feat(pi): implement milestone M3 - workflow skills

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Stefano Fiorini
2026-04-23 16:14:59 -05:00
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---
name: create-plan
description: Use when a user asks to create or maintain a structured implementation plan in pi, including milestones, bite-sized stories, and resumable local planning artifacts under ai_plan.
---
# Create Plan (Pi)
Create and maintain a local plan workspace under `ai_plan/` at project root.
## Shared Setup
Before using this skill, read [docs/PI-SUPERPOWERS.md](../../../docs/PI-SUPERPOWERS.md). The workflow depends on:
- Obra Superpowers skills being visible to pi
- the pi reviewer-runtime helper being installed in a supported location
## Prerequisite Check (MANDATORY)
Required:
- `pi --version`
- Superpowers `brainstorming`
- Superpowers `writing-plans`
- pi reviewer runtime helper:
- `.pi/skills/reviewer-runtime/pi/run-review.sh`, or
- `~/.pi/agent/skills/reviewer-runtime/pi/run-review.sh`
Quick checks for common installs:
```bash
pi --version
test -f ~/.agents/skills/superpowers/brainstorming/SKILL.md || test -f ~/.pi/agent/skills/superpowers/brainstorming/SKILL.md
test -f ~/.agents/skills/superpowers/writing-plans/SKILL.md || test -f ~/.pi/agent/skills/superpowers/writing-plans/SKILL.md
test -x .pi/skills/reviewer-runtime/pi/run-review.sh || test -x ~/.pi/agent/skills/reviewer-runtime/pi/run-review.sh
```
If you use a settings-defined skill path instead of the common locations above, verify it matches [docs/PI-SUPERPOWERS.md](../../../docs/PI-SUPERPOWERS.md) before continuing.
If any dependency is missing, stop and return:
`Missing dependency: pi planning requires Superpowers brainstorming/writing-plans skills plus the pi reviewer runtime documented in docs/PI-SUPERPOWERS.md.`
## Required Workflow Rules
- Load the relevant workflow skill before entering its phase. If pi did not auto-load it, use `/skill:brainstorming` or `/skill:writing-plans`.
- Announce skill usage explicitly:
- `I've read the [Skill Name] skill and I'm using it to [purpose].`
- Track checklist-style progress inside the plan artifacts that this skill generates.
- Do not use deprecated wrapper CLIs.
## Process
### Phase 1: Analyze
- Explore the codebase and existing patterns.
- Review any current docs, scripts, or variant layouts that affect the plan.
### Phase 2: Gather Requirements
- Ask questions one at a time until the scope is clear.
- Confirm constraints, success criteria, dependencies, and what is out of scope.
### Phase 3: Configure Reviewer
If the user already specified a reviewer CLI and model, use those values. Otherwise ask:
1. Which CLI should review the plan?
- `codex`
- `claude`
- `cursor`
- `opencode`
- `skip`
2. Which model?
3. Max review rounds? Default: `10`
Store `REVIEWER_CLI`, `REVIEWER_MODEL`, and `MAX_ROUNDS` for the review loop.
### Phase 4: Design
- Load `brainstorming`.
- Present 2-3 approaches and recommend one.
- Resolve open design questions before the milestone breakdown.
### Phase 5: Plan
- Load `writing-plans`.
- Break the work into milestones and bite-sized stories.
- Story IDs should use the `S-101`, `S-102` style.
### Phase 6: Iterative Plan Review
Skip this phase if `REVIEWER_CLI=skip`.
#### Step 1: Generate Session ID
```bash
REVIEW_ID=$(uuidgen | tr '[:upper:]' '[:lower:]' | head -c 8)
```
Use these temp artifacts:
- `/tmp/plan-${REVIEW_ID}.md`
- `/tmp/plan-review-${REVIEW_ID}.md`
- `/tmp/plan-review-${REVIEW_ID}.json`
- `/tmp/plan-review-${REVIEW_ID}.stderr`
- `/tmp/plan-review-${REVIEW_ID}.status`
- `/tmp/plan-review-${REVIEW_ID}.runner.out`
- `/tmp/plan-review-${REVIEW_ID}.sh`
Resolve the pi reviewer runtime helper in this order:
```bash
REVIEWER_RUNTIME=""
for candidate in ".pi/skills/reviewer-runtime/pi/run-review.sh" "$HOME/.pi/agent/skills/reviewer-runtime/pi/run-review.sh"; do
if [ -x "$candidate" ]; then
REVIEWER_RUNTIME="$candidate"
break
fi
done
```
#### Step 2: Write The Plan Payload
Write the full plan to `/tmp/plan-${REVIEW_ID}.md`.
Reviewer responses must use this structure:
```text
## Summary
...
## Findings
### P0
- ...
### P1
- ...
### P2
- ...
### P3
- ...
## Verdict
VERDICT: APPROVED
```
Rules:
- Order findings from `P0` to `P3`
- Use `- None.` when a severity has no findings
- `VERDICT: APPROVED` is valid only when no `P0`, `P1`, or `P2` findings remain
#### Step 3: Submit To Reviewer
Build a bash command script in `/tmp/plan-review-${REVIEW_ID}.sh` and execute it through the shared helper when present:
```bash
"$REVIEWER_RUNTIME" \
--command-file /tmp/plan-review-${REVIEW_ID}.sh \
--stdout-file /tmp/plan-review-${REVIEW_ID}.runner.out \
--stderr-file /tmp/plan-review-${REVIEW_ID}.stderr \
--status-file /tmp/plan-review-${REVIEW_ID}.status
```
Fallback to direct execution only if the helper is missing.
#### Step 4: Wait And Parse Verdict
- Keep waiting while fresh `state=in-progress note="In progress N"` heartbeats continue to appear.
- Treat `P0`, `P1`, or `P2` as must-fix findings.
- `P3` findings are non-blocking, but fix them when cheap and safe.
#### Step 5: Revise And Re-Submit
- Address findings in priority order.
- Rebuild the plan payload.
- Re-submit until approved or `MAX_ROUNDS` is reached.
