Gabriele Cosmo
251 lines
7.1 KiB
Bash
Executable File
251 lines
7.1 KiB
Bash
Executable File
#!/bin/sh
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# Script to generate CMakeList.tx file from templates.
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# The following fields in the template files are replaced with
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# specific example entries:
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# EXAMPLE_NAME
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# EXAMPLE_PROGRAM_NAME
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# EXAMPLE_SCRIPT_LIST
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# EXTERN_PACKAGE
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#
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# Usage:
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# generate_cmake.sh categoryName
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# categoryName = all - process all categories
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#
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# By I. Hrivnacova, IPN Orsay
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CURDIR=`pwd`
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#FIX_XT="-lXt"
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FIX_XT=""
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# generate documentation
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# {1} example directory
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# {2} external package name
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generate() {
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echo " processing ${1}"
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cd ../../${1}
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EXAMPLE_NAME=${PWD##*/}
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# Extract program name
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# Get only first .cc and print a warning if more programs exist
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EXAMPLE_PROGRAM_FILES=`ls *.cc`
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FILE_FOUND="no"
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MESSAGE="no"
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for FILE in $EXAMPLE_PROGRAM_FILES; do
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if [ "${FILE_FOUND}" = "yes" ]; then
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if [ "${MESSAGE}" = "no" ]; then
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echo " ... more programs found !!!"
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MESSAGE="yes"
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fi
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# update program name only if equal EXAMPLE_NAME
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# otherwise keep the first program found
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TMP_EXAMPLE_PROGRAM_NAME=`echo $FILE | sed 's/\(.*\)\..*/\1/'`
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if [ "${TMP_EXAMPLE_PROGRAM_NAME}" = "${EXAMPLE_NAME}" ]; then
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EXAMPLE_PROGRAM_NAME=$TMP_EXAMPLE_PROGRAM_NAME
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break
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fi
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else
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EXAMPLE_PROGRAM_NAME=`echo $FILE | sed 's/\(.*\)\..*/\1/'`
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FILE_FOUND="yes"
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fi
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done
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# Extract use of visualization
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GREP_VIS=`cat "$EXAMPLE_PROGRAM_NAME"".cc" | grep G4VisExecutive`
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if [ "${GREP_VIS}" = "" ]; then
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NO_VIS="_no_vis"
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else
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NO_VIS=""
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fi
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# Extract list of scripts:
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# all files with extension *.mac *.in, *.out
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EXAMPLE_SCRIPT_LIST0=`ls *.mac *.in *.out *.gdml 2> /dev/null`
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EXAMPLE_SCRIPT_LIST=""
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for SCRIPT in $EXAMPLE_SCRIPT_LIST0; do
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EXAMPLE_SCRIPT_LIST="$EXAMPLE_SCRIPT_LIST ""$SCRIPT"
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done
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# Select a template if extern package
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if [ "${2}" = "" ]; then
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WITH_EXTERN=""
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else
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WITH_EXTERN="_with_extern"
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EXTERN_PACKAGE=${2}
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EXTERN_PACKAGE_TO_UPPER=`echo $EXTERN_PACKAGE | sed 'y/abcdefghijklmnopqrstuvwxyz/ABCDEFGHIJKLMNOPQRSTUVWXYZ/'`
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fi
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if [ "${3}" = "optional" ]; then
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OPTIONAL="_opt"
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else
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OPTIONAL=""
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fi
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# Generate file from templates
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# Project
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cat $CURDIR/CMakeLists_template_1.txt | sed s/"EXAMPLE_NAME"/"${EXAMPLE_NAME}"/g > CMakeLists.txt
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# Use Geant4
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cat $CURDIR/CMakeLists_template_2"${NO_VIS}".txt >> CMakeLists.txt
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# Find extern package
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cat $CURDIR/CMakeLists_template_3"${WITH_EXTERN}""${OPTIONAL}".txt | sed s/"EXAMPLE_NAME"/"${EXAMPLE_NAME}"/g | sed s/"EXTERN_PACKAGE_TO_UPPER"/"${EXTERN_PACKAGE_TO_UPPER}"/g | sed s/"EXTERN_PACKAGE"/"${EXTERN_PACKAGE}"/g >> CMakeLists.txt
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# Locate sources and headers
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cat $CURDIR/CMakeLists_template_4"${WITH_EXTERN}".txt | sed s/"EXTERN_PACKAGE_TO_UPPER"/"${EXTERN_PACKAGE_TO_UPPER}"/g >> CMakeLists.txt
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# Add executable and link libraries
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cat $CURDIR/CMakeLists_template_5"${WITH_EXTERN}".txt | sed s/"EXAMPLE_PROGRAM_NAME"/"${EXAMPLE_PROGRAM_NAME}"/g | sed s/"EXTERN_PACKAGE_TO_UPPER"/"${EXTERN_PACKAGE_TO_UPPER}"/g | sed s/"FIX_XT"/"${FIX_XT}"/g >> CMakeLists.txt
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# Copy scripts
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cat $CURDIR/CMakeLists_template_6.txt | sed s/"EXAMPLE_NAME"/"${EXAMPLE_NAME}"/g | sed s/"EXAMPLE_SCRIPT_LIST"/"${EXAMPLE_SCRIPT_LIST}"/g >> CMakeLists.txt
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# Add custom target
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if [ ! "${EXAMPLE_NAME}" = "${EXAMPLE_PROGRAM_NAME}" ]; then
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cat $CURDIR/CMakeLists_template_7.txt | sed s/"EXAMPLE_NAME"/"${EXAMPLE_NAME}"/g | sed s/"EXAMPLE_PROGRAM_NAME"/"${EXAMPLE_PROGRAM_NAME}"/g >> CMakeLists.txt
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fi
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# Install executable
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cat $CURDIR/CMakeLists_template_8.txt | sed s/"EXAMPLE_PROGRAM_NAME"/"${EXAMPLE_PROGRAM_NAME}"/g >> CMakeLists.txt
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cd $CURDIR
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}
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# Functions per examples/extened categories
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#
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generate_analysis() {
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generate analysis/A01 AIDA optional
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generate analysis/AnaEx01
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generate analysis/AnaEx02 ROOT
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generate analysis/AnaEx03 AIDA
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generate analysis/N03Con
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}
