tools/testing/ktest/sample.conf

#
# Config file for ktest.pl
#
# Note, all paths must be absolute
#

# Options set in the beginning of the file are considered to be
# default options. These options can be overriden by test specific
# options, with the following exceptions:
#
#  LOG_FILE
#  CLEAR_LOG
#  POWEROFF_ON_SUCCESS
#  REBOOT_ON_SUCCESS
#
# Test specific options are set after the label:
#
# TEST_START
#
# The options after a TEST_START label are specific to that test.
# Each TEST_START label will set up a new test. If you want to
# perform a test more than once, you can add the ITERATE label
# to it followed by the number of times you want that test
# to iterate. If the ITERATE is left off, the test will only
# be performed once.
#
# TEST_START ITERATE 10
#
# You can skip a test by adding SKIP (before or after the ITERATE
# and number)
#
# TEST_START SKIP
#
# TEST_START SKIP ITERATE 10
#
# TEST_START ITERATE 10 SKIP
#
# The SKIP label causes the options and the test itself to be ignored.
# This is useful to set up several different tests in one config file, and
# only enabling the ones you want to use for a current test run.
#
# You can add default options anywhere in the file as well
# with the DEFAULTS tag. This allows you to have default options
# after the test options to keep the test options at the top
# of the file. You can even place the DEFAULTS tag between
# test cases (but not in the middle of a single test case)
#
# TEST_START
# MIN_CONFIG = /home/test/config-test1
#
# DEFAULTS
# MIN_CONFIG = /home/test/config-default
#
# TEST_START ITERATE 10
#
# The above will run the first test with MIN_CONFIG set to
# /home/test/config-test-1. Then 10 tests will be executed
# with MIN_CONFIG with /home/test/config-default.
#
# You can also disable defaults with the SKIP option
#
# DEFAULTS SKIP
# MIN_CONFIG = /home/test/config-use-sometimes
#
# DEFAULTS
# MIN_CONFIG = /home/test/config-most-times
#
# The above will ignore the first MIN_CONFIG. If you want to
# use the first MIN_CONFIG, remove the SKIP from the first
# DEFAULTS tag and add it to the second. Be careful, options
# may only be declared once per test or default. If you have
# the same option name under the same test or as default
# ktest will fail to execute, and no tests will run.
#
# DEFAULTS OVERRIDE
#
# Options defined in the DEFAULTS section can not be duplicated
# even if they are defined in two different DEFAULT sections.
# This is done to catch mistakes where an option is added but
# the previous option was forgotten about and not commented.
#
# The OVERRIDE keyword can be added to a section to allow this
# section to override other DEFAULT sections values that have
# been defined previously. It will only override options that
# have been defined before its use. Options defined later
# in a non override section will still error. The same option
# can not be defined in the same section even if that section
# is marked OVERRIDE.
#
#
#
# Both TEST_START and DEFAULTS sections can also have the IF keyword
# The value after the IF must evaluate into a 0 or non 0 positive
# integer, and can use the config variables (explained below).
#
# DEFAULTS IF ${IS_X86_32}
#
# The above will process the DEFAULTS section if the config
# variable IS_X86_32 evaluates to a non zero positive integer
# otherwise if it evaluates to zero, it will act the same
# as if the SKIP keyword was used.
#
# The ELSE keyword can be used directly after a section with
# a IF statement.
#
# TEST_START IF ${RUN_NET_TESTS}
# BUILD_TYPE = useconfig:${CONFIG_DIR}/config-network
#
# ELSE
#
# BUILD_TYPE = useconfig:${CONFIG_DIR}/config-normal
#
#
# The ELSE keyword can also contain an IF statement to allow multiple
# if then else sections. But all the sections must be either
# DEFAULT or TEST_START, they can not be a mixture.
#
# TEST_START IF ${RUN_NET_TESTS}
# BUILD_TYPE = useconfig:${CONFIG_DIR}/config-network
#
# ELSE IF ${RUN_DISK_TESTS}
# BUILD_TYPE = useconfig:${CONFIG_DIR}/config-tests
#
# ELSE IF ${RUN_CPU_TESTS}
# BUILD_TYPE = useconfig:${CONFIG_DIR}/config-cpu
#
# ELSE
# BUILD_TYPE = useconfig:${CONFIG_DIR}/config-network
#
# The if statement may also have comparisons that will and for
# == and !=, strings may be used for both sides.
#
# BOX_TYPE := x86_32
#
# DEFAULTS IF ${BOX_TYPE} == x86_32
# BUILD_TYPE = useconfig:${CONFIG_DIR}/config-32
# ELSE
# BUILD_TYPE = useconfig:${CONFIG_DIR}/config-64
#
# The DEFINED keyword can be used by the IF statements too.
# It returns true if the given config variable or option has been defined
# or false otherwise.
#
# 
# DEFAULTS IF DEFINED USE_CC
# CC := ${USE_CC}
# ELSE
# CC := gcc
#
#
# As well as NOT DEFINED.
#
# DEFAULTS IF NOT DEFINED MAKE_CMD
# MAKE_CMD := make ARCH=x86
#
#
# And/or ops (&&,||) may also be used to make complex conditionals.
#
# TEST_START IF (DEFINED ALL_TESTS || ${MYTEST} == boottest) && ${MACHINE} == gandalf
#
# Notice the use of paranthesis. Without any paranthesis the above would be
# processed the same as:
#
# TEST_START IF DEFINED ALL_TESTS || (${MYTEST} == boottest && ${MACHINE} == gandalf)
#
#
#
# INCLUDE file
#
# The INCLUDE keyword may be used in DEFAULT sections. This will
# read another config file and process that file as well. The included
# file can include other files, add new test cases or default
# statements. Config variables will be passed to these files and changes
# to config variables will be seen by top level config files. Including
# a file is processed just like the contents of the file was cut and pasted
# into the top level file, except, that include files that end with
# TEST_START sections will have that section ended at the end of
# the include file. That is, an included file is included followed
# by another DEFAULT keyword.
#
# Unlike other files referenced in this config, the file path does not need
# to be absolute. If the file does not start with '/', then the directory
# that the current config file was located in is used. If no config by the
# given name is found there, then the current directory is searched.
#
# INCLUDE myfile
# DEFAULT
#
# is the same as:
#
# INCLUDE myfile
#
# Note, if the include file does not contain a full path, the file is
# searched first by the location of the original include file, and then
# by the location that ktest.pl was executed in.
#