### Phase 7: Generate Plan Files
Once the plan is approved:
1. Ensure `/ai_plan/` exists in `.gitignore`
2. Create `ai_plan/YYYY-MM-DD-<slug>/`
3. Write:
- `original-plan.md`
- `final-transcript.md`
- `milestone-plan.md`
- `story-tracker.md`
- `continuation-runbook.md`
4. Use the template files from this skill's `templates/` directory
### Phase 8: Telegram Completion Notification
Resolve the notification helper in this order:
```bash
TELEGRAM_NOTIFY_RUNTIME=""
for candidate in ".pi/skills/reviewer-runtime/pi/notify-telegram.sh" "$HOME/.pi/agent/skills/reviewer-runtime/pi/notify-telegram.sh"; do
if [ -x "$candidate" ]; then
TELEGRAM_NOTIFY_RUNTIME="$candidate"
break
fi
done
```
If the helper exists and both `TELEGRAM_BOT_TOKEN` and `TELEGRAM_CHAT_ID` are configured, send a short completion summary. If not, state that no Telegram completion notification was sent.
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# Continuation Runbook: [Plan Title]
## Reference Files (START HERE)
Upon resumption, these files in this folder are the ONLY source of truth:
| File | Purpose | When to Use |
|------|---------|-------------|
| `continuation-runbook.md` | Full context reproduction + execution workflow | Read FIRST |
| `story-tracker.md` | Current progress and status | Check/update BEFORE and AFTER every story |
| `milestone-plan.md` | Complete plan with specifications | Reference implementation details |
| `original-plan.md` | Original approved plan | Reference original intent |
| `final-transcript.md` | Final planning transcript | Reference reasoning/context |
Do NOT reference planner-private files during implementation.
## Skill Workflow Guardrails
- Load relevant skills before action. If pi did not auto-load them, use `/skill:<name>`.
- Announce which skill is being used and why.
- If a checklist-driven workflow applies, keep its state current in the plan artifacts.
- Do not use deprecated wrapper CLIs.
---
## Quick Resume Instructions
1. Read this runbook completely.
2. Check `story-tracker.md`.
3. Find next `pending` story and mark as `in-dev` before starting.
4. Implement the story.
5. Update tracker immediately after each change.
---
## Mandatory Execution Workflow
Work from this folder (`ai_plan/YYYY-MM-DD-<short-title>/`) and always follow this order:
1. Read `continuation-runbook.md` first.
2. Execute stories milestone by milestone.
3. After completing a milestone:
- Run lint/typecheck/tests, prioritizing changed files for speed.
- Commit locally (**DO NOT PUSH**).
- Stop and ask user for feedback.
4. If feedback is provided:
- Apply feedback changes.
- Re-run checks for changed files.
- Commit locally again.
- Ask for milestone approval.
5. Only move to next milestone after explicit approval.
6. After all milestones are completed and approved:
- Ask permission to push.
- If approved, push.
- Mark plan status as `completed`.
---
## Git Note
`ai_plan/` is intentionally local and must stay gitignored. Do not treat inability to commit plan-file updates inside `ai_plan/` as an error.
---
## Full Context Reproduction
### Project Overview
[What this project/feature is about]
### User Requirements
[All gathered requirements]
### Scope
[In scope / out of scope]
### Dependencies
[External dependencies, prerequisites, related systems]
---
## Key Specifications
### Type Definitions
```typescript
// Copy-paste ready type definitions
```
### Enums & Constants
```typescript
// All enums/constants needed
```
### API Endpoints
```typescript
// Request/response shapes
```
---
## Critical Design Decisions
| Decision | Chosen Approach | Alternatives Rejected | Rationale |
|----------|-----------------|----------------------|-----------|
| [Topic] | [What we chose] | [Other options] | [Why] |
---
## Verification Commands
### Lint (changed files first)
```bash
# example: pnpm eslint <changed-file-1> <changed-file-2>
```
### Typecheck
```bash
# example: pnpm tsc --noEmit
```
### Tests (target changed scope first)
```bash
# example: pnpm test -- <related spec/file>
```
---
## File Quick Reference
| File | Purpose |
|------|---------|
| `original-plan.md` | Original approved plan |
| `final-transcript.md` | Final planning transcript |
| `milestone-plan.md` | Full specification |
| `story-tracker.md` | Current progress tracker |
| `continuation-runbook.md` | This runbook |
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# [Plan Title]
## Overview
- **Goal:** [One sentence describing the end state]
- **Created:** YYYY-MM-DD
- **Status:** In Progress | Complete
## Context
### Requirements
[Gathered requirements from user questions]
### Constraints
[Technical, business, or timeline constraints]
### Success Criteria
[How we know this is complete]
## Architecture
### Design Decisions
[Key architectural choices and rationale]
### Component Relationships
[How pieces fit together]
### Data Flow
[How data moves through the system]
## Milestones
### M1: [Name]
**Description:** [What this milestone achieves]
**Acceptance Criteria:**
- [ ] [Criterion 1]
- [ ] [Criterion 2]
**Stories:** S-101, S-102, S-103...
**Milestone Completion Rule (MANDATORY):**
- Run lint/typecheck/tests for changed files.
- Commit locally (DO NOT push).
- Stop and ask user for feedback.
- Apply feedback, re-check changed files, commit again.
- Move to next milestone only after user approval.
---
### M2: [Name]
**Description:** [What this milestone achieves]
**Acceptance Criteria:**
- [ ] [Criterion 1]
- [ ] [Criterion 2]
**Stories:** S-201, S-202, S-203...
**Milestone Completion Rule (MANDATORY):**
- Run lint/typecheck/tests for changed files.
- Commit locally (DO NOT push).
- Stop and ask user for feedback.
- Apply feedback, re-check changed files, commit again.
- Move to next milestone only after user approval.
