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🐹 Deployment Strategies in TuskLang for Go

Go Documentation

Deployment Strategies in TuskLang for Go

Overview

Deployment strategies in TuskLang provide powerful deployment configuration and automation capabilities directly in your configuration files. These features enable you to define sophisticated deployment strategies, infrastructure management, and deployment workflows with Go integration for production-ready applications.

Basic Deployment Configuration

// TuskLang deployment configuration
deployment: {
    strategies: {
        blue_green: {
            enabled: true
            environments: {
                blue: {
                    url: "@env('BLUE_URL')"
                    health_check: "/health"
                    timeout: "30s"
                }
                
                green: {
                    url: "@env('GREEN_URL')"
                    health_check: "/health"
                    timeout: "30s"
                }
            }
            
            switchover: {
                automatic: true
                validation_time: "5m"
                rollback_threshold: 3
            }
        }
        
        canary: {
            enabled: true
            stages: {
                stage1: {
                    percentage: 5
                    duration: "10m"
                    metrics: ["error_rate", "response_time"]
                }
                
                stage2: {
                    percentage: 25
                    duration: "15m"
                    metrics: ["error_rate", "response_time", "throughput"]
                }
                
                stage3: {
                    percentage: 50
                    duration: "20m"
                    metrics: ["error_rate", "response_time", "throughput", "cpu_usage"]
                }
                
                stage4: {
                    percentage: 100
                    duration: "30m"
                    metrics: ["error_rate", "response_time", "throughput", "cpu_usage", "memory_usage"]
                }
            }
            
            rollback: {
                enabled: true
                threshold: {
                    error_rate: 5.0
                    response_time: "2s"
                    cpu_usage: 80
                }
            }
        }
        
        rolling: {
            enabled: true
            max_unavailable: 1
            max_surge: 1
            min_ready_seconds: 30
            progress_deadline_seconds: 600
        }
    }
    
    environments: {
        development: {
            replicas: 1
            resources: {
                cpu: "100m"
                memory: "128Mi"
            }
            
            scaling: {
                enabled: false
                min_replicas: 1
                max_replicas: 3
                target_cpu_utilization: 70
            }
            
            networking: {
                port: 8080
                ingress: false
                load_balancer: false
            }
        }
        
        staging: {
            replicas: 2
            resources: {
                cpu: "500m"
                memory: "512Mi"
            }
            
            scaling: {
                enabled: true
                min_replicas: 2
                max_replicas: 5
                target_cpu_utilization: 70
            }
            
            networking: {
                port: 8080
                ingress: true
                load_balancer: true
            }
        }
        
        production: {
            replicas: 5
            resources: {
                cpu: "1000m"
                memory: "1Gi"
            }
            
            scaling: {
                enabled: true
                min_replicas: 5
                max_replicas: 20
                target_cpu_utilization: 70
            }
            
            networking: {
                port: 8080
                ingress: true
                load_balancer: true
                ssl: true
            }
            
            monitoring: {
                enabled: true
                metrics: ["cpu", "memory", "network", "disk"]
                alerts: ["high_cpu", "high_memory", "high_error_rate"]
            }
        }
    }
    
    infrastructure: {
        kubernetes: {
            enabled: true
            namespace: "@env('K8S_NAMESPACE', 'default')"
            service_account: "@env('K8S_SERVICE_ACCOUNT')"
            
            resources: {
                deployments: true
                services: true
                ingress: true
                configmaps: true
                secrets: true
            }
        }
        
        docker: {
            enabled: true
            registry: "@env('DOCKER_REGISTRY')"
            image: "@env('DOCKER_IMAGE')"
            tag: "@env('DOCKER_TAG', 'latest')"
            
            build: {
                context: "."
                dockerfile: "Dockerfile"
                target: "production"
                cache: true
            }
        }
        
        cloud: {
            provider: "@env('CLOUD_PROVIDER', 'aws')"
            
