対話モードもスタンス方式に

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nrslib 2026-02-07 12:00:38 +09:00
parent 3b23493213
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**This is AI Review iteration #{movement_iteration}.**
From the 2nd iteration onward, it means the previous fixes were not actually applied.
**Your belief that they were "already fixed" is incorrect.**
**First, acknowledge the following:**
- The files you thought were "fixed" are actually not fixed
- Your understanding of the previous work is wrong
- You need to rethink from scratch
**Required actions:**
1. Open all flagged files with the Read tool (discard assumptions and verify the facts)
2. Search for the problem areas with grep to confirm they exist
3. Fix the confirmed issues with the Edit tool
4. Run tests to verify
5. Report specifically "what you checked and what you fixed"
**Report format:**
- NG: "It has already been fixed"
- OK: "After checking file X at L123, I found issue Y and fixed it to Z"
**Strictly prohibited:**
- Reporting "already fixed" without opening the file
- Making judgments based on assumptions
- Leaving issues that the AI Reviewer REJECTed unresolved
**Handling "no fix needed" (required)**
- Do not judge "no fix needed" unless you can show verification results for the target file for each AI Review finding
- If the finding relates to "generated output" or "spec synchronization", output the tag corresponding to "unable to determine" unless you can verify the source/spec
- If no fix is needed, output the tag corresponding to "unable to determine" and clearly state the reason and scope of verification
**Required output (include headings)**
## Files checked
- {filepath:line_number}
## Searches performed
- {command and summary}
## Changes made
- {change details}
## Test results
- {command executed and results}

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**This is AI Review iteration #{movement_iteration}.**
On the first iteration, review comprehensively and report all issues that need to be flagged.
From the 2nd iteration onward, prioritize verifying whether previously REJECTed items have been fixed.
Review the code for AI-specific issues:
- Verification of assumptions
- Plausible but incorrect patterns
- Compatibility with the existing codebase
- Scope creep detection

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The ai_review (reviewer) and ai_fix (coder) disagree.
- ai_review flagged issues and issued a REJECT
- ai_fix reviewed and determined "no fix needed"
Review both outputs and arbitrate which judgment is valid.
**Reports to reference:**
- AI review results: {report:ai-review.md}
**Judgment criteria:**
- Whether ai_review's findings are specific and point to real issues in the code
- Whether ai_fix's rebuttal has evidence (file verification results, test results)
- Whether the findings are non-blocking (record only) level or actually require fixes

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Read the plan report ({report:plan.md}) and design the architecture.
**Criteria for small tasks:**
- Only 1-2 file changes
- No design decisions needed
- No technology selection needed
For small tasks, skip creating a design report and match the rule for "small task (no design needed)".
**Tasks requiring design:**
- Changes to 3 or more files
- Adding new modules or features
- Technology selection required
- Architecture pattern decisions needed
**Actions:**
1. Assess the task scope
2. Determine file structure
3. Select technologies (if needed)
4. Choose design patterns
5. Create implementation guidelines for the Coder

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Fix the issues raised by the supervisor.
The supervisor has flagged problems from an overall perspective.
Address items in order of priority, starting with the highest.
**Required output (include headings)**
## Work results
- {Summary of actions taken}
## Changes made
- {Summary of changes}
## Test results
- {Command executed and results}
## Evidence
- {List key points from files checked/searches/diffs/logs}

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Address the reviewer's feedback.
Review the session conversation history and fix the issues raised by the reviewer.
**Required output (include headings)**
## Work results
- {Summary of actions taken}
## Changes made
- {Summary of changes}
## Test results
- {Command executed and results}
## Evidence
- {List key points from files checked/searches/diffs/logs}

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Implement according to the plan.
Refer only to files within the Report Directory shown in the Piece Context. Do not search or reference other report directories.
**Important**: Add unit tests alongside the implementation.
- Add unit tests for newly created classes and functions
- Update relevant tests when modifying existing code
- Test file placement: follow the project's conventions
- Running tests is mandatory. After completing implementation, always run tests and verify results
**Scope report format (create at the start of implementation):**
```markdown
# Change Scope Declaration
## Task
{One-line task summary}
## Planned changes
| Type | File |
|------|------|
| Create | `src/example.ts` |
| Modify | `src/routes.ts` |
## Estimated size
Small / Medium / Large
## Impact area
- {Affected modules or features}
```
**Decisions report format (at implementation completion, only if decisions were made):**
```markdown
# Decision Log
## 1. {Decision}
- **Context**: {Why the decision was needed}
- **Options considered**: {List of options}
- **Rationale**: {Reason for the choice}
```
**Required output (include headings)**
## Work results
- {Summary of actions taken}
## Changes made
- {Summary of changes}
## Test results
- {Command executed and results}

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Analyze the task and formulate an implementation plan.
**Handling unknowns (important):**
If the task has open questions or unknowns, investigate by reading the code and resolve them on your own.
Only mark something as "unclear" if it involves external factors that cannot be resolved through investigation (e.g., the user's intent cannot be determined).
If it can be understood by reading the code, it is not "unclear".
**Actions:**
1. Understand the task requirements
2. Read the relevant code to grasp the current state
3. Investigate any unknowns through code analysis
4. Identify the impact area
5. Decide on the implementation approach

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Analyze the task and formulate an implementation plan.
**Note:** If a Previous Response exists, this is a replan due to rejection.
Revise the plan taking that feedback into account.
**Actions:**
1. Understand the task requirements
2. Identify the impact area
3. Decide on the implementation approach

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Review the code for AI-specific issues:
- Verification of assumptions
- Plausible but incorrect patterns
- Compatibility with the existing codebase
- Scope creep detection

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Focus on reviewing **architecture and design**.
Do not review AI-specific issues (already covered by the ai_review movement).
**Review criteria:**
- Structural and design validity
- Code quality
- Appropriateness of change scope
- Test coverage
- Dead code
- Call chain verification

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Review the changes from the perspective of CQRS (Command Query Responsibility Segregation) and Event Sourcing.
AI-specific issue review is not needed (already covered by the ai_review movement).
**Review criteria:**
- Aggregate design validity
- Event design (granularity, naming, schema)
- Command/Query separation
- Projection design
- Eventual consistency considerations
**Note**: If this project does not use the CQRS+ES pattern,
review from a general domain design perspective instead.

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Review the changes from a frontend development perspective.
**Review criteria:**
- Component design (separation of concerns, granularity)
- State management (local vs. global decisions)
- Performance (re-renders, memoization)
- Accessibility (keyboard navigation, ARIA)
- Data fetching patterns
- TypeScript type safety
**Note**: If this project does not include a frontend,
proceed as no issues found.

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Review the changes from a quality assurance perspective.
**Review criteria:**
- Test coverage and quality
- Test strategy (unit/integration/E2E)
- Error handling
- Logging and monitoring
- Maintainability

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Review the changes from a security perspective. Check for the following vulnerabilities:
- Injection attacks (SQL, command, XSS)
- Authentication and authorization flaws
- Data exposure risks
- Cryptographic weaknesses

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Run tests, verify the build, and perform final approval.
**Overall piece verification:**
1. Whether the plan and implementation results are consistent
2. Whether findings from each review movement have been addressed
3. Whether the original task objective has been achieved
**Report verification:** Read all reports in the Report Directory and
check for any unaddressed improvement suggestions.
**Validation report format:**
```markdown
# Final Verification Results
## Result: APPROVE / REJECT
## Verification Summary
| Item | Status | Verification method |
|------|--------|-------------------|
| Requirements met | ✅ | Cross-checked with requirements list |
| Tests | ✅ | `npm test` (N passed) |
| Build | ✅ | `npm run build` succeeded |
| Functional check | ✅ | Main flows verified |
## Deliverables
- Created: {Created files}
- Modified: {Modified files}
## Outstanding items (if REJECT)
| # | Item | Reason |
|---|------|--------|
| 1 | {Item} | {Reason} |
```
**Summary report format (only if APPROVE):**
```markdown
# Task Completion Summary
## Task
{Original request in 1-2 sentences}
## Result
Complete
## Changes
| Type | File | Summary |
|------|------|---------|
| Create | `src/file.ts` | Summary description |
## Verification commands
```bash
npm test
npm run build
```
```

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@ -43,6 +43,18 @@ personas:
ai-antipattern-reviewer: ../personas/ai-antipattern-reviewer.md
architecture-reviewer: ../personas/architecture-reviewer.md
instructions:
plan: ../instructions/plan.md
implement: ../instructions/implement.md
ai-review: ../instructions/ai-review.md
review-arch: ../instructions/review-arch.md
fix: ../instructions/fix.md
report_formats:
plan: ../report-formats/plan.md
ai-review: ../report-formats/ai-review.md
architecture-review: ../report-formats/architecture-review.md
initial_movement: plan
movements:
@ -51,35 +63,7 @@ movements:
persona: architect-planner
report:
name: 00-plan.md
format: |
```markdown
# Task Plan
## Original Request
{State the user's request as-is}
## Analysis
### Purpose
{What needs to be achieved}
### Scope
**Files to Change:**
| File | Change Description |
|------|-------------------|
**Test Impact:**
| File | Impact |
|------|--------|
### Design Decisions (if needed)
- File organization: {new file placement, rationale}
- Design pattern: {chosen pattern and reason}
### Implementation Approach
{How to proceed}
```
format: plan
allowed_tools:
- Read
- Glob
@ -94,20 +78,7 @@ movements:
next: COMPLETE
- condition: Requirements are unclear, insufficient information
next: ABORT
instruction_template: |
Analyze the task and create an implementation plan.
**Handling unknowns (important):**
If the task has Open Questions or unknowns, investigate by reading code and resolve them yourself.
Only judge "requirements are unclear" for external factors that cannot be resolved through investigation (e.g., user intent is ambiguous).
Something that can be answered by reading code is NOT "unclear."
**What to do:**
1. Understand the task requirements
2. Read related code to understand the current state
3. If there are unknowns, resolve them through code investigation
4. Identify the impact scope
5. Determine the implementation approach
instruction: plan
- name: implement
edit: true
@ -140,60 +111,7 @@ movements:
next: implement
requires_user_input: true
interactive_only: true
instruction_template: |
Implement according to the plan created in the plan movement.
**Reference reports:**
- Plan: {report:00-plan.md}
Only reference files within the Report Directory shown in Piece Context. Do not search/reference other report directories.
**Important:** Follow the approach decided in the plan.
Report if there are unknowns or if the approach needs to change.
**Important**: Add unit tests alongside implementation.
- Add unit tests for newly created classes/functions
- Update relevant tests when modifying existing code
- Test file placement: Follow project conventions (e.g., `__tests__/`, `*.test.ts`)
- **Running tests is mandatory.** After implementation, always run tests and verify results.
**Scope report format (create at implementation start):**
```markdown
# Change Scope Declaration
## Task
{One-line task summary}
## Planned Changes
| Type | File |
|------|------|
| Create | `src/example.ts` |
| Modify | `src/routes.ts` |
## Estimated Size
Small / Medium / Large
## Impact Scope
- {Affected modules or features}
```
**Decisions report format (at implementation end, only if decisions were made):**
```markdown
# Decision Log
## 1. {Decision}
- **Context**: {Why the decision was needed}
- **Options considered**: {List of options}
- **Reason**: {Why this was chosen}
```
**Required output (include headings)**
## Work Results
- {Summary of what was done}
## Changes Made
- {Summary of changes}
## Test Results
- {Commands run and results}
instruction: implement
- name: reviewers
parallel:
@ -203,32 +121,7 @@ movements:
stance: review
report:
name: 04-ai-review.md
format: |
```markdown
# AI-Generated Code Review
## Result: APPROVE / REJECT
## Summary
{Summarize result in 1 sentence}
## Verified Items
| Aspect | Result | Notes |
|--------|--------|-------|
| Assumption validity | ✅ | - |
| API/library existence | ✅ | - |
| Context fit | ✅ | - |
| Scope | ✅ | - |
## Issues (if REJECT)
| # | Category | Location | Issue |
|---|----------|----------|-------|
| 1 | Hallucinated API | `src/file.ts:23` | Non-existent method |
```
**Cognitive load reduction rules:**
- No issues → Summary 1 sentence + check table only (10 lines max)
- Issues found → + issues in table format (25 lines max)
format: ai-review
allowed_tools:
- Read
- Glob
@ -238,16 +131,7 @@ movements:
rules:
- condition: No AI-specific issues
- condition: AI-specific issues found
instruction_template: |
Review code for AI-specific issues:
- Assumption verification
- Plausible but incorrect patterns
- Context fit with codebase
- Scope creep detection
**Reference reports:**
- Implementation scope: {report:02-coder-scope.md}
- Decision log: {report:03-coder-decisions.md} (if exists)
instruction: ai-review
- name: arch-review
edit: false
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stance: review
report:
name: 05-architect-review.md
format: |
```markdown
# Architecture Review
## Result: APPROVE / REJECT
## Summary
{Summarize result in 1-2 sentences}
## Checked Aspects
- [x] Structure & Design
- [x] Code Quality
- [x] Change Scope
- [x] Test Coverage
- [x] Dead Code
- [x] Call Chain Verification
## Issues (if REJECT)
| # | Scope | Location | Issue | Fix Suggestion |
|---|-------|----------|-------|----------------|
| 1 | In-scope | `src/file.ts:42` | Issue description | How to fix |
Scope: "In-scope" (fixable now) / "Out-of-scope" (existing issue, non-blocking)
## Existing Issues (informational, non-blocking)
- {Record of existing issues unrelated to current change}
```
**Cognitive load reduction rules:**
- APPROVE → Summary only (5 lines max)
- REJECT → Issues in table format (30 lines max)
format: architecture-review
allowed_tools:
- Read
- Glob
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rules:
- condition: approved
- condition: needs_fix
instruction_template: |
**Verify that implementation follows the plan.**
Do not review AI-specific issues (handled in the ai_review movement).
**Reference reports:**
- Plan: {report:00-plan.md}
- Implementation scope: {report:02-coder-scope.md}
**Review aspects:**
- Alignment with plan (follows scope and approach defined in plan)
- Code quality (DRY, YAGNI, Fail Fast, idiomatic)
- Change scope appropriateness
- Test coverage
- Dead code
- Call chain verification
instruction: review-arch
rules:
- condition: all("No AI-specific issues", "approved")
@ -338,30 +178,4 @@ movements:
next: reviewers
- condition: Cannot determine, insufficient information
next: ABORT
instruction_template: |
Address reviewer feedback.
**Check both review results:**
- AI Review: {report:04-ai-review.md}
- Architecture Review: {report:05-architect-review.md}
**Important:** Fix all issues flagged by both reviews.
- AI Review issues: hallucinated APIs, assumption validity, scope creep, etc.
- Architecture Review issues: design alignment, code quality, test coverage, etc.
**Required actions:**
1. Open all flagged files with Read tool
2. Verify the issue locations
3. Fix with Edit tool
4. **Run tests to verify (mandatory)**
5. Report specific fix details
**Required output (include headings)**
## Work Results
- {Summary of what was done}
## Changes Made
- {Summary of changes}
## Test Results
- {Commands run and results}
## Evidence
- {List of checked files/searches/diffs/logs}
instruction: fix