#### Config variables ####
#
# This config file can also contain "config variables".
# These are assigned with ":=" instead of the ktest option
# assigment "=".
#
# The difference between ktest options and config variables
# is that config variables can be used multiple times,
# where each instance will override the previous instance.
# And that they only live at time of processing this config.
#
# The advantage to config variables are that they can be used
# by any option or any other config variables to define thing
# that you may use over and over again in the options.
#
# For example:
#
# USER      := root
# TARGET    := mybox
# TEST_CASE := ssh ${USER}@${TARGET} /path/to/my/test
#
# TEST_START
# MIN_CONFIG = config1
# TEST = ${TEST_CASE}
#
# TEST_START
# MIN_CONFIG = config2
# TEST = ${TEST_CASE}
#
# TEST_CASE := ssh ${USER}@${TARGET} /path/to/my/test2
#
# TEST_START
# MIN_CONFIG = config1
# TEST = ${TEST_CASE}
#
# TEST_START
# MIN_CONFIG = config2
# TEST = ${TEST_CASE}
#
# TEST_DIR := /home/me/test
#
# BUILD_DIR = ${TEST_DIR}/linux.git
# OUTPUT_DIR = ${TEST_DIR}/test
#
# Note, the config variables are evaluated immediately, thus
# updating TARGET after TEST_CASE has been assigned does nothing
# to TEST_CASE.
#
# As shown in the example, to evaluate a config variable, you
# use the ${X} convention. Simple $X will not work.
#
# If the config variable does not exist, the ${X} will not
# be evaluated. Thus:
#
# MAKE_CMD = PATH=/mypath:${PATH} make
#
# If PATH is not a config variable, then the ${PATH} in
# the MAKE_CMD option will be evaluated by the shell when
# the MAKE_CMD option is passed into shell processing.

#### Using options in other options ####
#
# Options that are defined in the config file may also be used
# by other options. All options are evaulated at time of
# use (except that config variables are evaluated at config
# processing time).
#
# If an ktest option is used within another option, instead of
# typing it again in that option you can simply use the option
# just like you can config variables.
#
# MACHINE = mybox
#
# TEST = ssh root@${MACHINE} /path/to/test
#
# The option will be used per test case. Thus:
#
# TEST_TYPE = test
# TEST = ssh root@{MACHINE}
#
# TEST_START
# MACHINE = box1
#
# TEST_START
# MACHINE = box2
#
# For both test cases, MACHINE will be evaluated at the time
# of the test case. The first test will run ssh root@box1
# and the second will run ssh root@box2.

