// Import necessary types (assuming these are defined elsewhere in the codebase)
import { AgentConfig, AgentInstance, Task, TaskExecution, Orchestration, Resources, Allocation, PerformanceMetrics, SecurityPolicy, Compliance, AuditLog } from '@stateset/types';

interface AgentOS {
  // Core agent lifecycle management
  spawn(agentConfig: AgentConfig): AgentInstance;
  schedule(agentId: string, task: Task): TaskExecution;
  coordinate(agents: AgentInstance[]): Orchestration;
  
  // Resource management
  allocateResources(agentId: string, resources: Resources): Allocation;
  monitorPerformance(agentId: string): PerformanceMetrics;
  
  // Security and governance
  enforcePolicy(agentId: string, policy: SecurityPolicy): Compliance;
  auditActivity(agentId: string): AuditLog;
}

interface AgentWallet {
  address: string;
  balance: {
    usdc: string;
    state: string;
  };
  
  // Transaction capabilities
  send(recipient: string, amount: string, memo?: string): Transaction;
  receive(sender: string, amount: string): Transaction;
  
  // Multi-signature controls
  requireApproval(threshold: number, signers: string[]): MultiSigConfig;
  
  // Cross-chain capabilities
  bridgeToChain(chain: string, amount: string): CrossChainTransfer;
  
  // DeFi integrations
  stake(amount: string, validator: string): StakingPosition;
  lend(amount: string, protocol: string): LendingPosition;
}

interface MCPGateway {
  // Cross-web state management
  connectToService(service: WebService): MCPConnection;
  syncState(agentId: string, state: AgentState): StateSyncResult;
  
  // Tool execution across platforms
  executeRemoteFunction(
    service: string, 
    function: string, 
    params: any
  ): ExecutionResult;
  
  // Event coordination
  subscribeToEvents(service: string, events: string[]): EventSubscription;
  publishEvent(event: AgentEvent): PublishResult;
}

// Agent performing complex cross-platform workflow
class CrossPlatformAgent extends StateSetAgent {
  async executeGlobalProcurement(requirement: ProcurementReq) {
    // 1. Search for suppliers across multiple platforms
    const suppliers = await Promise.all([
      this.mcp.alibaba.searchSuppliers(requirement),
      this.mcp.thomasnet.findManufacturers(requirement),
      this.mcp.linkedin.identifyContacts(requirement.category)
    ]);
    
    // 2. Analyze and negotiate via multiple channels
    const negotiations = await Promise.all(
      suppliers.map(async (supplier) => {
        // Send RFQ via supplier's preferred platform
        const rfq = await this.mcp[supplier.platform].sendRFQ({
          supplier: supplier.id,
          requirement,
          terms: this.negotiationParams
        });
        
        // Track responses across platforms
        return this.mcp.trackNegotiation(rfq.id);
      })
    );
    
    // 3. Execute payment via StateSet wallet
    const bestOffer = this.selectBestOffer(negotiations);
    const payment = await this.wallet.pay({
      recipient: bestOffer.supplier.walletAddress,
      amount: bestOffer.price,
      reference: bestOffer.orderId
    });
    
    // 4. Update systems across all platforms
    await Promise.all([
      this.mcp.erp.createPurchaseOrder(bestOffer),
      this.mcp.accounting.recordExpense(payment),
      this.mcp.logistics.scheduleDelivery(bestOffer.delivery),
      this.mcp.slack.notifyTeam(`Order ${bestOffer.orderId} placed`)
    ]);
    
    return {
      orderId: bestOffer.orderId,
      supplier: bestOffer.supplier,
      payment: payment.txHash,
      estimatedDelivery: bestOffer.delivery.eta
    };
  }
}

// Registry of MCP-enabled services
const mcpServiceRegistry = {
  enterprise: {
    salesforce: {
      capabilities: ['crm_management', 'lead_processing', 'opportunity_tracking'],
      authentication: 'oauth2',
      rate_limits: '1000_req_per_hour'
    },
    sap: {
      capabilities: ['erp_integration', 'financial_posting', 'inventory_management'],
      authentication: 'saml',
      rate_limits: '500_req_per_hour'
    },
    microsoft365: {
      capabilities: ['email_automation', 'calendar_management', 'teams_integration'],
      authentication: 'microsoft_graph',
      rate_limits: '10000_req_per_hour'
    }
  },
  
  ecommerce: {
    shopify: {
      capabilities: ['order_management', 'inventory_sync', 'customer_service'],
      authentication: 'api_key',
      rate_limits: '2000_req_per_hour'
    },
    amazon: {
      capabilities: ['marketplace_operations', 'fulfillment', 'advertising'],
      authentication: 'aws_signature',
      rate_limits: '100_req_per_hour'
    }
  },
  
