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 <!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN">
 <html>
-  <head>
-    <title>Getting Started with LLVM System</title>
-  </head>
-
-  <body bgcolor=white>
-    <center><h1>Getting Started with the LLVM System<br><font size=3>By: <a
-    href="mailto:gshi1@uiuc.edu">Guochun Shi</a>,
-    <a href="mailto:sabre@nondot.org">Chris Lattner</a> and
-    <a href="http://www.cs.uiuc.edu/~vadve">Vikram Adve</a>
-    </font></h1></center>
-
-    <!--=====================================================================-->
-    <h2><a name="Contents">Contents</a></h2>
-    <!--=====================================================================-->
-
-    <ul>
-      <li><a href="#overview">Overview</a>
-      <li><a href="#starting">Getting started with LLVM</a>
-        <ol>
-          <li><a href="#quickstart">Getting started quickly (a summary)</a>
-          <li><a href="#checkout">Checkout LLVM from CVS</a>
-          <li><a href="#terminology">Terminology and Notation</tt></a>
-          <li><a href="#objfiles">The location for object files</tt></a>
-	  <li><a href="#config">Local Configuration Options</tt></a>
-          <li><a href="#environment">Setting up your environment</a>
-          <li><a href="#compile">Compiling the source code</a>
-        </ol>
-      <li><a href="#layout">Program layout</a>
-	<ol>
-          <li><a href="#cvsdir">CVS directories</a>
-	  <li><a href="#dd"><tt>Depend</tt>, <tt>Debug</tt>, &amp;
-               <tt>Release</tt> directories</a></li>
-	  <li><a href="#include"><tt>llvm/include</tt></a>
-	  <li><a href="#lib"><tt>llvm/lib</tt></a>
-	  <li><a href="#test"><tt>llvm/test</tt></a>
-	  <li><a href="#tools"><tt>llvm/tools</tt></a>  
-	</ol>
-      <li><a href="#tutorial">An example using the LLVM tool chain</a>
-      <li><a href="#links">Links</a>
-    </ul>
-
-
-    <!--=====================================================================-->
-    <center>
-    <h2><a name="overview"><b>Overview</b></a></h2>
-    </center>
-    <!--=====================================================================-->
-
-    <p>The <a href"starting">next section</a> of this guide is meant to get
-    you up and running with LLVM, and to give you some basic information about
-    the LLVM environment.  The <a href"#quickstart">first subsection</a> gives
-    a short summary for those who are already familiar with the system and
-    want to get started as quickly as possible.
-
-    <p>The later sections of this guide describe the <a
-    href"#layout">general layout</a> of the the LLVM source-tree, a <a
-    href="#tutorial">simple example</a> using the LLVM tool chain, and <a
-    href="#links">links</a> to find more information about LLVM or to get
-    help via e-mail.
-
-    <!--=====================================================================-->
-    <center>
-    <h2><a name="starting"><b>Getting Started</b></a></h2>
-    </center>
-    <!--=====================================================================-->
-
-
-    <!--=====================================================================-->
-    <h3><a name="quickstart"><b>Getting Started Quickly (A Summary)</b></a></h3>
-    <!--=====================================================================-->
-
-    Here's the short story for getting up and running quickly with LLVM:
+<head>
+  <title>Getting Started with LLVM System</title>
+</head>
+    <body bgcolor="white">
+     
+<center>
+<h1>Getting Started with the LLVM System<br>
+<font size="3">By: <a href="mailto:gshi1@uiuc.edu">Guochun Shi</a>,     <a
+ href="mailto:sabre@nondot.org">Chris Lattner</a> and     <a
+ href="http://www.cs.uiuc.edu/%7Evadve">Vikram Adve</a>     </font></h1>
+</center>
+      <!--=====================================================================--> 
+    
+<h2><a name="Contents">Contents</a></h2>
+     <!--=====================================================================--> 
+     
+<ul>
+       <li><a href="#overview">Overview</a>       </li>
+  <li><a href="#starting">Getting started with LLVM</a>         
     <ol>
-    <li>Find the path to the CVS repository containing LLVM (we'll call this <i>CVSROOTDIR</i>).
-    <li><tt>cd <i>where-you-want-llvm-to-live</i></tt>
-    <li><tt>cvs -d <i>CVSROOTDIR</i> checkout llvm</tt>
-    <li><tt>cd llvm</tt>
-    <li>Edit <tt>Makefile.config</tt> to set local paths.  This includes
-        setting the install location of the C frontend, and the various paths
-        to the C and C++ compilers used to build LLVM itself.
-    <li>Set your LLVM_LIB_SEARCH_PATH environment variable.
-    <li><tt>gmake -k |& tee gnumake.out
-	    &nbsp;&nbsp;&nbsp;# this is csh or tcsh syntax</tt>
+           <li><a href="#quickstart">Getting started quickly (a summary)</a> 
+          </li>
+      <li><a href="#checkout">Checkout LLVM from CVS</a>           </li>
+      <li><a href="#terminology">Terminology and Notation</a>           </li>
+      <li><a href="#objfiles">The location for object files</a> 	  </li>
+      <li><a href="#config">Local Configuration Options</a>           </li>
+      <li><a href="#environment">Setting up your environment</a>        
+  </li>
+      <li><a href="#compile">Compiling the source code</a>         </li>
     </ol>
-
-    <p>See <a href="#environment">Setting up your environment</a> on tips to
-    simplify working with the LLVM front-end and compiled tools.  See the
-    other sub-sections below for other useful details in working with LLVM,
-    or go straight to <a href="#layout">Program Layout</a> to learn about the
-    layout of the source code tree.
