import { EventEmitter } from 'events';
import { PropertyTestingEngine, CodeSpecification, ValidationResult } from './property-testing-engine';
import { CleanArchitectureEngine, ArchitecturalContext, ArchitecturalReport } from './clean-architecture-engine';

export interface Agent {
  id: string;
  type: AgentType;
  specialization: string[];
  capabilities: AgentCapability[];
  status: AgentStatus;
  priority: number;
  performance: AgentPerformance;
}

export type AgentType = 
  | 'generator' 
  | 'tester' 
  | 'security' 
  | 'reviewer' 
  | 'optimizer' 
  | 'architect' 
  | 'validator'
  | 'coordinator';

export interface AgentCapability {
  name: string;
  level: 'basic' | 'intermediate' | 'advanced' | 'expert';
  metrics: CapabilityMetrics;
}

export interface CapabilityMetrics {
  accuracy: number;
  speed: number;
  coverage: number;
  reliability: number;
}

export type AgentStatus = 'idle' | 'working' | 'reviewing' | 'blocked' | 'error';

export interface AgentPerformance {
  tasksCompleted: number;
  successRate: number;
  averageTime: number;
  qualityScore: number;
  collaborationScore: number;
}

export interface CodeGenerationTask {
  id: string;
  type: TaskType;
  specification: CodeSpecification;
  context: ArchitecturalContext;
  requirements: TaskRequirement[];
  constraints: TaskConstraint[];
  priority: 'low' | 'medium' | 'high' | 'critical';
  deadline?: Date;
  assignedAgents: string[];
  status: TaskStatus;
  progress: TaskProgress;
}

export type TaskType = 
  | 'code_generation'
  | 'code_review' 
  | 'testing'
  | 'security_audit'
  | 'optimization'
  | 'refactoring'
  | 'architecture_design'
  | 'bug_fixing';

export interface TaskRequirement {
  type: string;
  description: string;
  mandatory: boolean;
  verifiable: boolean;
}

export interface TaskConstraint {
  type: string;
  value: any;
  description: string;
}

export type TaskStatus = 'pending' | 'assigned' | 'in_progress' | 'review' | 'testing' | 'completed' | 'failed';

export interface TaskProgress {
  percentage: number;
  milestones: Milestone[];
  currentPhase: string;
  estimatedCompletion: Date;
}

export interface Milestone {
  name: string;
  completed: boolean;
  timestamp?: Date;
  result?: any;
}

export interface CollaborationProtocol {
  type: 'sequential' | 'parallel' | 'review' | 'consensus' | 'voting';
  participants: string[];
  rules: ProtocolRule[];
  timeout: number;
}

export interface ProtocolRule {
  condition: string;
  action: string;
  priority: number;
}

export interface AgentCommunication {
  from: string;
  to: string[];
  type: CommunicationType;
  content: any;
  timestamp: Date;
  priority: number;
}

export type CommunicationType = 
  | 'task_assignment'
  | 'progress_update'
  | 'review_request'
  | 'feedback'
  | 'question'
  | 'suggestion'
  | 'alert'
  | 'completion';

export interface CodeGenerationResult {
  taskId: string;
  code: string;
  tests: string[];
  documentation: string;
  securityAnalysis: SecurityAnalysis;
  architecturalAssessment: ArchitecturalReport;
  propertyValidation: ValidationResult;
  optimizationReport: OptimizationReport;
  qualityMetrics: QualityMetrics;
  collaborationLog: AgentCommunication[];
}

export interface SecurityAnalysis {
  vulnerabilities: Vulnerability[];
  securityScore: number;
  recommendations: SecurityRecommendation[];
  complianceStatus: ComplianceStatus[];
}

export interface Vulnerability {
  type: string;
  severity: 'low' | 'medium' | 'high' | 'critical';
  location: string;
  description: string;
  cwe?: string;
  solution: string;
}

export interface SecurityRecommendation {
  category: string;
  priority: 'low' | 'medium' | 'high' | 'critical';
  description: string;
  implementation: string;
}

export interface ComplianceStatus {
  standard: string;
  compliant: boolean;
  violations: string[];
  recommendations: string[];
}

export interface OptimizationReport {
  performanceImprovements: PerformanceImprovement[];
  codeQualityEnhancements: QualityEnhancement[];
  maintainabilityScore: number;
  technicalDebtReduction: number;
}

export interface PerformanceImprovement {
  metric: string;
  currentValue: number;
  improvedValue: number;
  technique: string;
  impact: 'low' | 'medium' | 'high';
}

export interface QualityEnhancement {
  aspect: string;
  currentScore: number;
  improvedScore: number;
  changes: string[];
}

export interface QualityMetrics {
  overallScore: number;
  maintainability: number;
  readability: number;
  testability: number;
  performance: number;
  security: number;
  architecture: number;
}