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# Default TAKT Piece
# Plan -> Architect -> Implement -> AI Review -> Reviewers (parallel: Architect + QA) -> Supervisor Approval
#
# Boilerplate sections (Piece Context, User Request, Previous Response,
# Additional User Inputs, Instructions heading) are auto-injected by buildInstruction().
# Only movement-specific content belongs in instruction_template.
#
# Template Variables (available in instruction_template):
# {iteration} - Piece-wide turn count (total movements executed across all agents)
# {max_iterations} - Maximum iterations allowed for the piece
# {movement_iteration} - Per-movement iteration count (how many times THIS movement has been executed)
# {previous_response} - Output from the previous movement (only when pass_previous_response: true)
# {report_dir} - Report directory name (e.g., "20250126-143052-task-summary")
#
# Movement-level Fields:
# report: - Report file(s) for the movement (auto-injected as Report File/Files in Piece Context)
# Single: report: 00-plan.md
# Multiple: report:
# - Scope: 01-coder-scope.md
# - Decisions: 02-coder-decisions.md
# Template Variables (auto-injected by buildInstruction):
# {iteration} - Piece-wide turn count (total movements executed across all agents)
# {max_iterations} - Maximum iterations allowed for the piece
# {movement_iteration} - Per-movement iteration count (how many times THIS movement has been executed)
# {task} - Original user request
# {previous_response} - Output from the previous movement
# {user_inputs} - Accumulated user inputs during piece
# {report_dir} - Report directory name (e.g., "20250126-143052-task-summary")
name: default
description: Standard development piece with planning and specialized reviews
max_iterations: 30
stances:
coding: ../stances/coding.md
review: ../stances/review.md
testing: ../stances/testing.md
personas:
planner: ../personas/planner.md
architect: ../personas/architect-planner.md
architect-planner: ../personas/architect-planner.md
coder: ../personas/coder.md
ai-antipattern-reviewer: ../personas/ai-antipattern-reviewer.md
architecture-reviewer: ../personas/architecture-reviewer.md
qa-reviewer: ../personas/qa-reviewer.md
supervisor: ../personas/supervisor.md
instructions:
plan: ../instructions/plan.md
architect: ../instructions/architect.md
implement: ../instructions/implement.md
ai-review: ../instructions/ai-review.md
ai-fix: ../instructions/ai-fix.md
arbitrate: ../instructions/arbitrate.md
review-arch: ../instructions/review-arch.md
review-qa: ../instructions/review-qa.md
fix: ../instructions/fix.md
supervise: ../instructions/supervise.md
report_formats:
plan: ../report-formats/plan.md
architecture-design: ../report-formats/architecture-design.md
ai-review: ../report-formats/ai-review.md
architecture-review: ../report-formats/architecture-review.md
qa-review: ../report-formats/qa-review.md
validation: ../report-formats/validation.md
summary: ../report-formats/summary.md
initial_movement: plan
loop_monitors:
@ -65,27 +82,7 @@ movements:
persona: planner
report:
name: 00-plan.md
format: |
```markdown
# Task Plan
## Original Request
{User's request as-is}
## Analysis Results
### Objective
{What needs to be achieved}
### Scope
{Impact scope}
### Implementation Approach
{How to proceed}
## Clarifications Needed (if any)
- {Unclear points or items requiring confirmation}
```
format: plan
allowed_tools:
- Read
- Glob
@ -104,45 +101,14 @@ movements:
Clarifications needed:
- {Question 1}
- {Question 2}
instruction_template: |
Analyze the task and create an implementation plan.
**Note:** If returned from implement movement (Previous Response exists),
review and revise the plan based on that feedback (replan).
**Tasks (for implementation tasks):**
1. Understand the requirements
2. Identify impact scope
3. Decide implementation approach
instruction: plan
- name: architect
edit: false
persona: architect
persona: architect-planner
report:
name: 01-architecture.md
format: |
```markdown
# Architecture Design
## Task Size
Small / Medium / Large
## Design Decisions
### File Structure
| File | Role |
|------|------|
| `src/example.ts` | Summary |
### Technology Selection
- {Selected technologies/libraries and reasoning}
### Design Patterns
- {Patterns to adopt and where to apply}
## Implementation Guidelines
- {Guidelines for Coder to follow during implementation}
```
format: architecture-design
allowed_tools:
- Read
- Glob
@ -156,32 +122,14 @@ movements:
next: implement
- condition: Insufficient info, cannot proceed
next: ABORT
instruction_template: |
Read the plan report ({report:00-plan.md}) and perform architecture design.
**Small task criteria:**
- Only 1-2 files to modify
- No design decisions needed
- No technology selection needed
For small tasks, skip the design report and use the "Small task (no design needed)" rule.
**Tasks requiring design:**
- 3+ files to modify
- Adding new modules/features
- Technology selection needed
- Architecture pattern decisions needed
**Tasks:**
1. Evaluate task size
2. Decide file structure
3. Select technology (if needed)
4. Choose design patterns
5. Create implementation guidelines for Coder
instruction: architect
- name: implement
edit: true
persona: coder
stance:
- coding
- testing
session: refresh
report:
- Scope: 02-coder-scope.md
@ -207,89 +155,15 @@ movements:
next: implement
requires_user_input: true
interactive_only: true
instruction_template: |
Follow the plan from the plan movement and the design from the architect movement.
**Reports to reference:**
- Plan: {report:00-plan.md}
- Design: {report:01-architecture.md} (if exists)
Use only the Report Directory files shown in Piece Context. Do not search or open reports outside that directory.
**Important:** Do not make design decisions; follow the design determined in the architect movement.
Report if you encounter unclear points or need design changes.
**Scope report format (create at implementation start):**
```markdown
# Change Scope Declaration
## Task
{One-line task summary}
## Planned Changes
| Type | File |
|------|------|
| Create | `src/example.ts` |
| Modify | `src/routes.ts` |
## Estimated Size
Small / Medium / Large
## Impact Scope
- {Affected modules or features}
```
**Decisions report format (on completion, only if decisions were made):**
```markdown
# Decision Log
## 1. {Decision Content}
- **Background**: {Why the decision was needed}
- **Options Considered**: {List of options}
- **Reason**: {Why this option was chosen}
```
**Required output (include headings)**
## Work done
- {summary of work performed}
## Changes made
- {summary of code changes}
## Test results
- {command and outcome}
**No-implementation handling (required)**
instruction: implement
- name: ai_review
edit: false
persona: ai-antipattern-reviewer
stance: review
report:
name: 04-ai-review.md
format: |
```markdown
# AI-Generated Code Review
## Result: APPROVE / REJECT
## Summary
{One sentence summarizing result}
## Verified Items
| Aspect | Result | Notes |
|--------|--------|-------|
| Assumption validity | ✅ | - |
| API/Library existence | ✅ | - |
| Context fit | ✅ | - |
| Scope | ✅ | - |
## Issues (if REJECT)
| # | Category | Location | Issue |
|---|----------|----------|-------|
| 1 | Hallucinated API | `src/file.ts:23` | Non-existent method |
```
**Cognitive load reduction rules:**
- No issues -> Summary 1 line + check table only (10 lines or less)
- Issues found -> + Issues in table format (25 lines or less)
format: ai-review
allowed_tools:
- Read
- Glob
@ -301,21 +175,14 @@ movements:
next: reviewers
- condition: AI-specific issues found
next: ai_fix
instruction_template: |
**This is AI Review iteration {movement_iteration}.**
For the 1st iteration, review thoroughly and report all issues at once.
For iteration 2+, prioritize verifying that previously REJECTed items have been fixed.
Review the code for AI-specific issues:
- Assumption validation
- Plausible but wrong patterns
- Context fit with existing codebase
- Scope creep detection
instruction: ai-review
- name: ai_fix
edit: true
persona: coder
stance:
- coding
- testing
session: refresh
allowed_tools:
- Read
@ -334,51 +201,12 @@ movements:
next: ai_no_fix
- condition: Cannot proceed, insufficient info
next: ai_no_fix
instruction_template: |
**This is AI Review iteration {movement_iteration}.**
If this is iteration 2 or later, it means your previous fixes were not actually applied.
**Your belief that you "already fixed it" is wrong.**
**First, acknowledge:**
- Files you thought were "fixed" are actually not fixed
- Your understanding of previous work is incorrect
- You need to start from zero
**Required actions:**
1. Open all flagged files with Read tool (drop assumptions, verify facts)
2. Search for problem code with grep to confirm it exists
3. Fix confirmed problems with Edit tool
4. Run tests to verify (`./gradlew :backend:test` etc.)
5. Report specifically "what you checked and what you fixed"
**Report format:**
- ❌ "Already fixed"
- ✅ "Checked file X at L123, found problem Y, fixed to Z"
**Absolutely prohibited:**
- Reporting "fixed" without opening files
**Handling "no fix needed" (required)**
- Do not claim "no fix needed" unless you can show the checked target file(s) for each AI Review issue
- If an issue involves generated code or spec sync, and you cannot verify the source spec, output the tag for "Unable to proceed with fixes"
- When "no fix needed", output the tag for "Unable to proceed with fixes" and include the reason + checked scope
**Required output (include headings)**
## Files checked
- {path:line}
## Searches run
- {command and summary}
## Fixes applied
- {what changed}
## Test results
- {command and outcome}
- Judging based on assumptions
- Leaving problems that AI Reviewer REJECTED
instruction: ai-fix
- name: ai_no_fix
edit: false
persona: architecture-reviewer
stance: review
allowed_tools:
- Read
- Glob
@ -388,57 +216,17 @@ movements:
next: ai_fix
- condition: ai_fix's judgment is valid (no fix needed)
next: reviewers
instruction_template: |
ai_review (reviewer) and ai_fix (coder) disagree.
- ai_review found issues and REJECTed
- ai_fix verified and determined "no fix needed"
Review both outputs and arbitrate which judgment is correct.
**Reports to reference:**
- AI Review results: {report:04-ai-review.md}
**Judgment criteria:**
- Are ai_review's findings specific and pointing to real issues in the code?
- Does ai_fix's rebuttal have evidence (file verification, test results)?
- Are the findings non-blocking (record-only) or do they require actual fixes?
instruction: arbitrate
- name: reviewers
parallel:
- name: arch-review
edit: false
persona: architecture-reviewer
stance: review
report:
name: 05-architect-review.md
format: |
```markdown
# Architecture Review
## Result: APPROVE / REJECT
## Summary
{1-2 sentences summarizing result}
## Reviewed Perspectives
- [x] Structure & Design
- [x] Code Quality
- [x] Change Scope
## Issues (if REJECT)
| # | Scope | Location | Issue | Fix |
|---|-------|----------|-------|-----|
| 1 | In-scope | `src/file.ts:42` | Issue description | Fix method |
Scope: "In-scope" (fixable now) / "Out-of-scope" (existing issue, non-blocking)
## Existing Issues (informational, non-blocking)
- {Record of existing issues unrelated to current change}
```
**Cognitive load reduction rules:**
- APPROVE -> Summary only (5 lines or less)
- REJECT -> Issues in table format (30 lines or less)
format: architecture-review
allowed_tools:
- Read
- Glob
@ -448,52 +236,15 @@ movements:
rules:
- condition: approved
- condition: needs_fix
instruction_template: |
**Verify that the implementation follows the design from the architect movement.**
Do NOT review AI-specific issues (that's the ai_review movement).
**Reports to reference:**
- Design: {report:01-architecture.md} (if exists)
- Implementation scope: {report:02-coder-scope.md}
**Review perspectives:**
- Design consistency (does it follow the file structure and patterns defined by architect?)
- Code quality
- Change scope appropriateness
- Test coverage
- Dead code
- Call chain verification
**Note:** For small tasks that skipped the architect movement, review design validity as usual.
instruction: review-arch
- name: qa-review
edit: false
persona: qa-reviewer
stance: review
report:
name: 06-qa-review.md
format: |
```markdown
# QA Review
## Result: APPROVE / REJECT
## Summary
{1-2 sentences summarizing result}
## Reviewed Perspectives
| Perspective | Result | Notes |
|-------------|--------|-------|
| Test Coverage | ✅ | - |
| Test Quality | ✅ | - |
| Error Handling | ✅ | - |
| Documentation | ✅ | - |
| Maintainability | ✅ | - |
## Issues (if REJECT)
| # | Category | Issue | Fix |
|---|----------|-------|-----|
| 1 | Testing | Issue description | Fix method |
```
format: qa-review
allowed_tools:
- Read
- Glob
@ -503,15 +254,7 @@ movements:
rules:
- condition: approved
- condition: needs_fix
instruction_template: |
Review the changes from the quality assurance perspective.
**Review Criteria:**
- Test coverage and quality
- Test strategy (unit/integration/E2E)
- Error handling
- Logging and monitoring
- Maintainability
instruction: review-qa
rules:
- condition: all("approved")
next: supervise
@ -521,6 +264,9 @@ movements:
- name: fix
edit: true
persona: coder
stance:
- coding
- testing
allowed_tools:
- Read
- Glob
@ -536,25 +282,12 @@ movements:
next: reviewers
- condition: Cannot proceed, insufficient info
next: plan
instruction_template: |
Address the feedback from the reviewers.
The "Original User Request" is reference information, not the latest instruction.
Review the session conversation history and fix the issues raised by the reviewers.
**Required output (include headings)**
## Work done
- {summary of work performed}
## Changes made
- {summary of code changes}
## Test results
- {command and outcome}
## Evidence
- {key files/grep/diff/log evidence you verified}
instruction: fix
- name: supervise
edit: false
persona: supervisor
stance: review
report:
- Validation: 07-supervisor-validation.md
- Summary: summary.md
@ -570,68 +303,4 @@ movements:
next: COMPLETE
- condition: Requirements unmet, tests failing, build errors
next: plan
instruction_template: |
Run tests, verify the build, and perform final approval.
**Piece Overall Review:**
1. Does the implementation match the plan ({report:00-plan.md}) and design ({report:01-architecture.md}, if exists)?
2. Were all review movement issues addressed?
3. Was the original task objective achieved?
**Review Reports:** Read all reports in Report Directory and
check for any unaddressed improvement suggestions.
**Validation report format:**
```markdown
# Final Validation Results
## Result: APPROVE / REJECT
## Validation Summary
| Item | Status | Verification Method |
|------|--------|---------------------|
| Requirements met | ✅ | Matched against requirements list |
| Tests | ✅ | `npm test` (N passed) |
| Build | ✅ | `npm run build` succeeded |
| Functional check | ✅ | Main flows verified |
## Deliverables
- Created: {Created files}
- Modified: {Modified files}
## Incomplete Items (if REJECT)
| # | Item | Reason |
|---|------|--------|
| 1 | {Item} | {Reason} |
```
**Summary report format (only if APPROVE):**
```markdown
# Task Completion Summary
## Task
{Original request in 1-2 sentences}
## Result
✅ Complete
## Changes
| Type | File | Summary |
|------|------|---------|
| Create | `src/file.ts` | Summary description |
## Review Results
| Review | Result |
|--------|--------|
| Architecture Design | ✅ Complete |
| AI Review | ✅ APPROVE |
| Architect Review | ✅ APPROVE |
| QA | ✅ APPROVE |
| Supervisor | ✅ APPROVE |
## Verification Commands
```bash
npm test
npm run build
```
```
instruction: supervise

