Learn Selenium with Python using Robot framework

Course Introduction:

Welcome to the Robot Framework Test Automation Course! This comprehensive program is designed to equip you with the essential skills to master acceptance testing and acceptance test-driven development (ATDD) using the powerful and versatile Robot Framework. Whether you're a beginner or have some experience in test automation, this course will guide you through the intricacies of Robot Framework, known for its user-friendly tabular test data syntax and keyword-driven testing approach.

Course Overview:

1. Introduction:

   • Understand the fundamentals of Robot Framework, its purpose, and its role in acceptance testing and ATDD.

2. Basic Test Case:

   • Learn how to create and execute basic test cases, exploring the foundation of Robot Framework's testing capabilities.

3. Handling Web Elements:

   • Dive into the specifics of interacting with various web elements such as input boxes, radio buttons, checkboxes, and drop-downs.

4. Waits:

   • Explore the concept of waiting in test automation, ensuring synchronization with the application under test.

5. Close Browsers, Alerts & Frames:

   • Learn how to efficiently handle browsers, alerts, and frames during test execution.

6. Handling Browser Windows:

   • Understand methods for dealing with multiple browser windows effectively.

7. Links & Navigations:

   • Explore navigation techniques and strategies for handling links within your test automation scripts.

8. Capture Screenshots:

   • Master the art of capturing screenshots to enhance debugging and reporting.

9. Mouse Actions:

   • Understand and implement mouse actions for more dynamic interaction with web elements.

10. User Defined Keywords:

    • Create and utilize custom keywords, extending the capabilities of Robot Framework.

11. Scrolling Page:

    • Learn how to scroll through web pages, an essential skill for testing content-rich applications.

12. For Loop:

    • Implement loop structures to optimize and iterate through test scenarios efficiently.

13. Table:

    • Handle tables within web applications, a common feature that poses unique challenges in automation.

14. Data-Driven Testing:

    • Explore various approaches to data-driven testing, including script-based and integration with external data sources like Excel, CSV, and databases.

15. Setup-Tear down:

    • Understand the importance of setup and tear-down procedures for maintaining test environment consistency.

16. Tagging:

    • Utilize tagging to categorize and organize test cases, making test suite management more efficient.

17. Page Object Model:

    • Implement the Page Object Model (POM) to enhance test script maintainability and reusability.

18. Parallel Execution:

    • Optimize test execution time by running tests in parallel, a crucial aspect for large test suites.

19. Headless Browser Testing:

    • Explore headless browser testing, a technique for executing tests without a visible browser interface.

20. Jenkins Integration:

    • Integrate Robot Framework with Jenkins for seamless automation in a continuous integration environment.

Stay tuned for more exciting content updates as we delve deeper into advanced topics. Let's embark on this journey together to become proficient in Robot Framework test automation!