build

#! /bin/sh

fmt="SDF"

fullversion=`visit -version 2>&1 | sed 's,.* \([0-9\.]*\),\1,'`
version=${fullversion%%\.*}
[ "$version" -gt 2 ] && version=2
tmpdir=.builddir

clean=0
build_type=0
build_visit_reader=1
build_utilities=0
force=0
DBG=""
DEBUG=""
PRIVATE="-private"
VERBOSE=""
OPTS=""
PLUGINDIR=""
LDFLAGS=""
err=0
stop=0

while getopts crdpnuvfh123i: name
do
   case $name in
      c) clean=2 ; OPTS="$OPTS -c";;
      r) clean=1 ; OPTS="$OPTS -r";;
      d) DBG="-g -O0"; OPTS="$OPTS -d";
         DEBUG="-DCMAKE_BUILD_TYPE=Debug" ;;
      p) PRIVATE="-public"; OPTS="$OPTS -p" ;;
      n) build_visit_reader=0 ;;
      u) build_utilities=1 ;;
      v) VERBOSE="VERBOSE=1" ;;
      f) force=1 ;;
      h) cat <<EOF
The VisIt build script attempts to automate the process of building the SDF
VisIt reader plugin on a variety of platforms. By default it will try three
approaches to building the plugin. First it tries the build environment
supplied by the VisIt installation. If this fails, it will attempt to build a
parallel version of the plugin using the mpi compiler in the current search
path. Finally, it will try just building the serial version of the plugin.

VisIt build script options:
  -c: Clean up files. Do not build anything.
  -r: Rebuild. Clean up files and then build.
  -d: Build with debugging flags enabled.
  -p: Do a "public" build. This passes the "-public" flag on to the VisIt build
      system which copies the binaries into a publically accessible location.
  -n: Don't build the VisIt reader plugin.
  -u: Do build the additional SDF utilities.
  -i VISITPLUGINDIR:
      Install the reader plugin in the path VISITPLUGINDIR
  -v: Build verbosely.
  -f: Force build. This prevents the build script from checking
      g++ compatibility
  -1: Perform only the default VisIt build.
  -2: Perform only a parallel VisIt build.
  -3: Perform only a serial VisIt build.
EOF
         exit ;;
      1) build_type=1 ; stop=1 ;;
      2) build_type=2 ; stop=1 ;;
      3) build_type=3 ; stop=1 ;;
   i) PLUGINDIR="$OPTARG"
   esac
done

# Find directory containing the actual visit binary
cwd=`pwd`
cmd=`which visit`
if [ "$cmd"x = x ]; then
  echo ERROR: The command 'visit' was not found in your search PATH
  exit 1
fi

i=0
while [ $i -lt 100 ]; do
  visitpath=`dirname $cmd`
  cd "$visitpath"
  [ "$visitpath"x = "."x ] && visitpath=`pwd`
  cmd=`basename $cmd`
  cmd=`readlink $cmd`
  [ "$cmd"x = x ] && break
  i=$((i+1))
done
cd "$cwd"


export PATH="$visitpath:$PATH"
export CXXFLAGS="-Wno-deprecated $DBG"
export CFLAGS="$DBG"

stdlib="$CXXFLAGS"

# Auto-detect C++ compiler
cpp=$CXX
[ "$cpp"x = x ] && cpp=$(which c++)
[ "$cpp"x = x ] && cpp=$(which cpp)
[ "$cpp"x = x ] && cpp=$(which g++)
$cpp --version | grep -i clang > /dev/null 2>&1
if [ $? -eq 0 ]; then
  stdlib="-stdlib=libstdc++ $CXXFLAGS"
fi

# Sanity check for version 1 or 2 of visit
if [ $clean -ne 2 -a "$version"x != 1x -a "$version"x != 2x ]; then
  echo "ERROR: unable to locate either version 1 or 2 of VisIt"
  echo "The output from 'visit -version' was the following:"
  visit -version
  visit -version 2>&1 | grep 'will be launched' > /dev/null
  if [ $? -eq 0 ]; then
    cat<<EOF
It looks as if the visit command in your PATH has been built from source and
not installed. 3rd party plugins are not supported for this configuration.
You need to install visit properly by cd'ing to the visitX.X.X/src directory
and typing either "make install" or "make package". The latter command will
create a zipped archive which you can then unpack to the desired location.
EOF
  fi
  exit 1
fi

