# Collection of useful functions that are required by PLplot. function(list_example_files path device suffix output_list) # Return list of files (with ${path}/ prepended to form the full path # name for each file) that are generated by plplot-test.sh for a # particular device and file suffix corresponding to front-end # language. This list will be used for OUTPUT files of a custom # command so that these files will be properly deleted by "make # clean". Thus, it doesn't matter if we miss a few examples or # pages that are only implemented for one of the languages. # However, if we specify a file that is not generated by # plplot-test.sh for the specified device and language, then that # custom command is never satisfied and will continue to regenerate # the files. Therefore only specify examples and pages that you # _know_ are generated by all language bindings. set(examples_pages_LIST x01:01 x02:02 x03:01 x04:02 x05:01 x06:05 x07:20 x08:08 x09:05 x10:01 x11:08 x12:01 x13:01 x14:02 x14a:02 x15:03 x16:05 x17:01 x18:08 x19:04 x20:06 x21:03 x22:04 x23:16 x24:01 x25:08 x26:02 x27:20 x28:05 x29:10 x30:02 x31:01 # 32 missing deliberately since that only implemented for C x33:04 ) # This list taken directly from plplot-test.sh.cmake. Update as needed. if( ${device} STREQUAL "png" OR ${device} STREQUAL "pngcairo" OR ${device} STREQUAL "epscairo" OR ${device} STREQUAL "jpeg" OR ${device} STREQUAL "xfig" OR ${device} STREQUAL "svg" OR ${device} STREQUAL "svgcairo" OR ${device} STREQUAL "bmpqt" OR ${device} STREQUAL "jpgqt" OR ${device} STREQUAL "pngqt" OR ${device} STREQUAL "ppmqt" OR ${device} STREQUAL "tiffqt" OR ${device} STREQUAL "svgqt" OR ${device} STREQUAL "epsqt" OR ${device} STREQUAL "pdfqt" OR ${device} STREQUAL "gif" ) set(familying ON) else( ${device} STREQUAL "png" OR ${device} STREQUAL "pngcairo" OR ${device} STREQUAL "epscairo" OR ${device} STREQUAL "jpeg" OR ${device} STREQUAL "xfig" OR ${device} STREQUAL "svg" OR ${device} STREQUAL "svgcairo" OR ${device} STREQUAL "bmpqt" OR ${device} STREQUAL "jpgqt" OR ${device} STREQUAL "pngqt" OR ${device} STREQUAL "ppmqt" OR ${device} STREQUAL "tiffqt" OR ${device} STREQUAL "svgqt" OR ${device} STREQUAL "epsqt" OR ${device} STREQUAL "pdfqt" OR ${device} STREQUAL "gif" ) set(familying OFF) endif( ${device} STREQUAL "png" OR ${device} STREQUAL "pngcairo" OR ${device} STREQUAL "epscairo" OR ${device} STREQUAL "jpeg" OR ${device} STREQUAL "xfig" OR ${device} STREQUAL "svg" OR ${device} STREQUAL "svgcairo" OR ${device} STREQUAL "bmpqt" OR ${device} STREQUAL "jpgqt" OR ${device} STREQUAL "pngqt" OR ${device} STREQUAL "ppmqt" OR ${device} STREQUAL "tiffqt" OR ${device} STREQUAL "svgqt" OR ${device} STREQUAL "epsqt" OR ${device} STREQUAL "pdfqt" OR ${device} STREQUAL "gif" ) set(file_list) foreach(example_pages ${examples_pages_LIST}) string(REGEX REPLACE "^(.*):.*$" "\\1" example ${example_pages}) string(REGEX REPLACE "^.*:(.*)$" "\\1" pages ${example_pages}) if(${suffix} STREQUAL "a") string(REGEX REPLACE "^x" "xthick" thick_example ${example}) else(${suffix} STREQUAL "a") set(thick_example) endif(${suffix} STREQUAL "a") if(familying) foreach(famnum RANGE 1 ${pages}) if(famnum LESS 10) set(famnum 0${famnum}) endif(famnum LESS 10) list(APPEND file_list ${path}/${example}${suffix}${famnum}.${device}) if(thick_example) list(APPEND file_list ${path}/${thick_example}${suffix}${famnum}.${device}) endif(thick_example) endforeach(famnum RANGE 1 ${pages}) else(familying) list(APPEND file_list ${path}/${example}${suffix}.${device}) if(thick_example) list(APPEND file_list ${path}/${thick_example}${suffix}.${device}) endif(thick_example) endif(familying) if(NOT ${example} STREQUAL "x14a") list(APPEND file_list ${path}/${example}${suffix}_${device}.txt) if(thick_example) list(APPEND file_list ${path}/${thick_example}${suffix}_${device}.txt) endif(thick_example) endif(NOT ${example} STREQUAL "x14a") endforeach(example_pages ${examples_pages_LIST}) set(${output_list} ${file_list} PARENT_SCOPE) endfunction(list_example_files ) function(TRANSFORM_VERSION numerical_result version) # internal_version ignores everything in version after any character that # is not 0-9 or ".". This should take care of the case when there is # some non-numerical data in the patch version. #message(STATUS "DEBUG: version = ${version}") string(REGEX REPLACE "^([0-9.]