It’s a little thing but definitely worth 30 secs of our time to save countless facepalms. The first-time push to new branches will now automatically set the default remote. Git config –global –add –bool toSetupRemote true With this simple command we are good to go. (If you haven’t updated in a while you can get the latest version here: ). Well, good news! As of Git version 2.37.0 we can now update our Git config to autoSetupRemote. “ the current branch has no upstream branch” D’oh! If we miss the option -set-upstream, Git will not define the remote and we get that annoying fatal error $ git push -set-upstream myupstreambranch In Git, when we do the first push, we need to ensure we set the remote like this: $ git checkout -b mynewlocalbranch Push the new branch to the remote repository so the chain is complete.Checkout the branch to begin making changes, and before we make any changes.Fetch a copy of the remote repository to work on locally. This is essentially what the process looks like: To read more about managing repositories, and cloning read on here: Essentially, we store code centrally (on a host such as GitHub or Bitbucket) along with the code’s revision history, and the team can individually bring a copy (“clone”) of that repository down locally and work on it independently. Git allows us to do this through distributed version control, integrated communication and change tracking. Software development really is a team sport, and it’s so important for any team to be playing together, not just on the same court. # and have 2 and 3 different commits each, respectively.If you’re reading this blog, chances are, you’re familiar with Git, version control and some general basics of code branching and, as a refresher, let’s take a look at local vs remote repositories, and some basics around code branching. # 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. Right now I achieve this by: git checkout -b some-new-branch-name git branch -set-upstream-toorigin/main. This is mainly for pull -rebase, since we never push to remote (only through a code review process). Git can now also tell you about unsynced commits which you haven't pushed or pulled, yet. Id like to set the default upstream branch of any branch I create locally to be origin/main. 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: Let's also say that you've set the remote "origin/development" as its upstream branch. 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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