ROSE Compiler Framework/Print version

export GIT_SSL_NO_VERIFY=false

<syntaxhighlight lang="<language>">
<Code goes here...>
</syntaxhighlight>

   $ $ROSE/configure --with-boost=/path/to/boost/installation --prefix=/path/for/rose/installation

   # Example setup.sh file to source relevant environment settings for building ROSE
   #
   # Update the paths to fit your environment…

   export BOOST_ROOT=/home/too1/local/opt/boost/1_45_0
   export BOOST_HOME="${BOOST_ROOT}"
   export JAVA_HOME=/home/too1/local/workspace/rose/edg3/keep_going/opt/java/jdk/1.7.0_15
   export LIBTOOL_HOME=/usr/apps/libtool/2.2.4
   export AUTOMAKE_HOME=/usr/apps/automake/1.9.6

   export LD_LIBRARY_PATH=":${JAVA_HOME}/lib:${JAVA_HOME}/jre/lib/amd64/server:${BOOST_ROOT}/lib:"
   export PATH="${JAVA_HOME}/bin:${AUTOMAKE_HOME}/bin:${LIBTOOL_HOME}/bin:$PATH"
   export PATH="/usr/apps/git/latest/bin:$PATH"

   # GCC 4.4.1
   source /nfs/apps/mpfr/2.4.1/setup.sh
   source /nfs/apps/gmp/4.3.1/setup.sh
   source /nfs/apps/gcc/4.2.4/setup.sh

 apt-get install git-core

 git clone https://github.com/git/git.git

 sudo apt-get install gettext zlib1g-dev asciidoc libcurl4-openssl-dev

 $ cd git  # enter the cloned git directory
 $ make configure ;# as yourself
 $ ./configure --prefix=/usr ;# as yourself
 $ make all doc ;# as yourself
 # make install install-doc install-html;# as root

$ROSE
$ROSE/.gitmodules
[submodule "src/frontend/CxxFrontend/EDG"]
       path = src/frontend/CxxFrontend/EDG
-       url = ../ROSE-EDG.git
+       url = <path/to/your/ROSE-EDG.git>
-[submodule "projects/vulnerabilitySeeding"]
-       path = projects/vulnerabilitySeeding
-       url = ../vulnerabilitySeeding.git

$ cd $ROSE
$ git submodule init
$ git submodule update

$ROSE/src/frontend/EDG
  $ tar xzvf ROSE-EDG-b12158aa2.tgz
  $ ls
  EDG  ROSE-EDG-b12158aa2.tgz
  $ mv EDG $ROSE/src/frontend/EDG

$ROSE/build
$ROSE
Makefile.am
make
$ROSE_BUILD/src/frontend/CxxFrontend
$ROSE/scripts/bincompat-sig
$ ./scripts/bincompat-sig 
7b1930fafc929de85182ee1a14c86758

$ ./scripts/bincompat-sig 
Unable to find a remote tracking a canonical repository.  Please add a
canonical repository as a remote and ensure it is up to date.  Currently
configured remotes are:

   origin => https://github.com/rose-compiler/rose

Potential canonical repositories include:

   anything ending with "rose.git" (case insensitive)

https://github.com/rose-compiler/rose.git

sudo apt-get update
sudo apt-get upgrade
  
sudo apt-get install git wget build-essential libtool flex bison python3-dev unzip perl-doc doxygen texlive libboost-all-dev gdb gcc-7 g++-7 gfortran-7 autoconf automake libxml2-dev libdwarf-dev graphviz openjdk-8-jdk lsb-core ghostscript perl-doc

git clone https://github.com/rose-compiler/rose
cd rose/

./build
 
cd ..
mkdir build-rose
cd build-rose/

../rose/configure --prefix=/home/demo/opt/rose-inst --enable-edg_version=5.0 --with-boost-libdir=/usr/lib/x86_64-linux-gnu --with-boost=/usr

make core -j4
make install-core -j4


 rose_sourcetree>./build

 mkdir buildrose
 cd buildrose
 /home/liao6/rose/freshmaster/sourcetree/configure --prefix=/home/liao6/rose/freshmaster/install --with-boost=/nfs/casc/overture/ROSE/opt/rhel6/x86_64/boost/1_45_0/gcc/4.4.5 --with-C_OPTIMIZE=-O0 --with-CXX_OPTIMIZE=-O0 

 --enable-languages=LIST Build specific languages:
                          all,none,binaries,c,c++,cuda,fortran,java,x10,opencl,php,matlab,python
                          (default=all)

 ../sourcetree/configure --enable-edg_version=4.12

 cd buildrose
 make core -j4  # This may take a long time depending on your machine configuration

 make -C src/ -j4  # this is much faster. 

 make -C tests/ check -j4

 make install -j8  

 make install-core -j8

ROSE_INS=/home/userx/opt/rose_installation_tree
PATH=$PATH:$ROSE_INS/bin
LD_LIBRARY_PATH=$LD_LIBRARY_PATH:$ROSE_INS/lib
# Don't forget to export variables !!!
export PATH LD_LIBRARY_PATH

  identityTranslator -c helloWorld.c

  -rose:skip_unparse      read and process input file but skip generation of
                             final C++ output file
 -rose:skipfinalCompileStep
                             read and process input file, 
                             but skip invoking the backend compiler

wget
make -C src/frontend/CxxFrontend
$ http://www.rosecompiler.org/edg_binaries/roseBinaryEDG-4-7-x86_64-pc-linux-gnu-GNU-4.4-968750cb07c75694948532c55bfb097684144cc4.tar.gz

roseBinaryEDG-<EDG_VERSION>-<ARCHITECTURE>-<GCC_VERSION>-<BINARY_COMPATIBILITY_SIGNATURE.tar.gz

ROSE/scripts/edg-generate-sig
$ cd ROSE/
$ ./scripts/edg-generate-sig
968750cb07c75694948532c55bfb097684144cc4

$ ./config/config.guess 
x86_64-unknown-linux-gnu

$ $ROSE/configure [--build|--host|--target|...]

Hi Justin,

Checking the config.guess file in source tree, I search the apple darwin for detail information in  --build option, 
then  I found that  UNAME-PROCESSOR and UNAME_RELEASE are needed in --build

First, I type uname  -m (for finding UNAME_PROCESSOR in config.guess)
 result :  x86_64 
Second, I type uname -r (for finding UNAME_RELEASE)
 result : 10.8.0 (darwin kernel version)

Third, I type command to configure again, but I added  --build option, then autoconf can directly find the detail platform type
 
/Users/ma23/ROSE/configure --with-CXX_DEBUG=-ggdb3 --with-CXX_WARNINGS=-Wall --with-boost=/Users/ma23/Desktop/ROSE/boost/BOOST_INSTALL 
--with-gfortran=/Users/ma23/Desktop/macports/bin/gfortran-mp-4.4 --with-alternate_backend_fortran_compiler=gfortran-mp-4.4 
GFORTRAN_PATH=/Users/ma23/Desktop/macports/bin/gfortran-mp-4.4 --build=x86_64-apple-darwin10 

At last, make :)


sudo apt update
sudo apt upgrade
sudo apt install apt-transport-https ca-certificates curl software-properties-common
curl -fsSL https://download.docker.com/linux/ubuntu/gpg | sudo apt-key add -
sudo add-apt-repository "deb [arch=amd64] https://download.docker.com/linux/ubuntu $(lsb_release -cs) stable"
sudo apt update
     
sudo apt install docker-ce
# check if docker service is started
sudo systemctl status docker

sudo docker pull gleisonsdm/rose:latest

sudo docker run --rm -it -v $(pwd):/root gleisonsdm/rose:latest ls /usr/rose/bin

ArrayProcessor			  interproceduralCFG
DataFaultToleranceTransformation  libtool
KeepGoingTranslator		  livenessAnalysis
astCopyReplTest			  loopProcessor
astRewriteExample1		  mangledNameDumper
autoPar				  measureTool
autoTuning			  moveDeclarationToInnermostScope
buildCallGraph			  outline
codeInstrumentor		  pdfGenerator
compassEmptyMain		  preprocessingInfoDumper
compassMain			  qualifiedNameDumper
compassVerifier			  rajaChecker
defaultTranslator		  rose-config
defuseAnalysis			  roseupcc
dotGenerator			  sampleCompassSubset
dotGeneratorWholeASTGraph	  summarizeSignatures
extractMPISkeleton		  typeforge
generateSignatures		  virtualCFG
identityTranslator

#include <iostream>

int main() {
  std::cout << "Hello World!\n";
  return 0;
}

sudo docker run --rm -it -v $(pwd):/root gleisonsdm/rose identityTranslator -c main.cpp

This is a Ubuntu 16.04 virtual machine with the ROSE Compiler installed.

cloned rose-develop on 2/22/2017
version 0.9.7.188

Directory List
~/rose-develop  : git clone https://github.com/rose-compiler/rose-develop
~/build-rose    : build tree of rose
~/opt/rose_inst : installation path of rose
~/tests         : a simple c file, processed by identityTranslator and dotGeneratorWholeASTGraph. 

type zgrviewer -f filename.dot to view a dot file of the AST graph

gcc-4.9.3 is the default gcc

---------- using ROSE ----------

To use the rose translator, you need to first setup the environment.
source ~/set.rose

---------- bashrc ----------

bash env in .bashrc has the following variables by default

# add jdk to PATH and LD_LIBRARY_PATH
PATH=/home/demo/opt/jvm/jdk1.7.0_51/bin:$PATH
LD_LIBRARY_PATH=/home/demo/opt/jvm/jdk1.7.0_51/jre/lib/amd64/server:/home/demo/opt/jvm/jdk1.7.0_51/lib:$LD_LIBRARY_PATH
# add boost to LD_LIBRARY_PATH
LD_LIBRARY_PATH=/home/demo/opt/boost/1.61.0/gcc-4.9.3-default/lib:$LD_LIBRARY_PATH
# create alias for zgrviewer
alias zgrviewer='/home/demo/opt/zgrviewer-0.10.0/run.sh'
export PATH LD_LIBRARY_PATH

---------- configuration of ROSE ----------

CC=/usr/bin/gcc-4.9 CXX=g++-4.9 FC=/usr/bin/gfortran-4.9
CXXFLAGS='-g -rdynamic -Wall -Wno-unused-local-typedefs -Wno-attributes' 
/home/demo/rose-develop/configure 
--enable-assertion-behavior=abort 
--prefix=/home/demo/opt/rose_inst 
--with-CFLAGS=-fPIC --with-CXXFLAGS=-fPIC 
--with-C_OPTIMIZE=-O0 --with-CXX_OPTIMIZE=-O0 
--with-C_DEBUG='-g -rdynamic' --with-CXX_DEBUG='-g -rdynamic' 
--with-C_WARNINGS='-Wall -Wno-unused-local-typedefs -Wno-attributes' 
--with-CXX_WARNINGS='-Wall -Wno-unused-local-typedefs -Wno-attributes' 
--with-ROSE_LONG_MAKE_CHECK_RULE=yes 
--with-boost=/home/demo/opt/boost/1.61.0/gcc-4.9.3-default 
--with-gfortran='/usr/bin/gfortran-4.9' 
--with-python='/usr/bin/python3' 
--with-java=/home/demo/opt/jvm/jdk1.7.0_51/bin/javac 
--enable-languages=all 
--enable-projects-directory 
--with-doxygen 
--without-sqlite3 
--without-libreadline 
--without-magic 
--with-yaml='/home/demo/opt/yaml/0.5.3/boost-1.61.0/gcc-4.9.3-default' 
--with-dlib='/home/demo/opt/dlib/18.18' 
--without-wt 
--without-yices 
--without-pch 
--enable-rosehpct 
--with-gomp_omp_runtime_library=/usr/lib/gcc/x86_64-linux-gnu/4.9/ 
--without-haskell
--enable-edg_version=4.12

make core
make install-core

ubuntu 64-bit 16.04.1 amd64

name: Ubuntu-ROSE-Demo-V3
username: demo
password: password
Virtual machine name: Ubuntu-ROSE-Demo-V3

hard disk: 30 GB, split
memory 4096 MB
processors 2

cloned rose-develop on 2/22/2017
version 0.9.7.188
installed with: 
gcc 4.9.3
Boost 1.61.0
EDG 4.12

-------------------- INSTALLATION PROCEDURES --------------------

>$ sudo apt-get update
>$ sudo apt-get upgrade
>$ sudo apt-get install git wget build-essential libtool automake flex bison python3-dev unzip perl-doc

---------- change gcc to 4.9.3 ----------
# gcc 4.9 or later must be used to support C++11 features

>$ sudo apt-get install gcc-4.9 g++-4.9 gfortran-4.9
>$ sudo update-alternatives --install /usr/bin/gcc gcc /usr/bin/gcc-4.9 100
>$ sudo update-alternatives --install /usr/bin/g++ g++ /usr/bin/g++-4.9 100
>$ sudo update-alternatives --install /usr/bin/gfortran gfortran /usr/bin/gfortran-4.9 100

check that gcc -v says version 4.9.3

---------- install jdk ----------

# download jdk-7u51-linux-x64.tar.gz (from http://ftp.upf.br/pub/linux/java/jdk-7u51-linux-x64.tar.gz or official oracle website )

>$ mkdir ~/opt/jvm
>$ cd ~/opt/jvm
>$ tar xvf ~/Downloads/jdk-7u51-linux-x64.tar.gz 

# add to .bashrc
PATH=/home/demo/opt/jvm/jdk1.7.0_51/bin:$PATH
LD_LIBRARY_PATH=$LD_LIBRARY_PATH:/home/demo/opt/jvm/jdk1.7.0_51/jre/lib/amd64/server:/home/demo/opt/jvm/jdk1.7.0_51/lib
export PATH LD_LIBRARY_PATH

source ~/.bashrc
check that javac -version says javac 1.7.0_51

---------- installing Boost ----------
# We highly recommend to install boost into its own path, instead of into system wide path. 
# The system default installation has a different directory layout than our build system expects ($BOOST_ROOT/include/boost and $BOOST_ROOT/lib/). 
# If you still want to use the system wide installation of boost, you have to separately specify where to find headers and libraries, 
# for example: --with-boost=/usr --with-boost-libdir=/usr/lib/x86_64-linux-gnu 

# download boost from
# https://sourceforge.net/projects/boost/files/boost/1.61.0/

>$ cd ~/Downloads
>$ wget -O boost-1.61.0.tar.bz2 http://sourceforge.net/projects/boost/files/boost/1.61.0/boost_1_61_0.tar.bz2/download
>$ tar xf boost-1.61.0.tar.bz2
>$ cd boost_1_61_0
>$ ./bootstrap.sh --prefix=/home/demo/opt/boost/1.61.0/gcc-4.9.3-default --with-libraries=chrono,date_time,filesystem,iostreams,program_options,random,regex,serialization,signals,system,thread,wave
>$ ./b2 -sNO_BZIP2=1 install

# add to .bashrc
export LD_LIBRARY_PATH=/home/demo/opt/boost/1.61.0/gcc-4.9.3-default/lib:$LD_LIBRARY_PATH

---------- install zgrviewer ----------

Download and untar the ZGRViewer distribution.
wget -O zgrviewer-0.10.0.zip https://sourceforge.net/projects/zvtm/files/zgrviewer/0.10.0/zgrviewer-0.10.0.zip/download

>$ cd ~/opt/
>$ unzip ~/Downloads/zgrviewer-0.10.0.zip 

Edit it's "run.sh" script so that the ZGRV_HOME variable has the correct value. The scripts/zgrviewerExampleScript has some additional java switches that are useful.
ZGRV_HOME=/home/demo/opt/zgrviewer-0.10.0

Edit ~/.bashrc and add an alias that allows you to run ZGRViewer by typing "zgrviewer":

alias zgrviewer='/home/demo/opt/zgrviewer-0.10.0/run.sh'

>$ sudo apt-get install graphviz

Run zgrviewer and edit the preferences to point to graphviz bins

---------------------------

# doxygen
>$ sudo apt-get install doxygen 

---------------------------

# latex
>$ sudo apt-get install texlive

---------------------------

# needed to install yaml 
>$ sudo apt-get install cmake

# yaml-cpp, for reading YAML or JSON configuration files and storing results. 
# Yaml-cpp must be compiled against the same version of boost used
# download yaml-cpp-yaml-cpp-0.5.3.tar.gz from https://github.com/jbeder/yaml-cpp/releases

# Download source code to ~/Downloads/yaml-cpp-0.5.3.tar.gz
>$ BOOST_ROOT=/home/demo/opt/boost/1.61.0/gcc-4.9.3-default
>$ YAMLCPP_ROOT=/home/demo/opt/yaml/0.5.3/boost-1.61.0/gcc-4.9.3-default
>$ cd ~/Downloads
>$ tar xzvf yaml-cpp-yaml-cpp-0.5.3.tar.gz
>$ mkdir yaml-cpp-yaml-cpp-0.5.3/_build
>$ cd yaml-cpp-yaml-cpp-0.5.3/_build
>$ cmake .. -DBOOST_ROOT=$BOOST_ROOT -DCMAKE_INSTALL_PREFIX=$YAMLCPP_ROOT
>$ make install

---------------------------

# Dlib.
# --with-dlib='/home/demo/opt/dlib/18.18'
# Download tarball from http://dlib.net/  
# or https://sourceforge.net/projects/dclib/files/dlib/v18.18/
# unpack into desired installation directory

>$ mkdir ~/opt/dlib
>$ cd ~/opt/dlib
>$ tar -xf ~/Downloads/dlib-18.18.tar.bz2
>$ mv dlib-18.18 18.18

---------------------------

# For various analysis algorithms that use cryptographic functions
>$ sudo apt-get install libssl-dev libgcrypt11-dev 

---------------------------

# For parsing XML files in certain tools such as roseHPCT and BinaryContextLookup.
>$ sudo apt-get install libxml2-dev 

---------------------------

>$ sudo apt-get install libdwarf-dev

---------- bashrc ----------

.bashrc should have

# add jdk to PATH and LD_LIBRARY_PATH
PATH=/home/demo/opt/jvm/jdk1.7.0_51/bin:$PATH
LD_LIBRARY_PATH=/home/demo/opt/jvm/jdk1.7.0_51/jre/lib/amd64/server:/home/demo/opt/jvm/jdk1.7.0_51/lib:$LD_LIBRARY_PATH
# add boost to LD_LIBRARY_PATH
LD_LIBRARY_PATH=/home/demo/opt/boost/1.61.0/gcc-4.9.3-default/lib:$LD_LIBRARY_PATH
# create alias for zgrviewer
alias zgrviewer='/home/demo/opt/zgrviewer-0.10.0/run.sh'
export PATH LD_LIBRARY_PATH

---------- install rose ----------

>$ cd ~/
>$ git clone https://github.com/rose-compiler/rose-develop

>$ cd rose-develop
>$ ./build
>$ cd ..
>$ mkdir build-rose
>$ cd build-rose
>$ CC=/usr/bin/gcc-4.9 CXX=g++-4.9 FC=/usr/bin/gfortran-4.9 CXXFLAGS='-g -rdynamic -Wall -Wno-unused-local-typedefs -Wno-attributes' /home/demo/rose-develop/configure --enable-assertion-behavior=abort --prefix=/home/demo/opt/rose_inst --with-CFLAGS=-fPIC --with-CXXFLAGS=-fPIC --with-C_OPTIMIZE=-O0 --with-CXX_OPTIMIZE=-O0 --with-C_DEBUG='-g -rdynamic' --with-CXX_DEBUG='-g -rdynamic' --with-C_WARNINGS='-Wall -Wno-unused-local-typedefs -Wno-attributes' --with-CXX_WARNINGS='-Wall -Wno-unused-local-typedefs -Wno-attributes' --with-ROSE_LONG_MAKE_CHECK_RULE=yes --with-boost=/home/demo/opt/boost/1.61.0/gcc-4.9.3-default --with-gfortran='/usr/bin/gfortran-4.9' --with-python='/usr/bin/python3' --with-java=/home/demo/opt/jvm/jdk1.7.0_51/bin/javac --enable-languages=all --enable-projects-directory --with-doxygen --without-sqlite3 --without-libreadline --without-magic --with-yaml='/home/demo/opt/yaml/0.5.3/boost-1.61.0/gcc-4.9.3-default' --with-dlib='/home/demo/opt/dlib/18.18' --without-wt --without-yices --without-pch --enable-rosehpct --with-gomp_omp_runtime_library=/usr/lib/gcc/x86_64-linux-gnu/4.9/ --without-haskell --enable-edg_version=4.12
>$ make core
>$ make install-core

---------- set.rose ----------

# create a file to set the rose environment

>$ cd ~/
>$ cat > set.rose
ROSE_INS=/home/demo/opt/rose_inst
PATH=$PATH:$ROSE_INS/bin
LD_LIBRARY_PATH=$LD_LIBRARY_PATH:$ROSE_INS/lib
# Don't forget to export variables !!!
export PATH LD_LIBRARY_PATH

------- using ROSE ----------

>$ source set.rose.edg
>$ mkdir tests/
>$ cd tests/
>$ cat > sample.c
void foo()
{
	int a = 0;
	a += 1;
	return a;
}

>$ identityTranslator -c sample.c
>$ dotGenerator -c sample.c 

This is a Ubuntu 14.04 virtual machine with installed ROSE-edg4.x. 

Directory List
* ~/rose-edg4x.git  : github.com rose edg4.x-based, checked out on Jan 24, 2015

* ~/buildtree  : build tree of rose, using the following configure command: 

../rose-edg4x.git/configure --prefix=/home/demo/opt/rose_inst --with-boost=/home/demo/opt/boost_1.45.0_inst --with-C_OPTIMIZE=-O0 --with-CXX_OPTIMIZE=-O0 --with-gomp_omp_runtime_library=/usr/lib/gcc/x86_64-linux-gnu/4.8/

* ~/opt/rose_inst : installation path of rose (--prefix value)

* ~/rose-project-template.git:  project templates using the installed rose as a library.

