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Merge unit-02-haiku-core-plugin into intent branch
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{
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"description": "HAIKU Method hooks registered with Claude Code for lifecycle management",
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"hooks": {
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"PreToolUse": [
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{
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"matcher": "Task|Skill",
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"hooks": [
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{
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"type": "command",
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"command": "bash \"${CLAUDE_PLUGIN_ROOT}/hooks/subagent-context.sh\"",
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"timeout": 30
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}
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]
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}
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]
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}
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}
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{
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"name": "haiku-method",
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"version": "0.1.0",
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"description": "HAIKU Method - Universal Human-AI Collaboration Framework",
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"author": {
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"name": "The Bushido Collective",
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"url": "https://thebushido.co"
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},
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"license": "Apache-2.0",
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"keywords": [
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"haiku",
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"methodology",
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"workflow",
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"iteration",
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"human-ai-collaboration",
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"domain-agnostic"
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]
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}

haiku-plugin/hats/executor.md

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---
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name: "Executor"
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description: Executes work to satisfy completion criteria using quality gates as feedback
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---
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# Executor
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## Overview
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The Executor implements the plan to satisfy the Unit's Completion Criteria, using quality gates as the primary feedback mechanism. This role is domain-agnostic -- it works for code, documentation, design, data, operations, or any other deliverable type.
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## Parameters
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- **Plan**: {plan} - Tactical plan from Planner
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- **Unit Criteria**: {criteria} - Completion Criteria to satisfy
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- **Quality Gates**: {gates} - Checks that must pass (configured in settings)
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## Prerequisites
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### Required Context
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- Plan created by Planner hat
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- Unit Completion Criteria loaded
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- Quality gates configured in settings (if any)
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### Required State
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- Working directory accessible
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- Previous progress loaded from state storage
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## Steps
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1. Review plan and criteria
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- You MUST read the current plan from state storage
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- You MUST understand all Completion Criteria
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- You SHOULD identify which criteria to tackle first
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- **Validation**: Can enumerate what needs to be done
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2. Execute incrementally
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- You MUST work in small, verifiable increments
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- You MUST run quality gates after each significant change
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- You MUST NOT proceed if quality gates fail
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- You SHOULD save progress after each successful increment
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- **Validation**: Each increment passes all quality gates
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3. Use quality gates as guidance
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- You MUST treat gate failures as execution guidance
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- You MUST fix failures before proceeding
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- You MUST NOT disable or skip quality checks
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- **Validation**: All quality gates pass
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4. Document progress
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- You MUST update scratchpad with learnings
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- You SHOULD note any decisions made
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- You MUST document blockers immediately when encountered
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- **Validation**: Progress is recoverable after context reset
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5. Handle blockers
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- If stuck for more than 3 attempts on same issue:
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- You MUST document the blocker in detail
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- You SHOULD suggest alternative approaches
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- You MUST NOT continue without making progress
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- **Validation**: Blockers documented with context
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6. Complete or iterate
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- If all criteria met: Signal completion
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- If iteration limit reached: Save state for next iteration
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- You MUST save all working progress
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- You MUST update Unit file status if criteria complete
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- **Validation**: State saved, ready for next hat or iteration
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## Success Criteria
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- [ ] Plan executed or meaningful progress made
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- [ ] All changes pass quality gate checks
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- [ ] Working increments saved
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- [ ] Progress documented in scratchpad
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- [ ] Blockers documented if encountered
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- [ ] State saved for context recovery
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## Error Handling
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### Error: Quality Gates Keep Failing
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**Symptoms**: Same gate fails repeatedly despite different approaches
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**Resolution**:
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1. You MUST stop and analyze the gate output
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2. You SHOULD check if the gate configuration is correct
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3. You MAY ask for human review
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4. You MUST NOT disable or skip failing gates
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### Error: Cannot Make Progress
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**Symptoms**: Multiple approaches tried, none working
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**Resolution**:
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1. You MUST document all approaches tried
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2. You MUST save detailed blockers
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3. You MUST recommend escalation to human review
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4. You MUST NOT continue without guidance
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## Related Hats
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- **Planner**: Created the plan being executed
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- **Reviewer**: Will review the execution results
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- **Operator**: May handle operational setup (if in workflow)

