Init cluster (only need this if the cluster isn't already setup)

terraform init -backend-config=backend/test_env_config.tfvars

Create cluster (only need this if the cluster isn't already setup)

terraform apply -backend-config=backend/<config>.tfvars

Useful kubectl commands

list all commands

kubectl --help

get specific command help

kubectl <command> <param> --help

get running [deployments|services|pods]

kubectl get pods

delete resources

kubectl delete <resource type> <name prefix>

get logs of running pod

kubectl get logs <pod name>

port forward traffic to cluster service

kubectl port-forward svc/<service name> 8080:443

show details of a resource (for example the ingress controllers)

kubectl describe ingress

create and run a container (for quick testing)

kubectl run -i --tty <name> --image <image>

kubectl run -i --tty temp-pod --image ubuntu:18.04

Create new service in existing deployment

python ccc.py <repo path> deployment new --name=sample

python ccc.py <repo path> service add --deployment=sample --name=test3

cd /deployemnts/sample/services/test3/terraform

terraformm init -backend-config=backends/test_env_config.tfvars

terraform apply

• make updates to <repo path>/deployments/sample/services/test3/Dockerfile as needed
• make updates to <repo path>/deployments/sample/services/test3/Makefile as needed
• make updates to <repo path>/deployments/sample/manifests/sample-dep.yaml as needed
• make updates to <repo path>/deployments/sample/manifests/test3-svc.yaml as needed

cd <repo path>/deployments/sample/services/test3

• login needs to have your AWS_PROFILE set
• use build if you're building on an x86 machine, buildx if you're on some other arch

  make login build tag push

cd <repo path>/deployments/sample

kubectl apply -f ./manifests

• verify your sevice is started

  kubect get svc