            aws: {
                region: "@env('AWS_REGION', 'us-west-2')"
                ecr: {
                    enabled: true
                    repository: "@env('AWS_ECR_REPOSITORY')"
                }
                
                eks: {
                    enabled: true
                    cluster: "@env('AWS_EKS_CLUSTER')"
                }
            }
            
            gcp: {
                project: "@env('GCP_PROJECT')"
                region: "@env('GCP_REGION', 'us-central1')"
                
                gcr: {
                    enabled: true
                    repository: "@env('GCP_GCR_REPOSITORY')"
                }
                
                gke: {
                    enabled: true
                    cluster: "@env('GCP_GKE_CLUSTER')"
                }
            }
        }
    }
    
    automation: {
        ci_cd: {
            enabled: true
            pipeline: {
                stages: ["build", "test", "scan", "deploy"]
                triggers: ["push", "pull_request", "tag"]
            }
            
            security: {
                enabled: true
                scanning: {
                    container: true
                    dependencies: true
                    secrets: true
                }
                
                compliance: {
                    enabled: true
                    policies: ["owasp", "cis", "nist"]
                }
            }
        }
        
        rollback: {
            enabled: true
            automatic: true
            triggers: ["high_error_rate", "high_latency", "health_check_failure"]
            max_rollbacks: 3
        }
    }
}

Go Integration

package main
import (
    "context"
    "fmt"
    "log"
    "os"
    "time"
    
