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--- /dev/null
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+++ /dev/null
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+++ /dev/null
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- supported="install sources"
- disable="false"
- dependancies="gcc,boost,tcltk,OpenCascade,Python,Numeric,Swig,Qt,msg2qm,Qwt,Hdf,Med,Vtk,OmniORB,Sip,PyQt,Doxygen,Graphviz,HappyDoc,KERNEL-Src,GUI-Src,GEOM-Src,SMESH-Src"
- installdiskspace="801"
- temporarydiskspace="0"
- script="GHS3DPLUGIN_SRC.sh"/>
- <product name="GHS3Dplugin-Bin"
- version="3.1.0"
- context="salome binaries"
- description="Precompiled SALOME platform GHS3D meshing algorithm plugin. For use this plugin you should add the path to ghs3d to your PATH environment variable."
- install="install binaries"
- supported="install binaries"
- disable="false"
- dependancies="gcc,boost,tcltk,OpenCascade,Python,Numeric,Swig,Qt,msg2qm,Qwt,Hdf,Med,Vtk,OmniORB,Sip,PyQt,Doxygen,Graphviz,HappyDoc,KERNEL-Bin,GUI-Bin,GEOM-Bin,SMESH-Bin"
- installdiskspace="152"
- temporarydiskspace="0"
- script="GHS3DPLUGIN_BIN.sh"/>
- <product name="Hello-Src"
- version="3.1.0"
- context="salome sources"
- description="Example SALOME C++ module (sources): Hello."
- install="install sources"
- supported="install sources"
- disable="false"
- dependancies="gcc,boost,tcltk,OpenCascade,Python,Numeric,Swig,Qt,msg2qm,Qwt,Hdf,Med,Vtk,OmniORB,Sip,PyQt,Doxygen,Graphviz,HappyDoc,KERNEL-Src,GUI-Src"
- installdiskspace="784"
- temporarydiskspace="0"
- script="HELLO_SRC.sh"/>
- <product name="Hello-Bin"
- version="3.1.0"
- context="salome binaries"
- description="Example SALOME C++ module (binaries): Hello."
- install="install binaries"
- supported="install binaries"
- disable="false"
- dependancies="gcc,boost,tcltk,OpenCascade,Python,Numeric,Swig,Qt,msg2qm,Qwt,Hdf,Med,Vtk,OmniORB,Sip,PyQt,Doxygen,Graphviz,HappyDoc,KERNEL-Bin,GUI-Bin"
- installdiskspace="2297"
- temporarydiskspace="0"
- script="HELLO_BIN.sh"/>
- <product name="PyHello-Src"
- version="3.1.0"
- context="salome sources"
- description="Example SALOME Python module (sources): Hello."
- install="install sources"
- supported="install sources"
- disable="false"
- dependancies="gcc,boost,tcltk,OpenCascade,Python,Numeric,Swig,Qt,msg2qm,Qwt,Hdf,Med,Vtk,OmniORB,Sip,PyQt,Doxygen,Graphviz,HappyDoc,KERNEL-Src,GUI-Src"
- installdiskspace="650"
- temporarydiskspace="0"
- script="PYHELLO_SRC.sh"/>
- <product name="PyHello-Bin"
- version="3.1.0"
- context="salome binaries"
- description="Example SALOME Python module (binaries): Hello."
- install="install binaries"
- supported="install binaries"
- disable="false"
- dependancies="gcc,boost,tcltk,OpenCascade,Python,Numeric,Swig,Qt,msg2qm,Qwt,Hdf,Med,Vtk,OmniORB,Sip,PyQt,Doxygen,Graphviz,HappyDoc,KERNEL-Bin,GUI-Bin"
- installdiskspace="26"
- temporarydiskspace="0"
- script="PYHELLO_BIN.sh"/>
- <product name="LIGHT-Src"
- version="3.1.0"
- context="salome sources"
- description="LIGHT SALOME module example sources"
- install="install sources"
- supported="install sources"
- disable="false"
- dependancies="gcc,boost,tcltk,OpenCascade,Python,Numeric,Swig,Qt,msg2qm,Qwt,Hdf,Med,Vtk,OmniORB,Sip,PyQt,Doxygen,Graphviz,HappyDoc,KERNEL-Src,GUI-Src"
- installdiskspace="979"
- temporarydiskspace="0"
- script="LIGHT_SRC.sh"/>
- <product name="LIGHT-Bin"
- version="3.1.0"
- context="salome binaries"
- description="Precompiled LIGHT SALOME platform module example"
- install="install binaries"
- supported="install binaries"
- disable="false"
- dependancies="gcc,boost,tcltk,OpenCascade,Python,Numeric,Swig,Qt,msg2qm,Qwt,Hdf,Med,Vtk,OmniORB,Sip,PyQt,Doxygen,Graphviz,HappyDoc,KERNEL-Bin,GUI-Bin"
- installdiskspace="248"
- temporarydiskspace="0"
- script="LIGHT_BIN.sh"/>
- <product name="SAMPLES"
- version="3.1.0"
- context="salome sources,salome binaries"
- description="SALOME samples files"
- install="install sources"
- supported="install sources"
- disable="false"
- dependancies=""
- installdiskspace="34470"
- temporarydiskspace="0"
- script="SAMPLES.sh"/>
-</document>
+++ /dev/null
-#!/bin/sh
-
-check_version(){
-ver=`egrep 'BOOST_VERSION [0-9]+' ${BOOSTDIR}/boost/version.hpp | sed 's/.*BOOST_VERSION \([0-9]\+\)/\1/g'`
-if [ "$ver" = "103002" ]; then
- return 0
-fi
-return 1;
-}
-
-print_env()
-{
-cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
-#$DELIM ${PRODUCT_TYPE} $DELIM
-export BOOSTDIR=\${INSTALL_ROOT}/${PRODUCT}
-##
-EOF
-(test -w ${PRODUCT_DIR} && cp ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh ${PRODUCT_DIR})
-make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}"
-}
-
-# looks for the native product and collects it's environment (used by make_env())
-try_native(){
-echo "It is impossible to use native BOOST."
-return 1
-}
-
-try_preinstalled(){
-try_existing ${PRODUCT_DIR} ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
-return $?
-}
-
-install_source()
-{
-make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
-source ${INSTALL_WORK}/$SHRC
-
-check_jb tar xfz ${SOURCE_DIR}/boost-1.30.2.tgz -C ${INSTALL_ROOT}
-
-print_env
-}
-
-install_binary()
-{
-echo "It impossible to install BOOST from binaries, try install from sources."
-return 1
-}
-
-export PROCEDURE=$1;
-export INSTALL_WORK=$2;
-export SOURCE_DIR=$3;
-export INSTALL_ROOT=$4;
-export PRODUCT_SEQUENCE=$5;
-if [ $# == 6 ] ; then export PRODUCT_TYPE=$6 ; else export PRODUCT_TYPE="boost" ; fi
-export PRODUCT="boost-1.30.2"
-export PRODUCT_DIR=${INSTALL_ROOT}/${PRODUCT}
-export PRODUCT_WORK=${INSTALL_WORK}/${PRODUCT}
-source ./common.sh
-$PROCEDURE
# looks for the native product and collects it's environment (used by make_env())
try_native(){
-echo "It is impossible to use native BOOST 1.31.0."
+boostdir="`find_in_path version.hpp /usr/include/boost`"
+if [ -z "${boostdir}" ] ; then
+ boostdir="`find_in_path version.hpp /usr/share/include/boost`"
+fi
+if [ -n "${boostdir}" ] ; then
+ boostdir=`cd ${boostdir}/..; pwd`
+ ver=`egrep 'BOOST_VERSION [0-9]+' ${boostdir}/boost/version.hpp | sed 's/.*BOOST_VERSION \([0-9]\+\)/\1/g'`
+ if [ $ver -ge 103100 ] ; then
+ cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
+#$DELIM ${PRODUCT_TYPE} $DELIM
+export BOOSTDIR=${boostdir}
+##
+EOF
+ make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}"
+ if [ $ver -eq 103100 ] ; then
+ return 0
+ else
+ return 2
+ fi
+ fi
+fi
return 1
}
fi
happydoc 2&> /dev/null
if [ "$?" -eq "0" ]; then
- ver=`happydoc | grep "HappyDoc version 2.1"`
ver=`happydoc | grep "HappyDoc version 2.1" | sort -u | awk '{print $NF}'`
if [ "$ver" == "2.1" ]; then
return 0
try_native(){
happydoc="`find_in_path happydoc ${PATH}`"
if [ -n "${happydoc}" ] ; then
+ ver=`happydoc | grep "HappyDoc version 2.1" | sort -u | awk '{print $NF}'`
cat > ${INSTALL_WORK}/try_native.py <<EOF
import sys
try :
sys.exit(1)
EOF
python ${INSTALL_WORK}/try_native.py
- if [ $? -eq 0 ] ; then
+ if [ $? -eq 0 ] && [ "$ver" == "2.1" ] ; then
tmp="${happydoc} ${happydoc} \${PATH} ${PATH}";
path=`sort_path ${tmp}`
- pythonpath="`find_in_path happydocset ${PYTHONPATH}`"
+ pythonpath=`python -c "import happydoclib; print happydoclib.__file__" 2>/dev/null`
+ pythonpath=`dirname $pythonpath`
+ pythonpath=`dirname $pythonpath`
tmp="${pythonpath} ${pythonpath} \${PYTHONPATH} ${PYTHONPATH}";
pythonpath=`sort_path ${tmp}`
cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
+++ /dev/null
-#!/bin/sh
-
-check_version(){
-ver=`python -c 'import Numeric; print Numeric.__version__' 2>/dev/null`
-if [ "$ver" == "22.0" ]; then
- return 0
-fi
-return 1
-}
-
-print_env(){
-cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
-#$DELIM ${PRODUCT_TYPE} $DELIM
-export PYTHONPATH=\${INSTALL_ROOT}/${PRODUCT}/lib/python\${PYTHON_VERSION}/site-packages/Numeric:\${PYTHONPATH}
-##
-EOF
-(test -w ${PRODUCT_DIR} && cp ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh ${PRODUCT_DIR})
-make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}"
-}
-
-# looks for the native product and collects it's environment (used by make_env())
-try_native(){
-check_version
-if [ $? -eq 0 ] ; then
- pythonpath="`find_in_path Numeric.py ${PYTHONPATH}`"
- tmp="${pythonpath} ${pythonpath} \${PYTHONPATH} ${PYTHONPATH}";
- pythonpath=`sort_path ${tmp}`
- cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
-#$DELIM ${PRODUCT_TYPE} $DELIM
-export PYTHONPATH=${pythonpath}
-##
-EOF
- make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}"
- return 0
-fi
-return 1
-}
-
-try_preinstalled(){
-try_existing ${PRODUCT_DIR} ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
-return $?
-}
-
-install_source()
-{
-make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
-source ${INSTALL_WORK}/$SHRC
-
-makedir ${PRODUCT_DIR}
-
-check_jb tar xfz ${SOURCE_DIR}/Numeric-22.0.tar.gz -C ${INSTALL_WORK}
-cd ${PRODUCT_WORK}
-
-check_job ${PRODUCT_DIR}/INSTALL.LOG python setup.py install --prefix=${PRODUCT_DIR}
-
-#du -sk ${PRODUCT_WORK} > ${PRODUCT_DIR}/size.log
-cd ${PRODUCT_DIR}; rm -fr ${PRODUCT_WORK}
-print_env
-}
-
-install_binary()
-{
-check_jb tar xfz ${SOURCE_DIR}/Numeric-22.0.tar.gz -C ${INSTALL_ROOT}
-
-print_env
-}
-
-export PROCEDURE=$1;
-export INSTALL_WORK=$2;
-export SOURCE_DIR=$3;
-export INSTALL_ROOT=$4;
-export PRODUCT_SEQUENCE=$5;
-if [ $# == 6 ] ; then export PRODUCT_TYPE=$6 ; else export PRODUCT_TYPE="numeric" ; fi
-export PRODUCT="Numeric-22.0"
-export PRODUCT_DIR=${INSTALL_ROOT}/${PRODUCT}
-export PRODUCT_WORK=${INSTALL_WORK}/${PRODUCT}
-source ./common.sh
-$PROCEDURE
# looks for the native product and collects it's environment (used by make_env())
try_native(){
-check_version
-if [ $? -eq 0 ] ; then
- pythonpath="`find_in_path Numeric.py ${PYTHONPATH}`"
- tmp="${pythonpath} ${pythonpath} \${PYTHONPATH} ${PYTHONPATH}";
- pythonpath=`sort_path ${tmp}`
- cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
+numpath=`python -c "import Numeric; print Numeric.__file__" 2>/dev/null`
+if [ -n "${numpath}" ] ; then
+ numpath=`dirname ${numpath}`
+ ver=`python -c 'import Numeric; print Numeric.__version__' 2>/dev/null | awk -F. '{v=0;for(i=1;i<=NF;i++)v=v*100+$i;print v}'`
+ if [ $ver -ge 2307 ] ; then
+ tmp="${numpath} ${numpath} \${PYTHONPATH} ${PYTHONPATH}";
+ pythonpath=`sort_path ${tmp}`
+ cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
#$DELIM ${PRODUCT_TYPE} $DELIM
export PYTHONPATH=${pythonpath}
##
EOF
- make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}"
- return 0
+ make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}"
+ if [ $ver -eq 2307 ] ; then
+ return 0
+ else
+ return 2
+ fi
+ fi
fi
return 1
}
+++ /dev/null
-#!/bin/sh
-
-check_version()
-{
-if [ -z "$PYTHONHOME" ]; then
- return 1
-fi
-isPython=`which python 2>/dev/null`
-if [ -n "$isPython" ]; then
- # version number is calculated as: <major>*10000+<minor>*100+<release>
- # e.g. for Python 2.3.4 it is equal to 20304
- ver=`python -V 2>&1`
- ver=`echo $ver | awk '{print $2}' | awk -F. '{v1=0;v2=0;v3=0;if(NF>0)v1=$1;if(NF>1)v2=$2;if(NF>2)v3=$3;print v1*10000+v2*100+v3}'`
- if [ $ver -eq 20304 ] ; then
- return 0
- fi
-fi
-return 1
-}
-
-print_env()
-{
-cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
-#$DELIM ${PRODUCT_TYPE} $DELIM
-export PYTHONHOME=\${INSTALL_ROOT}/${PRODUCT}
-export PATH=\${PYTHONHOME}/bin:\${PATH}
-export PYTHON_VERSION=\`python -c "import sys; print sys.version[:3]"\`
-export PYTHON_INCLUDE=\${PYTHONHOME}/include/python\${PYTHON_VERSION}
-export PYTHONPATH=\${PYTHONHOME}/lib/python\${PYTHON_VERSION}:\${PYTHONPATH}
-##
-EOF
-(test -w ${PRODUCT_DIR} && cp ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh ${PRODUCT_DIR})
-make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}"
-}
-
-# looks for the native product and collects it's environment (used by make_env())
-try_native(){
-pythonhome="`find_in_path python ${PATH}`"
-if [ -z "${pythonhome}" ] ; then
- pythonhome="`find_in_path python /usr/bin`"
-fi
-if [ -n "${pythonhome}" ] ; then
- pythonhome=`cd ${pythonhome}/..; pwd`
- # get version number: <major>, <minor> and <release>
- # <major> and <minor> numbers are checked strickly, but <release> number can be larger than required one
- # version number is calculated as: <major>*10000+<minor>*100+<release>
- # e.g. for Python 2.3.4 it is equal to 20304
- ver=`python -V 2>&1`
- maj_ver=`echo $ver | awk '{print $2}' | awk -F. '{if(NF>0) print $1; else print 0}'`
- min_ver=`echo $ver | awk '{print $2}' | awk -F. '{if(NF>1) print $2; else print 0}'`
- rel_ver=`echo $ver | awk '{print $2}' | awk -F. '{if(NF>2) print $3; else print 0}'`
- let ver=$maj_ver*10000+$min_ver*100+$rel_ver
- if [ $ver -ge 20304 ] ; then
- tmp="\${PYTHONHOME}/bin ${pythonhome}/bin \${PATH} ${PATH}";
- path=`sort_path ${tmp}`
- tmp="\${PYTHONHOME}/lib/python\${PYTHON_VERSION} ${pythonhome}/lib/python${maj_ver}.${min_ver} \${PYTHONPATH} ${PYTHONPATH}";
- pythonpath=`sort_path ${tmp}`
- cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
-#$DELIM ${PRODUCT_TYPE} $DELIM
-export PYTHONHOME=${pythonhome}
-export PATH=${path}
-export PYTHON_VERSION=\`python -c "import sys; print sys.version[:3]"\`
-export PYTHON_INCLUDE=\${PYTHONHOME}/include/python\${PYTHON_VERSION}
-export PYTHONPATH=${pythonpath}
-##
-EOF
- make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}"
-####### THIS COULD BE USED FOR STRICT COMPARISON ##############################
-# if [ $maj_ver -eq 2 ] && [ $min_ver -eq 3 ] && [ $rel_ver -eq 4 ] ; then
-######################################################################################
- if [ $maj_ver -eq 2 ] && [ $min_ver -eq 3 ] && [ $rel_ver -ge 4 ] ; then
- return 0
- else
- return 2
- fi
- fi
-fi
-return 1
-}
-
-try_preinstalled(){
-try_existing ${PRODUCT_DIR} ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
-return $?
