SSH MCP Server

/** * Story 01: Epic Integration Validation - Comprehensive Test Suite * * Tests all 17 acceptance criteria for Terminal Echo Fix with Villenele Enhancement Epic * ensuring complete feature integration and production readiness. * * CRITICAL: Zero mocks - uses real SSH connections, WebSocket communication, and MCP server */ import { JestTestUtilities } from './integration/terminal-history-framework/jest-test-utilities'; import { EpicIntegrationValidator } from '../src/epic-integration-validator'; describe('Epic Integration Validation - Terminal Echo Fix with Villenele Enhancement', () => { let testUtils: JestTestUtilities; let validator: EpicIntegrationValidator; beforeAll(async () => { testUtils = new JestTestUtilities({ enableDetailedLogging: process.env.NODE_ENV === 'development', enableErrorDiagnostics: true, testTimeout: 120000, enableDynamicValueConstruction: true }); validator = new EpicIntegrationValidator(testUtils); // Initialize validator with real system integration await validator.initialize(); }); beforeEach(async () => { await testUtils.setupTest('epic-integration-validation'); }); afterEach(async () => { await testUtils.cleanupTest(); }); afterAll(async () => { if (validator) { await validator.cleanup(); } }); describe('Complete Feature Integration Validation (AC 1.1-1.3)', () => { it('AC 1.1: Feature 1 + Feature 2 integration validation', async () => { // GIVEN: Enhanced Villenele framework (Feature 1) and echo fix implementation (Feature 2) const integrationConfig = { preWebSocketCommands: [ 'ssh_connect {"name": "test-session", "host": "localhost", "username": "jsbattig", "keyFilePath": "~/.ssh/id_ed25519"}' ], postWebSocketCommands: [ // Feature 1 + 2 integration: Enhanced Villenele validates echo fix {initiator: 'browser', command: 'pwd'}, {initiator: 'browser', command: 'echo "test echo fix"'}, {initiator: 'mcp-client', command: 'whoami'}, {initiator: 'browser', command: 'sleep 5', cancel: true, waitToCancelMs: 2000} ], workflowTimeout: 30000, sessionName: 'feature-integration-test' }; // WHEN: Using enhanced Villenele to validate echo fix effectiveness const result = await testUtils.runTerminalHistoryTest(integrationConfig); // THEN: Browser command emulation should correctly demonstrate echo fix success expect(result.success).toBe(true); expect(result.concatenatedResponses).toBeDefined(); // Enhanced parameter structure should work seamlessly with echo-fixed commands const browserCommands = result.postWebSocketResults?.filter(r => r.initiator === 'browser'); expect(browserCommands?.length).toBeGreaterThan(0); // Dynamic expected value construction should validate echo-corrected outputs testUtils.expectWebSocketMessages(result.concatenatedResponses) .toContainCRLF() .toHavePrompts() .toMatchCommandSequence(['pwd', 'echo', 'whoami']) .validate(); // Cancellation features should work correctly with fixed echo display const cancelledCommand = browserCommands?.find(r => r.cancelRequested); expect(cancelledCommand).toBeDefined(); }); it('AC 1.2: All three features working in harmony', async () => { // GIVEN: Complete epic implementation (Features 1, 2, and 3) const harmonyConfig = { preWebSocketCommands: [ 'ssh_connect {"name": "harmony-test", "host": "localhost", "username": "jsbattig", "keyFilePath": "~/.ssh/id_ed25519"}' ], postWebSocketCommands: [ // Enhanced Villenele validates echo fix across all command scenarios {initiator: 'browser', command: 'echo "feature harmony test"'}, {initiator: 'mcp-client', command: 'date'}, {initiator: 'browser', command: 'ls -la'}, {initiator: 'browser', command: 'whoami', cancel: true, waitToCancelMs: 1500} ], workflowTimeout: 35000, sessionName: 'harmony-test' }; // WHEN: Executing comprehensive test scenarios using all feature capabilities const result = await testUtils.runTerminalHistoryTest(harmonyConfig); // THEN: Enhanced Villenele should validate echo fix across all command scenarios expect(result.success).toBe(true); // Echo fix should work correctly with all enhanced Villenele command types const responses = result.concatenatedResponses; expect(responses).toMatch(/echo.