"use strict";
Object.defineProperty(exports, "__esModule", { value: true });
const globals_1 = require("@jest/globals");
/**
 * Integration tests for hardened Stripe Connect functionality
 *
 * These tests demonstrate the key hardening features:
 * - Idempotency protection against duplicate webhooks
 * - Transactional inventory management preventing overselling
 * - Platform fee configuration
 * - Refund safety with organization validation
 *
 * Note: These are example tests showing the patterns.
 * In a real environment, you'd use Firebase Test SDK and mock Stripe.
 */
(0, globals_1.describe)('Stripe Connect Hardening Integration Tests', () => {
    (0, globals_1.beforeAll)(async () => {
        // Initialize test Firebase project
        // Initialize test Stripe environment
        console.log('Setting up integration test environment...');
    });
    (0, globals_1.afterAll)(async () => {
        // Clean up test data
        console.log('Cleaning up test environment...');
    });
    (0, globals_1.describe)('Idempotency Protection', () => {
        (0, globals_1.test)('should handle duplicate webhook delivery gracefully', async () => {
            /**
             * Test Scenario:
             * 1. Create a checkout session
             * 2. Simulate successful payment webhook
             * 3. Send the same webhook again (simulate Stripe retry)
             * 4. Verify only one set of tickets was created
             */
            const sessionId = 'cs_test_idempotency_123';
            const orgId = 'org_test_123';
            const eventId = 'event_test_123';
            const ticketTypeId = 'tt_test_123';
            const quantity = 2;
            // First webhook delivery
            const firstWebhookPayload = {
                id: 'evt_test_1',
                type: 'checkout.session.completed',
                account: 'acct_test_123',
                data: {
                    object: {
                        id: sessionId,
                        metadata: {
                            orgId,
                            eventId,
                            ticketTypeId,
                            quantity: quantity.toString(),
                            type: 'ticket_purchase'
                        },
                        customer_details: {
                            email: 'test@example.com',
                            name: 'Test User'
                        },
                        amount_total: 10000,
                        currency: 'usd',
                        payment_intent: 'pi_test_123'
                    }
                }
            };
            // TODO: Send first webhook and verify tickets created
            // const firstResponse = await sendWebhook(firstWebhookPayload);
            // expect(firstResponse.status).toBe(200);
            // TODO: Verify tickets were created
            // const tickets = await getTicketsBySession(sessionId);
            // expect(tickets).toHaveLength(quantity);
            // Second webhook delivery (duplicate)
            const secondWebhookPayload = { ...firstWebhookPayload, id: 'evt_test_2' };
            // TODO: Send duplicate webhook
            // const secondResponse = await sendWebhook(secondWebhookPayload);
            // expect(secondResponse.status).toBe(200);
            // TODO: Verify no additional tickets were created
            // const ticketsAfterDuplicate = await getTicketsBySession(sessionId);
            // expect(ticketsAfterDuplicate).toHaveLength(quantity); // Same count
            // TODO: Verify processedSessions document shows idempotency skip
            // const processedSession = await getProcessedSession(sessionId);
            // expect(processedSession.status).toBe('completed');
            (0, globals_1.expect)(true).toBe(true); // Placeholder for actual test implementation
        });
    });
    (0, globals_1.describe)('Inventory Concurrency Control', () => {
        (0, globals_1.test)('should prevent overselling with concurrent purchases', async () => {
            /**
             * Test Scenario:
             * 1. Create ticket type with limited inventory (e.g., 3 tickets)
             * 2. Simulate 3 concurrent purchases of 2 tickets each
             * 3. Verify only the first purchase succeeds, others fail gracefully
             * 4. Verify inventory is accurate (3 - 2 = 1 remaining)
             */
            const ticketTypeId = 'tt_limited_inventory';
            const initialInventory = 3;
            const purchaseQuantity = 2;
            // TODO: Setup ticket type with limited inventory
            // await createTicketType({
            //   id: ticketTypeId,
            //   eventId: 'event_concurrency_test',
            //   inventory: initialInventory,
            //   sold: 0,
            //   price: 5000
            // });
            // Simulate 3 concurrent webhook deliveries
            const concurrentWebhooks = Array.from({ length: 3 }, (_, i) => ({
                id: `evt_concurrent_${i}`,
                type: 'checkout.session.completed',
                account: 'acct_test_123',
                data: {
                    object: {
                        id: `cs_concurrent_${i}`,
                        metadata: {
                            orgId: 'org_test_123',
                            eventId: 'event_concurrency_test',
                            ticketTypeId,
                            quantity: purchaseQuantity.toString(),
                            type: 'ticket_purchase'
                        },
                        customer_details: {
                            email: `test${i}@example.com`,
                            name: `Test User ${i}`
                        },
                        amount_total: 10000,
                        currency: 'usd',
                        payment_intent: `pi_concurrent_${i}`
                    }
                }
            }));
            // TODO: Send all webhooks concurrently
            // const responses = await Promise.all(
            //   concurrentWebhooks.map(webhook => sendWebhook(webhook))
            // );
            // TODO: Verify only one purchase succeeded
            // const successfulPurchases = responses.filter(r => r.status === 200);
            // expect(successfulPurchases).toHaveLength(1);
            // TODO: Verify final inventory is correct
            // const finalTicketType = await getTicketType(ticketTypeId);
            // expect(finalTicketType.inventory).toBe(initialInventory - purchaseQuantity);
            // expect(finalTicketType.sold).toBe(purchaseQuantity);
