISCLAIMED. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY
- DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
- DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE
- GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS
- INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY,
- WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING
- NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS
- SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
-
- Julian Seward, Cambridge, UK.
- jseward@bzip.org
- bzip2/libbzip2 version 1.0 of 21 March 2000
-
- This program is based on (at least) the work of:
- Mike Burrows
- David Wheeler
- Peter Fenwick
- Alistair Moffat
- Radford Neal
- Ian H. Witten
- Robert Sedgewick
- Jon L. Bentley
-
- For more information on these sources, see the manual.
---*/
-
-/*--
- CHANGES
- ~~~~~~~
- 0.9.0 -- original version.
-
- 0.9.0a/b -- no changes in this file.
-
- 0.9.0c
- * changed setting of nGroups in sendMTFValues() so as to
- do a bit better on small files
---*/
-
-
-
-/*---------------------------------------------------*/
-/*--- Bit stream I/O ---*/
-/*---------------------------------------------------*/
-
-/*---------------------------------------------------*/
-void BZ2_bsInitWrite ( EState* s )
-{
- s->bsLive = 0;
- s->bsBuff = 0;
-}
-
-
-/*---------------------------------------------------*/
-static
-void bsFinishWrite ( EState* s )
-{
- while (s->bsLive > 0) {
- s->zbits[s->numZ] = (UChar)(s->bsBuff >> 24);
- s->numZ++;
- s->bsBuff <<= 8;
- s->bsLive -= 8;
- }
-}
-
-
-/*---------------------------------------------------*/
-#define bsNEEDW(nz) \
-{ \
- while (s->bsLive >= 8) { \
- s->zbits[s->numZ] \
- = (UChar)(s->bsBuff >> 24); \
- s->numZ++; \
- s->bsBuff <<= 8; \
- s->bsLive -= 8; \
- } \
-}
-
-
-/*---------------------------------------------------*/
-static
-__inline__
-void bsW ( EState* s, Int32 n, UInt32 v )
-{
- bsNEEDW ( n );
- s->bsBuff |= (v << (32 - s->bsLive - n));
- s->bsLive += n;
-}
-
-
-/*---------------------------------------------------*/
-static
-void bsPutUInt32 ( EState* s, UInt32 u )
-{
- bsW ( s, 8, (u >> 24) & 0xffL );
- bsW ( s, 8, (u >> 16) & 0xffL );
- bsW ( s, 8, (u >> 8) & 0xffL );
- bsW ( s, 8, u & 0xffL );
-}
-
-
-/*---------------------------------------------------*/
-static
-void bsPutUChar ( EState* s, UChar c )
-{
- bsW( s, 8, (UInt32)c );
-}
-
-
-/*---------------------------------------------------*/
-/*--- The back end proper ---*/
-/*---------------------------------------------------*/
-
-/*---------------------------------------------------*/
-static
-void makeMaps_e ( EState* s )
-{
- Int32 i;
- s->nInUse = 0;
- for (i = 0; i < 256; i++)
- if (s->inUse[i]) {
- s->unseqToSeq[i] = s->nInUse;
- s->nInUse++;
- }
-}
-
-
-/*---------------------------------------------------*/
-static
-void generateMTFValues ( EState* s )
-{
- UChar yy[256];
- Int32 i, j;
- Int32 zPend;
- Int32 wr;
- Int32 EOB;
-
- /*
- After sorting (eg, here),
- s->arr1 [ 0 .. s->nblock-1 ] holds sorted order,
- and
- ((UChar*)s->arr2) [ 0 .. s->nblock-1 ]
- holds the original block data.
-
- The first thing to do is generate the MTF values,
- and put them in
- ((UInt16*)s->arr1) [ 0 .. s->nblock-1 ].
- Because there are strictly fewer or equal MTF values
- than block values, ptr values in this area are overwritten
- with MTF values only when they are no longer needed.
-
- The final compressed bitstream is generated into the
- area starting at
- (UChar*) (&((UChar*)s->arr2)[s->nblock])
-
- These storage aliases are set up in bzCompressInit(),
- except for the last one, which is arranged in
- compressBlock().
- */
- UInt32* ptr = s->ptr;
- UChar* block = s->block;
- UInt16* mtfv = s->mtfv;
-
- makeMaps_e ( s );
- EOB = s->nInUse+1;
-
- for (i = 0; i <= EOB; i++) s->mtfFreq[i] = 0;
-
- wr = 0;
- zPend = 0;
- for (i = 0; i < s->nInUse; i++) yy[i] = (UChar) i;
-
- for (i = 0; i < s->nblock; i++) {
- UChar ll_i;
- AssertD ( wr <= i, "generateMTFValues(1)" );
- j = ptr[i]-1; if (j < 0) j += s->nblock;
- ll_i = s->unseqToSeq[block[j]];
- AssertD ( ll_i < s->nInUse, "generateMTFValues(2a)" );
-
- if (yy[0] == ll_i) {
- zPend++;
- } else {
-
- if (zPend > 0) {
- zPend--;
- while (True) {
- if (zPend & 1) {
- mtfv[wr] = BZ_RUNB; wr++;
- s->mtfFreq[BZ_RUNB]++;
- } else {
- mtfv[wr] = BZ_RUNA; wr++;
- s->mtfFreq[BZ_RUNA]++;
- }
- if (zPend < 2) break;
- zPend = (zPend - 2) / 2;
- };
- zPend = 0;
- }
- {
- register UChar rtmp;
- register UChar* ryy_j;
- register UChar rll_i;
- rtmp = yy[1];
- yy[1] = yy[0];
- ryy_j = &(yy[1]);
- rll_i = ll_i;
- while ( rll_i != rtmp ) {
- register UChar rtmp2;
- ryy_j++;
- rtmp2 = rtmp;
- rtmp = *ryy_j;
- *ryy_j = rtmp2;
- };
- yy[0] = rtmp;
- j = ryy_j - &(yy[0]);
- mtfv[wr] = j+1; wr++; s->mtfFreq[j+1]++;
- }
-
- }
- }
-
- if (zPend > 0) {
- zPend--;
- while (True) {
- if (zPend & 1) {
- mtfv[wr] = BZ_RUNB; wr++;
- s->mtfFreq[BZ_RUNB]++;
- } else {
- mtfv[wr] = BZ_RUNA; wr++;
- s->mtfFreq[BZ_RUNA]++;
- }
- if (zPend < 2) break;
- zPend = (zPend - 2) / 2;
- };
- zPend = 0;
- }
-
- mtfv[wr] = EOB; wr++; s->mtfFreq[EOB]++;
-
- s->nMTF = wr;
-}
-
-
-/*---------------------------------------------------*/
-#define BZ_LESSER_ICOST 0
-#define BZ_GREATER_ICOST 15
-
-static
-void sendMTFValues ( EState* s )
-{
- Int32 v, t, i, j, gs, ge, totc, bt, bc, iter;
- Int32 nSelectors, alphaSize, minLen, maxLen, selCtr;
- Int32 nGroups, nBytes;
-
- /*--
- UChar len [BZ_N_GROUPS][BZ_MAX_ALPHA_SIZE];
- is a global since the decoder also needs it.
-
- Int32 code[BZ_N_GROUPS][BZ_MAX_ALPHA_SIZE];
- Int32 rfreq[BZ_N_GROUPS][BZ_MAX_ALPHA_SIZE];
- are also globals only used in this proc.
- Made global to keep stack frame size small.
- --*/
-
-
- UInt16 cost[BZ_N_GROUPS];
- Int32 fave[BZ_N_GROUPS];
-
- UInt16* mtfv = s->mtfv;
-
- if (s->verbosity >= 3)
- VPrintf3( " %d in block, %d after MTF & 1-2 coding, "
- "%d+2 syms in use\n",
- s->nblock, s->nMTF, s->nInUse );
-
- alphaSize = s->nInUse+2;
- for (t = 0; t < BZ_N_GROUPS; t++)
- for (v = 0; v < alphaSize; v++)
- s->len[t][v] = BZ_GREATER_ICOST;
-
- /*--- Decide how many coding tables to use ---*/
- AssertH ( s->nMTF > 0, 3001 );
- if (s->nMTF < 200) nGroups = 2; else
- if (s->nMTF < 600) nGroups = 3; else
- if (s->nMTF < 1200) nGroups = 4; else
- if (s->nMTF < 2400) nGroups = 5; else
- nGroups = 6;
-
- /*--- Generate an initial set of coding tables ---*/
- {
- Int32 nPart, remF, tFreq, aFreq;
-
- nPart = nGroups;
- remF = s->nMTF;
- gs = 0;
- while (nPart > 0) {
- tFreq = remF / nPart;
- ge = gs-1;
- aFreq = 0;
- while (aFreq < tFreq && ge < alphaSize-1) {
- ge++;
- aFreq += s->mtfFreq[ge];
- }
-
- if (ge > gs
- && nPart != nGroups && nPart != 1
- && ((nGroups-nPart) % 2 == 1)) {
- aFreq -= s->mtfFreq[ge];
- ge--;
- }
-
- if (0 && s->verbosity >= 3)
- VPrintf5( " initial group %d, [%d .. %d], "
- "has %d syms (%4.1f%%)\n",
- nPart, gs, ge, aFreq,
- (100.0 * (float)aFreq) / (float)(s->nMTF) );
-
- for (v = 0; v < alphaSize; v++)
- if (v >= gs && v <= ge)
- s->len[nPart-1][v] = BZ_LESSER_ICOST; else
- s->len[nPart-1][v] = BZ_GREATER_ICOST;
-
- nPart--;
- gs = ge+1;
- remF -= aFreq;
- }
- }
-
- /*---
- Iterate up to BZ_N_ITERS times to improve the tables.
- ---*/
- for (iter = 0; iter < BZ_N_ITERS; iter++) {
-
- for (t = 0; t < nGroups; t++) fave[t] = 0;
-
- for (t = 0; t < nGroups; t++)
- for (v = 0; v < alphaSize; v++)
- s->rfreq[t][v] = 0;
-
- /*---
- Set up an auxiliary length table which is used to fast-track
- the common case (nGroups == 6).
- ---*/
- if (nGroups == 6) {
- for (v = 0; v < alphaSize; v++) {
- s->len_pack[v][0] = (s->len[1][v] << 16) | s->len[0][v];
- s->len_pack[v][1] = (s->len[3][v] << 16) | s->len[2][v];
- s->len_pack[v][2] = (s->len[5][v] << 16) | s->len[4][v];
- }
- }
-
- nSelectors = 0;
- totc = 0;
- gs = 0;
- while (True) {
-
- /*--- Set group start & end marks. --*/
- if (gs >= s->nMTF) break;
- ge = gs + BZ_G_SIZE - 1;
- if (ge >= s->nMTF) ge = s->nMTF-1;
-
- /*--
- Calculate the cost of this group as coded
- by each of the coding tables.
- --*/
- for (t = 0; t < nGroups; t++) cost[t] = 0;
-
- if (nGroups == 6 && 50 == ge-gs+1) {
- /*--- fast track the common case ---*/
- register UInt32 cost01, cost23, cost45;
- register UInt16 icv;
- cost01 = cost23 = cost45 = 0;
-
-# define BZ_ITER(nn) \
- icv = mtfv[gs+(nn)]; \
- cost01 += s->len_pack[icv][0]; \
- cost23 += s->len_pack[icv][1]; \
- cost45 += s->len_pack[icv][2]; \
-
- BZ_ITER(0); BZ_ITER(1); BZ_ITER(2); BZ_ITER(3); BZ_ITER(4);
- BZ_ITER(5); BZ_ITER(6); BZ_ITER(7); BZ_ITER(8); BZ_ITER(9);
- BZ_ITER(10); BZ_ITER(11); BZ_ITER(12); BZ_ITER(13); BZ_ITER(14);
- BZ_ITER(15); BZ_ITER(16); BZ_ITER(17); BZ_ITER(18); BZ_ITER(19);
- BZ_ITER(20); BZ_ITER(21); BZ_ITER(22); BZ_ITER(23); BZ_ITER(24);
- BZ_ITER(25); BZ_ITER(26); BZ_ITER(27); BZ_ITER(28); BZ_ITER(29);
- BZ_ITER(30); BZ_ITER(31); BZ_ITER(32); BZ_ITER(33); BZ_ITER(34);
- BZ_ITER(35); BZ_ITER(36); BZ_ITER(37); BZ_ITER(38); BZ_ITER(39);
- BZ_ITER(40); BZ_ITER(41); BZ_ITER(42); BZ_ITER(43); BZ_ITER(44);
- BZ_ITER(45); BZ_ITER(46); BZ_ITER(47); BZ_ITER(48); BZ_ITER(49);
-
-# undef BZ_ITER
-
- cost[0] = cost01 & 0xffff; cost[1] = cost01 >> 16;
- cost[2] = cost23 & 0xffff; cost[3] = cost23 >> 16;
- cost[4] = cost45 & 0xffff; cost[5] = cost45 >> 16;
-
- } else {
- /*--- slow version which correctly handles all situations ---*/
- for (i = gs; i <= ge; i++) {
- UInt16 icv = mtfv[i];
- for (t = 0; t < nGroups; t++) cost[t] += s->len[t][icv];
- }
- }
-
- /*--
- Find the coding table which is best for this group,
- and record its identity in the selector table.
- --*/
- bc = 999999999; bt = -1;
- for (t = 0; t < nGroups; t++)
- if (cost[t] < bc) { bc = cost[t]; bt = t; };
- totc += bc;
- fave[bt]++;
- s->selector[nSelectors] = bt;
- nSelectors++;
-
- /*--
- Increment the symbol frequencies for the selected table.
- --*/
- if (nGroups == 6 && 50 == ge-gs+1) {
- /*--- fast track the common case ---*/
-
-# define BZ_ITUR(nn) s->rfreq[bt][ mtfv[gs+(nn)] ]++
-
- BZ_ITUR(0); BZ_ITUR(1); BZ_ITUR(2); BZ_ITUR(3); BZ_ITUR(4);
- BZ_ITUR(5); BZ_ITUR(6); BZ_ITUR(7); BZ_ITUR(8); BZ_ITUR(9);
- BZ_ITUR(10); BZ_ITUR(11); BZ_ITUR(12); BZ_ITUR(13); BZ_ITUR(14);
- BZ_ITUR(15); BZ_ITUR(16); BZ_ITUR(17); BZ_ITUR(18); BZ_ITUR(19);
- BZ_ITUR(20); BZ_ITUR(21); BZ_ITUR(22); BZ_ITUR(23); BZ_ITUR(24);
- BZ_ITUR(25); BZ_ITUR(26); BZ_ITUR(27); BZ_ITUR(28); BZ_ITUR(29);
- BZ_ITUR(30); BZ_ITUR(31); BZ_ITUR(32); BZ_ITUR(33); BZ_ITUR(34);
- BZ_ITUR(35); BZ_ITUR(36); BZ_ITUR(37); BZ_ITUR(38); BZ_ITUR(39);
- BZ_ITUR(40); BZ_ITUR(41); BZ_ITUR(42); BZ_ITUR(43); BZ_ITUR(44);
- BZ_ITUR(45); BZ_ITUR(46); BZ_ITUR(47); BZ_ITUR(48); BZ_ITUR(49);
-
-# undef BZ_ITUR
-
- } else {
- /*--- slow version which correctly handles all situations ---*/
- for (i = gs; i <= ge; i++)
- s->rfreq[bt][ mtfv[i] ]++;
- }
-
- gs = ge+1;
- }
- if (s->verbosity >= 3) {
- VPrintf2 ( " pass %d: size is %d, grp uses are ",
- iter+1, totc/8 );
- for (t = 0; t < nGroups; t++)
- VPrintf1 ( "%d ", fave[t] );
- VPrintf0 ( "\n" );
- }
-
- /*--
- Recompute the tables based on the accumulated frequencies.
- --*/
- /* maxLen was changed from 20 to 17 in bzip2-1.0.3. See
- comment in huffman.c for details. */
- for (t = 0; t < nGroups; t++)
- BZ2_hbMakeCodeLengths ( &(s->len[t][0]), &(s->rfreq[t][0]),
- alphaSize, 17 /*20*/ );
- }
-
-
- AssertH( nGroups < 8, 3002 );
- AssertH( nSelectors < 32768 &&
- nSelectors <= (2 + (900000 / BZ_G_SIZE)),
- 3003 );
-
-
- /*--- Compute MTF values for the selectors. ---*/
- {
- UChar pos[BZ_N_GROUPS], ll_i, tmp2, tmp;
- for (i = 0; i < nGroups; i++) pos[i] = i;
- for (i = 0; i < nSelectors; i++) {
- ll_i = s->selector[i];
- j = 0;
- tmp = pos[j];
- while ( ll_i != tmp ) {
- j++;
- tmp2 = tmp;
- tmp = pos[j];
- pos[j] = tmp2;
- };
- pos[0] = tmp;
- s->selectorMtf[i] = j;
- }
- };
-
- /*--- Assign actual codes for the tables. --*/
- for (t = 0; t < nGroups; t++) {
- minLen = 32;
- maxLen = 0;
- for (i = 0; i < alphaSize; i++) {
- if (s->len[t][i] > maxLen) maxLen = s->len[t][i];
- if (s->len[t][i] < minLen) minLen = s->len[t][i];
- }
- AssertH ( !(maxLen > 17 /*20*/ ), 3004 );
- AssertH ( !(minLen < 1), 3005 );
- BZ2_hbAssignCodes ( &(s->code[t][0]), &(s->len[t][0]),
- minLen, maxLen, alphaSize );
- }
-
- /*--- Transmit the mapping table. ---*/
- {
- Bool inUse16[16];
- for (i = 0; i < 16; i++) {
- inUse16[i] = False;
- for (j = 0; j < 16; j++)
- if (s->inUse[i * 16 + j]) inUse16[i] = True;
- }
-
- nBytes = s->numZ;
- for (i = 0; i < 16; i++)
- if (inUse16[i]) bsW(s,1,1); else bsW(s,1,0);
-
- for (i = 0; i < 16; i++)
- if (inUse16[i])
- for (j = 0; j < 16; j++) {
- if (s->inUse[i * 16 + j]) bsW(s,1,1); else bsW(s,1,0);
- }
-
- if (s->verbosity >= 3)
- VPrintf1( " bytes: mapping %d, ", s->numZ-nBytes );
- }
-
- /*--- Now the selectors. ---*/
- nBytes = s->numZ;
- bsW ( s, 3, nGroups );
- bsW ( s, 15, nSelectors );
- for (i = 0; i < nSelectors; i++) {
- for (j = 0; j < s->selectorMtf[i]; j++) bsW(s,1,1);
- bsW(s,1,0);
- }
- if (s->verbosity >= 3)
- VPrintf1( "selectors %d, ", s->numZ-nBytes );
-
- /*--- Now the coding tables. ---*/
- nBytes = s->numZ;
-
- for (t = 0; t < nGroups; t++) {
- Int32 curr = s->len[t][0];
- bsW ( s, 5, curr );
- for (i = 0; i < alphaSize; i++) {
- while (curr < s->len[t][i]) { bsW(s,2,2); curr++; /* 10 */ };
- while (curr > s->len[t][i]) { bsW(s,2,3); curr--; /* 11 */ };
- bsW ( s, 1, 0 );
- }
- }
-
- if (s->verbosity >= 3)
- VPrintf1 ( "code lengths %d, ", s->numZ-nBytes );
-
- /*--- And finally, the block data proper ---*/
- nBytes = s->numZ;
- selCtr = 0;
- gs = 0;
- while (True) {
- if (gs >= s->nMTF) break;
- ge = gs + BZ_G_SIZE - 1;
- if (ge >= s->nMTF) ge = s->nMTF-1;
- AssertH ( s->selector[selCtr] < nGroups, 3006 );
-
- if (nGroups == 6 && 50 == ge-gs+1) {
- /*--- fast track the common case ---*/
- UInt16 mtfv_i;
- UChar* s_len_sel_selCtr
- = &(s->len[s->selector[selCtr]][0]);
- Int32* s_code_sel_selCtr
- = &(s->code[s->selector[selCtr]][0]);
-
-# define BZ_ITAH(nn) \
- mtfv_i = mtfv[gs+(nn)]; \
- bsW ( s, \
- s_len_sel_selCtr[mtfv_i], \
- s_code_sel_selCtr[mtfv_i] )
-
- BZ_ITAH(0); BZ_ITAH(1); BZ_ITAH(2); BZ_ITAH(3); BZ_ITAH(4);
- BZ_ITAH(5); BZ_ITAH(6); BZ_ITAH(7); BZ_ITAH(8); BZ_ITAH(9);
- BZ_ITAH(10); BZ_ITAH(11); BZ_ITAH(12); BZ_ITAH(13); BZ_ITAH(14);
- BZ_ITAH(15); BZ_ITAH(16); BZ_ITAH(17); BZ_ITAH(18); BZ_ITAH(19);
- BZ_ITAH(20); BZ_ITAH(21); BZ_ITAH(22); BZ_ITAH(23); BZ_ITAH(24);
- BZ_ITAH(25); BZ_ITAH(26); BZ_ITAH(27); BZ_ITAH(28); BZ_ITAH(29);
- BZ_ITAH(30); BZ_ITAH(31); BZ_ITAH(32); BZ_ITAH(33); BZ_ITAH(34);
- BZ_ITAH(35); BZ_ITAH(36); BZ_ITAH(37); BZ_ITAH(38); BZ_ITAH(39);
- BZ_ITAH(40); BZ_ITAH(41); BZ_ITAH(42); BZ_ITAH(43); BZ_ITAH(44);
- BZ_ITAH(45); BZ_ITAH(46); BZ_ITAH(47); BZ_ITAH(48); BZ_ITAH(49);
-
-# undef BZ_ITAH
-
- } else {
- /*--- slow version which correctly handles all situations ---*/
- for (i = gs; i <= ge; i++) {
- bsW ( s,
- s->len [s->selector[selCtr]] [mtfv[i]],
- s->code [s->selector[selCtr]] [mtfv[i]] );
- }
- }
-
-
- gs = ge+1;
- selCtr++;
- }
- AssertH( selCtr == nSelectors, 3007 );
-
- if (s->verbosity >= 3)
- VPrintf1( "codes %d\n", s->numZ-nBytes );
-}
-
-
-/*---------------------------------------------------*/
-void BZ2_compressBlock ( EState* s, Bool is_last_block )
-{
- if (s->nblock > 0) {
-
- BZ_FINALISE_CRC ( s->blockCRC );
- s->combinedCRC = (s->combinedCRC << 1) | (s->combinedCRC >> 31);
- s->combinedCRC ^= s->blockCRC;
- if (s->blockNo > 1) s->numZ = 0;
-
- if (s->verbosity >= 2)
- VPrintf4( " block %d: crc = 0x%08x, "
- "combined CRC = 0x%08x, size = %d\n",
- s->blockNo, s->blockCRC, s->combinedCRC, s->nblock );
-
- BZ2_blockSort ( s );
- }
-
- s->zbits = (UChar*) (&((UChar*)s->arr2)[s->nblock]);
-
- /*-- If this is the first block, create the stream header. --*/
- if (s->blockNo == 1) {
- BZ2_bsInitWrite ( s );
- bsPutUChar ( s, BZ_HDR_B );
- bsPutUChar ( s, BZ_HDR_Z );
- bsPutUChar ( s, BZ_HDR_h );
- bsPutUChar ( s, (UChar)(BZ_HDR_0 + s->blockSize100k) );
- }
-
- if (s->nblock > 0) {
-
- bsPutUChar ( s, 0x31 ); bsPutUChar ( s, 0x41 );
- bsPutUChar ( s, 0x59 ); bsPutUChar ( s, 0x26 );
- bsPutUChar ( s, 0x53 ); bsPutUChar ( s, 0x59 );
-
- /*-- Now the block's CRC, so it is in a known place. --*/
- bsPutUInt32 ( s, s->blockCRC );
-
- /*--
- Now a single bit indicating (non-)randomisation.
- As of version 0.9.5, we use a better sorting algorithm
- which makes randomisation unnecessary. So always set
- the randomised bit to 'no'. Of course, the decoder
- still needs to be able to handle randomised blocks
- so as to maintain backwards compatibility with
- older versions of bzip2.
- --*/
- bsW(s,1,0);
-
- bsW ( s, 24, s->origPtr );
- generateMTFValues ( s );
- sendMTFValues ( s );
- }
-
-
- /*-- If this is the last block, add the stream trailer. --*/
- if (is_last_block) {
-
- bsPutUChar ( s, 0x17 ); bsPutUChar ( s, 0x72 );
- bsPutUChar ( s, 0x45 ); bsPutUChar ( s, 0x38 );
- bsPutUChar ( s, 0x50 ); bsPutUChar ( s, 0x90 );
- bsPutUInt32 ( s, s->combinedCRC );
- if (s->verbosity >= 2)
- VPrintf1( " final combined CRC = 0x%08x\n ", s->combinedCRC );
- bsFinishWrite ( s );
- }
-}
-
-
-/*-------------------------------------------------------------*/
-/*--- end compress.c ---*/
-/*-------------------------------------------------------------*/
-
-
-/*-------------------------------------------------------------*/
-/*--- Table for randomising repetitive blocks ---*/
-/*--- randtable.c ---*/
-/*-------------------------------------------------------------*/
-
-/*--
- This file is a part of bzip2 and/or libbzip2, a program and
- library for lossless, block-sorting data compression.
-
- Copyright (C) 1996-2004 Julian R Seward. All rights reserved.
-
- Redistribution and use in source and binary forms, with or without
- modification, are permitted provided that the following conditions
- are met:
-
- 1. Redistributions of source code must retain the above copyright
- notice, this list of conditions and the following disclaimer.
-
- 2. The origin of this software must not be misrepresented; you must
- not claim that you wrote the original software. If you use this
- software in a product, an acknowledgment in the product
- documentation would be appreciated but is not required.
-
- 3. Altered source versions must be plainly marked as such, and must
- not be misrepresented as being the original software.
-
- 4. The name of the author may not be used to endorse or promote
- products derived from this software without specific prior written
- permission.
-
- THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND ANY EXPRESS
- OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
- WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
- ARE DISCLAIMED. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY
- DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
- DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE
- GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS
- INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY,
- WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING
- NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS
- SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
-
- Julian Seward, Cambridge, UK.
- jseward@bzip.org
- bzip2/libbzip2 version 1.0 of 21 March 2000
-
- This program is based on (at least) the work of:
- Mike Burrows
- David Wheeler
- Peter Fenwick
- Alistair Moffat
- Radford Neal
- Ian H. Witten
- Robert Sedgewick
- Jon L. Bentley
-
- For more information on these sources, see the manual.
---*/
-
-
-
-
-/*---------------------------------------------*/
-Int32 BZ2_rNums[512] = {
- 619, 720, 127, 481, 931, 816, 813, 233, 566, 247,
- 985, 724, 205, 454, 863, 491, 741, 242, 949, 214,
- 733, 859, 335, 708, 621, 574, 73, 654, 730, 472,
- 419, 436, 278, 496, 867, 210, 399, 680, 480, 51,
- 878, 465, 811, 169, 869, 675, 611, 697, 867, 561,
- 862, 687, 507, 283, 482, 129, 807, 591, 733, 623,
- 150, 238, 59, 379, 684, 877, 625, 169, 643, 105,
- 170, 607, 520, 932, 727, 476, 693, 425, 174, 647,
- 73, 122, 335, 530, 442, 853, 695, 249, 445, 515,
- 909, 545, 703, 919, 874, 474, 882, 500, 594, 612,
- 641, 801, 220, 162, 819, 984, 589, 513, 495, 799,
- 161, 604, 958, 533, 221, 400, 386, 867, 600, 782,
- 382, 596, 414, 171, 516, 375, 682, 485, 911, 276,
- 98, 553, 163, 354, 666, 933, 424, 341, 533, 870,
- 227, 730, 475, 186, 263, 647, 537, 686, 600, 224,
- 469, 68, 770, 919, 190, 373, 294, 822, 808, 206,
- 184, 943, 795, 384, 383, 461, 404, 758, 839, 887,
- 715, 67, 618, 276, 204, 918, 873, 777, 604, 560,
- 951, 160, 578, 722, 79, 804, 96, 409, 713, 940,
- 652, 934, 970, 447, 318, 353, 859, 672, 112, 785,
- 645, 863, 803, 350, 139, 93, 354, 99, 820, 908,
- 609, 772, 154, 274, 580, 184, 79, 626, 630, 742,
- 653, 282, 762, 623, 680, 81, 927, 626, 789, 125,
- 411, 521, 938, 300, 821, 78, 343, 175, 128, 250,
- 170, 774, 972, 275, 999, 639, 495, 78, 352, 126,
- 857, 956, 358, 619, 580, 124, 737, 594, 701, 612,
- 669, 112, 134, 694, 363, 992, 809, 743, 168, 974,
- 944, 375, 748, 52, 600, 747, 642, 182, 862, 81,
- 344, 805, 988, 739, 511, 655, 814, 334, 249, 515,
- 897, 955, 664, 981, 649, 113, 974, 459, 893, 228,
- 433, 837, 553, 268, 926, 240, 102, 654, 459, 51,
- 686, 754, 806, 760, 493, 403, 415, 394, 687, 700,
- 946, 670, 656, 610, 738, 392, 760, 799, 887, 653,
- 978, 321, 576, 617, 626, 502, 894, 679, 243, 440,
- 680, 879, 194, 572, 640, 724, 926, 56, 204, 700,
- 707, 151, 457, 449, 797, 195, 791, 558, 945, 679,
- 297, 59, 87, 824, 713, 663, 412, 693, 342, 606,
- 134, 108, 571, 364, 631, 212, 174, 643, 304, 329,
- 343, 97, 430, 751, 497, 314, 983, 374, 822, 928,
- 140, 206, 73, 263, 980, 736, 876, 478, 430, 305,
- 170, 514, 364, 692, 829, 82, 855, 953, 676, 246,
- 369, 970, 294, 750, 807, 827, 150, 790, 288, 923,
- 804, 378, 215, 828, 592, 281, 565, 555, 710, 82,
- 896, 831, 547, 261, 524, 462, 293, 465, 502, 56,
- 661, 821, 976, 991, 658, 869, 905, 758, 745, 193,
- 768, 550, 608, 933, 378, 286, 215, 979, 792, 961,
- 61, 688, 793, 644, 986, 403, 106, 366, 905, 644,
- 372, 567, 466, 434, 645, 210, 389, 550, 919, 135,
- 780, 773, 635, 389, 707, 100, 626, 958, 165, 504,
- 920, 176, 193, 713, 857, 265, 203, 50, 668, 108,
- 645, 990, 626, 197, 510, 357, 358, 850, 858, 364,
- 936, 638
-};
-
-
-/*-------------------------------------------------------------*/
-/*--- end randtable.c ---*/
-/*-------------------------------------------------------------*/
-
-/*-------------------------------------------------------------*/
-/*--- Table for doing CRCs ---*/
-/*--- crctable.c ---*/
-/*-------------------------------------------------------------*/
-
-/*--
- This file is a part of bzip2 and/or libbzip2, a program and
- library for lossless, block-sorting data compression.
-
- Copyright (C) 1996-2004 Julian R Seward. All rights reserved.
-
- Redistribution and use in source and binary forms, with or without
- modification, are permitted provided that the following conditions
- are met:
-
- 1. Redistributions of source code must retain the above copyright
- notice, this list of conditions and the following disclaimer.
-
- 2. The origin of this software must not be misrepresented; you must
- not claim that you wrote the original software. If you use this
- software in a product, an acknowledgment in the product
- documentation would be appreciated but is not required.
-
- 3. Altered source versions must be plainly marked as such, and must
- not be misrepresented as being the original software.
-
- 4. The name of the author may not be used to endorse or promote
- products derived from this software without specific prior written
- permission.
-
- THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND ANY EXPRESS
- OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
- WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
- ARE DISCLAIMED. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY
- DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
- DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE
- GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS
- INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY,
- WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING
- NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS
- SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
-
- Julian Seward, Cambridge, UK.
- jseward@bzip.org
- bzip2/libbzip2 version 1.0 of 21 March 2000
-
- This program is based on (at least) the work of:
- Mike Burrows
- David Wheeler
- Peter Fenwick
- Alistair Moffat
- Radford Neal
- Ian H. Witten
- Robert Sedgewick
- Jon L. Bentley
-
- For more information on these sources, see the manual.
---*/
-
-
-
-
-
-/*--
- I think this is an implementation of the AUTODIN-II,
- Ethernet & FDDI 32-bit CRC standard. Vaguely derived
- from code by Rob Warnock, in Section 51 of the
- comp.compression FAQ.
---*/
-
-UInt32 BZ2_crc32Table[256] = {
-
- /*-- Ugly, innit? --*/
-
- 0x00000000L, 0x04c11db7L, 0x09823b6eL, 0x0d4326d9L,
- 0x130476dcL, 0x17c56b6bL, 0x1a864db2L, 0x1e475005L,
- 0x2608edb8L, 0x22c9f00fL, 0x2f8ad6d6L, 0x2b4bcb61L,
- 0x350c9b64L, 0x31cd86d3L, 0x3c8ea00aL, 0x384fbdbdL,
- 0x4c11db70L, 0x48d0c6c7L, 0x4593e01eL, 0x4152fda9L,
- 0x5f15adacL, 0x5bd4b01bL, 0x569796c2L, 0x52568b75L,
- 0x6a1936c8L, 0x6ed82b7fL, 0x639b0da6L, 0x675a1011L,
- 0x791d4014L, 0x7ddc5da3L, 0x709f7b7aL, 0x745e66cdL,
- 0x9823b6e0L, 0x9ce2ab57L, 0x91a18d8eL, 0x95609039L,
- 0x8b27c03cL, 0x8fe6dd8bL, 0x82a5fb52L, 0x8664e6e5L,
- 0xbe2b5b58L, 0xbaea46efL, 0xb7a96036L, 0xb3687d81L,
- 0xad2f2d84L, 0xa9ee3033L, 0xa4ad16eaL, 0xa06c0b5dL,
- 0xd4326d90L, 0xd0f37027L, 0xddb056feL, 0xd9714b49L,
- 0xc7361b4cL, 0xc3f706fbL, 0xceb42022L, 0xca753d95L,
- 0xf23a8028L, 0xf6fb9d9fL, 0xfbb8bb46L, 0xff79a6f1L,
- 0xe13ef6f4L, 0xe5ffeb43L, 0xe8bccd9aL, 0xec7dd02dL,
- 0x34867077L, 0x30476dc0L, 0x3d044b19L, 0x39c556aeL,
- 0x278206abL, 0x23431b1cL, 0x2e003dc5L, 0x2ac12072L,
- 0x128e9dcfL, 0x164f8078L, 0x1b0ca6a1L, 0x1fcdbb16L,
- 0x018aeb13L, 0x054bf6a4L, 0x0808d07dL, 0x0cc9cdcaL,
- 0x7897ab07L, 0x7c56b6b0L, 0x71159069L, 0x75d48ddeL,
- 0x6b93dddbL, 0x6f52c06cL, 0x6211e6b5L, 0x66d0fb02L,
- 0x5e9f46bfL, 0x5a5e5b08L, 0x571d7dd1L, 0x53dc6066L,
- 0x4d9b3063L, 0x495a2dd4L, 0x44190b0dL, 0x40d816baL,
- 0xaca5c697L, 0xa864db20L, 0xa527fdf9L, 0xa1e6e04eL,
- 0xbfa1b04bL, 0xbb60adfcL, 0xb6238b25L, 0xb2e29692L,
- 0x8aad2b2fL, 0x8e6c3698L, 0x832f1041L, 0x87ee0df6L,
- 0x99a95df3L, 0x9d684044L, 0x902b669dL, 0x94ea7b2aL,
- 0xe0b41de7L, 0xe4750050L, 0xe9362689L, 0xedf73b3eL,
- 0xf3b06b3bL, 0xf771768cL, 0xfa325055L, 0xfef34de2L,
- 0xc6bcf05fL, 0xc27dede8L, 0xcf3ecb31L, 0xcbffd686L,
- 0xd5b88683L, 0xd1799b34L, 0xdc3abdedL, 0xd8fba05aL,
- 0x690ce0eeL, 0x6dcdfd59L, 0x608edb80L, 0x644fc637L,
- 0x7a089632L, 0x7ec98b85L, 0x738aad5cL, 0x774bb0ebL,
- 0x4f040d56L, 0x4bc510e1L, 0x46863638L, 0x42472b8fL,
- 0x5c007b8aL, 0x58c1663dL, 0x558240e4L, 0x51435d53L,
- 0x251d3b9eL, 0x21dc2629L, 0x2c9f00f0L, 0x285e1d47L,
- 0x36194d42L, 0x32d850f5L, 0x3f9b762cL, 0x3b5a6b9bL,
- 0x0315d626L, 0x07d4cb91L, 0x0a97ed48L, 0x0e56f0ffL,
- 0x1011a0faL, 0x14d0bd4dL, 0x19939b94L, 0x1d528623L,
- 0xf12f560eL, 0xf5ee4bb9L, 0xf8ad6d60L, 0xfc6c70d7L,
- 0xe22b20d2L, 0xe6ea3d65L, 0xeba91bbcL, 0xef68060bL,
- 0xd727bbb6L, 0xd3e6a601L, 0xdea580d8L, 0xda649d6fL,
- 0xc423cd6aL, 0xc0e2d0ddL, 0xcda1f604L, 0xc960ebb3L,
- 0xbd3e8d7eL, 0xb9ff90c9L, 0xb4bcb610L, 0xb07daba7L,
- 0xae3afba2L, 0xaafbe615L, 0xa7b8c0ccL, 0xa379dd7bL,
- 0x9b3660c6L, 0x9ff77d71L, 0x92b45ba8L, 0x9675461fL,
- 0x8832161aL, 0x8cf30badL, 0x81b02d74L, 0x857130c3L,
- 0x5d8a9099L, 0x594b8d2eL, 0x5408abf7L, 0x50c9b640L,
- 0x4e8ee645L, 0x4a4ffbf2L, 0x470cdd2bL, 0x43cdc09cL,
- 0x7b827d21L, 0x7f436096L, 0x7200464fL, 0x76c15bf8L,
- 0x68860bfdL, 0x6c47164aL, 0x61043093L, 0x65c52d24L,
- 0x119b4be9L, 0x155a565eL, 0x18197087L, 0x1cd86d30L,
- 0x029f3d35L, 0x065e2082L, 0x0b1d065bL, 0x0fdc1becL,
- 0x3793a651L, 0x3352bbe6L, 0x3e119d3fL, 0x3ad08088L,
- 0x2497d08dL, 0x2056cd3aL, 0x2d15ebe3L, 0x29d4f654L,
- 0xc5a92679L, 0xc1683bceL, 0xcc2b1d17L, 0xc8ea00a0L,
- 0xd6ad50a5L, 0xd26c4d12L, 0xdf2f6bcbL, 0xdbee767cL,
- 0xe3a1cbc1L, 0xe760d676L, 0xea23f0afL, 0xeee2ed18L,
- 0xf0a5bd1dL, 0xf464a0aaL, 0xf9278673L, 0xfde69bc4L,
- 0x89b8fd09L, 0x8d79e0beL, 0x803ac667L, 0x84fbdbd0L,
- 0x9abc8bd5L, 0x9e7d9662L, 0x933eb0bbL, 0x97ffad0cL,
- 0xafb010b1L, 0xab710d06L, 0xa6322bdfL, 0xa2f33668L,
- 0xbcb4666dL, 0xb8757bdaL, 0xb5365d03L, 0xb1f740b4L
-};
-
-
-/*-------------------------------------------------------------*/
-/*--- end crctable.c ---*/
-/*-------------------------------------------------------------*/
-
-/*-------------------------------------------------------------*/
-/*--- Library top-level functions. ---*/
-/*--- bzlib.c ---*/
-/*-------------------------------------------------------------*/
-
-/*--
- This file is a part of bzip2 and/or libbzip2, a program and
- library for lossless, block-sorting data compression.
-
- Copyright (C) 1996-2004 Julian R Seward. All rights reserved.
-
- Redistribution and use in source and binary forms, with or without
- modification, are permitted provided that the following conditions
- are met:
-
- 1. Redistributions of source code must retain the above copyright
- notice, this list of conditions and the following disclaimer.
-
- 2. The origin of this software must not be misrepresented; you must
- not claim that you wrote the original software. If you use this
- software in a product, an acknowledgment in the product
- documentation would be appreciated but is not required.
-
- 3. Altered source versions must be plainly marked as such, and must
- not be misrepresented as being the original software.
-
- 4. The name of the author may not be used to endorse or promote
- products derived from this software without specific prior written
- permission.
-
- THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND ANY EXPRESS
- OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
- WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
- ARE DISCLAIMED. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY
- DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
- DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE
- GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS
- INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY,
- WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING
- NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS
- SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
-
- Julian Seward, Cambridge, UK.
- jseward@bzip.org
- bzip2/libbzip2 version 1.0 of 21 March 2000
-
- This program is based on (at least) the work of:
- Mike Burrows
- David Wheeler
- Peter Fenwick
- Alistair Moffat
- Radford Neal
- Ian H. Witten
- Robert Sedgewick
- Jon L. Bentley
-
- For more information on these sources, see the manual.
---*/
-
-/*--
- CHANGES
- ~~~~~~~
- 0.9.0 -- original version.
-
- 0.9.0a/b -- no changes in this file.
-
- 0.9.0c
- * made zero-length BZ_FLUSH work correctly in bzCompress().
- * fixed bzWrite/bzRead to ignore zero-length requests.
- * fixed bzread to correctly handle read requests after EOF.
- * wrong parameter order in call to bzDecompressInit in
- bzBuffToBuffDecompress. Fixed.
---*/
-
-
-
-/*---------------------------------------------------*/
-/*--- Compression stuff ---*/
-/*---------------------------------------------------*/
-
-
-/*---------------------------------------------------*/
-void BZ2_bz__AssertH__fail ( int errcode )
-{
- vexxx_printf("BZ2_bz__AssertH__fail(%d) called, exiting\n", errcode);
- (*serviceFn)(0,0);
-}
-
-void bz_internal_error ( int errcode )
-{
- vexxx_printf("bz_internal_error called, exiting\n", errcode);
- (*serviceFn)(0,0);
-}
-
-/*---------------------------------------------------*/
-static
-int bz_config_ok ( void )
-{
- if (sizeof(int) != 4) return 0;
- if (sizeof(short) != 2) return 0;
- if (sizeof(char) != 1) return 0;
- return 1;
-}
-
-
-/*---------------------------------------------------*/
-static
-void* default_bzalloc ( void* opaque, Int32 items, Int32 size )
-{
- void* v = (void*) (*serviceFn)(2, items * size );
- return v;
-}
-
-static
-void default_bzfree ( void* opaque, void* addr )
-{
- if (addr != NULL) (*serviceFn)( 3, (HWord)addr );
-}
-
-
-/*---------------------------------------------------*/
-static
-void prepare_new_block ( EState* s )
-{
- Int32 i;
- s->nblock = 0;
- s->numZ = 0;
- s->state_out_pos = 0;
- BZ_INITIALISE_CRC ( s->blockCRC );
- for (i = 0; i < 256; i++) s->inUse[i] = False;
- s->blockNo++;
-}
-
-
-/*---------------------------------------------------*/
-static
-void init_RL ( EState* s )
-{
- s->state_in_ch = 256;
- s->state_in_len = 0;
-}
-
-
-static
-Bool isempty_RL ( EState* s )
-{
- if (s->state_in_ch < 256 && s->state_in_len > 0)
- return False; else
- return True;
-}
-
-
-/*---------------------------------------------------*/
-int BZ_API(BZ2_bzCompressInit)
- ( bz_stream* strm,
- int blockSize100k,
- int verbosity,
- int workFactor )
-{
- Int32 n;
- EState* s;
-
- if (!bz_config_ok()) return BZ_CONFIG_ERROR;
-
- if (strm == NULL ||
- blockSize100k < 1 || blockSize100k > 9 ||
- workFactor < 0 || workFactor > 250)
- return BZ_PARAM_ERROR;
-
- if (workFactor == 0) workFactor = 30;
- if (strm->bzalloc == NULL) strm->bzalloc = default_bzalloc;
- if (strm->bzfree == NULL) strm->bzfree = default_bzfree;
-
- s = BZALLOC( sizeof(EState) );
- if (s == NULL) return BZ_MEM_ERROR;
- s->strm = strm;
-
- s->arr1 = NULL;
- s->arr2 = NULL;
- s->ftab = NULL;
-
- n = 100000 * blockSize100k;
- s->arr1 = BZALLOC( n * sizeof(UInt32) );
- s->arr2 = BZALLOC( (n+BZ_N_OVERSHOOT) * sizeof(UInt32) );
- s->ftab = BZALLOC( 65537 * sizeof(UInt32) );
-
- if (s->arr1 == NULL || s->arr2 == NULL || s->ftab == NULL) {
- if (s->arr1 != NULL) BZFREE(s->arr1);
- if (s->arr2 != NULL) BZFREE(s->arr2);
- if (s->ftab != NULL) BZFREE(s->ftab);
- if (s != NULL) BZFREE(s);
- return BZ_MEM_ERROR;
- }
-
- s->blockNo = 0;
- s->state = BZ_S_INPUT;
- s->mode = BZ_M_RUNNING;
- s->combinedCRC = 0;
- s->blockSize100k = blockSize100k;
- s->nblockMAX = 100000 * blockSize100k - 19;
- s->verbosity = verbosity;
- s->workFactor = workFactor;
-
- s->block = (UChar*)s->arr2;
- s->mtfv = (UInt16*)s->arr1;
- s->zbits = NULL;
- s->ptr = (UInt32*)s->arr1;
-
- strm->state = s;
- strm->total_in_lo32 = 0;
- strm->total_in_hi32 = 0;
- strm->total_out_lo32 = 0;
- strm->total_out_hi32 = 0;
- init_RL ( s );
- prepare_new_block ( s );
- return BZ_OK;
-}
-
-
-/*---------------------------------------------------*/
-static
-void add_pair_to_block ( EState* s )
-{
- Int32 i;
- UChar ch = (UChar)(s->state_in_ch);
- for (i = 0; i < s->state_in_len; i++) {
- BZ_UPDATE_CRC( s->blockCRC, ch );
- }
- s->inUse[s->state_in_ch] = True;
- switch (s->state_in_len) {
- case 1:
- s->block[s->nblock] = (UChar)ch; s->nblock++;
- break;
- case 2:
- s->block[s->nblock] = (UChar)ch; s->nblock++;
- s->block[s->nblock] = (UChar)ch; s->nblock++;
- break;
- case 3:
- s->block[s->nblock] = (UChar)ch; s->nblock++;
- s->block[s->nblock] = (UChar)ch; s->nblock++;
- s->block[s->nblock] = (UChar)ch; s->nblock++;
- break;
- default:
- s->inUse[s->state_in_len-4] = True;
- s->block[s->nblock] = (UChar)ch; s->nblock++;
- s->block[s->nblock] = (UChar)ch; s->nblock++;
- s->block[s->nblock] = (UChar)ch; s->nblock++;
- s->block[s->nblock] = (UChar)ch; s->nblock++;
- s->block[s->nblock] = ((UChar)(s->state_in_len-4));
- s->nblock++;
- break;
- }
-}
-
-
-/*---------------------------------------------------*/
-static
-void flush_RL ( EState* s )
-{
- if (s->state_in_ch < 256) add_pair_to_block ( s );
- init_RL ( s );
-}
-
-
-/*---------------------------------------------------*/
-#define ADD_CHAR_TO_BLOCK(zs,zchh0) \
-{ \
- UInt32 zchh = (UInt32)(zchh0); \
- /*-- fast track the common case --*/ \
- if (zchh != zs->state_in_ch && \
- zs->state_in_len == 1) { \
- UChar ch = (UChar)(zs->state_in_ch); \
- BZ_UPDATE_CRC( zs->blockCRC, ch ); \
- zs->inUse[zs->state_in_ch] = True; \
- zs->block[zs->nblock] = (UChar)ch; \
- zs->nblock++; \
- zs->state_in_ch = zchh; \
- } \
- else \
- /*-- general, uncommon cases --*/ \
- if (zchh != zs->state_in_ch || \
- zs->state_in_len == 255) { \
- if (zs->state_in_ch < 256) \
- add_pair_to_block ( zs ); \
- zs->state_in_ch = zchh; \
- zs->state_in_len = 1; \
- } else { \
- zs->state_in_len++; \
- } \
-}
-
-
-/*---------------------------------------------------*/
-static
-Bool copy_input_until_stop ( EState* s )
-{
- Bool progress_in = False;
-
- if (s->mode == BZ_M_RUNNING) {
-
- /*-- fast track the common case --*/
- while (True) {
- /*-- block full? --*/
- if (s->nblock >= s->nblockMAX) break;
- /*-- no input? --*/
- if (s->strm->avail_in == 0) break;
- progress_in = True;
- ADD_CHAR_TO_BLOCK ( s, (UInt32)(*((UChar*)(s->strm->next_in))) );
- s->strm->next_in++;
- s->strm->avail_in--;
- s->strm->total_in_lo32++;
- if (s->strm->total_in_lo32 == 0) s->strm->total_in_hi32++;
- }
-
- } else {
-
- /*-- general, uncommon case --*/
- while (True) {
- /*-- block full? --*/
- if (s->nblock >= s->nblockMAX) break;
- /*-- no input? --*/
- if (s->strm->avail_in == 0) break;
- /*-- flush/finish end? --*/
- if (s->avail_in_expect == 0) break;
- progress_in = True;
- ADD_CHAR_TO_BLOCK ( s, (UInt32)(*((UChar*)(s->strm->next_in))) );
- s->strm->next_in++;
- s->strm->avail_in--;
- s->strm->total_in_lo32++;
- if (s->strm->total_in_lo32 == 0) s->strm->total_in_hi32++;
- s->avail_in_expect--;
- }
- }
- return progress_in;
-}
-
-
-/*---------------------------------------------------*/
-static
-Bool copy_output_until_stop ( EState* s )
-{
- Bool progress_out = False;
-
- while (True) {
-
- /*-- no output space? --*/
- if (s->strm->avail_out == 0) break;
-
- /*-- block done? --*/
- if (s->state_out_pos >= s->numZ) break;
-
- progress_out = True;
- *(s->strm->next_out) = s->zbits[s->state_out_pos];
- s->state_out_pos++;
- s->strm->avail_out--;
- s->strm->next_out++;
- s->strm->total_out_lo32++;
- if (s->strm->total_out_lo32 == 0) s->strm->total_out_hi32++;
- }
-
- return progress_out;
-}
-
-
-/*---------------------------------------------------*/
-static
-Bool handle_compress ( bz_stream* strm )
-{
- Bool progress_in = False;
- Bool progress_out = False;
- EState* s = strm->state;
-
- while (True) {
-
- if (s->state == BZ_S_OUTPUT) {
- progress_out |= copy_output_until_stop ( s );
- if (s->state_out_pos < s->numZ) break;
- if (s->mode == BZ_M_FINISHING &&
- s->avail_in_expect == 0 &&
- isempty_RL(s)) break;
- prepare_new_block ( s );
- s->state = BZ_S_INPUT;
- if (s->mode == BZ_M_FLUSHING &&
- s->avail_in_expect == 0 &&
- isempty_RL(s)) break;
- }
-
- if (s->state == BZ_S_INPUT) {
- progress_in |= copy_input_until_stop ( s );
- if (s->mode != BZ_M_RUNNING && s->avail_in_expect == 0) {
- flush_RL ( s );
- BZ2_compressBlock ( s, (Bool)(s->mode == BZ_M_FINISHING) );
- s->state = BZ_S_OUTPUT;
- }
- else
- if (s->nblock >= s->nblockMAX) {
- BZ2_compressBlock ( s, False );
- s->state = BZ_S_OUTPUT;
- }
- else
- if (s->strm->avail_in == 0) {
- break;
- }
- }
-
- }
-
- return progress_in || progress_out;
-}
-
-
-/*---------------------------------------------------*/
-int BZ_API(BZ2_bzCompress) ( bz_stream *strm, int action )
-{
- Bool progress;
- EState* s;
- if (strm == NULL) return BZ_PARAM_ERROR;
- s = strm->state;
- if (s == NULL) return BZ_PARAM_ERROR;
- if (s->strm != strm) return BZ_PARAM_ERROR;
-
- preswitch:
- switch (s->mode) {
-
- case BZ_M_IDLE:
- return BZ_SEQUENCE_ERROR;
-
- case BZ_M_RUNNING:
- if (action == BZ_RUN) {
- progress = handle_compress ( strm );
- return progress ? BZ_RUN_OK : BZ_PARAM_ERROR;
- }
- else
- if (action == BZ_FLUSH) {
- s->avail_in_expect = strm->avail_in;
- s->mode = BZ_M_FLUSHING;
- goto preswitch;
- }
- else
- if (action == BZ_FINISH) {
- s->avail_in_expect = strm->avail_in;
- s->mode = BZ_M_FINISHING;
- goto preswitch;
- }
- else
- return BZ_PARAM_ERROR;
-
- case BZ_M_FLUSHING:
- if (action != BZ_FLUSH) return BZ_SEQUENCE_ERROR;
- if (s->avail_in_expect != s->strm->avail_in)
- return BZ_SEQUENCE_ERROR;
- progress = handle_compress ( strm );
- if (s->avail_in_expect > 0 || !isempty_RL(s) ||
- s->state_out_pos < s->numZ) return BZ_FLUSH_OK;
- s->mode = BZ_M_RUNNING;
- return BZ_RUN_OK;
-
- case BZ_M_FINISHING:
- if (action != BZ_FINISH) return BZ_SEQUENCE_ERROR;
- if (s->avail_in_expect != s->strm->avail_in)
- return BZ_SEQUENCE_ERROR;
- progress = handle_compress ( strm );
- if (!progress) return BZ_SEQUENCE_ERROR;
- if (s->avail_in_expect > 0 || !isempty_RL(s) ||
- s->state_out_pos < s->numZ) return BZ_FINISH_OK;
- s->mode = BZ_M_IDLE;
- return BZ_STREAM_END;
- }
- return BZ_OK; /*--not reached--*/
-}
-
-
-/*---------------------------------------------------*/
-int BZ_API(BZ2_bzCompressEnd) ( bz_stream *strm )
-{
- EState* s;
- if (strm == NULL) return BZ_PARAM_ERROR;
- s = strm->state;
- if (s == NULL) return BZ_PARAM_ERROR;
- if (s->strm != strm) return BZ_PARAM_ERROR;
-
- if (s->arr1 != NULL) BZFREE(s->arr1);
- if (s->arr2 != NULL) BZFREE(s->arr2);
- if (s->ftab != NULL) BZFREE(s->ftab);
- BZFREE(strm->state);
-
- strm->state = NULL;
-
- return BZ_OK;
-}
-
-
-/*---------------------------------------------------*/
-/*--- Decompression stuff ---*/
-/*---------------------------------------------------*/
-
-/*---------------------------------------------------*/
-int BZ_API(BZ2_bzDecompressInit)
- ( bz_stream* strm,
- int verbosity,
- int small )
-{
- DState* s;
-
- if (!bz_config_ok()) return BZ_CONFIG_ERROR;
-
- if (strm == NULL) return BZ_PARAM_ERROR;
- if (small != 0 && small != 1) return BZ_PARAM_ERROR;
- if (verbosity < 0 || verbosity > 4) return BZ_PARAM_ERROR;
-
- if (strm->bzalloc == NULL) strm->bzalloc = default_bzalloc;
- if (strm->bzfree == NULL) strm->bzfree = default_bzfree;
-
- s = BZALLOC( sizeof(DState) );
- if (s == NULL) return BZ_MEM_ERROR;
- s->strm = strm;
- strm->state = s;
- s->state = BZ_X_MAGIC_1;
- s->bsLive = 0;
- s->bsBuff = 0;
- s->calculatedCombinedCRC = 0;
- strm->total_in_lo32 = 0;
- strm->total_in_hi32 = 0;
- strm->total_out_lo32 = 0;
- strm->total_out_hi32 = 0;
- s->smallDecompress = (Bool)small;
- s->ll4 = NULL;
- s->ll16 = NULL;
- s->tt = NULL;
- s->currBlockNo = 0;
- s->verbosity = verbosity;
-
- return BZ_OK;
-}
-
-
-/*---------------------------------------------------*/
-/* Return True iff data corruption is discovered.
- Returns False if there is no problem.
-*/
-static
-Bool unRLE_obuf_to_output_FAST ( DState* s )
-{
- UChar k1;
-
- if (s->blockRandomised) {
-
- while (True) {
- /* try to finish existing run */
- while (True) {
- if (s->strm->avail_out == 0) return False;
- if (s->state_out_len == 0) break;
- *( (UChar*)(s->strm->next_out) ) = s->state_out_ch;
- BZ_UPDATE_CRC ( s->calculatedBlockCRC, s->state_out_ch );
- s->state_out_len--;
- s->strm->next_out++;
- s->strm->avail_out--;
- s->strm->total_out_lo32++;
- if (s->strm->total_out_lo32 == 0) s->strm->total_out_hi32++;
- }
-
- /* can a new run be started? */
- if (s->nblock_used == s->save_nblock+1) return False;
-
- /* Only caused by corrupt data stream? */
- if (s->nblock_used > s->save_nblock+1)
- return True;
-
- s->state_out_len = 1;
- s->state_out_ch = s->k0;
- BZ_GET_FAST(k1); BZ_RAND_UPD_MASK;
- k1 ^= BZ_RAND_MASK; s->nblock_used++;
- if (s->nblock_used == s->save_nblock+1) continue;
- if (k1 != s->k0) { s->k0 = k1; continue; };
-
- s->state_out_len = 2;
- BZ_GET_FAST(k1); BZ_RAND_UPD_MASK;
- k1 ^= BZ_RAND_MASK; s->nblock_used++;
- if (s->nblock_used == s->save_nblock+1) continue;
- if (k1 != s->k0) { s->k0 = k1; continue; };
-
- s->state_out_len = 3;
- BZ_GET_FAST(k1); BZ_RAND_UPD_MASK;
- k1 ^= BZ_RAND_MASK; s->nblock_used++;
- if (s->nblock_used == s->save_nblock+1) continue;
- if (k1 != s->k0) { s->k0 = k1; continue; };
-
- BZ_GET_FAST(k1); BZ_RAND_UPD_MASK;
- k1 ^= BZ_RAND_MASK; s->nblock_used++;
- s->state_out_len = ((Int32)k1) + 4;
- BZ_GET_FAST(s->k0); BZ_RAND_UPD_MASK;
- s->k0 ^= BZ_RAND_MASK; s->nblock_used++;
- }
-
- } else {
-
- /* restore */
- UInt32 c_calculatedBlockCRC = s->calculatedBlockCRC;
- UChar c_state_out_ch = s->state_out_ch;
- Int32 c_state_out_len = s->state_out_len;
- Int32 c_nblock_used = s->nblock_used;
- Int32 c_k0 = s->k0;
- UInt32* c_tt = s->tt;
- UInt32 c_tPos = s->tPos;
- char* cs_next_out = s->strm->next_out;
- unsigned int cs_avail_out = s->strm->avail_out;
- /* end restore */
-
- UInt32 avail_out_INIT = cs_avail_out;
- Int32 s_save_nblockPP = s->save_nblock+1;
- unsigned int total_out_lo32_old;
-
- while (True) {
-
- /* try to finish existing run */
- if (c_state_out_len > 0) {
- while (True) {
- if (cs_avail_out == 0) goto return_notr;
- if (c_state_out_len == 1) break;
- *( (UChar*)(cs_next_out) ) = c_state_out_ch;
- BZ_UPDATE_CRC ( c_calculatedBlockCRC, c_state_out_ch );
- c_state_out_len--;
- cs_next_out++;
- cs_avail_out--;
- }
- s_state_out_len_eq_one:
- {
- if (cs_avail_out == 0) {
- c_state_out_len = 1; goto return_notr;
- };
- *( (UChar*)(cs_next_out) ) = c_state_out_ch;
- BZ_UPDATE_CRC ( c_calculatedBlockCRC, c_state_out_ch );
- cs_next_out++;
- cs_avail_out--;
- }
- }
- /* Only caused by corrupt data stream? */
- if (c_nblock_used > s_save_nblockPP)
- return True;
-
- /* can a new run be started? */
- if (c_nblock_used == s_save_nblockPP) {
- c_state_out_len = 0; goto return_notr;
- };
- c_state_out_ch = c_k0;
- BZ_GET_FAST_C(k1); c_nblock_used++;
- if (k1 != c_k0) {
- c_k0 = k1; goto s_state_out_len_eq_one;
- };
- if (c_nblock_used == s_save_nblockPP)
- goto s_state_out_len_eq_one;
-
- c_state_out_len = 2;
- BZ_GET_FAST_C(k1); c_nblock_used++;
- if (c_nblock_used == s_save_nblockPP) continue;
- if (k1 != c_k0) { c_k0 = k1; continue; };
-
- c_state_out_len = 3;
- BZ_GET_FAST_C(k1); c_nblock_used++;
- if (c_nblock_used == s_save_nblockPP) continue;
- if (k1 != c_k0) { c_k0 = k1; continue; };
-
- BZ_GET_FAST_C(k1); c_nblock_used++;
- c_state_out_len = ((Int32)k1) + 4;
- BZ_GET_FAST_C(c_k0); c_nblock_used++;
- }
-
- return_notr:
- total_out_lo32_old = s->strm->total_out_lo32;
- s->strm->total_out_lo32 += (avail_out_INIT - cs_avail_out);
- if (s->strm->total_out_lo32 < total_out_lo32_old)
- s->strm->total_out_hi32++;
-
- /* save */
- s->calculatedBlockCRC = c_calculatedBlockCRC;
- s->state_out_ch = c_state_out_ch;
- s->state_out_len = c_state_out_len;
- s->nblock_used = c_nblock_used;
- s->k0 = c_k0;
- s->tt = c_tt;
- s->tPos = c_tPos;
- s->strm->next_out = cs_next_out;
- s->strm->avail_out = cs_avail_out;
- /* end save */
- }
- return False;
-}
-
-
-
-/*---------------------------------------------------*/
-/* Return True iff data corruption is discovered.
- Returns False if there is no problem.
-*/
-static
-Bool unRLE_obuf_to_output_SMALL ( DState* s )
-{
- UChar k1;
-
- if (s->blockRandomised) {
-
- while (True) {
- /* try to finish existing run */
- while (True) {
- if (s->strm->avail_out == 0) return False;
- if (s->state_out_len == 0) break;
- *( (UChar*)(s->strm->next_out) ) = s->state_out_ch;
- BZ_UPDATE_CRC ( s->calculatedBlockCRC, s->state_out_ch );
- s->state_out_len--;
- s->strm->next_out++;
- s->strm->avail_out--;
- s->strm->total_out_lo32++;
- if (s->strm->total_out_lo32 == 0) s->strm->total_out_hi32++;
- }
-
- /* can a new run be started? */
- if (s->nblock_used == s->save_nblock+1) return False;
-
- /* Only caused by corrupt data stream? */
- if (s->nblock_used > s->save_nblock+1)
- return True;
-
- s->state_out_len = 1;
- s->state_out_ch = s->k0;
- BZ_GET_SMALL(k1); BZ_RAND_UPD_MASK;
- k1 ^= BZ_RAND_MASK; s->nblock_used++;
- if (s->nblock_used == s->save_nblock+1) continue;
- if (k1 != s->k0) { s->k0 = k1; continue; };
-
- s->state_out_len = 2;
- BZ_GET_SMALL(k1); BZ_RAND_UPD_MASK;
- k1 ^= BZ_RAND_MASK; s->nblock_used++;
- if (s->nblock_used == s->save_nblock+1) continue;
- if (k1 != s->k0) { s->k0 = k1; continue; };
-
- s->state_out_len = 3;
- BZ_GET_SMALL(k1); BZ_RAND_UPD_MASK;
- k1 ^= BZ_RAND_MASK; s->nblock_used++;
- if (s->nblock_used == s->save_nblock+1) continue;
- if (k1 != s->k0) { s->k0 = k1; continue; };
-
- BZ_GET_SMALL(k1); BZ_RAND_UPD_MASK;
- k1 ^= BZ_RAND_MASK; s->nblock_used++;
- s->state_out_len = ((Int32)k1) + 4;
- BZ_GET_SMALL(s->k0); BZ_RAND_UPD_MASK;
- s->k0 ^= BZ_RAND_MASK; s->nblock_used++;
- }
-
- } else {
-
- while (True) {
- /* try to finish existing run */
- while (True) {
- if (s->strm->avail_out == 0) return False;
- if (s->state_out_len == 0) break;
- *( (UChar*)(s->strm->next_out) ) = s->state_out_ch;
- BZ_UPDATE_CRC ( s->calculatedBlockCRC, s->state_out_ch );
- s->state_out_len--;
- s->strm->next_out++;
- s->strm->avail_out--;
- s->strm->total_out_lo32++;
- if (s->strm->total_out_lo32 == 0) s->strm->total_out_hi32++;
- }
-
- /* can a new run be started? */
- if (s->nblock_used == s->save_nblock+1) return False;
-
- /* Only caused by corrupt data stream? */
- if (s->nblock_used > s->save_nblock+1)
- return True;
-
- s->state_out_len = 1;
- s->state_out_ch = s->k0;
- BZ_GET_SMALL(k1); s->nblock_used++;
- if (s->nblock_used == s->save_nblock+1) continue;
- if (k1 != s->k0) { s->k0 = k1; continue; };
-
- s->state_out_len = 2;
- BZ_GET_SMALL(k1); s->nblock_used++;
- if (s->nblock_used == s->save_nblock+1) continue;
- if (k1 != s->k0) { s->k0 = k1; continue; };
-
- s->state_out_len = 3;
- BZ_GET_SMALL(k1); s->nblock_used++;
- if (s->nblock_used == s->save_nblock+1) continue;
- if (k1 != s->k0) { s->k0 = k1; continue; };
-
- BZ_GET_SMALL(k1); s->nblock_used++;
- s->state_out_len = ((Int32)k1) + 4;
- BZ_GET_SMALL(s->k0); s->nblock_used++;
- }
-
- }
-}
-
-
-/*---------------------------------------------------*/
-int BZ_API(BZ2_bzDecompress) ( bz_stream *strm )
-{
- Bool corrupt;
- DState* s;
- if (strm == NULL) return BZ_PARAM_ERROR;
- s = strm->state;
- if (s == NULL) return BZ_PARAM_ERROR;
- if (s->strm != strm) return BZ_PARAM_ERROR;
-
- while (True) {
- if (s->state == BZ_X_IDLE) return BZ_SEQUENCE_ERROR;
- if (s->state == BZ_X_OUTPUT) {
- if (s->smallDecompress)
- corrupt = unRLE_obuf_to_output_SMALL ( s ); else
- corrupt = unRLE_obuf_to_output_FAST ( s );
- if (corrupt) return BZ_DATA_ERROR;
- if (s->nblock_used == s->save_nblock+1 && s->state_out_len == 0) {
- BZ_FINALISE_CRC ( s->calculatedBlockCRC );
- if (s->verbosity >= 3)
- VPrintf2 ( " {0x%08x, 0x%08x}", s->storedBlockCRC,
- s->calculatedBlockCRC );
- if (s->verbosity >= 2) VPrintf0 ( "]" );
- if (s->calculatedBlockCRC != s->storedBlockCRC)
- return BZ_DATA_ERROR;
- s->calculatedCombinedCRC
- = (s->calculatedCombinedCRC << 1) |
- (s->calculatedCombinedCRC >> 31);
- s->calculatedCombinedCRC ^= s->calculatedBlockCRC;
- s->state = BZ_X_BLKHDR_1;
- } else {
- return BZ_OK;
- }
- }
- if (s->state >= BZ_X_MAGIC_1) {
- Int32 r = BZ2_decompress ( s );
- if (r == BZ_STREAM_END) {
- if (s->verbosity >= 3)
- VPrintf2 ( "\n combined CRCs: stored = 0x%08x, computed = 0x%08x",
- s->storedCombinedCRC, s->calculatedCombinedCRC );
- if (s->calculatedCombinedCRC != s->storedCombinedCRC)
- return BZ_DATA_ERROR;
- return r;
- }
- if (s->state != BZ_X_OUTPUT) return r;
- }
- }
-
- AssertH ( 0, 6001 );
-
- return 0; /*NOTREACHED*/
-}
-
-
-/*---------------------------------------------------*/
-int BZ_API(BZ2_bzDecompressEnd) ( bz_stream *strm )
-{
- DState* s;
- if (strm == NULL) return BZ_PARAM_ERROR;
- s = strm->state;
- if (s == NULL) return BZ_PARAM_ERROR;
- if (s->strm != strm) return BZ_PARAM_ERROR;
-
- if (s->tt != NULL) BZFREE(s->tt);
- if (s->ll16 != NULL) BZFREE(s->ll16);
- if (s->ll4 != NULL) BZFREE(s->ll4);
-
- BZFREE(strm->state);
- strm->state = NULL;
-
- return BZ_OK;
-}
-
-
-#ifndef BZ_NO_STDIO
-/*---------------------------------------------------*/
-/*--- File I/O stuff ---*/
-/*---------------------------------------------------*/
-
-#define BZ_SETERR(eee) \
-{ \
- if (bzerror != NULL) *bzerror = eee; \
- if (bzf != NULL) bzf->lastErr = eee; \
-}
-
-typedef
- struct {
- FILE* handle;
- Char buf[BZ_MAX_UNUSED];
- Int32 bufN;
- Bool writing;
- bz_stream strm;
- Int32 lastErr;
- Bool initialisedOk;
- }
- bzFile;
-
-
-/*---------------------------------------------*/
-static Bool myfeof ( FILE* f )
-{
- Int32 c = fgetc ( f );
- if (c == EOF) return True;
- ungetc ( c, f );
- return False;
-}
-
-
-/*---------------------------------------------------*/
-BZFILE* BZ_API(BZ2_bzWriteOpen)
- ( int* bzerror,
- FILE* f,
- int blockSize100k,
- int verbosity,
- int workFactor )
-{
- Int32 ret;
- bzFile* bzf = NULL;
-
- BZ_SETERR(BZ_OK);
-
- if (f == NULL ||
- (blockSize100k < 1 || blockSize100k > 9) ||
- (workFactor < 0 || workFactor > 250) ||
- (verbosity < 0 || verbosity > 4))
- { BZ_SETERR(BZ_PARAM_ERROR); return NULL; };
-
- if (ferror(f))
- { BZ_SETERR(BZ_IO_ERROR); return NULL; };
-
- bzf = malloc ( sizeof(bzFile) );
- if (bzf == NULL)
- { BZ_SETERR(BZ_MEM_ERROR); return NULL; };
-
- BZ_SETERR(BZ_OK);
- bzf->initialisedOk = False;
- bzf->bufN = 0;
- bzf->handle = f;
- bzf->writing = True;
- bzf->strm.bzalloc = NULL;
- bzf->strm.bzfree = NULL;
- bzf->strm.opaque = NULL;
-
- if (workFactor == 0) workFactor = 30;
- ret = BZ2_bzCompressInit ( &(bzf->strm), blockSize100k,
- verbosity, workFactor );
- if (ret != BZ_OK)
- { BZ_SETERR(ret); free(bzf); return NULL; };
-
- bzf->strm.avail_in = 0;
- bzf->initialisedOk = True;
- return bzf;
-}
-
-
-
-/*---------------------------------------------------*/
-void BZ_API(BZ2_bzWrite)
- ( int* bzerror,
- BZFILE* b,
- void* buf,
- int len )
-{
- Int32 n, n2, ret;
- bzFile* bzf = (bzFile*)b;
-
- BZ_SETERR(BZ_OK);
- if (bzf == NULL || buf == NULL || len < 0)
- { BZ_SETERR(BZ_PARAM_ERROR); return; };
- if (!(bzf->writing))
- { BZ_SETERR(BZ_SEQUENCE_ERROR); return; };
- if (ferror(bzf->handle))
- { BZ_SETERR(BZ_IO_ERROR); return; };
-
- if (len == 0)
- { BZ_SETERR(BZ_OK); return; };
-
- bzf->strm.avail_in = len;
- bzf->strm.next_in = buf;
-
- while (True) {
- bzf->strm.avail_out = BZ_MAX_UNUSED;
- bzf->strm.next_out = bzf->buf;
- ret = BZ2_bzCompress ( &(bzf->strm), BZ_RUN );
- if (ret != BZ_RUN_OK)
- { BZ_SETERR(ret); return; };
-
- if (bzf->strm.avail_out < BZ_MAX_UNUSED) {
- n = BZ_MAX_UNUSED - bzf->strm.avail_out;
- n2 = fwrite ( (void*)(bzf->buf), sizeof(UChar),
- n, bzf->handle );
- if (n != n2 || ferror(bzf->handle))
- { BZ_SETERR(BZ_IO_ERROR); return; };
- }
-
- if (bzf->strm.avail_in == 0)
- { BZ_SETERR(BZ_OK); return; };
- }
-}
-
-
-/*---------------------------------------------------*/
-void BZ_API(BZ2_bzWriteClose)
- ( int* bzerror,
- BZFILE* b,
- int abandon,
- unsigned int* nbytes_in,
- unsigned int* nbytes_out )
-{
- BZ2_bzWriteClose64 ( bzerror, b, abandon,
- nbytes_in, NULL, nbytes_out, NULL );
-}
-
-
-void BZ_API(BZ2_bzWriteClose64)
- ( int* bzerror,
- BZFILE* b,
- int abandon,
- unsigned int* nbytes_in_lo32,
- unsigned int* nbytes_in_hi32,
- unsigned int* nbytes_out_lo32,
- unsigned int* nbytes_out_hi32 )
-{
- Int32 n, n2, ret;
- bzFile* bzf = (bzFile*)b;
-
- if (bzf == NULL)
- { BZ_SETERR(BZ_OK); return; };
- if (!(bzf->writing))
- { BZ_SETERR(BZ_SEQUENCE_ERROR); return; };
- if (ferror(bzf->handle))
- { BZ_SETERR(BZ_IO_ERROR); return; };
-
- if (nbytes_in_lo32 != NULL) *nbytes_in_lo32 = 0;
- if (nbytes_in_hi32 != NULL) *nbytes_in_hi32 = 0;
- if (nbytes_out_lo32 != NULL) *nbytes_out_lo32 = 0;
- if (nbytes_out_hi32 != NULL) *nbytes_out_hi32 = 0;
-
- if ((!abandon) && bzf->lastErr == BZ_OK) {
- while (True) {
- bzf->strm.avail_out = BZ_MAX_UNUSED;
- bzf->strm.next_out = bzf->buf;
- ret = BZ2_bzCompress ( &(bzf->strm), BZ_FINISH );
- if (ret != BZ_FINISH_OK && ret != BZ_STREAM_END)
- { BZ_SETERR(ret); return; };
-
- if (bzf->strm.avail_out < BZ_MAX_UNUSED) {
- n = BZ_MAX_UNUSED - bzf->strm.avail_out;
- n2 = fwrite ( (void*)(bzf->buf), sizeof(UChar),
- n, bzf->handle );
- if (n != n2 || ferror(bzf->handle))
- { BZ_SETERR(BZ_IO_ERROR); return; };
- }
-
- if (ret == BZ_STREAM_END) break;
- }
- }
-
- if ( !abandon && !ferror ( bzf->handle ) ) {
- fflush ( bzf->handle );
- if (ferror(bzf->handle))
- { BZ_SETERR(BZ_IO_ERROR); return; };
- }
-
- if (nbytes_in_lo32 != NULL)
- *nbytes_in_lo32 = bzf->strm.total_in_lo32;
- if (nbytes_in_hi32 != NULL)
- *nbytes_in_hi32 = bzf->strm.total_in_hi32;
- if (nbytes_out_lo32 != NULL)
- *nbytes_out_lo32 = bzf->strm.total_out_lo32;
- if (nbytes_out_hi32 != NULL)
- *nbytes_out_hi32 = bzf->strm.total_out_hi32;
-
- BZ_SETERR(BZ_OK);
- BZ2_bzCompressEnd ( &(bzf->strm) );
- free ( bzf );
-}
-
-
-/*---------------------------------------------------*/
-BZFILE* BZ_API(BZ2_bzReadOpen)
- ( int* bzerror,
- FILE* f,
- int verbosity,
- int small,
- void* unused,
- int nUnused )
-{
- bzFile* bzf = NULL;
- int ret;
-
- BZ_SETERR(BZ_OK);
-
- if (f == NULL ||
- (small != 0 && small != 1) ||
- (verbosity < 0 || verbosity > 4) ||
- (unused == NULL && nUnused != 0) ||
- (unused != NULL && (nUnused < 0 || nUnused > BZ_MAX_UNUSED)))
- { BZ_SETERR(BZ_PARAM_ERROR); return NULL; };
-
- if (ferror(f))
- { BZ_SETERR(BZ_IO_ERROR); return NULL; };
-
- bzf = malloc ( sizeof(bzFile) );
- if (bzf == NULL)
- { BZ_SETERR(BZ_MEM_ERROR); return NULL; };
-
- BZ_SETERR(BZ_OK);
-
- bzf->initialisedOk = False;
- bzf->handle = f;
- bzf->bufN = 0;
- bzf->writing = False;
- bzf->strm.bzalloc = NULL;
- bzf->strm.bzfree = NULL;
- bzf->strm.opaque = NULL;
-
- while (nUnused > 0) {
- bzf->buf[bzf->bufN] = *((UChar*)(unused)); bzf->bufN++;
- unused = ((void*)( 1 + ((UChar*)(unused)) ));
- nUnused--;
- }
-
- ret = BZ2_bzDecompressInit ( &(bzf->strm), verbosity, small );
- if (ret != BZ_OK)
- { BZ_SETERR(ret); free(bzf); return NULL; };
-
- bzf->strm.avail_in = bzf->bufN;
- bzf->strm.next_in = bzf->buf;
-
- bzf->initialisedOk = True;
- return bzf;
-}
-
-
-/*---------------------------------------------------*/
-void BZ_API(BZ2_bzReadClose) ( int *bzerror, BZFILE *b )
-{
- bzFile* bzf = (bzFile*)b;
-
- BZ_SETERR(BZ_OK);
- if (bzf == NULL)
- { BZ_SETERR(BZ_OK); return; };
-
- if (bzf->writing)
- { BZ_SETERR(BZ_SEQUENCE_ERROR); return; };
-
- if (bzf->initialisedOk)
- (void)BZ2_bzDecompressEnd ( &(bzf->strm) );
- free ( bzf );
-}
-
-
-/*---------------------------------------------------*/
-int BZ_API(BZ2_bzRead)
- ( int* bzerror,
- BZFILE* b,
- void* buf,
- int len )
-{
- Int32 n, ret;
- bzFile* bzf = (bzFile*)b;
-
- BZ_SETERR(BZ_OK);
-
- if (bzf == NULL || buf == NULL || len < 0)
- { BZ_SETERR(BZ_PARAM_ERROR); return 0; };
-
- if (bzf->writing)
- { BZ_SETERR(BZ_SEQUENCE_ERROR); return 0; };
-
- if (len == 0)
- { BZ_SETERR(BZ_OK); return 0; };
-
- bzf->strm.avail_out = len;
- bzf->strm.next_out = buf;
-
- while (True) {
-
- if (ferror(bzf->handle))
- { BZ_SETERR(BZ_IO_ERROR); return 0; };
-
- if (bzf->strm.avail_in == 0 && !myfeof(bzf->handle)) {
- n = fread ( bzf->buf, sizeof(UChar),
- BZ_MAX_UNUSED, bzf->handle );
- if (ferror(bzf->handle))
- { BZ_SETERR(BZ_IO_ERROR); return 0; };
- bzf->bufN = n;
- bzf->strm.avail_in = bzf->bufN;
- bzf->strm.next_in = bzf->buf;
- }
-
- ret = BZ2_bzDecompress ( &(bzf->strm) );
-
- if (ret != BZ_OK && ret != BZ_STREAM_END)
- { BZ_SETERR(ret); return 0; };
-
- if (ret == BZ_OK && myfeof(bzf->handle) &&
- bzf->strm.avail_in == 0 && bzf->strm.avail_out > 0)
- { BZ_SETERR(BZ_UNEXPECTED_EOF); return 0; };
-
- if (ret == BZ_STREAM_END)
- { BZ_SETERR(BZ_STREAM_END);
- return len - bzf->strm.avail_out; };
- if (bzf->strm.avail_out == 0)
- { BZ_SETERR(BZ_OK); return len; };
-
- }
-
- return 0; /*not reached*/
-}
-
-
-/*---------------------------------------------------*/
-void BZ_API(BZ2_bzReadGetUnused)
- ( int* bzerror,
- BZFILE* b,
- void** unused,
- int* nUnused )
-{
- bzFile* bzf = (bzFile*)b;
- if (bzf == NULL)
- { BZ_SETERR(BZ_PARAM_ERROR); return; };
- if (bzf->lastErr != BZ_STREAM_END)
- { BZ_SETERR(BZ_SEQUENCE_ERROR); return; };
- if (unused == NULL || nUnused == NULL)
- { BZ_SETERR(BZ_PARAM_ERROR); return; };
-
- BZ_SETERR(BZ_OK);
- *nUnused = bzf->strm.avail_in;
- *unused = bzf->strm.next_in;
-}
-#endif
-
-
-/*---------------------------------------------------*/
-/*--- Misc convenience stuff ---*/
-/*---------------------------------------------------*/
-
-/*---------------------------------------------------*/
-int BZ_API(BZ2_bzBuffToBuffCompress)
- ( char* dest,
- unsigned int* destLen,
- char* source,
- unsigned int sourceLen,
- int blockSize100k,
- int verbosity,
- int workFactor )
-{
- bz_stream strm;
- int ret;
-
- if (dest == NULL || destLen == NULL ||
- source == NULL ||
- blockSize100k < 1 || blockSize100k > 9 ||
- verbosity < 0 || verbosity > 4 ||
- workFactor < 0 || workFactor > 250)
- return BZ_PARAM_ERROR;
-
- if (workFactor == 0) workFactor = 30;
- strm.bzalloc = NULL;
- strm.bzfree = NULL;
- strm.opaque = NULL;
- ret = BZ2_bzCompressInit ( &strm, blockSize100k,
- verbosity, workFactor );
- if (ret != BZ_OK) return ret;
-
- strm.next_in = source;
- strm.next_out = dest;
- strm.avail_in = sourceLen;
- strm.avail_out = *destLen;
-
- ret = BZ2_bzCompress ( &strm, BZ_FINISH );
- if (ret == BZ_FINISH_OK) goto output_overflow;
- if (ret != BZ_STREAM_END) goto errhandler;
-
- /* normal termination */
- *destLen -= strm.avail_out;
- BZ2_bzCompressEnd ( &strm );
- return BZ_OK;
-
- output_overflow:
- BZ2_bzCompressEnd ( &strm );
- return BZ_OUTBUFF_FULL;
-
- errhandler:
- BZ2_bzCompressEnd ( &strm );
- return ret;
-}
-
-
-/*---------------------------------------------------*/
-int BZ_API(BZ2_bzBuffToBuffDecompress)
- ( char* dest,
- unsigned int* destLen,
- char* source,
- unsigned int sourceLen,
- int small,
- int verbosity )
-{
- bz_stream strm;
- int ret;
-
- if (dest == NULL || destLen == NULL ||
- source == NULL ||
- (small != 0 && small != 1) ||
- verbosity < 0 || verbosity > 4)
- return BZ_PARAM_ERROR;
-
- strm.bzalloc = NULL;
- strm.bzfree = NULL;
- strm.opaque = NULL;
- ret = BZ2_bzDecompressInit ( &strm, verbosity, small );
- if (ret != BZ_OK) return ret;
-
- strm.next_in = source;
- strm.next_out = dest;
- strm.avail_in = sourceLen;
- strm.avail_out = *destLen;
-
- ret = BZ2_bzDecompress ( &strm );
- if (ret == BZ_OK) goto output_overflow_or_eof;
- if (ret != BZ_STREAM_END) goto errhandler;
-
- /* normal termination */
- *destLen -= strm.avail_out;
- BZ2_bzDecompressEnd ( &strm );
- return BZ_OK;
-
- output_overflow_or_eof:
- if (strm.avail_out > 0) {
- BZ2_bzDecompressEnd ( &strm );
- return BZ_UNEXPECTED_EOF;
- } else {
- BZ2_bzDecompressEnd ( &strm );
- return BZ_OUTBUFF_FULL;
- };
-
- errhandler:
- BZ2_bzDecompressEnd ( &strm );
- return ret;
-}
-
-
-/*---------------------------------------------------*/
-/*--
- Code contributed by Yoshioka Tsuneo
- (QWF00133@niftyserve.or.jp/tsuneo-y@is.aist-nara.ac.jp),
- to support better zlib compatibility.
- This code is not _officially_ part of libbzip2 (yet);
- I haven't tested it, documented it, or considered the
- threading-safeness of it.
- If this code breaks, please contact both Yoshioka and me.
---*/
-/*---------------------------------------------------*/
-
-/*---------------------------------------------------*/
-/*--
- return version like "0.9.0c".
---*/
-const char * BZ_API(BZ2_bzlibVersion)(void)
-{
- return BZ_VERSION;
-}
-
-
-#ifndef BZ_NO_STDIO
-/*---------------------------------------------------*/
-
-#if defined(_WIN32) || defined(OS2) || defined(MSDOS)
-# include <fcntl.h>
-# include <io.h>
-# define SET_BINARY_MODE(file) setmode(fileno(file),O_BINARY)
-#else
-# define SET_BINARY_MODE(file)
-#endif
-static
-BZFILE * bzopen_or_bzdopen
- ( const char *path, /* no use when bzdopen */
- int fd, /* no use when bzdopen */
- const char *mode,
- int open_mode) /* bzopen: 0, bzdopen:1 */
-{
- int bzerr;
- char unused[BZ_MAX_UNUSED];
- int blockSize100k = 9;
- int writing = 0;
- char mode2[10] = "";
- FILE *fp = NULL;
- BZFILE *bzfp = NULL;
- int verbosity = 0;
- int workFactor = 30;
- int smallMode = 0;
- int nUnused = 0;
-
- if (mode == NULL) return NULL;
- while (*mode) {
- switch (*mode) {
- case 'r':
- writing = 0; break;
- case 'w':
- writing = 1; break;
- case 's':
- smallMode = 1; break;
- default:
- if (isdigit((int)(*mode))) {
- blockSize100k = *mode-BZ_HDR_0;
- }
- }
- mode++;
- }
- strcat(mode2, writing ? "w" : "r" );
- strcat(mode2,"b"); /* binary mode */
-
- if (open_mode==0) {
- if (path==NULL || strcmp(path,"")==0) {
- fp = (writing ? stdout : stdin);
- SET_BINARY_MODE(fp);
- } else {
- fp = fopen(path,mode2);
- }
- } else {
-#ifdef BZ_STRICT_ANSI
- fp = NULL;
-#else
- fp = fdopen(fd,mode2);
-#endif
- }
- if (fp == NULL) return NULL;
-
- if (writing) {
- /* Guard against total chaos and anarchy -- JRS */
- if (blockSize100k < 1) blockSize100k = 1;
- if (blockSize100k > 9) blockSize100k = 9;
- bzfp = BZ2_bzWriteOpen(&bzerr,fp,blockSize100k,
- verbosity,workFactor);
- } else {
- bzfp = BZ2_bzReadOpen(&bzerr,fp,verbosity,smallMode,
- unused,nUnused);
- }
- if (bzfp == NULL) {
- if (fp != stdin && fp != stdout) fclose(fp);
- return NULL;
- }
- return bzfp;
-}
-
-
-/*---------------------------------------------------*/
-/*--
- open file for read or write.
- ex) bzopen("file","w9")
- case path="" or NULL => use stdin or stdout.
---*/
-BZFILE * BZ_API(BZ2_bzopen)
- ( const char *path,
- const char *mode )
-{
- return bzopen_or_bzdopen(path,-1,mode,/*bzopen*/0);
-}
-
-
-/*---------------------------------------------------*/
-BZFILE * BZ_API(BZ2_bzdopen)
- ( int fd,
- const char *mode )
-{
- return bzopen_or_bzdopen(NULL,fd,mode,/*bzdopen*/1);
-}
-
-
-/*---------------------------------------------------*/
-int BZ_API(BZ2_bzread) (BZFILE* b, void* buf, int len )
-{
- int bzerr, nread;
- if (((bzFile*)b)->lastErr == BZ_STREAM_END) return 0;
- nread = BZ2_bzRead(&bzerr,b,buf,len);
- if (bzerr == BZ_OK || bzerr == BZ_STREAM_END) {
- return nread;
- } else {
- return -1;
- }
-}
-
-
-/*---------------------------------------------------*/
-int BZ_API(BZ2_bzwrite) (BZFILE* b, void* buf, int len )
-{
- int bzerr;
-
- BZ2_bzWrite(&bzerr,b,buf,len);
- if(bzerr == BZ_OK){
- return len;
- }else{
- return -1;
- }
-}
-
-
-/*---------------------------------------------------*/
-int BZ_API(BZ2_bzflush) (BZFILE *b)
-{
- /* do nothing now... */
- return 0;
-}
-
-
-/*---------------------------------------------------*/
-void BZ_API(BZ2_bzclose) (BZFILE* b)
-{
- int bzerr;
- FILE *fp = ((bzFile *)b)->handle;
-
- if (b==NULL) {return;}
- if(((bzFile*)b)->writing){
- BZ2_bzWriteClose(&bzerr,b,0,NULL,NULL);
- if(bzerr != BZ_OK){
- BZ2_bzWriteClose(NULL,b,1,NULL,NULL);
- }
- }else{
- BZ2_bzReadClose(&bzerr,b);
- }
- if(fp!=stdin && fp!=stdout){
- fclose(fp);
- }
-}
-
-
-/*---------------------------------------------------*/
-/*--
- return last error code
---*/
-static char *bzerrorstrings[] = {
- "OK"
- ,"SEQUENCE_ERROR"
- ,"PARAM_ERROR"
- ,"MEM_ERROR"
- ,"DATA_ERROR"
- ,"DATA_ERROR_MAGIC"
- ,"IO_ERROR"
- ,"UNEXPECTED_EOF"
- ,"OUTBUFF_FULL"
- ,"CONFIG_ERROR"
- ,"???" /* for future */
- ,"???" /* for future */
- ,"???" /* for future */
- ,"???" /* for future */
- ,"???" /* for future */
- ,"???" /* for future */
-};
-
-
-const char * BZ_API(BZ2_bzerror) (BZFILE *b, int *errnum)
-{
- int err = ((bzFile *)b)->lastErr;
-
- if(err>0) err = 0;
- *errnum = err;
- return bzerrorstrings[err*-1];
-}
-#endif
-
-
-/*-------------------------------------------------------------*/
-/*--- end bzlib.c ---*/
-/*-------------------------------------------------------------*/
-
-
-/////////////////////////////////////////////////////////////////////
-/////////////////////////////////////////////////////////////////////
-
-
-/* A test program written to test robustness to decompression of
- corrupted data. Usage is
- unzcrash filename
- and the program will read the specified file, compress it (in memory),
- and then repeatedly decompress it, each time with a different bit of
- the compressed data inverted, so as to test all possible one-bit errors.
- This should not cause any invalid memory accesses. If it does,
- I want to know about it!
-
- p.s. As you can see from the above description, the process is
- incredibly slow. A file of size eg 5KB will cause it to run for
- many hours.
-*/
-
-//#include <stdio.h>
-//#include <assert.h>
-//#include "bzlib.h"
-
-#define M_BLOCK 1000000
-
-typedef unsigned char uchar;
-
-#define M_BLOCK_OUT (M_BLOCK + 1000000)
-uchar inbuf[M_BLOCK];
-uchar outbuf[M_BLOCK_OUT];
-uchar zbuf[M_BLOCK + 600 + (M_BLOCK / 100)];
-
-int nIn, nOut, nZ;
-
-static char *bzerrorstrings[] = {
- "OK"
- ,"SEQUENCE_ERROR"
- ,"PARAM_ERROR"
- ,"MEM_ERROR"
- ,"DATA_ERROR"
- ,"DATA_ERROR_MAGIC"
- ,"IO_ERROR"
- ,"UNEXPECTED_EOF"
- ,"OUTBUFF_FULL"
- ,"???" /* for future */
- ,"???" /* for future */
- ,"???" /* for future */
- ,"???" /* for future */
- ,"???" /* for future */
- ,"???" /* for future */
-};
-
-void flip_bit ( int bit )
-{
- int byteno = bit / 8;
- int bitno = bit % 8;
- uchar mask = 1 << bitno;
- //fprintf ( stderr, "(byte %d bit %d mask %d)",
- // byteno, bitno, (int)mask );
- zbuf[byteno] ^= mask;
-}
-
-void set_inbuf ( void )
-{
- inbuf[0] = 0;
- my_strcat(inbuf, "At her sixtieth birthday party, Margaret Thatcher ");
- my_strcat(inbuf, "blew on the cake to light the candles.\n");
- my_strcat(inbuf, "This program, bzip2, the associated library libbzip2, and all\n");
- my_strcat(inbuf, "documentation, are copyright (C) 1996-2004 Julian R Seward. All\n");
- my_strcat(inbuf, "rights reserved.\n");
- my_strcat(inbuf, "\n");
- my_strcat(inbuf, "Redistribution and use in source and binary forms, with or without\n");
- my_strcat(inbuf, "modification, are permitted provided that the following conditions\n");
- my_strcat(inbuf, "are met:\n");
- my_strcat(inbuf, "\n");
- my_strcat(inbuf, "1. Redistributions of source code must retain the above copyright\n");
- my_strcat(inbuf, " notice, this list of conditions and the following disclaimer.\n");
- my_strcat(inbuf, "\n");
- my_strcat(inbuf, "2. The origin of this software must not be misrepresented; you must\n");
- my_strcat(inbuf, " not claim that you wrote the original software. If you use this\n");
- my_strcat(inbuf, " software in a product, an acknowledgment in the product\n");
- my_strcat(inbuf, " documentation would be appreciated but is not required.\n");
- my_strcat(inbuf, "\n");
- my_strcat(inbuf, "3. Altered source versions must be plainly marked as such, and must\n");
- my_strcat(inbuf, " not be misrepresented as being the original software.\n");
- my_strcat(inbuf, "\n");
- my_strcat(inbuf, "4. The name of the author may not be used to endorse or promote\n");
- my_strcat(inbuf, " products derived from this software without specific prior written\n");
- my_strcat(inbuf, " permission.\n");
- my_strcat(inbuf, "\n");
- my_strcat(inbuf, "THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND ANY EXPRESS\n");
- my_strcat(inbuf, "OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED\n");
- my_strcat(inbuf, "WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE\n");
- my_strcat(inbuf, "ARE DISCLAIMED. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY\n");
- my_strcat(inbuf, "DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL\n");
- my_strcat(inbuf, "DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE\n");
- my_strcat(inbuf, "GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS\n");
- my_strcat(inbuf, "INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY,\n");
- my_strcat(inbuf, "WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING\n");
- my_strcat(inbuf, "NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\n");
- my_strcat(inbuf, "SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "ababababababababababababababababababababababababababababababab");
- my_strcat(inbuf, "\n");
-}
-
-
-void entry ( HWord(*service)(HWord,HWord) )
-{
- int r;
- int bit;
- int i;
-
- serviceFn = service;
-
- set_inbuf();
- nIn = vexxx_strlen(inbuf)+1;
- vexxx_printf( "%d bytes read\n", nIn );
-
- nZ = M_BLOCK;
- r = BZ2_bzBuffToBuffCompress (
- zbuf, &nZ, inbuf, nIn, 9, 4/*verb*/, 30 );
-
- if (r != BZ_OK) {
- vexxx_printf("initial compress failed!\n");
- (*serviceFn)(0,0);
- }
- vexxx_printf( "%d after compression\n", nZ );
-
- for (bit = 0; bit < nZ*8; bit += (bit < 35 ? 1 : 377)) {
- vexxx_printf( "bit %d ", bit );
- flip_bit ( bit );
- nOut = M_BLOCK_OUT;
- r = BZ2_bzBuffToBuffDecompress (
- outbuf, &nOut, zbuf, nZ, 1/*small*/, 0 );
- vexxx_printf( " %d %s ", r, bzerrorstrings[-r] );
-
- if (r != BZ_OK) {
- vexxx_printf( "\n" );
- } else {
- if (nOut != nIn) {
- vexxx_printf( "nIn/nOut mismatch %d %d\n", nIn, nOut );
- (*serviceFn)(0,0);
- } else {
- for (i = 0; i < nOut; i++)
- if (inbuf[i] != outbuf[i]) {
- vexxx_printf( "mismatch at %d\n", i );
- (*serviceFn)(0,0);
- }
- if (i == nOut) vexxx_printf( "really ok!\n" );
- }
- }
-
- flip_bit ( bit );
- }
-
-#if 0
- assert (nOut == nIn);
- for (i = 0; i < nOut; i++) {
- if (inbuf[i] != outbuf[i]) {
- vexxx_printf( "difference at %d !\n", i );
- return 1;
- }
- }
-#endif
-
- vexxx_printf( "all ok\n" );
- (*serviceFn)(0,0);
-}
diff --git a/VEX/switchback/test_emfloat.c b/VEX/switchback/test_emfloat.c
deleted file mode 100644
index c47ccf8..0000000
--- a/VEX/switchback/test_emfloat.c
+++ /dev/null
@@ -1,1942 +0,0 @@
-/*
-** emfloat.c
-** Source for emulated floating-point routines.
