Using Robotium in Android Studio and Setting Up Continuous Integration

Android Studio, based on IntelliJ IDEA, is the official IDE for Android development. This guide introduces the use of the Robotium testing framework within Android Studio and describes how to set up continuous integration.

1. Using Robotium in Android Studio

2.1 Basic environment configuration – The project structure includes an androidTest package for test cases. If missing, create a test/java directory and ensure the junit4 dependency is added in build.gradle .

2.2 Import Robotium package – Copy the Robotium JAR into the libs folder and add it to the project via the context menu.

2.3 Create a test case and run it – Add a Java class in the test package, write Robotium test code similar to Eclipse ADT examples, then right‑click and run on a connected device; logs appear in the Run window.

3. Continuous Integration

3.1 Understanding Gradle – Gradle, based on Groovy DSL, is the official build tool for Android Studio.

3.2 Using Gradle for automatic builds

3.2.1 Gradle command‑line environment configuration – Download Gradle, unzip, add $GRADLE_HOME/bin to PATH , and verify with gradle -v .

3.2.2 Common commands

3.2.3 build.gradle – The build.gradle script defines plugins, SDK versions, defaultConfig (e.g., applicationId , versionCode ), build types (debug/release), and dependencies.

3.2.4 Run automated tests with Gradle

Execute the following script (example shown as an image) where -e specifies the test suite or class and -w the test package.

Configure this command in Jenkins to achieve continuous integration.

3.2.5 Common issues

1) Gradle may fail to download dependencies on first build; modify build.gradle to use a Maven repository.

2) Warnings that prevent compilation; see the screenshot for details.

Source: mtc.baidu.com – Baidu MTC, Mobile Application Testing.