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Implement GitOps workflow using ArgoCD. Setup: 1. Install ArgoCD on Kubernetes cluster. 2. Connect Git repository as source of truth. 3. Create Application manifests for each microservice. 4. Configure automated sync policies. 5. Set up health checks and sync waves. 6. Implement progressive delivery...
Deploy Istio service mesh on Kubernetes. Features: 1. Automatic sidecar injection for traffic management. 2. Mutual TLS for service-to-service encryption. 3. Traffic routing (canary deployments, A/B testing). 4. Circuit breaking and retry policies. 5. Distributed tracing with Jaeger. 6. Service-leve...
Create production-ready Kubernetes manifests for a microservice. Resources: 1. Deployment with rolling update strategy and resource limits. 2. Service (ClusterIP) for internal communication. 3. Ingress with TLS termination. 4. ConfigMap for environment variables. 5. Secret for sensitive data. 6. Hor...
Implement zero-downtime deployments with Kubernetes. Setup: 1. Create blue and green deployment manifests with identical specs. 2. Configure service selector to route traffic between environments. 3. Implement health checks and readiness probes. 4. Set up Helm charts for version management. 5. Creat...
Deploy with Kubernetes. Concepts: 1. Pods as deployment units. 2. Deployments for replica management. 3. Services for networking. 4. ConfigMaps and Secrets for config. 5. Namespaces for isolation. 6. Ingress for HTTP routing. 7. Resource limits and requests. 8. Health and readiness probes. Use kubec...
Master Docker containerization for microservices with optimization and security best practices. Dockerfile optimization: 1. Multi-stage builds: separate build and runtime environments, reduce image size by 70-80%. 2. Base image selection: Alpine Linux for minimal footprint, distroless for security. ...
Generate the YAML for a basic Kubernetes Deployment and Service. The Deployment should run 3 replicas of the `nginx:alpine` image. The Service should expose the Nginx deployment on port 80 using a `ClusterIP`.
Deploy and manage applications on Kubernetes with advanced orchestration and scaling strategies. Cluster architecture: 1. Master nodes: API server, etcd, controller manager, scheduler (minimum 3 for HA). 2. Worker nodes: kubelet, kube-proxy, container runtime (Docker/containerd). 3. Networking: CNI ...