-** BYTEmark (tm)
-** BYTE's Native Mode Benchmarks
-** Rick Grehan, BYTE Magazine.
-**
-** Created:
-** Last update: 3/95
-**
-** DISCLAIMER
-** The source, executable, and documentation files that comprise
-** the BYTEmark benchmarks are made available on an "as is" basis.
-** This means that we at BYTE Magazine have made every reasonable
-** effort to verify that the there are no errors in the source and
-** executable code. We cannot, however, guarantee that the programs
-** are error-free. Consequently, McGraw-HIll and BYTE Magazine make
-** no claims in regard to the fitness of the source code, executable
-** code, and documentation of the BYTEmark.
-** Furthermore, BYTE Magazine, McGraw-Hill, and all employees
-** of McGraw-Hill cannot be held responsible for any damages resulting
-** from the use of this code or the results obtained from using
-** this code.
-*/
-
-#include "../pub/libvex_basictypes.h"
-
-static HWord (*serviceFn)(HWord,HWord) = 0;
-
-
-/////////////////////////////////////////////////////////////////////
-/////////////////////////////////////////////////////////////////////
-
-static char* my_strcpy ( char* dest, const char* src )
-{
- char* dest_orig = dest;
- while (*src) *dest++ = *src++;
- *dest = 0;
- return dest_orig;
-}
-
-static void* my_memcpy ( void *dest, const void *src, int sz )
-{
- const char *s = (const char *)src;
- char *d = (char *)dest;
-
- while (sz--)
- *d++ = *s++;
-
- return dest;
-}
-
-static void* my_memmove( void *dst, const void *src, unsigned int len )
-{
- register char *d;
- register char *s;
- if ( dst > src ) {
- d = (char *)dst + len - 1;
- s = (char *)src + len - 1;
- while ( len >= 4 ) {
- *d-- = *s--;
- *d-- = *s--;
- *d-- = *s--;
- *d-- = *s--;
- len -= 4;
- }
- while ( len-- ) {
- *d-- = *s--;
- }
- } else if ( dst < src ) {
- d = (char *)dst;
- s = (char *)src;
- while ( len >= 4 ) {
- *d++ = *s++;
- *d++ = *s++;
- *d++ = *s++;
- *d++ = *s++;
- len -= 4;
- }
- while ( len-- ) {
- *d++ = *s++;
- }
- }
- return dst;
-}
-
-/////////////////////////////////////////////////////////////////////
-
-static void vexxx_log_bytes ( char* p, int n )
-{
- int i;
- for (i = 0; i < n; i++)
- (*serviceFn)( 1, (int)p[i] );
-}
-
-/*---------------------------------------------------------*/
-/*--- vexxx_printf ---*/
-/*---------------------------------------------------------*/
-
-/* This should be the only <...> include in the entire VEXXX library.
- New code for vexxx_util.c should go above this point. */
-#include <stdarg.h>
-
-static HChar vexxx_toupper ( HChar c )
-{
- if (c >= 'a' && c <= 'z')
- return toHChar(c + ('A' - 'a'));
- else
- return c;
-}
-
-static Int vexxx_strlen ( const HChar* str )
-{
- Int i = 0;
- while (str[i] != 0) i++;
- return i;
-}
-
-Bool vexxx_streq ( const HChar* s1, const HChar* s2 )
-{
- while (True) {
- if (*s1 == 0 && *s2 == 0)
- return True;
- if (*s1 != *s2)
- return False;
- s1++;
- s2++;
- }
-}
-
-/* Some flags. */
-#define VG_MSG_SIGNED 1 /* The value is signed. */
-#define VG_MSG_ZJUSTIFY 2 /* Must justify with '0'. */
-#define VG_MSG_LJUSTIFY 4 /* Must justify on the left. */
-#define VG_MSG_PAREN 8 /* Parenthesize if present (for %y) */
-#define VG_MSG_COMMA 16 /* Add commas to numbers (for %d, %u) */
-
-/* Copy a string into the buffer. */
-static UInt
-myvprintf_str ( void(*send)(HChar), Int flags, Int width, HChar* str,
- Bool capitalise )
-{
-# define MAYBE_TOUPPER(ch) toHChar(capitalise ? vexxx_toupper(ch) : (ch))
- UInt ret = 0;
- Int i, extra;
- Int len = vexxx_strlen(str);
-
- if (width == 0) {
- ret += len;
- for (i = 0; i < len; i++)
- send(MAYBE_TOUPPER(str[i]));
- return ret;
- }
-
- if (len > width) {
- ret += width;
- for (i = 0; i < width; i++)
- send(MAYBE_TOUPPER(str[i]));
- return ret;
- }
-
- extra = width - len;
- if (flags & VG_MSG_LJUSTIFY) {
- ret += extra;
- for (i = 0; i < extra; i++)
- send(' ');
- }
- ret += len;
- for (i = 0; i < len; i++)
- send(MAYBE_TOUPPER(str[i]));
- if (!(flags & VG_MSG_LJUSTIFY)) {
- ret += extra;
- for (i = 0; i < extra; i++)
- send(' ');
- }
-
-# undef MAYBE_TOUPPER
-
- return ret;
-}
-
-/* Write P into the buffer according to these args:
- * If SIGN is true, p is a signed.
- * BASE is the base.
- * If WITH_ZERO is true, '0' must be added.
- * WIDTH is the width of the field.
- */
-static UInt
-myvprintf_int64 ( void(*send)(HChar), Int flags, Int base, Int width, ULong pL)
-{
- HChar buf[40];
- Int ind = 0;
- Int i, nc = 0;
- Bool neg = False;
- HChar *digits = "0123456789ABCDEF";
- UInt ret = 0;
- UInt p = (UInt)pL;
-
- if (base < 2 || base > 16)
- return ret;
-
- if ((flags & VG_MSG_SIGNED) && (Int)p < 0) {
- p = - (Int)p;
- neg = True;
- }
-
- if (p == 0)
- buf[ind++] = '0';
- else {
- while (p > 0) {
- if ((flags & VG_MSG_COMMA) && 10 == base &&
- 0 == (ind-nc) % 3 && 0 != ind)
- {
- buf[ind++] = ',';
- nc++;
- }
- buf[ind++] = digits[p % base];
- p /= base;
- }
- }
-
- if (neg)
- buf[ind++] = '-';
-
- if (width > 0 && !(flags & VG_MSG_LJUSTIFY)) {
- for(; ind < width; ind++) {
- //vassert(ind < 39);
- buf[ind] = toHChar((flags & VG_MSG_ZJUSTIFY) ? '0': ' ');
- }
- }
-
- /* Reverse copy to buffer. */
- ret += ind;
- for (i = ind -1; i >= 0; i--) {
- send(buf[i]);
- }
- if (width > 0 && (flags & VG_MSG_LJUSTIFY)) {
- for(; ind < width; ind++) {
- ret++;
- send(' '); // Never pad with zeroes on RHS -- changes the value!
- }
- }
- return ret;
-}
-
-
-/* A simple vprintf(). */
-static
-UInt vprintf_wrk ( void(*send)(HChar), const HChar *format, va_list vargs )
-{
- UInt ret = 0;
- int i;
- int flags;
- int width;
- Bool is_long;
-
- /* We assume that vargs has already been initialised by the
- caller, using va_start, and that the caller will similarly
- clean up with va_end.
- */
-
- for (i = 0; format[i] != 0; i++) {
- if (format[i] != '%') {
- send(format[i]);
- ret++;
- continue;
- }
- i++;
- /* A '%' has been found. Ignore a trailing %. */
- if (format[i] == 0)
- break;
- if (format[i] == '%') {
- /* `%%' is replaced by `%'. */
- send('%');
- ret++;
- continue;
- }
- flags = 0;
- is_long = False;
- width = 0; /* length of the field. */
- if (format[i] == '(') {
- flags |= VG_MSG_PAREN;
- i++;
- }
- /* If ',' follows '%', commas will be inserted. */
- if (format[i] == ',') {
- flags |= VG_MSG_COMMA;
- i++;
- }
- /* If '-' follows '%', justify on the left. */
- if (format[i] == '-') {
- flags |= VG_MSG_LJUSTIFY;
- i++;
- }
- /* If '0' follows '%', pads will be inserted. */
- if (format[i] == '0') {
- flags |= VG_MSG_ZJUSTIFY;
- i++;
- }
- /* Compute the field length. */
- while (format[i] >= '0' && format[i] <= '9') {
- width *= 10;
- width += format[i++] - '0';
- }
- while (format[i] == 'l') {
- i++;
- is_long = True;
- }
-
- switch (format[i]) {
- case 'd': /* %d */
- flags |= VG_MSG_SIGNED;
- if (is_long)
- ret += myvprintf_int64(send, flags, 10, width,
- (ULong)(va_arg (vargs, Long)));
- else
- ret += myvprintf_int64(send, flags, 10, width,
- (ULong)(va_arg (vargs, Int)));
- break;
- case 'u': /* %u */
- if (is_long)
- ret += myvprintf_int64(send, flags, 10, width,
- (ULong)(va_arg (vargs, ULong)));
- else
- ret += myvprintf_int64(send, flags, 10, width,
- (ULong)(va_arg (vargs, UInt)));
- break;
- case 'p': /* %p */
- ret += 2;
- send('0');
- send('x');
- ret += myvprintf_int64(send, flags, 16, width,
- (ULong)((HWord)va_arg (vargs, void *)));
- break;
- case 'x': /* %x */
- if (is_long)
- ret += myvprintf_int64(send, flags, 16, width,
- (ULong)(va_arg (vargs, ULong)));
- else
- ret += myvprintf_int64(send, flags, 16, width,
- (ULong)(va_arg (vargs, UInt)));
- break;
- case 'c': /* %c */
- ret++;
- send(toHChar(va_arg (vargs, int)));
- break;
- case 's': case 'S': { /* %s */
- char *str = va_arg (vargs, char *);
- if (str == (char*) 0) str = "(null)";
- ret += myvprintf_str(send, flags, width, str,
- toBool(format[i]=='S'));
- break;
- }
-# if 0
- case 'y': { /* %y - print symbol */
- Addr a = va_arg(vargs, Addr);
-
- HChar *name;
- if (VG_(get_fnname_w_offset)(a, &name)) {
- HChar buf[1 + VG_strlen(name) + 1 + 1];
- if (flags & VG_MSG_PAREN) {
- VG_(sprintf)(str, "(%s)", name):
- } else {
- VG_(sprintf)(str, "%s", name):
- }
- ret += myvprintf_str(send, flags, width, buf, 0);
- }
- break;
- }
-# endif
- default:
- break;
- }
- }
- return ret;
-}
-
-
-/* A general replacement for printf(). Note that only low-level
- debugging info should be sent via here. The official route is to
- to use vg_message(). This interface is deprecated.
-*/
-static HChar myprintf_buf[1000];
-static Int n_myprintf_buf;
-
-static void add_to_myprintf_buf ( HChar c )
-{
- if (c == '\n' || n_myprintf_buf >= 1000-10 /*paranoia*/ ) {
- (*vexxx_log_bytes)( myprintf_buf, vexxx_strlen(myprintf_buf) );
- n_myprintf_buf = 0;
- myprintf_buf[n_myprintf_buf] = 0;
- }
- myprintf_buf[n_myprintf_buf++] = c;
- myprintf_buf[n_myprintf_buf] = 0;
-}
-
-static UInt vexxx_printf ( const char *format, ... )
-{
- UInt ret;
- va_list vargs;
- va_start(vargs,format);
-
- n_myprintf_buf = 0;
- myprintf_buf[n_myprintf_buf] = 0;
- ret = vprintf_wrk ( add_to_myprintf_buf, format, vargs );
-
- if (n_myprintf_buf > 0) {
- (*vexxx_log_bytes)( myprintf_buf, n_myprintf_buf );
- }
-
- va_end(vargs);
-
- return ret;
-}
-
-/*---------------------------------------------------------------*/
-/*--- end vexxx_util.c ---*/
-/*---------------------------------------------------------------*/
-
-
-/////////////////////////////////////////////////////////////////////
-/////////////////////////////////////////////////////////////////////
-
-//#include <stdio.h>
-//#include <string.h>
-//#include <malloc.h>
-
-typedef unsigned char uchar;
-typedef unsigned int uint;
-typedef unsigned short ushort;
-typedef unsigned long ulong;
-typedef int int32; /* Signed 32 bit integer */
-
-#define INTERNAL_FPF_PRECISION 4
-#define CPUEMFLOATLOOPMAX 500000L
-#define EMFARRAYSIZE 3000L
-
-typedef struct {
- int adjust; /* Set adjust code */
- ulong request_secs; /* # of seconds requested */
- ulong arraysize; /* Size of array */
- ulong loops; /* Loops per iterations */
- double emflops; /* Results */
-} EmFloatStruct;
-
-
-
-/* Is this a 64 bit architecture? If so, this will define LONG64 */
-/* Uwe F. Mayer 15 November 1997 */
-// #include "pointer.h"
-
-#define u8 unsigned char
-#define u16 unsigned short
-#ifdef LONG64
-#define u32 unsigned int
-#else
-#define u32 unsigned long
-#endif
-#define uchar unsigned char
-#define ulong unsigned long
-
-#define MAX_EXP 32767L
-#define MIN_EXP (-32767L)
-
-#define IFPF_IS_ZERO 0
-#define IFPF_IS_SUBNORMAL 1
-#define IFPF_IS_NORMAL 2
-#define IFPF_IS_INFINITY 3
-#define IFPF_IS_NAN 4
-#define IFPF_TYPE_COUNT 5
-
-#define ZERO_ZERO 0
-#define ZERO_SUBNORMAL 1
-#define ZERO_NORMAL 2
-#define ZERO_INFINITY 3
-#define ZERO_NAN 4
-
-#define SUBNORMAL_ZERO 5
-#define SUBNORMAL_SUBNORMAL 6
-#define SUBNORMAL_NORMAL 7
-#define SUBNORMAL_INFINITY 8
-#define SUBNORMAL_NAN 9
-
-#define NORMAL_ZERO 10
-#define NORMAL_SUBNORMAL 11
-#define NORMAL_NORMAL 12
-#define NORMAL_INFINITY 13
-#define NORMAL_NAN 14
-
-#define INFINITY_ZERO 15
-#define INFINITY_SUBNORMAL 16
-#define INFINITY_NORMAL 17
-#define INFINITY_INFINITY 18
-#define INFINITY_NAN 19
-
-#define NAN_ZERO 20
-#define NAN_SUBNORMAL 21
-#define NAN_NORMAL 22
-#define NAN_INFINITY 23
-#define NAN_NAN 24
-#define OPERAND_ZERO 0
-#define OPERAND_SUBNORMAL 1
-#define OPERAND_NORMAL 2
-#define OPERAND_INFINITY 3
-#define OPERAND_NAN 4
-
-typedef struct
-{
- u8 type; /* Indicates, NORMAL, SUBNORMAL, etc. */
- u8 sign; /* Mantissa sign */
- short exp; /* Signed exponent...no bias */
- u16 mantissa[INTERNAL_FPF_PRECISION];
-} InternalFPF;
-
-static
-void SetupCPUEmFloatArrays(InternalFPF *abase,
- InternalFPF *bbase, InternalFPF *cbase, ulong arraysize);
-static
-ulong DoEmFloatIteration(InternalFPF *abase,
- InternalFPF *bbase, InternalFPF *cbase,
- ulong arraysize, ulong loops);
-
-static void SetInternalFPFZero(InternalFPF *dest,
- uchar sign);
-static void SetInternalFPFInfinity(InternalFPF *dest,
- uchar sign);
-static void SetInternalFPFNaN(InternalFPF *dest);
-static int IsMantissaZero(u16 *mant);
-static void Add16Bits(u16 *carry,u16 *a,u16 b,u16 c);
-static void Sub16Bits(u16 *borrow,u16 *a,u16 b,u16 c);
-static void ShiftMantLeft1(u16 *carry,u16 *mantissa);
-static void ShiftMantRight1(u16 *carry,u16 *mantissa);
-static void StickyShiftRightMant(InternalFPF *ptr,int amount);
-static void normalize(InternalFPF *ptr);
-static void denormalize(InternalFPF *ptr,int minimum_exponent);
-static void RoundInternalFPF(InternalFPF *ptr);
-static void choose_nan(InternalFPF *x,InternalFPF *y,InternalFPF *z,
- int intel_flag);
-static void AddSubInternalFPF(uchar operation,InternalFPF *x,
- InternalFPF *y,InternalFPF *z);
-static void MultiplyInternalFPF(InternalFPF *x,InternalFPF *y,
- InternalFPF *z);
-static void DivideInternalFPF(InternalFPF *x,InternalFPF *y,
- InternalFPF *z);
-
-static void Int32ToInternalFPF(int32 mylong,
- InternalFPF *dest);
-static int InternalFPFToString(char *dest,
- InternalFPF *src);
-
-static int32 randnum(int32 lngval);
-
-static int32 randwc(int32 num)
-{
- return(randnum((int32)0)%num);
-}
-
-static int32 randw[2] = { (int32)13 , (int32)117 };
-static int32 randnum(int32 lngval)
-{
- register int32 interm;
-
- if (lngval!=(int32)0)
- { randw[0]=(int32)13; randw[1]=(int32)117; }
-
- interm=(randw[0]*(int32)254754+randw[1]*(int32)529562)%(int32)999563;
- randw[1]=randw[0];
- randw[0]=interm;
- return(interm);
-}
-
-
-static
-void SetupCPUEmFloatArrays(InternalFPF *abase,
- InternalFPF *bbase,
- InternalFPF *cbase,
- ulong arraysize)
-{
-ulong i;
-InternalFPF locFPF1,locFPF2;
-
-randnum((int32)13);
-
-for(i=0;i<arraysize;i++)
-{/* LongToInternalFPF(randwc(50000L),&locFPF1); */
- Int32ToInternalFPF(randwc((int32)50000),&locFPF1);
- /* LongToInternalFPF(randwc(50000L)+1L,&locFPF2); */
- Int32ToInternalFPF(randwc((int32)50000)+(int32)1,&locFPF2);
- DivideInternalFPF(&locFPF1,&locFPF2,abase+i);
- /* LongToInternalFPF(randwc(50000L)+1L,&locFPF2); */
- Int32ToInternalFPF(randwc((int32)50000)+(int32)1,&locFPF2);
- DivideInternalFPF(&locFPF1,&locFPF2,bbase+i);
-}
-return;
-}
-
-
-static char* str1 = "loops %d\n";
-static
-ulong DoEmFloatIteration(InternalFPF *abase,
- InternalFPF *bbase,
- InternalFPF *cbase,
- ulong arraysize, ulong loops)
-{
-static uchar jtable[16] = {0,0,0,0,1,1,1,1,2,2,2,2,2,3,3,3};
-ulong i;
-int number_of_loops;
- loops = 100;
-number_of_loops=loops-1; /* the index of the first loop we run */
-
-vexxx_printf(str1, (int)loops);
-
-/*
-** Each pass through the array performs operations in
-** the followingratios:
-** 4 adds, 4 subtracts, 5 multiplies, 3 divides
-** (adds and subtracts being nearly the same operation)
-*/
-
-{
- for(i=0;i<arraysize;i++)
- switch(jtable[i % 16])
- {
- case 0: /* Add */
- AddSubInternalFPF(0,abase+i,
- bbase+i,
- cbase+i);
- break;
- case 1: /* Subtract */
- AddSubInternalFPF(1,abase+i,
- bbase+i,
- cbase+i);
- break;
- case 2: /* Multiply */
- MultiplyInternalFPF(abase+i,
- bbase+i,
- cbase+i);
- break;
- case 3: /* Divide */
- DivideInternalFPF(abase+i,
- bbase+i,
- cbase+i);
- break;
- }
-{
- ulong j[8]; /* we test 8 entries */
- int k;
- ulong i;
- char buffer[1024];
- if (100==loops) /* the first loop */
- {
- j[0]=(ulong)2;
- j[1]=(ulong)6;
- j[2]=(ulong)10;
- j[3]=(ulong)14;
- j[4]=(ulong)(arraysize-14);
- j[5]=(ulong)(arraysize-10);
- j[6]=(ulong)(arraysize-6);
- j[7]=(ulong)(arraysize-2);
- for(k=0;k<8;k++){
- i=j[k];
- InternalFPFToString(buffer,abase+i);
- vexxx_printf("%6d: (%s) ",i,buffer);
- switch(jtable[i % 16])
- {
- case 0: my_strcpy(buffer,"+"); break;
- case 1: my_strcpy(buffer,"-"); break;
- case 2: my_strcpy(buffer,"*"); break;
- case 3: my_strcpy(buffer,"/"); break;
- }
- vexxx_printf("%s ",buffer);
- InternalFPFToString(buffer,bbase+i);
- vexxx_printf("(%s) = ",buffer);
- InternalFPFToString(buffer,cbase+i);
- vexxx_printf("%s\n",buffer);
- }
-return 0;
- }
-}
-}
-return 0;
-}
-
-/***********************
-** SetInternalFPFZero **
-************************
-** Set an internal floating-point-format number to zero.
-** sign determines the sign of the zero.
-*/
-static void SetInternalFPFZero(InternalFPF *dest,
- uchar sign)
-{
-int i; /* Index */
-
-dest->type=IFPF_IS_ZERO;
-dest->sign=sign;
-dest->exp=MIN_EXP;
-for(i=0;i<INTERNAL_FPF_PRECISION;i++)
- dest->mantissa[i]=0;
-return;
-}
-
-/***************************
-** SetInternalFPFInfinity **
-****************************
-** Set an internal floating-point-format number to infinity.
-** This can happen if the exponent exceeds MAX_EXP.
-** As above, sign picks the sign of infinity.
-*/
-static void SetInternalFPFInfinity(InternalFPF *dest,
- uchar sign)
-{
-int i; /* Index */
-
-dest->type=IFPF_IS_INFINITY;
-dest->sign=sign;
-dest->exp=MIN_EXP;
-for(i=0;i<INTERNAL_FPF_PRECISION;i++)
- dest->mantissa[i]=0;
-return;
-}
-
-/**********************
-** SetInternalFPFNaN **
-***********************
-** Set an internal floating-point-format number to Nan
-** (not a number). Note that we "emulate" an 80x87 as far
-** as the mantissa bits go.
-*/
-static void SetInternalFPFNaN(InternalFPF *dest)
-{
-int i; /* Index */
-
-dest->type=IFPF_IS_NAN;
-dest->exp=MAX_EXP;
-dest->sign=1;
-dest->mantissa[0]=0x4000;
-for(i=1;i<INTERNAL_FPF_PRECISION;i++)
- dest->mantissa[i]=0;
-
-return;
-}
-
-/*******************
-** IsMantissaZero **
-********************
-** Pass this routine a pointer to an internal floating point format
-** number's mantissa. It checks for an all-zero mantissa.
-** Returns 0 if it is NOT all zeros, !=0 otherwise.
-*/
-static int IsMantissaZero(u16 *mant)
-{
-int i; /* Index */
-int n; /* Return value */
-
-n=0;
-for(i=0;i<INTERNAL_FPF_PRECISION;i++)
- n|=mant[i];
-
-return(!n);
-}
-
-/**************
-** Add16Bits **
-***************
-** Add b, c, and carry. Retult in a. New carry in carry.
-*/
-static void Add16Bits(u16 *carry,
- u16 *a,
- u16 b,
- u16 c)
-{
-u32 accum; /* Accumulator */
-
-/*
-** Do the work in the 32-bit accumulator so we can return
-** the carry.
-*/
-accum=(u32)b;
-accum+=(u32)c;
-accum+=(u32)*carry;
-*carry=(u16)((accum & 0x00010000) ? 1 : 0); /* New carry */
-*a=(u16)(accum & 0xFFFF); /* Result is lo 16 bits */
-return;
-}
-
-/**************
-** Sub16Bits **
-***************
-** Additive inverse of above.
-*/
-static void Sub16Bits(u16 *borrow,
- u16 *a,
- u16 b,
- u16 c)
-{
-u32 accum; /* Accumulator */
-
-accum=(u32)b;
-accum-=(u32)c;
-accum-=(u32)*borrow;
-*borrow=(u32)((accum & 0x00010000) ? 1 : 0); /* New borrow */
-*a=(u16)(accum & 0xFFFF);
-return;
-}
-
-/*******************
-** ShiftMantLeft1 **
-********************
-** Shift a vector of 16-bit numbers left 1 bit. Also provides
-** a carry bit, which is shifted in at the beginning, and
-** shifted out at the end.
-*/
-static void ShiftMantLeft1(u16 *carry,
- u16 *mantissa)
-{
-int i; /* Index */
-int new_carry;
-u16 accum; /* Temporary holding placed */
-
-for(i=INTERNAL_FPF_PRECISION-1;i>=0;i--)
-{ accum=mantissa[i];
- new_carry=accum & 0x8000; /* Get new carry */
- accum=accum<<1; /* Do the shift */
- if(*carry)
- accum|=1; /* Insert previous carry */
- *carry=new_carry;
- mantissa[i]=accum; /* Return shifted value */
-}
-return;
-}
-
-/********************
-** ShiftMantRight1 **
-*********************
-** Shift a mantissa right by 1 bit. Provides carry, as
-** above
-*/
-static void ShiftMantRight1(u16 *carry,
- u16 *mantissa)
-{
-int i; /* Index */
-int new_carry;
-u16 accum;
-
-for(i=0;i<INTERNAL_FPF_PRECISION;i++)
-{ accum=mantissa[i];
- new_carry=accum & 1; /* Get new carry */
- accum=accum>>1;
- if(*carry)
- accum|=0x8000;
- *carry=new_carry;
- mantissa[i]=accum;
-}
-return;
-}
-
-
-/*****************************
-** StickyShiftMantRight **
-******************************
-** This is a shift right of the mantissa with a "sticky bit".
-** I.E., if a carry of 1 is shifted out of the least significant
-** bit, the least significant bit is set to 1.
-*/
-static void StickyShiftRightMant(InternalFPF *ptr,
- int amount)
-{
-int i; /* Index */
-u16 carry; /* Self-explanatory */
-u16 *mantissa;
-
-mantissa=ptr->mantissa;
-
-if(ptr->type!=IFPF_IS_ZERO) /* Don't bother shifting a zero */
-{
- /*
- ** If the amount of shifting will shift everyting
- ** out of existence, then just clear the whole mantissa
- ** and set the lowmost bit to 1.
- */
- if(amount>=INTERNAL_FPF_PRECISION * 16)
- {
- for(i=0;i<INTERNAL_FPF_PRECISION-1;i++)
- mantissa[i]=0;
- mantissa[INTERNAL_FPF_PRECISION-1]=1;
- }
- else
- for(i=0;i<amount;i++)
- {
- carry=0;
- ShiftMantRight1(&carry,mantissa);
- if(carry)
- mantissa[INTERNAL_FPF_PRECISION-1] |= 1;
- }
-}
-return;
-}
-
-
-/**************************************************
-** POST ARITHMETIC PROCESSING **
-** (NORMALIZE, ROUND, OVERFLOW, AND UNDERFLOW) **
-**************************************************/
-
-/**************
-** normalize **
-***************
-** Normalize an internal-representation number. Normalization
-** discards empty most-significant bits.
-*/
-static void normalize(InternalFPF *ptr)
-{
-u16 carry;
-
-/*
-** As long as there's a highmost 0 bit, shift the significand
-** left 1 bit. Each time you do this, though, you've
-** gotta decrement the exponent.
-*/
-while ((ptr->mantissa[0] & 0x8000) == 0)
-{
- carry = 0;
- ShiftMantLeft1(&carry, ptr->mantissa);
- ptr->exp--;
-}
-return;
-}
-
-/****************
-** denormalize **
-*****************
-** Denormalize an internal-representation number. This means
-** shifting it right until its exponent is equivalent to
-** minimum_exponent. (You have to do this often in order
-** to perform additions and subtractions).
-*/
-static void denormalize(InternalFPF *ptr,
- int minimum_exponent)
-{
-long exponent_difference;
-
-if (IsMantissaZero(ptr->mantissa))
-{
- vexxx_printf("Error: zero significand in denormalize\n");
-}
-
-exponent_difference = ptr->exp-minimum_exponent;
-if (exponent_difference < 0)
-{
- /*
- ** The number is subnormal
- */
- exponent_difference = -exponent_difference;
- if (exponent_difference >= (INTERNAL_FPF_PRECISION * 16))
- {
- /* Underflow */
- SetInternalFPFZero(ptr, ptr->sign);
- }
- else
- {
- ptr->exp+=exponent_difference;
- StickyShiftRightMant(ptr, exponent_difference);
- }
-}
-return;
-}
-
-
-/*********************
-** RoundInternalFPF **
-**********************
-** Round an internal-representation number.
-** The kind of rounding we do here is simplest...referred to as
-** "chop". "Extraneous" rightmost bits are simply hacked off.
-*/
-void RoundInternalFPF(InternalFPF *ptr)
-{
-/* int i; */
-
-if (ptr->type == IFPF_IS_NORMAL ||
- ptr->type == IFPF_IS_SUBNORMAL)
-{
- denormalize(ptr, MIN_EXP);
- if (ptr->type != IFPF_IS_ZERO)
- {
-
- /* clear the extraneous bits */
- ptr->mantissa[3] &= 0xfff8;
-/* for (i=4; i<INTERNAL_FPF_PRECISION; i++)
- {
- ptr->mantissa[i] = 0;
- }
-*/
- /*
- ** Check for overflow
- */
-/* Does not do anything as ptr->exp is a short and MAX_EXP=37268
- if (ptr->exp > MAX_EXP)
- {
- SetInternalFPFInfinity(ptr, ptr->sign);
- }
-*/
- }
-}
-return;
-}
-
-/*******************************************************
-** ARITHMETIC OPERATIONS ON INTERNAL REPRESENTATION **
-*******************************************************/
-
-/***************
-** choose_nan **
-****************
-** Called by routines that are forced to perform math on
-** a pair of NaN's. This routine "selects" which NaN is
-** to be returned.
-*/
-static void choose_nan(InternalFPF *x,
- InternalFPF *y,
- InternalFPF *z,
- int intel_flag)
-{
-int i;
-
-/*
-** Compare the two mantissas,
-** return the larger. Note that we will be emulating
-** an 80387 in this operation.
-*/
-for (i=0; i<INTERNAL_FPF_PRECISION; i++)
-{
- if (x->mantissa[i] > y->mantissa[i])
- {
- my_memmove((void *)x,(void *)z,sizeof(InternalFPF));
- return;
- }
- if (x->mantissa[i] < y->mantissa[i])
- {
- my_memmove((void *)y,(void *)z,sizeof(InternalFPF));
- return;
- }
-}
-
-/*
-** They are equal
-*/
-if (!intel_flag)
- /* if the operation is addition */
- my_memmove((void *)x,(void *)z,sizeof(InternalFPF));
-else
- /* if the operation is multiplication */
- my_memmove((void *)y,(void *)z,sizeof(InternalFPF));
-return;
-}
-
-
-/**********************
-** AddSubInternalFPF **
-***********************
-** Adding or subtracting internal-representation numbers.
-** Internal-representation numbers pointed to by x and y are
-** added/subtracted and the result returned in z.
-*/
-static void AddSubInternalFPF(uchar operation,
- InternalFPF *x,
- InternalFPF *y,
- InternalFPF *z)
-{
-int exponent_difference;
-u16 borrow;
-u16 carry;
-int i;
-InternalFPF locx,locy; /* Needed since we alter them */
-
-/*
-** Following big switch statement handles the
-** various combinations of operand types.
-*/
-switch ((x->type * IFPF_TYPE_COUNT) + y->type)
-{
-case ZERO_ZERO:
- my_memmove((void *)x,(void *)z,sizeof(InternalFPF));
- if (x->sign ^ y->sign ^ operation)
- {
- z->sign = 0; /* positive */
- }
- break;
-
-case NAN_ZERO:
-case NAN_SUBNORMAL:
-case NAN_NORMAL:
-case NAN_INFINITY:
-case SUBNORMAL_ZERO:
-case NORMAL_ZERO:
-case INFINITY_ZERO:
-case INFINITY_SUBNORMAL:
-case INFINITY_NORMAL:
- my_memmove((void *)x,(void *)z,sizeof(InternalFPF));
- break;
-
-
-case ZERO_NAN:
-case SUBNORMAL_NAN:
-case NORMAL_NAN:
-case INFINITY_NAN:
- my_memmove((void *)y,(void *)z,sizeof(InternalFPF));
- break;
-
-case ZERO_SUBNORMAL:
-case ZERO_NORMAL:
-case ZERO_INFINITY:
-case SUBNORMAL_INFINITY:
-case NORMAL_INFINITY:
- my_memmove((void *)y,(void *)z,sizeof(InternalFPF));
- z->sign ^= operation;
- break;
-
-case SUBNORMAL_SUBNORMAL:
-case SUBNORMAL_NORMAL:
-case NORMAL_SUBNORMAL:
-case NORMAL_NORMAL:
- /*
- ** Copy x and y to locals, since we may have
- ** to alter them.
- */
- my_memmove((void *)&locx,(void *)x,sizeof(InternalFPF));
- my_memmove((void *)&locy,(void *)y,sizeof(InternalFPF));
-
- /* compute sum/difference */
- exponent_difference = locx.exp-locy.exp;
- if (exponent_difference == 0)
- {
- /*
- ** locx.exp == locy.exp
- ** so, no shifting required
- */
- if (locx.type == IFPF_IS_SUBNORMAL ||
- locy.type == IFPF_IS_SUBNORMAL)
- z->type = IFPF_IS_SUBNORMAL;
- else
- z->type = IFPF_IS_NORMAL;
-
- /*
- ** Assume that locx.mantissa > locy.mantissa
- */
- z->sign = locx.sign;
- z->exp= locx.exp;
- }
- else
- if (exponent_difference > 0)
- {
- /*
- ** locx.exp > locy.exp
- */
- StickyShiftRightMant(&locy,
- exponent_difference);
- z->type = locx.type;
- z->sign = locx.sign;
- z->exp = locx.exp;
- }
- else /* if (exponent_difference < 0) */
- {
- /*
- ** locx.exp < locy.exp
- */
- StickyShiftRightMant(&locx,
- -exponent_difference);
- z->type = locy.type;
- z->sign = locy.sign ^ operation;
- z->exp = locy.exp;
- }
-
- if (locx.sign ^ locy.sign ^ operation)
- {
- /*
- ** Signs are different, subtract mantissas
- */
- borrow = 0;
- for (i=(INTERNAL_FPF_PRECISION-1); i>=0; i--)
- Sub16Bits(&borrow,
- &z->mantissa[i],
- locx.mantissa[i],
- locy.mantissa[i]);
-
- if (borrow)
- {
- /* The y->mantissa was larger than the
- ** x->mantissa leaving a negative
- ** result. Change the result back to
- ** an unsigned number and flip the
- ** sign flag.
- */
- z->sign = locy.sign ^ operation;
- borrow = 0;
- for (i=(INTERNAL_FPF_PRECISION-1); i>=0; i--)
- {
- Sub16Bits(&borrow,
- &z->mantissa[i],
- 0,
- z->mantissa[i]);
- }
- }
- else
- {
- /* The assumption made above
- ** (i.e. x->mantissa >= y->mantissa)
- ** was correct. Therefore, do nothing.
- ** z->sign = x->sign;
- */
- }
-
- if (IsMantissaZero(z->mantissa))
- {
- z->type = IFPF_IS_ZERO;
- z->sign = 0; /* positive */
- }
- else
- if (locx.type == IFPF_IS_NORMAL ||
- locy.type == IFPF_IS_NORMAL)
- {
- normalize(z);
- }
- }
- else
- {
- /* signs are the same, add mantissas */
- carry = 0;
- for (i=(INTERNAL_FPF_PRECISION-1); i>=0; i--)
- {
- Add16Bits(&carry,
- &z->mantissa[i],
- locx.mantissa[i],
- locy.mantissa[i]);
- }
-
- if (carry)
- {
- z->exp++;
- carry=0;
- ShiftMantRight1(&carry,z->mantissa);
- z->mantissa[0] |= 0x8000;
- z->type = IFPF_IS_NORMAL;
- }
- else
- if (z->mantissa[0] & 0x8000)
- z->type = IFPF_IS_NORMAL;
- }
- break;
-
-case INFINITY_INFINITY:
- SetInternalFPFNaN(z);
- break;
-
-case NAN_NAN:
- choose_nan(x, y, z, 1);
- break;
-}
-
-/*
-** All the math is done; time to round.
-*/
-RoundInternalFPF(z);
-return;
-}
-
-
-/************************
-** MultiplyInternalFPF **
-*************************
-** Two internal-representation numbers x and y are multiplied; the
-** result is returned in z.
-*/
-static void MultiplyInternalFPF(InternalFPF *x,
- InternalFPF *y,
- InternalFPF *z)
-{
-int i;
-int j;
-u16 carry;
-u16 extra_bits[INTERNAL_FPF_PRECISION];
-InternalFPF locy; /* Needed since this will be altered */
-/*
-** As in the preceding function, this large switch
-** statement selects among the many combinations
-** of operands.
-*/
-switch ((x->type * IFPF_TYPE_COUNT) + y->type)
-{
-case INFINITY_SUBNORMAL:
-case INFINITY_NORMAL:
-case INFINITY_INFINITY:
-case ZERO_ZERO:
-case ZERO_SUBNORMAL:
-case ZERO_NORMAL:
- my_memmove((void *)x,(void *)z,sizeof(InternalFPF));
- z->sign ^= y->sign;
- break;
-
-case SUBNORMAL_INFINITY:
-case NORMAL_INFINITY:
-case SUBNORMAL_ZERO:
-case NORMAL_ZERO:
- my_memmove((void *)y,(void *)z,sizeof(InternalFPF));
- z->sign ^= x->sign;
- break;
-
-case ZERO_INFINITY:
-case INFINITY_ZERO:
- SetInternalFPFNaN(z);
- break;
-
-case NAN_ZERO:
-case NAN_SUBNORMAL:
-case NAN_NORMAL:
-case NAN_INFINITY:
- my_memmove((void *)x,(void *)z,sizeof(InternalFPF));
- break;
-
-case ZERO_NAN:
-case SUBNORMAL_NAN:
-case NORMAL_NAN:
-case INFINITY_NAN:
- my_memmove((void *)y,(void *)z,sizeof(InternalFPF));
- break;
-
-
-case SUBNORMAL_SUBNORMAL:
-case SUBNORMAL_NORMAL:
-case NORMAL_SUBNORMAL:
-case NORMAL_NORMAL:
- /*
- ** Make a local copy of the y number, since we will be
- ** altering it in the process of multiplying.
- */
- my_memmove((void *)&locy,(void *)y,sizeof(InternalFPF));
-
- /*
- ** Check for unnormal zero arguments
- */
- if (IsMantissaZero(x->mantissa) || IsMantissaZero(y->mantissa))
- SetInternalFPFInfinity(z, 0);
-
- /*
- ** Initialize the result
- */
- if (x->type == IFPF_IS_SUBNORMAL ||
- y->type == IFPF_IS_SUBNORMAL)
- z->type = IFPF_IS_SUBNORMAL;
- else
- z->type = IFPF_IS_NORMAL;
-
- z->sign = x->sign ^ y->sign;
- z->exp = x->exp + y->exp ;
- for (i=0; i<INTERNAL_FPF_PRECISION; i++)
- {
- z->mantissa[i] = 0;
- extra_bits[i] = 0;
- }
-
- for (i=0; i<(INTERNAL_FPF_PRECISION*16); i++)
- {
- /*
- ** Get rightmost bit of the multiplier
- */
- carry = 0;
- ShiftMantRight1(&carry, locy.mantissa);
- if (carry)
- {
- /*
- ** Add the multiplicand to the product
- */
- carry = 0;
- for (j=(INTERNAL_FPF_PRECISION-1); j>=0; j--)
- Add16Bits(&carry,
- &z->mantissa[j],
- z->mantissa[j],
- x->mantissa[j]);
- }
- else
- {
- carry = 0;
- }
-
- /*
- ** Shift the product right. Overflow bits get
- ** shifted into extra_bits. We'll use it later
- ** to help with the "sticky" bit.
- */
- ShiftMantRight1(&carry, z->mantissa);
- ShiftMantRight1(&carry, extra_bits);
- }
-
- /*
- ** Normalize
- ** Note that we use a "special" normalization routine
- ** because we need to use the extra bits. (These are
- ** bits that may have been shifted off the bottom that
- ** we want to reclaim...if we can.
- */
- while ((z->mantissa[0] & 0x8000) == 0)
- {
- carry = 0;
- ShiftMantLeft1(&carry, extra_bits);
- ShiftMantLeft1(&carry, z->mantissa);
- z->exp--;
- }
-
- /*
- ** Set the sticky bit if any bits set in extra bits.
- */
- if (IsMantissaZero(extra_bits))
- {
- z->mantissa[INTERNAL_FPF_PRECISION-1] |= 1;
- }
- break;
-
-case NAN_NAN:
- choose_nan(x, y, z, 0);
- break;
-}
-
-/*
-** All math done...do rounding.
-*/
-RoundInternalFPF(z);
-return;
-}
-
-
-/**********************
-** DivideInternalFPF **
-***********************
-** Divide internal FPF number x by y. Return result in z.
-*/
-static void DivideInternalFPF(InternalFPF *x,
- InternalFPF *y,
- InternalFPF *z)
-{
-int i;
-int j;
-u16 carry;
-u16 extra_bits[INTERNAL_FPF_PRECISION];
-InternalFPF locx; /* Local for x number */
-
-/*
-** As with preceding function, the following switch
-** statement selects among the various possible
-** operands.
-*/
-switch ((x->type * IFPF_TYPE_COUNT) + y->type)
-{
-case ZERO_ZERO:
-case INFINITY_INFINITY:
- SetInternalFPFNaN(z);
- break;
-
-case ZERO_SUBNORMAL:
-case ZERO_NORMAL:
- if (IsMantissaZero(y->mantissa))
- {
- SetInternalFPFNaN(z);
- break;
- }
-
-case ZERO_INFINITY:
-case SUBNORMAL_INFINITY:
-case NORMAL_INFINITY:
- SetInternalFPFZero(z, x->sign ^ y->sign);
- break;
-
-case SUBNORMAL_ZERO:
-case NORMAL_ZERO:
- if (IsMantissaZero(x->mantissa))
- {
- SetInternalFPFNaN(z);
- break;
- }
-
-case INFINITY_ZERO:
-case INFINITY_SUBNORMAL:
-case INFINITY_NORMAL:
- SetInternalFPFInfinity(z, 0);
- z->sign = x->sign ^ y->sign;
- break;
-
-case NAN_ZERO:
-case NAN_SUBNORMAL:
-case NAN_NORMAL:
-case NAN_INFINITY:
- my_memmove((void *)x,(void *)z,sizeof(InternalFPF));
- break;
-
-case ZERO_NAN:
-case SUBNORMAL_NAN:
-case NORMAL_NAN:
-case INFINITY_NAN:
- my_memmove((void *)y,(void *)z,sizeof(InternalFPF));
- break;
-
-case SUBNORMAL_SUBNORMAL:
-case NORMAL_SUBNORMAL:
-case SUBNORMAL_NORMAL:
-case NORMAL_NORMAL:
- /*
- ** Make local copy of x number, since we'll be
- ** altering it in the process of dividing.
- */
- my_memmove((void *)&locx,(void *)x,sizeof(InternalFPF));
-
- /*
- ** Check for unnormal zero arguments
- */
- if (IsMantissaZero(locx.mantissa))
- {
- if (IsMantissaZero(y->mantissa))
- SetInternalFPFNaN(z);
- else
- SetInternalFPFZero(z, 0);
- break;
- }
- if (IsMantissaZero(y->mantissa))
- {
- SetInternalFPFInfinity(z, 0);
- break;
- }
-
- /*
- ** Initialize the result
- */
- z->type = x->type;
- z->sign = x->sign ^ y->sign;
- z->exp = x->exp - y->exp +
- ((INTERNAL_FPF_PRECISION * 16 * 2));
- for (i=0; i<INTERNAL_FPF_PRECISION; i++)
- {
- z->mantissa[i] = 0;
- extra_bits[i] = 0;
- }
-
- while ((z->mantissa[0] & 0x8000) == 0)
- {
- carry = 0;
- ShiftMantLeft1(&carry, locx.mantissa);
- ShiftMantLeft1(&carry, extra_bits);
-
- /*
- ** Time to subtract yet?
- */
- if (carry == 0)
- for (j=0; j<INTERNAL_FPF_PRECISION; j++)
- {
- if (y->mantissa[j] > extra_bits[j])
- {
- carry = 0;
- goto no_subtract;
- }
- if (y->mantissa[j] < extra_bits[j])
- break;
- }
- /*
- ** Divisor (y) <= dividend (x), subtract
- */
- carry = 0;
- for (j=(INTERNAL_FPF_PRECISION-1); j>=0; j--)
- Sub16Bits(&carry,
- &extra_bits[j],
- extra_bits[j],
- y->mantissa[j]);
- carry = 1; /* 1 shifted into quotient */
- no_subtract:
- ShiftMantLeft1(&carry, z->mantissa);
- z->exp--;
- }
- break;
-
-case NAN_NAN:
- choose_nan(x, y, z, 0);
- break;
-}
-
-/*
-** Math complete...do rounding
-*/
-RoundInternalFPF(z);
-}
-
-/**********************
-** LongToInternalFPF **
-** Int32ToInternalFPF **
-***********************
-** Convert a signed (long) 32-bit integer into an internal FPF number.
-*/
-/* static void LongToInternalFPF(long mylong, */
-static void Int32ToInternalFPF(int32 mylong,
- InternalFPF *dest)
-{
-int i; /* Index */
-u16 myword; /* Used to hold converted stuff */
-/*
-** Save the sign and get the absolute value. This will help us
-** with 64-bit machines, since we use only the lower 32
-** bits just in case. (No longer necessary after we use int32.)
-*/
-/* if(mylong<0L) */
-if(mylong<(int32)0)
-{ dest->sign=1;
- mylong=(int32)0-mylong;
-}
-else
- dest->sign=0;
-/*
-** Prepare the destination floating point number
-*/
-dest->type=IFPF_IS_NORMAL;
-for(i=0;i<INTERNAL_FPF_PRECISION;i++)
- dest->mantissa[i]=0;
-
-/*
-** See if we've got a zero. If so, make the resultant FP
-** number a true zero and go home.
-*/
-if(mylong==0)
-{ dest->type=IFPF_IS_ZERO;
- dest->exp=0;
- return;
-}
-
-/*
-** Not a true zero. Set the exponent to 32 (internal FPFs have
-** no bias) and load the low and high words into their proper
-** locations in the mantissa. Then normalize. The action of
-** normalizing slides the mantissa bits into place and sets
-** up the exponent properly.
-*/
-dest->exp=32;
-myword=(u16)((mylong >> 16) & 0xFFFFL);
-dest->mantissa[0]=myword;
-myword=(u16)(mylong & 0xFFFFL);
-dest->mantissa[1]=myword;
-normalize(dest);
-return;
-}
-
-#if 1
-/************************
-** InternalFPFToString **
-*************************
-** FOR DEBUG PURPOSES
-** This routine converts an internal floating point representation
-** number to a string. Used in debugging the package.
-** Returns length of converted number.
-** NOTE: dest must point to a buffer big enough to hold the
-** result. Also, this routine does append a null (an effect
-** of using the sprintf() function). It also returns
-** a length count.
-** NOTE: This routine returns 5 significant digits. Thats
-** about all I feel safe with, given the method of
-** conversion. It should be more than enough for programmers
-** to determine whether the package is properly ported.
-*/
-static int InternalFPFToString(char *dest,
- InternalFPF *src)
-{
-InternalFPF locFPFNum; /* Local for src (will be altered) */
-InternalFPF IFPF10; /* Floating-point 10 */
-InternalFPF IFPFComp; /* For doing comparisons */
-int msign; /* Holding for mantissa sign */
-int expcount; /* Exponent counter */
-int ccount; /* Character counter */
-int i,j,k; /* Index */
-u16 carryaccum; /* Carry accumulator */
-u16 mycarry; /* Local for carry */
-
-/*
-** Check first for the simple things...Nan, Infinity, Zero.
-** If found, copy the proper string in and go home.
-*/
-switch(src->type)
-{
- case IFPF_IS_NAN:
- my_memcpy(dest,"NaN",3);
- return(3);
-
- case IFPF_IS_INFINITY:
- if(src->sign==0)
- my_memcpy(dest,"+Inf",4);
- else
- my_memcpy(dest,"-Inf",4);
- return(4);
-
- case IFPF_IS_ZERO:
- if(src->sign==0)
- my_memcpy(dest,"+0",2);
- else
- my_memcpy(dest,"-0",2);
- return(2);
-}
-
-/*
-** Move the internal number into our local holding area, since
-** we'll be altering it to print it out.
-*/
-my_memcpy((void *)&locFPFNum,(void *)src,sizeof(InternalFPF));
-
-/*
-** Set up a floating-point 10...which we'll use a lot in a minute.
-*/
-/* LongToInternalFPF(10L,&IFPF10); */
-Int32ToInternalFPF((int32)10,&IFPF10);
-
-/*
-** Save the mantissa sign and make it positive.
-*/
-msign=src->sign;
-
-/* src->sign=0 */ /* bug, fixed Nov. 13, 1997 */
-(&locFPFNum)->sign=0;
-
-expcount=0; /* Init exponent counter */
-
-/*
-** See if the number is less than 10. If so, multiply
-** the number repeatedly by 10 until it's not. For each
-** multiplication, decrement a counter so we can keep track
-** of the exponent.
-*/
-
-while(1)
-{ AddSubInternalFPF(1,&locFPFNum,&IFPF10,&IFPFComp);
- if(IFPFComp.sign==0) break;
- MultiplyInternalFPF(&locFPFNum,&IFPF10,&IFPFComp);
- expcount--;
- my_memcpy((void *)&locFPFNum,(void *)&IFPFComp,sizeof(InternalFPF));
-}
-/*
-** Do the reverse of the above. As long as the number is
-** greater than or equal to 10, divide it by 10. Increment the
-** exponent counter for each multiplication.
-*/
-
-while(1)
-{
- AddSubInternalFPF(1,&locFPFNum,&IFPF10,&IFPFComp);
- if(IFPFComp.sign!=0) break;
- DivideInternalFPF(&locFPFNum,&IFPF10,&IFPFComp);
- expcount++;
- my_memcpy((void *)&locFPFNum,(void *)&IFPFComp,sizeof(InternalFPF));
-}
-
-/*
-** About time to start storing things. First, store the
-** mantissa sign.
-*/
-ccount=1; /* Init character counter */
-if(msign==0)
- *dest++='+';
-else
- *dest++='-';
-
-/*
-** At this point we know that the number is in the range
-** 10 > n >=1. We need to "strip digits" out of the
-** mantissa. We do this by treating the mantissa as
-** an integer and multiplying by 10. (Not a floating-point
-** 10, but an integer 10. Since this is debug code and we
-** could care less about speed, we'll do it the stupid
-** way and simply add the number to itself 10 times.
-** Anything that makes it to the left of the implied binary point
-** gets stripped off and emitted. We'll do this for
-** 5 significant digits (which should be enough to
-** verify things).
-*/
-/*
-** Re-position radix point
-*/
-carryaccum=0;
-while(locFPFNum.exp>0)
-{
- mycarry=0;
- ShiftMantLeft1(&mycarry,locFPFNum.mantissa);
- carryaccum=(carryaccum<<1);
- if(mycarry) carryaccum++;
- locFPFNum.exp--;
-}
-
-while(locFPFNum.exp<0)
-{
- mycarry=0;
- ShiftMantRight1(&mycarry,locFPFNum.mantissa);
- locFPFNum.exp++;
-}
-
-for(i=0;i<6;i++)
- if(i==1)
- { /* Emit decimal point */
- *dest++='.';
- ccount++;
- }
- else
- { /* Emit a digit */
- *dest++=('0'+carryaccum);
- ccount++;
-
- carryaccum=0;
- my_memcpy((void *)&IFPF10,
- (void *)&locFPFNum,
- sizeof(InternalFPF));
-
- /* Do multiply via repeated adds */
- for(j=0;j<9;j++)
- {
- mycarry=0;
- for(k=(INTERNAL_FPF_PRECISION-1);k>=0;k--)
- Add16Bits(&mycarry,&(IFPFComp.mantissa[k]),
- locFPFNum.mantissa[k],
- IFPF10.mantissa[k]);
- carryaccum+=mycarry ? 1 : 0;
- my_memcpy((void *)&locFPFNum,
- (void *)&IFPFComp,
- sizeof(InternalFPF));
- }
- }
-
-/*
-** Now move the 'E', the exponent sign, and the exponent
-** into the string.
-*/
-*dest++='E';
-
-/* sprint is supposed to return an integer, but it caused problems on SunOS
- * with the native cc. Hence we force it.
- * Uwe F. Mayer
- */
-if (expcount < 0) {
- *dest++ = '-';
- expcount =- expcount;
-}
-else *dest++ = ' ';
-
-*dest++ = (char)(expcount + '0');
-*dest++ = 0;
-
-ccount += 3;
-/*
-** All done, go home.
-*/
-return(ccount);
-
-}
-
-#endif
-
-
-
-////////////////////////////////////////////////////////////////////////
-static
-void* AllocateMemory ( unsigned long n, int* p )
-{
- *p = 0;
- void* r = (void*) (*serviceFn)(2,n);
- return r;
-}
-static
-void FreeMemory ( void* p, int* zz )
-{
- *zz = 0;
- // free(p);
-}
-
-
-
-/**************
-** DoEmFloat **
-***************
-** Perform the floating-point emulation routines portion of the
-** CPU benchmark. Returns the operations per second.
-*/
-static
-void DoEmFloat(void)
-{
-EmFloatStruct *locemfloatstruct; /* Local structure */
-InternalFPF *abase; /* Base of A array */
-InternalFPF *bbase; /* Base of B array */
-InternalFPF *cbase; /* Base of C array */
-ulong tickcount; /* # of ticks */
-char *errorcontext; /* Error context string pointer */
-int systemerror; /* For holding error code */
-ulong loops; /* # of loops */
-
-/*
-** Link to global structure
-*/
-EmFloatStruct global_emfloatstruct;
- global_emfloatstruct.adjust = 0;
- global_emfloatstruct.request_secs = 0;
- global_emfloatstruct.arraysize = 100;
- global_emfloatstruct.loops = 1;
- global_emfloatstruct.emflops = 0.0;
-locemfloatstruct=&global_emfloatstruct;
-
-/*
-** Set the error context
-*/
-errorcontext="CPU:Floating Emulation";
-
-
-abase=(InternalFPF *)AllocateMemory(locemfloatstruct->arraysize*sizeof(InternalFPF),
- &systemerror);
-
-bbase=(InternalFPF *)AllocateMemory(locemfloatstruct->arraysize*sizeof(InternalFPF),
- &systemerror);
-
-cbase=(InternalFPF *)AllocateMemory(locemfloatstruct->arraysize*sizeof(InternalFPF),
- &systemerror);
-
-/*
-** Set up the arrays
-*/
-SetupCPUEmFloatArrays(abase,bbase,cbase,locemfloatstruct->arraysize);
-
- loops=100;
- tickcount=DoEmFloatIteration(abase,bbase,cbase,
- locemfloatstruct->arraysize,
- loops);
-
-FreeMemory((void *)abase,&systemerror);
-FreeMemory((void *)bbase,&systemerror);
-FreeMemory((void *)cbase,&systemerror);
-
-return;
-}
-
-//////////////////
-void entry ( HWord(*f)(HWord,HWord) )
-{
- serviceFn = f;
- vexxx_printf("starting\n");
- DoEmFloat();
- (*serviceFn)(0,0);
-}
diff --git a/VEX/switchback/test_hello.c b/VEX/switchback/test_hello.c
deleted file mode 100644
index d4318d0..0000000
--- a/VEX/switchback/test_hello.c
+++ /dev/null
@@ -1,20 +0,0 @@
-
-
-static void bar ( void*(*service)(int,int) )
-{
- int i;
- for (i = 0; i < 100000; i++) ;
- service(1, 'h');
- service(1, 'e');
- service(1, 'l');
- service(1, 'l');
- service(1, 'o');
- service(1, '\n');
-}
-
-void entry ( void*(*service)(int,int) )
-{
- bar(service);
- service(0,0);
-}
-
diff --git a/VEX/switchback/test_ppc_jm1.c b/VEX/switchback/test_ppc_jm1.c
deleted file mode 100644
index 292f433..0000000
--- a/VEX/switchback/test_ppc_jm1.c
+++ /dev/null
@@ -1,4611 +0,0 @@
-
-/* HOW TO COMPILE FOR SWITCHBACK:
-
- gcc -O -c test_ppc_jm1.c -mregnames -Wall
-
-*/
-
-#undef HAS_ALTIVEC
-#define NO_FLOAT
-#undef IS_PPC405
-
-
-/*
- * test-ppc.c:
- * PPC tests for qemu-PPC CPU emulation checks
- *
- * Copyright (c) 2005 Jocelyn Mayer
- *
- * This program is free software; you can redistribute it and/or
- * modify it under the terms of the GNU General Public License V2
- * as published by the Free Software Foundation.
- */
-
-/*
- * Theory of operations:
- * a few registers are reserved for the test program:
- * r14 => r18
- * f14 => f18
- * I do preload test values in r14 thru r17 (or less, depending on the number
- * of register operands needed), patch the test opcode if any immediate
- * operands are required, execute the tested opcode.
- * XER, CCR and FPSCR are cleared before every test.
- * I always get the result in r17 and also save XER and CCR for fixed-point
- * operations. I also check FPSCR for floating points operations.
- *
- * Improvments:
- * a more cleaver FPSCR management is needed: for now, I always test
- * the round-to-zero case. Other rounding modes also need to be tested.
- */
-
-#include <stdint.h>
-//#include <stdlib.h>
-//#include <stdio.h>
-//#include <string.h>
-//#include <unistd.h>
-//#include <fcntl.h>
-//#include <ctype.h>
-//#include <math.h>
-//#include <fenv.h>
-
-#define NULL ((void*)0)
-
-//#include "test-ppc.h"
-
-// BEGIN #include "test-ppc.h"
-/*
- * test-ppc.h:
- * PPC tests for qemu-PPC CPU emulation checks - definitions
- *
- * Copyright (c) 2005 Jocelyn Mayer
- *
- * This program is free software; you can redistribute it and/or
- * modify it under the terms of the GNU General Public License V2
- * as published by the Free Software Foundation.
- */
-
-#if !defined (__TEST_PPC_H__)
-#define __TEST_PPC_H__
-
-typedef void (*test_func_t) (void);
-typedef struct test_t test_t;
-typedef struct test_table_t test_table_t;
-struct test_t {
- test_func_t func;
- const unsigned char *name;
-};
-
-struct test_table_t {
- test_t *tests;
- const unsigned char *name;
- int flags;
-};
-
-typedef void (*test_loop_t) (const unsigned char *name, test_func_t func);
-
-enum test_flags {
- /* Nb arguments */
- PPC_ONE_ARG = 0x00000001,
- PPC_TWO_ARGS = 0x00000002,
- PPC_THREE_ARGS = 0x00000003,
- PPC_CMP_ARGS = 0x00000004,
- PPC_CMPI_ARGS = 0x00000005,
- PPC_TWO_I16 = 0x00000006,
- PPC_SPECIAL = 0x00000007,
- PPC_NB_ARGS = 0x0000000F,
- /* Type */
- PPC_ARITH = 0x00000100,
- PPC_LOGICAL = 0x00000200,
- PPC_COMPARE = 0x00000300,
- PPC_CROP = 0x00000400,
- PPC_TYPE = 0x00000F00,
- /* Family */
- PPC_INTEGER = 0x00010000,
- PPC_FLOAT = 0x00020000,
- PPC_405 = 0x00030000,
- PPC_ALTIVEC = 0x00040000,
- PPC_FALTIVEC = 0x00050000,
- PPC_FAMILY = 0x000F0000,
- /* Flags */
- PPC_CR = 0x01000000,
-};
-
-#endif /* !defined (__TEST_PPC_H__) */
-
-// END #include "test-ppc.h"
-
-
-
-
-//#define DEBUG_ARGS_BUILD
-#if defined (DEBUG_ARGS_BUILD)
-#define AB_DPRINTF(fmt, args...) do { vexxx_printf(fmt , ##args); } while (0)
-#else
-#define AB_DPRINTF(fmt, args...) do { } while (0)
-#endif
-
-//#define DEBUG_FILTER
-#if defined (DEBUG_FILTER)
-#define FDPRINTF(fmt, args...) do { vexxx_printf(fmt , ##args); } while (0)
-#else
-#define FDPRINTF(fmt, args...) do { } while (0)
-#endif
-
-#if !defined (NO_FLOAT)
-register double f14 __asm__ ("f14");
-register double f15 __asm__ ("f15");
-register double f16 __asm__ ("f16");
-register double f17 __asm__ ("f17");
-register double f18 __asm__ ("f18");
-#endif
-register uint32_t r14 __asm__ ("r14");
-register uint32_t r15 __asm__ ("r15");
-register uint32_t r16 __asm__ ("r16");
-register uint32_t r17 __asm__ ("r17");
-register uint32_t r18 __asm__ ("r18");
-
-
-/////////////////////////////////////////////////////////////////////
-/////////////////////////////////////////////////////////////////////
-/////////////////////////////////////////////////////////////////////
-/////////////////////////////////////////////////////////////////////
-
-/* Something which has the same size as void* on the host. That is,
- it is 32 bits on a 32-bit host and 64 bits on a 64-bit host, and so
- it can safely be coerced to and from a pointer type on the host
- machine. */
-typedef unsigned long HWord;
-typedef char HChar;
-typedef signed int Int;
-typedef unsigned int UInt;
-typedef unsigned char UChar;
-
-typedef signed long long int Long;
-typedef unsigned long long int ULong;
-
-typedef unsigned char Bool;
-#define True ((Bool)1)
-#define False ((Bool)0)
-
-
-//#include "/home/sewardj/VEX/trunk/pub/libvex_basictypes.h"
-
-static HWord (*serviceFn)(HWord,HWord) = 0;
-
-static Bool my_isspace ( UChar c )
-{
- return c == ' '
- || c == '\f'
- || c == '\n'
- || c == '\r'
- || c == '\t'
- || c == '\v';
-}
-
-#if 0 // unused
-static char* my_strcpy ( char* dest, const char* src )
-{
- char* dest_orig = dest;
- while (*src) *dest++ = *src++;
- *dest = 0;
- return dest_orig;
-}
-
-static void* my_memcpy ( void *dest, const void *src, int sz )
-{
- const char *s = (const char *)src;
- char *d = (char *)dest;
-
- while (sz--)
- *d++ = *s++;
-
- return dest;
-}
-
-static void* my_memmove( void *dst, const void *src, unsigned int len )
-{
- register char *d;
- register char *s;
- if ( dst > src ) {
- d = (char *)dst + len - 1;
- s = (char *)src + len - 1;
- while ( len >= 4 ) {
- *d-- = *s--;
- *d-- = *s--;
- *d-- = *s--;
- *d-- = *s--;
- len -= 4;
- }
- while ( len-- ) {
- *d-- = *s--;
- }
- } else if ( dst < src ) {
- d = (char *)dst;
- s = (char *)src;
- while ( len >= 4 ) {
- *d++ = *s++;
- *d++ = *s++;
- *d++ = *s++;
- *d++ = *s++;
- len -= 4;
- }
- while ( len-- ) {
- *d++ = *s++;
- }
- }
- return dst;
-}
-#endif
-
-char* my_strcat ( char* dest, const char* src )
-{
- char* dest_orig = dest;
- while (*dest) dest++;
- while (*src) *dest++ = *src++;
- *dest = 0;
- return dest_orig;
-}
-
-int my_strcmp ( const char* s1, const char* s2 )
-{
- register unsigned char c1;
- register unsigned char c2;
- while (True) {
- c1 = *(unsigned char *)s1;
- c2 = *(unsigned char *)s2;
- if (c1 != c2) break;
- if (c1 == 0) break;
- s1++; s2++;
- }
- if ((unsigned char)c1 < (unsigned char)c2) return -1;
- if ((unsigned char)c1 > (unsigned char)c2) return 1;
- return 0;
-}
-
-
-int my_memcmp ( const void *s1V, const void *s2V, int n )
-{
- int res;
- unsigned char a0;
- unsigned char b0;
- unsigned char* s1 = (unsigned char*)s1V;
- unsigned char* s2 = (unsigned char*)s2V;
-
- while (n != 0) {
- a0 = s1[0];
- b0 = s2[0];
- s1 += 1;
- s2 += 1;
- res = ((int)a0) - ((int)b0);
- if (res != 0)
- return res;
- n -= 1;
- }
- return 0;
-}
-
-char* my_strchr ( const char* s, int c )
-{
- UChar ch = (UChar)((UInt)c);
- UChar* p = (UChar*)s;
- while (True) {
- if (*p == ch) return p;
- if (*p == 0) return NULL;
- p++;
- }
-}
-
-void* my_malloc ( int n )
-{
- void* r = (void*) (*serviceFn)(2,n);
- return r;
-}
-
-
-/////////////////////////////////////////////////////////////////////
-
-static void vexxx_log_bytes ( char* p, int n )
-{
- int i;
- for (i = 0; i < n; i++)
- (*serviceFn)( 1, (int)p[i] );
-}
-
-/*---------------------------------------------------------*/
-/*--- vexxx_printf ---*/
-/*---------------------------------------------------------*/
-
-/* This should be the only <...> include in the entire VEX library.
- New code for vex_util.c should go above this point. */
-#include <stdarg.h>
-
-static HChar vexxx_toupper ( HChar c )
-{
- if (c >= 'a' && c <= 'z')
- return c + ('A' - 'a');
- else
- return c;
-}
-
-static Int vexxx_strlen ( const HChar* str )
-{
- Int i = 0;
- while (str[i] != 0) i++;
- return i;
-}
-
-Bool vexxx_streq ( const HChar* s1, const HChar* s2 )
-{
- while (True) {
- if (*s1 == 0 && *s2 == 0)
- return True;
- if (*s1 != *s2)
- return False;
- s1++;
- s2++;
- }
-}
-
-/* Some flags. */
-#define VG_MSG_SIGNED 1 /* The value is signed. */
-#define VG_MSG_ZJUSTIFY 2 /* Must justify with '0'. */
-#define VG_MSG_LJUSTIFY 4 /* Must justify on the left. */
-#define VG_MSG_PAREN 8 /* Parenthesize if present (for %y) */
-#define VG_MSG_COMMA 16 /* Add commas to numbers (for %d, %u) */
-
-/* Copy a string into the buffer. */
-static UInt
-myvprintf_str ( void(*send)(HChar), Int flags, Int width, HChar* str,
- Bool capitalise )
-{
-# define MAYBE_TOUPPER(ch) (capitalise ? vexxx_toupper(ch) : (ch))
- UInt ret = 0;
- Int i, extra;
- Int len = vexxx_strlen(str);
-
- if (width == 0) {
- ret += len;
- for (i = 0; i < len; i++)
- send(MAYBE_TOUPPER(str[i]));
- return ret;
- }
-
- if (len > width) {
- ret += width;
- for (i = 0; i < width; i++)
- send(MAYBE_TOUPPER(str[i]));
- return ret;
- }
-
- extra = width - len;
- if (flags & VG_MSG_LJUSTIFY) {
- ret += extra;
- for (i = 0; i < extra; i++)
- send(' ');
- }
- ret += len;
- for (i = 0; i < len; i++)
- send(MAYBE_TOUPPER(str[i]));
- if (!(flags & VG_MSG_LJUSTIFY)) {
- ret += extra;
- for (i = 0; i < extra; i++)
- send(' ');
- }
-
-# undef MAYBE_TOUPPER
-
- return ret;
-}
-
-/* Write P into the buffer according to these args:
- * If SIGN is true, p is a signed.
- * BASE is the base.
- * If WITH_ZERO is true, '0' must be added.
- * WIDTH is the width of the field.
- */
-static UInt
-myvprintf_int64 ( void(*send)(HChar), Int flags, Int base, Int width, ULong pL)
-{
- HChar buf[40];
- Int ind = 0;
- Int i, nc = 0;
- Bool neg = False;
- HChar *digits = "0123456789ABCDEF";
- UInt ret = 0;
- UInt p = (UInt)pL;
-
- if (base < 2 || base > 16)
- return ret;
-
- if ((flags & VG_MSG_SIGNED) && (Int)p < 0) {
- p = - (Int)p;
- neg = True;
- }
-
- if (p == 0)
- buf[ind++] = '0';
- else {
- while (p > 0) {
- if ((flags & VG_MSG_COMMA) && 10 == base &&
- 0 == (ind-nc) % 3 && 0 != ind)
- {
- buf[ind++] = ',';
- nc++;
- }
- buf[ind++] = digits[p % base];
- p /= base;
- }
- }
-
- if (neg)
- buf[ind++] = '-';
-
- if (width > 0 && !(flags & VG_MSG_LJUSTIFY)) {
- for(; ind < width; ind++) {
- //vassert(ind < 39);
- buf[ind] = ((flags & VG_MSG_ZJUSTIFY) ? '0': ' ');
- }
- }
-
- /* Reverse copy to buffer. */
- ret += ind;
- for (i = ind -1; i >= 0; i--) {
- send(buf[i]);
- }
- if (width > 0 && (flags & VG_MSG_LJUSTIFY)) {
- for(; ind < width; ind++) {
- ret++;
- send(' '); // Never pad with zeroes on RHS -- changes the value!
- }
- }
- return ret;
-}
-
-
-/* A simple vprintf(). */
-static
-UInt vprintf_wrk ( void(*send)(HChar), const HChar *format, va_list vargs )
-{
- UInt ret = 0;
- int i;
- int flags;
- int width;
- Bool is_long;
-
- /* We assume that vargs has already been initialised by the
- caller, using va_start, and that the caller will similarly
- clean up with va_end.
- */
-
- for (i = 0; format[i] != 0; i++) {
- if (format[i] != '%') {
- send(format[i]);
- ret++;
- continue;
- }
- i++;
- /* A '%' has been found. Ignore a trailing %. */
- if (format[i] == 0)
- break;
- if (format[i] == '%') {
- /* `%%' is replaced by `%'. */
- send('%');
- ret++;
- continue;
- }
- flags = 0;
- is_long = False;
- width = 0; /* length of the field. */
- if (format[i] == '(') {
- flags |= VG_MSG_PAREN;
- i++;
- }
- /* If ',' follows '%', commas will be inserted. */
- if (format[i] == ',') {
- flags |= VG_MSG_COMMA;
- i++;
- }
- /* If '-' follows '%', justify on the left. */
- if (format[i] == '-') {
- flags |= VG_MSG_LJUSTIFY;
- i++;
- }
- /* If '0' follows '%', pads will be inserted. */
- if (format[i] == '0') {
- flags |= VG_MSG_ZJUSTIFY;
- i++;
- }
- /* Compute the field length. */
- while (format[i] >= '0' && format[i] <= '9') {
- width *= 10;
- width += format[i++] - '0';
- }
- while (format[i] == 'l') {
- i++;
- is_long = True;
- }
-
- switch (format[i]) {
- case 'd': /* %d */
- flags |= VG_MSG_SIGNED;
- if (is_long)
- ret += myvprintf_int64(send, flags, 10, width,
- (ULong)(va_arg (vargs, Long)));
- else
- ret += myvprintf_int64(send, flags, 10, width,
- (ULong)(va_arg (vargs, Int)));
- break;
- case 'u': /* %u */
- if (is_long)
- ret += myvprintf_int64(send, flags, 10, width,
- (ULong)(va_arg (vargs, ULong)));
- else
- ret += myvprintf_int64(send, flags, 10, width,
- (ULong)(va_arg (vargs, UInt)));
- break;
- case 'p': /* %p */
- ret += 2;
- send('0');
- send('x');
- ret += myvprintf_int64(send, flags, 16, width,
- (ULong)((HWord)va_arg (vargs, void *)));
- break;
- case 'x': /* %x */
- if (is_long)
- ret += myvprintf_int64(send, flags, 16, width,
- (ULong)(va_arg (vargs, ULong)));
- else
- ret += myvprintf_int64(send, flags, 16, width,
- (ULong)(va_arg (vargs, UInt)));
- break;
- case 'c': /* %c */
- ret++;
- send((va_arg (vargs, int)));
- break;
- case 's': case 'S': { /* %s */
- char *str = va_arg (vargs, char *);
- if (str == (char*) 0) str = "(null)";
- ret += myvprintf_str(send, flags, width, str,
- (format[i]=='S'));
- break;
- }
-# if 0
- case 'y': { /* %y - print symbol */
- Addr a = va_arg(vargs, Addr);
-
- HChar *name;
- if (VG_(get_fnname_w_offset)(a, &name)) {
- HChar buf[1 + VG_strlen(name) + 1 + 1];
- if (flags & VG_MSG_PAREN) {
- VG_(sprintf)(str, "(%s)", name):
- } else {
- VG_(sprintf)(str, "%s", name):
- }
- ret += myvprintf_str(send, flags, width, buf, 0);
- }
- break;
- }
-# endif
- default:
- break;
- }
- }
- return ret;
-}
-
-
-/* A general replacement for printf(). Note that only low-level
- debugging info should be sent via here. The official route is to
- to use vg_message(). This interface is deprecated.
-*/
-static HChar myprintf_buf[1000];
-static Int n_myprintf_buf;
-
-static void add_to_myprintf_buf ( HChar c )
-{
- if (c == '\n' || n_myprintf_buf >= 1000-10 /*paranoia*/ ) {
- (*vexxx_log_bytes)( myprintf_buf, vexxx_strlen(myprintf_buf) );
- n_myprintf_buf = 0;
- myprintf_buf[n_myprintf_buf] = 0;
- }
- myprintf_buf[n_myprintf_buf++] = c;
- myprintf_buf[n_myprintf_buf] = 0;
-}
-
-static UInt vexxx_printf ( const char *format, ... )
-{
- UInt ret;
- va_list vargs;
- va_start(vargs,format);
-
- n_myprintf_buf = 0;
- myprintf_buf[n_myprintf_buf] = 0;
- ret = vprintf_wrk ( add_to_myprintf_buf, format, vargs );
-
- if (n_myprintf_buf > 0) {
- (*vexxx_log_bytes)( myprintf_buf, n_myprintf_buf );
- }
-
- va_end(vargs);
-
- return ret;
-}
-
-/*---------------------------------------------------------------*/
-/*--- end vex_util.c ---*/
-/*---------------------------------------------------------------*/
-
-
-/////////////////////////////////////////////////////////////////////
-/////////////////////////////////////////////////////////////////////
-/////////////////////////////////////////////////////////////////////
-/////////////////////////////////////////////////////////////////////
-
-// BEGIN #include "ops-ppc.c"
-/*
- * WARNING:
- * This file has been auto-generated by './gen-ppc' program
- * Please don't edit by hand
- */
-
-
-//BEGIN #include "test-ppc.h"
-/*
- * test-ppc.h:
- * PPC tests for qemu-PPC CPU emulation checks - definitions
- *
- * Copyright (c) 2005 Jocelyn Mayer
- *
- * This program is free software; you can redistribute it and/or
- * modify it under the terms of the GNU General Public License V2
- * as published by the Free Software Foundation.