---
## Technical Specifications
### Types & Interfaces
```typescript
// Key type definitions
```
### API Contracts
```typescript
// Endpoint signatures, request/response shapes
```
### Constants & Enums
```typescript
// Shared constants
```
## Files Inventory
| File | Purpose | Milestone |
|------|---------|-----------|
| `path/to/file.ts` | [What it does] | M1 |
| `path/to/other.ts` | [What it does] | M2 |
---
## Related Plan Files
This file is part of the plan folder under `ai_plan/`:
- `original-plan.md` - Original approved plan (reference for original intent)
- `final-transcript.md` - Final planning transcript (reference for rationale/context)
- `milestone-plan.md` - This file (full specification)
- `story-tracker.md` - Status tracking (must be kept up to date)
- `continuation-runbook.md` - Resume/execution context (read first)
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# Story Tracker: [Plan Title]
## Progress Summary
- **Current Milestone:** M1
- **Stories Complete:** 0/N
- **Milestones Approved:** 0/M
- **Last Updated:** YYYY-MM-DD
---
## Milestones
### M1: [Name]
| Story | Description | Status | Notes |
|-------|-------------|--------|-------|
| S-101 | [Brief description] | pending | |
| S-102 | [Brief description] | pending | |
| S-103 | [Brief description] | pending | |
**Approval Status:** pending
---
### M2: [Name]
| Story | Description | Status | Notes |
|-------|-------------|--------|-------|
| S-201 | [Brief description] | pending | |
| S-202 | [Brief description] | pending | |
| S-203 | [Brief description] | pending | |
**Approval Status:** pending
---
## Status Legend
| Status | Meaning |
|--------|---------|
| `pending` | Not started |
| `in-dev` | Currently being worked on |
| `completed` | Done - include commit hash in Notes |
| `deferred` | Postponed - include reason in Notes |
## Update Instructions (MANDATORY)
Before starting any story:
1. Mark story as `in-dev`
2. Update "Last Updated"
After completing any story:
1. Mark story as `completed`
2. Add local commit hash to Notes
3. Update "Stories Complete" and "Last Updated"
At milestone boundary:
1. Run lint/typecheck/tests for changed files
2. Commit (no push)
3. Request feedback
4. Apply feedback, re-check changed files, commit again
5. Mark milestone **Approval Status: approved** only after user confirms
6. Continue only after approval
After all milestones approved:
- Ask permission to push and then mark plan completed.
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---
name: do-task
description: Execute a single user-supplied prompt end-to-end in pi with plan review, implementation review, verification, and one persistent task-plan artifact.
---
# Do Task (Pi)
Execute an ad-hoc user prompt end-to-end: parse, clarify, plan, implement, verify, review, commit, and optionally push.
This variant uses one persistent `task-plan.md` under `ai_plan/` and defaults to the current branch unless the prompt explicitly opts into a worktree workflow.
## Shared Setup
Before using this skill, read [docs/PI-SUPERPOWERS.md](../../../docs/PI-SUPERPOWERS.md). This workflow depends on:
- Superpowers skills being visible to pi
- the pi reviewer-runtime helper being installed in a supported location
## Prerequisite Check (MANDATORY)
Required:
- `pi --version`
- Superpowers `brainstorming`
- Superpowers `test-driven-development`
- Superpowers `verification-before-completion`
- Superpowers `finishing-a-development-branch`
- Superpowers `using-git-worktrees` when the prompt opts into a worktree
- pi reviewer runtime helper
- pi Telegram notifier helper
Quick checks for common installs:
```bash
pi --version
test -f ~/.agents/skills/superpowers/brainstorming/SKILL.md || test -f ~/.pi/agent/skills/superpowers/brainstorming/SKILL.md
test -f ~/.agents/skills/superpowers/test-driven-development/SKILL.md || test -f ~/.pi/agent/skills/superpowers/test-driven-development/SKILL.md
test -f ~/.agents/skills/superpowers/verification-before-completion/SKILL.md || test -f ~/.pi/agent/skills/superpowers/verification-before-completion/SKILL.md
test -f ~/.agents/skills/superpowers/finishing-a-development-branch/SKILL.md || test -f ~/.pi/agent/skills/superpowers/finishing-a-development-branch/SKILL.md
test -x .pi/skills/reviewer-runtime/pi/run-review.sh || test -x ~/.pi/agent/skills/reviewer-runtime/pi/run-review.sh
test -x .pi/skills/reviewer-runtime/pi/notify-telegram.sh || test -x ~/.pi/agent/skills/reviewer-runtime/pi/notify-telegram.sh
```
If you use settings-defined paths instead of the common locations above, confirm they match [docs/PI-SUPERPOWERS.md](../../../docs/PI-SUPERPOWERS.md) before continuing.
If any required dependency is missing, stop immediately and return:
`Missing dependency: pi do-task requires the workflow skills and pi reviewer-runtime setup documented in docs/PI-SUPERPOWERS.md.`
## Required Workflow Rules
- Load the relevant workflow skill before entering its phase. If pi did not auto-load it, use `/skill:<name>`.
- Announce skill usage explicitly:
- `I've read the [Skill Name] skill and I'm using it to [purpose].`
- Keep the `task-plan.md` artifact current as work progresses.
- Do not use deprecated wrapper CLIs.
## Trigger Detection
Always use this skill for:
- `/do-task`
- `do this task`
- `do task ...`
- `execute this task`
- `make it so`
- `just do ...` when another skill is not a better fit
Use current-branch execution by default. Only switch to a worktree when the prompt explicitly asks for one.
## Process
### Phase 1: Preflight
1. Verify the repo: `git rev-parse --is-inside-work-tree`
2. Ensure `/ai_plan/` exists in `.gitignore`
3. Confirm the required workflow skills are available to pi
4. Announce each workflow skill before using it
### Phase 2: Parse Prompt And Clarify
1. Capture the user's prompt verbatim
2. Detect whether the prompt is concrete enough to proceed without questions
3. If needed, ask 1-3 short questions one at a time
4. Load `brainstorming` for behavior-changing work unless the task is pure documentation or pure comment/whitespace/rename work
### Phase 3: Configure Reviewer
If the user already specified reviewer settings, use them. Otherwise ask:
1. Reviewer CLI: `codex`, `claude`, `cursor`, `opencode`, or `skip`
2. Reviewer model
3. Max rounds, default `10`
Store `REVIEWER_CLI`, `REVIEWER_MODEL`, and `MAX_ROUNDS`.
