It’s worth mentioning here that your local branch has to be called my-great-feature for this to work. If the my-great-feature branch already exists up on your remote, it just creates the link between it and your local branch. This creates a branch on your remote called my-great-feature and links it to your currently checked out local branch via the -u flag. The flag to set an upstream branch is -set-upstream-to that’s a lot to type! Luckily there’s a shorthand: git push -u origin my-great-feature Pushing and pulling with an upstreamĮvery now and again, if I know I’ll be pushing and pulling a fair bit over the life of a feature (or setting up a ‘forever’ branch like develop or staging), setting an ‘upstream’ makes things quicker. That means I’m generally happy to write those longer commands when pushing and pulling. I tend to push my work up to the remote when it’s ready for PR (Pull Request), so my feature branches don’t typically live all that long once they’re on the remote repo. If you’re working with someone else, or have been working on the same branch from two separate machines, you can pull changes down like this: git pull origin my-great-feature To push more changes up there, just repeat the command. If a branch called my-great-feature doesn’t already exist up there, that command will create one with that name, based on your local branch. So if you’re checked out on a branch called my-great-feature you can push a branch of the same name to the remote like this: git push origin my-great-feature Pushing and pulling without an upstreamīy default, you can push and pull changes from any branch on your remote to the local branch you’re currently sitting on. What that means is you match a branch on your local development environment to a branch on the remote repository (repo), up in GitHub, GitLab or wherever. Git merge -squash Commit those squashed changes.There’s no such thing as syncing in Git, but setting an upstream branch is about as close as it gets. # This next command sets the state of the index to be as it would just # Next: is where the branch was just before the previous command. # Alternatively, you could have identified the commit hash of the last commit BEFORE the # Reset the current branch to the commit just BEFORE the last 12 (or other number): # let's say you did that and you determined that you want to # review the last several commits on this branch Here is a recommended series of steps to follow: It should describe what changes this commit entails. I do the following: create a project in Eclipse create a local repository using Share Project create a repository in GitHub add (create) a remote. Well make a new feature branch with: git checkout -b new-branch and then when we make changes and commit them, we can try to push that branch with: git. Git commit -squash gives you a chance to compose a single commit message, so you’ll want to think ahead about what that message should be. We want to keep the commit log of master clean and readable. The effect of squashing is so that when the branch is merged, it’s one commit rather than a series of little commits. Git squashing before committing a branch to master # if you encounter merge conflicts… edit each affected file, then # go back to MYBRANCH and now rebase with the changes in your How do I push it to the remote server UPDATE: I have written a simpler answer for Git 2.0 here. # grab the latest stuff from origin/master to update your How do I create a remote Git branch Ask Question Asked 13 years, 9 months ago Modified 2 days ago Viewed 2.8m times 3664 I created a local branch. # IN THE MEANWHILE… the remote master branch (origin/master) has had Creating Local and Remote Branches on GitHub git pull git checkout -b namethenewbranch git push origin namethenewbranch git status git.
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