- */
-
-#if !defined (__TEST_PPC_H__)
-#define __TEST_PPC_H__
-
-typedef void (*test_func_t) (void);
-typedef struct test_t test_t;
-typedef struct test_table_t test_table_t;
-struct test_t {
- test_func_t func;
- const unsigned char *name;
-};
-
-struct test_table_t {
- test_t *tests;
- const unsigned char *name;
- int flags;
-};
-
-typedef void (*test_loop_t) (const unsigned char *name, test_func_t func);
-
-enum test_flags {
- /* Nb arguments */
- PPC_ONE_ARG = 0x00000001,
- PPC_TWO_ARGS = 0x00000002,
- PPC_THREE_ARGS = 0x00000003,
- PPC_CMP_ARGS = 0x00000004,
- PPC_CMPI_ARGS = 0x00000005,
- PPC_TWO_I16 = 0x00000006,
- PPC_SPECIAL = 0x00000007,
- PPC_NB_ARGS = 0x0000000F,
- /* Type */
- PPC_ARITH = 0x00000100,
- PPC_LOGICAL = 0x00000200,
- PPC_COMPARE = 0x00000300,
- PPC_CROP = 0x00000400,
- PPC_TYPE = 0x00000F00,
- /* Family */
- PPC_INTEGER = 0x00010000,
- PPC_FLOAT = 0x00020000,
- PPC_405 = 0x00030000,
- PPC_ALTIVEC = 0x00040000,
- PPC_FALTIVEC = 0x00050000,
- PPC_FAMILY = 0x000F0000,
- /* Flags */
- PPC_CR = 0x01000000,
-};
-
-#endif /* !defined (__TEST_PPC_H__) */
-
-//END #include "test-ppc.h"
-
-static void test_add (void)
-{
- __asm__ __volatile__ ("add 17, 14, 15");
-}
-
-static void test_addo (void)
-{
- __asm__ __volatile__ ("addo 17, 14, 15");
-}
-
-static void test_addc (void)
-{
- __asm__ __volatile__ ("addc 17, 14, 15");
-}
-
-static void test_addco (void)
-{
- __asm__ __volatile__ ("addco 17, 14, 15");
-}
-
-static void test_adde (void)
-{
- __asm__ __volatile__ ("adde 17, 14, 15");
-}
-
-static void test_addeo (void)
-{
- __asm__ __volatile__ ("addeo 17, 14, 15");
-}
-
-static void test_divw (void)
-{
- __asm__ __volatile__ ("divw 17, 14, 15");
-}
-
-static void test_divwo (void)
-{
- __asm__ __volatile__ ("divwo 17, 14, 15");
-}
-
-static void test_divwu (void)
-{
- __asm__ __volatile__ ("divwu 17, 14, 15");
-}
-
-static void test_divwuo (void)
-{
- __asm__ __volatile__ ("divwuo 17, 14, 15");
-}
-
-static void test_mulhw (void)
-{
- __asm__ __volatile__ ("mulhw 17, 14, 15");
-}
-
-static void test_mulhwu (void)
-{
- __asm__ __volatile__ ("mulhwu 17, 14, 15");
-}
-
-static void test_mullw (void)
-{
- __asm__ __volatile__ ("mullw 17, 14, 15");
-}
-
-static void test_mullwo (void)
-{
- __asm__ __volatile__ ("mullwo 17, 14, 15");
-}
-
-static void test_subf (void)
-{
- __asm__ __volatile__ ("subf 17, 14, 15");
-}
-
-static void test_subfo (void)
-{
- __asm__ __volatile__ ("subfo 17, 14, 15");
-}
-
-static void test_subfc (void)
-{
- __asm__ __volatile__ ("subfc 17, 14, 15");
-}
-
-static void test_subfco (void)
-{
- __asm__ __volatile__ ("subfco 17, 14, 15");
-}
-
-static void test_subfe (void)
-{
- __asm__ __volatile__ ("subfe 17, 14, 15");
-}
-
-static void test_subfeo (void)
-{
- __asm__ __volatile__ ("subfeo 17, 14, 15");
-}
-
-static test_t tests_ia_ops_two[] = {
- { &test_add , " add", },
- { &test_addo , " addo", },
- { &test_addc , " addc", },
- { &test_addco , " addco", },
- { &test_adde , " adde", },
- { &test_addeo , " addeo", },
- { &test_divw , " divw", },
- { &test_divwo , " divwo", },
- { &test_divwu , " divwu", },
- { &test_divwuo , " divwuo", },
- { &test_mulhw , " mulhw", },
- { &test_mulhwu , " mulhwu", },
- { &test_mullw , " mullw", },
- { &test_mullwo , " mullwo", },
- { &test_subf , " subf", },
- { &test_subfo , " subfo", },
- { &test_subfc , " subfc", },
- { &test_subfco , " subfco", },
- { &test_subfe , " subfe", },
- { &test_subfeo , " subfeo", },
- { NULL, NULL, },
-};
-
-static void test_add_ (void)
-{
- __asm__ __volatile__ ("add. 17, 14, 15");
-}
-
-static void test_addo_ (void)
-{
- __asm__ __volatile__ ("addo. 17, 14, 15");
-}
-
-static void test_addc_ (void)
-{
- __asm__ __volatile__ ("addc. 17, 14, 15");
-}
-
-static void test_addco_ (void)
-{
- __asm__ __volatile__ ("addco. 17, 14, 15");
-}
-
-static void test_adde_ (void)
-{
- __asm__ __volatile__ ("adde. 17, 14, 15");
-}
-
-static void test_addeo_ (void)
-{
- __asm__ __volatile__ ("addeo. 17, 14, 15");
-}
-
-static void test_divw_ (void)
-{
- __asm__ __volatile__ ("divw. 17, 14, 15");
-}
-
-static void test_divwo_ (void)
-{
- __asm__ __volatile__ ("divwo. 17, 14, 15");
-}
-
-static void test_divwu_ (void)
-{
- __asm__ __volatile__ ("divwu. 17, 14, 15");
-}
-
-static void test_divwuo_ (void)
-{
- __asm__ __volatile__ ("divwuo. 17, 14, 15");
-}
-
-static void test_subf_ (void)
-{
- __asm__ __volatile__ ("subf. 17, 14, 15");
-}
-
-static void test_subfo_ (void)
-{
- __asm__ __volatile__ ("subfo. 17, 14, 15");
-}
-
-static void test_subfc_ (void)
-{
- __asm__ __volatile__ ("subfc. 17, 14, 15");
-}
-
-static void test_subfco_ (void)
-{
- __asm__ __volatile__ ("subfco. 17, 14, 15");
-}
-
-static void test_subfe_ (void)
-{
- __asm__ __volatile__ ("subfe. 17, 14, 15");
-}
-
-static void test_subfeo_ (void)
-{
- __asm__ __volatile__ ("subfeo. 17, 14, 15");
-}
-
-static test_t tests_iar_ops_two[] = {
- { &test_add_ , " add.", },
- { &test_addo_ , " addo.", },
- { &test_addc_ , " addc.", },
- { &test_addco_ , " addco.", },
- { &test_adde_ , " adde.", },
- { &test_addeo_ , " addeo.", },
- { &test_divw_ , " divw.", },
- { &test_divwo_ , " divwo.", },
- { &test_divwu_ , " divwu.", },
- { &test_divwuo_ , " divwuo.", },
- { &test_subf_ , " subf.", },
- { &test_subfo_ , " subfo.", },
- { &test_subfc_ , " subfc.", },
- { &test_subfco_ , " subfco.", },
- { &test_subfe_ , " subfe.", },
- { &test_subfeo_ , " subfeo.", },
- { NULL, NULL, },
-};
-
-static void test_and (void)
-{
- __asm__ __volatile__ ("and 17, 14, 15");
-}
-
-static void test_andc (void)
-{
- __asm__ __volatile__ ("andc 17, 14, 15");
-}
-
-static void test_eqv (void)
-{
- __asm__ __volatile__ ("eqv 17, 14, 15");
-}
-
-static void test_nand (void)
-{
- __asm__ __volatile__ ("nand 17, 14, 15");
-}
-
-static void test_nor (void)
-{
- __asm__ __volatile__ ("nor 17, 14, 15");
-}
-
-static void test_or (void)
-{
- __asm__ __volatile__ ("or 17, 14, 15");
-}
-
-static void test_orc (void)
-{
- __asm__ __volatile__ ("orc 17, 14, 15");
-}
-
-static void test_xor (void)
-{
- __asm__ __volatile__ ("xor 17, 14, 15");
-}
-
-static void test_slw (void)
-{
- __asm__ __volatile__ ("slw 17, 14, 15");
-}
-
-static void test_sraw (void)
-{
- __asm__ __volatile__ ("sraw 17, 14, 15");
-}
-
-static void test_srw (void)
-{
- __asm__ __volatile__ ("srw 17, 14, 15");
-}
-
-static test_t tests_il_ops_two[] = {
- { &test_and , " and", },
- { &test_andc , " andc", },
- { &test_eqv , " eqv", },
- { &test_nand , " nand", },
- { &test_nor , " nor", },
- { &test_or , " or", },
- { &test_orc , " orc", },
- { &test_xor , " xor", },
- { &test_slw , " slw", },
- { &test_sraw , " sraw", },
- { &test_srw , " srw", },
- { NULL, NULL, },
-};
-
-static void test_and_ (void)
-{
- __asm__ __volatile__ ("and. 17, 14, 15");
-}
-
-static void test_andc_ (void)
-{
- __asm__ __volatile__ ("andc. 17, 14, 15");
-}
-
-static void test_eqv_ (void)
-{
- __asm__ __volatile__ ("eqv. 17, 14, 15");
-}
-
-static void test_mulhw_ (void)
-{
- __asm__ __volatile__ ("mulhw. 17, 14, 15");
-}
-
-static void test_mulhwu_ (void)
-{
- __asm__ __volatile__ ("mulhwu. 17, 14, 15");
-}
-
-static void test_mullw_ (void)
-{
- __asm__ __volatile__ ("mullw. 17, 14, 15");
-}
-
-static void test_mullwo_ (void)
-{
- __asm__ __volatile__ ("mullwo. 17, 14, 15");
-}
-
-static void test_nand_ (void)
-{
- __asm__ __volatile__ ("nand. 17, 14, 15");
-}
-
-static void test_nor_ (void)
-{
- __asm__ __volatile__ ("nor. 17, 14, 15");
-}
-
-static void test_or_ (void)
-{
- __asm__ __volatile__ ("or. 17, 14, 15");
-}
-
-static void test_orc_ (void)
-{
- __asm__ __volatile__ ("orc. 17, 14, 15");
-}
-
-static void test_xor_ (void)
-{
- __asm__ __volatile__ ("xor. 17, 14, 15");
-}
-
-static void test_slw_ (void)
-{
- __asm__ __volatile__ ("slw. 17, 14, 15");
-}
-
-static void test_sraw_ (void)
-{
- __asm__ __volatile__ ("sraw. 17, 14, 15");
-}
-
-static void test_srw_ (void)
-{
- __asm__ __volatile__ ("srw. 17, 14, 15");
-}
-
-static test_t tests_ilr_ops_two[] = {
- { &test_and_ , " and.", },
- { &test_andc_ , " andc.", },
- { &test_eqv_ , " eqv.", },
- { &test_mulhw_ , " mulhw.", },
- { &test_mulhwu_ , " mulhwu.", },
- { &test_mullw_ , " mullw.", },
- { &test_mullwo_ , " mullwo.", },
- { &test_nand_ , " nand.", },
- { &test_nor_ , " nor.", },
- { &test_or_ , " or.", },
- { &test_orc_ , " orc.", },
- { &test_xor_ , " xor.", },
- { &test_slw_ , " slw.", },
- { &test_sraw_ , " sraw.", },
- { &test_srw_ , " srw.", },
- { NULL, NULL, },
-};
-
-static void test_cmp (void)
-{
- __asm__ __volatile__ ("cmp 2, 14, 15");
-}
-
-static void test_cmpl (void)
-{
- __asm__ __volatile__ ("cmpl 2, 14, 15");
-}
-
-static test_t tests_icr_ops_two[] = {
- { &test_cmp , " cmp", },
- { &test_cmpl , " cmpl", },
- { NULL, NULL, },
-};
-
-static void test_cmpi (void)
-{
- __asm__ __volatile__ ("cmpi 2, 14, 15");
-}
-
-static void test_cmpli (void)
-{
- __asm__ __volatile__ ("cmpli 2, 14, 15");
-}
-
-static test_t tests_icr_ops_two_i16[] = {
- { &test_cmpi , " cmpi", },
- { &test_cmpli , " cmpli", },
- { NULL, NULL, },
-};
-
-static void test_addi (void)
-{
- __asm__ __volatile__ ("addi 17, 14, 0");
-}
-
-static void test_addic (void)
-{
- __asm__ __volatile__ ("addic 17, 14, 0");
-}
-
-static void test_addis (void)
-{
- __asm__ __volatile__ ("addis 17, 14, 0");
-}
-
-static void test_mulli (void)
-{
- __asm__ __volatile__ ("mulli 17, 14, 0");
-}
-
-static void test_subfic (void)
-{
- __asm__ __volatile__ ("subfic 17, 14, 0");
-}
-
-static test_t tests_ia_ops_two_i16[] = {
- { &test_addi , " addi", },
- { &test_addic , " addic", },
- { &test_addis , " addis", },
- { &test_mulli , " mulli", },
- { &test_subfic , " subfic", },
- { NULL, NULL, },
-};
-
-static void test_addic_ (void)
-{
- __asm__ __volatile__ ("addic. 17, 14, 0");
-}
-
-static test_t tests_iar_ops_two_i16[] = {
- { &test_addic_ , " addic.", },
- { NULL, NULL, },
-};
-
-static void test_ori (void)
-{
- __asm__ __volatile__ ("ori 17, 14, 0");
-}
-
-static void test_oris (void)
-{
- __asm__ __volatile__ ("oris 17, 14, 0");
-}
-
-static void test_xori (void)
-{
- __asm__ __volatile__ ("xori 17, 14, 0");
-}
-
-static void test_xoris (void)
-{
- __asm__ __volatile__ ("xoris 17, 14, 0");
-}
-
-static test_t tests_il_ops_two_i16[] = {
- { &test_ori , " ori", },
- { &test_oris , " oris", },
- { &test_xori , " xori", },
- { &test_xoris , " xoris", },
- { NULL, NULL, },
-};
-
-static void test_andi_ (void)
-{
- __asm__ __volatile__ ("andi. 17, 14, 0");
-}
-
-static void test_andis_ (void)
-{
- __asm__ __volatile__ ("andis. 17, 14, 0");
-}
-
-static test_t tests_ilr_ops_two_i16[] = {
- { &test_andi_ , " andi.", },
- { &test_andis_ , " andis.", },
- { NULL, NULL, },
-};
-
-static void test_crand (void)
-{
- __asm__ __volatile__ ("crand 17, 14, 15");
-}
-
-static void test_crandc (void)
-{
- __asm__ __volatile__ ("crandc 17, 14, 15");
-}
-
-static void test_creqv (void)
-{
- __asm__ __volatile__ ("creqv 17, 14, 15");
-}
-
-static void test_crnand (void)
-{
- __asm__ __volatile__ ("crnand 17, 14, 15");
-}
-
-static void test_crnor (void)
-{
- __asm__ __volatile__ ("crnor 17, 14, 15");
-}
-
-static void test_cror (void)
-{
- __asm__ __volatile__ ("cror 17, 14, 15");
-}
-
-static void test_crorc (void)
-{
- __asm__ __volatile__ ("crorc 17, 14, 15");
-}
-
-static void test_crxor (void)
-{
- __asm__ __volatile__ ("crxor 17, 14, 15");
-}
-
-static test_t tests_crl_ops_two[] = {
- { &test_crand , " crand", },
- { &test_crandc , " crandc", },
- { &test_creqv , " creqv", },
- { &test_crnand , " crnand", },
- { &test_crnor , " crnor", },
- { &test_cror , " cror", },
- { &test_crorc , " crorc", },
- { &test_crxor , " crxor", },
- { NULL, NULL, },
-};
-
-static void test_addme (void)
-{
- __asm__ __volatile__ ("addme 17, 14");
-}
-
-static void test_addmeo (void)
-{
- __asm__ __volatile__ ("addmeo 17, 14");
-}
-
-static void test_addze (void)
-{
- __asm__ __volatile__ ("addze 17, 14");
-}
-
-static void test_addzeo (void)
-{
- __asm__ __volatile__ ("addzeo 17, 14");
-}
-
-static void test_subfme (void)
-{
- __asm__ __volatile__ ("subfme 17, 14");
-}
-
-static void test_subfmeo (void)
-{
- __asm__ __volatile__ ("subfmeo 17, 14");
-}
-
-static void test_subfze (void)
-{
- __asm__ __volatile__ ("subfze 17, 14");
-}
-
-static void test_subfzeo (void)
-{
- __asm__ __volatile__ ("subfzeo 17, 14");
-}
-
-static test_t tests_ia_ops_one[] = {
- { &test_addme , " addme", },
- { &test_addmeo , " addmeo", },
- { &test_addze , " addze", },
- { &test_addzeo , " addzeo", },
- { &test_subfme , " subfme", },
- { &test_subfmeo , " subfmeo", },
- { &test_subfze , " subfze", },
- { &test_subfzeo , " subfzeo", },
- { NULL, NULL, },
-};
-
-static void test_addme_ (void)
-{
- __asm__ __volatile__ ("addme. 17, 14");
-}
-
-static void test_addmeo_ (void)
-{
- __asm__ __volatile__ ("addmeo. 17, 14");
-}
-
-static void test_addze_ (void)
-{
- __asm__ __volatile__ ("addze. 17, 14");
-}
-
-static void test_addzeo_ (void)
-{
- __asm__ __volatile__ ("addzeo. 17, 14");
-}
-
-static void test_subfme_ (void)
-{
- __asm__ __volatile__ ("subfme. 17, 14");
-}
-
-static void test_subfmeo_ (void)
-{
- __asm__ __volatile__ ("subfmeo. 17, 14");
-}
-
-static void test_subfze_ (void)
-{
- __asm__ __volatile__ ("subfze. 17, 14");
-}
-
-static void test_subfzeo_ (void)
-{
- __asm__ __volatile__ ("subfzeo. 17, 14");
-}
-
-static test_t tests_iar_ops_one[] = {
- { &test_addme_ , " addme.", },
- { &test_addmeo_ , " addmeo.", },
- { &test_addze_ , " addze.", },
- { &test_addzeo_ , " addzeo.", },
- { &test_subfme_ , " subfme.", },
- { &test_subfmeo_ , " subfmeo.", },
- { &test_subfze_ , " subfze.", },
- { &test_subfzeo_ , " subfzeo.", },
- { NULL, NULL, },
-};
-
-static void test_cntlzw (void)
-{
- __asm__ __volatile__ ("cntlzw 17, 14");
-}
-
-static void test_extsb (void)
-{
- __asm__ __volatile__ ("extsb 17, 14");
-}
-
-static void test_extsh (void)
-{
- __asm__ __volatile__ ("extsh 17, 14");
-}
-
-static void test_neg (void)
-{
- __asm__ __volatile__ ("neg 17, 14");
-}
-
-static void test_nego (void)
-{
- __asm__ __volatile__ ("nego 17, 14");
-}
-
-static test_t tests_il_ops_one[] = {
- { &test_cntlzw , " cntlzw", },
- { &test_extsb , " extsb", },
- { &test_extsh , " extsh", },
- { &test_neg , " neg", },
- { &test_nego , " nego", },
- { NULL, NULL, },
-};
-
-static void test_cntlzw_ (void)
-{
- __asm__ __volatile__ ("cntlzw. 17, 14");
-}
-
-static void test_extsb_ (void)
-{
- __asm__ __volatile__ ("extsb. 17, 14");
-}
-
-static void test_extsh_ (void)
-{
- __asm__ __volatile__ ("extsh. 17, 14");
-}
-
-static void test_neg_ (void)
-{
- __asm__ __volatile__ ("neg. 17, 14");
-}
-
-static void test_nego_ (void)
-{
- __asm__ __volatile__ ("nego. 17, 14");
-}
-
-static test_t tests_ilr_ops_one[] = {
- { &test_cntlzw_ , " cntlzw.", },
- { &test_extsb_ , " extsb.", },
- { &test_extsh_ , " extsh.", },
- { &test_neg_ , " neg.", },
- { &test_nego_ , " nego.", },
- { NULL, NULL, },
-};
-
-static void test_rlwimi (void)
-{
- __asm__ __volatile__ ("rlwimi 17, 14, 0, 0, 0");
-}
-
-static void test_rlwinm (void)
-{
- __asm__ __volatile__ ("rlwinm 17, 14, 0, 0, 0");
-}
-
-static void test_rlwnm (void)
-{
- __asm__ __volatile__ ("rlwnm 17, 14, 15, 0, 0");
-}
-
-static void test_srawi (void)
-{
- __asm__ __volatile__ ("srawi 17, 14, 0");
-}
-
-static test_t tests_il_ops_spe[] = {
- { &test_rlwimi , " rlwimi", },
- { &test_rlwinm , " rlwinm", },
- { &test_rlwnm , " rlwnm", },
- { &test_srawi , " srawi", },
- { NULL, NULL, },
-};
-
-static void test_rlwimi_ (void)
-{
- __asm__ __volatile__ ("rlwimi. 17, 14, 0, 0, 0");
-}
-
-static void test_rlwinm_ (void)
-{
- __asm__ __volatile__ ("rlwinm. 17, 14, 0, 0, 0");
-}
-
-static void test_rlwnm_ (void)
-{
- __asm__ __volatile__ ("rlwnm. 17, 14, 15, 0, 0");
-}
-
-static void test_srawi_ (void)
-{
- __asm__ __volatile__ ("srawi. 17, 14, 0");
-}
-
-static test_t tests_ilr_ops_spe[] = {
- { &test_rlwimi_ , " rlwimi.", },
- { &test_rlwinm_ , " rlwinm.", },
- { &test_rlwnm_ , " rlwnm.", },
- { &test_srawi_ , " srawi.", },
- { NULL, NULL, },
-};
-
-#if !defined (NO_FLOAT)
-static void test_fsel (void)
-{
- __asm__ __volatile__ ("fsel 17, 14, 15, 16");
-}
-
-static void test_fmadd (void)
-{
- __asm__ __volatile__ ("fmadd 17, 14, 15, 16");
-}
-
-static void test_fmadds (void)
-{
- __asm__ __volatile__ ("fmadds 17, 14, 15, 16");
-}
-
-static void test_fmsub (void)
-{
- __asm__ __volatile__ ("fmsub 17, 14, 15, 16");
-}
-
-static void test_fmsubs (void)
-{
- __asm__ __volatile__ ("fmsubs 17, 14, 15, 16");
-}
-
-static void test_fnmadd (void)
-{
- __asm__ __volatile__ ("fnmadd 17, 14, 15, 16");
-}
-
-static void test_fnmadds (void)
-{
- __asm__ __volatile__ ("fnmadds 17, 14, 15, 16");
-}
-
-static void test_fnmsub (void)
-{
- __asm__ __volatile__ ("fnmsub 17, 14, 15, 16");
-}
-
-static void test_fnmsubs (void)
-{
- __asm__ __volatile__ ("fnmsubs 17, 14, 15, 16");
-}
-
-static test_t tests_fa_ops_three[] = {
- { &test_fsel , " fsel", },
- { &test_fmadd , " fmadd", },
- { &test_fmadds , " fmadds", },
- { &test_fmsub , " fmsub", },
- { &test_fmsubs , " fmsubs", },
- { &test_fnmadd , " fnmadd", },
- { &test_fnmadds , " fnmadds", },
- { &test_fnmsub , " fnmsub", },
- { &test_fnmsubs , " fnmsubs", },
- { NULL, NULL, },
-};
-#endif /* !defined (NO_FLOAT) */
-
-#if !defined (NO_FLOAT)
-static void test_fsel_ (void)
-{
- __asm__ __volatile__ ("fsel. 17, 14, 15, 16");
-}
-
-static void test_fmadd_ (void)
-{
- __asm__ __volatile__ ("fmadd. 17, 14, 15, 16");
-}
-
-static void test_fmadds_ (void)
-{
- __asm__ __volatile__ ("fmadds. 17, 14, 15, 16");
-}
-
-static void test_fmsub_ (void)
-{
- __asm__ __volatile__ ("fmsub. 17, 14, 15, 16");
-}
-
-static void test_fmsubs_ (void)
-{
- __asm__ __volatile__ ("fmsubs. 17, 14, 15, 16");
-}
-
-static void test_fnmadd_ (void)
-{
- __asm__ __volatile__ ("fnmadd. 17, 14, 15, 16");
-}
-
-static void test_fnmadds_ (void)
-{
- __asm__ __volatile__ ("fnmadds. 17, 14, 15, 16");
-}
-
-static void test_fnmsub_ (void)
-{
- __asm__ __volatile__ ("fnmsub. 17, 14, 15, 16");
-}
-
-static void test_fnmsubs_ (void)
-{
- __asm__ __volatile__ ("fnmsubs. 17, 14, 15, 16");
-}
-
-static test_t tests_far_ops_three[] = {
- { &test_fsel_ , " fsel.", },
- { &test_fmadd_ , " fmadd.", },
- { &test_fmadds_ , " fmadds.", },
- { &test_fmsub_ , " fmsub.", },
- { &test_fmsubs_ , " fmsubs.", },
- { &test_fnmadd_ , " fnmadd.", },
- { &test_fnmadds_ , " fnmadds.", },
- { &test_fnmsub_ , " fnmsub.", },
- { &test_fnmsubs_ , " fnmsubs.", },
- { NULL, NULL, },
-};
-#endif /* !defined (NO_FLOAT) */
-
-#if !defined (NO_FLOAT)
-static void test_fadd (void)
-{
- __asm__ __volatile__ ("fadd 17, 14, 15");
-}
-
-static void test_fadds (void)
-{
- __asm__ __volatile__ ("fadds 17, 14, 15");
-}
-
-static void test_fsub (void)
-{
- __asm__ __volatile__ ("fsub 17, 14, 15");
-}
-
-static void test_fsubs (void)
-{
- __asm__ __volatile__ ("fsubs 17, 14, 15");
-}
-
-static void test_fmul (void)
-{
- __asm__ __volatile__ ("fmul 17, 14, 15");
-}
-
-static void test_fmuls (void)
-{
- __asm__ __volatile__ ("fmuls 17, 14, 15");
-}
-
-static void test_fdiv (void)
-{
- __asm__ __volatile__ ("fdiv 17, 14, 15");
-}
-
-static void test_fdivs (void)
-{
- __asm__ __volatile__ ("fdivs 17, 14, 15");
-}
-
-static test_t tests_fa_ops_two[] = {
- { &test_fadd , " fadd", },
- { &test_fadds , " fadds", },
- { &test_fsub , " fsub", },
- { &test_fsubs , " fsubs", },
- { &test_fmul , " fmul", },
- { &test_fmuls , " fmuls", },
- { &test_fdiv , " fdiv", },
- { &test_fdivs , " fdivs", },
- { NULL, NULL, },
-};
-#endif /* !defined (NO_FLOAT) */
-
-#if !defined (NO_FLOAT)
-static void test_fadd_ (void)
-{
- __asm__ __volatile__ ("fadd. 17, 14, 15");
-}
-
-static void test_fadds_ (void)
-{
- __asm__ __volatile__ ("fadds. 17, 14, 15");
-}
-
-static void test_fsub_ (void)
-{
- __asm__ __volatile__ ("fsub. 17, 14, 15");
-}
-
-static void test_fsubs_ (void)
-{
- __asm__ __volatile__ ("fsubs. 17, 14, 15");
-}
-
-static void test_fmul_ (void)
-{
- __asm__ __volatile__ ("fmul. 17, 14, 15");
-}
-
-static void test_fmuls_ (void)
-{
- __asm__ __volatile__ ("fmuls. 17, 14, 15");
-}
-
-static void test_fdiv_ (void)
-{
- __asm__ __volatile__ ("fdiv. 17, 14, 15");
-}
-
-static void test_fdivs_ (void)
-{
- __asm__ __volatile__ ("fdivs. 17, 14, 15");
-}
-
-static test_t tests_far_ops_two[] = {
- { &test_fadd_ , " fadd.", },
- { &test_fadds_ , " fadds.", },
- { &test_fsub_ , " fsub.", },
- { &test_fsubs_ , " fsubs.", },
- { &test_fmul_ , " fmul.", },
- { &test_fmuls_ , " fmuls.", },
- { &test_fdiv_ , " fdiv.", },
- { &test_fdivs_ , " fdivs.", },
- { NULL, NULL, },
-};
-#endif /* !defined (NO_FLOAT) */
-
-#if !defined (NO_FLOAT)
-static void test_fcmpo (void)
-{
- __asm__ __volatile__ ("fcmpo 2, 14, 15");
-}
-
-static void test_fcmpu (void)
-{
- __asm__ __volatile__ ("fcmpu 2, 14, 15");
-}
-
-static test_t tests_fcr_ops_two[] = {
- { &test_fcmpo , " fcmpo", },
- { &test_fcmpu , " fcmpu", },
- { NULL, NULL, },
-};
-#endif /* !defined (NO_FLOAT) */
-
-#if !defined (NO_FLOAT)
-static void test_fres (void)
-{
- __asm__ __volatile__ ("fres 17, 14");
-}
-
-static void test_frsqrte (void)
-{
- __asm__ __volatile__ ("frsqrte 17, 14");
-}
-
-static void test_frsp (void)
-{
- __asm__ __volatile__ ("frsp 17, 14");
-}
-
-static void test_fctiw (void)
-{
- __asm__ __volatile__ ("fctiw 17, 14");
-}
-
-static void test_fctiwz (void)
-{
- __asm__ __volatile__ ("fctiwz 17, 14");
-}
-
-static void test_fmr (void)
-{
- __asm__ __volatile__ ("fmr 17, 14");
-}
-
-static void test_fneg (void)
-{
- __asm__ __volatile__ ("fneg 17, 14");
-}
-
-static void test_fabs (void)
-{
- __asm__ __volatile__ ("fabs 17, 14");
-}
-
-static void test_fnabs (void)
-{
- __asm__ __volatile__ ("fnabs 17, 14");
-}
-
-static test_t tests_fa_ops_one[] = {
- { &test_fres , " fres", },
- { &test_frsqrte , " frsqrte", },
- { &test_frsp , " frsp", },
- { &test_fctiw , " fctiw", },
- { &test_fctiwz , " fctiwz", },
- { &test_fmr , " fmr", },
- { &test_fneg , " fneg", },
- { &test_fabs , " fabs", },
- { &test_fnabs , " fnabs", },
- { NULL, NULL, },
-};
-#endif /* !defined (NO_FLOAT) */
-
-#if !defined (NO_FLOAT)
-static void test_fres_ (void)
-{
- __asm__ __volatile__ ("fres. 17, 14");
-}
-
-static void test_frsqrte_ (void)
-{
- __asm__ __volatile__ ("frsqrte. 17, 14");
-}
-
-static void test_frsp_ (void)
-{
- __asm__ __volatile__ ("frsp. 17, 14");
-}
-
-static void test_fctiw_ (void)
-{
- __asm__ __volatile__ ("fctiw. 17, 14");
-}
-
-static void test_fctiwz_ (void)
-{
- __asm__ __volatile__ ("fctiwz. 17, 14");
-}
-
-static void test_fmr_ (void)
-{
- __asm__ __volatile__ ("fmr. 17, 14");
-}
-
-static void test_fneg_ (void)
-{
- __asm__ __volatile__ ("fneg. 17, 14");
-}
-
-static void test_fabs_ (void)
-{
- __asm__ __volatile__ ("fabs. 17, 14");
-}
-
-static void test_fnabs_ (void)
-{
- __asm__ __volatile__ ("fnabs. 17, 14");
-}
-
-static test_t tests_far_ops_one[] = {
- { &test_fres_ , " fres.", },
- { &test_frsqrte_ , " frsqrte.", },
- { &test_frsp_ , " frsp.", },
- { &test_fctiw_ , " fctiw.", },
- { &test_fctiwz_ , " fctiwz.", },
- { &test_fmr_ , " fmr.", },
- { &test_fneg_ , " fneg.", },
- { &test_fabs_ , " fabs.", },
- { &test_fnabs_ , " fnabs.", },
- { NULL, NULL, },
-};
-#endif /* !defined (NO_FLOAT) */
-
-#if !defined (NO_FLOAT)
-static test_t tests_fl_ops_spe[] = {
- { NULL, NULL, },
-};
-#endif /* !defined (NO_FLOAT) */
-
-#if !defined (NO_FLOAT)
-static test_t tests_flr_ops_spe[] = {
- { NULL, NULL, },
-};
-#endif /* !defined (NO_FLOAT) */
-
-#if defined (HAS_ALTIVEC)
-static void test_vmhaddshs (void)
-{
- __asm__ __volatile__ ("vmhaddshs 17, 14, 15, 16");
-}
-
-static void test_vmhraddshs (void)
-{
- __asm__ __volatile__ ("vmhraddshs 17, 14, 15, 16");
-}
-
-static void test_vmladduhm (void)
-{
- __asm__ __volatile__ ("vmladduhm 17, 14, 15, 16");
-}
-
-static void test_vmsumubm (void)
-{
- __asm__ __volatile__ ("vmsumubm 17, 14, 15, 16");
-}
-
-static void test_vmsumuhm (void)
-{
- __asm__ __volatile__ ("vmsumuhm 17, 14, 15, 16");
-}
-
-static void test_vmsumshs (void)
-{
- __asm__ __volatile__ ("vmsumshs 17, 14, 15, 16");
-}
-
-static void test_vmsumuhs (void)
-{
- __asm__ __volatile__ ("vmsumuhs 17, 14, 15, 16");
-}
-
-static void test_vmsummbm (void)
-{
- __asm__ __volatile__ ("vmsummbm 17, 14, 15, 16");
-}
-
-static void test_vmsumshm (void)
-{
- __asm__ __volatile__ ("vmsumshm 17, 14, 15, 16");
-}
-
-static test_t tests_aa_ops_three[] = {
- { &test_vmhaddshs , " vmhaddshs", },
- { &test_vmhraddshs , " vmhraddshs", },
- { &test_vmladduhm , " vmladduhm", },
- { &test_vmsumubm , " vmsumubm", },
- { &test_vmsumuhm , " vmsumuhm", },
- { &test_vmsumshs , " vmsumshs", },
- { &test_vmsumuhs , " vmsumuhs", },
- { &test_vmsummbm , " vmsummbm", },
- { &test_vmsumshm , " vmsumshm", },
- { NULL, NULL, },
-};
-#endif /* defined (HAS_ALTIVEC) */
-
-#if defined (HAS_ALTIVEC)
-static void test_vperm (void)
-{
- __asm__ __volatile__ ("vperm 17, 14, 15, 16");
-}
-
-static void test_vsel (void)
-{
- __asm__ __volatile__ ("vsel 17, 14, 15, 16");
-}
-
-static test_t tests_al_ops_three[] = {
- { &test_vperm , " vperm", },
- { &test_vsel , " vsel", },
- { NULL, NULL, },
-};
-#endif /* defined (HAS_ALTIVEC) */
-
-#if defined (HAS_ALTIVEC)
-static void test_vaddubm (void)
-{
- __asm__ __volatile__ ("vaddubm 17, 14, 15");
-}
-
-static void test_vadduhm (void)
-{
- __asm__ __volatile__ ("vadduhm 17, 14, 15");
-}
-
-static void test_vadduwm (void)
-{
- __asm__ __volatile__ ("vadduwm 17, 14, 15");
-}
-
-static void test_vaddubs (void)
-{
- __asm__ __volatile__ ("vaddubs 17, 14, 15");
-}
-
-static void test_vadduhs (void)
-{
- __asm__ __volatile__ ("vadduhs 17, 14, 15");
-}
-
-static void test_vadduws (void)
-{
- __asm__ __volatile__ ("vadduws 17, 14, 15");
-}
-
-static void test_vaddsbs (void)
-{
- __asm__ __volatile__ ("vaddsbs 17, 14, 15");
-}
-
-static void test_vaddshs (void)
-{
- __asm__ __volatile__ ("vaddshs 17, 14, 15");
-}
-
-static void test_vaddsws (void)
-{
- __asm__ __volatile__ ("vaddsws 17, 14, 15");
-}
-
-static void test_vaddcuw (void)
-{
- __asm__ __volatile__ ("vaddcuw 17, 14, 15");
-}
-
-static void test_vsububm (void)
-{
- __asm__ __volatile__ ("vsububm 17, 14, 15");
-}
-
-static void test_vsubuhm (void)
-{
- __asm__ __volatile__ ("vsubuhm 17, 14, 15");
-}
-
-static void test_vsubuwm (void)
-{
- __asm__ __volatile__ ("vsubuwm 17, 14, 15");
-}
-
-static void test_vsububs (void)
-{
- __asm__ __volatile__ ("vsububs 17, 14, 15");
-}
-
-static void test_vsubuhs (void)
-{
- __asm__ __volatile__ ("vsubuhs 17, 14, 15");
-}
-
-static void test_vsubuws (void)
-{
- __asm__ __volatile__ ("vsubuws 17, 14, 15");
-}
-
-static void test_vsubcuw (void)
-{
- __asm__ __volatile__ ("vsubcuw 17, 14, 15");
-}
-
-static void test_vmuloub (void)
-{
- __asm__ __volatile__ ("vmuloub 17, 14, 15");
-}
-
-static void test_vmulouh (void)
-{
- __asm__ __volatile__ ("vmulouh 17, 14, 15");
-}
-
-static void test_vmulosb (void)
-{
- __asm__ __volatile__ ("vmulosb 17, 14, 15");
-}
-
-static void test_vmulosh (void)
-{
- __asm__ __volatile__ ("vmulosh 17, 14, 15");
-}
-
-static void test_vmuleub (void)
-{
- __asm__ __volatile__ ("vmuleub 17, 14, 15");
-}
-
-static void test_vmuleuh (void)
-{
- __asm__ __volatile__ ("vmuleuh 17, 14, 15");
-}
-
-static void test_vmulesb (void)
-{
- __asm__ __volatile__ ("vmulesb 17, 14, 15");
-}
-
-static void test_vmulesh (void)
-{
- __asm__ __volatile__ ("vmulesh 17, 14, 15");
-}
-
-static void test_vsumsws (void)
-{
- __asm__ __volatile__ ("vsumsws 17, 14, 15");
-}
-
-static void test_vsum2sws (void)
-{
- __asm__ __volatile__ ("vsum2sws 17, 14, 15");
-}
-
-static void test_vsum4ubs (void)
-{
- __asm__ __volatile__ ("vsum4ubs 17, 14, 15");
-}
-
-static void test_vsum4sbs (void)
-{
- __asm__ __volatile__ ("vsum4sbs 17, 14, 15");
-}
-
-static void test_vsum4shs (void)
-{
- __asm__ __volatile__ ("vsum4shs 17, 14, 15");
-}
-
-static void test_vavgub (void)
-{
- __asm__ __volatile__ ("vavgub 17, 14, 15");
-}
-
-static void test_vavguh (void)
-{
- __asm__ __volatile__ ("vavguh 17, 14, 15");
-}
-
-static void test_vavguw (void)
-{
- __asm__ __volatile__ ("vavguw 17, 14, 15");
-}
-
-static void test_vavgsb (void)
-{
- __asm__ __volatile__ ("vavgsb 17, 14, 15");
-}
-
-static void test_vavgsh (void)
-{
- __asm__ __volatile__ ("vavgsh 17, 14, 15");
-}
-
-static void test_vavgsw (void)
-{
- __asm__ __volatile__ ("vavgsw 17, 14, 15");
-}
-
-static void test_vmaxub (void)
-{
- __asm__ __volatile__ ("vmaxub 17, 14, 15");
-}
-
-static void test_vmaxuh (void)
-{
- __asm__ __volatile__ ("vmaxuh 17, 14, 15");
-}
-
-static void test_vmaxuw (void)
-{
- __asm__ __volatile__ ("vmaxuw 17, 14, 15");
-}
-
-static void test_vmaxsb (void)
-{
- __asm__ __volatile__ ("vmaxsb 17, 14, 15");
-}
-
-static void test_vmaxsh (void)
-{
- __asm__ __volatile__ ("vmaxsh 17, 14, 15");
-}
-
-static void test_vmaxsw (void)
-{
- __asm__ __volatile__ ("vmaxsw 17, 14, 15");
-}
-
-static void test_vminub (void)
-{
- __asm__ __volatile__ ("vminub 17, 14, 15");
-}
-
-static void test_vminuh (void)
-{
- __asm__ __volatile__ ("vminuh 17, 14, 15");
-}
-
-static void test_vminuw (void)
-{
- __asm__ __volatile__ ("vminuw 17, 14, 15");
-}
-
-static void test_vminsb (void)
-{
- __asm__ __volatile__ ("vminsb 17, 14, 15");
-}
-
-static void test_vminsh (void)
-{
- __asm__ __volatile__ ("vminsh 17, 14, 15");
-}
-
-static void test_vminsw (void)
-{
- __asm__ __volatile__ ("vminsw 17, 14, 15");
-}
-
-static test_t tests_aa_ops_two[] = {
- { &test_vaddubm , " vaddubm", },
- { &test_vadduhm , " vadduhm", },
- { &test_vadduwm , " vadduwm", },
- { &test_vaddubs , " vaddubs", },
- { &test_vadduhs , " vadduhs", },
- { &test_vadduws , " vadduws", },
- { &test_vaddsbs , " vaddsbs", },
- { &test_vaddshs , " vaddshs", },
- { &test_vaddsws , " vaddsws", },
- { &test_vaddcuw , " vaddcuw", },
- { &test_vsububm , " vsububm", },
- { &test_vsubuhm , " vsubuhm", },
- { &test_vsubuwm , " vsubuwm", },
- { &test_vsububs , " vsububs", },
- { &test_vsubuhs , " vsubuhs", },
- { &test_vsubuws , " vsubuws", },
- { &test_vsubcuw , " vsubcuw", },
- { &test_vmuloub , " vmuloub", },
- { &test_vmulouh , " vmulouh", },
- { &test_vmulosb , " vmulosb", },
- { &test_vmulosh , " vmulosh", },
- { &test_vmuleub , " vmuleub", },
- { &test_vmuleuh , " vmuleuh", },
- { &test_vmulesb , " vmulesb", },
- { &test_vmulesh , " vmulesh", },
- { &test_vsumsws , " vsumsws", },
- { &test_vsum2sws , " vsum2sws", },
- { &test_vsum4ubs , " vsum4ubs", },
- { &test_vsum4sbs , " vsum4sbs", },
- { &test_vsum4shs , " vsum4shs", },
- { &test_vavgub , " vavgub", },
- { &test_vavguh , " vavguh", },
- { &test_vavguw , " vavguw", },
- { &test_vavgsb , " vavgsb", },
- { &test_vavgsh , " vavgsh", },
- { &test_vavgsw , " vavgsw", },
- { &test_vmaxub , " vmaxub", },
- { &test_vmaxuh , " vmaxuh", },
- { &test_vmaxuw , " vmaxuw", },
- { &test_vmaxsb , " vmaxsb", },
- { &test_vmaxsh , " vmaxsh", },
- { &test_vmaxsw , " vmaxsw", },
- { &test_vminub , " vminub", },
- { &test_vminuh , " vminuh", },
- { &test_vminuw , " vminuw", },
- { &test_vminsb , " vminsb", },
- { &test_vminsh , " vminsh", },
- { &test_vminsw , " vminsw", },
- { NULL, NULL, },
-};
-#endif /* defined (HAS_ALTIVEC) */
-
-#if defined (HAS_ALTIVEC)
-static void test_vand (void)
-{
- __asm__ __volatile__ ("vand 17, 14, 15");
-}
-
-static void test_vor (void)
-{
- __asm__ __volatile__ ("vor 17, 14, 15");
-}
-
-static void test_vxor (void)
-{
- __asm__ __volatile__ ("vxor 17, 14, 15");
-}
-
-static void test_vandc (void)
-{
- __asm__ __volatile__ ("vandc 17, 14, 15");
-}
-
-static void test_vnor (void)
-{
- __asm__ __volatile__ ("vnor 17, 14, 15");
-}
-
-static void test_vrlb (void)
-{
- __asm__ __volatile__ ("vrlb 17, 14, 15");
-}
-
-static void test_vrlh (void)
-{
- __asm__ __volatile__ ("vrlh 17, 14, 15");
-}
-
-static void test_vrlw (void)
-{
- __asm__ __volatile__ ("vrlw 17, 14, 15");
-}
-
-static void test_vslb (void)
-{
- __asm__ __volatile__ ("vslb 17, 14, 15");
-}
-
-static void test_vslh (void)
-{
- __asm__ __volatile__ ("vslh 17, 14, 15");
-}
-
-static void test_vslw (void)
-{
- __asm__ __volatile__ ("vslw 17, 14, 15");
-}
-
-static void test_vsrb (void)
-{
- __asm__ __volatile__ ("vsrb 17, 14, 15");
-}
-
-static void test_vsrh (void)
-{
- __asm__ __volatile__ ("vsrh 17, 14, 15");
-}
-
-static void test_vsrw (void)
-{
- __asm__ __volatile__ ("vsrw 17, 14, 15");
-}
-
-static void test_vsrab (void)
-{
- __asm__ __volatile__ ("vsrab 17, 14, 15");
-}
-
-static void test_vsrah (void)
-{
- __asm__ __volatile__ ("vsrah 17, 14, 15");
-}
-
-static void test_vsraw (void)
-{
- __asm__ __volatile__ ("vsraw 17, 14, 15");
-}
-
-static void test_vpkuhum (void)
-{
- __asm__ __volatile__ ("vpkuhum 17, 14, 15");
-}
-
-static void test_vpkuwum (void)
-{
- __asm__ __volatile__ ("vpkuwum 17, 14, 15");
-}
-
-static void test_vpkuhus (void)
-{
- __asm__ __volatile__ ("vpkuhus 17, 14, 15");
-}
-
-static void test_vpkuwus (void)
-{
- __asm__ __volatile__ ("vpkuwus 17, 14, 15");
-}
-
-static void test_vpkshus (void)
-{
- __asm__ __volatile__ ("vpkshus 17, 14, 15");
-}
-
-static void test_vpkswus (void)
-{
- __asm__ __volatile__ ("vpkswus 17, 14, 15");
-}
-
-static void test_vpkshss (void)
-{
- __asm__ __volatile__ ("vpkshss 17, 14, 15");
-}
-
-static void test_vpkswss (void)
-{
- __asm__ __volatile__ ("vpkswss 17, 14, 15");
-}
-
-static void test_vpkpx (void)
-{
- __asm__ __volatile__ ("vpkpx 17, 14, 15");
-}
-
-static void test_vmrghb (void)
-{
- __asm__ __volatile__ ("vmrghb 17, 14, 15");
-}
-
-static void test_vmrghh (void)
-{
- __asm__ __volatile__ ("vmrghh 17, 14, 15");
-}
-
-static void test_vmrghw (void)
-{
- __asm__ __volatile__ ("vmrghw 17, 14, 15");
-}
-
-static void test_vmrglb (void)
-{
- __asm__ __volatile__ ("vmrglb 17, 14, 15");
-}
-
-static void test_vmrglh (void)
-{
- __asm__ __volatile__ ("vmrglh 17, 14, 15");
-}
-
-static void test_vmrglw (void)
-{
- __asm__ __volatile__ ("vmrglw 17, 14, 15");
-}
-
-static void test_vsl (void)
-{
- __asm__ __volatile__ ("vsl 17, 14, 15");
-}
-
-static void test_vsr (void)
-{
- __asm__ __volatile__ ("vsr 17, 14, 15");
-}
-
-static void test_vslo (void)
-{
- __asm__ __volatile__ ("vslo 17, 14, 15");
-}
-
-static void test_vsro (void)
-{
- __asm__ __volatile__ ("vsro 17, 14, 15");
-}
-
-static test_t tests_al_ops_two[] = {
- { &test_vand , " vand", },
- { &test_vor , " vor", },
- { &test_vxor , " vxor", },
- { &test_vandc , " vandc", },
- { &test_vnor , " vnor", },
- { &test_vrlb , " vrlb", },
- { &test_vrlh , " vrlh", },
- { &test_vrlw , " vrlw", },
- { &test_vslb , " vslb", },
- { &test_vslh , " vslh", },
- { &test_vslw , " vslw", },
- { &test_vsrb , " vsrb", },
- { &test_vsrh , " vsrh", },
- { &test_vsrw , " vsrw", },
- { &test_vsrab , " vsrab", },
- { &test_vsrah , " vsrah", },
- { &test_vsraw , " vsraw", },
- { &test_vpkuhum , " vpkuhum", },
- { &test_vpkuwum , " vpkuwum", },
- { &test_vpkuhus , " vpkuhus", },
- { &test_vpkuwus , " vpkuwus", },
- { &test_vpkshus , " vpkshus", },
- { &test_vpkswus , " vpkswus", },
- { &test_vpkshss , " vpkshss", },
- { &test_vpkswss , " vpkswss", },
- { &test_vpkpx , " vpkpx", },
- { &test_vmrghb , " vmrghb", },
- { &test_vmrghh , " vmrghh", },
- { &test_vmrghw , " vmrghw", },
- { &test_vmrglb , " vmrglb", },
- { &test_vmrglh , " vmrglh", },
- { &test_vmrglw , " vmrglw", },
- { &test_vsl , " vsl", },
- { &test_vsr , " vsr", },
- { &test_vslo , " vslo", },
- { &test_vsro , " vsro", },
- { NULL, NULL, },
-};
-#endif /* defined (HAS_ALTIVEC) */
-
-#if defined (HAS_ALTIVEC)
-static void test_vupkhsb (void)
-{
- __asm__ __volatile__ ("vupkhsb 17, 14");
-}
-
-static void test_vupkhsh (void)
-{
- __asm__ __volatile__ ("vupkhsh 17, 14");
-}
-
-static void test_vupkhpx (void)
-{
- __asm__ __volatile__ ("vupkhpx 17, 14");
-}
-
-static void test_vupklsb (void)
-{
- __asm__ __volatile__ ("vupklsb 17, 14");
-}
-
-static void test_vupklsh (void)
-{
- __asm__ __volatile__ ("vupklsh 17, 14");
-}
-
-static void test_vupklpx (void)
-{
- __asm__ __volatile__ ("vupklpx 17, 14");
-}
-
-static test_t tests_al_ops_one[] = {
- { &test_vupkhsb , " vupkhsb", },
- { &test_vupkhsh , " vupkhsh", },
- { &test_vupkhpx , " vupkhpx", },
- { &test_vupklsb , " vupklsb", },
- { &test_vupklsh , " vupklsh", },
- { &test_vupklpx , " vupklpx", },
- { NULL, NULL, },
-};
-#endif /* defined (HAS_ALTIVEC) */
-
-#if defined (HAS_ALTIVEC)
-static void test_vcmpgtub (void)
-{
- __asm__ __volatile__ ("vcmpgtub 17, 14, 15");
-}
-
-static void test_vcmpgtuh (void)
-{
- __asm__ __volatile__ ("vcmpgtuh 17, 14, 15");
-}
-
-static void test_vcmpgtuw (void)
-{
- __asm__ __volatile__ ("vcmpgtuw 17, 14, 15");
-}
-
-static void test_vcmpgtsb (void)
-{
- __asm__ __volatile__ ("vcmpgtsb 17, 14, 15");
-}
-
-static void test_vcmpgtsh (void)
-{
- __asm__ __volatile__ ("vcmpgtsh 17, 14, 15");
-}
-
-static void test_vcmpgtsw (void)
-{
- __asm__ __volatile__ ("vcmpgtsw 17, 14, 15");
-}
-
-static void test_vcmpequb (void)
-{
- __asm__ __volatile__ ("vcmpequb 17, 14, 15");
-}
-
-static void test_vcmpequh (void)
-{
- __asm__ __volatile__ ("vcmpequh 17, 14, 15");
-}
-
-static void test_vcmpequw (void)
-{
- __asm__ __volatile__ ("vcmpequw 17, 14, 15");
-}
-
-static test_t tests_ac_ops_two[] = {
- { &test_vcmpgtub , " vcmpgtub", },
- { &test_vcmpgtuh , " vcmpgtuh", },
- { &test_vcmpgtuw , " vcmpgtuw", },
- { &test_vcmpgtsb , " vcmpgtsb", },
- { &test_vcmpgtsh , " vcmpgtsh", },
- { &test_vcmpgtsw , " vcmpgtsw", },
- { &test_vcmpequb , " vcmpequb", },
- { &test_vcmpequh , " vcmpequh", },
- { &test_vcmpequw , " vcmpequw", },
- { NULL, NULL, },
-};
-#endif /* defined (HAS_ALTIVEC) */
-
-#if defined (HAS_ALTIVEC)
-static void test_vcmpgtub_ (void)
-{
- __asm__ __volatile__ ("vcmpgtub. 17, 14, 15");
-}
-
-static void test_vcmpgtuh_ (void)
-{
- __asm__ __volatile__ ("vcmpgtuh. 17, 14, 15");
-}
-
-static void test_vcmpgtuw_ (void)
-{
- __asm__ __volatile__ ("vcmpgtuw. 17, 14, 15");
-}
-
-static void test_vcmpgtsb_ (void)
-{
- __asm__ __volatile__ ("vcmpgtsb. 17, 14, 15");
-}
-
-static void test_vcmpgtsh_ (void)
-{
- __asm__ __volatile__ ("vcmpgtsh. 17, 14, 15");
-}
-
-static void test_vcmpgtsw_ (void)
-{
- __asm__ __volatile__ ("vcmpgtsw. 17, 14, 15");
-}
-
-static void test_vcmpequb_ (void)
-{
- __asm__ __volatile__ ("vcmpequb. 17, 14, 15");
-}
-
-static void test_vcmpequh_ (void)
-{
- __asm__ __volatile__ ("vcmpequh. 17, 14, 15");
-}
-
-static void test_vcmpequw_ (void)
-{
- __asm__ __volatile__ ("vcmpequw. 17, 14, 15");
-}
-
-static test_t tests_acr_ops_two[] = {
- { &test_vcmpgtub_ , " vcmpgtub.", },
- { &test_vcmpgtuh_ , " vcmpgtuh.", },
- { &test_vcmpgtuw_ , " vcmpgtuw.", },
- { &test_vcmpgtsb_ , " vcmpgtsb.", },
- { &test_vcmpgtsh_ , " vcmpgtsh.", },
- { &test_vcmpgtsw_ , " vcmpgtsw.", },
- { &test_vcmpequb_ , " vcmpequb.", },
- { &test_vcmpequh_ , " vcmpequh.", },
- { &test_vcmpequw_ , " vcmpequw.", },
- { NULL, NULL, },
-};
-#endif /* defined (HAS_ALTIVEC) */
-
-#if defined (HAS_ALTIVEC)
-static void test_vmaddfp (void)
-{
- __asm__ __volatile__ ("vmaddfp 17, 14, 15, 16");
-}
-
-static void test_vnmsubfp (void)
-{
- __asm__ __volatile__ ("vnmsubfp 17, 14, 15, 16");
-}
-
-static test_t tests_afa_ops_three[] = {
- { &test_vmaddfp , " vmaddfp", },
- { &test_vnmsubfp , " vnmsubfp", },
- { NULL, NULL, },
-};
-#endif /* defined (HAS_ALTIVEC) */
-
-#if defined (HAS_ALTIVEC)
-static void test_vaddfp (void)
-{
- __asm__ __volatile__ ("vaddfp 17, 14, 15");
-}
-
-static void test_vsubfp (void)
-{
- __asm__ __volatile__ ("vsubfp 17, 14, 15");
-}
-
-static void test_vmaxfp (void)
-{
- __asm__ __volatile__ ("vmaxfp 17, 14, 15");
-}
-
-static void test_vminfp (void)
-{
- __asm__ __volatile__ ("vminfp 17, 14, 15");
-}
-
-static test_t tests_afa_ops_two[] = {
- { &test_vaddfp , " vaddfp", },
- { &test_vsubfp , " vsubfp", },
- { &test_vmaxfp , " vmaxfp", },
- { &test_vminfp , " vminfp", },
- { NULL, NULL, },
-};
-#endif /* defined (HAS_ALTIVEC) */
-
-#if defined (HAS_ALTIVEC)
-static void test_vrfin (void)
-{
- __asm__ __volatile__ ("vrfin 17, 14");
-}
-
-static void test_vrfiz (void)
-{
- __asm__ __volatile__ ("vrfiz 17, 14");
-}
-
-static void test_vrfip (void)
-{
- __asm__ __volatile__ ("vrfip 17, 14");
-}
-
-static void test_vrfim (void)
-{
- __asm__ __volatile__ ("vrfim 17, 14");
-}
-
-static void test_vrefp (void)
-{
- __asm__ __volatile__ ("vrefp 17, 14");
-}
-
-static void test_vrsqrtefp (void)
-{
- __asm__ __volatile__ ("vrsqrtefp 17, 14");
-}
-
-static void test_vlogefp (void)
-{
- __asm__ __volatile__ ("vlogefp 17, 14");
-}
-
-static void test_vexptefp (void)
-{
- __asm__ __volatile__ ("vexptefp 17, 14");
-}
-
-static test_t tests_afa_ops_one[] = {
- { &test_vrfin , " vrfin", },
- { &test_vrfiz , " vrfiz", },
- { &test_vrfip , " vrfip", },
- { &test_vrfim , " vrfim", },
- { &test_vrefp , " vrefp", },
- { &test_vrsqrtefp , " vrsqrtefp", },
- { &test_vlogefp , " vlogefp", },
- { &test_vexptefp , " vexptefp", },
- { NULL, NULL, },
-};
-#endif /* defined (HAS_ALTIVEC) */
-
-#if defined (HAS_ALTIVEC)
-static void test_vcmpgtfp (void)
-{
- __asm__ __volatile__ ("vcmpgtfp 17, 14, 15");
-}
-
-static void test_vcmpeqfp (void)
-{
- __asm__ __volatile__ ("vcmpeqfp 17, 14, 15");
-}
-
-static void test_vcmpgefp (void)
-{
- __asm__ __volatile__ ("vcmpgefp 17, 14, 15");
-}
-
-static void test_vcmpbfp (void)
-{
- __asm__ __volatile__ ("vcmpbfp 17, 14, 15");
-}
-
-static test_t tests_afc_ops_two[] = {
- { &test_vcmpgtfp , " vcmpgtfp", },
- { &test_vcmpeqfp , " vcmpeqfp", },
- { &test_vcmpgefp , " vcmpgefp", },
- { &test_vcmpbfp , " vcmpbfp", },
- { NULL, NULL, },
-};
-#endif /* defined (HAS_ALTIVEC) */
-
-#if defined (HAS_ALTIVEC)
-static void test_vcmpgtfp_ (void)
-{
- __asm__ __volatile__ ("vcmpgtfp. 17, 14, 15");
-}
-
-static void test_vcmpeqfp_ (void)
-{
- __asm__ __volatile__ ("vcmpeqfp. 17, 14, 15");
-}
-
-static void test_vcmpgefp_ (void)
-{
- __asm__ __volatile__ ("vcmpgefp. 17, 14, 15");
-}
-
-static void test_vcmpbfp_ (void)
-{
- __asm__ __volatile__ ("vcmpbfp. 17, 14, 15");
-}
-
-static test_t tests_afcr_ops_two[] = {
- { &test_vcmpgtfp_ , " vcmpgtfp.", },
- { &test_vcmpeqfp_ , " vcmpeqfp.", },
- { &test_vcmpgefp_ , " vcmpgefp.", },
- { &test_vcmpbfp_ , " vcmpbfp.", },
- { NULL, NULL, },
-};
-#endif /* defined (HAS_ALTIVEC) */
-
-#if defined (IS_PPC405)
-static void test_macchw (void)
-{
- __asm__ __volatile__ ("macchw 17, 14, 15");
-}
-
-static void test_macchwo (void)
-{
- __asm__ __volatile__ ("macchwo 17, 14, 15");
-}
-
-static void test_macchws (void)
-{
- __asm__ __volatile__ ("macchws 17, 14, 15");
-}
-
-static void test_macchwso (void)
-{
- __asm__ __volatile__ ("macchwso 17, 14, 15");
-}
-
-static void test_macchwsu (void)
-{
- __asm__ __volatile__ ("macchwsu 17, 14, 15");
-}
-
-static void test_macchwsuo (void)
-{
- __asm__ __volatile__ ("macchwsuo 17, 14, 15");
-}
-
-static void test_macchwu (void)
-{
- __asm__ __volatile__ ("macchwu 17, 14, 15");
-}
-
-static void test_macchwuo (void)
-{
- __asm__ __volatile__ ("macchwuo 17, 14, 15");
-}
-
-static void test_machhw (void)
-{
- __asm__ __volatile__ ("machhw 17, 14, 15");
-}
-
-static void test_machhwo (void)
-{
- __asm__ __volatile__ ("machhwo 17, 14, 15");
-}
-
-static void test_machhws (void)
-{
- __asm__ __volatile__ ("machhws 17, 14, 15");
-}
-
-static void test_machhwso (void)
-{
- __asm__ __volatile__ ("machhwso 17, 14, 15");
-}
-
-static void test_machhwsu (void)
-{
- __asm__ __volatile__ ("machhwsu 17, 14, 15");
-}
-
-static void test_machhwsuo (void)
-{
- __asm__ __volatile__ ("machhwsuo 17, 14, 15");
-}
-
-static void test_machhwu (void)
-{
- __asm__ __volatile__ ("machhwu 17, 14, 15");
-}
-
-static void test_machhwuo (void)
-{
- __asm__ __volatile__ ("machhwuo 17, 14, 15");
-}
-
-static void test_maclhw (void)
-{
- __asm__ __volatile__ ("maclhw 17, 14, 15");
-}
-
-static void test_maclhwo (void)
-{
- __asm__ __volatile__ ("maclhwo 17, 14, 15");
-}
-
-static void test_maclhws (void)
-{
- __asm__ __volatile__ ("maclhws 17, 14, 15");
-}
-
-static void test_maclhwso (void)
-{
- __asm__ __volatile__ ("maclhwso 17, 14, 15");
-}
-
-static void test_maclhwsu (void)
-{
- __asm__ __volatile__ ("maclhwsu 17, 14, 15");
-}
-
-static void test_maclhwsuo (void)
-{
- __asm__ __volatile__ ("maclhwsuo 17, 14, 15");
-}
-
-static void test_maclhwu (void)
-{
- __asm__ __volatile__ ("maclhwu 17, 14, 15");
-}
-
-static void test_maclhwuo (void)
-{
- __asm__ __volatile__ ("maclhwuo 17, 14, 15");
-}
-
-static void test_mulchw (void)
-{
- __asm__ __volatile__ ("mulchw 17, 14, 15");
-}
-
-static void test_mulchwu (void)
-{
- __asm__ __volatile__ ("mulchwu 17, 14, 15");
-}
-
-static void test_mulhhw (void)
-{
- __asm__ __volatile__ ("mulhhw 17, 14, 15");
-}
-
-static void test_mulhhwu (void)
-{
- __asm__ __volatile__ ("mulhhwu 17, 14, 15");
-}
-
-static void test_mullhw (void)
-{
- __asm__ __volatile__ ("mullhw 17, 14, 15");
-}
-
-static void test_mullhwu (void)
-{
- __asm__ __volatile__ ("mullhwu 17, 14, 15");
-}
-
-static void test_nmacchw (void)
-{
- __asm__ __volatile__ ("nmacchw 17, 14, 15");
-}
-
-static void test_nmacchwo (void)
-{
- __asm__ __volatile__ ("nmacchwo 17, 14, 15");
-}
-
-static void test_nmacchws (void)
-{
- __asm__ __volatile__ ("nmacchws 17, 14, 15");
-}
-
-static void test_nmacchwso (void)
-{
- __asm__ __volatile__ ("nmacchwso 17, 14, 15");
-}
-
-static void test_nmachhw (void)
-{
- __asm__ __volatile__ ("nmachhw 17, 14, 15");
-}
-
-static void test_nmachhwo (void)
-{
- __asm__ __volatile__ ("nmachhwo 17, 14, 15");
-}
-
-static void test_nmachhws (void)
-{
- __asm__ __volatile__ ("nmachhws 17, 14, 15");
-}
-
-static void test_nmachhwso (void)
-{
- __asm__ __volatile__ ("nmachhwso 17, 14, 15");
-}
-
-static void test_nmaclhw (void)
-{
- __asm__ __volatile__ ("nmaclhw 17, 14, 15");
-}
-
-static void test_nmaclhwo (void)
-{
- __asm__ __volatile__ ("nmaclhwo 17, 14, 15");
-}
-
-static void test_nmaclhws (void)
-{
- __asm__ __volatile__ ("nmaclhws 17, 14, 15");
-}
-
-static void test_nmaclhwso (void)
-{
- __asm__ __volatile__ ("nmaclhwso 17, 14, 15");
-}
-
-static test_t tests_p4m_ops_two[] = {
- { &test_macchw , " macchw", },
- { &test_macchwo , " macchwo", },
- { &test_macchws , " macchws", },
- { &test_macchwso , " macchwso", },
- { &test_macchwsu , " macchwsu", },
- { &test_macchwsuo , " macchwsuo", },
- { &test_macchwu , " macchwu", },
- { &test_macchwuo , " macchwuo", },
- { &test_machhw , " machhw", },
- { &test_machhwo , " machhwo", },
- { &test_machhws , " machhws", },
- { &test_machhwso , " machhwso", },
- { &test_machhwsu , " machhwsu", },
- { &test_machhwsuo , " machhwsuo", },
- { &test_machhwu , " machhwu", },
- { &test_machhwuo , " machhwuo", },
- { &test_maclhw , " maclhw", },
- { &test_maclhwo , " maclhwo", },
- { &test_maclhws , " maclhws", },
- { &test_maclhwso , " maclhwso", },
- { &test_maclhwsu , " maclhwsu", },
- { &test_maclhwsuo , " maclhwsuo", },
- { &test_maclhwu , " maclhwu", },
- { &test_maclhwuo , " maclhwuo", },
- { &test_mulchw , " mulchw", },
- { &test_mulchwu , " mulchwu", },
- { &test_mulhhw , " mulhhw", },
- { &test_mulhhwu , " mulhhwu", },
- { &test_mullhw , " mullhw", },
- { &test_mullhwu , " mullhwu", },
- { &test_nmacchw , " nmacchw", },
- { &test_nmacchwo , " nmacchwo", },
- { &test_nmacchws , " nmacchws", },
- { &test_nmacchwso , " nmacchwso", },
- { &test_nmachhw , " nmachhw", },
- { &test_nmachhwo , " nmachhwo", },
- { &test_nmachhws , " nmachhws", },
- { &test_nmachhwso , " nmachhwso", },
- { &test_nmaclhw , " nmaclhw", },
- { &test_nmaclhwo , " nmaclhwo", },
- { &test_nmaclhws , " nmaclhws", },
- { &test_nmaclhwso , " nmaclhwso", },
- { NULL, NULL, },
-};
-#endif /* defined (IS_PPC405) */
-
-#if defined (IS_PPC405)
-static void test_macchw_ (void)
-{
- __asm__ __volatile__ ("macchw. 17, 14, 15");
-}
-
-static void test_macchwo_ (void)
-{
- __asm__ __volatile__ ("macchwo. 17, 14, 15");
-}
-
-static void test_macchws_ (void)
-{
- __asm__ __volatile__ ("macchws. 17, 14, 15");
-}
-
-static void test_macchwso_ (void)
-{
- __asm__ __volatile__ ("macchwso. 17, 14, 15");
-}
-
-static void test_macchwsu_ (void)
-{
- __asm__ __volatile__ ("macchwsu. 17, 14, 15");
-}
-
-static void test_macchwsuo_ (void)
-{
- __asm__ __volatile__ ("macchwsuo. 17, 14, 15");
-}
-
-static void test_macchwu_ (void)
-{
- __asm__ __volatile__ ("macchwu. 17, 14, 15");
-}
-
-static void test_macchwuo_ (void)
-{
- __asm__ __volatile__ ("macchwuo. 17, 14, 15");
-}
-
-static void test_machhw_ (void)
-{
- __asm__ __volatile__ ("machhw. 17, 14, 15");
-}
-
-static void test_machhwo_ (void)
-{
- __asm__ __volatile__ ("machhwo. 17, 14, 15");
-}
-
-static void test_machhws_ (void)
-{
- __asm__ __volatile__ ("machhws. 17, 14, 15");
-}
-
-static void test_machhwso_ (void)
-{
- __asm__ __volatile__ ("machhwso. 17, 14, 15");
-}
-
-static void test_machhwsu_ (void)
-{
- __asm__ __volatile__ ("machhwsu. 17, 14, 15");
-}
-
-static void test_machhwsuo_ (void)
-{
- __asm__ __volatile__ ("machhwsuo. 17, 14, 15");
-}
-
-static void test_machhwu_ (void)
-{
- __asm__ __volatile__ ("machhwu. 17, 14, 15");
-}
-
-static void test_machhwuo_ (void)
-{
- __asm__ __volatile__ ("machhwuo. 17, 14, 15");
-}
-
-static void test_maclhw_ (void)
-{
- __asm__ __volatile__ ("maclhw. 17, 14, 15");
-}
-
-static void test_maclhwo_ (void)
-{
- __asm__ __volatile__ ("maclhwo. 17, 14, 15");
-}
-
-static void test_maclhws_ (void)
-{
- __asm__ __volatile__ ("maclhws. 17, 14, 15");
-}
-
-static void test_maclhwso_ (void)
-{
- __asm__ __volatile__ ("maclhwso. 17, 14, 15");
-}
-
-static void test_maclhwsu_ (void)
-{
- __asm__ __volatile__ ("maclhwsu. 17, 14, 15");
-}
-
-static void test_maclhwsuo_ (void)
-{
- __asm__ __volatile__ ("maclhwsuo. 17, 14, 15");
-}
-
-static void test_maclhwu_ (void)
-{
- __asm__ __volatile__ ("maclhwu. 17, 14, 15");
-}
-
-static void test_maclhwuo_ (void)
-{
- __asm__ __volatile__ ("maclhwuo. 17, 14, 15");
-}
-
-static void test_mulchw_ (void)
-{
- __asm__ __volatile__ ("mulchw. 17, 14, 15");
-}
-
-static void test_mulchwu_ (void)
-{
- __asm__ __volatile__ ("mulchwu. 17, 14, 15");
-}
-
-static void test_mulhhw_ (void)
-{
- __asm__ __volatile__ ("mulhhw. 17, 14, 15");
-}
-
-static void test_mulhhwu_ (void)
-{
- __asm__ __volatile__ ("mulhhwu. 17, 14, 15");
-}
-
-static void test_mullhw_ (void)
-{
- __asm__ __volatile__ ("mullhw. 17, 14, 15");
-}
-
-static void test_mullhwu_ (void)
-{
- __asm__ __volatile__ ("mullhwu. 17, 14, 15");
-}
-
-static void test_nmacchw_ (void)
-{
- __asm__ __volatile__ ("nmacchw. 17, 14, 15");
-}
-
-static void test_nmacchwo_ (void)
-{
- __asm__ __volatile__ ("nmacchwo. 17, 14, 15");
-}
-
-static void test_nmacchws_ (void)
-{
- __asm__ __volatile__ ("nmacchws. 17, 14, 15");
-}
-
-static void test_nmacchwso_ (void)
-{
- __asm__ __volatile__ ("nmacchwso. 17, 14, 15");
-}
-
-static void test_nmachhw_ (void)
-{
- __asm__ __volatile__ ("nmachhw. 17, 14, 15");
-}
-
-static void test_nmachhwo_ (void)
-{
- __asm__ __volatile__ ("nmachhwo. 17, 14, 15");
-}
-
-static void test_nmachhws_ (void)
-{
- __asm__ __volatile__ ("nmachhws. 17, 14, 15");
-}
-
-static void test_nmachhwso_ (void)
-{
- __asm__ __volatile__ ("nmachhwso. 17, 14, 15");
-}
-
-static void test_nmaclhw_ (void)
-{
- __asm__ __volatile__ ("nmaclhw. 17, 14, 15");
-}
-
-static void test_nmaclhwo_ (void)
-{
- __asm__ __volatile__ ("nmaclhwo. 17, 14, 15");
-}
-
-static void test_nmaclhws_ (void)
-{
- __asm__ __volatile__ ("nmaclhws. 17, 14, 15");
-}
-
-static void test_nmaclhwso_ (void)
-{
- __asm__ __volatile__ ("nmaclhwso. 17, 14, 15");
-}
-
-static test_t tests_p4mc_ops_two[] = {
- { &test_macchw_ , " macchw.", },
- { &test_macchwo_ , " macchwo.", },
- { &test_macchws_ , " macchws.", },
- { &test_macchwso_ , " macchwso.", },
- { &test_macchwsu_ , " macchwsu.", },
- { &test_macchwsuo_ , " macchwsuo.", },
- { &test_macchwu_ , " macchwu.", },
- { &test_macchwuo_ , " macchwuo.", },
- { &test_machhw_ , " machhw.", },
- { &test_machhwo_ , " machhwo.", },
- { &test_machhws_ , " machhws.", },
- { &test_machhwso_ , " machhwso.", },
- { &test_machhwsu_ , " machhwsu.", },
- { &test_machhwsuo_ , " machhwsuo.", },
- { &test_machhwu_ , " machhwu.", },
- { &test_machhwuo_ , " machhwuo.", },
- { &test_maclhw_ , " maclhw.", },
- { &test_maclhwo_ , " maclhwo.", },
- { &test_maclhws_ , " maclhws.", },
- { &test_maclhwso_ , " maclhwso.", },
- { &test_maclhwsu_ , " maclhwsu.", },
- { &test_maclhwsuo_ , " maclhwsuo.", },
- { &test_maclhwu_ , " maclhwu.", },
- { &test_maclhwuo_ , " maclhwuo.", },
- { &test_mulchw_ , " mulchw.", },
- { &test_mulchwu_ , " mulchwu.", },
- { &test_mulhhw_ , " mulhhw.", },
- { &test_mulhhwu_ , " mulhhwu.", },
- { &test_mullhw_ , " mullhw.", },
- { &test_mullhwu_ , " mullhwu.", },
- { &test_nmacchw_ , " nmacchw.", },
- { &test_nmacchwo_ , " nmacchwo.", },
- { &test_nmacchws_ , " nmacchws.", },
- { &test_nmacchwso_ , " nmacchwso.", },
- { &test_nmachhw_ , " nmachhw.", },
- { &test_nmachhwo_ , " nmachhwo.", },
- { &test_nmachhws_ , " nmachhws.", },
- { &test_nmachhwso_ , " nmachhwso.", },
- { &test_nmaclhw_ , " nmaclhw.", },
- { &test_nmaclhwo_ , " nmaclhwo.", },
- { &test_nmaclhws_ , " nmaclhws.", },
- { &test_nmaclhwso_ , " nmaclhwso.", },
- { NULL, NULL, },
-};
-#endif /* defined (IS_PPC405) */
-
-static test_table_t all_tests[] = {
- {
- tests_ia_ops_two ,
- "PPC integer arithmetic instructions with two arguments",
- 0x00010102,
- },
- {
- tests_iar_ops_two ,
- "PPC integer instructions with two arguments with flags update",
- 0x01010102,
- },
- {
- tests_il_ops_two ,
- "PPC integer logical instructions with two arguments",
- 0x00010202,
- },
- {
- tests_ilr_ops_two ,
- "PPC integer logical instructions with two arguments with flags update",
- 0x01010202,
- },
- {
- tests_icr_ops_two ,
- "PPC integer compare instructions (two arguents)",
- 0x01010304,
- },
- {
- tests_icr_ops_two_i16 ,
- "PPC integer compare with immediate instructions (two arguents)",
- 0x01010304,
- },
- {
- tests_ia_ops_two_i16 ,
- "PPC integer arithmetic instructions\n with one register + one 16 bits immediate arguments",
- 0x00010106,
- },
- {
- tests_iar_ops_two_i16 ,
- "PPC integer arithmetic instructions\n with one register + one 16 bits immediate arguments with flags update",
- 0x01010106,
- },
- {
- tests_il_ops_two_i16 ,
- "PPC integer logical instructions\n with one register + one 16 bits immediate arguments",
- 0x00010206,
- },
- {
- tests_ilr_ops_two_i16 ,
- "PPC integer logical instructions\n with one register + one 16 bits immediate arguments with flags update",
- 0x01010206,
- },
- {
- tests_crl_ops_two ,
- "PPC condition register logical instructions - two operands",
- 0x01000602,
- },
- {
- tests_ia_ops_one ,
- "PPC integer arithmetic instructions with one argument",
- 0x00010101,
- },
- {
- tests_iar_ops_one ,
- "PPC integer arithmetic instructions with one argument with flags update",
- 0x01010101,
- },
- {
- tests_il_ops_one ,
- "PPC integer logical instructions with one argument",
- 0x00010201,
- },
- {
- tests_ilr_ops_one ,
- "PPC integer logical instructions with one argument with flags update",
- 0x01010201,
- },
- {
- tests_il_ops_spe ,
- "PPC logical instructions with special forms",
- 0x00010207,
- },
- {
- tests_ilr_ops_spe ,
- "PPC logical instructions with special forms with flags update",
- 0x01010207,
- },
-#if !defined (NO_FLOAT)
- {
- tests_fa_ops_three ,
- "PPC floating point arithmetic instructions with three arguments",
- 0x00020103,
- },
-#endif /* !defined (NO_FLOAT) */
-#if !defined (NO_FLOAT)
- {
- tests_far_ops_three ,
- "PPC floating point arithmetic instructions\n with three arguments with flags update",
- 0x01020103,
- },
-#endif /* !defined (NO_FLOAT) */
-#if !defined (NO_FLOAT)
- {
- tests_fa_ops_two ,
- "PPC floating point arithmetic instructions with two arguments",
- 0x00020102,
- },
-#endif /* !defined (NO_FLOAT) */
-#if !defined (NO_FLOAT)
- {
- tests_far_ops_two ,
- "PPC floating point arithmetic instructions\n with two arguments with flags update",
- 0x01020102,
- },
-#endif /* !defined (NO_FLOAT) */
-#if !defined (NO_FLOAT)
- {
- tests_fcr_ops_two ,
- "PPC floating point compare instructions (two arguments)",
- 0x01020304,
- },
-#endif /* !defined (NO_FLOAT) */
-#if !defined (NO_FLOAT)
- {
- tests_fa_ops_one ,
- "PPC floating point arithmetic instructions with one argument",
- 0x00020101,
- },
-#endif /* !defined (NO_FLOAT) */
-#if !defined (NO_FLOAT)
- {
- tests_far_ops_one ,
- "PPC floating point arithmetic instructions\n with one argument with flags update",
- 0x01020101,
- },
-#endif /* !defined (NO_FLOAT) */
-#if !defined (NO_FLOAT)
- {
- tests_fl_ops_spe ,
- "PPC floating point status register manipulation instructions",
- 0x00020207,
- },
-#endif /* !defined (NO_FLOAT) */
-#if !defined (NO_FLOAT)
- {
- tests_flr_ops_spe ,
- "PPC floating point status register manipulation instructions\n with flags update",
- 0x01020207,
- },
-#endif /* !defined (NO_FLOAT) */
-#if defined (HAS_ALTIVEC)
- {
- tests_aa_ops_three ,
- "PPC altivec integer arithmetic instructions with three arguments",
- 0x00040103,
- },
-#endif /* defined (HAS_ALTIVEC) */
-#if defined (HAS_ALTIVEC)
- {
- tests_al_ops_three ,
- "PPC altivec integer logical instructions with three arguments",
- 0x00040203,
- },
-#endif /* defined (HAS_ALTIVEC) */
-#if defined (HAS_ALTIVEC)
- {
- tests_aa_ops_two ,
- "PPC altivec integer arithmetic instructions with two arguments",
- 0x00040102,
- },
-#endif /* defined (HAS_ALTIVEC) */
-#if defined (HAS_ALTIVEC)
- {
- tests_al_ops_two ,
- "PPC altivec integer logical instructions with two arguments",
- 0x00040202,
- },
-#endif /* defined (HAS_ALTIVEC) */
-#if defined (HAS_ALTIVEC)
- {
- tests_al_ops_one ,
- "PPC altivec integer logical instructions with one argument",
- 0x00040201,
- },
-#endif /* defined (HAS_ALTIVEC) */
-#if defined (HAS_ALTIVEC)
- {
- tests_ac_ops_two ,
- "Altivec integer compare instructions",
- 0x00040302,
- },
-#endif /* defined (HAS_ALTIVEC) */
-#if defined (HAS_ALTIVEC)
- {
- tests_acr_ops_two ,
- "Altivec integer compare instructions with flags update",
- 0x01040302,
- },
-#endif /* defined (HAS_ALTIVEC) */
-#if defined (HAS_ALTIVEC)
- {
- tests_afa_ops_three ,
- "Altivec floating point arithmetic instructions with three arguments",
- 0x00050103,
- },
-#endif /* defined (HAS_ALTIVEC) */
-#if defined (HAS_ALTIVEC)
- {
- tests_afa_ops_two ,
- "Altivec floating point arithmetic instructions with two arguments",
- 0x00050102,
- },
-#endif /* defined (HAS_ALTIVEC) */
-#if defined (HAS_ALTIVEC)
- {
- tests_afa_ops_one ,
- "Altivec floating point arithmetic instructions with one argument",
- 0x00050101,
- },
-#endif /* defined (HAS_ALTIVEC) */
-#if defined (HAS_ALTIVEC)
- {
- tests_afc_ops_two ,
- "Altivec floating point compare instructions",
- 0x00050302,
- },
-#endif /* defined (HAS_ALTIVEC) */
-#if defined (HAS_ALTIVEC)
- {
- tests_afcr_ops_two ,
- "Altivec floating point compare instructions with flags update",
- 0x01050302,
- },
-#endif /* defined (HAS_ALTIVEC) */
-#if defined (IS_PPC405)
- {
- tests_p4m_ops_two ,
- "PPC 405 mac instructions with three arguments",
- 0x00030102,
- },
-#endif /* defined (IS_PPC405) */
-#if defined (IS_PPC405)
- {
- tests_p4mc_ops_two ,
- "PPC 405 mac instructions with three arguments with flags update",
- 0x01030102,
- },
-#endif /* defined (IS_PPC405) */
- { NULL, NULL, 0x00000000, },
-};
-
-// END #include "ops-ppc.c"
-
-
-static int verbose = 0;
-
-static double *fargs;
-static int nb_fargs;
-static uint32_t *iargs;
-static int nb_iargs;
-static uint16_t *ii16;
-static int nb_ii16;
-
-static inline void register_farg (void *farg,
- int s, uint16_t _exp, uint64_t mant)
-{
- uint64_t tmp;
-
- tmp = ((uint64_t)s << 63) | ((uint64_t)_exp << 52) | mant;
- *(uint64_t *)farg = tmp;
- AB_DPRINTF("%d %03x %013llx => %016llx %0e\n",
- s, _exp, mant, *(uint64_t *)farg, *(double *)farg);
-}
-
-static void build_fargs_table (void)
-{
- /* Sign goes from zero to one
- * Exponent goes from 0 to ((1 << 12) - 1)
- * Mantissa goes from 1 to ((1 << 52) - 1)
- * + special values:
- * +0.0 : 0 0x000 0x0000000000000
- * -0.0 : 1 0x000 0x0000000000000
- * +infinity : 0 0x7FF 0x0000000000000
- * -infinity : 1 0x7FF 0x0000000000000
- * +SNaN : 0 0x7FF 0x7FFFFFFFFFFFF
- * -SNaN : 1 0x7FF 0x7FFFFFFFFFFFF
- * +QNaN : 0 0x7FF 0x8000000000000
- * -QNaN : 1 0x7FF 0x8000000000000
- * (8 values)
- */
- uint64_t mant;
- uint16_t _exp, e0, e1;
- int s;
- int i;
-
- fargs = my_malloc(200 * sizeof(double));
- i = 0;
- for (s = 0; s < 2; s++) {
- for (e0 = 0; e0 < 2; e0++) {
- for (e1 = 0x000; ; e1 = ((e1 + 1) << 2) + 6) {
- if (e1 >= 0x400)
- e1 = 0x3fe;
- _exp = (e0 << 10) | e1;
- for (mant = 0x0000000000001ULL; mant < (1ULL << 52);
- /* Add 'random' bits */
- mant = ((mant + 0x4A6) << 13) + 0x359) {
- register_farg(&fargs[i++], s, _exp, mant);
- }
- if (e1 == 0x3fe)
- break;
- }
- }
- }
- /* Special values */
- /* +0.0 : 0 0x000 0x0000000000000 */
- s = 0;
- _exp = 0x000;
- mant = 0x0000000000000ULL;
- register_farg(&fargs[i++], s, _exp, mant);
- /* -0.0 : 1 0x000 0x0000000000000 */
- s = 1;
- _exp = 0x000;
- mant = 0x0000000000000ULL;
- register_farg(&fargs[i++], s, _exp, mant);
- /* +infinity : 0 0x7FF 0x0000000000000 */
- s = 0;
- _exp = 0x7FF;
- mant = 0x0000000000000ULL;
- register_farg(&fargs[i++], s, _exp, mant);
- /* -infinity : 1 0x7FF 0x0000000000000 */
- s = 1;
- _exp = 0x7FF;
- mant = 0x0000000000000ULL;
- register_farg(&fargs[i++], s, _exp, mant);
- /* +SNaN : 0 0x7FF 0x7FFFFFFFFFFFF */
- s = 0;
- _exp = 0x7FF;
- mant = 0x7FFFFFFFFFFFFULL;
- register_farg(&fargs[i++], s, _exp, mant);
- /* -SNaN : 1 0x7FF 0x7FFFFFFFFFFFF */
- s = 1;
- _exp = 0x7FF;
- mant = 0x7FFFFFFFFFFFFULL;
- register_farg(&fargs[i++], s, _exp, mant);
- /* +QNaN : 0 0x7FF 0x8000000000000 */
- s = 0;
- _exp = 0x7FF;
- mant = 0x8000000000000ULL;
- register_farg(&fargs[i++], s, _exp, mant);
- /* -QNaN : 1 0x7FF 0x8000000000000 */
- s = 1;
- _exp = 0x7FF;
- mant = 0x8000000000000ULL;
- register_farg(&fargs[i++], s, _exp, mant);
- AB_DPRINTF("Registered %d floats values\n", i);
- nb_fargs = i;
-}
-
-static void build_iargs_table (void)
-{
- uint64_t tmp;
- int i;
-
- iargs = my_malloc(400 * sizeof(uint32_t));
- i = 0;
- for (tmp = 0; ; tmp = tmp + 1 + (tmp>>1)+(tmp>>2)+(tmp>>3)) {
- if (tmp >= 0x100000000ULL)
- tmp = 0xFFFFFFFF;
- iargs[i++] = tmp;
- AB_DPRINTF("val %08llx\n", tmp);
- if (tmp == 0xFFFFFFFF)
- break;
- }
- AB_DPRINTF("Registered %d ints values\n", i);
- nb_iargs = i;
-}
-
-static void build_ii16_table (void)
-{
- uint32_t tmp;
- int i;
-
- ii16 = my_malloc(200 * sizeof(uint32_t));
- i = 0;
- for (tmp = 0; ; tmp = tmp + 1 + (tmp>>1)+(tmp>>2)+(tmp>>3)) {
- if (tmp >= 0x10000)
- tmp = 0xFFFF;
- ii16[i++] = tmp;
- AB_DPRINTF("val %08llx\n", tmp);
- if (tmp == 0xFFFF)
- break;
- }
- AB_DPRINTF("Registered %d ints values\n", i);
- nb_ii16 = i;
-}
-
-static void test_int_three_args (const unsigned char *name, test_func_t func)
-{
- uint32_t res, flags, xer;
- int i, j, k;
-
- if (verbose > 1)
- vexxx_printf( "Test instruction %s\n", name);
- for (i = 0; i < nb_iargs; i++) {
- for (j = 0; j < nb_iargs; j++) {
- for (k = 0;k < nb_iargs; k++) {
- r14 = iargs[i];
- r15 = iargs[j];
- r16 = iargs[k];
- r18 = 0;
- __asm__ __volatile__ ("mtcr 18");
- __asm__ __volatile__ ("mtxer 18");
- (*func)();
- __asm__ __volatile__ ("mfcr 18");
- flags = r18;
- __asm__ __volatile__ ("mfxer 18");
- xer = r18;
- res = r17;
- vexxx_printf("%s %08x, %08x, %08x => %08x (%08x %08x)\n",
- name, iargs[i], iargs[j], iargs[k], res, flags, xer);
- }
- vexxx_printf("\n");
- }
- vexxx_printf("\n");
- }
- vexxx_printf("\n");
-}
-
-static void test_int_two_args (const unsigned char *name, test_func_t func)
-{
- uint32_t res, flags, xer;
- int i, j;
-
- if (verbose > 1)
- vexxx_printf( "Test instruction %s\n", name);
- for (i = 0; i < nb_iargs; i++) {
- for (j = 0; j < nb_iargs; j++) {
- r14 = iargs[i];
- r15 = iargs[j];
- r18 = 0;
- __asm__ __volatile__ ("mtcr 18");
- __asm__ __volatile__ ("mtxer 18");
- (*func)();
- __asm__ __volatile__ ("mfcr 18");
- flags = r18;
- __asm__ __volatile__ ("mfxer 18");
- xer = r18;
- res = r17;
- vexxx_printf("%s %08x, %08x => %08x (%08x %08x)\n",
- name, iargs[i], iargs[j], res, flags, xer);
- }
- vexxx_printf("\n");
- }
- vexxx_printf("\n");
-}
-
-static void test_int_one_arg (const unsigned char *name, test_func_t func)
-{
- uint32_t res, flags, xer;
- int i;
-
- if (verbose > 1)
- vexxx_printf( "Test instruction %s\n", name);
- for (i = 0; i < nb_iargs; i++) {
- r14 = iargs[i];
- r18 = 0;
- __asm__ __volatile__ ("mtcr 18");
-// r18 = 0x20000000; // set xer_ca
- __asm__ __volatile__ ("mtxer 18");
- (*func)();
- res = r17;
- __asm__ __volatile__ ("mfcr 18");
- flags = r18;
- __asm__ __volatile__ ("mfxer 18");
- xer = r18;
- vexxx_printf("%s %08x => %08x (%08x %08x)\n",
- name, iargs[i], res, flags, xer);
- }
- vexxx_printf("\n");
-}
-
-static inline void _patch_op_imm (void *out, void *in,
- uint16_t imm, int sh, int len)
-{
- volatile uint32_t *p, *q;
-
- p = out;
- q = in;
- *p = (*q & ~(((1 << len) - 1) << sh)) | ((imm & ((1 << len) - 1)) << sh);
-}
-
-static inline void patch_op_imm (void *out, void *in,
- uint16_t imm, int sh, int len)
-{
- volatile uint32_t *p;
-
- p = out;
- _patch_op_imm(out, in, imm, sh, len);
- __asm__ __volatile__ ("dcbf 0, %0 ; icbi 0, %0 ; isync" ::"r"(p));
-}
-
-static inline void patch_op_imm16 (void *out, void *in, uint16_t imm)
-{
- patch_op_imm(out, in, imm, 0, 16);
-}
-
-static void test_int_one_reg_imm16 (const unsigned char *name,
- test_func_t func)
-{
- uint32_t func_buf[2], *p;
- uint32_t res, flags, xer;
- int i, j;
-
- if (verbose > 1)
- vexxx_printf( "Test instruction %s\n", name);
- for (i = 0; i < nb_iargs; i++) {
- for (j = 0; j < nb_ii16; j++) {
- p = (void *)func;
-#if 0
- vexxx_printf("copy func %s from %p to %p (%08x %08x)\n",
- name, func, func_buf, p[0], p[1]);
-#endif
- func_buf[1] = p[1];
- patch_op_imm16(func_buf, p, ii16[j]);
- func = (void *)func_buf;
-#if 0
- vexxx_printf(" => func %s from %p to %p (%08x %08x)\n",
- name, func, func_buf, func_buf[0], func_buf[1]);
-#endif
- r14 = iargs[i];
- r18 = 0;
- __asm__ __volatile__ ("mtcr 18");
- __asm__ __volatile__ ("mtxer 18");
- (*func)();
- __asm__ __volatile__ ("mfcr 18");
- flags = r18;
- __asm__ __volatile__ ("mfxer 18");
- xer = r18;
- res = r17;
- vexxx_printf("%s %08x, %08x => %08x (%08x %08x)\n",
- name, iargs[i], ii16[j], res, flags, xer);
- }
- vexxx_printf("\n");
- }
- vexxx_printf("\n");
-}
-
-/* Special test cases for:
- * rlwimi
- * rlwinm
- * rlwnm
- * srawi
- * mcrf
- * mcrfs
- * mffs
- * mtfsb0
- * mtfsb1
- */
-
-static void rlwi_cb (const unsigned char *name, test_func_t func)
-{
- uint32_t func_buf[2], *p;
- uint32_t res, flags, xer;
- int i, j, k, l;
-
- if (verbose > 1)
- vexxx_printf( "Test instruction %s\n", name);
- for (i = 0;;) {
- if (i >= nb_iargs)
- i = nb_iargs - 1;
- for (j = 0; j < 32; j++) {
- for (k = 0; k < 32; k++) {
- for (l = 0; l < 32; l++) {
- p = (void *)func;
- func_buf[1] = p[1];
- _patch_op_imm(func_buf, p, j, 11, 5);
- _patch_op_imm(func_buf, p, k, 6, 5);
- patch_op_imm(func_buf, p, l, 1, 5);
- func = (void *)func_buf;
- r14 = iargs[i];
- r18 = 0;
- __asm__ __volatile__ ("mtcr 18");
- __asm__ __volatile__ ("mtxer 18");
- (*func)();
- __asm__ __volatile__ ("mfcr 18");
- flags = r18;
- __asm__ __volatile__ ("mfxer 18");
- xer = r18;
- res = r17;
- vexxx_printf("%s %08x, %d, %d, %d => %08x (%08x %08x)\n",
- name, iargs[i], j, k, l, res, flags, xer);
- }
- vexxx_printf("\n");
- }
- vexxx_printf("\n");
- }
- vexxx_printf("\n");
- if (i == 0)
- i = 1;
- else if (i == nb_iargs - 1)
- break;
- else
- i += 3;
- }
- vexxx_printf("\n");
-}
-
-static void rlwnm_cb (const unsigned char *name, test_func_t func)
-{
- uint32_t func_buf[2], *p;
- uint32_t res, flags, xer;
- int i, j, k, l;
-
- if (verbose > 1)
- vexxx_printf( "Test instruction %s\n", name);
- for (i = 0; i < nb_iargs; i++) {
- for (j = 0; j < 64; j++) {
- for (k = 0; k < 32; k++) {
- for (l = 0; l < 32; l++) {
- p = (void *)func;
- func_buf[1] = p[1];
- _patch_op_imm(func_buf, p, k, 6, 5);
- patch_op_imm(func_buf, p, l, 1, 5);
- func = (void *)func_buf;
- r14 = iargs[i];
- r15 = j;
- r18 = 0;
- __asm__ __volatile__ ("mtcr 18");
- __asm__ __volatile__ ("mtxer 18");
- (*func)();
- __asm__ __volatile__ ("mfcr 18");
- flags = r18;
- __asm__ __volatile__ ("mfxer 18");
- xer = r18;
- res = r17;
- vexxx_printf("%s %08x, %08x, %d, %d => %08x (%08x %08x)\n",
- name, iargs[i], j, k, l, res, flags, xer);
- }
- vexxx_printf("\n");
- }
- vexxx_printf("\n");
- }
- vexxx_printf("\n");
- }
- vexxx_printf("\n");
-}
-
-static void srawi_cb (const unsigned char *name, test_func_t func)
-{
- uint32_t func_buf[2], *p;
- uint32_t res, flags, xer;
- int i, j;
-
- if (verbose > 1)
- vexxx_printf( "Test instruction %s\n", name);
- for (i = 0; i < nb_iargs; i++) {
- for (j = 0; j < 32; j++) {
- p = (void *)func;
- func_buf[1] = p[1];
- patch_op_imm(func_buf, p, j, 11, 5);
- func = (void *)func_buf;
- r14 = iargs[i];
- r18 = 0;
- __asm__ __volatile__ ("mtcr 18");
- __asm__ __volatile__ ("mtxer 18");
- (*func)();
- __asm__ __volatile__ ("mfcr 18");
- flags = r18;
- __asm__ __volatile__ ("mfxer 18");
- xer = r18;
- res = r17;
- vexxx_printf("%s %08x, %d => %08x (%08x %08x)\n",
- name, iargs[i], j, res, flags, xer);
- }
- vexxx_printf("\n");
- }
- vexxx_printf("\n");
-}
-
-typedef struct special_t special_t;
-struct special_t {
- const unsigned char *name;
- void (*test_cb)(const unsigned char *name, test_func_t func);
-};
-
-static void test_special (special_t *table,
- const unsigned char *name, test_func_t func)
-{
- const unsigned char *tmp;
- int i;
-
- for (tmp = name; my_isspace(*tmp); tmp++)
- continue;
- for (i = 0; table[i].name != NULL; i++) {
-#if 0
- vexxx_printf( "look for handler for '%s' (%s)\n", name,
- table[i].name);
-#endif
- if (my_strcmp(table[i].name, tmp) == 0) {
- (*table[i].test_cb)(name, func);
- return;
- }
- }
- vexxx_printf( "ERROR: no test found for op '%s'\n", name);
-}
-
-static special_t special_int_ops[] = {
-#if 0
- {
- "rlwimi", /* One register + 3 5 bits immediate arguments */
- &rlwi_cb,
- },
- {
- "rlwimi.", /* One register + 3 5 bits immediate arguments */
- &rlwi_cb,
- },
- {
- "rlwinm", /* One register + 3 5 bits immediate arguments */
- &rlwi_cb,
- },
- {
- "rlwinm.", /* One register + 3 5 bits immediate arguments */
- &rlwi_cb,
- },
- {
- "rlwnm", /* Two registers + 3 5 bits immediate arguments */
- &rlwnm_cb,
- },
- {
- "rlwnm.", /* Two registers + 3 5 bits immediate arguments */
- &rlwnm_cb,
- },
- {
- "srawi", /* One register + 1 5 bits immediate arguments */
- &srawi_cb,
- },
- {
- "srawi.", /* One register + 1 5 bits immediate arguments */
- &srawi_cb,
- },
-#endif
-#if 0
- {
- "mcrf", /* 2 3 bits immediate arguments */
- &mcrf_cb,
- },
- {
- "mcrf", /* 2 3 bits immediate arguments */
- &mcrf_cb,
- },
-#endif
- {
- NULL,
- NULL,
- },
-};
-
-static void test_int_special (const unsigned char *name, test_func_t func)
-{
- test_special(special_int_ops, name, func);
-}
-
-static test_loop_t int_loops[] = {
- &test_int_one_arg,
- &test_int_two_args,
- &test_int_three_args,
- &test_int_two_args,
- &test_int_one_reg_imm16,
- &test_int_one_reg_imm16,
- &test_int_special,
-};
-
-#if !defined (NO_FLOAT)
-static void test_float_three_args (const unsigned char *name, test_func_t func)
-{
- double res;
- uint64_t u0, u1, u2, ur;
- uint32_t flags;
- int i, j, k;
-
- if (verbose > 1)
- vexxx_printf( "Test instruction %s\n", name);
- for (i = 0; i < nb_fargs; i++) {
- for (j = 0; j < nb_fargs; j++) {
- for (k = 0;k < nb_fargs; k++) {
- u0 = *(uint64_t *)(&fargs[i]);
- u1 = *(uint64_t *)(&fargs[j]);
- u2 = *(uint64_t *)(&fargs[k]);
- f14 = fargs[i];
- f15 = fargs[j];
- f16 = fargs[k];
- r18 = 0;
- __asm__ __volatile__ ("mtcr 18");
- __asm__ __volatile__ ("mtxer 18");
- f18 = +0.0;
- __asm__ __volatile__ ("mtfsf 0xFF, 18");
- (*func)();
- __asm__ __volatile__ ("mfcr 18");
- flags = r18;
- res = f17;
- ur = *(uint64_t *)(&res);
- vexxx_printf("%s %016llx, %016llx, %016llx => %016llx (%08x)\n",
- name, u0, u1, u2, ur, flags);
- }
- vexxx_printf("\n");
- }
- vexxx_printf("\n");
- }
- vexxx_printf("\n");
-}
-
-static void test_float_two_args (const unsigned char *name, test_func_t func)
-{
- double res;
- uint64_t u0, u1, ur;
- uint32_t flags;
- int i, j;
-
- if (verbose > 1)
- vexxx_printf( "Test instruction %s\n", name);
- for (i = 0; i < nb_fargs; i++) {
- for (j = 0; j < nb_fargs; j++) {
- u0 = *(uint64_t *)(&fargs[i]);
- u1 = *(uint64_t *)(&fargs[j]);
- f14 = fargs[i];
- f15 = fargs[j];
- r18 = 0;
- __asm__ __volatile__ ("mtcr 18");
- __asm__ __volatile__ ("mtxer 18");
- f18 = +0.0;
- __asm__ __volatile__ ("mtfsf 0xFF, 18");
- (*func)();
- __asm__ __volatile__ ("mfcr 18");
- flags = r18;
- res = f17;
- ur = *(uint64_t *)(&res);
- vexxx_printf("%s %016llx, %016llx => %016llx (%08x)\n",
- name, u0, u1, ur, flags);
- }
- vexxx_printf("\n");
- }
- vexxx_printf("\n");
-}
-
-static void test_float_one_arg (const unsigned char *name, test_func_t func)
-{
- double res;
- uint64_t u0, ur;
- uint32_t flags;
- int i;
-
- if (verbose > 1)
- vexxx_printf( "Test instruction %s\n", name);
- for (i = 0; i < nb_fargs; i++) {
- u0 = *(uint64_t *)(&fargs[i]);
- f14 = fargs[i];
- r18 = 0;
- __asm__ __volatile__ ("mtcr 18");
- __asm__ __volatile__ ("mtxer 18");
- f18 = +0.0;
- __asm__ __volatile__ ("mtfsf 0xFF, 18");
- (*func)();
- __asm__ __volatile__ ("mfcr 18");
- flags = r18;
- res = f17;
- ur = *(uint64_t *)(&res);
- vexxx_printf("%s %016llx => %016llx (%08x)\n", name, u0, ur, flags);
- }
- vexxx_printf("\n");
-}
-
-static special_t special_float_ops[] = {
-#if 0
- {
- "mffs", /* One 5 bits immediate argument */
- &mffs_cb,
- },
- {
- "mffs.", /* One 5 bits immediate argument */
- &mffs_cb,
- },
- {
- "mtfsb0", /* One 5 bits immediate argument */
- &mffs_cb,
- },
- {
- "mtfsb0.", /* One 5 bits immediate argument */
- &mffs_cb,
- },
- {
- "mtfsb1", /* One 5 bits immediate argument */
- &mffs_cb,
- },
- {
- "mtfsb1.", /* One 5 bits immediate argument */
- &mffs_cb,
- },
- {
- "mtfsf", /* One register + 1 8 bits immediate argument */
- &mtfsf_cb,
- },
- {
- "mtfsf.", /* One register + 1 8 bits immediate argument */
- &mtfsf_cb,
- },
- {
- "mtfsfi", /* One 5 bits argument + 1 5 bits argument */
- &mtfsfi_cb,
- },
- {
- "mtfsfi.", /* One 5 bits argument + 1 5 bits argument */
- &mtfsfi_cb,
- },
-#endif
- {
- NULL,
- NULL,
- },
-};
-
-static void test_float_special (const unsigned char *name, test_func_t func)
-{
- test_special(special_float_ops, name, func);
-}
-
-static test_loop_t float_loops[] = {
- &test_float_one_arg,
- &test_float_two_args,
- &test_float_three_args,
- &test_float_two_args,
- NULL,
- NULL,
- &test_float_special,
-};
-#endif /* !defined (NO_FLOAT) */
-
-
-#if defined (HAS_ALTIVEC) /* XXX: TODO */
-#endif /* defined (HAS_ALTIVEC) */
-
-#if defined (IS_PPC405)
-static void test_ppc405 (const unsigned char *name, test_func_t func)
-{
- uint32_t res, flags, xer;
- int i, j, k;
-
- if (verbose > 1)
- vexxx_printf( "Test instruction %s\n", name);
- for (i = 0; i < nb_iargs; i++) {
- for (j = 0; j < nb_iargs; j++) {
- for (k = 0;k < nb_iargs; k++) {
- r14 = iargs[i];
- r15 = iargs[j];
- /* Beware: the third argument and the result
- * are in the same register
- */
- r17 = iargs[k];
- r18 = 0;
- __asm__ __volatile__ ("mtcr 18");
- __asm__ __volatile__ ("mtxer 18");
- (*func)();
- __asm__ __volatile__ ("mfcr 18");
- flags = r18;
- __asm__ __volatile__ ("mfxer 18");
- xer = r18;
- res = r17;
- vexxx_printf("%s %08x, %08x, %08x => %08x (%08x %08x)\n",
- name, iargs[i], iargs[j], iargs[k], res, flags, xer);
- }
- vexxx_printf("\n");
- }
- vexxx_printf("\n");
- }
- vexxx_printf("\n");
-}
-#endif /* defined (IS_PPC405) */
-
-static int check_filter (unsigned char *filter)
-{
- unsigned char *c;
- int ret = 1;
-
- if (filter != NULL) {
- c = my_strchr(filter, '*');
- if (c != NULL) {
- *c = '\0';
- ret = 0;
- }
- }
-
- return ret;
-}
-
-static int check_name (const unsigned char *name, const unsigned char *filter,
- int exact)
-{
- int nlen, flen;
- int ret = 0;
-
- if (filter != NULL) {
- for (; my_isspace(*name); name++)
- continue;
- FDPRINTF("Check '%s' againt '%s' (%s match)\n",
- name, filter, exact ? "exact" : "starting");
- nlen = vexxx_strlen(name);
- flen = vexxx_strlen(filter);
- if (exact) {
- if (nlen == flen && my_memcmp(name, filter, flen) == 0)
- ret = 1;
- } else {
- if (flen <= nlen && my_memcmp(name, filter, flen) == 0)
- ret = 1;
- }
- } else {
- ret = 1;
- }
-
- return ret;
-}
-
-static void do_tests (int one_arg, int two_args, int three_args,
- int arith, int logical, int compare,
- int integer, int floats, int p405,
- int altivec, int faltivec,
- int cr, unsigned char *filter)
-{
-#if defined (IS_PPC405)
- test_loop_t tmpl;
-#endif
- test_loop_t *loop;
- test_t *tests;
- int nb_args, type, family;
- int i, j, n;
- int exact;
-
- exact = check_filter(filter);
- n = 0;
- for (i = 0; all_tests[i].name != NULL; i++) {
- nb_args = all_tests[i].flags & PPC_NB_ARGS;
- /* Check number of arguments */
- if ((nb_args == 1 && !one_arg) ||
- (nb_args == 2 && !two_args) ||
- (nb_args == 3 && !three_args))
- continue;
- /* Check instruction type */
- type = all_tests[i].flags & PPC_TYPE;
- if ((type == PPC_ARITH && !arith) ||
- (type == PPC_LOGICAL && !logical) ||
- (type == PPC_COMPARE && !compare))
- continue;
- /* Check instruction family */
- family = all_tests[i].flags & PPC_FAMILY;
- if ((family == PPC_INTEGER && !integer) ||
- (family == PPC_FLOAT && !floats) ||
- (family == PPC_405 && !p405) ||
- (family == PPC_ALTIVEC && !altivec) ||
- (family == PPC_FALTIVEC && !faltivec))
- continue;
- /* Check flags update */
- if (((all_tests[i].flags & PPC_CR) && cr == 0) ||
- (!(all_tests[i].flags & PPC_CR) && cr == 1))
- continue;
- /* All passed, do the tests */
- tests = all_tests[i].tests;
- /* Select the test loop */
- switch (family) {
- case PPC_INTEGER:
- loop = &int_loops[nb_args - 1];
- break;
- case PPC_FLOAT:
-#if !defined (NO_FLOAT)
- loop = &float_loops[nb_args - 1];
- break;
-#else
- vexxx_printf( "Sorry. "
- "PPC floating point instructions tests "
- "are disabled on your host\n");
-#endif /* !defined (NO_FLOAT) */
-
- case PPC_405:
-#if defined (IS_PPC405)
- tmpl = &test_ppc405;
- loop = &tmpl;
- break;
-#else
- vexxx_printf( "Sorry. "
- "PPC405 instructions tests are disabled on your host\n");
- continue;
-#endif /* defined (IS_PPC405) */
- case PPC_ALTIVEC:
-#if defined (HAS_ALTIVEC)
-#if 0
- loop = &altivec_int_loops[nb_args - 1];
- break;
-#else
- vexxx_printf( "Sorry. "
- "Altivec instructions tests are not yet implemented\n");
- continue;
-#endif
-#else
- vexxx_printf( "Sorry. "
- "Altivec instructions tests are disabled on your host\n");
- continue;
-#endif
- case PPC_FALTIVEC:
-#if defined (HAS_ALTIVEC)
-#if 0
- loop = &altivec_float_loops[nb_args - 1];
- break;
-#else
- vexxx_printf( "Sorry. "
- "Altivec instructions tests are not yet implemented\n");
- continue;
-#endif
-#else
- vexxx_printf( "Sorry. "
- "Altivec float instructions tests "
- "are disabled on your host\n");
-#endif
- continue;
- default:
- vexxx_printf("ERROR: unknown insn family %08x\n", family);
- continue;
- }
- if (verbose > 0)
- vexxx_printf( "%s:\n", all_tests[i].name);
- for (j = 0; tests[j].name != NULL; j++) {
- if (check_name(tests[j].name, filter, exact))
- (*loop)(tests[j].name, tests[j].func);
- n++;
- }
- vexxx_printf("\n");
- }
- vexxx_printf( "All done. Tested %d different instructions\n", n);
-}
-
-#if 0 // unused
-static void usage (void)
-{
- vexxx_printf(
- "test-ppc [-1] [-2] [-3] [-*] [-t <type>] [-f <family>] [-u] "
- "[-n <filter>] [-x] [-h]\n"
- "\t-1: test opcodes with one argument\n"
- "\t-2: test opcodes with two arguments\n"
- "\t-3: test opcodes with three arguments\n"
- "\t-*: launch test without checking the number of arguments\n"
- "\t-t: launch test for instructions of type <type>\n"
- "\t recognized types:\n"
- "\t\tarith (or a)\n"
- "\t\tlogical (or l)\n"
- "\t\tcompare (or c)\n"
- "\t-f: launch test for instructions of family <family>\n"
- "\t recognized families:\n"
- "\t\tinteger (or i)\n"
- "\t\tfloat (or f)\n"
- "\t\tppc405 (or mac)\n"
- "\t\taltivec (or a)\n"
- "\t-u: test instructions that update flags\n"
- "\t-n: filter instructions with <filter>\n"
- "\t <filter> can be in two forms:\n"
- "\t\tname : filter functions that exactly match <name>\n"
- "\t\tname* : filter functions that start with <name>\n"
- "\t-h: print this help\n"
- );
-}
-#endif
-
-int _main (int argc, char **argv)
-{
- unsigned char /* *tmp, */ *filter = NULL;
- int one_arg = 0, two_args = 0, three_args = 0;
- int arith = 0, logical = 0, compare = 0;
- int integer = 0, floats = 0, p405 = 0, altivec = 0, faltivec = 0;
- int cr = -1;
- //int c;
-
- // while ((c = getopt(argc, argv, "123t:f:n:uvh")) != -1) {
- // switch (c) {
- // case '1':
- // one_arg = 1;
- // break;
- // case '2':
- // two_args = 1;
- // break;
- // case '3':
- // three_args = 1;
- // break;
- // case 't':
- // tmp = optarg;
- // if (my_strcmp(tmp, "arith") == 0 || my_strcmp(tmp, "a") == 0) {
- // arith = 1;
- // } else if (my_strcmp(tmp, "logical") == 0 || my_strcmp(tmp, "l") == 0) {
- // logical = 1;
- // } else if (my_strcmp(tmp, "compare") == 0 || my_strcmp(tmp, "c") == 0) {
- // compare = 1;
- // } else {
- // goto bad_arg;
- // }
- // break;
- // case 'f':
- // tmp = optarg;
- // if (my_strcmp(tmp, "integer") == 0 || my_strcmp(tmp, "i") == 0) {
- // integer = 1;
- // } else if (my_strcmp(tmp, "float") == 0 || my_strcmp(tmp, "f") == 0) {
- // floats = 1;
- // } else if (my_strcmp(tmp, "ppc405") == 0 || my_strcmp(tmp, "mac") == 0) {
- // p405 = 1;
- // } else if (my_strcmp(tmp, "altivec") == 0 || my_strcmp(tmp, "a") == 0) {
- // altivec = 1;
- // faltivec = 1;
- // } else {
- // goto bad_arg;
- // }
- // break;
- // case 'n':
- // filter = optarg;
- // break;
- // case 'u':
- // cr = 1;
- // break;
- // case 'h':
- // usage();
- // return 0;
- // case 'v':
- // verbose++;
- // break;
- // default:
- // usage();
- // vexxx_printf( "Unknown argument: '%c'\n", c);
- // return 1;
- // bad_arg:
- // usage();
- // vexxx_printf( "Bad argument for '%c': '%s'\n", c, tmp);
- // return 1;
- // }
- // }
- // if (argc != optind) {
- // usage();
- // vexxx_printf( "Bad number of arguments\n");
- // return 1;
- // }
-
- if (one_arg == 0 && two_args == 0 && three_args == 0) {
- one_arg = 1;
- two_args = 1;
- three_args = 1;
- }
- if (arith == 0 && logical == 0 && compare == 0) {
- arith = 1;
- logical = 1;
- compare = 1;
- }
- if (integer == 0 && floats == 0 && altivec == 0 && faltivec == 0 &&
- p405 == 0) {
- integer = 1;
- floats = 1;
- altivec = 1;
- faltivec = 1;
- p405 = 1;
- }
- if (cr == -1)
- cr = 2;
- build_iargs_table();
- build_fargs_table();
- build_ii16_table();
-
-#if 1
- one_arg=1;
- two_args=1;
- three_args=1;
-
- arith=1;
- logical=1;
- compare=1;
-
- integer=1;
- floats=0;
-
- p405=0;
- altivec=0;
- faltivec=0;
-#endif
-
- do_tests(one_arg, two_args, three_args,
- arith, logical, compare,
- integer, floats, p405, altivec, faltivec,
- cr, filter);
-
- return 0;
-}
-
-
-void entry ( HWord(*service)(HWord,HWord) )
-{
- char* argv[2] = { NULL, NULL };
- serviceFn = service;
- _main(0, argv);
- (*service)(0,0);
-}
diff --git a/VEX/switchback/test_simple.c b/VEX/switchback/test_simple.c
deleted file mode 100644
index 9a7756a..0000000
--- a/VEX/switchback/test_simple.c
+++ /dev/null
@@ -1,12 +0,0 @@
-
-
-static void bar ( void*(*service)(int,int) )
-{
- __asm__ __volatile__ ("addi 17, 14, 5");
-}
-
-void entry ( void*(*service)(int,int) )
-{
- bar(service);
- service(0,0);
-}
diff --git a/VEX/test/fldenv.c b/VEX/test/fldenv.c
deleted file mode 100644
index 4f37d61..0000000
--- a/VEX/test/fldenv.c
+++ /dev/null
@@ -1,32 +0,0 @@
-
-#include <stdio.h>
-#include <stdlib.h>
-
-void do_fstenv ( void* p )
-{
- asm("movl 8(%esp), %eax ; fstenv (%eax)");
-}
-
-void do_fldenv ( void* p )
-{
- asm("movl 8(%esp), %eax ; fldenv (%eax)");
-}
-
-int main ( void )
-{
- int i;
- unsigned short* buf = malloc(14*sizeof(short));
- for (i = 0; i < 14; i++)
- buf[i] = i;
- buf[0] = 0x037f;
-
- do_fldenv(buf);
- do_fstenv(buf);
- for (i = 0; i < 14; i++) {
- printf("%04x ", buf[i]);
- if (i > 0 && ((i % 12) == 11))
- printf("\n");
- }
- printf("\n");
- return 0;
-}
diff --git a/VEX/test/fp1.c b/VEX/test/fp1.c
deleted file mode 100644
index 3f3aca3..0000000
--- a/VEX/test/fp1.c
+++ /dev/null
@@ -1,17 +0,0 @@
-
-#include <stdio.h>
-
-double a[10];
-
-int main ( void )
-{
- int i;
- double s;
- for (i = 0; i < 10; i++)
- a[i] = 11.11 * i;
- s = 0.0;
- for (i = 0; i < 10; i++)
- s += a[i];
- printf("result = %f\n", s);
- return 0;
-}
diff --git a/VEX/test/fp1.s b/VEX/test/fp1.s
deleted file mode 100644
index 8d3d9fd..0000000
--- a/VEX/test/fp1.s
+++ /dev/null
@@ -1,52 +0,0 @@
- .file "fp1.c"
- .version "01.01"
-gcc2_compiled.:
- .section .rodata.str1.1,"aMS",@progbits,1
-.LC2:
- .string "result = %f\n"
- .section .rodata.cst8,"aM",@progbits,8
- .align 8
-.LC0:
- .long 0xeb851eb8,0x40263851
-.text
- .align 4
-.globl main
- .type main,@function
-main:
- pushl %ebp
- movl %esp, %ebp
- subl $8, %esp
- movl $0, %eax
- movl $a, %edx
- fldl .LC0
- .p2align 2
-.L21:
- fld %st(0)
- pushl %eax
- fimull (%esp)
- popl %eax
- fstpl (%edx,%eax,8)
- incl %eax
- cmpl $9, %eax
- jle .L21
- fstp %st(0)
- fldz
- movl $0, %eax
- movl $a, %edx
- .p2align 2
-.L26:
- faddl (%edx,%eax,8)
- incl %eax
- cmpl $9, %eax
- jle .L26
- subl $12, %esp
- fstpl (%esp)
- pushl $.LC2
- call printf
- movl $0, %eax
- leave
- ret
-.Lfe1:
- .size main,.Lfe1-main
- .comm a,80,32
- .ident "GCC: (GNU) 2.96 20000731 (Red Hat Linux 7.3 2.96-110)"
diff --git a/VEX/test/fpconst.c b/VEX/test/fpconst.c
deleted file mode 100644
index c6ebdc3..0000000
--- a/VEX/test/fpconst.c
+++ /dev/null
@@ -1,77 +0,0 @@
-
-#include <stdio.h>
-#include <stdlib.h>
-
-void do_fld1 ( void* p )
-{
- asm __volatile__("fninit");
- asm __volatile__("fld1");
- asm __volatile__("fstpl (%0)" : : "r" (p) : "memory" );
-}
-
-void do_fldl2t ( void* p )
-{
- asm __volatile__("fninit");
- asm __volatile__("fldl2t");
- asm __volatile__("fstpl (%0)" : : "r" (p) : "memory" );
-}
-
-void do_fldl2e ( void* p )
-{
- asm __volatile__("fninit");
- asm __volatile__("fldl2e");
- asm __volatile__("fstpl (%0)" : : "r" (p) : "memory" );
-}
-
-void do_fldpi ( void* p )
-{
- asm __volatile__("fninit");
- asm __volatile__("fldpi");
- asm __volatile__("fstpl (%0)" : : "r" (p) : "memory" );
-}
-
-void do_fldlg2 ( void* p )
-{
- asm __volatile__("fninit");
- asm __volatile__("fldlg2");
- asm __volatile__("fstpl (%0)" : : "r" (p) : "memory" );
-}
-
-void do_fldln2 ( void* p )
-{
- asm __volatile__("fninit");
- asm __volatile__("fldln2");
- asm __volatile__("fstpl (%0)" : : "r" (p) : "memory" );
-}
-
-void do_fldz ( void* p )
-{
- asm __volatile__("fninit");
- asm __volatile__("fldz");
- asm __volatile__("fstpl (%0)" : : "r" (p) : "memory" );
-}
-
-typedef unsigned char UChar;
-
-void foo ( void (*f)(void*), char* name )
-{
- int i;
- UChar* b = malloc(8);
- f(b);
- printf("%s IRConst_F64i(0x", name);
- for (i = 7; i >= 0; i--)
- printf("%02x", (int)b[i]);
- printf(")\n");
-}
-
-int main ( void )
-{
- foo( do_fld1, "fld1 ");
- foo( do_fldl2t, "fldl2t");
- foo( do_fldl2e, "fldl2e");
- foo( do_fldpi, "fldpi ");
- foo( do_fldlg2, "fldlg2");
- foo( do_fldln2, "fldln2");
- foo( do_fldz, "fldz ");
- return 0;
-}
diff --git a/VEX/test/fpgames.s b/VEX/test/fpgames.s
deleted file mode 100644
index 222f33b..0000000
--- a/VEX/test/fpgames.s
+++ /dev/null
@@ -1,103 +0,0 @@
- .file "fpgames.c"
- .version "01.01"
-gcc2_compiled.:
- .section .rodata.str1.1,"aMS",@progbits,1
-.LC0:
- .string "%02x "
-.LC1:
- .string "\n"
-.text
- .align 4
-.globl show
- .type show,@function
-show:
- pushl %ebp
- movl %esp, %ebp
- pushl %ebx
- subl $4, %esp
- movl $0, %ebx
- .p2align 2
-.L21:
- subl $8, %esp
- movzbl st(%ebx), %eax
- pushl %eax
- pushl $.LC0
- call printf
- addl $16, %esp
- testl %ebx, %ebx
- jle .L20
- movl %ebx, %eax
- andl $3, %eax
- cmpl $3, %eax
- jne .L20
- subl $12, %esp
- pushl $.LC1
- call printf
- addl $16, %esp
-.L20:
- incl %ebx
- cmpl $27, %ebx
- jle .L21
- movl $0, %ebx
- .p2align 2
-.L27:
- subl $8, %esp
- movzbl st+28(%ebx), %eax
- pushl %eax
- pushl $.LC0
- call printf
- addl $16, %esp
- testl %ebx, %ebx
- jle .L26
- movl $10, %edx
- movl %ebx, %eax
- movl %edx, %ecx
- cltd
- idivl %ecx
- cmpl $9, %edx
- jne .L26
- subl $12, %esp
- pushl $.LC1
- call printf
- addl $16, %esp
-.L26:
- incl %ebx
- cmpl $79, %ebx
- jle .L27
- subl $12, %esp
- pushl $.LC1
- call printf
- movl -4(%ebp), %ebx
- leave
- ret
-.Lfe1:
- .size show,.Lfe1-show
- .section .rodata.str1.1,"aMS",@progbits,1
-.LC2:
- .string "\n\n"
-.text
- .align 4
-.globl main
- .type main,@function
-main:
- pushl %ebp
- movl %esp, %ebp
- subl $8, %esp
-#APP
- finit ; fnsave st
-#NO_APP
- call show
- subl $12, %esp
- pushl $.LC2
- call printf
-#APP
- fld1 ; fnsave st
-#NO_APP
- call show
- movl $0, %eax
- leave
- ret
-.Lfe2:
- .size main,.Lfe2-main
- .comm st,108,32
- .ident "GCC: (GNU) 2.96 20000731 (Red Hat Linux 7.3 2.96-110)"
diff --git a/VEX/test/fpspeed.c b/VEX/test/fpspeed.c
deleted file mode 100644
index 83996ea..0000000
--- a/VEX/test/fpspeed.c
+++ /dev/null
@@ -1,29 +0,0 @@
-
-#include <stdio.h>
-#include <stdlib.h>
-#include <math.h>
-
-int main ( void )
-{
- int i, j;
- double s, r;
- s = 0.0;
- double* a1 = malloc(1000 * sizeof(double));
- double* a2 = malloc(1000 * sizeof(double));
- for (i = 0; i < 1000; i++) {
- a1[i] = s;
- s += 0.3374893482232;
- a2[i] = s;
- }
-
- s = 0.0;
- r = 0.0;
- for (j = 0; j < 5000; j++) {
- for (i = 0; i < 1000; i++) {
- s += (a1[i] - a2[i]) * (a1[i] + a2[i]) - sqrt(r + 1.0);
- r += 0.001;
- }
- }
- printf("s = %f, r = %f\n", s, r );
- return 0;
-}
diff --git a/VEX/test/fpucw.c b/VEX/test/fpucw.c
deleted file mode 100644
index 0130897..0000000
--- a/VEX/test/fpucw.c
+++ /dev/null
@@ -1,43 +0,0 @@
-
-#include <stdio.h>
-
-void fldcw_default ( void )
-{
- asm(" pushw $0x037F ; fldcw (%esp) ; addl $2, %esp");
-}
-
-void fldcw_exns ( void )
-{
- asm(" pushw $0x037E ; fldcw (%esp) ; addl $2, %esp");
-}
-
-void fldcw_precision ( void )
-{
- asm(" pushw $0x007F ; fldcw (%esp) ; addl $2, %esp");
-}
-
-void fldcw_rounding ( void )
-{
- asm(" pushw $0x077F ; fldcw (%esp) ; addl $2, %esp");
-}
-
-int main ( void )
-{
- printf("default\n");
- fldcw_default();
- printf("\n");
-
- printf("exns\n");
- fldcw_exns();
- printf("\n");
-
- printf("precision\n");
- fldcw_precision();
- printf("\n");
-
- printf("rounding\n");
- fldcw_rounding();
- printf("\n");
-
- return 0;
-}
diff --git a/VEX/test/frstor.c b/VEX/test/frstor.c
deleted file mode 100644
index 006e19e..0000000
--- a/VEX/test/frstor.c
+++ /dev/null
@@ -1,82 +0,0 @@
-
-#include <stdio.h>
-#include <stdlib.h>
-
-void do_fsave_interesting_stuff ( void* p )
-{
- asm __volatile__("fninit");
- asm __volatile__("fldpi");
- asm __volatile__("fld1");
- asm __volatile__("fldln2");
- asm __volatile__("fsave (%0)" : : "r" (p) : "memory" );
-}
-
-void do_fsave ( void* p )
-{
- asm __volatile__("fsave (%0)" : : "r" (p) : "memory" );
-}
-
-void do_frstor ( void* p )
-{
- asm __volatile__("frstor (%0)" : : "r" (p) : "memory" );
-}
-
-
-int isFPLsbs ( int i )
-{
- int q;
- q = 0; if (i == q || i == q+1) return 1;
- q = 10; if (i == q || i == q+1) return 1;
- q = 20; if (i == q || i == q+1) return 1;
- q = 30; if (i == q || i == q+1) return 1;
- q = 40; if (i == q || i == q+1) return 1;
- q = 50; if (i == q || i == q+1) return 1;
- q = 60; if (i == q || i == q+1) return 1;
- q = 70; if (i == q || i == q+1) return 1;
- return 0;
-}
-
-void show_fpustate ( unsigned char* buf, int hide64to80 )
-{
- int i;
- printf(" 0 ");
- for (i = 0; i < 14; i++)
- printf("%02x ", buf[i]);
- printf("\n");
-
- printf(" 14 ");
- for (i = 14; i < 28; i++)
- printf("%02x ", buf[i]);
- printf("\n");
-
- for (i = 0; i < 80; i++) {
- if ((i % 10) == 0)
- printf("%3d ", i+28);
- if (hide64to80 && isFPLsbs(i))
- printf("xx ");
- else
- printf("%02x ", buf[i+28]);
- if (i > 0 && ((i % 10) == 9))
- printf("\n");
- }
-}
-
-int main ( int argc, char** argv )
-{
- unsigned short* buf1 = malloc(54*sizeof(short));
- unsigned short* buf2 = malloc(54*sizeof(short));
- int xx = argc > 1;
- printf("Re-run with any arg to suppress least-significant\n"
- " 16 bits of FP numbers\n");
-
- /* Create an initial image. */
- do_fsave_interesting_stuff(buf1);
- show_fpustate( (unsigned char*)buf1, xx );
-
- /* Reload it into buf2. */
- do_frstor(buf1);
- do_fsave(buf2);
- show_fpustate( (unsigned char*)buf2, xx );
-
- return 0;
-}
diff --git a/VEX/test/fsave.c b/VEX/test/fsave.c
deleted file mode 100644
index 293711d..0000000
--- a/VEX/test/fsave.c
+++ /dev/null
@@ -1,68 +0,0 @@
-
-#include <stdio.h>
-#include <stdlib.h>
-
-void do_fsave ( void* p )
-{
- asm __volatile__("fninit");
- asm __volatile__("fldpi");
- asm __volatile__("fld1");
- asm __volatile__("fldln2");
- asm __volatile__("fsave (%0)" : : "r" (p) : "memory" );
-}
-
-int isFPLsbs ( int i )
-{
- int q;
- q = 0; if (i == q || i == q+1) return 1;
- q = 10; if (i == q || i == q+1) return 1;
- q = 20; if (i == q || i == q+1) return 1;
- q = 30; if (i == q || i == q+1) return 1;
- q = 40; if (i == q || i == q+1) return 1;
- q = 50; if (i == q || i == q+1) return 1;
- q = 60; if (i == q || i == q+1) return 1;
- q = 70; if (i == q || i == q+1) return 1;
- return 0;
-}
-
-void show_fpustate ( unsigned char* buf, int hide64to80 )
-{
- int i;
- printf(" 0 ");
- for (i = 0; i < 14; i++)
- printf("%02x ", buf[i]);
- printf("\n");
-
- printf(" 14 ");
- for (i = 14; i < 28; i++)
- printf("%02x ", buf[i]);
- printf("\n");
-
- for (i = 0; i < 80; i++) {
- if ((i % 10) == 0)
- printf("%3d ", i+28);
- if (hide64to80 && isFPLsbs(i))
- printf("xx ");
- else
- printf("%02x ", buf[i+28]);
- if (i > 0 && ((i % 10) == 9))
- printf("\n");
- }
-}
-
-int main ( int argc, char** argv )
-{
- int i;
- unsigned char* buf = malloc(108);
- int xx = argc > 1;
- printf("Re-run with any arg to suppress least-significant\n"
- " 16 bits of FP numbers\n");
- for (i = 0; i < 108; i++)
- buf[i] = 0xAA;
-
- /* dump FPU state in buf, and show it. */
- do_fsave(buf);
- show_fpustate( buf, xx );
-
- return 0;
-}
diff --git a/VEX/test/fstenv.c b/VEX/test/fstenv.c
deleted file mode 100644
index 331714d..0000000
--- a/VEX/test/fstenv.c
+++ /dev/null
@@ -1,22 +0,0 @@
-
-#include <stdio.h>
-#include <stdlib.h>
-
-void do_fstenv ( void* p )
-{
- asm("fldpi ; fld1; fldln2 ; movl 8(%esp), %eax ; fstenv (%eax)");
-}
-
-int main ( void )
-{
- int i;
- unsigned int* buf = malloc(7*sizeof(int));
- do_fstenv(buf);
- for (i = 0; i < 7; i++) {
- printf("%08x ", buf[i]);
- if (i > 0 && ((i % 6) == 5))
- printf("\n");
- }
- printf("\n");
- return 0;
-}
diff --git a/VEX/test/fxsave.c b/VEX/test/fxsave.c
deleted file mode 100644
index 6557907..0000000
--- a/VEX/test/fxsave.c
+++ /dev/null
@@ -1,136 +0,0 @@
-
-#include <stdio.h>
-#include <stdlib.h>
-#include <malloc.h>
-#include <string.h>
-
-const unsigned int vec0[4]
- = { 0x12345678, 0x11223344, 0x55667788, 0x87654321 };
-
-const unsigned int vec1[4]
- = { 0xABCDEF01, 0xAABBCCDD, 0xEEFF0011, 0x10FEDCBA };
-
-const unsigned int vecZ[4]
- = { 0, 0, 0, 0 };
-
-void do_fxsave ( void* p ) {
- asm __volatile__("fxsave (%0)" : : "r" (p) : "memory" );
-}
-
-void do_fxrstor ( void* p ) {
- asm __volatile__("fxrstor (%0)" : : "r" (p) : "memory" );
-}
-
-void do_zeroise ( void )
-{
- asm __volatile__("finit");
- asm __volatile__(
- "fldz\n\t"
- "fldz\n\t"
- "fldz\n\t"
- "fldz\n\t"
- "fldz\n\t"
- "fldz\n\t"
- "fldz\n\t"
- "fldz\n\t"
- "finit\n");
- asm __volatile__("movups vecZ, %xmm0");
- asm __volatile__("movups vecZ, %xmm1");
- asm __volatile__("movups vecZ, %xmm2");
- asm __volatile__("movups vecZ, %xmm3");
- asm __volatile__("movups vecZ, %xmm4");
- asm __volatile__("movups vecZ, %xmm5");
- asm __volatile__("movups vecZ, %xmm6");
- asm __volatile__("movups vecZ, %xmm7");
- asm __volatile__(
- "pushl $0\n\t"
- "ldmxcsr 0(%esp)\n\t"
- "addl $4,%esp\n");
-}
-
-/* set up the FP and SSE state, and then dump it. */
-void do_setup_then_fxsave ( void* p )
-{
- asm __volatile__("finit");
- asm __volatile__("fldpi");
- asm __volatile__("fld1");
- asm __volatile__("fldln2");
- asm __volatile__("fldlg2");
- asm __volatile__("fld %st(3)");
- asm __volatile__("fld %st(3)");
- asm __volatile__("movups vec0, %xmm0");
- asm __volatile__("movups vec1, %xmm1");
- asm __volatile__("xorps %xmm2, %xmm2");
- asm __volatile__("movaps %xmm2, %xmm3");
- asm __volatile__("movaps %xmm2, %xmm4");
- asm __volatile__("movaps %xmm2, %xmm5");
- asm __volatile__("movaps %xmm2, %xmm6");
- asm __volatile__("movaps %xmm1, %xmm7");
- asm __volatile__("xorps %xmm0, %xmm7");
- do_fxsave (p);
-}
-
-int isFPLsbs ( int i )
-{
- int q;
- q = 32; if (i == q || i == q+1) return 1;
- q = 48; if (i == q || i == q+1) return 1;
- q = 64; if (i == q || i == q+1) return 1;
- q = 80; if (i == q || i == q+1) return 1;
- q = 96; if (i == q || i == q+1) return 1;
- q = 112; if (i == q || i == q+1) return 1;
- q = 128; if (i == q || i == q+1) return 1;
- q = 144; if (i == q || i == q+1) return 1;
- return 0;
-}
-
-void show ( unsigned char* buf, int xx )
-{
- int i;
- for (i = 0; i < 512; i++) {
- if ((i % 16) == 0)
- printf("%3d ", i);
- if (xx && isFPLsbs(i))
- printf("xx ");
- else
- printf("%02x ", buf[i]);
- if (i > 0 && ((i % 16) == 15))
- printf("\n");
- }
-}
-
-
-int main ( int argc, char** argv )
-{
- unsigned char* buf1 = memalign(16,512);
- unsigned char* buf2 = memalign(16,512);
- unsigned char* buf3 = memalign(16,512);
- int xx = argc > 1;
- printf("Re-run with any arg to suppress least-significant\n"
- " 16 bits of FP numbers\n");
- memset(buf1, 0x55, 512);
- memset(buf2, 0x55, 512);
- memset(buf3, 0x55, 512);
-
- /* Load up x87/xmm state and dump it. */
- do_setup_then_fxsave(buf1);
- printf("\nBEFORE\n");
- show(buf1, xx);
-
- /* Zeroise x87/xmm state and dump it, to show that the
- regs have been cleared out. */
- do_zeroise();
- do_fxsave(buf2);
- printf("\nZEROED\n");
- show(buf2, xx);
-
- /* Reload x87/xmm state from buf1 and dump it in buf3. */
- do_fxrstor(buf1);
- do_fxsave(buf3);
- printf("\nRESTORED\n");
- show(buf3, xx);
-
- free(buf1); free(buf2); free(buf3);
-
- return 0;
-}
diff --git a/VEX/test/mmxtest.c b/VEX/test/mmxtest.c
deleted file mode 100644
index e1ca547..0000000
--- a/VEX/test/mmxtest.c
+++ /dev/null
@@ -1,605 +0,0 @@
-
-#include <stdio.h>
-#include <stdlib.h>
-
-#define HAVE_SSE2 1
-
-/* DO NOT COMPILE WITH -O/-O2/-O3 ! GENERATES INVALID ASSEMBLY. */
-
-
-/* mmx.h
-
- MultiMedia eXtensions GCC interface library for IA32.