-
-    <!------------------------------------------------------------------------->
-    <h3><a name="terminology">Terminology and Notation</a></h3>
-    <!------------------------------------------------------------------------->
-
-    <p>Through this manual, the following names are used to denote paths
-    specific to the local system and working environment.  <i>These are not
-    environment variables you need to set, but just strings used in the rest
-    of this document below.</i>.  In any of the examples below, simply replace
-    each of these names with the appropriate pathname on your local system.
+       </li>
+  <li><a href="#layout">Program layout</a> 	
+    <ol>
+           <li><a href="#cvsdir">CVS directories</a> 	  </li>
+      <li><a href="#dd"><tt>Depend</tt>, <tt>Debug</tt>, &amp;          
+     <tt>Release</tt> directories</a></li>
+ 	  <li><a href="#include"><tt>llvm/include</tt></a> 	  </li>
+      <li><a href="#lib"><tt>llvm/lib</tt></a> 	  </li>
+      <li><a href="#test"><tt>llvm/test</tt></a> 	  </li>
+      <li><a href="#tools"><tt>llvm/tools</tt></a>   	</li>
+    </ol>
+       </li>
+  <li><a href="#tutorial">An example using the LLVM tool chain</a>      
+  </li>
+  <li><a href="#links">Links</a>     </li>
+</ul>
+       <!--=====================================================================--> 
+    
+<center>     
+<h2><a name="overview"><b>Overview</b></a></h2>
+     </center>
+     <!--=====================================================================--> 
+     
+<p>The <a href="" starting="">next section</a> of this guide is meant to
+get     you up and running with LLVM, and to give you some basic information
+about     the LLVM environment.  The <a href="" #quickstart="">first subsection</a>
+gives     a short summary for those who are already familiar with the system
+and     want to get started as quickly as possible.      </p>
+<p>The later sections of this guide describe the <a href="" #layout="">general
+layout</a> of the LLVM source-tree, a <a href="#tutorial">simple example</a>
+using the LLVM tool chain, and <a href="#links">links</a> to find more information
+about LLVM or to get     help via e-mail.      <!--=====================================================================--> 
+    </p>
+<center>     
+<h2><a name="starting"><b>Getting Started</b></a></h2>
+     </center>
+     <!--=====================================================================--> 
+      <!--=====================================================================--> 
+    
+<h3><a name="quickstart"><b>Getting Started Quickly (A Summary)</b></a></h3>
+     <!--=====================================================================--> 
+     Here's the short story for getting up and running quickly with LLVM: 
+    
+<ol>
+     <li>Find the path to the CVS repository containing LLVM (we'll call
+this <i>CVSROOTDIR</i>).     </li>
+  <li><tt>cd <i>where-you-want-llvm-to-live</i></tt>     </li>
+  <li><tt>cvs -d <i>CVSROOTDIR</i> checkout llvm</tt>     </li>
+  <li><tt>cd llvm</tt>     </li>
+  <li>Edit <tt>Makefile.config</tt> to set local paths.  This includes  
+      setting the install location of the C frontend and the various paths 
+        to the C and C++ compilers used to build LLVM itself.     </li>
+  <li>Set your LLVM_LIB_SEARCH_PATH environment variable.     </li>
+  <li><tt>gmake -k |&amp; tee gnumake.out 	    &nbsp;&nbsp;&nbsp;# this is
+csh or tcsh syntax</tt>     </li>
+</ol>
+      
+<p>See <a href="#environment">Setting up your environment</a> on tips to 
+   simplify working with the LLVM front-end and compiled tools.  See the 
+   other sub-sections below for other useful details in working with LLVM, 
+    or go straight to <a href="#layout">Program Layout</a> to learn about
+the     layout of the source code tree.      <!-------------------------------------------------------------------------> 
+    </p>
+<h3><a name="terminology">Terminology and Notation</a></h3>
+     <!-------------------------------------------------------------------------> 
+     
+<p>Through this manual, the following names are used to denote paths    
+specific to the local system and working environment.  <i>These are not 
+   environment variables you need to set, but just strings used in the rest 
+    of this document below</i>.  In any of the examples below, simply replace 
+    each of these names with the appropriate pathname on your local system. 
     All these paths are absolute:</p>
-    <ul>
-    </ul>
-
-    <!------------------------------------------------------------------------->
-    <h3><a name="checkout">Checkout LLVM from CVS</a></h3>
-    <!------------------------------------------------------------------------->
-
-    <p>Before checking out the source code, you will need to know the path to
-    CVS repository containing LLVM source code (we'll call this
-    <i>CVSROOTDIR</i> below).  Ask the person responsible for your local LLVM
-    installation to give you this path.
-
-    <p>To get a fresh copy of the entire source code, all you
-    need to do is check it out from CVS as follows:
-    <ul>
-    <li><tt>cd <i>where-you-want-llvm-to-live</i></tt>
-    <li><tt>cvs -d <i>CVSROOTDIR</i> checkout llvm</tt></p>
-    </ul>
-
-    <p>This will create an '<tt>llvm</tt>' directory in the current
-    directory and fully populate it with the LLVM source code, Makefiles,
-    test directories, and local copies of documentation files.</p>
-
-    <!------------------------------------------------------------------------->
-    <h3><a name="config">Local Configuration Options</a></h3>
-    <!------------------------------------------------------------------------->
-
-    <p>The file <tt>llvm/Makefile.config</tt>
-    defines the following path variables,
-    which are specific to a particular installation of LLVM.
-    These should need to be modified only once after checking out a copy
-    of LLVM (if the default values do not already match your system):
-
-    <ul>
-    <p><li><i>CXX</i> = Path to C++ compiler to use.
-    <p><li><i>LLVM_OBJ_DIR</i> = Path to the llvm directory where
-				 object files should be placed.
-				 (See the Section on <a href=#objfiles>
-				 The location for LLVM object files</a>
-				 for more information.)
