In the first part of our guide, we discussed the fundamental steps to set up a CI/CD pipeline for Android projects using GitHub Actions. Now, let's explore how to apply these principles to a real Android project. Step 1: Creating a GitHub Repository Assuming you have an Android project ready, let's create a GitHub repository or use an existing one. Create a New Repository: Log in to your GitHub account, and click on the "+" icon in the upper-right corner. Select "New repository", and follow the prompts to create your repository. Initialize it with a file, and select a license if needed. README Cloning an Existing Repository: If you're working with an existing repository, clone it to your local development environment using . git clone Step 2: Configure Your Android Project Ensure that your Android project is properly configured for CI/CD: Make sure you have a valid file that defines the necessary dependencies and build settings. build.gradle Create a file to store your keystore information securely. Do not include this file in your version control system. keystore.properties storeFile=keystore.jks
storePassword=your_keystore_password
keyAlias=your_key_alias
keyPassword=your_key_password Add the file to your to avoid accidentally committing it. keystore.properties .gitignore Step 3: Create GitHub Actions Workflow Now, let's dive into creating a comprehensive GitHub Actions workflow that automates the build, test, and deployment processes for your Android project. Workflow Structure: Create a YAML file for your GitHub Actions workflow in your project's directory. In this example, we'll name it . Your workflow will consist of jobs and steps that define what actions need to be taken during the CI/CD process. .github/workflows android-ci-cd.yml Specify Workflow Name: Start by giving your workflow a name, which will appear in the GitHub Actions dashboard. name: Android CI/CD Trigger Workflow on Push: You can specify the conditions that trigger the workflow. In this case, we'll trigger the workflow on every push to the branch. main on:
push:
branches:
- main Define Workflow Jobs: Next, define the jobs that make up your workflow. A typical Android CI/CD workflow might have the following jobs: : This job compiles your Android app and runs unit tests. Build Job : This job is responsible for deploying your app to a specific environment (e.g., Google Play). Deployment Job Here's an example of a Build Job: jobs:
build:
name: Build and Test
runs-on: ubuntu-latest Specify Steps: Each job consists of a series of steps. In the case of the Build Job, you'll need to: Check out your project's code. Set up the Java Development Kit (JDK) to the appropriate version. Build the Android app. Run unit tests. Here's an example configuration for these steps: steps:
- name: Checkout code
  uses: actions/checkout@v2

- name: Set up JDK 11
  uses: actions/setup-java@v2
  with:
    distribution: 'adopt'
    java-version: '11'

- name: Build and Test
  run: |
    chmod +x gradlew
    ./gradlew assembleRelease
    ./gradlew test This configuration checks out your code, sets up the JDK, and then uses Gradle to build your Android app and run unit tests. Artifact Upload: You can also include a step to upload build artifacts. In this example, we're uploading the generated APK bundle as an artifact: - name: Upload APK
  uses: actions/upload-artifact@v2
  with:
    name: app-release
    path: app/build/outputs/bundle/release/app-release.aab Uploading artifacts is useful when you want to preserve build artifacts for later use or distribution. Step 4: Configure Environment Secrets To securely manage sensitive information, such as keystore information, API keys, and other secrets, you need to set up environment secrets in your GitHub repository. You can refer to these secrets in your workflow configuration. Go to your GitHub repository. Click on "Settings" > "Secrets." Click on "New repository secret", and add the secrets you need. For example, you can add the following secrets: : The contents of your keystore file (base64 encoded). KEYSTORE : The keystore password. KEYSTORE_PASSWORD : The key alias for the keystore. KEY_ALIAS : The password for the key alias. KEY_PASSWORD You can use these secrets in your workflow steps to securely sign your Android app. Step 5: Trigger the Pipeline After you've created the workflow, any push to the branch will automatically trigger the CI/CD pipeline. You can also manually trigger it from the GitHub Actions tab in your repository. main Step 6: Monitoring and Debugging Monitor the progress of your CI/CD pipeline directly from the GitHub Actions tab in your repository. If any issues arise, check the logs for error messages, and adjust your configuration accordingly. Conclusion: By following this comprehensive example and the steps provided, you can set up a powerful CI/CD pipeline for your Android project using GitHub Actions. This level of automation can significantly enhance your development workflow, ensuring that your app is built, tested, and deployed reliably. As you become more familiar with this setup, you can further customize and expand your pipeline to meet the specific needs of your Android project.

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Setting Up CI/CD for a Real Android Project With GitHub Actions (2 Part)

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Volha Kurcheuskay

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Setting Up CI/CD for a Real Android Project With GitHub Actions (2 Part)

Too Long; Didn't Read

Volha Kurcheuskay

About Author

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