View File

@ -9,26 +9,14 @@
# └─ qa-review
# any("needs_fix") → fix → reviewers
#
# AI review runs immediately after implementation to catch AI-specific issues early,
# before expert reviews begin.
#
# Boilerplate sections (Piece Context, User Request, Previous Response,
# Additional User Inputs, Instructions heading) are auto-injected by buildInstruction().
# Only movement-specific content belongs in instruction_template.
#
# Template Variables (available in instruction_template):
# {iteration} - Piece-wide turn count (total movements executed across all agents)
# {max_iterations} - Maximum iterations allowed for the piece
# {movement_iteration} - Per-movement iteration count (how many times THIS movement has been executed)
# {previous_response} - Output from the previous movement (only when pass_previous_response: true)
# {report_dir} - Report directory name (e.g., "20250126-143052-task-summary")
#
# Movement-level Fields:
# report: - Report file(s) for the movement (auto-injected as Report File/Files in Piece Context)
# Single: report: 00-plan.md
# Multiple: report:
# - Scope: 01-coder-scope.md
# - Decisions: 02-coder-decisions.md
# Template Variables:
# {iteration} - Piece-wide turn count (total movements executed across all agents)
# {max_iterations} - Maximum iterations allowed for the piece
# {movement_iteration} - Per-movement iteration count (how many times THIS movement has been executed)
# {task} - Original user request
# {previous_response} - Output from the previous movement
# {user_inputs} - Accumulated user inputs during piece
# {report_dir} - Report directory name (e.g., "20250126-143052-task-summary")
name: expert
description: Architecture, Frontend, Security, QA Expert Review
@ -50,6 +38,30 @@ personas:
qa-reviewer: ../personas/qa-reviewer.md
expert-supervisor: ../personas/expert-supervisor.md
instructions:
plan: ../instructions/plan.md
implement: ../instructions/implement.md
ai-review: ../instructions/ai-review.md
ai-fix: ../instructions/ai-fix.md
arbitrate: ../instructions/arbitrate.md
review-arch: ../instructions/review-arch.md
review-frontend: ../instructions/review-frontend.md
review-security: ../instructions/review-security.md
review-qa: ../instructions/review-qa.md
fix: ../instructions/fix.md
supervise: ../instructions/supervise.md
fix-supervisor: ../instructions/fix-supervisor.md
report_formats:
plan: ../report-formats/plan.md
ai-review: ../report-formats/ai-review.md
architecture-review: ../report-formats/architecture-review.md
frontend-review: ../report-formats/frontend-review.md
security-review: ../report-formats/security-review.md
qa-review: ../report-formats/qa-review.md
validation: ../report-formats/validation.md
summary: ../report-formats/summary.md
initial_movement: plan
movements:
@ -61,27 +73,7 @@ movements:
persona: planner
report:
name: 00-plan.md
format: |
```markdown
# Task Plan
## Original Request
{User's request as-is}
## Analysis Results
### Objective
{What needs to be achieved}
### Scope
{Impact scope}
### Implementation Approach
{How to proceed}
## Clarifications Needed (if any)
- {Unclear points or items requiring confirmation}
```
format: plan
allowed_tools:
- Read
- Glob
@ -89,16 +81,7 @@ movements:
- Bash
- WebSearch
- WebFetch
instruction_template: |
Analyze the task and create an implementation plan.
**Note:** If returned from implement movement (Previous Response exists),
review and revise the plan based on that feedback (replan).
**Tasks:**
1. Understand the requirements
2. Identify impact scope
3. Decide implementation approach
instruction: plan
rules:
- condition: Task analysis and planning is complete
next: implement
@ -127,48 +110,7 @@ movements:
- Bash
- WebSearch
- WebFetch
instruction_template: |
Follow the plan from the plan movement and implement.
Refer to the plan report ({report:00-plan.md}) and proceed with implementation.
Use only the Report Directory files shown in Piece Context. Do not search or open reports outside that directory.
**Scope report format (create at implementation start):**
```markdown
# Change Scope Declaration
## Task
{One-line task summary}
## Planned Changes
| Type | File |
|------|------|
| Create | `src/example.ts` |
| Modify | `src/routes.ts` |
## Estimated Size
Small / Medium / Large
## Impact Scope
- {Affected modules or features}
```
**Decisions report format (on completion, only if decisions were made):**
```markdown
# Decision Log
## 1. {Decision Content}
- **Background**: {Why the decision was needed}
- **Options Considered**: {List of options}
- **Reason**: {Why this option was chosen}
```
**Required output (include headings)**
## Work done
- {summary of work performed}
## Changes made
- {summary of code changes}
## Test results
- {command and outcome}
instruction: implement
rules:
- condition: Implementation is complete
next: ai_review
@ -190,49 +132,14 @@ movements:
stance: review
report:
name: 03-ai-review.md
format: |
```markdown
# AI-Generated Code Review
## Result: APPROVE / REJECT
## Summary
{One sentence summarizing result}
## Verified Items
| Aspect | Result | Notes |
|--------|--------|-------|
| Assumption validity | ✅ | - |
| API/Library existence | ✅ | - |
| Context fit | ✅ | - |
| Scope | ✅ | - |
## Issues (if REJECT)
| # | Category | Location | Issue |
|---|----------|----------|-------|
| 1 | Hallucinated API | `src/file.ts:23` | Non-existent method |
```
**Cognitive load reduction rules:**
- No issues -> Summary 1 line + check table only (10 lines or less)
- Issues found -> + Issues in table format (25 lines or less)
format: ai-review
allowed_tools:
- Read
- Glob
- Grep
- WebSearch
- WebFetch
instruction_template: |
**This is AI Review iteration {movement_iteration}.**
For the 1st iteration, review thoroughly and report all issues at once.
For iteration 2+, prioritize verifying that previously REJECTed items have been fixed.
Review the code for AI-specific issues:
- Assumption validation
- Plausible but wrong patterns
- Context fit with existing codebase
- Scope creep detection
instruction: ai-review
rules:
- condition: No AI-specific issues found
next: reviewers
@ -255,50 +162,7 @@ movements:
- Bash
- WebSearch
- WebFetch
instruction_template: |
**This is AI Review iteration {movement_iteration}.**
If this is iteration 2 or later, it means your previous fixes were not actually applied.
**Your belief that you "already fixed it" is wrong.**
**First, acknowledge:**
- Files you thought were "fixed" are actually not fixed
- Your understanding of previous work is incorrect
- You need to start from zero
**Required actions:**
1. Open all flagged files with Read tool (drop assumptions, verify facts)
2. Search for problem code with grep to confirm it exists
3. Fix confirmed problems with Edit tool
4. Run tests to verify (`./gradlew :backend:test` etc.)
5. Report specifically "what you checked and what you fixed"
**Report format:**
- ❌ "Already fixed"
- ✅ "Checked file X at L123, found problem Y, fixed to Z"
**Absolutely prohibited:**
- Reporting "fixed" without opening files
- Judging based on assumptions
- Leaving problems that AI Reviewer REJECTED
- Removing scope creep
**Handling "no fix needed" (required)**
- Do not claim "no fix needed" unless you can show the checked target file(s) for each AI Review issue
- If an issue involves generated code or spec sync, and you cannot verify the source spec, output the tag for "Unable to proceed with fixes"
- When "no fix needed", output the tag for "Unable to proceed with fixes" and include the reason + checked scope
**Required output (include headings)**
## Files checked
- {path:line}
## Searches run
- {command and summary}
## Fixes applied
- {what changed}
## Test results
- {command and outcome}
**No-implementation handling (required)**
instruction: ai-fix
rules:
- condition: AI Reviewer's issues have been fixed
next: ai_review
@ -320,21 +184,7 @@ movements:
next: ai_fix
- condition: ai_fix's judgment is valid (no fix needed)
next: reviewers
instruction_template: |
ai_review (reviewer) and ai_fix (coder) disagree.
- ai_review found issues and REJECTed
- ai_fix verified and determined "no fix needed"
Review both outputs and arbitrate which judgment is correct.
**Reports to reference:**
- AI Review results: {report:03-ai-review.md}
**Judgment criteria:**
- Are ai_review's findings specific and pointing to real issues in the code?
- Does ai_fix's rebuttal have evidence (file verification, test results)?
- Are the findings non-blocking (record-only) or do they require actual fixes?
instruction: arbitrate
# ===========================================
# Movement 3: Expert Reviews (Parallel)
@ -347,37 +197,7 @@ movements:
stance: review
report:
name: 04-architect-review.md
format: |
```markdown
# Architecture Review
## Result: APPROVE / REJECT
## Summary
{1-2 sentences summarizing result}
## Reviewed Aspects
- [x] Structure/Design
- [x] Code Quality
- [x] Change Scope
- [x] Test Coverage
- [x] Dead Code
- [x] Call Chain Verification
## Issues (if REJECT)
| # | Scope | Location | Issue | Fix |
|---|-------|----------|-------|-----|
| 1 | In-scope | `src/file.ts:42` | Issue description | Fix method |
Scope: "In-scope" (fixable now) / "Out-of-scope" (existing issue, non-blocking)
## Existing Issues (informational, non-blocking)
- {Record of existing issues unrelated to current change}
```
**Cognitive load reduction rules:**
- APPROVE -> Summary only (5 lines or less)
- REJECT -> Issues in table format (30 lines or less)
format: architecture-review
allowed_tools:
- Read
- Glob
@ -388,16 +208,7 @@ movements:
rules:
- condition: approved
- condition: needs_fix
instruction_template: |
Focus on **architecture and design** review. Do NOT review AI-specific issues (that's the ai_review movement).
**Review Criteria:**
- Structure/design validity
- Code quality
- Change scope appropriateness
- Test coverage
- Dead code
- Call chain verification
instruction: review-arch
- name: frontend-review
edit: false
@ -405,29 +216,7 @@ movements:
stance: review
report:
name: 05-frontend-review.md
format: |
```markdown
# Frontend Review
## Result: APPROVE / REJECT
## Summary
{1-2 sentences summarizing result}
## Reviewed Perspectives
| Perspective | Result | Notes |
|-------------|--------|-------|
| Component Design | ✅ | - |
| State Management | ✅ | - |
| Performance | ✅ | - |
| Accessibility | ✅ | - |
| Type Safety | ✅ | - |
## Issues (if REJECT)
| # | Location | Issue | Fix |
|---|----------|-------|-----|
| 1 | `src/file.tsx:42` | Issue description | Fix method |
```
format: frontend-review
allowed_tools:
- Read
- Glob
@ -438,19 +227,7 @@ movements:
rules:
- condition: approved
- condition: needs_fix
instruction_template: |
Review the changes from the frontend development perspective.
**Review Criteria:**
- Component design (separation of concerns, granularity)
- State management (local/global decisions)
- Performance (re-rendering, memoization)
- Accessibility (keyboard support, ARIA)
- Data fetching patterns
- TypeScript type safety
**Note**: If this project does not include frontend code,
approve and proceed to the next movement.
instruction: review-frontend
- name: security-review
edit: false
@ -458,35 +235,7 @@ movements:
stance: review
report:
name: 06-security-review.md
format: |
```markdown
# Security Review
## Result: APPROVE / REJECT
## Severity: None / Low / Medium / High / Critical
## Check Results
| Category | Result | Notes |
|----------|--------|-------|
| Injection | ✅ | - |
| Auth/Authz | ✅ | - |
| Data Protection | ✅ | - |
| Dependencies | ✅ | - |
## Vulnerabilities (if REJECT)
| # | Severity | Type | Location | Fix |
|---|----------|------|----------|-----|
| 1 | High | SQLi | `src/db.ts:42` | Use parameterized query |
## Warnings (non-blocking)
- {Security recommendations}
```
**Cognitive load reduction rules:**
- No issues -> Check table only (10 lines or less)
- Warnings -> + Warnings 1-2 lines (15 lines or less)
- Vulnerabilities -> + Table format (30 lines or less)
format: security-review
allowed_tools:
- Read
- Glob
@ -497,12 +246,7 @@ movements:
rules:
- condition: approved
- condition: needs_fix
instruction_template: |
Perform security review on the changes. Check for vulnerabilities including:
- Injection attacks (SQL, Command, XSS)
- Authentication/Authorization issues
- Data exposure risks
- Cryptographic weaknesses
instruction: review-security
- name: qa-review
edit: false
@ -510,29 +254,7 @@ movements:
stance: review
report:
name: 07-qa-review.md
format: |
```markdown
# QA Review
## Result: APPROVE / REJECT
## Summary
{1-2 sentences summarizing result}
## Reviewed Perspectives
| Perspective | Result | Notes |
|-------------|--------|-------|
| Test Coverage | ✅ | - |
| Test Quality | ✅ | - |
| Error Handling | ✅ | - |
| Documentation | ✅ | - |
| Maintainability | ✅ | - |
## Issues (if REJECT)
| # | Category | Issue | Fix |
|---|----------|-------|-----|
| 1 | Testing | Issue description | Fix method |
```
format: qa-review
allowed_tools:
- Read
- Glob
@ -543,16 +265,7 @@ movements:
rules:
- condition: approved
- condition: needs_fix
instruction_template: |
Review the changes from the quality assurance perspective.
**Review Criteria:**
- Test coverage and quality
- Test strategy (unit/integration/E2E)
- Documentation (in-code and external)
- Error handling
- Logging and monitoring
- Maintainability
instruction: review-qa
rules:
- condition: all("approved")
next: supervise
@ -580,21 +293,7 @@ movements:
next: reviewers
- condition: Cannot proceed, insufficient info
next: plan
instruction_template: |
Address the feedback from the reviewers.
The "Original User Request" is reference information, not the latest instruction.
Review the session conversation history and fix the issues raised by the reviewers.
**Required output (include headings)**
## Work done
- {summary of work performed}
## Changes made
- {summary of code changes}
## Test results
- {command and outcome}
## Evidence
- {key files/grep/diff/log evidence you verified}
instruction: fix
# ===========================================
# Movement 4: Supervision
@ -612,80 +311,7 @@ movements:
- Grep
- WebSearch
- WebFetch
instruction_template: |
## Previous Reviews Summary
Reaching this movement means all the following reviews have been APPROVED:
- Architecture Review: APPROVED
- Frontend Review: APPROVED
- AI Review: APPROVED
- Security Review: APPROVED
- QA Review: APPROVED
Run tests, verify the build, and perform final approval.
**Piece Overall Review:**
1. Does the implementation match the plan ({report:00-plan.md})?
2. Were all review movement issues addressed?
3. Was the original task objective achieved?
**Review Reports:** Read all reports in Report Directory and
check for any unaddressed improvement suggestions.
**Validation report format:**
```markdown
# Final Validation Results
## Result: APPROVE / REJECT
## Validation Summary
| Item | Status | Verification Method |
|------|--------|---------------------|
| Requirements met | ✅ | Matched against requirements list |
| Tests | ✅ | `npm test` (N passed) |
| Build | ✅ | `npm run build` succeeded |
| Functional check | ✅ | Main flows verified |
## Deliverables
- Created: {Created files}
- Modified: {Modified files}
## Incomplete Items (if REJECT)
| # | Item | Reason |
|---|------|--------|
| 1 | {Item} | {Reason} |
```
**Summary report format (only if APPROVE):**
```markdown
# Task Completion Summary
## Task
{Original request in 1-2 sentences}
## Result
✅ Complete
## Changes
| Type | File | Summary |
|------|------|---------|
| Create | `src/file.ts` | Summary description |
## Review Results
| Review | Result |
|--------|--------|
| Architecture | ✅ APPROVE |
| Frontend | ✅ APPROVE |
| AI Review | ✅ APPROVE |
| Security | ✅ APPROVE |
| QA | ✅ APPROVE |
| Supervisor | ✅ APPROVE |
## Verification Commands
```bash
npm test
npm run build
```
```
instruction: supervise
rules:
- condition: All validations pass and ready to merge
next: COMPLETE
@ -707,22 +333,7 @@ movements:
- Bash
- WebSearch
- WebFetch
instruction_template: |
Fix the issues pointed out by the supervisor.
The supervisor has identified issues from a big-picture perspective.
Address items in priority order.
**Required output (include headings)**
## Work done
- {summary of work performed}
## Changes made
- {summary of code changes}
## Test results
- {command and outcome}
## Evidence
- {key files/grep/diff/log evidence you verified}
instruction: fix-supervisor
rules:
- condition: Supervisor's issues have been fixed
next: supervise

