![]() For more information, see 'Managing fork behavior'. And as such it will also enable you to automate the whole process, for example using a cron job or a scheduled operation.įor this example I'm gonna use curl to invoke the API. Any existing forks default to contributing changes to their upstream repositories. Using the API, in fact, you can start the synchronization from many different platforms: your CLI, an application you develop to apply governance to your repos, and so on so forth. This way is much more flexible than the previous one. I'm talking about using the new GitHub merge-upstream API. Next method I have for you to synchronize your forked repo with the upstream one requires a little more setup, but then it will allow you to keep the repos in sync automatically. Then you can push those changes back up to your own fork on GitHub, usually referred to as. If the changes from the upstream repository cause conflicts, GitHub will prompt you to create a pull request to resolve the conflicts. You pull changes from that upstream remote into your local branch. Rebase is a good choice when no one except you has. I won't go into much details here, but merge is kinda safer and creates an additional commit that contains merged commits, whereas rebase is good for git log purists since it doesn't create a commit upstream is merged. You can just go to the main page of your repo, in the Code Section, and next to the indicator that says if your branch is ahead or behind the source repo, you now have this "Fetch Upstream" button.Ĭlicking on that you have the possibility to compare the changes made in the source repo with the ones made in your forked repo, and also to automatically fetch and merge them into your repo. Yes, it's git merge There's a lot of debate on git rebase vs git merge. This also allows you to sync changes made in the original repository with the fork. ![]() You must configure a remote that points to the upstream repository in Git to sync changes you make in a fork with the original repository. Right, so the first way you can easily synchronize your forked repo is using the feature GitHub has made recently available directly in the UI. Configuring a remote repository for a fork. With the current method this isnt a method which i can do so as i cannot see local PR's.Keeping your forked repo in sync with the upstream one is something tedious, and to do it usually we have to use the command line and some git command.īut today I have for you 3 ways you can make that simpler and much less time consuming, and even synchronize them automatically!Īs usual, if you are a visual learner, or simply prefer to watch and listen instead of reading, here you have the video with the whole explanation and demo, which to be fair is much more complete than this post. do a pull request to the head, so that the head would be insync with commits from the upstream.push the newly merged branch to github.use github desktop to merge the local pull request branch into the local duplicate master branch. ![]() update a GitHub repo fork in the web interface What is the difference. use github desktop to create a "local" branch which is a duplicate of the master branch. GitHub Desktop prompts you to fetch new commits from the remote. This is feasible with GitHub Desktop since version 1.0.7 considering the following: If the current branch does not have any commits ahead upstream (the original repo of the fork), the new commits can be pulled without creating a new merge commit.use github desktop to create a "local" branch with the pull request files. ![]() make a pull request from the heads head repo to my repo.I'm due to do another upstream later this evening should you want to shadow and see how i would primarily use github desktop. Forks are often used to iterate on ideas or changes before they are proposed back to the upstream repository, such as in open source projects or when a user does not have write access to the upstream repository. The previous setup was better as you could see your PR's, meaning if i wanted to upstream from the head's head i could pull their changes and PR it to my fork's head repo ensuring they are in sync.ĭue to the new changes, i'm unable to maintain my fork by making a pull request from upstream. A fork is a new repository that shares code and visibility settings with the original upstream repository. The head repository is an open source project which is a fork of another open source project, meaning multiple people will contribute to both projects, however, it is only a select few people have access to create branches.ĭue to this, should you wish to contribute, you will need to maintain your fork, keep it up to date etc. ![]()
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