Automated testing for sfl presentation
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Automated testing was implemented for the Support For Learning web application to address issues with a large number of complex and increasing manual test cases that needed to be run across different browsers. The automated testing infrastructure allows tests to run in parallel on multiple platforms, manages test configurations, and provides operational analysis of results. Test cases were chosen for automation, written in clear step-by-step format, coded, committed to a Jenkins build job, and results were analyzed from logs and failure screenshots to reduce regression testing time.
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Overview
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Automated testing for sfl presentation
- 1. Automated Testing for SFL
- 2. The purpose of the presentation • To share structure of automate testing web-application Support For Learning
- 3. Precondition • Large and complex application
- 4. • Lots of manual test cases The number of which increases
- 5. • Need to test on different browsers.
- 6. Infrastructure Requirements • Parallel tests run on different platforms • Manage test configurations (What, Where, When?) • Operative analysis of the results • Ease of testing support and fast creation of new ones
- 7. Realization
- 9. Autotest’s Life Cycle 1. Choose test cases for automatization
- 10. 2. Write Test Case in steps so any person without deep business logic understanding could perform it
- 11. 3. Code it
- 12. Code is clear for non-programmers:
- 13. 3. Commit the code and build job on Jenkins:
- 14. 4. Analyze test results
- 15. Analyze log and screenshot of failure:
- 16. Show Time
- 17. Resume • Regression testing time has reduced
- 18. Questions?