MANDATORY FIRST ACTION

STOP. Before ANY other tool call, you MUST call TaskCreate.

If you're about to:

• Run setup.sh → STOP. TaskCreate first.
• Dispatch reviewer → STOP. TaskCreate first.
• Read any file → STOP. TaskCreate first.

Step 1: Create Tasks

TaskCreate(subject: "Simplify code", description: "Run simplify skill before review", activeForm: "Simplifying code")
TaskCreate(subject: "Iteration 1: Review", description: "Review and fix", activeForm: "Running iteration 1", metadata: {"iteration": 1, "of": 2})
TaskCreate(subject: "Iteration 2: Review", description: "Review and fix", activeForm: "Running iteration 2", metadata: {"iteration": 2, "of": 2})

Then set dependencies (ITER1 blocked by SIMPLIFY):

TaskUpdate(taskId: ITER1, addBlockedBy: [SIMPLIFY])
TaskUpdate(taskId: ITER2, addBlockedBy: [ITER1])
TaskUpdate(taskId: SIMPLIFY, status: "in_progress")

CHECKPOINT: Have you created tasks? If NO → do it now. If YES → continue.

Review Loop

You are an ORCHESTRATOR. You dispatch subagents. During review iterations (Step 3), you do NOT touch code — dispatch subagents instead. During simplify (Step 2.5), you ARE allowed to edit code directly.

Process

digraph review_loop {
    rankdir=TB;
    "TaskCreate" [shape=box, style=bold];
    "Get REVIEW_DIR/TARGET_BRANCH" [shape=box];
    "Run simplify skill" [shape=box];
    "TaskList → find unblocked" [shape=box];
    "TaskGet → read iteration metadata" [shape=box];
    "Dispatch reviewer" [shape=box];
    "Read findings + triage" [shape=box];
    "Dispatch fix subagent per issue" [shape=box];
    "CHECKPOINT" [shape=doubleoctagon, style=bold, color=red];
    "TaskUpdate completed" [shape=box];
    "iteration < of?" [shape=diamond];
    "Commit" [shape=box];

    "TaskCreate" -> "Get REVIEW_DIR/TARGET_BRANCH";
    "Get REVIEW_DIR/TARGET_BRANCH" -> "Run simplify skill";
    "Run simplify skill" -> "TaskList → find unblocked";
    "TaskList → find unblocked" -> "TaskGet → read iteration metadata";
    "TaskGet → read iteration metadata" -> "Dispatch reviewer";
    "Dispatch reviewer" -> "Read findings + triage";
    "Read findings + triage" -> "Dispatch fix subagent per issue";
    "Dispatch fix subagent per issue" -> "CHECKPOINT";
    "CHECKPOINT" -> "TaskUpdate completed";
    "TaskUpdate completed" -> "iteration < of?";
    "iteration < of?" -> "TaskList → find unblocked" [label="yes, continue"];
    "iteration < of?" -> "Commit" [label="no, done"];
}

Step 2: Get Config

Capture three values — user args override setup.sh defaults:

REPO_PATH

pwd

TARGET_BRANCH

REVIEW_DIR

If args provided (e.g.,

/review-loop path=/some/repo target=main

~/.claude/plugins/cache/onsails-cc/review-loop/*/skills/review-loop/scripts/setup.sh

All subagents MUST receive REPO_PATH. Subagents inherit the session's original cwd, not the current shell cwd.

Step 2.5: Code Simplification

MODE: EXECUTOR — You are temporarily an executor, not an orchestrator. The orchestrator constraint (no touching code) is SUSPENDED for this step. Follow simplify's full workflow: review, triage, AND fix all identified issues directly. The orchestrator constraint resumes at Step 3.

Run Claude Code's built-in

simplify

Skill(skill: "simplify")
TaskUpdate(taskId: SIMPLIFY, status: "completed")

The skill name is literally

simplify

code-simplifier

code-simplicity-reviewer

compound-engineering:*

simplify

Step 3: Each Iteration

1. TaskList

   → find first unblocked iteration task

2. TaskGet(taskId: CURRENT)

   → read metadata.iteration and metadata.of

3. TaskUpdate(taskId: CURRENT, status: "in_progress")

4. Dispatch reviewer:

   Task(subagent_type: "review-loop:local-reviewer",
        prompt: "REPO_PATH: ${REPO_PATH}
   

OUTPUT: ${REVIEW_DIR}/iterN.md TARGET_BRANCH: ${TARGET_BRANCH}

cd to REPO_PATH first.")