-}
-
-install_source()
-{
-make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
-source ${INSTALL_WORK}/$SHRC
-
-makedir ${PRODUCT_DIR}
-
-check_jb tar xfz ${SOURCE_DIR}/Python-2.3.4.tar.gz -C ${INSTALL_WORK}
-cd ${PRODUCT_WORK}
-
-check_job ${PRODUCT_DIR}/CONFIGURE.LOG \
- ./configure --prefix=${PRODUCT_DIR} --with-threads --with-cxx=`which g++`
-# vsr: not compiled on RedHat8.0 without libstdc++.so
-sed -e 's%LIBS= -ldl -lpthread -lutil%LIBS= -ldl -lpthread -lutil -lstdc++%g' Makefile > _Makefile
-mv -f _Makefile Makefile
-# vsr: socket module is not compiled on RedHat9 because of absent KERBEROS include/libs flags
-sed -e "s%\[('USE_SSL',1)\]%\[('USE_SSL',1),('OPENSSL_NO_KRB5',None)\]%g" setup.py > _setup.py
-mv -f _setup.py setup.py
-GCC=`which gcc`
-cat >> ${PRODUCT_DIR}/MAKE.LOG <<EOF
-used gcc=$GCC
-EOF
-
-check_job ${PRODUCT_DIR}/MAKE.LOG make
-check_job ${PRODUCT_DIR}/MAKINSTALL.LOG make install
-
-#du -sk ${PRODUCT_WORK} > ${PRODUCT_DIR}/size.log
-cd ${PRODUCT_DIR}; rm -fr ${PRODUCT_WORK}
-print_env
-}
-
-install_binary()
-{
-make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
-source ${INSTALL_WORK}/$SHRC
-
-check_jb tar xfz ${SOURCE_DIR}/Python-2.3.4.tar.gz -C ${INSTALL_ROOT}
-
-print_env
-}
-
-export PROCEDURE=$1;
-export INSTALL_WORK=$2;
-export SOURCE_DIR=$3;
-export INSTALL_ROOT=$4;
-export PRODUCT_SEQUENCE=$5;
-if [ $# == 6 ] ; then export PRODUCT_TYPE=$6 ; else export PRODUCT_TYPE="python" ; fi
-export PRODUCT="Python-2.3.4"
-export PRODUCT_DIR=${INSTALL_ROOT}/${PRODUCT}
-export PRODUCT_WORK=${INSTALL_WORK}/${PRODUCT}
-source ./common.sh
-${PROCEDURE}
--- /dev/null
+#!/bin/sh
+
+check_version()
+{
+if [ -z "$PYTHONHOME" ]; then
+ return 1
+fi
+isPython=`which python 2>/dev/null`
+if [ -n "$isPython" ]; then
+ # version number is calculated as: <major>*10000+<minor>*100+<release>
+ # e.g. for Python 2.3.5 it is equal to 20305
+ ver=`python -V 2>&1`
+ ver=`echo $ver | awk '{print $2}' | awk -F. '{v1=0;v2=0;v3=0;if(NF>0)v1=$1;if(NF>1)v2=$2;if(NF>2)v3=$3;print v1*10000+v2*100+v3}'`
+ if [ $ver -eq 20305 ] ; then
+ return 0
+ fi
+fi
+return 1
+}
+
+print_env()
+{
+cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
+#$DELIM ${PRODUCT_TYPE} $DELIM
+export PYTHONHOME=\${INSTALL_ROOT}/${PRODUCT}
+export PATH=\${PYTHONHOME}/bin:\${PATH}
+export PYTHON_VERSION=\`python -c "import sys; print sys.version[:3]"\`
+export PYTHON_INCLUDE=\${PYTHONHOME}/include/python\${PYTHON_VERSION}
+export PYTHONPATH=\${PYTHONHOME}/lib/python\${PYTHON_VERSION}:\${PYTHONPATH}
+##
+EOF
+(test -w ${PRODUCT_DIR} && cp ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh ${PRODUCT_DIR})
+make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}"
+}
+
+# looks for the native product and collects it's environment (used by make_env())
+try_native(){
+pythonhome="`find_in_path python ${PATH}`"
+if [ -z "${pythonhome}" ] ; then
+ pythonhome="`find_in_path python /usr/bin`"
+fi
+if [ -n "${pythonhome}" ] ; then
+ pythonhome=`cd ${pythonhome}/..; pwd`
+ # get version number: <major>, <minor> and <release>
+ # <major> and <minor> numbers are checked strickly, but <release> number can be larger than required one
+ # version number is calculated as: <major>*10000+<minor>*100+<release>
+ # e.g. for Python 2.3.5 it is equal to 20305
+ ver=`python -V 2>&1`
+ maj_ver=`echo $ver | awk '{print $2}' | awk -F. '{if(NF>0) print $1; else print 0}'`
+ min_ver=`echo $ver | awk '{print $2}' | awk -F. '{if(NF>1) print $2; else print 0}'`
+ rel_ver=`echo $ver | awk '{print $2}' | awk -F. '{if(NF>2) print $3; else print 0}'`
+ let ver=$maj_ver*10000+$min_ver*100+$rel_ver
+ if [ $ver -ge 20305 ] ; then
+ tmp="\${PYTHONHOME}/bin ${pythonhome}/bin \${PATH} ${PATH}";
+ path=`sort_path ${tmp}`
+ tmp="\${PYTHONHOME}/lib/python\${PYTHON_VERSION} ${pythonhome}/lib/python${maj_ver}.${min_ver} \${PYTHONPATH} ${PYTHONPATH}";
+ pythonpath=`sort_path ${tmp}`
+ cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
+#$DELIM ${PRODUCT_TYPE} $DELIM
+export PYTHONHOME=${pythonhome}
+export PATH=${path}
+export PYTHON_VERSION=\`python -c "import sys; print sys.version[:3]"\`
+export PYTHON_INCLUDE=\${PYTHONHOME}/include/python\${PYTHON_VERSION}
+export PYTHONPATH=${pythonpath}
+##
+EOF
+ make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}"
+####### THIS COULD BE USED FOR STRICT COMPARISON ##############################
+# if [ $maj_ver -eq 2 ] && [ $min_ver -eq 3 ] && [ $rel_ver -eq 4 ] ; then
+######################################################################################
+ if [ $maj_ver -eq 2 ] && [ $min_ver -eq 3 ] && [ $rel_ver -ge 5 ] ; then
+ return 0
+ else
+ return 2
+ fi
+ fi
+fi
+return 1
+}
+
+try_preinstalled(){
+try_existing ${PRODUCT_DIR} ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
+return $?
+}
+
+install_source()
+{
+make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
+source ${INSTALL_WORK}/$SHRC
+
+makedir ${PRODUCT_DIR}
+
+check_jb tar xfz ${SOURCE_DIR}/Python-2.3.5.tar.gz -C ${INSTALL_WORK}
+cd ${PRODUCT_WORK}
+
+check_job ${PRODUCT_DIR}/CONFIGURE.LOG \
+ ./configure --prefix=${PRODUCT_DIR} --with-threads --with-cxx=`which g++`
+# vsr: not compiled on RedHat8.0 without libstdc++.so
+sed -e 's%LIBS= -ldl -lpthread -lutil%LIBS= -ldl -lpthread -lutil -lstdc++%g' Makefile > _Makefile
+mv -f _Makefile Makefile
+# vsr: socket module is not compiled on RedHat9 because of absent KERBEROS include/libs flags
+sed -e "s%\[('USE_SSL',1)\]%\[('USE_SSL',1),('OPENSSL_NO_KRB5',None)\]%g" setup.py > _setup.py
+mv -f _setup.py setup.py
+GCC=`which gcc`
+cat >> ${PRODUCT_DIR}/MAKE.LOG <<EOF
+used gcc=$GCC
+EOF
+
+check_job ${PRODUCT_DIR}/MAKE.LOG make
+check_job ${PRODUCT_DIR}/MAKINSTALL.LOG make install
+
+#du -sk ${PRODUCT_WORK} > ${PRODUCT_DIR}/size.log
+cd ${PRODUCT_DIR}; rm -fr ${PRODUCT_WORK}
+print_env
+}
+
+install_binary()
+{
+make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
+source ${INSTALL_WORK}/$SHRC
+
+check_jb tar xfz ${SOURCE_DIR}/Python-2.3.5.tar.gz -C ${INSTALL_ROOT}
+
+print_env
+}
+
+export PROCEDURE=$1;
+export INSTALL_WORK=$2;
+export SOURCE_DIR=$3;
+export INSTALL_ROOT=$4;
+export PRODUCT_SEQUENCE=$5;
+if [ $# == 6 ] ; then export PRODUCT_TYPE=$6 ; else export PRODUCT_TYPE="python" ; fi
+export PRODUCT="Python-2.3.5"
+export PRODUCT_DIR=${INSTALL_ROOT}/${PRODUCT}
+export PRODUCT_WORK=${INSTALL_WORK}/${PRODUCT}
+source ./common.sh
+${PROCEDURE}
+++ /dev/null
-#!/bin/sh
-
-check_version(){
-if [ -n "`which swig 2>/dev/null`" ]; then
- ver=`swig -version 2>&1`
- ver=`echo $ver | awk '{print $3}' | grep "1.3.17"`
- if [ -n "$ver" ] ; then
- return 0;
- fi
-fi
-return 1;
-}
-
-print_env()
-{
-cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
-#$DELIM ${PRODUCT_TYPE} $DELIM
-export SWIG_ROOT=\${INSTALL_ROOT}/${PRODUCT}
-export PATH=\${SWIG_ROOT}/bin:\${PATH}
-export LD_LIBRARY_PATH=\${SWIG_ROOT}/lib:\${LD_LIBRARY_PATH}
-##
-EOF
-(test -w ${PRODUCT_DIR} && cp ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh ${PRODUCT_DIR})
-make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}"
-}
-
-# looks for the native product and collects it's environment (used by make_env())
-try_native(){
-swig_root="`find_in_path swig ${PATH}`"
-if [ -z "${swig_root}" ] ; then
- swig_root="`find_in_path swig /usr/bin`"
-fi
-if [ -n "${swig_root}" ] ; then
- swig_root=`cd ${swig_root}/..; pwd`
- ver=`${swig_root}/bin/swig -version 2>&1`
- ver=`echo $ver | awk '{print $3}' | grep "1.3.17"`
- if [ -n "$ver" ] ; then
- tmp="\${SWIG_ROOT}/bin ${swig_root}/bin \${PATH} ${PATH}";
- path=`sort_path ${tmp}`
- tmp="\${SWIG_ROOT}/lib ${swig_root}/lib \${LD_LIBRARY_PATH} ${LD_LIBRARY_PATH}";
- ld_library_path=`sort_path ${tmp}`
- cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
-#$DELIM ${PRODUCT_TYPE} $DELIM
-export SWIG_ROOT=${swig_root}
-export PATH=${path}
-export LD_LIBRARY_PATH=${ld_library_path}
-##
-EOF
- make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}"
- return 0;
- fi
-fi
-return 1
-}
-
-try_preinstalled(){
-try_existing ${PRODUCT_DIR} ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
-return $?
-}
-
-install_source()
-{
-make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
-source ${INSTALL_WORK}/$SHRC
-
-check_jb tar xfz ${SOURCE_DIR}/swig-1.3.17.tar.gz -C ${INSTALL_WORK}
-cd ${PRODUCT_WORK}
-makedir ${PRODUCT_DIR}
-check_job ${PRODUCT_DIR}/CONFIGURE.LOG \
- ./configure --prefix=${PRODUCT_DIR}
-GCC=`which gcc`
-cat >> ${PRODUCT_DIR}/MAKE.LOG <<EOF
-used gcc=$GCC
-EOF
-check_job ${PRODUCT_DIR}/MAKE.LOG make
-check_job ${PRODUCT_DIR}/MAKINSTALL.LOG make install
-
-#du -sk ${PRODUCT_WORK} > ${PRODUCT_DIR}/size.log
-cd ${PRODUCT_DIR}; rm -fr ${PRODUCT_WORK}
-print_env
-}
-
-install_binary()
-{
-echo "It impossible to install SWIG from binaries, try install from sources."
