# Additional IDE Workflows & Enhancements

## Overview

This document provides additional workflow types and enhancements that complement the existing universal workflows, focusing on IDE-specific optimizations and advanced automation patterns.

## 🎨 IDE-Specific Workflow Enhancements

### AI-Powered Code Review Workflow
**Duration**: 20-30 minutes | **Goal**: Automated code review with IDE integration
**Confidence Level**: 90% for pattern detection, 85% for architectural compliance

#### Phase 1: Pre-Review Analysis (10 minutes)

##### Step 1: Analyze Changed Files
```
Tool: analyze_project_ecosystem
Parameters: {
  "analysisScope": ["code_quality", "security", "architecture"],
  "analysisDepth": "comprehensive",
  "focusFiles": ["<changed_files>"]
}
```

##### Step 2: Generate Review Checklist
```
Tool: generate_rules
Parameters: {
  "source": "patterns",
  "outputFormat": "checklist",
  "reviewContext": true
}
```

##### Step 3: Create IDE Review Configuration
```yaml
# IDE Review Settings
review_config:
  auto_detect:
    - architecture_violations
    - security_vulnerabilities
    - performance_issues
    - test_coverage_gaps
  
  severity_levels:
    critical: block_merge
    high: require_resolution
    medium: suggest_fix
    low: informational
```

#### Phase 2: Automated Review Execution (20 minutes)

##### Step 4: Execute Review with IDE Integration
```javascript
// Cursor/Windsurf Integration
Tool: validate_rules
Parameters: {
  "reportFormat": "ide_compatible",
  "validationType": "comprehensive",
  "outputFormat": "inline_annotations"
}
```

##### Step 5: Generate Fix Suggestions
```
Tool: get_development_guidance
Parameters: {
  "developmentPhase": "code_review",
  "focusAreas": ["identified_issues"],
  "includeFixSuggestions": true
}
```

---

### Refactoring Assistant Workflow
**Duration**: 30-45 minutes | **Goal**: Intelligent refactoring with architectural awareness

#### Phase 1: Refactoring Analysis (15 minutes)

##### Step 1: Identify Refactoring Opportunities
```
Tool: analyze_project_ecosystem
Parameters: {
  "analysisScope": ["code_complexity", "duplication", "coupling"],
  "includeMetrics": true,
  "thresholds": {
    "complexity": 10,
    "duplication": 5,
    "coupling": 0.8
  }
}
```

##### Step 2: Generate Refactoring Plan
```
Tool: manage_todo_json
Parameters: {
  "operation": "create_task",
  "title": "Refactor: [Component Name]",
  "description": "Architectural refactoring based on analysis",
  "priority": "medium",
  "tags": ["refactoring", "architecture", "ide-suggested"]
}
```

#### Phase 2: IDE-Guided Refactoring (30 minutes)

##### Step 3: Create Refactoring Rules
```yaml
refactoring_rules:
  extract_method:
    min_lines: 10
    max_parameters: 3
    naming_convention: "camelCase"
  
  extract_interface:
    min_implementations: 2
    visibility: "public"
  
  move_class:
    check_dependencies: true
    update_imports: automatic
```

---

### Performance Profiling Workflow
**Duration**: 45-60 minutes | **Goal**: IDE-integrated performance optimization

#### Phase 1: Performance Baseline (20 minutes)

##### Step 1: Analyze Performance Patterns
```
Tool: analyze_project_ecosystem
Parameters: {
  "analysisScope": ["performance"],
  "includeEnvironment": true,
  "performanceMetrics": [
    "algorithm_complexity",
    "database_queries",
    "api_calls",
    "memory_usage"
  ]
}
```

##### Step 2: Create Performance TODOs
```
Tool: manage_todo_json
Parameters: {
  "operation": "create_task",
  "title": "Optimize: [Performance Bottleneck]",
  "priority": "high",
  "tags": ["performance", "optimization", "profiling"],
  "metrics": {
    "current": "[baseline_metric]",
    "target": "[improvement_goal]"
  }
}
```

