How do you handle test automation failures and bugs in git?

When working in teams the size and focus of your pull requests (PRs) can significantly impact the quality of code reviews and overall project health. Keeping PRs small and focused on a single task can improve efficiency, collaboration, and reliability. Benefits of small PR: ?????????? ?????? ?????? ???????????? ???? ???????????? ?????????? ?????? ?????? ???? ???????????????? ?????????????? ???????????? ???? ???????????????? ?????? ?????? ???????????????? ?????????????? ?????????? ?????????????????? ???????????? ???????????????? ??????????

Handling test automation failures and bugs in Git involves several best practices: 1. Use Branches and Pull Requests 2. Write Descriptive Commit Messages 3. Handle Merge Conflicts Carefully 4. Report and Track Bugs 5. Integrate CI/CD 6. Analyze Test Failures 7. Fix and Improve Tests 8. Document and Share Knowledge 9. Monitor and Maintain By following these practices, you can effectively manage test automation failures and bugs in Git, ensuring a robust and reliable testing process

When a failure occurs, first try running the tests locally to confirm the issues. Check the logs and error messages for clues. Create a Bug Report by clearly describing the failure, including error messages, steps to reproduce and any screenshots or logs. Determine the impact of the failure and assign severity. Create a issue in Version Control Tool(e.g. GitHub, GitLab etc.) Create a dedicated branch from main for fixing bug. Make necessary code changes in bug fix branch. Once fix is implemented create a PR for the bug fix branch. Ask Team Lead to review the PR and run Automated Tests to validate the fix. Only merge the PR if all tests pass and once merged, close the issue in your version control tool to mark it as resolved.

Handle test automation failures and bugs in Git by following a systematic approach. Report failures promptly, providing detailed information. Create a dedicated branch for bug fixes, ensuring a clean and organized version history. Reference the bug ID in commit messages for traceability. Once fixed, merge the branch back to the main branch. Update test scripts to prevent recurrence. Utilize Git's issue tracking for comprehensive bug management. This process streamlines collaboration, maintains version control, and facilitates efficient resolution of test automation issues within the Git repository.

To handle test automation failures and bugs in Git, document the issues, create Git issues or bug reports, assign them for resolution, verify fixes, and close resolved issues promptly.

Importantly, integrating your Git workflow with a project management tool like Jira enhances traceability and accountability. Always include the task's ID in your commit messages. This practice fosters a seamless connection between your code changes and the corresponding tasks or issues, thereby elevating the efficiency and coherence of project management and codebase evolution.

Focus on "what" and "why": Explain what changed in the code and why the change was made. it will make your Git history a valuable resource for understanding the evolution of your codebase.

Clear and descriptive commit messages are indispensable in test automation projects. They serve as a vital communication tool, allowing team members to understand the purpose and context of each change. By adhering to best practices such as using the imperative mood, explaining the what and why, keeping messages concise, and utilizing tags or prefixes, we ensure a well-documented history that facilitates troubleshooting and collaboration. These practices not only streamline development but also contribute to the overall quality and maintainability of the test suite.

"Writing Descriptive Git Commit Messages: The Secret Sauce for Streamlined Test Automation Success! #GitCoding #CommitMessages #TestAutomationTips" "Crack the Code to Effective Git Commit Messages: Your Ticket to Seamless Code Reversion and Project Understanding! #GitTips #CommitClarity #CodingPro"

Commit message: Refactor authentication logic for improved security In this commit, we have refactored the authentication logic to enhance the security of our application. We have reviewed the existing code and made necessary changes to ensure that sensitive user information is properly encrypted and stored. By restructuring the authentication process, we have added an extra layer of protection to prevent unauthorized access to user accounts. This refactor will help to safeguard our users' data and maintain their trust in our platform. Commit message: Update user interface for better user experience

In my experience, merge conflicts is one of most common daily activity automation engineer is engaged with. For effective code code, engineer must follow all git commands well in sequence to ensure existing features are not lost and there is no code loss in git merge conflict process.

Handling merge conflicts in test automation projects requires a calm and methodical approach. Utilize git tools to identify conflicts, reconcile differences carefully, and test changes locally before committing. Transparent communication with the team ensures everyone stays informed throughout the resolution process.

