- Always store test scripts in a version control tool for easy maintenance.
- Create a new branch for each feature or bug fix.
- Commit frequently with descriptive messages for clear tracking.
- Standardize coding style for consistency and readability.
- Modularize test scripts for easy organization and maintenance.
- Parameterize test data for flexibility and reusability.
- Implement the page object model for flexible locator management.
- Use effective synchronization and logging for efficient test execution.
- Regularly update and maintain the automation framework.
- Document technical aspects for easy onboarding of new team members.
- Handle dependencies with caution and ensure compatibility testing for cross-browser and cross-platform support.
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Introduction π€
Welcome to Rd automation learning! In this video, we’ll be discussing the best practices for automation projects, a common interview question. It’s crucial to answer this question effectively to showcase your real-time automation experience. To provide a comprehensive guide on this topic, we’ve developed a digital product available at a nominal cost – link in the comment section. In this video, we’ll provide an overview and tips on answering this question in an interview.
Key Takeaways π
| Point | Takeaway |
|---|---|
| Story Storing Test Scripts | Emphasize Version Control tools and their advantages in maintaining test script history. |
| Standardizing Coding Style | Follow coding conventions, naming conventions, code indentation, commands, and error handling. |
| Modularizing Test Scripts | Organize test scripts into modules based on different functionalities within the application. |
Version Control and Test Script Storage π¦
Version control tools and their usage play a vital role in maintaining test scripts. It’s essential to emphasize creating new branches for specific features or bug fixes. Additionally, committing frequently with descriptive commit messages and reviewing pull requests are crucial for efficient collaboration.
Quotes π¨
"Commit frequently and use descriptive commit messages for effective collaboration."
Standardizing Coding Style π₯
Adhering to coding conventions, naming conventions, code indentation, and error handling mechanisms ensures uniformity and readability within the automation framework.
Modularizing Test Scripts π
Organizing test scripts into modules based on different functionalities within the application ensures a structured approach to automation testing.
Lists π
- User Management
- User Registration
- Login and Authentication
- User Profile
- Order History
- Payment Billing
- Payment Gateway Integration
- Billing Information
Parameterizing Test Data π
Implementing parameterized test data using TestNG or data providers ensures the versatility of test cases with varied inputs.
Implementing Page Object Model π±
The integration of the Page Object Model allows for efficient and reusable locators, enhancing the maintainability and readability of the automation framework.
Effective Synchronization with Wait β³
Avoiding the use of thread.sleep and utilizing explicit and implicit waits ensures effective synchronization without interrupting test execution.
Logging Integration π
Integrating logs in the automation framework enables easy troubleshooting and debugging during test execution.
Conclusion π
In conclusion, incorporating the best practices discussed ensures a robust and efficient automation project. Stay tuned for more updates on automation best practices and tools. Thank you for watching!
FAQ β
| Question | Answer |
|---|---|
| How do I improve test automation? | Implementing version control, standardizing coding style, modularizing test scripts, and effective logging are key best practices for test automation projects. |
By incorporating these best practices, you ensure the efficiency and robustness of your automation projects.
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