![]() ![]() It seems that CMake cannot discover the Ninja generator. Configuring incomplete, errors occurred! You probably need to select a different build tool.ĬMake Error: CMAKE_C_COMPILER not set, after EnableLanguageĬMake Error: CMAKE_CXX_COMPILER not set, after EnableLanguage ĬMake Error: CMake was unable to find a build program corresponding to "Ninja". The build fails with this error diagnostic: C:\Program Files\CMake\bin\cmake.exe -GNinja. When adding the following command: CMake -GNinja. Since Visual Studio 2017 uses the Ninja generator by default, I assumed that it were available in the Hosted VS2017 pool out of the box. ![]() Java and OpenJDK are trademarks or registered trademarks of Oracle and/or its affiliates.I was trying to set up an Azure DevOps build pipeline (Hosted VS2017) for a CMake-based project. To report a bug if you don't have Android Studio installed, file a bug using this template.Ĭontent and code samples on this page are subject to the licenses described in the Content License. Be sure to reference "Custom C/C++ Build Systems" to help direct the bug. To report a bug, open Android Studio and click Help > Submit Feedback. You can give feedback through the following channels:įor general feedback, add a comment to this bug. ![]() This feature is experimental, so feedback is greatly appreciated. To enable Ninja support in AGP, configure experimentalProperties in the module-level adle file: android Step 1: Modify the module-level adle file to reference a configuration script If youre interested in making changes to Ninja, read CONTRIBUTING.md first. This section walks through the steps to use a custom C/C++ build configuration script from AGP. How to modify your build to use a custom C/C++ build configuration script Note: This feature requires the generation of a Ninja representation of the build. Use Android Studio debuggers to debug native and mixed processes. When configured correctly, an AGP project with an integrated C/C++ project system generator enables users to:īuild from command-line and Android Studio.Įdit sources with full language service support (for example, go-to definition) in Android Studio. Run CMake from the command line or a CI pipeline Example CMakePresets.json file Next steps CMake supports two files that allow users to specify common configure, build, and test options and share them with others: CMakePresets.json and CMakeUserPresets.json. These types of project generators either support Ninja as a backend representation of the C/C++ build or can be adapted to generate Ninja as a backend representation. You can specify the CMake generator by passing -cmake-generator to use another generator and -cmake-use-default-generator to use CMake's default generator, i.e.While CMake is directly supported by AGP, there are other project generators available that aren't directly supported: We recommend to use CMake's Ninja generator. CMake can generate projects for Android, iOS, and other platforms from a single underlying representation, saved in the CMakeLists.txt file. Introduction to cmake and ninja¶ Cmake plus ninja is approximately equal to GNU autotools plus GNU make, respectively. OverviewĪ common pattern for C/C++ projects, especially those that target multiple platforms, is to generate projects for each of those platforms from some underlying representation.Ī prominent example of this pattern is CMake. CMake 3.7.2 or later is required, along with the version of Ninja maintained by Kitware. This feature is available starting in Android Studio Dolphin | 2021.3.1 Canary 4. Using CMake and Ninja with Fortran projects requires some care. ![]() This generator is very much like the Ninja generator, but with some key differences. Caution: Experimental APIs can change in the future or may be removed entirely.Įxperimental support for custom C/C++ build systems has been added to Android Studio and AGP. Ninja Multi-Config Generates multiple build-.ninja files.If you do not use CMake or ndk-build but want full integration of the Android Gradle plugin (AGP) C/C++ build and Android Studio, you can create a custom C/C++ build system by making a shell script that writes build information in the Ninja build file format. ![]()
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