*feature harmony test/); expect(responses).not.toMatch(/echo.*echo.*feature harmony test/); // No double echo // Test coverage framework should successfully validate both echo fix and Villenele enhancements testUtils.expectWebSocketMessages(responses) .toContainCRLF() .toHavePrompts() .toMatchCommandSequence(['echo', 'date', 'ls', 'whoami']) .validate(); // No feature should interfere with or degrade other feature functionality const browserResults = result.postWebSocketResults?.filter(r => r.initiator === 'browser'); const mcpResults = result.postWebSocketResults?.filter(r => r.initiator === 'mcp-client'); expect(browserResults?.some(r => r.success)).toBe(true); expect(mcpResults?.some(r => r.success)).toBe(true); }); it('AC 1.3: Epic-wide Command State Synchronization preservation', async () => { // GIVEN: Complete epic implementation with all enhancements and fixes const syncConfig = { preWebSocketCommands: [ 'ssh_connect {"name": "sync-test", "host": "localhost", "username": "jsbattig", "keyFilePath": "~/.ssh/id_ed25519"}' ], postWebSocketCommands: [ // Test Command State Synchronization with echo fixes {initiator: 'browser', command: 'echo "browser command"'}, {initiator: 'browser', command: 'pwd'}, {initiator: 'mcp-client', command: 'whoami'} // Should be gated ], workflowTimeout: 30000, sessionName: 'sync-test' }; // WHEN: Testing Command State Synchronization functionality throughout epic features const result = await testUtils.runTerminalHistoryTest(syncConfig); // THEN: Browser command tracking should work identically to pre-epic implementation const browserCommands = result.postWebSocketResults?.filter(r => r.initiator === 'browser'); expect(browserCommands?.length).toBe(2); // MCP command gating should function correctly with enhanced testing and echo fixes const mcpCommand = result.postWebSocketResults?.find(r => r.initiator === 'mcp-client'); expect(mcpCommand?.success).toBe(false); expect(mcpCommand?.error).toBe('BROWSER_COMMANDS_EXECUTED'); // Command cancellation should work properly with echo-fixed display // Nuclear fallback should maintain functionality across all epic enhancements await validator.validateCommandStateSynchronization(result); }); }); describe('Enhanced Villenele Comprehensive Validation (AC 1.4-1.6)', () => { it('AC 1.4: Complete enhanced parameter structure validation across epic', async () => { // GIVEN: Universal test suite migration to enhanced parameter structure const parameterConfig = { preWebSocketCommands: [ 'ssh_connect {"name": "param-test", "host": "localhost", "username": "jsbattig", "keyFilePath": "~/.ssh/id_ed25519"}' ], postWebSocketCommands: [ // Enhanced parameters with echo fix implementation {initiator: 'browser', command: 'echo "param test"'}, {initiator: 'mcp-client', command: 'pwd'}, {initiator: 'browser', command: 'date', cancel: false}, {initiator: 'browser', command: 'sleep 3', cancel: true, waitToCancelMs: 1500} ], workflowTimeout: 30000, sessionName: 'param-test' }; // WHEN: Testing all migrated tests with echo fix implementation const result = await testUtils.runTerminalHistoryTest(parameterConfig); // THEN: All tests should pass with corrected echo display behavior expect(result.success).toBe(true); // Enhanced parameters {initiator, command, cancel?, waitToCancelMs?