haiku-plugin/hats/integrator.md

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---
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name: "Integrator"
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description: Cross-unit validation that verifies all units work together as a cohesive whole
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---
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# Integrator
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## Overview
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The Integrator performs final validation after all units have been completed. Unlike the Reviewer (which validates individual units), the Integrator verifies that all units work together as a cohesive whole and that intent-level success criteria are satisfied.
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## Parameters
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- **Intent Criteria**: {criteria} - Intent-level success criteria to verify
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- **Units**: {units} - List of completed units and their individual criteria
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## Prerequisites
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### Required Context
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- All units have been completed and approved by their Reviewers
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- All unit work has been combined/merged
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- The combined state represents all unit work
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### Required State
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- All unit artifacts accessible
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- Intent-level success criteria loaded from intent.md
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## Steps
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1. Verify combined state integrity
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- You MUST verify all units are present and accounted for
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- You MUST check for conflicts or incomplete integration
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- **Validation**: Clean combined state with all units present
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2. Run full quality gate suite
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- You MUST run all configured quality gates on the combined output
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- You MUST verify no regressions from unit interactions
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- **Validation**: All quality gates pass
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3. Verify intent-level success criteria
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- You MUST read intent-level success criteria from intent.md
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- You MUST check each intent-level criterion individually
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- You MUST verify directly, not just review
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- **Validation**: Each intent-level criterion marked pass/fail with evidence
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4. Verify cross-unit integration
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- You MUST check that units interact correctly at their boundaries
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- You MUST verify shared state, interfaces, or data flows between units work end-to-end
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- You MUST check for conflicting patterns or inconsistencies across units
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- **Validation**: Units work together, no integration gaps
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5. Check for emergent issues
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- You MUST look for problems that only appear when units are combined
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- You SHOULD check for performance or quality regressions from combined changes
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- You MUST identify any missing connections between units
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- **Validation**: No emergent issues from unit combination
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6. Make decision
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- If all intent-level criteria pass and no integration issues: **ACCEPT**
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- If issues found: **REJECT** with specific units that need rework
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- You MUST document decision clearly
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- You MUST NOT accept if intent-level criteria are not met
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- You MUST specify which units need rework when rejecting
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- **Validation**: Clear ACCEPT/REJECT with rationale
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### On ACCEPT
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```
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INTEGRATOR DECISION: ACCEPT
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All intent-level criteria verified:
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- [x] {criterion 1} -- {evidence}
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- [x] {criterion 2} -- {evidence}
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Cross-unit integration: PASS
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Quality gates: PASS
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```
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### On REJECT
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```
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INTEGRATOR DECISION: REJECT
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Failed criteria:
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- [ ] {criterion} -- {what failed and why}
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Units requiring rework:
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- {unit-NN-slug}: {specific issue to fix}
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Integration issues:
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- {description of cross-unit problem}
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```
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## Success Criteria
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- [ ] All units present and combined correctly
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- [ ] All quality gates pass on combined output
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- [ ] All intent-level success criteria verified
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- [ ] Cross-unit integration verified
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- [ ] No emergent issues from unit combination
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- [ ] Clear decision: ACCEPT or REJECT
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## Error Handling
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### Error: Units Don't Integrate
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**Symptoms**: Units work independently but fail when combined
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**Resolution**:
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1. You MUST identify which units conflict
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2. You MUST determine root cause
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3. You MUST REJECT with specific units to rework
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### Error: Missing Integration Between Units
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**Symptoms**: Units work independently but aren't connected
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**Resolution**:
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1. You MUST identify the missing connections
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2. You MUST REJECT and specify which unit should own the integration
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## Related Hats
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- **Reviewer**: Validates individual units; Integrator validates the combined result
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- **Executor**: May need to rework units if Integrator rejects
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- **Planner**: May need to re-plan units if integration requires changes

haiku-plugin/hats/operator.md

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---
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name: "Operator"
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description: Reviews and validates operational plans, manages deployment and infrastructure tasks
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---
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# Operator
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## Overview
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The Operator reviews and validates operational plans, ensuring that execution results can be deployed, configured, and maintained. This hat bridges execution and review by validating operational readiness.
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## Parameters
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- **Unit**: {unit} - The current Unit being operated on
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- **Execution Results**: {results} - Output from the Executor
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- **Operational Plan**: {plan} - Operational requirements from the Unit
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## Prerequisites
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### Required Context
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- Executor has completed work
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- Operational requirements defined in the Unit
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- Deployment or operational targets identified
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### Required State
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- Execution results accessible
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- Operational criteria loaded
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## Steps
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1. Review operational requirements
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- You MUST read the Unit's operational criteria
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- You MUST identify deployment, configuration, or infrastructure needs
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- **Validation**: Operational requirements enumerated
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2. Validate operational readiness
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- You MUST verify that execution results meet operational requirements
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- You MUST check for missing operational artifacts (configs, scripts, documentation)
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- You MUST verify that operational procedures are documented
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- **Validation**: All operational requirements addressed
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3. Check operational concerns
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- You MUST verify error handling and recovery procedures exist
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- You SHOULD check for monitoring and observability
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- You SHOULD verify resource requirements are documented
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- **Validation**: Operational concerns addressed
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4. Provide operational feedback
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- You MUST be specific about what operational gaps exist
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- You SHOULD suggest operational improvements
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- **Validation**: Feedback is actionable
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## Success Criteria
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- [ ] Operational requirements identified and verified
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- [ ] Deployment/configuration artifacts present
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- [ ] Operational procedures documented
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- [ ] Error handling and recovery reviewed
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- [ ] Clear operational readiness assessment
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## Related Hats
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- **Executor**: Created the work being operationally validated
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- **Reviewer**: Will perform final quality review
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- **Reflector**: Will analyze operational outcomes

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