#### Mandatory Default Options ####

# These options must be in the default section, although most
# may be overridden by test options.

# The machine hostname that you will test
#MACHINE = target

# The box is expected to have ssh on normal bootup, provide the user
#  (most likely root, since you need privileged operations)
#SSH_USER = root

# The directory that contains the Linux source code
#BUILD_DIR = /home/test/linux.git

# The directory that the objects will be built
# (can not be same as BUILD_DIR)
#OUTPUT_DIR = /home/test/build/target

# The location of the compiled file to copy to the target
# (relative to OUTPUT_DIR)
#BUILD_TARGET = arch/x86/boot/bzImage

# The place to put your image on the test machine
#TARGET_IMAGE = /boot/vmlinuz-test

# A script or command to reboot the box
#
# Here is a digital loggers power switch example
#POWER_CYCLE = wget --no-proxy -O /dev/null -q  --auth-no-challenge 'http://admin:admin@power/outlet?5=CCL'
#
# Here is an example to reboot a virtual box on the current host
# with the name "Guest".
#POWER_CYCLE = virsh destroy Guest; sleep 5; virsh start Guest

# The script or command that reads the console
#
#  If you use ttywatch server, something like the following would work.
#CONSOLE = nc -d localhost 3001
#
# For a virtual machine with guest name "Guest".
#CONSOLE =  virsh console Guest

# Required version ending to differentiate the test
# from other linux builds on the system.
#LOCALVERSION = -test

# The grub title name for the test kernel to boot
# (Only mandatory if REBOOT_TYPE = grub)
#
# Note, ktest.pl will not update the grub menu.lst, you need to
# manually add an option for the test. ktest.pl will search
# the grub menu.lst for this option to find what kernel to
# reboot into.
#
# For example, if in the /boot/grub/menu.lst the test kernel title has:
# title Test Kernel
# kernel vmlinuz-test
#GRUB_MENU = Test Kernel

# A script to reboot the target into the test kernel
# (Only mandatory if REBOOT_TYPE = script)
#REBOOT_SCRIPT =

#### Optional Config Options (all have defaults) ####

# Start a test setup. If you leave this off, all options
# will be default and the test will run once.
# This is a label and not really an option (it takes no value).
# You can append ITERATE and a number after it to iterate the
# test a number of times, or SKIP to ignore this test.
#
#TEST_START
#TEST_START ITERATE 5
#TEST_START SKIP

# Have the following options as default again. Used after tests
# have already been defined by TEST_START. Optionally, you can
# just define all default options before the first TEST_START
# and you do not need this option.
#
# This is a label and not really an option (it takes no value).
# You can append SKIP to this label and the options within this
# section will be ignored.
#
# DEFAULTS
# DEFAULTS SKIP

# The default test type (default test)
# The test types may be:
#   build   - only build the kernel, do nothing else
#   install - build and install, but do nothing else (does not reboot)
#   boot    - build, install, and boot the kernel
#   test    - build, boot and if TEST is set, run the test script
#          (If TEST is not set, it defaults back to boot)
#   bisect - Perform a bisect on the kernel (see BISECT_TYPE below)
#   patchcheck - Do a test on a series of commits in git (see PATCHCHECK below)
#TEST_TYPE = test

# Test to run if there is a successful boot and TEST_TYPE is test.
# Must exit with 0 on success and non zero on error
# default (undefined)
#TEST = ssh user@machine /root/run_test

# The build type is any make config type or special command
#  (default randconfig)
#   nobuild - skip the clean and build step
#   useconfig:/path/to/config - use the given config and run
#              oldconfig on it.
# This option is ignored if TEST_TYPE is patchcheck or bisect
#BUILD_TYPE = randconfig

# The make command (default make)
# If you are building a 32bit x86 on a 64 bit host
#MAKE_CMD = CC=i386-gcc AS=i386-as make ARCH=i386

# Any build options for the make of the kernel (not for other makes, like configs)
# (default "")
#BUILD_OPTIONS = -j20

# If you need an initrd, you can add a script or code here to install
# it. The environment variable KERNEL_VERSION will be set to the
# kernel version that is used. Remember to add the initrd line
# to your grub menu.lst file.
#
# Here's a couple of examples to use:
#POST_INSTALL = ssh user@target /sbin/mkinitrd --allow-missing -f /boot/initramfs-test.img $KERNEL_VERSION
#
# or on some systems:
#POST_INSTALL = ssh user@target /sbin/dracut -f /boot/initramfs-test.img $KERNEL_VERSION

# If for some reason you just want to boot the kernel and you do not
# want the test to install anything new. For example, you may just want
# to boot test the same kernel over and over and do not want to go through
# the hassle of installing anything, you can set this option to 1
# (default 0)
#NO_INSTALL = 1

