---

name: manager-prototype description: "Demonstrates the Manager Pattern: Task does work, Forked Skill audits, Manager retries if needed. Use when iterative quality control is needed and audit must be isolated from implementation history." context: fork agent: general-purpose skills:

• context-topology

---

Manager Pattern: Build → Audit → Retry

This skill demonstrates a Manager that orchestrates Worker Tasks and Forked Auditors with retry logic.

Pattern Architecture

┌─────────────────────────────────────────────────────┐
│ Main: Skill(manager-prototype)                      │
└─────────────────────────────────────────────────────┘
                        │
                        ▼
┌─────────────────────────────────────────────────────┐
│ Manager (this skill, shared context)                │
│ - Tracks: attempt_count, errors[], current_draft    │
│ - Orchestrates: Task(builder) + Skill(auditor)      │
└─────────────────────────────────────────────────────┘
              │                    │
              ▼                    ▼
┌─────────────────────┐   ┌─────────────────────────┐
│ Task(builder)       │   │ Skill(auditor)          │
│ - Fresh context     │   │ - context: fork         │
│ - Does the work     │   │ - agent: Explore        │
│ - Returns draft     │   │ - Pure audit (no bias)  │
└─────────────────────┘   └─────────────────────────┘

Why This Pattern?

Without Manager	With Manager + Forked Auditor
Main sees: "try 1 fail", "try 2 fail", "try 3 pass"	Main sees: only final "Done"
Auditor sees: 20 messages of struggling	Auditor sees: only the draft
Retry logic pollutes main context	Retry logic isolated in Manager

Implementation

Step 1: Manager Invokes Builder Task

# Invoke Task to do the work
Task(builder-unit, agent="general-purpose")

# Task runs in forked context, returns draft to Manager

Step 2: Manager Invokes Forked Auditor

# Invoke auditor with context: fork (ISOLATED)
Skill(quality-auditor)

# Auditor sees ONLY:
# - CLAUDE.md
# - The draft (passed as argument)
# - Its own SKILL.md
#
# Auditor does NOT see:
# - Previous 5 failed attempts
# - Manager's retry logic
# - Any implementation history

Step 3: Auditor Returns Pass/Fail

# quality-auditor.skILL.md:
---
context: fork
agent: Explore
---

## Audit Result

### Draft: {passed content}
### Status: PASS | FAIL

### Issues Found:
- {issue 1}
- {issue 2}

### Recommendation:
{fix guidance}

Step 4: Manager Retries or Returns

# In Manager:
If audit.status == "FAIL":
    Spawn Task(builder-unit) again  # Fresh context
    Increment attempt_count
Else:
    Return "Done" to Main

Complete Workflow Example

# MAIN CONTEXT:
Skill(manager-prototype)

# MANAGER (this skill):
1. Invoke: Task(builder-unit) with "Create a skill for X"
2. Receive: draft_skill.md content
3. Invoke: Skill(quality-auditor) with draft_skill.md
4. Receive: {status: "FAIL", issues: ["missing frontmatter"]}
5. If attempt_count < 3:
   - Invoke: Task(builder-unit) with "Fix missing frontmatter"
   - Receive: revised_draft
   - Invoke: Skill(quality-auditor) with revised_draft
   - Receive: {status: "PASS"}
6. Return: "Skill created in 2 attempts. All quality gates passed."

# MAIN CONTEXT SEES ONLY:
"Skill created in 2 attempts. All quality gates passed."

Alternative: Inline Iteration (Simpler)

❌ MORE COMPLEX: Manager Pattern
Task(builder-unit)  # Fork 1
→ Skill(auditor)    # Fork 2
→ Task(builder-unit) # Fork 3 (retry)
→ Skill(auditor)    # Fork 4 (re-audit)

✅ SIMPLER: Inline iteration
Task(builder-unit)  # Single fork
# Builder handles its own iteration internally
# Returns final result

When Manager Pattern IS Worth It

Scenario	Why Use
Auditor must be unbiased	Forked auditor never sees implementation history
Complex multi-phase work	Task handles phases, Auditor validates result
External quality standards	Auditor enforces rules, Task focuses on content
Audit is expensive	Don't repeat audit if Task can self-correct

When to Avoid

Scenario	Why Avoid
Simple retry logic	Inline Task iteration is simpler
Single-pass quality check	Task + final audit is enough
Low iteration count	Overhead not justified
Auditor is cheap	Can audit after each attempt inline

Key Insight: Context Accumulation

The Manager accumulates history (each retry adds messages). The Auditor is isolated (never sees retries).