*~/tests: a simple c file, processed by identityTranslator and dotGeneratorWholeASTGraph. 
  type run.sh filex.dot to view a dot file of AST graph

bash env in .bashrc has the following variables by default
----------------------
export PATH=$PATH:/home/demo/opt/jdk1.8.0_25/bin:/home/demo/opt/zgrviewer-0.8.2
export LD_LIBRARY_PATH=/home/demo/opt/boost_1.45.0_inst/lib:/home/demo/opt/jdk1.8.0_25/jre/lib/amd64/server:$LD_LIBRARY_PATH
export JAVA_HOME=/home/demo/opt/jdk1.8.0_25/


To use rose translator , you need to type

source ~/set.rose


#ifdef TIME_UTC
#undef TIME_UTC
#endif

enum xtime_clock_types
{
    TIME_UTC=1
};

33	33	 
34	34	#ifdef __GLIBCXX__ // gcc 3.4 and greater: 
35	35	#  if defined(_GLIBCXX_HAVE_GTHR_DEFAULT) \ 
36	 	        || defined(_GLIBCXX__PTHREADS) 
 	36	        || defined(_GLIBCXX__PTHREADS) \ 
 	37	        || defined(_GLIBCXX_HAS_GTHREADS) 
37	38	      // 
38	39	      // If the std lib has thread support turned on, then turn it on in Boost 
39	40	      // as well.  We do this because some gcc-3.4 std lib headers define _REENTANT 

demo@ubuntu:~/rose-edg4x.git$ git diff

diff --git a/src/util/support/FileHelper.h b/src/util/support/FileHelper.h
index d2ca5b6..142e509 100644
--- a/src/util/support/FileHelper.h
+++ b/src/util/support/FileHelper.h
@@ -5,7 +5,8 @@
 // Non-windows support should used boost filesystem 2 if using GNU version less than 4.7.
 #ifndef _MSC_VER
 // #if ((BACKEND_CXX_COMPILER_MAJOR_VERSION_NUMBER == 4) && (BACKEND_CXX_COMPILER_MINOR_VERSION_NUMBER < 7))
-#if (defined(BACKEND_CXX_IS_INTEL_COMPILER) || ((BACKEND_CXX_COMPILER_MAJOR_VERSION_NUMBER == 4) && (BACKEND_CXX_COMPILER_MINOR_VERSION_NUMBER < 7)))
+// Liao, 1/24/2015. Not sure why GCC version is checked when we are taling about boost filesystem version. bumped up to 9 so gcc 4.8 can be supported  (<8 do
+#if (defined(BACKEND_CXX_IS_INTEL_COMPILER) || ((BACKEND_CXX_COMPILER_MAJOR_VERSION_NUMBER == 4) && (BACKEND_CXX_COMPILER_MINOR_VERSION_NUMBER < 9)))
   #define BOOST_FILESYSTEM_VERSION 2
 #endif
 #else
@@ -56,8 +57,8 @@ public:
 
 // DQ (3/8/2014): Adding use of BACKEND_CXX_IS_INTEL_COMPILER to support Intel compiler for backend use.
 #ifndef _MSC_VER
-// #if (defined(_MSC_VER) || ((BACKEND_CXX_COMPILER_MAJOR_VERSION_NUMBER == 4) && (BACKEND_CXX_COMPILER_MINOR_VERSION_NUMBER < 7)))
-#if (defined(BACKEND_CXX_IS_INTEL_COMPILER) || ((BACKEND_CXX_COMPILER_MAJOR_VERSION_NUMBER == 4) && (BACKEND_CXX_COMPILER_MINOR_VERSION_NUMBER < 7)))
+// #if (defined(_MSC_VER) || ((BACKEND_CXX_COMPILER_MAJOR_VERSION_NUMBER == 4) && (BACKEND_CXX_COMPILER_MINOR_VERSION_NUMBER < 9)))
+#if (defined(BACKEND_CXX_IS_INTEL_COMPILER) || ((BACKEND_CXX_COMPILER_MAJOR_VERSION_NUMBER == 4) && (BACKEND_CXX_COMPILER_MINOR_VERSION_NUMBER < 9)))
  // DQ (2/10/2014): I think this is the older BOOST_FILESYSTEM_VERSION 2 specific code.
     static string getFileName(const string& aPath) {
         path boostPath(aPath);
@@ -132,7 +133,7 @@ public:
 #ifndef _MSC_VER
 // DQ (3/8/2014): Adding use of BACKEND_CXX_IS_INTEL_COMPILER to support Intel compiler for backend use.
 // #if ((BACKEND_CXX_COMPILER_MAJOR_VERSION_NUMBER == 4) && (BACKEND_CXX_COMPILER_MINOR_VERSION_NUMBER < 7))
-#if (defined(BACKEND_CXX_IS_INTEL_COMPILER) || ((BACKEND_CXX_COMPILER_MAJOR_VERSION_NUMBER == 4) && (BACKEND_CXX_COMPILER_MINOR_VERSION_NUMBER < 7)))
+#if (defined(BACKEND_CXX_IS_INTEL_COMPILER) || ((BACKEND_CXX_COMPILER_MAJOR_VERSION_NUMBER == 4) && (BACKEND_CXX_COMPILER_MINOR_VERSION_NUMBER < 9)))
          // DQ (2/10/2014): I think this is the older BOOST_FILESYSTEM_VERSION 2 specific code.
             relativePath += *toPathIterator; //The first path element comes without the leading path delimiter
 #else
@@ -147,7 +148,7 @@ public:
             while (toPathIterator != boostToPath.end()) {
 #ifndef _MSC_VER
 // #if (defined(_MSC_VER) || ((BACKEND_CXX_COMPILER_MAJOR_VERSION_NUMBER == 4) && (BACKEND_CXX_COMPILER_MINOR_VERSION_NUMBER < 7)))
-#if (defined(BACKEND_CXX_IS_INTEL_COMPILER) || ((BACKEND_CXX_COMPILER_MAJOR_VERSION_NUMBER == 4) && (BACKEND_CXX_COMPILER_MINOR_VERSION_NUMBER < 7)))
+#if (defined(BACKEND_CXX_IS_INTEL_COMPILER) || ((BACKEND_CXX_COMPILER_MAJOR_VERSION_NUMBER == 4) && (BACKEND_CXX_COMPILER_MINOR_VERSION_NUMBER < 9)))
              // DQ (2/10/2014): I think this is the older BOOST_FILESYSTEM_VERSION 2 specific code.
                 relativePath += pathDelimiter + *toPathIterator;
 #else


ROSE_INS=/home/opt/rose/install
export ROSE_INS 

PATH=$ROSE_INS/bin:$PATH
export PATH

LD_LIBRARY_PATH=$ROSE_INS/lib:$LD_LIBRARY_PATH
export LD_LIBRARY_PATH


#include "rose.h"
int main(int argc, char *argv[]){
	// Build the AST used by ROSE
	SgProject *project = frontend(argc, argv);

	// Run internal consistency tests on AST
	AstTests::runAllTests(project);

	// Insert your own manipulation of the AST here...

	// Generate source code from AST and call the vendor's compiler
	return backend(project);
}

 dotGeneratorWholeASTGraph  yourcode.c  // it is best to avoid include any header into your sample code to have a small enough tree to visualize!

./dotGeneratorWholeASTGraph -rose:help | more
   -rose:help                     show this help message
   -rose:dotgraph:asmFileFormatFilter              [0|1]  Disable or enable asmFileFormat filter
   -rose:dotgraph:asmTypeFilter                    [0|1]  Disable or enable asmType filter
   -rose:dotgraph:binaryExecutableFormatFilter     [0|1]  Disable or enable binaryExecutableFormat filter
   -rose:dotgraph:commentAndDirectiveFilter        [0|1]  Disable or enable commentAndDirective filter
   -rose:dotgraph:ctorInitializerListFilter        [0|1]  Disable or enable ctorInitializerList filter
   -rose:dotgraph:defaultFilter                    [0|1]  Disable or enable default filter
   -rose:dotgraph:defaultColorFilter               [0|1]  Disable or enable defaultColor filter
   -rose:dotgraph:edgeFilter                       [0|1]  Disable or enable edge filter
   -rose:dotgraph:expressionFilter                 [0|1]  Disable or enable expression filter
   -rose:dotgraph:fileInfoFilter                   [0|1]  Disable or enable fileInfo filter
   -rose:dotgraph:frontendCompatibilityFilter      [0|1]  Disable or enable frontendCompatibility filter
   -rose:dotgraph:symbolFilter                     [0|1]  Disable or enable symbol filter
   -rose:dotgraph:emptySymbolTableFilter           [0|1]  Disable or enable emptySymbolTable filter
   -rose:dotgraph:emptyFunctionParameterListFilter [0|1]  Disable or enable emptyFunctionParameterList filter
   -rose:dotgraph:emptyBasicBlockFilter            [0|1]  Disable or enable emptyBasicBlock filter
   -rose:dotgraph:typeFilter                       [0|1]  Disable or enable type filter
   -rose:dotgraph:variableDeclarationFilter        [0|1]  Disable or enable variableDeclaration filter
   -rose:dotgraph:variableDefinitionFilter         [0|1]  Disable or enable variableDefinitionFilter filter
   -rose:dotgraph:noFilter                         [0|1]  Disable or enable no filtering
Current filter flags' values are: 
         m_asmFileFormat = 0 
         m_asmType = 0 
         m_binaryExecutableFormat = 0 
         m_commentAndDirective = 1 
         m_ctorInitializer = 0 
         m_default = 1 
         m_defaultColor = 1 
         m_edge = 1 
         m_emptySymbolTable = 0 
         m_expression = 0 
         m_fileInfo = 1 
         m_frontendCompatibility = 0 
         m_symbol = 0 
         m_type = 0 
         m_variableDeclaration = 0 
         m_variableDefinition = 0 
         m_noFilter = 0 


# specify where to store success and error logs
  Rose::KeepGoing::report_filename__fail = boost::filesystem::path(getenv("HOME")).native()+"/mytool-failed_files.txt";
  Rose::KeepGoing::report_filename__pass = boost::filesystem::path(getenv("HOME")).native()+"/mytool-passed_files.txt";


# in your tool's traversal, add log messages 
    SgSourceFile* file = getEnclosingSourceFile(forloop);
    string s(":");
    string entry= forloop->get_file_info()->get_filename()+s+oss.str(); // add full filename to each log entries
    Rose::KeepGoing::File2StringMap[file]+= entry;


# in your main(), handle errorss

int
main ( int argc, char* argv[])
{
 ...
  vector<string> argvList(argv, argv+argc);
  argvList = commandline_processing (argvList);


   if (CommandlineProcessing::isOption (argvList,"-E","",false))
   {
     preprocessingOnly = true;
     // we should not put debugging info here. Otherwise polluting the generated preprocessed file!!
   }

  SgProject* project = frontend(argvList);
  ROSE_ASSERT (project != NULL);


  // register midend signal handling function
  if (KEEP_GOING_CAUGHT_MIDEND_SIGNAL)
  {
    std::cout
      << "[WARN] "
      << "Configured to keep going after catching a "
      << "signal in myTool"
      << std::endl;
    Rose::KeepGoing::setMidendErrorCode (project, 100);
    goto label_end;
  }
  else
  {
     // Your own traversal for analysis or transformation
    RoseVisitor visitor;

    SgFilePtrList file_ptr_list = project->get_fileList();
    for (size_t i = 0; i<file_ptr_list.size(); i++)
    {
      SgFile* cur_file = file_ptr_list[i];
      SgSourceFile* s_file = isSgSourceFile(cur_file);
      if (s_file != NULL)
      {
        visitor.traverseWithinFile(s_file, preorder);
      }
    }

  }

label_end:


# write log files
 
  int status = backend(project);
 // important: MUST call backend() first, then generate reports.
 // otherwise, backend errors will not be caught by keep-going feature!!

// We want the reports are generated with or without keep_going option
// if (MyTool::keep_going)
  {
    std::vector<std::string> orig_rose_cmdline(argv, argv+argc);
    Rose::KeepGoing::generate_reports (project, orig_rose_cmdline);
  }

  return status;
}

 buildCallGraph -c yourprogram.cpp

 virtualCFG -c yourprogram.c

cat test2020_comment_1.f90.passed
WARNING: Command line option -rose:Fortran90 is deprecated! Use -std=f90 instead.
======== CUT ========
+ ../../testTranslator -rose:verbose 0 -rose:detect_dangling_pointers 2 -I../../../../../../sourcetree/tests/nonsmoke/functional/CompileTests/Fortran_tests -rose:f90 -c ../../../../../../sourcetree/tests/nonsmoke/functional/CompileTests/Fortran_tests/test2020_comment_1.f90
ELAPSED_TIME 2
======== CUT ========

ROSE_WITH_MPI_CFLAGS='-I/usr/sci/scratch/sriram/local/include'
ROSE_WITH_MPI_CLDFLAGS='-L/usr/sci/scratch/sriram/local/lib  -lmpich -lopa  -lmpl  -lrt  -lpthread'
ROSE_WITH_MPI_CXXFLAGS='-I/usr/sci/scratch/sriram/local/include'
ROSE_WITH_MPI_CXXLDFLAGS='-L/usr/sci/scratch/sriram/local/lib  -lmpichcxx -lmpich  -lopa  -lmpl  -lrt  -lpthread'
ROSE_WITH_MPI_C_FALSE='#'
ROSE_WITH_MPI_C_TRUE=''

 --enable-edg-version=4.0 --enable-cuda --enable-edg-cuda

 dotGeneratorWholeASTGraph  yourcode.c  // it is best to avoid including any header into your input code to have a small enough tree to visualize.

dotGeneratorWholeASTGraph -rose:help
   -rose:help                     show this help message
   -rose:dotgraph:asmFileFormatFilter           [0|1]  Disable or enable asmFileFormat filter
   -rose:dotgraph:asmTypeFilter                 [0|1]  Disable or enable asmType filter
   -rose:dotgraph:binaryExecutableFormatFilter  [0|1]  Disable or enable binaryExecutableFormat filter
   -rose:dotgraph:commentAndDirectiveFilter     [0|1]  Disable or enable commentAndDirective filter
   -rose:dotgraph:ctorInitializerListFilter     [0|1]  Disable or enable ctorInitializerList filter
   -rose:dotgraph:defaultFilter                 [0|1]  Disable or enable default filter
   -rose:dotgraph:defaultColorFilter            [0|1]  Disable or enable defaultColor filter
   -rose:dotgraph:edgeFilter                    [0|1]  Disable or enable edge filter
   -rose:dotgraph:expressionFilter              [0|1]  Disable or enable expression filter
   -rose:dotgraph:fileInfoFilter                [0|1]  Disable or enable fileInfo filter
   -rose:dotgraph:frontendCompatibilityFilter   [0|1]  Disable or enable frontendCompatibility filter
   -rose:dotgraph:symbolFilter                  [0|1]  Disable or enable symbol filter
   -rose:dotgraph:emptySymbolTableFilter        [0|1]  Disable or enable emptySymbolTable filter
   -rose:dotgraph:typeFilter                    [0|1]  Disable or enable type filter
   -rose:dotgraph:variableDeclarationFilter     [0|1]  Disable or enable variableDeclaration filter
   -rose:dotgraph:variableDefinitionFilter      [0|1]  Disable or enable variableDefinitionFilter filter
   -rose:dotgraph:noFilter                      [0|1]  Disable or enable no filtering
Current filter flags' values are: 
         m_asmFileFormat = 0 
         m_asmType = 0 
         m_binaryExecutableFormat = 0 
         m_commentAndDirective = 1 
         m_ctorInitializer = 0 
         m_default = 1 
         m_defaultColor = 1 
         m_edge = 1 
         m_emptySymbolTable = 0 
         m_expression = 0 
         m_fileInfo = 1 
         m_frontendCompatibility = 0 
         m_symbol = 0 
         m_type = 0 
         m_variableDeclaration = 0 
         m_variableDefinition = 0 
         m_noFilter = 0 


<?xml version="1.0" encoding="UTF-8"?>
<zgrv:config xmlns:zgrv="http://zvtm.sourceforge.net/zgrviewer">
    <zgrv:directories>
        <zgrv:tmpDir value="true">/tmp</zgrv:tmpDir>
        <zgrv:graphDir>/home/liao6/svnrepos</zgrv:graphDir>
        <zgrv:dot>/home/liao6/opt/graphviz-2.18/bin/dot</zgrv:dot>
        <zgrv:neato>/home/liao6/opt/graphviz-2.18/bin/neato</zgrv:neato>
        <zgrv:circo>/home/liao6/opt/graphviz-2.18/bin/circo</zgrv:circo>
        <zgrv:twopi>/home/liao6/opt/graphviz-2.18/bin/twopi</zgrv:twopi>
        <zgrv:graphvizFontDir>/home/liao6/opt/graphviz-2.18/bin</zgrv:graphvizFontDir>
    </zgrv:directories>
    <zgrv:webBrowser autoDetect="true" options="" path=""/>
    <zgrv:proxy enable="false" host="" port="80"/>
    <zgrv:preferences antialiasing="false" cmdL_options=""
        highlightColor="-65536" magFactor="2.0" saveWindowLayout="false"
        sdZoom="false" sdZoomFactor="2" silent="true"/>
    <zgrv:plugins/>
    <zgrv:commandLines/>
</zgrv:config>

#!/bin/sh

# If you want to be able to run ZGRViewer from any directory,
# set ZGRV_HOME to the absolute path of ZGRViewer's main directory
# e.g. ZGRV_HOME=/usr/local/zgrviewer

ZGRV_HOME=/home/liao6/opt/zgrviewer-0.8.1

java -jar $ZGRV_HOME/target/zgrviewer-0.8.1.jar "$@"

# make sure the environment variables(PATH, LD_LIBRARY_PATH) for the installed rose are correctly set
which dotGeneratorWholeASTGraph
~/workspace/masterClean/build64/install/bin/dotGeneratorWholeASTGraph

# run the dot graph generator
dotGeneratorWholeASTGraph -c ttt.c

#see it
which run.sh
~/64home/opt/zgrviewer-0.8.2/run.sh

run.sh ttt.c_WholeAST.dot


// You can call the following functions with gdb

   //! Pretty print AST horizontally, output to std output
   void SageInterface::printAST (SgNode* node); 


   //! Pretty print AST horizontally, output to a specified text file
   void SageInterface::printAST (SgNode* node, const char* filename); 

   //! Pretty print AST horizontally, output to a specified text file.
   void SageInterface::printAST2TextFile (SgNode* node, const char* filename, bool printTypes=true);

(gdb) up
#7  0x00007ffff418ab5d in Unparse_ExprStmt::unparseExprStmt (this=0x1a1bf950, stmt=0x7fffda63ce30, info=...) at ../../../sourcetree/src/backend/unparser/CxxCodeGeneration/unparseCxx_statements.C:9889

(gdb) p SageInterface::printAST(stmt)
└──@0x7fffda63ce30 SgExprStatement transformation 0:0
    └──@0x7fffd8488790 SgFunctionCallExp transformation 0:0
        ├──@0x7fffe6211910 SgMemberFunctionRefExp transformation 0:0
        └──@0x7fffd7f2c370 SgExprListExp transformation 0:0
            └──@0x7fffd8488720 SgFunctionCallExp transformation 0:0
                ├──@0x7fffe6211988 SgMemberFunctionRefExp transformation 0:0
                └──@0x7fffd7f2c3d8 SgExprListExp transformation 0:0
$2 = void


(gdb) up 10
#48 0x00007ffff40dce69 in Unparser::unparseFile (this=0x7fffffff8c60, file=0x7fffeb786010, info=..., unparseScope=0x0) at ../../../sourcetree/src/backend/unparser/unparser.C:945
(gdb) p SageInterface::printAST2TextFile(file,"test.txt")

└──@0x7fe9f1916010 SgProject
    └──@0xb45730 SgFileList
        └──@0x7fe9f17be010 SgSourceFile
            ├──@0x7fe9fdf19120 SgGlobal test_qualifiedName.cpp 0:0
            │   ├──@0x7fe9f159a010 SgTypedefDeclaration rose_edg_required_macros_and_functions.h 0:0
            │   │   └── NULL
            │   ├──@0x7fe9f159a390 SgTypedefDeclaration rose_edg_required_macros_and_functions.h 0:0
            │   │   └── NULL
            │   ├──@0x7fe9f0f59010 SgFunctionDeclaration rose_edg_required_macros_and_functions.h 0:0 "::feclearexcept"
            │   │   ├──@0x7fe9f1391010 SgFunctionParameterList rose_edg_required_macros_and_functions.h 0:0
            │   │   │   └──@0x7fe9f1258010 SgInitializedName rose_edg_required_macros_and_functions.h 0:0 "::__excepts"
            │   │   │       └── NULL
            │   │   ├── NULL
            │   │   └── NULL
            │   ├──@0x7fe9f0f59540 SgFunctionDeclaration rose_edg_required_macros_and_functions.h 0:0 "::fegetexceptflag"
            │   │   ├──@0x7fe9f1391630 SgFunctionParameterList rose_edg_required_macros_and_functions.h 0:0
            │   │   │   ├──@0x7fe9f1258420 SgInitializedName rose_edg_required_macros_and_functions.h 0:0 "::__flagp"
            │   │   │   │   └── NULL
            │   │   │   └──@0x7fe9f1258628 SgInitializedName rose_edg_required_macros_and_functions.h 0:0 "::__excepts"
            │   │   │       └── NULL
            │   │   ├── NULL
            │   │   └── NULL

              ...

            │   └──@0x7fe9eff218c0 SgFunctionDeclaration test_qualifiedName.cpp 14:1 "::foo"
            │       ├──@0x7fe9ef5e0320 SgFunctionParameterList test_qualifiedName.cpp 14:1
            │       │   ├──@0x7fe9ef495278 SgInitializedName test_qualifiedName.cpp 14:13 "x"
            │       │   │   └── NULL
            │       │   └──@0x7fe9ef495480 SgInitializedName test_qualifiedName.cpp 14:20 "y"
            │       │       └── NULL
            │       ├── NULL
            │       └──@0x7fe9ee8f3010 SgFunctionDefinition test_qualifiedName.cpp 15:1
            │           └──@0x7fe9ee988010 SgBasicBlock test_qualifiedName.cpp 15:1
            │               ├──@0x7fe9eee1ba90 SgVariableDeclaration test_qualifiedName.cpp 16:3
            │               │   ├── NULL
            │               │   └──@0x7fe9ef495688 SgInitializedName test_qualifiedName.cpp 16:3 "z"
            │               │       └── NULL
            │               ├──@0x7fe9ee7ad010 SgExprStatement test_qualifiedName.cpp 17:3
            │               │   └──@0x7fe9ee7dc010 SgAssignOp test_qualifiedName.cpp 17:5
            │               │       ├──@0x7fe9ee8c0010 SgVarRefExp test_qualifiedName.cpp 17:3
            │               │       └──@0x7fe9ee813010 SgAddOp test_qualifiedName.cpp 17:9
            │               │           ├──@0x7fe9ee8c0078 SgVarRefExp test_qualifiedName.cpp 17:7
            │               │           └──@0x7fe9ee84a010 SgMultiplyOp test_qualifiedName.cpp 17:12
            │               │               ├──@0x7fe9ee8c00e0 SgVarRefExp test_qualifiedName.cpp 17:11
            │               │               └──@0x7fe9ee881010 SgIntVal test_qualifiedName.cpp 17:13
            │               └──@0x7fe9ee77e010 SgReturnStmt test_qualifiedName.cpp 18:3
            │                   └──@0x7fe9ee8c0148 SgVarRefExp test_qualifiedName.cpp 18:10
            ├── NULL
            ├── NULL
            └── NULL

astToHTML file.C

firefox file.C.html


   //! Pretty print AST horizontally, output to std output
   void SageInterface::printAST (SgNode* node); 

   //! Pretty print AST horizontally, output to a specified text file.
   void SageInterface::printAST2TextFile (SgNode* node, const char* filename);

(gdb) up
#7  0x00007ffff418ab5d in Unparse_ExprStmt::unparseExprStmt (this=0x1a1bf950, stmt=0x7fffda63ce30, info=...) at ../../../sourcetree/src/backend/unparser/CxxCodeGeneration/unparseCxx_statements.C:9889

(gdb) p SageInterface::printAST(stmt)
└──@0x7fffda63ce30 SgExprStatement transformation 0:0
    └──@0x7fffd8488790 SgFunctionCallExp transformation 0:0
        ├──@0x7fffe6211910 SgMemberFunctionRefExp transformation 0:0
        └──@0x7fffd7f2c370 SgExprListExp transformation 0:0
            └──@0x7fffd8488720 SgFunctionCallExp transformation 0:0
                ├──@0x7fffe6211988 SgMemberFunctionRefExp transformation 0:0
                └──@0x7fffd7f2c3d8 SgExprListExp transformation 0:0
$2 = void


(gdb) up 10
#48 0x00007ffff40dce69 in Unparser::unparseFile (this=0x7fffffff8c60, file=0x7fffeb786010, info=..., unparseScope=0x0) at ../../../sourcetree/src/backend/unparser/unparser.C:945
(gdb) p SageInterface::printAST2TextFile(file,"test.txt")

└──@0x7fe9f1916010 SgProject
    └──@0xb45730 SgFileList
        └──@0x7fe9f17be010 SgSourceFile
            ├──@0x7fe9fdf19120 SgGlobal test_qualifiedName.cpp 0:0
            │   ├──@0x7fe9f159a010 SgTypedefDeclaration rose_edg_required_macros_and_functions.h 0:0
            │   │   └── NULL
            │   ├──@0x7fe9f159a390 SgTypedefDeclaration rose_edg_required_macros_and_functions.h 0:0
            │   │   └── NULL
            │   ├──@0x7fe9f0f59010 SgFunctionDeclaration rose_edg_required_macros_and_functions.h 0:0 "::feclearexcept"
            │   │   ├──@0x7fe9f1391010 SgFunctionParameterList rose_edg_required_macros_and_functions.h 0:0
            │   │   │   └──@0x7fe9f1258010 SgInitializedName rose_edg_required_macros_and_functions.h 0:0 "::__excepts"
            │   │   │       └── NULL
            │   │   ├── NULL
            │   │   └── NULL
            │   ├──@0x7fe9f0f59540 SgFunctionDeclaration rose_edg_required_macros_and_functions.h 0:0 "::fegetexceptflag"
            │   │   ├──@0x7fe9f1391630 SgFunctionParameterList rose_edg_required_macros_and_functions.h 0:0
            │   │   │   ├──@0x7fe9f1258420 SgInitializedName rose_edg_required_macros_and_functions.h 0:0 "::__flagp"
            │   │   │   │   └── NULL
            │   │   │   └──@0x7fe9f1258628 SgInitializedName rose_edg_required_macros_and_functions.h 0:0 "::__excepts"
            │   │   │       └── NULL
            │   │   ├── NULL
            │   │   └── NULL

              ...