    "k8s.io/client-go/kubernetes"
    "k8s.io/client-go/rest"
    "github.com/tusklang/go-sdk"
)
type DeploymentConfig struct {
    Strategies    map[string]StrategyConfig tsk:"strategies"
    Environments  map[string]Environment    tsk:"environments"
    Infrastructure InfrastructureConfig     tsk:"infrastructure"
    Automation    AutomationConfig         tsk:"automation"
}
type StrategyConfig struct {
    Enabled bool                   tsk:"enabled"
    Config  map[string]interface{} tsk:",inline"
}
type Environment struct {
    Replicas   int                    tsk:"replicas"
    Resources  ResourceConfig         tsk:"resources"
    Scaling    ScalingConfig          tsk:"scaling"
    Networking NetworkingConfig       tsk:"networking"
    Monitoring MonitoringConfig       tsk:"monitoring"
}
type ResourceConfig struct {
    CPU    string tsk:"cpu"
    Memory string tsk:"memory"
}
type ScalingConfig struct {
    Enabled                bool tsk:"enabled"
    MinReplicas           int  tsk:"min_replicas"
    MaxReplicas           int  tsk:"max_replicas"
    TargetCPUUtilization  int  tsk:"target_cpu_utilization"
}
type NetworkingConfig struct {
    Port         int  tsk:"port"
    Ingress      bool tsk:"ingress"
    LoadBalancer bool tsk:"load_balancer"
    SSL          bool tsk:"ssl"
}
type MonitoringConfig struct {
    Enabled bool     tsk:"enabled"
    Metrics []string tsk:"metrics"
    Alerts  []string tsk:"alerts"
}
type InfrastructureConfig struct {
    Kubernetes KubernetesConfig tsk:"kubernetes"
    Docker     DockerConfig     tsk:"docker"
    Cloud      CloudConfig      tsk:"cloud"
}
type KubernetesConfig struct {
    Enabled       bool                   tsk:"enabled"
    Namespace     string                 tsk:"namespace"
    ServiceAccount string                tsk:"service_account"
    Resources     map[string]bool        tsk:"resources"
}
type DockerConfig struct {
    Enabled  bool   tsk:"enabled"
    Registry string tsk:"registry"
    Image    string tsk:"image"
    Tag      string tsk:"tag"
    Build    BuildConfig tsk:"build"
}
type BuildConfig struct {
    Context    string tsk:"context"
    Dockerfile string tsk:"dockerfile"
    Target     string tsk:"target"
    Cache      bool   tsk:"cache"
}
type CloudConfig struct {
    Provider string                 tsk:"provider"
    AWS      AWSConfig              tsk:"aws"
    GCP      GCPConfig              tsk:"gcp"
}
type AWSConfig struct {
    Region string     tsk:"region"
    ECR    ECRConfig  tsk:"ecr"
    EKS    EKSConfig  tsk:"eks"
}
type ECRConfig struct {
    Enabled    bool   tsk:"enabled"
    Repository string tsk:"repository"
}
type EKSConfig struct {
    Enabled bool   tsk:"enabled"
    Cluster string tsk:"cluster"
}
type GCPConfig struct {
    Project string     tsk:"project"
    Region  string     tsk:"region"
    GCR     GCRConfig  tsk:"gcr"
    GKE     GKEConfig  tsk:"gke"
}
type GCRConfig struct {
    Enabled    bool   tsk:"enabled"
    Repository string tsk:"repository"
}
type GKEConfig struct {
    Enabled bool   tsk:"enabled"
    Cluster string tsk:"cluster"
}
type AutomationConfig struct {
    CICD     CICDConfig     tsk:"ci_cd"
    Rollback RollbackConfig tsk:"rollback"
}
type CICDConfig struct {
    Enabled  bool                   tsk:"enabled"
    Pipeline PipelineConfig         tsk:"pipeline"
    Security SecurityConfig         tsk:"security"
}
type PipelineConfig struct {
    Stages   []string tsk:"stages"
    Triggers []string tsk:"triggers"
}
type SecurityConfig struct {
    Enabled    bool                   tsk:"enabled"
    Scanning   ScanningConfig         tsk:"scanning"
    Compliance ComplianceConfig       tsk:"compliance"
}
type ScanningConfig struct {
    Container    bool tsk:"container"
    Dependencies bool tsk:"dependencies"
    Secrets      bool tsk:"secrets"
}
type ComplianceConfig struct {
    Enabled  bool     tsk:"enabled"
    Policies []string tsk:"policies"
}
type RollbackConfig struct {
    Enabled      bool     tsk:"enabled"
    Automatic    bool     tsk:"automatic"
    Triggers     []string tsk:"triggers"
    MaxRollbacks int      tsk:"max_rollbacks"
}
type DeploymentManager struct {
    config        DeploymentConfig
    k8sClient     *kubernetes.Clientset
    strategies    map[string]DeploymentStrategy
    environments  map[string]Environment
    infrastructure *InfrastructureManager
    automation    *AutomationManager
}
type DeploymentStrategy interface {
    Deploy(environment string) error
    Rollback() error
    GetStatus() DeploymentStatus
}
type BlueGreenStrategy struct {
    config BlueGreenConfig
    blue   Environment
    green  Environment
    active string
}
type BlueGreenConfig struct {
    Environments map[string]Environment json:"environments"
    Switchover   SwitchoverConfig       json:"switchover"
}
type SwitchoverConfig struct {
    Automatic          bool   json:"automatic"
    ValidationTime     string json:"validation_time"
    RollbackThreshold  int    json:"rollback_threshold"
}
type CanaryStrategy struct {
    config CanaryConfig
    stages []CanaryStage
    currentStage int
}
type CanaryConfig struct {
    Stages   map[string]CanaryStage json:"stages"
    Rollback RollbackThreshold      json:"rollback"
}
type CanaryStage struct {
    Percentage int      json:"percentage"
    Duration   string   json:"duration"
    Metrics    []string json:"metrics"
}
type RollbackThreshold struct {
    ErrorRate    float64 json:"error_rate"
    ResponseTime string  json:"response_time"
    CPUUsage     int     json:"cpu_usage"
}
type RollingStrategy struct {
    config RollingConfig
}
type RollingConfig struct {
    MaxUnavailable           int json:"max_unavailable"
    MaxSurge                 int json:"max_surge"
    MinReadySeconds          int json:"min_ready_seconds"
    ProgressDeadlineSeconds  int json:"progress_deadline_seconds"
}
type InfrastructureManager struct {
    config InfrastructureConfig
    k8s    *KubernetesManager
    docker *DockerManager
    cloud  *CloudManager
}
type KubernetesManager struct {
    config KubernetesConfig
    client *kubernetes.Clientset
}
type DockerManager struct {
    config DockerConfig
}
type CloudManager struct {
    config CloudConfig
    aws    *AWSManager
    gcp    *GCPManager
}
type AWSManager struct {
    config AWSConfig
}
type GCPManager struct {
    config GCPConfig
}
type AutomationManager struct {
    config AutomationConfig
    cicd   *CICDManager
    rollback *RollbackManager
}
type CICDManager struct {
    config CICDConfig
}
type RollbackManager struct {
    config RollbackConfig
}
type DeploymentStatus struct {
    Status    string    json:"status"
    Message   string    json:"message"
    Timestamp time.Time json:"timestamp"
    Metrics   map[string]float64 json:"metrics"
}
func main() {
    // Load deployment configuration
    config, err := tusk.LoadFile("deployment-config.tsk")
    if err != nil {
        log.Fatalf("Error loading deployment config: %v", err)
    }
    