# If there is a script that you require to run before the build is done
# you can specify it with PRE_BUILD.
#
# One example may be if you must add a temporary patch to the build to
# fix a unrelated bug to perform a patchcheck test. This will apply the
# patch before each build that is made. Use the POST_BUILD to do a git reset --hard
# to remove the patch.
#
# (default undef)
#PRE_BUILD = cd ${BUILD_DIR} && patch -p1 < /tmp/temp.patch

# To specify if the test should fail if the PRE_BUILD fails,
# PRE_BUILD_DIE needs to be set to 1. Otherwise the PRE_BUILD
# result is ignored.
# (default 0)
# PRE_BUILD_DIE = 1

# If there is a script that should run after the build is done
# you can specify it with POST_BUILD.
#
# As the example in PRE_BUILD, POST_BUILD can be used to reset modifications
# made by the PRE_BUILD.
#
# (default undef)
#POST_BUILD = cd ${BUILD_DIR} && git reset --hard

# To specify if the test should fail if the POST_BUILD fails,
# POST_BUILD_DIE needs to be set to 1. Otherwise the POST_BUILD
# result is ignored.
# (default 0)
#POST_BUILD_DIE = 1

# Way to reboot the box to the test kernel.
# Only valid options so far are "grub" and "script"
# (default grub)
# If you specify grub, it will assume grub version 1
# and will search in /boot/grub/menu.lst for the title $GRUB_MENU
# and select that target to reboot to the kernel. If this is not
# your setup, then specify "script" and have a command or script
# specified in REBOOT_SCRIPT to boot to the target.
#
# The entry in /boot/grub/menu.lst must be entered in manually.
# The test will not modify that file.
#REBOOT_TYPE = grub

# The min config that is needed to build for the machine
# A nice way to create this is with the following:
#
#   $ ssh target
#   $ lsmod > mymods
#   $ scp mymods host:/tmp
#   $ exit
#   $ cd linux.git
#   $ rm .config
#   $ make LSMOD=mymods localyesconfig
#   $ grep '^CONFIG' .config > /home/test/config-min
#
# If you want even less configs:
#
#   log in directly to target (do not ssh)
#
#   $ su
#   # lsmod | cut -d' ' -f1 | xargs rmmod
#
#   repeat the above several times
#
#   # lsmod > mymods
#   # reboot
#
# May need to reboot to get your network back to copy the mymods
# to the host, and then remove the previous .config and run the
# localyesconfig again. The CONFIG_MIN generated like this will
# not guarantee network activity to the box so the TEST_TYPE of
# test may fail.
#
# You might also want to set:
#   CONFIG_CMDLINE="<your options here>"
#  randconfig may set the above and override your real command
#  line options.
# (default undefined)
#MIN_CONFIG = /home/test/config-min

# Sometimes there's options that just break the boot and
# you do not care about. Here are a few:
#   # CONFIG_STAGING is not set
#  Staging drivers are horrible, and can break the build.
#   # CONFIG_SCSI_DEBUG is not set
#  SCSI_DEBUG may change your root partition
#   # CONFIG_KGDB_SERIAL_CONSOLE is not set
#  KGDB may cause oops waiting for a connection that's not there.
# This option points to the file containing config options that will be prepended
# to the MIN_CONFIG (or be the MIN_CONFIG if it is not set)
#
# Note, config options in MIN_CONFIG will override these options.
#
# (default undefined)
#ADD_CONFIG = /home/test/config-broken

# The location on the host where to write temp files
# (default /tmp/ktest/${MACHINE})
#TMP_DIR = /tmp/ktest/${MACHINE}

# Optional log file to write the status (recommended)
#  Note, this is a DEFAULT section only option.
# (default undefined)
#LOG_FILE = /home/test/logfiles/target.log

# Remove old logfile if it exists before starting all tests.
#  Note, this is a DEFAULT section only option.
# (default 0)
#CLEAR_LOG = 0

# Line to define a successful boot up in console output.
# This is what the line contains, not the entire line. If you need
# the entire line to match, then use regural expression syntax like:
#  (do not add any quotes around it)
#
#  SUCCESS_LINE = ^MyBox Login:$
#
# (default "login:")
#SUCCESS_LINE = login:

# To speed up between reboots, defining a line that the
# default kernel produces that represents that the default
# kernel has successfully booted and can be used to pass
# a new test kernel to it. Otherwise ktest.pl will wait till
# SLEEP_TIME to continue.
# (default undefined)
#REBOOT_SUCCESS_LINE = login:

