Sometimes a pull request can't be automatically merged. With the changes merged into blessed, the workflow has been completed.Ĭlosing Pull Requests by Manually Resolving Merge Conflicts To see the fresh state in your local environment, you have to pull everything to your local clone.) (Obviously, this only updates the repositories on your codeBeamer server. If the pull request can be merged without conflicts, then you can simply click "Merge" and the contributed changes will be automatically merged into the upstream repository and the status of the pull request will be set to "completed". See both situations in details in the following sections.Ĭlosing Pull Requests by Web-based Merging If there are merge conflicts, codeBeamer allows resolving the conflict by manual merging.If there will be no merge conflict introduced by accepting the change, they can merge it by clicking "Merge" in the web interface.When integrators decide to accept the proposed changes, they can do two things: If the submitter changes his mind, he has the chance to revoke the pull request, too. They can then decide whether to accept (and merge) or reject the changes. A pull request discussion like this is perfect for a quick peer code review. They can review and discuss the proposed change by commenting on it. The count of pending pull requests is also shown in the "repository cards", as this is considered as a very important piece of information.Īfter the pull request is sent, integrators will be notified via email. You can filter them by status and then browse through the lists easily. Pull requests are listed in the "Pull Requests" tab of their target repositories. We strongly suggest sending pull requests to multiple integrators, so that they can discuss and review it collaboratively. You can also choose which other users to involve in the integration workflow. You can give a summary and some description where you explain what is the reason behind the changes, what you actually did, whether it's a risky change to merge, and so on. This is the set of changes that you offer for the integrator to bring to blessed repository. This typically happens when a "story" resulting in multiple changes is completed: a feature is implemented, a bug is fixed and so on.ĬodeBeamer will now show you the changes you've made since the last merge with the blessed repository. When you reach a point where you want to send your changes back to the blessed repository, navigate to your developer public and click "Send Pull Request". You will see the changes popping up in the "Changes" tab of your developer public. Start making changes in this clone, commit and push them back to your serverside fork. You can now clone your public developer fork to a local developer private instance like: To achieve this, just navigate to the blessed repository, click "Fork" in the action bar and enter a meaningful name and some description for your fork. You start the workflow by making your public developer fork. Steps of the Integration Manager Workflow Forking Get some popcorn, put it to fullscreen (so that the Git commandline operations are readable) and enjoy! Here is a HD quality video that is an ideal start for learning the integrator workflow. Developers work in this repositories, then push their changes back to developer private's and ask the integrator to propagate those to blessed. They physically exists on the developers work stations. Developer private repositories are clones of the developer public repositories.Typically each developer has his own fork. Developer public repositories are serverside forks of blessed.Integration manager is the local clone of blessed, used by the team lead, a senior developer or whoever actually integrates changes proposed and sent by the developers.This is typically from which code-base products are built or product instances deployed. Blessed is a serverside repository, that stores the "official reference" version of the source code.What repositories are the components of this approach? If you are not familiar yet with the basics of Integration Manager Workflow, we suggest you to read the Version Control Workflows page as a pre-requisite.ĬodeBeamer is the only product on the market that implements the Integration Manager workflow in a DVCS-agnostic way: it enables using the same methodology for both Git and Mercurial teams. Integrator Workflows with Multiple Levels: Organization - Team - Developer.Synchronizing with the Upstream using Mercurial.Synchronizing with the Upstream using Git.Synchronizing Your Local Clone with the Upstream Repository.Closing Pull Requests by Manually Resolving Merge Conflicts.
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