-return 1
-}
-
-export PROCEDURE=$1;
-export INSTALL_WORK=$2;
-export SOURCE_DIR=$3;
-export INSTALL_ROOT=$4;
-export PRODUCT_SEQUENCE=$5;
-if [ $# == 6 ] ; then export PRODUCT_TYPE=$6 ; else export PRODUCT_TYPE="swig" ; fi
-export PRODUCT="SWIG-1.3.17"
-export PRODUCT_DIR=${INSTALL_ROOT}/${PRODUCT}
-export PRODUCT_WORK=${INSTALL_WORK}/${PRODUCT}
-source ./common.sh
-$PROCEDURE
+++ /dev/null
-#!/bin/sh
-
-check_version()
-{
-if [ -z "$VTKHOME" ]; then
- return 1
-fi
-check_lib_version libvtkCommon.so ${VTKHOME}/lib/vtk
-if [ "$?" -eq "0" ]; then
- return 0
-fi
-return 1
-}
-
-print_env()
-{
-cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
-#$DELIM ${PRODUCT_TYPE} $DELIM
-export VTKHOME=\${INSTALL_ROOT}/${PRODUCT}
-export PATH=\${VTKHOME}/bin:\${PATH}
-export LD_LIBRARY_PATH=\${VTKHOME}/lib/vtk:\${LD_LIBRARY_PATH}
-export PYTHONPATH=\${VTKHOME}/lib/vtk:\${VTKHOME}/lib/python\${PYTHON_VERSION}/site-packages/vtk_python:\${PYTHONPATH}
-export TCLLIBPATH="\${VTKHOME}/lib/vtk/tcl \${TCLLIBPATH}"
-##
-EOF
-(test -w ${PRODUCT_DIR} && cp ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh ${PRODUCT_DIR})
-make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}"
-}
-
-# looks for the native product and collects it's environment (used by make_env())
-try_native(){
-check_version
-if [ $? -eq 0 ] ; then
- python_version="`python -c 'import sys; print sys.version[:3]'`"
- tmp="\${VTKHOME}/bin ${VTKHOME}/bin \${PATH} ${PATH}";
- path=`sort_path ${tmp}`
- tmp="\${VTKHOME}/lib/vtk ${VTKHOME}/lib/vtk \${LD_LIBRARY_PATH} ${LD_LIBRARY_PATH}";
- ld_library_path=`sort_path ${tmp}`
- tmp="\${VTKHOME}/lib/vtk:\${VTKHOME}/lib/python${PYTHON_VERSION}/site-packages/vtk_python ${VTKHOME}/lib/vtk:${VTKHOME}/lib/python${python_version}/site-packages/vtk_python \${PYTHONPATH} ${PYTHONPATH}";
- python_path=`sort_path ${tmp}`
- cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
-#$DELIM ${PRODUCT_TYPE} $DELIM
-export VTKHOME=${VTKHOME}
-export PATH=${path}
-export LD_LIBRARY_PATH=${ld_library_path}
-export PYTHONPATH=${python_path}
-export TCLLIBPATH="\${VTKHOME}/lib/vtk/tcl \${TCLLIBPATH}"
-##
-EOF
- make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}"
- return 0
-fi
-return 1;
-}
-
-try_preinstalled(){
-try_existing ${PRODUCT_DIR} ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
-return $?
-}
-
-install_source()
-{
-make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
-source ${INSTALL_WORK}/$SHRC
-
-makedir ${PRODUCT_DIR}
-
-check_jb tar xfz ${SOURCE_DIR}/cmake-1.6.6.tar.gz -C ${INSTALL_WORK}
-cd ${INSTALL_WORK}/cmake-1.6.6
-check_job ${PRODUCT_DIR}/CONFIGUREcmake.LOG ./configure
-cat >> ${PRODUCT_DIR}/MAKEcmake.LOG <<EOF
-used gcc=$GCC
-EOF
-check_job ${PRODUCT_DIR}/MAKEcmake.LOG make
-
-check_jb tar xfz ${SOURCE_DIR}/VTK-4.2-LatestRelease.tar.gz -C ${INSTALL_WORK}
-cd ${PRODUCT_WORK}
-
-# get Python and tcl/tk version
-python_version="`python -c 'import sys; print sys.version[:3]'`"
-tcl_version=""
-tcldir="`where_tcl`"
-if [ $? -eq 0 ] && [ -e ${tcldir}/tclConfig.sh ] ; then
- tcl_version=`grep -e "TCL_VERSION=.*" ${tcldir}/tclConfig.sh | sed -e "s%TCL_VERSION=[\'|\"]\(.*\)[\'|\"]%\1%g"`
-fi
-
-VTK_CMAKE_OPTIONS=""
-### common VTK settings
-VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DBUILD_SHARED_LIBS:BOOL=ON"
-VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DCMAKE_BUILD_TYPE:STRING=Release"
-VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DCMAKE_CXX_COMPILER:STRING=`which g++`"
-VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DCMAKE_C_COMPILER:STRING=`which gcc`"
-VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DCMAKE_INSTALL_PREFIX:STRING=${PRODUCT_DIR}"
-VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DVTK_USE_HYBRID:BOOL=ON"
-VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DVTK_USE_PARALLEL:BOOL=ON"
-VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DVTK_USE_PATENTED:BOOL=OFF"
-VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DVTK_USE_RENDERING:BOOL=ON"
-### Wrap Python settings
-if [ "${python_version}" != "" ]; then
-VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DVTK_WRAP_PYTHON:BOOL=ON"
-VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DPYTHON_EXECUTABLE:STRING=${PYTHONHOME}/bin/python${python_version}"
-VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DPYTHON_INCLUDE_PATH:STRING=${PYTHONHOME}/include/python${python_version}"
-VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DPYTHON_LIBRARY:STRING=${PYTHONHOME}/lib/python${python_version}/config/libpython${python_version}.a"
-fi
-### Wrap Tcl settings
-if [ "${tcl_version}" != "" ]; then
-VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DVTK_WRAP_TCL:BOOL=ON"
-VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DTCL_INCLUDE_PATH:STRING=${TCLHOME}/include"
-VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DTCL_LIBRARY:STRING=${TCLHOME}/lib/libtcl${tcl_version}.so"
-VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DTCL_STUB_LIBRARY:STRING=${TCLHOME}/lib/libtclstub${tcl_version}.a"
-VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DTCL_TCLSH:STRING=${TCLHOME}/bin/tclsh"
-VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DTK_INCLUDE_PATH:STRING=${TCLHOME}/include"
-VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DTK_LIBRARY:STRING=${TCLHOME}/lib/libtk${tcl_version}.so"
-VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DTK_STUB_LIBRARY:STRING=${TCLHOME}/lib/libtkstub${tcl_version}.a"
-VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DTK_WISH:STRING=${TCLHOME}/bin/wish"
-fi
-### if Mesa is pre-installed
-if [ -n "$MESA_HOME" ]; then
- VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DOPENGL_INCLUDE_DIR:STRING=${MESA_HOME}/include"
- VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DOPENGL_gl_LIBRARY:STRING=${MESA_HOME}/lib/libGL.so"
- VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DOPENGL_glu_LIBRARY:STRING=${MESA_HOME}/lib/libGLU.so"
- VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DOPENGL_xmesa_INCLUDE_DIR:STRING=${MESA_HOME}/include"
-fi
-
-cat > ${PRODUCT_DIR}/CONFIGURE.LOG <<EOF
-used VTK settings:
-$VTK_CMAKE_OPTIONS
-EOF
-check_job ${PRODUCT_DIR}/CONFIGURE.LOG ${INSTALL_WORK}/cmake-1.6.6/Source/cmake . $VTK_CMAKE_OPTIONS
-
-cat > ${PRODUCT_DIR}/MAKE.LOG <<EOF
-used gcc=$GCC
-EOF
-check_job ${PRODUCT_DIR}/MAKE.LOG make
-
-check_job ${PRODUCT_DIR}/MAKEINSTALL.LOG make install
-
-cd ${PRODUCT_WORK}/Wrapping/Python
-check_job ${PRODUCT_DIR}/SETUPPYTHON.LOG python setup.py install --prefix=${PRODUCT_DIR}
-
-#du -sk ${PRODUCT_WORK} > ${PRODUCT_DIR}/size.log
-#du -sk ${INSTALL_WORK}/cmake-1.6.6 >> ${PRODUCT_DIR}/size.log
-cd ${PRODUCT_DIR}; rm -fr ${PRODUCT_WORK} ${INSTALL_WORK}/cmake-1.6.6
-
-# set correct symbolic links - bug of python wrappings installation
-cd ${PRODUCT_DIR}/lib/python${python_version}/site-packages/vtk_python
-ln -sf ../../../vtk/*Python*.so .
-
-print_env
-}
-
-install_binary()
-{
-make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
-source ${INSTALL_WORK}/$SHRC
-
-check_jb tar xfz ${SOURCE_DIR}/VTK-4.2.2.tar.gz -C ${INSTALL_ROOT}
-
-print_env
-}
-
-export PROCEDURE=$1;
-export INSTALL_WORK=$2;
-export SOURCE_DIR=$3;
-export INSTALL_ROOT=$4;
-export PRODUCT_SEQUENCE=$5;
-if [ $# == 6 ] ; then export PRODUCT_TYPE=$6 ; else export PRODUCT_TYPE="vtk" ; fi
-export PRODUCT="VTK-4.2.2"
-export PRODUCT_DIR=${INSTALL_ROOT}/${PRODUCT}
-export PRODUCT_WORK=${INSTALL_WORK}/${PRODUCT}
-source ./common.sh
-$PROCEDURE
# get Python and tcl/tk version
python_version="`python -c 'import sys; print sys.version[:3]'`"
tcl_version=""
+tcl_includes=""
+tcl_libs=""
tcldir="`where_tcl`"
if [ $? -eq 0 ] && [ -e ${tcldir}/tclConfig.sh ] ; then
tcl_version=`grep -e "TCL_VERSION=.*" ${tcldir}/tclConfig.sh | sed -e "s%TCL_VERSION=[\'|\"]\(.*\)[\'|\"]%\1%g"`
+ tcl_includes=`grep -e "TCL_INCLUDE_SPEC=.*" ${tcldir}/tclConfig.sh | sed -e "s%TCL_INCLUDE_SPEC=[\'|\"]-I\(.*\)[\'|\"]%\1%g"`
+ if [ -z "$tcl_includes" ] ; then tcl_includes=/usr/include ; fi
+ tcl_libs=`grep -e "TCL_PACKAGE_PATH=.*" ${tcldir}/tclConfig.sh | sed -e "s%TCL_PACKAGE_PATH=[\'|\"]\(.*\)[\'|\"]%\1%g"`
fi
VTK_CMAKE_OPTIONS=""
VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DPYTHON_LIBRARY:STRING=${PYTHONHOME}/lib/python${python_version}/config/libpython${python_version}.a"
fi
### Wrap Tcl settings
-if [ "${tcl_version}" != "" ]; then
+if [ "${tcl_version}" != "" ] && [ "${tcl_includes}" != "" ] && [ "${tcl_libs}" != "" ] ; then
+# suppose that tcl and tk are installed in the same dir
VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DVTK_WRAP_TCL:BOOL=ON"
-VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DTCL_INCLUDE_PATH:STRING=${TCLHOME}/include"
-VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DTCL_LIBRARY:STRING=${TCLHOME}/lib/libtcl${tcl_version}.so"
-VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DTCL_STUB_LIBRARY:STRING=${TCLHOME}/lib/libtclstub${tcl_version}.a"
-VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DTCL_TCLSH:STRING=${TCLHOME}/bin/tclsh"
-VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DTK_INCLUDE_PATH:STRING=${TCLHOME}/include"
-VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DTK_LIBRARY:STRING=${TCLHOME}/lib/libtk${tcl_version}.so"
-VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DTK_STUB_LIBRARY:STRING=${TCLHOME}/lib/libtkstub${tcl_version}.a"
-VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DTK_WISH:STRING=${TCLHOME}/bin/wish"
+VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DTCL_INCLUDE_PATH:STRING=${tcl_includes}"
+VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DTCL_LIBRARY:STRING=${tcl_libs}/libtcl${tcl_version}.so"
+VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DTCL_STUB_LIBRARY:STRING=${tcl_libs}/libtclstub${tcl_version}.a"
+VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DTCL_TCLSH:STRING=${TCLHOME}/bin/tclsh${tcl_version}"
+VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DTK_INCLUDE_PATH:STRING=${tcl_includes}"
+VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DTK_LIBRARY:STRING=${tcl_libs}/libtk${tcl_version}.so"
+VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DTK_STUB_LIBRARY:STRING=${tcl_libs}/libtkstub${tcl_version}.a"
+VTK_CMAKE_OPTIONS=$VTK_CMAKE_OPTIONS" -DTK_WISH:STRING=${TCLHOME}/bin/wish${tcl_version}"
fi
### if Mesa is pre-installed
if [ -n "$MESA_HOME" ]; then
file=$1; shift;
path=$*
for i in `echo ${path} | sed -e"s%:% %g"` ; do
- ret=`find $i -name $file 2>/dev/null`
+ ret=`find $i -name $file -maxdepth 1 2>/dev/null`
if [ -n "$ret" ] ; then
ret=`echo $ret | sed -e"s%/\$file$%%g"`
echo $ret
+++ /dev/null
-#!/bin/sh
-
-check_version()
-{
-check_lib_version doxygen $PATH
-if [ "$?" -ne "0" ]; then
- return 1
-fi
-check_lib_version doxysearch $PATH
-if [ "$?" -ne "0" ]; then
- return 1
-fi
-check_lib_version doxytag $PATH
-if [ "$?" -ne "0" ]; then
- return 1
-fi
-check_lib_version doxywizard $PATH
-if [ "$?" -ne "0" ]; then
- return 1
-fi
-ver=`doxygen --version`
-if [ "$ver" == "1.3-rc2" ]; then
- return 0
-fi
-return 1
-}
-
-print_env()
-{
-cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
-#$DELIM ${PRODUCT_TYPE} $DELIM
-export PATH=\${INSTALL_ROOT}/${PRODUCT}/bin:\${PATH}
-##
-EOF
-(test -w ${PRODUCT_DIR} && cp ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh ${PRODUCT_DIR})
-make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}"
-}
-
-# looks for the native product and collects it's environment (used by make_env())
-try_native(){
-check_version
-if [ $? -eq 0 ] ; then
- doxygen="`find_in_path doxygen ${PATH}`"
- tmp="${doxygen} ${doxygen} \${PATH} ${PATH}";
- path=`sort_path ${tmp}`
- cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
-#$DELIM ${PRODUCT_TYPE} $DELIM
-export PATH=${path}
-##
-EOF
- make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}"
- return 0
-fi
-return 1;
-}
-
-try_preinstalled(){
-try_existing ${PRODUCT_DIR} ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
-return $?
-}
-
-install_source()
-{
-make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
-source ${INSTALL_WORK}/$SHRC
-
-check_jb tar xfz ${SOURCE_DIR}/doxygen-1.3-rc2.tar.gz -C ${INSTALL_WORK}
-
-cd ${PRODUCT_WORK}
-makedir ${PRODUCT_DIR}
-# vsr: fix bug - configure fails on Red Hat 9 because of incorrect autodetect check for install tool
-# so it is necessary to put it directly
-f_install="--install "`which install`
-check_job ${PRODUCT_DIR}/CONFIGURE.LOG ./configure --with-doxywizard --prefix ${PRODUCT_DIR} $f_install
-GCC=`which gcc`
-cat >> ${PRODUCT_DIR}/MAKE.LOG <<EOF
-used gcc=$GCC
-EOF
-check_job ${PRODUCT_DIR}/MAKE.LOG make
-check_job ${PRODUCT_DIR}/MAKEINSTALL.LOG make install
-
-which epstopdf >/dev/null 2>&1; ISFOUND=$?
