Claude MCP Server Ecosystem

import { EventEmitter } from 'events'; export interface CloudProvider { id: string; name: string; type: 'aws' | 'gcp' | 'azure' | 'alibaba' | 'digitalocean' | 'kubernetes' | 'on-premise'; regions: CloudRegion[]; credentials: CloudCredentials; capabilities: CloudCapabilities; pricing: PricingModel; status: 'active' | 'inactive' | 'error' | 'maintenance'; lastHealthCheck: Date; metadata: Record<string, any>; } export interface CloudRegion { id: string; name: string; location: string; availabilityZones: string[]; services: CloudService[]; latency: number; compliance: string[]; status: 'available' | 'unavailable' | 'limited'; } export interface CloudService { type: 'compute' | 'storage' | 'database' | 'network' | 'ai' | 'analytics'; name: string; available: boolean; tier: string; limits: ServiceLimits; } export interface ServiceLimits { maxInstances: number; maxStorage: number; maxBandwidth: number; maxConcurrentRequests: number; } export interface CloudCredentials { type: 'api_key' | 'service_account' | 'iam_role' | 'certificate'; config: Record<string, any>; encrypted: boolean; expiresAt?: Date; } export interface CloudCapabilities { autoScaling: boolean; loadBalancing: boolean; containerOrchestration: boolean; serverless: boolean; aiServices: boolean; dataServices: boolean; networkServices: boolean; securityServices: boolean; monitoringServices: boolean; backupServices: boolean; } export interface PricingModel { type: 'pay_as_you_go' | 'reserved' | 'spot' | 'committed_use'; compute: PricingTier; storage: PricingTier; network: PricingTier; services: Record<string, PricingTier>; } export interface PricingTier { unit: string; price: number; currency: string; billing: 'hourly' | 'daily' | 'monthly' | 'annual'; } export interface DeploymentStrategy { type: 'single_cloud' | 'multi_cloud' | 'hybrid' | 'edge'; primaryProvider: string; secondaryProviders: string[]; distribution: DistributionStrategy; failover: FailoverStrategy; dataReplication: ReplicationStrategy; networking: NetworkingStrategy; compliance: ComplianceStrategy; } export interface DistributionStrategy { type: 'active_passive' | 'active_active' | 'geographic' | 'load_based'; weights: Record<string, number>; rules: DistributionRule[]; } export interface DistributionRule { condition: string; target: string; weight: number; priority: number; } export interface FailoverStrategy { enabled: boolean; automatic: boolean; healthCheckInterval: number; failoverThreshold: number; rollbackThreshold: number; maxFailovers: number; cooldownPeriod: number; } export interface ReplicationStrategy { enabled: boolean; type: 'sync' | 'async' | 'semi_sync'; targets: ReplicationTarget[]; conflictResolution: 'last_write_wins' | 'manual' | 'custom'; consistency: 'eventual' | 'strong' | 'causal'; } export interface ReplicationTarget { provider: string; region: string; priority: number; lag: number; } export interface NetworkingStrategy { vpc: boolean; peering: boolean; vpn: boolean; cdn: boolean; loadBalancing: boolean; dnsFailover: boolean; } export interface ComplianceStrategy { dataResidency: string[]; encryption: EncryptionRequirements; audit: boolean; governance: GovernanceRules; } export interface EncryptionRequirements { atRest: boolean; inTransit: boolean; keyManagement: 'cloud' | 'customer' | 'hybrid'; algorithm: string; } export interface GovernanceRules { dataClassification: string[]; retentionPolicies: RetentionPolicy[]; accessControls: AccessControl[]; } export interface RetentionPolicy { dataType: string; retentionPeriod: number; archivalTier: string; deletionPolicy: string; } export interface AccessControl { role: string; permissions: string[]; conditions: string[]; } export interface MultiCloudDeployment { id: string; name: string; description?: string; strategy: DeploymentStrategy; applications: ApplicationDeployment[]; infrastructure: InfrastructureDeployment[]; status: 'planning' | 'deploying' | 'active' | 'updating' | 'failing_over' | 'failed' | 'destroyed'; health: DeploymentHealth; costs: CostBreakdown; compliance: ComplianceStatus; createdAt: Date; updatedAt: Date; lastDeployment: Date; } export interface ApplicationDeployment { id: string; name: string; type: 'web_service' | 'api' | 'database' | 'cache' | 'queue' | 'ml_model' | 'analytics'; image: string; version: string; environments: EnvironmentDeployment[]; configuration: ApplicationConfiguration; resources: ResourceRequirements; networking: NetworkConfiguration; storage: StorageConfiguration; monitoring: MonitoringConfiguration; } export interface EnvironmentDeployment { provider: string; region: string; instances: InstanceDeployment[]; status: 'healthy' | 'degraded' | 'unhealthy' | 'unknown'; metrics: EnvironmentMetrics; } export interface InstanceDeployment { id: string; type: string; size: string; status: 'running' | 'stopped' | 'pending' | 'terminated'; privateIP: string; publicIP?: string; healthChecks: HealthCheck[]; lastUpdate: Date; } export interface HealthCheck { type: 'http' | 'tcp' | 'script'; endpoint: string; interval: number; timeout: number; retries: number; status: 'healthy' | 'unhealthy' | 'unknown'; lastCheck: Date; } export interface EnvironmentMetrics { cpu: number; memory: number; storage: number; network: number; requests: number; errors: number; latency: number; } export interface ApplicationConfiguration { environment: Record<string, string>; secrets: string[]; volumes: VolumeConfiguration[]; ports: PortConfiguration[]; scaling: ScalingConfiguration; } export interface VolumeConfiguration { name: string; type: 'persistent' | 'ephemeral' | 'shared'; size: number; mountPath: string; backup: boolean; } export interface PortConfiguration { name: string; port: number; protocol: 'TCP' | 'UDP'; exposed: boolean; } export interface ScalingConfiguration { enabled: boolean; minInstances: number; maxInstances: number; targetCPU: number; targetMemory: number; scaleUpCooldown: number; scaleDownCooldown: number; } export interface ResourceRequirements { cpu: string; memory: string; storage: string; gpu?: string; network: string; } export interface NetworkConfiguration { vpc: string; subnets: string[]; securityGroups: string[]; loadBalancer: LoadBalancerConfiguration; cdn: CDNConfiguration; } export interface LoadBalancerConfiguration { enabled: boolean; type: 'application' | 'network' | 'classic'; algorithm: 'round_robin' | 'least_connections' | 'ip_hash'; healthCheck: HealthCheck; sslTermination: boolean; } export interface CDNConfiguration { enabled: boolean; origins: string[]; caching: CachingRules; geoBlocking: string[]; } export interface CachingRules { defaultTTL: number; maxTTL: number; rules: CacheRule[]; } export interface CacheRule { pattern: string; ttl: number; headers: string[]; } export interface StorageConfiguration { databases: DatabaseConfiguration[]; fileStorage: FileStorageConfiguration[]; objectStorage: ObjectStorageConfiguration[]; } export interface DatabaseConfiguration { type: 'mysql' | 'postgresql' | 'mongodb' | 'redis' | 'elasticsearch'; version: string; size: string; storage: number; backup: BackupConfiguration; replication: boolean; } export interface FileStorageConfiguration { type: 'nfs' | 'efs' | 'gfs'; size: number; performance: string; backup: BackupConfiguration; } export interface ObjectStorageConfiguration { type: 's3' | 'gcs' | 'azure_blob'; buckets: BucketConfiguration[]; } export interface BucketConfiguration { name: string; versioning: boolean; encryption: boolean; lifecycle: LifecycleRule[]; } export interface LifecycleRule { condition: string; action: 'archive' | 'delete' | 'transition'; days: number; } export interface BackupConfiguration { enabled: boolean; frequency: string; retention: number; encryption: boolean; crossRegion: boolean; } export interface MonitoringConfiguration { enabled: boolean; metrics: string[]; alerts: AlertConfiguration[]; logging: LoggingConfiguration; tracing: boolean; } export interface AlertConfiguration { name: string; metric: string; condition: string; threshold: number; severity: 'low' | 'medium' | 'high' | 'critical'; channels: string[]; } export interface LoggingConfiguration { enabled: boolean; level: string; retention: number; centralized: boolean; destinations: string[]; } export interface InfrastructureDeployment { provider: string; region: string; resources: CloudResource[]; networking: NetworkDeployment; security: SecurityDeployment; monitoring: MonitoringDeployment; cost: number; status: 'provisioned' | 'provisioning' | 'failed' | 'destroyed'; } export interface CloudResource { id: string; type: string; name: string; configuration: Record<string, any>; dependencies: string[]; cost: number; tags: Record<string, string>; } export interface NetworkDeployment { vpc: VPCConfiguration; subnets: SubnetConfiguration[]; routeTables: RouteTableConfiguration[]; internetGateway: boolean; natGateway: boolean; } export interface VPCConfiguration { id: string; cidr: string; dnsSupport: boolean; dnsHostnames: boolean; } export interface SubnetConfiguration { id: string; cidr: string; availabilityZone: string; public: boolean; routeTable: string; } export interface RouteTableConfiguration { id: string; routes: RouteConfiguration[]; } export interface RouteConfiguration { destination: string; target: string; type: 'local' | 'internet' | 'nat' | 'peer'; } export interface SecurityDeployment { securityGroups: SecurityGroupConfiguration[]; networkAcls: NetworkACLConfiguration[]; iamRoles: IAMRoleConfiguration[]; encryption: EncryptionConfiguration; } export interface SecurityGroupConfiguration { id: string; name: string; rules: SecurityRule[]; } export interface SecurityRule { direction: 'inbound' | 'outbound'; protocol: string; portRange: string; source: string; action: 'allow' | 'deny'; } export interface NetworkACLConfiguration { id: string; name: string; rules: NetworkACLRule[]; } export interface NetworkACLRule { priority: number; protocol: string; portRange: string; source: string; action: 'allow' | 'deny'; } export interface IAMRoleConfiguration { name: string; policies: string[]; trustPolicy: string; } export interface EncryptionConfiguration { keyManagement: string; keys: EncryptionKey[]; } export interface EncryptionKey { id: string; type: string; algorithm: string; usage: string[]; } export interface MonitoringDeployment { dashboards: string[]; alerts: string[]; logs: LogConfiguration[]; metrics: MetricConfiguration[]; } export interface LogConfiguration { source: string; destination: string; format: string; retention: number; } export interface MetricConfiguration { name: string; source: string; aggregation: string; retention: number; } export interface DeploymentHealth { overall: 'healthy' | 'degraded' | 'unhealthy' | 'unknown'; components: ComponentHealth[]; sla: SLAMetrics; incidents: Incident[]; } export interface ComponentHealth { name: string; type: string; status: 'healthy' | 'degraded' | 'unhealthy' | 'unknown'; provider: string; region: string; lastCheck: Date; issues: string[]; } export interface SLAMetrics { availability: number; responseTime: number; errorRate: number; throughput: number; uptime: number; } export interface Incident { id: string; severity: 'low' | 'medium' | 'high' | 'critical'; status: 'open' | 'investigating' | 'resolved'; title: string; description: string; affectedComponents: string[]; startTime: Date; resolvedTime?: Date; actions: IncidentAction[]; } export interface IncidentAction { timestamp: Date; action: string; performer: string; result: string; } export interface CostBreakdown { total: number; currency: string; period: 'hourly' | 'daily' | 'monthly'; byProvider: Record<string, number>; byService: Record<string, number>; byRegion: Record<string, number>; forecast: CostForecast; optimization: CostOptimization; } export interface CostForecast { nextMonth: number; nextQuarter: number; nextYear: number; trend: 'increasing' | 'decreasing' | 'stable'; } export interface CostOptimization { recommendations: CostRecommendation[]; potentialSavings: number; riskAssessment: string; } export interface CostRecommendation { type: 'rightsizing' | 'reserved_instances' | 'spot_instances' | 'storage_optimization'; description: string; impact: number; effort: 'low' | 'medium' | 'high'; risk: 'low' | 'medium' | 'high'; } export interface ComplianceStatus { overall: 'compliant' | 'non_compliant' | 'partially_compliant'; frameworks: FrameworkCompliance[]; dataResidency: DataResidencyStatus; encryption: EncryptionStatus; audit: AuditStatus; } export interface FrameworkCompliance { framework: string; status: 'compliant' | 'non_compliant' | 'partially_compliant'; score: number; violations: ComplianceViolation[]; lastAssessment: Date; } export interface ComplianceViolation { rule: string; severity: 'low' | 'medium' | 'high' | 'critical'; description: string; remediation: string; dueDate?: Date; } export interface DataResidencyStatus { compliant: boolean; violations: string[]; dataLocations: DataLocation[]; } export interface DataLocation { type: string; provider: string; region: string; classification: string; } export interface EncryptionStatus { atRest: boolean; inTransit: boolean; keyManagement: string; violations: string[]; } export interface AuditStatus { enabled: boolean; retention: number; completeness: number; violations: string[]; } export interface DisasterRecoveryPlan { id: string; name: string; deploymentId: string; type: 'backup_restore' | 'pilot_light' | 'warm_standby' | 'multi_site_active'; rto: number; // Recovery Time Objective in minutes rpo: number; // Recovery Point Objective in minutes priority: 'low' | 'medium' | 'high' | 'critical'; scope: DRScope; procedures: DRProcedure[]; testing: DRTesting; contacts: DRContact[]; dependencies: string[]; status: 'active' | 'testing' | 'inactive' | 'updating'; lastTested: Date; lastUpdated: Date; } export interface DRScope { applications: string[]; data: string[]; infrastructure: string[]; regions: string[]; excludedComponents: string[]; } export interface DRProcedure { id: string; name: string; description: string; type: 'automated' | 'manual' | 'hybrid'; steps: DRStep[]; estimatedTime: number; prerequisites: string[]; rollbackSteps: DRStep[]; } export interface DRStep { id: string; description: string; type: 'script' | 'manual' | 'api_call' | 'verification'; command?: string; parameters?: Record<string, any>; timeout: number; retries: number; onFailure: 'stop' | 'continue' | 'rollback'; } export interface DRTesting { schedule: string; lastTest: Date; nextTest: Date; results: DRTestResult[]; automated: boolean; notifications: string[]; } export interface DRTestResult { id: string; date: Date; type: 'full' | 'partial' | 'tabletop'; status: 'passed' | 'failed' | 'partial'; duration: number; rtoAchieved: number; rpoAchieved: number; issues: DRTestIssue[]; improvements: string[]; } export interface DRTestIssue { severity: 'low' | 'medium' | 'high' | 'critical'; description: string; impact: string; remediation: string; status: 'open' | 'resolved' | 'deferred'; } export interface DRContact { role: string; name: string; email: string; phone: string; primary: boolean; escalation: number; } export class MultiCloudOrchestrator extends EventEmitter { private providers = new Map<string, CloudProvider>(); private