-
- To use this library, simply include this header file
- and compile with GCC. You MUST have inlining enabled
- in order for mmx_ok() to work; this can be done by
- simply using -O on the GCC command line.
-
- Compiling with -DMMX_TRACE will cause detailed trace
- output to be sent to stderr for each mmx operation.
- This adds lots of code, and obviously slows execution to
- a crawl, but can be very useful for debugging.
-
- THIS SOFTWARE IS PROVIDED ``AS IS'' AND WITHOUT ANY
- EXPRESS OR IMPLIED WARRANTIES, INCLUDING, WITHOUT
- LIMITATION, THE IMPLIED WARRANTIES OF MERCHANTABILITY
- AND FITNESS FOR ANY PARTICULAR PURPOSE.
-
- June 11, 1998 by H. Dietz and R. Fisher
-*/
-
-
-/* The type of an value that fits in an MMX register
- (note that long long constant values MUST be suffixed
- by LL and unsigned long long values by ULL, lest
- they be truncated by the compiler)
-*/
-typedef union {
- long long q; /* Quadword (64-bit) value */
- unsigned long long uq; /* Unsigned Quadword */
- int d[2]; /* 2 Doubleword (32-bit) values */
- unsigned int ud[2]; /* 2 Unsigned Doubleword */
- short w[4]; /* 4 Word (16-bit) values */
- unsigned short uw[4]; /* 4 Unsigned Word */
- char b[8]; /* 8 Byte (8-bit) values */
- unsigned char ub[8]; /* 8 Unsigned Byte */
-} mmx_t;
-
-
-/* Function to test if mmx instructions are supported...
-*/
-inline extern int
-mmx_ok(void)
-{
- /* Returns 1 if mmx instructions are ok,
- 0 if hardware does not support mmx
- */
- register int ok = 0;
-
- __asm__ __volatile__ (
- /* Get CPU version information */
- "movl $1, %%eax\n\t"
- "cpuid\n\t"
- "movl %%edx, %0"
- : "=a" (ok)
- : /* no input */
- );
- return((ok & 0x800000) == 0x800000);
-}
-
-
-/* Helper functions for the instruction macros that follow...
- (note that memory-to-register, m2r, instructions are nearly
- as efficient as register-to-register, r2r, instructions;
- however, memory-to-memory instructions are really simulated
- as a convenience, and are only 1/3 as efficient)
-*/
-#ifdef MMX_TRACE
-
-/* Include the stuff for printing a trace to stderr...
-*/
-
-#include <stdio.h>
-
-#define mmx_m2r(op, mem, reg) \
- { \
- mmx_t mmx_trace; \
- mmx_trace = (mem); \
- fprintf(stderr, #op "_m2r(" #mem "=0x%016llx, ", mmx_trace.q); \
- __asm__ __volatile__ ("movq %%" #reg ", %0" \
- : "=X" (mmx_trace) \
- : /* nothing */ ); \
- fprintf(stderr, #reg "=0x%016llx) => ", mmx_trace.q); \
- __asm__ __volatile__ (#op " %0, %%" #reg \
- : /* nothing */ \
- : "X" (mem)); \
- __asm__ __volatile__ ("movq %%" #reg ", %0" \
- : "=X" (mmx_trace) \
- : /* nothing */ ); \
- fprintf(stderr, #reg "=0x%016llx\n", mmx_trace.q); \
- }
-
-#define mmx_r2m(op, reg, mem) \
- { \
- mmx_t mmx_trace; \
- __asm__ __volatile__ ("movq %%" #reg ", %0" \
- : "=X" (mmx_trace) \
- : /* nothing */ ); \
- fprintf(stderr, #op "_r2m(" #reg "=0x%016llx, ", mmx_trace.q); \
- mmx_trace = (mem); \
- fprintf(stderr, #mem "=0x%016llx) => ", mmx_trace.q); \
- __asm__ __volatile__ (#op " %%" #reg ", %0" \
- : "=X" (mem) \
- : /* nothing */ ); \
- mmx_trace = (mem); \
- fprintf(stderr, #mem "=0x%016llx\n", mmx_trace.q); \
- }
-
-#define mmx_r2r(op, regs, regd) \
- { \
- mmx_t mmx_trace; \
- __asm__ __volatile__ ("movq %%" #regs ", %0" \
- : "=X" (mmx_trace) \
- : /* nothing */ ); \
- fprintf(stderr, #op "_r2r(" #regs "=0x%016llx, ", mmx_trace.q); \
- __asm__ __volatile__ ("movq %%" #regd ", %0" \
- : "=X" (mmx_trace) \
- : /* nothing */ ); \
- fprintf(stderr, #regd "=0x%016llx) => ", mmx_trace.q); \
- __asm__ __volatile__ (#op " %" #regs ", %" #regd); \
- __asm__ __volatile__ ("movq %%" #regd ", %0" \
- : "=X" (mmx_trace) \
- : /* nothing */ ); \
- fprintf(stderr, #regd "=0x%016llx\n", mmx_trace.q); \
- }
-
-#define mmx_m2m(op, mems, memd) \
- { \
- mmx_t mmx_trace; \
- mmx_trace = (mems); \
- fprintf(stderr, #op "_m2m(" #mems "=0x%016llx, ", mmx_trace.q); \
- mmx_trace = (memd); \
- fprintf(stderr, #memd "=0x%016llx) => ", mmx_trace.q); \
- __asm__ __volatile__ ("movq %0, %%mm0\n\t" \
- #op " %1, %%mm0\n\t" \
- "movq %%mm0, %0" \
- : "=X" (memd) \
- : "X" (mems)); \
- mmx_trace = (memd); \
- fprintf(stderr, #memd "=0x%016llx\n", mmx_trace.q); \
- }
-
-#else
-
-/* These macros are a lot simpler without the tracing...
-*/
-
-#define mmx_m2r(op, mem, reg) \
- __asm__ __volatile__ (#op " %0, %%" #reg \
- : /* nothing */ \
- : "X" (mem))
-
-#define mmx_r2m(op, reg, mem) \
- __asm__ __volatile__ (#op " %%" #reg ", %0" \
- : "=X" (mem) \
- : /* nothing */ )
-
-#define mmx_r2r(op, regs, regd) \
- __asm__ __volatile__ (#op " %" #regs ", %" #regd)
-
-#define mmx_m2m(op, mems, memd) \
- __asm__ __volatile__ ("movq %0, %%mm0\n\t" \
- #op " %1, %%mm0\n\t" \
- "movq %%mm0, %0" \
- : "=X" (memd) \
- : "X" (mems))
-
-#endif
-
-
-/* 1x64 MOVe Quadword
- (this is both a load and a store...
- in fact, it is the only way to store)
-*/
-#define movq_m2r(var, reg) mmx_m2r(movq, var, reg)
-#define movq_r2m(reg, var) mmx_r2m(movq, reg, var)
-#define movq_r2r(regs, regd) mmx_r2r(movq, regs, regd)
-#define movq(vars, vard) \
- __asm__ __volatile__ ("movq %1, %%mm0\n\t" \
- "movq %%mm0, %0" \
- : "=X" (vard) \
- : "X" (vars))
-
-
-/* 1x64 MOVe Doubleword
- (like movq, this is both load and store...
- but is most useful for moving things between
- mmx registers and ordinary registers)
-*/
-#define movd_m2r(var, reg) mmx_m2r(movd, var, reg)
-#define movd_r2m(reg, var) mmx_r2m(movd, reg, var)
-#define movd_r2r(regs, regd) mmx_r2r(movd, regs, regd)
-#define movd(vars, vard) \
- __asm__ __volatile__ ("movd %1, %%mm0\n\t" \
- "movd %%mm0, %0" \
- : "=X" (vard) \
- : "X" (vars))
-
-
-/* 2x32, 4x16, and 8x8 Parallel ADDs
-*/
-#define paddd_m2r(var, reg) mmx_m2r(paddd, var, reg)
-#define paddd_r2r(regs, regd) mmx_r2r(paddd, regs, regd)
-#define paddd(vars, vard) mmx_m2m(paddd, vars, vard)
-
-#define paddw_m2r(var, reg) mmx_m2r(paddw, var, reg)
-#define paddw_r2r(regs, regd) mmx_r2r(paddw, regs, regd)
-#define paddw(vars, vard) mmx_m2m(paddw, vars, vard)
-
-#define paddb_m2r(var, reg) mmx_m2r(paddb, var, reg)
-#define paddb_r2r(regs, regd) mmx_r2r(paddb, regs, regd)
-#define paddb(vars, vard) mmx_m2m(paddb, vars, vard)
-
-
-/* 4x16 and 8x8 Parallel ADDs using Saturation arithmetic
-*/
-#define paddsw_m2r(var, reg) mmx_m2r(paddsw, var, reg)
-#define paddsw_r2r(regs, regd) mmx_r2r(paddsw, regs, regd)
-#define paddsw(vars, vard) mmx_m2m(paddsw, vars, vard)
-
-#define paddsb_m2r(var, reg) mmx_m2r(paddsb, var, reg)
-#define paddsb_r2r(regs, regd) mmx_r2r(paddsb, regs, regd)
-#define paddsb(vars, vard) mmx_m2m(paddsb, vars, vard)
-
-
-/* 4x16 and 8x8 Parallel ADDs using Unsigned Saturation arithmetic
-*/
-#define paddusw_m2r(var, reg) mmx_m2r(paddusw, var, reg)
-#define paddusw_r2r(regs, regd) mmx_r2r(paddusw, regs, regd)
-#define paddusw(vars, vard) mmx_m2m(paddusw, vars, vard)
-
-#define paddusb_m2r(var, reg) mmx_m2r(paddusb, var, reg)
-#define paddusb_r2r(regs, regd) mmx_r2r(paddusb, regs, regd)
-#define paddusb(vars, vard) mmx_m2m(paddusb, vars, vard)
-
-
-/* 2x32, 4x16, and 8x8 Parallel SUBs
-*/
-#define psubd_m2r(var, reg) mmx_m2r(psubd, var, reg)
-#define psubd_r2r(regs, regd) mmx_r2r(psubd, regs, regd)
-#define psubd(vars, vard) mmx_m2m(psubd, vars, vard)
-
-#define psubw_m2r(var, reg) mmx_m2r(psubw, var, reg)
-#define psubw_r2r(regs, regd) mmx_r2r(psubw, regs, regd)
-#define psubw(vars, vard) mmx_m2m(psubw, vars, vard)
-
-#define psubb_m2r(var, reg) mmx_m2r(psubb, var, reg)
-#define psubb_r2r(regs, regd) mmx_r2r(psubb, regs, regd)
-#define psubb(vars, vard) mmx_m2m(psubb, vars, vard)
-
-
-/* 4x16 and 8x8 Parallel SUBs using Saturation arithmetic
-*/
-#define psubsw_m2r(var, reg) mmx_m2r(psubsw, var, reg)
-#define psubsw_r2r(regs, regd) mmx_r2r(psubsw, regs, regd)
-#define psubsw(vars, vard) mmx_m2m(psubsw, vars, vard)
-
-#define psubsb_m2r(var, reg) mmx_m2r(psubsb, var, reg)
-#define psubsb_r2r(regs, regd) mmx_r2r(psubsb, regs, regd)
-#define psubsb(vars, vard) mmx_m2m(psubsb, vars, vard)
-
-
-/* 4x16 and 8x8 Parallel SUBs using Unsigned Saturation arithmetic
-*/
-#define psubusw_m2r(var, reg) mmx_m2r(psubusw, var, reg)
-#define psubusw_r2r(regs, regd) mmx_r2r(psubusw, regs, regd)
-#define psubusw(vars, vard) mmx_m2m(psubusw, vars, vard)
-
-#define psubusb_m2r(var, reg) mmx_m2r(psubusb, var, reg)
-#define psubusb_r2r(regs, regd) mmx_r2r(psubusb, regs, regd)
-#define psubusb(vars, vard) mmx_m2m(psubusb, vars, vard)
-
-
-/* 4x16 Parallel MULs giving Low 4x16 portions of results
-*/
-#define pmullw_m2r(var, reg) mmx_m2r(pmullw, var, reg)
-#define pmullw_r2r(regs, regd) mmx_r2r(pmullw, regs, regd)
-#define pmullw(vars, vard) mmx_m2m(pmullw, vars, vard)
-
-
-/* 4x16 Parallel MULs giving High 4x16 portions of results
-*/
-#define pmulhw_m2r(var, reg) mmx_m2r(pmulhw, var, reg)
-#define pmulhw_r2r(regs, regd) mmx_r2r(pmulhw, regs, regd)
-#define pmulhw(vars, vard) mmx_m2m(pmulhw, vars, vard)
-
-
-/* 4x16->2x32 Parallel Mul-ADD
- (muls like pmullw, then adds adjacent 16-bit fields
- in the multiply result to make the final 2x32 result)
-*/
-#define pmaddwd_m2r(var, reg) mmx_m2r(pmaddwd, var, reg)
-#define pmaddwd_r2r(regs, regd) mmx_r2r(pmaddwd, regs, regd)
-#define pmaddwd(vars, vard) mmx_m2m(pmaddwd, vars, vard)
-
-
-/* 1x64 bitwise AND
-*/
-#define pand_m2r(var, reg) mmx_m2r(pand, var, reg)
-#define pand_r2r(regs, regd) mmx_r2r(pand, regs, regd)
-#define pand(vars, vard) mmx_m2m(pand, vars, vard)
-
-
-/* 1x64 bitwise AND with Not the destination
-*/
-#define pandn_m2r(var, reg) mmx_m2r(pandn, var, reg)
-#define pandn_r2r(regs, regd) mmx_r2r(pandn, regs, regd)
-#define pandn(vars, vard) mmx_m2m(pandn, vars, vard)
-
-
-/* 1x64 bitwise OR
-*/
-#define por_m2r(var, reg) mmx_m2r(por, var, reg)
-#define por_r2r(regs, regd) mmx_r2r(por, regs, regd)
-#define por(vars, vard) mmx_m2m(por, vars, vard)
-
-
-/* 1x64 bitwise eXclusive OR
-*/
-#define pxor_m2r(var, reg) mmx_m2r(pxor, var, reg)
-#define pxor_r2r(regs, regd) mmx_r2r(pxor, regs, regd)
-#define pxor(vars, vard) mmx_m2m(pxor, vars, vard)
-
-
-/* 2x32, 4x16, and 8x8 Parallel CoMPare for EQuality
- (resulting fields are either 0 or -1)
-*/
-#define pcmpeqd_m2r(var, reg) mmx_m2r(pcmpeqd, var, reg)
-#define pcmpeqd_r2r(regs, regd) mmx_r2r(pcmpeqd, regs, regd)
-#define pcmpeqd(vars, vard) mmx_m2m(pcmpeqd, vars, vard)
-
-#define pcmpeqw_m2r(var, reg) mmx_m2r(pcmpeqw, var, reg)
-#define pcmpeqw_r2r(regs, regd) mmx_r2r(pcmpeqw, regs, regd)
-#define pcmpeqw(vars, vard) mmx_m2m(pcmpeqw, vars, vard)
-
-#define pcmpeqb_m2r(var, reg) mmx_m2r(pcmpeqb, var, reg)
-#define pcmpeqb_r2r(regs, regd) mmx_r2r(pcmpeqb, regs, regd)
-#define pcmpeqb(vars, vard) mmx_m2m(pcmpeqb, vars, vard)
-
-
-/* 2x32, 4x16, and 8x8 Parallel CoMPare for Greater Than
- (resulting fields are either 0 or -1)
-*/
-#define pcmpgtd_m2r(var, reg) mmx_m2r(pcmpgtd, var, reg)
-#define pcmpgtd_r2r(regs, regd) mmx_r2r(pcmpgtd, regs, regd)
-#define pcmpgtd(vars, vard) mmx_m2m(pcmpgtd, vars, vard)
-
-#define pcmpgtw_m2r(var, reg) mmx_m2r(pcmpgtw, var, reg)
-#define pcmpgtw_r2r(regs, regd) mmx_r2r(pcmpgtw, regs, regd)
-#define pcmpgtw(vars, vard) mmx_m2m(pcmpgtw, vars, vard)
-
-#define pcmpgtb_m2r(var, reg) mmx_m2r(pcmpgtb, var, reg)
-#define pcmpgtb_r2r(regs, regd) mmx_r2r(pcmpgtb, regs, regd)
-#define pcmpgtb(vars, vard) mmx_m2m(pcmpgtb, vars, vard)
-
-
-/* 1x64, 2x32, and 4x16 Parallel Shift Left Logical
-*/
-#define psllq_m2r(var, reg) mmx_m2r(psllq, var, reg)
-#define psllq_r2r(regs, regd) mmx_r2r(psllq, regs, regd)
-#define psllq(vars, vard) mmx_m2m(psllq, vars, vard)
-
-#define pslld_m2r(var, reg) mmx_m2r(pslld, var, reg)
-#define pslld_r2r(regs, regd) mmx_r2r(pslld, regs, regd)
-#define pslld(vars, vard) mmx_m2m(pslld, vars, vard)
-
-#define psllw_m2r(var, reg) mmx_m2r(psllw, var, reg)
-#define psllw_r2r(regs, regd) mmx_r2r(psllw, regs, regd)
-#define psllw(vars, vard) mmx_m2m(psllw, vars, vard)
-
-
-/* 1x64, 2x32, and 4x16 Parallel Shift Right Logical
-*/
-#define psrlq_m2r(var, reg) mmx_m2r(psrlq, var, reg)
-#define psrlq_r2r(regs, regd) mmx_r2r(psrlq, regs, regd)
-#define psrlq(vars, vard) mmx_m2m(psrlq, vars, vard)
-
-#define psrld_m2r(var, reg) mmx_m2r(psrld, var, reg)
-#define psrld_r2r(regs, regd) mmx_r2r(psrld, regs, regd)
-#define psrld(vars, vard) mmx_m2m(psrld, vars, vard)
-
-#define psrlw_m2r(var, reg) mmx_m2r(psrlw, var, reg)
-#define psrlw_r2r(regs, regd) mmx_r2r(psrlw, regs, regd)
-#define psrlw(vars, vard) mmx_m2m(psrlw, vars, vard)
-
-
-/* 2x32 and 4x16 Parallel Shift Right Arithmetic
-*/
-#define psrad_m2r(var, reg) mmx_m2r(psrad, var, reg)
-#define psrad_r2r(regs, regd) mmx_r2r(psrad, regs, regd)
-#define psrad(vars, vard) mmx_m2m(psrad, vars, vard)
-
-#define psraw_m2r(var, reg) mmx_m2r(psraw, var, reg)
-#define psraw_r2r(regs, regd) mmx_r2r(psraw, regs, regd)
-#define psraw(vars, vard) mmx_m2m(psraw, vars, vard)
-
-
-/* 2x32->4x16 and 4x16->8x8 PACK and Signed Saturate
- (packs source and dest fields into dest in that order)
-*/
-#define packssdw_m2r(var, reg) mmx_m2r(packssdw, var, reg)
-#define packssdw_r2r(regs, regd) mmx_r2r(packssdw, regs, regd)
-#define packssdw(vars, vard) mmx_m2m(packssdw, vars, vard)
-
-#define packsswb_m2r(var, reg) mmx_m2r(packsswb, var, reg)
-#define packsswb_r2r(regs, regd) mmx_r2r(packsswb, regs, regd)
-#define packsswb(vars, vard) mmx_m2m(packsswb, vars, vard)
-
-
-/* 4x16->8x8 PACK and Unsigned Saturate
- (packs source and dest fields into dest in that order)
-*/
-#define packuswb_m2r(var, reg) mmx_m2r(packuswb, var, reg)
-#define packuswb_r2r(regs, regd) mmx_r2r(packuswb, regs, regd)
-#define packuswb(vars, vard) mmx_m2m(packuswb, vars, vard)
-
-
-/* 2x32->1x64, 4x16->2x32, and 8x8->4x16 UNPaCK Low
- (interleaves low half of dest with low half of source
- as padding in each result field)
-*/
-#define punpckldq_m2r(var, reg) mmx_m2r(punpckldq, var, reg)
-#define punpckldq_r2r(regs, regd) mmx_r2r(punpckldq, regs, regd)
-#define punpckldq(vars, vard) mmx_m2m(punpckldq, vars, vard)
-
-#define punpcklwd_m2r(var, reg) mmx_m2r(punpcklwd, var, reg)
-#define punpcklwd_r2r(regs, regd) mmx_r2r(punpcklwd, regs, regd)
-#define punpcklwd(vars, vard) mmx_m2m(punpcklwd, vars, vard)
-
-#define punpcklbw_m2r(var, reg) mmx_m2r(punpcklbw, var, reg)
-#define punpcklbw_r2r(regs, regd) mmx_r2r(punpcklbw, regs, regd)
-#define punpcklbw(vars, vard) mmx_m2m(punpcklbw, vars, vard)
-
-
-/* 2x32->1x64, 4x16->2x32, and 8x8->4x16 UNPaCK High
- (interleaves high half of dest with high half of source
- as padding in each result field)
-*/
-#define punpckhdq_m2r(var, reg) mmx_m2r(punpckhdq, var, reg)
-#define punpckhdq_r2r(regs, regd) mmx_r2r(punpckhdq, regs, regd)
-#define punpckhdq(vars, vard) mmx_m2m(punpckhdq, vars, vard)
-
-#define punpckhwd_m2r(var, reg) mmx_m2r(punpckhwd, var, reg)
-#define punpckhwd_r2r(regs, regd) mmx_r2r(punpckhwd, regs, regd)
-#define punpckhwd(vars, vard) mmx_m2m(punpckhwd, vars, vard)
-
-#define punpckhbw_m2r(var, reg) mmx_m2r(punpckhbw, var, reg)
-#define punpckhbw_r2r(regs, regd) mmx_r2r(punpckhbw, regs, regd)
-#define punpckhbw(vars, vard) mmx_m2m(punpckhbw, vars, vard)
-
-
-/* 1x64 add/sub -- this is in sse2, not in mmx. */
-#define paddq_m2r(var, reg) mmx_m2r(paddq, var, reg)
-#define paddq_r2r(regs, regd) mmx_r2r(paddq, regs, regd)
-#define paddq(vars, vard) mmx_m2m(paddq, vars, vard)
-
-#define psubq_m2r(var, reg) mmx_m2r(psubq, var, reg)
-#define psubq_r2r(regs, regd) mmx_r2r(psubq, regs, regd)
-#define psubq(vars, vard) mmx_m2m(psubq, vars, vard)
-
-
-
-/* Empty MMx State
- (used to clean-up when going from mmx to float use
- of the registers that are shared by both; note that
- there is no float-to-mmx operation needed, because
- only the float tag word info is corruptible)
-*/
-#ifdef MMX_TRACE
-
-#define emms() \
- { \
- fprintf(stderr, "emms()\n"); \
- __asm__ __volatile__ ("emms"); \
- }
-
-#else
-
-#define emms() __asm__ __volatile__ ("emms")
-
-#endif
-
-void mkRand( mmx_t* mm )
-{
- mm->uw[0] = 0xFFFF & (random() >> 7);
- mm->uw[1] = 0xFFFF & (random() >> 7);
- mm->uw[2] = 0xFFFF & (random() >> 7);
- mm->uw[3] = 0xFFFF & (random() >> 7);
-}
-
-
-
-int main( void )
-{
- int i;
- // int rval;
- mmx_t ma;
- mmx_t mb;
- mmx_t ma0, mb0;
- movq_r2r(mm0, mm1);
-
-// rval = mmx_ok();
-
- /* Announce return value of mmx_ok() */
-// printf("Value returned from init was %x.", rval);
-// printf(" (Indicates MMX %s available)\n\n",(rval)? "is" : "not");
-// fflush(stdout); fflush(stdout);
-
-// if(rval)
-
-#define do_test(_name, _operation) \
- for (i = 0; i < 25000; i++) { \
- mkRand(&ma); \
- mkRand(&mb); \
- ma0 = ma; mb0 = mb; \
- _operation; \
- fprintf(stdout, "%s ( %016llx, %016llx ) -> %016llx\n", \
- _name, ma0.q, mb0.q, mb.q); \
- fflush(stdout); \
- }
-
-
- {
- do_test("paddd", paddd(ma,mb));
- do_test("paddw", paddw(ma,mb));
- do_test("paddb", paddb(ma,mb));
-
- do_test("paddsw", paddsw(ma,mb));
- do_test("paddsb", paddsb(ma,mb));
-
- do_test("paddusw", paddusw(ma,mb));
- do_test("paddusb", paddusb(ma,mb));
-
- do_test("psubd", psubd(ma,mb));
- do_test("psubw", psubw(ma,mb));
- do_test("psubb", psubb(ma,mb));
-
- do_test("psubsw", psubsw(ma,mb));
- do_test("psubsb", psubsb(ma,mb));
-
- do_test("psubusw", psubusw(ma,mb));
- do_test("psubusb", psubusb(ma,mb));
-
- do_test("pmulhw", pmulhw(ma,mb));
- do_test("pmullw", pmullw(ma,mb));
-
- do_test("pmaddwd", pmaddwd(ma,mb));
-
- do_test("pcmpeqd", pcmpeqd(ma,mb));
- do_test("pcmpeqw", pcmpeqw(ma,mb));
- do_test("pcmpeqb", pcmpeqb(ma,mb));
-
- do_test("pcmpgtd", pcmpgtd(ma,mb));
- do_test("pcmpgtw", pcmpgtw(ma,mb));
- do_test("pcmpgtb", pcmpgtb(ma,mb));
-
- do_test("packssdw", packssdw(ma,mb));
- do_test("packsswb", packsswb(ma,mb));
- do_test("packuswb", packuswb(ma,mb));
-
- do_test("punpckhdq", punpckhdq(ma,mb));
- do_test("punpckhwd", punpckhwd(ma,mb));
- do_test("punpckhbw", punpckhbw(ma,mb));
-
- do_test("punpckldq", punpckldq(ma,mb));
- do_test("punpcklwd", punpcklwd(ma,mb));
- do_test("punpcklbw", punpcklbw(ma,mb));
-
- do_test("pand", pand(ma,mb));
- do_test("pandn", pandn(ma,mb));
- do_test("por", por(ma,mb));
- do_test("pxor", pxor(ma,mb));
-
- do_test("psllq", psllq(ma,mb));
- do_test("pslld", pslld(ma,mb));
- do_test("psllw", psllw(ma,mb));
-
- do_test("psrlq", psrlq(ma,mb));
- do_test("psrld", psrld(ma,mb));
- do_test("psrlw", psrlw(ma,mb));
-
- do_test("psrad", psrad(ma,mb));
- do_test("psraw", psraw(ma,mb));
-
-#if HAVE_SSE2
- do_test("paddq", paddq(ma,mb));
- do_test("psubq", psubq(ma,mb));
-#endif
-
- emms();
- }
-
- /* Clean-up and exit nicely */
- exit(0);
-}
diff --git a/VEX/test/mxcsr.c b/VEX/test/mxcsr.c
deleted file mode 100644
index cc92f54..0000000
--- a/VEX/test/mxcsr.c
+++ /dev/null
@@ -1,45 +0,0 @@
-
-#include <stdio.h>
-
-void mxcsr_default ( void )
-{
- asm(" pushl $0x1F80 ; ldmxcsr (%esp) ; addl $4, %esp");
-}
-
-void mxcsr_exns ( void )
-{
- asm(" pushl $0x1F00 ; ldmxcsr (%esp) ; addl $4, %esp");
-}
-
-/* PIII doesn't have DAZ, so this segfaults (!) on PIII. */a
-void mxcsr_daz ( void )
-{
- asm(" pushl $0x1FC0 ; ldmxcsr (%esp) ; addl $4, %esp");
-}
-
-void mxcsr_fz ( void )
-{
- asm(" pushl $0x9F80 ; ldmxcsr (%esp) ; addl $4, %esp");
-}
-
-
-int main ( void )
-{
- printf("default\n");
- mxcsr_default();
- printf("\n");
-
- printf("exns\n");
- mxcsr_exns();
- printf("\n");
-
- printf("daz\n");
- mxcsr_daz();
- printf("\n");
-
- printf("fz\n");
- mxcsr_fz();
- printf("\n");
-
- return 0;
-}
diff --git a/VEX/test/rounderr.c b/VEX/test/rounderr.c
deleted file mode 100644
index 0055a09..0000000
--- a/VEX/test/rounderr.c
+++ /dev/null
@@ -1,97 +0,0 @@
-
-/* peach (7400, altivec supported, 450MHz, gcc -O)
- m1 = 1.20000000000000018, exp = 1.19999999999999996
- m2 = 1.19999999999998885, exp = 1.19999999999999996
-*/
-
-/* peach (7400, altivec supported, 450MHz, gcc)
- m1 = 1.20000000000000018, exp = 1.19999999999999996
- m2 = 1.19999999999998885, exp = 1.19999999999999996
-*/
-
-/* phoenix, gcc -O
- m1 = 1.19999999999999996, exp = 1.19999999999999996
- m2 = 1.19999999999999996, exp = 1.19999999999999996
-*/
-
-/* phoenix, icc -O
- m1 = 1.19999999999999996, exp = 1.19999999999999996
- m2 = 1.19999999999999996, exp = 1.19999999999999996
-*/
-
-/* phoenix, gcc -O, iropt-level=2
- m1 = 1.20000000000000040, exp = 1.19999999999999996
- m2 = 1.19999999999999440, exp = 1.19999999999999996
-*/
-
-/* phoenix, gcc -O, iropt-level=1/0
- m1 = 1.20000000000000018, exp = 1.19999999999999996
- m2 = 1.19999999999998885, exp = 1.19999999999999996
-*/
-
-
-#include <stdlib.h>
-#include <stdio.h>
-#include <math.h>
-
-#define NNN 1000
-
-
-double
-my_mean1 (const double data[], size_t stride, const size_t size)
-{
- /* Compute the arithmetic mean of a dataset using the recurrence relation
- mean_(n) = mean(n-1) + (data[n] - mean(n-1))/(n+1) */
- long double mean = 0;
- size_t i;
-
- for (i = 0; i < size; i++)
- {
- mean += (data[i * stride] - mean) / (i + 1);
- }
- return mean;
-}
-
-double
-my_mean2 (const double data[], size_t stride, const size_t size)
-{
- /* Compute the arithmetic mean of a dataset using the
- obvious scheme. */
- int i;
- long double sum = 0;
- for (i = 0; i < size; i++)
- sum += data[i * stride];
- return sum / (double)size;
-}
-
-
-int main (void)
-{
- int i;
- const size_t nacc2 = NNN+1;
- double numacc2[NNN+1] ;
-
- numacc2[0] = 1.2 ;
-
- for (i = 1 ; i < NNN; i += 2)
- numacc2[i] = 1.1 ;
-
- for (i = 1 ; i < NNN; i += 2)
- numacc2[i+1] = 1.3 ;
-
-#if 1
- asm __volatile__("fninit");
-#endif
-
- {
- double m1 = my_mean1 (numacc2, 1, nacc2);
- double m2 = my_mean2 (numacc2, 1, nacc2);
- double expected_mean = 1.2;
- printf("m1 = %19.17f, exp = %19.17f\n", m1, expected_mean);
- printf("m2 = %19.17f, exp = %19.17f\n", m2, expected_mean);
- }
-
- return 0;
-}
-
-
diff --git a/VEX/test/test-amd64-muldiv.h b/VEX/test/test-amd64-muldiv.h
deleted file mode 100644
index f8fb2de..0000000
--- a/VEX/test/test-amd64-muldiv.h
+++ /dev/null
@@ -1,74 +0,0 @@
-
-void glue(glue(test_, OP), b)(int64 op0, int64 op1)
-{
- int64 res, s1, s0, flags;
- s0 = op0;
- s1 = op1;
- res = s0;
- flags = 0;
- asm ("pushq %4\n\t"
- "popfq\n\t"
- stringify(OP)"b %b2\n\t"
- "pushfq\n\t"
- "popq %1\n\t"
- : "=a" (res), "=g" (flags)
- : "q" (s1), "0" (res), "1" (flags));
- printf("%-10s A=%016llx B=%016llx R=%016llx CC=%04llx\n",
- stringify(OP) "b", s0, s1, res, flags & CC_MASK);
-}
-
-void glue(glue(test_, OP), w)(int64 op0h, int64 op0, int64 op1)
-{
- int64 res, s1, flags, resh;
- s1 = op1;
- resh = op0h;
- res = op0;
- flags = 0;
- asm ("pushq %5\n\t"
- "popfq\n\t"
- stringify(OP) "w %w3\n\t"
- "pushfq\n\t"
- "popq %1\n\t"
- : "=a" (res), "=g" (flags), "=d" (resh)
- : "q" (s1), "0" (res), "1" (flags), "2" (resh));
- printf("%-10s AH=%016llx AL=%016llx B=%016llx RH=%016llx RL=%016llx CC=%04llx\n",
- stringify(OP) "w", op0h, op0, s1, resh, res, flags & CC_MASK);
-}
-
-void glue(glue(test_, OP), l)(int64 op0h, int64 op0, int64 op1)
-{
- int64 res, s1, flags, resh;
- s1 = op1;
- resh = op0h;
- res = op0;
- flags = 0;
- asm ("pushq %5\n\t"
- "popfq\n\t"
- stringify(OP) "l %3\n\t"
- "pushfq\n\t"
- "popq %1\n\t"
- : "=a" (res), "=g" (flags), "=d" (resh)
- : "q" ((int)s1), "0" (res), "1" (flags), "2" (resh));
- printf("%-10s AH=%016llx AL=%016llx B=%016llx RH=%016llx RL=%016llx CC=%04llx\n",
- stringify(OP) "l", op0h, op0, s1, resh, res, flags & CC_MASK);
-}
-
-void glue(glue(test_, OP), q)(int64 op0h, int64 op0, int64 op1)
-{
- int64 res, s1, flags, resh;
- s1 = op1;
- resh = op0h;
- res = op0;
- flags = 0;
- asm ("pushq %5\n\t"
- "popfq\n\t"
- stringify(OP) "q %3\n\t"
- "pushfq\n\t"
- "popq %1\n\t"
- : "=a" (res), "=g" (flags), "=d" (resh)
- : "q" (s1), "0" (res), "1" (flags), "2" (resh));
- printf("%-10s AH=%016llx AL=%016llx B=%016llx RH=%016llx RL=%016llx CC=%04llx\n",
- stringify(OP) "q", op0h, op0, s1, resh, res, flags & CC_MASK);
-}
-
-#undef OP
diff --git a/VEX/test/test-amd64-shift.h b/VEX/test/test-amd64-shift.h
deleted file mode 100644
index e5ded43..0000000
--- a/VEX/test/test-amd64-shift.h
+++ /dev/null
@@ -1,178 +0,0 @@
-
-#define exec_op glue(exec_, OP)
-#define exec_opq glue(glue(exec_, OP), q)
-#define exec_opl glue(glue(exec_, OP), l)
-#define exec_opw glue(glue(exec_, OP), w)
-#define exec_opb glue(glue(exec_, OP), b)
-
-#ifndef OP_SHIFTD
-
-#ifdef OP_NOBYTE
-#define EXECSHIFT(size, res, s1, s2, flags) \
- asm ("pushq %4\n\t"\
- "popfq\n\t"\
- stringify(OP) size " %" size "2, %" size "0\n\t" \
- "pushfq\n\t"\
- "popq %1\n\t"\
- : "=g" (res), "=g" (flags)\
- : "r" (s1), "0" (res), "1" (flags));
-#else
-#define EXECSHIFT(size, res, s1, s2, flags) \
- asm ("pushq %4\n\t"\
- "popfq\n\t"\
- stringify(OP) size " %%cl, %" size "0\n\t" \
- "pushfq\n\t"\
- "popq %1\n\t"\
- : "=q" (res), "=g" (flags)\
- : "c" (s1), "0" (res), "1" (flags));
-#endif
-
-void exec_opq(int64 s2, int64 s0, int64 s1, int64 iflags)
-{
- int64 res, flags;
- res = s0;
- flags = iflags;
- EXECSHIFT("q", res, s1, s2, flags);
- /* overflow is undefined if count != 1 */
- if (s1 != 1)
- flags &= ~CC_O;
- printf("%-10s A=%016llx B=%016llx R=%016llx CCIN=%04llx CC=%04llx\n",
- stringify(OP) "q", s0, s1, res, iflags, flags & CC_MASK);
-}
-
-void exec_opl(int64 s2, int64 s0, int64 s1, int64 iflags)
-{
- int64 res, flags;
- res = s0;
- flags = iflags;
- EXECSHIFT("", res, s1, s2, flags);
- /* overflow is undefined if count != 1 */
- if (s1 != 1)
- flags &= ~CC_O;
- printf("%-10s A=%016llx B=%016llx R=%016llx CCIN=%04llx CC=%04llx\n",
- stringify(OP) "l", s0, s1, res, iflags, flags & CC_MASK);
-}
-
-void exec_opw(int64 s2, int64 s0, int64 s1, int64 iflags)
-{
- int64 res, flags;
- res = s0;
- flags = iflags;
- EXECSHIFT("w", res, s1, s2, flags);
- /* overflow is undefined if count != 1 */
- if (s1 != 1)
- flags &= ~CC_O;
- printf("%-10s A=%016llx B=%016llx R=%016llx CCIN=%04llx CC=%04llx\n",
- stringify(OP) "w", s0, s1, res, iflags, flags & CC_MASK);
-}
-
-#else
-#define EXECSHIFT(size, res, s1, s2, flags) \
- asm ("pushq %4\n\t"\
- "popfq\n\t"\
- stringify(OP) size " %%cl, %" size "5, %" size "0\n\t" \
- "pushfq\n\t"\
- "popq %1\n\t"\
- : "=g" (res), "=g" (flags)\
- : "c" (s1), "0" (res), "1" (flags), "r" (s2));
-
-void exec_opl(int64 s2, int64 s0, int64 s1, int64 iflags)
-{
- int64 res, flags;
- res = s0;
- flags = iflags;
- EXECSHIFT("", res, s1, s2, flags);
- /* overflow is undefined if count != 1 */
- if (s1 != 1)
- flags &= ~CC_O;
- printf("%-10s A=%016llx B=%016llx C=%016llx R=%016llx CCIN=%04llx CC=%04llx\n",
- stringify(OP) "l", s0, s2, s1, res, iflags, flags & CC_MASK);
-}
-
-void exec_opw(int64 s2, int64 s0, int64 s1, int64 iflags)
-{
- int64 res, flags;
- res = s0;
- flags = iflags;
- EXECSHIFT("w", res, s1, s2, flags);
- /* overflow is undefined if count != 1 */
- if (s1 != 1)
- flags &= ~CC_O;
- printf("%-10s A=%016llx B=%016llx C=%016llx R=%016llx CCIN=%04llx CC=%04llx\n",
- stringify(OP) "w", s0, s2, s1, res, iflags, flags & CC_MASK);
-}
-
-#endif
-
-#ifndef OP_NOBYTE
-void exec_opb(int64 s0, int64 s1, int64 iflags)
-{
- int64 res, flags;
- res = s0;
- flags = iflags;
- EXECSHIFT("b", res, s1, 0, flags);
- /* overflow is undefined if count != 1 */
- if (s1 != 1)
- flags &= ~CC_O;
- printf("%-10s A=%016llx B=%016llx R=%016llx CCIN=%04llx CC=%04llx\n",
- stringify(OP) "b", s0, s1, res, iflags, flags & CC_MASK);
-}
-#endif
-
-void exec_op(int64 s2, int64 s0, int64 s1)
-{
- int64 o,s,z,a,c,p,flags_in;
- for (o = 0; o < 2; o++) {
- for (s = 0; s < 2; s++) {
- for (z = 0; z < 2; z++) {
- for (a = 0; a < 2; a++) {
- for (c = 0; c < 2; c++) {
- for (p = 0; p < 2; p++) {
-
- flags_in = (o ? CC_O : 0)
- | (s ? CC_S : 0)
- | (z ? CC_Z : 0)
- | (a ? CC_A : 0)
- | (c ? CC_C : 0)
- | (p ? CC_P : 0);
-
- exec_opq(s2, s0, s1, flags_in);
- if (s1 <= 31)
- exec_opl(s2, s0, s1, flags_in);
-#ifdef OP_SHIFTD
- if (s1 <= 15)
- exec_opw(s2, s0, s1, flags_in);
-#else
- exec_opw(s2, s0, s1, flags_in);
-#endif
-#ifndef OP_NOBYTE
- exec_opb(s0, s1, flags_in);
-#endif
-#ifdef OP_CC
- exec_opq(s2, s0, s1, flags_in);
- exec_opl(s2, s0, s1, flags_in);
- exec_opw(s2, s0, s1, flags_in);
- exec_opb(s0, s1, flags_in);
-#endif
-
- }}}}}}
-
-}
-
-void glue(test_, OP)(void)
-{
- int64 i;
- for(i = 0; i < 64; i++)
- exec_op(0x3141592721ad3d34, 0x2718284612345678, i);
- for(i = 0; i < 64; i++)
- exec_op(0x31415927813f3421, 0x2718284682345678, i);
-}
-
-void *glue(_test_, OP) __init_call = glue(test_, OP);
-
-#undef OP
-#undef OP_CC
-#undef OP_SHIFTD
-#undef OP_NOBYTE
-#undef EXECSHIFT
-
diff --git a/VEX/test/test-amd64.c b/VEX/test/test-amd64.c
deleted file mode 100644
index cfb745e..0000000
--- a/VEX/test/test-amd64.c
+++ /dev/null
@@ -1,1709 +0,0 @@
-
-/* To build:
-
- gcc -g -o test-amd64 test-amd64.c -lm
-
- */
-
-/* Contrary to what the next comment says, this is now an amd64 CPU
- test. */
-
-/*
- * x86 CPU test
- *
- * Copyright (c) 2003 Fabrice Bellard
- *
- * This program is free software; you can redistribute it and/or modify
- * it under the terms of the GNU General Public License as published by
- * the Free Software Foundation; either version 2 of the License, or
- * (at your option) any later version.
- *
- * This program is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
- * GNU General Public License for more details.
- *
- * You should have received a copy of the GNU General Public License
- * along with this program; if not, write to the Free Software
- * Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
- */
-#define _GNU_SOURCE
-#include <stdlib.h>
-#include <stdio.h>
-#include <string.h>
-#include <inttypes.h>
-#include <math.h>
-#include <signal.h>
-#include <setjmp.h>
-#include <errno.h>
-#include <sys/ucontext.h>
-#include <sys/mman.h>
-
-/* Setting this to 1 creates a very comprehensive test of
- integer condition codes. */
-#define TEST_INTEGER_VERBOSE 1
-
-typedef long long int int64;
-
-//#define LINUX_VM86_IOPL_FIX
-//#define TEST_P4_FLAGS
-
-#define xglue(x, y) x ## y
-#define glue(x, y) xglue(x, y)
-#define stringify(s) tostring(s)
-#define tostring(s) #s
-
-#define CC_C 0x0001
-#define CC_P 0x0004
-#define CC_A 0x0010
-#define CC_Z 0x0040
-#define CC_S 0x0080
-#define CC_O 0x0800
-
-#define __init_call __attribute__ ((unused,__section__ (".initcall.init")))
-
-static void *call_start __init_call = NULL;
-
-#define CC_MASK (CC_C | CC_P | CC_Z | CC_S | CC_O | CC_A)
-
-#define OP add
-#include "test-amd64.h"
-
-#define OP sub
-#include "test-amd64.h"
-
-#define OP xor
-#include "test-amd64.h"
-
-#define OP and
-#include "test-amd64.h"
-
-#define OP or
-#include "test-amd64.h"
-
-#define OP cmp
-#include "test-amd64.h"
-
-#define OP adc
-#define OP_CC
-#include "test-amd64.h"
-
-#define OP sbb
-#define OP_CC
-#include "test-amd64.h"
-
-#define OP inc
-#define OP_CC
-#define OP1
-#include "test-amd64.h"
-
-#define OP dec
-#define OP_CC
-#define OP1
-#include "test-amd64.h"
-
-#define OP neg
-#define OP_CC
-#define OP1
-#include "test-amd64.h"
-
-#define OP not
-#define OP_CC
-#define OP1
-#include "test-amd64.h"
-
-#undef CC_MASK
-#define CC_MASK (CC_C | CC_P | CC_Z | CC_S | CC_O)
-
-#define OP shl
-#include "test-amd64-shift.h"
-
-#define OP shr
-#include "test-amd64-shift.h"
-
-#define OP sar
-#include "test-amd64-shift.h"
-
-#define OP rol
-#include "test-amd64-shift.h"
-
-#define OP ror
-#include "test-amd64-shift.h"
-
-#define OP rcr
-#define OP_CC
-#include "test-amd64-shift.h"
-
-#define OP rcl
-#define OP_CC
-#include "test-amd64-shift.h"
-
-#if 0
-#define OP shld
-#define OP_SHIFTD
-#define OP_NOBYTE
-#include "test-amd64-shift.h"
-
-#define OP shrd
-#define OP_SHIFTD
-#define OP_NOBYTE
-#include "test-amd64-shift.h"
-#endif
-
-/* XXX: should be more precise ? */
-#undef CC_MASK
-#define CC_MASK (CC_C)
-
-#if 0
-#define OP bt
-#define OP_NOBYTE
-#include "test-amd64-shift.h"
-
-#define OP bts
-#define OP_NOBYTE
-#include "test-amd64-shift.h"
-
-#define OP btr
-#define OP_NOBYTE
-#include "test-amd64-shift.h"
-
-#define OP btc
-#define OP_NOBYTE
-#include "test-amd64-shift.h"
-#endif
-
-/* lea test (modrm support) */
-#define TEST_LEA(STR)\
-{\
- asm("leaq " STR ", %0"\
- : "=r" (res)\
- : "a" (rax), "b" (rbx), "c" (rcx), "d" (rdx), "S" (rsi), "D" (rdi));\
- printf("lea %s = %016llx\n", STR, res);\
-}
-
-#define TEST_LEA16(STR)\
-{\
- asm(".code16 ; .byte 0x67 ; leal " STR ", %0 ; .code32"\
- : "=wq" (res)\
- : "a" (eax), "b" (ebx), "c" (ecx), "d" (edx), "S" (esi), "D" (edi));\
- printf("lea %s = %08x\n", STR, res);\
-}
-
-
-void test_lea(void)
-{
- int64 rax, rbx, rcx, rdx, rsi, rdi, res;
- rax = 0x0001;
- rbx = 0x0002;
- rcx = 0x0004;
- rdx = 0x0008;
- rsi = 0x0010;
- rdi = 0x0020;
-
- TEST_LEA("0x4000");
-
- TEST_LEA("(%%rax)");
- TEST_LEA("(%%rbx)");
- TEST_LEA("(%%rcx)");
- TEST_LEA("(%%rdx)");
- TEST_LEA("(%%rsi)");
- TEST_LEA("(%%rdi)");
-
- TEST_LEA("0x40(%%rax)");
- TEST_LEA("0x40(%%rbx)");
- TEST_LEA("0x40(%%rcx)");
- TEST_LEA("0x40(%%rdx)");
- TEST_LEA("0x40(%%rsi)");
- TEST_LEA("0x40(%%rdi)");
-
- TEST_LEA("0x4000(%%rax)");
- TEST_LEA("0x4000(%%rbx)");
- TEST_LEA("0x4000(%%rcx)");
- TEST_LEA("0x4000(%%rdx)");
- TEST_LEA("0x4000(%%rsi)");
- TEST_LEA("0x4000(%%rdi)");
-
- TEST_LEA("(%%rax, %%rcx)");
- TEST_LEA("(%%rbx, %%rdx)");
- TEST_LEA("(%%rcx, %%rcx)");
- TEST_LEA("(%%rdx, %%rcx)");
- TEST_LEA("(%%rsi, %%rcx)");
- TEST_LEA("(%%rdi, %%rcx)");
-
- TEST_LEA("0x40(%%rax, %%rcx)");
- TEST_LEA("0x4000(%%rbx, %%rdx)");
-
- TEST_LEA("(%%rcx, %%rcx, 2)");
- TEST_LEA("(%%rdx, %%rcx, 4)");
- TEST_LEA("(%%rsi, %%rcx, 8)");
-
- TEST_LEA("(,%%rax, 2)");
- TEST_LEA("(,%%rbx, 4)");
- TEST_LEA("(,%%rcx, 8)");
-
- TEST_LEA("0x40(,%%rax, 2)");
- TEST_LEA("0x40(,%%rbx, 4)");
- TEST_LEA("0x40(,%%rcx, 8)");
-
-
- TEST_LEA("-10(%%rcx, %%rcx, 2)");
- TEST_LEA("-10(%%rdx, %%rcx, 4)");
- TEST_LEA("-10(%%rsi, %%rcx, 8)");
-
- TEST_LEA("0x4000(%%rcx, %%rcx, 2)");
- TEST_LEA("0x4000(%%rdx, %%rcx, 4)");
- TEST_LEA("0x4000(%%rsi, %%rcx, 8)");
-}
-
-#define TEST_JCC(JCC, v1, v2)\
-{ int one = 1; \
- int res;\
- asm("movl $1, %0\n\t"\
- "cmpl %2, %1\n\t"\
- "j" JCC " 1f\n\t"\
- "movl $0, %0\n\t"\
- "1:\n\t"\
- : "=r" (res)\
- : "r" (v1), "r" (v2));\
- printf("%-10s %d\n", "j" JCC, res);\
-\
- asm("movl $0, %0\n\t"\
- "cmpl %2, %1\n\t"\
- "set" JCC " %b0\n\t"\
- : "=r" (res)\
- : "r" (v1), "r" (v2));\
- printf("%-10s %d\n", "set" JCC, res);\
- {\
- asm("movl $0x12345678, %0\n\t"\
- "cmpl %2, %1\n\t"\
- "cmov" JCC "l %3, %0\n\t"\
- : "=r" (res)\
- : "r" (v1), "r" (v2), "m" (one));\
- printf("%-10s R=0x%08x\n", "cmov" JCC "l", res);\
- asm("movl $0x12345678, %0\n\t"\
- "cmpl %2, %1\n\t"\
- "cmov" JCC "w %w3, %w0\n\t"\
- : "=r" (res)\
- : "r" (v1), "r" (v2), "r" (one));\
- printf("%-10s R=0x%08x\n", "cmov" JCC "w", res);\
- } \
-}
-
-/* various jump tests */
-void test_jcc(void)
-{
- TEST_JCC("ne", 1, 1);
- TEST_JCC("ne", 1, 0);
-
- TEST_JCC("e", 1, 1);
- TEST_JCC("e", 1, 0);
-
- TEST_JCC("l", 1, 1);
- TEST_JCC("l", 1, 0);
- TEST_JCC("l", 1, -1);
-
- TEST_JCC("le", 1, 1);
- TEST_JCC("le", 1, 0);
- TEST_JCC("le", 1, -1);
-
- TEST_JCC("ge", 1, 1);
- TEST_JCC("ge", 1, 0);
- TEST_JCC("ge", -1, 1);
-
- TEST_JCC("g", 1, 1);
- TEST_JCC("g", 1, 0);
- TEST_JCC("g", 1, -1);
-
- TEST_JCC("b", 1, 1);
- TEST_JCC("b", 1, 0);
- TEST_JCC("b", 1, -1);
-
- TEST_JCC("be", 1, 1);
- TEST_JCC("be", 1, 0);
- TEST_JCC("be", 1, -1);
-
- TEST_JCC("ae", 1, 1);
- TEST_JCC("ae", 1, 0);
- TEST_JCC("ae", 1, -1);
-
- TEST_JCC("a", 1, 1);
- TEST_JCC("a", 1, 0);
- TEST_JCC("a", 1, -1);
-
-
- TEST_JCC("p", 1, 1);
- TEST_JCC("p", 1, 0);
-
- TEST_JCC("np", 1, 1);
- TEST_JCC("np", 1, 0);
-
- TEST_JCC("o", 0x7fffffff, 0);
- TEST_JCC("o", 0x7fffffff, -1);
-
- TEST_JCC("no", 0x7fffffff, 0);
- TEST_JCC("no", 0x7fffffff, -1);
-
- TEST_JCC("s", 0, 1);
- TEST_JCC("s", 0, -1);
- TEST_JCC("s", 0, 0);
-
- TEST_JCC("ns", 0, 1);
- TEST_JCC("ns", 0, -1);
- TEST_JCC("ns", 0, 0);
-}
-
-#undef CC_MASK
-#ifdef TEST_P4_FLAGS
-#define CC_MASK (CC_C | CC_P | CC_Z | CC_S | CC_O | CC_A)
-#else
-#define CC_MASK (CC_O | CC_C)
-#endif
-
-#define OP mul
-#include "test-amd64-muldiv.h"
-
-#define OP imul
-#include "test-amd64-muldiv.h"
-
-void test_imulw2(int64 op0, int64 op1)
-{
- int64 res, s1, s0, flags;
- s0 = op0;
- s1 = op1;
- res = s0;
- flags = 0;
- asm ("pushq %4\n\t"
- "popfq\n\t"
- "imulw %w2, %w0\n\t"
- "pushfq\n\t"
- "popq %1\n\t"
- : "=q" (res), "=g" (flags)
- : "q" (s1), "0" (res), "1" (flags));
- printf("%-10s A=%016llx B=%016llx R=%016llx CC=%04llx\n",
- "imulw", s0, s1, res, flags & CC_MASK);
-}
-
-void test_imull2(int64 op0, int64 op1)
-{
- int res, s1;
- int64 s0, flags;
- s0 = op0;
- s1 = op1;
- res = s0;
- flags = 0;
- asm ("pushq %4\n\t"
- "popfq\n\t"
- "imull %2, %0\n\t"
- "pushfq\n\t"
- "popq %1\n\t"
- : "=q" (res), "=g" (flags)
- : "q" (s1), "0" (res), "1" (flags));
- printf("%-10s A=%016llx B=%08x R=%08x CC=%04llx\n",
- "imull", s0, s1, res, flags & CC_MASK);
-}
-
-#define TEST_IMUL_IM(size, size1, op0, op1)\
-{\
- int64 res, flags;\
- flags = 0;\
- res = 0;\
- asm ("pushq %3\n\t"\
- "popfq\n\t"\
- "imul" size " $" #op0 ", %" size1 "2, %" size1 "0\n\t" \
- "pushfq\n\t"\
- "popq %1\n\t"\
- : "=r" (res), "=g" (flags)\
- : "r" (op1), "1" (flags), "0" (res));\
- printf("%-10s A=%08x B=%08x R=%016llx CC=%04llx\n",\
- "imul" size, op0, op1, res, flags & CC_MASK);\
-}
-
-#define TEST_IMUL_IM_L(op0, op1)\
-{\
- int64 flags = 0;\
- int res = 0;\
- int res64 = 0;\
- asm ("pushq %3\n\t"\
- "popfq\n\t"\
- "imul $" #op0 ", %2, %0\n\t" \
- "pushfq\n\t"\
- "popq %1\n\t"\
- : "=r" (res64), "=g" (flags)\
- : "r" (op1), "1" (flags), "0" (res));\
- printf("%-10s A=%08x B=%08x R=%08x CC=%04llx\n",\
- "imull", op0, op1, res, flags & CC_MASK);\
-}
-
-
-#undef CC_MASK
-#define CC_MASK (0)
-
-#define OP div
-#include "test-amd64-muldiv.h"
-
-#define OP idiv
-#include "test-amd64-muldiv.h"
-
-void test_mul(void)
-{
- test_imulb(0x1234561d, 4);
- test_imulb(3, -4);
- test_imulb(0x80, 0x80);
- test_imulb(0x10, 0x10);
-
- test_imulw(0, 0, 0);
- test_imulw(0, 0xFF, 0xFF);
- test_imulw(0, 0xFF, 0x100);
- test_imulw(0, 0x1234001d, 45);
- test_imulw(0, 23, -45);
- test_imulw(0, 0x8000, 0x8000);
- test_imulw(0, 0x100, 0x100);
-
- test_imull(0, 0, 0);
- test_imull(0, 0xFFFF, 0xFFFF);
- test_imull(0, 0xFFFF, 0x10000);
- test_imull(0, 0x1234001d, 45);
- test_imull(0, 23, -45);
- test_imull(0, 0x80000000, 0x80000000);
- test_imull(0, 0x10000, 0x10000);
-
- test_mulb(0x1234561d, 4);
- test_mulb(3, -4);
- test_mulb(0x80, 0x80);
- test_mulb(0x10, 0x10);
-
- test_mulw(0, 0x1234001d, 45);
- test_mulw(0, 23, -45);
- test_mulw(0, 0x8000, 0x8000);
- test_mulw(0, 0x100, 0x100);
-
- test_mull(0, 0x1234001d, 45);
- test_mull(0, 23, -45);
- test_mull(0, 0x80000000, 0x80000000);
- test_mull(0, 0x10000, 0x10000);
-
- test_imulw2(0x1234001d, 45);
- test_imulw2(23, -45);
- test_imulw2(0x8000, 0x8000);
- test_imulw2(0x100, 0x100);
-
- test_imull2(0x1234001d, 45);
- test_imull2(23, -45);
- test_imull2(0x80000000, 0x80000000);
- test_imull2(0x10000, 0x10000);
-
- TEST_IMUL_IM("w", "w", 45, 0x1234);
- TEST_IMUL_IM("w", "w", -45, 23);
- TEST_IMUL_IM("w", "w", 0x8000, 0x80000000);
- TEST_IMUL_IM("w", "w", 0x7fff, 0x1000);
-
- TEST_IMUL_IM_L(45, 0x1234);
- TEST_IMUL_IM_L(-45, 23);
- TEST_IMUL_IM_L(0x8000, 0x80000000);
- TEST_IMUL_IM_L(0x7fff, 0x1000);
-
- test_idivb(0x12341678, 0x127e);
- test_idivb(0x43210123, -5);
- test_idivb(0x12340004, -1);
-
- test_idivw(0, 0x12345678, 12347);
- test_idivw(0, -23223, -45);
- test_idivw(0, 0x12348000, -1);
- test_idivw(0x12343, 0x12345678, 0x81238567);
-
- test_idivl(0, 0x12345678, 12347);
- test_idivl(0, -233223, -45);
- test_idivl(0, 0x80000000, -1);
- test_idivl(0x12343, 0x12345678, 0x81234567);
-
- test_idivq(0, 0x12345678, 12347);
- test_idivq(0, -233223, -45);
- test_idivq(0, 0x80000000, -1);
- test_idivq(0x12343, 0x12345678, 0x81234567);
-
- test_divb(0x12341678, 0x127e);
- test_divb(0x43210123, -5);
- test_divb(0x12340004, -1);
-
- test_divw(0, 0x12345678, 12347);
- test_divw(0, -23223, -45);
- test_divw(0, 0x12348000, -1);
- test_divw(0x12343, 0x12345678, 0x81238567);
-
- test_divl(0, 0x12345678, 12347);
- test_divl(0, -233223, -45);
- test_divl(0, 0x80000000, -1);
- test_divl(0x12343, 0x12345678, 0x81234567);
-
- test_divq(0, 0x12345678, 12347);
- test_divq(0, -233223, -45);
- test_divq(0, 0x80000000, -1);
- test_divq(0x12343, 0x12345678, 0x81234567);
-}
-
-#define TEST_BSX(op, size, op0)\
-{\
- int res, val, resz;\
- val = op0;\
- asm("xorl %1, %1\n"\
- "movl $0x12345678, %0\n"\
- #op " %" size "2, %" size "0 ; setz %b1" \
- : "=r" (res), "=q" (resz)\
- : "r" (val));\
- printf("%-10s A=%08x R=%08x %d\n", #op, val, res, resz);\
-}
-
-void test_bsx(void)
-{
- TEST_BSX(bsrw, "w", 0);
- TEST_BSX(bsrw, "w", 0x12340128);
- TEST_BSX(bsrl, "", 0);
- TEST_BSX(bsrl, "", 0x00340128);
- TEST_BSX(bsfw, "w", 0);
- TEST_BSX(bsfw, "w", 0x12340128);
- TEST_BSX(bsfl, "", 0);
- TEST_BSX(bsfl, "", 0x00340128);
-}
-
-/**********************************************/
-
-void test_fops(double a, double b)
-{
- printf("a=%f b=%f a+b=%f\n", a, b, a + b);
- printf("a=%f b=%f a-b=%f\n", a, b, a - b);
- printf("a=%f b=%f a*b=%f\n", a, b, a * b);
- printf("a=%f b=%f a/b=%f\n", a, b, a / b);
- printf("a=%f b=%f fmod(a, b)=%f\n", a, b, fmod(a, b));
- printf("a=%f sqrt(a)=%f\n", a, sqrt(a));
- printf("a=%f sin(a)=%f\n", a, sin(a));
- printf("a=%f cos(a)=%f\n", a, cos(a));
- printf("a=%f tan(a)=%f\n", a, tan(a));
- printf("a=%f log(a)=%f\n", a, log(a));
- printf("a=%f exp(a)=%f\n", a, exp(a));
- printf("a=%f b=%f atan2(a, b)=%f\n", a, b, atan2(a, b));
- /* just to test some op combining */
- printf("a=%f asin(sin(a))=%f\n", a, asin(sin(a)));
- printf("a=%f acos(cos(a))=%f\n", a, acos(cos(a)));
- printf("a=%f atan(tan(a))=%f\n", a, atan(tan(a)));
-}
-
-void test_fcmp(double a, double b)
-{
- printf("(%f<%f)=%d\n",
- a, b, a < b);
- printf("(%f<=%f)=%d\n",
- a, b, a <= b);
- printf("(%f==%f)=%d\n",
- a, b, a == b);
- printf("(%f>%f)=%d\n",
- a, b, a > b);
- printf("(%f<=%f)=%d\n",
- a, b, a >= b);
- {
- unsigned long long int rflags;
- /* test f(u)comi instruction */
- asm("fcomi %2, %1\n"
- "pushfq\n"
- "popq %0\n"
- : "=r" (rflags)
- : "t" (a), "u" (b));
- printf("fcomi(%f %f)=%016llx\n", a, b, rflags & (CC_Z | CC_P | CC_C));
- }
-}
-
-void test_fcvt(double a)
-{
- float fa;
- long double la;
- int16_t fpuc;
- int i;
- int64 lla;
- int ia;
- int16_t wa;
- double ra;
-
- fa = a;
- la = a;
- printf("(float)%f = %f\n", a, fa);
- printf("(long double)%f = %Lf\n", a, la);
- printf("a=%016Lx\n", *(long long *)&a);
- printf("la=%016Lx %04x\n", *(long long *)&la,
- *(unsigned short *)((char *)(&la) + 8));
-
- /* test all roundings */
- asm volatile ("fstcw %0" : "=m" (fpuc));
- for(i=0;i<4;i++) {
- short zz = (fpuc & ~0x0c00) | (i << 10);
- asm volatile ("fldcw %0" : : "m" (zz));
- asm volatile ("fist %0" : "=m" (wa) : "t" (a));
- asm volatile ("fistl %0" : "=m" (ia) : "t" (a));
- asm volatile ("fistpll %0" : "=m" (lla) : "t" (a) : "st");
- asm volatile ("frndint ; fstl %0" : "=m" (ra) : "t" (a));
- asm volatile ("fldcw %0" : : "m" (fpuc));
- printf("(short)a = %d\n", wa);
- printf("(int)a = %d\n", ia);
- printf("(int64_t)a = %Ld\n", lla);
- printf("rint(a) = %f\n", ra);
- }
-}
-
-#define TEST(N) \
- asm("fld" #N : "=t" (a)); \
- printf("fld" #N "= %f\n", a);
-
-void test_fconst(void)
-{
- double a;
- TEST(1);
- TEST(l2t);
- TEST(l2e);
- TEST(pi);
- TEST(lg2);
- TEST(ln2);
- TEST(z);
-}
-
-void test_fbcd(double a)
-{
- unsigned short bcd[5];
- double b;
-
- asm("fbstp %0" : "=m" (bcd[0]) : "t" (a) : "st");
- asm("fbld %1" : "=t" (b) : "m" (bcd[0]));
- printf("a=%f bcd=%04x%04x%04x%04x%04x b=%f\n",
- a, bcd[4], bcd[3], bcd[2], bcd[1], bcd[0], b);
-}
-
-#define TEST_ENV(env, save, restore)\
-{\
- memset((env), 0xaa, sizeof(*(env)));\
- for(i=0;i<5;i++)\
- asm volatile ("fldl %0" : : "m" (dtab[i]));\
- asm(save " %0\n" : : "m" (*(env)));\
- asm(restore " %0\n": : "m" (*(env)));\
- for(i=0;i<5;i++)\
- asm volatile ("fstpl %0" : "=m" (rtab[i]));\
- for(i=0;i<5;i++)\
- printf("res[%d]=%f\n", i, rtab[i]);\
- printf("fpuc=%04x fpus=%04x fptag=%04x\n",\
- (env)->fpuc,\
- (env)->fpus & 0xff00,\
- (env)->fptag);\
-}
-
-void test_fenv(void)
-{
- struct __attribute__((packed)) {
- uint16_t fpuc;
- uint16_t dummy1;
- uint16_t fpus;
- uint16_t dummy2;
- uint16_t fptag;
- uint16_t dummy3;
- uint32_t ignored[4];
- long double fpregs[8];
- } float_env32;
- struct __attribute__((packed)) {
- uint16_t fpuc;
- uint16_t fpus;
- uint16_t fptag;
- uint16_t ignored[4];
- long double fpregs[8];
- } float_env16;
- double dtab[8];
- double rtab[8];
- int i;
-
- for(i=0;i<8;i++)
- dtab[i] = i + 1;
-
- TEST_ENV(&float_env16, "data16 fnstenv", "data16 fldenv");
- TEST_ENV(&float_env16, "data16 fnsave", "data16 frstor");
- TEST_ENV(&float_env32, "fnstenv", "fldenv");
- TEST_ENV(&float_env32, "fnsave", "frstor");
-
- /* test for ffree */
- for(i=0;i<5;i++)
- asm volatile ("fldl %0" : : "m" (dtab[i]));
- asm volatile("ffree %st(2)");
- asm volatile ("fnstenv %0\n" : : "m" (float_env32));
- asm volatile ("fninit");
- printf("fptag=%04x\n", float_env32.fptag);
-}
-
-
-#define TEST_FCMOV(a, b, rflags, CC)\
-{\
- double res;\
- asm("pushq %3\n"\
- "popfq\n"\
- "fcmov" CC " %2, %0\n"\
- : "=t" (res)\
- : "0" (a), "u" (b), "g" (rflags));\
- printf("fcmov%s rflags=0x%04llx-> %f\n", \
- CC, rflags, res);\
-}
-
-void test_fcmov(void)
-{
- double a, b;
- int64 rflags, i;
-
- a = 1.0;
- b = 2.0;
- for(i = 0; i < 4; i++) {
- rflags = 0;
- if (i & 1)
- rflags |= CC_C;
- if (i & 2)
- rflags |= CC_Z;
- TEST_FCMOV(a, b, rflags, "b");
- TEST_FCMOV(a, b, rflags, "e");
- TEST_FCMOV(a, b, rflags, "be");
- TEST_FCMOV(a, b, rflags, "nb");
- TEST_FCMOV(a, b, rflags, "ne");
- TEST_FCMOV(a, b, rflags, "nbe");
- }
- TEST_FCMOV(a, b, (int64)0, "u");
- TEST_FCMOV(a, b, (int64)CC_P, "u");
- TEST_FCMOV(a, b, (int64)0, "nu");
- TEST_FCMOV(a, b, (int64)CC_P, "nu");
-}
-
-void test_floats(void)
-{
- test_fops(2, 3);
- test_fops(1.4, -5);
- test_fcmp(2, -1);
- test_fcmp(2, 2);
- test_fcmp(2, 3);
- test_fcvt(0.5);
- test_fcvt(-0.5);
- test_fcvt(1.0/7.0);
- test_fcvt(-1.0/9.0);
- test_fcvt(32768);
- test_fcvt(-1e20);
- test_fconst();
- // REINSTATE (maybe): test_fbcd(1234567890123456);
- // REINSTATE (maybe): test_fbcd(-123451234567890);
- // REINSTATE: test_fenv();
- // REINSTATE: test_fcmov();
-}
-
-/**********************************************/
-#if 0
-
-#define TEST_BCD(op, op0, cc_in, cc_mask)\
-{\
- int res, flags;\
- res = op0;\
- flags = cc_in;\
- asm ("push %3\n\t"\
- "popf\n\t"\
- #op "\n\t"\
- "pushf\n\t"\
- "popl %1\n\t"\
- : "=a" (res), "=g" (flags)\
- : "0" (res), "1" (flags));\
- printf("%-10s A=%08x R=%08x CCIN=%04x CC=%04x\n",\
- #op, op0, res, cc_in, flags & cc_mask);\
-}
-
-void test_bcd(void)
-{
- TEST_BCD(daa, 0x12340503, CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(daa, 0x12340506, CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(daa, 0x12340507, CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(daa, 0x12340559, CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(daa, 0x12340560, CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(daa, 0x1234059f, CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(daa, 0x123405a0, CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(daa, 0x12340503, 0, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(daa, 0x12340506, 0, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(daa, 0x12340503, CC_C, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(daa, 0x12340506, CC_C, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(daa, 0x12340503, CC_C | CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(daa, 0x12340506, CC_C | CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_A));
-
- TEST_BCD(das, 0x12340503, CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(das, 0x12340506, CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(das, 0x12340507, CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(das, 0x12340559, CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(das, 0x12340560, CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(das, 0x1234059f, CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(das, 0x123405a0, CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(das, 0x12340503, 0, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(das, 0x12340506, 0, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(das, 0x12340503, CC_C, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(das, 0x12340506, CC_C, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(das, 0x12340503, CC_C | CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(das, 0x12340506, CC_C | CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_A));
-
- TEST_BCD(aaa, 0x12340205, CC_A, (CC_C | CC_A));
- TEST_BCD(aaa, 0x12340306, CC_A, (CC_C | CC_A));
- TEST_BCD(aaa, 0x1234040a, CC_A, (CC_C | CC_A));
- TEST_BCD(aaa, 0x123405fa, CC_A, (CC_C | CC_A));
- TEST_BCD(aaa, 0x12340205, 0, (CC_C | CC_A));
- TEST_BCD(aaa, 0x12340306, 0, (CC_C | CC_A));
- TEST_BCD(aaa, 0x1234040a, 0, (CC_C | CC_A));
- TEST_BCD(aaa, 0x123405fa, 0, (CC_C | CC_A));
-
- TEST_BCD(aas, 0x12340205, CC_A, (CC_C | CC_A));
- TEST_BCD(aas, 0x12340306, CC_A, (CC_C | CC_A));
- TEST_BCD(aas, 0x1234040a, CC_A, (CC_C | CC_A));
- TEST_BCD(aas, 0x123405fa, CC_A, (CC_C | CC_A));
- TEST_BCD(aas, 0x12340205, 0, (CC_C | CC_A));
- TEST_BCD(aas, 0x12340306, 0, (CC_C | CC_A));
- TEST_BCD(aas, 0x1234040a, 0, (CC_C | CC_A));
- TEST_BCD(aas, 0x123405fa, 0, (CC_C | CC_A));
-
- TEST_BCD(aam, 0x12340547, CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_O | CC_A));
- TEST_BCD(aad, 0x12340407, CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_O | CC_A));
-}
-#endif /* 0 */
-
-#define TEST_XCHG(op, size, opconst)\
-{\
- int op0, op1;\
- op0 = 0x12345678;\
- op1 = 0xfbca7654;\
- asm(#op " %" size "0, %" size "1" \
- : "=q" (op0), opconst (op1) \
- : "0" (op0), "1" (op1));\
- printf("%-10s A=%08x B=%08x\n",\
- #op, op0, op1);\
-}
-
-#define TEST_CMPXCHG(op, size, opconst, eax)\
-{\
- int op0, op1;\
- op0 = 0x12345678;\
- op1 = 0xfbca7654;\
- asm(#op " %" size "0, %" size "1" \
- : "=q" (op0), opconst (op1) \
- : "0" (op0), "1" (op1), "a" (eax));\
- printf("%-10s EAX=%08x A=%08x C=%08x\n",\
- #op, eax, op0, op1);\
-}
-
-void test_xchg(void)
-{
- TEST_XCHG(xchgl, "", "=q");
- TEST_XCHG(xchgw, "w", "=q");
- TEST_XCHG(xchgb, "b", "=q");
-
- TEST_XCHG(xchgl, "", "=m");
- TEST_XCHG(xchgw, "w", "=m");
- TEST_XCHG(xchgb, "b", "=m");
-
-#if 0
- TEST_XCHG(xaddl, "", "=q");
- TEST_XCHG(xaddw, "w", "=q");
- TEST_XCHG(xaddb, "b", "=q");
-
- {
- int res;
- res = 0x12345678;
- asm("xaddl %1, %0" : "=r" (res) : "0" (res));
- printf("xaddl same res=%08x\n", res);
- }
-
- TEST_XCHG(xaddl, "", "=m");
- TEST_XCHG(xaddw, "w", "=m");
- TEST_XCHG(xaddb, "b", "=m");
-#endif
- TEST_CMPXCHG(cmpxchgl, "", "=q", 0xfbca7654);
- TEST_CMPXCHG(cmpxchgw, "w", "=q", 0xfbca7654);
- TEST_CMPXCHG(cmpxchgb, "b", "=q", 0xfbca7654);
-
- TEST_CMPXCHG(cmpxchgl, "", "=q", 0xfffefdfc);
- TEST_CMPXCHG(cmpxchgw, "w", "=q", 0xfffefdfc);
- TEST_CMPXCHG(cmpxchgb, "b", "=q", 0xfffefdfc);
-
- TEST_CMPXCHG(cmpxchgl, "", "=m", 0xfbca7654);
- TEST_CMPXCHG(cmpxchgw, "w", "=m", 0xfbca7654);
- TEST_CMPXCHG(cmpxchgb, "b", "=m", 0xfbca7654);
-
- TEST_CMPXCHG(cmpxchgl, "", "=m", 0xfffefdfc);
- TEST_CMPXCHG(cmpxchgw, "w", "=m", 0xfffefdfc);
- TEST_CMPXCHG(cmpxchgb, "b", "=m", 0xfffefdfc);
-#if 0
- {
- uint64_t op0, op1, op2;
- int i, eflags;
-
- for(i = 0; i < 2; i++) {
- op0 = 0x123456789abcd;
- if (i == 0)
- op1 = 0xfbca765423456;
- else
- op1 = op0;
- op2 = 0x6532432432434;
- asm("cmpxchg8b %1\n"
- "pushf\n"
- "popl %2\n"
- : "=A" (op0), "=m" (op1), "=g" (eflags)
- : "0" (op0), "m" (op1), "b" ((int)op2), "c" ((int)(op2 >> 32)));
- printf("cmpxchg8b: op0=%016llx op1=%016llx CC=%02x\n",
- op0, op1, eflags & CC_Z);
- }
- }
-#endif
-}
-
-/**********************************************/
-/* segmentation tests */
-#if 0
-#include <asm/ldt.h>
-#include <linux/unistd.h>
-#include <linux/version.h>
-
-_syscall3(int, modify_ldt, int, func, void *, ptr, unsigned long, bytecount)
-
-#if LINUX_VERSION_CODE >= KERNEL_VERSION(2, 5, 66)
-#define modify_ldt_ldt_s user_desc
-#endif
-
-uint8_t seg_data1[4096];
-uint8_t seg_data2[4096];
-
-#define MK_SEL(n) (((n) << 3) | 7)
-
-#define TEST_LR(op, size, seg, mask)\
-{\
- int res, res2;\
- res = 0x12345678;\
- asm (op " %" size "2, %" size "0\n" \
- "movl $0, %1\n"\
- "jnz 1f\n"\
- "movl $1, %1\n"\
- "1:\n"\
- : "=r" (res), "=r" (res2) : "m" (seg), "0" (res));\
- printf(op ": Z=%d %08x\n", res2, res & ~(mask));\
-}
-
-/* NOTE: we use Linux modify_ldt syscall */
-void test_segs(void)
-{
- struct modify_ldt_ldt_s ldt;
- long long ldt_table[3];
- int res, res2;
- char tmp;
- struct {
- uint32_t offset;
- uint16_t seg;
- } __attribute__((packed)) segoff;
-
- ldt.entry_number = 1;
- ldt.base_addr = (unsigned long)&seg_data1;
- ldt.limit = (sizeof(seg_data1) + 0xfff) >> 12;
- ldt.seg_32bit = 1;
- ldt.contents = MODIFY_LDT_CONTENTS_DATA;
- ldt.read_exec_only = 0;
- ldt.limit_in_pages = 1;
- ldt.seg_not_present = 0;
- ldt.useable = 1;
- modify_ldt(1, &ldt, sizeof(ldt)); /* write ldt entry */
-
- ldt.entry_number = 2;
- ldt.base_addr = (unsigned long)&seg_data2;
- ldt.limit = (sizeof(seg_data2) + 0xfff) >> 12;
- ldt.seg_32bit = 1;
- ldt.contents = MODIFY_LDT_CONTENTS_DATA;
- ldt.read_exec_only = 0;
- ldt.limit_in_pages = 1;
- ldt.seg_not_present = 0;
- ldt.useable = 1;
- modify_ldt(1, &ldt, sizeof(ldt)); /* write ldt entry */
-
- modify_ldt(0, &ldt_table, sizeof(ldt_table)); /* read ldt entries */
-#if 0
- {
- int i;
- for(i=0;i<3;i++)
- printf("%d: %016Lx\n", i, ldt_table[i]);
- }
-#endif
- /* do some tests with fs or gs */
- asm volatile ("movl %0, %%fs" : : "r" (MK_SEL(1)));
-
- seg_data1[1] = 0xaa;
- seg_data2[1] = 0x55;
-
- asm volatile ("fs movzbl 0x1, %0" : "=r" (res));
- printf("FS[1] = %02x\n", res);
-
- asm volatile ("pushl %%gs\n"
- "movl %1, %%gs\n"
- "gs movzbl 0x1, %0\n"
- "popl %%gs\n"
- : "=r" (res)
- : "r" (MK_SEL(2)));
- printf("GS[1] = %02x\n", res);
-
- /* tests with ds/ss (implicit segment case) */
- tmp = 0xa5;
- asm volatile ("pushl %%ebp\n\t"
- "pushl %%ds\n\t"
- "movl %2, %%ds\n\t"
- "movl %3, %%ebp\n\t"
- "movzbl 0x1, %0\n\t"
- "movzbl (%%ebp), %1\n\t"
- "popl %%ds\n\t"
- "popl %%ebp\n\t"
- : "=r" (res), "=r" (res2)
- : "r" (MK_SEL(1)), "r" (&tmp));
- printf("DS[1] = %02x\n", res);
- printf("SS[tmp] = %02x\n", res2);
-
- segoff.seg = MK_SEL(2);
- segoff.offset = 0xabcdef12;
- asm volatile("lfs %2, %0\n\t"
- "movl %%fs, %1\n\t"
- : "=r" (res), "=g" (res2)
- : "m" (segoff));
- printf("FS:reg = %04x:%08x\n", res2, res);
-
- TEST_LR("larw", "w", MK_SEL(2), 0x0100);
- TEST_LR("larl", "", MK_SEL(2), 0x0100);
- TEST_LR("lslw", "w", MK_SEL(2), 0);
- TEST_LR("lsll", "", MK_SEL(2), 0);
-
- TEST_LR("larw", "w", 0xfff8, 0);
- TEST_LR("larl", "", 0xfff8, 0);
- TEST_LR("lslw", "w", 0xfff8, 0);
- TEST_LR("lsll", "", 0xfff8, 0);
-}
-#endif
-
-#if 0
-/* 16 bit code test */
-extern char code16_start, code16_end;
-extern char code16_func1;
-extern char code16_func2;
-extern char code16_func3;
-
-void test_code16(void)
-{
- struct modify_ldt_ldt_s ldt;
- int res, res2;
-
- /* build a code segment */
- ldt.entry_number = 1;
- ldt.base_addr = (unsigned long)&code16_start;
- ldt.limit = &code16_end - &code16_start;
- ldt.seg_32bit = 0;
- ldt.contents = MODIFY_LDT_CONTENTS_CODE;
- ldt.read_exec_only = 0;
- ldt.limit_in_pages = 0;
- ldt.seg_not_present = 0;
- ldt.useable = 1;
- modify_ldt(1, &ldt, sizeof(ldt)); /* write ldt entry */
-
- /* call the first function */
- asm volatile ("lcall %1, %2"
- : "=a" (res)
- : "i" (MK_SEL(1)), "i" (&code16_func1): "memory", "cc");
- printf("func1() = 0x%08x\n", res);
- asm volatile ("lcall %2, %3"
- : "=a" (res), "=c" (res2)
- : "i" (MK_SEL(1)), "i" (&code16_func2): "memory", "cc");
- printf("func2() = 0x%08x spdec=%d\n", res, res2);
- asm volatile ("lcall %1, %2"
- : "=a" (res)
- : "i" (MK_SEL(1)), "i" (&code16_func3): "memory", "cc");
- printf("func3() = 0x%08x\n", res);
-}
-#endif
-
-extern char func_lret32;
-extern char func_iret32;
-
-void test_misc(void)
-{
- // char table[256];
- // int res, i;
-
-#if 0
- // REINSTATE
- for(i=0;i<256;i++) table[i] = 256 - i;
- res = 0x12345678;
- asm ("xlat" : "=a" (res) : "b" (table), "0" (res));
- printf("xlat: EAX=%08x\n", res);
-#endif
-#if 0
- // REINSTATE
- asm volatile ("pushl %%cs ; call %1"
- : "=a" (res)
- : "m" (func_lret32): "memory", "cc");
- printf("func_lret32=%x\n", res);
-
- asm volatile ("pushfl ; pushl %%cs ; call %1"
- : "=a" (res)
- : "m" (func_iret32): "memory", "cc");
- printf("func_iret32=%x\n", res);
-#endif
-#if 0
- /* specific popl test */
- asm volatile ("pushq $0x9abcdef12345678 ; popl (%%rsp) ; addq $4,%%rsp"
- : "=g" (res));
- printf("popl esp=%x\n", res);
-#endif
-#if 0
- // REINSTATE
- /* specific popw test */
- asm volatile ("pushq $12345432 ; pushq $0x9abcdef ; popw (%%rsp) ; addl $2, %%rsp ; popq %0"
- : "=g" (res));
- printf("popw rsp=%x\n", res);
-#endif
-}
-
-uint8_t str_buffer[4096];
-
-#define TEST_STRING1(OP, size, DF, REP)\
-{\
- int64 rsi, rdi, rax, rcx, rflags;\
-\
- rsi = (long)(str_buffer + sizeof(str_buffer) / 2);\
- rdi = (long)(str_buffer + sizeof(str_buffer) / 2) + 16;\
- rax = 0x12345678;\
- rcx = 17;\
-\
- asm volatile ("pushq $0\n\t"\
- "popfq\n\t"\
- DF "\n\t"\
- REP #OP size "\n\t"\
- "cld\n\t"\
- "pushfq\n\t"\
- "popq %4\n\t"\
- : "=S" (rsi), "=D" (rdi), "=a" (rax), "=c" (rcx), "=g" (rflags)\
- : "0" (rsi), "1" (rdi), "2" (rax), "3" (rcx));\
- printf("%-10s ESI=%016llx EDI=%016llx EAX=%016llx ECX=%016llx EFL=%04llx\n",\
- REP #OP size, rsi, rdi, rax, rcx,\
- rflags & (CC_C | CC_P | CC_Z | CC_S | CC_O | CC_A));\
-}
-
-#define TEST_STRING(OP, REP)\
- TEST_STRING1(OP, "b", "", REP);\
- TEST_STRING1(OP, "w", "", REP);\
- TEST_STRING1(OP, "l", "", REP);\
- TEST_STRING1(OP, "b", "std", REP);\
- TEST_STRING1(OP, "w", "std", REP);\
- TEST_STRING1(OP, "l", "std", REP)
-
-void test_string(void)
-{
- int64 i;
- for(i = 0;i < sizeof(str_buffer); i++)
- str_buffer[i] = i + 0x56;
- TEST_STRING(stos, "");
- TEST_STRING(stos, "rep ");
- // REINSTATE: TEST_STRING(lods, ""); /* to verify stos */
- // REINSTATE: TEST_STRING(lods, "rep ");
- TEST_STRING(movs, "");
- TEST_STRING(movs, "rep ");
- // REINSTATE: TEST_STRING(lods, ""); /* to verify stos */
-
- /* XXX: better tests */
- TEST_STRING(scas, "");
- // REINSTATE: TEST_STRING(scas, "repz ");
- TEST_STRING(scas, "repnz ");
- // REINSTATE: TEST_STRING(cmps, "");
- TEST_STRING(cmps, "repz ");
- // REINSTATE: TEST_STRING(cmps, "repnz ");
-}
-
-/* VM86 test */
-#if 0
-static inline void set_bit(uint8_t *a, unsigned int bit)
-{
- a[bit / 8] |= (1 << (bit % 8));
-}
-
-static inline uint8_t *seg_to_linear(unsigned int seg, unsigned int reg)
-{
- return (uint8_t *)((seg << 4) + (reg & 0xffff));
-}
-
-static inline void pushw(struct vm86_regs *r, int val)
-{
- r->esp = (r->esp & ~0xffff) | ((r->esp - 2) & 0xffff);
- *(uint16_t *)seg_to_linear(r->ss, r->esp) = val;
-}
-
-#undef __syscall_return
-#define __syscall_return(type, res) \
-do { \
- return (type) (res); \
-} while (0)
-
-_syscall2(int, vm86, int, func, struct vm86plus_struct *, v86)
-
-extern char vm86_code_start;
-extern char vm86_code_end;
-
-#define VM86_CODE_CS 0x100
-#define VM86_CODE_IP 0x100
-
-void test_vm86(void)
-{
- struct vm86plus_struct ctx;
- struct vm86_regs *r;
- uint8_t *vm86_mem;
- int seg, ret;
-
- vm86_mem = mmap((void *)0x00000000, 0x110000,
- PROT_WRITE | PROT_READ | PROT_EXEC,
- MAP_FIXED | MAP_ANON | MAP_PRIVATE, -1, 0);
- if (vm86_mem == MAP_FAILED) {
- printf("ERROR: could not map vm86 memory");
- return;
- }
- memset(&ctx, 0, sizeof(ctx));
-
- /* init basic registers */
- r = &ctx.regs;
- r->eip = VM86_CODE_IP;
- r->esp = 0xfffe;
- seg = VM86_CODE_CS;
- r->cs = seg;
- r->ss = seg;
- r->ds = seg;
- r->es = seg;
- r->fs = seg;
- r->gs = seg;
- r->eflags = VIF_MASK;
-
- /* move code to proper address. We use the same layout as a .com
- dos program. */
- memcpy(vm86_mem + (VM86_CODE_CS << 4) + VM86_CODE_IP,
- &vm86_code_start, &vm86_code_end - &vm86_code_start);
-
- /* mark int 0x21 as being emulated */
- set_bit((uint8_t *)&ctx.int_revectored, 0x21);
-
- for(;;) {
- ret = vm86(VM86_ENTER, &ctx);
- switch(VM86_TYPE(ret)) {
- case VM86_INTx:
- {
- int int_num, ah, v;
-
- int_num = VM86_ARG(ret);
- if (int_num != 0x21)
- goto unknown_int;
- ah = (r->eax >> 8) & 0xff;
- switch(ah) {
- case 0x00: /* exit */
- goto the_end;
- case 0x02: /* write char */
- {
- uint8_t c = r->edx;
- putchar(c);
- }
- break;
- case 0x09: /* write string */
- {
- uint8_t c, *ptr;
- ptr = seg_to_linear(r->ds, r->edx);
- for(;;) {
- c = *ptr++;
- if (c == '$')
- break;
- putchar(c);
- }
- r->eax = (r->eax & ~0xff) | '$';
- }
- break;
- case 0xff: /* extension: write eflags number in edx */
- v = (int)r->edx;
-#ifndef LINUX_VM86_IOPL_FIX
- v &= ~0x3000;
-#endif
- printf("%08x\n", v);
- break;
- default:
- unknown_int:
- printf("unsupported int 0x%02x\n", int_num);
- goto the_end;
- }
- }
- break;
- case VM86_SIGNAL:
- /* a signal came, we just ignore that */
- break;
- case VM86_STI:
- break;
- default:
- printf("ERROR: unhandled vm86 return code (0x%x)\n", ret);
- goto the_end;
- }
- }
- the_end:
- printf("VM86 end\n");
- munmap(vm86_mem, 0x110000);
-}
-#endif
-
-/* exception tests */
-#if 0
-#ifndef REG_EAX
-#define REG_EAX EAX
-#define REG_EBX EBX
-#define REG_ECX ECX
-#define REG_EDX EDX
-#define REG_ESI ESI
-#define REG_EDI EDI
-#define REG_EBP EBP
-#define REG_ESP ESP
-#define REG_EIP EIP
-#define REG_EFL EFL
-#define REG_TRAPNO TRAPNO
-#define REG_ERR ERR
-#endif
-
-jmp_buf jmp_env;
-int v1;
-int tab[2];
-
-void sig_handler(int sig, siginfo_t *info, void *puc)
-{
- struct ucontext *uc = puc;
-
- printf("si_signo=%d si_errno=%d si_code=%d",
- info->si_signo, info->si_errno, info->si_code);
- printf(" si_addr=0x%08lx",
- (unsigned long)info->si_addr);
- printf("\n");
-
- printf("trapno=0x%02x err=0x%08x",
- uc->uc_mcontext.gregs[REG_TRAPNO],
- uc->uc_mcontext.gregs[REG_ERR]);
- printf(" EIP=0x%08x", uc->uc_mcontext.gregs[REG_EIP]);
- printf("\n");
- longjmp(jmp_env, 1);
-}
-
-void test_exceptions(void)
-{
- struct modify_ldt_ldt_s ldt;
- struct sigaction act;
- volatile int val;
-
- act.sa_sigaction = sig_handler;
- sigemptyset(&act.sa_mask);
- act.sa_flags = SA_SIGINFO;
- sigaction(SIGFPE, &act, NULL);
- sigaction(SIGILL, &act, NULL);
- sigaction(SIGSEGV, &act, NULL);
- sigaction(SIGBUS, &act, NULL);
- sigaction(SIGTRAP, &act, NULL);
-
- /* test division by zero reporting */
- printf("DIVZ exception:\n");
- if (setjmp(jmp_env) == 0) {
- /* now divide by zero */
- v1 = 0;
- v1 = 2 / v1;
- }
-
- printf("BOUND exception:\n");
- if (setjmp(jmp_env) == 0) {
- /* bound exception */
- tab[0] = 1;
- tab[1] = 10;
- asm volatile ("bound %0, %1" : : "r" (11), "m" (tab));
- }
-
- printf("segment exceptions:\n");
- if (setjmp(jmp_env) == 0) {
- /* load an invalid segment */
- asm volatile ("movl %0, %%fs" : : "r" ((0x1234 << 3) | 1));
- }
- if (setjmp(jmp_env) == 0) {
- /* null data segment is valid */
- asm volatile ("movl %0, %%fs" : : "r" (3));
- /* null stack segment */
- asm volatile ("movl %0, %%ss" : : "r" (3));
- }
-
- ldt.entry_number = 1;
- ldt.base_addr = (unsigned long)&seg_data1;
- ldt.limit = (sizeof(seg_data1) + 0xfff) >> 12;
- ldt.seg_32bit = 1;
- ldt.contents = MODIFY_LDT_CONTENTS_DATA;
- ldt.read_exec_only = 0;
- ldt.limit_in_pages = 1;
- ldt.seg_not_present = 1;
- ldt.useable = 1;
- modify_ldt(1, &ldt, sizeof(ldt)); /* write ldt entry */
-
- if (setjmp(jmp_env) == 0) {
- /* segment not present */
- asm volatile ("movl %0, %%fs" : : "r" (MK_SEL(1)));
- }
-
- /* test SEGV reporting */
- printf("PF exception:\n");
- if (setjmp(jmp_env) == 0) {
- val = 1;
- /* we add a nop to test a weird PC retrieval case */
- asm volatile ("nop");
- /* now store in an invalid address */
- *(char *)0x1234 = 1;
- }
-
- /* test SEGV reporting */
- printf("PF exception:\n");
