CastPlan MCP

/** * Database Integration Tests * Comprehensive testing of database operations with real SQLite database */ import { DatabaseIntegrationTestFramework, setupDatabaseIntegrationTest, databaseTestUtils, TestDatabase, TransactionTestResult } from '../helpers/DatabaseIntegrationTestFramework'; describe('Database Integration Tests', () => { const getTestDb = setupDatabaseIntegrationTest(); describe('Database Setup and Schema', () => { test('should create and initialize real database', async () => { const testDb = getTestDb(); expect(testDb).toBeDefined(); expect(testDb.db).toBeDefined(); expect(testDb.path).toMatch(/integration-test-.*\.db$/); expect(typeof testDb.cleanup).toBe('function'); }); test('should initialize database schema successfully', async () => { const testDb = getTestDb(); const schema = databaseTestUtils.getStandardTestSchema(); await expect( DatabaseIntegrationTestFramework.initializeSchema(testDb, schema) ).resolves.not.toThrow(); // Verify schema was created const schemaInfo = await DatabaseIntegrationTestFramework.getDatabaseSchema(testDb); expect(schemaInfo.tables).toContain('documents'); expect(schemaInfo.tables).toContain('tasks'); expect(schemaInfo.tables).toContain('work_connections'); expect(schemaInfo.indexes.length).toBeGreaterThan(0); }); test('should handle schema initialization errors gracefully', async () => { const testDb = getTestDb(); const invalidSchema = ['INVALID SQL STATEMENT']; await expect( DatabaseIntegrationTestFramework.initializeSchema(testDb, invalidSchema) ).rejects.toThrow(/Schema initialization failed/); }); }); describe('Migration Testing', () => { test('should test database migrations successfully', async () => { const testDb = getTestDb(); const migrationResult = await DatabaseIntegrationTestFramework.testMigrations(testDb); expect(migrationResult.migrationsApplied).toBe(true); expect(migrationResult.rollbackSuccess).toBe(true); expect(migrationResult.schemaIntegrity).toBe(true); }); test('should handle migration failures gracefully', async () => { const testDb = getTestDb(); // Create a scenario where migration would fail const { db } = testDb; const runAsync = require('util').promisify(db.run.bind(db)); // Create a table that conflicts with migration await runAsync(`CREATE TABLE migration_test (id TEXT PRIMARY KEY)`); // The migration test should handle this conflict const migrationResult = await DatabaseIntegrationTestFramework.testMigrations(testDb); // Even with conflicts, the framework should provide meaningful results expect(typeof migrationResult.migrationsApplied).toBe('boolean'); expect(typeof migrationResult.rollbackSuccess).toBe('boolean'); expect(typeof migrationResult.schemaIntegrity).toBe('boolean'); }); }); describe('Transaction Rollback Testing', () => { test('should handle transaction rollbacks correctly', async () => { const testDb = getTestDb(); await DatabaseIntegrationTestFramework.initializeSchema( testDb, databaseTestUtils.getStandardTestSchema() ); const rollbackResult: TransactionTestResult = await DatabaseIntegrationTestFramework.testTransactionRollback(testDb); expect(rollbackResult.success).toBe(true); // Should catch the intentional error expect(rollbackResult.error).toBeDefined(); expect(rollbackResult.rollbackSuccess).toBe(true); expect(rollbackResult.dataIntegrity).toBe(true); }); test('should maintain data consistency during rollbacks', async () => { const testDb = getTestDb(); await DatabaseIntegrationTestFramework.initializeSchema( testDb, databaseTestUtils.getStandardTestSchema() ); // Insert initial test data await databaseTestUtils.insertTestData(testDb); // Test rollback scenario const rollbackResult = await DatabaseIntegrationTestFramework.testTransactionRollback(testDb); expect(rollbackResult.dataIntegrity).toBe(true); // Verify original data is still intact const { db } = testDb; const allAsync = require('util').promisify(db.all.bind(db)); const documents = await allAsync(`SELECT COUNT(*) as count FROM documents`); expect(documents[0].count).toBeGreaterThan(0); // Original data should remain }); }); describe('Concurrent Operations Testing', () => { test('should handle concurrent database operations safely', async () => { const testDb = getTestDb(); await DatabaseIntegrationTestFramework.initializeSchema( testDb, databaseTestUtils.getStandardTestSchema() ); const concurrencyResult = await DatabaseIntegrationTestFramework.testConcurrentOperations( testDb, 