copy_cmake_files () {
  [ -d $tmpdir ] || mkdir -p $tmpdir
  cp MISC/v2.13.3_ub18/* $tmpdir
  sed 's,${VISIT_INCLUDE_DIR}/VisItMacros.cmake,'$tmpdir'/VisItMacros.cmake,' \
      MISC/v2.13.3_ub18/PluginVsInstall.cmake > $tmpdir/PluginVsInstall.cmake
  sed 's,INCLUDE(".*\(/[^/]*\),INCLUDE("'$tmpdir'\1,' \
      CMakeLists.txt > $tmpdir/tmp
  mv $tmpdir/tmp CMakeLists.txt
  setup=$tmpdir/PluginVsInstall.cmake
}

buildit () {
  err=0

  purge=0
  buildver="$build_type -- $fullversion"
  oldbuildver=""
  [ -r $tmpdir/buildver ] && oldbuildver=`cat $tmpdir/buildver`
  if [ "$oldbuildver"x != "$buildver"x ]; then
    purge=1
    rm -rf $tmpdir
    mkdir -p $tmpdir
    echo "$buildver" > $tmpdir/buildver
    rm -rf CMake* cmake* Makefile
  else
    echo "No need to purge"
  fi

  if [ "$version"x = x ]; then
    echo "Unable to build. Please add visit to your \$PATH"
    exit 1
  fi

  (cd ../C/src
   sh gen_commit_string.sh .)

  if [ $purge -ne 0 ]; then
    xml2info -clobber $PRIVATE ${fmt}${version}.xml

    if [ $version -eq 1 ]; then
      xml2makefile -clobber $PRIVATE ${fmt}${version}.xml
      if [ "`uname -m`"x = "x86_64x" ]; then
        sed "s,\(^CXXFLAGS.*\),\1 -m32 $DBG\\
CFLAGS=\$(CFLAGSORIG) -m32 $DBG\\
PY_CXXFLAGS=-I\$(TOPDIR)/include/python,;s,\(^LDFLAGS.*\),\1 -m32 $DBG," \
    Makefile > .Makefile.tmp
        \mv -f .Makefile.tmp Makefile
      fi
      if [ $build_type -eq 2 ]; then
        sed "s,\(^CXXFLAGS.*\),\1\\
CXX=mpic++\\
CC=mpicc," Makefile > .Makefile.tmp
        \mv -f .Makefile.tmp Makefile
      elif [ $build_type -eq 3 ]; then
        grep -v "^EPARDSO" Makefile > .Makefile.tmp
        \mv -f .Makefile.tmp Makefile
      fi
    else
      xml2cmake -clobber $PRIVATE ${fmt}${version}.xml
      if [ -n "$PLUGINDIR" ] ; then
         # Change the VisIt plugin directory
         sed '/VISIT_PLUGIN_DIR/ s;".*";"'$PLUGINDIR'";' \
             CMakeLists.txt > $tmpdir/tmp
         \mv -f $tmpdir/tmp CMakeLists.txt