- if (setjmp(jmp_env) == 0) {
- val = 1;
- /* read from an invalid address */
- v1 = *(char *)0x1234;
- }
-
- /* test illegal instruction reporting */
- printf("UD2 exception:\n");
- if (setjmp(jmp_env) == 0) {
- /* now execute an invalid instruction */
- asm volatile("ud2");
- }
- printf("lock nop exception:\n");
- if (setjmp(jmp_env) == 0) {
- /* now execute an invalid instruction */
- asm volatile("lock nop");
- }
-
- printf("INT exception:\n");
- if (setjmp(jmp_env) == 0) {
- asm volatile ("int $0xfd");
- }
- if (setjmp(jmp_env) == 0) {
- asm volatile ("int $0x01");
- }
- if (setjmp(jmp_env) == 0) {
- asm volatile (".byte 0xcd, 0x03");
- }
- if (setjmp(jmp_env) == 0) {
- asm volatile ("int $0x04");
- }
- if (setjmp(jmp_env) == 0) {
- asm volatile ("int $0x05");
- }
-
- printf("INT3 exception:\n");
- if (setjmp(jmp_env) == 0) {
- asm volatile ("int3");
- }
-
- printf("CLI exception:\n");
- if (setjmp(jmp_env) == 0) {
- asm volatile ("cli");
- }
-
- printf("STI exception:\n");
- if (setjmp(jmp_env) == 0) {
- asm volatile ("cli");
- }
-
- printf("INTO exception:\n");
- if (setjmp(jmp_env) == 0) {
- /* overflow exception */
- asm volatile ("addl $1, %0 ; into" : : "r" (0x7fffffff));
- }
-
- printf("OUTB exception:\n");
- if (setjmp(jmp_env) == 0) {
- asm volatile ("outb %%al, %%dx" : : "d" (0x4321), "a" (0));
- }
-
- printf("INB exception:\n");
- if (setjmp(jmp_env) == 0) {
- asm volatile ("inb %%dx, %%al" : "=a" (val) : "d" (0x4321));
- }
-
- printf("REP OUTSB exception:\n");
- if (setjmp(jmp_env) == 0) {
- asm volatile ("rep outsb" : : "d" (0x4321), "S" (tab), "c" (1));
- }
-
- printf("REP INSB exception:\n");
- if (setjmp(jmp_env) == 0) {
- asm volatile ("rep insb" : : "d" (0x4321), "D" (tab), "c" (1));
- }
-
- printf("HLT exception:\n");
- if (setjmp(jmp_env) == 0) {
- asm volatile ("hlt");
- }
-
- printf("single step exception:\n");
- val = 0;
- if (setjmp(jmp_env) == 0) {
- asm volatile ("pushf\n"
- "orl $0x00100, (%%esp)\n"
- "popf\n"
- "movl $0xabcd, %0\n"
- "movl $0x0, %0\n" : "=m" (val) : : "cc", "memory");
- }
- printf("val=0x%x\n", val);
-}
-
-/* specific precise single step test */
-void sig_trap_handler(int sig, siginfo_t *info, void *puc)
-{
- struct ucontext *uc = puc;
- printf("EIP=0x%08x\n", uc->uc_mcontext.gregs[REG_EIP]);
-}
-
-const uint8_t sstep_buf1[4] = { 1, 2, 3, 4};
-uint8_t sstep_buf2[4];
-
-void test_single_step(void)
-{
- struct sigaction act;
- volatile int val;
- int i;
-
- val = 0;
- act.sa_sigaction = sig_trap_handler;
- sigemptyset(&act.sa_mask);
- act.sa_flags = SA_SIGINFO;
- sigaction(SIGTRAP, &act, NULL);
- asm volatile ("pushf\n"
- "orl $0x00100, (%%esp)\n"
- "popf\n"
- "movl $0xabcd, %0\n"
-
- /* jmp test */
- "movl $3, %%ecx\n"
- "1:\n"
- "addl $1, %0\n"
- "decl %%ecx\n"
- "jnz 1b\n"
-
- /* movsb: the single step should stop at each movsb iteration */
- "movl $sstep_buf1, %%esi\n"
- "movl $sstep_buf2, %%edi\n"
- "movl $0, %%ecx\n"
- "rep movsb\n"
- "movl $3, %%ecx\n"
- "rep movsb\n"
- "movl $1, %%ecx\n"
- "rep movsb\n"
-
- /* cmpsb: the single step should stop at each cmpsb iteration */
- "movl $sstep_buf1, %%esi\n"
- "movl $sstep_buf2, %%edi\n"
- "movl $0, %%ecx\n"
- "rep cmpsb\n"
- "movl $4, %%ecx\n"
- "rep cmpsb\n"
-
- /* getpid() syscall: single step should skip one
- instruction */
- "movl $20, %%eax\n"
- "int $0x80\n"
- "movl $0, %%eax\n"
-
- /* when modifying SS, trace is not done on the next
- instruction */
- "movl %%ss, %%ecx\n"
- "movl %%ecx, %%ss\n"
- "addl $1, %0\n"
- "movl $1, %%eax\n"
- "movl %%ecx, %%ss\n"
- "jmp 1f\n"
- "addl $1, %0\n"
- "1:\n"
- "movl $1, %%eax\n"
- "pushl %%ecx\n"
- "popl %%ss\n"
- "addl $1, %0\n"
- "movl $1, %%eax\n"
-
- "pushf\n"
- "andl $~0x00100, (%%esp)\n"
- "popf\n"
- : "=m" (val)
- :
- : "cc", "memory", "eax", "ecx", "esi", "edi");
- printf("val=%d\n", val);
- for(i = 0; i < 4; i++)
- printf("sstep_buf2[%d] = %d\n", i, sstep_buf2[i]);
-}
-
-/* self modifying code test */
-uint8_t code[] = {
- 0xb8, 0x1, 0x00, 0x00, 0x00, /* movl $1, %eax */
- 0xc3, /* ret */
-};
-
-asm("smc_code2:\n"
- "movl 4(%esp), %eax\n"
- "movl %eax, smc_patch_addr2 + 1\n"
- "nop\n"
- "nop\n"
- "nop\n"
- "nop\n"
- "nop\n"
- "nop\n"
- "nop\n"
- "nop\n"
- "smc_patch_addr2:\n"
- "movl $1, %eax\n"
- "ret\n");
-
-typedef int FuncType(void);
-extern int smc_code2(int);
-void test_self_modifying_code(void)
-{
- int i;
-
- printf("self modifying code:\n");
- printf("func1 = 0x%x\n", ((FuncType *)code)());
- for(i = 2; i <= 4; i++) {
- code[1] = i;
- printf("func%d = 0x%x\n", i, ((FuncType *)code)());
- }
-
- /* more difficult test : the modified code is just after the
- modifying instruction. It is forbidden in Intel specs, but it
- is used by old DOS programs */
- for(i = 2; i <= 4; i++) {
- printf("smc_code2(%d) = %d\n", i, smc_code2(i));
- }
-}
-
-static void *call_end __init_call = NULL;
-#endif
-
-int main(int argc, char **argv)
-{
- void **ptr;
- void (*func)(void);
-
-#if 1
- ptr = &call_start + 1;
- while (*ptr != NULL) {
- func = *ptr++;
- func();
- }
-#endif
- test_bsx(); //REINSTATE64
- test_mul();
- test_jcc();
- // test_floats(); REINSTATE64
- //test_bcd();
- //test_xchg(); REINSTATE64
- test_string();
- //test_misc(); // REINSTATE
- test_lea();
- // test_segs();
- //test_code16();
- //test_vm86();
- //test_exceptions();
- //test_self_modifying_code();
- //test_single_step();
- printf("bye\n");
- return 0;
-}
diff --git a/VEX/test/test-amd64.h b/VEX/test/test-amd64.h
deleted file mode 100644
index 94b32fe..0000000
--- a/VEX/test/test-amd64.h
+++ /dev/null
@@ -1,227 +0,0 @@
-
-#define exec_op glue(exec_, OP)
-#define exec_opq glue(glue(exec_, OP), q)
-#define exec_opl glue(glue(exec_, OP), l)
-#define exec_opw glue(glue(exec_, OP), w)
-#define exec_opb glue(glue(exec_, OP), b)
-
-#define EXECOP2(size, res, s1, flags) \
- asm ("pushq %4\n\t"\
- "popfq\n\t"\
- stringify(OP) size " %" size "2, %" size "0\n\t" \
- "pushfq\n\t"\
- "popq %1\n\t"\
- : "=q" (res), "=g" (flags)\
- : "q" (s1), "0" (res), "1" (flags));
-
-#define EXECOP1(size, res, flags) \
- asm ("pushq %3\n\t"\
- "popfq\n\t"\
- stringify(OP) size " %" size "0\n\t" \
- "pushfq\n\t"\
- "popq %1\n\t"\
- : "=q" (res), "=g" (flags)\
- : "0" (res), "1" (flags));
-
-#ifdef OP1
-inline void exec_opq(int64 s0, int64 s1, int64 iflags)
-{
- int64 res, flags;
- res = s0;
- flags = iflags;
- EXECOP1("", res, flags);
- printf("%-6s A=%016llx R=%016llx CCIN=%04llx CC=%04llx\n",
- stringify(OP) "q", s0, res, iflags, flags & CC_MASK);
-}
-inline void exec_opl(int64 s0, int64 s1, int64 iflags)
-{
- int64 res, flags;
- res = s0;
- flags = iflags;
- EXECOP1("", res, flags);
- printf("%-6s A=%016llx R=%016llx CCIN=%04llx CC=%04llx\n",
- stringify(OP) "l", s0, res, iflags, flags & CC_MASK);
-}
-inline void exec_opw(int64 s0, int64 s1, int64 iflags)
-{
- int64 res, flags;
- res = s0;
- flags = iflags;
- EXECOP1("w", res, flags);
- printf("%-6s A=%016llx R=%016llx CCIN=%04llx CC=%04llx\n",
- stringify(OP) "w", s0, res, iflags, flags & CC_MASK);
-}
-inline void exec_opb(int64 s0, int64 s1, int64 iflags)
-{
- int64 res, flags;
- res = s0;
- flags = iflags;
- EXECOP1("b", res, flags);
- printf("%-6s A=%016llx R=%016llx CCIN=%04llx CC=%04llx\n",
- stringify(OP) "b", s0, res, iflags, flags & CC_MASK);
-}
-#else
-inline void exec_opq(int64 s0, int64 s1, int64 iflags)
-{
- int64 res, flags;
- res = s0;
- flags = iflags;
- EXECOP2("q", res, s1, flags);
- printf("%-6s A=%016llx B=%016llx R=%016llx CCIN=%04llx CC=%04llx\n",
- stringify(OP) "q", s0, s1, res, iflags, flags & CC_MASK);
-}
-
-inline void exec_opl(int64 s0, int64 s1, int64 iflags)
-{
- int64 res, flags;
- res = s0;
- flags = iflags;
- EXECOP2("", res, s1, flags);
- printf("%-6s A=%016llx B=%016llx R=%016llx CCIN=%04llx CC=%04llx\n",
- stringify(OP) "l", s0, s1, res, iflags, flags & CC_MASK);
-}
-
-inline void exec_opw(int64 s0, int64 s1, int64 iflags)
-{
- int64 res, flags;
- res = s0;
- flags = iflags;
- EXECOP2("w", res, s1, flags);
- printf("%-6s A=%016llx B=%016llx R=%016llx CCIN=%04llx CC=%04llx\n",
- stringify(OP) "w", s0, s1, res, iflags, flags & CC_MASK);
-}
-
-inline void exec_opb(int64 s0, int64 s1, int64 iflags)
-{
- int64 res, flags;
- res = s0;
- flags = iflags;
- EXECOP2("b", res, s1, flags);
- printf("%-6s A=%016llx B=%016llx R=%016llx CCIN=%04llx CC=%04llx\n",
- stringify(OP) "b", s0, s1, res, iflags, flags & CC_MASK);
-}
-#endif
-
-void exec_op(int64 s0, int64 s1)
-{
-#if 1
- int64 o,s,z,a,c,p,flags_in;
- for (o = 0; o < 2; o++) {
- for (s = 0; s < 2; s++) {
- for (z = 0; z < 2; z++) {
- for (a = 0; a < 2; a++) {
- for (c = 0; c < 2; c++) {
- for (p = 0; p < 2; p++) {
-
- flags_in = (o ? CC_O : 0)
- | (s ? CC_S : 0)
- | (z ? CC_Z : 0)
- | (a ? CC_A : 0)
- | (c ? CC_C : 0)
- | (p ? CC_P : 0);
- exec_opq(s0, s1, flags_in);
- exec_opl(s0, s1, flags_in);
- exec_opw(s0, s1, flags_in);
- exec_opb(s0, s1, flags_in);
- }}}}}}
-#else
- exec_opq(s0, s1, 0);
- exec_opl(s0, s1, 0);
- exec_opw(s0, s1, 0);
- exec_opb(s0, s1, 0);
- exec_opq(s0, s1, CC_C);
- exec_opl(s0, s1, CC_C);
- exec_opw(s0, s1, CC_C);
- exec_opb(s0, s1, CC_C);
-#endif
-}
-
-void glue(test_, OP)(void)
-{
-#define NVALS 57
- int64 i, j;
- static unsigned int val[NVALS]
- = { 0x00, 0x01, 0x02, 0x03,
- 0x3F, 0x40, 0x41,
- 0x7E, 0x7F, 0x80, 0x81, 0x82,
- 0xBF, 0xC0, 0xC1,
- 0xFC, 0xFD, 0xFE, 0xFF,
-
- 0xFF00, 0xFF01, 0xFF02, 0xFF03,
- 0xFF3F, 0xFF40, 0xFF41,
- 0xFF7E, 0xFF7F, 0xFF80, 0xFF81, 0xFF82,
- 0xFFBF, 0xFFC0, 0xFFC1,
- 0xFFFC, 0xFFFD, 0xFFFE, 0xFFFF,
-
- 0xFFFFFF00, 0xFFFFFF01, 0xFFFFFF02, 0xFFFFFF03,
- 0xFFFFFF3F, 0xFFFFFF40, 0xFFFFFF41,
- 0xFFFFFF7E, 0xFFFFFF7F, 0xFFFFFF80, 0xFFFFFF81, 0xFFFFFF82,
- 0xFFFFFFBF, 0xFFFFFFC0, 0xFFFFFFC1,
- 0xFFFFFFFC, 0xFFFFFFFD, 0xFFFFFFFE, 0xFFFFFFFF
- };
-
- exec_op(0xabcd12345678, 0x4321812FADA);
- exec_op(0x12345678, 0x812FADA);
- exec_op(0xabcd00012341, 0xabcd00012341);
- exec_op(0x12341, 0x12341);
- exec_op(0x12341, -0x12341);
- exec_op(0xffffffff, 0);
- exec_op(0xffffffff, -1);
- exec_op(0xffffffff, 1);
- exec_op(0xffffffff, 2);
- exec_op(0x7fffffff, 0);
- exec_op(0x7fffffff, 1);
- exec_op(0x7fffffff, -1);
- exec_op(0x80000000, -1);
- exec_op(0x80000000, 1);
- exec_op(0x80000000, -2);
- exec_op(0x12347fff, 0);
- exec_op(0x12347fff, 1);
- exec_op(0x12347fff, -1);
- exec_op(0x12348000, -1);
- exec_op(0x12348000, 1);
- exec_op(0x12348000, -2);
- exec_op(0x12347f7f, 0);
- exec_op(0x12347f7f, 1);
- exec_op(0x12347f7f, -1);
- exec_op(0x12348080, -1);
- exec_op(0x12348080, 1);
- exec_op(0x12348080, -2);
-
- exec_op(0xFFFFFFFFffffffff, 0);
- exec_op(0xFFFFFFFFffffffff, -1);
- exec_op(0xFFFFFFFFffffffff, 1);
- exec_op(0xFFFFFFFFffffffff, 2);
- exec_op(0x7fffffffFFFFFFFF, 0);
- exec_op(0x7fffffffFFFFFFFF, 1);
- exec_op(0x7fffffffFFFFFFFF, -1);
- exec_op(0x8000000000000000, -1);
- exec_op(0x8000000000000000, 1);
- exec_op(0x8000000000000000, -2);
- exec_op(0x123443217FFFFFFF, 0);
- exec_op(0x123443217FFFFFFF, 1);
- exec_op(0x123443217FFFFFFF, -1);
- exec_op(0x1234432180000000, -1);
- exec_op(0x1234432180000000, 1);
- exec_op(0x1234432180000000, -2);
- exec_op(0x123443217F7F7f7f, 0);
- exec_op(0x123443217F7F7f7f, 1);
- exec_op(0x123443217F7F7f7f, -1);
- exec_op(0x1234432180808080, -1);
- exec_op(0x1234432180808080, 1);
- exec_op(0x1234432180808080, -2);
-
-#if TEST_INTEGER_VERBOSE
- if (1)
- for (i = 0; i < NVALS; i++)
- for (j = 0; j < NVALS; j++)
- exec_op(val[i], val[j]);
-#endif
-
-#undef NVALS
-}
-
-void *glue(_test_, OP) __init_call = glue(test_, OP);
-
-#undef OP
-#undef OP_CC
diff --git a/VEX/test/test-i386-muldiv.h b/VEX/test/test-i386-muldiv.h
deleted file mode 100644
index 5dba315..0000000
--- a/VEX/test/test-i386-muldiv.h
+++ /dev/null
@@ -1,56 +0,0 @@
-
-void glue(glue(test_, OP), b)(int op0, int op1)
-{
- int res, s1, s0, flags;
- s0 = op0;
- s1 = op1;
- res = s0;
- flags = 0;
- asm ("push %4\n\t"
- "popf\n\t"
- stringify(OP)"b %b2\n\t"
- "pushf\n\t"
- "popl %1\n\t"
- : "=a" (res), "=g" (flags)
- : "q" (s1), "0" (res), "1" (flags));
- printf("%-10s A=%08x B=%08x R=%08x CC=%04x\n",
- stringify(OP) "b", s0, s1, res, flags & CC_MASK);
-}
-
-void glue(glue(test_, OP), w)(int op0h, int op0, int op1)
-{
- int res, s1, flags, resh;
- s1 = op1;
- resh = op0h;
- res = op0;
- flags = 0;
- asm ("push %5\n\t"
- "popf\n\t"
- stringify(OP) "w %w3\n\t"
- "pushf\n\t"
- "popl %1\n\t"
- : "=a" (res), "=g" (flags), "=d" (resh)
- : "q" (s1), "0" (res), "1" (flags), "2" (resh));
- printf("%-10s AH=%08x AL=%08x B=%08x RH=%08x RL=%08x CC=%04x\n",
- stringify(OP) "w", op0h, op0, s1, resh, res, flags & CC_MASK);
-}
-
-void glue(glue(test_, OP), l)(int op0h, int op0, int op1)
-{
- int res, s1, flags, resh;
- s1 = op1;
- resh = op0h;
- res = op0;
- flags = 0;
- asm ("push %5\n\t"
- "popf\n\t"
- stringify(OP) "l %3\n\t"
- "pushf\n\t"
- "popl %1\n\t"
- : "=a" (res), "=g" (flags), "=d" (resh)
- : "q" (s1), "0" (res), "1" (flags), "2" (resh));
- printf("%-10s AH=%08x AL=%08x B=%08x RH=%08x RL=%08x CC=%04x\n",
- stringify(OP) "l", op0h, op0, s1, resh, res, flags & CC_MASK);
-}
-
-#undef OP
diff --git a/VEX/test/test-i386-shift.h b/VEX/test/test-i386-shift.h
deleted file mode 100644
index e86b85f..0000000
--- a/VEX/test/test-i386-shift.h
+++ /dev/null
@@ -1,161 +0,0 @@
-
-#define exec_op glue(exec_, OP)
-#define exec_opl glue(glue(exec_, OP), l)
-#define exec_opw glue(glue(exec_, OP), w)
-#define exec_opb glue(glue(exec_, OP), b)
-
-#ifndef OP_SHIFTD
-
-#ifdef OP_NOBYTE
-#define EXECSHIFT(size, res, s1, s2, flags) \
- asm ("push %4\n\t"\
- "popf\n\t"\
- stringify(OP) size " %" size "2, %" size "0\n\t" \
- "pushf\n\t"\
- "popl %1\n\t"\
- : "=g" (res), "=g" (flags)\
- : "r" (s1), "0" (res), "1" (flags));
-#else
-#define EXECSHIFT(size, res, s1, s2, flags) \
- asm ("push %4\n\t"\
- "popf\n\t"\
- stringify(OP) size " %%cl, %" size "0\n\t" \
- "pushf\n\t"\
- "popl %1\n\t"\
- : "=q" (res), "=g" (flags)\
- : "c" (s1), "0" (res), "1" (flags));
-#endif
-
-void exec_opl(int s2, int s0, int s1, int iflags)
-{
- int res, flags;
- res = s0;
- flags = iflags;
- EXECSHIFT("", res, s1, s2, flags);
- /* overflow is undefined if count != 1 */
- if (s1 != 1)
- flags &= ~CC_O;
- printf("%-10s A=%08x B=%08x R=%08x CCIN=%04x CC=%04x\n",
- stringify(OP) "l", s0, s1, res, iflags, flags & CC_MASK);
-}
-
-void exec_opw(int s2, int s0, int s1, int iflags)
-{
- int res, flags;
- res = s0;
- flags = iflags;
- EXECSHIFT("w", res, s1, s2, flags);
- /* overflow is undefined if count != 1 */
- if (s1 != 1)
- flags &= ~CC_O;
- printf("%-10s A=%08x B=%08x R=%08x CCIN=%04x CC=%04x\n",
- stringify(OP) "w", s0, s1, res, iflags, flags & CC_MASK);
-}
-
-#else
-#define EXECSHIFT(size, res, s1, s2, flags) \
- asm ("push %4\n\t"\
- "popf\n\t"\
- stringify(OP) size " %%cl, %" size "5, %" size "0\n\t" \
- "pushf\n\t"\
- "popl %1\n\t"\
- : "=g" (res), "=g" (flags)\
- : "c" (s1), "0" (res), "1" (flags), "r" (s2));
-
-void exec_opl(int s2, int s0, int s1, int iflags)
-{
- int res, flags;
- res = s0;
- flags = iflags;
- EXECSHIFT("", res, s1, s2, flags);
- /* overflow is undefined if count != 1 */
- if (s1 != 1)
- flags &= ~CC_O;
- printf("%-10s A=%08x B=%08x C=%08x R=%08x CCIN=%04x CC=%04x\n",
- stringify(OP) "l", s0, s2, s1, res, iflags, flags & CC_MASK);
-}
-
-void exec_opw(int s2, int s0, int s1, int iflags)
-{
- int res, flags;
- res = s0;
- flags = iflags;
- EXECSHIFT("w", res, s1, s2, flags);
- /* overflow is undefined if count != 1 */
- if (s1 != 1)
- flags &= ~CC_O;
- printf("%-10s A=%08x B=%08x C=%08x R=%08x CCIN=%04x CC=%04x\n",
- stringify(OP) "w", s0, s2, s1, res, iflags, flags & CC_MASK);
-}
-
-#endif
-
-#ifndef OP_NOBYTE
-void exec_opb(int s0, int s1, int iflags)
-{
- int res, flags;
- res = s0;
- flags = iflags;
- EXECSHIFT("b", res, s1, 0, flags);
- /* overflow is undefined if count != 1 */
- if (s1 != 1)
- flags &= ~CC_O;
- printf("%-10s A=%08x B=%08x R=%08x CCIN=%04x CC=%04x\n",
- stringify(OP) "b", s0, s1, res, iflags, flags & CC_MASK);
-}
-#endif
-
-void exec_op(int s2, int s0, int s1)
-{
- int o,s,z,a,c,p,flags_in;
- for (o = 0; o < 2; o++) {
- for (s = 0; s < 2; s++) {
- for (z = 0; z < 2; z++) {
- for (a = 0; a < 2; a++) {
- for (c = 0; c < 2; c++) {
- for (p = 0; p < 2; p++) {
-
- flags_in = (o ? CC_O : 0)
- | (s ? CC_S : 0)
- | (z ? CC_Z : 0)
- | (a ? CC_A : 0)
- | (c ? CC_C : 0)
- | (p ? CC_P : 0);
-
- exec_opl(s2, s0, s1, flags_in);
-#ifdef OP_SHIFTD
- if (s1 <= 15)
- exec_opw(s2, s0, s1, flags_in);
-#else
- exec_opw(s2, s0, s1, flags_in);
-#endif
-#ifndef OP_NOBYTE
- exec_opb(s0, s1, flags_in);
-#endif
-#ifdef OP_CC
- exec_opl(s2, s0, s1, flags_in);
- exec_opw(s2, s0, s1, flags_in);
- exec_opb(s0, s1, flags_in);
-#endif
-
- }}}}}}
-
-}
-
-void glue(test_, OP)(void)
-{
- int i;
- for(i = 0; i < 32; i++)
- exec_op(0x21ad3d34, 0x12345678, i);
- for(i = 0; i < 32; i++)
- exec_op(0x813f3421, 0x82345678, i);
-}
-
-void *glue(_test_, OP) __init_call = glue(test_, OP);
-
-#undef OP
-#undef OP_CC
-#undef OP_SHIFTD
-#undef OP_NOBYTE
-#undef EXECSHIFT
-
diff --git a/VEX/test/test-i386.c b/VEX/test/test-i386.c
deleted file mode 100644
index cd47930..0000000
--- a/VEX/test/test-i386.c
+++ /dev/null
@@ -1,1668 +0,0 @@
-/*
- * x86 CPU test
- *
- * Copyright (c) 2003 Fabrice Bellard
- *
- * This program is free software; you can redistribute it and/or modify
- * it under the terms of the GNU General Public License as published by
- * the Free Software Foundation; either version 2 of the License, or
- * (at your option) any later version.
- *
- * This program is distributed in the hope that it will be useful,
- * but WITHOUT ANY WARRANTY; without even the implied warranty of
- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
- * GNU General Public License for more details.
- *
- * You should have received a copy of the GNU General Public License
- * along with this program; if not, write to the Free Software
- * Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
- */
-#define _GNU_SOURCE
-#include <stdlib.h>
-#include <stdio.h>
-#include <string.h>
-#include <inttypes.h>
-#include <math.h>
-#include <signal.h>
-#include <setjmp.h>
-#include <errno.h>
-#include <sys/ucontext.h>
-#include <sys/mman.h>
-#include <asm/vm86.h>
-
-/* Setting this to 1 creates a very comprehensive test of
- integer condition codes. */
-#define TEST_INTEGER_VERBOSE 1
-
-
-//#define LINUX_VM86_IOPL_FIX
-//#define TEST_P4_FLAGS
-
-#define xglue(x, y) x ## y
-#define glue(x, y) xglue(x, y)
-#define stringify(s) tostring(s)
-#define tostring(s) #s
-
-#define CC_C 0x0001
-#define CC_P 0x0004
-#define CC_A 0x0010
-#define CC_Z 0x0040
-#define CC_S 0x0080
-#define CC_O 0x0800
-
-#define __init_call __attribute__ ((unused,__section__ (".initcall.init")))
-
-static void *call_start __init_call = NULL;
-
-#define CC_MASK (CC_C | CC_P | CC_Z | CC_S | CC_O | CC_A)
-
-#define OP add
-#include "test-i386.h"
-
-#define OP sub
-#include "test-i386.h"
-
-#define OP xor
-#include "test-i386.h"
-
-#define OP and
-#include "test-i386.h"
-
-#define OP or
-#include "test-i386.h"
-
-#define OP cmp
-#include "test-i386.h"
-
-#define OP adc
-#define OP_CC
-#include "test-i386.h"
-
-#define OP sbb
-#define OP_CC
-#include "test-i386.h"
-
-#define OP inc
-#define OP_CC
-#define OP1
-#include "test-i386.h"
-
-#define OP dec
-#define OP_CC
-#define OP1
-#include "test-i386.h"
-
-#define OP neg
-#define OP_CC
-#define OP1
-#include "test-i386.h"
-
-#define OP not
-#define OP_CC
-#define OP1
-#include "test-i386.h"
-
-#undef CC_MASK
-#define CC_MASK (CC_C | CC_P | CC_Z | CC_S | CC_O)
-
-#define OP shl
-#include "test-i386-shift.h"
-
-#define OP shr
-#include "test-i386-shift.h"
-
-#define OP sar
-#include "test-i386-shift.h"
-
-#define OP rol
-#include "test-i386-shift.h"
-
-#define OP ror
-#include "test-i386-shift.h"
-
-#define OP rcr
-#define OP_CC
-#include "test-i386-shift.h"
-
-#define OP rcl
-#define OP_CC
-#include "test-i386-shift.h"
-
-#define OP shld
-#define OP_SHIFTD
-#define OP_NOBYTE
-#include "test-i386-shift.h"
-
-#define OP shrd
-#define OP_SHIFTD
-#define OP_NOBYTE
-#include "test-i386-shift.h"
-
-
-/* XXX: should be more precise ? */
-#undef CC_MASK
-#define CC_MASK (CC_C)
-
-#define OP bt
-#define OP_NOBYTE
-#include "test-i386-shift.h"
-
-#define OP bts
-#define OP_NOBYTE
-#include "test-i386-shift.h"
-
-#define OP btr
-#define OP_NOBYTE
-#include "test-i386-shift.h"
-
-#define OP btc
-#define OP_NOBYTE
-#include "test-i386-shift.h"
-
-
-/* lea test (modrm support) */
-#define TEST_LEA(STR)\
-{\
- asm("leal " STR ", %0"\
- : "=r" (res)\
- : "a" (eax), "b" (ebx), "c" (ecx), "d" (edx), "S" (esi), "D" (edi));\
- printf("lea %s = %08x\n", STR, res);\
-}
-
-#define TEST_LEA16(STR)\
-{\
- asm(".code16 ; .byte 0x67 ; leal " STR ", %0 ; .code32"\
- : "=wq" (res)\
- : "a" (eax), "b" (ebx), "c" (ecx), "d" (edx), "S" (esi), "D" (edi));\
- printf("lea %s = %08x\n", STR, res);\
-}
-
-
-void test_lea(void)
-{
- int eax, ebx, ecx, edx, esi, edi, res;
- eax = 0x0001;
- ebx = 0x0002;
- ecx = 0x0004;
- edx = 0x0008;
- esi = 0x0010;
- edi = 0x0020;
-
- TEST_LEA("0x4000");
-
- TEST_LEA("(%%eax)");
- TEST_LEA("(%%ebx)");
- TEST_LEA("(%%ecx)");
- TEST_LEA("(%%edx)");
- TEST_LEA("(%%esi)");
- TEST_LEA("(%%edi)");
-
- TEST_LEA("0x40(%%eax)");
- TEST_LEA("0x40(%%ebx)");
- TEST_LEA("0x40(%%ecx)");
- TEST_LEA("0x40(%%edx)");
- TEST_LEA("0x40(%%esi)");
- TEST_LEA("0x40(%%edi)");
-
- TEST_LEA("0x4000(%%eax)");
- TEST_LEA("0x4000(%%ebx)");
- TEST_LEA("0x4000(%%ecx)");
- TEST_LEA("0x4000(%%edx)");
- TEST_LEA("0x4000(%%esi)");
- TEST_LEA("0x4000(%%edi)");
-
- TEST_LEA("(%%eax, %%ecx)");
- TEST_LEA("(%%ebx, %%edx)");
- TEST_LEA("(%%ecx, %%ecx)");
- TEST_LEA("(%%edx, %%ecx)");
- TEST_LEA("(%%esi, %%ecx)");
- TEST_LEA("(%%edi, %%ecx)");
-
- TEST_LEA("0x40(%%eax, %%ecx)");
- TEST_LEA("0x4000(%%ebx, %%edx)");
-
- TEST_LEA("(%%ecx, %%ecx, 2)");
- TEST_LEA("(%%edx, %%ecx, 4)");
- TEST_LEA("(%%esi, %%ecx, 8)");
-
- TEST_LEA("(,%%eax, 2)");
- TEST_LEA("(,%%ebx, 4)");
- TEST_LEA("(,%%ecx, 8)");
-
- TEST_LEA("0x40(,%%eax, 2)");
- TEST_LEA("0x40(,%%ebx, 4)");
- TEST_LEA("0x40(,%%ecx, 8)");
-
-
- TEST_LEA("-10(%%ecx, %%ecx, 2)");
- TEST_LEA("-10(%%edx, %%ecx, 4)");
- TEST_LEA("-10(%%esi, %%ecx, 8)");
-
- TEST_LEA("0x4000(%%ecx, %%ecx, 2)");
- TEST_LEA("0x4000(%%edx, %%ecx, 4)");
- TEST_LEA("0x4000(%%esi, %%ecx, 8)");
-}
-
-#define TEST_JCC(JCC, v1, v2)\
-{\
- int res;\
- asm("movl $1, %0\n\t"\
- "cmpl %2, %1\n\t"\
- "j" JCC " 1f\n\t"\
- "movl $0, %0\n\t"\
- "1:\n\t"\
- : "=r" (res)\
- : "r" (v1), "r" (v2));\
- printf("%-10s %d\n", "j" JCC, res);\
-\
- asm("movl $0, %0\n\t"\
- "cmpl %2, %1\n\t"\
- "set" JCC " %b0\n\t"\
- : "=r" (res)\
- : "r" (v1), "r" (v2));\
- printf("%-10s %d\n", "set" JCC, res);\
- { int one = 1; \
- asm("movl $0x12345678, %0\n\t"\
- "cmpl %2, %1\n\t"\
- "cmov" JCC "l %3, %0\n\t"\
- : "=r" (res)\
- : "r" (v1), "r" (v2), "m" (one));\
- printf("%-10s R=0x%08x\n", "cmov" JCC "l", res);\
- asm("movl $0x12345678, %0\n\t"\
- "cmpl %2, %1\n\t"\
- "cmov" JCC "w %w3, %w0\n\t"\
- : "=r" (res)\
- : "r" (v1), "r" (v2), "r" (1));\
- printf("%-10s R=0x%08x\n", "cmov" JCC "w", res);\
- } \
-}
-
-/* various jump tests */
-void test_jcc(void)
-{
- TEST_JCC("ne", 1, 1);
- TEST_JCC("ne", 1, 0);
-
- TEST_JCC("e", 1, 1);
- TEST_JCC("e", 1, 0);
-
- TEST_JCC("l", 1, 1);
- TEST_JCC("l", 1, 0);
- TEST_JCC("l", 1, -1);
-
- TEST_JCC("le", 1, 1);
- TEST_JCC("le", 1, 0);
- TEST_JCC("le", 1, -1);
-
- TEST_JCC("ge", 1, 1);
- TEST_JCC("ge", 1, 0);
- TEST_JCC("ge", -1, 1);
-
- TEST_JCC("g", 1, 1);
- TEST_JCC("g", 1, 0);
- TEST_JCC("g", 1, -1);
-
- TEST_JCC("b", 1, 1);
- TEST_JCC("b", 1, 0);
- TEST_JCC("b", 1, -1);
-
- TEST_JCC("be", 1, 1);
- TEST_JCC("be", 1, 0);
- TEST_JCC("be", 1, -1);
-
- TEST_JCC("ae", 1, 1);
- TEST_JCC("ae", 1, 0);
- TEST_JCC("ae", 1, -1);
-
- TEST_JCC("a", 1, 1);
- TEST_JCC("a", 1, 0);
- TEST_JCC("a", 1, -1);
-
-
- TEST_JCC("p", 1, 1);
- TEST_JCC("p", 1, 0);
-
- TEST_JCC("np", 1, 1);
- TEST_JCC("np", 1, 0);
-
- TEST_JCC("o", 0x7fffffff, 0);
- TEST_JCC("o", 0x7fffffff, -1);
-
- TEST_JCC("no", 0x7fffffff, 0);
- TEST_JCC("no", 0x7fffffff, -1);
-
- TEST_JCC("s", 0, 1);
- TEST_JCC("s", 0, -1);
- TEST_JCC("s", 0, 0);
-
- TEST_JCC("ns", 0, 1);
- TEST_JCC("ns", 0, -1);
- TEST_JCC("ns", 0, 0);
-}
-
-#undef CC_MASK
-#ifdef TEST_P4_FLAGS
-#define CC_MASK (CC_C | CC_P | CC_Z | CC_S | CC_O | CC_A)
-#else
-#define CC_MASK (CC_O | CC_C)
-#endif
-
-#define OP mul
-#include "test-i386-muldiv.h"
-
-#define OP imul
-#include "test-i386-muldiv.h"
-
-void test_imulw2(int op0, int op1)
-{
- int res, s1, s0, flags;
- s0 = op0;
- s1 = op1;
- res = s0;
- flags = 0;
- asm ("push %4\n\t"
- "popf\n\t"
- "imulw %w2, %w0\n\t"
- "pushf\n\t"
- "popl %1\n\t"
- : "=q" (res), "=g" (flags)
- : "q" (s1), "0" (res), "1" (flags));
- printf("%-10s A=%08x B=%08x R=%08x CC=%04x\n",
- "imulw", s0, s1, res, flags & CC_MASK);
-}
-
-void test_imull2(int op0, int op1)
-{
- int res, s1, s0, flags;
- s0 = op0;
- s1 = op1;
- res = s0;
- flags = 0;
- asm ("push %4\n\t"
- "popf\n\t"
- "imull %2, %0\n\t"
- "pushf\n\t"
- "popl %1\n\t"
- : "=q" (res), "=g" (flags)
- : "q" (s1), "0" (res), "1" (flags));
- printf("%-10s A=%08x B=%08x R=%08x CC=%04x\n",
- "imull", s0, s1, res, flags & CC_MASK);
-}
-
-#define TEST_IMUL_IM(size, size1, op0, op1)\
-{\
- int res, flags;\
- flags = 0;\
- res = 0;\
- asm ("push %3\n\t"\
- "popf\n\t"\
- "imul" size " $" #op0 ", %" size1 "2, %" size1 "0\n\t" \
- "pushf\n\t"\
- "popl %1\n\t"\
- : "=r" (res), "=g" (flags)\
- : "r" (op1), "1" (flags), "0" (res));\
- printf("%-10s A=%08x B=%08x R=%08x CC=%04x\n",\
- "imul" size, op0, op1, res, flags & CC_MASK);\
-}
-
-
-#undef CC_MASK
-#define CC_MASK (0)
-
-#define OP div
-#include "test-i386-muldiv.h"
-
-#define OP idiv
-#include "test-i386-muldiv.h"
-
-void test_mul(void)
-{
- test_imulb(0x1234561d, 4);
- test_imulb(3, -4);
- test_imulb(0x80, 0x80);
- test_imulb(0x10, 0x10);
-
- test_imulw(0, 0, 0);
- test_imulw(0, 0xFF, 0xFF);
- test_imulw(0, 0xFF, 0x100);
- test_imulw(0, 0x1234001d, 45);
- test_imulw(0, 23, -45);
- test_imulw(0, 0x8000, 0x8000);
- test_imulw(0, 0x100, 0x100);
-
- test_imull(0, 0, 0);
- test_imull(0, 0xFFFF, 0xFFFF);
- test_imull(0, 0xFFFF, 0x10000);
- test_imull(0, 0x1234001d, 45);
- test_imull(0, 23, -45);
- test_imull(0, 0x80000000, 0x80000000);
- test_imull(0, 0x10000, 0x10000);
-
- test_mulb(0x1234561d, 4);
- test_mulb(3, -4);
- test_mulb(0x80, 0x80);
- test_mulb(0x10, 0x10);
-
- test_mulw(0, 0x1234001d, 45);
- test_mulw(0, 23, -45);
- test_mulw(0, 0x8000, 0x8000);
- test_mulw(0, 0x100, 0x100);
-
- test_mull(0, 0x1234001d, 45);
- test_mull(0, 23, -45);
- test_mull(0, 0x80000000, 0x80000000);
- test_mull(0, 0x10000, 0x10000);
-
- test_imulw2(0x1234001d, 45);
- test_imulw2(23, -45);
- test_imulw2(0x8000, 0x8000);
- test_imulw2(0x100, 0x100);
-
- test_imull2(0x1234001d, 45);
- test_imull2(23, -45);
- test_imull2(0x80000000, 0x80000000);
- test_imull2(0x10000, 0x10000);
-
- TEST_IMUL_IM("w", "w", 45, 0x1234);
- TEST_IMUL_IM("w", "w", -45, 23);
- TEST_IMUL_IM("w", "w", 0x8000, 0x80000000);
- TEST_IMUL_IM("w", "w", 0x7fff, 0x1000);
-
- TEST_IMUL_IM("l", "", 45, 0x1234);
- TEST_IMUL_IM("l", "", -45, 23);
- TEST_IMUL_IM("l", "", 0x8000, 0x80000000);
- TEST_IMUL_IM("l", "", 0x7fff, 0x1000);
-
- test_idivb(0x12341678, 0x127e);
- test_idivb(0x43210123, -5);
- test_idivb(0x12340004, -1);
-
- test_idivw(0, 0x12345678, 12347);
- test_idivw(0, -23223, -45);
- test_idivw(0, 0x12348000, -1);
- test_idivw(0x12343, 0x12345678, 0x81238567);
-
- test_idivl(0, 0x12345678, 12347);
- test_idivl(0, -233223, -45);
- test_idivl(0, 0x80000000, -1);
- test_idivl(0x12343, 0x12345678, 0x81234567);
-
- test_divb(0x12341678, 0x127e);
- test_divb(0x43210123, -5);
- test_divb(0x12340004, -1);
-
- test_divw(0, 0x12345678, 12347);
- test_divw(0, -23223, -45);
- test_divw(0, 0x12348000, -1);
- test_divw(0x12343, 0x12345678, 0x81238567);
-
- test_divl(0, 0x12345678, 12347);
- test_divl(0, -233223, -45);
- test_divl(0, 0x80000000, -1);
- test_divl(0x12343, 0x12345678, 0x81234567);
-}
-
-#define TEST_BSX(op, size, op0)\
-{\
- int res, val, resz;\
- val = op0;\
- asm("xorl %1, %1\n\t"\
- "movl $0x12345678, %0\n\t"\
- #op " %" size "2, %" size "0\n\t" \
- "setz %b1" \
- : "=r" (res), "=q" (resz)\
- : "r" (val));\
- printf("%-10s A=%08x R=%08x %d\n", #op, val, res, resz);\
-}
-
-void test_bsx(void)
-{
- TEST_BSX(bsrw, "w", 0);
- TEST_BSX(bsrw, "w", 0x12340128);
- TEST_BSX(bsrl, "", 0);
- TEST_BSX(bsrl, "", 0x00340128);
- TEST_BSX(bsfw, "w", 0);
- TEST_BSX(bsfw, "w", 0x12340128);
- TEST_BSX(bsfl, "", 0);
- TEST_BSX(bsfl, "", 0x00340128);
-}
-
-/**********************************************/
-
-void test_fops(double a, double b)
-{
- printf("a=%f b=%f a+b=%f\n", a, b, a + b);
- printf("a=%f b=%f a-b=%f\n", a, b, a - b);
- printf("a=%f b=%f a*b=%f\n", a, b, a * b);
- printf("a=%f b=%f a/b=%f\n", a, b, a / b);
- printf("a=%f b=%f fmod(a, b)=%f\n", a, b, fmod(a, b));
- printf("a=%f sqrt(a)=%f\n", a, sqrt(a));
- printf("a=%f sin(a)=%f\n", a, sin(a));
- printf("a=%f cos(a)=%f\n", a, cos(a));
- printf("a=%f tan(a)=%f\n", a, tan(a));
- printf("a=%f log(a)=%f\n", a, log(a));
- printf("a=%f exp(a)=%f\n", a, exp(a));
- printf("a=%f b=%f atan2(a, b)=%f\n", a, b, atan2(a, b));
- /* just to test some op combining */
- printf("a=%f asin(sin(a))=%f\n", a, asin(sin(a)));
- printf("a=%f acos(cos(a))=%f\n", a, acos(cos(a)));
- printf("a=%f atan(tan(a))=%f\n", a, atan(tan(a)));
-}
-
-void test_fcmp(double a, double b)
-{
- printf("(%f<%f)=%d\n",
- a, b, a < b);
- printf("(%f<=%f)=%d\n",
- a, b, a <= b);
- printf("(%f==%f)=%d\n",
- a, b, a == b);
- printf("(%f>%f)=%d\n",
- a, b, a > b);
- printf("(%f<=%f)=%d\n",
- a, b, a >= b);
- {
- unsigned int eflags;
- /* test f(u)comi instruction */
- asm("fcomi %2, %1\n"
- "pushf\n"
- "pop %0\n"
- : "=r" (eflags)
- : "t" (a), "u" (b));
- printf("fcomi(%f %f)=%08x\n", a, b, eflags & (CC_Z | CC_P | CC_C));
- }
-}
-
-void test_fcvt(double a)
-{
- float fa;
- long double la;
- int16_t fpuc;
- int i;
- int64_t lla;
- int ia;
- int16_t wa;
- double ra;
-
- fa = a;
- la = a;
- printf("(float)%f = %f\n", a, fa);
- printf("(long double)%f = %Lf\n", a, la);
- printf("a=%016Lx\n", *(long long *)&a);
- printf("la=%016Lx %04x\n", *(long long *)&la,
- *(unsigned short *)((char *)(&la) + 8));
-
- /* test all roundings */
- asm volatile ("fstcw %0" : "=m" (fpuc));
- for(i=0;i<4;i++) {
- int16_t tmp = (fpuc & ~0x0c00) | (i << 10);
- asm volatile ("fldcw %0" : : "m" (tmp));
- asm volatile ("fist %0" : "=m" (wa) : "t" (a));
- asm volatile ("fistl %0" : "=m" (ia) : "t" (a));
- asm volatile ("fistpll %0" : "=m" (lla) : "t" (a) : "st");
- asm volatile ("frndint ; fstl %0" : "=m" (ra) : "t" (a));
- asm volatile ("fldcw %0" : : "m" (fpuc));
- printf("(short)a = %d\n", wa);
- printf("(int)a = %d\n", ia);
- printf("(int64_t)a = %Ld\n", lla);
- printf("rint(a) = %f\n", ra);
- }
-}
-
-#define TEST(N) \
- asm("fld" #N : "=t" (a)); \
- printf("fld" #N "= %f\n", a);
-
-void test_fconst(void)
-{
- double a;
- TEST(1);
- TEST(l2t);
- TEST(l2e);
- TEST(pi);
- TEST(lg2);
- TEST(ln2);
- TEST(z);
-}
-
-void test_fbcd(double a)
-{
- unsigned short bcd[5];
- double b;
-
- asm("fbstp %0" : "=m" (bcd[0]) : "t" (a) : "st");
- asm("fbld %1" : "=t" (b) : "m" (bcd[0]));
- printf("a=%f bcd=%04x%04x%04x%04x%04x b=%f\n",
- a, bcd[4], bcd[3], bcd[2], bcd[1], bcd[0], b);
-}
-
-#define TEST_ENV(env, save, restore)\
-{\
- memset((env), 0xaa, sizeof(*(env)));\
- for(i=0;i<5;i++)\
- asm volatile ("fldl %0" : : "m" (dtab[i]));\
- asm(save " %0\n" : : "m" (*(env)));\
- asm(restore " %0\n": : "m" (*(env)));\
- for(i=0;i<5;i++)\
- asm volatile ("fstpl %0" : "=m" (rtab[i]));\
- for(i=0;i<5;i++)\
- printf("res[%d]=%f\n", i, rtab[i]);\
- printf("fpuc=%04x fpus=%04x fptag=%04x\n",\
- (env)->fpuc,\
- (env)->fpus & 0xff00,\
- (env)->fptag);\
-}
-
-void test_fenv(void)
-{
- struct __attribute__((packed)) {
- uint16_t fpuc;
- uint16_t dummy1;
- uint16_t fpus;
- uint16_t dummy2;
- uint16_t fptag;
- uint16_t dummy3;
- uint32_t ignored[4];
- long double fpregs[8];
- } float_env32;
- struct __attribute__((packed)) {
- uint16_t fpuc;
- uint16_t fpus;
- uint16_t fptag;
- uint16_t ignored[4];
- long double fpregs[8];
- } float_env16;
- double dtab[8];
- double rtab[8];
- int i;
-
- for(i=0;i<8;i++)
- dtab[i] = i + 1;
-
- TEST_ENV(&float_env16, "data16 fnstenv", "data16 fldenv");
- TEST_ENV(&float_env16, "data16 fnsave", "data16 frstor");
- TEST_ENV(&float_env32, "fnstenv", "fldenv");
- TEST_ENV(&float_env32, "fnsave", "frstor");
-
- /* test for ffree */
- for(i=0;i<5;i++)
- asm volatile ("fldl %0" : : "m" (dtab[i]));
- asm volatile("ffree %st(2)");
- asm volatile ("fnstenv %0\n" : : "m" (float_env32));
- asm volatile ("fninit");
- printf("fptag=%04x\n", float_env32.fptag);
-}
-
-
-#define TEST_FCMOV(a, b, eflags, CC)\
-{\
- double res;\
- asm("push %3\n"\
- "popf\n"\
- "fcmov" CC " %2, %0\n"\
- : "=t" (res)\
- : "0" (a), "u" (b), "g" (eflags));\
- printf("fcmov%s eflags=0x%04x-> %f\n", \
- CC, eflags, res);\
-}
-
-void test_fcmov(void)
-{
- double a, b;
- int eflags, i;
-
- a = 1.0;
- b = 2.0;
- for(i = 0; i < 4; i++) {
- eflags = 0;
- if (i & 1)
- eflags |= CC_C;
- if (i & 2)
- eflags |= CC_Z;
- TEST_FCMOV(a, b, eflags, "b");
- TEST_FCMOV(a, b, eflags, "e");
- TEST_FCMOV(a, b, eflags, "be");
- TEST_FCMOV(a, b, eflags, "nb");
- TEST_FCMOV(a, b, eflags, "ne");
- TEST_FCMOV(a, b, eflags, "nbe");
- }
- TEST_FCMOV(a, b, 0, "u");
- TEST_FCMOV(a, b, CC_P, "u");
- TEST_FCMOV(a, b, 0, "nu");
- TEST_FCMOV(a, b, CC_P, "nu");
-}
-
-void test_floats(void)
-{
- test_fops(2, 3);
- test_fops(1.4, -5);
- test_fcmp(2, -1);
- test_fcmp(2, 2);
- test_fcmp(2, 3);
- test_fcvt(0.5);
- test_fcvt(-0.5);
- test_fcvt(1.0/7.0);
- test_fcvt(-1.0/9.0);
- test_fcvt(32768);
- test_fcvt(-1e20);
- test_fconst();
- // REINSTATE (maybe): test_fbcd(1234567890123456);
- // REINSTATE (maybe): test_fbcd(-123451234567890);
- // REINSTATE: test_fenv();
- // REINSTATE: test_fcmov();
-}
-
-/**********************************************/
-#if 0
-
-#define TEST_BCD(op, op0, cc_in, cc_mask)\
-{\
- int res, flags;\
- res = op0;\
- flags = cc_in;\
- asm ("push %3\n\t"\
- "popf\n\t"\
- #op "\n\t"\
- "pushf\n\t"\
- "popl %1\n\t"\
- : "=a" (res), "=g" (flags)\
- : "0" (res), "1" (flags));\
- printf("%-10s A=%08x R=%08x CCIN=%04x CC=%04x\n",\
- #op, op0, res, cc_in, flags & cc_mask);\
-}
-
-void test_bcd(void)
-{
- TEST_BCD(daa, 0x12340503, CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(daa, 0x12340506, CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(daa, 0x12340507, CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(daa, 0x12340559, CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(daa, 0x12340560, CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(daa, 0x1234059f, CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(daa, 0x123405a0, CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(daa, 0x12340503, 0, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(daa, 0x12340506, 0, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(daa, 0x12340503, CC_C, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(daa, 0x12340506, CC_C, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(daa, 0x12340503, CC_C | CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(daa, 0x12340506, CC_C | CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_A));
-
- TEST_BCD(das, 0x12340503, CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(das, 0x12340506, CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(das, 0x12340507, CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(das, 0x12340559, CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(das, 0x12340560, CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(das, 0x1234059f, CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(das, 0x123405a0, CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(das, 0x12340503, 0, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(das, 0x12340506, 0, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(das, 0x12340503, CC_C, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(das, 0x12340506, CC_C, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(das, 0x12340503, CC_C | CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_A));
- TEST_BCD(das, 0x12340506, CC_C | CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_A));
-
- TEST_BCD(aaa, 0x12340205, CC_A, (CC_C | CC_A));
- TEST_BCD(aaa, 0x12340306, CC_A, (CC_C | CC_A));
- TEST_BCD(aaa, 0x1234040a, CC_A, (CC_C | CC_A));
- TEST_BCD(aaa, 0x123405fa, CC_A, (CC_C | CC_A));
- TEST_BCD(aaa, 0x12340205, 0, (CC_C | CC_A));
- TEST_BCD(aaa, 0x12340306, 0, (CC_C | CC_A));
- TEST_BCD(aaa, 0x1234040a, 0, (CC_C | CC_A));
- TEST_BCD(aaa, 0x123405fa, 0, (CC_C | CC_A));
-
- TEST_BCD(aas, 0x12340205, CC_A, (CC_C | CC_A));
- TEST_BCD(aas, 0x12340306, CC_A, (CC_C | CC_A));
- TEST_BCD(aas, 0x1234040a, CC_A, (CC_C | CC_A));
- TEST_BCD(aas, 0x123405fa, CC_A, (CC_C | CC_A));
- TEST_BCD(aas, 0x12340205, 0, (CC_C | CC_A));
- TEST_BCD(aas, 0x12340306, 0, (CC_C | CC_A));
- TEST_BCD(aas, 0x1234040a, 0, (CC_C | CC_A));
- TEST_BCD(aas, 0x123405fa, 0, (CC_C | CC_A));
-
- TEST_BCD(aam, 0x12340547, CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_O | CC_A));
- TEST_BCD(aad, 0x12340407, CC_A, (CC_C | CC_P | CC_Z | CC_S | CC_O | CC_A));
-}
-#endif /* 0 */
-
-#define TEST_XCHG(op, size, opconst)\
-{\
- int op0, op1;\
- op0 = 0x12345678;\
- op1 = 0xfbca7654;\
- asm(#op " %" size "0, %" size "1" \
- : "=q" (op0), opconst (op1) \
- : "0" (op0), "1" (op1));\
- printf("%-10s A=%08x B=%08x\n",\
- #op, op0, op1);\
-}
-
-#define TEST_CMPXCHG(op, size, opconst, eax)\
-{\
- int op0, op1;\
- op0 = 0x12345678;\
- op1 = 0xfbca7654;\
- asm(#op " %" size "0, %" size "1" \
- : "=q" (op0), opconst (op1) \
- : "0" (op0), "1" (op1), "a" (eax));\
- printf("%-10s EAX=%08x A=%08x C=%08x\n",\
- #op, eax, op0, op1);\
-}
-
-void test_xchg(void)
-{
- TEST_XCHG(xchgl, "", "=q");
- TEST_XCHG(xchgw, "w", "=q");
- TEST_XCHG(xchgb, "b", "=q");
-
- TEST_XCHG(xchgl, "", "=m");
- TEST_XCHG(xchgw, "w", "=m");
- TEST_XCHG(xchgb, "b", "=m");
-
-#if 0
- TEST_XCHG(xaddl, "", "=q");
- TEST_XCHG(xaddw, "w", "=q");
- TEST_XCHG(xaddb, "b", "=q");
-
- {
- int res;
- res = 0x12345678;
- asm("xaddl %1, %0" : "=r" (res) : "0" (res));
- printf("xaddl same res=%08x\n", res);
- }
-
- TEST_XCHG(xaddl, "", "=m");
- TEST_XCHG(xaddw, "w", "=m");
- TEST_XCHG(xaddb, "b", "=m");
-#endif
- TEST_CMPXCHG(cmpxchgl, "", "=q", 0xfbca7654);
- TEST_CMPXCHG(cmpxchgw, "w", "=q", 0xfbca7654);
- TEST_CMPXCHG(cmpxchgb, "b", "=q", 0xfbca7654);
-
- TEST_CMPXCHG(cmpxchgl, "", "=q", 0xfffefdfc);
- TEST_CMPXCHG(cmpxchgw, "w", "=q", 0xfffefdfc);
- TEST_CMPXCHG(cmpxchgb, "b", "=q", 0xfffefdfc);
-
- TEST_CMPXCHG(cmpxchgl, "", "=m", 0xfbca7654);
- TEST_CMPXCHG(cmpxchgw, "w", "=m", 0xfbca7654);
- TEST_CMPXCHG(cmpxchgb, "b", "=m", 0xfbca7654);
-
- TEST_CMPXCHG(cmpxchgl, "", "=m", 0xfffefdfc);
- TEST_CMPXCHG(cmpxchgw, "w", "=m", 0xfffefdfc);
- TEST_CMPXCHG(cmpxchgb, "b", "=m", 0xfffefdfc);
-#if 0
- {
- uint64_t op0, op1, op2;
- int i, eflags;
-
- for(i = 0; i < 2; i++) {
- op0 = 0x123456789abcd;
- if (i == 0)
- op1 = 0xfbca765423456;
- else
- op1 = op0;
- op2 = 0x6532432432434;
- asm("cmpxchg8b %1\n"
- "pushf\n"
- "popl %2\n"
- : "=A" (op0), "=m" (op1), "=g" (eflags)
- : "0" (op0), "m" (op1), "b" ((int)op2), "c" ((int)(op2 >> 32)));
- printf("cmpxchg8b: op0=%016llx op1=%016llx CC=%02x\n",
- op0, op1, eflags & CC_Z);
- }
- }
-#endif
-}
-
-/**********************************************/
-/* segmentation tests */
-#if 0
-#include <asm/ldt.h>
-#include <linux/unistd.h>
-#include <linux/version.h>
-
-_syscall3(int, modify_ldt, int, func, void *, ptr, unsigned long, bytecount)
-
-#if LINUX_VERSION_CODE >= KERNEL_VERSION(2, 5, 66)
-#define modify_ldt_ldt_s user_desc
-#endif
-
-uint8_t seg_data1[4096];
-uint8_t seg_data2[4096];
-
-#define MK_SEL(n) (((n) << 3) | 7)
-
-#define TEST_LR(op, size, seg, mask)\
-{\
- int res, res2;\
- res = 0x12345678;\
- asm (op " %" size "2, %" size "0\n" \
- "movl $0, %1\n"\
- "jnz 1f\n"\
- "movl $1, %1\n"\
- "1:\n"\
- : "=r" (res), "=r" (res2) : "m" (seg), "0" (res));\
- printf(op ": Z=%d %08x\n", res2, res & ~(mask));\
-}
-
-/* NOTE: we use Linux modify_ldt syscall */
-void test_segs(void)
-{
- struct modify_ldt_ldt_s ldt;
- long long ldt_table[3];
- int res, res2;
- char tmp;
- struct {
- uint32_t offset;
- uint16_t seg;
- } __attribute__((packed)) segoff;
-
- ldt.entry_number = 1;
- ldt.base_addr = (unsigned long)&seg_data1;
- ldt.limit = (sizeof(seg_data1) + 0xfff) >> 12;
- ldt.seg_32bit = 1;
- ldt.contents = MODIFY_LDT_CONTENTS_DATA;
- ldt.read_exec_only = 0;
- ldt.limit_in_pages = 1;
- ldt.seg_not_present = 0;
- ldt.useable = 1;
- modify_ldt(1, &ldt, sizeof(ldt)); /* write ldt entry */
-
- ldt.entry_number = 2;
- ldt.base_addr = (unsigned long)&seg_data2;
- ldt.limit = (sizeof(seg_data2) + 0xfff) >> 12;
- ldt.seg_32bit = 1;
- ldt.contents = MODIFY_LDT_CONTENTS_DATA;
- ldt.read_exec_only = 0;
- ldt.limit_in_pages = 1;
- ldt.seg_not_present = 0;
- ldt.useable = 1;
- modify_ldt(1, &ldt, sizeof(ldt)); /* write ldt entry */
-
- modify_ldt(0, &ldt_table, sizeof(ldt_table)); /* read ldt entries */
-#if 0
- {
- int i;
- for(i=0;i<3;i++)
- printf("%d: %016Lx\n", i, ldt_table[i]);
- }
-#endif
- /* do some tests with fs or gs */
- asm volatile ("movl %0, %%fs" : : "r" (MK_SEL(1)));
-
- seg_data1[1] = 0xaa;
- seg_data2[1] = 0x55;
-
- asm volatile ("fs movzbl 0x1, %0" : "=r" (res));
- printf("FS[1] = %02x\n", res);
-
- asm volatile ("pushl %%gs\n"
- "movl %1, %%gs\n"
- "gs movzbl 0x1, %0\n"
- "popl %%gs\n"
- : "=r" (res)
- : "r" (MK_SEL(2)));
- printf("GS[1] = %02x\n", res);
-
- /* tests with ds/ss (implicit segment case) */
- tmp = 0xa5;
- asm volatile ("pushl %%ebp\n\t"
- "pushl %%ds\n\t"
- "movl %2, %%ds\n\t"
- "movl %3, %%ebp\n\t"
- "movzbl 0x1, %0\n\t"
- "movzbl (%%ebp), %1\n\t"
- "popl %%ds\n\t"
- "popl %%ebp\n\t"
- : "=r" (res), "=r" (res2)
- : "r" (MK_SEL(1)), "r" (&tmp));
- printf("DS[1] = %02x\n", res);
- printf("SS[tmp] = %02x\n", res2);
-
- segoff.seg = MK_SEL(2);
- segoff.offset = 0xabcdef12;
- asm volatile("lfs %2, %0\n\t"
- "movl %%fs, %1\n\t"
- : "=r" (res), "=g" (res2)
- : "m" (segoff));
- printf("FS:reg = %04x:%08x\n", res2, res);
-
- TEST_LR("larw", "w", MK_SEL(2), 0x0100);
- TEST_LR("larl", "", MK_SEL(2), 0x0100);
- TEST_LR("lslw", "w", MK_SEL(2), 0);
- TEST_LR("lsll", "", MK_SEL(2), 0);
-
- TEST_LR("larw", "w", 0xfff8, 0);
- TEST_LR("larl", "", 0xfff8, 0);
- TEST_LR("lslw", "w", 0xfff8, 0);
- TEST_LR("lsll", "", 0xfff8, 0);
-}
-#endif
-
-#if 0
-/* 16 bit code test */
-extern char code16_start, code16_end;
-extern char code16_func1;
-extern char code16_func2;
-extern char code16_func3;
-
-void test_code16(void)
-{
- struct modify_ldt_ldt_s ldt;
- int res, res2;
-
- /* build a code segment */
- ldt.entry_number = 1;
- ldt.base_addr = (unsigned long)&code16_start;
- ldt.limit = &code16_end - &code16_start;
- ldt.seg_32bit = 0;
- ldt.contents = MODIFY_LDT_CONTENTS_CODE;
- ldt.read_exec_only = 0;
- ldt.limit_in_pages = 0;
- ldt.seg_not_present = 0;
- ldt.useable = 1;
- modify_ldt(1, &ldt, sizeof(ldt)); /* write ldt entry */
-
- /* call the first function */
- asm volatile ("lcall %1, %2"
- : "=a" (res)
- : "i" (MK_SEL(1)), "i" (&code16_func1): "memory", "cc");
- printf("func1() = 0x%08x\n", res);
- asm volatile ("lcall %2, %3"
- : "=a" (res), "=c" (res2)
- : "i" (MK_SEL(1)), "i" (&code16_func2): "memory", "cc");
- printf("func2() = 0x%08x spdec=%d\n", res, res2);
- asm volatile ("lcall %1, %2"
- : "=a" (res)
- : "i" (MK_SEL(1)), "i" (&code16_func3): "memory", "cc");
- printf("func3() = 0x%08x\n", res);
-}
-#endif
-
-extern char func_lret32;
-extern char func_iret32;
-
-void test_misc(void)
-{
- char table[256];
- int res, i;
-
-#if 0
- // REINSTATE
- for(i=0;i<256;i++) table[i] = 256 - i;
- res = 0x12345678;
- asm ("xlat" : "=a" (res) : "b" (table), "0" (res));
- printf("xlat: EAX=%08x\n", res);
-#endif
-#if 0
- // REINSTATE
- asm volatile ("pushl %%cs ; call %1"
- : "=a" (res)
- : "m" (func_lret32): "memory", "cc");
- printf("func_lret32=%x\n", res);
-
- asm volatile ("pushfl ; pushl %%cs ; call %1"
- : "=a" (res)
- : "m" (func_iret32): "memory", "cc");
- printf("func_iret32=%x\n", res);
-#endif
- /* specific popl test */
- asm volatile ("pushl $12345432 ; pushl $0x9abcdef ; popl (%%esp) ; popl %0"
- : "=g" (res));
- printf("popl esp=%x\n", res);
-#if 0
- // REINSTATE
- /* specific popw test */
- asm volatile ("pushl $12345432 ; pushl $0x9abcdef ; popw (%%esp) ; addl $2, %%esp ; popl %0"
- : "=g" (res));
- printf("popw esp=%x\n", res);
-#endif
-}
-
-uint8_t str_buffer[4096];
-
-#define TEST_STRING1(OP, size, DF, REP)\
-{\
- int esi, edi, eax, ecx, eflags;\
-\
- esi = (long)(str_buffer + sizeof(str_buffer) / 2);\
- edi = (long)(str_buffer + sizeof(str_buffer) / 2) + 16;\
- eax = 0x12345678;\
- ecx = 17;\
-\
- asm volatile ("pushl $0\n\t"\
- "popf\n\t"\
- DF "\n\t"\
- REP #OP size "\n\t"\
- "cld\n\t"\
- "pushf\n\t"\
- "popl %4\n\t"\
- : "=S" (esi), "=D" (edi), "=a" (eax), "=c" (ecx), "=g" (eflags)\
- : "0" (esi), "1" (edi), "2" (eax), "3" (ecx));\
- printf("%-10s ESI=%08x EDI=%08x EAX=%08x ECX=%08x EFL=%04x\n",\
- REP #OP size, esi, edi, eax, ecx,\
- eflags & (CC_C | CC_P | CC_Z | CC_S | CC_O | CC_A));\
-}
-
-#define TEST_STRING(OP, REP)\
- TEST_STRING1(OP, "b", "", REP);\
- TEST_STRING1(OP, "w", "", REP);\
- TEST_STRING1(OP, "l", "", REP);\
- TEST_STRING1(OP, "b", "std", REP);\
- TEST_STRING1(OP, "w", "std", REP);\
- TEST_STRING1(OP, "l", "std", REP)
-
-void test_string(void)
-{
- int i;
- for(i = 0;i < sizeof(str_buffer); i++)
- str_buffer[i] = i + 0x56;
- TEST_STRING(stos, "");
- TEST_STRING(stos, "rep ");
- // REINSTATE: TEST_STRING(lods, ""); /* to verify stos */
- // REINSTATE: TEST_STRING(lods, "rep ");
- TEST_STRING(movs, "");
- TEST_STRING(movs, "rep ");
- // REINSTATE: TEST_STRING(lods, ""); /* to verify stos */
-
- /* XXX: better tests */
- TEST_STRING(scas, "");
- // REINSTATE: TEST_STRING(scas, "repz ");
- TEST_STRING(scas, "repnz ");
- // REINSTATE: TEST_STRING(cmps, "");
- TEST_STRING(cmps, "repz ");
- // REINSTATE: TEST_STRING(cmps, "repnz ");
-}
-
-/* VM86 test */
-#if 0
-static inline void set_bit(uint8_t *a, unsigned int bit)
-{
- a[bit / 8] |= (1 << (bit % 8));
-}
-
-static inline uint8_t *seg_to_linear(unsigned int seg, unsigned int reg)
-{
- return (uint8_t *)((seg << 4) + (reg & 0xffff));
-}
-
-static inline void pushw(struct vm86_regs *r, int val)
-{
- r->esp = (r->esp & ~0xffff) | ((r->esp - 2) & 0xffff);
- *(uint16_t *)seg_to_linear(r->ss, r->esp) = val;
-}
-
-#undef __syscall_return
-#define __syscall_return(type, res) \
-do { \
- return (type) (res); \
-} while (0)
-
-_syscall2(int, vm86, int, func, struct vm86plus_struct *, v86)
-
-extern char vm86_code_start;
-extern char vm86_code_end;
-
-#define VM86_CODE_CS 0x100
-#define VM86_CODE_IP 0x100
-
-void test_vm86(void)
-{
- struct vm86plus_struct ctx;
- struct vm86_regs *r;
- uint8_t *vm86_mem;
- int seg, ret;
-
- vm86_mem = mmap((void *)0x00000000, 0x110000,
- PROT_WRITE | PROT_READ | PROT_EXEC,
- MAP_FIXED | MAP_ANON | MAP_PRIVATE, -1, 0);
- if (vm86_mem == MAP_FAILED) {
- printf("ERROR: could not map vm86 memory");
- return;
- }
- memset(&ctx, 0, sizeof(ctx));
-
- /* init basic registers */
- r = &ctx.regs;
- r->eip = VM86_CODE_IP;
- r->esp = 0xfffe;
- seg = VM86_CODE_CS;
- r->cs = seg;
- r->ss = seg;
- r->ds = seg;
- r->es = seg;
- r->fs = seg;
- r->gs = seg;
- r->eflags = VIF_MASK;
-
- /* move code to proper address. We use the same layout as a .com
- dos program. */
- memcpy(vm86_mem + (VM86_CODE_CS << 4) + VM86_CODE_IP,
- &vm86_code_start, &vm86_code_end - &vm86_code_start);
-
- /* mark int 0x21 as being emulated */
- set_bit((uint8_t *)&ctx.int_revectored, 0x21);
-
- for(;;) {
- ret = vm86(VM86_ENTER, &ctx);
- switch(VM86_TYPE(ret)) {
- case VM86_INTx:
- {
- int int_num, ah, v;
-
- int_num = VM86_ARG(ret);
- if (int_num != 0x21)
- goto unknown_int;
- ah = (r->eax >> 8) & 0xff;
- switch(ah) {
- case 0x00: /* exit */
- goto the_end;
- case 0x02: /* write char */
- {
- uint8_t c = r->edx;
- putchar(c);
- }
- break;
- case 0x09: /* write string */
- {
- uint8_t c, *ptr;
- ptr = seg_to_linear(r->ds, r->edx);
- for(;;) {
- c = *ptr++;
- if (c == '$')
- break;
- putchar(c);
- }
- r->eax = (r->eax & ~0xff) | '$';
- }
- break;
- case 0xff: /* extension: write eflags number in edx */
- v = (int)r->edx;
-#ifndef LINUX_VM86_IOPL_FIX
- v &= ~0x3000;
-#endif
- printf("%08x\n", v);
- break;
- default:
- unknown_int:
- printf("unsupported int 0x%02x\n", int_num);
- goto the_end;
- }
- }
- break;
- case VM86_SIGNAL:
- /* a signal came, we just ignore that */
- break;
- case VM86_STI:
- break;
- default:
- printf("ERROR: unhandled vm86 return code (0x%x)\n", ret);
- goto the_end;
- }
- }
- the_end:
- printf("VM86 end\n");
- munmap(vm86_mem, 0x110000);
-}
-#endif
-
-/* exception tests */
-#if 0
-#ifndef REG_EAX
-#define REG_EAX EAX
-#define REG_EBX EBX
-#define REG_ECX ECX
-#define REG_EDX EDX
-#define REG_ESI ESI
-#define REG_EDI EDI
-#define REG_EBP EBP
-#define REG_ESP ESP
-#define REG_EIP EIP
-#define REG_EFL EFL
-#define REG_TRAPNO TRAPNO
-#define REG_ERR ERR
-#endif
-
-jmp_buf jmp_env;
-int v1;
-int tab[2];
-
-void sig_handler(int sig, siginfo_t *info, void *puc)
-{
- struct ucontext *uc = puc;
-
- printf("si_signo=%d si_errno=%d si_code=%d",
- info->si_signo, info->si_errno, info->si_code);
- printf(" si_addr=0x%08lx",
- (unsigned long)info->si_addr);
- printf("\n");
-
- printf("trapno=0x%02x err=0x%08x",
- uc->uc_mcontext.gregs[REG_TRAPNO],
- uc->uc_mcontext.gregs[REG_ERR]);
- printf(" EIP=0x%08x", uc->uc_mcontext.gregs[REG_EIP]);
- printf("\n");
- longjmp(jmp_env, 1);
-}
-
-void test_exceptions(void)
-{
- struct modify_ldt_ldt_s ldt;
- struct sigaction act;
- volatile int val;
-
- act.sa_sigaction = sig_handler;
- sigemptyset(&act.sa_mask);
- act.sa_flags = SA_SIGINFO;
- sigaction(SIGFPE, &act, NULL);
- sigaction(SIGILL, &act, NULL);
- sigaction(SIGSEGV, &act, NULL);
- sigaction(SIGBUS, &act, NULL);
- sigaction(SIGTRAP, &act, NULL);
-
- /* test division by zero reporting */
- printf("DIVZ exception:\n");
- if (setjmp(jmp_env) == 0) {
- /* now divide by zero */
- v1 = 0;
- v1 = 2 / v1;
- }
-
- printf("BOUND exception:\n");
- if (setjmp(jmp_env) == 0) {
- /* bound exception */
- tab[0] = 1;
- tab[1] = 10;
- asm volatile ("bound %0, %1" : : "r" (11), "m" (tab));
- }
-
- printf("segment exceptions:\n");
- if (setjmp(jmp_env) == 0) {
- /* load an invalid segment */
- asm volatile ("movl %0, %%fs" : : "r" ((0x1234 << 3) | 1));
- }
- if (setjmp(jmp_env) == 0) {
- /* null data segment is valid */
- asm volatile ("movl %0, %%fs" : : "r" (3));
- /* null stack segment */
- asm volatile ("movl %0, %%ss" : : "r" (3));
- }
-
- ldt.entry_number = 1;
- ldt.base_addr = (unsigned long)&seg_data1;
- ldt.limit = (sizeof(seg_data1) + 0xfff) >> 12;
- ldt.seg_32bit = 1;
- ldt.contents = MODIFY_LDT_CONTENTS_DATA;
- ldt.read_exec_only = 0;
- ldt.limit_in_pages = 1;
- ldt.seg_not_present = 1;
- ldt.useable = 1;
- modify_ldt(1, &ldt, sizeof(ldt)); /* write ldt entry */
-
- if (setjmp(jmp_env) == 0) {
- /* segment not present */
- asm volatile ("movl %0, %%fs" : : "r" (MK_SEL(1)));
- }
-
- /* test SEGV reporting */
- printf("PF exception:\n");
- if (setjmp(jmp_env) == 0) {
- val = 1;
- /* we add a nop to test a weird PC retrieval case */
- asm volatile ("nop");
- /* now store in an invalid address */
- *(char *)0x1234 = 1;
- }
-
- /* test SEGV reporting */
- printf("PF exception:\n");
- if (setjmp(jmp_env) == 0) {
- val = 1;
- /* read from an invalid address */
- v1 = *(char *)0x1234;
- }
-
- /* test illegal instruction reporting */
- printf("UD2 exception:\n");
- if (setjmp(jmp_env) == 0) {
- /* now execute an invalid instruction */
- asm volatile("ud2");
- }
- printf("lock nop exception:\n");
- if (setjmp(jmp_env) == 0) {
- /* now execute an invalid instruction */
- asm volatile("lock nop");
- }
-
- printf("INT exception:\n");
- if (setjmp(jmp_env) == 0) {
- asm volatile ("int $0xfd");
- }
- if (setjmp(jmp_env) == 0) {
- asm volatile ("int $0x01");
- }
- if (setjmp(jmp_env) == 0) {
- asm volatile (".byte 0xcd, 0x03");
- }
- if (setjmp(jmp_env) == 0) {
- asm volatile ("int $0x04");
- }
- if (setjmp(jmp_env) == 0) {
- asm volatile ("int $0x05");
- }
-
- printf("INT3 exception:\n");
- if (setjmp(jmp_env) == 0) {
- asm volatile ("int3");
- }
-
- printf("CLI exception:\n");
- if (setjmp(jmp_env) == 0) {
- asm volatile ("cli");
- }
-
- printf("STI exception:\n");
- if (setjmp(jmp_env) == 0) {
- asm volatile ("cli");
- }
-
- printf("INTO exception:\n");
- if (setjmp(jmp_env) == 0) {
- /* overflow exception */
- asm volatile ("addl $1, %0 ; into" : : "r" (0x7fffffff));
- }
-
- printf("OUTB exception:\n");
- if (setjmp(jmp_env) == 0) {
- asm volatile ("outb %%al, %%dx" : : "d" (0x4321), "a" (0));
- }
-
- printf("INB exception:\n");
- if (setjmp(jmp_env) == 0) {
- asm volatile ("inb %%dx, %%al" : "=a" (val) : "d" (0x4321));
- }
-
- printf("REP OUTSB exception:\n");
- if (setjmp(jmp_env) == 0) {
- asm volatile ("rep outsb" : : "d" (0x4321), "S" (tab), "c" (1));
- }
-
- printf("REP INSB exception:\n");
- if (setjmp(jmp_env) == 0) {
- asm volatile ("rep insb" : : "d" (0x4321), "D" (tab), "c" (1));
- }
-
- printf("HLT exception:\n");
- if (setjmp(jmp_env) == 0) {
- asm volatile ("hlt");
- }
-
- printf("single step exception:\n");
- val = 0;
- if (setjmp(jmp_env) == 0) {
- asm volatile ("pushf\n"
- "orl $0x00100, (%%esp)\n"
- "popf\n"
- "movl $0xabcd, %0\n"
- "movl $0x0, %0\n" : "=m" (val) : : "cc", "memory");
- }
- printf("val=0x%x\n", val);
-}
-
-/* specific precise single step test */
-void sig_trap_handler(int sig, siginfo_t *info, void *puc)
-{
- struct ucontext *uc = puc;
- printf("EIP=0x%08x\n", uc->uc_mcontext.gregs[REG_EIP]);
-}
-
-const uint8_t sstep_buf1[4] = { 1, 2, 3, 4};
-uint8_t sstep_buf2[4];
-
-void test_single_step(void)
-{
- struct sigaction act;
- volatile int val;
- int i;
-
- val = 0;
- act.sa_sigaction = sig_trap_handler;
- sigemptyset(&act.sa_mask);
- act.sa_flags = SA_SIGINFO;
- sigaction(SIGTRAP, &act, NULL);
- asm volatile ("pushf\n"
- "orl $0x00100, (%%esp)\n"
- "popf\n"
- "movl $0xabcd, %0\n"
-
- /* jmp test */
- "movl $3, %%ecx\n"
- "1:\n"
- "addl $1, %0\n"
- "decl %%ecx\n"
- "jnz 1b\n"
-
- /* movsb: the single step should stop at each movsb iteration */
- "movl $sstep_buf1, %%esi\n"
- "movl $sstep_buf2, %%edi\n"
- "movl $0, %%ecx\n"
- "rep movsb\n"
- "movl $3, %%ecx\n"
- "rep movsb\n"
- "movl $1, %%ecx\n"
- "rep movsb\n"
-
- /* cmpsb: the single step should stop at each cmpsb iteration */
- "movl $sstep_buf1, %%esi\n"
- "movl $sstep_buf2, %%edi\n"
- "movl $0, %%ecx\n"
- "rep cmpsb\n"
- "movl $4, %%ecx\n"
- "rep cmpsb\n"
-
- /* getpid() syscall: single step should skip one
- instruction */
- "movl $20, %%eax\n"
- "int $0x80\n"
- "movl $0, %%eax\n"
-
- /* when modifying SS, trace is not done on the next
- instruction */
- "movl %%ss, %%ecx\n"
- "movl %%ecx, %%ss\n"
- "addl $1, %0\n"
- "movl $1, %%eax\n"
- "movl %%ecx, %%ss\n"
- "jmp 1f\n"
- "addl $1, %0\n"
- "1:\n"
- "movl $1, %%eax\n"
- "pushl %%ecx\n"
- "popl %%ss\n"
- "addl $1, %0\n"
- "movl $1, %%eax\n"
-
- "pushf\n"
- "andl $~0x00100, (%%esp)\n"
- "popf\n"
- : "=m" (val)
- :
- : "cc", "memory", "eax", "ecx", "esi", "edi");
- printf("val=%d\n", val);
- for(i = 0; i < 4; i++)
- printf("sstep_buf2[%d] = %d\n", i, sstep_buf2[i]);
-}
-
-/* self modifying code test */
-uint8_t code[] = {
- 0xb8, 0x1, 0x00, 0x00, 0x00, /* movl $1, %eax */
- 0xc3, /* ret */
-};
-
-asm("smc_code2:\n"
- "movl 4(%esp), %eax\n"
- "movl %eax, smc_patch_addr2 + 1\n"
- "nop\n"
- "nop\n"
- "nop\n"
- "nop\n"
- "nop\n"
- "nop\n"
- "nop\n"
- "nop\n"
- "smc_patch_addr2:\n"
- "movl $1, %eax\n"
- "ret\n");
-
-typedef int FuncType(void);
-extern int smc_code2(int);
-void test_self_modifying_code(void)
-{
- int i;
-
- printf("self modifying code:\n");
- printf("func1 = 0x%x\n", ((FuncType *)code)());
- for(i = 2; i <= 4; i++) {
- code[1] = i;
- printf("func%d = 0x%x\n", i, ((FuncType *)code)());
- }
-
- /* more difficult test : the modified code is just after the
- modifying instruction. It is forbidden in Intel specs, but it
- is used by old DOS programs */
- for(i = 2; i <= 4; i++) {
- printf("smc_code2(%d) = %d\n", i, smc_code2(i));
- }
-}
-
-static void *call_end __init_call = NULL;
-#endif
-
-int main(int argc, char **argv)
-{
- void **ptr;
- void (*func)(void);
-
-#if 1
- ptr = &call_start + 1;
- while (*ptr != NULL) {
- func = *ptr++;
- func();
- }
-#endif
- test_bsx();
- test_mul();
- test_jcc();
- test_floats();
- //test_bcd();
- test_xchg();
- test_string();
- test_misc(); // REINSTATE
- test_lea();
- // test_segs();
- //test_code16();
- //test_vm86();
- //test_exceptions();
- //test_self_modifying_code();
- //test_single_step();
- return 0;
-}
diff --git a/VEX/test/test-i386.h b/VEX/test/test-i386.h
deleted file mode 100644
index 4ea12a3..0000000
--- a/VEX/test/test-i386.h
+++ /dev/null
@@ -1,210 +0,0 @@
-
-#define FULLTXT 1
-
-#define exec_op glue(exec_, OP)
-#define exec_opl glue(glue(exec_, OP), l)
-#define exec_opw glue(glue(exec_, OP), w)
-#define exec_opb glue(glue(exec_, OP), b)
-
-#define EXECOP2(size, res, s1, flags) \
- asm ("push %4\n\t"\
- "popf\n\t"\
- stringify(OP) size " %" size "2, %" size "0\n\t" \
- "pushf\n\t"\
- "popl %1\n\t"\
- : "=q" (res), "=g" (flags)\
- : "q" (s1), "0" (res), "1" (flags));
-
-#define EXECOP1(size, res, flags) \
- asm ("push %3\n\t"\
- "popf\n\t"\
- stringify(OP) size " %" size "0\n\t" \
- "pushf\n\t"\
- "popl %1\n\t"\
- : "=q" (res), "=g" (flags)\
- : "0" (res), "1" (flags));
-
-#ifdef OP1
-inline void exec_opl(int s0, int s1, int iflags)
-{
- int res, flags;
- res = s0;
- flags = iflags;
- EXECOP1("", res, flags);
- if (FULLTXT)
- printf("%-6s A=%08x R=%08x CCIN=%04x CC=%04x\n",
- stringify(OP) "l", s0, res, iflags, flags & CC_MASK);
- else
- printf("%08x %04x %04x\n",
- res, iflags, flags & CC_MASK);
-
-}
-inline void exec_opw(int s0, int s1, int iflags)
-{
- int res, flags;
- res = s0;
- flags = iflags;
- EXECOP1("w", res, flags);
- if (FULLTXT)
- printf("%-6s A=%08x R=%08x CCIN=%04x CC=%04x\n",
- stringify(OP) "w", s0, res, iflags, flags & CC_MASK);
- else
- printf("%08x %04x %04x\n",
- res, iflags, flags & CC_MASK);
-
-}
-inline void exec_opb(int s0, int s1, int iflags)
-{
- int res, flags;
- res = s0;
- flags = iflags;
- EXECOP1("b", res, flags);
- if (FULLTXT)
- printf("%-6s A=%08x R=%08x CCIN=%04x CC=%04x\n",
- stringify(OP) "b", s0, res, iflags, flags & CC_MASK);
- else
- printf("%08x %04x %04x\n",
- res, iflags, flags & CC_MASK);
-
-}
-#else
-inline void exec_opl(int s0, int s1, int iflags)
-{
- int res, flags;
- res = s0;
- flags = iflags;
- EXECOP2("", res, s1, flags);
- if (FULLTXT)
- printf("%-6s A=%08x B=%08x R=%08x CCIN=%04x CC=%04x\n",
- stringify(OP) "l", s0, s1, res, iflags, flags & CC_MASK);
- else
- printf("%08x %04x %04x\n",
- res, iflags, flags & CC_MASK);
-}
-
-inline void exec_opw(int s0, int s1, int iflags)
-{
- int res, flags;
- res = s0;
- flags = iflags;
- EXECOP2("w", res, s1, flags);
- if (FULLTXT)
- printf("%-6s A=%08x B=%08x R=%08x CCIN=%04x CC=%04x\n",
- stringify(OP) "w", s0, s1, res, iflags, flags & CC_MASK);
- else
- printf("%08x %04x %04x\n",
- res, iflags, flags & CC_MASK);
-}
-
-inline void exec_opb(int s0, int s1, int iflags)
-{
- int res, flags;
- res = s0;
- flags = iflags;
- EXECOP2("b", res, s1, flags);
- if (FULLTXT)
- printf("%-6s A=%08x B=%08x R=%08x CCIN=%04x CC=%04x\n",
- stringify(OP) "b", s0, s1, res, iflags, flags & CC_MASK);
- else
- printf("%08x %04x %04x\n",
- res, iflags, flags & CC_MASK);
-}
-#endif
-
-void exec_op(int s0, int s1)
-{
-#if 1
- int o,s,z,a,c,p,flags_in;
- for (o = 0; o < 2; o++) {
- for (s = 0; s < 2; s++) {
- for (z = 0; z < 2; z++) {
- for (a = 0; a < 2; a++) {
- for (c = 0; c < 2; c++) {
- for (p = 0; p < 2; p++) {
-
- flags_in = (o ? CC_O : 0)
- | (s ? CC_S : 0)
- | (z ? CC_Z : 0)
- | (a ? CC_A : 0)
- | (c ? CC_C : 0)
- | (p ? CC_P : 0);
- exec_opl(s0, s1, flags_in);
- exec_opw(s0, s1, flags_in);
- exec_opb(s0, s1, flags_in);
- }}}}}}
-#else
- exec_opl(s0, s1, 0);
- exec_opw(s0, s1, 0);
- exec_opb(s0, s1, 0);
- exec_opl(s0, s1, CC_C);
- exec_opw(s0, s1, CC_C);
- exec_opb(s0, s1, CC_C);
-#endif
-}
-
-void glue(test_, OP)(void)
-{
-#define NVALS 57
- int i, j;
- static unsigned int val[NVALS]
- = { 0x00, 0x01, 0x02, 0x03,
- 0x3F, 0x40, 0x41,
- 0x7E, 0x7F, 0x80, 0x81, 0x82,
- 0xBF, 0xC0, 0xC1,
- 0xFC, 0xFD, 0xFE, 0xFF,
-
- 0xFF00, 0xFF01, 0xFF02, 0xFF03,
- 0xFF3F, 0xFF40, 0xFF41,
- 0xFF7E, 0xFF7F, 0xFF80, 0xFF81, 0xFF82,
- 0xFFBF, 0xFFC0, 0xFFC1,
- 0xFFFC, 0xFFFD, 0xFFFE, 0xFFFF,
-
- 0xFFFFFF00, 0xFFFFFF01, 0xFFFFFF02, 0xFFFFFF03,
- 0xFFFFFF3F, 0xFFFFFF40, 0xFFFFFF41,
- 0xFFFFFF7E, 0xFFFFFF7F, 0xFFFFFF80, 0xFFFFFF81, 0xFFFFFF82,
- 0xFFFFFFBF, 0xFFFFFFC0, 0xFFFFFFC1,
- 0xFFFFFFFC, 0xFFFFFFFD, 0xFFFFFFFE, 0xFFFFFFFF
- };
-
- exec_op(0x12345678, 0x812FADA);
- exec_op(0x12341, 0x12341);
- exec_op(0x12341, -0x12341);
- exec_op(0xffffffff, 0);
- exec_op(0xffffffff, -1);
- exec_op(0xffffffff, 1);
- exec_op(0xffffffff, 2);
- exec_op(0x7fffffff, 0);
- exec_op(0x7fffffff, 1);
- exec_op(0x7fffffff, -1);
- exec_op(0x80000000, -1);
- exec_op(0x80000000, 1);
- exec_op(0x80000000, -2);
- exec_op(0x12347fff, 0);
- exec_op(0x12347fff, 1);
- exec_op(0x12347fff, -1);
- exec_op(0x12348000, -1);
- exec_op(0x12348000, 1);
- exec_op(0x12348000, -2);
- exec_op(0x12347f7f, 0);
- exec_op(0x12347f7f, 1);
- exec_op(0x12347f7f, -1);
- exec_op(0x12348080, -1);
- exec_op(0x12348080, 1);
- exec_op(0x12348080, -2);
-
-#if TEST_INTEGER_VERBOSE
- if (1)
- for (i = 0; i < NVALS; i++)
- for (j = 0; j < NVALS; j++)
- exec_op(val[i], val[j]);
-#endif
-
-#undef NVALS
-}
-
-void *glue(_test_, OP) __init_call = glue(test_, OP);
-
-#undef OP
-#undef OP_CC
-
-#undef FULLTXT
diff --git a/VEX/test/x87fxam.c b/VEX/test/x87fxam.c
deleted file mode 100644
index 680b7ff..0000000
--- a/VEX/test/x87fxam.c
+++ /dev/null
@@ -1,44 +0,0 @@
-
-#include <stdio.h>
-#include <math.h>
-
-double d;
-int i;
-
-extern void do_fxam ( void );
-
-asm(
-"\n"
-"do_fxam:\n"
-"\txorl %eax,%eax\n"
-"\tfld d\n"
-"\tfxam\n"
-"\tfnstsw %ax\n"
-"\tffree %st(0)\n"
-"\tmovl %eax, i\n"
-"\tret\n"
-);
-
-
-double inf ( void ) { return 1.0 / 0.0; }
-double nAn ( void ) { return 0.0 / 0.0; }
-double den ( void ) { return 9.1e-220 / 1e100; }
-
-/* Try positive and negative variants of: zero, infinity,
- nAn, and denorm */
-
-int main ( void )
-{
- d = 0.0; do_fxam(); printf("0x%4x: %f\n", i, d );
- d = -0.0; do_fxam(); printf("0x%4x: %f\n", i, d );
-
- d = inf(); do_fxam(); printf("0x%4x: %f\n", i, d );
- d = -inf(); do_fxam(); printf("0x%4x: %f\n", i, d );
-
- d = nAn(); do_fxam(); printf("0x%4x: %f\n", i, d );
- d = -nAn(); do_fxam(); printf("0x%4x: %f\n", i, d );
-
- d = den(); do_fxam(); printf("0x%4x: %f\n", i, d );
- d = -den(); do_fxam(); printf("0x%4x: %f\n", i, d );
- return 0;
-}
diff --git a/VEX/test/x87tst.c b/VEX/test/x87tst.c
deleted file mode 100644
index d079477..0000000
--- a/VEX/test/x87tst.c
+++ /dev/null
@@ -1,27 +0,0 @@
-
-#include <stdio.h>
-#include <math.h>
-
-double d;
-int i;
-
-extern void do_tst ( void );
-
-asm(
-"\n"
-"do_tst:\n"
-"\txorl %eax,%eax\n"
-"\tfld d\n"
-"\tftst\n"
-"\tfnstsw %ax\n"
-"\tmovl %eax, i\n"
-"\tret\n"
-);
-
-int main ( void )
-{
- d = -1.23; do_tst(); printf("%f -> 0x%x\n", d, i );
- d = 0.0; do_tst(); printf("%f -> 0x%x\n", d, i );
- d = 9.87; do_tst(); printf("%f -> 0x%x\n", d, i );
- return 0;
-}
diff --git a/VEX/unused/arena.h b/VEX/unused/arena.h
deleted file mode 100644
index a74936c..0000000
--- a/VEX/unused/arena.h
+++ /dev/null
@@ -1,47 +0,0 @@
-
-/* This is a modified version of the file "arena.h" from
- "C Interfaces and Implementations", by David R. Hanson.