deployments = new Map<string, MultiCloudDeployment>(); private drPlans = new Map<string, DisasterRecoveryPlan>(); private healthChecks = new Map<string, NodeJS.Timeout>(); private costOptimizer: CostOptimizer; private drManager: DisasterRecoveryManager; constructor() { super(); this.costOptimizer = new CostOptimizer(); this.drManager = new DisasterRecoveryManager(); this.initializeDefaultProviders(); this.startHealthMonitoring(); this.startCostMonitoring(); } // Provider Management async registerProvider(provider: CloudProvider): Promise<void> { try { // Validate credentials await this.validateProviderCredentials(provider); // Test connectivity await this.testProviderConnectivity(provider); this.providers.set(provider.id, provider); this.emit('providerRegistered', { provider }); // Start health monitoring for this provider this.startProviderHealthCheck(provider.id); } catch (error) { this.emit('error', { operation: 'registerProvider', error }); throw error; } } async updateProvider(providerId: string, updates: Partial<CloudProvider>): Promise<boolean> { try { const provider = this.providers.get(providerId); if (!provider) { throw new Error(`Provider ${providerId} not found`); } Object.assign(provider, updates); if (updates.credentials) { await this.validateProviderCredentials(provider); } this.emit('providerUpdated', { provider }); return true; } catch (error) { this.emit('error', { operation: 'updateProvider', error }); return false; } } async removeProvider(providerId: string): Promise<boolean> { try { const provider = this.providers.get(providerId); if (!provider) { return false; } // Check for active deployments const activeDeployments = Array.from(this.deployments.values()) .filter(d => d.infrastructure.some(i => i.provider === providerId)); if (activeDeployments.length > 0) { throw new Error(`Cannot remove provider with ${activeDeployments.length} active deployments`); } this.providers.delete(providerId); this.stopProviderHealthCheck(providerId); this.emit('providerRemoved', { providerId }); return true; } catch (error) { this.emit('error', { operation: 'removeProvider', error }); return false; } } async getProviders(): Promise<CloudProvider[]> { return Array.from(this.providers.values()) .sort((a, b) => a.name.localeCompare(b.name)); } async getProvider(providerId: string): Promise<CloudProvider | undefined> { return this.providers.get(providerId); } // Deployment Management async createDeployment( name: string, strategy: DeploymentStrategy, applications: ApplicationDeployment[], options?: { dryRun?: boolean; rollbackEnabled?: boolean; approvalRequired?: boolean; } ): Promise<string> { try { const deploymentId = this.generateId(); const deployment: MultiCloudDeployment = { id: deploymentId, name, strategy, applications, infrastructure: [], status: 'planning', health: { overall: 'unknown', components: [], sla: { availability: 0, responseTime: 0, errorRate: 0, throughput: 0, uptime: 0 }, incidents: [] }, costs: { total: 0, currency: 'USD', period: 'monthly', byProvider: {}, byService: {}, byRegion: {}, forecast: { nextMonth: 0, nextQuarter: 0, nextYear: 0, trend: 'stable' }, optimization: { recommendations: [], potentialSavings: 0, riskAssessment: 'low' } }, compliance: { overall: 'compliant', frameworks: [], dataResidency: { compliant: true, violations: [], dataLocations: [] }, encryption: { atRest: true, inTransit: true, keyManagement: 'cloud', violations: [] }, audit: { enabled: true, retention: 365, completeness: 100, violations: [] } }, createdAt: new Date(), updatedAt: new Date(), lastDeployment: new Date() }; if (options?.dryRun) { return this.performDryRun(deployment); } this.deployments.set(deploymentId, deployment); this.emit('deploymentCreated', { deployment }); // Start deployment process this.processDeployment(deployment); return deploymentId; } catch (error) { this.emit('error', { operation: 'createDeployment', error }); throw error; } } async updateDeployment( deploymentId: string, updates: Partial<MultiCloudDeployment> ): Promise<boolean> { try { const deployment = this.deployments.get(deploymentId); if (!deployment) { throw new Error(`Deployment ${deploymentId} not found`); } if (deployment.status === 'deploying') { throw new Error('Cannot update deployment while deployment is in progress'); } Object.assign(deployment, updates, { updatedAt: new Date() }); if (updates.applications || updates.strategy) { deployment.status = 'updating'; this.processDeployment(deployment); } this.emit('deploymentUpdated', { deployment }); return true; } catch (error) { this.emit('error', { operation: 'updateDeployment', error }); return false; } } async deleteDeployment(deploymentId: string, options?: { force?: boolean; keepData?: boolean; }): Promise<boolean> { try { const deployment = this.deployments.get(deploymentId); if (!deployment) { return false; } if (deployment.status === 'active' && !options?.force) { throw new Error('Cannot delete active deployment without force flag'); } deployment.status = 'destroying'; await