"use strict";
/**
 * Integration test for risk breach handling
 * Tests the complete flow of detecting, managing, and resolving risk breaches
 */
Object.defineProperty(exports, "__esModule", { value: true });
const globals_1 = require("@jest/globals");
const HedgingManager_1 = require("../../src/core/HedgingManager");
const RiskManager_1 = require("../../src/core/RiskManager");
(0, globals_1.describe)('Risk Breach Handling Integration', () => {
    let hedgingManager;
    let riskManager;
    let testSessionId;
    (0, globals_1.beforeAll)(async () => {
        // Initialize hedging manager
        hedgingManager = new HedgingManager_1.HedgingManager({
            accounts: './config/accounts.json',
            hedging: './config/hedging-config.json',
            marketData: './config/market-data-config.json'
        });
        // Initialize risk manager
        riskManager = new RiskManager_1.RiskManager({
            riskCheckInterval: 1000,
            alertThresholds: {
                positionSize: 0.08,
                portfolioLoss: 0.03,
                slippage: 0.015
            },
            maxConcurrentBreaches: 10
        });
        await hedgingManager.initialize();
        await riskManager.initialize();
    });
    (0, globals_1.afterAll)(async () => {
        if (hedgingManager) {
            await hedgingManager.shutdown();
        }
        if (riskManager) {
            await riskManager.shutdown();
        }
    });
    (0, globals_1.beforeEach)(async () => {
        // Create a test session for each test
        const sessionRequest = {
            name: 'Risk Breach Test Session',
            accountIds: ['account-1', 'account-2'],
            volumeTarget: 10000,
            strategy: {
                symbol: 'ETH/USD',
                volumeDistribution: 'equal',
                priceRange: { min: 0.001, max: 0.01 },
                timing: { minInterval: 30, maxInterval: 120, orderSize: { min: 100, max: 500 } },
                riskLimits: { maxPositionSize: 0.1, stopLossThreshold: 0.05, maxSlippage: 0.02 },
                orderTypes: { primary: 'limit', fallback: 'market' }
            }
        };
        try {
            const session = await hedgingManager.createSession(sessionRequest);
            testSessionId = session.id;
        }
        catch (error) {
            testSessionId = 'mock-session-id';
        }
    });
    (0, globals_1.describe)('Risk Breach Detection', () => {
        (0, globals_1.it)('should detect position size breaches', async () => {
            try {
                // Mock position size breach scenario
                const breach = await riskManager.checkPositionSizeRisk(testSessionId, 'account-1', 0.12);
                (0, globals_1.expect)(breach).toBeDefined();
                (0, globals_1.expect)(breach.breachType).toBe('position_size_exceeded');
                (0, globals_1.expect)(breach.severity).toBe('critical');
                (0, globals_1.expect)(breach.sessionId).toBe(testSessionId);
                (0, globals_1.expect)(breach.accountId).toBe('account-1');
                (0, globals_1.expect)(breach.details.currentValue).toBe(0.12);
                (0, globals_1.expect)(breach.details.limitValue).toBe(0.1);
                (0, globals_1.expect)(breach.details.percentage).toBe(120);
                (0, globals_1.expect)(breach.resolved).toBe(false);
                (0, globals_1.expect)(breach.timestamp).toBeInstanceOf(Date);
            }
            catch (error) {
                // This test should fail initially since RiskManager doesn't exist yet
                (0, globals_1.expect)(error.message).toContain('RiskManager');
            }
        });
        (0, globals_1.it)('should detect portfolio loss breaches', async () => {
            try {
                // Mock portfolio loss breach scenario
                const breach = await riskManager.checkPortfolioLossRisk(testSessionId, -0.06);
                (0, globals_1.expect)(breach).toBeDefined();
                (0, globals_1.expect)(breach.breachType).toBe('portfolio_loss_exceeded');
                (0, globals_1.expect)(breach.severity).toBe('critical');
                (0, globals_1.expect)(breach.sessionId).toBe(testSessionId);
                (0, globals_1.expect)(breach.accountId).toBeUndefined(); // Portfolio-level breach
                (0, globals_1.expect)(breach.details.currentValue).toBe(-0.06);
                (0, globals_1.expect)(breach.details.limitValue).toBe(-0.05);
                (0, globals_1.expect)(breach.details.percentage).toBe(120);
                (0, globals_1.expect)(breach.resolved).toBe(false);
            }
            catch (error) {
                // This test should fail initially since RiskManager doesn't exist yet
                (0, globals_1.expect)(error.message).toContain('RiskManager');
            }
        });
        (0, globals_1.it)('should detect slippage breaches', async () => {
            try {
                // Mock slippage breach scenario
                const breach = await riskManager.checkSlippageRisk(testSessionId, 'account-1', 0.025);
                (0, globals_1.expect)(breach).toBeDefined();
                (0, globals_1.expect)(breach.breachType).toBe('slippage_exceeded');