+).*$" "\\1" internal_version ${version}) # internal_version is normally a period-delimited triplet string of the form # "major.minor.patch", but patch and/or minor could be missing. # Transform internal_version into a numerical result that can be compared. string(REGEX REPLACE "^([0-9]*).+$" "\\1" major ${internal_version}) string(REGEX REPLACE "^[0-9]*\\.([0-9]*).*$" "\\1" minor ${internal_version}) string(REGEX REPLACE "^[0-9]*\\.[0-9]*\\.([0-9]*)$" "\\1" patch ${internal_version}) if(NOT patch MATCHES "[0-9]+") set(patch 0) endif(NOT patch MATCHES "[0-9]+") if(NOT minor MATCHES "[0-9]+") set(minor 0) endif(NOT minor MATCHES "[0-9]+") if(NOT major MATCHES "[0-9]+") set(major 0) endif(NOT major MATCHES "[0-9]+") #message(STATUS "DEBUG: internal_version = ${internal_version}") #message(STATUS "DEBUG: major = ${major}") #message(STATUS "DEBUG: minor= ${minor}") #message(STATUS "DEBUG: patch = ${patch}") math(EXPR internal_numerical_result "${major}*1000000 + ${minor}*1000 + ${patch}" ) #message(STATUS "DEBUG: ${numerical_result} = ${internal_numerical_result}") set(${numerical_result} ${internal_numerical_result} PARENT_SCOPE) endfunction(TRANSFORM_VERSION) # CMake-2.6.x duplicates this list so work around that bug by removing # those duplicates. if(CMAKE_PLATFORM_IMPLICIT_LINK_DIRECTORIES) list(REMOVE_DUPLICATES CMAKE_PLATFORM_IMPLICIT_LINK_DIRECTORIES) endif(CMAKE_PLATFORM_IMPLICIT_LINK_DIRECTORIES) # Filter all CMAKE__IMPLICIT_LINK_DIRECTORIES list elements from # rpath_in list. Note, this uses variables that are only defined after # languages have been enabled but according to the documentation the # logic is only invoked when the function is invoked so this should be # OK _if care is used that this function is invoked only after the # languages have been enabled_. C is enabled immediately so that will # serve most purposes, but CXX and Fortran are enabled later so if # you want those special system locations removed (unlikely but # possible) then you are going to have to be somewhat more careful # when this function is invoked. function(filter_rpath rpath) #message("DEBUG: ${rpath} = ${${rpath}}") set(internal_rpath ${${rpath}}) if(internal_rpath) # Remove duplicates and empty elements. list(REMOVE_DUPLICATES internal_rpath) list(REMOVE_ITEM internal_rpath "") set(directories_to_be_removed ${CMAKE_C_IMPLICIT_LINK_DIRECTORIES} ${CMAKE_CXX_IMPLICIT_LINK_DIRECTORIES} ${CMAKE_Fortran_IMPLICIT_LINK_DIRECTORIES} ) if(directories_to_be_removed) list(REMOVE_DUPLICATES directories_to_be_removed) endif(directories_to_be_removed) if(directories_to_be_removed) list(REMOVE_ITEM internal_rpath ${directories_to_be_removed}) endif(directories_to_be_removed) endif(internal_rpath) #message("DEBUG: (filtered) ${rpath} = ${internal_rpath}") set(${rpath} ${internal_rpath} PARENT_SCOPE) endfunction(filter_rpath) if(MINGW) # Useful function to convert Windows list of semicolon-delimited # PATHs to the equivalent list of MSYS PATHs (exactly like the # colon-delimited Unix list of PATHs except the driver letters are # specified as the initial one-character component of each of the # PATHs). For example, this function will transform the Windows # list of PATHs, "z:\path1;c:\path2" to "/z/path1:/c/path2". function(determine_msys_path MSYS_PATH NATIVE_PATH) #message(STATUS "NATIVE_PATH = ${NATIVE_PATH}") string(REGEX REPLACE "^\([a-zA-z]\):" "/\\1" PATH "${NATIVE_PATH}") string(REGEX REPLACE ";\([a-zA-z]\):" ";/\\1" PATH "${PATH}") string(REGEX REPLACE ";" ":" PATH "${PATH}") file(TO_CMAKE_PATH "${PATH}" PATH) #message(STATUS "MSYS_PATH = ${PATH}") set(${MSYS_PATH} ${PATH} PARENT_SCOPE) endfunction(determine_msys_path) endif(MINGW)