/**
 * Multi-Agent Architecture Foundation for FlowX
 * Orchestrates specialized agents for collaborative code generation
 */
export class MultiAgentArchitecture extends EventEmitter {
  private agents: Map<string, Agent>;
  private tasks: Map<string, CodeGenerationTask>;
  private communications: AgentCommunication[];
  private propertyEngine: PropertyTestingEngine;
  private architectureEngine: CleanArchitectureEngine;
  private coordinationStrategy: CoordinationStrategy;

  constructor() {
    super();
    this.agents = new Map();
    this.tasks = new Map();
    this.communications = [];
    this.propertyEngine = new PropertyTestingEngine();
    this.architectureEngine = new CleanArchitectureEngine();
    this.coordinationStrategy = new CoordinationStrategy();
    this.initializeAgents();
  }

  /**
   * Initialize specialized agents
   */
  private initializeAgents(): void {
    const agentDefinitions = [
      {
        id: 'generator-001',
        type: 'generator' as AgentType,
        specialization: ['typescript', 'javascript', 'python', 'clean-architecture'],
        capabilities: [
          { name: 'code_generation', level: 'expert' as const, metrics: { accuracy: 0.95, speed: 0.9, coverage: 0.88, reliability: 0.92 } },
          { name: 'pattern_application', level: 'advanced' as const, metrics: { accuracy: 0.9, speed: 0.85, coverage: 0.82, reliability: 0.88 } }
        ]
      },
      {
        id: 'tester-001',
        type: 'tester' as AgentType,
        specialization: ['unit-testing', 'integration-testing', 'property-based-testing', 'edge-cases'],
        capabilities: [
          { name: 'test_generation', level: 'expert' as const, metrics: { accuracy: 0.98, speed: 0.87, coverage: 0.95, reliability: 0.96 } },
          { name: 'edge_case_detection', level: 'advanced' as const, metrics: { accuracy: 0.92, speed: 0.8, coverage: 0.9, reliability: 0.89 } }
        ]
      },
      {
        id: 'security-001',
        type: 'security' as AgentType,
        specialization: ['vulnerability-assessment', 'security-patterns', 'compliance', 'threat-modeling'],
        capabilities: [
          { name: 'vulnerability_detection', level: 'expert' as const, metrics: { accuracy: 0.96, speed: 0.82, coverage: 0.93, reliability: 0.94 } },
          { name: 'security_review', level: 'advanced' as const, metrics: { accuracy: 0.94, speed: 0.78, coverage: 0.88, reliability: 0.91 } }
        ]
      },
      {
        id: 'reviewer-001',
        type: 'reviewer' as AgentType,
        specialization: ['code-review', 'best-practices', 'maintainability', 'documentation'],
        capabilities: [
          { name: 'code_review', level: 'expert' as const, metrics: { accuracy: 0.93, speed: 0.85, coverage: 0.91, reliability: 0.95 } },
          { name: 'quality_assessment', level: 'advanced' as const, metrics: { accuracy: 0.89, speed: 0.88, coverage: 0.86, reliability: 0.9 } }
        ]
      },
      {
        id: 'optimizer-001',
        type: 'optimizer' as AgentType,
        specialization: ['performance-optimization', 'code-refactoring', 'memory-efficiency', 'algorithmic-improvement'],
        capabilities: [
          { name: 'performance_optimization', level: 'expert' as const, metrics: { accuracy: 0.91, speed: 0.83, coverage: 0.87, reliability: 0.89 } },
          { name: 'code_refactoring', level: 'advanced' as const, metrics: { accuracy: 0.88, speed: 0.9, coverage: 0.85, reliability: 0.92 } }
        ]
      },
      {
        id: 'architect-001',
        type: 'architect' as AgentType,
        specialization: ['system-design', 'clean-architecture', 'solid-principles', 'design-patterns'],
        capabilities: [
          { name: 'architecture_design', level: 'expert' as const, metrics: { accuracy: 0.97, speed: 0.75, coverage: 0.92, reliability: 0.95 } },
          { name: 'pattern_recommendation', level: 'expert' as const, metrics: { accuracy: 0.94, speed: 0.8, coverage: 0.89, reliability: 0.93 } }
        ]
      }
    ];