            │   └──@0x7fe9eff218c0 SgFunctionDeclaration test_qualifiedName.cpp 14:1 "::foo"
            │       ├──@0x7fe9ef5e0320 SgFunctionParameterList test_qualifiedName.cpp 14:1
            │       │   ├──@0x7fe9ef495278 SgInitializedName test_qualifiedName.cpp 14:13 "x"
            │       │   │   └── NULL
            │       │   └──@0x7fe9ef495480 SgInitializedName test_qualifiedName.cpp 14:20 "y"
            │       │       └── NULL
            │       ├── NULL
            │       └──@0x7fe9ee8f3010 SgFunctionDefinition test_qualifiedName.cpp 15:1
            │           └──@0x7fe9ee988010 SgBasicBlock test_qualifiedName.cpp 15:1
            │               ├──@0x7fe9eee1ba90 SgVariableDeclaration test_qualifiedName.cpp 16:3
            │               │   ├── NULL
            │               │   └──@0x7fe9ef495688 SgInitializedName test_qualifiedName.cpp 16:3 "z"
            │               │       └── NULL
            │               ├──@0x7fe9ee7ad010 SgExprStatement test_qualifiedName.cpp 17:3
            │               │   └──@0x7fe9ee7dc010 SgAssignOp test_qualifiedName.cpp 17:5
            │               │       ├──@0x7fe9ee8c0010 SgVarRefExp test_qualifiedName.cpp 17:3
            │               │       └──@0x7fe9ee813010 SgAddOp test_qualifiedName.cpp 17:9
            │               │           ├──@0x7fe9ee8c0078 SgVarRefExp test_qualifiedName.cpp 17:7
            │               │           └──@0x7fe9ee84a010 SgMultiplyOp test_qualifiedName.cpp 17:12
            │               │               ├──@0x7fe9ee8c00e0 SgVarRefExp test_qualifiedName.cpp 17:11
            │               │               └──@0x7fe9ee881010 SgIntVal test_qualifiedName.cpp 17:13
            │               └──@0x7fe9ee77e010 SgReturnStmt test_qualifiedName.cpp 18:3
            │                   └──@0x7fe9ee8c0148 SgVarRefExp test_qualifiedName.cpp 18:10
            ├── NULL
            ├── NULL
            └── NULL

#include "RoseAst.h"
SgNode* node= .... // any subtree

RoseAst ast(node);

for(RoseAst::iterator i=ast.begin();i!=ast.end();++i) {
   cout<<"We are here:"<<(*i)->class_name()<<endl;
}

        typedefs, SgTypedefType
        reference, SgReferenceType
        pointers, SgPointerType
        arrays, SgArrayType
        modifiers SgModifierType

locatedNode->get_startOfConstruct()->display() ; 

locatedNode->get_endOfConstruct()->display() ;

// get beginning info only
locatedNode->get_file_info()->display() ;

Inside of Sg_File_Info::display(debug.......) 
     isTransformation                      = false 
     isCompilerGenerated                   = true (no position information) 
     isOutputInCodeGeneration              = false 
     isShared                              = false 
     isFrontendSpecific                    = true (part of ROSE support for gnu compatability) 
     isSourcePositionUnavailableInFrontend = false 
     isCommentOrDirective                  = false 
     isToken                               = false 
     file_id  = 2 
     filename = /home/liao6/daily-test-rose/upcwork/install/include/gcc_HEADERS/rose_edg_required_macros_and_functions.h 
     line     = 167  column   = 1 


.... // transformation generated, will be outputted by the unparser
upcr_pshared_ptr_t gsj;
Inside of Sg_File_Info::display(debug.......) 
     isTransformation                      = true (part of a transformation) 
     isCompilerGenerated                   = false 
     isOutputInCodeGeneration              = true (output in code generator) 
     isShared                              = false 
     isFrontendSpecific                    = false 
     isSourcePositionUnavailableInFrontend = false 
     isCommentOrDirective                  = false 
     isToken                               = false 
     file_id  = -3 
     filename = transformation 
     line     = 0  column   = 0 

 SgLocatedNode* node =  .... ;

  Sg_File_Info* info_start = node->get_startOfConstruct ();
  size_t a_start = (size_t)info_start->get_line ();

   string filename = node->get_file_info()->get_filename();

  Sg_File_Info* info_end = node->get_endOfConstruct ();
  size_t a_end = (info_end == NULL) ? a_start : info_end->get_line ();


exampleTranslators/defaultTranslator/preprocessingInfoDumper -c main.cxx
-----------------------------------------------
Found an IR node with preprocessing Info attached:
(memory address: 0x2b7e1852c7d0 Sage type: SgFunctionDeclaration) in file
/export/tmp.liao6/workspace/userSupport/main.cxx (line 3 column 1)
-------------PreprocessingInfo #0 ----------- :
classification = CpreprocessorIncludeDeclaration:
  String format = #include "all_headers.h"

relative position is = before


void visitorTraversal::visit(SgNode* sgn){
    
        SageBuilder::pushScopeStack(body);
        SgAssignOp* sao = isSgAssignOp(sgn);
        if(!sao)
            return;
    
        SgVarRefExp* svr = SageBuilder::buildVarRefExp("mami");
        SgIntVal* siv =  SageBuilder::buildIntVal(33);
    
        SgAssignOp* newsao = new SgAssignOp(svr, siv, NULL);
        SageInterface::replaceWithPattern(sao, newsao);
        SageBuilder::popScopeStack();     
    }


  step1: construct SgOmpClause::cfgndexForEnd()
            this index is based on the AST graph of your source code, the index is explicit in AST node
   real example:

  int size = this->get_clauses().size(); // the number of clauses in #pragma omp parallel
  return (size + 1); // clauses + body

  step2: construct cfgInEdge() for this CFGNode
           please refer to AST, since AST can show all node information,
           real example:
           std::vector<CFGEdge> SgOmpClauseBodyStatement::cfgInEdges(unsigned int idx) {
 std::vector<CFGEdge> result;
 addIncomingFortranGotos(this, idx, result);

  {
   makeEdge( getNodeJustBeforeInContainer( this ), CFGNode( this, idx ), result );
   }
  else
  {
     if( idx == ( this->get_clauses().size() + 1 ) )
      {
       makeEdge( this->get_body()->cfgForEnd(), CFGNode( this, idx ) , result ); //connect variables clauses first, then parallel body
      }
     else
      {
          if( idx < ( this->get_clauses().size() + 1 ) )
           {
              makeEdge( this->get_clauses()[idx -1]->cfgForEnd(), CFGNode( this, idx ), result );//connect variables clauses first, then parallel body
           }
          else
           {
            ROSE_ASSERT( !" Bad index for SgOmpClauseBodyStatement" );
           }
      }
  }

 step3: construct cfgOutEdge for CFGNode
 For example:
   std::vector<CFGEdge> SgOmpClauseBodyStatement::cfgOutEdges(unsigned int idx) {//! edited by Hongyi for edges between SgOmpClauseBodyStatement  and SgOmpClause
  std::vector<CFGEdge> result;

 {
    makeEdge( CFGNode( this ,idx), getNodeJustAfterInContainer( this ), result );
 }
else
 {
   if( idx == this->get_clauses().size()  )
      {
        makeEdge( CFGNode( this, idx ), this->get_body()->cfgForBeginning(), result ); // connect variable clauses first, parallel body last
      }
     else
     {
       if( idx < this->get_clauses().size() ) // connect variables clauses first, parallel body last
         {
           makeEdge( CFGNode( this, idx ), this->get_clauses()[idx]->cfgForBeginning(), result );
         }
        else
         {
           ROSE_ASSERT( !"Bad index for SgOmpClauseBodyStatement" );
         }
      }
 }

VariableRenaming v(project);
v.run();
v.getReachingDefsAtNode(...);

On 9/1/10 11:49 AM, Fredrik Kjolstad wrote:
> Hi all,
>
> I am trying to use Rose as the analysis backend for a refactoring 
> engine and for one of the refactorings I am implementing I need 
> whole-program pointer analysis.  Rose has an implementation of 
> steensgard's algorithm and I have some questions regarding how to use 
> this.
>
> I looked at the file steensgaardTest2.C to figure out how to invoke 
> this analysis and I am a bit perplexed:
>
> 1. The file SteensgaardPtrAnal.h that is included by the test is not 
> present in the include directory of my installed version of Rose. 
>  Does this mean that the Steensgaard implementation is not a part of 
> the shipped compiler, or does it mean that I have to retrieve an 
> instance of it through some factory method whose static return type is 
> PtrAnal?

I believe it is in the shipped compiler. And you're using the correct 
file to figure out how to use it. It should be in the installed include 
directory --- if it is not, it's probably something that needs to be 
fixed. But you can copy the include file from 
ROSE/src/midend/programAnalysis/pointerAnal/ as a temporary fix

> 2. How do I initialize the alias analysis for a given SgProject?  Is 
> this done through the overloaded ()?

The steensgaardTest2.C file shows how to set up everything to invoke the 
analysis. Right now you need to go over each function definition and 
invoke the analysis explicitly, as illustrated by the main function in 
the file.

> 3. Say I want to query whether two pointer variables alias and I have 
> SGNodes to their declarations.  How do I get the AstNodePtr needed to 
> invoke the may_alias(AstInterface&, const AstNodePtr&, const 
> AstNodePtr&) function?  Or maybe I should rather invoke the version of 
> may_alias that takes two strings (varnames)?

To convert a SgNode* x to AstNodePtr, wrap it inside  an AstNodePtrImpl 
object, i.e., do AstNodePtrImpl(x), as illustrated inside the () 
operator of TestPtrAnal in steensgaardTest2.C.

> 4. How do I query whether two parameters alias?

The PtrAnal class has  the following interface method
     may_alias(AstInterface& fa, const AstNodePtr& r1, const AstNodePtr& 
r2);
It is implemented in SteensgaardPtrAnal class, which inherit PtrAnal 
class. To build AstInterface and AstNodePtr,
you simply need to wrap SgNode* with some wrapper classes, illustrated 
by steensgaardTest2.C

void func(void) {
int* pointer;
int* aliasPointer;

pointer = malloc(sizeof(int));
aliasPointer = pointer;
*aliasPointer = 42;

printf("%d\n", *pointer);
}

The SteensgaardPtrAnal::output function returns:
c:(sizeof(int )) LOC1=>LOC2
c:42 LOC3=>LOC4
v:func LOC5=>LOC6 (inparams: ) ->(outparams:  LOC7)
v:func-0 LOC8=>LOC7
v:func-2-1 LOC9=>LOC10
v:func-2-3 LOC11=>LOC12 (pending  LOC10 LOC13=>LOC14 =>LOC4 )
v:func-2-4 LOC15=>LOC16 =>LOC17
v:func-2-5 LOC18=>LOC14 =>LOC4
v:func-2-aliasPointer LOC19=>LOC14 =>LOC4
v:func-2-pointer LOC20=>LOC13 =>LOC14 =>LOC4
v:malloc LOC21=>LOC22 (inparams:  LOC2) ->(outparams:  LOC12)
v:printf LOC23=>LOC24 (inparams:  LOC16=>LOC17  LOC14=>LOC4 ) ->(outparams:
 LOC25)

class NodeFact: public printable
{
        public:

                // returns a copy of this node fact
        virtual NodeFact* copy() const=0;
        
};

class NodeState
{
     // internal types: map between analysis and set of lattices

     typedef std::map<Analysis*, std::vector<Lattice*> > LatticeMap;
     typedef std::map<Analysis*, std::vector<NodeFact*> > NodeFactMap;
     typedef std::map<Analysis*, bool > BoolMap;

        // the dataflow information Above the node, for each analysis that 
        // may be interested in the current node
        LatticeMap dfInfoAbove;  // IN set in a dataflow
        
        // the Analysis information Below the node, for each analysis that 
        // may be interested in the current node
        LatticeMap dfInfoBelow;  // OUT set in a dataflow, 

        // the facts that are true at this node, for each analysis that 
        // may be interested in the current node
        NodeFactMap facts;
        
        // Contains all the Analyses that have initialized their state at this node. It is a map because
        // TBB doesn't provide a concurrent set.
        BoolMap initializedAnalyses;

// static interfaces 

        // returns the NodeState object associated with the given dataflow node.
        // index is used when multiple NodeState objects are associated with a given node
        // (ex: SgFunctionCallExp has 3 NodeStates: entry, function body, exit)
        static NodeState* getNodeState(const DataflowNode& n, int index=0);


// most useful interface: retrieve the lattices (could be only one) associated with a given analysis

      // returns the map containing all the lattices from above the node that are owned by the given analysis
        // (read-only access)
        const std::vector<Lattice*>& getLatticeAbove(const Analysis* analysis) const;

        // returns the map containing all the lattices from below the node that are owned by the given analysis
        // (read-only access)
        const std::vector<Lattice*>& getLatticeBelow(const Analysis* analysis) const;

}


class FunctionState
{
        friend class CollectFunctions;
        public:
        Function func;
        NodeState state;
        // The lattices that describe the value of the function's return variables
        NodeState retState;

        private:
        static std::set<FunctionState*> allDefinedFuncs;        
        static std::set<FunctionState*> allFuncs;
        static bool allFuncsComputed;
                
    public:
        FunctionState(Function &func): 
                func(func),
                state(/*func.get_declaration()->cfgForBeginning()*/)
        {}
  // We should use this interface --------------

  // 1. returns a set of all the functions whose bodies are in the project
        static std::set<FunctionState*>& getAllDefinedFuncs();

  // 2. returns the FunctionState associated with the given function
        // func may be any declared function
        static FunctionState* getFuncState(const Function& func);
 ...
} 


/*************************************
 *** UnstructuredPassInterAnalysis ***
 *************************************/
void UnstructuredPassInterAnalysis::runAnalysis()
{
        set<FunctionState*> allFuncs = FunctionState::getAllDefinedFuncs(); // call a static function to get all function state s

        // Go through functions one by one, call an intra-procedural analysis on each of them
        // iterate over all functions with bodies
        for(set<FunctionState*>::iterator it=allFuncs.begin(); it!=allFuncs.end(); it++)
        {
                FunctionState* fState = *it;
                intraAnalysis->runAnalysis(fState->func, &(fState->state));
        }
}

// runs the intra-procedural analysis on the given function, returns true if 
// the function's NodeState gets modified as a result and false otherwise
// state - the function's NodeState
bool UnstructuredPassIntraAnalysis::runAnalysis(const Function& func, NodeState* state)
{
        DataflowNode funcCFGStart = cfgUtils::getFuncStartCFG(func.get_definition(),filter);
        DataflowNode funcCFGEnd = cfgUtils::getFuncEndCFG(func.get_definition(), filter);
        
        if(analysisDebugLevel>=2)
                Dbg::dbg << "UnstructuredPassIntraAnalysis::runAnalysis() function "<<func.get_name().getString()<<"()\n";
        
        // iterate over all the nodes in this function
        for(VirtualCFG::iterator it(funcCFGStart); it!=VirtualCFG::dataflow::end(); it++)
        {
                DataflowNode n = *it;
                // The number of NodeStates associated with the given dataflow node
                //int numStates=NodeState::numNodeStates(n);
                // The actual NodeStates associated with the given dataflow node
                const vector<NodeState*> nodeStates = NodeState::getNodeStates(n);
                
                // Visit each CFG node
                for(vector<NodeState*>::const_iterator itS = nodeStates.begin(); itS!=nodeStates.end(); itS++)
                        visit(func, n, *(*itS));
        }
        return false;
}

// blindly add all of that_arg's values into current lattice's value set
void LiveVarsLattice::incorporateVars(Lattice* that_arg)  

// retrieve a subset lattice information for a given expr. This lattice may contain more information than those about a given expr.
Lattice* LiveVarsLattice::project(SgExpression* expr) 

// add lattice (exprState)information about expr into current lattice's value set: default implementation just calls meetUpdate(exprState)
bool LiveVarsLattice::unProject(SgExpression* expr, Lattice* exprState)  

class LiveVarsLattice : public FiniteLattice
{
        public:
        std::set<varID> liveVars;  // bottom is all live variables,  top is the empty set, meet brings down the lattice -> union of variables. 
    ...
 };


// Meet operation: simplest set union of two lattices: 

// computes the meet of this and that and saves the result in this
// returns true if this causes this to change and false otherwise
bool LiveVarsLattice::meetUpdate(Lattice* that_arg)
{
        bool modified = false;
        LiveVarsLattice* that = dynamic_cast<LiveVarsLattice*>(that_arg);
        
        // Add all variables from that to this
        for(set<varID>::iterator var=that->liveVars.begin(); var!=that->liveVars.end(); var++) {
                // If this lattice doesn't yet record *var as being live 
                if(liveVars.find(*var) == liveVars.end()) { // this if () statement gives a chance to set the modified flag. 
                                                           // otherwise, liveVars.insert() can be directly called. 
                        modified = true;
                        liveVars.insert(*var);
                }
        }
        
        return modified;        
}


class IntraDFTransferVisitor : public ROSE_VisitorPatternDefaultBase
{ 
protected:
  // Common arguments to the underlying transfer function
  const Function &func;  // which function are we talking about
  const DataflowNode &dfNode;  // wrapper of CFGNode
  NodeState &nodeState;   // lattice element state, context information?
  const std::vector<Lattice*> &dfInfo;  // data flow information

public:

  IntraDFTransferVisitor(const Function &f, const DataflowNode &n, NodeState &s, const std::vector<Lattice*> &d)
    : func(f), dfNode(n), nodeState(s), dfInfo(d)
  { }

  virtual bool finish() = 0;
  virtual ~IntraDFTransferVisitor() { }

 };



class LiveDeadVarsTransfer : public IntraDFTransferVisitor
{

};


class ConstantPropagationAnalysisTransfer : public VariableStateTransfer<ConstantPropagationLattice>
{}


template <class LatticeType>
class VariableStateTransfer : public IntraDFTransferVisitor
{
  ...
};

class ConstantPropagationAnalysisTransfer : public VariableStateTransfer<ConstantPropagationLattice> {};

void
ConstantPropagationAnalysisTransfer::visit(SgIntVal *sgn)
   {
     ROSE_ASSERT(sgn != NULL);
     ConstantPropagationLattice* resLat = getLattice(sgn);
     ROSE_ASSERT(resLat != NULL);
     resLat->setValue(sgn->get_value());
     resLat->setLevel(ConstantPropagationLattice::constantValue);
   }


class LiveDeadVarsTransfer : public IntraDFTransferVisitor

{
  LiveVarsLattice* liveLat;  // the result of this analysis

  bool modified;
  // Expressions that are assigned by the current operation
  std::set<SgExpression*> assignedExprs;  // KILL () set
  // Variables that are assigned by the current operation
  std::set<varID> assignedVars;
  // Variables that are used/read by the current operation
  std::set<varID> usedVars;   // GEN () set

public:
  LiveDeadVarsTransfer(const Function &f, const DataflowNode &n, NodeState &s, const std::vector<Lattice*> &d, funcSideEffectUses *fseu_)
    : IntraDFTransferVisitor(f, n, s, d), indent("    "), liveLat(dynamic_cast<LiveVarsLattice*>(*(dfInfo.begin()))), modified(false), fseu(fseu_)
  {
        if(liveDeadAnalysisDebugLevel>=1) Dbg::dbg << indent << "liveLat="<<liveLat->str(indent + "    ")<<std::endl;
        // Make sure that all the lattice is initialized
        liveLat->initialize();
  }

  bool finish();
 //  operationg on different AST nodes
  void visit(SgExpression *);
  void visit(SgInitializedName *);
  void visit(SgReturnStmt *);
  void visit(SgExprStatement *);
  void visit(SgCaseOptionStmt *);
  void visit(SgIfStmt *);
  void visit(SgForStatement *);
  void visit(SgWhileStmt *);
  void visit(SgDoWhileStmt *);
}


// Helper transfer function, focusing on handling expressions.
// live dead variable analysis: LDVA, 
//  expression transfer: transfer functions for expressions
/// Visits live expressions - helper to LiveDeadVarsTransfer
class LDVAExpressionTransfer : public ROSE_VisitorPatternDefaultBase
{
  LiveDeadVarsTransfer &ldva;

public:

  // Plain assignment: lhs = rhs,  set GEN (read/used) and KILL (written/assigned) sets
  void visit(SgAssignOp *sgn) {
    ldva.assignedExprs.insert(sgn->get_lhs_operand());
                                
    // If the lhs of the assignment is a complex expression (i.e. it refers to a variable that may be live) OR
    // if is a known expression that is known to may-be-live
    // THIS CODE ONLY APPLIES TO RHSs THAT ARE SIDE-EFFECT-FREE AND WE DON'T HAVE AN ANALYSIS FOR THAT YET
    /*if(!isVarExpr(sgn->get_lhs_operand()) || 
      (isVarExpr(sgn->get_lhs_operand()) && 
      liveLat->isLiveVar(SgExpr2Var(sgn->get_lhs_operand()))))
      { */
    ldva.used(sgn->get_rhs_operand());
  }
...
}

(gdb) bt
#0  LDVAExpressionTransfer::visit (this=0x7fffffffcea0, sgn=0xa20320)
    at ../../../../sourcetree/src/midend/programAnalysis/genericDataflow/simpleAnalyses/liveDeadVarAnalysis.C:228
#1  0x00002aaaac3d9968 in SgAssignOp::accept (this=0xa20320, visitor=...) at Cxx_Grammar.C:143069
#2  0x00002aaaadc61c04 in LiveDeadVarsTransfer::visit (this=0xaf9e00, sgn=0xa20320)
    at ../../../../sourcetree/src/midend/programAnalysis/genericDataflow/simpleAnalyses/liveDeadVarAnalysis.C:384
#3  0x00002aaaadbbaef0 in ROSE_VisitorPatternDefaultBase::visit (this=0xaf9e00, variable_SgBinaryOp=0xa20320) at ../../../src/frontend/SageIII/Cxx_Grammar.h:316006
#4  0x00002aaaadbba04a in ROSE_VisitorPatternDefaultBase::visit (this=0xaf9e00, variable_SgAssignOp=0xa20320) at ../../../src/frontend/SageIII/Cxx_Grammar.h:315931
#5  0x00002aaaac3d9968 in SgAssignOp::accept (this=0xa20320, visitor=...) at Cxx_Grammar.C:143069
#6  0x00002aaaadbcca0a in IntraUniDirectionalDataflow::runAnalysis (this=0x7fffffffd9f0, func=..., fState=0xafbd18, analyzeDueToCallers=true, calleesUpdated=...)
    at ../../../../sourcetree/src/midend/programAnalysis/genericDataflow/analysis/dataflow.C:282
#7  0x00002aaaadbbf444 in IntraProceduralDataflow::runAnalysis (this=0x7fffffffda00, func=..., state=0xafbd18)
    at ../../../../sourcetree/src/midend/programAnalysis/genericDataflow/analysis/dataflow.h:74
#8  0x00002aaaadbb0966 in UnstructuredPassInterDataflow::runAnalysis (this=0x7fffffffda50)
    at ../../../../sourcetree/src/midend/programAnalysis/genericDataflow/analysis/analysis.C:467
#9  0x000000000040381a in main (argc=2, argv=0x7fffffffdba8)
    at ../../../../../sourcetree/tests/roseTests/programAnalysisTests/generalDataFlowAnalysisTests/liveDeadVarAnalysisTest.C:101

// Example filter funtion deciding if a CFGnNode should show up or not
bool gfilter (CFGNode cfgn)
{
  SgNode *node = cfgn.getNode();

  switch (node->variantT())
  {
    //Keep the last index for initialized names. This way the def of the variable doesn't propagate to its assign initializer.
    case V_SgInitializedName:
      return (cfgn == node->cfgForEnd());

    // For function calls, we only keep the last node. The function is actually called after all its parameters  are evaluated.
    case V_SgFunctionCallExp:
      return (cfgn == node->cfgForEnd());

   //For basic blocks and other "container" nodes, keep the node that appears before the contents are executed
    case V_SgBasicBlock:
    case V_SgExprStatement:
    case V_SgCommaOpExp:
      return (cfgn == node->cfgForBeginning());

   // Must have a default case: return interesting CFGNode by default in this example
    default:
      return cfgn.isInteresting();
  }
}

// Code using the filter function
int
main( int argc, char * argv[] )
{
  SgProject* project = frontend(argc,argv);
  initAnalysis(project);
  LiveDeadVarsAnalysis ldva(project);
  ldva.filter = gfilter; // set the filter to be your own one