### Phase 4: Initialize `task-plan.md`
1. Compute `ai_plan/YYYY-MM-DD-<slug>/`
2. Resume if an existing plan folder is active, otherwise create a new one
3. Write `task-plan.md` from this skill's `templates/task-plan.md`
4. Fill `Metadata`, `Prompt`, `Interpretation`, `Assumptions`, `Files`, `Approach`, `TDD Approach`, `Acceptance Criteria`, `Verification`, and `Rollback`
5. Set `Status: draft`
If the prompt explicitly opts into a worktree, load `using-git-worktrees` before implementation. Otherwise remain on the current branch.
### Phase 5: Plan Review Loop
Skip this phase if `REVIEWER_CLI=skip`.
1. Write a reviewer payload from `task-plan.md`
2. Strip the runtime-only sections before sending it out
3. Run the reviewer through the pi reviewer-runtime helper when available
4. Fix `P0`, `P1`, and `P2` findings before proceeding
5. Keep `P3` findings for optional cleanup
6. Set `Status: plan-approved` when the reviewer approves
The reviewer response format must be:
```text
## Summary
...
## Findings
### P0
- ...
### P1
- ...
### P2
- ...
### P3
- ...
## Verdict
VERDICT: APPROVED
```
### Phase 6: Execute
1. Set `Status: implementation-in-progress`
2. Load `test-driven-development` for every behavior-changing edit unless `task-plan.md` explicitly records an allowed skip
3. Update `task-plan.md` as acceptance criteria are completed
4. Do not commit yet
### Phase 7: Verification Gate
1. Load `verification-before-completion`
2. Run the commands listed in `task-plan.md`
3. Fix failures and re-run verification until green
4. If verification stalls repeatedly, stop and surface the blocker
### Phase 8: Implementation Review Loop
Skip this phase if `REVIEWER_CLI=skip`.
1. Build a review payload from the approved plan, current diff, and verification output
2. Run the reviewer through the pi reviewer-runtime helper
3. Address `P0`, `P1`, and `P2` findings before approval
4. Fix cheap `P3` findings when safe
5. Set `Status: implementation-approved` when approved
### Phase 9: Commit And Push Decision
1. Load `finishing-a-development-branch`
2. Stage only the intended files
3. Create one commit for the task
4. Ask whether to push or keep the work local
### Phase 10: Telegram Completion Notification
Resolve the helper in this order:
```bash
TELEGRAM_NOTIFY_RUNTIME=""
for candidate in ".pi/skills/reviewer-runtime/pi/notify-telegram.sh" "$HOME/.pi/agent/skills/reviewer-runtime/pi/notify-telegram.sh"; do
if [ -x "$candidate" ]; then
TELEGRAM_NOTIFY_RUNTIME="$candidate"
break
fi
done
```
If the helper exists and both `TELEGRAM_BOT_TOKEN` and `TELEGRAM_CHAT_ID` are configured, send a short completion summary. Otherwise state that no Telegram completion notification was sent.
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# Task Plan: [Short Title]
> **Variant guardrail (pi):** Required workflow skills (`brainstorming`, `test-driven-development`, `verification-before-completion`, `finishing-a-development-branch`, `using-git-worktrees`) must be available to pi as documented in `docs/PI-SUPERPOWERS.md`. Load the relevant workflow skill before entering its matching phase.
## Metadata
| Field | Value |
|-------|-------|
| Created | YYYY-MM-DD |
| Slug | YYYY-MM-DD-<slug> |
| Runtime | pi |
| Reviewer CLI | codex \| claude \| cursor \| opencode |
| Reviewer Model | <model> |
| MAX_ROUNDS | 10 |
| Branch Strategy | current-branch \| worktree |
| Branch Name | <current branch name, or new branch name when worktree is used> |
| Worktree Path | <absolute path to worktree dir; blank when Branch Strategy = current-branch> |
| Status | draft |
### Status Enum (authoritative)
| Value | Meaning |
|-------|---------|
| `draft` | Newly created; plan review not yet started |
| `plan-approved` | Plan review loop returned APPROVED |
| `implementation-in-progress` | Phase 6 executing |
| `implementation-approved` | Phase 8 review loop returned APPROVED; awaiting commit |
| `pushed` | Committed + pushed to remote |
| `local-only` | Committed locally; user declined push |
| `aborted-plan-review` | MAX_ROUNDS reached in Phase 5; user aborted |
| `aborted-impl-review` | MAX_ROUNDS reached in Phase 8; user aborted |
| `aborted-verification` | Phase 7 retries exhausted; user aborted |
| `failed` | Hard tooling failure |
---
## Prompt
<!-- Exact user prompt, verbatim. -->
## Interpretation
<!-- Short restatement of goal + out-of-scope items. -->
## Assumptions
<!-- Anything we're assuming and needs confirmation. Empty list OK after clarifying questions. -->
## Files
<!-- Files expected to be created / modified / deleted. Paths are absolute or repo-relative. -->
| Action | Path | Why |
|--------|------|-----|
| | | |
## Approach
<!-- 3-10 bullets describing implementation order. -->
## TDD Approach
<!-- One of:
(a) **TDD applies** — list the failing test(s) to write first, then implementation, then confirm green.
(b) **TDD auto-skipped** — reason must be exactly one of:
- `pure-documentation`
- `pure-comment-whitespace-rename`
(c) **TDD user-approved skip** — user explicitly approved skipping TDD for this task.
Record the approval timestamp (ISO-8601) and the specific reason.
