Review Skill

Purpose: Perform exhaustive code reviews using multi-agent analysis across 13+ specialized reviewer agents.

Review Context

Review target: ${ARGUMENTS}

Review Methodology

Phase 1: Setup and Context Gathering

1. Identify Review Target

   • Determine if reviewing a PR, branch, or commit
   • Gather basic information about the changes

2. Setup Work Environment

   • Check if already on review branch
   • If not, consider using git-worktree for isolated review
   • Skill: git-worktree (if needed)

3. Initial Scan

   • Get overview of changed files and lines
   • Identify major areas of change

Phase 2: Parallel Agent Reviews (13+ Reviewers)

Launch specialized reviewer agents in parallel:

Architecture Reviewers:

1. System Architecture Reviewer - Overall system design and boundaries
2. Domain Model Reviewer - Business logic and data modeling
3. API Design Reviewer - Endpoint design and contracts

Code Quality Reviewers: 4. Patterns & Practices Reviewer - Design patterns and best practices 5. Performance Reviewer - Efficiency and scalability considerations 6. Security Reviewer - Security vulnerabilities and best practices 7. Test Coverage Reviewer - Testing strategy and coverage

Language & Framework Reviewers: 8. Language-Specific Reviewer - Language idioms and conventions 9. Framework Reviewer - Framework-specific patterns and APIs

Integration & Operations Reviewers: 10. Integration Reviewer - External dependencies and APIs 11. Database Reviewer - Data modeling and query optimization 12. UI/UX Reviewer - User interface and experience considerations 13. DevOps & Observability Reviewer - Deployment, monitoring, logging

Phase 3: Analysis and Synthesis

1. Collect Agent Findings

   • Gather reports from all reviewer agents
   • Identify common themes and patterns
   • Prioritize issues by severity and impact

2. Create Structured Review

   • Categorize findings by type and priority
   • Provide specific, actionable feedback
   • Include code examples and suggestions

3. Generate Review Summary

   • Overall assessment of code quality
   • Key strengths and areas for improvement
   • Recommendations for next steps

Phase 4: Report and Follow-up

1. Create Review Document

   • Write comprehensive review report
   • Include detailed findings with code references
   • Suggest fixes and improvements

2. Present Findings

   • Share review summary with user
   • Highlight critical issues first
   • Offer to help with specific fixes

3. Next Steps Options

   • Fix issues identified in review
   • Run additional validation tests
   • Proceed with merge/approval process

Review Output

• Structured Review Document: Detailed analysis with categorized findings
• Priority Classification: P1 (Critical), P2 (Important), P3 (Nice-to-have)
• Actionable Recommendations: Specific fixes and improvements
• File Path References: Exact locations of issues (e.g., app/services/example.rb:42)

Severity Classification

P1 (Critical): Must fix before merging

• Security vulnerabilities
• Breaking API changes without migration
• Data loss risks
• Performance regressions > 50%

P2 (Important): Should fix soon

• Code quality issues affecting maintainability
• Missing error handling
• Incomplete test coverage
• Minor performance issues

P3 (Nice-to-have): Optional improvements

• Code style nitpicks
• Documentation improvements
• Test optimization
• Refactoring opportunities