    var deploymentConfig DeploymentConfig
    if err := config.Get("deployment", &deploymentConfig); err != nil {
        log.Fatalf("Error parsing deployment config: %v", err)
    }
    
    // Initialize deployment manager
    deploymentManager := NewDeploymentManager(deploymentConfig)
    
    // Get deployment target from environment
    target := os.Getenv("DEPLOYMENT_TARGET")
    if target == "" {
        target = "staging"
    }
    
    // Get deployment strategy from environment
    strategy := os.Getenv("DEPLOYMENT_STRATEGY")
    if strategy == "" {
        strategy = "rolling"
    }
    
    // Execute deployment
    if err := deploymentManager.Deploy(target, strategy); err != nil {
        log.Fatalf("Deployment failed: %v", err)
    }
    
    log.Printf("Deployment to %s using %s strategy completed successfully", target, strategy)
}
func NewDeploymentManager(config DeploymentConfig) *DeploymentManager {
    manager := &DeploymentManager{
        config:       config,
        strategies:   make(map[string]DeploymentStrategy),
        environments: config.Environments,
    }
    
    // Initialize infrastructure manager
    manager.infrastructure = NewInfrastructureManager(config.Infrastructure)
    
    // Initialize automation manager
    manager.automation = NewAutomationManager(config.Automation)
    
    // Initialize deployment strategies
    if blueGreen, exists := config.Strategies["blue_green"]; exists && blueGreen.Enabled {
        manager.strategies["blue_green"] = NewBlueGreenStrategy(blueGreen.Config)
    }
    
    if canary, exists := config.Strategies["canary"]; exists && canary.Enabled {
        manager.strategies["canary"] = NewCanaryStrategy(canary.Config)
    }
    
    if rolling, exists := config.Strategies["rolling"]; exists && rolling.Enabled {
        manager.strategies["rolling"] = NewRollingStrategy(rolling.Config)
    }
    
    return manager
}
func (dm *DeploymentManager) Deploy(environment, strategy string) error {
    // Validate environment
    env, exists := dm.environments[environment]
    if !exists {
        return fmt.Errorf("environment %s not found", environment)
    }
    
    // Get deployment strategy
    deploymentStrategy, exists := dm.strategies[strategy]
    if !exists {
        return fmt.Errorf("deployment strategy %s not found", strategy)
    }
    
    // Run pre-deployment checks
    if err := dm.runPreDeploymentChecks(environment); err != nil {
        return err
    }
    
    // Execute deployment
    if err := deploymentStrategy.Deploy(environment); err != nil {
        return err
    }
    
