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Run intercept-build to generate the compilation database: intercept-build make ![]() In the project folder create and navigate to a new build directory: mkdir build & cd build In a command window, go to the project folder. ![]() #Cmake create list installInstall the required software dependencies for the project. #Cmake create list how toThe following steps show how to generate the compilation database using intercept-build: Option One: Use intercept-build to Generate the Compilation Database Use CMake option CMAKE_EXPORT_COMPILE_COMMANDS There are two options to generate compilation database for CMake-based projects: When using CMake, make sure that all software that CMakeLists.txt files depend on has been installed, so that a functional Makefile can be generated by CMake. Generate a Compilation Database for CMake-Based ProjectsĬMake uses CMakeLists.txt files to describe project configuration, source files, and dependencies. intercept-build supports the capture of compilation command lines for files with the following extensions. foo/bar.cpp",Ī compilation database can be generated by running the intercept-build script, which is provided as part of Intel® DPC++ Compatibility Tool. #Cmake create list codeThe compilation database lists detailed build options for each translation unit’s main source file, which can be consumed by Intel® DPC++ Compatibility Tool to guide the code project migration. All paths specified in the command or file fields must be either absolute or relative to this directory.įile: The translation unit’s main source file that is processed in the compilation step. Only these variables should be used in subdirectories, and the model given in KERNEL should be followed. (Try to) comment them.Īll /CMakeLists.txt (see KERNEL_SRC/CMakeLists.txt) contains the definition of the variables which specify the location of installation directories. INSTALL should be called at the end of the CMakelists.txtĬreate MACRO in *.cmake to factorize some repetitive lines. ![]() INCLUDE() directives, if needed, must come early in the fileĪDD_SUBDIRECTORY() directives, if needed, must be done just after INCLUDE and FIND_PACKAGE, then the specific part of subdirectory can be done No use of GLOBS for sources (*.cxx), but GLOBS can be used for includes and *.i on installationįIND_PACKAGE() is called only in root /CMakeLists.txt So there is no need to deal with SO_VERSION in *.so libraries (*.so.1.2.3 …) #Cmake create list portableCMake provide standard commands for this (INCLUDE_DIRECTORIES, TARGET_LINK_LIBRARIES) and produces much more portable build files! If a directory includes two or more targets that compulsory need different set of include dir, split into several subdirectories, and put the different targets in them (MEDFile has plenty of this).Īt present there is no management in SALOME of API versioning. Never, I said NEVER, specify includes or libraries by overriding COMPILE_FLAGS. The version of the module is specified in one place: the root CMakeLists.txt file via standard variables ![]()
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