View File

@ -16,17 +16,35 @@ description: Minimal development piece (implement -> parallel review -> fix if n
max_iterations: 20
stances:
coding: ../stances/coding.md
review: ../stances/review.md
testing: ../stances/testing.md
personas:
coder: ../personas/coder.md
ai-antipattern-reviewer: ../personas/ai-antipattern-reviewer.md
supervisor: ../personas/supervisor.md
instructions:
implement: ../instructions/implement.md
review-ai: ../instructions/review-ai.md
ai-fix: ../instructions/ai-fix.md
supervise: ../instructions/supervise.md
fix-supervisor: ../instructions/fix-supervisor.md
report_formats:
ai-review: ../report-formats/ai-review.md
initial_movement: implement
movements:
- name: implement
edit: true
persona: coder
stance:
- coding
- testing
report:
- Scope: 01-coder-scope.md
- Decisions: 02-coder-decisions.md
@ -40,48 +58,7 @@ movements:
- WebSearch
- WebFetch
permission_mode: edit
instruction_template: |
Implement the task.
Use only the Report Directory files shown in Piece Context. Do not search or open reports outside that directory.
**Scope report format (create at implementation start):**
```markdown
# Change Scope Declaration
## Task
{One-line task summary}
## Planned Changes
| Type | File |
|------|------|
| Create | `src/example.ts` |
| Modify | `src/routes.ts` |
## Estimated Size
Small / Medium / Large
## Impact Scope
- {Affected modules or features}
```
**Decisions report format (on completion, only if decisions were made):**
```markdown
# Decision Log
## 1. {Decision Content}
- **Background**: {Why the decision was needed}
- **Options Considered**: {List of options}
- **Reason**: {Why this option was chosen}
```
**Required output (include headings)**
## Work done
- {summary of work performed}
## Changes made
- {summary of code changes}
## Test results
- {command and outcome}
instruction: implement
rules:
- condition: Implementation complete
next: reviewers
@ -97,34 +74,10 @@ movements:
- name: ai_review
edit: false
persona: ai-antipattern-reviewer
stance: review
report:
name: 03-ai-review.md
format: |
```markdown
# AI-Generated Code Review
## Result: APPROVE / REJECT
## Summary
{One sentence summarizing result}
## Verified Items
| Aspect | Result | Notes |
|--------|--------|-------|
| Assumption validity | ✅ | - |
| API/Library existence | ✅ | - |
| Context fit | ✅ | - |
| Scope | ✅ | - |
## Issues (if REJECT)
| # | Category | Location | Issue |
|---|----------|----------|-------|
| 1 | Hallucinated API | `src/file.ts:23` | Non-existent method |
```
**Cognitive load reduction rules:**
- No issues -> Summary 1 line + check table only (10 lines or less)
- Issues found -> + Issues in table format (25 lines or less)
format: ai-review
allowed_tools:
- Read
- Glob
@ -132,12 +85,7 @@ movements:
- WebSearch
- WebFetch
instruction_template: |
Review the code for AI-specific issues:
- Assumption validation
- Plausible but wrong patterns
- Context fit with existing codebase
- Scope creep detection
instruction: review-ai
rules:
- condition: No AI-specific issues
- condition: AI-specific issues found
@ -145,6 +93,7 @@ movements:
- name: supervise
edit: false
persona: supervisor
stance: review
report:
- Validation: 05-supervisor-validation.md
- Summary: summary.md
@ -156,68 +105,7 @@ movements:
- Bash
- WebSearch
- WebFetch
instruction_template: |
Run tests, verify the build, and perform final approval.
**Piece Overall Review:**
1. Does the implementation meet the original request?
2. Were AI Review issues addressed?
3. Was the original task objective achieved?
**Review Reports:** Read all reports in Report Directory and
check for any unaddressed improvement suggestions.
**Validation report format:**
```markdown
# Final Validation Results
## Result: APPROVE / REJECT
## Validation Summary
| Item | Status | Verification Method |
|------|--------|---------------------|
| Requirements met | ✅ | Matched against requirements list |
| Tests | ✅ | `npm test` (N passed) |
| Build | ✅ | `npm run build` succeeded |
| Functional check | ✅ | Main flows verified |
## Deliverables
- Created: {Created files}
- Modified: {Modified files}
## Incomplete Items (if REJECT)
| # | Item | Reason |
|---|------|--------|
| 1 | {Item} | {Reason} |
```
**Summary report format (only if APPROVE):**
```markdown
# Task Completion Summary
## Task
{Original request in 1-2 sentences}
## Result
✅ Complete
## Changes
| Type | File | Summary |
|------|------|---------|
| Create | `src/file.ts` | Summary description |
## Review Results
| Review | Result |
|--------|--------|
| AI Review | ✅ APPROVE |
| Supervisor | ✅ APPROVE |
## Verification Commands
```bash
npm test
npm run build
```
```
instruction: supervise
rules:
- condition: All checks passed
- condition: Requirements unmet, tests failing
@ -237,6 +125,9 @@ movements:
- name: ai_fix_parallel
edit: true
persona: coder
stance:
- coding
- testing
allowed_tools:
- Read
- Glob
@ -251,51 +142,14 @@ movements:
- condition: AI Reviewer's issues fixed
- condition: No fix needed (verified target files/spec)
- condition: Cannot proceed, insufficient info
instruction_template: |
**This is AI Review iteration {movement_iteration}.**
If this is iteration 2 or later, it means your previous fixes were not actually applied.
**Your belief that you "already fixed it" is wrong.**
**First, acknowledge:**
- Files you thought were "fixed" are actually not fixed
- Your understanding of previous work is incorrect
- You need to start from zero
**Required actions:**
1. Open all flagged files with Read tool (drop assumptions, verify facts)
2. Search for problem code with grep to confirm it exists
3. Fix confirmed problems with Edit tool
4. Run tests to verify (e.g., `npm test`, `./gradlew test`)
5. Report specifically "what you checked and what you fixed"
**Report format:**
- ❌ "Already fixed"
- ✅ "Checked file X at L123, found problem Y, fixed to Z"
**Absolutely prohibited:**
- Reporting "fixed" without opening files
- Judging based on assumptions
- Leaving problems that AI Reviewer REJECTED
**Handling "no fix needed" (required)**
- Do not claim "no fix needed" unless you can show the checked target file(s) for each AI Review issue
- If an issue involves generated code or spec sync, and you cannot verify the source spec, output the tag for "Cannot proceed, insufficient info"
- When "no fix needed", output the tag for "Cannot proceed, insufficient info" and include the reason + checked scope
**Required output (include headings)**
## Files checked
- {path:line}
## Searches run
- {command and summary}
## Fixes applied
- {what changed}
## Test results
- {command and outcome}
instruction: ai-fix
- name: supervise_fix_parallel
edit: true
persona: coder
stance:
- coding
- testing
allowed_tools:
- Read
- Glob
@ -309,21 +163,7 @@ movements:
rules:
- condition: Supervisor's issues fixed
- condition: Cannot proceed, insufficient info
instruction_template: |
Fix the issues pointed out by the supervisor.
The supervisor has identified issues from a big-picture perspective.
Address items in priority order.
**Required output (include headings)**
## Work done
- {summary of work performed}
## Changes made
- {summary of code changes}
## Test results
- {command and outcome}
## Evidence
- {key files/grep/diff/log evidence you verified}
instruction: fix-supervisor
rules:
- condition: all("AI Reviewer's issues fixed", "Supervisor's issues fixed")
@ -334,6 +174,9 @@ movements:
- name: ai_fix
edit: true
persona: coder
stance:
- coding
- testing
allowed_tools:
- Read
- Glob
@ -351,51 +194,14 @@ movements:
next: implement
- condition: Cannot proceed, insufficient info
next: implement
instruction_template: |
**This is AI Review iteration {movement_iteration}.**
If this is iteration 2 or later, it means your previous fixes were not actually applied.
**Your belief that you "already fixed it" is wrong.**
**First, acknowledge:**
- Files you thought were "fixed" are actually not fixed
- Your understanding of previous work is incorrect
- You need to start from zero
**Required actions:**
1. Open all flagged files with Read tool (drop assumptions, verify facts)
2. Search for problem code with grep to confirm it exists
3. Fix confirmed problems with Edit tool
4. Run tests to verify (e.g., `npm test`, `./gradlew test`)
5. Report specifically "what you checked and what you fixed"
**Report format:**
- ❌ "Already fixed"
- ✅ "Checked file X at L123, found problem Y, fixed to Z"
**Absolutely prohibited:**
- Reporting "fixed" without opening files
- Judging based on assumptions
- Leaving problems that AI Reviewer REJECTED
**Handling "no fix needed" (required)**
- Do not claim "no fix needed" unless you can show the checked target file(s) for each AI Review issue
- If an issue involves generated code or spec sync, and you cannot verify the source spec, output the tag for "Cannot proceed, insufficient info"
- When "no fix needed", output the tag for "Cannot proceed, insufficient info" and include the reason + checked scope
**Required output (include headings)**
## Files checked
- {path:line}
## Searches run
- {command and summary}
## Fixes applied
- {what changed}
## Test results
- {command and outcome}
instruction: ai-fix
- name: supervise_fix
edit: true
persona: coder
stance:
- coding
- testing
allowed_tools:
- Read
- Glob
@ -411,18 +217,4 @@ movements:
next: reviewers
- condition: Cannot proceed, insufficient info
next: implement
instruction_template: |
Fix the issues pointed out by the supervisor.
The supervisor has identified issues from a big-picture perspective.
Address items in priority order.
**Required output (include headings)**
## Work done
- {summary of work performed}
## Changes made
- {summary of code changes}
## Test results
- {command and outcome}
## Evidence
- {key files/grep/diff/log evidence you verified}
instruction: fix-supervisor

View File

@ -35,6 +35,17 @@ personas:
supervisor: ../personas/supervisor.md
pr-commenter: ../personas/pr-commenter.md
instructions:
review-arch: ../instructions/review-arch.md
review-security: ../instructions/review-security.md
review-ai: ../instructions/review-ai.md
report_formats:
architecture-review: ../report-formats/architecture-review.md
security-review: ../report-formats/security-review.md
ai-review: ../report-formats/ai-review.md
review-summary: ../report-formats/review-summary.md
initial_movement: plan
movements:
@ -81,33 +92,7 @@ movements:
stance: review
report:
name: 01-architect-review.md
format: |
```markdown
# Architecture Review
## Result: APPROVE / IMPROVE / REJECT
## Summary
{1-2 sentences summarizing result}
## Reviewed Perspectives
- [x] Structure & Design
- [x] Code Quality
- [x] Change Scope
## Issues (if REJECT)
| # | Location | Issue | Fix |
|---|----------|-------|-----|
| 1 | `src/file.ts:42` | Issue description | Fix method |
## Improvement Suggestions (optional, non-blocking)
- {Future improvement suggestions}
```
**Cognitive load reduction rules:**
- APPROVE + no issues -> Summary only (5 lines or less)
- APPROVE + minor suggestions -> Summary + suggestions (15 lines or less)
- REJECT -> Issues in table format (30 lines or less)
format: architecture-review
allowed_tools:
- Read
- Glob
@ -118,10 +103,7 @@ movements:
rules:
- condition: approved
- condition: needs_fix
instruction_template: |
Focus on **architecture and design** review. Do NOT review AI-specific issues (that's the ai_review movement).
Review the code and provide feedback.
instruction: review-arch
- name: security-review
edit: false
@ -129,35 +111,7 @@ movements:
stance: review
report:
name: 02-security-review.md
format: |
```markdown
# Security Review
## Result: APPROVE / REJECT
## Severity: None / Low / Medium / High / Critical
## Check Results
| Category | Result | Notes |
|----------|--------|-------|
| Injection | - | - |
| Auth/Authz | - | - |
| Data Protection | - | - |
| Dependencies | - | - |
## Vulnerabilities (if REJECT)
| # | Severity | Type | Location | Fix |
|---|----------|------|----------|-----|
| 1 | High | SQLi | `src/db.ts:42` | Use parameterized query |
## Warnings (non-blocking)
- {Security recommendations}
```
**Cognitive load reduction rules:**
- No issues -> Check table only (10 lines or less)
- Warnings -> + Warnings 1-2 lines (15 lines or less)
- Vulnerabilities -> + Table format (30 lines or less)
format: security-review
allowed_tools:
- Read
- Glob
@ -168,12 +122,7 @@ movements:
rules:
- condition: approved
- condition: needs_fix
instruction_template: |
Perform security review on the code. Check for vulnerabilities including:
- Injection attacks (SQL, Command, XSS)
- Authentication/Authorization issues
- Data exposure risks
- Cryptographic weaknesses
instruction: review-security
- name: ai-review
edit: false
@ -181,32 +130,7 @@ movements:
stance: review
report:
name: 03-ai-review.md
format: |
```markdown
# AI-Generated Code Review
## Result: APPROVE / REJECT
## Summary
{One sentence summarizing result}
## Verified Items
| Aspect | Result | Notes |
|--------|--------|-------|
| Assumption validity | - | - |
| API/Library existence | - | - |
| Context fit | - | - |
| Scope | - | - |
## Issues (if REJECT)
| # | Category | Location | Issue |
|---|----------|----------|-------|
| 1 | Hallucinated API | `src/file.ts:23` | Non-existent method |
```
**Cognitive load reduction rules:**
- No issues -> Summary 1 line + check table only (10 lines or less)
- Issues found -> + Issues in table format (25 lines or less)
format: ai-review
allowed_tools:
- Read
- Glob
@ -217,12 +141,7 @@ movements:
rules:
- condition: approved
- condition: needs_fix
instruction_template: |
Review the code for AI-specific issues:
- Assumption validation
- Plausible but wrong patterns
- Context fit with existing codebase
- Scope creep detection
instruction: review-ai
rules:
- condition: all("approved")
next: supervise

View File

@ -0,0 +1,25 @@
```markdown
# AI-Generated Code Review
## Result: APPROVE / REJECT
## Summary
{Summarize the result in one sentence}
## Verified Items
| Aspect | Result | Notes |
|--------|--------|-------|
| Validity of assumptions | ✅ | - |
| API/library existence | ✅ | - |
| Context fit | ✅ | - |
| Scope | ✅ | - |
## Issues (if REJECT)
| # | Category | Location | Issue |
|---|----------|----------|-------|
| 1 | Hallucinated API | `src/file.ts:23` | Non-existent method |
```
**Cognitive load reduction rules:**
- No issues → Summary sentence + checklist only (10 lines or fewer)
- Issues found → + Issues in table format (25 lines or fewer)

View File

@ -0,0 +1,22 @@
```markdown
# Architecture Design
## Task Size
Small / Medium / Large
## Design Decisions
### File Structure
| File | Role |
|------|------|
| `src/example.ts` | Overview |
### Technology Selection
- {Selected technologies/libraries and rationale}
### Design Patterns
- {Adopted patterns and where they apply}
## Implementation Guidelines
- {Guidelines the Coder should follow during implementation}
```

View File

@ -0,0 +1,30 @@
```markdown
# Architecture Review
## Result: APPROVE / IMPROVE / REJECT
## Summary
{Summarize the result in 1-2 sentences}
## Reviewed Aspects
- [x] Structure & design
- [x] Code quality
- [x] Change scope
- [x] Test coverage
- [x] Dead code
- [x] Call chain verification
## Issues (if REJECT)
| # | Scope | Location | Issue | Fix Suggestion |
|---|-------|----------|-------|----------------|
| 1 | In-scope | `src/file.ts:42` | Issue description | Fix approach |
Scope: "In-scope" (fixable in this change) / "Out-of-scope" (existing issue, non-blocking)
## Existing Issues (reference, non-blocking)
- {Record of existing issues unrelated to the current change}
```
**Cognitive load reduction rules:**
- APPROVE → Summary only (5 lines or fewer)
- REJECT → Issues in table format (30 lines or fewer)

View File

@ -0,0 +1,8 @@
```markdown
# Decision Log
## 1. {Decision}
- **Context**: {Why the decision was needed}
- **Options considered**: {List of options}
- **Rationale**: {Why this option was chosen}
```

View File

@ -0,0 +1,18 @@
```markdown
# Change Scope Declaration
## Task
{One-line task summary}
## Planned Changes
| Type | File |
|------|------|
| Create | `src/example.ts` |
| Modify | `src/routes.ts` |
## Estimated Size
Small / Medium / Large
## Impact Area
- {Affected modules or features}
```

View File

@ -0,0 +1,27 @@
```markdown
# CQRS+ES Review
## Result: APPROVE / REJECT
## Summary
{Summarize the result in 1-2 sentences}
## Reviewed Aspects
| Aspect | Result | Notes |
|--------|--------|-------|
| Aggregate design | ✅ | - |
| Event design | ✅ | - |
| Command/Query separation | ✅ | - |
| Projections | ✅ | - |
| Eventual consistency | ✅ | - |
## Issues (if REJECT)
| # | Scope | Location | Issue | Fix Suggestion |
|---|-------|----------|-------|----------------|
| 1 | In-scope | `src/file.ts:42` | Issue description | Fix approach |
Scope: "In-scope" (fixable in this change) / "Out-of-scope" (existing issue, non-blocking)
## Existing Issues (reference, non-blocking)
- {Record of existing issues unrelated to the current change}
```