- The license is below.
-*/
-/*
-
-The author of this software is David R. Hanson.
-
-Copyright (c) 1994,1995,1996,1997 by David R. Hanson. All Rights Reserved.
-
-Permission to use, copy, modify, and distribute this software for any
-purpose, subject to the provisions described below, without fee is
-hereby granted, provided that this entire notice is included in all
-copies of any software that is or includes a copy or modification of
-this software and in all copies of the supporting documentation for
-such software.
-
-THIS SOFTWARE IS BEING PROVIDED "AS IS", WITHOUT ANY EXPRESS OR IMPLIED
-WARRANTY. IN PARTICULAR, THE AUTHOR DOES MAKE ANY REPRESENTATION OR
-WARRANTY OF ANY KIND CONCERNING THE MERCHANTABILITY OF THIS SOFTWARE OR
-ITS FITNESS FOR ANY PARTICULAR PURPOSE.
-
-David Hanson / drh@microsoft.com / http://www.research.microsoft.com/~drh/
-$Id: CPYRIGHT,v 1.2 1997/11/04 22:31:40 drh Exp $
-*/
-
-/* $Id: H:/drh/idioms/book/RCS/arena.doc,v 1.10 1997/02/21 19:45:19 drh Exp $ */
-
-#ifndef _CII_ARENA_H
-#define _CII_ARENA_H
-
-//#include "except.h"
-#define T Arena_T
-typedef struct T *T;
-//extern const Except_T Arena_NewFailed;
-//extern const Except_T Arena_Failed;
-extern T Arena_new (void);
-extern void Arena_dispose(T *ap);
-extern void *Arena_alloc (T arena, long nbytes,
- const char *file, int line);
-extern void *Arena_calloc(T arena, long count,
- long nbytes, const char *file, int line);
-extern void Arena_free (T arena);
-#undef T
-
-#endif /* ndef _CII_ARENA_H */
diff --git a/VEX/unused/dispatch.c b/VEX/unused/dispatch.c
deleted file mode 100644
index d5fc6f3..0000000
--- a/VEX/unused/dispatch.c
+++ /dev/null
@@ -1,97 +0,0 @@
-
-/*---------------------------------------------------------------*/
-/*--- begin dispatch.c ---*/
-/*---------------------------------------------------------------*/
-
-#include "basictypes.h"
-
-
-/* --------------------------------------------------------- */
-/* TRANSLATION TABLE/CACHE */
-/* --------------------------------------------------------- */
-
-static
-char* find_translation ( char* orig )
-{
- int i;
- for (i = 0; i < n_transtab_used; i++)
- if (transtab[i].orig == orig)
- return transtab[i].trans;
- return NULL;
-}
-
-
-#define N_TT_ENTRIES 1000
-
-typedef
- struct {
- char* orig;
- int orig_size;
- char* trans;
- int trans_size;
- }
- TTEntry;
-
-int n_transtab_used = 0;
-TTEntry transtab[N_TT_ENTRIES];
-
-
-/* Call here to add a translation to the trans cache.
- Supplied translation is in mallocville. add_translation should
- copy it out as the caller will free it on return. */
-
-/* EXPORTED */
-void add_translation ( char* orig, int orig_size, char* trans, int trans_size )
-{
- int i;
- assert(n_transtab_used < N_TT_ENTRIES);
- transtab[n_transtab_used].orig = orig;
- transtab[n_transtab_used].orig_size = orig_size;
- transtab[n_transtab_used].trans_size = trans_size;
-
- transtab[n_transtab_used].trans = malloc(trans_size);
- assert(transtab[n_transtab_used].trans != NULL);
- for (i = 0; i < trans_size; i++)
- transtab[n_transtab_used].trans[i] = trans[i];
-
-#ifdef arm_TARGET_ARCH
- arm_notify_new_code(transtab[n_transtab_used].trans, trans_size);
-#endif
-
- n_transtab_used++;
-}
-
-/* Run the simulated machine for a while. Returns when a new BB needs
- to be translated, and returns its address. Returns NULL when we
- want to stop. */
-
-/* EXPORTED */
-char* run_machine ( void )
-{
- char* nextpc_orig;
- char* nextpc_trans;
- while (1) {
- nextpc_orig = (char*)(regs_arm[REG_PC]);
- if (nextpc_orig == stop_at)
- return NULL;
- nextpc_trans = find_translation(nextpc_orig);
- if (nextpc_trans == NULL)
- return nextpc_orig;
- run_translation(nextpc_trans, (char*) ®s_arm[0] );
- }
-}
-
-
-/* HOW TO USE:
-
- for a main fn :: void main ( void )
-
- * load .o's, link, etc
-
- * call initialise_machine with & main
-
- * call run_machine repeatedly. If it returns NULL, stop. Else
- make a translation of the returned address, pass it to
- add_translation, and resume running by calling run_machine.
-
-*/
diff --git a/VEX/unused/linker.c b/VEX/unused/linker.c
deleted file mode 100644
index 78c2903..0000000
--- a/VEX/unused/linker.c
+++ /dev/null
@@ -1,1422 +0,0 @@
-
-#include <stdlib.h>
-#include <stdio.h>
-#include <assert.h>
-#include <sys/types.h>
-#include <sys/stat.h>
-#include <unistd.h>
-#include <elf.h>
-#include <fcntl.h>
-#include <string.h>
-#include <malloc.h>
-
-
-#define IF_DEBUG(x,y) /* */
-static int debug_linker = 0;
-
-#define i386_TARGET_ARCH
-// #define arm_TARGET_ARCH
-
-#if !defined(i386_TARGET_ARCH) && !defined(arm_TARGET_ARCH)
-# error "Must #define i386_TARGET_ARCH or arm_TARGET_ARCH"
-#endif
-
-
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-//
-// TYPES
-
-#define FALSE 0
-#define TRUE 1
-
-typedef enum { OBJECT_LOADED, OBJECT_RESOLVED } OStatus;
-
-
-#define N_FIXUP_PAGES 1
-
-
-/* Indication of section kinds for loaded objects. Needed by
- the GC for deciding whether or not a pointer on the stack
- is a code pointer.
-*/
-typedef
- enum { SECTIONKIND_CODE_OR_RODATA,
- SECTIONKIND_RWDATA,
- SECTIONKIND_OTHER,
- SECTIONKIND_NOINFOAVAIL }
- SectionKind;
-
-typedef
- struct _Section {
- void* start;
- void* end;
- SectionKind kind;
- struct _Section* next;
- }
- Section;
-
-typedef
- struct _ProddableBlock {
- void* start;
- int size;
- struct _ProddableBlock* next;
- }
- ProddableBlock;
-
-/* Top-level structure for an object module. One of these is allocated
- * for each object file in use.
- */
-typedef struct _ObjectCode {
- OStatus status;
- char* fileName;
- int fileSize;
- char* formatName; /* eg "ELF32", "DLL", "COFF", etc. */
-
- /* An array containing ptrs to all the symbol names copied from
- this object into the global symbol hash table. This is so that
- we know which parts of the latter mapping to nuke when this
- object is removed from the system. */
- char** symbols;
- int n_symbols;
-
- /* ptr to malloc'd lump of memory holding the obj file */
- void* image;
-
- /* Fixup area for long-distance jumps. */
- char* fixup;
- int fixup_used;
- int fixup_size;
-
- /* The section-kind entries for this object module. Linked
- list. */
- Section* sections;
-
- /* A private hash table for local symbols. */
- /* HashTable* */ void* lochash;
-
- /* Allow a chain of these things */
- struct _ObjectCode * next;
-
- /* SANITY CHECK ONLY: a list of the only memory regions which may
- safely be prodded during relocation. Any attempt to prod
- outside one of these is an error in the linker. */
- ProddableBlock* proddables;
-
-} ObjectCode;
-
-/*
- * Define a set of types which can be used for both ELF32 and ELF64
- */
-
-#ifdef ELF_64BIT
-#define ELFCLASS ELFCLASS64
-#define Elf_Addr Elf64_Addr
-#define Elf_Word Elf64_Word
-#define Elf_Sword Elf64_Sword
-#define Elf_Ehdr Elf64_Ehdr
-#define Elf_Phdr Elf64_Phdr
-#define Elf_Shdr Elf64_Shdr
-#define Elf_Sym Elf64_Sym
-#define Elf_Rel Elf64_Rel
-#define Elf_Rela Elf64_Rela
-#define ELF_ST_TYPE ELF64_ST_TYPE
-#define ELF_ST_BIND ELF64_ST_BIND
-#define ELF_R_TYPE ELF64_R_TYPE
-#define ELF_R_SYM ELF64_R_SYM
-#else
-#define ELFCLASS ELFCLASS32
-#define Elf_Addr Elf32_Addr
-#define Elf_Word Elf32_Word
-#define Elf_Sword Elf32_Sword
-#define Elf_Ehdr Elf32_Ehdr
-#define Elf_Phdr Elf32_Phdr
-#define Elf_Shdr Elf32_Shdr
-#define Elf_Sym Elf32_Sym
-#define Elf_Rel Elf32_Rel
-#define Elf_Rela Elf32_Rela
-#ifndef ELF_ST_TYPE
-#define ELF_ST_TYPE ELF32_ST_TYPE
-#endif
-#ifndef ELF_ST_BIND
-#define ELF_ST_BIND ELF32_ST_BIND
-#endif
-#ifndef ELF_R_TYPE
-#define ELF_R_TYPE ELF32_R_TYPE
-#endif
-#ifndef ELF_R_SYM
-#define ELF_R_SYM ELF32_R_SYM
-#endif
-#endif
-
-
-
-
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-//
-// PARANOIA
-
-/* -----------------------------------------------------------------------
- * Sanity checking. For each ObjectCode, maintain a list of address ranges
- * which may be prodded during relocation, and abort if we try and write
- * outside any of these.
- */
-static void addProddableBlock ( ObjectCode* oc, void* start, int size )
-{
- ProddableBlock* pb
- = malloc(sizeof(ProddableBlock));
- if (debug_linker)
- fprintf(stderr, "aPB oc=%p %p %d (%p .. %p)\n", oc, start, size,
- start, ((char*)start)+size-1 );
- assert(size > 0);
- pb->start = start;
- pb->size = size;
- pb->next = oc->proddables;
- oc->proddables = pb;
-}
-
-static void checkProddableBlock ( ObjectCode* oc, void* addr )
-{
- ProddableBlock* pb;
- for (pb = oc->proddables; pb != NULL; pb = pb->next) {
- char* s = (char*)(pb->start);
- char* e = s + pb->size - 1;
- char* a = (char*)addr;
- /* Assumes that the biggest fixup involves a 4-byte write. This
- probably needs to be changed to 8 (ie, +7) on 64-bit
- plats. */
- if (a >= s && (a+3) <= e) return;
- }
- fprintf(stderr,
- "checkProddableBlock: invalid fixup %p in runtime linker\n",
- addr);
- exit(1);
-}
-
-
-
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-//
-// String->Addr mappings
-
-typedef
- struct { char* mp_name; void* mp_addr; }
- Maplet;
-
-typedef
- struct {
- int sm_size;
- int sm_used;
- Maplet* maplets;
- }
- StringMap;
-
-static StringMap* new_StringMap ( void )
-{
- StringMap* sm = malloc(sizeof(StringMap));
- sm->sm_size = 10;
- sm->sm_used = 0;
- sm->maplets = malloc(10 * sizeof(Maplet));
- return sm;
-}
-
-static void delete_StringMap ( StringMap* sm )
-{
- assert(sm->maplets != NULL);
- free(sm->maplets);
- sm->maplets = NULL;
- free(sm);
-}
-
-static void ensure_StringMap ( StringMap* sm )
-{
- int i;
- Maplet* mp2;
- assert(sm->maplets != NULL);
- if (sm->sm_used < sm->sm_size)
- return;
- sm->sm_size *= 2;
- mp2 = malloc(sm->sm_size * sizeof(Maplet));
- for (i = 0; i < sm->sm_used; i++)
- mp2[i] = sm->maplets[i];
- free(sm->maplets);
- sm->maplets = mp2;
-}
-
-static void* search_StringMap ( StringMap* sm, char* name )
-{
- int i;
- for (i = 0; i < sm->sm_used; i++)
- if (0 == strcmp(name, sm->maplets[i].mp_name))
- return sm->maplets[i].mp_addr;
- return NULL;
-}
-
-static void addto_StringMap ( StringMap* sm, char* name, void* addr )
-{
- ensure_StringMap(sm);
- sm->maplets[sm->sm_used].mp_name = name;
- sm->maplets[sm->sm_used].mp_addr = addr;
- sm->sm_used++;
-}
-
-static void paranoid_addto_StringMap ( StringMap* sm, char* name, void* addr )
-{
- if (search_StringMap(sm,name) != NULL) {
- fprintf(stderr, "paranoid_addto_StringMap(%s,%p)\n", name, addr);
- exit(1);
- }
- addto_StringMap(sm,name,addr);
-}
-
-
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-//
-// Top-level linker control.
-
-StringMap* global_symbol_table = NULL;
-ObjectCode* global_object_list = NULL;
-
-static void initLinker ( void )
-{
- if (global_symbol_table != NULL)
- return;
- global_symbol_table = new_StringMap();
-}
-
-
-
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-//
-// SYMBOL TABLE(s)
-
-/* -----------------------------------------------------------------
- * lookup a symbol in the global symbol table
- */
-static
-void * lookupSymbol( char *lbl )
-{
- void *val;
- initLinker() ;
- assert(global_symbol_table != NULL);
- val = search_StringMap(global_symbol_table, lbl);
- return val;
-}
-
-
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-//
-// HELPERS
-
-/*
- * Generic ELF functions
- */
-
-static char *
-findElfSection ( void* objImage, Elf_Word sh_type )
-{
- char* ehdrC = (char*)objImage;
- Elf_Ehdr* ehdr = (Elf_Ehdr*)ehdrC;
- Elf_Shdr* shdr = (Elf_Shdr*)(ehdrC + ehdr->e_shoff);
- char* sh_strtab = ehdrC + shdr[ehdr->e_shstrndx].sh_offset;
- char* ptr = NULL;
- int i;
-
- for (i = 0; i < ehdr->e_shnum; i++) {
- if (shdr[i].sh_type == sh_type
- /* Ignore the section header's string table. */
- && i != ehdr->e_shstrndx
- /* Ignore string tables named .stabstr, as they contain
- debugging info. */
- && 0 != memcmp(".stabstr", sh_strtab + shdr[i].sh_name, 8)
- ) {
- ptr = ehdrC + shdr[i].sh_offset;
- break;
- }
- }
- return ptr;
-}
-
-#ifdef arm_TARGET_ARCH
-static
-char* alloc_fixup_bytes ( ObjectCode* oc, int nbytes )
-{
- char* res;
- assert(nbytes % 4 == 0);
- assert(nbytes > 0);
- res = &(oc->fixup[oc->fixup_used]);
- oc->fixup_used += nbytes;
- if (oc->fixup_used >= oc->fixup_size) {
- fprintf(stderr, "fixup area too small for %s\n", oc->fileName);
- exit(1);
- }
- return res;
-}
-#endif
-
-
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-//
-// RESOLVE
-
-static
-void* lookup_magic_hacks ( char* sym )
-{
- if (0==strcmp(sym, "printf")) return (void*)(&printf);
- return NULL;
-}
-
-#ifdef arm_TARGET_ARCH
-static
-void arm_notify_new_code ( char* start, int length )
-{
- __asm __volatile ("mov r1, %0\n\t"
- "mov r2, %1\n\t"
- "mov r3, %2\n\t"
- "swi 0x9f0002\n\t"
- :
- : "ir" (start), "ir" (length), "ir" (0) );
-}
-
-
-static
-void gen_armle_goto ( char* fixup, char* dstP )
-{
- Elf_Word w = (Elf_Word)dstP;
- /*
- 2 .text
- 3 0000 04F01FE5 ldr pc, value
- 4 0004 44332211 value: .word 0x11223344
- */
- fprintf(stderr,"at %p generating jump to %p\n", fixup, dstP );
- fixup[0] = 0x04; fixup[1] = 0xF0; fixup[2] = 0x1F; fixup[3] = 0xE5;
- fixup[4] = w & 0xFF; w >>= 8;
- fixup[5] = w & 0xFF; w >>= 8;
- fixup[6] = w & 0xFF; w >>= 8;
- fixup[7] = w & 0xFF; w >>= 8;
- arm_notify_new_code(fixup, 8);
-}
-#endif /* arm_TARGET_ARCH */
-
-
-
-/* Do ELF relocations which lack an explicit addend. All x86-linux
- relocations appear to be of this form. */
-static int
-do_Elf_Rel_relocations ( ObjectCode* oc, char* ehdrC,
- Elf_Shdr* shdr, int shnum,
- Elf_Sym* stab, char* strtab )
-{
- int j;
- char *symbol = NULL;
- Elf_Word* targ;
- Elf_Rel* rtab = (Elf_Rel*) (ehdrC + shdr[shnum].sh_offset);
- int nent = shdr[shnum].sh_size / sizeof(Elf_Rel);
- int target_shndx = shdr[shnum].sh_info;
- int symtab_shndx = shdr[shnum].sh_link;
-
- stab = (Elf_Sym*) (ehdrC + shdr[ symtab_shndx ].sh_offset);
- targ = (Elf_Word*)(ehdrC + shdr[ target_shndx ].sh_offset);
- IF_DEBUG(linker,belch( "relocations for section %d using symtab %d",
- target_shndx, symtab_shndx ));
-
- for (j = 0; j < nent; j++) {
- Elf_Addr offset = rtab[j].r_offset;
- Elf_Addr info = rtab[j].r_info;
-
- Elf_Addr P = ((Elf_Addr)targ) + offset;
- Elf_Word* pP = (Elf_Word*)P;
- Elf_Addr A = *pP;
- Elf_Addr S;
- Elf_Addr value;
-
- IF_DEBUG(linker,belch( "Rel entry %3d is raw(%6p %6p)",
- j, (void*)offset, (void*)info ));
- if (!info) {
- IF_DEBUG(linker,belch( " ZERO" ));
- S = 0;
- } else {
- Elf_Sym sym = stab[ELF_R_SYM(info)];
- /* First see if it is a local symbol. */
- if (ELF_ST_BIND(sym.st_info) == STB_LOCAL) {
- /* Yes, so we can get the address directly from the ELF symbol
- table. */
- symbol = sym.st_name==0 ? "(noname)" : strtab+sym.st_name;
- S = (Elf_Addr)
- (ehdrC + shdr[ sym.st_shndx ].sh_offset
- + stab[ELF_R_SYM(info)].st_value);
-
- } else {
- /* No, so look up the name in our global table. */
- symbol = strtab + sym.st_name;
- S = (Elf_Addr)lookupSymbol( symbol );
- }
- if (!S) {
- S = (Elf_Addr)lookup_magic_hacks(symbol);
- }
- if (!S) {
- fprintf(stderr,"%s: unknown symbol `%s'\n",
- oc->fileName, symbol);
- return 0;
- }
- if (debug_linker>1)
- fprintf(stderr, "\n`%s' resolves to %p\n", symbol, (void*)S );
- }
-
- if (debug_linker>1)
- fprintf(stderr, "Reloc: P = %p S = %p A = %p\n",
- (void*)P, (void*)S, (void*)A );
- checkProddableBlock ( oc, pP );
-
- value = S + A;
-
- switch (ELF_R_TYPE(info)) {
-# ifdef i386_TARGET_ARCH
- case R_386_32: *pP = value; break;
- case R_386_PC32: *pP = value - P; break;
-# endif
-# ifdef arm_TARGET_ARCH
- case R_ARM_PC24: {
- Elf_Word w, delta, deltaTop8;
- /* Generate a jump sequence into the fixup area
- and branch to that instead. */
- char* fixup = alloc_fixup_bytes(oc, 8);
- /* First of all, figure out where we're really trying to
- jump to. */
- // compensate for pc+8 bias
- Elf_Word real_dst = (A & 0x00FFFFFF) + 2;
- // sign-extend 24-to-32 of real_dst
- if (real_dst & 0x00800000)
- real_dst |= 0xFF000000;
- else
- real_dst &= 0x00FFFFFF;
-
- real_dst <<= 2;
- real_dst += S;
-
- gen_armle_goto(fixup, (char*)real_dst);
-
- /* Delta is in bytes .. */
- delta = (((Elf_Word)fixup) - ((Elf_Word)pP) - 8);
- deltaTop8 = (delta >> 24) & 0xFF;
- if (deltaTop8 != 0 && deltaTop8 != 0xFF) {
- fprintf(stderr,"R_ARM_PC24: out of range delta 0x%x for %s\n",
- delta, symbol);
- exit(1);
- }
- delta >>= 2;
- w = *pP;
- w &= 0xFF000000;
- w |= (0x00FFFFFF & delta );
- *pP = w;
- break;
- }
- case R_ARM_ABS32:
- *pP = value;
- break;
-# endif
- default:
- fprintf(stderr,
- "%s: unhandled ELF relocation(Rel) type %d\n\n",
- oc->fileName, ELF_R_TYPE(info));
- return 0;
- }
-
- }
- return 1;
-}
-
-/* Do ELF relocations for which explicit addends are supplied.
- sparc-solaris relocations appear to be of this form. */
-static int
-do_Elf_Rela_relocations ( ObjectCode* oc, char* ehdrC,
- Elf_Shdr* shdr, int shnum,
- Elf_Sym* stab, char* strtab )
-{
- int j;
- char *symbol;
- Elf_Addr targ;
- Elf_Rela* rtab = (Elf_Rela*) (ehdrC + shdr[shnum].sh_offset);
- int nent = shdr[shnum].sh_size / sizeof(Elf_Rela);
- int target_shndx = shdr[shnum].sh_info;
- int symtab_shndx = shdr[shnum].sh_link;
-
- stab = (Elf_Sym*) (ehdrC + shdr[ symtab_shndx ].sh_offset);
- targ = (Elf_Addr) (ehdrC + shdr[ target_shndx ].sh_offset);
- IF_DEBUG(linker,belch( "relocations for section %d using symtab %d",
- target_shndx, symtab_shndx ));
-
- for (j = 0; j < nent; j++) {
-#if defined(DEBUG) || defined(sparc_TARGET_ARCH) || defined(ia64_TARGET_ARCH)
- /* This #ifdef only serves to avoid unused-var warnings. */
- Elf_Addr offset = rtab[j].r_offset;
- Elf_Addr P = targ + offset;
-#endif
- Elf_Addr info = rtab[j].r_info;
- Elf_Addr A = rtab[j].r_addend;
- Elf_Addr S;
- Elf_Addr value;
-# if defined(sparc_TARGET_ARCH)
- Elf_Word* pP = (Elf_Word*)P;
- Elf_Word w1, w2;
-# elif defined(ia64_TARGET_ARCH)
- Elf64_Xword *pP = (Elf64_Xword *)P;
- Elf_Addr addr;
-# endif
-
- IF_DEBUG(linker,belch( "Rel entry %3d is raw(%6p %6p %6p) ",
- j, (void*)offset, (void*)info,
- (void*)A ));
- if (!info) {
- IF_DEBUG(linker,belch( " ZERO" ));
- S = 0;
- } else {
- Elf_Sym sym = stab[ELF_R_SYM(info)];
- /* First see if it is a local symbol. */
- if (ELF_ST_BIND(sym.st_info) == STB_LOCAL) {
- /* Yes, so we can get the address directly from the ELF symbol
- table. */
- symbol = sym.st_name==0 ? "(noname)" : strtab+sym.st_name;
- S = (Elf_Addr)
- (ehdrC + shdr[ sym.st_shndx ].sh_offset
- + stab[ELF_R_SYM(info)].st_value);
-#ifdef ELF_FUNCTION_DESC
- /* Make a function descriptor for this function */
- if (S && ELF_ST_TYPE(sym.st_info) == STT_FUNC) {
- S = allocateFunctionDesc(S + A);
- A = 0;
- }
-#endif
- } else {
- /* No, so look up the name in our global table. */
- symbol = strtab + sym.st_name;
- S = (Elf_Addr)lookupSymbol( symbol );
-
-#ifdef ELF_FUNCTION_DESC
- /* If a function, already a function descriptor - we would
- have to copy it to add an offset. */
- if (S && (ELF_ST_TYPE(sym.st_info) == STT_FUNC) && (A != 0))
- belch("%s: function %s with addend %p", oc->fileName, symbol, (void *)A);
-#endif
- }
- if (!S) {
- fprintf(stderr,"%s: unknown symbol `%s'\n", oc->fileName, symbol);
- return 0;
- }
- IF_DEBUG(linker,belch( "`%s' resolves to %p\n", symbol, (void*)S ));
- }
-
- IF_DEBUG(linker,fprintf ( stderr, "Reloc: P = %p S = %p A = %p\n",
- (void*)P, (void*)S, (void*)A ));
- /* checkProddableBlock ( oc, (void*)P ); */
-
- value = S + A;
-
- switch (ELF_R_TYPE(info)) {
-# if defined(sparc_TARGET_ARCH)
- case R_SPARC_WDISP30:
- w1 = *pP & 0xC0000000;
- w2 = (Elf_Word)((value - P) >> 2);
- ASSERT((w2 & 0xC0000000) == 0);
- w1 |= w2;
- *pP = w1;
- break;
- case R_SPARC_HI22:
- w1 = *pP & 0xFFC00000;
- w2 = (Elf_Word)(value >> 10);
- ASSERT((w2 & 0xFFC00000) == 0);
- w1 |= w2;
- *pP = w1;
- break;
- case R_SPARC_LO10:
- w1 = *pP & ~0x3FF;
- w2 = (Elf_Word)(value & 0x3FF);
- ASSERT((w2 & ~0x3FF) == 0);
- w1 |= w2;
- *pP = w1;
- break;
- /* According to the Sun documentation:
- R_SPARC_UA32
- This relocation type resembles R_SPARC_32, except it refers to an
- unaligned word. That is, the word to be relocated must be treated
- as four separate bytes with arbitrary alignment, not as a word
- aligned according to the architecture requirements.
-
- (JRS: which means that freeloading on the R_SPARC_32 case
- is probably wrong, but hey ...)
- */
- case R_SPARC_UA32:
- case R_SPARC_32:
- w2 = (Elf_Word)value;
- *pP = w2;
- break;
-# elif defined(ia64_TARGET_ARCH)
- case R_IA64_DIR64LSB:
- case R_IA64_FPTR64LSB:
- *pP = value;
- break;
- case R_IA64_PCREL64LSB:
- *pP = value - P;
- break;
- case R_IA64_SEGREL64LSB:
- addr = findElfSegment(ehdrC, value);
- *pP = value - addr;
- break;
- case R_IA64_GPREL22:
- ia64_reloc_gprel22(P, value);
- break;
- case R_IA64_LTOFF22:
- case R_IA64_LTOFF22X:
- case R_IA64_LTOFF_FPTR22:
- addr = allocateGOTEntry(value);
- ia64_reloc_gprel22(P, addr);
- break;
- case R_IA64_PCREL21B:
- ia64_reloc_pcrel21(P, S, oc);
- break;
- case R_IA64_LDXMOV:
- /* This goes with R_IA64_LTOFF22X and points to the load to
- * convert into a move. We don't implement relaxation. */
- break;
-# endif
- default:
- fprintf(stderr,
- "%s: unhandled ELF relocation(RelA) type %d\n",
- oc->fileName, ELF_R_TYPE(info));
- return 0;
- }
-
- }
- return 1;
-}
-
-
-static int
-ocResolve_ELF ( ObjectCode* oc )
-{
- char *strtab;
- int shnum, ok;
- Elf_Sym* stab = NULL;
- char* ehdrC = (char*)(oc->image);
- Elf_Ehdr* ehdr = (Elf_Ehdr*) ehdrC;
- Elf_Shdr* shdr = (Elf_Shdr*) (ehdrC + ehdr->e_shoff);
- char* sh_strtab = ehdrC + shdr[ehdr->e_shstrndx].sh_offset;
-
- /* first find "the" symbol table */
- stab = (Elf_Sym*) findElfSection ( ehdrC, SHT_SYMTAB );
-
- /* also go find the string table */
- strtab = findElfSection ( ehdrC, SHT_STRTAB );
-
- if (stab == NULL || strtab == NULL) {
- fprintf(stderr,"%s: can't find string or symbol table\n", oc->fileName);
- return 0;
- }
-
- /* Process the relocation sections. */
- for (shnum = 0; shnum < ehdr->e_shnum; shnum++) {
-
- /* Skip sections called ".rel.stab". These appear to contain
- relocation entries that, when done, make the stabs debugging
- info point at the right places. We ain't interested in all
- dat jazz, mun. */
- if (0 == memcmp(".rel.stab", sh_strtab + shdr[shnum].sh_name, 9))
- continue;
-
- if (shdr[shnum].sh_type == SHT_REL ) {
- ok = do_Elf_Rel_relocations ( oc, ehdrC, shdr,
- shnum, stab, strtab );
- if (!ok) return ok;
- }
- else
- if (shdr[shnum].sh_type == SHT_RELA) {
- ok = do_Elf_Rela_relocations ( oc, ehdrC, shdr,
- shnum, stab, strtab );
- if (!ok) return ok;
- }
- }
-
- /* Free the local symbol table; we won't need it again. */
- delete_StringMap(oc->lochash);
- oc->lochash = NULL;
-
- return 1;
-}
-
-
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-//
-// VERIFY
-
-static int
-ocVerifyImage_ELF ( ObjectCode* oc )
-{
- Elf_Shdr* shdr;
- Elf_Sym* stab;
- int i, j, nent, nstrtab, nsymtabs;
- char* sh_strtab;
- char* strtab;
-
- char* ehdrC = (char*)(oc->image);
- Elf_Ehdr* ehdr = (Elf_Ehdr*)ehdrC;
-
- if (ehdr->e_ident[EI_MAG0] != ELFMAG0 ||
- ehdr->e_ident[EI_MAG1] != ELFMAG1 ||
- ehdr->e_ident[EI_MAG2] != ELFMAG2 ||
- ehdr->e_ident[EI_MAG3] != ELFMAG3) {
- fprintf(stderr,"%s: not an ELF object\n", oc->fileName);
- return 0;
- }
-
- if (ehdr->e_ident[EI_CLASS] != ELFCLASS) {
- fprintf(stderr,"%s: unsupported ELF format\n", oc->fileName);
- return 0;
- }
-
- if (ehdr->e_ident[EI_DATA] == ELFDATA2LSB) {
- if (debug_linker)
- fprintf(stderr, "Is little-endian\n" );
- } else
- if (ehdr->e_ident[EI_DATA] == ELFDATA2MSB) {
- if (debug_linker)
- fprintf(stderr, "Is big-endian\n" );
- } else {
- fprintf(stderr,"%s: unknown endiannness\n", oc->fileName);
- return 0;
- }
-
- if (ehdr->e_type != ET_REL) {
- fprintf(stderr,"%s: not a relocatable object (.o) file\n", oc->fileName);
- return 0;
- }
- if (debug_linker)
- fprintf(stderr, "Is a relocatable object (.o) file\n" );
-
- if (debug_linker)
- fprintf(stderr, "Architecture is " );
- switch (ehdr->e_machine) {
- case EM_386: if (debug_linker) fprintf(stderr, "x86\n" ); break;
- case EM_SPARC: if (debug_linker) fprintf(stderr, "sparc\n" ); break;
- case EM_ARM: if (debug_linker) fprintf(stderr, "arm\n" ); break;
-#ifdef EM_IA_64
- case EM_IA_64: if (debug_linker) fprintf(stderr, "ia64\n" ); break;
-#endif
- default: if (debug_linker) fprintf(stderr, "unknown\n" );
- fprintf(stderr,"%s: unknown architecture\n", oc->fileName);
- return 0;
- }
-
- if (debug_linker>1) fprintf(stderr,
- "\nSection header table: start %d, n_entries %d, ent_size %d\n",
- ehdr->e_shoff, ehdr->e_shnum, ehdr->e_shentsize );
-
- assert (ehdr->e_shentsize == sizeof(Elf_Shdr));
-
- shdr = (Elf_Shdr*) (ehdrC + ehdr->e_shoff);
-
- if (ehdr->e_shstrndx == SHN_UNDEF) {
- fprintf(stderr,"%s: no section header string table\n", oc->fileName);
- return 0;
- } else {
- if (debug_linker>1)
- fprintf(stderr, "Section header string table is section %d\n",
- ehdr->e_shstrndx);
- sh_strtab = ehdrC + shdr[ehdr->e_shstrndx].sh_offset;
- }
-
- for (i = 0; i < ehdr->e_shnum; i++) {
- if (debug_linker>1) fprintf(stderr, "%2d: ", i );
- if (debug_linker>1) fprintf(stderr, "type=%2d ", (int)shdr[i].sh_type );
- if (debug_linker>1) fprintf(stderr, "size=%4d ", (int)shdr[i].sh_size );
- if (debug_linker>1) fprintf(stderr, "offs=%4d ", (int)shdr[i].sh_offset );
- if (debug_linker>1) fprintf(stderr, " (%p .. %p) ",
- ehdrC + shdr[i].sh_offset,
- ehdrC + shdr[i].sh_offset + shdr[i].sh_size - 1);
-
- if (shdr[i].sh_type == SHT_REL) {
- if (debug_linker>1) fprintf(stderr, "Rel " );
- } else if (shdr[i].sh_type == SHT_RELA) {
- if (debug_linker>1) fprintf(stderr, "RelA " );
- } else {
- if (debug_linker>1) fprintf(stderr," ");
- }
- if (sh_strtab) {
- if (debug_linker>1) fprintf(stderr, "sname=%s\n",
- sh_strtab + shdr[i].sh_name );
- }
- }
-
- if (debug_linker>1) fprintf(stderr, "\nString tables\n" );
- strtab = NULL;
- nstrtab = 0;
- for (i = 0; i < ehdr->e_shnum; i++) {
- if (shdr[i].sh_type == SHT_STRTAB
- /* Ignore the section header's string table. */
- && i != ehdr->e_shstrndx
- /* Ignore string tables named .stabstr, as they contain
- debugging info. */
- && 0 != memcmp(".stabstr", sh_strtab + shdr[i].sh_name, 8)
- ) {
- if (debug_linker>1)
- fprintf(stderr," section %d is a normal string table\n", i );
- strtab = ehdrC + shdr[i].sh_offset;
- nstrtab++;
- }
- }
- if (nstrtab != 1) {
- fprintf(stderr,"%s: no string tables, or too many\n", oc->fileName);
- return 0;
- }
-
- nsymtabs = 0;
- if (debug_linker>1) fprintf(stderr, "\nSymbol tables\n" );
- for (i = 0; i < ehdr->e_shnum; i++) {
- if (shdr[i].sh_type != SHT_SYMTAB) continue;
- if (debug_linker>1) fprintf(stderr, "section %d is a symbol table\n", i );
- nsymtabs++;
- stab = (Elf_Sym*) (ehdrC + shdr[i].sh_offset);
- nent = shdr[i].sh_size / sizeof(Elf_Sym);
- if (debug_linker>1) fprintf(stderr,
- " number of entries is apparently %d (%d rem)\n",
- nent,
- shdr[i].sh_size % sizeof(Elf_Sym)
- );
- if (0 != shdr[i].sh_size % sizeof(Elf_Sym)) {
- fprintf(stderr,"%s: non-integral number of symbol table entries\n",
- oc->fileName);
- return 0;
- }
- for (j = 0; j < nent; j++) {
- if (debug_linker>1) fprintf(stderr, " %2d ", j );
- if (debug_linker>1) fprintf(stderr, " sec=%-5d size=%-3d val=%5p ",
- (int)stab[j].st_shndx,
- (int)stab[j].st_size,
- (char*)stab[j].st_value );
-
- if (debug_linker>1) fprintf(stderr, "type=" );
- switch (ELF_ST_TYPE(stab[j].st_info)) {
- case STT_NOTYPE: if (debug_linker>1) fprintf(stderr, "notype " ); break;
- case STT_OBJECT: if (debug_linker>1) fprintf(stderr, "object " ); break;
- case STT_FUNC : if (debug_linker>1) fprintf(stderr, "func " ); break;
- case STT_SECTION: if (debug_linker>1) fprintf(stderr, "section" ); break;
- case STT_FILE: if (debug_linker>1) fprintf(stderr, "file " ); break;
- default: if (debug_linker>1) fprintf(stderr, "? " ); break;
- }
- if (debug_linker>1) fprintf(stderr, " " );
-
- if (debug_linker>1) fprintf(stderr, "bind=" );
- switch (ELF_ST_BIND(stab[j].st_info)) {
- case STB_LOCAL : if (debug_linker>1) fprintf(stderr, "local " ); break;
- case STB_GLOBAL: if (debug_linker>1) fprintf(stderr, "global" ); break;
- case STB_WEAK : if (debug_linker>1) fprintf(stderr, "weak " ); break;
- default: if (debug_linker>1) fprintf(stderr, "? " ); break;
- }
- if (debug_linker>1) fprintf(stderr, " " );
-
- if (debug_linker>1) fprintf(stderr, "name=%s\n", strtab + stab[j].st_name );
- }
- }
-
- if (nsymtabs == 0) {
- fprintf(stderr,"%s: didn't find any symbol tables\n", oc->fileName);
- return 0;
- }
-
- return 1;
-}
-
-
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-//
-// GETNAMES
-
-static int
-ocGetNames_ELF ( ObjectCode* oc )
-{
- int i, j, k, nent;
- Elf_Sym* stab;
-
- char* ehdrC = (char*)(oc->image);
- Elf_Ehdr* ehdr = (Elf_Ehdr*)ehdrC;
- char* strtab = findElfSection ( ehdrC, SHT_STRTAB );
- Elf_Shdr* shdr = (Elf_Shdr*) (ehdrC + ehdr->e_shoff);
-
- char* sh_strtab = ehdrC + shdr[ehdr->e_shstrndx].sh_offset;
- char* sec_name;
-
- assert(global_symbol_table != NULL);
-
- if (!strtab) {
- fprintf(stderr,"%s: no strtab\n", oc->fileName);
- return 0;
- }
-
- k = 0;
- for (i = 0; i < ehdr->e_shnum; i++) {
- /* Figure out what kind of section it is. Logic derived from
- Figure 1.14 ("Special Sections") of the ELF document
- ("Portable Formats Specification, Version 1.1"). */
- Elf_Shdr hdr = shdr[i];
- SectionKind kind = SECTIONKIND_OTHER;
- int is_bss = FALSE;
-
- if (hdr.sh_type == SHT_PROGBITS
- && (hdr.sh_flags & SHF_ALLOC) && (hdr.sh_flags & SHF_EXECINSTR)) {
- /* .text-style section */
- kind = SECTIONKIND_CODE_OR_RODATA;
- }
- else
- if (hdr.sh_type == SHT_PROGBITS
- && (hdr.sh_flags & SHF_ALLOC) && (hdr.sh_flags & SHF_WRITE)) {
- /* .data-style section */
- kind = SECTIONKIND_RWDATA;
- }
- else
- if (hdr.sh_type == SHT_PROGBITS
- && (hdr.sh_flags & SHF_ALLOC) && !(hdr.sh_flags & SHF_WRITE)) {
- /* .rodata-style section */
- kind = SECTIONKIND_CODE_OR_RODATA;
- }
- else
- if (hdr.sh_type == SHT_NOBITS
- && (hdr.sh_flags & SHF_ALLOC) && (hdr.sh_flags & SHF_WRITE)) {
- /* .bss-style section */
- kind = SECTIONKIND_RWDATA;
- is_bss = TRUE;
- }
-
- if (is_bss && shdr[i].sh_size > 0) {
- /* This is a non-empty .bss section. Allocate zeroed space for
- it, and set its .sh_offset field such that
- ehdrC + .sh_offset == addr_of_zeroed_space. */
- char* zspace = calloc(1, shdr[i].sh_size);
- shdr[i].sh_offset = ((char*)zspace) - ((char*)ehdrC);
- /*
- fprintf(stderr, "BSS section at 0x%x, size %d\n",
- zspace, shdr[i].sh_size);
- */
- }
-
- /* When loading objects compiled with -g, it seems there are
- relocations in various debug-info sections. So we'd better
- tell addProddableBlock to allow those bits to be prodded. */
- //fprintf(stderr, "ZZZZZZZZZZ %s\n", sh_strtab + hdr.sh_name);
- sec_name = sh_strtab + shdr[i].sh_name;
- if (kind == SECTIONKIND_OTHER
- && (0 == strcmp(".debug_info", sec_name)
- || 0 == strcmp(".debug_line", sec_name)
- || 0 == strcmp(".debug_pubnames", sec_name)
- || 0 == strcmp(".debug_aranges", sec_name)
- || 0 == strcmp(".debug_frame", sec_name))) {
- kind = SECTIONKIND_CODE_OR_RODATA;
- }
-
- /* fill in the section info */
- if (kind != SECTIONKIND_OTHER && shdr[i].sh_size > 0) {
- addProddableBlock(oc, ehdrC + shdr[i].sh_offset, shdr[i].sh_size);
- //addSection(oc, kind, ehdrC + shdr[i].sh_offset,
- // ehdrC + shdr[i].sh_offset + shdr[i].sh_size - 1);
- }
-
- if (shdr[i].sh_type != SHT_SYMTAB) continue;
-
- /* copy stuff into this module's object symbol table */
- stab = (Elf_Sym*) (ehdrC + shdr[i].sh_offset);
- nent = shdr[i].sh_size / sizeof(Elf_Sym);
-
- oc->n_symbols = nent;
- oc->symbols = malloc(oc->n_symbols * sizeof(char*));
-
- for (j = 0; j < nent; j++) {
-
- char isLocal = FALSE; /* avoids uninit-var warning */
- char* ad = NULL;
- char* nm = strtab + stab[j].st_name;
- int secno = stab[j].st_shndx;
-
- /* Figure out if we want to add it; if so, set ad to its
- address. Otherwise leave ad == NULL. */
-
- if (secno == SHN_COMMON) {
- isLocal = FALSE;
- ad = calloc(1, stab[j].st_size);
- /*
- fprintf(stderr, "COMMON symbol, size %d name %s\n",
- stab[j].st_size, nm);
- */
- /* Pointless to do addProddableBlock() for this area,
- since the linker should never poke around in it. */
- }
- else
- if ( ( ELF_ST_BIND(stab[j].st_info)==STB_GLOBAL
- || ELF_ST_BIND(stab[j].st_info)==STB_LOCAL
- )
- /* and not an undefined symbol */
- && stab[j].st_shndx != SHN_UNDEF
- /* and not in a "special section" */
- && stab[j].st_shndx < SHN_LORESERVE
- &&
- /* and it's a not a section or string table or anything silly */
- ( ELF_ST_TYPE(stab[j].st_info)==STT_FUNC ||
- ELF_ST_TYPE(stab[j].st_info)==STT_OBJECT ||
- ELF_ST_TYPE(stab[j].st_info)==STT_NOTYPE
- )
- ) {
- /* Section 0 is the undefined section, hence > and not >=. */
- assert(secno > 0 && secno < ehdr->e_shnum);
- /*
- if (shdr[secno].sh_type == SHT_NOBITS) {
- fprintf(stderr, " BSS symbol, size %d off %d name %s\n",
- stab[j].st_size, stab[j].st_value, nm);
- }
- */
- ad = ehdrC + shdr[ secno ].sh_offset + stab[j].st_value;
- if (ELF_ST_BIND(stab[j].st_info)==STB_LOCAL) {
- isLocal = TRUE;
- } else {
-#ifdef ELF_FUNCTION_DESC
- /* dlsym() and the initialisation table both give us function
- * descriptors, so to be consistent we store function descriptors
- * in the symbol table */
- if (ELF_ST_TYPE(stab[j].st_info) == STT_FUNC)
- ad = (char *)allocateFunctionDesc((Elf_Addr)ad);
-#endif
- if (debug_linker)
- fprintf(stderr, "addOTabName(GLOB): %10p %s %s\n",
- ad, oc->fileName, nm );
- isLocal = FALSE;
- }
- }
-
- /* And the decision is ... */
-
- if (ad != NULL) {
- assert(nm != NULL);
- oc->symbols[j] = nm;
- /* Acquire! */
- if (isLocal) {
- /* Ignore entirely. */
- } else {
- //ghciInsertStrHashTable(oc->fileName, global_symbol_table, nm, ad);
- paranoid_addto_StringMap(global_symbol_table, nm, ad);
- }
- } else {
- /* Skip. */
- if (debug_linker>1) fprintf(stderr, "skipping `%s'\n",
- strtab + stab[j].st_name );
- /*
- fprintf(stderr,
- "skipping bind = %d, type = %d, shndx = %d `%s'\n",
- (int)ELF_ST_BIND(stab[j].st_info),
- (int)ELF_ST_TYPE(stab[j].st_info),
- (int)stab[j].st_shndx,
- strtab + stab[j].st_name
- );
- */
- oc->symbols[j] = NULL;
- }
-
- }
- }
-
- return 1;
-}
-
-
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-///////////////////////////////////////////////////////////////////
-//
-// TOP-LEVEL CONTROL OF THE LINKER
-
-
-/* ---------------------------------------------------------------------
- * Load an obj (populate the global symbol table, but don't resolve yet)
- *
- * Returns: 1 if ok, 0 on error.
- */
-static
-int loadObj( char *path )
-{
- ObjectCode* oc;
- struct stat st;
- int r;
- int fd, pagesize;
- char* p;
-
- initLinker();
-
- fprintf(stderr, "==== loadObj %s ====\n", path );
-
- /* Check that we haven't already loaded this object. */
- {
- ObjectCode *o;
- int is_dup = 0;
- for (o = global_object_list; o; o = o->next) {
- if (0 == strcmp(o->fileName, path))
- is_dup = 1;
- }
- if (is_dup) {
- fprintf(stderr,
- "\n\n"
- "GHCi runtime linker: warning: looks like you're trying to load the\n"
- "same object file twice:\n"
- " %s\n"
- , path);
- exit(1);
- }
- }
-
- oc = malloc(sizeof(ObjectCode));
-
- oc->formatName = "ELF";
-
- r = stat(path, &st);
- if (r == -1) { return 0; }
-
- /* sigh, strdup() isn't a POSIX function, so do it the long way */
- oc->fileName = malloc( strlen(path)+1 );
- strcpy(oc->fileName, path);
-
- oc->fileSize = st.st_size;
- oc->symbols = NULL;
- oc->sections = NULL;
- oc->lochash = new_StringMap();
- oc->proddables = NULL;
- oc->fixup = NULL;
- oc->fixup_used = 0;
- oc->fixup_size = 0;
-
- /* chain it onto the list of objects */
- oc->next = global_object_list;
- global_object_list = oc;
-
- fd = open(path, O_RDONLY);
- if (fd == -1) {
- fprintf(stderr,"loadObj: can't open `%s'\n", path);
- exit(1);
- }
-
- /* Allocate a 1-page area just prior to the image, so we can put
- fixup code fragments there. Used for doing R_ARM_PC24
- relocations for jump distances > 64M. */
-
- pagesize = getpagesize();
- p = memalign(pagesize, N_FIXUP_PAGES * pagesize
- + oc->fileSize);
-
- if (p == NULL) {
- fprintf(stderr,"loadObj: failed to allocate space for `%s'\n", path);
- exit(1);
- }
-
- oc->fixup = p;
- oc->fixup_size = N_FIXUP_PAGES * pagesize;
- oc->fixup_used = 0;
- oc->image = &(p[ oc->fixup_size ]);
-
- r = read(fd, oc->image, oc->fileSize);
- if (r != oc->fileSize) {
- fprintf(stderr,"loadObj: failed to read `%s'\n", path);
- exit(1);
- }
-
- fprintf(stderr, "loaded %s at %p (fixup = %p)\n",
- oc->fileName, oc->image, oc->fixup );
-
- close(fd);
-
- /* verify the in-memory image */
- r = ocVerifyImage_ELF ( oc );
- if (!r) { return r; }
-
- /* build the symbol list for this image */
- r = ocGetNames_ELF ( oc );
- if (!r) { return r; }
-
- /* loaded, but not resolved yet */
- oc->status = OBJECT_LOADED;
-
- return 1;
-}
-
-
-
-/* ---------------------------------------------------------------------------
- * resolve all the currently unlinked objects in memory
- *
- * Returns: 1 if ok, 0 on error.
- */
-static
-int resolveObjs( void )
-{
- ObjectCode *oc;
- int r;
-
- initLinker();
-
- for (oc = global_object_list; oc; oc = oc->next) {
- if (oc->status != OBJECT_RESOLVED) {
- r = ocResolve_ELF ( oc );
- if (!r) { return r; }
- oc->status = OBJECT_RESOLVED;
- }
- }
- return 1;
-}
-
-
-/* ---------------------------------------------------------------------------
- * Top-level linker.
- */
-
-/* Load and link a bunch of .o's, and return the address of
- 'main'. Or NULL if something borks.
-*/
-void* linker_top_level_LINK ( int n_object_names, char** object_names )
-{
- int r, i;
- void* mainp;
-
- initLinker();
- for (i = 0; i < n_object_names; i++) {
- //fprintf(stderr, "linkloop %d %s\n", i, object_names[i] );
- r = loadObj( object_names[i] );
- if (r != 1) return NULL;
- }
- r = resolveObjs();
- if (r != 1) return NULL;
- mainp = search_StringMap ( global_symbol_table, "main" );
- if (mainp == NULL) return NULL;
- printf("Linker: success!\n");
- return mainp;
-}
-
-
-#if 1
-int main ( int argc, char** argv )
-{
- void* mainp;
- linker_top_level_LINK( argc - 1 , &argv[1]);
- /* find and run "main" */
-
- mainp = search_StringMap ( global_symbol_table, "main" );
- if (mainp == NULL) {
- fprintf(stderr, "no binding for main\n");
- exit(1);
- }
-
- printf("\nSTARTING PROGRAM\n");
- ( (int(*)(int,char**)) mainp ) (argc,argv);
- printf("FINISHED\n");
-
- return 0;
-}
-#endif
-
-////////////////////////////////////////////////////////////////////////////
-////////////////////////////////////////////////////////////////////////////
-////////////////////////////////////////////////////////////////////////////
-////////////////////////////////////////////////////////////////////////////
-////////////////////////////////////////////////////////////////////////////
-////////////////////////////////////////////////////////////////////////////
-//
-// VIRTUAL MACHINE ...
-
-/* --------------------------------------------------------- */
-/* SIMULATED STATE */
-/* --------------------------------------------------------- */
-
-typedef unsigned int Word;
-
-/* Stack for the simulation */
-Word* sim_stack;
-
-/* Stop when we get a jump to here. */
-char* stop_at;
-
-
-/* ARM state */
-/* r0 .. r15, flags */
-Word regs_arm[16+1];
-
-#define REG_PC 15
-#define REG_SP 14
-
-
-//---------------------------------------------
-
-/* Calling convention: enter the translation with r0 pointing at
- regs_arm. Translation may trash r1 .. r12 inclusive. Translation
- should update all regs in regs_arm, and put the next pc value
- in regs_arm[REG_PC]. */
-
-static
-void run_translation ( char* trans, char* baseblock )
-{
- /* r0 holds trans */
- __asm __volatile
- ("stmfd sp!, {r0,r1,r2,r3,r4,r5,r6,r7,r8,r9,r10,r11,r12,r13}\n\t"
- "mov r12, %0\n\t"
- "mov r0, %1\n\t"
- "bl r12\n\t"
- "ldmea sp!, {r0,r1,r2,r3,r4,r5,r6,r7,r8,r9,r10,r11,r12,r13}\n\t"
- :
- : "ir" (trans), "ir" (baseblock) );
-}
-
-
-
-
-/* Called by Haskell to initialise the simulated machine. The
- supplied address is the entry point of some procedure to call. */
-
-/* EXPORTED */
-void initialise_machine ( char* first_pc )
-{
- static char start[12];
- Word w = (Word)first_pc;
-
- n_transtab_used = 0;
-
- sim_stack = malloc(10000 * sizeof(Word));
- regs_arm[REG_SP] = (Word)(&sim_stack[9999]);
-
- regs_arm[REG_PC] = (Word)first_pc;
-
- /* Generate this. Note, we'll be returning directly to the
- data, so the JIT must stop at this point! */
- /*
- 3 0000 00C09FE5 ldr ip, value
- 4 0004 FEFFFFEB bl ip
- 5 value:
- 6 0008 44332211 .word 0x11223344
- */
- start[0] = 0x00; start[1] = 0xC0; start[2] = 0x9F; start[3] = 0xE5;
- start[4] = 0xFE; start[5] = 0xFF; start[6] = 0xFF; start[7] = 0xEB;
- start[8] = w & 0xFF; w >>= 8;
- start[9] = w & 0xFF; w >>= 8;
- start[10] = w & 0xFF; w >>= 8;
- start[11] = w & 0xFF; w >>= 8;
-
- stop_at = &start[8];
- arm_notify_new_code(stop_at, 12);
-}
-
diff --git a/VEX/useful/Makefile-vex b/VEX/useful/Makefile-vex
deleted file mode 100644
index 637afc9..0000000
--- a/VEX/useful/Makefile-vex
+++ /dev/null
@@ -1,8 +0,0 @@
-# Crude makefile to build the "vex" executable from test_main.c
-
-vex: test_main.c test_main.h ../pub/*.h ../priv/*.c ../priv/*.h
- (cd ..; make -f Makefile-gcc)
- cc -I../pub -o vex test_main.c ../libvex.a
-
-clean:
- rm -f vex ../priv/*.o
diff --git a/VEX/useful/cpuid.c b/VEX/useful/cpuid.c
deleted file mode 100644
index a6ded54..0000000
--- a/VEX/useful/cpuid.c
+++ /dev/null
@@ -1,62 +0,0 @@
-
-#include <stdio.h>
-
-typedef unsigned int UInt;
-typedef unsigned long long int ULong;
-
-void cpuid ( UInt* eax, UInt* ebx, UInt* ecx, UInt* edx,
- UInt index, UInt ecx_in )
-{
- UInt a,b,c,d;
- asm volatile ("cpuid"
- : "=a" (a), "=b" (b), "=c" (c), "=d" (d) \
- : "0" (index), "2"(ecx_in) );
- *eax = a; *ebx = b; *ecx = c; *edx = d;
- printf("%08x %08x -> %08x %08x %08x %08x\n",
- index,ecx_in, a,b,c,d );
-}
-
-int main ( void )
-{
- UInt eax, ebx, ecx, edx;
- UInt maxidx, maxextidx, i,ecx_in;
-
- printf("\n");
- cpuid(&eax,&ebx,&ecx,&edx, 0,0);
- maxidx = eax;
- for (i = 1; i <= maxidx +5; i++) {
-
- UInt subleaf = 0;
-
- if (i == 4) subleaf = 10;
- if (i == 7) subleaf = 10;
- if (i == 0xB) subleaf = 10;
- if (i == 0xD) subleaf = 10;
-
- if (subleaf > 0) printf("\n");
-
- cpuid(&eax,&ebx,&ecx,&edx, i,0);
-
- for (ecx_in = 1; ecx_in < subleaf; ecx_in++) {
- cpuid(&eax,&ebx,&ecx,&edx, i,ecx_in);
- }
-
- if (subleaf > 0) printf("\n");
-
- }
-
- printf("\n");
-
- cpuid(&eax,&ebx,&ecx,&edx, 0x80000000,0);
- maxextidx = eax;
- for (i = 0x80000001; i <= maxextidx +5; i++) {
- cpuid(&eax,&ebx,&ecx,&edx, i,0);
- }
-
- printf("invalid\n");
- cpuid(&eax,&ebx,&ecx,&edx, 1234,0);
- cpuid(&eax,&ebx,&ecx,&edx, 0x800004d3,0);
-
-
- return 0;
-}
diff --git a/VEX/useful/fp_80_64.c b/VEX/useful/fp_80_64.c
deleted file mode 100644
index 2c328b7..0000000
--- a/VEX/useful/fp_80_64.c
+++ /dev/null
@@ -1,636 +0,0 @@
-
-#ifndef USED_AS_INCLUDE
-
-#include "../pub/libvex_basictypes.h"
-#include <stdio.h>
-#include <malloc.h>
-#include <stdlib.h>
-#include <string.h>
-#include <assert.h>
-
-
-/* Test program for developing code for conversions between
- x87 64-bit and 80-bit floats.
-
- 80-bit format exists only for x86/x86-64, and so the routines
- hardwire it as little-endian. The 64-bit format (IEEE double)
- could exist on any platform, little or big-endian and so we
- have to take that into account. IOW, these routines have to
- work correctly when compiled on both big- and little-endian
- targets, but the 80-bit images only ever have to exist in
- little-endian format.
-*/
-static void show_f80 ( UChar* );
-static void show_f64 ( UChar* );
-
-static inline
-UInt read_bit_array ( UChar* arr, UInt n )
-{
- UChar c = arr[n >> 3];
- c >>= (n&7);
- return c & 1;
-}
-
-static inline
-void write_bit_array ( UChar* arr, UInt n, UInt b )
-{
- UChar c = arr[n >> 3];
- c &= ~(1 << (n&7));
- c |= ((b&1) << (n&7));
- arr[n >> 3] = c;
-}
-
-
-static void convert_f80le_to_f64le_HW ( /*IN*/UChar* f80, /*OUT*/UChar* f64 )
-{
- asm volatile ("ffree %%st(7); fldt (%0); fstpl (%1)"
- :
- : "r" (&f80[0]), "r" (&f64[0])
- : "memory" );
-}
-
-static void convert_f64le_to_f80le_HW ( /*IN*/UChar* f64, /*OUT*/UChar* f80 )
-{
- asm volatile ("ffree %%st(7); fldl (%0); fstpt (%1)"
- :
- : "r" (&f64[0]), "r" (&f80[0])
- : "memory" );
-}
-
-#endif /* ndef USED_AS_INCLUDE */
-
-
-
-/* 80 and 64-bit floating point formats:
-
- 80-bit:
-
- S 0 0-------0 zero
- S 0 0X------X denormals
- S 1-7FFE 1X------X normals (all normals have leading 1)
- S 7FFF 10------0 infinity
- S 7FFF 10X-----X snan
- S 7FFF 11X-----X qnan
-
- S is the sign bit. For runs X----X, at least one of the Xs must be
- nonzero. Exponent is 15 bits, fractional part is 63 bits, and
- there is an explicitly represented leading 1, and a sign bit,
- giving 80 in total.
-
- 64-bit avoids the confusion of an explicitly represented leading 1
- and so is simpler:
-
- S 0 0------0 zero
- S 0 X------X denormals
- S 1-7FE any normals
- S 7FF 0------0 infinity
- S 7FF 0X-----X snan
- S 7FF 1X-----X qnan
-
- Exponent is 11 bits, fractional part is 52 bits, and there is a
- sign bit, giving 64 in total.
-*/
-
-/* Convert a IEEE754 double (64-bit) into an x87 extended double
- (80-bit), mimicing the hardware fairly closely. Both numbers are
- stored little-endian. Limitations, all of which could be fixed,
- given some level of hassle:
-
- * Identity of NaNs is not preserved.
-
- See comments in the code for more details.
-*/
-static void convert_f64le_to_f80le ( /*IN*/UChar* f64, /*OUT*/UChar* f80 )
-{
- Bool mantissaIsZero;
- Int bexp, i, j, shift;
- UChar sign;
-
- sign = toUChar( (f64[7] >> 7) & 1 );
- bexp = (f64[7] << 4) | ((f64[6] >> 4) & 0x0F);
- bexp &= 0x7FF;
-
- mantissaIsZero = False;
- if (bexp == 0 || bexp == 0x7FF) {
- /* We'll need to know whether or not the mantissa (bits 51:0) is
- all zeroes in order to handle these cases. So figure it
- out. */
- mantissaIsZero
- = toBool(
- (f64[6] & 0x0F) == 0
- && f64[5] == 0 && f64[4] == 0 && f64[3] == 0
- && f64[2] == 0 && f64[1] == 0 && f64[0] == 0
- );
- }
-
- /* If the exponent is zero, either we have a zero or a denormal.
- Produce a zero. This is a hack in that it forces denormals to
- zero. Could do better. */
- if (bexp == 0) {
- f80[9] = toUChar( sign << 7 );
- f80[8] = f80[7] = f80[6] = f80[5] = f80[4]
- = f80[3] = f80[2] = f80[1] = f80[0] = 0;
-
- if (mantissaIsZero)
- /* It really is zero, so that's all we can do. */
- return;
-
- /* There is at least one 1-bit in the mantissa. So it's a
- potentially denormalised double -- but we can produce a
- normalised long double. Count the leading zeroes in the
- mantissa so as to decide how much to bump the exponent down
- by. Note, this is SLOW. */
- shift = 0;
- for (i = 51; i >= 0; i--) {
- if (read_bit_array(f64, i))
- break;
- shift++;
- }
-
- /* and copy into place as many bits as we can get our hands on. */
- j = 63;
- for (i = 51 - shift; i >= 0; i--) {
- write_bit_array( f80, j,
- read_bit_array( f64, i ) );
- j--;
- }
-
- /* Set the exponent appropriately, and we're done. */
- bexp -= shift;
- bexp += (16383 - 1023);
- f80[9] = toUChar( (sign << 7) | ((bexp >> 8) & 0xFF) );
- f80[8] = toUChar( bexp & 0xFF );
- return;
- }
-
- /* If the exponent is 7FF, this is either an Infinity, a SNaN or
- QNaN, as determined by examining bits 51:0, thus:
- 0 ... 0 Inf
- 0X ... X SNaN
- 1X ... X QNaN
- where at least one of the Xs is not zero.
- */
- if (bexp == 0x7FF) {
- if (mantissaIsZero) {
- /* Produce an appropriately signed infinity:
- S 1--1 (15) 1 0--0 (63)
- */
- f80[9] = toUChar( (sign << 7) | 0x7F );
- f80[8] = 0xFF;
- f80[7] = 0x80;
- f80[6] = f80[5] = f80[4] = f80[3]
- = f80[2] = f80[1] = f80[0] = 0;
- return;
- }
- /* So it's either a QNaN or SNaN. Distinguish by considering
- bit 51. Note, this destroys all the trailing bits
- (identity?) of the NaN. IEEE754 doesn't require preserving
- these (it only requires that there be one QNaN value and one
- SNaN value), but x87 does seem to have some ability to
- preserve them. Anyway, here, the NaN's identity is
- destroyed. Could be improved. */
- if (f64[6] & 8) {
- /* QNaN. Make a QNaN:
- S 1--1 (15) 1 1--1 (63)
- */
- f80[9] = toUChar( (sign << 7) | 0x7F );
- f80[8] = 0xFF;
- f80[7] = 0xFF;
- f80[6] = f80[5] = f80[4] = f80[3]
- = f80[2] = f80[1] = f80[0] = 0xFF;
- } else {
- /* SNaN. Make a SNaN:
- S 1--1 (15) 0 1--1 (63)
- */
- f80[9] = toUChar( (sign << 7) | 0x7F );
- f80[8] = 0xFF;
- f80[7] = 0x7F;
- f80[6] = f80[5] = f80[4] = f80[3]
- = f80[2] = f80[1] = f80[0] = 0xFF;
- }
- return;
- }
-
- /* It's not a zero, denormal, infinity or nan. So it must be a
- normalised number. Rebias the exponent and build the new
- number. */
- bexp += (16383 - 1023);
-
- f80[9] = toUChar( (sign << 7) | ((bexp >> 8) & 0xFF) );
- f80[8] = toUChar( bexp & 0xFF );
- f80[7] = toUChar( (1 << 7) | ((f64[6] << 3) & 0x78)
- | ((f64[5] >> 5) & 7) );
- f80[6] = toUChar( ((f64[5] << 3) & 0xF8) | ((f64[4] >> 5) & 7) );
- f80[5] = toUChar( ((f64[4] << 3) & 0xF8) | ((f64[3] >> 5) & 7) );
- f80[4] = toUChar( ((f64[3] << 3) & 0xF8) | ((f64[2] >> 5) & 7) );
- f80[3] = toUChar( ((f64[2] << 3) & 0xF8) | ((f64[1] >> 5) & 7) );
- f80[2] = toUChar( ((f64[1] << 3) & 0xF8) | ((f64[0] >> 5) & 7) );
- f80[1] = toUChar( ((f64[0] << 3) & 0xF8) );
- f80[0] = toUChar( 0 );
-}
-
-
-/* Convert a x87 extended double (80-bit) into an IEEE 754 double
- (64-bit), mimicking the hardware fairly closely. Both numbers are
- stored little-endian. Limitations, both of which could be fixed,
- given some level of hassle:
-
- * Rounding following truncation could be a bit better.
-
- * Identity of NaNs is not preserved.
-
- See comments in the code for more details.
-*/
-static void convert_f80le_to_f64le ( /*IN*/UChar* f80, /*OUT*/UChar* f64 )
-{
- Bool isInf;
- Int bexp, i, j;
- UChar sign;
-
- sign = toUChar((f80[9] >> 7) & 1);
- bexp = (((UInt)f80[9]) << 8) | (UInt)f80[8];
- bexp &= 0x7FFF;
-
- /* If the exponent is zero, either we have a zero or a denormal.
- But an extended precision denormal becomes a double precision
- zero, so in either case, just produce the appropriately signed
- zero. */
- if (bexp == 0) {
- f64[7] = toUChar(sign << 7);
- f64[6] = f64[5] = f64[4] = f64[3] = f64[2] = f64[1] = f64[0] = 0;
- return;
- }
-
- /* If the exponent is 7FFF, this is either an Infinity, a SNaN or
- QNaN, as determined by examining bits 62:0, thus:
- 0 ... 0 Inf
- 0X ... X SNaN
- 1X ... X QNaN
- where at least one of the Xs is not zero.
- */
- if (bexp == 0x7FFF) {
- isInf = toBool(
- (f80[7] & 0x7F) == 0
- && f80[6] == 0 && f80[5] == 0 && f80[4] == 0
- && f80[3] == 0 && f80[2] == 0 && f80[1] == 0
- && f80[0] == 0
- );
- if (isInf) {
- if (0 == (f80[7] & 0x80))
- goto wierd_NaN;
- /* Produce an appropriately signed infinity:
- S 1--1 (11) 0--0 (52)
- */
- f64[7] = toUChar((sign << 7) | 0x7F);
- f64[6] = 0xF0;
- f64[5] = f64[4] = f64[3] = f64[2] = f64[1] = f64[0] = 0;
- return;
- }
- /* So it's either a QNaN or SNaN. Distinguish by considering
- bit 62. Note, this destroys all the trailing bits
- (identity?) of the NaN. IEEE754 doesn't require preserving
- these (it only requires that there be one QNaN value and one
- SNaN value), but x87 does seem to have some ability to
- preserve them. Anyway, here, the NaN's identity is
- destroyed. Could be improved. */
- if (f80[8] & 0x40) {
- /* QNaN. Make a QNaN:
- S 1--1 (11) 1 1--1 (51)
- */
- f64[7] = toUChar((sign << 7) | 0x7F);
- f64[6] = 0xFF;
- f64[5] = f64[4] = f64[3] = f64[2] = f64[1] = f64[0] = 0xFF;
- } else {
- /* SNaN. Make a SNaN:
- S 1--1 (11) 0 1--1 (51)
- */
- f64[7] = toUChar((sign << 7) | 0x7F);
- f64[6] = 0xF7;
- f64[5] = f64[4] = f64[3] = f64[2] = f64[1] = f64[0] = 0xFF;
- }
- return;
- }
-
- /* If it's not a Zero, NaN or Inf, and the integer part (bit 62) is
- zero, the x87 FPU appears to consider the number denormalised
- and converts it to a QNaN. */
- if (0 == (f80[7] & 0x80)) {
- wierd_NaN:
- /* Strange hardware QNaN:
- S 1--1 (11) 1 0--0 (51)
- */
- /* On a PIII, these QNaNs always appear with sign==1. I have
- no idea why. */
- f64[7] = (1 /*sign*/ << 7) | 0x7F;
- f64[6] = 0xF8;
- f64[5] = f64[4] = f64[3] = f64[2] = f64[1] = f64[0] = 0;
- return;
- }
-
- /* It's not a zero, denormal, infinity or nan. So it must be a
- normalised number. Rebias the exponent and consider. */
- bexp -= (16383 - 1023);
- if (bexp >= 0x7FF) {
- /* It's too big for a double. Construct an infinity. */
- f64[7] = toUChar((sign << 7) | 0x7F);
- f64[6] = 0xF0;
- f64[5] = f64[4] = f64[3] = f64[2] = f64[1] = f64[0] = 0;
- return;
- }
-
- if (bexp <= 0) {
- /* It's too small for a normalised double. First construct a
- zero and then see if it can be improved into a denormal. */
- f64[7] = toUChar(sign << 7);
- f64[6] = f64[5] = f64[4] = f64[3] = f64[2] = f64[1] = f64[0] = 0;
-
- if (bexp < -52)
- /* Too small even for a denormal. */
- return;
-
- /* Ok, let's make a denormal. Note, this is SLOW. */
- /* Copy bits 63, 62, 61, etc of the src mantissa into the dst,
- indexes 52+bexp, 51+bexp, etc, until k+bexp < 0. */
- /* bexp is in range -52 .. 0 inclusive */
- for (i = 63; i >= 0; i--) {
- j = i - 12 + bexp;
- if (j < 0) break;
- /* We shouldn't really call vassert from generated code. */
- assert(j >= 0 && j < 52);
- write_bit_array ( f64,
- j,
- read_bit_array ( f80, i ) );
- }
- /* and now we might have to round ... */
- if (read_bit_array(f80, 10+1 - bexp) == 1)
- goto do_rounding;
-
- return;
- }
-
- /* Ok, it's a normalised number which is representable as a double.
- Copy the exponent and mantissa into place. */
- /*
- for (i = 0; i < 52; i++)
- write_bit_array ( f64,
- i,
- read_bit_array ( f80, i+11 ) );
- */
- f64[0] = toUChar( (f80[1] >> 3) | (f80[2] << 5) );
- f64[1] = toUChar( (f80[2] >> 3) | (f80[3] << 5) );
- f64[2] = toUChar( (f80[3] >> 3) | (f80[4] << 5) );
- f64[3] = toUChar( (f80[4] >> 3) | (f80[5] << 5) );
- f64[4] = toUChar( (f80[5] >> 3) | (f80[6] << 5) );
- f64[5] = toUChar( (f80[6] >> 3) | (f80[7] << 5) );
-
- f64[6] = toUChar( ((bexp << 4) & 0xF0) | ((f80[7] >> 3) & 0x0F) );
-
- f64[7] = toUChar( (sign << 7) | ((bexp >> 4) & 0x7F) );
-
- /* Now consider any rounding that needs to happen as a result of
- truncating the mantissa. */
- if (f80[1] & 4) /* read_bit_array(f80, 10) == 1) */ {
-
- /* If the bottom bits of f80 are "100 0000 0000", then the
- infinitely precise value is deemed to be mid-way between the
- two closest representable values. Since we're doing
- round-to-nearest (the default mode), in that case it is the
- bit immediately above which indicates whether we should round
- upwards or not -- if 0, we don't. All that is encapsulated
- in the following simple test. */
- if ((f80[1] & 0xF) == 4/*0100b*/ && f80[0] == 0)
- return;
-
- do_rounding:
- /* Round upwards. This is a kludge. Once in every 2^24
- roundings (statistically) the bottom three bytes are all 0xFF
- and so we don't round at all. Could be improved. */
- if (f64[0] != 0xFF) {
- f64[0]++;
- }
- else
- if (f64[0] == 0xFF && f64[1] != 0xFF) {
- f64[0] = 0;
- f64[1]++;
- }
- else
- if (f64[0] == 0xFF && f64[1] == 0xFF && f64[2] != 0xFF) {
- f64[0] = 0;
- f64[1] = 0;
- f64[2]++;
- }
- /* else we don't round, but we should. */
- }
-}
-
-
-#ifndef USED_AS_INCLUDE
-
-//////////////
-
-static void show_f80 ( UChar* f80 )
-{
- Int i;
- printf("%d ", read_bit_array(f80, 79));
-
- for (i = 78; i >= 64; i--)
- printf("%d", read_bit_array(f80, i));
-
- printf(" %d ", read_bit_array(f80, 63));
-
- for (i = 62; i >= 0; i--)
- printf("%d", read_bit_array(f80, i));
-}
-
-static void show_f64le ( UChar* f64 )
-{
- Int i;
- printf("%d ", read_bit_array(f64, 63));
-
- for (i = 62; i >= 52; i--)
- printf("%d", read_bit_array(f64, i));
-
- printf(" ");
- for (i = 51; i >= 0; i--)
- printf("%d", read_bit_array(f64, i));
-}
-
-//////////////
-
-
-/* Convert f80 to a 64-bit IEEE double using both the hardware and the
- soft version, and compare the results. If they differ, print
- details and return 1. If they are identical, return 0.
-*/
-int do_80_to_64_test ( Int test_no, UChar* f80, UChar* f64h, UChar* f64s)
-{
- Char buf64s[100], buf64h[100];
- Bool same;
- Int k;
- convert_f80le_to_f64le_HW(f80, f64h);
- convert_f80le_to_f64le(f80, f64s);
- same = True;
- for (k = 0; k < 8; k++) {
- if (f64s[k] != f64h[k]) {
- same = False; break;
- }
- }
- /* bitwise identical */
- if (same)
- return 0;
-
- sprintf(buf64s, "%.16e", *(double*)f64s);
- sprintf(buf64h, "%.16e", *(double*)f64h);
-
- /* Not bitwise identical, but pretty darn close */
- if (0 == strcmp(buf64s, buf64h))
- return 0;
-
- printf("\n");
- printf("f80: "); show_f80(f80); printf("\n");
- printf("f64h: "); show_f64le(f64h); printf("\n");
- printf("f64s: "); show_f64le(f64s); printf("\n");
-
- printf("[test %d] %.16Le -> (hw %s, sw %s)\n",
- test_no, *(long double*)f80,
- buf64h, buf64s );
-
- return 1;
-}
-
-
-/* Convert an IEEE 64-bit double to a x87 extended double (80 bit)
- using both the hardware and the soft version, and compare the
- results. If they differ, print details and return 1. If they are
- identical, return 0.
-*/
-int do_64_to_80_test ( Int test_no, UChar* f64, UChar* f80h, UChar* f80s)
-{
- Char buf80s[100], buf80h[100];
- Bool same;
- Int k;
- convert_f64le_to_f80le_HW(f64, f80h);
- convert_f64le_to_f80le(f64, f80s);
- same = True;
- for (k = 0; k < 10; k++) {
- if (f80s[k] != f80h[k]) {
- same = False; break;
- }
- }
- /* bitwise identical */
- if (same)
- return 0;
-
- sprintf(buf80s, "%.20Le", *(long double*)f80s);
- sprintf(buf80h, "%.20Le", *(long double*)f80h);
-
- /* Not bitwise identical, but pretty darn close */
- if (0 == strcmp(buf80s, buf80h))
- return 0;
-
- printf("\n");
- printf("f64: "); show_f64le(f64); printf("\n");
- printf("f80h: "); show_f80(f80h); printf("\n");
- printf("f80s: "); show_f80(f80s); printf("\n");
-
- printf("[test %d] %.16e -> (hw %s, sw %s)\n",
- test_no, *(double*)f64,
- buf80h, buf80s );
-
- return 1;
-}
-
-
-
-void do_80_to_64_tests ( void )
-{
- UInt b9,b8,b7,i, j;
- Int fails=0, tests=0;
- UChar* f64h = malloc(8);
- UChar* f64s = malloc(8);
- UChar* f80 = malloc(10);
- int STEP = 1;
-
- srandom(4343);
-
- /* Ten million random bit patterns */
- for (i = 0; i < 10000000; i++) {
- tests++;
- for (j = 0; j < 10; j++)
- f80[j] = (random() >> 7) & 255;
-
- fails += do_80_to_64_test(tests, f80, f64h, f64s);
- }
-
- /* 2^24 numbers in which the first 24 bits are tested exhaustively
- -- this covers the sign, exponent and leading part of the
- mantissa. */
- for (b9 = 0; b9 < 256; b9 += STEP) {
- for (b8 = 0; b8 < 256; b8 += STEP) {
- for (b7 = 0; b7 < 256; b7 += STEP) {
- tests++;
- for (i = 0; i < 10; i++)
- f80[i] = 0;
- for (i = 0; i < 8; i++)
- f64h[i] = f64s[i] = 0;
- f80[9] = b9;
- f80[8] = b8;
- f80[7] = b7;
-
- fails += do_80_to_64_test(tests, f80, f64h, f64s);
- }}}
-
- printf("\n80 -> 64: %d tests, %d fails\n\n", tests, fails);
-}
-
-
-void do_64_to_80_tests ( void )
-{
- UInt b7,b6,b5,i, j;
- Int fails=0, tests=0;
- UChar* f80h = malloc(10);
- UChar* f80s = malloc(10);
- UChar* f64 = malloc(8);
- int STEP = 1;
-
- srandom(2323);
-
- /* Ten million random bit patterns */
- for (i = 0; i < 10000000; i++) {
- tests++;
- for (j = 0; j < 8; j++)
- f64[j] = (random() >> 13) & 255;
-
- fails += do_64_to_80_test(tests, f64, f80h, f80s);
- }
-
- /* 2^24 numbers in which the first 24 bits are tested exhaustively
- -- this covers the sign, exponent and leading part of the
- mantissa. */
- for (b7 = 0; b7 < 256; b7 += STEP) {
- for (b6 = 0; b6 < 256; b6 += STEP) {
- for (b5 = 0; b5 < 256; b5 += STEP) {
- tests++;
- for (i = 0; i < 8; i++)
- f64[i] = 0;
- for (i = 0; i < 10; i++)
- f80h[i] = f80s[i] = 0;
- f64[7] = b7;
- f64[6] = b6;
- f64[5] = b5;
-
- fails += do_64_to_80_test(tests, f64, f80h, f80s);
- }}}
-
- printf("\n64 -> 80: %d tests, %d fails\n\n", tests, fails);
-}
-
-
-int main ( void )
-{
- do_80_to_64_tests();
- do_64_to_80_tests();
- return 0;
-}
-
-#endif /* ndef USED_AS_INCLUDE */
diff --git a/VEX/useful/fpround.c b/VEX/useful/fpround.c
deleted file mode 100644
index 3a186bb..0000000
--- a/VEX/useful/fpround.c
+++ /dev/null
@@ -1,13 +0,0 @@
-
-#include <stdio.h>
-
-int main ( void )
-{
- double d = 0.0;
- int i;
- for (i = 0; i < 30; i++) {
- printf("i = %d, d = %f, (int)d = %d\n", i, d, (int)d);
- d += 0.11;
- }
- return 0;
-}
diff --git a/VEX/useful/fspill.c b/VEX/useful/fspill.c
deleted file mode 100644
index 41e7eda..0000000
--- a/VEX/useful/fspill.c
+++ /dev/null
@@ -1,19 +0,0 @@
-
-#include <stdio.h>
-
-double qq ( void )
-{int i;
- long double a = 0.0, b = 0.0, c = 0.0, d = 0.0, e = 0.0, f = 0.0, g = 0.0, h = 0.0;
- for (i = 0; i < 10; i++) {
- a += 1.1; b += 1.2; c += 1.3; d += 1.4; e += 1.5; f += 1.6;
- g += 1.7; h += 1.8001;
- }
- return a+b+c+d+e+f+g+h;
-}
-
-int main ( void )
-{
- double r = qq();
- printf("answer is %f %d\n", r, (int)r );
- return 0;
-}
diff --git a/VEX/useful/gradual_underflow.c b/VEX/useful/gradual_underflow.c
deleted file mode 100644
index 53886d8..0000000
--- a/VEX/useful/gradual_underflow.c
+++ /dev/null
@@ -1,15 +0,0 @@
-
-#include <stdio.h>
-
-int main ( void )
-{
-double d = 7.25063790881233303e-303;
- int i;
-
- for (i = 0; i < 26; i++) {
- printf("%.16e\n", d);
- d *= 0.1012198489248992489422;
- }
- return 0;
-}
-
diff --git a/VEX/useful/hd_fpu.c b/VEX/useful/hd_fpu.c
deleted file mode 100644
index 3007029..0000000
--- a/VEX/useful/hd_fpu.c
+++ /dev/null
@@ -1,1707 +0,0 @@
-
-/*--------------------------------------------------------------------*/
-/*--- Implementation of the floating point instruction set. ---*/
-/*--- hd_fpu.c ---*/
-/*--------------------------------------------------------------------*/
-
-/*
- This file is part of Heimdall, an x86 protected-mode emulator
- designed for debugging and profiling binaries on x86-Unixes.
-
- Copyright (C) 2000 Julian Seward
- jseward@acm.org
- Julian_Seward@muraroa.demon.co.uk
-
- This program is free software; you can redistribute it and/or
- modify it under the terms of the GNU General Public License as
- published by the Free Software Foundation; either version 2 of the
- License, or (at your option) any later version.
-
- This program is distributed in the hope that it will be useful, but
- WITHOUT ANY WARRANTY; without even the implied warranty of
- MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
- General Public License for more details.
-
- You should have received a copy of the GNU General Public License
- along with this program; if not, write to the Free Software
- Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA
- 02111-1307, USA.
-
- The GNU General Public License is contained in the file LICENSE.
-*/
-
-#include "hd_include.h"
-
-
-/* ---------------------------------------------------------------------
- Packing and unpacking the FPU data registers.
- ------------------------------------------------------------------ */
-
-INLINE
-UInt fp_get_tos ( void )
-{
- return (m_fpu_state.env[FP_ENV_STAT] >> FP_F_TOS_LO) & 7;
-}
-
-static
-UInt read_bit_array ( UChar* arr, UInt n )
-{
- UChar c = arr[n >> 3];
- c >>= (n&7);
- return c & 1;
-}
-
-static
-void write_bit_array ( UChar* arr, UInt n, UInt b )
-{
- UChar c = arr[n >> 3];
- c &= ~(1 << (n&7));
- b &= 1;
- c |= (b << (n&7));
- arr[n >> 3] = c;
-}
-
-/* Read an IEEE double from the memory image of an Intel 80-bit
- extended floating-point number.