    agentDefinitions.forEach(def => {
      const agent: Agent = {
        ...def,
        status: 'idle',
        priority: 1,
        performance: {
          tasksCompleted: 0,
          successRate: 1.0,
          averageTime: 0,
          qualityScore: 0.9,
          collaborationScore: 0.85
        }
      };
      this.agents.set(agent.id, agent);
    });

    this.emit('agents:initialized', { count: this.agents.size });
  }

  /**
   * Generate code using multi-agent collaboration
   */
  async generateCode(
    specification: CodeSpecification,
    context: ArchitecturalContext,
    requirements: TaskRequirement[] = [],
    constraints: TaskConstraint[] = []
  ): Promise<CodeGenerationResult> {
    try {
      this.emit('generation:start', { specification, context });

      // Create generation task
      const task: CodeGenerationTask = {
        id: this.generateTaskId(),
        type: 'code_generation',
        specification,
        context,
        requirements,
        constraints,
        priority: 'high',
        assignedAgents: [],
        status: 'pending',
        progress: {
          percentage: 0,
          milestones: [
            { name: 'Architecture Design', completed: false },
            { name: 'Code Generation', completed: false },
            { name: 'Security Review', completed: false },
            { name: 'Testing', completed: false },
            { name: 'Optimization', completed: false },
            { name: 'Final Review', completed: false }
          ],
          currentPhase: 'Architecture Design',
          estimatedCompletion: new Date(Date.now() + 10 * 60 * 1000) // 10 minutes
        }
      };

      this.tasks.set(task.id, task);

      // Execute multi-agent workflow
      const result = await this.executeCollaborativeWorkflow(task);

      this.emit('generation:complete', { taskId: task.id, result });
      return result;

    } catch (error) {
      this.emit('generation:error', error);
      throw new Error(`Multi-agent code generation failed: ${error instanceof Error ? error.message : String(error)}`);
    }
  }

  /**
   * Execute collaborative workflow
   */
  private async executeCollaborativeWorkflow(task: CodeGenerationTask): Promise<CodeGenerationResult> {
    // Phase 1: Architecture Design
    await this.updateTaskProgress(task, 'Architecture Design', 10);
    const architecturalGuidance = await this.runArchitecturalAnalysis(task);

    // Phase 2: Code Generation
    await this.updateTaskProgress(task, 'Code Generation', 30);
    const generatedCode = await this.runCodeGeneration(task, architecturalGuidance);

    // Phase 3: Security Review
    await this.updateTaskProgress(task, 'Security Review', 50);
    const securityAnalysis = await this.runSecurityAnalysis(generatedCode);

    // Phase 4: Testing
    await this.updateTaskProgress(task, 'Testing', 70);
    const testResults = await this.runTesting(generatedCode, task.specification);

    // Phase 5: Optimization
    await this.updateTaskProgress(task, 'Optimization', 85);
    const optimizationReport = await this.runOptimization(generatedCode, securityAnalysis);

    // Phase 6: Final Review
    await this.updateTaskProgress(task, 'Final Review', 95);
    const finalReview = await this.runFinalReview(generatedCode, testResults, securityAnalysis);

    await this.updateTaskProgress(task, 'Completed', 100);

    // Compile final result
    const result: CodeGenerationResult = {
      taskId: task.id,
      code: generatedCode,
      tests: testResults.tests,
      documentation: this.generateDocumentation(generatedCode, task.specification),
      securityAnalysis,
      architecturalAssessment: architecturalGuidance,
      propertyValidation: testResults.validation,
      optimizationReport,
      qualityMetrics: this.calculateQualityMetrics(generatedCode, testResults, securityAnalysis),
      collaborationLog: this.communications.filter(c => 
        c.content.taskId === task.id || 
        task.assignedAgents.includes(c.from) || 
        task.assignedAgents.some(a => c.to.includes(a))
      )
    };

    return result;
  }

  /**
   * Run architectural analysis phase
   */
  private async runArchitecturalAnalysis(task: CodeGenerationTask): Promise<ArchitecturalReport> {
    const architectAgent = this.getAgentByType('architect');
    if (!architectAgent) throw new Error('Architecture agent not available');

    this.assignAgentToTask(architectAgent.id, task.id);
    
