Commit Often to Create Rollback Points
When working on a long or complex task with Claude Code, it's easy to end up deep in a series of changes with no easy way back if something breaks. The fix is simple: ask Claude Code to commit after each logical step.
Add this instruction to your prompt or CLAUDE.md:
After completing each logical step, create a git commit with a clear message before moving on.
You can also ask mid-task:
Before you continue, commit what you've done so far with a descriptive message.
Claude Code can make a lot of changes quickly. Without checkpoints, a single bad step can leave you hunting through dozens of modifications to find where things went wrong. Committing often gives you a clean git history that documents Claude's progress step by step, lets you git reset --hard to any checkpoint, and makes code review easier since each commit represents a single coherent change.
For extra safety, ask Claude Code to work on a new branch before starting:
Create a new branch called feature/add-notifications before you begin.
That way your main branch stays untouched the entire time.
Think of commits as checkpoints — the more granular, the easier it is to undo a bad step without losing all your progress.
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Set up Claude Code as an automated reviewer in your CI pipeline — on every pull request, it reads the diff, checks for bugs, security issues, missing tests, and convention violations, then posts its findings as a PR comment. Your human reviewers get a head start because the obvious issues are already flagged before they look.
Before deploying, tell Claude to read your project — migrations, environment variables, queue workers, scheduled tasks, caching, third-party integrations — and generate a deployment checklist that's specific to your app. Not a generic "did you run migrations?" list, but one that knows YOUR infrastructure and catches the things YOUR deploy can break.
Instead of writing a README from memory or copying a template, tell Claude to read your project and generate one that's actually accurate — real setup instructions from your config, real architecture from your directory structure, real API examples from your routes, and real prerequisites from your dependency files.