    // Run post-deployment validation
    if err := dm.runPostDeploymentValidation(environment); err != nil {
        // Trigger rollback if validation fails
        if dm.config.Automation.Rollback.Automatic {
            log.Printf("Post-deployment validation failed, triggering rollback")
            return deploymentStrategy.Rollback()
        }
        return err
    }
    
    return nil
}
func (dm *DeploymentManager) runPreDeploymentChecks(environment string) error {
    log.Printf("Running pre-deployment checks for %s", environment)
    
    // Check infrastructure health
    if err := dm.infrastructure.CheckHealth(); err != nil {
        return err
    }
    
    // Check resource availability
    if err := dm.checkResourceAvailability(environment); err != nil {
        return err
    }
    
    // Run security scans if enabled
    if dm.config.Automation.CICD.Security.Enabled {
        if err := dm.runSecurityScans(); err != nil {
            return err
        }
    }
    
    return nil
}
func (dm *DeploymentManager) runPostDeploymentValidation(environment string) error {
    log.Printf("Running post-deployment validation for %s", environment)
    
    // Check application health
    if err := dm.checkApplicationHealth(environment); err != nil {
        return err
    }
    
    // Check performance metrics
    if err := dm.checkPerformanceMetrics(environment); err != nil {
        return err
    }
    
    return nil
}
func (dm *DeploymentManager) checkResourceAvailability(environment string) error {
    // Check if required resources are available
    return nil
}
func (dm *DeploymentManager) runSecurityScans() error {
    // Run security scans
    return nil
}
func (dm *DeploymentManager) checkApplicationHealth(environment string) error {
    // Check application health endpoints
    return nil
}
func (dm *DeploymentManager) checkPerformanceMetrics(environment string) error {
    // Check performance metrics
    return nil
}
// Blue-Green Strategy Implementation
func NewBlueGreenStrategy(config map[string]interface{}) *BlueGreenStrategy {
    // Parse configuration
    return &BlueGreenStrategy{
        active: "blue",
    }
}
func (bg *BlueGreenStrategy) Deploy(environment string) error {
    log.Printf("Executing blue-green deployment for %s", environment)
    
    // Determine which environment to deploy to
    target := "green"
    if bg.active == "green" {
        target = "blue"
    }
    
    // Deploy to inactive environment
    if err := bg.deployToEnvironment(target); err != nil {
        return err
    }
    
    // Run health checks
    if err := bg.runHealthChecks(target); err != nil {
        return err
    }
    
    // Switch traffic
    if err := bg.switchTraffic(target); err != nil {
        return err
    }
    
    // Update active environment
    bg.active = target
    
    return nil
}
func (bg *BlueGreenStrategy) Rollback() error {
    log.Printf("Rolling back blue-green deployment")
    
    // Switch back to previous environment
    previous := "blue"
    if bg.active == "blue" {
        previous = "green"
    }
    
    return bg.switchTraffic(previous)
}
func (bg *BlueGreenStrategy) GetStatus() DeploymentStatus {
    return DeploymentStatus{
        Status:    "active",
        Message:   fmt.Sprintf("Active environment: %s", bg.active),
        Timestamp: time.Now(),
    }
}
func (bg *BlueGreenStrategy) deployToEnvironment(environment string) error {
    // Deploy to specified environment
    return nil
}
func (bg *BlueGreenStrategy) runHealthChecks(environment string) error {
    // Run health checks
    return nil
}
func (bg *BlueGreenStrategy) switchTraffic(environment string) error {
    // Switch traffic to specified environment
    return nil
}
// Canary Strategy Implementation
func NewCanaryStrategy(config map[string]interface{}) *CanaryStrategy {
    return &CanaryStrategy{
        currentStage: 0,
    }
}
func (c *CanaryStrategy) Deploy(environment string) error {
    log.Printf("Executing canary deployment for %s", environment)
    
    // Deploy canary version
    if err := c.deployCanary(); err != nil {
        return err
    }
    
