3/20/2023 0 Comments Cmake verbose![]() ![]() Use builtin WIN32 variable instead of WINDOWS variable to detect a Windows platform. 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. If you dont list the source/build directory, the listing will not rerun CMake ( cmake -L instead of cmake -L. 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 When you run make, add VERBOSE1 to see the full command output. 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 CMake supports Linux, Windows/mingw, Windows/MSVC and other platforms. Similar to the autotools, the actual build on Linux is done through Makefiles. cmake -debug-output and cmake -trace (the latter with even more detail than the former). So there is no need to deal with SO_VERSION in *.so libraries (*.so.1.2.3 â¦) CMake is a build system which replaces automake/autoconf (the 'autotools') and the shell scripts which were produced by the autotools. CMake 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. At build-time, support for this feature is controlled via cmake option. Never, I said NEVER, specify includes or libraries by overriding COMPILE_FLAGS. oneDNN verbose mode enables tracing execution of oneDNN primitives and collection. ![]() I like to use variable_watch to "debug" my CMakeLists.txt files.The version of the module is specified in one place: the root CMakeLists.txt file via standard variables ![]() ![]() There's a detailed step-by-step tutorial on the new debugger here Solution 3 It uses an open-source fork of CMake that supports stepping through CMakeLists.txt files, setting code/data breakpoints, evaluating/changing variables, etc. You can try using the new CMake Script Debugger provided by the VisualGDB tool. Initial support exists both in Qt Creator and Visual Studio 2017 RC Solution 2 Since version 3.7, CMake now officially supports a "server mode" so integration in IDEs is likely to improve in the near future. I tried to use vcproj2cmake but it overly complicates to CMake file so I only took some of the stuff in it, I also added ideas from related questions and answers. Also remember to check the log files CMakeFiles\CMakeOutput.log and CMakeFiles\CMakeError.log which mainly collect outputs of processes called by CMake (for example while checking for presence of a type or header). I want to make it a CMake project (because the project will need to be cross platform in the future) but It doesnt work. The specified path may be absolute or relative to the current working directory. There is no interactive debugger for CMake, however there are also the flags -Wdev, -debug-output and -trace which might help. cmake Uses as the build tree, and loads the path to the source tree from its CMakeCache.txt file, which must have already been generated by a previous run of CMake.![]()
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