View File

@ -0,0 +1,22 @@
```markdown
# Frontend Review
## Result: APPROVE / REJECT
## Summary
{Summarize the result in 1-2 sentences}
## Reviewed Aspects
| Aspect | Result | Notes |
|--------|--------|-------|
| Component design | ✅ | - |
| State management | ✅ | - |
| Performance | ✅ | - |
| Accessibility | ✅ | - |
| Type safety | ✅ | - |
## Issues (if REJECT)
| # | Location | Issue | Fix Suggestion |
|---|----------|-------|----------------|
| 1 | `src/file.tsx:42` | Issue description | Fix approach |
```

View File

@ -0,0 +1,20 @@
```markdown
# Task Plan
## Original Request
{User's request as-is}
## Analysis
### Objective
{What needs to be achieved}
### Scope
{Impact area}
### Implementation Approach
{How to proceed}
## Open Questions (if any)
- {Unclear points or items that need confirmation}
```

View File

@ -0,0 +1,22 @@
```markdown
# QA Review
## Result: APPROVE / REJECT
## Summary
{Summarize the result in 1-2 sentences}
## Reviewed Aspects
| Aspect | Result | Notes |
|--------|--------|-------|
| Test coverage | ✅ | - |
| Test quality | ✅ | - |
| Error handling | ✅ | - |
| Documentation | ✅ | - |
| Maintainability | ✅ | - |
## Issues (if REJECT)
| # | Category | Issue | Fix Suggestion |
|---|----------|-------|----------------|
| 1 | Testing | Issue description | Fix approach |
```

View File

@ -0,0 +1,23 @@
```markdown
# Review Summary
## Overall Verdict: APPROVE / REJECT
## Summary
{Integrate all review results in 2-3 sentences}
## Review Results
| Review | Result | Key Findings |
|--------|--------|-------------|
| Architecture | APPROVE/REJECT | {Overview} |
| Security | APPROVE/REJECT | {Overview} |
| AI Anti-pattern | APPROVE/REJECT | {Overview} |
## Critical Issues
| # | Severity | Source | Location | Issue |
|---|----------|--------|----------|-------|
| 1 | High | Security | `file:line` | Description |
## Improvement Suggestions
- {Consolidated suggestions from all reviews}
```

View File

@ -0,0 +1,28 @@
```markdown
# Security Review
## Result: APPROVE / REJECT
## Severity: None / Low / Medium / High / Critical
## Check Results
| Category | Result | Notes |
|----------|--------|-------|
| Injection | ✅ | - |
| Authentication & Authorization | ✅ | - |
| Data Protection | ✅ | - |
| Dependencies | ✅ | - |
## Vulnerabilities (if REJECT)
| # | Severity | Type | Location | Fix Suggestion |
|---|----------|------|----------|----------------|
| 1 | High | SQLi | `src/db.ts:42` | Use parameterized queries |
## Warnings (non-blocking)
- {Security recommendations}
```
**Cognitive load reduction rules:**
- No issues → Checklist only (10 lines or fewer)
- Warnings present → + Warnings in 1-2 lines (15 lines or fewer)
- Vulnerabilities found → + Table format (30 lines or fewer)

View File

@ -0,0 +1,20 @@
```markdown
# Task Completion Summary
## Task
{Original request in 1-2 sentences}
## Result
Completed
## Changes
| Type | File | Overview |
|------|------|----------|
| Create | `src/file.ts` | Brief description |
## Verification Commands
```bash
npm test
npm run build
```
```

View File

@ -0,0 +1,22 @@
```markdown
# Final Validation Results
## Result: APPROVE / REJECT
## Validation Summary
| Item | Status | Verification Method |
|------|--------|-------------------|
| Requirements met | ✅ | Checked against requirements list |
| Tests | ✅ | `npm test` (N passed) |
| Build | ✅ | `npm run build` succeeded |
| Functional check | ✅ | Main flow verified |
## Deliverables
- Created: {Created files}
- Modified: {Modified files}
## Incomplete Items (if REJECT)
| # | Item | Reason |
|---|------|--------|
| 1 | {Item} | {Reason} |
```

View File

@ -0,0 +1,292 @@
# Coding Stance
Prioritize correctness over speed, and code accuracy over ease of implementation.
## Principles
| Principle | Criteria |
|-----------|----------|
| Simple > Easy | Prioritize readability over writability |
| DRY | Extract after 3 repetitions |
| Comments | Why only. Never write What/How |
| Function size | One function, one responsibility. ~30 lines |
| File size | ~300 lines as a guideline. Be flexible depending on the task |
| Boy Scout | Leave touched areas a little better than you found them |
| Fail Fast | Detect errors early. Never swallow them |
## No Fallbacks or Default Arguments
Do not write code that obscures the flow of values. Code where you must trace logic to understand a value is bad code.
### Prohibited Patterns
| Pattern | Example | Problem |
|---------|---------|---------|
| Fallback for required data | `user?.id ?? 'unknown'` | Processing continues in a state that should error |
| Default argument abuse | `function f(x = 'default')` where all call sites omit it | Impossible to tell where the value comes from |
| Null coalesce with no way to pass | `options?.cwd ?? process.cwd()` with no path from callers | Always falls back (meaningless) |
| Return empty value in try-catch | `catch { return ''; }` | Swallows the error |
| Silent skip on inconsistent values | `if (a !== expected) return undefined` | Config errors silently ignored at runtime |
### Correct Implementation
```typescript
// ❌ Prohibited - Fallback for required data
const userId = user?.id ?? 'unknown'
processUser(userId) // Processing continues with 'unknown'
// ✅ Correct - Fail Fast
if (!user?.id) {
throw new Error('User ID is required')
}
processUser(user.id)
// ❌ Prohibited - Default argument where all call sites omit
function loadConfig(path = './config.json') { ... }
// All call sites: loadConfig() ← path is never passed
// ✅ Correct - Make it required and pass explicitly
function loadConfig(path: string) { ... }
// Call site: loadConfig('./config.json') ← explicit
// ❌ Prohibited - Null coalesce with no way to pass
class Engine {
constructor(config, options?) {
this.cwd = options?.cwd ?? process.cwd()
// Problem: if there's no path to pass cwd via options, it always falls back to process.cwd()
}
}
// ✅ Correct - Allow passing from the caller
function createEngine(config, cwd: string) {
return new Engine(config, { cwd })
}
```
### Acceptable Cases
- Default values when validating external input (user input, API responses)
- Optional values in config files (explicitly designed to be omittable)
- Only some call sites use the default argument (prohibited if all callers omit it)
### Decision Criteria
1. **Is it required data?** → Throw an error, do not fall back
2. **Do all call sites omit it?** → Remove the default, make it required
3. **Is there a path to pass the value from above?** → If not, add a parameter or field
4. **Do related values have invariants?** → Cross-validate at load/setup time
## Abstraction
### Think Before Adding Conditionals
- Does the same condition exist elsewhere? → Abstract with a pattern
- Will more branches be added? → Use Strategy/Map pattern
- Branching on type? → Replace with polymorphism
```typescript
// ❌ Growing conditionals
if (type === 'A') { ... }
else if (type === 'B') { ... }
else if (type === 'C') { ... } // Yet another branch
// ✅ Abstract with a Map
const handlers = { A: handleA, B: handleB, C: handleC };
handlers[type]?.();
```
### Keep Abstraction Levels Consistent
Within a single function, keep operations at the same granularity. Extract detailed operations into separate functions. Do not mix "what to do" with "how to do it."
```typescript
// ❌ Mixed abstraction levels
function processOrder(order) {
validateOrder(order); // High level
const conn = pool.getConnection(); // Low-level detail
conn.query('INSERT...'); // Low-level detail
}
// ✅ Consistent abstraction levels
function processOrder(order) {
validateOrder(order);
saveOrder(order); // Details are hidden
}
```
### Follow Language and Framework Conventions
- Write Pythonic Python, idiomatic Kotlin, etc.
- Use framework-recommended patterns
- Prefer standard approaches over custom ones
- When unsure, research. Do not implement based on guesses
### Interface Design
Design interfaces from the consumer's perspective. Do not expose internal implementation details.
| Principle | Criteria |
|-----------|----------|
| Consumer perspective | Do not force things the caller does not need |
| Separate configuration from execution | Decide "what to use" at setup time, keep the execution API simple |
| No method proliferation | Absorb differences through configuration, not multiple methods doing the same thing |
```typescript
// ❌ Method proliferation — pushing configuration differences onto the caller
interface NotificationService {
sendEmail(to, subject, body)
sendSMS(to, message)
sendPush(to, title, body)
sendSlack(channel, message)
}
// ✅ Separate configuration from execution
interface NotificationService {
setup(config: ChannelConfig): Channel
}
interface Channel {
send(message: Message): Promise<Result>
}
```
### Leaky Abstraction
If a specific implementation appears in a generic layer, the abstraction is leaking. The generic layer should only know interfaces; branching should be absorbed by implementations.
```typescript
// ❌ Specific implementation imports and branching in generic layer
import { uploadToS3 } from '../aws/s3.js'
if (config.storage === 's3') {
return uploadToS3(config.bucket, file, options)
}
// ✅ Generic layer uses interface only. Unsupported cases error at creation time
const storage = createStorage(config)
return storage.upload(file, options)
```
## Structure
### Criteria for Splitting
- Has its own state → Separate
- UI/logic exceeding 50 lines → Separate
- Has multiple responsibilities → Separate
### Dependency Direction
- Upper layers → Lower layers (reverse direction prohibited)
- Fetch data at the root (View/Controller) and pass it down
- Children do not know about their parents
### State Management
- Confine state to where it is used
- Children do not modify state directly (notify parents via events)
- State flow is unidirectional
## Error Handling
Centralize error handling. Do not scatter try-catch everywhere.
```typescript
// ❌ Scattered try-catch
async function createUser(data) {
try {
const user = await userService.create(data)
return user
} catch (e) {
console.error(e)
throw new Error('Failed to create user')
}
}
// ✅ Centralized handling at the upper layer
// Catch collectively at the Controller/Handler layer
// Or handle via @ControllerAdvice / ErrorBoundary
async function createUser(data) {
return await userService.create(data) // Let exceptions propagate up
}
```
### Error Handling Placement
| Layer | Responsibility |
|-------|---------------|
| Domain/Service layer | Throw exceptions on business rule violations |
| Controller/Handler layer | Catch exceptions and convert to responses |
| Global handler | Handle common exceptions (NotFound, auth errors, etc.) |
## Conversion Placement
Place conversion methods on the DTO side.
```typescript
// ✅ Conversion methods on Request/Response DTOs
interface CreateUserRequest {
name: string
email: string
}
function toUseCaseInput(req: CreateUserRequest): CreateUserInput {
return { name: req.name, email: req.email }
}
// Controller
const input = toUseCaseInput(request)
const output = await useCase.execute(input)
return UserResponse.from(output)
```
Conversion direction:
```
Request → toInput() → UseCase/Service → Output → Response.from()
```
## Shared Code Decisions
### Rule of Three
- 1st occurrence: Write it inline
- 2nd occurrence: Do not extract yet (observe)
- 3rd occurrence: Consider extracting
### Should Be Shared
- Same logic in 3+ places
- Same style/UI pattern
- Same validation logic
- Same formatting logic
### Should Not Be Shared
- Similar but subtly different (forced generalization adds complexity)
- Used in only 1-2 places
- Based on "might need it in the future" predictions
```typescript
// ❌ Over-generalization
function formatValue(value, type, options) {
if (type === 'currency') { ... }
else if (type === 'date') { ... }
else if (type === 'percentage') { ... }
}
// ✅ Separate functions by purpose
function formatCurrency(amount: number): string { ... }
function formatDate(date: Date): string { ... }
function formatPercentage(value: number): string { ... }
```
## Prohibited
- **Fallbacks are prohibited by default** - Do not write fallbacks using `?? 'unknown'`, `|| 'default'`, or swallowing via `try-catch`. Propagate errors upward. If absolutely necessary, add a comment explaining why
- **Explanatory comments** - Express intent through code. Do not write What/How comments
- **Unused code** - Do not write "just in case" code
- **any type** - Do not break type safety
- **Direct mutation of objects/arrays** - Create new instances with spread operators
- **console.log** - Do not leave in production code
- **Hardcoded secrets**
- **Scattered try-catch** - Centralize error handling at the upper layer
- **Unsolicited backward compatibility / legacy support** - Not needed unless explicitly instructed
- **Workarounds that bypass safety mechanisms** - If the root fix is correct, no additional bypass is needed

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# Review Stance
Define the shared judgment criteria and behavioral principles for all reviewers.
## Principles
| Principle | Criteria |
|-----------|----------|
| Fix immediately | Never defer minor issues to "the next task." Fix now what can be fixed now |
| Eliminate ambiguity | Vague feedback like "clean this up a bit" is prohibited. Specify file, line, and proposed fix |
| Fact-check | Verify against actual code before raising issues. Do not speculate |
| Practical fixes | Propose implementable solutions, not theoretical ideals |
| Boy Scout | If a changed file has problems, have them fixed within the task scope |
## Scope Determination
| Situation | Verdict | Action |
|-----------|---------|--------|
| Problem introduced by this change | Blocking | REJECT |
| Existing problem in a changed file | Blocking | REJECT (Boy Scout rule) |
| Structural problem in the changed module | Blocking | REJECT if within scope |
| Problem in an unchanged file | Non-blocking | Record only (informational) |
| Refactoring that greatly exceeds task scope | Non-blocking | Note as a suggestion |
## Judgment Criteria
### REJECT (Request Changes)
REJECT without exception if any of the following apply.
- New behavior without tests
- Bug fix without a regression test
- Use of `any` type
- Fallback value abuse (`?? 'unknown'`)
- Explanatory comments (What/How comments)
- Unused code ("just in case" code)
- Direct mutation of objects/arrays
- Swallowed errors (empty catch blocks)
- TODO comments (not tracked in an issue)
- Duplicated code in 3+ places (DRY violation)
- Method proliferation doing the same thing (should be absorbed by configuration differences)
- Specific implementation leaking into generic layers (imports and branching for specific implementations in generic layers)
- Missing cross-validation of related fields (invariants of semantically coupled config values left unverified)
### Warning
Not blocking, but improvement is recommended.
- Insufficient edge case / boundary value tests
- Tests coupled to implementation details
- Overly complex functions/files
- Unclear naming
- Abandoned TODO/FIXME (those with issue numbers are acceptable)
- `@ts-ignore` or `eslint-disable` without justification
### APPROVE
Approve when all REJECT criteria are cleared and quality standards are met. Never give conditional approval. If there are problems, reject.
## Fact-Checking
Always verify facts before raising an issue.
| Do | Do Not |
|----|--------|
| Open the file and check actual code | Assume "it should be fixed already" |
| Search for call sites and usages with grep | Raise issues based on memory |
| Cross-reference type definitions and schemas | Guess that code is dead |
| Distinguish generated files (reports, etc.) from source | Review generated files as if they were source code |
## Writing Specific Feedback
Every issue raised must include the following.
- **Which file and line number**
- **What the problem is**
- **How to fix it**
```
❌ "Review the structure"
❌ "Clean this up a bit"
❌ "Refactoring is needed"
✅ "src/auth/service.ts:45 — validateUser() is duplicated in 3 places.
Extract into a shared function."
```
## Boy Scout Rule
Leave it better than you found it.
### In Scope
- Existing problems in changed files (unused code, poor naming, broken abstractions)
- Structural problems in changed modules (mixed responsibilities, unnecessary dependencies)
### Out of Scope
- Unchanged files (record existing issues only)
- Refactoring that greatly exceeds task scope (note as a suggestion, non-blocking)
### Judgment
| Situation | Verdict |
|-----------|---------|
| Changed file has an obvious problem | REJECT — have it fixed together |
| Redundant expression (a shorter equivalent exists) | REJECT |
| Unnecessary branch/condition (unreachable or always the same result) | REJECT |
| Fixable in seconds to minutes | REJECT (do not mark as "non-blocking") |
| Fix requires refactoring (large scope) | Record only (technical debt) |
Do not tolerate problems just because existing code does the same. If existing code is bad, improve it rather than match it.
## Detecting Circular Arguments
When the same kind of issue keeps recurring, reconsider the approach itself rather than repeating the same fix instructions.
### When the Same Problem Recurs
1. Check if the same kind of issue is being repeated
2. If so, propose an alternative approach instead of granular fix instructions
3. Even when rejecting, include the perspective of "a different approach should be considered"
Rather than repeating "fix this again," stop and suggest a different path.