Carefully examine the conflict markers and the surrounding code to understand the changes made in each branch Decide which changes you want to keep from each branch. You can keep all changes from one branch, some from each, or even modify both versions. Edit the file manually to remove the conflict markers and integrate the desired changes seamlessly

To handle merge conflicts in test automation projects, ensure you don't break others' code by first taking a local copy of your changes in the conflicting area. Accept the original changes from the main branch, then carefully reapply your changes in a way that doesn't disrupt existing functionality. Test both your changes and the existing code to make sure everything works smoothly.

When handling merge conflicts, it's important to approach the situation with care and consideration for all parties involved. Merge conflicts can be a source of frustration and tension, but with the right approach, they can be resolved effectively and peacefully. First and foremost, it's crucial to remain calm and composed when addressing merge conflicts. Emotions can run high in these situations, but reacting impulsively or emotionally can exacerbate the issue. Instead, take a deep breath and remind yourself that conflicts are a natural part of the development process.

In my experience, leveraging Git's issue tracking capabilities has been invaluable for managing bugs in test automation projects. By documenting issues with clear descriptions and linking them to specific commits or pull requests, we ensure thorough context and traceability. Labels help categorize and prioritize issues, facilitating efficient triaging and resolution, while milestones provide a structured approach to tracking progress toward goals or deadlines. This systematic use of Git's bug tracking features fosters transparency, collaboration, and accountability within the team, resulting in smoother bug resolution and overall project success.

When you encounter a bug, try to isolate the issue by creating a new Git branch. In this branch, experiment with reverting recent commits until the bug disappears. This helps pinpoint the commit that introduced the bug. track bugs could be something like bugfix/module or hotfix/feature This makes it easier to identify and track bug-related branches.

During API testing, I encountered a scenario where the response from the API did not match the expected result. I created a new issue in Git, providing a clear and concise description of the bug, field data to be passed, expected and actual behaviour. I assigned relevant labels to the issue. I linked the issue to specific commits or pull requests that were related to the bug. This helped in tracking the changes made and understanding the context of the bug. Developer could create a Feature branch and work on the issue.

One of the best ways to report a bug is by creating a new issue in your Git repository. Most hosting platforms for Git, such as GitHub or GitLab, provide built-in issue tracking features that make it easy to create and manage bug reports. When creating a new issue, be sure to include as much relevant information as possible. This could include details about the bug itself, such as a description of the unexpected behavior, steps to reproduce the issue, and any error messages or stack traces. Additionally, it can be helpful to include information about the environment in which the bug occurred, such as the operating system, browser, or any relevant hardware or software configurations.

Below can be the end to end flow of how we can handle Test Automation Scripts failure fix in GIT: -Identify the Failure that either its due to a bug in application, a test script issue or environment problem. -If its a bug in application then report it to the Development team for urgent fix. -If its a bug in Test script then you need to do it by yourself. -Always create a new branch in your GIT repo to fix the issue in Test Scripts. -Fix the issue and follow proper coding practice. -Commit your changes to new branch. -Push your committed changes to remote repo. -Create a PR to merge your changes into Main branch. -Request a Code review from your Expert code reviewer (Most Important Step it is) -Merge Changes and Run Tests again.

Commit Early, Commit Often this creates a clear history and allows for easier rollbacks if needed. Pull Requests for Review examine your changes, discuss them, and suggest improvements Use Descriptive Commit Messages this explain the purpose of each commit. Use Branch strategies Utilize branches to isolate features, bug fixes

I would suggest incorporating best practices of CI/CD and integrating GIT into this workflow. Typically, this involves using different branches for developers or QA. Before merging your code, it will be checked by linters and code coverage tools. Additionally, smoke tests should be included to ensure your code is compatible with all other parts of the framework. Moreover, this process is usually automated, involving various stages, pipelines, jobs, scripts, and variables to help create and maintain all CI/CD processes.

Following best practices in Git is paramount for ensuring the smooth functioning of test automation projects. Over my years of experience, I've found that adhering to established conventions and workflows significantly improves project organization, collaboration, and overall efficiency. By mastering Git's features and understanding best practices such as proper branching strategies, clear commit messages, and effective issue tracking, teams can mitigate errors, streamline development processes, and maintain code integrity. Ultimately, embracing Git best practices fosters a culture of accountability, transparency, and continuous improvement within the team, leading to higher quality test automation outcomes and greater project success.