---

## 🤖 AI-Enhanced IDE Workflows

### Context-Aware Code Generation
**Duration**: 15-20 minutes | **Goal**: Generate code that follows project patterns

#### Workflow Steps:

1. **Context Gathering**
```
Tool: get_architectural_context
Parameters: {
  "includeCompliance": true,
  "conversationContext": {
    "codeGeneration": true,
    "targetFile": "[current_file]"
  }
}
```

2. **Pattern Extraction**
```
Tool: analyze_project_ecosystem
Parameters: {
  "analysisScope": ["patterns"],
  "patternTypes": ["api", "database", "ui", "testing"]
}
```

3. **IDE Configuration Generation**
```yaml
ai_generation_rules:
  patterns:
    - use_existing_error_handling
    - follow_naming_conventions
    - include_unit_tests
    - maintain_documentation
  
  context_inclusion:
    - related_files: 5
    - test_examples: 3
    - similar_implementations: 2
```

---

### Intelligent Test Generation
**Duration**: 25-35 minutes | **Goal**: Generate comprehensive tests with IDE support

#### Phase 1: Test Analysis (10 minutes)

```
Tool: compare_adr_progress
Parameters: {
  "focusArea": "test_coverage",
  "includeMetrics": true,
  "identifyGaps": true
}
```

#### Phase 2: Test Generation Rules (25 minutes)

```yaml
test_generation:
  coverage_targets:
    unit: 80
    integration: 60
    e2e: 40
  
  test_patterns:
    - arrange_act_assert
    - given_when_then
    - test_data_builders
  
  ide_integration:
    - auto_run_on_save
    - inline_coverage_display
    - failure_navigation
```

---

## 🔄 Continuous Integration Workflows

### IDE-Triggered CI/CD
**Duration**: 20-30 minutes | **Goal**: Seamless CI/CD from IDE

#### Workflow Configuration:

```yaml
ide_ci_integration:
  triggers:
    - on_commit: lint_and_format
    - on_push: run_tests
    - on_pr: full_validation
  
  feedback:
    - inline_annotations
    - status_bar_indicators
    - notification_popups
  
  actions:
    - auto_fix_issues
    - suggest_improvements
    - block_on_failures
```

---

## 🔍 Advanced Analysis Workflows

### Dependency Analysis Workflow
**Duration**: 30-40 minutes | **Goal**: Visualize and optimize dependencies

#### Steps:

1. **Dependency Mapping**
```
Tool: analyze_project_ecosystem
Parameters: {
  "analysisScope": ["dependencies"],
  "includeTransitive": true,
  "visualizationFormat": "graph"
}
```

2. **IDE Visualization Config**
```yaml
dependency_view:
  layout: hierarchical
  grouping: by_module
  highlighting:
    - circular_dependencies: red
    - unused_dependencies: yellow
    - security_issues: orange
```

---

### Architecture Drift Detection
**Duration**: 40-50 minutes | **Goal**: Detect and fix architectural violations

#### Phase 1: Drift Analysis (20 minutes)

```
Tool: validate_rules
Parameters: {
  "validationType": "architecture",
  "strictMode": true,
  "includeHistory": true
}
```

#### Phase 2: IDE Integration (30 minutes)

```yaml
drift_detection:
  real_time:
    - highlight_violations
    - suggest_corrections
    - block_invalid_changes
  
  reporting:
    - daily_summary
    - trend_analysis
    - team_dashboard
```

---

## 🛡️ Security-First Workflows

### Secure Coding Assistant
**Duration**: 25-35 minutes | **Goal**: Real-time security guidance

#### Configuration:

```yaml
security_assistant:
  real_time_scanning:
    - sql_injection
    - xss_vulnerabilities
    - authentication_flaws
    - encryption_weaknesses
  
  ide_integration:
    - inline_warnings
    - secure_snippets
    - vulnerability_explanations
    - fix_suggestions
```

