- #Android studio build apk how to
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- #Android studio build apk android
- #Android studio build apk code
* The buildTypes block is where you can configure multiple build types. Defines a user-friendly version name for your app. Defines the version number of your app. Specifies the API level used to test the app. Defines the minimum API level required to run the app. * defined by the package attribute in the main/AndroidManifest.xml file.
#Android studio build apk code
* However, your source code should still reference the package name * applicationId uniquely identifies the package for publishing. * these values for different versions of your app. You can configure product flavors to override * build variants, and can override some attributes in main/AndroidManifest.xml * The defaultConfig block encapsulates default settings and entries for all
* This property is optional because the plugin uses a recommended version of * download the build tools using the SDK Manager. * utilities, and compiler that Gradle should use to build your app. * buildToolsVersion specifies the version of the SDK build tools, command-line This means your app can use the API features included in
#Android studio build apk android
* compileSdkVersion specifies the Android API level Gradle should use to * The android block is where you configure all your Android-specific * Gradle to this build and makes the android block available to specify
* The first line in the build configuration applies the Android plugin for Gradle and the Android plugin help you configure the following aspects of your build: /**
#Android studio build apk apk
Before generating your final APK, the packager uses the zipalign tool to optimize your app to use less memory when running on a device.Īt the end of the build process, you have either a debug APK or release APK of your app that you can use to deploy, test, or release to external users.To create a release keystore, read about signing your app in Android Studio. If you are building a release version of your app that you intend to release externally, the packager signs your app with the release keystore.Android Studio automatically configures new projects with a debug keystore. If you are building a debug version of your app, that is, an app you intend only for testing and profiling, the packager signs your app with the debug keystore.The APK Packager signs your APK using either the debug or release keystore:.Before your app can be installed and deployed onto an Android device, however, the APK must be signed. The APK Packager combines the DEX files and compiled resources into a single APK.The compilers convert your source code into DEX (Dalvik Executable) files, which include the bytecode that runs on Android devices, and everything else into compiled resources.The build process is very flexible, so it’s useful to understand some of what is happening under the hood. The build process involves many tools and processes that convert your project into an Android Application Package (APK). The output of the build is the same whether you are building a project from the command line, on a remote machine, or using Android Studio.
#Android studio build apk how to
If you are not using Android Studio, you can learn how to build and run your app from the command line. This means that you can build your Android apps from within Android Studio, the command line on your machine, or on machines where Android Studio is not installed (such as continuous integration servers). Gradle and the Android plugin run independent of Android Studio. 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.
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