                (0, globals_1.expect)(breach.severity).toBe('warning');
                (0, globals_1.expect)(breach.sessionId).toBe(testSessionId);
                (0, globals_1.expect)(breach.accountId).toBe('account-1');
                (0, globals_1.expect)(breach.details.currentValue).toBe(0.025);
                (0, globals_1.expect)(breach.details.limitValue).toBe(0.02);
                (0, globals_1.expect)(breach.details.percentage).toBe(125);
                (0, globals_1.expect)(breach.resolved).toBe(false);
            }
            catch (error) {
                // This test should fail initially since RiskManager doesn't exist yet
                (0, globals_1.expect)(error.message).toContain('RiskManager');
            }
        });
        (0, globals_1.it)('should detect margin insufficient breaches', async () => {
            try {
                // Mock margin insufficient breach scenario
                const breach = await riskManager.checkMarginRisk(testSessionId, 'account-1', 0.05);
                (0, globals_1.expect)(breach).toBeDefined();
                (0, globals_1.expect)(breach.breachType).toBe('margin_insufficient');
                (0, globals_1.expect)(breach.severity).toBe('critical');
                (0, globals_1.expect)(breach.sessionId).toBe(testSessionId);
                (0, globals_1.expect)(breach.accountId).toBe('account-1');
                (0, globals_1.expect)(breach.details.currentValue).toBe(0.05);
                (0, globals_1.expect)(breach.details.limitValue).toBe(0.1);
                (0, globals_1.expect)(breach.details.percentage).toBe(50);
                (0, globals_1.expect)(breach.resolved).toBe(false);
            }
            catch (error) {
                // This test should fail initially since RiskManager doesn't exist yet
                (0, globals_1.expect)(error.message).toContain('RiskManager');
            }
        });
        (0, globals_1.it)('should detect account liquidation risk', async () => {
            try {
                // Mock liquidation risk breach scenario
                const breach = await riskManager.checkLiquidationRisk(testSessionId, 'account-1', 0.02);
                (0, globals_1.expect)(breach).toBeDefined();
                (0, globals_1.expect)(breach.breachType).toBe('account_liquidation_risk');
                (0, globals_1.expect)(breach.severity).toBe('critical');
                (0, globals_1.expect)(breach.sessionId).toBe(testSessionId);
                (0, globals_1.expect)(breach.accountId).toBe('account-1');
                (0, globals_1.expect)(breach.details.currentValue).toBe(0.02);
                (0, globals_1.expect)(breach.details.limitValue).toBe(0.05);
                (0, globals_1.expect)(breach.details.percentage).toBe(40);
                (0, globals_1.expect)(breach.resolved).toBe(false);
            }
            catch (error) {
                // This test should fail initially since RiskManager doesn't exist yet
                (0, globals_1.expect)(error.message).toContain('RiskManager');
            }
        });
    });
    (0, globals_1.describe)('Risk Breach Management', () => {
        let testBreachId;
        (0, globals_1.beforeEach)(async () => {
            try {
                // Create a test breach
                const breach = await riskManager.checkPositionSizeRisk(testSessionId, 'account-1', 0.12);
                testBreachId = breach.id;
            }
            catch (error) {
                testBreachId = 'mock-breach-id';
            }
        });
        (0, globals_1.it)('should store and retrieve risk breaches', async () => {
            try {
                const breach = await riskManager.getBreach(testBreachId);
                (0, globals_1.expect)(breach).toBeDefined();
                (0, globals_1.expect)(breach.id).toBe(testBreachId);
                (0, globals_1.expect)(breach.sessionId).toBe(testSessionId);
                (0, globals_1.expect)(breach.breachType).toBe('position_size_exceeded');
                (0, globals_1.expect)(breach.severity).toBe('critical');
                (0, globals_1.expect)(breach.resolved).toBe(false);
            }
            catch (error) {
                // This test should fail initially since RiskManager doesn't exist yet
                (0, globals_1.expect)(error.message).toContain('RiskManager');
            }
        });
        (0, globals_1.it)('should list active breaches for a session', async () => {
            try {
                const breaches = await riskManager.getActiveBreaches(testSessionId);
                (0, globals_1.expect)(Array.isArray(breaches)).toBe(true);
                (0, globals_1.expect)(breaches.length).toBeGreaterThan(0);
                const testBreach = breaches.find(b => b.id === testBreachId);
                (0, globals_1.expect)(testBreach).toBeDefined();
                (0, globals_1.expect)(testBreach.resolved).toBe(false);
            }
            catch (error) {
                // This test should fail initially since RiskManager doesn't exist yet
                (0, globals_1.expect)(error.message).toContain('RiskManager');
            }
        });
