4 posts tagged with "workflow"

Finding a bug is like detective work-except the crime scene is your code, and the suspect is one of your last 200 commits. You know the code worked last week, and you know it's broken now, but finding the exact moment it failed can take hours of manual checking.

Enter git bisect. It uses a binary search algorithm to find the offending commit with mathematical efficiency. Instead of checking every commit, it cuts the search area in half every single time.

We have all been there: you are deep in the zone, half-way through building a complex new feature, and your terminal is full of uncommitted changes. Suddenly, you get a message from your team: "Critical bug in production! We need a hotfix right now!"

The traditional response is to use git stash, switch to main, fix the bug, and then try to un-stash your messy feature branch later. But if you have complex dependencies (like node_modules or .venv) or untracked files, stashing can lead to absolute chaos.

This is where git worktree comes in. It is the professional's secret weapon for parallel development.

Rebasing is one of Git's most powerful and frequently misunderstood tools. While merging integrates changes by creating a new merge commit, rebasing rewrites history by moving your commits onto a new base. This creates a clean, linear commit history.

However, rewriting history comes with risks. This guide covers how to rebase onto main, resolve conflicts, undo mistakes, utilize advanced interactive workflows, and when to avoid rebasing entirely.

Rebasing a local branch onto a remote branch is a common workflow for keeping your feature branch up-to-date with the main development branch (like main or master) and maintaining a clean, linear commit history.

The process involves a few key steps: fetching the latest changes, checking out your local branch, performing the rebase, handling conflicts, and then force-pushing your changes if the branch was already shared.