-if [ ${ISFOUND} -eq 0 ] ; then which makeindex >/dev/null 2>&1; ISFOUND=$?; fi
-if [ ${ISFOUND} -eq 0 ] ; then which latex >/dev/null 2>&1; ISFOUND=$?; fi
-if [ ${ISFOUND} -eq 0 ] ; then which latex2html >/dev/null 2>&1; ISFOUND=$?; fi
-if [ ${ISFOUND} -eq 0 ] ; then which pdflatex >/dev/null 2>&1; ISFOUND=$?; fi
-if [ ${ISFOUND} -eq 0 ] ; then which pslatex >/dev/null 2>&1; ISFOUND=$?; fi
-if [ ${ISFOUND} -eq 0 ] ; then which pstoimg >/dev/null 2>&1; ISFOUND=$?; fi
-if [ ${ISFOUND} -eq 0 ] ; then
- check_job ${PRODUCT_DIR}/MAKEDOCS.LOG make docs
- check_job ${PRODUCT_DIR}/MAKEINSTALLDOCS.LOG make install_docs
-else
- cat >> ${PRODUCT_DIR}/MAKEDOCS.LOG <<EOF
-Can't find \"epstopdf\" and \"latex\" or another executables on the computer.
-doxygen documentation will not be built!
-SALOME DOCUMENTATION ALSO CAN NOT BE BUILT!
-EOF
- check_job ${PRODUCT_DIR}/MAKEDOCS.LOG make docs
-# rm -fr ${PRODUCT_WORK}
-# echo -e "Can't find \"epstopdf\" and \"latex\" or another executables on the computer."
-# echo -e "doxygen documentation will not be built!"
-# echo -e "SALOME DOCUMENTATION ALSO CAN NOT BE BUILT!"
-# echo -n "Would you like continue : (Y,N) [Y] : "
-# read rep;
-# rep=`echo $rep | tr "[A-Z]" "[a-z]"`
-# if test -z $rep || [ $rep != "y" ] ; then
-# rm -fr ${PRODUCT_WORK}
-# exit 1
-# fi
-fi
-
-#du -sk ${PRODUCT_WORK} > ${PRODUCT_DIR}/size.log
-cd ${PRODUCT_DIR}; rm -fr ${PRODUCT_WORK}
-print_env
-}
-
-install_binary()
-{
-make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
-source ${INSTALL_WORK}/$SHRC
-
-check_jb tar xfz ${SOURCE_DIR}/doxygen-1.3-rc2.tar.gz -C ${INSTALL_ROOT}
-which epstopdf >/dev/null 2>&1; ISFOUND=$?
-if [ ${ISFOUND} -eq 0 ] ; then which makeindex >/dev/null 2>&1; ISFOUND=$?; fi
-if [ ${ISFOUND} -eq 0 ] ; then which latex >/dev/null 2>&1; ISFOUND=$?; fi
-if [ ${ISFOUND} -eq 0 ] ; then which latex2html >/dev/null 2>&1; ISFOUND=$?; fi
-if [ ${ISFOUND} -eq 0 ] ; then which pdflatex >/dev/null 2>&1; ISFOUND=$?; fi
-if [ ${ISFOUND} -eq 0 ] ; then which pslatex >/dev/null 2>&1; ISFOUND=$?; fi
-if [ ${ISFOUND} -eq 0 ] ; then which pstoimg >/dev/null 2>&1; ISFOUND=$?; fi
-if [ ${ISFOUND} -ne 0 ] ; then
- cat >> ${PRODUCT_DIR}/DOCS.LOG <<EOF
-Can't find \"epstopdf\" and \"latex\" or another executables on the computer.
-doxygen documentation will not be built!
-SALOME DOCUMENTATION ALSO CAN NOT BE BUILT!
-EOF
- check_job ${PRODUCT_DIR}/DOCS.LOG make
-# rm -fr ${PRODUCT_WORK}
-# echo -e "Can't find \"epstopdf\" and \"latex\" or another executables on the computer."
-# echo -e "doxygen documentation will not be built!"
-# echo -e "SALOME DOCUMENTATION ALSO CAN NOT BE BUILT!"
-# echo -n "Would you like continue : (Y,N) [Y] : "
-# read rep;
-# rep=`echo $rep | tr "[A-Z]" "[a-z]"`
-# if test -z $rep || [ $rep != "y" ] ; then
-# rm -fr ${PRODUCT_WORK}
-# exit 1
-# fi
-fi
-
-print_env
-}
-
-export PROCEDURE=$1;
-export INSTALL_WORK=$2;
-export SOURCE_DIR=$3;
-export INSTALL_ROOT=$4;
-export PRODUCT_SEQUENCE=$5;
-if [ $# == 6 ] ; then export PRODUCT_TYPE=$6 ; else export PRODUCT_TYPE="doxygen" ; fi
-export PRODUCT="doxygen-1.3-rc2"
-export PRODUCT_DIR=${INSTALL_ROOT}/${PRODUCT}
-export PRODUCT_WORK=${INSTALL_WORK}/${PRODUCT}
-source ./common.sh
-$PROCEDURE
+++ /dev/null
-#!/bin/sh
-
-check_version()
-{
-check_lib_version doxygen $PATH
-if [ "$?" -ne "0" ]; then
- return 1
-fi
-check_lib_version doxytag $PATH
-if [ "$?" -ne "0" ]; then
- return 1
-fi
-check_lib_version doxywizard $PATH
-if [ "$?" -ne "0" ]; then
- return 1
-fi
-ver=`doxygen --version`
-if [ "$ver" == "1.3.7" ]; then
- return 0
-fi
-return 1
-}
-
-print_env()
-{
-cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
-#$DELIM ${PRODUCT_TYPE} $DELIM
-export PATH=\${INSTALL_ROOT}/${PRODUCT}/bin:\${PATH}
-##
-EOF
-(test -w ${PRODUCT_DIR} && cp ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh ${PRODUCT_DIR})
-make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}"
-}
-
-# looks for the native product and collects it's environment (used by make_env())
-try_native(){
-check_version
-if [ $? -eq 0 ] ; then
- doxygen="`find_in_path doxygen ${PATH}`"
- tmp="${doxygen} ${doxygen} \${PATH} ${PATH}";
- path=`sort_path ${tmp}`
- cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
-#$DELIM ${PRODUCT_TYPE} $DELIM
-export PATH=${path}
-##
-EOF
- make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}"
- return 0
-fi
-return 1;
-}
-
-try_preinstalled(){
-try_existing ${PRODUCT_DIR} ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
-return $?
-}
-
-install_source()
-{
-make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
-source ${INSTALL_WORK}/$SHRC
-
-check_jb tar xfz ${SOURCE_DIR}/doxygen-1.3.7.tar.gz -C ${INSTALL_WORK}
-
-cd ${PRODUCT_WORK}
-makedir ${PRODUCT_DIR}
-# vsr: fix a bug on Mandrake-10.1: wrong qt library reference
-sed -e "s/-lqt/-lqt-mt/g" ./tmake/lib/linux-g++/tmake.conf > ./tmake/lib/linux-g++/tmake.conf.new
-mv ./tmake/lib/linux-g++/tmake.conf.new ./tmake/lib/linux-g++/tmake.conf
-# vsr: fix bug - configure fails on Red Hat 9 because of incorrect autodetect check for install tool
-# so it is necessary to put it directly
-f_install="--install "`which install`
-check_job ${PRODUCT_DIR}/CONFIGURE.LOG ./configure --with-doxywizard --prefix ${PRODUCT_DIR} $f_install
-GCC=`which gcc`
-cat >> ${PRODUCT_DIR}/MAKE.LOG <<EOF
-used gcc=$GCC
-EOF
-check_job ${PRODUCT_DIR}/MAKE.LOG make
-check_job ${PRODUCT_DIR}/MAKEINSTALL.LOG make install
-
-which epstopdf >/dev/null 2>&1; ISFOUND=$?
-if [ ${ISFOUND} -eq 0 ] ; then which makeindex >/dev/null 2>&1; ISFOUND=$?; fi
-if [ ${ISFOUND} -eq 0 ] ; then which latex >/dev/null 2>&1; ISFOUND=$?; fi
-#if [ ${ISFOUND} -eq 0 ] ; then which latex2html >/dev/null 2>&1; ISFOUND=$?; fi
-if [ ${ISFOUND} -eq 0 ] ; then which pdflatex >/dev/null 2>&1; ISFOUND=$?; fi
-if [ ${ISFOUND} -eq 0 ] ; then which pslatex >/dev/null 2>&1; ISFOUND=$?; fi
-#if [ ${ISFOUND} -eq 0 ] ; then which pstoimg >/dev/null 2>&1; ISFOUND=$?; fi
-if [ ${ISFOUND} -eq 0 ] ; then
- check_job ${PRODUCT_DIR}/MAKEDOCS.LOG make docs
- check_job ${PRODUCT_DIR}/MAKEINSTALLDOCS.LOG make install_docs
-else
- cat >> ${PRODUCT_DIR}/MAKEDOCS.LOG <<EOF
-Can't find \"epstopdf\" and \"latex\" or another executables on the computer.
-doxygen documentation will not be built!
-SALOME DOCUMENTATION ALSO CAN NOT BE BUILT!
-EOF
-# check_job ${PRODUCT_DIR}/MAKEDOCS.LOG make docs
-# rm -fr ${PRODUCT_WORK}
-# echo -e "Can't find \"epstopdf\" and \"latex\" or another executables on the computer."
-# echo -e "doxygen documentation will not be built!"
-# echo -e "SALOME DOCUMENTATION ALSO CAN NOT BE BUILT!"
-# echo -n "Would you like continue : (Y,N) [Y] : "
-# read rep;
-# rep=`echo $rep | tr "[A-Z]" "[a-z]"`
-# if test -z $rep || [ $rep != "y" ] ; then
-# rm -fr ${PRODUCT_WORK}
-# exit 1
-# fi
-fi
-
-#du -sk ${PRODUCT_WORK} > ${PRODUCT_DIR}/size.log
-cd ${PRODUCT_DIR}; rm -fr ${PRODUCT_WORK}
-print_env
-}
-
-install_binary()
-{
-make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
-source ${INSTALL_WORK}/$SHRC
-
-check_jb tar xfz ${SOURCE_DIR}/doxygen-1.3.7.tar.gz -C ${INSTALL_ROOT}
-
-print_env
-}
-
-export PROCEDURE=$1;
-export INSTALL_WORK=$2;
-export SOURCE_DIR=$3;
-export INSTALL_ROOT=$4;
-export PRODUCT_SEQUENCE=$5;
-if [ $# == 6 ] ; then export PRODUCT_TYPE=$6 ; else export PRODUCT_TYPE="doxygen" ; fi
-export PRODUCT="doxygen-1.3.7"
-export PRODUCT_DIR=${INSTALL_ROOT}/${PRODUCT}
-export PRODUCT_WORK=${INSTALL_WORK}/${PRODUCT}
-source ./common.sh
-$PROCEDURE
--- /dev/null
+#!/bin/sh
+
+check_version()
+{
+check_lib_version doxygen $PATH
+if [ "$?" -ne "0" ]; then
+ return 1
+fi
+check_lib_version doxytag $PATH
+if [ "$?" -ne "0" ]; then
+ return 1
+fi
+check_lib_version doxywizard $PATH
+if [ "$?" -ne "0" ]; then
+ return 1
+fi
+ver=`doxygen --version`
+if [ "$ver" == "1.4.2" ]; then
+ return 0
+fi
+return 1
+}
+
+print_env()
+{
+cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
+#$DELIM ${PRODUCT_TYPE} $DELIM
+export PATH=\${INSTALL_ROOT}/${PRODUCT}/bin:\${PATH}
+##
+EOF
+(test -w ${PRODUCT_DIR} && cp ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh ${PRODUCT_DIR})
+make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}"
+}
+
+# looks for the native product and collects it's environment (used by make_env())
+try_native(){
+check_version
+if [ $? -eq 0 ] ; then
+ doxygen="`find_in_path doxygen ${PATH}`"
+ tmp="${doxygen} ${doxygen} \${PATH} ${PATH}";
+ path=`sort_path ${tmp}`
+ cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
+#$DELIM ${PRODUCT_TYPE} $DELIM
+export PATH=${path}
+##
+EOF
+ make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}"
+ return 0
+fi
+return 1;
+}
+
+try_preinstalled(){
+try_existing ${PRODUCT_DIR} ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
+return $?
+}
+
+install_source()
+{
+make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
+source ${INSTALL_WORK}/$SHRC
+
+check_jb tar xfz ${SOURCE_DIR}/doxygen-1.4.2.tar.gz -C ${INSTALL_WORK}
+
+cd ${PRODUCT_WORK}
+makedir ${PRODUCT_DIR}
+# vsr: fix a bug on Mandrake-10.1: wrong qt library reference
+sed -e "s/-lqt$/-lqt-mt/g" ./tmake/lib/linux-g++/tmake.conf > ./tmake/lib/linux-g++/tmake.conf.new
+mv ./tmake/lib/linux-g++/tmake.conf.new ./tmake/lib/linux-g++/tmake.conf
+# vsr: fix bug - configure fails on Red Hat 9 because of incorrect autodetect check for install tool
+# so it is necessary to put it directly
+f_install="--install "`which install`
+# vsr: fix bug on debianex: problem on with unistd.h file
+(cd src; mv unistd.h unistd.h.backup)
+files=`egrep -R -e "^[[:space:]]*unistd" * | awk -F: '{print $1}'`
+for f in $files ; do
+ sed -e '/^[[:space:]]*unistd/d' $f > $f"_"
+ mv $f"_" $f
+done
+# configuring
+check_job ${PRODUCT_DIR}/CONFIGURE.LOG ./configure --with-doxywizard --prefix ${PRODUCT_DIR} $f_install
+GCC=`which gcc`
+cat >> ${PRODUCT_DIR}/MAKE.LOG <<EOF
+used gcc=$GCC
+EOF
+check_job ${PRODUCT_DIR}/MAKE.LOG make
+check_job ${PRODUCT_DIR}/MAKEINSTALL.LOG make install
+
+# vsr: skip installing docs (problems on Debian)
+#which epstopdf >/dev/null 2>&1; ISFOUND=$?