        (0, globals_1.it)('should filter breaches by type', async () => {
            try {
                const positionBreaches = await riskManager.getBreachesByType(testSessionId, 'position_size_exceeded');
                (0, globals_1.expect)(Array.isArray(positionBreaches)).toBe(true);
                positionBreaches.forEach(breach => {
                    (0, globals_1.expect)(breach.breachType).toBe('position_size_exceeded');
                });
            }
            catch (error) {
                // This test should fail initially since RiskManager doesn't exist yet
                (0, globals_1.expect)(error.message).toContain('RiskManager');
            }
        });
        (0, globals_1.it)('should filter breaches by severity', async () => {
            try {
                const criticalBreaches = await riskManager.getBreachesBySeverity(testSessionId, 'critical');
                (0, globals_1.expect)(Array.isArray(criticalBreaches)).toBe(true);
                criticalBreaches.forEach(breach => {
                    (0, globals_1.expect)(breach.severity).toBe('critical');
                });
            }
            catch (error) {
                // This test should fail initially since RiskManager doesn't exist yet
                (0, globals_1.expect)(error.message).toContain('RiskManager');
            }
        });
    });
    (0, globals_1.describe)('Risk Breach Resolution', () => {
        let testBreachId;
        (0, globals_1.beforeEach)(async () => {
            try {
                // Create a test breach
                const breach = await riskManager.checkPositionSizeRisk(testSessionId, 'account-1', 0.12);
                testBreachId = breach.id;
            }
            catch (error) {
                testBreachId = 'mock-breach-id';
            }
        });
        (0, globals_1.it)('should resolve a risk breach', async () => {
            try {
                const resolvedBreach = await riskManager.resolveBreach(testBreachId, 'Position reduced below limit');
                (0, globals_1.expect)(resolvedBreach).toBeDefined();
                (0, globals_1.expect)(resolvedBreach.id).toBe(testBreachId);
                (0, globals_1.expect)(resolvedBreach.resolved).toBe(true);
                (0, globals_1.expect)(resolvedBreach.resolvedAt).toBeDefined();
                (0, globals_1.expect)(resolvedBreach.resolvedAt).toBeInstanceOf(Date);
                (0, globals_1.expect)(resolvedBreach.action).toBe('Position reduced below limit');
            }
            catch (error) {
                // This test should fail initially since RiskManager doesn't exist yet
                (0, globals_1.expect)(error.message).toContain('RiskManager');
            }
        });
        (0, globals_1.it)('should acknowledge a risk breach without resolving', async () => {
            try {
                const acknowledgedBreach = await riskManager.acknowledgeBreach(testBreachId, 'ignore', 'Monitoring situation');
                (0, globals_1.expect)(acknowledgedBreach).toBeDefined();
                (0, globals_1.expect)(acknowledgedBreach.id).toBe(testBreachId);
                (0, globals_1.expect)(acknowledgedBreach.resolved).toBe(false);
                (0, globals_1.expect)(acknowledgedBreach.action).toBe('ignore');
            }
            catch (error) {
                // This test should fail initially since RiskManager doesn't exist yet
                (0, globals_1.expect)(error.message).toContain('RiskManager');
            }
        });
        (0, globals_1.it)('should prevent operations on resolved breaches', async () => {
            try {
                // First resolve the breach
                await riskManager.resolveBreach(testBreachId, 'Position reduced');
                // Try to resolve again
                await riskManager.resolveBreach(testBreachId, 'Another action');
                fail('Should have rejected resolving an already resolved breach');
            }
            catch (error) {
                (0, globals_1.expect)(error.message).toContain('already resolved');
            }
        });
    });
    (0, globals_1.describe)('Risk Monitoring', () => {
        (0, globals_1.it)('should continuously monitor risk metrics', async () => {
            const riskEvents = [];
            try {
                riskManager.on('breachDetected', (breach) => {
                    riskEvents.push('breachDetected');
                    (0, globals_1.expect)(breach.sessionId).toBe(testSessionId);
                });
                riskManager.on('breachResolved', (breach) => {
                    riskEvents.push('breachResolved');
                    (0, globals_1.expect)(breach.sessionId).toBe(testSessionId);
                });
                // Start monitoring
                await riskManager.startMonitoring(testSessionId);
                // Wait for monitoring to detect risks
                await new Promise(resolve => setTimeout(resolve, 2000));
                // Stop monitoring
                await riskManager.stopMonitoring(testSessionId);
                (0, globals_1.expect)(riskEvents.length).toBeGreaterThan(0);
            }
            catch (error) {
                // This test should fail initially since RiskManager doesn't exist yet
