Openshift Helm Capif Installation

Unpack this helm.tar, and it will have modified scripts to install OCF on OpenShift.
Navigate to scripts folder

export KUBECONFIG="$HOME/.kube"
tar xf helm.tar
cd helm/scripts/
./install_vault.sh
sed -i 's/export VAULT_TOKEN=""/export VAULT_TOKEN="root"/' vault-job/vault-job.yaml
./install_capif.sh

Or MANUALLY install the main components:
Install Ingress NGINX with RBAC and ssl-passthrough

#############################################################
#################### INSTALL CAPIF NGINX ####################
#############################################################

helm upgrade --install ingress-nginx ingress-nginx \
--repo https://kubernetes.github.io/ingress-nginx \
--set rbac.create=true \
--set controller.service.type=NodePort \
--set controller.service.nodePorts.http=32080 \
--set controller.service.nodePorts.https=32443 \
--namespace ingress-nginx --create-namespace \
--set controller.extraArgs."enable-ssl-passthrough=true" \
--kubeconfig $KUBECONFIG

OCF uses Vault to do secret management. There are some particular settings for Openshift:
Install Vault to Red Hat OpenShift | Vault | HashiCorp Developer

#############################################################
#################### INSTALL CAPIF VAULT ####################
#############################################################

helm $KUBECONFIG upgrade --install vault hashicorp/vault -n ocf-vault \
--set server.ingress.enabled=true \
--set server.ingress.hosts[0].host="vault.testbed.develop" \
--set server.ingress.ingressClassName=nginx \
--set server.standalone.enabled=true --create-namespace \
--set "global.openshift=true" \
--set "server.dev.enabled=true" \
--set "server.image.repository=docker.io/hashicorp/vault" \
--set "injector.image.repository=docker.io/hashicorp/vault-k8s"

Log the vault pod and get the tokens, usually on OpenShift the admin token is root, but the unseal key is generated.

kubectl $KUBECONFIG logs vault-0 -n ocf-vault
kubectl $KUBECONFIG exec -it vault-0 -n ocf-vault -- vault operator unseal 19zgCoVzIC4665WfRAD7gJmHTTXtqRfYrltjJ7u77AA=

Manually create PV and PVC

kubectl apply -f - <<EOF
apiVersion: v1
kind: PersistentVolume
metadata:
  name: tempo-pv
spec:
  capacity:
    storage: 2Gi
  accessModes:
    - ReadWriteOnce
  hostPath:
    path: "/mnt/data/tempo"
EOF

kubectl apply -f - <<EOF
apiVersion: v1
kind: PersistentVolumeClaim
metadata:
  name: tempo-pvc
spec:
  accessModes:
    - ReadWriteOnce
  resources:
    requests:
      storage: 2Gi
EOF

Set Some Variables:

$CAPIF_NAMESPACE 
$CAPIF_NAME_VERSION_CHART 
$HELM_DIR
$CAPIF_DOCKER_REGISTRY
$CAPIF_IMAGE_TAG
$VAULT_PORT
$VAULT_ACCESS_TOKEN
$VAULT_INTERNAL_HOSTNAME

