@clduab11/gemini-flow/src/sparc/sparc-modes.ts

Revolutionary AI agent swarm coordination platform with Google Services integration, multimedia processing, and production-ready monitoring. Features 8 Google AI services, quantum computing capabilities, and enterprise-grade security.

/**
 * SPARC Development Modes
 *
 * 17 specialized development modes for systematic TDD with AI assistance
 */

export interface SparcMode {
  id: string;
  name: string;
  description: string;
  phases: string[];
  agents: string[];
  workflow: string;
  temperature?: number;
  maxTokens?: number;
}

export const SPARC_MODES: Record<string, SparcMode> = {
  // Core SPARC Modes
  "spec-pseudocode": {
    id: "spec-pseudocode",
    name: "Specification & Pseudocode",
    description: "Define requirements and create algorithmic logic",
    phases: ["specification", "pseudocode"],
    agents: ["planner", "researcher", "architect"],
    workflow: "sequential",
    temperature: 0.6,
  },

  architect: {
    id: "architect",
    name: "Architecture Design",
    description: "Design system architecture and component structure",
    phases: ["architecture", "design"],
    agents: ["architect", "planner", "reviewer"],
    workflow: "collaborative",
    temperature: 0.7,
  },

  tdd: {
    id: "tdd",
    name: "Test-Driven Development",
    description: "Complete TDD cycle with tests first, then implementation",
    phases: [
      "test-design",
      "test-implementation",
      "code-implementation",
      "refactoring",
    ],
    agents: ["tester", "coder", "reviewer"],
    workflow: "iterative",
    temperature: 0.4,
  },

  refinement: {
    id: "refinement",
    name: "Code Refinement",
    description: "Iterative improvement of existing code",
    phases: ["analysis", "optimization", "refactoring", "validation"],
    agents: ["reviewer", "coder", "performance-monitor"],
    workflow: "iterative",
    temperature: 0.5,
  },

  integration: {
    id: "integration",
    name: "System Integration",
    description: "Integrate components and validate system behavior",
    phases: [
      "component-analysis",
      "integration-planning",
      "implementation",
      "testing",
    ],
    agents: ["integration-expert", "tester", "devops-engineer"],
    workflow: "sequential",
    temperature: 0.4,
  },

  // Development Modes
  dev: {
    id: "dev",
    name: "Full Development Cycle",
    description: "Complete development from specification to deployment",
    phases: ["spec", "design", "implement", "test", "deploy"],
    agents: ["planner", "coder", "tester", "devops-engineer"],
    workflow: "pipeline",
    temperature: 0.5,
  },

  api: {
    id: "api",
    name: "API Development",
    description: "Design and implement RESTful or GraphQL APIs",
    phases: ["api-design", "implementation", "documentation", "testing"],
    agents: ["api-designer", "coder", "documentation-writer", "tester"],
    workflow: "sequential",
    temperature: 0.4,
  },

  ui: {
    id: "ui",
    name: "UI Development",
    description: "User interface design and implementation",
    phases: ["design", "component-creation", "styling", "testing"],
    agents: ["ui-designer", "coder", "ux-researcher", "tester"],
    workflow: "iterative",
    temperature: 0.6,
  },

  test: {
    id: "test",
    name: "Comprehensive Testing",
    description: "Create and execute comprehensive test suites",
    phases: ["test-planning", "unit-tests", "integration-tests", "e2e-tests"],
    agents: ["tester", "performance-monitor", "security-auditor"],
    workflow: "parallel",
    temperature: 0.3,
  },

  refactor: {
    id: "refactor",
    name: "Code Refactoring",
    description: "Systematic code improvement without changing behavior",
    phases: ["analysis", "planning", "refactoring", "validation"],
    agents: ["reviewer", "coder", "tester"],
    workflow: "iterative",
    temperature: 0.4,
  },

  // Specialized Modes
  security: {
    id: "security",
    name: "Security Hardening",
    description: "Security analysis and implementation",
    phases: ["audit", "vulnerability-assessment", "remediation", "validation"],
    agents: ["security-auditor", "penetration-tester", "coder", "tester"],
    workflow: "sequential",
    temperature: 0.3,
  },

  performance: {
    id: "performance",
    name: "Performance Optimization",
    description: "Analyze and optimize system performance",
    phases: [
      "profiling",
      "bottleneck-analysis",
      "optimization",
      "benchmarking",
    ],
    agents: ["performance-monitor", "bottleneck-analyzer", "coder", "tester"],
    workflow: "iterative",
    temperature: 0.4,
  },