         # Add directories to the runtime path.
         # This avoids having to set LD_LIBRARY_PATH in the bash environment
         # to find sdf_extension.so.
         # Assume that it is one level up from the VisIt plugin directory.
         # FIXME: This should be configurable.
         RPATH=$(dirname $PLUGINDIR)
         sed '/PROJECT/ a\
LIST(APPEND CMAKE_INSTALL_RPATH "'"$RPATH"'")\
SET(CMAKE_BUILD_WITH_INSTALL_RPATH ON)\
SET(CMAKE_INSTALL_RPATH_USE_LINK_PATH ON)' CMakeLists.txt > $tmpdir/tmp
         \mv -f $tmpdir/tmp CMakeLists.txt
      fi
      setup=$(grep -w PluginVsInstall.cmake CMakeLists.txt | cut -f2 -d\")
      rm -f include lib
      inc=$(dirname $setup)
      ln -s $inc .
      ln -s $(dirname $inc)/lib .
      ln -s $(dirname $inc)/archives .
      if [ ! -f $setup ]; then
        copy_cmake_files
      fi
      if [ $build_type -ne 2 ]; then
        build_cxx=$(grep CMAKE_CXX_COMPILER $setup \
            | head -1 | cut -f2- -d\/ | cut -f1 -d\))
        if [ -x $build_cxx ]; then
          export CXX=$build_cxx
        fi
        build_cc=$(grep CMAKE_C_COMPILER $setup \
            | head -1 | cut -f2- -d\/ | cut -f1 -d\))
        if [ -x $build_cc ]; then
          export CC=$build_cc
        fi
      fi
      grep -w clang $setup > /dev/null
      if [ $? -ne 0 ]; then
        # If using clang when original was compiled with gcc, then we need
        # to add a flag for stdlib
        export CXXFLAGS="$stdlib"
      fi
      for f in `grep -w INCLUDE CMakeLists.txt | cut -f2 -d\( | \
          cut -f1 -d\) | tr -d \"`; do
        base=`basename $f`
        com1=vtkCommonDataModel
        com2=vtkCommonExecutionModel
        sed 's/\([;"]'$com1'-\)\([^;]*\)/\1\2;'$com2'-\2/;
             s,${VISIT_LIBRARY_DIR}/${VISIT_LIBRARY_DIR}${VISIT_LIBRARY_DIR},,g;
             s,[^; "]*/Users[^;]*/,,g' \
            $f > $tmpdir/tmp
        grep -Fv -e cognomen_LIB_DEPENDS -e mpicom_LIB_DEPENDS \
            $tmpdir/tmp > $tmpdir/$base
        rm $tmpdir/tmp
        if [ $build_type -eq 2 ]; then
          sed 's/\([;"]\)[^;]*libmpi[^;]*;/\1/g;
               s/\([;"]\)[^;]*libopen-[^;]*;/\1/g;
               s,[^; "]*/Users[^;]*/,,g;
               s,${VISIT_LIBRARY_DIR}/${VISIT_LIBRARY_DIR}${VISIT_LIBRARY_DIR},,g;
               s/\([;"]\)[^;]*general[^;]*;/\1/g' $f > $tmpdir/tmp
          grep -Fv -e cognomen_LIB_DEPENDS -e mpicom_LIB_DEPENDS \
              -e 'CMAKE_CXX_COMPILER ' -e 'CMAKE_C_COMPILER ' \
              -e 'VISIT_PARALLEL_LIBS ' $tmpdir/tmp > $tmpdir/$base
          rm $tmpdir/tmp
        elif [ $build_type -eq 3 ]; then
          sed 's/\([;"]\)[^;]*libmpi[^;]*;/\1/g;
               s/\([;"]\)[^;]*libopen-[^;]*;/\1/g;
               s,${VISIT_LIBRARY_DIR}/${VISIT_LIBRARY_DIR}${VISIT_LIBRARY_DIR},,g;
               s,\(${VISIT_LIBRARY_DIR}/\).*/\([^/;]*;\),\1\2,g;
               s,[^; "]*/Users[^;]*/,,g' $f > $tmpdir/tmp
          grep -Fv -e cognomen_LIB_DEPENDS -e mpicom_LIB_DEPENDS \
              -e 'VISIT_PARALLEL ' $tmpdir/tmp > $tmpdir/$base
          rm $tmpdir/tmp
        fi
        sed 's,\(INCLUDE(["]*\)'$f'\(["]*\),\1'$tmpdir/$base'\2,' \
            CMakeLists.txt > $tmpdir/tmp
        mv $tmpdir/tmp CMakeLists.txt
      done
      setup=$(grep -w PluginVsInstall.cmake CMakeLists.txt | cut -f2 -d\")
      # Fixup the cmake file for broken versions of VisIt
      if [ $fullversion = "2.7.2." -o $fullversion = "2.7.3." ]; then
        sed 's/\(.*GET currentDefs\)/if (currentDefs)\
\1/;
           s/\(ENDIF(${firstItem}.*\)/\1\
endif()/' $setup > $tmpdir/tmp
        mv $tmpdir/tmp $setup
      else
        fpath=/Applications/VisIt.app/Contents/Resources/${fullversion%%.}/
        sed 's,EAVL_INCLUDE_DIR /Users.*/eavl/[^/]*/\(.*\)),EAVL_INCLUDE_DIR \
 '$fpath'\1/eavl/include),;
           s,BOOST_INCLUDE_DIR /Users.*/boost/[^/]*/\(.*\)),BOOST_INCLUDE_DIR \
 '$fpath'\1/boost/include),;
           s,EAVL_LIBRARY_DIR /Users.*/eavl/[^/]*/\(.*\)/lib),EAVL_LIBRARY_DIR \
 '$fpath'\1/archives),' \
           $setup > $tmpdir/tmp
        mv $tmpdir/tmp $setup
      fi
    fi
    cmake $DEBUG .
    # FIXME: This is to workaround incorrect cmake output
    ofile=CMakeFiles/ESDFDatabase_par.dir/build.make
    if [ -e $ofile ]; then
      sed '/lib64\/librt\.so/ d;
           /lib64\/libpthread\.so/ d;
           /linux-x86_64\/lib\/librt\.so/ d;
           /linux-x86_64\/lib\/libpthread\.so/ d' $ofile > $tmpdir/tmp
      mv $tmpdir/tmp $ofile
    fi
  fi

