This is the Build Preset that will be used when CMake is invoked to build the project. The dropdown on the right indicates the active Build Preset. The active Configure Preset in the image above is ninja-debug. This dropdown lists the union of non-hidden Configure Presets defined in CMakePresets.json and CMakeUserPresets.json that apply to the active Target System. This is the Configure Preset that will be used when CMake is invoked to generate the project build system. The dropdown in the middle indicates the active Configure Preset.
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This dropdown lists your local machine, all SSH connections in the Connection Manager by host name, and all Windows Subsystem for Linux (WSL) installations that Visual Studio can find.
This is the system where CMake will be invoked to configure and build the project. The dropdown on the left indicates the active Target System. Once CMake Presets integration is enabled, you will see three dropdowns across the menu bar. See Enable CMake Presets integration in Visual Studio 2019 for more information. Again, you must close and reopen the folder to activate the integration. You can enable CMake Presets integration for a single project by adding a CMakePresets.json file to the root of the open folder. You must close and reopen the folder in Visual Studio to activate the integration. You can enable CMake Presets integration for all projects in Tools > Options > CMake > General. Visual Studio will never read from both CMakePresets.json and CMakeSettings.json at the same time. CMake Presets integration in Visual Studio is still in preview.ĬMakePresets.json will be a recommended alternative to CMakeSettings.json. The best resource to learn about our CMake Presets integration in Visual Studio is our documentation. More information on CMake Presets integration in Visual Studio and VS Code is below. You can also view a sample CMakePresets.json file, register for Pure Virtual C++, or read the official CMake documentation.
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All command arguments that can be passed to CMake or CTest from the command line can be specified in a Configure, Build, or Test Preset.įor more information on CMake Presets, you can check out my recent session at ACCU where I demonstrate how to use CMakePresets.json in Visual Studio, from the CLI, and in a GitHub Actions pipeline. You can pull down any project that has a CMakePresets.json file at the root of the repository and build and test it locally using the instructions encoded in a preset. Streamline build instructions for open source CMake projects.CMake 3.20 or higher is required to build with CMakePresets.json from the CLI. Since CMakePresets.json is supported by CMake itself, the same CMakePresets.json file can be used to invoke CMake in Visual Studio, in Visual Studio Code, in a Continuous Integration pipeline, and from the CLI on Windows, Linux, and macOS. Reproduce builds in Visual Studio and Visual Studio Code from the CLI.Both CMakePresets.json and CMakeUserPresets.json are supported in Visual Studio and Visual Studio Code. It also makes it easier for teams to synchronize changes to their CMake builds across the entire team.
This ensures project-specific information can always be checked into source control and makes it easier for new team members to get up-and-running. CMakePresets.json is intended to save project-wide presets, while CMakeUserPresets.json is intended for developers to save their own local presets. CMake supports two files: CMakePresets.json and CMakeUserPresets.json. Project-specific information can always be checked in.This makes it easier for developers on your team to hop between Visual Studio and Visual Studio Code and work in the development environment that best suits their needs. With the adoption of CMakePresets.json, the same file can be used to drive CMake in both Visual Studio and Visual Studio Code.
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