SuperAPI AI Directory

review

Coding & development

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Updated 10-15 16:46

About this skill

Review Skills

A group of skills responsible for code review and quality checks.

Included Sub-skills

Skills Purpose
review-changes Review of changes
review-quality Code quality check
review-security Security review
review-performance Performance review
review-accessibility Accessibility check

Routing

Select the appropriate sub-skill according to the user's intent:

  • General review: review-changes/doc.md
  • Quality-focused: review-quality/doc.md
  • Security-focused: review-security/doc.md
  • Performance-focused: review-performance/doc.md
  • Accessibility-focused: review-accessibility/doc.md

Execution Steps

  1. Quality Assessment Gate(Step 0)
  2. Classify the user's request
  3. (When Claude-mem is enabled) Search past review findings
  4. Determine parallel execution (see below)
  5. Read the doc.md of the appropriate sub-skill, or launch parallel subagents
  6. Integrate the results and complete the review

Step 0: Quality Assessment Gate (Identify review focus areas)

Before starting the review, analyze the changes and identify focus areas:

変更ファイル分析
    ↓
┌─────────────────────────────────────────┐
│           品質判定ゲート                 │
├─────────────────────────────────────────┤
│  判定項目:                              │
│  ├── カバレッジ不足?(テストなし)     │
│  ├── セキュリティ注意?(auth/api/)    │
│  ├── a11y 注意?(UI コンポーネント)   │
│  └── パフォーマンス注意?(DB/ループ)  │
└─────────────────────────────────────────┘
          ↓
    重点レビュー領域を決定

Coverage Assessment

Situation Finding
No tests for new files "Tests are insufficient"
Tests for changed files are outdated "Please consider updating the tests"
Coverage < 60% "Improving coverage is recommended"

Security-Focused Review

Pass Additional check items
auth/, api/ OWASP Top 10 checklist
Input handling Sanitization, validation
DB query Verify parameterization

a11y-Focused Review

Pass Check items
src/components/ alt, aria, keyboard operation
src/pages/ Heading structure, focus management

Performance-Focused Review

Pattern Warning details
DB query inside a loop Possible N+1 query
Large-scale data processing Consider pagination
Misuse of useEffect Rendering optimization

Focused Review Integrated Output

📊 品質判定結果 → 重点レビュー領域

| 判定 | 該当 | 対象ファイル |
|------|------|-------------|
| セキュリティ | ⚠️ | src/api/auth.ts |
| カバレッジ | ⚠️ | src/utils/helpers.ts (テストなし) |
| a11y | ✅ | - |
| パフォーマンス | ✅ | - |

→ セキュリティ・カバレッジを重点的にレビュー

Step 2: Search Past Review Findings (Memory-Enhanced)

If Claude-mem is enabled, search for similar past findings before starting the review:

# mem-search で過去のレビュー指摘を検索
mem-search: type:review "{変更ファイルのパターン}"
mem-search: concepts:security "{セキュリティ関連のキーワード}"
mem-search: concepts:gotcha "{変更箇所に関連するキーワード}"

Display example:

📚 過去のレビュー指摘(関連あり)

| 日付 | 指摘内容 | ファイル |
|------|---------|---------|
| 2024-01-15 | XSS脆弱性: innerHTML 使用禁止 | src/components/*.tsx |
| 2024-01-20 | N+1クエリ: prefetch 必須 | src/api/*.ts |

💡 今回のレビューで上記パターンを重点チェック

Note: If Claude-mem is not configured, this step is skipped.

Launching Parallel Subagents (Recommended)

Ifbothof the following conditions are met, launch code-reviewer in parallel with the Task tool:

  • Review perspectives >= 2 (e.g., security + performance)
  • Changed files >= 5

Startup pattern (simultaneously calling multiple Task tools within one response):

Task tool 並列呼び出し:
  #1: subagent_type="code-reviewer"
      prompt="セキュリティ観点でレビュー: {files}"
  #2: subagent_type="code-reviewer"
      prompt="パフォーマンス観点でレビュー: {files}"
  #3: subagent_type="code-reviewer"
      prompt="コード品質観点でレビュー: {files}"

For small scale (does not meet the conditions):

  • Load child skills (doc.md) sequentially and execute in series

🔧 Utilizing LSP Features

In reviews, utilize LSP (Language Server Protocol) to improve accuracy.

Integrating LSP into Reviews

Review Perspective LSP Utilization Method
Quality Automatically detect type errors and unused variables with Diagnostics
Security Track the flow of sensitive data with Find-references
Performance Check the implementation of heavy processing with Go-to-definition

Example output of LSP Diagnostics

📊 LSP 診断結果

| ファイル | エラー | 警告 |
|---------|--------|------|
| src/components/Form.tsx | 0 | 2 |
| src/utils/api.ts | 1 | 0 |

⚠️ 1件のエラーを検出
→ レビューで指摘事項に追加

Impact analysis using Find-references

🔍 変更影響分析

変更: validateInput()

参照箇所:
├── src/pages/signup.tsx:34
├── src/pages/settings.tsx:56
└── tests/validate.test.ts:12

→ テストでカバー済み ✅

Details: docs/LSP_INTEGRATION.md


For VibeCoder

📝 コードチェックを依頼するときの言い方

1. **「チェックして」**
   - 全体的に問題がないか見てもらう

2. **「セキュリティ大丈夫?」**
   - 悪意ある攻撃に耐えられるかチェック

3. **「遅くない?」**
   - 速度に問題がないかチェック

4. **「誰でも使える?」**
   - 障害のある方でも使えるかチェック

💡 ヒント: 「全部チェックして」と言えば、
4つの観点すべてを自動で確認します