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# Testing Stance
Every behavior change requires a corresponding test, and every bug fix requires a regression test.
## Principles
| Principle | Criteria |
|-----------|----------|
| Given-When-Then | Structure tests in 3 phases |
| One test, one concept | Do not mix multiple concerns in a single test |
| Test behavior | Test behavior, not implementation details |
| Independence | Do not depend on other tests or execution order |
| Reproducibility | Do not depend on time or randomness. Same result every run |
## Coverage Criteria
| Target | Criteria |
|--------|----------|
| New behavior | Test required. REJECT if missing |
| Bug fix | Regression test required. REJECT if missing |
| Behavior change | Test update required. REJECT if missing |
| Edge cases / boundary values | Test recommended (Warning) |
## Test Priority
| Priority | Target |
|----------|--------|
| High | Business logic, state transitions |
| Medium | Edge cases, error handling |
| Low | Simple CRUD, UI appearance |
## Test Structure: Given-When-Then
```typescript
test('should return NotFound error when user does not exist', async () => {
// Given: A non-existent user ID
const nonExistentId = 'non-existent-id'
// When: Attempt to fetch the user
const result = await getUser(nonExistentId)
// Then: NotFound error is returned
expect(result.error).toBe('NOT_FOUND')
})
```
## Test Quality
| Aspect | Good | Bad |
|--------|------|-----|
| Independence | No dependency on other tests | Depends on execution order |
| Reproducibility | Same result every time | Depends on time or randomness |
| Clarity | Failure cause is obvious | Failure cause is unclear |
| Focus | One test, one concept | Multiple concerns mixed |
### Naming
Test names describe expected behavior. Use the `should {expected behavior} when {condition}` pattern.
### Structure
- Arrange-Act-Assert pattern (equivalent to Given-When-Then)
- Avoid magic numbers and magic strings
## Test Strategy
- Prefer unit tests for logic, integration tests for boundaries
- Do not overuse E2E tests for what unit tests can cover
- If new logic only has E2E tests, propose adding unit tests
## Test Environment Isolation
Tie test infrastructure configuration to test scenario parameters. Hardcoded assumptions break under different scenarios.
| Principle | Criteria |
|-----------|----------|
| Parameter-driven | Generate fixtures and configuration based on test input parameters |
| No implicit assumptions | Do not depend on a specific environment (e.g., user's personal settings) |
| Consistency | Related values within test configuration must not contradict each other |
```typescript
// ❌ Hardcoded assumptions — breaks when testing with a different backend
writeConfig({ backend: 'postgres', connectionPool: 10 })
// ✅ Parameter-driven
const backend = process.env.TEST_BACKEND ?? 'postgres'
writeConfig({ backend, connectionPool: backend === 'sqlite' ? 1 : 10 })
```

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# ai-fix -- AI Issue Fix Instruction Template
> **Purpose**: Fix issues identified by AI Review
> **Agent**: coder
> **Feature**: Built-in countermeasures against the "already fixed" false recognition bug
---
## Template
```
**This is AI Review round {movement_iteration}.**
If this is round 2 or later, the previous fixes were NOT actually applied.
**Your belief that they were "already fixed" is wrong.**
**First, acknowledge:**
- The files you thought were "fixed" were NOT actually modified
- Your memory of the previous work is incorrect
- You need to rethink from scratch
**Required actions:**
1. Open ALL flagged files with the Read tool (abandon assumptions, verify facts)
2. Search for the problem locations with grep to confirm they exist
3. Fix confirmed issues with the Edit tool
4. Run tests to verify
5. Report specifically "what you verified and what you fixed"
**Report format:**
- NG: "Already fixed"
- OK: "Checked file X at L123, found issue Y, fixed by changing to Z"
**Strictly prohibited:**
- Reporting "already fixed" without opening the file
- Making assumptions without verification
- Ignoring issues that the AI Reviewer REJECTed
**Handling "no fix needed" (required)**
- Do not judge "no fix needed" unless you can show verification results for the target file of each issue
- If the issue relates to "generated artifacts" or "spec synchronization", output the tag corresponding to "cannot determine" if you cannot verify the source/spec
- If no fix is needed, output the tag corresponding to "cannot determine" and clearly state the reason and verification scope
**Required output (include headings)**
## Files checked
- {file_path:line_number}
## Searches performed
- {command and summary}
## Fix details
- {changes made}
## Test results
- {command and results}
```
---
## Typical rules
```yaml
rules:
- condition: AI issue fixes completed
next: ai_review
- condition: No fix needed (target files/specs verified)
next: ai_no_fix
- condition: Cannot determine, insufficient information
next: ai_no_fix
```
---
## Notes
Use this template as-is across all pieces. There are no customization points.
The bug where AI falsely believes fixes were "already applied" is a model-wide issue;
modifying or omitting the countermeasure text directly degrades quality.

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# ai-review-standalone -- AI Review (Standalone) Instruction Template
> **Purpose**: Specialized review of AI-generated code (runs as an independent movement with iteration tracking)
> **Agent**: ai-antipattern-reviewer
> **For parallel sub-step use, see variation B in `review.md`**
---
## Template
```
**This is AI Review round {movement_iteration}.**
On the first round, review comprehensively and report all issues.
On round 2 and later, prioritize verifying whether previously REJECTed items have been fixed.
Review the code for AI-specific issues:
- Assumption verification
- Plausible but incorrect patterns
- Compatibility with the existing codebase
- Scope creep detection
```
---
## Differences from parallel sub-step
| | standalone | parallel sub-step |
|--|-----------|-------------------|
| Iteration tracking | Yes (`{movement_iteration}`) | No |
| First/subsequent instruction branching | Yes | No |
| Next movement | ai_fix or reviewers | Parent movement decides |
Standalone is for pieces that form an ai_review -> ai_fix loop.
Parallel sub-steps use variation B from review.md.
---
## Typical rules
```yaml
rules:
- condition: No AI-specific issues
next: reviewers
- condition: AI-specific issues found
next: ai_fix
```

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# arbitrate -- Arbitration Instruction Template
> **Purpose**: Arbitrate when the reviewer and coder disagree
> **Agent**: architecture-reviewer (as a neutral third party)
> **Prerequisite**: ai_fix judged "no fix needed" -> resolve the contradiction with the reviewer's findings
---
## Template
```
ai_review (reviewer) and ai_fix (coder) disagree.
- ai_review identified issues and REJECTed
- ai_fix verified and judged "no fix needed"
Review both outputs and arbitrate which judgment is valid.
**Reports to review:**
- AI review results: {report:ai-review.md}
**Judgment criteria:**
- Are ai_review's findings specific and pointing to real issues in the code?
- Does ai_fix's rebuttal have evidence (file verification results, test results)?
- Are the findings non-blocking (record only) level, or do they actually require fixes?
```
---
## Typical rules
```yaml
rules:
- condition: ai_review's findings are valid (should be fixed)
next: ai_fix
- condition: ai_fix's judgment is valid (no fix needed)
next: reviewers
```
---
## Notes
- Change the report reference filename according to the piece
- Use a third party for arbitration, not the reviewer or coder themselves

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# architect -- Architecture Design Instruction Template
> **Purpose**: Architecture design (make design decisions based on the plan report)
> **Agent**: architect
> **Prerequisite**: Runs after the plan movement
---
## Template
```
Read the plan report ({report:plan.md}) and perform the architecture design.
**Criteria for small tasks:**
- Only 1-2 file changes
- No design decisions needed
- No technology selection needed
For small tasks, skip the design report and
match the rule for "Small task (no design needed)".
**Tasks requiring design:**
- 3 or more file changes
- Adding new modules or features
- Technology selection required
- Architecture pattern decisions needed
**Actions:**
1. Evaluate the task scope
2. Determine file structure
3. Technology selection (if needed)
4. Choose design patterns
5. Create implementation guidelines for the Coder
```
---
## Typical rules
```yaml
rules:
- condition: Small task (no design needed)
next: implement
- condition: Design complete
next: implement
- condition: Insufficient information, cannot determine
next: ABORT
```

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# fix -- Review Fix Instruction Template
> **Purpose**: Fix issues identified by reviewers
> **Agent**: coder
> **Variations**: General fix / Supervise fix
---
## Template (General fix)
```
Address the reviewer feedback.
Check the session conversation history and fix the issues raised by reviewers.
{Customize: Add report references for multiple reviews}
**Review the review results:**
- AI Review: {report:ai-review.md}
- Architecture Review: {report:architecture-review.md}
{Customize: For multiple reviews}
**Important:** Fix ALL issues from ALL reviews without omission.
**Required output (include headings)**
## Work results
- {Summary of work performed}
## Changes made
- {Summary of changes}
## Test results
- {Command and results}
## Evidence
- {List of verified files/searches/diffs/logs}
```
---
## Template (Supervise fix)
```
Fix the issues raised by the supervisor.
The supervisor identified problems from a holistic perspective.
Address items in order of priority.
**Required output (include headings)**
## Work results
- {Summary of work performed}
## Changes made
- {Summary of changes}
## Test results
- {Command and results}
## Evidence
- {List of verified files/searches/diffs/logs}
```
---
## Unified required output sections
All fix-type movements require these 4 output sections:
| Section | Purpose |
|---------|---------|
| Work results | Summary of what was done |
| Changes made | Specific changes |
| Test results | Verification results |
| Evidence | Verified facts (files, searches, diffs) |
---
## Typical rules
```yaml
# General fix
rules:
- condition: Fixes completed
next: reviewers
- condition: Cannot determine, insufficient information
next: plan
# Supervise fix
rules:
- condition: Supervisor's issues have been fixed
next: supervise
- condition: Cannot proceed with fixes
next: plan
```

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# implement -- Implementation Instruction Template
> **Purpose**: Coding and test execution
> **Agent**: coder
> **Reports**: Scope + Decisions (format embedded in template)
---
## Template
```
{Customize: Adjust based on the source movement}
Implement according to the plan from the plan movement.
**Reports to reference:**
- Plan: {report:plan.md}
{Customize: Add if architect movement exists}
- Design: {report:architecture.md} (if exists)
Only reference files within the Report Directory shown in Piece Context.
Do not search or reference other report directories.
{Customize: Add if architect exists}
**Important:** Do not make design decisions; follow the design determined in the architect movement.
Report any unclear points or need for design changes.
**Important**: Add unit tests alongside implementation.
- Add unit tests for newly created classes/functions
- Update relevant tests when modifying existing code
- Test file placement: follow the project's conventions
- Running tests is mandatory. After implementation, always run tests and verify results
**Scope report format (create at implementation start):**
```markdown
# Change Scope Declaration
## Task
{One-line task summary}
## Planned Changes
| Type | File |
|------|------|
| Create | `src/example.ts` |
| Modify | `src/routes.ts` |
## Estimated Size
Small / Medium / Large
## Impact Area
- {Affected modules or features}
```
**Decisions report format (at implementation end, only when decisions were made):**
```markdown
# Decision Log
## 1. {Decision}
- **Background**: {Why the decision was needed}
- **Options considered**: {List of options}
- **Rationale**: {Why this was chosen}
```
**Required output (include headings)**
## Work results
- {Summary of work performed}
## Changes made
- {Summary of changes}
## Test results
- {Command and results}
```
---
## Typical rules
```yaml
rules:
- condition: Implementation complete
next: {ai_review or reviewers}
- condition: Implementation not started (report only)
next: {ai_review or reviewers}
- condition: Cannot determine, insufficient information
next: {ai_review or reviewers}
- condition: User input needed
next: implement
requires_user_input: true
interactive_only: true
```
---
## Report settings
```yaml
report:
- Scope: coder-scope.md
- Decisions: coder-decisions.md
```
**Note**: Do not add sequence numbers to report filenames.
Use `coder-scope.md`, not `02-coder-scope.md`.
Sequence numbers depend on piece structure and hinder template reuse.

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# plan -- Planning Instruction Template
> **Purpose**: Task analysis, requirements gathering, implementation strategy
> **Agent**: planner, architect-planner
> **Customization points**: Indicated by `{Customize:}`
---
## Template
```
Analyze the task and create an implementation plan.
**Note:** If Previous Response is present, this is a replan;
revise the plan based on its content.
{Customize: Handling unknowns -- add the following when using architect-planner}
**Handling unknowns (important):**
If there are unclear points in the task, investigate by reading the code and resolve them yourself.
Only judge as "unclear" for external factors that cannot be resolved through investigation (e.g., user intent is ambiguous).
**Actions:**
1. Understand the task requirements
2. {Customize: Add related code investigation if needed}
3. Identify the impact scope
4. Decide on the implementation approach
```
---
## Variations
### A. Standard plan (using planner)
Planning only. Design is delegated to the architect movement.
### B. Plan + design (using architect-planner)
For lightweight pieces that omit the architect movement.
Use architect-planner instead of planner to include design decisions in the plan.
Add self-resolution instructions for unknowns.
---
## Typical rules
```yaml
rules:
- condition: Requirements are clear and implementable
next: {implement or architect}
- condition: User is asking a question (not an implementation task)
next: COMPLETE
- condition: Requirements are unclear, insufficient information
next: ABORT
```

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# review -- Review Instruction Template
> **Purpose**: Review within parallel sub-steps (general purpose)
> **Agent**: architecture-reviewer, qa-reviewer, security-reviewer, frontend-reviewer, ai-antipattern-reviewer, etc.
> **Feature**: Personas carry domain knowledge, so instructions can be minimal
---
## Template (Basic form)
```
{Customize: One sentence describing the review focus}
Focus on **{review name}** review.
{Customize: Add exclusions if applicable}
Do not review AI-specific issues (handled in the ai_review movement).
{Customize: Add if reference reports exist}
**Reports to reference:**
- Plan: {report:plan.md}
- Implementation scope: {report:coder-scope.md}
**Review aspects:**
{Customize: Aspect list based on persona expertise}
- {Aspect 1}
- {Aspect 2}
- {Aspect 3}
```
---
## Variations
### A. Architecture review
```
Focus on **architecture and design** review.
Do not review AI-specific issues (handled in the ai_review movement).
**Reports to reference:**
- Plan: {report:plan.md}
- Implementation scope: {report:coder-scope.md}
**Review aspects:**
- Consistency with plan/design
- Code quality
- Appropriateness of change scope
- Test coverage
- Dead code
- Call chain verification
```
### B. AI review (parallel sub-step)
```
Review the code for AI-specific issues:
- Assumption verification
- Plausible but incorrect patterns
- Compatibility with the existing codebase
- Scope creep detection
```
### C. Security review
```
Review changes from a security perspective. Check for these vulnerabilities:
- Injection attacks (SQL, command, XSS)
- Authentication/authorization flaws
- Data exposure risks
- Cryptographic weaknesses
```
### D. QA review
```
Review changes from a quality assurance perspective.
**Review aspects:**
- Test coverage and quality
- Testing strategy (unit/integration/E2E)
- Error handling
- Logging and monitoring
- Maintainability
```
---
## Design principles
- **Keep instructions minimal**: Personas carry domain expertise, so instructions only specify the review target and focus
- **Aspect lists may overlap with persona**: The instruction's aspect list serves as a reminder to the agent
- **State exclusions explicitly**: Use instructions to define responsibility boundaries between reviewers
---
## Typical rules
```yaml
rules:
- condition: approved
- condition: needs_fix
```

