![]() The are apparently important to have a well working CMake project which other people can also use, why we have to write all this stuff ourselves however is beyond me. The CMake files contain a lot of boilerplate, which I have learned over the years of using CMake. If you want to run tests, you can also use ctest -test-dir _build -output-on-failure Mingw32-make: *** Error 1Ĭan somebody please tell me how to use CMake with Fortranįinally there are build and installation instructions in the README at GitHub - fortran-lang/stdlib-cmake-example: Integration of the Fortran standard library in CMake projects, which should show you how to build your new CMake project, try the whole workflow. I am getting the following error: 2 | use mymodįatal Error: Cannot open module file 'mymod.mod' for reading at (1): No such file or directory When I am trying to build and run using cmake. Target_include_directories(utilities PUBLIC include) In the utils CMakeLists.txt ENABLE_LANGUAGE(Fortran) Target_link_libraries(first PUBLIC utilities) Now in the main directory CMakeLists.txt cmake_minimum_required(VERSION 3.0.0) Suppose I have a directory structure like this: main directory:īuild ! where cmake will generate build files In order to build the Windows version of CMake, you will need a current binary installation of CMake to bootstrap the build process.I am trying to use CMAKE on windows with mingw - gfortran complilers. On UNIX, one may use the bootstrap script provided in the source tree to build CMake. Development is managed on Kitware’s GitLab instance: Nightly BinariesĪlternatively one may build from source. It is being produced so that users can test bug fixes done upstream without having to build CMake. Other than passing all of the tests in CMake, this version of CMake should not be expected to work in a production environment. Source distributions: PlatformĮach night binaries are created as part of the testing process. To build the source distributions, unpack them with zip or tar and follow the instructions in README.rst at the top of the source tree. This prefix can be removed as long as the share, bin, man and doc directories are moved relative to each other. For example, the linux-x86_64 tar file is all under the directory cmake–linux-x86_64. They are prefixed by the version of CMake. The tar file distributions can be untared in any directory. The files are compressed tar files of the install tree. The files are gziped tar files of the install tree. sh file, run it with /bin/sh and follow the directions. sh files are self extracting gziped tar files. The release was packaged with CPack which is included as part of the release. Source distributions: PlatformĬmake-3.28.Ĭmake-3.28. ![]()
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