Running BAF DLT network on Minikube¶
Clone forked repo¶
If you have not already done so, fork blockchain-automation-framework and clone the forked repo to your machine.
cd ~/project git clone firstname.lastname@example.org:<githubuser>/blockchain-automation-framework.git
Add a “local” branch to your machine
cd ~/project/blockchain-automation-framework git checkout -b local git push --set-upstream origin local
Update kubeconfig file¶
buildfolder inside your BAF repository:
cd ~/project/blockchain-automation-framework mkdir build
Copy ca.crt, client.key, client.crt from
cp ~/.minikube/ca.crt build/ cp ~/.minikube/client.key build/ cp ~/.minikube/client.crt build/
~/.kube/configfile to build:
cp ~/.kube/config build/
Open the above config file and remove the paths for certificate-authority, client-certificate and client-key as in the figure below.
NOTE: If you ever delete and recreate minikube, the above steps have to be repeated.
Copy gitops file from ~/.ssh to build. (This is the private key file which you used to authenticate to your GitHub in pre-requisites)
cp ~/.ssh/gitops build/
Additional Windows configurations¶
Ensure that you have set the following git config before cloning the repo.
git config --global core.autocrlf false
If not, update the EOL to LF for platforms/hyperledger-fabric/scripts/*.sh files.
Execute following to correctly set docker environment.
eval $('docker-machine.exe' env)
Mount windows local folder (blockchain-automation-framework folder) to VirtualBox docker VM ( the machine named “default” by default) from right-click menu, Settings -> Shared Folders. All paths in network.yaml should be the mounted path. Shut down and restart the “default” machine after this.
Edit the configuration file¶
Choose the DLT/Blockchain platform you want to run and copy the relevant sample network.yaml to build folder; rename it to network.yaml.
cd ~/project/blockchain-automation-framework cp platforms/hyperledger-fabric/configuration/samples/network-minikube.yaml build/network.yaml
Update Docker configurations:
docker: url: "index.docker.io/hyperledgerlabs" username: "<your docker username>" password: "<your docker password/token>"
organization, update ONLY the following and leave everything else as is:
vault: url: "http://<Your Vault local IP address>:8200" # Use the local IP address rather than localhost e.g. http://192.168.0.1:8200 root_token: "<your vault_root_token>" gitops: git_url: "<https/ssh url of your forked repo>" #e.g. "https://github.com/hyperledger-labs/blockchain-automation-framework.git" git_repo: "<https url of your forked repo without the https://>" #e.g. "github.com/hyperledger-labs/blockchain-automation-framework.git" username: "<github_username>" password: "<github token/password>" email: "<github_email>"
If you need help, you can use each platform’s sample network-minikube.yaml:
- For Fabric, use
- For Quorum, use
- For Corda, use
And simply replace the placeholder values.
NOTE: If you have 2-Factor Authentication enabled on your GitHub account, you have to use GitHub token. Otherwise, password is fine.
How To Generate GitHub Token
- On GitHub page, click your profile icon and then click Settings.
- On the sidebar, click Developer settings.
- On the sidebar, click Personal access tokens.
- Click Generate new token.
- Add a token description, enable suitable access and click Generate token.
- Copy the token to a secure location or password management app.
For security reasons, after you leave the page, you can no longer see the token again.
Deploying the sample “supplychain” chaincode is optional, so you can delete the “chaincode” section. If deploying chaincode, update the following for the peers.
chaincode: repository: username: "<github_username>" password: "<github_token>"
Make sure that Minikube and Vault server are running. Double-check by running:
minikube status vault status
Now run the following to deploy BAF Fabric on minikube:
docker run -it -v $(pwd):/home/blockchain-automation-framework/ hyperledgerlabs/baf-build
Windows users should use following (make sure that the local volume was mounted as per this step):
docker run -it -v /blockchain-automation-framework:/home/blockchain-automation-framework/ hyperledgerlabs/baf-build
Meanwhile you can also check if pods are being deployed:
kubectl get pods --all-namespaces -w
NOTE: If you need public address for nodes in your
network.yaml file, you can use the output of
NOTE. baf-build image is using jdk14 but Corda and Corda Enterprise requires jdk8. In this case, you can use the prebuild image tag jdk8 hyperledgerlabs/baf-build:jdk8
Failed to establish a new connection: [Errno 111] Connection refused
This is because you have re-created minikube but have not updated K8s
config file. Repeat “Update kubeconfig file” steps 3 - 4 and try again.
kubernetes.config.config_exception.ConfigException: File does not exists: /Users/.minikube/ca.crt
This is because you have not removed the absolute paths to the certificates in
config file. Repeat “Update kubeconfig file” step 4 and try again.
error during connect: Get http://%2F%2F.%2Fpipe%2Fdocker_engine/v1.40/version: open //./pipe/docker_engine: The system cannot find the file specified. In the default daemon configuration on Windows, the docker client must be run elevated to connect. This error may also indicate that the docker daemon is not running
This is because docker isn’t running. To start it, just close all the instances of Docker Quickstart Terminal and open again.
ERROR! the playbook: /home/blockchain-automation-framework/platforms/shared/configuration/site.yaml could not be found
This is because the blockchain-automation-framework repository isn’t mounted to the default VM. Check this step.