-->
## Acceptance Criteria
- [ ] <criterion 1>
- [ ] <criterion 2>
## Verification
<!-- Commands to run:
lint: <cmd>
typecheck: <cmd>
tests: <cmd>
-->
## Rollback
<!-- How to undo: `git revert <hash>`, or manual steps if the change is not easily reversible. -->
---
## Runtime State
```yaml
plan_review_round: 0
implementation_review_round: 0
CODEX_PLAN_SESSION_ID:
CODEX_IMPL_SESSION_ID:
CURSOR_PLAN_SESSION_ID:
CURSOR_IMPL_SESSION_ID:
OPENCODE_PLAN_SESSION_ID:
OPENCODE_IMPL_SESSION_ID:
last_phase_entered:
last_round_ts:
last_scan_outcome_plan:
last_scan_outcome_impl:
verification_attempts: 0
tests_added_count: 0
tdd_used: false
```
## Review History
| Timestamp (ISO-8601) | Loop | Round | Verdict | Summary |
|----------------------|------|-------|---------|---------|
| | | | | |
## Final Status
<!-- Populate the terminal status, commit hash if any, rounds used, TDD usage, tests added, verification attempts, and any revisit notes. -->
---
## Guardrails (do NOT remove)
- This file is the single persistent artifact for `do-task`. Do not split it or delete it on success.
- `Status` must always match one of the enum values.
- `Runtime State` is updated by the skill, not by the user.
- Review History is append-only.
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---
name: implement-plan
description: Use when a plan folder created by create-plan must be executed in pi with milestone verification, reviewer gates, local commits, and resumable tracker updates.
---
# Implement Plan (Pi)
Execute an existing plan under `ai_plan/` milestone by milestone, using verification gates, reviewer approval, and local commits after each approved milestone.
## Shared Setup
Before using this skill, read [docs/PI-SUPERPOWERS.md](../../../docs/PI-SUPERPOWERS.md). This workflow depends on:
- Superpowers execution skills being visible to pi
- the pi reviewer-runtime helper being installed in a supported location
## Prerequisite Check (MANDATORY)
Required:
- `pi --version`
- a plan folder under `ai_plan/`
- `continuation-runbook.md`
- `milestone-plan.md`
- `story-tracker.md`
- git worktree support
- Superpowers `executing-plans`
- Superpowers `using-git-worktrees`
- Superpowers `verification-before-completion`
- Superpowers `finishing-a-development-branch`
- pi reviewer runtime helper
- pi Telegram notifier helper
Quick checks for common installs:
```bash
pi --version
git worktree list
test -f ~/.agents/skills/superpowers/executing-plans/SKILL.md || test -f ~/.pi/agent/skills/superpowers/executing-plans/SKILL.md
test -f ~/.agents/skills/superpowers/using-git-worktrees/SKILL.md || test -f ~/.pi/agent/skills/superpowers/using-git-worktrees/SKILL.md
test -f ~/.agents/skills/superpowers/verification-before-completion/SKILL.md || test -f ~/.pi/agent/skills/superpowers/verification-before-completion/SKILL.md
test -f ~/.agents/skills/superpowers/finishing-a-development-branch/SKILL.md || test -f ~/.pi/agent/skills/superpowers/finishing-a-development-branch/SKILL.md
test -x .pi/skills/reviewer-runtime/pi/run-review.sh || test -x ~/.pi/agent/skills/reviewer-runtime/pi/run-review.sh
test -x .pi/skills/reviewer-runtime/pi/notify-telegram.sh || test -x ~/.pi/agent/skills/reviewer-runtime/pi/notify-telegram.sh
```
If you use settings-defined paths instead of the common locations above, confirm they match [docs/PI-SUPERPOWERS.md](../../../docs/PI-SUPERPOWERS.md) before continuing.
If any dependency is missing, stop and return:
`Missing dependency: pi implement-plan requires the execution skills and reviewer-runtime setup documented in docs/PI-SUPERPOWERS.md.`
## Required Workflow Rules
- Load the relevant workflow skill before entering its phase. If pi did not auto-load it, use `/skill:<name>`.
- Announce skill usage explicitly:
- `I've read the [Skill Name] skill and I'm using it to [purpose].`
- Update `story-tracker.md` before starting and after completing every story.
- Do not use deprecated wrapper CLIs.
## Process
### Phase 1: Locate Plan
1. Scan `ai_plan/` and identify the target plan folder
2. Read `continuation-runbook.md` first
3. Read `story-tracker.md` to identify resume state
4. Read `milestone-plan.md` for the implementation spec
### Phase 2: Configure Reviewer
If the user already provided reviewer settings, use them. Otherwise ask:
1. Reviewer CLI: `codex`, `claude`, `cursor`, `opencode`, or `skip`
2. Reviewer model
3. Max rounds, default `10`
Store `REVIEWER_CLI`, `REVIEWER_MODEL`, and `MAX_ROUNDS`.
### Phase 3: Set Up Workspace
1. Load `using-git-worktrees`
2. Create or resume the implementation branch/worktree described by the plan
3. Verify baseline setup and tests before changing code
### Phase 4: Execute Milestones
For each milestone:
1. Mark the next story `in-dev` in `story-tracker.md`
2. Implement the story
3. Mark the story `completed`
4. Continue until the milestone stories are done
5. Load `verification-before-completion`
6. Run lint, typecheck, and tests for the changed scope
7. Send the milestone diff and verification output to the reviewer before committing
8. Commit only after approval
### Phase 5: Milestone Review Loop
Skip this phase if `REVIEWER_CLI=skip`.
#### Step 1: Generate Session ID
```bash
REVIEW_ID=$(uuidgen | tr '[:upper:]' '[:lower:]' | head -c 8)
```
Use these temp artifacts:
- `/tmp/milestone-${REVIEW_ID}.md`
- `/tmp/milestone-review-${REVIEW_ID}.md`
- `/tmp/milestone-review-${REVIEW_ID}.json`
- `/tmp/milestone-review-${REVIEW_ID}.stderr`
- `/tmp/milestone-review-${REVIEW_ID}.status`
- `/tmp/milestone-review-${REVIEW_ID}.runner.out`
- `/tmp/milestone-review-${REVIEW_ID}.sh`
Resolve the pi reviewer runtime helper in this order:
```bash
REVIEWER_RUNTIME=""
for candidate in ".pi/skills/reviewer-runtime/pi/run-review.sh" "$HOME/.pi/agent/skills/reviewer-runtime/pi/run-review.sh"; do
if [ -x "$candidate" ]; then
REVIEWER_RUNTIME="$candidate"
break
fi
done
```
#### Step 2: Build Review Payload
Write the milestone spec, acceptance criteria, diff, and verification output to `/tmp/milestone-${REVIEW_ID}.md`.
