Code Review Checklist Generator

I'll generate comprehensive, context-aware code review checklists based on your changes.

Arguments: $ARGUMENTS - branch name, commit range, or PR number (optional)

Checklist Philosophy

Generate checklists that are:

• Framework-specific and relevant
• Based on actual changes, not generic
• Security-focused for sensitive changes
• Performance-aware for critical paths
• Actionable and measurable

Token Optimization

This skill uses multiple optimization strategies to minimize token usage while maintaining comprehensive checklist generation:

1. Git Diff Statistics for Overview (800 token savings)

Pattern: Use git diff --stat instead of reading all changed files

# Instead of: Read all changed files (1,200+ tokens)
# Use: git diff --stat (400 tokens)

# Get high-level overview
git diff --stat "$BASE_BRANCH"...HEAD

# Count changes without reading files
total_files=$(git diff --name-only "$BASE_BRANCH"...HEAD | wc -l)
additions=$(git diff --numstat "$BASE_BRANCH"...HEAD | awk '{sum+=$1} END {print sum}')
deletions=$(git diff --numstat "$BASE_BRANCH"...HEAD | awk '{sum+=$2} END {print sum}')

Savings:

• Git stats: ~400 tokens (metadata only)
• Full file read: ~1,200 tokens (all changed files)
• 800 token savings (67%)

2. Codebase Analysis Caching (600 token savings)

Pattern: Cache framework/stack detection results

# Cache file: .code-review-stack.cache
# Format: JSON with detected technologies
# TTL: 24 hours (stack rarely changes)

if [ -f ".code-review-stack.cache" ] && [ $(($(date +%s) - $(stat -c %Y .code-review-stack.cache))) -lt 86400 ]; then
    # Read cached stack (80 tokens)
    STACK=$(cat .code-review-stack.cache)
else
    # Full stack detection (680 tokens)
    detect_stack
    echo "$STACK" > .code-review-stack.cache
fi

Savings:

• Cached: ~80 tokens (read cache file)
• Uncached: ~680 tokens (package.json/requirements.txt analysis, multiple Grep operations)
• 600 token savings (88%) for subsequent runs

3. Template-Based Checklist Generation (1,800 token savings)

Pattern: Use comprehensive pre-defined checklist template with conditional sections

# Instead of: LLM-generated checklist (2,200+ tokens)
# Use: Template-based checklist (400 tokens)

generate_checklist_template() {
    cat templates/base-checklist.md  # Base template (300 tokens)

    # Add framework-specific sections conditionally
    if [ "$HAS_REACT" = "true" ]; then
        cat templates/react-checklist.md  # 100 tokens
    fi

    if [ "$HAS_SECURITY_CHANGES" = "true" ]; then
        cat templates/security-checklist.md  # 150 tokens
    fi
}

Savings:

• Template-based: ~400 tokens (template assembly)
• LLM-generated: ~2,200 tokens (full checklist generation with analysis)
• 1,800 token savings (82%) per checklist

4. Focus Area Filtering (1,000 token savings)

Pattern: Generate only relevant checklist sections based on changes

# Instead of: Full comprehensive checklist (3,000+ tokens)
# Generate: Focused checklist (800 tokens)

# Analyze change categories
has_frontend=$(git diff --name-only "$BASE_BRANCH"...HEAD | grep -q '\.(tsx|jsx|vue)$' && echo "true" || echo "false")
has_backend=$(git diff --name-only "$BASE_BRANCH"...HEAD | grep -q '\.(py|go|java)$' && echo "true" || echo "false")
has_tests=$(git diff --name-only "$BASE_BRANCH"...HEAD | grep -q 'test\|spec' && echo "true" || echo "false")

# Include only relevant sections
[ "$has_frontend" = "true" ] && include_section "Frontend Performance"
[ "$has_backend" = "true" ] && include_section "API Design"
[ "$has_tests" = "true" ] && include_section "Test Quality"

Savings:

• Focused checklist: ~800 tokens (3-5 relevant sections)
• Full checklist: ~3,000 tokens (all 10 sections)
• 1,000 token savings (73%) for focused reviews

5. Early Exit for No Changes (95% savings)

Pattern: Detect no changes immediately

# Quick check: Are there any changes?
if ! git diff --quiet "$BASE_BRANCH"...HEAD; then
    CHANGE_COUNT=$(git diff --name-only "$BASE_BRANCH"...HEAD | wc -l)

    if [ "$CHANGE_COUNT" -eq 0 ]; then
        echo "✓ No changes to review"
        exit 0  # 100 tokens total
    fi
else
    echo "✓ No changes to review"
    exit 0
fi

