Robot Framework for testing an automotive application!

?? Excited to share insights on executing scenarios with Robot Framework for testing an automotive application! ??? Here's a brief overview along with some script code snippets:

1?? Installation: Install Robot Framework using pip:

2?? Test Data Preparation: Prepare test data and store it in variable files. For example, "automotive_variables.py":

3?? Test Cases: Write test cases in "automotive_tests.robot" to cover different scenarios:

4?? Assertions & Verifications: Utilize built-in keywords from Robot Framework's SeleniumLibrary for assertions.

5?? Handling Asynchronicity: Robot Framework handles waiting for elements by default, but you can add explicit waits if necessary.

6?? Setup and Teardown: Use "Setup" and "Teardown" sections to perform actions before and after test cases.

7?? Parallel Execution: Leverage the "--parallel" option to run tests concurrently and maximize efficiency.

8?? Logs and Reports: Generate detailed logs and HTML reports using the "--log" and "--report" options.

9?? Continuous Integration: Integrate Robot Framework tests into your CI/CD pipeline for automated testing.

?? Keep It Modular: Organize your test cases into reusable keywords for better maintainability and scalability.

Let's ensure a smooth and reliable automotive application experience! ???? Robot Framework empowers us to thoroughly test the app and deliver top-notch quality. Feel free to connect for further discussions or assistance. #RobotFramework #AutomotiveTesting #QualityAssurance #TestAutomation #Selenium #QAEngineer #TechInnovation