Pulling from GitHub comes down to git pull origin main, run inside a local clone. It downloads whatever is new on the remote and folds it into the branch you have checked out.
Most days that is all there is to it. The day it isn’t tends to be the day a teammate pushed to the same branch you did.
The git-pull manual for Git 2.56 names fast-forward only as the default integration mode when none is configured. So a branch that has diverged from GitHub stops with an error instead of merging silently.
How to Pull From GitHub With git pull
Open a terminal inside your local repository and run git pull origin main. Git downloads the new commits from GitHub and integrates them into the branch you have checked out.
Once a branch tracks a remote branch, a bare git pull does the same job. The git-scm manual defaults the remote to the branch’s upstream, or to origin when none is set.
- Open a terminal and move into the repository folder with
cd. - Run
git statusand confirm the working tree is clean. - Run
git remote -vto confirm the GitHub URL behindorigin. - Run
git pull origin main, replacingmainwith your branch name. - Read the output. “Already up to date.” means nothing changed upstream.
What to check before running git pull
Git has to be installed, and git --version prints a version number if it is. You also need a remote, with origin pointing at the GitHub repository, and the local branch should track a remote branch.
Then there’s the working tree. Commit or stash your edits first, otherwise the pull may refuse to run.
No local copy yet? Cloning the GitHub repository creates one, and Git sets the upstream for the default branch automatically.
Running the command and reading the result
Pull output is short when nothing changed and noisy when something did.
The command above names the remote called origin, which is just the label Git stores for the URL you cloned from.
A fast-forward lists the changed files and moves your branch pointer. A merge opens an editor for the commit message when the histories had diverged. Errors simply stop the pull and print the reason, and the first line is usually enough to tell what went wrong.
Add --verbose to get detail from both the fetch and the merge step, or --quiet to silence both.
What Does git pull Do Compared With git fetch?
Behind the single command, git pull is really two operations. It runs git fetch and then integrates the fetched branch into your current branch.
Fetch on its own downloads commits and updates remote-tracking branches such as origin/main. Your checked-out files and your local branch stay exactly as they were.
| Command | Updates | Touches your files | Best use |
|---|---|---|---|
git fetch origin | Remote-tracking branches, FETCH\_HEAD | No | Seeing what changed first |
git pull | Remote-tracking branches, then the current branch | Yes | Syncing in one step |
git fetch then git merge origin/main | Same result as a merge pull | Yes, at the merge step | Reviewing commits before integrating |
What fetch writes locally
Read-only copies like origin/main end up under refs/remotes/origin/. The fetched ref names and object IDs go into .git/FETCH_HEAD, which gets overwritten on every fetch unless you pass --append.
That split explains what git pull does when it fails. The fetch already succeeded, and only the integration step stopped.
When fetch and merge beats a single pull
Plain git pull is fine when you work alone on one branch, or when you have no local commits yet.
On a shared, busy branch, fetch first. Same goes for the case where you have local commits and want to see the incoming ones before they land, or you aren’t sure which integration mode applies.
Fetching without merging costs nothing. Run git log HEAD..origin/main afterward to list the commits a pull would bring.
How to Pull a Specific Branch or All Branches
Run git pull origin branch-name to merge that remote branch into the branch you are on. Pulling every branch is not a single command, because each local branch needs its own pull.
Pulling a named branch
The manual’s own example is git pull origin next. It merges the remote branch next into your current branch and updates origin/next on the way.
That detail catches people. Standing on main and pulling feature-x merges feature-x into main.
If you meant to update feature-x itself, switch first with git switch feature-x and then run git pull. And name only one remote branch per pull, since two names build an octopus merge.
Setting the upstream branch
A clone sets the upstream for the default branch. Checking out a remote-tracking branch creates the local branch and sets its upstream too.
For anything else, the first push does it: git push --set-upstream origin branch-name. With push.autoSetupRemote turned on, you can skip the flag.