# Otherwise: Full checklist generation (2,500+ tokens)

Savings:

• No changes: ~100 tokens (early exit)
• Full generation: ~2,500+ tokens
• 2,400+ token savings (96%) when no changes exist

6. Security Risk Pattern Matching (500 token savings)

Pattern: Use Grep for security pattern detection instead of full file analysis

# Instead of: Read files for security analysis (800 tokens)
# Use: Grep for security patterns (300 tokens)

# Detect authentication changes
git diff "$BASE_BRANCH"...HEAD | grep -i -E "auth|login|password|token|jwt" > /dev/null && AUTH_CHANGES=true

# Detect SQL queries
git diff "$BASE_BRANCH"...HEAD | grep -E "query|execute|raw|sql" > /dev/null && SQL_CHANGES=true

# Detect file operations
git diff "$BASE_BRANCH"...HEAD | grep -E "fs\.|readFile|writeFile" > /dev/null && FILE_OPS=true

Savings:

• Grep patterns: ~300 tokens
• Full file analysis: ~800 tokens (read changed files)
• 500 token savings (62%)

7. Checklist Section Caching (400 token savings)

Pattern: Cache common checklist sections for reuse

# Cache file: .code-review-sections.cache
# Contains pre-loaded checklist sections
# TTL: 24 hours

load_sections() {
    local cache_file=".code-review-sections.cache"

    if [ -f "$cache_file" ]; then
        source "$cache_file"  # 100 tokens
        return
    fi

    # Load all sections (500 tokens)
    SECTION_CODE_QUALITY=$(cat templates/code-quality.md)
    SECTION_SECURITY=$(cat templates/security.md)
    SECTION_PERFORMANCE=$(cat templates/performance.md)
    # ... more sections

    declare -p SECTION_* > "$cache_file"
}

Savings:

• Cached sections: ~100 tokens
• Load sections: ~500 tokens (multiple file reads)
• 400 token savings (80%) for subsequent runs

8. File Category Analysis Optimization (300 token savings)

Pattern: Use awk for efficient file categorization

# Instead of: Multiple grep operations (500 tokens)
# Use: Single awk command (200 tokens)

git diff --name-only "$BASE_BRANCH"...HEAD | awk -F'/' '{
    if ($0 ~ /test/) tests++
    else if ($0 ~ /\.md$/) docs++
    else if ($0 ~ /\.(ts|js|tsx|jsx)$/) frontend++
    else if ($0 ~ /\.(py|go|java|rb)$/) backend++
    else if ($0 ~ /\.(yml|yaml|json|toml)$/) config++
    else others++
}
END {
    if (tests) print "Tests: " tests
    if (docs) print "Documentation: " docs
    if (frontend) print "Frontend: " frontend
    if (backend) print "Backend: " backend
    if (config) print "Config: " config
    if (others) print "Other: " others
}'

Savings:

• Awk categorization: ~200 tokens
• Multiple Grep operations: ~500 tokens
• 300 token savings (60%)

9. Real-World Token Usage Distribution

Typical Scenarios:

1. First Run - Medium PR (1,800-2,500 tokens)

   • Git diff stats: 400 tokens
   • Stack detection: 680 tokens
   • File categorization: 200 tokens
   • Security analysis: 300 tokens
   • Generate focused checklist: 800 tokens
   • Total: ~2,380 tokens

2. Subsequent Run - Same Stack (1,000-1,500 tokens)

   • Git diff stats: 400 tokens
   • Stack detection (cached): 80 tokens
   • File categorization: 200 tokens
   • Security analysis: 300 tokens
   • Load sections (cached): 100 tokens
   • Generate checklist: 400 tokens
   • Total: ~1,480 tokens

3. No Changes to Review (80-120 tokens)

   • Git diff check: 50 tokens
   • Early exit: 50 tokens
   • Total: ~100 tokens

4. Large PR with Multiple Areas (2,500-3,500 tokens)

   • Git diff stats: 400 tokens
   • Stack detection: 680 tokens
   • File categorization: 200 tokens
   • Security analysis: 300 tokens
   • Performance analysis: 300 tokens
   • Generate comprehensive checklist: 2,000 tokens
   • Total: ~3,880 tokens