Install CAPIF

helm $KUBECONFIG upgrade --install -n $CAPIF_NAMESPACE $CAPIF_NAME_VERSION_CHART $HELM_DIR/capif/ \
--set ocf-access-control-policy.image.repository=$CAPIF_DOCKER_REGISTRY/ocf-access-control-policy-api \
--set ocf-access-control-policy.image.tag=$CAPIF_IMAGE_TAG \
--set ocf-access-control-policy.image.env.capifHostname=$CAPIF_HOSTNAME \
--set ocf-access-control-policy.monitoring="true" \
--set ocf-access-control-policy.env.logLevel="DEBUG" \
--set ocf-api-invocation-logs.image.repository=$CAPIF_DOCKER_REGISTRY/ocf-logging-api-invocation-api \
--set ocf-api-invocation-logs.image.tag=$CAPIF_IMAGE_TAG \
--set ocf-api-invocation-logs.env.monitoring="true" \
--set ocf-api-invocation-logs.env.capifHostname=$CAPIF_HOSTNAME \
--set ocf-api-invocation-logs.env.vaultHostname=$VAULT_INTERNAL_HOSTNAME \
--set ocf-api-invocation-logs.env.vaultPort=$VAULT_PORT \
--set ocf-api-invocation-logs.env.vaultAccessToken=$VAULT_ACCESS_TOKEN \
--set ocf-api-invocation-logs.env.logLevel="DEBUG" \
--set ocf-api-invoker-management.image.repository=$CAPIF_DOCKER_REGISTRY/ocf-api-invoker-management-api \
--set ocf-api-invoker-management.image.tag=$CAPIF_IMAGE_TAG \
--set ocf-api-invoker-management.env.monitoring="true" \
--set ocf-api-invoker-management.env.vaultHostname=$VAULT_INTERNAL_HOSTNAME \
--set ocf-api-invoker-management.env.vaultPort=$VAULT_PORT \
--set ocf-api-invoker-management.env.vaultAccessToken=$VAULT_ACCESS_TOKEN \
--set ocf-api-invoker-management.env.logLevel="DEBUG" \
--set ocf-api-provider-management.image.repository=$CAPIF_DOCKER_REGISTRY/ocf-api-provider-management-api \
--set ocf-api-provider-management.image.tag=$CAPIF_IMAGE_TAG \
--set ocf-api-provider-management.env.monitoring="true" \
--set ocf-api-provider-management.env.vaultHostname=$VAULT_INTERNAL_HOSTNAME \
--set ocf-api-provider-management.env.logLevel="DEBUG" \
--set ocf-api-provider-management.env.vaultPort=$VAULT_PORT \
--set ocf-api-provider-management.env.vaultAccessToken=$VAULT_ACCESS_TOKEN \
--set ocf-events.image.repository=$CAPIF_DOCKER_REGISTRY/ocf-events-api \
--set ocf-events.image.tag=$CAPIF_IMAGE_TAG \
--set ocf-events.env.monitoring="true" \
--set ocf-events.env.logLevel="DEBUG" \
--set ocf-routing-info.image.repository=$CAPIF_DOCKER_REGISTRY/ocf-routing-info-api \
--set ocf-routing-info.image.tag=$CAPIF_IMAGE_TAG \
--set ocf-routing-info.env.monitoring="true" \
--set ocf-routing-info.env.logLevel="DEBUG" \
--set ocf-security.image.repository=$CAPIF_DOCKER_REGISTRY/ocf-security-api \
--set ocf-security.image.tag=$CAPIF_IMAGE_TAG \
--set ocf-security.env.monitoring="true" \
--set ocf-security.env.capifHostname=$CAPIF_HOSTNAME \
--set ocf-security.env.vaultHostname=$VAULT_INTERNAL_HOSTNAME \
--set ocf-security.env.vaultPort=$VAULT_PORT \