  financial: {
    stripe: {
      capabilities: ['payment_processing', 'subscription_management', 'fraud_detection'],
      authentication: 'api_key',
      rate_limits: '1000_req_per_second'
    },
    quickbooks: {
      capabilities: ['accounting_automation', 'invoice_management', 'tax_preparation'],
      authentication: 'oauth2',
      rate_limits: '500_req_per_hour'
    }
  }
};

class ProcurementAgent extends StateSetAgent {
  private inventory: InventoryManager;
  private suppliers: SupplierNetwork;
  private budget: BudgetManager;
  
  async autonomousReordering() {
    // Monitor inventory levels across all systems
    const lowStockItems = await this.inventory.getLowStockItems();
    
    for (const item of lowStockItems) {
      // Find best supplier and pricing
      const suppliers = await this.suppliers.findSuppliers(item);
      const bestOffer = await this.negotiateBestPrice(suppliers, item);
      
      // Check budget approval
      if (await this.budget.canAfford(bestOffer.totalCost)) {
        // Execute purchase
        const order = await this.createOrder(bestOffer);
        await this.wallet.pay({
          recipient: bestOffer.supplier.wallet,
          amount: bestOffer.totalCost,
          reference: order.id
        });
        
        // Update all connected systems
        await this.mcp.updateSystems({
          erp: { newPurchaseOrder: order },
          accounting: { newExpense: bestOffer.totalCost },
          warehouse: { expectedDelivery: order.delivery }
        });
      }
    }
  }
}

class SalesAgent extends StateSetAgent {
  async autonomousSalesFlow(lead: Lead) {
    // Research prospect across platforms
    const prospect = await this.mcp.research({
      linkedin: lead.company,
      crunchbase: lead.company,
      salesforce: lead.email
    });
    
    // Generate personalized outreach
    const message = await this.ai.generateOutreach({
      prospect,
      context: this.salesContext,
      tone: 'professional'
    });
    
    // Send via preferred channel
    await this.mcp[prospect.preferredChannel].sendMessage({
      recipient: lead.email,
      message,
      trackOpens: true
    });
    
    // Schedule follow-ups
    await this.scheduleFollowUps(lead, prospect.responsePattern);
    
    // Update CRM across all platforms
    await this.mcp.updateCRM({
      salesforce: { newActivity: message },
      hubspot: { leadScore: prospect.score },
      slack: { notification: `Reached out to ${lead.company}` }
    });
  }
}

class TreasuryAgent extends StateSetAgent {
  async optimizeLiquidity() {
    // Monitor cash positions across all accounts
    const positions = await this.getGlobalCashPositions();
    
    // Calculate optimal allocation
    const allocation = await this.ai.optimizeAllocation({
      positions,
      riskProfile: this.riskParams,
      marketConditions: await this.getMarketData()
    });
    
    // Execute rebalancing
    for (const move of allocation.moves) {
      if (move.type === 'yield_opportunity') {
        await this.wallet.stake({
          amount: move.amount,
          protocol: move.protocol,
          duration: move.duration
        });
      } else if (move.type === 'liquidity_provision') {
        await this.wallet.addLiquidity({
          pool: move.pool,
          amount: move.amount
        });
      }
    }
    
    // Report to stakeholders
    await this.mcp.updateDashboards({
      treasury: allocation.summary,
      cfo: allocation.riskMetrics,
      board: allocation.performance
    });
  }
}

class InvoiceFinancingAgent extends StateSetAgent {
  async autoFactorInvoices() {
    // Scan for eligible invoices
    const invoices = await this.mcp.accounting.getUnpaidInvoices();
    
    for (const invoice of invoices) {
      // Assess factoring opportunity
      const assessment = await this.finance.assessFactoring({
        invoice,
        buyerCreditScore: await this.getCreditScore(invoice.buyer),
        currentCashNeed: await this.getCashNeed()
      });
      
      if (assessment.recommend) {
        // Execute factoring
        const factoring = await this.stateset.finance.factorInvoice({
          invoiceId: invoice.id,
          discountRate: assessment.optimalRate
        });
        
