Yevhenii Ovcharenko "Distributed automation testing using Minikube, Selenium Grid and Jenkins"
0 likes225 views
The document discusses distributed automation testing using Minikube, Selenium Grid, and Jenkins, emphasizing the benefits of parallel test execution across multiple browsers. It highlights significant time savings of 72.21% through the use of Selenium Grid in a Minikube cluster compared to traditional single-threaded testing. The document also provides a detailed setup guide for implementing this framework and emphasizes its scalability, ease of migration, and reduced maintenance requirements.
Yevhenii Ovcharenko "Distributed automation testing using Minikube, Selenium Grid and Jenkins"
- 1. Distributed automation testing using Minikube, Selenium Grid and Jenkins Yevhenii Ovcharenko Master of Code Global
- 2. (Jest - Unit tests, Integration tests) Yevhenii Ovcharenko QA Automation Lead at Master of Code Global 4 years of experience Technology stack: (Selenide, Selenium, RestAssured, TestNG)
- 3. 1. Issues 2. Results 3. Selenium grid 4. Minikube 5. Why Jenkins 6. Architecture of the approach 7. Demo session 8. Q&A Agenda
- 4. 1. Test execution in a single thread is time consuming 2. Cross browser and multi platform testing Issues
- 5. 1. 1 thread 2 browsers Chrome and Firefox parallel = 9 min 2. 3 threads for Chrome and Firefox 3 pods for Chrome and Firefox = 5 min 28 sec Without using Selenium Grid With Selenium Grid in Minikube cluster 1. 1 thread 1 Chrome browser = 9 min 25 sec. 2. 1 thread 2 browsers Chrome and Firefox = 18 min 55 sec 1. Given 50 tests to execute Description Results
- 6. 1. 72,21% time saving 2. Set up vs tests execution Conclusion
- 10. VirtualBox
- 11. VirtualBox
- 12. Selenium grid into minikube - WHY?
- 13. 1. Quick one-time setup 2. Scalable solution 3. Easy to migrate to Kubernetes cluster if necessary 4. Less maintenance 5. Self-healing capability 6. Easy to update for versioning changes 7. Eradicates latency issues as it resides in same network Why
- 15. Prerequisites: – Minikube installed – VirtualBox installed Flow to start: 1. minikube start 2. Increase resources in VirtualBox for the Minikube cluster 3. kubectl create --filename=<path>/selenium-hub-deployment.yaml 4. kubectl create --filename=<path>/selenium-hub-svc.yaml 5. kubectl create --filename=<path>/selenium-node-chrome-deployment.yaml 6. kubectl create --filename=<path>/selenium/selenium-node-firefox-deployment.yaml 7. kubectl expose deployment selenium-hub --type=NodePort 8. kubectl scale deployment selenium-node-chrome --replicas=5 9. kubectl scale deployment selenium-node-firefox --replicas=5 10. minikube service selenium-hub --url 11. minikube dashboard Selenium Grid into Minikube set up
- 17. Why
- 18. Jenkins Set Up
- 19. Jenkins Set Up
- 20. Jenkins Set Up
- 21. Live session flow
- 22. Demo session
- 23. 1. Got acquainted: - Selenium grid - minikube 2. Setup and run tests through multiple browsers parallel 3. Understood value of this approach Summary
- 24. Q & A
- 25. Follow Us Scan QR tap on icon or