The upstream branch lives in .git/config as a remote field and a merge field. A bare git pull reads both.
Pulling every branch
One command cannot do it.
Run git fetch origin to refresh every remote-tracking branch, then check out each local branch you care about and pull it.
With several remotes, git fetch --all covers all of them. git pull --all only passes that flag to the fetch step and still integrates just the current branch’s upstream.
Merge, Rebase or Fast-Forward Only: Which git pull Mode Fits?
If a pull should fail whenever the branches diverge, use fast-forward only. If both histories need to survive, merge. Rebase is for private branches that should end up in a straight line.
The git-scm manual (Git 2.56 documentation) covers --ff-only, --rebase, --no-rebase (merge) and --squash.
Tutorials often describe pull as fetch plus merge. The manual names --ff-only as the default when no reconcile method is set, so a diverged branch stops until you choose a mode.
| Mode | Flag and config | On divergence | History |
|---|---|---|---|
| Fast-forward only | --ff-only, pull.ff=only | Stops with an error | Linear, untouched |
| Merge | --no-rebase, pull.rebase=false | Creates a merge commit | Both lines kept |
| Rebase | --rebase, pull.rebase=true | Replays local commits on top | Linear, local commits rewritten |
Fast-forward only
You get no surprise merge commits and no rewritten history. The catch is that the pull fails the moment local and remote commits diverge.
There’s one dated caveat. The Git 2.33.1 release notes (12 October 2021) fix a bug where git pull --ff-only rebased instead of stopping on non-descendant history. Check git --version on old machines.
Merge
Merge keeps every commit exactly as written. The merge commit records where the two lines joined, which is what git merge does on any branch.
It’s the safe choice for shared branches, and the full history stays intact. On a busy branch, though, frequent pulls multiply the merge commits and clutter git log.
Rebase
Rebase replays your local commits on top of the fetched ones. The manual flags rebase as potentially dangerous for history you already published, because the commits get new IDs.
The payoff is a straight-line history. The cost is a force-push if those commits were already on GitHub.
Setting the mode once
Set it globally so every pull behaves the same way.
git config --global pull.ff onlyfor fast-forward onlygit config --global pull.rebase falsefor mergegit config --global pull.rebase truefor rebase
The manual also points to branch.name.rebase and branch.autoSetupRebase for per-branch control.
A workable rule is to rebase your own feature branches and use fast-forward only on shared ones like main. If you cannot say who else has pulled a branch, do not rebase it.
How to Authenticate a Pull Over HTTPS or SSH
HTTPS pulls need a personal access token in place of a password, while SSH pulls need a key pair whose public half sits on your GitHub account. GitHub Docs states that password-based authentication for Git has been removed.
| Method | Setup | Credentials kept in | Typical failure |
|---|---|---|---|
| HTTPS with token | Create a token, paste it at the password prompt | Credential helper such as Git Credential Manager | Repeated prompts, rejected token |
| SSH key | Generate a key pair, add the public key | ssh-agent and passphrase | Permission denied (publickey) |
| GitHub CLI login | gh auth login, then gh auth setup-git | GitHub CLI credential store | Git still using another credential |
HTTPS with a personal access token
Your GitHub username goes in the username prompt. At the password prompt, paste the token, never the account password.
Organizations that enforce SAML single sign-on require a classic personal access token to be authorized for that organization first. A credential helper stops the prompt from returning on every pull.
No token yet? Here is how to go about generating a personal access token on GitHub.
SSH with a key pair
Generate the key pair on your machine and upload only the public key. The private key stays local.
The setup itself is covered in a guide on adding your public SSH key to GitHub.
- Run
ssh -T git@github.com. A working setup answers with “Hi USERNAME! You’ve successfully authenticated”. - If it fails, run
ssh -vT git@github.comand read the identity file lines. - Run
ssh-add -l -E sha256to confirm the key is loaded in the agent.