**Reviewer returns a summary.** Display it to user.
5. **Read findings and triage (YOU do this, not a subagent):**

Read(file_path: "${REVIEW_DIR}/iterN.md")

Parse the `## Findings` section. For each issue under Critical/Major:
- Create a fix task: `TaskCreate(subject: "Fix: [title]", description: "...", activeForm: "Fixing [title]")`
- Block next iteration: `TaskUpdate(taskId: NEXT_ITER, addBlockedBy: [fix_task_ids])`

Display triage table:

**Skip rules:** Skip minor/suggestion severity. Skip issues that are clearly false positives.

6. **Dispatch ONE fix subagent per issue (YOU dispatch these directly):**

For each fix task, sequentially:

TaskUpdate(taskId: FIX_TASK, status: "in_progress") Task(subagent_type: "general-purpose", description: "Fix: [issue title]", prompt: "REPO_PATH: ${REPO_PATH}

cd to REPO_PATH first.

Fix this specific issue: File: [file]:[line] Issue: [description] Severity: [severity]

Make minimal changes to fix ONLY this issue. Do not fix other issues. Do not refactor surrounding code. Run relevant tests after fixing if test infrastructure exists.") TaskUpdate(taskId: FIX_TASK, status: "completed")

**Each Task call = ONE fix. Never batch multiple fixes into one prompt.**
**Wait for each subagent to complete before dispatching next.**

**NEVER revert subagent work based on LSP diagnostics.** LSP diagnostics are often
stale after subagent edits and produce false positives. If you see LSP warnings after
a subagent completes, ignore them — the next review iteration will catch real issues.

7. `TaskUpdate(taskId: CURRENT, status: "completed")`

### CHECKPOINT (after all fixes dispatched)

**STOP HERE. All fix subagents have completed. You MUST now check iteration progress:**

Current iteration: ${metadata.iteration} Total iterations: ${metadata.of}

Is ${metadata.iteration} < ${metadata.of}? YES → Go to Step 3.1 (TaskList → find next unblocked) NO → Go to Step 4 (Completion)

**DO NOT STOP after fixes complete.** Fixing is a sub-step, not the end of the loop.

**WHY 2 iterations are mandatory:**
- Reviewers find different issues on different passes
- Fixes may introduce new problems

**NEVER stop early because:**
- "No issues found" → Reviewer may find different issues next pass
- "All false-positives" → Next iteration reviews with fresh perspective
- "Code looks clean" → Run all iterations anyway

## Step 4: Completion

After 2 iterations with no critical/major:

1. **Mark final iteration task completed:**

TaskUpdate(taskId: ITER2, status: "completed")

2. **Verify all tasks completed:**

TaskList → All iteration tasks should show "completed"

3. **Commit changes:**
```bash
git add -A && git commit -m "fix: address review issues (N iterations)"

Do NOT leave tasks in pending/in_progress state.

Rationalization Table

simplify

Skill(skill: "simplify")

Red Flags - STOP IMMEDIATELY

If you catch yourself:

• Dispatching reviewer without tasks created → STOP
• Running setup.sh as first action → STOP
• Using Read/Edit/Grep on code during review iterations → STOP (OK during simplify)
• Fixing issues directly during review iterations (Edit/Write on code) → STOP (OK during simplify)
• Batching multiple fixes into one subagent → STOP
• Asking permission → STOP
• Skipping simplify skill → STOP
• Using any skill other than

  simplify

  for simplification (e.g.

  code-simplicity-reviewer

  ) → STOP
• Stopping before iteration 2 because "no issues" → STOP
• Skipping iterations because "all false-positives" → STOP
• Ending response after fixes complete → STOP (go to CHECKPOINT)
• Not checking metadata.iteration after fixes → STOP (read the task, check the count)
• Reverting subagent work due to LSP diagnostics → STOP (LSP is stale, next iteration catches real issues)

All mean: You violated the skill. Go back and follow it exactly.

Iron Rules

1. TaskCreate BEFORE anything else
2. Run simplify skill before review iterations
3. MINIMUM 2 review iterations
4. ONLY Task tool on code during review iterations (Step 3) — simplify (Step 2.5) may edit directly
5. SEQUENTIAL iterations
6. ONE fix subagent per issue — never batch
7. YOU read findings and triage — no intermediary agent
8. Never ask permission
9. NEVER revert subagent work based on LSP diagnostics — they are stale