![]() Last but not least, you can find me on Twitter. Now you have the branch on your local repo, and you can test it out locally! □ Running this command will automatically create a branch with the same name in our local repo. You will see in the command line that we have fetched the branches on the upstream repo, including the target branch. git remote -vįetch data from the upstream. We can copy this link by going to the repo on GitHub, clicking the green button with "Code" written on it, and copying the HTTPS link.Ĭheck if the new upstream has now been added. Original-repo-url is the HTTPS URL of the repo that we fork. If we haven't configured a remote that points to the upstream repo, we will get: origin (fetch)Īdd a new remote upstream repo that will be synced with the origin repo. So, I hope you can gain something too from our journey! □ Fetch a branch from the upstream repoĬheck our current configured remote repo for our fork. However, we learned a lot from this accident. In this case, I am the maintainer, and my teammate is the contributor. We found out later that what we're doing is an open-source workflow, where we maintain and contribute to a repo. My teammate and I started this project with one of us creating a repo and the other forking the repo.īut for collaborating, we could do it differently, which I will cover in another blog post. So, we need to set the origin repo to point to the upstream repo. He then forked this repo, which automatically becomes his origin repo.įor him to fetch a branch - that hasn't been merged to main - from the upstream repo, his origin repo should have access to the upstream. Then we tried to step back and figure things out.įrom my teammate's side, my repo is the upstream repo. We mostly got the error of fatal: couldn't find remote ref. I asked my teammate to fetch this branch and test things out locally before merging it into the main branch.Īfter making sure that we didn't have anything to fetch and merge from the remote repo, and after several attempts, we still couldn't fetch the branch from the remote repo. Then I pushed this branch to the remote repo and created a pull request. Recently, I created a branch to make some changes. I created a repo for the project, and my teammate forked this repo. # and have 2 and 3 different commits each, respectively.I am collaborating with a friend to create a project in React. # Your branch and 'origin/development' have diverged, Git tells you about this right in the output for "git status": $ git status This information helps tremendously in staying up-to-date. (b) if there are 4 commits on the remote upstream branch which you haven't pulled yet, then your local branch is "4 commits behind" its upstream branch. (a) if you have 2 commits in your local repository which you haven't pushed to the remote yet, then your local branch is "2 commits ahead" of its upstream branch. Git can now also tell you about unsynced commits which you haven't pushed or pulled, yet. With an upstream branch set, you can simply use the shorthand commands "git pull" and "git push" - instead of having to think about the exact parameters like in "git push origin development". This relationship is very helpful for two reasons: Our tutorial will get you started using git upstream and forks to maintain a common repository. Let's also say that you've set the remote "origin/development" as its upstream branch. Git upstreams are key to keeping track of project changes. Let's say that your current local HEAD branch is named "development". Why should you set up an upstream branch for a local branch? In practice, however, in makes lots of sense to see them as counterparts - connected in a so-called "tracking connection". In theory, local and remote branches in Git are completely separate items. ![]()
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