You can browse Explore to find projects and start contributing to open source repositories. For more information, see " Finding ways to contribute to open source on GitHub.
You have now forked a repository, practiced cloning your fork, and configured an upstream repository. For more information about cloning the fork and syncing the changes in a forked repository from your computer see " Set up Git.
You can also create a new repository where you can put all your projects and share the code on GitHub. For more information see, " Create a repository. Each repository in GitHub is owned by a person or an organization. You can interact with the people, repositories, and organizations by connecting and following them on GitHub. For more information see " Be social. GitHub has a great support community where you can ask for help and talk to people from around the world.
Join the conversation on Github Support Community. All GitHub docs are open source. See something that's wrong or unclear? Submit a pull request. Or, learn how to contribute. GitHub Docs. Learning about GitHub. Signing up for GitHub. Using GitHub. Explore projects. Getting started with Git.
A high-level example of a Forking Workflow is:. The Forking Workflow helps a maintainer of a project open up the repository to contributions from any developer without having to manually manage authorization settings for each individual contributor.
This gives the maintainer more of a "pull" style workflow. Most commonly used in open-source projects, the Forking Workflow can also be applied to private business workflows to give more authoritative control over what is merged into a release. This can be useful in teams that have Deploy Managers or strict release cycles. Unsure what workflow is right for you? Check out our comprehensive Git workflow comparison page.
Learn about code review in Bitbucket Cloud Create a repository Clone and make a change on a new branch If you're using command line If you're using Sourcetree Create a pull request to merge your change. Learn branching in Bitbucket Cloud Get set up Review branching workflow.
Learn undoing changes with Bitbucket Cloud git status git log git reset git revert. Beginner What is version control Benefits of version control. Source Code Management. Why Git for your Organization Git for developers Git for marketing Git for product management Git for designers Git for customer support Git for human resources Git for anyone managing a budget.
Git SSH. Git archive. Git Cheatsheet. Getting Started Setting up a repository git init git clone git config git alias. Saving changes git add git commit git diff git stash. Inspecting a repository git status git tag git blame.
Undoing changes git checkout git clean git revert git reset git rm. Rewriting history git commit --amend git rebase git rebase -i git reflog. Collaborating Syncing git remote git fetch git push git pull. Using branches git branch git checkout git merge Merge conflicts Merge strategies. Migrate to Git from SVN. Perforce to Git - why to make the move. Migrating from Perforce to Git. How to move a Git repository with history. Advanced Tips Advanced Git Tutorials. To use it in GitLab self-managed instances, ask a GitLab administrator to enable it.
This experimental version of the fork project form is available only if your GitLab administrator has enabled it : To use it, follow the instructions at Creating a fork and provide: The project name. The project URL. The project slug. Optional The project description. The visibility level for your fork. Enable or disable the fork project form The new fork project form is under development and not ready for production use.
It is deployed behind a feature flag that is disabled by default. GitLab administrators with access to the GitLab Rails console can enable it. To enable it: Feature. Create an issue to suggest an improvement to this page.
Forking projects to make your own changes lets you easily integrate your own contributions. Let me start by detailing a common setup and the most basic workflow to interact with upstream repositories. In a standard setup, you generally have an origin and an upstream remote — the latter being the gatekeeper of the project or the source of truth to which you wish to contribute. First, verify that you have already setup a remote for the upstream repository, and hopefully an origin too:.
If you don't have an upstream you can easily add it with the remote command:. Now you can collect the latest changes of the upstream repository with fetch. Repeat this every time you want to get updates:. If the project has tags that have not merged to main you should also do: git fetch upstream --tags.
Generally, you want to keep your local main branch as a close mirror of the upstream main and execute any work in feature branches, as they might later become pull requests. At this point, it does not matter if you use merge or rebase , as the result will typically be the same. Let's use merge :. When you want to share some work with the upstream maintainers you branch off main , create a feature branch.
When you're satisfied, push it to your remote repository. You can also use rebase instead, then merge to make sure the upstream has a clean set of commits ideally one to evaluate:. A slight problem arises if you have to update your remote branch feature-x after you've published it, because of some feedback from the upstream maintainers.
You have a few options:.
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