                (0, globals_1.expect)(error.message).toContain('RiskManager');
            }
        });
        (0, globals_1.it)('should calculate overall risk level', async () => {
            try {
                const riskLevel = await riskManager.calculateOverallRisk(testSessionId);
                (0, globals_1.expect)(riskLevel).toBeDefined();
                (0, globals_1.expect)(['low', 'medium', 'high']).toContain(riskLevel);
            }
            catch (error) {
                // This test should fail initially since RiskManager doesn't exist yet
                (0, globals_1.expect)(error.message).toContain('RiskManager');
            }
        });
        (0, globals_1.it)('should generate risk status report', async () => {
            try {
                const riskStatus = await riskManager.getRiskStatus(testSessionId);
                (0, globals_1.expect)(riskStatus).toBeDefined();
                (0, globals_1.expect)(riskStatus.sessionId).toBe(testSessionId);
                (0, globals_1.expect)(riskStatus.overallRisk).toBeDefined();
                (0, globals_1.expect)(riskStatus.accountRisks).toBeDefined();
                (0, globals_1.expect)(Array.isArray(riskStatus.accountRisks)).toBe(true);
                (0, globals_1.expect)(riskStatus.portfolioRisk).toBeDefined();
                (0, globals_1.expect)(riskStatus.activeBreaches).toBeDefined();
                (0, globals_1.expect)(Array.isArray(riskStatus.activeBreaches)).toBe(true);
            }
            catch (error) {
                // This test should fail initially since RiskManager doesn't exist yet
                (0, globals_1.expect)(error.message).toContain('RiskManager');
            }
        });
    });
    (0, globals_1.describe)('Risk Breach Notifications', () => {
        (0, globals_1.it)('should emit breach detection events', async () => {
            const events = [];
            try {
                riskManager.on('breachDetected', (breach) => {
                    events.push('breachDetected');
                    (0, globals_1.expect)(breach).toBeDefined();
                    (0, globals_1.expect)(breach.id).toBeDefined();
                    (0, globals_1.expect)(breach.sessionId).toBe(testSessionId);
                });
                // Trigger a breach
                await riskManager.checkPositionSizeRisk(testSessionId, 'account-1', 0.12);
                (0, globals_1.expect)(events).toContain('breachDetected');
            }
            catch (error) {
                // This test should fail initially since RiskManager doesn't exist yet
                (0, globals_1.expect)(error.message).toContain('RiskManager');
            }
        });
        (0, globals_1.it)('should emit breach resolution events', async () => {
            const events = [];
            let testBreachId;
            try {
                riskManager.on('breachResolved', (breach) => {
                    events.push('breachResolved');
                    (0, globals_1.expect)(breach).toBeDefined();
                    (0, globals_1.expect)(breach.id).toBe(testBreachId);
                });
                // Create and resolve a breach
                const breach = await riskManager.checkPositionSizeRisk(testSessionId, 'account-1', 0.12);
                testBreachId = breach.id;
                await riskManager.resolveBreach(testBreachId, 'Position reduced');
                (0, globals_1.expect)(events).toContain('breachResolved');
            }
            catch (error) {
                // This test should fail initially since RiskManager doesn't exist yet
                (0, globals_1.expect)(error.message).toContain('RiskManager');
            }
        });
    });
    (0, globals_1.describe)('Error Handling', () => {
        (0, globals_1.it)('should handle non-existent breach operations gracefully', async () => {
            const nonExistentBreachId = 'non-existent-breach-id';
            try {
                await riskManager.getBreach(nonExistentBreachId);
                fail('Should have thrown error for non-existent breach');
            }
            catch (error) {
                (0, globals_1.expect)(error.message).toContain('not found');
            }
        });
        (0, globals_1.it)('should handle invalid breach resolution attempts', async () => {
            const nonExistentBreachId = 'non-existent-breach-id';
            try {
                await riskManager.resolveBreach(nonExistentBreachId, 'Test resolution');
                fail('Should have thrown error for non-existent breach');
            }
            catch (error) {
                (0, globals_1.expect)(error.message).toContain('not found');
            }
        });
        (0, globals_1.it)('should handle monitoring errors gracefully', async () => {
            try {
                await riskManager.startMonitoring('non-existent-session');
                fail('Should have thrown error for non-existent session');
            }
            catch (error) {
                (0, globals_1.expect)(error.message).toContain('session');
            }
        });
    });
});
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