Prompt

Comprehensive code complexity analysis and maintainability improvement workflows:

**Complexity Metrics Analysis:**
- Calculate cyclomatic complexity, cognitive complexity, and maintainability index
- Analyze code nesting depth and function length metrics
- Create complexity trend analysis and monitoring
- Design complexity threshold enforcement and alerts

**Maintainability Assessment:**
- Evaluate code readability and documentation quality
- Analyze code coupling, cohesion, and modularity metrics
- Create technical debt quantification and tracking
- Design maintainability improvement roadmaps

**Automated Refactoring Suggestions:**
- Identify code smells and anti-pattern detection
- Create automated refactoring recommendations
- Implement complexity reduction strategies
- Design code simplification and optimization workflows

**Quality Gate Integration:**
- Set up complexity-based quality gates in CI/CD
- Implement complexity regression prevention
- Create complexity improvement tracking and goals
- Design team complexity awareness and training

**Architecture Impact Analysis:**
- Analyze complexity impact on system architecture
- Create component-level complexity assessment
- Design architectural refactoring recommendations
- Implement complexity-driven architecture decisions

**Example Complexity Analysis Operations:**
```bash
# Complexity analysis with multiple tools
complexity-report -o complexity.html src/
eslint src/ --ext .js,.ts -f complexity
plato -r -d complexity-report src/
# Technical debt analysis
debtective --output debt-report.json src/
```

Provide comprehensive complexity analysis workflows with improvement tracking and automation.