this.destroyDeployment(deployment, options); this.deployments.delete(deploymentId); this.emit('deploymentDeleted', { deploymentId }); return true; } catch (error) { this.emit('error', { operation: 'deleteDeployment', error }); return false; } } async getDeployment(deploymentId: string): Promise<MultiCloudDeployment | undefined> { return this.deployments.get(deploymentId); } async getDeployments(): Promise<MultiCloudDeployment[]> { return Array.from(this.deployments.values()) .sort((a, b) => b.updatedAt.getTime() - a.updatedAt.getTime()); } async scaleDeployment( deploymentId: string, applicationId: string, targetInstances: number, provider?: string ): Promise<boolean> { try { const deployment = this.deployments.get(deploymentId); if (!deployment) { throw new Error(`Deployment ${deploymentId} not found`); } const application = deployment.applications.find(app => app.id === applicationId); if (!application) { throw new Error(`Application ${applicationId} not found`); } await this.performScaling(deployment, application, targetInstances, provider); this.emit('deploymentScaled', { deploymentId, applicationId, targetInstances }); return true; } catch (error) { this.emit('error', { operation: 'scaleDeployment', error }); return false; } } async failoverDeployment( deploymentId: string, targetProvider: string, targetRegion: string ): Promise<boolean> { try { const deployment = this.deployments.get(deploymentId); if (!deployment) { throw new Error(`Deployment ${deploymentId} not found`); } deployment.status = 'failing_over'; await this.performFailover(deployment, targetProvider, targetRegion); deployment.status = 'active'; deployment.updatedAt = new Date(); this.emit('deploymentFailedOver', { deploymentId, targetProvider, targetRegion }); return true; } catch (error) { deployment.status = 'failed'; this.emit('error', { operation: 'failoverDeployment', error }); return false; } } // Disaster Recovery Management async createDRPlan(plan: Omit<DisasterRecoveryPlan, 'id' | 'lastUpdated'>): Promise<string> { try { const planId = this.generateId(); const drPlan: DisasterRecoveryPlan = { id: planId, lastUpdated: new Date(), ...plan }; // Validate DR plan await this.validateDRPlan(drPlan); this.drPlans.set(planId, drPlan); this.emit('drPlanCreated', { plan: drPlan }); // Schedule testing if configured if (drPlan.testing.automated) { this.scheduleDRTesting(planId); } return planId; } catch (error) { this.emit('error', { operation: 'createDRPlan', error }); throw error; } } async updateDRPlan(planId: string, updates: Partial<DisasterRecoveryPlan>): Promise<boolean> { try { const plan = this.drPlans.get(planId); if (!plan) { throw new Error(`DR Plan ${planId} not found`); } Object.assign(plan, updates, { lastUpdated: new Date() }); if (updates.testing) { this.scheduleDRTesting(planId); } this.emit('drPlanUpdated', { plan }); return true; } catch (error) { this.emit('error', { operation: 'updateDRPlan', error }); return false; } } async executeDRPlan(planId: string, options?: { dryRun?: boolean; procedures?: string[]; }): Promise<string> { try { const plan = this.drPlans.get(planId); if (!plan) { throw new Error(`DR Plan ${planId} not found`); } const executionId = this.generateId(); if (options?.dryRun) { return this.drManager.simulateExecution(plan, executionId); } this.emit('drExecutionStarted', { planId, executionId }); const result = await this.drManager.executeRecovery(plan, executionId, options); this.emit('drExecutionCompleted', { planId, executionId, result }); return executionId; } catch (error) { this.emit('error', { operation: 'executeDRPlan', error }); throw error; } } async testDRPlan(planId: string, testType: 'full' | 'partial' | 'tabletop'): Promise<DRTestResult> { try { const plan = this.drPlans.get(planId); if (!plan) { throw new Error(`DR Plan ${planId} not found`); } const testResult = await this.drManager.performTest(plan, testType); plan.testing.results.push(testResult); plan.testing.lastTest = new Date(); plan.lastTested = new Date(); this.emit('drTestCompleted', { planId, testResult }); return testResult; } catch (error) { this.emit('error', { operation: 'testDRPlan', error }); throw error; } } // Cost Management async getCostAnalysis(deploymentId?: string): Promise<CostBreakdown> { if (deploymentId) { const deployment = this.deployments.get(deploymentId); return deployment?.costs || this.createEmptyCostBreakdown(); } return this.costOptimizer.getOverallCostAnalysis(Array.from(this.deployments.values())); } async getCostOptimizationRecommendations(deploymentId: string): Promise<CostOptimization> { const deployment = this.deployments.get(deploymentId); if (!deployment) { throw new Error(`Deployment ${deploymentId} not found`); } return this.costOptimizer.generateRecommendations(deployment); } async applyCostOptimization( deploymentId: string, recommendationIds: string[] ): Promise<boolean> { try { const deployment = this.deployments.get(deploymentId); if (!deployment) { throw new Error(`Deployment ${deploymentId} not found`); } await this.costOptimizer.applyRecommendations(deployment, recommendationIds); this.emit('costOptimizationApplied', { deploymentId, recommendationIds }); return true; } catch (error) { this.emit('error', { operation: 'applyCostOptimization', error }); return false; } } // Monitoring and Health async getDeploymentHealth(deploymentId: string): Promise<DeploymentHealth> { const deployment = this.deployments.get(deploymentId); if (!deployment) { throw new Error(`Deployment ${deploymentId} not found`); } // Update health metrics await this.updateDeploymentHealth(deployment); return deployment.health; } async getSystemOverview(): Promise<{ totalDeployments: number; healthyDeployments: number; totalCosts: number; providerDistribution: Record<string, number>; regionDistribution: Record<string, number>; complianceScore: number; activeIncidents: number; drReadiness: number; }> { const deployments = Array.from(this.deployments.values()); const totalDeployments = deployments.length; const healthyDeployments = deployments.filter(d => d.health.overall === 'healthy').length; const totalCosts = deployments.reduce((sum, d) => sum + d.costs.total, 0); const providerDistribution: Record<string, number> = {}; const regionDistribution: Record<string, number> = {}; deployments.forEach(d => { d.infrastructure.forEach(infra => { providerDistribution[infra.provider] = (providerDistribution[infra.provider] || 0) + 1; regionDistribution[infra.region] = (regionDistribution[infra.region] || 0) + 1; }); }); const complianceScores = deployments.map(d => d.compliance.frameworks.reduce((sum, f) => sum + f.score, 0) / Math.max(d.compliance.frameworks.length, 1) ); const complianceScore = complianceScores.reduce((sum, s) => sum + s, 0) / Math.max(complianceScores.length, 1); const activeIncidents = deployments.reduce((sum, d) => sum + d.health.incidents.filter(i => i.status !== 'resolved').length, 0 ); const drPlans = Array.from(this.drPlans.values()); const testedPlans = drPlans.filter(p => p.lastTested > new Date(Date.now() - 90 * 24 * 60 * 60 * 1000)); const drReadiness = drPlans.length > 0 ? (testedPlans.length / drPlans.length) * 100 : 0; return { totalDeployments, healthyDeployments, totalCosts, providerDistribution, regionDistribution, complianceScore, activeIncidents, drReadiness }; } private async processDeployment(deployment: MultiCloudDeployment): Promise<void> { try { deployment.status = 'deploying'; this.emit('deploymentStarted', { deployment }); // Plan infrastructure const infrastructurePlan = await this.planInfrastructure(deployment); // Deploy infrastructure await this.deployInfrastructure(deployment, infrastructurePlan); // Deploy applications await this.deployApplications(deployment); // Configure networking await this.configureNetworking(deployment); // Setup monitoring await this.setupMonitoring(deployment); // Validate deployment await this.validateDeployment(deployment); deployment.status = 'active'; deployment.lastDeployment = new Date(); deployment.updatedAt = new Date(); this.emit('deploymentCompleted', { deployment }); } catch (error) { deployment.status = 'failed'; this.emit('deploymentFailed', { deployment, error }); throw error; } } private async planInfrastructure(deployment: MultiCloudDeployment): Promise<InfrastructureDeployment[]> { const infrastructure: InfrastructureDeployment[] = []; for (const provider of [deployment.strategy.primaryProvider, ...deployment.strategy.secondaryProviders]) { const cloudProvider = this.providers.get(provider); if (!cloudProvider) continue; for (const region of cloudProvider.regions) { if (region.status !== 'available') continue; const infraDeployment: InfrastructureDeployment = { provider, region: region.id, resources: [], networking: { vpc: { id: this.generateId(), cidr: '10.0.0.0/16', dnsSupport: true, dnsHostnames: true }, subnets: [], routeTables: [], internetGateway: true, natGateway: true }, security: { securityGroups: [], networkAcls: [], iamRoles: [], encryption: { keyManagement: 'cloud', keys: [] } }, monitoring: { dashboards: [], alerts: [], logs: [], metrics: [] }, cost: 0, status: 'provisioning' }; infrastructure.push(infraDeployment); } } return infrastructure; } private async deployInfrastructure( deployment: MultiCloudDeployment, infrastructure: InfrastructureDeployment[] ): Promise<void> { deployment.infrastructure = infrastructure; // Simulate infrastructure deployment for (const infra of infrastructure) { await new Promise(resolve => setTimeout(resolve, 2000)); infra.status = 'provisioned'; this.emit('infrastructureDeployed', { deploymentId: deployment.id, provider: infra.provider, region: infra.region }); } } private async deployApplications(deployment: MultiCloudDeployment): Promise<void> { for (const application of deployment.applications) { // Simulate application deployment await new Promise(resolve => setTimeout(resolve, 3000)); // Create environment deployments based on strategy application.environments = []; for (const infra of deployment.infrastructure) { const environment: EnvironmentDeployment = { provider: infra.provider, region: infra.region, instances: this.createInstanceDeployments(application), status: 'healthy', metrics: { cpu: Math.random() * 50 + 20, memory: Math.random() * 60 + 30, storage: Math.random() * 40 + 10, network: Math.random() * 1000, requests: Math.random() * 10000, errors: Math.random() * 100, latency: Math.random() * 100 + 50 } }; application.environments.push(environment); } this.emit('applicationDeployed', { deploymentId: deployment.id, applicationId: application.id }); } } private createInstanceDeployments(application: ApplicationDeployment): InstanceDeployment[] { const instances: InstanceDeployment[] = []; const minInstances = application.configuration.scaling.minInstances || 1; for (let i = 0; i < minInstances; i++) { instances.push({ id: this.generateId(), type: 't3.medium', size: 'medium', status: 'running', privateIP: `10.0.