With a simple, declarative Domain specific language (DSL), Gradle developers can easily describe and manipulate the build logic (e.g.

Gradle allows Android developers to use a simple, declarative DSL to configure Gradle builds supporting a wide variety of Android devices and App stores. Gradle provides flexibility as well as the ability to define common standards for Android builds. Gradle has really been the default build system for Android for quite some time and Android developers have slowly but surely been moving to Gradle. Start by creating a file called adle at the same level as the project blog post is going to talk about how you can use Gradle to build Android libraries (.AAR) and APK’s and leverage Maven dependencies all in Visual Studio so let’s get started! If you are new to Gradle, then take a look at the gradle overview page and the User Guide. I’m going to use the file management and JSON serialization features in this example. This is good for us, because it means we have a lot of language features at our disposal. The language underlying gradle, which is used for builds by Android Studio, is Groovy. In this example, I’m going to read in a JSON file from outside the Android Studio area, and write a JSON file to res/raw. An even better solution would be to pull the information I need and write out the correct JSON format for Android Studio. However, a better solution would be to ensure the file exists and to copy it to the right place. Now, the question becomes “how do I get that infrastructure.json file into my front end code?”Ī simple version of this would be to ensure I copy the file every single time I update it. I’ve got my backend configuration written using Terraform, and it outputs a file called infrastructure.json that describes the backend in a JSON format. I’m currently writing a cloud-native app with an Android (and iOS) front end. Hooking the prebuild step into the configuration.

Adding a pre-build step to Android Studio builds

Build gradle in android studio