  UnstructuredPassInterDataflow ciipd_ldva(&ldva);
  ciipd_ldva.runAnalysis();
  ....
}

bool IntraUniDirectionalDataflow::runAnalysis(const Function& func, NodeState* fState, bool analyzeDueToCallers, set<Function> calleesUpdated)  // analysis/dataflow.C

class Analysis {}; // an empty abstract class for any analysis

class IntraProceduralAnalysis : virtual public Analysis  //analysis/analysis.h ,  any intra procedural analysis, data flow or not
{
  protected: 
   InterProceduralAnalysis* interAnalysis;
  public: 
    void setInterAnalysis(InterProceduralAnalysis* interAnalysis) // connection to inter procedural analysis
    virtual bool runAnalysis(const Function& func, NodeState* state)=0;  // run this per function, NodeState stores lattices for each CFG node, etc.
    virtual ~IntraProceduralAnalysis();
}


//No re-entry. analysis will be executed  once??,   data flow , intra-procedural analysis
// now lattices are interested
class IntraProceduralDataflow : virtual public IntraProceduralAnalysis  //analysis/dataflow.h
{
// initialize lattice etc for a given dataflow node within a function
  virtual void genInitState (const Function& func, const DataflowNode& n, const NodeState& state,  
       std::vector<Lattice*>& initLattices, std::vector<NodeFact*>& initFacts); 

  virtual bool runAnalysis(const Function& func, NodeState* state, bool analyzeDueToCallers, std::set<Function> calleesUpdated)=0;  // the analysis on a function could be triggered by the state changes of function's callers, or callees.

 std::set<Function> visited; // make sure a function is initialized once when visited multiple times

}


class IntraUnitDataflow : virtual public IntraProceduralDataflow
{
  // transfer function: operate on lattices associated with a dataflow node, considering its current state
 virtual bool transfer(const Function& func, const DataflowNode& n, NodeState& state, const std::vector<Lattice*>& dfInfo)=0;

};


// Uni directional dataflow: either forward or backward, but not both directions!
class IntraUniDirectionalDataflow : public IntraUnitDataflow {
public:
 bool runAnalysis(const Function& func, NodeState* state, bool analyzeDueToCallers, std::set<Function> calleesUpdated);

protected:   
  bool propagateStateToNextNode (
             const std::vector<Lattice*>& curNodeState, DataflowNode curDFNode, int nodeIndex,
             const std::vector<Lattice*>& nextNodeState, DataflowNode nextDFNode);

  std::vector<DataflowNode> gatherDescendants(std::vector<DataflowEdge> edges,
                                                    DataflowNode (DataflowEdge::*edgeFn)() const);

        virtual NodeState*initializeFunctionNodeState(const Function &func, NodeState *fState) = 0;
        virtual VirtualCFG::dataflow*
          getInitialWorklist(const Function &func, bool firstVisit, bool analyzeDueToCallers, const set<Function> &calleesUpdated, NodeState *fState) = 0;

        virtual vector<Lattice*> getLatticeAnte(NodeState *state) = 0;
        virtual vector<Lattice*> getLatticePost(NodeState *state) = 0;

        // If we're currently at a function call, use the associated inter-procedural
        // analysis to determine the effect of this function call on the dataflow state.
        virtual void transferFunctionCall(const Function &func, const DataflowNode &n, NodeState *state) = 0;

        virtual vector<DataflowNode> getDescendants(const DataflowNode &n) = 0;
        virtual DataflowNode getUltimate(const Function &func) = 0; // ultimate what?   final CFG node?
}; 

class IntraBWDataflow  : public IntraUniDirectionalDataflow {//BW: Backward
   public:
        
        IntraBWDataflow()
        {}

        NodeState* initializeFunctionNodeState(const Function &func, NodeState *fState);

        VirtualCFG::dataflow*
          getInitialWorklist(const Function &func, bool firstVisit, bool analyzeDueToCallers, const set<Function> &calleesUpdated, NodeState *fState);

        virtual vector<Lattice*> getLatticeAnte(NodeState *state);
        virtual vector<Lattice*> getLatticePost(NodeState *state);

        void transferFunctionCall(const Function &func, const DataflowNode &n, NodeState *state);

        vector<DataflowNode> getDescendants(const DataflowNode &n); // next CFG nodes, depending on the direction
        { return gatherDescendants(n.inEdges(),  &DataflowEdge::source);  } 

        DataflowNode getUltimate(const Function &func); // the last CFG should be the start CFG of the function for a backward dataflow problem
       {   return cfgUtils::getFuncStartCFG(func.get_definition());   }


};


// super class: provides the driver of initialization: visit each CFG node

class UnstructuredPassIntraAnalysis : virtual public IntraProceduralAnalysis
{
public: 
          // call the initialization function on each CFG node
          bool runAnalysis(const Function& func, NodeState* state);
         // to be implemented by InitDataflowState
        virtual void visit(const Function& func, const DataflowNode& n, NodeState& state)=0;

}

bool UnstructuredPassIntraAnalysis::runAnalysis(const Function& func, NodeState* state)
{
        DataflowNode funcCFGStart = cfgUtils::getFuncStartCFG(func.get_definition());
        DataflowNode funcCFGEnd = cfgUtils::getFuncEndCFG(func.get_definition());
        
        if(analysisDebugLevel>=2)
                Dbg::dbg << "UnstructuredPassIntraAnalysis::runAnalysis() function "<<func.get_name().getString()<<"()\n";
        
        // iterate over all the nodes in this function
        for(VirtualCFG::iterator it(funcCFGStart); it!=VirtualCFG::dataflow::end(); it++)
        {
                DataflowNode n = *it;
                // The number of NodeStates associated with the given dataflow node
                //int numStates=NodeState::numNodeStates(n);
                // The actual NodeStates associated with the given dataflow node
                const vector<NodeState*> nodeStates = NodeState::getNodeStates(n);
                
                // Visit each CFG node
                for(vector<NodeState*>::const_iterator itS = nodeStates.begin(); itS!=nodeStates.end(); itS++)
                        visit(func, n, *(*itS));
        }
        return false;
}
//-------------------- derived class provide link to a concrete analysis, and visit() implementation
class InitDataflowState : public UnstructuredPassIntraAnalysis
{
        IntraProceduralDataflow* dfAnalysis;  // link to the dataflow analysis to be initialized
       
        public:
        InitDataflowState(IntraProceduralDataflow* dfAnalysis/*, std::vector<Lattice*> &initState*/)
        {
                this->dfAnalysis = dfAnalysis;
        }
     
        void visit(const Function& func, const DataflowNode& n, NodeState& state);
};


void InitDataflowState::visit (const Function& func, const DataflowNode& n, NodeState& state)
{
   ...
   dfAnalysis->genInitState(func, n, state, initLats, initFacts);
   state.setLattices((Analysis*)dfAnalysis, initLats);
   state.setFacts((Analysis*)dfAnalysis, initFacts);
   ....
}



class iterator //Declared in cfgUtils/VirtualCFGIterator.h  
{
public:             
    std::list<DataflowNode> remainingNodes;
    std::set<DataflowNode> visited;
    bool initialized;
       protected:
        // returns true if the given DataflowNode is in the remainingNodes list and false otherwise
        bool isRemaining(DataflowNode n);
                
        // advances this iterator in the given direction. Forwards if fwDir=true and backwards if fwDir=false.
        // if pushAllChildren=true, all of the current node's unvisited children (predecessors or successors, 
        //    depending on fwDir) are pushed onto remainingNodes
        void advance(bool fwDir, bool pushAllChildren);
        
        public:
        virtual void operator ++ (int);
        
        bool eq(const iterator& other_it) const;
        
        bool operator==(const iterator& other_it) const;
        
        bool operator!=(const iterator& it) const;
...
  
};


void iterator::advance(bool fwDir, bool pushAllChildren)
{
        ROSE_ASSERT(initialized);
        /*printf("   iterator::advance(%d) remainingNodes.size()=%d\n", fwDir, remainingNodes.size());
        cout<<"        visited=\n";
        for(set<DataflowNode>::iterator it=visited.begin(); it!=visited.end(); it++)
                cout << "            <"<<it->getNode()->class_name()<<" | "<<it->getNode()<<" | "<<it->getNode()->unparseToString()<<">\n";*/
        if(remainingNodes.size()>0)
        {
                // pop the next CFG node from the front of the list
                DataflowNode cur = remainingNodes.front();
                remainingNodes.pop_front();
                
                if(pushAllChildren)
                {
                        // find its followers (either successors or predecessors, depending on value of fwDir), push back 
                        // those that have not yet been visited
                        vector<DataflowEdge> nextE;
                        if(fwDir)
                                nextE = cur.outEdges();
                        else
                                nextE = cur.inEdges();
                        for(vector<DataflowEdge>::iterator it=nextE.begin(); it!=nextE.end(); it++)
                        {
                                DataflowNode nextN((*it).target()/* need to put something here because DataflowNodes don't have a default constructor*/);
                                if(fwDir) nextN = (*it).target();
                                else nextN = (*it).source();
                                        
                                /*cout << "      iterator::advance "<<(fwDir?"descendant":"predecessor")<<": "<<
                                                   "<"<<nextN.getNode()->class_name()<<" | "<<nextN.getNode()<<" | "<<nextN.getNode()->unparseToString()<<">, "<<
                                                   "visited="<<(visited.find(nextN) != visited.end())<<
                                                   " remaining="<<isRemaining(nextN)<<"\n";*/
                                
                                // if we haven't yet visited this node and don't yet have it on the remainingNodes list
                                if(visited.find(nextN) == visited.end() &&
                                        !isRemaining(nextN))
                                {
                                        //printf("   pushing back node <%s: 0x%x: %s> visited=%d\n", nextN.getNode()->class_name().c_str(), nextN.getNode(), nextN.getNode()->unparseToString().c_str(), visited.find(nextN)!=visited.end());
                                        remainingNodes.push_back(nextN);
                                }
                        }
                }
                
                // if we still have any nodes left remaining
                if(remainingNodes.size()>0)
                {
                        // take the next node from the front of the list and mark it as visited
                        //visited[remainingNodes.front()] = true;
                        visited.insert(remainingNodes.front());
                }
        }
}



class dataflow :  public virtual iterator {};

class back_dataflow:  public virtual dataflow {};

void back_dataflow::operator ++ (int)
{
        advance(false, true);  // backward,  add all children
}


class IntraUniDirectionalDataflow : public IntraUnitDataflow
{  ...
   virtual VirtualCFG::dataflow*
          getInitialWorklist(const Function &func, bool firstVisit, bool analyzeDueToCallers, const set<Function> &calleesUpdated, NodeState *fState) = 0;
} 

bool IntraUniDirectionalDataflow::runAnalysis(const Function& func, NodeState* fState, bool analyzeDueToCallers, set<Function> calleesUpdated)
{

      // Iterate over the nodes in this function that are downstream from the nodes added above
        for(; it != itEnd; it++)
        {
                DataflowNode n = *it;
                SgNode* sgn = n.getNode();

  ...
               for(vector<NodeState*>::const_iterator itS = nodeStates.begin(); itS!=nodeStates.end(); )
                {
                        state = *itS;

                        const vector<Lattice*> dfInfoAnte = getLatticeAnte(state);  // IN set
                        const vector<Lattice*> dfInfoPost = getLatticePost(state);   // OUT set

                            // OUT = IN first     // transfer within  the node: from IN to OUT,                                            
                        // Overwrite the Lattices below this node with the lattices above this node.
                        // The transfer function will then operate on these Lattices to produce the
                        // correct state below this node.
                        
                        vector<Lattice*>::const_iterator itA, itP;
                        int j=0;
                        for(itA  = dfInfoAnte.begin(), itP  = dfInfoPost.begin();
                            itA != dfInfoAnte.end() && itP != dfInfoPost.end(); 
                            itA++, itP++, j++)
                        {
                                if(analysisDebugLevel>=1){  // 
                                        Dbg::dbg << "    Meet Before: Lattice "<<j<<": \n        "<<(*itA)->str("            ")<<endl;
                                        Dbg::dbg << "    Meet After: Lattice "<<j<<": \n        "<<(*itP)->str("            ")<<endl;
                                }
                                (*itP)->copy(*itA);
                                /*if(analysisDebugLevel>=1){
                                        Dbg::dbg << "    Copied Meet Below: Lattice "<<j<<": \n        "<<(*itB)->str("            ")<<endl;
                                }*/
                        }
                        
                        // =================== TRANSFER FUNCTION ===================
                        //  (IN - KILL ) + GEN
                        if (isSgFunctionCallExp(sgn))
                          transferFunctionCall(func, n, state);

                        boost::shared_ptr<IntraDFTransferVisitor> transferVisitor = getTransferVisitor(func, n, *state, dfInfoPost);
                        sgn->accept(*transferVisitor);
                        modified = transferVisitor->finish() || modified;

                        // =================== TRANSFER FUNCTION ===================
       ...//
    }

} 

// Propagates the dataflow info from the current node's NodeState (curNodeState) to the next node's 
//     NodeState (nextNodeState).
// Returns true if the next node's meet state is modified and false otherwise.
bool IntraUniDirectionalDataflow::propagateStateToNextNode(
                      const vector<Lattice*>& curNodeState, DataflowNode curNode, int curNodeIndex,
                      const vector<Lattice*>& nextNodeState, DataflowNode nextNode)
{
        bool modified = false;
        vector<Lattice*>::const_iterator itC, itN;
        if(analysisDebugLevel>=1){
                Dbg::dbg << "\n        Propagating to Next Node: "<<nextNode.getNode()<<"["<<nextNode.getNode()->class_name()<<" | "<<Dbg::escape(nextNode.getNode()->unparseToString())<<"]"<<endl;
                int j;
                for(j=0, itC = curNodeState.begin(); itC != curNodeState.end(); itC++, j++)
                        Dbg::dbg << "        Cur node: Lattice "<<j<<": \n            "<<(*itC)->str("            ")<<endl;
                for(j=0, itN = nextNodeState.begin(); itN != nextNodeState.end(); itN++, j++)
                        Dbg::dbg << "        Next node: Lattice "<<j<<": \n            "<<(*itN)->str("            ")<<endl;
        }

        // Update forward info above nextNode from the forward info below curNode.
        
        // Compute the meet of the dataflow information along the curNode->nextNode edge with the 
        // next node's current state one Lattice at a time and save the result above the next node.
        for(itC = curNodeState.begin(), itN = nextNodeState.begin();
            itC != curNodeState.end() && itN != nextNodeState.end(); 
            itC++, itN++)
        {
                // Finite Lattices can use the regular meet operator, while infinite Lattices
                // must also perform widening to ensure convergence.
                if((*itN)->finiteLattice())
                        modified = (*itN)->meetUpdate(*itC) || modified;
                else
                {
                        //InfiniteLattice* meetResult = (InfiniteLattice*)itN->second->meet(itC->second);
                        InfiniteLattice* meetResult = dynamic_cast<InfiniteLattice*>((*itN)->copy());
                        Dbg::dbg << "        *itN: " << dynamic_cast<InfiniteLattice*>(*itN)->str("            ") << endl;
                        Dbg::dbg << "        *itC: " << dynamic_cast<InfiniteLattice*>(*itC)->str("            ") << endl;
                        meetResult->meetUpdate(*itC);
                        Dbg::dbg << "        meetResult: " << meetResult->str("            ") << endl;
                
                        // Widen the resulting meet
                        modified =  dynamic_cast<InfiniteLattice*>(*itN)->widenUpdate(meetResult);
                        delete meetResult;
                }
        }
        
        if(analysisDebugLevel>=1) {
                if(modified)
                {
                        Dbg::dbg << "        Next node's in-data modified. Adding..."<<endl;
                        int j=0;
                        for(itN = nextNodeState.begin(); itN != nextNodeState.end(); itN++, j++)
                        {
                                Dbg::dbg << "        Propagated: Lattice "<<j<<": \n            "<<(*itN)->str("            ")<<endl;
                        }
                }
                else
                        Dbg::dbg << "        No modification on this node"<<endl;
        }

        return modified;
}


class IntraUniDirectionalDataflow : public IntraUnitDataflow
{
public:
         protected:
        // propagates the dataflow info from the current node's NodeState (curNodeState) to the next node's  NodeState (nextNodeState)
           // return true if any state is modified.
        bool propagateStateToNextNode(
             const std::vector<Lattice*>& curNodeState, DataflowNode curDFNode, int nodeIndex,
             const std::vector<Lattice*>& nextNodeState, DataflowNode nextDFNode);

}

class LiveDeadVarsAnalysis : public IntraBWDataflow {

  protected:
        funcSideEffectUses* fseu;
       
  public:
        LiveDeadVarsAnalysis(SgProject *project, funcSideEffectUses* fseu=NULL);
        
 // Generates the initial lattice state for the given dataflow node, in the given function, with the given NodeState
 void genInitState(const Function& func, const DataflowNode& n, const NodeState& state,
                          std::vector<Lattice*>& initLattices, std::vector<NodeFact*>& initFacts);

        
  boost::shared_ptr<IntraDFTransferVisitor> getTransferVisitor(const Function& func, const DataflowNode& n,
                                                               NodeState& state, const std::vector<Lattice*>& dfInfo)
  { return boost::shared_ptr<IntraDFTransferVisitor>(new LiveDeadVarsTransfer(func, n, state, dfInfo, fseu)); }

  bool transfer(const Function& func, const DataflowNode& n, NodeState& state, const std::vector<Lattice*>& dfInfo) { assert(0); return false; }


}; 


void IntraFWDataflow::transferFunctionCall(const Function &func, const DataflowNode &n, NodeState *state)
{
  vector<Lattice*> dfInfoBelow = state->getLatticeBelow(this);

  vector<Lattice*>* retState = NULL;
  dynamic_cast<InterProceduralDataflow*>(interAnalysis)->
    transfer(func, n, *state, dfInfoBelow, &retState, true);

  if(retState && !(retState->size()==0 || (retState->size() == dfInfoBelow.size()))) {
    Dbg::dbg << "#retState="<<retState->size()<<endl;
    for(vector<Lattice*>::iterator ml=retState->begin(); ml!=retState->end(); ml++)
      Dbg::dbg << "        "<<(*ml)->str("            ")<<endl;
    Dbg::dbg << "#dfInfoBelow="<<dfInfoBelow.size()<<endl;
    for(vector<Lattice*>::const_iterator l=dfInfoBelow.begin(); l!=dfInfoBelow.end(); l++)
      Dbg::dbg << "        "<<(*l)->str("            ")<<endl;
  }

  // Incorporate information about the function's return value into the caller's dataflow state
  // as the information of the SgFunctionCallExp
  ROSE_ASSERT(retState==NULL || retState->size()==0 || (retState->size() == dfInfoBelow.size()));
  if(retState) {
    vector<Lattice*>::iterator lRet;
    vector<Lattice*>::const_iterator lDF;
    for(lRet=retState->begin(), lDF=dfInfoBelow.begin(); 
        lRet!=retState->end(); lRet++, lDF++) {
      Dbg::dbg << "    lDF Before="<<(*lDF)->str("        ")<<endl;
      Dbg::dbg << "    lRet Before="<<(*lRet)->str("        ")<<endl;
      (*lDF)->unProject(isSgFunctionCallExp(n.getNode()), *lRet);
      Dbg::dbg << "    lDF After="<<(*lDF)->str("        ")<<endl;
    }
  }
}


InterProceduralDataflow::InterProceduralDataflow(IntraProceduralDataflow* intraDataflowAnalysis) :
        InterProceduralAnalysis((IntraProceduralAnalysis*)intraDataflowAnalysis)


 // !!! NOTE: cfgForEnd() AND cfgForBeginning() PRODUCE THE SAME SgFunctionDefinition SgNode BUT THE DIFFERENT INDEXES
                        // !!!       (0 FOR BEGINNING AND 3 FOR END). AS SUCH, IT DOESN'T MATTER WHICH ONE WE CHOOSE. HOWEVER, IT DOES MATTER
                        // !!!       WHETHER WE CALL genInitState TO GENERATE THE STATE BELOW THE NODE (START OF THE FUNCTION) OR ABOVE IT 
                        // !!!       (END OF THE FUNCTION). THE CAPABILITY TO DIFFERENTIATE THE TWO CASES NEEDS TO BE ADDED TO genInitState
                        // !!!       AND WHEN IT IS, WE'LL NEED TO CALL IT INDEPENDENTLY FOR cfgForEnd() AND cfgForBeginning() AND ALSO TO MAKE
                        // !!!       TO SET THE LATTICES ABOVE THE ANALYSIS 


class UnstructuredPassInterDataflow : virtual public InterProceduralDataflow
{
        public:
        
        UnstructuredPassInterDataflow(IntraProceduralDataflow* intraDataflowAnalysis) 
                             : InterProceduralAnalysis((IntraProceduralAnalysis*)intraDataflowAnalysis), InterProceduralDataflow(intraDataflowAnalysis)
        {}
                
        // the transfer function that is applied to SgFunctionCallExp nodes to perform the appropriate state transfers
        // fw - =true if this is a forward analysis and =false if this is a backward analysis
        // n - the dataflow node that is being processed
        // state - the NodeState object that describes the dataflow state immediately before (if fw=true) or immediately after 
        //         (if fw=false) the SgFunctionCallExp node, as established by earlier analysis passes
        // dfInfo - the Lattices that this transfer function operates on. The function propagates them 
        //          to the calling function and overwrites them with the dataflow result of calling this function.
        // retState - Pointer reference to a Lattice* vector that will be assigned to point to the lattices of
        //          the function call's return value. The callee may not modify these lattices.
        // Returns true if any of the input lattices changed as a result of the transfer function and
        //    false otherwise.  
        bool transfer(const Function& func, const DataflowNode& n, NodeState& state, 
                      const std::vector<Lattice*>& dfInfo, std::vector<Lattice*>** retState, bool fw)
        { 
                return false;
        }
        
        void runAnalysis();
};

// simply call intra-procedural analysis on each function one by one.
void UnstructuredPassInterDataflow::runAnalysis()
{
        set<FunctionState*> allFuncs = FunctionState::getAllDefinedFuncs();
        
        // iterate over all functions with bodies
        for(set<FunctionState*>::iterator it=allFuncs.begin(); it!=allFuncs.end(); it++)
        {
                const Function& func = (*it)->func;
                FunctionState* fState = FunctionState::getDefinedFuncState(func);
                
                // Call the current intra-procedural dataflow as if it were a generic analysi
                intraAnalysis->runAnalysis(func, &(fState->state));
        }
}


bool IntraProceduralDataflow::runAnalysis(const Function& func, NodeState* state)
{
   // Each function is analyzed as if it were called directly by the language's runtime, ignoring 
  // the application's actual call graph
    bool analyzeDueToCallers = true; 
                
    // We ignore the application's call graph, so it doesn't matter whether this function calls other functions
   std::set<Function> calleesUpdated;
                
      return runAnalysis(func, state, analyzeDueToCallers, calleesUpdated);
}

int main()
{
  SgProject* project = frontend(argc,argv);
  initAnalysis(project);

  // prepare debugging support
  Dbg::init("Live dead variable analysis Test", ".", "index.html");
  liveDeadAnalysisDebugLevel = 1;
  analysisDebugLevel = 1;

  // basis analysis
  LiveDeadVarsAnalysis ldva(project);
     // wrap it inside the unstructured inter-procedural data flow
   UnstructuredPassInterDataflow ciipd_ldva(&ldva);
   ciipd_ldva.runAnalysis();
  
   .....