5. Small Frontend Change (800-1,200 tokens)

   • Git diff stats: 400 tokens
   • Stack detection (cached): 80 tokens
   • File categorization: 200 tokens
   • Generate focused frontend checklist: 400 tokens
   • Total: ~1,080 tokens

Expected Token Savings:

• Average 40% reduction from baseline (2,500 → 1,500 tokens)
• 96% reduction when no changes exist
• Aggregate savings: 1,000-1,500 tokens per checklist generation

Optimization Summary

Strategy	Savings	When Applied
Git diff statistics	800 tokens (67%)	Always
Codebase analysis caching	600 tokens (88%)	Subsequent runs
Template-based generation	1,800 tokens (82%)	Always
Focus area filtering	1,000 tokens (73%)	Focused reviews
Early exit for no changes	2,400 tokens (96%)	No changes
Security pattern matching	500 tokens (62%)	Always
Checklist section caching	400 tokens (80%)	Subsequent runs
File categorization optimization	300 tokens (60%)	Always

Key Insight: The combination of git diff statistics, template-based generation, and focus area filtering provides 40-50% token reduction while maintaining comprehensive review guidance. Early exit patterns provide 96% savings when no changes exist.

Pre-Flight Checks

Before generating checklist, I'll verify:

• Git repository exists
• Changes to review exist
• Can access modified files
• Framework/stack detected

<think> Checklist Strategy: - What files changed? - What frameworks are involved? - Are there security implications? - Performance impacts? - What testing is needed? </think>

First, let me analyze the changes:

#!/bin/bash
# Analyze changes for review checklist

set -e

echo "=== Code Review Analysis ==="
echo ""

# Parse arguments for branch/commit range
TARGET="${ARGUMENTS:-HEAD}"

# 1. Verify git repository
if ! git rev-parse --git-dir > /dev/null 2>&1; then
    echo "Error: Not a git repository"
    exit 1
fi

# 2. Determine comparison target
echo "Review Target: $TARGET"
echo ""

# 3. Get changed files
echo "Changed Files:"
if [ "$TARGET" = "HEAD" ]; then
    # Compare with main/master
    BASE_BRANCH=$(git symbolic-ref refs/remotes/origin/HEAD 2>/dev/null | sed 's@^refs/remotes/origin/@@' || echo "main")
    git diff --stat "$BASE_BRANCH"...HEAD
else
    git diff --stat "$TARGET"
fi
echo ""

# 4. Count changes
total_files=$(git diff --name-only "$BASE_BRANCH"...HEAD 2>/dev/null | wc -l || echo "0")
additions=$(git diff --numstat "$BASE_BRANCH"...HEAD 2>/dev/null | awk '{sum+=$1} END {print sum}' || echo "0")
deletions=$(git diff --numstat "$BASE_BRANCH"...HEAD 2>/dev/null | awk '{sum+=$2} END {print sum}' || echo "0")

echo "Change Summary:"
echo "  Files changed: $total_files"
echo "  Lines added: $additions"
echo "  Lines deleted: $deletions"
echo ""

# 5. Categorize changes
echo "File Categories:"
git diff --name-only "$BASE_BRANCH"...HEAD 2>/dev/null | awk -F'/' '{
    if ($0 ~ /test/) tests++
    else if ($0 ~ /\.md$/) docs++
    else if ($0 ~ /\.(ts|js|tsx|jsx)$/) frontend++
    else if ($0 ~ /\.(py|go|java|rb)$/) backend++
    else if ($0 ~ /\.(yml|yaml|json|toml)$/) config++
    else if ($0 ~ /\.(css|scss|sass)$/) styles++
    else others++
}
END {
    if (tests) print "  Tests: " tests
    if (docs) print "  Documentation: " docs
    if (frontend) print "  Frontend: " frontend
    if (backend) print "  Backend: " backend
    if (config) print "  Config: " config
    if (styles) print "  Styles: " styles
    if (others) print "  Other: " others
}'
echo ""

Phase 1: Framework & Stack Detection

Detect technologies to generate relevant checks:

#!/bin/bash
# Detect frameworks and technologies

detect_stack() {
    echo "=== Technology Stack Detection ==="
    echo ""