-    <p><li><i>LLVMGCCDIR</i>   = Path to the location of the LLVM front-end
-				 binaries and associated libraries.
-    <p><li><i>PURIFY</i>       = Path to the purify program.
-    </ul>
-
-    In addition to settings in this file, you must set a
-    <tt>LLVM_LIB_SEARCH_PATH</tt> environment variable in your startup scripts.
-    This environment variable is used to locate "system" libraries like
-    "<tt>-lc</tt>" and "<tt>-lm</tt>" when linking.  This variable should be set
-    to the absolute path for the bytecode-libs subdirectory of the C front-end
-    install.  For example,
-    <tt>/home/vadve/lattner/local/x86/llvm-gcc/bytecode-libs</tt> for the X86
-    version of the C front-end, on our research machines.<p>
-
-    <!------------------------------------------------------------------------->
-    <h3><a name="objfiles">The location for LLVM object files</a></h3>
-    <!------------------------------------------------------------------------->
-
-    <p>The LLVM make system sends most output files generated during the build
-    into the directory defined by the variable LLVM_OBJ_DIR in
-    <tt>llvm/Makefile.config</tt>.  This can be either just your normal LLVM
-    source tree or some other directory writable by you.  You may wish to put
-    object files on a different filesystem either to keep them from being backed
-    up or to speed up local builds.
-
-    <p>If you do not wish to use a different location for object files (building
-    into the source tree directly), just set this variable to ".".<p>
-
-    <!------------------------------------------------------------------------->
-    <h3><a name="environment">Setting up your environment</a></h3>
-    <!------------------------------------------------------------------------->
-
-    <i>NOTE: This step is optional but will set up your environment so you
-    can use the compiled LLVM tools with as little hassle as
-     possible.</i>)
-
-    <p>Add the following lines to your <tt>.cshrc</tt> (or the corresponding
-    lines to your <tt>.profile</tt> if you use a bourne shell derivative).
-
-    <pre>
-       # Make the C front end easy to use...
-       alias llvmgcc <i>LLVMGCCDIR</i><tt>/bin/llvm-gcc</tt>
+     
+<ul>
+     
+</ul>
+      <!-------------------------------------------------------------------------> 
+    
+<h3><a name="checkout">Checkout LLVM from CVS</a></h3>
+     <!-------------------------------------------------------------------------> 
+     
+<p>Before checking out the source code, you will need to know the path to 
+    the CVS repository containing LLVM source code (we'll call this     <i>CVSROOTDIR</i>
+below).  Ask the person responsible for your local LLVM     installation
+to give you this path.      </p>
+<p>To get a fresh copy of the entire source code, all you     need to do
+is check it out from CVS as follows:     </p>
+<ul>
+     <li><tt>cd <i>where-you-want-llvm-to-live</i></tt>     </li>
+  <li><tt>cvs -d <i>CVSROOTDIR</i> checkout llvm</tt>
+    <p></p>
+     </li>
+</ul>
+      
+<p>This will create an '<tt>llvm</tt>' directory in the current     directory
+and fully populate it with the LLVM source code, Makefiles,     test directories,
+and local copies of documentation files.</p>
+      <!-------------------------------------------------------------------------> 
+    
+<h3><a name="config">Local Configuration Options</a></h3>
+     <!-------------------------------------------------------------------------> 
+     
+<p>The file <tt>llvm/Makefile.config</tt>     defines the following path
+variables     which are specific to a particular installation of LLVM.  
+  These should need to be modified only once after checking out a copy  
+  of LLVM (if the default values do not already match your system):     
+</p>
+<ul>
+     
+  <p></p>
+  <li><i>CXX</i> = Path to C++ compiler to use.     
+    <p></p>
+  </li>
+  <li><i>OBJ_ROOT</i> = Path to the llvm directory where 				 object files
+should be placed. 				 (See the Section on <a href="#objfiles"> 				 The
+location for LLVM object files</a> 				 for more information.)     
+    <p></p>
+  </li>
+  <li><i>LLVMGCCDIR</i>   = Path to the location of the LLVM front-end 				
+binaries and associated libraries.     
+    <p></p>
+  </li>
+  <li><i>PURIFY</i>       = Path to the purify program.     </li>
+</ul>
+      In addition to settings in this file, you must set a     <tt>LLVM_LIB_SEARCH_PATH</tt>
+environment variable in your startup scripts.     This environment variable
+is used to locate "system" libraries like     "<tt>-lc</tt>" and "<tt>-lm</tt>"
+when linking.  This variable should be set     to the absolute path for the
+bytecode-libs subdirectory of the C front-end     install.  For example, 
+   <tt>/home/vadve/lattner/local/x86/llvm-gcc/bytecode-libs</tt> is used
+for the X86     version of the C front-end on our research machines.
+<p>      <!-------------------------------------------------------------------------> 
+    </p>
+<h3><a name="objfiles">The location for LLVM object files</a></h3>
+     <!-------------------------------------------------------------------------> 
+     
+<p>The LLVM make system sends most output files generated during the build 
+    into the directory defined by the variable OBJ_ROOT in     <tt>llvm/Makefile.config</tt>.
+ This can be either just your normal LLVM     source tree or some other directory
+writable by you.  You may wish to put     object files on a different filesystem
+either to keep them from being backed     up or to speed up local builds. 
+     </p>
+<p>If you do not wish to use a different location for object files (i.e.
+building     into the source tree directly), just set this variable to ".".</p>
+<p>      <!-------------------------------------------------------------------------> 
+    </p>
+<h3><a name="environment">Setting up your environment</a></h3>
+     <!-------------------------------------------------------------------------> 
+     <i>NOTE: This step is optional but will set up your environment so you 
+    can use the compiled LLVM tools with as little hassle as      possible.</i>) 
+     
+<p>Add the following lines to your <tt>.cshrc</tt> (or the corresponding 
+   lines to your <tt>.profile</tt> if you use a bourne shell derivative). 