} should work correctly const commands = result.postWebSocketResults || []; expect(commands.every(cmd => ['browser', 'mcp-client'].includes(cmd.initiator))).toBe(true); // Browser vs MCP command routing should function properly with echo fixes const browserCmds = commands.filter(cmd => cmd.initiator === 'browser'); const mcpCmds = commands.filter(cmd => cmd.initiator === 'mcp-client'); expect(browserCmds.length).toBeGreaterThan(0); expect(mcpCmds.length).toBeGreaterThan(0); // Cancellation parameters should integrate seamlessly with fixed echo display const cancelledCmd = commands.find(cmd => cmd.cancelRequested); expect(cancelledCmd).toBeDefined(); expect(cancelledCmd?.waitToCancelMs).toBe(1500); }); it('AC 1.5: Cross-protocol command execution validation with echo fixes', async () => { // GIVEN: Enhanced Villenele dual-channel command execution capability const crossProtocolConfig = { preWebSocketCommands: [ 'ssh_connect {"name": "cross-protocol", "host": "localhost", "username": "jsbattig", "keyFilePath": "~/.ssh/id_ed25519"}' ], postWebSocketCommands: [ // Mixed browser and MCP command scenarios with echo fixes {initiator: 'browser', command: 'echo "browser start"'}, {initiator: 'mcp-client', command: 'whoami'}, {initiator: 'browser', command: 'pwd'}, {initiator: 'mcp-client', command: 'date'}, {initiator: 'browser', command: 'echo "browser end"'} ], workflowTimeout: 30000, sessionName: 'cross-protocol' }; // WHEN: Testing mixed browser and MCP command scenarios with echo fixes const result = await testUtils.runTerminalHistoryTest(crossProtocolConfig); // THEN: Browser commands should display correctly without duplication via WebSocket const responses = result.concatenatedResponses; expect(responses).toMatch(/echo.*browser start/); expect(responses).not.toMatch(/echo.*echo.*browser start/); // No double echo // MCP commands should display unchanged via JSON-RPC expect(responses).toMatch(/whoami/); // Sequential command execution should maintain proper echo display throughout testUtils.expectWebSocketMessages(responses) .toContainCRLF() .toMatchCommandSequence(['echo', 'whoami', 'pwd', 'date', 'echo']) .validate(); // Protocol switching should not introduce echo artifacts or display issues await validator.validateCrossProtocolExecution(result); }); it('AC 1.6: Dynamic expected value construction with echo-corrected outputs', async () => { // GIVEN: Dynamic expected value construction capability and echo fix implementation const dynamicConfig = { preWebSocketCommands: [ 'ssh_connect {"name": "dynamic-test", "host": "localhost", "username": "jsbattig", "keyFilePath": "~/.ssh/id_ed25519"}' ], postWebSocketCommands: [ {initiator: 'browser', command: 'pwd'}, {initiator: 'browser', command: 'whoami'}, {initiator: 'mcp-client', command: 'echo "dynamic test"'} ], workflowTimeout: 30000, sessionName: 'dynamic-test' }; // WHEN: Tests validate echo-corrected command outputs across environments const result = await testUtils.runTerminalHistoryTest(dynamicConfig); // THEN: Parameterized expected values should correctly match echo-fixed outputs const dynamicConstructor = testUtils.getDynamicValueConstructor(); expect(dynamicConstructor).toBeDefined(); // Template resolution should work with corrected echo display format const pwdTemplate = '${PWD}'; const resolvedPwd = await testUtils.resolveDynamicTemplate(pwdTemplate); expect(result.concatenatedResponses).toContain(resolvedPwd); // Cross-environment testing should pass with echo fixes applied const userTemplate = '${USER}'; const resolvedUser = await testUtils.resolveDynamicTemplate(userTemplate); expect(result.concatenatedResponses).toContain(resolvedUser); // Dynamic validation should detect any echo regression accurately await validator.validateDynamicValueConstruction(result, dynamicConstructor!); }); }); describe('Echo Fix Integration Across All Command Scenarios (AC 1.7-1.9)', () => { it('AC 1.7: Complete command type echo validation with enhanced testing', async () => { // GIVEN: Echo fix implementation and enhanced Villenele testing capabilities const commandTypesConfig = { preWebSocketCommands: [ 'ssh_connect {"name": "command-types", "host": "localhost", "username": "jsbattig", "keyFilePath": "~/.ssh/id_ed25519"}' ], postWebSocketCommands: [ // Basic commands via browser initiator {initiator: 'browser', command: 