Two traps are worth knowing, and both are documented. Every SSH remote must use the git user (git@github.com:USER/REPO.git), and keys generated without sudo are not the keys sudo git pull uses.
Switching a remote between HTTPS and SSH
One command changes the protocol.
git remote -v shows the current URL, and git remote set-url origin git@github.com:USER/REPO.git switches it to SSH.
HTTPS remotes work behind firewalls and proxies, and GitHub documents SSH over the HTTPS port for networks that block port 22.
Why git pull Fails and How to Fix It
Most failed pulls trace back to a merge conflict, divergent branches, unrelated histories, local changes in the way, or a rejected SSH key. The first line of Git’s error names which one you hit.
| Error | Cause | Fix |
|---|---|---|
| Automatic merge failed; fix conflicts and then commit the result | Both sides edited the same lines | Edit the markers, git add, commit |
| Need to specify how to reconcile divergent branches | Local and remote both gained commits | Pass --rebase, --no-rebase or --ff-only, or set pull.rebase |
| refusing to merge unrelated histories | No common ancestor between the two histories | Check git remote -v first |
| Your local changes would be overwritten by merge | Uncommitted edits overlap incoming files | Commit or stash, then pull |
| Permission denied (publickey) | GitHub rejected the SSH key | Test with ssh -T git@github.com |
Resolving merge conflicts
- Run
git statusto list the conflicted files. - Open each file and find the
<<<<<<<,=======and>>>>>>>markers. - Keep the lines you want and delete the markers.
- Run
git addon each file, thengit commitorgit merge --continue.
To back out instead, git merge --abort tries to restore the pre-pull state. The git-merge manual warns it can fail to rebuild changes that were uncommitted when the merge began.
GitHub’s guide to getting changes points to git merge --abort, which fits a merge pull. After a pull with rebase, the git-pull manual names git rebase --abort instead.
A fuller walkthrough covers resolving merge conflicts in Git file by file.
Pulling with uncommitted changes
Git refuses to pull when local edits overlap the files it must update.
It also aborts when the index differs from HEAD, so staged changes block a pull even if no files overlap.
The usual way out is git stash to shelve the edits, then git pull, then git stash pop to bring the edits back.
Knowing what git stash does to your working tree explains the last step. If pop hits conflicts, the stash entry stays in the list until you run git stash drop yourself.
Add --include-untracked to stash new files too. The --autostash pull flag does the same dance automatically, but the manual says to use it with care because the final stash application can conflict.
Divergent branches and unrelated histories
Divergent branches happen when you and a teammate each committed since the last sync. Pick a mode for that pull, or set it once in config and stop thinking about it.
Unrelated histories mean the two repositories share no common ancestor. Confirm the remote URL before anything else, because a wrong remote produces the same error.
The manual says --allow-unrelated-histories exists for the rare case of joining two projects that started independently. No config variable enables it by default, and none will be added.
When git pull is the wrong tool
On a detached HEAD there is no current branch to integrate into, so check out a branch first. With no remote configured, add one using git remote add origin URL and then pull.
And if you want to discard local commits, pull won’t do it, since it keeps them. Throwing them away takes a separate, destructive reset.
How to Pull From GitHub in GitHub Desktop and Visual Studio Code
In GitHub Desktop, click Fetch origin, then Pull origin. In Visual Studio Code, open the Source Control view, choose More Actions (…), and select Pull.
VS Code’s documentation states that the editor and command-line Git work on the same repository. You can switch between them mid-task without importing anything.
| Tool | Pull action | Mode control | Best for |
|---|---|---|---|
| Command line | git pull origin main | Any flag or config | Scripts, full control |
| GitHub Desktop | Fetch origin, then Pull origin | Pull origin with rebase option | Fewer commands to remember |
| Visual Studio Code | More Actions, then Pull | Separate Pull (Rebase) command | Staying inside the editor |
| GitHub CLI | gh repo sync | Fast-forward unless --force | A fork synced from its parent |
GitHub Desktop
- Select the local branch in the Current Branch drop-down.
