Step 11: Install Apigee hybrid Using Helm

Install the Apigee hybrid runtime components

In this step, you will use Helm to install the following Apigee hybrid components:

Apigee operator
Apigee datastore
Apigee telemetry
Apigee Redis
Apigee ingress manager
Apigee organization
Your Apigee environment(s)

You will install the charts for each environment one at a time. The sequence in which you install the components matters.

Pre-installation Notes

If you have not already installed Helm v3.14.2+, follow the instructions in Installing Helm.
Apigee hybrid uses Helm guardrails to verify the configuration before installing or upgrading a chart. You may see guardrail-specific information in the output of each of the commands in this section, for example:
```
# Source: apigee-operator/templates/apigee-operators-guardrails.yaml
apiVersion: v1
kind: Pod
metadata:
  name: apigee-hybrid-helm-guardrail-operator
  namespace: apigee-system
  annotations:
    helm.sh/hook: pre-install,pre-upgrade
    helm.sh/hook-delete-policy: before-hook-creation,hook-succeeded
  labels:
    app: apigee-hybrid-helm-guardrail
```
If any of the helm upgrade commands fail, you can use the guardrails output to help diagnose the cause. See Diagnosing issues with guardrails.
Before executing any of the Helm upgrade/install commands, use the Helm dry-run feature by adding --dry-run at the end of the command. See helm install --h to list supported commands, options, and usage.
If you are installing the charts on a cluster you have migrated from apigeectl management to Helm management with the Apigee Helm migration tool, omit the --atomic flag from all of the following commands.

Installation steps

Verify that you have a suitable version of helm.
```
helm version
```
The version of helm required for this installation is v3.14.2+. If the version shown is not satisfactory, upgrade helm by running the commands below. The get_helm.sh script will fetch the latest version and install it.
```
curl -fsSL -o get_helm.sh https://raw.githubusercontent.com/helm/helm/main/scripts/get-helm-3
chmod 700 get_helm.sh
./get_helm.sh
```
Afterwards, re-check the version of helm.
```
helm version
```
Navigate into your APIGEE_HELM_CHARTS_HOME directory. Run the following commands from that directory.

Install Apigee Operator/Controller:

Note: This step requires elevated cluster permissions. Run helm -h or helm install -h for details

Dry run:

helm upgrade operator apigee-operator/ \
  --install \
  --create-namespace \
  --namespace apigee-system \
  --atomic \
  -f overrides.yaml \
  --dry-run

Install the chart:

helm upgrade operator apigee-operator/ \
  --install \
  --create-namespace \
  --namespace apigee-system \
  --atomic \
  -f overrides.yaml

Verify Apigee Operator installation:

helm ls -n apigee-system

NAME       NAMESPACE       REVISION   UPDATED                                STATUS     CHART                                       APP VERSION
operator   apigee-system   3          2023-06-26 00:42:44.492009 -0800 PST   deployed   apigee-operator-1.12.2   1.12.2

Verify it is up and running by checking its availability:

kubectl -n apigee-system get deploy apigee-controller-manager

NAME                        READY   UP-TO-DATE   AVAILABLE   AGE
apigee-controller-manager   1/1     1            1           7d20h

Install Apigee datastore:

Dry run:

helm upgrade datastore apigee-datastore/ \
  --install \
  --namespace apigee \
  --atomic \
  -f overrides.yaml \
  --dry-run

Install the chart:

helm upgrade datastore apigee-datastore/ \
  --install \
  --namespace apigee \
  --atomic \
  -f overrides.yaml

Verify apigeedatastore is up and running by checking its state before proceeding to the next step:

kubectl -n apigee get apigeedatastore default

NAME      STATE       AGE
default   running    2d

Install Apigee telemetry:

Dry run:

helm upgrade telemetry apigee-telemetry/ \
  --install \
  --namespace apigee \
  --atomic \
  -f overrides.yaml \
  --dry-run

Install the chart:

helm upgrade telemetry apigee-telemetry/ \
  --install \
  --namespace apigee \
  --atomic \
  -f overrides.yaml

Verify it is up and running by checking its state:

kubectl -n apigee get apigeetelemetry apigee-telemetry

NAME               STATE     AGE
apigee-telemetry   running   2d

Install Apigee Redis:

Dry run:

helm upgrade redis apigee-redis/ \
  --install \
  --namespace apigee \
  --atomic \
  -f overrides.yaml \
  --dry-run