    // Simulate architectural analysis
    const mockCode = this.generateArchitecturalBlueprint(task.specification);
    const report = await this.architectureEngine.validateArchitecture(mockCode, task.context);

    this.sendMessage(architectAgent.id, ['coordinator'], 'completion', {
      taskId: task.id,
      phase: 'architecture',
      result: report
    });

    return report;
  }

  /**
   * Run code generation phase
   */
  private async runCodeGeneration(task: CodeGenerationTask, architecturalGuidance: ArchitecturalReport): Promise<string> {
    const generatorAgent = this.getAgentByType('generator');
    if (!generatorAgent) throw new Error('Generator agent not available');

    this.assignAgentToTask(generatorAgent.id, task.id);

    // Generate code based on specification and architectural guidance
    const code = this.generateCodeFromSpecification(task.specification, architecturalGuidance);

    this.sendMessage(generatorAgent.id, ['coordinator'], 'completion', {
      taskId: task.id,
      phase: 'generation',
      result: { code, linesOfCode: code.split('\n').length }
    });

    return code;
  }

  /**
   * Run security analysis phase
   */
  private async runSecurityAnalysis(code: string): Promise<SecurityAnalysis> {
    const securityAgent = this.getAgentByType('security');
    if (!securityAgent) throw new Error('Security agent not available');

    // Simulate security analysis
    const analysis: SecurityAnalysis = {
      vulnerabilities: this.detectVulnerabilities(code),
      securityScore: this.calculateSecurityScore(code),
      recommendations: this.generateSecurityRecommendations(code),
      complianceStatus: this.checkCompliance(code)
    };

    this.sendMessage(securityAgent.id, ['coordinator'], 'completion', {
      phase: 'security',
      result: analysis
    });

    return analysis;
  }

  /**
   * Run testing phase
   */
  private async runTesting(code: string, specification: CodeSpecification): Promise<{ tests: string[], validation: ValidationResult }> {
    const testerAgent = this.getAgentByType('tester');
    if (!testerAgent) throw new Error('Tester agent not available');

    // Generate properties and run tests
    const properties = await this.propertyEngine.generateProperties(code, specification);
    const validation = await this.propertyEngine.runPropertyTests(properties, code, 200);
    
    const tests = this.generateTestSuite(code, specification, properties);

    this.sendMessage(testerAgent.id, ['coordinator'], 'completion', {
      phase: 'testing',
      result: { testCount: tests.length, coverage: validation.coverage }
    });

    return { tests, validation };
  }

  /**
   * Run optimization phase
   */
  private async runOptimization(code: string, securityAnalysis: SecurityAnalysis): Promise<OptimizationReport> {
    const optimizerAgent = this.getAgentByType('optimizer');
    if (!optimizerAgent) throw new Error('Optimizer agent not available');

    const report: OptimizationReport = {
      performanceImprovements: this.analyzePerformance(code),
      codeQualityEnhancements: this.analyzeCodeQuality(code),
      maintainabilityScore: this.calculateMaintainabilityScore(code),
      technicalDebtReduction: this.calculateDebtReduction(code, securityAnalysis)
    };

    this.sendMessage(optimizerAgent.id, ['coordinator'], 'completion', {
      phase: 'optimization',
      result: report
    });

    return report;
  }

  /**
   * Run final review phase
   */
  private async runFinalReview(
    code: string, 
    testResults: { tests: string[], validation: ValidationResult },
    securityAnalysis: SecurityAnalysis
  ): Promise<{ approved: boolean, issues: string[], recommendations: string[] }> {
    const reviewerAgent = this.getAgentByType('reviewer');
    if (!reviewerAgent) throw new Error('Reviewer agent not available');

    const review = {
      approved: testResults.validation.valid && securityAnalysis.securityScore > 0.8,
      issues: [
        ...testResults.validation.violations.map(v => v.property),
        ...securityAnalysis.vulnerabilities.filter(v => v.severity === 'high' || v.severity === 'critical').map(v => v.description)
      ],
      recommendations: [
        ...testResults.validation.recommendations,
        ...securityAnalysis.recommendations.map(r => r.description)
      ]
    };

    this.sendMessage(reviewerAgent.id, ['coordinator'], 'completion', {
      phase: 'review',
      result: review
    });

    return review;
  }

  /**
   * Helper methods for agent management
   */
  private getAgentByType(type: AgentType): Agent | undefined {
    return Array.from(this.agents.values()).find(agent => agent.type === type);
  }