+#if [ ${ISFOUND} -eq 0 ] ; then which makeindex >/dev/null 2>&1; ISFOUND=$?; fi
+#if [ ${ISFOUND} -eq 0 ] ; then which latex >/dev/null 2>&1; ISFOUND=$?; fi
+##if [ ${ISFOUND} -eq 0 ] ; then which latex2html >/dev/null 2>&1; ISFOUND=$?; fi
+#if [ ${ISFOUND} -eq 0 ] ; then which pdflatex >/dev/null 2>&1; ISFOUND=$?; fi
+#if [ ${ISFOUND} -eq 0 ] ; then which pslatex >/dev/null 2>&1; ISFOUND=$?; fi
+##if [ ${ISFOUND} -eq 0 ] ; then which pstoimg >/dev/null 2>&1; ISFOUND=$?; fi
+#if [ ${ISFOUND} -eq 0 ] ; then
+# check_job ${PRODUCT_DIR}/MAKEDOCS.LOG make docs
+# check_job ${PRODUCT_DIR}/MAKEINSTALLDOCS.LOG make install_docs
+#else
+# cat >> ${PRODUCT_DIR}/MAKEDOCS.LOG <<EOF
+#Can't find \"epstopdf\" and \"latex\" or another executables on the computer.
+#doxygen documentation will not be built!
+#SALOME DOCUMENTATION ALSO CAN NOT BE BUILT!
+#EOF
+## check_job ${PRODUCT_DIR}/MAKEDOCS.LOG make docs
+## rm -fr ${PRODUCT_WORK}
+## echo -e "Can't find \"epstopdf\" and \"latex\" or another executables on the computer."
+## echo -e "doxygen documentation will not be built!"
+## echo -e "SALOME DOCUMENTATION ALSO CAN NOT BE BUILT!"
+## echo -n "Would you like continue : (Y,N) [Y] : "
+## read rep;
+## rep=`echo $rep | tr "[A-Z]" "[a-z]"`
+## if test -z $rep || [ $rep != "y" ] ; then
+## rm -fr ${PRODUCT_WORK}
+## exit 1
+## fi
+#fi
+
+#du -sk ${PRODUCT_WORK} > ${PRODUCT_DIR}/size.log
+cd ${PRODUCT_DIR}; rm -fr ${PRODUCT_WORK}
+print_env
+}
+
+install_binary()
+{
+make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
+source ${INSTALL_WORK}/$SHRC
+
+check_jb tar xfz ${SOURCE_DIR}/doxygen-1.4.2.tar.gz -C ${INSTALL_ROOT}
+
+print_env
+}
+
+export PROCEDURE=$1;
+export INSTALL_WORK=$2;
+export SOURCE_DIR=$3;
+export INSTALL_ROOT=$4;
+export PRODUCT_SEQUENCE=$5;
+if [ $# == 6 ] ; then export PRODUCT_TYPE=$6 ; else export PRODUCT_TYPE="doxygen" ; fi
+export PRODUCT="doxygen-1.4.2"
+export PRODUCT_DIR=${INSTALL_ROOT}/${PRODUCT}
+export PRODUCT_WORK=${INSTALL_WORK}/${PRODUCT}
+source ./common.sh
+$PROCEDURE
+++ /dev/null
-#!/bin/sh
-
-check_version(){
-# version number is calculated as: <major>*10000+<minor>*100+<release>
-# e.g. for gcc 3.2 it is equal to 30200, for gcc 3.3.2 - 30202
-gcc_ver=`gcc -dumpversion | awk -F. '{v1=0;v2=0;v3=0;if(NF>0)v1=$1;if(NF>1)v2=$2;if(NF>2)v3=$3;print v1*10000+v2*100+v3}'`
-if [ $gcc_ver -eq 30200 ] ; then
- return 0
-fi
-return 1
-}
-
-print_env(){
-cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
-#$DELIM ${PRODUCT_TYPE} $DELIM
-export GCC_ROOT=\${INSTALL_ROOT}/${PRODUCT}
-export CXX=\${GCC_ROOT}/bin/g++
-export CC=\${GCC_ROOT}/bin/gcc
-export PATH=\${GCC_ROOT}/bin:\${PATH}
-export LD_LIBRARY_PATH=\${GCC_ROOT}/lib:\${LD_LIBRARY_PATH}
-##
-EOF
-(test -w ${PRODUCT_DIR} && cp ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh ${PRODUCT_DIR})
-make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}"
-}
-
-# looks for the native product and collects it's environment (used by make_env())
-try_native(){
-gcc_root="`find_in_path gcc ${PATH}`"
-if [ -z "${gcc_root}" ] ; then
- gcc_root="`find_in_path gcc /usr/bin`"
-fi
-if [ -n "${gcc_root}" ] ; then
- gcc_root=`cd ${gcc_root}/..; pwd`
- # get version number: <major>, <minor> and <release>
- # <major> and <minor> numbers are checked strickly, but <release> number can be larger than required one
- # version number is calculated as: <major>*10000+<minor>*100+<release>
- # e.g. for gcc 3.2 it is equal to 30200, for gcc 3.3.2 - 30202
- maj_ver=`gcc -dumpversion | awk -F. '{if(NF>0) print $1; else print 0}'`
- min_ver=`gcc -dumpversion | awk -F. '{if(NF>1) print $2; else print 0}'`
- rel_ver=`gcc -dumpversion | awk -F. '{if(NF>2) print $3; else print 0}'`
- let gcc_ver=$maj_ver*10000+$min_ver*100+$rel_ver
- if [ $gcc_ver -ge 30200 ] ; then
- tmp="\${GCC_ROOT}/bin ${gcc_root}/bin \${PATH} ${PATH}";
- path=`sort_path ${tmp}`
- tmp="\${GCC_ROOT}/lib ${gcc_root}/lib \${LD_LIBRARY_PATH} ${LD_LIBRARY_PATH}";
- ld_library_path=`sort_path ${tmp}`
- cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
-#$DELIM ${PRODUCT_TYPE} $DELIM
-export GCC_ROOT=${gcc_root}
-export CXX=\${GCC_ROOT}/bin/g++
-export CC=\${GCC_ROOT}/bin/gcc
-export PATH=${path}
-export LD_LIBRARY_PATH=${ld_library_path}
-##
-EOF
- make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}"
-####### THIS COULD BE USED FOR STRICT COMPARISON ##############################
-# if [ $maj_ver -eq 3 ] && [ $min_ver -eq 2 ] && [ $rel_ver -eq 0 ] ; then
-######################################################################################
- if [ $maj_ver -eq 3 ] && [ $min_ver -eq 2 ] && [ $rel_ver -ge 0 ] ; then
- return 0
- else
- return 2
- fi
- fi
-fi
-return 1
-}
-
-try_preinstalled(){
-try_existing ${PRODUCT_DIR} ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
-return $?
-}
-
-install_source()
-{
-check_version
-if [ $? == 0 ] ; then
- echo "It impossible to build gcc-3.2 on your current compiler (gcc-3.2)."
- echo "Installation aborted."
- return 1
-fi
-
-make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
-source ${INSTALL_WORK}/$SHRC
-
-#check if $LIBRARY_PATH and $GCC_EXEC_PREFIX are set and then remove path to current dir from them
-if [ -n "$LIBRARY_PATH" ]; then
-export LIBRARY_PATH=`echo $LIBRARY_PATH | sed -e's/^[:\;]*//g' -e's/[:\;]*$//g' -e's/::*/:/g' -e's/;;*/;/g' -e's/[:\;].$//g' -e's/^.[:\;]//g' -e's/[:\;].[:\;]/:/g' -e's/^.$//g'`
-fi
-if [ -n "$GCC_EXEC_PREFIX" ]; then
-export GCC_EXEC_PREFIX=`echo $GCC_EXEC_PREFIX | sed -e's/^[:\;]*//g' -e's/[:\;]*$//g' -e's/::*/:/g' -e's/;;*/;/g' -e's/[:\;].$//g' -e's/^.[:\;]//g' -e's/[:\;].[:\;]/:/g' -e's/^.$//g'`
-fi
-
-check_jb tar xfz ${SOURCE_DIR}/gcc-3.2.tar.gz -C ${INSTALL_WORK}
-
-makedir ${PRODUCT_DIR}
-
-makedir ${PRODUCT_WORK}-build
-cd ${PRODUCT_WORK}-build
-
-check_job ${PRODUCT_DIR}/CONFIGURE.LOG ${PRODUCT_WORK}/configure --prefix=${PRODUCT_DIR} --enable-static --enable-shared --enable-threads
-check_job ${PRODUCT_DIR}/BOOTSTRAP.LOG make bootstrap
-check_job ${PRODUCT_DIR}/INSTALL.LOG make install
-
-cd ${PRODUCT_DIR}; rm -fr ${PRODUCT_WORK} ${PRODUCT_WORK}-build
-print_env
-}
-
-install_binary()
-{
-echo "It impossible to install gcc from binaries, try install from sources."
-return 1
-}
-
-export PROCEDURE=$1;
-export INSTALL_WORK=$2;
-export SOURCE_DIR=$3;
-export INSTALL_ROOT=$4;
-export PRODUCT_SEQUENCE=$5;
-if [ $# == 6 ] ; then export PRODUCT_TYPE=$6 ; else export PRODUCT_TYPE="gcc" ; fi
-export PRODUCT="gcc-3.2"
-export PRODUCT_DIR=${INSTALL_ROOT}/${PRODUCT}
-export PRODUCT_WORK=${INSTALL_WORK}/${PRODUCT}
-source ./common.sh
-$PROCEDURE
--- /dev/null
+#!/bin/sh
+
+check_version(){
+# version number is calculated as: <major>*10000+<minor>*100+<release>
+# e.g. for gcc 3.2 it is equal to 30200, for gcc 3.4.1 - 30401, for gcc 3.3.5 - 30305
+gcc_ver=`gcc -dumpversion | awk -F. '{v1=0;v2=0;v3=0;if(NF>0)v1=$1;if(NF>1)v2=$2;if(NF>2)v3=$3;print v1*10000+v2*100+v3}'`
+if [ $gcc_ver -eq 30305 ] ; then
+ return 0
+fi
+return 1
+}
+
+print_env(){
+cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
+#$DELIM ${PRODUCT_TYPE} $DELIM
+export GCC_ROOT=\${INSTALL_ROOT}/${PRODUCT}
+export CXX=\${GCC_ROOT}/bin/g++
+export CC=\${GCC_ROOT}/bin/gcc
+export PATH=\${GCC_ROOT}/bin:\${PATH}
+export LD_LIBRARY_PATH=\${GCC_ROOT}/lib:\${LD_LIBRARY_PATH}
+##
+EOF
+(test -w ${PRODUCT_DIR} && cp ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh ${PRODUCT_DIR})
+make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}"
+}
+
+# looks for the native product and collects it's environment (used by make_env())
+try_native(){
+gcc_root="`find_in_path gcc ${PATH}`"
+if [ -z "${gcc_root}" ] ; then
+ gcc_root="`find_in_path gcc /usr/bin`"
+fi
+if [ -n "${gcc_root}" ] ; then
+ gcc_root=`cd ${gcc_root}/..; pwd`
+ # get version number: <major>, <minor> and <release>
+ # <major> and <minor> numbers are checked strickly, but <release> number can be larger than required one
+ # version number is calculated as: <major>*10000+<minor>*100+<release>
+ # e.g. for gcc 3.2 it is equal to 30200, for gcc 3.4.1 - 30401, for gcc 3.3.5 - 30305
+ maj_ver=`gcc -dumpversion | awk -F. '{if(NF>0) print $1; else print 0}'`
+ min_ver=`gcc -dumpversion | awk -F. '{if(NF>1) print $2; else print 0}'`
+ rel_ver=`gcc -dumpversion | awk -F. '{if(NF>2) print $3; else print 0}'`
+ let gcc_ver=$maj_ver*10000+$min_ver*100+$rel_ver
+ if [ $gcc_ver -ge 30305 ] ; then
+ tmp="\${GCC_ROOT}/bin ${gcc_root}/bin \${PATH} ${PATH}";
+ path=`sort_path ${tmp}`
+ tmp="\${GCC_ROOT}/lib ${gcc_root}/lib \${LD_LIBRARY_PATH} ${LD_LIBRARY_PATH}";
+ ld_library_path=`sort_path ${tmp}`
+ cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
+#$DELIM ${PRODUCT_TYPE} $DELIM
+export GCC_ROOT=${gcc_root}
+export CXX=\${GCC_ROOT}/bin/g++
+export CC=\${GCC_ROOT}/bin/gcc
+export PATH=${path}
+export LD_LIBRARY_PATH=${ld_library_path}
+##
+EOF
+ make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}"
+####### THIS COULD BE USED FOR STRICT COMPARISON ##############################
+# if [ $maj_ver -eq 3 ] && [ $min_ver -eq 4 ] && [ $rel_ver -eq 1 ] ; then
+######################################################################################
+ if [ $maj_ver -eq 3 ] && [ $min_ver -eq 3 ] && [ $rel_ver -ge 5 ] ; then
+ return 0
+ else
+ return 2
+ fi
+ fi
+fi
+return 1
+}
+
+try_preinstalled(){
+try_existing ${PRODUCT_DIR} ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
+return $?
+}
+
+install_source()
+{
+echo "The installation of gcc 3.3.5 from sources is not provided! Use native gcc."
+return 1
+}
+
+install_binary()
+{
+echo "The installation of gcc 3.3.5 from binaries is not provided! Use native gcc."
