git-advanced

Git bisect isolates bugs by binary searching your commit history, marking commits as good or bad to pinpoint the exact regression. You start a bisect session, mark the known good and bad commits, and Git automatically checks out the intermediate commits for testing.

Interactive rebase rewrites commit history by letting you squash, reorder, or edit commits before merging. It facilitates cleaner, more organized commit histories by refining atomic commits and conventional messaging into a logical sequence.

Git hooks automate pre-commit checks by executing custom scripts before changes are finalized. They facilitate automated linting and testing workflows to enforce best practices, ensuring code quality standards are met before commits are recorded.

Git worktrees provide the best approach for parallel development by creating separate working directories for different branches. This avoids stashing and context switching, allowing you to maintain multiple active branches without disrupting your current staging area.

Git bisect automates regression debugging by using binary search to test commits, drastically reducing manual effort. Instead of checking history one commit at a time, bisect systematically narrows down the faulty commit based on your good or bad markings.