  private assignAgentToTask(agentId: string, taskId: string): void {
    const agent = this.agents.get(agentId);
    const task = this.tasks.get(taskId);
    
    if (agent && task) {
      agent.status = 'working';
      task.assignedAgents.push(agentId);
      this.agents.set(agentId, agent);
      this.tasks.set(taskId, task);
    }
  }

  private sendMessage(from: string, to: string[], type: CommunicationType, content: any): void {
    const message: AgentCommunication = {
      from,
      to,
      type,
      content,
      timestamp: new Date(),
      priority: 1
    };
    this.communications.push(message);
    this.emit('agent:communication', message);
  }

  private async updateTaskProgress(task: CodeGenerationTask, phase: string, percentage: number): Promise<void> {
    task.progress.currentPhase = phase;
    task.progress.percentage = percentage;
    
    // Update milestone
    const milestone = task.progress.milestones.find(m => m.name === phase);
    if (milestone) {
      milestone.completed = true;
      milestone.timestamp = new Date();
    }

    this.tasks.set(task.id, task);
    this.emit('task:progress', { taskId: task.id, phase, percentage });
  }

  private generateTaskId(): string {
    return 'task-' + Date.now() + '-' + Math.random().toString(36).substr(2, 6);
  }

  /**
   * Mock implementation methods (would be replaced with real implementations)
   */
  private generateArchitecturalBlueprint(spec: CodeSpecification): string {
    return `// Architectural blueprint for ${spec.function}
interface Repository<T> {
  save(entity: T): Promise<void>;
  findById(id: string): Promise<T | null>;
}

class DomainService {
  constructor(private repository: Repository<any>) {}
}`;
  }

  private generateCodeFromSpecification(spec: CodeSpecification, guidance: ArchitecturalReport): string {
    return `// Generated code for ${spec.function}
// Architecture score: ${(guidance.overallScore * 100).toFixed(1)}%

export class ${spec.function.split('.').pop() || 'Service'} {
  ${spec.parameters.map(p => `// Parameter: ${p.name}: ${p.type}`).join('\n  ')}
  
  async ${spec.function.split('.').pop()?.toLowerCase() || 'execute'}(${
    spec.parameters.map(p => `${p.name}: ${p.type}`).join(', ')
  }): Promise<${spec.returnType}> {
    // Implementation following clean architecture principles
    ${spec.preconditions.map(pc => `// Precondition: ${pc}`).join('\n    ')}
    
    // Business logic implementation
    const result = {} as ${spec.returnType};
    
    ${spec.postconditions.map(pc => `// Postcondition: ${pc}`).join('\n    ')}
    return result;
  }
}`;
  }

  private detectVulnerabilities(code: string): Vulnerability[] {
    const vulnerabilities: Vulnerability[] = [];
    
    // Simple vulnerability detection patterns
    if (code.includes('eval(') || code.includes('new Function(')) {
      vulnerabilities.push({
        type: 'Code Injection',
        severity: 'critical',
        location: 'eval() or Function() call detected',
        description: 'Dynamic code execution can lead to code injection vulnerabilities',
        cwe: 'CWE-94',
        solution: 'Use safe alternatives or input validation'
      });
    }

    if (code.includes('innerHTML') && !code.includes('sanitize')) {
      vulnerabilities.push({
        type: 'XSS',
        severity: 'high',
        location: 'innerHTML usage without sanitization',
        description: 'Unsanitized innerHTML can lead to XSS attacks',
        cwe: 'CWE-79',
        solution: 'Use textContent or sanitize input before setting innerHTML'
      });
    }

    return vulnerabilities;
  }

  private calculateSecurityScore(code: string): number {
    const vulnerabilities = this.detectVulnerabilities(code);
    const criticalCount = vulnerabilities.filter(v => v.severity === 'critical').length;
    const highCount = vulnerabilities.filter(v => v.severity === 'high').length;
    
    let score = 1.0;
    score -= criticalCount * 0.3;
    score -= highCount * 0.2;
    
    return Math.max(0, score);
  }

  private generateSecurityRecommendations(code: string): SecurityRecommendation[] {
    return [
      {
        category: 'Input Validation',
        priority: 'high',
        description: 'Implement comprehensive input validation',
        implementation: 'Use validation libraries like Joi or Zod'
      },
      {
        category: 'Output Encoding',
        priority: 'medium',
        description: 'Encode all outputs to prevent injection',
        implementation: 'Use framework-specific encoding functions'
      }
    ];
  }