+     </p>
+<pre>       # Make the C front end easy to use...<br>       alias llvmgcc <i>LLVMGCCDIR</i><tt>/bin/llvm-gcc</tt>
 
        # Make the LLVM tools easy to use...
-       setenv PATH <i>LLVM_OBJ_DIR</i>/llvm/tools/Debug:${PATH}
-    </pre>
-    The <tt>llvmgcc</tt> alias is useful because the C compiler is not
-    included in the CVS tree you just checked out.
+       setenv PATH <i>OBJ_ROOT</i>/llvm/tools/Debug:${PATH}<br>    </pre>
+     The <tt>llvmgcc</tt> alias is useful because the C compiler is not 
+   included in the CVS tree you just checked out.          
+<p>The other <a href="#tools">LLVM tools</a> are part of the LLVM     source
+base and are built when compiling LLVM.  They will be built into the    
+<tt><i>OBJ_ROOT</i>/tools/Debug</tt> directory.</p>
+      <!-------------------------------------------------------------------------> 
     
-    <p>The other <a href="#tools">LLVM tools</a> are part of the LLVM
-    source base, and built when compiling LLVM.  They will be built into the
-    <tt><i>LLVM_OBJ_DIR</i>/tools/Debug</tt> directory.</p>
-
-    <!------------------------------------------------------------------------->
-    <h3><a name="compile">Compiling the source code</a></h3>
-    <!------------------------------------------------------------------------->
-
-    <p>Every directory in the LLVM source tree includes a <tt>Makefile</tt> to
-    build it, and any subdirectories that it contains.  These makefiles require
-    that you use <tt>gmake</tt>, instead of <tt>make</tt> to build them, but can
-    otherwise be used freely.  To build the entire LLVM system, just enter the
-    top level <tt>llvm</tt> directory and type <tt>gmake</tt>.  A few minutes
-    later you will hopefully have a freshly compiled toolchain waiting for you
-    in <tt>llvm/tools/Debug</tt>.  If you want to look at the libraries that
-    were compiled, look in <tt>llvm/lib/Debug</tt>.</p>
-
-    If you get an error talking about a <tt>/localhome</tt> directory, follow
-    the instructions in the section about <a href="#environment">Setting Up Your
-    Environment.</a>
-
-
-
-    <!--=====================================================================-->
-    <center>
-    <h2><a name="layout"><b>Program Layout</b></a></h2>
-    </center>
-    <!--=====================================================================-->
-
-    <p>One useful source of infomation about the LLVM sourcebase is the LLVM <a
-    href="http://www.doxygen.org">doxygen</a> documentation, available at <tt><a
-    href="http://llvm.cs.uiuc.edu/doxygen/">http://llvm.cs.uiuc.edu/doxygen/</a></tt>. The
-    following is a brief introduction to code layout:</p>
-
-
-    <!------------------------------------------------------------------------->
-    <h3><a name="cvsdir"><tt>CVS</tt> directories</a></h3>
-    <!------------------------------------------------------------------------->
-
-    Every directory checked out of CVS will contain a <tt>CVS</tt> directory,
-    for the most part these can just be ignored.
-
-
-    <!------------------------------------------------------------------------->
-    <h3><a name="ddr"><tt>Depend</tt>, <tt>Debug</tt>, &amp; <tt>Release</tt>
+<h3><a name="compile">Compiling the source code</a></h3>
+     <!-------------------------------------------------------------------------> 
+     
+<p>Every directory in the LLVM source tree includes a <tt>Makefile</tt> to 
+    build it and any subdirectories that it contains.  These makefiles require 
+    GNU Make (<tt>gmake)</tt> instead of <tt>make</tt> to build them, but
+can     otherwise be used freely.  To build the entire LLVM system, just
+enter the     top level <tt>llvm</tt> directory and type <tt>gmake</tt>.
+ A few minutes     later you will hopefully have a freshly compiled toolchain
+waiting for you     in <tt><i>OBJ_ROOT</i></tt><tt>/llvm/tools/Debug</tt>.
+ If you want to look at the libraries that     were compiled, look in <tt><i>OBJ_ROOT</i></tt><tt>/llvm/lib/Debug</tt>.</p>
+      If you get an error about the <tt>/localhome</tt> directory, chances
+are good that something has been misconfigured. &nbsp;Follow     the instructions
+in the section about <a href="#environment">Setting Up Your     Environment.</a> 
+       <!--=====================================================================--> 
+    
+<center>     
+<h2><a name="layout"><b>Program Layout</b></a></h2>
+     </center>
+     <!--=====================================================================--> 
+     
+<p>One useful source of infomation about the LLVM sourcebase is the LLVM
+<a href="http://www.doxygen.org">doxygen</a> documentation, available at
+<tt><a href="http://llvm.cs.uiuc.edu/doxygen/">http://llvm.cs.uiuc.edu/doxygen/</a></tt>.