# In case the console constantly fills the screen, having
# a specified time to stop the test after success is recommended.
# (in seconds)
# (default 10)
#STOP_AFTER_SUCCESS = 10

# In case the console constantly fills the screen, having
# a specified time to stop the test after failure is recommended.
# (in seconds)
# (default 60)
#STOP_AFTER_FAILURE = 60

# In case the console constantly fills the screen, having
# a specified time to stop the test if it never succeeds nor fails
# is recommended.
# Note: this is ignored if a success or failure is detected.
# (in seconds)
# (default 600, -1 is to never stop)
#STOP_TEST_AFTER = 600

# Stop testing if a build fails. If set, the script will end if
# a failure is detected, otherwise it will save off the .config,
# dmesg and bootlog in a directory called
# MACHINE-TEST_TYPE_BUILD_TYPE-fail-yyyymmddhhmmss
# if the STORE_FAILURES directory is set.
# (default 1)
# Note, even if this is set to zero, there are some errors that still
# stop the tests.
#DIE_ON_FAILURE = 1

# Directory to store failure directories on failure. If this is not
# set, DIE_ON_FAILURE=0 will not save off the .config, dmesg and
# bootlog. This option is ignored if DIE_ON_FAILURE is not set.
# (default undefined)
#STORE_FAILURES = /home/test/failures

# Build without doing a make mrproper, or removing .config
# (default 0)
#BUILD_NOCLEAN = 0

# As the test reads the console, after it hits the SUCCESS_LINE
# the time it waits for the monitor to settle down between reads
# can usually be lowered.
# (in seconds) (default 1)
#BOOTED_TIMEOUT = 1

# The timeout in seconds when we consider the box hung after
# the console stop producing output. Be sure to leave enough
# time here to get pass a reboot. Some machines may not produce
# any console output for a long time during a reboot. You do
# not want the test to fail just because the system was in
# the process of rebooting to the test kernel.
# (default 120)
#TIMEOUT = 120

# In between tests, a reboot of the box may occur, and this
# is the time to wait for the console after it stops producing
# output. Some machines may not produce a large lag on reboot
# so this should accommodate it.
# The difference between this and TIMEOUT, is that TIMEOUT happens
# when rebooting to the test kernel. This sleep time happens
# after a test has completed and we are about to start running
# another test. If a reboot to the reliable kernel happens,
# we wait SLEEP_TIME for the console to stop producing output
# before starting the next test.
#
# You can speed up reboot times even more by setting REBOOT_SUCCESS_LINE.
# (default 60)
#SLEEP_TIME = 60

# The time in between bisects to sleep (in seconds)
# (default 60)
#BISECT_SLEEP_TIME = 60

# The time in between patch checks to sleep (in seconds)
# (default 60)
#PATCHCHECK_SLEEP_TIME = 60

# Reboot the target box on error (default 0)
#REBOOT_ON_ERROR = 0

# Power off the target on error (ignored if REBOOT_ON_ERROR is set)
#  Note, this is a DEFAULT section only option.
# (default 0)
#POWEROFF_ON_ERROR = 0

# Power off the target after all tests have completed successfully
#  Note, this is a DEFAULT section only option.
# (default 0)
#POWEROFF_ON_SUCCESS = 0

# Reboot the target after all test completed successfully (default 1)
# (ignored if POWEROFF_ON_SUCCESS is set)
#REBOOT_ON_SUCCESS = 1

# In case there are isses with rebooting, you can specify this
# to always powercycle after this amount of time after calling
# reboot.
# Note, POWERCYCLE_AFTER_REBOOT = 0 does NOT disable it. It just
# makes it powercycle immediately after rebooting. Do not define
# it if you do not want it.
# (default undefined)
#POWERCYCLE_AFTER_REBOOT = 5

# In case there's isses with halting, you can specify this
# to always poweroff after this amount of time after calling
# halt.
# Note, POWEROFF_AFTER_HALT = 0 does NOT disable it. It just
# makes it poweroff immediately after halting. Do not define
# it if you do not want it.
# (default undefined)
#POWEROFF_AFTER_HALT = 20

# A script or command to power off the box (default undefined)
# Needed for POWEROFF_ON_ERROR and SUCCESS
#
# Example for digital loggers power switch:
#POWER_OFF = wget --no-proxy -O /dev/null -q  --auth-no-challenge 'http://admin:admin@power/outlet?5=OFF'
#
# Example for a virtual guest call "Guest".
#POWER_OFF = virsh destroy Guest