    # Frontend frameworks
    if [ -f "package.json" ]; then
        echo "JavaScript/TypeScript:"
        if grep -q "\"react\":" package.json; then
            echo "  ✓ React"
        fi
        if grep -q "\"vue\":" package.json; then
            echo "  ✓ Vue"
        fi
        if grep -q "\"next\":" package.json; then
            echo "  ✓ Next.js"
        fi
        if grep -q "\"angular\":" package.json; then
            echo "  ✓ Angular"
        fi
        echo ""
    fi

    # Backend frameworks
    if [ -f "requirements.txt" ] || [ -f "pyproject.toml" ]; then
        echo "Python:"
        if grep -q "django" requirements.txt 2>/dev/null || grep -q "django" pyproject.toml 2>/dev/null; then
            echo "  ✓ Django"
        fi
        if grep -q "flask" requirements.txt 2>/dev/null || grep -q "flask" pyproject.toml 2>/dev/null; then
            echo "  ✓ Flask"
        fi
        if grep -q "fastapi" requirements.txt 2>/dev/null || grep -q "fastapi" pyproject.toml 2>/dev/null; then
            echo "  ✓ FastAPI"
        fi
        echo ""
    fi

    # Database
    if [ -f "package.json" ]; then
        echo "Database:"
        if grep -q "\"prisma\":" package.json; then
            echo "  ✓ Prisma ORM"
        fi
        if grep -q "\"typeorm\":" package.json; then
            echo "  ✓ TypeORM"
        fi
        if grep -q "\"pg\":" package.json || grep -q "\"postgres\":" package.json; then
            echo "  ✓ PostgreSQL"
        fi
        if grep -q "\"mongodb\":" package.json || grep -q "\"mongoose\":" package.json; then
            echo "  ✓ MongoDB"
        fi
        echo ""
    fi

    # Testing frameworks
    echo "Testing:"
    if grep -q "\"jest\":" package.json 2>/dev/null; then
        echo "  ✓ Jest"
    fi
    if grep -q "\"vitest\":" package.json 2>/dev/null; then
        echo "  ✓ Vitest"
    fi
    if grep -q "\"playwright\":" package.json 2>/dev/null; then
        echo "  ✓ Playwright"
    fi
    if grep -q "pytest" requirements.txt 2>/dev/null; then
        echo "  ✓ Pytest"
    fi
    echo ""
}

detect_stack

Phase 2: Security Analysis

Analyze changes for security implications:

#!/bin/bash
# Security-focused analysis

analyze_security_risks() {
    echo "=== Security Risk Analysis ==="
    echo ""

    local has_security_risks=0

    # Check for authentication/authorization changes
    echo "Authentication & Authorization:"
    if git diff "$BASE_BRANCH"...HEAD | grep -i -E "auth|login|password|token|session|jwt|oauth" > /dev/null; then
        echo "  ⚠ Authentication-related changes detected"
        has_security_risks=1
    else
        echo "  ✓ No auth changes"
    fi
    echo ""

    # Check for database queries
    echo "Database Security:"
    if git diff "$BASE_BRANCH"...HEAD | grep -E "query|execute|raw|sql" > /dev/null; then
        echo "  ⚠ Database query changes detected"
        echo "    → Review for SQL injection risks"
        has_security_risks=1
    else
        echo "  ✓ No raw queries"
    fi
    echo ""

    # Check for user input handling
    echo "Input Validation:"
    if git diff "$BASE_BRANCH"...HEAD | grep -E "req\.body|req\.query|request\.|input|form" > /dev/null; then
        echo "  ⚠ User input handling detected"
        echo "    → Review validation and sanitization"
        has_security_risks=1
    else
        echo "  ✓ No input handling changes"
    fi
    echo ""

    # Check for file operations
    echo "File Operations:"
    if git diff "$BASE_BRANCH"...HEAD | grep -E "fs\.|readFile|writeFile|unlink|path\.join" > /dev/null; then
        echo "  ⚠ File system operations detected"
        echo "    → Review for path traversal vulnerabilities"
        has_security_risks=1
    else
        echo "  ✓ No file operations"
    fi
    echo ""

    # Check for environment variables
    echo "Secrets Management:"
    if git diff "$BASE_BRANCH"...HEAD | grep -E "process\.env|API_KEY|SECRET|PASSWORD" > /dev/null; then
        echo "  ⚠ Environment variable usage detected"
        echo "    → Verify no secrets in code"
        has_security_risks=1
    else
        echo "  ✓ No environment changes"
    fi
    echo ""

    if [ $has_security_risks -eq 1 ]; then
        echo "⚠ Security-sensitive changes require thorough review"
    else
        echo "✓ No major security risks detected"
    fi
    echo ""
}

analyze_security_risks

Phase 3: Performance Analysis

Check for performance implications:

#!/bin/bash
# Performance impact analysis

analyze_performance_impact() {
    echo "=== Performance Impact Analysis ==="
    echo ""

    local has_perf_concerns=0

    # Check for database queries in loops
    echo "Database Performance:"
    if git diff "$BASE_BRANCH"...HEAD | grep -B5 -A5 "for\|while\|map" | grep -E "query|find|create|update|delete" > /dev/null; then
        echo "  ⚠ Potential N+1 query pattern"
        echo "    → Review for bulk operations"
        has_perf_concerns=1
    else
        echo "  ✓ No obvious N+1 patterns"
    fi
    echo ""

    # Check for synchronous operations
    echo "Async Operations:"
    if git diff "$BASE_BRANCH"...HEAD | grep -E "fs\.readFileSync|fs\.writeFileSync|execSync" > /dev/null; then
        echo "  ⚠ Synchronous operations detected"
        echo "    → Consider async alternatives"
        has_perf_concerns=1
    else
        echo "  ✓ No blocking operations"
    fi
    echo ""

    # Check for large data processing
    echo "Data Processing:"
    if git diff "$BASE_BRANCH"...HEAD | grep -E "\.map\(|\.filter\(|\.reduce\(" > /dev/null; then
        echo "  ⓘ Array operations detected"
        echo "    → Verify efficient for large datasets"
    fi
    echo ""

    # Check for caching
    echo "Caching:"
    if git diff "$BASE_BRANCH"...HEAD | grep -i -E "cache|redis|memcached|memo" > /dev/null; then
        echo "  ✓ Caching implemented"
    else
        echo "  ⓘ Consider caching for frequently accessed data"
    fi
    echo ""

    if [ $has_perf_concerns -eq 1 ]; then
        echo "⚠ Performance concerns require review"
    else
        echo "✓ No major performance concerns"
    fi
    echo ""
}

analyze_performance_impact

Phase 4: Generate Checklist

Create comprehensive, context-aware checklist:

Now I'll generate a customized code review checklist based on the analysis:

Code Review Checklist

Review Information:

• Date: [timestamp]
• Reviewer: _____________
• Changes: [X files, Y additions, Z deletions]
• Risk Level: Low / Medium / High

---

1. Code Quality

General:

• Code is readable and self-documenting
• Naming follows project conventions
• No commented-out code
• No unnecessary console.log/print statements
• Error messages are helpful and actionable
• No hardcoded values that should be config

TypeScript/JavaScript Specific:

• TypeScript types are specific (no 'any')
• Interfaces/types are reusable
• Async/await used correctly
• Promises properly handled
• No callback hell

Python Specific:

• Type hints provided
• Follows PEP 8 style guide
• Context managers used for resources
• List comprehensions over loops where appropriate

---

2. Functionality

Core Logic:

• Implements requirements correctly
• Edge cases handled
• Error handling comprehensive
• Null/undefined checks present
• Input validation comprehensive

Business Logic:

• Follows business rules
• Data transformations correct
• Calculations verified
• State management appropriate

---

3. Security

Authentication & Authorization:

• Authentication required where needed
• Authorization checks present
• Session management secure
• Token validation implemented
• No authentication bypass possible

Input Validation:

• All user inputs validated
• SQL injection prevented
• XSS vulnerabilities addressed
• CSRF protection in place
• File upload restrictions enforced

Data Protection:

• Sensitive data encrypted
• No secrets in code
• Environment variables used correctly
• Passwords hashed (never stored plain)
• API keys secured

Dependencies:

• No known vulnerabilities in new dependencies
• Dependencies from trusted sources
• Version pinning appropriate

---

4. Performance

Database:

• No N+1 query problems
• Indexes used appropriately
• Bulk operations for large datasets
• Connection pooling configured
• Query complexity acceptable

Caching:

• Appropriate caching strategy
• Cache invalidation handled
• Cache keys unique and clear

Resource Management:

• Memory leaks prevented
• File handles closed
• Connections released
• Large files streamed, not loaded

Frontend Performance:

• Components optimized (React.memo, useMemo)
• Images optimized and lazy-loaded
• Code splitting implemented
• Bundle size acceptable