+The     following is a brief introduction to code layout:</p>
+       <!-------------------------------------------------------------------------> 
+    
+<h3><a name="cvsdir"><tt>CVS</tt> directories</a></h3>
+     <!-------------------------------------------------------------------------> 
+     Every directory checked out of CVS will contain a <tt>CVS</tt> directory; 
+    for the most part, these can just be ignored.       <!-------------------------------------------------------------------------> 
+    
+<h3><a name="ddr"><tt>Depend</tt>, <tt>Debug</tt>, &amp; <tt>Release</tt> 
     directories</a></h3>
-    <!------------------------------------------------------------------------->
-
-    If you are building with the "<tt>BUILD_ROOT=.</tt>" option enabled in the
-    <tt>Makefile.common</tt> file, most source directories will contain two
-    directories, <tt>Depend</tt> and <tt>Debug</tt>. The <tt>Depend</tt>
-    directory contains automatically generated dependance files which are used
-    during compilation to make sure that source files get rebuilt if a header
-    file they use is modified. The <tt>Debug</tt> directory holds the object
-    files, library files and executables that are used for building a debug
-    enabled build.  The <tt>Release</tt> directory is created to hold the same
-    files when the <tt>ENABLE_OPTIMIZED=1</tt> flag is passed to <tt>gmake</tt>,
-    causing an optimized built to be performed.<p>
-
-
-    <!------------------------------------------------------------------------->
-    <h3><a name="include"><tt>llvm/include</tt></a></h3>
-    <!------------------------------------------------------------------------->
-
-    This directory contains public header files exported from the LLVM
-    library. The two main subdirectories of this directory are:<p>
-
-    <ol>
-       <li><tt>llvm/include/llvm</tt> - This directory contains all of the LLVM
-       specific header files.  This directory also has subdirectories for
-       different portions of LLVM: <tt>Analysis</tt>, <tt>CodeGen</tt>,
-       <tt>Reoptimizer</tt>, <tt>Target</tt>, <tt>Transforms</tt>, etc...
-
-       <li><tt>llvm/include/Support</tt> - This directory contains generic
-       support libraries that are independant of LLVM, but are used by LLVM.
-       For example, some C++ STL utilities and a Command Line option processing
-       library.
-    </ol>
-
-    <!------------------------------------------------------------------------->
-    <h3><a name="lib"><tt>llvm/lib</tt></a></h3>
-    <!------------------------------------------------------------------------->
-
-    This directory contains most source files of LLVM system. In LLVM almost all
-    code exists in libraries, making it very easy to share code among the
-    different <a href="#tools">tools</a>.<p>
-
-     <dl compact>
-      <dt><tt>llvm/lib/VMCore/</tt><dd> This directory holds the core LLVM
-      source files that implement core classes like Instruction and BasicBlock.
-
-      <dt><tt>llvm/lib/AsmParser/</tt><dd> This directory holds the source code
-      for the LLVM assembly language parser library.
-
-      <dt><tt>llvm/lib/ByteCode/</tt><dd> This directory holds code for reading
-      and write LLVM bytecode.
-
-      <dt><tt>llvm/lib/CWriter/</tt><dd> This directory implements the LLVM to C
-      converter.
-
-      <dt><tt>llvm/lib/Analysis/</tt><dd> This directory contains a variety of
-      different program analyses, such as Dominator Information, Call Graphs,
-      Induction Variables, Interval Identification, Natural Loop Identification,
-      etc...
-
-      <dt><tt>llvm/lib/Transforms/</tt><dd> This directory contains the source
-      code for the LLVM to LLVM program transformations, such as Aggressive Dead
-      Code Elimination, Sparse Conditional Constant Propagation, Inlining, Loop
-      Invarient Code Motion, Dead Global Elimination, Pool Allocation, and many
-      others...
-
-      <dt><tt>llvm/lib/Target/</tt><dd> This directory contains files that
-      describe various target architectures for code generation.  For example,
-      the llvm/lib/Target/Sparc directory holds the Sparc machine
-      description.<br>
-	      
-      <dt><tt>llvm/lib/CodeGen/</tt><dd> This directory contains the major parts
-      of the code generator: Instruction Selector, Instruction Scheduling, and
-      Register Allocation.
-
-      <dt><tt>llvm/lib/Reoptimizer/</tt><dd> This directory holds code related
-      to the runtime reoptimizer framework that is currently under development.
-	      
-      <dt><tt>llvm/lib/Support/</tt><dd> This directory contains the source code
-      that corresponds to the header files located in
-      <tt>llvm/include/Support/</tt>.
-    </dl>
-
-    <!------------------------------------------------------------------------->
-    <h3><a name="test"><tt>llvm/test</tt></a></h3>
-    <!------------------------------------------------------------------------->
-
-    <p>This directory contains regression tests and source code that is used to
-    test the LLVM infrastructure...</p>
-
-    <!------------------------------------------------------------------------->
-    <h3><a name="tools"><tt>llvm/tools</tt></a></h3>
-    <!------------------------------------------------------------------------->
-
-    <p>The <b>tools</b> directory contains the executables built out of the
-    libraries above, which form the main part of the user interface.  You can
-    always get help for a tool by typing <tt>tool_name --help</tt>.  The
-    following is a brief introduction to the most important tools.</p>
-
-    <dl compact>
-      <dt><tt><b>as</b></tt><dd>The assembler transforms the human readable
-      LLVM assembly to LLVM bytecode.<p>
-
-      <dt><tt><b>dis</b></tt><dd>The disassembler transforms the LLVM bytecode
-      to human readable LLVM assembly.  Additionally it can convert LLVM
-      bytecode to C, which is enabled with the <tt>-c</tt> option.<p>
-
-      <dt><tt><b>lli</b></tt><dd> <tt>lli</tt> is the LLVM interpreter, which
-      can directly execute LLVM bytecode (although very slowly...). In addition
-      to a simple intepreter, <tt>lli</tt> is also has debugger and tracing
-      modes (entered by specifying <tt>-debug</tt> or <tt>-trace</tt> on the