---

### Compliance Checking Workflow
**Duration**: 35-45 minutes | **Goal**: Ensure regulatory compliance

#### Steps:

1. **Compliance Analysis**
```
Tool: analyze_content_security
Parameters: {
  "complianceFrameworks": ["GDPR", "HIPAA", "SOC2"],
  "generateReport": true
}
```

2. **IDE Rules Generation**
```yaml
compliance_rules:
  data_handling:
    - encrypt_pii
    - audit_access
    - retention_policies
  
  code_patterns:
    - secure_apis
    - validated_inputs
    - logged_operations
```

---

## 📊 Metrics and Monitoring Workflows

### IDE Health Dashboard
**Duration**: 15-20 minutes | **Goal**: Real-time project health in IDE

#### Dashboard Configuration:

```yaml
health_dashboard:
  widgets:
    - code_quality_score
    - test_coverage_trend
    - deployment_readiness
    - security_posture
    - team_velocity
  
  refresh_interval: 5_minutes
  
  alerts:
    - coverage_drop: 5%
    - quality_degradation: 10%
    - security_issues: any
```

---

### Team Collaboration Workflow
**Duration**: 20-30 minutes | **Goal**: Enhanced team coordination

#### Features:

```yaml
team_collaboration:
  code_sharing:
    - live_share_sessions
    - pair_programming
    - code_reviews
  
  knowledge_sharing:
    - inline_documentation
    - pattern_library
    - decision_log
  
  coordination:
    - task_assignment
    - progress_tracking
    - conflict_resolution
```

---

## 🚀 Deployment Optimization Workflows

### Container Optimization
**Duration**: 30-40 minutes | **Goal**: Optimize container builds

#### Workflow:

```yaml
container_optimization:
  analysis:
    - layer_efficiency
    - cache_utilization
    - security_scanning
  
  ide_integration:
    - dockerfile_linting
    - build_time_prediction
    - size_optimization
```

---

### Multi-Environment Management
**Duration**: 35-45 minutes | **Goal**: Manage multiple deployment environments

#### Configuration:

```yaml
environment_management:
  environments:
    - development
    - staging
    - production
    - preview
  
  ide_features:
    - environment_switching
    - config_validation
    - deployment_preview
    - rollback_capability
```

---

## 💡 Learning and Documentation Workflows

### Interactive Documentation
**Duration**: 20-25 minutes | **Goal**: Living documentation in IDE

#### Setup:

```yaml
interactive_docs:
  features:
    - inline_examples
    - runnable_snippets
    - architecture_diagrams
    - decision_records
  
  generation:
    - from_code_comments
    - from_test_cases
    - from_usage_patterns
```

---

### Onboarding Assistant
**Duration**: 30-40 minutes | **Goal**: Accelerate developer onboarding

#### Workflow:

```yaml
onboarding_assistant:
  guided_tour:
    - project_structure
    - key_components
    - development_flow
    - testing_approach
  
  interactive_exercises:
    - fix_simple_bug
    - add_feature
    - write_test
    - deploy_change
```

---

## 🔮 Future Enhancements

### AI-Powered Predictions
- Performance regression prediction
- Bug likelihood assessment
- Deployment success probability
- Team velocity forecasting

### Advanced Automations
- Self-healing code
- Automatic optimization
- Predictive refactoring
- Intelligent merge conflict resolution

### Enhanced Visualizations
- 3D architecture views
- Real-time data flow
- Interactive dependency graphs
- Team collaboration heatmaps

---

## Integration with Universal Workflows

These enhanced workflows complement the universal workflows by:
1. **Adding IDE-specific optimizations** to existing workflows
2. **Providing deeper integration** with development tools
3. **Enabling real-time feedback** during development
4. **Automating repetitive tasks** through IDE features
5. **Enhancing team collaboration** with shared configurations

Ready to enhance your IDE workflow? Combine these patterns with the universal workflows for maximum productivity!