![]() ![]() To find requests you've been asked to review, check the Pull requests to review list on the Your work dashboard. However, as reviewers look at your code and make comments, you'll receive email notifications of the ongoing discussion in the pull request, giving you an opportunity to respond and making you become an active participant in the code review process. If you don't add reviewers during creation, you can always edit the pull request to add them afterwards.Īfter you've created a pull request and added reviewers, you might be inclined to take a break while you wait for approvals. To find pull requests you've created, check the Your pull requests list on the Your work dashboard.Īs a pull request author, the code review process officially begins after you create the pull request with reviewers. The following is an illustration of how the end-to-end pull request process works. Pull request processĬode review and collaboration are at the core of pull requests. Depending on your role, you may be an author, a reviewer, or both on one or more pull requests. You can see how pull requests fit into a larger workflow example on the Workflow for Git feature branching help document. To use pull requests, you need a branch or a fork, so you can develop your code on a separate branch (line) from the main code base. Pull requests provide you with a method for requesting code reviews from your colleagues and checking build status based on your most recent commit. To get the feedback you need for code updates and improvements, you can create a pull request that includes all the lines of code you've added. Before you merge, you want to ensure that you maintain code quality and won't break already existing features. This is a pattern that should be avoided as it has the capability to overwrite other remote users' work when they pull.After you've added files and made updates to existing code, it's time to merge that code into your Bitbucket Cloud repository. The real danger cases arise when executing history rewriting interactive rebases and force pushing the results to a remote branch that's shared by other users. Git Rebase itself is not seriously dangerous. For more info on using git reflog to find lost commits, visit our Git reflog documentation page. Using git reflog these commits can be restored and the entire rebase can be undone. At first glance this can appear as though the commits are permanently gone. Running rebase in interactive mode and executing subcommands like squash or drop will remove commits from your branche's immediate log. ![]() The -continue and -abort command line arguments can be passed to git rebase to advance or reset the the rebase when dealing with conflicts.Ī more serious rebase caveat is lost commits from interactive history rewriting. This is easily remedied by rebasing your branch frequently against main, and making more frequent commits. Eventually you will want to rebase against main and at that time it may contain many new commits that your branch changes may conflict with. ![]() This occurs if you have a long-lived branch that has strayed from main. One caveat to consider when working with Git Rebase is merge conflicts may become more frequent during a rebase workflow. This is how interactive rebasing can keep a project's history clean and meaningful. To everybody else, it looks like you're a brilliant developer who implemented the new feature with the perfect amount of commits the first time around. The real power of interactive rebasing can be seen in the history of the resulting main branch. To everybody else, it will look like the entire feature was developed in a single series of well-planned commits. This gives them the opportunity to squash insignificant commits, delete obsolete ones, and make sure everything else is in order before committing to the “official” project history. Most developers like to use an interactive rebase to polish a feature branch before merging it into the main code base. This affords a lot of freedom to developers, as it lets them commit a "messy" history while they're focused on writing code, then go back and clean it up after the fact. Interactive rebasing gives you complete control over what your project history looks like. ![]()
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