  ml: {
    id: "ml",
    name: "Machine Learning Development",
    description: "ML model development and deployment",
    phases: ["data-analysis", "model-design", "training", "deployment"],
    agents: [
      "data-analyst",
      "neural-architect",
      "training-coordinator",
      "model-deployer",
    ],
    workflow: "pipeline",
    temperature: 0.5,
  },

  migration: {
    id: "migration",
    name: "System Migration",
    description: "Migrate legacy systems or upgrade technologies",
    phases: ["analysis", "planning", "implementation", "validation"],
    agents: ["migration-specialist", "coder", "tester", "devops-engineer"],
    workflow: "sequential",
    temperature: 0.4,
  },

  documentation: {
    id: "documentation",
    name: "Documentation Generation",
    description: "Create comprehensive project documentation",
    phases: ["analysis", "structure-planning", "writing", "review"],
    agents: ["documentation-writer", "reviewer", "api-designer"],
    workflow: "sequential",
    temperature: 0.6,
  },

  quantum: {
    id: "quantum",
    name: "Quantum Computing",
    description: "Quantum algorithm and circuit development",
    phases: [
      "algorithm-design",
      "circuit-creation",
      "simulation",
      "optimization",
    ],
    agents: [
      "quantum-algorithm-specialist",
      "quantum-circuit-designer",
      "qubit-state-manager",
    ],
    workflow: "specialized",
    temperature: 0.4,
    maxTokens: 16384,
  },

  consensus: {
    id: "consensus",
    name: "Distributed Consensus",
    description: "Implement distributed consensus mechanisms",
    phases: [
      "protocol-selection",
      "implementation",
      "fault-tolerance",
      "testing",
    ],
    agents: [
      "byzantine-fault-tolerant",
      "raft-consensus",
      "crdt-manager",
      "tester",
    ],
    workflow: "parallel",
    temperature: 0.3,
  },
};

// SPARC Workflow Types
export enum SparcWorkflow {
  Sequential = "sequential", // Phases execute one after another
  Parallel = "parallel", // Phases can execute simultaneously
  Iterative = "iterative", // Phases repeat in cycles
  Pipeline = "pipeline", // Continuous flow through phases
  Collaborative = "collaborative", // Agents work together on phases
  Specialized = "specialized", // Custom workflow for specific domains
}

// SPARC Phase Definitions
export interface SparcPhase {
  id: string;
  name: string;
  description: string;
  requiredAgents: string[];
  outputs: string[];
  successCriteria: string[];
}

export const SPARC_PHASES: Record<string, SparcPhase> = {
  specification: {
    id: "specification",
    name: "Specification",
    description: "Define detailed requirements and acceptance criteria",
    requiredAgents: ["planner", "researcher"],
    outputs: ["requirements.md", "acceptance-criteria.md"],
    successCriteria: [
      "Clear requirements",
      "Measurable criteria",
      "Stakeholder approval",
    ],
  },

  pseudocode: {
    id: "pseudocode",
    name: "Pseudocode",
    description: "Create algorithmic logic in pseudocode",
    requiredAgents: ["planner", "architect"],
    outputs: ["algorithms.md", "data-structures.md"],
    successCriteria: [
      "Complete logic coverage",
      "Optimal algorithms",
      "Clear structure",
    ],
  },

  architecture: {
    id: "architecture",
    name: "Architecture",
    description: "Design system architecture and components",
    requiredAgents: ["architect", "planner"],
    outputs: ["architecture.md", "component-diagram.svg"],
    successCriteria: [
      "Scalable design",
      "Clear boundaries",
      "Technology decisions",
    ],
  },

  "test-design": {
    id: "test-design",
    name: "Test Design",
    description: "Design comprehensive test cases",
    requiredAgents: ["tester", "planner"],
    outputs: ["test-plan.md", "test-cases.json"],
    successCriteria: ["Full coverage", "Edge cases", "Performance criteria"],
  },

  implementation: {
    id: "implementation",
    name: "Implementation",
    description: "Write production code",
    requiredAgents: ["coder", "reviewer"],
    outputs: ["src/**/*.ts", "tests/**/*.test.ts"],
    successCriteria: ["Tests pass", "Code quality", "Performance targets"],
  },

  refinement: {
    id: "refinement",
    name: "Refinement",
    description: "Iterative improvement and optimization",
    requiredAgents: ["reviewer", "coder", "performance-monitor"],
    outputs: ["refactored-code", "performance-report.md"],
    successCriteria: [
      "Improved metrics",
      "Maintained functionality",
      "Clean code",
    ],
  },
};

// Export SPARC mode runner
export class SparcModeRunner {
  constructor(private mode: SparcMode) {}

  async execute(task: string, options?: any): Promise<any> {
    // Implementation will coordinate agents through the specified workflow
    throw new Error("SparcModeRunner.execute() to be implemented");
  }
}