'pwd'}, {initiator: 'browser', command: 'whoami'}, // Complex commands via browser initiator {initiator: 'browser', command: 'echo "complex command with spaces"'}, {initiator: 'browser', command: 'ls -la /tmp'}, // File operations via browser initiator {initiator: 'browser', command: 'touch /tmp/test-file'}, {initiator: 'browser', command: 'rm /tmp/test-file'}, // System commands via browser initiator {initiator: 'browser', command: 'date'}, {initiator: 'browser', command: 'uptime'}, // All command types via MCP initiator {initiator: 'mcp-client', command: 'hostname'}, {initiator: 'mcp-client', command: 'echo "mcp command"'} ], workflowTimeout: 45000, sessionName: 'command-types' }; // WHEN: Testing comprehensive command types using enhanced framework const result = await testUtils.runTerminalHistoryTest(commandTypesConfig); // THEN: Browser commands should show single echo display across all types const browserResults = result.postWebSocketResults?.filter(r => r.initiator === 'browser') || []; expect(browserResults.length).toBeGreaterThan(0); const responses = result.concatenatedResponses; // Verify no double echo for each command type expect(responses).not.toMatch(/pwd.*pwd/); expect(responses).not.toMatch(/whoami.*whoami/); expect(responses).not.toMatch(/echo.*echo.*complex command/); expect(responses).not.toMatch(/ls.*ls.*-la/); expect(responses).not.toMatch(/touch.*touch.*test-file/); expect(responses).not.toMatch(/date.*date/); // MCP commands should show unchanged display across all types const mcpResults = result.postWebSocketResults?.filter(r => r.initiator === 'mcp-client') || []; expect(mcpResults.length).toBeGreaterThan(0); // Enhanced testing should accurately validate echo behavior for all scenarios await validator.validateCommandTypeEcho(result); }); it('AC 1.8: Echo fix validation with command cancellation integration', async () => { const cancellationConfig = { preWebSocketCommands: [ 'ssh_connect {"name": "cancellation-test", "host": "localhost", "username": "jsbattig", "keyFilePath": "~/.ssh/id_ed25519"}' ], postWebSocketCommands: [ {initiator: 'browser', command: 'echo "before"'}, {initiator: 'browser', command: 'sleep 10', cancel: true, waitToCancelMs: 2000}, {initiator: 'mcp-client', command: 'sleep 10', cancel: true, waitToCancelMs: 2000}, {initiator: 'browser', command: 'echo "after"'} ], workflowTimeout: 35000, sessionName: 'cancellation-test' }; // WHEN: Testing command cancellation scenarios with echo fixes const result = await testUtils.runTerminalHistoryTest(cancellationConfig); // THEN: Pre-cancellation commands should show corrected echo display expect(result.concatenatedResponses).toMatch(/echo.*before/); expect(result.concatenatedResponses).not.toMatch(/echo.*echo.*before/); // Cancelled commands should show appropriate interruption without echo duplication const cancelledCommands = result.postWebSocketResults?.filter(r => r.cancelRequested) || []; expect(cancelledCommands.length).toBe(2); // Post-cancellation commands should show corrected echo display expect(result.concatenatedResponses).toMatch(/echo.*after/); expect(result.concatenatedResponses).not.toMatch(/echo.*echo.*after/); // Mixed cancellation should work correctly with echo fixes applied await validator.validateCancellationEcho(result); }); it('AC 1.9: Echo fix validation with Command State Synchronization scenarios', async () => { const stateSyncConfig = { preWebSocketCommands: [ 'ssh_connect {"name": "state-sync-test", "host": "localhost", "username": "jsbattig", "keyFilePath": "~/.ssh/id_ed25519"}' ], postWebSocketCommands: [ {initiator: 'browser', command: 'pwd'}, {initiator: 'browser', command: 'echo "browser cmd"'}, {initiator: 'mcp-client', command: 'whoami'} // Should be gated ], workflowTimeout: 30000, sessionName: 'state-sync-test' }; // WHEN: Testing command gating scenarios with echo fixes const result = await testUtils.runTerminalHistoryTest(stateSyncConfig); // THEN: Browser commands should display correctly without duplication expect(result.concatenatedResponses).toMatch(/echo.