--set ocf-security.env.vaultAccessToken=$VAULT_ACCESS_TOKEN \
--set ocf-security.env.logLevel="DEBUG" \
--set ocf-register.image.repository=$CAPIF_DOCKER_REGISTRY/register \
--set ocf-register.image.tag=$CAPIF_IMAGE_TAG \
--set ocf-register.env.vaultHostname=$VAULT_INTERNAL_HOSTNAME \
--set ocf-register.env.vaultAccessToken=$VAULT_ACCESS_TOKEN \
--set ocf-register.env.vaultPort=$VAULT_PORT \
--set ocf-register.env.mongoHost=mongo-register \
--set ocf-register.env.mongoPort=27017 \
--set ocf-register.env.capifHostname=$CAPIF_HOSTNAME \
--set ocf-register.ingress.enabled=true \
--set ocf-register.ingress.hosts[0].host=$REGISTER_HOSTNAME \
--set ocf-register.ingress.hosts[0].paths[0].path="/" \
--set ocf-register.ingress.hosts[0].paths[0].pathType="Prefix" \
--set ocf-register.env.logLevel="DEBUG" \
--set ocf-register.extraConfigPod.hostAliases[0].hostnames[0]=$CAPIF_HOSTNAME \
--set ocf-register.extraConfigPod.hostAliases[0].ip=$K8S_IP \
--set ocf-auditing-api-logs.image.repository=$CAPIF_DOCKER_REGISTRY/ocf-auditing-api \
--set ocf-auditing-api-logs.image.tag=$CAPIF_IMAGE_TAG \
--set ocf-auditing-api-logs.env.monitoring="true" \
--set ocf-auditing-api-logs.env.logLevel="DEBUG" \
--set ocf-publish-service-api.image.repository=$CAPIF_DOCKER_REGISTRY/ocf-publish-service-api \
--set ocf-publish-service-api.image.tag=$CAPIF_IMAGE_TAG \
--set ocf-publish-service-api.env.monitoring="true" \
--set ocf-publish-service-api.env.logLevel="DEBUG" \
--set ocf-discover-service-api.image.repository=$CAPIF_DOCKER_REGISTRY/ocf-discover-service-api \
--set ocf-discover-service-api.image.tag=$CAPIF_IMAGE_TAG \
--set ocf-discover-service-api.env.monitoring="true" \
--set ocf-discover-service-api.env.logLevel="DEBUG" \
--set nginx.image.repository=$CAPIF_DOCKER_REGISTRY/nginx \
--set nginx.image.tag=$CAPIF_IMAGE_TAG \
--set nginx.env.capifHostname=$CAPIF_HOSTNAME \
--set nginx.env.vaultHostname=$VAULT_INTERNAL_HOSTNAME \
--set nginx.env.vaultPort=$VAULT_PORT \
--set nginx.env.vaultAccessToken=$VAULT_ACCESS_TOKEN \
--set nginx.ingress.enabled=true \
--set nginx.ingress.hosts[0].host=$CAPIF_HOSTNAME \
--set nginx.ingress.hosts[0].paths[0].path="/" \
--set nginx.ingress.hosts[0].paths[0].pathType="Prefix" \
--set nginx.nginx.env.capifHostname=$CAPIF_HOSTNAME \
--set ingress_ip.oneke="$INGRESS_IP" \
--set nginx.env.logLevel="debug" \
--set ocf-helper.image.repository=$CAPIF_DOCKER_REGISTRY/helper \
--set ocf-helper.image.tag=$CAPIF_IMAGE_TAG \
--set ocf-helper.env.vaultHostname=$VAULT_INTERNAL_HOSTNAME \
--set ocf-helper.env.vaultPort=$VAULT_PORT \
--set ocf-helper.env.vaultAccessToken=$VAULT_ACCESS_TOKEN \
--set ocf-helper.env.capifHostname=$CAPIF_HOSTNAME \
--set ocf-helper.env.logLevel="DEBUG" \
--wait --timeout=10m --create-namespace