# The way to execute a command on the target
# (default ssh $SSH_USER@$MACHINE $SSH_COMMAND";)
# The variables SSH_USER, MACHINE and SSH_COMMAND are defined
#SSH_EXEC = ssh $SSH_USER@$MACHINE $SSH_COMMAND";

# The way to copy a file to the target
# (default scp $SRC_FILE $SSH_USER@$MACHINE:$DST_FILE)
# The variables SSH_USER, MACHINE, SRC_FILE and DST_FILE are defined.
#SCP_TO_TARGET = scp $SRC_FILE $SSH_USER@$MACHINE:$DST_FILE

# The nice way to reboot the target
# (default ssh $SSH_USER@$MACHINE reboot)
# The variables SSH_USER and MACHINE are defined.
#REBOOT = ssh $SSH_USER@$MACHINE reboot

# The way triple faults are detected is by testing the kernel
# banner. If the kernel banner for the kernel we are testing is
# found, and then later a kernel banner for another kernel version
# is found, it is considered that we encountered a triple fault,
# and there is no panic or callback, but simply a reboot.
# To disable this (because it did a false positive) set the following
# to 0.
# (default 1)
#DETECT_TRIPLE_FAULT = 0

#### Per test run options ####
# The following options are only allowed in TEST_START sections.
# They are ignored in the DEFAULTS sections.
#
# All of these are optional and undefined by default, although
#  some of these options are required for TEST_TYPE of patchcheck
#  and bisect.
#
#
# CHECKOUT = branch
#
#  If the BUILD_DIR is a git repository, then you can set this option
#  to checkout the given branch before running the TEST. If you
#  specify this for the first run, that branch will be used for
#  all preceding tests until a new CHECKOUT is set.
#
#
# TEST_NAME = name
#
#  If you want the test to have a name that is displayed in
#  the test result banner at the end of the test, then use this
#  option. This is useful to search for the RESULT keyword and
#  not have to translate a test number to a test in the config.
#
# For TEST_TYPE = patchcheck
#
#  This expects the BUILD_DIR to be a git repository, and
#  will checkout the PATCHCHECK_START commit.
#
#  The option BUILD_TYPE will be ignored.
#
#  The MIN_CONFIG will be used for all builds of the patchcheck. The build type
#  used for patchcheck is oldconfig.
#
#  PATCHCHECK_START is required and is the first patch to
#   test (the SHA1 of the commit). You may also specify anything
#   that git checkout allows (branch name, tage, HEAD~3).
#
#  PATCHCHECK_END is the last patch to check (default HEAD)
#
#  PATCHCHECK_TYPE is required and is the type of test to run:
#      build, boot, test.
#
#   Note, the build test will look for warnings, if a warning occurred
#     in a file that a commit touches, the build will fail, unless
#     IGNORE_WARNINGS is set for the given commit's sha1
#
#   IGNORE_WARNINGS can be used to disable the failure of patchcheck
#     on a particuler commit (SHA1). You can add more than one commit
#     by adding a list of SHA1s that are space delimited.
#
#   If BUILD_NOCLEAN is set, then make mrproper will not be run on
#   any of the builds, just like all other TEST_TYPE tests. But
#   what makes patchcheck different from the other tests, is if
#   BUILD_NOCLEAN is not set, only the first and last patch run
#   make mrproper. This helps speed up the test.
#
# Example:
#   TEST_START
#   TEST_TYPE = patchcheck
#   CHECKOUT = mybranch
#   PATCHCHECK_TYPE = boot
#   PATCHCHECK_START = 747e94ae3d1b4c9bf5380e569f614eb9040b79e7
#   PATCHCHECK_END = HEAD~2
#   IGNORE_WARNINGS = 42f9c6b69b54946ffc0515f57d01dc7f5c0e4712 0c17ca2c7187f431d8ffc79e81addc730f33d128
#
#
#
# For TEST_TYPE = bisect
#
#  You can specify a git bisect if the BUILD_DIR is a git repository.
#  The MIN_CONFIG will be used for all builds of the bisect. The build type
#  used for bisecting is oldconfig.
#
#  The option BUILD_TYPE will be ignored.
#
#  BISECT_TYPE is the type of test to perform:
#	build	- bad fails to build
#	boot	- bad builds but fails to boot
#	test	- bad boots but fails a test
#
# BISECT_GOOD is the commit (SHA1) to label as good (accepts all git good commit types)
# BISECT_BAD is the commit to label as bad (accepts all git bad commit types)
#
# The above three options are required for a bisect operation.
#
# BISECT_REPLAY = /path/to/replay/file (optional, default undefined)
#
#   If an operation failed in the bisect that was not expected to
#   fail. Then the test ends. The state of the BUILD_DIR will be
#   left off at where the failure occurred. You can examine the
#   reason for the failure, and perhaps even find a git commit
#   that would work to continue with. You can run:
#
#   git bisect log > /path/to/replay/file
#
#   The adding:
#
#    BISECT_REPLAY= /path/to/replay/file
#
#   And running the test again. The test will perform the initial
#    git bisect start, git bisect good, and git bisect bad, and
#    then it will run git bisect replay on this file, before
#    continuing with the bisect.
