![]() ![]() ĬMake Warning at CMakeLists.txt:1 (project): C:\Users\Joel\Downloads\taglib-1.6.3>cmake. I then go to the directory why the CMakeLists.txt file is and run cmake. I download the installer (cmake-2.8.3-win32-x86.exe) and install it (I also opt to add CMake to my path). I would like to compile it with MinGW (not Visual C as in this other question). I want to compile TagLib for later use with a Qt application I am working on. CMake belong in the latter category for me.I am currently trying to get CMake to run on my Windows 7 (64-bit) system. Personally, I think wasting time on build systems is very unproductive, since it is time not spend developing the project, the reality is that building a project is a lot of build system tweaking because all platforms have different quirks, there are build systems which make this easy and other which make it unnecessarily hard. My usual strategy is to have both fpm and meson in my projects, fpm for daily development and meson for deployment and developing “advanced” features (exporting C bindings, shared libraries, Python extension modules, …). export a C-API and use it in other non-Fortran libraries. However, meson and CMake are great if you want to do more than just Fortran, i.e. For developer productivity I would recommend fpm > meson > CMake. There is no clear advice I can give you regarding the build system choice, it depends on what you want to do. I’m using fpm, meson and CMake on Linux, MacOS and Windows, some people also build my software on FreeBSD so the cross-platform setup seems to work regardless of the build system. If you have any questions feel free to ask, we are always happy to help. There happens to be a guide on using stdlib and test-drive as dependencies with fpm at Adding dependencies - Fortran Package Manager. Don’t worry too much about the target export and stuff like that for the moment.Īlso, if you should be sick of CMake at some point, you can simply add a package manifest for the Fortran package manager ( fpm.toml) and use the project should build directly with fpm due to the compatible layout. 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 I am trying to use CMAKE on windows with mingw - gfortran complilers. ![]()
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