Manager Context:
[Attempt 1: draft v1]
[Audit: FAIL - missing X]
[Attempt 2: draft v2]
[Audit: FAIL - missing Y]
[Attempt 3: draft v3]
[Audit: PASS]
→ Manager is "heavy" but that's OK

Auditor Context (each time):
[Only: draft v1] → FAIL
[Only: draft v2] → FAIL
[Only: draft v3] → PASS
→ Auditor is always "light" and unbiased

Cost/Benefit Summary

Aspect	Cost	Benefit
Complexity	High (3 components, retry logic)	Clean separation of concerns
Token usage	Multiple forks (4+ invocations)	Isolation reduces audit overhead
Context	Manager accumulates retry history	Auditor stays pure (no history)
Reliability	More chances for failure	Each attempt is fresh

Recommendation

Use this pattern when:

• Quality audit is complex and must be unbiased
• Implementation requires multiple iterations
• The work product is high-stakes

Use simpler alternatives when:

• Single-pass is sufficient
• Retry logic is simple (inline is fine)
• Auditor can be invoked once at the end

---

P1 Use Case: Skill Creation Pipeline

This is the highest-value use case for thecattolkit: creating skills with automatic quality validation.

Architecture

Main → Skill(skill-manager)
       → Task(create-skill)
       → Skill(quality-standards, context: fork)
         → Returns: Pass/Fail + issues
       → If Fail: Retry Task(create-skill)
       → If Pass: Return "Skill created"

quality-standards skill has:
- context: fork (isolated auditor)
- agent: Explore (read-only)

Why This Works for Skill Creation

Requirement	How Manager Pattern Addresses It
Frontmatter validation	quality-standards checks What-When-Not format
Navigation table	Validates "If you need X → Read Y" structure
critical_constraint footer	Ensures non-negotiable rules present
References structure	Verifies references/ is justified or empty
Unbiased audit	Auditor never sees "I tried 5 times"

Example Flow

# User requests:
"Create a skill for processing images"

# Main invokes:
Skill(skill-manager)

# Manager executes:
1. Task(create-skill) with:
   - name: image-processor
   - description: "Process images..."
   - template: skill-development

2. Receives: draft_SKILL.md (missing frontmatter!)

3. Invokes: Skill(quality-standards)
   - Passes: draft_SKILL.md
   - Auditor reads draft (sees ONLY the draft)
   - Returns: {status: "FAIL", issues: ["Missing frontmatter"]}

4. Manager retries:
   - Task(create-skill) with: "Fix: add frontmatter with What-When-Not"

5. Receives: revised_draft (has frontmatter now)

6. Invokes: Skill(quality-standards)
   - Returns: {status: "FAIL", issues: ["Missing navigation table"]}

7. Manager retries:
   - Task(create-skill) with: "Fix: add navigation table"

8. Receives: final_draft (all gates pass)

9. Returns: "Skill 'image-processor' created. 2 attempts. All quality gates passed."

quality-standards as Forked Auditor

# .claude/skills/quality-standards/SKILL.md
---
name: quality-standards
description: "Verify completion with evidence..."
context: fork    # Critical: isolates from retry history
agent: Explore   # Critical: read-only, cannot modify files
auto_load_triggers:
  - pattern: "\\.claude/skills/"
    skill: "skill-development
---

Key configuration:

• context: fork → Auditor never sees implementation attempts
• agent: Explore → Cannot accidentally modify files during audit
• auto_load_triggers → Auto-invoked when skills are modified

When P1 This Pattern is Worth It

Skill Creation Scenario	Use Manager Pattern
Complex multi-section skill	✅ Yes (multiple quality gates)
Teaching new developers	✅ Yes (enforces standards)
Batch skill creation	✅ Yes (consistent quality)
Simple one-line skill	❌ No (overkill)
Quick prototype	❌ No (inline is fine)