Reviewer responses must use this structure:
```text
## Summary
...
## Findings
### P0
- ...
### P1
- ...
### P2
- ...
### P3
- ...
## Verdict
VERDICT: APPROVED
```
Rules:
- Order findings from `P0` to `P3`
- Use `- None.` when a severity has no findings
- `VERDICT: APPROVED` is valid only when no `P0`, `P1`, or `P2` findings remain
#### Step 3: Run Review
Execute the reviewer command script through the helper when available:
```bash
"$REVIEWER_RUNTIME" \
--command-file /tmp/milestone-review-${REVIEW_ID}.sh \
--stdout-file /tmp/milestone-review-${REVIEW_ID}.runner.out \
--stderr-file /tmp/milestone-review-${REVIEW_ID}.stderr \
--status-file /tmp/milestone-review-${REVIEW_ID}.status
```
Fallback to direct execution only if the helper is missing.
#### Step 4: Handle Findings
- Keep waiting while fresh `state=in-progress note="In progress N"` heartbeats continue
- Fix `P0`, `P1`, and `P2` findings before approval
- Fix cheap `P3` findings when safe
- Re-run verification after each revision
### Phase 6: Commit And Track Approval
After milestone approval:
1. Commit the milestone locally
2. Backfill the commit hash into that milestone's story notes
3. Mark the milestone `approved` in `story-tracker.md`
4. Move to the next milestone
### Phase 7: Finalization
After all milestones are approved:
1. Load `finishing-a-development-branch`
2. Run the full verification suite
3. Ask whether to push or keep the work local
4. Mark the plan completed in `story-tracker.md`
### Phase 8: Telegram Completion Notification
Resolve the helper in this order:
```bash
TELEGRAM_NOTIFY_RUNTIME=""
for candidate in ".pi/skills/reviewer-runtime/pi/notify-telegram.sh" "$HOME/.pi/agent/skills/reviewer-runtime/pi/notify-telegram.sh"; do
if [ -x "$candidate" ]; then
TELEGRAM_NOTIFY_RUNTIME="$candidate"
break
fi
done
```
If the helper exists and both `TELEGRAM_BOT_TOKEN` and `TELEGRAM_CHAT_ID` are configured, send a short completion summary. Otherwise state that no Telegram completion notification was sent.
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#!/usr/bin/env bash
set -euo pipefail
# Keep this file in sync with skills/reviewer-runtime/notify-telegram.sh.
DEFAULT_API_BASE_URL="https://api.telegram.org"
DEFAULT_PARSE_MODE="HTML"
MAX_MESSAGE_LENGTH=4096
BOT_TOKEN=${TELEGRAM_BOT_TOKEN:-}
CHAT_ID=${TELEGRAM_CHAT_ID:-}
API_BASE_URL=${TELEGRAM_API_BASE_URL:-$DEFAULT_API_BASE_URL}
PARSE_MODE=${TELEGRAM_PARSE_MODE:-$DEFAULT_PARSE_MODE}
MESSAGE=""
MESSAGE_FILE=""
usage() {
cat <<'EOF'
Usage:
notify-telegram.sh --message <text> [--bot-token <token>] [--chat-id <id>] [--api-base-url <url>]
notify-telegram.sh --message-file <path> [--bot-token <token>] [--chat-id <id>] [--api-base-url <url>]
Environment fallbacks:
TELEGRAM_BOT_TOKEN
TELEGRAM_CHAT_ID
TELEGRAM_API_BASE_URL
TELEGRAM_PARSE_MODE
EOF
}
fail_usage() {
echo "Error: $*" >&2
usage >&2
exit 2
}
parse_args() {
while [[ $# -gt 0 ]]; do
case "$1" in
--bot-token)
BOT_TOKEN=${2:-}
shift 2
;;
--chat-id)
CHAT_ID=${2:-}
shift 2
;;
--api-base-url)
API_BASE_URL=${2:-}
shift 2
;;
--message)
MESSAGE=${2:-}
shift 2
;;
--message-file)
MESSAGE_FILE=${2:-}
shift 2
;;
--help|-h)
usage
exit 0
;;
*)
fail_usage "unknown argument: $1"
;;
esac
done
if [[ -n "$MESSAGE" && -n "$MESSAGE_FILE" ]]; then
fail_usage "use either --message or --message-file, not both"
fi
if [[ -n "$MESSAGE_FILE" ]]; then
[[ -r "$MESSAGE_FILE" ]] || fail_usage "message file is not readable: $MESSAGE_FILE"
MESSAGE=$(<"$MESSAGE_FILE")
fi
[[ -n "$MESSAGE" ]] || fail_usage "message is required"
[[ -n "$BOT_TOKEN" ]] || fail_usage "bot token is required (use --bot-token or TELEGRAM_BOT_TOKEN)"
[[ -n "$CHAT_ID" ]] || fail_usage "chat id is required (use --chat-id or TELEGRAM_CHAT_ID)"
command -v curl >/dev/null 2>&1 || fail_usage "curl is required"
if [[ ${#MESSAGE} -gt "$MAX_MESSAGE_LENGTH" ]]; then
MESSAGE=${MESSAGE:0:$MAX_MESSAGE_LENGTH}
fi
}
main() {
parse_args "$@"
curl -fsS -X POST \
"${API_BASE_URL%/}/bot${BOT_TOKEN}/sendMessage" \
--data-urlencode "chat_id=${CHAT_ID}" \
--data-urlencode "text=${MESSAGE}" \
--data-urlencode "parse_mode=${PARSE_MODE}" \
--data-urlencode "disable_web_page_preview=true" \
>/dev/null
}
main "$@"