-      command line, respectively).<p>
-
-      <dt><tt><b>llc</b></tt><dd> <tt>llc</tt> is the LLVM backend compiler,
-      which translates LLVM bytecode to a SPARC assembly file.<p>
-
-      <dt><tt><b>llvmgcc</b></tt><dd> <tt>llvmgcc</tt> is a GCC based C frontend
-      that has been retargeted to emit LLVM code as the machine code output.  It
-      works just like any other GCC compiler, taking the typical <tt>-c, -S, -E,
-      -o</tt> options that are typically used.  The source code for the
-      <tt>llvmgcc</tt> tool is currently not included in the LLVM cvs tree
-      because it is quite large and not very interesting.<p>
-
-      <ol>
-        <dt><tt><b>gccas</b></tt><dd> This tool is invoked by the
-        <tt>llvmgcc</tt> frontend as the "assembler" part of the compiler.  This
-        tool actually assembles LLVM assembly to LLVM bytecode,
-	performs a variety of optimizations,
-        and outputs LLVM bytecode.  Thus when you invoke <tt>llvmgcc -c x.c -o
-        x.o</tt>, you are causing <tt>gccas</tt> to be run, which writes the
-        <tt>x.o</tt> file (which is an LLVM bytecode file that can be
-        disassembled or manipulated just like any other bytecode file).  The
-        command line interface to <tt>gccas</tt> is designed to be as close as
-        possible to the <b>system</b> '<tt>as</tt>' utility so that the gcc
-        frontend itself did not have to be modified to interface to a "wierd"
-        assembler.<p>
-
-        <dt><tt><b>gccld</b></tt><dd> <tt>gccld</tt> links together several LLVM
-        bytecode files into one bytecode file and does some optimization.  It is
-        the linker invoked by the gcc frontend when multiple .o files need to be
-        linked together.  Like <tt>gccas</tt> the command line interface of
-        <tt>gccld</tt> is designed to match the system linker, to aid
-        interfacing with the GCC frontend.<p>
-      </ol>
-
-      <dt><tt><b>opt</b></tt><dd> <tt>opt</tt> reads LLVM bytecode, applies a
-      series of LLVM to LLVM transformations (which are specified on the command
-      line), and then outputs the resultant bytecode.  The '<tt>opt --help</tt>'
-      command is a good way to get a list of the program transformations
-      available in LLVM.<p>
-
- 
-      <dt><tt><b>analyze</b></tt><dd> <tt>analyze</tt> is used to run a specific
-      analysis on an input LLVM bytecode file and print out the results.  It is
-      primarily useful for debugging analyses, or familiarizing yourself with
-      what an analysis does.<p>
-
-    </dl>
-	  
-    <!--=====================================================================-->
-    <h2><a name="tutorial">An example using the LLVM tool chain</h2>
-    <!--=====================================================================-->
-
-    <ol>
-    <li>First, create a simple C file, name it 'hello.c':
-       <pre>
-   #include &lt;stdio.h&gt;
-   int main() {
-     printf("hello world\n");
-     return 0;
-   }
-       </pre>
-
-    <li>Next, compile the C file into a LLVM bytecode file:<p>
-
-      <tt>% llvmgcc hello.c -o hello</tt><p>
-
-      This will create two result files: <tt>hello</tt> and
-      <tt>hello.bc</tt>. The <tt>hello.bc</tt> is the LLVM bytecode that
-      corresponds the the compiled program and the library facilities that it
-      required.  <tt>hello</tt> is a simple shell script that runs the bytecode
-      file with <tt>lli</tt>, making the result directly executable.<p>
-
-    <li>Run the program. To make sure the program ran, execute one of the
-    following commands:<p>
+     <!-------------------------------------------------------------------------> 
+     If you are building with the "<tt>OBJ_ROOT=.</tt>" option enabled in
+the     <tt>Makefile.config</tt> file, most source directories will contain
+two     directories, <tt>Depend</tt> and <tt>Debug</tt>. The <tt>Depend</tt> 
+    directory contains automatically generated dependance files which are
+used     during compilation to make sure that source files get rebuilt if
+a header     file they use is modified. The <tt>Debug</tt> directory holds
+the object     files, library files, and executables that are used for building
+a debug     enabled build.  The <tt>Release</tt> directory is created to
+hold the same     files when the <tt>ENABLE_OPTIMIZED=1</tt> flag is passed
+to <tt>gmake</tt>,     causing an optimized built to be performed.
+<p>       <!-------------------------------------------------------------------------> 
+    </p>
+<h3><a name="include"><tt>llvm/include</tt></a></h3>
+     <!-------------------------------------------------------------------------> 
+     This directory contains public header files exported from the LLVM 
+   library. The two main subdirectories of this directory are:
+<p>      </p>
+<ol>
+        <li><tt>llvm/include/llvm</tt> - This directory contains all of the
+LLVM        specific header files.  This directory also has subdirectories
+for        different portions of LLVM: <tt>Analysis</tt>, <tt>CodeGen</tt>, 
+       <tt>Reoptimizer</tt>, <tt>Target</tt>, <tt>Transforms</tt>, etc... 
+        </li>
+  <li><tt>llvm/include/Support</tt> - This directory contains generic   
+    support libraries that are independant of LLVM, but are used by LLVM. 
+       For example, some C++ STL utilities and a Command Line option processing 
+       library.     </li>
+</ol>
+      <!-------------------------------------------------------------------------> 
+    
+<h3><a name="lib"><tt>llvm/lib</tt></a></h3>
+     <!-------------------------------------------------------------------------> 
+     This directory contains most source files of LLVM system. In LLVM almost
+all     code exists in libraries, making it very easy to share code among
+the     different <a href="#tools">tools</a>.
+<p>       </p>
+<dl compact="compact">
+  <dt><tt>llvm/lib/VMCore/</tt></dt>
+  <dd> This directory holds the core LLVM       source files that implement
+core classes like Instruction and BasicBlock.        </dd>
+  <dt><tt>llvm/lib/AsmParser/</tt></dt>
+  <dd> This directory holds the source code       for the LLVM assembly language
+parser library.        </dd>
+  <dt><tt>llvm/lib/ByteCode/</tt></dt>
+  <dd> This directory holds code for reading       and write LLVM bytecode. 