-*/
-static
-double fp_double_from_extended ( UChar* e_lsb )
-{
- int i;
- double d;
- UChar* d_lsb = (UChar*)(&d);
-
- UInt sign = e_lsb[9] >> 7;
- Int bexp = ((UInt)e_lsb[9] << 8) | (UInt)e_lsb[8];
- bexp &= 0x7fff;
-
- if (bexp == 0)
- bexp = 0; /* preserve zeroes */
- else
- if (bexp == 0x7FFF)
- bexp = 0x7FF; /* preserve Infs/Nans */
- else {
- bexp -= (16383 - 1023);
- if (bexp < 0) bexp = 0;
- if (bexp > 0x7FF) bexp = 0x7FF;
- }
-
- d_lsb[6] = (bexp & 0xF) << 4;
- d_lsb[7] = ((bexp >> 4) & 0x7F) | ((sign & 0x1) << 7);
-
- for (i = 0; i < 52; i++)
- write_bit_array ( d_lsb,
- i,
- read_bit_array ( e_lsb, i+11 ) );
- return d;
-}
-
-/* Given an IEEE double, create the memory image of an Intel 80-bit
- extended floating-point number.
-*/
-static
-void fp_extended_from_double ( UChar* e_lsb, double d )
-{
- int i;
- UChar* d_lsb = (UChar*)(&d);
-
- UInt sign = d_lsb[7] >> 7;
- Int bexp = ((UInt)d_lsb[7] << 4) |
- ((((UInt)d_lsb[6]) >> 4) & 0xF);
- bexp &= 0x7ff;
-
- if (bexp == 0)
- bexp = 0; /* preserve zeroes */
- else
- if (bexp == 0x7FF)
- bexp = 0x7FFF; /* preserve Infs/Nans */
- else
- bexp += (16383 - 1023);
-
- e_lsb[9] = ((bexp >> 8) & 0x7F) | ((sign & 0x1) << 7);
- e_lsb[8] = bexp & 0xFF;
-
- for (i = 0; i < 52; i++)
- write_bit_array ( e_lsb,
- i+11,
- read_bit_array ( d_lsb, i ) );
- for (i = 0; i < 11; i++)
- write_bit_array ( e_lsb, i, 0 );
-
- /* this isn't really right, but I can't get fpclassify to work. */
- i = 0;
- if (isnan(d) || isinf(d) || d != 0.0) i = 1;
- write_bit_array ( e_lsb, 63, i );
-}
-
-/* For the transition Real CPU -> Simulated CPU, copy the
- .reg values in m_fpu_state, which are in stack order, to
- the m_fpu_data_regs array, in register (non-stack) order.
-*/
-void fp_unpack_data_regs ( void )
-{
- Int reg, st;
- reg = fp_get_tos();
- for (st = 0; st < 8; st++) {
- m_fpu_data_regs[reg]
- = fp_double_from_extended ( &m_fpu_state.reg[FP_REG(st)] );
- if (reg == 7) reg = 0; else reg++;
- }
-}
-
-void fp_repack_data_regs ( void )
-{
- Int reg, st;
- st = fp_get_tos();
- for (reg = 0; reg < 8; reg++) {
- fp_extended_from_double ( &m_fpu_state.reg[FP_REG(reg)],
- m_fpu_data_regs[st] );
- if (st == 7) st = 0; else st++;
- }
-}
-
-/* ---------------------------------------------------------------------
- Helper functions for the floating point unit.
- ------------------------------------------------------------------ */
-
-static
-INLINE
-void setFMem ( UInt addr, double f )
-{
- * ((float*)addr) = (float)f;
-}
-
-static
-INLINE
-double getFMem ( UInt addr )
-{
- return (double) (* ((float*)addr));
-}
-
-static
-INLINE
-void setDMem ( UInt addr, double f )
-{
- * ((double*)addr) = f;
-}
-
-static
-INLINE
-double getDMem ( UInt addr )
-{
- return (* ((double*)addr));
-}
-
-static
-INLINE
-void setTMem ( UInt addr, double f )
-{
- fp_extended_from_double ( (Addr)addr, f );
-}
-
-static
-INLINE
-double getTMem ( UInt addr )
-{
- return fp_double_from_extended ( (Addr)addr );
-}
-
-#define fp_extended_from_double ERROR__fp_extended_from_double_used
-#define fp_double_from_extended ERROR__fp_double_from_extended_used
-
-static
-INLINE
-UInt fp_get_statusword_flag ( UInt flagno )
-{
- if (flagno < 0 || flagno > 15) panic("fp_get_statusword_flag");
- return (m_fpu_state.env[FP_ENV_STAT] >> flagno) & 0x1;
-}
-
-#if DEBUG
-static
-UInt fp_get_controlword_flag ( UInt flagno )
-{
- if (flagno < 0 || flagno > 15) panic("fp_get_controlword_flag");
- return (m_fpu_state.env[FP_ENV_CTRL] >> flagno) & 0x1;
-}
-#endif
-
-static
-INLINE
-void fp_set_statusword_flag_to ( UInt flagno, UInt bit )
-{
- if (flagno < 0 || flagno > 15) panic("fp_set_statusword_flag_to");
- if (bit)
- m_fpu_state.env[FP_ENV_STAT] |= (1 << flagno);
- else
- m_fpu_state.env[FP_ENV_STAT] &= ~(1 << flagno);
-}
-
-static
-void fp_set_stack_overflow ( void )
-{
- fprintf(stderr, "--- FP STACK OVERFLOW!\n" );
- fp_set_statusword_flag_to(FP_E_INVAL,1);
- fp_set_statusword_flag_to(FP_E_STACKF,1);
- fp_set_statusword_flag_to(FP_F_C1,1);
-}
-
-static
-void fp_set_stack_underflow ( void )
-{
- fprintf(stderr, "--- FP STACK UNDERFLOW!\n" );
- fp_set_statusword_flag_to(FP_E_INVAL,1);
- fp_set_statusword_flag_to(FP_E_STACKF,1);
- fp_set_statusword_flag_to(FP_F_C1,0);
-}
-
-static
-INLINE
-void fp_set_tos ( UInt tos )
-{
- if (tos < 0 || tos > 7) panic("fp_set_tos");
- fp_set_statusword_flag_to(FP_F_TOS_LO,0);
- fp_set_statusword_flag_to(FP_F_TOS_LO+1,0);
- fp_set_statusword_flag_to(FP_F_TOS_HI,0);
- m_fpu_state.env[FP_ENV_STAT] |= (tos << FP_F_TOS_LO);
-}
-
-static
-INLINE
-UInt fp_STno_to_regno ( UInt stregno )
-{
- UInt regno = fp_get_tos();
- assert(regno >= 0 && regno < 8);
- regno += stregno;
- if (regno >= 8) regno -= 8;
- assert(regno >= 0 && regno < 8);
- return regno;
-}
-
-static
-INLINE
-void fp_dec_tos ( void )
-{
- fp_set_tos ( fp_STno_to_regno ( 7 ));
-}
-
-static
-INLINE
-void fp_inc_tos ( void )
-{
- fp_set_tos ( fp_STno_to_regno ( 1 ));
-}
-
-static
-INLINE
-Bool fp_is_empty_tag ( UInt tag )
-{
- return tag == FP_TAG_EMPTY;
-}
-
-static
-INLINE
-UInt fp_get_tag ( UInt regno )
-{
- if (regno < 0 || regno > 7) panic("fp_get_tag");
- return (m_fpu_state.env[FP_ENV_TAG] >> (2*regno)) & 3;
-}
-
-static
-INLINE
-UInt fp_get_tag_ST ( UInt stregno )
-{
- if (stregno < 0 || stregno > 7) panic("fp_get_tag_ST");
- return fp_get_tag ( fp_STno_to_regno(stregno) );
-}
-
-static
-INLINE
-void fp_set_tag ( UInt regno, UInt val )
-{
- if (regno < 0 || regno > 7 ||
- val < 0 || val > 3) panic("fp_get_tag");
- m_fpu_state.env[FP_ENV_TAG] &= ~(3 << (2*regno));
- m_fpu_state.env[FP_ENV_TAG] |= (val << (2*regno));
-}
-
-static
-INLINE
-void fp_set_tag_ST ( UInt stregno, UInt val )
-{
- if (stregno < 0 || stregno > 7) panic("fp_set_tag_ST");
- fp_set_tag ( fp_STno_to_regno(stregno), val );
-}
-
-
-static
-INLINE
-void fp_set_reg ( UInt r, double d )
-{
- if (r < 0 || r > 7) panic("fp_set_reg");
- m_fpu_data_regs[r] = d;
- fp_set_tag ( r, d==0.0 ? FP_TAG_ZERO
- : (finite(d) ? FP_TAG_VALID : FP_TAG_SPEC) );
-}
-
-static
-INLINE
-void fp_set_reg_ST ( UInt str, double d )
-{
- UInt r;
- if (str < 0 || str > 7) panic("fp_set_reg_ST");
- r = fp_STno_to_regno(str);
- fp_set_reg ( r, d );
-}
-
-static
-INLINE
-double fp_get_reg ( UInt r )
-{
- double d;
- if (r < 0 || r > 7) panic("fp_get_reg");
- d = m_fpu_data_regs[r];
- return d;
-}
-
-static
-INLINE
-double fp_get_reg_ST ( UInt str )
-{
- UInt r;
- if (str < 0 || str > 7) panic("fp_get_reg_ST");
- r = fp_STno_to_regno(str);
- return fp_get_reg(r);
-}
-
-static
-INLINE
-void fp_set_tos_reg ( double d )
-{
- fp_set_reg ( fp_get_tos(), d );
-}
-
-static
-INLINE
-double fp_get_tos_reg ( void )
-{
- return fp_get_reg ( fp_get_tos() );
-}
-
-static
-INLINE
-void fp_set_tos_reg_QNaN ( void )
-{
- fp_set_reg ( fp_get_tos(), NAN /* see <nan.h> */ );
-}
-
-static
-INLINE
-double fp_pop ( void )
-{
- double d = fp_get_tos_reg();
- fp_set_tag ( fp_get_tos(), FP_TAG_EMPTY );
- fp_inc_tos();
- return d;
-}
-
-/* Push d and update flags. */
-static
-INLINE
-void fp_push ( double d )
-{
- if (fp_is_empty_tag(fp_get_tag_ST(7))) {
- fp_dec_tos();
- fp_set_tos_reg(d);
- fp_set_statusword_flag_to(FP_F_C1, d == 0.0);
- } else {
- fp_dec_tos();
- fp_set_tos_reg_QNaN();
- fp_set_stack_overflow();
- }
-}
-
-static
-void fp_set_statusword_flags_COM ( double vd_dst, double vd_src )
-{
- UInt vis_dst;
- if (isnan(vd_src) || isnan(vd_dst)) vis_dst = 7;
- else if (vd_dst > vd_src) vis_dst = 0;
- else if (vd_dst < vd_src) vis_dst = 1;
- else if (vd_dst == vd_src) vis_dst = 4;
- else vis_dst = 7;
- fp_set_statusword_flag_to(FP_F_C3, (vis_dst >> 2) & 1);
- fp_set_statusword_flag_to(FP_F_C2, (vis_dst >> 1) & 1);
- fp_set_statusword_flag_to(FP_F_C0, vis_dst & 1);
-}
-
-static
-void fp_set_statusword_flags_COM_STACKF ( void )
-{
- UInt vis_dst = 7;
- fp_set_statusword_flag_to(FP_F_C3, (vis_dst >> 2) & 1);
- fp_set_statusword_flag_to(FP_F_C2, (vis_dst >> 1) & 1);
- fp_set_statusword_flag_to(FP_F_C0, vis_dst & 1);
-}
-
-static
-double fp_calc_yl2xp1 ( double st_0, double st_1 )
-{
- st_0 += 1.0;
- st_0 = log(st_0) / log(2.0);
- st_0 *= st_1;
- return st_0;
-}
-
-static
-double fp_calc_yl2x ( double st_0, double st_1 )
-{
- st_0 = log(st_0) / log(2.0);
- st_0 *= st_1;
- return st_0;
-}
-
-static
-double fp_calc_2xm1 ( double st_0 )
-{
- st_0 = st_0 * 0.69314718055994530942;
- st_0 = exp(st_0);
- st_0 = st_0 - 1.0;
- return st_0;
-}
-
-static
-double fp_calc_scale ( double st_0, double st_1 )
-{
- Int n = 0;
- if (st_1 > 0.0) {
- if (st_1 > 2.0*308.0) st_1 = 2.0*308.0;
- n = (Int)(floor(st_1));
- if (n < 0) n = 0; /* impossible, but ... */
- if (n > 2*308) n = 2*308; /* limit exponent change */
- while (n > 0) { n--; st_0 *= 2.0; };
- }
- else
- if (st_1 < 0.0) {
- if (st_1 < -2.0*308.0) st_1 = -2.0*308.0;
- n = ((Int)(floor(-st_1)));
- if (n < 0) n = 0;
- if (n > 2*308) n = 2*308;
- while (n > 0) { n--; st_0 *= 0.5; };
- }
- return st_0;
-}
-
-static
-void fp_calc_fprem ( Int* qq, double* result, double st_0, double st_1 )
-{
- double tmp = st_0 / st_1;
- if (tmp < 0)
- *qq = - (Int)floor(-tmp);
- else
- *qq = (Int)floor(tmp);
- *result = st_0 - (st_1 * (double)(*qq));
-}
-
-#if DEBUG
-static
-void printFpuState ( void )
-{
- Int i;
- assert(sizeof(Fpu_State)==108);
- for (i = 7; i >= 0; i--) {
- printf ( " %s fpreg%d: 0x",
- (UInt)i == fp_get_tos() ? "**" : " ", i );
- //for (j = FP_REG(i+1)-1; j >= FP_REG(i); j--)
- // printf ( "%2x", (UInt)m_fpu_state.reg[j]);
- printf ( " %5s ", fp_tag_names[fp_get_tag(i)] );
- printf ( "%20.16e\n", fp_get_reg(i) );
- }
- printf(" fctrl: 0x%4x masked: ",
- (UInt)m_fpu_state.env[FP_ENV_CTRL] );
- for (i = FP_E_INVAL; i <= FP_E_LOS; i++)
- if (fp_get_controlword_flag(i))
- printf ( "%s ", fp_exception_names[i] );
- printf ( "\n" );
-
- printf(" fstat: 0x%4x except:",
- (UInt)m_fpu_state.env[FP_ENV_STAT] );
- for (i = FP_E_INVAL; i <= FP_E_LOS; i++)
- if (fp_get_statusword_flag(i))
- printf ( "%s ", fp_exception_names[i] );
- printf ( " top: %d ", fp_get_tos() );
- printf ( "c3210: %d%d%d%d",
- fp_get_statusword_flag(FP_F_C3),
- fp_get_statusword_flag(FP_F_C2),
- fp_get_statusword_flag(FP_F_C1),
- fp_get_statusword_flag(FP_F_C0) );
- printf ( " STACKF: %d\n", fp_get_statusword_flag(FP_E_STACKF) );
-
- printf(" ftag: 0x%4x ", (UInt)m_fpu_state.env[FP_ENV_TAG] );
- for (i = 7; i >= 0; i--)
- printf ( "%s ", fp_tag_names[fp_get_tag(i)] );
- printf("\n");
-
- printf(" fip: 0x%8x\n",
- (((UInt)m_fpu_state.env[FP_ENV_IP+1]) << 16) |
- ((UInt)m_fpu_state.env[FP_ENV_IP]) );
- printf(" fcs: 0x%4x\n",
- ((UInt)m_fpu_state.env[FP_ENV_CS]) );
- printf(" fopoff: 0x%8x\n",
- (((UInt)m_fpu_state.env[FP_ENV_OPOFF+1]) << 16) |
- ((UInt)m_fpu_state.env[FP_ENV_OPOFF]) );
- printf(" fopsel: 0x%4x\n",
- ((UInt)m_fpu_state.env[FP_ENV_OPSEL]) );
-}
-#endif
-
-/* ---------------------------------------------------------------------
- Implementation of the floating point instruction set.
- ------------------------------------------------------------------ */
-
-/* A pretty nasty kludge. Arithmetic is done using standard IEEE
- doubles, which means that programs which rely on the extra accuracy
- supplied by Intel's internal 80-bit format will get different
- results.
-
- To make exception handling tractable, we assume that the FPU is
- running with all exceptions masked, so we do the "default fixup"
- action for all exceptions. Fortunately that's fairly simple.
-
- Support for non-normal numbers (infinities, nans, denorms, etc) is
- minimal and probably wrong.
-*/
-
-typedef
- enum { Fp_Add, Fp_Sub, Fp_Mul, Fp_Div, Fp_SubR, Fp_DivR }
- Fp_Op;
-
-#if DEBUG
-char* fp_Op_name ( Fp_Op op )
-{
- switch (op) {
- case Fp_Add: return "add"; case Fp_Sub: return "sub";
- case Fp_Mul: return "mul"; case Fp_Div: return "div";
- case Fp_SubR: return "subr"; case Fp_DivR: return "divr";
- default: panic("fp_Op_name");
- }
- return NULL; /*notreached*/
-}
-#endif
-
-static
-void fp_do_op_ST_ST ( UInt a_src, UInt a_dst, Fp_Op op, Bool pop )
-{
- double vd_src, vd_dst;
- IFDB( if (dis) printf("\tf%s%s\t%%st(%d),%%st(%d)\n",
- fp_Op_name(op), pop?"p":"",
- a_src, a_dst ); )
- if (!fp_is_empty_tag(fp_get_tag_ST(a_src)) &&
- !fp_is_empty_tag(fp_get_tag_ST(a_dst))) {
- vd_dst = fp_get_reg_ST(a_dst);
- vd_src = fp_get_reg_ST(a_src);
- switch (op) {
- case Fp_Add: vd_dst = vd_dst + vd_src; break;
- case Fp_Sub: vd_dst = vd_dst - vd_src; break;
- case Fp_Mul: vd_dst = vd_dst * vd_src; break;
- case Fp_Div: vd_dst = vd_dst / vd_src; break;
- case Fp_SubR: vd_dst = vd_src - vd_dst; break;
- case Fp_DivR: vd_dst = vd_src / vd_dst; break;
- default: panic("fp_do_op_ST_ST");
- }
- } else {
- vd_dst = NAN;
- fp_set_stack_underflow();
- }
- fp_set_reg_ST(a_dst,vd_dst);
- if (pop) (void)fp_pop();
-}
-
-static
-void fp_do_COM_ST_ST ( UInt a_src, UInt a_dst, UInt nPops )
-{
- double vd_src, vd_dst;
- IFDB( if (dis) printf("\tfcom%s\t%%st(%d),%%st(%d)\n",
- nPops==0 ? "" : (nPops==1 ? "p" : "pp"),
- a_src, a_dst ); )
- if (!fp_is_empty_tag(fp_get_tag_ST(a_src)) &&
- !fp_is_empty_tag(fp_get_tag_ST(a_dst))) {
- vd_dst = fp_get_reg_ST(a_dst);
- vd_src = fp_get_reg_ST(a_src);
- fp_set_statusword_flags_COM(vd_dst,vd_src);
- } else {
- fp_set_statusword_flags_COM_STACKF();
- fp_set_stack_underflow();
- }
- while (nPops > 0) {
- (void)fp_pop();
- nPops--;
- }
-}
-
-static
-void fp_do_op_mem_ST_0 ( UInt a_src,
- IFDB(Text t_src CC)
- Fp_Op op, Bool dbl )
-{
- double vd_src, vd_dst;
- IFDB( if (dis) printf("\tf%s%c\t%s,%%st(0)\n",
- fp_Op_name(op), dbl?'D':'F', t_src ); )
- if (!fp_is_empty_tag(fp_get_tag_ST(0))) {
- vd_dst = fp_get_reg_ST(0);
- vd_src = dbl ? getDMem(a_src) : getFMem(a_src);
- switch (op) {
- case Fp_Add: vd_dst = vd_dst + vd_src; break;
- case Fp_Sub: vd_dst = vd_dst - vd_src; break;
- case Fp_Mul: vd_dst = vd_dst * vd_src; break;
- case Fp_Div: vd_dst = vd_dst / vd_src; break;
- case Fp_SubR: vd_dst = vd_src - vd_dst; break;
- case Fp_DivR: vd_dst = vd_src / vd_dst; break;
- default: panic("fp_do_op_mem_ST_0");
- }
- } else {
- vd_dst = NAN;
- fp_set_stack_underflow();
- }
- fp_set_reg_ST(0,vd_dst);
-}
-
-static
-void fp_do_COM_mem_ST_0 ( UInt a_src,
- IFDB( Text t_src CC)
- Bool dbl, Bool pop )
-{
- double vd_src, vd_dst;
- IFDB( if (dis) printf("\tfcom%s%c\t%s,%%st(0)\n",
- pop?"p":"", dbl?'D':'F', t_src ); )
- if (!fp_is_empty_tag(fp_get_tag_ST(0))) {
- vd_dst = fp_get_reg_ST(0);
- vd_src = dbl ? getDMem(a_src) : getFMem(a_src);
- fp_set_statusword_flags_COM(vd_dst,vd_src);
- } else {
- fp_set_statusword_flags_COM_STACKF();
- fp_set_stack_underflow();
- }
- if (pop) (void)fp_pop();
-}
-
-
-Addr do_one_insn_fp ( Addr r_eip, UChar first_opcode )
-{
- UChar modrm;
- UInt a_addr, a_src, a_dst;
- UInt opc_aux;
- Bool isreg;
- Int vis_addr;
- Int vis_dst;
- double vd_addr, vd_src, vd_dst;
-
-# if DEBUG
- Text t_opc_aux;
- Text t_addr, t_dst;
- Bool ppFpuState = False;
-
- if (ppFpuState) {
- printf("\n\nBEFORE\n");
- printFpuState();
- printf("\n");
- }
-# endif
-
- /* assert that we are running with all exceptions masked */
- assert( (m_fpu_state.env[FP_ENV_CTRL] & 0x3F) == 0x3F );
- /* and the implication is that there are no unmasked exceptions
- reported by the exception status flag. */
- assert( fp_get_statusword_flag(FP_E_SUMMARY) == 0 );
-
- modrm = *r_eip;
-
- /* -+-+-+-+-+-+-+-+-+-+-+-+ 0xD8 opcodes +-+-+-+-+-+-+-+ */
-
- if (first_opcode == 0xD8) {
- if (modrm < 0xC0) {
- /* bits 5,4,3 are an opcode extension, and the modRM also
- specifies an address. */
- opc_aux = regno_from_modRM ( r_eip, 4 IFDB(CC &t_opc_aux) );
- r_eip = amode_from_modRM ( r_eip, 4, &a_addr
- IFDB(CC &t_addr), &isreg );
- assert(!isreg);
- switch (opc_aux) {
-
- case 0: /* FADD single-real */
- fp_do_op_mem_ST_0 ( a_addr, IFDB(t_addr CC)
- Fp_Add, False );
- break;
-
- case 1: /* FMUL single-real */
- fp_do_op_mem_ST_0 ( a_addr, IFDB(t_addr CC)
- Fp_Mul, False );
- break;
-
- case 2: /* FCOM single-real */
- fp_do_COM_mem_ST_0 ( a_addr, IFDB(t_addr CC)
- False, False );
- break;
-
- case 3: /* FCOMP single-real */
- fp_do_COM_mem_ST_0 ( a_addr, IFDB(t_addr CC)
- False, True );
- break;
-
- case 4: /* FSUB single-real */
- fp_do_op_mem_ST_0 ( a_addr, IFDB(t_addr CC)
- Fp_Sub, False );
- break;
-
- case 5: /* FSUBR single-real */
- fp_do_op_mem_ST_0 ( a_addr, IFDB(t_addr CC)
- Fp_SubR, False );
- break;
-
- case 6: /* FDIV single-real */
- fp_do_op_mem_ST_0 ( a_addr, IFDB(t_addr CC)
- Fp_Div, False );
- break;
-
- case 7: /* FDIVR single-real */
- fp_do_op_mem_ST_0 ( a_addr, IFDB(t_addr CC)
- Fp_DivR, False );
- break;
-
- default:
- printf("unhandled opc_aux = 0x%2x\n", opc_aux);
- panic("do_one_insn_fp: first_opcode == 0xD8");
- break;
- }
- } else {
- /* The entire modRM byte is an opcode extension. */
- r_eip++;
- switch (modrm) {
-
- case 0xC0 ... 0xC7: /* FADD %st(?),%st(0) */
- fp_do_op_ST_ST ( modrm - 0xC0, 0, Fp_Add, False );
- break;
-
- case 0xC8 ... 0xCF: /* FMUL %st(?),%st(0) */
- fp_do_op_ST_ST ( modrm - 0xC8, 0, Fp_Mul, False );
- break;
-
- case 0xD0 ... 0xD7: /* FCOM %st(?),%st(0) */
- fp_do_COM_ST_ST ( modrm - 0xD0, 0, 0 );
- break;
-
- case 0xD8 ... 0xDF: /* FCOMP %st(?),%st(0) */
- fp_do_COM_ST_ST ( modrm - 0xD8, 0, 1 );
- break;
-
- case 0xE0 ... 0xE7: /* FSUB %st(?),%st(0) */
- fp_do_op_ST_ST ( modrm - 0xE0, 0, Fp_Sub, False );
- break;
-
- case 0xE8 ... 0xEF: /* FSUBR %st(?),%st(0) */
- fp_do_op_ST_ST ( modrm - 0xE8, 0, Fp_SubR, False );
- break;
-
- case 0xF0 ... 0xF7: /* FDIV %st(?),%st(0) */
- fp_do_op_ST_ST ( modrm - 0xF0, 0, Fp_Div, False );
- break;
-
- case 0xF8 ... 0xFF: /* FDIVR %st(?),%st(0) */
- fp_do_op_ST_ST ( modrm - 0xF8, 0, Fp_DivR, False );
- break;
-
- default:
- goto unhandled;
- }
- }
- }
-
- /* -+-+-+-+-+-+-+-+-+-+-+-+ 0xD9 opcodes +-+-+-+-+-+-+-+ */
- else
- if (first_opcode == 0xD9) {
- if (modrm < 0xC0) {
- /* bits 5,4,3 are an opcode extension, and the modRM also
- specifies an address. */
- opc_aux = regno_from_modRM ( r_eip, 4 IFDB(CC &t_opc_aux) );
- r_eip = amode_from_modRM ( r_eip, 4, &a_addr
- IFDB(CC &t_addr), &isreg );
- assert(!isreg);
- switch (opc_aux) {
-
- case 0: /* FLD single-real */
- IFDB( if (dis) printf("\tfldF\t%s\n",t_addr); )
- vd_addr = getFMem(a_addr);
- fp_push(vd_addr);
- break;
-
- case 2: /* FST single-real */
- IFDB( if (dis) printf("\tfstF\t%s\n",t_addr); )
- if (!fp_is_empty_tag(fp_get_tag_ST(0))) {
- vd_addr = fp_get_reg_ST(0);
- } else {
- vd_addr = NAN;
- fp_set_stack_underflow();
- }
- setFMem(a_addr,vd_addr);
- break;
-
- case 3: /* FSTP single-real */
- IFDB( if (dis) printf("\tfstpF\t%s\n",t_addr); )
- if (!fp_is_empty_tag(fp_get_tag_ST(0))) {
- vd_addr = fp_pop();
- } else {
- vd_addr = fp_pop(); /* then throw away result */
- vd_addr = NAN;
- fp_set_stack_underflow();
- }
- setFMem(a_addr,vd_addr);
- break;
-
- case 5: /* FLDCW */
- IFDB( if (dis) printf("\tfldcw\t%s\n",t_addr); )
- m_fpu_state.env[FP_ENV_CTRL] = (UShort)getIMem2(a_addr);
- break;
-
- case 7: /* FNSTCW */
- IFDB( if (dis) printf("\tfnstcw\t%s\n",t_addr); )
- setIMem2(a_addr,(UInt)m_fpu_state.env[FP_ENV_CTRL]);
- break;
-
- default:
- printf("unhandled opc_aux = 0x%2x\n", opc_aux);
- panic("do_one_insn_fp: first_opcode == 0xD9");
- break;
- }
- } else {
- /* The entire modRM byte is an opcode extension. */
- r_eip++;
- switch (modrm) {
-
- case 0xC0 ... 0xC7: /* FLD %st(?) */
- a_dst = (UInt)modrm - 0xC0;
- IFDB( if (dis) printf("\tfld\t%%st(%d)\n",a_dst); )
- if (!fp_is_empty_tag(fp_get_tag_ST(a_dst)) &&
- fp_is_empty_tag(fp_get_tag_ST(7))) {
- vd_dst = fp_get_reg_ST(a_dst);
- } else {
- vd_dst = NAN;
- fp_set_stack_underflow();
- }
- fp_push(vd_dst);
- break;
-
- case 0xC8 ... 0xCF: /* FXCH %st(?) */
- a_dst = (UInt)modrm - 0xC8;
- IFDB( if (dis) printf("\tfxch\t%%st(%d)\n",a_dst); )
- if (!fp_is_empty_tag(fp_get_tag_ST(a_dst)) &&
- !fp_is_empty_tag(fp_get_tag_ST(0))) {
- vd_dst = fp_get_reg_ST(a_dst);
- vd_src = fp_get_reg_ST(0);
- } else {
- vd_dst = NAN;
- vd_src = NAN;
- fp_set_stack_underflow();
- }
- fp_set_reg_ST(a_dst,vd_src);
- fp_set_reg_ST(0,vd_dst);
- break;
-
- case 0xE0: /* FCHS */
- IFDB( if (dis) printf("\tfchs\n"); )
- if (!fp_is_empty_tag(fp_get_tag_ST(0))) {
- vd_dst = - fp_get_reg_ST(0);
- } else {
- vd_dst = NAN;
- fp_set_stack_underflow();
- }
- fp_set_reg_ST(0,vd_dst);
- break;
-
- case 0xE1: /* FABS */
- IFDB( if (dis) printf("\tfabs\n"); )
- if (!fp_is_empty_tag(fp_get_tag_ST(0))) {
- vd_dst = fabs(fp_get_reg_ST(0));
- } else {
- vd_dst = NAN;
- fp_set_stack_underflow();
- }
- fp_set_reg_ST(0,vd_dst);
- break;
-
- case 0xE5:
- /* An approximation to the correct behaviour */
- IFDB( if (dis) printf("\tfxam\n"); )
- if (!fp_is_empty_tag(fp_get_tag_ST(0))) {
- vd_dst = fabs(fp_get_reg_ST(0));
- if (isnan(vd_dst))
- vis_dst = 1; /* C320 = 001 */
- else if (isinf(vd_dst))
- vis_dst = 3; /* C320 = 011 */
- else if (vd_dst == 0.0 || vd_dst == -0.0)
- vis_dst = 4; /* C320 = 100 */
- else
- vis_dst = 2; /* C320 = 010 */
- fp_set_statusword_flag_to(FP_F_C1,
- vd_dst < 0.0 ? 1 : 0);
- } else {
- vis_dst = 5; /* C320 = 101 */
- /* no idea if this is right */
- fp_set_statusword_flag_to(FP_F_C1, 0);
- }
- fp_set_statusword_flag_to(FP_F_C3, (vis_dst >> 2) & 1);
- fp_set_statusword_flag_to(FP_F_C2, (vis_dst >> 1) & 1);
- fp_set_statusword_flag_to(FP_F_C0, vis_dst & 1);
- break;
-
- case 0xE8: /* FLD1 */
- IFDB( t_dst = "1"; )
- vd_dst = 1.0;
- goto do_fld_CONST;
- case 0xEC: /* FLDLG2 */
- IFDB( t_dst = "lg2"; )
- vd_dst = 0.301029995663981143;
- goto do_fld_CONST;
- case 0xED: /* FLDLN2 */
- IFDB( t_dst = "ln2"; )
- vd_dst = 0.69314718055994530942;
- goto do_fld_CONST;
- case 0xEE: /* FLDZ */
- IFDB( t_dst = "z"; )
- vd_dst = 0.0;
- goto do_fld_CONST;
- do_fld_CONST:
- IFDB( if (dis) printf("\tfld%s\n",t_dst); )
- fp_push(vd_dst);
- break;
-
- case 0xF0: /* F2XM1 */
- IFDB( if (dis) printf("\tf2xm1\n"); )
- if (!fp_is_empty_tag(fp_get_tag_ST(0))) {
- vd_dst = fp_calc_2xm1(fp_get_reg_ST(0));
- } else {
- vd_dst = NAN;
- fp_set_stack_underflow();
- }
- fp_set_reg_ST(0,vd_dst);
- break;
-
- case 0xF1: /* FYL2X */
- IFDB( if (dis) printf("\tfyl2x\n"); )
- if (!fp_is_empty_tag(fp_get_tag_ST(0)) &&
- !fp_is_empty_tag(fp_get_tag_ST(1))) {
- vd_dst = fp_calc_yl2x(
- fp_get_reg_ST(0), fp_get_reg_ST(1));
- } else {
- vd_dst = NAN;
- fp_set_stack_underflow();
- }
- fp_set_reg_ST(1,vd_dst);
- (void)fp_pop();
- break;
-
- case 0xF3: /* FPATAN */
- IFDB( if (dis) printf("\tfpatan\n"); )
- if (!fp_is_empty_tag(fp_get_tag_ST(0)) &&
- !fp_is_empty_tag(fp_get_tag_ST(1))) {
- vd_dst = atan2(
- fp_get_reg_ST(1), fp_get_reg_ST(0));
- } else {
- vd_dst = NAN;
- fp_set_stack_underflow();
- }
- fp_set_reg_ST(1,vd_dst);
- (void)fp_pop();
- break;
-
- case 0xF8: { /* FPREM */
- /* Very incomplete implementation. */
- Int qq;
- IFDB( if (dis) printf("\tfprem\n"); )
- if (!fp_is_empty_tag(fp_get_tag_ST(0)) &&
- !fp_is_empty_tag(fp_get_tag_ST(1))) {
- fp_calc_fprem( &qq, &vd_dst,
- fp_get_reg_ST(0), fp_get_reg_ST(1) );
- fp_set_statusword_flag_to(FP_F_C0, (qq & 4) ? 1 : 0);
- fp_set_statusword_flag_to(FP_F_C1, (qq & 1) ? 1 : 0);
- fp_set_statusword_flag_to(FP_F_C2, 0); /* reduction complete */
- fp_set_statusword_flag_to(FP_F_C3, (qq & 2) ? 1 : 0);
- } else {
- vd_dst = NAN;
- fp_set_stack_underflow();
- fp_set_statusword_flag_to(FP_F_C1, 0); /* stack underflow */
- }
- fp_set_reg_ST(0,vd_dst);
- break;
- }
- case 0xF9: /* FYL2XP1 */
- IFDB( if (dis) printf("\tfyl2xp1\n"); )
- if (!fp_is_empty_tag(fp_get_tag_ST(0)) &&
- !fp_is_empty_tag(fp_get_tag_ST(1))) {
- vd_dst = fp_calc_yl2xp1(
- fp_get_reg_ST(0), fp_get_reg_ST(1));
- } else {
- vd_dst = NAN;
- fp_set_stack_underflow();
- }
- fp_set_reg_ST(1,vd_dst);
- (void)fp_pop();
- break;
-
- case 0xFA: /* FSQRT */
- IFDB( if (dis) printf("\tfsqrt\n"); )
- if (!fp_is_empty_tag(fp_get_tag_ST(0))) {
- vd_dst = sqrt(fp_get_reg_ST(0));
- } else {
- vd_dst = NAN;
- fp_set_stack_underflow();
- }
- fp_set_reg_ST(0,vd_dst);
- break;
-
- case 0xFC: /* FRNDINT */
- IFDB( if (dis) printf("\tfrndint\n"); )
- if (!fp_is_empty_tag(fp_get_tag_ST(0))) {
- vd_dst = rint(fp_get_reg_ST(0));
- } else {
- vd_dst = NAN;
- fp_set_stack_underflow();
- }
- fp_set_reg_ST(0,vd_dst);
- break;
-
- case 0xFD: /* FSCALE */
- IFDB( if (dis) printf("\tfscale\n"); )
- if (!fp_is_empty_tag(fp_get_tag_ST(0)) &&
- !fp_is_empty_tag(fp_get_tag_ST(1))) {
- vd_dst = fp_calc_scale(
- fp_get_reg_ST(0), fp_get_reg_ST(1));
- } else {
- vd_dst = NAN;
- fp_set_stack_underflow();
- }
- fp_set_reg_ST(0,vd_dst);
- break;
-
- case 0xFE: /* FSIN */
- IFDB( if (dis) printf("\tfsin\n"); )
- if (!fp_is_empty_tag(fp_get_tag_ST(0))) {
- vd_dst = sin(fp_get_reg_ST(0));
- } else {
- vd_dst = NAN;
- fp_set_stack_underflow();
- }
- fp_set_reg_ST(0,vd_dst);
- break;
-
- case 0xFF: /* FCOS */
- IFDB( if (dis) printf("\tfcos\n"); )
- if (!fp_is_empty_tag(fp_get_tag_ST(0))) {
- vd_dst = cos(fp_get_reg_ST(0));
- } else {
- vd_dst = NAN;
- fp_set_stack_underflow();
- }
- fp_set_reg_ST(0,vd_dst);
- break;
-
- default:
- goto unhandled;
- }
- }
- }
-
- /* -+-+-+-+-+-+-+-+-+-+-+-+ 0xDA opcodes +-+-+-+-+-+-+-+ */
- else
- if (first_opcode == 0xDA) {
- if (modrm < 0xC0) {
- /* bits 5,4,3 are an opcode extension, and the modRM also
- specifies an address. */
- opc_aux = regno_from_modRM ( r_eip, 4 IFDB(CC &t_opc_aux) );
- r_eip = amode_from_modRM ( r_eip, 4, &a_addr
- IFDB(CC &t_addr), &isreg );
- assert(!isreg);
- switch (opc_aux) {
-
- case 0: /* FIADD m32int */
- IFDB( if (dis) printf("\tfiaddl\t%s\n",t_addr); )
- vis_addr = getIMem4(a_addr);
- if (!fp_is_empty_tag(fp_get_tag_ST(0))) {
- vd_addr = fp_get_reg_ST(0) + (double)vis_addr;
- fp_set_reg_ST(0, vd_addr);
- /* we should set C1 here */
- } else {
- fp_set_reg_ST(0, NAN);
- fp_set_stack_underflow();
- }
- break;
-
- case 1: /* FIMUL m32int */
- IFDB( if (dis) printf("\tfimull\t%s\n",t_addr); )
- vis_addr = getIMem4(a_addr);
- if (!fp_is_empty_tag(fp_get_tag_ST(0))) {
- vd_addr = fp_get_reg_ST(0) * (double)vis_addr;
- fp_set_reg_ST(0, vd_addr);
- /* we should set C1 here */
- } else {
- fp_set_reg_ST(0, NAN);
- fp_set_stack_underflow();
- }
- break;
-
- case 2: /* FICOM m32int */
- IFDB( if (dis) printf("\tficoml\t%s\n",t_addr); )
- vis_addr = getIMem4(a_addr);
- if (!fp_is_empty_tag(fp_get_tag_ST(0))) {
- vd_dst = fp_get_reg_ST(0);
- vd_src = (double)vis_addr;
- fp_set_statusword_flags_COM(vd_dst,vd_src);
- /* we should set C1 here */
- } else {
- fp_set_statusword_flags_COM_STACKF();
- fp_set_stack_underflow();
- }
- break;
-
- case 3: /* FICOMP m32int */
- IFDB( if (dis) printf("\tficompl\t%s\n",t_addr); )
- vis_addr = getIMem4(a_addr);
- if (!fp_is_empty_tag(fp_get_tag_ST(0))) {
- vd_dst = fp_get_reg_ST(0);
- vd_src = (double)vis_addr;
- fp_set_statusword_flags_COM(vd_dst,vd_src);
- /* we should set C1 here */
- } else {
- fp_set_statusword_flags_COM_STACKF();
- fp_set_stack_underflow();
- }
- (void)fp_pop();
- break;
-
- case 4: /* FISUB m32int */
- IFDB( if (dis) printf("\tfisubl\t%s\n",t_addr); )
- vis_addr = getIMem4(a_addr);
- if (!fp_is_empty_tag(fp_get_tag_ST(0))) {
- vd_addr = fp_get_reg_ST(0) - (double)vis_addr;
- fp_set_reg_ST(0, vd_addr);
- /* we should set C1 here */
- } else {
- fp_set_reg_ST(0, NAN);
- fp_set_stack_underflow();
- }
- break;
-
- case 5: /* FISUBR m32int */
- IFDB( if (dis) printf("\tfisubrl\t%s\n",t_addr); )
- vis_addr = getIMem4(a_addr);
- if (!fp_is_empty_tag(fp_get_tag_ST(0))) {
- vd_addr = (double)vis_addr - fp_get_reg_ST(0);
- fp_set_reg_ST(0, vd_addr);
- /* we should set C1 here */
- } else {
- fp_set_reg_ST(0, NAN);
- fp_set_stack_underflow();
- }
- break;
-
- case 6: /* FIDIV m32int */
- IFDB( if (dis) printf("\tfidivl\t%s\n",t_addr); )
- vis_addr = getIMem4(a_addr);
- if (!fp_is_empty_tag(fp_get_tag_ST(0))) {
- vd_addr = fp_get_reg_ST(0) / (double)vis_addr;
- fp_set_reg_ST(0, vd_addr);
- /* we should set C1 here */
- } else {
- fp_set_reg_ST(0, NAN);
- fp_set_stack_underflow();
- }
- break;
-
- case 7: /* FIDIVR m32int */
- IFDB( if (dis) printf("\tfidivl\t%s\n",t_addr); )
- vis_addr = getIMem4(a_addr);
- if (!fp_is_empty_tag(fp_get_tag_ST(0))) {
- vd_addr = (double)vis_addr / fp_get_reg_ST(0);
- fp_set_reg_ST(0, vd_addr);
- /* we should set C1 here */
- } else {
- fp_set_reg_ST(0, NAN);
- fp_set_stack_underflow();
- }
- break;
-
- default:
- printf("unhandled opc_aux = 0x%2x\n", opc_aux);
- panic("do_one_insn_fp: first_opcode == 0xDA");
- break;
- }
- } else {
- /* The entire modRM byte is an opcode extension. */
- r_eip++;
- switch (modrm) {
-
- case 0xE9: /* FUCOMPP %st(0),%st(1) */
- /* seems the wrong way round. */
- fp_do_COM_ST_ST ( 1, 0, 2 );
- break;
-
- default:
- goto unhandled;
- }
- }
- }
-
- /* -+-+-+-+-+-+-+-+-+-+-+-+ 0xDB opcodes +-+-+-+-+-+-+-+ */
- else
- if (first_opcode == 0xDB) {
- if (modrm < 0xC0) {
- /* bits 5,4,3 are an opcode extension, and the modRM also
- specifies an address. */
- opc_aux = regno_from_modRM ( r_eip, 4 IFDB(CC &t_opc_aux) );
- r_eip = amode_from_modRM ( r_eip, 4, &a_addr
- IFDB(CC &t_addr), &isreg );
- assert(!isreg);
- switch (opc_aux) {
-
- case 0: /* FILD m32int */
- IFDB( if (dis) printf("\tfildl\t%s\n",t_addr); )
- vis_addr = getIMem4(a_addr);
- fp_push ( (double)vis_addr );
- break;
-
- case 2: /* FIST m32 */
- IFDB( if (dis) printf("\tfistl\t%s\n",t_addr); )
- if (!fp_is_empty_tag(fp_get_tag_ST(0))) {
- vd_addr = fp_get_reg_ST(0);
- if (vd_addr <= -2147483648.5 ||
- vd_addr >= 2147483647.5)
- vis_addr = 0x80000000; /* 32-bit int indefinite */
- else
- vis_addr = (Int)vd_addr;
- } else {
- vis_addr = 0x80000000; /* 32-bit indefinite */
- fp_set_stack_underflow();
- }
- setIMem4(a_addr,vis_addr);
- break;
-
- case 3: /* FISTP m32 */
- IFDB( if (dis) printf("\tfistpl\t%s\n",t_addr); )
- if (!fp_is_empty_tag(fp_get_tag_ST(0))) {
- vd_addr = fp_pop();
- if (vd_addr <= -2147483648.5 ||
- vd_addr >= 2147483647.5)
- vis_addr = 0x80000000; /* 32-bit int indefinite */
- else
- vis_addr = (Int)vd_addr;
- } else {
- vd_addr = fp_pop(); /* then throw away result */
- vis_addr = 0x80000000; /* 32-bit indefinite */
- fp_set_stack_underflow();
- }
- setIMem4(a_addr,vis_addr);
- break;
-
- case 5: /* FLD extended-real */
- IFDB( if (dis) printf("\tfldT\t%s\n",t_addr); )
- vd_addr = getTMem(a_addr);
- fp_push(vd_addr);
- break;
-
- case 7: /* FSTP extended-real */
- IFDB( if (dis) printf("\tfstpT\t%s\n",t_addr); )
- if (!fp_is_empty_tag(fp_get_tag_ST(0))) {
- vd_addr = fp_pop();
- } else {
- vd_addr = fp_pop(); /* then throw away result */
- vd_addr = NAN;
- fp_set_stack_underflow();
- }
- setTMem(a_addr,vd_addr);
- break;
-
- default:
- printf("unhandled opc_aux = 0x%2x\n", opc_aux);
- panic("do_one_insn_fp: first_opcode == 0xDB");
- break;
- }
- } else {
- /* The entire modRM byte is an opcode extension. */
- r_eip++;
- switch (modrm) {
- default:
- goto unhandled;
- }
- }
- }
-
- /* -+-+-+-+-+-+-+-+-+-+-+-+ 0xDC opcodes +-+-+-+-+-+-+-+ */
- else
- if (first_opcode == 0xDC) {
- if (modrm < 0xC0) {
- /* bits 5,4,3 are an opcode extension, and the modRM also
- specifies an address. */
- opc_aux = regno_from_modRM ( r_eip, 4 IFDB(CC &t_opc_aux) );
- r_eip = amode_from_modRM ( r_eip, 4, &a_addr
- IFDB(CC &t_addr), &isreg );
- assert(!isreg);
- switch (opc_aux) {
-
- case 0: /* FADD double-real */
- fp_do_op_mem_ST_0 ( a_addr, IFDB(t_addr CC) Fp_Add, True );
- break;
-
- case 1: /* FMUL double-real */
- fp_do_op_mem_ST_0 ( a_addr, IFDB(t_addr CC) Fp_Mul, True );
- break;
-
- case 2: /* FCOM double-real */
- fp_do_COM_mem_ST_0 ( a_addr, IFDB(t_addr CC) True, False );
- break;
-
- case 3: /* FCOMP double-real */
- fp_do_COM_mem_ST_0 ( a_addr, IFDB(t_addr CC) True, True );
- break;
-
- case 4: /* FSUB double-real */
- fp_do_op_mem_ST_0 ( a_addr, IFDB(t_addr CC) Fp_Sub, True );
- break;
-
- case 5: /* FSUBR double-real */
- fp_do_op_mem_ST_0 ( a_addr, IFDB(t_addr CC) Fp_SubR, True );
- break;
-
- case 6: /* FDIV double-real */
- fp_do_op_mem_ST_0 ( a_addr, IFDB(t_addr CC) Fp_Div, True );
- break;
-
- case 7: /* FDIVR double-real */
- fp_do_op_mem_ST_0 ( a_addr, IFDB(t_addr CC) Fp_DivR, True );
- break;
-
- default:
- printf("unhandled opc_aux = 0x%2x\n", opc_aux);
- panic("do_one_insn_fp: first_opcode == 0xDC");
- break;
- }
- } else {
- /* The entire modRM byte is an opcode extension. */
- r_eip++;
- switch (modrm) {
-
- case 0xC0 ... 0xC7: /* FADD %st(0),%st(?) */
- fp_do_op_ST_ST ( 0, modrm - 0xC0, Fp_Add, False );
- break;
-
- case 0xC8 ... 0xCF: /* FMUL %st(0),%st(?) */
- fp_do_op_ST_ST ( 0, modrm - 0xC8, Fp_Mul, False );
- break;
-
- case 0xE0 ... 0xE7: /* FSUBR %st(0),%st(?) */
- fp_do_op_ST_ST ( 0, modrm - 0xE0, Fp_SubR, False );
- break;
-
- case 0xE8 ... 0xEF: /* FSUB %st(0),%st(?) */
- fp_do_op_ST_ST ( 0, modrm - 0xE8, Fp_Sub, False );
- break;
-
- case 0xF8 ... 0xFF: /* FDIV %st(0),%st(?) */
- fp_do_op_ST_ST ( 0, modrm - 0xF8, Fp_Div, False );
- break;
-
- default:
- goto unhandled;
- }
- }
- }
-
- /* -+-+-+-+-+-+-+-+-+-+-+-+ 0xDD opcodes +-+-+-+-+-+-+-+ */
- else
- if (first_opcode == 0xDD) {
- if (modrm < 0xC0) {
- /* bits 5,4,3 are an opcode extension, and the modRM also
- specifies an address. */
- opc_aux = regno_from_modRM ( r_eip, 4 IFDB(CC &t_opc_aux) );
- r_eip = amode_from_modRM ( r_eip, 4, &a_addr
- IFDB(CC &t_addr), &isreg );
- assert(!isreg);
- switch (opc_aux) {
-
- case 0: /* FLD double-real */
- IFDB( if (dis) printf("\tfldD\t%s\n",t_addr); )
- vd_addr = getDMem(a_addr);
- fp_push(vd_addr);
- break;
-
- case 2: /* FST double-real */
- IFDB( if (dis) printf("\tfstD\t%s\n",t_addr); )
- if (!fp_is_empty_tag(fp_get_tag_ST(0))) {
- vd_addr = fp_get_reg_ST(0);
- } else {
- vd_addr = NAN;
- fp_set_stack_underflow();
- }
- setDMem(a_addr,vd_addr);
- break;
-
- case 3: /* FSTP double-real */
- IFDB( if (dis) printf("\tfstpD\t%s\n",t_addr); )
- if (!fp_is_empty_tag(fp_get_tag_ST(0))) {
- vd_addr = fp_pop();
- } else {
- vd_addr = fp_pop(); /* then throw away result */
- vd_addr = NAN;
- fp_set_stack_underflow();
- }
- setDMem(a_addr,vd_addr);
- break;
- default:
- printf("unhandled opc_aux = 0x%2x\n", opc_aux);
- panic("do_one_insn_fp: first_opcode == 0xDD");
- break;
- }
- } else {
- /* The entire modRM byte is an opcode extension. */
- r_eip++;
- switch (modrm) {
-
- case 0xC0 ... 0xC7: /* FFREE %st(?) */
- a_dst = (UInt)modrm - 0xC0;
- IFDB( if (dis) printf("\tffree\t%%st(%d)\n", a_dst); )
- fp_set_tag_ST( a_dst, FP_TAG_EMPTY );
- break;
-
- case 0xD0 ... 0xD7: /* FST %st(0),%st(?) */
- a_dst = (UInt)modrm - 0xD0;
- IFDB( if (dis) printf("\tfst\t%%st(0),%%st(%d)\n",
- a_dst); )
- if ( /* don't check the destination tag */
- !fp_is_empty_tag(fp_get_tag_ST(0))) {
- vd_dst = fp_get_reg_ST(0);
- } else {
- vd_dst = NAN;
- fp_set_stack_underflow();
- }
- fp_set_reg_ST(a_dst,vd_dst);
- break;
-
- case 0xD8 ... 0xDF: /* FSTP %st(0),%st(?) */
- a_dst = (UInt)modrm - 0xD8;
- IFDB( if (dis) printf("\tfstp\t%%st(0),%%st(%d)\n",
- a_dst); )
- if ( /* don't check the destination tag */
- !fp_is_empty_tag(fp_get_tag_ST(0))) {
- vd_dst = fp_get_reg_ST(0);
- } else {
- vd_dst = NAN;
- fp_set_stack_underflow();
- }
- fp_set_reg_ST(a_dst,vd_dst);
- (void)fp_pop();
- break;
-
- case 0xE0 ... 0xE7: /* FUCOM %st(0),%st(?) */
- a_src = (UInt)modrm - 0xE0;
- IFDB( if (dis) printf("\tfucom\t%%st(0),%%st(%d)\n",
- a_src); )
- if (!fp_is_empty_tag(fp_get_tag_ST(a_src)) &&
- !fp_is_empty_tag(fp_get_tag_ST(0))) {
- vd_src = fp_get_reg_ST(a_src);
- vd_dst = fp_get_reg_ST(0);
- fp_set_statusword_flags_COM(vd_dst,vd_src);
- } else {
- fp_set_statusword_flags_COM_STACKF();
- fp_set_stack_underflow();
- }
- break;
-
- case 0xE8 ... 0xEF: /* FUCOMP %st(0),%st(?) */
- a_src = (UInt)modrm - 0xE8;
- IFDB( if (dis) printf("\tfucomp\t%%st(0),%%st(%d)\n",
- a_src); )
- if (!fp_is_empty_tag(fp_get_tag_ST(a_src)) &&
- !fp_is_empty_tag(fp_get_tag_ST(0))) {
- vd_src = fp_get_reg_ST(a_src);
- vd_dst = fp_get_reg_ST(0);
- fp_set_statusword_flags_COM(vd_dst,vd_src);
- } else {
- fp_set_statusword_flags_COM_STACKF();
- fp_set_stack_underflow();
- }
- (void)fp_pop();
- break;
-
- default:
- goto unhandled;
- }
- }
- }
-
- /* -+-+-+-+-+-+-+-+-+-+-+-+ 0xDE opcodes +-+-+-+-+-+-+-+ */
- else
- if (first_opcode == 0xDE) {
- if (modrm < 0xC0) {
- /* bits 5,4,3 are an opcode extension, and the modRM also
- specifies an address. */
- opc_aux = regno_from_modRM ( r_eip, 4 IFDB(CC &t_opc_aux) );
- r_eip = amode_from_modRM ( r_eip, 4, &a_addr
- IFDB(CC &t_addr), &isreg );
- assert(!isreg);
- switch (opc_aux) {
- default:
- printf("unhandled opc_aux = 0x%2x\n", opc_aux);
- panic("do_one_insn_fp: first_opcode == 0xDE");
- break;
- }
- } else {
- /* The entire modRM byte is an opcode extension. */
- r_eip++;
- switch (modrm) {
-
- case 0xC0 ... 0xC7: /* FADDP %st(0),%st(?) */
- fp_do_op_ST_ST ( 0, modrm - 0xC0, Fp_Add, True );
- break;
-
- case 0xC8 ... 0xCF: /* FMULP %st(0),%st(?) */
- fp_do_op_ST_ST ( 0, modrm - 0xC8, Fp_Mul, True );
- break;
-
- case 0xD9: /* FCOMPP %st(0),%st(1) */
- /* seems the wrong way round. */
- fp_do_COM_ST_ST ( 1, 0, 2 );
- break;
-
- case 0xE0 ... 0xE7: /* FSUBRP %st(0),%st(?) */
- fp_do_op_ST_ST ( 0, modrm - 0xE0, Fp_SubR, True );
- break;
-
- case 0xE8 ... 0xEF: /* FSUBP %st(0),%st(?) */
- fp_do_op_ST_ST ( 0, modrm - 0xE8, Fp_Sub, True );
- break;
-
- case 0xF0 ... 0xF7: /* FDIVRP %st(0),%st(?) */
- fp_do_op_ST_ST ( 0, modrm - 0xF0, Fp_DivR, True );
- break;
-
- case 0xF8 ... 0xFF: /* FDIVP %st(0),%st(?) */
- fp_do_op_ST_ST ( 0, modrm - 0xF8, Fp_Div, True );
- break;
-
- default:
- goto unhandled;
- }
- }
- }
-
- /* -+-+-+-+-+-+-+-+-+-+-+-+ 0xDF opcodes +-+-+-+-+-+-+-+ */
- else
- if (first_opcode == 0xDF) {
- if (modrm < 0xC0) {
- /* bits 5,4,3 are an opcode extension, and the modRM also
- specifies an address. */
- opc_aux = regno_from_modRM ( r_eip, 4 IFDB(CC &t_opc_aux) );
- r_eip = amode_from_modRM ( r_eip, 4, &a_addr
- IFDB(CC &t_addr), &isreg );
- assert(!isreg);
- switch (opc_aux) {
-
- case 0: /* FILD m16int */
- IFDB( if (dis) printf("\tfildw\t%s\n",t_addr); )
- vis_addr = extend_s_16to32(getIMem2(a_addr));
- fp_push ( (double) vis_addr );
- break;
-
- case 3: /* FISTP m16 */
- IFDB( if (dis) printf("\tfistpw\t%s\n",t_addr); )
- if (!fp_is_empty_tag(fp_get_tag_ST(0))) {
- vd_addr = fp_pop();
- if (vd_addr <= -32768.50 ||
- vd_addr >= 32767.50)
- vis_addr = 0x00008000; /* 16-bit int indefinite */
- else
- vis_addr = (Short)vd_addr;
- } else {
- vd_addr = fp_pop(); /* then throw away result */
- vis_addr = 0x00008000; /* 32-bit indefinite */
- fp_set_stack_underflow();
- }
- setIMem2(a_addr,vis_addr);
- break;
-
- case 5: { /* FILD m64int */
- ULong vis_addr64;
- IFDB( if (dis) printf("\tfildq\t%s\n",t_addr); )
- vis_addr = getIMem4(a_addr+4);
- vis_addr64 = ((ULong)vis_addr) << 32;
- vis_addr = getIMem4(a_addr);
- vis_addr64 += (ULong)vis_addr;
- fp_push ( (double) ((Long)vis_addr64) );
- break;
- }
-
- case 7: { /* FISTP m64int */
- ULong vis_addr64;
- IFDB( if (dis) printf("\tfistpq\t%s\n",t_addr); )
- if (!fp_is_empty_tag(fp_get_tag_ST(0))) {
- vd_addr = fp_pop();
- if (vd_addr <= -9223372036854775808.5 ||
- vd_addr >= 9223372036854775807.5)
- vis_addr64 = 0x8000000000000000LL;
- /* 64-bit int indefinite */
- else
- vis_addr64 = (Long)vd_addr;
- } else {
- vd_addr = fp_pop(); /* then throw away result */
- vis_addr64 = 0x8000000000000000LL; /* 64-bit indefinite */
- fp_set_stack_underflow();
- }
- setIMem4(a_addr,vis_addr64 & 0xFFFFFFFFLL);
- setIMem4(a_addr+4, (((Long)vis_addr64) >> 32)
- & 0xFFFFFFFFLL);
- break;
- }
-
- default:
- printf("unhandled opc_aux = 0x%2x\n", opc_aux);
- panic("do_one_insn_fp: first_opcode == 0xDF");
- break;
- }
- } else {
- /* The entire modRM byte is an opcode extension. */
- r_eip++;
- switch (modrm) {
-
- case 0xE0: /* FNSTSW %ax */
- IFDB( if (dis) printf("\tfnstsw\t%%ax\n"); )
- setIReg2(R_EAX, (UInt)m_fpu_state.env[FP_ENV_STAT]);
- break;
-
- default:
- goto unhandled;
- }
- }
- }
-
- /* -+-+-+-+-+-+-+-+-+-+-+-+ Unhandled ESC opcode +-+-+-+ */
- else goto unhandled;
-
-# if DEBUG
- if (ppFpuState) {
- printf("\nAFTER\n");
- printFpuState();
- printf("\n");
- }
-# endif
-
- return r_eip;
-
- unhandled:
- hd_message(Hd_DebugMsg,
- "first opcode = 0x%x, modRM = 0x%x",
- (UInt)first_opcode, (UInt)modrm );
- panic("do_one_insn_fp: unhandled first_opcode/modrm combination");
- assert(0);
-}
-
-/*--------------------------------------------------------------------*/
-/*--- end hd_fpu.c ---*/
-/*--------------------------------------------------------------------*/
diff --git a/VEX/useful/show_fp_state.c b/VEX/useful/show_fp_state.c
deleted file mode 100644
index 06eab5a..0000000
--- a/VEX/useful/show_fp_state.c
+++ /dev/null
@@ -1,184 +0,0 @@
-
-#include <stdio.h>
-#include <assert.h>
-
-
-/* ------------------------------------------------- */
-
-typedef unsigned char UChar;
-typedef unsigned short UShort;
-typedef unsigned int UInt;
-typedef unsigned long long int ULong;
-
-typedef signed char Char;
-typedef short Short;
-typedef int Int;
-typedef long long int Long;
-
-typedef
- struct {
- UShort env[14];
- UChar reg[80];
- }
- Fpu_State;
-
-/* Offsets, in 16-bit ints, into the FPU environment (env) area. */
-#define FP_ENV_CTRL 0
-#define FP_ENV_STAT 2
-#define FP_ENV_TAG 4
-#define FP_ENV_IP 6 /* and 7 */
-#define FP_ENV_CS 8
-#define FP_ENV_OPOFF 10 /* and 11 */
-#define FP_ENV_OPSEL 12
-#define FP_REG(ii) (10*(7-(ii)))
-
-/* Bitfield offsets for exceptions in the FPU status and control words. */
-#define FP_E_INVAL 0
-#define FP_E_DENOR 1
-#define FP_E_DIVZ 2
-#define FP_E_OVERF 3
-#define FP_E_UNDER 4
-#define FP_E_LOS 5
-
-/* More bitfield offsets, but for the status word only. */
-#define FP_E_STACKF 6
-#define FP_E_SUMMARY 7
-#define FP_F_C0 8
-#define FP_F_C1 9
-#define FP_F_C2 10
-#define FP_F_C3 14
-/* top-of-stack ptr is bits 13,12,11 of the word */
-#define FP_F_TOS_LO 11
-#define FP_F_TOS_HI 13
-
-/* Register tags. */
-#define FP_TAG_VALID 0
-#define FP_TAG_ZERO 1
-#define FP_TAG_SPEC 2
-#define FP_TAG_EMPTY 3
-
-char* fp_tag_names[4]
- = { "Valid", "Zero", "Spec", "Empty" };
-
-char* fp_exception_names[6]
- = { "INVAL", "DENOR", "DIVZ", "OVERF", "UNDERF", "LOS" };
-
-Fpu_State m_fpu_state;
-
-
-
-UInt fp_get_tos ( void )
-{
- return (m_fpu_state.env[FP_ENV_STAT] >> FP_F_TOS_LO) & 7;
-}
-
-UInt fp_get_tag ( UInt regno )
-{
- assert(!(regno < 0 || regno > 7));
- return (m_fpu_state.env[FP_ENV_TAG] >> (2*regno)) & 3;
-}
-
-UInt fp_get_statusword_flag ( UInt flagno )
-{
- assert(!(flagno < 0 || flagno > 15));
- return (m_fpu_state.env[FP_ENV_STAT] >> flagno) & 0x1;
-}
-
-UInt fp_get_controlword_flag ( UInt flagno )
-{
- assert(!(flagno < 0 || flagno > 15));
- return (m_fpu_state.env[FP_ENV_CTRL] >> flagno) & 0x1;
-}
-
-static
-void printFpuState ( void )
-{
- Int i, j, k;
- assert(sizeof(Fpu_State)==108);
- for (i = 7; i >= 0; i--) {
- printf ( " %s fpreg%d: 0x",
- (UInt)i == fp_get_tos() ? "**" : " ", i );
- for (k = 0, j = FP_REG(i)+9; k < 10; k++,j--)
- printf ( "%02x", (UInt)m_fpu_state.reg[j]);
- printf ( " %5s ", fp_tag_names[fp_get_tag(i)] );
- printf("\n");
- //printf ( "%20.16e\n", fp_get_reg(i) );
- }
- printf(" fctrl: 0x%04x masked: ",
- (UInt)m_fpu_state.env[FP_ENV_CTRL] );
- for (i = FP_E_INVAL; i <= FP_E_LOS; i++)
- if (fp_get_controlword_flag(i))
- printf ( "%s ", fp_exception_names[i] );
- printf ( "\n" );
-
- printf(" fstat: 0x%04x except:",
- (UInt)m_fpu_state.env[FP_ENV_STAT] );
- for (i = FP_E_INVAL; i <= FP_E_LOS; i++)
- if (fp_get_statusword_flag(i))
- printf ( "%s ", fp_exception_names[i] );
- printf ( " top: %d ", fp_get_tos() );
- printf ( "c3210: %d%d%d%d",
- fp_get_statusword_flag(FP_F_C3),
- fp_get_statusword_flag(FP_F_C2),
- fp_get_statusword_flag(FP_F_C1),
- fp_get_statusword_flag(FP_F_C0) );
- printf ( " STACKF: %d\n", fp_get_statusword_flag(FP_E_STACKF) );
-
- printf(" ftag: 0x%04x ", (UInt)m_fpu_state.env[FP_ENV_TAG] );
- for (i = 7; i >= 0; i--)
- printf ( "%d:%s ", i, fp_tag_names[fp_get_tag(i)] );
- printf("\n");
-
- printf(" fip: 0x%08x\n",
- (((UInt)m_fpu_state.env[FP_ENV_IP+1]) << 16) |
- ((UInt)m_fpu_state.env[FP_ENV_IP]) );
- printf(" fcs: 0x%04x\n",
- ((UInt)m_fpu_state.env[FP_ENV_CS]) );
- printf(" fopoff: 0x%08x\n",
- (((UInt)m_fpu_state.env[FP_ENV_OPOFF+1]) << 16) |
- ((UInt)m_fpu_state.env[FP_ENV_OPOFF]) );
- printf(" fopsel: 0x%04x\n",
- ((UInt)m_fpu_state.env[FP_ENV_OPSEL]) );
-}
-
-
-/* ------------------------------------------------- */
-
-
-/* Initialise the FPU, dump its state, and print it. */
-
-
-void show ( unsigned char* st )
-{
- int i;
- for (i = 0; i < 28; i++) {
- printf("%02x ", st[i]);
- if (i > 0 && ((i & 3) == 3)) printf("\n");
- }
- for (i = 0; i < 80; i++) {
- printf("%02x ", st[i+28]);
- if (i > 0 && ((i % 10) == 9)) printf("\n");
- }
- printf("\n");
-}
-
-int main ( void )
-{
- Fpu_State* st = &m_fpu_state;
- assert(sizeof(m_fpu_state) == 108);
- asm volatile ("finit ; fnsave %0"
- : "=m" (m_fpu_state)
- :
- : "memory" );
- printFpuState();
- printf("\n\n");
-
- asm volatile ("fildl 0(%%esp) ; pushl $17 ; fildl 0(%%esp) ; addl $4, %%esp ; fnsave %0"
- : "=m" (m_fpu_state)
- :
- : "memory" );
- printFpuState();
- printf("\n");
- show(st);
- return 0;
-}
diff --git a/VEX/useful/smchash.c b/VEX/useful/smchash.c
deleted file mode 100644
index b13e5c2..0000000
--- a/VEX/useful/smchash.c
+++ /dev/null
@@ -1,324 +0,0 @@
-
-#include <stdio.h>
-#include <stdlib.h>
-#include <assert.h>
-
-typedef signed int Int;
-typedef unsigned int UInt;
-typedef unsigned long long int Addr64;
-typedef unsigned char UChar;
-typedef unsigned long int UWord;
-
-static inline UInt ROL32 ( UInt x, UInt n ) {
- assert(n != 0);
- n &= 31;
- x = (x << n) | (x >> (32-n));
- return x;
-}
-
-//////////////////////////////////////////////////////////
-
-typedef
- struct {
- Addr64 ga;
- Int nbytes;
- UChar* bytes;
- UChar* actual;
- }
- GuestBytes;
-
-GuestBytes* read_one ( FILE* f )
-{
- Int r;
- UInt i;
- UInt esum, csum;
-
- GuestBytes* gb = malloc(sizeof(GuestBytes));
- assert(gb);
-
- if (feof(f)) return NULL;
- assert(!ferror(f));
-
- r= fscanf(f, "GuestBytes %llx %d ", &gb->ga, &gb->nbytes);
- if (0) printf("r = %d\n", r);
- assert(r == 2);
-
- assert(gb->ga != 0);
- assert(gb->nbytes > 0);
- assert(gb->nbytes < 5000); // let's say
-
- Int nToAlloc = gb->nbytes + (gb->ga & 3);
-
- gb->bytes = malloc( gb->nbytes + nToAlloc);
- gb->actual = gb->bytes + (gb->ga & 3);
- assert(gb->bytes);
-
- csum = 0;
- for (i = 0; i < gb->nbytes; i++) {
- UInt b;
- r= fscanf(f, "%02x ", &b);
- assert(r == 1);
- gb->actual[i] = b;
- csum = (csum << 1) ^ b;
- }
-
- r= fscanf(f, " %08x\n", &esum);
- assert(r == 1);
-
- assert(esum == csum);
-
- return gb;
-}
-
-//////////////////////////////////////////////////////////
-
-void apply_to_all ( FILE* f,
- void(*fn)( GuestBytes*, void* ),
- void* opaque )
-{
- while (!feof(f)) {
- GuestBytes* gb = read_one(f);
- if (0) printf("got %llu %d\n", gb->ga, gb->nbytes);
- fn( gb, opaque );
- free(gb->bytes);
- free(gb);
- }
-}
-
-//////////////////////////////////////////////////////////
-
-UInt hash_const_zero ( GuestBytes* gb ) {
- return 0;
-}
-
-UInt hash_sum ( GuestBytes* gb ) {
- UInt i, sum = 0;
- for (i = 0; i < gb->nbytes; i++)
- sum += (UInt)gb->actual[i];
- return sum;
-}
-
-UInt hash_rol ( GuestBytes* gb ) {
- UInt i, sum = 0;
- for (i = 0; i < gb->nbytes; i++) {
- sum ^= (UInt)gb->actual[i];
- sum = ROL32(sum,7);
- }
- return sum;
-}
-
-static UInt cand0 ( GuestBytes* gb )
-{
- UWord addr = (UWord)gb->actual;
- UWord len = gb->nbytes;
- UInt sum = 0;
- /* pull up to 4-alignment */
- while ((addr & 3) != 0 && len >= 1) {
- UChar* p = (UChar*)addr;
- sum = (sum << 8) | (UInt)p[0];
- addr++;
- len--;
- }
- /* vectorised + unrolled */
- while (len >= 16) {
- UInt* p = (UInt*)addr;
- sum = ROL32(sum ^ p[0], 13);
- sum = ROL32(sum ^ p[1], 13);
- sum = ROL32(sum ^ p[2], 13);
- sum = ROL32(sum ^ p[3], 13);
- addr += 16;
- len -= 16;
- }
- /* vectorised fixup */
- while (len >= 4) {
- UInt* p = (UInt*)addr;
- sum = ROL32(sum ^ p[0], 13);
- addr += 4;
- len -= 4;
- }
- /* scalar fixup */
- while (len >= 1) {
- UChar* p = (UChar*)addr;
- sum = ROL32(sum ^ (UInt)p[0], 19);
- addr++;
- len--;
- }
- return sum;
-}
-
-static UInt cand1 ( GuestBytes* gb )
-{
- UWord addr = (UWord)gb->actual;
- UWord len = gb->nbytes;
- UInt sum1 = 0, sum2 = 0;
- /* pull up to 4-alignment */
- while ((addr & 3) != 0 && len >= 1) {
- UChar* p = (UChar*)addr;
- sum1 = (sum1 << 8) | (UInt)p[0];
- addr++;
- len--;
- }
- /* vectorised + unrolled */
- while (len >= 16) {
- UInt* p = (UInt*)addr;
- UInt w;
- w = p[0]; sum1 = ROL32(sum1 ^ w, 31); sum2 += w;
- w = p[1]; sum1 = ROL32(sum1 ^ w, 31); sum2 += w;
- w = p[2]; sum1 = ROL32(sum1 ^ w, 31); sum2 += w;
- w = p[3]; sum1 = ROL32(sum1 ^ w, 31); sum2 += w;
- addr += 16;
- len -= 16;
- sum1 ^= sum2;
- }
- /* vectorised fixup */
- while (len >= 4) {
- UInt* p = (UInt*)addr;
- UInt w = p[0];
- sum1 = ROL32(sum1 ^ w, 31); sum2 += w;
- addr += 4;
- len -= 4;
- sum1 ^= sum2;
- }
- /* scalar fixup */
- while (len >= 1) {
- UChar* p = (UChar*)addr;
- UInt w = (UInt)p[0];
- sum1 = ROL32(sum1 ^ w, 31); sum2 += w;
- addr++;
- len--;
- }
- return sum1 + sum2;
-}
-
-static UInt adler32 ( GuestBytes* gb )
-{
- UWord addr = (UWord)gb->actual;
- UWord len = gb->nbytes;
- UInt s1 = 1;
- UInt s2 = 0;
- UChar* buf = (UChar*)addr;
- while (len >= 4) {
- s1 += buf[0];
- s2 += s1;
- s1 += buf[1];
- s2 += s1;
- s1 += buf[2];
- s2 += s1;
- s1 += buf[3];
- s2 += s1;
- buf += 4;
- len -= 4;
- }
- while (len > 0) {
- s1 += buf[0];
- s2 += s1;
- len--;
- buf++;
- }
- return (s2 << 16) + s1;
-}
-
-
-
-
-//////////////////////////////////////////////////////////
-
-UInt (*theFn)(GuestBytes*) =
- //hash_const_zero;
- //hash_sum;
-//hash_rol;
-//cand0;
- cand1;
- //adler32;
-
-Int cmp_UInt_ps ( UInt* p1, UInt* p2 ) {
- if (*p1 < *p2) return -1;
- if (*p1 > *p2) return 1;
- return 0;
-}
-
-Int nSetBits ( UInt w )
-{
- Int i, j;
- j = 0;
- for (i = 0; i < 32; i++)
- if (w & (1<<i))
- j++;
- return j;
-}
-
-Int toc_nblocks = 0;
-Int toc_nblocks_with_zero = 0;
-double toc_sum_of_avgs = 0.0;
-
-void invertBit ( UChar* b, UInt ix, UInt bix ) {
- b[ix] ^= (1 << bix);
-}
-
-void try_onebit_changes( GuestBytes* gb, void* opaque )
-{
- toc_nblocks++;
- /* collect up the hash values for all one bit changes of the key,
- and also that for the unmodified key. Then compute the number
- of changed bits for all of them. */
- UInt hashIx = 0;
- UInt nHashes = 8 * gb->nbytes;
- UInt* hashes = malloc( nHashes * sizeof(UInt) );
-
- UInt byteIx, bitIx;
- UInt hInit, hFinal, hRunning;
- Int dist, totDist = 0, nNoDist = 0;
- assert(hashes);
- hInit = theFn( gb );
- for (byteIx = 0; byteIx < gb->nbytes; byteIx++) {
- for (bitIx = 0; bitIx < 8; bitIx++) {
-
- invertBit(gb->actual, byteIx, bitIx);
- //invertBit(gb->actual, byteIx, bitIx ^ 4);
-
- hRunning = theFn( gb );
-
- dist = nSetBits(hRunning ^ hInit);
- totDist += dist;
- if (dist == 0) nNoDist++;
-
- hashes[hashIx++] = hRunning;
-
- invertBit(gb->actual, byteIx, bitIx);
- //invertBit(gb->actual, byteIx, bitIx ^ 4);
-
- if (0) printf(" %02d.%d %08x %d\n",
- byteIx, bitIx, hRunning ^ hInit, dist);
- }
- }
- hFinal = theFn( gb );
- assert(hFinal == hInit);
- assert(hashIx == nHashes);
-
- if (nNoDist > 0)
- printf("%4d measurements, %5.2f avg dist, %2d zeroes\n",
- (Int)nHashes, (double)totDist / (double)nHashes, nNoDist);
- else
- printf("%4d measurements, %5.2f avg dist\n",
- (Int)nHashes, (double)totDist / (double)nHashes);
-
- if (nNoDist > 0)
- toc_nblocks_with_zero++;
-
- toc_sum_of_avgs += (double)totDist / (double)nHashes;
-
- free(hashes);
-}
-
-//////////////////////////////////////////////////////////
-
-int main ( void )
-{
- FILE* f = stdin;
- apply_to_all(f, try_onebit_changes, NULL);
- printf("\n%d blocks, %d with a zero, %5.2f avg avg\n\n",
- toc_nblocks, toc_nblocks_with_zero, toc_sum_of_avgs / (double)toc_nblocks );
- return 0;
-}
-
-//////////////////////////////////////////////////////////
diff --git a/VEX/useful/test_main.c b/VEX/useful/test_main.c
deleted file mode 100644
index 5db6ec6..0000000
--- a/VEX/useful/test_main.c
+++ /dev/null
@@ -1,2755 +0,0 @@
-
-/*---------------------------------------------------------------*/
-/*--- begin test_main.c ---*/
-/*---------------------------------------------------------------*/
-
-/*
- This file is part of Valgrind, a dynamic binary instrumentation
- framework.
-
- Copyright (C) 2004-2015 OpenWorks LLP
- info@open-works.net
-
- This program is free software; you can redistribute it and/or
- modify it under the terms of the GNU General Public License as
- published by the Free Software Foundation; either version 2 of the
- License, or (at your option) any later version.
-
- This program is distributed in the hope that it will be useful, but
- WITHOUT ANY WARRANTY; without even the implied warranty of
- MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
- General Public License for more details.
-
- You should have received a copy of the GNU General Public License
- along with this program; if not, write to the Free Software
- Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA
- 02110-1301, USA.
-
- The GNU General Public License is contained in the file COPYING.
-
- Neither the names of the U.S. Department of Energy nor the
- University of California nor the names of its contributors may be
- used to endorse or promote products derived from this software
- without prior written permission.
-*/
-
-#include <stdio.h>
-#include <stdlib.h>
-#include <assert.h>
-#include <string.h>
-
-#include "libvex_basictypes.h"
-#include "libvex.h"
-
-#include "test_main.h"
-
-
-/*---------------------------------------------------------------*/
-/*--- Test ---*/
-/*---------------------------------------------------------------*/
-
-
-__attribute__ ((noreturn))
-static
-void failure_exit ( void )
-{
- fprintf(stdout, "VEX did failure_exit. Bye.\n");
- exit(1);
-}
-
-static
-void log_bytes ( const HChar* bytes, SizeT nbytes )
-{
- fwrite ( bytes, 1, nbytes, stdout );
-}
-
-#define N_LINEBUF 10000
-static HChar linebuf[N_LINEBUF];
-
-#define N_ORIGBUF 10000
-#define N_TRANSBUF 5000
-
-static UChar origbuf[N_ORIGBUF];
-static UChar transbuf[N_TRANSBUF];
-
-static Bool verbose = True;
-
-/* Forwards */
-#if 1 /* UNUSED */
-//static IRSB* ac_instrument ( IRSB*, VexGuestLayout*, IRType );
-static
-IRSB* mc_instrument ( void* closureV,
- IRSB* bb_in, VexGuestLayout* layout,
- VexGuestExtents* vge,
- IRType gWordTy, IRType hWordTy );
-#endif
-
-static Bool chase_into_not_ok ( void* opaque, Addr dst ) {
- return False;
-}
-static UInt needs_self_check ( void *closureV, VexRegisterUpdates *pxControl,
- const VexGuestExtents *vge ) {
- return 0;
-}
-
-int main ( int argc, char** argv )
-{
- FILE* f;
- Int i;
- UInt u, sum;
- Addr32 orig_addr;
- Int bb_number, n_bbs_done = 0;
- Int orig_nbytes, trans_used;
- VexTranslateResult tres;
- VexControl vcon;
- VexGuestExtents vge;
- VexArchInfo vai_x86, vai_amd64, vai_ppc32, vai_arm, vai_mips32, vai_mips64;
- VexAbiInfo vbi;
- VexTranslateArgs vta;
-
- if (argc != 2) {
- fprintf(stderr, "usage: vex file.orig\n");
- exit(1);
- }
- f = fopen(argv[1], "r");
- if (!f) {
- fprintf(stderr, "can't open `%s'\n", argv[1]);
- exit(1);
- }
-
- /* Run with default params. However, we can't allow bb chasing
- since that causes the front end to get segfaults when it tries
- to read code outside the initial BB we hand it. So when calling
- LibVEX_Translate, send in a chase-into predicate that always
- returns False. */
- LibVEX_default_VexControl ( &vcon );
- vcon.iropt_level = 2;
- vcon.guest_max_insns = 60;
-
- LibVEX_Init ( &failure_exit, &log_bytes,
- 1, /* debug_paranoia */
- &vcon );
-
-
- while (!feof(f)) {
-
- __attribute__((unused))
- char* unused1 = fgets(linebuf, N_LINEBUF,f);
- if (linebuf[0] == 0) continue;
- if (linebuf[0] != '.') continue;
-
- if (n_bbs_done == TEST_N_BBS) break;
- n_bbs_done++;
-
- /* first line is: . bb-number bb-addr n-bytes */
- assert(3 == sscanf(&linebuf[1], " %d %x %d\n",
- & bb_number,
- & orig_addr, & orig_nbytes ));
- assert(orig_nbytes >= 1);
- assert(!feof(f));
- __attribute__((unused))
- char* unused2 = fgets(linebuf, N_LINEBUF,f);
- assert(linebuf[0] == '.');
-
- /* second line is: . byte byte byte etc */
- if (verbose)
- printf("============ Basic Block %d, Done %d, "
- "Start %x, nbytes %2d ============",
- bb_number, n_bbs_done-1, orig_addr, orig_nbytes);
-
- /* thumb ITstate analysis needs to examine the 18 bytes
- preceding the first instruction. So let's leave the first 18
- zeroed out. */
- memset(origbuf, 0, sizeof(origbuf));
-
- assert(orig_nbytes >= 1 && orig_nbytes <= N_ORIGBUF);
- for (i = 0; i < orig_nbytes; i++) {
- assert(1 == sscanf(&linebuf[2 + 3*i], "%x", &u));
- origbuf[18+ i] = (UChar)u;
- }
-
- /* FIXME: put sensible values into the .hwcaps fields */
- LibVEX_default_VexArchInfo(&vai_x86);
- vai_x86.hwcaps = VEX_HWCAPS_X86_MMXEXT | VEX_HWCAPS_X86_SSE1
- | VEX_HWCAPS_X86_SSE2 | VEX_HWCAPS_X86_SSE3;
- vai_x86.endness = VexEndnessLE;
-
- LibVEX_default_VexArchInfo(&vai_amd64);
- vai_amd64.hwcaps = 0;
- vai_amd64.endness = VexEndnessLE;
-
- LibVEX_default_VexArchInfo(&vai_ppc32);
- vai_ppc32.hwcaps = 0;
- vai_ppc32.ppc_icache_line_szB = 128;
-
- LibVEX_default_VexArchInfo(&vai_arm);
- vai_arm.hwcaps = VEX_HWCAPS_ARM_VFP3 | VEX_HWCAPS_ARM_NEON | 7;
-
- LibVEX_default_VexArchInfo(&vai_mips32);
- vai_mips32.endness = VexEndnessLE;
- vai_mips32.hwcaps = VEX_PRID_COMP_MIPS;
-
- LibVEX_default_VexArchInfo(&vai_mips64);
- vai_mips64.endness = VexEndnessLE;
-
- LibVEX_default_VexAbiInfo(&vbi);
- vbi.guest_stack_redzone_size = 128;
-
- /* ----- Set up args for LibVEX_Translate ----- */
-
- vta.abiinfo_both = vbi;
- vta.guest_bytes = &origbuf[18];
- vta.guest_bytes_addr = orig_addr;
- vta.callback_opaque = NULL;
- vta.chase_into_ok = chase_into_not_ok;
- vta.guest_extents = &vge;
- vta.host_bytes = transbuf;
- vta.host_bytes_size = N_TRANSBUF;
- vta.host_bytes_used = &trans_used;
-
-#if 0 /* ppc32 -> ppc32 */
- vta.arch_guest = VexArchPPC32;
- vta.archinfo_guest = vai_ppc32;
- vta.arch_host = VexArchPPC32;
- vta.archinfo_host = vai_ppc32;
-#endif
-#if 0 /* amd64 -> amd64 */
- vta.arch_guest = VexArchAMD64;
- vta.archinfo_guest = vai_amd64;
- vta.arch_host = VexArchAMD64;
- vta.archinfo_host = vai_amd64;
-#endif
-#if 0 /* x86 -> x86 */
- vta.arch_guest = VexArchX86;
- vta.archinfo_guest = vai_x86;
- vta.arch_host = VexArchX86;
- vta.archinfo_host = vai_x86;
-#endif
-#if 1 /* x86 -> mips32 */
- vta.arch_guest = VexArchX86;
- vta.archinfo_guest = vai_x86;
- vta.arch_host = VexArchMIPS32;
- vta.archinfo_host = vai_mips32;
-#endif
-#if 0 /* amd64 -> mips64 */
- vta.arch_guest = VexArchAMD64;
- vta.archinfo_guest = vai_amd64;
- vta.arch_host = VexArchMIPS64;
- vta.archinfo_host = vai_mips64;
-#endif
-#if 0 /* arm -> arm */
- vta.arch_guest = VexArchARM;
- vta.archinfo_guest = vai_arm;
- vta.arch_host = VexArchARM;
- vta.archinfo_host = vai_arm;
- /* ARM/Thumb only hacks, that are needed to keep the ITstate
- analyser in the front end happy. */
- vta.guest_bytes = &origbuf[18 +1];
- vta.guest_bytes_addr = (Addr) &origbuf[18 +1];
-#endif
-
-#if 1 /* no instrumentation */
- vta.instrument1 = NULL;
- vta.instrument2 = NULL;
-#endif
-#if 0 /* addrcheck */
- vta.instrument1 = ac_instrument;
- vta.instrument2 = NULL;
-#endif
-#if 0 /* memcheck */
- vta.instrument1 = mc_instrument;
- vta.instrument2 = NULL;
-#endif
- vta.needs_self_check = needs_self_check;
- vta.preamble_function = NULL;
- vta.traceflags = TEST_FLAGS;
- vta.addProfInc = False;
- vta.sigill_diag = True;
-
- vta.disp_cp_chain_me_to_slowEP = (void*)0x12345678;
- vta.disp_cp_chain_me_to_fastEP = (void*)0x12345679;
- vta.disp_cp_xindir = (void*)0x1234567A;
- vta.disp_cp_xassisted = (void*)0x1234567B;
-
- vta.finaltidy = NULL;
-
- for (i = 0; i < TEST_N_ITERS; i++)
- tres = LibVEX_Translate ( &vta );
-
- if (tres.status != VexTransOK)
- printf("\ntres = %d\n", (Int)tres.status);
- assert(tres.status == VexTransOK);
- assert(tres.n_sc_extents == 0);
- assert(vge.n_used == 1);
- assert((UInt)(vge.len[0]) == orig_nbytes);
-
- sum = 0;
- for (i = 0; i < trans_used; i++)
- sum += (UInt)transbuf[i];
- printf ( " %6.2f ... %u\n",
- (double)trans_used / (double)vge.len[0], sum );
- }
-
- fclose(f);
- printf("\n");
- LibVEX_ShowAllocStats();
-
- return 0;
-}
-
-//////////////////////////////////////////////////////////////////////
-//////////////////////////////////////////////////////////////////////
-//////////////////////////////////////////////////////////////////////
-//////////////////////////////////////////////////////////////////////
-//////////////////////////////////////////////////////////////////////
-//////////////////////////////////////////////////////////////////////
-//////////////////////////////////////////////////////////////////////
-//////////////////////////////////////////////////////////////////////
-
-#if 0 /* UNUSED */
-
-static
-__attribute((noreturn))
-void panic ( HChar* s )
-{
- printf("\npanic: %s\n", s);
- failure_exit();
-}
-
-static
-IRSB* ac_instrument (IRSB* bb_in, VexGuestLayout* layout, IRType hWordTy )
-{
-/* Use this rather than eg. -1 because it's a UInt. */
-#define INVALID_DATA_SIZE 999999
-
- Int i;
- Int sz;
- IRCallee* helper;
- IRStmt* st;
- IRExpr* data;
- IRExpr* addr;
- Bool needSz;
-
- /* Set up BB */
- IRSB* bb = emptyIRSB();
- bb->tyenv = dopyIRTypeEnv(bb_in->tyenv);
- bb->next = dopyIRExpr(bb_in->next);
- bb->jumpkind = bb_in->jumpkind;
-
- /* No loads to consider in ->next. */
- assert(isIRAtom(bb_in->next));
-
- for (i = 0; i < bb_in->stmts_used; i++) {
- st = bb_in->stmts[i];
- if (!st) continue;
-
- switch (st->tag) {
-
- case Ist_Tmp:
- data = st->Ist.Tmp.data;
- if (data->tag == Iex_LDle) {
- addr = data->Iex.LDle.addr;
- sz = sizeofIRType(data->Iex.LDle.ty);
- needSz = False;
- switch (sz) {
- case 4: helper = mkIRCallee(1, "ac_helperc_LOAD4",
- (void*)0x12345601); break;
- case 2: helper = mkIRCallee(0, "ac_helperc_LOAD2",
- (void*)0x12345602); break;
- case 1: helper = mkIRCallee(1, "ac_helperc_LOAD1",
- (void*)0x12345603); break;
- default: helper = mkIRCallee(0, "ac_helperc_LOADN",
- (void*)0x12345604);
- needSz = True; break;
- }
- if (needSz) {
- addStmtToIRSB(
- bb,
- IRStmt_Dirty(
- unsafeIRDirty_0_N( helper->regparms,
- helper->name, helper->addr,
- mkIRExprVec_2(addr, mkIRExpr_HWord(sz)))
- ));
- } else {
- addStmtToIRSB(
- bb,
- IRStmt_Dirty(
- unsafeIRDirty_0_N( helper->regparms,
- helper->name, helper->addr,
- mkIRExprVec_1(addr) )
- ));
- }
- }
- break;
-
- case Ist_STle:
- data = st->Ist.STle.data;
- addr = st->Ist.STle.addr;
- assert(isIRAtom(data));
- assert(isIRAtom(addr));
- sz = sizeofIRType(typeOfIRExpr(bb_in->tyenv, data));
- needSz = False;
- switch (sz) {
- case 4: helper = mkIRCallee(1, "ac_helperc_STORE4",
- (void*)0x12345605); break;
- case 2: helper = mkIRCallee(0, "ac_helperc_STORE2",
- (void*)0x12345606); break;
- case 1: helper = mkIRCallee(1, "ac_helperc_STORE1",
- (void*)0x12345607); break;
- default: helper = mkIRCallee(0, "ac_helperc_STOREN",
- (void*)0x12345608);
- needSz = True; break;
- }
- if (needSz) {
- addStmtToIRSB(
- bb,
- IRStmt_Dirty(
- unsafeIRDirty_0_N( helper->regparms,
- helper->name, helper->addr,
- mkIRExprVec_2(addr, mkIRExpr_HWord(sz)))
- ));
- } else {
- addStmtToIRSB(
- bb,
- IRStmt_Dirty(
- unsafeIRDirty_0_N( helper->regparms,
- helper->name, helper->addr,
- mkIRExprVec_1(addr) )
- ));
- }
- break;
-
- case Ist_Put:
- assert(isIRAtom(st->Ist.Put.data));
- break;
-
- case Ist_PutI:
- assert(isIRAtom(st->Ist.PutI.ix));
- assert(isIRAtom(st->Ist.PutI.data));
- break;
-
- case Ist_Exit:
- assert(isIRAtom(st->Ist.Exit.guard));
- break;
-
- case Ist_Dirty:
- /* If the call doesn't interact with memory, we ain't
- interested. */
- if (st->Ist.Dirty.details->mFx == Ifx_None)
- break;
- goto unhandled;
-
- default:
- unhandled:
- printf("\n");
- ppIRStmt(st);
- printf("\n");
- panic("addrcheck: unhandled IRStmt");
- }
-
- addStmtToIRSB( bb, dopyIRStmt(st));
- }
-
- return bb;
-}
-#endif /* UNUSED */
-
-//////////////////////////////////////////////////////////////////////
-//////////////////////////////////////////////////////////////////////
-//////////////////////////////////////////////////////////////////////
-//////////////////////////////////////////////////////////////////////
-//////////////////////////////////////////////////////////////////////
-//////////////////////////////////////////////////////////////////////
-//////////////////////////////////////////////////////////////////////
-//////////////////////////////////////////////////////////////////////
-
-#if 1 /* UNUSED */
-
-static
-__attribute((noreturn))
-void panic ( HChar* s )
-{
- printf("\npanic: %s\n", s);
- failure_exit();
-}
-
-#define tl_assert(xxx) assert(xxx)
-#define VG_(xxxx) xxxx
-#define tool_panic(zzz) panic(zzz)
-#define MC_(zzzz) MC_##zzzz
-#define TL_(zzzz) SK_##zzzz
-
-
-static void MC_helperc_complain_undef ( void );
-static void MC_helperc_LOADV8 ( void );
-static void MC_helperc_LOADV4 ( void );
-static void MC_helperc_LOADV2 ( void );
-static void MC_helperc_LOADV1 ( void );
-static void MC_helperc_STOREV8( void );
-static void MC_helperc_STOREV4( void );
-static void MC_helperc_STOREV2( void );
-static void MC_helperc_STOREV1( void );
-static void MC_helperc_value_check0_fail( void );
-static void MC_helperc_value_check1_fail( void );
-static void MC_helperc_value_check4_fail( void );
-
-static void MC_helperc_complain_undef ( void ) { }
-static void MC_helperc_LOADV8 ( void ) { }
-static void MC_helperc_LOADV4 ( void ) { }
-static void MC_helperc_LOADV2 ( void ) { }
-static void MC_helperc_LOADV1 ( void ) { }
-static void MC_helperc_STOREV8( void ) { }
-static void MC_helperc_STOREV4( void ) { }
-static void MC_helperc_STOREV2( void ) { }
-static void MC_helperc_STOREV1( void ) { }
-static void MC_helperc_value_check0_fail( void ) { }
-static void MC_helperc_value_check1_fail( void ) { }
-static void MC_helperc_value_check4_fail( void ) { }
-
-
-/*--------------------------------------------------------------------*/
-/*--- Instrument IR to perform memory checking operations. ---*/
-/*--- mc_translate.c ---*/
-/*--------------------------------------------------------------------*/
-
-/*
- This file is part of MemCheck, a heavyweight Valgrind tool for
- detecting memory errors.
-
- Copyright (C) 2000-2015 Julian Seward
- jseward@acm.org
-
- This program is free software; you can redistribute it and/or
- modify it under the terms of the GNU General Public License as
- published by the Free Software Foundation; either version 2 of the
- License, or (at your option) any later version.
-
- This program is distributed in the hope that it will be useful, but
- WITHOUT ANY WARRANTY; without even the implied warranty of
- MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
- General Public License for more details.
-
- You should have received a copy of the GNU General Public License
- along with this program; if not, write to the Free Software
- Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA
- 02111-1307, USA.
-
- The GNU General Public License is contained in the file COPYING.
-*/
-
-//#include "mc_include.h"
-
-
-/*------------------------------------------------------------*/
-/*--- Forward decls ---*/
-/*------------------------------------------------------------*/
-
-struct _MCEnv;
-
-static IRType shadowType ( IRType ty );
-static IRExpr* expr2vbits ( struct _MCEnv* mce, IRExpr* e );
-
-
-/*------------------------------------------------------------*/
-/*--- Memcheck running state, and tmp management. ---*/
-/*------------------------------------------------------------*/
-
-/* Carries around state during memcheck instrumentation. */
-typedef
- struct _MCEnv {
- /* MODIFIED: the bb being constructed. IRStmts are added. */
- IRSB* bb;
-
- /* MODIFIED: a table [0 .. #temps_in_original_bb-1] which maps
- original temps to their current their current shadow temp.
- Initially all entries are IRTemp_INVALID. Entries are added
- lazily since many original temps are not used due to
- optimisation prior to instrumentation. Note that floating
- point original tmps are shadowed by integer tmps of the same
- size, and Bit-typed original tmps are shadowed by the type
- Ity_I8. See comment below. */
- IRTemp* tmpMap;
- Int n_originalTmps; /* for range checking */
-
- /* READONLY: the guest layout. This indicates which parts of
- the guest state should be regarded as 'always defined'. */
- VexGuestLayout* layout;
- /* READONLY: the host word type. Needed for constructing
- arguments of type 'HWord' to be passed to helper functions.
- Ity_I32 or Ity_I64 only. */
- IRType hWordTy;
- }
- MCEnv;
-
-/* SHADOW TMP MANAGEMENT. Shadow tmps are allocated lazily (on
- demand), as they are encountered. This is for two reasons.
-
- (1) (less important reason): Many original tmps are unused due to
- initial IR optimisation, and we do not want to spaces in tables
- tracking them.