- Click Fetch origin to check for commits on the remote branch.
- Click Pull origin or Pull origin with rebase.
- Resolve any conflicts in a text editor, the command line or another tool.
A pull only updates your local copy. GitHub receives nothing until you push, per GitHub Docs.
Newer to the app? A guide to using GitHub Desktop covers the rest of the daily workflow.
There are no commands to remember, and rebase is one click away. Conflicts, though, get resolved outside the app.
Visual Studio Code
Pull sits under More Actions in the Source Control view. It fetches and integrates, and uploads nothing.
Pull (Rebase) runs from the Command Palette and replays your local commits on top of the fetched ones. Sync Changes pulls first and then pushes, so use it only when you want both. If conflicts show up during the pull, it stops before the push.
The status bar shows incoming and outgoing commit counts against the upstream branch, so a reading of 2 outgoing and 1 incoming means one commit waits to be pulled.
Not signed in yet? Connecting VS Code to GitHub sets up the authentication the pull needs.
GitHub CLI
The GitHub CLI manual lists gh repo sync, not a pull command.
The command updates a destination repository from a source, and the source defaults to the parent of a fork. Run without an argument, it targets your local repository.
It fast-forwards by default. With --force it hard resets the branch to match the source, which throws away local commits on that branch.
Use gh repo sync for the default branch, or gh repo sync --branch v1 for another one.
A repository that is not a fork has no parent to sync from, so an ordinary clone still pulls with git pull.
When to Pull and How Often
Pull before you start work, before you push, and after a teammate merges into your base branch.
Starting from current code means conflicts surface early. A push gets rejected when the remote holds commits you lack, and VS Code’s documentation says not to force push past that rejection.
After a merged pull request, your base branch has moved and your feature branch has not noticed.
Small, frequent pulls keep each conflict small. One pull after days of local work stacks every overlap into a single session.
Your team’s Git workflow sets the real cadence. Long-lived branches need more pulls, not fewer.
The repository you view on GitHub.com is the remote itself, so nothing needs pulling there. Pulls apply to local clones.
VS Code can fetch in the background through git.autofetch, which is off by default in the editor window. The documented interval is 180 seconds, and automatic fetch never pulls or pushes.
Status bar counts reflect the last known remote state, so a stale count means a stale fetch.
git pull FAQ
How do I undo a git pull?
Run git reset --hard ORIG_HEAD right after a merge pull. Git records the branch tip in ORIG_HEAD before it merges, so the reset restores that commit.
The hard reset discards uncommitted changes, so stash them first. Run it before another merge overwrites ORIG_HEAD.
Is a pull request the same as git pull?
No. A pull request is a GitHub feature that asks maintainers to merge one branch into another after review, while git pull downloads commits into your local branch.
The names overlap, the operations do not.
How do I make git pull overwrite my local changes?
It will not, by design. To match GitHub exactly, run git fetch origin, then git reset --hard origin/main.
That discards local commits and uncommitted edits to tracked files. Stash or branch off anything you want to keep first.
How do I sync a fork with the original repository?
Add the original repository as a remote named upstream, then run git pull upstream main on your local main. That fetches and merges in one step.
Push the result to your fork afterward, since the pull only updates your local copy.
What to Do After git pull Succeeds
Push your local commits with git push once the branch is current, but inspect the integrated result first. A clean merge is not proof of a correct one.
The git-pull manual documents the reason. When a change landed on both branches and one side later reverted it, the three-way merge restores the change.
Compare with git log origin/main..HEAD and git diff origin/main, run the project’s test suite, and then run git push.
Tests come before the push because a pushed merge commit becomes shared history.
This advice was verified against the Git 2.56 documentation on 4 October 2026. Set pull.ff or pull.rebase explicitly, so a future change to the default mode cannot alter how your pulls behave.
The push side of the workflow has its own walkthrough on pushing commits to GitHub.
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