@sethdouglasford/claude-flow
Version:
Claude Code Flow - Advanced AI-powered development workflows with SPARC methodology
781 lines • 34.3 kB
JavaScript
import { EventEmitter } from "events";
import { writeFile, readFile, mkdir, readdir } from "fs/promises";
import { join } from "path";
import { Logger } from "../core/logger.js";
import { ConfigManager } from "../core/config.js";
export class CloudManager extends EventEmitter {
providers = new Map();
resources = new Map();
infrastructures = new Map();
cloudPath;
logger;
config;
constructor(cloudPath = "./cloud", logger, config) {
super();
this.cloudPath = cloudPath;
this.logger = logger || new Logger({ level: "info", format: "text", destination: "console" });
this.config = config || ConfigManager.getInstance();
}
async initialize() {
try {
await mkdir(this.cloudPath, { recursive: true });
await mkdir(join(this.cloudPath, "providers"), { recursive: true });
await mkdir(join(this.cloudPath, "resources"), { recursive: true });
await mkdir(join(this.cloudPath, "infrastructures"), { recursive: true });
await mkdir(join(this.cloudPath, "templates"), { recursive: true });
await this.loadConfigurations();
await this.initializeDefaultProviders();
this.logger.info("Cloud Manager initialized successfully");
}
catch (error) {
this.logger.error("Failed to initialize Cloud Manager", { error });
throw error;
}
}
async addProvider(providerData) {
const provider = {
id: providerData.id || `provider-${Date.now()}-${Math.random().toString(36).substr(2, 9)}`,
name: providerData.name || "Unnamed Provider",
type: providerData.type || "custom",
credentials: providerData.credentials || {},
configuration: {
defaultRegion: "us-east-1",
availableRegions: ["us-east-1", "us-west-2", "eu-west-1"],
services: [],
endpoints: {},
features: [],
...providerData.configuration,
},
status: "inactive",
quotas: {
computeInstances: 20,
storage: 1000,
bandwidth: 1000,
requests: 1000000,
...providerData.quotas,
},
pricing: {
currency: "USD",
computePerHour: 0.10,
storagePerGB: 0.023,
bandwidthPerGB: 0.09,
requestsPer1000: 0.0004,
...providerData.pricing,
},
createdAt: new Date(),
updatedAt: new Date(),
};
// Validate credentials
try {
await this.validateProviderCredentials(provider);
provider.status = "active";
}
catch (error) {
provider.status = "error";
this.logger.warn(`Provider credentials validation failed: ${provider.name}`, { error });
}
this.providers.set(provider.id, provider);
await this.saveProvider(provider);
this.emit("provider:added", provider);
this.logger.info(`Cloud provider added: ${provider.name} (${provider.id})`);
return provider;
}
async createResource(resourceData) {
const provider = this.providers.get(resourceData.providerId);
if (!provider) {
throw new Error(`Provider not found: ${resourceData.providerId}`);
}
if (provider.status !== "active") {
throw new Error(`Provider is not active: ${provider.name}`);
}
const resource = {
id: `resource-${Date.now()}-${Math.random().toString(36).substr(2, 9)}`,
name: resourceData.name,
type: resourceData.type,
providerId: resourceData.providerId,
region: resourceData.region,
status: "creating",
configuration: {
size: "small",
ports: [],
environment: {},
volumes: [],
networks: [],
tags: {},
...resourceData.configuration,
},
monitoring: {
enabled: true,
metrics: [],
alerts: [],
healthChecks: [],
},
security: {
encryption: true,
backups: true,
accessControl: [],
vulnerabilityScanning: true,
complianceFrameworks: [],
},
costs: {
hourlyRate: this.calculateResourceCost(provider, resourceData.type, resourceData.configuration.size || "small"),
monthlyEstimate: 0,
actualSpend: 0,
lastBillingDate: new Date(),
costBreakdown: {},
},
performance: {
cpu: 0,
memory: 0,
storage: 0,
network: 0,
uptime: 100,
availability: 100,
},
metadata: {
environment: "development",
owner: "system",
purpose: "general",
lifecycle: "permanent",
...resourceData.metadata,
},
createdAt: new Date(),
updatedAt: new Date(),
auditLog: [],
};
// Calculate monthly estimate
resource.costs.monthlyEstimate = resource.costs.hourlyRate * 24 * 30;
this.addAuditEntry(resource, resource.metadata.owner, "resource_created", "resource", {
resourceId: resource.id,
resourceName: resource.name,
providerId: resourceData.providerId,
});
this.resources.set(resource.id, resource);
await this.saveResource(resource);
// Start resource creation process