        // Update financial systems
        await this.mcp.updateAccounting({
          factoring: factoring,
          cashFlow: await this.recalculateCashFlow()
        });
      }
    }
  }
}

class SupplyChainAgent extends StateSetAgent {
  async optimizeLogistics() {
    // Monitor shipments across carriers
    const shipments = await this.mcp.logistics.getActiveShipments();
    
    for (const shipment of shipments) {
      // Predict delays
      const delayRisk = await this.ai.predictDelay({
        shipment,
        weather: await this.mcp.weather.getForecast(shipment.route),
        traffic: await this.mcp.traffic.getConditions(shipment.route)
      });
      
      if (delayRisk.high) {
        // Find alternative routing
        const alternatives = await this.mcp.logistics.findAlternatives(shipment);
        
        // Execute if cost-effective
        if (alternatives.bestOption.costSavings > 0) {
          await this.wallet.pay({
            recipient: alternatives.bestOption.carrier.wallet,
            amount: alternatives.bestOption.cost,
            reference: shipment.id
          });
          
          // Update all stakeholders
          await this.mcp.notify({
            customer: `Your order has been expedited`,
            warehouse: `Reroute shipment ${shipment.id}`,
            finance: `Additional logistics cost: ${alternatives.bestOption.cost}`
          });
        }
      }
    }
  }
}

class ComplianceAgent extends StateSetAgent {
  async monitorCompliance() {
    // Scan all transactions for compliance issues
    const transactions = await this.getRecentTransactions();
    
    for (const tx of transactions) {
      // Real-time screening
      const screening = await this.stateset.compliance.screen({
        transaction: tx,
        sanctions: ['OFAC', 'EU', 'UN'],
        exportControls: ['EAR', 'ITAR'],
        aml: true
      });
      
      if (screening.flagged) {
        // Immediate action
        await this.wallet.freezeTransaction(tx.id);
        
        // Alert stakeholders
        await this.mcp.alert({
          compliance: screening.details,
          legal: screening.riskAssessment,
          management: screening.recommendedActions
        });
        
        // File required reports
        if (screening.requiresSAR) {
          await this.mcp.fincen.fileSAR({
            transaction: tx,
            suspiciousActivity: screening.flags
          });
        }
      }
    }
  }
}

class AgentOrchestrator {
  async executeWorkflow(workflow: AgentWorkflow) {
    // Parse workflow DAG
    const dag = this.parseWorkflowDAG(workflow);
    
    // Allocate resources
    const resources = await this.allocateResources(dag.requiredResources);
    
    // Execute in topological order
    for (const stage of dag.stages) {
      await Promise.all(
        stage.tasks.map(async (task) => {
          const agent = this.getAgent(task.agentType);
          
          // Execute with resource constraints
          return this.executeWithConstraints({
            agent,
            task,
            resources: resources[task.id],
            timeout: task.timeout,
            retries: task.retries
          });
        })
      );
    }
  }
  
  async coordinateMultiAgentDecision(decision: DecisionContext) {
    // Gather input from specialized agents
    const inputs = await Promise.all([
      this.financialAgent.analyzeFinancials(decision),
      this.complianceAgent.checkCompliance(decision),
      this.riskAgent.assessRisk(decision),
      this.operationsAgent.evaluateOperations(decision)
    ]);
    
    // Consensus algorithm
    const consensus = await this.buildConsensus(inputs);
    
    // Execute coordinated action
    if (consensus.approved) {
      return this.executeCoordinatedAction(consensus.action);
    }
    
    return { status: 'rejected', reason: consensus.rejectionReason };
  }
}

interface AgentEconomics {
  // Revenue streams
  revenueModels: {
    transactionFees: number;      // % of transaction value
    subscriptionFees: number;     // Monthly USDC fee
    performanceBonuses: number;   // Based on KPI achievement
    profitSharing: number;        // % of generated profits
  };
  
  // Cost structure
  operatingCosts: {
    computeResources: number;     // USDC per hour
    networkFees: number;          // Transaction costs
    dataAccess: number;           // API and data costs
    complianceCosts: number;      // Regulatory overhead
  };
  
  // Economic incentives
  incentives: {
    stakingRewards: number;       // APR for staked STATE
    liquidityMining: number;      // Rewards for providing liquidity
    governanceRewards: number;    // Voting participation
    referralBonuses: number;      // Agent recruitment rewards
  };
}

class SelfSustainingAgent extends StateSetAgent {
  async manageOwnEconomics() {
    // Calculate performance
    const performance = await this.calculatePerformance();
    
    // Optimize costs
    if (performance.profitMargin < this.targetMargin) {
      await this.optimizeCosts({
        reduceComputeUsage: true,
        negotiateBetterRates: true,
        improveEfficiency: true
      });
    }
    