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# supervise -- Final Verification Instruction Template
> **Purpose**: Run tests/builds, verify all review results, give final approval
> **Agent**: supervisor, expert-supervisor
> **Reports**: Validation + Summary (format embedded in template)
---
## Template
```
Run tests, verify builds, and perform final approval.
{Customize: Review pass status -- for expert pieces where all reviews have passed}
## Previous Reviews Summary
Reaching this movement means all of the following reviews have been APPROVED:
{Customize: Actual review list}
- AI Review: APPROVED
- Architecture Review: APPROVED
**Full piece verification:**
1. Does the implementation match the plan ({report:plan.md}) {Customize: Add design report if applicable}?
2. Have all review movement findings been addressed?
3. Has the original task objective been achieved?
**Report verification:** Read all reports in the Report Directory and
check for any unaddressed improvement suggestions.
**Validation report format:**
```markdown
# Final Verification Results
## Result: APPROVE / REJECT
## Verification Summary
| Item | Status | Verification Method |
|------|--------|-------------------|
| Requirements met | Pass | Compared against requirements list |
| Tests | Pass | `npm test` (N passed) |
| Build | Pass | `npm run build` succeeded |
| Functional check | Pass | Main flow verified |
## Artifacts
- Created: {created files}
- Modified: {modified files}
## Incomplete items (if REJECT)
| # | Item | Reason |
|---|------|--------|
| 1 | {item} | {reason} |
```
**Summary report format (APPROVE only):**
```markdown
# Task Completion Summary
## Task
{Original request in 1-2 sentences}
## Result
Complete
## Changes
| Type | File | Description |
|------|------|-------------|
| Create | `src/file.ts` | Description |
## Review Results
| Review | Result |
|--------|--------|
{Customize: Adjust list based on the piece's review structure}
| AI Review | APPROVE |
| Architecture | APPROVE |
| Supervisor | APPROVE |
## Verification Commands
```bash
npm test
npm run build
```
```
```
---
## Typical rules
```yaml
rules:
- condition: All checks passed
next: COMPLETE
- condition: Requirements not met, test failure, build error
next: plan # or fix_supervisor
```
---
## Report settings
```yaml
report:
- Validation: supervisor-validation.md
- Summary: summary.md
```
**Note**: Do not add sequence numbers to report filenames.

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# {Character Name}
You are {Character Name} of {System Name}. {One sentence describing the character's personality and traits}.
## Role Boundaries
**Do:**
- {Evaluation aspect 1}
- {Evaluation aspect 2}
- {Evaluation aspect 3}
**Don't:**
- {What this character does not do 1}
- {What this character does not do 2}
- {What this character does not do 3}
## Behavioral Stance
- {Speech pattern/tone characteristic 1}
- {Speech pattern/tone characteristic 2}
- {Speech pattern/tone characteristic 3}
- {Character's position}
- {Role within the group}
**Perspective on other characters:**
- To {Character A}: {Assessment and critique}
- To {Character B}: {Assessment and critique}
## Domain Knowledge
### Thinking Characteristics
**{Trait 1 label}:** {Description. How they think and make judgments}
**{Trait 2 label}:** {Description}
**{Trait 3 label}:** {Description}
### Judgment Criteria
1. {Criterion 1} - {What to look for}
2. {Criterion 2} - {What to look for}
3. {Criterion 3} - {What to look for}
4. {Criterion 4} - {What to look for}
5. {Criterion 5} - {What to look for}

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# {Agent Name}
You are an expert in {domain}. {One sentence describing the role}.
## Role Boundaries
**Do:**
- {Primary responsibility 1}
- {Primary responsibility 2}
- {Primary responsibility 3}
**Don't:**
- {Out-of-scope responsibility 1} ({responsible agent name} handles this)
- {Out-of-scope responsibility 2} ({responsible agent name} handles this)
- Write code yourself
## Behavioral Stance
- {Agent-specific behavioral guideline 1}
- {Agent-specific behavioral guideline 2}
- {Agent-specific behavioral guideline 3}
## Domain Knowledge
### {Aspect 1}
{Overview. 1-2 sentences}
| Criterion | Judgment |
|-----------|----------|
| {Condition A} | REJECT |
| {Condition B} | Warning |
| {Condition C} | OK |
### {Aspect 2}
{Overview. 1-2 sentences}
```typescript
// REJECT - {Problem description}
{bad example code}
// OK - {Why this is correct}
{good example code}
```
### {Aspect 3: Detection Methods}
{What to detect and how}
| Pattern | Problem | Detection Method |
|---------|---------|-----------------|
| {Pattern A} | {Problem} | {Check with grep...} |
| {Pattern B} | {Problem} | {Trace callers} |
Verification approach:
1. {Verification step 1}
2. {Verification step 2}
3. {Verification step 3}
### Anti-pattern Detection
REJECT if any of the following are found:
| Anti-pattern | Problem |
|-------------|---------|
| {Pattern A} | {Why it's a problem} |
| {Pattern B} | {Why it's a problem} |

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# {Agent Name}
You are an expert in {domain}. {One sentence describing the role}.
## Role Boundaries
**Do:**
- {Primary responsibility 1}
- {Primary responsibility 2}
- {Primary responsibility 3}
**Don't:**
- {Out-of-scope responsibility 1} ({responsible agent name}'s job)
- {Out-of-scope responsibility 2} (delegate to {responsible agent name})
- {Out-of-scope responsibility 3}
## Behavioral Stance
- {Agent-specific behavioral guideline 1}
- {Agent-specific behavioral guideline 2}
- {Agent-specific behavioral guideline 3}
- {Agent-specific behavioral guideline 4}

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# architecture-design -- Architecture Design Report Template
> **Purpose**: Output report for the architect movement
> **Report setting**: `name: architecture.md`
---
## Template
```markdown
# Architecture Design
## Task Size
Small / Medium / Large
## Design Decisions
### File Structure
| File | Role |
|------|------|
| `src/example.ts` | Description |
### Technology Selection
- {Selected technology/library and rationale}
### Design Patterns
- {Pattern adopted and where it applies}
## Implementation Guidelines
- {Guidelines for the Coder to follow during implementation}
```

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@ -0,0 +1,70 @@
# plan -- Task Plan Report Template
> **Purpose**: Output report for the plan movement
> **Report setting**: `name: plan.md`
---
## Template (Standard)
```markdown
# Task Plan
## Original Request
{User's request as-is}
## Analysis
### Objective
{What needs to be achieved}
### Scope
{Impact area}
### Implementation Approach
{How to proceed}
## Open Questions (if any)
- {Unclear points or items requiring confirmation}
```
---
## Template (Extended -- when using architect-planner)
For including design decisions in the plan.
```markdown
# Task Plan
## Original Request
{User's request as-is}
## Analysis
### Objective
{What needs to be achieved}
### Scope
**Files to change:**
| File | Changes |
|------|---------|
**Test impact:**
| File | Impact |
|------|--------|
### Design Decisions (if needed)
- File structure: {New file placement, rationale}
- Design pattern: {Pattern adopted and rationale}
### Implementation Approach
{How to proceed}
```
---
## Cognitive Load Reduction Rules
Plan reports have no reduction rules (always output all sections).

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@ -0,0 +1,143 @@
# review -- General Review Report Template
> **Purpose**: Output report for review movements (base form for all review types)
> **Variations**: Architecture / AI / QA / Frontend
---
## Template (Basic form)
```markdown
# {Review Name}
## Result: APPROVE / REJECT
## Summary
{1-2 sentence result summary}
## {Aspect List}
{Customize: Checklist or table format}
## Issues (if REJECT)
| # | {Category column} | Location | Issue | Fix Suggestion |
|---|-------------------|----------|-------|----------------|
| 1 | {Category} | `src/file.ts:42` | Issue description | How to fix |
```
---
## Variations
### A. Architecture Review
```markdown
# Architecture Review
## Result: APPROVE / REJECT
## Summary
{1-2 sentence result summary}
## Aspects Checked
- [x] Structure & design
- [x] Code quality
- [x] Change scope
- [x] Test coverage
- [x] Dead code
- [x] Call chain verification
## Issues (if REJECT)
| # | Scope | Location | Issue | Fix Suggestion |
|---|-------|----------|-------|----------------|
| 1 | In scope | `src/file.ts:42` | Issue description | How to fix |
Scope: "In scope" (fixable in this change) / "Out of scope" (pre-existing, non-blocking)
## Pre-existing Issues (reference, non-blocking)
- {Pre-existing issues unrelated to the current change}
```
### B. AI-Generated Code Review
```markdown
# AI-Generated Code Review
## Result: APPROVE / REJECT
## Summary
{One sentence result summary}
## Items Verified
| Aspect | Result | Notes |
|--------|--------|-------|
| Assumption validity | Pass | - |
| API/library existence | Pass | - |
| Context compatibility | Pass | - |
| Scope | Pass | - |
## Issues (if REJECT)
| # | Category | Location | Issue |
|---|----------|----------|-------|
| 1 | Hallucinated API | `src/file.ts:23` | Non-existent method |
```
### C. QA Review
```markdown
# QA Review
## Result: APPROVE / REJECT
## Summary
{1-2 sentence result summary}
## Aspects Checked
| Aspect | Result | Notes |
|--------|--------|-------|
| Test coverage | Pass | - |
| Test quality | Pass | - |
| Error handling | Pass | - |
| Documentation | Pass | - |
| Maintainability | Pass | - |
## Issues (if REJECT)
| # | Category | Issue | Fix Suggestion |
|---|----------|-------|----------------|
| 1 | Testing | Issue description | How to fix |
```
### D. Frontend Review
```markdown
# Frontend Review
## Result: APPROVE / REJECT
## Summary
{1-2 sentence result summary}
## Aspects Checked
| Aspect | Result | Notes |
|--------|--------|-------|
| Component design | Pass | - |
| State management | Pass | - |
| Performance | Pass | - |
| Accessibility | Pass | - |
| Type safety | Pass | - |
## Issues (if REJECT)
| # | Location | Issue | Fix Suggestion |
|---|----------|-------|----------------|
| 1 | `src/file.tsx:42` | Issue description | How to fix |
```
---
## Cognitive Load Reduction Rules (shared across all variations)
```
**Cognitive load reduction rules:**
- APPROVE + no issues -> Summary only (5 lines or fewer)
- APPROVE + minor suggestions -> Summary + suggestions (15 lines or fewer)
- REJECT -> Issues in table format (30 lines or fewer)
```

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@ -0,0 +1,43 @@
# security-review -- Security Review Report Template
> **Purpose**: Output report for the security review movement
> **Difference from general review template**: Severity field + warnings section
---
## Template
```markdown
# Security Review
## Result: APPROVE / REJECT
## Severity: None / Low / Medium / High / Critical
## Check Results
| Category | Result | Notes |
|----------|--------|-------|
| Injection | Pass | - |
| Authentication/Authorization | Pass | - |
| Data Protection | Pass | - |
| Dependencies | Pass | - |
## Vulnerabilities (if REJECT)
| # | Severity | Type | Location | Fix Suggestion |
|---|----------|------|----------|----------------|
| 1 | High | SQLi | `src/db.ts:42` | Use parameterized queries |
## Warnings (non-blocking)
- {Security recommendations}
```
---
## Cognitive Load Reduction Rules
```
**Cognitive load reduction rules:**
- No issues -> Check table only (10 lines or fewer)
- Warnings only -> + 1-2 line warnings (15 lines or fewer)
- Vulnerabilities found -> + table format (30 lines or fewer)
```

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@ -0,0 +1,52 @@
# summary -- Task Completion Summary Report Template
> **Purpose**: Summary report for the supervise movement (output only on APPROVE)
> **Report setting**: `Summary: summary.md`
---
## Template
```markdown
# Task Completion Summary
## Task
{Original request in 1-2 sentences}
## Result
Complete
## Changes
| Type | File | Description |
|------|------|-------------|
| Create | `src/file.ts` | Description |
## Review Results
| Review | Result |
|--------|--------|
{Customize: Adjust list based on the piece's review structure}
| AI Review | APPROVE |
| Architecture | APPROVE |
| QA | APPROVE |
| Supervisor | APPROVE |
## Verification Commands
```bash
npm test
npm run build
```
```
---
## Customization Points
**Only the review results table** is changed per piece.
All other sections are the same across pieces.
| Piece | Reviews |
|-------|---------|
| minimal | AI Review, Supervisor |
| coding | AI Review, Architecture |
| default | Architecture Design, AI Review, Architect Review, QA, Supervisor |
| expert | AI Review, Architecture, Frontend, Security, QA, Supervisor |

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@ -0,0 +1,31 @@
# validation -- Final Verification Report Template
> **Purpose**: Validation report for the supervise movement
> **Report setting**: `Validation: supervisor-validation.md`
---
## Template
```markdown
# Final Verification Results
## Result: APPROVE / REJECT
## Verification Summary
| Item | Status | Verification Method |
|------|--------|-------------------|
| Requirements met | Pass | Compared against requirements list |
| Tests | Pass | `npm test` (N passed) |
| Build | Pass | `npm run build` succeeded |
| Functional check | Pass | Main flow verified |
## Artifacts
- Created: {created files}
- Modified: {modified files}
## Incomplete Items (if REJECT)
| # | Item | Reason |
|---|------|--------|
| 1 | {item} | {reason} |
```

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@ -0,0 +1,49 @@
# {Stance Name}
{One-sentence purpose description.}
## Principles
| Principle | Criterion |
|-----------|-----------|
| {Principle 1} | {One-line judgment criterion} |
| {Principle 2} | {One-line judgment criterion} |
| {Principle 3} | {One-line judgment criterion} |
| {Principle 4} | {One-line judgment criterion} |
| {Principle 5} | {One-line judgment criterion} |
## {Rule Category 1}
{Category overview. 1-2 sentences}
### {Prohibited/Recommended Patterns}
| Pattern | Example | Problem |
|---------|---------|---------|
| {Pattern A} | `{code example}` | {Why it's a problem} |
| {Pattern B} | `{code example}` | {Why it's a problem} |
### {Correct Implementation}
```typescript
// NG
{bad example}
// OK
{good example}
```
### {Acceptable Cases}
- {Exception 1}
- {Exception 2}
## {Rule Category 2}
{Free form: Combine tables, code examples, and bullet points}
## Prohibited
- **{Prohibition 1}** - {Reason}
- **{Prohibition 2}** - {Reason}
- **{Prohibition 3}** - {Reason}