await this.provisionResource(resource);
this.emit("resource:created", resource);
this.logger.info(`Cloud resource created: ${resource.name} (${resource.id})`);
return resource;
}
async createInfrastructure(infrastructureData) {
const infrastructure = {
id: `infra-${Date.now()}-${Math.random().toString(36).substr(2, 9)}`,
name: infrastructureData.name,
description: infrastructureData.description,
projectId: infrastructureData.projectId,
environment: infrastructureData.environment,
resources: [],
topology: {
networks: [],
loadBalancers: [],
databases: [],
caches: [],
queues: [],
},
deployment: {
strategy: "terraform",
template: infrastructureData.template,
parameters: infrastructureData.parameters,
deploymentHistory: [],
},
monitoring: {
dashboard: "",
alerts: [],
sla: {
availability: 99.9,
responseTime: 200,
errorRate: 0.1,
},
},
costs: {
budgetLimit: 1000,
currentSpend: 0,
projectedSpend: 0,
costAlerts: [],
optimization: [],
},
compliance: {
frameworks: [],
requirements: [],
lastAudit: new Date(),
nextAudit: new Date(Date.now() + 90 * 24 * 60 * 60 * 1000), // 90 days
},
backup: {
enabled: true,
schedule: "0 2 * * *", // Daily at 2 AM
retention: "30d",
backupLocations: [],
},
disaster_recovery: {
enabled: false,
rto: 60, // 1 hour
rpo: 15, // 15 minutes
strategy: "active-passive",
testFrequency: "quarterly",
},
createdAt: new Date(),
updatedAt: new Date(),
};
this.infrastructures.set(infrastructure.id, infrastructure);
await this.saveInfrastructure(infrastructure);
this.emit("infrastructure:created", infrastructure);
this.logger.info(`Infrastructure created: ${infrastructure.name} (${infrastructure.id})`);
return infrastructure;
}
async deployInfrastructure(infrastructureId, userId = "system") {
const infrastructure = this.infrastructures.get(infrastructureId);
if (!infrastructure) {
throw new Error(`Infrastructure not found: ${infrastructureId}`);
}
const deploymentId = `deploy-${Date.now()}-${Math.random().toString(36).substr(2, 9)}`;
const startTime = new Date();
try {
this.logger.info(`Starting infrastructure deployment: ${infrastructure.name}`);
this.emit("infrastructure:deployment_started", { infrastructure, deploymentId });
// Execute deployment based on strategy
await this.executeInfrastructureDeployment(infrastructure);
const endTime = new Date();
const duration = endTime.getTime() - startTime.getTime();
const deployment = {
id: deploymentId,
timestamp: startTime,
version: `v${Date.now()}`,
changes: ["Initial deployment"],
status: "success",
duration,
deployedBy: userId,
};
infrastructure.deployment.deploymentHistory.push(deployment);
infrastructure.deployment.lastDeployment = startTime;
infrastructure.updatedAt = new Date();
await this.saveInfrastructure(infrastructure);
this.emit("infrastructure:deployment_completed", { infrastructure, deployment });
this.logger.info(`Infrastructure deployment completed: ${infrastructure.name} in ${duration}ms`);
}
catch (error) {
const endTime = new Date();
const duration = endTime.getTime() - startTime.getTime();
const deployment = {
id: deploymentId,
timestamp: startTime,
version: `v${Date.now()}`,
changes: ["Failed deployment"],
status: "failed",
duration,
deployedBy: userId,
};
infrastructure.deployment.deploymentHistory.push(deployment);
infrastructure.updatedAt = new Date();
await this.saveInfrastructure(infrastructure);
this.emit("infrastructure:deployment_failed", { infrastructure, deployment, error });
this.logger.error(`Infrastructure deployment failed: ${infrastructure.name}`, { error });
throw error;
}
}
async optimizeCosts(filters) {
let resources = Array.from(this.resources.values());
// Apply filters
if (filters) {
if (filters.providerId) {
resources = resources.filter(r => r.providerId === filters.providerId);
}
if (filters.environment) {
resources = resources.filter(r => r.metadata.environment === filters.environment);
}
if (filters.resourceType) {
resources = resources.filter(r => r.type === filters.resourceType);
}
}
const optimizations = [];
for (const resource of resources) {
// Rightsizing opportunities
if (resource.performance.cpu < 20 && resource.performance.memory < 30) {
optimizations.push({
id: `opt-${Date.now()}-${Math.random().toString(36).substr(2, 9)}`,
type: "rightsizing",
description: `Resource ${resource.name} is underutilized (CPU: ${resource.performance.cpu}%, Memory: ${resource.performance.memory}%). Consider downsizing.`,