Install the chart:

helm upgrade redis apigee-redis/ \
  --install \
  --namespace apigee \
  --atomic \
  -f overrides.yaml

Verify it is up and running by checking its state:

kubectl -n apigee get apigeeredis default

NAME      STATE     AGE
default   running   2d

Install Apigee ingress manager:

Dry run:

helm upgrade ingress-manager apigee-ingress-manager/ \
  --install \
  --namespace apigee \
  --atomic \
  -f overrides.yaml \
  --dry-run

Install the chart:

helm upgrade ingress-manager apigee-ingress-manager/ \
  --install \
  --namespace apigee \
  --atomic \
  -f overrides.yaml

Verify it is up and running by checking its availability:

kubectl -n apigee get deployment apigee-ingressgateway-manager

NAME                            READY   UP-TO-DATE   AVAILABLE   AGE
apigee-ingressgateway-manager   2/2     2            2           2d

Install Apigee organization. If you have set the $ORG_NAME environment variable in your shell, you can use that in the following commands:

Dry run:

helm upgrade $ORG_NAME apigee-org/ \
  --install \
  --namespace apigee \
  --atomic \
  -f overrides.yaml \
  --dry-run

Install the chart:

helm upgrade $ORG_NAME apigee-org/ \
  --install \
  --namespace apigee \
  --atomic \
  -f overrides.yaml

Verify it is up and running by checking the state of the respective org:

kubectl -n apigee get apigeeorg

NAME                      STATE     AGE
apigee-org1-xxxxx          running   2d

Install the environment.

You must install one environment at a time. Specify the environment with --set env=ENV_NAME. If you have set the $ENV_NAME environment variable in your shell, you can use that in the following commands:

Dry run:

helm upgrade $ENV_NAME apigee-env/ \
  --install \
  --namespace apigee \
  --atomic \
  --set env=$ENV_NAME \
  -f overrides.yaml \
  --dry-run

Install the chart:

helm upgrade $ENV_NAME apigee-env/ \
  --install \
  --namespace apigee \
  --atomic \
  --set env=$ENV_NAME \
  -f overrides.yaml

Verify it is up and running by checking the state of the respective env:

kubectl -n apigee get apigeeenv

NAME                          STATE       AGE   GATEWAYTYPE
apigee-org1-dev-xxx            running     2d

Install the environment groups (virtualhosts).
1. You must install one environment group (virtualhost) at a time. Specify the environment group with --set envgroup=ENV_GROUP. If you have set the $ENV_GROUP environment variable in your shell, you can use that in the following commands. Repeat the following commands for each env group mentioned in your overrides.yaml file:
  Dry run:
```
helm upgrade $ENV_GROUP apigee-virtualhost/ \
  --install \
  --namespace apigee \
  --atomic \
  --set envgroup=$ENV_GROUP \
  -f overrides.yaml \
  --dry-run
```
  Install the chart:
```
helm upgrade $ENV_GROUP apigee-virtualhost/ \
  --install \
  --namespace apigee \
  --atomic \
  --set envgroup=$ENV_GROUP \
  -f overrides.yaml
```
  Note: ENV_GROUP must be unique within the apigee namespace. For example, if you have a prod env and envgroup, you should set this name to prod-envgroup. The later env group name should still be prod.
2. Check the state of the ApigeeRoute (AR).
  Installing the virtualhosts creates ApigeeRouteConfig (ARC) which internally creates ApigeeRoute (AR) once the Apigee watcher pulls env group related details from the control plane. Therefore, check that the corresponding AR's state is running:
```
kubectl -n apigee get arc
```
```
NAME                                STATE   AGE
apigee-org1-dev-egroup                       2d
```
```
kubectl -n apigee get ar
```
```
NAME                                        STATE     AGE
apigee-org1-dev-egroup-xxxxxx                running   2d
```

Next step

Installations using Workload Identity

If you are installing Apigee hybrid on GKE and you are configuring Workload Identity to authenticate service accounts, in the next step, you will configure the associations between the Kubernetes service accounts and the Google service accounts for your cluster.

1 2 3 4 5 6 7 8 9 10 11 (NEXT) Step 12: Set up Workload Identity

All other installations

In the next step, you will configure the Apigee ingress gateway and deploy a proxy to test your installation.

(NEXT) Step 1: Expose Apigee ingress 2