    // Execute canary stages
    for i, stage := range c.stages {
        c.currentStage = i
        
        if err := c.executeStage(stage); err != nil {
            return c.rollback()
        }
    }
    
    // Promote to full deployment
    return c.promoteToFull()
}
func (c *CanaryStrategy) Rollback() error {
    log.Printf("Rolling back canary deployment")
    return c.rollback()
}
func (c *CanaryStrategy) GetStatus() DeploymentStatus {
    return DeploymentStatus{
        Status:    "canary",
        Message:   fmt.Sprintf("Current stage: %d", c.currentStage),
        Timestamp: time.Now(),
    }
}
func (c *CanaryStrategy) deployCanary() error {
    // Deploy canary version
    return nil
}
func (c *CanaryStrategy) executeStage(stage CanaryStage) error {
    // Execute canary stage
    return nil
}
func (c *CanaryStrategy) rollback() error {
    // Rollback canary deployment
    return nil
}
func (c *CanaryStrategy) promoteToFull() error {
    // Promote canary to full deployment
    return nil
}
// Rolling Strategy Implementation
func NewRollingStrategy(config map[string]interface{}) *RollingStrategy {
    return &RollingStrategy{}
}
func (r *RollingStrategy) Deploy(environment string) error {
    log.Printf("Executing rolling deployment for %s", environment)
    
    // Execute rolling update
    return r.executeRollingUpdate()
}
func (r *RollingStrategy) Rollback() error {
    log.Printf("Rolling back rolling deployment")
    return r.rollbackRollingUpdate()
}
func (r *RollingStrategy) GetStatus() DeploymentStatus {
    return DeploymentStatus{
        Status:    "rolling",
        Message:   "Rolling deployment in progress",
        Timestamp: time.Now(),
    }
}
func (r *RollingStrategy) executeRollingUpdate() error {
    // Execute rolling update
    return nil
}
func (r *RollingStrategy) rollbackRollingUpdate() error {
    // Rollback rolling update
    return nil
}
// Infrastructure Manager Implementation
func NewInfrastructureManager(config InfrastructureConfig) *InfrastructureManager {
    manager := &InfrastructureManager{
        config: config,
    }
    
    if config.Kubernetes.Enabled {
        manager.k8s = NewKubernetesManager(config.Kubernetes)
    }
    
    if config.Docker.Enabled {
        manager.docker = NewDockerManager(config.Docker)
    }
    
    if config.Cloud.Provider != "" {
        manager.cloud = NewCloudManager(config.Cloud)
    }
    
    return manager
}
func (im *InfrastructureManager) CheckHealth() error {
    // Check infrastructure health
    return nil
}
func NewKubernetesManager(config KubernetesConfig) *KubernetesManager {
    // Initialize Kubernetes client
    k8sConfig, err := rest.InClusterConfig()
    if err != nil {
        log.Printf("Warning: Not running in cluster: %v", err)
        return &KubernetesManager{config: config}
    }
    
    client, err := kubernetes.NewForConfig(k8sConfig)
    if err != nil {
        log.Printf("Warning: Failed to create Kubernetes client: %v", err)
        return &KubernetesManager{config: config}
    }
    
    return &KubernetesManager{
        config: config,
        client: client,
    }
}
func NewDockerManager(config DockerConfig) *DockerManager {
    return &DockerManager{
        config: config,
    }
}
func NewCloudManager(config CloudConfig) *CloudManager {
    manager := &CloudManager{
        config: config,
    }
    
    if config.AWS.Region != "" {
        manager.aws = NewAWSManager(config.AWS)
    }
    
    if config.GCP.Project != "" {
        manager.gcp = NewGCPManager(config.GCP)
    }
    
    return manager
}
func NewAWSManager(config AWSConfig) *AWSManager {
    return &AWSManager{
        config: config,
    }
}
func NewGCPManager(config GCPConfig) *GCPManager {
    return &GCPManager{
        config: config,
    }
}
// Automation Manager Implementation
func NewAutomationManager(config AutomationConfig) *AutomationManager {
    return &AutomationManager{
        config:    config,
        cicd:      NewCICDManager(config.CICD),
        rollback:  NewRollbackManager(config.Rollback),
    }
}
func NewCICDManager(config CICDConfig) *CICDManager {
    return &CICDManager{
        config: config,
    }
}
func NewRollbackManager(config RollbackConfig) *RollbackManager {
    return &RollbackManager{
        config: config,
    }
}