potentialSavings: resource.costs.monthlyEstimate * 0.3,
implementation: "Downsize instance to smaller type",
effort: "low",
priority: "medium",
status: "identified",
});
}
// Scheduling opportunities for non-production
if (resource.metadata.environment !== "production" && resource.status === "running") {
optimizations.push({
id: `opt-${Date.now()}-${Math.random().toString(36).substr(2, 9)}`,
type: "scheduling",
description: `Resource ${resource.name} in ${resource.metadata.environment} environment could be scheduled to run only during business hours.`,
potentialSavings: resource.costs.monthlyEstimate * 0.6,
implementation: "Implement auto-scaling schedule (8 AM - 6 PM weekdays)",
effort: "medium",
priority: "high",
status: "identified",
});
}
// Storage optimization
if (resource.type === "storage" && resource.performance.storage < 50) {
optimizations.push({
id: `opt-${Date.now()}-${Math.random().toString(36).substr(2, 9)}`,
type: "storage-optimization",
description: `Storage resource ${resource.name} is only ${resource.performance.storage}% utilized. Consider reducing allocated storage.`,
potentialSavings: resource.costs.monthlyEstimate * 0.25,
implementation: "Reduce storage allocation and implement lifecycle policies",
effort: "low",
priority: "medium",
status: "identified",
});
}
}
// Sort by potential savings
optimizations.sort((a, b) => b.potentialSavings - a.potentialSavings);
this.logger.info(`Cost optimization analysis completed: ${optimizations.length} opportunities identified`);
this.emit("cost_optimization:analyzed", { optimizations, resourceCount: resources.length });
return optimizations;
}
async getCloudMetrics(filters) {
let resources = Array.from(this.resources.values());
let providers = Array.from(this.providers.values());
// Apply filters
if (filters) {
if (filters.providerId) {
resources = resources.filter(r => r.providerId === filters.providerId);
providers = providers.filter(p => p.id === filters.providerId);
}
if (filters.environment) {
resources = resources.filter(r => r.metadata.environment === filters.environment);
}
if (filters.timeRange) {
resources = resources.filter(r => r.createdAt >= filters.timeRange.start &&
r.createdAt <= filters.timeRange.end);
}
}
// Provider metrics
const providerMetrics = {
total: providers.length,
active: providers.filter(p => p.status === "active").length,
inactive: providers.filter(p => p.status === "inactive").length,
errors: providers.filter(p => p.status === "error").length,
};
// Resource metrics
const resourcesByType = {};
const resourcesByProvider = {};
const resourcesByEnvironment = {};
for (const resource of resources) {
resourcesByType[resource.type] = (resourcesByType[resource.type] || 0) + 1;
resourcesByProvider[resource.providerId] = (resourcesByProvider[resource.providerId] || 0) + 1;
resourcesByEnvironment[resource.metadata.environment] = (resourcesByEnvironment[resource.metadata.environment] || 0) + 1;
}
const resourceMetrics = {
total: resources.length,
running: resources.filter(r => r.status === "running").length,
stopped: resources.filter(r => r.status === "stopped").length,
errors: resources.filter(r => r.status === "error").length,
byType: resourcesByType,
byProvider: resourcesByProvider,
byEnvironment: resourcesByEnvironment,
};
// Cost metrics
const totalSpend = resources.reduce((sum, r) => sum + r.costs.actualSpend, 0);
const monthlySpend = resources.reduce((sum, r) => sum + r.costs.monthlyEstimate, 0);
const projectedSpend = monthlySpend * 12;
const topSpenders = resources
.map(r => ({ resourceId: r.id, cost: r.costs.actualSpend }))
.sort((a, b) => b.cost - a.cost)
.slice(0, 10);
const costByProvider = {};
const costByEnvironment = {};
for (const resource of resources) {
costByProvider[resource.providerId] = (costByProvider[resource.providerId] || 0) + resource.costs.actualSpend;
costByEnvironment[resource.metadata.environment] = (costByEnvironment[resource.metadata.environment] || 0) + resource.costs.actualSpend;
}
const costMetrics = {
totalSpend,
monthlySpend,
projectedSpend,
topSpenders,
costByProvider,
costByEnvironment,
optimization: {
potentialSavings: 0,
implementedSavings: 0,
opportunities: 0,
},
};
// Performance metrics
const performanceMetrics = {
averageUptime: resources.length > 0 ?
