Git Pull --Rebase Explained: Examples & When to Use

git pull --rebase is used to update your branch while keeping a clean, linear commit history. Instead of creating a merge commit, it reapplies your local changes on top of the latest remote commits. This makes your Git history easier to read and manage, especially in feature branch workflows.

Quick Cheat Sheet: git pull --rebase

Update your current branch using rebase

git pull --rebase

Pull changes from a specific remote branch using rebase

git pull --rebase origin main

Set rebase as the default behavior for git pull

git config --global pull.rebase true

Disable rebase and switch back to merge behavior

git config --global pull.rebase false

Continue rebase after resolving conflicts

git rebase --continue

Abort rebase if something goes wrong

git rebase --abort

Skip a problematic commit during rebase

git rebase --skip

Manually fetch and rebase for more control

git fetch origin
git rebase origin/main

What is git pull --rebase?

git pull --rebase updates your current branch by fetching changes from the remote repository and then reapplying your local commits on top of those changes. Unlike the default pull behavior, it does not create a merge commit.

What does git pull --rebase do ?

git pull --rebase

This command:

• fetches the latest changes from remote
• temporarily removes your local commits
• reapplies them on top of the updated branch

How it works (fetch + reapply commits)

Internally, git pull --rebase performs:

git fetch
git rebase origin/main

This results in:

• a linear commit history
• no extra merge commits
• cleaner and easier-to-read logs

Why it avoids merge commits

Since commits are reapplied instead of merged:

• no merge commit is created
• history remains straight (linear)
• easier debugging and tracking

Basic Example: git pull --rebase in Action

Update branch using git pull --rebase

git pull --rebase

This updates your branch while keeping history clean.

What happens to your commits

• Your commits are temporarily removed
• Remote changes are applied first
• Your commits are replayed on top

👉 Example:

Before:

A---B---C (main)
     \
      D---E (your branch)

After rebase:

A---B---C---D'---E'

Verify clean commit history

git log --oneline --graph

You will see:

• a straight line history
• no merge commits

git pull vs git pull --rebase (Key Difference)

Merge vs rebase behavior

Visual difference in commit history

Merge creates:

A---B---C
     \   \
      D---M

Rebase creates:

A---B---C---D'

When to use merge vs rebase

• Use git pull (merge):

  • for shared branches
  • for team collaboration
  • when history must be preserved

• Use git pull --rebase:

  • for feature branches
  • for clean commit history
  • before pushing changes

Handle Conflicts During git pull --rebase

Conflicts can occur when your local commits modify the same code as the incoming remote changes. During rebase, Git pauses the process and allows you to resolve these conflicts manually.

Run rebase:

git pull --rebase

If conflicts occur, check the status:

git status

You will see files marked as conflicted. Open those files and look for markers like:

<<<<<<< HEAD
=======
>>>>>>> branch-name

Edit the file to resolve conflicts, then stage the changes:

git add .

Continue the rebase process:

git rebase --continue

If you want to cancel the operation:

git rebase --abort

This will return your branch to its previous state before the rebase started.

If a specific commit is causing issues and you want to skip it:

git rebase --skip

Set Git Pull to Always Use Rebase

To make rebase the default behavior for git pull:

git config --global pull.rebase true

This ensures all future git pull commands use rebase instead of merge.

To switch back to default merge behavior:

git config --global pull.rebase false

Summary

• Use git pull → safer for team collaboration
• Use git pull --rebase → cleaner, linear history
• Avoid rebase on shared branches to prevent conflicts

Official Documentation

• Git Pull Documentation
• Git Rebase Documentation