    // Reinvest profits
    if (performance.profit > this.reserveTarget) {
      await this.reinvestProfits({
        upgradeCapabilities: performance.profit * 0.3,
        expandToNewMarkets: performance.profit * 0.2,
        increaseReserves: performance.profit * 0.5
      });
    }
    
    // Scale operations
    if (performance.demandRatio > 1.5) {
      await this.scaleOperations({
        spawnAdditionalAgents: Math.floor(performance.demandRatio),
        distributeWorkload: true
      });
    }
  }
}

interface AgentGovernance {
  // Authorization levels
  permissions: {
    financial: {
      maxTransactionAmount: string;
      dailySpendingLimit: string;
      approvedRecipients: string[];
      multiSigRequired: boolean;
    };
    
    dataAccess: {
      allowedAPIs: string[];
      dataClassification: 'public' | 'internal' | 'confidential';
      retentionPeriod: number;
      sharingPermissions: boolean;
    };
    
    systemAccess: {
      allowedServices: string[];
      executionLimits: ResourceLimits;
      schedulingPriority: number;
      networkAccess: NetworkPolicy;
    };
  };
  
  // Audit and compliance
  auditTrail: {
    logAllActions: boolean;
    immutableLogs: boolean;
    realTimeMonitoring: boolean;
    complianceReporting: boolean;
  };
  
  // Emergency controls
  emergencyProcedures: {
    killSwitch: boolean;
    fundsFreezing: boolean;
    escalationProtocol: EscalationPolicy;
    incidentResponse: ResponsePlan;
  };
}

import { StateSetAgent, AgentConfig, Task } from '@stateset/agent-sdk';

// Define agent configuration
const agentConfig: AgentConfig = {
  id: 'procurement-agent-001',
  name: 'Global Procurement Agent',
  type: 'commerce',
  capabilities: [
    'supplier_management',
    'price_negotiation',
    'order_execution',
    'compliance_checking'
  ],
  wallet: {
    initialBalance: '10000.00',
    spendingLimits: {
      daily: '5000.00',
      perTransaction: '1000.00'
    },
    multiSigRequired: true,
    approvers: ['manager@company.com', 'cfo@company.com']
  },
  mcpConnections: [
    'salesforce',
    'sap',
    'alibaba',
    'fedex'
  ],
  ai: {
    model: 'gpt-4-turbo',
    temperature: 0.1,
    maxTokens: 4000
  }
};

// Create and deploy agent
class MyProcurementAgent extends StateSetAgent {
  constructor(config: AgentConfig) {
    super(config);
  }
  
  async onStart() {
    // Initialize connections
    await this.mcp.connect('sap');
    await this.mcp.connect('alibaba');
    
    // Set up monitoring
    this.monitor.track('inventory_levels');
    this.monitor.alert('low_stock', this.handleLowStock);
  }
  
  async handleLowStock(item: InventoryItem) {
    // Custom procurement logic
    const suppliers = await this.findSuppliers(item);
    const bestOffer = await this.negotiatePrice(suppliers, item);
    
    if (await this.approveSpending(bestOffer.cost)) {
      return this.executePurchase(bestOffer);
    }
  }
}

// Deploy agent
const agent = new MyProcurementAgent(agentConfig);
await agent.deploy();

import { AgentTestSuite, MockServices } from '@stateset/agent-testing';

describe('Procurement Agent', () => {
  let agent: MyProcurementAgent;
  let mockServices: MockServices;
  
  beforeEach(async () => {
    mockServices = new MockServices();
    agent = new MyProcurementAgent({
      ...agentConfig,
      testMode: true,
      services: mockServices
    });
  });
  
  test('should handle low stock scenario', async () => {
    // Arrange
    mockServices.inventory.setLowStock('WIDGET-001', 5);
    mockServices.suppliers.addSupplier({
      id: 'SUP-001',
      products: ['WIDGET-001'],
      pricing: { 'WIDGET-001': '10.00' }
    });
    
    // Act
    await agent.handleLowStock({
      sku: 'WIDGET-001',
      currentStock: 5,
      reorderPoint: 10
    });
    
    // Assert
    expect(mockServices.orders.getLastOrder()).toMatchObject({
      sku: 'WIDGET-001',
      quantity: 50,
      supplier: 'SUP-001'
    });
    
    expect(agent.wallet.getLastTransaction()).toMatchObject({
      amount: '500.00',
      recipient: 'SUP-001-wallet'
    });
  });
});

interface UniversalAgentID {
  did: string;                    // Decentralized identifier
  statesetAddress: string;        // Native wallet address
  mcpConnections: {
    platform: string;
    identity: string;
    permissions: string[];
  }[];
  capabilities: AgentCapability[];
  reputation: ReputationScore;
  verification: VerificationProof;
}