resources.reduce((sum, r) => sum + r.performance.uptime, 0) / resources.length : 0,
averageResponseTime: 0, // Would be calculated from actual metrics
errorRate: 0, // Would be calculated from actual metrics
availability: resources.length > 0 ?
resources.reduce((sum, r) => sum + r.performance.availability, 0) / resources.length : 0,
};
// Security metrics
const encryptedResources = resources.filter(r => r.security.encryption).length;
const backedUpResources = resources.filter(r => r.security.backups).length;
const securityMetrics = {
vulnerabilities: {
critical: 0,
high: 0,
medium: 0,
low: 0,
},
compliance: {
compliant: 0,
nonCompliant: 0,
pending: 0,
},
encryptionCoverage: resources.length > 0 ? (encryptedResources / resources.length) * 100 : 0,
backupCoverage: resources.length > 0 ? (backedUpResources / resources.length) * 100 : 0,
};
return {
providers: providerMetrics,
resources: resourceMetrics,
costs: costMetrics,
performance: performanceMetrics,
security: securityMetrics,
};
}
async scaleResource(resourceId, scalingConfig, userId = "system") {
const resource = this.resources.get(resourceId);
if (!resource) {
throw new Error(`Resource not found: ${resourceId}`);
}
const oldConfiguration = { ...resource.configuration };
if (scalingConfig.size) {
resource.configuration.size = scalingConfig.size;
// Update cost calculation
const provider = this.providers.get(resource.providerId);
if (provider) {
resource.costs.hourlyRate = this.calculateResourceCost(provider, resource.type, scalingConfig.size);
resource.costs.monthlyEstimate = resource.costs.hourlyRate * 24 * 30;
}
}
if (scalingConfig.replicas !== undefined) {
resource.configuration.tags.replicas = scalingConfig.replicas.toString();
}
if (scalingConfig.autoScaling) {
resource.configuration.tags.autoScaling = JSON.stringify(scalingConfig.autoScaling);
}
resource.updatedAt = new Date();
this.addAuditEntry(resource, userId, "resource_scaled", "resource", {
resourceId,
oldConfiguration,
newConfiguration: resource.configuration,
scalingConfig,
});
await this.saveResource(resource);
this.emit("resource:scaled", { resource, scalingConfig });
this.logger.info(`Resource scaled: ${resource.name} (${resourceId})`);
}
async deleteResource(resourceId, userId = "system") {
const resource = this.resources.get(resourceId);
if (!resource) {
throw new Error(`Resource not found: ${resourceId}`);
}
// Update status to indicate deletion in progress
resource.status = "terminated";
resource.updatedAt = new Date();
this.addAuditEntry(resource, userId, "resource_deleted", "resource", {
resourceId,
resourceName: resource.name,
});
// Perform cloud provider cleanup
await this.deprovisionResource(resource);
this.resources.delete(resourceId);
this.emit("resource:deleted", { resourceId, resource });
this.logger.info(`Resource deleted: ${resource.name} (${resourceId})`);
}
// Private helper methods
async loadConfigurations() {
try {
// Load providers
const providerFiles = await readdir(join(this.cloudPath, "providers"));
for (const file of providerFiles.filter(f => f.endsWith(".json"))) {
const content = await readFile(join(this.cloudPath, "providers", file), "utf-8");
const provider = JSON.parse(content);
this.providers.set(provider.id, provider);
}
// Load resources
const resourceFiles = await readdir(join(this.cloudPath, "resources"));
for (const file of resourceFiles.filter(f => f.endsWith(".json"))) {
const content = await readFile(join(this.cloudPath, "resources", file), "utf-8");
const resource = JSON.parse(content);
this.resources.set(resource.id, resource);
}
// Load infrastructures
const infraFiles = await readdir(join(this.cloudPath, "infrastructures"));
for (const file of infraFiles.filter(f => f.endsWith(".json"))) {
const content = await readFile(join(this.cloudPath, "infrastructures", file), "utf-8");
const infrastructure = JSON.parse(content);
this.infrastructures.set(infrastructure.id, infrastructure);
}
this.logger.info(`Loaded ${this.providers.size} providers, ${this.resources.size} resources, ${this.infrastructures.size} infrastructures`);
