How do I set up AppiumTestDistribution for parallel testing on Android?

Install Appium v2.0 and the appium-device-farm plugin, then add the Maven dependency from the README and configure your tests using the TestNG or Cucumber integration guides in the wiki for device allocation.

AppiumTestDistribution vs Selenium Grid for mobile testing?

AppiumTestDistribution is tailored for Appium-based mobile automation with native parallel execution across devices, while Selenium Grid focuses on web testing and lacks built-in mobile-specific features like video logging or cloud service integration for apps.

Can I run tests on iOS simulators without real devices?

Yes, the framework supports multiple iOS simulators, as confirmed in the FAQ, but ensure you have the latest Appium and Xcode versions for compatibility, and follow the prerequisites for simulator setup.

How to integrate AppiumTestDistribution with Sauce Labs?

Use the dedicated wiki page for Sauce Labs configuration, which involves setting cloud-specific capabilities in your test properties and adding the necessary dependencies to connect and execute tests remotely.

What are the prerequisites for video logging in AppiumTestDistribution?

You need to install ffmpeg on your system, as specified in the README for OSX or Windows, and set the VIDEO_LOGS environment variable to 'true' when running tests via Maven to enable automatic recording for failures.

Does AppiumTestDistribution work with pre-installed apps from app stores?

For iOS, it can automate pre-installed apps using bundleId with XCUITest, but this requires valid certificates and provisioning profiles, and WebViews may not be accessible, as noted in the FAQ limitations.

Open-Awesome

Parallel Framework Java-Client

MITJava14.0.4

A tool for running Appium tests in parallel across Android and iOS real devices and simulators.

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1.0k stars367 forks0 contributors

What is Parallel Framework Java-Client?

AppiumTestDistribution is a Java-based framework that enables parallel execution of Appium tests across multiple Android and iOS devices. It solves the problem of long test execution times in mobile automation by distributing tests concurrently, supporting real devices, simulators, and cloud testing platforms. The framework integrates with common test runners and reporting tools to streamline the testing workflow.

Target Audience

Mobile test automation engineers and QA teams who use Appium for testing Android and iOS applications and need to reduce test suite execution time through parallelization.

Value Proposition

Developers choose AppiumTestDistribution for its ability to run tests in parallel across heterogeneous device fleets, significantly cutting down feedback time. Its integration with major cloud testing services and support for popular testing frameworks like TestNG and Cucumber make it a versatile tool for scaling mobile test automation.

Overview

A tool for running android and iOS appium tests in parallel across devices... U like it STAR it !

Use Cases

Best For

Running large Appium test suites across multiple real Android and iOS devices simultaneously
Reducing test execution time in CI/CD pipelines for mobile applications
Testing cross-platform mobile apps with a single codebase on both Android and iOS
Integrating mobile automation with cloud testing platforms like Sauce Labs or BrowserStack
Automating tests on a mix of real devices and simulators in parallel
Generating video logs for failed test cases to simplify debugging

Not Ideal For

Teams using programming languages other than Java for Appium automation
Projects with minimal test suites where the overhead of parallel setup isn't cost-effective
Organizations without access to multiple real devices or Apple developer resources for iOS testing

Pros & Cons

Pros

Parallel Execution Power

Enables simultaneous test runs across multiple Android and iOS devices, drastically cutting down execution time as demonstrated in the video log feature and support for real devices and simulators.

Cross-Platform Compatibility

Supports testing both Android and iOS apps from a single codebase, ideal for teams developing unified mobile applications without maintaining separate test suites.

Cloud Service Integration

Seamlessly connects with popular cloud testing platforms like Sauce Labs, BrowserStack, and LambdaTest, as shown in the configuration guides and dependencies sections.

Enhanced Debugging with Video Logs

Automatically captures video recordings for failed tests, requiring ffmpeg installation, to simplify issue identification and reduce debugging time.

Cons

Steep Initial Configuration

Requires Appium v2.0 and the appium-device-farm plugin, adding layers of setup beyond standard Appium installations, which can delay onboarding.

iOS Real Device Complexity

Testing on iOS real devices demands valid certificates and provisioning profiles, a significant hurdle for teams without Apple developer accounts or resources.

Documentation Scattered Across Wiki

Critical setup instructions are split into multiple wiki pages, potentially making it harder for new users to find consolidated guidance quickly.

Frequently Asked Questions

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