  private checkCompliance(code: string): ComplianceStatus[] {
    return [
      {
        standard: 'OWASP Top 10',
        compliant: this.calculateSecurityScore(code) > 0.8,
        violations: [],
        recommendations: ['Implement security headers', 'Add rate limiting']
      }
    ];
  }

  private generateTestSuite(code: string, spec: CodeSpecification, properties: any[]): string[] {
    return [
      `// Unit tests for ${spec.function}`,
      `describe('${spec.function}', () => {`,
      `  it('should handle valid inputs', () => {`,
      `    // Test implementation`,
      `  });`,
      `  it('should validate preconditions', () => {`,
      `    // Precondition tests`,
      `  });`,
      `  it('should satisfy postconditions', () => {`,
      `    // Postcondition tests`,
      `  });`,
      `});`
    ];
  }

  private analyzePerformance(code: string): PerformanceImprovement[] {
    return [
      {
        metric: 'Execution Time',
        currentValue: 100,
        improvedValue: 80,
        technique: 'Algorithmic optimization',
        impact: 'medium'
      }
    ];
  }

  private analyzeCodeQuality(code: string): QualityEnhancement[] {
    return [
      {
        aspect: 'Readability',
        currentScore: 0.8,
        improvedScore: 0.9,
        changes: ['Add descriptive variable names', 'Extract helper methods']
      }
    ];
  }

  private calculateMaintainabilityScore(code: string): number {
    // Simple heuristic based on code length and complexity
    const lines = code.split('\n').length;
    const complexity = (code.match(/if|for|while|switch/g) || []).length;
    
    return Math.max(0, 1 - (complexity / lines));
  }

  private calculateDebtReduction(code: string, securityAnalysis: SecurityAnalysis): number {
    const baseDebt = code.split('\n').length * 0.1; // Base debt per line
    const securityDebt = securityAnalysis.vulnerabilities.length * 5;
    
    return Math.max(0, baseDebt - securityDebt);
  }

  private calculateQualityMetrics(
    code: string, 
    testResults: { tests: string[], validation: ValidationResult },
    securityAnalysis: SecurityAnalysis
  ): QualityMetrics {
    return {
      overallScore: 0.85,
      maintainability: this.calculateMaintainabilityScore(code),
      readability: 0.8,
      testability: testResults.validation.coverage,
      performance: 0.9,
      security: securityAnalysis.securityScore,
      architecture: 0.85
    };
  }

  private generateDocumentation(code: string, spec: CodeSpecification): string {
    return `# ${spec.function} Documentation

## Overview
Generated using FlowX Multi-Agent Architecture

## Parameters
${spec.parameters.map(p => `- **${p.name}**: ${p.type} - ${p.constraints.join(', ')}`).join('\n')}

## Returns
${spec.returnType}

## Preconditions
${spec.preconditions.map(pc => `- ${pc}`).join('\n')}

## Postconditions
${spec.postconditions.map(pc => `- ${pc}`).join('\n')}

## Invariants
${spec.invariants.map(inv => `- ${inv}`).join('\n')}
`;
  }
}

/**
 * Coordination Strategy for managing agent collaboration
 */
export class CoordinationStrategy {
  async planWorkflow(task: CodeGenerationTask, availableAgents: Agent[]): Promise<CollaborationProtocol[]> {
    // Plan the optimal workflow based on task requirements and agent capabilities
    return [
      {
        type: 'sequential',
        participants: ['architect-001', 'generator-001'],
        rules: [
          { condition: 'architect_complete', action: 'start_generation', priority: 1 }
        ],
        timeout: 300000 // 5 minutes
      },
      {
        type: 'parallel',
        participants: ['security-001', 'tester-001'],
        rules: [
          { condition: 'generation_complete', action: 'start_parallel_review', priority: 1 }
        ],
        timeout: 600000 // 10 minutes
      }
    ];
  }

  async optimizeAgentAssignment(task: CodeGenerationTask, agents: Agent[]): Promise<string[]> {
    // Optimize agent assignment based on capabilities and current workload
    return agents
      .filter(agent => agent.status === 'idle')
      .sort((a, b) => b.performance.qualityScore - a.performance.qualityScore)
      .slice(0, 3)
      .map(agent => agent.id);
  }
}