}
catch (error) {
this.logger.warn("Failed to load some cloud configurations", { error });
}
}
async initializeDefaultProviders() {
const defaultProviders = [
{
name: "AWS",
type: "aws",
configuration: {
defaultRegion: "us-east-1",
availableRegions: ["us-east-1", "us-west-2", "eu-west-1", "ap-southeast-1"],
services: ["ec2", "s3", "rds", "lambda", "ecs", "eks"],
endpoints: {
ec2: "https://ec2.amazonaws.com",
s3: "https://s3.amazonaws.com",
rds: "https://rds.amazonaws.com",
},
features: ["auto-scaling", "load-balancing", "monitoring", "backup"],
},
pricing: {
currency: "USD",
computePerHour: 0.10,
storagePerGB: 0.023,
bandwidthPerGB: 0.09,
requestsPer1000: 0.0004,
},
},
{
name: "Google Cloud Platform",
type: "gcp",
configuration: {
defaultRegion: "us-central1",
availableRegions: ["us-central1", "us-east1", "europe-west1", "asia-east1"],
services: ["compute", "storage", "sql", "functions", "gke"],
endpoints: {
compute: "https://compute.googleapis.com",
storage: "https://storage.googleapis.com",
sql: "https://sqladmin.googleapis.com",
},
features: ["auto-scaling", "load-balancing", "monitoring", "backup"],
},
pricing: {
currency: "USD",
computePerHour: 0.095,
storagePerGB: 0.020,
bandwidthPerGB: 0.08,
requestsPer1000: 0.0004,
},
},
{
name: "Microsoft Azure",
type: "azure",
configuration: {
defaultRegion: "East US",
availableRegions: ["East US", "West US 2", "West Europe", "Southeast Asia"],
services: ["virtual-machines", "storage", "sql-database", "functions", "aks"],
endpoints: {
compute: "https://management.azure.com",
storage: "https://management.azure.com",
sql: "https://management.azure.com",
},
features: ["auto-scaling", "load-balancing", "monitoring", "backup"],
},
pricing: {
currency: "USD",
computePerHour: 0.096,
storagePerGB: 0.024,
bandwidthPerGB: 0.087,
requestsPer1000: 0.0004,
},
},
];
for (const providerData of defaultProviders) {
if (!Array.from(this.providers.values()).some(p => p.name === providerData.name)) {
const provider = {
id: `provider-${Date.now()}-${Math.random().toString(36).substr(2, 9)}`,
credentials: {},
status: "inactive",
quotas: {
computeInstances: 20,
storage: 1000,
bandwidth: 1000,
requests: 1000000,
},
createdAt: new Date(),
updatedAt: new Date(),
...providerData,
};
this.providers.set(provider.id, provider);
await this.saveProvider(provider);
}
}
}
async validateProviderCredentials(provider) {
// Implement credential validation logic for each provider type
switch (provider.type) {
case "aws":
return this.validateAWSCredentials(provider);
case "gcp":
return this.validateGCPCredentials(provider);
case "azure":
return this.validateAzureCredentials(provider);
default:
return true; // Assume valid for custom providers
}
}
async validateAWSCredentials(provider) {
// Implement AWS credential validation
// This would typically involve making a simple API call like ListRegions
return true; // Simplified for now
}
async validateGCPCredentials(provider) {
// Implement GCP credential validation
// This would typically involve making a simple API call like listing projects
return true; // Simplified for now
}
async validateAzureCredentials(provider) {
// Implement Azure credential validation
// This would typically involve making a simple API call like listing subscriptions
return true; // Simplified for now
}
calculateResourceCost(provider, type, size) {
const baseHourlyRate = provider.pricing.computePerHour;
const sizeMultipliers = {
"nano": 0.5,
"micro": 0.75,
"small": 1.0,
"medium": 2.0,
"large": 4.0,
"xlarge": 8.0,
"2xlarge": 16.0,
"4xlarge": 32.0,
};
const typeMultipliers = {
"compute": 1.0,
"storage": 0.1,
"database": 1.5,
"cache": 0.8,
"network": 0.3,
"function": 0.01,
};
const sizeMultiplier = sizeMultipliers[size] || 1.0;
const typeMultiplier = typeMultipliers[type] || 1.0;
return baseHourlyRate * sizeMultiplier * typeMultiplier;
}
async saveProvider(provider) {
const filePath = join(this.cloudPath, "providers", `${provider.id}.json`);
await writeFile(filePath, JSON.stringify(provider, null, 2));
}
async saveResource(resource) {