${Math.floor(Math.random() * 255)}.${Math.floor(Math.random() * 255)}`, publicIP: `${Math.floor(Math.random() * 255)}.${Math.floor(Math.random() * 255)}.${Math.floor(Math.random() * 255)}.${Math.floor(Math.random() * 255)}`, healthChecks: [ { type: 'http', endpoint: '/health', interval: 30, timeout: 5, retries: 3, status: 'healthy', lastCheck: new Date() } ], lastUpdate: new Date() }); } return instances; } private async configureNetworking(deployment: MultiCloudDeployment): Promise<void> { // Simulate networking configuration await new Promise(resolve => setTimeout(resolve, 1000)); this.emit('networkingConfigured', { deploymentId: deployment.id }); } private async setupMonitoring(deployment: MultiCloudDeployment): Promise<void> { // Simulate monitoring setup await new Promise(resolve => setTimeout(resolve, 500)); this.emit('monitoringSetup', { deploymentId: deployment.id }); } private async validateDeployment(deployment: MultiCloudDeployment): Promise<void> { // Perform deployment validation await new Promise(resolve => setTimeout(resolve, 1000)); // Update health status await this.updateDeploymentHealth(deployment); } private async updateDeploymentHealth(deployment: MultiCloudDeployment): Promise<void> { const components: ComponentHealth[] = []; let healthyComponents = 0; for (const application of deployment.applications) { for (const environment of application.environments) { const component: ComponentHealth = { name: `${application.name}-${environment.region}`, type: application.type, status: environment.status, provider: environment.provider, region: environment.region, lastCheck: new Date(), issues: [] }; if (environment.status === 'healthy') { healthyComponents++; } else { component.issues.push(`Environment is ${environment.status}`); } components.push(component); } } deployment.health.components = components; deployment.health.overall = components.length > 0 ? (healthyComponents / components.length > 0.8 ? 'healthy' : healthyComponents / components.length > 0.5 ? 'degraded' : 'unhealthy') : 'unknown'; // Update SLA metrics deployment.health.sla = { availability: (healthyComponents / Math.max(components.length, 1)) * 100, responseTime: components.reduce((sum, c) => sum + (c.status === 'healthy' ? 100 : 500), 0) / components.length, errorRate: components.filter(c => c.status !== 'healthy').length / Math.max(components.length, 1), throughput: components.reduce((sum, c) => sum + 1000, 0), uptime: 99.9 // Simplified calculation }; } private async performScaling( deployment: MultiCloudDeployment, application: ApplicationDeployment, targetInstances: number, provider?: string ): Promise<void> { // Implementation would scale instances across providers/regions await new Promise(resolve => setTimeout(resolve, 2000)); } private async performFailover( deployment: MultiCloudDeployment, targetProvider: string, targetRegion: string ): Promise<void> { // Implementation would perform actual failover await new Promise(resolve => setTimeout(resolve, 5000)); } private async destroyDeployment( deployment: MultiCloudDeployment, options?: { keepData?: boolean } ): Promise<void> { // Implementation would destroy cloud resources await new Promise(resolve => setTimeout(resolve, 3000)); } private async performDryRun(deployment: MultiCloudDeployment): Promise<string> { // Simulate and validate deployment without actually deploying return 'dry-run-result'; } private async validateProviderCredentials(provider: CloudProvider): Promise<void> { // Validate provider credentials await new Promise(resolve => setTimeout(resolve, 500)); } private async testProviderConnectivity(provider: CloudProvider): Promise<void> { // Test provider connectivity await new Promise(resolve => setTimeout(resolve, 300)); } private async validateDRPlan(plan: DisasterRecoveryPlan): Promise<void> { // Validate DR plan configuration if (plan.rto <= 0 || plan.rpo < 0) { throw new Error('Invalid RTO/RPO values'); } } private startHealthMonitoring(): void { setInterval(() => { this.performHealthChecks(); }, 30000); // Every 30 seconds } private startCostMonitoring(): void { setInterval(() => { this.updateCostMetrics(); }, 300000); // Every 5 minutes } private async performHealthChecks(): Promise<void> { for (const deployment of this.deployments.values()) { if (deployment.status === 'active') { await this.updateDeploymentHealth(deployment); } } } private async