}

// Initialize vars to hold all the variables and expressions that are live at DataflowNode n
//void getAllLiveVarsAt(LiveDeadVarsAnalysis* ldva, const DataflowNode& n, const NodeState& state, set<varID>& vars, string indent)
void getAllLiveVarsAt(LiveDeadVarsAnalysis* ldva, const NodeState& state, set<varID>& vars, string indent)
{
        LiveVarsLattice* liveLAbove = dynamic_cast<LiveVarsLattice*>(*(state.getLatticeAbove(ldva).begin()));
        LiveVarsLattice* liveLBelow = dynamic_cast<LiveVarsLattice*>(*(state.getLatticeBelow(ldva).begin()));

        // The set of live vars AT this node is the union of vars that are live above it and below it
        for(set<varID>::iterator var=liveLAbove->liveVars.begin(); var!=liveLAbove->liveVars.end(); var++)
                vars.insert(*var);
        for(set<varID>::iterator var=liveLBelow->liveVars.begin(); var!=liveLBelow->liveVars.end(); var++)
                vars.insert(*var);
}

int bar(int flag)
{

   int a =1,b,c;
#pragma rose [LiveVarsLattice: liveVars=[flag, a, b]]
   if (flag == 0) // flag is only read here, not written!
     c = a;
   else
     c = b;
   return c;
}

     liveDeadAnalysisDebugLevel = 1;
     analysisDebugLevel = 1;


// find code with  
 if(analysisDebugLevel>=1) ...


 firefox index.html

 ==================================  
  Copying incoming Lattice 0: 
        [LiveVarsLattice: liveVars=[b]]
  To outgoing Lattice 0: 
        [LiveVarsLattice: liveVars=[]]
 ==================================  
  Transferring the outgoing  Lattice ... 
    liveLat=[LiveVarsLattice: liveVars=[b]]
    Dead Expression
        usedVars=<>
        assignedVars=<>
        assignedExprs=<>
        #usedVars=0 #assignedExprs=0
    Transferred: outgoing Lattice 0: 
        [LiveVarsLattice: liveVars=[b]]
    transferred, modified=0
 ==================================  
 Propagating/Merging the outgoing  Lattice to all descendant nodes ... 
    Descendants (1):
    ~~~~~~~~~~~~
    Descendant: 0x2b9e8c47f010[SgIfStmt | if(flag == 0) c = a;else c = b;]

        Propagating to Next Node: 0x2b9e8c47f010[SgIfStmt | if(flag == 0) c = a;else c = b;]
        Cur node: Lattice 0: 
            [LiveVarsLattice: liveVars=[b]]
        Next node: Lattice 0: 
            [LiveVarsLattice: liveVars=[a]]
        Next node's in-data modified. Adding...
        Propagated: Lattice 0: 
            [LiveVarsLattice: liveVars=[a, b]]
    propagated/merged, modified=1
    ^^^^^^^^^^^^^^^^^^ 

A real example: if (flag)  c = a; else c = b;  // liveness analysis, a, b are live in two branches, they are propagated backward to if-stmt

   ------------------
    Descendants (1):  // from c =a back to if-stmt (next node)
    ~~~~~~~~~~~~
    Descendant: 0x2ac8bb95c010[SgIfStmt | if(flag == 0) c = a;else c = b;]

        Propagating to Next Node: 0x2ac8bb95c010[SgIfStmt | if(flag == 0) c = a;else c = b;]
        Cur node: Lattice 0: 
            [LiveVarsLattice: liveVars=[a]]   // current node's lattice
        Next node: Lattice 0: 
            [LiveVarsLattice: liveVars=[]]   // next node's lattice before propagation
        Next node's in-data modified. Adding...
        Propagated: Lattice 0: 
            [LiveVarsLattice: liveVars=[a]]  // propagate a into if-stmt's lattice
    propagated, modified=1
    ^^^^^^^^^^^^^^^^^^ 

    ------------------
    Descendants (1):  // from c = b --> if-stmt 
    ~~~~~~~~~~~~
    Descendant: 0x2ac8bb95c010[SgIfStmt | if(flag == 0) c = a;else c = b;]

        Propagating to Next Node: 0x2ac8bb95c010[SgIfStmt | if(flag == 0) c = a;else c = b;]
        Cur node: Lattice 0: 
            [LiveVarsLattice: liveVars=[b]]
        Next node: Lattice 0: 
            [LiveVarsLattice: liveVars=[a]] 
        Next node's in-data modified. Adding...
        Propagated: Lattice 0: 
            [LiveVarsLattice: liveVars=[a, b]]  // now both a and b are propagated/ merged
    propagated, modified=1
    ^^^^^^^^^^^^^^^^^^ 

//AnalysisDebuggingUtils.C

  class analysisStatesToDOT : public UnstructuredPassIntraAnalysis
  {
    private:
      //    LiveDeadVarsAnalysis* lda; // reference to the source analysis
      Analysis* lda; // reference to the source analysis
      void printEdge(const DataflowEdge& e); // print data flow edge
      void printNode(const DataflowNode& n, std::string state_string); // print date flow node
      void visit(const Function& func, const DataflowNode& n, NodeState& state); // visitor function
    public:
      std::ostream* ostr; 
      analysisStatesToDOT (Analysis* l):  lda(l){ };
  };

namespace Dbg
{ 
//....
 void dotGraphGenerator (::Analysis *a) 
  {
    ::analysisStatesToDOT eas(a);
    IntraAnalysisResultsToDotFiles upia_eas(eas);
    upia_eas.runAnalysis();
  }

} // namespace Dbg


// Liao, 12/6/2011
#include "rose.h"

#include <list>
#include <sstream>
#include <iostream>
#include <fstream>
#include <string>
#include <map>

using namespace std;

// TODO group them into one header
#include "genericDataflowCommon.h"
#include "VirtualCFGIterator.h"
#include "cfgUtils.h"
#include "CallGraphTraverse.h"
#include "analysisCommon.h"
#include "analysis.h"
#include "dataflow.h"
#include "latticeFull.h"
#include "printAnalysisStates.h"
#include "liveDeadVarAnalysis.h"

int numFails = 0, numPass = 0;

//-----------------------------------------------------------
int
main( int argc, char * argv[] )
   {

     SgProject* project = frontend(argc,argv);

     initAnalysis(project);

   // generating  index.html for tracing the analysis
     Dbg::init("Live dead variable analysis Test", ".", "index.html");
     liveDeadAnalysisDebugLevel = 1;
     analysisDebugLevel = 1;

     LiveDeadVarsAnalysis ldva(project);
     UnstructuredPassInterDataflow ciipd_ldva(&ldva);
     ciipd_ldva.runAnalysis();
   // Output the dot graph  *********************
    Dbg::dotGraphGenerator (&ldva);
      return 0;
   }


Bash
grep
find
ssh
Makefile.am
/nfs/apps
$ ls /nfs/apps
apr        bin       etc   grace     java     mpc      neon     pygobject  sqlite      toolworks.old
asciidoc   binutils  flex  graphviz  libtool  mpfr     openssh  python     src         totalview
asymptote  blender   gcc   hdf5      m4       mpich    perl     qt         subversion  upc
autoconf   doc++     git   insure++  maple    mpich2   pgi      rdesktop   swig        visit
automake   doxygen   gmp   intel     matlab   mplayer  psi      ruby       texinfo     xemacs

setup.sh
$ source /nfs/apps/gcc/4.5.0/setup.sh

setup.sh
$ source /nfs/apps/mpfr/3.0.0/setup.sh
$ source /nfs/apps/gmp/4.3.2/setup.sh

/nfs/apps/gcc/4.3.2/libexec/gcc/x86_64-unknown-linux-gnu/4.3.2/f951: error while loading shared libraries: libmpfr.so.1: cannot open shared object file: No such file or directory

  $ git config user.name
  <your name>

  $ git config user.email
  <your email>

  $ git config -l

  $ git config --global user.name "<Your Name>"
  $ git config --global user.email "<your@email.com>"

(Binary Analysis) SMT solver statistics; documentation

* Replaced the SMT class-wide number-of-calls statistic with a
  more flexible and extensible design that also tracks the amount
  of I/O between ROSE and the SMT solver.  The new method tracks
  statistics on a per-solver basis as well as a class-wide basis, and
  allows the statistics to be reset at arbitrary points by the user.

* More documentation for the new memory cell, memory state, and X86
  register state classes.

*
camelCase
fileName.hpp
.h
.hpp
.cpp
.cxx
.C
SavingsAccount
i
j
k
m
n
camelCase
functionDecl
bool isError; // NOT: isNoError
bool isFound; // NOT: isNotFound

vector<Point> points;
int values[];

int MAX_ITERATIONS, COLOR_RED;
double PI;

int getMaxIterations() // NOT: MAX_ITERATIONS = 25
{
    return 25;
}

void setTopic(Topic* topic) // NOT: void setTopic(Topic* value)
                            // NOT: void setTopic(Topic* aTopic)
                            // NOT: void setTopic(Topic* t) 

void connect(Database* database) // NOT: void connect(Database* db)
                                 // NOT: void connect (Database* oracleDB)

Point  startingPoint, centerPoint;
Name   loginName;

::
::mainWindow.open()
::applicationContext.getName()
class SomeClass {
  private:
    int length_;
}

  void setDepth (int depth)
  {
    depth_ = depth;
  }

get
set
compute
find
initialize
is
is
has
can
should
void foo(int x, int y)
void foo ( int x,int y )
src
include
tests
docs
\t
Makefile
for (i = 0; i < nElements; i++) 
  a[i] = 0;

.h
.h
.hpp
#ifndef _HEADER_FILE_X_H_
#define _HEADER_FILE_X_H_

#endif //_HEADER_FILE_X_H_

.c
.cpp
.cxx
.C
  $ make doxygen_docs -C ${ROSE_BUILD}/docs/Rose/

//! Brief description.

/**
 
   ... text..
 
 */

/**
 *
 *  ... text..
 *
 */


/*******************************//**
 *         text
*********************************/

/////////////////////////////////////
///  ... text <= 80 columns in length
//////////////////////////////////////

/**
 * \brief Brief description.
 *        Brief description continued.
 *
 * [Optional detailed description starts here.]
 */

/**
 \brief Brief description.
        Brief description continued.
 
 [Optional detailed description starts here.]
 */

//! Brief description.
/**
 * Detailed description starts here.
 */

//Correct
sum = 0; 
for (i = 0; i < 100; i++) 
  sum += value[i]; sum += value[i];

//Incorrect
 for (i = 0, sum = 0; i < 100; i++) 

  //Correct
  floatValue = static_cast<float>(intValue); 
  //Incorrect 
  floatValue = intValue;

 if (isDone) 
 // NOT: if (isDone) doCleanup(); doCleanup();

if
(isDone)
if (isDone)
  ^ space

//recommended way
bool isFinished = (elementNo < 0) || (elementNo > maxElement); 
bool isRepeatedEntry = elementNo == lastElement; 
if (isFinished || isRepeatedEntry) { : } 

// NOT: if ((elementNo < 0) || (elementNo > maxElement)|| elementNo == lastElement) { : }


  switch(type->variantT())
 {
    case V_SgTypeDouble:
      {
        ...
      }
      break;
    case V_SgTypeInt:
      {
        ...
      }
      break;
   case V_SgTypeFloat: // things which are known to be allowed to be ignored.
      break;
   default:
    {
     //Things which are not yet explicitly handled
      cerr<<"warning, unhandled node type: "<< type->class_name()<<endl;
    }

  File* fileHandle = open(fileName, "w"); 
  if (!fileHandle) { : } 
  // NOT: if (!(fileHandle = open(fileName, "w"))) { : }

ssh-keygen
<oun>-reviewd-rc.
$ git config --global http.sslVerify false

  # If your local repository was cloned from /nfs/casc/overture/ROSE/rose.git. 
  # There is no need to discard it. You can just add the rose-github.llnl's repo as an additional remote repository and push things there:
  git remote add github-llnl-youraccount-rose http://rose-github.llnl.gov/youraccount/rose.git
  git push github-llnl-youraccount-rose HEAD:refs/heads/bugfix-rc

Mandatory
Recommended
Nitpick
rosebot
/nfs/casc/overture/ROSE/git/ROSE.git
$ cd ~/Development/projects/rose
$ git clone git@github.com:<user_oun>/rose.git
Cloning into ROSE...
remote: Counting objects: 216579, done.
remote: Compressing objects: 100% (55675/55675), done.
remote: Total 216579 (delta 159850), reused 211131 (delta 155786)
Receiving objects: 100% (216579/216579), 296.41 MiB | 35.65 MiB/s, done.
Resolving deltas: 100% (159850/159850), done.

$ git remote add central /nfs/casc/overture/ROSE/git/ROSE.git
$ git fetch central
From /nfs/casc/overture/ROSE/git/ROSE.git
 * [new branch]      master     -> central/master
 ...

-bash-3.2$ git push central central/master:refs/heads/master
Total 0 (delta 0), reused 0 (delta 0)
To git@rose-github.llnl.gov:<user_oun>/rose.git
   16101fd..563b510  central/master -> master

To git@rose-github.llnl.gov:lin32/rose.git
! [rejected]        origin/master -> master (non-fast forward)
error: failed to push some refs to 'git@rose-github.llnl.gov:lin32/rose.git'

---

Your master branch at [rose-github.llnl.gov:lin32/rose.git] cannot be automatically updated with [/nfs/casc/overture/ROSE/git/ROSE.git:master]

Please manually force the update:

Add the central repository as a remote, call it "nfs":

  $ git remote add nfs /nfs/casc/overture/ROSE/git/ROSE.git

1. First, try to manually perform a merge in your local repository:

  # 1. Checkout and update your Github's master branch
  $ git checkout master
  $ git pull origin master

  # 2. Merge the central master into your local master
  $ git pull nfs master
  <no merge conflicts>

  # 3. Synchronize your local master to your Github's master
  $ git push origin HEAD:refs/head/master

2. Otherwise, try to resolve the conflict.

3. Finally, if all else fails, force the synchronization:

  $ git push --force origin nfs/master:refs/heads/master

  WARNING: your master branch on Github will be overriden so make sure
  you have sufficient backups, and take precaution.

GCC_VERSION=4.4.7
BOOST_VERSION=1_47_0
source /nfs/casc/overture/ROSE/opt/rhel6/x86_64/rose_environment.sh
__rose__JAVA_VERSION_HOME=/nfs/casc/overture/ROSE/opt/rhel6/x86_64/java/jdk/1.7.0_51

GCC_VERSION=4.8.1
BOOST_VERSION=1_50_0
source /nfs/casc/overture/ROSE/opt/rhel6/x86_64/rose_environment.sh
__rose__JAVA_VERSION_HOME=/nfs/casc/overture/ROSE/opt/rhel6/x86_64/java/jdk/1.7.0_51

##
## Add /nfs as remote
##
## `|| true`: don't error if remote exists
##
git remote add nfs /nfs/casc/overture/ROSE/git/ROSE.git || true
git fetch nfs

##
## Push to /nfs *-rc
##
if [ -n "$(git log --oneline nfs/master..github/master)" ]; then
  git push --force nfs "$GIT_BRANCH":refs/heads/oun-reviewed-rc
fi

USERS="\
user1\
user2
"

for user in $USERS; do
  tmpfile="$(mktemp)"
  ( git push git@github.llnl.gov:"$user"/rose.git origin/master:refs/heads/master 2>"$tmpfile" ) || true
  set +e
  cat "$tmpfile"
  cat "$tmpfile" | grep -q "non-fast.*forward"
  if [ $? -eq 0 ]; then
    echo "Sending error email to [${user}@llnl.gov] because their github/master is non-fast-forwardable"
    # email details are omitted here.
  fi
done

#!/bin/bash -ex

export GCC_VERSION="$gcc"

rm -rf ./jenkins-build-scripts/ || exit 1
git clone rose-dev@rosecompiler1.llnl.gov:jenkins/dev/jenkins-build-scripts.git || exit 1
source ./jenkins-build-scripts/config/env-Linux.sh $gcc $rhel || exit 1
./jenkins-build-scripts/development/development-compile-with-autotools-default-EDG-RHEL6.sh $gcc || exit 1

/* Define to the version of this package. */
#define ROSE_PACKAGE_VERSION "0.9.8.54"

bool checkRoseVersionNumber(const std::string &need) {
    std::vector<std::string> needParts = rose::StringUtility::split('.',
need);
    std::vector<std::string> haveParts = rose::StringUtility::split('.',
ROSE_PACKAGE_VERSION);

    for (size_t i=0; i < needParts.size() && i < haveParts.size(); ++i) {
        if (needParts[i] != haveParts[i])
            return needParts[i] < haveParts[i];
    }
    // E.g., need = "1.2" and have = "1.2.x", or vice versa
    return true;
} 

[rose/src]./cloc-1.56.pl .
    3076 text files.
    2871 unique files.                                          
     716 files ignored.

http://cloc.sourceforge.net v 1.56  T=26.0 s (91.7 files/s, 39573.3 lines/s)
-------------------------------------------------------------------------------
Language                     files          blank        comment           code
-------------------------------------------------------------------------------
C++                            908          75280          93960         354636
C                              123          12010           3717         199087
C/C++ Header                   915          28302          38412         121373
Bourne Shell                    17           3346           4347          25326
Perl                             4            743           1078           7888
Java                            18           1999           4517           7096
m4                               1            747             20           6489
Python                          34           1984           1174           5363
make                           148           1682           1071           3666
C#                              11            899            274           2546
SQL                              1              0              0           1817
Pascal                           5            650             31           1779
CMake                          168           1748           4880           1702
yacc                             3            352            186           1544
Visual Basic                     6            228            421           1180
Ruby                            11            281            181            809
Teamcenter def                   3              3              0            606
lex                              2            103             47            331
CSS                              1             95             32            314
Fortran 90                       1             34              6            244
Tcl/Tk                           2             29              6            212
HTML                             1              8              0             15
-------------------------------------------------------------------------------
SUM:                          2383         130523         154360         744023
-------------------------------------------------------------------------------


170	tests
109	projects
90	src
19	docs
16	winspecific
16	ROSE_ResearchPapers
15	binaries
7	scripts
5	LicenseInformation
4	tutorial
4	autom4te.cache
2	libltdl
2	exampleTranslators
2	configure
2	config
2	ChangeLog

 du -m | sort -nr >~/size.txt

709	.
250	./.git
245	./.git/objects
243	./.git/objects/pack
170	./tests
109	./projects
90	./src
76	./tests/CompileTests
50	./tests/RunTests
40	./tests/RunTests/FortranTests
34	./tests/RunTests/FortranTests/LANL_POP
29	./tests/RunTests/FortranTests/LANL_POP/netcdf-4.1.1
27	./src/3rdPartyLibraries
23	./tests/roseTests
23	./src/frontend
22	./tests/CompileTests/Fortran_tests
21	./tests/CompilerOptionsTests
19	./docs
18	./tests/CompileTests/RoseExample_tests
18	./src/midend
18	./docs/Rose
16	./winspecific
16	./ROSE_ResearchPapers
15	./tests/CompileTests/Fortran_tests/gfortranTestSuite
15	./binaries/samples
15	./binaries
14	./tests/CompileTests/Fortran_tests/gfortranTestSuite/gfortran.dg
14	./src/roseExtensions
11	./projects/traceAnalysis
10	./tests/CompileTests/A++Code
10	./tests/CompilerOptionsTests/testCpreprocessorOption
10	./tests/CompilerOptionsTests/A++Code
10	./src/roseExtensions/qtWidgets
10	./src/frontend/Disassemblers
10	./projects/symbolicAnalysisFramework
10	./projects/SATIrE
10	./projects/compass
9	./winspecific/MSVS_ROSE
9	./tests/RunTests/A++Tests
9	./tests/roseTests/binaryTests
9	./src/frontend/SageIII
9	./projects/symbolicAnalysisFramework/src
9	./docs/Rose/powerpoints
8	./winspecific/MSVS_project_ROSETTA_empty
8	./projects/simulator
7	./tests/RunTests/FortranTests/LANL_POP_OLD
7	./tests/CompileTests/Cxx_tests
7	./src/midend/programTransformation
7	./src/midend/programAnalysis
7	./src/3rdPartyLibraries/libharu-2.1.0
7	./scripts
7	./projects/symbolicAnalysisFramework/src/mpiAnal
7	./projects/RTC
6	./winspecific/MSVS_ROSE/Debug
6	./tests/RunTests/FortranTests/LANL_POP/netcdf-4.1.1/ncdap_test
6	./tests/roseTests/programAnalysisTests
6	./src/3rdPartyLibraries/ckpt
6	./src/3rdPartyLibraries/antlr-jars
6	./projects/SATIrE/src
5	./tests/RunTests/FortranTests/LANL_POP/pop-distro
5	./tests/RunTests/FortranTests/LANL_POP/netcdf-4.1.1/libcf
5	./tests/CompileTests/ElsaTestCases
5	./src/ROSETTA
5	./src/3rdPartyLibraries/qrose
5	./projects/DatalogAnalysis
5	./projects/backstroke
5	./LicenseInformation
5	./docs/Rose/AstProcessing

 find . -type f -print0 | xargs -0 ls -s | sort -k1,1rn

241568 ./.git/objects/pack/pack-f366503d291fc33cb201781e641d688390e7f309.pack
13484 ./tests/CompileTests/RoseExample_tests/Cxx_Grammar.h
10240 ./projects/traceAnalysis/vmp-hw-part.trace
6324 ./tests/RunTests/FortranTests/LANL_POP_OLD/poptest.tgz
5828 ./winspecific/MSVS_ROSE/Debug/MSVS_ROSETTA.pdb
4732 ./.git/objects/pack/pack-f366503d291fc33cb201781e641d688390e7f309.idx
4488 ./binaries/samples/bgl-helloworld-mpicc
4488 ./binaries/samples/bgl-helloworld-mpixlc
4080 ./LicenseInformation/edison_group.pdf
3968 ./projects/RTC/tags
3952 ./src/frontend/Disassemblers/x86-InstructionSetReference-NZ.pdf
3908 ./tests/CompileTests/RoseExample_tests/trial_Cxx_Grammar.C
3572 ./winspecific/MSVS_project_ROSETTA_empty/MSVS_project_ROSETTA_empty.ncb
3424 ./src/frontend/Disassemblers/x86-InstructionSetReference-AM.pdf
2868 ./.git/index
2864 ./projects/compassDistribution/COMPASS_SUBMIT.tar.gz
2864 ./projects/COMPASS_SUBMIT.tar.gz
2740 ./ROSE_ResearchPapers/2007-CommunicatingSoftwareArchitectureUsingAUnifiedSingle-ViewVisualization-ICECC
S.pdf
2592 ./docs/Rose/powerpoints/rose_compiler_users.pptx
2428 ./src/3rdPartyLibraries/ckpt/wrapckpt.c
2408 ./projects/DatalogAnalysis/jars/weka.jar
2220 ./scripts/graph.tar
1900 ./src/3rdPartyLibraries/antlr-jars/antlr-3.3-complete.jar
1884 ./src/3rdPartyLibraries/antlr-jars/antlr-3.2.jar
1848 ./src/midend/programTransformation/ompLowering/run_me_defs.inc
1772 ./src/3rdPartyLibraries/qrose/docs/QROSE.pdf
1732 ./tests/CompileTests/Cxx_tests/longFile.C
1724 ./src/midend/programTransformation/ompLowering/run_me_task_defs.inc
1656 ./ChangeLog
1548 ./tests/roseTests/binaryTests/yicesSemanticsExe.ans
1548 ./tests/roseTests/binaryTests/yicesSemanticsLib.ans
1480 ./ROSE_ResearchPapers/1997-ExpressionTemplatePerformanceIssues-IPPS.pdf
1408 ./docs/Rose/powerpoints/ExaCT_AllHands_March2012_ROSE.pptx

...


make[3]: Leaving directory `/global/project/projectdirs/rosecompiler/rose-project-workspace/xomp-instr/buildtree/src/frontend/CxxFrontend/Clang'
Unable to find a remote tracking a canonical repository.  Please add a
canonical repository as a remote and ensure it is up to date.  Currently
configured remotes are:

   origin => git@xxx.com/myrose.git

Potential canonical repositories include:

   anything ending with "rose.git" (case insensitive)
Unable to find a remote tracking a canonical repository.  Please add a
canonical repository as a remote and ensure it is up to date.  Currently
configured remotes are:

   origin => git@xxx.com/myrose.git

Potential canonical repositories include:

   anything ending with "rose.git" (case insensitive)
make[3]: Entering directory `/global/project/projectdirs/rosecompiler/rose-project-workspace/xomp-instr/buildtree/src/frontend/CxxFrontend'
test -d /nfs/casc/overture/ROSE/git/ROSE_EDG_Binaries && cp /nfs/casc/overture/ROSE/git/ROSE_EDG_Binaries/roseBinaryEDG-3-3-x86_64-pc-linux-gnu-GNU-4.3-.tar.gz  . || wget http://www.rosecompiler.org/edg_binaries/roseBinaryEDG-3-3-x86_64-pc-linux-gnu-GNU-4.3-.tar.gz
--2013-02-15 17:26:42--  http://www.rosecompiler.org/edg_binaries/roseBinaryEDG-3-3-x86_64-pc-linux-gnu-GNU-4.3-.tar.gz
Resolving www.rosecompiler.org... 128.55.6.204
Connecting to www.rosecompiler.org|128.55.6.204|:80... connected.
HTTP request sent, awaiting response... 404 Not Found
2013-02-15 17:26:42 ERROR 404: Not Found.

make[3]: *** [roseBinaryEDG-3-3-x86_64-pc-linux-gnu-GNU-4.3-.tar.gz] Error 1
make[3]: Leaving directory `/global/project/projectdirs/rosecompiler/rose-project-workspace/xomp-instr/buildtree/src/frontend/CxxFrontend'
make[2]: *** [all-recursive] Error 1
make[2]: Leaving directory `/global/project/projectdirs/rosecompiler/rose-project-workspace/xomp-instr/buildtree/src/frontend/CxxFrontend'
make[1]: *** [all-recursive] Error 1
make[1]: Leaving directory `/global/project/projectdirs/rosecompiler/rose-project-workspace/xomp-instr/buildtree/src/frontend'
make: *** [all-recursive] Error 1
make: Leaving directory `/global/project/projectdirs/rosecompiler/rose-project-workspace/xomp-instr/buildtree/src'


virtual SgNode * 	get_traversalSuccessorByIndex (size_t idx)

buildtree/exampleTranslators/defaultTranslator/preprocessingInfoDumper -c main.cxx
-----------------------------------------------
Found an IR node with preprocessing Info attached:
(memory address: 0x2b7e1852c7d0 Sage type: SgFunctionDeclaration) in file
/export/tmp.liao6/workspace/userSupport/main.cxx (line 3 column 1)
-------------PreprocessingInfo #0 ----------- :
classification = CpreprocessorIncludeDeclaration:
  String format = #include "all_headers.h"

relative position is = before


SgFunctionDefinition* getFunctionDefinitionFromDeclaration(const SgFunctionDeclaration* funcDecl) {
  //Get the defining declaration (we don't know if funcDecl is the defining or nonDefining declaration
  SgFunctionDeclaration* funcDefDecl = isSgFunctionDeclaration(funcDecl->get_definingDeclaration()); 
  ROSE_ASSERT(funcDefDecl != NULL);

  //Get the definition from the defining declaration
  SgFunctionDefinition* funcDef = isSgFunctionDefinition(funcDefDecl->get_definition());  
  ROSE_ASSERT(funcDef != NULL);
  return funcDef;
}

// cat ~/temp/array.c 
int a[5][10][15];  // array declaration, a type is declared
int foo()
{
  return a[0][1][2]; // a reference to array element
}

     SgArrayType_1
      /       \
     5      SgArrayType_2
            /       \
           10      SgArrayType_3  
                     /    \
                    15     SgTypeInt

    a[0][1][2] //SgPntrArrRefExp
      /    \
  a[0][1]  2 // SgIntVal
    / \
 a[0]  1
  / \
a    0

SgVarRefExp 

//Check if an expression is an array access (SgPntrArrRefExp). If so, return its name expression and subscripts if requested. Users can use convertRefToInitializedName() to get the possible name. It does not check if the expression is a top level SgPntrArrRefExp. 