Manually Retrieve a Bearer Token

Login as an admin (admin:password123 or encoded “YWRtaW46cGFzc3dvcmQxMjM=“) and retrieve a TOKEN
Use the TOKEN to create a normal user
Get Authorization and ACCESS_TOKEN for the user and the CA_ROOT
Prepare a PROVIDER with keys in body and authenticate with the ACCESS_TOKEN
ONBOARD that PROVIDER

#!/bin/bash

if ! command -v "jq" >/dev/null 2>&1; then
  echo "Error: jq is not installed. Please install jq and try again."
  exit 1
fi

export INGRESS_IP=$(kubectl get svc -n ingress-nginx ingress-nginx-controller | grep ingress | awk '{print $3}')
echo "INGRESS_IP: $INGRESS_IP"
CAPIF_HOSTNAME=$INGRESS_IP

# Retrieve the REGISTER_IP
export REGISTER_IP=$(kubectl get svc -n ocf-capif register | grep register | awk '{print $3}')
echo "REGISTER_IP: $REGISTER_IP"

# Retrieve the NGINX_IP
export NGINX_IP=$(kubectl get svc -n ocf-capif nginx | grep nginx | awk '{print $3}')
echo "NGINX_IP: $NGINX_IP"

echo "###############################################################"
echo "###################ADMIN LOGIN#################################"
echo "###############################################################"
# Log in and extract the Bearer token
LOGIN_RESPONSE=$(curl -s -k -X POST https://$REGISTER_IP:8084/login \
  --header 'Authorization: Basic YWRtaW46cGFzc3dvcmQxMjM=')
BEARER_TOKEN=$(echo $LOGIN_RESPONSE | jq -r .access_token)
echo "Bearer Token: $BEARER_TOKEN"

echo "###############################################################"
echo "###################CREATE A USER###############################"
echo "###############################################################"
# Create a new user
curl -k --location https://$REGISTER_IP:8084/createUser \
  --header 'Content-Type: application/json' \
  --header "Authorization: Bearer $BEARER_TOKEN" \
  --data-raw '{
    "username": "custom_user",
    "password": "user_pass",
    "enterprise": "EST",
    "country": "Ireland",
    "email": "est@est.tech",
    "purpose": "Use OpenCAPIF",
    "phone_number": "+123456789",
    "company_web": "www.est.com",
    "description": "UserDescription"
}'

echo "###############################################################"
echo "###################GET AUTH####################################"
echo "###############################################################"
# Retrieve auth credentials for the newly created user
GET_AUTH_RESPONSE=$(curl -s -k --location https://$REGISTER_IP:8084/getauth \
  --header 'Authorization: Basic Y3VzdG9tX3VzZXI6dXNlcl9wYXNz')

# Parse and set environment variables from the response
CA_ROOT=$(echo $GET_AUTH_RESPONSE | jq -r .ca_root)
ACCESS_TOKEN=$(echo $GET_AUTH_RESPONSE | jq -r .access_token)
ONBOARDING_URL=$(echo $GET_AUTH_RESPONSE | jq -r .ccf_api_onboarding_url)
PUBLISH_URL=$(echo $GET_AUTH_RESPONSE | jq -r .ccf_publish_url)
DISCOVER_URL=$(echo $GET_AUTH_RESPONSE | jq -r .ccf_discover_url)
SECURITY_URL=$(echo $GET_AUTH_RESPONSE | jq -r .ccf_security_url)
ONBOARDING_URL_INVOKER=$(echo $GET_AUTH_RESPONSE | jq -r .ccf_onboarding_url)

# Print extracted values
echo "CA_ROOT: $CA_ROOT"
echo "ACCESS_TOKEN: $ACCESS_TOKEN"
echo "ONBOARDING_URL: $ONBOARDING_URL"
echo "PUBLISH_URL: $PUBLISH_URL"
echo "DISCOVER_URL: $DISCOVER_URL"
echo "SECURITY_URL: $SECURITY_URL"
echo "ONBOARDING_URL_INVOKER: $ONBOARDING_URL_INVOKER"

# Save CA_ROOT to a file (manual extraction)
CA_CERT_PATH="./ca_cert.pem"
echo "$CA_ROOT" > $CA_CERT_PATH
echo "CA Root Certificate saved to $CA_CERT_PATH"

# Extract OpenSSL command for the CAPIF_HOSTNAME
if [[ "$CAPIF_HOSTNAME" == *:* ]]; then
  OPENSSL_COMMAND="openssl s_client -connect $CAPIF_HOSTNAME | openssl x509 -text > $CA_CERT_PATH"
else
  OPENSSL_COMMAND="openssl s_client -connect $CAPIF_HOSTNAME:443 | openssl x509 -text > $CA_CERT_PATH"
fi

# Execute the OpenSSL command
echo "###############################################################"
echo "###################OPENSSL COMMAND TO EXTRACT CAROOT###########"
echo "###############################################################"
echo "Executing OpenSSL command to fetch CA root certificate:"
eval $OPENSSL_COMMAND
echo "OpenSSL command executed. Certificate updated."