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generate_biasing() {
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generate biasing/B01
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generate biasing/B02 AIDA
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generate biasing/ReverseMC01
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}
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generate_common() {
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generate common/analysis HBOOK
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generate common/detectorConstruction
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generate common/physicsList
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generate common/primaryGenerator
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generate common/userActions
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}
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generate_electromagnetic() {
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for DIR in electromagnetic/TestEm0 electromagnetic/TestEm1 electromagnetic/TestEm2 electromagnetic/TestEm3 electromagnetic/TestEm4 electromagnetic/TestEm5 electromagnetic/TestEm6 electromagnetic/TestEm7 electromagnetic/TestEm8 electromagnetic/TestEm9 electromagnetic/TestEm10 electromagnetic/TestEm11 electromagnetic/TestEm12 electromagnetic/TestEm13 electromagnetic/TestEm14 electromagnetic/TestEm15 electromagnetic/TestEm16 electromagnetic/TestEm17 electromagnetic/TestEm18; do
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#for DIR in electromagnetic/TestEm1; do
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generate ${DIR}
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done
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}
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generate_errorpropagation() {
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generate errorpropagation
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}
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generate_eventgenerator() {
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generate eventgenerator/exgps AIDA optional
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generate eventgenerator/HepMC/HepMCEx01 HepMC
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generate eventgenerator/HepMC/HepMCEx02 HepMC
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generate eventgenerator/HepMC/MCTruth HepMC
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generate eventgenerator/particleGun
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generate eventgenerator/pythia/decayer6 Pythia6 optional
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}
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generate_exoticphysics() {
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generate exoticphysics/monopole
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}
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generate_field() {
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generate field/BlineTracer
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generate field/field01
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generate field/field02
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generate field/field03
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generate field/field04
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generate field/field05
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generate field/field06
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}
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generate_g3tog4() {
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generate g3tog4/clGeometry
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}
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generate_geometry() {
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generate geometry/olap
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generate geometry/transforms
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}
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generate_hadronic() {
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generate hadronic/Hadr00
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generate hadronic/Hadr01
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generate hadronic/Hadr02
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generate hadronic/Hadr03
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}
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generate_medical() {
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generate medical/DICOM
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generate medical/electronScattering
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generate medical/electronScattering2
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generate medical/fanoCavity
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generate medical/fanoCavity2
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generate medical/GammaTherapy
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}
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generate_optical() {
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generate optical/LXe
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generate optical/wls
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}
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generate_parameterisations() {
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generate parameterisations/gflash
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}
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generate_persistency() {
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generate persistency/P01 ROOT
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generate persistency/P02 ROOT
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generate persistency/P03
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generate persistency/gdml/G01
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generate persistency/gdml/G02
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generate persistency/gdml/G03
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generate persistency/gdml/G04
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}
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generate_polarisation() {
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generate polarisation/Pol01 AIDA optional
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}
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generate_radioactivedecay() {
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generate radioactivedecay/rdecay01
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generate radioactivedecay/rdecay02
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}
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generate_runAndEvent() {
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generate runAndEvent/RE01
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generate runAndEvent/RE02
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generate runAndEvent/RE03
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generate runAndEvent/RE04
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}
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generate_visualization() {
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generate visualization/perspective
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generate visualization/standalone
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generate visualization/userVisAction
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}
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# Check arguments
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if [ $# -ne 1 ]; then
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echo " Usage: "
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echo " generate_cmake.sh categoryName"
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echo " categoryName = all - process all categories "
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exit
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fi
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# Process a selected category or all
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CATEGORY=$1
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if [ "$CATEGORY" = "all" ]; then
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# to be done
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echo generate_analysis
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echo generate_electromagnetic
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else
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echo "processing ${CATEGORY}"
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generate_${CATEGORY}
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fi
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cd $CURDIR
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