*browser cmd/); expect(result.concatenatedResponses).not.toMatch(/echo.*echo.*browser cmd/); // Browser commands should be tracked properly in command buffer const browserCommands = result.postWebSocketResults?.filter(r => r.initiator === 'browser') || []; expect(browserCommands.length).toBe(2); expect(browserCommands.every(cmd => cmd.success)).toBe(true); // MCP gating error should include echo-corrected browser command results const mcpCommand = result.postWebSocketResults?.find(r => r.initiator === 'mcp-client'); expect(mcpCommand?.error).toBe('BROWSER_COMMANDS_EXECUTED'); // BROWSER_COMMANDS_EXECUTED error should show professional command display await validator.validateStateSyncEcho(result); }); }); describe('Epic Stability Integration (AC 1.10-1.11)', () => { it('AC 1.10: Epic integration stability validation', async () => { // GIVEN: Complete epic implementation under operational load const stabilityConfig = { preWebSocketCommands: [ 'ssh_connect {"name": "stability-test", "host": "localhost", "username": "jsbattig", "keyFilePath": "~/.ssh/id_ed25519"}' ], postWebSocketCommands: [ // Extended test scenarios with all features active {initiator: 'browser', command: 'echo "stability test 1"'}, {initiator: 'mcp-client', command: 'date'}, {initiator: 'browser', command: 'pwd'}, {initiator: 'browser', command: 'sleep 2', cancel: true, waitToCancelMs: 1000}, {initiator: 'browser', command: 'echo "stability test 2"'}, {initiator: 'mcp-client', command: 'whoami'}, {initiator: 'browser', command: 'ls -la'}, {initiator: 'browser', command: 'echo "stability test 3"'} ], workflowTimeout: 60000, sessionName: 'stability-test' }; // WHEN: Executing extended test scenarios with all features active const startTime = Date.now(); const result = await testUtils.runTerminalHistoryTest(stabilityConfig); const executionTime = Date.now() - startTime; // THEN: Enhanced Villenele should remain stable throughout extended testing expect(result.success).toBe(true); // Echo fix should maintain effectiveness over time and command volume const responses = result.concatenatedResponses; expect(responses).not.toMatch(/echo.*echo.*stability test/); // No double echo // Command State Synchronization should work reliably with all enhancements const browserCommands = result.postWebSocketResults?.filter(r => r.initiator === 'browser') || []; expect(browserCommands.length).toBeGreaterThan(0); // No memory leaks or performance degradation should develop over time expect(executionTime).toBeLessThan(45000); // Should complete within reasonable time await validator.validateStability(result, executionTime); }); it('AC 1.11: Epic error handling integration validation', async () => { // GIVEN: Complete epic implementation and various error conditions const errorConfig = { preWebSocketCommands: [ 'ssh_connect {"name": "error-test", "host": "localhost", "username": "jsbattig", "keyFilePath": "~/.ssh/id_ed25519"}' ], postWebSocketCommands: [ {initiator: 'browser', command: 'echo "before error"'}, {initiator: 'browser', command: 'nonexistent-command'}, {initiator: 'browser', command: 'echo "after error"'}, {initiator: 'mcp-client', command: 'hostname'} ], workflowTimeout: 30000, sessionName: 'error-test' }; // WHEN: Error scenarios occur (command failures, etc.) const result = await testUtils.runTerminalHistoryTest(errorConfig); // THEN: Enhanced Villenele should handle errors gracefully without losing test capabilities expect(result).toBeDefined(); // Echo fix should remain effective even after error recovery expect(result.concatenatedResponses).toMatch(/echo.*before error/); expect(result.concatenatedResponses).not.toMatch(/echo.*echo.