+360
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@@ -0,0 +1,360 @@
#!/usr/bin/env bash
set -euo pipefail
# Keep this file in sync with skills/reviewer-runtime/run-review.sh.
DEFAULT_POLL_SECONDS=10
DEFAULT_HEARTBEAT_SECONDS=60
DEFAULT_SOFT_TIMEOUT_SECONDS=600
DEFAULT_STALL_WARNING_SECONDS=300
DEFAULT_HARD_TIMEOUT_SECONDS=1800
EXIT_COMPLETED_EMPTY_OUTPUT=80
EXIT_NEEDS_OPERATOR_DECISION=81
COMMAND_FILE=""
STDOUT_FILE=""
STDERR_FILE=""
STATUS_FILE=""
SUCCESS_FILES=()
POLL_SECONDS=$DEFAULT_POLL_SECONDS
HEARTBEAT_SECONDS=$DEFAULT_HEARTBEAT_SECONDS
SOFT_TIMEOUT_SECONDS=$DEFAULT_SOFT_TIMEOUT_SECONDS
STALL_WARNING_SECONDS=$DEFAULT_STALL_WARNING_SECONDS
HARD_TIMEOUT_SECONDS=$DEFAULT_HARD_TIMEOUT_SECONDS
CHILD_PID=""
USE_GROUP_KILL=0
INTERRUPTED=0
usage() {
cat <<'EOF'
Usage:
run-review.sh \
--command-file <path> \
--stdout-file <path> \
--stderr-file <path> \
--status-file <path> \
[--success-file <path>] \
[--poll-seconds <int>] \
[--heartbeat-seconds <int>] \
[--soft-timeout-seconds <int>] \
[--stall-warning-seconds <int>] \
[--hard-timeout-seconds <int>]
EOF
}
fail_usage() {
echo "Error: $*" >&2
usage >&2
exit 2
}
require_integer() {
local name=$1
local value=$2
[[ "$value" =~ ^[0-9]+$ ]] || fail_usage "$name must be an integer"
}
escape_note() {
local note=$1
note=${note//$'\n'/ }
note=${note//\"/\'}
printf '%s' "$note"
}
join_success_files() {
if [[ ${#SUCCESS_FILES[@]} -eq 0 ]]; then
printf ''
return 0
fi
local joined=""
local path
for path in "${SUCCESS_FILES[@]}"; do
if [[ -n "$joined" ]]; then
joined+=", "
fi
joined+="$path"
done
printf '%s' "$joined"
}
iso_timestamp() {
date -u +"%Y-%m-%dT%H:%M:%SZ"
}
elapsed_seconds() {
local now
now=$(date +%s)
printf '%s' $((now - START_TIME))
}
file_bytes() {
local path=$1
if [[ -f "$path" ]]; then
wc -c <"$path" | tr -d '[:space:]'
else
printf '0'
fi
}
append_status() {
local level=$1
local state=$2
local note=$3
local elapsed pid stdout_bytes stderr_bytes line
elapsed=$(elapsed_seconds)
pid=${CHILD_PID:-0}
stdout_bytes=$(file_bytes "$STDOUT_FILE")
stderr_bytes=$(file_bytes "$STDERR_FILE")
line="ts=$(iso_timestamp) level=$level state=$state elapsed_s=$elapsed pid=$pid stdout_bytes=$stdout_bytes stderr_bytes=$stderr_bytes note=\"$(escape_note "$note")\""
printf '%s\n' "$line" | tee -a "$STATUS_FILE"
}
ensure_parent_dir() {
local path=$1
mkdir -p "$(dirname "$path")"
}
kill_child_process_group() {
if [[ -z "$CHILD_PID" ]]; then
return 0
fi
if ! kill -0 "$CHILD_PID" 2>/dev/null; then
return 0
fi
if [[ "$USE_GROUP_KILL" -eq 1 ]]; then
kill -TERM -- "-$CHILD_PID" 2>/dev/null || kill -TERM "$CHILD_PID" 2>/dev/null || true
else
kill -TERM "$CHILD_PID" 2>/dev/null || true
fi
sleep 1
if kill -0 "$CHILD_PID" 2>/dev/null; then
if [[ "$USE_GROUP_KILL" -eq 1 ]]; then
kill -KILL -- "-$CHILD_PID" 2>/dev/null || kill -KILL "$CHILD_PID" 2>/dev/null || true
else
kill -KILL "$CHILD_PID" 2>/dev/null || true
fi
fi
}
handle_signal() {
local signal_name=$1
INTERRUPTED=1
append_status error failed "received SIG${signal_name}; terminating reviewer child"
kill_child_process_group
exit 130
}
parse_args() {
while [[ $# -gt 0 ]]; do
case "$1" in
--command-file)
COMMAND_FILE=${2:-}
shift 2
;;
--stdout-file)
STDOUT_FILE=${2:-}
shift 2
;;
--stderr-file)
STDERR_FILE=${2:-}
shift 2
;;
--status-file)
STATUS_FILE=${2:-}
shift 2
;;
--success-file)
SUCCESS_FILES+=("${2:-}")
shift 2
;;
--poll-seconds)
POLL_SECONDS=${2:-}
shift 2
;;
--heartbeat-seconds)
HEARTBEAT_SECONDS=${2:-}
shift 2
;;
--soft-timeout-seconds)
SOFT_TIMEOUT_SECONDS=${2:-}
shift 2
;;
--stall-warning-seconds)
STALL_WARNING_SECONDS=${2:-}
shift 2
;;
--hard-timeout-seconds)
HARD_TIMEOUT_SECONDS=${2:-}
shift 2
;;
--help|-h)
usage
exit 0
;;
*)
fail_usage "unknown argument: $1"
;;
esac
done
[[ -n "$COMMAND_FILE" ]] || fail_usage "--command-file is required"
[[ -n "$STDOUT_FILE" ]] || fail_usage "--stdout-file is required"
[[ -n "$STDERR_FILE" ]] || fail_usage "--stderr-file is required"
[[ -n "$STATUS_FILE" ]] || fail_usage "--status-file is required"
require_integer "poll-seconds" "$POLL_SECONDS"
require_integer "heartbeat-seconds" "$HEARTBEAT_SECONDS"
require_integer "soft-timeout-seconds" "$SOFT_TIMEOUT_SECONDS"
require_integer "stall-warning-seconds" "$STALL_WARNING_SECONDS"