+       </dd>
+  <dt><tt>llvm/lib/CWriter/</tt></dt>
+  <dd> This directory implements the LLVM to C       converter.        </dd>
+  <dt><tt>llvm/lib/Analysis/</tt></dt>
+  <dd> This directory contains a variety of       different program analyses,
+such as Dominator Information, Call Graphs,       Induction Variables, Interval
+Identification, Natural Loop Identification,       etc...        </dd>
+  <dt><tt>llvm/lib/Transforms/</tt></dt>
+  <dd> This directory contains the source       code for the LLVM to LLVM
+program transformations, such as Aggressive Dead       Code Elimination,
+Sparse Conditional Constant Propagation, Inlining, Loop       Invarient Code
+Motion, Dead Global Elimination, Pool Allocation, and many       others... 
+       </dd>
+  <dt><tt>llvm/lib/Target/</tt></dt>
+  <dd> This directory contains files that       describe various target architectures
+for code generation.  For example,       the llvm/lib/Target/Sparc directory
+holds the Sparc machine       description.<br>
+ 	             </dd>
+  <dt><tt>llvm/lib/CodeGen/</tt></dt>
+  <dd> This directory contains the major parts       of the code generator:
+Instruction Selector, Instruction Scheduling, and       Register Allocation. 
+       </dd>
+  <dt><tt>llvm/lib/Reoptimizer/</tt></dt>
+  <dd> This directory holds code related       to the runtime reoptimizer
+framework that is currently under development. 	             </dd>
+  <dt><tt>llvm/lib/Support/</tt></dt>
+  <dd> This directory contains the source code       that corresponds to
+the header files located in       <tt>llvm/include/Support/</tt>.     </dd>
+</dl>
+      <!-------------------------------------------------------------------------> 
+    
+<h3><a name="test"><tt>llvm/test</tt></a></h3>
+     <!-------------------------------------------------------------------------> 
+     
+<p>This directory contains regression tests and source code that is used
+to     test the LLVM infrastructure...</p>
+      <!-------------------------------------------------------------------------> 
+    
+<h3><a name="tools"><tt>llvm/tools</tt></a></h3>
+     <!-------------------------------------------------------------------------> 
+     
+<p>The <b>tools</b> directory contains the executables built out of the 
+   libraries above, which form the main part of the user interface.  You
+can     always get help for a tool by typing <tt>tool_name --help</tt>. 
+The     following is a brief introduction to the most important tools.</p>
       
-      <tt>% ./hello</tt><p>
- 
-      or<p>
-
-      <tt>% lli hello.bc</tt><p>
-
-    <li>Use the <tt>dis</tt> utility to take a look at the LLVM assembly
-    code:<p>
-
-      <tt>% dis < hello.bc | less</tt><p>
-
-    <li>Compile the program to native Sparc assembly using the code
-    generator:<p>
-
-      <tt>% llc hello.bc -o hello.s</tt><p>
-
-    <li>Assemble the native sparc assemble file into a program:<p>
-
-      <tt>% /opt/SUNWspro/bin/cc -xarch=v9 hello.s -o hello.sparc</tt><p>
-
-    <li>Execute the native sparc program:<p>
-
-      <tt>% ./hello.sparc</tt><p>
-
+<dl compact="compact">
+  <dt><tt><b>as</b></tt></dt>
+  <dd>The assembler transforms the human readable       LLVM assembly to
+LLVM bytecode.
+    <p>        </p>
+  </dd>
+  <dt><tt><b>dis</b></tt></dt>
+  <dd>The disassembler transforms the LLVM bytecode       to human readable
+LLVM assembly.  Additionally it can convert LLVM       bytecode to C, which
+is enabled with the <tt>-c</tt> option.
+    <p>        </p>
+  </dd>
+  <dt><tt><b>lli</b></tt></dt>
+  <dd> <tt>lli</tt> is the LLVM interpreter, which       can directly execute
+LLVM bytecode (although very slowly...). In addition       to a simple intepreter,
+    <tt>lli</tt> is also has debugger and tracing       modes (entered by
+specifying <tt>-debug</tt> or <tt>-trace</tt> on the       command line,
+respectively).
+    <p>        </p>
+  </dd>
+  <dt><tt><b>llc</b></tt></dt>
+  <dd> <tt>llc</tt> is the LLVM backend compiler,       which translates
+LLVM bytecode to a SPARC assembly file.
+    <p>        </p>
+  </dd>
+  <dt><tt><b>llvmgcc</b></tt></dt>
+  <dd> <tt>llvmgcc</tt> is a GCC based C frontend       that has been retargeted
+to emit LLVM code as the machine code output.  It       works just like any
+other GCC compiler, taking the typical <tt>-c, -S, -E,       -o</tt> options
+that are typically used.  The source code for the       <tt>llvmgcc</tt>
+tool is currently not included in the LLVM cvs tree       because it is quite
+large and not very interesting.
+    <p>        </p>
+    <ol>
+         <dt><tt><b>gccas</b></tt></dt>
+      <dd> This tool is invoked by the         <tt>llvmgcc</tt> frontend
+as the "assembler" part of the compiler.  This         tool actually assembles
+LLVM assembly to LLVM bytecode, 	performs a variety of optimizations,   
+     and outputs LLVM bytecode.  Thus when you invoke <tt>llvmgcc -c x.c
+-o         x.o</tt>, you are causing <tt>gccas</tt> to be run, which writes
+the         <tt>x.o</tt> file (which is an LLVM bytecode file that can be 
+        disassembled or manipulated just like any other bytecode file). 
+The         command line interface to <tt>gccas</tt> is designed to be as
+close as         possible to the <b>system</b> '<tt>as</tt>' utility so that
+the gcc         frontend itself did not have to be modified to interface
+to a "wierd"         assembler.
