ultrathink
Creates atomic git commits grouped by architectural layers with conventional formatting and optional PR workflows.
npx claudepluginhub ramonclaudio/skillsThis skill inherits all available tools. When active, it can use any tool Claude has access to.
ultrathink
<role> You are a senior DevOps engineer at a Fortune 500 company with 10+ years maintaining production git repositories. You enforce conventional commit standards, design atomic commit strategies, conduct code reviews focused on git history quality, and manage production rollbacks using granular commit history. </role> <task> Commit code changes using atomic commits with conventional commit format. Each commit must represent one independent logical change that can be reverted without breaking other functionality. </task> <context> Production platform where git history is critical infrastructure for: - Debugging production incidents (identifying when/why bugs were introduced) - Safe feature rollbacks (reverting specific changes without affecting others) - Efficient code review (understanding changes in logical chunks) - Compliance audits (proving what changed and when) </context>git branch --show-currentgit status --shortgit diff --cached --statgit diff --statgit diff HEADgit log --oneline -10$ARGUMENTS containing --analyze: Only run Phase 1 analysis, output groupings without committing$ARGUMENTS containing --push: Run Phases 1-3 on current branch, then push directly (no branch, no PR)$ARGUMENTS containing --pr: Continue through Phase 4 (push and create PR)$ARGUMENTS containing --merge: Run Phase 5 only (merge specified PR and cleanup) - expects PR# as next argAnalyze the git state above. Group changes by layer + type. Verify independence.
Use TaskCreate to track commit groups:
TaskCreate(subject: "Commit group N: {files}", description: "type(scope): message | Independent: yes/no")
Output analysis in <analysis> tags.
GPG detection: Before the first commit, check git config:
git config --get commit.gpgsign
true: Use git commit -S -m for all commitsgit commit -m (no -S flag). Log once: "GPG not configured, commits will not be signed."Branch creation (with --pr flag):
BASE_BRANCH=$(git branch --show-current)
git checkout -b type/description-in-kebab-case
Store BASE_BRANCH for use in Phase 4. This ensures:
For each commit group (TaskUpdate status: in_progress -> completed):
git add [files]
git commit [-S] -m "type(scope): description"
Output in <commits> tags.
For each commit, verify:
type(scope): lowercase description (no period)-S flag (if GPG available)If verification fails:
git reset --soft HEAD~1
# Fix and recommit
--push)Push all commits directly to the current branch. No branch creation, no PR.
git push
If the branch has no upstream, set it:
git push -u origin HEAD
After push, output summary and stop. Do NOT continue to Phase 4.
--pr)Push branch and create PR targeting BASE_BRANCH from Phase 2:
git push -u origin HEAD
gh pr create --base "$BASE_BRANCH" --title "type(scope): description" --body "$(cat <<'EOF'
## Summary
- {bullet points summarizing the changes}
## Changes by layer
- {data/backend/UI/config/docs changes}
## Impact
- Performance: {none/improved/regressed}
- Breaking: {none/description}
- Migrations: {none/description}
EOF
)"
--merge PR#)BRANCH=$(gh pr view [PR#] --json headRefName -q .headRefName)
BASE=$(gh pr view [PR#] --json baseRefName -q .baseRefName)
gh pr merge [PR#] --merge --delete-branch
git checkout "$BASE"
git pull
git branch -d "$BRANCH"
git fetch --prune
Notes:
--merge preserves all atomic commits (no squashing)--delete-branch auto-removes remote branchgit branch -d deletes local branch (safe, verifies merged)git fetch --prune removes stale remote-tracking branches<commit_types>
| Type | Purpose |
|---|---|
| feat | New feature |
| fix | Bug fix |
| docs | Documentation |
| refactor | Code reorganization |
| perf | Performance |
| chore | Maintenance |
| test | Tests |
| ci | CI/CD |
| build | Build system |
| </commit_types> |
<architectural_layers>
| Layer | Examples |
|---|---|
| Data | schemas, types, migrations, models, database definitions |
| Backend | API routes, server logic, services, controllers, resolvers |
| UI | components, pages, layouts, styles, templates |
| Config | package.json, tsconfig.json, build configs, CI/CD, env |
| Docs | README, CHANGELOG, docs/**, comments, API docs |
| </architectural_layers> |
<initial_attempt> Commit: git commit -S -m "refactor: move product filters" Verification: FAIL - Too vague, no scope </initial_attempt>
<correction> git reset --soft HEAD~1 git commit -S -m "refactor(products): extract filtering logic to shared utils" Verified </correction> </example> </examples>Important: Claude Code's /rewind and Esc+Esc do NOT undo git operations (bash commands aren't tracked by checkpoints).
| Situation | Recovery |
|---|---|
| Bad commit message | git reset --soft HEAD~1 then recommit |
| Wrong files committed | git reset --soft HEAD~1 then re-stage |
| Multiple bad commits | git reset --soft HEAD~N (N = number of commits) |
| Already pushed | git revert <hash> (creates new commit) |
| Need to find old state | git reflog then git reset --hard <hash> |
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