// Example agent identity
const agentIdentity: UniversalAgentID = {
  did: 'did:stateset:agent:procurement:abc123',
  statesetAddress: 'stateset1agent123...',
  mcpConnections: [
    {
      platform: 'salesforce',
      identity: 'user_12345',
      permissions: ['read_contacts', 'create_opportunities']
    },
    {
      platform: 'sap',
      identity: 'sapuser_67890',
      permissions: ['purchase_orders', 'vendor_management']
    }
  ],
  capabilities: [
    'procurement',
    'supplier_negotiation',
    'compliance_checking',
    'financial_analysis'
  ],
  reputation: {
    score: 95,
    transactions: 10000,
    successRate: 0.98,
    trustLevel: 'verified'
  },
  verification: {
    attestations: ['stateset_verified', 'enterprise_approved'],
    audits: ['security_audit_2024', 'compliance_review_2024']
  }
};

interface AgentMessage {
  from: string;           // Sender agent DID
  to: string;             // Recipient agent DID  
  type: MessageType;      // Request, response, notification
  payload: any;           // Message content
  signature: string;      // Cryptographic signature
  timestamp: number;      // Unix timestamp
  ttl: number;           // Time to live
  priority: Priority;     // Message priority
}

class AgentCommunication {
  async sendMessage(message: AgentMessage): Promise<MessageResult> {
    // Encrypt message
    const encrypted = await this.encrypt(message, message.to);
    
    // Route through StateSet network
    return this.network.route({
      message: encrypted,
      destination: message.to,
      priority: message.priority
    });
  }
  
  async broadcastToNetwork(
    message: Omit<AgentMessage, 'to'>,
    filters: AgentFilter[]
  ): Promise<BroadcastResult> {
    // Find matching agents
    const recipients = await this.findAgents(filters);
    
    // Send to all recipients
    return Promise.all(
      recipients.map(agent => 
        this.sendMessage({ ...message, to: agent.did })
      )
    );
  }
}

interface AgentDashboard {
  performance: {
    tasksCompleted: number;
    successRate: number;
    averageExecutionTime: number;
    errorRate: number;
    uptime: number;
  };
  
  financial: {
    totalEarnings: string;
    totalSpent: string;
    profitMargin: number;
    walletBalance: string;
    pendingTransactions: number;
  };
  
  operations: {
    activeConnections: number;
    apiCallsPerHour: number;
    resourceUtilization: {
      cpu: number;
      memory: number;
      network: number;
    };
  };
  
  compliance: {
    complianceScore: number;
    lastAudit: Date;
    violations: number;
    riskLevel: 'low' | 'medium' | 'high';
  };
}

// Future: Agents negotiating directly with each other
class ManufacturingAgent extends StateSetAgent {
  async negotiateWithSupplierAgent(supplierAgent: AgentDID, requirement: Requirement) {
    // Direct agent-to-agent negotiation
    const negotiation = await this.startNegotiation({
      counterparty: supplierAgent,
      requirement,
      maxPrice: this.budgetManager.getMaxPrice(requirement),
      timeline: requirement.urgency
    });
    
    // AI-powered negotiation rounds
    while (!negotiation.settled) {
      const offer = await negotiation.getNextOffer();
      const response = await this.ai.evaluateOffer(offer);
      
      if (response.accept) {
        return this.acceptOffer(offer);
      } else {
        await negotiation.counterOffer(response.counterOffer);
      }
    }
    
    // Execute transaction directly
    return this.wallet.pay({
      recipient: supplierAgent.wallet,
      amount: negotiation.finalPrice,
      smart_contract: negotiation.terms
    });
  }
}

# Install StateSet Agent CLI
npm install -g @stateset/agent-cli

# Initialize new agent project
stateset-agent init my-procurement-agent --type=commerce

# Configure agent
cd my-procurement-agent
stateset-agent configure --wallet-balance=1000 --mcp-services=sap,alibaba

# Deploy to StateSet network
stateset-agent deploy --network=mainnet

# Monitor agent
stateset-agent monitor --agent-id=my-procurement-agent

// Enterprise agent deployment
const enterpriseConfig = {
  security: 'enterprise',
  compliance: ['SOX', 'PCI_DSS', 'GDPR'],
  integrations: ['salesforce', 'sap', 'workday', 'servicenow'],
  governance: {
    approvalWorkflows: true,
    auditLogging: true,
    emergencyControls: true
  },
  scaling: {
    autoScale: true,
    maxAgents: 1000,
    loadBalancing: true
  }
};