echo "###############################################################"
echo "###################PREPARE PROVIDER############################"
echo "###############################################################"

# Initial payload
EMPTY_PAYLOAD='{
  "apiProvFuncs": [
      {
      "regInfo": {
          "apiProvPubKey": ""
      },
      "apiProvFuncRole": "AEF",
      "apiProvFuncInfo": "dummy_aef"
      },
      {
      "regInfo": {
          "apiProvPubKey": ""
      },
      "apiProvFuncRole": "APF",
      "apiProvFuncInfo": "dummy_apf"
      },
      {
      "regInfo": {
          "apiProvPubKey": ""
      },
      "apiProvFuncRole": "AMF",
      "apiProvFuncInfo": "dummy_amf"
      }
  ],
  "apiProvDomInfo": "This is provider",
  "suppFeat": "fff",
  "failReason": "string",
  "regSec": "'"$ACCESS_TOKEN"'"
}'

# Extract the list of API Provider functions as an array
API_PROV_FUNCS=$(echo "$EMPTY_PAYLOAD" | jq -c '.apiProvFuncs[]')

# Initialize an updated functions array
UPDATED_FUNCS_JSON="[]"

# Iterate over each API Provider function
for FUNC in $API_PROV_FUNCS; do
  ROLE=$(echo "$FUNC" | jq -r '.apiProvFuncRole')
  FUNC_INFO=$(echo "$FUNC" | jq -r '.apiProvFuncInfo')

  # Generate a private key and save it to a file
  PRIVATE_KEY_FILE="${ROLE}_key.pem"
  openssl genpkey -algorithm RSA -out "$PRIVATE_KEY_FILE" -pkeyopt rsa_keygen_bits:2048

  # Generate a CSR using the private key
  CSR_FILE="${ROLE}_csr.pem"
  openssl req -new -key "$PRIVATE_KEY_FILE" -out "$CSR_FILE" -subj "/CN=${FUNC_INFO}/O=Provider/OU=${ROLE}"

  # Read the CSR content
  #CSR=$(cat "$CSR_FILE" | base64 | tr -d '\n')
  CSR=$(cat "$CSR_FILE")

  # Update the function's Public Key with the CSR content
  UPDATED_FUNC=$(echo "$FUNC" | jq --arg csr "$CSR" '.regInfo.apiProvPubKey = $csr')

  # Add the updated function to the array
  UPDATED_FUNCS_JSON=$(echo "$UPDATED_FUNCS_JSON" | jq --argjson func "$UPDATED_FUNC" '. + [$func]')
done

# Create the final payload
FINAL_PAYLOAD=$(echo "$EMPTY_PAYLOAD" | jq --argjson funcs "$UPDATED_FUNCS_JSON" '.apiProvFuncs = $funcs')

# Print the final payload
echo "Final Payload: $FINAL_PAYLOAD"

echo "###############################################################"
echo "###################ONBOARD PROVIDER############################"
echo "###############################################################"

curl -k --location https://$NGINX_IP/api-provider-management/v1/registrations \
  --header 'Content-Type: application/json' \
  --header "Authorization: Bearer $ACCESS_TOKEN" \
  --data "$FINAL_PAYLOAD"
  
echo "###############################################################"
echo "###################K8S PROVIDER LOGS###########################"
echo "###############################################################"

kubectl logs -n ocf-capif -l app.kubernetes.io/name=ocf-api-provider-management

TBD

SME only installation

kubectl create ns nonrtric

helm install -n nonrtric kongstorage ./kongstorage

helm repo add kong https://charts.konghq.com --force-update
helm repo update
helm install -n nonrtric oran-nonrtric kong/kong  -f ./kongstorage/kongvalues.yaml

helm install -n nonrtric r3-dev-nonrtric ./servicemanager

Non-Realtime RIC

Realese K: Testing - K8S Etsi OCF Capif

Openshift Helm Capif Installation

Manually Retrieve a Bearer Token

SME only installation

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