+return 1
+}
+
+export PROCEDURE=$1;
+export INSTALL_WORK=$2;
+export SOURCE_DIR=$3;
+export INSTALL_ROOT=$4;
+export PRODUCT_SEQUENCE=$5;
+if [ $# == 6 ] ; then export PRODUCT_TYPE=$6 ; else export PRODUCT_TYPE="gcc" ; fi
+export PRODUCT="gcc-3.3.5"
+export PRODUCT_DIR=${INSTALL_ROOT}/${PRODUCT}
+export PRODUCT_WORK=${INSTALL_WORK}/${PRODUCT}
+source ./common.sh
+$PROCEDURE
+++ /dev/null
-#!/bin/sh
-
-check_version(){
-# version number is calculated as: <major>*10000+<minor>*100+<release>
-# e.g. for gcc 3.2 it is equal to 30200, for gcc 3.4.1 - 30401
-gcc_ver=`gcc -dumpversion | awk -F. '{v1=0;v2=0;v3=0;if(NF>0)v1=$1;if(NF>1)v2=$2;if(NF>2)v3=$3;print v1*10000+v2*100+v3}'`
-if [ $gcc_ver -eq 30401 ] ; then
- return 0
-fi
-return 1
-}
-
-print_env(){
-cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
-#$DELIM ${PRODUCT_TYPE} $DELIM
-export GCC_ROOT=\${INSTALL_ROOT}/${PRODUCT}
-export CXX=\${GCC_ROOT}/bin/g++
-export CC=\${GCC_ROOT}/bin/gcc
-export PATH=\${GCC_ROOT}/bin:\${PATH}
-export LD_LIBRARY_PATH=\${GCC_ROOT}/lib:\${LD_LIBRARY_PATH}
-##
-EOF
-(test -w ${PRODUCT_DIR} && cp ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh ${PRODUCT_DIR})
-make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}"
-}
-
-# looks for the native product and collects it's environment (used by make_env())
-try_native(){
-gcc_root="`find_in_path gcc ${PATH}`"
-if [ -z "${gcc_root}" ] ; then
- gcc_root="`find_in_path gcc /usr/bin`"
-fi
-if [ -n "${gcc_root}" ] ; then
- gcc_root=`cd ${gcc_root}/..; pwd`
- # get version number: <major>, <minor> and <release>
- # <major> and <minor> numbers are checked strickly, but <release> number can be larger than required one
- # version number is calculated as: <major>*10000+<minor>*100+<release>
- # e.g. for gcc 3.2 it is equal to 30200, for gcc 3.4.1 - 30401
- maj_ver=`gcc -dumpversion | awk -F. '{if(NF>0) print $1; else print 0}'`
- min_ver=`gcc -dumpversion | awk -F. '{if(NF>1) print $2; else print 0}'`
- rel_ver=`gcc -dumpversion | awk -F. '{if(NF>2) print $3; else print 0}'`
- let gcc_ver=$maj_ver*10000+$min_ver*100+$rel_ver
- if [ $gcc_ver -ge 30401 ] ; then
- tmp="\${GCC_ROOT}/bin ${gcc_root}/bin \${PATH} ${PATH}";
- path=`sort_path ${tmp}`
- tmp="\${GCC_ROOT}/lib ${gcc_root}/lib \${LD_LIBRARY_PATH} ${LD_LIBRARY_PATH}";
- ld_library_path=`sort_path ${tmp}`
- cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
-#$DELIM ${PRODUCT_TYPE} $DELIM
-export GCC_ROOT=${gcc_root}
-export CXX=\${GCC_ROOT}/bin/g++
-export CC=\${GCC_ROOT}/bin/gcc
-export PATH=${path}
-export LD_LIBRARY_PATH=${ld_library_path}
-##
-EOF
- make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}"
-####### THIS COULD BE USED FOR STRICT COMPARISON ##############################
-# if [ $maj_ver -eq 3 ] && [ $min_ver -eq 4 ] && [ $rel_ver -eq 1 ] ; then
-######################################################################################
- if [ $maj_ver -eq 3 ] && [ $min_ver -eq 4 ] && [ $rel_ver -ge 1 ] ; then
- return 0
- else
- return 2
- fi
- fi
-fi
-return 1
-}
-
-try_preinstalled(){
-try_existing ${PRODUCT_DIR} ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
-return $?
-}
-
-install_source()
-{
-echo "The installation of gcc 3.4.1 from sources is not provided! Use native gcc."
-return 1
-}
-
-install_binary()
-{
-echo "The installation of gcc 3.4.1 from binaries is not provided! Use native gcc."
-return 1
-}
-
-export PROCEDURE=$1;
-export INSTALL_WORK=$2;
-export SOURCE_DIR=$3;
-export INSTALL_ROOT=$4;
-export PRODUCT_SEQUENCE=$5;
-if [ $# == 6 ] ; then export PRODUCT_TYPE=$6 ; else export PRODUCT_TYPE="gcc" ; fi
-export PRODUCT="gcc-3.4.1"
-export PRODUCT_DIR=${INSTALL_ROOT}/${PRODUCT}
-export PRODUCT_WORK=${INSTALL_WORK}/${PRODUCT}
-source ./common.sh
-$PROCEDURE
\ No newline at end of file
+++ /dev/null
-#!/bin/sh
-
-check_version()
-{
-isdot=`which dot 2>/dev/null`
-if [ -n "$isdot" ]; then
- ver=`dot -V 2>&1 | awk '{print $3}'`
- if [ "$ver" == "1.9" ]; then
- return 0
- fi
-fi
-return 1
-}
-
-print_env()
-{
-cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
-#$DELIM ${PRODUCT_TYPE} $DELIM
-export PATH=\${INSTALL_ROOT}/${PRODUCT}/bin:\${PATH}
-export LD_LIBRARY_PATH=\${INSTALL_ROOT}/${PRODUCT}/lib/graphviz:\${LD_LIBRARY_PATH}
-##
-EOF
-(test -w ${PRODUCT_DIR} && cp ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh ${PRODUCT_DIR})
-make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}"
-}
-
-# looks for the native product and collects it's environment (used by make_env())
-try_native(){
-check_version
-if [ $? -eq 0 ] ; then
- dot="`find_in_path dot ${PATH}`"
- dot=`cd ${dot}/..; pwd`
- tmp="${dot}/bin ${dot}/bin \${PATH} ${PATH}";
- path=`sort_path ${tmp}`
- tmp="${dot}/lib/graphviz ${dot}/lib/graphviz \${LD_LIBRARY_PATH} ${LD_LIBRARY_PATH}";
- ld_library_path=`sort_path ${tmp}`
- cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
-#$DELIM ${PRODUCT_TYPE} $DELIM
-export PATH=${path}
-export LD_LIBRARY_PATH=${ld_library_path}
-##
-EOF
- make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}"
- return 0
-fi
-return 1;
-}
-
-try_preinstalled(){
-try_existing ${PRODUCT_DIR} ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
-return $?
-}
-
-install_source()
-{
-make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
-source ${INSTALL_WORK}/$SHRC
-
-check_jb tar xfz ${SOURCE_DIR}/graphviz-1.9.tar.gz -C ${INSTALL_WORK}
-
-cd ${PRODUCT_WORK}
-makedir ${PRODUCT_DIR}
-check_job ${PRODUCT_DIR}/CONFIGURE.LOG configure --prefix=${PRODUCT_DIR} --with-tcl=${TCLHOME} --disable-rpath
-GCC=`which gcc`
-cat >> ${PRODUCT_DIR}/MAKE.LOG <<EOF
-used gcc=$GCC
-EOF
-check_job ${PRODUCT_DIR}/MAKE.LOG make
-check_job ${PRODUCT_DIR}/MAKEINSTALL.LOG make install
-
-#du -sk ${PRODUCT_WORK} > ${PRODUCT_DIR}/size.log
-cd ${PRODUCT_DIR}; rm -fr ${PRODUCT_WORK}
-print_env
-}
-
-install_binary()
-{
-make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
-source ${INSTALL_WORK}/$SHRC
-
-check_jb tar xfz ${SOURCE_DIR}/graphviz-1.9.tar.gz -C ${INSTALL_ROOT}
-cd ${PRODUCT_DIR}/lib/graphviz
-for l in `ls *.la`; do
- libdir=`grep -e "libdir=.*" $l | sed -e "s/libdir=[\'|\"]\(.*\)[\'|\"]/\1/g"`
- sed -e "s%${libdir}%${PRODUCT_DIR}/lib/graphviz%g" $l > _$l
- libdir=`dirname $libdir`
- sed -e "s%${libdir}%${PRODUCT_DIR}/lib/graphviz%g" _$l > $l
- rm -f _$l
- chmod a+x $l
-done
-
-print_env
-}
-
-export PROCEDURE=$1;
-export INSTALL_WORK=$2;
-export SOURCE_DIR=$3;
-export INSTALL_ROOT=$4;
-export PRODUCT_SEQUENCE=$5;
-if [ $# == 6 ] ; then export PRODUCT_TYPE=$6 ; else export PRODUCT_TYPE="graphviz" ; fi
-export PRODUCT="graphviz-1.9"
-export PRODUCT_DIR=${INSTALL_ROOT}/${PRODUCT}
-export PRODUCT_WORK=${INSTALL_WORK}/${PRODUCT}
-source ./common.sh
-$PROCEDURE
+++ /dev/null
-#!/bin/sh
-
-check_version()
-{
-if [ -z "$HDF5HOME" ]; then
- return 1
-fi
-check_lib_version libhdf5.so.0.0.0 ${HDF5HOME}/lib
-if [ "$?" -ne "0" ]; then
- return 1
-fi
-check_lib_version libhdf5.settings ${HDF5HOME}/lib
-if [ "$?" -eq "0" ]; then
- ver=`grep "HDF5 Version:" ${HDF5HOME}/lib/libhdf5.settings | awk '{print $3}'`
- if [ "$ver" = "1.4.4" ]; then
- return 0
- fi
-fi
-return 1
-}
-
-print_env()
-{
-cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
-#$DELIM ${PRODUCT_TYPE} $DELIM
-export HDF5HOME=\${INSTALL_ROOT}/${PRODUCT}
-export PATH=\${HDF5HOME}/bin:\$PATH
-export LD_LIBRARY_PATH=\${HDF5HOME}/lib:\${LD_LIBRARY_PATH}
-##
-EOF
-(test -w ${PRODUCT_DIR} && cp ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh ${PRODUCT_DIR})
-make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}"
-}
-
-# looks for the native product and collects it's environment (used by make_env())
-try_native(){
-check_version
-if [ $? -eq 0 ] ; then
- tmp="\${HDF5HOME}/bin ${HDF5HOME}/bin \${PATH} ${PATH}";
- path=`sort_path ${tmp}`
- tmp="\${HDF5HOME}/lib ${HDF5HOME}/lib \${LD_LIBRARY_PATH} ${LD_LIBRARY_PATH}";
- ld_library_path=`sort_path ${tmp}`
- cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
-#$DELIM ${PRODUCT_TYPE} $DELIM
-export HDF5HOME=${HDF5HOME}
-export PATH=${path}
-export LD_LIBRARY_PATH=${ld_library_path}
-##
-EOF
- make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}"
- return 0
-fi
-return 1;
-}
-
-try_preinstalled(){
-try_existing ${PRODUCT_DIR} ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
-return $?
-}
-
-install_source()
-{
-make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
-source ${INSTALL_WORK}/$SHRC
-
-check_jb tar xfz ${SOURCE_DIR}/hdf5-1.4.4.tar.gz -C ${INSTALL_WORK}
-cd ${PRODUCT_WORK}
-makedir ${PRODUCT_DIR}
-check_job ${PRODUCT_DIR}/CONFIGURE.LOG \
- ./configure --prefix=${PRODUCT_DIR} --enable-threadsafe --enable-hdf5v1_2 \
- --enable-stream-vfd --disable-hsizet --with-pthread=/usr/include,/usr/lib
-GCC=`which gcc`
-cat >> ${PRODUCT_DIR}/MAKE0.LOG <<EOF
-used gcc=$GCC
-EOF
-check_job ${PRODUCT_DIR}/MAKE0.LOG make
-# 1
-sed -e 's%$(srcdir)/usr%/usr%g' ./src/.depend > ./src/.dependnew
-mv ./src/.dependnew ./src/.depend
-cat >> ${PRODUCT_DIR}/MAKE1.LOG <<EOF
-used gcc=$GCC
-EOF
-check_job ${PRODUCT_DIR}/MAKE1.LOG make
-# 2
-sed -e 's%$(srcdir)/usr%/usr%g' ./test/.depend > ./test/.dependnew
-mv ./test/.dependnew ./test/.depend
-cat >> ${PRODUCT_DIR}/MAKE2.LOG <<EOF
-used gcc=$GCC
-EOF
-check_job ${PRODUCT_DIR}/MAKE2.LOG make
-# 3
-sed -e 's%$(srcdir)/usr%/usr%g' ./tools/lib/.depend > ./tools/lib/.dependnew
-mv ./tools/lib/.dependnew ./tools/lib/.depend
-cat >> ${PRODUCT_DIR}/MAKE3.LOG <<EOF
-used gcc=$GCC
-EOF
-check_job ${PRODUCT_DIR}/MAKE3.LOG make
-# 4
-sed -e 's%$(srcdir)/usr%/usr%g' ./tools/h5dump/.depend > ./tools/h5dump/.dependnew
-mv ./tools/h5dump/.dependnew ./tools/h5dump/.depend
-cat >> ${PRODUCT_DIR}/MAKE4.LOG <<EOF
-used gcc=$GCC
-EOF
-check_job ${PRODUCT_DIR}/MAKE4.LOG make
-# 5
-sed -e 's%$(srcdir)/usr%/usr%g' ./tools/h5ls/.depend > ./tools/h5ls/.dependnew
-mv ./tools/h5ls/.dependnew ./tools/h5ls/.depend
-cat >> ${PRODUCT_DIR}/MAKE5.LOG <<EOF
-used gcc=$GCC
-EOF
-check_job ${PRODUCT_DIR}/MAKE5.LOG make
-# 6
-sed -e 's%$(srcdir)/usr%/usr%g' ./tools/misc/.depend > ./tools/misc/.dependnew
-mv ./tools/misc/.dependnew ./tools/misc/.depend
-cat >> ${PRODUCT_DIR}/MAKE6.LOG <<EOF
-used gcc=$GCC
-EOF
-check_job ${PRODUCT_DIR}/MAKE6.LOG make
-# 7
-#sed -e 's%$(srcdir)/usr%/usr%g' ./examples/.depend > ./examples/.dependnew
-#mv ./examples/.dependnew ./examples/.depend
-#cat >> ${PRODUCT_DIR}/MAKE7.LOG <<EOF
-#used gcc=$GCC
-#EOF
-#check_job ${PRODUCT_DIR}/MAKE7.LOG make
-##
-#check_job ${PRODUCT_DIR}/MAKECHECK.LOG make check
-check_job ${PRODUCT_DIR}/MAKEINSTALL.LOG make install
-
-#du -sk ${PRODUCT_WORK} > ${PRODUCT_DIR}/size.log
-cd ${PRODUCT_DIR}; rm -fr ${PRODUCT_WORK}
-print_env
-}
-
-install_binary()
-{
-make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
-source ${INSTALL_WORK}/$SHRC
-
-check_jb tar xfz ${SOURCE_DIR}/hdf5-1.4.4.tar.gz -C ${INSTALL_ROOT}
-
-### modify libhdf5.la file to correct direct path to hdf5 library
-### no need to do this for sources installation because 'make install' does it!