#
# BISECT_START = commit (optional, default undefined)
#
#   As with BISECT_REPLAY, if the test failed on a commit that
#   just happen to have a bad commit in the middle of the bisect,
#   and you need to skip it. If BISECT_START is defined, it
#   will checkout that commit after doing the initial git bisect start,
#   git bisect good, git bisect bad, and running the git bisect replay
#   if the BISECT_REPLAY is set.
#
# BISECT_SKIP = 1 (optional, default 0)
#
#   If BISECT_TYPE is set to test but the build fails, ktest will
#   simply fail the test and end their. You could use BISECT_REPLAY
#   and BISECT_START to resume after you found a new starting point,
#   or you could set BISECT_SKIP to 1. If BISECT_SKIP is set to 1,
#   when something other than the BISECT_TYPE fails, ktest.pl will
#   run "git bisect skip" and try again.
#
# BISECT_FILES = <path> (optional, default undefined)
#
#   To just run the git bisect on a specific path, set BISECT_FILES.
#   For example:
#
#     BISECT_FILES = arch/x86 kernel/time
#
#   Will run the bisect with "git bisect start -- arch/x86 kernel/time"
#
# BISECT_REVERSE = 1 (optional, default 0)
#
#   In those strange instances where it was broken forever
#   and you are trying to find where it started to work!
#   Set BISECT_GOOD to the commit that was last known to fail
#   Set BISECT_BAD to the commit that is known to start working.
#   With BISECT_REVERSE = 1, The test will consider failures as
#   good, and success as bad.
#
# BISECT_MANUAL = 1 (optional, default 0)
#
#   In case there's a problem with automating the bisect for
#   whatever reason. (Can't reboot, want to inspect each iteration)
#   Doing a BISECT_MANUAL will have the test wait for you to
#   tell it if the test passed or failed after each iteration.
#   This is basicall the same as running git bisect yourself
#   but ktest will rebuild and install the kernel for you.
#
# BISECT_CHECK = 1 (optional, default 0)
#
#   Just to be sure the good is good and bad is bad, setting
#   BISECT_CHECK to 1 will start the bisect by first checking
#   out BISECT_BAD and makes sure it fails, then it will check
#   out BISECT_GOOD and makes sure it succeeds before starting
#   the bisect (it works for BISECT_REVERSE too).
#
#   You can limit the test to just check BISECT_GOOD or
#   BISECT_BAD with BISECT_CHECK = good or
#   BISECT_CHECK = bad, respectively.
#
# Example:
#   TEST_START
#   TEST_TYPE = bisect
#   BISECT_GOOD = v2.6.36
#   BISECT_BAD = b5153163ed580e00c67bdfecb02b2e3843817b3e
#   BISECT_TYPE = build
#   MIN_CONFIG = /home/test/config-bisect
#
#
#
# For TEST_TYPE = config_bisect
#
#  In those cases that you have two different configs. One of them
#  work, the other does not, and you do not know what config causes
#  the problem.
#  The TEST_TYPE config_bisect will bisect the bad config looking for
#  what config causes the failure.
#
#  The way it works is this:
#
#   First it finds a config to work with. Since a different version, or
#   MIN_CONFIG may cause different dependecies, it must run through this
#   preparation.
#
#   Overwrites any config set in the bad config with a config set in
#   either the MIN_CONFIG or ADD_CONFIG. Thus, make sure these configs
#   are minimal and do not disable configs you want to test:
#   (ie.  # CONFIG_FOO is not set).
#
#   An oldconfig is run on the bad config and any new config that
#   appears will be added to the configs to test.
#
#   Finally, it generates a config with the above result and runs it
#   again through make oldconfig to produce a config that should be
#   satisfied by kconfig.
#
#   Then it starts the bisect.
#
#   The configs to test are cut in half. If all the configs in this
#   half depend on a config in the other half, then the other half
#   is tested instead. If no configs are enabled by either half, then
#   this means a circular dependency exists and the test fails.
#
#   A config is created with the test half, and the bisect test is run.
#
#   If the bisect succeeds, then all configs in the generated config
#   are removed from the configs to test and added to the configs that
#   will be enabled for all builds (they will be enabled, but not be part
#   of the configs to examine).