SageInterface::isArrayReference (SgExpression *ref, SgExpression **arrayNameExp=NULL, std::vector< SgExpression * > **subscripts=NULL)


// 	returns the array dimensions in an array as defined for arrtype
std::vector< SgExpression * > 	SageInterface::get_C_array_dimensions (const SgArrayType &arrtype)

// 	Get the number of dimensions of an array type. 
 int 	SageInterface::getDimensionCount (SgType *t)

// 	Get the element type of an array. 
 SgType * 	SageInterface::getArrayElementType (SgType *t)

For 1-D array element access a[0], the AST with 3 nodes looks like:

   a[0]          // node 1: SgPntrArrRefExp
  /    \
a       0    //node 3:  SgIntVal
|
// node 2: SgVarRefExp

So the code searching for SgVarRefExp will find a. The next step is to check its type.

SgVarRefExp *vref = ... 
ROSE_ASSERT (vref != NULL);

 SgType* t = vref->get_type();

  if (SgArrayType* atype= isSgArrayType(t)) // now you have array type
  {
    // obtain the dimension vector
    vector<SgExpression*> dimensions  =  SageInterface::get_C_array_dimensions (* atype);
    // dimensions.size() should be 1 if you only handle 1-D array types
    if (dimensions.size() ==1)
    {
      SgPntrArrRefExp * arr_ref_exp = vref->get_parent(); // now you get a[0] from a.
      //do your things you want , with a (vref) and a[o] (arr_ref_exp)

    }
  }
   else if (SageInterface::isScalarType(t))// if scalar types, handle them differently
   {
     ...
   } 

    tests/nonsmoke/functional/CompileTests/mergeAST_tests


// Final most complete version, skip all header files, we cannot unparse changed AST from header files , at least by default

    if (Inliner::skipHeaders)
    { 
      string filename= funcall->get_file_info()->get_filename();
      string suffix = StringUtility ::fileNameSuffix(filename);
      //vector.tcc: This is an internal header file, included by other library headers
      if (suffix=="h" ||suffix=="hpp"|| suffix=="hh"||suffix=="H" ||suffix=="hxx"||suffix=="h++" ||suffix=="tcc")
        return false;

      // also check if it is compiler generated, mostly template instantiations. They are not from user code.
      if (funcall->get_file_info()->isCompilerGenerated() )
        return false;

      // check if the file is within include-staging/ header directories
      if (insideSystemHeader(funcall))
       return false;

    }

//------------partial solutions

bool processStatements(SgNode* n)
{
  ROSE_ASSERT (n!=NULL);
  // Skip compiler generated code, system headers, etc.
  if (isSgLocatedNode(n))
  {
    if (isSgLocatedNode(n)->get_file_info()->isCompilerGenerated())
      return false;
  }
 ...
}

Inside of Sg_File_Info::display(debug.......) 
     isTransformation                      = false 
     isCompilerGenerated                   = true (no position information) 
     isOutputInCodeGeneration              = false 
     isShared                              = false 
     isFrontendSpecific                    = true (part of ROSE support for gnu compatability) 
     isSourcePositionUnavailableInFrontend = false 
     isCommentOrDirective                  = false 
     isToken                               = false 
     file_id  = 2 
     filename = /home/liao6/daily-test-rose/upcwork/install/include/gcc_HEADERS/rose_edg_required_macros_and_functions.h 
     line     = 167  column   = 1 

....
shared[1] int gsj;
Inside of Sg_File_Info::display(debug.......) 
     isTransformation                      = false 
     isCompilerGenerated                   = false 
     isOutputInCodeGeneration              = false 
     isShared                              = false 
     isFrontendSpecific                    = false 
     isSourcePositionUnavailableInFrontend = false 
     isCommentOrDirective                  = false 
     isToken                               = false 
     filename = /home/liao6/svnrepos/mycode/rose/upc/unshared.upc 
     line     = 6  column = 1 
     file_id  = 1 
     filename = /home/liao6/svnrepos/mycode/rose/upc/unshared.upc 
     line     = 6  column   = 1 

  bool insideSystemHeader (SgLocatedNode* node)
  {
    bool rtval = false;
    ROSE_ASSERT (node != NULL);
    Sg_File_Info* finfo = node->get_file_info();
    if (finfo!=NULL)
    {
      string fname = finfo->get_filenameString();
      string buildtree_str1 = string("include-staging/gcc_HEADERS");
      string buildtree_str2 = string("include-staging/g++_HEADERS");
      string installtree_str1 = string("include/edg/gcc_HEADERS");
      string installtree_str2 = string("include/edg/g++_HEADERS");
      // if the file name has a sys header path of either source or build tree
      if ((fname.find (buildtree_str1, 0) != string::npos) ||
          (fname.find (buildtree_str2, 0) != string::npos) ||
          (fname.find (installtree_str1, 0) != string::npos) ||
          (fname.find (installtree_str2, 0) != string::npos)
          )
        rtval = true;
    }
    return rtval;                                                                                                              
  } 




// Insert include "filename" or include <filename> (system header) into the global scope containing the current scope, right after other include XXX.
PreprocessingInfo *     SageInterface::insertHeader (const std::string &filename, PreprocessingInfo::RelativePositionType position=PreprocessingInfo::after, bool isSystemHeader=false, SgScopeStatement *scope=NULL) 

// Build a prototype for an existing function declaration (defining or nondefining is fine).
SgFunctionDeclaration* SageBuilder::buildNondefiningFunctionDeclaration (const SgFunctionDeclaration *funcdecl, SgScopeStatement *scope=NULL)


#include <rose.h>
#include <stdio.h>
using namespace SageInterface;

int main(int argc, char** argv)
{
  SgProject* project = frontend(argc, argv);
  AstTests::runAllTests(project);

// Find a defining function named "bar" under project

  SgFunctionDeclaration* func=
findDeclarationStatement<SgFunctionDeclaration> (project, "bar", NULL,
true);
  ROSE_ASSERT (func != NULL);

// Make a copy and set it to a new name
  SgFunctionDeclaration* func_copy =
isSgFunctionDeclaration(copyStatement (func));
  func_copy->set_name("bar_copy");

// Insert it to a scope
  SgGlobal * glb = getFirstGlobalScope(project);
  appendStatement (func_copy,glb);

#if 0  // fix up the missing symbol, this should be optional now since SageInterface::appendStatement() should handle it transparently. 
  SgFunctionSymbol *func_symbol =  glb->lookup_function_symbol
("bar_copy", func_copy->get_type());
  if (func_symbol == NULL);
  {
    func_symbol = new SgFunctionSymbol (func_copy);
    glb ->insert_symbol("bar_copy", func_symbol);
  }
#endif
  AstTests::runAllTests(project);
  backend(project);
  return 0;
}

// Recursively set source position info(Sg_File_Info) as transformation generated.
SageInterface::setSourcePositionForTransformation (SgNode *root) 

     //Get the actual arguments
     SgExprListExp* actualArguments = NULL;
     if (isSgFunctionCallExp(callSite))
         actualArguments = isSgFunctionCallExp(callSite)->get_args();
     else if (isSgConstructorInitializer(callSite))
         actualArguments = isSgConstructorInitializer(callSite)->get_args();
     ROSE_ASSERT(actualArguments != NULL);

     const SgExpressionPtrList& actualArgList = 
actualArguments->get_expressions();

     //Get the formal arguments.
     SgInitializedNamePtrList formalArgList;
     if (calleeDef != NULL)
         formalArgList = calleeDef->get_declaration()->get_args();

     //The number of actual arguments can be less than the number of 
formal arguments (with implicit arguments) or greater
     //than the number of formal arguments (with varargs)

On 07/25/2012 11:20 AM, Fernando Rannou wrote:
> > Hello
> >
> > We are trying to use ROSE to refactor  a big project consisting of
> > several  *.cc and *.hh files, located at various directories. Each
> > class is defined in a *.hh file and implemented in a *.cc file.
> > Classes include (#include) other class definitions. But we have only
> > found single file examples.
> >
> > Is this possible? If so, how?
> >
> >
> > Thanks

...
// Generate the outlined function into a separated new source file
// -rose:outline:new_file
extern bool useNewFile;
...

git clone https://github.com/rose-compiler/rose.git
Cloning into rose...
error: SSL certificate problem, verify that the CA cert is OK. Details:
error:14090086:SSL routines:SSL3_GET_SERVER_CERTIFICATE:certificate verify failed while accessing https://github.com/rose-compiler/rose.git/info/refs

fatal: HTTP request failed

#Solution 1: Environment variable (temporary)
      $ env GIT_SSL_NO_VERIFY=true git pull

# Solution 2: git-config (permanent)
      # set local configuration
      $ git config --local http.sslVerify false

# Solution 2:  set global configuration
      $ git config --global http.sslVerify false


 mkdir ROSE-build-cmake
 cd ROSE-build-cmake
 cmake .. -DBOOST_ROOT=${ROSE_TEST_BOOST_PATH}  // Example: boost installation path /opt/boost_1_40_0-inst

==[[ROSE Compiler Framework/How to write a How-to|How to write a How-to]]==
{{:ROSE Compiler Framework/How to write a How-to}}

==[[ROSE Compiler Framework/How to do XYZ|How to do XYZ]]==
{{:ROSE Compiler Framework/How to do XYZ}}

A
B
C
 dotGeneratorWholeASTGraph  yourcode.c  // it is best to avoid including any header into your input code to have a small enough tree to visualize.

dotGeneratorWholeASTGraph -rose:help
   -rose:help                     show this help message
   -rose:dotgraph:asmFileFormatFilter           [0|1]  Disable or enable asmFileFormat filter
   -rose:dotgraph:asmTypeFilter                 [0|1]  Disable or enable asmType filter
   -rose:dotgraph:binaryExecutableFormatFilter  [0|1]  Disable or enable binaryExecutableFormat filter
   -rose:dotgraph:commentAndDirectiveFilter     [0|1]  Disable or enable commentAndDirective filter
   -rose:dotgraph:ctorInitializerListFilter     [0|1]  Disable or enable ctorInitializerList filter
   -rose:dotgraph:defaultFilter                 [0|1]  Disable or enable default filter
   -rose:dotgraph:defaultColorFilter            [0|1]  Disable or enable defaultColor filter
   -rose:dotgraph:edgeFilter                    [0|1]  Disable or enable edge filter
   -rose:dotgraph:expressionFilter              [0|1]  Disable or enable expression filter
   -rose:dotgraph:fileInfoFilter                [0|1]  Disable or enable fileInfo filter
   -rose:dotgraph:frontendCompatibilityFilter   [0|1]  Disable or enable frontendCompatibility filter
   -rose:dotgraph:symbolFilter                  [0|1]  Disable or enable symbol filter
   -rose:dotgraph:emptySymbolTableFilter        [0|1]  Disable or enable emptySymbolTable filter
   -rose:dotgraph:typeFilter                    [0|1]  Disable or enable type filter
   -rose:dotgraph:variableDeclarationFilter     [0|1]  Disable or enable variableDeclaration filter
   -rose:dotgraph:variableDefinitionFilter      [0|1]  Disable or enable variableDefinitionFilter filter
   -rose:dotgraph:noFilter                      [0|1]  Disable or enable no filtering
Current filter flags' values are: 
         m_asmFileFormat = 0 
         m_asmType = 0 
         m_binaryExecutableFormat = 0 
         m_commentAndDirective = 1 
         m_ctorInitializer = 0 
         m_default = 1 
         m_defaultColor = 1 
         m_edge = 1 
         m_emptySymbolTable = 0 
         m_expression = 0 
         m_fileInfo = 1 
         m_frontendCompatibility = 0 
         m_symbol = 0 
         m_type = 0 
         m_variableDeclaration = 0 
         m_variableDefinition = 0 
         m_noFilter = 0 


<?xml version="1.0" encoding="UTF-8"?>
<zgrv:config xmlns:zgrv="http://zvtm.sourceforge.net/zgrviewer">
    <zgrv:directories>
        <zgrv:tmpDir value="true">/tmp</zgrv:tmpDir>
        <zgrv:graphDir>/home/liao6/svnrepos</zgrv:graphDir>
        <zgrv:dot>/home/liao6/opt/graphviz-2.18/bin/dot</zgrv:dot>
        <zgrv:neato>/home/liao6/opt/graphviz-2.18/bin/neato</zgrv:neato>
        <zgrv:circo>/home/liao6/opt/graphviz-2.18/bin/circo</zgrv:circo>
        <zgrv:twopi>/home/liao6/opt/graphviz-2.18/bin/twopi</zgrv:twopi>
        <zgrv:graphvizFontDir>/home/liao6/opt/graphviz-2.18/bin</zgrv:graphvizFontDir>
    </zgrv:directories>
    <zgrv:webBrowser autoDetect="true" options="" path=""/>
    <zgrv:proxy enable="false" host="" port="80"/>
    <zgrv:preferences antialiasing="false" cmdL_options=""
        highlightColor="-65536" magFactor="2.0" saveWindowLayout="false"
        sdZoom="false" sdZoomFactor="2" silent="true"/>
    <zgrv:plugins/>
    <zgrv:commandLines/>
</zgrv:config>

#!/bin/sh

# If you want to be able to run ZGRViewer from any directory,
# set ZGRV_HOME to the absolute path of ZGRViewer's main directory
# e.g. ZGRV_HOME=/usr/local/zgrviewer

ZGRV_HOME=/home/liao6/opt/zgrviewer-0.8.1

java -jar $ZGRV_HOME/target/zgrviewer-0.8.1.jar "$@"

# make sure the environment variables(PATH, LD_LIBRARY_PATH) for the installed rose are correctly set
which dotGeneratorWholeASTGraph
~/workspace/masterClean/build64/install/bin/dotGeneratorWholeASTGraph

# run the dot graph generator
dotGeneratorWholeASTGraph -c ttt.c

#see it
which run.sh
~/64home/opt/zgrviewer-0.8.2/run.sh

run.sh ttt.c_WholeAST.dot


// You can call the following functions with gdb

   //! Pretty print AST horizontally, output to std output
   void SageInterface::printAST (SgNode* node); 


   //! Pretty print AST horizontally, output to a specified text file
   void SageInterface::printAST (SgNode* node, const char* filename); 

   //! Pretty print AST horizontally, output to a specified text file.
   void SageInterface::printAST2TextFile (SgNode* node, const char* filename, bool printTypes=true);

(gdb) up
#7  0x00007ffff418ab5d in Unparse_ExprStmt::unparseExprStmt (this=0x1a1bf950, stmt=0x7fffda63ce30, info=...) at ../../../sourcetree/src/backend/unparser/CxxCodeGeneration/unparseCxx_statements.C:9889

(gdb) p SageInterface::printAST(stmt)
└──@0x7fffda63ce30 SgExprStatement transformation 0:0
    └──@0x7fffd8488790 SgFunctionCallExp transformation 0:0
        ├──@0x7fffe6211910 SgMemberFunctionRefExp transformation 0:0
        └──@0x7fffd7f2c370 SgExprListExp transformation 0:0
            └──@0x7fffd8488720 SgFunctionCallExp transformation 0:0
                ├──@0x7fffe6211988 SgMemberFunctionRefExp transformation 0:0
                └──@0x7fffd7f2c3d8 SgExprListExp transformation 0:0
$2 = void


(gdb) up 10
#48 0x00007ffff40dce69 in Unparser::unparseFile (this=0x7fffffff8c60, file=0x7fffeb786010, info=..., unparseScope=0x0) at ../../../sourcetree/src/backend/unparser/unparser.C:945
(gdb) p SageInterface::printAST2TextFile(file,"test.txt")

└──@0x7fe9f1916010 SgProject
    └──@0xb45730 SgFileList
        └──@0x7fe9f17be010 SgSourceFile
            ├──@0x7fe9fdf19120 SgGlobal test_qualifiedName.cpp 0:0
            │   ├──@0x7fe9f159a010 SgTypedefDeclaration rose_edg_required_macros_and_functions.h 0:0
            │   │   └── NULL
            │   ├──@0x7fe9f159a390 SgTypedefDeclaration rose_edg_required_macros_and_functions.h 0:0
            │   │   └── NULL
            │   ├──@0x7fe9f0f59010 SgFunctionDeclaration rose_edg_required_macros_and_functions.h 0:0 "::feclearexcept"
            │   │   ├──@0x7fe9f1391010 SgFunctionParameterList rose_edg_required_macros_and_functions.h 0:0
            │   │   │   └──@0x7fe9f1258010 SgInitializedName rose_edg_required_macros_and_functions.h 0:0 "::__excepts"
            │   │   │       └── NULL
            │   │   ├── NULL
            │   │   └── NULL
            │   ├──@0x7fe9f0f59540 SgFunctionDeclaration rose_edg_required_macros_and_functions.h 0:0 "::fegetexceptflag"
            │   │   ├──@0x7fe9f1391630 SgFunctionParameterList rose_edg_required_macros_and_functions.h 0:0
            │   │   │   ├──@0x7fe9f1258420 SgInitializedName rose_edg_required_macros_and_functions.h 0:0 "::__flagp"
            │   │   │   │   └── NULL
            │   │   │   └──@0x7fe9f1258628 SgInitializedName rose_edg_required_macros_and_functions.h 0:0 "::__excepts"
            │   │   │       └── NULL
            │   │   ├── NULL
            │   │   └── NULL

              ...

            │   └──@0x7fe9eff218c0 SgFunctionDeclaration test_qualifiedName.cpp 14:1 "::foo"
            │       ├──@0x7fe9ef5e0320 SgFunctionParameterList test_qualifiedName.cpp 14:1
            │       │   ├──@0x7fe9ef495278 SgInitializedName test_qualifiedName.cpp 14:13 "x"
            │       │   │   └── NULL
            │       │   └──@0x7fe9ef495480 SgInitializedName test_qualifiedName.cpp 14:20 "y"
            │       │       └── NULL
            │       ├── NULL
            │       └──@0x7fe9ee8f3010 SgFunctionDefinition test_qualifiedName.cpp 15:1
            │           └──@0x7fe9ee988010 SgBasicBlock test_qualifiedName.cpp 15:1
            │               ├──@0x7fe9eee1ba90 SgVariableDeclaration test_qualifiedName.cpp 16:3
            │               │   ├── NULL
            │               │   └──@0x7fe9ef495688 SgInitializedName test_qualifiedName.cpp 16:3 "z"
            │               │       └── NULL
            │               ├──@0x7fe9ee7ad010 SgExprStatement test_qualifiedName.cpp 17:3
            │               │   └──@0x7fe9ee7dc010 SgAssignOp test_qualifiedName.cpp 17:5
            │               │       ├──@0x7fe9ee8c0010 SgVarRefExp test_qualifiedName.cpp 17:3
            │               │       └──@0x7fe9ee813010 SgAddOp test_qualifiedName.cpp 17:9
            │               │           ├──@0x7fe9ee8c0078 SgVarRefExp test_qualifiedName.cpp 17:7
            │               │           └──@0x7fe9ee84a010 SgMultiplyOp test_qualifiedName.cpp 17:12
            │               │               ├──@0x7fe9ee8c00e0 SgVarRefExp test_qualifiedName.cpp 17:11
            │               │               └──@0x7fe9ee881010 SgIntVal test_qualifiedName.cpp 17:13
            │               └──@0x7fe9ee77e010 SgReturnStmt test_qualifiedName.cpp 18:3
            │                   └──@0x7fe9ee8c0148 SgVarRefExp test_qualifiedName.cpp 18:10
            ├── NULL
            ├── NULL
            └── NULL

astToHTML file.C

firefox file.C.html

Rose_STL_Container<SgNode*> ProgramHeaderStatementList = NodeQuery::querySubTree (project,V_SgProgramHeaderStatement);
for (Rose_STL_Container<SgNode*>::iterator i = ProgramHeaderStatementList.begin(); i != ProgramHeaderStatementList.end(); i++)
{
    SgProgramHeaderStatement* ProgramHeaderStatement = isSgProgramHeaderStatement(*i);
    ...
}

class f2cTraversal : public AstSimpleProcessing
{
  public:
    virtual void visit(SgNode* n);
};

void f2cTraversal::visit(SgNode* n)
{
  switch(n->variantT())
  {
    case V_SgSourceFile:
      {
        SgFile* fileNode = isSgFile(n);
        translateFileName(fileNode);
      }
      break;
    case V_SgProgramHeaderStatement:
      {
        ...
      }
      break;
    default:
      break;
  }
}

/*
toy code
by Liao, 12/14/2007
*/
#include "rose.h"
#include <iostream>
using namespace std;

class visitorTraversal : public AstSimpleProcessing
{
  protected:
    virtual void visit(SgNode* n);
};

void visitorTraversal::visit(SgNode* node)
{
  if (node->variantT() == V_SgPragmaDeclaration) {
      cout << "pragma!" << endl;
  }
}

int main(int argc, char * argv[])
{
  SgProject *project = frontend (argc, argv);
  visitorTraversal myvisitor;
  myvisitor.traverseInputFiles(project,preorder);

  return backend(project);
}


//     Tile the n-level (starting from 1) loop of a perfectly nested loop nest using tiling size s.
bool     loopTiling (SgForStatement *loopNest, size_t targetLevel, size_t tileSize)

void SgFile::set_unparse_output_filename (std::string unparse_output_filename ) 

void SgFile::set_outputLanguage(SgFile::outputLanguageOption_enum outputLanguage) 	

 We use set_C_only for the Fortran to C translation.  This process might be optional.

void SgFile::set_C_only(bool C_only)

export LD_LIBRARY_PATH=${ROSE_INSTALL}/lib:${BOOST_INSTALL}/lib:$LD_LIBRARY_PATH

// ROSE translator example: identity translator.
//
// No AST manipulations, just a simple translation:
//
//    input_code > ROSE AST > output_code

#include <rose.h>

int main (int argc, char** argv)
{
    // Build the AST used by ROSE
    SgProject* project = frontend(argc, argv);

    // Run internal consistency tests on AST
    AstTests::runAllTests(project);

    // Insert your own manipulations of the AST here...