  gnu=$(grep CXX_COMPILER_ID CMakeFiles/*/CMakeCXXCompiler.cmake | grep GNU)
  if [ $force -eq 0 -a "$gnu"x != x ]; then
    # Test for compatible version

    setup=$(grep -w PluginVsInstall.cmake CMakeLists.txt | cut -f2 -d\")
    gxxver=$(grep -A10 'compiler version information' $setup | grep g++ \
             | head -1 | cut -f2 -d\) | cut -f2 -d' ' | cut -f1 -d\.)
    cxxver=$(grep CXX_COMPILER_VERSION CMakeFiles/*/CMakeCXXCompiler.cmake \
             | cut -f2 -d\" | cut -f1 -d\.)
    if [ "$gxxver"x != x ]; then
      if [ $cxxver -ne $gxxver ]; then
        echo "ERROR: g++ version is incompatible with VisIt"
        echo "The reader must be compiled using g++ $gxxver.x"
        return 1
      fi
    fi
  fi

  if [ $clean -ge 1 ] ; then make clean ; fi
  make $VERBOSE
  err=$?

  if [ $err -eq 0 ]; then
    echo
    echo "VisIt ${fmt} reader successfully built.${srl}"
  fi

  if [ $stop -ne 0 ] ; then exit $err; fi
  return $err
}

build_default () {
  srl=""
  build_type=1
  buildit
  err=$?
}

build_parallel () {
  srl=""
  build_type=2
  # Execute in a subshell to stop CC being altered in the current shell.
  (export CC=mpicc
  export CXX=mpicxx
  buildit)
  err=$?
}

build_serial () {
  srl=" (Serial version only)."
  build_type=3
  buildit
  err=$?
}

get_old_build_type () {
  type=1
  [ -r $tmpdir/buildver ] && type=`cut -c1 $tmpdir/buildver`
  return $type
}

if [ $clean -ge 1 ]; then
  make clean > /dev/null 2>&1
  rm -rf CMake* cmake* Makefile ${fmt}*Info.C ${fmt}*Info.h $tmpdir
  if [ $clean -ge 2 ] ; then
     exit
  fi
fi
if [ $build_visit_reader -eq 1 ]; then
  sh gen_commit_string.sh .
  echo "#define SDF_READER_BUILD_DATE \"`date`\"" > build_date.h

  if [ $build_type -eq 1 ]; then
    build_default
  elif [ $build_type -eq 2 ]; then
    build_parallel
  elif [ $build_type -eq 3 ]; then
    build_serial
  else
    get_old_build_type
    tried=$?
    if [ $tried -eq 1 ]; then
      build_default
    elif [ $tried -eq 2 ]; then
      build_parallel
    elif [ $tried -eq 3 ]; then
      build_serial
    fi

    if [ $err -ne 0 -a $tried -ne 1 ]; then
      echo
      echo "Trying again with default"
      build_default
    fi
    if [ $err -ne 0 -a $tried -ne 2 ]; then
      echo
      echo "Trying again with mpicc"
      build_parallel
    fi
    if [ $err -ne 0 -a $tried -ne 3 ]; then
      echo
      echo "Trying again without parallel reader."
      build_serial
    fi
  fi

  if [ $err -ne 0 ]; then
    echo "ERROR: Failed to build VisIt reader."
    exit 1
  fi
fi