Use the below to set and initialize your backend config variables
terraform init -backend-config=backend.conf
backend.conf
bucket = "bucket-name"
key = "object-name"
region = "eu-west-2"
dynamodb_table = "table-name"
- Lab 01: Deploy a Kubernetes Cluster on AWS EC2 and attach a Cilium CNI
- Lab 02: Deploy a single pod to an EKS cluster
- Lab 03: Deploy a single pod to an EKS cluster, and then scale the pod using a ReplicaSet for high availability
- Lab 04: Deploy 2 Namespaces and set a Resource Quota in them
- Lab 05: Deploy a Replicaset and expose it using a Nodeport Service
- Lab 06: Deploy a Replicaset and expose it using a ClusterIP Service
- Lab 07: Deploy a Replicaset and an ExternalName service. Access the service via its metadata name from inside each pod
- Lab 08: Deploy a Replicaset and a LoadBalancer service. Use an AWS Load Balancer
- Lab 09: Manually Schedule a Pod to a Node
- Lab 10: Taint Nodes and Add Tolerations to Pods
- Lab 11: Labels, Node Selectors & Affinity, Pod Affinity and Anti-Affinity
- Lab 12: Set CPU Resource Limit to a Namespace and Deploy a Pod that Requests more CPU and also changes the CPU Limit
- Lab 13: Deploy a DaemonSet across 2 nodes, and scale it to 3
- Lab 14: Deploy a StaticPod into a Control Plane Node
- Lab 15: Deploy a Custom Scheduler and a Pod that Uses It
- Lab 17: Deploy a Deployment with 3 Replicas, then install a new version of the image using the Rolling Update strategy
- Lab 18: Use Command & Argument to Execute an Instruction in the Shell of a Pod
- Lab 19: Use a ConfigMap to Dynamically Pass Configs to a Container in a Pod via its Environmental Variables
- Lab 20: Attach a Secrets object to a Pod
- Lab 21: Configure a multi-container Pod and send each log to a file
- Lab 22: Configure init-container Pods which uses two services
- Lab 29: Mounting a config map to a deployment as a volume
- Lab 30: Mounting secrets to a deployment as a volume
- Lab 31: Performing OS patches on a node
- Lab 32: Upgrading/Downgrading a cluster
- Lab 33: Backup & Restore an ETCD Cluster using a Volume
- Lab 34: User Authentication using Certificates and kubeconfig
- Lab 35: User Authorization using Roles and Role Bindings
- Lab 36: User Authorization using Cluster Roles and Cluster Role Bindings
- Lab 37: Service Accounts
- Lab 38: Private Image Repository
- Lab 39: Security Contexts
- Lab 40: Network Policies
Deploy a single pod to an EKS cluster, and then scale the pod using a ReplicaSet for high availability
Deploy a Replicaset and an ExternalName service. Access the service via its metadata name from inside each pod
Set CPU Resource Limit to a Namespace and Deploy a Pod that Requests more CPU and also changes the CPU Limit
Deploy a Deployment with 3 Replicas, then install a new version of the image using the Rolling Update strategy
Configure a deployment and use a hostPath volume type with a persistent volume and persistent volume claim
Configure a deployment and use a static local volume type with a persistent volume and persistent volume claim
Configure a deployment and use a dynamic EBS volume type with a persistent volume and persistent volume claim
Configure a deployment and use a static EBS volume type with a persistent volume and persistent volume claim
Configure a deployment and use a dynamic local volume type with a persistent volume, persistent volume claim and a snapshot