#
#   If the bisect fails, then all test configs that were not enabled by
#   the config file are removed from the test. These configs will not
#   be enabled in future tests. Since current config failed, we consider
#   this to be a subset of the config that we started with.
#
#   When we are down to one config, it is considered the bad config.
#
#   Note, the config chosen may not be the true bad config. Due to
#   dependencies and selections of the kbuild system, mulitple
#   configs may be needed to cause a failure. If you disable the
#   config that was found and restart the test, if the test fails
#   again, it is recommended to rerun the config_bisect with a new
#   bad config without the found config enabled.
#
#  The option BUILD_TYPE will be ignored.
#
#  CONFIG_BISECT_TYPE is the type of test to perform:
#	build	- bad fails to build
#	boot	- bad builds but fails to boot
#	test	- bad boots but fails a test
#
#  CONFIG_BISECT is the config that failed to boot
#
#  If BISECT_MANUAL is set, it will pause between iterations.
#  This is useful to use just ktest.pl just for the config bisect.
#  If you set it to build, it will run the bisect and you can
#  control what happens in between iterations. It will ask you if
#  the test succeeded or not and continue the config bisect.
#
# CONFIG_BISECT_GOOD (optional)
#  If you have a good config to start with, then you
#  can specify it with CONFIG_BISECT_GOOD. Otherwise
#  the MIN_CONFIG is the base.
#
# Example:
#   TEST_START
#   TEST_TYPE = config_bisect
#   CONFIG_BISECT_TYPE = build
#   CONFIG_BISECT = /home/test/¢onfig-bad
#   MIN_CONFIG = /home/test/config-min
#   BISECT_MANUAL = 1
#
#
#
# For TEST_TYPE = make_min_config
#
#  After doing a make localyesconfig, your kernel configuration may
#  not be the most useful minimum configuration. Having a true minimum
#  config that you can use against other configs is very useful if
#  someone else has a config that breaks on your code. By only forcing
#  those configurations that are truly required to boot your machine
#  will give you less of a chance that one of your set configurations
#  will make the bug go away. This will give you a better chance to
#  be able to reproduce the reported bug matching the broken config.
#
#  Note, this does take some time, and may require you to run the
#  test over night, or perhaps over the weekend. But it also allows
#  you to interrupt it, and gives you the current minimum config
#  that was found till that time.
#
#  Note, this test automatically assumes a BUILD_TYPE of oldconfig
#  and its test type acts like boot.
#  TODO: add a test version that makes the config do more than just
#   boot, like having network access.
#
#  To save time, the test does not just grab any option and test
#  it. The Kconfig files are examined to determine the dependencies
#  of the configs. If a config is chosen that depends on another
#  config, that config will be checked first. By checking the
#  parents first, we can eliminate whole groups of configs that
#  may have been enabled.
#
#  For example, if a USB device config is chosen and depends on CONFIG_USB,
#  the CONFIG_USB will be tested before the device. If CONFIG_USB is
#  found not to be needed, it, as well as all configs that depend on
#  it, will be disabled and removed from the current min_config.
#
#  OUTPUT_MIN_CONFIG is the path and filename of the file that will
#   be created from the MIN_CONFIG. If you interrupt the test, set
#   this file as your new min config, and use it to continue the test.
#   This file does not need to exist on start of test.
#   This file is not created until a config is found that can be removed.
#   If this file exists, you will be prompted if you want to use it
#   as the min_config (overriding MIN_CONFIG) if START_MIN_CONFIG
#   is not defined.
#   (required field)
#
#  START_MIN_CONFIG is the config to use to start the test with.
#   you can set this as the same OUTPUT_MIN_CONFIG, but if you do
#   the OUTPUT_MIN_CONFIG file must exist.
#   (default MIN_CONFIG)
#
#  IGNORE_CONFIG is used to specify a config file that has configs that
#   you already know must be set. Configs are written here that have
#   been tested and proved to be required. It is best to define this
#   file if you intend on interrupting the test and running it where
#   it left off. New configs that it finds will be written to this file
#   and will not be tested again in later runs.
#   (optional)
#
# Example:
#
#  TEST_TYPE = make_min_config
#  OUTPUT_MIN_CONFIG = /path/to/config-new-min
#  START_MIN_CONFIG = /path/to/config-min
#  IGNORE_CONFIG = /path/to/config-tested
#