Advanced Deployment Features

Multi-Region Deployment

// TuskLang configuration with multi-region deployment
deployment: {
    multi_region: {
        enabled: true
        regions: {
            us_west: {
                provider: "aws"
                region: "us-west-2"
                replicas: 3
                traffic_percentage: 50
            }
            
            us_east: {
                provider: "aws"
                region: "us-east-1"
                replicas: 3
                traffic_percentage: 50
            }
        }
        
        traffic_routing: {
            strategy: "weighted"
            health_checks: true
            failover: true
        }
    }
}

GitOps Deployment

// TuskLang configuration with GitOps deployment
deployment: {
    gitops: {
        enabled: true
        repository: "@env('GITOPS_REPO')"
        branch: "main"
        path: "manifests"
        
        sync: {
            enabled: true
            interval: "5m"
            prune: true
            self_heal: true
        }
        
        notifications: {
            slack: {
                enabled: true
                webhook: "@env('SLACK_WEBHOOK')"
                channel: "#deployments"
            }
        }
    }
}

Performance Considerations

- Deployment Speed: Optimize deployment processes for faster delivery - Resource Management: Efficiently manage deployment resources - Rollback Speed: Ensure fast rollback capabilities - Monitoring Overhead: Minimize monitoring overhead during deployments - Network Efficiency: Optimize network usage during deployments

Security Notes

- Secrets Management: Secure deployment secrets and credentials - Access Control: Implement proper access control for deployment systems - Audit Logging: Log all deployment activities for security auditing - Image Security: Scan container images for vulnerabilities - Network Security: Secure deployment network communications

Best Practices

1. Automated Testing: Include comprehensive testing in deployment pipelines 2. Gradual Rollout: Use gradual rollout strategies for safer deployments 3. Monitoring: Monitor deployments and application health 4. Documentation: Document deployment procedures and configurations 5. Backup Strategy: Implement proper backup and recovery procedures 6. Compliance: Ensure deployments meet compliance requirements

Integration Examples

With Kubernetes

import (
    "k8s.io/client-go/kubernetes"
    "k8s.io/client-go/rest"
    "github.com/tusklang/go-sdk"
)
func setupKubernetes(config tusk.Config) *kubernetes.Clientset {
    var deploymentConfig DeploymentConfig
    config.Get("deployment", &deploymentConfig)
    
    if !deploymentConfig.Infrastructure.Kubernetes.Enabled {
        return nil
    }
    
    k8sConfig, err := rest.InClusterConfig()
    if err != nil {
        log.Fatalf("Error getting Kubernetes config: %v", err)
    }
    
    client, err := kubernetes.NewForConfig(k8sConfig)
    if err != nil {
        log.Fatalf("Error creating Kubernetes client: %v", err)
    }
    
    return client
}

With Docker

import (
    "github.com/docker/docker/client"
    "github.com/tusklang/go-sdk"
)
func setupDocker(config tusk.Config) *client.Client {
    var deploymentConfig DeploymentConfig
    config.Get("deployment", &deploymentConfig)
    
    if !deploymentConfig.Infrastructure.Docker.Enabled {
        return nil
    }
    
    cli, err := client.NewClientWithOpts(client.FromEnv)
    if err != nil {
        log.Fatalf("Error creating Docker client: %v", err)
    }
    
    return cli
}

This comprehensive deployment strategies documentation provides Go developers with everything they need to build sophisticated deployment systems using TuskLang's powerful configuration capabilities.

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