---

5. Testing

Test Coverage:

• Unit tests for new logic
• Integration tests for new features
• Edge cases tested
• Error conditions tested
• Test coverage > 80%

Test Quality:

• Tests are clear and maintainable
• Tests don't depend on external state
• Mocks appropriate and realistic
• Tests run quickly
• No flaky tests

Manual Testing:

• Feature tested locally
• Works in different browsers (if frontend)
• Mobile responsive (if applicable)
• Accessibility verified

---

6. Architecture & Design

Code Organization:

• Follows existing patterns
• Single responsibility principle
• Appropriate abstraction level
• No circular dependencies
• Proper separation of concerns

Database Schema:

• Migrations included
• Schema changes backward compatible
• Foreign keys defined
• Indexes on frequently queried columns

API Design:

• RESTful or follows API conventions
• Proper HTTP methods used
• Appropriate status codes
• Error responses consistent
• API versioning considered

---

7. Documentation

Code Documentation:

• Complex logic explained
• Public APIs documented
• JSDoc/docstrings for functions
• README updated if needed
• CHANGELOG updated

User Documentation:

• User-facing changes documented
• Migration guide if breaking changes
• Examples provided

---

8. Integration

Dependencies:

• Compatible with existing code
• Dependencies updated in package.json/requirements.txt
• No breaking changes to public APIs
• Backward compatibility maintained

CI/CD:

• All CI checks passing
• Build succeeds
• Tests pass in CI
• Linter passes
• Type checking passes

Database:

• Migrations tested
• Rollback plan exists
• Seed data updated

---

9. Deployment

Configuration:

• Environment variables documented
• Feature flags configured
• Monitoring/logging added

Rollback:

• Rollback plan documented
• Database migrations reversible
• Feature flags allow quick disable

---

10. Framework-Specific Checks

React:

• Hooks follow rules of hooks
• useEffect dependencies correct
• No prop drilling (use context if needed)
• Components reasonably sized
• Key props on lists

Next.js:

• Server/client components appropriate
• Data fetching optimized
• SEO meta tags included
• ISR/SSR/SSG appropriate

Django:

• Models have proper Meta class
• Migrations properly named
• Admin interface configured
• Signals used appropriately

FastAPI:

• Pydantic models for validation
• Dependency injection used
• Background tasks for long operations
• OpenAPI docs accurate

---

Review Summary

Strengths:

Concerns:

Blocking Issues:

Suggestions:

Decision:

• Approve
• Approve with comments
• Request changes
• Needs discussion

Reviewer Signature: _____________ Date: _____________

---

Integration with /review Skill

This checklist complements /review:

• /review - Automated code analysis
• /code-review-checklist - Human review guidance

Workflow:

# 1. Run automated review
/review

# 2. Generate human review checklist
/code-review-checklist

# 3. Perform manual review using checklist

# 4. Approve or request changes

Customization

I'll customize checklists based on:

• File types changed - Frontend vs backend checks
• Frameworks detected - Framework-specific checks
• Security sensitivity - Enhanced security section
• Performance critical - Enhanced performance section
• Database changes - Schema review section
• API changes - API design section

Export Formats

I can export checklists as:

• Markdown - For GitHub PR templates
• Plain text - For internal reviews
• JSON - For automation tools

#!/bin/bash
# Save checklist to file

save_checklist() {
    local output_file="CODE_REVIEW_CHECKLIST.md"

    echo "Saving checklist to: $output_file"
    # Checklist content written to file

    echo "✓ Checklist saved"
    echo ""
    echo "Usage:"
    echo "  1. Copy to PR description"
    echo "  2. Use as review template"
    echo "  3. Track review progress"
}

What I'll Actually Do

1. Analyze Changes - Use git diff to understand scope
2. Detect Stack - Identify frameworks and technologies
3. Security Scan - Flag security-sensitive changes
4. Performance Check - Identify performance risks
5. Generate Checklist - Create relevant, actionable checklist
6. Customize Sections - Focus on actual changes
7. Save Template - Export for use

Important: I will NEVER:

• Generate generic, irrelevant checklists
• Miss critical security concerns
• Ignore framework-specific patterns
• Add AI attribution

The checklist will be comprehensive, relevant, and immediately useful for code reviews.

Credits: Checklist methodology based on industry best practices, OWASP security guidelines, and framework-specific review patterns.