Skip to main content

How to Slice Out Bad Commits and Keep Your Git Tree Clean

 

How to Slice Out Bad Commits and Keep Your Git Tree Clean


How to Slice Out Bad Commits and Keep Your Git Tree Clean

I was working on a large scale project. I messed up my git history again. It’s a tangle of messy commits I need gone.

Rewriting history manually feels like untangling headphones. It’s slow, error-prone, and I’m terrified of breaking my branch.

Here’s how to do it in simple steps

Here’s a cleaner way to slice out those unwanted commits:

I found a small but magical command: git rebase --onto to surgically remove a range of commits.

Suppose you got a git tree that has commit that looks like below:


A --- B --- C --- D --- E --- F

Now you want to delete commits B, C, D, E. You can do this easily using below:

git rebase --onto B^ E

This command rewrites history by replanting your branch’s good commits onto a new base, skipping the bad ones.


Important point to remember

If the branch you are working on is a shared branch (e.g., main), and you want to update the remote history to match your new rewritten history, you need to force-push.

This replaces the remote branch history with your local rewritten history.

  • Force-pushing rewrites history. This can break things for others if they have already pulled the previous history.
  • If you’re working on a team, coordinate with others before force-pushing.
  • Consider using --force-with-lease instead of --force as a safer option:
git push --force-with-lease

This only force-pushes if your local view of the remote is up to date and it prevents you from accidentally overwriting someone else’s push.

Final takeaway

This simple trick save me hours when I messed up my Git history. Try it for yourself and share your thoughts in comment.

Thank you. Let’s meet again with a new cool trick.

Thank you for being a part of the community

Comments

Popular posts from this blog

Exploring Google’s New Gemini CLI: The Ultimate Open-Source Dev Tool

  Google quietly released a local AI agent that builds apps, debugs code, parses your repo, and fetches real-time data, right inside your terminal. And it’s completely free. This year, the most revolutionary developer tools I’ve used didn’t come with a splashy launch or billion-dollar hype. It came as a simple CLI: Gemini CLI, a terminal-based AI agent built on top of Google’s Gemini 2.5 Pro model . At first glance, it looks like a lightweight alternative to Claude Code. But after just 10 minutes of use, it became clear: this isn’t just a convenient utility. It’s a powerful local AI development assistant that can analyze, automate, and accelerate almost every part of your software workflow. And best of all? It’s fully open-source under the Apache 2.0 license It gives you up to 1,000 free requests per day It integrates with your local filesystem, IDE, and the web And it runs entirely in your terminal , no browser needed In this guide, I’ll show you what Gemini CLI is, how it works...

6 Essential JavaScript Concepts Every Developer Should Understand

It’s the only language I’ve used where [] == ![] it's true and where you can, typeof null and somehow get 'object' . But despite all its quirks (and there are many), there are a few core concepts that make life with JS not just easier, but saner. This isn’t some computer science flex. These are practical concepts that, once you understand them, make you write better, cleaner, and less buggy code. 1. Hoisting  Before you rage at your variables being undefined , understand this: JS hoists variable and function declarations to the top of their scope. But —  and this is important  —  only the declarations , not the assignments. Why? Because JS reads it like: This is also why let and const behave differently — they’re hoisted too, but live in the “Temporal Dead Zone” until declared. 2. Closures Closures are like little memory vaults for your functions. They allow functions to remember variables from the scope they were created in, even after that scope has gone. Why care? T...

Top 25 JavaScript Array Methods Every Developer Should Learn

  You wrote some code. You ran it. And then your array went from a list of users to an angry collection of undefined , NaN And more bugs than a summer camping trip. Staring at map , filter , and reduce like they were ancient scrolls written in Elvish. Copy-pasting from Stack Overflow like a caffeinated zombie. Wondering why the heck splice just murdered half my data. But here’s the truth: mastering arrays is non-negotiable. If you’re fumbling with arrays, you’re fumbling with everything . Web apps, APIs, UIs — they all depend on your ability to tame this glorious beast. So buckle up. I’m about to drop 25 methods that will make you look at arrays like a surgeon looks at a scalpel. Edited by me 1. map() - Because Loops Are for Cavemen You want to transform every item in an array? Don’t go forEach your way to hell. map It is concise, expressive, and doesn’t mutate your data. It’s like therapy for arrays. const names = [ 'alice' , 'bob' , 'charlie' ]; const u...