![]() (NDK): a toolset that allows you to use C and C++ code withĪndroid, and provides platform libraries that allow you to manage nativeĪctivities and access physical device components, such as sensors and touchĮxternal build tool that works alongside Gradle to build your native To compile and debug native code for your app, you need the following The experimental version of Gradle and the Android plugin. Version of the Gradle build system or you want support for add-on tools, Native project already uses CMake or ndk-build you would rather use a stable To build your native libraries if any of the following apply to you: Your Migrating to plugin version 2.2.0 or higher, and using CMake or ndk-build To learn more, go to the section about how toĪttention experimental Gradle users: Consider NdkCompile tool, you should migrate to using either CMake or Note: If your existing project uses the deprecated Java or Kotlin code using the JNI framework. Once you configure your project, you can access your native functions from Studio project and package your native library (the SO file) into the Gradle uses the build script to import source code into your Android ![]() Gradle by providing a path to your CMake or ndk-build script file. If you have an existing native library that already has aĬMakeLists.txt build script, or uses ndk-build and includes.Script if you are importing and linking against prebuilt or platform You can skip this step if you already have native code or want toīuild your native source code into a library.Create new native source files and add them.If instead you want to add native code to an existing project, you need to ![]() Support, and add new C/C++ files to your project. ![]() Necessary build tools, create a new project with C/C++ This page shows you how to set up Android Studio with the Link Gradle to your native library project. If you want to import an existing ndk-build library into your Android Studio Using both CMake and ndk-build in the same module is not Ndk-build, which can be faster than CMake but only To learn more about using the JNIĪndroid Studio supports CMake, which is good for cross-platform projects, and Your Java or Kotlin code can then call functions in your native library When you build your project, thisĬode is compiled into a native library that Gradle can package with your app. You can add C and C++ code to your Android project by placing the code into aĬpp directory in your project module. ![]()
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