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This should show all the namespaces in the cluster where ONAP is deployed.

Next step is

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setup a https proxy from chartmuseum and push the charts

cd orufhrecovery/scriptversion/helm/sdnr-simulator/
helm package .
kubectl cp ./sdnr-simulator-0.1.0.tgz onap/<POD-NAME-k8s-ppnt>:/home/policy/local-charts/sdnr-simulator-0.1.0.tgz

cd orufhrecovery/scriptversion/helm/message-generator/
helm package .
kubectl cp ./message-generator-0.1.0.tgz onap/<POD-NAME-k8s-ppnt>:/home/policy/local-charts/message-generator-0.1.0.tgz

cd orufhrecovery/scriptversion/helm/oru-app/
helm package .
kubectl cp ./oru-app-0.1.0.tgz onap/<POD-NAME-k8s-ppnt>:/home/policy/local-charts/oru-app-0.1.0.tgz

• Create tls certs using onap cet manager  kubectl apply -f certificate.yaml (Replace NodeIP with your control plane IP)
• Install the nginx proxy to run in front of ONAP chartmuseum: kubectl apply -f nginx.yaml
• Retrieve chartmuseum username and password using kubectl get secret onap-chartmuseum-registrycred -o=go-template='{{$login := .data.login| base64decode}}{{$pw := .data.password| base64decode}}{{printf "%s:%s" $login $pw }}'

Push Create the charts to chartmuseum e.g. curl -u <username>:<password> helm charts for all 3 components and push them to chartmuseum 

cd orufhrecovery/scriptversion/helm/sdnr-simulator/
helm package .
curl -u <username>:<password> --data-binary "@sdnr-simulator-0.1.0.tgz" http://<NodeIP>:30088/

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api/charts

cd orufhrecovery/scriptversion/helm/message-generator/
helm package .
curl -u <username>:<password> --data-binary "@sdnr@message-simulatorgenerator-0.1.0.tgz" http://<NodeIP>:30088/api/charts

cd orufhrecovery/scriptversion/helm/oru-app/
helm package .
curl -u <username>:<password> --data-binary "@oru-app-0.1.0.tgz" http://<NodeIP>:30088/api/charts

Retrieve the ca.crt from the secret and copy it to the k8s-ppnt pod : 

kubectl get secret nginx-tls -o jsonpath="{.data.ca\.crt}" | base64 -d > ca.crt 
cp ~/certs/ca.crt onap/${K8S_PPNT_POD}<POD-NAME-k8s-ppnt>:/home/policy/ssl

Log into the k8s-ppnt pod using "kubectl -n onap exec -it <POD-NAME-k8s-ppnt> sh" and run the following commands:

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Once the kubernetes-participant is set up, the tosca template can be commissioned. After that, the control loop can be instantiated using the steps described in the sub-section Commission/Instantiate control loop via GUI. Once the control loop is in RUNNING PASSIVE state, check that all three micro-services have been created in the nonrtric namespace.

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