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name: superpowers description: > Spec-first, TDD, subagent-driven software development workflow. Use when: (1) building any new feature or app — triggers brainstorm → plan → subagent execution loop, (2) debugging a bug or test failure — triggers systematic root-cause process, (3) user says "let's build", "help me plan", "I want to add X", or "this is broken", (4) completing a feature branch — triggers test verification + merge/PR options. NOT for: one-liner fixes (just edit), reading code, or non-code tasks. Requires exec tool and sessions_spawn.

Superpowers — OpenClaw Edition

Adapted from obra/superpowers. Mandatory workflow — not suggestions.

The Pipeline

Idea → Brainstorm → Plan → Subagent-Driven Build (TDD) → Code Review → Finish Branch

Every coding task follows this pipeline. "Too simple to need a design" is always wrong.

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Phase 1: Brainstorming

Trigger: User wants to build something. Activate before touching any code.

See: references/brainstorming.md

Summary:

1. Explore project context (files, docs, recent commits)
2. Ask clarifying questions — one at a time, prefer multiple choice
3. Propose 2–3 approaches with trade-offs + recommendation
4. Present design in sections, get approval after each
5. Write design doc → docs/plans/YYYY-MM-DD-<topic>-design.md → commit
6. Hand off to Phase 2: Writing Plans

HARD GATE: Do NOT write any code until user approves design.

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Phase 2: Writing Plans

Trigger: Design approved. Activated by brainstorming phase.

See: references/writing-plans.md

Summary:

• Write a detailed task-by-task implementation plan
• Each task = 2–5 minutes: write test → watch fail → implement → watch pass → commit
• Save to docs/plans/YYYY-MM-DD-<feature>.md
• Announce: "I'm using the writing-plans skill to create the implementation plan."
• After saving, offer two execution modes:
  • Subagent-driven (current session): sessions_spawn per task + two-stage review
  • Manual execution: User runs tasks themselves

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Phase 3: Subagent-Driven Development

Trigger: Plan exists, user chooses subagent-driven execution.

See: references/subagent-development.md

Per-task loop (OpenClaw):

1. sessions_spawn an implementer subagent with task + full plan context
2. Wait for completion announcement
3. sessions_spawn a spec-reviewer subagent → must confirm code matches spec
4. sessions_spawn a code-quality reviewer subagent → must approve quality
5. Fix any issues, re-review if needed
6. Mark task done, move to next
7. Final: dispatch overall code reviewer → hand off to Phase 5

TDD is mandatory in every task. See references/tdd.md.

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Phase 4: Systematic Debugging

Trigger: Bug, test failure, unexpected behaviour — any technical issue.

See: references/systematic-debugging.md

HARD GATE: No fixes without root cause investigation first.

Four phases:

1. Root Cause Investigation (read errors, reproduce, check recent changes, trace data flow)
2. Pattern Analysis (find working examples, compare, identify differences)
3. Hypothesis + Testing (one hypothesis at a time, test to prove/disprove)
4. Fix + Verification (fix at root, not symptom; verify fix doesn't break anything)

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Phase 5: Finishing a Branch

Trigger: All tasks complete, all tests pass.

See: references/finishing-branch.md

Summary:

1. Verify all tests pass
2. Determine base branch
3. Present 4 options: merge locally / push + PR / keep / discard
4. Execute choice
5. Clean up

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OpenClaw Subagent Dispatch Pattern

When dispatching implementer or reviewer subagents, use sessions_spawn:

Goal: [one sentence]
Context: [why it matters, which plan file]
Files: [exact paths]
Constraints: [what NOT to do — no scope creep, TDD only]
Verify: [how to confirm success — tests pass, specific command]
Task text: [paste full task from plan]

Run sessions_spawn with the task as a detailed prompt. The sub-agent announces results automatically.

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Key Principles

• One question at a time during brainstorm
• TDD always — write failing test first, delete code written before tests
• YAGNI — remove unnecessary features from all designs
• DRY — no duplication
• Systematic over ad-hoc — follow the process especially under time pressure
• Evidence over claims — verify before declaring success
• Frequent commits — after each green test