machineswera.blogg.se - Android studio gradle classpath

if you need a specific NDK for any module, use ndkVersion in module’s adle.

With AGP 4.1, NDK path configuration is automatically done with: This section outlines the NDK path resolution with regard to recent Android Studio/Android Gradle Plugin versions assuming that Android Studio uses the same version of AGP, the instructions directly apply to Android Studio IDE.

let sdkmanager tool to manage NDK installation.

NDK usage is being integrated into adle DSL.

legacy way: NDK version does not matter to your application - any one would work.

ndkVersion way: where android.ndkVersion is used in the application.

With the addition of android.ndkVersion, Android Studio may work in 2 ways: Out of the NDK path configuration channels, ndkVersion feature added in version 3.5 and above provides a major flexibility for applications: NDK dependency moves from project level to module level! We strongly recommend developers to take full advantage of the feature. The related available features that could affect which version of NDK to use are: The possible directories that AGP locates NDK are:

MyName-X.X.X-release.Classpath ':gradle:4.1.0-alpha02' ("archivesBaseName", "MyName-" + defaultConfig.versionName) You can use the archivesBaseName to set the name of apk. Use archivesBaseName to change the apk name * only specifies dependencies required to build the module itself.Ĭompile ':appcompat-v7:24.1.0'Ĭompile fileTree(dir: 'libs', include: ) By default, the top-level build file uses the buildscript block in the module-level build configuration file

The top-level adle file, located in the root project directory, defines build configurations that apply to all modules in your project. If you use another module in your project, as a local library you would have another adle file: \module\adle \adle is a "Top-level build file" where you can add configuration options common to all sub-projects/modules. Why are there two adle files in an Android Studio project? Android Studio uses Gradle, an advanced build toolkit, to automate and manage the build process, while allowing you to define flexible custom build configurations. The Android build system compiles app resources and source code, and packages them into APKs that you can test, deploy, sign, and distribute.