![]() When more than one CMake project uses the same CMake configuration name, all of them get configured and built (each in their own independent build root folder) when that particular configuration is selected. CMake operations (configure, build, debug) as well as C++ IntelliSense and browsing are available to all CMake projects in your workspace. Visual Studio will detect all the “root” CMakeLists.txt files in your workspace and configure them appropriately. Note that you don’t have to limit your experience to a single CMake project – you can open folders containing an unlimited number of CMake projects. Check out the link above if you want to learn more. ![]() This should make cross-platform development a breeze, because you can switch between targeting Windows and Linux by switching configurations in the dropdown. Additionally, Visual Studio handles the connection to the remote target for you, so you don’t need to worry about setting up SSH tunnels. This feature allows you to open your Linux projects without modification, edit on Windows with full IntelliSense, and build and debug on a remote Linux target. Visual Studio now supports targeting Linux directly with CMake: By editing the launch.vs.json file, you can create as many debug configurations as you like for any number of CMake targets. This file is pre-populated with information about the CMake target you have selected and allows you to specify additional parameters like program arguments or debugger type.Īs soon as you save the launch.vs.json file, an entry is created in the Startup Item dropdown with the new name. When selecting “ Debug and Launch Settings” context menu in Solution Explorer and select a specific CMake target in the sub-menu, a file called launch.vs.json is created. You can also customize the debugger settings for any executable CMake target in your project. To start a debugging session, just select one and launch the debugger. You also can be specific about which CMake target you want to build (if you want to minimize the code being built) or whether you want to select a full build.Īll executable CMake targets are populated in the Startup Item dropdown in the General toolbar. ![]() "buildCommandArgs": "-m:8 -v:minimal -p:PreferredToolArchitecture=圆4"Īs you would expect, the results of the build are available in the Output window and any errors and warnings are available for searching, filtering and grouping in the Error List window. To customize the build, inside the CMakeSettings.json file, you can specify additional command line arguments to be passed to the build system via the “buildCommandArgs” property e.g. When a VS generator is selected for the active configuration, MSBuild.exe is invoked with “-m -v:minimal” arguments. From the main menu, select Build > Build Solution (F7 or Ctrl+Shift+B) (for this to work, make sure that a CMake target is already selected in the Startup Item dropdown in the General toolbar). ![]()
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