-
- Shadow IRTemps are therefore allocated on demand. mce.tmpMap is a
- table indexed [0 .. n_types-1], which gives the current shadow for
- each original tmp, or INVALID_IRTEMP if none is so far assigned.
- It is necessary to support making multiple assignments to a shadow
- -- specifically, after testing a shadow for definedness, it needs
- to be made defined. But IR's SSA property disallows this.
-
- (2) (more important reason): Therefore, when a shadow needs to get
- a new value, a new temporary is created, the value is assigned to
- that, and the tmpMap is updated to reflect the new binding.
-
- A corollary is that if the tmpMap maps a given tmp to
- INVALID_IRTEMP and we are hoping to read that shadow tmp, it means
- there's a read-before-write error in the original tmps. The IR
- sanity checker should catch all such anomalies, however.
-*/
-
-/* Find the tmp currently shadowing the given original tmp. If none
- so far exists, allocate one. */
-static IRTemp findShadowTmp ( MCEnv* mce, IRTemp orig )
-{
- tl_assert(orig < mce->n_originalTmps);
- if (mce->tmpMap[orig] == IRTemp_INVALID) {
- mce->tmpMap[orig]
- = newIRTemp(mce->bb->tyenv,
- shadowType(mce->bb->tyenv->types[orig]));
- }
- return mce->tmpMap[orig];
-}
-
-/* Allocate a new shadow for the given original tmp. This means any
- previous shadow is abandoned. This is needed because it is
- necessary to give a new value to a shadow once it has been tested
- for undefinedness, but unfortunately IR's SSA property disallows
- this. Instead we must abandon the old shadow, allocate a new one
- and use that instead. */
-static void newShadowTmp ( MCEnv* mce, IRTemp orig )
-{
- tl_assert(orig < mce->n_originalTmps);
- mce->tmpMap[orig]
- = newIRTemp(mce->bb->tyenv,
- shadowType(mce->bb->tyenv->types[orig]));
-}
-
-
-/*------------------------------------------------------------*/
-/*--- IRAtoms -- a subset of IRExprs ---*/
-/*------------------------------------------------------------*/
-
-/* An atom is either an IRExpr_Const or an IRExpr_Tmp, as defined by
- isIRAtom() in libvex_ir.h. Because this instrumenter expects flat
- input, most of this code deals in atoms. Usefully, a value atom
- always has a V-value which is also an atom: constants are shadowed
- by constants, and temps are shadowed by the corresponding shadow
- temporary. */
-
-typedef IRExpr IRAtom;
-
-/* (used for sanity checks only): is this an atom which looks
- like it's from original code? */
-static Bool isOriginalAtom ( MCEnv* mce, IRAtom* a1 )
-{
- if (a1->tag == Iex_Const)
- return True;
- if (a1->tag == Iex_RdTmp && a1->Iex.RdTmp.tmp < mce->n_originalTmps)
- return True;
- return False;
-}
-
-/* (used for sanity checks only): is this an atom which looks
- like it's from shadow code? */
-static Bool isShadowAtom ( MCEnv* mce, IRAtom* a1 )
-{
- if (a1->tag == Iex_Const)
- return True;
- if (a1->tag == Iex_RdTmp && a1->Iex.RdTmp.tmp >= mce->n_originalTmps)
- return True;
- return False;
-}
-
-/* (used for sanity checks only): check that both args are atoms and
- are identically-kinded. */
-static Bool sameKindedAtoms ( IRAtom* a1, IRAtom* a2 )
-{
- if (a1->tag == Iex_RdTmp && a2->tag == Iex_RdTmp)
- return True;
- if (a1->tag == Iex_Const && a2->tag == Iex_Const)
- return True;
- return False;
-}
-
-
-/*------------------------------------------------------------*/
-/*--- Type management ---*/
-/*------------------------------------------------------------*/
-
-/* Shadow state is always accessed using integer types. This returns
- an integer type with the same size (as per sizeofIRType) as the
- given type. The only valid shadow types are Bit, I8, I16, I32,
- I64, V128. */
-
-static IRType shadowType ( IRType ty )
-{
- switch (ty) {
- case Ity_I1:
- case Ity_I8:
- case Ity_I16:
- case Ity_I32:
- case Ity_I64: return ty;
- case Ity_F32: return Ity_I32;
- case Ity_F64: return Ity_I64;
- case Ity_V128: return Ity_V128;
- default: ppIRType(ty);
- VG_(tool_panic)("memcheck:shadowType");
- }
-}
-
-/* Produce a 'defined' value of the given shadow type. Should only be
- supplied shadow types (Bit/I8/I16/I32/UI64). */
-static IRExpr* definedOfType ( IRType ty ) {
- switch (ty) {
- case Ity_I1: return IRExpr_Const(IRConst_U1(False));
- case Ity_I8: return IRExpr_Const(IRConst_U8(0));
- case Ity_I16: return IRExpr_Const(IRConst_U16(0));
- case Ity_I32: return IRExpr_Const(IRConst_U32(0));
- case Ity_I64: return IRExpr_Const(IRConst_U64(0));
- case Ity_V128: return IRExpr_Const(IRConst_V128(0x0000));
- default: VG_(tool_panic)("memcheck:definedOfType");
- }
-}
-
-
-/*------------------------------------------------------------*/
-/*--- Constructing IR fragments ---*/
-/*------------------------------------------------------------*/
-
-/* assign value to tmp */
-#define assign(_bb,_tmp,_expr) \
- addStmtToIRSB((_bb), IRStmt_WrTmp((_tmp),(_expr)))
-
-/* add stmt to a bb */
-#define stmt(_bb,_stmt) \
- addStmtToIRSB((_bb), (_stmt))
-
-/* build various kinds of expressions */
-#define binop(_op, _arg1, _arg2) IRExpr_Binop((_op),(_arg1),(_arg2))
-#define unop(_op, _arg) IRExpr_Unop((_op),(_arg))
-#define mkU8(_n) IRExpr_Const(IRConst_U8(_n))
-#define mkU16(_n) IRExpr_Const(IRConst_U16(_n))
-#define mkU32(_n) IRExpr_Const(IRConst_U32(_n))
-#define mkU64(_n) IRExpr_Const(IRConst_U64(_n))
-#define mkV128(_n) IRExpr_Const(IRConst_V128(_n))
-#define mkexpr(_tmp) IRExpr_RdTmp((_tmp))
-
-/* bind the given expression to a new temporary, and return the
- temporary. This effectively converts an arbitrary expression into
- an atom. */
-static IRAtom* assignNew ( MCEnv* mce, IRType ty, IRExpr* e ) {
- IRTemp t = newIRTemp(mce->bb->tyenv, ty);
- assign(mce->bb, t, e);
- return mkexpr(t);
-}
-
-
-/*------------------------------------------------------------*/
-/*--- Constructing definedness primitive ops ---*/
-/*------------------------------------------------------------*/
-
-/* --------- Defined-if-either-defined --------- */
-
-static IRAtom* mkDifD8 ( MCEnv* mce, IRAtom* a1, IRAtom* a2 ) {
- tl_assert(isShadowAtom(mce,a1));
- tl_assert(isShadowAtom(mce,a2));
- return assignNew(mce, Ity_I8, binop(Iop_And8, a1, a2));
-}
-
-static IRAtom* mkDifD16 ( MCEnv* mce, IRAtom* a1, IRAtom* a2 ) {
- tl_assert(isShadowAtom(mce,a1));
- tl_assert(isShadowAtom(mce,a2));
- return assignNew(mce, Ity_I16, binop(Iop_And16, a1, a2));
-}
-
-static IRAtom* mkDifD32 ( MCEnv* mce, IRAtom* a1, IRAtom* a2 ) {
- tl_assert(isShadowAtom(mce,a1));
- tl_assert(isShadowAtom(mce,a2));
- return assignNew(mce, Ity_I32, binop(Iop_And32, a1, a2));
-}
-
-static IRAtom* mkDifD64 ( MCEnv* mce, IRAtom* a1, IRAtom* a2 ) {
- tl_assert(isShadowAtom(mce,a1));
- tl_assert(isShadowAtom(mce,a2));
- return assignNew(mce, Ity_I64, binop(Iop_And64, a1, a2));
-}
-
-static IRAtom* mkDifDV128 ( MCEnv* mce, IRAtom* a1, IRAtom* a2 ) {
- tl_assert(isShadowAtom(mce,a1));
- tl_assert(isShadowAtom(mce,a2));
- return assignNew(mce, Ity_V128, binop(Iop_AndV128, a1, a2));
-}
-
-/* --------- Undefined-if-either-undefined --------- */
-
-static IRAtom* mkUifU8 ( MCEnv* mce, IRAtom* a1, IRAtom* a2 ) {
- tl_assert(isShadowAtom(mce,a1));
- tl_assert(isShadowAtom(mce,a2));
- return assignNew(mce, Ity_I8, binop(Iop_Or8, a1, a2));
-}
-
-static IRAtom* mkUifU16 ( MCEnv* mce, IRAtom* a1, IRAtom* a2 ) {
- tl_assert(isShadowAtom(mce,a1));
- tl_assert(isShadowAtom(mce,a2));
- return assignNew(mce, Ity_I16, binop(Iop_Or16, a1, a2));
-}
-
-static IRAtom* mkUifU32 ( MCEnv* mce, IRAtom* a1, IRAtom* a2 ) {
- tl_assert(isShadowAtom(mce,a1));
- tl_assert(isShadowAtom(mce,a2));
- return assignNew(mce, Ity_I32, binop(Iop_Or32, a1, a2));
-}
-
-static IRAtom* mkUifU64 ( MCEnv* mce, IRAtom* a1, IRAtom* a2 ) {
- tl_assert(isShadowAtom(mce,a1));
- tl_assert(isShadowAtom(mce,a2));
- return assignNew(mce, Ity_I64, binop(Iop_Or64, a1, a2));
-}
-
-static IRAtom* mkUifUV128 ( MCEnv* mce, IRAtom* a1, IRAtom* a2 ) {
- tl_assert(isShadowAtom(mce,a1));
- tl_assert(isShadowAtom(mce,a2));
- return assignNew(mce, Ity_V128, binop(Iop_OrV128, a1, a2));
-}
-
-static IRAtom* mkUifU ( MCEnv* mce, IRType vty, IRAtom* a1, IRAtom* a2 ) {
- switch (vty) {
- case Ity_I8: return mkUifU8(mce, a1, a2);
- case Ity_I16: return mkUifU16(mce, a1, a2);
- case Ity_I32: return mkUifU32(mce, a1, a2);
- case Ity_I64: return mkUifU64(mce, a1, a2);
- case Ity_V128: return mkUifUV128(mce, a1, a2);
- default:
- VG_(printf)("\n"); ppIRType(vty); VG_(printf)("\n");
- VG_(tool_panic)("memcheck:mkUifU");
- }
-}
-
-/* --------- The Left-family of operations. --------- */
-
-static IRAtom* mkLeft8 ( MCEnv* mce, IRAtom* a1 ) {
- tl_assert(isShadowAtom(mce,a1));
- /* It's safe to duplicate a1 since it's only an atom */
- return assignNew(mce, Ity_I8,
- binop(Iop_Or8, a1,
- assignNew(mce, Ity_I8,
- /* unop(Iop_Neg8, a1)))); */
- binop(Iop_Sub8, mkU8(0), a1) )));
-}
-
-static IRAtom* mkLeft16 ( MCEnv* mce, IRAtom* a1 ) {
- tl_assert(isShadowAtom(mce,a1));
- /* It's safe to duplicate a1 since it's only an atom */
- return assignNew(mce, Ity_I16,
- binop(Iop_Or16, a1,
- assignNew(mce, Ity_I16,
- /* unop(Iop_Neg16, a1)))); */
- binop(Iop_Sub16, mkU16(0), a1) )));
-}
-
-static IRAtom* mkLeft32 ( MCEnv* mce, IRAtom* a1 ) {
- tl_assert(isShadowAtom(mce,a1));
- /* It's safe to duplicate a1 since it's only an atom */
- return assignNew(mce, Ity_I32,
- binop(Iop_Or32, a1,
- assignNew(mce, Ity_I32,
- /* unop(Iop_Neg32, a1)))); */
- binop(Iop_Sub32, mkU32(0), a1) )));
-}
-
-/* --------- 'Improvement' functions for AND/OR. --------- */
-
-/* ImproveAND(data, vbits) = data OR vbits. Defined (0) data 0s give
- defined (0); all other -> undefined (1).
-*/
-static IRAtom* mkImproveAND8 ( MCEnv* mce, IRAtom* data, IRAtom* vbits )
-{
- tl_assert(isOriginalAtom(mce, data));
- tl_assert(isShadowAtom(mce, vbits));
- tl_assert(sameKindedAtoms(data, vbits));
- return assignNew(mce, Ity_I8, binop(Iop_Or8, data, vbits));
-}
-
-static IRAtom* mkImproveAND16 ( MCEnv* mce, IRAtom* data, IRAtom* vbits )
-{
- tl_assert(isOriginalAtom(mce, data));
- tl_assert(isShadowAtom(mce, vbits));
- tl_assert(sameKindedAtoms(data, vbits));
- return assignNew(mce, Ity_I16, binop(Iop_Or16, data, vbits));
-}
-
-static IRAtom* mkImproveAND32 ( MCEnv* mce, IRAtom* data, IRAtom* vbits )
-{
- tl_assert(isOriginalAtom(mce, data));
- tl_assert(isShadowAtom(mce, vbits));
- tl_assert(sameKindedAtoms(data, vbits));
- return assignNew(mce, Ity_I32, binop(Iop_Or32, data, vbits));
-}
-
-static IRAtom* mkImproveAND64 ( MCEnv* mce, IRAtom* data, IRAtom* vbits )
-{
- tl_assert(isOriginalAtom(mce, data));
- tl_assert(isShadowAtom(mce, vbits));
- tl_assert(sameKindedAtoms(data, vbits));
- return assignNew(mce, Ity_I64, binop(Iop_Or64, data, vbits));
-}
-
-static IRAtom* mkImproveANDV128 ( MCEnv* mce, IRAtom* data, IRAtom* vbits )
-{
- tl_assert(isOriginalAtom(mce, data));
- tl_assert(isShadowAtom(mce, vbits));
- tl_assert(sameKindedAtoms(data, vbits));
- return assignNew(mce, Ity_V128, binop(Iop_OrV128, data, vbits));
-}
-
-/* ImproveOR(data, vbits) = ~data OR vbits. Defined (0) data 1s give
- defined (0); all other -> undefined (1).
-*/
-static IRAtom* mkImproveOR8 ( MCEnv* mce, IRAtom* data, IRAtom* vbits )
-{
- tl_assert(isOriginalAtom(mce, data));
- tl_assert(isShadowAtom(mce, vbits));
- tl_assert(sameKindedAtoms(data, vbits));
- return assignNew(
- mce, Ity_I8,
- binop(Iop_Or8,
- assignNew(mce, Ity_I8, unop(Iop_Not8, data)),
- vbits) );
-}
-
-static IRAtom* mkImproveOR16 ( MCEnv* mce, IRAtom* data, IRAtom* vbits )
-{
- tl_assert(isOriginalAtom(mce, data));
- tl_assert(isShadowAtom(mce, vbits));
- tl_assert(sameKindedAtoms(data, vbits));
- return assignNew(
- mce, Ity_I16,
- binop(Iop_Or16,
- assignNew(mce, Ity_I16, unop(Iop_Not16, data)),
- vbits) );
-}
-
-static IRAtom* mkImproveOR32 ( MCEnv* mce, IRAtom* data, IRAtom* vbits )
-{
- tl_assert(isOriginalAtom(mce, data));
- tl_assert(isShadowAtom(mce, vbits));
- tl_assert(sameKindedAtoms(data, vbits));
- return assignNew(
- mce, Ity_I32,
- binop(Iop_Or32,
- assignNew(mce, Ity_I32, unop(Iop_Not32, data)),
- vbits) );
-}
-
-static IRAtom* mkImproveOR64 ( MCEnv* mce, IRAtom* data, IRAtom* vbits )
-{
- tl_assert(isOriginalAtom(mce, data));
- tl_assert(isShadowAtom(mce, vbits));
- tl_assert(sameKindedAtoms(data, vbits));
- return assignNew(
- mce, Ity_I64,
- binop(Iop_Or64,
- assignNew(mce, Ity_I64, unop(Iop_Not64, data)),
- vbits) );
-}
-
-static IRAtom* mkImproveORV128 ( MCEnv* mce, IRAtom* data, IRAtom* vbits )
-{
- tl_assert(isOriginalAtom(mce, data));
- tl_assert(isShadowAtom(mce, vbits));
- tl_assert(sameKindedAtoms(data, vbits));
- return assignNew(
- mce, Ity_V128,
- binop(Iop_OrV128,
- assignNew(mce, Ity_V128, unop(Iop_NotV128, data)),
- vbits) );
-}
-
-/* --------- Pessimising casts. --------- */
-
-static IRAtom* mkPCastTo( MCEnv* mce, IRType dst_ty, IRAtom* vbits )
-{
- IRType ty;
- IRAtom* tmp1;
- /* Note, dst_ty is a shadow type, not an original type. */
- /* First of all, collapse vbits down to a single bit. */
- tl_assert(isShadowAtom(mce,vbits));
- ty = typeOfIRExpr(mce->bb->tyenv, vbits);
- tmp1 = NULL;
- switch (ty) {
- case Ity_I1:
- tmp1 = vbits;
- break;
- case Ity_I8:
- tmp1 = assignNew(mce, Ity_I1, binop(Iop_CmpNE8, vbits, mkU8(0)));
- break;
- case Ity_I16:
- tmp1 = assignNew(mce, Ity_I1, binop(Iop_CmpNE16, vbits, mkU16(0)));
- break;
- case Ity_I32:
- tmp1 = assignNew(mce, Ity_I1, binop(Iop_CmpNE32, vbits, mkU32(0)));
- break;
- case Ity_I64:
- tmp1 = assignNew(mce, Ity_I1, binop(Iop_CmpNE64, vbits, mkU64(0)));
- break;
- default:
- VG_(tool_panic)("mkPCastTo(1)");
- }
- tl_assert(tmp1);
- /* Now widen up to the dst type. */
- switch (dst_ty) {
- case Ity_I1:
- return tmp1;
- case Ity_I8:
- return assignNew(mce, Ity_I8, unop(Iop_1Sto8, tmp1));
- case Ity_I16:
- return assignNew(mce, Ity_I16, unop(Iop_1Sto16, tmp1));
- case Ity_I32:
- return assignNew(mce, Ity_I32, unop(Iop_1Sto32, tmp1));
- case Ity_I64:
- return assignNew(mce, Ity_I64, unop(Iop_1Sto64, tmp1));
- case Ity_V128:
- tmp1 = assignNew(mce, Ity_I64, unop(Iop_1Sto64, tmp1));
- tmp1 = assignNew(mce, Ity_V128, binop(Iop_64HLtoV128, tmp1, tmp1));
- return tmp1;
- default:
- ppIRType(dst_ty);
- VG_(tool_panic)("mkPCastTo(2)");
- }
-}
-
-
-/*------------------------------------------------------------*/
-/*--- Emit a test and complaint if something is undefined. ---*/
-/*------------------------------------------------------------*/
-
-/* Set the annotations on a dirty helper to indicate that the stack
- pointer and instruction pointers might be read. This is the
- behaviour of all 'emit-a-complaint' style functions we might
- call. */
-
-static void setHelperAnns ( MCEnv* mce, IRDirty* di ) {
- di->nFxState = 2;
- di->fxState[0].fx = Ifx_Read;
- di->fxState[0].offset = mce->layout->offset_SP;
- di->fxState[0].size = mce->layout->sizeof_SP;
- di->fxState[1].fx = Ifx_Read;
- di->fxState[1].offset = mce->layout->offset_IP;
- di->fxState[1].size = mce->layout->sizeof_IP;
-}
-
-
-/* Check the supplied **original** atom for undefinedness, and emit a
- complaint if so. Once that happens, mark it as defined. This is
- possible because the atom is either a tmp or literal. If it's a
- tmp, it will be shadowed by a tmp, and so we can set the shadow to
- be defined. In fact as mentioned above, we will have to allocate a
- new tmp to carry the new 'defined' shadow value, and update the
- original->tmp mapping accordingly; we cannot simply assign a new
- value to an existing shadow tmp as this breaks SSAness -- resulting
- in the post-instrumentation sanity checker spluttering in disapproval.
-*/
-static void complainIfUndefined ( MCEnv* mce, IRAtom* atom )
-{
- IRAtom* vatom;
- IRType ty;
- Int sz;
- IRDirty* di;
- IRAtom* cond;
-
- /* Since the original expression is atomic, there's no duplicated
- work generated by making multiple V-expressions for it. So we
- don't really care about the possibility that someone else may
- also create a V-interpretion for it. */
- tl_assert(isOriginalAtom(mce, atom));
- vatom = expr2vbits( mce, atom );
- tl_assert(isShadowAtom(mce, vatom));
- tl_assert(sameKindedAtoms(atom, vatom));
-
- ty = typeOfIRExpr(mce->bb->tyenv, vatom);
-
- /* sz is only used for constructing the error message */
- sz = ty==Ity_I1 ? 0 : sizeofIRType(ty);
-
- cond = mkPCastTo( mce, Ity_I1, vatom );
- /* cond will be 0 if all defined, and 1 if any not defined. */
-
- switch (sz) {
- case 0:
- di = unsafeIRDirty_0_N( 0/*regparms*/,
- "MC_(helperc_value_check0_fail)",
- &MC_(helperc_value_check0_fail),
- mkIRExprVec_0()
- );
- break;
- case 1:
- di = unsafeIRDirty_0_N( 0/*regparms*/,
- "MC_(helperc_value_check1_fail)",
- &MC_(helperc_value_check1_fail),
- mkIRExprVec_0()
- );
- break;
- case 4:
- di = unsafeIRDirty_0_N( 0/*regparms*/,
- "MC_(helperc_value_check4_fail)",
- &MC_(helperc_value_check4_fail),
- mkIRExprVec_0()
- );
- break;
- default:
- di = unsafeIRDirty_0_N( 1/*regparms*/,
- "MC_(helperc_complain_undef)",
- &MC_(helperc_complain_undef),
- mkIRExprVec_1( mkIRExpr_HWord( sz ))
- );
- break;
- }
- di->guard = cond;
- setHelperAnns( mce, di );
- stmt( mce->bb, IRStmt_Dirty(di));
-
- /* Set the shadow tmp to be defined. First, update the
- orig->shadow tmp mapping to reflect the fact that this shadow is
- getting a new value. */
- tl_assert(isIRAtom(vatom));
- /* sameKindedAtoms ... */
- if (vatom->tag == Iex_RdTmp) {
- tl_assert(atom->tag == Iex_RdTmp);
- newShadowTmp(mce, atom->Iex.RdTmp.tmp);
- assign(mce->bb, findShadowTmp(mce, atom->Iex.RdTmp.tmp),
- definedOfType(ty));
- }
-}
-
-
-/*------------------------------------------------------------*/
-/*--- Shadowing PUTs/GETs, and indexed variants thereof ---*/
-/*------------------------------------------------------------*/
-
-/* Examine the always-defined sections declared in layout to see if
- the (offset,size) section is within one. Note, is is an error to
- partially fall into such a region: (offset,size) should either be
- completely in such a region or completely not-in such a region.
-*/
-static Bool isAlwaysDefd ( MCEnv* mce, Int offset, Int size )
-{
- Int minoffD, maxoffD, i;
- Int minoff = offset;
- Int maxoff = minoff + size - 1;
- tl_assert((minoff & ~0xFFFF) == 0);
- tl_assert((maxoff & ~0xFFFF) == 0);
-
- for (i = 0; i < mce->layout->n_alwaysDefd; i++) {
- minoffD = mce->layout->alwaysDefd[i].offset;
- maxoffD = minoffD + mce->layout->alwaysDefd[i].size - 1;
- tl_assert((minoffD & ~0xFFFF) == 0);
- tl_assert((maxoffD & ~0xFFFF) == 0);
-
- if (maxoff < minoffD || maxoffD < minoff)
- continue; /* no overlap */
- if (minoff >= minoffD && maxoff <= maxoffD)
- return True; /* completely contained in an always-defd section */
-
- VG_(tool_panic)("memcheck:isAlwaysDefd:partial overlap");
- }
- return False; /* could not find any containing section */
-}
-
-
-/* Generate into bb suitable actions to shadow this Put. If the state
- slice is marked 'always defined', do nothing. Otherwise, write the
- supplied V bits to the shadow state. We can pass in either an
- original atom or a V-atom, but not both. In the former case the
- relevant V-bits are then generated from the original.
-*/
-static
-void do_shadow_PUT ( MCEnv* mce, Int offset,
- IRAtom* atom, IRAtom* vatom )
-{
- IRType ty;
- if (atom) {
- tl_assert(!vatom);
- tl_assert(isOriginalAtom(mce, atom));
- vatom = expr2vbits( mce, atom );
- } else {
- tl_assert(vatom);
- tl_assert(isShadowAtom(mce, vatom));
- }
-
- ty = typeOfIRExpr(mce->bb->tyenv, vatom);
- tl_assert(ty != Ity_I1);
- if (isAlwaysDefd(mce, offset, sizeofIRType(ty))) {
- /* later: no ... */
- /* emit code to emit a complaint if any of the vbits are 1. */
- /* complainIfUndefined(mce, atom); */
- } else {
- /* Do a plain shadow Put. */
- stmt( mce->bb, IRStmt_Put( offset + mce->layout->total_sizeB, vatom ) );
- }
-}
-
-
-/* Return an expression which contains the V bits corresponding to the
- given GETI (passed in in pieces).
-*/
-static
-void do_shadow_PUTI ( MCEnv* mce,
- IRRegArray* descr, IRAtom* ix, Int bias, IRAtom* atom )
-{
- IRAtom* vatom;
- IRType ty, tyS;
- Int arrSize;;
-
- tl_assert(isOriginalAtom(mce,atom));
- vatom = expr2vbits( mce, atom );
- tl_assert(sameKindedAtoms(atom, vatom));
- ty = descr->elemTy;
- tyS = shadowType(ty);
- arrSize = descr->nElems * sizeofIRType(ty);
- tl_assert(ty != Ity_I1);
- tl_assert(isOriginalAtom(mce,ix));
- complainIfUndefined(mce,ix);
- if (isAlwaysDefd(mce, descr->base, arrSize)) {
- /* later: no ... */
- /* emit code to emit a complaint if any of the vbits are 1. */
- /* complainIfUndefined(mce, atom); */
- } else {
- /* Do a cloned version of the Put that refers to the shadow
- area. */
- IRRegArray* new_descr
- = mkIRRegArray( descr->base + mce->layout->total_sizeB,
- tyS, descr->nElems);
- stmt( mce->bb, IRStmt_PutI( mkIRPutI( new_descr, ix, bias, vatom ) ));
- }
-}
-
-
-/* Return an expression which contains the V bits corresponding to the
- given GET (passed in in pieces).
-*/
-static
-IRExpr* shadow_GET ( MCEnv* mce, Int offset, IRType ty )
-{
- IRType tyS = shadowType(ty);
- tl_assert(ty != Ity_I1);
- if (isAlwaysDefd(mce, offset, sizeofIRType(ty))) {
- /* Always defined, return all zeroes of the relevant type */
- return definedOfType(tyS);
- } else {
- /* return a cloned version of the Get that refers to the shadow
- area. */
- return IRExpr_Get( offset + mce->layout->total_sizeB, tyS );
- }
-}
-
-
-/* Return an expression which contains the V bits corresponding to the
- given GETI (passed in in pieces).
-*/
-static
-IRExpr* shadow_GETI ( MCEnv* mce, IRRegArray* descr, IRAtom* ix, Int bias )
-{
- IRType ty = descr->elemTy;
- IRType tyS = shadowType(ty);
- Int arrSize = descr->nElems * sizeofIRType(ty);
- tl_assert(ty != Ity_I1);
- tl_assert(isOriginalAtom(mce,ix));
- complainIfUndefined(mce,ix);
- if (isAlwaysDefd(mce, descr->base, arrSize)) {
- /* Always defined, return all zeroes of the relevant type */
- return definedOfType(tyS);
- } else {
- /* return a cloned version of the Get that refers to the shadow
- area. */
- IRRegArray* new_descr
- = mkIRRegArray( descr->base + mce->layout->total_sizeB,
- tyS, descr->nElems);
- return IRExpr_GetI( new_descr, ix, bias );
- }
-}
-
-
-/*------------------------------------------------------------*/
-/*--- Generating approximations for unknown operations, ---*/
-/*--- using lazy-propagate semantics ---*/
-/*------------------------------------------------------------*/
-
-/* Lazy propagation of undefinedness from two values, resulting in the
- specified shadow type.
-*/
-static
-IRAtom* mkLazy2 ( MCEnv* mce, IRType finalVty, IRAtom* va1, IRAtom* va2 )
-{
- /* force everything via 32-bit intermediaries. */
- IRAtom* at;
- tl_assert(isShadowAtom(mce,va1));
- tl_assert(isShadowAtom(mce,va2));
- at = mkPCastTo(mce, Ity_I32, va1);
- at = mkUifU(mce, Ity_I32, at, mkPCastTo(mce, Ity_I32, va2));
- at = mkPCastTo(mce, finalVty, at);
- return at;
-}
-
-
-/* Do the lazy propagation game from a null-terminated vector of
- atoms. This is presumably the arguments to a helper call, so the
- IRCallee info is also supplied in order that we can know which
- arguments should be ignored (via the .mcx_mask field).
-*/
-static
-IRAtom* mkLazyN ( MCEnv* mce,
- IRAtom** exprvec, IRType finalVtype, IRCallee* cee )
-{
- Int i;
- IRAtom* here;
- IRAtom* curr = definedOfType(Ity_I32);
- for (i = 0; exprvec[i]; i++) {
- tl_assert(i < 32);
- tl_assert(isOriginalAtom(mce, exprvec[i]));
- /* Only take notice of this arg if the callee's mc-exclusion
- mask does not say it is to be excluded. */
- if (cee->mcx_mask & (1<<i)) {
- /* the arg is to be excluded from definedness checking. Do
- nothing. */
- if (0) VG_(printf)("excluding %s(%d)\n", cee->name, i);
- } else {
- /* calculate the arg's definedness, and pessimistically merge
- it in. */
- here = mkPCastTo( mce, Ity_I32, expr2vbits(mce, exprvec[i]) );
- curr = mkUifU32(mce, here, curr);
- }
- }
- return mkPCastTo(mce, finalVtype, curr );
-}
-
-
-/*------------------------------------------------------------*/
-/*--- Generating expensive sequences for exact carry-chain ---*/
-/*--- propagation in add/sub and related operations. ---*/
-/*------------------------------------------------------------*/
-
-static
-__attribute__((unused))
-IRAtom* expensiveAdd32 ( MCEnv* mce, IRAtom* qaa, IRAtom* qbb,
- IRAtom* aa, IRAtom* bb )
-{
- IRAtom *a_min, *b_min, *a_max, *b_max;
- IRType ty;
- IROp opAND, opOR, opXOR, opNOT, opADD;
-
- tl_assert(isShadowAtom(mce,qaa));
- tl_assert(isShadowAtom(mce,qbb));
- tl_assert(isOriginalAtom(mce,aa));
- tl_assert(isOriginalAtom(mce,bb));
- tl_assert(sameKindedAtoms(qaa,aa));
- tl_assert(sameKindedAtoms(qbb,bb));
-
- ty = Ity_I32;
- opAND = Iop_And32;
- opOR = Iop_Or32;
- opXOR = Iop_Xor32;
- opNOT = Iop_Not32;
- opADD = Iop_Add32;
-
- // a_min = aa & ~qaa
- a_min = assignNew(mce,ty,
- binop(opAND, aa,
- assignNew(mce,ty, unop(opNOT, qaa))));
-
- // b_min = bb & ~qbb
- b_min = assignNew(mce,ty,
- binop(opAND, bb,
- assignNew(mce,ty, unop(opNOT, qbb))));
-
- // a_max = aa | qaa
- a_max = assignNew(mce,ty, binop(opOR, aa, qaa));
-
- // b_max = bb | qbb
- b_max = assignNew(mce,ty, binop(opOR, bb, qbb));
-
- // result = (qaa | qbb) | ((a_min + b_min) ^ (a_max + b_max))
- return
- assignNew(mce,ty,
- binop( opOR,
- assignNew(mce,ty, binop(opOR, qaa, qbb)),
- assignNew(mce,ty,
- binop(opXOR, assignNew(mce,ty, binop(opADD, a_min, b_min)),
- assignNew(mce,ty, binop(opADD, a_max, b_max))
- )
- )
- )
- );
-}
-
-
-/*------------------------------------------------------------*/
-/*--- Helpers for dealing with vector primops. ---*/
-/*------------------------------------------------------------*/
-
-/* Vector pessimisation -- pessimise within each lane individually. */
-
-static IRAtom* mkPCast8x16 ( MCEnv* mce, IRAtom* at )
-{
- return assignNew(mce, Ity_V128, unop(Iop_CmpNEZ8x16, at));
-}
-
-static IRAtom* mkPCast16x8 ( MCEnv* mce, IRAtom* at )
-{
- return assignNew(mce, Ity_V128, unop(Iop_CmpNEZ16x8, at));
-}
-
-static IRAtom* mkPCast32x4 ( MCEnv* mce, IRAtom* at )
-{
- return assignNew(mce, Ity_V128, unop(Iop_CmpNEZ32x4, at));
-}
-
-static IRAtom* mkPCast64x2 ( MCEnv* mce, IRAtom* at )
-{
- return assignNew(mce, Ity_V128, unop(Iop_CmpNEZ64x2, at));
-}
-
-
-/* Here's a simple scheme capable of handling ops derived from SSE1
- code and while only generating ops that can be efficiently
- implemented in SSE1. */
-
-/* All-lanes versions are straightforward:
-
- binary32Fx4(x,y) ==> PCast32x4(UifUV128(x#,y#))
-
- unary32Fx4(x,y) ==> PCast32x4(x#)
-
- Lowest-lane-only versions are more complex:
-
- binary32F0x4(x,y) ==> SetV128lo32(
- x#,
- PCast32(V128to32(UifUV128(x#,y#)))
- )
-
- This is perhaps not so obvious. In particular, it's faster to
- do a V128-bit UifU and then take the bottom 32 bits than the more
- obvious scheme of taking the bottom 32 bits of each operand
- and doing a 32-bit UifU. Basically since UifU is fast and
- chopping lanes off vector values is slow.
-
- Finally:
-
- unary32F0x4(x) ==> SetV128lo32(
- x#,
- PCast32(V128to32(x#))
- )
-
- Where:
-
- PCast32(v#) = 1Sto32(CmpNE32(v#,0))
- PCast32x4(v#) = CmpNEZ32x4(v#)
-*/
-
-static
-IRAtom* binary32Fx4 ( MCEnv* mce, IRAtom* vatomX, IRAtom* vatomY )
-{
- IRAtom* at;
- tl_assert(isShadowAtom(mce, vatomX));
- tl_assert(isShadowAtom(mce, vatomY));
- at = mkUifUV128(mce, vatomX, vatomY);
- at = assignNew(mce, Ity_V128, mkPCast32x4(mce, at));
- return at;
-}
-
-static
-IRAtom* unary32Fx4 ( MCEnv* mce, IRAtom* vatomX )
-{
- IRAtom* at;
- tl_assert(isShadowAtom(mce, vatomX));
- at = assignNew(mce, Ity_V128, mkPCast32x4(mce, vatomX));
- return at;
-}
-
-static
-IRAtom* binary32F0x4 ( MCEnv* mce, IRAtom* vatomX, IRAtom* vatomY )
-{
- IRAtom* at;
- tl_assert(isShadowAtom(mce, vatomX));
- tl_assert(isShadowAtom(mce, vatomY));
- at = mkUifUV128(mce, vatomX, vatomY);
- at = assignNew(mce, Ity_I32, unop(Iop_V128to32, at));
- at = mkPCastTo(mce, Ity_I32, at);
- at = assignNew(mce, Ity_V128, binop(Iop_SetV128lo32, vatomX, at));
- return at;
-}
-
-static
-IRAtom* unary32F0x4 ( MCEnv* mce, IRAtom* vatomX )
-{
- IRAtom* at;
- tl_assert(isShadowAtom(mce, vatomX));
- at = assignNew(mce, Ity_I32, unop(Iop_V128to32, vatomX));
- at = mkPCastTo(mce, Ity_I32, at);
- at = assignNew(mce, Ity_V128, binop(Iop_SetV128lo32, vatomX, at));
- return at;
-}
-
-/* --- ... and ... 64Fx2 versions of the same ... --- */
-
-static
-IRAtom* binary64Fx2 ( MCEnv* mce, IRAtom* vatomX, IRAtom* vatomY )
-{
- IRAtom* at;
- tl_assert(isShadowAtom(mce, vatomX));
- tl_assert(isShadowAtom(mce, vatomY));
- at = mkUifUV128(mce, vatomX, vatomY);
- at = assignNew(mce, Ity_V128, mkPCast64x2(mce, at));
- return at;
-}
-
-static
-IRAtom* unary64Fx2 ( MCEnv* mce, IRAtom* vatomX )
-{
- IRAtom* at;
- tl_assert(isShadowAtom(mce, vatomX));
- at = assignNew(mce, Ity_V128, mkPCast64x2(mce, vatomX));
- return at;
-}
-
-static
-IRAtom* binary64F0x2 ( MCEnv* mce, IRAtom* vatomX, IRAtom* vatomY )
-{
- IRAtom* at;
- tl_assert(isShadowAtom(mce, vatomX));
- tl_assert(isShadowAtom(mce, vatomY));
- at = mkUifUV128(mce, vatomX, vatomY);
- at = assignNew(mce, Ity_I64, unop(Iop_V128to64, at));
- at = mkPCastTo(mce, Ity_I64, at);
- at = assignNew(mce, Ity_V128, binop(Iop_SetV128lo64, vatomX, at));
- return at;
-}
-
-static
-IRAtom* unary64F0x2 ( MCEnv* mce, IRAtom* vatomX )
-{
- IRAtom* at;
- tl_assert(isShadowAtom(mce, vatomX));
- at = assignNew(mce, Ity_I64, unop(Iop_V128to64, vatomX));
- at = mkPCastTo(mce, Ity_I64, at);
- at = assignNew(mce, Ity_V128, binop(Iop_SetV128lo64, vatomX, at));
- return at;
-}
-
-/* --- --- Vector saturated narrowing --- --- */
-
-/* This is quite subtle. What to do is simple:
-
- Let the original narrowing op be QNarrowW{S,U}xN. Produce:
-
- the-narrowing-op( PCastWxN(vatom1), PCastWxN(vatom2))
-
- Why this is right is not so simple. Consider a lane in the args,
- vatom1 or 2, doesn't matter.
-
- After the PCast, that lane is all 0s (defined) or all
- 1s(undefined).
-
- Both signed and unsigned saturating narrowing of all 0s produces
- all 0s, which is what we want.
-
- The all-1s case is more complex. Unsigned narrowing interprets an
- all-1s input as the largest unsigned integer, and so produces all
- 1s as a result since that is the largest unsigned value at the
- smaller width.
-
- Signed narrowing interprets all 1s as -1. Fortunately, -1 narrows
- to -1, so we still wind up with all 1s at the smaller width.
-
- So: In short, pessimise the args, then apply the original narrowing
- op.
-*/
-static
-IRAtom* vectorNarrowV128 ( MCEnv* mce, IROp narrow_op,
- IRAtom* vatom1, IRAtom* vatom2)
-{
- IRAtom *at1, *at2, *at3;
- IRAtom* (*pcast)( MCEnv*, IRAtom* );
- switch (narrow_op) {
- case Iop_QNarrowBin32Sto16Sx8: pcast = mkPCast32x4; break;
- case Iop_QNarrowBin16Sto8Sx16: pcast = mkPCast16x8; break;
- case Iop_QNarrowBin16Sto8Ux16: pcast = mkPCast16x8; break;
- default: VG_(tool_panic)("vectorNarrowV128");
- }
- tl_assert(isShadowAtom(mce,vatom1));
- tl_assert(isShadowAtom(mce,vatom2));
- at1 = assignNew(mce, Ity_V128, pcast(mce, vatom1));
- at2 = assignNew(mce, Ity_V128, pcast(mce, vatom2));
- at3 = assignNew(mce, Ity_V128, binop(narrow_op, at1, at2));
- return at3;
-}
-
-
-/* --- --- Vector integer arithmetic --- --- */
-
-/* Simple ... UifU the args and per-lane pessimise the results. */
-static
-IRAtom* binary8Ix16 ( MCEnv* mce, IRAtom* vatom1, IRAtom* vatom2 )
-{
- IRAtom* at;
- at = mkUifUV128(mce, vatom1, vatom2);
- at = mkPCast8x16(mce, at);
- return at;
-}
-
-static
-IRAtom* binary16Ix8 ( MCEnv* mce, IRAtom* vatom1, IRAtom* vatom2 )
-{
- IRAtom* at;
- at = mkUifUV128(mce, vatom1, vatom2);
- at = mkPCast16x8(mce, at);
- return at;
-}
-
-static
-IRAtom* binary32Ix4 ( MCEnv* mce, IRAtom* vatom1, IRAtom* vatom2 )
-{
- IRAtom* at;
- at = mkUifUV128(mce, vatom1, vatom2);
- at = mkPCast32x4(mce, at);
- return at;
-}
-
-static
-IRAtom* binary64Ix2 ( MCEnv* mce, IRAtom* vatom1, IRAtom* vatom2 )
-{
- IRAtom* at;
- at = mkUifUV128(mce, vatom1, vatom2);
- at = mkPCast64x2(mce, at);
- return at;
-}
-
-
-/*------------------------------------------------------------*/
-/*--- Generate shadow values from all kinds of IRExprs. ---*/
-/*------------------------------------------------------------*/
-
-static
-IRAtom* expr2vbits_Binop ( MCEnv* mce,
- IROp op,
- IRAtom* atom1, IRAtom* atom2 )
-{
- IRType and_or_ty;
- IRAtom* (*uifu) (MCEnv*, IRAtom*, IRAtom*);
- IRAtom* (*difd) (MCEnv*, IRAtom*, IRAtom*);
- IRAtom* (*improve) (MCEnv*, IRAtom*, IRAtom*);
-
- IRAtom* vatom1 = expr2vbits( mce, atom1 );
- IRAtom* vatom2 = expr2vbits( mce, atom2 );
-
- tl_assert(isOriginalAtom(mce,atom1));
- tl_assert(isOriginalAtom(mce,atom2));
- tl_assert(isShadowAtom(mce,vatom1));
- tl_assert(isShadowAtom(mce,vatom2));
- tl_assert(sameKindedAtoms(atom1,vatom1));
- tl_assert(sameKindedAtoms(atom2,vatom2));
- switch (op) {
-
- /* V128-bit SIMD (SSE2-esque) */
-
- case Iop_ShrN16x8:
- case Iop_ShrN32x4:
- case Iop_ShrN64x2:
- case Iop_SarN16x8:
- case Iop_SarN32x4:
- case Iop_ShlN16x8:
- case Iop_ShlN32x4:
- case Iop_ShlN64x2:
- /* Same scheme as with all other shifts. */
- complainIfUndefined(mce, atom2);
- return assignNew(mce, Ity_V128, binop(op, vatom1, atom2));
-
- case Iop_QSub8Ux16:
- case Iop_QSub8Sx16:
- case Iop_Sub8x16:
- case Iop_Min8Ux16:
- case Iop_Max8Ux16:
- case Iop_CmpGT8Sx16:
- case Iop_CmpEQ8x16:
- case Iop_Avg8Ux16:
- case Iop_QAdd8Ux16:
- case Iop_QAdd8Sx16:
- case Iop_Add8x16:
- return binary8Ix16(mce, vatom1, vatom2);
-
- case Iop_QSub16Ux8:
- case Iop_QSub16Sx8:
- case Iop_Sub16x8:
- case Iop_Mul16x8:
- case Iop_MulHi16Sx8:
- case Iop_MulHi16Ux8:
- case Iop_Min16Sx8:
- case Iop_Max16Sx8:
- case Iop_CmpGT16Sx8:
- case Iop_CmpEQ16x8:
- case Iop_Avg16Ux8:
- case Iop_QAdd16Ux8:
- case Iop_QAdd16Sx8:
- case Iop_Add16x8:
- return binary16Ix8(mce, vatom1, vatom2);
-
- case Iop_Sub32x4:
- case Iop_QSub32Sx4:
- case Iop_QSub32Ux4:
- case Iop_CmpGT32Sx4:
- case Iop_CmpEQ32x4:
- case Iop_Add32x4:
- case Iop_QAdd32Ux4:
- case Iop_QAdd32Sx4:
- return binary32Ix4(mce, vatom1, vatom2);
-
- case Iop_Sub64x2:
- case Iop_QSub64Ux2:
- case Iop_QSub64Sx2:
- case Iop_Add64x2:
- case Iop_QAdd64Ux2:
- case Iop_QAdd64Sx2:
- return binary64Ix2(mce, vatom1, vatom2);
-
- case Iop_QNarrowBin32Sto16Sx8:
- case Iop_QNarrowBin16Sto8Sx16:
- case Iop_QNarrowBin16Sto8Ux16:
- return vectorNarrowV128(mce, op, vatom1, vatom2);
-
- case Iop_Sub64Fx2:
- case Iop_Mul64Fx2:
- case Iop_Min64Fx2:
- case Iop_Max64Fx2:
- case Iop_Div64Fx2:
- case Iop_CmpLT64Fx2:
- case Iop_CmpLE64Fx2:
- case Iop_CmpEQ64Fx2:
- case Iop_Add64Fx2:
- return binary64Fx2(mce, vatom1, vatom2);
-
- case Iop_Sub64F0x2:
- case Iop_Mul64F0x2:
- case Iop_Min64F0x2:
- case Iop_Max64F0x2:
- case Iop_Div64F0x2:
- case Iop_CmpLT64F0x2:
- case Iop_CmpLE64F0x2:
- case Iop_CmpEQ64F0x2:
- case Iop_Add64F0x2:
- return binary64F0x2(mce, vatom1, vatom2);
-
- /* V128-bit SIMD (SSE1-esque) */
-
- case Iop_Sub32Fx4:
- case Iop_Mul32Fx4:
- case Iop_Min32Fx4:
- case Iop_Max32Fx4:
- case Iop_Div32Fx4:
- case Iop_CmpLT32Fx4:
- case Iop_CmpLE32Fx4:
- case Iop_CmpEQ32Fx4:
- case Iop_Add32Fx4:
- return binary32Fx4(mce, vatom1, vatom2);
-
- case Iop_Sub32F0x4:
- case Iop_Mul32F0x4:
- case Iop_Min32F0x4:
- case Iop_Max32F0x4:
- case Iop_Div32F0x4:
- case Iop_CmpLT32F0x4:
- case Iop_CmpLE32F0x4:
- case Iop_CmpEQ32F0x4:
- case Iop_Add32F0x4:
- return binary32F0x4(mce, vatom1, vatom2);
-
- /* V128-bit data-steering */
- case Iop_SetV128lo32:
- case Iop_SetV128lo64:
- case Iop_64HLtoV128:
- case Iop_InterleaveLO64x2:
- case Iop_InterleaveLO32x4:
- case Iop_InterleaveLO16x8:
- case Iop_InterleaveLO8x16:
- case Iop_InterleaveHI64x2:
- case Iop_InterleaveHI32x4:
- case Iop_InterleaveHI16x8:
- case Iop_InterleaveHI8x16:
- return assignNew(mce, Ity_V128, binop(op, vatom1, vatom2));
-
- /* Scalar floating point */
-
- // case Iop_RoundF64:
- case Iop_F64toI64S:
- case Iop_I64StoF64:
- /* First arg is I32 (rounding mode), second is F64 or I64
- (data). */
- return mkLazy2(mce, Ity_I64, vatom1, vatom2);
-
- case Iop_PRemC3210F64: case Iop_PRem1C3210F64:
- /* Takes two F64 args. */
- case Iop_F64toI32S:
- case Iop_F64toF32:
- /* First arg is I32 (rounding mode), second is F64 (data). */
- return mkLazy2(mce, Ity_I32, vatom1, vatom2);
-
- case Iop_F64toI16S:
- /* First arg is I32 (rounding mode), second is F64 (data). */
- return mkLazy2(mce, Ity_I16, vatom1, vatom2);
-
- case Iop_ScaleF64:
- case Iop_Yl2xF64:
- case Iop_Yl2xp1F64:
- case Iop_PRemF64:
- case Iop_AtanF64:
- case Iop_AddF64:
- case Iop_DivF64:
- case Iop_SubF64:
- case Iop_MulF64:
- return mkLazy2(mce, Ity_I64, vatom1, vatom2);
-
- case Iop_CmpF64:
- return mkLazy2(mce, Ity_I32, vatom1, vatom2);
-
- /* non-FP after here */
-
- case Iop_DivModU64to32:
- case Iop_DivModS64to32:
- return mkLazy2(mce, Ity_I64, vatom1, vatom2);
-
- case Iop_16HLto32:
- return assignNew(mce, Ity_I32, binop(op, vatom1, vatom2));
- case Iop_32HLto64:
- return assignNew(mce, Ity_I64, binop(op, vatom1, vatom2));
-
- case Iop_MullS32:
- case Iop_MullU32: {
- IRAtom* vLo32 = mkLeft32(mce, mkUifU32(mce, vatom1,vatom2));
- IRAtom* vHi32 = mkPCastTo(mce, Ity_I32, vLo32);
- return assignNew(mce, Ity_I64, binop(Iop_32HLto64, vHi32, vLo32));
- }
-
- case Iop_MullS16:
- case Iop_MullU16: {
- IRAtom* vLo16 = mkLeft16(mce, mkUifU16(mce, vatom1,vatom2));
- IRAtom* vHi16 = mkPCastTo(mce, Ity_I16, vLo16);
- return assignNew(mce, Ity_I32, binop(Iop_16HLto32, vHi16, vLo16));
- }
-
- case Iop_MullS8:
- case Iop_MullU8: {
- IRAtom* vLo8 = mkLeft8(mce, mkUifU8(mce, vatom1,vatom2));
- IRAtom* vHi8 = mkPCastTo(mce, Ity_I8, vLo8);
- return assignNew(mce, Ity_I16, binop(Iop_8HLto16, vHi8, vLo8));
- }
-
- case Iop_Add32:
-# if 0
- return expensiveAdd32(mce, vatom1,vatom2, atom1,atom2);
-# endif
- case Iop_Sub32:
- case Iop_Mul32:
- return mkLeft32(mce, mkUifU32(mce, vatom1,vatom2));
-
- case Iop_Mul16:
- case Iop_Add16:
- case Iop_Sub16:
- return mkLeft16(mce, mkUifU16(mce, vatom1,vatom2));
-
- case Iop_Sub8:
- case Iop_Add8:
- return mkLeft8(mce, mkUifU8(mce, vatom1,vatom2));
-
- case Iop_CmpLE32S: case Iop_CmpLE32U:
- case Iop_CmpLT32U: case Iop_CmpLT32S:
- case Iop_CmpEQ32: case Iop_CmpNE32:
- return mkPCastTo(mce, Ity_I1, mkUifU32(mce, vatom1,vatom2));
-
- case Iop_CmpEQ16: case Iop_CmpNE16:
- return mkPCastTo(mce, Ity_I1, mkUifU16(mce, vatom1,vatom2));
-
- case Iop_CmpEQ8: case Iop_CmpNE8:
- return mkPCastTo(mce, Ity_I1, mkUifU8(mce, vatom1,vatom2));
-
- case Iop_Shl32: case Iop_Shr32: case Iop_Sar32:
- /* Complain if the shift amount is undefined. Then simply
- shift the first arg's V bits by the real shift amount. */
- complainIfUndefined(mce, atom2);
- return assignNew(mce, Ity_I32, binop(op, vatom1, atom2));
-
- case Iop_Shl16: case Iop_Shr16: case Iop_Sar16:
- /* Same scheme as with 32-bit shifts. */
- complainIfUndefined(mce, atom2);
- return assignNew(mce, Ity_I16, binop(op, vatom1, atom2));
-
- case Iop_Shl8: case Iop_Shr8:
- /* Same scheme as with 32-bit shifts. */
- complainIfUndefined(mce, atom2);
- return assignNew(mce, Ity_I8, binop(op, vatom1, atom2));
-
- case Iop_Shl64: case Iop_Shr64:
- /* Same scheme as with 32-bit shifts. */
- complainIfUndefined(mce, atom2);
- return assignNew(mce, Ity_I64, binop(op, vatom1, atom2));
-
- case Iop_AndV128:
- uifu = mkUifUV128; difd = mkDifDV128;
- and_or_ty = Ity_V128; improve = mkImproveANDV128; goto do_And_Or;
- case Iop_And64:
- uifu = mkUifU64; difd = mkDifD64;
- and_or_ty = Ity_I64; improve = mkImproveAND64; goto do_And_Or;
- case Iop_And32:
- uifu = mkUifU32; difd = mkDifD32;
- and_or_ty = Ity_I32; improve = mkImproveAND32; goto do_And_Or;
- case Iop_And16:
- uifu = mkUifU16; difd = mkDifD16;
- and_or_ty = Ity_I16; improve = mkImproveAND16; goto do_And_Or;
- case Iop_And8:
- uifu = mkUifU8; difd = mkDifD8;
- and_or_ty = Ity_I8; improve = mkImproveAND8; goto do_And_Or;
-
- case Iop_OrV128:
- uifu = mkUifUV128; difd = mkDifDV128;
- and_or_ty = Ity_V128; improve = mkImproveORV128; goto do_And_Or;
- case Iop_Or64:
- uifu = mkUifU64; difd = mkDifD64;
- and_or_ty = Ity_I64; improve = mkImproveOR64; goto do_And_Or;
- case Iop_Or32:
- uifu = mkUifU32; difd = mkDifD32;
- and_or_ty = Ity_I32; improve = mkImproveOR32; goto do_And_Or;
- case Iop_Or16:
- uifu = mkUifU16; difd = mkDifD16;
- and_or_ty = Ity_I16; improve = mkImproveOR16; goto do_And_Or;
- case Iop_Or8:
- uifu = mkUifU8; difd = mkDifD8;
- and_or_ty = Ity_I8; improve = mkImproveOR8; goto do_And_Or;
-
- do_And_Or:
- return
- assignNew(
- mce,
- and_or_ty,
- difd(mce, uifu(mce, vatom1, vatom2),
- difd(mce, improve(mce, atom1, vatom1),
- improve(mce, atom2, vatom2) ) ) );
-
- case Iop_Xor8:
- return mkUifU8(mce, vatom1, vatom2);
- case Iop_Xor16:
- return mkUifU16(mce, vatom1, vatom2);
- case Iop_Xor32:
- return mkUifU32(mce, vatom1, vatom2);
- case Iop_Xor64:
- return mkUifU64(mce, vatom1, vatom2);
- case Iop_XorV128:
- return mkUifUV128(mce, vatom1, vatom2);
-
- default:
- ppIROp(op);
- VG_(tool_panic)("memcheck:expr2vbits_Binop");
- }
-}
-
-
-static
-IRExpr* expr2vbits_Unop ( MCEnv* mce, IROp op, IRAtom* atom )
-{
- IRAtom* vatom = expr2vbits( mce, atom );
- tl_assert(isOriginalAtom(mce,atom));
- switch (op) {
-
- case Iop_Sqrt64Fx2:
- return unary64Fx2(mce, vatom);
-
- case Iop_Sqrt64F0x2:
- return unary64F0x2(mce, vatom);
-
- case Iop_Sqrt32Fx4:
- case Iop_RecipEst32Fx4:
- return unary32Fx4(mce, vatom);
-
- case Iop_Sqrt32F0x4:
- case Iop_RSqrtEst32F0x4:
- case Iop_RecipEst32F0x4:
- return unary32F0x4(mce, vatom);
-
- case Iop_32UtoV128:
- case Iop_64UtoV128:
- return assignNew(mce, Ity_V128, unop(op, vatom));
-
- case Iop_F32toF64:
- case Iop_I32StoF64:
- case Iop_NegF64:
- case Iop_SinF64:
- case Iop_CosF64:
- case Iop_TanF64:
- case Iop_SqrtF64:
- case Iop_AbsF64:
- case Iop_2xm1F64:
- return mkPCastTo(mce, Ity_I64, vatom);
-
- case Iop_Clz32:
- case Iop_Ctz32:
- return mkPCastTo(mce, Ity_I32, vatom);
-
- case Iop_32Sto64:
- case Iop_32Uto64:
- case Iop_V128to64:
- case Iop_V128HIto64:
- return assignNew(mce, Ity_I64, unop(op, vatom));
-
- case Iop_64to32:
- case Iop_64HIto32:
- case Iop_1Uto32:
- case Iop_8Uto32:
- case Iop_16Uto32:
- case Iop_16Sto32:
- case Iop_8Sto32:
- return assignNew(mce, Ity_I32, unop(op, vatom));
-
- case Iop_8Sto16:
- case Iop_8Uto16:
- case Iop_32to16:
- case Iop_32HIto16:
- return assignNew(mce, Ity_I16, unop(op, vatom));
-
- case Iop_1Uto8:
- case Iop_16to8:
- case Iop_32to8:
- return assignNew(mce, Ity_I8, unop(op, vatom));
-
- case Iop_32to1:
- return assignNew(mce, Ity_I1, unop(Iop_32to1, vatom));
-
- case Iop_ReinterpF64asI64:
- case Iop_ReinterpI64asF64:
- case Iop_ReinterpI32asF32:
- case Iop_NotV128:
- case Iop_Not64:
- case Iop_Not32:
- case Iop_Not16:
- case Iop_Not8:
- case Iop_Not1:
- return vatom;
-
- default:
- ppIROp(op);
- VG_(tool_panic)("memcheck:expr2vbits_Unop");
- }
-}
-
-
-/* Worker function; do not call directly. */
-static
-IRAtom* expr2vbits_LDle_WRK ( MCEnv* mce, IRType ty, IRAtom* addr, UInt bias )
-{
- void* helper;
- HChar* hname;
- IRDirty* di;
- IRTemp datavbits;
- IRAtom* addrAct;
-
- tl_assert(isOriginalAtom(mce,addr));
-
- /* First, emit a definedness test for the address. This also sets
- the address (shadow) to 'defined' following the test. */
- complainIfUndefined( mce, addr );
-
- /* Now cook up a call to the relevant helper function, to read the
- data V bits from shadow memory. */
- ty = shadowType(ty);
- switch (ty) {
- case Ity_I64: helper = &MC_(helperc_LOADV8);
- hname = "MC_(helperc_LOADV8)";
- break;
- case Ity_I32: helper = &MC_(helperc_LOADV4);
- hname = "MC_(helperc_LOADV4)";
- break;
- case Ity_I16: helper = &MC_(helperc_LOADV2);
- hname = "MC_(helperc_LOADV2)";
- break;
- case Ity_I8: helper = &MC_(helperc_LOADV1);
- hname = "MC_(helperc_LOADV1)";
- break;
- default: ppIRType(ty);
- VG_(tool_panic)("memcheck:do_shadow_LDle");
- }
-
- /* Generate the actual address into addrAct. */
- if (bias == 0) {
- addrAct = addr;
- } else {
- IROp mkAdd;
- IRAtom* eBias;
- IRType tyAddr = mce->hWordTy;
- tl_assert( tyAddr == Ity_I32 || tyAddr == Ity_I64 );
- mkAdd = tyAddr==Ity_I32 ? Iop_Add32 : Iop_Add64;
- eBias = tyAddr==Ity_I32 ? mkU32(bias) : mkU64(bias);
- addrAct = assignNew(mce, tyAddr, binop(mkAdd, addr, eBias) );
- }
-
- /* We need to have a place to park the V bits we're just about to
- read. */
- datavbits = newIRTemp(mce->bb->tyenv, ty);
- di = unsafeIRDirty_1_N( datavbits,
- 1/*regparms*/, hname, helper,
- mkIRExprVec_1( addrAct ));
- setHelperAnns( mce, di );
- stmt( mce->bb, IRStmt_Dirty(di) );
-
- return mkexpr(datavbits);
-}
-
-
-static
-IRAtom* expr2vbits_LDle ( MCEnv* mce, IRType ty, IRAtom* addr, UInt bias )
-{
- IRAtom *v64hi, *v64lo;
- switch (shadowType(ty)) {
- case Ity_I8:
- case Ity_I16:
- case Ity_I32:
- case Ity_I64:
- return expr2vbits_LDle_WRK(mce, ty, addr, bias);
- case Ity_V128:
- v64lo = expr2vbits_LDle_WRK(mce, Ity_I64, addr, bias);
- v64hi = expr2vbits_LDle_WRK(mce, Ity_I64, addr, bias+8);
- return assignNew( mce,
- Ity_V128,
- binop(Iop_64HLtoV128, v64hi, v64lo));
- default:
- VG_(tool_panic)("expr2vbits_LDle");
- }
-}
-
-
-static
-IRAtom* expr2vbits_ITE ( MCEnv* mce,
- IRAtom* cond, IRAtom* iftrue, IRAtom* iffalse )
-{
- IRAtom *vbitsC, *vbits0, *vbits1;
- IRType ty;
- /* Given ITE(cond,iftrue,iffalse), generate
- ITE(cond,iftrue#,iffalse#) `UifU` PCast(cond#)
- That is, steer the V bits like the originals, but trash the
- result if the steering value is undefined. This gives
- lazy propagation. */
- tl_assert(isOriginalAtom(mce, cond));
- tl_assert(isOriginalAtom(mce, iftrue));
- tl_assert(isOriginalAtom(mce, iffalse));
-
- vbitsC = expr2vbits(mce, cond);
- vbits0 = expr2vbits(mce, iffalse);
- vbits1 = expr2vbits(mce, iftrue);
- ty = typeOfIRExpr(mce->bb->tyenv, vbits0);
-
- return
- mkUifU(mce, ty, assignNew(mce, ty, IRExpr_ITE(cond, vbits1, vbits0)),
- mkPCastTo(mce, ty, vbitsC) );
-}
-
-/* --------- This is the main expression-handling function. --------- */
-
-static
-IRExpr* expr2vbits ( MCEnv* mce, IRExpr* e )
-{
- switch (e->tag) {
-
- case Iex_Get:
- return shadow_GET( mce, e->Iex.Get.offset, e->Iex.Get.ty );
-
- case Iex_GetI:
- return shadow_GETI( mce, e->Iex.GetI.descr,
- e->Iex.GetI.ix, e->Iex.GetI.bias );
-
- case Iex_RdTmp:
- return IRExpr_RdTmp( findShadowTmp(mce, e->Iex.RdTmp.tmp) );
-
- case Iex_Const:
- return definedOfType(shadowType(typeOfIRExpr(mce->bb->tyenv, e)));
-
- case Iex_Binop:
- return expr2vbits_Binop(
- mce,
- e->Iex.Binop.op,
- e->Iex.Binop.arg1, e->Iex.Binop.arg2
- );
-
- case Iex_Unop:
- return expr2vbits_Unop( mce, e->Iex.Unop.op, e->Iex.Unop.arg );
-
- case Iex_Load:
- return expr2vbits_LDle( mce, e->Iex.Load.ty,
- e->Iex.Load.addr, 0/*addr bias*/ );
-
- case Iex_CCall:
- return mkLazyN( mce, e->Iex.CCall.args,
- e->Iex.CCall.retty,
- e->Iex.CCall.cee );
-
- case Iex_ITE:
- return expr2vbits_ITE( mce, e->Iex.ITE.cond, e->Iex.ITE.iftrue,
- e->Iex.ITE.iffalse);
-
- default:
- VG_(printf)("\n");
- ppIRExpr(e);
- VG_(printf)("\n");
- VG_(tool_panic)("memcheck: expr2vbits");
- }
-}
-
-/*------------------------------------------------------------*/
-/*--- Generate shadow stmts from all kinds of IRStmts. ---*/
-/*------------------------------------------------------------*/
-
-/* Widen a value to the host word size. */
-
-static
-IRExpr* zwidenToHostWord ( MCEnv* mce, IRAtom* vatom )
-{
- IRType ty, tyH;
-
- /* vatom is vbits-value and as such can only have a shadow type. */
- tl_assert(isShadowAtom(mce,vatom));
-
- ty = typeOfIRExpr(mce->bb->tyenv, vatom);
- tyH = mce->hWordTy;
-
- if (tyH == Ity_I32) {
- switch (ty) {
- case Ity_I32: return vatom;
- case Ity_I16: return assignNew(mce, tyH, unop(Iop_16Uto32, vatom));
- case Ity_I8: return assignNew(mce, tyH, unop(Iop_8Uto32, vatom));
- default: goto unhandled;
- }
- } else {
- goto unhandled;
- }
- unhandled:
- VG_(printf)("\nty = "); ppIRType(ty); VG_(printf)("\n");
- VG_(tool_panic)("zwidenToHostWord");
-}
-
-
-/* Generate a shadow store. addr is always the original address atom.
- You can pass in either originals or V-bits for the data atom, but
- obviously not both. */
-
-static
-void do_shadow_STle ( MCEnv* mce,
- IRAtom* addr, UInt bias,
- IRAtom* data, IRAtom* vdata )
-{
- IROp mkAdd;
- IRType ty, tyAddr;
- IRDirty *di, *diLo64, *diHi64;
- IRAtom *addrAct, *addrLo64, *addrHi64;
- IRAtom *vdataLo64, *vdataHi64;
- IRAtom *eBias, *eBias0, *eBias8;
- void* helper = NULL;
- HChar* hname = NULL;
-
- tyAddr = mce->hWordTy;
- mkAdd = tyAddr==Ity_I32 ? Iop_Add32 : Iop_Add64;
- tl_assert( tyAddr == Ity_I32 || tyAddr == Ity_I64 );
-
- di = diLo64 = diHi64 = NULL;
- eBias = eBias0 = eBias8 = NULL;
- addrAct = addrLo64 = addrHi64 = NULL;
- vdataLo64 = vdataHi64 = NULL;
-
- if (data) {
- tl_assert(!vdata);
- tl_assert(isOriginalAtom(mce, data));
- tl_assert(bias == 0);
- vdata = expr2vbits( mce, data );
- } else {
- tl_assert(vdata);
- }
-
- tl_assert(isOriginalAtom(mce,addr));
- tl_assert(isShadowAtom(mce,vdata));
-
- ty = typeOfIRExpr(mce->bb->tyenv, vdata);
-
- /* First, emit a definedness test for the address. This also sets
- the address (shadow) to 'defined' following the test. */
- complainIfUndefined( mce, addr );
-
- /* Now decide which helper function to call to write the data V
- bits into shadow memory. */
- switch (ty) {
- case Ity_V128: /* we'll use the helper twice */
- case Ity_I64: helper = &MC_(helperc_STOREV8);
- hname = "MC_(helperc_STOREV8)";
- break;
- case Ity_I32: helper = &MC_(helperc_STOREV4);
- hname = "MC_(helperc_STOREV4)";
- break;
- case Ity_I16: helper = &MC_(helperc_STOREV2);
- hname = "MC_(helperc_STOREV2)";
- break;
- case Ity_I8: helper = &MC_(helperc_STOREV1);
- hname = "MC_(helperc_STOREV1)";
- break;
- default: VG_(tool_panic)("memcheck:do_shadow_STle");
- }
-
- if (ty == Ity_V128) {
-
- /* V128-bit case */
- /* See comment in next clause re 64-bit regparms */
- eBias0 = tyAddr==Ity_I32 ? mkU32(bias) : mkU64(bias);
- addrLo64 = assignNew(mce, tyAddr, binop(mkAdd, addr, eBias0) );
- vdataLo64 = assignNew(mce, Ity_I64, unop(Iop_V128to64, vdata));
- diLo64 = unsafeIRDirty_0_N(
- 1/*regparms*/, hname, helper,
- mkIRExprVec_2( addrLo64, vdataLo64 ));
-
- eBias8 = tyAddr==Ity_I32 ? mkU32(bias+8) : mkU64(bias+8);
- addrHi64 = assignNew(mce, tyAddr, binop(mkAdd, addr, eBias8) );
- vdataHi64 = assignNew(mce, Ity_I64, unop(Iop_V128HIto64, vdata));
- diHi64 = unsafeIRDirty_0_N(
- 1/*regparms*/, hname, helper,
- mkIRExprVec_2( addrHi64, vdataHi64 ));
-
- setHelperAnns( mce, diLo64 );
- setHelperAnns( mce, diHi64 );
- stmt( mce->bb, IRStmt_Dirty(diLo64) );
- stmt( mce->bb, IRStmt_Dirty(diHi64) );
-
- } else {
-
- /* 8/16/32/64-bit cases */
- /* Generate the actual address into addrAct. */
- if (bias == 0) {
- addrAct = addr;
- } else {
- eBias = tyAddr==Ity_I32 ? mkU32(bias) : mkU64(bias);
- addrAct = assignNew(mce, tyAddr, binop(mkAdd, addr, eBias) );
- }
-
- if (ty == Ity_I64) {
- /* We can't do this with regparm 2 on 32-bit platforms, since
- the back ends aren't clever enough to handle 64-bit
- regparm args. Therefore be different. */
- di = unsafeIRDirty_0_N(
- 1/*regparms*/, hname, helper,
- mkIRExprVec_2( addrAct, vdata ));
- } else {
- di = unsafeIRDirty_0_N(
- 2/*regparms*/, hname, helper,
- mkIRExprVec_2( addrAct,
- zwidenToHostWord( mce, vdata )));
- }
- setHelperAnns( mce, di );
- stmt( mce->bb, IRStmt_Dirty(di) );
- }
-
-}
-
-
-/* Do lazy pessimistic propagation through a dirty helper call, by
- looking at the annotations on it. This is the most complex part of
- Memcheck. */
-
-static IRType szToITy ( Int n )
-{
- switch (n) {
- case 1: return Ity_I8;
- case 2: return Ity_I16;
- case 4: return Ity_I32;
- case 8: return Ity_I64;
- default: VG_(tool_panic)("szToITy(memcheck)");
- }
-}
-
-static
-void do_shadow_Dirty ( MCEnv* mce, IRDirty* d )
-{
- Int i, n, offset, toDo, gSz, gOff;
- IRAtom *src, *here, *curr;
- IRType tyAddr, tySrc, tyDst;
- IRTemp dst;
-
- /* First check the guard. */
- complainIfUndefined(mce, d->guard);
-
- /* Now round up all inputs and PCast over them. */
- curr = definedOfType(Ity_I32);
-
- /* Inputs: unmasked args */
- for (i = 0; d->args[i]; i++) {
- if (d->cee->mcx_mask & (1<<i)) {
- /* ignore this arg */
- } else {
- here = mkPCastTo( mce, Ity_I32, expr2vbits(mce, d->args[i]) );
- curr = mkUifU32(mce, here, curr);
- }
- }
-
- /* Inputs: guest state that we read. */
- for (i = 0; i < d->nFxState; i++) {
- tl_assert(d->fxState[i].fx != Ifx_None);
- if (d->fxState[i].fx == Ifx_Write)
- continue;
-
- /* Ignore any sections marked as 'always defined'. */
- if (isAlwaysDefd(mce, d->fxState[i].offset, d->fxState[i].size )) {
- if (0)
- VG_(printf)("memcheck: Dirty gst: ignored off %d, sz %d\n",
- d->fxState[i].offset, d->fxState[i].size );
- continue;
- }
-
- /* This state element is read or modified. So we need to
- consider it. If larger than 8 bytes, deal with it in 8-byte
- chunks. */
- gSz = d->fxState[i].size;
- gOff = d->fxState[i].offset;
- tl_assert(gSz > 0);
- while (True) {
- if (gSz == 0) break;
- n = gSz <= 8 ? gSz : 8;
- /* update 'curr' with UifU of the state slice
- gOff .. gOff+n-1 */
- tySrc = szToITy( n );
- src = assignNew( mce, tySrc,
- shadow_GET(mce, gOff, tySrc ) );
- here = mkPCastTo( mce, Ity_I32, src );
- curr = mkUifU32(mce, here, curr);
- gSz -= n;
- gOff += n;
- }
-
- }
-
- /* Inputs: memory. First set up some info needed regardless of
- whether we're doing reads or writes. */
- tyAddr = Ity_INVALID;
-
- if (d->mFx != Ifx_None) {
- /* Because we may do multiple shadow loads/stores from the same
- base address, it's best to do a single test of its
- definedness right now. Post-instrumentation optimisation
- should remove all but this test. */
- tl_assert(d->mAddr);
- complainIfUndefined(mce, d->mAddr);
-
- tyAddr = typeOfIRExpr(mce->bb->tyenv, d->mAddr);
- tl_assert(tyAddr == Ity_I32 || tyAddr == Ity_I64);
- tl_assert(tyAddr == mce->hWordTy); /* not really right */
- }
-
- /* Deal with memory inputs (reads or modifies) */
- if (d->mFx == Ifx_Read || d->mFx == Ifx_Modify) {
- offset = 0;
- toDo = d->mSize;
- /* chew off 32-bit chunks */
- while (toDo >= 4) {
- here = mkPCastTo(
- mce, Ity_I32,
- expr2vbits_LDle ( mce, Ity_I32,
- d->mAddr, d->mSize - toDo )
- );
- curr = mkUifU32(mce, here, curr);
- toDo -= 4;
- }
- /* chew off 16-bit chunks */
- while (toDo >= 2) {
- here = mkPCastTo(
- mce, Ity_I32,
- expr2vbits_LDle ( mce, Ity_I16,
- d->mAddr, d->mSize - toDo )
- );
- curr = mkUifU32(mce, here, curr);
- toDo -= 2;
- }
- tl_assert(toDo == 0); /* also need to handle 1-byte excess */
- }
-
- /* Whew! So curr is a 32-bit V-value summarising pessimistically
- all the inputs to the helper. Now we need to re-distribute the
- results to all destinations. */
-
- /* Outputs: the destination temporary, if there is one. */
- if (d->tmp != IRTemp_INVALID) {
- dst = findShadowTmp(mce, d->tmp);
- tyDst = typeOfIRTemp(mce->bb->tyenv, d->tmp);
- assign( mce->bb, dst, mkPCastTo( mce, tyDst, curr) );
- }
-
- /* Outputs: guest state that we write or modify. */
- for (i = 0; i < d->nFxState; i++) {
- tl_assert(d->fxState[i].fx != Ifx_None);
- if (d->fxState[i].fx == Ifx_Read)
- continue;
- /* Ignore any sections marked as 'always defined'. */
- if (isAlwaysDefd(mce, d->fxState[i].offset, d->fxState[i].size ))
- continue;
- /* This state element is written or modified. So we need to
- consider it. If larger than 8 bytes, deal with it in 8-byte
- chunks. */
- gSz = d->fxState[i].size;
- gOff = d->fxState[i].offset;
- tl_assert(gSz > 0);
- while (True) {
- if (gSz == 0) break;
- n = gSz <= 8 ? gSz : 8;
- /* Write suitably-casted 'curr' to the state slice
- gOff .. gOff+n-1 */
- tyDst = szToITy( n );
- do_shadow_PUT( mce, gOff,
- NULL, /* original atom */
- mkPCastTo( mce, tyDst, curr ) );
- gSz -= n;
- gOff += n;
- }
- }
-
- /* Outputs: memory that we write or modify. */
- if (d->mFx == Ifx_Write || d->mFx == Ifx_Modify) {
- offset = 0;
- toDo = d->mSize;
- /* chew off 32-bit chunks */
- while (toDo >= 4) {
- do_shadow_STle( mce, d->mAddr, d->mSize - toDo,
- NULL, /* original data */
- mkPCastTo( mce, Ity_I32, curr ) );
- toDo -= 4;
- }
- /* chew off 16-bit chunks */
- while (toDo >= 2) {
- do_shadow_STle( mce, d->mAddr, d->mSize - toDo,
- NULL, /* original data */
- mkPCastTo( mce, Ity_I16, curr ) );
- toDo -= 2;
- }
- tl_assert(toDo == 0); /* also need to handle 1-byte excess */
- }
-
-}
-
-
-/*------------------------------------------------------------*/
-/*--- Memcheck main ---*/
-/*------------------------------------------------------------*/
-
-static Bool isBogusAtom ( IRAtom* at )
-{
- ULong n = 0;
- IRConst* con;
- tl_assert(isIRAtom(at));
- if (at->tag == Iex_RdTmp)
- return False;
- tl_assert(at->tag == Iex_Const);
- con = at->Iex.Const.con;
- switch (con->tag) {
- case Ico_U8: n = (ULong)con->Ico.U8; break;
- case Ico_U16: n = (ULong)con->Ico.U16; break;
- case Ico_U32: n = (ULong)con->Ico.U32; break;
- case Ico_U64: n = (ULong)con->Ico.U64; break;
- default: ppIRExpr(at); tl_assert(0);
- }
- /* VG_(printf)("%llx\n", n); */
- return (n == 0xFEFEFEFF
- || n == 0x80808080
- || n == 0x1010101
- || n == 1010100);
-}
-
-__attribute__((unused))
-static Bool checkForBogusLiterals ( /*FLAT*/ IRStmt* st )
-{
- Int i;
- IRExpr* e;
- switch (st->tag) {
- case Ist_WrTmp:
- e = st->Ist.WrTmp.data;
- switch (e->tag) {
- case Iex_Get:
- case Iex_RdTmp:
- return False;
- case Iex_Unop:
- return isBogusAtom(e->Iex.Unop.arg);
- case Iex_Binop:
- return isBogusAtom(e->Iex.Binop.arg1)
- || isBogusAtom(e->Iex.Binop.arg2);
- case Iex_ITE:
- return isBogusAtom(e->Iex.ITE.cond)
- || isBogusAtom(e->Iex.ITE.iftrue)
- || isBogusAtom(e->Iex.ITE.iffalse);
- case Iex_Load:
- return isBogusAtom(e->Iex.Load.addr);
- case Iex_CCall:
- for (i = 0; e->Iex.CCall.args[i]; i++)
- if (isBogusAtom(e->Iex.CCall.args[i]))
- return True;
- return False;
- default:
- goto unhandled;
- }
- case Ist_Put:
- return isBogusAtom(st->Ist.Put.data);
- case Ist_Store:
- return isBogusAtom(st->Ist.Store.addr)
- || isBogusAtom(st->Ist.Store.data);
- case Ist_Exit:
- return isBogusAtom(st->Ist.Exit.guard);
- default:
- unhandled:
- ppIRStmt(st);
- VG_(tool_panic)("hasBogusLiterals");
- }
-}
-
-IRSB* mc_instrument ( void* closureV,
- IRSB* bb_in, VexGuestLayout* layout,
- VexGuestExtents* vge,
- IRType gWordTy, IRType hWordTy )
-{
- Bool verboze = False; //True;
-
- /* Bool hasBogusLiterals = False; */
-
- Int i, j, first_stmt;
- IRStmt* st;
- MCEnv mce;
-
- /* Set up BB */
- IRSB* bb = emptyIRSB();
- bb->tyenv = deepCopyIRTypeEnv(bb_in->tyenv);
- bb->next = deepCopyIRExpr(bb_in->next);
- bb->jumpkind = bb_in->jumpkind;
-
- /* Set up the running environment. Only .bb is modified as we go
- along. */
- mce.bb = bb;
- mce.layout = layout;
- mce.n_originalTmps = bb->tyenv->types_used;
- mce.hWordTy = hWordTy;
- mce.tmpMap = LibVEX_Alloc(mce.n_originalTmps * sizeof(IRTemp));
- for (i = 0; i < mce.n_originalTmps; i++)
- mce.tmpMap[i] = IRTemp_INVALID;
-
- /* Iterate over the stmts. */
-
- for (i = 0; i < bb_in->stmts_used; i++) {
- st = bb_in->stmts[i];
- if (!st) continue;
-
- tl_assert(isFlatIRStmt(st));
-
- /*
- if (!hasBogusLiterals) {
- hasBogusLiterals = checkForBogusLiterals(st);
- if (hasBogusLiterals) {
- VG_(printf)("bogus: ");
- ppIRStmt(st);
- VG_(printf)("\n");
- }
- }
- */
- first_stmt = bb->stmts_used;
-
- if (verboze) {
- ppIRStmt(st);
- VG_(printf)("\n\n");
- }
-
- switch (st->tag) {
-
- case Ist_WrTmp:
- assign( bb, findShadowTmp(&mce, st->Ist.WrTmp.tmp),
- expr2vbits( &mce, st->Ist.WrTmp.data) );
- break;
-
- case Ist_Put:
- do_shadow_PUT( &mce,
- st->Ist.Put.offset,
- st->Ist.Put.data,
- NULL /* shadow atom */ );
- break;
-
- case Ist_PutI:
- do_shadow_PUTI( &mce,
- st->Ist.PutI.details->descr,
- st->Ist.PutI.details->ix,
- st->Ist.PutI.details->bias,
- st->Ist.PutI.details->data );
- break;
-
- case Ist_Store:
- do_shadow_STle( &mce, st->Ist.Store.addr, 0/* addr bias */,
- st->Ist.Store.data,
- NULL /* shadow data */ );
- break;
-
- case Ist_Exit:
- /* if (!hasBogusLiterals) */
- complainIfUndefined( &mce, st->Ist.Exit.guard );
- break;
-
- case Ist_Dirty:
- do_shadow_Dirty( &mce, st->Ist.Dirty.details );
- break;
-
- case Ist_IMark:
- case Ist_NoOp:
- break;
-
- default:
- VG_(printf)("\n");
- ppIRStmt(st);
- VG_(printf)("\n");
- VG_(tool_panic)("memcheck: unhandled IRStmt");
-
- } /* switch (st->tag) */
-
- if (verboze) {
- for (j = first_stmt; j < bb->stmts_used; j++) {
- VG_(printf)(" ");
- ppIRStmt(bb->stmts[j]);
- VG_(printf)("\n");
- }
- VG_(printf)("\n");
- }
-
- addStmtToIRSB(bb, st);
-
- }
-
- /* Now we need to complain if the jump target is undefined. */
- first_stmt = bb->stmts_used;
-
- if (verboze) {
- VG_(printf)("bb->next = ");
- ppIRExpr(bb->next);
- VG_(printf)("\n\n");
- }
-
- complainIfUndefined( &mce, bb->next );
-
- if (verboze) {
- for (j = first_stmt; j < bb->stmts_used; j++) {
- VG_(printf)(" ");
- ppIRStmt(bb->stmts[j]);
- VG_(printf)("\n");
- }
- VG_(printf)("\n");
- }
-
- return bb;
-}
-#endif /* UNUSED */
-
-/*--------------------------------------------------------------------*/
-/*--- end test_main.c ---*/
-/*--------------------------------------------------------------------*/
diff --git a/VEX/useful/test_main.h b/VEX/useful/test_main.h
deleted file mode 100644
index 720900f..0000000
--- a/VEX/useful/test_main.h
+++ /dev/null
@@ -1,31 +0,0 @@
-
-/* Copy this file (test_main.h.in) to test_main.h, and edit */
-
-/* DEBUG RUN, ON V */
-#if 1
-#define TEST_N_ITERS 1
-#define TEST_N_BBS 1
-#define TEST_FLAGS (1<<7)|(0<<6)|(1<<3)|(0<<2)|(0<<1)|(0<<0)
-#endif
-
-/* CHECKING RUN, ON V */
-#if 0
-#define TEST_N_ITERS 1
-#define TEST_N_BBS 100000
-#define TEST_FLAGS 0
-#endif
-
-/* PROFILING RUN, NATIVE */
-#if 0
-#define TEST_N_ITERS 100
-#define TEST_N_BBS 1000
-#define TEST_FLAGS 0
-#endif
-
-/* PROFILING RUN, REDUCED WORKLOAD */
-#if 0
-#define TEST_N_ITERS 3
-#define TEST_N_BBS 1000
-#define TEST_FLAGS 0
-#endif
-
diff --git a/VEX/useful/test_main.h.base b/VEX/useful/test_main.h.base
deleted file mode 100644
index 218b323..0000000
--- a/VEX/useful/test_main.h.base
+++ /dev/null
@@ -1,31 +0,0 @@
-
-/* Copy this file (test_main.h.in) to test_main.h, and edit */
-
-/* DEBUG RUN, ON V */
-#if 1
-#define TEST_N_ITERS 1
-#define TEST_N_BBS 1
-#define TEST_FLAGS (1<<7)
-#endif
-
-/* CHECKING RUN, ON V */
-#if 0
-#define TEST_N_ITERS 1
-#define TEST_N_BBS 100000
-#define TEST_FLAGS 0
-#endif
-
-/* PROFILING RUN, NATIVE */
-#if 0
-#define TEST_N_ITERS 100
-#define TEST_N_BBS 1000
-#define TEST_FLAGS 0
-#endif
-
-/* PROFILING RUN, REDUCED WORKLOAD */
-#if 0
-#define TEST_N_ITERS 3
-#define TEST_N_BBS 1000
-#define TEST_FLAGS 0
-#endif
-
diff --git a/VEX/useful/x87_to_vex_and_back.c b/VEX/useful/x87_to_vex_and_back.c
deleted file mode 100644
index ed5de3d..0000000
--- a/VEX/useful/x87_to_vex_and_back.c
+++ /dev/null
@@ -1,291 +0,0 @@
-
-/* Testing framework, for developing code to copy vex's x87 simulation
- state to and from a real x87 state image (the 108-byte thing).
-
- Includes code from fp_80_64.c.
-*/
-
-#include "../pub/libvex_basictypes.h"
-#include "../pub/libvex_ir.h"
-#include "../priv/guest-x86/gdefs.h"
-#include <stdio.h>
-#include <assert.h>
-#include <stdlib.h>
-
-/* Get definitions of convert_f64le_to_f80le and
- convert_f80le_to_f64le. */
-#define USED_AS_INCLUDE
-#include "fp_80_64.c"
-#undef USED_AS_INCLUDE
-
-
-////////////////////////////////////////////////////////////////
-
-/* Layout of the real x87 state. */
-
-typedef
- struct {
- UShort env[14];
- UChar reg[80];
- }
- Fpu_State;
-
-/* Offsets, in 16-bit ints, into the FPU environment (env) area. */
-#define FP_ENV_CTRL 0
-#define FP_ENV_STAT 2
-#define FP_ENV_TAG 4
-#define FP_ENV_IP 6 /* and 7 */
-#define FP_ENV_CS 8
-#define FP_ENV_OPOFF 10 /* and 11 */
-#define FP_ENV_OPSEL 12
-#define FP_REG(ii) (10*(7-(ii)))
-
-
-/* Layout of vex's FP state is defined in ../priv/guest-x86/gdefs.h */
-
-static void x87_to_vex ( /*IN*/UChar* x87_state, /*OUT*/UChar* vex_state )
-{
- Int r;
- UInt tag;
- Double* vexRegs = (Double*)(vex_state + OFFB_F0);
- UChar* vexTags = (UChar*)(vex_state + OFFB_FTAG0);
- Fpu_State* x87 = (Fpu_State*)x87_state;
- UInt ftop = (x87->env[FP_ENV_STAT] >> 11) & 7;
- UInt tagw = x87->env[FP_ENV_TAG];
-
- /* Copy registers and tags */
- for (r = 0; r < 8; r++) {
- tag = (tagw >> (2*r)) & 3;
- if (tag == 3) {
- /* register is empty */
- vexRegs[r] = 0.0;
- vexTags[r] = 0;
- } else {
- /* register is non-empty */
- convert_f80le_to_f64le( &x87->reg[FP_REG(r)], (UChar*)&vexRegs[r] );
- vexTags[r] = 1;
- }
- }
-
- /* stack pointer */
- *(UInt*)(vex_state + OFFB_FTOP) = ftop;
-
- /* TODO: Check the CW is 037F. Or at least, bottom 6 bits are 1
- (all exceptions masked), and 11:10, which is rounding control,
- is set to ..?
- */
-}
-
-
-static void vex_to_x87 ( /*IN*/UChar* vex_state, /*OUT*/UChar* x87_state )
-{
- Int i, r;
- UInt tagw;
- Double* vexRegs = (Double*)(vex_state + OFFB_F0);
- UChar* vexTags = (UChar*)(vex_state + OFFB_FTAG0);
- Fpu_State* x87 = (Fpu_State*)x87_state;
- UInt ftop = *(UInt*)(vex_state + OFFB_FTOP);
-
- for (i = 0; i < 14; i++)
- x87->env[i] = 0;
-
- x87->env[1] = x87->env[3] = x87->env[5] = x87->env[13] = 0xFFFF;
- x87->env[FP_ENV_CTRL] = 0x037F;
- x87->env[FP_ENV_STAT] = (ftop & 7) << 11;
-
- tagw = 0;
- for (r = 0; r < 8; r++) {
- if (vexTags[r] == 0) {
- /* register is empty */
- tagw |= (3 << (2*r));
- convert_f64le_to_f80le( (UChar*)&vexRegs[r], &x87->reg[FP_REG(r)] );
- } else {
- /* register is full. */
- tagw |= (0 << (2*r));
- convert_f64le_to_f80le( (UChar*)&vexRegs[r], &x87->reg[FP_REG(r)] );
- }
- }
- x87->env[FP_ENV_TAG] = tagw;
-}
-
-////////////////////////////////////////////////////////////////
-
-// fwds ...
-static void printFpuState ( UChar* fpu_state );
-static void printVexState ( UChar* vex_state );
-
-
-/* Capture the FPU state. Convert it to vex. Convert it back
- to x87. Print it at all stages.
-*/
-void capture_convert_show ( /* preallocated storage */
- UChar* x87_state0,
- UChar* x87_state1,
- UChar* vex_state )
-{
- asm volatile ("fsave (%0)"
- :
- : "r" (x87_state0)
- : "memory" );
- x87_to_vex(x87_state0, vex_state);
- vex_to_x87(vex_state, x87_state1);
- printf("\n\n=================================================\n\n");
- printFpuState(x87_state0);
- printf("\n\n");
- printVexState(vex_state);
- printf("\n\n");
-#if 0
- asm volatile("frstor (%0) ; fsave (%0)"
- :
- : "r" (x87_state1)
- : "memory" );
-#endif
- printFpuState(x87_state1);
- printf("\n\n");
- x87_to_vex(x87_state1, vex_state);
- printVexState(vex_state);
- printf("\n\n");
-}
-
-int main ( void )
-{
- UChar* x87_state0 = malloc(sizeof(Fpu_State));
- UChar* x87_state1 = malloc(sizeof(Fpu_State));
- UChar* vex_state = malloc(1000);
- asm volatile ("finit");
- capture_convert_show(x87_state0, x87_state1, vex_state);
- asm volatile ("fldpi");
- capture_convert_show(x87_state0, x87_state1, vex_state);
- asm volatile ("fldz ; fld1 ; fdiv %st(1)");
- asm volatile ("fldln2 ; fldlg2 ; fchs ; fsqrt");
- capture_convert_show(x87_state0, x87_state1, vex_state);
- return 1;
-}
-
-////////////////////////////////////////////////////////////////
-
-/* Bitfield offsets for exceptions in the FPU status and control words. */
-#define FP_E_INVAL 0
-#define FP_E_DENOR 1
-#define FP_E_DIVZ 2
-#define FP_E_OVERF 3
-#define FP_E_UNDER 4
-#define FP_E_LOS 5
-
-/* More bitfield offsets, but for the status word only. */
-#define FP_E_STACKF 6
-#define FP_E_SUMMARY 7
-#define FP_F_C0 8
-#define FP_F_C1 9
-#define FP_F_C2 10
-#define FP_F_C3 14
-/* top-of-stack ptr is bits 13,12,11 of the word */
-#define FP_F_TOS_LO 11
-#define FP_F_TOS_HI 13
-
-/* Register tags. */
-#define FP_TAG_VALID 0
-#define FP_TAG_ZERO 1
-#define FP_TAG_SPEC 2
-#define FP_TAG_EMPTY 3
-
-char* fp_tag_names[4]
- = { "Valid", "Zero", "Spec", "Empty" };
-
-char* fp_exception_names[6]
- = { "INVAL", "DENOR", "DIVZ", "OVERF", "UNDERF", "LOS" };
-
-
-UInt fp_get_tos ( Fpu_State* x87 )
-{
- return (x87->env[FP_ENV_STAT] >> FP_F_TOS_LO) & 7;
-}
-
-UInt fp_get_tag ( Fpu_State* x87, UInt regno )
-{
- assert(!(regno < 0 || regno > 7));
- return (x87->env[FP_ENV_TAG] >> (2*regno)) & 3;
-}
-
-UInt fp_get_statusword_flag ( Fpu_State* x87, UInt flagno )
-{
- assert(!(flagno < 0 || flagno > 15));
- return (x87->env[FP_ENV_STAT] >> flagno) & 0x1;
-}
-
-UInt fp_get_controlword_flag ( Fpu_State* x87, UInt flagno )
-{
- assert(!(flagno < 0 || flagno > 15));
- return (x87->env[FP_ENV_CTRL] >> flagno) & 0x1;
-}
-
-
-static void printFpuState ( UChar* fpu_state )
-{
- Fpu_State* x87 = (Fpu_State*)fpu_state;
-
- Int i, j, k;
- assert(sizeof(Fpu_State)==108);
- for (i = 7; i >= 0; i--) {
- printf ( " %s fpreg%d: 0x",
- (UInt)i == fp_get_tos(x87) ? "**" : " ", i );
- for (k = 0, j = FP_REG(i)+9; k < 10; k++,j--)
- printf ( "%02x", (UInt)x87->reg[j]);
- printf ( " %5s ", fp_tag_names[fp_get_tag(x87,i)] );
- printf("\n");
- //printf ( "%20.16e\n", fp_get_reg(i) );
- }
- printf(" fctrl: 0x%04x masked: ",
- (UInt)x87->env[FP_ENV_CTRL] );
- for (i = FP_E_INVAL; i <= FP_E_LOS; i++)
- if (fp_get_controlword_flag(x87,i))
- printf ( "%s ", fp_exception_names[i] );
- printf ( "\n" );
-
- printf(" fstat: 0x%04x except:",
- (UInt)x87->env[FP_ENV_STAT] );
- for (i = FP_E_INVAL; i <= FP_E_LOS; i++)
- if (fp_get_statusword_flag(x87,i))
- printf ( "%s ", fp_exception_names[i] );
- printf ( " top: %d ", fp_get_tos(x87) );
- printf ( "c3210: %d%d%d%d",
- fp_get_statusword_flag(x87,FP_F_C3),
- fp_get_statusword_flag(x87,FP_F_C2),
- fp_get_statusword_flag(x87,FP_F_C1),
- fp_get_statusword_flag(x87,FP_F_C0) );
- printf ( " STACKF: %d\n", fp_get_statusword_flag(x87,FP_E_STACKF) );
-
- printf(" ftag: 0x%04x ", (UInt)x87->env[FP_ENV_TAG] );
- for (i = 7; i >= 0; i--)
- printf ( "%d:%s ", i, fp_tag_names[fp_get_tag(x87,i)] );
- printf("\n");
-
- printf(" fip: 0x%08x\n",
- (((UInt)x87->env[FP_ENV_IP+1]) << 16) |
- ((UInt)x87->env[FP_ENV_IP]) );
- printf(" fcs: 0x%04x\n",
- ((UInt)x87->env[FP_ENV_CS]) );
- printf(" fopoff: 0x%08x\n",
- (((UInt)x87->env[FP_ENV_OPOFF+1]) << 16) |
- ((UInt)x87->env[FP_ENV_OPOFF]) );
- printf(" fopsel: 0x%04x\n",
- ((UInt)x87->env[FP_ENV_OPSEL]) );
-}
-
-
-static void printVexState ( UChar* vex_state )
-{
- Int r;
- ULong* vexRegs = (ULong*)(vex_state + OFFB_F0);
- UChar* vexTags = (UChar*)(vex_state + OFFB_FTAG0);
- UInt ftop = *(UInt*)(vex_state + OFFB_FTOP);
-
- for (r = 7; r >= 0; r--) {
- printf("%s %%f%d: 0x%llx %s\n",
- r == ftop ? "##" : " ",
- r,
- vexRegs[r],
- vexTags[r] == 0 ? "Empty" : "Full" );
- }
-
-}