*before error/); // Command State Synchronization should recover properly with echo fixes intact const browserCommands = result.postWebSocketResults?.filter(r => r.initiator === 'browser') || []; expect(browserCommands.length).toBe(3); // Error messages should display correctly without echo duplication await validator.validateErrorHandling(result); }); }); describe('Production Readiness Integration Assessment (AC 1.12-1.14)', () => { it('AC 1.12: User experience validation across epic features', async () => { // GIVEN: Complete epic implementation from end-user perspective const uxConfig = { preWebSocketCommands: [ 'ssh_connect {"name": "ux-test", "host": "localhost", "username": "jsbattig", "keyFilePath": "~/.ssh/id_ed25519"}' ], postWebSocketCommands: [ {initiator: 'browser', command: 'pwd'}, {initiator: 'browser', command: 'ls'}, {initiator: 'browser', command: 'whoami'}, {initiator: 'mcp-client', command: 'date'} ], workflowTimeout: 30000, sessionName: 'ux-test' }; // WHEN: Evaluating terminal display quality and functionality const result = await testUtils.runTerminalHistoryTest(uxConfig); // THEN: Browser terminal should show professional appearance without echo issues const responses = result.concatenatedResponses; expect(responses).not.toMatch(/pwd.*pwd/); expect(responses).not.toMatch(/ls.*ls/); expect(responses).not.toMatch(/whoami.*whoami/); // All Command State Synchronization features should work transparently // Command execution should be smooth and reliable expect(result.success).toBe(true); // User experience should match or exceed native Linux terminal quality testUtils.expectWebSocketMessages(responses) .toContainCRLF() .toHavePrompts() .validate(); await validator.validateUserExperience(result); }); it('AC 1.13: Operational scenario integration validation', async () => { // GIVEN: Complete epic implementation in realistic usage scenarios const operationalConfig = { preWebSocketCommands: [ 'ssh_connect {"name": "operational", "host": "localhost", "username": "jsbattig", "keyFilePath": "~/.ssh/id_ed25519"}' ], postWebSocketCommands: [ // Typical user workflows {initiator: 'browser', command: 'pwd'}, {initiator: 'browser', command: 'ls -la'}, {initiator: 'browser', command: 'echo "user workflow"'}, {initiator: 'mcp-client', command: 'whoami'}, {initiator: 'browser', command: 'date'} ], workflowTimeout: 30000, sessionName: 'operational' }; // WHEN: Simulating production-like terminal usage patterns const result = await testUtils.runTerminalHistoryTest(operationalConfig); // THEN: Typical user workflows should work correctly with all epic enhancements expect(result.success).toBe(true); // Mixed command usage (browser + MCP) should function seamlessly const browserCmds = result.postWebSocketResults?.filter(r => r.initiator === 'browser') || []; const mcpCmds = result.postWebSocketResults?.filter(r => r.initiator === 'mcp-client') || []; expect(browserCmds.length).toBeGreaterThan(0); expect(mcpCmds.length).toBeGreaterThan(0); // Error recovery should maintain professional terminal appearance // System should handle concurrent users and sessions properly await validator.validateOperationalScenarios(result); }); it('AC 1.14: Development workflow integration validation', async () => { // GIVEN: Complete epic implementation and development workflows const devWorkflowConfig = { preWebSocketCommands: [ 'ssh_connect {"name": "dev-workflow", "host": "localhost", "username": "jsbattig", "keyFilePath": "~/.ssh/id_ed25519"}' ], postWebSocketCommands: [ // Development-related scenarios {initiator: 'browser', command: 'pwd'}, {initiator: 'browser', command: 'ls -la'}, {initiator: 'browser', command: 'echo "development test"'}, {initiator: 'mcp-client', command: 'whoami'} ], workflowTimeout: 30000, sessionName: 'dev-workflow' }; // WHEN: Testing development-related scenarios const result = await testUtils.runTerminalHistoryTest(devWorkflowConfig); // THEN: Development commands should display correctly without echo issues expect(result.concatenatedResponses).not.toMatch(/echo.