cfk-step-by-step-example

Create a namespace for your Confluent Platform cluster

YOUR_NAMESPACE=20210709-test

kubectl create namespace ${YOUR_NAMESPACE}

Switch to your newly created namespace

kubectl config set-context --current --namespace=${YOUR_NAMESPACE}

Deploy CFK from the Helm repo

CFK_HOME=./cfk

mkdir -p ${CFK_HOME}

helm repo add confluentinc https://packages.confluent.io/helm --namespace ${YOUR_NAMESPACE}

helm pull confluentinc/confluent-for-kubernetes --untar --untardir=${CFK_HOME}

helm upgrade --install confluent-operator \
  confluentinc/confluent-for-kubernetes \
  --namespace ${YOUR_NAMESPACE}

Install Confluent plugin for interacting with Confluent for Kubernetes.

BUNDLE_DIR=./full-cfk-bundle

#FIXME: options include `linux`, `darwin`, and `windows`
ENVIRONMENT=linux

# Install Confluent plugin for interacting with CFK
wget https://confluent-for-kubernetes.s3-us-west-1.amazonaws.com/confluent-for-kubernetes-2.0.1.tar.gz

mkdir ${BUNDLE_DIR} && tar -xvf confluent-for-kubernetes-2.0.1.tar.gz -C ${BUNDLE_DIR} --strip-components 1

tar -xvf ${BUNDLE_DIR}/kubectl-plugin/kubectl-confluent-${ENVIRONMENT}-amd64.tar.gz -C /usr/local/bin/

Deploy with sample custom resource (CR) aka the YAML file that contains all the specs for your components.
```
kubectl apply -f confluent-platform.yml 
```

hiimivantang/cfk-step-by-step-example

cfk-step-by-step-example