const filePath = join(this.cloudPath, "resources", `${resource.id}.json`);
await writeFile(filePath, JSON.stringify(resource, null, 2));
}
async saveInfrastructure(infrastructure) {
const filePath = join(this.cloudPath, "infrastructures", `${infrastructure.id}.json`);
await writeFile(filePath, JSON.stringify(infrastructure, null, 2));
}
addAuditEntry(resource, userId, action, target, details) {
const entry = {
id: `audit-${Date.now()}-${Math.random().toString(36).substr(2, 9)}`,
timestamp: new Date(),
userId,
action,
resource: target,
details,
};
resource.auditLog.push(entry);
}
async provisionResource(resource) {
try {
this.logger.info(`Provisioning resource: ${resource.name}`);
// Simulate provisioning process
resource.status = "running";
resource.updatedAt = new Date();
// Update performance metrics
resource.performance.cpu = Math.random() * 50 + 20; // 20-70%
resource.performance.memory = Math.random() * 60 + 30; // 30-90%
resource.performance.storage = Math.random() * 80 + 10; // 10-90%
resource.performance.network = Math.random() * 100; // 0-100 Mbps
await this.saveResource(resource);
this.emit("resource:provisioned", resource);
this.logger.info(`Resource provisioned successfully: ${resource.name}`);
}
catch (error) {
resource.status = "error";
resource.updatedAt = new Date();
await this.saveResource(resource);
this.emit("resource:provision_failed", { resource, error });
this.logger.error(`Resource provisioning failed: ${resource.name}`, { error });
throw error;
}
}
async deprovisionResource(resource) {
try {
this.logger.info(`Deprovisioning resource: ${resource.name}`);
// Implement cloud provider-specific deprovisioning logic
// This would typically involve API calls to delete the resource
this.emit("resource:deprovisioned", resource);
this.logger.info(`Resource deprovisioned successfully: ${resource.name}`);
}
catch (error) {
this.emit("resource:deprovision_failed", { resource, error });
this.logger.error(`Resource deprovisioning failed: ${resource.name}`, { error });
throw error;
}
}
async executeInfrastructureDeployment(infrastructure) {
switch (infrastructure.deployment.strategy) {
case "terraform":
await this.deployWithTerraform(infrastructure);
break;
case "cloudformation":
await this.deployWithCloudFormation(infrastructure);
break;
case "kubernetes":
await this.deployWithKubernetes(infrastructure);
break;
default:
await this.deployWithCustomStrategy(infrastructure);
}
}
async deployWithTerraform(infrastructure) {
// Implement Terraform deployment logic
this.logger.info(`Deploying infrastructure with Terraform: ${infrastructure.name}`);
// This would typically:
// 1. Generate Terraform configuration from template
// 2. Run terraform init
// 3. Run terraform plan
// 4. Run terraform apply
// Simulate deployment
await new Promise(resolve => setTimeout(resolve, 2000));
}
async deployWithCloudFormation(infrastructure) {
// Implement CloudFormation deployment logic
this.logger.info(`Deploying infrastructure with CloudFormation: ${infrastructure.name}`);
// This would typically:
// 1. Upload template to S3
// 2. Create or update CloudFormation stack
// 3. Monitor stack events
// 4. Wait for completion
// Simulate deployment
await new Promise(resolve => setTimeout(resolve, 2000));
}
async deployWithKubernetes(infrastructure) {
// Implement Kubernetes deployment logic
this.logger.info(`Deploying infrastructure with Kubernetes: ${infrastructure.name}`);
// This would typically:
// 1. Generate Kubernetes manifests
// 2. Apply manifests using kubectl or Kubernetes API
// 3. Monitor deployment status
// 4. Wait for all resources to be ready
// Simulate deployment
await new Promise(resolve => setTimeout(resolve, 2000));
}
async deployWithCustomStrategy(infrastructure) {
// Implement custom deployment logic
this.logger.info(`Deploying infrastructure with custom strategy: ${infrastructure.name}`);
// This would be defined by the user's custom deployment script
// Simulate deployment
await new Promise(resolve => setTimeout(resolve, 2000));
}
}
//# sourceMappingURL=cloud-manager.js.map