I don't want to encourage questions like this but here are some steps that you could possibly help you:
- Ensure your application runs correctly locally on Docker.
- Construct your Kubernetes configuration files. What you will need:
- A deployment or a statefulset for each of your peers.
- A statefulset for the couchdb for each of your peers.
- A deployment or a statefulset for each of your orderers.
- One service per peer, orderer and couchdb (to allow them to communicate).
- A job that creates and joins the channels.
- A job that installs and instantiates the chaincode.
- Generated crypto-material and network-artifacts.
- Kubernetes Secrets or persistent volumes that hold your crypto-material and network-artifacts.
- An image of your dockerized application (I assume you have some sort of server using an SDK to communicate with the peers) uploaded on a container registry.
- A deployment that uses that image and a service for your application.
- Create a Kubernetes cluster either locally or on a cloud provider and install the kubectl CLI on your computer.
- Apply (e.g. kubectl apply -f peerDeployment.yaml) the configuration files on your cluster with this order:
- Secrets
- Peers, couchdb's, orderers (deployments, statefulsets and services)
- Create channel jobs
- Join channel jobs
- Install and instantiate chaincode job
- Your application's deployment and service
If everything was configured correctly, you should have a running HLF platform in your Kubernetes cluster. It goes without saying that you have to research each step to understand what you need to do. And to experiment, a lot.