    // Generate source code from AST and invoke your
    // desired backend compiler
    return backend(project);
}

# Sample makefile for programs that use the ROSE library.
#
# ROSE has a number of configuration details that must be present when
# compiling and linking a user program with ROSE, and some of these 
# details are difficult to get right.  The most foolproof way to get
# these details into your own makefile is to use the "rose-config"
# tool. 
#
#
# This makefile assumes:
#   1. The ROSE library has been properly installed (refer to the
#      documentation for configuring, building, and installing ROSE).
#
#   2. The top of the installation directory is $(ROSE_INSTALLED). This
#      is the same directory you specified for the "--prefix" argument
#      of the "configure" script, or the "CMAKE_INSTALL_PREFIX" if using 
#      cmake. E.g., "/usr/local".
#
# The "rose-config" tool currently only works for ROSE configured with
# GNU auto tools (e.g., you ran "configure" when you built and
# installed ROSE). The "cmake" configuration is not currently
# supported by "rose-config" [September 2015].
##############################################################################

# Standard C++ compiler stuff (see rose-config --help)
CXX      = $(shell $(ROSE_INSTALLED)/bin/rose-config cxx)
CPPFLAGS = $(shell $(ROSE_INSTALLED)/bin/rose-config cppflags)
CXXFLAGS = $(shell $(ROSE_INSTALLED)/bin/rose-config cxxflags)
LDFLAGS  = $(shell $(ROSE_INSTALLED)/bin/rose-config ldflags)
LIBDIRS  = $(shell $(ROSE_INSTALLED)/bin/rose-config libdirs)

MOSTLYCLEANFILES =

##############################################################################
# Assuming your source code is "demo.C" to build an executable named "demo".

all: demo

demo.o: demo.C
   $(CXX) $(CPPFLAGS) $(CXXFLAGS) -o $@ -c $^ 

demo: demo.o
   $(CXX) $(CXXFLAGS) -o $@ $^ $(LDFLAGS)
   @echo "Remember to set:" 
   @echo "  LD_LIBRARY_PATH=$(LIBDIRS):$$LD_LIBRARY_PATH"

MOSTLYCLEANFILES += demo demo.o

##############################################################################
# Standard boilerplate

.PHONY: clean 
clean:
   rm -f $(MOSTLYCLEANFILES)
 

 ../rose/configure—with-CXX_DEBUG=-g --with-C_OPTIMIZE=-O0—with-CXX_OPTIMIZE=-O0  ...

cd buildDebug/
-bash-4.2$ head config.log

  $ ../sourcetree/configure --with-java=/path/to/java/jdk/1.8.0_131 --with-boost=/path/to/boost/1_60_0/gcc/4.9.3 --with-CXX_DEBUG=-g --with-C_OPTIMIZE=-O0 --with-CXX_OPTIMIZE=-O0 --enable-languages=c++,fortran


-g
# how to print out information about a AST node
#-------------------------------------
(gdb) print n
$1 = (SgNode *) 0xb7f12008

# Check the type of a node
#-------------------------------------
(gdb) print n->sage_class_name()
$2 = 0x578b3af "SgFile"

(gdb) print n->get_parent()
$7 = (SgNode *) 0x95e75b8

# Convert a node to its real node type then call its member functions
#---------------------------
(gdb) isSgFile(n)->getFileName ()

#-------------------------------------
# When displaying a pointer to an object, identify the actual (derived) type of the object 
# rather than the declared type, using the virtual function table. 
#-------------------------------------
(gdb) set print object on
(gdb) print astNode
$6 = (SgPragmaDeclaration *) 0xb7c68008

# unparse the AST from a node
# Only works for AST pieces with full scope information
# It will report error if scope information is not available at any ancestor level.
#-------------------------------------
(gdb) print n->unparseToString()

# print out Sg_File_Info 
#-------------------------------------
(gdb) print n->get_file_info()->display()


  4 #include "rose.h"
  5 
  6 class visitorTraversal : public AstSimpleProcessing
  7    {
  8      public:
  9           visitorTraversal();
 10           virtual void visit(SgNode* n);
 11           virtual void atTraversalEnd();
 12    };
 13 
 14 visitorTraversal::visitorTraversal()
 15    {
 16    }
 17 
 18 void visitorTraversal::visit(SgNode* n)
 19    {
 20      if (isSgForStatement(n) != NULL)
 21         {
 22           printf ("Found a for loop ... \n");
 23         }
 24    }
 25 
 26 void visitorTraversal::atTraversalEnd()
 27    {
 28      printf ("Traversal ends here. \n");
 29    }
 30 
 31 int
 32 main ( int argc, char* argv[] )
 33    {
 34   // Initialize and check compatibility. See Rose::initialize
 35      ROSE_INITIALIZE;
 36 
 37      if (SgProject::get_verbose() > 0)
 38           printf ("In visitorTraversal.C: main() \n");
 39 
 40      SgProject* project = frontend(argc,argv);
 41      ROSE_ASSERT (project != NULL);
 42 
 43   // Build the traversal object
 44      visitorTraversal exampleTraversal;
 45 
 46   // Call the traversal function (member function of AstSimpleProcessing)
 47   // starting at the project node of the AST, using a preorder traversal.
 48      exampleTraversal.traverseInputFiles(project,preorder);
 49 
 50      return 0;
 51    }


Found a for loop ...
Found a for loop ...
Traversal ends here.

gdb -args ./demo -c inputCode_ExampleTraversals.C

// r means run: It is usually a good practice to run the program without setting breakpoints first to see if it can run normally
//     Or to reproduce an assertion error or seg fault
(gdb) r
Starting program: /home/liao6/workspace/rose/2019-10-31_14-16-05_-0700/myTranslator/./demo -c inputCode_ExampleTraversals.C
...
[Thread debugging using libthread_db enabled]
Using host libthread_db library "/lib64/libthread_db.so.1".
Found a for loop ...
Found a for loop ...
Traversal ends here.
[Inferior 1 (process 44697) exited normally]
...
(gdb)

// This program has no errors. So we set a break point at line 22 of demo.C

(gdb) b demo.C:22
Breakpoint 1 at 0x40b0e2: file demo.C, line 22.

// We expect this breakpoint will be hit twice since the input code has only two loops. We try to verify this:
(gdb) r
Starting program: /home/liao6/workspace/rose/2019-10-31_14-16-05_-0700/myTranslator/./demo -c inputCode_ExampleTraversals.C
warning: File "/nfs/casc/overture/ROSE/opt/rhel7/x86_64/gcc/4.9.3/mpc/1.0/mpfr/3.1.2/gmp/5.1.2/lib64/libstdc++.so.6.0.20-gdb.py" auto-loading has been declined by your `auto-load safe-path' set to "$debugdir:$datadir/auto-load:/usr/bin/mono-gdb.py".
[Thread debugging using libthread_db enabled]
Using host libthread_db library "/lib64/libthread_db.so.1".

Breakpoint 1, visitorTraversal::visit (this=0x7fffffffb430, n=0x7fffe87db010) at demo.C:22
22                printf ("Found a for loop ... \n");

// Hit breakpoint 1 once, try to continue to see what will happen

(gdb) c
Continuing.
Found a for loop ...

Breakpoint 1, visitorTraversal::visit (this=0x7fffffffb430, n=0x7fffe87db138) at demo.C:22
22                printf ("Found a for loop ... \n");

// Hit breakpoint 1 for the second time, try to continue

(gdb) c
Continuing.
Found a for loop ...
Traversal ends here.
[Inferior 1 (process 46262) exited normally]

// The program terminates now , no more stop at breakpoint 1.

// ----------now we inspect the variable n at the breakpoint 1
// return the program and hit Breakpoint 1
(gdb) r

Breakpoint 1, visitorTraversal::visit (this=0x7fffffffb430, n=0x7fffe87db010) at demo.C:22
22                printf ("Found a for loop ... \n");

//print out the casted n : it is indeed a SgForStatement

(gdb) p isSgForStatement(n)
$1 = (SgForStatement *) 0x7fffe87db010

// Inspect the file info of this ForStatement, understanding where it is coming from in the source code.
 
(gdb) p isSgForStatement(n)->get_file_info()->display()
Inside of Sg_File_Info::display() of this pointer = 0x7fffe94d58b0
     isTransformation                      = false
     isCompilerGenerated                   = false
     isOutputInCodeGeneration              = false
     isShared                              = false
     isFrontendSpecific                    = false
     isSourcePositionUnavailableInFrontend = false
     isCommentOrDirective                  = false
     isToken                               = false
     isDefaultArgument                     = false
     isImplicitCast                        = false
     filename = /home/liao6/workspace/rose/2019-10-31_14-16-05_-0700/myTranslator/inputCode_ExampleTraversals.C
     line     = 20  column = 6
     physical_file_id       = 0 = /home/liao6/workspace/rose/2019-10-31_14-16-05_-0700/myTranslator/inputCode_ExampleTraversals.C
     physical_line          = 20
     source_sequence_number = 8726
$2 = void

// ----------- We want to inspect when the SgForStatement nodes are created in the execution
// set a breakpoint at the post_construciton_initialization() method of SgForStatement

(gdb) b SgForStatement::post_construction_initialization()
Breakpoint 2 at 0x7ffff3d6495f: file Cxx_Grammar.C, line 139566.

// Disable Breapoint 1 for now
(gdb) disable 1

(gdb) info breakpoints
Num     Type           Disp Enb Address            What
1       breakpoint     keep n   0x000000000040b0e2 in visitorTraversal::visit(SgNode*) at demo.C:22
        breakpoint already hit 1 time
2       breakpoint     keep y   0x00007ffff3d6495f in SgForStatement::post_construction_initialization() at Cxx_Grammar.C:139566

// run until the Breakpoint 2 is hit
(gdb) r
The program being debugged has been started already.
Start it from the beginning? (y or n) y

Breakpoint 2, SgForStatement::post_construction_initialization (this=0x7fffe87db010) at Cxx_Grammar.C:139566
139566       if (p_for_init_stmt == NULL) {

//  use backtrace to check the function call stacks leading to this stop of Breakpoint 2. 
//  You can clearly see the callchain from main() all the way to the breakpoint.

(gdb) bt
#0  SgForStatement::post_construction_initialization (this=0x7fffe87db010) at Cxx_Grammar.C:139566
#1  0x00007ffff54e55d8 in SgForStatement::SgForStatement (this=0x7fffe87db010, test=0x0, increment=0x0, loop_body=0x0)
    at Cxx_GrammarNewConstructors.C:5258
#2  0x00007ffff5bb04ce in EDG_ROSE_Translation::parse_statement (sse=..., existingBasicBlock=0x0)
    at ../../../../../../sourcetree/src/frontend/CxxFrontend/EDG/edgRose/edgRose.C:49637
#3  0x00007ffff5bbb5ea in EDG_ROSE_Translation::parse_statement_list (sse=..., orig_kind=iek_statement, orig_ptr=0x115f810)
    at ../../../../../../sourcetree/src/frontend/CxxFrontend/EDG/edgRose/edgRose.C:53079
#4  0x00007ffff5bb0221 in EDG_ROSE_Translation::parse_statement (sse=..., existingBasicBlock=0x7fffe8934010)
    at ../../../../../../sourcetree/src/frontend/CxxFrontend/EDG/edgRose/edgRose.C:49492
#5  0x00007ffff5c09217 in EDG_ROSE_Translation::parse_function_body<SgFunctionDeclaration> (sse_base=..., p=0x1151ad0, decl=0x7fffe9e21698)
    at ../../../../../../sourcetree/src/frontend/CxxFrontend/EDG/edgRose/edgRose.C:36262
#6  0x00007ffff5b844fa in EDG_ROSE_Translation::convert_routine (p=0x1151ad0, forceTemplateDeclaration=false, edg_template=0x0,
    optional_nondefiningTemplateDeclaration=0x0) at ../../../../../../sourcetree/src/frontend/CxxFrontend/EDG/edgRose/edgRose.C:34343
#7  0x00007ffff5b703cf in EDG_ROSE_Translation::parse_routine (sse=..., forceTemplateDeclaration=false, edg_template=0x0, forceSecondaryDeclaration=false)
    at ../../../../../../sourcetree/src/frontend/CxxFrontend/EDG/edgRose/edgRose.C:29866
#8  0x00007ffff5be6f78 in EDG_ROSE_Translation::parse_global_or_namespace_scope_entity (sse=...)
    at ../../../../../../sourcetree/src/frontend/CxxFrontend/EDG/edgRose/edgRose.C:64638
#9  0x00007ffff5bea2df in EDG_ROSE_Translation::parse_global_scope (inputGlobalScope=0x7ffff7ec3120, sse=..., skip_ast_translation=false)
    at ../../../../../../sourcetree/src/frontend/CxxFrontend/EDG/edgRose/edgRose.C:65427
#10 0x00007ffff5bedbee in sage_back_end (sageFile=...) at ../../../../../../sourcetree/src/frontend/CxxFrontend/EDG/edgRose/edgRose.C:66777
#11 0x00007ffff5beea8a in cfe_main (argc=44, argv=0x702f80, sageFile=...)
    at ../../../../../../sourcetree/src/frontend/CxxFrontend/EDG/edgRose/edgRose.C:66992
#12 0x00007ffff5beebe7 in edg_main (argc=44, argv=0x702f80, sageFile=...)
    at ../../../../../../sourcetree/src/frontend/CxxFrontend/EDG/edgRose/edgRose.C:67093
#13 0x00007ffff3c14629 in SgSourceFile::build_C_and_Cxx_AST (this=0x7fffeb45e010, argv=..., inputCommandLine=...)
    at ../../../../sourcetree/src/frontend/SageIII/sage_support/sage_support.cpp:5430
#14 0x00007ffff3c1587a in SgSourceFile::buildAST (this=0x7fffeb45e010, argv=..., inputCommandLine=...)
    at ../../../../sourcetree/src/frontend/SageIII/sage_support/sage_support.cpp:5983
#15 0x00007ffff3c0e5b7 in SgFile::callFrontEnd (this=0x7fffeb45e010) at ../../../../sourcetree/src/frontend/SageIII/sage_support/sage_support.cpp:3119
#16 0x00007ffff3c0b576 in SgSourceFile::callFrontEnd (this=0x7fffeb45e010)
    at ../../../../sourcetree/src/frontend/SageIII/sage_support/sage_support.cpp:2137
#17 0x00007ffff3c0a005 in SgFile::runFrontend (this=0x7fffeb45e010, nextErrorCode=@0x7fffffffaadc: 0)
    at ../../../../sourcetree/src/frontend/SageIII/sage_support/sage_support.cpp:1606
#18 0x00007ffff3c12924 in Rose::Frontend::RunSerial (project=0x7fffeb555010)
    at ../../../../sourcetree/src/frontend/SageIII/sage_support/sage_support.cpp:4613
#19 0x00007ffff3c12593 in Rose::Frontend::Run (project=0x7fffeb555010) at ../../../../sourcetree/src/frontend/SageIII/sage_support/sage_support.cpp:4506
#20 0x00007ffff3c0b84d in SgProject::RunFrontend (this=0x7fffeb555010) at ../../../../sourcetree/src/frontend/SageIII/sage_support/sage_support.cpp:2209
#21 0x00007ffff3c0bcb2 in SgProject::parse (this=0x7fffeb555010) at ../../../../sourcetree/src/frontend/SageIII/sage_support/sage_support.cpp:2334
#22 0x00007ffff3c0b0d4 in SgProject::parse (this=0x7fffeb555010, argv=...)
    at ../../../../sourcetree/src/frontend/SageIII/sage_support/sage_support.cpp:2028
#23 0x00007ffff3cbd2e9 in SgProject::SgProject (this=0x7fffeb555010, argv=..., frontendConstantFolding=false) at Cxx_Grammar.C:29114
#24 0x00007ffff645fd54 in frontend (argv=..., frontendConstantFolding=false) at ../../../sourcetree/src/roseSupport/utility_functions.C:628
#25 0x00007ffff645fc10 in frontend (argc=3, argv=0x7fffffffb578, frontendConstantFolding=false)
    at ../../../sourcetree/src/roseSupport/utility_functions.C:590
#26 0x000000000040b152 in main (argc=3, argv=0x7fffffffb578) at demo.C:40
(gdb)

// Again, Breakpoint 2 will be hit twice since we only have two for loops in the input code

(gdb) c
Continuing.

Breakpoint 2, SgForStatement::post_construction_initialization (this=0x7fffe87db138) at Cxx_Grammar.C:139566
139566       if (p_for_init_stmt == NULL) {
(gdb) c
Continuing.
Found a for loop ...
Found a for loop ...
Traversal ends here.
[Inferior 1 (process 47292) exited normally]

// Add a condition to Breakpoint 2: stop only when the this pointers is equal to a memory address
(gdb) cond 2 (unsigned long)this==(unsigned long)0x7fffe87db138

// run the program: now it will stop only when the condition for Breakpoint 2 is met, skipping all other hits to Breakpoint 2. 
(gdb) r
Starting program: /home/liao6/workspace/rose/2019-10-31_14-16-05_-0700/myTranslator/./demo -c inputCode_ExampleTraversals.C
..
[Thread debugging using libthread_db enabled]
Using host libthread_db library "/lib64/libthread_db.so.1".

Breakpoint 2, SgForStatement::post_construction_initialization (this=0x7fffe87db138) at Cxx_Grammar.C:139566
139566       if (p_for_init_stmt == NULL) {

// continue the execution, after doing inspections you want. It should go to the normal termination, skipping other hits to Breakpoint 2. 
(gdb) c
Continuing.
Found a for loop ...
Found a for loop ...
Traversal ends here.
[Inferior 1 (process 47785) exited normally]


(gdb) info breakpoints
Num     Type           Disp Enb Address            What
1       breakpoint     keep n   0x000000000040b0e2 in visitorTraversal::visit(SgNode*) at demo.C:22
2       breakpoint     keep y   0x00007ffff3d6495f in SgForStatement::post_construction_initialization() at Cxx_Grammar.C:139566
        stop only if (unsigned long)this==(unsigned long)0x7fffe87db138
        breakpoint already hit 1 time

(gdb) r
Starting program: /home/liao6/workspace/rose/2019-10-31_14-16-05_-0700/myTranslator/./demo -c inputCode_ExampleTraversals.C

[Thread debugging using libthread_db enabled]
Using host libthread_db library "/lib64/libthread_db.so.1".

Breakpoint 2, SgForStatement::post_construction_initialization (this=0x7fffe87db138) at Cxx_Grammar.C:139566
139566       if (p_for_init_stmt == NULL) {

// the data member storing parent pointer of an AST node is p_parent
// it is now have NULL value 
(gdb) p p_parent
$3 = (SgNode *) 0x0

// we obtain the memory address of p_parent
(gdb) p &p_parent
$4 = (SgNode **) 0x7fffe87db140

// watch value changes of this address
// Must deference the address with * , or it will won't work by saying "Cannot watch constant value"

(gdb) watch *0x7fffe87db140

// We can now watch the value changes to this memory address
// Let's restart the program from the beginning:

(gdb) r
Starting program: /home/liao6/workspace/rose/2019-10-31_14-16-05_-0700/myTranslator/./demo -c inputCode_ExampleTraversals.C
[Thread debugging using libthread_db enabled]
Using host libthread_db library "/lib64/libthread_db.so.1".
Hardware watchpoint 2: *0x7fffe87db140

Old value = <unreadable>
New value = 0

SgNode::SgNode (this=0x7fffe87db138) at Cxx_Grammar.C:2128
2128         p_isModified = false;

// we check when the first time its value is changed: the constructor of ancestor node SgNode

(gdb) bt
#0  SgNode::SgNode (this=0x7fffe87db138) at Cxx_Grammar.C:2128
#1  0x00007ffff3d19f01 in SgLocatedNode::SgLocatedNode (this=0x7fffe87db138, startOfConstruct=0x0) at Cxx_Grammar.C:85278
#2  0x00007ffff3d59798 in SgStatement::SgStatement (this=0x7fffe87db138, startOfConstruct=0x0) at Cxx_Grammar.C:134029
#3  0x00007ffff3d59fcc in SgScopeStatement::SgScopeStatement (this=0x7fffe87db138, file_info=0x0) at Cxx_Grammar.C:134289
#4  0x00007ffff54e54e0 in SgForStatement::SgForStatement (this=0x7fffe87db138, test=0x0, increment=0x0, loop_body=0x0)
    at Cxx_GrammarNewConstructors.C:5230
#5  0x00007ffff5bb04ce in EDG_ROSE_Translation::parse_statement (sse=..., existingBasicBlock=0x0)
    at ../../../../../../sourcetree/src/frontend/CxxFrontend/EDG/edgRose/edgRose.C:49637
#6  0x00007ffff5bbb5ea in EDG_ROSE_Translation::parse_statement_list (sse=..., orig_kind=iek_statement, orig_ptr=0x1162200)
    at ../../../../../../sourcetree/src/frontend/CxxFrontend/EDG/edgRose/edgRose.C:53079
#7  0x00007ffff5bb0221 in EDG_ROSE_Translation::parse_statement (sse=..., existingBasicBlock=0x7fffe8934470)
    at ../../../../../../sourcetree/src/frontend/CxxFrontend/EDG/edgRose/edgRose.C:49492
#8  0x00007ffff5c09217 in EDG_ROSE_Translation::parse_function_body<SgFunctionDeclaration> (sse_base=..., p=0x1151fc0, decl=0x7fffe9e21e68)
    at ../../../../../../sourcetree/src/frontend/CxxFrontend/EDG/edgRose/edgRose.C:36262
#9  0x00007ffff5b844fa in EDG_ROSE_Translation::convert_routine (p=0x1151fc0, forceTemplateDeclaration=false, edg_template=0x0,
    optional_nondefiningTemplateDeclaration=0x0) at ../../../../../../sourcetree/src/frontend/CxxFrontend/EDG/edgRose/edgRose.C:34343
#10 0x00007ffff5b703cf in EDG_ROSE_Translation::parse_routine (sse=..., forceTemplateDeclaration=false, edg_template=0x0, forceSecondaryDeclaration=false)
    at ../../../../../../sourcetree/src/frontend/CxxFrontend/EDG/edgRose/edgRose.C:29866
#11 0x00007ffff5be6f78 in EDG_ROSE_Translation::parse_global_or_namespace_scope_entity (sse=...)
    at ../../../../../../sourcetree/src/frontend/CxxFrontend/EDG/edgRose/edgRose.C:64638
#12 0x00007ffff5bea2df in EDG_ROSE_Translation::parse_global_scope (inputGlobalScope=0x7ffff7ec3120, sse=..., skip_ast_translation=false)
    at ../../../../../../sourcetree/src/frontend/CxxFrontend/EDG/edgRose/edgRose.C:65427
#13 0x00007ffff5bedbee in sage_back_end (sageFile=...) at ../../../../../../sourcetree/src/frontend/CxxFrontend/EDG/edgRose/edgRose.C:66777
#14 0x00007ffff5beea8a in cfe_main (argc=44, argv=0x702f80, sageFile=...)
    at ../../../../../../sourcetree/src/frontend/CxxFrontend/EDG/edgRose/edgRose.C:66992
#15 0x00007ffff5beebe7 in edg_main (argc=44, argv=0x702f80, sageFile=...)
    at ../../../../../../sourcetree/src/frontend/CxxFrontend/EDG/edgRose/edgRose.C:67093
#16 0x00007ffff3c14629 in SgSourceFile::build_C_and_Cxx_AST (this=0x7fffeb45e010, argv=..., inputCommandLine=...)
    at ../../../../sourcetree/src/frontend/SageIII/sage_support/sage_support.cpp:5430
#17 0x00007ffff3c1587a in SgSourceFile::buildAST (this=0x7fffeb45e010, argv=..., inputCommandLine=...)
    at ../../../../sourcetree/src/frontend/SageIII/sage_support/sage_support.cpp:5983
#18 0x00007ffff3c0e5b7 in SgFile::callFrontEnd (this=0x7fffeb45e010) at ../../../../sourcetree/src/frontend/SageIII/sage_support/sage_support.cpp:3119
#19 0x00007ffff3c0b576 in SgSourceFile::callFrontEnd (this=0x7fffeb45e010)
    at ../../../../sourcetree/src/frontend/SageIII/sage_support/sage_support.cpp:2137
#20 0x00007ffff3c0a005 in SgFile::runFrontend (this=0x7fffeb45e010, nextErrorCode=@0x7fffffffaadc: 0)
    at ../../../../sourcetree/src/frontend/SageIII/sage_support/sage_support.cpp:1606
#21 0x00007ffff3c12924 in Rose::Frontend::RunSerial (project=0x7fffeb555010)
    at ../../../../sourcetree/src/frontend/SageIII/sage_support/sage_support.cpp:4613
#22 0x00007ffff3c12593 in Rose::Frontend::Run (project=0x7fffeb555010) at ../../../../sourcetree/src/frontend/SageIII/sage_support/sage_support.cpp:4506
#23 0x00007ffff3c0b84d in SgProject::RunFrontend (this=0x7fffeb555010) at ../../../../sourcetree/src/frontend/SageIII/sage_support/sage_support.cpp:2209
#24 0x00007ffff3c0bcb2 in SgProject::parse (this=0x7fffeb555010) at ../../../../sourcetree/src/frontend/SageIII/sage_support/sage_support.cpp:2334
#25 0x00007ffff3c0b0d4 in SgProject::parse (this=0x7fffeb555010, argv=...)
    at ../../../../sourcetree/src/frontend/SageIII/sage_support/sage_support.cpp:2028
#26 0x00007ffff3cbd2e9 in SgProject::SgProject (this=0x7fffeb555010, argv=..., frontendConstantFolding=false) at Cxx_Grammar.C:29114
#27 0x00007ffff645fd54 in frontend (argv=..., frontendConstantFolding=false) at ../../../sourcetree/src/roseSupport/utility_functions.C:628
#28 0x00007ffff645fc10 in frontend (argc=3, argv=0x7fffffffb578, frontendConstantFolding=false)
    at ../../../sourcetree/src/roseSupport/utility_functions.C:590
#29 0x000000000040b152 in main (argc=3, argv=0x7fffffffb578) at demo.C:40

// We continue the execution

(gdb) c
Continuing.
Hardware watchpoint 2: *0x7fffe87db140

Old value = 0
New value = -393001872
SgNode::set_parent (this=0x7fffe87db138, parent=0x7fffe8934470) at Cxx_Grammar.C:1684
1684         if ( ( variantT() == V_SgClassDeclaration ) && ( parent != NULL && parent->variantT() == V_SgFunctionParameterList ) )

//  Now we found that this p_parent field is set by calling set_parent(). We can inspect the call stack and other things of interests
(gdb) bt
#0  SgNode::set_parent (this=0x7fffe87db138, parent=0x7fffe8934470) at Cxx_Grammar.C:1684
#1  0x00007ffff5bb04ef in EDG_ROSE_Translation::parse_statement (sse=..., existingBasicBlock=0x0)
    at ../../../../../../sourcetree/src/frontend/CxxFrontend/EDG/edgRose/edgRose.C:49643
#2  0x00007ffff5bbb5ea in EDG_ROSE_Translation::parse_statement_list (sse=..., orig_kind=iek_statement, orig_ptr=0x1162200)
    at ../../../../../../sourcetree/src/frontend/CxxFrontend/EDG/edgRose/edgRose.C:53079
#3  0x00007ffff5bb0221 in EDG_ROSE_Translation::parse_statement (sse=..., existingBasicBlock=0x7fffe8934470)
    at ../../../../../../sourcetree/src/frontend/CxxFrontend/EDG/edgRose/edgRose.C:49492
.... // omitted

(gdb) c
Continuing.
Found a for loop ...
Found a for loop ...
Traversal ends here.
[Inferior 1 (process 54495) exited normally]

// No more value changes to the same memory address, as expected. 