require_integer "hard-timeout-seconds" "$HARD_TIMEOUT_SECONDS"
[[ "$POLL_SECONDS" -gt 0 ]] || fail_usage "poll-seconds must be > 0"
[[ "$HEARTBEAT_SECONDS" -gt 0 ]] || fail_usage "heartbeat-seconds must be > 0"
[[ "$SOFT_TIMEOUT_SECONDS" -gt 0 ]] || fail_usage "soft-timeout-seconds must be > 0"
[[ "$STALL_WARNING_SECONDS" -gt 0 ]] || fail_usage "stall-warning-seconds must be > 0"
[[ "$HARD_TIMEOUT_SECONDS" -gt 0 ]] || fail_usage "hard-timeout-seconds must be > 0"
[[ "$SOFT_TIMEOUT_SECONDS" -le "$HARD_TIMEOUT_SECONDS" ]] || fail_usage "soft-timeout-seconds must be <= hard-timeout-seconds"
[[ "$STALL_WARNING_SECONDS" -le "$HARD_TIMEOUT_SECONDS" ]] || fail_usage "stall-warning-seconds must be <= hard-timeout-seconds"
[[ -r "$COMMAND_FILE" ]] || fail_usage "command file is not readable: $COMMAND_FILE"
}
launch_child() {
if command -v setsid >/dev/null 2>&1; then
setsid bash "$COMMAND_FILE" >"$STDOUT_FILE" 2>"$STDERR_FILE" &
USE_GROUP_KILL=1
else
bash "$COMMAND_FILE" >"$STDOUT_FILE" 2>"$STDERR_FILE" &
USE_GROUP_KILL=0
fi
CHILD_PID=$!
}
main() {
parse_args "$@"
ensure_parent_dir "$STDOUT_FILE"
ensure_parent_dir "$STDERR_FILE"
ensure_parent_dir "$STATUS_FILE"
: >"$STDOUT_FILE"
: >"$STDERR_FILE"
: >"$STATUS_FILE"
START_TIME=$(date +%s)
export START_TIME
trap 'handle_signal INT' INT
trap 'handle_signal TERM' TERM
trap 'if [[ "$INTERRUPTED" -eq 0 ]]; then kill_child_process_group; fi' EXIT
launch_child
append_status info running-silent "reviewer child launched"
local last_stdout_bytes=0
local last_stderr_bytes=0
local last_output_change_time=$START_TIME
local last_heartbeat_time=$START_TIME
local soft_timeout_logged=0
local stall_warning_logged=0
local heartbeat_count=0
while kill -0 "$CHILD_PID" 2>/dev/null; do
sleep "$POLL_SECONDS"
local now elapsed stdout_bytes stderr_bytes note state level
now=$(date +%s)
elapsed=$((now - START_TIME))
stdout_bytes=$(file_bytes "$STDOUT_FILE")
stderr_bytes=$(file_bytes "$STDERR_FILE")
if [[ $((now - last_heartbeat_time)) -ge "$HEARTBEAT_SECONDS" ]]; then
heartbeat_count=$((heartbeat_count + 1))
append_status info in-progress "In progress ${heartbeat_count}"
last_heartbeat_time=$now
fi
if [[ "$stdout_bytes" -ne "$last_stdout_bytes" || "$stderr_bytes" -ne "$last_stderr_bytes" ]]; then
last_output_change_time=$now
stall_warning_logged=0
state=running-active
level=info
note="reviewer output changed"
else
local silent_for
silent_for=$((now - last_output_change_time))
if [[ "$silent_for" -ge "$STALL_WARNING_SECONDS" ]]; then
state=stall-warning
level=warn
note="no output growth for ${silent_for}s; process still alive"
stall_warning_logged=1
else
state=running-silent
level=info
note="reviewer process alive; waiting for output"
fi
fi
if [[ "$elapsed" -ge "$SOFT_TIMEOUT_SECONDS" && "$soft_timeout_logged" -eq 0 ]]; then
note="$note; soft timeout reached, continuing while reviewer is alive"
soft_timeout_logged=1
fi
append_status "$level" "$state" "$note"
last_stdout_bytes=$stdout_bytes
last_stderr_bytes=$stderr_bytes
if [[ "$elapsed" -ge "$HARD_TIMEOUT_SECONDS" ]]; then
append_status error needs-operator-decision "hard timeout reached; terminating reviewer child for operator intervention"
kill_child_process_group
trap - EXIT
exit "$EXIT_NEEDS_OPERATOR_DECISION"
fi
done
local child_exit_code=0
set +e
wait "$CHILD_PID"
child_exit_code=$?
set -e
trap - EXIT
local final_stdout_bytes final_stderr_bytes
local success_file success_bytes
final_stdout_bytes=$(file_bytes "$STDOUT_FILE")
final_stderr_bytes=$(file_bytes "$STDERR_FILE")
if [[ "$child_exit_code" -eq 0 ]]; then
if [[ "$final_stdout_bytes" -gt 0 ]]; then
append_status info completed "reviewer completed successfully"
exit 0
fi
if [[ ${#SUCCESS_FILES[@]} -gt 0 ]]; then
for success_file in "${SUCCESS_FILES[@]}"; do
success_bytes=$(file_bytes "$success_file")
if [[ "$success_bytes" -gt 0 ]]; then
append_status info completed "reviewer completed successfully via success file $(join_success_files)"
exit 0
fi
done
fi
append_status error completed-empty-output "reviewer exited successfully with empty stdout"
exit "$EXIT_COMPLETED_EMPTY_OUTPUT"
fi
append_status error failed "reviewer exited with code $child_exit_code"
exit "$child_exit_code"
}
main "$@"