git-safe-workflow

regenrek's avatarfrom regenrek

Safely inspect, stage, commit, and (only if asked) push changes made by an AI agent. Use for commit/push requests, end-of-task checkpoints, merge conflict resolution, worktree safety checks, or deciding whether to use git commit --amend.

⭐2stars🔀1forks📁View on GitHub🕐Updated Dec 31, 2025

When & Why to Use This Skill

The Git Safe Workflow skill provides a robust, safety-first framework for AI agents to manage version control operations. It enforces non-destructive practices, ensures worktree integrity, and automates the staging and committing process using industry standards like Conventional Commits, effectively preventing accidental data loss or history corruption during autonomous coding tasks.

Use Cases

  • End-of-task checkpoints: Automatically staging and committing verified changes with descriptive messages after completing a coding sub-task.
  • Safe merge conflict resolution: Identifying conflicted files and providing a structured path to resolve overlaps without losing work or intent.
  • Worktree and branch safety: Preventing commits in detached HEAD states and managing complex multi-worktree environments to avoid accidental branch overwrites.
  • Standardized commit automation: Generating professional, non-interactive commits that include change summaries and test verification status.
  • Pre-push validation: Ensuring changes are only pushed to remote repositories after explicit user confirmation and safety checks on main branches.
namegit-safe-workflow
descriptionSafely inspect, stage, commit, and (only if asked) push changes made by an AI agent. Use for commit/push requests, end-of-task checkpoints, merge conflict resolution, worktree safety checks, or deciding whether to use git commit --amend.

Git Safe Workflow

Core rules (always)

  1. Collect repo context first (non-destructive):

    • git rev-parse --show-toplevel
    • git status --porcelain=v1 -b
    • git log -1 --oneline
  2. Collect worktree context when relevant (also non-destructive):

    • git branch --show-current
    • git worktree list --porcelain

    Run worktree context when:

    • branch name is unexpected
    • you are in a nested folder and not sure which checkout you are in
    • Git refuses checkout because branch is already checked out elsewhere
    • status shows detached HEAD or unusual metadata
  3. Never run destructive or high-risk commands unless explicitly requested:

    • Do NOT use:
      • git reset --hard
      • git clean -fd
      • git push --force or --force-with-lease
      • git worktree prune
      • git worktree remove
      • git rebase (interactive or not) unless explicitly requested
    • If the user requests one:
      • restate the exact command you plan to run
      • explain why it is risky
      • then proceed
  4. Avoid interactive prompts and editors unless the user says it is OK:

    • Prefer non-interactive commands
    • Avoid:
      • git add -p
      • editor-based rebase
      • commit message editor prompts
    • Prefer:
      • git commit -m "..." -m "..."

Worktree safety rules

  1. Confirm you are in the intended worktree and branch before staging or committing:

    • git branch --show-current
    • git worktree list --porcelain
  2. Detached HEAD safety:

    • If 'git branch --show-current' prints nothing, you are likely in detached HEAD.
    • Default behavior: do not commit immediately.
    • Explain the situation and ask whether to create a branch first, for example:
      • git switch -c
    • Only commit in detached HEAD if the user explicitly wants that and understands the risk.
  3. Branch checked out in another worktree:

    • If Git refuses because the branch is already checked out elsewhere, do not use force by default.
    • Safe options:
      • switch that other worktree to a different branch, or
      • create a new branch for this worktree (recommended)
  4. Worktree lifecycle operations:

    • Do not run these unless explicitly requested:
      • git worktree add
      • git worktree remove
      • git worktree move
      • git worktree lock or unlock
      • git worktree prune

Make a checkpoint commit (default)

1) Summarize the change

  • git diff --stat
  • git diff --staged --stat (if anything is staged)

2) Inspect details when needed

  • git diff
  • git diff --staged

Guidance:

  • Always inspect full diff if changes are large, touch security-sensitive code, or involve config or CI.

3) Stage changes safely

Prefer explicit paths when practical:

  • git add path/to/file1 path/to/file2

Otherwise stage tracked modifications and deletions:

  • git add -u

Avoid staging everything blindly unless user explicitly wants it:

  • avoid: git add .

4) Commit message

Use Conventional Commits when reasonable:

  • type(scope): summary

Include:

  • what behavior changed
  • tests run, or explicitly note: tests not run

5) Commit (non-interactive)

  • git commit -m "type(scope): summary" -m "Details... Tests: "

6) Verify

  • git status
  • git show --stat --oneline HEAD

Amend policy (git commit --amend)

Default rule

  • Do not use 'git commit --amend' unless it clearly improves the most recent commit AND the commit has not been pushed.

Safe uses

Use amend when:

  • You just made the last commit locally and immediately noticed:
    • you forgot a file
    • you need a tiny fix
    • the commit message is wrong

Common safe commands:

  • Add changes then amend without changing message:
    • git commit --amend --no-edit
  • Replace message non-interactively:
    • git commit --amend -m "type(scope): summary" -m "Details... Tests: ..."

Avoid

Do not amend when:

  • the commit is already pushed to a shared remote branch
  • amending would require a force push to reconcile the remote

In that case:

  • prefer a new follow-up commit
  • only rewrite history if the user explicitly requests it and accepts the risk

Merge conflicts

  1. Collect context:

    • git status --porcelain=v1 -b
  2. Identify conflicted files:

    • git diff --name-only --diff-filter=U
  3. Resolve conflicts carefully (no automation that discards intent).

    • After resolving:
      • git add
  4. Continue the operation:

    • If merge:
      • git commit -m "merge: resolve conflicts" -m "Details... Tests: ..."
    • If rebase was explicitly requested and is in progress:
      • git rebase --continue
  5. Verify:

    • git status
    • git show --stat --oneline HEAD (if a commit was created)

Push policy

  • Only push if the user explicitly asks.
  • Preferred push:
    • git push -u origin HEAD

Main or master branch rule

  • If currently on main or master, do not push directly by default.
  • Create a branch first (ask user for branch name if not provided), then push that branch.

Force push rule

  • Never force push unless explicitly requested.
  • If requested:
    • restate the exact force push command
    • explain risk (rewriting shared history)
    • then proceed