*echo.*development test/); // Complex development workflows should work smoothly expect(result.success).toBe(true); // Enhanced testing should validate development scenario functionality testUtils.expectWebSocketMessages(result.concatenatedResponses) .toContainCRLF() .toHavePrompts() .validate(); // No development tool compatibility issues should exist await validator.validateDevelopmentWorkflow(result); }); }); describe('Epic Documentation and Maintainability Integration (AC 1.15-1.17)', () => { it('AC 1.15: Integrated epic documentation validation', async () => { // GIVEN: Complete epic implementation and documentation // WHEN: Validating documentation accuracy across all features // THEN: Documentation should accurately reflect all feature integration points const documentation = await validator.validateEpicDocumentation(); expect(documentation.featuresDocumented).toContain('Enhanced Villenele'); expect(documentation.featuresDocumented).toContain('Echo Fix'); expect(documentation.featuresDocumented).toContain('Test Coverage'); // Usage examples should work correctly with complete epic implementation expect(documentation.usageExamplesValid).toBe(true); // Troubleshooting guides should address epic-wide scenarios expect(documentation.troubleshootingComplete).toBe(true); // Maintenance procedures should cover all feature interactions expect(documentation.maintenanceProceduresComplete).toBe(true); }); it('AC 1.16: Epic maintainability and future development preparation', async () => { // GIVEN: Complete epic implementation ready for ongoing development // WHEN: Assessing maintainability and future enhancement capability // THEN: Code structure should support future enhancements without epic degradation const maintainability = await validator.assessMaintainability(); expect(maintainability.codeStructureFlexible).toBe(true); // Test coverage should catch any future regressions in epic functionality expect(maintainability.testCoverageAdequate).toBe(true); // Architecture should remain flexible for future terminal enhancements expect(maintainability.architectureFlexible).toBe(true); // Development team should have clear guidance for epic preservation expect(maintainability.developmentGuidanceClear).toBe(true); }); it('AC 1.17: Epic deployment readiness validation', async () => { // GIVEN: Complete epic implementation prepared for production deployment // WHEN: Final deployment readiness assessment is performed // THEN: All epic features should be production-ready with comprehensive validation const deploymentReadiness = await validator.assessDeploymentReadiness(); expect(deploymentReadiness.allFeaturesProduction).toBe(true); // Deployment procedures should preserve all epic functionality expect(deploymentReadiness.deploymentProceduresValid).toBe(true); // Rollback procedures should be available if needed expect(deploymentReadiness.rollbackProceduresReady).toBe(true); // Monitoring should be in place to detect any post-deployment issues expect(deploymentReadiness.monitoringConfigured).toBe(true); }); }); describe('Production Readiness Evidence Generation', () => { it('should generate comprehensive production readiness report', async () => { // Generate final production readiness assessment const readinessReport = await validator.generateProductionReadinessReport(); expect(readinessReport.epicIntegrationComplete).toBe(true); expect(readinessReport.allFeaturesValidated).toBe(true); expect(readinessReport.echoFixEffective).toBe(true); expect(readinessReport.villeneleEnhanced).toBe(true); expect(readinessReport.commandStateSyncPreserved).toBe(true); expect(readinessReport.stabilityValidated).toBe(true); expect(readinessReport.userExperienceProfessional).toBe(true); expect(readinessReport.documentationComplete).toBe(true); expect(readinessReport.deploymentReady).toBe(true); console.log('Production Readiness Report:', readinessReport); }); }); });