5 // Moderate concurrency for test stability ); expect(concurrencyResult.operationsCompleted).toBeGreaterThan(0); expect(concurrencyResult.errors.length).toBeLessThanOrEqual(1); // Allow minimal errors expect(concurrencyResult.dataConsistency).toBe(true); }); test('should maintain data consistency under high concurrency', async () => { const testDb = getTestDb(); await DatabaseIntegrationTestFramework.initializeSchema( testDb, databaseTestUtils.getStandardTestSchema() ); const concurrencyResult = await DatabaseIntegrationTestFramework.testConcurrentOperations( testDb, 10 // Higher concurrency ); // Even with potential race conditions, data should remain consistent expect(concurrencyResult.dataConsistency).toBe(true); // Verify no major failures occurred const errorRate = concurrencyResult.errors.length / 10; expect(errorRate).toBeLessThan(0.3); // Less than 30% error rate }); }); describe('Database Performance Testing', () => { test('should measure database performance under load', async () => { const testDb = getTestDb(); await DatabaseIntegrationTestFramework.initializeSchema( testDb, databaseTestUtils.getStandardTestSchema() ); const performanceResult = await DatabaseIntegrationTestFramework.testDatabasePerformance( testDb, 100 // Reasonable load for testing ); // Verify performance metrics are reasonable expect(performanceResult.insertPerformance.avgTimeMs).toBeLessThan(10); // <10ms per insert expect(performanceResult.insertPerformance.opsPerSecond).toBeGreaterThan(10); // >10 ops/sec expect(performanceResult.queryPerformance.avgTimeMs).toBeLessThan(50); // <50ms per query expect(performanceResult.queryPerformance.opsPerSecond).toBeGreaterThan(1); // >1 query/sec // Memory usage should be reasonable expect(performanceResult.memoryUsage.heapUsed).toBeLessThan(100 * 1024 * 1024); // <100MB }); test('should handle large dataset operations efficiently', async () => { const testDb = getTestDb(); await DatabaseIntegrationTestFramework.initializeSchema( testDb, databaseTestUtils.getStandardTestSchema() ); const performanceResult = await DatabaseIntegrationTestFramework.testDatabasePerformance( testDb, 500 // Larger dataset ); // Performance should remain reasonable even with larger datasets expect(performanceResult.insertPerformance.avgTimeMs).toBeLessThan(20); // <20ms per insert expect(performanceResult.queryPerformance.avgTimeMs).toBeLessThan(100); // <100ms per query // Verify operations completed successfully const { db } = testDb; const getAsync = require('util').promisify(db.get.bind(db)); const count = await getAsync(`SELECT COUNT(*) as count FROM performance_test`); expect(count.count).toBe(500); }); }); describe('Real-World Database Scenarios', () => { test('should handle complex multi-table operations', async () => { const testDb = getTestDb(); await DatabaseIntegrationTestFramework.initializeSchema( testDb, databaseTestUtils.getStandardTestSchema() ); await databaseTestUtils.insertTestData(testDb); const { db } = testDb; const runAsync = require('util').promisify(db.run.bind(db)); const allAsync = require('util').promisify(db.all.bind(db)); // Complex query with JOINs const results = await allAsync(` SELECT d.title as document_title, d.type as document_type, wc.work_type, wc.connection_strength, wc.relevance_score FROM documents d JOIN work_connections wc ON d.id = wc.document_id WHERE wc.connection_strength > 0.5 ORDER BY wc.relevance_score DESC `); expect(results.length).toBeGreaterThan(0); expect(results[0]).toHaveProperty('document_title'); expect(results[0]).toHaveProperty('work_type'); expect(results[0]).toHaveProperty('connection_strength'); // Test complex UPDATE with subquery await runAsync(` UPDATE documents SET status = 'needs_review' WHERE id IN ( SELECT document_id FROM work_connections WHERE connection_strength < 0.8 ) `); // Verify update worked const updatedDocs = await allAsync(` SELECT COUNT(*) as count FROM documents WHERE status = 'needs_review' `); expect(updatedDocs[0].count).toBeGreaterThan(0); }); test('should handle database constraints and foreign keys', async () => { const testDb = getTestDb(); // Create schema with foreign key constraints await DatabaseIntegrationTestFramework.initializeSchema(testDb, [ `PRAGMA foreign_keys = ON`, ...databaseTestUtils.getStandardTestSchema() ]); await databaseTestUtils.insertTestData(testDb); const { db } = testDb; const runAsync = require('util').promisify(db.run.bind(db)); // Test foreign key constraint await expect( runAsync(` INSERT INTO work_connections (work_type, document_id, connection_strength) VALUES ('test', 999, 0.5) `) ).rejects.toThrow(); // Should fail due to foreign key constraint // Test valid foreign key await expect( runAsync(` INSERT INTO work_connections (work_type, document_id, connection_strength) VALUES ('test', 1, 0.5) `) ).resolves.not.toThrow(); }); test('should handle database corruption recovery', async () => { const testDb = getTestDb(); await DatabaseIntegrationTestFramework.initializeSchema( testDb, databaseTestUtils.getStandardTestSchema() ); await databaseTestUtils.insertTestData(testDb); const { db } = testDb; const getAsync = require('util').promisify(db.get.bind(db)); // Check database integrity const integrityCheck = await getAsync(`PRAGMA integrity_check`); expect(integrityCheck.integrity_check).toBe('ok'); // Test recovery mechanisms const vacuumResult = await getAsync(`PRAGMA incremental_vacuum`); expect(vacuumResult).toBeDefined(); // Analyze database for optimization const analysisResult = await getAsync(`PRAGMA optimize`); expect(analysisResult).toBeDefined(); }); }); describe('Database Cleanup and Resource Management', () => { test('should clean up database resources properly', async () => { const tempTestDb = await DatabaseIntegrationTestFramework.setupRealDatabase(); expect(tempTestDb).toBeDefined(); expect(tempTestDb.path).toMatch(/integration-test-.*\.db$/); // Use the database await DatabaseIntegrationTestFramework.initializeSchema( tempTestDb, ['CREATE TABLE temp_test (id INTEGER PRIMARY KEY)'] ); // Clean up await tempTestDb.cleanup(); // Verify cleanup const fs = require('fs/promises'); await expect(fs.access(tempTestDb.path)).rejects.toThrow(); // File should be deleted }); test('should handle cleanup of multiple databases', async () => { const testDbs = await Promise.all([ DatabaseIntegrationTestFramework.setupRealDatabase(), DatabaseIntegrationTestFramework.setupRealDatabase(), DatabaseIntegrationTestFramework.setupRealDatabase() ]); expect(testDbs.length).toBe(3); // Use all databases for (const db of testDbs) { await DatabaseIntegrationTestFramework.initializeSchema( db, ['CREATE TABLE multi_test (id INTEGER PRIMARY KEY)'] ); } // Clean up all at once await DatabaseIntegrationTestFramework.cleanupAllDatabases(); // Verify all are cleaned up const fs = require('fs/promises'); for (const db of testDbs) { await expect(fs.access(db.path)).rejects.toThrow(); } }); }); describe('Error Handling and Edge Cases', () => { test('should handle database connection failures gracefully', async () => { // Test with invalid database path await expect( DatabaseIntegrationTestFramework.setupRealDatabase({ testDbPath: '/invalid/path/test.db' }) ).rejects.toThrow(/Failed to create test database/); }); test('should handle SQL injection attempts safely', async () => { const testDb = getTestDb(); await DatabaseIntegrationTestFramework.initializeSchema( testDb, databaseTestUtils.getStandardTestSchema() ); const { db } = testDb; const runAsync = require('util').promisify(db.run.bind(db)); const allAsync = require('util').promisify(db.all.bind(db)); // Test parameterized queries prevent SQL injection const maliciousInput = "'; DROP TABLE documents; --"; await expect( runAsync(` INSERT INTO documents (title, content, type) VALUES (?, ?, ?) `, [maliciousInput, 'content', 'test']) ).resolves.not.toThrow(); // Verify table still exists const tables = await allAsync(` SELECT name FROM sqlite_master WHERE type='table' AND name='documents' `); expect(tables.length).toBe(1); }); test('should handle memory pressure scenarios', async () => { const testDb = getTestDb(); await DatabaseIntegrationTestFramework.initializeSchema( testDb, databaseTestUtils.getStandardTestSchema() ); // Monitor memory usage during large operations const initialMemory = process.memoryUsage(); // Perform memory-intensive database operations const performanceResult = await DatabaseIntegrationTestFramework.testDatabasePerformance( testDb, 1000 ); const finalMemory = process.memoryUsage(); const memoryIncrease = finalMemory.heapUsed - initialMemory.heapUsed; // Memory increase should be reasonable expect(memoryIncrease).toBeLessThan(50 * 1024 * 1024); // <50MB increase expect(performanceResult.memoryUsage.heapUsed).toBeLessThan(200 * 1024 * 1024); // <200MB total }); }); });