            (0, globals_1.expect)(true).toBe(true); // Placeholder for actual test implementation
        });
    });
    (0, globals_1.describe)('Platform Fee Configuration', () => {
        (0, globals_1.test)('should calculate fees using environment configuration', async () => {
            /**
             * Test Scenario:
             * 1. Set custom platform fee configuration
             * 2. Create checkout session
             * 3. Verify correct platform fee calculation
             */
            // TODO: Set environment variables
            process.env.PLATFORM_FEE_BPS = '250'; // 2.5%
            process.env.PLATFORM_FEE_FIXED = '25'; // $0.25
            const checkoutRequest = {
                orgId: 'org_test_123',
                eventId: 'event_test_123',
                ticketTypeId: 'tt_test_123',
                quantity: 2,
                customerEmail: 'test@example.com'
            };
            // TODO: Create checkout session
            // const response = await createCheckoutSession(checkoutRequest);
            // expect(response.status).toBe(200);
            // TODO: Verify platform fee calculation
            // Expected for $50 ticket x 2 = $100:
            // Platform fee = (10000 * 250 / 10000) + 25 = 250 + 25 = 275 cents ($2.75)
            // const expectedPlatformFee = 275;
            // expect(response.data.platformFee).toBe(expectedPlatformFee);
            (0, globals_1.expect)(true).toBe(true); // Placeholder for actual test implementation
        });
    });
    (0, globals_1.describe)('Refund Safety', () => {
        (0, globals_1.test)('should validate organization ownership before processing refund', async () => {
            /**
             * Test Scenario:
             * 1. Create order for organization A
             * 2. Attempt refund from organization B
             * 3. Verify refund is rejected
             * 4. Attempt refund from organization A
             * 5. Verify refund succeeds
             */
            const orderSessionId = 'cs_refund_test_123';
            const correctOrgId = 'org_correct_123';
            const wrongOrgId = 'org_wrong_123';
            // TODO: Create order for correct organization
            // await createOrder({
            //   sessionId: orderSessionId,
            //   orgId: correctOrgId,
            //   totalAmount: 10000,
            //   status: 'completed'
            // });
            // Attempt refund from wrong organization
            const wrongOrgRefundRequest = {
                orgId: wrongOrgId,
                sessionId: orderSessionId
            };
            // TODO: Attempt refund with wrong org
            // const wrongOrgResponse = await requestRefund(wrongOrgRefundRequest);
            // expect(wrongOrgResponse.status).toBe(404);
            // expect(wrongOrgResponse.data.error).toContain('Order not found for this organization');
            // Attempt refund from correct organization
            const correctOrgRefundRequest = {
                orgId: correctOrgId,
                sessionId: orderSessionId
            };
            // TODO: Attempt refund with correct org
            // const correctOrgResponse = await requestRefund(correctOrgRefundRequest);
            // expect(correctOrgResponse.status).toBe(200);
            // expect(correctOrgResponse.data.refundId).toBeDefined();
            (0, globals_1.expect)(true).toBe(true); // Placeholder for actual test implementation
        });
    });
    (0, globals_1.describe)('Structured Logging', () => {
        (0, globals_1.test)('should log all operations with consistent structure', async () => {
            /**
             * Test Scenario:
             * 1. Perform various operations (checkout, webhook, refund)
             * 2. Verify all logs follow structured format
             * 3. Verify critical information is logged
             */
            // TODO: Capture logs during operations
            // const logCapture = startLogCapture();
            // TODO: Perform operations
            // await createCheckoutSession({ ... });
            // await processWebhook({ ... });
            // await requestRefund({ ... });
            // TODO: Verify log structure
            // const logs = logCapture.getLogs();
            // 
            // logs.forEach(log => {
            //   expect(log).toMatchObject({
            //     timestamp: expect.any(String),
            //     level: expect.stringMatching(/^(info|warn|error)$/),
            //     message: expect.any(String),
            //     action: expect.any(String)
            //   });
            // });
            // TODO: Verify specific actions are logged
            // const actions = logs.map(log => log.action);
            // expect(actions).toContain('checkout_create_start');
            // expect(actions).toContain('checkout_create_success');
            // expect(actions).toContain('webhook_received');
            // expect(actions).toContain('ticket_purchase_success');
            (0, globals_1.expect)(true).toBe(true); // Placeholder for actual test implementation
        });
    });
});
/**
 * Helper functions for integration tests
 * These would be implemented with actual Firebase and Stripe test SDKs
 */
// async function sendWebhook(payload: any) {
//   // Implementation would use test HTTP client
//   return { status: 200, data: { received: true } };
// }
// async function getTicketsBySession(sessionId: string) {
//   // Implementation would query Firestore test database
//   return [];
// }
// async function getProcessedSession(sessionId: string) {
//   // Implementation would query processedSessions collection
//   return { sessionId, status: 'completed' };
// }
// async function createTicketType(ticketType: any) {
//   // Implementation would create test ticket type in Firestore
// }
// async function getTicketType(ticketTypeId: string) {
//   // Implementation would query Firestore for ticket type
//   return { inventory: 0, sold: 0 };
// }
// async function createCheckoutSession(request: any) {
//   // Implementation would call checkout creation function
//   return { status: 200, data: { url: 'https://checkout.stripe.com/...', sessionId: 'cs_...' } };
// }
// async function createOrder(order: any) {
//   // Implementation would create test order in Firestore
// }
// async function requestRefund(request: any) {
//   // Implementation would call refund function
//   return { status: 200, data: { refundId: 'ref_...' } };
// }
// function startLogCapture() {
//   // Implementation would capture console.log calls
//   return {
//     getLogs: () => []
//   };
// }
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