Anything that is or can be consistently generated from the source files should be considered as output of the build process. Typically source should be considered as any files that are explicitly modified by the developer. Continuing from the preface CMake for Visual Studio Developers. Most references here is based on Visual Studio 2010 but will apply equally well to other versions. It is primarily intended for a C++ developer using Visual Studio. This post will map CMake commands to the Visual Studio IDE with an example which makes learning much easier. If you’re using CMake when developing your C++ projects, we would love to hear from you! Please share your feedback in the comments below or through the “Send Feedback” icon in VS.CMake produces Visual Studio solutions seamlessly. For an overview of the CMake experience, also check out the CMake support in Visual Studio blog post. "buildCommandArgs": "-m:8 -v:minimal -p:PreferredToolArchitecture=圆4"ĭownload Visual Studio 2017 RC today and try the “Open Folder” experience for CMake projects. You can create the CMakeSettings.json file by selecting the Project > Edit Settings > path-to-CMakeLists (configuration-name) menu entry. In this file you can specify as many CMake configurations as you need – you will be able to switch between them at any time. If your CMake project requires additional settings to configure the CMake cache correctly, you can customize these settings by creating a CMakeSettings.json file in the same folder with the root CMakeLists.txt. adding new files, changing compiler switches, etc.)Ĭonfigure CMake via CMakeSettings.json. When the generation step completes, the notification bar in editors is dismissed, the Startup Item dropdown will contain the updated list of CMake targets and C++ IntelliSense will incrementally update with the latest changes you made (e.g. You can track its progress in the CMake output pane of the Output Window. If you make changes to the CMakeLists.txt files or change the active configuration, the CMake generation step will automatically rerun. If a configuration does not have the needed information for CMake to correctly create its cache, you can further customize it – how to configure CMake is explained later in the post.Īuto-update CMake cache. You can switch between CMake configurations from the C++ Configuration dropdown in the General tab. CMake is invoked with a specific set of switches that are defined as part of a default CMake configuration that VS creates under the name “Visual Studio 15 x86”.ĬMake configuration switch. It will also run CMake.exe to collect more information about your CMake project (CMake cache will be generated in the process). In the background, VS will start indexing the C++ sources in your folder. As soon as you open a folder containing a CMake project, Solution Explorer will display the files in that folder and you can open any one of them in the editor. Building and debugging of CMake targetsĭefault CMake configurations.Additionally, if you’re interested in the “Open Folder” capability for C++ projects that are not using CMake or MSBuild, check out the Open Folder for C++ announcement blog. The “Tools for CMake” VS component is now ready for public preview and we’d like to invite all of you to bring your CMake projects into VS and give us feedback on your experience.įor an overview of the general Visual Studio CMake experience, head over to the announcement post for CMake support in Visual Studio that has been updated to include all the capabilities discussed in this post. Visual Studio 2017 RC is an important release when it comes to its support for CMake.
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