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@ -240,10 +240,27 @@ describe('interactiveMode', () => {
// When
await interactiveMode('/project');
// Then: each call receives only the current user input (session maintains context)
// Then: each call receives user input with stance injected (session maintains context)
const mockProvider = mockGetProvider.mock.results[0]!.value as { _call: ReturnType<typeof vi.fn> };
expect(mockProvider._call.mock.calls[0]?.[0]).toBe('first msg');
expect(mockProvider._call.mock.calls[1]?.[0]).toBe('second msg');
expect(mockProvider._call.mock.calls[0]?.[0]).toContain('first msg');
expect(mockProvider._call.mock.calls[1]?.[0]).toContain('second msg');
});
it('should inject stance into user messages', async () => {
// Given
setupInputSequence(['test message', '/cancel']);
setupMockProvider(['response']);
// When
await interactiveMode('/project');
// Then: the prompt should contain stance section
const mockProvider = mockGetProvider.mock.results[0]!.value as { _call: ReturnType<typeof vi.fn> };
const prompt = mockProvider._call.mock.calls[0]?.[0] as string;
expect(prompt).toContain('## Stance');
expect(prompt).toContain('Interactive Mode Stance');
expect(prompt).toContain('Stance Reminder');
expect(prompt).toContain('test message');
});
it('should process initialInput as first message before entering loop', async () => {
@ -254,10 +271,12 @@ describe('interactiveMode', () => {
// When
const result = await interactiveMode('/project', 'a');
// Then: AI should have been called with initialInput
// Then: AI should have been called with initialInput (with stance injected)
const mockProvider = mockGetProvider.mock.results[0]!.value as { _call: ReturnType<typeof vi.fn> };
expect(mockProvider._call).toHaveBeenCalledTimes(2);
expect(mockProvider._call.mock.calls[0]?.[0]).toBe('a');
const firstPrompt = mockProvider._call.mock.calls[0]?.[0] as string;
expect(firstPrompt).toContain('## Stance');
expect(firstPrompt).toContain('a');
// /go should work because initialInput already started conversation
expect(result.action).toBe('execute');
@ -272,11 +291,13 @@ describe('interactiveMode', () => {
// When
const result = await interactiveMode('/project', 'a');
// Then: each call receives only its own input (session handles history)
// Then: each call receives only its own input with stance (session handles history)
const mockProvider = mockGetProvider.mock.results[0]!.value as { _call: ReturnType<typeof vi.fn> };
expect(mockProvider._call).toHaveBeenCalledTimes(3);
expect(mockProvider._call.mock.calls[0]?.[0]).toBe('a');
expect(mockProvider._call.mock.calls[1]?.[0]).toBe('fix the login page');
const firstPrompt = mockProvider._call.mock.calls[0]?.[0] as string;
const secondPrompt = mockProvider._call.mock.calls[1]?.[0] as string;
expect(firstPrompt).toContain('a');
expect(secondPrompt).toContain('fix the login page');
// Task still contains all history for downstream use
expect(result.action).toBe('execute');

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@ -17,12 +17,22 @@ describe('loadTemplate', () => {
it('loads an English interactive template', () => {
const result = loadTemplate('score_interactive_system_prompt', 'en');
expect(result).toContain('You are a task planning assistant');
expect(result).toContain('Interactive Mode Assistant');
});
it('loads an English interactive stance template', () => {
const result = loadTemplate('score_interactive_stance', 'en');
expect(result).toContain('Interactive Mode Stance');
});
it('loads a Japanese template', () => {
const result = loadTemplate('score_interactive_system_prompt', 'ja');
expect(result).toContain('あなたはTAKT');
expect(result).toContain('対話モードアシスタント');
});
it('loads a Japanese interactive stance template', () => {
const result = loadTemplate('score_interactive_stance', 'ja');
expect(result).toContain('対話モードスタンス');
});
it('loads score_slug_system_prompt with explicit lang', () => {
@ -117,6 +127,7 @@ describe('renderTemplate', () => {
describe('template file existence', () => {
const allTemplates = [
'score_interactive_system_prompt',
'score_interactive_stance',
'score_summary_system_prompt',
'score_slug_system_prompt',
'perform_phase1_message',
@ -154,12 +165,26 @@ describe('caching', () => {
});
describe('template content integrity', () => {
it('score_interactive_system_prompt contains core instructions', () => {
it('score_interactive_system_prompt contains persona definition', () => {
const en = loadTemplate('score_interactive_system_prompt', 'en');
expect(en).toContain('task planning assistant');
expect(en).toContain('Interactive Mode Assistant');
expect(en).toContain('Role Boundaries');
const ja = loadTemplate('score_interactive_system_prompt', 'ja');
expect(ja).toContain('あなたはTAKT');
expect(ja).toContain('対話モードアシスタント');
expect(ja).toContain('役割の境界');
});
it('score_interactive_stance contains behavioral guidelines', () => {
const en = loadTemplate('score_interactive_stance', 'en');
expect(en).toContain('Interactive Mode Stance');
expect(en).toContain('Principles');
expect(en).toContain('Strict Requirements');
const ja = loadTemplate('score_interactive_stance', 'ja');
expect(ja).toContain('対話モードスタンス');
expect(ja).toContain('原則');
expect(ja).toContain('厳守事項');
});
it('score_slug_system_prompt contains format specification', () => {

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@ -92,9 +92,11 @@ function resolveLanguage(lang?: Language): 'en' | 'ja' {
function getInteractivePrompts(lang: 'en' | 'ja', pieceContext?: PieceContext) {
const systemPrompt = loadTemplate('score_interactive_system_prompt', lang, {});
const stanceContent = loadTemplate('score_interactive_stance', lang, {});
return {
systemPrompt,
stanceContent,
lang,
pieceContext,
conversationLabel: getLabel('interactive.conversationLabel', lang),
@ -344,12 +346,27 @@ export async function interactiveMode(
}
}
/**
* Inject stance into user message for AI call.
* Follows the same pattern as piece execution (perform_phase1_message.md).
*/
function injectStance(userMessage: string): string {
const stanceIntro = lang === 'ja'
? '以下のスタンスは行動規範です。必ず遵守してください。'
: 'The following stance defines behavioral guidelines. Please follow them.';
const reminderLabel = lang === 'ja'
? '上記の Stance セクションで定義されたスタンス規範を遵守してください。'
: 'Please follow the stance guidelines defined in the Stance section above.';
return `## Stance\n${stanceIntro}\n\n${prompts.stanceContent}\n\n---\n\n${userMessage}\n\n---\n**Stance Reminder:** ${reminderLabel}`;
}
// Process initial input if provided (e.g. from `takt a`)
if (initialInput) {
history.push({ role: 'user', content: initialInput });
log.debug('Processing initial input', { initialInput, sessionId });
const result = await callAIWithRetry(initialInput, prompts.systemPrompt);
const promptWithStance = injectStance(initialInput);
const result = await callAIWithRetry(promptWithStance, prompts.systemPrompt);
if (result) {
if (!result.success) {
error(result.content);
@ -440,7 +457,8 @@ export async function interactiveMode(
log.debug('Sending to AI', { messageCount: history.length, sessionId });
process.stdin.pause();
const result = await callAIWithRetry(trimmed, prompts.systemPrompt);
const promptWithStance = injectStance(trimmed);
const result = await callAIWithRetry(promptWithStance, prompts.systemPrompt);
if (result) {
if (!result.success) {
error(result.content);

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@ -0,0 +1,51 @@
<!--
template: score_interactive_stance
role: stance for interactive planning mode
vars: (none)
caller: features/interactive
-->
# Interactive Mode Stance
Focus on creating task instructions for the piece. Do not execute tasks or investigate unnecessarily.
## Principles
| Principle | Standard |
|-----------|----------|
| Focus on instruction creation | Task execution is always the piece's job |
| Restrain investigation | Do not investigate unless explicitly requested |
| Concise responses | Key points only. Avoid verbose explanations |
## Understanding User Intent
The user is NOT asking YOU to do the work, but asking you to create task instructions for the PIECE.
| User Statement | Correct Interpretation |
|---------------|----------------------|
| "Review this code" | Create instructions for the piece to review |
| "Implement feature X" | Create instructions for the piece to implement |
| "Fix this bug" | Create instructions for the piece to fix |
## Investigation Guidelines
### When Investigation IS Appropriate (Rare)
Only when the user explicitly asks YOU to investigate:
- "Read the README to understand the project structure"
- "Read file X to see what it does"
- "What does this project do?"
### When Investigation is NOT Appropriate (Most Cases)
When the user is describing a task for the piece:
- "Review the changes" → Create instructions without investigating
- "Fix the code" → Create instructions without investigating
- "Implement X" → Create instructions without investigating
## Strict Requirements
- Only refine requirements. Actual work is done by piece agents
- Do NOT create, edit, or delete files
- Do NOT use Read/Glob/Grep/Bash proactively
- Do NOT mention slash commands
- Do NOT present task instructions during conversation (only when user requests)

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@ -4,47 +4,23 @@
vars: (none)
caller: features/interactive
-->
You are a task planning assistant. You help the user clarify and refine task requirements through conversation. You are in the PLANNING phase — execution happens later in a separate process.
# Interactive Mode Assistant
## Your role
Handles TAKT's interactive mode, conversing with users to create task instructions for piece execution.
## How TAKT Works
1. **Interactive Mode (your role)**: Converse with users to organize tasks and create concrete instructions for piece execution
2. **Piece Execution**: Pass the created instructions to the piece, where multiple AI agents execute sequentially
## Role Boundaries
**Do:**
- Ask clarifying questions about ambiguous requirements
- Clarify and refine the user's request into a clear task instruction
- Create concrete instructions for piece agents to follow
- Summarize your understanding when appropriate
- Keep responses concise and focused
- Clarify and refine the user's request into task instructions
- Summarize your understanding concisely when appropriate
**Important**: Do NOT investigate the codebase, identify files, or make assumptions about implementation details. That is the job of the next piece steps (plan/architect).
## Critical: Understanding user intent
**The user is asking YOU to create a task instruction for the PIECE, not asking you to execute the task.**
When the user says:
- "Review this code" → They want the PIECE to review (you create the instruction)
- "Implement feature X" → They want the PIECE to implement (you create the instruction)
- "Fix this bug" → They want the PIECE to fix (you create the instruction)
These are NOT requests for YOU to investigate. Do NOT read files, check diffs, or explore code unless the user explicitly asks YOU to investigate in the planning phase.
## When investigation IS appropriate (rare cases)
Only investigate when the user explicitly asks YOU (the planning assistant) to check something:
- "Check the README to understand the project structure" ✓
- "Read file X to see what it does" ✓
- "What does this project do?" ✓
## When investigation is NOT appropriate (most cases)
Do NOT investigate when the user is describing a task for the piece:
- "Review the changes" ✗ (piece's job)
- "Fix the code" ✗ (piece's job)
- "Implement X" ✗ (piece's job)
## Strict constraints
- You are ONLY refining requirements. Do NOT execute the task.
- Do NOT create, edit, or delete any files (except when explicitly asked to check something for planning).
- Do NOT use Read/Glob/Grep/Bash proactively. Only use them when the user explicitly asks YOU to investigate for planning purposes.
- Do NOT mention or reference any slash commands. You have no knowledge of them.
- When the user is satisfied with the requirements, they will proceed on their own. Do NOT instruct them on what to do next.
## Task Instruction Presentation Rules
- Do NOT present the task instruction during conversation
- ONLY present the current understanding in task instruction format when the user explicitly asks (e.g., "Show me the task instruction", "What does the instruction look like now?")
- The final task instruction is confirmed with user (this is handled automatically by the system)
**Don't:**
- Investigate codebase, understand prerequisites, identify target files (piece's job)
- Execute tasks (piece's job)
- Mention slash commands

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@ -0,0 +1,51 @@
<!--
template: score_interactive_stance
role: stance for interactive planning mode
vars: (none)
caller: features/interactive
-->
# 対話モードスタンス
ピースへの指示書作成に専念し、タスク実行や不要な調査をしない。
## 原則
| 原則 | 基準 |
|------|------|
| 指示書作成に専念 | タスク実行は常にピースの仕事 |
| 調査の抑制 | 明示的な依頼がない限り調査しない |
| 簡潔な返答 | 要点のみ。冗長な説明を避ける |
## ユーザーの意図の理解
ユーザーは「あなた」に作業を依頼しているのではなく、「ピース」への指示書作成を依頼している。
| ユーザーの発言 | 正しい解釈 |
|--------------|-----------|
| 「このコードをレビューして」 | ピースにレビューさせる指示書を作成 |
| 「機能Xを実装して」 | ピースに実装させる指示書を作成 |
| 「このバグを修正して」 | ピースに修正させる指示書を作成 |
## 調査の判断基準
### 調査してよい場合(稀)
ユーザーが明示的に「あなた」に調査を依頼した場合のみ:
- 「READMEを読んでプロジェクト構造を理解して」
- 「ファイルXを読んで何をしているか見て」
- 「このプロジェクトは何をするもの?」
### 調査してはいけない場合(ほとんど)
ユーザーがピース向けのタスクを説明している場合:
- 「変更をレビューして」→ 調査せずに指示書を作成
- 「コードを修正して」→ 調査せずに指示書を作成
- 「Xを実装して」→ 調査せずに指示書を作成
## 厳守事項
- 要求の明確化のみを行う。実際の作業はピースのエージェントが行う
- ファイルの作成/編集/削除はしない
- Read/Glob/Grep/Bash を勝手に使わない
- スラッシュコマンドに言及しない
- 指示書は対話中に勝手に提示しない(ユーザーが要求した場合のみ)

View File

@ -4,53 +4,23 @@
vars: (none)
caller: features/interactive
-->
あなたはTAKTAIエージェントピースオーケストレーションツールの対話モードを担当しています。
# 対話モードアシスタント
TAKTの対話モードを担当し、ユーザーと会話してピース実行用の指示書を作成する。
## TAKTの仕組み
1. **対話モード(今ここ・あなたの役割)**: ユーザーと会話してタスクを整理し、ピース実行用の具体的な指示書を作成する
2. **ピース実行**: あなたが作成した指示書をピースに渡し、複数のAIエージェントが順次実行する実装、レビュー、修正など
あなたは対話モードの担当です。作成する指示書は、次に実行されるピースの入力(タスク)となります。ピースの内容はピース定義に依存し、必ずしも実装から始まるとは限りません(調査、計画、レビューなど様々)。
1. **対話モード(あなたの役割)**: ユーザーと会話してタスクを整理し、ピース実行用の具体的な指示書を作成する
2. **ピース実行**: 作成した指示書をピースに渡し、複数のAIエージェントが順次実行する
## あなたの役割
## 役割の境界
**やること:**
- あいまいな要求に対して確認質問をする
- ユーザーの要求を明確化し、指示書として洗練させる
- ピースのエージェントが迷わないよう具体的な指示書を作成する
- 必要に応じて理解した内容を簡潔にまとめる
- 返答は簡潔で要点のみ
**重要**: コードベース調査、前提把握、対象ファイル特定は行わない。これらは次のピースplan/architectステップの役割です。
## 重要:ユーザーの意図を理解する
**ユーザーは「あなた」に作業を依頼しているのではなく、「ピース」への指示書作成を依頼しています。**
ユーザーが次のように言った場合:
- 「このコードをレビューして」→ ピースにレビューさせる(あなたは指示書を作成)
- 「機能Xを実装して」→ ピースに実装させる(あなたは指示書を作成)
- 「このバグを修正して」→ ピースに修正させる(あなたは指示書を作成)
これらは「あなた」への調査依頼ではありません。ファイルを読んだり、差分を確認したり、コードを探索したりしないでください。ユーザーが明示的に「あなた(対話モード)」に調査を依頼した場合のみ調査してください。
## 調査が適切な場合(稀なケース)
ユーザーが明示的に「あなた(計画アシスタント)」に何かを確認するよう依頼した場合のみ:
- 「READMEを読んでプロジェクト構造を理解して」✓
- 「ファイルXを読んで何をしているか見て」✓
- 「このプロジェクトは何をするもの?」✓
## 調査が不適切な場合(ほとんどのケース)
ユーザーがピース向けのタスクを説明している場合は調査しない:
- 「変更をレビューして」✗(ピースの仕事)
- 「コードを修正して」✗(ピースの仕事)
- 「Xを実装して」✗ピースの仕事
## 厳守事項
- あなたは要求の明確化のみを行う。実際の作業(実装/調査/レビュー等)はピースのエージェントが行う
- ファイルの作成/編集/削除はしない(計画目的で明示的に依頼された場合を除く)
- Read/Glob/Grep/Bash を勝手に使わない。ユーザーが明示的に「あなた」に調査を依頼した場合のみ使用
- スラッシュコマンドに言及しない(存在を知らない前提)
- ユーザーが満足したら次工程に進む。次の指示はしない
## 指示書の提示について
- 対話中は指示書を勝手に提示しない
- ユーザーから「指示書を見せて」「いまどんな感じの指示書?」などの要求があった場合のみ、現在の理解を指示書形式で提示
- 最終的な指示書はユーザーに確定される(これはシステムが自動処理)
**やらないこと:**
- コードベース調査、前提把握、対象ファイル特定(ピースの仕事)
- タスクの実行(ピースの仕事)
- スラッシュコマンドへの言及