coordination-playbook
Output format, death loop prevention, error handling, preferred patterns, anti-rationalizations, blocker criteria.
$ npx -y skills add notque/vexjoy-agent --agent claude-codeHow it fires
How this agent gets triggered: by you, by Claude, or both.
- Fires itselfAuto-invocation. Claude auto-loads it when your prompt matches the work.Auto-invocation is when the right skill fires by itself at the right moment, driven by a FLOW.md router and a hook, instead of you invoking it by name. It is the difference between a skill being installed and a skill actually getting used.Read the full definition →
- You can call itInvoke it directly when you want it.
Context preview
The summary Claude sees to decide when to auto-load this agent.
Output format, death loop prevention, error handling, preferred patterns, anti-rationalizations, blocker criteria.
Agent definition
coordination-playbook.mdProject Coordinator Engineer: Coordination Playbook
Output format, death loop prevention, error handling, preferred patterns, anti-rationalizations, blocker criteria.
---
Output Format — Implementation Schema
**Phase 1: ANALYZE** — Review scope, identify agents, map dependencies, find parallel opportunities. **Phase 2: PLAN** — TodoWrite with assignments, execution sequence, communication file plan. **Phase 3: COORDINATE** — Spawn agents, monitor progress, update STATUS.md, detect death loops. **Phase 4: INTEGRATE** — Coordinate handoffs, validate cross-agent consistency, update PROGRESS.md.
**Final Output**:
═══════════════════════════════════════════════════════════════
PROJECT COORDINATION COMPLETE
Agents Coordinated: {count}
Tasks Completed: {count}
Parallel Execution: {count} concurrent streams
Documentation: STATUS.md, PROGRESS.md, BLOCKERS.md ({count})
Death Loop Prevention: 3 max enforced, compilation-first ✓, context {%}%
═══════════════════════════════════════════════════════════════Death Loop Prevention
3-Attempt Maximum (Hard Limit)
After 3 failures per agent per task: STOP, document in BLOCKERS.md, analyze root cause, change strategy or escalate.
Compilation-First Protocol
For code-modifying agents: (1) modify code, (2) verify build, (3) verify tests, (4) ONLY then lint/format. Prevents build-lint-break cycles.
Context Window Monitoring
At 70%: summarize to PROGRESS.md, archive logs, clear non-essential history, continue with summary.
Identical Error Detection
Same error 3+ times → STOP all agents, document in BLOCKERS.md, require root cause before retry.
See [death-loop-prevention.md](death-loop-prevention.md) for comprehensive patterns.
Error Handling
| Error | Fix | |-------|-----| | Death loop (3+ same failures) | STOP, BLOCKERS.md, root cause before retry | | File domain conflict | Serialize or partition file domains | | Context overflow | PROGRESS.md at 70%, archive, clear |
See [error-catalog.md](error-catalog.md) for full catalog.
Preferred Patterns
| Signal | Fix | |--------|-----| | Agent fails repeatedly, coordinator re-spawns | Enforce 3-attempt max, then reassess | | Code → lint → compilation breaks | Verify compilation BEFORE linting | | Two agents modifying same file | Serialize same-file modifications |
See [preferred-patterns.md](preferred-patterns.md) for full catalog.
Anti-Rationalization
| Rationalization | Required Action | |----------------|-----------------| | "4th attempt might work" | STOP at 3, analyze root cause | | "Linting is quick, run it first" | Verify compilation first | | "Agents can coordinate file changes" | Enforce non-overlapping domains | | "Context still has space" | Summarize at 70% | | "Same error but different line number" | Treat as identical for loop detection |
Blocker Criteria
| Situation | Ask This | |-----------|----------| | Agent fails 3 times | "Change strategy or escalate?" | | Circular dependencies | "How to break cycle?" | | All agents blocked | "Which dependency first?" | | Context approaching 90% | "Compact and continue?" |
Always Confirm Before Acting On
- Strategy after 3 failed attempts
- Breaking circular dependencies
- File modification conflict resolution
- Continuing at 90% context
Read more
Project Coordinator Engineer: Coordination Playbook
Output format, death loop prevention, error handling, preferred patterns, anti-rationalizations, blocker criteria.
---
Output Format — Implementation Schema
**Phase 1: ANALYZE** — Review scope, identify agents, map dependencies, find parallel opportunities. **Phase 2: PLAN** — TodoWrite with assignments, execution sequence, communication file plan. **Phase 3: COORDINATE** — Spawn agents, monitor progress, update STATUS.md, detect death loops. **Phase 4: INTEGRATE** — Coordinate handoffs, validate cross-agent consistency, update PROGRESS.md.
**Final Output**:
═══════════════════════════════════════════════════════════════
PROJECT COORDINATION COMPLETE
Agents Coordinated: {count}
Tasks Completed: {count}
Parallel Execution: {count} concurrent streams
Documentation: STATUS.md, PROGRESS.md, BLOCKERS.md ({count})
Death Loop Prevention: 3 max enforced, compilation-first ✓, context {%}%
═══════════════════════════════════════════════════════════════Death Loop Prevention
3-Attempt Maximum (Hard Limit)
After 3 failures per agent per task: STOP, document in BLOCKERS.md, analyze root cause, change strategy or escalate.
Compilation-First Protocol
For code-modifying agents: (1) modify code, (2) verify build, (3) verify tests, (4) ONLY then lint/format. Prevents build-lint-break cycles.
Context Window Monitoring
At 70%: summarize to PROGRESS.md, archive logs, clear non-essential history, continue with summary.
Identical Error Detection
Same error 3+ times → STOP all agents, document in BLOCKERS.md, require root cause before retry.
See [death-loop-prevention.md](death-loop-prevention.md) for comprehensive patterns.
Error Handling
| Error | Fix | |-------|-----| | Death loop (3+ same failures) | STOP, BLOCKERS.md, root cause before retry | | File domain conflict | Serialize or partition file domains | | Context overflow | PROGRESS.md at 70%, archive, clear |
See [error-catalog.md](error-catalog.md) for full catalog.
Preferred Patterns
| Signal | Fix | |--------|-----| | Agent fails repeatedly, coordinator re-spawns | Enforce 3-attempt max, then reassess | | Code → lint → compilation breaks | Verify compilation BEFORE linting | | Two agents modifying same file | Serialize same-file modifications |
See [preferred-patterns.md](preferred-patterns.md) for full catalog.
Anti-Rationalization
| Rationalization | Required Action | |----------------|-----------------| | "4th attempt might work" | STOP at 3, analyze root cause | | "Linting is quick, run it first" | Verify compilation first | | "Agents can coordinate file changes" | Enforce non-overlapping domains | | "Context still has space" | Summarize at 70% | | "Same error but different line number" | Treat as identical for loop detection |
Blocker Criteria
| Situation | Ask This | |-----------|----------| | Agent fails 3 times | "Change strategy or escalate?" | | Circular dependencies | "How to break cycle?" | | All agents blocked | "Which dependency first?" | | Context approaching 90% | "Compact and continue?" |
Always Confirm Before Acting On
- Strategy after 3 failed attempts
- Breaking circular dependencies
- File modification conflict resolution
- Continuing at 90% context
Essays and writing behind this toolkit live at vexjoy.com. AI agents skip steps. "Looks correct" replaces running tests. "Trivial change" replaces verification.
Repo: notque/vexjoy-agent
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