-cd ${PRODUCT_DIR}/lib
-sed -e "s%^libdir='\(.*\)'%libdir='${PRODUCT_DIR}/lib'%g" libhdf5.la > libhdf5.la.new
-mv -f libhdf5.la.new libhdf5.la
-
-print_env
-}
-
-export PROCEDURE=$1;
-export INSTALL_WORK=$2;
-export SOURCE_DIR=$3;
-export INSTALL_ROOT=$4;
-export PRODUCT_SEQUENCE=$5;
-if [ $# == 6 ] ; then export PRODUCT_TYPE=$6 ; else export PRODUCT_TYPE="hdf" ; fi
-export PRODUCT="hdf5-1.4.4"
-export PRODUCT_DIR=${INSTALL_ROOT}/${PRODUCT}
-export PRODUCT_WORK=${INSTALL_WORK}/${PRODUCT}
-source ./common.sh
-$PROCEDURE
try_native(){
msg2qmroot="`find_in_path msg2qm ${PATH}`"
if [ -n "${msg2qmroot}" ] ; then
- msg2qmroot=`cd ${msg2qmroot}/..; pwd`
- tmp="\${msg2qmroot} ${MSG2QM_ROOT} \${PATH} ${PATH}";
+ tmp="\${MSG2QM_ROOT} ${msg2qmroot} \${PATH} ${PATH}";
path=`sort_path ${tmp}`
cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
#$DELIM ${PRODUCT_TYPE} $DELIM
+++ /dev/null
-#!/bin/sh
-
-check_version(){
-if [ -z "$QTDIR" ]; then
- return 1
-fi
-ver=`grep "QT_VERSION_STR" ${QTDIR}/include/qglobal.h | sed -e 's%^#define QT_VERSION_STR\([[:space:]]*\)%%g' -e 's%\"%%g'`
-if [ "$ver" == "3.3.3" ] ; then
- return 0
-fi
-return 1
-}
-
-print_env()
-{
-cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
-#$DELIM ${PRODUCT_TYPE} $DELIM
-export QTDIR=\${INSTALL_ROOT}/${PRODUCT}
-export PATH=\${QTDIR}/bin:\$PATH
-export LD_LIBRARY_PATH=\${QTDIR}/lib:\${LD_LIBRARY_PATH}
-##
-EOF
-(test -w ${PRODUCT_DIR} && cp ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh ${PRODUCT_DIR})
-make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}"
-}
-
-# looks for the native product and collects it's environment (used by make_env())
-try_native(){
-qtdir="`find_in_path libqt-mt.so.3.3.3 ${LD_LIBRARY_PATH}`"
-if [ -z "${qtdir}" ] ; then
- qtdir="`find_in_path libqt-mt.so.3.3.3 /usr/lib/qt3`"
-fi
-if [ -n "${qtdir}" ] ; then
- qtdir=`cd ${qtdir}/..; pwd`
- moc="`find_in_path moc ${qtdir}/bin`"
- uic="`find_in_path uic ${qtdir}/bin`"
- if [ -n "${moc}" ] && [ -n "${uic}" ] ; then
- tmp="\${QTDIR}/bin ${qtdir}/bin \${PATH} ${PATH}";
- path=`sort_path ${tmp}`
- tmp="\${QTDIR}/lib ${qtdir}/lib \${LD_LIBRARY_PATH} ${LD_LIBRARY_PATH}";
- ld_library_path=`sort_path ${tmp}`
- cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
-#$DELIM ${PRODUCT_TYPE} $DELIM
-export QTDIR=${qtdir}
-export PATH=${path}
-export LD_LIBRARY_PATH=${ld_library_path}
-##
-EOF
- make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}"
- return 0
- fi
-fi
-return 1
-}
-
-try_preinstalled(){
-try_existing ${PRODUCT_DIR} ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
-return $?
-}
-
-install_source()
-{
-make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
-source ${INSTALL_WORK}/$SHRC
-
-makedir ${PRODUCT_DIR}
-
-check_jb tar xfz ${SOURCE_DIR}/qt-3.3.3.tar.gz -C ${INSTALL_WORK}
-cd ${PRODUCT_WORK}
-
-mv -f configure configure-orig
-sed -e "s%read acceptance%acceptance=yes%" configure-orig > configure
-chmod +x configure
-
-export QTDIR=${PRODUCT_WORK}
-export LD_LIBRARY_PATH=${QTDIR}/lib:$LD_LIBRARY_PATH
-
-# basic flags
-QT_FLAGS="-release -thread -shared -qt-gif -platform linux-g++"
-# use system graphics libraries
-QT_FLAGS=$QT_FLAGS" -system-libjpeg -system-libpng -system-libmng -qt-imgfmt-jpeg -qt-imgfmt-png -qt-imgfmt-mng -lpng -lmng -ljpeg"
-# prefix
-
-check_job ${PRODUCT_DIR}/CONFIGURE.LOG ./configure $QT_FLAGS -prefix ${PRODUCT_DIR}
-
-sed -e "s%^all: symlinks src-qmake src-moc sub-src sub-tools sub-tutorial sub-examples%all: symlinks src-qmake src-moc sub-src sub-tools%g" Makefile > _Makefile
-mv -f _Makefile Makefile
-
-GCC=`which gcc`
-cat >> ${PRODUCT_DIR}/MAKE.LOG <<EOF
-used gcc=$GCC
-EOF
-# small trick: INSTALL_ROOT is used inside qt-3.3.3 installation
-# so it should be set to empty string
-export INSTALL_ROOT_BACKUP=$INSTALL_ROOT
-export INSTALL_ROOT=""
-check_job ${PRODUCT_DIR}/MAKE.LOG make
-check_job ${PRODUCT_DIR}/MAKEINSTALL.LOG make install
-export INSTALL_ROOT=$INSTALL_ROOT_BACKUP
-
-for b in `ls ${PRODUCT_WORK}/bin`; do
- if [ ! -e ${PRODUCT_DIR}/bin/$b ] || [ -h ${PRODUCT_DIR}/bin/$b ]; then
- if [ -h ${PRODUCT_DIR}/bin/$b ]; then
- rm -f ${PRODUCT_DIR}/bin/$b
- fi
- cp -f ${PRODUCT_WORK}/bin/$b ${PRODUCT_DIR}/bin/$b
- fi
-done
-#rm -rf ${PRODUCT_DIR}/doc
-
-#du -sk ${PRODUCT_WORK} > ${PRODUCT_DIR}/size.log
-cd ${PRODUCT_DIR}; rm -fr ${PRODUCT_WORK}
-print_env
-}
-
-install_binary()
-{
-make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
-source ${INSTALL_WORK}/$SHRC
-
-check_jb tar xfz ${SOURCE_DIR}/qt-3.3.3.tar.gz -C ${INSTALL_ROOT}
-
-cd ${PRODUCT_DIR}/lib
-sed -e "s%^libdir='\(.*\)'%libdir='${PRODUCT_DIR}/lib'%g" libqt-mt.la > libqt-mt.la.new
-mv -f libqt-mt.la.new libqt-mt.la
-cd ${PRODUCT_DIR}/lib/pkgconfig
-sed -e "s%^prefix=\(.*\)%prefix=${PRODUCT_DIR}%g" qt-mt.pc > qt-mt.pc.new
-mv -f qt-mt.pc.new qt-mt.pc
-
-print_env
-}
-
-export PROCEDURE=$1;
-export INSTALL_WORK=$2;
-export SOURCE_DIR=$3;
-export INSTALL_ROOT=$4;
-export PRODUCT_SEQUENCE=$5;
-if [ $# == 6 ] ; then export PRODUCT_TYPE=$6 ; else export PRODUCT_TYPE="qt" ; fi
-export PRODUCT="qt-3.3.3"
-export PRODUCT_DIR=${INSTALL_ROOT}/${PRODUCT}
-export PRODUCT_WORK=${INSTALL_WORK}/${PRODUCT}
-source ./common.sh
-$PROCEDURE
--- /dev/null
+#!/bin/sh
+
+check_version(){
+if [ -z "$QTDIR" ]; then
+ return 1
+fi
+ver=`grep "QT_VERSION_STR" ${QTDIR}/include/qglobal.h | sed -e 's%^#define QT_VERSION_STR\([[:space:]]*\)%%g' -e 's%\"%%g'`
+if [ "$ver" == "3.3.4" ] ; then
+ return 0
+fi
+return 1
+}
+
+print_env()
+{
+cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
+#$DELIM ${PRODUCT_TYPE} $DELIM
+export QTDIR=\${INSTALL_ROOT}/${PRODUCT}
+export PATH=\${QTDIR}/bin:\$PATH
+export LD_LIBRARY_PATH=\${QTDIR}/lib:\${LD_LIBRARY_PATH}
+##
+EOF
+(test -w ${PRODUCT_DIR} && cp ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh ${PRODUCT_DIR})
+make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}"
+}
+
+# looks for the native product and collects it's environment (used by make_env())
+try_native(){
+qtdir="`find_in_path libqt-mt.so.3.3 /usr/share/qt3/lib`"
+if [ -z "${qtdir}" ] ; then
+ qtdir="`find_in_path libqt-mt.so.3.3 /usr/lib`"
+fi
+if [ -z "${qtdir}" ] ; then
+ qtdir="`find_in_path libqt-mt.so.3.3 ${LD_LIBRARY_PATH}`"
+fi
+if [ -n "${qtdir}" ] ; then
+ qtdir=`cd ${qtdir}/..; pwd`
+ moc="`find_in_path moc ${qtdir}/bin`"
+ uic="`find_in_path uic ${qtdir}/bin`"
+ if [ -n "${moc}" ] && [ -n "${uic}" ] ; then
+ tmp="\${QTDIR}/bin ${qtdir}/bin \${PATH} ${PATH}";
+ path=`sort_path ${tmp}`
+ tmp="\${QTDIR}/lib ${qtdir}/lib \${LD_LIBRARY_PATH} ${LD_LIBRARY_PATH}";
+ ld_library_path=`sort_path ${tmp}`
+ cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
+#$DELIM ${PRODUCT_TYPE} $DELIM
+export QTDIR=${qtdir}
+export PATH=${path}
+export LD_LIBRARY_PATH=${ld_library_path}
+##
+EOF
+ make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}"
+ return 0
+ fi
+fi
+return 1
+}
+
+try_preinstalled(){
+try_existing ${PRODUCT_DIR} ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
+return $?
+}
+
+install_source()
+{
+make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
+source ${INSTALL_WORK}/$SHRC
+
+makedir ${PRODUCT_DIR}
+
+check_jb tar xfz ${SOURCE_DIR}/qt-3.3.4.tar.gz -C ${INSTALL_WORK}
+cd ${PRODUCT_WORK}
+
+mv -f configure configure-orig
+sed -e "s%read acceptance%acceptance=yes%" configure-orig > configure
+chmod +x configure
+
+export QTDIR=${PRODUCT_WORK}
+export LD_LIBRARY_PATH=${QTDIR}/lib:$LD_LIBRARY_PATH
+
+# basic flags
+QT_FLAGS="-release -thread -shared -qt-gif -platform linux-g++"
+# use system graphics libraries
+QT_FLAGS=$QT_FLAGS" -system-libjpeg -system-libpng -system-libmng -qt-imgfmt-jpeg -qt-imgfmt-png -qt-imgfmt-mng -lpng -lmng -ljpeg"
+# prefix
+
+check_job ${PRODUCT_DIR}/CONFIGURE.LOG ./configure $QT_FLAGS -prefix ${PRODUCT_DIR}
+
+sed -e "s%^all: symlinks src-qmake src-moc sub-src sub-tools sub-tutorial sub-examples%all: symlinks src-qmake src-moc sub-src sub-tools%g" Makefile > _Makefile
+mv -f _Makefile Makefile
+
+GCC=`which gcc`
+cat >> ${PRODUCT_DIR}/MAKE.LOG <<EOF
+used gcc=$GCC
+EOF
+# small trick: INSTALL_ROOT is used inside qt-3.3.3 installation
+# so it should be set to empty string
+export INSTALL_ROOT_BACKUP=$INSTALL_ROOT
+export INSTALL_ROOT=""
+check_job ${PRODUCT_DIR}/MAKE.LOG make
+check_job ${PRODUCT_DIR}/MAKEINSTALL.LOG make install
+export INSTALL_ROOT=$INSTALL_ROOT_BACKUP
+
+for b in `ls ${PRODUCT_WORK}/bin`; do
+ if [ ! -e ${PRODUCT_DIR}/bin/$b ] || [ -h ${PRODUCT_DIR}/bin/$b ]; then
+ if [ -h ${PRODUCT_DIR}/bin/$b ]; then
+ rm -f ${PRODUCT_DIR}/bin/$b
+ fi
+ cp -f ${PRODUCT_WORK}/bin/$b ${PRODUCT_DIR}/bin/$b
+ fi
+done
+#rm -rf ${PRODUCT_DIR}/doc
+
+#du -sk ${PRODUCT_WORK} > ${PRODUCT_DIR}/size.log
+cd ${PRODUCT_DIR}; rm -fr ${PRODUCT_WORK}
+print_env
+}
+
+install_binary()
+{
+make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
+source ${INSTALL_WORK}/$SHRC
+
+check_jb tar xfz ${SOURCE_DIR}/qt-3.3.4.tar.gz -C ${INSTALL_ROOT}
+
+cd ${PRODUCT_DIR}/lib
+sed -e "s%^libdir='\(.*\)'%libdir='${PRODUCT_DIR}/lib'%g" libqt-mt.la > libqt-mt.la.new
+mv -f libqt-mt.la.new libqt-mt.la
+cd ${PRODUCT_DIR}/lib/pkgconfig
+sed -e "s%^prefix=\(.*\)%prefix=${PRODUCT_DIR}%g" qt-mt.pc > qt-mt.pc.new
+mv -f qt-mt.pc.new qt-mt.pc
+
+print_env
+}
+
+export PROCEDURE=$1;
+export INSTALL_WORK=$2;
+export SOURCE_DIR=$3;
+export INSTALL_ROOT=$4;
+export PRODUCT_SEQUENCE=$5;
+if [ $# == 6 ] ; then export PRODUCT_TYPE=$6 ; else export PRODUCT_TYPE="qt" ; fi
+export PRODUCT="qt-3.3.4"
+export PRODUCT_DIR=${INSTALL_ROOT}/${PRODUCT}
+export PRODUCT_WORK=${INSTALL_WORK}/${PRODUCT}
+source ./common.sh
+$PROCEDURE
+++ /dev/null
-#!/bin/sh
-
-check_version()
-{
-if [ -z "$QWTHOME" ]; then
- #echo "QWTHOME doesn't set"
- return 1
-fi
-check_lib_version libqwt.so.0.4.1 ${QWTHOME}/lib
-if [ "$?" -eq "0" ]; then
- #echo "The product ${PRODUCT} has been already installed on yours system"
- return 0
-fi
-return 1
-}
-
-print_env()
-{
-cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
-#$DELIM ${PRODUCT_TYPE} $DELIM
-export QWTHOME=\${INSTALL_ROOT}/${PRODUCT}
-export LD_LIBRARY_PATH=\${QWTHOME}/lib:\${LD_LIBRARY_PATH}
-##
-EOF
-(test -w ${PRODUCT_DIR} && cp ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh ${PRODUCT_DIR})
-make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}"
-}
-
-# looks for the native product and collects it's environment (used by make_env())
-try_native(){
-qwthome="`find_in_path libqwt.so.0.4.1 ${LD_LIBRARY_PATH}`"
-if [ -n "${qwthome}" ] ; then
- qwthome=`cd ${qwthome}/..; pwd`
- tmp="\${QWTHOME}/lib ${QWTHOME}/lib \${LD_LIBRARY_PATH} ${LD_LIBRARY_PATH}";
- ld_library_path=`sort_path ${tmp}`
- cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
-#$DELIM ${PRODUCT_TYPE} $DELIM
-export QWTHOME=${qwthome}
-export LD_LIBRARY_PATH=${ld_library_path}
-##
-EOF
- make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}"
- return 0
-fi
-return 1
-}
-
-try_preinstalled(){
-try_existing ${PRODUCT_DIR} ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
-return $?