+        <p>          </p>
+      </dd>
+      <dt><tt><b>gccld</b></tt></dt>
+      <dd> <tt>gccld</tt> links together several LLVM         bytecode files
+into one bytecode file and does some optimization.  It is         the linker
+invoked by the gcc frontend when multiple .o files need to be         linked
+together.  Like <tt>gccas</tt> the command line interface of         <tt>gccld</tt>
+is designed to match the system linker, to aid         interfacing with the
+GCC frontend.
+        <p>       </p>
+      </dd>
     </ol>
-
-
-    <!--=====================================================================-->
-    <h2><a name="links">Links</a></h2>
-    <!--=====================================================================-->
-
-    <p>This document is just an <b>introduction</b> to how to use LLVM to do
-    some simple things... there are many more interesting and complicated things
-    that you can do that aren't documented here (but we'll gladly accept a patch
-    if you want to write something up!).  For more information about LLVM, check
-    out:</p>
-
-    <ul>
-    <li><a href="http://llvm.cs.uiuc.edu/">LLVM homepage</a></li>
-    <li><a href="http://llvm.cs.uiuc.edu/doxygen/">LLVM doxygen tree</a></li>
-    </ul>
-
-    <hr>
-
-    If you have any questions or run into any snags (or you have any
-    additions...), please send an email to
-    <a href="mailto:sabre@nondot.org">Chris Lattner</a>.</p>
-
-	    <!-- Created: Mon Jul  1 02:29:02 CDT 2002 -->
-	    <!-- hhmts start -->
-Last modified: Tue Jun  3 22:06:43 CDT 2003
-<!-- hhmts end -->
-  </body>
+        </dd>
+  <dt><tt><b>opt</b></tt></dt>
+  <dd> <tt>opt</tt> reads LLVM bytecode, applies a       series of LLVM to
+LLVM transformations (which are specified on the command       line), and
+then outputs the resultant bytecode.  The '<tt>opt --help</tt>'       command
+is a good way to get a list of the program transformations       available
+in LLVM.
+    <p>          </p>
+  </dd>
+  <dt><tt><b>analyze</b></tt></dt>
+  <dd> <tt>analyze</tt> is used to run a specific       analysis on an input
+LLVM bytecode file and print out the results.  It is       primarily useful
+for debugging analyses, or familiarizing yourself with       what an analysis
+does.
+    <p>      </p>
+  </dd>
+</dl>
+ 	       <!--=====================================================================--> 
+    
+<h2><a name="tutorial">An example using the LLVM tool chain</a></h2>
+ <a name="tutorial">    <!--=====================================================================--> 
+     </a>
+<ol>
+ <a name="tutorial">    <li>First, create a simple C file, name it 'hello.c': 
+       
+    <pre>   #include &lt;stdio.h&gt;<br>   int main() {<br>     printf("hello world\n");<br>     return 0;<br>   }<br>       </pre>
+      </li>
+  <li>Next, compile the C file into a LLVM bytecode file:
+    <p>        <tt>% llvmgcc hello.c -o hello</tt></p>
+    <p>        This will create two result files: <tt>hello</tt> and    
+  <tt>hello.bc</tt>. The <tt>hello.bc</tt> is the LLVM bytecode that    
+  corresponds the the compiled program and the library facilities that it 
+      required.  <tt>hello</tt> is a simple shell script that runs the bytecode 
+      file with <tt>lli</tt>, making the result directly executable.</p>
+    <p>      </p>
+  </li>
+  <li>Run the program. To make sure the program ran, execute one of the 
+   following commands:
+    <p>              <tt>% ./hello</tt></p>
+    <p>         or</p>
+    <p>        <tt>% lli hello.bc</tt></p>
+    <p>      </p>
+  </li>
+  <li>Use the <tt>dis</tt> utility to take a look at the LLVM assembly  
+  code:
+    <p>        <tt>% dis &lt; hello.bc | less</tt></p>
+    <p>      </p>
+  </li>
+  <li>Compile the program to native Sparc assembly using the code     generator:
+    <p>        <tt>% llc hello.bc -o hello.s</tt></p>
+    <p>      </p>
+  </li>
+  <li>Assemble the native sparc assemble file into a program:
+    <p>        <tt>% /opt/SUNWspro/bin/cc -xarch=v9 hello.s -o hello.sparc</tt></p>
+    <p>      </p>
+  </li>
+  <li>Execute the native sparc program:
+    <p>        <tt>% ./hello.sparc</tt></p>
+    <p>      </p>
+  </li>
+  </a>
+</ol>
+   <a name="tutorial">    <!--=====================================================================--> 
+    </a>
+<h2><a name="links">Links</a></h2>
+     <!--=====================================================================--> 
+     
+<p>This document is just an <b>introduction</b> to how to use LLVM to do 
+   some simple things... there are many more interesting and complicated
+things     that you can do that aren't documented here (but we'll gladly
+accept a patch     if you want to write something up!).  For more information
+about LLVM, check     out:</p>
+      
+<ul>
+     <li><a href="http://llvm.cs.uiuc.edu/">LLVM homepage</a></li>
+     <li><a href="http://llvm.cs.uiuc.edu/doxygen/">LLVM doxygen tree</a></li>
+     
+</ul>
+      
+<hr>      If you have any questions or run into any snags (or you have any 
+    additions...), please send an email to     <a
+ href="mailto:sabre@nondot.org">Chris Lattner</a>.
+<p></p>
+  	    <!-- Created: Mon Jul  1 02:29:02 CDT 2002 --> 	    <!-- hhmts start --> 
+Last modified: Tue Jun  3 22:06:43 CDT 2003 <!-- hhmts end -->   <br>
+</body>
 </html>