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skill-git-workflow

Create scoped git commits for task operations. Invoke after task status changes or artifact creation.

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benbrastmckie/nvim
Dernière activité de la source
3 mai 2026 à 02:48
Langue détectée de SKILL.md
anglais
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SKILL.md
Instructions source · Aperçu en lecture seule
name
skill-git-workflow
description
Create scoped git commits for task operations. Invoke after task status changes or artifact creation.
allowed-tools
Bash(git:*)
# Git Workflow Skill Create properly scoped git commits for task operations. ## Context Loading Load context on-demand when needed: - `@.opencode/context/standards/git-safety.md` - Git safety rules and best practices - `@.opencode/context/index.json` - Full context discovery index ## Trigger Conditions This skill activates when: - Task status changes (research, plan, implement complete) - Artifacts are created - Task lifecycle operations occur ## Commit Message Formats ### Task Operations | Operation | Format | CI Triggered | |-----------|--------|--------------| | Create task | `task {N}: create {title}` | No | | Complete research | `task {N}: complete research` | No | | Create plan | `task {N}: create implementation plan` | No | | Complete phase | `task {N} phase {P}: {phase_name}` | No | | Complete task | `task {N}: complete implementation` | No | | Complete task (with CI) | `task {N}: complete implementation [ci]` | Yes | | Revise plan | `task {N}: revise plan (v{V})` | No | ### System Operations | Operation | Format | |-----------|--------| | Archive tasks | `todo: archive {N} completed tasks` | | Error fixes | `errors: create fix plan for {N} errors` | | Code review | `review: {scope} code review` | | State sync | `sync: reconcile TODO.md and state.json` | ## Execution Flow ``` 1. Receive commit request: - operation_type - task_number (if applicable) - scope (files to include) - message_template 2. Stage appropriate files: - git add {scope} 3. Create commit: - Format message - Add co-author - Execute commit 4. Verify success: - Check exit code - Log result 5. Return result ``` ## Commit Scope Rules ### Task-Specific Commits Include only task-related files: ``` specs/TODO.md specs/state.json specs/{NNN}_{SLUG}/** ``` ### Implementation Commits Include source files modified: ``` Logos/**/*.lean (for Lean tasks) src/**/* (for general tasks) ``` ### Phase Commits Scope to phase changes only: ``` Files modified in that phase Updated plan with phase status ``` ## Safety Checks ### Before Commit ``` 1. git status - verify staged files 2. Check no sensitive files staged (.env, credentials) 3. Verify commit message format ``` ### Never Run - `git push --force` - `git reset --hard` (without explicit request) - `git rebase -i` ## Message Template ``` {scope}: {action} {description} ``` ## CI Triggering ### Overview CI is **skipped by default** on push events. To trigger CI, add `[ci]` marker to the commit message. ### trigger_ci Parameter When creating commits, the `trigger_ci` parameter controls whether CI runs: | Value | Behavior | Use Case | |-------|----------|----------| | `false` (default) | No CI marker added | Routine commits, research, planning | | `true` | Append `[ci]` to message | Lean changes, implementation completion | ### CI Decision Criteria Trigger CI (`trigger_ci: true`) when: - **Lean files modified** (.lean) - Ensures build passes - **Implementation completed** - Final verification before merge - **CI configuration changed** (.github/workflows/) - Validate workflow changes - **Mathlib dependencies updated** (lakefile.lean, lake-manifest.json) - Ensure compatibility - **Critical bug fixes** - Verify fix works Skip CI (default) when: - Documentation changes only (.md files) - Research/planning artifacts - Configuration changes (non-CI) - Routine task management operations ### Commit Message with CI Marker ``` task {N}: complete implementation [ci] ``` ### When CI Always Runs CI runs regardless of marker on: - Pull request events (all PRs run CI) - Manual workflow_dispatch trigger - Commits with `[ci]` marker ## Execution Commands ### Standard Commit ```bash git add {files} git commit -m "$(cat <<'EOF' {message} EOF )" ``` ### Task Commit ```bash git add specs/ git commit -m "$(cat <<'EOF' task {N}: {action} EOF )" ``` ## Return Format ```json { "status": "completed|failed", "summary": "Created commit: {short_message}", "commit_hash": "abc123", "files_committed": [ "path/to/file1", "path/to/file2" ], "message": "Full commit message", "ci_triggered": true|false } ``` ## Error Handling ### Nothing to Commit ```json { "status": "committed", "summary": "No changes to commit", "commit_hash": null } ``` ### Pre-Commit Hook Failure ```json { "status": "failed", "error": "Pre-commit hook failed", "recovery": "Fix issues and retry (do not use --no-verify)" } ``` ### Git Error ```json { "status": "failed", "error": "Git command failed: {error}", "recovery": "Check git status and resolve manually" } ``` ## Non-Blocking Behavior Git failures should NOT block task operations: - Log the failure - Continue with task - Report to user that commit failed - Task state is preserved regardless
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