../sourcetree/configure—with-CXX_DEBUG=-g --with-C_OPTIMIZE=-O0—with-CXX_OPTIMIZE=-O0  ...

$ libtool --mode=execute gdb --args ./built_in_translator file1.c

alias debug='libtool --mode=execute gdb -args' 

$ debug ./built_in_translator file1.c

$ make check
...
./testVirtualCFG \
    --edg:no_warnings -w -rose:verbose 0 --edg:restrict \
    -I$ROSE/tests/CompileTests/virtualCFG_tests/../Cxx_tests \
    -I$ROSE/sourcetree/tests/CompileTests/A++Code \
    -c $ROSE/sourcetree/tests/CompileTests/virtualCFG_tests/../Cxx_tests/test2001_01.C

...
lt-testVirtualCFG: $ROSE/src/frontend/SageIII/virtualCFG/virtualCFG.h:111:
    VirtualCFG::CFGEdge::CFGEdge(VirtualCFG::CFGNode, VirtualCFG::CFGNode):
    Assertion `src.getNode() != __null && tgt.getNode() != __null' failed.

virtualCFG.h
Assertion `src.getNode() != __null && tgt.getNode() != __null' failed

lt-testVirtualCFG
testVirtualCFG
lt-
$ libtool --mode=execute gdb --args ./testVirtualCFG \
    --edg:no_warnings -w -rose:verbose 0 --edg:restrict \
    -I$ROSE/tests/CompileTests/virtualCFG_tests/../Cxx_tests \
    -I$ROSE/sourcetree/tests/CompileTests/A++Code \
    -c $ROSE/sourcetree/tests/CompileTests/virtualCFG_tests/../Cxx_tests/test2001_01.C

GNU gdb (GDB) Red Hat Enterprise Linux (7.0.1-42.el5_8.1)
Copyright (C) 2009 Free Software Foundation, Inc.
License GPLv3+: GNU GPL version 3 or later <http://gnu.org/licenses/gpl.html>
This is free software: you are free to change and redistribute it.
There is NO WARRANTY, to the extent permitted by law.  Type "show copying"
and "show warranty" for details.
This GDB was configured as "x86_64-redhat-linux-gnu".
For bug reporting instructions, please see:
<http://www.gnu.org/software/gdb/bugs/>...
Reading symbols from ${ROSE_BUILD_TREE}tests/CompileTests/virtualCFG_tests/.libs/lt-testVirtualCFG...done.
(gdb)

(gdb) r
Starting program: \
    ${ROSE_BUILD_TREE}/tests/CompileTests/virtualCFG_tests/.libs/lt-testVirtualCFG \
    --edg:no_warnings -w -rose:verbose 0 --edg:restrict \
    -I${ROSE}/tests/CompileTests/virtualCFG_tests/../Cxx_tests \
    -I../../../../sourcetree/tests/CompileTests/A++Code
    -c   ${ROSE}/tests/CompileTests/virtualCFG_tests/../Cxx_tests/test2001_01.C
warning: no loadable sections found in added symbol-file system-supplied DSO at 0x2aaaaaaab000
[Thread debugging using libthread_db enabled]
lt-testVirtualCFG: ${ROSE}/src/frontend/SageIII/virtualCFG/virtualCFG.h:111:

VirtualCFG::CFGEdge::CFGEdge(VirtualCFG::CFGNode, VirtualCFG::CFGNode): Assertion `src.getNode() != __null && tgt.getNode() != __null' failed.

Program received signal SIGABRT, Aborted.
0x0000003752230285 in raise () from /lib64/libc.so.6

(gdb) bt
#0  0x0000003752230285 in raise () from /lib64/libc.so.6
#1  0x0000003752231d30 in abort () from /lib64/libc.so.6
#2  0x0000003752229706 in __assert_fail () from /lib64/libc.so.6

#3  0x00002aaaad6437b2 in VirtualCFG::CFGEdge::CFGEdge (this=0x7fffffffb300, src=..., tgt=...)
     at ${ROSE}/../src/frontend/SageIII/virtualCFG/virtualCFG.h:111
#4  0x00002aaaad643b60 in makeEdge<VirtualCFG::CFGNode, VirtualCFG::CFGEdge> (from=..., to=..., result=...)
     at ${ROSE}/../src/frontend/SageIII/virtualCFG/memberFunctions.C:82
#5  0x00002aaaad62ef7d in SgReturnStmt::cfgOutEdges (this=0xbfaf10, idx=1)
     at ${ROSE}/../src/frontend/SageIII/virtualCFG/memberFunctions.C:1471
#6  0x00002aaaad647e69 in VirtualCFG::CFGNode::outEdges (this=0x7fffffffb530)
     at ${ROSE}/../src/frontend/SageIII/virtualCFG/virtualCFG.C:636
#7  0x000000000040bf7f in getReachableNodes (n=..., s=...) at ${ROSE}/tests/CompileTests/virtualCFG_tests/testVirtualCFG.C:13
...

(gdb) up
#1  0x0000003752231d30 in abort () from /lib64/libc.so.6

(gdb) up
#2  0x0000003752229706 in __assert_fail () from /lib64/libc.so.6

(gdb) up
#3  0x00002aaaad6437b2 in VirtualCFG::CFGEdge::CFGEdge (this=0x7fffffffb300, src=..., tgt=...)
     at ${ROSE}/src/frontend/SageIII/virtualCFG/virtualCFG.h:111
111         CFGEdge(CFGNode src, CFGNode tgt): src(src), tgt(tgt) \
                   { assert(src.getNode() != NULL && tgt.getNode() != NULL); }

CFGEdge
CFGEdge(CFGNode src, CFGNode tgt): src(src), tgt(tgt) \
{
    assert(src.getNode() != NULL && tgt.getNode() != NULL);  # This is the failed assertion
}

(gdb) p src.getNode()
$1 = (SgNode *) 0xbfaf10

src.getNode()
SgNode
tgt.getNode()
(gdb) p tgt.getNode()
$2 = (SgNode *) 0x0

tgt.getNode()
SgNode
0x0
up
tgt.getNode()
SgReturnStmt::cfgOutEdges
enclosingFunc
enclosingFunc
enclosingFunc
lt-testVirtualCFG: ${ROSE}sourcetree/src/frontend/SageIII/virtualCFG/memberFunctions.C:1473: \
    virtual std::vector<VirtualCFG::CFGEdge, std::allocator<VirtualCFG::CFGEdge> > \
    SgReturnStmt::cfgOutEdges(unsigned int): \

    Assertion `enclosingFunc != __null' failed.

enclosingFunc
# enclosingFunc is definitely NULL (0x0)
(gdb) p enclosingFunc
$1 = (SgFunctionDefinition *) 0x0

# What is the current context?
(gdb) p this
$2 = (SgReturnStmt * const) 0xbfaf10

SgReturnStmt
enclosingFunc
Breakpoint 1, SgReturnStmt::cfgOutEdges (this=0xbfaf10, idx=1) at ${ROSE}/src/frontend/SageIII/virtualCFG/memberFunctions.C:1472
1472              SgFunctionDefinition* enclosingFunc = SageInterface::getEnclosingProcedure(this);

SgFunctionDefinition* enclosingFunc = SageInterface::getEnclosingProcedure(this);

SageInterface::getEnclosingProcedure(this);
getEnclosingProcedure
SgNode
SgFunctionDefinition
return
SgBasicBlack
SgReturnStmt
(gdb) p parent->class_name()
$12 = {static npos = 18446744073709551615,
   _M_dataplus = {<std::allocator<char>> = {<__gnu_cxx::new_allocator<char>> = {<No data fields>}, <No data fields>}, _M_p = 0x7cd0e8 "SgBasicBlock"}}

0x7cd0e8 "SgBasicBlock"
SgFunctionDefinition
SgBasicBlock
dnl List of all makefiles and autoconf-generated                          -*- autoconf -*-
dnl files for this project
AC_CONFIG_FILES([projects/DemoProject/Makefile
                 projects/DemoProject/gui/Makefile
                 projects/DemoProject/doxygen/doxygen.conf
                ])

dnl Even if this project is present in ROSE's "projects" directory, we might not have the
dnl prerequisites to compile this project.  Enable the project's makefiles by using the
dnl ROSE_ENABLE_projectname automake conditional.  Many prerequisites have probably already
dnl been tested by ROSE's main configure script, so we don't need to list them here again
dnl (although it usually doesn't hurt).
AC_MSG_CHECKING([whether DemoProject prerequisites are satisfied])
if test "$ac_cv_header_gcrypt_h" = "yes"; then
        AC_MSG_RESULT([yes])
        rose_enable_demo_project=yes
else
        AC_MSG_RESULT([no])
        rose_enable_demo_project=
fi
AM_CONDITIONAL([ROSE_ENABLE_DEMO_PROJECT], [test "$rose_enable_demo_project" = yes])

include $(top_srcdir)/config/Makefile.for.ROSE.includes.and.libs
SUBDIRS
INCLUDES
-I$(top_srcdir)/projects/RTC/include
$(ROSE_INCLUDES)
lib_*
EXTRA_DIST
check-local
clean-local
--prefix
  ## 1. Version your project properly (http://semver.org/)
  rosepoly_API_VERSION=0.1.0

  ## 2. Install to separate directory
  ##
  ##    Installation tree should resemble:
  ##
  ##    <--prefix>
  ##    |--bin      # ROSE/bin
  ##    |--include  # ROSE/include
  ##    |--lib      # ROSE/lib
  ##    |
  ##    |--<project>-<version>
  ##       |--bin      # <project>/bin
  ##       |--include  # <project>/include
  ##       |--lib      # <project>/lib
  ##
  exec_prefix=${prefix}/rosepoly-$(rosepoly_API_VERSION)

  ## Installation/include tree should resemble:
  ##   |--<project>-<version>
  ##      |--bin      # <project>/bin
  ##      |--include  # <project>/include
  ##         |--<project>
  ##      |--lib      # <project>/lib
  librosepoly_la_includedir = ${exec_prefix}/include/rosepoly

  $ port install doxygen

  # set path to MacPort's bin/
  # ...

  $ export PATH=/nfs/apps/doxygen/latest/bin:$PATH

  $ doxygen -g

Configuration file `Doxyfile' created.

Now edit the configuration file and enter

  doxygen Doxyfile

to generate the documentation for your project

...

# If the EXTRACT_ALL tag is set to YES doxygen will assume all entities in
# documentation are documented, even if no documentation was available.
# Private class members and static file members will be hidden unless
# the EXTRACT_PRIVATE and EXTRACT_STATIC tags are set to YES

EXTRACT_ALL            = YES

...

# If the value of the INPUT tag contains directories, you can use the
# FILE_PATTERNS tag to specify one or more wildcard pattern (like *.cpp
# and *.h) to filter out the source-files in the directories. If left
# blank the following patterns are tested:
# *.c *.cc *.cxx *.cpp *.c++ *.d *.java *.ii *.ixx *.ipp *.i++ *.inl *.h *.hh
# *.hxx *.hpp *.h++ *.idl *.odl *.cs *.php *.php3 *.inc *.m *.mm *.dox *.py
# *.f90 *.f *.for *.vhd *.vhdl

FILE_PATTERNS          = *.cpp *.hpp

# The RECURSIVE tag can be used to turn specify whether or not subdirectories
# should be searched for input files as well. Possible values are YES and NO.
# If left blank NO is used.

RECURSIVE              = YES

...

  # Invoke from your top-level directory
  $ doxygen Doxyfile

  $ firefox html/index.html &

Makefile.am
.PHONY: docs
docs:
    doxygen Doxyfile # TODO: should be $(DOXYGEN)

    // Liao (6/6/2008): Support for UPC model of C , 6/19/2008: add support for static threads compilation
    File.setDataPrototype         ( "bool", "UPC_only", "= false",
                                    NO_CONSTRUCTOR_PARAMETER, BUILD_ACCESS_FUNCTIONS, NO_TRAVERSAL, NO_DELETE);


     set_openmp(false);
     ROSE_ASSERT (get_openmp() == false);
       ...
     if ( CommandlineProcessing::isOption(argv,"-rose:","(OpenMP|openmp)",true) == true )
        {
          if ( SgProject::get_verbose() >= 1 )
               printf ("OpenMP option specified \n");
          set_openmp(true);
         //side effect for enabling OpenMP, define the macro as required
           argv.push_back("-D_OPENMP");
        }


  if (sourceFile->get_openmp())
     //... do something here ....

 ../autoPar -c $(srcdir)/$(@:.o=.c) | fold >$(@:.o=.out); test ${PIPESTATUS[0]} = 0

  $ git clone ssh://rose-dev@rose-git/modena

  $ cd modena
  $ ./build.sh
  + libtoolize --force --copy --ltdl --automake
  + aclocal -I ./acmacros -I ./acmacros/ac-archive -I /usr/share/aclocal
  + autoconf
  + automake -a -c
  configure.ac:4: installing `./install-sh'
  configure.ac:4: installing `./missing'

  $ source /nfs/apps/python/latest/setup.sh

  $ mkdir buildTree
  $ cd buildTree
  $ ../configure \
          --with-sqlalchemy=${HOME}/opt/python/sqlalchemy/0.7.5/lib64/python2.4/site-packages \
          --with-target-java-interpreter=java \
          --with-target-java-compiler=testTranslator \
          --with-target-java-compiler-flags="-ecj:1.6" \
          --with-host-java-compiler-flags="-source 1.6"

 apt-get install git-core

 git clone https://github.com/git/git.git

 sudo apt-get install gettext zlib1g-dev asciidoc libcurl4-openssl-dev

 $ cd git  # enter the cloned git directory
 $ make configure ;# as yourself
 $ ./configure --prefix=/usr ;# as yourself
 $ make all doc ;# as yourself
 # make install install-doc install-html;# as root

  $ git config user.name
  <your name>

  $ git config user.email
  <your email>

  $ git config -l

  $ git config --global user.name "<Your Name>"
  $ git config --global user.email "<your@email.com>"

(Binary Analysis) SMT solver statistics; documentation

* Replaced the SMT class-wide number-of-calls statistic with a
  more flexible and extensible design that also tracks the amount
  of I/O between ROSE and the SMT solver.  The new method tracks
  statistics on a per-solver basis as well as a class-wide basis, and
  allows the statistics to be reset at artibrary points by the user.

* More documentation for the new memory cell, memory state, and X86
  register state classes.

*
$ git push <remote> <syntaxhighlight-ref>:<destination-ref>

<remote>
<source-ref>
<remote>
<remote>
<destination-ref>
<remote>
$ git remote -v
origin	https://github.com/rose-compiler/rose.git (fetch)
origin	https://github.com/rose-compiler/rose.git (push)

$ git branch
* master

# Method 1
$ git push origin master:refs/heads/master

# Method 2 - The currently checked out branch (see git-branch) is also called the <tt>HEAD</tt>
$ git push origin HEAD:refs/heads/master

# Method 3 - Git is pretty smart -- if you only specify one name, it will use it as both
# the source and destination.
$ git push origin master

<source-ref>
my-branch
git-push
$ git push origin :refs/heads/my-branch

git pull origin master
git rebase master

  [youraccount@yourmachine:~/rose/src/frontend/CxxFrontend/EDG]git branch
  * (no branch)
    master

$ git checkout -b fix-up

  $ git commit -a -m "Updated the submodule from within the superproject."  // commit locally
  $ git push origin HEAD:refs/heads/your-account/edg4x-rc  // push to your own remote branch

  $ cd ..           # back down to its parent repository's path
  $ git add EDG  # Please note: NEVER use "git add EDG/"  !!!! , this will add all files under EDG/ to the super project!!
  $ git commit -m "Updated submodule EDG."
  $ git push

          111
     /     |    \
110       101      011
 |    x        x   \
100       010      001
    \     |     /
          000

         Top
      /    |   \
   {v1}   {v2}  {v3}
    |    x      x   |  
{v1, v2}  {v1,v3}  {v2,v3}
      \     |      /
      {v1, v2, v3} = Bottom

  > [A] measurement of actual performance [power / weight]

* Method: contract between method and calling client (preconditions, postconditions, and side-effects)
* Parameter: indicate units, form, ownership

  /// \post <return_value>.empty() == false
  
Component.getSize()
Dimension
Dimension
getSize
Dimension
  > The design should match the user's experience, expectations, and mental models...aims to exploit users' pre-existing knowledge as a way to minimize the learning curve

 > [T]he most typical form of language, applying ordinary grammatical structure and natural flow of speech rather than rhythmic structure (as in traditional poetry).

      if (car.speed() > 2 * SPEED_LIMIT)
        generateAlert("Watch out for cops!");
    
double
float
      #include <string.h>
      char *strcpy (char *dest, char *src);
      void bcopy   (void *src,  void *dst, int n); // bad!
    
 > For example, return a `zero-length array` or `empty collection`, not `null`

{{PDF version|pdf file name without .pdf|size kb, number pages|file description}}

{{PDF version|ROSE_Compiler_Framework|840 kb, 48 pages|ROSE_Compiler_Framework}}

ROSE_Compiler_Framework/name of the page

 [[ROSE_Compiler_Framework/name of the page]]
<syntaxhighlight lang="cpp">

# include <iostream>

int main()
{
   std::cout << "Hello, world!\n";
}
</syntaxhighlight>

<!-- Please keep the pixel size to 400 so they are clean in the pdf version, Thanks!  -->
[[File:Rose-compiler-code-review-1.png|thumb|400px|Code review using github.llnl.gov]]

<syntaxhighlight lang="cpp">

# include <iostream>

int main()
{
   std::cout << "Hello, world!\n";
}
</syntaxhighlight>


# include <iostream>

int main()
{
   std::cout << "Hello, world!\n";
}


Platform	EDG 3.3	EDG 4.0
amd64-linux	GCC 3.4.6, 4.0.4, 4.1.2, 4.2.4, 4.3.2, 4.4.1	GCC 3.4.6, 4.0.4, 4.1.2, 4.2.4, 4.3.2, 4.4.1
i686-linux	GCC 3.4.6, 4.0.4, 4.1.2, 4.2.4, 4.3.2, 4.4.1	GCC 3.4.6, 4.0.4, 4.1.2, 4.2.4, 4.3.2, 4.4.1
32bit-macos-10.5	GCC 4.0.4
64bit-macos-10.6	GCC 4.2.4
64bit-x86_64-macos-10.6	GCC 4.2.4
34bit-debian	GCC 3.4.6, 4.0.4, 4.1.2, 4.2.4, 4.3.2, 4.4.1	GCC 3.4.6, 4.0.4, 4.1.2, 4.2.4, 4.3.2, 4.4.1

ROSE Compiler Framework/Print version

About the Book[edit | edit source]

Introduction[edit | edit source]

How To Contribute[edit | edit source]

References[edit | edit source]

Conventions[edit | edit source]

Tracking Wiki Changes[edit | edit source]

Enable Email Notifications for Changes to this book[edit | edit source]

Wikibook Writing Tips[edit | edit source]

ROSE's Documentations[edit | edit source]

Obtaining ROSE[edit | edit source]

Git Repositories[edit | edit source]

Autoconf Configuration[edit | edit source]

Example Environment[edit | edit source]

Virtual Machine Image[edit | edit source]

git 1.7.10 or later for github.com[edit | edit source]

EDG source code[edit | edit source]

As a submodule[edit | edit source]

As a Drop-in[edit | edit source]

The remaining steps[edit | edit source]

EDG tarball[edit | edit source]

Process[edit | edit source]

List of binaries[edit | edit source]

Installation[edit | edit source]

Don't like installing ROSE?[edit | edit source]

Platform Requirement[edit | edit source]

Software Requirement[edit | edit source]

Instructions for Ubuntu 18.04[edit | edit source]

./build[edit | edit source]

configure[edit | edit source]

EDG version[edit | edit source]

cmake[edit | edit source]

make[edit | edit source]

turn off silent build[edit | edit source]

make check[edit | edit source]

make install[edit | edit source]

set environment variables[edit | edit source]

try out a rose translator[edit | edit source]

some example options[edit | edit source]

Trouble shooting[edit | edit source]

EDG binary[edit | edit source]

Virtual machine image[edit | edit source]

Overview[edit | edit source]

Docker image for ROSE compiler infrastructure[edit | edit source]

Getting Started[edit | edit source]

Creating your Docker image[edit | edit source]

How to download an image[edit | edit source]

Using the image[edit | edit source]

V4[edit | edit source]

V3[edit | edit source]

Download[edit | edit source]

Content[edit | edit source]

Installation Notes[edit | edit source]

V2[edit | edit source]

Download[edit | edit source]

Content[edit | edit source]

Installation Notes[edit | edit source]

V1[edit | edit source]

ROSE tools[edit | edit source]

Overview[edit | edit source]

Prerequisites[edit | edit source]

identityTranslator[edit | edit source]

Uses[edit | edit source]

Source code[edit | edit source]

Plugin[edit | edit source]

Limitations[edit | edit source]

AST dot graph generators[edit | edit source]

AST Outliner[edit | edit source]

KeepGoingTranslator[edit | edit source]

Inliner[edit | edit source]

call graph generator[edit | edit source]

Control flow graph generator[edit | edit source]

autoPar[edit | edit source]

abstract handles[edit | edit source]

Loop translators[edit | edit source]

Declaration move tool[edit | edit source]

Arithmetic intensity measuring tool[edit | edit source]

MPI code generator[edit | edit source]

Compilation Database[edit | edit source]

TODO[edit | edit source]