-}
-
-install_source()
-{
-make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
-source ${INSTALL_WORK}/$SHRC
-
-check_jb tar xfz ${SOURCE_DIR}/qwt-0.4.1.tar.gz -C ${INSTALL_WORK}
-cd ${PRODUCT_WORK}
-makedir ${PRODUCT_DIR}
-
-qmake qwt.pro -o Makefile
-
-GCC=`which gcc`
-cat >> ${PRODUCT_DIR}/MAKE.LOG <<EOF
-used gcc=$GCC
-EOF
-
-check_job ${PRODUCT_DIR}/MAKE.LOG make
-cp -rf include lib ${PRODUCT_DIR}
-
-#du -sk ${PRODUCT_WORK} > ${PRODUCT_DIR}/size.log
-cd ${PRODUCT_DIR}; rm -rf ${PRODUCT_WORK}
-
-print_env
-}
-
-install_binary()
-{
-make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
-source ${INSTALL_WORK}/$SHRC
-
-check_jb tar xfz ${SOURCE_DIR}/qwt-0.4.1.tar.gz -C ${INSTALL_ROOT}
-
-print_env
-}
-
-export PROCEDURE=$1;
-export INSTALL_WORK=$2;
-export SOURCE_DIR=$3;
-export INSTALL_ROOT=$4;
-export PRODUCT_SEQUENCE=$5;
-if [ $# == 6 ] ; then export PRODUCT_TYPE=$6 ; else export PRODUCT_TYPE="qwt" ; fi
-export PRODUCT="qwt-0.4.1"
-export PRODUCT_DIR=${INSTALL_ROOT}/${PRODUCT}
-export PRODUCT_WORK=${INSTALL_WORK}/${PRODUCT}
-source ./common.sh
-$PROCEDURE
if [ -n "${sippython}" ]; then
tmp="${sipdir} ${sipdir} \${PATH} ${PATH}";
path=`sort_path ${tmp}`
- tmp="${sipdir} ${sipdir} \${LD_LIBRARY_PATH} ${LD_LIBRARY_PATH}";
+ tmp="${sippython} ${sippython} \${LD_LIBRARY_PATH} ${LD_LIBRARY_PATH}";
ld_library_path=`sort_path ${tmp}`
tmp="${sippython} ${sippython} \${PYTHONPATH} ${PYTHONPATH}";
pythonpath=`sort_path ${tmp}`
+++ /dev/null
-#!/bin/sh
-
-check_version()
-{
-VERSION="8.3"
-if [ -z "$TCLHOME" ]; then
- echo "TCLHOME doesn't set"
- return 1
-fi
-
-# check tcl version
-tcl_cfg=${TCLHOME}/lib/tclConfig.sh
-if [ ! -f ${tcl_cfg} ]; then tcl_cfg=${TCLHOME}/tcl${VERSION}/lib/tclConfig.sh; fi
-if [ ! -f ${tcl_cfg} ]; then tcl_cfg=${TCLHOME}/lib/tcl${VERSION}/tclConfig.sh; fi
-if [ ! -f ${tcl_cfg} ]; then tcl_cfg=${TCLHOME}/lib/tcl${VERSION}/lib/tclConfig.sh; fi
-if [ -f ${tcl_cfg} ]; then
- tcl_ver=`awk '/^TCL_VERSION=.*/ {gsub("TCL_VERSION=","",$1);print $1}' ${tcl_cfg} | cut -d "'" -f 2`
- if [ "$tcl_ver" != ${VERSION} ] ; then
- return 1
- fi
-else
- return 1
-fi
-
-# check tk version
-tk_cfg=${TCLHOME}/lib/tkConfig.sh
-if [ ! -f ${tk_cfg} ]; then tk_cfg=${TCLHOME}/tk${VERSION}/tkConfig.sh; fi
-if [ ! -f ${tk_cfg} ]; then tk_cfg=${TCLHOME}/lib/tk${VERSION}/tkConfig.sh; fi
-if [ ! -f ${tk_cfg} ]; then tk_cfg=${TCLHOME}/lib/tk${VERSION}/lib/tkConfig.sh; fi
-if [ -f ${tk_cfg} ]; then
- tk_ver=`awk '/^TK_VERSION=.*/ {gsub("TK_VERSION=","",$1);print $1}' ${tk_cfg} | cut -d "'" -f 2`
- if [ "$tk_ver" != ${VERSION} ] ; then
- return 1
- fi
-else
- return 1
-fi
-
-return 0
-}
-
-print_env()
-{
-cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
-#$DELIM ${PRODUCT_TYPE} $DELIM
-export TCLHOME=\${INSTALL_ROOT}/${PRODUCT}
-export PATH=\${TCLHOME}/bin:\${PATH}
-export LD_LIBRARY_PATH=\${TCLHOME}/lib:\${LD_LIBRARY_PATH}
-export TCLLIBPATH="\${TCLHOME}/lib \${TCLHOME}/lib/tcl8.3 \${TCLHOME}/lib/tk8.3 \${TCLLIBPATH}"
-##
-EOF
-(test -w ${PRODUCT_DIR} && cp ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh ${PRODUCT_DIR})
-make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}"
-}
-
-# looks for the native product and collects it's environment (used by make_env())
-try_native(){
-tclhome="`find_in_path tclsh ${PATH}`"
-if [ -z "${tclhome}" ] ; then
- tclhome="`find_in_path tclsh /usr/bin`"
-fi
-if [ -n "${tclhome}" ] ; then
- tclhome=`cd ${tclhome}/..; pwd`
- tmp="\${TCLHOME}/bin ${tclhome}/bin \${PATH} ${PATH}";
- path=`sort_path ${tmp}`
- tmp="\${TCLHOME}/lib ${tclhome}/lib \${LD_LIBRARY_PATH} ${LD_LIBRARY_PATH}";
- ld_library_path=`sort_path ${tmp}`
- cat > ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh <<EOF
-#$DELIM ${PRODUCT_TYPE} $DELIM
-export TCLHOME=${tclhome}
-export PATH=${path}
-export LD_LIBRARY_PATH=${ld_library_path}
-export TCLLIBPATH="\${TCLHOME}/lib \${TCLHOME}/lib/tcl8.3 \${TCLHOME}/lib/tk8.3 \${TCLLIBPATH}"
-##
-EOF
- (test -w ${PRODUCT_DIR} && cp ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh ${PRODUCT_DIR})
- make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}"
- return 0
-fi
-return 1;
-}
-
-try_preinstalled(){
-try_existing ${PRODUCT_DIR} ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
-return $?
-}
-
-install_source()
-{
-make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
-source ${INSTALL_WORK}/$SHRC
-
-makedir ${PRODUCT_DIR}
-
-check_jb tar xfz ${SOURCE_DIR}/tcl8.3.3.tar.gz -C ${INSTALL_WORK}
-cd ${INSTALL_WORK}/tcl8.3.3/unix
-cat >> ${PRODUCT_DIR}/CONFIGURE.LOG <<EOF
--------------------
-Configuring tcl...
--------------------
-EOF
-check_job ${PRODUCT_DIR}/CONFIGURE.LOG ./configure --enable-gcc --enable-shared --enable-threads \
- --prefix=${PRODUCT_DIR}
-GCC=`which gcc`
-cat >> ${PRODUCT_DIR}/MAKE.LOG <<EOF
-used gcc=$GCC
--------------------
-Making tcl...
--------------------
-EOF
-check_job ${PRODUCT_DIR}/MAKE.LOG make
-cat >> ${PRODUCT_DIR}/MAKEINSTALL.LOG <<EOF
--------------------
-Installing tcl...
--------------------
-EOF
-check_job ${PRODUCT_DIR}/MAKEINSTALL.LOG make install
-
-(cd ${PRODUCT_DIR}/bin; ln -s tclsh8.3 tclsh)
-(cd ${PRODUCT_DIR}/lib; ln -s libtcl8.3.so libtcl.so)
-(cd ${PRODUCT_DIR}/lib; ln -s libtclstub8.3.a libtclstub.a)
-
-check_jb tar xfz ${SOURCE_DIR}/tk8.3.3.tar.gz -C ${INSTALL_WORK}
-cd ${INSTALL_WORK}/tk8.3.3/unix
-cat >> ${PRODUCT_DIR}/CONFIGURE.LOG <<EOF
--------------------
-Configuring tk...
--------------------
-EOF
-check_job ${PRODUCT_DIR}/CONFIGURE.LOG ./configure --enable-gcc --enable-shared --enable-threads \
- --prefix=${PRODUCT_DIR}
-cat >> ${PRODUCT_DIR}/MAKE.LOG <<EOF
--------------------
-Making tk...
--------------------
-EOF
-check_job ${PRODUCT_DIR}/MAKE.LOG make
-cat >> ${PRODUCT_DIR}/MAKEINSTALL.LOG <<EOF
--------------------
-Installing tk...
--------------------
-EOF
-check_job ${PRODUCT_DIR}/MAKEINSTALL.LOG make install
-
-(cd ${PRODUCT_DIR}/bin; ln -s wish8.3 wish)
-(cd ${PRODUCT_DIR}/lib; ln -s libtk8.3.so libtk.so)
-(cd ${PRODUCT_DIR}/lib; ln -s libtkstub8.3.a libtkstub.a)
-
-check_jb tar xfz ${SOURCE_DIR}/tclx8.3.tar.gz -C ${INSTALL_WORK}
-cd ${INSTALL_WORK}/tclx8.3/unix
-#VRV - bug in a tclx configure
-chmod +w ./configure
-echo -e '/test "$no_create" = yes || ${CONFIG_SHELL-\/bin\/sh} $CONFIG_STATUS || exit 1\ns/test "$no_create" = yes || ${CONFIG_SHELL-\/bin\/sh} $CONFIG_STATUS || exit 1/test "$no_create" = yes || ${CONFIG_SHELL-\/bin\/sh} $CONFIG_STATUS || exit 0\nwq' | ed - configure
-chmod -w ./configure
-#VRV - bug in a tclx configure
-cat >> ${PRODUCT_DIR}/CONFIGURE.LOG <<EOF
--------------------
-Configuring tclx...
--------------------
-EOF
-check_job ${PRODUCT_DIR}/CONFIGURE.LOG \
- ./configure --enable-gcc --enable-shared --enable-threads \
- --prefix=${PRODUCT_DIR}
-cat >> ${PRODUCT_DIR}/MAKE.LOG <<EOF
--------------------
-Making tclx...
--------------------
-EOF
-check_job ${PRODUCT_DIR}/MAKE.LOG make
-cat >> ${PRODUCT_DIR}/MAKEINSTALLEXEC.LOG <<EOF
--------------------
-Installing tclx...
--------------------
-EOF
-check_job ${PRODUCT_DIR}/MAKEINSTALLEXEC.LOG make install-exec
-
-(cd ${PRODUCT_DIR}/lib; ln -s libtclx8.3.so libtclx.so)
-(cd ${PRODUCT_DIR}/lib; ln -s libtclx8.3.a libtclx.a)
-(cd ${PRODUCT_DIR}/lib; ln -s libtkx8.3.so libtkx.so)
-(cd ${PRODUCT_DIR}/lib; ln -s libtkx8.3.a libtkx.a)
-
-#du -sk ${INSTALL_WORK}/tcl8.3.3 > ${PRODUCT_DIR}/size.log
-#du -sk ${INSTALL_WORK}/tk8.3.3 >> ${PRODUCT_DIR}/size.log
-#du -sk ${INSTALL_WORK}/tclx8.3 >> ${PRODUCT_DIR}/size.log
-cd ${PRODUCT_DIR}
-rm -fr ${INSTALL_WORK}/tcl8.3.3 ${INSTALL_WORK}/tk8.3.3 ${INSTALL_WORK}/tclx8.3
-print_env
-}
-
-install_binary()
-{
-make_env ${INSTALL_ROOT} ${INSTALL_WORK} "${PRODUCT_SEQUENCE}" ${PRODUCT_TYPE}
-source ${INSTALL_WORK}/$SHRC
-
-check_jb tar xfz ${SOURCE_DIR}/tcltk-8.3.3.tar.gz -C ${INSTALL_ROOT}
-
-# overriding installation path
-cd ${PRODUCT_DIR}/lib
-old_prefix=`grep -e "^TCL_PREFIX='.*'" tclConfig.sh | sed -e "s%^TCL_PREFIX='\(.*\)'%\1%g"`
-sed -e "s%${old_prefix}%${PRODUCT_DIR}%g" tclConfig.sh > _tclConfig.sh
-mv -f _tclConfig.sh tclConfig.sh
-sed -e "s%${old_prefix}%${PRODUCT_DIR}%g" tkConfig.sh > _tkConfig.sh
-mv -f _tkConfig.sh tkConfig.sh
-
-print_env
-}
-
-export PROCEDURE=$1;
-export INSTALL_WORK=$2;
-export SOURCE_DIR=$3;
-export INSTALL_ROOT=$4;
-export PRODUCT_SEQUENCE=$5;
-if [ $# == 6 ] ; then export PRODUCT_TYPE=$6 ; else export PRODUCT_TYPE="tcl" ; fi
-export PRODUCT="tcltk-8.3.3"
-export PRODUCT_DIR=${INSTALL_ROOT}/${PRODUCT}
-export PRODUCT_WORK=${INSTALL_WORK}/${PRODUCT}
-source ./common.sh
-$PROCEDURE
#!/bin/sh
+VERSION="8.4"
+
check_version()
{
-VERSION="8.4"
if [ -z "$TCLHOME" ]; then
echo "TCLHOME doesn't set"
return 1
export TCLHOME=\${INSTALL_ROOT}/${PRODUCT}
export PATH=\${TCLHOME}/bin:\${PATH}
export LD_LIBRARY_PATH=\${TCLHOME}/lib:\${LD_LIBRARY_PATH}
-export TCLLIBPATH="\${TCLHOME}/lib \${TCLHOME}/lib/tcl8.4 \${TCLHOME}/lib/tk8.4 \${TCLLIBPATH}"
+export TCLLIBPATH="\${TCLHOME}/lib \${TCLHOME}/lib/tcl${VERSION} \${TCLHOME}/lib/tk${VERSION} \${TCLLIBPATH}"
##
EOF
(test -w ${PRODUCT_DIR} && cp ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh ${PRODUCT_DIR})
export TCLHOME=${tclhome}
export PATH=${path}
export LD_LIBRARY_PATH=${ld_library_path}
-export TCLLIBPATH="\${TCLHOME}/lib \${TCLHOME}/lib/tcl8.4 \${TCLHOME}/lib/tk8.4 \${TCLLIBPATH}"
+export TCLLIBPATH="\${TCLHOME}/lib \${TCLHOME}/lib/tcl${VERSION} \${TCLHOME}/lib/tk${VERSION} \${TCLLIBPATH}"
##
EOF
(test -w ${PRODUCT_DIR} && cp ${INSTALL_WORK}/env_${PRODUCT_TYPE}.sh ${PRODUCT_DIR})