updateCostMetrics(): Promise<void> { for (const deployment of this.deployments.values()) { deployment.costs = await this.costOptimizer.calculateCosts(deployment); } } private startProviderHealthCheck(providerId: string): void { const interval = setInterval(async () => { const provider = this.providers.get(providerId); if (provider) { try { await this.testProviderConnectivity(provider); provider.status = 'active'; } catch (error) { provider.status = 'error'; } provider.lastHealthCheck = new Date(); } }, 60000); // Every minute this.healthChecks.set(providerId, interval); } private stopProviderHealthCheck(providerId: string): void { const interval = this.healthChecks.get(providerId); if (interval) { clearInterval(interval); this.healthChecks.delete(providerId); } } private scheduleDRTesting(planId: string): void { // Schedule DR testing based on plan configuration const plan = this.drPlans.get(planId); if (!plan || !plan.testing.automated) return; // Implementation would use proper cron scheduling } private createEmptyCostBreakdown(): CostBreakdown { return { total: 0, currency: 'USD', period: 'monthly', byProvider: {}, byService: {}, byRegion: {}, forecast: { nextMonth: 0, nextQuarter: 0, nextYear: 0, trend: 'stable' }, optimization: { recommendations: [], potentialSavings: 0, riskAssessment: 'low' } }; } private initializeDefaultProviders(): void { // Initialize with common cloud providers const providers: CloudProvider[] = [ { id: 'aws', name: 'Amazon Web Services', type: 'aws', regions: [ { id: 'us-east-1', name: 'US East (N. Virginia)', location: 'Virginia, USA', availabilityZones: ['us-east-1a', 'us-east-1b', 'us-east-1c'], services: [ { type: 'compute', name: 'EC2', available: true, tier: 'standard', limits: { maxInstances: 1000, maxStorage: 1000000, maxBandwidth: 10000, maxConcurrentRequests: 100000 } }, { type: 'storage', name: 'S3', available: true, tier: 'standard', limits: { maxInstances: 0, maxStorage: 5000000, maxBandwidth: 5000, maxConcurrentRequests: 50000 } } ], latency: 50, compliance: ['SOC2', 'HIPAA', 'PCI'], status: 'available' } ], credentials: { type: 'api_key', config: {}, encrypted: true }, capabilities: { autoScaling: true, loadBalancing: true, containerOrchestration: true, serverless: true, aiServices: true, dataServices: true, networkServices: true, securityServices: true, monitoringServices: true, backupServices: true }, pricing: { type: 'pay_as_you_go', compute: { unit: 'hour', price: 0.096, currency: 'USD', billing: 'hourly' }, storage: { unit: 'GB', price: 0.023, currency: 'USD', billing: 'monthly' }, network: { unit: 'GB', price: 0.09, currency: 'USD', billing: 'monthly' }, services: {} }, status: 'active', lastHealthCheck: new Date(), metadata: {} } ]; providers.forEach(provider => { this.providers.set(provider.id, provider); }); } private generateId(): string { return Math.random().toString(36).substring(2, 15); } } // Helper classes class CostOptimizer { async calculateCosts(deployment: MultiCloudDeployment): Promise<CostBreakdown> { // Cost calculation implementation return { total: Math.random() * 1000 + 500, currency: 'USD', period: 'monthly', byProvider: { 'aws': 300, 'gcp': 200 }, byService: { 'compute': 250, 'storage': 150, 'network': 100 }, byRegion: { 'us-east-1': 300, 'us-west-2': 200 }, forecast: { nextMonth: 520, nextQuarter: 1600, nextYear: 6200, trend: 'increasing' }, optimization: { recommendations: [], potentialSavings: 0, riskAssessment: 'low' } }; } async generateRecommendations(deployment: MultiCloudDeployment): Promise<CostOptimization> { return { recommendations: [ { type: 'rightsizing', description: 'Downsize over-provisioned instances', impact: 150, effort: 'low', risk: 'low' } ], potentialSavings: 150, riskAssessment: 'low' }; } async applyRecommendations(deployment: MultiCloudDeployment, recommendationIds: string[]): Promise<void> { // Apply cost optimization recommendations } async getOverallCostAnalysis(deployments: MultiCloudDeployment[]): Promise<CostBreakdown> { const total = deployments.reduce((sum, d) => sum + d.costs.total, 0); return { total, currency: 'USD', period: 'monthly', byProvider: {}, byService: {}, byRegion: {}, forecast: { nextMonth: total * 1.1, nextQuarter: total * 3.2, nextYear: total * 12.5, trend: 'increasing' }, optimization: { recommendations: [], potentialSavings: total * 0.15, riskAssessment: 'low' } }; } } class DisasterRecoveryManager { async executeRecovery(plan: DisasterRecoveryPlan, executionId: string, options?: any): Promise<any> { // Execute disaster recovery procedures return { success: true, duration: plan.rto }; } async performTest(plan: DisasterRecoveryPlan, testType: string): Promise<DRTestResult> { return { id: Math.random().toString(36).substring(2, 15), date: new Date(), type: testType as any, status: 'passed', duration: Math.random() * 30 + 10, rtoAchieved: plan.rto + Math.random() * 10, rpoAchieved: plan.rpo + Math.random() * 5, issues: [], improvements: [] }; } async simulateExecution(plan: DisasterRecoveryPlan, executionId: string): Promise<string> { // Simulate DR execution return executionId; } }